CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NC_018721	Psychroflexus torquis ATCC 700755, complete sequence	13 crisprs	cas9,cas1,cas2,DEDDh,RT,WYL,csa3,cas13b,cas3	5	33	7	2

1. NC_018721

CRISPR-Cas detection and classification

Crispr_ID: NC_018721_1

• CRISPR_ID: NC_018721_1
• CRISPR_location: 320383-322249
• CRISPR_type: TypeII
• Repeat_type: NA
• Spacer_info: 24 spacers
• Cas_protein_info: cas2,cas1,cas9

Consensus repeat of NC_018721_1

Consensus_repeat	Method
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CRISPRCasFinder
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	PILER-CR
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	PILER-CR
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCA	PILER-CR

spacers of NC_018721_1

>1.1|320429|30|NC_018721|CRISPRCasFinder
AGAAATCTATTTCATATTCTTTATATTCAA
>1.2|320505|30|NC_018721|CRISPRCasFinder
CAGACCCACCTTACGGAACAACTGCATGCA
>1.3|320581|30|NC_018721|CRISPRCasFinder
CCATCTGAACTGCTATTAATAGTTACGCTA
>1.4|320657|30|NC_018721|CRISPRCasFinder
ATCTAGGGCGGTGTAATACGCCGCCTTTTT
>1.5|320733|30|NC_018721|CRISPRCasFinder,PILER-CR
ATATACCAATTCCTATCGTGCAACCCTCTG
>1.6|320809|30|NC_018721|CRISPRCasFinder,PILER-CR
CCCTGTGTCGTTGTAAACAATAGGGTATAA
>1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR
AACATTACATGAACCCATATAAACCAGCTT
>1.8|320961|30|NC_018721|CRISPRCasFinder,PILER-CR
CCATCAAGACTATTAATAGTTACGCTAGTA
>1.9|321037|30|NC_018721|CRISPRCasFinder,PILER-CR
ATGTGAAACAATGGAAGAGTTAAGCGGATT
>1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR
ACACTATTTATAAGGATAAGTACCCAGAAG
>1.11|321189|29|NC_018721|CRISPRCasFinder,PILER-CR
CAAACACTTTGCAGACTTCTATCCATTCG
>1.12|321264|30|NC_018721|CRISPRCasFinder,PILER-CR
ATTTTTAAAAGCAAGAATGTCTCCTGTTAA
>1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR
ATATTGCTATTTATCCTTTTTAGATTTTCT
>1.14|321416|30|NC_018721|CRISPRCasFinder,PILER-CR
ACAATCTATACAACAAACTAAACAGGGGTA
>1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR
CTACCAGTAAGTTTAGCTTTAAATGTTCTT
>1.16|321568|30|NC_018721|CRISPRCasFinder
AAACCTTCTTGTGTTAAAAAGTTATGTGCT
>1.17|321644|29|NC_018721|CRISPRCasFinder
ACACCGTCATAGTAAAAGTGATCTTCATT
>1.18|321719|29|NC_018721|CRISPRCasFinder
CGCTCTTTTTGTTACTATGTCGAGATATT
>1.19|321794|30|NC_018721|CRISPRCasFinder
AAATAGCTTGTGTGGATATAAGTGTTCTTT
>1.20|321870|30|NC_018721|CRISPRCasFinder
ATAAGATGAAGAAAGATAAATAACGCTTAA
>1.21|321946|30|NC_018721|CRISPRCasFinder
AGAAAACAACGACTGTATAGACTATGTAAA
>1.22|322022|29|NC_018721|CRISPRCasFinder
GGTATTAGAGACGGTCAAGGCGGTTTAAG
>1.23|322097|29|NC_018721|CRISPRCasFinder
CTATTCTATTACTACTATAGTATATTATT
>1.24|322172|30|NC_018721|CRISPRCasFinder
CAGGCTAAAACTTTAGTTGATCCCGATCTC
>1.25|321720|26|NC_018721|PILER-CR
GCTCTTTTTGTTACTATGTCGAGATA
>1.26|321795|27|NC_018721|PILER-CR
AATAGCTTGTGTGGATATAAGTGTTCT
>1.27|321871|27|NC_018721|PILER-CR
TAAGATGAAGAAAGATAAATAACGCTT
>1.28|322099|27|NC_018721|PILER-CR
ATTCTATTACTACTATAGTATATTATT
>1.29|322174|28|NC_018721|PILER-CR
GGCTAAAACTTTAGTTGATCCCGATCTC

CRISPR arrays and Neighbor proteins around NC_018721_1

CRISPR arrays

The CRISPR arrays of NC_018721_1

>merge|NC_018721|1|320383-322249|CRISPRCasFinder,PILER-CR,PILER-CR,PILER-CR
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAGAAATCTATTTCATATTCTTTATATTCAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCAGACCCACCTTACGGAACAACTGCATGCACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCCATCTGAACTGCTATTAATAGTTACGCTACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACATCTAGGGCGGTGTAATACGCCGCCTTTTTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACATATACCAATTCCTATCGTGCAACCCTCTGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCCCTGTGTCGTTGTAAACAATAGGGTATAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAACATTACATGAACCCATATAAACCAGCTTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCCATCAAGACTATTAATAGTTACGCTAGTACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACATGTGAAACAATGGAAGAGTTAAGCGGATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACACACTATTTATAAGGATAAGTACCCAGAAGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCAAACACTTTGCAGACTTCTATCCATTCGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACATTTTTAAAAGCAAGAATGTCTCCTGTTAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACATATTGCTATTTATCCTTTTTAGATTTTCTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACACAATCTATACAACAAACTAAACAGGGGTACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCTACCAGTAAGTTTAGCTTTAAATGTTCTTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAAACCTTCTTGTGTTAAAAAGTTATGTGCTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACACACCGTCATAGTAAAAGTGATCTTCATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCGCTCTTTTTGTTACTATGTCGAGATATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAAATAGCTTGTGTGGATATAAGTGTTCTTTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACATAAGATGAAGAAAGATAAATAACGCTTAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAGAAAACAACGACTGTATAGACTATGTAAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACGGTATTAGAGACGGTCAAGGCGGTTTAAGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCTATTCTATTACTACTATAGTATATTATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCAGGCTAAAACTTTAGTTGATCCCGATCTCCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAA

>NC_018721|1|1|320383-322247|CRISPRCasFinder
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AGAAATCTATTTCATATTCTTTATATTCAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CAGACCCACCTTACGGAACAACTGCATGCA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCATCTGAACTGCTATTAATAGTTACGCTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATCTAGGGCGGTGTAATACGCCGCCTTTTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATATACCAATTCCTATCGTGCAACCCTCTG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCCTGTGTCGTTGTAAACAATAGGGTATAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AACATTACATGAACCCATATAAACCAGCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCATCAAGACTATTAATAGTTACGCTAGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATGTGAAACAATGGAAGAGTTAAGCGGATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACACTATTTATAAGGATAAGTACCCAGAAG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CAAACACTTTGCAGACTTCTATCCATTCG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATTTTTAAAAGCAAGAATGTCTCCTGTTAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATATTGCTATTTATCCTTTTTAGATTTTCT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACAATCTATACAACAAACTAAACAGGGGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CTACCAGTAAGTTTAGCTTTAAATGTTCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AAACCTTCTTGTGTTAAAAAGTTATGTGCT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACACCGTCATAGTAAAAGTGATCTTCATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CGCTCTTTTTGTTACTATGTCGAGATATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AAATAGCTTGTGTGGATATAAGTGTTCTTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATAAGATGAAGAAAGATAAATAACGCTTAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AGAAAACAACGACTGTATAGACTATGTAAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	GGTATTAGAGACGGTCAAGGCGGTTTAAG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CTATTCTATTACTACTATAGTATATTATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CAGGCTAAAACTTTAGTTGATCCCGATCTC
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC

>NC_018721|1|1|320687-321567|PILER-CR
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATATACCAATTCCTATCGTGCAACCCTCTG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCCTGTGTCGTTGTAAACAATAGGGTATAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AACATTACATGAACCCATATAAACCAGCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCATCAAGACTATTAATAGTTACGCTAGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATGTGAAACAATGGAAGAGTTAAGCGGATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACACTATTTATAAGGATAAGTACCCAGAAG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CAAACACTTTGCAGACTTCTATCCATTCG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATTTTTAAAAGCAAGAATGTCTCCTGTTAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATATTGCTATTTATCCTTTTTAGATTTTCT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACAATCTATACAACAAACTAAACAGGGGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CTACCAGTAAGTTTAGCTTTAAATGTTCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAAACCTTCTTGTGTTAAAAAGTTATGTGCTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACACACCGTCATAGTAAAAGTGATCTTCATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACC	GCTCTTTTTGTTACTATGTCGAGATA
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	AATAGCTTGTGTGGATATAAGTGTTCT
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	TAAGATGAAGAAAGATAAATAACGCTT
AACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAGAAAACAACGACTGTATAGACTATGTAAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACGGTATTAGAGACGGTCAAGGCGGTTTAAGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCT	ATTCTATTACTACTATAGTATATTATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCA	GGCTAAAACTTTAGTTGATCCCGATCTC


>NC_018721|1|2|321671-321946|PILER-CR
	ATATACCAATTCCTATCGTGCAACCCTCTG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCCTGTGTCGTTGTAAACAATAGGGTATAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AACATTACATGAACCCATATAAACCAGCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCATCAAGACTATTAATAGTTACGCTAGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATGTGAAACAATGGAAGAGTTAAGCGGATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACACTATTTATAAGGATAAGTACCCAGAAG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CAAACACTTTGCAGACTTCTATCCATTCG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATTTTTAAAAGCAAGAATGTCTCCTGTTAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATATTGCTATTTATCCTTTTTAGATTTTCT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACAATCTATACAACAAACTAAACAGGGGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CTACCAGTAAGTTTAGCTTTAAATGTTCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAAACCTTCTTGTGTTAAAAAGTTATGTGCTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACACACCGTCATAGTAAAAGTGATCTTCATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACC	GCTCTTTTTGTTACTATGTCGAGATA
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	AATAGCTTGTGTGGATATAAGTGTTCT
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	TAAGATGAAGAAAGATAAATAACGCTT
AACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAGAAAACAACGACTGTATAGACTATGTAAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACGGTATTAGAGACGGTCAAGGCGGTTTAAGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCT	ATTCTATTACTACTATAGTATATTATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCA	GGCTAAAACTTTAGTTGATCCCGATCTC


>NC_018721|1|3|322051-322249|PILER-CR
	ATATACCAATTCCTATCGTGCAACCCTCTG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCCTGTGTCGTTGTAAACAATAGGGTATAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	AACATTACATGAACCCATATAAACCAGCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CCATCAAGACTATTAATAGTTACGCTAGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATGTGAAACAATGGAAGAGTTAAGCGGATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACACTATTTATAAGGATAAGTACCCAGAAG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CAAACACTTTGCAGACTTCTATCCATTCG
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATTTTTAAAAGCAAGAATGTCTCCTGTTAA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ATATTGCTATTTATCCTTTTTAGATTTTCT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	ACAATCTATACAACAAACTAAACAGGGGTA
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAAC	CTACCAGTAAGTTTAGCTTTAAATGTTCTT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAAACCTTCTTGTGTTAAAAAGTTATGTGCTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACACACCGTCATAGTAAAAGTGATCTTCATTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACC	GCTCTTTTTGTTACTATGTCGAGATA
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	AATAGCTTGTGTGGATATAAGTGTTCT
TTCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACA	TAAGATGAAGAAAGATAAATAACGCTT
AACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAGAAAACAACGACTGTATAGACTATGTAAACCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACGGTATTAGAGACGGTCAAGGCGGTTTAAGCCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCT	ATTCTATTACTACTATAGTATATTATT
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACCA	GGCTAAAACTTTAGTTGATCCCGATCTC
CCTGTGAATTATCACTAAAAATACAATTTTGAAAGCAATTCACAACAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015022952.1|318362_319001_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015022960.1|327557_331256_-|ATP-binding-protein	unknown	unknown	gnl|CDD|378817
NC_018721.1|WP_015022958.1|325822_326110_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015022951.1|312898_317428_+|CRISPR-associated-protein-Csn1	cas9	cd09643_cas9_CAS-II-A:CAS-II-B:CAS-II-C	gnl|CDD|375967
NC_018721.1|WP_015022964.1|333830_334232_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015022946.1|303682_304438_+|DeoR/GlpR-transcriptional-regulator	unknown	unknown	gnl|CDD|224268
NC_018721.1|WP_015022948.1|306954_309267_-|catalase/peroxidase-HPI	unknown	unknown	gnl|CDD|237891
NC_018721.1|WP_015022950.1|310494_312579_-|M28-family-peptidase	unknown	unknown	gnl|CDD|349942
NC_018721.1|WP_041758559.1|331239_331809_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015022956.1|323011_324607_-|IS5-like-element-ISPto9-family-transposase	unknown	unknown	gnl|CDD|290319
NC_018721.1|WP_015022947.1|305568_306654_-|alanine-dehydrogenase	unknown	unknown	gnl|CDD|240630
NC_018721.1|WP_015022965.1|334228_334426_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|224393
NC_018721.1|WP_015022962.1|331817_333014_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_041758104.1|319981_320287_+|CRISPR-associated-endonuclease-Cas2	cas2	COG3512_cas2_CAS-II-A:CAS-II-B:CAS-II-C	gnl|CDD|226043
NC_018721.1|WP_015022955.1|322621_322975_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_051007916.1|317778_318099_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015022953.1|319022_319925_+|type-II-CRISPR-associated-endonuclease-Cas1	cas1	cd09720_cas1_CAS-II-A:CAS-II-B:CAS-II-C	gnl|CDD|274694
NC_018721.1|WP_015022949.1|309557_309977_+|DUF4281-domain-containing-protein	unknown	unknown	gnl|CDD|379473
NC_018721.1|WP_015022957.1|324696_325293_-|hypothetical-protein	unknown	unknown	gnl|CDD|197273
NC_018721.1|WP_015022959.1|326697_327558_-|hypothetical-protein	unknown	unknown	unknown

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_018721.1|WP_015022953.1|319022_319925_+|type-II-CRISPR-associated-endonuclease-Cas1	cas1	cd09720_cas1_CAS-II-A:CAS-II-B:CAS-II-C	8.5e-82	269.1	0.2
NC_018721.1|WP_041758104.1|319981_320287_+|CRISPR-associated-endonuclease-Cas2	cas2	COG3512_cas2_CAS-II-A:CAS-II-B:CAS-II-C	3.5e-32	105.8	0.2
NC_018721.1|WP_015022951.1|312898_317428_+|CRISPR-associated-protein-Csn1	cas9	cd09643_cas9_CAS-II-A:CAS-II-B:CAS-II-C	2.1e-58	193.1	66.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015022965.1|334228_334426_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|224393	COG1476, COG1476, Predicted transcriptional regulators [Transcription].	7.96448e-26
NC_018721.1|WP_015022951.1|312898_317428_+|CRISPR-associated-protein-Csn1	gnl|CDD|375967	pfam18541, RuvC_III, RuvC endonuclease subdomain 3. Cas9 proteins are abundant across the bacterial kingdom, but vary widely in both sequence and size. All known Cas9 enzymes contain an HNH domain that cleaves the DNA strand complementary to the guide RNA sequence (target strand), and a RuvC nuclease domain required for cleaving the noncomplementary strand (non-target strand), yielding double-strand DNA breaks (DSBs). The crystal structures of type II-A and II-C Cas9 proteins highlight the features in Cas9 enzymes that support their function as RNA-guided endonucleases. Cas9 enzymes adopt a bilobed architecture composed of a nuclease lobe containing juxtaposed RuvC and HNH nuclease domains and a variable alpha-helical lobe likely to be involved in nucleic acid binding. The RuvC domain forms the structural core of the nuclease lobe, a six-stranded beta sheet surrounded by four alpha helices, with all three conserved subdomains (I, II, III) contributing catalytic residues to the active site.	1.04934e-49
NC_018721.1|WP_015022946.1|303682_304438_+|DeoR/GlpR-transcriptional-regulator	gnl|CDD|224268	COG1349, GlpR, Transcriptional regulators of sugar metabolism [Transcription / Carbohydrate transport and metabolism].	8.21666e-56
NC_018721.1|WP_015022948.1|306954_309267_-|catalase/peroxidase-HPI	gnl|CDD|237891	PRK15061, PRK15061, catalase/peroxidase.	0
NC_018721.1|WP_015022950.1|310494_312579_-|M28-family-peptidase	gnl|CDD|349942	cd08022, M28_PSMA_like, M28 Zn-peptidase prostate-specific membrane antigen. Peptidase M28 family; prostate-specific membrane antigen (PSMA, also called glutamate carboxypeptidase II or GCP-II)-like subfamily. PSMA is a homodimeric type II transmembrane protein containing three distinct domains: protease-like, apical or protease-associated (PA) and helical domains. The protease-like domain is a large extracellular portion (ectodomain). PSMA is over-expressed predominantly in prostate cancer (PCa) as well as in the neovasculature of most solid tumors, but not in the vasculature of the normal tissues. PSMA is considered a biomarker for PCa and possibly for use as an imaging and therapeutic target. The extracellular domain of PSMA possesses two unique enzymatic functions: N-acetylated, alpha-linked acidic dipeptidase (NAALADase) which cleaves terminal glutamate from the neurodipeptide N-acetyl-aspartyl-glutamate (NAAG), and folate hydrolase (FOLH) which cleaves the terminal glutamates from gamma-linked polyglutamates (carboxypeptidase). A mutation in this gene may be associated with impaired intestinal absorption of dietary folates, resulting in low blood folate levels and consequent hyperhomocysteinemia. Expression of this protein in the brain may be involved in a number of pathological conditions associated with glutamate excitotoxicity. Inhibition of GCP-II has been shown to be effective in preclinical models of neurological disorders associated with excessive activation of glutamatergic systems. This gene likely arose from a duplication event of a nearby chromosomal region. Alternative splicing gives rise to multiple transcript variants.	1.66616e-84
NC_018721.1|WP_015022956.1|323011_324607_-|IS5-like-element-ISPto9-family-transposase	gnl|CDD|290319	pfam13586, DDE_Tnp_1_2, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis.	9.30713e-20
NC_018721.1|WP_015022947.1|305568_306654_-|alanine-dehydrogenase	gnl|CDD|240630	cd05305, L-AlaDH, Alanine dehydrogenase NAD-binding and catalytic domains. Alanine dehydrogenase (L-AlaDH) catalyzes the NAD-dependent conversion of pyruvate to L-alanine via reductive amination. Like formate dehydrogenase and related enzymes, L-AlaDH is comprised of 2 domains connected by a long alpha helical stretch, each resembling a Rossmann fold NAD-binding domain. The NAD-binding domain is inserted within the linear sequence of the more divergent catalytic domain. Ligand binding and active site residues are found in the cleft between the subdomains. L-AlaDH is typically hexameric and is critical in carbon and nitrogen metabolism in micro-organisms.	0
NC_018721.1|WP_041758104.1|319981_320287_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|226043	COG3512, COG3512, CRISPR-associated protein, Cas2 homolog [Defense mechanisms].	2.91737e-27
NC_018721.1|WP_015022960.1|327557_331256_-|ATP-binding-protein	gnl|CDD|378817	pfam12128, DUF3584, Protein of unknown function (DUF3584). This protein is found in bacteria and eukaryotes. Proteins in this family are typically between 943 to 1234 amino acids in length. This family contains a P-loop motif suggesting it is a nucleotide binding protein. It may be involved in replication.	3.76018e-40
NC_018721.1|WP_015022953.1|319022_319925_+|type-II-CRISPR-associated-endonuclease-Cas1	gnl|CDD|274694	TIGR03639, cas1_NMENI, CRISPR-associated endonuclease Cas1, subtype II/NMENI. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is a prokaryotic immunity system for foreign DNA, mostly from phage. CRISPR systems belong to different subtypes, distinguished by both nature of the repeats, the makeup of the cohort of associated Cas proteins, and by molecular phylogeny within the more universal Cas proteins such as this one. This model is of type EXCEPTION and provides more specific information than the EQUIVALOG model TIGR00287. It describes the Cas1 variant of the NMENI subtype of CRISPR/Cas system.	1.32911e-93
NC_018721.1|WP_015022949.1|309557_309977_+|DUF4281-domain-containing-protein	gnl|CDD|379473	pfam14108, DUF4281, Domain of unknown function (DUF4281). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and eukaryotes. Proteins in this family are typically between 147 and 232 amino acids in length. There are two completely conserved residues (W and P) that may be functionally important.	3.07363e-38
NC_018721.1|WP_015022957.1|324696_325293_-|hypothetical-protein	gnl|CDD|197273	cd09176, PLDc_unchar6, Putative catalytic domain of uncharacterized hypothetical proteins with one or two copies of the HKD motif. Putative catalytic domain of uncharacterized hypothetical proteins with similarity to phospholipase D (PLD, EC 3.1.4.4). PLD enzymes hydrolyze phospholipid phosphodiester bonds to yield phosphatidic acid and a free polar head group. They can also catalyze transphosphatidylation of phospholipids to acceptor alcohols. Members of this subfamily contain one or two copies of the HKD motif (H-x-K-x(4)-D, where x represents any amino acid residue) that characterizes the PLD superfamily.	5.54447e-13

Protein sequences

>NC_018721.1|WP_041758104.1|319981_320287_+|CRISPR-associated-endonuclease-Cas2
MWVMVFFDLPTETKVERSAATRFRKSLLDDGFRMFQFSIYTRFCASRENMQVHINRVQKSLPKKGKVGIMQITDKQFGMIELFHGKKEANIDSPSQQLELF
>NC_018721.1|WP_015022953.1|319022_319925_+|type-II-CRISPR-associated-endonuclease-Cas1
MIKRTLFFSNPAYLSTKHQQLYIRFPEDHKEDKTVPIEDIGMLILENQQITLTNGLITRLIQNKTAIVNCDQFHLPISLLQPLNGHSEQMERIRYQIDASIPLKKNLWQQTITFKIRNQAHHLKKREKNGLKLINWSKQVKSGDLENHEGVSAAYYWQHLFDIPNFNRTPKGISPNHLLNYGYAILRASTARAIIASGLLPNLGIFHRNKYNAYCLADDLMEPYRIYVDDLVYDIIKDLDDPDIEMNTELKMKLLQIPVLDVTIEGQRSPLMNALSRTTTSLFFCLEGSSRRLLYPEFNS
>NC_018721.1|WP_015022952.1|318362_319001_+|hypothetical-protein
MSNTKAILSSDRIYHIYNRANGNELLFKTEDNYRYFLQKYDSYISLIADKYCYCLMPNHFHFLVKVKGENDLTENLRDKIRKDNHKDQTGFINLSGLVSCQFSNLFNAYSKAFNKQQNRKGSLFIRPFKRKQVTDEQYLKKLVHYIHYNPVEAGLAKNPEYWKFSSYKSFVSKQTTKLKRADVISWFDDLDNFIYCHQHPPTLTGIEKHIHL
>NC_018721.1|WP_051007916.1|317778_318099_+|hypothetical-protein
MASTKAILSTDSIYHIYIRANGNELLFKTKDYYHYFLQKYDSYISLIAETYCYCLMPNHFHFLVRIKRENDLTENSKIKLEKTTIKTRQVLKTCLVWFLANLVIYR
>NC_018721.1|WP_015022951.1|312898_317428_+|CRISPR-associated-protein-Csn1
MKRILGLDLGTNSIGWSLIEHDFKNKQGQIEGLGVRIIPMSQEILGKFDAGQSISQTADRTKYRGVRRLYQRDNLRRERLHRVLKILDFLPKHYSESIDFQDKVGQFKPKQEVKLNYRKNEKNKHEFVFMNSFIEMVSEFKNAQPELFYNKGNGEETKIPYDWTLYYLRKKALTQQITKEELAWLILNFNQKRGYYQLRGEDIDEDKNKKYMQLKVNNLIDSGAKVKGKVLYNVIFDNGWKYEKQIVNKDEWEGRTKEFIITTKTLKNGNIKRTYKAVDSEIDWAAIKAKTEQDINKANKTVGEYIYESLLDNPSQKIRGKLVKTIERKFYKEEFEKLLSKQIELQPELFNESLYKACIKELYPRNENHQSNNKKQGFEYLFTEDIIFYQRPLKSQKSNISGCQFEHKIYKQKNKKTGKLELIKEPIKTISRSHPLFQEFRIWQWLQNLKIYNKEKIENGKLEDVTTQLLPNNEAYVTLFDFLNTKKELEQKQFIEYFVKKKLIDKKEKEHFRWNFVEDKKYPFSETRAQFLSRLAKVKGIKNTEDFLNKNTQVGSKENSPFIKRIEQLWHIIYSVSDLKEYEKALEKFAEKHNLEKDSFLKNFKKFPPFVSDYASYSKKAISKLLPIMRMGKYWSESAVPTQVKERSLSIMERVKVLPLKEGYSDKDLADLLSRVSDDDIPKQLIKSFISFKDKNPLKGLNTYQANYLVYGRHSETGDIQHWKTPEDIDRYLNNFKQHSLRNPIVEQVVMETLRVVRDIWEHYGNNEKDFFKEIHVELGREMKSPAGKREKLSQRNTENENTNHRIREVLKELMNDASVEGGVRDYSPSQQEILKLYEEGIYQNPNTNYLKVDEDEILKIRKKNNPTQKEIQRYKLWLEQGYISPYTGKIIPLTKLFTHEYQIEHIIPQSRYYDNSLGNKIICESEVNEDKDNKTAYEYLKVEKGSIVFGHKLLNLDEYEAHVNKYFKKNKTKLKNLLSEDIPEGFINRQLNDSRYISKLVKGLLSNIVRENGEQEATSKNLIPVTGVVTSKLKQDWGLNDKWNEIIAPRFKRLNKLTNSNDFGFWDNDINAFRIQVPDSLIKGFSKKRIDHRHHALDALVVACTSRNHTHYLSALNAENKNYSLRDKLVIKNENGDYTKTFQIPWQGFTIEAKNNLEKTVVSFKKNLRVINKTNNKFWSYKDENGNLNLGKDGKPKKKLRKQTKGYNWAIRKPLHKETVSGIYNINAPKNKIATSVRTLLTEIKNEKHLAKITDLRIRETILPNHLKHYLNNKGEANFSEAFSQGGIEDLNKKITTLNEGKKHQPIYRVKIFEVGSKFSISEDENSAKSKKYVEAAKGTNLFFAIYLDEENKKRNYETIPLNEVITHQKQVAGFPKSERLSVQPDSQKGTFLFTLSPNDLVYVPNNEELENRDLFNLGNLNVEQISRIYKFTDSSDKTCNFIPFQVSKLIFNLKKKEQKKLDVDFIIQNEFGLGSPQSKNQKSIDDVMIKEKCIKLKIDRLGNISKA
>NC_018721.1|WP_015022950.1|310494_312579_-|M28-family-peptidase
MRYFIIVLLASASLSAQTYTGFTPASAETQAQQETDFLNQVKPADFKTHLKTLTQEPHIAGTPANEKVRDYMVATMDKAGWSVDTYPYEVYMSSGPGTSLVEVVSPVSILLDQKEEALEEDPYSQNATLVKGWNAYSGSGDVTAEVIYANYGTKADFEKLEELGVSVKDKIVIARYGGNFRGYKAKFAEAHGAVGLIIYTDPKDSGFTKGLTFPEGVYYNPSAIQRGSLLTADWTGDPLTPYQPALPLDHKDTPERLAPEDAGLHTIPVTPIGYGAAESIFKHMKGEVVPKTWQGGLPYTYRVNGGKDLKVRLKVDQPKKMTKIYNVVATLKGKEQPDEWVILGCHYDAWAFGATDPNSGTAMLLSLSESLGRLAEAGDRPNRSIMIAHWDAEEHGVIGSSEWVEQMKDELKAKAVAYINLDGAVSGKNFGASSAPSLKTLILEASKAVDYPYTEETVYEHWAGKKPEPNIGNLGGGSDHIAFYMFAGVPSLSGGASGPTLYHTNYDDFYYYENFVDPEFQMGPMVEKLMGILSLRLANAEFIPYDIERYATDLELHFENATQQVNSFYSDFTGFTASSQAISSLKLSTTSVAKALEKLLSTEKISKRQKNQLNAQLLALEKSFLDPKGMPYGDWYKSLYASSDPFSGYASWILPGIQYQIETEATQDLKMWDQRYAKAIKELDDKLKDMLESL
>NC_018721.1|WP_015022949.1|309557_309977_+|DUF4281-domain-containing-protein
MSPSVIFQIVNTIVLPAWLILIFFPNKSWKNPVINGLTIAMSLVYAFYVVTGLGDLDMESFNELEGVKAMFTTDVAVLTGWVHYLVFDLLVGNWILNQSQKHKINHYLIIPCLLLCFVFGPAGYLVYSIIKVAKTKRLD
>NC_018721.1|WP_015022948.1|306954_309267_-|catalase/peroxidase-HPI
MKKLLIAAFSLFVVVAFAQQSTEPEYKTCPVTGIRIKVKDGENPHAKMQDKSSVTEEMTPKRMGNKDWWPNSLDLSVLRQHSQKSNPMGEDFDYRAAFKALDYGALKTDLVALMKDSKEWWPADYGHYGPFFIRMSWHSAGTYRTADGRGGSRDGQQRFAPINSWPDNANLDKARRLLWPIKQKYGKSISWADLMILAGTLAYEDMGLEIAGFSGGREDTWEPSSNVYWGAENEMLANDKRYDDNGDIEQPLAAVQMGLIYVNPEGPDGNPDPALAADGIRQTFGRMGMNDKETVALIAGGHTIGKTHGAGDASLGPAPEAASIQEQGLGWMSSYKSGKAEDAITSGLEVIWTNTPAEWSQGYFKSLFENEWELTKSPGGAYQWVAKDSKEIYPDAHIEGKKHRPTMLTTDLTMIKDPDYLKISKFFYENPEEFNKTFAQAWFKLTHRDMGPKSTYIGPDAPKEDFIWQDPIPKAKYEMVNAADIKALKAEILKSGLNTSELVETAWTSASTYRDSDRRGGANGGHILLEPQRSWEANNPKQLDKVASKLTMIQKDFNKKYNNKEVSMADLIVLGGNVAIEQAAKKAGHTIEVPFMPGRTDALQEQTDVESMQLLKPMADGFTNYQGKQYTLTTEELLVDKAQLLTLTAPEMTVLIGGMRALGANHGNAQHGVFTDRPGELTTDFFVNLLDMSHKWEPKDDKEQVFISKNRQTGDTKWTATRADLIFGSNSELRALAEVYATEDADEKFVTDFVSAWSKVMQLDRFDVKM
>NC_018721.1|WP_015022947.1|305568_306654_-|alanine-dehydrogenase
MKIGVPIEVKNNESRVSITPAGVFELTKRKHHVYVQTQAGLASGFEDLDYIEAGAEILSSLDAVYEKAEMIVKVKEPIEKEYALVREGQIIFTYFHFASSQALTLAMIASKAVCIAYETVEDEDGSLPLLTPMSEVAGRMATQQGAKYLEKPIRGKGILLGGVPGVPPGKVLVLGAGVVGIQAAKMAAGLGAHVTIFDINMKRLRYVNDIMPSHVVTAFSNEYNIRKHIKTADLIIGAVLIPGAKAPKLITRDMLKDMTPGTVMVDVAVDQGGCFETTRPTTHEDPTYIIDDVVHYCVTNMPGAVPYTSTLALTNVTFPYVLDIAQKGWKEACNSDPSLQKGLSLDHGKVICKEILKEMVV
>NC_018721.1|WP_015022946.1|303682_304438_+|DeoR/GlpR-transcriptional-regulator
MEKLERHQIILNEVHIHNRVLLTDLSGILNVSMDTVRRDVKELDKFNKLRKVHGGAVSNGFNIITDRSRDIYEQASKTKIAQKGISLLKNGDVVLISGGSTNLEFAKLIPKRMDLTFFTPSLPMAIELLDSTSSRYDVFFVGGKLSRGSQLATGGSSINILSEITADICFLGTGYLDVDKGITETDWEIAQMKKAMIYASKRVIALTISKKLNTFNRYKIYNIKGLDTLVTELDPDNVSLDKYRAQNIDIL
>NC_018721.1|WP_015022955.1|322621_322975_-|hypothetical-protein
MNKRFKPVQIKGHYWLPLCKNYFDNIDVTFEGNRFGIEINLPEEDLEIIFNKWKKSYNEYEFKGFKYYWNYHKSSIYVYKDKRFDWDVLEKNNKLIMKKFKQGIDLLIKKYRNISGK
>NC_018721.1|WP_015022956.1|323011_324607_-|IS5-like-element-ISPto9-family-transposase
MIKYTPSNQLSLSEFSHPFEQELLSDNRWVKLAQLIPWDALAKVYSNKLNARNGRESIDVRMVIGAIIVKHKIGLNDRETVAMISENIYLQYFCGLKCFQTKPPFHPTVLVAIRKRMGAVNFDSWNTLIIEKADSLKPKRASNIQKDTEEDAPNQCVSDSKHKGKLKIDASVADQRIVFPTDAGLLNTARKESERIIDLLYEQTQGVNKPRDYRRVARTEYLVFSKKRRKTTKQINKFIRKQLGYTRRNLSYIEKLLDQIEDQKKDEHLPGMFTDLSTAYPCKFPLPKRDQKIYWVLQLIYEQQNYMYHEKVNSVKNRIVNIYQPYVRPIPRGKDKVSTEFGAKISASEIDGMSRVEHISWDQFNESKDLVLQVESYRTTFGHYPELLLADQIYLNRENRKWLKEKGIRIVGKPLGRPPKQELSAYQKRKLKKERNQRNLIEGKFGQAKNAYGLNKIKAKRKDTSESWISAIFFIMNLINLSKIADKYAIFCALFENWIYTKLNPKIKGCFYNTDVTKPFFIQNYIPLELK
>NC_018721.1|WP_015022957.1|324696_325293_-|hypothetical-protein
MALFLNTQKISYWLNEIISGAEKELILIVPYIKTSNNIFESLQDADERGVEIILIYRENKLNEKEKIKLFSLKNITILHHPNIHCKCYYNGAQLILCSMNLYEYSELNNREMGTLFTKERIYHKKEILVDSDFGTIFLDAVEEIKEIINGSTIEKLNDDKKDSPFEIEIAKNEEELTFEKCEELNRACCFSYNYNLLN
>NC_018721.1|WP_015022958.1|325822_326110_-|hypothetical-protein
METLLQKLVLLSLILMLFTSCVSIKAPQIWSGMTVREFIKEAKYEELVSMDSGWTIYRVFYGYSAQNVMFYYFYDNKLVKMNQGQRDVDVRVRVN
>NC_018721.1|WP_015022959.1|326697_327558_-|hypothetical-protein
MKLTLKIAKVLVQLITGDSIPASSAKSKLIDDLVFENIIFRKGKHRKTLELINEKDLHIYLANQLQINDLNNYISALENTESSRGDFVKITTDSKNSKERAFKGFLVNSYHPIKAELNNEKLIINPSAGSFLFISDYESFKIPKNITIVGVENAQNFSQIRQQKYLFTHIKPLFISRYPQNQNKDFIKWINSISNDYLHFGDFDFAGIGIYLNEYKKKIIGKSSFFIPKNIATILDKYGNRKRFDIQKMNFNQEDVEDVEDKKLLGLVYLIILEKKGLDQEFFIGK
>NC_018721.1|WP_015022960.1|327557_331256_-|ATP-binding-protein
MRYLNKIVFINSATVQYAEIELDGNVHLIGTQGVGKSTLLRAILFFYNANKSKLGIPREKKGFDDYYFPYQNSYIIYEVEKDAVPFCVLAYKVNGKVAFRFFNFSYKRELFIDESNRAFESWDKIRSALGKGIHYTSIVSSYEEFRRIIYGDNKGLKPDFRKYALIESKQYQNIPRTIQNVLLNSNLEAKFIKDTIINSLSEDEFTIDIENYSKGHLRKFENEINDIRIWFKKNKKGQIIVRHQADRVIEKYRTYGYLNREKKQLAYGLRSRMDFIEKEKPLLISNFSKENNAFTELYKKKENLKDLHLNREQKLISDIDYIKKELSKAAKKQTEYSNRNIHELIQKVAEREALERELKNLGKEKALLKSAFGQISQKYEALISQVQNQHLELTNHQNAEINRIKSETGDRKDDLFKSHEKLIDKVKSDNQLDKENAINDVNGIVEKINALKRKKSELKHQVFYTAEIEKSKEDQKAVDSEISNSKSIILNSKNEVNTLRKQWELEEKEIKRSTELKVDEVNKEKQKYSNQIQSIENKIAQSKSSFYGWLNDTVPNWEETIGKVIDEESVLFNSQLNPKLVNTNSDTFFGVELNLNGLTNRIKTVEEYSNEIEGYKAEIDKLKKSHLHLNEEKKDFLQKLKVKFKKKLKIFKEAIAENEYIIAQSDQKLKKNLVELNEWLEKSTSEKKSILEEIENTLNEVTVQKLKAQEHLDRIKKGIKRKITLKENERNAEVLRLQGLTKTKTDEIQLSISNHKEESKKRVQELRKEETSKLENKGADTNRISVIENTLMDVEKAIDYIKRNEALVIEYKKDKRELFDRIPDLKADKVTFEKKQNLIIEKHKTEVVKLEKKHQEQKAIVDGIQSKINEFKADEEEFIEFKKSDAFINIQTYFSESVIEDKDLKTAKSIISEIKGKYYKGIDNFKGLQQNINAFNGNFTNENTFYFKTDLNSDADFLNFASELKEFIEEDKINEFEKRVNERFAHIIQLIGRETTELNSKKGDIEKIIKKINDDFSSKNFVEAIKEMEIRTLASSNPIVRLLIKIQEFNDENSMVLGEASLFTSDASDSKNQKAVELLKELVKAIEKYKSSTLTLSESFDLQFKIVENDNDSGWVEKLSNVGSEGTDVLVKAMINILLLNVFKDSASKKFKDFKLHCMMDEIGRLHPNNVKGILRFANERNILLINGSPTSQNATDYKYTYKLAKVQSKLDSKKYITKINRLVKVNSKVLN
>NC_018721.1|WP_041758559.1|331239_331809_-|hypothetical-protein
MTKYTSEIFDVLRRGQFICSNSPNEEIQTLYRVLEDENTFEDLHAYFFEINYILEHGNEYFYFSREEKNVDLDRKLEKAFTWIDILDFFKTFDSSFDVGFRFTPSDISNQLKNNADLALKLDSLKKITGDKKSHSDRIKKIIERLERDNFITLQDEISETYKVLTSFNYLKDIITAINIPEEIENEIPK
>NC_018721.1|WP_015022962.1|331817_333014_-|hypothetical-protein
MNTFNDIKELVSTLKREEKLIAEMFSKRKAIDYKYSDAIELVDNDENRIDFLIKRSVIRENGGCLELDDQFLDFFEQILDVNEEINLSYIDENIKNIKENIGYFLNENNETRRYSYLKFIKKTFRKIGIITLRSVVDIRRNIENTFKNEANYKNKQLKLENLDQKRNLVEKLIIQTLLLIDQEELTFFNRALDEELKRVIVDMKFQLRECSHNLIEIEKQIIDYLNQIKHQGKFIEKLRKLKYLKDHFTIEAETDIKQMIAHKNQVIFEKRIPEPLNLSLEFIRENEKVFEVIKRIARTHKDRTQFQPEIASQISSEYLENNIEEEVMINLEEVRNQFLATSDNLFNFIMNYDFLKQVDFDERVTIFCQITSQYERELRVEEDFQITNGVEFALVYPK
>NC_018721.1|WP_015022964.1|333830_334232_+|hypothetical-protein
MTYSMKTKKQQVLNLAGWTWSWVATLALATFGPQFIWDDHQLLTILFVGLNFANGIAMVIANRHFFNSLDELQRKIQLEALGITLGLTVIIGITYSLLDTTNLIGADAEIGFLVGIIGIVYMVSTLIIRKRYA
>NC_018721.1|WP_015022965.1|334228_334426_+|helix-turn-helix-transcriptional-regulator
MRNKLKVLRAEHNLTQEQLGKAVEVSRQTINAIEKEKFDPSLVLAIKLARLFKTEIESIFIYAKD

Crispr_ID: NC_018721_2

• CRISPR_ID: NC_018721_2
• CRISPR_location: 1208582-1208664
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018721_2

Consensus_repeat	Method
GACTTTTGGGGTGAAAAAAAGAC	CRISPRCasFinder

spacers of NC_018721_2

>2.1|1208605|37|NC_018721|CRISPRCasFinder
TAATAGTACAGAACCTAAAAAGAATGTAGAAACAGAA

CRISPR arrays and Neighbor proteins around NC_018721_2

CRISPR arrays

The CRISPR arrays of NC_018721_2

>merge|NC_018721|2|1208582-1208664|CRISPRCasFinder
GACTTTTGGGGTGAAAAAAAGACTAATAGTACAGAACCTAAAAAGAATGTAGAAACAGAAGACTTTTGGGGTGAAAAAAAGAC

>NC_018721|2|2|1208582-1208664|CRISPRCasFinder
GACTTTTGGGGTGAAAAAAAGAC	TAATAGTACAGAACCTAAAAAGAATGTAGAAACAGAA
GACTTTTGGGGTGAAAAAAAGAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015023721.1|1211730_1213017_+|sel1-repeat-family-protein	unknown	unknown	gnl|CDD|276807
NC_018721.1|WP_015023709.1|1197651_1198155_+|sigma-70-family-RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|274357
NC_018721.1|WP_015023715.1|1203968_1205009_+|serine-hydrolase	unknown	unknown	gnl|CDD|365903
NC_018721.1|WP_015023719.1|1208715_1210125_+|WG-repeat-containing-protein	unknown	unknown	gnl|CDD|379719
NC_018721.1|WP_015023723.1|1213531_1213900_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023708.1|1197405_1197618_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023716.1|1205160_1205475_+|hypothetical-protein	unknown	unknown	gnl|CDD|235280
NC_018721.1|WP_015023717.1|1205476_1205866_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023712.1|1200949_1201861_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023720.1|1210155_1211643_+|lipoprotein,-leucine-rich-repeat-protein	unknown	unknown	gnl|CDD|275380
NC_018721.1|WP_015023725.1|1215824_1216163_+|type-II-toxin-antitoxin-system-HigB-family-toxin	unknown	unknown	gnl|CDD|378301
NC_018721.1|WP_015023729.1|1222174_1222693_+|DUF4440-domain-containing-protein	unknown	unknown	gnl|CDD|226769
NC_018721.1|WP_015023714.1|1202105_1203857_+|DUF2326-domain-containing-protein	unknown	unknown	gnl|CDD|227612
NC_018721.1|WP_015023710.1|1198156_1198798_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_041758153.1|1201864_1202116_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023711.1|1198808_1199777_+|M23-family-metallopeptidase	unknown	unknown	gnl|CDD|366703
NC_018721.1|WP_086000794.1|1216165_1216714_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|376540
NC_018721.1|WP_015023727.1|1218081_1219188_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023728.1|1220464_1221382_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015023724.1|1213912_1214152_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015023720.1|1210155_1211643_+|lipoprotein,-leucine-rich-repeat-protein	gnl|CDD|275380	sd00033, LRR_RI, leucine-rich repeats, ribonuclease inhibitor (RI)-like subfamily. A leucine-rich repeat (LRR) is a structural protein motif of 20-30 amino acids that is unusually rich in the hydrophobic amino acid leucine. The conserved eleven-residue sequence motif (LxxLxLxxN/CxL) within the LRRs corresponds to the beta-strand and adjacent loop regions, whereas the remaining parts of the repeats are variable. LRRs fold together to form a solenoid protein domain, termed leucine-rich repeat domain. Leucine-rich repeats are usually involved in protein-protein interactions.	3.62164e-40
NC_018721.1|WP_015023709.1|1197651_1198155_+|sigma-70-family-RNA-polymerase-sigma-factor	gnl|CDD|274357	TIGR02937, RNA_polymerase_sigma_factor, RNA polymerase sigma factor, sigma-70 family. This model encompasses all varieties of the sigma-70 type sigma factors including the ECF subfamily. A number of sigma factors have names with a different number than 70 (i.e. sigma-38), but in fact, all except for the Sigma-54 family (TIGR02395) are included within this family. Several Pfam models hit segments of these sequences including Sigma-70 region 2 (pfam04542) and Sigma-70, region 4 (pfam04545), but not always above their respective trusted cutoffs.	2.45573e-28
NC_018721.1|WP_015023715.1|1203968_1205009_+|serine-hydrolase	gnl|CDD|365903	pfam00144, Beta-lactamase, Beta-lactamase. This family appears to be distantly related to pfam00905 and PF00768 D-alanyl-D-alanine carboxypeptidase.	6.54514e-44
NC_018721.1|WP_086000794.1|1216165_1216714_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|376540	pfam01381, HTH_3, Helix-turn-helix. This large family of DNA binding helix-turn helix proteins includes Cro and CI. Within Neisseria gonorrhoeae NGO_0477, the full protein fold incorporates a helix-turn-helix motif, but the function of this member is unlikely to be that of a DNA-binding regulator, the function of most other members, so is not necessarily characteristic of the whole family.	2.06875e-06
NC_018721.1|WP_015023719.1|1208715_1210125_+|WG-repeat-containing-protein	gnl|CDD|379719	pfam14903, WG_beta_rep, WG containing repeat. This repeat contains an N-terminal WG repeat motif. The extent of the repeat is poorly defined. This repeat may form a beta solenoid structure (Bateman A pers. obs.).	7.12066e-07
NC_018721.1|WP_015023721.1|1211730_1213017_+|sel1-repeat-family-protein	gnl|CDD|276807	sd00010, SLR, Sel1-like repeat. Sel1-like repeats (SLRs) share similar alpha-helical conformations with Tetratricopeptide repeats (TPRs), but with different consensus sequence lengths and superhelical topologies. SLRs contain 36 to 44 amino acids and are present in bacteria and eukaryotes but not in archaea. SLR proteins are involved in a variety of functions, and many serve as adaptor proteins for the assembly of macromolecular complexes. The SLR family was named after the Caenorhabditis elegans Sel1 protein which is predicted to fold into 11 SLRs, a transmembrane domain, and an N-terminal signal sequence. The human Sel1L protein contains an additional fibronectin type-II domain and an N-terminal PEST sequence. Its downregulation is associated with the development of breast and pancreatic carcinomas.	2.80979e-08
NC_018721.1|WP_015023711.1|1198808_1199777_+|M23-family-metallopeptidase	gnl|CDD|366703	pfam01551, Peptidase_M23, Peptidase family M23. Members of this family are zinc metallopeptidases with a range of specificities. The peptidase family M23 is included in this family, these are Gly-Gly endopeptidases. Peptidase family M23 are also endopeptidases. This family also includes some bacterial lipoproteins for which no proteolytic activity has been demonstrated. This family also includes leukocyte cell-derived chemotaxin 2 (LECT2) proteins. LECT2 is a liver-specific protein which is thought to be linked to hepatocyte growth although the exact function of this protein is unknown.	9.40467e-17
NC_018721.1|WP_015023714.1|1202105_1203857_+|DUF2326-domain-containing-protein	gnl|CDD|227612	COG5293, COG5293, Predicted ATPase [General function prediction only].	1.31376e-57
NC_018721.1|WP_015023716.1|1205160_1205475_+|hypothetical-protein	gnl|CDD|235280	PRK04322, PRK04322, peptidyl-tRNA hydrolase; Provisional.	0.00935046
NC_018721.1|WP_015023725.1|1215824_1216163_+|type-II-toxin-antitoxin-system-HigB-family-toxin	gnl|CDD|378301	pfam09907, HigB_toxin, HigB_toxin, RelE-like toxic component of a toxin-antitoxin system. HigB_toxin is a family of RelE-like prokaryotic proteins that function as mRNA interferases. HigB cleaves translated mRNA only, and cleavage depended on translation of the target RNAs. HigB belongs to the RelE super-family of RNases. The toxin-antitoxin gene-pair is induced by environmental stress factors.	8.20849e-18
NC_018721.1|WP_015023729.1|1222174_1222693_+|DUF4440-domain-containing-protein	gnl|CDD|226769	COG4319, COG4319, Ketosteroid isomerase homolog [Function unknown].	9.58081e-10

Protein sequences

>NC_018721.1|WP_015023717.1|1205476_1205866_+|hypothetical-protein
MKSQTYNWLVNKGNIIIQKNRNYVSLQINYENGEYCLLTNTDTDEIIELLTSISKQIWESPNYERKHYTNQLYKTNGNRYYWEIENSKLVLNYNEIENGVEINYIGNSKFKLEVNCLVEIIQILEQLNK
>NC_018721.1|WP_015023716.1|1205160_1205475_+|hypothetical-protein
MKMYIIIKDETPDKLVPVITAHASLACYKKYETNLNMKKWINGIFKKVVCLANEIEFNKLKDELDFVVLTESSLDNNEVCLAFCPRDEYSKKFKFLKMWTPQNI
>NC_018721.1|WP_015023715.1|1203968_1205009_+|serine-hydrolase
MTKKRTKRIFQIVLLTSTAISLFYVPWILVWAWLLPLPNTVQEQLDEGIGHGFDGMIVYVDQAGKPPEFYASGWHDRKNKIPADPKALFKIASITKLYIAVATAKLVKEERLSLDKTLADYFPELVGRIENAEKITLRMMVQHRSGIPNFVDHPNYWTNPPKSKQETLDYALDLPADFEPGEDYGYSNTNYMLIEDLLDKVLGYSRHQYIKEEILMPLQLKNTFASLHDVDIDDVMSGYYVGVEDDLKTEFTGLMIATAEDVGIFLRALNDGSVFNEGEQEIYSSIYVYEHTGLLIGYQSIAEYHKEIDTVVIQFNNTTNFDGYDWNLAEIIYSRIVKIVRSKKSS
>NC_018721.1|WP_015023714.1|1202105_1203857_+|DUF2326-domain-containing-protein
MKISKIYSNKNFKNIEFNDKFNAIIAFIESDKKDDTHNLGKTSLIRVIDFLLLSGFDKNTDKLLGNNIFIGQEFYGELKLNSSKYLIIKRSINTPTKISFKLNDSKLDDFKFDIDWDEELTLKKAKARLNEYLDFSILPNWDYRKSITYFLRSQQDYLDVFKLNKFKGKHKDWKPFVFDLLGFNGELILEKLEVEEEIDDLKKKIQTLRLEAQIDTSEKDRLEGLLEIKKNELSEIKDQIDKFNFFKEDIQTNSYLVEEIDVKLQAFNTDRYRISYEINKIESSLSDINDDVDDNAINSLFNEVNLYYPEQLKKEYNDLINFQKSLTIERKKYLSETLSQLKIEYSDLNLNIKEIENQKGDLLSLLTQKDSYHKFKEYQKKTIGLEVDIERIKDKLKAIDSSLIIENDIKEKRELIKDNISKLKESLSERKHSSINKIFNSIIKEIIDTNALISLKLNNQGNVEFNADYQNKIDLIKTSESQGTTYKKLLCVAFDLSLLVNFSDRSFFKFVYHDGVLEGLDDRIKIRYIKIVKDFCEKYDLQYIVTLIDSDLPKDMPDLIEDKDICLRLNDKDANGKLFLNSF
>NC_018721.1|WP_041758153.1|1201864_1202116_+|hypothetical-protein
MLTPTKHTNIKFSVIYISGKILLFLTKETIIKYDDLKEMLVHEIGVKAKNNVDFALTLLYAIGKVEYLKNIDAVKLLSNKNEN
>NC_018721.1|WP_015023712.1|1200949_1201861_+|hypothetical-protein
MKYPLENLTDTEFESLTALICSEILGTGTVVFSVGKDGGKDARFNGKANSFPSKSEPWNGKIIIQAKHTQRPDASCSDSDFQSILKKSVIPAINKLKDNSEIDNYLLFTNRKLSGIQDTKIEDIFDEKTEIENRLIGLETMELWLKQYPFIAKTLNLNKLLLPLSFDENDLKEIINSFSKIHNKKGDLPKIPKRDIEKKNELNNLSKGYFDNAIKKNLIYLDQIRDFLMNPINSEYLNQYENTIDDINEEIIIHRNEFDKFDLIFNYLYKFIIENNLELKSNRSLVRLFLHYMYYNCDIGINE
>NC_018721.1|WP_015023711.1|1198808_1199777_+|M23-family-metallopeptidase
MKIYILFILTFLLVNIAVAQNETTISKTVANEFQEKYNAKDYEGVFTMFAKEMKDFMPHDKALAFLNGLHTEAGNIKERIFMKYHQANVALYKTTFERVVVALFISVDANSKINGLMVKPYVTEKLPELKRNISKLILPFNEEWTVFWGGDTKEQNYHVAYKSQKNAFDMIITNAAGKSHKNDGKNNEDYYAFGKDLIAPASGEVVLVVDGVKDNKPGVTNPNYVPGNTVIIKTSNNEYLFFAHFKQHSIKVKQGQKIQQGDLLGLCGNSGNTTEPHLHFHIQNVEDMNIATGAKAYFEEILVNGELIKEHSPVKFEKVKNK
>NC_018721.1|WP_015023710.1|1198156_1198798_+|hypothetical-protein
MLEQELKNIWKNSSKTAQISIETDRLVKEFDTKMTNIQKKIRKRDVREISASVFGILIFSFFAYEIPFPITKFSCSLSILWFVYVIYKFRKSNQQNTSENLSLPLKQQLAHKKQLMQHQQKLLDSAGYWYAGPSFITNLIFIIGLQNPADYNWTNQIAESLLPLTVNAKAGTIIGLGIFYLLVIWVHKIAAKRDVQPILKNIEVIQQQLNNSN
>NC_018721.1|WP_015023709.1|1197651_1198155_+|sigma-70-family-RNA-polymerase-sigma-factor
MSNSQDTFEQLLKENKHKIYRICRIYATAPIEPQDLFQEVIFQIWKSLNNFKGKSSIDTWVYRIALNVCLRSKMKLDKSNEKTARYDAIHFTPVTETIDPFEEEKFKYLKACIATLNECDTSIIVLYLDELSYKEIAEITGLSENHIAVKMKRIRKKLFDCITPKIN
>NC_018721.1|WP_015023708.1|1197405_1197618_+|hypothetical-protein
MENIKKAKQFLSNTLIINSIVWATVMIVSSLILGEEYKKINFVLLGGFFIEFLRYSSTKNKLEKTTSKKD
>NC_018721.1|WP_015023719.1|1208715_1210125_+|WG-repeat-containing-protein
MKIKITLLLLIAIPFCALAQNSEILAKSYFLKAKEFYGNGNNTEALTNLNTCLKNINGESNAKIEALYVDIFMAKQEYVKAQEHISQYFKKATEDHSDYMKMVSLFAEITESAKKERLKLFNSNPNITLVAKEENNKWGFINRDGKFIIKPQYDATIDNMEYDRAIVKIGSKYGVINSQDIKVIPIIHDTIIRDSNNFIYLNSNKYYFTNNLGKLRLSDGCLKFTQLADDFYLCHINKDDNKGGTLLHVNMNIIIKNIKSCKIYKSFDNKHHYEIKFKDKTMNSLIDENGNIKIEPTKRFISSPIAQTYKAMKDITSVAETNIFIVKDLDDSYVEPDKIYNAKTKQTITYFYTEKESKLKEIINTKRGSFIRCQKIFKNGKVGFVSDKAIITPQFNEISHSFGKYIFVTGNYGKGLVDSEGNIVIPLKYSEVKYSRSDKNIKKWFGVKQGKNVDVYDTNGKFLYESTLD
>NC_018721.1|WP_015023720.1|1210155_1211643_+|lipoprotein,-leucine-rich-repeat-protein
MKTKITLLLVLACSLNAIAQSPEAMAKYHFTEAQNSYGNGDNNAALDNLKTTVESFGKTNSKIEALYTYIYYSQKDFINAKNHMTLYFDIAAENHSDYMKMISLLTETTKKAIEIEQLALKKKNKEIEKQKDQQKDQQNWKVALSEKTIASFENYLQNSKNALYRIEAKKYLEHSAIKNLMLLPDGYEANAMNYLTVKNFKSIKTYFNVTSIVITKAHPIPYLPEEIGSLSKLEELDLSQCGFTTLPESIGNLTSLKKLNLVSNNLTTLPESIGNLTSLEELYLGKNNLTTLPESIGNLSRLKTFFSGSNKLSVLPESIGNLTSLEELFLRETDLTTLPESIGNLISLERLYLNESNLTALPQSIGNLTSLEKLNLDGNRLTTLPESIGNLTRLDLLDLQGNKLTTLPESIGNLTSLDEFILNNNALTVLPESIGNLIKLSALYLFGNDLTTLPESIGSLKNNLTIYMLKSQYTRCEKSIKLIKKNNETLEITQY
>NC_018721.1|WP_015023721.1|1211730_1213017_+|sel1-repeat-family-protein
MKIKIILLLIIGLSLNTMAQNPEAMAKYHFIEAQNAYGNGDNNTATTHLEDCIEALTKTNAKIEALYTNIYLSKKEYLKAKKHITVYFEIAQEDHSDYMKMISLSTTNENNFKKAEQEKIVELKRQADMGVTDFSNYDEIADFGSDNDWANKIQSSRNSTSFIKSELEKAKKYKSAQGKARLAFFYLEGIGIIESENWKDDYTKAENLCLDGVNLKLSLACYIYARTKYGMDSGEEAYFNLLQIADGKIDIADYAIGYMYLSEYTDEGTPYKPTLGLEYYKKGFGKLKVVNSEAASRIASSIASAYSKYDNEITRDKTLQLEWLKKSYNTFPNGRAAFSIADFYLYNYKNPQYNISKSEIGKWYQRSADLGYRPGMSQVAYAYMKGYFGYSMNKNLAIQWYKKAANKGDKSAIKSLKELGIDYIPNKG
>NC_018721.1|WP_015023723.1|1213531_1213900_+|hypothetical-protein
MEFYGENGIIEKEETRFEPNLSSVVRLYEYDNRNRLIKEQIVTDGDSTFSSKYSYNNLGLEKKEESYLNKLQTVTEFKLDSFGKTIEKKFGYVDTNGFRNWEYEYPNENTTLTKEFFKSNSP
>NC_018721.1|WP_015023724.1|1213912_1214152_+|hypothetical-protein
MKIFPRENKKVKTTKYSFPTSESKEIFYHNNLGNLVKMEKYYNGKLTESKSITYELDLNQNWIKSESELTRKERIIEYY
>NC_018721.1|WP_015023725.1|1215824_1216163_+|type-II-toxin-antitoxin-system-HigB-family-toxin
MNLLNKRKLLKLEKKNQGNKKLTEAIEKLIEDIENAEWKKPLEIKEERPDADNVHPEGFYFFNINIHRAMILIVFEDSEASIVWTGNHQEYDKIFKGNKNTIEKWLRNQNLI
>NC_018721.1|WP_086000794.1|1216165_1216714_+|helix-turn-helix-transcriptional-regulator
MEKFSIQNIEKINFLNSELEVEKATNLFLKLRVLAKENESYKVLRKHLSKLIKDYEDKNWSNNENITSEQIEESDLAEHIVQAENKFYLKRKEIIREKLKESGLNQTDLAKILGHRKGYISELINGIRPFSKDDLIIINRLFKIELEKLIPTFIKEEKVIHIRKTLKSIPKSRIILSKEILN
>NC_018721.1|WP_015023727.1|1218081_1219188_+|hypothetical-protein
MKKQILTILFVMIGFSVFSQNSTWLFDKKVKTVNFLGDGIDKYDRKNKELLTDPTSECNSIPVKIDTVQIKNSNITEFQYKSRDFFTKFFNTKSIRITDVKMYNPIEYTLDYNTVKNMPRNEYFVYSGQSADSLEFKFSFARKTEVDIDETLNTITSILTTTGLDMSMATEFIPLFDESRIESLDSLIYKYIIKDPNALFRVQVIKKKNTKFDPSGDDYRLYFPSLTSSKINIKDTQVLKFATPMAITQKEKPRFGWYKLGKTSNNAYNLKLDKEKNGELRLGVEFIDGTVKNTYFRPKMNGEKRYWQETILVNTFRTGRVRKLVYVSIFAEQISTDEVKVTNKITTNGIESKVSYMSYPEIKLKYLK
>NC_018721.1|WP_015023728.1|1220464_1221382_+|hypothetical-protein
MNPNFVFWVFREFSKNFDFLNAAIFNDKNLLLKLKEKEPNISLSGQGSKKINDVPHLPIIEDINIDEDSRIFLSQIARARIASFIKYTGYCEQKELIPVFPSNAYGNIGAQLLNNVNNLLSKPDSADPFWLQRNRVLKLCHEEYLDDLQLDMMSIKDILKFRTKIWGEQANAREELFSSIGKLSQEIGQDEIFNKKATEQIKGYKKIASELERERKNIKYQIKTDIAGGLLRAGGVGLTGRYLSQFESPFISVAATLIAGGVWALDKTKNYVPELNKLKDQEKEFNRGAEMGIQNFYSRISDEIK
>NC_018721.1|WP_015023729.1|1222174_1222693_+|DUF4440-domain-containing-protein
MKKLNKLTLITMIFALSFAIQSCEQKQKEPTVEVEKEEISKSATLEELGQMNRDFAKALTAKDAVAAAIVYDENASILPPNEPIVTGRANIQAYWQGAIDAGIIDATVKTIDAKSVGNSGYEIGTFTMRFHGAKNDTLVEVGKYTEILELNKEGKWMAIYGMWSSNEPMPTE

Crispr_ID: NC_018721_3

• CRISPR_ID: NC_018721_3
• CRISPR_location: 1696955-1697060
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018721_3

Consensus_repeat	Method
GACTACGTCTTCTGTTTAGAGCGAACGA	CRISPRCasFinder

spacers of NC_018721_3

>3.1|1696983|50|NC_018721|CRISPRCasFinder
TTTTGCTAGTTTAGGAGTTGGTTTTGGAGCAAGCTCCTTGTTTAGTTAAG

CRISPR arrays and Neighbor proteins around NC_018721_3

CRISPR arrays

The CRISPR arrays of NC_018721_3

>merge|NC_018721|3|1696955-1697060|CRISPRCasFinder
GACTACGTCTTCTGTTTAGAGCGAACGATTTTGCTAGTTTAGGAGTTGGTTTTGGAGCAAGCTCCTTGTTTAGTTAAGGACTACGTCCTCTGTTTAGAGCGAACGA

>NC_018721|3|3|1696955-1697060|CRISPRCasFinder
GACTACGTCTTCTGTTTAGAGCGAACGA	TTTTGCTAGTTTAGGAGTTGGTTTTGGAGCAAGCTCCTTGTTTAGTTAAG
GACTACGTCCTCTGTTTAGAGCGAACGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015024073.1|1702659_1703610_-|ketoacyl-ACP-synthase-III	unknown	unknown	gnl|CDD|236475
NC_018721.1|WP_015024058.1|1677272_1680632_-|preprotein-translocase-subunit-SecA	unknown	unknown	gnl|CDD|237256
NC_018721.1|WP_157609267.1|1689672_1690236_-|YdcF-family-protein	unknown	unknown	gnl|CDD|236702
NC_018721.1|WP_015024070.1|1698295_1699357_-|ketoacyl-ACP-synthase-III	unknown	unknown	gnl|CDD|238426
NC_018721.1|WP_015024068.1|1696213_1696864_-|acetyltransferase	unknown	unknown	gnl|CDD|100050
NC_018721.1|WP_015024077.1|1706170_1707238_-|glycosyltransferase-family-4-protein	unknown	unknown	gnl|CDD|340825
NC_018721.1|WP_015022784.1|1701439_1702471_-|IS1595-like-element-ISPto1-family-transposase	unknown	unknown	gnl|CDD|226202
NC_018721.1|WP_003441576.1|1680721_1680943_-|DUF2795-domain-containing-protein	unknown	unknown	gnl|CDD|378655
NC_018721.1|WP_015024071.1|1699349_1699586_-|acyl-carrier-protein	unknown	unknown	gnl|CDD|223314
NC_018721.1|WP_051008003.1|1682678_1683500_-|transposase	unknown	unknown	gnl|CDD|372648
NC_018721.1|WP_041758218.1|1692727_1693750_-|IS4-family-transposase	unknown	unknown	gnl|CDD|376573
NC_018721.1|WP_015024076.1|1705416_1705995_-|sugar-transferase	unknown	unknown	gnl|CDD|376775
NC_018721.1|WP_015024072.1|1700211_1700571_-|four-helix-bundle-protein	unknown	unknown	gnl|CDD|319869
NC_018721.1|WP_015024067.1|1695002_1695896_-|IS1595-like-element-ISPto11-family-transposase	unknown	unknown	gnl|CDD|372298
NC_018721.1|WP_015024075.1|1704463_1705414_-|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379240
NC_018721.1|WP_041758215.1|1686126_1688394_-|inorganic-phosphate-transporter	unknown	unknown	gnl|CDD|376541
NC_018721.1|WP_015024060.1|1684674_1685235_-|cob(I)yrinic-acid-a,c-diamide-adenosyltransferase	unknown	unknown	gnl|CDD|376665
NC_018721.1|WP_015024063.1|1690821_1691301_+|UpxY-family-transcription-antiterminator	unknown	unknown	gnl|CDD|193584
NC_018721.1|WP_015024074.1|1703785_1704454_-|PIG-L-family-deacetylase	unknown	unknown	gnl|CDD|225031
NC_018721.1|WP_015024069.1|1697543_1698299_-|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|235546

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024073.1|1702659_1703610_-|ketoacyl-ACP-synthase-III	gnl|CDD|236475	PRK09352, PRK09352, beta-ketoacyl-ACP synthase 3.	4.62155e-132
NC_018721.1|WP_015024058.1|1677272_1680632_-|preprotein-translocase-subunit-SecA	gnl|CDD|237256	PRK12901, secA, preprotein translocase subunit SecA; Reviewed.	0
NC_018721.1|WP_157609267.1|1689672_1690236_-|YdcF-family-protein	gnl|CDD|236702	PRK10494, PRK10494, envelope biogenesis factor ElyC.	1.06942e-19
NC_018721.1|WP_015024070.1|1698295_1699357_-|ketoacyl-ACP-synthase-III	gnl|CDD|238426	cd00830, KAS_III, Ketoacyl-acyl carrier protein synthase III (KASIII) initiates the elongation in type II fatty acid synthase systems. It is found in bacteria and plants. Elongation of fatty acids in the type II systems occurs by Claisen condensation of malonyl-acyl carrier protein (ACP) with acyl-ACP. KASIII initiates this process by specifically using acetyl-CoA over acyl-CoA.	1.5213e-103
NC_018721.1|WP_015024068.1|1696213_1696864_-|acetyltransferase	gnl|CDD|100050	cd03360, LbH_AT_putative, Putative Acyltransferase (AT), Left-handed parallel beta-Helix (LbH) domain; This group is composed of mostly uncharacterized proteins containing an N-terminal helical subdomain followed by a LbH domain. The alignment contains 6 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X). Proteins containing hexapeptide repeats are often enzymes showing acyltransferase activity. A few members are identified as NeuD, a sialic acid (Sia) O-acetyltransferase that is required for Sia synthesis and surface polysaccharide sialylation.	8.16471e-60
NC_018721.1|WP_015024077.1|1706170_1707238_-|glycosyltransferase-family-4-protein	gnl|CDD|340825	cd03794, GT4_WbuB-like, Escherichia coli WbuB and similar proteins. This family is most closely related to the GT1 family of glycosyltransferases. WbuB in E. coli is involved in the biosynthesis of the O26 O-antigen. It has been proposed to function as an N-acetyl-L-fucosamine (L-FucNAc) transferase.	3.23021e-42
NC_018721.1|WP_015022784.1|1701439_1702471_-|IS1595-like-element-ISPto1-family-transposase	gnl|CDD|226202	COG3677, COG3677, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	8.42079e-09
NC_018721.1|WP_003441576.1|1680721_1680943_-|DUF2795-domain-containing-protein	gnl|CDD|378655	pfam11387, DUF2795, Protein of unknown function (DUF2795). This family of proteins has no known function.	7.11804e-14
NC_018721.1|WP_015024071.1|1699349_1699586_-|acyl-carrier-protein	gnl|CDD|223314	COG0236, AcpP, Acyl carrier protein [Lipid metabolism / Secondary metabolites biosynthesis, transport, and catabolism].	4.34639e-08
NC_018721.1|WP_051008003.1|1682678_1683500_-|transposase	gnl|CDD|372648	pfam13612, DDE_Tnp_1_3, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contains three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction.	0.000282721
NC_018721.1|WP_041758218.1|1692727_1693750_-|IS4-family-transposase	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	6.59535e-08
NC_018721.1|WP_015024076.1|1705416_1705995_-|sugar-transferase	gnl|CDD|376775	pfam02397, Bac_transf, Bacterial sugar transferase. This Pfam family represents a conserved region from a number of different bacterial sugar transferases, involved in diverse biosynthesis pathways.	6.67061e-64
NC_018721.1|WP_015024072.1|1700211_1700571_-|four-helix-bundle-protein	gnl|CDD|319869	cd16377, 23S_rRNA_IVP_like, 23S rRNA-intervening sequence protein and similar proteins. A family of functionally uncharacterized bacterial proteins, some of which are encoded by an atypically large intervening sequence present within some 23S rRNA genes. The distantly related bAvd protein, which also forms a homopentamer of four-helix bundles, has been suggested to interact with nucleic acids and a reverse transcriptase.	1.81736e-44
NC_018721.1|WP_015024067.1|1695002_1695896_-|IS1595-like-element-ISPto11-family-transposase	gnl|CDD|372298	pfam12762, DDE_Tnp_IS1595, ISXO2-like transposase domain. This domain probably functions as an integrase that is found in a wide variety of transposases, including ISXO2.	1.62456e-09
NC_018721.1|WP_015024075.1|1704463_1705414_-|GNAT-family-N-acetyltransferase	gnl|CDD|379240	pfam13527, Acetyltransf_9, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	5.55963e-15
NC_018721.1|WP_041758215.1|1686126_1688394_-|inorganic-phosphate-transporter	gnl|CDD|376541	pfam01384, PHO4, Phosphate transporter family. This family includes PHO-4 from Neurospora crassa which is a is a Na(+)-phosphate symporter. This family also contains the leukaemia virus receptor.	1.0921e-15
NC_018721.1|WP_015024060.1|1684674_1685235_-|cob(I)yrinic-acid-a,c-diamide-adenosyltransferase	gnl|CDD|376665	pfam01923, Cob_adeno_trans, Cobalamin adenosyltransferase. Cobalamin adenosyltransferase This family contains the gene products of PduO and EutT which are both cobalamin adenosyltransferases. PduO is a protein with ATP:cob(I)alamin adenosyltransferase activity. The main role of this protein is the conversion of inactive cobalamins to AdoCbl for 1,2-propanediol degradation.The EutT enzyme appears to be an adenosyl transferase, converting CNB12 to AdoB12.	1.43634e-84
NC_018721.1|WP_015024063.1|1690821_1691301_+|UpxY-family-transcription-antiterminator	gnl|CDD|193584	cd09895, NGN_SP_UpxY, N-Utilization Substance G (NusG) N-terminal domain in the NusG Specialized Paralog (SP), UpxY. The N-Utilization Substance G (NusG) proteins are involved in transcription elongation and termination. NusG is essential in Escherichia coli and is associated with RNA polymerase elongation and Rho-termination. Paralogs of eubacterial NusG, NusG SP (Specialized Paralog of NusG), are more diverse and often found as the first ORF in operons encoding secreted proteins and LPS (lipopolysaccharide) biosynthesis genes. NusG SP family members are operon-specific transcriptional antitermination factors. UpxY proteins, UpxY proteins, where the x is replaced by the letter designation of the specific polysaccharide (UpaY to UphY), are a family of NusG SP factors that act specifically in transcriptional antitermination of operons from which they are encoded. UpxYs are necessary and specific for transcription regulation of the polysaccharide biosynthesis operon. Orthologs of the NusG gene exist in all bacteria, but their functions and requirements are different. The NusG N-terminal (NGN) domain is similar in all NusG orthologs, but its C-terminal domain and the linker that separate these two domains are different. The domain organization of NusG and its orthologs suggests that the common properties of NusG and its orthologs and paralogs are due to their similar NGN domains.	2.2881e-32
NC_018721.1|WP_015024074.1|1703785_1704454_-|PIG-L-family-deacetylase	gnl|CDD|225031	COG2120, COG2120, Uncharacterized proteins, LmbE homologs [Function unknown].	7.47307e-36
NC_018721.1|WP_015024069.1|1697543_1698299_-|SDR-family-oxidoreductase	gnl|CDD|235546	PRK05653, fabG, 3-oxoacyl-ACP reductase FabG.	2.55115e-62

Protein sequences

>NC_018721.1|WP_015024068.1|1696213_1696864_-|acetyltransferase
MDRIIIVGSGGHAAELRDYINHNNNARPADRIEVIGYIDDDKSTYEHYGFSEPYLGGIKDHKVLENAKYLMGIANLEYRKKIIETLVSEGARFRGLIHPTAIISPSCVIHPTTVISHNASVGAKAEIGAYNMLNSRCTIGHDTKMGDYNFISPQVAISGNTSIGNGNLIGTNACTIPGMKIGNNNKIAAGMVIYKPIENDSTVLFRHKERLIVKKE
>NC_018721.1|WP_015024067.1|1695002_1695896_-|IS1595-like-element-ISPto11-family-transposase
MDVFKGQNLLEFSDRFKTDEDCKKYLASVKSEIRYKCLRCNHTACQVRTDFARQCNICGHIESTTANTLFHKVKFGVRKAFFICFEMATSTKSLSASYMGVRYGVTEKTARLFMLKVREAMASSGKNPMDGDVHVDEFVLGGREAGKTGRSYDSKKKKAITAIQLTKEGKVKRMYAMKIDDFSARSLQYIFVNHISREAMVTTDKWRGYRPISKAYDITQIESNRGSNFKALHIMIHQVKSWIRTTYSWVSDNNLNRYFSEFCFRINRSRSKATIFNNLIVKMVEGDKIYQSELISN
>NC_018721.1|WP_041758218.1|1692727_1693750_-|IS4-family-transposase
MNLARLKLISHFVIALCKVQTVTFEKLANAFNSQSDSGSSLRRIQRFIASYSLDSDLIALLVFNLLPSRDKLILSIDRTNWKFGQTNINIFMLGVVYKGVAFPLLFTMLDKRGNSNSQERIDLLNRFIRLFGKHVIESVVADREFVGKDWLAFLNRNEIRYYIRIRNNFKVFLPHKNKEIKASHLFNRFKTNEFVYYHKIVRVNGELCYLSGCKLNPKTLKQEFLIIVSFNKPKNAQQDYQKRWQIEMCFKAMKSSGFDIEKTHLQDIQRIEKLILLVMIAFVWCYKIGIYLHQINPIKIKKHGRRAKSIFKYGLTFLANVLLNSENQDDTDIFRFLSCT
>NC_018721.1|WP_015024063.1|1690821_1691301_+|UpxY-family-transcription-antiterminator
MQKDAKKKWFVLYTKPRGEKKLSEQLNRSGIEAYCPTRTEVRVWSDRKKKVEMPVLPSMLLVKIENKQRAKALESPLAIRYLFWNGKPSVVTQVEVDTLRSILGDSKFESHELDQLRPGQKLDMTELGFENIEGTVQYVNKKECWVVLQGIGYVVKFKR
>NC_018721.1|WP_157609267.1|1689672_1690236_-|YdcF-family-protein
MLDPQALDQNKTYFIHVLGAGYNLNPDLPALTQLGSTSLSRLSEGIRVFRLLDKPVLVTSAYSKYGLESQASVTRKAAIELGVSSQHIRMLENPSTTLEEAQAFKSRFGTSAQVIIATDAMHMSRAMDIYRDLGYEPIAAPTNFQVHFGPKAYNGLSMPSYQSFQLSNRIFRTVLKQGYYLAFRARQ
>NC_018721.1|WP_041758215.1|1686126_1688394_-|inorganic-phosphate-transporter
MQTLYISLIVLLFLLAIADLVVGVSNDAVNFLNSAIGSKAVPMRTILIVAGLGVLVGAVFSSGLMEVARKGIFNPELFFFDEIIIIFLAVLITDILLLDFFNSIGIPTSTTVSVVFELLGAAVVISLLKLYETGEGLGGLKQFINVQKASEISFGILISVFVAFGVGAVVQFVSRLIFTFDYHRKLKYIGALYGGVSLSAITYFILLKGTNSITFLDQNIIESVLDNKLLIIGFSFVFWVAISQILIQVFRCHILKVIVVIGTFALALAFAGNDLVNFIGVSIAAWQSFILWQEAFLTSGVLPSEFLMDGLSGEVQTPVFLLVIAGAIMVVTLWFSSKAQYVIQTGVNLGRQGEGQERFKPNFLSRTVVRYSVFVGQTFSQVLSEPVQNKINSRFTYPEKAFGYKKGVAKPAFDLLRASVNLVLASILISLGTSYTLPLSTTYVTFMVAMGTSFGDRAWGRESAVYRVSGVFNVIGSWIATAAIAFTAAGVLSLIIWFGSYYAIAVLLVFALVSIIKSALKHSKRVKFERDHKKFNKTDIITINEITKESSENIVKVISGINNLLLDVVNNLGYHDLSRLKKSLKSQDELDVVIDELKDNVFYYIKSLEETNVEASKFYVLTLDYLQDMVQSLAHITRSSHTHVSNNHKNLLFNQIRDLKSVQRDLDEVYGHLVKAFQSQEFDSIQQLIADERKVLEKISNLLQKQIERIRDTENSPKNSKLYFGILLETKNLTKTSIALLELFREYYEEAKQEF
>NC_018721.1|WP_015024060.1|1684674_1685235_-|cob(I)yrinic-acid-a,c-diamide-adenosyltransferase
MKIYTKTGDKGTTSLFGGKRVAKHNIRIDSYGTVDELNANLGLVRDQDLDADSKMGLIIIQEKLFTVGAILASDPGKASNANKIPKLKEEDILFLENEIDRMNADLPEMTHFVLPGGHASVSHCHVARTVCRRAERVCTALFNLEPFDDKVLQYLNRLSDYLFVLARCIAKQKNADEVKWIPDTSK
>NC_018721.1|WP_051008003.1|1682678_1683500_-|transposase
MRFSNNNTPKLTDQEIVTIYLFVMEHQGIFKMNKIHQFASEYLLSWFPDLGSYQAFNRRINRLSNVMNTLVSMILTEFTPKECSTKFSVLDSMPIVTCSGKRSGKVAPEITDKGFCSTKSMYYYGMKLHALGFCNPTKLPHPEQIIFTAASVNDFALFKEAWSEKENRTFFGDKIYQSKSFFTDMYANFNSEMLTPVKAVKGMPDVLKKFDRAANDLYSRAVSKIRQPIEALFSWLIEKSDIQKASKVRSTKGLNLHVYGRLAAAFITLLFNS
>NC_018721.1|WP_003441576.1|1680721_1680943_-|DUF2795-domain-containing-protein
MYWTLELASYLSDAPWPATKDELIDYAIRTGAPLEVVENLQSIEDEGDTYDSIEEIWPDYPTDDDYLWNEDEY
>NC_018721.1|WP_015024058.1|1677272_1680632_-|preprotein-translocase-subunit-SecA
MGVLDSVLKVFVGDKTKKDLKAITPIVDQIKSFESQFEALSIDELRQNTSRFKTIIKEATADLQSQIDALEEKAEDEPDIDVKENFYGEIDDLKAEIYKTTEEVLNDILPEAFATVKETAKRFFHNTSLEASATEFDRTLSASKGYVSLDGDKAIWNNSWDAAGKPITWDMIHYDVQLIGGIAMHQGIIAEMQTGEGKTLVATLPMYLNALSGDGVHLVTVNDYLAKRDSAWMAPMFEFHGLSVDCIDYYKPNSEARRKAYNADITYGTNNEFGFDYLRDNMSHSPDDLVQRPHHYAIVDEVDSVLIDDARTPLIISGPVPKGDVHEFENLKPQIAQIVEVQRKHLTGVLAIAKKQIKEGETKEGGLQLLRVFRGLPKNKALIKFLSEEGVKQLLQKTENFYMQDNNREMHKVDAELYFTIEEKSNQIDLTDKGIDFLSGEDNKDFFVMPEIGVEIAQIEKQGLLKEEEAEKKEELYRDFSIKSERIHTLRQLLKAYTLFEKDTEYVVMENKVKIVDEQTGRIMDGRRYSDGLHQAIEAKENVKIEDATQTFATVTLQNYFRMYNKLSGMTGTAMTEAGEFWEIYKLDVMEIPTNKPISRDDKQDKVFKTKREKYNAIIDEVALLSAKGRPILIGTTSVEISELLSRMLKLRSVPHNVLNAKLHKREADIVAEAGKGGIVTIATNMAGRGTDIKLSKDVKDAGGLAIIGTERHDSRRVDRQLRGRAGRQGDPGSSQFYVSLEDNLMRLFGSEKIAKLMDRMGLEEGEVIQHSMISKSIERAQKKVEENNFGIRKRLLEYDDVMNAQREVIYKRRYNALYGERLRIDIANMIFDTAEVITDFNNANTDFENFEFELIRFFSMNSPVSKAEFEKQPVQKTAGIVYKQAYENYKAKMINNAEEAFPVIKQVFEKRGEKFERIAVPFTDGQKTLQVVTNLKRAYETEGKDLITDFEKNISLAIIDEAWKNHLRKMDELKQSVQLAVHEQKDPLLIYKFEAFELFKVMIEEVNKEVISFLLKGELPQREPDQITEARQRNSKEQLQTEKEEIQNLDERAAQSRKAGAQASQQQQVVETIVREQPKIGRNDKVTIKHVGSGEEKSMKYKQAIPLIDKGEWVLMNH
>NC_018721.1|WP_015024069.1|1697543_1698299_-|SDR-family-oxidoreductase
MNNPFTLKGRTILISGASSGIGEATAIVCDQLGATLLLLGRNEVRLEEVKSKLSLGAHKSLVVDLSDFEVLEQVLKPFLESTGAIHGLVNAAGVTSTFPFKLFKPEKLEGLLKINVHAAFYLSKLMLKKMSKSGGSIVFISSIMATHGEKAKTLYAISKGAVSAGVKSMAIELAAKGIRVNSVAPGIVNTPMTASATYKKNEELLKLTLSKYPLGFGEPEDVANACAYLLSDASRWVTGTEMVLDGGYTAQ
>NC_018721.1|WP_015024070.1|1698295_1699357_-|ketoacyl-ACP-synthase-III
MANLQFKDVSILGMSGAVPKHTIVNRNYTAHFDKDTVGEIVDKTGVEERRFAPDGMTSSDLCFAAATKLMDDLKIDKSEIDILLFVSQTPDYRMPATSINLQHRLGLPKSTAAFDISLGCSGFIYGLSTAYAYAQMPGVRKVLLLDGETRSKVYHPKDRKTGFIFGDAAVAAIIEKQTGIGESYFSLNSDGSKADLIKIDAGGYRNPSSAETIKEKVVDEHGNIRTDEHGYMNGADVFNFVLREIPKNIKETLKFADKSIDDFDYLIFHQANKFMNDYLAKKLKLDVIKVPSTIAKYGNTSSVSIPITIVDQLRHKLEGEKQLFLCGFGVGMSWASACLPVSNIKISEIIEVE
>NC_018721.1|WP_015024071.1|1699349_1699586_-|acyl-carrier-protein
MKEKFLNAFKEALEIEEDKVEMSDVMSDFDTWDSMSRLSLIALLDEHFEIEISDDEFENMTTVQDLYDKVQTKVQADG
>NC_018721.1|WP_015024072.1|1700211_1700571_-|four-helix-bundle-protein
MKTYSFEKLKVWQKSKQWIIHLYKLTEAFPREEKYGLVSQLRRASVSVSSNIAEGSSRKTPKDQRRFYIISYSSMIEVLNQLLIAEELGYIKNKDLQKSRVRIDEILAMLDALTKSLRI
>NC_018721.1|WP_015022784.1|1701439_1702471_-|IS1595-like-element-ISPto1-family-transposase
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721.1|WP_015024073.1|1702659_1703610_-|ketoacyl-ACP-synthase-III
MNVFINGTGMCVPKKIISNLYFEKVGSSDNWIFNNLGIKERRITVNESTSDLASMAGIEAISNAGLTPDDIELIIVATSTPDKQAPSCASYVQNKIKAFNAGAFDISAVCTGALYALSVAYQFIKTGTYKNVLVIGADTFSKVTDWKRRDSVFFGDGAGAIVLSQTEENKGFIDFNLFSDGRGAEIFTIENKEPQNSESKSYFHMDGKGIYQGATTAVPKAINKLLVKNNFSIDEIDLLIPHQPSISILKSIAKDIGLPFEKVFTNMDKYANTSGATVSLAYHDALQKGLLKDAKYILLAAVGSGMAWGSALYKFQ
>NC_018721.1|WP_015024074.1|1703785_1704454_-|PIG-L-family-deacetylase
MKKKLIIAPHPDDEVLGAGGVIKKFSKEGHEVYVLVITRGTPKYYSDEKIQNVRNEALEAHKILGVRQTVFLDFHAPELDMTSNAEISKAISEYISKWKITDLFIPHRGDIHNDHRKVFEASLVAARPVGNFTVKAIYAYETLSETEWAAPFSDDAFIPNHFVNISETMSYKFEAMQCFKSQIRDFPSTRSLETIESLAKFRGSTVGFNRAEAFMTIRTIKS
>NC_018721.1|WP_015024075.1|1704463_1705414_-|GNAT-family-N-acetyltransferase
MEIRNYVEGDEVKILELFELVFKQKFSIENWMWRFRYNPAGKHLIKLMWDGDELIGQYAVSPIIMKVDGEDVLTTHSLSTMTHPEYGGRGIFKQLSTSLYDELENNLNCKAVWGFPNNNSHYGFVKSLKWSNLSVLHTLGLDIKKIQKKDVKFKVKIIDKFDEPHANFINEKITSFASVYVKKDVAYLNWRFTDKPTTKYWCYEFESDSGKAVIITKFYPTGNNNKYDLNIVDCYMDNYEEIHDYIDFIIKESKLEFDRVSMWTNLFDPNHLLLERQGFVPVLPQTYLAARIHHSMPELFTNYKNWYISMSDSDVF
>NC_018721.1|WP_015024076.1|1705416_1705995_-|sugar-transferase
MYELYFKRLFDWLFSFFMILILFIPFIIVSILIKIDSKGSIFFMQERLGKNKIPFNVYKLRTMSHKKRKIEQVYKNDAEITGVGYYLRRFKIDEMPQVINIFLGDMAIIGPRPCLPNVLEKYNLDDYRFKVRPGLSSIAGVNGSIYLSWKEKWWYDKYYVENLNFLLDLKIFLKTFLIIFQGEDKFINKPKL
>NC_018721.1|WP_015024077.1|1706170_1707238_-|glycosyltransferase-family-4-protein
MLDALSKKYKKCVIIAGTIVERETKLSEDYVWHKIVKYDKKTPVRRIYTWVLASLQMFCLLLFKYRAARVIAITNPPFAPFVPYMLKLNYDVLVYDLILDALVNFSYVKKKSWIVERAESLSKKMFKNAQNIYTLTPELAEQVRNYTDKDIKIVPIWTNNDFFKIINKDENLIIDKLQIDKSKFVVTYSGNLGKTHPVELIVALAEVCIEENFYFIIIGGGHKFELIKSLIAEKNISNITLLPWQPIELLPHNMQAGDVNVVTLEDYASHLSIPSKTYNLLSVGKPILAICSEESALAKLIDTRACGKSFKSRDLLLIKDFLIELSINQKKYNDYAENAKKASFSFTKENAKSFL

Crispr_ID: NC_018721_4

• CRISPR_ID: NC_018721_4
• CRISPR_location: 1699669-1699775
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018721_4

Consensus_repeat	Method
GCTGGTTTAGTTTGGGCAGCAAGCTACCTGTTTA	CRISPRCasFinder

spacers of NC_018721_4

>4.1|1699703|39|NC_018721|CRISPRCasFinder
ATTGAGGACTGCGTCCTCTGTTTAGACGCAAACGAGTCC

CRISPR arrays and Neighbor proteins around NC_018721_4

CRISPR arrays

The CRISPR arrays of NC_018721_4

>merge|NC_018721|4|1699669-1699775|CRISPRCasFinder
GCTGGTTTAGTTTGGGCAGCAAGCTACCTGTTTAATTGAGGACTGCGTCCTCTGTTTAGACGCAAACGAGTCCGCTGGTTTAGTTTGGGCAGCAAGCTGCCTGTTTA

>NC_018721|4|4|1699669-1699775|CRISPRCasFinder
GCTGGTTTAGTTTGGGCAGCAAGCTACCTGTTTA	ATTGAGGACTGCGTCCTCTGTTTAGACGCAAACGAGTCC
GCTGGTTTAGTTTGGGCAGCAAGCTGCCTGTTTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015024073.1|1702659_1703610_-|ketoacyl-ACP-synthase-III	unknown	unknown	gnl|CDD|236475
NC_018721.1|WP_015024068.1|1696213_1696864_-|acetyltransferase	unknown	unknown	gnl|CDD|100050
NC_018721.1|WP_015024070.1|1698295_1699357_-|ketoacyl-ACP-synthase-III	unknown	unknown	gnl|CDD|238426
NC_018721.1|WP_015024077.1|1706170_1707238_-|glycosyltransferase-family-4-protein	unknown	unknown	gnl|CDD|340825
NC_018721.1|WP_015024080.1|1708796_1709795_-|NTP-transferase-domain-containing-protein	unknown	unknown	gnl|CDD|133003
NC_018721.1|WP_015022784.1|1701439_1702471_-|IS1595-like-element-ISPto1-family-transposase	unknown	unknown	gnl|CDD|226202
NC_018721.1|WP_015024078.1|1707240_1708320_-|NAD-dependent-epimerase/dehydratase-family-protein	unknown	unknown	gnl|CDD|187581
NC_018721.1|WP_157609267.1|1689672_1690236_-|YdcF-family-protein	unknown	unknown	gnl|CDD|236702
NC_018721.1|WP_015024071.1|1699349_1699586_-|acyl-carrier-protein	unknown	unknown	gnl|CDD|223314
NC_018721.1|WP_015024079.1|1708453_1708795_-|phosphomannose-isomerase-type-II-C-terminal-cupin-domain	unknown	unknown	gnl|CDD|380343
NC_018721.1|WP_015024072.1|1700211_1700571_-|four-helix-bundle-protein	unknown	unknown	gnl|CDD|319869
NC_018721.1|WP_041758218.1|1692727_1693750_-|IS4-family-transposase	unknown	unknown	gnl|CDD|376573
NC_018721.1|WP_015024076.1|1705416_1705995_-|sugar-transferase	unknown	unknown	gnl|CDD|376775
NC_018721.1|WP_015024067.1|1695002_1695896_-|IS1595-like-element-ISPto11-family-transposase	unknown	unknown	gnl|CDD|372298
NC_018721.1|WP_015024075.1|1704463_1705414_-|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379240
NC_018721.1|WP_015024069.1|1697543_1698299_-|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|235546
NC_018721.1|WP_015024060.1|1684674_1685235_-|cob(I)yrinic-acid-a,c-diamide-adenosyltransferase	unknown	unknown	gnl|CDD|376665
NC_018721.1|WP_015024063.1|1690821_1691301_+|UpxY-family-transcription-antiterminator	unknown	unknown	gnl|CDD|193584
NC_018721.1|WP_015024074.1|1703785_1704454_-|PIG-L-family-deacetylase	unknown	unknown	gnl|CDD|225031
NC_018721.1|WP_041758215.1|1686126_1688394_-|inorganic-phosphate-transporter	unknown	unknown	gnl|CDD|376541

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024073.1|1702659_1703610_-|ketoacyl-ACP-synthase-III	gnl|CDD|236475	PRK09352, PRK09352, beta-ketoacyl-ACP synthase 3.	4.62155e-132
NC_018721.1|WP_015024068.1|1696213_1696864_-|acetyltransferase	gnl|CDD|100050	cd03360, LbH_AT_putative, Putative Acyltransferase (AT), Left-handed parallel beta-Helix (LbH) domain; This group is composed of mostly uncharacterized proteins containing an N-terminal helical subdomain followed by a LbH domain. The alignment contains 6 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X). Proteins containing hexapeptide repeats are often enzymes showing acyltransferase activity. A few members are identified as NeuD, a sialic acid (Sia) O-acetyltransferase that is required for Sia synthesis and surface polysaccharide sialylation.	8.16471e-60
NC_018721.1|WP_015024070.1|1698295_1699357_-|ketoacyl-ACP-synthase-III	gnl|CDD|238426	cd00830, KAS_III, Ketoacyl-acyl carrier protein synthase III (KASIII) initiates the elongation in type II fatty acid synthase systems. It is found in bacteria and plants. Elongation of fatty acids in the type II systems occurs by Claisen condensation of malonyl-acyl carrier protein (ACP) with acyl-ACP. KASIII initiates this process by specifically using acetyl-CoA over acyl-CoA.	1.5213e-103
NC_018721.1|WP_015024077.1|1706170_1707238_-|glycosyltransferase-family-4-protein	gnl|CDD|340825	cd03794, GT4_WbuB-like, Escherichia coli WbuB and similar proteins. This family is most closely related to the GT1 family of glycosyltransferases. WbuB in E. coli is involved in the biosynthesis of the O26 O-antigen. It has been proposed to function as an N-acetyl-L-fucosamine (L-FucNAc) transferase.	3.23021e-42
NC_018721.1|WP_015024080.1|1708796_1709795_-|NTP-transferase-domain-containing-protein	gnl|CDD|133003	cd02509, GDP-M1P_Guanylyltransferase, GDP-M1P_Guanylyltransferase catalyzes the formation of GDP-Mannose. GDP-mannose-1-phosphate guanylyltransferase, also called GDP-mannose pyrophosphorylase (GDP-MP), catalyzes the formation of GDP-Mannose from mannose-1-phosphate and GTP. Mannose is a key monosaccharide for glycosylation of proteins and lipids. GDP-Mannose is the activated donor for mannosylation of various biomolecules. This enzyme is known to be bifunctional, as both mannose-6-phosphate isomerase and mannose-1-phosphate guanylyltransferase. This CD covers the N-terminal GDP-mannose-1-phosphate guanylyltransferase domain, whereas the isomerase function is located at the C-terminal half. GDP-MP is a member of the nucleotidyltransferase family of enzymes.	1.7995e-126
NC_018721.1|WP_015022784.1|1701439_1702471_-|IS1595-like-element-ISPto1-family-transposase	gnl|CDD|226202	COG3677, COG3677, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	8.42079e-09
NC_018721.1|WP_015024078.1|1707240_1708320_-|NAD-dependent-epimerase/dehydratase-family-protein	gnl|CDD|187581	cd05273, GME-like_SDR_e, Arabidopsis thaliana GDP-mannose-3',5'-epimerase (GME)-like, extended (e) SDRs. This subgroup of NDP-sugar epimerase/dehydratases are extended SDRs; they have the characteristic active site tetrad, and an NAD-binding motif: TGXXGXX[AG], which is a close match to the canonical NAD-binding motif. Members include Arabidopsis thaliana GDP-mannose-3',5'-epimerase (GME) which catalyzes the epimerization of two positions of GDP-alpha-D-mannose to form GDP-beta-L-galactose. Extended SDRs are distinct from classical SDRs. In addition to the Rossmann fold (alpha/beta folding pattern with a central beta-sheet) core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids. Extended SDRs are a diverse collection of proteins, and include isomerases, epimerases, oxidoreductases, and lyases; they typically have a TGXXGXXG cofactor binding motif. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	1.56271e-123
NC_018721.1|WP_157609267.1|1689672_1690236_-|YdcF-family-protein	gnl|CDD|236702	PRK10494, PRK10494, envelope biogenesis factor ElyC.	1.06942e-19
NC_018721.1|WP_015024071.1|1699349_1699586_-|acyl-carrier-protein	gnl|CDD|223314	COG0236, AcpP, Acyl carrier protein [Lipid metabolism / Secondary metabolites biosynthesis, transport, and catabolism].	4.34639e-08
NC_018721.1|WP_015024079.1|1708453_1708795_-|phosphomannose-isomerase-type-II-C-terminal-cupin-domain	gnl|CDD|380343	cd02213, cupin_PMI_typeII_C, Phosphomannose isomerase type II, C-terminal cupin domain. This family includes the C-terminal cupin domain of mannose-6-phosphate isomerases (MPIs) which have been classified broadly into two groups, type I and type II, based on domain organization. This family contains type II phosphomannose isomerase (also known as PMI-GDP, phosphomannose isomerase/GDP-D-mannose pyrophosphorylase), a bifunctional enzyme with two domains that catalyze the first and third steps in the GDP-mannose pathway in which fructose 6-phosphate is converted to GDP-D-mannose. The N-terminal domain catalyzes the first and rate-limiting step, the isomerization from D-fructose-6-phosphate to D-mannose-6-phosphate, while the C-terminal cupin domain (represented in this alignment model) converts mannose 1-phosphate to GDP-D-mannose in the final step of the reaction. Although these two domains occur together in one protein in most organisms, they occur as separate proteins in certain cyanobacterial organisms. Also, although type I and type II MPIs have no overall sequence similarity, they share a conserved catalytic motif.	3.74296e-47
NC_018721.1|WP_015024072.1|1700211_1700571_-|four-helix-bundle-protein	gnl|CDD|319869	cd16377, 23S_rRNA_IVP_like, 23S rRNA-intervening sequence protein and similar proteins. A family of functionally uncharacterized bacterial proteins, some of which are encoded by an atypically large intervening sequence present within some 23S rRNA genes. The distantly related bAvd protein, which also forms a homopentamer of four-helix bundles, has been suggested to interact with nucleic acids and a reverse transcriptase.	1.81736e-44
NC_018721.1|WP_041758218.1|1692727_1693750_-|IS4-family-transposase	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	6.59535e-08
NC_018721.1|WP_015024076.1|1705416_1705995_-|sugar-transferase	gnl|CDD|376775	pfam02397, Bac_transf, Bacterial sugar transferase. This Pfam family represents a conserved region from a number of different bacterial sugar transferases, involved in diverse biosynthesis pathways.	6.67061e-64
NC_018721.1|WP_015024067.1|1695002_1695896_-|IS1595-like-element-ISPto11-family-transposase	gnl|CDD|372298	pfam12762, DDE_Tnp_IS1595, ISXO2-like transposase domain. This domain probably functions as an integrase that is found in a wide variety of transposases, including ISXO2.	1.62456e-09
NC_018721.1|WP_015024075.1|1704463_1705414_-|GNAT-family-N-acetyltransferase	gnl|CDD|379240	pfam13527, Acetyltransf_9, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	5.55963e-15
NC_018721.1|WP_015024069.1|1697543_1698299_-|SDR-family-oxidoreductase	gnl|CDD|235546	PRK05653, fabG, 3-oxoacyl-ACP reductase FabG.	2.55115e-62
NC_018721.1|WP_015024060.1|1684674_1685235_-|cob(I)yrinic-acid-a,c-diamide-adenosyltransferase	gnl|CDD|376665	pfam01923, Cob_adeno_trans, Cobalamin adenosyltransferase. Cobalamin adenosyltransferase This family contains the gene products of PduO and EutT which are both cobalamin adenosyltransferases. PduO is a protein with ATP:cob(I)alamin adenosyltransferase activity. The main role of this protein is the conversion of inactive cobalamins to AdoCbl for 1,2-propanediol degradation.The EutT enzyme appears to be an adenosyl transferase, converting CNB12 to AdoB12.	1.43634e-84
NC_018721.1|WP_015024063.1|1690821_1691301_+|UpxY-family-transcription-antiterminator	gnl|CDD|193584	cd09895, NGN_SP_UpxY, N-Utilization Substance G (NusG) N-terminal domain in the NusG Specialized Paralog (SP), UpxY. The N-Utilization Substance G (NusG) proteins are involved in transcription elongation and termination. NusG is essential in Escherichia coli and is associated with RNA polymerase elongation and Rho-termination. Paralogs of eubacterial NusG, NusG SP (Specialized Paralog of NusG), are more diverse and often found as the first ORF in operons encoding secreted proteins and LPS (lipopolysaccharide) biosynthesis genes. NusG SP family members are operon-specific transcriptional antitermination factors. UpxY proteins, UpxY proteins, where the x is replaced by the letter designation of the specific polysaccharide (UpaY to UphY), are a family of NusG SP factors that act specifically in transcriptional antitermination of operons from which they are encoded. UpxYs are necessary and specific for transcription regulation of the polysaccharide biosynthesis operon. Orthologs of the NusG gene exist in all bacteria, but their functions and requirements are different. The NusG N-terminal (NGN) domain is similar in all NusG orthologs, but its C-terminal domain and the linker that separate these two domains are different. The domain organization of NusG and its orthologs suggests that the common properties of NusG and its orthologs and paralogs are due to their similar NGN domains.	2.2881e-32
NC_018721.1|WP_015024074.1|1703785_1704454_-|PIG-L-family-deacetylase	gnl|CDD|225031	COG2120, COG2120, Uncharacterized proteins, LmbE homologs [Function unknown].	7.47307e-36
NC_018721.1|WP_041758215.1|1686126_1688394_-|inorganic-phosphate-transporter	gnl|CDD|376541	pfam01384, PHO4, Phosphate transporter family. This family includes PHO-4 from Neurospora crassa which is a is a Na(+)-phosphate symporter. This family also contains the leukaemia virus receptor.	1.0921e-15

Protein sequences

>NC_018721.1|WP_015024071.1|1699349_1699586_-|acyl-carrier-protein
MKEKFLNAFKEALEIEEDKVEMSDVMSDFDTWDSMSRLSLIALLDEHFEIEISDDEFENMTTVQDLYDKVQTKVQADG
>NC_018721.1|WP_015024070.1|1698295_1699357_-|ketoacyl-ACP-synthase-III
MANLQFKDVSILGMSGAVPKHTIVNRNYTAHFDKDTVGEIVDKTGVEERRFAPDGMTSSDLCFAAATKLMDDLKIDKSEIDILLFVSQTPDYRMPATSINLQHRLGLPKSTAAFDISLGCSGFIYGLSTAYAYAQMPGVRKVLLLDGETRSKVYHPKDRKTGFIFGDAAVAAIIEKQTGIGESYFSLNSDGSKADLIKIDAGGYRNPSSAETIKEKVVDEHGNIRTDEHGYMNGADVFNFVLREIPKNIKETLKFADKSIDDFDYLIFHQANKFMNDYLAKKLKLDVIKVPSTIAKYGNTSSVSIPITIVDQLRHKLEGEKQLFLCGFGVGMSWASACLPVSNIKISEIIEVE
>NC_018721.1|WP_015024069.1|1697543_1698299_-|SDR-family-oxidoreductase
MNNPFTLKGRTILISGASSGIGEATAIVCDQLGATLLLLGRNEVRLEEVKSKLSLGAHKSLVVDLSDFEVLEQVLKPFLESTGAIHGLVNAAGVTSTFPFKLFKPEKLEGLLKINVHAAFYLSKLMLKKMSKSGGSIVFISSIMATHGEKAKTLYAISKGAVSAGVKSMAIELAAKGIRVNSVAPGIVNTPMTASATYKKNEELLKLTLSKYPLGFGEPEDVANACAYLLSDASRWVTGTEMVLDGGYTAQ
>NC_018721.1|WP_015024068.1|1696213_1696864_-|acetyltransferase
MDRIIIVGSGGHAAELRDYINHNNNARPADRIEVIGYIDDDKSTYEHYGFSEPYLGGIKDHKVLENAKYLMGIANLEYRKKIIETLVSEGARFRGLIHPTAIISPSCVIHPTTVISHNASVGAKAEIGAYNMLNSRCTIGHDTKMGDYNFISPQVAISGNTSIGNGNLIGTNACTIPGMKIGNNNKIAAGMVIYKPIENDSTVLFRHKERLIVKKE
>NC_018721.1|WP_015024067.1|1695002_1695896_-|IS1595-like-element-ISPto11-family-transposase
MDVFKGQNLLEFSDRFKTDEDCKKYLASVKSEIRYKCLRCNHTACQVRTDFARQCNICGHIESTTANTLFHKVKFGVRKAFFICFEMATSTKSLSASYMGVRYGVTEKTARLFMLKVREAMASSGKNPMDGDVHVDEFVLGGREAGKTGRSYDSKKKKAITAIQLTKEGKVKRMYAMKIDDFSARSLQYIFVNHISREAMVTTDKWRGYRPISKAYDITQIESNRGSNFKALHIMIHQVKSWIRTTYSWVSDNNLNRYFSEFCFRINRSRSKATIFNNLIVKMVEGDKIYQSELISN
>NC_018721.1|WP_041758218.1|1692727_1693750_-|IS4-family-transposase
MNLARLKLISHFVIALCKVQTVTFEKLANAFNSQSDSGSSLRRIQRFIASYSLDSDLIALLVFNLLPSRDKLILSIDRTNWKFGQTNINIFMLGVVYKGVAFPLLFTMLDKRGNSNSQERIDLLNRFIRLFGKHVIESVVADREFVGKDWLAFLNRNEIRYYIRIRNNFKVFLPHKNKEIKASHLFNRFKTNEFVYYHKIVRVNGELCYLSGCKLNPKTLKQEFLIIVSFNKPKNAQQDYQKRWQIEMCFKAMKSSGFDIEKTHLQDIQRIEKLILLVMIAFVWCYKIGIYLHQINPIKIKKHGRRAKSIFKYGLTFLANVLLNSENQDDTDIFRFLSCT
>NC_018721.1|WP_015024063.1|1690821_1691301_+|UpxY-family-transcription-antiterminator
MQKDAKKKWFVLYTKPRGEKKLSEQLNRSGIEAYCPTRTEVRVWSDRKKKVEMPVLPSMLLVKIENKQRAKALESPLAIRYLFWNGKPSVVTQVEVDTLRSILGDSKFESHELDQLRPGQKLDMTELGFENIEGTVQYVNKKECWVVLQGIGYVVKFKR
>NC_018721.1|WP_157609267.1|1689672_1690236_-|YdcF-family-protein
MLDPQALDQNKTYFIHVLGAGYNLNPDLPALTQLGSTSLSRLSEGIRVFRLLDKPVLVTSAYSKYGLESQASVTRKAAIELGVSSQHIRMLENPSTTLEEAQAFKSRFGTSAQVIIATDAMHMSRAMDIYRDLGYEPIAAPTNFQVHFGPKAYNGLSMPSYQSFQLSNRIFRTVLKQGYYLAFRARQ
>NC_018721.1|WP_041758215.1|1686126_1688394_-|inorganic-phosphate-transporter
MQTLYISLIVLLFLLAIADLVVGVSNDAVNFLNSAIGSKAVPMRTILIVAGLGVLVGAVFSSGLMEVARKGIFNPELFFFDEIIIIFLAVLITDILLLDFFNSIGIPTSTTVSVVFELLGAAVVISLLKLYETGEGLGGLKQFINVQKASEISFGILISVFVAFGVGAVVQFVSRLIFTFDYHRKLKYIGALYGGVSLSAITYFILLKGTNSITFLDQNIIESVLDNKLLIIGFSFVFWVAISQILIQVFRCHILKVIVVIGTFALALAFAGNDLVNFIGVSIAAWQSFILWQEAFLTSGVLPSEFLMDGLSGEVQTPVFLLVIAGAIMVVTLWFSSKAQYVIQTGVNLGRQGEGQERFKPNFLSRTVVRYSVFVGQTFSQVLSEPVQNKINSRFTYPEKAFGYKKGVAKPAFDLLRASVNLVLASILISLGTSYTLPLSTTYVTFMVAMGTSFGDRAWGRESAVYRVSGVFNVIGSWIATAAIAFTAAGVLSLIIWFGSYYAIAVLLVFALVSIIKSALKHSKRVKFERDHKKFNKTDIITINEITKESSENIVKVISGINNLLLDVVNNLGYHDLSRLKKSLKSQDELDVVIDELKDNVFYYIKSLEETNVEASKFYVLTLDYLQDMVQSLAHITRSSHTHVSNNHKNLLFNQIRDLKSVQRDLDEVYGHLVKAFQSQEFDSIQQLIADERKVLEKISNLLQKQIERIRDTENSPKNSKLYFGILLETKNLTKTSIALLELFREYYEEAKQEF
>NC_018721.1|WP_015024060.1|1684674_1685235_-|cob(I)yrinic-acid-a,c-diamide-adenosyltransferase
MKIYTKTGDKGTTSLFGGKRVAKHNIRIDSYGTVDELNANLGLVRDQDLDADSKMGLIIIQEKLFTVGAILASDPGKASNANKIPKLKEEDILFLENEIDRMNADLPEMTHFVLPGGHASVSHCHVARTVCRRAERVCTALFNLEPFDDKVLQYLNRLSDYLFVLARCIAKQKNADEVKWIPDTSK
>NC_018721.1|WP_015024072.1|1700211_1700571_-|four-helix-bundle-protein
MKTYSFEKLKVWQKSKQWIIHLYKLTEAFPREEKYGLVSQLRRASVSVSSNIAEGSSRKTPKDQRRFYIISYSSMIEVLNQLLIAEELGYIKNKDLQKSRVRIDEILAMLDALTKSLRI
>NC_018721.1|WP_015022784.1|1701439_1702471_-|IS1595-like-element-ISPto1-family-transposase
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721.1|WP_015024073.1|1702659_1703610_-|ketoacyl-ACP-synthase-III
MNVFINGTGMCVPKKIISNLYFEKVGSSDNWIFNNLGIKERRITVNESTSDLASMAGIEAISNAGLTPDDIELIIVATSTPDKQAPSCASYVQNKIKAFNAGAFDISAVCTGALYALSVAYQFIKTGTYKNVLVIGADTFSKVTDWKRRDSVFFGDGAGAIVLSQTEENKGFIDFNLFSDGRGAEIFTIENKEPQNSESKSYFHMDGKGIYQGATTAVPKAINKLLVKNNFSIDEIDLLIPHQPSISILKSIAKDIGLPFEKVFTNMDKYANTSGATVSLAYHDALQKGLLKDAKYILLAAVGSGMAWGSALYKFQ
>NC_018721.1|WP_015024074.1|1703785_1704454_-|PIG-L-family-deacetylase
MKKKLIIAPHPDDEVLGAGGVIKKFSKEGHEVYVLVITRGTPKYYSDEKIQNVRNEALEAHKILGVRQTVFLDFHAPELDMTSNAEISKAISEYISKWKITDLFIPHRGDIHNDHRKVFEASLVAARPVGNFTVKAIYAYETLSETEWAAPFSDDAFIPNHFVNISETMSYKFEAMQCFKSQIRDFPSTRSLETIESLAKFRGSTVGFNRAEAFMTIRTIKS
>NC_018721.1|WP_015024075.1|1704463_1705414_-|GNAT-family-N-acetyltransferase
MEIRNYVEGDEVKILELFELVFKQKFSIENWMWRFRYNPAGKHLIKLMWDGDELIGQYAVSPIIMKVDGEDVLTTHSLSTMTHPEYGGRGIFKQLSTSLYDELENNLNCKAVWGFPNNNSHYGFVKSLKWSNLSVLHTLGLDIKKIQKKDVKFKVKIIDKFDEPHANFINEKITSFASVYVKKDVAYLNWRFTDKPTTKYWCYEFESDSGKAVIITKFYPTGNNNKYDLNIVDCYMDNYEEIHDYIDFIIKESKLEFDRVSMWTNLFDPNHLLLERQGFVPVLPQTYLAARIHHSMPELFTNYKNWYISMSDSDVF
>NC_018721.1|WP_015024076.1|1705416_1705995_-|sugar-transferase
MYELYFKRLFDWLFSFFMILILFIPFIIVSILIKIDSKGSIFFMQERLGKNKIPFNVYKLRTMSHKKRKIEQVYKNDAEITGVGYYLRRFKIDEMPQVINIFLGDMAIIGPRPCLPNVLEKYNLDDYRFKVRPGLSSIAGVNGSIYLSWKEKWWYDKYYVENLNFLLDLKIFLKTFLIIFQGEDKFINKPKL
>NC_018721.1|WP_015024077.1|1706170_1707238_-|glycosyltransferase-family-4-protein
MLDALSKKYKKCVIIAGTIVERETKLSEDYVWHKIVKYDKKTPVRRIYTWVLASLQMFCLLLFKYRAARVIAITNPPFAPFVPYMLKLNYDVLVYDLILDALVNFSYVKKKSWIVERAESLSKKMFKNAQNIYTLTPELAEQVRNYTDKDIKIVPIWTNNDFFKIINKDENLIIDKLQIDKSKFVVTYSGNLGKTHPVELIVALAEVCIEENFYFIIIGGGHKFELIKSLIAEKNISNITLLPWQPIELLPHNMQAGDVNVVTLEDYASHLSIPSKTYNLLSVGKPILAICSEESALAKLIDTRACGKSFKSRDLLLIKDFLIELSINQKKYNDYAENAKKASFSFTKENAKSFL
>NC_018721.1|WP_015024078.1|1707240_1708320_-|NAD-dependent-epimerase/dehydratase-family-protein
MKNALVLGGGGFIGGHLAKRLKKEGFYVKIVDIKPNHEFWDHQLICDEYMEGDLRDPRIVEKAFENKQNVSYDEVYQLAADMGGALYIFTGENDANVMHNSALINLNVAHECVKNKIGRVFYSSSACMYPEHNQLDADNPNCEESSAYPANPDSEYGWEKLFSERLFLAFSRNYKLSVRVARFHNIFGPMGTWIGGKEKAPAAMCRKAAETADGSSIEVWGDGKQTRSFLHVDECVEAVLRFMRQDHFNGPVNIGSEEMVTINQLAEMAIKLSGKNISIDNLEGEEFIEKYGFSCPVGVKGRNSDNKLFKEKMGWEANLTLIEGMKTTFEWIDEQVKLQTNKWQRRYCCNFRSASGYLQ
>NC_018721.1|WP_015024079.1|1708453_1708795_-|phosphomannose-isomerase-type-II-C-terminal-cupin-domain
MEHEERPWGKYFVLEDAPTHKVKRIEVKPGGRLSYQYHHKRSEVWTIVQGKARITLNDVDTDHAAGNVIEIPLDAKHRIMNIGEETLVFVEVQLGTYFGEDDIVRIEDDYNRE
>NC_018721.1|WP_015024080.1|1708796_1709795_-|NTP-transferase-domain-containing-protein
MSNKVHVILSGGSGSRLWPLSKKSRTKQYIPLFDKKNLFEITLDNNQKFCDEILVVGNIDNYELSLSALQENVTNTYQVIVEALSKNTAAAIAFAALSLEEDDFMLVTPSDHVIEDEKAYEKALNEAFDFAEKDYLVTFGIQPTKPETGYGYIQSEGSNVVAFHEKPNKDTAKSFVEAGNYLWNSGIFCFKAKTYLEELSAFRPDILEACKSVMNLKQTDFLDAVESKKIPSESIDYAVMEHSKKIKVVKGTFEWSDLGSFEALFDYFSSKNAYVQDSNLVIAETAHVELHGLENTMVIQSGEAILVMPIEQSQEVKKIYQRLLKTNTKLIE

Crispr_ID: NC_018721_5

• CRISPR_ID: NC_018721_5
• CRISPR_location: 2266562-2266699
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018721_5

Consensus_repeat	Method
CGGAACTCCGCCCGTACTTAACGAAAAGCTTCTCTTAAC	CRISPRCasFinder

spacers of NC_018721_5

>5.1|2266601|60|NC_018721|CRISPRCasFinder
TGGGAAGCTTTTTTTATGCTTAAAATTTAATAGAGGAGTGGAGTTCGTTCCGATAGCTAT

CRISPR arrays and Neighbor proteins around NC_018721_5

CRISPR arrays

The CRISPR arrays of NC_018721_5

>merge|NC_018721|5|2266562-2266699|CRISPRCasFinder
CGGAACTCCGCCCGTACTTAACGAAAAGCTTCTCTTAACTGGGAAGCTTTTTTTATGCTTAAAATTTAATAGAGGAGTGGAGTTCGTTCCGATAGCTATCGGAACTCCGCCCGTACTTAACGAAAAGCTTCTCTTAAC

>NC_018721|5|5|2266562-2266699|CRISPRCasFinder
CGGAACTCCGCCCGTACTTAACGAAAAGCTTCTCTTAAC	TGGGAAGCTTTTTTTATGCTTAAAATTTAATAGAGGAGTGGAGTTCGTTCCGATAGCTAT
CGGAACTCCGCCCGTACTTAACGAAAAGCTTCTCTTAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015024476.1|2259998_2261465_+|GHKL-domain-containing-protein	unknown	unknown	gnl|CDD|227333
NC_018721.1|WP_015024472.1|2256078_2256558_+|redoxin-domain-containing-protein	unknown	unknown	gnl|CDD|239264
NC_018721.1|WP_015024480.1|2264764_2266162_-|dipeptidase	unknown	unknown	gnl|CDD|349929
NC_018721.1|WP_015024474.1|2258005_2259382_+|MATE-family-efflux-transporter	unknown	unknown	gnl|CDD|240548
NC_018721.1|WP_015024484.1|2268524_2269265_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024485.1|2269313_2270585_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024491.1|2277078_2277822_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024477.1|2261454_2262231_+|enoyl-CoA-hydratase/isomerase-family-protein	unknown	unknown	gnl|CDD|180270
NC_018721.1|WP_015024487.1|2271215_2271548_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024492.1|2277829_2279812_-|hypothetical-protein	unknown	unknown	gnl|CDD|381101
NC_018721.1|WP_015024478.1|2262240_2263227_+|porphobilinogen-synthase	unknown	unknown	gnl|CDD|236450
NC_018721.1|WP_086000795.1|2272121_2272436_+|TraR/DksA-C4-type-zinc-finger-protein	unknown	unknown	gnl|CDD|274340
NC_018721.1|WP_015024475.1|2259453_2259999_+|CopD-family-protein	unknown	unknown	gnl|CDD|367596
NC_018721.1|WP_015024479.1|2263277_2264300_+|uroporphyrinogen-decarboxylase	unknown	unknown	gnl|CDD|238368
NC_018721.1|WP_086000789.1|2268018_2268522_+|dual-specificity-protein-phosphatase-family-protein	unknown	unknown	gnl|CDD|350355
NC_018721.1|WP_015024486.1|2270834_2271209_-|PH-domain-containing-protein	unknown	unknown	gnl|CDD|367615
NC_018721.1|WP_015024489.1|2272515_2274486_-|response-regulator	unknown	unknown	gnl|CDD|381111
NC_018721.1|WP_041758291.1|2253313_2255767_-|ligase-associated-DNA-damage-response-DEXH-box-helicase	unknown	unknown	gnl|CDD|274994
NC_018721.1|WP_015024490.1|2274488_2277086_-|type-IV-secretory-system-conjugative-DNA-transfer-family-protein	unknown	unknown	gnl|CDD|367119
NC_018721.1|WP_015024473.1|2256967_2258005_+|ferrochelatase	unknown	unknown	gnl|CDD|234585

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024476.1|2259998_2261465_+|GHKL-domain-containing-protein	gnl|CDD|227333	COG5000, NtrY, Signal transduction histidine kinase involved in nitrogen fixation and metabolism regulation [Signal transduction mechanisms].	1.02101e-44
NC_018721.1|WP_015024472.1|2256078_2256558_+|redoxin-domain-containing-protein	gnl|CDD|239264	cd02966, TlpA_like_family, TlpA-like family; composed of TlpA, ResA, DsbE and similar proteins. TlpA, ResA and DsbE are bacterial protein disulfide reductases with important roles in cytochrome maturation. They are membrane-anchored proteins with a soluble TRX domain containing a CXXC motif located in the periplasm. The TRX domains of this family contain an insert, approximately 25 residues in length, which correspond to an extra alpha helix and a beta strand when compared with TRX. TlpA catalyzes an essential reaction in the biogenesis of cytochrome aa3, while ResA and DsbE are essential proteins in cytochrome c maturation. Also included in this family are proteins containing a TlpA-like TRX domain with domain architectures similar to E. coli DipZ protein, and the N-terminal TRX domain of PilB protein from Neisseria which acts as a disulfide reductase that can recylce methionine sulfoxide reductases.	2.60231e-10
NC_018721.1|WP_015024480.1|2264764_2266162_-|dipeptidase	gnl|CDD|349929	cd05680, M20_dipept_like, uncharacterized M20 dipeptidase. Peptidase M20 family, unknown dipeptidase-like subfamily (inferred by homology to be dipeptidases). M20 dipeptidases include a large variety of bacterial enzymes including cytosolic nonspecific dipeptidase (CNDP), Xaa-methyl-His dipeptidase (anserinase),and canosinase. These dipeptidases have been shown to act on a wide range of dipeptides, but not larger peptides. For example, anserinase mainly catalyzes the hydrolysis of N-alpha-acetylhistidine while carnosinase degrades beta-alanyl-L-histidine.	0
NC_018721.1|WP_015024474.1|2258005_2259382_+|MATE-family-efflux-transporter	gnl|CDD|240548	cd13143, MATE_MepA_like, Subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins similar to Streptococcus aureus MepA. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. This subfamily includes Streptococcus aureus MepA and Vibrio vulnificus VmrA and functions most likely as a multidrug efflux pump.	3.59819e-125
NC_018721.1|WP_015024477.1|2261454_2262231_+|enoyl-CoA-hydratase/isomerase-family-protein	gnl|CDD|180270	PRK05809, PRK05809, short-chain-enoyl-CoA hydratase.	2.50231e-88
NC_018721.1|WP_086000795.1|2272121_2272436_+|TraR/DksA-C4-type-zinc-finger-protein	gnl|CDD|274340	TIGR02890, conserved_hypothetical_protein, regulatory protein, yteA family. Members of this predicted regulatory protein are found only in endospore-forming members of the Firmicutes group of bacteria, and in nearly every such species; Clostridium perfringens seems to be an exception. The member from Bacillus subtilis, the model system for the study of the sporulation program, has been designated both yteA and yzwB. Some (but not all) members of this family show a strong sequence match to Pfam family pfam01258 the C4-type zinc finger protein, DksA/TraR family, but only one of the four key Cys residues is conserved. All members of this protein family share an additional C-terminal domain. Smaller proteins from the proteobacteria with just the N-terminal domain, including DksA and DksA2 are RNA polymerase-binding regulatory proteins even if the Zn-binding site is not conserved. [Unknown function, General].	1.02722e-11
NC_018721.1|WP_015024492.1|2277829_2279812_-|hypothetical-protein	gnl|CDD|381101	cd17549, REC_DctD-like, phosphoacceptor receiver (REC) domain of C4-dicarboxylic acid transport protein D (DctD) and similar proteins. C4-dicarboxylic acid transport protein D (DctD) is part of the two-component regulatory system DctB/DctD, which regulates C4-dicarboxylate transport via regulation of expression of the dctPQM operon and dctA. It is an activator of sigma(54)-RNA polymerase holoenzyme that uses the energy released from ATP hydrolysis to stimulate the isomerization of a closed promoter complex to an open complex capable of initiating transcription. DctD is a member of the NtrC family, characterized by a domain architecture containing an N-terminal REC domain, followed by a central sigma-54 interaction/ATPase domain, and a C-terminal DNA binding domain. The ability of the central domain to hydrolyze ATP and thus to interact effectively with a complex of RNA polymerase, sigma54, and promoter, is controlled by the phosphorylation status of the REC domain. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	0.00135962
NC_018721.1|WP_015024478.1|2262240_2263227_+|porphobilinogen-synthase	gnl|CDD|236450	PRK09283, PRK09283, porphobilinogen synthase.	0
NC_018721.1|WP_015024475.1|2259453_2259999_+|CopD-family-protein	gnl|CDD|367596	pfam03653, UPF0093, Uncharacterized protein family (UPF0093).	4.91888e-51
NC_018721.1|WP_015024479.1|2263277_2264300_+|uroporphyrinogen-decarboxylase	gnl|CDD|238368	cd00717, URO-D, Uroporphyrinogen decarboxylase (URO-D) is a dimeric cytosolic enzyme that decarboxylates the four acetate side chains of uroporphyrinogen III (uro-III) to create coproporphyrinogen III, without requiring any prosthetic groups or cofactors. This reaction is located at the branching point of the tetrapyrrole biosynthetic pathway, leading to the biosynthesis of heme, chlorophyll or bacteriochlorophyll. URO-D deficiency is responsible for the human genetic diseases familial porphyria cutanea tarda (fPCT) and hepatoerythropoietic porphyria (HEP).	2.55945e-179
NC_018721.1|WP_086000789.1|2268018_2268522_+|dual-specificity-protein-phosphatase-family-protein	gnl|CDD|350355	cd14505, CDKN3-like, cyclin-dependent kinase inhibitor 3 and similar proteins. This family is composed of eukaryotic cyclin-dependent kinase inhibitor 3 (CDKN3) and related archaeal and bacterial proteins. CDKN3 is also known as kinase-associated phosphatase (KAP), CDK2-associated dual-specificity phosphatase, cyclin-dependent kinase interactor 1 (CDI1), or cyclin-dependent kinase-interacting protein 2 (CIP2). It has been characterized as dual-specificity phosphatase, which function as a protein-serine/threonine phosphatase (EC 3.1.3.16) and protein-tyrosine-phosphatase (EC 3.1.3.48). It dephosphorylates CDK2 at a threonine residue in a cyclin-dependent manner, resulting in the inhibition of G1/S cell cycle progression. It also interacts with CDK1 and controls progression through mitosis by dephosphorylating CDC2. CDKN3 may also function as a tumor suppressor; its loss of function was found in a variety of cancers including glioblastoma and hepatocellular carcinoma. However, it has also been found over-expressed in many cancers such as breast, cervical, lung and prostate cancers, and may also have an oncogenic function.	3.10114e-16
NC_018721.1|WP_015024486.1|2270834_2271209_-|PH-domain-containing-protein	gnl|CDD|367615	pfam03703, bPH_2, Bacterial PH domain. Domain found in uncharacterized family of membrane proteins. 1-3 copies found in each protein, with each copy flanked by transmembrane helices. Members of this family have a PH domain like structure.	7.9154e-13
NC_018721.1|WP_015024489.1|2272515_2274486_-|response-regulator	gnl|CDD|381111	cd17563, REC_RegA-like, phosphoacceptor receiver (REC) domain of photosynthetic apparatus regulatory protein RegA. Rhodobacter sphaeroides RegA, also called response regulator PrrA, is the DNA binding regulatory protein of a redox-responsive two-component regulatory system RegB/RegA that is involved in transactivating anaerobic expression of the photosynthetic apparatus. It contains a REC domain and a DNA-binding helix-turn-helix output domain. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	8.42341e-13
NC_018721.1|WP_041758291.1|2253313_2255767_-|ligase-associated-DNA-damage-response-DEXH-box-helicase	gnl|CDD|274994	TIGR04121, ATP-dependent_helicase, DEXH box helicase, DNA ligase-associated. Members of this protein family are DEAD/DEAH box helicases found associated with a bacterial ATP-dependent DNA ligase, part of a four-gene system that occurs in about 12 % of prokaryotic reference genomes. The actual motif in this family is DE[VILW]H.	0
NC_018721.1|WP_015024490.1|2274488_2277086_-|type-IV-secretory-system-conjugative-DNA-transfer-family-protein	gnl|CDD|367119	pfam02534, T4SS-DNA_transf, Type IV secretory system Conjugative DNA transfer. These proteins contain a P-loop and walker-B site for nucleotide binding. TraG is essential for DNA transfer in bacterial conjugation. These proteins are thought to mediate interactions between the DNA-processing (Dtr) and the mating pair formation (Mpf) systems. The C-terminus of this domain interacts with the relaxosome component TraM via the latter's tetramerisation domain. TraD is a hexameric ring ATPase that forms the cytoplasmic face of the conjugative pore. The family contains a number of different DNA transfer proteins.	9.80681e-14
NC_018721.1|WP_015024473.1|2256967_2258005_+|ferrochelatase	gnl|CDD|234585	PRK00035, hemH, ferrochelatase; Reviewed.	2.36532e-126

Protein sequences

>NC_018721.1|WP_015024480.1|2264764_2266162_-|dipeptidase
MNINTYIDKHRQRFIDELVELLKIPSVSADPNFKKEVLLTADAVKINLEAAGCDKVEICETPGNPIVYGEKIIDESLPTVLVYGHYDVQPPDPLDLWSSPPFDPVIKKTEIHPEGAIFARGACDDKGQMYMHVKALEIMIQNDELPCNVKFMIEGEEEVGSVSLEWYLEHNQDKLTNDVVLISDTGMISKEVPSITTGLRGLSYVEVEVESSNRDLHSGLYGGAVANPINILSKMIASLHDDDNHITIPGFYDKVDVLSELEREKMAEAPFDLEEYKNHIGINDVHGENGYSTNERNSIRPALDVNGIWGGYTGEGAKTVIPSKAFAKISMRLVPNQDWREITDLFKTHFENIAPKSVKVKVTPHHGGQGYVTPIDSIEYKAADLAFHDVFGKAAVPQRSGGSIPIVSLFEKYLQSKTVLMGFGLNSDAIHSPNEHFGIWNYLKGIETIPYFYKHFTKLYTETNH
>NC_018721.1|WP_015024479.1|2263277_2264300_+|uroporphyrinogen-decarboxylase
MIKNDLFLKALRGETVERPPVWMMRQAGRYLPDFMKLKAKYDFFTRCRTSELATEITVMPIHQVGTDAAILFSDILVVPQAMNIEVQMKPNFGPWLPNPIRDRKSLDQVIVPDVYEELGYVYEAIKMTKKELNDEVPLIGFAGSPWTIFCYCVQGQGSKNFDKAKEFCFTEPQMAHELLQKITDTTIAYLKGKVEAGVDAVQVFDSWGGMLSPVDYQEFSWPYIQQIIDALKDMIPVIAFGKGCWFALDVMAKSGASALGVDWTCSGRNARYLSGGNITLQGNFDPSRLFSPPKDIKRMVHEMIDEFGKDRYIVNLGHGILPNIPVENAKAFVEAVKEYK
>NC_018721.1|WP_015024478.1|2262240_2263227_+|porphobilinogen-synthase
MFPLQRHRRLRQNDSIRSLIRETHLSPTDFIVPLFVVEGKGVKDEIDSMPNYYRFSLDLLAKEVKELWQMGLKSVLLFVKVEDALKDNRGVEATNPDGLMQRAIKTVKNAAPEMLVMTDVALDPYSIYGHDGIVDQGKIVNDRTNSFLAQMALSHAQAGANFVAPSDMMDGRILEIRSVLEDAHFMDTGIMSYSAKFASAFYGPFRDALDSAPVDVKGIPKDKKTYQMDFANRSEALKETFSDIDEGADIVMVKPGLCYLDIVRDIANEVEVPVAVYQVSGEYAMLKAASARGWLDHDAVMLEQLTAIKRAGASMIASYFAKDAVKLL
>NC_018721.1|WP_015024477.1|2261454_2262231_+|enoyl-CoA-hydratase/isomerase-family-protein
MTFENLQVDIENRIATVRIDRPKKLNALNRETIEELHQAFKALLSDEDTAVVILTGSGEKAFVAGADISEFSDYSVKEGKDLAAKGQETVFDYISNFPKPVIAAVNGFALGGGLELAMSAHFRVASDNAKLGLPETSLGVIPGYGGTQRLPQLVGKGRAMEMIMTAGMIDATTAKDYGLVNHVTTIEELLPLAHKLAGKILNNSMVAISSAIAAVNDNYKDGVNGFDTEIENFGTSFGTDDFKEGTQAFLNKRKANFK
>NC_018721.1|WP_015024476.1|2259998_2261465_+|GHKL-domain-containing-protein
MFNYKKSLRTRIFISMIALVVAASILIAGVTIYQFTQEAKELHREKLNRKENAIRANINYVLRTTTYPVDTKNLSLIFKEKIYEIQDIHNTEINIYDLDGYLLKSSFATFYMDSVETRMEPEKVESLENSAEKKYVDNFKINDQNYQSSYTYILDNYFKPIGILNLPYIEDDGFLEQELRGFLILLSQVYLIMLISAIVLAYFLSKYITRSLQSVSQKIIKTRLDQPNPKISLEEISYEIRPLIKAYNEMIDELEISALKLAKTEREEAWRQMARQVAHEIKNPLTPMRLSMQSFERKFNPNDPQIKERVNEFSKTIVQQIDNLSAIASAFSDFAKMPAQQNETLNAVEILRLALEIFNENHIHFNPEKENIKIKFDRNQLIRIITNLVKNALQATEHLENPVIEVKISTQEDDVMISVEDNGSGIPIDMQERIFEPRFTTKSSGMGLGLGMVKNIIETYKGDIKLTSKLEEGTIFTLKLPKSNTHDI
>NC_018721.1|WP_015024475.1|2259453_2259999_+|CopD-family-protein
MDYNYIKSLHLIFVITWFAGLFYVPRLFIYHIEARQKPQPDRDILSEQLKIMAKRLWYIITWPSAVLSTIFAVWLLILVPGWLEQGWMHVKLVFVGLLFAYHIKNQFIFKQFQNDDIRWTSNGMRLWNEGPTLILFAIVFLVILKNSISWIWALLGLLGLGVILMLGVKLYKRIRNPKPSV
>NC_018721.1|WP_015024474.1|2258005_2259382_+|MATE-family-efflux-transporter
MSKVNSEELGTKPIGALLIKQAVPASIGILVMSLNILVDTIFIGNWVGSIGIAAINVVLPVSFFIAALGMAIGIGGSSIISRALGANNDKKALKTFGNQITITLLVTITMVVVGLTFIDQLIPAFGGKGDIFDPARIYYRVVLYGVPVLALAMMGNTVIRAEGKPKFAMVAMIIPSVGNLIMDYVFINILDYGMLGAAWATTGSYILCLSYIVWFFLSKNSELKIRFSDFGFDYEILKEIGALGFVTLSRQAIVSVTYLLLNNILFDLGGESSVATYAIISRMLMFALFPVLGVTQGFLPIASYNYGAEEYGRLRETINKAIGYASAVAFIVFALIMIFPETIVSVFTQDAQVLRDTPSAMRWVFAAVPVIALQLIGSAYFQAIGKAGPALLLTLSRQGFTFIPLILILPQFYGEFGVWISFPLADILSTIITGYFLRKEVKTTLMVDEKSNQDIKAT
>NC_018721.1|WP_015024473.1|2256967_2258005_+|ferrochelatase
MKGVLMVNLGSPKSKEPKDVKTYLGEFLMDERVIDVPKVLRTILVKGIVLNTRPKKSAAAYAKIWWDEGSPLIVLSKRLKSGVDEQTSVPIALSMRYGQPDIQSGLQELHDKGVDEVLLIPLYPQFAMATTETIMVLAEELRQKHFPNMSFTTLPPFYNHPDYTTVLARSIGEKLDEFDYDHLLFSYHGIPERHIRKSDITKSHCKVDGSCCQTPSKAHQFCYRHQCFETTRLVAKMLNLKEGTFSTSFQSRLGFDPWLKPYTDRTVERLGIEGTKKLAVVSPAFVSDCLETLEEINMEAREIFEEAGGDDFKFIPCLNDREDWVKTLSRWIDEWAHQNKKAKVS
>NC_018721.1|WP_015024472.1|2256078_2256558_+|redoxin-domain-containing-protein
MKYIILFLSLIITQASFAQDYPESLPDFKIFTLEGNTFNQNDIEKNTYTYFVYFNPTCGHCKTAFKSLNFKSEQIKKAKVKLYPVSANTVEETNKFFEQYAPNIQSLTNTKILIDDDYKFADAFFVGPFPTSFLYDKDNKLVKVFEGGEDVVLFLNELN
>NC_018721.1|WP_041758291.1|2253313_2255767_-|ligase-associated-DNA-damage-response-DEXH-box-helicase
MSTSQDISLFTTWFASKNWTPFDFQTETWQAYAEGKHGLLNAPTGSGKTYALWVPILTEILKLNQNKTRKSSSLKAVWITPLRALSVEIKQAAEQLISDLNLDITIGIRTGDTSQSERAKQKRKMPDLLVTTPESLQLLLASKNYPKTFQDCQAVVVDEWHELLGTKRGVQMELALSRLKTISSKLRVWGISATIGNLEQAREVLLGVDPKVLKNSILIKADLQKNIEVKSIIPKIMEKFPWRGHLGLHLLEEIIPIIKASKTTLLFTNTRSQCEIWFQKILEKHPEFAGELAMHHGSINKDTRLWVEQAIRNESLKAVVCTSSLDLGVDFAPVETIIQIGGPKGVARFLQRAGRSGHQPGKTSVIYFLPTHAIELIEASALKKAVESKIVEDRLPYLNSFDVLVQYLTTLAVSDGFYPETILPEIQSTFCFQTLTEDQWFWALNFITKGGEALKTYDEYRKVEIEEDGLFKVNRKAIAMRHRLQIGTIVSDAVLTVKYITGGFIGSIEEWFISKLKPGDVFTFAGRNLELVRIKQMQVLVRKSKSKTSKIPSWMGGRLTLTSQMSELLREELYNQDATDKSPELVALEPIFERQRLESIVPRPNEFLIETFKTRDGFHHIFYPFEGRFVHEAMGSLLAYRISLLSPISFSLAFNDYGFELLSDQPVNMQDVLDNNLFTADYLLDDLYKSLNATEMARRKFRDIAVISGLVFTGYPNKLIKNKHLQSSSQLIFDVFKDYDADNPLYQQAFTETFEHSLEQGRLQKALERIAIQDIVWKSCQKPTPFSFPIITDRLREKLSSEKLNDRIQKMIKKLQK
>NC_018721.1|WP_086000789.1|2268018_2268522_+|dual-specificity-protein-phosphatase-family-protein
MAIIYMQLFEVSKINNCRIYISSCPEVSENGSIKLPKFNDLEIVLISLLENREAKFLKLEDESEEAKKVYSEFIHFPIPDMGIPVYKDFVTFIDLMFFKTQHSKKIIIHCKHGIGRSGLIALGLMVKDGSDLIESIKKISKIRGYDIPQSRSQRKLLSYYATNRNKT
>NC_018721.1|WP_015024484.1|2268524_2269265_-|hypothetical-protein
MKIFLISLLVSLNIFSCDPDNKSSKSQDKKSIVCLLDISSSTKENNLNLFLDNIVKEAISKMDESTSIVVLAIDNGSQTAAAPLFDMDLSEISFINPSLPMTVRDKMAQRKKKEFIEELKAGFKQKVMAKINERKEYATHTDIFGSLGQIERYKATTTTVMIFSDMLNYSEVFNMESLVEKSANLIDEIKNAPSITAKGKISVYVSTGANVKLGPKKFNSVKEFWTAYFANNGYELSDYTSGELSI
>NC_018721.1|WP_015024485.1|2269313_2270585_-|hypothetical-protein
MNWIFTMLKRNKLNQTKSLDFKMWLETETLISSAVENVQRFAGKLVVEARTMRTELDQLKTSLIESYIVTDSWGNKSYLAQPAFTNDEIAKSKRGNLSLKAVIVGFILSEIVLYLMISESLVGPFGTTGAAALSIVFAVFVLLTYSYGLDYSYKIIEARQKHKDNKITDFQLNQAKLELILGLVLIALSTVFLLFAGLGRMYIIEGTNTAFNLSNGQDTALNEVIEKGGHAVSIMAMIFTFSMAILLAMVKKTHKVASTKLSAYTKWKKNITRQESIMKFFADARASIENRIGVEIEYTHQLGLDLMRVYGEKIDEQNKELYTSFKAERATPGFKVDADIYSKYQDIAMVDNTLIAYAIKNRKGIIELLERFDDVSIKVNYSLKELYKDLDTPKDESKNLDGLDSDETEEKQSIDNQIDTLMQ
>NC_018721.1|WP_015024486.1|2270834_2271209_-|PH-domain-containing-protein
MSQFVENQLLENETVLFETHHHWTNYFKFHTLWSFGLVPLLQSKLEKFVITNKRIIIRKGIILVKTIEISVDQIESVTMYQSIFQKMLGYGKITLIGTGGARYYLDGIEQPNQFKKTIQQIKMN
>NC_018721.1|WP_015024487.1|2271215_2271548_-|hypothetical-protein
MFNNSRTKKTSPISKIVKTVSFVSFSLLIIRLGFLGKLDPFTIAILFFVLVCVFAIGKRFLYAVLSIISFVLFIKLFTTSTNEEWSVYTSLFALFLVLAVIYKIIKNLFK
>NC_018721.1|WP_086000795.1|2272121_2272436_+|TraR/DksA-C4-type-zinc-finger-protein
MERSGQQWSSFVKKQKTIIIKRIEKYKNVDTAVESLKETRDLSHYQYYKSNTVSKYLLRAMDKIEEGTYGLCDVCKKEIPRARLEIVPGALSCVVCDKLKKIGV
>NC_018721.1|WP_015024489.1|2272515_2274486_-|response-regulator
MKPLFICNPSQIQALKTHIKDNKIFKSADLNRCFISKNSDYKLRKNDLNGSGDAPFTRIYIDPFLEWNTQEYFGYQIALEVLENWKKKEAPGIVFISAITQTMFDKMVTGKMNSLVREFPHFDFMNLKEKTIPFGTFSNSRWKYLKAYALTSSGIVDEISHDLTTIISQNESSRTNLEKILKRVKSLSDTVGKEVMECIALYNEDTNVSTFAKALQEKIIDRLKELRPHKPSEIKVPSNMNLLIIEDNEEHLQVLEKSLTARKGYFEKEKTLFSFTNGEEALAELKSSKNEYQLVLVDLRLNDENGFAQAVHGVDIIEELQKNHPLTSYTIITGMGRKGISELLDIEMKFVLSKKQLYSFDTDSEVDTMLTRMFADVKRRERSIHYLFGPNKTIYKWRMFKANLHALGKDRYSEQVAIADRNLRLFINKELKQTFSIPTQRQEDNFDMTTIDNVHINILTLRRIYLWLALKNKNRLFLSNAEQGEYENVLNDCGIDCNLSRINSTGLHFKTIKTERDVECRQLDLDKLWPHESVIIDEWNEQHGKVLLDKLKDITVSERHPALFNFIKTYFDYKEKDFKLCNLIIPIDSSIWNFKDLGDFLIHVFQDYTDNKKNSFHYENVQAMYNDEFAQNYFEQQIAPYLPEVDKQFMELDMDI
>NC_018721.1|WP_015024490.1|2274488_2277086_-|type-IV-secretory-system-conjugative-DNA-transfer-family-protein
MNSDLNLSKKCILYIDDNAASIEAALAIFEDDYNYSIISEISVEEGLETVNNYYGTIDAIILDLSFPDTKIQGKEGLIILKEKYGWIPVFILTGSTDSKENAIAQECLALGAEQVFHKDVFDVQVFMNQVTDAAHRENISQQLKSLKDYTSRAVESPYFHIVEHKTYVHGVFAFKLDAILTDLDNSVYTTWVKDFSQVLQYFPWVQVIQIYRNEKGKIGCYFKFLITAENAADALLKYRDFFFNISAFFNTTFVYQPTAFVPVTSLKLILELIVAGRTNSETEVFGFYRDQEIIEINNQKIGFKNKSHEIVSCGIPLPFDYNDEKLDILFHHLRAIPDLYLLHSFSAIQLDIEELDLIKKAQVSFTEESTLLYKENATRFLEHQLDLFTLKTVCIVPKKNIKSTLTLINNIFYNGTAPVDISEEDEERDYLEKYKRIQYLLTRKDLVKVVKIPLINEDHQTTFKTNRSSYQNIPTSALNKNNITLGEKNNKSVGLAPNQFQKHTYIIGKTGTGKTSVIKAMIQNRLESGDGLALIDPHGDIYEKIIQSIPENRKDDVILFDPTNPKNEFGFNILEYDKAFPEQKAFIVNELLKIFAELYDMKSAGGPMFEVYFKNAAYLVMEVYQKPLLEHIEKVFTSTSIRKELLTNCKNKRVTDFFAMAEATNGEQGFENFGPYITSKLTRFTDNELINKVISNTTTSFNFREMIDSKKIFLIKLNKGRLGDEGVNFIGRLLFNKMIMAAYTRENIPEEKRQDFTLFVDEFQNFTSSDIVSALGEARKYHLQLVLANQTFAQLDEKVAKNILGNVGSLITAAVSPYDAEMIAPFLEPEFTKQDIVQLDNYKFILNTQYNNKRVSPFIFNSIPY
>NC_018721.1|WP_015024491.1|2277078_2277822_-|hypothetical-protein
MYYLFSDNNLNSFESVYNVVLKKRQPVFGSFLANSLWKKRGLILLLSSPKVTFIHLPNKLKEFPKATLSKNEVLDCFNPIAICEALEIENLNWLQFFIEYYFDKNMALGVNPLNEAEFLGKLIKNKLSVLNHSSSSDLQAKYILPVNTLLSNLIKFPNRLEKVKVVFNKTQVEFFDSYVVFELLCYFEHYDSISKDWSLLSIKHKALYKTLIILKEFDLNSFDRDQITFNLETLSQLKNQYLALKDE
>NC_018721.1|WP_015024492.1|2277829_2279812_-|hypothetical-protein
MRYIVVNNSIDLVQSMVLQEQIKIINSLGFYEIIEEFKTLALEPEDVIILNAENKFQKKDNHSDFKGVSLLKWLRVHLNNCNKIITTSFVTREYLLQNNPENYILFAPDNYFLQIPFTLDRLENILKKSQVIKNKEILIKEYKPFVSPDFKISDISHSFSNEFGIYILANLLQQVFKRCEGELGHNNLQFSKAKMLYDLNFNVFEYQAKLINKRNSTSKLLANKKIVYVDDKGDGRGWFNLMRQLLNIDSNQLAGVKPEALGDRENTINYSATFEDIKNHSPDIILLDLRLLGDFEKNTSIEKTSGAVLLQMIRKWNPAIPVMLTSATDRIKSYDILNKSPYNIDVIWTKPRVDNRGFNASKSLLDLYQKMKLLVKLSNDELGLVFKEIDYRVKNDLLPKINPNYINQYDFILFDSNYFCDTSKDIKDYILHFYSILKMEERSAKIVVIDDVMKEVYLNSHKNKGLKNKKLSRVSRYSSELLSELFNLGKIVDLYQEVDTSISRKFLAEYEPIENNFDRHNIYYSLKIKQASASSEEIAKRKTNALNEELIQRNNPTIIHADNVFKFLIKDLLQNDKKVLFISNDITCKRDIVLHYPNGKSANDYFKADYSKDENGRLILNERGSKIKTQNFRHNKSFDLNKNCKLIRNSIFIRELSLNN

Crispr_ID: NC_018721_6

• CRISPR_ID: NC_018721_6
• CRISPR_location: 2579487-2579658
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers
• Cas_protein_info: RT

Consensus repeat of NC_018721_6

Consensus_repeat	Method
GCTGGACCATCTTCTCTATGTCTTTGTCCATTAA	PILER-CR

spacers of NC_018721_6

>6.1|2579521|35|NC_018721|PILER-CR
CCCACCATTCTTTATGTCCATCAGCGTCTATTATA
>6.2|2579590|35|NC_018721|PILER-CR
TATACCAATGTTTACGTCCATCAGCGGCTATTACA

CRISPR arrays and Neighbor proteins around NC_018721_6

CRISPR arrays

The CRISPR arrays of NC_018721_6

>merge|NC_018721|6|2579487-2579658|PILER-CR
GCTGGACCATCTTCTCTGTGCCTTTCACCATTTACCCACCATTCTTTATGTCCATCAGCGTCTATTATAGCTGGACCATCTTCTCTATGTCTTTGTCCATTAATATACCAATGTTTACGTCCATCAGCGGCTATTACAGCTGGACCATCTTCTCTATGTCTTTGTCCTTTAA

>NC_018721|6|4|2579487-2579658|PILER-CR
GCTGGACCATCTTCTCTGTGCCTTTCACCATTTA	CCCACCATTCTTTATGTCCATCAGCGTCTATTATA
GCTGGACCATCTTCTCTATGTCTTTGTCCATTAA	TATACCAATGTTTACGTCCATCAGCGGCTATTACA
GCTGGACCATCTTCTCTATGTCTTTGTCCTTTAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_157609282.1|2583048_2583255_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609280.1|2576682_2577813_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024728.1|2566316_2566520_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|197775
NC_018721.1|WP_015024731.1|2570239_2572234_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|350690
NC_018721.1|WP_015024726.1|2561733_2564358_-|DEAD/DEAH-box-helicase-family-protein	unknown	unknown	gnl|CDD|225955
NC_018721.1|WP_015024741.1|2581240_2581510_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024747.1|2583287_2584070_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024743.1|2581834_2582104_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024737.1|2578992_2579364_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609401.1|2580899_2581217_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024734.1|2574718_2576056_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_041758325.1|2585853_2586891_-|RES-domain-containing-protein	unknown	unknown	unknown
NC_018721.1|WP_015024742.1|2581494_2581797_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024730.1|2568910_2570164_+|group-II-intron-reverse-transcriptase/maturase	RT	pfam00078_RT_CAS-I:CAS-III	gnl|CDD|275209
NC_018721.1|WP_015024727.1|2564357_2566316_-|site-specific-DNA-methyltransferase	unknown	unknown	gnl|CDD|225100
NC_018721.1|WP_015024739.1|2580561_2580903_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609281.1|2582210_2582483_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_083858499.1|2567450_2568311_+|group-II-intron-reverse-transcriptase/maturase	RT	pfam00078_RT_CAS-I:CAS-III	gnl|CDD|275209
NC_018721.1|WP_157609279.1|2573896_2574244_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024748.1|2584475_2585624_-|ATP-binding-protein	unknown	unknown	gnl|CDD|377306

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_018721.1|WP_015024730.1|2568910_2570164_+|group-II-intron-reverse-transcriptase/maturase	RT	pfam00078_RT_CAS-I:CAS-III	7.6e-55	180.5	0.0
NC_018721.1|WP_083858499.1|2567450_2568311_+|group-II-intron-reverse-transcriptase/maturase	RT	pfam00078_RT_CAS-I:CAS-III	9.5e-23	75.6	3.7

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024728.1|2566316_2566520_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|197775	smart00530, HTH_XRE, Helix-turn-helix XRE-family like proteins.	1.3898e-10
NC_018721.1|WP_015024731.1|2570239_2572234_-|AAA-family-ATPase	gnl|CDD|350690	cd17932, DEXQc_UvrD, DEXQD-box helicase domain of UvrD. UvrD is a highly conserved helicase involved in mismatch repair, nucleotide excision repair, and recombinational repair. It plays a critical role in maintaining genomic stability and facilitating DNA lesion repair in many prokaryotic species including Helicobacter pylori and Escherichia coli. UvrD is a member of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	1.76058e-09
NC_018721.1|WP_015024726.1|2561733_2564358_-|DEAD/DEAH-box-helicase-family-protein	gnl|CDD|225955	COG3421, COG3421, Uncharacterized protein conserved in bacteria [Function unknown].	6.87041e-153
NC_018721.1|WP_015024730.1|2568910_2570164_+|group-II-intron-reverse-transcriptase/maturase	gnl|CDD|275209	TIGR04416, hypothetical_protein, group II intron reverse transcriptase/maturase. Members of this protein family are multifunctional proteins encoded in most examples of bacterial group II introns. These group II introns are mobile selfish genetic elements, often with multiple highly identical copies per genome. Member proteins have an N-terminal reverse transcriptase (RNA-directed DNA polymerase) domain (pfam00078) followed by an RNA-binding maturase domain (pfam08388). Some members of this family may have an additional C-terminal DNA endonuclease domain that this model does not cover. A region of the group II intron ribozyme structure should be detectable nearby on the genome by Rfam model RF00029. [Mobile and extrachromosomal element functions, Other].	1.30418e-170
NC_018721.1|WP_015024727.1|2564357_2566316_-|site-specific-DNA-methyltransferase	gnl|CDD|225100	COG2189, COG2189, Adenine specific DNA methylase Mod [DNA replication, recombination, and repair].	1.18174e-66
NC_018721.1|WP_083858499.1|2567450_2568311_+|group-II-intron-reverse-transcriptase/maturase	gnl|CDD|275209	TIGR04416, hypothetical_protein, group II intron reverse transcriptase/maturase. Members of this protein family are multifunctional proteins encoded in most examples of bacterial group II introns. These group II introns are mobile selfish genetic elements, often with multiple highly identical copies per genome. Member proteins have an N-terminal reverse transcriptase (RNA-directed DNA polymerase) domain (pfam00078) followed by an RNA-binding maturase domain (pfam08388). Some members of this family may have an additional C-terminal DNA endonuclease domain that this model does not cover. A region of the group II intron ribozyme structure should be detectable nearby on the genome by Rfam model RF00029. [Mobile and extrachromosomal element functions, Other].	9.4315e-63
NC_018721.1|WP_015024748.1|2584475_2585624_-|ATP-binding-protein	gnl|CDD|377306	pfam04326, AlbA_2, Putative DNA-binding domain. This family belongs to the AlbA clan of DNA-binding domains.	1.73672e-10

Protein sequences

>NC_018721.1|WP_015024737.1|2578992_2579364_-|hypothetical-protein
MIINEYCFPEWYESEFIKGKDGGKEWYVNERLHREDGPAIEEKNGDKYWYINGEYHREDGPAVEYCNGTKIWYLNGKKHREDGAAAELRNGTKYWFLNGIEYTEQEHKFEIRSIKLKELLNEK
>NC_018721.1|WP_157609280.1|2576682_2577813_-|hypothetical-protein
MPKKTILSKYYPVLKSDPDYRFLLYLQNITYTLKPSIEENAKASKPILSYCENLAKEAEVLLISIDDMENENDREKYFKSASSKLNLTREEKNQFEDLCESIPYKNNLRQLFSESIEHYFGIENTKEGGLFWIEAFENGLNAKFVHINDILNLDDTKRNDFLKNLFIKQLNSFEPLEIFIPTPIYKFEGLEISEDILDRLGDKELTSLSAFLYELRKKRREEKKIKLIIEYRNLSYKVFIPDIDQEVELYPKDKALYFLILLYSNGIDYYNLGDYEVFLIDILGKIKSQEREVTIKTVKNLIEKNEIMKPTKSNTNKSIKKLVNEFYKGDESYCKVITEEITYIRDSQILKILVDRDAVSGISNIKKLLVKPLKTE
>NC_018721.1|WP_015024734.1|2574718_2576056_+|hypothetical-protein
MKNLKDLLDEKNISFSKEIYNELQNDEATIKLPKNLLKDIKKDFKHEDLNSIHKDRETALELIYMMLSNFTFTWVREAKYNDNYVDNRYIQLNSRILKKHVGSGNEETRYKLILKLLIDKRYIEKGLGPKRGVKSTSYKINNKYYNVNIEKHILNSEYAKKRHEINIREKLISSLYSTIALNELENLSRIELPCIKEVMKHLKCYSKLKWTNKKGKQLKVLGKKKRLNQFIYVEDYLKLYELLKNNFNNPKILSENAGYRIATKFNMMPSLIRELFKVKTNSGKLVGLDFSCFHPNLAIRKFQGANNQIVTHEEVAEFLKTKKKYSKNTDIELRQIAKKEHLSFFNKEVKHMKNSRIYSYYAEKYPDLLSKVEKDKIEKGYKNTSRMLFTVETKIMTEIIKKCQARGITTIYVYDELLVEESHVDEVKKIMENVCNEQKLNVEIK
>NC_018721.1|WP_157609279.1|2573896_2574244_-|hypothetical-protein
MKSKLITHRNGDEYWELPNGKMHREVGPAVVYLDGDKEWWINGKLHRKNGPAVEINNGDEEWWLDGKLHREDGPAVKQKNVENWYLNDVEYTEEEFLNSKEYKAYARGVKLKRLL
>NC_018721.1|WP_015024731.1|2570239_2572234_-|AAA-family-ATPase
MAIIYPKYETIKNLKVPPTEGELKMIDFLLENLNDEYEVYFQPFLNGDCPDIILMRKGGGVLIIEVKDWDLKSYHLDYRKRWFVNYNNALIKSPISQVLKYKENMYDLHIQNLLELKLRDYRYWYIVNCAIFFYKENDNDVRDFLLSPFEQQKEFLNEKNAQKDAYDKLEKSEENYLTFLNKNIELIGKNNLNLKDLKDLLYRKWISRKSFNFSNELYDSFKRYLKPSFHSLDDGRNFKYTKKQLELSASKQGEQKIKGIVGAGKTLVLAKRAVNAHIRTNEKVLVLTYNISLKNYIHDKISSVREEFYWKNFHILNYHDFFNSMMNNLGIEFDIPEDFDNWENWQKEQFFNDKYYGNINLFKDFQDQIEKYSAILIDEVQDYRTVWLRLIKKYFLTDNGEFVVFGDSKQDIYNRVSLVENKKVLVIPDSPGRWAELNQSFRLTPTITAFASEFQKKFLADKHIPDEFENVDFQSALFDKVHFTYFGTLDFKVLAEFISSYSTKLGSHPNDVCVLSLSIETIREIDFHFRKATNERSYIMAETKEFYDHLKEKNGQTRKFYKELDKIRKNKKLHFWMNSGLTKFSTVHSYKGWEIKTLFLIVQKDTLEATYKELVYTGFTRCMNNLVIIDIDDNELSTFMEKLPFLEKIENPAASRVGKGEFHP
>NC_018721.1|WP_015024730.1|2568910_2570164_+|group-II-intron-reverse-transcriptase/maturase
MIFKEQTKSIPITKEMVWESYKKVKSNRGSAGIDQQTLSEFDRVRSKELYKVWNRLASGSYFASAVKRVNIPKAGGKTRPLGIPTVSDRIAQQVVKQYLEPRLESIFSKNSYGYRPNRSAHTAIEIVRLNVLRYSWVIDLDIQEFFENVDHSLLLKALERHVSEKWVLLYIKRWLEAPVILEDGTVKISTGKGTPQGGVISPLLSNLYMHYCVDKWLEKYYPQVKMVRYADDLIVHCRSYEESVHTLAVLKERLTECGLTAHPEKTKIVYCKKDGRYLKGYPVQFDFLGFSFQPIRFKLKKGGSFLQFDCKMSRKSKVRITGELRKLAFHNKTQRGIQDLANLLNPKLRGWIQYYGKVSRRSLQPVFYYLHNRMIRWILNKYKRFKGSKIKAVKWLRFITKSYPNLFYHWELGYKLV
>NC_018721.1|WP_083858499.1|2567450_2568311_+|group-II-intron-reverse-transcriptase/maturase
MDFKSFFDEVEHYVLLELIYRKVKCKQTLKLLRLFLRAPILIKGKLQQRKKGVPHGSPLSPLLSDILLNELDKLLESRKLNYMRYAVDFSVYVKSKKAAKRVGNNLYLYLKQKLLLPVNREKSRIRNPLTFSLLGHSFVASYKKGSKGKYQLVVEKSKWRTFKAKLKMLTKKTIPAKFNERIHRINLLVRGWINYYKQASIQAKLKKLEEWLRNRLRYCIWHHWKKPERKRKNLIRLGKDQGQAYAWSRTRMGGWAVAQSPILGKTITMERLKKRGYISLVGYYKR
>NC_018721.1|WP_015024728.1|2566316_2566520_-|helix-turn-helix-transcriptional-regulator
MNRIKEGLKDKGISQTWLAEKMVKSYQTINEYERNKRQPSLEDLYKVAGILDFNISELLIANKKENI
>NC_018721.1|WP_015024727.1|2564357_2566316_-|site-specific-DNA-methyltransferase
MQNLQHELIELLKTQENLVIDNQLNKNKIIELGLKVEPQLIGLLIKSPTFKKHFFTEVENILVFDKIKFQRFVNNKSFLPDSYTAFKNKIGLTINDDSTGNFIKTKNDVVLAWPHKDCILEGGQTKEDQKRNEIFWNETLAPDSVDRLLDAKAFTNFKKYDKDGEHKVTEIKGDENLILKGNNLLVLSSLLKTHRGKIKLIYIDPPFNTENDSFRYNDTFNHSTWLTFILNRLEIAKELLTDDGLIFIHLDQIEEAYMKIVCDEVFERENYVNTITVKSSTPSGTKTAHKDKTIIKQKDFILVYRKTNKARFNPQYKRKSNWDTHFNYFLNRDKGTVSSFLEILKENKILSQKESIRDFNINNKTHRKFYLDNMELICQTQSHKNEDLKFKSKNLKNQVLFVNKDEENEAMFYNGRQLTPLSKSVHEVIYNGSIIKDFGMLLCDFWDDIDFQNTQNEGSVSFTNGKKPEELLYRIIKMATNEGDIVLDFFVGSGTTPCVSHKMNRKYIGIEQMDYIQDLPYNRLVKVIEGEQGGLSKSLKWQGGGSFIYAELIEYNQKYIAKIQEAKTKEDVLSVWKEMEEKAFLNFKFNKDIFNERLDTFKTAALEIMKQYLVEILDKNQLYVNFSEIEDESFTVSKEDKALNYLFYKKNN
>NC_018721.1|WP_015024726.1|2561733_2564358_-|DEAD/DEAH-box-helicase-family-protein
MSDLFRPTQSVQRLDKRIATKIEDGDIDIQISATVKNNLKFAPRPYQEEAFTAFNYYMNNPKLRAKPTQVLFHMATGSGKTLVMAGAILELYKQGYRNFIFFVNTDTIIRKTKENFLNPKSSKYLFKEQINIDGVNVNITSVDNFESTNTEDINILFSTIQGLHSKLNAPRENCITFDDFADKETVLISDEAHHINALTKKKHSAGEKDNITSWEHTVERILSASPNNIMMEFTATLELSHPAVASKYANKLLYNYPLAKFREDGYSKEVQTNQVDYEPIQRAIVAVLISQYKKKIFASNGIIAKPVILFKSKTTKDSAIMEKAFLDEIRNMSVVKLEKLIQLDNEILDKAIAYFRCLDISSQGLIDEIREDFSEDKIISVNSKNDSNDKQIVINNLEDKENEYRAVFAVDKLNEGWDVLNLYDIVRLYDTRDASGNKPGKTTVAEAQLIGRGARYYPFKLEEHHEIDKRKYDNDLDNVLRNCETLHYHCSHNPKYIQELNSALRQIGLFPEEKIEVDLILKDEFKETSLYKNGFIFLNKKVKNSPKTLLEYQEPDIIKKHTYALRTNRSASTTILDNTSVKRNKVQANFMNKHSFHNWNTTLIHKGLSKIPFYQFANIRKYFPSVKSMEYFITNDKYLGGIVVEVTGLQKDTKVLSSNQKLDIVIAIATKIANEISTMFGDYRGTKSFYREPIRKYFKDKKLSFSVNTNTTAETGKPTMRNDIDQKYFIDLNNADWYAYNENYGSSEEKFLVKYFHNNLDELKEKFKDIYLLRNERFFKLFRFSDGKATEPDFVVFMNDKFSDKEVIYQLFIEPKGDHLLMQDEWKEQFLIGIEAENVIELYQNQEYRLIGMPFYNKVHRENVFETKLNEINK
>NC_018721.1|WP_015024739.1|2580561_2580903_-|hypothetical-protein
MKSILTFYKDGTKFWELYNGELHREDGPAAEYPNGDKEWWINGKCHREDGPAIECKNGDKTWWINGKRHREDGPAYEGTNGVKWWYLNGIEYTEQQHKYQMRGKKLKKILHEK
>NC_018721.1|WP_157609401.1|2580899_2581217_-|hypothetical-protein
MELNHEGTKLWHINGVRHREDGPAVETWNGNVKEWWLNDLRHREDGPAETNSMSNDWWINGKRHREDGPAIEHWNGFKQWYINDVEYTEQDYKLEMRSRKLKQLL
>NC_018721.1|WP_015024741.1|2581240_2581510_-|hypothetical-protein
MESKLTIDEEGNKKWTLPNGKKHREDGPAMEWCEGAAKFWLINGKYHRENGPAVEYPNDTKLWYLNGTRYSEQEYKLEMRNIKLKKLLG
>NC_018721.1|WP_015024742.1|2581494_2581797_-|hypothetical-protein
MENYKGQFHREDGPAFEDKQGYKSWWINGKRHREDGPAIENSNSKVWMINDKLHREDGPAAEYSDGSKSWYLKDTEYTEQEYKFEMRSRKLKKLLVWKVN
>NC_018721.1|WP_015024743.1|2581834_2582104_-|hypothetical-protein
MKSSIVTDNDGNKFWMLPNTSMFHREDGPAVEYANGDKYWFINDVRHREDGPAIENFNGVKWWYLNGKEYTEQEHKFKMRDRKLKELLQ
>NC_018721.1|WP_157609281.1|2582210_2582483_-|hypothetical-protein
MATKQVYKKQMKNKILKLKRQKVDYVSSEELMEMKLKWNYNEMNYDYQKCRKALRELKKEMGFEEIPARYIDSKLRKKNGWHGNRTVIDL
>NC_018721.1|WP_157609282.1|2583048_2583255_+|hypothetical-protein
MRYDKPHNICTGFDILRDKAEAYSKISLDSKNVDEAYEYFKSSENFLYKAAELSDDCNYKEYDTQSIL
>NC_018721.1|WP_015024747.1|2583287_2584070_+|hypothetical-protein
MIKWRKYIVENYVKNFELKVSGNPYDHEFIIDFSFNKEEQEYLDSLFNLNEFLKSNNPLIDLMDEDQIKLVSHLINFSAIKVDVNQVKQQQTLFTCIVDYYLSLPISELSRNYFDFQNEIQHLFKNGYYVKDSDIKFMSQFKARKDSRQLQYIMFASFTLKLGEAFKIAIMMSNIRLITCLTTIKTGKHIGFFKNAERQIIEFTRNSSAHQNEVINYITKENKKEFENVKLELLEMRRNVSEVIEDSDIKEVINRVIYTK
>NC_018721.1|WP_015024748.1|2584475_2585624_-|ATP-binding-protein
MNLQQLKEKTELIISDLKDNGRFPKENNGIDYKLKLNIAKTKTPLENFLLNFTKDILSFSNSDGGILLLGINEDSASGAHTETGLDIDNLDLLNQIDLNDITQKFEKIVKIGISIDLQIFQIGTKKFYYLIIEKSSQVLIPVNDFPEYKITKGSIYYRASSKNEHANKSTTDFNRFLQIKANEKSKEFMEIWSKLLPEMVDINPREILIINPTQHKVYGFNSKDKILSGSDIEIDETQNGVFNIILNAISAGEIGKITTDEGKPIYKIVGEFQTDREHIILNSLEQEVKKKSKFKFSNVQLKVAIHHLGWVSNSNFKVVNPPEGTVTPSKSKYIWTETMDQVSNRKKVYFSSDAIEKLAELIDDETKHTELFNKKLSKKAIA
>NC_018721.1|WP_041758325.1|2585853_2586891_-|RES-domain-containing-protein
MKKPKWQTEFRDLPKIPDTKKWLKGEHETIEQKISKKLAVGMPISNAEREIMQGLVLFYGILYKSLQDLGFESFTQKDFKNFENYIFYAFNYFPVLANKLTIYQLYRVVINEQLIGNKQSLTKKGLLSYPPMHIVRKINKYNRANTPRTNVFYGAETIDTALNESKPQIGDKVTVGVWKPTVERKYNSYPISHSEEGFGVNENSTNAIRAFNEYKKTHDKVLTDHMEPYFHVLGYEYSKPIKHHYEYLISAMFSENILDNPQKGTSFDFECIIYPSVGNKFSTSNVAVRKDILRHEFELTKVIEFEVTDCHYEKGQKTNPESINLVDYKGYRITEKIEDNRIIWE

Crispr_ID: NC_018721_7

• CRISPR_ID: NC_018721_7
• CRISPR_location: 2608898-2609394
• CRISPR_type: TypeVI-B2,TypeVI-B1
• Repeat_type: VI-B2
• Spacer_info: 7 spacers
• Cas_protein_info: cas13b

Consensus repeat of NC_018721_7

Consensus_repeat	Method
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	PILER-CR
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CRT
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CRISPRCasFinder

spacers of NC_018721_7

>7.1|2608934|30|NC_018721|PILER-CR,CRT
GAAATCCTGAAAATCAACTATCCTATGAAG
>7.2|2609000|30|NC_018721|PILER-CR,CRT
CATTTGTTCGTTAATTGGCGTAGCACTATC
>7.3|2609066|30|NC_018721|PILER-CR,CRT
CTCTTAATACTCTAAGTGTTAGTTTTGTTT
>7.4|2609132|30|NC_018721|PILER-CR,CRT
TTTGTAGTACATATTAAGAAATGTTAAAAT
>7.5|2609198|30|NC_018721|PILER-CR,CRT
GGTTTTAGTTGCAATCAAAATTGTTTTCGT
>7.6|2609264|29|NC_018721|PILER-CR,CRT
GCATTCTTTTGTTCGCTCCCAGCTTGCAA
>7.7|2609329|30|NC_018721|CRT
TTTTTTGACGTAATAATTCCAAAGCTTTAT
>7.8|2608934|31|NC_018721|CRISPRCasFinder
GAAATCCTGAAAATCAACTATCCTATGAAGG
>7.9|2609000|31|NC_018721|CRISPRCasFinder
CATTTGTTCGTTAATTGGCGTAGCACTATCG
>7.10|2609066|31|NC_018721|CRISPRCasFinder
CTCTTAATACTCTAAGTGTTAGTTTTGTTTG
>7.11|2609132|31|NC_018721|CRISPRCasFinder
TTTGTAGTACATATTAAGAAATGTTAAAATG
>7.12|2609198|31|NC_018721|CRISPRCasFinder
GGTTTTAGTTGCAATCAAAATTGTTTTCGTA
>7.13|2609264|30|NC_018721|CRISPRCasFinder
GCATTCTTTTGTTCGCTCCCAGCTTGCAAG

CRISPR arrays and Neighbor proteins around NC_018721_7

CRISPR arrays

The CRISPR arrays of NC_018721_7

>merge|NC_018721|7|2608898-2609394|PILER-CR,CRT,CRISPRCasFinder
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACGAAATCCTGAAAATCAACTATCCTATGAAGGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACCATTTGTTCGTTAATTGGCGTAGCACTATCGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACCTCTTAATACTCTAAGTGTTAGTTTTGTTTGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACTTTGTAGTACATATTAAGAAATGTTAAAATGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACGGTTTTAGTTGCAATCAAAATTGTTTTCGTATTGTAACTGCCCTTATTTTGAAGGGTAAACACAACGCATTCTTTTGTTCGCTCCCAGCTTGCAAGTTGTAACTGCGCTTATTTTGAAGGGTAAACACAACTTTTTTGACGTAATAATTCCAAAGCTTTATGTTGTAACTGCATTTTTTAAGGCGCTATAACAGTCA

>NC_018721|7|5|2608898-2609328|PILER-CR
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GAAATCCTGAAAATCAACTATCCTATGAAG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CATTTGTTCGTTAATTGGCGTAGCACTATC
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CTCTTAATACTCTAAGTGTTAGTTTTGTTT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	TTTGTAGTACATATTAAGAAATGTTAAAAT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GGTTTTAGTTGCAATCAAAATTGTTTTCGT
ATTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GCATTCTTTTGTTCGCTCCCAGCTTGCAA
GTTGTAACTGCGCTTATTTTGAAGGGTAAACACAAC

>NC_018721|7|1|2608898-2609394|CRT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GAAATCCTGAAAATCAACTATCCTATGAAG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CATTTGTTCGTTAATTGGCGTAGCACTATC
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CTCTTAATACTCTAAGTGTTAGTTTTGTTT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	TTTGTAGTACATATTAAGAAATGTTAAAAT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GGTTTTAGTTGCAATCAAAATTGTTTTCGT
ATTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GCATTCTTTTGTTCGCTCCCAGCTTGCAA
GTTGTAACTGCGCTTATTTTGAAGGGTAAACACAAC	TTTTTTGACGTAATAATTCCAAAGCTTTAT
GTTGTAACTGCATTTTTTAAGGCGCTATAACAGTCA

>NC_018721|7|6|2608899-2609328|CRISPRCasFinder
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GAAATCCTGAAAATCAACTATCCTATGAAGG
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CATTTGTTCGTTAATTGGCGTAGCACTATCG
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	CTCTTAATACTCTAAGTGTTAGTTTTGTTTG
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	TTTGTAGTACATATTAAGAAATGTTAAAATG
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GGTTTTAGTTGCAATCAAAATTGTTTTCGTA
TTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	GCATTCTTTTGTTCGCTCCCAGCTTGCAAG
TTGTAACTGCGCTTATTTTGAAGGGTAAACACAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015024762.1|2602384_2604121_+|amidohydrolase-family-protein	unknown	unknown	gnl|CDD|238624
NC_018721.1|WP_041758788.1|2620596_2621682_-|acyloxyacyl-hydrolase	unknown	unknown	gnl|CDD|378181
NC_018721.1|WP_015024758.1|2599436_2600369_+|NAD-dependent-epimerase/dehydratase-family-protein	unknown	unknown	gnl|CDD|187538
NC_018721.1|WP_015024763.1|2604180_2606355_+|prolyl-oligopeptidase-family-serine-peptidase	unknown	unknown	gnl|CDD|224684
NC_018721.1|WP_015024773.1|2625148_2626765_-|energy-transducer-TonB	unknown	unknown	gnl|CDD|320700
NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	gnl|CDD|380476
NC_018721.1|WP_015024772.1|2624007_2625159_-|tetratricopeptide-repeat-protein	unknown	unknown	gnl|CDD|274350
NC_018721.1|WP_157609286.1|2614452_2615187_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024760.1|2601237_2601402_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609285.1|2609462_2609666_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_083858545.1|2600722_2601163_+|nuclear-transport-factor-2-family-protein	unknown	unknown	gnl|CDD|378915
NC_018721.1|WP_157609283.1|2596241_2599280_-|two-component-system-sensor-with-a-ligand-binding-domain-protein	unknown	unknown	gnl|CDD|226951
NC_018721.1|WP_015024764.1|2606807_2607308_+|DUF4440-domain-containing-protein	unknown	unknown	gnl|CDD|226769
NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	gnl|CDD|380476
NC_018721.1|WP_015024774.1|2626764_2627127_-|BlaI/MecI/CopY-family-transcriptional-regulator	unknown	unknown	gnl|CDD|367747
NC_018721.1|WP_015024769.1|2617209_2617962_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024761.1|2601580_2602330_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024770.1|2618134_2619925_+|two-pore-domain-potassium-channel-family-protein	unknown	unknown	gnl|CDD|369572
NC_018721.1|WP_015024117.1|2607465_2608359_-|IS1595-family-transposase	unknown	unknown	gnl|CDD|372298
NC_018721.1|WP_015024775.1|2627245_2628040_+|PhzF-family-phenazine-biosynthesis-protein	unknown	unknown	gnl|CDD|223461

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	9.7e-270	892.6	97.6
NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	1.3e-14	47.8	2.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024762.1|2602384_2604121_+|amidohydrolase-family-protein	gnl|CDD|238624	cd01299, Met_dep_hydrolase_A, Metallo-dependent hydrolases, subgroup A is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site. The vast majority of the members have a conserved metal binding site, involving four histidines and one aspartic acid residue. In the common reaction mechanism, the metal ion (or ions) deprotonate a water molecule for a nucleophilic attack on the substrate. The function of this subgroup is unknown.	6.90113e-47
NC_018721.1|WP_041758788.1|2620596_2621682_-|acyloxyacyl-hydrolase	gnl|CDD|378181	pfam09411, PagL, Lipid A 3-O-deacylase (PagL). PagL is an outer membrane protein with lipid A 3-O-deacylase activity. It forms an 8 stranded beta barrel structure.	1.64168e-15
NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein	gnl|CDD|380476	cd20478, Cas13b_Bz-like, Class 2 type VI-B CRISPR-associated RNA-guided ribonuclease Cas13b from Bergeyella zoohelcum and similar Cas13b proteins. CRISPR-Cas (clustered regularly interspaced short palindromic repeats and CRISPR-associated proteins) adaptive immune systems defend microbes against foreign nucleic acids via RNA-guided endonucleases. These systems are divided into two classes: class 1 systems utilize multiple Cas proteins and CRISPR RNA (crRNA) to form an effector complex while class 2 systems employ a large, single effector with crRNA to mediate interference. Class 2 type VI CRISPR-Cas13 systems use a single enzyme to target RNA using a programmable crRNA guide and are divided into four subtypes based on the identity of the Cas13 protein (Cas13a-d). The Cas13 proteins are capable of both pre-crRNA processing and target RNA cleavage, which protect the host from phage attacks. Once bound to a target RNA, their non-specific RNase activity is activated. Cas13b has many distinctive features compared to the other Cas13 proteins, including the lack of significant sequence similarity, disparate crRNA repeat region, and double-sided protospacer flanking sequence (PFS)-dependent target RNA cleavage.	0
NC_018721.1|WP_015024763.1|2604180_2606355_+|prolyl-oligopeptidase-family-serine-peptidase	gnl|CDD|224684	COG1770, PtrB, Protease II [Amino acid transport and metabolism].	1.96302e-90
NC_018721.1|WP_015024773.1|2625148_2626765_-|energy-transducer-TonB	gnl|CDD|320700	cd07341, M56_BlaR1_MecR1_like, Peptidase M56-like including those in BlaR1 and MecR1, integral membrane metallopeptidase. This family contains peptidase M56, which includes zinc metalloprotease domain in MecR1 as well as BlaR1. MecR1 is a transmembrane beta-lactam sensor/signal transducer protein that regulates the expression of an altered penicillin-binding protein PBP2a, which resists inactivation by beta-lactam antibiotics, in methicillin-resistant Staphylococcus aureus (MRSA). BlaR1 regulates the inducible expression of a class A beta-lactamase that hydrolytically destroys certain ?-lactam antibiotics in MRSA. Both, MecR1 and BlaR1, are transmembrane proteins that consist of four transmembrane helices, a cytoplasmic zinc protease domain, and the soluble C-terminal extracellular sensor domain, and are highly similar in sequence and function. The signal for protein expression is transmitted by site-specific proteolytic cleavage of both the transducer, which auto-activates, and the repressor, which is inactivated, unblocking gene transcription. All members contain the zinc metalloprotease motif (HEXXH). Homologs of this peptidase domain are also found in a number of other bacterial genome sequences, most of which are as yet uncharacterized.	1.62849e-18
NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein	gnl|CDD|380476	cd20478, Cas13b_Bz-like, Class 2 type VI-B CRISPR-associated RNA-guided ribonuclease Cas13b from Bergeyella zoohelcum and similar Cas13b proteins. CRISPR-Cas (clustered regularly interspaced short palindromic repeats and CRISPR-associated proteins) adaptive immune systems defend microbes against foreign nucleic acids via RNA-guided endonucleases. These systems are divided into two classes: class 1 systems utilize multiple Cas proteins and CRISPR RNA (crRNA) to form an effector complex while class 2 systems employ a large, single effector with crRNA to mediate interference. Class 2 type VI CRISPR-Cas13 systems use a single enzyme to target RNA using a programmable crRNA guide and are divided into four subtypes based on the identity of the Cas13 protein (Cas13a-d). The Cas13 proteins are capable of both pre-crRNA processing and target RNA cleavage, which protect the host from phage attacks. Once bound to a target RNA, their non-specific RNase activity is activated. Cas13b has many distinctive features compared to the other Cas13 proteins, including the lack of significant sequence similarity, disparate crRNA repeat region, and double-sided protospacer flanking sequence (PFS)-dependent target RNA cleavage.	4.41013e-23
NC_018721.1|WP_015024772.1|2624007_2625159_-|tetratricopeptide-repeat-protein	gnl|CDD|274350	TIGR02917, TPR_domain_protein, putative PEP-CTERM system TPR-repeat lipoprotein. This protein family occurs in strictly within a subset of Gram-negative bacterial species with the proposed PEP-CTERM/exosortase system, analogous to the LPXTG/sortase system common in Gram-positive bacteria. This protein occurs in a species if and only if a transmembrane histidine kinase (TIGR02916) and a DNA-binding response regulator (TIGR02915) also occur. The present of tetratricopeptide repeats (TPR) suggests protein-protein interaction, possibly for the regulation of PEP-CTERM protein expression, since many PEP-CTERM proteins in these genomes are preceded by a proposed DNA binding site for the response regulator.	2.29386e-11
NC_018721.1|WP_015024758.1|2599436_2600369_+|NAD-dependent-epimerase/dehydratase-family-protein	gnl|CDD|187538	cd05227, AR_SDR_e, aldehyde reductase, extended (e) SDRs. This subgroup contains aldehyde reductase of the extended SDR-type and related proteins. Aldehyde reductase I (aka carbonyl reductase) is an NADP-binding SDR; it has an NADP-binding motif consensus that is slightly different from the canonical SDR form and lacks the Asn of the extended SDR active site tetrad. Aldehyde reductase I catalyzes the NADP-dependent reduction of ethyl 4-chloro-3-oxobutanoate to ethyl (R)-4-chloro-3-hydroxybutanoate. Extended SDRs are distinct from classical SDRs. In addition to the Rossmann fold (alpha/beta folding pattern with a central beta-sheet) core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids. Extended SDRs are a diverse collection of proteins, and include isomerases, epimerases, oxidoreductases, and lyases; they typically have a TGXXGXXG cofactor binding motif. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	2.91248e-39
NC_018721.1|WP_083858545.1|2600722_2601163_+|nuclear-transport-factor-2-family-protein	gnl|CDD|378915	pfam12680, SnoaL_2, SnoaL-like domain. This family contains a large number of proteins that share the SnoaL fold.	6.2174e-09
NC_018721.1|WP_157609283.1|2596241_2599280_-|two-component-system-sensor-with-a-ligand-binding-domain-protein	gnl|CDD|226951	COG4585, COG4585, Signal transduction histidine kinase [Signal transduction mechanisms].	6.41416e-31
NC_018721.1|WP_015024764.1|2606807_2607308_+|DUF4440-domain-containing-protein	gnl|CDD|226769	COG4319, COG4319, Ketosteroid isomerase homolog [Function unknown].	3.14009e-09
NC_018721.1|WP_015024774.1|2626764_2627127_-|BlaI/MecI/CopY-family-transcriptional-regulator	gnl|CDD|367747	pfam03965, Penicillinase_R, Penicillinase repressor. The penicillinase repressor negatively regulates expression of the penicillinase gene. The N-terminal region of this protein is involved in operator recognition, while the C-terminal is responsible for dimerization of the protein.	1.87684e-33
NC_018721.1|WP_015024770.1|2618134_2619925_+|two-pore-domain-potassium-channel-family-protein	gnl|CDD|369572	pfam07885, Ion_trans_2, Ion channel. This family includes the two membrane helix type ion channels found in bacteria.	0.000133205
NC_018721.1|WP_015024117.1|2607465_2608359_-|IS1595-family-transposase	gnl|CDD|372298	pfam12762, DDE_Tnp_IS1595, ISXO2-like transposase domain. This domain probably functions as an integrase that is found in a wide variety of transposases, including ISXO2.	1.98077e-11
NC_018721.1|WP_015024775.1|2627245_2628040_+|PhzF-family-phenazine-biosynthesis-protein	gnl|CDD|223461	COG0384, COG0384, Predicted epimerase, PhzC/PhzF homolog [General function prediction only].	5.12766e-64

Protein sequences

>NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein
MNGLLTGIKQINIEDFIVLKQNTNFDKIDFKGIASYSVLEKKTIILIAIRNKFAHNQLPNKIINDLANEFVKKEKNETYANYYLKVLKKMISDLA
>NC_018721.1|WP_015024117.1|2607465_2608359_-|IS1595-family-transposase
MINFEGQNAQEFYVRFNSVLSCKEYLSEIKWENGFKCVKCNHSACQIRSNYDRTCNKCSHTESASANTLFHKVKFGLDKAFIICFEMATTTRSLSASYLAKRVGVTPYTARMFMYKVRDAMKSSENFPMMNRVEVDEFVVGGKEDGKVGRSYNTKKKKAVVALELTENGKVKRMYVNQINDFSAKELLPIFDKHISKTASINTDLWRGYRPIAKEFNIEQIPSNSGKNFKILHTMIHQIKSWIRTTYSYVSSFHISGYFDEFCYRLNRSRSKKTIFHNLVSRMMQKPKLYQSKLICT
>NC_018721.1|WP_015024764.1|2606807_2607308_+|DUF4440-domain-containing-protein
MKKTNKYLCTLAAGVLMLSLLNSCSEKKDSKEEVSITTEFNLDIVKAEIEEANTNFMALVAAGDSIGLANAYTIDAKFMGAGAPSVTGRKDIQTAMAGIVNSGITRADLRLENIYGTEDLIAEEGELTLYVGDMAVAEEKYIVLWKKEDGKWKLFRDIFNSNLPTE
>NC_018721.1|WP_015024763.1|2604180_2606355_+|prolyl-oligopeptidase-family-serine-peptidase
MKNIIVFAMVILFGTTVFAQWDYPTTKKVEVIDTYFGIDYKDNYQWLEDLTNPEVETWFKEQADFSNATMSKISGRDELIAEWRKLDALQSATFSDLKKVGQRIFFKKRMPGDKVGKIYYRETMDSPDILLFDPLNFKAGKTLSVESFIPSYDGKKLLIGYSESGAEISVLQVLDIDSNTFLPDLIPATAGAMGWTFDDSAFMYMWIKSTDNKDPEGRLNPKTKLHKLGTDYKTDVDFFSNEAYPDMNIPSKAYPYISLSKNAKDFVFAGQGTVAKELILYYAPLDQFNSGNIAWKILCKASNKLINGTSDQGGLPEVFGTKVYAITYKGAEKYKLIATDLKNPDWANAETVVAEKDMSLTGYTRSKDYLLLNYSDGINSHLFKFNPKTKTNTKITLPFMGIARAKCLDTKTNDFIIDLTSWNKPLTEFMLNAETETFTASPFNQTNVYPDAYNELVVEEVEVKGHDGVMIPLSIIYKKGTKKDGSNVCFMRSYGAYGSSANPYFSTLYNALVTKGVVYAVPHVRGGGEKGEAWYKGGFKTTKPNTWKDFISCAEYMIAQGFTQSSKLSGMGTSAGGILISRAITERPDLFAAAINNVGTSNKMRGEFSANGPVNVPEFGTVKDPIEAKALYEMDGMQHVVDRVNYPAVINVAGWTDSRVVAWQPGKFAAALQNATASNKPVLMKVNYDNGHFTEDREVTWANFADQFAFVMWQCGHPDFQQKL
>NC_018721.1|WP_015024762.1|2602384_2604121_+|amidohydrolase-family-protein
MKTALLTAIACLFSIVIYSQTYITNVTITDVENQKMIPNQTVVISKDIISDIQSSKKIKIPENATIIDGTGKYLAPGLTDAHIHFSQNGGLYTRPDAIDLRKFRPYEDEIKISKINMEGKLRRYLKNGITTVFDVGSTLYFLEKSKDFEDKDFAPTIYMTGPLSTTYKPEIYKNFADDAPFSLTQTIEDGIKSVQDQLPYQPDFIKIWYIVGADGLSIEESARKNLPIVKAIIDEAHKNNLKVAVHATQRITAQLALENGADFLVHSVDDEILKPDFVQLMKKNKVVICPTLIVHGGYVNTFGQNLDFSSYELKTTEPHQLGTLLDLKHLSDTLTVNRYRAMGNSKKMLAGLKVADSISRANLKLLSDAGVTIATGTDAGNIGTLHVSSYLAELKAMQASGLSNWQILVASTINGAKVLNKEKEFGSVAVGKKANLILLDASPIDDLENLTKIDKVINKGRVFNPEDLLKDTPEDLAQRQLNGYNFRNIDAFLEPYAEDVEVYNFPDELQYKGKDAMRNSYAQMFANTPNLHCELVNRIVQGKMVIDQELVQAGNRVIEAIAMYHIENEKIQKVYFIK
>NC_018721.1|WP_015024761.1|2601580_2602330_+|hypothetical-protein
MVKIFRKIRHRSISEGKTKKYLLYAIGEIVLVVIGILIALQVNNWNIEKSYKKREAKYLTNIVLDLKKDIVRLEYLVAFRKNRLLGDQKLIQEMNGVLNRDLAEVSKNVVNTLMEQNFSPNNTTFLELTNSGNFNLITNDSIKIFLLELEELYKTNTLNIAHETFDYREYISKPAANLISIDQLFPVFIGVKTIEEQQITRDNFNALFKSRAYKNGLFIMTFMSKSYITAYETIKMKSEKIIELIELTK
>NC_018721.1|WP_015024760.1|2601237_2601402_+|hypothetical-protein
MGCRTKLIPLPQNSFKVDEGDGQIQITTLFKGGIKLTSRKNEIHPKIEEWIISE
>NC_018721.1|WP_083858545.1|2600722_2601163_+|nuclear-transport-factor-2-family-protein
MDDMVFKEQLGIASGSTNLTIIENLYKAFATGDMPTVVGHMDSNIIWNEAESNSLADCNPYIGSEAVLNGVFARIGGMYESFALHNIELHEMSYDKVFATLRYTLKVKATGKEVDVQAAHLWNLKDGKIIEFQQYVDTKKLAYAEK
>NC_018721.1|WP_015024758.1|2599436_2600369_+|NAD-dependent-epimerase/dehydratase-family-protein
MKKVGVIGGSGFIGSYITKQFLDHGFEVKVSSTDLSKKEKYKHLKQLNNSDRLTFSELNVENKEQLETFISDCEIVIHGGTPFLLNFQDADAQLFNPTIKGTENFLEVISTNKNIEKVVFIASVAGWNTNFPFPAEGKSFTDTFDETETRFTSTESHPYAQAKFMANQVVEKFIKANPNLSFEITTVSPVGVMGKSLSNREDSTSGGLQFLIKNKIAPDDFVKMLFDNDIPFSLIDVEDVAKAIFKAATTKGLHGKDYLLAKETYKISDMNLMLNQQEPKESAAIVYKNDLAKKELNMDFKPVKDCLYSF
>NC_018721.1|WP_157609283.1|2596241_2599280_-|two-component-system-sensor-with-a-ligand-binding-domain-protein
MKFFRILFVLVLQVGLLLVVHLVYAQNPSQIDIFTTEQGLPYRDIKSVTQDKNEFIWMGTAVGLMHYDGYNIKVYNSNKSNPLFIEEEYIKADFDIDDATNELWYIANEKLFKLNPITDKAIAYNKTHNIMGSVLCLLKNKDGSFWIISDDYKTAKNGNAKQYLQKFNGDRFEIKYSILRGEVDYTGLISDSQSHVLWNTSNGSLKFDTDGNLEANFDLSSFKWFGTDLKFNVSFYDSCNIHYYFPRQERGIHIFDEDNLTHKRLLDKPIQFYNAIEDYQKHIWFSGLDELYRMSPEGEFTNYTDQLKARFKYSIIRDLYIDTNKLLWVATDNGLFKIRIGDELFKPLFKSTNEGWGNAMRGIFEDKNGTIFAKCENNNILLYKTLEGKVDTLEIQLDKADLEAIQHTSNFFVLDDEKEHVFTLGETLIKINLKDGSVKSYDEFRNYVTFKGQNPMIKLRNGKLLLGQSLSQLTLFDIENETSTLLFKDSKIDDDISDYRYFEESKTDSLIWIGTQNNGLLKVHLSGRLGKQYTTETTPNISRNCVLAIEEDTDGSLWAGTYGGGLNHISADGNKVKTFTKSQQLPNDNVVGLLSDDANGLWISTYNGLSHFDKATEIFQNYYTEDGLTHFEFNYASSFKDSRGHFYFGGMNGLNTFKPKDIFRESNPPKLSLLSASGYNNQNKSSFIEDYIKTKFTALELSPYDQYFEIKWTMPSYFQNQKNTYSTKLEGFEDRWFYQGNSASIRYNQLPAGDYILKIKGKDSRGIDSASMLSIPITVRQIFYKKWWFMALIFLTLAGIAYSIFRYRLQQALAMERLRTKISSDLHDDVGSLLSGLAMQTELMEINASETDKFKLQKIAGISRNAISQMRDLVWSIDSRRQTIEDLLERMRELAEELLLPKDISFQMDSFNVKNPNRKLLASTKQHIFLIYKEAITNILRHSDATHVAVTITNDFKGSCLIVKDNGNKKECYTSTGLGLSNMTMRAVNLKGKLEFDKESGFEVKLFLPFTL
>NC_018721.1|WP_157609285.1|2609462_2609666_+|hypothetical-protein
MIVLKIYRWNENKKIHHRSLTENKISKYLIYAIDYIILMVNEILIALSINSWNENNKLEKETYKVLL
>NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein
MESIIGLGLSFNPYKTADKHYFGSFLNLVENNLNAVFAEFKERISYKAKDENISSLIEKHFIDNMSIVDYEKKISILNGYLPIIDFLDDELENNLNTRVKNFKKNFIILAEAIEKLRDYYTHFYHDPITFEDNKEPLLELLDEVLLKTILDVKKKYLKTDKTKEILKDSLREEMDLLVIRKTDELREKKKTNPKIQHTDSSQIKNSIFNDAFQGLLYEDKGNNKKTQVSHRAKTRLNPKDIHKQEERDFEIPLSTSGLVFLMSLFLSKKEIEDFKSNIKGFKGKVVKDENHNSLKYMATHRVYSILAFKGLKYRIKTDTFSKETLMMQMIDELSKVPDCVYQNLSETKQKDFIEDWNEYFKDNEENTENLENSRVVHPVIRKRYEDKFNYFAIRFLDEFANFKTLKFQVFMGYYIHDQRTKTIGTTNITTERTVKEKINVFGKLSKMDNLKKHFFSQLSDDENTDWEFFPNPSYNFLTQADNSPANNIPIYLELKNQQIIKEKDAIKAEVNQTQNRNPNKPSKRDLLNKILKTYEDFHQGDPTAILSLNEIPALLHLFLVKPNNKTGQQIENIIRIKIEKQFKAINHPSKNNKGIPKSLFADTNVRVNAIKLKKDLEAELDMLNKKHIAFKENQKASSNYDKLLKEHQFTPKNKRPELRKYVFYKSEKGEEATWLANDIKRFMPKDFKTKWKGCQHSELQRKLAFYDRHTKQDIKELLSGCEFDHSLLDINAYFQKDNFEDFFSKYLENRIETLEGVLKKLHDFKNEPTPLKGVFKNCFKFLKRQNYVTESPEIIKKRILAKPTFLPRGVFDERPTMKKGKNPLKDKNEFAEWFVEYLENKDYQKFYNAEEYRMRDADFKKNAVIKKQKLKDFYTLQMVNYLLKEVFGKDEMNLQLSELFQTRQERLKLQGIAKKQMNKETGDSSENTRNQTYIWNKDVPVSFFNGKVTIDKVKLKNIGKYKRYERDERVKTFIGYEVDEKWMMYLPHNWKDRYSVKPINVIDLQIQEYEEIRSHELLKEIQNLEQYIYDHTTDKNILLQDGNPNFKMYVLNGLLIGIKQVNIPDFIVLKQNTNFDKIDFTGIASCSELEKKTIILIAIRNKFAHNQLPNKMIYDLANEFLKIEKNETYANYYLKVLKKMISDLA
>NC_018721.1|WP_157609286.1|2614452_2615187_+|hypothetical-protein
MIKFFRKIRQNLIMDKQPTGQAGKTGNYFKYAIGEIVLVVVGILIALSINNWNEARKATIFEDEILNLIDQNLEIDSISISKELYKTKQAVELTDRLLQKVSQKEYGDSLNNWMGKIISFERFKSQSSAFEVLKARGIEAISNKELQIKLISYYDESLYKLYESLDDVNVSFKADWVPVIKTDFSDFKWKEYCIPTDPKAFFEKPSSIILFKIYKDNRSGQVGNMESALAKLSEIRTLIKEDFK
>NC_018721.1|WP_015024769.1|2617209_2617962_+|hypothetical-protein
MIKLFKKIRQNLLLENKTSKYFKYAFGEIVLVVIGILIALSINNWKEDKSEEKQLHTNIISIKEDLQEESLIMTTIINTLDNQEQASLHIIPIMESENKVIIDSLKFIIDFNSFATTPILVDRNNTWELLTSSGKLAEFPDDDLLKLLQDYYNKYDELRTNFNNSANPVRLKLRQLKYELFSDSEHRKFFPTESPTVPSKTLYSSIFEDPTVLPLCRFIGSSATYFENEFDGLNKALLVITYIDKYYSKK
>NC_018721.1|WP_015024770.1|2618134_2619925_+|two-pore-domain-potassium-channel-family-protein
MIQPINAMRSSLNRPKSKYRDLINLIVLTIAILGPFLTVNAQSKKPLIDLFYEALSLTETDSLVRESGDFYELSLENYALEEISPAAIIKKFPEAKKYLVNDSIMIIKPYFEIQGFIEDFSKADPKITIKNFQFESDALINLNLYGKLKEEVFNASDLKFEYCHFKKELLIWFSNFSMTFAHNTIDRLQVINETVVSPRIAIHKNTIHVLGMWTATPREVIIANNNLGLVEIDRTSARKLLFLNNTITVPKTVKKEWYSTVRAGEISKLVYSGVLNRDSANEYRRLQGNVLFQISSDERYISTLEISGNRFLDPSHKTAVIFNQLSQNMVVTNNVFETPVIMRPVVSNRFVMEQNLFETITMEASMPNTPQNYVVVDWNDLKGKLNWQESEGTTPYYGVSKEELADKTRFFNLIAGYSRLLEVYKSYGNLDDANDVFLDMKELHLKRYEYLYQTEGGTTNFFQLNLNRLLKVYTRHGTDPAQAMTASLWIIIFFSVIYFFFPSDWDVYSKSKLMADFKSFTEKNEKGYFKPFFKLLTGVVSSFFNAITLSVNSFVTLGFGTIPTTGLAKYICIFQGFLGWFLLSIFIVALINQILI
>NC_018721.1|WP_041758788.1|2620596_2621682_-|acyloxyacyl-hydrolase
MLFLIVFNVISFVTKAQDDGIFTESRPTVLGVSFDYGNLLKHTESLRQIDDAYPFAIKLDWSKHLITQESWDFCNCFPRVGVSLAYWDWDNPEVLGIGIIPLAYVEPYFLTQKRINLFVRMGLGGAFLTKQYDEISNPLNESYSTLFNFMIVLGVGVNYRLTDKLNLRLAAKYNHISNGGVRTPNKGLNFPSLNIGLNTSLEPIEFPSLTKNGKREPPEDKTRWSVVHFSGWSNANVGDKDKFYVLGFQGNYAKWVGGRSALTAGTEWTFDYSRKERFNLEGSNAAFGQGAFLGGHEFWLGSVTFSQQIGVYYFKQNRSTDSVYQRYGLSYLFTKHVFAGFNLKAHLHVADFFDFRIGYVF
>NC_018721.1|WP_015024772.1|2624007_2625159_-|tetratricopeptide-repeat-protein
MKIKTSFILLILVHLFGGVQVSFGQDLDSLFAVGEYSKVLENYENSPPTHFESKILRARSLHAKRFYKEALDAYSEALFTEEDKPRYQFVYAKLLKDNDQFKFADSLFTQLHEHYPSNPEFSYQLGLTKAERGSKSVDIFYLKALQQDPSHQAAAYALAKYYFKIRSFKKAEETCQTALTYNPSNQKIIGLQGQIYYQQRKLNLALEAFENLERLTTPPKFIVEKMAIAYANTSQHQKSIVYYKQLLRTDPKNFRYHHQLAKVYSMLKDFESAESHAQLSIGLKDTSLDQERFTLALAKIKQDKLKEGIQLLELVIEESPKFERAYVEMALAADRLYTDTNKKLAYYKRYETQFDNDETSAFKNIIYRRLTDLKREEHFKAND
>NC_018721.1|WP_015024773.1|2625148_2626765_-|energy-transducer-TonB
MGLYILDVILFQSCFLGLYLVFKKETFYSYNRLYLLGTALLSFILPLLDLGFLAFDLGSANAAEQNTSQLQNYFLMGEEVNLTTSGQTSTPQTSSWSLDAILKLVYLIGFSVFCVKFSIGYWKLKQVIATATFDSYKENIKCYSLSSSNTAFTFWNSIFIGDQIAEDQRDKIIVHELEHAKANHGADLLFSEIVRALLWLSPAHHVLKIELLLVHELQADAVAAQHISKKEYAQSLLNQAFGTQNFEFSNSFFNHSQLKLRLMMLQKKNSNSRSKLKYLLILPLVALMLTYTACKEESKEDIQQLTGQSEAKQLKAQYMNELKDAVEKYGMFSDDMPNKFEFKKDNEINSKEDFYRRNVYMIFMAEKMEEKSTERTKITYSDNVVFQKFKTQTYDEFLEEIKNKDEIVEVIEEEAIGDVPFAVIENVPVFPGCESLDSNDERKECMSKEISQFVNENFNTDLASGLGLKGTNRVYVQFKIDKTGKIVNVRARAPHPILQAEGERIINKLPAMKPGKQKGEKVGVLYSLPITFKVSNED
>NC_018721.1|WP_015024774.1|2626764_2627127_-|BlaI/MecI/CopY-family-transcriptional-regulator
MRPLTRAEEDIMHLLWQRENARVAELIVDMPEPKPAYNTVSTIIRILEDKGFVGHEKAGRGFKYFALVDKSTYQKASMKKMVNSYYEGSFKNMVSFFVKEKNMSAKDLESILKDIDKTED
>NC_018721.1|WP_015024775.1|2627245_2628040_+|PhzF-family-phenazine-biosynthesis-protein
MATIYQVDAFTDQLFKGNPAGVMLLENGFLEEDLMQNIVKEMNVSEVAFVVPREKEFDIRFFTPKAEVPLCGHATLSAAHILFETEYVSSSETIRFNAMKDVLEITSIGGKLQMKFPEYELRPISILAADQNLLNINVEEAFGVTNNWKLLVLSSEEELQKFVPQAKQLQDLGLGQSIFTAASNTPDRDIVCRCFVPNLGILEDPVTGSAHCALGVYWSKKLNTSFLKSEQISERKGQLKLEMKQGSVFILGEAKTVFKAEFYI

Crispr_ID: NC_018721_8

• CRISPR_ID: NC_018721_8
• CRISPR_location: 2613484-2614243
• CRISPR_type: TypeVI-B2,TypeVI-B1
• Repeat_type: VI-B2
• Spacer_info: 11 spacers
• Cas_protein_info: cas13b

Consensus repeat of NC_018721_8

Consensus_repeat	Method
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	PILER-CR
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CRISPRCasFinder
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	CRT

spacers of NC_018721_8

>8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder
CATTCCATACAAGTTTCAACATCATCAATA
>8.2|2613586|30|NC_018721|PILER-CR,CRISPRCasFinder
CAGAATCTAATTGCTGATAAGTGTAACTTG
>8.3|2613652|30|NC_018721|PILER-CR,CRISPRCasFinder
ACGATGTATTGCCACTATTCAGGCGAATTG
>8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder
GTAAGAATGGAAGCTTTAAAACATAAGATT
>8.5|2613784|30|NC_018721|PILER-CR,CRISPRCasFinder
CTGAGTACCTACTAAACCTTCTGAAAGAGT
>8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder
CATAATATTTATTGTATAAAAAAACCGCTT
>8.7|2613916|30|NC_018721|PILER-CR,CRISPRCasFinder
GCTTGTGAAGGTGTTGGCAAAGCGTTGAAA
>8.8|2613982|30|NC_018721|PILER-CR,CRISPRCasFinder
ACCAGATTGTATATTTTGTTGTCCTACCGA
>8.9|2614048|30|NC_018721|PILER-CR,CRISPRCasFinder
TTGCGATCCGTGTTGATTAATTGAATCTGG
>8.10|2614114|30|NC_018721|PILER-CR,CRISPRCasFinder
TAGTTTGCTTCTATCTTTTATTACAGTCGA
>8.11|2613518|32|NC_018721|CRT
GCCATTCCATACAAGTTTCAACATCATCAATA
>8.12|2613584|32|NC_018721|CRT
GCCAGAATCTAATTGCTGATAAGTGTAACTTG
>8.13|2613650|32|NC_018721|CRT
GCACGATGTATTGCCACTATTCAGGCGAATTG
>8.14|2613716|32|NC_018721|CRT
GCGTAAGAATGGAAGCTTTAAAACATAAGATT
>8.15|2613782|32|NC_018721|CRT
GCCTGAGTACCTACTAAACCTTCTGAAAGAGT
>8.16|2613848|32|NC_018721|CRT
GCCATAATATTTATTGTATAAAAAAACCGCTT
>8.17|2613914|32|NC_018721|CRT
GCGCTTGTGAAGGTGTTGGCAAAGCGTTGAAA
>8.18|2613980|32|NC_018721|CRT
ACACCAGATTGTATATTTTGTTGTCCTACCGA
>8.19|2614046|32|NC_018721|CRT
ACTTGCGATCCGTGTTGATTAATTGAATCTGG
>8.20|2614112|32|NC_018721|CRT
ACTAGTTTGCTTCTATCTTTTATTACAGTCGA
>8.21|2614178|32|NC_018721|CRT
ACTTTTTTGACGTAATAATTCCAAAGCTTTAT

CRISPR arrays and Neighbor proteins around NC_018721_8

CRISPR arrays

The CRISPR arrays of NC_018721_8

>merge|NC_018721|8|2613484-2614243|PILER-CR,CRISPRCasFinder,CRT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGCCATTCCATACAAGTTTCAACATCATCAATAGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGCCAGAATCTAATTGCTGATAAGTGTAACTTGGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGCACGATGTATTGCCACTATTCAGGCGAATTGGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGCGTAAGAATGGAAGCTTTAAAACATAAGATTGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGCCTGAGTACCTACTAAACCTTCTGAAAGAGTGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGCCATAATATTTATTGTATAAAAAAACCGCTTGTTGTAACGGCCCTTATTTTGAAGGGTAAACACAGCGCTTGTGAAGGTGTTGGCAAAGCGTTGAAAGTTGTAACTGCCCTTATTTTGAAGGGTAAATACAACACCAGATTGTATATTTTGTTGTCCTACCGAGTTGTAACTGCCCTTATTTTGAAAGGTAAACACAACTTGCGATCCGTGTTGATTAATTGAATCTGGGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACTAGTTTGCTTCTATCTTTTATTACAGTCGAGTTGTAACTGCCCTTATTTTGAAGGGTAAACACAACTTTTTTGACGTAATAATTCCAAAGCTTTATGTTGTAACTGCTTTTTTTAAGGCGCTATGACAGT

>NC_018721|8|6|2613484-2614179|PILER-CR
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CATTCCATACAAGTTTCAACATCATCAATA
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CAGAATCTAATTGCTGATAAGTGTAACTTG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	ACGATGTATTGCCACTATTCAGGCGAATTG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	GTAAGAATGGAAGCTTTAAAACATAAGATT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CTGAGTACCTACTAAACCTTCTGAAAGAGT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CATAATATTTATTGTATAAAAAAACCGCTT
GTTGTAACGGCCCTTATTTTGAAGGGTAAACACAGC	GCTTGTGAAGGTGTTGGCAAAGCGTTGAAA
GTTGTAACTGCCCTTATTTTGAAGGGTAAATACAAC	ACCAGATTGTATATTTTGTTGTCCTACCGA
GTTGTAACTGCCCTTATTTTGAAAGGTAAACACAAC	TTGCGATCCGTGTTGATTAATTGAATCTGG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	TAGTTTGCTTCTATCTTTTATTACAGTCGA
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC

>NC_018721|8|7|2613484-2614179|CRISPRCasFinder
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CATTCCATACAAGTTTCAACATCATCAATA
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CAGAATCTAATTGCTGATAAGTGTAACTTG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	ACGATGTATTGCCACTATTCAGGCGAATTG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	GTAAGAATGGAAGCTTTAAAACATAAGATT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CTGAGTACCTACTAAACCTTCTGAAAGAGT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAGC	CATAATATTTATTGTATAAAAAAACCGCTT
GTTGTAACGGCCCTTATTTTGAAGGGTAAACACAGC	GCTTGTGAAGGTGTTGGCAAAGCGTTGAAA
GTTGTAACTGCCCTTATTTTGAAGGGTAAATACAAC	ACCAGATTGTATATTTTGTTGTCCTACCGA
GTTGTAACTGCCCTTATTTTGAAAGGTAAACACAAC	TTGCGATCCGTGTTGATTAATTGAATCTGG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC	TAGTTTGCTTCTATCTTTTATTACAGTCGA
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACAAC

>NC_018721|8|2|2613484-2614243|CRT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	GCCATTCCATACAAGTTTCAACATCATCAATA
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	GCCAGAATCTAATTGCTGATAAGTGTAACTTG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	GCACGATGTATTGCCACTATTCAGGCGAATTG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	GCGTAAGAATGGAAGCTTTAAAACATAAGATT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	GCCTGAGTACCTACTAAACCTTCTGAAAGAGT
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	GCCATAATATTTATTGTATAAAAAAACCGCTT
GTTGTAACGGCCCTTATTTTGAAGGGTAAACACA	GCGCTTGTGAAGGTGTTGGCAAAGCGTTGAAA
GTTGTAACTGCCCTTATTTTGAAGGGTAAATACA	ACACCAGATTGTATATTTTGTTGTCCTACCGA
GTTGTAACTGCCCTTATTTTGAAAGGTAAACACA	ACTTGCGATCCGTGTTGATTAATTGAATCTGG
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	ACTAGTTTGCTTCTATCTTTTATTACAGTCGA
GTTGTAACTGCCCTTATTTTGAAGGGTAAACACA	ACTTTTTTGACGTAATAATTCCAAAGCTTTAT
GTTGTAACTGCTTTTTTTAAGGCGCTATGACAGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015024762.1|2602384_2604121_+|amidohydrolase-family-protein	unknown	unknown	gnl|CDD|238624
NC_018721.1|WP_041758788.1|2620596_2621682_-|acyloxyacyl-hydrolase	unknown	unknown	gnl|CDD|378181
NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	gnl|CDD|380476
NC_018721.1|WP_015024763.1|2604180_2606355_+|prolyl-oligopeptidase-family-serine-peptidase	unknown	unknown	gnl|CDD|224684
NC_018721.1|WP_015024776.1|2628030_2628381_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024773.1|2625148_2626765_-|energy-transducer-TonB	unknown	unknown	gnl|CDD|320700
NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	gnl|CDD|380476
NC_018721.1|WP_015024772.1|2624007_2625159_-|tetratricopeptide-repeat-protein	unknown	unknown	gnl|CDD|274350
NC_018721.1|WP_015024760.1|2601237_2601402_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609286.1|2614452_2615187_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024777.1|2628381_2629356_-|polyprenyl-synthetase-family-protein	unknown	unknown	gnl|CDD|376322
NC_018721.1|WP_083858545.1|2600722_2601163_+|nuclear-transport-factor-2-family-protein	unknown	unknown	gnl|CDD|378915
NC_018721.1|WP_157609285.1|2609462_2609666_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024774.1|2626764_2627127_-|BlaI/MecI/CopY-family-transcriptional-regulator	unknown	unknown	gnl|CDD|367747
NC_018721.1|WP_015024769.1|2617209_2617962_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024761.1|2601580_2602330_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024770.1|2618134_2619925_+|two-pore-domain-potassium-channel-family-protein	unknown	unknown	gnl|CDD|369572
NC_018721.1|WP_015024117.1|2607465_2608359_-|IS1595-family-transposase	unknown	unknown	gnl|CDD|372298
NC_018721.1|WP_015024764.1|2606807_2607308_+|DUF4440-domain-containing-protein	unknown	unknown	gnl|CDD|226769
NC_018721.1|WP_015024775.1|2627245_2628040_+|PhzF-family-phenazine-biosynthesis-protein	unknown	unknown	gnl|CDD|223461

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	9.7e-270	892.6	97.6
NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein	cas13b	cas13b_CAS_V-B1	1.3e-14	47.8	2.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024762.1|2602384_2604121_+|amidohydrolase-family-protein	gnl|CDD|238624	cd01299, Met_dep_hydrolase_A, Metallo-dependent hydrolases, subgroup A is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site. The vast majority of the members have a conserved metal binding site, involving four histidines and one aspartic acid residue. In the common reaction mechanism, the metal ion (or ions) deprotonate a water molecule for a nucleophilic attack on the substrate. The function of this subgroup is unknown.	6.90113e-47
NC_018721.1|WP_041758788.1|2620596_2621682_-|acyloxyacyl-hydrolase	gnl|CDD|378181	pfam09411, PagL, Lipid A 3-O-deacylase (PagL). PagL is an outer membrane protein with lipid A 3-O-deacylase activity. It forms an 8 stranded beta barrel structure.	1.64168e-15
NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein	gnl|CDD|380476	cd20478, Cas13b_Bz-like, Class 2 type VI-B CRISPR-associated RNA-guided ribonuclease Cas13b from Bergeyella zoohelcum and similar Cas13b proteins. CRISPR-Cas (clustered regularly interspaced short palindromic repeats and CRISPR-associated proteins) adaptive immune systems defend microbes against foreign nucleic acids via RNA-guided endonucleases. These systems are divided into two classes: class 1 systems utilize multiple Cas proteins and CRISPR RNA (crRNA) to form an effector complex while class 2 systems employ a large, single effector with crRNA to mediate interference. Class 2 type VI CRISPR-Cas13 systems use a single enzyme to target RNA using a programmable crRNA guide and are divided into four subtypes based on the identity of the Cas13 protein (Cas13a-d). The Cas13 proteins are capable of both pre-crRNA processing and target RNA cleavage, which protect the host from phage attacks. Once bound to a target RNA, their non-specific RNase activity is activated. Cas13b has many distinctive features compared to the other Cas13 proteins, including the lack of significant sequence similarity, disparate crRNA repeat region, and double-sided protospacer flanking sequence (PFS)-dependent target RNA cleavage.	0
NC_018721.1|WP_015024763.1|2604180_2606355_+|prolyl-oligopeptidase-family-serine-peptidase	gnl|CDD|224684	COG1770, PtrB, Protease II [Amino acid transport and metabolism].	1.96302e-90
NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein	gnl|CDD|380476	cd20478, Cas13b_Bz-like, Class 2 type VI-B CRISPR-associated RNA-guided ribonuclease Cas13b from Bergeyella zoohelcum and similar Cas13b proteins. CRISPR-Cas (clustered regularly interspaced short palindromic repeats and CRISPR-associated proteins) adaptive immune systems defend microbes against foreign nucleic acids via RNA-guided endonucleases. These systems are divided into two classes: class 1 systems utilize multiple Cas proteins and CRISPR RNA (crRNA) to form an effector complex while class 2 systems employ a large, single effector with crRNA to mediate interference. Class 2 type VI CRISPR-Cas13 systems use a single enzyme to target RNA using a programmable crRNA guide and are divided into four subtypes based on the identity of the Cas13 protein (Cas13a-d). The Cas13 proteins are capable of both pre-crRNA processing and target RNA cleavage, which protect the host from phage attacks. Once bound to a target RNA, their non-specific RNase activity is activated. Cas13b has many distinctive features compared to the other Cas13 proteins, including the lack of significant sequence similarity, disparate crRNA repeat region, and double-sided protospacer flanking sequence (PFS)-dependent target RNA cleavage.	4.41013e-23
NC_018721.1|WP_015024773.1|2625148_2626765_-|energy-transducer-TonB	gnl|CDD|320700	cd07341, M56_BlaR1_MecR1_like, Peptidase M56-like including those in BlaR1 and MecR1, integral membrane metallopeptidase. This family contains peptidase M56, which includes zinc metalloprotease domain in MecR1 as well as BlaR1. MecR1 is a transmembrane beta-lactam sensor/signal transducer protein that regulates the expression of an altered penicillin-binding protein PBP2a, which resists inactivation by beta-lactam antibiotics, in methicillin-resistant Staphylococcus aureus (MRSA). BlaR1 regulates the inducible expression of a class A beta-lactamase that hydrolytically destroys certain ?-lactam antibiotics in MRSA. Both, MecR1 and BlaR1, are transmembrane proteins that consist of four transmembrane helices, a cytoplasmic zinc protease domain, and the soluble C-terminal extracellular sensor domain, and are highly similar in sequence and function. The signal for protein expression is transmitted by site-specific proteolytic cleavage of both the transducer, which auto-activates, and the repressor, which is inactivated, unblocking gene transcription. All members contain the zinc metalloprotease motif (HEXXH). Homologs of this peptidase domain are also found in a number of other bacterial genome sequences, most of which are as yet uncharacterized.	1.62849e-18
NC_018721.1|WP_083858545.1|2600722_2601163_+|nuclear-transport-factor-2-family-protein	gnl|CDD|378915	pfam12680, SnoaL_2, SnoaL-like domain. This family contains a large number of proteins that share the SnoaL fold.	6.2174e-09
NC_018721.1|WP_015024777.1|2628381_2629356_-|polyprenyl-synthetase-family-protein	gnl|CDD|376322	pfam00348, polyprenyl_synt, Polyprenyl synthetase.	8.5e-98
NC_018721.1|WP_015024764.1|2606807_2607308_+|DUF4440-domain-containing-protein	gnl|CDD|226769	COG4319, COG4319, Ketosteroid isomerase homolog [Function unknown].	3.14009e-09
NC_018721.1|WP_015024774.1|2626764_2627127_-|BlaI/MecI/CopY-family-transcriptional-regulator	gnl|CDD|367747	pfam03965, Penicillinase_R, Penicillinase repressor. The penicillinase repressor negatively regulates expression of the penicillinase gene. The N-terminal region of this protein is involved in operator recognition, while the C-terminal is responsible for dimerization of the protein.	1.87684e-33
NC_018721.1|WP_015024770.1|2618134_2619925_+|two-pore-domain-potassium-channel-family-protein	gnl|CDD|369572	pfam07885, Ion_trans_2, Ion channel. This family includes the two membrane helix type ion channels found in bacteria.	0.000133205
NC_018721.1|WP_015024772.1|2624007_2625159_-|tetratricopeptide-repeat-protein	gnl|CDD|274350	TIGR02917, TPR_domain_protein, putative PEP-CTERM system TPR-repeat lipoprotein. This protein family occurs in strictly within a subset of Gram-negative bacterial species with the proposed PEP-CTERM/exosortase system, analogous to the LPXTG/sortase system common in Gram-positive bacteria. This protein occurs in a species if and only if a transmembrane histidine kinase (TIGR02916) and a DNA-binding response regulator (TIGR02915) also occur. The present of tetratricopeptide repeats (TPR) suggests protein-protein interaction, possibly for the regulation of PEP-CTERM protein expression, since many PEP-CTERM proteins in these genomes are preceded by a proposed DNA binding site for the response regulator.	2.29386e-11
NC_018721.1|WP_015024775.1|2627245_2628040_+|PhzF-family-phenazine-biosynthesis-protein	gnl|CDD|223461	COG0384, COG0384, Predicted epimerase, PhzC/PhzF homolog [General function prediction only].	5.12766e-64
NC_018721.1|WP_015024117.1|2607465_2608359_-|IS1595-family-transposase	gnl|CDD|372298	pfam12762, DDE_Tnp_IS1595, ISXO2-like transposase domain. This domain probably functions as an integrase that is found in a wide variety of transposases, including ISXO2.	1.98077e-11

Protein sequences

>NC_018721.1|WP_015024765.1|2609902_2613340_+|hypothetical-protein
MESIIGLGLSFNPYKTADKHYFGSFLNLVENNLNAVFAEFKERISYKAKDENISSLIEKHFIDNMSIVDYEKKISILNGYLPIIDFLDDELENNLNTRVKNFKKNFIILAEAIEKLRDYYTHFYHDPITFEDNKEPLLELLDEVLLKTILDVKKKYLKTDKTKEILKDSLREEMDLLVIRKTDELREKKKTNPKIQHTDSSQIKNSIFNDAFQGLLYEDKGNNKKTQVSHRAKTRLNPKDIHKQEERDFEIPLSTSGLVFLMSLFLSKKEIEDFKSNIKGFKGKVVKDENHNSLKYMATHRVYSILAFKGLKYRIKTDTFSKETLMMQMIDELSKVPDCVYQNLSETKQKDFIEDWNEYFKDNEENTENLENSRVVHPVIRKRYEDKFNYFAIRFLDEFANFKTLKFQVFMGYYIHDQRTKTIGTTNITTERTVKEKINVFGKLSKMDNLKKHFFSQLSDDENTDWEFFPNPSYNFLTQADNSPANNIPIYLELKNQQIIKEKDAIKAEVNQTQNRNPNKPSKRDLLNKILKTYEDFHQGDPTAILSLNEIPALLHLFLVKPNNKTGQQIENIIRIKIEKQFKAINHPSKNNKGIPKSLFADTNVRVNAIKLKKDLEAELDMLNKKHIAFKENQKASSNYDKLLKEHQFTPKNKRPELRKYVFYKSEKGEEATWLANDIKRFMPKDFKTKWKGCQHSELQRKLAFYDRHTKQDIKELLSGCEFDHSLLDINAYFQKDNFEDFFSKYLENRIETLEGVLKKLHDFKNEPTPLKGVFKNCFKFLKRQNYVTESPEIIKKRILAKPTFLPRGVFDERPTMKKGKNPLKDKNEFAEWFVEYLENKDYQKFYNAEEYRMRDADFKKNAVIKKQKLKDFYTLQMVNYLLKEVFGKDEMNLQLSELFQTRQERLKLQGIAKKQMNKETGDSSENTRNQTYIWNKDVPVSFFNGKVTIDKVKLKNIGKYKRYERDERVKTFIGYEVDEKWMMYLPHNWKDRYSVKPINVIDLQIQEYEEIRSHELLKEIQNLEQYIYDHTTDKNILLQDGNPNFKMYVLNGLLIGIKQVNIPDFIVLKQNTNFDKIDFTGIASCSELEKKTIILIAIRNKFAHNQLPNKMIYDLANEFLKIEKNETYANYYLKVLKKMISDLA
>NC_018721.1|WP_157609285.1|2609462_2609666_+|hypothetical-protein
MIVLKIYRWNENKKIHHRSLTENKISKYLIYAIDYIILMVNEILIALSINSWNENNKLEKETYKVLL
>NC_018721.1|WP_157609284.1|2608465_2608753_+|hypothetical-protein
MNGLLTGIKQINIEDFIVLKQNTNFDKIDFKGIASYSVLEKKTIILIAIRNKFAHNQLPNKIINDLANEFVKKEKNETYANYYLKVLKKMISDLA
>NC_018721.1|WP_015024117.1|2607465_2608359_-|IS1595-family-transposase
MINFEGQNAQEFYVRFNSVLSCKEYLSEIKWENGFKCVKCNHSACQIRSNYDRTCNKCSHTESASANTLFHKVKFGLDKAFIICFEMATTTRSLSASYLAKRVGVTPYTARMFMYKVRDAMKSSENFPMMNRVEVDEFVVGGKEDGKVGRSYNTKKKKAVVALELTENGKVKRMYVNQINDFSAKELLPIFDKHISKTASINTDLWRGYRPIAKEFNIEQIPSNSGKNFKILHTMIHQIKSWIRTTYSYVSSFHISGYFDEFCYRLNRSRSKKTIFHNLVSRMMQKPKLYQSKLICT
>NC_018721.1|WP_015024764.1|2606807_2607308_+|DUF4440-domain-containing-protein
MKKTNKYLCTLAAGVLMLSLLNSCSEKKDSKEEVSITTEFNLDIVKAEIEEANTNFMALVAAGDSIGLANAYTIDAKFMGAGAPSVTGRKDIQTAMAGIVNSGITRADLRLENIYGTEDLIAEEGELTLYVGDMAVAEEKYIVLWKKEDGKWKLFRDIFNSNLPTE
>NC_018721.1|WP_015024763.1|2604180_2606355_+|prolyl-oligopeptidase-family-serine-peptidase
MKNIIVFAMVILFGTTVFAQWDYPTTKKVEVIDTYFGIDYKDNYQWLEDLTNPEVETWFKEQADFSNATMSKISGRDELIAEWRKLDALQSATFSDLKKVGQRIFFKKRMPGDKVGKIYYRETMDSPDILLFDPLNFKAGKTLSVESFIPSYDGKKLLIGYSESGAEISVLQVLDIDSNTFLPDLIPATAGAMGWTFDDSAFMYMWIKSTDNKDPEGRLNPKTKLHKLGTDYKTDVDFFSNEAYPDMNIPSKAYPYISLSKNAKDFVFAGQGTVAKELILYYAPLDQFNSGNIAWKILCKASNKLINGTSDQGGLPEVFGTKVYAITYKGAEKYKLIATDLKNPDWANAETVVAEKDMSLTGYTRSKDYLLLNYSDGINSHLFKFNPKTKTNTKITLPFMGIARAKCLDTKTNDFIIDLTSWNKPLTEFMLNAETETFTASPFNQTNVYPDAYNELVVEEVEVKGHDGVMIPLSIIYKKGTKKDGSNVCFMRSYGAYGSSANPYFSTLYNALVTKGVVYAVPHVRGGGEKGEAWYKGGFKTTKPNTWKDFISCAEYMIAQGFTQSSKLSGMGTSAGGILISRAITERPDLFAAAINNVGTSNKMRGEFSANGPVNVPEFGTVKDPIEAKALYEMDGMQHVVDRVNYPAVINVAGWTDSRVVAWQPGKFAAALQNATASNKPVLMKVNYDNGHFTEDREVTWANFADQFAFVMWQCGHPDFQQKL
>NC_018721.1|WP_015024762.1|2602384_2604121_+|amidohydrolase-family-protein
MKTALLTAIACLFSIVIYSQTYITNVTITDVENQKMIPNQTVVISKDIISDIQSSKKIKIPENATIIDGTGKYLAPGLTDAHIHFSQNGGLYTRPDAIDLRKFRPYEDEIKISKINMEGKLRRYLKNGITTVFDVGSTLYFLEKSKDFEDKDFAPTIYMTGPLSTTYKPEIYKNFADDAPFSLTQTIEDGIKSVQDQLPYQPDFIKIWYIVGADGLSIEESARKNLPIVKAIIDEAHKNNLKVAVHATQRITAQLALENGADFLVHSVDDEILKPDFVQLMKKNKVVICPTLIVHGGYVNTFGQNLDFSSYELKTTEPHQLGTLLDLKHLSDTLTVNRYRAMGNSKKMLAGLKVADSISRANLKLLSDAGVTIATGTDAGNIGTLHVSSYLAELKAMQASGLSNWQILVASTINGAKVLNKEKEFGSVAVGKKANLILLDASPIDDLENLTKIDKVINKGRVFNPEDLLKDTPEDLAQRQLNGYNFRNIDAFLEPYAEDVEVYNFPDELQYKGKDAMRNSYAQMFANTPNLHCELVNRIVQGKMVIDQELVQAGNRVIEAIAMYHIENEKIQKVYFIK
>NC_018721.1|WP_015024761.1|2601580_2602330_+|hypothetical-protein
MVKIFRKIRHRSISEGKTKKYLLYAIGEIVLVVIGILIALQVNNWNIEKSYKKREAKYLTNIVLDLKKDIVRLEYLVAFRKNRLLGDQKLIQEMNGVLNRDLAEVSKNVVNTLMEQNFSPNNTTFLELTNSGNFNLITNDSIKIFLLELEELYKTNTLNIAHETFDYREYISKPAANLISIDQLFPVFIGVKTIEEQQITRDNFNALFKSRAYKNGLFIMTFMSKSYITAYETIKMKSEKIIELIELTK
>NC_018721.1|WP_015024760.1|2601237_2601402_+|hypothetical-protein
MGCRTKLIPLPQNSFKVDEGDGQIQITTLFKGGIKLTSRKNEIHPKIEEWIISE
>NC_018721.1|WP_083858545.1|2600722_2601163_+|nuclear-transport-factor-2-family-protein
MDDMVFKEQLGIASGSTNLTIIENLYKAFATGDMPTVVGHMDSNIIWNEAESNSLADCNPYIGSEAVLNGVFARIGGMYESFALHNIELHEMSYDKVFATLRYTLKVKATGKEVDVQAAHLWNLKDGKIIEFQQYVDTKKLAYAEK
>NC_018721.1|WP_157609286.1|2614452_2615187_+|hypothetical-protein
MIKFFRKIRQNLIMDKQPTGQAGKTGNYFKYAIGEIVLVVVGILIALSINNWNEARKATIFEDEILNLIDQNLEIDSISISKELYKTKQAVELTDRLLQKVSQKEYGDSLNNWMGKIISFERFKSQSSAFEVLKARGIEAISNKELQIKLISYYDESLYKLYESLDDVNVSFKADWVPVIKTDFSDFKWKEYCIPTDPKAFFEKPSSIILFKIYKDNRSGQVGNMESALAKLSEIRTLIKEDFK
>NC_018721.1|WP_015024769.1|2617209_2617962_+|hypothetical-protein
MIKLFKKIRQNLLLENKTSKYFKYAFGEIVLVVIGILIALSINNWKEDKSEEKQLHTNIISIKEDLQEESLIMTTIINTLDNQEQASLHIIPIMESENKVIIDSLKFIIDFNSFATTPILVDRNNTWELLTSSGKLAEFPDDDLLKLLQDYYNKYDELRTNFNNSANPVRLKLRQLKYELFSDSEHRKFFPTESPTVPSKTLYSSIFEDPTVLPLCRFIGSSATYFENEFDGLNKALLVITYIDKYYSKK
>NC_018721.1|WP_015024770.1|2618134_2619925_+|two-pore-domain-potassium-channel-family-protein
MIQPINAMRSSLNRPKSKYRDLINLIVLTIAILGPFLTVNAQSKKPLIDLFYEALSLTETDSLVRESGDFYELSLENYALEEISPAAIIKKFPEAKKYLVNDSIMIIKPYFEIQGFIEDFSKADPKITIKNFQFESDALINLNLYGKLKEEVFNASDLKFEYCHFKKELLIWFSNFSMTFAHNTIDRLQVINETVVSPRIAIHKNTIHVLGMWTATPREVIIANNNLGLVEIDRTSARKLLFLNNTITVPKTVKKEWYSTVRAGEISKLVYSGVLNRDSANEYRRLQGNVLFQISSDERYISTLEISGNRFLDPSHKTAVIFNQLSQNMVVTNNVFETPVIMRPVVSNRFVMEQNLFETITMEASMPNTPQNYVVVDWNDLKGKLNWQESEGTTPYYGVSKEELADKTRFFNLIAGYSRLLEVYKSYGNLDDANDVFLDMKELHLKRYEYLYQTEGGTTNFFQLNLNRLLKVYTRHGTDPAQAMTASLWIIIFFSVIYFFFPSDWDVYSKSKLMADFKSFTEKNEKGYFKPFFKLLTGVVSSFFNAITLSVNSFVTLGFGTIPTTGLAKYICIFQGFLGWFLLSIFIVALINQILI
>NC_018721.1|WP_041758788.1|2620596_2621682_-|acyloxyacyl-hydrolase
MLFLIVFNVISFVTKAQDDGIFTESRPTVLGVSFDYGNLLKHTESLRQIDDAYPFAIKLDWSKHLITQESWDFCNCFPRVGVSLAYWDWDNPEVLGIGIIPLAYVEPYFLTQKRINLFVRMGLGGAFLTKQYDEISNPLNESYSTLFNFMIVLGVGVNYRLTDKLNLRLAAKYNHISNGGVRTPNKGLNFPSLNIGLNTSLEPIEFPSLTKNGKREPPEDKTRWSVVHFSGWSNANVGDKDKFYVLGFQGNYAKWVGGRSALTAGTEWTFDYSRKERFNLEGSNAAFGQGAFLGGHEFWLGSVTFSQQIGVYYFKQNRSTDSVYQRYGLSYLFTKHVFAGFNLKAHLHVADFFDFRIGYVF
>NC_018721.1|WP_015024772.1|2624007_2625159_-|tetratricopeptide-repeat-protein
MKIKTSFILLILVHLFGGVQVSFGQDLDSLFAVGEYSKVLENYENSPPTHFESKILRARSLHAKRFYKEALDAYSEALFTEEDKPRYQFVYAKLLKDNDQFKFADSLFTQLHEHYPSNPEFSYQLGLTKAERGSKSVDIFYLKALQQDPSHQAAAYALAKYYFKIRSFKKAEETCQTALTYNPSNQKIIGLQGQIYYQQRKLNLALEAFENLERLTTPPKFIVEKMAIAYANTSQHQKSIVYYKQLLRTDPKNFRYHHQLAKVYSMLKDFESAESHAQLSIGLKDTSLDQERFTLALAKIKQDKLKEGIQLLELVIEESPKFERAYVEMALAADRLYTDTNKKLAYYKRYETQFDNDETSAFKNIIYRRLTDLKREEHFKAND
>NC_018721.1|WP_015024773.1|2625148_2626765_-|energy-transducer-TonB
MGLYILDVILFQSCFLGLYLVFKKETFYSYNRLYLLGTALLSFILPLLDLGFLAFDLGSANAAEQNTSQLQNYFLMGEEVNLTTSGQTSTPQTSSWSLDAILKLVYLIGFSVFCVKFSIGYWKLKQVIATATFDSYKENIKCYSLSSSNTAFTFWNSIFIGDQIAEDQRDKIIVHELEHAKANHGADLLFSEIVRALLWLSPAHHVLKIELLLVHELQADAVAAQHISKKEYAQSLLNQAFGTQNFEFSNSFFNHSQLKLRLMMLQKKNSNSRSKLKYLLILPLVALMLTYTACKEESKEDIQQLTGQSEAKQLKAQYMNELKDAVEKYGMFSDDMPNKFEFKKDNEINSKEDFYRRNVYMIFMAEKMEEKSTERTKITYSDNVVFQKFKTQTYDEFLEEIKNKDEIVEVIEEEAIGDVPFAVIENVPVFPGCESLDSNDERKECMSKEISQFVNENFNTDLASGLGLKGTNRVYVQFKIDKTGKIVNVRARAPHPILQAEGERIINKLPAMKPGKQKGEKVGVLYSLPITFKVSNED
>NC_018721.1|WP_015024774.1|2626764_2627127_-|BlaI/MecI/CopY-family-transcriptional-regulator
MRPLTRAEEDIMHLLWQRENARVAELIVDMPEPKPAYNTVSTIIRILEDKGFVGHEKAGRGFKYFALVDKSTYQKASMKKMVNSYYEGSFKNMVSFFVKEKNMSAKDLESILKDIDKTED
>NC_018721.1|WP_015024775.1|2627245_2628040_+|PhzF-family-phenazine-biosynthesis-protein
MATIYQVDAFTDQLFKGNPAGVMLLENGFLEEDLMQNIVKEMNVSEVAFVVPREKEFDIRFFTPKAEVPLCGHATLSAAHILFETEYVSSSETIRFNAMKDVLEITSIGGKLQMKFPEYELRPISILAADQNLLNINVEEAFGVTNNWKLLVLSSEEELQKFVPQAKQLQDLGLGQSIFTAASNTPDRDIVCRCFVPNLGILEDPVTGSAHCALGVYWSKKLNTSFLKSEQISERKGQLKLEMKQGSVFILGEAKTVFKAEFYI
>NC_018721.1|WP_015024776.1|2628030_2628381_-|hypothetical-protein
MNCPSQLNEVIYQVDKYAEVWEQLIQQLNKDIALVGLTDIELQTKITPEELWNGLQPIFSELMHKRTASFIHLLYRIDIHEKEIQDLMRHDDFLERLVYRVVERSFQKIYWRSVYM
>NC_018721.1|WP_015024777.1|2628381_2629356_-|polyprenyl-synthetase-family-protein
MLDLEAYKLSFLEYMEAQVPKKEPRNLYEPIEYILGLGGKRLRPVLVLMSADIFGGGREKAMDAALAIEIFHNFSLVHDDIMDDAPLRRGQQTVHEKWNINTGILSGDAMLINAYQLFENYPAEHFKPLAELFTKTAIEVCEGQQYDVDFEERDDVTIEEYLKMIEYKTAVLVGAALKMGAILSDVSQNVQNKIYEFGRLLGIAFQIQDDYLDTFGEQAVFGKQIGGDIIENKKTYLYLRALELADQSSAEQLKHLYTISPENPSNKIETAKQIFEDSGAGKATTAKIKEYTEIAFGRLDDIEVPQKGKDFLIQFGTNLMNRKM

Crispr_ID: NC_018721_9

• CRISPR_ID: NC_018721_9
• CRISPR_location: 3963727-3964088
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 7 spacers

Consensus repeat of NC_018721_9

Consensus_repeat	Method
AGACCCTGAAATGAATTCAG	CRT

spacers of NC_018721_9

>9.1|3963747|30|NC_018721|CRT
GGTAACAAGTTGTGGTGGCTTGTGGCTGTG
>9.2|3963797|30|NC_018721|CRT
GGTGACAAGTTGTGGTGGCTTGTGGCTGTG
>9.3|3963847|30|NC_018721|CRT
GGTGATAAGTTGTGGTGGCTTGTGGCTGTG
>9.4|3963897|29|NC_018721|CRT
AGTGACAAGGTTTGAATTTTGGAGTTGTA
>9.5|3963946|30|NC_018721|CRT
GGTGACAAGTTGTGGTGGCTTGTGGCTGTG
>9.6|3963996|29|NC_018721|CRT
AGTGACAAGGTTTGAATTTTGGAGTTGTA
>9.7|3964045|24|NC_018721|CRT
GGTAACAATTCAACTTGATTTTGT

CRISPR arrays and Neighbor proteins around NC_018721_9

CRISPR arrays

The CRISPR arrays of NC_018721_9

>merge|NC_018721|9|3963727-3964088|CRT
AGACCCTGGAATGACTTCAGGGTAACAAGTTGTGGTGGCTTGTGGCTGTGAGACCCTAAAATGAATTCAGGGTGACAAGTTGTGGTGGCTTGTGGCTGTGAGACCCTGAAATAAATTCAGGGTGATAAGTTGTGGTGGCTTGTGGCTGTGAGACCCTGAAATGAATTCAGAGTGACAAGGTTTGAATTTTGGAGTTGTAAGACCCTGAAATGAATTCAGGGTGACAAGTTGTGGTGGCTTGTGGCTGTGAGACCCTGAAATGAATTCAGAGTGACAAGGTTTGAATTTTGGAGTTGTAAGACCCTGAAATGAATTCAGGGTAACAATTCAACTTGATTTTGTACATGCTGAATTTATTTCAG

>NC_018721|9|3|3963727-3964088|CRT
AGACCCTGGAATGACTTCAG	GGTAACAAGTTGTGGTGGCTTGTGGCTGTG
AGACCCTAAAATGAATTCAG	GGTGACAAGTTGTGGTGGCTTGTGGCTGTG
AGACCCTGAAATAAATTCAG	GGTGATAAGTTGTGGTGGCTTGTGGCTGTG
AGACCCTGAAATGAATTCAG	AGTGACAAGGTTTGAATTTTGGAGTTGTA
AGACCCTGAAATGAATTCAG	GGTGACAAGTTGTGGTGGCTTGTGGCTGTG
AGACCCTGAAATGAATTCAG	AGTGACAAGGTTTGAATTTTGGAGTTGTA
AGACCCTGAAATGAATTCAG	GGTAACAATTCAACTTGATTTTGT
ACATGCTGAATTTATTTCAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_041758485.1|3949887_3950397_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025868.1|3967483_3968227_-|DUF2807-domain-containing-protein	unknown	unknown	gnl|CDD|371327
NC_018721.1|WP_015025867.1|3966746_3967421_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213222
NC_018721.1|WP_015025870.1|3970764_3973119_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025865.1|3963095_3963398_+|GIY-YIG-nuclease-family-protein	unknown	unknown	gnl|CDD|198395
NC_018721.1|WP_015025857.1|3953033_3954365_+|DEAD/DEAH-box-helicase	unknown	unknown	gnl|CDD|236977
NC_018721.1|WP_015025861.1|3956586_3957339_-|arylesterase	unknown	unknown	gnl|CDD|238860
NC_018721.1|WP_015025874.1|3981481_3983929_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025875.1|3984202_3986617_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025864.1|3960652_3962464_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224055
NC_018721.1|WP_015025859.1|3955344_3955635_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|376540
NC_018721.1|WP_157609434.1|3964736_3966128_-|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NC_018721.1|WP_015025862.1|3957363_3958053_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213222
NC_018721.1|WP_015025872.1|3976191_3978624_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025856.1|3951696_3953028_+|DEAD/DEAH-box-helicase	unknown	unknown	gnl|CDD|223587
NC_018721.1|WP_015025858.1|3954998_3955355_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin	unknown	unknown	gnl|CDD|377579
NC_018721.1|WP_015025873.1|3978802_3981244_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025869.1|3968289_3970674_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025871.1|3973474_3975835_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025863.1|3958100_3960596_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|225669

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015025868.1|3967483_3968227_-|DUF2807-domain-containing-protein	gnl|CDD|371327	pfam10988, DUF2807, Putative auto-transporter adhesin, head GIN domain. This bacterial family of proteins shows structural similarity to other pectin lyase families. Although structures from this family align with acetyl-transferases, there is no conservation of catalytic residues found. It is likely that the function is one of cell-adhesion. In Structure 3jx8, it is interesting to note that the sequence of contains several well defined sequence repeats, centred around GSG motifs defining the tight beta turn between the two sheets of the super-helix; there are 8 such repeats in the C-terminal half of the protein, which could be grouped into 4 repeats of two. It seems likely that this family belongs to the superfamily of trimeric auto-transporter adhesins (TAAs), which are important virulence factors in Gram-negative pathogens. In the case of Parabacteroides distasonis, which is a component of the normal distal human gut microbiota, TAA-like complexes probably modulate adherence to the host (information derived from TOPSAN).	1.35538e-25
NC_018721.1|WP_015025867.1|3966746_3967421_-|ABC-transporter-ATP-binding-protein	gnl|CDD|213222	cd03255, ABC_MJ0796_LolCDE_FtsE, ATP-binding cassette domain of the transporters involved in export of lipoprotein and macrolide, and cell division protein. This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of lipoproteins from the cytoplasmic membrane (LolCDE). They are clustered together phylogenetically. MacAB is an exporter that confers resistance to macrolides, while the LolCDE system is not a transporter at all. An FtsE null mutants showed filamentous growth and appeared viable on high salt medium only, indicating a role for FtsE in cell division and/or salt transport. The LolCDE complex catalyzes the release of lipoproteins from the cytoplasmic membrane prior to their targeting to the outer membrane.	4.80378e-96
NC_018721.1|WP_015025870.1|3970764_3973119_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	1.15596e-74
NC_018721.1|WP_015025865.1|3963095_3963398_+|GIY-YIG-nuclease-family-protein	gnl|CDD|198395	cd10448, GIY-YIG_unchar_3, GIY-YIG domain of uncharacterized hypothetical protein found in bacteria. The family includes a group of uncharacterized bacterial proteins with a GIY-YIG domain that shows statistically significant similarity to the N-terminal catalytic domains of GIY-YIG family of intron-encoded homing endonuclease I-TevI and catalytic GIY-YIG domain of nucleotide excision repair endonuclease UvrC.	4.69429e-46
NC_018721.1|WP_015025857.1|3953033_3954365_+|DEAD/DEAH-box-helicase	gnl|CDD|236977	PRK11776, PRK11776, ATP-dependent RNA helicase DbpA; Provisional.	1.65421e-95
NC_018721.1|WP_015025861.1|3956586_3957339_-|arylesterase	gnl|CDD|238860	cd01822, Lysophospholipase_L1_like, Lysophospholipase L1-like subgroup of SGNH-hydrolases. The best characterized member in this family is TesA, an E. coli periplasmic protein with thioesterase, esterase, arylesterase, protease and lysophospholipase activity.	1.78443e-86
NC_018721.1|WP_015025874.1|3981481_3983929_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	1.0082e-54
NC_018721.1|WP_015025875.1|3984202_3986617_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	9.04975e-41
NC_018721.1|WP_015025864.1|3960652_3962464_+|ABC-transporter-ATP-binding-protein	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	1.25098e-92
NC_018721.1|WP_015025859.1|3955344_3955635_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|376540	pfam01381, HTH_3, Helix-turn-helix. This large family of DNA binding helix-turn helix proteins includes Cro and CI. Within Neisseria gonorrhoeae NGO_0477, the full protein fold incorporates a helix-turn-helix motif, but the function of this member is unlikely to be that of a DNA-binding regulator, the function of most other members, so is not necessarily characteristic of the whole family.	3.06648e-09
NC_018721.1|WP_157609434.1|3964736_3966128_-|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	3.04224e-44
NC_018721.1|WP_015025862.1|3957363_3958053_+|ABC-transporter-ATP-binding-protein	gnl|CDD|213222	cd03255, ABC_MJ0796_LolCDE_FtsE, ATP-binding cassette domain of the transporters involved in export of lipoprotein and macrolide, and cell division protein. This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of lipoproteins from the cytoplasmic membrane (LolCDE). They are clustered together phylogenetically. MacAB is an exporter that confers resistance to macrolides, while the LolCDE system is not a transporter at all. An FtsE null mutants showed filamentous growth and appeared viable on high salt medium only, indicating a role for FtsE in cell division and/or salt transport. The LolCDE complex catalyzes the release of lipoproteins from the cytoplasmic membrane prior to their targeting to the outer membrane.	5.07228e-108
NC_018721.1|WP_015025872.1|3976191_3978624_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	2.30033e-73
NC_018721.1|WP_015025856.1|3951696_3953028_+|DEAD/DEAH-box-helicase	gnl|CDD|223587	COG0513, SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis].	4.0485e-131
NC_018721.1|WP_015025858.1|3954998_3955355_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin	gnl|CDD|377579	pfam05973, Gp49, Phage derived protein Gp49-like (DUF891). This family consists of hypothetical bacterial proteins of unknown function as well as phage Gp49 proteins.	1.97391e-24
NC_018721.1|WP_015025873.1|3978802_3981244_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	5.17651e-37
NC_018721.1|WP_015025869.1|3968289_3970674_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	3.11769e-36
NC_018721.1|WP_015025871.1|3973474_3975835_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	1.2706e-68
NC_018721.1|WP_015025863.1|3958100_3960596_+|ABC-transporter-permease	gnl|CDD|225669	COG3127, COG3127, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, permease component [Secondary metabolites biosynthesis, transport, and catabolism].	1.83189e-114

Protein sequences

>NC_018721.1|WP_015025865.1|3963095_3963398_+|GIY-YIG-nuclease-family-protein
MPKRAYHNYWVYILTNKPNGILYIGVTGGIDYRMERHTTGTGSKFTSKYNLKIMVYLEEFQYIEDAIAREKQLKSWHRQWKLNLIEKDNPNWKDLWVKLG
>NC_018721.1|WP_015025864.1|3960652_3962464_+|ABC-transporter-ATP-binding-protein
MVSVSENKNDFASLRFIPRFLSRVYQTHPGLFIGNVFLRLLKSLIPITLLWVGKEIIDEVILRVDLDTSDLNRLYWLIGIELLLAILSDVFNRLISLTDGLLGDLYSNASSIELIQKTAKVELASLEDSEFYDKLERARQQTSSRVSLMSNVLAQIQDIITIISLVSGLIYFYPILIVLLVISIIPSFINELKYSQSSYSLQKSWTPERRELDYMRMIGASDVTAKEIKLFGLADFISSTFKRISDKYYKANKKLSIKKSLWGGVFHILGDLAYYGAYVFIVLKAVAGLVTIGDLTFLAGSFSQLRNQLQTVFSRFSNITQSAMYLQDYFEFVDMDFSGDNPEQYRAAPSEFNHSIHFDNVSFSYPQSEKMVLSSLTFDLKKGEKLALVGENGAGKTTLIKLLLRLYEPTGGQILMDGVPIREYRKEDYQKMLGAIFQDFVKYYLTAKINIAVGNIDEEHNIDKIKDAAVQSLANEVIESLPMGYDQGLGRRFKKGAELSGGQWQKIALARAYMSDAPIIILDEPTSALDARAESEVFQRFIGLTKDRTSIIISHRFSTVRMANRILVLQNGSILELGTHKELLANPKLYAELFELQAEGYRE
>NC_018721.1|WP_015025863.1|3958100_3960596_+|ABC-transporter-permease
MAWRDAKASRVRLLLFMASIILGIAAVVSIQLFSINLKDNIQLQSKALMGADYIIDSRKQPTERAQAIIDSLNPDASEVNFVSMIAFPKSGGTKLVKVRALKGDFPFYGTIDTEPASAASTYQDSGGALVDATLLLQFDIQPGDSIKVGELTLPIAGALKAIPGTTAISTSVAPSVIIPNRFVESTELLQFGSRKEYQFFYKASDTLNLSQFEEKINPMLEAENSDLDTHTSTSERLGNRYDNVGKFLYLAAFIALLLGCVGIASSVHIYIKEKLRAIAVLKCMGASRKQSFLIFLIQIAGIGVTGGLVGSLIGVGLQVLFPYILQEFLPFAVEISISFQPILIGVFLGLFMSVLFALLPLLRTWYVSPLEVLRINEKASQGPKKARFFVFAGILIFLFLFSLWLLEDILYAFGFVGATLITFAVLAGTALLSMKLIRTYFPKRWGFISRQSLLNLFRPNNQTVVLVVAIGLGTFLISTLYFTKDILLAKTDIEQSAETANMIILDLQTDQRDAVEQQLIENDLPTLDNISLVTMRMQKIKDQQVNEIRQDSTSQIRGWILNHEFRTTYRDTLIDSEEIIEGEWIPELESGDPVKISISDNLAEDAKLRVGDAVVFNVQGVLMETTVGSIRKVDWGQIQLNFSIVFPKGVLEKAPQFNVITTAVPDEEASAKLQRNLVAKFPNVSVIDLRQVYTILEDILDKISWIINFMAFFSILTGIIVLIGSVRTSKYQRIKESVLLRTLGAKNTQILKITALEYLFLGLLGSLVGILLALVSSFCLALLVFKEPFVPSLIPFLVFLPGITLLVLVIGLSNIQTVLRSSPLEVLRKEG
>NC_018721.1|WP_015025862.1|3957363_3958053_+|ABC-transporter-ATP-binding-protein
MPKILKITGLEKTYSSGHKELTVLQNISFEVEKGQTFSIVGPSGSGKTTLLGLCAGLDNPNAGSVELCGQDLSHLNEDQRAQLRNKEVGFIFQNFQLLPTLTALENVSVPLELQGDKAAAKKSMVLLEKVGLADRSDHYPSQLSGGEQQRVALARAFANAPSILFADEPTGNLDEETGEKVIKLLFDLNKEAGTTLVIISHDLELANRTQQILRLKGGQVLTNQRTEVL
>NC_018721.1|WP_015025861.1|3956586_3957339_-|arylesterase
MSEAQNRQMNLILPTSAMQKLIRLCYIIPLILILGCGSDKKKKTTQEETATQQTKPSQLAEASENNTETILCFGDSITAGYGLEDSNDAFPAVLQEKIDSLNLKYIVVNSGLSGETTAGGKSRIDWVLNQDIDIFLLELGANDGLRGVPLSETRSNLQAIIRTVKEKSPKTKVILAGMQLPPNMGQKYTTEFRELFSELAEANNLAFIPFILKDVGGIAELNQSDGIHPTVDGHKIVAHTVWEVLKPMLE
>NC_018721.1|WP_015025859.1|3955344_3955635_+|helix-turn-helix-transcriptional-regulator
METKSWKEIKNTVYGKKGTERRDELDRDFESFKIGLLLRNAREEKNLTQEQLGELIDKKRTYISRVENNGSNLTLKTLFDIVEKGLGGKVNISIEV
>NC_018721.1|WP_015025858.1|3954998_3955355_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin
MEKVRQVIQYKNYFEKFLLAQPKKVQDKIFKVIEIIETYQHVPKTYLAPMKTDKGLFEARIKLGSNIWRVFCFFDKGKLVILLNGFTKKTQKTPKKEIDKAVRLMKEYYEEKNKGNGN
>NC_018721.1|WP_015025857.1|3953033_3954365_+|DEAD/DEAH-box-helicase
MANHIKSQEDILRKLNIQVLNPMQEEAIPLIENTTNTILLSPTGTGKTLAFSLPLLTILDPESPDVQVLILVPSRELAIQIEQVIRTMGSGYKVNAVYGGRPVSKDKIEIKHNPAILIGTPGRILDHFNSERFSKTSIQTLILDEFDKSLEVGFEEEMKAIISQLPNLNKRVLTSATQSLSIPGFVRLDKPSIVNYLNKKTPSKLTIKTVISPSQSKLKTLVDLVHHLGNAPGIVFCNLRDSIDEVSSYLNRQNISHACFSGVMEQKDRERALIKFRNGSSQILVATDLAARGIDIPELKFIIHYELPRHEEEFIHRNGRTARVNSKGTAYILKWERESLPEFIKDVKGIDVSSKSSQKIQSKPQYWETLFISGGRKDKISKGDIAGLFFKQGGLNKDQLGNIELKPDCAFVAIPLSLADELVEKLSNSRLKKKKVRISVLES
>NC_018721.1|WP_015025856.1|3951696_3953028_+|DEAD/DEAH-box-helicase
MSKQFLDLGINEHLQRSLVDLQISVPTEVQEKTIPVVLNQNEDLVVLSKTGSGKTAAFGLPLLQLIDTENTSIQTLILAPTRELGQQIYNNLISFASWSDQIHIASLCGGTPIKPQIENLNSTTHLVVATPGRLLDLIKREAIDLKHLKYVVLDEADEMLSALKFEVDTIIKAIPKTRRTLLFTATMSGTVKQLVQNYMSKDLVTIEVDTTTLGHQGIDHHYVVVEPIEKLDVLLHFLNSKGGERGIIFCKTKAAVNKLAKKLAINKFSSGAIHGSLTQGIRDRIMGQFREGHIDILVATDLAARGIDVKEVSYVVNYHLPDTYEAYVHRSGRTARAGAKGLSLTILQHEEIAEITDFENELGIVFHKFKKADAQSIEENNALLWAKKIFKTKPNREVSEEFKTKIKTVFHHLTKEELVDKVLAHHLAQSSTEHSTSDRSKKK
>NC_018721.1|WP_041758485.1|3949887_3950397_+|hypothetical-protein
MTCNTATTKENVKTYLDNEYNYKYLNKIVHFKYNKEDVIYCENRIKLNENVIFQFSSFSGSPDERINHPYKDQSKLIKERKELSTNYVGLILRFKSVDSLAFSYGREFFYAFCSYKIDFHTCFYDNNSLILHLEDSDSIKKIQFKMKKSYLNTIRVESILNPLITSNEN
>NC_018721.1|WP_157609434.1|3964736_3966128_-|TolC-family-protein
MGLAGYTQNETNTSYSLDECISIALKNNLDLKSTNLVANSEKVNYQRSKANLLPRLNGDFNLGVNDGRSIDPFTNDFITQELTFSNVRLSLDVTIFNGFRLLNTAKQNRLNKKASELEIEAAKQDLILNVTLAYLQVLNTRDVLQLTKVRLETTQQQLDIQEGFYENESGNPADYADIIGQVASDETSILVSESSLNNAKLNLVRLLNVDEAIHFDTKGLILDFEEYGLSADEVYTQAIQNLAIFKAGELRIEASEKGVSIAKSQFTPEISLFGGINTNYSSAAQLFNSTGTSIAETGDFISLDGQNLMVMSEQTSFAAQSINFRDQLDNNLNTVVGVAVNVPLFNGFRAKNNMALEKIRVEESLLELERTHLDIKNAIAQVHFDMEAVYKRYNSFLSQVEAYKESYRINDIRFKNGVSNFLNYITSKNNLDNAKVNLANAKYDYLLRVKVLDYYRGTEDRFN
>NC_018721.1|WP_015025867.1|3966746_3967421_-|ABC-transporter-ATP-binding-protein
MENTLLTTEEAFRTVNSGRKTVTLLDNINLTVKEGEFISLMGPSGSGKSTLLNCIGMLDDFTEGSYTFLDEPVHSLKERNRSKLYKEYIGFVFQAYHLIDELTVYENIETPLLYKSVKSSQRKAMVADMLDRFNIVGKKDLFPSQLSGGQQQLVGIARALIGEPKLILADEPTGNLNSKQSEEIMKLFSELNKEGVTIIQATHSESNAAYGSRIINLLDGKIVS
>NC_018721.1|WP_015025868.1|3967483_3968227_-|DUF2807-domain-containing-protein
MKNLMRVAMLSLICTSQMVLAQTKKTVESFSKVTISPHIETTFVQGDEESVTILKSTEPEDKINIEVKGDNLRVYLEGAKETTKTKKTNKNGAKMNVPIYKGKVLSILITYKYIEELSIRGEQPILCESLIDVEKFKLSIYGDSEVTFNEVNIQELDVNSYGENKLTIHKGSIYEQKLTAYGESYFDLIEVNNTTSKLTAYGEAKFLINASERIKFTAYGEAELSYKGTADIVTGIRIGDSKVQRID
>NC_018721.1|WP_015025869.1|3968289_3970674_-|ABC-transporter-permease
MIRSYIKIAWRNLKTNRLFSIVNIVGLSIGLASTLVLFLFILQERSFDNMYANKDHIYRVLLNTTEDDLETWANVPSALAPELKATIPTIVESGRFFHHGFGESASIKTDNDVFIEDKLFWSDASILDIFNVEILKGTGSENLNNPNTILLSKSTAKRYFGDENPLGKTLTIDNTTSFEVKGIFKDFSDNSSLNFNAIAPFMMQNFAKNPSWNNASFETFVMFDSATPVIRDVELKIQDILNKNVEKEALWYTFSLQPLERIHLYSSNYSDSYITNYGDINQIRNLTALALLILLIACINYMNLITARSQKRATDVGINKTLGASVKDIIIRFYIETGLITAIAMVLGGLFAVITLPIFNELAGKHLAISSLFTIKILGFLVLIWLVTTLFSGSYPALYLSRFSPKEVIKPTSNKGGIASVIRKGLVVVQFSASVVLIIGVIVIHQQLEFIQNISLGYNPENIIAISTSGIRNEGSGRALVNAYEQLPNVSAVTRSQGYPGLGVSGRSIYKRSTEQSMGIQTNRAEQNIADVLQLNLVSGQLLPKIKQQGDTLVEVLVNKTTVDFLGLSPEEAIGEKVAMQLGNNAYICGVVDDFNFASLHSPIGAYAFHNAQREPKSYLLVRFENEILTETISRFENTFKTLAPNTAFKYTFLDKNLELLYEKEQRTANVGLLFSILAILVACLGLFGLAAYMSEQRNKEIGIRKVFGASVAGIVQLLSLDFIKLVLVALVISFPLALYLMKSWLRDFAYRIEISWTVFLTAGILALGIAMLTVSFQAIKAAIANPIKSLKTE
>NC_018721.1|WP_015025870.1|3970764_3973119_-|ABC-transporter-permease
MILNYIKIAFRTLLKNKGYSFLNIFGLAIGMTCASFIFLWVEDEVSFNSDFAKQDQVYYVPTHQEYDGEWRTFNSTPGPLAEAMKTEIPGVIRAARTKHRDFLFAVDDNAINSSGRYVDEDFINIFSLSFIEGNAKTAFKNPEAIVITKKTAEQLFGKNVKALGEVLKVNNTDNYLITGVIENLPKNVTFPFNWIAPFQRYSNGQDWMTEYGSFFADTFLELSPEADFAAVDAQVRSLIEKKTDDSNSKAFLHSIKDWHLRDNFENGKQVDGRITYVRLFSFIALIILLIACINFMNLSTARSEKRANEVGVRKAMGSGRSRLIIQFISEALVLAFIATLVSILVLFVLLPQFNLLVEKNLLLGLAKPSHIIFLLGVTLFCGIFAGLYPAFYLSAFKPVEVLKGLKATHGSATFIRKGLVVGQFTISIVFIICTILVYQQIQHVKNRDLGFDKDQLISLKVNGTMIEEFSVIKQDLINTGAVTSIGLNNSGVLDGGNNGSGLEWMGGTNTEDVLISFRYISSDFLETAGIELAEGHGFSENRAKDSTSVLITESFAKLMGDGSAIGKKVIRWEDTYTVIGVVKDYLYEDMYGQSDPVLFFNYHGEASFMYLKMNPEITTNALLSKVEAVLKKHNPAYPFEYTFVDDTFNAKFKSEQLIGKLSQLFALLAILISCLGLFGLAAYTAEQRSKEIGIRKVLGASVSGLVKLLSKDFLKLVGISILIAIPMAWYGMDNWLQDYAYRIEIDWWIFVVAGVIAILIALLTVSFQAIKAALANPVDSLKTE
>NC_018721.1|WP_015025871.1|3973474_3975835_-|ABC-transporter-permease
MILNYIKIASRTLLKNKAYSFLNIFGLAIGITCASLIFLWVEDEVSFNTSFKKQDQVYYVPTNHNFSGEWRTFYSTPGPLAKALKDEIPEVIRSIVTIGANLVFPIQDDHIGSIGKYADEDIFEIFSLAFIEGNAKDAFKSQEAIVLTEDMVVLLYGENTKVLGKTIRMSNGDDYMVTGVIENLPANVTFGFNWLAPFERYAKRQNDILGYDNNFADTFVELSPEANFEIADSKVRQILLKKNGDSPTGTYAFLHTMKDWHLRSKFEDGKVVGGRIAYVRLFSIIAIIILLIACINFMNLSTARSEKRANEIGVRKAMGSGRSRLIIQFISEALLLAFIATSISIVFLFILLPEFNLLIEKDLALGLAKPMHILFLLGITLVCGIFAGLYPAFYLSAFKPVEVLKGLKVTQGSATFIRKGLVVGQFTMSIVFIIATILVYQQIQHVKNRDLGYDKNQLLVMRANDKVIQKFSVIKKDLINTGVVKNTALCNSVVLSGGSNRTGLKWDSAEPTEDVLISLRHVSSEFIQTIGMEIVEGRNFSTIMIQDSTNVLITQSFADLMGKGSALGKKVTIDEKAYQVKGVVKNYLYGDMYGTSDPVLFFNNANYGNFLYVKIEDEISAALAISKIKAVMKKHNPVFPFDYNFVDNIFDARFKNEQLISKLSQLFALLAILISCLGLFGLAAYTVERRSKEIGIRKVLGASVSGLVKLLSKDFLRLVGISILIAVPIAWYAMENWLQDYAYRIEINLWIFIISGGVALLIAMLTVSFQAIKAALANPVDSLRTE
>NC_018721.1|WP_015025872.1|3976191_3978624_-|ABC-transporter-permease
MIKNYFKIAWRNLLKNKGFTAINIIGLSLGIGCFIMISMFVIDELSYDRYHEKADRIYRVNSDFIFAGAEMSMAVSSDPMGETLKSDYPEVEDYVRLYASQGSKLIKNGNEYINESKVVHADSTLFNVFTLPPIIGDTRTALKAPNTVVITEIAAKRYFGSAELAMGEMLETGDDNKTLYKVTAVIEDLPKNSHFNFDFFFSMANVDYNFGNYLSANFHTYVLLKEGTDYKIFNKNFKEVIEKYLLPQAAEFMQIKSMEEFEANGNKIEYALMPLTDIHLHSSRGVELSANGNIQYVYIFSAAALFILLIACINFMNLTTAKSSGRAKEVGIRKVLGSKKKALIGQFLTESTLIAFLALFVGLLFVWLSLGWFNGISGKEMLMSSLLSPKFIIFIFLLPFIVGGLAGAYPAFFLSSFKPIKVLKGTLSTGHKRNTLRNFLVVFQFATSIILIVGTTVIYKQINHIQSANLGFNKEQVLVVNNSGLSRETRQSLKNEIEQLTAVKSASFAGFLPVSSSSRSSTIFSTETVMTESNGFNMQYWDVDYAYVETIGMKMSEGRNFSRDFGSDSTAIILNETAVKLAGFQNPIGKKIYREKKNSDLQVYTIIGVVENFNFASLRENVGGLSLKLGNNSWETAYRFNTADVNGLLSTIENKYKAAAPGMPFKYEFLDEAFENMYRQERRVGTVALVFALLAIIIACLGLFGLATYIAEQRTKEIGIRKVLGASVTNIVKMLSTDFVKLVMLAFVIATPIAWWFMNKWLQEFAFRIDLHWGVFVVTGLVALVIALITLSFQAIRAAMANPVVSLKTE
>NC_018721.1|WP_015025873.1|3978802_3981244_-|ABC-transporter-permease
MIKNYFKIAWRNLWKHKLFSTINIISLAIGFSASFVIGLMVYYDLTFDKFHPDSELIYRVTSTFTTNDSEGTNGGIPMPYINEVKNNISAVEFSSGIHVANLQKVKEEATKKTFKNPDYVIFTDSEYFQIFNYNWLAGNSEIALNAPNQVVLTNKRAQKYFPSLQPDKVIGQTLVYNDSIQTTVSGIVASFEERSDLIFEEFLSLETAKKTSSNGYIFDPQWDNTSSSSQLFVKVINPSANSVIKEKMDALAVEHRSDWAIKYNMSQSFNLQPLRDLHFNTEVGLFNFSEEPADKSVMVGLGLIALFLLLLGVINFINFNTAQANQRAKEIGIRKTLGSSKKQLVFQFMGETLLLTIASALISVVFAYWLLHVFSDFTPKGLEFSLFKDPLIIGFALVLIALVTFLSGIYPALVLTQYKPISVLKNQVVNKAGKPALRRFLTVFQFSIAQVFIISTILVAKQINFMMNKDMGFKTDAIANVRTPWYNNTEEKQARFEQELKKYPEISKLARGGSTPASFSENRTLVTYIKEDGTELQTPLQLLRGTKDYIDLYGIELLGGRATLNDSLQEIIINETYLNILGFKAPSDALGIQIKREDETFPIVGVVKNFNQRSLKDPINPLALIGNWGGTRFGVMHFTLANNEEVSMSKTISKIETAYKSIYPEADFKVNFMDETVEKFYKQEKSLSKLLNWAMGLSVLISCLGLLGLVIFTTERRTKEIGIRKVLGATLSQLNVLLCREFVLLVGIAFIIAAPLAYIGLNSWLEDFAFQTNLSWWIFVLSGLGMVIIAVAIMSARTVSTALKNPVHSLKTE
>NC_018721.1|WP_015025874.1|3981481_3983929_-|ABC-transporter-permease
MILNYFKIAWRNLMKHKVFSLINIIGLTIGLSASFVIGLLIYYDTTFDDFHKDGDRIYRVVSNFSSPEGKFYNSGMTLALEDAIKENSNFETLSGFYIERPSKVENRVIGSEFKWPDFVIFTDAHYFDIFKYKFLAGGNADALESPNKVILTKKRARDYFPNTSPTDIIGKTLVYNDSLHITVSGIVENLEGRTDFIFEEFISSPTLLQTRLREQFLEKNWNNTNSNSQLYVKVSEQADLAAIQSRFDVLASEHQDEESKKYGEEQQFSLQPLHDIHFNENYGIYDWSKGQASKSLLTNLALVALFLLLLGCINFINLNTAQASQRAKEIGIRKTLGSSRKQLIGQFMGETFLLVMVSALLSLLLSKFLLNIFSDFVPFGLSLELFKSPYVIGGIIILLLVITFLSGFYPALILSKFNTVSVLKNHLGTGGKKLKLRKFLTVFQFTIAQVFIIATLLVGKQINYLLSKDMGFKTDAIVSVYSPRGESELSKKELFAEKIGALPEIKSVSLGGRPPASTSTNSTNVSYTNGKTEMKSELQFIFGDTNYSELFELDIIAGRTIRNNTIKELVINETCLKNLGFTSPDEAIGKIVQLDGDAVPVVGVMADFHQRSLSSEIKPMALTGDWYRPEWSQFQAIHMAFQNESSKELKGILTKIEDTYKSVYTEVDDYRVEFLDETIEKFYNREQKISKLLNWATGLSILISCLGLLGLVIYTTNRRVKEIGVRKVLGASLLQINTLLCKEFLILVAIAFIIASPIAYYGINNWLQDFANKTSISFWVFLASGSAMIFFALIVISVKTLQAANANPVNSLRSE
>NC_018721.1|WP_015025875.1|3984202_3986617_-|ABC-transporter-permease
MNLLYFKIAFRYLIKNKLYSFINIIGLSLGIAAFIIISLYVSYEKSYDTFKGSDEVYRVYMDYLEGDQFEAGDAQTYNLSGPTIKKQFPEVIDYVRLFRLENVTFVNKDKIIEQPRGALADASYFDIFNTALLKGSIEEYNRPNTIILSESLAKTIFGEEDPIAKKISAFYEENVLLEVVGIMPDQSETTHMKLNYLVSFETMKTWYPMSSGWQLNWNANNFFTYLKLHKNTDFEELQDKLIHIDIENNPNERHNIEPLSDIHLYSDKPYEAETNGSRSRIRFLSVIAIIILILSWLNYINLSTVKSLERSKEIGIRKVAGAQRSQLITQSLIESLCLFVLAFIIAIILVAFLLPVFNNFVEKSLVFRIANFKSLLPFAGLMLLGSLLASFYPALILSNFSPIKALKGKISASSNKLNIRKGLITLQFFATITLIIGTLVVSKQIHFLKEQPIGVELSQIIALKGKVLESMTDSLILKKVGVFESELKNLSFVESVATASTYPGDGYNNLSSTVGIEFPNGKTEERQLFYIYQASPNYFNVVNIQFVAGKAFMKSSENSPRTIVLNEKFAREMGYSNPNELVDKQVMFWGENWTISGVMEDYHHFGLKTGIEPLIIYNDQVYDHVLVKFNSSSNSVAGMQKSLDKVKTLYTSIFPNSTLNYTFLDKKFEAQYTEDRKFGIAFRIFTSLAIFIAALGLFGLTSYMCIQRRKEIGIRKVTGASIFQIVTLLNKDFILLVIIAFIMAVPVGWYIMSQWLQEFAYRTDLSWWIFALSALIAVVIALVTVSFQSVKAATVNPVKSLKIE

Crispr_ID: NC_018721_10

• CRISPR_ID: NC_018721_10
• CRISPR_location: 3964447-3964586
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_018721_10

Consensus_repeat	Method
TTGTGGCTGTGAGGCCCTGAAATAAATTCAGGGTGATAAG	PILER-CR

spacers of NC_018721_10

>10.1|3964487|10|NC_018721|PILER-CR
TTGTGGTGGC
>10.2|3964537|10|NC_018721|PILER-CR
TTGTGGTGGC

CRISPR arrays and Neighbor proteins around NC_018721_10

CRISPR arrays

The CRISPR arrays of NC_018721_10

>merge|NC_018721|10|3964447-3964586|PILER-CR
TTGTGGCTGTCAGACCCTGAAATAAATTCAGGGTGATAAGTTGTGGTGGCTTGTGGCTGTGAGGCCCTGAAATAAATTCAGGGTGATAAGTTGTGGTGGCTTGTGGCTGTGAGGCCCTGAAATAAATTCAGGGTGATAAG

>NC_018721|10|7|3964447-3964586|PILER-CR
TTGTGGCTGTCAGACCCTGAAATAAATTCAGGGTGATAAG	TTGTGGTGGC
TTGTGGCTGTGAGGCCCTGAAATAAATTCAGGGTGATAAG	TTGTGGTGGC
TTGTGGCTGTGAGGCCCTGAAATAAATTCAGGGTGATAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_041758485.1|3949887_3950397_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025868.1|3967483_3968227_-|DUF2807-domain-containing-protein	unknown	unknown	gnl|CDD|371327
NC_018721.1|WP_015025867.1|3966746_3967421_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213222
NC_018721.1|WP_015025870.1|3970764_3973119_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025865.1|3963095_3963398_+|GIY-YIG-nuclease-family-protein	unknown	unknown	gnl|CDD|198395
NC_018721.1|WP_015025857.1|3953033_3954365_+|DEAD/DEAH-box-helicase	unknown	unknown	gnl|CDD|236977
NC_018721.1|WP_015025861.1|3956586_3957339_-|arylesterase	unknown	unknown	gnl|CDD|238860
NC_018721.1|WP_015025874.1|3981481_3983929_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025875.1|3984202_3986617_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025864.1|3960652_3962464_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224055
NC_018721.1|WP_015025859.1|3955344_3955635_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|376540
NC_018721.1|WP_157609434.1|3964736_3966128_-|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NC_018721.1|WP_015025862.1|3957363_3958053_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213222
NC_018721.1|WP_015025872.1|3976191_3978624_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025856.1|3951696_3953028_+|DEAD/DEAH-box-helicase	unknown	unknown	gnl|CDD|223587
NC_018721.1|WP_015025858.1|3954998_3955355_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin	unknown	unknown	gnl|CDD|377579
NC_018721.1|WP_015025873.1|3978802_3981244_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025869.1|3968289_3970674_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025871.1|3973474_3975835_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|274576
NC_018721.1|WP_015025863.1|3958100_3960596_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|225669

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015025868.1|3967483_3968227_-|DUF2807-domain-containing-protein	gnl|CDD|371327	pfam10988, DUF2807, Putative auto-transporter adhesin, head GIN domain. This bacterial family of proteins shows structural similarity to other pectin lyase families. Although structures from this family align with acetyl-transferases, there is no conservation of catalytic residues found. It is likely that the function is one of cell-adhesion. In Structure 3jx8, it is interesting to note that the sequence of contains several well defined sequence repeats, centred around GSG motifs defining the tight beta turn between the two sheets of the super-helix; there are 8 such repeats in the C-terminal half of the protein, which could be grouped into 4 repeats of two. It seems likely that this family belongs to the superfamily of trimeric auto-transporter adhesins (TAAs), which are important virulence factors in Gram-negative pathogens. In the case of Parabacteroides distasonis, which is a component of the normal distal human gut microbiota, TAA-like complexes probably modulate adherence to the host (information derived from TOPSAN).	1.35538e-25
NC_018721.1|WP_015025867.1|3966746_3967421_-|ABC-transporter-ATP-binding-protein	gnl|CDD|213222	cd03255, ABC_MJ0796_LolCDE_FtsE, ATP-binding cassette domain of the transporters involved in export of lipoprotein and macrolide, and cell division protein. This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of lipoproteins from the cytoplasmic membrane (LolCDE). They are clustered together phylogenetically. MacAB is an exporter that confers resistance to macrolides, while the LolCDE system is not a transporter at all. An FtsE null mutants showed filamentous growth and appeared viable on high salt medium only, indicating a role for FtsE in cell division and/or salt transport. The LolCDE complex catalyzes the release of lipoproteins from the cytoplasmic membrane prior to their targeting to the outer membrane.	4.80378e-96
NC_018721.1|WP_015025870.1|3970764_3973119_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	1.15596e-74
NC_018721.1|WP_015025865.1|3963095_3963398_+|GIY-YIG-nuclease-family-protein	gnl|CDD|198395	cd10448, GIY-YIG_unchar_3, GIY-YIG domain of uncharacterized hypothetical protein found in bacteria. The family includes a group of uncharacterized bacterial proteins with a GIY-YIG domain that shows statistically significant similarity to the N-terminal catalytic domains of GIY-YIG family of intron-encoded homing endonuclease I-TevI and catalytic GIY-YIG domain of nucleotide excision repair endonuclease UvrC.	4.69429e-46
NC_018721.1|WP_015025857.1|3953033_3954365_+|DEAD/DEAH-box-helicase	gnl|CDD|236977	PRK11776, PRK11776, ATP-dependent RNA helicase DbpA; Provisional.	1.65421e-95
NC_018721.1|WP_015025861.1|3956586_3957339_-|arylesterase	gnl|CDD|238860	cd01822, Lysophospholipase_L1_like, Lysophospholipase L1-like subgroup of SGNH-hydrolases. The best characterized member in this family is TesA, an E. coli periplasmic protein with thioesterase, esterase, arylesterase, protease and lysophospholipase activity.	1.78443e-86
NC_018721.1|WP_015025874.1|3981481_3983929_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	1.0082e-54
NC_018721.1|WP_015025875.1|3984202_3986617_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	9.04975e-41
NC_018721.1|WP_015025864.1|3960652_3962464_+|ABC-transporter-ATP-binding-protein	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	1.25098e-92
NC_018721.1|WP_015025859.1|3955344_3955635_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|376540	pfam01381, HTH_3, Helix-turn-helix. This large family of DNA binding helix-turn helix proteins includes Cro and CI. Within Neisseria gonorrhoeae NGO_0477, the full protein fold incorporates a helix-turn-helix motif, but the function of this member is unlikely to be that of a DNA-binding regulator, the function of most other members, so is not necessarily characteristic of the whole family.	3.06648e-09
NC_018721.1|WP_157609434.1|3964736_3966128_-|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	3.04224e-44
NC_018721.1|WP_015025862.1|3957363_3958053_+|ABC-transporter-ATP-binding-protein	gnl|CDD|213222	cd03255, ABC_MJ0796_LolCDE_FtsE, ATP-binding cassette domain of the transporters involved in export of lipoprotein and macrolide, and cell division protein. This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of lipoproteins from the cytoplasmic membrane (LolCDE). They are clustered together phylogenetically. MacAB is an exporter that confers resistance to macrolides, while the LolCDE system is not a transporter at all. An FtsE null mutants showed filamentous growth and appeared viable on high salt medium only, indicating a role for FtsE in cell division and/or salt transport. The LolCDE complex catalyzes the release of lipoproteins from the cytoplasmic membrane prior to their targeting to the outer membrane.	5.07228e-108
NC_018721.1|WP_015025872.1|3976191_3978624_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	2.30033e-73
NC_018721.1|WP_015025856.1|3951696_3953028_+|DEAD/DEAH-box-helicase	gnl|CDD|223587	COG0513, SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis].	4.0485e-131
NC_018721.1|WP_015025858.1|3954998_3955355_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin	gnl|CDD|377579	pfam05973, Gp49, Phage derived protein Gp49-like (DUF891). This family consists of hypothetical bacterial proteins of unknown function as well as phage Gp49 proteins.	1.97391e-24
NC_018721.1|WP_015025873.1|3978802_3981244_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	5.17651e-37
NC_018721.1|WP_015025869.1|3968289_3970674_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	3.11769e-36
NC_018721.1|WP_015025871.1|3973474_3975835_-|ABC-transporter-permease	gnl|CDD|274576	TIGR03434, ADOP, Acidobacterial duplicated orphan permease. Members of this protein family are found, so far, only in three species of Acidobacteria, namely Acidobacteria bacterium Ellin345, Acidobacterium capsulatum ATCC 51196, and Solibacter usitatus Ellin6076, where they form large paralogous families. Each protein contains two copies of a domain called the efflux ABC transporter permease protein (pfam02687). However, unlike other members of that family (including LolC, FtsX, and MacB), genes for these proteins are essentially never found fused or adjacent to ABC transporter ATP-binding protein (pfam00005) genes. We name this family ADOP, for Acidobacterial Duplicated Orphan Permease, to reflect the restricted lineage, internal duplication, lack of associated ATP-binding cassette proteins, and permease homology. The function is unknown.	1.2706e-68
NC_018721.1|WP_015025863.1|3958100_3960596_+|ABC-transporter-permease	gnl|CDD|225669	COG3127, COG3127, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, permease component [Secondary metabolites biosynthesis, transport, and catabolism].	1.83189e-114

Protein sequences

>NC_018721.1|WP_015025865.1|3963095_3963398_+|GIY-YIG-nuclease-family-protein
MPKRAYHNYWVYILTNKPNGILYIGVTGGIDYRMERHTTGTGSKFTSKYNLKIMVYLEEFQYIEDAIAREKQLKSWHRQWKLNLIEKDNPNWKDLWVKLG
>NC_018721.1|WP_015025864.1|3960652_3962464_+|ABC-transporter-ATP-binding-protein
MVSVSENKNDFASLRFIPRFLSRVYQTHPGLFIGNVFLRLLKSLIPITLLWVGKEIIDEVILRVDLDTSDLNRLYWLIGIELLLAILSDVFNRLISLTDGLLGDLYSNASSIELIQKTAKVELASLEDSEFYDKLERARQQTSSRVSLMSNVLAQIQDIITIISLVSGLIYFYPILIVLLVISIIPSFINELKYSQSSYSLQKSWTPERRELDYMRMIGASDVTAKEIKLFGLADFISSTFKRISDKYYKANKKLSIKKSLWGGVFHILGDLAYYGAYVFIVLKAVAGLVTIGDLTFLAGSFSQLRNQLQTVFSRFSNITQSAMYLQDYFEFVDMDFSGDNPEQYRAAPSEFNHSIHFDNVSFSYPQSEKMVLSSLTFDLKKGEKLALVGENGAGKTTLIKLLLRLYEPTGGQILMDGVPIREYRKEDYQKMLGAIFQDFVKYYLTAKINIAVGNIDEEHNIDKIKDAAVQSLANEVIESLPMGYDQGLGRRFKKGAELSGGQWQKIALARAYMSDAPIIILDEPTSALDARAESEVFQRFIGLTKDRTSIIISHRFSTVRMANRILVLQNGSILELGTHKELLANPKLYAELFELQAEGYRE
>NC_018721.1|WP_015025863.1|3958100_3960596_+|ABC-transporter-permease
MAWRDAKASRVRLLLFMASIILGIAAVVSIQLFSINLKDNIQLQSKALMGADYIIDSRKQPTERAQAIIDSLNPDASEVNFVSMIAFPKSGGTKLVKVRALKGDFPFYGTIDTEPASAASTYQDSGGALVDATLLLQFDIQPGDSIKVGELTLPIAGALKAIPGTTAISTSVAPSVIIPNRFVESTELLQFGSRKEYQFFYKASDTLNLSQFEEKINPMLEAENSDLDTHTSTSERLGNRYDNVGKFLYLAAFIALLLGCVGIASSVHIYIKEKLRAIAVLKCMGASRKQSFLIFLIQIAGIGVTGGLVGSLIGVGLQVLFPYILQEFLPFAVEISISFQPILIGVFLGLFMSVLFALLPLLRTWYVSPLEVLRINEKASQGPKKARFFVFAGILIFLFLFSLWLLEDILYAFGFVGATLITFAVLAGTALLSMKLIRTYFPKRWGFISRQSLLNLFRPNNQTVVLVVAIGLGTFLISTLYFTKDILLAKTDIEQSAETANMIILDLQTDQRDAVEQQLIENDLPTLDNISLVTMRMQKIKDQQVNEIRQDSTSQIRGWILNHEFRTTYRDTLIDSEEIIEGEWIPELESGDPVKISISDNLAEDAKLRVGDAVVFNVQGVLMETTVGSIRKVDWGQIQLNFSIVFPKGVLEKAPQFNVITTAVPDEEASAKLQRNLVAKFPNVSVIDLRQVYTILEDILDKISWIINFMAFFSILTGIIVLIGSVRTSKYQRIKESVLLRTLGAKNTQILKITALEYLFLGLLGSLVGILLALVSSFCLALLVFKEPFVPSLIPFLVFLPGITLLVLVIGLSNIQTVLRSSPLEVLRKEG
>NC_018721.1|WP_015025862.1|3957363_3958053_+|ABC-transporter-ATP-binding-protein
MPKILKITGLEKTYSSGHKELTVLQNISFEVEKGQTFSIVGPSGSGKTTLLGLCAGLDNPNAGSVELCGQDLSHLNEDQRAQLRNKEVGFIFQNFQLLPTLTALENVSVPLELQGDKAAAKKSMVLLEKVGLADRSDHYPSQLSGGEQQRVALARAFANAPSILFADEPTGNLDEETGEKVIKLLFDLNKEAGTTLVIISHDLELANRTQQILRLKGGQVLTNQRTEVL
>NC_018721.1|WP_015025861.1|3956586_3957339_-|arylesterase
MSEAQNRQMNLILPTSAMQKLIRLCYIIPLILILGCGSDKKKKTTQEETATQQTKPSQLAEASENNTETILCFGDSITAGYGLEDSNDAFPAVLQEKIDSLNLKYIVVNSGLSGETTAGGKSRIDWVLNQDIDIFLLELGANDGLRGVPLSETRSNLQAIIRTVKEKSPKTKVILAGMQLPPNMGQKYTTEFRELFSELAEANNLAFIPFILKDVGGIAELNQSDGIHPTVDGHKIVAHTVWEVLKPMLE
>NC_018721.1|WP_015025859.1|3955344_3955635_+|helix-turn-helix-transcriptional-regulator
METKSWKEIKNTVYGKKGTERRDELDRDFESFKIGLLLRNAREEKNLTQEQLGELIDKKRTYISRVENNGSNLTLKTLFDIVEKGLGGKVNISIEV
>NC_018721.1|WP_015025858.1|3954998_3955355_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin
MEKVRQVIQYKNYFEKFLLAQPKKVQDKIFKVIEIIETYQHVPKTYLAPMKTDKGLFEARIKLGSNIWRVFCFFDKGKLVILLNGFTKKTQKTPKKEIDKAVRLMKEYYEEKNKGNGN
>NC_018721.1|WP_015025857.1|3953033_3954365_+|DEAD/DEAH-box-helicase
MANHIKSQEDILRKLNIQVLNPMQEEAIPLIENTTNTILLSPTGTGKTLAFSLPLLTILDPESPDVQVLILVPSRELAIQIEQVIRTMGSGYKVNAVYGGRPVSKDKIEIKHNPAILIGTPGRILDHFNSERFSKTSIQTLILDEFDKSLEVGFEEEMKAIISQLPNLNKRVLTSATQSLSIPGFVRLDKPSIVNYLNKKTPSKLTIKTVISPSQSKLKTLVDLVHHLGNAPGIVFCNLRDSIDEVSSYLNRQNISHACFSGVMEQKDRERALIKFRNGSSQILVATDLAARGIDIPELKFIIHYELPRHEEEFIHRNGRTARVNSKGTAYILKWERESLPEFIKDVKGIDVSSKSSQKIQSKPQYWETLFISGGRKDKISKGDIAGLFFKQGGLNKDQLGNIELKPDCAFVAIPLSLADELVEKLSNSRLKKKKVRISVLES
>NC_018721.1|WP_015025856.1|3951696_3953028_+|DEAD/DEAH-box-helicase
MSKQFLDLGINEHLQRSLVDLQISVPTEVQEKTIPVVLNQNEDLVVLSKTGSGKTAAFGLPLLQLIDTENTSIQTLILAPTRELGQQIYNNLISFASWSDQIHIASLCGGTPIKPQIENLNSTTHLVVATPGRLLDLIKREAIDLKHLKYVVLDEADEMLSALKFEVDTIIKAIPKTRRTLLFTATMSGTVKQLVQNYMSKDLVTIEVDTTTLGHQGIDHHYVVVEPIEKLDVLLHFLNSKGGERGIIFCKTKAAVNKLAKKLAINKFSSGAIHGSLTQGIRDRIMGQFREGHIDILVATDLAARGIDVKEVSYVVNYHLPDTYEAYVHRSGRTARAGAKGLSLTILQHEEIAEITDFENELGIVFHKFKKADAQSIEENNALLWAKKIFKTKPNREVSEEFKTKIKTVFHHLTKEELVDKVLAHHLAQSSTEHSTSDRSKKK
>NC_018721.1|WP_041758485.1|3949887_3950397_+|hypothetical-protein
MTCNTATTKENVKTYLDNEYNYKYLNKIVHFKYNKEDVIYCENRIKLNENVIFQFSSFSGSPDERINHPYKDQSKLIKERKELSTNYVGLILRFKSVDSLAFSYGREFFYAFCSYKIDFHTCFYDNNSLILHLEDSDSIKKIQFKMKKSYLNTIRVESILNPLITSNEN
>NC_018721.1|WP_157609434.1|3964736_3966128_-|TolC-family-protein
MGLAGYTQNETNTSYSLDECISIALKNNLDLKSTNLVANSEKVNYQRSKANLLPRLNGDFNLGVNDGRSIDPFTNDFITQELTFSNVRLSLDVTIFNGFRLLNTAKQNRLNKKASELEIEAAKQDLILNVTLAYLQVLNTRDVLQLTKVRLETTQQQLDIQEGFYENESGNPADYADIIGQVASDETSILVSESSLNNAKLNLVRLLNVDEAIHFDTKGLILDFEEYGLSADEVYTQAIQNLAIFKAGELRIEASEKGVSIAKSQFTPEISLFGGINTNYSSAAQLFNSTGTSIAETGDFISLDGQNLMVMSEQTSFAAQSINFRDQLDNNLNTVVGVAVNVPLFNGFRAKNNMALEKIRVEESLLELERTHLDIKNAIAQVHFDMEAVYKRYNSFLSQVEAYKESYRINDIRFKNGVSNFLNYITSKNNLDNAKVNLANAKYDYLLRVKVLDYYRGTEDRFN
>NC_018721.1|WP_015025867.1|3966746_3967421_-|ABC-transporter-ATP-binding-protein
MENTLLTTEEAFRTVNSGRKTVTLLDNINLTVKEGEFISLMGPSGSGKSTLLNCIGMLDDFTEGSYTFLDEPVHSLKERNRSKLYKEYIGFVFQAYHLIDELTVYENIETPLLYKSVKSSQRKAMVADMLDRFNIVGKKDLFPSQLSGGQQQLVGIARALIGEPKLILADEPTGNLNSKQSEEIMKLFSELNKEGVTIIQATHSESNAAYGSRIINLLDGKIVS
>NC_018721.1|WP_015025868.1|3967483_3968227_-|DUF2807-domain-containing-protein
MKNLMRVAMLSLICTSQMVLAQTKKTVESFSKVTISPHIETTFVQGDEESVTILKSTEPEDKINIEVKGDNLRVYLEGAKETTKTKKTNKNGAKMNVPIYKGKVLSILITYKYIEELSIRGEQPILCESLIDVEKFKLSIYGDSEVTFNEVNIQELDVNSYGENKLTIHKGSIYEQKLTAYGESYFDLIEVNNTTSKLTAYGEAKFLINASERIKFTAYGEAELSYKGTADIVTGIRIGDSKVQRID
>NC_018721.1|WP_015025869.1|3968289_3970674_-|ABC-transporter-permease
MIRSYIKIAWRNLKTNRLFSIVNIVGLSIGLASTLVLFLFILQERSFDNMYANKDHIYRVLLNTTEDDLETWANVPSALAPELKATIPTIVESGRFFHHGFGESASIKTDNDVFIEDKLFWSDASILDIFNVEILKGTGSENLNNPNTILLSKSTAKRYFGDENPLGKTLTIDNTTSFEVKGIFKDFSDNSSLNFNAIAPFMMQNFAKNPSWNNASFETFVMFDSATPVIRDVELKIQDILNKNVEKEALWYTFSLQPLERIHLYSSNYSDSYITNYGDINQIRNLTALALLILLIACINYMNLITARSQKRATDVGINKTLGASVKDIIIRFYIETGLITAIAMVLGGLFAVITLPIFNELAGKHLAISSLFTIKILGFLVLIWLVTTLFSGSYPALYLSRFSPKEVIKPTSNKGGIASVIRKGLVVVQFSASVVLIIGVIVIHQQLEFIQNISLGYNPENIIAISTSGIRNEGSGRALVNAYEQLPNVSAVTRSQGYPGLGVSGRSIYKRSTEQSMGIQTNRAEQNIADVLQLNLVSGQLLPKIKQQGDTLVEVLVNKTTVDFLGLSPEEAIGEKVAMQLGNNAYICGVVDDFNFASLHSPIGAYAFHNAQREPKSYLLVRFENEILTETISRFENTFKTLAPNTAFKYTFLDKNLELLYEKEQRTANVGLLFSILAILVACLGLFGLAAYMSEQRNKEIGIRKVFGASVAGIVQLLSLDFIKLVLVALVISFPLALYLMKSWLRDFAYRIEISWTVFLTAGILALGIAMLTVSFQAIKAAIANPIKSLKTE
>NC_018721.1|WP_015025870.1|3970764_3973119_-|ABC-transporter-permease
MILNYIKIAFRTLLKNKGYSFLNIFGLAIGMTCASFIFLWVEDEVSFNSDFAKQDQVYYVPTHQEYDGEWRTFNSTPGPLAEAMKTEIPGVIRAARTKHRDFLFAVDDNAINSSGRYVDEDFINIFSLSFIEGNAKTAFKNPEAIVITKKTAEQLFGKNVKALGEVLKVNNTDNYLITGVIENLPKNVTFPFNWIAPFQRYSNGQDWMTEYGSFFADTFLELSPEADFAAVDAQVRSLIEKKTDDSNSKAFLHSIKDWHLRDNFENGKQVDGRITYVRLFSFIALIILLIACINFMNLSTARSEKRANEVGVRKAMGSGRSRLIIQFISEALVLAFIATLVSILVLFVLLPQFNLLVEKNLLLGLAKPSHIIFLLGVTLFCGIFAGLYPAFYLSAFKPVEVLKGLKATHGSATFIRKGLVVGQFTISIVFIICTILVYQQIQHVKNRDLGFDKDQLISLKVNGTMIEEFSVIKQDLINTGAVTSIGLNNSGVLDGGNNGSGLEWMGGTNTEDVLISFRYISSDFLETAGIELAEGHGFSENRAKDSTSVLITESFAKLMGDGSAIGKKVIRWEDTYTVIGVVKDYLYEDMYGQSDPVLFFNYHGEASFMYLKMNPEITTNALLSKVEAVLKKHNPAYPFEYTFVDDTFNAKFKSEQLIGKLSQLFALLAILISCLGLFGLAAYTAEQRSKEIGIRKVLGASVSGLVKLLSKDFLKLVGISILIAIPMAWYGMDNWLQDYAYRIEIDWWIFVVAGVIAILIALLTVSFQAIKAALANPVDSLKTE
>NC_018721.1|WP_015025871.1|3973474_3975835_-|ABC-transporter-permease
MILNYIKIASRTLLKNKAYSFLNIFGLAIGITCASLIFLWVEDEVSFNTSFKKQDQVYYVPTNHNFSGEWRTFYSTPGPLAKALKDEIPEVIRSIVTIGANLVFPIQDDHIGSIGKYADEDIFEIFSLAFIEGNAKDAFKSQEAIVLTEDMVVLLYGENTKVLGKTIRMSNGDDYMVTGVIENLPANVTFGFNWLAPFERYAKRQNDILGYDNNFADTFVELSPEANFEIADSKVRQILLKKNGDSPTGTYAFLHTMKDWHLRSKFEDGKVVGGRIAYVRLFSIIAIIILLIACINFMNLSTARSEKRANEIGVRKAMGSGRSRLIIQFISEALLLAFIATSISIVFLFILLPEFNLLIEKDLALGLAKPMHILFLLGITLVCGIFAGLYPAFYLSAFKPVEVLKGLKVTQGSATFIRKGLVVGQFTMSIVFIIATILVYQQIQHVKNRDLGYDKNQLLVMRANDKVIQKFSVIKKDLINTGVVKNTALCNSVVLSGGSNRTGLKWDSAEPTEDVLISLRHVSSEFIQTIGMEIVEGRNFSTIMIQDSTNVLITQSFADLMGKGSALGKKVTIDEKAYQVKGVVKNYLYGDMYGTSDPVLFFNNANYGNFLYVKIEDEISAALAISKIKAVMKKHNPVFPFDYNFVDNIFDARFKNEQLISKLSQLFALLAILISCLGLFGLAAYTVERRSKEIGIRKVLGASVSGLVKLLSKDFLRLVGISILIAVPIAWYAMENWLQDYAYRIEINLWIFIISGGVALLIAMLTVSFQAIKAALANPVDSLRTE
>NC_018721.1|WP_015025872.1|3976191_3978624_-|ABC-transporter-permease
MIKNYFKIAWRNLLKNKGFTAINIIGLSLGIGCFIMISMFVIDELSYDRYHEKADRIYRVNSDFIFAGAEMSMAVSSDPMGETLKSDYPEVEDYVRLYASQGSKLIKNGNEYINESKVVHADSTLFNVFTLPPIIGDTRTALKAPNTVVITEIAAKRYFGSAELAMGEMLETGDDNKTLYKVTAVIEDLPKNSHFNFDFFFSMANVDYNFGNYLSANFHTYVLLKEGTDYKIFNKNFKEVIEKYLLPQAAEFMQIKSMEEFEANGNKIEYALMPLTDIHLHSSRGVELSANGNIQYVYIFSAAALFILLIACINFMNLTTAKSSGRAKEVGIRKVLGSKKKALIGQFLTESTLIAFLALFVGLLFVWLSLGWFNGISGKEMLMSSLLSPKFIIFIFLLPFIVGGLAGAYPAFFLSSFKPIKVLKGTLSTGHKRNTLRNFLVVFQFATSIILIVGTTVIYKQINHIQSANLGFNKEQVLVVNNSGLSRETRQSLKNEIEQLTAVKSASFAGFLPVSSSSRSSTIFSTETVMTESNGFNMQYWDVDYAYVETIGMKMSEGRNFSRDFGSDSTAIILNETAVKLAGFQNPIGKKIYREKKNSDLQVYTIIGVVENFNFASLRENVGGLSLKLGNNSWETAYRFNTADVNGLLSTIENKYKAAAPGMPFKYEFLDEAFENMYRQERRVGTVALVFALLAIIIACLGLFGLATYIAEQRTKEIGIRKVLGASVTNIVKMLSTDFVKLVMLAFVIATPIAWWFMNKWLQEFAFRIDLHWGVFVVTGLVALVIALITLSFQAIRAAMANPVVSLKTE
>NC_018721.1|WP_015025873.1|3978802_3981244_-|ABC-transporter-permease
MIKNYFKIAWRNLWKHKLFSTINIISLAIGFSASFVIGLMVYYDLTFDKFHPDSELIYRVTSTFTTNDSEGTNGGIPMPYINEVKNNISAVEFSSGIHVANLQKVKEEATKKTFKNPDYVIFTDSEYFQIFNYNWLAGNSEIALNAPNQVVLTNKRAQKYFPSLQPDKVIGQTLVYNDSIQTTVSGIVASFEERSDLIFEEFLSLETAKKTSSNGYIFDPQWDNTSSSSQLFVKVINPSANSVIKEKMDALAVEHRSDWAIKYNMSQSFNLQPLRDLHFNTEVGLFNFSEEPADKSVMVGLGLIALFLLLLGVINFINFNTAQANQRAKEIGIRKTLGSSKKQLVFQFMGETLLLTIASALISVVFAYWLLHVFSDFTPKGLEFSLFKDPLIIGFALVLIALVTFLSGIYPALVLTQYKPISVLKNQVVNKAGKPALRRFLTVFQFSIAQVFIISTILVAKQINFMMNKDMGFKTDAIANVRTPWYNNTEEKQARFEQELKKYPEISKLARGGSTPASFSENRTLVTYIKEDGTELQTPLQLLRGTKDYIDLYGIELLGGRATLNDSLQEIIINETYLNILGFKAPSDALGIQIKREDETFPIVGVVKNFNQRSLKDPINPLALIGNWGGTRFGVMHFTLANNEEVSMSKTISKIETAYKSIYPEADFKVNFMDETVEKFYKQEKSLSKLLNWAMGLSVLISCLGLLGLVIFTTERRTKEIGIRKVLGATLSQLNVLLCREFVLLVGIAFIIAAPLAYIGLNSWLEDFAFQTNLSWWIFVLSGLGMVIIAVAIMSARTVSTALKNPVHSLKTE
>NC_018721.1|WP_015025874.1|3981481_3983929_-|ABC-transporter-permease
MILNYFKIAWRNLMKHKVFSLINIIGLTIGLSASFVIGLLIYYDTTFDDFHKDGDRIYRVVSNFSSPEGKFYNSGMTLALEDAIKENSNFETLSGFYIERPSKVENRVIGSEFKWPDFVIFTDAHYFDIFKYKFLAGGNADALESPNKVILTKKRARDYFPNTSPTDIIGKTLVYNDSLHITVSGIVENLEGRTDFIFEEFISSPTLLQTRLREQFLEKNWNNTNSNSQLYVKVSEQADLAAIQSRFDVLASEHQDEESKKYGEEQQFSLQPLHDIHFNENYGIYDWSKGQASKSLLTNLALVALFLLLLGCINFINLNTAQASQRAKEIGIRKTLGSSRKQLIGQFMGETFLLVMVSALLSLLLSKFLLNIFSDFVPFGLSLELFKSPYVIGGIIILLLVITFLSGFYPALILSKFNTVSVLKNHLGTGGKKLKLRKFLTVFQFTIAQVFIIATLLVGKQINYLLSKDMGFKTDAIVSVYSPRGESELSKKELFAEKIGALPEIKSVSLGGRPPASTSTNSTNVSYTNGKTEMKSELQFIFGDTNYSELFELDIIAGRTIRNNTIKELVINETCLKNLGFTSPDEAIGKIVQLDGDAVPVVGVMADFHQRSLSSEIKPMALTGDWYRPEWSQFQAIHMAFQNESSKELKGILTKIEDTYKSVYTEVDDYRVEFLDETIEKFYNREQKISKLLNWATGLSILISCLGLLGLVIYTTNRRVKEIGVRKVLGASLLQINTLLCKEFLILVAIAFIIASPIAYYGINNWLQDFANKTSISFWVFLASGSAMIFFALIVISVKTLQAANANPVNSLRSE
>NC_018721.1|WP_015025875.1|3984202_3986617_-|ABC-transporter-permease
MNLLYFKIAFRYLIKNKLYSFINIIGLSLGIAAFIIISLYVSYEKSYDTFKGSDEVYRVYMDYLEGDQFEAGDAQTYNLSGPTIKKQFPEVIDYVRLFRLENVTFVNKDKIIEQPRGALADASYFDIFNTALLKGSIEEYNRPNTIILSESLAKTIFGEEDPIAKKISAFYEENVLLEVVGIMPDQSETTHMKLNYLVSFETMKTWYPMSSGWQLNWNANNFFTYLKLHKNTDFEELQDKLIHIDIENNPNERHNIEPLSDIHLYSDKPYEAETNGSRSRIRFLSVIAIIILILSWLNYINLSTVKSLERSKEIGIRKVAGAQRSQLITQSLIESLCLFVLAFIIAIILVAFLLPVFNNFVEKSLVFRIANFKSLLPFAGLMLLGSLLASFYPALILSNFSPIKALKGKISASSNKLNIRKGLITLQFFATITLIIGTLVVSKQIHFLKEQPIGVELSQIIALKGKVLESMTDSLILKKVGVFESELKNLSFVESVATASTYPGDGYNNLSSTVGIEFPNGKTEERQLFYIYQASPNYFNVVNIQFVAGKAFMKSSENSPRTIVLNEKFAREMGYSNPNELVDKQVMFWGENWTISGVMEDYHHFGLKTGIEPLIIYNDQVYDHVLVKFNSSSNSVAGMQKSLDKVKTLYTSIFPNSTLNYTFLDKKFEAQYTEDRKFGIAFRIFTSLAIFIAALGLFGLTSYMCIQRRKEIGIRKVTGASIFQIVTLLNKDFILLVIIAFIMAVPVGWYIMSQWLQEFAYRTDLSWWIFALSALIAVVIALVTVSFQSVKAATVNPVKSLKIE

Crispr_ID: NC_018721_12

• CRISPR_ID: NC_018721_12
• CRISPR_location: 4053836-4053955
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018721_12

Consensus_repeat	Method
TAAAAAGTATAATGAAACGCGCTTTTTAGAAAC	CRISPRCasFinder

spacers of NC_018721_12

>12.1|4053869|54|NC_018721|CRISPRCasFinder
GATCCAGAGTTTGCAAAAGGCTAGGAGCAAAGCGGCATGTGTGTGAAATGGAAA

CRISPR arrays and Neighbor proteins around NC_018721_12

CRISPR arrays

The CRISPR arrays of NC_018721_12

>merge|NC_018721|12|4053836-4053955|CRISPRCasFinder
TAAAAAGTATAATGAAACGCGCTTTTTAGAAACGATCCAGAGTTTGCAAAAGGCTAGGAGCAAAGCGGCATGTGTGTGAAATGGAAATAAAGAGTATAATGAAACGCGCTTTTTAGAAAC

>NC_018721|12|8|4053836-4053955|CRISPRCasFinder
TAAAAAGTATAATGAAACGCGCTTTTTAGAAAC	GATCCAGAGTTTGCAAAAGGCTAGGAGCAAAGCGGCATGTGTGTGAAATGGAAA
TAAAGAGTATAATGAAACGCGCTTTTTAGAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_157609439.1|4059791_4060838_+|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NC_018721.1|WP_157609335.1|4066227_4066533_+|transposase	unknown	unknown	gnl|CDD|372705
NC_018721.1|WP_041758500.1|4049694_4049979_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025920.1|4056922_4057375_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025926.1|4066997_4067573_-|DUF4251-domain-containing-protein	unknown	unknown	gnl|CDD|372897
NC_018721.1|WP_157609334.1|4048491_4048965_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024343.1|4046134_4047643_+|IS66-like-element-ISPto8-family-transposase	unknown	unknown	gnl|CDD|376980
NC_018721.1|WP_157609438.1|4052317_4052719_+|nucleotidyl-transferase-AbiEii/AbiGii-toxin-family-protein	unknown	unknown	gnl|CDD|378065
NC_018721.1|WP_041758504.1|4053126_4053705_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025909.1|4043342_4043636_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_083858530.1|4048986_4049433_+|DUF3732-domain-containing-protein	unknown	unknown	gnl|CDD|372169
NC_018721.1|WP_015025923.1|4060855_4063969_+|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NC_018721.1|WP_015024194.1|4045439_4045718_+|IS66-family-insertion-sequence-hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025919.1|4056237_4056807_-|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
NC_018721.1|WP_015025924.1|4064116_4065067_+|lipid-A-deacylase-LpxR-family-protein	unknown	unknown	gnl|CDD|378338
NC_018721.1|WP_041758244.1|4045771_4046059_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	unknown	unknown	gnl|CDD|377551
NC_018721.1|WP_041758506.1|4055021_4055534_-|YceI-family-protein	unknown	unknown	gnl|CDD|377274
NC_018721.1|WP_169314470.1|4057575_4059729_+|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NC_018721.1|WP_015025925.1|4065111_4066203_+|adenylate/guanylate-cyclase-domain-containing-protein	unknown	unknown	gnl|CDD|143636
NC_018721.1|WP_157609437.1|4043851_4044898_-|IS4-family-transposase	unknown	unknown	gnl|CDD|376573

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_157609335.1|4066227_4066533_+|transposase	gnl|CDD|372705	pfam13751, DDE_Tnp_1_6, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis.	0.00102271
NC_018721.1|WP_015024343.1|4046134_4047643_+|IS66-like-element-ISPto8-family-transposase	gnl|CDD|376980	pfam03050, DDE_Tnp_IS66, Transposase IS66 family. Transposase proteins are necessary for efficient DNA transposition. This family includes IS66 from Agrobacterium tumefaciens.	7.72914e-113
NC_018721.1|WP_157609438.1|4052317_4052719_+|nucleotidyl-transferase-AbiEii/AbiGii-toxin-family-protein	gnl|CDD|378065	pfam08843, AbiEii, Nucleotidyl transferase AbiEii toxin, Type IV TA system. This family was recently identified as belonging to the nucleotidyltransferase superfamily. AbiEii is the cognate toxin of the type IV toxin-antitoxin 'innate immunity' bacterial abortive infection (Abi) system that protects bacteria from the spread of a phage infection. The Abi system is activated upon infection with phage to abort the cell thus preventing the spread of phage through viral replication. There are some 20 or more Abis, and they are predominantly plasmid-encoded lactococcal systems. TA, toxin-antitoxin, systems on plasmids function by killing cells that lose the plasmid upon division. AbiE phage resistance systems function as novel Type IV TAs and are widespread in bacteria and archaea. The cognate antitoxin is pfam13338.	0.00806604
NC_018721.1|WP_157609439.1|4059791_4060838_+|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	1.23308e-64
NC_018721.1|WP_083858530.1|4048986_4049433_+|DUF3732-domain-containing-protein	gnl|CDD|372169	pfam12532, DUF3732, Protein of unknown function (DUF3732). This domain family is found in bacteria and eukaryotes, and is typically between 180 and 198 amino acids in length. There is a conserved DQP sequence motif.	3.27176e-24
NC_018721.1|WP_015025923.1|4060855_4063969_+|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
NC_018721.1|WP_015025924.1|4064116_4065067_+|lipid-A-deacylase-LpxR-family-protein	gnl|CDD|378338	pfam09982, DUF2219, Uncharacterized protein conserved in bacteria (DUF2219). This domain, found in various hypothetical bacterial proteins, has no known function.	4.57513e-61
NC_018721.1|WP_015025919.1|4056237_4056807_-|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.13172e-17
NC_018721.1|WP_015025926.1|4066997_4067573_-|DUF4251-domain-containing-protein	gnl|CDD|372897	pfam14059, DUF4251, Domain of unknown function (DUF4251). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria. Proteins in this family are typically between 164 and 196 amino acids in length.	1.38694e-35
NC_018721.1|WP_041758244.1|4045771_4046059_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	gnl|CDD|377551	pfam05717, TnpB_IS66, IS66 Orf2 like protein. This protein is found in insertion sequences related to IS66. The function of these proteins is uncertain, but they are probably essential for transposition.	4.98542e-39
NC_018721.1|WP_041758506.1|4055021_4055534_-|YceI-family-protein	gnl|CDD|377274	pfam04264, YceI, YceI-like domain. E. coli YceI is a base-induced periplasmic protein. The recent structure of a member of this family shows that it binds to poly-isoprenoid. The structure consists of an extended, eight-stranded, antiparallel beta-barrel that resembles the lipocalin fold.	4.99018e-42
NC_018721.1|WP_169314470.1|4057575_4059729_+|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	4.85391e-39
NC_018721.1|WP_015025925.1|4065111_4066203_+|adenylate/guanylate-cyclase-domain-containing-protein	gnl|CDD|143636	cd07302, CHD, cyclase homology domain. Catalytic domains of the mononucleotidyl cyclases (MNC's), also called cyclase homology domains (CHDs), are part of the class III nucleotidyl cyclases. This class includes eukaryotic and prokaryotic adenylate cyclases (AC's) and guanylate cyclases (GC's). They seem to share a common catalytic mechanism in their requirement for two magnesium ions to bind the polyphosphate moiety of the nucleotide.	7.00284e-23
NC_018721.1|WP_157609437.1|4043851_4044898_-|IS4-family-transposase	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	6.6414e-08

Protein sequences

>NC_018721.1|WP_041758504.1|4053126_4053705_+|hypothetical-protein
MKTYKITKLFFSLCFLLALASCESDDDLQAIRATDFTKAELMKLHGGSDKSWKLTEIIIPEKFRDDPAFMNTTCVADDIYTFSVPTSELYESTIEVNIDLGDVRCFETYSDAESFEGKLLYDPYTLNGVEVFKTTFFLDECRITNNVPVGTTTWCFEDNYPLVELTDDRMVFSNAIFIGEQTFGFVFEKINE
>NC_018721.1|WP_157609438.1|4052317_4052719_+|nucleotidyl-transferase-AbiEii/AbiGii-toxin-family-protein
MIKGIRCYDVKDIGAFKLVSCASRPTKKDIYDLDYIIQSENLIDLYSLLKSKKEKFDKNIDRNIFDLDNDPDPIDDPHLLLLFDKRMATKQKMRHSHDNILNIEGSKTWHEASIQWRMKVRRLYQSLDVKYPL
>NC_018721.1|WP_041758500.1|4049694_4049979_+|hypothetical-protein
MEEFTLEDLRGIWLGEEFNLIVGCFDDGNYGNLVNKVEERIVETRHLNLDSISAQGTRILNFGDEFSIEIWQWNKPDIIIRIDNSNYNLTYRGY
>NC_018721.1|WP_083858530.1|4048986_4049433_+|DUF3732-domain-containing-protein
MKEGLNKREKLIFQRGVIQTTIENFLASNRIKIENRDLKELKQNLRDIKAKLAKFDIEDFYKDSEAILKSNMDRIANKLDFEKELKPIDFNFNLKDFSFYHENNGKIRLDEMGIGANWLACHLSIFLSFLDLSCSNSKSVIPNFLFFD
>NC_018721.1|WP_157609334.1|4048491_4048965_+|hypothetical-protein
MTLQGDLTLSELKRIGKNLPFPPIIIDGQTKLYKELTKFEKEINEKYYERSKIEKAISSIQDTNDESIDYKEELIKIHSIQKDDIKEHSMIECPLCNNTVSEISDNLNRLDDSKNKLLEELEKLGAYSKDNTEIVTSFRLRKKKINNEISKISRNIT
>NC_018721.1|WP_015024343.1|4046134_4047643_+|IS66-like-element-ISPto8-family-transposase
MQNALENLTKDQLLSLLQKKGKDVEKAHYKILDLEFQLAQYKRIVHGQKRERFEGDKDQMSLPFEMEPEIAQRQEEEVKEKLTYERRKRKSAHKGRVPLPQHLPVEEIKIYPEGDLSDMVCIGEEITEELEYEPSKYYIKRYIRYKYAPRNKEGVVIGALPERVIEKGIPGAGLLASILVDKYEDHLPLYRQLQRFKRADIPIASSTLEGWTRQSLKILDILYQHLLEDIRSKGYLQADESPIKVIDKKKKGTTHQGYYWVYHCPIDKTVLFDYQSGRSAQAAAHVLSGFKGYLQSDGYSVYDKIGKREGVTHLNCWAHARREFDKARDNDKLKAEIALTFIQKLYKVEAKARENNLNPKERKKLRLDESLGIIDEFGKWMVNQLKDHHILPKSTIGKAMSYSLNRWDQLSAYLYDGVLEIDNNLTENAIRKLALGRKNYLFAGSHDAAQRGAIMYSFFAICKKHEVNPYQWLKYTLENIMSINHKNIKDLYPQNYKKLQNT
>NC_018721.1|WP_041758244.1|4045771_4046059_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB
MRKSFHGLSGLVRNELNREPTSGDVFVFLNRNRTHLKLLHWERGGFVLYYKRLERGSFTPPAIREGQTSFSWPQLVLMIEGITVKKSVQKLRYSH
>NC_018721.1|WP_015024194.1|4045439_4045718_+|IS66-family-insertion-sequence-hypothetical-protein
MSKHEEMYKLVTEYQSSGLSSKAFSKERGISPSTFSYWIRKKKEEDHPGGFVEVDTGLKSSASAMEFIYPNGVKLQMSSPDLALIARLVKLY
>NC_018721.1|WP_157609437.1|4043851_4044898_-|IS4-family-transposase
MNTHLQGKINLARLKLISHFVIALCKVQTVTFEKLANAFNSQSDSGSSLRRIQRFIASYSLDSDLIALLVFNLLPSRDKLILSIDRTNWKFGQTNINIFMLGVVYKGVAFPLLFTMLDKRGNSNSQERIDLLNRFIRLFGKHVIESVVADREFVGKDWLAFLNRNEIRYYIRIRNNFKVFLPHKNKEIKASHLFNRFKTNEFVYYHKIVRVNGELCYLSGCKLNPKNLKQEFLIIVSFNKPENAQQDYQKRWQIEMCFKAMKSSGFDIEKTHLQDIQRIEKLILLVMIAFVWCYKIGIYLHQINPIKIKKHGRKAKSIFKYGLTFLANVLLNSENQEDTDIFRFLSCT
>NC_018721.1|WP_015025909.1|4043342_4043636_+|hypothetical-protein
MTLQYYDKKISELKIVKTKATAMRRSDCAQLIDDLETKRVLFIANMVGDIGHGLSQNDLDELTQIAEAFSNASGELQNQNSLIDNAIRIGSKLLALI
>NC_018721.1|WP_041758506.1|4055021_4055534_-|YceI-family-protein
MKTKWNIDQTHSEIGFKAKYMMISAVTGHFEDFKATSVSETENFNHSQINFTAQTNSITTKNSKRDSHLKADNFFNVEAYPELVFTSKSFDGNVLIGNLTIRDITKEISLDVDFGDVATDLTGQTKASFKVKGAISRKEFNLTWNALIEAGNIVVSDTIKLIIDLQFIKE
>NC_018721.1|WP_015025919.1|4056237_4056807_-|Crp/Fnr-family-transcriptional-regulator
MQDVLNQKLEALKLKNSQAYQDFNEAFKQGFASKGEILEPSNSTCKYLYILQSGITKQFRDKEDGTEHIIWFNFAGDLVTAFRSFVERTPTNEGIKVIADCTYLKVPRDKCYQLVEMYHEVETFVREMLEIYLIQSEERVFFLQALTAKEKYSYLQKNMPYFIQDLPQKELAKFLGITRETLSRIRKYS
>NC_018721.1|WP_015025920.1|4056922_4057375_+|hypothetical-protein
MEQQTRIPLFPIFSGGTFYPETLSRILSAFYVSNQKQLTIRELRNKTNLTNKEILTGLQFLSGLGEVTKMSKDKLSSDYFSFNVPGNIENLKGNIKKSKDLLTVLEQILDTRDSSNQKLNTFIKDTIVFYSEVLDFMDIKIKEHFKSTNF
>NC_018721.1|WP_169314470.1|4057575_4059729_+|TolC-family-protein
MVNNYSLSIAQQQYTQLLNDDTDIILALGVVTGQMINQQKSYIKPTILFGVINADINILKTNQITSNVNNFTYILEQDSYKKDLEQLKSLTNFKKVGVLIEQAFIDVLPIKTTLDAIFKDLDASYVIIPLNEATNTSSALNAVDAVYLAGGFTMQDTNIKSLAKTLIEKGLPSFTINNSTQVDLGIMATNNSLNDYNQIIRRLALTVESYTSGNPLSEMKVLMTSKVKLSINYNTAEAVGVPIKYSLVNEAAFLGKFDNVVPDEKYTLVEAINKVLKKNISIQAVKEQVKLSGQDLKTAKNNYLPEIVASGAATYIDPDVAELGFGQSPEFQTLGSINLQQTLFSEQANATININKNLQKAEQQVLKAEELNIVFEVCNVYLNILILKVNAELQHSNLKVTKKNYDIAEQNFEAGFSGKSDMFRFKSEIAQNTQALVEAVNQIEQEIIQLNQLLNNPIDAKIDIEDASLELALFNAVEYDTFKTLLDSPVTRRPFVHFLIEQAQLNAPELKVVDYNIKAIERTVSLNGKGRLLPTIGLQAQYNTVFNRNGVGSTSPEGFGFTLPNTNYNVGVTVSIPIFNRNQTQTNKQTALIQKEQLTLNRENSELAISSNVNTNILNVINRMTNIDLSRVSAEAARESLSLTQTSYSNGAINIVQLIDAQNNYLNAQLNKTTAVYSYLLSTLTVERSIGHFFLLNDTKANAAFTSKFLEFQKNHN
>NC_018721.1|WP_157609439.1|4059791_4060838_+|efflux-RND-transporter-periplasmic-adaptor-subunit
MCVHISCSEKTAEKQRQPKLVKYQQIGLSITSNNISYSGVSQQNLVIDLSFRTNGTITKLNVKLGQQVKKGELLATLDNVTSRLSYEQALNNKNAAKSSYNTAKSSLDRARTLYEKGSTSLSDFEQAKNAFSTANQNYESSKRAIGIQQEQINYGYIYAPQDGVIAAVLSEINENIATGQSIATLNAGDLMEIKLGIPESNINRIHKNDKVDVVFSAIPNQTFKGFVSEIAPAVSAEASTYPVRITLNESISAIKSGMAASVRFQENNIKAIQKSLIVPPQAVGEDYSGKFVFLIVEKDSTFSIKKQTVSIGKLVQNGFEIHSGINTGDRIAVAGLQTLLDGQKVRLQ
>NC_018721.1|WP_015025923.1|4060855_4063969_+|efflux-RND-transporter-permease-subunit
MNIAKFSIKKSRITLMALGTIILFGISIYSSLSRDSMPPYTVRVANIITEFPGASPERLELLVTDKVEKISQELPELKDVKSTSRTGLSVVTVTLKEEVSPEELQTVWNSLRRKLDGMEGLPNNVAPFLDDDGIGDVYGIVVGLVSDGFSYAKMKPYVDAIKNDFIRLPDAAKVVLGGVQEERVFIEFDNTRLKSYGLSTIKLQQIVQNTNILSSGGEVNLGNERIILEPTGNFETISDIKNMLVPINDKGSLVKLGDITTISKGYIDPSEQRVRINGNDAISLHINLKENSNIIELGNEVNSIIQKWQDKLPVGLEIQRVSSLDTYIDDKVSGFVINLLQSIGIVLLVMLVFLGFRTGLIIASLIPIVTIMTLLIMGLMNIGLNQVTLAALIMALGMLVDNAIVVAETVIVKMEEGLSAKKAAIDACSELFTPLLISTLTTSIAFLAFYLSPTNMGDIVGPIFIIVSIALLSSWVVALSVITTFCYLFLKVIPKKERKQSSIDKVINNLKKQYKNIIIKSLHHKWKVVSVIGIAFILSLVGFTQIPFLFFPDSDRNMITVDVNLPEGTKIEATTAVVKELEQYMKDSLQVNNKRSNGILDWSSYIGQGPESYDLGYAQDEANSNYAHIMVNTSSFEFNKKMIAKLDAFGYDNFANADIRVKALAAGGGTVPIEIKLIGENSDELAKIAAAVKTRLSKISGTKNVKDNWGPKTKKFIVQIDQNRALKAGVNNQDIAISLQTNLDGFQTGEYREDDKSIPILMRNEVNKKQTLTSLKTLNIYSQTTGKSVPLLQVAAILPQWQYASIRRYNLDKSISITSELREGGNAATITTEIASWLASQKENWPTDYTYEFGGDEKETNENMGSVISYLPLSGFIIVLLLIIQFNSFRKMTMVVSTIPLALIGVVIGLLIFREPFGFMPFLGTISLAGIVINNAIVLIDRMEIEQKNLNRRVEDAIITACLQRFRPILLATFTTVLGLIPLYLSGGELWEGMAISIMIGLLFGTVITLVFIPTLYSILFKVNYKDYTFDDRLLDD
>NC_018721.1|WP_015025924.1|4064116_4065067_+|lipid-A-deacylase-LpxR-family-protein
MKTIIIDTLLILSFITAFAQEKENKHYTYEVELGTDNDFLIAHKSTDKYYTYGINASFRWHPKSANFLNKLLPNKRGYFQSLGINIEGYTPDYKSKNYETDRPYAGWSYVEFQSTYGFEKSFLRLGIDIGILGPDSKAGVVQNWFHEHISRDQVLDGWENQIDNQLGINIRAYYAQILFESKIFDVYASVDAAVGNIYTYVNPGINFRFGVFNPVSKSIAFKNTILANKSNKEVYVDAGVATKISAFNATIQGSKISEINLINSKEINNFFFNSHIGVYYALNRWAVGAKLMYSSGELKDNDSQQYTMISGSYRFN
>NC_018721.1|WP_015025925.1|4065111_4066203_+|adenylate/guanylate-cyclase-domain-containing-protein
MQTTKRSIKEYLKRLIRSTFFWTISMALFSIFRYFALVDEPGISINIEYKGFYNFRAHILSFALGGFLIGILYATIEFLIDKFIAKRTSLVFTIILEIVLTFVSIISISNLVLNWWVNLENIPFIITSNWWYKDNSFLPALIYVGISIILYSLITIVFEKFGKGEFFNMLLGRYKQPQETKRIFMFLDLSSSTTIAERLGHYKYSQFIQDFFYDLNEVSVNYEAEIYQYIGDEAVLNWSYKKGIYNNNCIHFFYAFKEKIQSKSKYYLKKYNAIPEFKAGIHGGTLMVAEVGVVKKELAYHGDVINTAARVQAKCNDYNVSILITKNLLDDLNIQGAFSTTKMAQVFLKGKQEIAELYTLNLF
>NC_018721.1|WP_157609335.1|4066227_4066533_+|transposase
MIFFIMEAHNIIVKKRIIVDSNVIYTRPLTRWERKFNTLMGKTRFKVERTLGGIKRWFNGGLARYRGIEKMHTQNLMEAMCYNLYQSPGIINLIVKFRRKQ
>NC_018721.1|WP_015025926.1|4066997_4067573_-|DUF4251-domain-containing-protein
MKTNKPLVFFASIVILLSIVSCGSSKVYTAQEKASLEKLITNQNFEIELQWARPLATNSLNQLVNAGLFRPGDNASQINLQGNQNIFKFENDTVSANLPYYGERQMGGGCNSAGGGIDFKSTPKDLTLTKDKDKDYYLMEFNVRDKDSNENYDVSLTVYPSLSAMINIWSSQRNTIQYNGTLKAITKPKEE

Crispr_ID: NC_018721_11

• CRISPR_ID: NC_018721_11
• CRISPR_location: 4051674-4051869
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of NC_018721_11

Consensus_repeat	Method
ATTATAAGAAAAACTGATAC	CRT

spacers of NC_018721_11

>11.1|4051694|39|NC_018721|CRT
TAGCTAGTGTGCTCTTGTTTTAAGTTCATAGTGTCTCGT
>11.2|4051753|38|NC_018721|CRT
CATTAAATCACCTATATTTTGAGGTAATTATGAGTGTA
>11.3|4051811|39|NC_018721|CRT
AAGATTATATGTCTACGATTTGAACATATTTTGACTAAG

CRISPR arrays and Neighbor proteins around NC_018721_11

CRISPR arrays

The CRISPR arrays of NC_018721_11

>merge|NC_018721|11|4051674-4051869|CRT
ATCATAAGAAAAGCTGATACTAGCTAGTGTGCTCTTGTTTTAAGTTCATAGTGTCTCGTATTATAAGAAAAACTAATACCATTAAATCACCTATATTTTGAGGTAATTATGAGTGTATTTATAAGAAAAACTGATACAAGATTATATGTCTACGATTTGAACATATTTTGACTAAGACTATAAGAAAAAATGATAT

>NC_018721|11|4|4051674-4051869|CRT
ATCATAAGAAAAGCTGATAC	TAGCTAGTGTGCTCTTGTTTTAAGTTCATAGTGTCTCGT
ATTATAAGAAAAACTAATAC	CATTAAATCACCTATATTTTGAGGTAATTATGAGTGTA
TTTATAAGAAAAACTGATAC	AAGATTATATGTCTACGATTTGAACATATTTTGACTAAG
ACTATAAGAAAAAATGATAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_041758504.1|4053126_4053705_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_041758500.1|4049694_4049979_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025920.1|4056922_4057375_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609333.1|4042728_4043337_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609334.1|4048491_4048965_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015024343.1|4046134_4047643_+|IS66-like-element-ISPto8-family-transposase	unknown	unknown	gnl|CDD|376980
NC_018721.1|WP_157609438.1|4052317_4052719_+|nucleotidyl-transferase-AbiEii/AbiGii-toxin-family-protein	unknown	unknown	gnl|CDD|378065
NC_018721.1|WP_083858530.1|4048986_4049433_+|DUF3732-domain-containing-protein	unknown	unknown	gnl|CDD|372169
NC_018721.1|WP_015025909.1|4043342_4043636_+|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_157609439.1|4059791_4060838_+|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NC_018721.1|WP_015025923.1|4060855_4063969_+|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NC_018721.1|WP_015024194.1|4045439_4045718_+|IS66-family-insertion-sequence-hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015025919.1|4056237_4056807_-|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
NC_018721.1|WP_015025924.1|4064116_4065067_+|lipid-A-deacylase-LpxR-family-protein	unknown	unknown	gnl|CDD|378338
NC_018721.1|WP_041758244.1|4045771_4046059_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	unknown	unknown	gnl|CDD|377551
NC_018721.1|WP_041758506.1|4055021_4055534_-|YceI-family-protein	unknown	unknown	gnl|CDD|377274
NC_018721.1|WP_169314470.1|4057575_4059729_+|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NC_018721.1|WP_015025925.1|4065111_4066203_+|adenylate/guanylate-cyclase-domain-containing-protein	unknown	unknown	gnl|CDD|143636
NC_018721.1|WP_015025907.1|4041674_4042706_+|DUF2235-domain-containing-protein	unknown	unknown	gnl|CDD|370774
NC_018721.1|WP_157609437.1|4043851_4044898_-|IS4-family-transposase	unknown	unknown	gnl|CDD|376573

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015024343.1|4046134_4047643_+|IS66-like-element-ISPto8-family-transposase	gnl|CDD|376980	pfam03050, DDE_Tnp_IS66, Transposase IS66 family. Transposase proteins are necessary for efficient DNA transposition. This family includes IS66 from Agrobacterium tumefaciens.	7.72914e-113
NC_018721.1|WP_157609438.1|4052317_4052719_+|nucleotidyl-transferase-AbiEii/AbiGii-toxin-family-protein	gnl|CDD|378065	pfam08843, AbiEii, Nucleotidyl transferase AbiEii toxin, Type IV TA system. This family was recently identified as belonging to the nucleotidyltransferase superfamily. AbiEii is the cognate toxin of the type IV toxin-antitoxin 'innate immunity' bacterial abortive infection (Abi) system that protects bacteria from the spread of a phage infection. The Abi system is activated upon infection with phage to abort the cell thus preventing the spread of phage through viral replication. There are some 20 or more Abis, and they are predominantly plasmid-encoded lactococcal systems. TA, toxin-antitoxin, systems on plasmids function by killing cells that lose the plasmid upon division. AbiE phage resistance systems function as novel Type IV TAs and are widespread in bacteria and archaea. The cognate antitoxin is pfam13338.	0.00806604
NC_018721.1|WP_157609439.1|4059791_4060838_+|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	1.23308e-64
NC_018721.1|WP_083858530.1|4048986_4049433_+|DUF3732-domain-containing-protein	gnl|CDD|372169	pfam12532, DUF3732, Protein of unknown function (DUF3732). This domain family is found in bacteria and eukaryotes, and is typically between 180 and 198 amino acids in length. There is a conserved DQP sequence motif.	3.27176e-24
NC_018721.1|WP_015025923.1|4060855_4063969_+|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
NC_018721.1|WP_015025924.1|4064116_4065067_+|lipid-A-deacylase-LpxR-family-protein	gnl|CDD|378338	pfam09982, DUF2219, Uncharacterized protein conserved in bacteria (DUF2219). This domain, found in various hypothetical bacterial proteins, has no known function.	4.57513e-61
NC_018721.1|WP_015025919.1|4056237_4056807_-|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.13172e-17
NC_018721.1|WP_041758244.1|4045771_4046059_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	gnl|CDD|377551	pfam05717, TnpB_IS66, IS66 Orf2 like protein. This protein is found in insertion sequences related to IS66. The function of these proteins is uncertain, but they are probably essential for transposition.	4.98542e-39
NC_018721.1|WP_041758506.1|4055021_4055534_-|YceI-family-protein	gnl|CDD|377274	pfam04264, YceI, YceI-like domain. E. coli YceI is a base-induced periplasmic protein. The recent structure of a member of this family shows that it binds to poly-isoprenoid. The structure consists of an extended, eight-stranded, antiparallel beta-barrel that resembles the lipocalin fold.	4.99018e-42
NC_018721.1|WP_169314470.1|4057575_4059729_+|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	4.85391e-39
NC_018721.1|WP_015025925.1|4065111_4066203_+|adenylate/guanylate-cyclase-domain-containing-protein	gnl|CDD|143636	cd07302, CHD, cyclase homology domain. Catalytic domains of the mononucleotidyl cyclases (MNC's), also called cyclase homology domains (CHDs), are part of the class III nucleotidyl cyclases. This class includes eukaryotic and prokaryotic adenylate cyclases (AC's) and guanylate cyclases (GC's). They seem to share a common catalytic mechanism in their requirement for two magnesium ions to bind the polyphosphate moiety of the nucleotide.	7.00284e-23
NC_018721.1|WP_015025907.1|4041674_4042706_+|DUF2235-domain-containing-protein	gnl|CDD|370774	pfam09994, DUF2235, Uncharacterized alpha/beta hydrolase domain (DUF2235). This domain, found in various hypothetical bacterial proteins, has no known function.	1.18053e-115
NC_018721.1|WP_157609437.1|4043851_4044898_-|IS4-family-transposase	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	6.6414e-08

Protein sequences

>NC_018721.1|WP_041758500.1|4049694_4049979_+|hypothetical-protein
MEEFTLEDLRGIWLGEEFNLIVGCFDDGNYGNLVNKVEERIVETRHLNLDSISAQGTRILNFGDEFSIEIWQWNKPDIIIRIDNSNYNLTYRGY
>NC_018721.1|WP_083858530.1|4048986_4049433_+|DUF3732-domain-containing-protein
MKEGLNKREKLIFQRGVIQTTIENFLASNRIKIENRDLKELKQNLRDIKAKLAKFDIEDFYKDSEAILKSNMDRIANKLDFEKELKPIDFNFNLKDFSFYHENNGKIRLDEMGIGANWLACHLSIFLSFLDLSCSNSKSVIPNFLFFD
>NC_018721.1|WP_157609334.1|4048491_4048965_+|hypothetical-protein
MTLQGDLTLSELKRIGKNLPFPPIIIDGQTKLYKELTKFEKEINEKYYERSKIEKAISSIQDTNDESIDYKEELIKIHSIQKDDIKEHSMIECPLCNNTVSEISDNLNRLDDSKNKLLEELEKLGAYSKDNTEIVTSFRLRKKKINNEISKISRNIT
>NC_018721.1|WP_015024343.1|4046134_4047643_+|IS66-like-element-ISPto8-family-transposase
MQNALENLTKDQLLSLLQKKGKDVEKAHYKILDLEFQLAQYKRIVHGQKRERFEGDKDQMSLPFEMEPEIAQRQEEEVKEKLTYERRKRKSAHKGRVPLPQHLPVEEIKIYPEGDLSDMVCIGEEITEELEYEPSKYYIKRYIRYKYAPRNKEGVVIGALPERVIEKGIPGAGLLASILVDKYEDHLPLYRQLQRFKRADIPIASSTLEGWTRQSLKILDILYQHLLEDIRSKGYLQADESPIKVIDKKKKGTTHQGYYWVYHCPIDKTVLFDYQSGRSAQAAAHVLSGFKGYLQSDGYSVYDKIGKREGVTHLNCWAHARREFDKARDNDKLKAEIALTFIQKLYKVEAKARENNLNPKERKKLRLDESLGIIDEFGKWMVNQLKDHHILPKSTIGKAMSYSLNRWDQLSAYLYDGVLEIDNNLTENAIRKLALGRKNYLFAGSHDAAQRGAIMYSFFAICKKHEVNPYQWLKYTLENIMSINHKNIKDLYPQNYKKLQNT
>NC_018721.1|WP_041758244.1|4045771_4046059_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB
MRKSFHGLSGLVRNELNREPTSGDVFVFLNRNRTHLKLLHWERGGFVLYYKRLERGSFTPPAIREGQTSFSWPQLVLMIEGITVKKSVQKLRYSH
>NC_018721.1|WP_015024194.1|4045439_4045718_+|IS66-family-insertion-sequence-hypothetical-protein
MSKHEEMYKLVTEYQSSGLSSKAFSKERGISPSTFSYWIRKKKEEDHPGGFVEVDTGLKSSASAMEFIYPNGVKLQMSSPDLALIARLVKLY
>NC_018721.1|WP_157609437.1|4043851_4044898_-|IS4-family-transposase
MNTHLQGKINLARLKLISHFVIALCKVQTVTFEKLANAFNSQSDSGSSLRRIQRFIASYSLDSDLIALLVFNLLPSRDKLILSIDRTNWKFGQTNINIFMLGVVYKGVAFPLLFTMLDKRGNSNSQERIDLLNRFIRLFGKHVIESVVADREFVGKDWLAFLNRNEIRYYIRIRNNFKVFLPHKNKEIKASHLFNRFKTNEFVYYHKIVRVNGELCYLSGCKLNPKNLKQEFLIIVSFNKPENAQQDYQKRWQIEMCFKAMKSSGFDIEKTHLQDIQRIEKLILLVMIAFVWCYKIGIYLHQINPIKIKKHGRKAKSIFKYGLTFLANVLLNSENQEDTDIFRFLSCT
>NC_018721.1|WP_015025909.1|4043342_4043636_+|hypothetical-protein
MTLQYYDKKISELKIVKTKATAMRRSDCAQLIDDLETKRVLFIANMVGDIGHGLSQNDLDELTQIAEAFSNASGELQNQNSLIDNAIRIGSKLLALI
>NC_018721.1|WP_157609333.1|4042728_4043337_+|hypothetical-protein
MKKGIFYWMLIVSFGISSCGISKEVRTASVNLVEKQKQSLEAHKNFHKGVINALSVILDAELINSKKVYDASIYDQNLAIIEIIRELDKDQNLSDLEKRIEEEKARQKINARIKKAQTNFLVRNETLTNAKNKLKEASSSLIEAEKYKSTAIENLNNYLQQKRPSEKLLEMINIDLSQYTRYVNDANKALLEVDDYMDKSKK
>NC_018721.1|WP_015025907.1|4041674_4042706_+|DUF2235-domain-containing-protein
MKRIIICSDGTWNGPEKLNKKQYPTNVIKFARGIAPKDENDVKQVVFYDWGIGSYHDSALGGAFGKGLEKNVMDGYRFIMHNYEPGDELFLFGFSRGAYTVRSLCGLINNCHILKGEYSDKVEEAFALYKNSKHAPNGDHSNEWKSNYSIPSSGDVKFIGVWDTVGAMGLPFSLFGLIKDKHLFYDKKLGSNIKMARHALSLDEKRKDFEPTIWEPREGTDLKQVWFAGCHADIGGSYAPDKDKTFLSDIPMMWLLKEANVFGLQFESFLKVTDLNHNSKKHNEYKRTFKLLGRYDREIPEYRKVPTEVHSSVKNRYDDITYKSIPIENYLKLNGGEWPPIVE
>NC_018721.1|WP_157609438.1|4052317_4052719_+|nucleotidyl-transferase-AbiEii/AbiGii-toxin-family-protein
MIKGIRCYDVKDIGAFKLVSCASRPTKKDIYDLDYIIQSENLIDLYSLLKSKKEKFDKNIDRNIFDLDNDPDPIDDPHLLLLFDKRMATKQKMRHSHDNILNIEGSKTWHEASIQWRMKVRRLYQSLDVKYPL
>NC_018721.1|WP_041758504.1|4053126_4053705_+|hypothetical-protein
MKTYKITKLFFSLCFLLALASCESDDDLQAIRATDFTKAELMKLHGGSDKSWKLTEIIIPEKFRDDPAFMNTTCVADDIYTFSVPTSELYESTIEVNIDLGDVRCFETYSDAESFEGKLLYDPYTLNGVEVFKTTFFLDECRITNNVPVGTTTWCFEDNYPLVELTDDRMVFSNAIFIGEQTFGFVFEKINE
>NC_018721.1|WP_041758506.1|4055021_4055534_-|YceI-family-protein
MKTKWNIDQTHSEIGFKAKYMMISAVTGHFEDFKATSVSETENFNHSQINFTAQTNSITTKNSKRDSHLKADNFFNVEAYPELVFTSKSFDGNVLIGNLTIRDITKEISLDVDFGDVATDLTGQTKASFKVKGAISRKEFNLTWNALIEAGNIVVSDTIKLIIDLQFIKE
>NC_018721.1|WP_015025919.1|4056237_4056807_-|Crp/Fnr-family-transcriptional-regulator
MQDVLNQKLEALKLKNSQAYQDFNEAFKQGFASKGEILEPSNSTCKYLYILQSGITKQFRDKEDGTEHIIWFNFAGDLVTAFRSFVERTPTNEGIKVIADCTYLKVPRDKCYQLVEMYHEVETFVREMLEIYLIQSEERVFFLQALTAKEKYSYLQKNMPYFIQDLPQKELAKFLGITRETLSRIRKYS
>NC_018721.1|WP_015025920.1|4056922_4057375_+|hypothetical-protein
MEQQTRIPLFPIFSGGTFYPETLSRILSAFYVSNQKQLTIRELRNKTNLTNKEILTGLQFLSGLGEVTKMSKDKLSSDYFSFNVPGNIENLKGNIKKSKDLLTVLEQILDTRDSSNQKLNTFIKDTIVFYSEVLDFMDIKIKEHFKSTNF
>NC_018721.1|WP_169314470.1|4057575_4059729_+|TolC-family-protein
MVNNYSLSIAQQQYTQLLNDDTDIILALGVVTGQMINQQKSYIKPTILFGVINADINILKTNQITSNVNNFTYILEQDSYKKDLEQLKSLTNFKKVGVLIEQAFIDVLPIKTTLDAIFKDLDASYVIIPLNEATNTSSALNAVDAVYLAGGFTMQDTNIKSLAKTLIEKGLPSFTINNSTQVDLGIMATNNSLNDYNQIIRRLALTVESYTSGNPLSEMKVLMTSKVKLSINYNTAEAVGVPIKYSLVNEAAFLGKFDNVVPDEKYTLVEAINKVLKKNISIQAVKEQVKLSGQDLKTAKNNYLPEIVASGAATYIDPDVAELGFGQSPEFQTLGSINLQQTLFSEQANATININKNLQKAEQQVLKAEELNIVFEVCNVYLNILILKVNAELQHSNLKVTKKNYDIAEQNFEAGFSGKSDMFRFKSEIAQNTQALVEAVNQIEQEIIQLNQLLNNPIDAKIDIEDASLELALFNAVEYDTFKTLLDSPVTRRPFVHFLIEQAQLNAPELKVVDYNIKAIERTVSLNGKGRLLPTIGLQAQYNTVFNRNGVGSTSPEGFGFTLPNTNYNVGVTVSIPIFNRNQTQTNKQTALIQKEQLTLNRENSELAISSNVNTNILNVINRMTNIDLSRVSAEAARESLSLTQTSYSNGAINIVQLIDAQNNYLNAQLNKTTAVYSYLLSTLTVERSIGHFFLLNDTKANAAFTSKFLEFQKNHN
>NC_018721.1|WP_157609439.1|4059791_4060838_+|efflux-RND-transporter-periplasmic-adaptor-subunit
MCVHISCSEKTAEKQRQPKLVKYQQIGLSITSNNISYSGVSQQNLVIDLSFRTNGTITKLNVKLGQQVKKGELLATLDNVTSRLSYEQALNNKNAAKSSYNTAKSSLDRARTLYEKGSTSLSDFEQAKNAFSTANQNYESSKRAIGIQQEQINYGYIYAPQDGVIAAVLSEINENIATGQSIATLNAGDLMEIKLGIPESNINRIHKNDKVDVVFSAIPNQTFKGFVSEIAPAVSAEASTYPVRITLNESISAIKSGMAASVRFQENNIKAIQKSLIVPPQAVGEDYSGKFVFLIVEKDSTFSIKKQTVSIGKLVQNGFEIHSGINTGDRIAVAGLQTLLDGQKVRLQ
>NC_018721.1|WP_015025923.1|4060855_4063969_+|efflux-RND-transporter-permease-subunit
MNIAKFSIKKSRITLMALGTIILFGISIYSSLSRDSMPPYTVRVANIITEFPGASPERLELLVTDKVEKISQELPELKDVKSTSRTGLSVVTVTLKEEVSPEELQTVWNSLRRKLDGMEGLPNNVAPFLDDDGIGDVYGIVVGLVSDGFSYAKMKPYVDAIKNDFIRLPDAAKVVLGGVQEERVFIEFDNTRLKSYGLSTIKLQQIVQNTNILSSGGEVNLGNERIILEPTGNFETISDIKNMLVPINDKGSLVKLGDITTISKGYIDPSEQRVRINGNDAISLHINLKENSNIIELGNEVNSIIQKWQDKLPVGLEIQRVSSLDTYIDDKVSGFVINLLQSIGIVLLVMLVFLGFRTGLIIASLIPIVTIMTLLIMGLMNIGLNQVTLAALIMALGMLVDNAIVVAETVIVKMEEGLSAKKAAIDACSELFTPLLISTLTTSIAFLAFYLSPTNMGDIVGPIFIIVSIALLSSWVVALSVITTFCYLFLKVIPKKERKQSSIDKVINNLKKQYKNIIIKSLHHKWKVVSVIGIAFILSLVGFTQIPFLFFPDSDRNMITVDVNLPEGTKIEATTAVVKELEQYMKDSLQVNNKRSNGILDWSSYIGQGPESYDLGYAQDEANSNYAHIMVNTSSFEFNKKMIAKLDAFGYDNFANADIRVKALAAGGGTVPIEIKLIGENSDELAKIAAAVKTRLSKISGTKNVKDNWGPKTKKFIVQIDQNRALKAGVNNQDIAISLQTNLDGFQTGEYREDDKSIPILMRNEVNKKQTLTSLKTLNIYSQTTGKSVPLLQVAAILPQWQYASIRRYNLDKSISITSELREGGNAATITTEIASWLASQKENWPTDYTYEFGGDEKETNENMGSVISYLPLSGFIIVLLLIIQFNSFRKMTMVVSTIPLALIGVVIGLLIFREPFGFMPFLGTISLAGIVINNAIVLIDRMEIEQKNLNRRVEDAIITACLQRFRPILLATFTTVLGLIPLYLSGGELWEGMAISIMIGLLFGTVITLVFIPTLYSILFKVNYKDYTFDDRLLDD
>NC_018721.1|WP_015025924.1|4064116_4065067_+|lipid-A-deacylase-LpxR-family-protein
MKTIIIDTLLILSFITAFAQEKENKHYTYEVELGTDNDFLIAHKSTDKYYTYGINASFRWHPKSANFLNKLLPNKRGYFQSLGINIEGYTPDYKSKNYETDRPYAGWSYVEFQSTYGFEKSFLRLGIDIGILGPDSKAGVVQNWFHEHISRDQVLDGWENQIDNQLGINIRAYYAQILFESKIFDVYASVDAAVGNIYTYVNPGINFRFGVFNPVSKSIAFKNTILANKSNKEVYVDAGVATKISAFNATIQGSKISEINLINSKEINNFFFNSHIGVYYALNRWAVGAKLMYSSGELKDNDSQQYTMISGSYRFN
>NC_018721.1|WP_015025925.1|4065111_4066203_+|adenylate/guanylate-cyclase-domain-containing-protein
MQTTKRSIKEYLKRLIRSTFFWTISMALFSIFRYFALVDEPGISINIEYKGFYNFRAHILSFALGGFLIGILYATIEFLIDKFIAKRTSLVFTIILEIVLTFVSIISISNLVLNWWVNLENIPFIITSNWWYKDNSFLPALIYVGISIILYSLITIVFEKFGKGEFFNMLLGRYKQPQETKRIFMFLDLSSSTTIAERLGHYKYSQFIQDFFYDLNEVSVNYEAEIYQYIGDEAVLNWSYKKGIYNNNCIHFFYAFKEKIQSKSKYYLKKYNAIPEFKAGIHGGTLMVAEVGVVKKELAYHGDVINTAARVQAKCNDYNVSILITKNLLDDLNIQGAFSTTKMAQVFLKGKQEIAELYTLNLF

Crispr_ID: NC_018721_13

• CRISPR_ID: NC_018721_13
• CRISPR_location: 4244489-4244740
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_018721_13

Consensus_repeat	Method
ACCAGCAAATAGACCTAACGCGATTGCGGAAGATCCTTGACTGAATGAACCAGCAT	PILER-CR

spacers of NC_018721_13

>13.1|4244545|67|NC_018721|PILER-CR
GGTGTTATTACCAGCTCCTGTTCCCTATTGCAATTGGCGTTTTCTCCTTGGGTGGTGCGAGCAAACA
>13.2|4244668|40|NC_018721|PILER-CR
TTACGCCTAACGCGATCGCGTCTTCTCCTTGGGTGCTACT

CRISPR arrays and Neighbor proteins around NC_018721_13

CRISPR arrays

The CRISPR arrays of NC_018721_13

>merge|NC_018721|13|4244489-4244740|PILER-CR
ACCAGCACTTACGCCTAACGCGATTGCGGAAGATCTTTGGGTGTTATTACCAGCTCCTGTTCCCTATTGCAATTGGCGTTTTCTCCTTGGGTGGTGCGAGCAAACAAAAAAGACCTAACGCGATTGCGGAAGATCCTTGACTGAATGAACCAGCATTTACGCCTAACGCGATCGCGTCTTCTCCTTGGGTGCTACTACCAGCAAATCGACCTAACGCGATTGCGGAAGATCCTTGACTGAATGAACCAGCAT

>NC_018721|13|8|4244489-4244740|PILER-CR
ACCAGCACTTACGCCTAACGCGATTGCGGAAGATCTTTGGGTGTTATTACCAGCTC	CTGTTCCCTATTGCAATTGGCGTTTTCTCCTTGGGTGGTGCGAGCAAACAAAAAAGACCTAACGCGA
TTGCGGAAGATCCTTGACTGAATGAACCAGCATTTACGCCTAACGCGATCGCGTCT	TCTCCTTGGGTGCTACTACCAGCAAATCGACCTAACGCGA
TTGCGGAAGATCCTTGACTGAATGAACCAGCAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018721.1|WP_015026086.1|4246357_4246840_-|T9SS-type-A-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|275036
NC_018721.1|WP_051008017.1|4251995_4252244_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_083858554.1|4232005_4233175_-|DUF2339-domain-containing-protein	unknown	unknown	gnl|CDD|378390
NC_018721.1|WP_157609342.1|4249125_4249506_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015026078.1|4238640_4239177_-|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|224584
NC_018721.1|WP_015026080.1|4241006_4242122_-|T9SS-type-A-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|275036
NC_018721.1|WP_157609343.1|4253141_4254014_-|DUF2971-domain-containing-protein	unknown	unknown	gnl|CDD|378585
NC_018721.1|WP_157609341.1|4243831_4244272_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015026073.1|4227632_4228868_-|DUF3999-family-protein	unknown	unknown	unknown
NC_018721.1|WP_041758579.1|4254907_4255885_+|IS30-family-transposase	unknown	unknown	gnl|CDD|225382
NC_018721.1|WP_015026090.1|4250889_4251630_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015026093.1|4255874_4256441_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015026075.1|4234535_4235687_-|serine-hydrolase	unknown	unknown	gnl|CDD|365903
NC_018721.1|WP_015026079.1|4239337_4239970_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_083858533.1|4248041_4248173_-|DUF4870-domain-containing-protein	unknown	unknown	gnl|CDD|378240
NC_018721.1|WP_015026074.1|4233732_4234167_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015026077.1|4237749_4238415_-|outer-membrane-beta-barrel-protein	unknown	unknown	unknown
NC_018721.1|WP_015022770.1|4256893_4258129_-|IS4-like-element-ISPto2-family-transposase	unknown	unknown	gnl|CDD|372999
NC_018721.1|WP_015026076.1|4236323_4237046_-|hypothetical-protein	unknown	unknown	unknown
NC_018721.1|WP_015026087.1|4247249_4247744_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018721.1|WP_015026086.1|4246357_4246840_-|T9SS-type-A-sorting-domain-containing-protein	gnl|CDD|275036	TIGR04183, hypothetical_protein, Por secretion system C-terminal sorting domain. Species that include Porphyromonas gingivalis, Fibrobacter succinogenes, Flavobacterium johnsoniae, Cytophaga hutchinsonii, Gramella forsetii, Prevotella intermedia, and Salinibacter ruber average twenty or more copies of a C-terminal domain, represented by this model, associated with sorting to the outer membrane and covalent modification.	5.99504e-07
NC_018721.1|WP_157609343.1|4253141_4254014_-|DUF2971-domain-containing-protein	gnl|CDD|378585	pfam11185, DUF2971, Protein of unknown function (DUF2971). This bacterial family of proteins has no known function.	2.32406e-11
NC_018721.1|WP_083858554.1|4232005_4233175_-|DUF2339-domain-containing-protein	gnl|CDD|378390	pfam10101, DUF2339, Predicted membrane protein (DUF2339). This domain, found in various hypothetical bacterial proteins, has no known function.	3.27046e-50
NC_018721.1|WP_015026075.1|4234535_4235687_-|serine-hydrolase	gnl|CDD|365903	pfam00144, Beta-lactamase, Beta-lactamase. This family appears to be distantly related to pfam00905 and PF00768 D-alanyl-D-alanine carboxypeptidase.	2.48688e-48
NC_018721.1|WP_015026078.1|4238640_4239177_-|GNAT-family-N-acetyltransferase	gnl|CDD|224584	COG1670, RimL, Acetyltransferases, including N-acetylases of ribosomal proteins [Translation, ribosomal structure and biogenesis].	6.84336e-32
NC_018721.1|WP_015026080.1|4241006_4242122_-|T9SS-type-A-sorting-domain-containing-protein	gnl|CDD|275036	TIGR04183, hypothetical_protein, Por secretion system C-terminal sorting domain. Species that include Porphyromonas gingivalis, Fibrobacter succinogenes, Flavobacterium johnsoniae, Cytophaga hutchinsonii, Gramella forsetii, Prevotella intermedia, and Salinibacter ruber average twenty or more copies of a C-terminal domain, represented by this model, associated with sorting to the outer membrane and covalent modification.	8.13072e-06
NC_018721.1|WP_083858533.1|4248041_4248173_-|DUF4870-domain-containing-protein	gnl|CDD|378240	pfam09685, DUF4870, Domain of unknown function (DUF4870).	1.79833e-06
NC_018721.1|WP_015022770.1|4256893_4258129_-|IS4-like-element-ISPto2-family-transposase	gnl|CDD|372999	pfam14294, DUF4372, Domain of unknown function (DUF4372). This domain family is found in bacteria, and is approximately 80 amino acids in length. The family is found in association with pfam01609. There is a single completely conserved residue G that may be functionally important.	1.08557e-20
NC_018721.1|WP_041758579.1|4254907_4255885_+|IS30-family-transposase	gnl|CDD|225382	COG2826, Tra8, Transposase and inactivated derivatives, IS30 family [DNA replication, recombination, and repair].	7.89298e-76

Protein sequences

>NC_018721.1|WP_157609341.1|4243831_4244272_-|hypothetical-protein
MIDASGMPFGARASGFYVAPIREGDFGSGDVPLFYDRATNEIVYSTRASNLATSKVPTSYLATSIVSANSTLNTDNQVVATSGTITITLPVNPIDGQNILIYADGDDTSVNPNGKTIRIAGVNYTSAIQISQSIRLIYVVNKWFSL
>NC_018721.1|WP_015026080.1|4241006_4242122_-|T9SS-type-A-sorting-domain-containing-protein
MKKIIVASAFILSALNAIAQITNVEKKFDLPTILSESSGAIFFNDRLISHNDSGNENKLYELDTISGLVTRTVTVTNATNIDWEDIAQDDSSIYIGDIGNNSGNRTDLKIYKINKNDYLNSTNITSEIINFSYADQVDFTANLNNTEWDAEALISFDANNLILFTKNWVDEISKAYSIPKNSGTYTVDSSPTPLAEAGLITGATYNPSTEKVYLVGYSRILQPFVWVSENFTNNDIFSGTNTKTSLTSLGFEQTEAITHIGANRYFITSETFNIQGFSNPGKLISFTTNDILLSIIDQDISVVNLYPNPVKDELFIEGLEFTSVEIYDAKSTLVYRGDNQKLNLSKLNKGFYLVKINLKDHTSIVKKIIKE
>NC_018721.1|WP_015026079.1|4239337_4239970_-|hypothetical-protein
MKKILSCISLSFSIITCCLGQEKEEKLVRESFNSYKTSILNDKGEKAVDFVDSKTISYYNEILETTKKADSLTVNSLGILDKLMVISIRYRTSKRDILSFNGKELLIYAIKEGMVGKNSVMNTEIGDVEIDGNFAKGQLISKGQKTPFYFHFYKESNIWKIDLTSIFPEGAMAFKKMIEDNGEEENQYLIQLLEMITGKKPVNEIWKPIL
>NC_018721.1|WP_015026078.1|4238640_4239177_-|GNAT-family-N-acetyltransferase
MEDIFPTLESERTILRQFVDSDLKDVFKGLSHPDIIKYYGISFDSLEATKEQMHWFSNLEKNQNGIWWAICSKVDGKFLGAGGLNDLNKENKKAEIGFWLFPENWGKGFMTETMPLIFNYAFDHIGLHRIEGFVETENTNCKKALAKLKFNLEGTMKDCEIKNSEFISLDIYSKLNHK
>NC_018721.1|WP_015026077.1|4237749_4238415_-|outer-membrane-beta-barrel-protein
MRTSLTLFLILFTSISFGQNDQDDKEYFSIEKGTWSLEADFSINSRNDDFFNPTFSSDSKDFNFSVSPKIGYAISENLILGLGLGYGYSKSEDENENEQILRTTSSTSNFFAISPFVKKFFPVSEKIAFHLQGETRFAFGKNNFENSDNTERESRNESIFVGIRPGINLSLTKNILLQANFATFGYNYSSGETDGIQNSETNSLSFNFGSSSFIFGMTILL
>NC_018721.1|WP_015026076.1|4236323_4237046_-|hypothetical-protein
MRMSALRNTKFSKYLIYAIGEILLVVIGILIALGINSKVEQNKKLTIRNSYVQSLRNDLVADVALLESQIENFDNDLKKNIGFSKRLSAPNANVDSIIKIARYEFLPFYSPDNELNLNTYNALISTGNINLLGKELNGKIQNHNAEQLKTLKVVGVNLQLGADAGVQYISNYPINFPLNGINGNLMNSVWEDIDENKLKANFNGMLTIKITTMSFVSRMRNELLSKTKEMIKIIDDFETE
>NC_018721.1|WP_015026075.1|4234535_4235687_-|serine-hydrolase
MKNKFILILILLSIISSITNKVIAQKNYKGGTKHMQPEIESLPNETIYIFDKRLNDTLEIKLNQKIDELFGKYDIAGITATILIPKKGIWETNRGFISKPENIVIDSSSVFYWASVSKLITSTIIHQLVSEGSLSFDDKLSKWYPNIQYSKKITIEQLLTHTNGIYSFNSDSTIHFSNKHFNPDELLNVAKSKKNLFKPSEYWSYTNTGYLLLALITEKIESKTFSQIIKDRISEPLNLKSLKTATENSLNLALAHNKDSVKHKDYSVPLGAGNMISNSKDMAIFLSALLTGKIIPIKDVHNMMKDLYPMFDKGQYYGKGIMLYDFNDVNQTDNSWIGHSGGTENYKAIVAYDIQTKAIITISINENIPVEAVAYKLMELINE
>NC_018721.1|WP_015026074.1|4233732_4234167_-|hypothetical-protein
MKKSILFIAAAILFSASLTSCGVMFGGSKYQGTITAKDHPNADISVDGQKIGTGTTTNLFKRDRPLVVTLEEEGCEPQTLTYNNTFRTGNFILSAVSWGIIGIGVDLGTGAAYKPDHKGNPAIQKLSTKNFNFDVDYSKCKKPE
>NC_018721.1|WP_083858554.1|4232005_4233175_-|DUF2339-domain-containing-protein
MTNNQDKINQLLSKLENLLKRQDDFSRDIDSLRIEITNLQSYETERNIEKVDIKEDKPIIDSDFEIAKAKTTLDSSSSSEQQIKKELPRETDTPVNKPPKIKLDLEKFIGENLINKIGIIITVIGVAIGAKYSIENDLISPLTRIILGYLAGIGLLGFGIKLKKNYENYSAVLVSGAIAIMYFITYSAYSFYDLIPQTMAFLLMVVFTVFTVVAAINYNKQVIAHIGLVGAYAVPYLLSENSGQVAILFSYMAIINVGILVISFKKYWKPLYYSSFGLTWLIFFLWYVSNYQTEAYYGLALTFLSIFFVIFYLVFLAYKLIKKEKFGIENIALLLINSFIFYGVGYAILDDHETGKQLLGIFTLCNAILHFIVCQESTMAINKMVECCN
>NC_018721.1|WP_015026073.1|4227632_4228868_-|DUF3999-family-protein
MRLRIKITISLFLLAFSYSHGQMQQYSNKRELKGINKQWHKIVLPNDIFEKVSPDLSDIRVFGITASNDTIESPYLLRTLTDELSSKEAVFKILNTSRSDKGYFFTFEIPSIETINQIKLKFKQQNFDWQLKLEGSQNQQEWFTIIDDYRILAIKNELTDFQFSKLSFPNSKYRFFRFLVVNSREKPDLKSISITRQNITEGVFRDYPIKKTLTKENKETKQTIVDIELQSPVPVSYIKINAINSFDYYRPLTIKYLSDSVQTEQGWTYNYRNLTMGTLNSFEKNEFKTNSLIIQKLKIVIHNQDNQSLTLDKIQIKGNVHELVTRFTEPATYYLTYGKSKAVKAYYDINRFTDKIPETITAIELGNEQTIEREEVPVTDPLFKNKNWLWTIMTIIILLLGWFSVKMIRKK
>NC_018721.1|WP_015026086.1|4246357_4246840_-|T9SS-type-A-sorting-domain-containing-protein
MKHKKTLTSIVFFILGLIGLHAQENTTATGGVATGSGGTVAFSVGQVVYTANTNASGTVSQGVQQPYEIFTLGVKETELNISLKAFPNPTLDNLTLQISNYNNEKLLYKLYDMQGKLLNKGQIVTQQTKIGMTSLPTAIYFINVVNQQNKKIKTFKIIKN
>NC_018721.1|WP_015026087.1|4247249_4247744_-|hypothetical-protein
MKLVEYSVQWAKGESFEGMCITIAGILTLIYSVLIWKFGTTVNAKALLIPALVLGILFSTMGSFMMYSNNKRITEFQNAYQTDSAAFIQNEKKRVEDFQFMYPTSLAISAVCFLITVLAFAYSKNSTFHAIGIALTVFGMSLIIIDYFSKERAQIYYDHILNAF
>NC_018721.1|WP_083858533.1|4248041_4248173_-|DUF4870-domain-containing-protein
MHLSVITYLVIPIGNILIPLIFWISKKEKIVDLDDKGTRLLNF
>NC_018721.1|WP_157609342.1|4249125_4249506_-|hypothetical-protein
MKIVILLTLVLNVGCSNSNPELDKSLTDFSVVIAEIDSEELEKITTEKGFNSIMTWSDSLSNTQFLRKLSDNLKNGGDGVFHTNDLDSIIIMSLGKSDEIVGATNGYLTLRKIDTEYKIDEFRGGK
>NC_018721.1|WP_015026090.1|4250889_4251630_-|hypothetical-protein
MKKLNRELVLLRTFAVSTVAIMAVIVLFAFKTNENQKFGTIDVERINIVEADGTVKIIITNVEQFPNGETIINNKAINKNRKKRSGMLYFNEDGLECGGLIYDGAKNEKGHSSGLSLSYDRYDGDQVMQLITTDEARGDERRVSSALVFNDRTANVSIEETHKIMAEIDSIKDKKLRRQKYREYSDQGLIGGTPRVLLGKTKSQNNGLFLFGDNGKPKAMFYVDKDNNVKLEVFDDQGKVTNSWPE
>NC_018721.1|WP_051008017.1|4251995_4252244_-|hypothetical-protein
MVKIDVSNQYLSFENDFIVSIECIHLENDVNIEEENKRIRFSSKLFSGPFIWRNNVDVEWNERRAKYNVGIGIHLKVEEYSK
>NC_018721.1|WP_157609343.1|4253141_4254014_-|DUF2971-domain-containing-protein
MKANEIISNNPEYKQESQLYHYTSLEAMEAMIKSQSIRASSIFLMNDPNELIYGQEYISNKFDQTLSNKLKQSYKGQSINNFSAFVFSLSELNDDMNQWEKYGNKHKGIRVGFTPKNLLEFWCEIDNITVFLIPVIYYSNNSKYIDPYGTIFDEMKSGFISDINSYFIDNEISHAELNELKFFCSLISSMIKRKEWSSEKEWRIICISNGTFHKNIDGNFQNGKSNIFIENKTPNTLKMFTNFGHDGIASKDILKIGCNAGDKDQIGYILSLLYDKKVIMQVSQSDIQTR
>NC_018721.1|WP_041758579.1|4254907_4255885_+|IS30-family-transposase
MSHLTKEQRYTISVMRKEGYNHRAIAESIDKDKSVISRELKRNKDQRSGEYRYELAVKKCRERHKTKPKQICFTNEIKTASERLLKLDYSPEQVVGILKKHQEPSVSVETLYQHIWNDKKHKGTLHKHLRHQGRRYRKRGAAKDSRGIIKDRVSIEKRPSKVELRDRFGDLEVDLIIGKNHNQAILTINDRSSGMLKMKKVPSKESKGVGLAIIDLLEDWKPYLKTITADNGKEFADHLVVAQELNIDYYFARPYHSWERGSNENLNGLIRQYLPKKTDFTKITDYQVKQIQEKLNLRPRKRFNYENPIFVMDQLLFNPEVAFMT
>NC_018721.1|WP_015026093.1|4255874_4256441_-|hypothetical-protein
MRKVLSILVLFITLNSVAQIKSKVQKVNGIEVYLLAEPVREYETLKGGGKGIQWGSVITGGLVNESIATKVSKYINKLAKQYKYENIKFDAVIYTNGKQMTAIKFTDEKTPENDRIAVVQKIEAIPFFVMSEPIKDYDFIKKIRGGIKWKSALTGGLINNSIEQDLLKFAKKMEKKFWRKQISAGFKS
>NC_018721.1|WP_015022770.1|4256893_4258129_-|IS4-like-element-ISPto2-family-transposase
MGLFRRNKNNNKPVIRQILDLVPHWLFRSCTNTYKTDKGVHKYRTYDQFVALTFGQLNKCQSLNDISAGIGVSEIFISDLGLTQSPARSTMSDGNKKRDWQVFESLYYRLLSHYKSVLKQHHNTHIIEEIKGKVVKLIDSSTISLCLAMFDWAEFRTAKGGIKLHTSWDYNLMIPDVVNITEAKVHDRYGLKQLIFPKDTIIVEDRAYFDFELMLNRIKAENVFVTRIKSNTLYETIEELELADDVDQHILKDEIIQLTSGRAIETGISKHKLRLVHVYKEDENKVIAIITNQLDWEYNTIAALYKKRWDIELFFKALKQNLQVKTFWGTSENAVKSQIYVALINYLLLELIKRTISKKAVAFSNLSEKVRFCLYHYLSLDYVCNEVREGVRKVTISPQKVLVLERDLFSG

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
NC_018721_9	9.2|3963797|30|NC_018721|CRT	3963797-3963826	30	NC_018721.1	3962668-3962697	0	1.0
NC_018721_9	9.5|3963946|30|NC_018721|CRT	3963946-3963975	30	NC_018721.1	3962668-3962697	0	1.0
NC_018721_13	13.2|4244668|40|NC_018721|PILER-CR	4244668-4244707	40	NC_018721.1	4244741-4244780	0	1.0
NC_018721_9	9.1|3963747|30|NC_018721|CRT	3963747-3963776	30	NC_018721.1	3962668-3962697	1	0.967
NC_018721_9	9.3|3963847|30|NC_018721|CRT	3963847-3963876	30	NC_018721.1	3962668-3962697	1	0.967
NC_018721_9	9.2|3963797|30|NC_018721|CRT	3963797-3963826	30	NC_018721.1	3964213-3964242	2	0.933
NC_018721_9	9.5|3963946|30|NC_018721|CRT	3963946-3963975	30	NC_018721.1	3964213-3964242	2	0.933

1. spacer 9.2|3963797|30|NC_018721|CRT matches to position: 3962668-3962697, mismatch: 0, identity: 1.0

ggtgacaagttgtggtggcttgtggctgtg	CRISPR spacer
ggtgacaagttgtggtggcttgtggctgtg	Protospacer
******************************

2. spacer 9.5|3963946|30|NC_018721|CRT matches to position: 3962668-3962697, mismatch: 0, identity: 1.0

ggtgacaagttgtggtggcttgtggctgtg	CRISPR spacer
ggtgacaagttgtggtggcttgtggctgtg	Protospacer
******************************

3. spacer 13.2|4244668|40|NC_018721|PILER-CR matches to position: 4244741-4244780, mismatch: 0, identity: 1.0

ttacgcctaacgcgatcgcgtcttctccttgggtgctact	CRISPR spacer
ttacgcctaacgcgatcgcgtcttctccttgggtgctact	Protospacer
****************************************

4. spacer 9.1|3963747|30|NC_018721|CRT matches to position: 3962668-3962697, mismatch: 1, identity: 0.967

ggtaacaagttgtggtggcttgtggctgtg	CRISPR spacer
ggtgacaagttgtggtggcttgtggctgtg	Protospacer
***.**************************

5. spacer 9.3|3963847|30|NC_018721|CRT matches to position: 3962668-3962697, mismatch: 1, identity: 0.967

ggtgataagttgtggtggcttgtggctgtg	CRISPR spacer
ggtgacaagttgtggtggcttgtggctgtg	Protospacer
*****.************************

6. spacer 9.2|3963797|30|NC_018721|CRT matches to position: 3964213-3964242, mismatch: 2, identity: 0.933

ggtgacaagttgtggtggcttgtggctgtg	CRISPR spacer
ggtgacaagttgtggtggtttgtggttgtg	Protospacer
******************.******.****

7. spacer 9.5|3963946|30|NC_018721|CRT matches to position: 3964213-3964242, mismatch: 2, identity: 0.933

ggtgacaagttgtggtggcttgtggctgtg	CRISPR spacer
ggtgacaagttgtggtggtttgtggttgtg	Protospacer
******************.******.****

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NC_018721_1	1.28|322099|27|NC_018721|PILER-CR	322099-322125	27	MT774392	CrAssphage cr128_1, complete genome	8802-8828	4	0.852
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP006906	Clostridium baratii str. Sullivan plasmid pCBJ, complete sequence	151099-151128	5	0.833
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_011551	Bacteriophage APSE-2, complete genome	5867-5896	5	0.833
NC_018721_1	1.23|322097|29|NC_018721|CRISPRCasFinder	322097-322125	29	MT774392	CrAssphage cr128_1, complete genome	8800-8828	5	0.828
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	KX229736	Campylobacter phage PC5, complete genome	97209-97238	5	0.833
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	289232-289261	5	0.833
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	CP037991	Bacillus mycoides strain TH26 plasmid unnamed1, complete sequence	100764-100793	5	0.833
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MH542234	Staphylococcus phage Terranova, complete genome	12267-12296	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MK448428	Streptococcus satellite phage Javan322, complete genome	4535-4564	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_041928	Staphylococcus phage phiIBB-SEP1, complete genome	117319-117348	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	KP027447	Staphylococcus phage phiIPLA-C1C, complete genome	120620-120649	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MH321490	Staphylococcus phage Quidividi, complete genome	11558-11587	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MH321491	Staphylococcus phage Twillingate, complete genome	13083-13112	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP021438	Bacillus thuringiensis strain C15 plasmid pBMB172, complete sequence	11488-11517	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MF417868	Uncultured Caudovirales phage clone 7AX_1, partial genome	27919-27948	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MK387337	Vibrio phage ValB1MD, complete genome	67330-67359	6	0.8
NC_018721_1	1.4|320657|30|NC_018721|CRISPRCasFinder	320657-320686	30	NZ_CP025114	Bradyrhizobium sp. SK17 strain CBNU plasmid unnamed, complete sequence	209073-209102	6	0.8
NC_018721_1	1.4|320657|30|NC_018721|CRISPRCasFinder	320657-320686	30	NZ_CP044544	Bradyrhizobium betae strain PL7HG1 plasmid pBbPL7HG1, complete sequence	169465-169494	6	0.8
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN694548	Marine virus AFVG_250M139, complete genome	36536-36565	6	0.8
NC_018721_1	1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR	321340-321369	30	NZ_CP018751	Borreliella garinii strain CIP 103362 isolate 20047 plasmid unnamed4	4180-4209	6	0.8
NC_018721_1	1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR	321340-321369	30	NZ_CP028876	Borreliella bavariensis PBi plasmid lp17, complete sequence	4217-4246	6	0.8
NC_018721_1	1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR	321340-321369	30	NZ_CP028866	Borreliella garinii strain 20047 plasmid lp17, complete sequence	16681-16710	6	0.8
NC_018721_1	1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR	321340-321369	30	MN693944	Marine virus AFVG_250M270, complete genome	38238-38267	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP054441	Staphylococcus saprophyticus strain UTI-058y plasmid pUTI-058y-1, complete sequence	19479-19508	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP025497	Staphylococcus aureus subsp. aureus strain 3020.C01 plasmid p3020.C01b, complete sequence	60925-60954	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP016860	Staphylococcus aureus subsp. aureus strain 1969.N plasmid p1969.Nb, complete sequence	60925-60954	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP012121	Staphylococcus aureus subsp. aureus strain USA300_2014.C02 plasmid pC02, complete sequence	60960-60989	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	MN909556	Staphylococcus saprophyticus strain 1005578 plasmid p1005578_vga, complete sequence	35718-35747	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP054445	Staphylococcus saprophyticus strain UTI-056 plasmid pUTI-056-1, complete sequence	19907-19936	6	0.8
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP042047	Staphylococcus aureus strain B2-7A plasmid pSALNBL75, complete sequence	30183-30212	6	0.8
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_AP017969	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence	48294-48323	6	0.8
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_AP017970	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-2, complete sequence	37865-37894	6	0.8
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP020439	Streptococcus equinus strain FDAARGOS_251 plasmid unamed1 sequence	18518-18547	6	0.8
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP020439	Streptococcus equinus strain FDAARGOS_251 plasmid unamed1 sequence	203968-203997	6	0.8
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	MN480762	Streptococcus salivarius strain NU10 plasmid pSsal-NU10, complete sequence	89566-89595	6	0.8
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	MH622943	Myoviridae sp. isolate ctbc_4, complete genome	44063-44092	6	0.8
NC_018721_9	9.2|3963797|30|NC_018721|CRT	3963797-3963826	30	MH593835	Microviridae sp. isolate ctbf9, complete genome	4758-4787	6	0.8
NC_018721_9	9.5|3963946|30|NC_018721|CRT	3963946-3963975	30	MH593835	Microviridae sp. isolate ctbf9, complete genome	4758-4787	6	0.8
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MK084630	Bacillus phage StevenHerd11, complete genome	5001-5030	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MF156580	Bacillus phage RadRaab, complete genome	5002-5031	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_031032	Bacillus phage Stitch, complete genome	5002-5031	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP027063	Klebsiella variicola strain WCHKV030666 plasmid pVir_030666, complete sequence	171058-171087	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP028886	Borrelia turcica IST7 plasmid lp32-A, complete sequence	2854-2883	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP019161	Klebsiella pneumoniae strain GN-2 plasmid pGN-2, complete sequence	106015-106044	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP044381	Klebsiella pneumoniae strain 2018S07-013 plasmid p2018S07-013-1, complete sequence	186679-186708	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP044386	Klebsiella pneumoniae strain 2018C01-239 plasmid p2018C01-239-1_MCR1, complete sequence	180457-180486	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP044377	Klebsiella pneumoniae strain 2018S06-082 plasmid p2018S06-082-1_MCR1, complete sequence	110731-110760	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_MH733011	Klebsiella pneumoniae strain KP16103 plasmid pKP16103-MCR-1, complete sequence	116208-116237	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP030779	Escherichia albertii strain 05-3106 plasmid unnamed1, complete sequence	22581-22610	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MN693672	Marine virus AFVG_250M258, complete genome	23045-23074	7	0.767
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP026602	Clostridiaceae bacterium 14S0207 plasmid unnamed2, complete sequence	3297-3326	7	0.767
NC_018721_1	1.2|320505|30|NC_018721|CRISPRCasFinder	320505-320534	30	GU071103	Prochlorococcus phage P-SSM7, complete genome	38084-38113	7	0.767
NC_018721_1	1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR	321113-321142	30	AJ630128	Bacteriophage S-PM2 complete genome	189167-189196	7	0.767
NC_018721_1	1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR	321113-321142	30	NC_006820	Synechococcus phage S-PM2, complete genome	189167-189196	7	0.767
NC_018721_1	1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR	321113-321142	30	LN828717	Synechococcus phage S-PM2 spontaneous deletion mutant, complete genome	179623-179652	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP011282	Enterococcus faecium strain E39 plasmid p1, complete sequence	81229-81258	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP025426	Enterococcus faecium strain SC4 plasmid p1, complete sequence	5931-5960	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	LT603679	Enterococcus faecium isolate Ef_DMG1500501 genome assembly, plasmid: 2	149890-149919	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP018832	Enterococcus faecium strain ISMMS_VRE_9 plasmid p1_ISMMS_VRE9, complete sequence	135409-135438	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP040369	Enterococcus faecium strain VB3240 plasmid unnamed1, complete sequence	221272-221301	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP020485	Enterococcus faecium strain CFSAN059070 plasmid unnamed1, complete sequence	56828-56857	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP041262	Enterococcus faecium strain VVEswe-R plasmid pVVEswe-R1, complete sequence	124727-124756	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP013995	Enterococcus faecium strain 6E6 plasmid unnamed1, complete sequence	16336-16365	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP014450	Enterococcus faecium strain ATCC 700221 plasmid unnamed1, complete sequence	5689-5718	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP018073	Enterococcus faecium strain VRE001 plasmid unnamed3, complete sequence	50413-50442	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP027518	Enterococcus faecium strain AUSMDU00004024 plasmid unnamed1, complete sequence	220119-220148	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP027498	Enterococcus faecium strain AUSMDU00004167 plasmid unnamed1, complete sequence	114133-114162	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP027507	Enterococcus faecium strain AUSMDU00004055 plasmid unnamed1, complete sequence	193651-193680	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP027502	Enterococcus faecium strain AUSMDU00004142 plasmid unnamed1, complete sequence	108385-108414	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135298	Enterococcus faecium isolate E7429 plasmid 2	86017-86046	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135288	Enterococcus faecium isolate E7199 plasmid 2	95749-95778	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135333	Enterococcus faecium isolate E7471 plasmid 3	73067-73096	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135340	Enterococcus faecium isolate E7356 plasmid 2	110278-110307	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP046076	Enterococcus faecium strain VRE plasmid p5_03A17012, complete sequence	156243-156272	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP025756	Enterococcus faecium strain AALTL plasmid pEFA-99d7, complete sequence	18218-18247	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP027513	Enterococcus faecium strain AUSMDU00004028 plasmid unnamed1, complete sequence	104832-104861	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135244	Enterococcus faecium isolate E6988 plasmid 2	109280-109309	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135279	Enterococcus faecium isolate E6975 plasmid 2	188511-188540	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135294	Enterococcus faecium isolate E7237 plasmid 2	151695-151724	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135255	Enterococcus faecium isolate E7098 plasmid 2	89033-89062	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135236	Enterococcus faecium isolate E7067 plasmid 2	128253-128282	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135198	Enterococcus faecium isolate E6055 plasmid 2	124851-124880	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135182	Enterococcus faecium isolate E1774 plasmid 2	75065-75094	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP019209	Enterococcus faecium strain 2014-VREF-41 plasmid p41-1, complete sequence	12287-12316	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP019989	Enterococcus faecium isolate 2014-VREF-63 plasmid p63-1, complete sequence	141024-141053	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP017798	Enterococcus faecium strain E243 plasmid unnamed1, complete sequence	96751-96780	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135483	Enterococcus faecium isolate E4456 plasmid 2	102680-102709	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135476	Enterococcus faecium isolate E8423 plasmid 2	219285-219314	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135204	Enterococcus faecium isolate E7171 plasmid 2	160371-160400	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135227	Enterococcus faecium isolate E7025 plasmid 2	89997-90026	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135489	Enterococcus faecium isolate E8414 plasmid 2	98534-98563	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135365	Enterococcus faecium isolate E8195 plasmid 2	106814-106843	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135220	Enterococcus faecium isolate E7040 plasmid 2	127167-127196	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135415	Enterococcus faecium isolate E8328 plasmid 2	107423-107452	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135395	Enterococcus faecium isolate E8290 plasmid 2	107423-107452	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NC_021987	Enterococcus faecium Aus0085 plasmid p1, complete sequence	31427-31456	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135345	Enterococcus faecium isolate E8202 plasmid 2	87254-87283	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135325	Enterococcus faecium isolate E7654 plasmid 2	92170-92199	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135358	Enterococcus faecium isolate E7948 plasmid 2	220534-220563	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135409	Enterococcus faecium isolate E8284 plasmid 2	107423-107452	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135352	Enterococcus faecium isolate E8014 plasmid 2	199696-199725	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135385	Enterococcus faecium isolate E7933 plasmid 2	105923-105952	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP044265	Enterococcus faecium strain V1836 plasmid pHVH-V1836-1, complete sequence	123997-124026	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135318	Enterococcus faecium isolate E7663 plasmid 2	92141-92170	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR134106	Enterococcus faecium isolate E6043 plasmid 2	125748-125777	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LN999988	Enterococcus faecium isolate EFE11651 plasmid II, complete sequence	187513-187542	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP040741	Enterococcus faecium strain VRE1 plasmid pVRE1-1, complete sequence	87884-87913	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP014530	Enterococcus faecium strain E745 plasmid pl1, complete sequence	92433-92462	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP023424	Enterococcus faecium strain K60-39 plasmid pTT39_p1, complete sequence	125016-125045	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_AP022342	Enterococcus faecium strain KUHS13 plasmid pKO1, complete sequence	105240-105269	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP040704	Enterococcus faecium strain HOU503 plasmid p1, complete sequence	173078-173107	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP044275	Enterococcus faecium strain V2937 plasmid pHVH-V2937-1, complete sequence	98104-98133	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP017793	Enterococcus faecium strain E240 plasmid unnamed1, complete sequence	96751-96780	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP019993	Enterococcus faecium isolate 2014-VREF-268 plasmid p268-1, complete sequence	108446-108475	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP035655	Enterococcus faecium strain UAMSEF_08 plasmid unnamed1, complete sequence	216686-216715	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP035661	Enterococcus faecium strain UAMSEF_09 plasmid unnamed1, complete sequence	254778-254807	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP035667	Enterococcus faecium strain UAMSEF_20 plasmid unnamed1, complete sequence	254644-254673	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NC_017963	Enterococcus faecium DO plasmid 3, complete sequence	140075-140104	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP035649	Enterococcus faecium strain UAMSEF_01 plasmid unnamed1, complete sequence	216754-216783	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP041271	Enterococcus faecium strain VVEswe-S plasmid pVVEswe-S1, complete sequence	124736-124765	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LR135308	Enterococcus faecium isolate E7240 plasmid 2	93917-93946	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP040237	Enterococcus faecium strain VB3025 plasmid unnamed1, complete sequence	106626-106655	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP018066	Enterococcus faecium strain E1 plasmid pE1_230, complete sequence	81192-81221	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP033207	Enterococcus faecium strain RBWH1 plasmid pRBWH1.1, complete sequence	161118-161147	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP018129	Enterococcus faecium strain A_020709_82 plasmid unnamed1, complete sequence	125378-125407	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_AP019409	Enterococcus faecium strain SMVRE20 plasmid pSMVRE20L, complete sequence	74280-74309	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP016164	Enterococcus faecium strain ISMMS_VRE_11 plasmid ISMMS_VRE11_p1, complete sequence	100007-100036	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP018827	Enterococcus faecium strain ISMMS_VRE_12 plasmid p1_ISMMS_VRE12, complete sequence	135409-135438	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_CP012461	Enterococcus faecium strain ISMMS_VRE_7 plasmid ISMMS_VRE7_p1, complete sequence	102021-102050	7	0.767
NC_018721_1	1.20|321870|30|NC_018721|CRISPRCasFinder	321870-321899	30	NZ_LT598664	Enterococcus faecium isolate Ef_aus00233 plasmid 2	51134-51163	7	0.767
NC_018721_1	1.27|321871|27|NC_018721|PILER-CR	321871-321897	27	NZ_CP007602	Staphylococcus capitis subsp. capitis strain AYP1020 plasmid pAYP1020, complete sequence	32813-32839	7	0.741
NC_018721_7	7.4|2609132|30|NC_018721|PILER-CR,CRT	2609132-2609161	30	NZ_CP007602	Staphylococcus capitis subsp. capitis strain AYP1020 plasmid pAYP1020, complete sequence	42536-42565	7	0.767
NC_018721_7	7.7|2609329|30|NC_018721|CRT	2609329-2609358	30	MF417937	Uncultured Caudovirales phage clone 10F_6, partial genome	18220-18249	7	0.767
NC_018721_7	7.8|2608934|31|NC_018721|CRISPRCasFinder	2608934-2608964	31	MK817115	Escherichia phage vB_EcoM_phAPEC6, complete genome	135633-135663	7	0.774
NC_018721_7	7.8|2608934|31|NC_018721|CRISPRCasFinder	2608934-2608964	31	NC_027364	Escherichia phage PBECO 4, complete genome	290904-290934	7	0.774
NC_018721_7	7.8|2608934|31|NC_018721|CRISPRCasFinder	2608934-2608964	31	MH383160	Escherichia phage UB, complete genome	2891-2921	7	0.774
NC_018721_7	7.8|2608934|31|NC_018721|CRISPRCasFinder	2608934-2608964	31	LC494302	Escherichia phage SP27 DNA, complete genome	340906-340936	7	0.774
NC_018721_7	7.8|2608934|31|NC_018721|CRISPRCasFinder	2608934-2608964	31	LT603033	Escherichia phage vB_Eco_slurp01 genome assembly, chromosome: I	282237-282267	7	0.774
NC_018721_8	8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder	2613520-2613549	30	MN694259	Marine virus AFVG_250M30, complete genome	10079-10108	7	0.767
NC_018721_8	8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder	2613718-2613747	30	NZ_CP035396	Bacillus subtilis strain SRCM103697 plasmid unnamed1, complete sequence	67595-67624	7	0.767
NC_018721_8	8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder	2613718-2613747	30	NZ_CP032856	Bacillus subtilis subsp. subtilis strain PJ-7 plasmid unnamed1, complete sequence	8916-8945	7	0.767
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP046707	Nostoc sp. ATCC 53789 plasmid pNsp_d, complete sequence	13922-13951	7	0.767
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_AP019717	Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence	726006-726035	7	0.767
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	KM359505	Prochlorococcus phage P-TIM68, complete genome	153357-153386	7	0.767
NC_018721_8	8.10|2614114|30|NC_018721|PILER-CR,CRISPRCasFinder	2614114-2614143	30	NZ_CP039965	Pseudorhodobacter sp. S12M18 plasmid unnamed1, complete sequence	312409-312438	7	0.767
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	KX229736	Campylobacter phage PC5, complete genome	97209-97240	7	0.781
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_AP017969	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence	48292-48323	7	0.781
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_AP017970	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-2, complete sequence	37863-37894	7	0.781
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	289232-289263	7	0.781
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	CP037991	Bacillus mycoides strain TH26 plasmid unnamed1, complete sequence	100764-100795	7	0.781
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_CP046707	Nostoc sp. ATCC 53789 plasmid pNsp_d, complete sequence	13920-13951	7	0.781
NC_018721_9	9.4|3963897|29|NC_018721|CRT	3963897-3963925	29	NZ_CP018683	Vibrio harveyi isolate QT520 plasmid p2, complete sequence	43724-43752	7	0.759
NC_018721_9	9.6|3963996|29|NC_018721|CRT	3963996-3964024	29	NZ_CP018683	Vibrio harveyi isolate QT520 plasmid p2, complete sequence	43724-43752	7	0.759
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_031015	Bacillus phage Claudi, complete genome	5131-5160	8	0.733
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MT777452	Bacillus phage Baseball_field, complete genome	5248-5277	8	0.733
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_049964	Bacillus phage KonjoTrouble, complete genome	5200-5229	8	0.733
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MN082624	Bacillus phage VioletteMad, complete genome	5200-5229	8	0.733
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_LR214939	Mycoplasma salivarium strain NCTC10113 plasmid 2	191173-191202	8	0.733
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NZ_CP013204	Paenibacillus sp. IHB B 3084 plasmid pHD01, complete sequence	108670-108699	8	0.733
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	AP014858	Vibrio phage RYC DNA, complete sequence	82187-82216	8	0.733
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN694489	Marine virus AFVG_250M945, complete genome	2998-3027	8	0.733
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN694604	Marine virus AFVG_250M942, complete genome	3059-3088	8	0.733
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN694654	Marine virus AFVG_250M948, complete genome	2921-2950	8	0.733
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN694081	Marine virus AFVG_250M947, complete genome	2920-2949	8	0.733
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN694212	Marine virus AFVG_250M944, complete genome	3012-3041	8	0.733
NC_018721_1	1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR	320885-320914	30	MN693815	Marine virus AFVG_250M946, complete genome	38181-38210	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	NZ_CP046044	Acinetobacter towneri strain 19110F47 plasmid p19110F47-2, complete sequence	26675-26704	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	NZ_CP048015	Acinetobacter towneri strain 205 plasmid pAT205, complete sequence	109729-109758	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	MK774614	Aeromonas phage CF8, complete genome	162931-162960	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	KT962247	Cellulophaga phage phi17:2_18, complete genome	97388-97417	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	KT962246	Cellulophaga phage phi4:1_18, complete genome	97197-97226	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	KT962245	Cellulophaga phage phi4:1_13, complete genome	97197-97226	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	KC821632	Cellulophaga phage phi4:1, complete genome	97197-97226	8	0.733
NC_018721_1	1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR	321492-321521	30	NC_021798	Cellulophaga phage phi17:2, complete genome	97388-97417	8	0.733
NC_018721_1	1.16|321568|30|NC_018721|CRISPRCasFinder	321568-321597	30	NZ_AP018283	Chondrocystis sp. NIES-4102 plasmid plasmid2 DNA, complete genome	13630-13659	8	0.733
NC_018721_7	7.7|2609329|30|NC_018721|CRT	2609329-2609358	30	NZ_CP016745	Lactococcus lactis subsp. cremoris strain JM2 plasmid pMPJM2, complete sequence	99233-99262	8	0.733
NC_018721_7	7.7|2609329|30|NC_018721|CRT	2609329-2609358	30	NZ_CP016746	Lactococcus lactis subsp. cremoris strain JM1 plasmid pMPJM1, complete sequence	168849-168878	8	0.733
NC_018721_7	7.11|2609132|31|NC_018721|CRISPRCasFinder	2609132-2609162	31	NZ_CP007602	Staphylococcus capitis subsp. capitis strain AYP1020 plasmid pAYP1020, complete sequence	42535-42565	8	0.742
NC_018721_8	8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder	2613520-2613549	30	NZ_MK715471	Arcobacter cryaerophilus strain M830MA plasmid pM830MA, complete sequence	66037-66066	8	0.733
NC_018721_8	8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder	2613520-2613549	30	MN693952	Marine virus AFVG_250M31, complete genome	34112-34141	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP026954	Staphylococcus aureus strain FDAARGOS_48 plasmid unnamed1	2016-2045	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	LC383633	Staphylococcus aureus SI1 plasmid pWSI1 DNA, complete sequence	10534-10563	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NC_010077	Staphylococcus aureus plasmid EDINA, complete sequence	10516-10545	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NC_018952	Staphylococcus aureus plasmid pWBG747, complete sequence	14709-14738	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_LR215038	Mycoplasma maculosum strain NCTC10168 plasmid 2	4157-4186	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP014063	Staphylococcus aureus strain FDAARGOS_159 plasmid unnamed, complete sequence	28319-28348	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NC_013326	Staphylococcus aureus plasmid pWBG746, complete sequence	29556-29585	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NC_013348	Staphylococcus aureus plasmid pSK156, complete sequence	3646-3675	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_AP020312	Staphylococcus aureus strain KUH140013 plasmid p01KUH140013, complete sequence	10456-10485	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_AP014922	Staphylococcus aureus strain JH4899 plasmid pJSA01, complete sequence	10539-10568	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_AP019725	Bacteroides uniformis strain NBRC 113350 plasmid pBUN1, complete sequence	58440-58469	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP019364	Borrelia turicatae 91E135 isolate Oz1 plasmid lpB34, complete sequence	12216-12245	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NZ_CP015635	Borrelia turicatae strain BTE5EL plasmid lp44	13765-13794	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	KX397369	Erwinia phage vB_EamM_Kwan, complete genome	243773-243802	8	0.733
NC_018721_8	8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder	2613850-2613879	30	NC_048016	Erwinia phage Wellington, complete genome	242332-242361	8	0.733
NC_018721_8	8.7|2613916|30|NC_018721|PILER-CR,CRISPRCasFinder	2613916-2613945	30	MF975720	Pseudomonas phage VW-6S, complete genome	36344-36373	8	0.733
NC_018721_8	8.8|2613982|30|NC_018721|PILER-CR,CRISPRCasFinder	2613982-2614011	30	AP014362	Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S41-C102, *** SEQUENCING IN PROGRESS ***	3828-3857	8	0.733
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	MH622943	Myoviridae sp. isolate ctbc_4, complete genome	44061-44092	8	0.75
NC_018721_8	8.21|2614178|32|NC_018721|CRT	2614178-2614209	32	MF417937	Uncultured Caudovirales phage clone 10F_6, partial genome	18218-18249	8	0.75
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_019540	Salinivibrio phage CW02, complete genome	46050-46079	9	0.7
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	LR596615	Yersinia phage fHe-Yen9-04 genome assembly, chromosome: I	334653-334682	9	0.7
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	NC_042116	Yersinia phage fHe-Yen9-04 genome assembly, complete genome: monopartite	334653-334682	9	0.7
NC_018721_1	1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR	321340-321369	30	MN693674	Marine virus AFVG_250M120, complete genome	35474-35503	9	0.7
NC_018721_7	7.5|2609198|30|NC_018721|PILER-CR,CRT	2609198-2609227	30	MN693065	Marine virus AFVG_25M245, complete genome	26388-26417	9	0.7
NC_018721_8	8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder	2613718-2613747	30	CP011076	Brevibacillus laterosporus strain B9 plasmid unnamed2, complete sequence	354682-354711	9	0.7
NC_018721_8	8.7|2613916|30|NC_018721|PILER-CR,CRISPRCasFinder	2613916-2613945	30	KX397373	Erwinia phage vB_EamM_Stratton, complete genome	176522-176551	9	0.7
NC_018721_8	8.14|2613716|32|NC_018721|CRT	2613716-2613747	32	NZ_CP035396	Bacillus subtilis strain SRCM103697 plasmid unnamed1, complete sequence	67595-67626	9	0.719
NC_018721_8	8.14|2613716|32|NC_018721|CRT	2613716-2613747	32	NZ_CP032856	Bacillus subtilis subsp. subtilis strain PJ-7 plasmid unnamed1, complete sequence	8914-8945	9	0.719
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_AP019725	Bacteroides uniformis strain NBRC 113350 plasmid pBUN1, complete sequence	58438-58469	9	0.719
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_AP019717	Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence	726006-726037	9	0.719
NC_018721_8	8.18|2613980|32|NC_018721|CRT	2613980-2614011	32	AP014362	Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S41-C102, *** SEQUENCING IN PROGRESS ***	3826-3857	9	0.719
NC_018721_8	8.20|2614112|32|NC_018721|CRT	2614112-2614143	32	NZ_CP039965	Pseudorhodobacter sp. S12M18 plasmid unnamed1, complete sequence	312407-312438	9	0.719
NC_018721_8	8.21|2614178|32|NC_018721|CRT	2614178-2614209	32	NZ_CP016745	Lactococcus lactis subsp. cremoris strain JM2 plasmid pMPJM2, complete sequence	99233-99264	9	0.719
NC_018721_8	8.21|2614178|32|NC_018721|CRT	2614178-2614209	32	NZ_CP016746	Lactococcus lactis subsp. cremoris strain JM1 plasmid pMPJM1, complete sequence	168849-168880	9	0.719
NC_018721_1	1.1|320429|30|NC_018721|CRISPRCasFinder	320429-320458	30	MN694132	Marine virus AFVG_250M1196, complete genome	22213-22242	10	0.667
NC_018721_7	7.12|2609198|31|NC_018721|CRISPRCasFinder	2609198-2609228	31	MN693065	Marine virus AFVG_25M245, complete genome	26388-26418	10	0.677
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_LR215038	Mycoplasma maculosum strain NCTC10168 plasmid 2	4157-4188	10	0.688
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_CP019364	Borrelia turicatae 91E135 isolate Oz1 plasmid lpB34, complete sequence	12214-12245	10	0.688
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NZ_CP015635	Borrelia turicatae strain BTE5EL plasmid lp44	13763-13794	10	0.688
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	KX397369	Erwinia phage vB_EamM_Kwan, complete genome	243773-243804	10	0.688
NC_018721_8	8.16|2613848|32|NC_018721|CRT	2613848-2613879	32	NC_048016	Erwinia phage Wellington, complete genome	242332-242363	10	0.688
NC_018721_8	8.14|2613716|32|NC_018721|CRT	2613716-2613747	32	CP011076	Brevibacillus laterosporus strain B9 plasmid unnamed2, complete sequence	354682-354713	11	0.656

1. spacer 1.28|322099|27|NC_018721|PILER-CR matches to MT774392 (CrAssphage cr128_1, complete genome) position: , mismatch: 4, identity: 0.852

attctattactactatagtatattatt	CRISPR spacer
tttctattactactatagtttcttata	Protospacer
 ****************** * **** 

2. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP006906 (Clostridium baratii str. Sullivan plasmid pCBJ, complete sequence) position: , mismatch: 5, identity: 0.833

agaaatctatttcatattctttatattcaa	CRISPR spacer
ccaaatctatttcatattcttaatattaat	Protospacer
  ******************* ***** * 

3. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_011551 (Bacteriophage APSE-2, complete genome) position: , mismatch: 5, identity: 0.833

agaaatctattt-catattctttatattcaa	CRISPR spacer
-tatttttatttccatattctttatattcaa	Protospacer
  *  *.***** ******************

4. spacer 1.23|322097|29|NC_018721|CRISPRCasFinder matches to MT774392 (CrAssphage cr128_1, complete genome) position: , mismatch: 5, identity: 0.828

ctattctattactactatagtatattatt	CRISPR spacer
catttctattactactatagtttcttata	Protospacer
*  ****************** * **** 

5. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to KX229736 (Campylobacter phage PC5, complete genome) position: , mismatch: 5, identity: 0.833

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
agtacaatttattgtataacaaaaccgctt	Protospacer
 .**  ************* **********

6. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.833

cataatatttattgtataaaaaaaccgctt-	CRISPR spacer
caaaatctttattgtataaaaaaa-ggctag	Protospacer
** *** *****************  ***  

7. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to CP037991 (Bacillus mycoides strain TH26 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.833

cataatatttattgtataaaaaaaccgctt-	CRISPR spacer
caaaatctttattgtataaaaaaa-ggctag	Protospacer
** *** *****************  ***  

8. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MH542234 (Staphylococcus phage Terranova, complete genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ataaacctatttcatattctttaaataaat	Protospacer
* ***.***************** **  * 

9. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MK448428 (Streptococcus satellite phage Javan322, complete genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ggaaatctatttcatattctgtaacatcat	Protospacer
.******************* **   *** 

10. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_041928 (Staphylococcus phage phiIBB-SEP1, complete genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ataaacctatttcatattctttaaataaat	Protospacer
* ***.***************** **  * 

11. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to KP027447 (Staphylococcus phage phiIPLA-C1C, complete genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ataaacctatttcatattctttaaataaat	Protospacer
* ***.***************** **  * 

12. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MH321490 (Staphylococcus phage Quidividi, complete genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ataaacctatttcatattctttaaataaat	Protospacer
* ***.***************** **  * 

13. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MH321491 (Staphylococcus phage Twillingate, complete genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ataaacctatttcatattctttaaataaat	Protospacer
* ***.***************** **  * 

14. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP021438 (Bacillus thuringiensis strain C15 plasmid pBMB172, complete sequence) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
aatgatctattacattttctttatattcta	Protospacer
*. .******* *** ************ *

15. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MF417868 (Uncultured Caudovirales phage clone 7AX_1, partial genome) position: , mismatch: 6, identity: 0.8

agaaatctatttcatattctttatattcaa	CRISPR spacer
ataaacctatttcatattctttaaataaat	Protospacer
* ***.***************** **  * 

16. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MK387337 (Vibrio phage ValB1MD, complete genome) position: , mismatch: 6, identity: 0.8

agaaatct---atttcatattctttatattcaa	CRISPR spacer
---actctcggatttcatcttctttatattcat	Protospacer
   * ***   ******* ************* 

17. spacer 1.4|320657|30|NC_018721|CRISPRCasFinder matches to NZ_CP025114 (Bradyrhizobium sp. SK17 strain CBNU plasmid unnamed, complete sequence) position: , mismatch: 6, identity: 0.8

atctagggcggtgtaatacgccgccttttt	CRISPR spacer
ctcaagggcggtgaaatacgccgcctgata	Protospacer
 ** ********* ************  * 

18. spacer 1.4|320657|30|NC_018721|CRISPRCasFinder matches to NZ_CP044544 (Bradyrhizobium betae strain PL7HG1 plasmid pBbPL7HG1, complete sequence) position: , mismatch: 6, identity: 0.8

atctagggcggtgtaatacgccgccttttt	CRISPR spacer
ctcaagggcggtgaaatacgccgcctgata	Protospacer
 ** ********* ************  * 

19. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN694548 (Marine virus AFVG_250M139, complete genome) position: , mismatch: 6, identity: 0.8

aacattacatgaacccatataaaccagctt	CRISPR spacer
atcagcacatgaacccatataaaccagaag	Protospacer
* ** .*********************   

20. spacer 1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NZ_CP018751 (Borreliella garinii strain CIP 103362 isolate 20047 plasmid unnamed4) position: , mismatch: 6, identity: 0.8

atattgct-atttatcctttttagattttct	CRISPR spacer
-tttagttaatttatgctttttagattttca	Protospacer
 * * *.* ****** ************** 

21. spacer 1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NZ_CP028876 (Borreliella bavariensis PBi plasmid lp17, complete sequence) position: , mismatch: 6, identity: 0.8

atattgct-atttatcctttttagattttct	CRISPR spacer
-tttggttaatttatgctttttagattttca	Protospacer
 * * *.* ****** ************** 

22. spacer 1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NZ_CP028866 (Borreliella garinii strain 20047 plasmid lp17, complete sequence) position: , mismatch: 6, identity: 0.8

atattgct-atttatcctttttagattttct	CRISPR spacer
-tttagttaatttatgctttttagattttca	Protospacer
 * * *.* ****** ************** 

23. spacer 1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN693944 (Marine virus AFVG_250M270, complete genome) position: , mismatch: 6, identity: 0.8

atattgctatttatcctttttagattttct	CRISPR spacer
attgtgtattttattctttttagattttct	Protospacer
**  **.  *****.***************

24. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP054441 (Staphylococcus saprophyticus strain UTI-058y plasmid pUTI-058y-1, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

25. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP025497 (Staphylococcus aureus subsp. aureus strain 3020.C01 plasmid p3020.C01b, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

26. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP016860 (Staphylococcus aureus subsp. aureus strain 1969.N plasmid p1969.Nb, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

27. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP012121 (Staphylococcus aureus subsp. aureus strain USA300_2014.C02 plasmid pC02, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

28. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to MN909556 (Staphylococcus saprophyticus strain 1005578 plasmid p1005578_vga, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

29. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP054445 (Staphylococcus saprophyticus strain UTI-056 plasmid pUTI-056-1, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

30. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP042047 (Staphylococcus aureus strain B2-7A plasmid pSALNBL75, complete sequence) position: , mismatch: 6, identity: 0.8

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
ataatatgaagaaagataaattaggtcaaa	Protospacer
**** **************** * *.. **

31. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_AP017969 (Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence) position: , mismatch: 6, identity: 0.8

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
tttcttttttattgtataaaaaaaccactt	Protospacer
. *  * *******************.***

32. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_AP017970 (Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-2, complete sequence) position: , mismatch: 6, identity: 0.8

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
ctacttttttattgtataaaaaaaccactt	Protospacer
*    * *******************.***

33. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP020439 (Streptococcus equinus strain FDAARGOS_251 plasmid unamed1 sequence) position: , mismatch: 6, identity: 0.8

cataatatttattgtataaaaaa-accgctt	CRISPR spacer
cataatattttttgtataaaaagtattgat-	Protospacer
********** ***********. *..* * 

34. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP020439 (Streptococcus equinus strain FDAARGOS_251 plasmid unamed1 sequence) position: , mismatch: 6, identity: 0.8

cataatatttattgtataaaaaa-accgctt	CRISPR spacer
cataatattttttgtataaaaagtattgat-	Protospacer
********** ***********. *..* * 

35. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to MN480762 (Streptococcus salivarius strain NU10 plasmid pSsal-NU10, complete sequence) position: , mismatch: 6, identity: 0.8

cataatatttattgtataaaaaa-accgctt	CRISPR spacer
cataatattttttgtataaaaagtattgat-	Protospacer
********** ***********. *..* * 

36. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to MH622943 (Myoviridae sp. isolate ctbc_4, complete genome) position: , mismatch: 6, identity: 0.8

cataatatttattgtataaaaaa-accgctt	CRISPR spacer
cataatattgattatataaaaaatactaca-	Protospacer
********* ***.********* **..*  

37. spacer 9.2|3963797|30|NC_018721|CRT matches to MH593835 (Microviridae sp. isolate ctbf9, complete genome) position: , mismatch: 6, identity: 0.8

ggtgacaagttgtggtggcttgtggctgtg	CRISPR spacer
cgcgacaagttgtggaggcttgtgtttatg	Protospacer
 *.************ ******** .*.**

38. spacer 9.5|3963946|30|NC_018721|CRT matches to MH593835 (Microviridae sp. isolate ctbf9, complete genome) position: , mismatch: 6, identity: 0.8

ggtgacaagttgtggtggcttgtggctgtg	CRISPR spacer
cgcgacaagttgtggaggcttgtgtttatg	Protospacer
 *.************ ******** .*.**

39. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MK084630 (Bacillus phage StevenHerd11, complete genome) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatctatttcatattgtttatattctt	Protospacer
 .  ************** *********  

40. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MF156580 (Bacillus phage RadRaab, complete genome) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatctatttcatattgtttatattctt	Protospacer
 .  ************** *********  

41. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_031032 (Bacillus phage Stitch, complete genome) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatctatttcatattgtttatattctt	Protospacer
 .  ************** *********  

42. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP027063 (Klebsiella variicola strain WCHKV030666 plasmid pVir_030666, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
gatcatctttttgatattctttatattcag	Protospacer
..  **** *** ****************.

43. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP028886 (Borrelia turcica IST7 plasmid lp32-A, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
tttcttctatttcatattctttaagttcaa	Protospacer
     ****************** .*****

44. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP019161 (Klebsiella pneumoniae strain GN-2 plasmid pGN-2, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
gatcatctttttgatattctttatattcag	Protospacer
..  **** *** ****************.

45. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP044381 (Klebsiella pneumoniae strain 2018S07-013 plasmid p2018S07-013-1, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
gatcatctttttgatattctttatattcag	Protospacer
..  **** *** ****************.

46. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP044386 (Klebsiella pneumoniae strain 2018C01-239 plasmid p2018C01-239-1_MCR1, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
gatcatctttttgatattctttatattcag	Protospacer
..  **** *** ****************.

47. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP044377 (Klebsiella pneumoniae strain 2018S06-082 plasmid p2018S06-082-1_MCR1, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
gatcatctttttgatattctttatattcag	Protospacer
..  **** *** ****************.

48. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_MH733011 (Klebsiella pneumoniae strain KP16103 plasmid pKP16103-MCR-1, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
gatcatctttttgatattctttatattcag	Protospacer
..  **** *** ****************.

49. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP030779 (Escherichia albertii strain 05-3106 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
taacagttatttcactttctttatattcaa	Protospacer
 .* * .*******. **************

50. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MN693672 (Marine virus AFVG_250M258, complete genome) position: , mismatch: 7, identity: 0.767

agaaatcta------tttcatattctttatattcaa	CRISPR spacer
------ctactaaagtttcatattctttgtattcaa	Protospacer
      ***      *************.*******

51. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP026602 (Clostridiaceae bacterium 14S0207 plasmid unnamed2, complete sequence) position: , mismatch: 7, identity: 0.767

agaaatctatttcatattctttatattcaa	CRISPR spacer
aattaactatgtcatattcttcatattcat	Protospacer
*.  * **** **********.******* 

52. spacer 1.2|320505|30|NC_018721|CRISPRCasFinder matches to GU071103 (Prochlorococcus phage P-SSM7, complete genome) position: , mismatch: 7, identity: 0.767

cagacccaccttacggaacaactgcatgca	CRISPR spacer
gtgatttaccttacggtacaactgcatgta	Protospacer
  **...********* ***********.*

53. spacer 1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR matches to AJ630128 (Bacteriophage S-PM2 complete genome) position: , mismatch: 7, identity: 0.767

acactatttataaggataagtacccagaag	CRISPR spacer
ccgaactttatatggataagtatccagaag	Protospacer
 *.   ****** *********.*******

54. spacer 1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NC_006820 (Synechococcus phage S-PM2, complete genome) position: , mismatch: 7, identity: 0.767

acactatttataaggataagtacccagaag	CRISPR spacer
ccgaactttatatggataagtatccagaag	Protospacer
 *.   ****** *********.*******

55. spacer 1.10|321113|30|NC_018721|CRISPRCasFinder,PILER-CR matches to LN828717 (Synechococcus phage S-PM2 spontaneous deletion mutant, complete genome) position: , mismatch: 7, identity: 0.767

acactatttataaggataagtacccagaag	CRISPR spacer
ccgaactttatatggataagtatccagaag	Protospacer
 *.   ****** *********.*******

56. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP011282 (Enterococcus faecium strain E39 plasmid p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

57. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP025426 (Enterococcus faecium strain SC4 plasmid p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

58. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to LT603679 (Enterococcus faecium isolate Ef_DMG1500501 genome assembly, plasmid: 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

59. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP018832 (Enterococcus faecium strain ISMMS_VRE_9 plasmid p1_ISMMS_VRE9, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

60. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP040369 (Enterococcus faecium strain VB3240 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

61. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP020485 (Enterococcus faecium strain CFSAN059070 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

62. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP041262 (Enterococcus faecium strain VVEswe-R plasmid pVVEswe-R1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

63. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP013995 (Enterococcus faecium strain 6E6 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

64. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP014450 (Enterococcus faecium strain ATCC 700221 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

65. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP018073 (Enterococcus faecium strain VRE001 plasmid unnamed3, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

66. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP027518 (Enterococcus faecium strain AUSMDU00004024 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

67. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP027498 (Enterococcus faecium strain AUSMDU00004167 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

68. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP027507 (Enterococcus faecium strain AUSMDU00004055 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

69. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP027502 (Enterococcus faecium strain AUSMDU00004142 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

70. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135298 (Enterococcus faecium isolate E7429 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

71. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135288 (Enterococcus faecium isolate E7199 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

72. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135333 (Enterococcus faecium isolate E7471 plasmid 3) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

73. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135340 (Enterococcus faecium isolate E7356 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

74. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP046076 (Enterococcus faecium strain VRE plasmid p5_03A17012, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

75. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP025756 (Enterococcus faecium strain AALTL plasmid pEFA-99d7, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

76. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP027513 (Enterococcus faecium strain AUSMDU00004028 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

77. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135244 (Enterococcus faecium isolate E6988 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

78. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135279 (Enterococcus faecium isolate E6975 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

79. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135294 (Enterococcus faecium isolate E7237 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

80. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135255 (Enterococcus faecium isolate E7098 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

81. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135236 (Enterococcus faecium isolate E7067 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

82. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135198 (Enterococcus faecium isolate E6055 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

83. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135182 (Enterococcus faecium isolate E1774 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

84. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP019209 (Enterococcus faecium strain 2014-VREF-41 plasmid p41-1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

85. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP019989 (Enterococcus faecium isolate 2014-VREF-63 plasmid p63-1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

86. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP017798 (Enterococcus faecium strain E243 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

87. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135483 (Enterococcus faecium isolate E4456 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

88. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135476 (Enterococcus faecium isolate E8423 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

89. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135204 (Enterococcus faecium isolate E7171 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

90. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135227 (Enterococcus faecium isolate E7025 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

91. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135489 (Enterococcus faecium isolate E8414 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

92. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135365 (Enterococcus faecium isolate E8195 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

93. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135220 (Enterococcus faecium isolate E7040 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

94. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135415 (Enterococcus faecium isolate E8328 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

95. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135395 (Enterococcus faecium isolate E8290 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

96. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NC_021987 (Enterococcus faecium Aus0085 plasmid p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

97. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135345 (Enterococcus faecium isolate E8202 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

98. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135325 (Enterococcus faecium isolate E7654 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

99. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135358 (Enterococcus faecium isolate E7948 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

100. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135409 (Enterococcus faecium isolate E8284 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

101. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135352 (Enterococcus faecium isolate E8014 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

102. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135385 (Enterococcus faecium isolate E7933 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

103. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP044265 (Enterococcus faecium strain V1836 plasmid pHVH-V1836-1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

104. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135318 (Enterococcus faecium isolate E7663 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

105. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR134106 (Enterococcus faecium isolate E6043 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

106. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LN999988 (Enterococcus faecium isolate EFE11651 plasmid II, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

107. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP040741 (Enterococcus faecium strain VRE1 plasmid pVRE1-1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

108. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP014530 (Enterococcus faecium strain E745 plasmid pl1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

109. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP023424 (Enterococcus faecium strain K60-39 plasmid pTT39_p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

110. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_AP022342 (Enterococcus faecium strain KUHS13 plasmid pKO1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

111. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP040704 (Enterococcus faecium strain HOU503 plasmid p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

112. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP044275 (Enterococcus faecium strain V2937 plasmid pHVH-V2937-1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

113. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP017793 (Enterococcus faecium strain E240 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

114. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP019993 (Enterococcus faecium isolate 2014-VREF-268 plasmid p268-1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

115. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP035655 (Enterococcus faecium strain UAMSEF_08 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

116. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP035661 (Enterococcus faecium strain UAMSEF_09 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

117. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP035667 (Enterococcus faecium strain UAMSEF_20 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

118. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NC_017963 (Enterococcus faecium DO plasmid 3, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

119. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP035649 (Enterococcus faecium strain UAMSEF_01 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

120. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP041271 (Enterococcus faecium strain VVEswe-S plasmid pVVEswe-S1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

121. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LR135308 (Enterococcus faecium isolate E7240 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

122. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP040237 (Enterococcus faecium strain VB3025 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

123. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP018066 (Enterococcus faecium strain E1 plasmid pE1_230, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

124. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP033207 (Enterococcus faecium strain RBWH1 plasmid pRBWH1.1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

125. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP018129 (Enterococcus faecium strain A_020709_82 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

126. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_AP019409 (Enterococcus faecium strain SMVRE20 plasmid pSMVRE20L, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

127. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP016164 (Enterococcus faecium strain ISMMS_VRE_11 plasmid ISMMS_VRE11_p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

128. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP018827 (Enterococcus faecium strain ISMMS_VRE_12 plasmid p1_ISMMS_VRE12, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

129. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_CP012461 (Enterococcus faecium strain ISMMS_VRE_7 plasmid ISMMS_VRE7_p1, complete sequence) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

130. spacer 1.20|321870|30|NC_018721|CRISPRCasFinder matches to NZ_LT598664 (Enterococcus faecium isolate Ef_aus00233 plasmid 2) position: , mismatch: 7, identity: 0.767

ataagatgaagaaagataaataacgcttaa	CRISPR spacer
gataattgaagaaagagaaataaagcttaa	Protospacer
.  *. ********** ****** ******

131. spacer 1.27|321871|27|NC_018721|PILER-CR matches to NZ_CP007602 (Staphylococcus capitis subsp. capitis strain AYP1020 plasmid pAYP1020, complete sequence) position: , mismatch: 7, identity: 0.741

taagatgaagaaagataaataacgctt	CRISPR spacer
tcagatgaagaaagataaatatgagga	Protospacer
* *******************  .   

132. spacer 7.4|2609132|30|NC_018721|PILER-CR,CRT matches to NZ_CP007602 (Staphylococcus capitis subsp. capitis strain AYP1020 plasmid pAYP1020, complete sequence) position: , mismatch: 7, identity: 0.767

tttgtagtacatattaagaaatgttaaaat	CRISPR spacer
aattttgtacacattaagaaatgtttaaaa	Protospacer
  * * *****.************* *** 

133. spacer 7.7|2609329|30|NC_018721|CRT matches to MF417937 (Uncultured Caudovirales phage clone 10F_6, partial genome) position: , mismatch: 7, identity: 0.767

ttttttgacgtaataattccaaagctttat	CRISPR spacer
ttttttgacgaaataattccatagttgatc	Protospacer
********** ********** **.*   .

134. spacer 7.8|2608934|31|NC_018721|CRISPRCasFinder matches to MK817115 (Escherichia phage vB_EcoM_phAPEC6, complete genome) position: , mismatch: 7, identity: 0.774

gaaatcctgaaaatcaactatcctatgaagg	CRISPR spacer
taactaaagaaaataaagtatcctatgaagg	Protospacer
 ** *   ****** ** *************

135. spacer 7.8|2608934|31|NC_018721|CRISPRCasFinder matches to NC_027364 (Escherichia phage PBECO 4, complete genome) position: , mismatch: 7, identity: 0.774

gaaatcctgaaaatcaactatcctatgaagg	CRISPR spacer
taactaaagaaaataaagtatcctatgaagg	Protospacer
 ** *   ****** ** *************

136. spacer 7.8|2608934|31|NC_018721|CRISPRCasFinder matches to MH383160 (Escherichia phage UB, complete genome) position: , mismatch: 7, identity: 0.774

gaaatcctgaaaatcaactatcctatgaagg	CRISPR spacer
taactaaagaaaataaagtatcctatgaagg	Protospacer
 ** *   ****** ** *************

137. spacer 7.8|2608934|31|NC_018721|CRISPRCasFinder matches to LC494302 (Escherichia phage SP27 DNA, complete genome) position: , mismatch: 7, identity: 0.774

gaaatcctgaaaatcaactatcctatgaagg	CRISPR spacer
taactaaagaaaataaagtatcctatgaagg	Protospacer
 ** *   ****** ** *************

138. spacer 7.8|2608934|31|NC_018721|CRISPRCasFinder matches to LT603033 (Escherichia phage vB_Eco_slurp01 genome assembly, chromosome: I) position: , mismatch: 7, identity: 0.774

gaaatcctgaaaatcaactatcctatgaagg	CRISPR spacer
taactaaagaaaataaagtatcctatgaagg	Protospacer
 ** *   ****** ** *************

139. spacer 8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder matches to MN694259 (Marine virus AFVG_250M30, complete genome) position: , mismatch: 7, identity: 0.767

cattccatacaagtttcaacatcatcaata	CRISPR spacer
ccagctgtccaagtttcaacatcattaata	Protospacer
*   *..* ****************.****

140. spacer 8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP035396 (Bacillus subtilis strain SRCM103697 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

gtaagaatggaagctttaaaacataagatt	CRISPR spacer
ttaataatggaagctttaaatcattcaagt	Protospacer
 *** *************** ***  .* *

141. spacer 8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP032856 (Bacillus subtilis subsp. subtilis strain PJ-7 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

gtaagaatggaagctttaaaacataagatt	CRISPR spacer
ttaataatggaagctttaaatcattcaagt	Protospacer
 *** *************** ***  .* *

142. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP046707 (Nostoc sp. ATCC 53789 plasmid pNsp_d, complete sequence) position: , mismatch: 7, identity: 0.767

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gagcaattttattgtttaaaataaccgctt	Protospacer
 *  *  ******** ***** ********

143. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_AP019717 (Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence) position: , mismatch: 7, identity: 0.767

cataatatttattgtataaaaaaaccgctt----	CRISPR spacer
cataacatttattgtatcaaaaa----ttttaga	Protospacer
*****.*********** *****    .**    

144. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to KM359505 (Prochlorococcus phage P-TIM68, complete genome) position: , mismatch: 7, identity: 0.767

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
taaaatatttaatatataaaaaaacctatg	Protospacer
.* ******** *.************  * 

145. spacer 8.10|2614114|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP039965 (Pseudorhodobacter sp. S12M18 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

tagtttgcttctatcttttattacagtcga	CRISPR spacer
tggtttgcttccttcttttattacatatgc	Protospacer
*.*********. ************  .* 

146. spacer 8.16|2613848|32|NC_018721|CRT matches to KX229736 (Campylobacter phage PC5, complete genome) position: , mismatch: 7, identity: 0.781

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
ttagtacaatttattgtataacaaaaccgctt	Protospacer
 . .**  ************* **********

147. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_AP017969 (Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence) position: , mismatch: 7, identity: 0.781

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
tctttcttttttattgtataaaaaaaccactt	Protospacer
 *. *  * *******************.***

148. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_AP017970 (Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-2, complete sequence) position: , mismatch: 7, identity: 0.781

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
tcctacttttttattgtataaaaaaaccactt	Protospacer
 **    * *******************.***

149. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.781

gccataatatttattgtataaaaaaaccgctt-	CRISPR spacer
aacaaaatctttattgtataaaaaaa-ggctag	Protospacer
. ** *** *****************  ***  

150. spacer 8.16|2613848|32|NC_018721|CRT matches to CP037991 (Bacillus mycoides strain TH26 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.781

gccataatatttattgtataaaaaaaccgctt-	CRISPR spacer
aacaaaatctttattgtataaaaaaa-ggctag	Protospacer
. ** *** *****************  ***  

151. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_CP046707 (Nostoc sp. ATCC 53789 plasmid pNsp_d, complete sequence) position: , mismatch: 7, identity: 0.781

----gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
tagagcaat----tttattgtttaaaataaccgctt	Protospacer
    ** **    ******** ***** ********

152. spacer 9.4|3963897|29|NC_018721|CRT matches to NZ_CP018683 (Vibrio harveyi isolate QT520 plasmid p2, complete sequence) position: , mismatch: 7, identity: 0.759

agtgacaaggtttgaattttggagttgta	CRISPR spacer
atcagcgaggtttgaattatggagttgtg	Protospacer
* ...*.*********** *********.

153. spacer 9.6|3963996|29|NC_018721|CRT matches to NZ_CP018683 (Vibrio harveyi isolate QT520 plasmid p2, complete sequence) position: , mismatch: 7, identity: 0.759

agtgacaaggtttgaattttggagttgta	CRISPR spacer
atcagcgaggtttgaattatggagttgtg	Protospacer
* ...*.*********** *********.

154. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_031015 (Bacillus phage Claudi, complete genome) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatcaatttcatattgtttatattctt	Protospacer
 .  *** ********** *********  

155. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MT777452 (Bacillus phage Baseball_field, complete genome) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatcaatttcatattgtttatattctt	Protospacer
 .  *** ********** *********  

156. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_049964 (Bacillus phage KonjoTrouble, complete genome) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatcaatttcatattgtttatattctt	Protospacer
 .  *** ********** *********  

157. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MN082624 (Bacillus phage VioletteMad, complete genome) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
cattatcaatttcatattgtttatattctt	Protospacer
 .  *** ********** *********  

158. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_LR214939 (Mycoplasma salivarium strain NCTC10113 plasmid 2) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
ttttttctttttcaaattctttatattcat	Protospacer
     *** ***** ************** 

159. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NZ_CP013204 (Paenibacillus sp. IHB B 3084 plasmid pHD01, complete sequence) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
caaggttcatttcattttctttatattcag	Protospacer
 .*..*..******* *************.

160. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to AP014858 (Vibrio phage RYC DNA, complete sequence) position: , mismatch: 8, identity: 0.733

agaaatctatttcatattctttatattcaa	CRISPR spacer
cgaaatctatctcatattcattattaggga	Protospacer
 *********.******** ****    .*

161. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN694489 (Marine virus AFVG_250M945, complete genome) position: , mismatch: 8, identity: 0.733

aacattacatgaacccatataaaccagctt	CRISPR spacer
atgcccacatgaacccatataaaccagaag	Protospacer
*   ..*********************   

162. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN694604 (Marine virus AFVG_250M942, complete genome) position: , mismatch: 8, identity: 0.733

aacattacatgaacccatataaaccagctt	CRISPR spacer
atgcccacatgaacccatataaaccagaag	Protospacer
*   ..*********************   

163. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN694654 (Marine virus AFVG_250M948, complete genome) position: , mismatch: 8, identity: 0.733

aacattacatgaacccatataaaccagctt	CRISPR spacer
atgcccacatgaacccatataaaccagaag	Protospacer
*   ..*********************   

164. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN694081 (Marine virus AFVG_250M947, complete genome) position: , mismatch: 8, identity: 0.733

aacattacatgaacccatataaaccagctt	CRISPR spacer
atgcccacatgaacccatataaaccagaag	Protospacer
*   ..*********************   

165. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN694212 (Marine virus AFVG_250M944, complete genome) position: , mismatch: 8, identity: 0.733

aacattacatgaacccatataaaccagctt	CRISPR spacer
atgcccacatgaacccatataaaccagaag	Protospacer
*   ..*********************   

166. spacer 1.7|320885|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN693815 (Marine virus AFVG_250M946, complete genome) position: , mismatch: 8, identity: 0.733

aacattacatgaacccatataaaccagctt	CRISPR spacer
atgcccacatgaacccatataaaccagaag	Protospacer
*   ..*********************   

167. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NZ_CP046044 (Acinetobacter towneri strain 19110F47 plasmid p19110F47-2, complete sequence) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
tctgaaaaaagtttagctttaaaagttctt	Protospacer
..   *. *************** ******

168. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NZ_CP048015 (Acinetobacter towneri strain 205 plasmid pAT205, complete sequence) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
tctgaaaaaagtttagctttaaaagttctt	Protospacer
..   *. *************** ******

169. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MK774614 (Aeromonas phage CF8, complete genome) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
ggaccagtaagtttaactttaaacttagct	Protospacer
  *************.*******. *  .*

170. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to KT962247 (Cellulophaga phage phi17:2_18, complete genome) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
ctaccagtaagtttatctttatttacattg	Protospacer
*************** *****  *.. .* 

171. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to KT962246 (Cellulophaga phage phi4:1_18, complete genome) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
ctaccagtaagtttatctttatttacattg	Protospacer
*************** *****  *.. .* 

172. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to KT962245 (Cellulophaga phage phi4:1_13, complete genome) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
ctaccagtaagtttatctttatttacattg	Protospacer
*************** *****  *.. .* 

173. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to KC821632 (Cellulophaga phage phi4:1, complete genome) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
ctaccagtaagtttatctttatttacattg	Protospacer
*************** *****  *.. .* 

174. spacer 1.15|321492|30|NC_018721|CRISPRCasFinder,PILER-CR matches to NC_021798 (Cellulophaga phage phi17:2, complete genome) position: , mismatch: 8, identity: 0.733

ctaccagtaagtttagctttaaatgttctt	CRISPR spacer
ctaccagtaagtttatctttatttacattg	Protospacer
*************** *****  *.. .* 

175. spacer 1.16|321568|30|NC_018721|CRISPRCasFinder matches to NZ_AP018283 (Chondrocystis sp. NIES-4102 plasmid plasmid2 DNA, complete genome) position: , mismatch: 8, identity: 0.733

aaaccttcttgtgttaaaaagttatgtgct	CRISPR spacer
ttttcatcttatgttaaaaagttatttgca	Protospacer
   .* ****.************** *** 

176. spacer 7.7|2609329|30|NC_018721|CRT matches to NZ_CP016745 (Lactococcus lactis subsp. cremoris strain JM2 plasmid pMPJM2, complete sequence) position: , mismatch: 8, identity: 0.733

ttttttgacgtaataattccaaagctttat	CRISPR spacer
aagaatcacgtaataattccaaagattcat	Protospacer
     * ***************** **.**

177. spacer 7.7|2609329|30|NC_018721|CRT matches to NZ_CP016746 (Lactococcus lactis subsp. cremoris strain JM1 plasmid pMPJM1, complete sequence) position: , mismatch: 8, identity: 0.733

ttttttgacgtaataattccaaagctttat	CRISPR spacer
aagaatcacgtaataattccaaagattcat	Protospacer
     * ***************** **.**

178. spacer 7.11|2609132|31|NC_018721|CRISPRCasFinder matches to NZ_CP007602 (Staphylococcus capitis subsp. capitis strain AYP1020 plasmid pAYP1020, complete sequence) position: , mismatch: 8, identity: 0.742

tttgtagtacatattaagaaatgttaaaatg	CRISPR spacer
aattttgtacacattaagaaatgtttaaaaa	Protospacer
  * * *****.************* *** .

179. spacer 8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_MK715471 (Arcobacter cryaerophilus strain M830MA plasmid pM830MA, complete sequence) position: , mismatch: 8, identity: 0.733

cattccatacaagtttcaacatcatcaata	CRISPR spacer
atatttatgcaagtttcaacatcatcactt	Protospacer
   *..**.****************** * 

180. spacer 8.1|2613520|30|NC_018721|PILER-CR,CRISPRCasFinder matches to MN693952 (Marine virus AFVG_250M31, complete genome) position: , mismatch: 8, identity: 0.733

cattccatacaagtttcaacatcatcaata	CRISPR spacer
ccagatgtccaagtttcaacatcattaata	Protospacer
*    ..* ****************.****

181. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP026954 (Staphylococcus aureus strain FDAARGOS_48 plasmid unnamed1) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

182. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to LC383633 (Staphylococcus aureus SI1 plasmid pWSI1 DNA, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

183. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NC_010077 (Staphylococcus aureus plasmid EDINA, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

184. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NC_018952 (Staphylococcus aureus plasmid pWBG747, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

185. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_LR215038 (Mycoplasma maculosum strain NCTC10168 plasmid 2) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
cataataattatagtataaaaaaattaaaa	Protospacer
******* **** ***********...   

186. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP014063 (Staphylococcus aureus strain FDAARGOS_159 plasmid unnamed, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

187. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NC_013326 (Staphylococcus aureus plasmid pWBG746, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

188. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NC_013348 (Staphylococcus aureus plasmid pSK156, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

189. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_AP020312 (Staphylococcus aureus strain KUH140013 plasmid p01KUH140013, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

190. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_AP014922 (Staphylococcus aureus strain JH4899 plasmid pJSA01, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gataatatttattgtttaaaaaatgggaga	Protospacer
 ************** *******   *   

191. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_AP019725 (Bacteroides uniformis strain NBRC 113350 plasmid pBUN1, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
tataaaatttattgtaaaaaaaaagacttg	Protospacer
.**** ********** *******   .* 

192. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP019364 (Borrelia turicatae 91E135 isolate Oz1 plasmid lpB34, complete sequence) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gacaattttcattgtataaaaaaaccaaaa	Protospacer
 *.*** **.****************.   

193. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NZ_CP015635 (Borrelia turicatae strain BTE5EL plasmid lp44) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
gacaattttcattgtataaaaaaaccaaaa	Protospacer
 *.*** **.****************.   

194. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to KX397369 (Erwinia phage vB_EamM_Kwan, complete genome) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
aataatatttattatataaaacaaaaagat	Protospacer
 ************.******* **  .  *

195. spacer 8.6|2613850|30|NC_018721|PILER-CR,CRISPRCasFinder matches to NC_048016 (Erwinia phage Wellington, complete genome) position: , mismatch: 8, identity: 0.733

cataatatttattgtataaaaaaaccgctt	CRISPR spacer
aataatatttattatataaaacaaaaagat	Protospacer
 ************.******* **  .  *

196. spacer 8.7|2613916|30|NC_018721|PILER-CR,CRISPRCasFinder matches to MF975720 (Pseudomonas phage VW-6S, complete genome) position: , mismatch: 8, identity: 0.733

gcttgtgaaggtgttggcaaagcgttgaaa	CRISPR spacer
cgttttgaaggtgttggcaaagcgggccga	Protospacer
  ** *******************    .*

197. spacer 8.8|2613982|30|NC_018721|PILER-CR,CRISPRCasFinder matches to AP014362 (Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S41-C102, *** SEQUENCING IN PROGRESS ***) position: , mismatch: 8, identity: 0.733

accagattgtatattttgttgtcctaccga	CRISPR spacer
acctgattgtatatcttgttgtcgttgttg	Protospacer
*** **********.******** *  . .

198. spacer 8.16|2613848|32|NC_018721|CRT matches to MH622943 (Myoviridae sp. isolate ctbc_4, complete genome) position: , mismatch: 8, identity: 0.75

gccataatatttattgtataaaaaa-accgctt	CRISPR spacer
atcataatattgattatataaaaaatactaca-	Protospacer
..********* ***.********* **..*  

199. spacer 8.21|2614178|32|NC_018721|CRT matches to MF417937 (Uncultured Caudovirales phage clone 10F_6, partial genome) position: , mismatch: 8, identity: 0.75

acttttttgacgtaataattccaaagctttat	CRISPR spacer
ccttttttgacgaaataattccatagttgatc	Protospacer
 *********** ********** **.*   .

200. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_019540 (Salinivibrio phage CW02, complete genome) position: , mismatch: 9, identity: 0.7

agaaatctatttcatattctttatattcaa	CRISPR spacer
tatcttctatattatattctttatattccc	Protospacer
 .   ***** *.***************  

201. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to LR596615 (Yersinia phage fHe-Yen9-04 genome assembly, chromosome: I) position: , mismatch: 9, identity: 0.7

agaaatctatttcatattctttatattcaa	CRISPR spacer
tttaatctgtttcatattctttaaatattg	Protospacer
   *****.************** ** . .

202. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to NC_042116 (Yersinia phage fHe-Yen9-04 genome assembly, complete genome: monopartite) position: , mismatch: 9, identity: 0.7

agaaatctatttcatattctttatattcaa	CRISPR spacer
tttaatctgtttcatattctttaaatattg	Protospacer
   *****.************** ** . .

203. spacer 1.13|321340|30|NC_018721|CRISPRCasFinder,PILER-CR matches to MN693674 (Marine virus AFVG_250M120, complete genome) position: , mismatch: 9, identity: 0.7

atattgctatttatcctttttagattttct	CRISPR spacer
aataaaatatttatcgtttttagattttac	Protospacer
*    . ******** ************ .

204. spacer 7.5|2609198|30|NC_018721|PILER-CR,CRT matches to MN693065 (Marine virus AFVG_25M245, complete genome) position: , mismatch: 9, identity: 0.7

ggttttagttgcaatcaaaattgttttcgt	CRISPR spacer
taagatatttgcaagcaaaattgttttcaa	Protospacer
 .   ** ****** *************. 

205. spacer 8.4|2613718|30|NC_018721|PILER-CR,CRISPRCasFinder matches to CP011076 (Brevibacillus laterosporus strain B9 plasmid unnamed2, complete sequence) position: , mismatch: 9, identity: 0.7

gtaagaatggaagctttaaaacataagatt	CRISPR spacer
aatgtgatggaagcttaaaatcataagata	Protospacer
.  . .********** *** ******** 

206. spacer 8.7|2613916|30|NC_018721|PILER-CR,CRISPRCasFinder matches to KX397373 (Erwinia phage vB_EamM_Stratton, complete genome) position: , mismatch: 9, identity: 0.7

gcttgtgaaggtgttggcaaagcgttgaaa	CRISPR spacer
gcttgtgaaggtgttggtaaataccccacc	Protospacer
*****************.***   .. *  

207. spacer 8.14|2613716|32|NC_018721|CRT matches to NZ_CP035396 (Bacillus subtilis strain SRCM103697 plasmid unnamed1, complete sequence) position: , mismatch: 9, identity: 0.719

gcgtaagaatggaagctttaaaacataagatt	CRISPR spacer
ctttaataatggaagctttaaatcattcaagt	Protospacer
 . *** *************** ***  .* *

208. spacer 8.14|2613716|32|NC_018721|CRT matches to NZ_CP032856 (Bacillus subtilis subsp. subtilis strain PJ-7 plasmid unnamed1, complete sequence) position: , mismatch: 9, identity: 0.719

gcgtaagaatggaagctttaaaacataagatt	CRISPR spacer
ctttaataatggaagctttaaatcattcaagt	Protospacer
 . *** *************** ***  .* *

209. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_AP019725 (Bacteroides uniformis strain NBRC 113350 plasmid pBUN1, complete sequence) position: , mismatch: 9, identity: 0.719

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
gttataaaatttattgtaaaaaaaaagacttg	Protospacer
*..**** ********** *******   .* 

210. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_AP019717 (Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence) position: , mismatch: 9, identity: 0.719

gccataatatttattgtataaaaaaaccgctt----	CRISPR spacer
ctcataacatttattgtatcaaaaa----ttttaga	Protospacer
 .*****.*********** *****    .**    

211. spacer 8.18|2613980|32|NC_018721|CRT matches to AP014362 (Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S41-C102, *** SEQUENCING IN PROGRESS ***) position: , mismatch: 9, identity: 0.719

acaccagattgtatattttgttgtcctaccga	CRISPR spacer
gcacctgattgtatatcttgttgtcgttgttg	Protospacer
.**** **********.******** *  . .

212. spacer 8.20|2614112|32|NC_018721|CRT matches to NZ_CP039965 (Pseudorhodobacter sp. S12M18 plasmid unnamed1, complete sequence) position: , mismatch: 9, identity: 0.719

actagtttgcttctatcttttattacagtcga	CRISPR spacer
tatggtttgcttccttcttttattacatatgc	Protospacer
  *.*********. ************  .* 

213. spacer 8.21|2614178|32|NC_018721|CRT matches to NZ_CP016745 (Lactococcus lactis subsp. cremoris strain JM2 plasmid pMPJM2, complete sequence) position: , mismatch: 9, identity: 0.719

acttttttgacgtaataattccaaagctttat	CRISPR spacer
gcaagaatcacgtaataattccaaagattcat	Protospacer
.*     * ***************** **.**

214. spacer 8.21|2614178|32|NC_018721|CRT matches to NZ_CP016746 (Lactococcus lactis subsp. cremoris strain JM1 plasmid pMPJM1, complete sequence) position: , mismatch: 9, identity: 0.719

acttttttgacgtaataattccaaagctttat	CRISPR spacer
gcaagaatcacgtaataattccaaagattcat	Protospacer
.*     * ***************** **.**

215. spacer 1.1|320429|30|NC_018721|CRISPRCasFinder matches to MN694132 (Marine virus AFVG_250M1196, complete genome) position: , mismatch: 10, identity: 0.667

agaaatctatttcatattctttatattcaa	CRISPR spacer
gtgtcataattttatattctttatattcat	Protospacer
. .   . ****.**************** 

216. spacer 7.12|2609198|31|NC_018721|CRISPRCasFinder matches to MN693065 (Marine virus AFVG_25M245, complete genome) position: , mismatch: 10, identity: 0.677

ggttttagttgcaatcaaaattgttttcgta	CRISPR spacer
taagatatttgcaagcaaaattgttttcaac	Protospacer
 .   ** ****** *************.  

217. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_LR215038 (Mycoplasma maculosum strain NCTC10168 plasmid 2) position: , mismatch: 10, identity: 0.688

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
tacataataattatagtataaaaaaattaaaa	Protospacer
  ******* **** ***********...   

218. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_CP019364 (Borrelia turicatae 91E135 isolate Oz1 plasmid lpB34, complete sequence) position: , mismatch: 10, identity: 0.688

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
cagacaattttcattgtataaaaaaaccaaaa	Protospacer
   *.*** **.****************.   

219. spacer 8.16|2613848|32|NC_018721|CRT matches to NZ_CP015635 (Borrelia turicatae strain BTE5EL plasmid lp44) position: , mismatch: 10, identity: 0.688

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
cagacaattttcattgtataaaaaaaccaaaa	Protospacer
   *.*** **.****************.   

220. spacer 8.16|2613848|32|NC_018721|CRT matches to KX397369 (Erwinia phage vB_EamM_Kwan, complete genome) position: , mismatch: 10, identity: 0.688

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
taaataatatttattatataaaacaaaaagat	Protospacer
   ************.******* **  .  *

221. spacer 8.16|2613848|32|NC_018721|CRT matches to NC_048016 (Erwinia phage Wellington, complete genome) position: , mismatch: 10, identity: 0.688

gccataatatttattgtataaaaaaaccgctt	CRISPR spacer
taaataatatttattatataaaacaaaaagat	Protospacer
   ************.******* **  .  *

222. spacer 8.14|2613716|32|NC_018721|CRT matches to CP011076 (Brevibacillus laterosporus strain B9 plasmid unnamed2, complete sequence) position: , mismatch: 11, identity: 0.656

gcgtaagaatggaagctttaaaacataagatt	CRISPR spacer
agaatgtgatggaagcttaaaatcataagata	Protospacer
. .  . .********** *** ******** 

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1471479 : 1542479	55	Staphylococcus_phage(28.57%)	transposase,integrase	attL 1482478:1482521|attR 1540296:1540339
DBSCAN-SWA_2	1682678 : 1831576	111	Chrysochromulina_ericina_virus(12.5%)	transposase,holin,protease,tRNA	NA
DBSCAN-SWA_3	1853526 : 1911619	47	Stx2-converting_phage(33.33%)	transposase,protease	NA
DBSCAN-SWA_4	2969863 : 3033572	51	Leptospira_phage(12.5%)	transposase,holin	NA
DBSCAN-SWA_5	3645129 : 3653489	8	Leptospira_phage(16.67%)	NA	NA
DBSCAN-SWA_6	3987636 : 4044898	44	Leptospira_phage(33.33%)	transposase,protease	NA
DBSCAN-SWA_7	4191446 : 4275510	60	Staphylococcus_phage(18.18%)	transposase,protease	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_018721|1471479:1542479|DBSCAN-SWA
TTTAGGTCTGCGTTGATATTAAGTTTTCATATCTAGATTCGATTTGATTATACCGTTTCAATGTACCTAGAGCAATTGTTTCTTCCACAAAGGCGTTGGCTCTATCGCTTCTAGACTTTATATTTTCCTTTATTCGATACCAATTCATATATTGTTGTAGATATTTTGTTGATACTCCCCAAAAGGTATTTTCAATCCATTTTTTAACTCTATTGTGAGTAGAATTAACGTGTTGTATGTGATACTTTCCTTTTACTCTTTCTCCTTTTGATGCATTTACGATGTGGAACTCTGTTTCGCTATCTTTGGCAAACCCTTTATAACTGTGATGGGCATCGCTACACAATATGGTTATATCCTTTATAACACGTTTACCGATAGCATTTTCTATATCTACTTTTCCTATTCGACCGAGTTTAGCCACGCTAAGGTCTAATGTTGATTTTCTATCCTGTGTTACAATTACCGCAACTTGATCTTTACTTATACCTCTCTTTTTAGACTTACCGCCTCTTTTTCTTGATTCCCTATCTTTTACCTCCATACCTTTTTCTGATCTTAGGAAAAAGGTTTCGTCACTCTCTGTAATACCTGTAAAGTTGTCTTGGTCATCGTCATTTTTAGTATCGAATGAAGCTAATATCTTATGACGCCAATCAAAGGCTGTCTTTTTATTGATGCCTAATTCTGAACTTATTTTATCTAAACTTTTTTCTTGAACCATAAGACTTAAATAAGATGAAATCATATCCTTTCTTTGAAGTCCCGCCATCCAAGTGCCAGTATATTCAGTAAAGCTTCTATTGCAAGACTTGCACTTATAGCGCTGCGAGCCTTTGTCAACTCCAAAACGAACATATTTTTCATGTAAACAATGTGGGCATCCGCCCATTTTATTATCTAAAATATGGCGACGGGAAGCCCGCTCAACCAATTGATTATGCTCAAGTGAATCTGTAATATCCTTTAACAGATTATCACGATCTAGAGTGGATAGTGATAGTATTTCCTCTTTTAGATTATCTATGTTCATAATCTAAATATACATATAATAGCTGTATTAAACTAGAGCCTTATTTTTTTAAAATTGACATTAGATAGCTTCCATGTTGTTTTAAGGTTATGAATAAAAGAAAAATTTAGTTTTACTTCTGATAATTCCACTTTGGTAAGACTGCCGAAATTACTTTTAGTTGACCTCTTTCCTTTTAGTTTTCTTTTAAATGAAAAGAATACAGGTTGCTGACTAAAAGAAAAAAACCTGAAAGATATCCCAAAAACTAAAGTAGCAACCATTAACCATAGCAGTCTGTTATAAATAATGAATCCTTCAAATGGCAAATCCAAATTATTTTGCTCTGCCACTGTCCAATATTTTGTATAATAATTAACTGCAGATGCTCCAGTTGGGTTTAACAATGCAGAAAAGGATTCATAATTTGGATTTGTTAGCAAGGTCGCCATTATAATTTGCAATATTAAAAGCACTATAAAGGCAATAAAACCTGCTGTAATATTTCTTGTGTACGATACAACCGCAAATACAATAGCACCATACAATAAAATATTAGGAAGTAAATACACTAGATAGGTTTTCAAATAGGTCATAAAATTAAAAGCCCCAACTAGATCTGGATCAATGCCAGGTAGATTAAACCCTATGATTATTCCAATACCAATTATGAAAACGATGCTTGTAACAATGGCGATACCACTAAAAAATTTCGCAAATAAATAATTAGCCTTCGTAAATGGATACGAATATAAAAGTTCATGCATTTCACTCTTAAAATCCTTATAAATGGTTACACCGATTATAGAAGGGAATAAAAAGAATATTAATACTGTTAATGTGTTGTATATGTTATAAACACCTAGTGGAGAATTTACCAATTTTGGTAGACTGCTAGTGACATCAAGATTATTGAAAAACCCAGCAATACCTGAGGCTATTCCTATTGAAGCAATAAAAAATATAGTTAAGTAAATATAAAATGAAGGCTTTTTAAACCAGTAGTTTAATTCGTATTTGAAAATTGTAGAGAACATGGTCTTATTTTAAAGTATTAAGAAAAAATAGTTGGATTAATCAAGAATGAGTTCATCTTGCTTCAATGCCATAAAATATACGTCATCTAACTGTGGCTCAGATTCTTTAAAATCGTCACCCGGTTTTTCTGAAGCATATACTCTTACATTGAGGGTATTATCTTGATTATAATTTGAGGATAAGACATTGTACATCGTTTCTATTTTCTCTAATTCATCACGTTCAATAATTTTTGTCCAAATCTGACCTCTAATTTCATCAGTAGCTTTTTCAGGAGTCGTATGTTTTAGAATTCTTCCACCATTTAAAATGGCCATTTCATTGCACAGCTCTTTAACATCTTCAACAATATGCGTAGAGAAAATAACGGTGCTATTGGTGCCAATTTCACGCAATATGTTTAAAAACCGATGTCTTTCCGCAGGGTCTAATCCGGCTGTAGGTTCATCTACAATTATTAACTTTGGATTGTTTAATAGCAGCTGTGCGATACCAAAACGTTGTTTCATCCCTCCTGAATAGCCTGCAACATACTTTTTACGCACGTCATACAGATTGGTGATTTCTAGTACTTCTTTTACTAATTTTTGCCTGTCTAATTTCGAACTGACTCCTTTTAAAGTTGCAAAATAATCCAGTAAAGCTTCCGCAGACATTTTTGGATAGACACCAAATGATTGGGGCAAATAGCCTAATATTTTCCGTAGAGATAGATGCTCTTTTAAAACATTAATATCTCCAAAAGTTATTGATCCAGCATCAGGGCTTTGCAAGGTTGCAATGGTTCTCATTAGGGATGATTTTCCCGCACCATTTGGCCCTAAAAGTCCAAACATTCCCGAACCAATTTTAAGGTTTATATCGTCAATGGCTTTTACTCCATTTTTATAGGTTTTTGATAAGTTATTAATGACTAATTCCATGAGTATTCGTTTTTATATTGATGACTATTATAAATAGAGAAGGCGCTAATAATTACTACTTTAGAGTAGTTAGTTTCACCGCAGTTCCATAAGCAAGAATTTCCGATGCTGTGTCCATTACAGATGACGTTGTCAATCGTACATTGACAATGGCATCGGCTCCTTTTCTTTGCGCATATATGATCATTCTATCTATAGCTTGTTCGCGCGCTTCATTTAGCAAAGATGTATAGGCTTCAAGTTCTCCTCCCACTATACTTTTTAGTCCTGAGAAAATGTCCTGCCCAAGGTGTTTCGCTCTTACGGTACTCCTTTTTGCAATACCTAGTATTGTAGTAATCTCTTTATTTGATATTTTATCTGTTGTTGAAATAATCATAATTTTAAATGTATAGGTTTAAATTTTTAGACAAGGCTTCGCCAATAGCAGACCAATTTTTTGTGTTTAATCACCTTTTATAGATCCTTCTTTCGGAAATGTGCTATTGAATGGAAAAATGAAAATGAAAATAGAGTCAGCGCTATTATAGATAGGCCAAGAGGCTGGTTAAAATCTTCAATGACAAAACCCATAGTACGTTGTAATATCGTTTGAAGAAGCTGGGGAAATAATATCGAAAAGAGATAAAACCCCATAGCTACCATAAAGCTGAAACGAAAATAGGCAAAGTAAAAAAGAGCCAGGCCAATCAACAGATTCATCCAAGCAAAAACAATTATGTCTATGCTCAATGCATACTTTGGGTCGGCATCTAGACTAGTCAATAACAGATGATAAACAATAATATATATCAATAAATTGATCGTTATAATAGCTATAGAAATTAGAAATCGAGCGATCACCATCTCTTTTCTTGTAAGGGGTAAACTAGCTGTATGATTTCTTACTGCCTTATTTTTAAGTTCAGGCAAAAACGGTACAATTACCGTAAGAATGATAAAGGAGGTAACCCCTGAGGTAAACATTCGTGACAAGTTGGTATTGATGAAAATCATAAACATTCCCATGGTCAATGCCATAAGAGAAACTCCTAATATACGTGTACGGTATACCCTAAAATCTCTTGAAACCAGCTTTAAAATTATTTGAAGGTTCATATATCTTTCTTTTTAAAAATTTTGGTAGATAAAACTGTTGACCCTTTCATCATCAAGATAGTGAAAGCTGTAACTACAATTAATAAGGCCCACTTATTTTGATTTAATATCCAAGATATTCCTTCTGGATACCCATTCCATGAATGGTTGTAGTTGGCCATTAATACTACAAAAATCACGAATAGAATAAACTGTAATACACTATGAATAGCAACTCCTTTCATCAAACCAAACTTAAAGTAAATCGGGTACGAGTAGCTTTTGAACAGTAATAGTATCATAAATGCAGATATCCATATGATTGGGTTATTGATGATTTCCAATTCAGGATTTCCTAATCCTCCATGGAAATACACCACAACTTGGACGCCAAGAAAATGTAGAACTAATGCAAGTGCCAATTGCACAATAGAGCTTGTATACTTGGCTACTACAATCTGATTTCTTGTGACTGGCAGACTGATACAAAATTCATTCATTTTGTACATTTCATCAATCATCATAAACACTAAGGATACAGCACTACTGCTCAATAGTACTACAACAAAATAAATGACCAGCTCAGGATCTGCGCTACCATTTTCTTCAATCATATGGTATATAAACAACAGGCTTATGCAAAAAAGGATTGCTAAACTAACTAATTGATATAACCAATTTGCCCGAAAATCTTTAAGGATTAGCTGTAGCATTTTATGAATTCTTTTTTAGTTCTAAATTGGTATAAAACATAATATCTTCTAAACTAGCTTTCTCATAGAGTACCTTCTTTTCAAATATGCGCTCTGTAAGCACTCTATTTCGGCTAAGCGCTTCAAAGCCATATGCTCCTGTTCTAATGCCAACAAAACTCTTTCTAGTTTCATCGTCTAACAAATCATTGTCGCCTTTTACAATAACATACTGCTCAAAGACATCATCCTTCGTTTTAGAAAAAACTAGCTTTCCGTCATGGATATAGGTTATAAAATCGGCCACTTGTTCTATATCTGTTGTAATATGCGATGAAAATAAAATCGACTTATTTTCATCTTGCATTAGTTCCCTTAAAAAATCAAGTAGCTCTCTCCTCACCACAGGATCCAAACTAGAAGTAGGCTCATCCATTATAATAAAGTCGGCGTTATGGGATAATGCAATTGCTATGGAGCTTTTCATCGCCATTCCTTTTGAAAATTTCTTTAATTTTTTGTTTAGAGGTAGGTTGAAACGATGCACAAGATCTTTGAATGCTGCCTCGTCCCAGTTTTCATAAAAAGGGGCCACTGTATTTTTGAATTGCTTTAAATTGAGGTGTTCATAATGAATAGGAGTATCATAGACGAAACCTATTCTTTTCTTTATTTCTACTTCAAATTTTTGATGGTCTTTCTCAAAAATTTTAATCTCACCATGTTCCTTCATTACAAGATTCATAATCATCTTTATGATGGTGGTTTTCCCAGCACCATTTGGTCCGATTAGGCCCATTATATATCCTGTAGGTAATGAAAAGGACACGTCATCTAAGCAGAAATCGCCATAATCTTTAGATACTCCCGATACTTCTAATATATTACTCATTGTAATTGTGTTCTATTATTCATTATTATCATGATAAAGGATGGATAACATTTCCTGAAGTTCTGCAAAGGTAATCCCCAATTTCAGTGCTTCTGTAACTGTTTCTTCCATCATATCTTCAATGGATTTCATTTTCTTCTCTCTCAGTAATTCTTTGTTTTGGATGGCGACAAAAGTTCCTTTTCCGCCTACCACATCTATAAACCCTTCTTTTTCCAACTCTTCGTAAGTGCGCTTGGTCGTAATTACGCTTATATGAAGTTCTTTAGCCAACTTTCGAATGGACGGTAAACCATCTCCCTCTTTCAAATCACCTGCTATTATTTGGGCTTTTATCTGCTGACCTATCTGTTGATAAATCGGTTGAGATGATGCATTTGAAATTATTATTTTCATTTATCTACTGTTACTTTATCAATATAATTGTTAATACAGTTAATAGTGTATATACTGTACATATACAAATATATAAAATTATTTGAATTATTGATGTTTAAAATAAAAAAAAGCAGGGGGAAAACCAAAAAAGCTTGCTATAAACATCGTTAGAAATAAGATTTTATCAGTCAGCTGTCGCAAGATGATGTGTTTGTTTTGTAGGACTTTAGAATTTGTGCGTCTTAAAGGAATGATCACACAAGTAGGCAACTCTTCCAGAAAAAATAGGGTAACAAGCTGGATGGGAAGCCGCATGCCGCTTACTTCTCAATGAGGTGAGTTGCTGCCTGAAGTCAAGTCCTTAAAAGATGTTAAAGCAAGGCAACATCAAGAAAATATCGTACCTCAAAATCATGAATTCTTAATAGAGACTTTCGAAACCCGAGGATATCATTTGGTATTTTATCCTTTTAAAGGAAGATTGGTCCACATGGCAATGGCTGGACTAATTGCTTACCGCATTAGTTTATTGCAACCTATACGCTTCTCACTGGCCTATAACAATTATGATTTTGAGATTTTAAGCAATTAAGAATTTGACATGCAAAATGTGCTGGACAATAACCTCATTACTGCAGATATGATTTTGGAAGATCTAGAAACCAGTGTCAAGGCTACAGAGCTCGCCAAAATAAAATTTAGGGATATCTCTATTATCGCAGGACTGGTCTTTGGAGGTTATGCCAACAAAGCGATCCAGATAAAACACCTACAAAGCAGCAGTGAGTTATTATTTGAGGTCTTTAGAGATAATGAACCAGATATTCTGCTTTTTAGACAGGCCTATATAGAAACCTACGAACAAGAAATTGAGAAATACCGATTGCGAGAAGCTTTTGAACGTATAGAAAATCAAACCATCGTCTGGAAAGCCTGCAAACAACCTATACCTTTTTCTTTTTCTTTCCCTATCTTCACTGACCTCTTGCGCGAAAAATTAAGCAGTGAAAAACTAACCGATCGCATCAAAAGGATGAAATCAATTTAGGAATAATTGTTGTTACCATGATTTACATTCCTTAAGTTTGTTACAAAAATAAAATATACGTCATGTTTTTAAATTATAATATTGTGAAATTACTATTTATGTTATTATTCACCGCATTTGCAACTGCGCAGACTTATGACACAGTAAATTTCCAAAACCCTACAGGACGTCAAAATATTGATTATAATAATGAGATGCAAAAAGGAATGCGTGTTTTAAAAAGAACAGATGGATCCCTTATTCTAGGTGGTCGTAGCGGATCCAACGCAAACATTATGAATGACTTTTTGCTTATTTGTGTCAATCAAGATGGTACTAGATGTTCCGATTTTGGAATAAACGGTGTTCAAGATGATTCAGGTTTTTTCATTTCTACTGTATATGACTATGCGATCCAAAATGACGACAAAATTATTATATCGTCTAACTTTAATAGTGATTTAAATGTGATACGTTTGAATAGTGATGGCAGCAGGGATGTTACCTACGGCAACAACGGAATAGTAACGATACCAACTCCTTCAGACGCGATAGGTTTTGCTGGAAATGGAAAAATTTTTACTTTAAATGATGATAAAGTTATCGCAGTGTTGAACTACAGGTTTTCGGTTTCTCCCTCTCGATACAAAACTGCAGTCTATAAAATAAACACGACAGGTGTTGTAGATAACTCCTTTGGTACATCTGGCATGCTCAGTTTAGATTACGGTGGTTTCTCAAGCTTTTGCAGTGATCTATTTCAATCGGGAACATCTCTACATTTACTTTCGGGAGGTATCCCTAGCGTTGGAACAGGTAGAGTAACACATCTACAAAAAATAGACTTAAATGGAGTACCTGATAGCACTTTTGGTATGAATAGTATTCTTGAAATCTCAAACGTAAACTTGAGTGCTGCAATTGACATTAAAGGCTCGACAATCGCTCTTTGTGGTTTAGGTTTAACTGTGGGACTCTTCGATAGTACAGGCAGCCCTATTTCATCGTTTGGTGCCGAAGGAGTCGAAGTTTATAATATCACAAACGGGCAAGATTTTGGGCGAGATATAATCATACAGCCTGATGGTAAATTATTAGTTTTATTTAGAGGAAGAATGGGAACTGTAGGAGAAGACGGATTATTAATGCGTTTACTTGCCGATGGCACTTTAGATACTAGTTTTAATGATCCTATTAGTAGCACTGAACCAGGAGTGTTCTCCATGAGCATAGGATTAGGGAATAATTCACAAGATAACATGTTGTTAACAGACGATGGAACCTTATTTGTTATAGGATATGCTAACTTTTTTAACCCTACTGGATTTGATATAATAATTAGTAAATTACTAATTCTAGACGGTACTTTGAGCACAACGGACGTTTTAAGTAATAAAGTTAGGATATATCCCAATCCTGTAAATGACCTATTAAATTATGAAGGTATTGAGGACATTAGTAAAATTAACATATTTGACTTGACCGGTAGAAAATTACTTACTTCTATTCCTAATCAACAACAGTTTATAAATCTAACTTCCTTAGCTATTAAAAATGGCTTGTATATAATCCAATTCGAAACATTAAAAGGCTTTATTACTAAGAAATTTTTAAAATCTAATTTATAAGTAAGCTTTCTCTGTATGTAGACAGGCATTCATTTTGGTAAAGTCTAATTTATATTCTGATATCTCTTATTGATTAAAATTTAAACTTTCTTCACTTGTATAAATAGACATTTATACAAGTCTATGCCCTTTTCTAGTCTTCACACCTATCCATCATATTTCTTCTTTGAACCGCTACTTGACTTCTAAAACTCATCCTGTTTTCATGTGCTTTGTTACTTATGCGTCCATATCTGGTGATGATATCAAATCTATCTACTGCGATCTCCCAAAACTTATTACTAGCACCTTATGCAAATTCGTGGCGTTTGAAAGAAAAGTAATTGGTAGTTTTAGGACTCTCTACCCCCACAAGTTTAATACCGATTTGAACCTATAATGTCACCACGAATCGTTTTACCGATACAAATTCGGCACAGGCTTTTTCGCCTGGTTTTTATCAAAAATAATCGCTGTAGCTAAGGCAATACTAATTATTTTTAACTTGAATCAATCAAAAGACCTGTGCTGAACTACGTCGTAGTATAACTCAATTTATATATATGCCTTATAAATTTAATTTGGTATTAGTTGATAACTAGTAGAACAACCCATACATAAAAAACTACAGTTCGGAAATTAAAAATATGCTAAAGGAGCTTTTTCCCCTAGTTTTGAACAACTTAATTAAACTTGAAAAATGGAAAACACGATACAGGTTTTAATTTATATTCATGCAACATTTGGCGGGGTTGCTTTGCTTGCTGGTTTAGTATCTACAATTGCAAAAAAAGGGAAAACAATTCATAGGAAATTTGGATTAATTTTCTTCTATTCCATGATGTTATCTGGAATAATAGCTATGATAGTCGCTGTTTTGCCCAATCACGAAAGTCCATTTTTATTTGCTGTCGGAATTTTTAGTTTATATTTTGTTTTAACGGGGAATAGAGCTTTGAAATTCAAAAGAAGAAATCCTGATTTGAAGATTGATAAATGGATATCCATCAGTATGATTATAACTGGATTTTTAATGATTACACTACCTATTATACTTACAAATAGTATACATATAGTTTTGGTAGTATTTGGAATAGTTGGGATGATTTTTTCAATTAAAGATTTAGTATTGTATAAAAATCCTGATCGATTGAGAAAAGGATGGTTAAAAATGCATTTAGGTAAAATGCTAGGGGGGTATATTGCTGCAACGACGGCATTTGTTGTAGTGAATCAATTTTTTCCGAGTTTTTATGGTTGGTTTATTCCTGGGGTTATTGGTGGACTTGTAATAGCATACTGGTCTAGAAAAATAAATAAAAAAACAGTTTCTAGAGAATAACTCAGCATATCGCCAGCCAGCAGTGTGCTACCTTTTCTGTATGATCCAAGGCTATATAGTATCTAATCGGAAATTAAAAACTCTTAAAAATTTTCTTAAAATCGTTTTCTTTTATTTTAGTTTGTGAGTTTTTGTCTGTATGCAGCAGCAATTATACATTCACAGAACAAGCAATTAAAAATGAGAGATTACTTAAAATCATTTAACATACTTACAGATGAAGACATTGATGTGTTCGAAAGCAAAGTAATTCGCAAAACATTAAAAAAAGGCGATTATTTTGTCCAGGAGGGAAGGACTTCTAAAGAAGTAGCCTTTGTTGTTTCTGGGTTATTTAGATCCTTTTATTATTCATCTGCAGAAGAAGAAGTCACCTATTGTTTTACGTTTTCTAATACATTTGTTAGTGCCTATTCTTCATTTTTATCACAAACCAAAACGGTAGAGAATATTCAAGCCCTTACAGATATTGAGTTGTTTAGTATTTCAAGAGATGAGATTTTAAAGTTAGAGAAATCAAGTACCAATTGGCTTCGATTCTTCAAATTCATCGCTGAACAAGAATATATAAAAATGGAAAAAAGAATCTTCATATTGCAAAAAGAAAGTGCTGAAAAGCGGTATGAAGACTTACTTAAAAACCAACCTCAATATCTACAATTAATCCCTCTGAATTATTTATCCTCTTATTTAGGAATTACCCAGCGGCATTTAAGTCGCATCAGAAAGTCGATTTCGAATTAGACATATGTCCTTTTAAAGGAGTTACATCCTTGCGTTCTTTGTGTAGAAATAAAGACAAATTATGAAACAAGTTTTAATCATTAATGGACATCCCGACAAGCAGAGTTATAATTATGCACTAACGGAAGCTTATTTAAAAGGGGCCAATAAAACCAAATTAGACCTATAATGACGCAATAAATCGTTTCTTTTTCGCCTGCTTTTCATCAAAAATAATTACCGTAGCTAAGGCTATGCTAGTTATTTTTTATTTCAATCAATCAAAGAATAATTCAATTTATTCATACGGCATTATAAATATAATTTGGTATAAAACCAATGCCATTCTGACTCAAATTAACATTGCAGACTTGGATTTTAATCCTAATCTGGAGTTTGGGTAAAGAAAAAGAACAGAACTAGAACTGGATTTACTTGAGGCTATAGAAAAAATTAAAAAAGCAGACCATAGTGTTTGGGTGTTTCCGATGTGGTGGTATGGATATCCCGCATTGATGAAAGGATTTATCGACCGTACATTTTTACCAGAAATCACCTTTCAACCTATCCAAGGAAAAGCACTGCCAAAAAAATTATTGAAAGGAAAAACAGCAAGATTCATTATAACAGCTGACACCCCTAAATGGTATAATTTCCTATTTATGAAAAGCCCTGCTATCAATCAATTCAAAAAAGGGACTCTAGAGTTTTGTGGGAGTATACCAAATTAGACCTATAATAACGCAATAAATCGTTTCTTTTTCGCCTGCTTTTCATCAAAAATAATTACCGTAGCTAAGGCTATGCTAGTTATTTTTTATTTCAATCAATCAAAAAACCTGTGCTGAGCTACGCCGTAGTATAATTCAATTTATTCATACGGCATTATAAATATAATTTGGTATTAGTCCTGTTAAAGTGACCTATATTTCAACGGTTAAAAATTCAAAAACTGACTACAGGGAAAAGTGGTTAAAGAAAATAGCCTTTTTAGGTGAAAAATTAAAATAGATGTTATTGGTAAATAATCAAAATACAAAGTGTGGTATTTTTTAAAATTTATAGTTTGGTGTAATTTTATCAGATCTTTAAATTCAAGATTTAAAGATCTGATAAAATACAAAATGATAAGAAAGGCTTAAAAATTTGACTTTTTTTTAAATCAAAATGAGTTACATTTATGACTTAAATCCCCCTATTTTTAATACCCTTCATTTCAAATTCAAGCATGACATTTGAGAAAAATAAATTCTTCAAAAGAATAAAGTGGAAAAAATAAAACTAGATACCACCATTTATGGTTTTGATAATGACTACAAGCATAACAAAGACATTAGAGCAAGTTTCAATATACTGACAGAGATTACATTTGGTTTCAGTATGGAAGAATGGTATTTAAATGGATATTGGAGTGATAAATATATTCCTTATTCATTGTTGCATGAAGATAAGATTATATCTAATGTGTCCGTTAACATAATTGAGTTTATTATTGAAGAAGAGAAGAAGATAGGTGTTCAAATTGGAACTGTAATGACTAAAAAAGAATACCAAAATCGAGGACTTAATAGATTTCTTTTGGAAAAAGTAGTAGATGAATGGAAAGAAAAGTCAGACTTTATATATCTTTTTGCAAATGAAAGTGTTCTTGAATTTTATCCTAAATTTAATTTTGAGATAGTAAATGAATATCAATATTCAATATCAGTTAACGATAATGGAAGTAGTTCATCAATAAAAAGGCTTAATATAGAAGATGCCATAGAGAAAGAGTTTCTAGAAGAAACTTTAAAAATGTCAGTCCCGATTTCAAAGGTATCTATGCATGACAATGCCTCTTTAATAATGTTTTATTGTTTATCTATTAAGAAAAACAGCATTTACTATATTGATGAACTTAAAGCAATCGTTATTGCTAACTTTGAAGGTGATACGCTTTATCTAAATGATGCATTTTGTGTAGAATATTTGAATTTAGGTGATGTCATTCAAGCCATGTCTGGTAAAGATGTAAAAAAAGTAGTTTTAGGATTTACTCCTTTAAACGAAACGAGTTATGATAGAAGTTTATTAAAAGCAGATGATACACTGTTTATGTTAAAGGACAAGGTTGGTTATTTCAAAGACAAACATTCGATGTTTCCGGTTTTATCCCATGCTTGAATAAAAACTATTAGTTTAATGAAAAGAGAAGAAATAGCATCTTCCAACATTTTATATAAGTAATACTAGCTACGAAGTTGATGCGTTTTCATCATAAAGTCTCCTCAATTCCCAGATAACAAAGCCGTGTTGGAATAGCCTATTTTAAGCCGCTGTCAAAAGCTATTATGCCTACTGAATTTTTTATTATTCAAAAATATAAGACTCAAAAACCAACAATGGCATTTAATGGGCAGAAATCAGACTGTTGAAAAAAAAGATTTGCCATCACCGTGTAAATTAATTATCAGTTTTAATTTACTTACTAATCCCAAAGCGTCAGGACTTTTGGACTATCTTAGTTTGTGTTTTATGTATTAACTTTAGTGCTTAACCACAGTAACTAATCTTGTACGACAGCCTCAAGTGGACATCACGCCAACTTTAAACAGTATGATAAAAATTAAAACAGCACTAGTTTTACTGATATTTGGAGTAAACCTTCAAGTTTGTATCTCTCAAGATATTAATTTTTCAACACTTGATAATTATTTTATTGAGAATGTTGATAACGGAAAAATAGCGGGTGCAATCACCTTAATTGCAAAGAGTGACGAAATTCTACATTTAAAATCTTACGGATACAGTGATATTGAAAACGCTGTTTCAATAAACACTGAAACACTAATTCCGATTGCCTCCATGACAAAGATTATGACTACAATCGCTATCCTACAACTTTATGAGAAAGGTGAGTTTTTGTTGGATGATCCAATTGAGAACTATATTCCGGAATTCAAGAAAGTAAGAGTCCTGACCAAGCCTGACTCTTCCTCTTCCGAAGCGTTGACCATAAAACCGACAATTCGGGACTTCTTACGTCATACTTCTGGGATAGTTTATAGTGATGGAGAGAGCTACACCGACAAACTATATCTAAAGGCTGGTTTTAGACAATGGAATAAACCTCTTGAAGACTTTATATCCGCAATAACCGAAATTCCTCTTGCGTTCCAACCAAATAAAAAATGGAATTATGGGTACTCCCATGATGTTTTGGGCTTTTTAGTTGAAAAAGTGACTGGAACACCTTTGAACCAGTATTTCAAAAGCACTATTTTCAACCCCTTAAACATGAAAAACACAGATTTTTATGTCCCCAAAAACAAATCGAATAAGCTTTCAAACTTATACAGATACGAAAAAGGTAAATTAATTGTTGAAGACCATCGAGATTCTTCAATTTATAATACACTTCCAAGCGCAATATCGGGAGGTGGCGGATGGTGGAGTCCTTATGGAGGGGTGGTTACATCAATCGATGATTTTTATATCTTGGCAAAGATGTTACTTAACTTCGGGAGTTATAATAACACTGCGATTCTTAAGCCCGAAACGGTAAGATTAATGATTGCAAATCAAATTGGAGGTTTGGACGCTTATGGAAATAAATACGGATTGGGGGTTGGTGTTGAAATAACGGACAACGGCGATACAAAAGAGATATTTTGGGCGGGTGGTCCATATAATTCTTACTTTTGGATTGATTATGAAAAAGAAATAATTGGAATCATGTATACAAACACAGCTCCACTCGGACATTTAGGAATGATGAATACCTATAAAGAATTAGCAGAAGATGCATTAAATAACTAAACAGCGGCGACTAACATGGTGTATTAGAAATGATAGGAAAAGTCTTATAGCCCATTCAAATTGAGGAGCAACTTGAATGGGCGAATGCTACGAAATTTATCACTACTCTTTCAGCTTAGCCTTACCTGCAAGCTGAAAAATCTAGCCTAATACTTAATACTATGAAATGAAAATTAAGGCATATATAAAGCAGGCTTATCCGTTTTATTATGAAGACTATAAAAAAGTTTTTATACTTCTTTTTGGTGTGGCCATTATAAGCTTTCTGTTTAGCTATTTGTTTGAGCCATTTGATGTTAACCAGGCTGAGCAGAAAATAAGCAGTTTATGGATTGTAATAGTGCATGCGTTTATGCCGATACCCATTGCTATAGCTTATCTCATTATACTAAATAAAACAGTAAAGGATACAAGTCAGTGGACGATAGGCAAGGAATTTTTACAGCTAGCACTTCTGCTCTTTTTAATTGGTCTTTCCAGTTTTTTCCTTCGGGATTTTATTTATACGAATCCCGATAACTGGTCATTTCGGTATTTGTGGGAGGAAATTCGGAACACTTTTTTGGTAGGCAGCTTAATTTTAATGATCATTTTACCTCTAAACCTTGAACGATTATTGAATAGTAACTTTAACTTTTTAAAACAAATAGGGACTCCATCATCAATTATAATGAGCAGCAACTCTGTACACATAGTTACACCCATCCCTGGAGAGCAATTTGAAATAAACATGGAGACATTTCTTTTTGCAAAAGTAGAGAGTAACTATATCGAAATTGTTTACAGCAGTGTGACCGGATTTGGAAAATTGTTAAAGCGAATGACTTTAAAAGAATTTGAAGAACAGTTAAACCCCTTTCCTTATGTGTTTAAAGTGCATCGCTCTTACCTTGTAAATCTTCAGACTATTAAATCTATTTCAGGCAATGCTCAAGGTTATGTGCTTCGCTTAAAAAACTTTTCTGAAGCTACTATTCCAGTATCCCGATCTAAGATTCAAGAATTTAATCGTGTTTTTACTAATTGCAATAAAAAGTAGGTTTGTATTTCGTCACTTTGGGTTGTCATTTGTCACTTAGCCTAAGCCATCATTGACATTGTTTTTATATTTGCCATCAAAAAAACAAGATCAATGGATACTACAACAAGAAGATACGATTTAGATTGGTTACGTGTTATTGCCATTTTAGCTGTTTATTTCCATCACCTAGGTATGCCTTTTAATGGCGACGATTTTCACATTATGAATTCAGAATCTAGTAAGTTATTGGACGACATTATGGTCTATTTTGAACAATTTAGACTGCCGTTACTCTTTTTAATATCTGGCACTGGAACCGTCCTTGCTTTTTCTAAAAGGACTTGGAAGCAATTTTCTAAAGAGCGCACAGGCAGACTTTTAATTCCACTCATTTTTGGTATACTATTTATTGTGCCACCACAAACTTATTTTCAATACATCAATGAATATAGCTCTTACTGGCAGCTATACAAGAGCGGAAGATTTGAAACAAACCACCTTTGGTTTATAGAAAATCTTTTTATTATTTCTTTACTTGTGATTCCACTAATTATTTTTCTTAAATCTCAAAAGTCTCAAGGTTTTAAGACTTGGTTTGAAAGAATATCTTCTCATAAAATGGGTCTATTGTTAGGGGGATTACCCTTAATAATTTTAACAATAATCCTTAAAAGGTATTACCCGACTGACTCATCTTCTCTAACCAATCTTTCGGAAACCTTCTTTTATACCTACTTCTTTATTACAGGAATTTTATTTGCGAGCTCACAACTGTTCTGGGAAAACCTAAAAAAATACAGACGCTTTCACCTTATTGTTTTTACAATTAGTACTGTATTGTTTTACGGTTATTATTTCGTGCCCAATGGTTCTATTGAACCCTATTTAAGCACTTCCGTTCGTTGGGATATTTGGTATGGCTTATGTTGTTTGTTGGGATGGTGCTTTGTTTTGACCTTGTTGGGATATGTACAAGTTTATCTCAACAAACCTAGTCTTTGGCTCAAAAGGATGAACGAGGCAATTTACCCATTTTATATATTACATCAGACAGTACTAGTAATTTTTGGATACTATATTATTCAGCTGAATGTAAATATCCCTCTTAAAATGATACTGCTTTTTATAAGCTCATTTTTGGTCATTGTACTCTTATATCGTTTATTCATTTATCCTTTTAAAGTTACTCGAGTGCTCTTTGGAATGAAAAAGAAGAATGAAAAACGCAAAAACATCACAGCTATTAGAACAAAGAAATTAGTCTAATTAAAAAACTCATTGTCAATGGTTTGTACTAATGCAAATCACAATTAAAAAAGCCAGCAGGTAACACCGTATAAAATTAATTGCTGGTTTTTGTTAATTTACGAATCCCGAAGCGTAGGGACTCACAGATTTTCTTGGTTAGTTTTTATTTACTAAATTATTCGCTTAAAACACGCAACTAACTTTATACAAACCCATTGCCTGCAATTTAAAAAAACAATTAATGAATAGTAAAACAATCTTTTTAGTAGGAGTAATTGGTGTAATTTTATTTGTAATTAGCTGTGTTATCGGTGGGCTTTTAATCGATAATTATAGCATAACTGGTCAATATATTAGCGAAACTTATGCAATAGATACTGAATACGGAATCGTATTAAGAGTCTTTGGGCATATTCCAAGTGGAATTTTATTTACAATTTTTAGCATTCTTGGATACAAGTATTTTCCTTATTCTAATTTAACTAAAATCGGGTTTTATGGACTTGGTCTATTCTATGGTATCGGAACTATTGTGGTTTCAATATTTCCATGCGATAGTGGTTGTAATACCGAATTTATCGACCCAAGTATTTCACAAGTGATTCATAATTTAGCAGCTTTATTAATATATACTTTTGTACCTATCAGTATTATCCTAACTGGTATTGGATTAAAGAAATTCTCAAATTATAGAAGCCTTTCAATTATAGCTTTAGTTCTAGGAGTACTAAGTATTCTGTTTGTCTATATATTGATTTCCGAACTCAATCCAGAATTTGTAGGTCTTTATCAACGAATTATTGAGTCTTTGATTTTAATTTGGATAATTGCTTGTGCTTTAAAAATAAAAAGAACATCAGGTAACAAAGAACTGAGGTAAAAAATAACTCTTTTCTACTTTAATTTGAAACACTAGCAGTCTAGGCTCATGAATTCATAAAACTGATTCTTTGAGCTTTTTAAATTTATTTTTCTCTATTTATTAAGGCAAAACAAAAACCTAACTTTTATCATATGGCCTGCCTGATTTTGAGATGGTAAAACAGTGCTTGAGTAGCTTGATGACCAAGGCGATTAAGGCTAGCTTTTTACTCTTGCCTTTGTTAACAATCTAGTAATAATAGGTGTATTCTCTCTTTTAGGAACCGACTTATCAAGCATCTCGATTATTGATTTTTTACTACTGTCGTTGACAATGCTTTCGGTTGGATTTGTAGAAGAGTTTATTTTTAGAGGTATTCTTCAATCTGTATTTTTAAAGCACAAGCAATTTTATTAAAGACCAATAAGTTAATCTCTTTGGCTATACTACATGGTCTTATCAATACCATCTTTAGCATCAACACATTATTAGACGATAGTGCAGTAATCGGAGAAATTGAACAGCAAGATATCGGATAGGTTCTATGGTGGTGGTTTTGCCATTATTTATTGCTGGTTTATGTATCTTACGTGAAATTAACATTGGAAGTATTCAAGAAAAGTAGTTCTATCTAACAAGAATAAAATATTGTAATGCGATGAATTTAAAAGAAAAACTATCAGAAATTACAGACTATTATGCTCCTAAAATAGTAGGCGAAGTAAATGACGTTTTCATCAAATTAGTGAAGATAAATGGTAACAAAGTACCTTGGCACATTCATGAAAATGAAGACGAATTATTCTATGTTCTAAGTGGAAGTCTTCTTTTTGAAGTTGAAAATCGCGAGCCTTTTACGATGAACAATGGAGATCTATTCATAGTTAAGCGAGGACTAAATCATCGGATTAGTTCTAAAGGGGAATGTCACATAATGCTCGTTGAAAATAAAATGACCCTGCACACTGGAGGAACGGTTAATGAAATAACAAAGTCTATTAAAGAACAAAGACTATCTTAAATGAATATCACATAGGTATTTCCAAGATGATGGAATGCCTATCAAGCAGTAATGAAAGGATTTATTGACCGTACATTTTTACCAGGAATAACCTTCCAACCTTTCGAAGGAAAAGTAACACCAAAAAAATTATTGAAAGGAAAAACGGCAAGAATCATTATAACTCCTGATACCCCTAAATGGTATGACTCCTTATTTGTGAAAAGACTAGCTATCCATCAATTCCAAAAAAGAACCTTAGAGTTTTGTAAAATCAATCCTATTGAAGTGACCTATATTTCACCTATTAACGAGTTCAAATGTCTGTTATAAAAAGAATTGGTTAGAGGAAATAGCAGCCTTAGGTGATACATTAAAGTAACTACTGCAAACACAACATTAAATCATTTGCTTTCAAACCAACATCTATAATTAGTACCTCAAAACTTTCTATCTGGTTATTTAGGAATTACAAAGCGCCATTTACATCGTACAAAAAAGTCGATATCGAATGAGACAAATGTCCTTTCTAAGGAATTTCACTCTACCGTTCTTTGTGAAAAAATAAAAACATACTAAAAGTAAAAATAGTACTGTTATAATAAAAATTGGCTCTAGTTTAGGTCTGCGTTGATATTAAGTTTTCATATCTAGATTCGATTTGATTATACCGTTTCAATGTACCTAGAGCAATTGTTTCTTCCACAAAGGCGTTGGCTCTATCGCTTCTAGACTTTATATTTTCCTTTATTCGATACCAATTCATATATTGTTGTAGATATTTTGTTGATACTCCCCAAAAGGTATTTTCAATCCATTTTTTAACTCTATTGTGAGTAGAATTAACGTGTTGTATGTGATACTTTCCTTTTACTCTTTCTCCTTTTGATGCATTTACGATGTGGAACTCTGTTTCGCTATCTTTGGCAAACCCTTTATAACTGTGATGGGCATCGCTACACAATATGGTTATATCCTTTATAACACGTTTACCGATAGCATTTTCTATATCTACTTTTCCTATTCGACCGAGTTTAGCCACGCTAAGGTCTAATGTTGATTTTCTATCCTGTGTTACAATTACCGCAACTTGATCTTTACTTATACCTCTCTTTTTAGACTTACCGCCTCTTTTTCTTGATTCCCTATCTTTTACCTCCATACCTTTTTCTGATCTTAGGAAAAAGGTTTCGTCACTCTCTGTAATACCTGTAAAGTTGTCTTGGTCATCGTCATTTTTAGTATCGAATGAAGCTAATATCTTATGACGCCAATCAAAGGCTGTCTTTTTATTGATGCCTAATTCTGAACTTATTTTATCTAAACTTTTTTCTTGAACCATAAGACTTAAATAAGATGAAATCATATCCTTTCTTTGAAGTCCCGCCATCCAAGTGCCAGTATATTCAGTAAAGCTTCTATTGCAAGACTTGCACTTATAGCGCTGCGAGCCTTTGTCAACTCCAAAACGAACATATTTTTCATGTAAACAATGTGGGCATCCGCCCATTTTATTATCTAAAATATGGCGACGGGAAGCCCGCTCAACCAATTGATTATGCTCAAGTGAATCTGTAATATCCTTTAACAGATTATCACGATCTAGAGTGGATAGTGATAGTATTTCCTCTTTTAGATTATCTATGTTCATAATCTAAATATACATATAATAGCTGTATTAAACTAGAGCCTAAAAATTTAAATAACTAATTTTAAGGAGTATTAAAAACAGGCAGCGATGAAATTAAAAATTAGTGTGTCACTTCTTATTTTAGGTACCCAAACTATTTTTTGGGGTCAGAACCTTGAGATTAAACCCTACGAATTTATTTCAAAAGCTCAGGATACCGTACAAGCAGAATTAGGGACTTTTAAAGTTATAGAAGACCGAGCAAATGGGGGTGAAGATTCTATCCAACTTTCTTTCGTCCGATTTAAAAGCACCAATCCGAATCCGAAAAGTCCCATTATATATCTGTCGGGTGGGCCTGGCGGTTCCGGAACTGGAACTGCTAAAAGGGGAAGGTTTAAACTTTTTATGAAACTTCGCGAAGTAGCAGATGTGATTGCTTTTGACCAACGTGGCACTGGAAAGTCTGTAAGACTTCCCAATTGTCCTTACTCCGCAGAATTTGAACTCTCTAAACCAACTTACAAAAAAGAATACATCGACAAAACAACAGCTAACATTTCGAAATGCTTAGACTATTGGAATACTAAAAATATAAACCTAAAGGCATACAATACAAGCGAAAGTGCAAAAGACTTGGATGATTTGCGAAAAGCTTTAGATACTGATAAAATTTCACTTTGGGGAATTAGCTATGGTTCACATCTCGCATTTGAATATATCAGGTTGTTCGAGAAAAACATAGACAAAATGGTTCTTGCAAGTTTGGAAGGCCCAAATGAAACGATAAAATTACCAAAGAACACCGAACATTTCGTTTTCCAAATTGCAGAAAATGCAGAAGATAATTATGGTCCTGAACTTAACTATAAAGACTTAAAATCAAAAATTATAGCTGTTCACAATAGACTTAAAGAAAGTCCTGTTACAAGTCCATATAAAAACAGGAGTGGCGGAATCGACACCATTGGTATTTCAAACTTCGAATTACAATTGGCAATCGCAACTTTCTATCTTAAAAATCCAGCCGATAGTAAAAAACTGCCGAAAATATATACCCAAATGTATCAGGGTAACTTTTCAGAAATAGCATCGGATGTTATGGTAATAAAAAAATATGTTCTCAACCGGATCCGCCCAATGGCTTTTGCTATGGATATGCAAAGTGGTATTTCAGATGACCGTCGTAGAAAAGTCAGCGAACAAATAGATGAATCCATTTTAGGTAGTTCGATAAACTTTTTACTCTTCGAATGGATGACGCATAGTAATTTTCCACAACTGCCCAATGAATTTAGAGAAATGGCAGACAACCAAGTTGATGCCTTGCTTTTGAGTGGAACATTAGACGGTCGAACATATGTAAATGCGGGAATTGACATAGCCAAAAAATTTAAGAACGGGCAACACGTGACTATTGTAAATGCTGGACACGATTTGTATATGCAATCACCCCTGATAGGTGATTTAGTCGTAGACTTTTTAAAAGGTGAGGATTTAAATTTCAAAAAAATAGAGTTAGCACCAACAGTATCAGAATAAAACTATGCCTAAAAACTAAGCATATAAGGTGTGGATAAACTAGTGCACGCAACAATTTACTTGCAAGCTAAAAAAAATACAAATGAATTACGATTACATTATTACGGGTTCAGGCTTTGCAGGATTGAGCCTACTTTATAGAATTTTAAAAGACCCCGTTTTACAAACTAAAAAAGTCCTGGTCCTAGATAAAACCGAAAAAAAGACAAATGATAGGACTTGGTGTTATTGGGAAAAAGGCAAAGGACTGTTTGAACCCATAGTGACTCACGAATGGAAAGAGCTTGAGTTTTTAACTTCAAATCTAACGAGGAGGTTCAAATTGGACCAGTACAGTTACAAAATGATTAAAGGTATTGATTTTTATAATCATGTTTTAAACTTTAGCCAAGCCTTTGAAAACGTGACTTTTAAATATGAAACTGTGAAGCAAATTCAAATCGAAAATGATATTGCTTTTGTAGAAACTGAAAATGCTACATACGCTGCCGAATATATTTTTAATTCTACGACCCTTTTTAATCCTAAAATAAATACACAGAATTCTCTCTTACAACATTTTGAAGGCTGGATAATTAAAACAAAAAAACCATCCTTTAATAGTAAGATTGGCACGCTGATGGACTTTAGACTAAACCAAGAGCATGGTACAACTTTTATGTATGTTCTGCCAACCTCAGCGAAAGAGGCTTTGGTAGAGTATACCTTATTTAGCGAAAAAGTACTAGACAAGGAACGCTATAAAGTAGCATTAGAAAATTATATAAAAGACGATCTGAAAATTGAAGACTATGAAATTACGCACAAAGAGTTTGGAATTATACCCATGTCTTTAGCTGATTTTTCAAGAAGTCCAAATTCTGAAAAAAGAATTATCAATATAGGAACCGCTGGCGGATATACAAAAGCAAGCAGCGGTTATACGTTTCAGTTTATTCAAAAAAACACAAAGGAAATCCTAAACAATCTACGAAAGGGTAAGCCTCCAAATCCAAAGATTACTTTTCGAGACCACAGGTTTCATTGGTACGACCGAACCTTGTTAGAAGTAATTATCTCTGGAAAGATGACGGGAAAAGAAATATTCTCAATACTATTCAAAAAAATACAACCAGAGAAAATTTTGGGTTTTTTGGCCAATGAAAGTACTCTTAAAGACGACATTAAACTAATGAATTGCTTACCGAAAACACCCTTTCTGATAGCTGGATTCAAACAATTAATATAGCAGATACAAAAAAACTAATGCCAAATTATATTTATAATGCCGTATTAATAAATTGAATTATACTACTATTTTAGGCTCGTCAATTCAAAAATTAGAGTCTATGAGCTTTTTTATCAATGATTTTTAATTACTTCACTCGCCATATAAAAACACGGGCATTCTCATAGGGTCTGCCAGATTTGGCTATAACAAAACGTTGATTGAGTAACTTTTTCGAGATTGATATCAAGACCAATTTCTTAGGCTTATTACTATTTATGATTCGATCACATACACTTATACAAGCCTCATTATGTTTAGAGGAATTAAATGAGCATAAGAGATCCCTCAGCTTGCTGTAACCAACTTTACTTAAGCGACTAATACCAATTTAATTTTTAAACATAATATTAAAAATTTGAATTATACTATGACGTAGCTCAACGCAGATTTATAATTAGTTGATGAAAAATAGATAAGCATAGCACTAGTTACGCTTCTATTTTATAACGATTAATAAGTGAAGAAGAAGCTGATTTTATCCGACATTTGAATGCTAAATTGGTATTAAAAGTAAAGTTCAATTCTGGATAGGCAGCATTAAAAAAATCGTCTGATTTTAGGCTAGCATCTCTATCACTGTTTTTTGTGTTGATAGAATTTGTTTGTGTTGTAAAACTGATGTCTGAATCATTAAAGTTTTCTGTTTCAGTTTCAACGGTAGACTTAAAATGTTCAAAGTGACCTGTAACCGTTGAAATCATCATATGCTTTACTCTAAAACCGATTTCAGAATACGTTGGGTCAATGTTCCATTTTATTTATCAAAGTCAAACAAAAGAAATAAAAAGACTAGACCCCGACTCCCTCCAACACTACCAAACCCCTTTAAAAACAAAGATTATCACCTATTATATCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGATTGAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGACGAAAAAGAAACGATTTATTGCGTCATTATAGGTCTAATTTGGTATTATATCGGTAAAAAGATCTCAGTTTTCGTACACATCATCAAATTATTCGCTCATCAGCTTTATAAGCGCCACGTCGGTGTAATATCCACTGTGCTTCATCTAACGGATTTACCCCTTTATATTCTCGAATAGCCCCTTCGCCTTTAGGACAGGTATCATATCCATAAAACTGTAATTTAAGACGTAGCTTACCACTTGTAATGGCATTTAATTTGATACTAAAATCTAATGATGTTGCCACAGGGATGGTTCCTCTTAAGCGAAATGTGTCATCAACAAATTGCGGAGTCTCAAAATTCGCTCTTCGTGTACTTAGCTCAGATACTATTTTTCCTAATAAGGCTTCGTTTGCTTTTATTTCAAAGCTCAATATAGGTTCTAATAAATGTGTTCCACCAATTTTTAATCCCTGCATAATTCCCATTGGAGTTGCTAAATTAAAATCACCCGGTCTAGAATGCACATTATGGTCTTCTCCTTTTATTAAAGTGATTTTCACATCGGTAACTTCCCATCCTAAAATTCCCTGTACCAAAGCTTTTGGAATGCTGCGTTCAATTTCATTCTGATATTTAATGTGCACGTCGTTTTGTGAAACGATAGAACGATATCTAACTCCAGAATTTAATGGCGCAGGCTCTATTAAAAAAGTCATGATAGCCCAACAAGGTTTAGGCATCCAATACCTGATGTATCCTTCTGCTTTTGAACTGATGGTTTCTTTGTATACGACTTCAGGATCTGTAAAACTTGCTTTTATTGAAAACCGTGTATTTAAAACGTACTCTAATATTTCAATTTGCATTTGCCCCATGAGCAATAATTGCAACTCTTTTTCAGCCTTAAACCATTTGAAACTTAAAGAAGGATCTTCTCTATCTAATTGCTGAAGCGCTTCTGCTAAGGCATTATAATCGGTATTATTATCTGGAATTACCTGAACTGTAAGAACGGGAATATGGAGCTGAGGTAATTTAGGAATTCCCTCAGGATTTCCTATAACATCACCAGATTTTGTTCCTAAAACACCTGTTATTACTCCTATATTACCAGCGGTTAAAATAACATTGTCAGTGTATTTTGTGTGATGTAATTGTTTGGTTTGATTTATTTTCGATTCTAACTGCTGTGTATGATTGTAAATAGTAGATTTAGAAGATAGTTCTCCAGAAAAAACTTTTACATGAGCCATAGTGCCATAAATTTTATGGTGTTCTAACTTAAAAACAAATGCAGAAAGTTCTTTTGTAGTCGTTGTTTTAGAAGTTGGACAGTAGTCAATTATTCCATCCATCAATTCGGTTACTCCAATATTTTTTTTTGCGATTCCTGTATAAACAGGAGTAATCATATTGTCAATGGTTAATCTGCGAATACGCTGTAAATAGTCGTCATCAGTAATAGATTCAGAGTTCAAAAAACGCTCCAACAAATGCTCTTCACACTCTAAAAGATGCTCAATTGTTTTCTCTTTAATTTCAGTATGAGTCGAAGTATTAAAAACAGAAGTGATTGCTGCATTTGTTAATCCCTCATTTTCAGATGAAAATAGCACTACAGGCTTTGCTTTTAAATCGTGTTCTAATTGTGCAATTGTGGTTTCTGCATCCGCCCCTTGGCGATCAATCTTATTGATAAAAATGAGTGTTGGAATTTGCAATTCTTTTAAAGAATCCCAAATATTCAACGTGTGTGCTTGCACGCCTTCAACTGCTGAAACTACTAATACAGCAGTATCAACTATACATAAGACACGTTCTACTTCACTTGAAAAATCAACGTGACCAGGCGTATCTATTAGATTGATTTTGACTCCCTTCCATTCAAACGAAGTAGTTGCAGCTTTTATAGAAATGCCACGTTCTTTTTCTATATCCAAACTGTCTGTACGTGTTGAACCTTTATCTACACTACCCAGTATTTTAATGGCGCCAGAGTTGTATAAAAATTGCTCTGTAAGTGTTGTTTTACCAGCATCTACGTGAGCTAAAATTCCGATGTTAATCGTTGGTTTTTTCATTCTTTGGGCTGATCTTATAAAACGTTCTTAATAAAAGTATCACGTAGCGTTACAAAATTAATGTATTAAAAAGCGTGATGTCATAGTGCTCGTTTTTCTTTTTAATAGTCATTATAAAAAAACACAATTGATATTTCTCATCATCTTGCCTGAGCAAGATGATGAGAATAAAGCTGATTATATCTATTCAACTTTTAAAAAAACAATCAAAAAATAACTGGCTAATCTTTATATTTTTTCCATTTTTAAAAAGAAAAAGAATGACTCCTTTATAAATCCCAATTTAGTGAATACAAAATCAACTAGAAAATCTGCAAGGATTTCCGAAAGTGGAATAGGTCTAGCAATTAATCTATACGGTGTTGACAACCGCTTATATTTCTTTGGAATTCGTAAACCTCCTAAAGTCGATTTCATAAATTTTTTACTCCTAGGGGAAAGTTGACGAAAATGTTATTAAAAAAATGCAACGAGAACTTATACCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATACTACGACGTAGCTCAGCACAGGTTTTTTGATTGATTGATTGATTGAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAAGCCTGTGCCGAATTCGTATCGGTAAAACAATTTATTGCGTCATTATAGGTTTAATTTGGTATTATTTAGACATACGCGTTTTGAAGAGTTCTAAAAGTGAGTTTTAGGGTCTTTCTTTTAATCATTTTTAAAGGTTCTTTTACTAATAGAATTTCAGTTTCAAATAGTGCCGTGTAGAACTTTTCTCATATCAGATAAGGTAGATGCCATACTCCCTTCAGCATTAACAACCTTTGTGAAAAATTGATAATCTAAATAGGTGGTCACATCTCTATCTTTATGGTAAGGTGGTGCTGAATTTGGAATGCTTTGCGAAATAGGTTTTATCATAAGAAAATTAGTTTTTGGGTTGACCACCATCCATCATTCCAACAAGGTCCCTATCAAAAAAGTAATGTTCAGTTTTGTCATTACCTATTATGGTTAGTTTATCGAGATGTTTGCGTGTAGTGGTCTTTTCTTCGAGCTTTTTAGTGACATACCTCTGCATAAATTAGTCACATCATAATCCTTATTTTCAAGACATTCAAAGATAATTTTTATTGTTTTGTTCCGAAAAAATATTTCACTTTTTAAGAATTTTTCGATAAGCGAGTATACTGACTCAAATACTGATAAAGGCACTTCCAAAGCGGGTACTATCATCTTACCGCTGCGCTCGTTAATGAACTTTACAAGTTTAGTCATGTGTAAACGTTCCTCCTCCGATTGAGCATAAAAAAATCTGCTATTTCTCCATAATCTTTTGTATCCGCCCAAGAAGCCATAGCCAGATAATGCATGGAGGCTTGTACGTCGTATTTAATCTGGTCGTTAAGTACATTTTCTATTGATGTTGTTATAGTTGTAAGATTCAGTTAACAATGATATAATGATGTGGTTAAACGAATTAATCACAAATATTTATTTAGAATCATTATAAATTATTATTTAGAATCATTATTAATAACTATTTTTGTGGAAAAAAACGAAATGATTATATACGAAACTACTGCAAAAGAAGCTGTTAATATCATAAAATCAGGCGATCGTGTTTTTATTCATACTGCTGCAGCGGCTCCCGCACAACTCATTCAAGCGATGACGGATAGGCATGATGAGCTGGAAAATGTAGAAATTATCTCTGCACATACTGAGGGTGAAGTACCCTATGCAGATGATGCTTATGCCAGAAGTTTTAGTATCAATTGTTTCTTCGTAGGACATAATATGAGGGCGCATGTGCAGAGAGGACGTGCTCACTATATACCTATTTTCCTGAGTGAAATTCCTGAACTTTTTAGGAGTAGAAAAATGCCCATTGATGTAGCTTTAGTTACAGTATCTGTTCCCAATGATAAGGGCTTTTGCTCTTTAGGCTGCTCGGTAGATATTTCTGATGCAGCTATTGATACGGCTCGTTATGTCATCGCTCAGATTAATCCAAATATGCCTTTTGTACATGGTAATGGTATTATTCATTTAAGTCGCATACACGCTTGTGTACATGTAGATGAACCCCTATTTGAAATGAAAATTAATACTATAACGGATACAGAAAAAAGTATAGGTAAACATATTGCAGGTTTAGTTGAAGACGGTGCTACGTTACAAATGGGTATCGGAGGAATCCCAAACGCTGCACTGTCTTATCTAACTAATCATAAAAACTTAGGCGTTCATACAGAAATGTGTTCTGACGGTATTATCGATCTTGTAGAAACAGGTATTATTAATGGTAGTAAGAAAGTGACAGAACCTGGTAAAGTAGTTTCTGGTTTTGCTTTTGGAACAAAACGTATTTATAATTTTATTGATAAAAACCCAATAGTAAACCTGAAGGATGTTGGTTATGTAAATGATACGCGTACCATACGCCAAAATCCGAAAGTCACCTCCATAAATAGTGCCATAGAAATCGATTTATATGGCCAGGTATGTGCCGATTCCATAGGGACAAAGCATTACTCCGGAGTAGGAGGTCAAATGGATTTCATCCGTGGTGCGACACTTTCAAAAGGTGGAAAAGCAATTCTTGCCTTACCCTCACGTACCTCTAAGGATATTCCACGTATAGTCCCAACGTTGAAAATGGGTGCTTCTGTAGTGACTACGAGAGCACACGTGCAGTATATAGTGACAGAATTTGGTATAGCCTCCTTATACGCAAAAAACTTAAAAGAACGAGCTAGAGCTATGATCAGCATTGCACATCCTAATGATCGTGAATTTCTATGCAGAGAAGTATATAAAAATTCAAAAATTATGGTGTAATGCTTCTATTATTCACAATAATGCACCATTTAGAACAGAATCATTAATCTTAATTGTTCTGTTACAACACTAATGAATAGTTCGCTTTCGCTAAAGAATATCAAGAAGAATAAAAATTTTAAAAATTGACCACTAAAAAAATACGTATATCTATGAAAATAAATAGCAAAGATTTAAATAAGCTCTACAGCAACGATATAGGAATTATATTTAAATGGAAAGGTGCCTCTGAAGGACACCCCTATCACGATAAAATTAATTTTGTATTCAATGAGACTGGATTACATTTTGATCTCGCAGAACTATACATTTTCCAGCAAGATGTTGAAAATGCACTGAGGAGGCCTCTACAATGTGGGTGTGAATATCCGAAAGAATGCAGATCAATACTTCTAGAAACACCCTTTTCTCAGCTTAGCTTCGCTATGAGTTATAATGAATTGATATTGATGAAAGAACTCATTGAAGGGAGTTTGTTTCAAATAGAATTATCAGATATACTTCTGAATATTCTAGAATAAACCATCACTATATTTGGAACAACGTATCCTCATTTTCATCGGTGTGCTATCTCTTATTTCAAACACCATCACCGTCTTAATGGCCTACAATTTTCCAGGAAACATTAAAGAATTAGAAAATCTAATTGAGCGGGCTGTTATTGTGGAAAGTGGCACAACATTGAGCCCAGGACGTTGGATGCCAAAAACTGATGTTTTAACTCATACGGATGATTTTAAATCATTTGAAGCGTTGCAACGCGATTATATTATTGACGTTTTAAACTATACTAATTGGCGTGTTAGCGGACATAAAGGAGCCGCTACTATTCTTAATATAAAAGATAAAACGCTTTTTGCCAAAATGAAACGTTTAGGTATTAAGAAACAAATTTCACTGAAAAGTAGTCGATGGGCAACTAAATAATTTGGCTTAAAAGTTCAAATAAAGTGAAGAGAGTAAAACTTAAAATTTCTAGAGTTTAAGTTTTGAGAGATAGCCGATTGCATTAATAAGAGATGTTTAAAGTTATTCTTATTAAAACAATAAAAAAATTACTAGATTTATACTTAAAATAAGATGGAAATAACACAACTTGATTTGTTATCAATATGTTGGCAACAAGCTAAAAAAATAATCTAACTGAATGGAATTTGACCGAACGGGAATAATATTATACACGCTTAAATACAAAAAGTGCGTCGAATTTTATGAAAATATACTTGGACTAAAAACAATGTTCGAAAGCGAAAATTTAACATGTTTTGAGTTTGGACAAGCATATTTAATGGTAGAATTGGATGATATATCTGATGGACAAAAAACTGGACTAGAGCGGACAAAAACATGTTTACGTATGAATGTGTCAAGCGTGAAAATAATTGCGGAAAAATTGATTTCGAAAAATATAGAAGTTGATTATCAAGAGCATTCATGGGGAACAATTGCTAAAATTTTAGACCCTGACGGTAATTTATGCGCTTTTAAGGACAGCAAAATGTTCGAACAACAAATTTCGTCTCATAAGCAAATGGACTAATCAGAGCGTAAAAAAAGCCTACTTACAACAAAACCTATAAGTAATGCGGGCTAAGGTGCTAAATCGATAGGTTTGCGTATTTTTATGAGGTCGCAAAATCTTTAGAATTTTACTTTAGACATAAAATATAAATTAAACAAAAAGCTTTTGCTACTGGCTGTGGGGGAATGGGAATTGCTTCTCTGCTCCCGCACTAATTATAGCTTAGGCGATGGCAATAGTTAGATTACAACTGTGAATGTAGAAAATCAGCAGTTTCTTTCAATCCTCTATTTCTTAGTATATCCAAGACTTGGAACTCATCTAAATCTGGGTTTCTTCTGTTTAATACCAATTCCCTAAAAGCTTTGACTGCCTGTTCTGGATTTAAATCTATAATATCAGTTAAAAAATCATCAGCTGTTTTTGCTGTTAATCCGAAAGAAGCTAAATAATCTTTTGGAAAGTGCTTTATGTTGTTTGTGACAATAACATTTGCGTTTGTCTTAATTGCAGCTGCAAGAACGTGCCTATCTTTTGGGTCTGGTAATTTCAAACTACTAATTAAACCTGAATAATTATTAACTAAAGCATCTGGAAAAGCGTCATTTGCTCTTTTTGCTCTTTTATTGGCTTCCTCTTCACTTACATCTTTTCTTGCCATTACATCTTTCCATTCATCAAAAATATGTTCGCTCCATTTTGGAGTAAACATATCATAATATGCAAACCAAAATAGTAAATCCCTAATCTCAATCGGATAAATTACATTGGTATCTAAAACGCATTTAAATCTTACACTATGAATCATAAATTCCTAATTCTTCGTCCGACTTCATTATATCAATAATATTTTGTTTCTGAATTTTCTTCATTCTATTTTTATATCTCATAACATCTTCTAACTTAACCCTTCTATGCTTACCAACTTTAGTATATTCTATTTGACCATCTTCAAGTAGCTTAACTAAATGAGGTCTTGAGCAACCAATGATTTCGGCAGCTTTTTGGGTTGTAACTTCGGTTGCAACAGGAACTAATGAAAATGGTTTTCCTTGACTCATTGCTTTTAATATTTCACCCAAGAATTTTAAAGCGCTTAAAGGAATTTTAATTCTCTCATGAGTTTCCTCAATCTCAATCTCTGGATTTTCTGACTTCAATTGTTCAATTACAGAAGCCAAAGCATCATAGGATTCTATTGCTACCTTTTGCTCATCTTTCGAAGGCTTATTGAATTTTCTATAAGTTTCCATTGTCCCTGTTTTAGTTTATTCTGCACAATATTAAACGAAATAAACGAAATAACCTTACAGTCTGGTGATAAATTTTTTAAATAAGTATTGCCAATAACTAAGCATATGGCTTGCCGATAGGCGAACACTTCGACAGGCAGGCTCAGTGGAGTACGCTATATGATTTGTTGACTGATCCGGGATTGCTGGTAAGGGGGAATTCGATGAGTTGGCAGGAACCTTACAAGAGGAGAAGGTTGTTTTTAGAGTGCTTTGCATCCCTTTTTATTCAGTTGCTTATCTAAATAAGGCACTTTTTAGAGAAATCATGCTTTTTTTGTGTGAGAATCTGCTGTTTTTTATCATTTTCCTTCAGTTTAGGCACTAGTAAGTCAAGGCTCTTTTTAGAACCGTTTTTAATGTTTGTATTCCAGTTTATCCTTTATAATTTTTTTGTAATCCCTGGGCGGTCCACGACTGTCAAAAGTGAAAAGTGTGATTAAGGTCTTCTTTTTACAACTCGGATAACAGCGATGTAAGGACTTCTCTTGAGTGGCAAAGGTTATTATGTGTACCAAGTTTTTATCTCTTAATTGCAATTGTAATAGCGAATTTCTCTTTTTTCCAACTGCTGCTCAAAAACTCATAATGCCTTATTCGAGTAAAGCCTTTGGAAAGAATATGGAGTTGAAAACGCCGTATAAATTCTTTAGTGGAGAGTTATAGTGTGGTTTTTTTAATAATCTTACAGCAATCATTACTCGGCGGACTACTAAGCAAATTTTGCATTTATTTTTACAACATCTCAACGAGGACATAACTTTAGGCTATCCGTTCTTAACGGTTAAATACCTTTAAATGATTAAAAAAGTAGTTTTTTAAAGTCTATTTTAACTAATTTAGTTGATTAAGGCATGATTAATTTATGACTAAAAATAACGAAAGCAGCTAAAGTTCAGACTATGTATCGCAAAGCTTTAAAAACACTAACGGTAAGCCTTGGAGCACCCCACACACTTTACGTCATAGTTTTTCAACACCCTTATGGAACGAGGAACAAGCTTAAGACATATTCTGGCTGCTTTAAGTCATAATAGCTTCAAAGCGACAGAAATTTATACTCGAGTTTTAGTGATGAATACAAAGCCCATTGGATATTATGTGTGAAAGTGTTAGATTAGATGAAAATAAAACAACGTCCTAAATAGATATATACCCTATAATGAAGATTTGAATGGGGTTTATACGGATGTTACCACACATTTGAGAAAAATCGTAATCATATTGATATTAGTGAGTTTGTTTTATAATTGTAAAACTGACAATACTAAAGTGGAACAGAAAAATGCGGAATTTTATTATCCACGAATTACGAATTTTGAGAAAGACTCGACTCTGACAAAAATTTATTTGGATTCTATCAAAGATTATGGCGAACTGATTAAAATAGCGGATAGAATTGCTTGCAATGGAAAACTACCTGTTCTGAAATTTAGTTCTGACAAAAACGACTTCAATCTTTTAGTTTTTAAAATGTGTTCAGAATCGAATATTATAGCAGATTATTCAGGGAAAAATGTAATCTCAATCGAAAATAATACAGTAATCATAAATGACCAAATTGAAAAGCCTTTCGATAGTTTAAAAACTGTTTTACGAAATCATATCCTAAATCCCCAAAAGCAATCTGACTATTCTCAAAATATAAACAAAGCTTTAATTTTCTATTATCAAGATAGTCTATTTGGAAAAGAAGAAATCAAAAAACAACTTATAAAAATAACAACTGAATTTAACGAGCTGAATCGGAAAAACGGCAATAGCCTTCCATTGAAAATTAAGTTAAGTGATTATCCATACATCCGAATTGAAATGCCGATACCACCACCACCGAATGAAAAATAAAAAACGTGTGGTAATAACTAAGCATATGGCTTGCCGATAGGCCAAAGCTATATGATTTGTTGACTGATCCGGGATTGCTGGTAAGGGGGAATTCGATGAGTTGGCAGGAACCTTACAAGAGGAGAAGGTTGTTTTTAGAGTGCTTTGCATCCCTTTTTATTCAGTTGCTTATCTAAATAAGGTACTTTTTAGTGAGATCATGCTTTTTTTGTGTTAGAATCTGCTGTTTTTTATCATTTTCCTTCAGTTTAGGCACTAGTAAGTCAAGGCTCTTTTTAGAACTGTTTTTTAATTTTTGTATTATAGTTTATCCTTTATAATTTTTTTGTGATCCTTTGGCGGCCCGCGACTGTCAAAAGTAAAAAGTGTGATCAAGGTTTGCTTTTTACAACTTGGACAACAGCGATGTAAGGACTTCTCTTGAGTGGCAAAGGTTAATATGTGTGCCAAGTTTTTATCTCTTAATTGCAATTGTAGTAGCGGCAACTTCTCTTTTTTCCAACTGCTGCTCAAAAACCCATAATGCCTTATTCGAGTAAAGCCTTTGGAAAGAATATGGAGTTGAAAACGCCTTATAAACTCTTTAGTGGAGAGTGTTAGTGTGGTTTTTTGCCCACCTTTTCTATAGTCTTTTAAACTAAATGTAATCCTCCTTTTTTCTTTATCAATCGACAAGATACGGTGATTACTTATCGCTATTTTATGGGTGTACCTACCTAAATATTCAATCACATGTTCTGGTTTTCCAAAAGGAGATTTGGCATACACCACCCACTCTTTTTTGAACAACTTATCATATAAAGATTGGGGTAATTGGGGAAGTGCTTTTCGTAATTTGGACACAAAACGACCTCTAAATTTATCACTCATCGCCTCTACTGAAAATAGAAAATCATCTTTTGCTGTTCCTTTTTCCAGAATCCTGCCTCACAAACACCTCCCCCTGGAACAATACAGTGCAAATGCGGGTGCAATTGCAAATTCTGACCCCAAGTATGTAGCACGGCAATCATCCCTAGTTTTGCACCTAGATGTTTGGGGTTGTGTCCAAAGGCAGATAGGGTTTCCCAAGCGCTATCAAATAAGATCTTATAAAGCACTTTGGGATAAGGTATTGCCACAGAATTGAGATGGTCTGGGAGTGTAAAAACAACATGAAAATAAGGCACAGGAAGGAGTTCTTGCGTTCTTGCAGCAACCCACTCATGCTGCTTATGCCCTTGGCAAGTAGGACAATGCCTATTGCGACAGGAATTGAATTGCAAATGGAGCTTCTTGCAATTCATACACCAATCTAAATGTCCACCAAGAGCTTTAGTGCGGCATTTTCTTATCGCATGCAAAGCTCTTTCATTCCAACTGGTATGGGCTATTTCTTGTAGATGATCTACCTCTAGATTCAATACATCTGCTACTCTATGTTTGGGTTGCATTAGTTTGTAAACAAGGTATCCAGGGGACTGAATTTAACTGAACTTCCAGAATTGGACACTTGCAAATACACAATGGTAGTTTCTATATGAGCGTGCCCCAAAAGCTCTTTTAAACACATAATATTGAGCCCATCTTCAAGCAAATGGGTGGCGTAGGAATGTCTAAGAGTGTGGGCTGTGAACTTCTTTTGTGTGTTTACCTTAGGACGACATTCTTTAATAACCCATTGGAGAGCTCTTGTAGTGATCGGTCCTGGCAGACAATCTGTGGTTTTCTGACTGTTGAAAACATGTTTTACAGGATTTTCTGTTTTAAAATATTTTTGTAAGCCTCTAATTAAATGAGCACTCAAAGGAACGTAGCGGTCTATTTTTCCTTTCTGTTTTTTTACAAATACCGTTTTACGCTCAAAGTCAATATCAGCCTGCAACAAATTACAAAGCTCGTAGCTACGCAATCCGCAGCCGTAAAGCATAGCTAACATCAATTGATGTTTTAGGTATTTAGGAGCCTTTAATAACTCGCGAACTTCCTTTTTGTTGAGCACAATGGGAAGATCATTCTGCCTTTTTATTTGCGGAAGCTGGATGCGCTTTTTATCCATTCCCATCACCTTGTAAGCAGATCGAAGACCATAGATGGTGTGTTTAAAAAAGCTTTCGGAAGGCGTGTTGTGTAGGTTCTGGCAGTGGAATAAGTAGTCGTTGATCTCTTCTTCACTAAGGTGGACAGGACTGCATTTATAGTAAATAGCCAAGTGAGCAAGGCAGCGCAAGTAATTGTTTAAGGTGCTTTTTGCTTTACCATTGATGGCAAAGCTTTTTTCTAAAGTAAGGGCAAGTTCTTTAAAGTCGGGAACTTGGTCTAAGGCCGTTTCTAAAATCGTTTTGACTTTTTTTTAAATACATCATTATAGGTTTTTTGTGAATCCATCAAGATAATGTATTTTTAGCTTGACTCTAGAAGCTTCCGAGGTACGAGGATTAGTTCAACACGGTGTATAATTAATTGCTTTGACCAGTGCTTATTTGGAAAATTCCTTCGGAATTTTCTCTAGTCCGTATTTGTTTATTAATTTAGTTGCTTAACCACGCAACTAACCATACACATCACGTTGTAAGTAATTGGGGAAAATCCTCAAACTGAATAAATTTATAGTGGAATAATCTTAAATTTCTCTATTTTTAATTTCGAAAAAAATGAAAACTATGGAACACTCTTTCGCTAATTGGAATTTTATCAAAACGCAAAATTTACAAAGTTTGCGGAATTGAGCAACTTTCGGAATTAAGCAAGTTTGAGGAATTAAGCAAATTTTCAGGATTGAGCTACGTCCGAAATTGAGCAAGTTTGCGGAATTTTTACTTATTTAAAAAATATCTAAATTTCGGGATTGAGCAAAAGAAGGAATTTAAAAGATTGCGGAATTTTCACTTTTTTGGAAAACAGAAACCAAACAAAAATTGCGGAATTAAACATAAGACGGAATTAAAAAAGTTAGAAAAATTAATGAAAATGTGATAATAAATAAACAACTACTTACAACACCGTGCATAATTTATTGCTGTATTGTTTTTCTTGCGAAAATCCTCGGAATCGTCAAAGTCTGTGTATTTTAATTAATTTTTTGCTAAATTTACGCAACAAATCATGCACAAACCCGTTGGCGTTAATTAAAAAAAAGCGAACCATTTAATACAATGATTTCAAAACTGAAAATTTCAGAAATTAGAGACAGATTGGAAACCATTACAGAGTATGGCAATCAAAGATTAAAGGAATCCTATTTCTAAATTGACTTTTTTCAGAAAGAACAGAATTGAAGTTTTGTAAACTTTTAGAAAAACCCGAATAAAATGAAAAGACACATAGTGACTTTCTTAATTATAGCCCTGATAAAAAGTGGACTGCTTTTTTTGATAATCCTTCTTGGCGAGTGGATTCCTTCGGCTTTTGGCATATTGAGATTTATTGTGTTTTTCATATTTATTTGGCTCATTGATTTAATAGTACTGAAAAAGAAACTAATAGAATTCATAAATCCCAATTGGATTAAATATACGTTGTATCTATTTGGAACCTATTCGATGGTTATTTTTATTACTGGGCCAATGTTTCTGTTATACAATTTGATTTTAAATATTCAACCTGATTCGGAAACCAAAACACCAACTGTTGCTATAATTGGTTTTCTTATTATTGGATTAATAATTTCTACAATTAACTCAGTATTGATTTTGAATAGGGAGAAGAATAACTAACGCCAACAAAAAATATAGTGCATTTGGCAGATAGTGCTAAAGATGAAGATGGTAGCAATAAATAAACATAATAGTAAATTGAAAAACTGGAGCATTGAAATGCCAAACGCACCATACACAATTCCGTTGTATGCAATGCAAAAAAATCAACGTTGTGAATTTGAACAGAGGTATTTTAATTAAAACGGAGTAAGCCGAAAACCGATTAAAGTAGGCATCAAAATAATATTATGATTAAAATATTTTCATTTAGACCAATCGTATTAATTGGATTATTATTAATTGTTGGCTGTTCAAATGTTGAAAAATCAAAATCTTCAATATCCGATAACAAAGATTCAGAATCCGTAAAGAACGAACTCGATACTGCATTTAAAAAAATGTGGAAGAATGTAACTCTAAAAAATGCAACTGAATATTTCAAAACTGATGTTTCCGACAATTTCTTTACTATAAATGCAGATGGAATTGTTCAAAATAAGTCGGAATTACTCGCTGATACAAAACGACTTGAAATGCTTGAAATTTTGAGTTTTGAATTTTTCGACCAACAAATTAAAGTTTATGACAATGTTGGAATTATCAATGGAAGAATAAAAGCCTTTTCAGAGGGAACATATGTTGGCGAGATTTTTTATACAGCAATATTTGTAAAACAAAAAGACATTTGGAAATATGAAAACTGGCAAGGAACTTGGACAAAAGACTCACCACCACCACCATCTTTTATTTCGGAAAATGAATTAGAATAAATTAACGGAATGAAAAGCACTGCATACAACAAAGTACTGTGGCTAAAAACAAGTAAAAACTCATTTATTTCTCACTAAAGTACTTTTATATTCTTTATCATATATCAACCCTGATTTAGCAATAGCAAAGGCCTGTTTTAACAGCTTATTGCACACCGCAATAAGTGCTAATTTCTTACTCTTTCCTTTGGCCACTATTCGCTCGTAAAGATCTCTGCAAGCCTTGTTATATTTACAAGCATTAAAACTGCACATAAATAATAAATTACGAAGTTTTTGATTGCCAATTTTACTTATTCGAGGGCGTCCTTTTACACTACTACCACTTTGCCTAATCACCGGTGTTAGACCAGCATAACTGCATAGTTCTGCTGCACTTGTAAACCGATCAAAACCACCTGTTAAAACCACTAACATAATTGATGTTTTAGGCCCAATGCCTGGAATAGTTTTTAAACGAGTTAATAGGTCTTGATGTGATTGTTTTACCAAAACCAACAACTTATCTTCTAAGGTTTTCATCTCTTTTGTAAGCTGTTTTAAACTCCGTTTTAAGGACCTTACAACTGCTTTACTTGGCTCTCCCAAAACAGCTTCTCCATGTAATTTGTTTTTTAACATGGTGCTCTGCTTTGTATATACAGAGAGAGCTCTGGTGATTTGAAGGCATTCCATCTCATCTTTAGTGTTACCCTTCCACAGTTTTAAATCTACCTTCTGAGCATACTCACAAATAAGTTTTGAATCACTCTTATCTGTCTTGATTTTTGACAACTTCATCTGGATAAAACGTTTTACAGCTAATGGGTTTTCTACAGATACTTTTATACCAGATTCAAGTAAAAAATAAGCCAGTTGGTAGTGGTAATAACCGGTGGCTTCCATCACACAGTGACTCTGTTGATTTAAGAGTTTTACAAACTTTTTAAAGCCAGAAGAATTGTTTTTAAACTGATGATAATTACCATTGGAATCCGTGATGTCGAAAACTAAATGGCTAATGTCAATTCCAAAATATTTAATATCTTTAATCATAACAAAATGTTTTTTTTGAAAGTACATACTACGCGAGTTTCAACGACTTAAAATCGAGGTCTAAAGCCTCATACAACTGTTCGAAATCTGTGTAGAAAAGAGAGGGGATTTTCAATGTTGACGAAATCATAGTCTCTGCGTATATAATAACCTTATTCCTCTCTTTGGTGCTTTCTGATTTATATCTAAATTTAATGAATTGTAAACTTAAGCCGTATATAATTTATTGCTTGCTTCTGGCTTACTTACGAAAGTCCTCGCGGACTTTCTTGGTCGGTAATTATTTACTAAATTAGTTCCTTAAAACACGCAACAAACCATAGTGTGCCAAGAATCAACCATGGCAATAAATAAAATGGTTGAATGCTGTGTATAGTGTCTGGTCGGAAATACAGCAAAATTAAAAATGTTTCTTTTTGCGATTTTCATCTTAAATTTTAATCGCCTGATGCTAATGCATCACCTCATAAAATAAAAAACAAATCTCATCAAAAATAATTCATTTTATAAAATCTGTCTATTTCCAACCAGTCACTAGTTAAGATGATGGTAAGTCCATCAGAGTCGTTGTATAGGCGATGGCTCTAAACCCCCTAAAGGTGTTGTTGTAAAGAGCTCCGAAGCCTCGGGGGTGCTGAGCGTTTAGGAGAATCCAATCCACGAGGTTGGCAAGGTGTGAGTAATGGAGTTGAACCCTTCGTCAAGCTCAGGATAAACTTCAGTAAACCACTGACGAGGTGTCCCCGAAAAAACGGGGCAGGCTGAGAAGTAGGAACCTCCAGTCAAAAGCTACAGGGCGGAGCGTTAAGAAAATGTCCTGAGGACATTTTTAGTGAACGAGCGATCAGGCGCGAGGGGCGATACGGAGTGAAAGGTAATGTTAGCAACAACATTAATTACAGAGATAACCTATTTATTTTCTGTAAGGCTGGCGTCATTCAGGTGGCAAGAACTTTACTTGGGCTTAATTATGGAACTTGGGAATCTGCTTATCGATGATATACTTGTGTAAGGCTACCGCATTAGGATTCGCTACAAGACAAAGGGAAATATTCAATCGAAACAATCGAGAGATAGTCCCGATAGCAATCGGAAGAAGTTATAAGCAGAGGCGGACTCATTCGTAGTAGTGTTGATCCCGAAACTTCGGGAGTGTAATGAAACTGGAGCAAAGGGATGGGCTAATTTTAATTTACAATTTGCCAACTTGAAAAAGGATGAGCTTATATTTGTATACTAAATTAGAAGAGCCCCCGACAAAAACGGGGTAGGCTGTGTGAGGGGAGACTTTCAAAGCCTGTCCCGTGTTTTCGGGACACGATTCTGTGAGAGGCTTGGGGTGAAATTCCCCTTGTCTACTCGACTACAACAACGTTGGTGGGCATATGAAACGACACGTATATGACAGGGAAAAAAATATGATAATATCACAAGAAGATAAAGATGAGAGTGTAAAAATTATTCAATTAATTAAGAAGGTTGATAATATTGACGAAGTTTATGTTAACTCAGAAAGTGAAATAATATCTCAAAAACAACCTTTTTTAATTTCATTACTGTTGGGTTATAGATTTGACTTAAAAGAAAATGAATTAGAAGAAATAATGAAAATTATTTTTATCATTTGGGAGTATTTTAAGAGCTTTGAACAAATTCTTAAAATTAAGGTCTCTGAAAAACAGTTTGAGAAAATTCAACAACGAAATATTAATATGCTTAAATATTTTGAGGGAGAAAATGGACAAAATTCACAATACAACCTTGTTGAATCTGATTTAAGACATTTACATTCAAAAGCACTTTTGACTGGAATATTTTTTCAATTCAATCACAAAAAATCACTTGTTGAGATGAATAATGAAGAGAAAGGGATTATACTAATTGGCATGAAAAGTTTAATAGAATGTTTTGATGAAATTAATGCAAAAAATTAGAATAATATTATGGATTGAGAAAAGTAAAATTAGAACTAAATAAGCTTGAAAAAGAGACTTTGATAAAGCATATTTTAGAACTCTATAAGAAATTTAAACCCGTTAAAGAATATTTTGACTTTTATATCAATCCAAATGAAAGTAAAATATTGGAAGAATATAGAGAAAAAGTTCGAGAAGGATTTTATCCAAAACGTGGAGATAGATTAAGGTTATCAATTTAAAGAAAAGCAATTAATGATTTTAAAAAACTGGGAACTTCAAAGGAAAGTATTGCTGATTTGTTATTGTATTATGTTGAGTGTGGTGTGGAATTAACCAATGAATTCGGAGATATTGATGAAAATTTCTATACAAGCATTGAAAATGCCTATGGAACATCACTCGAATTAATGAGCAATGAAGGGATTTTAAGTAAATATAAAGACAGAACACGTGAAATAGTAAATAAAACTGAGAATATAGGATGGGGATTTCACGACTATTTGTGGGATGTGTATTATGAATGAAATACGCCCTACAACACTATTTATGTTTAATGCCGATTTATTGTAAAATTCAATAGTATAACCATTAATAAATCATTGCTAAACGAAAAGTTAGGGCCTTCGAAATCTGCCACCAATCGATTACCAAACCTTAGCAGACATCTGGTCAAACCAACAATGATAATACAATGTTTATAGAATCAGATGATTCTTTTTTATTCGGACGAGTTTTGGAAACAACTCGAATACCATTATATAAGGTGTAAAAAAGAGTTGCAAGGGATTTTAAATCTTGTGTTGTACTTAATTGACCACTTTCTTGACCTTTTTTAAGATAATTATAAAATACGTTCTCAAAATCTCGTTTGTTCTTTTGTAAAATTAGTAAAAGACTTTTATCATTTGGAATAAGTTCTGTTGTCGTATTTACAGCAAAGCAACCCTTGTTATCTTTATCAAGTATGTCTTCTTGAATAGCAGTATGAAAAAGTTCTGAAAATCCAATCTTTACATTCGGTCGAGTTTCAAAAAAATGCATGACTCCTTCAAGATTTATCTTACGGTAAAGCTCAAACGATTTTTTAAAAAGTTGTTCTTTACCTCCAAAAGTATCATATAAACTTGCTCTATTAATACCCAAATGGCTCACCAAATCTTGGACAGAAGTAGCTGAATAGCCTTGTTTCCAAAACAAATTCATTGCTTTGGTCAAGACTTCATTTTCATCAAATAATTTTACTCTTGGCATACGAAAAAAAATGTGGAAGCATTAAATACTTCCACAAATGTAATTTATTGGAACATTCATTCCAAATATTGCTAAAAAAATTAACTCAAAAGTGGATTAATAATTATTCCACCATCTATATTGTACTCACTTCCAGTAATGAATGAAGCATCATCAGATGCTAAAAACGAAACAAGTTTAGCAATATCTTCAGGTTGACCAAAACGTTTTAAAGGAATACGATTTTGCATAGCTTCTGCAAATCCATTTAATTGTTCTTCTTCCATTCCTGTTTTACCATAAATTGGTGTTGAAACTGGACCTGGATTTACAGAGTTTATTCTTATTTTCCTTGGTGCCAATTCAGTCGCAGCAGTCCTTGTATAAGCGTTCAATGCAGCTTTTGATGCCGCATAAACCGCAGTATTTGGCATTCCAGTATAAGCATTTACAGAAGACAAATTGATGACTGATGCACCATCATTTAAAATTGGCAGAAACTTTTCAGTTGTAAAAAATGCACCTTTAAAGTTTATACTCATTTGGTGGTCGAACATTTCTTCGCTAATTTGACCAACAGGAGCAGGTTGAAAAATACCAGCATTTACGAATAGAACATCAACTTTTCCAAAATCTGATTTTACTTGTGCCACCAAATCATCTATTGCCGAAAGACTTTTAACATCAGCAACAATTCCTTTTACACCAAGCTCTTGTGATGCTTTTGCAACCTTTTCCGAATCTCTTCCTGTAATTACAACAGTTGCACCTTGACTTTTAAATTCTTTAGCAGAGGCATAACCAATACCACTATTACCACCTGTAACAACAGCAATTTTTCCATTTAATTTACTCATTTTATCTATTTTTTTATGTGTTAATAATACTGGAACGTTTATTCCATTATGCAAACATACGAATACTAGAATGTTTATTCCAAATAAAATATTGAATTTTACAAAAAAATATAGCCGTTAACAGAAAACTGAAGGGAAAAACAACTCTTTTTATCATTGATTTAGGGCACTCGTATTTTAGGTTCATAGATCCACCGTAGTCATTCAAAAAACTTTTTTATTGATAATTTATAGTGATTTTATTCGCAACAAAGAACCGCATGTTTACGCATAATGTCAGCCCACTTTTGATACAGCATAAATTTAATTGAGTAACTTATTGGAGACTGCTTTAAATGAAAGCGTCTGAAAACGCCACCCTATTTACGATTCACTCCTGCACCCTTTTGAAAGCAATCTCATACTCATAAGTATTGTCCAAAAAAAGACCAGCAGGCACCTTCGCTTACTAAGACATTTAAATAGCATTATAAAGTAATTTTCCTTTTAGACAATTGTCCTATTTCAACCTTTATAAGAGTTTTAATTTTGCTCATGTTAATTTAAGAAACAAAAACAAGATGAGTACGACTATTTTAATTATTGGCGGAACTGGTTTGATAGGAAAAACCATTCATAATATGCTTTCCAAAAGAGACCCACAGTTAAAAATCCTAATTGGGACACGTAAAAAAGATGCAATCCATAATCATATCCAGTTAGATATAAATAACTTAGAATCGTTTGAATCTTTGAAAAAGCATTCTATAAATGTTATTATCGTTTGCACAAAAGACGCAAATAATCATGTTTTGAATTACGCCATAAAACATAAAATTGATTATGTCGATATTACAAAGCCTTCCAATGAATTATTAAAGGCTCATGACAGCATCAAAAACAATGTCATAAAAAGTAAAATTGTGTTTAGTTCGGGCTGGATGGGTGGAATTGCGCCTTCATTACTTTATGCTACTGGTATTTTGGCAAAAGACATACAAAGTGTCAAAATGATGGTATACTACTCTACTAAAGATAAAGCAGGTAGTAGTTCAGCCGATTTTATGGCTCATAATGTGAGCAAACCATTTTTCTTTTATCAAAACAATGTAGCCAAACAAACAAAACATTTTTTAGATGGAGAGGATACCATATTTCATTTTGATAACCAAAAAAGAAAAGTAGCTGACTTTGACATCCCAGATTTATATATTTTTAATCAAATAGAACAAATTCCAAATGTAAGAGCTAAAATGACATTCGATTCTAAAGTAGTCTCAGCCATATTAGCCTTTATGCAAAAAATAGGATTTTTTAAGATGTTAGGCTTTAGAGAAAAAAAATGGATTTTTGGTGGTAGTGGGAATGGTGATATTTCATCCTTTGAAATTATATATGCTGACAATACATCAAAAGAAAATAGAATCGTTTTGAAATGTGACGAAGGGCAATCAGAACTTACTGCTTTTTCAACAGTGCTTCATGTTGAAAAAATGCTTGGAAATTCAAACCCAAAAGGTATTTATTTTAGTCATCAATTGCATGATTCCAAGAAGTTTATGGATTCATTAATCTCAAATAAATCAATATCAATACATTAATTTAAAGAGAAAAATAGTTTAAATATTCATGTGCATTTAAATAATTACAATCTAAACTTTGCATGCACATATGTTTAGATAAAAGAGCGTTTTTGAAGAAAACTAAAGTGACTACTGAGAACAATATGAAAAAACCATAAGGAGGTCTGAGCTTAGTTCAAAGACTTGGACTTCCTTATGATTTTGCCAAATTATCAATTCGGCTTTTAAAAAATTTAAAGTTAACTATGTACTTTTTGCTTAGTCATAAATAGAAAAAGAAGGCTTCCCTCCTACTCTAAATTTCTTAAATTAACCCCCCTTTTAAATACTATAAAATGAATCACCCCTTTTACCTAAAACCTAGTAAAGAACAGCGCCAAATTCAAATAAAAATTGGAGTTATCGCTTTATTTTTTAATGTAATTGTTTCAGTATTATCAATAGTTAGTGGTTTGTATTTTTTTATATGTGTATCAATAGCCATTACCCTTTCTATAATCGCCCCTTTTTTTGATATTCCAGCTCTTAAAAAGCAGGGAAAGTTGATATATTATTCTACTCTTTTTATTACTGAAAAAGAGTAGAAAGGAATCATCAAAATTCACGGCGGTTCCTTATTTGATTATGTTTTTGTGATAGACAAAACATTGAGTGGTAAGCAAAAAACCAATTTTATACTGCAGAAGTATTTAGAAGGAATTTTGAATTTAATAGATAGTTGTGAAAAAGACAATAATACTGCTGTCAGAATTAAGGGAACTACGTATATTCTAAATGAAAGAACGGCTCATAAAATTGGGTTGAACATCATTAAAACTGACTTTATTCAAAAAGTGATCTTGACATTTAATTATGTGAATATTCTGATATCCAATTCAATTACAAAACGAAAATTATCATTTCCAAAATTGACTACTATTAAAACGTTTGAAAGTACTGTAGAGGAATTAATTAAACGGAGAGAATTCATTGAAGGATTAAATGATAAATTAAAAAATAAAGTCACTTTAAGCCAAAGTCACTAAATAGCCTTAAGCATTGACTTTAGCAGATTCGATATAATTATAAAATTCAAAAAAGAATGGCGCTAAGCCTAATCTATTAACGAAAATTTGAAATTGATAGTCTCTTCTTATTAAGCTTGAATTCAATTTCTAAAATCTATAGCCTCTTCTTAAAATCTAAAAAACGCCATTTTCCTGTGTTGGAAAATGATAGAATTATAGATATTATGAGTCAGAAAGACCTCTTAAAAGCCGCTTTATAATACTGAAGAGTTTTTGCTGGAAGCGTAAATGAAATAATTTCAAATATCAGACTTCTAATTTAGTGCTTAGCATTTAAACTCTGGACTTTCGTCTATTGATTATCATCTAAACTATAGATGTTTAACTCTAAAAATAGATCTGCTGTGCCGTACGGTAAGTGTTGGCATGCGCATCTATAATGGTTTTTATATCTTTAGAATAGCCTCCGCCCATACTCACCTCAACAGGAATTTCTCGTTGTAAACACTGCTCAAAAACAAATTCATCTCTTTTTTTACAGCCAGCCACACTGCAACCTAGTTTTCCCAATTTGTCAGTACTCAAAATATCTACTCCAGAAAGGAAGAATATAAAGTCTGGTTTCACCTGATCTATAAGTTTCGGCAAAGTCACTTTTAAAGTCTCTAAATACTGGTCATCATCGCAATTGTCTTCCATGGGAATATCCAAGTCTGAAATCTCCTTTTTGAACGGGTAATTACTTTTTCCGTGCATAGAAAAGGTAAACACTCTATCGTCTTTTTGAAAAATTTCTGCTGTTCCATTCCCTTGGTGGACGTCTAAATCAACAACAAGAATTTGCTTTGCCAACTTATTTTGCAAGAGATAGTGAGCGGCAATAGCTTGATCGTTTAACATACAAAAAGCTTCCCCATGATCTGAATAAGCATGGTGAGTCCCTCCAGCAATATTCATAGAAACACCATATTCTAAAGCATAATTACAGGCTTCAATAGTGCCATTGGTAATTATTCTTTCTCTTTTAACCAATTCTGCAGACAATGGAAACCCAATTTTACGAGCGACTCTTGGTTCTATACTAATGTTATACAGTTGCTCTAAATAGTCTGAGGTATGGACAGACTGTATATAAGTTTCATTGTCGAGATTTATTTGTGGCTCAAAGAAATTTTCTGGTTCACACGTACCCTCGTGAAGCAATTGCTTGGGAAGCAAATCATACTTATCCATTGGAAAGCGGTGCCCTTCGGGTAGTGGATGTTTATAAATGGGATGTAAAGCTATTTTGAGCATACTTTAAATAAAGAAAAACCAAAAGTATTTATTTTGAAGCTGTTCTTACTTGAAAAAGAGTTTAAATTTTTGATAAAATTGTTTACTGAATTCTTCACTCGCAACCTTGCCCAGTAGTTTTTGATTCATCCAATTGAGTATCTATTTTCTTAAATTCAGCTATTACTTTATTTTGGCGTCCTGTTTTCTGAATCTTTAATGTTCCAAATTAGTCGATTTTAGGAATTTGATGATCTCACAAAATCAATTATACCATTGAGTTAAGCGACAAATGCCCAATTATTTTTATACGGCTTAAGTTTAGAGTTCAAAATTTAGGTGTATATCAGAATGCCCCAAAATGAGGAATAAGGTTTTTTTATACGCAGAGACCAATTTAAAAGGAGATAAAAACCTTGGATAATAGGTTGCTGATTTTTATAAACAATCACATTAAGACGTTTTAATGTGATTAAAAATGAGGTCAAGGATTGATAATAAAGCATCAATTGTGTTAATGGCTATTTTTCTTGCAGTAGCAGAAGCAGCAGTCTCTTTTCTATAGGATATTCTGTTGAAAACGTTAAAAAGGTGAGTGTCTTTTAAATTTCCAATCGAATTAGCAGTCTGTCTTAAAGTAATTTTAAGCCTATTGCCAAGACTCATCAAGAAAAAGAATTGAAAATGCCACTTAAAACTATTCAGTCCTCTTAAAAATCGCTTTACACTTATTGAAAATTCAAAAATCAAAAAAACAGGGAATTTAAAGTAAAAGACTCAAAGCTGCTTGGAACGAAAAATATTTACTAAAAGTTCTTAACGTCAAAGTATAAGTTTGCCCTAGTGTACCTTAACTCCGCAAAACTTTATAGTTTTTTTTTAGAAGAAAACACTGTGTATAAAAGATTACACACAGTGTTTCAATGTAAATCTTTTCACTTATTTTAGTGATGTCAAAGTCATAAAACAGTTTAAGATATTTACAATGATAAAAGTACAAAATTATAAGAAATCTGTAAGTCCTTTTTCGGGAATTTCATTTGTTAACGAATCCTTCAACAGTATAGGTTTGTCAAGTTTAATAGATTCAGAACTCGGTAAAAGGGTTAAATACACTGGCTATTCATACAGCGAAATAATCAGAAGCCTAACCAATGTATTTTTAAGTGGAGGCGATGTTATTGAAGATGTTATACCAATTTAGTTATTAAATGCCGTATTAAAAGCCTTTAGAAAATGATGGTTTCCTGTTATAGATTTAATGGTTTCAGGTTTCATTTCGCAGACCATTTCGCTTAGCCATTGTTTTAAACTTTTCATCGATTCGAATCTTTGATTCTTAAATCGATTTTTAATGTATTGCCATACTTGTTCGCATGGGTTTAGTTCAGGATTGTATGGGGGTATTCTTAACAAGACTATATTTTGTGGCACCTCTATATTTTTTGTAGAATGAAACCCTGCATTATCAATCACTACAATTTTATATTCCTTTGGATTATGTGTTGAAAATTCCCGCAGATAGGCTTGAAATATGTTAGTACTTACACCATTTATTTCCCAAACAAAAGAGTCTCCGTTTATTGGAGAGTAACTACCATATAGATAGGTCGTTTTATAAATATGTTGATAGGTCACTATTGGCTTTACACCGCTAGCGGTTATGTATTTTCCAAGATGATTCATCATTCCAAATCGAGCTTCATCTTGAAAGTATAAATTAACAGAGTCGTAACTATCTTTATTAAGACTAATTCTAATGTTATCTAGCGTATTAGGGAGTTTTTAAAAAAGCTTTTTCAGCCTCTACATCTTTTTTGTAGTGAGATTTCCTAGGAGTCTTGGGTTTTGTTTTAAAATGTTGAATCAAATACTCACGGATCCGTTGGTACTTAACAACTACGCCATACTCTTGTTCTACCCAATTTTGAGCATCCCAGTATCCCAAAAAAGGATTATTTGGGTCATGTACTCTTTGGGATAAACCCTTATGTATTTGTGGTGTAATAATTTTAGACGTTTTATTTTTAGGCTTATCAGTTAACATCATCTCAACCCCACCAGCATTGTAGTTCACAATCCACCTTTCTAGGGTTCTGATATGAATCCCTAAAAAATCAGCTAATTCTTGTCGGGTTTCAAATTTGCCAGACTTAATGGCTAGCAAACTCTTTAAACGTTTTTCTGCTTTTAAGGTTTTCTGTTTTAACAAGAGTTTGTTTAGCTCCGAATCTGATTCCTTGATCTCTAAAATTGCTTTTCTTCCCATTCATAAATATACGAAAAATATACGGCAATACAAAACATATTTGGTATTAATTCTCATTTAGGCATACATTTAAAGGGAATTCCCAATAACAATGTTCCTAGTCCAGATACAATTCAAAGAGGTCTCAAAGAATTAACGACAGAGAATGCGATTTATCAATCAAAATCTGGCATAAACTATGATTTTAACATCAACAAAAAGCTAAATTTACTCAATATTAAGTCTTTACTTTTAACCAAACAATTGGAATCAAATAAGAGCTACGATTTTGATTATGACAATCAAATAACAGCTAATAAAAAATATGATGCAAAACGCACATACAAGAAGAATAAAGGTTACTTCCCAGGTGTAGCAACGATTGGCGACAATATTGTTTATATTGAAAACCGAGACGGAAATGCCAATGTAAAATTTAAACAAGCACAAACACTTGAGAATGCCTATGGTCTATTGAACTCGCAAGGCATTACTATAAATCGCTCAAGGATGGATGCAGGATCATATTCAAAAGAGATTATAGAGGTCGTTGCAAAAAACAGTAAACTATTTTACATAAGAGCCAATAAAAGTGATGCTGTTTTTGAACAAATACAAGAAATAAGTGACTGGATAGATATTGAGTTAAACTACAAAAACTATAAAGTAGCTTCGATACGGTTTAAGCAATTTAACGAAGATAAAAATTATCGTTTGGTAATTATGCGAGAAAAAACAACTAATAATCAGGTTGATGCTTTTACTGGGGACACTTTCAAATACCGTTCAATACTTACAAGTGATTGGGAAAATACAGAAAAACAAATTATTGAATATTACAATAATAGAGGAGCAAGCGAAAAGATTTTTGATGTAATGAATAATGATTTTGGCTGGAAACGAATGCCTTTTTCATTTCTAAATCAAAACAATACCTTTATGATTATTACAGCACTGATAAAAAATTTCTACACTTATTTTGTTGTTTTAGTCTCAAAGGTGTTTGAAAATATTGCGCCAACAACTCGTCTTAAAAGGTTTGTTTTTAGATTCATAAACGTGGCTGGTAAATGGGTGTATCAAGGCAGGAATTGGGTATTAAAACTCTACAGTGAAGCACCTTATGAACAGCTTTTGATTTAAAAAACAACATTTTTTTAAGAACATAGGATAACTATGCCTTGTAAGATTATTTAAAACAACACAAAAGCCTGTTTATCAATGTCTTATTAAATTAACAGCATTTCTAGAAACAAACAAGAAAAAACGTCATTTCAAAAGCAGTTGGAAAAGAGAAATCTTGTTTTTTTTATGCAAATTCCCTTCAAAATAAATTCAAAATATGATGTTTTATAGGAACTTTGTAGATTTGAAGTCAACTTGCGGATTTAAGGTTTAATAAAAATACAAAAAAAACTTTCGCTATGGAATTTAGAGGTAAGCGTTCATCTGTATCTTAATGAGTACTTAGCTATAAAAGAAAAATATGGCAGAAACAAAAGACGCAAGGTTGAGTACAGAATTTCAGTTTAGAAGATTTAGGAGGTACATCTCTAAAAAATGAACAAAAGGTTTAGATAATTATATAGGGAGAAAATCTTAACATAGATTCAGGCAGTTATTTTATAGAGCGGTTTCAGAAGAAATTATTTCAACGCTTAAAGTAACAAACTTATCTAATTAAAACTTAGTAGCATTTGGAAAACGGCGCATTGCTATTTTAAAATGATTAGTCTTTCAATAAATCCTTTAATTCAATAAATTCCATAGCAATAGCAGTCTGAGTCTCCGTCGCGACTATTCCATTAAAATCAGGATCAAAATCAAAGGATTTAAAATAATAGCGTTTCTCCTTATACGTCCCGTAATGCTCATATACTTCTAGTTGTTTTAACTCTTTCAAAGTACAGCCAACTGCCTTTAATAAGGCTTCTTTACGGATCCAAAACCAATAAAACCGCTCTAAGGAATTTTTAGCATTTAAAATAGACGCCCACTCCAGTGCCGTAAATAAATAGCTAAATAGTTTTAAATCTATAGTTTTCTTTTTCTCAATATCTATACCAACAGAAAAATTGGTACTAAAAGCTAAGACAACGTACCCATTGCTATGAGAAATAGAGAAATTATGATCTTTAAAACTCGGTTTTCCTTGTTCAGAATAGCCTATTTCTTCCAATAAAGAAGCTGGAAGTCCGTTTTCAGATAATGCTCTTTTTAACAACAGGCGCCCAGCACTATAACTCATTGAACTTTCTTCGTCTAAATACCTTTTTGCCCTTTCTTGAAGCCTCTTCGGGAGGTTTTTTAATAATAGTTCTTTTGTGAAAAAAGGCTTGTTTTTAGCTATCTCAACGATCCTTATTTTTAGCATTTATTCGGTATTAAGAAACATTTATGATAAAACATAAATCACTTTAATTTATAAATCAGTTCTTTACGGTACTAACGGTACATAAATATTACCACCAGAACAAATGTAGGCAAATTATATGATTACAAAAGACTACATAATAGAGATAACCACTCAATTATACTTAAAAAACGGTGTGAAAGCGGTGACTATTGCTGACATCACTAAAGAATTAAGCACGTCTAAACGTACGATTTACAATCATTTTATAGATAAAACTGATTTAATGCAAGCCTGTATAGAACGGTATTTGGCTGGTATTAGAAGCAATAACGACGAGATAATTAACAACTGTAGCTCTGCGATTGAAGCGATGGGAATAATTCAACAACAAATTTTAAAAAGAGCGGATTATAGCAATGCACACTTTTATAAAGATATACTAAGGTATTTTCCTAGTGTCTTAAAAGACTCGTACGAAAAGAATTCAGAATTCGCTTTTCGCGAATTGCTTTATTTAGCCAAATGGGGCGTAAAAGATGGTTTATTCAGAAAAGATTTAGACCCAGAAGTTACAATGGCTACAGTTCAAACATTGCTAAAATTATGTAACAATACAAAAGTATTTCCATCAGCACAATTTTCTAAAGCCAGGCTTACTGAAGGCATTATGGTCGTTTACCTAAGAGGATTGTGTACCGAAAAAGGGCTTTTAGAAGTTGAAAAACAGAAACATCTATACTTAACATAGACTAAAAATTATGGACACTATAAACAGTTCACTTAAAAAAACACCAGTAGCAATTATTGGTTTGTCTGCAATGTTTGCTGATGCCAGCAATGTAGAAGAATATTGGAATAATATTATCAATCAGAAAGATAGTATTGTGGATGTTCCAGAATCGCGTTGGAAAATCGAAGATTATTACGATGCTGACCCTACAATAGCAGACAAAACCTATTGTAAAAAAGGAGGGTTTATTCCTGATATTGACTTTAATCCAATGGAATTTGGTTTGCCTCCCAATATTTTAGAAGTCACGGATGTGTCTCAATTATTGTCCTTAATAGGTGCTAGAGATGCATTTGAAGATGCTGGTTATGGTAGGGAATCAGGTAAATTTACGGCACTTTTAAAAGAAAAAACCGGAGTGATTTTAGGAGTTGGTGGTGGTCAAAAACTAATTACGCCGCTAACCTCAAGGTTGCAAGCTCCTATTTGGGAAAAAGCCCTTAAAAGTAGTGGCATTAGCGATGCTGATATTCCGCACATTATTGAAAAAATGAAGAAAGCATATGTTGGATGGAATGAAAATTCTTTTCCGGGTATGTTAGGCAATGTCATCTCTGGTCGAATCACGAATCGTTTTGACTTAGGAGGCATTAACTCAGTCGTGGATGCGGCCTGTGCGGCCTCACTCTCTGCTATTAAAATGGCAGTCTCAGAATTGATTGAAGGACGATGTGATATGATGCTCACAGGAGGTGTCGATACAGATAATTCTCCTTTTATGTATATGTCGTTCTCTAAAACTCCCGCATTTTCACAAAAAGGAAGTATTCGTCCTTTTGATACCGACTCAGACGGCATGTTGATTGGAGAAGGAATTGGAATGTTAGTTTTAAAAAGGTTAGAAGATGCAGAACGTGATGGGGATCGAGTTTATGGGTTACTTACTGGGGTTGGTTCTTCAAGTGATGGGCGTTATAAATCGGTTTATGCGCCACGTCCTCACGGTCAGGCTTTGGCGATGCAACGTGCTTATGACGAGGCAGGCTATGATGCTTCTACGGTAAAATTAATTGAAGGTCACGGCACTGCAACAGGAGCAGGAGATGCTGCCGAGTTTGAGTCAATGTCTATGGTTTTTGGCAAAAGTGACACGACAAAAAATCATATTGCGATTGGTTCTGTAAAATCACAAATAGGGCATACAAAATCGGCTGCAGGTGCTGCTGGAATGATAAAAGCAGCTTTAGCTTTATATCATAAAGTGTTGCCAGGCACGATAAACGTTACCAAGCCTCACGAAAAATTTGAGATTGAAAATTCTCCTTTTTATGTCAATGCAGAAACCAGACCTTGGTTTAAAAACGGTGTACCTCGTAGAGCTGGAATATCTGCTTTTGGATTTGGTGGTGTGAACGTGCATTTTGCTATGGAAGAATATGAAAACAAAACGTCCTTTACAGATAGAGTACATCAAACATTTCACAGTATTTACCTTAAAGCTACTAATGCTAACGACTTATTAACGCATCTGAAAAACACAGTTGCTGGATTGAATTCGAAGGAAGCAACGGCGTCATATTATAACTTAAAAGAAAGTTCTAAGCAAGGCACTGCAAAACAAAACGAAGCGCGTTTAGGTTTTGTTGCAGAATCTTTAGAGGATTGTATTTCTAAACTAGAAATTGCAGTCAAACAATTAGAAAATAATAAGAACGCTTGGTCGCACCCAAAAGAAATTTTCTTTAGACCAAACGGAATTTCAAGCAGTATAAAAGTGGCTTCATTATTCTCTGGTCAGGGTTCTCAATATGCTAATATGGCAAAAGAGGCGACGAGTAGTTTTGAAACGCTACAACAAACAATTGCTGCTTTTGATGCTAAAAAAGGATATGATTTAGCAACTAAAATATATCCAAAACCTGTGTTTACACCAGAGGATAATGATAGCTTAGAAAAAAATATTACAAATACAGAGTTTGCGCAACCTGCCATAGGTGCCATAAGTTTAGGGTACTATAAAGTCTTTAAAAATGCTGGTCTTGTAAGTGATATGGTGGCTGGACATAGTTTTGGTGAGCTTACTGCACTTTGTGCATCAGGCGTACTTAGCGAAAGTGATTATATGACACTTGCCATTGCTCGTGGTAAGGCTATGGCAGGTGAAAATACAAGTGGAGATGCTGGTATGATGTTAGCTGTTAAAGCGGCTACTTCTGAAATTCAGCCTTTAATTGCTAGTATTCCAGGGGTTTCTATTGCAAATATTAACGCCTCAAACCAACTCGTTTTAGGAGGAACAACAGAAGGTATAACGAAAGCAAAAACGCTGTTAGATACTAAAAGCTACCGTTCCGTTATATTACCTGTTTCTGCAGCTTTCCACACGGATTGTGTTGGACACGCACAACAGCCTTTTGAAAAAAGTATACAGGCTATAGAATTCTCAAGCCCCGTGATCCCTGTGTATTCAAATTCGACAGGAAATGCCTACCCAACGAAGACTCCTGAAATTAAAAATATCTTAGCGCAACATATTTTAAATACGGTCGATTTTAAAACTGAAATTGAAAATATGTACGCTGCTGGTGCGCGTGTTTTTGTTGAATTTGGGCCTAAATCTATTTTAACCAATCTCGTAAAAGACATCTTAGCTGATAAAGAACATTTTGTGGTGGCAACAAATGCAAAAGCAACTAAAAACAGTGATTTACAAATTAGAGAAGCTGCCATACAATTACAAGTTCTAGGATGTGAATTAGGTGCCATTGACAGTAACGCACGTCGAGTAGCAGCGCCTTTAGTACAACCAAAAATGGCGGTAAAAATAGCGGGTAACAATTATGTGAGTCCTGCAACACAAAAAGTGTATAATGACGCTTTAAACAACGGATTTAAAGTGAGCAACGCTACAGAAATTGTTAAAACCGTAGAAGTGATCAAGGAAGTGATAAAAGAGGTTCCTGTTTCTATAAATAAAATCAGTACAGACCAAGTTACAGAAGAAGATATGAAGTCTACGATCATTAAAAGCGCCATTGATGGCATTAAGGAAAATCAATCTAAAACATTAGATATGTTCCAAACTATTTTGACGGAACAAAACAAACAAACAGCGCAATTATTAGCCCTTTTATCAGACAATTTTGAAGGGGAACAAAACCCTGAAAATGCTGCTACTGTTGCTATTAAAACACCTGCTGACACTAGTCCTCCAGCTCCTCCAGCTTCAGTTTCAGCTCAAATAGTTGAACCCAATAAACCTGCTGCTGCGAAACCCGTAATTGAAACCGCGGTGCCGACTGAAGGGAATTCAGAAATGCTTGACCTTATGCTAAGCGTCGTTGCGGACAAAACAGGCTACCCTGCTGAAATGTTAGAATTGAGTATGGATATGGAGGCCGATTTAGGAATCGATTCTATCAAACGTGTGGAGATTTTTGGTGCTATTACTGAGCAATCAGATAAGTTAACAGACATCAACCCTAACGACCTCACAGAACTTAGAACATTACAAGAAATTGTGGATTACATTTCTAGTAAAGCTGGAATTAGTGGTACTTCTGCACCTGTTGCTGAACCAATAGCTCAAACAGTTGTGAATACCAAGCCTACTGCAACACCAGTTGTCGAAACAGCGGTGCCGACTGAAGGAAATTCAGATATGTTAGACCTTATGCTAACTGTAGTTGCTGACAAAACAGGCTATCCTGCTGAAATGTTAGAACTAAGTATGGATATGGAGGCCGATTTAGGAATCGATTCTATCAAACGGGTAGAGATTTTTGGAGCGATCACTGAGCAATCAGATAAGTTAACAGACATCAACCCTAACGACCTCACAGAATTAAGAACATTACAAGAGATTGTGGATTACATTTCTAGTAAAGCTGGAATTAGCGCCACTTCTGCACCTGTTGCTGAACCAATAGCTCAAACAGTTGTGAATACAGATCCTATTGCAACACCAGTTGTCGAAAAAGCGGTGCCGACTGAAGGAAATTCAGAAATGTTAGACCTAATGCTAACTGTAGTTGCTGACAAAACGGGGTATCCTGCTGAAATGTTAGAACTAAGTATGGATATGGAAGCCGATTTAGGAATCGATTCTATCAAACGTGTCGAGATTTTTGGAGCGATCACTGAGCAATCAGATAAATTAACAGACATCAACCCTAACGACCTCACAGAATTAAGAACGCTACAAGAAATTGTGGATTACATTTCTAGTAAAGCTGGAATTAGCGCTACTTCTGCACCTGTTGCTAAACCAATAGCTCAAACAGTTGTGAATACAGATCCTATTGCAACACCAGTTGCCGAAACAGCGGTGCCGACTGAAGGAAATTCAGAAATGTTAGACCTTATGCTAACTGTAGTTGCTGACAAAACGGGGTATCCTGCTGAAATGTTAGAACTAAGTATGGATATGGAAGCCGATTTAGGAATCGATTCTATCAAACGTGTCGAGATTTTTGGAGCGATTACTGAGCAATCAGATAAATTAACTGACATCAACCCTAACGACCTCACAGAGTTAAGAACGTTACAAGAAATTGTGGATTATATTTCTACAAAAGCCGGAATTAACGCAACTTCTGCACCTGTTGCTCAACCAGTTGAAGCAACGAAGTCTATCGCTACGCCATTAGCTGAACAAGGTGTACCTGAGGAAGGAAATTCAGAAATGTTAGACCTTATGCTAACTGTAGTTGCTGACAAAACGGGGTATCCTGCTGAAATGTTAGAACTAAGTATGGATATGGAAGCCGATTTAGGAATCGATTCTATCAAACGTGTCGAGATTTTTGGAGCGATTACTGAGCAATCAGATAAATTAACTGACATCAATCCTAATGACCTCACAGAACTTAGAACATTACAAGAGATTGTGGATTACATTTCTGCCAAAGCGGGAATTAGGGTTACTTCTGAACCAGTAGCTCAAACAGTTGAAGCAACGAAGTCTATCGCTACGCCATTAGCTGAACAAAGTGTACCTGAGGAAGGAAATTCAGAAATGTTAGACCTTATGCTAACTGTAGTTGCTGACAAAACAGGCTACCCTGCTGAAATGTTAGAGCTAAGTATGGATATGGAAGCCGATTTAGGAATCGACTCTATCAAACGTGTGGAGATTTTTGGAGCGATTACTGAGCAATCAGATAAATTAACTGACATTAACCCTAATGACCTCACAGAACTTAGAACATTACAAGAGATTGTGGATTACATTTCTGCCAAAGCCGGAGGTGTTATTAAAAAAAAAAATCTCAGCCTAACTTAAGTGTAGAAGAAAACAATATGGAAATCAAGGAGACTACCTCAAAACAGGAATTCTCCTTGCCTACCAAATTCTACAATGTGCCCCGGAAATCTATCGGCTTAAAATTTATTCCTAAAGTAGATCTTTTAGTACAGGACATTTCGGCATTAAAACCTGTTGTAATTACAGACGAAGGAAGCGATTTGACTTTGGCTGTAAAAGCAAAATTAGAAAGCGAAGGCCATACCGTTATTGTCATTCAATTTGACGCTTTTAAAAAGAATCCTAATCTAAAAAATGGGATTTCTATTTCAGACATAAATGACCAAAATATAAAAACGGCTATTGATACAATCTTAGCTAAAAATGACATTGGTTCTTTTATTTATTTACACCCACATTTCACCTTTTCAGGATCTAATTTCACACAACATTTTGATACAGAGCGTGCATTGCTAAAAGCCACTTTCTTATTGGCAAAACAGCTACAAGCACCATTAAATGCCAACAGCAAAACACAACGAACTGCTTTTATGACCGTATCTCGTTTAGACGGAAAATTTGGAATGGACAAACGTTCTAATATGTCTATCATTGCTGGTGGATTATCTGGATTAACGAAATGTATGAATCTAGAATGGTCTCCAGTATTTTGCAGAGCAATCGATGCAAAACCTGAATTAGCGGCAACAGAAATTGCGGATGCTTTATTCTTAGAATTACACGATGCAGATGTACGCTATGTCGATGTCGCCATCACTGAAAATGGACGGATGACTTATGAGGTTACAACGAATGAAGTAAGTGCTGCAGAAGACTACCAACAAACGGTTACAGATAAAGACGTTTTTTTAGTTGCTGGCGGTGGTAGAGGTGTTACCGCGACCTGTATCAAAGAAATGAACATTGCTTTTAAATCCAAATTTATCCTTTTAGGGAGATCTGCTTTAGATTTTGAATTACCAGCTTATGCGTTAAATGGAGTCGGCCCTGCAGCCCTTAAAAATGAGATTATGCAGGAGATGAAATCCGGTGGAGAAAAAGTTTCAATTAAAGGGCTAAACAATAGGTTTAATAAATACGTTGCTAAAAAGGAAATTGAAGAAACTATTGCGCACATCAAAGCAAATGGTGGCGACGCTATTTATGTGGCGGGTGATGTTACGAATTTAACCATCAAACCTGAATTACTTGAGATTGAAAAAAAATGGGGTAAAATTACTGGAATTATTCACGGTGCTGGTCGTTTAGCGGATAAGCTCATTCAAGATAAAACTGAACAGATTTTTGATGATGTGACTTCCGTAAAATTAGATGGTTTAACAAGCCTCTTAAAAATGGTAAACGTGAACGAATTAAGGCATTTAATTATGTTTTCTTCAGTGGCGGGTTTCTACGGAAATGTTGGCCAATCTGATTATGCGATGGCCAACGAAATTTTAAGTACCGCGGCACATTTGTTTAGTACCAACCATCCTAACACTAAAGTTACCTCAATTAATTGGGGCGCTTGGGAAGGCGGTATGGTAAGTCCGGAGTTACAAAAAATGTTTGAAGAAGCAGGTGTTTCTTTGGTCAACCATCCAGGCGGCGCTGCTCGTTTTGTTCAAGAATTAAACGGGGCGTATCACCACCAATCCCAAGTCATAATTGGAGGCACTTTACCTGCAAGTATTTCAGATATTTCTGGCCCTTTAAAAAACTATACTATTCAACGGCATTTAAGTTTAAAAGACAATGCGTTTTTAAAGGATCACGTTATTCAAGGCAATTCTGTTTTACCAATGGTAAACGCCACAGCGTGGATGGCAGATTCTTGTGTAAAACTATTCCCAGATTATAAATTAACGAGTATAGCACATGTAAAACTGTTTAAAGGGATTGTTTTTGATGGCACTGAAAAAGAAGTTTATTTCACAGAAATTAAAGAACAAAGTAAAACTGCAGACCATATTGTTTGTGATGTCACTGTGTATAGTAAAGGGGTGAAGCTACCTTTAAATCATTACCGTTCAACCATTACGCTTTCGCGAAAAAGAAGCGATAAACCTAAATTTCAAACCCCTACACTAAAAGAGAACAAAATAGATGGCGCTACCTTTTATAAAGATGGTTCTTTATTTCAAGGTCCTTTTTACCAAGGGATAGAAACGGTTTTATCTATAGATAAAGATCAAGTTTTACTAAAATGTAAAGCACCAGCAGTTTCTTTAGAAACACAAGGGCAGTTTCCTAGCACGAGTTTAAACGCATTTTTCTTAGATATACAATATCAAGGCATGATTCTATGGGTGCAAAAGTATCATAACGGTGCTAATAGTTTGCCTTTACAAACAATAGAAGGACTGGTTTATGGGGAAATTCCTGCAAATAAAAGTTTCTATGTACATATGAAAGTACAAGAAAATTCAGCTATAAAAATGATCGCAGACATAACCGTATATGATGAAAATAGAGATGTTTTTTTATTCACAGAAGGCGCTGGATTAACCGTTTCAGAAGGCTTAACCTGGTAGTATCCTTAACGCCCCAATCAACACTAAAGCATGAAAGAAAAAATAGCAATTATTGGCATGTCCTCTCTTTTTCCTGGCTCTAAAACGGTACAAGAGTTTTGGAATAACCTTATGGATAAAAAGGACTTGACTGGTATGGCAACAAAAGAGGATTTTGGTGCCGACCCCGCACTCTTCTATAAAAAAGATAAAGGAACTATAGACCGGTGTTATTCCTTACGTGGAGGCTACATTCGTGATTATAATTTTAACAGCGCAGACTTCGGTTCTGAAGACTTAAATGACTTAGACCAAATGTATCAATGGGGCTTGCAAGTAACCAAAGATGCTTTAATGCACGGCGGTTACTGGAATAAAACTGAAGCTTTAGACCACTGTGGCGTCATCTTTGGAAATTTATCTTTTCCAACAAAATCCTCCCATAAAATTATGGCGCCCATTTATACAAAAACCCTTGAAAAAGGAATTAAAACCCTTTTAAAAGATGACAGTTTTGAAATTCCAGCAACAGCATATGAAATTCCAAAAAACAATCCTCTTGAAGGTGATGTCTCGGAATTGGTTAAAAATGTAATTGGTTTAAAAGGCACAAATTTCGACCTAGACGCCGCTTGTGCTTCTTCGCTCTACGCTATAAAAATGGCTTGTGACGAATTGTTAATCGGCAAAGCCGATATGATGTTGGCAGGAGCCGTTTGTTCGTCAGACCAATTGTTTATCCACATGGGGTTTTCAATTTTGCATGCCTATGCAGGTCATGATCATAAATACTCACCATTAGATAAGGACTCTGCTGGATTAGTATCGTCGGAAGGCGCTGGGATGATCCTTATGAAACGCTTATCAGATGCAGAAAAAGATGGCGATAATATCATCGGTGTTATTTCAGGAATTGGTTTATCCAATGACGGCGGTGGTAAATATTTATTAAGTCCCAATCCAAAAGGACAAACATTAGCTTATGAAAGAGCGTATAACGGAACAGTTTCTAAAGAAAATACCTCGTATATAGAATGCCACGCAACAGGCACGCCTCTTGGCGATGTTACAGAAATCAACTCACTCGAAACTTTCTTTGGGGACAATCCAGAAAAATTGCGTTTAGGGTCTGTAAAATCAAATATTGGGCATATGCTCACGGCAGCAGGAATGCCTAGTCTAATGAAAGTTTTACTTTCTATGGAGCATCATAAGATTCCACCTGGAATTAATTTGTCTACCGCAATTCAATCTAAAAAAGGCTGGTTTACGCAAGAGCAAATCATAGAAGAGCCTTTAAAATGGGAGACAAACGATAAGCAAGCAGCGGTAAATTCTTTTGGCTTTGGAGGCACCAATGCCCATTTGGTTGTGGAAAGCCATCATAAAGAAAAAAGTAAGAAACACACAGACGTCAAACTTAAAGAAATGGCCATCACGAGTATGGAAGTTCATTTTGGTGATTGCGTTAATCTAGATGCTTTTTATCGATCTATTTTTGAAGGAACCCAGCATTTTTCTGAGATGCCAATTCATAGATGGAAGGGTTTTGAAAAAAATGATGACTTATTATCCAATTTTGGTTTAGATACTAAAAAGCCACTTAGAGGCAGCTTTATAGCTGATTTTGAAATGGATTTAATGCGCTATAAAATTCAGCCTAACGAAGTTGGCACTATGGAACCACAGCAAGCTTTAATCTTAAAGGTTGCTGACCAAGCCATTCAGAAATCAAACTTAAAAAAAGGGGAAAACGTAGCGGTTTTAATTGCGATGAATCCCGAACTTGCGATACATCATTACCTAGCGCGTTGGGATAGCAAATGGCAATTAGATGAAGCATTAGATCGTGCTGGAATTGATTTAGAAGACACACAAAAAGCAAGCCTTTTAGGCGAATGTCGTAATATATTGTATAAGATAGAGAACGCACAGACCCCTAGTCAGCATACTAGTTTTGTTGGTAATATTATGTCGAGTCGTATTTCCGCTTTATGGGATTTTAGTGGCCCCTCATTTACAATTACCAATGGAAATAACGGAACAACAAGAGCTTTAGAAGTCGCTCAGAATATGTTGTCTTTAGGCGAAGTTGATGCTGTTGTTGTGGGAGCAGTTGAGTTTTCGGGAGGTATGGAAGCCGTTCTTTTACGGAATCTGATTGCCAGCGTAAACCAAAATAAACAACCAAGTTTGTCTTTCAATGTAGACGATTATGGTTGGTTGATTGGCGAAGGGGCATCGGTTATTGTTTTAAAGGCTGATGACAAGATAACAGAAAAAGATGCTATTTATGCTACTATTGATGCTATCGGAGATTTGTCAACAGGTAAAAATATCGCCTTACAAGAATTAGTAGCTTCTGGATTTAAGCAAGAGGATGACTTAGAACAAGCCCAATTATTAGCGCAGACATCGGATCATAAAATTGCATTAGGGTCTGTAAAAACGAATATCGGACATACGTTTGCGGCAGCGGGATTAGCTTCTGTTGTAAAAACAGCCCTTTGTTTGTATCATCAATTTATTCCGGGCATTCCAAATTGGAAATCTGTAAAAAAAGATGCCTTAAAAAATAGCAATTACTATTTTCCAAGCCAATCAAGACCTTGGATTAATGAGACAGATTACCCGAGACAGGCACTCGTAAATTTGAGTCCACATTCTCGTGTAAAACTATCAGAGGTTTCACATCCTAAACATCCTAAAATTGATAATTTCTTAAAAAAGCATCTGTTTGTTTTAAAAGGAAATACGCAAAATGAGCTTAGAGAAGACCTAAACCTAATTAGCAAAGATATTCTTGTTGATGACTTGGGATTTATAGCACAGAAGTGTTATAACAAAGCAGCCAAAACCAAAGCAATATATAGCCTTGTTCTAGTTGCTTCTAGTCAGAAATCGCTACTACAAGATATCGGGTTTATAGAAAAACAATTAGCGGTAGCCTTTGATAAAAATACAGATATCAAACTCCCTAGTGGTTCTTTCTTTAGTCCAAATCCAAGCGCAGCTAAAGGCGATTTAGCATTTGTATACCCAGGCTCCGCGACAAGTTATGAGGGATTAGGACACGATTTATTTCAGTTTTTTCCAAACCTTTTAAGCGATTTTGAAAACAAAATTCCAAACCTTAAAGATTTCTTTGGCTTAGACTATTTATTTCCTAAAAAGCAAGACCTTGAAACAGCTTCTCTAAACATTCAGAATGATGCTATTTCTATGATGTCTGTGGGGGTGCTTTATTCGACCTTGTACACGCACATATTAAGAGCATATTTTGGCGTAAAGCCAAAAGCAGCTATGGGTTATTCTATGGGGGAGTGCAGCTCTATGTGGTATTCATTTGGCATTTGGAATCCCGGTGAGGGAACAAAAATATTCCGCAACTCTCCAATTTTTAAAAATAAATTTTCTGGCAATTTGGAATTATTAGCCGAAGAATGGAATATCAGTACAAAAGAAGCAAAAGCCAGATGGCAAAGCTGGATTTTATTAGAAACCAGAGAGAAGGTAGAAGCCCATATTTCTAAGTTTGATAAGGTCTTCATCACTTTTGTAAACTCTGAAAAGGAGTTGATAATTTCTGGTGATAAAAGTCAGTGTGAAATGTTAATTAAGGCTTTAAATTGTGCATCAGTACTCGTGCCTTTTCAAAATGTTATCCATAACGAGTTCTGTAAAAAGGAATACGATGGATTGATCGAAATGCATAATTTCCCATTAGAAAACCATCCAGAAGTTGACTTTTATTCTAGTTTAACGGGTGAAAAAATTCCTATGGAGTCGTTAGAAATAGCAGAGAATTCGACAAAAGTGTGCTATAAAACAGTAGACTTTCCCGCTTTTGCGAAAAAAATGTCAATAAACGGATTTAGTACGTTTGTAGAACTCGGTCCGAATAGGACCTGCACCAATTGGCTTAAAGCTACGCTGAACCAACAGCAACATACTGCTTGTGCTATTGATAAAAAAGGCACGAGTTCTATTCAGTCTCTTTACGAATGTTTGGCGCAATTAATTTCTAACGGAATTGATATTGATTTAAGTTTATTATACCCAAATACCAATCAGAAACAACCCAAAAAGCATTTTACTAAAAAGGTAAAAACCGGGGGGAGTCCTGTGTATGATGTGTTATTATCTGAGGATATTCAGCGGCAGTTTGCTACCGTAAAAAGAAAAGAGAAATCACAAAACACAACAAAAAACAAAGGGGCTAGTCAGCCTATTACAACAAAAAATACCTTAGAAAAAATAGCTAGTATGATAGATACTTCAATACGAAAAACAGATCCCAAAACGACTGTTAAAATCGCAGAAAACGGATTAAAATTACAGGATTATAATGACCCAAATCACTTAAAAGATAAGAACGTTATTTACACGAAAGAAGATTTAATTGAATTTTCAGAAGGAAAAATCGGTAATGTGTTTGGTGCAGAATACAATGTTATAGACCAATACAAACGCAGGGTGATGTTGCCAATGGATCCTTATTTATTGGTGAGTAGAGTTACTGGTTTAGATGCTAAACTGGGCGAATACAAACCATCTACCATGCAAACCGAATACGACATTCCGTATAACTCAGGATATGCAACCGATACACAAATTCCTTGGGCAGTGTCTGTAGAATCTGGGCAATGTGATTTAATGTTGATTTCTTATTTGGGAATCGATTTAGAAAACAAAGGAGATTATGTGTATCGTTTATTGGATTGCACCTTAGAATTTATCGACGATTTACCTTTTGAAGGGCAAACTTTGCGCTATGATATTTCTATCAATTCATTCGTTAGAAACGGACGTAATTTATTGTTTTTCTTCAGCTACGAATGTTTTGTAGAAGACCGTATGGTTTTAAAAATGACCAATGGCGTTGCTGGATTCTTTACTGATGAAGAATTGAGTAAAGGAAACGGGGTGGTTTATACAGACAGTGAAAAGAAAGTGTTAGCAGGTGTAGAAAAGAAAAATTTCATTCCTTTTTTAACCACAAAAAAGACTGCTTTTGATATTGAGGATTTAAGACATCTGATCAATGGAGATGCCCATAAATGTTTTGAAGATATTTCTTATTTCCCTAATGGAAAAAATAAATCGATACGATTAGCTCCAGAAAAAATGCTGATGTTAGATCGTATTGTTAAGGCAGATGTCAATGGGGGTGCTTATGGTTTGGGAGAAGTTATAGCAGAAAAAGACTTAAGTCCAGACGATTGGTATTTTCCTTGTCATTTTAGAGATGACCAAGTATTGGCAGGTTCTTTACAAGCAGAAGGTGGCGGAAATCTACTGCGTTTCTTTATGATGATGCTCGGTTTGCAGCGCCTTAAAAAAGATGCGCGTTTCCAACCCATTTATGGACTCCAACAAAAAGTAAGATGTAGAAAAGAAGTCACTCCTAACGATAAAATATTAACCTATCGCCTTGTCATTAAAGAAATCGGCTTATTGCCTGACCCTTATGTGATCGGTGATTTAGAAATTATTGTAGATGGTGTTATTACGGTTCATTTTGCCAATCTAGGATTGCAATTAAGAGAAAAAGACAATCCGAAATACTTAGAGCAACCTAAGAAAGAGACCGAAAATGTTTTGCTAAATGAAACTGATATCGAAATATTTGCTTTGGGAAGATTAGCCGACTGTTTTGGGCCAGAGTATGCCGTTTATGACAATAGAGCCTTATCGCGTCAACCAAACACAGATTTACAAGTCGTAAGCCGTGTGATTAAAATTGACGGAGAGCGTTTTGATTTCTCAAAACCAACAAATATCTGGACAGAATACGACGTGCCTCAAGATGTTTGGTATTACAAACAAAATGCATCCATGACAATACCTTACGCGATATTGATGGAAATTGCACTACAACCTTGTGGACTCTTAGGTGCTTATTTGGGAAGTACCTTATTATTTCCTGACAAAGATTTATACCTTAGAAACCTAGATGGTGACGGTGAATTATTAGAACTTCCTATAGGTACAGATTTTAGAGGAAAAGTGATTAAAAATAAATCAACCTTAACGTCTTCTACCTCATTAGGCGGTTATGTAATTCAGAAATATCTGTTTGAAGTCTCGGTTGATGAGCAGGTCTTCTATAAAGGATTTTCTTCTTTTGGATTTTTCCCTAAGGAAGCTTTAGCGCAACAAGTAGGCTTAGATAAAGGAAAGGATATCCCAGCTTGGTATGTGCAAAACAACTTGACAACTAAAGATTATTTCCAAATAAAACTAGATTCTTTATACGCAAAAATGAAATTGTATAAAGAAAATGACAAAGCAAACGCCTTCCGTTTGGCAGAAGACCAGCTTAATTTACTAGACAGCGGTGTCGTAGTGAAAAATGGGGGTGAATTTAATAAAGGCTATATCCATTGTTCCAAAGCCATTCATACTTATGACTGGTTCTTTACCTGCCATTTTTATTCTGATCCTGTAATGCCAGGATCTTTGGGTGTCGAAGCTATTTCGCAAGCCATGCAGTTATTTGCATTACAACAAGATCTAGGGAAAGATTTTAACAAACCACGATTTGTACAAGTTGTAAACAATAAAACCGAATGGAAATACCGTGGACAAATAAGAGTAAATGTAGAAAACATGCATTTAGAAGTCCATTTTAAAACTATAGAAAAACGAGGCGCTACTTTGGTTTTGATCGCTAATGCTTACCTCTGGAACGAAGGCACAAGAATTTACCAAGTCACAGATTTGGCATTGGGAATTCAAGAAGCATAACCAGACGTCGCAACTAAAAAAATAGGATTATTTAAACGGGCAGTAGTGTTGTTTGTCTGGTTATAGATTAATAAAATAAATTAAAATATTAAAAATGATTGACTTAAAATGGATAGGATCTCCCAGAGAGATTTCATTTGACATCACAGGAATGTTTGACAAACTAAAAAACACTGCCGTACCTTGTTATGTGGTAAAAGATTTGTCAGGTCGCATTGGAGTTACCAATACGGGAACCATTCAATCAGAAGGAAAGGGCTTATTTTTAAAAGCTATAGTGCCTGCGTTTACAGCAGAAGATTTAGGGGATGCCTCGTTTAAAGAAGACTACAAATTAAAATATGCCTATAAAGCAGGTGCCATGGCAAACGGAATTGCCTCTACAGACTTGGTCATTGCTTTAGGAAAAAAACAAATGATGGGATCCTTTGGAGCTGCGGGGATGATTCCTTCGCGCGTTAAAGAAGCCATTGCCACGATTCAAAAAGCATTGCCTACTCAGGCCTATGCTTGCAACCTTATTCATAGTCCCATTGAAAAAGCCTTGGAAGAAGGTGCCGTTAACTTGTTTATAGAACACGGTGTAAAAGTGGTAGAAGCTTCTGCTTATATGAACCTGTCAGAGCAAATTGTAAAATACAGGGCTGTAGGATTGAGTTTAGATGCGCAAGACGAAATTATCATTGCCAATAAAGTGATTGGTAAAATTTCTAGAAAAGAAGTGGCTGAACGTTTTATGTCGCCTGCACCCATACAATTTTTAGATAAATTACTAGCTGTTGGAAAAATTACGCAACAACAGTATGAATTGGCTCAAAAAGTTCCCATGGCAGATGATATTACTGTGGAATCAGATTCTGGCGGACATACAGACAACCGTCCTATGATCGTTGTATTGCCTATCATTTTACAATTGAGAGACGAAATTCAGGATAAATACCAATACAAAAAACAAATTAGAGTCGGTGCTGCTGGAGGAATAGGGACTCCCGCCTCTGCTTTAGCAGCTTTTGCTATGGGTGCCGCCTATGTGGTAACAGGTTCTATCAACCAAGCTTGTGTAGAATCGGGGACTTCAGAAGCTGTGAAGGACTTACTTGCCAAAGTAACCTCAACAGATATCACCATGGCTCCTGCTTCAGATATGTTTGAGTTAGGCGTAGAACTGCAAGTCCTAAAACGAGGCACTTTATTTGGTGCCAGAGCAAAGAAATTATACGAAATCTACAACCGTTATCAGGGCATTGATGCCATTCCTAAAGACGAAAGACTAAAGTTAGAAACTAAAACGTTTAAAATGCCTTTAGAAGAGGTGTGGAACCGATGTGTCAGTTTCTTTGAAGAAAGAGATCCAGAGCAAATAAAAAATGCCCAAGGAAATCCAAAACGTAAAATGGCTTTGATTTTTCGTTGGTATTTAGGGCTGTCTTCTAATTGGGCCAATGCAGGTGATCCAGACAGAGTGATGGATTATCAAATTTGGTGTGGCCCTGCGATGGGTGCTTTTAACGAATGGACTAAAAACTCCTATTTAAGAGAAGCAAAAAACAGAAAAGTGGCCGATGTAGCGACCCACTTGTTGGAAGCTGCTGCATATTTACACAGGATCAATACCATAAAAAATCAAGGCGTGGATTTGCCGCTTGACCTATTGCATCTGGGTATTGAAGATAAACATTTTGCAATGGTTTAGTTGGTGTGCTGATTAATTGAAGACAGAATCTGTTGTCACAACAGATTCTGTCTATAAAAAATAGGAAAAGTAAATTTGGTTTCTCAGTTTAGTTGTAGGCTATACTGGACGAGGGTATCATACCAAATTAGACCTATAATGACGCAATAGATCGTTTTACCGATATGAAATCGGCACAGGCTTTTTTCGCCTGCTTTTCATCAAAAATAATTACCGTAGCTAAGGCTATGCTACTTATTTTTGATTTCAATCAATCAAAAAACCTGTGCTGAGCTACGTCGTAGTATAATTCAATTTATTCATACGGCATTATAAATATAATTTGGTATCATTTCTTGCACAGTTGAATTTTCGTTTGTAAAGAAAGTAGATCAGCTTTTTTATTTATTCAGTTCTATAGTTCCGAGTTGCTTATTTAAAAAAATAAATATTCTATTCCACGAATCTATGGAAGCTAATGCGTTTCCTTGAAAATTTCCACCTGATTTCCAAGTGCTGATATTGGAAAAATCTAGTTGTGGGATAAATGGTAGGTCATCGAATTGGTGTCCTGCATTTTCATACGAATAATGCTTGATTTCATAGTTGAATTTATACTTCTCTGCTCTAGCTTTAATTCGATTACTCATCATCGTCGATGGCCATTGAAGGTCGTCTTCCCCAGAAATTAATAAGATAGGACATTTTATATTTTCGATTTTAATGGAGCTCTTTTCGATTCTTTTAGTTTTTTCAAATGCACTTAACATATAAGGAAGTTGAACTTGAGCTTTGCCCCCCGTACTTTTTAAATATCTAATGCCTCCTCTAGCCTTAGGAACGCCTTTACCATTATAACTCCAAGGGGACTTTATATAGCGTTTAGAGCTCCAAGTAACACTTGAACCAACTTCAGAAACAAGAGCCTTAACGTCATTGTACTTTGAGGCATATAATAACGCATATTCTGCGCCTTTAGATCTGCCCATAAGAGCAATTTTTGAGGAATCAACTGCTGGTTTATTTTTTAACCAATTAATTGCGTTGTGAAGATACTCTAAAGGAACATTTTCCAGATTTTCTGGTAAATTTTTTGCTCCAAAATATTTTAAATCCAATACATTATAACCTTTAGAAGCTATATACCCTGCTTTACGATGTTGAAAATTACCGCCAGACCCTGGTAACAGAACAAGTGTTGGTCTTTGGGTATCTGTTTCGTGCAGGTAAAAATTAGCAACCATTTTATTCCGAATCTCTTTTTTTGTAATGTTATGATTTTCAATATTTTCATAACTTTTTCTGAGAATTGTACGCGTTAACCTGTCGCCATCACCTGTGTCAAAACTAATCGTAAAATTCAAGTCGGTATCAAAATGGAATGAACTTAATTTTTCCGGTTTTAGAGACCAAAAAAGTCCCATTGTATGCTTTCCTTCATAGGAGCCTCCAGCTATAGGTGCTTGATTTTCAGGATTTATTTCGCCAGATTCATTGGCTTGAAAACAAGCAACGGATTCCCAACGTATATCTTTAGAATCTGTTACGGATAGTTTTAAAGACCCAATTTGAAAGGGTTGTAATCCTGTAATATGTATAGCTACTATATCGTCTGAGTATGAAATATTAGGTGTTACCTGTAACGTTCCTTTTTTGCCTGTTTTAATTTCTAAAGTCTGACAGGGTTTTGTGTCGGAATTAAAAAGCTGACTCTTAACTCTTGAAGAAGGGTAAGATGAAATACAGCTATAAAATAGAACTGATGGAATGAAAATTAATAATATAGTCGCAGAAATTATTTTCAATCCACTTTTTATAATAGTTATTATCTTCATTAGTTTGTATCTAACTGCTGTTTCCAACATTTATAAAGTTTTTTTAATTGCTGGTAACTCCTTATGTGTGAATAAATATAAGTAACATTTGTTTTTTTTCTAAAGATAATACAATATGTAAATCCCTTTTTATTCCTAAAAGTTAAAACTTAAAAATTCTTTTTAACGCTAGTTTCTTATACTAGTTATTATCTTCATTAGTTCATATTTAACGCTGTTTCCAACATTTATAAAGTTTTTTTAATTGCTGATAATGGGAGTCTGCGCAGCAACTCCATTTGGATTAAAGTTAGCGAATTGATTAGGATTTAGCTAAAGTACTTTTCTACGTTGTATCTGAATGGGGATGTGGAATCCGGGATAAAAGAAAGTCTGCCCTAGGGGCCGATATTTCCTCTAACAGGCCAAAAAATATGGGGACAAGCCTTTTTAGCCTGTCTTTCAACACTTTTGTGTCAAGAATGGACACAAGTCTTTTGATATTGTAACATATCATGATTAGGTTCACCTCGGAGAGCACGTTCTGTTTTCCTTTCATCAATGTATGAGTGAAGCCCCATTGCCTTTTTAGGGTACCGAACTGATGCTCTGTTATTTGTTGCCTTAGCCTATAGTATTCCGGGTTTTCCTCTATCCTTTTTTTGTTTTCCTCCAA

Protein sequences of DBSCAN-SWA_1

>NC_018721|1471479:1542479|1516528_1516777_+|WP_086000785.1|DBSCAN-SWA
MNHPFYLKPSKEQRQIQIKIGVIALFFNVIVSVLSIVSGLYFFICVSIAITLSIIAPFFDIPALKKQGKLIYYSTLFITEKE
>NC_018721|1471479:1542479|1493372_1494518_+|WP_015023937.1|DBSCAN-SWA
MNYDYIITGSGFAGLSLLYRILKDPVLQTKKVLVLDKTEKKTNDRTWCYWEKGKGLFEPIVTHEWKELEFLTSNLTRRFKLDQYSYKMIKGIDFYNHVLNFSQAFENVTFKYETVKQIQIENDIAFVETENATYAAEYIFNSTTLFNPKINTQNSLLQHFEGWIIKTKKPSFNSKIGTLMDFRLNQEHGTTFMYVLPTSAKEALVEYTLFSEKVLDKERYKVALENYIKDDLKIEDYEITHKEFGIIPMSLADFSRSPNSEKRIINIGTAGGYTKASSGYTFQFIQKNTKEILNNLRKGKPPNPKITFRDHRFHWYDRTLLEVIISGKMTGKEIFSILFKKIQPEKILGFLANESTLKDDIKLMNCLPKTPFLIAGFKQLI
>NC_018721|1471479:1542479|1522452_1523097_-|WP_015023959.1|DBSCAN-SWA
MLKIRIVEIAKNKPFFTKELLLKNLPKRLQERAKRYLDEESSMSYSAGRLLLKRALSENGLPASLLEEIGYSEQGKPSFKDHNFSISHSNGYVVLAFSTNFSVGIDIEKKKTIDLKLFSYLFTALEWASILNAKNSLERFYWFWIRKEALLKAVGCTLKELKQLEVYEHYGTYKEKRYYFKSFDFDPDFNGIVATETQTAIAMEFIELKDLLKD
>NC_018721|1471479:1542479|1500636_1501005_+|WP_015023943.1|DBSCAN-SWA
MKINSKDLNKLYSNDIGIIFKWKGASEGHPYHDKINFVFNETGLHFDLAELYIFQQDVENALRRPLQCGCEYPKECRSILLETPFSQLSFAMSYNELILMKELIEGSLFQIELSDILLNILE
>NC_018721|1471479:1542479|1501631_1502024_+|WP_015023944.1|DBSCAN-SWA
MEFDRTGIILYTLKYKKCVEFYENILGLKTMFESENLTCFEFGQAYLMVELDDISDGQKTGLERTKTCLRMNVSSVKIIAEKLISKNIEVDYQEHSWGTIAKILDPDGNLCAFKDSKMFEQQISSHKQMD
>NC_018721|1471479:1542479|1498654_1498918_-|WP_083858482.1|DBSCAN-SWA
MTKLVKFINERSGKMIVPALEVPLSVFESVYSLIEKFLKSEIFFRNKTIKIIFECLENKDYDVTNLCRGMSLKSSKKRPLHANISIN
>NC_018721|1471479:1542479|1471479_1472511_-|WP_015022784.1|transposase|DBSCAN-SWA
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721|1471479:1542479|1490737_1491769_-|WP_015022784.1|transposase|DBSCAN-SWA
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721|1471479:1542479|1529110_1531588_+|WP_015023962.1|DBSCAN-SWA
MEIKETTSKQEFSLPTKFYNVPRKSIGLKFIPKVDLLVQDISALKPVVITDEGSDLTLAVKAKLESEGHTVIVIQFDAFKKNPNLKNGISISDINDQNIKTAIDTILAKNDIGSFIYLHPHFTFSGSNFTQHFDTERALLKATFLLAKQLQAPLNANSKTQRTAFMTVSRLDGKFGMDKRSNMSIIAGGLSGLTKCMNLEWSPVFCRAIDAKPELAATEIADALFLELHDADVRYVDVAITENGRMTYEVTTNEVSAAEDYQQTVTDKDVFLVAGGGRGVTATCIKEMNIAFKSKFILLGRSALDFELPAYALNGVGPAALKNEIMQEMKSGGEKVSIKGLNNRFNKYVAKKEIEETIAHIKANGGDAIYVAGDVTNLTIKPELLEIEKKWGKITGIIHGAGRLADKLIQDKTEQIFDDVTSVKLDGLTSLLKMVNVNELRHLIMFSSVAGFYGNVGQSDYAMANEILSTAAHLFSTNHPNTKVTSINWGAWEGGMVSPELQKMFEEAGVSLVNHPGGAARFVQELNGAYHHQSQVIIGGTLPASISDISGPLKNYTIQRHLSLKDNAFLKDHVIQGNSVLPMVNATAWMADSCVKLFPDYKLTSIAHVKLFKGIVFDGTEKEVYFTEIKEQSKTADHIVCDVTVYSKGVKLPLNHYRSTITLSRKRSDKPKFQTPTLKENKIDGATFYKDGSLFQGPFYQGIETVLSIDKDQVLLKCKAPAVSLETQGQFPSTSLNAFFLDIQYQGMILWVQKYHNGANSLPLQTIEGLVYGEIPANKSFYVHMKVQENSAIKMIADITVYDENRDVFLFTEGAGLTVSEGLTW
>NC_018721|1471479:1542479|1486153_1487026_+|WP_015023932.1|DBSCAN-SWA
MKIKAYIKQAYPFYYEDYKKVFILLFGVAIISFLFSYLFEPFDVNQAEQKISSLWIVIVHAFMPIPIAIAYLIILNKTVKDTSQWTIGKEFLQLALLLFLIGLSSFFLRDFIYTNPDNWSFRYLWEEIRNTFLVGSLILMIILPLNLERLLNSNFNFLKQIGTPSSIIMSSNSVHIVTPIPGEQFEINMETFLFAKVESNYIEIVYSSVTGFGKLLKRMTLKEFEEQLNPFPYVFKVHRSYLVNLQTIKSISGNAQGYVLRLKNFSEATIPVSRSKIQEFNRVFTNCNKK
>NC_018721|1471479:1542479|1488497_1489136_+|WP_015023934.1|DBSCAN-SWA
MNSKTIFLVGVIGVILFVISCVIGGLLIDNYSITGQYISETYAIDTEYGIVLRVFGHIPSGILFTIFSILGYKYFPYSNLTKIGFYGLGLFYGIGTIVVSIFPCDSGCNTEFIDPSISQVIHNLAALLIYTFVPISIILTGIGLKKFSNYRSLSIIALVLGVLSILFVYILISELNPEFVGLYQRIIESLILIWIIACALKIKRTSGNKELR
>NC_018721|1471479:1542479|1499203_1500484_+|WP_015023942.1|DBSCAN-SWA
MIIYETTAKEAVNIIKSGDRVFIHTAAAAPAQLIQAMTDRHDELENVEIISAHTEGEVPYADDAYARSFSINCFFVGHNMRAHVQRGRAHYIPIFLSEIPELFRSRKMPIDVALVTVSVPNDKGFCSLGCSVDISDAAIDTARYVIAQINPNMPFVHGNGIIHLSRIHACVHVDEPLFEMKINTITDTEKSIGKHIAGLVEDGATLQMGIGGIPNAALSYLTNHKNLGVHTEMCSDGIIDLVETGIINGSKKVTEPGKVVSGFAFGTKRIYNFIDKNPIVNLKDVGYVNDTRTIRQNPKVTSINSAIEIDLYGQVCADSIGTKHYSGVGGQMDFIRGATLSKGGKAILALPSRTSKDIPRIVPTLKMGASVVTTRAHVQYIVTEFGIASLYAKNLKERARAMISIAHPNDREFLCREVYKNSKIMV
>NC_018721|1471479:1542479|1517587_1518496_-|WP_015023957.1|DBSCAN-SWA
MLKIALHPIYKHPLPEGHRFPMDKYDLLPKQLLHEGTCEPENFFEPQINLDNETYIQSVHTSDYLEQLYNISIEPRVARKIGFPLSAELVKRERIITNGTIEACNYALEYGVSMNIAGGTHHAYSDHGEAFCMLNDQAIAAHYLLQNKLAKQILVVDLDVHQGNGTAEIFQKDDRVFTFSMHGKSNYPFKKEISDLDIPMEDNCDDDQYLETLKVTLPKLIDQVKPDFIFFLSGVDILSTDKLGKLGCSVAGCKKRDEFVFEQCLQREIPVEVSMGGGYSKDIKTIIDAHANTYRTAQQIYF
>NC_018721|1471479:1542479|1491856_1493290_+|WP_015023936.1|DBSCAN-SWA
MKLKISVSLLILGTQTIFWGQNLEIKPYEFISKAQDTVQAELGTFKVIEDRANGGEDSIQLSFVRFKSTNPNPKSPIIYLSGGPGGSGTGTAKRGRFKLFMKLREVADVIAFDQRGTGKSVRLPNCPYSAEFELSKPTYKKEYIDKTTANISKCLDYWNTKNINLKAYNTSESAKDLDDLRKALDTDKISLWGISYGSHLAFEYIRLFEKNIDKMVLASLEGPNETIKLPKNTEHFVFQIAENAEDNYGPELNYKDLKSKIIAVHNRLKESPVTSPYKNRSGGIDTIGISNFELQLAIATFYLKNPADSKKLPKIYTQMYQGNFSEIASDVMVIKKYVLNRIRPMAFAMDMQSGISDDRRRKVSEQIDESILGSSINFLLFEWMTHSNFPQLPNEFREMADNQVDALLLSGTLDGRTYVNAGIDIAKKFKNGQHVTIVNAGHDLYMQSPLIGDLVVDFLKGEDLNFKKIELAPTVSE
>NC_018721|1471479:1542479|1484784_1485987_+|WP_015023931.1|DBSCAN-SWA
MIKIKTALVLLIFGVNLQVCISQDINFSTLDNYFIENVDNGKIAGAITLIAKSDEILHLKSYGYSDIENAVSINTETLIPIASMTKIMTTIAILQLYEKGEFLLDDPIENYIPEFKKVRVLTKPDSSSSEALTIKPTIRDFLRHTSGIVYSDGESYTDKLYLKAGFRQWNKPLEDFISAITEIPLAFQPNKKWNYGYSHDVLGFLVEKVTGTPLNQYFKSTIFNPLNMKNTDFYVPKNKSNKLSNLYRYEKGKLIVEDHRDSSIYNTLPSAISGGGGWWSPYGGVVTSIDDFYILAKMLLNFGSYNNTAILKPETVRLMIANQIGGLDAYGNKYGLGVGVEITDNGDTKEIFWAGGPYNSYFWIDYEKEIIGIMYTNTAPLGHLGMMNTYKELAEDALNN
>NC_018721|1471479:1542479|1481646_1482210_+|WP_015023929.1|DBSCAN-SWA
MRDYLKSFNILTDEDIDVFESKVIRKTLKKGDYFVQEGRTSKEVAFVVSGLFRSFYYSSAEEEVTYCFTFSNTFVSAYSSFLSQTKTVENIQALTDIELFSISRDEILKLEKSSTNWLRFFKFIAEQEYIKMEKRIFILQKESAEKRYEDLLKNQPQYLQLIPLNYLSSYLGITQRHLSRIRKSISN
>NC_018721|1471479:1542479|1487119_1488274_+|WP_015023933.1|DBSCAN-SWA
MDTTTRRYDLDWLRVIAILAVYFHHLGMPFNGDDFHIMNSESSKLLDDIMVYFEQFRLPLLFLISGTGTVLAFSKRTWKQFSKERTGRLLIPLIFGILFIVPPQTYFQYINEYSSYWQLYKSGRFETNHLWFIENLFIISLLVIPLIIFLKSQKSQGFKTWFERISSHKMGLLLGGLPLIILTIILKRYYPTDSSSLTNLSETFFYTYFFITGILFASSQLFWENLKKYRRFHLIVFTISTVLFYGYYFVPNGSIEPYLSTSVRWDIWYGLCCLLGWCFVLTLLGYVQVYLNKPSLWLKRMNEAIYPFYILHQTVLVIFGYYIIQLNVNIPLKMILLFISSFLVIVLLYRLFIYPFKVTRVLFGMKKKNEKRKNITAIRTKKLV
>NC_018721|1471479:1542479|1538411_1540010_+|WP_015023964.1|DBSCAN-SWA
MIDLKWIGSPREISFDITGMFDKLKNTAVPCYVVKDLSGRIGVTNTGTIQSEGKGLFLKAIVPAFTAEDLGDASFKEDYKLKYAYKAGAMANGIASTDLVIALGKKQMMGSFGAAGMIPSRVKEAIATIQKALPTQAYACNLIHSPIEKALEEGAVNLFIEHGVKVVEASAYMNLSEQIVKYRAVGLSLDAQDEIIIANKVIGKISRKEVAERFMSPAPIQFLDKLLAVGKITQQQYELAQKVPMADDITVESDSGGHTDNRPMIVVLPIILQLRDEIQDKYQYKKQIRVGAAGGIGTPASALAAFAMGAAYVVTGSINQACVESGTSEAVKDLLAKVTSTDITMAPASDMFELGVELQVLKRGTLFGARAKKLYEIYNRYQGIDAIPKDERLKLETKTFKMPLEEVWNRCVSFFEERDPEQIKNAQGNPKRKMALIFRWYLGLSSNWANAGDPDRVMDYQIWCGPAMGAFNEWTKNSYLREAKNRKVADVATHLLEAAAYLHRINTIKNQGVDLPLDLLHLGIEDKHFAMV
>NC_018721|1471479:1542479|1509650_1510625_-|WP_041758658.1|transposase|DBSCAN-SWA
MIKDIKYFGIDISHLVFDITDSNGNYHQFKNNSSGFKKFVKLLNQQSHCVMEATGYYHYQLAYFLLESGIKVSVENPLAVKRFIQMKLSKIKTDKSDSKLICEYAQKVDLKLWKGNTKDEMECLQITRALSVYTKQSTMLKNKLHGEAVLGEPSKAVVRSLKRSLKQLTKEMKTLEDKLLVLVKQSHQDLLTRLKTIPGIGPKTSIMLVVLTGGFDRFTSAAELCSYAGLTPVIRQSGSSVKGRPRISKIGNQKLRNLLFMCSFNACKYNKACRDLYERIVAKGKSKKLALIAVCNKLLKQAFAIAKSGLIYDKEYKSTLVRNK
>NC_018721|1471479:1542479|1498568_1498721_-|WP_169314454.1|DBSCAN-SWA
MQRYVTKKLEEKTTTRKHLDKLTIIGNDKTEHYFFDRDLVGMMDGGQPKN
>NC_018721|1471479:1542479|1502803_1503259_-|WP_015023946.1|DBSCAN-SWA
METYRKFNKPSKDEQKVAIESYDALASVIEQLKSENPEIEIEETHERIKIPLSALKFLGEILKAMSQGKPFSLVPVATEVTTQKAAEIIGCSRPHLVKLLEDGQIEYTKVGKHRRVKLEDVMRYKNRMKKIQKQNIIDIMKSDEELGIYDS
>NC_018721|1471479:1542479|1509068_1509590_+|WP_015023951.1|DBSCAN-SWA
MIKIFSFRPIVLIGLLLIVGCSNVEKSKSSISDNKDSESVKNELDTAFKKMWKNVTLKNATEYFKTDVSDNFFTINADGIVQNKSELLADTKRLEMLEILSFEFFDQQIKVYDNVGIINGRIKAFSEGTYVGEIFYTAIFVKQKDIWKYENWQGTWTKDSPPPPSFISENELE
>NC_018721|1471479:1542479|1489776_1490139_+|WP_015023935.1|DBSCAN-SWA
MNLKEKLSEITDYYAPKIVGEVNDVFIKLVKINGNKVPWHIHENEDELFYVLSGSLLFEVENREPFTMNNGDLFIVKRGLNHRISSKGECHIMLVENKMTLHTGGTVNEITKSIKEQRLS
>NC_018721|1471479:1542479|1516825_1517218_+|WP_157609261.1|DBSCAN-SWA
MIDKTLSGKQKTNFILQKYLEGILNLIDSCEKDNNTAVRIKGTTYILNERTAHKIGLNIIKTDFIQKVILTFNYVNILISNSITKRKLSFPKLTTIKTFESTVEELIKRREFIEGLNDKLKNKVTLSQSH
>NC_018721|1471479:1542479|1523215_1523827_+|WP_015023960.1|DBSCAN-SWA
MITKDYIIEITTQLYLKNGVKAVTIADITKELSTSKRTIYNHFIDKTDLMQACIERYLAGIRSNNDEIINNCSSAIEAMGIIQQQILKRADYSNAHFYKDILRYFPSVLKDSYEKNSEFAFRELLYLAKWGVKDGLFRKDLDPEVTMATVQTLLKLCNNTKVFPSAQFSKARLTEGIMVVYLRGLCTEKGLLEVEKQKHLYLT
>NC_018721|1471479:1542479|1472543_1473527_-|WP_041758182.1|DBSCAN-SWA
MFSTIFKYELNYWFKKPSFYIYLTIFFIASIGIASGIAGFFNNLDVTSSLPKLVNSPLGVYNIYNTLTVLIFFLFPSIIGVTIYKDFKSEMHELLYSYPFTKANYLFAKFFSGIAIVTSIVFIIGIGIIIGFNLPGIDPDLVGAFNFMTYLKTYLVYLLPNILLYGAIVFAVVSYTRNITAGFIAFIVLLILQIIMATLLTNPNYESFSALLNPTGASAVNYYTKYWTVAEQNNLDLPFEGFIIYNRLLWLMVATLVFGISFRFFSFSQQPVFFSFKRKLKGKRSTKSNFGSLTKVELSEVKLNFSFIHNLKTTWKLSNVNFKKIRL
>NC_018721|1471479:1542479|1483455_1484352_+|WP_015023930.1|DBSCAN-SWA
MEKIKLDTTIYGFDNDYKHNKDIRASFNILTEITFGFSMEEWYLNGYWSDKYIPYSLLHEDKIISNVSVNIIEFIIEEEKKIGVQIGTVMTKKEYQNRGLNRFLLEKVVDEWKEKSDFIYLFANESVLEFYPKFNFEIVNEYQYSISVNDNGSSSSIKRLNIEDAIEKEFLEETLKMSVPISKVSMHDNASLIMFYCLSIKKNSIYYIDELKAIVIANFEGDTLYLNDAFCVEYLNLGDVIQAMSGKDVKKVVLGFTPLNETSYDRSLLKADDTLFMLKDKVGYFKDKHSMFPVLSHA
>NC_018721|1471479:1542479|1473563_1474451_-|WP_015023921.1|DBSCAN-SWA
MELVINNLSKTYKNGVKAIDDINLKIGSGMFGLLGPNGAGKSSLMRTIATLQSPDAGSITFGDINVLKEHLSLRKILGYLPQSFGVYPKMSAEALLDYFATLKGVSSKLDRQKLVKEVLEITNLYDVRKKYVAGYSGGMKQRFGIAQLLLNNPKLIIVDEPTAGLDPAERHRFLNILREIGTNSTVIFSTHIVEDVKELCNEMAILNGGRILKHTTPEKATDEIRGQIWTKIIERDELEKIETMYNVLSSNYNQDNTLNVRVYASEKPGDDFKESEPQLDDVYFMALKQDELILD
>NC_018721|1471479:1542479|1502250_1502814_-|WP_015023945.1|DBSCAN-SWA
MIHSVRFKCVLDTNVIYPIEIRDLLFWFAYYDMFTPKWSEHIFDEWKDVMARKDVSEEEANKRAKRANDAFPDALVNNYSGLISSLKLPDPKDRHVLAAAIKTNANVIVTNNIKHFPKDYLASFGLTAKTADDFLTDIIDLNPEQAVKAFRELVLNRRNPDLDEFQVLDILRNRGLKETADFLHSQL
>NC_018721|1471479:1542479|1515191_1516211_+|WP_015023956.1|DBSCAN-SWA
MSTTILIIGGTGLIGKTIHNMLSKRDPQLKILIGTRKKDAIHNHIQLDINNLESFESLKKHSINVIIVCTKDANNHVLNYAIKHKIDYVDITKPSNELLKAHDSIKNNVIKSKIVFSSGWMGGIAPSLLYATGILAKDIQSVKMMVYYSTKDKAGSSSADFMAHNVSKPFFFYQNNVAKQTKHFLDGEDTIFHFDNQKRKVADFDIPDLYIFNQIEQIPNVRAKMTFDSKVVSAILAFMQKIGFFKMLGFREKKWIFGGSGNGDISSFEIIYADNTSKENRIVLKCDEGQSELTAFSTVLHVEKMLGNSNPKGIYFSHQLHDSKKFMDSLISNKSISIH
>NC_018721|1471479:1542479|1495613_1497596_-|WP_015023938.1|DBSCAN-SWA
MKKPTINIGILAHVDAGKTTLTEQFLYNSGAIKILGSVDKGSTRTDSLDIEKERGISIKAATTSFEWKGVKINLIDTPGHVDFSSEVERVLCIVDTAVLVVSAVEGVQAHTLNIWDSLKELQIPTLIFINKIDRQGADAETTIAQLEHDLKAKPVVLFSSENEGLTNAAITSVFNTSTHTEIKEKTIEHLLECEEHLLERFLNSESITDDDYLQRIRRLTIDNMITPVYTGIAKKNIGVTELMDGIIDYCPTSKTTTTKELSAFVFKLEHHKIYGTMAHVKVFSGELSSKSTIYNHTQQLESKINQTKQLHHTKYTDNVILTAGNIGVITGVLGTKSGDVIGNPEGIPKLPQLHIPVLTVQVIPDNNTDYNALAEALQQLDREDPSLSFKWFKAEKELQLLLMGQMQIEILEYVLNTRFSIKASFTDPEVVYKETISSKAEGYIRYWMPKPCWAIMTFLIEPAPLNSGVRYRSIVSQNDVHIKYQNEIERSIPKALVQGILGWEVTDVKITLIKGEDHNVHSRPGDFNLATPMGIMQGLKIGGTHLLEPILSFEIKANEALLGKIVSELSTRRANFETPQFVDDTFRLRGTIPVATSLDFSIKLNAITSGKLRLKLQFYGYDTCPKGEGAIREYKGVNPLDEAQWILHRRGAYKADERII
>NC_018721|1471479:1542479|1513875_1514631_-|WP_015023955.1|DBSCAN-SWA
MSKLNGKIAVVTGGNSGIGYASAKEFKSQGATVVITGRDSEKVAKASQELGVKGIVADVKSLSAIDDLVAQVKSDFGKVDVLFVNAGIFQPAPVGQISEEMFDHQMSINFKGAFFTTEKFLPILNDGASVINLSSVNAYTGMPNTAVYAASKAALNAYTRTAATELAPRKIRINSVNPGPVSTPIYGKTGMEEEQLNGFAEAMQNRIPLKRFGQPEDIAKLVSFLASDDASFITGSEYNIDGGIIINPLLS
>NC_018721|1471479:1542479|1508433_1508838_+|WP_015023949.1|DBSCAN-SWA
MKRHIVTFLIIALIKSGLLFLIILLGEWIPSAFGILRFIVFFIFIWLIDLIVLKKKLIEFINPNWIKYTLYLFGTYSMVIFITGPMFLLYNLILNIQPDSETKTPTVAIIGFLIIGLIISTINSVLILNREKNN
>NC_018721|1471479:1542479|1540390_1541824_-|WP_169314465.1|DBSCAN-SWA
MKIITIIKSGLKIISATILLIFIPSVLFYSCISSYPSSRVKSQLFNSDTKPCQTLEIKTGKKGTLQVTPNISYSDDIVAIHITGLQPFQIGSLKLSVTDSKDIRWESVACFQANESGEINPENQAPIAGGSYEGKHTMGLFWSLKPEKLSSFHFDTDLNFTISFDTGDGDRLTRTILRKSYENIENHNITKKEIRNKMVANFYLHETDTQRPTLVLLPGSGGNFQHRKAGYIASKGYNVLDLKYFGAKNLPENLENVPLEYLHNAINWLKNKPAVDSSKIALMGRSKGAEYALLYASKYNDVKALVSEVGSSVTWSSKRYIKSPWSYNGKGVPKARGGIRYLKSTGGKAQVQLPYMLSAFEKTKRIEKSSIKIENIKCPILLISGEDDLQWPSTMMSNRIKARAEKYKFNYEIKHYSYENAGHQFDDLPFIPQLDFSNISTWKSGGNFQGNALASIDSWNRIFIFLNKQLGTIELNK
>NC_018721|1471479:1542479|1501018_1501411_+|WP_157609259.1|DBSCAN-SWA
MEQRILIFIGVLSLISNTITVLMAYNFPGNIKELENLIERAVIVESGTTLSPGRWMPKTDVLTHTDDFKSFEALQRDYIIDVLNYTNWRVSGHKGAATILNIKDKTLFAKMKRLGIKKQISLKSSRWATK
>NC_018721|1471479:1542479|1531618_1538317_+|WP_015023963.1|DBSCAN-SWA
MKEKIAIIGMSSLFPGSKTVQEFWNNLMDKKDLTGMATKEDFGADPALFYKKDKGTIDRCYSLRGGYIRDYNFNSADFGSEDLNDLDQMYQWGLQVTKDALMHGGYWNKTEALDHCGVIFGNLSFPTKSSHKIMAPIYTKTLEKGIKTLLKDDSFEIPATAYEIPKNNPLEGDVSELVKNVIGLKGTNFDLDAACASSLYAIKMACDELLIGKADMMLAGAVCSSDQLFIHMGFSILHAYAGHDHKYSPLDKDSAGLVSSEGAGMILMKRLSDAEKDGDNIIGVISGIGLSNDGGGKYLLSPNPKGQTLAYERAYNGTVSKENTSYIECHATGTPLGDVTEINSLETFFGDNPEKLRLGSVKSNIGHMLTAAGMPSLMKVLLSMEHHKIPPGINLSTAIQSKKGWFTQEQIIEEPLKWETNDKQAAVNSFGFGGTNAHLVVESHHKEKSKKHTDVKLKEMAITSMEVHFGDCVNLDAFYRSIFEGTQHFSEMPIHRWKGFEKNDDLLSNFGLDTKKPLRGSFIADFEMDLMRYKIQPNEVGTMEPQQALILKVADQAIQKSNLKKGENVAVLIAMNPELAIHHYLARWDSKWQLDEALDRAGIDLEDTQKASLLGECRNILYKIENAQTPSQHTSFVGNIMSSRISALWDFSGPSFTITNGNNGTTRALEVAQNMLSLGEVDAVVVGAVEFSGGMEAVLLRNLIASVNQNKQPSLSFNVDDYGWLIGEGASVIVLKADDKITEKDAIYATIDAIGDLSTGKNIALQELVASGFKQEDDLEQAQLLAQTSDHKIALGSVKTNIGHTFAAAGLASVVKTALCLYHQFIPGIPNWKSVKKDALKNSNYYFPSQSRPWINETDYPRQALVNLSPHSRVKLSEVSHPKHPKIDNFLKKHLFVLKGNTQNELREDLNLISKDILVDDLGFIAQKCYNKAAKTKAIYSLVLVASSQKSLLQDIGFIEKQLAVAFDKNTDIKLPSGSFFSPNPSAAKGDLAFVYPGSATSYEGLGHDLFQFFPNLLSDFENKIPNLKDFFGLDYLFPKKQDLETASLNIQNDAISMMSVGVLYSTLYTHILRAYFGVKPKAAMGYSMGECSSMWYSFGIWNPGEGTKIFRNSPIFKNKFSGNLELLAEEWNISTKEAKARWQSWILLETREKVEAHISKFDKVFITFVNSEKELIISGDKSQCEMLIKALNCASVLVPFQNVIHNEFCKKEYDGLIEMHNFPLENHPEVDFYSSLTGEKIPMESLEIAENSTKVCYKTVDFPAFAKKMSINGFSTFVELGPNRTCTNWLKATLNQQQHTACAIDKKGTSSIQSLYECLAQLISNGIDIDLSLLYPNTNQKQPKKHFTKKVKTGGSPVYDVLLSEDIQRQFATVKRKEKSQNTTKNKGASQPITTKNTLEKIASMIDTSIRKTDPKTTVKIAENGLKLQDYNDPNHLKDKNVIYTKEDLIEFSEGKIGNVFGAEYNVIDQYKRRVMLPMDPYLLVSRVTGLDAKLGEYKPSTMQTEYDIPYNSGYATDTQIPWAVSVESGQCDLMLISYLGIDLENKGDYVYRLLDCTLEFIDDLPFEGQTLRYDISINSFVRNGRNLLFFFSYECFVEDRMVLKMTNGVAGFFTDEELSKGNGVVYTDSEKKVLAGVEKKNFIPFLTTKKTAFDIEDLRHLINGDAHKCFEDISYFPNGKNKSIRLAPEKMLMLDRIVKADVNGGAYGLGEVIAEKDLSPDDWYFPCHFRDDQVLAGSLQAEGGGNLLRFFMMMLGLQRLKKDARFQPIYGLQQKVRCRKEVTPNDKILTYRLVIKEIGLLPDPYVIGDLEIIVDGVITVHFANLGLQLREKDNPKYLEQPKKETENVLLNETDIEIFALGRLADCFGPEYAVYDNRALSRQPNTDLQVVSRVIKIDGERFDFSKPTNIWTEYDVPQDVWYYKQNASMTIPYAILMEIALQPCGLLGAYLGSTLLFPDKDLYLRNLDGDGELLELPIGTDFRGKVIKNKSTLTSSTSLGGYVIQKYLFEVSVDEQVFYKGFSSFGFFPKEALAQQVGLDKGKDIPAWYVQNNLTTKDYFQIKLDSLYAKMKLYKENDKANAFRLAEDQLNLLDSGVVVKNGGEFNKGYIHCSKAIHTYDWFFTCHFYSDPVMPGSLGVEAISQAMQLFALQQDLGKDFNKPRFVQVVNNKTEWKYRGQIRVNVENMHLEVHFKTIEKRGATLVLIANAYLWNEGTRIYQVTDLALGIQEA
>NC_018721|1471479:1542479|1512043_1512559_+|WP_041758660.1|DBSCAN-SWA
MIISQEDKDESVKIIQLIKKVDNIDEVYVNSESEIISQKQPFLISLLLGYRFDLKENELEEIMKIIFIIWEYFKSFEQILKIKVSEKQFEKIQQRNINMLKYFEGENGQNSQYNLVESDLRHLHSKALLTGIFFQFNHKKSLVEMNNEEKGIILIGMKSLIECFDEINAKN
>NC_018721|1471479:1542479|1513213_1513795_-|WP_015023954.1|DBSCAN-SWA
MPRVKLFDENEVLTKAMNLFWKQGYSATSVQDLVSHLGINRASLYDTFGGKEQLFKKSFELYRKINLEGVMHFFETRPNVKIGFSELFHTAIQEDILDKDNKGCFAVNTTTELIPNDKSLLLILQKNKRDFENVFYNYLKKGQESGQLSTTQDLKSLATLFYTLYNGIRVVSKTRPNKKESSDSINIVLSLLV
>NC_018721|1471479:1542479|1498390_1498561_-|WP_015023941.1|DBSCAN-SWA
MIKPISQSIPNSAPPYHKDRDVTTYLDYQFFTKVVNAEGSMASTLSDMRKVLHGTI
>NC_018721|1471479:1542479|1497824_1498013_-|WP_015023940.1|DBSCAN-SWA
MKSTLGGLRIPKKYKRLSTPYRLIARPIPLSEILADFLVDFVFTKLGFIKESFFFFLKMEKI
>NC_018721|1471479:1542479|1475545_1476241_-|WP_015023924.1|DBSCAN-SWA
MLQLILKDFRANWLYQLVSLAILFCISLLFIYHMIEENGSADPELVIYFVVVLLSSSAVSLVFMMIDEMYKMNEFCISLPVTRNQIVVAKYTSSIVQLALALVLHFLGVQVVVYFHGGLGNPELEIINNPIIWISAFMILLLFKSYSYPIYFKFGLMKGVAIHSVLQFILFVIFVVLMANYNHSWNGYPEGISWILNQNKWALLIVVTAFTILMMKGSTVLSTKIFKKKDI
>NC_018721|1471479:1542479|1519675_1520230_-|WP_157609371.1|transposase|DBSCAN-SWA
MSLNKDSYDSVNLYFQDEARFGMMNHLGKYITASGVKPIVTYQHIYKTTYLYGSYSPINGDSFVWEINGVSTNIFQAYLREFSTHNPKEYKIVVIDNAGFHSTKNIEVPQNIVLLRIPPYNPELNPCEQVWQYIKNRFKNQRFESMKSLKQWLSEMVCEMKPETIKSITGNHHFLKAFNTAFNN
>NC_018721|1471479:1542479|1523837_1529093_+|WP_015023961.1|DBSCAN-SWA
MDTINSSLKKTPVAIIGLSAMFADASNVEEYWNNIINQKDSIVDVPESRWKIEDYYDADPTIADKTYCKKGGFIPDIDFNPMEFGLPPNILEVTDVSQLLSLIGARDAFEDAGYGRESGKFTALLKEKTGVILGVGGGQKLITPLTSRLQAPIWEKALKSSGISDADIPHIIEKMKKAYVGWNENSFPGMLGNVISGRITNRFDLGGINSVVDAACAASLSAIKMAVSELIEGRCDMMLTGGVDTDNSPFMYMSFSKTPAFSQKGSIRPFDTDSDGMLIGEGIGMLVLKRLEDAERDGDRVYGLLTGVGSSSDGRYKSVYAPRPHGQALAMQRAYDEAGYDASTVKLIEGHGTATGAGDAAEFESMSMVFGKSDTTKNHIAIGSVKSQIGHTKSAAGAAGMIKAALALYHKVLPGTINVTKPHEKFEIENSPFYVNAETRPWFKNGVPRRAGISAFGFGGVNVHFAMEEYENKTSFTDRVHQTFHSIYLKATNANDLLTHLKNTVAGLNSKEATASYYNLKESSKQGTAKQNEARLGFVAESLEDCISKLEIAVKQLENNKNAWSHPKEIFFRPNGISSSIKVASLFSGQGSQYANMAKEATSSFETLQQTIAAFDAKKGYDLATKIYPKPVFTPEDNDSLEKNITNTEFAQPAIGAISLGYYKVFKNAGLVSDMVAGHSFGELTALCASGVLSESDYMTLAIARGKAMAGENTSGDAGMMLAVKAATSEIQPLIASIPGVSIANINASNQLVLGGTTEGITKAKTLLDTKSYRSVILPVSAAFHTDCVGHAQQPFEKSIQAIEFSSPVIPVYSNSTGNAYPTKTPEIKNILAQHILNTVDFKTEIENMYAAGARVFVEFGPKSILTNLVKDILADKEHFVVATNAKATKNSDLQIREAAIQLQVLGCELGAIDSNARRVAAPLVQPKMAVKIAGNNYVSPATQKVYNDALNNGFKVSNATEIVKTVEVIKEVIKEVPVSINKISTDQVTEEDMKSTIIKSAIDGIKENQSKTLDMFQTILTEQNKQTAQLLALLSDNFEGEQNPENAATVAIKTPADTSPPAPPASVSAQIVEPNKPAAAKPVIETAVPTEGNSEMLDLMLSVVADKTGYPAEMLELSMDMEADLGIDSIKRVEIFGAITEQSDKLTDINPNDLTELRTLQEIVDYISSKAGISGTSAPVAEPIAQTVVNTKPTATPVVETAVPTEGNSDMLDLMLTVVADKTGYPAEMLELSMDMEADLGIDSIKRVEIFGAITEQSDKLTDINPNDLTELRTLQEIVDYISSKAGISATSAPVAEPIAQTVVNTDPIATPVVEKAVPTEGNSEMLDLMLTVVADKTGYPAEMLELSMDMEADLGIDSIKRVEIFGAITEQSDKLTDINPNDLTELRTLQEIVDYISSKAGISATSAPVAKPIAQTVVNTDPIATPVAETAVPTEGNSEMLDLMLTVVADKTGYPAEMLELSMDMEADLGIDSIKRVEIFGAITEQSDKLTDINPNDLTELRTLQEIVDYISTKAGINATSAPVAQPVEATKSIATPLAEQGVPEEGNSEMLDLMLTVVADKTGYPAEMLELSMDMEADLGIDSIKRVEIFGAITEQSDKLTDINPNDLTELRTLQEIVDYISAKAGIRVTSEPVAQTVEATKSIATPLAEQSVPEEGNSEMLDLMLTVVADKTGYPAEMLELSMDMEADLGIDSIKRVEIFGAITEQSDKLTDINPNDLTELRTLQEIVDYISAKAGGVIKKKNLSLT
>NC_018721|1471479:1542479|1494988_1495318_-|WP_083858481.1|DBSCAN-SWA
MKWNIDPTYSEIGFRVKHMMISTVTGHFEHFKSTVETETENFNDSDISFTTQTNSINTKNSDRDASLKSDDFFNAAYPELNFTFNTNLAFKCRIKSASSSLINRYKIEA
>NC_018721|1471479:1542479|1477127_1477508_-|WP_015023926.1|DBSCAN-SWA
MKIIISNASSQPIYQQIGQQIKAQIIAGDLKEGDGLPSIRKLAKELHISVITTKRTYEELEKEGFIDVVGGKGTFVAIQNKELLREKKMKSIEDMMEETVTEALKLGITFAELQEMLSILYHDNNE
>NC_018721|1471479:1542479|1474506_1474830_-|WP_015023922.1|DBSCAN-SWA
MIISTTDKISNKEITTILGIAKRSTVRAKHLGQDIFSGLKSIVGGELEAYTSLLNEAREQAIDRMIIYAQRKGADAIVNVRLTTSSVMDTASEILAYGTAVKLTTLK
>NC_018721|1471479:1542479|1506575_1507352_-|WP_015022703.1|integrase|DBSCAN-SWA
MRCLAHLAIYYKCSPVHLSEEEINDYLFHCQNLHNTPSESFFKHTIYGLRSAYKVMGMDKKRIQLPQIKRQNDLPIVLNKKEVRELLKAPKYLKHQLMLAMLYGCGLRSYELCNLLQADIDFERKTVFVKKQKGKIDRYVPLSAHLIRGLQKYFKTENPVKHVFNSQKTTDCLPGPITTRALQWVIKECRPKVNTQKKFTAHTLRHSYATHLLEDGLNIMCLKELLGHAHIETTIVYLQVSNSGSSVKFSPLDTLFTN
>NC_018721|1471479:1542479|1478621_1480145_+|WP_169314464.1|DBSCAN-SWA
MKLLFMLLFTAFATAQTYDTVNFQNPTGRQNIDYNNEMQKGMRVLKRTDGSLILGGRSGSNANIMNDFLLICVNQDGTRCSDFGINGVQDDSGFFISTVYDYAIQNDDKIIISSNFNSDLNVIRLNSDGSRDVTYGNNGIVTIPTPSDAIGFAGNGKIFTLNDDKVIAVLNYRFSVSPSRYKTAVYKINTTGVVDNSFGTSGMLSLDYGGFSSFCSDLFQSGTSLHLLSGGIPSVGTGRVTHLQKIDLNGVPDSTFGMNSILEISNVNLSAAIDIKGSTIALCGLGLTVGLFDSTGSPISSFGAEGVEVYNITNGQDFGRDIIIQPDGKLLVLFRGRMGTVGEDGLLMRLLADGTLDTSFNDPISSTEPGVFSMSIGLGNNSQDNMLLTDDGTLFVIGYANFFNPTGFDIIISKLLILDGTLSTTDVLSNKVRIYPNPVNDLLNYEGIEDISKINIFDLTGRKLLTSIPNQQQFINLTSLAIKNGLYIIQFETLKGFITKKFLKSNL
>NC_018721|1471479:1542479|1520249_1520744_-|WP_015023771.1|DBSCAN-SWA
MGRKAILEIKESDSELNKLLLKQKTLKAEKRLKSLLAIKSGKFETRQELADFLGIHIRTLERWIVNYNAGGVEMMLTDKPKNKTSKIITPQIHKGLSQRVHDPNNPFLGYWDAQNWVEQEYGVVVKYQRIREYLIQHFKTKPKTPRKSHYKKDVEAEKAFLKTP
>NC_018721|1471479:1542479|1474907_1475549_-|WP_015023923.1|DBSCAN-SWA
MNLQIILKLVSRDFRVYRTRILGVSLMALTMGMFMIFINTNLSRMFTSGVTSFIILTVIVPFLPELKNKAVRNHTASLPLTRKEMVIARFLISIAIITINLLIYIIVYHLLLTSLDADPKYALSIDIIVFAWMNLLIGLALFYFAYFRFSFMVAMGFYLFSILFPQLLQTILQRTMGFVIEDFNQPLGLSIIALTLFSFSFFHSIAHFRKKDL
>NC_018721|1471479:1542479|1542149_1542479_-|WP_157609262.1|transposase|DBSCAN-SWA
MEENKKRIEENPEYYRLRQQITEHQFGTLKRQWGFTHTLMKGKQNVLSEVNLIMICYNIKRLVSILDTKVLKDRLKRLVPIFFGLLEEISAPRADFLLSRIPHPHSDTT
>NC_018721|1471479:1542479|1480824_1481466_+|WP_015023928.1|DBSCAN-SWA
MENTIQVLIYIHATFGGVALLAGLVSTIAKKGKTIHRKFGLIFFYSMMLSGIIAMIVAVLPNHESPFLFAVGIFSLYFVLTGNRALKFKRRNPDLKIDKWISISMIITGFLMITLPIILTNSIHIVLVVFGIVGMIFSIKDLVLYKNPDRLRKGWLKMHLGKMLGGYIAATTAFVVVNQFFPSFYGWFIPGVIGGLVIAYWSRKINKKTVSRE
>NC_018721|1471479:1542479|1480278_1480410_-|WP_157609372.1|DBSCAN-SWA
MAVDRFDIITRYGRISNKAHENRMSFRSQVAVQRRNMMDRCED
>NC_018721|1471479:1542479|1504648_1505143_+|WP_157609260.1|DBSCAN-SWA
MDSIKDYGELIKIADRIACNGKLPVLKFSSDKNDFNLLVFKMCSESNIIADYSGKNVISIENNTVIINDQIEKPFDSLKTVLRNHILNPQKQSDYSQNINKALIFYYQDSLFGKEEIKKQLIKITTEFNELNRKNGNSLPLKIKLSDYPYIRIEMPIPPPPNEK
>NC_018721|1471479:1542479|1476242_1477112_-|WP_015023925.1|DBSCAN-SWA
MSNILEVSGVSKDYGDFCLDDVSFSLPTGYIMGLIGPNGAGKTTIIKMIMNLVMKEHGEIKIFEKDHQKFEVEIKKRIGFVYDTPIHYEHLNLKQFKNTVAPFYENWDEAAFKDLVHRFNLPLNKKLKKFSKGMAMKSSIAIALSHNADFIIMDEPTSSLDPVVRRELLDFLRELMQDENKSILFSSHITTDIEQVADFITYIHDGKLVFSKTKDDVFEQYVIVKGDNDLLDDETRKSFVGIRTGAYGFEALSRNRVLTERIFEKKVLYEKASLEDIMFYTNLELKKNS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015022784.1|1471479_1472511_-|transposase	IS1595-like element ISPto1 family transposase	NA	NA	NA	NA
WP_041758182.1|1472543_1473527_-	ABC-2 transporter permease	NA	NA	NA	NA
WP_015023921.1|1473563_1474451_-	ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	6.7e-22	32.2
WP_015023922.1|1474506_1474830_-	YbjQ family protein	NA	NA	NA	NA
WP_015023923.1|1474907_1475549_-	ABC-2 transporter permease	NA	NA	NA	NA
WP_015023924.1|1475545_1476241_-	ABC-2 transporter permease	NA	NA	NA	NA
WP_015023925.1|1476242_1477112_-	ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	7.0e-24	33.5
WP_015023926.1|1477127_1477508_-	GntR family transcriptional regulator	NA	NA	NA	NA
WP_169314464.1|1478621_1480145_+	T9SS type A sorting domain-containing protein	NA	NA	NA	NA
WP_157609372.1|1480278_1480410_-	hypothetical protein	NA	NA	NA	NA
WP_015023928.1|1480824_1481466_+	hypothetical protein	NA	NA	NA	NA
WP_015023929.1|1481646_1482210_+	Crp/Fnr family transcriptional regulator	NA	NA	NA	NA
1482478:1482521	attL	NA	NA	NA	NA
WP_015023930.1|1483455_1484352_+	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_015023931.1|1484784_1485987_+	serine hydrolase	NA	NA	NA	NA
WP_015023932.1|1486153_1487026_+	LytTR family transcriptional regulator	NA	NA	NA	NA
WP_015023933.1|1487119_1488274_+	acyltransferase	NA	NA	NA	NA
WP_015023934.1|1488497_1489136_+	DUF998 domain-containing protein	NA	NA	NA	NA
WP_015023935.1|1489776_1490139_+	cupin domain-containing protein	NA	NA	NA	NA
WP_015022784.1|1490737_1491769_-|transposase	IS1595-like element ISPto1 family transposase	NA	NA	NA	NA
WP_015023936.1|1491856_1493290_+	alpha/beta fold hydrolase	NA	NA	NA	NA
WP_015023937.1|1493372_1494518_+	lycopene cyclase	NA	NA	NA	NA
WP_083858481.1|1494988_1495318_-	YceI family protein	NA	NA	NA	NA
WP_015023938.1|1495613_1497596_-	TetM/TetW/TetO/TetS family tetracycline resistance ribosomal protection protein	E4ZFJ7	Streptococcus_phage	1.4e-88	32.9
WP_015023940.1|1497824_1498013_-	hypothetical protein	NA	NA	NA	NA
WP_015023941.1|1498390_1498561_-	hypothetical protein	NA	NA	NA	NA
WP_169314454.1|1498568_1498721_-	hypothetical protein	NA	NA	NA	NA
WP_083858482.1|1498654_1498918_-	hypothetical protein	NA	NA	NA	NA
WP_015023942.1|1499203_1500484_+	4-hydroxybutyrate CoA-transferase	NA	NA	NA	NA
WP_015023943.1|1500636_1501005_+	hypothetical protein	NA	NA	NA	NA
WP_157609259.1|1501018_1501411_+	hypothetical protein	NA	NA	NA	NA
WP_015023944.1|1501631_1502024_+	glyoxalase/bleomycin resistance/dioxygenase family protein	NA	NA	NA	NA
WP_015023945.1|1502250_1502814_-	PIN domain-containing protein	K4HZX4	Acidithiobacillus_phage	3.9e-28	39.3
WP_015023946.1|1502803_1503259_-	excisionase family DNA-binding protein	NA	NA	NA	NA
WP_157609260.1|1504648_1505143_+	hypothetical protein	NA	NA	NA	NA
WP_015022703.1|1506575_1507352_-|integrase	tyrosine-type recombinase/integrase	S5W9T9	Leptospira_phage	1.7e-26	31.1
WP_015023949.1|1508433_1508838_+	hypothetical protein	NA	NA	NA	NA
WP_015023951.1|1509068_1509590_+	nuclear transport factor 2 family protein	NA	NA	NA	NA
WP_041758658.1|1509650_1510625_-|transposase	IS110 family transposase	NA	NA	NA	NA
WP_041758660.1|1512043_1512559_+	hypothetical protein	NA	NA	NA	NA
WP_015023954.1|1513213_1513795_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015023955.1|1513875_1514631_-	SDR family oxidoreductase	Q06VL0	Trichoplusia_ni_ascovirus	9.3e-25	35.2
WP_015023956.1|1515191_1516211_+	saccharopine dehydrogenase NADP-binding domain-containing protein	NA	NA	NA	NA
WP_086000785.1|1516528_1516777_+	hypothetical protein	NA	NA	NA	NA
WP_157609261.1|1516825_1517218_+	hypothetical protein	NA	NA	NA	NA
WP_015023957.1|1517587_1518496_-	histone deacetylase	NA	NA	NA	NA
WP_157609371.1|1519675_1520230_-|transposase	IS630 family transposase	NA	NA	NA	NA
WP_015023771.1|1520249_1520744_-	winged helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_015023959.1|1522452_1523097_-	4'-phosphopantetheinyl transferase superfamily protein	NA	NA	NA	NA
WP_015023960.1|1523215_1523827_+	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
WP_015023961.1|1523837_1529093_+	acyltransferase domain-containing protein	D0R7J2	Paenibacillus_phage	5.7e-20	28.5
WP_015023962.1|1529110_1531588_+	SDR family NAD(P)-dependent oxidoreductase	NA	NA	NA	NA
WP_015023963.1|1531618_1538317_+	PfaB family protein	NA	NA	NA	NA
WP_015023964.1|1538411_1540010_+	PfaD family polyunsaturated fatty acid/polyketide biosynthesis protein	NA	NA	NA	NA
WP_169314465.1|1540390_1541824_-	hypothetical protein	NA	NA	NA	NA
1540296:1540339	attR	NA	NA	NA	NA
WP_157609262.1|1542149_1542479_-|transposase	transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_018721|1682678:1831576|DBSCAN-SWA
ATCAAGAGTTAAACAATAGTGTTATAAATGCTGCTGCCAGTCGACCATAAACATGTAGATTTAAGCCTTTAGTAGATCTTACTTTGCTAGCTTTTTGTATGTCTGATTTTTCAATAAGCCAACTAAATAGCGCTTCAATTGGTTGTCTAATTTTGGATACAGCTCTTGAATATAAATCGTTTGCAGCGCGATCAAACTTTTTTAAAACATCGGGCATTCCTTTTACAGCCTTCACTGGTGTTAACATTTCCGAATTAAAATTAGCATACATATCTGTGAAAAAACTTTTAGATTGATATATTTTATCCCCAAAAAACGTTCGATTTTCTTTTTCTGACCAAGCTTCTTTAAATAGCGCAAAGTCGTTTACAGAAGCCGCAGTAAATATAATTTGTTCTGGATGTGGTAATTTAGTTGGGTTACAAAACCCTAAAGCATGCAATTTCATTCCATAATAATACATGCTTTTTGTGGAGCAAAATCCTTTATCTGTAATCTCGGGTGCAACTTTACCCGAGCGTTTTCCAGAGCAAGTGACAATAGGCATTGAATCTAATACGCTAAATTTTGTCGAACATTCCTTTGGTGTAAATTCGGTTAAAATCATACTTACAAGAGTATTCATAACATTAGAAAGCCTATTTATTCTGCGGTTAAAAGCTTGATAGCTACCTAAATCTGGAAACCAACTCAATAAATACTCACTTGCAAATTGATGTATTTTATTCATTTTAAAAATCCCTTGATGCTCCATTACAAATAGATAAATCGTGACGATTTCTTGATCTGTAAGTTTTGGAGTATTATTATTGCTAAAACGCATAGATTCGAATTGTAGCTGTTCATCAAACTTTTTACATACATAATCATATAATTTTACTAACTTATAATCCTTGTTATTGCTCTTTGTATTCAAAATAATCTCGTTGAAATTGACTATTAAGATACTGAAAATCAACCTCTTAAACAAGTTTAAGAGGTTGATTTTCAACTAATTAAACTTGTTTTTTATCTTTATTTCAAACCTTGATTCGCATGAATAGTCTTGAGAGGTGAGTTTGAATATATGTCAGTTCGAGTGAAATTTGTATCGAGAACTCGATAAAACTCATAACTTCAAAGCACTTCTCGATACAATTTTCTGTCGAAAATCACTCGAAGTGACAAGTCAGTGGTGAGTCTTGAGAGGTGAACTGGTAGACTAGTGGCTGAGATCTCTCGTCACTGCGTTTCCTTCGAGATGACAATTGCAGCTTCGAGGCTTAAAGTTTCTCGAAAGCTAGGAAACGGCCTACTAAATTAAGCCGTAAAAATTGAAGCAAAAGCCTCGTAAAATTTTAGACTGTTTGAAGCTGTTTTTTACAGCTGAGTTTCTAAAATTTAGAGGGTGAGCGATAATTTTAGGAAGAATTTCGTGAGCCTAGTCTTTTTTGTTTCTCCCGACCCTTCGGGATTGGGCGATTCAAAAAAGAAAAGGAAAGTAATTTTATCTAAAGCTTAAATAAGCAATTACGCTTAAAGCCAAAATACATCACCTAAAAAGATTCCGCATCGCGGCTATCACCTTGCACGGAATGACAATTCAAATTTTAATAAAAAAAGACAAAAGGATAGTTAGAAAACGCCCTATTGAATAAAGATTGCTGAACACTGAACACAGAATAAAGAATATCGAATTAGAGACATTTAAAATTACACTTTCGTTTTATCATTCGACTATGCGGTTACTCGAATACACAAAACTCCTCAACTCGATAAAATAACGAATAGTGAATAATTAATATTGAAGTAAAGAAATTTAAAAGAATACTTCTATTTTATAAGAGTCAAAACAAAAACAAATACTGAATATCGAATAATTAATATTGAAGTAAAGAAGTTTAAGAAAACACTCCTGTTTTATAAGAGTCAAACACTTCAAAATAATCAACTATGCAATTACTCGCTAACTCGAAACTTTTTAACTCGCAAACTCACCACTATTAAACCATCATCTCCTACTTAGAAGTATCAGGAATCCACTTTACCTCATCGGCATTTTTCTGCTTAGCGATACATCTTGCTAAGACAAAAAGGTAATCTGAAAGTCGATTTAAATACTGAAGTACCTTATCATCGAAAGGCTCTAAATTGAACAAGGCCGTACAAACACGCTCTGCACGTCGACACACTGTTCTGGCAACATGGCAATGAGACACTGATGCATGTCCACCTGGCAAAACGAAATGAGTCATTTCTGGTAAATCTGCATTCATCCTGTCGATTTCATTCTCCAAAAAGAGAATGTCTTCTTCTTTAAGCTTTGGAATTTTATTTGCATTGGAGGCTTTCCCCGGATCTGAAGCCAAAATAGCACCAACGGTAAATAGCTTTTCTTGTATAATGATTAAACCCATTTTAGAGTCTGCATCTAGATCCTGATCACGGACCAAGCCGAGGTTTGCATTTAACTCATCGACTGTTCCATAACTATCGATACGGATATTGTGTTTAGCAACACGTTTACCGCCAAACAGCGAAGTCGTCCCTTTATCTCCAGTTTTAGTATATATTTTCATTGCTCTCAATTTTTCATCAAAGATAACGATATGAAGGGTATAAGAAGACCTCTAAACAAATTCATAATTTTGAATTTTTAACTGGATAAATGTCAGTTCGAGTGAATTTTGCTTTTGAAAAAAGTGAAATTTGTATCGAGAACTCTTTTTAGCTAATAACTTAAAACTACTTCTCGATACAATTTTCTATCGAAAATCACTCGAAGTGACAACCTTGAGGCGTCAAATTTCTAGATACAAAGAAAAACGGCCTACTAAATTCAGCTGTAAAAATTGAAGCAAGAGCCTCGTGAAATTTTAGACTGTTTGAGGCTGTTTTTCAGCCGAGTTTCTAAAATTTAGAGGGTGAGCGATAATTTTAGGAAGAATTTTGTAAGCCTAGATTTTTTTGGTTCTCCCGAACCTTCGGGATTCATCAATGGAAAAAATGAATGAAAGTAATAATTTTATCTAAATCTTAAATAAAGAGTTACACTTTAAACCTAAATACATCAATTATAAAGATTCCGCATCGCAGCTATCGCCTTGCACGGAATGACAGAAATTTCTCAATAGTTAGAAAACGGCCTACTTTTAATGGAGGTTAGAAAACAAAAAAGTGGTGAAGAAAGGATGAAGGAGCAAAGCACTAGTGAAACGGTTTGCTTTGCGTGGAGGAAACGCTTTTGTAGTTTTCTAAGACATAAAAATAAGCCTAGATTTTTTTGGTTCTCCCGACACCTCGGGATTCATCAATGGAAAAAATGAATAGAAGTACTAATTCTATCTAAAGCTTAAATAAGCAGTTACACTTTAAGCCTAAATACATTAATTCCATCTAAATCTTAAATAAAGAGTTACACCTAAAAAGATTCCGTGTCGCGGCTATCACCTTGCACGGAATGGGAGAAATTAAAACTCCTGCTTAGCTTCTTCGTAATACTCCCTGAACAATTCAAGTAAAGCAATAGAAGTTTTAGTCAAATTTTTGGTCTCGAGTAAAATTCCAAAGTAAAGTTTAGAATTTTTGGGACTATTTTCAGTGTCCCGAATTCTTTCAATTTGCTTCTGTAACAGATTGGATATTTTCTCTAAAACTTTACGTTCGTCTGCGATAAGCTGTTGAATACTGTCGAATTCTTGTGATTGAAAAGCTTTTACAAGATGACCGTAAACCTCATCAAGATCCCTTTGTACACTTTTTAAATCCCGAATTTGATTGAATAACAGATTCTTGTGATTGTTGCTCACGTGAGTATGACTACTTCTTGTGATATGGGCCAAAGACTGAACCATATCCTGAAGATAATCTAAAGTCAGCACATAAAACTTGGAGGCTTCTACGTTGGTCTCTTCTAAAGACTTGATGTAGTAAAAAACATTATCTTTCAATTCATCAATCACAACATCTAACTCATCCTGACTTTTCAAGCTCTTTTTAAGTCGACTTAAGTCATGATAGCCCAAGTTATTCACAACGTCTAAAAGCAAATTATTAATTCCTGAAATCACCTTTACAATGTTTTCAGAAGATTCTTTGGTGATTTCATTAATCGTAATGATATCAGTTTTATTGAATTTCTTATGATCTCGTTCAAACTTGACCCGTTTAGAGTGTTTTAAAGCACTTTTAATGATGGACACTAAGGCAAAAACCAATAAAACTGCAATCGCATAGTAGGAACCAAACCAAATGATAAGCGATAAAACTCCTGCTGCGGTAAAGGCGATGGCCGCTGTGGCGATCCAACTTCCAATAACATTAAACACCCCTGAAACCCTATAGACGGCGCTTTCTCTCCCCCAAGCTCGATCTCCAAAAGAAGTTCCCATAGCTACCATAAACGTGACGTAGGTGGTTGATAGAGGCAAAGTATAACTTGTCCCCAAAGAAATCAGAATACTCGCTAAAACTAAATTAACGGACGCTCTCAACAAATCAAATGCTGGCTTAGCAACTCCCTTTTTATAACCAAAAGCCTTTTCAGGATAGGTAAACCTACTGTTGATTTTATTTTGAACAGGTTCAGACAGCACTTGAGAAAACGTCTGACCAACAAAAACAGAATACCTTACCACGGTTCTAGATAAGAAGTTAGGTTTAAAGCGTTCCTGGCCCTCTCCTTGTCTACCTAAGTTGACTCCTGTTTGAATAACATACTGAGCTTTACTAGAGAACCAAAGGGTCACCACCATAATTGCTCCAGCAATCACCAACAAGAATACAGGCGTTTGGACTTCACCCGATAAGCCATCCATCAGAAACTCTGAAGGTAATACCCCCGAGGTTAAAAAAGCCTCTTGCCATAAGATAAAGGATTGCCAAGCGGCGATGCTCACTCCAATAAAGTTGACTAAATCGTTTCCTGCAAAAGCTAGGGCTAAAGCAAAAGTACCTATAACGACAATCACCTTCAGAATATGACAACGAAAAACTTGAATGAGAATTTGGGAGATTGCCACCCAGAACACAAAACTAAAGCCAATAATTAAGAGCTTATTATCTAAGACACTCTCTATGATATTTTGGTCTAAAAAGGTGATAGAATTGGTTCCTTTCAGAAGTATAAAATAAGTAATCGCAGACAGAGAAACGCCCCCGTAAAGAGCGCCAATGTATTTTAGTTTTCTATGGTAGTCAAAAGTAAAAATCAATCTGGAGACAAACTGAACCACAGCGCCAACCCCAAAAGCAACGAAGACCGAAATCAAGATGCCAAAGCTAATTTCAGAGGCTTTTTGGACATTTATAAACTGCTTAAGGCCTCCAAGGCCTTCGCCTGTTTCATATAGCTTAAGCAATGAAATCACTACGGCAGCGCCCAACAATTCGAACACCACGGAAACGGTTGTCGACGTAGGAATGCCAATAGAATTAAAAAAATCCAGCAAAAGAATATCGGTGATAAGGACCGCTAGAAAAATGATGATGATTTCATCAAAAAAGAAGAGTTCAGGATTAAAGATTCCCTTCCTAGCTACCTCCATGAGACCTGAAGAAAAAACAGCCCCAACCAACACACCAAGACCTGCTACAATCAGAATCGTACGCATGGGAACTGCCTTGGAGCCAATCGCAGAATTTAGAAAATTTACCGCATCATTACTTACCCCTACCACCAAATCGGCGATAGCTAGTAAAAATAAGAGAACAATAAGGGAAATATATAGCGTTTGCATTCCAAAAAATCAACCGCAAAAGTGCTGCTTTTCTTCGATCTAAGTCATGTATTTACTGTTATGAAATGATTAAGTTAATGGGACGCAAAATAATTTCGAATTCATAATTAAGAATTTTTAATTAAATGAATGTCAGTTCGAGCCTGCCTGCGTTCCTTGGTAGGCAGGTGAATTTTACTTTTGAAAAAAGTGAAATTTGTATCGAGAACTCGGTTAAGTAGCCAACTTCAAAGCACTTCTCGATACGATTTTCTATCAAAAATCACTCGAAGTGACAAGTTTCTCGAAAGTTAGAAAACGGCCTATTGAAAAAAAGTTAAAAATCAAGGAAGCAGCTTGGGAAAAGAGATGAAAATCTGTTTGAATTACGCTTTTGCGTGATGAGTTATTTTTCATCTGTGGCTGGGGGTTCCGTAGGATTTTCTAGTTTTTTTCAAACAGCCTAGTCTTTTTTGTTTCTTTTTTGGGCGATGCAAAAAAGAAAGAGAACATAAATGATATAGAGAGCTTAAATAAGAAATTACACTTAAAAAGATTCCGTATCGCGGCTACCGCCTTGCACGGAATGGGAGAATGACAATAGTGAATTGGTGGCTGAGTGACCCGCTTTTTTTGTAGCGGGGTGCATCGAAGCCACGTTGAGAAACGTCATTTCGATACATTCTGTTTGTCAACAGAACACTCAATGACCAGATTTCATATTTAAAATTTCAAAATTGACAATTCAAATTTAATAATGACTTATTATTCAAATACACGACTTGTGACAAAGATCTCTCGTCACTGCGTTTCCATCGAGATGACAATGCTGGCTTCAAGTTTCACGAAAGTTAGAAAACGGCCTACTTTTTATGGAGGTTAGAAAACAAAAAAGTGGTGAAGAAAGGATGAAGGATTAAAGCACTAGTGAAACGGTTTGCTTTGCGTGGGGGAACCGCTTTTGTAGTTTTCAAAGACATAAAAATAAGCCTAGTCTTTTTTGGTTCTCCCGACCCTTCGGGATTCATCAATGGAAAAAATGAATGAGAATATAAATGATATAGAGACCTCAATTAAGCTAATAACTTAAAACCACTTCTCGATACAATTTTCTAACGAAAATCACTCGAAGTGACAACCTCGAACTGGTAGACGACCTATATTTAAAAATTGACAATTCAAATTTTAATAAAAACAACAAAAAGGTAGCTATAGCTTAAATAAGAAATTACATCACCTAAAAAGATTCCGTATCGCGGCTATCGCCTTGCACGGAATGGGAGAGATTCCGCATCGCGACTATTGTCTTGCACGGAATGCCAAATAATAGCCTTGCTTTAAAACTGTCCTAAAAATCCGATTACTCAGCTGAAAAGATTGGTAGCTAGGCATGCTAAGTCCATTATAAGCTTTTGGACCGAAGTGAACCTGAAAATTGGTTGGGGCAGCAATTGGCTCGTAGCCCAGATCGCGATAAATATCCATAGCACGTGACATATGCATAGCATCTGTGGCAATGATGACTTGAGCAGAGGTTCCAAATCTCGATTTGAAAGCTTGGGCTTCTTCCAAAGTAGTGGACGGGTTTTCTAACATTCTGATATGTTGCGAGGAAACACCCAGTTCAATTGCTGCTTTTCGAGTGACTGAAGCCTGACTTTCTAAACCATATTTAGAATAGGCTGAAGTTACTAATACAGGCTTGTCTAGTAAGCGAAAGACACGTATCCCTTCACTTAAACGAGAAAGACTTGTGGATCCTAGCTGTGTTAGTGCCGGTAAATCTGGGTTTAGATTATATCCTGCACCGAGAACATGAATAAAGTAGGTTTTATTTTGATCTAAAGCTTGAGGGTCAAGCACTGAATAGTGCTTTTCGATAGTTGTGACTATCAATTTCGGGACATAACTTGTTATGCAAATCAAAAGACATATAGACCCAGTAATCAAGACTAATCGCTGAAACTTATATGTTCTGAATCGAAGCCACAAATACAATAACACCCAGATAACGAATAGATTACTGAGTGTAGGTAAGGATTTAATAAATTCCATCATCAACTTTGATTTAGCAGTTAAATTTATGTAAAAGTCTCACTAAACCTCGCTGTTTTAGTAGCCAAAATTGAATATAAAACAGGTTGGATGAGGTCTATAAGAGTGTCATCTTTCATTTTAATAAAAAATTTAAGTTTGCAAGAAAGCGATTATATTTTAACTTGCACTTTCATAAAATGATGCAAAATTAAATTTATAATATCCTGCGAATAAATTGAATCATACTACGACGTAGCTCATCACAGGTTTTTTGATTGGTTGAAATTAAAAATAATTATCATAGCCTTAGTTATTGAAATTATTTGTGATTAAAAAGCAGATAAGAAAGAAACGATTTATTGCGACATTATAGGTTTAATTTGGAAAAAAAACTTCAATCCTAAATTAATAATGCAAAAAGACGCTAAAAAAAAATGGTTTGTACTTTACACAAAACCACGTGGAGAAAAAAAGCTATCAGAGCAATTAAATAGGTCAGGTATTGAAGCTTACTGCCCAACTCGAACTGAAGTTAGAGTTTGGAGTGATCGGAAGAAAAAAGTAGAAATGCCTGTTTTGCCATCAATGCTATTGGTGAAAATTGAAAATAAGCAAAGAGCAAAGGCTTTAGAATCGCCTTTGGCTATCCGTTACTTATTCTGGAACGGCAAACCTTCTGTAGTCACGCAAGTGGAAGTTGATACTTTAAGGTCAATTTTAGGAGATAGCAAATTCGAGTCTCACGAACTAGACCAGTTGCGTCCGGGTCAAAAATTAGACATGACTGAATTAGGCTTTGAAAACATAGAAGGGACTGTCCAATATGTAAATAAAAAAGAATGTTGGGTGGTACTTCAAGGAATTGGATATGTGGTCAAGTTTAAACGGTGACTTTAAAGATTAGTAACTTTGAATTTTCTAAATCTGGTATTTTGATTTTTGATCATAAGCTAGTTATTGATCACTTCTCTAATATTCTACTATTTTCGCTTATCTGCAATGTTCAAAAAACTACTGACTTTTACTTTAAATTTGGAGTGATAAATACTAAAACAGAAAAACCCCACACAATATGAAAAACTGTAGGGTTTGAAGTTCGAGAATCTTGAAAAGTATTTATTCTTTCTTTACAATCAATCTTTCCTTATGTCTAAATAAAACGGTGCTATCATTTTCAATAGGTTTATAAATGACCATTCCAGCCGCAATTTTATTATTATTTCCTATTTTCATTCCTGGAATTGTACAGGCATTTGTCCCGATTAAATTCCCATTTCCAATACTAGTATTACCAGAGATCGCTACTTGTGGACTGATGAAATTGTAATCTCCCATTTTCGTATCATGCCCTATTGTACATCTTGAATTTAGCATGTTATAGGCACCTATTTCAGCTTTAGCACAAACAGAAGCATTATGAGAGATAACAGTGAAGGGGTAAATTGATGCAGATTTTAAAAAAATAATTTTATGAAAAAATAACAGTTTTATTATTGTAGACCATCACTTTACTTTTCTATCTGCATGTAATTTAACCGCGTTTGAAAGGACAATTTTTTCTAAATCTCGACCTTTTGCTATTAGATCTTCTATAGCAAAAGTGTGGGAGACATGTGCAACATCTTGAGCAATAATGGGACCAGCGTCTAGCTCTTCTGTAACATAATGACTCGTAGCCCCTATTATTTTTACTCCACGTTTAAAAGCAGAGTGATAAGGTTTAGCACCAACGAAAGCGGGTAAAAAGGAATGGTGTATGTTAATAATATTATAGGGATATTCACTTATTATTTTATTGGTAATAATTTGCATATATCTAGCCAAAACAATAAAATCTACTTTATACTTTGAAAGTAGTTCAAGCTGCTTTTCTTCAGCTATTGCTTTTGTATCCTTAGTTACAGGAATATGATAGAATGGTATATTGAACTTTTCTGCTATATGTTTTAAATCTGTATGATTACTTACAATAAATGAAATTTCTAAATTAAGCTCTTTAGAATTATAACGACCAAGTAAATCATATAAGCAGTGGTCATATTTTGAAACAAATAGGCCCATTTTAGGCTTTTCTTCGCTCGTAAATAACCGCCACATCATATTAAACTTTTGTGCCAATTTATTTTTAAAATTCAACTTGAAATTTTCTGGAGAAAAATTTATTTCATCAAATTCGAACTCAATCCTCATAAAAAATATATTTTGTTCTCTATCAACATGTTGATCTAGATAAACAATATTTCCCTTTTTATTGACTATAAAATTTGTTACCGAAGCAATGATGTTGAAACTATCTTTGCAATGTATTAAAAGTGTTCTAAGTACATGACAAAAAACGAAATATATCAGTATCATCTTGATTTTCAGAGTTTAGTAGAACATTAGCTAAAAAAGTTAGTCCATATTTAAAAATACTTTTAGCCCTTCTACCATGTTTCTTAATTTTAATTGGATTTATTTGATGCAGATATATGCCAATTTTATAACACCACACAAAGGCTATCATAACAAGTAAAATTAATTTTTCTATTCTTTGAATATCTTGTAGATGTGTTTTTTCAATATCAAATCCACTAGACTTCATTGCTTTAAAACACATCTCAATTTGCCATCGTTTTTGATAATCTTGTTGTGCATTTTTAGGTTTATTAAAGGATACGATGATTAAAAATTCTTGTTTTAAGGTCTTTGGATTGAGTTTACAGCCTGACAAATAGCAAAGTTCTCCATTTACTCGTACAATCTTATGATAATACACAAACTCATTGGTTTTAAATCTATTAAACAAGTGAGATGCTTTAATTTCTTTGTTTTTGTGCGGTAGAAACACCTTGAAATTATTGCGAATACGAATGTAATATCTAATCTCATTTCTGTTTAAAAATGCTAACCAGTCTTTACCTACAAATTCTCTATCTGCAACAACAGATTCAATAACATGCTTACCAAAAAGGCGTATAAATCTATTGAGTAAATCAATCCGTTCCTGACTATTAGAATTCCCTCTTTTATCAAGCATCGTAAACAATAACGGAAAGGCAACACCTTTATAAACAACACCAAGCATGAAAATATTAATGTTCGTTTGTCCAAACTTCCAGTTCGTTCTATCAATACTTAAAATGAGTTTATCTCGAGAGGGAAGTAGATTAAAAACAAGGAGCGCAATGAGATCAGAATCCAAACTATAGCTTGCTATAAAGCGCTGTATGCGTCTCAAGGACGACCCTGAATCTGATTGGCTGTTAAAAGCATTCGCAAGCTTTTCAAAAGTAACTGTTTGCACTTTACACAAAGCAATGACAAAGTGTGAAATGAGTTTGAGTCTTGCTAAATTAATTTTTAGAGGTAGCTACTTAAGTACATATTAATTTGGATTGATATAATTTCGGTTTTTGCATCATTCTAGAAACAAGGTTATGAAAGATGGTTTTCTTACTTCTAGACCTATTCAATCGATAACAAAATTCATCAAAATATCCACTAATATGGAAAGAACTTACATATGAATAGGTAGTTCTAATCCACGATTTGATTTGATGAATCATAGTGTGTAAGATTTTGAAGTTTTTCCCAGAATTACTAGGTATCTGTTCGATATTAAATTCTTTAGCTATAGGTCTATATCCGCGCCACAAATCCGTGTTGATACTTGCCGTTTTTGAGATATGCTTATCAAATATTGGACGCAATTCTTTAGCAGAAAAGTCATTTATTTGATTCACGTACATTCTTTTCACTTTTCCATTTTCTGTTAGTTCAAGGGCTACTACAGCTTTTTATTTCTTGGTATTATAGCTTCTCCCAACCTTACCATCTTCTTTTCCACCTACCACAAATTCATCTACCTCAACGCGATTCATCATTGGAAAGTTCTCACTAGACTTCATAGCATCACGAACCTTGTACATGAACATTCGGGCAGTATAAGGTGTAACTCCTACTCGTTTTGCCAAATAACTTGCTGATAAACTACGAGTAGTCGTTGCCATTTCAAAACAGATGATAAAAGCCTTATCTAATCCAAATTTTACTTTATGAAAAAGCGTGTTTGCAGATGCTGATTCTGTATGACTACATTTATTACAGGTACGATCATAATTGGAACGAATTTGACAAGCACTATGACTACATTTTACACATTTGAAACCATTTTCCCATTTTATTTCTGATAGGTATTCCTTACAAGAAAGCACAGAATTGAACCGAACATAAAACTCTTGGGCATTTTGCCCTTCAAAATTAATCATACAACTCTTATTTTATTCACATTCAAGATACAAAAAACTATGAAACTAAATAGCTACCTCTATTAATTTTTCCTTGTAAATGAGTGTTCAGGACTGAAGTTAATTCACTATTTTTAGTGAATGCATTGGTTTTCTTCATTAGAAAATAAGTGAGATTATTCATCTAATATACTGAAAATCAATGCTTTATTCTAATTTCTTGGCACCTAATTTGTTGGTTTTCAATGAATTATATTTTTGTCATGTACTAAAAAAAGTGTTATTTTTTTCATTGTTATGAAATGTTAGGATAAAACATCTTGAATTTGACTATTACTAAATTAAATTTATAGAGGTCAGTAGTTAGTTACTTATTAATTCTGATTGATATATTTTGTCTCCTTCCACCATTTTGACAATTAGATTATTGAATATAGTTGCTTTACTCCGTGATCGATTTATTCTAAAACAAAATTCACTGAAATATCTATTTAGATTATTATCACTTACCCAAGAATAGGTCGTTCTGATCCAAGATTTAACTTGATGTATCATTATATGGAGCGCTTTAAAATTCGATCCTCTGTTACTCTCAATCTGTGTTATGTCATAAGCTTTTGAAATGGGTCTATATCCTCTCCATTTATCTGTTGTGACCATCGCTTCTCTGCTAATATGATTGACAAAAATATATTGCAATGATCGGGCTGAAAAATCATCTATTTTCATAGCATACATCCTCTTTACCTTACCCTCCTTTGTAAGCTGGATGGCCGTTATCGCCTTCTTTTTCTTGCTATCATAGCTTCTTCCTGTTTTCCCTGCTTCTCGGCCCCCAAGGACAAACTCATCAACGTGAACATCGCCATCCATAGGGTTTTTCCCACTAGAAGCCATAGCCTCTCTGACTTTCAACATAAATAGTCGAGCAGTTTTTTCAGTCACACCATAACGCACACCCATATAACTTGCTGATAAACTTTTAGTGCTAGTAGCCATTTCGAAGCAGATAAAAAATGCCTTTCTGACTCCAAACTTAACTTTGTGAAAAAGAGTGTTGGCAGTAGTAGATTCTATGTGCCCGCAGATGTTGCACTGCCTTGCAAAATCAGTACGAACTTGACAAGCAGTGTGATTACACCTGAGACATTTATATCGAATTTCTGACTTCACTGAAGCTAAATATTTCTTGCAATCTTCGTCTGTTTTGAACCGATCAGAGAACTCTAAAAGATTTTGACCCTTAAATACGTCCATAATTATATATATTTACTAACACTAAAATAGGTATTTATATACTTACCTCTACTATTTTAATTTCATATAAATAAATTTAATTATACTACGACGTGGCTCAGCACAGGTTTTTTAATTGATTGAAATTAAAAATAATTAGAATAGTCTTAGTTACGGTAATTATTTTTGATAAAAAGCAAGCGAAAAAGAAACGATTTATTGCGTCATTATAGGTTTAATTTGGTATTACTTTGAATTTGAAATAATAAATTTTAAAACAAAAACCCATACAATATTAAAAACTGTAGGGTTTGAAGTTTGAGAATCTTGAAAAGTATTTATTCTTTCTTTACAATCAATCTTTCCTTATGTCTAAATAAAACGGTGCTATCATTTTCAATAGGTTTATAAATGACCATTCCAGCTGCAATTTTATTATTATTTCCTATTTTCATTCCTGGAATTGTACAGGCATTTGTCCCGATTAAATTCCCATTTCCAATACTCGTATTACCAGAGATCGCTACTTGTGGACTGATGAAATTATAATCTCCCATTTTCGTGTCATGCCCTATTGTACATCTTGAATTTAGCATGTTATAGGCACCTATTTCAGCTTTAGCACCAACAGAAGCGTTATGAGAAATAACAGTCGTAGGATGGATAACACACGAAGGTGATATTATAGCTGTGGGATGAATAAGTCCTCTAAATCTCGCACCCTCAGACACTAATGTTTCAATGATTTTTTTTCTATACTCTAAGTTTGCAATGCCCATTAGGTATTTGGCATTCTCTAGGACTTTGTGATCCTTAATCCCTCCCAAGTAAGGTTCTGAAAATCCATAATGTTCGTAGGTTGATTTGTCATCATCAATATAACCTATGACTTCAATGCGATCTGCTGGCCTTGCATTATTGTTATGGTTAATATAGTCCCTTAATTCTGCGGCATGTCCACCTGAGCCTACAATGATTATTCTGTCCATATTTTTTATATTTTTAAAGTTAATTTTTTGTATTGTGAGTTAGCAACGGGTAATTGGTTTAGGGTGAGCAAGCTCACTGGTTTAGTTGAAGACTACGTCTTCTGTTTAGAGCGAACGATTTTGCTAGTTTAGGAGTTGGTTTTGGAGCAAGCTCCTTGTTTAGTTAAGGACTACGTCCTCTGTTTAGAGCGAACGAGTTCGCTAGTTTACTTGTGCATTTTATTATTTAAATACTAGCCTATGGCTAAATTCATGAACCAACAAAGTAAGCTGTGCCTAAACAAGTAGCGCAAGCTACCTACTAAACTCCTAAACTAACAACGAAGACATGTTTAAACAAACAACGCCAGTTGCTGACTAAACATTTTGCGATGGCAACGAGTAACTGATTTAGGAGTTTTGTCGTCAACAAGTTGGCTGTTGAGTTGAAGACTACGTCTTCTGTTTAGAGCGGACTAGTTCGCTAGTTCAGGAGTTGATTTTGGGCGAACATTCTCTAAAGCGTAAGCTATACTAAACTCCTAAACCAACAACGAAGTTGTGCCTAAACAACTAACATAAGCTACTCACTAAACTCCTAAACTAAGAACTAAGATATGTCTAAACAAACAACGCTAGTTGCTAATTAAACAATTTACGATAGCAAAACGCTAAACAAACAGCGCAGCTGTTAACTAAACTACTGCGCAGTATATCCACCATCCAGAACCATTTCAGTTCCAGTCACCCATCTTGATGCATCAGAAAGCAAATAGGCGCAGGCATTAGCTACATCTTCTGGCTCACCAAAGCCTAGCGGATATTTGCTTAAAGTTAATTTTAGTAATTCTTCATTCTTTTTATAGGTTGCAGAGGCCGTCATCGGCGTATTTACGATTCCTGGTGCAACAGAGTTAACTCTAATTCCTTTTGCTGCCAATTCAATAGCCATAGATTTTACTCCAGCAGAGACAGCACCTTTACTAATAGCATAAAGTGTTTTTGCTTTTTCGCCATGTGTTGCCATGATAGAGCTTATAAAAACGATACTCCCCCCTGATTTACTCATCTTTTTAAGCATCAATTTGCTTAAATAAAACGCCGCATGAACATTGATTTTTAAAAGTCCCTCAAGTTTTTCTGGTTTAAACAATTTAAATGGGAAAGTAGATGTAACACCAGCAGCATTGACTAAACCATGAATTGCCCCTGTGCTTTCTAAAAAAGGTTTTAATACCTGTTCTAGAACTTCAAAATCTGACAAGTCAACAACTAAAGATTTATGCGCACCCAAAGATAATTTGGATTTAACCTCTTCTAAACGCACCTCATTACGACCCAATAAAAGCAAAGTTGCGCCTAATTGATCACAAACAATCGCCGTTGCTTCACCAATTCCAGATGAAGCACCGCTGATTAAAATTGTTCGTCCTTTAAGTGTAAATGGGTTATTCATTCAACTTCTATAATCTCTGAAATTTTTATATTACTTACAGGCAAACATGCTGATGCCCATGACATTCCTACGCCAAATCCACATAAAAATAGTTGTTTTTCACCTTCCAACTTATGTCTCAGTTGATCGACAATAGTAATGGGTATAGATACAGAAGAGGTGTTACCATATTTAGCTATTGTTGAAGGAACTTTTATTACATCTAATTTTAGTTTCTTAGCTAGGTAATCATTCATGAATTTATTGGCTTGATGAAAGATTAAATAATCAAAATCATCTATGCTTTTGTCTGCAAACTTTAAAGTCTCTTTAATGTTCTTGGGGATTTCTCTCAGCACAAAATTAAACACATCTGCACCATTCATATATCCATGCTCATCTGTCCGGATATTACCATGTTCATCAACTACTTTTTCCTTAATTGTTTCAGCCGAACTCGGATTTCTGTAGCCACCAGCATCTATTTTTATCAGATCTGCTTTTGACCCATCAGAATTCAATGAAAAATAACTTTCTCCTATTCCTGTCTGTTTTTCAATAATGGCAGCCACTGCAGCATCTCCAAAAATAAAACCAGTTTTTCTGTCTTTAGGATGATAAACCTTGGAACGGGTTTCGCCATCCAATAAAAGCACTTTTCTTACGCCTGGCATTTGAGCATAAGCATAAGCAGTAGATAGACCGTATATAAAGCCTGAGCAGCCTAAACTAATGTCAAATGCCGCTGTAGATTTTGGTAAACCCAACCGATGTTGCAAATTTATAGAGGTTGCAGGCATTCTGTAATCAGGGGTTTGAGAAACAAATAAAAGTATATCAATTTCAGATTTATCTATTTTCAAATCATCCATTAATTTCGTTGCAGCTGCAAAGCAAAGGTCTGAAGATGTCATGCCGTCTGGTGCAAAGCGCCTCTCTTCTACACCTGTTTTGTCAACAATCTCACCAACAGTATCTTTATCGAAATGGGCTGTATAGTTTCTATTCACTATGGTGTGCTTTGGCACAGCCCCCGACATCCCTAGTATGGATACATCCTTAAATTGTAAATTAGCCATCAGCTTGAACTTTGGTTTGAACTTTATCGTATAAATCTTGAACTGTGGTCATGTTCTCAAATTCATCATCACTAATTTCTATTTCAAAATGTTCATCGAGTAATGCAATAAGAGACAATCTAGACATAGAGTCCCAAGTGTCAAAATCTGACATAACATCACTCATTTCAACTTTGTCTTCTTCAATTTCTAAGGCTTCTTTAAATGCATTGAGGAATTTTTCTTTCATAATCTAAGATTTATAATTGTAAATTTAATGGTTTTTTTGGAGTTGAGTAGTTTGTGGTTTATTTAGTTGCAAATTCGTGTTTGCTGGTTTAGTTTGGGCAGCAAGCTACCTGTTTAATTGAGGACTGCGTCCTCTGTTTAGACGCAAACGAGTCCGCTGGTTTAGTTTGGGCAGCAAGCTGCCTGTTTAGTTGAAGACTTCGTCTTCTGTTTAGACGCGAACTAGTTCGCTAGTTTAATTGTGTATTCAATTATTTTATTCTTTAACCATTAACCTGTGGCTAATTTCTCAAAAAAAAGTATAAAACACTTACTAAATTCATGAACCAACAGCATAATTTGTACCTAAACAAGTAGCGAAAGCTACTCACTAAACTCCTAAACCAACGACGAAACTGAGTCCAAAAAAGTAGCGAAAGCTACTCACTGAACTCCCAAACCGACAAAGTAAGTTGTGCCTAAACAAGTAGCGTAAGCTACTGACTAAACTCCTAAACTAACAACAAAACTGTGTCCAAACAAGTAGCGTAAGCTACTGACTAAACTTATAAACCAACAGCGTAAGCTGTGTCTAAACAAGCAACGCCAGTTGCTGACTAAACAATTTGCAGCAGCAAACCACTAAACTATATCCTTAAACTTTTCGTTAAGGCGTCCAACATGGCTAATATTTCATCGATTCTTACTCTGCTTTTTTGGAGGTCTTTGTTTTTGATGTAACCTAATTCTTCAGCTATTAAAAGTTGGTTCAACACTTCAATCATTGAACTATAAGATATGATATAGAAACGTCTTTGGTCTTTTGGTGTTTTCCTCGAAGATCCTTCTGCAATATTTGAACTCACTGAGACACTTGCTCTTCTTAATTGTGAGACCAAACCATACTTTTCTTCTCTAGGGAATGCTTCAGTCAATTTGTAGAGGTGAATTATCCATTGTTTAGATTTTTGCCACACTTTGAGCTTCTCGAAACTGTAGGTTTTCATTTATGTTGAGTTGGCAACAAGTTGCTGGTTTAGTTGAATACTTCGTCTTCTGTTTAGACGCGAACGGGTTCGCTAGTTTAGTTTGGGCAGCAAGCTGCCTGTTTAGTTGAAGACTGCGTCTTCTGTTTAGACGCGAACGGGTTCGCTAGTTTAATTGTGTATTCAATTATTTTATTCTTCAACCGCTAGCCTGTGGCTAATTTCTCAAAAAGGCAATATAAGACACTTACTAAATTCATGAATCAGCAGCATAAGACACAAACTAAACTCCTAAACCAACAGCGAAGCTGTTAACCAAACAAGTAGCGTAAGCTACTGACTAAACAGTTTGCAGAAGCAAACCACTAAACTTTAGTTCCAATAAAAGGCTTGGTCGTTGCTTGTCCTTTGGTATTGATACCTTCAGATTTTATAACTTTGAACACCGTGCTAAAAAGAATCTTTAGATCCAGAGCGAAGTTTTGGTGTTATACATACCAAACATCAAGATTAAATTTTTGTTCCCAAGAAATGGCGTTTCTACCATTGATTTGTGCCCAGCCTGTAATTCCTGGTTTTACCAAATGCCTTTGCTTTTGAAAATCTGTATATAAGGGTAAATAATTCACCAATAATGGACGTGGCCCAACTAAACTCATATCCCCTATGATGACATTTATCAATTGTGGAATTTCATCCAAAGACGTTTTCCGAATGAAACTTCCGATTCTAGTATTAATATTTTATTTGGAAATAAATTACCTTTAACATCTTTCATGGCCCTTAATTTAATCACTTTAAATAATCTATCGTTTTTTCCAATCCTAGAATCAAAACAAGGAGATCTATTAAAAAACCAACTAAATGTTTAAATATTTTGGGCTCTAGTTTAGGTCTGCGTTGATATTAAGTTTTCATATCTAGATTCGATTTGATTATACCGTTTCAATGTACCTAGAGCAATTGTTTCTTCCACAAAGGCGTTGGCTCTATCGCTTCTAGACTTTATATTTTCCTTTATTCGATACCAATTCATATATTGTTGTAGATATTTTGTTGATACTCCCCAAAAGGTATTTTCAATCCATTTTTTAACTCTATTGTGAGTAGAATTAACGTGTTGTATGTGATACTTTCCTTTTACTCTTTCTCCTTTTGATGCATTTACGATGTGGAACTCTGTTTCGCTATCTTTGGCAAACCCTTTATAACTGTGATGGGCATCGCTACACAATATGGTTATATCCTTTATAACACGTTTACCGATAGCATTTTCTATATCTACTTTTCCTATTCGACCGAGTTTAGCCACGCTAAGGTCTAATGTTGATTTTCTATCCTGTGTTACAATTACCGCAACTTGATCTTTACTTATACCTCTCTTTTTAGACTTACCGCCTCTTTTTCTTGATTCCCTATCTTTTACCTCCATACCTTTTTCTGATCTTAGGAAAAAGGTTTCGTCACTCTCTGTAATACCTGTAAAGTTGTCTTGGTCATCGTCATTTTTAGTATCGAATGAAGCTAATATCTTATGACGCCAATCAAAGGCTGTCTTTTTATTGATGCCTAATTCTGAACTTATTTTATCTAAACTTTTTTCTTGAACCATAAGACTTAAATAAGATGAAATCATATCCTTTCTTTGAAGTCCCGCCATCCAAGTGCCAGTATATTCAGTAAAGCTTCTATTGCAAGACTTGCACTTATAGCGCTGCGAGCCTTTGTCAACTCCAAAACGAACATATTTTTCATGTAAACAATGTGGGCATCCGCCCATTTTATTATCTAAAATATGGCGACGGGAAGCCCGCTCAACCAATTGATTATGCTCAAGTGAATCTGTAATATCCTTTAACAGATTATCACGATCTAGAGTGGATAGTGATAGTATTTCCTCTTTTAGATTATCTATGTTCATAATCTAAATATACATATAATAGCTGTATTAAACTAGAGCCATATTTTGTAATAAATAATCAAGTTTAATATTATTTATTATTGAATACGTGTTCGCTTTAAATCAAGTTGAAATAATTAGTGTAAGGTCGAAAACAGACACTAATTATATTATTGTTAAAAACTAAACAATATATTGTTTTTCGTATATTATTGGAATTTGTATAATGCAGAACCCCAAGCCATACCTGAACCTACTGCAGCCAATAGTATATATTTAGCATCCTTCAAAAGGCCTTTTTGTAAAGCATCGTGATATGCAAGAGACACAGTAGCACCAGATGTATTTGCATATTTATCCATGTTAGTGAATACTTTTTCAAAGGGTAAGCCTATATCTTTAGCTATCGATTTTAAAATACTAATACTAGGTTGATGAGGTATTAACAAATCAATTTCATCAATAGAAAAATTATTTTTAACTAATAATTTATTTATAGCTTTTGGGACTGCAGTTGTAGCCCCTTGATAAATTCCTTTTCCATCCATGTGAAAATAAGATTTAGATTCAGAATTTTGTGGTTCTTTATTTTCTATAGTAAATATTTCTGCACCTCTACCATCAGAAAATAGATTAAAATCTATAAAACCTTTATTCTCCTCTGTTTGACTTAAAACTATAGCGCCAGCACCGTCACCAAAAAAAACTGAATCTCTTCTTTTCCAATCTGTAACTTTTGAAAAAGTGTCAGCACCAATTACTAAGACATTCTTATAAGTACCAGTTTTAATAAATTGATAAGCAACTGACAAAGCATATAAAGCACCTGTACAAACTGCCGAAATATCAAAAGCACCAGCATTAAAAGCTTTTATTTTATTTTGAACATAAGACGCACAAGATGGCGCTTGTTTGTCTGGAGTCGAAGTTGCTACTATAATTAATTCTATATCATCTGGTGTAAGACCCGCATTAGAAATTGCTTCAATACCAGCCATAGATGCTAAATCGCTTGTGGATTCATTTACTGTGATTCTCCTTTCTTTTATTCCTAAGTTATTAAATATCCAATTATCTGAGGAGCCTACTTTTTCAAAATATAAATTTGAAATAATTTTTTTTGGAACACACATCCCAGTACCATTTATAAATACATTCATATGTAAATTTTGAAACAATTTTATAACATATATTTGATCTAAACAAGAATATGTAATAAAAATCAAACTAAAAAACTTTGTTTTTATTACATCAAAAATAACTTACTTACGAATGAGAAGTCAACATGTAGATTAAATTTTACTACTTTTTTAAGAGTAATTAACTATTGAATAATTAACTTTTGATTGTTCTAATTGTCATAAAGGCTTCAGCTCTATTAAAACCGACTGTTGAACCTCTGAACTTGGCTAGTGACTCTATAGTTTCCAAAGATCTTGTACTTGGAAAATCTCTTATCTGACTTTTGAAACATTGCATCGCTTCAAATTTATAAGACATCGTTTCAGAAATGTTTACGAAATGATTTGGAATAAAAGCATCATCACTAAATGGTGCTGCCCACTCTGTTTCGGAAAGGGTTTCATATGCATAAATAGCTTTTACCGTAAAATTTCCAACTGGTCTAGCCGCTACTAAAGAAGCCTCAAATACTTTTCTATGATCATTGTGTATATCTCCTCTGTGTGGGATAAATAAGTCTGTTATTTTCCATTTTGAAATGTACTCTGAAATAGCTTTAGAAATTTCTGCATTGCTAGTCATATCTAGTTCAGGTGCATGAAAATCTAAAAAAACAGTTTGCCTAACACCTAGAATTTTATGTGCCTCTAAGGCTTCATTACGAACATTTTGTATTTTTTCGTCAGAATAATACTTTGGTGTGCCTCTTGTTATTACCAAAACATAAACTTCATGGCCTTCTTTACTAAATTTTTTAATAACTCCGCCAGCACCCAACACTTCGTCATCTGGATGAGGTGCAATAATTAACTTTTTTTTCATTTTTTTTGTTTAAAATACATCTGAATCACTCATTGATATGTACCAATTTTTATAATTAGTAAATAGTTCTGGCATAGAATGATGTATTCTAGCTGCTAAATATGTTTGAGGTAAAACAGGAACAAATCCCTGTCTTTCTAAAAGTAAATGATTTGGATCAAATAAATTTGTCCACATAGATACCCTATCAAATTCGAGTTTTGATTCCTTAATAATAAAATCAATATAATCGTGTATTTCTTCATAATTATCCATGTAGCAATCCACTATATTTAAATCGTATTTATTGTTATTCCCTGTTGGATAAAATTTAGTTATAATCACTGCTTTTCCGGAGTCAGATTCAAACTCATAACACCAATATTTCGTAGTTGGTTTATCTGTAAATCGCCAATTTAAGTATGCTACATCTTTTTTTACATAAACACTAGCGAATGAAGTAATCTTTTCATTTATAAAGTTCGCGTGAGGTTCATCAAATTTATCAATTATTTTTACTTTAAATTTAACATCTTTTTTTTGAATTTTTTTTATGTCTAAACCTAAGGTGTGTAAAACAGATAAATTGGACCACTTTAAACTTTTTACAAAGCCGTAATGGGAATTGTTATTTGGAAAACCCCATACAGCTTTACAATTCAAATTGTTTTCTAATTCATCATATAGCGATGTTGATAATTGTTTAAAAATACCTCTACCTCCATATTCTGGATGGGTCATGGTAGATAGTGAATGAGTTGTTAATACATCTTCGCCGTCAACTTTCATAATGATTGGAGATACAGCATATTGGCCGATTAATTCATCTCCATCCCACATCAATTTAATCAAATGTTTACCTGCTGGGTTATACCTAAAGCGCCACATCCAATTTTCAATACTGAATTTTTGTTTAAATACTAATTCGAATAACTCTAGTATTTTGACTTCATCTCCTTCAACATAATTTCTGATTTCCATATTTATAATTTTGGCTTGTTAATAAATTTATCTTCACCTTGAAATATGATTAAAAATGTTTTTAGAAAAATCTTTAAATCTAATAGAAAGTTTAAATTCTCTACATAGTATTTGTCATACCACCATTTTTCTTTCCAACTCAAATAAATACTCCCGTTAACACCAGCAATACTGCTTAAACCTGGCCTAACTTTAAACCTATAATCATCTAAATTATACTTTTCTAATACATTTGGAAGACATGGTCGAGGCCCTATGATAGCCATATCCCCTAAAAATATATTAATAACTTGAGGCATCTCATCTATTTTAAATCTACGTAAATAATAACCAACGCCTGTAATTTCTGCATCATTCTTATACACCTGTTCAATTTTTCTTTTCTTATGTGACATTGTTCTTAATTTATAAACATTGAAAGGTATCTTGTTTTTGCCTAGTCTTTCTTGCATAAAGAAAATAGATCCTTTAGAATCAATTTTAATTAATATTGAAACGATTATAAAAGGAATAAATAATATTAGGATCATGAAAAATGAAAAAAGCCAATCAAATAATCTTTTAAAATATAATTCGTACATATAATGATTTGTTAACATTATTTATATTAAATAATATTAGTTCTTGTGGCAATTTTATAAAATTAAAGACCGGACTAACTTAAACCATTTGTTTTATTTAGAATACATCAGGCTTATTTTTTCGGTTTTAATTGCGAGCATCAAAAGTAAAGCGATGAAGTCAAATCAAGATTTATTAAAGAAAAGATTTTGCATTTTCTTTAGTAAAGCTAAACGATGCCTTTTTTGCATTTTCTGCATAATCATTATACTTTTTTTGATTTATACTTAATTCAATTAAAAAGTCTTTAATCAATAATAAATCTCTAGACTTGAAAGATTTTCCGCACGCTCGGGTATCAATTAATTTTGCTAAAGCAGATTCTTCTGAACAAATTGCAAGAATAGGTTTCCCAACGGAAAGTAAATTATAAGTTTTACTCGGTATGCTGAGATGCGATGCATAATCCTCTAGGGTTACCACATTTACATCGCCTGCTTGCATATTGTGAGGTAATAATTCTATCGGTTGCCATGGAAGTAGTGTAATATTTGAGATATTTTTTTCTGCAATTAAAGATTTAATTAATTCAAATTTATGCCCCCCCCCAATAATGATAAAGTAGAAATTTTCTTCAATGCAGACTTCTGCTAATGCCACAATTAATTCTACTGGATGGGTTTTACCTAAGTTTCCGGAATAAGTGACTACAAATTTGGATTTATCGATTTGTAGCTTATCAATAATTAAATTTTCATCTTTATTAATAATTTTAAAGAAGTCATTGTTGGTCCATATCGGTACTATTTTAATGTCTTTATCTGTATAGTTTCGGACTTGTTCGGCAAGTTCAGGTGTAAGAGTATAAATATTTTGAGCATTCTTAAACATTTTTTTTGAGAGACTTTCGGCTCGTTCAACAATCCAACTTTTCTTTTTAACATATGAAAAATTGACCAAAGCATCTAAAATTAAATCATAGACAAGTACGTCATAATTCAGTTTTAACATATAAGGAACAAAGGGCGCAAAAGGTGGATTAGTAATCGCAATAACCCTTGCTGCTCTATATTTAAAAAGCAACAAACAAAACATTTGTAGAGAAGCTAGCACCCATGTATAAATTCTACGTACAGGTGTTTTTTTATCATATTTAACTATTTTATGCCAAACATAATCTTCTGATAGTTTTGTTTCTCTCTCTACGATTGTTCCTGCAATAATAACACACTTTTTGTATTTTTTAGACAGCGCATCTAGCATATCTATTGAAGATAGCCAGATGCTGATCTAAAATTACAACAGTATCGTCTTTGCCATTTATTTGTTTGAAGTTTTACCTGTTCGTCAATCCATTCAAAAGTAGTCTTCATGCCTTCAATTAAGGTAAGATTTGCTTCCCAACCCATTTTTTCCTTGAAAAGTTTGTTGTCACTATTACGCCCTTTCACACCAACAGGACAAGAGAAACCATATTTTTCTATGAATTCTTCACCTTCAAGATTATCAATTGAAATATTTTTACCTGATAATTTAATAGCCATTTCTGCCAATTGATTAATCGTAACCATCTCTTCCGAGCCAATATTTACAGGCCCATTGAAGTGGTCTTGTCTCATAAATCTCAGAACAGCTTCAACGCACTCATCAACATGTAAAAATGATCTTGTTTGTTTTCCATCACCCCAAACTTCAATTGAACTACCATCGGCTGTTTCTGCAGCCTTACGACACATGGCAGCTGGTGCTTTTTCTTTACCTCCAATCCAGGTTCCCATTGGGCCAAAAATATTATGAAATCTTGCTACTCTCACGCTTAATTTATAGTTCCTGCTAAAAGCTAAGAATAAACGCTCTGAAAAAAGTTTTTCCCAACCGTATTCAGAATCAGGGTTGGCAGGATAGGCCGAACTTTCTTCACAGTTTGGATTATCTGCATCCAATTGGTTGTGTTCTGGATACATACAAGCAGAAGATGAGTAAAAGACCCTTCCAATTTTATTTTTAACACATTCATGGGCAACATTTAGATTGATTAATGCTGAATTATGCATCACATTGGCATCATTCTCACCCGTAAAAATATAAAGTGCTCCACCCATATCAGCAGCTAGCTGGTACACCTCATCATAGGACACATTTTGTTTGTTTTCAAAAGCTTTTTCAACTATGCGAGGGTCTCTTAAATCCCCTTCCATATATTCATCACAAATCAATTGGTGATCCCAAAACTCATGATTTGGCTTTATATCGACTATTTTAACATAGAACCCTTCTTTTTTTAATCTCTTCGCTAAATGGCCACCAATAAAACCGCCACCTCCTAGAACTAGTGCATTTTTCATAAAATTTCAATTATATAATTATTTGATTATGTATCTCTTATTTAATTTGTAATTCAAACAAAGGTCTAAACCTTATTATAACATTTTGTCAAAATTAACATTTTACAGTATAAAAATTCAGCTTTTACAATTTTTATTCTCTGTTGTAATCATCTTCTATTCTAACAATATCATCCTCGCCAAAGTAGGTTCCCAGTTGTACTTCTACAAAAACAAGAGTTTCTTCACCAATGTTCATAATACGATGTTTTGCATCTAATGGAATTTCAATGACATTTCCTGCTGCATGATCCGTATCCACATCATTTAGTGTGATTCTCGCTTTACCTTGAACAATTGTCCATACTTCAGAACGTTTGTGGTGGTATTGATAAGAAAGTCTCCCACCTGGTTTTACTTCAATTCGTTTTACTTTATGTGTTGGTGCATCTTCAAGCACAAAATACTTTCCCCAAGGACGCTCTTCGTGTTCCATATTATTCAATTAGTTTAGTATTTGTTTTCAATAATCTTTGATAAATCTTTTTCACTTCTTGCGATTGCTCAATAGGCATTACTAAGATAGCTTCTCCGCTTTGAATAACCATCGTGTTTTCTAACCCATGTAACTCAACATGAGCTGTTTCTGCAATGACGAGGTTTGAATCTTGGACATAAGCATTTTTTGAAGAAAAATAGTCGAACAATGCTTCAAAAGAACCTAAATCAGACCATTCAAAAGTACCTTTAACCACCTTTATCTTTTTGGAGTGTTCCATCACTGCATAATCAATACTTTCTGATGGAATTTTTTTTGATTCAACAGCATCTAAAAAATCTGTCTGCTTCAAATTCATCACGCTTTTACAGGCCTCTAGAATATCGGGGCGGAATGCACTTAATTCCTCAAGGTATGTTTTGGCTTTAAAACAAAAAATACCACTGTTCCATAGGTAATTCCCAGCCTCCACAAATGATTTTGCTGTGTCTTTATTAGGTTTTTCATGAAATGCAACCACATTGGAACCCTCACTTTGAATGTAGCCATAACCTGTTTCTGGTTTTGTAGGTTGAATTCCAAAAGTTACTAAGTAGTCTTTTTCTGCAAAATCAAAAGCTTCGTTTAGGGCTTTTTCATAGGCTTTTTCATCTTCTATAACATGGTCAGAGGGCGTCACGAGCATAAAATCATCTTCTTCTAAAGATAGTGCTGCAAAAGCAATGGCTGCCGCTGTGTTTTTAGACAATGCCTCTACAATAACTTGGTACGTATTGGTGACGTTTTCTTGTAAAGCACTTAACGACAATTCGTAGTTATCGATATTGCCTACCACCAAGATTTCATCGCAAAACTTTTGGTTATTGTCTAAGGTAATTTCAAATAAGTTTTTCTTATCGAAAAGTGGTATGTACTGTTTGGTTCTAGACTTTTTTGACAAAGGCCATAAACGACTTCCTGAGCCCCCTGATAGTATGACATGAACTTTATTTGACATTTTTTGTTTGTTTAATCGTTTATGCGCTTTACTGCATTGTTTTTTTAAGCTTAGGTTTTATAGGTTTTCTTTGTAAAATGTACTTCAACTATACTCAAAAGAGCTATCGATGACTTCTCGATACGTTTTCAATAGATTTCTGCGAATCTCTTCAAACCAACTGCCTACCAAGGAACTCAGGCAGGCTCGAAATGATAAGTCTTCTGACATCTATTTGGTTACCTTAATGTCCTTAATAGTGTCAATATGACTTTGAAACCAATCGTATCTACTTTGAATACCTACATCTAGATTGATTTGATGACGCCACCCTTCTTGATGCAGTTTAGAGACATCTAATAATTTTCGTGGTGTCCCGTCTGGTTTGCTAGAATCCCATTGAATTTCACCTTTGTGTTTAACGATATGTTGTATGGTTAGCGCTAATTCTTTAATACTTAAGTCAGTTTCAGTACCTGCGTTATATGATATATGACGACGATACTCTTCATTTCGGCCATTAGCATTACCCTTTATTCCCCTACTAATAACAGACTTGCTCTTGTTGATGGCTTTAGCAATTTCTTTTGTGAAAAGCTAGCTTAAAGCATACTTGAAATTGTATATCTCTGTTTATTGTTAAGTTGTTTCATTGCAACTTTATTTTAGCGATTTGAAGCAGTAAACATAGCCTCACTTTCAAAATACGAATGAGAGATTTTCTTCTCTTTTTCTATTTTGAAAAATATTTTAACTCAAATCTGAAAATTGCATTTATTAGTTGAATTCAAGTTTTATTTAAAACCATCTTTTGTAAAACCGCATAAGATTCTTCCTACTTAATTTTGTTTTATTAAAATTTAATTGATTATCAATATGGAAAGCCAATGTGTTATATTGCTTTATTAATGGACTAGATTTCAAGCTCATCTCCCTTTTAGGCTCTATACTTTTAAATCTTGGCCAAATATTTTTTTTAACGTAATCATACAATATTTTATCCTCTTTATTCATGTCCATAATAAAACCAGCATATTTAGCTTTCATTAATTCTTTATCTTCCTTATTTGCTATACTTTGATTGGTGATTATGTTTTTATAATCTAAATCTTCTATATCAAAATAGGTTTTAAATGAATTAATACCGCTTTCAAATTCTTCTGTAATGCCAACCCATTCAAATTTATTTTCAATAATATCTATAGCTTTTTGAGCATTAGCTTCACCGGAGATGAATTTACATTGGTAATTGGAATTTTGGTCTATTTTTTCCCACTCTTCAATATTTAATTCACTCATCCCATTATAACGTTTGTTTTTAAAGTTATTAGACGTAAAGTGGTAAGAATGATAATAATGTGATAAATACCGTTTGTTAGGTTCTCTTAAAAAAGTTGACCACCGAAAGTTATAACCAGATACATTAAAATTAATATGAGGCCTTATACAATGTCCAAATAAAACCTTTGTTATACCTTTTTTCTTATCAAGATCTCTCTCTAGATAATCAGTACTATATCTTGTATCTTCTATACGAGATCCTTTATTAATATATAAAACTTTAGGTCCATAATATTGTGCCAAAGATCCTAACAATGCACTACCCGCTGTTTTCATTAAATGAGAAAATACTATTACATCTTTCATATAGAGAATATTTATTTTATTTTAACTTCCTTAAATTCATTTTCTAAAAACCAATTATAAGTCATTTTTATACTTCCTTCTAAATCAATTTCATGTATCCAACCTTGTTCATTTAATCTTGAAACATCTAATAGTTTTCGTGGTGTCCCATCTGGCTTACTAGAATTCCATTGAATTTCACCTTGGTGACCAACAATTTTTTGTATTTTTTCAGCTAGGTCTTTAATACTCAGGTCTGTACCTGTCCCTACATTATAAAGATGTTCTTCTAGAGGATTTTCTAAAGCATAGTAAACCGCTTGCGCTGAGTCATCTACATGTAGAAATTCTCTTTTTGGACTTCCTGTCCCCCAGAGTTCGACAGGCTCACTCATCCCTGTTTTTCCTTCTTTGATTTTTGCATCGTGGAACTTTCGTAACATGGCTGGTAAAACGTGGGACTTTTGCAAATCAAAATTATCGTGCGATCCGTATAGATTCGTCGGCATTAAACTCACATACTCTTTTCCATATTGTTGACGTATGGCCTGACATGCTTTTACCCCAGCAATTTTGCTATCGCGTACCATTCATTTGTTGGCTCTAGTGCACCTGTAAGCAAATATTCTTCTTTAAGCGGTTGTGGTGCCAATTTGGGATAAATACATGAAGATCCTAAAAAAATAAACTTTTCAACTTTTGTTTGATGTGCTGTTACAATCAGGTTGTTTTGAATTTGCAGATTCTCCATCAAAAATTGATAAGGATACTCTTTATTGGCTAAAATTCCACCCACACGAGCCGCTGCATCAATCACAATCTTTGGTTTTTCAGTTTCAAAAAAAACAGTTACTGCTTGTTGATTTTTTAAATCTAATTCCTTACTTGTTCTTCCTATAAGATTGGTAAAGCCTTTACCCTCTAATGCCCTCCAAATAGCAGAGCCTACCATACTGCGATGACCTGCGATGTATATTTTAGTGTTTTTCATTAAAAACTAAGGTTATTGTTTGAACAATAGATTGATTTATGTGTCTTGAATCTTCTTGAAATTAAAAAGATATTATTTAATCGTACCTAAATAATGTGCTAGGTCACCATGTTGTACCAACTTATTTTTTAAATGTCTTATATAACCAATGACAATGAGTGCAGTAAAACGTTTAAAAAATGCATATTGATATTCTTGCAAAATTTTAGTCTTAACTCAACAAAACATAAAACGAATCATTTTTATTATTTAGATTTGTCGTTAGTAAAACCTTCTAATTTTTGTCTTCGCTACTACATAGCATCTCCTAATTGGGTTGAGGTTACAAACCTGACCTCTGGCCAGCGCTTTAATACTTCTTTTAAAAGTTTTTCTAGAGCTTTTAATCCGTGCTCTCTATTATTTTGAATTAGTGAGCCTATGTAATTTGTTCTGTGAGAGCTAATTACTGCTGGTTTGTTCCATTTAAAAGCATAGTATATGTTGTTAAGACAGTCATTGTGCCAATCTTTATTTGGGGCGTTGGGTTCAAAAAAAGCATTCCTAGTTAAATAAATTTGTCCATGTTTATTTTTTTGTCCGAGCCAATGAAAGTGCTTTTTGAATTTGTTATTACCTCGAGATTCACTTTGTACTTTTGATGCACCCATAAATTTGATGCCTTTCTGCGCTGAAATTTCCTCTAATTGGTTGTTGAACTTTCCATTTGGTGGTACAAAAAATACTGATTTGTAACCATGAATTTGTTCGAATAAATCTAATCCTGTGCTTATAATTTCCTTTTGATTCTGGATATCTTCTACTTTCTCGACATCAAATGCCGCTTGGTAATTGATATTATAGGGTGTTTTTGTATTGATTGCCCAACAGCCTTCATCAAAAGCTAATCGAGTTGCTTTGTCGTTGGCCTGTAATTGTCTTAACCAAACATTAGCATTTAAATGTTCTCGTCCATGAAATTCAGGATAAAATAAGTTTTCATCTATTCCTTGCTTCCACATAGATATGGCATTGCTTTGTCCATAACGTTCTAGAGTAGTTGTGAATGGCTCAAATTCAAATTTTTCGAAATTATTTTCTTTTATTTTGTCAAAATCTGGATTTGCCACTACGCTGACCGCTGTGAATACTGGTGAGTTGCCATCGTTATCTTTAAATTTTGAGAGCGTATCATATAGATGCTCAAAATCTTGCTTAGACGCTAATGTATCTGTATTATTATACCTTTTGCTTTCACCCTTTTCAAGCGAAAGTCCTTTAGATTTTAGTCGTTCTAATGCTGCTAGTGAAGGCATCCTAATACTTCCCCAATCGTCACTTTCAATTACTAAATATTTTTGTTTGACAGATTTGCCAATTATATTTTTGAGGTTATTTACAACTTTAGACATTTTATACTATTTTAAAATTATATTGGAAATAGTTCTTAACTTTTTTATTAAATAAGAGGCTTGCTTTCAATTTAGGCAAGCCTATCTGAAACTTTATAACGCTCACACAATTCAAGGTATTTTCTTGCTCTCATCTTTGGAGAATCAAATTTATTAAGCTGTTCTCTGCCCTCTTGAATAAGTTGATTATGTAGGCTTTCATCTTCAAGTAATTGGATAATACACTTTGCTGCGGAAGTAGCCTCTTTAGGCTTAAAATAAAGTGCTGCATTTCCACAAATACTTTTAGCAAAACCCAAATCGGTCGTAATAATTGGTTTCTCCATCATCATCGCTTCTGGATAAGAAGCTGAGAAACATTCTGCTAATGTTGGTAAAAACAAAGCATCACACTCATTGTATAATGAAGGACAAACCTCAGGAGACACTGGTCCAATATTATAGATTTGCTTATGTTGTCCGATATTTGTTTTAAAATCATTCTCTTTAAGCGTCACTACAAACTCAACATTGTTAATCTCTTTTTGTGCTAAAATTTCAAGTATTTTAGGAATCAATTCTAAATTCTTATGTGGATAATAGGAGGATATACAAATAAATCGAAAGACTTTAGCTTTCTTTTCGGGCAATAGATTAGGATAAATCTTCCAATTTTTATAGTAATTACTTGCAGTATTGGTTACGGTAAACACTTTATCTGTGTGTAATACTTTACGAACCTTTTGGTTTACATCATCAGTTTGGGTGACATAAGCGATGGCATCCCTCTTAAAATAATGAAAATGCACTTTCCTTTTTAAAGCTAATTTCAACTTGGCTTTCCAAGACATCTCTTGAATGTAAGGTGATTCTGGATAAATATACAAGGGCAAATTAAAACCTATGATCTGAGGGGCTTTGGAGTGAAAATAAGTTGGTCCAGTGGTTGAGATGATTACTTCTGGATTGATTTTTAGTTCTAATACACTTAAGGTATTTTGAATTTCTCTAATTTTTTTAAAATTGATAGGTCCAAAATCAAATTCATAAAAGTAAAAATTACTAGGGAAATCTTCTGTTCTTAAGGACTTTCCCACACCATGGCCAATCCATACATGGTAATCATGTTCAGGGAAATTTTTGCACTCGGTAATAAATGATAGCGCCACTTGTATTGCTCCCCCAAAACGTTGGTGCGAAGTATTAATAACGAGTCTCATAAAGTAATAGTTTTATAAAATTCTAGTGCTATTTTATCTGCTTGAAATATTTTCATTTTTTCCTTAGCCTTAAGGCTAAATTCTTCTCTTAGAACTTGATTTTGCATTAAAATTTTTAGTTTTTGTTGAAATAAATCTTTATTACCTATAGGAATTAAAAAACCATTCTCACCATCATCTATCATATCTGATGGTCCTGCCACGCAATCATAAGCGATACAAGCACAACCAGCTGCCATGGCTTCTCCTAAGGCATTGGGAAAACCTTCGGAAGTAGACATGAATGCAAATATTTTGCTCTTGGCTAAATAATATTCAACATCTTTTTGTTGACCTAATAATTTTATTTGTTCGGTTTTCCCCAAGATTTTTACTTGAGTTATGTATTGGCCTAACAAATTTAATTGTTTGGCGTTGCCCCCAACCACTTGTAATTGCCAGTCCTGATTATTAATATTTGAAAAAATGTTTATGAGTTGATCAACATTTTTAGTAGGAATAAGACGTCCTACGGTCAATACTAAATTTTCTTTCTCAACATCAGGTAAATCTAAAACTCTTATGGGGTTCCCAATAATCGCTATATTCTTATTCCAATTGTTATTTTTGGCAATTGTTTCTGCCTGTGATGTCTGGGCAATAAATCCGCTGGCATTGGGGTAAAGTTGATTTCTTAAGGTATTATGAAGTCTTCCCAAATTTTTATTGGGTTGGCTACGGTCAGAAATATAGACTTTATTTTTTTTACCTTTTAGTGACATCAACACTAAATTATTCCACATTTCACCAAAAGATAAGATACAATCAGGTTGAATCCGCTGAATGTTTGTTCTAATAAACCACATAGTCTTTAAAGTAGACCAGTTTCTTTTGGTGTGATCAAACGTAAATTTTGGTCTGAATATTTTTATGTTTTTGTCCAAATCGAATTCTACCACTCTATCTCTACCTATCAATAAAAGAGTAACTTCAATATGTTCCCTTTGCACAAAATCATTGAGCAAAATGGACATTACCCGTTCCATACCGCCAATACCTAGTGAATGAATAATACAAGTTATTTTATACATTTATTTAAAGAATATCATATTTTAATTTCCTAGCCTTTGTTAATATTCGATACTCAATTTTAGTCTTAAGCGTTAAGGATTTTGAACTAGGTGGTATAAAAGTTCAAGTTCTTCTTTATAAGTCTGTTAAGGTTTAGTGTATGAAATTATCCATCGTATCAATTCCAAATAGTCAAAAATATATTTAGGAAAACGTCTTATTTCTTTCATTATTATTCTAAAAACATCAATATTTACATATGATAAATAGGCTTTGTTTGAATCGACGCAAGATAAAATTTAATCATGCGGTTCTTAAACTGTACAATGTCTGTTTAGTTGTGCAACTTTTTTCTTCTGTTGTTCTGGTATATCTTTATTATACATAAACCGCTTGCCTGTTCTTGCCTAGGAGACTTCAGGAATTTTATTTGAAAAATTTTTAACATATTAATACACTTTATCATTCCGTACACTTACCTCTAAAGATCGCATGTAAGCAATAACGTTAGGGCTCGTAAAAATTTTAAAAAGTGGTGCTTTGTCATTAATTACCTCCATACAAAGGTTAAGCATCCGACGCATGTAATGTAATTAATTGTCAATTTCATCCTCTTGATAAGCTTTTTCTTTTTTAAAAATAGTATGATATTTATTGATATCTTCTAAAATTAACGCTTTGGATGCTTTGAATACTTTTGAATTTAATGAGCCAACTTTGTTATTTAATTTATTTTTTTTGGCGAAAGCTTATAAATTTTAATTCCTGAGTATTTTGCACTCCCTAGACTATCACTATAACCCAAACATCATTAATTTCACCAATTTGTGGCATAGCATGAAGATGAAGTCTTGAGTATTTGAAGTCTCTAATAAATAAGGTTATAACAATTAGATATTTTTTCTAATTAGGATGTTATATTTTGGTTAAACTCTAAGTGATAAGCTTTACATTAAGTGTTCCTTTTTTTCTTCGTTTTTATTATCATCAATAAGTTTAATTAGCTCATTGCTACTCATAAATTCAACATTAGGCCATCTTTTAAGGATTTTTTGAATTAGTTCTTCTAATAATTTTAAGTTATGTGTTCTGTTATCCTCTTCAATAGAGCCAATAAAGTTTAACCTGTGACTTGTTAATATTGCAGGTTTTTTCCAAAAGAAAGAATTACTGATTTCATTTAAACAATTTCCTATATTATCATAATTAATAGGCATTTGTGACGGCTCAAAAACACAATTCCGAACTGTATAAGTTTGTTTTAAGCTATTTTTCTTTCCGGTATAAACAGGTTTTAAAGTTGGATTACCCTTTTTATTAGGAATTTTGTGATATCTCATACTTTGAATTCCTCTAATACCAGAATCATGTAATACTCTATAAAGCGATTTTGGAAAGGTATAATTATTAGCGATAAAAGTATCAGATTTAAATCCAAATATGTTTTCAAACATTTTAGTTCCTACCATAATATTGTTTTTGTAAAAATCTAGATGCTCTTCATCCGCTGAGCTAAATGCTGCTTGAATATTTATTCTATTTTCGCCATATAATTCTTTTGGTATACCCCAGAAATGTAAATCAAAAGCAGCGTTCAAAGCTGGATTACTATTTTTTAATTGATTTAGCCAAATAGGTACATTTACGTGTTCTCTTCCATGAAATTGGGGATACATTAGACCATCACCTATCGCTTGTTTCCAAAGATTAAATACATTTTCTTTAGGGTAATAATCCTCGATTGTTTTTGTAAAAGGTTCATAAAAGTATTCATTAAATCCTGTTGCCTTAATTTTGTCAAATTCAGGATTTACCATTACTGTGTTAAAAGTAAATTTTGGATGTGTTCCCTTTTCATCTTTATAGCGACGTAACACTTCAAAAAGTGAACTTAAATCGGCTGAATCTGCTAGTGTATCATACCTGCAATATGGATTTTTATTCAGATTATACCCTAGAGAGATGAATTGTTGCATCGCATTGTTATTGGGCATTCGAATACTACCCCAATCGTCACTTTCAAATACAATTATTTTCCTATTGGTTTTCCAACCAGGAATATTGATTATATTTTTTTTAAATTTGGTTAAGATTTGCATTTCTGTGTTTTAATAATAATTCAACTTAAGCAGATCTCGGTTAAGTAATTCCTCTAATTGTATATTCGATTTTTTATAATGATTCCACAGCTACAATTTTAAGATAGCAATGAGCAAAATTTTATTACCTCGGTTTAAATTCAGAGATTTATTTGCATAAAACTTACATAATAAATTTCTGATTCTTAAACTTACGGGCAATTTTAGGCCAGCAGCTATTGTATGTTGACATAATAAACCTAGATAGTTGTTAACTTGAATTTTTGCTTTTTCAGAAGGGTCATACTCCTGAAATTTTCAACTATTCTTAGATCACTTTTTTGAGTATAGAAAAGCATCGTTTGTATATTTAAGTTTTTCAGGCTAAAAAACTTTTAGCATCATACTTTTAAACTCATAGAATAACAAAATTAATTAAAATTTATGTATGATAGATTTAATTTTTTTGAGTTACACACTTGGACTCTATTTTATATCTTTATGATAAATCGGTTTAGCTATTCCCATTCCTTCAATAGTCTTATGAAAAATACTTTGTTTGAATTGAGATCGATTAATTATAAAACAGAATTCGTCGAAATAGCTTTGCACATGCCATTTGCTAACATAAGTTGGTATAGCCCTTAACCAAGATTTCAACTGCATAATTACCACATGTAGTTCTTTAAAGTTTCTCCCTTTATTACTTAGTTTTTGCTCTATATCGTAGCTTTTATTAAGCGGAGCATAACCTCTCCATTTATCGGTAACGATTTTTGCTGAAAGACTTATATATTCTTTAAGTATTGAAATTAATGATTTCGCTGAATTATCATCTAAAGACTTAACGTACACTATTTTTATTTGATGTTTTACGTTTAATTTTACTACTATTACTGCCTTTTTCTTTTTAGAACCATAGCTTCTGCTTTGCTTTTTTTCCCTCCTACAATAAATTCATCAACATGAACTATTTCATTTAGAGAATATTTTTGACTACTCTTCATTGATTTTCAAACTTTCTGCATAATATACAAAGCTGTGACTTGTCAAATATCATATCTCTTCCCATTTGAATACTAGAAACACTTTTAGTTCTCGTACTTATCTCAAATACGACACAAAATACCTTTTGCAAACCAAATTTTACTTTATGAAATAAGGTGTTTGCTGTGGCATTTTCGACATGATTGCAACCGTAGCAATGATATATAACCCGCTTTTTCACAGCCTTTGGTATGATCACATTTCATACATTTAAAACCATCTTGCCATTTAATTTTAGCTAAATATGTTTTACAAGCATCATCATTTGGTAGTTCATTTACAAAACTAGGTATATTTTGAACTTTGAATACTTTCATAACCATTGTTTTTATTGAGAATAAGATATGGAAACTAAATGACTAACTCAATAAATTGATTTTTTTGAGTTGGGGTTTTTAACCAATACTTCAATAGTATATAGCTTGAAAACAAATCATTAATGTAAATCTTCAATTAAACTATAATATATTTTATCATAATGAATTAATTCTATAGAGTCAGAAGATGTTTCTATTTTCTTTTCTTTTCTAATTCTGATATTGGGTATGTTTTTTATTAAAATCTTACTATACCATAAACCTTTAAGAGATTTTGAAAATGGGATTTTATGAATGATTATTGAAATTTTTTGTTTTAAAGTCATTTCCTTAGAATATCGCTGTCTATTTTTGTTTTTTGAAATATTTGCTTTTTCAGGATTAACTTTAATAATATTATCCTCCTTAAGATTATTGATTATTTCATTTAATCTATAATAACCTGTGATTAACTTGTTGTAATCTATTAAAATTATTATGACTATTTAAAGCATCTACTACCAGTTCGAATTTATATATTTCACAAGTTTAAATAATTATTTCCTCAGAAATTGGAACATTAACATTTTTATTGAGATCTCTAATTATTAACTTTAAAATATAGTCTTGACATCAGAAACTAGCTTTTGAGTAAATCCATTTTCTTTTCATTTCTAGGTAGAAAGGCACCATAATATTTAATTTTTTGATGTTTTAAGTCTTGAAAGAAAATCTGTAAAGAGGATGTTGTTGTTTTTGGAGAACCCAAATACAAAAATAAATTAGCCATCTTAACGTTTTTTAAAAATTATTTATTTCGTTTATTATAATAGATTGCAATAGGATAAAACAGCAAACAAATTAGTTTATTTGAGTTTTTTTCTATTTTAGGTAATATCTGCCAAATGGACTTTCCTGATAAAATACCATGAGAAACACAAGCACCAACCCCTCTATATCTTCTCTTTTTATTTTTAATATGATATTGAAATTCATTCACCCAAGTTACATGATAATTAAAAGTCATATTTGGGTTAGACTCTCTATTTGAAGTTGCTGTTATTGAAGTTTCAACGTTTGTATAATATGTCCTTAATACTTTGTTTATAAATATACTTTGGTATTTCATACCAAATTTCCCCCACAACCATGAGCTTGATTGGCCATTTGGTTTTTTTGTTGGTAATGGATAAAATTCCCTTAAATAGTCTGTTTTCCAACATTGAAACTTTTCAGCCTCATTTCCGAGGTCAAAAAATTGTACCCAATAATTAGAAATAAACTCATCTTTAGGATATTTTTTTCCTACGAGTTTACCAGTCTGATCTTTAGCTAAGGCATATATAGAACCAATATTTGGACTATTATATTTGGTAAAAAGAGAATCAAATGTTTCTAGAGCATCTTTGCTTATTTCATCATCATGCCCATAAAGAATAAAAAATTCACCATTAGCATCACTTATAGCTTGATTAATATTATTATACAAACCTTGATTTTTTTCTAAATCATGAAAAATCACAGGGAAATCTACTGTTTCTGAGAATTTCTTAATTTCATGACTAGTTTTATCAGTTGATGCATCATTTATCACATACCATTCAAAATTCTTAAAAGTTTGCTTTTTAAGACTATCAAAAACCCTCTTTATAAATTTTTCTGAGTTATAACAAGGAGTAACAACTGTAAAACGATATTTTTTCATTTATAATGTATTTAAATTTCATAGAAATTTATGCTTAAACTTCTATTTTCAATATTTCCTATTTTTTGATTTTATTCTGTCAATCTATCCAATTTAATGGATAGCTTCTTTACTCCAATTTCTGACAAATGATTGGAATATTCAGCACAATTATCAGCAATTACTACTTTTTTAAATAACCCTAAAAGTATTTGTCTTAGTCCGTCTGCTGCTAAGTTAGAGTCAAATTTTCTTTTTTTATAGAACTGAGGAAGTAAATGTGTCGCCCATTCAATTGGCCCTGCAACTAATAAAGGAAAAAAACTAACAAAAGCAGAAAATGCAATAAGATCTTTTGTTGGTTCTAAGTTTTTTTTGTAAACATCTATGTTATAACTTAAGGTTTGAAATGTATGGAAACTTATTCCTACAGGTAGTATTATATTTAATCTATTTGGACTTATTTCTTGACCAAAAAATCAAAATACTGTGATAAAATTATCTAGAAAAAATATTATAATATTTGAAAAGTCCAAAAAAAAATTAATTAAAATACTAATGCATAATAAAAATTTTCATCTCTTTATATATTCATTTTTTAATAATCTTCCTACAGTATAATCAACTAATGTACTGGAGACGATTAAAGACAGGGATTTCCAATCCCTCCAGCCGTAAAACAGATAGCTTGCAAATACAATTAGTAAGTTCTGCAGTTTTAAATTTTTATTAGTTACAAACCAATAAAGTACAAAAACAATAGGTAGAAAAAACGCAAAGTCAATCGAGTTAAAAAACATACAAATCTTGTTTTTTTATATTTGAAACTAGCTATTGGAGTTTAGTTCGGTGTAAAAAAGTTTAAGATGAACAGAAGCTTAAGTTATAATCTAACGACAATTAGTTCATTTTAAAAAATAGTGGTTTTTACAGAAATAATTGTAAAAATGATTTAATATTAATAAGATAGCCTTTTACAAACCCTTCTAAGCAGTAAATAATTTGTTGATACAATTAAAATATGCACTTAACTTAAAAATCATTTAAAACTTTTATTACTTGATCTTGTTCTTCTCTAGTAATTACTGGACTTAATGGAATACTTAATACTTCCCGGTGTATTTGCTCCGTAATTGGGAAACTAAAACTATTCCAAGCTTTATAAGCTTGTTGTTTATGTGGTGGTATGGGGTAATGTATAACCGTCTGAATACCATTTACAGTTAAGTAGTCTTGAAGCTGATCTCTTTGTTCACAGCGAATAACGAATAAATGAAAAACATGATTGACGGTCTCTTTGTCCCATTTTGCTAAATTGATTTTGGGATTGGTAATGTGTTTAGAATAATAAGTCGCTGCTTTGCGACGCTTTATAATATCCTCATCTATATATTTCAGTTTAACATCAAGTATTGCAGCCTGTAATTCATCTAAGCGACTGTTAATACCTGGCAACGAATTATGATATTTTTTTTCACTCCCATAATTTCCTAATTGACCTATGAGTTTTGCAAGTTCCTTATCATTAGTGGTAACTGCACCCGCATCTCCTAAGGCCCCTAAATTTTTACCAGGATAAAATGAAAAACCGGCTGCTATGCCGAAACTACCTGCTTTTTTTCCATGCTCAGTCCGAGCACCATGTGCTTGTGCAGCGTCCTCTATTAATAATAAGTGGTTTTCTTCACAAAAGCTACTTATATCCTCAGCCAGTTGTCCATACAAATGAACACTTAAAATAGCTTTGGTACTATGTGTTATTTTTGATTTAACTCTATCTAAGCTTAAATTAAAACTAGTCTCATCAGGCTCTACTAAAACAGGTATTAAGCCGTTTTGAGTTAAAGCTAAAATACTTGCTATATAGGTATTTGCTGGCACAATGACTTCGTCACCTTCTTCTAGCTTTCCTTGTAAAATTAAGCCTCGAAAAATTAGAATTAAGGCATCCAATCCATTGGCAACACCTATACAATGATTGACACCGCAGTAGTTTGCGAAGTTAATTTCAAAGTCTTCAACTGCTTTACCTTTAATGTACCAACCTGAATCAATTACTTTCTTAATAGCTGCTTCTATTTCAGATTGGTATTGTAAATTAATGGCTTTTAAATCAAGAAATTTTATCATTATTTAAGTTTAATTAAATTTTCACTTTCATATTTATAATTGAAACCATCTTCACCAAGCAAAGCAACACTTACTCTAATACTATCAGGAGTGATATAACCAATTAACTTAGCTGGATTTCCTATGACAACTTGATGTGCTAAAACATTTTTAGTTACTACTGCGCCAGCACCTATCATTGCGTATTTACCTACGTTTATACTCGGTAAAATAGTAGCGTTTGCTCCAATTGAAGCAAACTGTTCAATGATGATATGTGGAAATTCTACTGGATAAACTTTTGATCTTGGTTTTTTGTCATTTGTAAAAGTTACGTTTGGTCCAATAAAAACATTGTCTTTAATTCTTAAGCCATCCCATAGTTGCACACCAGACTTAACGGTTACATTATTACCAATTTCAACATCATTTTCCACGAACACATTACAATTTATATTGCAATTTGAACCTATTATAGCCCCTTTCAAAACTACCGAAAATTGCCAGATATCTGTATTTTCACCTATCGATTTGGATTGCACATCTGCTAGATTATGTATCATTTGAATTTGTAATTTATAAATTCATCAAAGTCTCTTATATAATCATCTTCAACATAAATTTCAGATGCCAAACAAAGTAAAACAGCGTTATGAGAAAATTTAATTGTCCTCCAATACATTTTCGGTATGTACAATCCTTTTTCAGGTGAATCTAAAATAAAATTTAGTTTTTCTCCATTTGGATTAATTAACTCGAACTCAATTTTACCACTTACAGCAAAAATACACTGCTGCAAAACTTTATGGGCATGATGTCCTCTTGTAACTTGGTTAGGTGTATAATACGTCCAGTATACTCGTTTAATTTCAAAAGAAATTTGATTTTGATACTCAGCAACGGTTATATAACCTAAGTCAGAACTACCTATTGACTTTAAGTTAAATACATGCGGTTTGTTTGATTCTTGTATCACTTAGTTATTGTTTTTAATATTATTGTGAAATGTAATCTAGATTAATTTACAGCAACTCAAGTAAATTTTACAGCTGTTTTTTTATTAATTTAAATACTTTGCAAAAATGCTTTGATATATTTATTTCTTTTACTATTTTAATGTATATATCTATGTGATTGGATATGTCTTTGCTGTTTGATCATCATATTTAATTTAAACAATTGACTTTAAGAATATGATTTGATTTATATTAAACTTTAAATTGAGAATTTGTAAATACTGTAGTTTTTAGTGAATTTATTTAAAGCAGCTAAAAAATTGCGTCCTTTTCATCTACACTAAACCAAATTAACGTTTAAGAAATTATATCAGCTAATCATCCACTATCTATAAACTCAACGACTGGGTATTTCTTAACCAATTGTTGTAAAACCTCTCTCAGCATTGCTAGGTTTTATCTTTGTGATTTTGGTCTAGCCTGCCTGCATAATTAATACGATGACTTCCAATAATGGCAGGTTTTTTTTGTCAAAAGCAGTTTGTATTTCTTTTAATGTTGAATTAACTCAGTCTTTATGCGGAGCTAAATAAGGTTCGAAAAAGCCATTCCTAGGCGCATGGATGATACCACTAGATTTATCTCTTTCACCTATATAATGAGGTTTCCTGTTATAATTGGTTTTTTTATAATGCCTTGGCTCATATTGTAACTTGATGCCTTGCAGTGTCTTTATTTCTGCTAGCATTAAGTTAGGATGAATATCTGAATGCCATGTATAGGCTAGAATAATAAAGCTTTTTGTTTTAAAACTAAATTGGTTTTAAAATTTTTTCGCACTGTCTAACACCTACTTTTTATGGTAATCGATTTCAGCTTCCACATTATAAATATCTAAAGATGCTTGTAAATTTAAACGGTTTTGTTTTACGAGCGCTTGATAAGGAATTCCCCAAGTTTCCAAATCAAAAGCTTTTAGCAATTCTTTATTTCCTGCTCTTAGTTCAGCTAACCACGCCAAGGCATGAAGATGTTCTCTACCATGTAATTGAGGTATAAATAGTTTTTTTTGTACCCCGTTTTGCCAAAGACCAAATAAATCTTCTTCTTGGCTATATTCCTTTAAGGTCTCTGTAAACTGTAAACGGTTTGTAATAAAATTCCTCAAAATTTGAAGCTTTATTTACCTCGAAAGCGGGTTTGAAACCCATAGGCAGTTAAAAGCAGGATTTCTTTTAGCATCTTTAGCCGAAACAAGCACATCAAATAAAGCTGTTATATCCTCAGCTTTTAAACTACTGTCTAATTGAGTGTATAGAACACTGGTTACCACACTTATTATCTCATTTAATTTATCTGGTGTTTTTTTATCTTTAGTTCTTATACTTCCCCAATCGTCTGATTCAATGATTAGAATTTTACTTTGGATTCGCCAACTTGGAATATTAGATAGGTTTCTGATTATATTTTTTAACCTTAAAATCTACTAATTTTTAATTCTTTTTCAATCAAAAGCTGGATTCAAGTCTTAAATATACGATCCCATTTTTTATAAGACTCTTCGTAAGAGAACTTAGTTACGTGTTCATAACCGTTGACGGCTAATTGATTCAACTTAGAAGAGTTCATTATCAAATCTTTGGTTTCCTCTACATATTTATCGATATTAAAAGGAGTAACTAAGATGCCATTTTCATTATGTATCACAATGTCTAGAGCCGCTGCATACGAGTTAAAGAGCACTGGCACGCAACCAAAGCTTTGGGCTTCGACCAAGACATTTCCAAAACCTTCATACGCAGAAGTCATGTGAAAAATTTTAGCTCTTTTATAATATTCGTTGGGGTTATCTTTACCAAAGAAAATTACTCTGTCTAGCTTATGTGCTTTGCAAAAGGCTTCCATTTTGTTCCTTTCTTCACCATGCCCAACTACCCAGAATTTCCAATCTGGAATTTCACCATGTAGCTTTTTCCAAATTTGTAGCAAAAGGTCCACTCTTTTCTGAGGAACATTTAGACGTCCCACGAATAACACGATATTTTCTTTATCTAAAGTAGCAATATCTAATTTCGGCCTTTGGAAAGGATTTCCTATACCGAAGATTTTAGCATCAAATTTTTTAAGTGAAGGTGCTAGAAAAAAGAGTTCAGGCTTAAATCTTTCAGATAGCATCACGAAAGCATCAGTGTTTTTAACAATAAAACGCAGTTCAATATTTTGTTTTAAAATATGGTATCCTAAAATAAATTTTCTGGTAAGGAAGATATTTAAAAAATCTATTTTTTTACTTTTAAACAGTTCTTTTATAATGTCTTTATGGTTGCCATAGAAATTGAGCGGGTTGATCCGCAAGGTATTGATCATCTTTGTTTTTAATGGTTTATTTTTAAGTAGTAACTTGGTTAAACTCAAAGAATATCCCTTTTGATTTATAATAAAATCAACAGCCTCTTTTTCTAAAATAATTTTTAATTGATTTTCATCTTTTATATTAATATAATAAAGTGTGATCCCTTCAAAATCTTCTTGTGCAGTGGCGTGGTTTCCAACAGAAATAATAATGGAATAGTGTTGGTTTGATTGAAAAATCTTAGCTAACTTAGATGAGCTCCTTTGAACCCCACCAGCATTTGGATCCAATTTTTGAGTTAAAAATAGTGCAATATTCATAGTCGATTAGTTTTATAAAAATATTCCTATAGCCGTTCGTATTGAAAAGTCGTCATCTCCCAAAAACCAAGACACCTGTGGAAGAAAGACAGAAAATAGACTAAAATTTTCGAGTAAATAAGAAACTTGAAACAAAAACATCGGGATAGAGAAAATTAAAAACAAACTCAAGCCTTTGTTTAGGCAACTTATACTCTTTCTACTCCAATTGCAACTTTTTAGAGTTAACTGTAAATGAATGGCTGCAGCCAAAATAAAAAGAGAGGCTATCATTTTTGCTCTACCTTGTATTGATGGTGAGAAGTCTAAAAAATTGGCGAGAGTATATATACCAATTCCTACTGAAATAAGAGAAATTAAATTAGGATCTGCTCGTTTATTCAAATAAAAAAAGAGTAATATTAAAGTTAAACCTACAATATTAAAAGTCTGATAGAAACCTGGCCCATACCTTTTATAAAAATTTTGACTCCCTGTTTCTTGCTTATCATTTCTTTCACTATATCTTTCAGCATCTGCTTCCGAAGCTATAACATTTGACTGTGTCTGATTTTCAACTAACGATGTTTGAGGCAAATAAGACTCTATGCTAGTAAAACTAAGGGAGGCAAAAAATGATATTATGTATACTGATATTAAGATATACTTTCTATATCTTAATAAATAGGCAAAGGCAGCGGGGATTATAAAAACCACATAAGAAAAGTGTACAATTATTGAAAACAGGATAATGAAAAGATATTTTTTCTCTTTTGTTAAGGCAAAGCTGTAGGTTCCATAAAAGAAAACCCACATCCCTGTCCACATACGTATGGAATTTAAAGCACCAACACTCCTTATAAATAAAAACAAAACTATAAAACCAATTAGAATAGCCCCTTTTTTTGTGGTTAAGTGGTTCTTCAAAACCAACAAGACCGATTTAGTGAAAAAATAACCCAATACAAAACCAGAAAATACATGAATTAATTCTGGGGCTTGTAAAACGGATGCGGACAGATAGGAAATGCTATGCATGTAAATATCTTTTGCTCCTTCCACTTGCTGAAGTGCTAATAACTGAAAGGTTTGAATAAAAAAGTCTGCTAATGAAAGATTGAGGTATTCCTCTTTCGCATTCATAAGGTGAGAATGCCCATCTGAACCTGGTCTGTAAACATATACACTTCCTACAATTCCCATAAATAAGGTCCCAAAAAATGTAATAAATTTTTCGCTTTTACTTTTTAATAAGATGATGATACCAAAAAGAGGGGACACTAAAAAAAGTAATATTAAATTACCTTTTTGAAAATTATTCGTCATTCTAAATTTTAATTTGTGTGCTATATTTTATTTATCTGGCAAGATACTCAATAGCTTTTCTTGGATGCTAAAATAGTCAATAGCCATTTGGAAACGTTCTAAAATTACTTCAGTTCCGGGTTGGTCTTTAGGTTTAGTCTCGTTGTTTTGAGGTATGGCTATTCCTAAATTATAGGAAGTAGGTACTCCCAAGCAGAGCTGTTTTGTATCAACTGCATGTGCTGCCGCCCAGAACCAAAAATCAGAGCCTCTACCTGGCACAATACGATGGACAGCTTCCATATGGAGTACACGTTCATCTAGACTCTTTGGCGGATAATAAATGCCTCCCCATCCTATTAAATATACCTGCTCTGATGGGGTTGTTTTTGAAGCGGGAAGTTTTTCCCTGTAATACATGTGTACTTTGCTATCTTTTTTAAGCATTGCCTTACCTACATAGCCAATAACTGAATTTGGTGATTTCTTAGCTTCTGTAATTAATCCTTCTAGTAAATTTGGATGATAAATAATATCATCATCTAAAGTGATAATACTAAAGTGTGGATATTTCTCGATGACTGGAATCAATTTTTTAACGGCATAGGGATTGTCTTTTACCCATAAAATTTCTAGTCCTAAATTTTCAAGCTTTATTAAGTGCTTTGGCAAACCTTGTGGGTAATCCTCTTCAGATAAGACCAAGATCCATTTTTTAGGCAATGAATTTTGCCTTTTTAAGGCTTCATATACGGCAGTTAATAAAGGGTCTCTTTTCGGGTAACTCGCGATGGAGACCACAAAATTAGCTTCAGGATTTACGCGAAAAGGAGTTTTGTTCACTTTGGCTAAAAAATCATATTTTTTAAAAATTAAGAAGTTTCTTATCGTAACTAATTTTTGTTTTAAAGTTTTTACCACTTTTTAAATTATTTGTAGATTATTATTCTCTAAAGTCTTTACAAAAGCATGAAGGGATTCTTGATTCTCAATTTCTATGACTTTTTTAAAATAATTTTGACATTTATTGCTGTAGACATCCGCGAAAATATTCAGCAAATATTTTGAATATTATGTTGTTTACCATTATTAATAGGATCAAAATAAAATATTTTGTTTTAAAGAATACTCTCTCTAGCAGTGCCTTAGAATTGTCTGTAATTATAAAATAAAAATTATTATTTTATAATATTTATAACTAATTTATCAAAACCATTAATTGAGTCAAATCTTGTTTTTTTTTTGTTTTTCATTAAATGGATCATGGAATAACCATCATGACCAAATATGCTGGCATACATGAGTAAGGATGAAACAAAGCCTACCACTTTCAAGTTTTGAGAGTTTAAAAAAAGCCCTTCTGCTAAAGTGTTATTAGGAATAATATTAAATTTAAAACCTAACTCATCTAGCAAGCCTGTTAACCTTGAATCCAGATCTTTTTTAGATGGTCTCAACTTTAGGTATATTTCACTATTATCTTTCGCAATAACAAGCCTCTTGAAAGTGAGTCCAAGAATTCTCTTATACTCTTCATCAGTTATTCCATATTTATCGGGATAGGTTTCCTCAACTATTACAATAGCATTATTTAATTGAATTGATGATGATAGTATATTTAGTTCTTCCTTGTCGAAATTGGGCTTAACCTGAATCTTTTGGGCAGAATTGATTTCTGGGTAGCAATAATTGCTTAAACAATAATAACTTCTAGTTTTTTCATATTGATAGGACTGCGAATGGTATGGTAGTGAATGCAAGGCTGAGGTATAGCCACGAAGTAACCTAAGGACTTCTCTTAAAGTGTTAGGATATGTTTTGTTTCTGAATTGATCTGAAACAGCAGTTCTTGTAAAATCCTCTAAGGATTGGGGTAACATATAGCTGTCGGTTCCTTCTTCAAAAAAATGAAAAGCTTTACAATTTTCATGAGTCACCAATAACTTTTGGTAAGTATGCATGATATCAACATAGGCTGTAAACTTACTTGAACCAATTATATCTTTAACGTAAAAATCAAATGCTTTTCCAACATTAAAACTAGCGAATTTAGACCACCAAGACTGGTTAATCTCTGAAAATGCCGGTATCACCATACCAAAGGGGATAGGTAAGGTATAGTTTGATGAAATAACCACCACATCTTCTTGATTCAATTTTTCCTGACTTACGATAGAAAAGGCCATTAGAAAAGTGATGGGTGAATGTATAGTGAATATGTGCTTCATATTATAGTGTTCAGGAATCTTAATTGCGAAACTTTAACTCTACATCGCTCTTAGCCATTAAGCTGCGGTTAGTATTGTACGCCATAAAATATATATTATTAGCACGTGCCGCTTCATAATCATTTATTGCATCTCCAATTAAAAGAGTCTTAGATAAATCATAAGCCATCGCTTTGAGTAAATCTTTAACAATTTCATTTTTAGGCTTTGGAGAACCATGAATACTGATGAAATTGTCGGATATGCCTAATTTAGAACATAAAAATCTTAATTCTTCTTGGTCTGAACCTGAAGCAATATGGAAGTTATATTTTTCTACATTACTTTTTATGAAGGAAACTGTTTCTTCAATAAGTATCTCTTTATTCGTCATCAGTTCTTTCATTATTCTACTGAACTTTTCTGCATAAATTTTAATTGTTTTGTCATTTACATTTTCTTTTCTAATTTCTTCAAAAAAGTAATGAAATTTCACATACCTAGAGAGTCCCCCATTTTCCCTGTGGAACTCAAGCAATGCTTTTACTTCATCTTTAGGAAAAGTCGCAAGAACCGCTCTAAATCCTTTTTCTCTAATGGAGTTTGATTCAACAATTACGCCATCAAAATCCCAGATGATATTTTCTATCTTTGGTTTTGCGCCCATGCTATCATTTTTTTTATACCTGTAATGTGTTTGATTTTAGGTTTCCACCCAAAATCTTTCATCAAACTATAATTAGAACCAAATATGCCGAATTGATCGCCCTGTGTCCCTTCAATTTCCTTTACCGATATATTACCTAAAACAGCTTTAATAGAAGTAATCATCTCCTTAACCTTCACGGGATATGCATTTGCCACATTGTATACACTGTAGGGATTTGATAAGTCTGTAGTTACTAATAGGGAAACCACTTCCACTACATCATCAATGTAAACTAAGTCTCTAAAGCGTTCTAGGCTTCCTTTTACTTTTATTTGGCCGTCTTTGAGGGCCTGTGCTAGATATATACTAAGCATACCTTGCTTTAGATTAGCGAGGTTCTGCCCGGGTCCATAAACATTAAACAGCCGCAATGAAACCACTTTTAAATCACTATTGCTATAAATGTTTAAATAGTGTTCACTAGCTAGTTTTCCAACGGCATATAAGGATTTAGGCATTGTAACGGATTCTTCTGTTACTGGCAAATTTTCATGGTCTCCATAAACAGACATACTGCTAGCATAAATAAATTTTCTTATGCCCTTAAGTTTGGCATAATTCAATAGAAGTAAGGTAGATGTGGTATTACTTTTTTGATCAGCTAATGGATCATTAAAACTCACTTCTCCTGAACTTTGACCAGCAAAATGAAGAATTGTGTCAACATTATAGTTTTGAAGTTGACTTATGGTTTCGGGATCACCACAATCTCCTTCAATTAAAATAGTATTCTTAGGTAAATTAGACCTGTAACCCGTAGAAAAATTATCTATAGTTAATGTCTTGAAACCCAAATTATTCAAGCTATGGGCTATTGCTGAACCGATAAAACCGGCTGCTCCAGTTATTAAAATCATACTATATTATTTTTTATTAACCACTCTTCAGATTTTTGAATATCTTCTAAGGAGTGAACATCAAAAGCTTCTTCCACTTCAAAATGTTTAATTTTATCTCCCATAAATGTCCATGGTTTTTGTCCTTTAGCTCGATCAATGGTATCTAGGTTTAATACCCAAAAATTATGGGAGAGAAAGTAAGCGGGTGTTAAATCTTGTCTATTAGTACTTATAAATTGATTTGAAAAATCAAAAAACGGTTCTAGATATCCATCCTTATTAAGTCTTTTACACCTAAAAGGGTGATGGTCCATTTCCTGATATACAGGGACTGCTGCCGTAGCATGATTATCATTTAAAAGTAACTCAATACAAGCATCTATCCACTCTGTTTTGATAGTTACAGAATTAGCAAGCATTACGACCAATATTTTGGGTTGAGCGCCATTTTCAGTCATTACTTTTAAGGCATGGTCTATGGCATCAATATGTTGAGAAGTAGGAAGAGCTAGTTCTTCAGGTCTTTTTATGCGCTTATATTCGTAAGTTTCTGCTGCATTTAAAATTTTCTCACAATCACTAGATACCCAAAGTGAATTAATGAATTTTGAACTTTTAGCGGCATTAGCTGGATATGAAAGCAAGGGTCTTTCCAAAACTGGAAGAACATTTTTATCAGTTAACGTATTGTTGCCCCTACCTGTCAGTAAAGCTGCTATTTGCATAATTCTGATTTTAGATTTTTTAACCCATTTATAAACAAATTGATATCTACTGAATAAGCAATGTAATCGAAACCATTATTCACTAAAAATTGATAAGTCTCTATAGTATCTGCAAAGGAACCTAATCTGATATTTTTAGATTTTGCCATATCCTTGATTTTCATTATTTCTTTTTTAACTTTTGGGTGCGAAATTTGGCCTGGAAAACCCAAAGATTGTGATAGATCATAGGGACCTATAAACAAAATATCGAATCCTTTTAAGGATAAGATCTCCTTCAAATTTTCAACCCCTTCTTTACCTTCAACTTGTAAAATTAAAAGATTTTTATTTGATTCTGTGAAATATTCTGCTTTGTTTTTTTCACCATAAGAAGCTGCAGAAACAAATCTACAAACCCCTCTATTTCCAATTGGATAAAAGCGAGAAGCATCAATTGCTGTTTTTGCTTCTTCAGCTGAAGAAATATTAGGGACTTGAACACCAAGAGCTCCTGCATCAAGAGCTGAACCTATCAAATTATGATTATTTCCACTCACTCTTACTATTGGGTTGATTTGACCTGCTTTAGCAGCTCTTATATGATCATAAAGCCTTTCGCGTTGGACTGGTCCATGCTCTTGATCAATAATGACAAAATCTAAACCAGACAAACCAATTGCTTCAATAAAAGAACTGTCTGTTGTTTTTGAGAATATCCCTAGCATATTTTTAAATTTAAAATCGAATGTAATTATTCTTAAGCATCATAAAGCAAACCACCTGTTTGACTAAACAAAAAAACTTGTTTTGGCAGCAATAATTTATAGTTAGTGTCTGGTTGGAAACTTAACAATATTAAAATAGACTTAAAAAAATCTGTTTTAATATTGTTCTTGTCAGCTTATGTTGCATTTTAACTGGTTCAATACTACTGGCAAGCTTTGTGCAGCGTAATGACATGTGGCACATCTCCTATATAAATAGAATTAAAATATTTCTGATCCTGAAAACAATATGGAATTAAAATTTTCTATTTAAGACCCAACAATAGATATTTAATTCTGCATTAATTTTAATGCTCAGATCTTCAAATAAATATCTTGACCCAACATGTTTAAACTAGATTATGTATATATGTATATTCTAAATTTTAGAATATACAGAATCTCCCTTAAGCTCAGTATATTTTGTTGGAGTAAGGCTTACTAATTGAATGTTAAAATGATCTTTAATCTTAGAAAATAAGTGCTGGTTTTCTAAAAACAACTCTTGTTCTTTTTCACCTATATGATTTCCACTATACCCATCATATCCTGTTATGAACACCTTTTCAATTTTTAATGCCAATATACTTTGTAAAGCTAATGCTGTATGAGAATCTCTGTATAAGTCTGTAAACTCAACGCTTTCCAATTCAAAAGCATTATCTGTTAAGGATTTTGGAATATATGTCCCCATTTCTCTAGGATATGGAGGTAAAATACACTTCCCTTTGATATTACTACCTTGAAAAACTTCTTCCAAACGATGACCTTCATTACCCACTAAGCAAAAATATTGGTCATTAGGTACATTCTCAAAGGACAAGGCATTTTTAGAACTTGCATGAATTACTATGATATTTGGATTGTTTATTAAAAAACGATCTATGGATTGTGTGTGGCTTGTGGCACTAGGACCACCTCCAACAATTAGTGCTCCCGCATAGGTTTTTTCTTTACCAAAGTCTAATTCAGGCAATTTAGTGTTGTCAACCTTACCTTGACTTTGGTTATTCAATGCACGTATGATCGAATTAAATGAGTAGTACCGCTTGCTTACCCATTCCATGACTTGCTTTTGCGGAAGGGAATTGGCTCCAGAAACCATATAGGGTAAATTTGTACCCCATTCATAGTGTTTTTGTAATTTTGTAAAATCATCTACTGTTTTACTTAATTCATTGTATGGAAAATCCAGTAGACCTTTTGCATTTAAAACCGTTAGCAACAATTCTGTTTTAAGATTACCAGCACCGCGACCCATTCCAGTTACAGTGGCGTCTACTATATCTATCCCTTCATGAATAGCCGTTAACGTATTGGCCAATGCCATTTCTAAGTTATTATGACCATGGAATCCTAGTTTCACTTTGGTCTTAGAACGCACTAATGCAATAGTGTCTTTTACGTCTTGAGGATATACTCCTCCAAATGAATCCACCATATAAAAGTAATCTGCAACTTCGTCTACTTTTGGAATTAATTCTAAAAATTCTTTTTCATCTGCCCAAGTGGACATATACATCACATTGAACGCTACTTCAAAACCCAAACGTTTTACCTCCGCCGCTAAACTTAGAGCACGCTTAAAGTTTTTAGGATCAATTGCCATTCGCACCATTGTAACTAAACCTGTTATAGGACTCAGTAAAGATTCTGCATCTGCTGCACGCACATCTTTTTCGTTCAATATAATCACAAGCTTTTTCTGACTAATGCTTTTTAAGCGCTGAAGTGTTTCTACAGGACAATAGAAATATTCTCCCAAATATTCTCCCATGGGTTGAGAACGATAACCAACTTCTAAGTATTCTACTGGTAGTTGATTAAAACTTTCTAAATAGGTTTTAACGATGTCTTGGTCAAAATCCCAATTGGTATAATAACCACCATCTCGGATGGTACAGTCAAGTATTTTCATATTAATTTAGTCTTGAATTTTTATTCCTTGAATTTTTAACTATAAGATTTAAAATTTTATCAAAAAATTTATCACGTAATTTTTATGCTCATCTTATTTCTTAATGAATTAAAACTAGTGTTCTATTTTAATATTTTCTTATGAAAAATAAAGGCTCTTTTTTTATTTTTTGATTTGTTTATGAGTATTAAAAATATCCACATCAATCATATGCATTAGAGTTTAAGGATTTTTTTTAATTCTAACATATTTTAGAGCAGAAAGGTTAAGTATATAATCATACTTTTTATCTGATTTTATAAAAGCATTATACTCTAATGATCTAATGTGGAAGTTTGAAAATCAGCTTCTATATAACCAAAAGAGTTGTGGATATTTTTTACTAGCCTTACTAGATTTTCTTTTTAATATTTACTTTATATAATTTAAATGGATTTTTTTTGAATATTTATTTAGTTACAGCTTGTTTAATATAATCGGCTTTACTAAGTATGAGAAAAAATTACTAACAAATTTTAATCTTCGTTAATAATGTTTTGAAATATCATTTTCAAACAGTTCTTTATTTCGACCTGCAAAAGCTATAGTTTCATTTTTTTATAATTGTTGACTACTAATCATTGTCGCAAACTCAGATGAATTTTCAATTAGTGTTTTATAGTCACCTTTTGCTTTAATCTCACCTTTATCTAATAAAACTATTTGATCACAAGTTTTGACAGTACTTAGTCGATGGGCGATCATAATTATGGTATATTCTCCTTTTAAATCATCAATACTTTTTTGGATATTTTTCTCTGTTTTGGTGTCCAAAGCAGAAGTAGCTTCGTCCATAAGCAATATATCTACGTCCTTGTATAATTCTCGGGCGATGGATATACGTTGCTTTTGGCCACCACTTAAAGTCACCCCATTATTACCTATCCTCTCCTCTTCCTTATCGGATAGATCACTTATAAAGCTACTCAGTTGTGATTTTTTTATAGCTTCTTGAAACCTTATTAAGTTTTCTTCATTCTTTTGGTCCCATAAGGTGACATTATTAAACAAAGTATCATCAAATATAATAGGTTCCTGAGTGATATAGCCAATGCGTCTTCTATAATTTACTAGCTCTATGCTGTGTATTGATTTTTGATTGATCAATAAATCTCCGTTGCTTGGTTTTAACAAACCTGCGAGAAGGTTGATTAAAGTAGTCTTCCCCGAACCACTTTCTCCAATAAACGCGATACTTTGTTTTGGTTTAATATTTAAATTTATGTTTCTTAAGACGGTGTTCTTTTTATTATAAGAGAAGCTAAGGTTTTTAAATTCAATGTTTTGAATTGAACTTACTTTATCATCACCATTTACTTCAGGGGAAGCTTGTAAACTTTTAGTAAAACTTTTCATATTATCTATAGAACCTGAAAAGCTTAAAAACTTGTTGTAAGACGTTTGTATGCTTGATAGTGCTGTTAACCCCCTGTAAAAAAATAATAAACTCAACATAATTGTAGCTAAGCTTCCCTCTAATAATTCAACTTGTATTAAAATAACAGCTACAACAACTCCAATCATAAGAGGTTCTCTCATTCCTAACATAATACTGCTAAGTATGCCCATTTTTCTAGTAATAAACTCTATTTCATTAACTTTTTCTTTTAAAAAACGTTTGTAATCTATAATACTGGCAGTCGCTTTTAAATATTTATAAAAAGCTACGGATTGAATAATAAAACCCTGGAATAAATTATTGCTTTTCACTAAATCAAAAGATAAGAGTTTTGTCTTTTTGTACATAGAACTAAATAACAGGTTTGTTAAAAAACCTCCCATAACTATTAACATCGCAAATTGTGGACTAGATATAACTGCTAAAGCGGCATAAGTCAACAACATGACAGATTGCTGAAGCATATCACTATAGGTTCTAAAACTTTGCATTACTCTTTCCACTTCGCCACTTAATGTATTTTGAATTTTACCAGCATCAGCACTGGTAAAAGCTTCATAATTGTAATTGACTAATGCATCAATGTTTTCAAATCGTATTCTTGAAATAAAATATTGTTGGTATACCACTCTTAGATACCGTTCAAAGAATTTAGCAAACCCTTTGCCTACAAAAAAGACAAGCATCGTCATCAGCACTACAACTAAATTTAATTCCAATCCAATGTTGTTTAAACCCTCTACAATAAATCCAAAATTCCCTAAAGCACTTGAACTTGCCTCTGCTTGATCTGAGGCAATCATACTTAATAAAGGTATAAACATAGTTAGCCCTAAACCATCTAGAAGACCTACCAAAATACTGGTGATTAATAAAAACCACATTCTGTATCCTAGATAAGAATAATAGTATGCGAAAGAACCCATGTACTTTTTAATAATATTTTTAATTAATTTCATTAAAGTTCTTGCTTAAAGAATTGTAGTATGTTATACTTATATAGCTTCATATATTTTAAGCTTGAAGATTGGCTTATATCTCGTGCATTTTTTTTCTTAGATTTCGACTTGTTTGCCAAACTTTGAGATCTTCAAAGGTCTTGATAGCTTTTTGAAGCGAGATAACCGCAAACATCCAGCAGCTAACTATTCAAAAAAATCACTGCTTCGCCTTACTGGATCCCATAAATGGGTCAGATGAGGCTTTTCATGTTTTACTCTAGAGCTTCTTGGTTACTCAGCTTTAGAATTGGCTAAAATACACTTGCTATGTTATGCGAAAGTTGACTAAACGTTAGTTTTATAGGCAATTTATATTTAACGCCTCATGACCTGCAAATAAAAGCGTTTTCTTAAAGAAAACAAAAATAAAGTGGATAATTTTTTGATGAATCTTGCTGCGTCTTAAGGTGGCGGTTGTTTTTTTGCTGTATTGTGAAATTATTTGATGAAGAGATGGGTGTCACTTCGAGCCTGTCATTCCGTGCAAGGCTATAGCCGCGATGCGAAATCTTTGTAGGTAATGTTCTAAATATTGAAAAAATCTATCTCAATGTGGCTTCGATACACCTCGTTACAAAAAAGCGGGTCACTAAGCCACCTATTCACTATTGTCATTCCGACAGAGAAGTTCTTTTTACTTCGACAAGGAATCTTTCCTATTCCGTTCAAGGCGATAGCCGCGATGCGGGATCTTGTCTTTCCGTGCGAGCGATAGCGAGATGCGGAATCCTTATAAGTGATGTAATTTCTTGTTTAATTTCTGGATAAAATTAGTGCTTTTATTCATTTTTTCCATTGATGAAAAAACGAACCAAAAAAATCTAGGCTTACGAAATTCTTCCTAAAATTATCGCTTATCCTCTAAATTTTAAAAACTCGGCTTAAAACAGCCTCAGACAGTCTAAAATTTTACGAGGCTTTTGCTTCAATTTTTACGGCTTAATTTAGTAGGCCGTTTTCTTTTTATTGATAAACTTGTCACTTCGAGTGATTTTCGATAGAAAATTGTATCGAGAAGTAGTTTGAAGTTTTACGTTTAATAAAGTTCTAGATACAAATTTCACTTTTTTCAAAAGCAAAATTCACTCGAACTGACAGAGTCTAAATATTTATTACCCTGAACTTGTTTCAGGGTCTAAGCTTAAGTTAATGAAGATCCTGAAATGAATTCATCATAACAAAACTCATTACTCACCTCTAACGACTATTAGAGCCTTGAACATTTATAGTAAAGCCGCGCAAAAAAAGTAATACTCAAATTAATATAAAAATCTAAATAACTATAAAGGAATTTTATTTTGATAACCAAATTCAATATCATCTGAAACCATAACTCCTTGCTGAGAGGCAATCATATAAATACCATAACCCAAAGTTATCTTCTCAATCTCAGCACTCATGGTATTTTACATACGCCCTGCATCTGATATCATAAGTACTTTAAACTTGATATTGTTTGAAGCATAAAGCAATTCAGGTCTGAGTTTTTTAACAAAGCTTTATTTAAAGAAAAAATTTATAAGCAGTTGATGCAAAATTTTGACCGCTTCATAGTATAAAATCATAAATAAATTAAGCCTAAATTTTTAATATCATCCAATAAAAACTTAAATTTCTTATCTCTTCTGGATTTACTCGCTCACTTCCTCCTACCATTTGCAATAAGGGTAAAAACATAAAAAGACCAAAACCGTCTAAACGGCTACTTATATGCTAAGGCTTAACGCTAGAAATATGCGGTAGCCTAGAGGACTATAAAAATAGTAAAATGTAGAAAATTGCTTAGCTAATATTTTTTTGATGCTTTGCATTTAAATTGGATTAATTGACCTAGTACTAGTTTGGGTAGTTGTTAAGTTTTAGGTTGTTTGATTTCAAATTATCTTGAAAATTAATAAGTTAAAAGCTTCAGCTTAAAGGCTGCCTATTGATGTATTAATCTATTATGCTGGCTAGATAGCTATAATATTCTCCTTTTTTCCCTTCTAAGTCTTTTGAAATATCAGCTTTATTAAGCCATTGCATTTTTAAGCCAATCTCTTCTAAGCAAGCAATTTTTAAACTCGTGCGTTTTTCAACTACTTTTACAAATTCTGTAGCTTCTGTAAGAGCTTCGTGTGTCCCCGTATCTAACCAAGCAAAACCACGGCTTAAAATTTGCATTTTTAAATTTCCTTGTTTTAAATAAGTCTCATTTACAGTGGTTATCTCTAGTTCACCTCTATGGGATGGCTTAACGTTTTTCGAAATTTCTACCACTGAATTGGGATAAAAGTATAAACCTACTACTGCAAAATTTGATTTTGGTTTTTCGGGCTTCTCTTCAATACTCACCACATTTTGATGTTCGTCAAATTCTGCAACACCATACCGCTCAGGATCATTTACATAGTTTCCAAAGACTACTGCTTTGTTGTCTTGTTTAACAGTTTTTACTGCATTGGACAATAAGTTTTGTAATCCAGCACCGTAAAAAATATTATCGCCTAAAACTAAACAGACATCATCGTTACCTATAAATTCTTCTCCTAAAATAAAGGCTTGTGCCAATCCATCTGGTGATGGCTGTTCTTTATAAGTCAAGTTAATCCCAAATCGAGACCCGTCCCCCAAAAGGCGTTTAAAATTTGGTAAATCGTGAGGTGTAGAAATAATTAGAATCTCTCTAATCTCTGCTAGCATTAAAACCGACAACGGATAATAAATCATCGGCTTGTCGTAAATAGGTAAAAGCTGCTTGGACGTCGCAAGGGTTAAGGGGTGTAATCTAGTACCTGAACCCCCTGCTAGGATTATTCCTTTCATTTTTTTGTTGTTAAGTAGTTATGTTGTTATGAAGATTGTTAAGTAGTTATGGTGTTATGGTGTTATCGAGTTATGAAGATTGTTAAGTAGTTATGGTGTTATCAAGTTATGAAGACTGTTAAGTTGTTATGCTTTTAATCAATTTTGCTAGCATTCTTCTAATATAAATAATTTTTTCAAAGGTGGATTGAGTATCGACTTCGTTTGCGATGTAGTTTAATCTTATCGAAATTTCAAATTGTGTCTCTAGTTCCGATAACGAGCCTAATGCTATATATAAAAAACGTGCAAATTCTTTTTCTCCTTTTCTACCTGCTCCTTCTGCAATATTTGACGGTATAGAAACTGCACATCTTCTCATTTGACTTGTTAATCCATACATTTCTTCTTTGGGAAATGATTTTGATATGGAGTAAATGTCTTCAACTAGATTCATGCTTTCTTTCCATAGGTTGAGGTCTTTGTGGCTTTTGACGTTCATTTTATAGTTATGGAGTTGTGAATACTGTTATGGTGTTATCGAGTTATGAATACTGTTATCATGTTATCGAGTTATGAAGATAGTTATGGGGTTATAAAACAGTTATGATGTTATCTTGTTATAAAAACTGTTATCATGTTATCGAGTTAAAAAAGAGTTATGGTGTTATAGTATTATAGTACAGGTATGATGTTGTCGAGTTAAAAAATAGTTAGGATGTTATGGACGGTAAACTGGTTCTAATAGACATAAACCCCGTAGCTACTTAACAACGTAACAGCATAACAATTTACTTATACTGCTCCTCATAATAATTCTGATACTCCCCACTCGTTACTTTCTTCATCCATCCCTTATTCTCTAAATACCAATCTATTGTAATACTCAAACCTTCTTCGAAAGTTACTGTTGGTTTCCAACCTAGTTCTTTATTTATTTTGGAGGCGTCTATTGCATATCTTAAATCATGTCCTGGTCTGTCCTTAACGTAGGTGATTAGTTCTTCACTTGTCCCCACTGGATTTTCTAACTTCTCATCCATTTGTTGGCAAAGTAATTTTACTAAATTGATGTTTTTCCATTCATTAAATCCACCGATGTTGTAGGTTTCTTTGACTTTTCCTTTTTCTAGAATCAAGTCAACTGCAAGTGCATGATCAATAACATATAGCCAATCTCTTGTGTAGTTGCCGTCTCCATAAACAGGAAGTGATTTTTTATTAAGAATATTGTTTATGAAAAGAGGGATTAGTTTTTCTGGAAACTGGTTTTGACCATAGTTGTTCGAGCAGTTAGAAATGATAAATGGTAAACCATAAGTTTCTCCATAGGCTCTCACAAAGTGATCGCTACTCGCTTTAGAGGCTGAGTAGGGGGAGTTAGGATCGTAGGAAGTTGTTTCTGTAAACAGTCCCGTTTCTCCGAGTGTTCCATAAACTTCATCCGTACTAATGTGGTAGAACATTTTATGACTAAAATCTTCTTTCCAAATTTCAAGTGCAGCATTTAATAGATTCATCGTTCCCATCACATTTGTTCTAACAAAAGAAACTGGGTCAGAAATAGATCTATCTACATGTGATTCAGCCGCAAGATGGATAACTGTATCAAATTTATATTTTTTAAATAAATCAGATATTTTTTGTGTGTCATTTATATCTTCTCTAATAAAAGTATAATTCTCTTTATTTTCAATATCCTTTAAGTTCTCGAGATTTCCTGCATAGGTGAGCGAGTCTAAATTGTAGATGTTTTGATTTGGATATTTATTTACAAATAGACGAACAACATGTGACCCGATAAATCCAGCTCCTCCAGTAATTAATATATTTTTGTCCATTTTTTGAGATTAATTATTCTACGCTAATCGTTTTAAATTATTCAGAAATAAATTCTTTTTACAAAATATATTAATATAATCTATAAATTCATGTGATAGTCTTTATACCAACGAACAAACTCTTCTATTCCTTTATCAATTTTAGTTGTTGGCTTATAATTGTAATCTTTAAAAAGTGCACTTGTGTCCGCCCATGTTTGTTCGACATCTCCTGGTTGCATAGGCATCATTATTCTTTCAGCTACTTTTCCAGTAGCAACTTCAATTTCTTTAATGTAGTCATTTAATTTAACAGGACTTCCATGACCAATGTTGTATAAATTGTACAGACTTTTATTCGGATTTTTCTTTTCAATAGTATTTATCACACCTTCTACAATATCGTCAATATAAGTAAAATCACGTGAAAGATTTCCTTCGTTAAAAACCTTAATAGGTTTATTATTCAGGATGGCATCAGTAAATAAAAACATGGCCATGTCAGGTCTTCCCCAAGGTCCGTAAACGGTAAAGAATCTTAAACCAATTGTTTTTATACCAAATAAATGACTATACGTATGCGCCATCAACTCGTTACTCTTTTTAGTAGCAGCGTACATGCTAATTGGGTTGTCCACATTATCATTAGTTGCAAAAGGTGTTTTTTCGTTTAAACCATACACACTAGAGCTACTTGCATAAACGAGTTTTTTTACTTTTGTATTTCGCACACACTCTAATAGATTGGCGAAACCCATGATGTTACTTTCTACATACTTCATAGGTTTTTCGATACTATATCTAACACCTGCTTGAGCAGCAAGATTACAAACTACATCGAAACTGTTTTCTTCAAAAAAAATAGGTAAATTTTCTTGATCTTCTAAATTAATTTTGATAAACTTTAGTTTATCACCATGTGAATTACTATTTATACCTTTATTGTATTGAATTTCACTCTCTGAAATACCTAATTCTTTTAGACGAGCATATTTTAAGTTGACATCATAATAATCATTGATATTATCTAATCCGACAACATCATGTCCTAATTTTAGAAGTTGCTCGCAAAGATGGTATCCAATAAATCCTGCTGCTCCAGTGACTAATATTTTCATTCTGTATTTTATTTCTCTGAAAAAGTCTATTTATGACTTTTTCTACTTTTTTTTAAAATTTTAATAAAATATTTAGCAACAAACAAAAAATTTAATTTTCTCATTTCTTCTTGCACTCTACGTTTCTCTATCTTAAAAAAGTTCTGCTGATGTATTGTAAAATTATTTGATGGGTATAGTTGGCATTTTGGAGTGTGGGAGACTTCTTACTTCAAACCAACTTTATTAATATAATACTATTTCTCTGAAAAGTTTAAATCAAATTATTTAAGCTCACCTCTCACTACTATTTACTCACCACTAATAGCTTCCTTAGGCTTAATCGAGTTCTCGATACATATTTCACTTTTTTCAAAAGCAAGATATACTCGAACTGACGGCAGTTAACAACTCAAAAAAATTACAGCTTCGCCACCCTGAGTCCCTTAAATGGGTCAGATGAGGATTTTCATATTTTAACTCTAAAGCCTTGGTTACTCAGCTTTAGAATTGGCTAAAATACACTTGCTATGTTAAGTAAAAGTTGACTAAATATTAGCTTTATGTGCAATTTGTATTTAACGCATAAGCGAATGCAAATAAAAGCGTTTTCTTAAAGAAAACAAAAATAAAGTGCATAATTTTTTTGATGAATCTTGTTGAGTCTTAAAACAGTGTCATTCCGTGCAAGGCGATAGCCGCGATACGGAATCTGTTTAAGTCATGTTCTAAATATTGAAAAAACCTATCTCAACGTGGCTTCGATACACCCCGCTACAAAAAAGCAGGTCACTAAGCCACCTATTCACTATTGTCATTCCGACAGAGAAGTTCTTTTTACTTCGACAAGGAATCTTTCCTATTCCGTTCAAGGCGATAGCCGCGATGCGGAATCTCTTCATTCCGTGCAAGGCGATAGCCACGATACGGAATCCTTATAAGTGATGTAATTTCTTGTTTAATTTCTGGATAAAATTAGTGCTTTTATTCATTTTTTCCATTGATGAAAAAACGAACCAAAAAAATCTAGGCTTATTTTTATGTCTTTGAAAACTACAAAAGTGGCTCCTCCACGCAAAGCAAACCGTTTCACTAGTGCTTTGCTCCTTCATCCTTTCTTCACCACTTTTTTGTTTTCTAATCTCCATAAAAAGTAGGCCGTTTTCTAACAGTCGAGAGGTGCTTCGAAATCAGTTACTCAGTCGAGTTCTCGATACAATAGTTTTGGTCTTTCGCCACAAACCCATTACTCGAACTGACATTTATTGAATTAAAAATTCTTAATTATAAATTAATAATTAGTTTAACTCACCTCACACGTCTAACCACTCAAGACTATTCGCTCATCCTCTAAATTTTAGAAACTCGGCTTAAAACAGCCTCAGACAGTCTAAAATTTTACGAGGCTTTTGCTTCAATTTTTACGGCTTAATTTAGTAGGCCGTTTTTCTTTGTATCGTGTAACTTGAAACCTCGAGGATGTCACTTCGAGCCTGCCTGCGTTCCTTGGAAGGCAGGTGATTTTCGATAGAAAATTGTATCGAGAAGTGCTTTGAAGTTATGAGATTAGACGAGTTCTCGATACAAATTTCACTTTTTTCAAAAGCAAAATTCACTCGAACTGACATTCATTCAATTAATAATTTTTAATTAAAAATTATTAATTGAATGAATGTCAGTTCACTGTTCGTTATTCTGTGTTCAGCAATCCTTATTCAATATTCGGTATTCACCACTCACCTCTCACGGCTACTCACTACCGACTAATATCTCCCTTAGGCTTAATCGAGTTCTCGATACAAATTTCACTTTTTTCAAAAGCAAAATTCACTCGAACTGACATTGACAGAAGAAAATTTGAATTGTAAATTTTGAAATTTTAAATATGAAATATACTTCACCACTCACCTCTCACAACTAACGACTCACTTATCACTTCGAGCCTGCCTGCGTTCCTTGGTAGGCAGGTGATTTTCGATAGAAAATTGTATCGAGAAGTAGTTTGAAGTTTTTAGCTAAAAGAGTTCTCGATACAAATTTCACTTTTTTCAAAAGCAAAATTCATCTGCCATATCGTCCACAAATAAAAACTCCCGAAAAGGAGTTCCAGAAATTATATTCAAAGTTAAGTAAGTAAAAAACTTCTTAGGTCTTGGGTCTCGATTCCTGCAACTGTATTTCCGGAAAAGCTTTCCATGGTAACTACCTTTTTGGGATAATTATCTTTAATTTGTTTTAGATTGCCAAACTCACGTTCTAGCGTAGCAGGATCATTAATAGTTAAAGCCACCTGCACATATAATTTTTCTCCTTCTTTTTCTGCAATAAAATCTACTTCTTTGTTCCCCAGCATTCCTACCTGTACTTTATATCCTTTAAAAAGCAGATGATTATATACTACGTTCTCCATGATCTTTCCCCTATCCTCCAACCTGAATCCCCAGAGTCCGTTCCGGATGCCCAGGTTTTCAAAATAATACTTTTCGCCTATCTCGAACAACCGCTTCCCAATTAAATCGTAGCGCCCCACTTTATGGACTAAAAAAGCATTTACCAAATGCTGTATATAATTCTGTACTTGGTTGGGCGCCATCTTTACGCGCTGAGACTTTAAAAAATCACTGATCTTTTTTGCAGAAAAGATGCTGCCTGTATGTGCCGCTAAAAACAAAACCAACTGTTCCAGAAAATTAACATTCCGAATAGCATAACGATTAATGATATCCCGGTAAACAATACTCTGGTAGATATTCTTTAAATATTCAAATACCACTTCGTCTTTCAGTTCCAAATGAATGAGATAGGGAAGCCCACCGAATTTGAGATATTTGTTTAAACTCTCCTCATTTTCTGTTAGCCCGTGAAAAGATATAAACTCTGGGTAAGCAAGACTAAAAACCTCTATGGCAATATATCTACCACTGAGATGTCCTGCGATGTCCCCCGACAATAAATTAGCGTTGCTGCCAGTACAATAGAGATCCAGATTGGTTTGAAGTAATAAGGAACGAAGGGCATCCCCAAAATTTTCAATATCTTGGATCTCATCAATAAAAACATAGGTTTTTCCAGATTTCGCTTTATGAGCCTGTACATATTCATGTAAATCTTGGGCAGTCTTTATAAATGAAAAAGCTAGATCTTCTTTATTGATATAAATAATCGTTCCGCTGCTATCATTTTCTTTGATCCATTGTATGATCTGAAAAAGCAAATAGCTCTTACCTACACGCCGCTGACCCGTTAACACCTTAATAATATTCTGCCCGATGAATGGCCGCACCTTCTCTAAATAATGAGAACGTTTATGTATATTATCTGGAATCACTAAATTATTTTCTATCATTATGATTATAACTTTTTACAAATATAGCAAAAGTTATAAGTATGTTTATGTCTTTTGGGTTGTGGTTAGTGAGGAGTGAGCTTTATTGCTCATTGTTTATTGCTATTAACTGCATTTACAATTTCACTTGTTTATACTTATTTTCATTCTCTAAAAACCAATTATAACTACTTTCAATCCCATCTTCCAAATTAGTAGAAGCCTGCCAACCTGCTTTTTTCATCTTATCTACATTCATCAATTTTCTTGGAGTACCATCTGGTTTAGAACTATCCCAAACGATCTCGCCATTATGCCCCACTACTTTTTGAATGGTTTCTGCTAGTTCTTTTATAGTGAGATCCTTACCTGTTCCAATATTATATAAGTGTTCCGGCAATTTATTTTCTAAAGCGAAGACTACCGCATCTGCCATATCGTCTACATGTAAAAATTCACGTATTGGAGTTCCACTACCCCATAATTCAACGGGCTCGTTATTATTAAGCTTGGCTTCGTGAAACTTACGAATCATGGCAGGAAGAACATGTGACGTTTTTAAATCAAAATTATCGTTAGGACCATATAAATTCGTAGGCATAAGACTCACAAAATCCCTACCGTATTGCTTGCGGATAGCCTCACAGGCCATCACCCCTGCAATTTTTGCAATGGCATACCACTCAGTAGTGGGCTCTAAACTACCCGTTAACAAATACTCTTTCTTCAAGGGTTGGGGAGCCAGTTTAGGATAAATGCAAGAGCTTCCTAAAAAGATAAATTTTTTAGCTTCCGTACTATGAGCAGTGTCTATAAGATTATTTTGAATTGTAAATTTTGGAATTTTAAATATGAAATCTGGTTTACTTCTCAAGACTATTCACTTACCACTAACGACCCATTTTCAGTCACAAATAACTAATCCACAAAAGTTTCTTTTAAAACTTCTTTACACTTGTCTATTTCAGATTGTTTTAGTGAGTCAAAAACTTTGAGGACTCTTTGTTTGTCGATGGTTCGGACTTGATCTATGACTATCATTCCTTTTTTACCATTGGATTCAACAGGTACTCGAGTGGGATAAGCTTTTAGAGTTGTTGTCATGGGTGCTACAACAATGGTCTTTAGAAATTTGTTCATTTCGTCTGGTGAAATGATGACACAAGGCCTTGTTTTTCTGATCTCACTTCCCGTTGTGGGATCTAAATTGACTAGAACAATTGAATATTGATTTAGTTCCATTCTTCAAAGGTATCCTCTTCAAAAACATCATTGATAAGAAGGGTATCGTCATCATTTTTCGACATTTCTTTGAACTTTTTGTCCCAGTTTTTTCTAGGATTATGTATAGGTCTAAGAATAATTTGACCTTTTTCTAAAATGAGCTCAACTTTATCTTTAATCTGGTATTTTTCTAATATAGTTTTACTCAACCTTAATCCTTTAGAGTTTCCTATTTTTATAATTGATACTTCCATAAGTTATAAAATGTGTATACAAAGTTATTACTTTTATTGTTGTTTTGTTCTATTATTTTAAAATTTATACCAAACTCAAGACTTATTTTAATATGGCTCCGATACGCCCCGTTATAAAAAAACGGGTCACTCAGCCACCAATTCACCCTTGTCATTCCGACAGAGAAGTTCTTTTTACTTCGACGAGGAATCTCTCCCATTCCGTGCAAGGCGATAGCCGCGACGAGGAATCTTTCCCGTTCCGTGCAAGGCGATAGCGAGATGCGGAATCTTTATAAGTGATGTAATTTCTTGTTTAATTTCTGGATAAAATTAGTGCTTTTATTCATTTTTTCCATTGATGAATCCCGAGGTGTCGGGAGAACCAAAAAAGACTAGGCTTATTTTTATGTCTTAGAAAACTACAAAAGCGGTTCCTCCACGCAAAGCAAACCGTTTCACTAGCGCTTTGCTCCATTATCCTTTCTTCACCACTTTTTTGTTTTCTAACCTCCATAAAAAGTAGGCCGTTTTCTTTGTGTCGAGAAGCCTAAAGGCTCGAGGCTGTCACTTCGAGTGATTTTCGATAGAAAATTGTATCGAGAAGTAGTTTAAAGTTAGGAGATTAGTTCATGTCTCTATATCATTTTCTCTCTCTTTTCTTTTTTGCATCGCCCAATCCCGAAGGGTCGGGAGAAACAAAAAAGACTAGGCTTATTTTTATGTCTTAGAAAACTACAAAAGCGGTTCCTCCACGCAAAGCAAACCGTTTCACTAGTGCTTTGCTCCATTATCCTTTCTTCACCACTTTTTTGTTTTCTAACCTCCATAAAAAGTAGGCCGTTTTCTAACTATCGTGGAACTTGACGCCTCAAGGCTGTCACTTCGAGTGATTTTCGATAGAAAATTGTATCGAGAAGTAGTTTGAAGTTATGAGATTAATCCAGCTTTCTATATCATTTACTCTCTCTTTTCTTTTTTGCATCGCCCAATCCCGAAGGGTCGGGAGAAACAAAAAAGACTAGGCTTACGAAATTCAGTCTAAAATTTACGTTTGCTGTCTAAATTTTAGAAACTCGGCTGAAAAAAACAGCCTCAAACAGTCTAAAATTTTACGTCATCTTCACTTTAATTTTTACGGCTGAATTTAGTAGGCCGTTTTTCTTTGTATCGTGAAACTTGACGCCTTGAATTTACTATTGTCATTCCGACAGAGAAGTTCTTTTTACTTCGACGAGGAATCTTACCCATTCCGTGCAAGGCGGTAGCCGCGATGCGGAATCTTGTCATTCCGTGCGAGCGATAGCGAGATGCGGAATCCTTATAAGTGATGTAATTTCTTGTTTAATTTCTGGATAAAATTAGTGCTTTCATTCATTTTTTCCATTGATGAAAAAACGAACCAAAAAAATCTAGGCTTATTTTTATGTCTTTGAAAACTACAAAAGCGGCTCCTCCACGCAAAGCAAACCGTTTCACTAGTGCTTTGCTCCTTCATCCTTTCTTCACCACTTTTTTGTTTTCTAATCTCCATAAAAAGTAGGCCGTTTTCTAACAGTCGAGAGGTGCTTCGAAATCAGTTACTCAGTCGAGTTCTCGATACAATAGTTTTGGTCTTTCGCCACAAACCCATTACTCGAACTGACATTTATTCAATTCAAAATTAATTTTACTCACGTCTAACCACTCAAAACTATTCGCTCACCACTAATATCTCATTTAGGCTTAATCGAGAACTGACATTTATTCAATTCAAAATAAAGGCATTTTCATCTTACGACGAAAACACCCTATTTATAGATATTAGTTGCCAATAATATTCAAATTAAATCCGAGTGCTTCCATCCTGATTTGGTCTAGTATTCGTCGACCATCAAAAACAAAAGCTGGTTTGTACATATCGTCATAGACGCTTTTCCAGTCTAAAGATTTGAACTCATCCCATTCTGTCATCACCGCAATAGCATGGGCATTTTGACAAGCCTCTTTAGCGGTTTTGACAACTTTCACTCGTTGGCGAATGGTTTCAGAATCATGATGACCTAAATACTCCAAGTCAGCATAAATTTGTTCTGTCTTAACTTTCGGATCATAAACAATAACATCAGCTTGCTCACTAAGGAGATAATCTGATACATAAATCGCCGCCGACTCCCTCGTATCATTGGTATCTTTTTTGAAAGCCCAACCTAGCATCGCTATTTGCTTACCAGAGACTGTATTATATAGTGTTTTAACAATATTTTTGGCAAAACGGAGCTTTTGGTGGTCATTGAGTATAATCACTTGCTCCCAATAATCCGCCACTTCTTGAAGTCCTAAGGACTTAGATATGTAGACTAGATTGAGAATATCCTTTTGAAAGCAAGAGCCCCCAAAACCAACAGAAGACTTTAAAAACTTAGAACCAATTCTGGAATCCATACCTATAGCACGTGCCACTTCATCGACATTTGCGCCTGTTTTTTCACAAATTTCACTCATGGCATTAATACTTGAGATCCGTTGTGCTAAAAATGCATTGGCAGTGAGTTTGCTCAACTCCGAAGACCAAACATTGGTCGTCAAAATTTGAGCCTTTGGTACCCAATGGGCATAGACATCTACTAAAGTCTGCATAGCCGCTTGACCTTCTGCTGTATGTGTATCGCCACCTATCAAGATACGATCAGGATCTAATAAATCATCAATAGCCGTCCCTTCAGCCAGAAACTCTGGATTAGACAAAATTTGAAAATTGACACCATTCCCAGTATTATGAAGTATATCCTTAAGCGCCTCTGCTGTTCTCACTGGCAATGTTGACTTTTCGACGATAATTTTGTCAGTCTTCGCTACACGCGCAATTTGGCGAGCGCATAGTTCGATAAATTTAAGATCAGCGGCCATACCTTTACCGATACCATACGTTTTAGTTGGGGTGTTTACTGAAATAAAAATAATATCCGCTTGATCAATAGCTTCATCTACTTTTGTGGAGAAAAATAGATTTCTGTCACGTGTTTCCGCGACAATTTCAGATAAGCCAGGTTCATAAATCGGAATGTGTTCTACATTGGGATCATTCCAAGCTGCCACTCGTGATTCGTTGATATCAACCACATGAACTTTAATTTCTGGGCATTTCTGGGCAATTACAGCCATTGTTGGTCCACCTACATAACCTGCTCCAATACAGCAGATGTTTTTTATTGTTTTAGTCATTGTATTTGTTAGTGAAATCATTAATTAATAATAGATCTTTATGTTTTTTAATTCTAAGTTATTGTCATTGAAAGCTTAAAGATTGTTTTATTAAATAAATTTAATAAAACAAGATTACGAAATTATAGTTTTTTTATAAGTAATTGTTCTAGTCGTCCAAATTTTAGATGAAAAGTTCAAAACATGAAATGATATCTAGTCCACCGATCACTTCGAGGCTTTCATTCCGTGCAAGGCTATAGCCGCGATGCGGAATCTTTGTAGGTGGTCTTCTGAATATTGAAAAAATCTATCTCAACGTGGCTTCGATACAACCCGCAACAAAAACGGGTCACTCAGCCACCAATTCACTATTCTTCCCATTCCGTACAAGGCGATAGCCGCGATGCGGAATCTTTGTAGGTGGTGTTCTGAATATTGAAAAAATCTATCTCAACGTGGCTTCGATACAACCCGCAACAAAAACGGGTCACTCAGCCACCAATTCACTATTCTTCCCATTCCGTGCAAGGCGATAGCCGCGATGCGGAATCTTTGTAGGTGGTGTTCTGAATATTGAAAAAATCTATCTCAACGTGGCTTCGATACAACCCGCAACAAAAACGGGTCACTCAGCCACCGATTCACTGTTGTCATTCCGACAGAGAAGTTCTTTTTACTTCGACGAGGAATCTTTATTATTCCGTGCAAGGCGATAGCCGCGATGCGGAATCTTTTCAAGTGTAACTCTTTATTTAAGATTTAGATAGAACTAGTGCTTTTATTCATTTTTTCCATTGATGAATCCCGAGGTGTCGGGAGAACCATTCTGCCTTCTCAACCGCAGGTAGGCAGGAAAAATCTAGGATTATTTTTCTTTGAAATTTTTCTTGAATACTATTCATTATTGCTTATTGTGTTAAGCAATAATAGATAATAAATGCTTGTTACATTAAGCAGTGTGATTTCAAAAATTATTTAAACTCACCTCTCACCACTGTTCACTCATGACTCATTGACCCTTAGTCTTAATCGAGTTCTCGATACAAATTTCACTTTTTTCAAAAGCGAAATTCACCTGCCTACCAAGGAACGCAGGCAGGCTCGAACTAACATTAACAGAAAAAAATTTGAATTTGAAATATGAAATCTGGTTTACCAATCTACCCATTATGATTTCAATACATCAATCCAAAATGCCATAGGGGAATGGTATTCAGAAAACCTCTTTCTATGTCATCTTTAACTAAAAATCCTTTTTCAGCATTTTTAATTTGTTTTAAGTCTTTATTTTTTCCTCCAATTTCAAAATCCATGGTATCCACTTTAAAATCACCTAATACCGATGAAGATACTTGATGATTCACTCTTAACTGATTCAGAAAGAAGGTTTCCCTTACATTTCCTGTATTTTGATGTTCTTCAGCTAAATTATATACTAAATTGGTGTTGTCCAAATACACTTTATCTACCTTTCCCAAAGCCCGAATTCCTTTTGTAGGACCTCTCAACTGAGCAACCATACCTGCTTCTTCCATATAAAGAAGATAATCGGCTATGTTATTTCGACTGATTTTAAGCATTTCGGCAATTTTACTCATATTCGGTTTAAACGGTACGCTCTGAGCCACAATAGCTAGTAATTGCTTCAATTTTCTGCCTGTCGCTACATTCATTTCTGCATAAGTAGGAATATCTACTTCCAATGTTTGATTGACGACCTGCTGTAATTTCAAACCGAAATCATCTTCTTTGGCATAGGGGTAGTAACCTTTCTTAAGATAGTCAGCAAACAAAGGAAGCGGGTGGGGAATTTGCGGCACAACTACCTGATGATTCACGATGTCCTCCAAGGTAAATTTCGGCACTTGTTTCTGATGAAACAGCGTTAAATATTCACGAAAAGATAAGCCTTGCATAGTATAAACCACAGCTCTTCTACTCAAATCTGAACTGCCTTTTTTGATATCAAGCACTGACGAACCAGTAAAAACCACTTTCAAATCTTGATGATAATCGTAAATTAATTTCAGCTCTTTAGACCAATCAGGATATTTGTGTATTTCGTCTATAAACAAATATTTGCCTCCCGATTTTACAAAATCCTCAGCAAGATCAGTTAAACGGTTTTTGGCAAAATAAAAATCCTCGGCTGTAACGTAAAGTGTTTGTTGAAAATTCAGATTGCTTTTGATGTATTGCAAAACTAAAGTAGTTTTACCAACACCCCTTGGACCTATAAGCCCAACTAGTCTGTTTTGCCAATTCATCTGATGGTAAGAATAGCGAATAAATTCTGTATCTACCCGGGCAATCAATTGATTTGAATATTCAAATAAACTATCCATTGCTATTTATTTATGCAAATATACAATTATTTGCACTTTCGTAGTGCGTTTTATATAATAATTTGCACTATAATAGTGCGTATTTAGGCATTAGCTTGTCATCTCGAGTTCCTGTAATTGTCATTCCGACAGAGAAGTTCTTTTTACTTCGACGAGGAATCTCTTCATTCCGTGCAAGGCGATAGCCGCGACACGGAGTCTCTCCCATTCCGTGCAAGGCGATAGTCGCGATGCGGAATCTTTTCAAGTGTAACTCTTTATTTAAGATTTAGATAGAACTAGTGCTTTTATTCATTTTTTCCATTGATGAATCCCGAGGTGTCGGGAGAACCATTCTGCCTTCTCAACCGCAGGTAGGCAGGAAAAATCTAGGATTATTTTTCTTTGAAATTTTTCTTGAATACTATTCATTATTGCTTATTGTGTTAAGCAATAATAGATAATAAATGCTTGTTACATTAAGCAGTGTGATTTCAAAAATTATTTAAACTCACCTCTCACCACTGTTCACTCATGACTCATTGACCCTTAGTCTTAATCTAGTTCTCGATACAAATTTCACTTTTTTCGAAAGCAAAATTCACTCGAACTGACATTTTTTCAATTAAAAATTCTTAATTAATAATTCAAAATTATTTCAACTCACCTCTCACGACTAACTACTCAAGACTCACTTGTCACTTCGACCCTGCCTGCGTTCCTTGGAAGGCAAGTGATTTTCGATAGAAATTTGTATCGAGAACCGATATTTATTTTACTCAAAATAAAGGCGTTTTCATTTAACATAAGAAACGCCTTATATATAGATTAGTTGCCAATAATATTCACGTTAAATCCGAGTGCTTCCATGCTGGTCTGGTCAAGTATTCGTCGACCATCAAAAACAAAAGCGGGTTTGTACATATCGTCATAAATGCTTTTCCAATCTAAAGATTTGAACTCATCCCATTCTGTCATCACTGCAATAGCATGGGCATTTTGACAAGCCTCTTTAGCGGTTTTGACAACTTTCACTCGTTGGCGAATGGTTTCAGAATCATGATGACCTAAATACTCCAAGTCAGCATAAATTTGTTCTGTCTTAACTTTCGGATCATAAACAATAACATCAGCTTGCTCACTAAGGAGATAATCTGATACATAAATCGCCGCCGACTCCCTCGTATCATTGGTGTCTTTTTTGAAAGCCCAACCTAGCATCGCTATTTGCTTACCAGAGACTGTATTATATAGTGTTTTAACAATATTTTTGGCAAAACGGAGCTTTTGGTGGTCATTGAGTATAATCACTTGCTCCCAATAATCCGCCACTTCTTGAAGTCCTAAAGACTTAGATATGTAGACTAAATTGAGAATGTCCTTTTGAAAACACGAGCCCCCAAAACCAACAGAAGACTTTAAAAACTTAGAACCGATTCTGGAATCCATACCTATAGCACGTGCGACTTCATCGACATTTGCACCTGTTTTTTCACAAATTTCACTCATGGCATTAATACTTGAGATCCGTTGTGCTAAAAAGGCATTGGCAGTGAGTTTGGACAACTCCGAAGACCAAACATTAGTCGTCAAAATTTGGGCCTTTGGTACCCAATGGGCATAGACATCTACTAAAGTCTGCATTGCCGCTTGACCTTCTGCTGTATGTGTATCGCCACCAATCAAAATACGATCAGGATCTAATAAATCGTCAATAGCAGTCCCTTCAGCCAGAAACTCTGGATTAGACAAAATTTGAAAATTGACACCATTCCCAGTATTATGAAGTATATCCTTAAGCGCCTCTGCTGTTCTCACTGGCAATGTTGACTTTTCGACGATAATTTTGTCAGTCTTCGCTACACGCGCAATTTGGCGAGCGCATAGTTCGATAAATTTAAGATCAGCGGCCATACCTTTACCGATACCATACGTTTTAGTTGGGGTGTTTACTGAAATAAAAATAATATCCGCTTGATCAATAGCTTCATCTACTTTTGTGGAGAAAAATAGATTTCTGTCACGTGTTTCCGCGACAATTTCAGATAAGCCAGGTTCATAAATCGGAATGTGTTCTACATTGGGATCATTCCAAGCTGCCACTCGTGATTCGTTGATATCAACCACATGAACTTTAATTTCTGGGCATTTCTGGGCAATTACAGCCATTGTTGGTCCACCTACATAACCTGCTCCAATACAGCAGATGTTTTTTATTGTTTTAGTCATTGTATTTGTTAGTGAAATCATTAATTAATAATAGATCTTTATGTTTTTTAATTCTAAGTTATTGTCATTGAAAGCTTAAAGATTGTTTTATTAAATAAATTTAATAAAACAAGATTACGAAATTATAGTTTTTTTATAAGTAATTGTTCTAGTCGTCCAAATTTTAGATGAAAACTTCAAAATATGAAATGAGATCTAGTCCACCGATCACTTCGAGGCTTTCATTCCGTGCAAGGCGGTAGCCGCGATACGGAATCTTTGTAGGTGGTGTTCTGAATATTGAAAAAATCTATCTCAACGTGGCTTCGATACAACCCGCTAAAAAAAAGCGGGTCACTCAGCCACCAATTCACTATTCTTCCCATTCCGTACAAGGCGATATCCGCGATACGGAATCTGTTTAGGTGGTGTTCTGAATATTGAAAAAATCTATCTCAACGTGGCTTCGATACAACCCGCTAAAAAAAAGCGGGTCACTCAGCCACCAATTCACTATTATTCCCATTCCGTGCAAGGCGGTAGCCGCATTGCGGAATCTGTTTAGGTTATGTTCTGAATATTGAAAAAATCTATCTCAACGTGGCTTCGATACAACCCGCAACAAAAACGGGTCACTCAGCCACCAATTCACTATTCTTCCAATTCCGTACAAGGCGATAGCCGCGATGCGGAATCTGTTTAGGTGGTGTTCTAAATATTGAAAAACTTGTCACTTCGAGTGATTTTTGATAGAAAATTGTATCGAAAAGTGCTTTGAAGTCTTGAGATTAGACGATGTCTCTATAACATTTATGTTCTCTTTCTTTTTTGCATCGCCCAATCCCGAGGTGTCGGGAGAAACAAAAAAGACTAGGCTTATTTTTATGTCTTTGAAAACGACAAAAGCGGTTTCTCCACGCAAAGCAAACCGTTTCACTAGCGCTTTGCTCCTTCATCCTTTCTTCACCACTTTTTTGTTTTCTAACCTCCATAAAAAGTAGGCCGTTTCCTAAATATCGTGAAACTTGTCACTTCGAGCTTCAATAAAAATAATTTTTCAATTGAAAATTCTTAATTAAAAATTAGTTTAACTCACCTCTCACGACTAAACACTGACATCCATTAGATGTATCAACTAAGCTACAGATAGAATTAATGCTTTCATTCATTTTTTCCATTGATGAAAAAATGAATGAAAAAAATCTAGGCTTACGAAATTCAGTCTAAAATTTACGTTTGCTGTCTAAATTTTAGAAACTCGGCTGAAAAAAGCCTCAAACAGTCTAAAATTTGACGGCACCTTCACTTTAATTTTTACATCCTCTTTTCGTAGGCCGTTTTCTAGCTATCGTGAAACTTGAAGCATTTTGGCTGTCACTTCGAGCCTGCCTGCGTTCCTTGGAAGGCAGGTGATTTTCGATAGAAAATCGTATCGAGAAGTAGTTTGGGGTTGTGAGCTGGAAAAAGTTCTCGATACAATAGTTTTGGTCTTTCGCCACAAACCCATTACTCGAACTGACATTTATTCAATTAAAAATTCTCAATTATAAATTAATAATTAGTTCAACTCACCTCTCACGGCTACTCACTACCGACTAATATCTCAACTTGGCTTCGATACACCCCGCTACAAAAAAGCGGGTCACTCAGCCACCAATTCACTATTGTCATTCCGACAGAGAAGTTCTTTATACTTCGACGAGGAATCTTTCCTATTCCCTGCTATGCGAGAGCCGCGATGCGGAATCTTTTCAAGTGATGTATTTAAGCTTTAAGTGTAACTGCTTATTTAAGCTTTAGATAAAATTAGTACTTTTATTCATTTTTTCCATTGATGAATCCCGAGGTGTCGGGAGAACCAACCTGCCTGCACAACCGAAGGTAGGCAGGAAAAATCTAGGCTTATTTTTATGTCTTAGAAAACTACAAAAGCAGTTCCTCCACGCAAAGCAAACCGTTTCACTAGTGCTTTGCTCCTTTATCCTTTCTTCACCACTTTTTTGTTTTCTAACCTCCATAAAAAGTAGGCCGTTTTCTAAATATCGTAAAACTTGTCATTTCGGGCTTCAATAAAACTACTTTTTGAATTAAAAATTCAAAATTATTTCAACTCACCTCTCGCGACTAAGCACTGACGGCTATTAATACTTTCAATTAAGCTCTAGATAAAATTATTGCTCTCATTCATTTTTTCCATTGATGAAAAAACGAACCAAAAAAATCTAGGCTTATTTTTATGTCTTTGAAAACTACAAAAGCGGTTCCTCCACACAAAGCAAACCGTTTCACTAGTGCTTTACTCCTTTATCCTTTCTTCACCACTTTTTTGTTTTCTAACCTCCATAAAAAGTAGGCCGTTTTCTAAATATCGTGAAACTTGTCATTCCGTACAAGGCGGTAGCCGTGATGCGGAATCTTTTCAAGTGATGTATTTTGGCTTACAGTGTAACTGCTTATTTAAGCTCTAGATAAAATTATTGCTTTCATTCATTTTTTCCATTGATGAAAAAACGAACCAAAAAAATCTAGGCTTACGAAATTCAGTCTAAAATTTACGTTTGCTGTCTAAATTTTAGAAACTCGGCTGAAAAAAGCCTCAGACAGTCTAAAATTTCACGACATCTTCACTTCAATTTTTACGGCTTAATTTAGTAGGCCGTTTTCTAAATATCGTGAAAGTTGATACTTCGAGGCTGTCACTTAGAATGATTTTCGATAGAAAATTGTATCGAGAAGTAGTTTGTAGTTGTGAGTTGGAAAAAGTTCTCGATACAATGGTTTTGGTCTTTCGCCACAAACCCATTATTCGAACTGACATTTATTCAATTAAAAATTCTCAATTATAAATTAATAATTAGTTTAACTCACCTCTCACGACTAACTACTCAAGACTAACTTGTCACTTCGAGTGATTTTCGATAGAAAATTGTATCGAGAAGTGTAATAGGGTTTTGAGCTAGAAAGAGTTCTCGATACAAATTTCACTTTTTTCAAAAGCAAAATTCACTCGAACTGAGATTAATTCAATTGAAAATTCTTAATTAAAAATTAGTTTTACTCACCGCTCAACTCTACTGACTCACAGCTCACCTAAAAACTACTTTAAACTTTTTTGTTTATTTTCAGTCCTAAATATAAACTCTATGAAATATCTATTACTCATCGTTTTTGGATTGAGCTTGCAGCTTGGAGTTGCCCAAGACAAGCCCATAAAAAACCTAGACTCCATTCTGAATACAATGCCCAAGAGCGAAGGGCTCCTCACTACTTATTTTGATGGAGATAAACTTTACCTGGAGTTTTCAAAAGAAGCTTTGGAAAAAGACTTACTCATGGTCACTCGCCTTAAGCAATTGCCGTCCAACTATTCAGCCTACAGAAATGCAGGATCTAAAACGTCAGAACAACTGATTCATTTGGTGAAAGTAGGAAAATCAATTGATCTCATCCAGGTGTCTACCACCAATGTCGCCGATGAGGACGATCCCATACAGCTGAGTGTCGCTCAAAATAACTTAAATCCCATTTTAGTGACCTTCCCTATAAAATCTGAGGAAGGTGAGAATATTGTTATTGAGGCCTCTTCGTTCTTCAATTCTGACTCTCCTTCTTTTAATATTATCCCCGACGGATTAAAAAAAGACTATAAAATTGGCAAAGCTGACGATAAACGTAGTCGTATCAATTCTGCTAAAAGTTTTCCTCAGAATACAGAAATCACCCACACGCTAACCTTTCCCACCGATAACCCACCACGGGGAAATTCTACCAATACGTTTACCTTTCAAGTGAACCATTCCATTATCGCTTTACCCGAAGATCTTATGCAAGTCCGCTATGAAGACCCTCGTGTTGGCTGGTTTGGGTTGAGAAAATACAATTATAGCTCCGATGCTTTAAAATCAGATGAAGTTCGACTCATCAGACGTTGGAGGCTGGAACCCAAAAACAAAAAAGCTTATGCTAGAGGCAAGCTCACAGAACCCGTTAAACCTATTGTATACTATCTAGACCCCGCCACTCCAGAGAAATGGAGACCTTATTTTATAAAAGGGATTGAAGACTGGAATTCAGCTTTTGAAAAAGCGGGTTTCAAGAATGCTATTCAGGCTAAAATAGCGCCAACCGCAGAGGAAAACCCTGACTTTAGTCCTGAAGATGTTCGCTTTTCTACAGTAAGATATGTAGCGTCGACGACCCGAAATGCGGTTGGACCAAGTGTTTCCGACCCGAGGACCGGTGAAATTATAGAAAGTGATATCATTTGGTATCATAATCACTTAAAGTCTTATCGCAATCGCTATTTATTGGAGACTGGGGCAGCCAATCCTAAAGCTAGAACTTTAGACACCCCAGAAGAAGAAATTGGAGAGATGATGCGCCGTGTGATTTCTCACGAAATCGGTCACGCCTTAGGCTTACCTCATAACATGAAAGCAAGTTCTGCCTATCCTGTAGACTCTCTCAGATCTGGAAGCTTTACCCAGGAAAACGGAATTGCGACTACGATCATGGACTATGCACGGTATAATTATATCGCACAACCCGGCGACGAAAACATCCGTTTTGTAAGACAGCTTGGTCCTTACGATGACTATGCGATAGAATGGGGTTACCGCTATTTCCCAAACAGTTCTGCGGAAGAAGATCAAAAGATTTTGAAGAGTTTTGTAGATGAACGTAGCACCGACCCTATGTATATGTTTGGTGGGAGAGGTAATGACCCCGATGCACAGACCGAAGATATTGGAGATAATTCTGTACAAGCAAGTACCTATGGTTTGAGTAATCTTAGAATCGTAGCCGAAAATCTAGAGCAATGGACCACCACTTCAGGGCAGAGTTATGAAGATCTGGAAGAGCTCTATGGTGAAATGCTAGGCGTGTACCGCCGCTATATTTATCACGTGGCTTCAGTTGTGGGCGGAGTTCATGAAACCTTGTTAACAAAAGGTCAGCCTGGAGAGCCTTATCAAGTTGTGAATAAAGCCGAACAGGAAAAGGCTCTTGAATTTCTGAATGAAAATGTCTGGACACCTCAATATTGGTTGATCGAAAATGCGCTGGTTTCCAAATTTTCAAAATCAGGAAAACTCAAGAGTGTCATCAGCTTAAATAAAAGAATGTTGAATCGGCTTATGGATGCGGATCGACTCAACCTCATGTGGGATACCAACTCCTCTTTAATTGGAAATGGTCTTTCCCCTCAAGAGCTTTTGGATCGTTTAGCGGGGGATCTCGTCTATGGGAGAACCACTCCAGACCAAGTTGAACGCGAGTTACAAAAGTATTTTGCACATCAACTTAAGGAATTAATGAGTGATGACGGCTTAGCGCTTGAACTTAAAGGTAAGAGTCTAGCGCTTCAAAATGAACTTAAATCCTATGTCAAAACCAAAAAAGAATCAGAGAATGAGACTTTAAATGCACATTATGCTTATATCCTAAACGTATTGGAGGAGGAAAATAAGGGCTCTAAATAAAAATTTACGGTTTAACCGTAATACATGTACGGTCAAACCGTAACTCAAAGTGATAAAATCTAAGGTTATTTGTATAACTATCCATTTAACTTGAATATCACAAATTTCATCCAATTTTGAGATTGTTCAAAAATTAAAGCAAGACTCTAGGGTCTTGCTTTTTTTATGCATTAATGTTTTCCTTCTGAATTTATGCAGAGAAAATCTCTTAGTTTTTAGACATCCAGCATAAGACATAAAGTTGATTTATAAGTTTCGTCTGGGGTTGAAAGTTTTACCTGAAGCATTTTCGTAACGGGATCAAATTCAGAATAAATGAATGTCATATCAAGAGTTATATAACTGCATTAGAAACTGAAAAACCTTTGTTTTACTAAGTTGAATTAAGCACCAACAGCTATAATAGTTTATGGTTTTCACGTCGACTAGTCTACTCTTAAAAGCTAAAATCGCAAACAGGTGAAACCTAATCTTTAGGCTCGAAGCTCAACAAATCTTCAGGCTGGCAATTCAACACCTCGCAAATGCGTTCTAATACCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGAAATCAAAAATAATTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGTAAAGCAGGCGAAAAAGAAGCGATTTATTGCGACATTATATGTCTAATTTGGTATAAGGTCGATAACCTTATGGCTTAGGCTTTTGCTGTTTTTAAAATGGATAAATTAGCTAAATCTACCGATTGCATGTGACGATCTTTGAGAACCTGATCCAGATTAATTTTAATAGACATGGCTTAGATTGTTAAGTCTTGTTCCTGCTTCGCTTGAATAGATAATTTGAGCATTTTGCTTAAACGTATAAAACTAAGTCCGATGACAATCAACAGTAGATAAATCATTGAATTGAAAAAAGGGGGAAGTCAATTCAAAATAATACAGTAAAAATATTTTTTTAACCACTAGACTTAATCCTAGAATTATTAAGAATTGACCACTGCGTTTAAGATTTTTCACCAAATTGAACGATTTGAATTCTCCGTTAATCATAAATAGTCTAGCTGCTCGACGCAGATGATACGCTACAAAAACAAAGGCCACAGAAAAAATAATTTCGCTGATTAACGCAGATAAATAATACAATATTAGAAGTGCGATATACAAAGTACGATACTAGAAGTAAAATATACAAGGTATAATATTAGAAGTAAAACATATAAAGTATAAAATACGAATTAGATCTTACCCATCTTTTGCGACCTTAGCGTTTTAGCTTTGCGGTCTTTGCGTGAAATAGAAGTGAGTTTAAAGTATCAAGTACAATGTAGAAAGAGAGATCATATTATCCAACTTTCGCTTTAGGGACTTTGCGAGAGAAAACACTTATAAATTGGTTCTCATTAAAAGATAAGTAGAAAATTCTTGATGATTTTTGAGTCAAACTTTGCAGTCATTCAAAAGAACTTAGAGTGCTTTGCCTGAACCTTTATTCATTAACACGCTTCTTCCAGTAGTCCCTAAAAAAGGGGAGACGCTTAGGTTTGCTCCTAGCAGAATTACTTTAAATAGCCTAAATTACACTGATTATGTTTTTTAAAGAAAATAGGGTAAGTTTTATTTAAAGAAATAATACAACGGATAAGCAGTTAAACTATCCTGAAAAAATAAAAAAACAGACTAAAATAAACCTTATGAAAATCAAGTACAAATTAGTATTATCAACGCTTTGTATTTTTATACTGCCGTTGTTCTCTTTTAGCCAAATCACTAAACTGATGCATCAACCTGCATTGAGCGATACACATATCGCTTTTATTTATGCTGAAGATTTATGGGTTGCCAACAGAGATGGGTCAAACCCGAAAAGACTTACAATAGATAAAGGCATTGAAGCCAACCCCGTATTTTCTCCAGACGGAAGTAAAATTGCCTTTGAAGCAGAATATGATGGCAATGTAGATGTTTTTATAGTTTCAGCAAATGGAGGAGTTCCAAAACGCCTTACTTGGCATCCTTATAACGATTATGTCAGAGATTTTTCTGCAGATAGCAAGACCGTTTTATTTGTCTCTCAACGCAATTCTTTTACCAACCGCTATATGCAAGTATTTTCTGTTTCAACTGATGGTGGAGCTATAACGCAATTGGATATTCCAAATGCATTTTGGGCTTCCTATTCAGATAACGATCAAAGCATCGCGTATACGCCTATTGCTGATCGGTTTAATCAATGGAAACATTACCGGGGAGGAACCGTTGCTCGTATTTGGCTTTACAATACCCAATCACACAAAGTATCGGAAATTCAGAAACCAGAGGGTGGCAGTAATGATTCGCAACCACAATGGATGGGAGAATTCGTATATTTTAAAAGTGATAGAGATGGCGAATTTAATTTGTACAGCTACGAAACCAATTCAAAAGCAATTAAAAAACTGACAGATTACAAGGATTTTCCGGTTATCAATCTCAAAGCGCACAATGGTGCTGTAATTTACGAACAAGCTGGGACGCTTCATATTTACAACACTAAAACGAATACAGACAACGTATTAAACATTAGCATCACTACAGATTTACTAGAATTGCGGGAACGTTTTGTTTCTGGTGAAGATTATGTGCGTTCAGTTGGTGTTTCACCTTCTGGTGCTAGAGCAGTTGTAGATTTTAGAGGAGATATTGTTACGGTTCCTGGTCAAAAAGGAGATCCCAAAAATATGACTGCTACAACTGGGACTCACGAAAAATATCCAGAATGGTCTCCAGACGGCAAATTCATTGCTTATTTTTCTGATGCAACTGGCGAATATGCCTTGCATATTAAAAATAATGTTTTAGGAGATGTAAGTGCCATTCCGTTAACTGGTTCTGGATTTTATGCTGATATACATTGGTCGCCAGACAGCAAAAATGTAAGTTATGTAGATAATGGTCGTAGGTTGTATGTTACTGACATTTCGACAAAGAAAACAACTAAAATTGATGAAGACATTTTATTTGTCCCTGGAATATTTAGGGAACTTTTTGGTTCTTGGTCACACGATTCCAATTGGATAGCCTACACCGTCATTACCGAAACCAATTTTGAACGTGCTTATGCTTATTCCATTTCAGAAGACAAATCCTATCCACTTTCAGATGGGTTGTCTAATGTTTCTGAACCCGTTTTTGATCCAAGCGGGAAATATTTATACATGACAGCTTCAACAGATGCAGGACCACTTGTCAACTGGTTCGATCAATCTAATATAGATAAAGAGCTTACACAATCTATCTACTTAGTCACACTTCAAAAGGAGGTGATTTCGCCTTTAGCAAAAGAAAACGATGTAGAGCAGCCAAAAGAAGAAGAACCTAAAGAGGATAAAAAGAAAGAAGATAAAAAGGAAGTAGCAGAAAAGTCAGATTTAAAAATAGATTGGGACGGTTTTCAGGAGCGAATAATCAGTTTACCTATTGAACCAGGTGTATATAGTAATTTGAGTTTAGCAGGAGAAGGGGAATTGTATTATATCTCTTCCTCATTTCATTCTCCTAAGTCAAGCCTTCAAAAATTCGATTTTAAGACCAGAAAAAGTGAAGAATTAATGCCAGCAAGTTCTTTTTCAATTTCTGCTGATGGCAAGAAAATGTTATATTCAGTTGATGGATCTTACTTTATCTCAGACCTCGGTCAGAAATCTGAAGAAGCCCCTTTGAACTTTAATGCCATAAGTGTAAAGATAAATCCGAAGGAAGAGTGGGTAAATATTTTTAATGAAGCATGGCGGGTAAATAGAGATTTCTTTTACGATCCAGGAATGCACGGTGTAGATTGGAAGGCCATGAAAACAAAATACCAACCTTTTCTGAAAGAGGCTTCTTGTAGAGGAGATGTATACAGAGTGATGCAATGGATGTTTAGCGAGCTTTCTGTTGGACACCACCGTTTTTCTAGTCGTGGTGATAGATTAAATGAACCAAAAAGCATAGGAGGAGGTTTGCTAGGTGCTAACTATATGGTTAAAAATGAGCGTTATCAAATCGCTAAAATATTTGGGGGTCTTAATTGGACACCCAGTTTGCGTTCGCCACTTACAGAACCGGGCGTTGGTATAAATACCGGCGATTACATTATCTCCGTTAATGGTGAAAATGTAAAAGGAAGCGACAACCTGTATAGCTTTTTTGAAAATACAGCGAATAAAATAATGTCACTGGAAGTGAGTAAAAAAGCGGATGGTTCAGAGTCTAGAACCTATAAAGTGACCCCACTAGCAACCGAATGGGCTATTAGAAATAGAGATTGGGTAGAAGGCAATATGAAAAAAGTGCACGAAGCCACAAATGGAGATGTAGCTTATGTGTACGTTCCCAATACAAGCGTGGCAGGCTTTAACTTTTTTAAACGCTATTTCTATCCGCAAGCCAATAAAAAAGCCATCATTGTAGATGAACGCTTTAATGGAGGTGGCTCTTTAGCAGATTATTACATAGATATATTAAAACGCCCAATGCAAGCAAATTGGAATTTCAGATACGGTAAAGATTTAAAATCACCTAGCGCCTCTATACAAGGTCCGCGAGTGATGATAATAGATGAAACTGCAGGTTCTGGAGGCGATTATTTGCCTTGGATGTTTAGGAGATTTAAAATGGGAACCATTGTAGGAAAAAGCACTTGGGGTGGTTTAGTTGGCGTATTAGGTTATCCGGAATTTATTGATGGGGGTAGTGTAACCGCGCCAAATCTTGCCTTTTATTCTGAAGAAGGATTCAACGTTGAAAACGAAGGCGTACCCCCAGATGTAGAAGTAGAACAATGGCCAGAATTAGTAATACAAGGCCGAGACCCACAACTAGAAAAAGCTATTGAAATTGCAATGAAACAACTTAAAGAAAATCCACCAGTAAAAGTTGAAACACCAGCTTATCCCATCAAAACTAAAAATTAGTATAGTTTTTATGTAGGTTGAATTTAGGTTTGTTTTTTAGTTGAGGTGAGATTTTAGATTTTTTGTGTTGTTTTATGCGAAGTCTAAAATGGATAAAATTTGAATGAGTGTATTGTGATAATTATTTTGTTTGGCTTTTATGAAAAAGTTTTGAAGACTTGGAGGTGAATATTAGTTGTGTGCATTTTAGTCGTCCTAAAATATGGATATATTAATAAAAGTATTCTCTTTTAGGTAAATTATTGATTAAGCGACAATAATTTAACATAAATTATAAAAACTAAAATTACTTTAATGACTGGTTCTAGATAACTTGTAGGGATTAAGTCTATCAAATTTTTATCGAATGATTTTGATTTAATCATGGGCAAAACAAGATTTAAAGTAGAGCCTATCTTTGGAGGTATAAAGTTTTGGTACTCTGGCGGAGTAGCAGGATATAAAGGTAGTACAAAATTGCATACTCAAAATCTTATGGAAGCTATGTGTTAAAATTCACATCGAAGTCTAGGGATAATAGTGTTCAATTTTATAAAATAAAAATAAATGAGCATTTAAAACGAGTATCCAAAACTGAAAATTAAATAGAAATTAAGTTGATTTATGAACTAAAAAAATGAAACTTAAAATATAAAGGAATTCACCTTGATTTATGCAACGGTCTTACAATGTGAAATGCTACGGCCATAGCTTACTATCCTTCCGCGCATTTTGCCTAGTAATACCAAATAATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGATTTAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAGAAACGATTTATTGCGTCATTATAGGTCTAATTTGGTATAAGTTGCATCCTGAGGTCAGACCATATAACATTATTATTAAGTGCTAAAATGTTGAAAACTATTTGCAGTAATGATCCGATTTGAGCAATAAACCACGTGCTGTTTTACTTTTATTAAGCGTACCTATTATTTAATTGAATTTCAGGTATTAAAAAAAATAATGCTTTTACCCGTAGTTGAAATTTCTGTCAGATATTAATTCTTCCATAAACGAAAAAAAACTCAATTTTTGATGCTTTTTTCATAGAACACTAGCATCAAAAAATCTATTTAAAACAAATTAAGGGTGAAATATGTTAATTATCAAATAATAATATATATTTGTCCTTATCCTTTATATATTATAAAATGAAATTTTTCATATTTACATTCATTTTTCTTGTTTTTGCTAATCTTTCAGCCCAACGTTCAGGTCAAGCTGAAAATTGGTCGACATCGCTAGAATTAGGTGTGGCTTCTTCGAGTGGAACGTACACTTCGGGCTATTCATCTTCAGCTTTAAATAATTTTTCTACTTCTATTGGGTTAAGGTATCTTTTTAATTCAGAAAGACGCCTCTATAAGCCTTACGGTATTCGATTGAAAGGTGGCTTTACAAACCTCACTGGAGACAACGATTCAAGAGATTTCGAAACTACCGTCTATCACATTACACTCGATGGTGTTTTAAATATTAAAGATCTATTGAAGCTAAGATCCCCAGATTGGCCAGACGGTTTTAATCTTTTCGTTAATTTAGGAGTTGGAGCTTCTCACTATGAACTATGGGATGAAGCTAGATACTCAGACGCAGATGATGGATATATCTTTGATGGCGATGATTTAGTGACGGTAAATTTTGGTACTACAGCAGAATATGAAATTTCAACAGATTTTTCTCTTCACTTAGATTTGACTTATAGTTTGTTTACCACTCCAGATTTTTCAACTGATGGTAATAGCACAGTAGAAAGTATAGGTTCAAGTAGAGGTAATTTTGACCCTAGAATGTTTCGTGCATCTATAGGTGTAACCTATTATATCCCTTTTAGATAATTTATTTGTTTTTTAGTTCAAGTTTAATCAAATTATCATTTTTATAGAAATACTCAACAAGTATATAGTTATTCGAAAATCAGTGACTTATCCTCTTATAACTTTGTGCATTTTTTATAATTTAATGTGGTGAAATGCTTAAAATAATTGTAGATGTTAATAGTTGACTACATATAATTTGATTGTGATATATTTTTTCATTCTCAATCATTCTTATACCAATTTAGTTATTAAATACCGTATTAAAAGCCTTTAGAAAATGATGATTTCCTGTTATAGATTTAATGGTTTCAGGTTTCATTTCGCAGACCATTTCGCTTAGCCATTCTTTTAAACTTTTCATCGATTCAAATCTTTGATTCTTAAATCGATTTTTAATGTATTGCCATACTTGTTCGCATGGGTTTAGTTTAGGATTGTACGGGGGTATTCTTAACAAGATTATATTTTGTGGCACCTCTATATTTTTTGTAGAATGAAATCCTGCATCATCAATCACTACAATTTTATATTCCTTTGAATTATGTGTTGAAAATTCTCGCAGATAAGCTTGAAATATGTTAGTACTTACACCATTTATTTCCCAAACAAAAGAGTCTCCGTTTATTGGCGAGTAATTAACGTAGTGGTATGTTGTTTTATAAACAAGCTGGTAATTAACTAGGGGTTTGATTCTTGATACTGTAAGATATGGGTCTAAATAGTTCATCATTACAAATCATGCTTCATCTTATAAAGATAAATTTACAGAGTCAAACTTATCTTTATTTCGACTTAATTTAATCTGATATAGCTCATTAGGGATTTTTAAAAAAAATTCACTTCCATATCTTTTTTATAATTATATTTTCAAAGGGTTTTAAGCTTTGTCTTAAAATGCTGTATCAAATAATGCCGCAGTAAATGATATTTAACATCCACTCCGTATTGTTCATATACCCATGACTTGGCTTCCCAATAGCCTAGAAAAGGTGTCATGCTCGAATTAACACTCTCTTTTAAACCTTGATGAATTTCTGAAGTTATTATTCTTGATTTAATAATCTTAGGTTGATCAGTCAATAAACCTTTTATTCCTAAGGCTACATATTTTTTAGCCTAACACTATTGGGTTCTTGGACTAATTTTTAAATAATCTGCAAGTTCATTTCTAGTTTTAAAACGCTTTGTAAGAATAGGTCCTAGCCAGATTATTCGTTTATCAAGCCTATGACTCGATTGCTTTTTACTATCCGGAATTCATAAGGTTTTGCCATTGTTATATTTAAACAATAATAACGACATTAATTATTTAAATTGGTATTGAATTAATTTTACCTAACAAAAGGAGTTGAGCTTGTAGCAGACTATATTTTTCTTCTGAATTTACTCCTGATGCTACTAATGGTGAACTACTCATTTTAATAGTTTAGTTCACTTTTCCCAGCAACTCAAATAATTGACAGTATTGAAACTTGATAGTATACATATAATACCAAATAAAATTTATAATGTTGTAAAAATAAATTGATAGAGGTAGCTACTTAAGTACATATTAATTTGGATTGATATAATTTCGGTTTTTGCATCATTCTAGAAACAAGGTTATGAAAGATGGTTTTCTTACTTCTAGACCTATTCAATCGATAACAAAATTCATCAAAATATCCACTAATATGGAAAGAACTTACATATGAATAGGTAGTTCTAATCCACGATTTGATTTGATGAATCATAGTGTGTAATATTTTGAAGTTTTTCCCAGAATTACTAGGTATCTGTTCGATATTAAATTCTTTAGCTATAGGTCTATATCCGCGCCACAAATCCGTGTTGATACTTGCCGTTTTTGAGATATGCTTATCAAATATTGGAAGTAATTCTTTAGCAGAAAAGTCATTTATTTGATTCACGTACATTCTTTTCACTTTTCCATTTTCTGTTAGTTCAAGGGCTACTACAGCTTTTTTTTTCTTGGTATTATAGCTTCTCCCAACCTTACCATCTTCTTTTCCACCTACCACAAATTCGTCTACCTCAACGCGATTCATCATTGGAAAGTTCTCACTAGACTTCATAGCATCACGAACCTTGTACATGAACATTCGGGCAGTATAAGGTGTAACTCCTACTCGTTTTGCCAAATAACTTGCTGATAAACTACGAGTAGTCGTTGCCATTTCAAAACAGATGATAAAAGCCTTATCTAATCCAAATTTTACTTTATGAAAAAGCGTGTTTGCAGATGCTGATTCTGTATGACTACATTTATTACAGGTACGATCATAATTGGAACGAATTTGACAAGCACTATGATTACATTTTACACATTTGAAACCATTTTCCCATTTTATTTCTGATAGGTATTCCTTACAAGAAAGCACAGAATTGAACCGAACATAAAACTCTTGGGCATTTTGCCCTTCAAAATTAATCATATAACTCTTATTTTATTCACATTCAAGATACAAAAAACTATGAAACTAAATAGCTACCTCTATAAATTGAATTATACTACGGCGTAGCTCAGCACAGGTTTTTTGATTGTTTGAAGTTAAAATAATTGGCTTAGCCTTAGTTACAGTAATTATTTTTGATAAAAAGCAGACGAAAAAAGCCTGTGCCGAATTCGTATCGGTAAAACGATTTATACGACATTATAAATTTAGTTTAGTGCAGAAAAAATATCGAGCTAGGTTTTAAATTTTATCTATCTAGTGATAGTCGACTTTATACAACCTAAAAACTCCTGAAGACTCAGGAGTTTTTAGGTTGTATAAAGGATTAGAATCTATTCTATAATAAGCTTAGTGGTTTGACTGTTTTTAGCATCAGATAATTTTAAGACATAGACTCCAGAAGAAAGGCTATTATTTAGATTCACTGTCATCCTAAAAGAGTTGATCAACTCTTGATCTAGCACCATTCGTCCTTGAAGGTCAAATAACTGAAGACTTAAGACCAACCCGTTAAAGGCTTGTTGATGAAAAATACTGAAGCTGTTTCCTCTTACTGGATTTGGATACACCACCATTGAAGAGTCCAAAACAACATCCTCTGTTCCTAAGTTGACTTGTTCGAACTTAACTACAAATCTATCCGTAGCTATTGATTCTGGTATAATTTTGTCCACATCAAATGAAATAGAGGTACTTTCATCTGGAGTTAATTCTACACTAGACTCTAAATAGTTATCGTACAAATACCCTTTAGTACCAGAAAAATTTTCAGGTTTCACCTCTAGACGGTAAGCGCTTCGAGTGAAGTTTCCTAAGTAAAAAGGAATACTATCTTGTTCTGTTGGCATCCCCCGAGTTTCTATAGACATATAGTTTGGAAATCTATCGATAGCAAACCACTCATCATAATTCCAAACCTTTGTGGCATCCAAGCTGTCCTTGGCATTATTTGCTTCTGACCTAAACTCTACTCTTAAGGCATCAACTGGACTTGTATCTATGCCATCGTAGAAAAGGTTGATATTTAGGTTAGTCAATGGTTCTGGGACTTTAAAGGTCGTATTATTTCCTGTTGCAGTTGTTTTAAAAGATTCCTTAAATACAACCACTGGATTTGTTGTCGTTGTTTCCACAAAAAAGGCTTGATTGGGTTCTAAAAATTGATTGGCATTAGAGGTTTCAGGAACTGCAGCTGTATTACTTCCTTCTGCCAACGTTACTGTAGCGTAACCACCTCTTGTTCCAAGGGTTGGGTCATATATATAAACAAATTGTGAACTGACACCAGAAGAATTTCCTGAGGAAAGTAAATCTGCCATATTCACTTTAGCTTGATAAGGATTACCGATTAATGAAAAACCTCCTAAGGTTGAAGATAGGTTAGTAACAGTCTTGGAACCAACCACCAATTTTCCAGTTGCTCGTAAGGTAGTCGCTGGACCAACTGCTATATTAGAATTGAGTGTTGTCGACCTATCTCCTCTTATCAATAAAACATATGCATCTCCTGCTTTAAAGGTTTTAGTATCTGTATTGGGAATTGAGTTCCATTGAGCGTTTGCGGCGTTCCACTCAAACATAGATGGATTTCCAGTTAAAGTTGCATCAAACCCGTTAGCACCACTAGTTGATCCTGTAATATGAGTTCCAAAACCTGAGTTAAGATTACTATTATTGTCATCTCCAGTTTGGGTGTTGTTTTGACCGTCTTGCCAATTGTCTCGGATAGAGCTTGTTGTGGTTACTGAAGTGGATAAAAATCTAAAAGCCCTATTACTTTTAGGAATATATCGTTCTATCTCATAATTTTCACCTGCTAATCTTCTATTTTCAAAATTAAATGGCCCTAAAGCAGCTGTTTTAGAGACTGTACTCCGGAAGATAACTTTCCCAAAATTGACAAAATCTCCATTCAAGGTAATTGCATCTTCAAGAATTAATGTTGCCCCTGCCCTTACGACGACATCTGAAATGGTATTTGTTCCAGATAATGTAGTTTCAGCGCTTTCTATGAAAATGCTTTTATCTGTATTTGCTCCGTCAAAAGGAGGAGCTTCTGGATCTCCAAGTCCAGATGTTGTCCAGTTTTCTCTATAAACAAAGTCATTATCCCCAATACCAGTTGTAGCATCACCACTTGTAGCAGAAATTTTAGTCCATTCAGTTGAATCATATAAGGGATTTGCTTCTCTTACTGTCGGGTAATTTCTAAAAGCACGAGCACCTGAAAACTCCCAAGTTGTGCCTATAGTTCCAGACTCTGCTAAGACACCATAAACGTCCATTAACGATTTCTCAGTATTCGCAAAAGAAATATAATAAACATCTTGACCACCAGACGCTGTAGCAATTGAAGCTTCAAAATCTGGGTTTATACCATAAATTCCATTGAAAGTTGCCGCATCTGTAAAACTAATAATGTAGTAAGATTTTGGAGGAATTACGCCTGTTAGTTGAATACTTTGACCTGTTCCTGTAGGGTTATGCAAATAATAATTCTGATCGCCAAAATCTAAAGCCTCTACATCGGTATTGAATAATTCCACATATCTACCGTCAACATTATCGCTAGGGTCAACAACCTCTGAAATAAGAAGCACTCGTTTTTGAGAAATGTCAAAAGTTGTACTCGTTATAGAACTAAACACGCCTGATGAAGCGGTTAACTGGAAGTCAAAACCAGGCTGGGTGTGATTGATCGCATTAAAATTAGCATAACCGTCGGTTCCAATAATGGGTTCTATTGGACTCTCCAAAAGCGTTCCTGTAGAAGTAATCGACACATTTTCACCACTATTAGCCAAATCTAAGTTCCCATTGTTATCTGTATTGGCAACTCTTATAGATGGGGACATATCGGTATTCACCAATGTCGTCGTTGGTTGAACAACAAATTCTAAACCATTACCCACTACATCAATAGTAAACACGACACCTTCAAAAGCTGTAATATCTCGTGAAAAAATAGACCCGTCAACAGAGGCGATTTGATCTTGATTACCGTCATCTATAGCTAATTGAATAACTGATTGATCTATAATGTCAGATTGTTTTAAGAACACTCTAATCGTATAGGTCTTGGCATCTCCATCATCAATAACGAGTATATTATCAGGATCTGCATCGATATCCAATAAAATTTCAGTTGGCGTTATCAATAATGTCTGGTCAGCTTGATCGAGTATAGTGGTTCCATCTGAAATAGAAATTCCTTGAACCGCATCTTCCCATTTAGCCGTATTCAGAGATCCAGGCACAAATCTTAATCTAGTGATATTAGTTGATAGGTTGTCAAAATTACCAGAGTCTACTATACCAAAACTAAACACATCAACAGAGCTCCCCGAATTATCATTTATGTCTGCAATAATAGTTCCCTCTGCAATTTGCATTGGTGGCGCTATAATTTGCGTGTCTCTTGCATTGGAATCTCCTGTTAGCTTTACGTTATCAAGACCTGAATAACCATCAGCCCCATTATTTTGAATAAAATATTTAAAAGAGACATCAGAAACTGTATCTGGGATACTTAAACTAAGTGTTCCTGAAGCAACATCTGTAGCTCCTCCTTCAAATAAAAATAGACGATCTTGAGACACTCCATCATAAACTACTTCATACTCTATTCTATCACCAGATACATTATAGCCACTAACTTCCCAGTCAAAAGTAAGGTCAACAGTGGAGTATCCGGAAATATCAACAGTCACAAAATCTAATGAGGCGAAACCTGTTGTTCCATTTGGGGAATTTAAATCGTTTTCTCCAAAAATATTATTGATAAAACTCCCACTCACCAAAGGTGAAGCCTCATCAGAATTAATTATTCCAAAAAAATCAGCCCCCCATCCTTCGTCAAATAGTGGAATACTTGTAGTGTAAAGCCATTCTGATGGCGTCCCATCAAAGTCTTGAATAGCAATCACAGGAATAGCGGCACTAAAAGTGGAACTTATAATTGAATTAGGAACTATTGAACCCTGCAACGCTTCTGCGGTTAAGTCTAGACCATTAGCTTGAGCAGTGTAAGCTATGTTAGGAAAAGTAGCTGCACCATTCACAGCAGGAACTGGATGAAGGAGGTTGACCAAAGCACCTCCAGAAGACGTTAAGTTAATATCTGTTGTGATAGACGTATCTACATTCCCATTTTCATCAACATAGGCTACCTGGACAGGTGGAGTCATAAAAGTATTCACTTCCACATCACTAGGTTGTTGTATAAAAGCTATTTCTGTCGCTATAACATCAAGAGTGATATTATTTCCAACCACGTCCCCGGCTGTAAAAGAAGAGCTAAATGAAGACCCAGAAAGGTCTGCTTCAAAACTAGAATTAGTTCCAGCAACCTGAAACTGGATTACACTTTCATCTACAATGTTAGACTGATCCAAAGTGACATTCACCGTAAAATTGTCTGAAGCACCATCAGCAACAATTACAGAACTATCGGGCGTAAAAATAACTTCATTGGTCGTAATAACAGCTGTTCCTGGAATTTCAATTAATAAAGCATCCCGTATAGCAACATTCGAGAATGTTGACCAATCTACAGTATTATTAGCTCCAGCCACAAAACGCATTTGAGTTACAGTCGTAGGCAAAACATCACCACTGCCTAAATCTTCAATATCAAAGCTAAAAACAGATAGTGTACTTGTATTGGCAGCAATAACAGTACTTACTCCCACTTGAGTTGAAGGAACAACAACTTCTGAGGTCCTATCATTATTTGAAACATTAAAAAGAGTGCTAATCATTTCAGAAAAAGTGTCTGCATCTGCAATGAGTTCCAGATCAATTCCAACATGAGTATGAATTAAGTTTGAAAAAGTAGCAACACCTTCAACTGCAGATACACTAACGGGGTCTCCTTCAAGATCACCGGTCGAAGAAATATCTACTAAAGAAAAATTACCCGTATCCAAATTCCCATTGACATCCACAAGGCTAACCTCTAAATCTGGTTGCATCACTTCATCTAAACGCGTGTTAGTGGGTTGTTGTAAAAAGGCCATTTCTGACGCGACCACATTGAGAGTGATATTATTTCCAACCACGTCCGCGGATGTAAAAGAAGAGCTAAATAAAGACCCCGAAAGATCTGCTTCAAAACTAGAATTAGTTCCAGCAACTTGAAACTGGATTACACTTTCATCTACAATGTTAGACTGATCCAAGGTGACATCAACCGTAAAATTGTCTGAAGCACCATCAGCAACAACCACAGAACTATCTGGCGTAAAAATAACTTCATTGGTCGTAATAACAGCTGTTCCTGGAATTTCAGTTAATAAAGCATCCCTTATAGCAACATTCGAGAATGTTGACCAATCTACAGTATTATTAGCTCCAGCCACAAAACGCATTTGAGTTACAGTCGTAGGCAAAACATCACCACTGCCTAAATCTTCAATATCAAAGCTAAAAACAGATAGTGTACTTGTATTGGAAGCAACAACAGTATTTACTCCCACTTGAGTTGAAGGAGCAACAACTTCTGAAGTTTGATCATAAAGAAATTCCCCCTGAAGTTTAACGTTGTCAATACGATTATTACCACCTGCATTAGTCGCACCATTAAAGGTGATTCGAATAATTAAATTGGGTTGATTGTTTGCAAGAGGAGCTTCGTTTGAAATATCTAGACTTAAGATTGCCCCTGGATTAAGAGCTGGGGTGTAATCAAGATTAGAAAGATTTGTAAAGTTTAGACCTCCATCAATAGAATATTGTATTTGGTTATCATCAAATCCTGTTGGTGTGCGTCTTGACCAAAATGAAAGTGATAAATTTTCATAACCCTCTGAAGAAAAATTAAAATCAATATGTCTACCGTTATTAGCCAGACCAGCGGCACCAGTTGGTCTAAAAGATTGTCCTACAGTACTACCAACACAGGCATTGGAACTAGTGCCAAGATTAGATTCTACACTTACAAAATTATGAGTAATTATGCCATTCCCAGTTGCTCTATTCGCATTAGAGAGAGGAGTGGTATTGAAATTTGCACCTCCACCATTAAAATCCCAGCAATGGATAACCTCTTGGGCATTTGTGACTTGAATGGATAGAAAGAATAAAACCAATGACCCTAATAATTTGGTAGATAATAGTTTTCTCATGATTAGAGTCTATTTGTTCCAAAAATTAAAAAATTAGATTTAAAAAGTCTATTAAAGATAACCTAAAAAGGTATACTTCCCTCACAGTCAGATATTTTTAAACAGTAAGAGTTAATTGACATGACTATCAGATTCTCTACACCTTACTTTTCCATTTACAAGAAACGGCTGCTATAACTGTCTTTTCAAAGACCAAATCAAAAGATCTTCTGTTGGATTTGTAATGAAATTCATTGAGATAACTCTGGAGGTAATCGCTTCCAATAGACTGGTGTATGTCCCTTAGAACTCTCTTTGCATTACTAATTGCAATATGCACCCAATGTAAAAAATTCCCTGTTTGGCTTTTTATATCCATTACAACTGATACCAAATTAAATTTATAATGTCATATAAATAAATTTAATTATACTACGACGTAGCTCAGCAGAGGTTTTTTGATTGATTAAATTAAAAAGTAATTAGCATAGCTTTAGTTACGGTCATTATTTTTGATGAAAAGCAGGCGAAAAAAGCCTGTGCCGAATTCGTCTTGGTAAAACGATTTATTGCGACATTATAGGTTTAATTTGGTATGATTCATAATTAGCTAAATTTTCCTTGATATCATTATAGTTGTTCACCCCATCTGTTGTAGCTGATGATTGTCTATCAATTGCTTTATCTATTTGCTTATTAGTAGTTTCTAAAGAAATATTTCCAATAACTGCACTTTTATATGCCCTACCTTTTTATTTAGCTTATTTTTATATTTTTCCGATGGCTCGACAGTCTTCGATTTCGGCATTAACAATACTCCTATTTTTTTTTGGATTCCCTTTCCTCGTTTATATTTACCCTTATTTTCTTTAAGTTCAATAGCAATTCTTTCACAGCTATGCTTACCAGGCTCTATTTCAAAAAAACCTCATCAAGTTCATCGACAAGAGTGTGTCTATCATCTCTTTTACTCATTTCATAGCGTATTTTTTGAAACATCTACCGCATAGGCTTATAGTAGCAATGACTTAATTGTAGATATACCTCTAAAGAAAAATAGCTTTTTTCTACCGTGGAACATCATTAAGCATCATTACAAAATTAGATTAATAGTATGCAAGCTAAGTTCTGTGCTATAGAGTATCATTTTTCAAAGATGTTCTATGCTCACAGTTCTTACATTGGTATTGATCTCTCCTAGAAAGCCAATAATGCTCTTAATGATTACATTTATTGCATTTGATACCCAGTTTTCCATTTCTAATTTAAAATGGACCTTATACCATAGAGAAATTGCATAACATCTAAATAATTAAATGTTATGCAAGGAATCCAATAGTCATATTAATTTAAGTAATAAAGACAAGCAACTAAAATAAAATCTTCAATACCACAATTAATCCCGTATAATTTCAGGATTTATAAAGTTTGGATTTGAAAAAGCAGACTTTACGTTTTTAATTGATTTTAAATTTAATATTTTGTTCAGACAATTCATCAATCAATTCATTACAAATTTGTACTTTTTGTGTCTTGCTCGGCATGTGAATTTTAATCTTGGCTTGCATTTCATACACCACAAAATTGAGCAAGTGATCTCCCGAGTGAGTTTTGAACAAATCCTCTAAGGCTTTTATTTGAAACTCGTTAAGGTCATCTACATTCATTTGGATCGTTAATTTTTTGGCATTTTCCTTTAGGACATCTTGAAGTTGTTTAAAAGACACAAAACCAATACGCGTTCGCCCAGGTTCTCCAGTATCTCTATTTGTAAATTGGGTTGCCCTCAATTTAAGATGAACGAAATTATCCTGAATTAAAAAGTGCCTAAATTTCAAATACTCTTCGCCAAAAATCCAAAATTCATGACTTTCGTTATAATCTTCCAACACAAAAGTCGCAAAGCCTTTACCGGTTTTACTTACCTTGTGATTTACATCTGTCACCACTCCTGCTAGGGATAACTCTTTATTGAGGTGATTTTCAATTTCTGCAACTTCCTTTAGGTTTGACCTGCAAAAGGAGTTGATTTCCAGTTTAAAATCATCCAATGGGTGACCCGATAAAAACAGACCTACAACTTCCTTTTCTGCTTTTAAGGTTCGCATGGAATGCCAAGGCTCGCAAGGCGGTACTTCTGGTTCAGGAATTTGGACTTCACTCGACTCACCAAACAAACTCACTTGGGATGAGTTTTTATTCTCTTGGTACCTTGCCGCATATTTAATCACCTTTTCCAGAAAGGTTAAATCTCCGTCGGTAGCTTGAAAATATTGAGCTCTATGCACTTCTCCCAAGCTATCGAAAGCTCCCGCATAAGCCAAGCTTTCAAAAGCTTTCTTGTTGGCAGCTCGAAGATCGATGCGTTTGGACAAATCAAAAATAGAGAGGTAATGACCTTTCTTCCGGTGTTCTACGATGGTATTCACCGCTCCTCCGCCAACGCCTTTAATAGCGCCCATGCCAAACCGAACAGCATCGTCTTTGTTCACTGAAAATTTATAATAAGATTCATTCACGTCTGGTCCCAAAACTGGTAAACGCATTCGCTTGCATTCCTCCATAAAAAAGGAAACTTTCTTGATGTCACTCATATTATTAGAAAGGACAGCTGCCATATATTCTGCTGGATAATGAGCTTTTAAGTATGCTGTTTGGTAAGCAACAAAGGCGTAACAAGTCGAGTGGGATTTGTTGAAAGCATAACTGGCAAAAGCTTCCCAGTCTTTCCAGATTTTCTCTAGCTTTTCTTCATTGTGCCCATTGTCTTTTGCTTGATTAATAAACTTTGGTTTAAGTTTAGCTAAGACATCTTTCAACTTTTTACCCATGGCTTTCCTCAAGACATCAGCTTCACCTTTCGTAAAGCTGGCCAATTTTTGCGAGAGCAGCATCACTTGCTCTTGGTAAACCGTAATCCCATAAGTTTCCTCAAGATATTCTTGCATTTCAGGCAAATCGTAAGAGATGTCCTCCTCCCCGTGTTTCCGTTTAATAAAACTCGGGATATACTCCATTGGCCCAGGTCTATACAAAGCATTCATCGCGATAAGATCTCCAAACACCGTTGGCTTTAGATCTTTCATGTGTTTTTGCATTCCTAGAGATTCATATTGAAAAATCCCAACGGTTTCTCCACGTTGAAAGAGCTCATAGGTCTTTTCATCATCTAGTGGGAAAGCTTCAGGATCTAGATCGACTTCGTGGCGTGCTTTTACAATCTCAACGGTATCTTTAATTAGGGTTAAGGTCTTTAACCCCAAAAAGTCCATTTTCAAAAGACCTGCATCTTCTACCACTGAGTTGTCGAATTGGGTAACATAGAGGTTGGAATCTTTTGCGACAGAGACGGGAACAAACTTAGTAATATCATCTGGGGTGATAATAACTCCACAAGCATGAATGCCTGTATTCCTCACAGAACCTTCCAAAATCCTAGCTTGGTTTACCGTTTCAGCTTCTGGAGAATCTTGTTCTGAAATAGCAATAAGTTCTAAGACTTTATCCACTTCTTCGGATCTAAATTTCTTCCGAATTTCCTTTTCGTTCATACTAAAGATTTTCCCTAGCTTGGACATATCAGGAATTAATTTGGCAATGCGATCAGCCTCATACAAAGGCAAATCCAAAACTCTTGCGGTATCTCTTATAGCAGATTTAGCTGCCATTGTTCCATAAGTGATAATTTGTGCAACTTGATTTTGACCGTACTTCTCAATCACATAATCCATTACTTTACTTCGTCCTTCGTCATCAAAATCGATATCGATATCGGGCATACTCACTCGCTCTGGATTTAAAAACCGCTCGAAAAGTAAGTCGTATTTTATAGGATCTATATTGGTAATCTTCAAGCAATAGGCTACTGCACTACCCGCTGCAGAACCACGTCCTGGACCTACCGAAACTCCCATCTTTCTCGCTTCGCGAATAAAATCTTCCACGATTAAGAAATAACCAGGATAACCTGTATTGGCAATGACCGAAAGTTCAAAATCCAATCGGTCTTTGATCTCTTCACTTAATTCTCCGTAACGCCTTTTAGCCCCCTCGAATGTGAGGTGCTTTAAGTATGCATTTTCTCCACGCTTACCAGCATCTGTTTTATCCGCCTCGTCCAAAAATTGTTCTGGGATTACAAAAGCCGGTAATAATACCTCTCTAGCCAGTTCAAAGGCTTCAACCTTATTGGCGATAGCCTCTGTATTGGAAATGGCTTGAGGTAAGTCTTTAAAAAGAGATTTCATCTCCTCAGCAGACTTGAAGTAGTACTGGTCATTCGGAAGTCCGTAACGGTAACCACGGCCACGACCTATAGGAGTGGCTTGCTTCTCCCCTTCTTTAACACACAATAAAATATCGTGCGCATTGGCATCTTTTTGATCTGCGTAATAGGTATTATTAGTCGCTACTAAATTGATATCGTGCTTATTGGCAAGTCGAATTAAAGCTTCATTGGCGCGCTCTTCATCTTCTTGCTGATGACGCATAATTTCTACATAAAAATCATCGCCAAAAGTCTCCTTCCACCAGACCAAGGACTCTTCTGCTTGGTTTTCTCCAAGATTTAAAAGTTTACTAGCAATTTCACCATAGAGACTTCCCGATAAAACTATGAGGTCATCTTTATAGGTTTCAATAAGCTTTTTATCAATTCTAGGGATATAGTAAAAGCCTTTGGTAAAGCCCATAGAAGACATTTTTGCTAGATTGTGATAGCCTTTTTTATTCTTGGCTAGAATCACCATTTGGTAGCCATTGTCTTTATGAGTTCTATCGGTATGATCTTCGCACACAAAAAATTCACAACCAATAATCGGTTTTATAGGTTGTGAAGTGTTTTCAGAATCATTGGCAATGGCGGAATTGTGTTTTTTAACAGCATTCACAAAGTGAAATGCCCCCATCATATTAGCATGGTCAGTTATAGCTACTGCTGGCATATTGTGTTTTGCCGCTGCCGCTACCAGATCTGGGACAGCCATCGTAGATTGCAAGACGGAGAATTGAGTATGGTTATGAAGATGAACAAAACTAGACTCCTGTAGTTGTTCTAAATTCTCATCAAGCTCTGCTTTAGAAGGTCCGCTTTCTTCTGATTTTGCTTCTAATTTTGCTTTTAATTGAGCAGAAGCTTTTTTAAGGTTAATATGATTAAGACCAACCTTACTTAGAGGCCCCGTATGCCTAGACTTAAATTCTTGAAGATAACTACGCTCTGCCTGTAGTTCATTTTCTGTGTAATTTCCCGTGCGGATCAGCTCCAGAAAACAACGTGTCGTCGCTTCCACATCTGCTGTCGCATTATGAGCCTCATTAAAAGGCTGTCCAAAAAGATATTGGTGTAATTCAGTTAATGTAGGGAGTTTGAATTTTCCTCCACGCCCCCCAGGAATTTGACAAAGCTTAGCTGTTTTTTCTGTACAGGTATCCAATACAGGCATGGATGCCATTAAAGATTCTAGTTGAGCTCTATGGAATTCGGCTCCCATCACGTTTACATCGAAACCAACATTCTGCCCAACCACAAACTTAGATTCTGATAAGGCTTCATTGAACTCTGCTAATACCATGTCCAAAGACTCCCCTTTTTGCAGAGCCAAGGCAGTAGAAATACCATGAATGCGCTCTGCATCGTAGGGGATATCAAATCCCTCAGGACGAATCAAGTAATCTTTAGCTTTTACAAGATTTCCCCACTCATCATGAACTTGCCAAGCGATTTGTATAGCTCTAGGCCAGTTGTCGGTATCAGTGATTGGCGCATTCCAACGCTTAGGTAATCCTGTGGTTTCGGTATCGAAAATAATATACATGAAGCAGTTTTTGAAGTATAAAATTAGCGAAAAACAGAGTTTAAAATAGCATTATTTTGATTTTATCTGTACTAAATTATGAGATTTTGAAAGGGCTAACGCCCCCCAACTAAGATATCAGGGCTACGCCCCTCTAACTAAGATATCAGGGCTACGCCCCCAACTAAGATGCTAGAGTTAACGCTCGTTACCCTATAATATAGGGGCGTAGCCCTGATCTCTTCATAACACAGACTGCAAAGCCCCAACTAAGATATCAGGGCTACGCCCCTGACTAAGATGCTAGAGTTAACGCTCGTTACCTTATAATCTAGGGGCGTAGCCCTGATATCTTTCTTAATCATACCATTCAAATAAATATTTTGCATCATATTCGACTTCAAATTTTTTGAGAAGTGACAAATATTCATCTCTGAACGTTTGCTTTTTATGATGTTCAGGCTGATTCAAAATATATTTTACCACCCTGTCGATATGGGATTTGGAATAGGTAAAAGCCCCATAACCATTTTGCCAATAAAATTTACCAGAGATGAATTTTTTCTCATTAAGCCATTTAGAAGAGCCTGATTTTACCTGTTCCATAAGCTTAGATGGAGAAATCGCTGGATGCATCCCTACGAAGATGTGTGTATGGTCAGGATTGCAATAGATCGCATAGGTTTTGCATTTTTGGTTGGTAATTATGCCGCACATCACCTTTTCCAATTCGTCTCTGAAGGATTCTTTGATTAGGTTTTGTCGTCTTTTTACAGAAAAAACAAATTGGACGTATAATTGTGTGTATGTATTTGCCATCGGTACCAAGATTACAGGGCTAATGCCCCTAGGTTACTAAGATTACAGGGCTGACGCCCCTAGGTTAATGAGATATCAGGGCTACGCCCCTTACCAAGATTACAGGGCTAACGCCCCCTACTCATGATGCCACTCATCAGCCCGACGATCGCAGGGCTACGCCCCTAAGTTAACGAGATATTAGGGCTACGCCCCTTCTACATCCTAAATATAAGAATATCATCATTAATCATATCTTTTTAAGAAGAAGCAAAATTAAAAAGATCTCCTTTTCTTTTGGTATCGATCTTCAACACTATTCACTTATAATTTTATGCTGGTGACCGATGGATTCCTCATGAATGGCCTTTAAAAATTTGGTTATAAATTCTTTGCTTAAATTGTTTTCAGCTCCGGCAGCAATCATAGTATCCAGAATAGAATTCCAACGTTTGGTCTGAAGAATTGCTACATTGTTTTTCTTCTTAAGGTCACCTATCTCGTCTGCTATTTTCATTCGCTTTCCCAAGAGGTCTATCAACTGATGATCAACTACATCTATTTTGGTCCTTAGGGTTTGAAGTTTATTTTGGAAAGCTGTAGCTTCTGTAAACTCCTTTCTCATTCTCAAGTCTACCGTCATTTGATCGAGGGCTTTAGGAGTAATTTGTTGCTTAGCGTCACTCCAAGCATTATCTGGATCAAAATGAGTTTCCACCATAATTCCGTCGAAATTAAGATCAAGTCCAGTCTGGCAAATGTCAAAAATAATATCACGTCGCCCTGCAATATGGGAGGGATCCAGAATGATAGGTAAATCTGGGTATTCCGACTGTAAATCGATAGCAATTTGCCATTCGGGATTATTTCTATATTTAGTTTTCTCGTAAGTCGAGAAGCCTCTGTGAATAACTCCCAAGTTTTTGATACCCGCATCGTAAAGACGTTCTACAGCTCCCAACCATAAAGCTAAATCTGGATTGACAGGATTTTTCACTAAAACTGTTTTATCAGTTCCTTTTAAGGCATCTGCAATCTCTTGAACAATAAAAGGACTTACTGTACTTCGAGCTCCAATCCAAAGGACATCAATATCAGCTTTAAGCGACATTTCTACATGAGTTTTATTGGCTACCTCAGTCGCCAATTTAAGACCAGTTTCCGCCTTAGCGGTTTTCAGCCAATCTAAACCAATAGCTCCAACACCTTCAAAATTCCCTGGGCGGGTTCTAGGCTTCCAAATTCCCGCTCGCATGATACTGGTGTCAGTGTCTTTTAATTGCTGAGCTATTTTGACCACTTGCTCTTCTGTTTCTGCACTACAAGGTCCAGCAATAACTAGAGGATGATCTAAATTAAAGTCAGTTAACCATTGTCTTTGTGTTGTGTTAATTTCCATTCTCTTCTTTTTTTATGATTCCGTTTAAAATGGGTTTCAAGTCATTGACCTCCGCCAATTGTTGATGTATACCCTTATAATTTTGAGTTTCTAGTTGCTTCTGAAAAGCTTTTAAATTCTGTATGTATTCTTCCAAGGCGTATTGGACTTCTTCTTGATTTTCTTTAAAAATAGCCGTCCAGGTTACAGGGTTGGATTTGGCTAGTCTAACCGTAGAGGCAAAACCACTCCCTGCCAAATCGAATATATCTCGGTCGTTTTTTTCAATGTCCAACACTGTTTTACCAAGCATAAAGGAGCTGATGTGTGACAAATGAGAGACGTAGGCTAAATGCTTGTCATGGGCTTTGGCCCCCATATATTTTAACGTCATGTGTAGAGGAGCAATTAAACTTTTAGCTATCTGTAAGAGACTAACCTCTGTGTGTTCAGCCTCACATAAAATCATGGTTTTGTGATCAAATAAAGAATCAAAAGCAGCTTCAGGTCCAGAAAATTCAGTCCCTGCGATAGGGTGAGCAGCCAAAAACTGATGCCGCTTCGGGTTTTTGGCGACCGCTTCACATAACTGTCCTTTTGTAGACCCCATATCCATCACCAAAGCTTGAGGATGAATTTTATCTAAAATTTCTTGTAATAATAGAGAGGCATGGTCCACAGGGATACTGAGGATGACAACATCCATTTCAGACCATGCTGACTCTTCCAAAACTTGGTCGATAATATTCAAGGTTAAGGCCTTTTGTAGATGCTCAGAATTTTTATCCATACCAAAAACTTGGACATCTGAAAAATTTCTCTTCATGGATAAGGCAAAAGATCCTCCTATTAAACCTAAACCTATACATCCTATTTTCATACAGTTTCAAGTTTTGAGATTCTCTCTTTACAAATGCTAAGTTCCTCCTCAGAAACACATAATGAAAAGCGGAGATAATTAGACCCATTAGATCCAAATACATCACCGGGGGTTACAAATACATTTCTTTTGTATAGGAGCTCATCTGCCAGTTCTTTTGCAGATTGAGAAGAATTCACTTTGCCCCACACAAAAAGTCCAACTGCAGATTTATCAAAACTCAGGTTTAACGTTTCACACATCTCCCAAAGGATAGCCCTGCGTTTTTTGTAAACAGTATTCTGAGCATCAAACCAGTCGTTTTTTAGCTCCAAAGCTTTGGTCGCTGCCTTTTGAATAGGAAAAAACATCCCACTATCCATATTGCTCTTCACCTTTAATACGGCTGAAATAAATTCAGAATGACCCACTAAAAACCCAACTCTGAATCCTGCTAAATTGTAAGACTTACTGAGCGAGTTTAATTCCAAACAGACCTCTTTGGCTCCTTCCAGTTGAAAAATAGAGAATTTATCATCGGTGAGGACCATGCTGTAGGGATTGTCATTGACCAACAAGATTTTATTAGCTTTTGCAAAATGAATCAGCTCTTGTAGTTTTACTCTATCTGCTGCTTGACCTGTGGGCATATTTGGATAGTTGATCCACATCAACTTCACCTTGGCTAGGTCTAATTTTTGAAGCGCTTCAAGATCTGGATGCCACGCATTTCCTTCTGTTAAATCATACGAGATAAGTTCAGCATTCAAAAGCTTAGTCGCTGCTTGATAAGTGGGATATCCTGGATTAGGGACTAAAACCTGATCTCCTTCGTTTAAAAAAGCCATTGAAATTAAAGAAATTCCTTCTTTAGACCCCATCAGCGGAAGCACCTCGTTTTCTTTATCAATTTGGACCGCATACTGATTTCCATAAAAACCACACATCGCTTGTCTCAATTCATCTAAACCTTTATAGGCTTGATATTGATAGGCCCCATGTTGTGTTGTCGCCTTCACCAATTCGTCAACAACCTCTTGAGGGGGCGCTAAATCTGGACTTCCAATTCCTAAATTGATGATCGGTTTTCCTGCTTTTTTAAGTTGAGCAACTTCTCTCAGCTTTTTGCTGAAATAGTACTCTTCTGTCTTCTGGAGTCGGTTGGATACTGAAATCATGACTTTCCACTTTTATATTGACCTACACAGGTCGGATTGATACTAAGGTTTGATATGGCTTTAAAAGCGTCTTGAAAATGTTCTAGACTTGTAAATGCAACGTCCACAATAAAGGCATACTTCCATACTTCCTCAGGAATGGGGATACTTTGGATCTTCGTTAAGTTTAATCCATGATCTGCCATGACATTAAGGACGTTTGCTAAGCTTCCCGATTCGTGGGCTATTTCAAATTTTAGAGTGGCTTTGTTCACTTCTTTAATTGAGTTCCCTAGTTTTTCGATAACGACAAAACGGGTTTCGTTAGCGCTATAGTTTTGGACATCTTCCACAATCACTTTTAAATTATAAAGTTCTGCAGTCCCTTTTGGCACTAAGGCTCCGACACCAAACAGGCGTTGCTCTGCAAGCTGCTGAGCGGGGAGCGCTGTGTCTACATCTTCAACAAGATGGATATGGCTATGGTTTCCAAAAAAATGGCTACACTGGTGCAATGCCATTTGGTGAGACCTCACTTCTTTTAGGTCTTCTAATTTCTGTCCTGTCAGAGCCACTAAATTGTGACTTATGTTTAGATAATGCTCTGCAGTCACTTGAAGATCATGGTCCAAAATAAGGCGGTAATTGGGAAGGATACTCCCTGCTATAGAATTCTCAATAGCCATCACTCCTTTTTCACATTCATCACTTATGATAGCCTGAACGAGTTTTTGGAATGTCATACATTCTAAAGCCTCGACATCGGTTTCTCCAAAAAGCTCTGTAAGGGCTTTATAGTGATTAGATCCTTTTATTCCTTGTATTGCTATTTTCAATTCTATAAATTAAAAAAGCCTCGTAAAAAACGAGGCTTTGTATATTTGATAATGAATTTATTTCATATCAACCCCGTTTCGCTAGACTAGCAAAATAAAAGTTGAAATAAATATAAAAACGAGTTGTCATTTGTATTGTAATATGGGACTAAATTAAAATTTATTTTGAATAAAATCCTATTAACCTAAATAAAATTCTAAATATTAGTTTTTTAGATACGCCTTTTGTCTAGGAATCGTTAGAAATTCTTTTTGTCTCCCATTCAGATAAATGACTTCTTGCCCATTAAAATAAGCACCTTCTTCCAACATCACCCTAAAAGGCTTTTCCCATTCGTCTAAGTAAACTTCAGCGTTGAGCTCTATCGCATACACCGTATTTGGGTGGAGTTCGTAATCACCAGAACCCGGTACTTTACCTTGATTGTCCCACATCCCGATAGTAGGTCCTGCAGCATGTCCATGATATCCCATGGGATGAGTATAAATAGTGCCGATTATACCTTCAGAACTCATCTTAGATCTAGCTGCTTCTAAGATTTCATTTCCAGTTCTGCCAGTTTTAAAATTGGACGTTAATATATCTTGTAACCGATTTCCAACGGCAAGAGCCTCTTTAAGATAGTGGGGAACTTCCTTTTCATCTGGCTTTAAGACGTATGCGAGTTCTTGCGTATCTGTGTTCAATCTTAAGTAGGTGATACCAAAATCCATATGTAAAATATCACCAGGCCTAATAATCTTTGGATCTGAATTAGTATCAAACGTTCTCAAATGTTCCTTGCTTTCGTTACTGCTTCTTTGAATATCTACCGTAGGATGAAACCAAGTTTCTAGACCAAGCTCTTTAATTTTATCTCTGTACCACCAGACCACATCTGTAGTACTGGTTACCCCTGGAGTAATCACCTGCTCCGATAAACCCTCTTGGATAATATGATGAGCTATAGTTTGGATGTGTTTATACGTTGCCATTTCTGAAGGTGTTCTTGTTTCCAACCAACCTACGGCAAGGGCTTCTGCAGAAGTTACTTTCTTTTGGTAGGATTTGGGCAAGTACTCCATCAGCATTTTGTATTCGGTATGGTTTAAGCCATCGGCATGTCCAAAATCTTCAGAAGTATTAATACCGATCTGCTTTGGATCGCGTTCTTTAATAAGCTCTATCAATCGCTTCCATTGGTTTGGTTCGACCTCAGGATCCCATGCTTTTTTAAAATATGAGCCCACATTATACCTAGCTACTGCCAAAGTTTCCACCTCATCTTCTCCTTCAGGCTTATACATCATTAGTATAGTCCTCCTCCGAGCCGCCAACCATGTGCTTGGCAGAAAAGTTTTAATAACTGGATCTTCATTGTATTCTCTAGAAATCACCAACCACATGTCTATCCCAGAACGGTCCATTAGTTTTGGCAAGACTGTTTCTATACGTTCTCCAAGCCATTGATCAATAACTTTAGATTGTTCCTTTTGAGATAATACAGCTATGCCTTGAGCATTGGTGGTACAGCAAATGCATGCTATAAAAAATAGGCTGAAAACTAATTTCATATGTCTGTTTTTTAATTTAAAATTAAAAATAGACATAAATTAAATAAAAAACCTCATCAATTAAATTTGATGAGGTCTGTAACTATTTCTTATAAAAGTTAGGTGATATTAACTCACTGCTTTCAATTTTCTTAAACTAGTTCTTTCAAGAGATTTTTCAGCATAGGATTTCGTTACCTTAAATTCAGTTTCATCACTTTCTGGCAGATAGAACATCGCATCGGTCAGGATAGCTTCACAAAGTGAACGTAAACCTCTTGCTCCAAGCTTGTACTCTAGTGCCTTTTGAACGATAAAATCTAAAGCCCCATCGGTAATTTGAAAATCGATATTATCCATTTCAAACAACTTTTTGTATTGTTTTATAATGGCATTTTTAGGTTCTGTCAAAATACGTCTTAGCGTCTCCTTATCCAAAGGATCCATATAGGTAAGAACAGGAAGACGACCAATAATCTCTGGGATGAGACCATAATCCTTCAAGTCCTTAGGGATAATATATTGAAGAATATTTTCTTTATCTACACTTTCACCCAATTTTGAAGCTCCATAGCCAACGGCTTGCATGTTTAAACGCTTTGAGATATTTTTCTCAATACCATCAAACGCACCTCCAGCAATAAACAATATGTTTTCTGTGTTGACTTCTATAAATTTTTGATCTGGATGCTTACGGCCTCCCTTTGGTGGTACATTAACGGTAGTGCCTTCTAAAAGTTTTAGCAAAGCTTGTTGAACACCTTCCCCACTTACATCTCTTGTAATGGAAGGATTATCACTTTTACGTGCGATTTTATCAATTTCATCGATAAATACAATCCCATGCTCAGCTTTTTCAGTATTGTAATCTGCTGCTGCAAGAAGCTTAGTCAAAATGGTTTCCACATCTTCACCAACATATCCAGCTTCGGTTAATACAGTAGCATCTACAATAGCTAGAGGAACATTAAGCATTTTAGCTATGGTTTTGGCAACAAGTGTTTTACCTGTCCCCGTTTGCCCTGCCATAATAATATTACTCTTTTGGATTTCAATGTCATCCTTAGATTTTGGCTGTAGTAATCTTTTGTAGTGATTATAAACGGCCACAGACATCACTTTTTTAGTTTGGTCTTGACCAATGACATATTGATCTAAGAAATCTTTGATAGCCTTTGGCTTTCTTAACTTCAATTCTGAAGAAAGCTCTTCTGTACTATCCTGTTTGGATTCCTCAACAACGATTCCGTGAGCTTGCTCGATACATCGGTCACAAATATGGGCGTCCAATCCTGCAATAAGTAGGTTGGTTTCAACTTTTTTGCGTCCACAAAATGAACATTCTAACTCTTCTTTAGCCATAATTTAGTCTCTAGTCAATATTTCATCAATCATTCCATACTCTTTCGCAGCATCTGATTTCATCCAGAAATCTCTATCTCCGTCTTGGTAGACCTCATCATAAGATTTTCCAGAATGTTTTGAAATGATCGTATATAATTCTTCTTTCAGCATTATGATTTGATTCGCTGTGATTTCAATATCATCTGCTTGTCCTTGTGCTCCACCCATAGGCTGATGGATCATCACTCTTGAATGAGGAAGACCACTTCGTTTTCCAGCAGTTCCTGCACAAAGCAGAACGGCTCCCATAGAAGCTGCTATTCCTGTATTAATAGTAGCCACATCCGGCTTTATAAATTGCATAGTATCATAAATTCCCAAACCAGCATAAACACTACCTCCGGGAGAGTTAATGTAAATCTGAATATCTTTTGAAGAATCTGTGCTTTCTAGAAACAAAAGTTGGGCTTGGATAATATTCGCAACTTGATCGTTGATAGGTAATCCTAGAAAAATAATTCTATCCATCATCAATCTAGAAAAAACGTCCATAGCCACAGCATTCATCTGGCGCTCCTCAATAATATTGGGAGTCATCGCAGAAGGAGTCATGCTTGTAATAATTTTATCGTAATAATTGGCATTGACACCATGATCTTTGGTGGCAAATTTTTTGAATTCTTTATCCATTTTCATAATATCCTCTGTGTTTTAAAACAAATATAGCTCGAAGCTAAGATCTTGCATGCTTCTTTTACTAAATGTTAACTTCGAGCTATATCCTTTTGTAAGTATAAAATTGATTTATTTATAAATCGTATCTACAAATTCTTTATAAGTAACGTCCTTTTCTTCAATCTTCATTTTCTCCTTGTAAAGTCCAAGTAATTTTTGGACCATTACTTCCTCTGAAAACTGTTTTACCTGCTCTTGGTTTGACATCAAATTTTGAATAATTCCGTCCATTTGATCTTCTGGAAAATCCATTTGACCAAATTGCATCATTTGCATTTTAATCTTTTCTTTGGCGACTTTCTTAACGTCCTCCATCTCGACCCTGACATTGTTGTCTTTCGCTATTTTGGCTTCGATAAGCTGGTACTTAATACCTTTCTCACTCTTTTCGTATTCGTCTTTAGCCTCTTCGACTGTCAATTTCTTTTCACCTTGTGTTTGCATCCACTTTTGAAGAAACTCTGAAGGTAAACTCATATTTGACTTTTCAATCAGGTGCTCTGTGACATCATTAAAAAATTGCTGATCGCCTTGTTGCTGAAAAGTTTGCTTGGATTGTTCTGCTATTTTTTCTTTAGCTTCTTTTTCTGAAGAGACTTCTCCTTCACCAAAAGCTTTATCAAACAGTTCTTGATTAAGTTCTGCTAGAATTTGTTCATTGATATCTTTGATCGTAAACGTCAAATCAACTTTTAAACCCTCAGCTTTATCTTTTTCTATACCGAGTTGAGTCGCTAAAGTATCCTCATCTTTAAAAAGTTTGCTAGATTTTAAAATAACTTGATCTCCTGCCTTTGCTCCTAAAAGTTCTTTTTGGTTGCTCTCTCCATCGAGATCTTCAACGTTGAAGGTGGCCTCATTTTCGATACCTTCTTCTTCATTGTGAAACGTTCCAACCACTGTAAAGTTTTCCTTCACTTCGTTATGGGGCTCGAGTTTCCCGTATTGACGCTGAATGGTTTTGAGTTGATTATCAATCATCTCCTCATCTGCAGAAATGTTGTAATACTTAACTGGACCTTCACCTTCCAAAGTGATATCAAATTTTGGGGCTAATCCTAATTCAAATTCAAAGTTATAATCGTCGGACTCCCAGTTTAATTCGTCTTGTGGTTTAGGGAGTGGATTTCCCAAAATTTCGAGCTTCTCTTTTGTGATATATGAGTTTAATGACTCTTGTAACAATTTATTGACTTCATCTACTAAAACAGATTTTCCATACTGTTTTTTTATCATACCCGTTGGGACCATTCCTTTTCTGAAACCAGGAATACTTGCTGTCTTACGATGGTCTTTAAGTACTTTTTCTACCTTTGGACTGTAATCGTTTTTTTCAATATTGATTTTGATGACAGAATTTAGTTGGTCTTTATCTTCTCTTGTTATCTTCATTTTAAAGAATTTTTTTGAAAGTGCAAAATTACAATTTATTTCACTGCTTACCAAGTTTTTATGCTGAAGGCTAGAGTGTAAGGCTTTTATACCAAATTAAATTTATAATGTCATATAAATTTAATTATACGACGACGTAGTTCAGCACAGGTTTTTTGATTGATTGAAGTTGAAAATAATTAGCATTGCCTTTGTTACGCTAATTATTTTGATAAAAAACAGGCGAAAAAAGCCTGTGTCGAATTCGTATCGGTAAAACGATTCATTACGACATTACAGGTTTTATTTGGCATTACACTAAGCCTTAAATCTTATTCCATTTCAGAAGACATCGATCTCGCTTCTTTTCTGAGTTTAATAAACATGATGACATCAAAAATAAAATGCGCAGCCATTGCCGAAAAAATATCAATGTAAAGCGTGAGATAGCCAAAGCCAGCAGAAATTAAAATCAAAAATACTCCATAGATAGATTTTTTCCAATCCTTTGTAGATATATAGCCGTGAAGAACAACAAAGAGTATAGCAGCCCACCATAACCCCATTAGAGGCTGAAGCGCTCCGCGGAATAAAATTTCTTCTCCTATACCCGCACATAGAGAATAGAATACTATATCAATCCACTGAAGATCTAAGCCTTTAAAAAGCCTAGCATAAAAAGCACTTGTTTCTTTTAACACAGGAAGTTTTAAAAGCAAAGCTCCTATAAGAGCCGCCAATGAACCAAAGCCAAGACCAATTGGAATAGAGGTGACGAGATGATCATAATTGAACATCTCGAAATAATCAACTTTATCTGAAAATGATAAAATAAAAAAAGCTATTCCGCTAAAGCCAAAAAGAGTAAATATGGACATGATAAGCATGGCCTTTTTGGTTACTACCATTTATTAAAGTTTAGATTATCTTTTACGCTGTGCAAGGGCGAACACTATAGATTGAAAGAAAGAGAGTAAAATACTAAATAAAACTGCCCACCAAAATCCATCCACACGGAAGGCCTCTATAAGCCAGTCTGCCATTAGAATGATAAATGCATTGATTGCCAGCAAGAACAAACCAAAGGTGACGACGGTGACTGGAAGGGTAAGAATCAATAAAATTGGCTTTATAAAGATGTTAAGTAGAGCAAGAATTGCAGCAACAACGATAGCCGTAAAAAAGTCGGCGACATACACCCCACCCAGAATATTGGATAGTATAAGGACGATAAGTCCTGTGAGAACAATTTGAAGTAAGGTTTTCATAGGTCTGTTTTAAATCTTAAATTTCCTAATATAAAAAAAACTGCCTCAACAATTAAGTTGAAGCAGTTTTTTTACAATTTAGAAACAGTTAATTCACATTGTCACTCAAAGATATTGTTCCAAATTCTCCAACATTTACTTTTGGCAAGTTAGACCCATACGTTTGATTAATAGCTTCTAGAGTTTCATTAGCTATAAGAGCATAACCCCGTGGAGTTAAATGCACACCATCCAAAGAAAATCCTCCACCAGTAACAAAGTCTGAAGTAATAATTCCACCAGGAAAGCTTATGCCTTGTCCTACTCTATTTAATAAAGCGTCAGCGTCTACAAAAGCCAATCCATTAGCTTCTGCTAAAGACTGTATTGTAGAATTGTAAGAAAGTCTAGCATTAGAAATGGCGCTAAGTTCACTAGAGTCTAAAGCATCTTTATCGTCGATACCATTCACCGCCCCCAAAACCAATTGCGCTTGTTCTTGAGTGGGCGTTCCTCCTTGCTGAAGAATTCCTAAAACTTGCAAAACTGCTGGTGAAAGAGCTACAGAACCATAACCTTGTGCCAAAGCAGCTCGATTGATGGTTAAAAGTATAAGCTCACCCTCCTGCATTTGTCTAAATCCTAATGGATTAGTTTGAGTTACAGGAACATCAATTACAAAACGATTTGGACCTTCATTAAATGCAATAGCATATTGAGCCGCTAGAGCTTGTGCTTGTGCTGGTGGCACTCCTTGCTGAATCAAGCCTTGAGTAAAAATTCCAGCAACTGCTTGGAAGAAGCCGGTCAAACTACCCGCTGAAGCTGCATCCAGAACCAAAGCGTTGTTTGGAACCGTTGTAAAAAATGGGATGTCGGTAACATTCGGAATATTATAAACAACTCCTCCAGAAGCATTTGCATTCAATTCATTTATCAACTGATTATAAACACCTCCAAATACGTTAGGGTCTGTAATATCCGTACTTCCATAAGTTGAAGGATCTAAATTTCCAGCTTGGTCAACACCTGTCCCTCCACTAGTAGCATAACCTAAGATATCATTATTTCCAATCCAAAGCGAAAAGAAACTAGGGTTTTGAGCTACAGCATCTGCAAGGACCGTCGTCGTTTCTGAAGTAGAAAATCTTACGAAATAAGGGTTAGACTGAGAGGGTAATCCTGCAGCAGCTCCATAACCAGGCGCCGCTAGATGGAAACTTTTTGCACCAGGGACTCCCATATTATTAAAAGGTCCCGATAATTTGTTGGTGATTTCAGTTTGAGGAGTTCCTGCAATTATTGCTGGTGCTGGACTACCTGAAACAGTAGATAACACCAATCGATTATTAGCAATTTGGACTCCATTCAAAAGTAAGCCTCCTAAATTATCAGCCATTAAAGGCTGTGTAAACTCACCACCTCCTAAGAGTTTAAATTGACCAGCAAGAATATTAGGGTAAGAGTTTTGCTGTCCTTTTATGTAAAGTGCATTGTCTGCAAATCCTGCAGTTAACGAATTCCCTAGAGAAACATAGTTAGAGAAATCAGCTTCACCAGCGGTGTAGACTTCGTTTTCTTCGATTGCATCATCAAATTCTGGTTCACAAGACAGAAGTCCTATAGCTAGAAACGGTAAATATTTTATATAGTTTTTCATTGTCTTTAATTATAGTTTATAAGTCACTCCTAAACCTGGTAAGAATGCATTTGATTTGTAGGTTCCACTAAAAGGGACGCTTTGTCCATTTTCAAGGTATGAGTCATAAGAGGCATCTACTTCTTGGAATCTTAAGTACAGAAAAGAAGCATCTATAGCAAGCTTTTCAGAGACCTGAAAAGACAAACCTGCTGTATAACCATTTCCATCATTTCTTGGAGTTTCTGGCGCAAAAAATCCAGCTTGAACTGGAGATTCATCAAAATAATAACCCGCTCTCAACGTCACATTGTCTGTTGCTTTATATTGAGCACCAAATCTATAGATAGAAGCATTTTTGTAGTTCCTTGGATTAATAGACGTTGGAACATTTGGATTTCCAAATTCAATGTCTAGAGAGTTATAAACATCCCAGAAGGCTCTCTGATAATCAAAGGCAAATAACCATTTTTCATTAGGCTCGTAAGCAAACCCAATGGTTAACTCAGCTGGAAGTGGCAAAGTGGCATTAAAGGTAGTTGTGCCGTTTTGAGGAGTTAATGCCGAGTTTGGGAAATTACTAAAGACTGCCTCACCTCCCTCAGCATTCAAGAGTATTTCGGATCTGTAATTAAATCCAATTCTCAATTCTTTAACAGGAGTAAACATAAAACTTCCACTCCATCCTGTATTGCTTACTCCAGTGTCGTCTACGGTAATATTAGATCTGTTTCCTTGCTCATCGGTAAGAGTACGGCTGGCATTTCTATTGAAATTGACATTACCTGTCACAAAAATAGGCCCACCTCCTATACTAAAATGCTCGGATAGCTTTATTGAAACTAAGGGCTGTATAAAGATAGCTGCTAAATTAATATCATTGACCAAGTGAGAACCTGCCCAATCTGGCTCCCACTCTACAGAGCTTCCATAGGGAGTCGTTACCGATAAACCTAAACTTATCCATTCATTGACTTTATAAGCCGCATGAAGGTAAAACGGTGTTCCTGCACCCTGCTGGGTTTCTGCAAATTGCCCAGTAGACCTATTTTGCCATTTCACATTAGAGAAGACACCTGTTACCCCGGCAGAAACCGTGAATTTGTCTTCCAAATAAACCATTCCTGATGGATTGAAAAATGCAATTTCCGCACTATTTACAACACCTACACCAGCATGACCCATCGCTAAAGCGCGCTGCCCTTGGGCTGCTACTCGATAGCCTCCTGCATAGACTGAAGCTGATGCAAAAATTAAAAGCATTCCTGAAATTAAAAAGTTCTTCATATCAATTTTGTTTAATTGTGAATTTCTAAAATTACAAATCAAATTTATCATTTATTAATAATTTCACACCATAAATTTAAAATATTATGCATGCATTGTAAATTAGTTTGTTTTCAAAAATTCTAAACTGGCTTGAAGGAAGTCCTCCCTTTTTTCTGCATGCACCCAATGACCTGAATTTTTAATGACTTTCATCTCAAAATTTTCAAAATGAGAAGCTGTATCTTTTTCATCTTCTTCTTGGATATAGTCTGAATTCCCTCCTTTTAAAAACAAGGTCTCTCCTGCATATTTTGAATTTTGCGGTAAACCTTTCCCCACTTCTTCTATATTGTCTTTTAGAGCTTGTAGGTTTATTCTAAGGTTGAGTTCGTCTTGCGTCTTCCAATACAGATTTTTTAAAAGAAATTGTCTTACTGCTTTTAAAGAAATATACTTAGCCAGAAGCTCATCCGCATCACTTCTAGAGGTTAGTTTAGCTTTAGAAACTTGGGTTAAACCCTCCAAAATTTGCTGGTGATGTTGTGGATAATATTTTGGGGCAATATCTACAATGATCAGTTTATTAAGACTCTCTGGATGTAAGGTAGCAAAGCGCATAGCAACTTTCCCTCCCATAGAATGACCAATAATAGAGACCTTTTCTAAATATTTATCCTCAAGATATTCCTTAAGGTCTTCGGCCATGAGTTCATAACTAAAAGCTGTGTCATGAGGACTTCTTCCATGATTTCTTTGATCGACAAGATGCACCTCAAACCCTTCTTTGTCGTAGGCATTGGCTAATGTTTTCCAATTATCGCCCATCCCCAAAAACCCGTGTAAAATAATAAGAGGCTTACCCTTTCCTTTTATTTTTGAATGTAACTTCATTTAGCTTAGTTTTTTTAGATAAGATTTAACCACAACTTCCAATCCATCATATAGGGCTTCTGAAATTAAAGCATGACCGATAGAAACTTCGTCTAGGAAAGGAATCGTCTGAGCAAAGTATTCAATATTCTCAAGTGAAAGATCGTGCCCAGCATTGATCCCTAAGCCTAGACTTTTCGCTTCTTCAGCACATTTTAAATAAGGTGCAATCGCTTTTTCCTTATCTTTAATGTATCCTTGAGCATAAGCCTCAGTGAAGAGTTCTACTCTATCGGCCCCTACTTCGGCGGCCCCTTGAATCATTTGCAAAGAAGGATCGACGAAAACTGAAGTTCTTATGCCATGAGCTTTAAATTCTGAAATTACCTCCTTCAAGAAATCCTTATGCTTTATAGTGTCCCATCCAGCGTTGGAAGTTAAAACATCTTCCCCATCTGGGACCAAAGTCACCTGAGCGGGTTTAGCGTCTAGAACTAAAGCTATAAACTTCTGGTTAGGATTCCCTTCAATATTGAATTCGGTTTTAATCACTTTGGTTAGTTCATTAACATCGGCATATCGTATATGACGCTCATCTGGCCTTGGGTGAACCGTAATCCCTTGAGCTCCAAAAGACTCTAAATTTTTTGCAGATTCAACCACATTAGGGGTATCTCCTCCTCTAGCATTTCTAAGAGTCGCAATTTTATTGATATTAACACTTAATCGTATCATTGTTAGTTTTTAAACAAAAATACAATCAAATACGAGACTTTGCTTTGATTTTACGTATTTTGCATGAAAAGATCATCTTATGATTTGGCAAAATTTAATTGACAAAACCCTACAGCCTCTAGATATATCGAATTCAATTTCAGAAGTGAAGTCGGTTTTCAAGACCTCAACATTCAATCATCTTCCCGTCTTTAAGAAAGGCGTTTTTAAAGGAAGTATTAATATAGATGACTTGATCGATTTAGATAAAGACGCACCACTTTCGGAATTTAAATACCTGATAGAAGTTTTTTATGCGGAAGCACATAAAACCAACTTAGACCTTATCCATGAGTTTGCTAATCATCAGACCAACATGTTGCCCATTTTAGACCAAGATAAAAACTACATTGGCGTAATGAAGCTTGAGGATGTTTTGGATTTATTTGGGGAAAGTCCTTTTGTAGCTAACGAAGGGGAAGTCATGATCTTAAGAAAAGAGAGAACCAAATTCTCTTTTAGTGAAGTCGCTCAACTTATTGAAACTCTTAATGCGAAGTTATCTGGCATGTATGTGAGTTATCTCTCCAAAGATGTCGTTGAAATTACTGTAAAAGTAGAACACCAGAGTATCAATGAAATCCTACAAACCTTTAGACGTTACGATTATCAAATTGCTAGCGAACATCCCGAGGACCTCTTTACGGAGGACCTTAAAGAACATTCAGACTATCTCAATAAATATTTAGACATATAGCTTAAGTAAATCATGGTGAAACACGTCGCTATTTTTGGCCAATCTTTTAATCTGGAAACTGAAAAGTACCTCCTTCAACTACTTGATGTCCTCAATGAACATCATATAAGTATAGTCATCGAGCAAGACTACTTTAGACTACTGAAGAAAGAGAAACCTATCCCCGAAATCAATAGCTTAAAAACATTTGCATCTCTTGATAAAACCATAGATTTATTTTTTACCATAGGTGGAGATGGTACTATTCTGTCGGCGGTAAAGTTTGTAAAAGATCTCAAAATTCCTATTATAGGTATCAACACTGGCAGGCTAGGATTTTTGGCTACTGTTCATAAAAACGAAATTAAAAAAAGCATAGAGGAAATTCTAGACGAAAAATACACAGTTTCGGAGCGGTCTGTCCTGGAAGTCTGCTGCGAATCTCAAGAGGGCGCTTTGCATTCTTTTCCTTTTGCCCTTAACGATATTGCCGTGAGCCGAAAGGAAACAACTTCTATGATCACCATTGAGACTTGGTTGAATGATGAATTCCTCAATGCATACTGGTCTGATGGTATTATTATTTCAACGCCAACGGGCTCCACGGGGTACTCTTTAAGTTGTGGAGGGCCCATTATTACACCTCAAACCAAAAGTTTCGTCATCACTCCCATCGCACCACATAATTTAAATGCCAGACCTCTAGTTATCCCCGATGATTTAGAAATAAAGTTGAAAATTTCAGGCAGAGAAGATCAATATCTGATTTCTTTGGACTCTAGGTTAGCCAGTTTGGACAAAGACACCATTGTGCGGATCAAAAAAGCTGACTTCAAGATTAAACTTGTTTGGCTATTTAGCGATAGCTTTATTACAACCCTCAGAAAAAAACTACTTTGGGGACAAGATAAACGCAACTAAAACAATAAATCGAGTCAAATTGTGTTTTTAAATCACAAATGATTTAAAATAAAAACCAGTGATATCAATATTTATATATTTGCAAACTTTTGAAACTCTATGAGATATATTCTTATTGGCCTCTCCATTTGTCTTGGAATTCAGTTCGCGTCGGCTCAGACTTATGAAGCAGGTCTTATGTTAGGTGGAGTGAATTTTGTTGGTGATGTTGGCTCCTCTTCCTTCATGAAAACAGAAGATTATCTGAGTCAAGATAAAGTCTCTTATGGTGTCATCTTAAAATGGAACAGAAGTCCTAGACACGCTTTCAGGTTTTCTATTTTAAGAGCAAACACCTTTGGAAACGATTTAAGGTCTGATGAACCCAGAAGATTTAATCGAAGATATTCTTTTGAGAGCAGCATTACAGAACTGTCGGTTGGTTTAGAATTAAACTTTTTTGAATGGGATCTTCATGCGCTTAAAAGACCTCTTATCACCCCCTATCTTTATACAGGTCCAACTTATTTTTTTACCAATGATTTTTTTGTAGAAAATGGTGAACTTGTTGAGGGAAACTCTATCTCAAATTTTGCCATTCCCTTAGTTATAGGAATAAAGGGGGCCTTGAGCAAGCATTGGATACTAGCTTTAGAATTTGGTGCCAGATATACTTTTACAGATAATTTGGACGGAAGTGCTCAAGATGAAATAAACAGTCAAACAATTTATCCTACCTTTGGAAATTCAAATATGAATGATTGGTACATGTTTTCGGGACTTACACTCACTTACACATTTGGGCGTAAACCTTGTTATTGCAATTTTTAGTGAATGGATTTCAGATCAAACATAAACGTAGAAAAACTTCCTAAGCACGTTGCCATCATCATGGATGGAAATGGACGCTGGGCTAAGAAGCAGGGATTAATGCGGGTAAGAGGCCATGAAAAAGGAACTAAAGCCGTTAGAGAAACTGTAGAAAGTAGTGCTGAATTAGGCATTGAAAATCTTACGCTTTACGCTTTTTCGACTGAAAATTGGAATAGACCTAAACTAGAGATTCAAACTCTTATGAGGCTCTTGGTGTCTTCTTTAAAAGATGAGATTAAGACATTACAAGACAATAAAATTAGGCTTCAGGCGATTGGTTGTATAGAAAATTTACCCACCAAGGCCAAAAAAGAACTTAAAGAAGTTATCGAGAAGACAGCAAATAATTCTCGCATGACCTTAACCCTAGCTCTGAGTTATGGAGCGAGAGAAGAAATGATTCAAGCTGTCAAACAAATCAGCCAAAAGGTAAAAAATAATATAATAGATTCTGAAACTATTGATGAGTCTACAATAAATAATCATCTTTACACCCGAAATTTACCAGACGTAGATATGATGATTCGCACAAGCGGCGAACAGCGAATCAGTAATTTTTTACTTTGGCAGATGGCATATGCGGAATTGTATTTTACAGAAACCCTCTGGCCAGATTTCAGAAAAGAAAACCTTTTTGAAGCAATTTACGAATATCAAAAAAGAGAAAGAAGATTTGGAAAAACAAGTGAACAACTCTAAGTGCACTACACTATTTTCTAGAGTTAACCTATATGTAACAGCTCTAACACTAATGTTATTTTTCGCCTTTGCGAATGCTCAGCAAAACCCTCAGCAAGCCGCCGGTAAAAAGTACACTTTAGGAAAGATAGAAGTTATTGGTTCCTCAAGCTATAACGAACAAACCGTGATTGCCTTCACAGGCCTTAAGGAAGGAGAAGAACTCTACATTCCTGGTGACAGGATAAGTAAGGTTCTGAAAAAACTTTGGGATCTTGGTCTTTTTAGTGATATAAATTTTTACTTAAAAAATGTAGACGGAGATATCGCAGATTTGCAACTGGAAATCGTTGAAGTACCCAAACTTAACGAGGTAAAAGTAAGAGGAATTAAGAAACGCAAGCGCTCCGAAATTATAAAAGACAACTCCATTCAAAAGAATACAAAAATCACTGAAAATTATGTGATAAACCTTCGTAATAATATAGAAGAGAAATATAAAGAGAAAGGTTTTCTGAATGCAAAAGCGAATATCATTACCAGTGAAGTTATAGACACTTCAAGTACGGATAACCTTGTTAATGTAACAATTGACATTGAAACTGGCGATAAAGTAAAAATAAGCGAAATAAATATTAAAGGGAATGAACAGTTTTCCGACTGGACTATAAAGCGGATGATGAAGAAAACCAAAGAAAAGTTCTTCTTAAGGTTATGGAAACGTTCAAAATTCATTGAAGAAGAATATGAAACTGATAAGGATAAAATAGTAAAGAAGTTTAAGGAAAAAGGATATCGAGATGCAAGAATAGTGAGCGATTCTGTTATTGTAAATTCCGATACTGATATTACTATTAACATAGAGGTAAAGGAAGGGAACCGCTACTATTTTGGAGAAATTGACTTTTTAGGAAATTCTGCTTATACAAACGCTCAGTTAAGTCAACTCATGGGGATAAGAAAAGGAGATCCTTACAACGGAACTGTTTTACAGAATAAAATCGCCAATAATGAAAAACCAGATGCCAATGATATTACCAATTTGTATCAAAACAATGGTTATCTATTTTCCAATATCACTCCTGTAGAAACCCGAATTTATAACGATACTATTGACTTCGAAATACGAATCAACGAGGGGAAAATTGCCTACTTCAACGAAATTTTAATCTCTGGTAATGACAAGACAAATGACAATGTCATTTTTAGAAATTTAAGGACACGACCAGGACAACAATACAGCAAACAAGATGTCATGAATACGATTCGTGAACTTGGGCAGCTTGGATTTTTTAATGCTGAAAATCTTGAACCAGAATTTAAAAATGTAGATCCACAATCAGGTACTCTTGACCTTCAGTACGTAGTAGAAGAACAAGGTAGTAGTCAAATTGAGTTGCAAGGTGGCTATGGTGGAGGAGGTTTTATTGGAACTTTAGGTTTGAGATTCAACAACTTCTCTCTTAAAAATATTTTCAACAAAGAGGCCTATAAACCAGTACCTATGGGGGATGGCCAATCTTTATCTCTAAGAGCACAAGCTAGTTTAGCCTTTCAAAATTATAGTTTATCTTTTGTAGAACCATGGTTGGGCGGTAAAAAGCCGGTACAGCTCTCTGTTTCCTTATCTCAAACTATACAATTTTTGTTCAACCCATTAACACGAAGAGCTGATAATGACAGAAGTTTTACCATTTCTGGAATAAATGTTGGTTTTGCTAAACGACTACGAGAACCCGATCAAAACTTTACTTTATCAACATCTATTGGGTATCAGAATTTTCAATTAAATAATTATAATATCGGATTATTTAGATTCCCTAATGGGACATCAAACAACCTATCATTCACCGTCGGATTAAACAGAAACAATACGTTTACTAATCCCATTTTTCCAACAGGAGGTTCAGAATTCGATTTTTCTGTGAAATTTACTCTACCCTACTCGGCTTTTAACGATGTAGATTACGCTGGTCTTCGAGAACAAAGAATAGAGGCTTTGGCCAGTAATGATGGAGAGGCTTTAGCGGTCATCGATCAGCAACGATTTAACTGGTTGGAATTTTATAAGGTTAAATTTAGTGGGGATTGGTATAATAATTTGTTTGATAAACTAGTTTTAAGGACACGTTTTGAATATGGGTTCTTAGGGGCTTATAATAATGACAGAGGTATTCCTCCATTTGAACGTTTTTTCTTAGGAGGAGATGGCTTAGCTGGTTTTGCTTTGGATGGTCGTGAAATTATTGCTCTAAGAGGTTATCCTAACCAATCCATATTACCTAGGACACGAACAGTTGGTGGAGAAGAAAGCTTTAATGATGGAGCTTCCATCTATAACAAATACACGATGGAGTTGAGGTATCCTATTACATTAAAACCTTCAGCTTCAATCTACGCACTTGCCTTTATGGAAGGTGGTGCTACTTTTGATCAGTTTAAAGACTTTACACCCTTTGAAATGAGCAGATCTGCTGGTGCTGGTTTACGTATCTTTATGCCTGCTTTTGGTCTATTGGGCATAGACTTTGGATATGGATTTGATCCCATACCAGGCAGTAATACAGGTCCTAATGCTTGGGAAACCCACTTTATTATCGGTCAACAATTTTAAAACAACATGATTTTTAATACCTTCCAATTATGAGATTTATTAATAGCGTTTTCTTTATTTGTTTTTGTGCTGTTACCTCTTTTGCACAAGGTGGTCTAAAGATAGCTTATGTGGATATGGATTATATTCTAGATAATGTTCCTGAATATAGACAAGCCTCTAGCCAATTGGACTCTAAAGCTCAACAGTGGAGAACGGAGATAGAAAGCAAACAAAACGAAATTGATAAGCTTAAGAATGAGTTAGAAAGTGAAAGACCTCTACTTACTGCAGATTTAATTCAAGATCTTGATGATGAAATAGAATATCTTGAAAACCAACTCTTAGAGTATCGCAATAAACGTTTTGGTGTTTCTGGAGATTTTATTGTTCAAAAAAGGCAATTGATACAGCCGATACAAGATCAGGTCTTTAATGCCATACAAGAAATTGGCGACAATAGAGATTATGACTTTATTTTTGAAAACTCCGCAGATGCCTTACTTTTGTTTTCTGCAAAGCGACATGATTTAAGTGAAGTCATCTTAAAGCTCATCAATAGAAATTCTAGAGGAGCTAAAAAAGAATCTTCCGATGTTCTGGAAGAAATTGGAGATTATAAGTCTGTTGAAAAAGCTGAAGAGGAAGATGTCAAAAAGGAAGAAAAAGCTCAAGAAGAAGAAGCCAGAAAGAATGAACGAGAAGTTTTAATAGATGAACGCCAAAGAAAAAGAGATTCGTTAAGAGATGCCAGACAAATAGAATTTGAAGAACGGAGAGCAAGAATCTTAAAAGAAAGAGAAGAAAGAGAAAAAGAAAGAGACTCTATTAGAAAAGCAAGAGAGAATAATTAAATATAATCACTAAACTAAAATTAAGAAATGAAAACTTTAAAAACAATCGCAATAGCTTTAGTATTGTCATTCGTATTAATGGCACCCTCAAATGCACAGTCGAAAGTAGCACACGTAAACTCGCAAGAGTTTGTTCAAGCCTTACCAAGTTATCAATCTGTAATGACAGAGCTGGATCAACGAGAAAAAACTTATCGTACTGAAATAGACGATTTGTTGAAGGAAGCTCAGAAAACAAACGAACGTTACCAAAGAGAAGCTGGCACTAAGACTGAAGAAGAAAATCAAAAGAGAGCGATGGAACTGCAAGAAATGCAACAATCCATCATGGAATACAGACAAACCGCTTCTGAAGATCTTCAGAAAAAACAAGAAGAACTCATGAGACCCGTCTTAGAAAGAGCAAGAGAGGTCATCCAACAAGTTGCTAGAGCAAAAGGCTATGACTATGTTTTAGATTCCTCACTCGGAGCAGGAGTCCTTATGGCAGACGGTTACGACCTGATGGCAGATGCTAAAACTGCTATTGGAGAATAATTAATTCACATTATATTTTTATAAAAAAAGACCATCTTTGTGATGGTCTTTTTTAGTTATATCCCCTATGTCTAAACACCCTGTTGTATTATTTGATTCTGGTGTCGGTGGTACATCACTCCTTAAGGAAATTATCCACTTACTTCCTCACGAAAATATAGTTTATCTGGCTGATAGTAAAAATGCTCCATACGGACTTCGAACAAGCCAAGATATCATCGCCTTAAGTATTAAAAATACGGAGTTGGCTATTCAATTGAAGGCTAAGATGATCGTTGTAGCCTGTAATACAGCAACAACAAATGCTATTTCATTTTTAAGATCTAACTATTCTCTTCCTTTTATAGGGATAGAACCCGCCATAAAGCCAGCAGCTCTAAATTCAAAAGCAAAGCGCATAGGTGTTCTAGCGACTAAAGGCACTTTAAGCAGTGAGTTATTTAAGCAGACCTCAGAGAGTTTTACTGAAGGTGTTAACGTCATTGAAGTGATTGGAAAAGGAATAGTGGAGGCTGTTGAGGGTGGCTGGACCAATGATGAGAGGTTCATTAATAACCTGAATCAACAAATCCAACCTTTTATTAAAGAGGATATCGATTATTTGGTATTAGGGTGCACACACTTCCCTTACATCATTCCTAAGCTTAGAGAATTACTTCCAAAGCATGTCACTCTTATCGATTCTGGGAGGGCAGTCGCTAAGCAAACCAAGGCTATTTTGAGAGAAAAGCATTTAAAGAACACAGATGATAGTTTTGGGGATATAAACATTTATACCAACACCGTCAACTCTTCTCATCTTCAAGAATTAATGAAGGATTATAGAAATGTAAGTATTACCCATATGGACTTTTAATAGTTTACAGCGGGGCAGTTACACTTATAACGCTTTCTATCTTCACCAAAATCATATCCTAAGGTAATCTGGTGGAAACCTCCAGTAGAAATCACATTCGAATTGGTTTGATAAGAATAGGTATACGCTACCATAAATCGATTATAATTAAAACCAAAAAAAGGTGACACATACTGAAGCTTTTGAGACTCTAGTTCAAAAGAACCAGAAGCTGCAAAATCTATCCCATCTAAAGCAGTTCTGTAAGATAGCCCACCCCAAATTTGACCAATGTTAAGTTGGTAATACGCCTTCACATTGAAATCGATATTGGATTGATTAAGCGCTTCTCTATGCTGAAAAAAAACTGAAGGTTCAAATAACCAACGTGATTCTGGTAAAGTAATGGTATAACCAACAGAGGTGAAGTATTGTCTTTGATTTTTAGTTTCGAAAATTTCTGAAAAAACTCTACGCTGCTGTGGGAGTAGATTTTTAAAAGTCACATGAGCAAAAAAATTCAAAAAGAAATATGAAAATCCAATATCTGAATTAAATAAGGTTTCGGAACGTTGAGACCCATCTATGGCAGGGTCTGGATTAACTATAGTGTTTAGCCCTGCTTGGTCAAAACGATCCTGAAGAATAGTGGCACTAAGTCCAAAAGAAAGTTGGTGGAGATCTGCTGTAGATCTGGAAAACATCAAATGGTAAGCAAAGGTGGCAGTTACACCCTGTTGTGAAAATCTTCCATTGGAGTCATTATAAAAAATCCCTCCGAGTCCTACTTTATCATTTAATCTCCCATTGACACTTAGCGTTTGTAAACTCGGGGCGTCCTTTACATCTAACCACTGTTGCCTAGCTGTTAACCTAACTTTATTGTAGTTTGAGGCTCCAGCCATAGAAGGGTGGACCAAATAATAGTTGTCTGTTAAATAATCTGAATAAATAGGTAAACTAGACCCTTGAGAAAAAGCAGTAAAAGAGAAAATAACGAATACTAGTATTGCTAAGCAATTACAACTTTTAGAAAAAATTAAAAAAAGGGGATTATTAAACAAAAGGATTTTAAAAGATTTAGTAATAAAAGAGAGTAAACACAAATATAAATTTTAAACCGCTATATTAATTTGTATTATCAAATTATTAATAGAAGCACAAAGTTGAAGCTTTGATTTTATTGTTTTGTAATTTTGCTCAAAAGAAAAATCATGCAGAATTACACGGTTGAAATTAAACCTACCAATAAACCCTCTATACTAAAATTTGAATTCAATGAATTTTTGACCAAACAAAAGGGCTATGAATATCATAATATCGAAGAAGCAATGAAGTCTCCAATTGCTTCTCAGTTATTCTACTTACCCTTTGTTAAAACAGTTTACATTTCTCAAAACTTTATTGCTATTGAGAAATTTAATATTGTAGAGTGGGCGGATGTACAAAACGAGATCTCAGAACAGCTTCTAAAACATATGAATGATGGCGGTAAAATTGTCGATGAGAAAGAAGAAAACTCTGTCAGCAAAATTCCTGTGACCGTCTATGCAGAAAGCACTCCTAACCCTTCAGTGATGAAATTTGTCGCTAATAAAAAACTGGTGTTGGAGTCTGCCGAATTTAAAAGCATCGATGATGCGGAACTCTCTCCTCTTGCTCAAAAATTATTTCACTTTCCTTTTGTCAAAGAAATATTTATGGATGATAACTATATCTCCATCAATAAATACGACATGGCAGAGTGGGAAGAAATTACCAACGAATTGAGAGGCTTTATAAAAGATTATCTCGAAGAGGGGGGAAAGATTTTAGAATCTGGAAAAGTCCAATCTAAAAAAACAGAGGCCCCTTCTCCAGAAATTGACACTAGCAATCTTGACGATATTTCTAAAGAGATTGTACAAATCCTAGAAGAATATGTGAAACCAGCTGTTGCCAGCGATGGAGGAAACATCATGTTTAAGTCTTATAACGCCGAGTCAAAAGATGTGCAAGTCATTTTACAAGGAGCTTGTAGTGGGTGTCCATCCTCTACCATCACCTTAAAAAATGGTATTGAATCCATGCTTAAAGAAATGCTACAGGGTAAAGTAGAGACCGTAACAGCCTTTAATGGTTAGTTGAAGGAATTAACAATCAATTCGGCGGTTTTACGACTTGCTCCGACTCCGCCGAGCTTTGTTTTCAATTCTTTATACTCCTTTTGTATATCTTCCCGCTTCTTAAGATCTAAGACTTTATCCAATTCTTGTTGAAGTTGTTTGACATTGAAATCACTTTGGATGAGTTCTTTAACGACTTCGCGATCCATTATTAAATTTACCAAAGAGATAAAACGCAAATTGACAATTTGTTTAGCTATTAAATAAGACACAGCATTTGCTTTATAACAAACCACTTCCGGCACTTCAAACAAAGCGGCTTCTAAAGTTGCAGTGCCCGATGTAACCAAAGCTGCATGAGCTTGACTCAATAAGTTATAAGTGTCGTTTTCTATCAATTTCACTTCCGAATTGGATACAATCGACTTATAAAACTCTTCATCTTGGCTTGGTGCTCCCGCAATAACAAATTGGAAAGACGGATAATGTTCTACTACTGAAAGCATAACCGACAGCATTTTAGAGATTTCTTGCTTTCTACTTCCCGGTAACAAAGCAATGATAGGTTTATCTTCCAATTTATGCTTTAGCTTAAAGGCTTCAAAGCTGATGTCTTTTCGTTTTTCAATTTGATCTAATAAAGGGTGGCCTACGAAATGAACTGGAAAATCATGCTTATTCTCATAAAAGTCTTTTTCAAAAGGCAAAATCACATACATATGATCTATATCTCTTTTTATCGCTTTAATTCGGTTTTCTTTCCACGCCCATATCTGCGGAGAAATATAATAATGTGTTGCAAACCCTAATTCTTTTGCCCATTGAGCAATCCTCATATTGAATCCAGGATAATCTATAAAAATGATAGCGTCAGGTTGATATCCTAATATATCAACTTTACAAAAATTAATATTCTTAAAAATAGTTTTAAGGTTTGTAATCACCTCCCAAAACCCCATAAAAGCGAGTTCTCTATAGTGTCTAACAAGTGTACCACCAACTTCTGCCATAAGGTCACCTCCCCAAAACCTAAAATCTGCGGAGGTATCTTTTTCTTGTAGGGCTTGCATTAAATTGGAAGCATGCAGATCTCCAGATGCTTCTCCTGCTATAATATAATATTTCATGAACTCAATTTACCTATCTACAATAGCGAAATTACAATAAATTAAGCATTACTCCTTGGGGGAATGCCAACTTCCCCTAAGGAGTTCCTGTGGGATTTGTTACCTTTGCATAACTTTTTTAGATAAGATTTTATGATTCAATCGATGACCGGTTACGGTAAAAGCAAATTGGAAGTAGCTGGCAAAACTTTTGTAGCAGAACTCAAATCTCTCAATAGTAAGCATCTAGATGCTAACGTAAGACTACCTTCAGAACTTAGAGAGCTAGAACTTCCCCTTAGAAATAGATTATCAAAAGCACTAGGACGCGGTAAAGTAGACTTGTCCTTACAGGTAGAAAAGCATGAAGCAGAAAGCTCTGCAAAGATAAATATCAAAGTAGTTGAAAGTTATCTGAGTCAACTTCAGCAATTTCCATCTTCTACAAATGGAGACTACAACCGTTTGTTACAGATTGCAATGTCAATGCCAAACGCTTTGAGTTCAGAAAAAAATGAGCTAGAAAAAGAGGATTCTGAAGCAGTTTATAAAGTTTTGGAAATGGCTTTAGAACAGATTAATCAATTTAGATCCGATGAAGGAGAGGTCTTAAAAAAAGACTTTGAGCTTCGCATCGATACCCTCACCGAATTACTTTTAAAAGTAAAAGACATCGATCCAGAACGCATCGCCAACGTGAAGTCTAGATTGCGAAAAGGCATTGAAGATCTAAAACAGAAGGTGGATGAAAACCGTTTCGAACAAGAATTGATTTATTACATAGAAAAATACGATATCACCGAAGAGAAAACAAGGCTAGACAACCATCTAGATTATTTCAATAAAGCGTTAAACTCTTCAGATTCTAACGGAAGAAAATTAAATTTTATTTGCCAGGAAATAGGAAGAGAGATCAATACCATAGGCAGTAAATCTAACTTTGCTCCCATGCAAAAAGCCGTTGTACAAATGAAGGATGAGCTAGAAAAAATAAAGGAGCAACTCCTTAACGTATTATAGGTATGGGCGAATCAAAACAGGGCAAACTCATTGTATTTTCTGCTCCATCTGGATCTGGCAAAACCACTATTGTAAGACATCTCTTAAGCAAAGAGGATCTAAATCTAGAGTTTTCGATTTCTGCAACCTCTAGATCACCAAGAGAAGACGAAATCGACGGAAAAGATTATTATTTTATGGATTTGAAGGCGTTCAAATCCTATATTAAAAACGATGACTTTTTGGAATGGGAAGAGGTGTACAGAGATAACTTTTACGGAACCTTAAATTCTGAGATAGATAGAATCTGGGCTATGGGAAAACATGTGGTTTTTGATATAGACGTTGTGGGGGGGTTGGATATTAAGCGTATTTATCCCACACAAACCTTAGCGGTATTCGTTGAGCCTCCAAGTATCGAAGAACTTAAAATCCGACTTAAAAAAAGGAAAACAGAGTCTGAAGATCGCATTGCCATGCGTGTTGCAAAAGCCTCTATTGAAATGGCCACCGCTCCACAGTTTGACCATATTATAGTCAATGAAGATTTGGATAAAGCTCTGGACGAAGCCTACCACTTAGTAAAAGATTTTATTCAGTAGATATGAAAAAAGTTGGTCTTTACTTTGGAACGTTCAATCCTTTTCACATCGGGCATTTGATTATTGCAAATCATTTGGTAGAACATACAGACATGGATGAGGTTTGGCTTGTTATTACTCCACAGAGCCCGTTTAAAAAGAAAAAAAATCTTTTAAAAAATCATCATAGATTAGAGTTGGTTTATCGAGGTACAGAGGATTATGAAAAATTAAAACCTTGCGATGTGGAATTTAACTTACCTCAACCAAGTTATACCTCCAAGACGCTAGCGGAACTCAAAGATTCACATCCAGACTTAGACTTTTCTTTGATTATGGGAGAGGATAATTTGGTAAATTTCCATAAATGGAGAAATTTCCAAACTATTTTGGACAACCATGAGATCTATATTTGTCCACGACACACTAAATCTGAAGTTCCTGAACAGTTCTTGAATCATCCAAAAATCAATATCACCACCACTCCTCAAATGGAAATCTCTTCAACGCTAATAAGGGAAATGATAAAATCTGGTAAAAATACACGCCCTCTTCTTCAGCACAAGGTCTGGGAATATATGGATGAGATGAATTTTTATAAATAAGCAGATAGCCTGTGCTCGACTTAAAGGTATTTTCCTCCAAGAGTAAATGTGATTATCTTTAAGATTTTTTAAATTAACTATAGAACATAGAAATTAAGATATAGACACTAAAACAAAATATATGACTAATTCTAATCCGAATTTTGGCGTTATAGGTGGTGGAAGCTGGGCTACCGCAATAGTAAAAATGCTATGTGAAAATGTATCGCAAGTGAACTGGTATATGAGAAACAAAGAAGTCATAACCCACATTGAGAAAGAGCACCACAACCCAAATTACCTTAGCGCCGTAGAATTTGACCCAAAGCAAATCAACTTATCCGATGATATCAATAAGGTCATCCAGGAATCAGATTTTCTAATCTTCGTTGTGCCTTCAGCCTTTTTAAAAAAAGAACTTGATAAAGTAACGGTCAGTTTAAAAGACAAAATCATATTTAGTGCTATAAAAGGGATTGTTCCAGAATCTCAGAGTTTGGTTGGGGAACATTTTCATCATGAATATGACATCCCTTTCGACAAAATTGGGGTGATCACGGGACCCTGCCATGCGGAAGAAGTCGCTTTAGAACGCCTTTCTTATTTAACCTTGGCCTGTGCCAACGACGATCATGCCAATACCTTAGCAACGTACTTGAGAAGTGACTATATAAAATGCAATATTTCCGAAGACATTATCGGTACAGAGTATGCTGCTGTACTCAAAAATATTTATGCTATTGCTGCAGGAATTGCTCATGGCTTAGGCTATGGTGATAATTTCCAAAGTGTCTTGATGAGTAATGCAATACGGGAGATGAAACGCTTCATCAAAAAACGCTATAAATTGAAACGAAATATCAATGATTCTGCGTATTTAGGAGATTTGTTGGTCACAGGATATTCAGTCTTTAGCCGTAATCGCTATTTTGGAAATATGATAGGAAAAGGCTATACGGTAAAAAGTGCTCAAATGGAAATGAGCATGATCGCAGAAGGATATTATGCCACTAATTCGGCTTACGAAATCAGTAAATCTTACGGGAATAAAAAACCCAAAACTCCTATCATCAATTCCGTTTATAAAGTTTTATACGAAGGTGAAAATCCAAAAGAAGTCTTTACCAAACTAGCTGATAAGCTAAACTAACCATTACTTTACTATGAATTCTATTTTAAAAGGAGGGCTTCTAGTCGCTCTTGGTGCTTCTTGCTACGGCTTGCTTACCACTTTTGTGAAACTGGCTTACGAGGAGCATTACACTCCTTACGAAGTGACCTTTGCTCAGCTTCTTATTGGCTTTATAGCTTTGGTTATTTTAAATCTCTTTCTAAAGAAAAGTGAGCCTCCTATAAAGGACTCAAAACTGAGACGCAAGACTATTTTATATCTTATCCTATCTGGGACGTCTCTTGGATTTACGAGTATATTTTATTATTTAGCTATTCAATACATCACTGTTTCTGTTGGTATTGTCTTGCTGATGCAAAGCGTATGGATAGGCGTTGTTTTGGATGGAATTATCAATAAGATAAAGCCTACTAAAAGAAAGATTTTTTCGGTTATCCTTATTTTAATAGGTACTGTTTTGGCGGCAGATTTACTTATAGAAAAACAAGAGATAGATTTCGCAGGAATAGGATACGGCATACTCGCCGCCTTGTCTTATACGGTTACTATTATGACATCCAATAGTGTTGGGCTTCAATATCACCCTATTACTCGAAGCAAATGGATGATGCTTGGAGGGCTCCTTGTTGTTTCTGTGATTACACTTCCAGAACTTATAAACTATATGGACTTTGGCATTTTTATAGTATGGGGACCAATTCTCGCTCTATTTGGAACCATTTTACCTCCCTTATTTTTTACAGCAGGTATGCCAAAAATAAATGTAGGTCTAGGCGCCATCATTTCTTCCATAGAGTTACCTGTAGCTGTTTTAATGGGCTATTTTGTCTTACAAGAAGAGCAAAATCTTTATAAATGGATTGGAATTGCTCTCATTTTATCATCTATAGTATTGATGAATTTGAGAAAAGTTAAAAAGAATCCAGTTTAACGCCAAATTAATCTGCTATGATTCCTTTTGAATTTAATAAGGGTAAATCTACAACCACTTCCGGTTTCAGAGAGAATTTTGAAAACCTGAAATCCTTATGAAGGAGCTTTCCTTCTAAAAAATAAGTCACTTGAAAAATATTATCTACTTCTAAAACATCGTCATGGAGAAACTCGAGTTTGGCGAATGACTTAACAGGTAAAACATCTAATTTCTTCCTTAAAATAGAAGTTGCTTTCGAGTTGCTTTCTCCTTTAGAAACCACTAAAACAGTCTCTAAAGGCTCGGTATTATCGTTGACGAGATAAATAGTCCATTCGTCTACTTTAAAGATAGAATTGAACTCATAAGAGGCGACAATGTAGACGTTTTTTACTTTTGGAATGTCCCTGTCGATGTCTTTTTTCATGTTGAAAAATTTACAATGACGATTTAAACTGTTTAAGGAAGCGAACATCATTTTCATAAAACATTCGAATATCTCCAATTTGATAAAGCAACATGGCTATTCGCTCTATACCCATACCAAAGGCAAAACCACTATACTCTTTAGGATCGATATCGCAATTTTTCAAAACATTTGGATCTACCATTCCACATCCCATAATTTCTAACCAACCAGTCCCCTTTGTGATTCTATAATCGGTTTCTGTTTCCAGTCCCCAGTAAATATCAACTTCTGCACTAGGTTCTGTAAAGGGGAAGTAAGATGGTCTTAACCGAATTTTAGACTTTCCAAACAACTCTTGTGTAAAATAAATCAAAGTTTGCTTCAAGTCTTTAAAAGATACATTTTTATCAATGTACAAACCTTCTACTTGATGAAATATACAATGAGACCGAGCTGAAATGTCTTCATTTCTAAAGACTCTTCCTGGAGAAATCGTTCGTATAGGAGGCTCATTGTTTTCCATATACCTCACTTGGACGCTCGATGTGTGAGTTCTTAACAGAATATCTTTAGGATCGGTTTGGATAAAAAAGGTATCCTGCATATCCCGAGCAGGGTGGTATTCTGGAAGGTTTAAGGCAGAGAAATTATGCCAATCGTCTTCTATTTCAGGTCCTTCAGAAACGTTAAACCCAATATTAGAAAATATGGTTGTAATTCTATTCTTGACTAGAGAAATAGGGTGTCTCGCACCAATTTCAAGAGGCTCTCCAGGTCTTGAGAGGTCGCCGTATAGCCCTTTATCCTCAATTTTTGAGGCAATTTCAGATTTCAGCTGCTCCACTTTTGATTGAGCTGAAACTTTCAACTCATTTATCGTTTTCCCAAACTCTTTCTTTTGTTCATTAGGCACATTTTTAAATTCAGCAAAAAAGGTATTCAAAATTCCTTTTTTTCCTAAATACTGAATTCTAAATTGCTCTAAGTCTTCTGTATTATCTGTTGTAAAGCGCTCAACCTCATATATATACGCCTTTATCTTATCTATCATACTGTTTGGTAAAATGAATTTGCAAATTTATAAAAAAAAGCAGCATGTTCCCCATAAAAAATATTAATTACTCAGCATACTATTCTATATACTCTCGTTTAAGAAAATAAGATACCAAAGCTTCTTTCATTAGTACCGTTTGTTCTCCTGCTTTTAAGACTGGAAGTTTTGAAATATTATTGAAATGTGGCCAGCCATCTTCATCAACAAAGTCAAATTCATAGAATCCATAAGGCTCTAGAAGTGTACAGATACCGATGTGAATCAAATTTACTTTATCATCTTTTTTAAATTTATCTTGTGGTTTGCCTAACTCTTGTACTCCTACCAAGTATATAATGGCATCGAGCTGCATCAGATCTCCATCTGCAAACTGTTCGGATAGTGCCTTTTGAAGGGATTCCCAACGTTTTTTAAGTAATTCATCTCTCATACCGCAAAGGTAAATGCTTTCATCGATTTGATTATATTTGACGACATGAATATAGTGGACATTATTCTTGGTGTTTTGCTTCTCATTGGTCTTGTAAGAGGATTCCAGAGAGGCTTTATTTTAGAGCTTACTGGAATCATCGGTTTAATAGCGGGGATCTTTGGCGCTTTAGAATATAGTTACATTGCAGAAAGTTACTTTACTCGATGGACAGACCTGTCGACCTCCAACATAGAAATTATCGGCTTTTTTATTAGCTTCCTAATCATAACACTCGCCGTATCAATTTTGGGTAAGATTTTGACTAAAATAGTACATACTATAGCCTTAGGAATGGTTAATCGATTACTAGGAGCACTCTTTGGAGTGGTTAAAACAGGCTTATTCATTTTTATTTTGATATTAATTTTTGAGTATATCAACACTGATGAAAGGTTTCTTGCAGTAACCAAACTTCAGGACTCTTTTATTGTGTCGACTATAAAAGAAGTGAGCTCTGCTCTTATACCTTCTTTGGAGGAATTAATAGAAACAAGTAATTTGTTGGATACTACTGATGAAGCATAAAAATATCTACTAAAATAACTTTCAAGAGTCTGTCTTAAGGAAACAAAAAGTCAGATTAAGACAGTAATTCTACCTTGCCAGACTGAAGAGAATAGACTCCTCCTATAATCTTTATGTCTCCTTTATACTCCATATCTTTTAAAATAGGACTCTTTTCACGAACCCTCTCCATAGTTAACCGGACGTTTTTTTCGACCACATCATGAACAAATTTTTTATTGGTAGAATCTCTCTTACCTTCTGTTTTGACGGCTTCAACAGCTGGTTTTATATTGCTTAATAGATGGGTGATGTTTCCTAATTCTATTCCATCACAAGCCGCGCTTACAGCTCCACAGCTCTCGTGACCCATCACAAAAACGAGCTTACTCCCCGCCACTTTACAAGCATACTCCATACTTCCAAGAATATCTTTATTTTCAAAATTTCCCGCAACTCTAGCGACAAAAATATCACCTATACCCTGATCGAAAACAGTTTCCACAGGAACACGGCTATCGACACAAGATAGAATAACAGCTTTAGGATATTGACCAACAGTAGCACTAACCTTTAGAGCGTTGTAATCTCTAGAATGAAAATTATCTGATGTAAACCGATTATTTCCTTCCATTAGATCATTTAAGATTTCATCTGGAGTAAGCGCCTCTTGCTCTAATTTAGTAATGATTTTATTTAATCCCATAATTAGTAGTTTGACTTTAGGTTAAAAAATTTCTGATAACTGTCTGGATTTTCGAATTTCCCTCGGTCTGAAATGATGGTTATATAAATATCCCTATTTTTAGCTTTAGTTTTAAAATCTTCAAGAATTTCTAAAATATCGTAATCCAGATATTTAGATTTTCTGATATCAATTTCAACATTGGAATGTGATGCAATATCATTAAGAGATTTTAAGATTGCCCCTTTATTGAAAAACGTAACTTCTTCAGCAAAAGTCATTTTTACGAGTTTCCCATCACCCGTTTTATCTTCTACATTTAAGAAATGCGAGTTTTTATAACTATTAATGAGAATTACAATTAGACCTACAACAAGGCCTAAACCTATTCCTGTGAGCAAATCACTTAAAACGATACCTGTTACGGTCACCATAAAAGGTAAAAACTGAGTTTTTCCAAGCTTAAACATCTTTACGAATAAAGAAGGTTTCGCTAGCTTATAGCCTACAATAAATAAGACTCCTGCGAGAACCGCTAATGGGATGAGGTTAAGTAAATCTGGGATAAAAACGACTGCGAGAAGCAACCATACAGCATGTAATATTCCAGATAATTTTGTACGCCCTCCAGATTGGATGTTGGCAGAACTTCTTACAATCACTTGAGTAATGGGTAAGCCTCCTATAAAACCCGAGAGCATATTTCCTGTTCCTTGAGCAATCAATTCTCTATTTGTTGGTGTTACTCGCTTTCTGGGATCAAGCTTATCTGTTGCTTCGACACTTAGCAAAGTTTCCAAACTAGCCACAACTGCAATTGTAAACCCGACAACCCAAACTTCTGTGCTTGTGATAATTGAGAAATCTGGGAAAGTGAATTGAGTAATGAAATCTGAAAAACTACTAGGTACAGGAACTGAAACTAGATTGGAATCTGCAATTCCAAATACACTGTCATCTTCTATAAATAACTTATAAAGAATCCCAGCAATAACTGCGACTAAGGGACCTGGAACTACTTTAAAAAAGTGGTGTTTTTTTTCTAAAACACTGGACCAAAATAACATAATCCCAATACTGATTAGTGTAATGCTTAGAGTCCCTATGGAGAGGCCTCCCCAAGCTAGGATGATATTATCTATCATCACCTTTATACTATAATGAAAAAAATCATAACTATCTGGTAAGCCAAAAGCGACGGAGAATTGCTTTAAAAAAATGATAATACCAATTCCTGCTAGCATTCCCTTTATAACTGAGGATGGGAAATAGTATCCTATGACTCCAGCTTTTAAGATACCTAATAAAATTTGAATAGCTCCTCCTATAACCACAGCGACCAAGAAGTACTCATATTTGCCTAAGCTTGCAATTGCACTTAATACTATAACTGCCAGACCCGCTGCTGGGCCGCTTACTCCTACTGAAGATCCACTTATGGAACCCACCACAATACCTCCTATTATTCCAGCTATAACTCCAGCAAAAAGGGGAGCCCCACTAGCTAATGCAATACCCAAACATAAGGGTAGTGCTACAAAAAAGACAACTACACTAGAAGGTAGGTCTTTGTTTAAATGTTTAAACATAAAATTGATTTGTCCATGCTCCTTAAGAAAAGAACATTTATTGATTTAATAAATAATTGAAAAAAATGACGAATTCAATTATAAAAAATCAGGAGGGGGACAGACTATTTTTTGATTGATAGCTTCGTAGTTCAAAAGGTAAGGTGTCGTTGAACTAGATGTGTCTCTATATATGGAACCAGCGGTTATTAAGTTATCATCAATGATGTAATCACTAAAAGATACATTATTTTTTTCTGAGTTTTCTTCCTCATTAGCATTGAATACAAAACTAATGTCCACATCACTTTCTACCGATATCATCAACAAAGTAGGAGTGATAATAAGGTTAGAAAAGGAAAAAATAAGTATAAATAATTTTAATCTCATATATAACGTAAATATATAGATTAATTATAGAAATAGGATGACTAGCTAATGTTATAGTTTTTTTAAAATTAGAGTCTTAACCCAGCCTTTAGACCCGTCGGAGAGTTCTATTTGAGTAAAGTCTCTAAAGGTAGAGCCTGTACTTACTTTACTACCTTTGTTCATTTGAAAATTAACATCACTTCTTGAGTTAGGCTCTACATGAACTTGTACTTGATCTTCAAAAATAATGGCAAAGGACTGCTCTCCTAAAAATTGATTTTGGAAACGTCCAAATAGCAAACTAGTTACTCCAAACACTAAAAATAAAATTGCAATAAAAAAGTTGATACGTTTTTTACGAGTGGTCCCAGATCTAAAATACAACACCATAAAAAAACCAAAACAGAAAGAAAAAATGACACTTACCCAAGCCCAAGTATTCACCTTTAACAGGTGTGTAGTAGTATAGACCATGGTGCTTAAATTGGACTCTGGTACGTTTTCAATCTTATCGATAGTTTGGGTGTTGGCAATCTCAAGATTTTGTCTCACCTCTTGGTCTGCAGGGTTGAGTTGAAGTGCTTTTTCATAATGAAATATAGCATTGGCCAAATCATTCTGTTTAAAATAAGCGTTCCCCAAATTGAAGTATAATTCAGTTGAAACTAAGCCCTCATCCAATAAACTAGAGTACAGCTGGACAGCTTTAGGAAATTGGTCATCGGCAAAAGCGTCGTTTGCTTTTTCGAAAGTATCTTCAGATTGAGAAAATCCAGTATAGCTGATGATTCCTATTAATAGGTAGAGATAGTATGTCATATTAAACTTCTTTATCAATTTCAGAAATCACTTTTGCGGCTTTTTCAAAATCAGTCTGCATATCCTTAGCCACTGAAGGCGTATATCTGGCCAATTCACAATTTTCAAGAAGTTTTAAAAATTGAGTAGTCGTTTCTTGAGAAATGCCATTCGCACTTAAGAGCTCTTGAATTTTATCTTTATGCATTTCCAAGGTCTGGATTTTCAATTTAGCTTTTAGATAATTATGAAAAGCTCTTTCTAAGGCTTCATAAAAAAGCTGAGAAGTTCCTAAATTCTTTTTAGCTTCAGATAAATAGCGCTTAGCCAACTTGTTCGCTCTTTTTTGTAGTAATTGATTCTGATCTGTTTCTCTGTTTTTTACTTTCCCAAAAATCAGCATAAACGGTATCGCTAAAAAAGGGGTAATGAATAATGTCCAGTATAATGGAGACTGGAAAAACACTGGATTATCCTTTTGCTTGAGGCTGGTCTTCAACTTTATATAATTGAAGTTGTTCTTAGAGGATATTATATTTTGAGCTTTAGCGTTATCACCCCCTGAAGTCGTTATAGGTTCTCTCGGCCGCTCTGGTCCCGAATTGACTTTTATAGAAATAGGACTAGAATTTAAAGTCTCGTAAGATTCAGTTCTTGGATTGAAATAAGAAAAAGGTACAGATTGTATGGTGTAATCTCCCTTGAATTCTGGAATCACAGTGTATTTTTCACTCACTCTACCCTGCATACCTAGACTCGACGTTCTTACGCTTTCTTGACGCTCCGGCTCATACAGTTCAAATGAAGATGGCGTGCGAATTACTGGCATATTGAACAGTTTCAAATTTCCTTTTCCACTCACTTCTGAAGTCAATTCCAAAGACATTTGGGCATCTAGTTCTTGTCTGTTAGCTTTTAGTTTAAAATCAAACTCACCTACTGCACCAGAGAAATTTTCAGGCTTTCCCTCTTCTGGAAGAGGTTTCACATCTACAATTCGGGTATTGGCAGAAAAATTCTTTTCGACAACCTCGTAGGTTCGTCTTCCAAAAAAATCCCTTTGGTCTGTGGGGACTTCTACAGAAACAGCTAGCGATAGGGGCTCAATTTTCAACTCCCCTGTTCTTTGAGGATAAAGAACTGTTTTACGAAGTTCGACATAACGATAAGGCTGTCCTCCAAATTCTCCTTGTTTCAGTTCTAATTGATCAATATTGATATTTTGACTCCAAAAGCCTTCAAATTTAGGATCATCCAAAGGTCTCCAGTTTCTAATGTTCACCGTAGGACTCAAAAAAAGCTTGTACACCACATAAATGCCTTCGTTGAGGTAGGGTTGGTATTTACTCACTTCTGCTATGAGATGTATGCCGTCACCCGCCTCGGCAACCGCTTTAGATTGATTGGGGGTATCGACTGCAGCAGTGACTTCTATTTGAATTGGTGAGGTCTTATAGACTTGACCCTCTACTGTAATTTCTGCTTGGCCAATAGTAATAGTCCCTCTTTTCTCTGGCTGAAATAAATACGTAAACGTTTTTTGAAATGAACTCTGACCATTTTTCCAGGATTGAGAAAAAGATTGGTTAGGGCCTCCAATTTTTCGAAGACCGTTGAAATTTGGAGGTATAAAATTGTCTCCGTTAGCATCTACGGTAAAATCAACTTTTAAACGTTCGTTTATTCCAATTTTTGTTCTACTTGCTTCTGCCGTAAAAGTAACTTGAGCTAACGAGGTTAGCCCTATTAAAAACAACATTAAGAATGTTACACTTTTCATGTTTTACCAGTCTTTTCCTGTTTTGGATTTTTGTCCTTTGGCTTTTTGTGCATTGAGTTTTTCCTGCACATCTTTCTCTTGATTCTCTATAGCTTCTAGCAAACGCTCAATTTGCTCTGGAGAGATTTGCCCTTTTTTATTTTGAGGTTGTTGTGGCTGCTTTTGCTCATCTTTCCCACCATCTCCTTCTTGTTCTTTTTCCTGCTTGCCTTTATCTCCTTCTTTATCTTTTTGATCCTCTTTATTTTCGTTTTGATCGCCTTTTTCTTCCTCTTGATCTTTATTTTTGTCCTCTTTTTCCTTATCCTCGTTATCGCCTTTGTCCTTATTCTCCTTACTTTCGTCTTCTTTTTTATCCTGACTTTTATCCTCTTTGTCGTCACCATCCTTACTGCCGTCGTTTTTCTCATCTTTCAATTTCGACTTGGCATAAGCAAGATTATATCTGGTTTCTTCATCTGTAGGATTGTTACGTAAAGCATCTTTATACGCCTCTACAGCAATTTGATATTGCTCCTCTTTCATAAAGGTGTTCCCCAAGTTATGGTAACTTTTATGCTTTAGTGATTTATCTTCTGTAGACTCAATCGCCTCAATAAGGCGAAGTTTAGCAGATTCAATCTCATTGTTTTCTAGATACAAATTTCCAAAATTGTAACTGATATCTGAATTGTCTTGGTCCATTGCTTTGGCTTCGCGAACTTTAGCTTCAGAAATAGGGAAATTGCCTGCATTGATTTGTGCCTCAGCCAGTAATGTTTTGGTTTCTTTGGAAGCCTTAGAGATATTTTGAGCATTACCTAGGGCAACACCAAAGGCCAAAATCACTGTGGTCAATACTATTTTTCTTCTAAGCATCCTCTTTTTCATGTTCATTAAATAAATTTAATCTCTTTATCCAAGCTGTTTTACGCTCTAATAGCAAGATATCAAATAGAACCAAAAATATACCAAAAGCTAGAAACCATTGATATTTACTCTTAAAGTCGGCAAATTGTTTTGCTTCAAACTCTGTTTTTTCAATTTTTTGTAATTCTTTTAAGATATCGTCAACAGCATTAGACGTGTTCGTCCCATCTATATAAGCCCCATTCCCAATTTCAGCGATTTTTTGAAGCGTTTCCGTATCTCTTTTAGTGATGACAATTTCTCCGTTATCATCTTTTAAGTAGGATTGAATTCTACCTTCTTTTTTAATAGGAATAGGATCCCCTCGTTCGGTTCCTACGCCGATAGTATATATTTTAATCCCTTCAGCTGCAGCTGTTTCTGCCATACTTTCAACATTACTGTCATGATCTTCACCTTCAGAAAGAATAATCAAAACTTTATTGGTTTGATCATCGTCATTATAATACGATTTTGCTAAGTCTATAGCTTGTGAAATGGCTGTACCTTGACTGGACACCATGTCGGTATTCATGCTTTGCAAAAAAGTCTTTGTACTCGCATAGTCTGTCGTAATGGGGACTTGAGGGAAAGCGCTCCCCGCATAACCTACTAATCCCACGCGGTCTGCAGTAAGCTTATTCACTATTTCGGTGATGATTCGCTTTGATTTTTCCAGTCTGTTAGGAGCAATGTCTTCGGCTAACATACTTTTTGAGACATCCAGAGCAAAAACAATATCTACTCCTTCTCGCTTAATAGTTTCCATTTTGGTCCCTAACTTTGGGTTGACTAAAGCCATGACAAAACAACAAAAGGCAAGGGCTAAAACTATGAACTTTAAATTGGCTTTAAAACTCGATTGGTCAGGGGCCAGCTTTTTAAAAAGCTTTAGGTCTGCAAATTTGTGTTGAGCTTTCTTTTTCCAATACACATGGTTCAAGAACAGAAACAGCAAGATTGGTAACACTAGGAAACCCCAAAAATAAATTTGTTCTTCTATTATAAACATTTATACAAAGCTTCTAAAAAGTGTGTGTTTCAATAAAAATTCTATAAGTAATAAACCTCCAGCTAGAATAAGGAAGATTCTATATTTCTCATCGTAATTATAAAACTTAAATTCTTCAATTTCTGTTTTTTCTAAGGCGTCAATCTCTTCATAAATAGCTTCAAATTTTTGGTTGTCAGTAGCTCTAAAGTATTTACCACCATTACTTTCAGCTATGGTTTTAAGCAAAGCTTCATCGATTTTGACTTCAATATTTCTATATTCAAATTGTCCGTTAGCTTTTATCCCCACAGGAGATAATGCCATACCATTGCTGCCTACTCCAATGGTGTAGGTTTTAATATCGTATTCTGTTGCGAGTTGTGTTGCTGTCTTAGGATCAATAAAGCCTGCATTGTTCTCACCATCAGTTAATAGAATAATCACTTTACTTTCGGCCTTACTATCTTTTAATTTATTGACGGAGGTGGCCAATCCCATCCCTATAGCAGTTCCTCCTTCTATGTTTTGACTATACTCCAGATCGTTGATAGCATTAAATATGATTGACTTATCAGTGGTTAAAGGAGTTTTGGTATAACTTTCTCCAGCGTAAATAACAAGTCCGATACGATCGTTTGGTCGGCCTTCTATAAAATTAATAGCTACTTTTTTTAAAGCTTCAAGCCGGTTGGGTTCCAAATCTCTAGCCAACATACTAGCAGAGATATCTACAGCCATAATTATATCAATTCCTTCTGTTTTCTTGACTTTGGTAGTCACATCTACAGTTCTTGGTCTTGCCATCGCTATAGTTAATAACACCAAGGCTAGCATTTTTAAGATAAAGAGAAGGGGACGTAACTTCGCTAAAGTACTCATCTTAAACCCCTGCGTACTTGACATCTTTATACTAGCATTTTGTTGATCTCTTTTTTTCCAATACCAAAACACAGCTAAGGGAATGGAAAGTAAAAGCCAAAACCAACTTGGATTTTCAAAAGTAAAGTTTTCAAAAATCATCATTTTTCTAAAGATTTAAATTCAACTGCATTGATAATTCGTTTAGTAATACTTTCTCCATATTCATCATCACCATCTCGGATTATGATAATTTGCTGGAATCCTCCTTTACCAAAATTCAAAATTTGATATTCTTTTCTAATGTCGCTTTTGGTAATCGGGTTTTCTATGGCAAAACTTCCAAATACTTTTTTCCCTTTTACCCCTCCAATAGTTTCAAACTCTTCAGATTTAGACAGGATGTTATAAGCCCCTCTTTCTTCAAAATCAGTATAAATACCATCCACAACAGCATCTAGATTTATCTCTTGAGCTTCTTTAAAGCGTATTTGATTTAGCACTATATAAAGGCTTTGGTACATAGATCCAGAGCTATACATCTCTCTGTCTGCTACATTCTGTTTTAGACTTTCAGGAAGTTCATAATCCCCTCGAACCAACACTTTTGGAGTTGTCATACTCATTGGCGGAACTCCGTAATCACTAGTCATCCAATTGCCTTCCAACAATTCTTTGGTTGGGTTCCCAATGATATTATCTTTAACATAAGCATATCCTTTGGTGGCTATCACCGCAGAAAGTACAGCTATAATCAAGACTGCTCCAAGGATAATTCCTACAATCCATTTTTGTTTTCTTCGTTTCTTCGCTAGTGCTTCTTGAAACGCTTTGTCTTTTTTGTTTTCCTCCTCTGTGATTTGTGGAATAGCACTTTGAACATTTTTTAAAAAATTTTCAATTTGCTTTCTATCCGACTTTAGGGTAATAAGATCGGGTTTACTTTTAGCGAATTTTGCTAGATCAGCTCTTCTTAGAATCTTTTCATACTCTGCTATGATGTCGTCTTTCAACGCCAGCTTTCTCTTTTCTTTTCTAAATATTAATTCTGAAATAAGTTCATTGGTCGTAAATTCTAGAGCTCTTATTTCTAGTTTTTCTTCCAGATATCTTCTAGTAATATTAGTTAGTTCTGTAATATACTCCTTAAAATTTCGAGACTCTAATGCGGAAGACGTATCTAATTCTTTAAGATATATCATCGCTTGTTCAAAAGGAGGAATTCTCTTTTTGGCTAGATCTCTTTTCTTTTTGAATTTGAATAATAAGAAAGCTATAATAGCTAATACAGCTATTATTCCTATCGTCCACCAGAACCAGGAAGCGATGCGGAACGGCTTTTCTACTCCAATTGATGGTTTTATAGGAAACAACTTTTGTTGAGTCGTATCCAAAACCACATCATTAACTCGTATCTTAAGGGTGTCTGTGTAAAACGCCTTATCGTTAATTTTCACCATTTGAGGAGGAACAGAGTAGGTTCCAGAATCGAATTGTGTAAGTTTATAAAGCTTGGTGAGTTTAAAGTTTTTTGCTTCAGGTTGTGTGGTATCGATTTTATAATCTTCGACCATCTCCAAAGGCACAAAAGTTTGATCTTTCGGAAACACCACAAAGTCTTCGTTACTTATATTTTCAACTTCAATGGTATAATCAACCTGCTCTCCAATTTTAATGGTATCCGCGTTGGTTTTGAAATTTACCTCTTGTGAATAAGAGAAGCCAAAAACAAACACTGAGATAAAGGTCAAAGTGAGTTTCCGTGTCATATCGAAGCTATATGGATGTAATGGTTTTTGCATAACTCTTATCTGGATTTGAAATAGCCAAGGAGTTTTATCACATAGTTTTCATCGACTCGATTGCTTAAATAGCCGGATCCACTTAGCTTGAAGGCTCTTTGAAAATAATCTACTCGATCTCTATACTGTTTTGTAAAGGCTTTCCTTGTAGATTTACTTGACGTATTGACCCACATAGCCTCGCCTGTTTCAGCATCTCGCATTTGGACCATTCCTAAATTAGGAAGTTCTTCTTCTCGCTTATCGAAAATACGGATTCCCGTGACATCATGCTTCTTGCCTAAAATCTTCAAGGTATGCTCATAGTCGTCAGATAAGAAATCTGACATCACAAATACTATCGCTTTTTTCTTCATCATATCGATAAGGTATTTGAAGGCTTTTGTCAAGTCGGTAGTTTTATGAGAGGGCTTAAACTCAATGAGTTCCCTTATAATTCTCAAAACATGCATTCTCCCTTTTTTAGGTGGGATATATAGCTCTATCTGATCTGAAAATAACATCAAGCCAATCTTATCATTATTTTGAGTGGCCGAAAAAGCTAAGGTGGCTGACATTTCTGTTATGATATCCTTCTTAAAGGTTTCTCTAGTCCCAAAGGCAGTAGATTCAGAAATATCTACAAGCAACATCATCGTTAACTCCCGTTCTTCTTCAAAAACTTTTATAAAAGGCTCATTGTATCGAGCAGTCACATTCCAATCTATAGATCTTACGTCATCTCCAAACTGGTAGGCTCTGACCTCACTAAAAGTCATCCCTCGCCCTTTGAATGTAGAATGGTATTCTCCACCAAAAACATGATCGCTTAACCGACGCGTTTTGATTTCTATTTTTCTAACTTTCTTTAAAAGCGATTTGGTATCCATGGATTGTGCAAACTAATGATTCGATCTAGAACTAAATCGTTAAGGAATTTTGATTATTAAGCGATTTAAAATTTGTACACTTAATTTTAAATACAAAATTTACGGGACTTCTATTTCATTTATAATTTTGCTTATAAGATCTTCAGATTTTATATTTTCTGCCTCGGCTTCGTAGGTAATTCCTACTCTGTGTCTTAGCACATCGTAGACCACTGCTCTAACGTCTTCTGGTATAACATAACCCCTTCTTTTTATGAAGGCATAGCATTTGGCGGCTATTGCCAAGTTGATACTTCCCCTTGGAGAAGCTCCAAAACTTATTAAAGGTTTGATCTCGGCCAATTTATATTTCTCTGGATAACGAGTCGCAAAAACGATGTCCAAAATATACTTTTCAATTTTTTCGTCCATATACACCTCCCTCACAGCGCTTTGAGCTCTCAGGATTTGCTCGATAGAAATAACGGGGTTCACTTTTCCAAAACTGTTATCGAGATTGGCCCTCATCACCAGTTGCTCTTCTTGAATGGTTGGATAATCTATAACTGTTTTCAGCATAAATCTATCCACTTGAGCTTCGGGTAAAGGGTATGTTCCTTCCTGCTCCACGGGATTTTGAGTGGCCATTACCAAGAAAGGCTTATCCAGTATAAACGTTTCATCTCCAATAGTCACTTGCTTTTCCTGCATAGCTTCTAGCAAGGCAGATTGTACTTTGGCAGGCGCACGATTGATCTCATCGGTTAAAACAAAGTTGGCGAAAATCGGTCCTTTTTTAATGCTGAATTCATTTTCTTTCATGTTGAAGATCATGGTTCCTACAACATCGGCAGGCAGTAAGTCTGGCGTAAATTGAATCCTGCTAAAACTTCCCTGTACAGCTTTAGCTAACGTGTTAATCGCTAGAGTCTTTGCCAAACCTGGCACCCCTTCTAATAAAATATGGCCTTGTCCCAAGAGACCTATCAATAGCCTTTCTATCATGTGCTTTTGACCAACGATCACTTTATTCATTTCGTTAGTGAGAATGTCTACAAAAGCACTTTCTTTTTCAATTTTTTCGTTAATCGAGGCAATGTCTACATTAGCTTGATCCTGATCCATATTTAATATCTTATAGCGTTATAACTTATTCTTATATCAAGTTGCAAATTGAAAATTAAATCCATTCTGAGTTGTTAAGACTTGGTTAAAAATAAAGGATTTACCATAAGCTTATGAGTCTGGATAAAATACCTATAGATATTTAAGAATTACATTTTATAAATCCACTGTTCCGGATTTAGTTTAGAAGTATTCTTAAACAGTTGAAAGATGAGAGTCGTTTTACCTGAAGATGAATTAATCCCTATCTCCCCTAGTTCTTCTCCTCGTTCTACCTTATCTCCAGATTTTACAAATACTCTTTGGAGGTTATTATAGATAGATAAATAGTCCCCGTGTCTTACCATAACCACAACATTGGCGCCTGGAATTTTACTTATCTGGCTTACCTCTCCTTCAAAAACAGCTCTTGCGATGCCGTTTTTCTCAGTATCTATCCTTACCCCGTTACTCATTATCTTAATGGTTTTGACAATAGGATGCGGGCGTTCACCAAAGCGCATAGACACAATTCCAGATTTTACTGGCCAAGGAAGCTTGCCCTTATTATTGGCAAAATCTTTGGCTAAAGCCTTTGCTTCTGGTGTGAGCTTAAAGGTTGCCTTGGCATCCGATCCCACTTTTTTATTTTCTATCGCAATAGCTTCCCGTATCAATCTATCGATTTCACGATCTATCCTACTCACTTCTTTTTGCTTTTGATTAAGCTCCTGAGCATATTTTTTCTTCTGTTTATTTATACTGGTTAGAAGTTGTTCTTGTGTGTTTTTATCACTCACCAGCCTAGATTTCGTTTGGCGATTCTCTGCCAATATTTTTTCTTGGTCTCTGCGCTGCTCAAACAGAGTCGAATTTAGGTTTTGCAGTGTTTTAGTTTGCGCCATAACCTCAACACCTTGCTTTTTGCGGTATTGTGCAAACTGCTTCATGTATTGAATCCTTTTGTAAGCTTGTAGAAAAGACTCCGAAGAAAACAAAAACATAATCCTGCTTTTATTGGATTTACTTCTGTAAGACTTCTGTATCATTTGCTCATAATCGTCCTTCAGCTGTTTAAGCTCATTTCGAAACCTATCAATTTTATTGGCATTGCTGGTGATTTCTCTTGTCAATAAATTTGCCTCTTGGTTGTTGACTTGGATTAATCTTTCTGTCGCTTTAATTCTATACTGAAGGTCTTCAAACTCACTTAAAGCAGATCTACCTTTCGACTCTGTGGTTCTTATAATTTTATTAATCTCGTCAATTTCCTGCTGAATGGCTTGACGTTTAGCTTCAAGCTCTCCTCGAGTTTGGGCAAAAACCTGTTGGCTAGCACAAATCATGAGGAAGACAAGTATGTATTGAAGGTATTTCATCAAAATTCTAAAAGGTCGTAGTTATTTGGAATAGAGAAGGGGAAACTGAGTTCTTCATCAAAACTAACCGAGCGATAATCCAGATCAATTCTCACTTTCTCATCACCATTTTGGGCAGTCATTCTTATTTTTGATGGAAATTTTTTTTGATTGATCAACTGAAATTGGTCGTAATCTATAACCAAACTTTCGTTATTCTGATTCCGAAGAGATTGAGATTTCATTTCAAATTGACGCCCATCTATACTCGCCGAATACGCTAAAACATTTTTGATGTTCTGCAGAAAAACATAGGTATCCTCATCAAAGAGCATTTGTTTCTTTTCGAGATCGAACATTGGTTTGCCTACTAATAAGTTCTGAAGATTTTGAAAGTTGACATCAATTCCCAGAAACTCTTTGGCCATTGAAAAATCACCATCAAAGTAAGTTTTATTTATCTTTTCATAATACATAAACCGATCTGGGGTAATATAGACTTTAGCAACGGTCAATAATCCCATCAATTTTGCACTCATCCAAATCGCCTTATCTTTATCTATTCTGTATGAAATAGTAATGGATTGGGAACCCTCTTCAGCCTTATACTTCGCCTTCATAGTTCCATTGGCCGTTTTAAAGTCGGCAAAATTATCTTCATACCTATTCATCACCGCTCTAGCTGATTTTTCTTTTAACCCAGAACCTGAATTGCTTTTCAAAGACTTGCAACTTAAACTGGTTAAAAATACCAACAGGACTAAACTTATATGTAAAAAATGGCGATTCATCAATTTGCTATTATTATCTCAAGTTTCGCACCTAATCAATTTCACTTAACACCTTGATGATTAAAGCTATGGGTATTTGTTAGAAACCCATAACTCTCAATATCCTCTATTATTTTGGATGTAATAAGTTCAATATCAATTGATTCTACTAGTTTTTCCAAATTGGTTAAAATTAAGTTGACAACTGCCAATATTCTGATATTCAGCTTATTTTCAATATAATCCTGTTTTAAATCTTTAAATAATCCGCCTATGGTTTCATAAGCCTCCATTCTGTACCGAATACTTGTGAGCAGATATTGGGTCATTGCAATTGTTATTTGTGCAATCTGGACATCAAAATTGGTAGACTGACACTTTCCAAGACCAAAGAGCTGCTTGGCTTCTTTAAAAAAGACTTCAATTGACCATCGAATACTATATACTTCAATTGCTTTTACAAATTTGAGTGATGTATCAGTGGTTATTAAGGTGTGCCATTTGCCGTTCTTCCCACGCTTCGAAATAAAGAGAGCAACCTTGAGCCCATCAATTTCAGCTATGTAATGATGGTAGTAGTAATTGAATTTACGACAGCGCTTGGGCTTTGCTTTCTGTTTTTTAAGTTGTGCTAAAGTTTTGACCTTTGATCTGACTTCAATTTTACTATTGTATTTATACATCCCAATAATATGGGTCGAACTGCAAATACTTCGTAACTTTTTAAGTAATCCCACACTTGTAAACCAGGTATCTATTAAAATATAGTCTACAGGAATTTTACGCTTTACAACCCTGGAAAACATTTGCACTACTAGGTCTGTTTTCTTTTTATTGAGTTCCCTATACCTCTTTGCCGCAACTGTTTTACTACATCTTGGTGTCTTCTTTTGGGCCTTACGCTGCTTTGCGGTTAGACCATATTTTAATCTTGATGTTTTGCTCTCACGGTGCAGACTAAAATCAATGGGGATAAAAACACTTCCATTCCAATACCCAGCCACAAGTAGCTTGAAACCTAAATAGTAGGTCTTTGACACATGGTTGTAGATCTTTGAGACTCCTTCAATAGTCTTTCCTGTTTTTGAAAGATCAGTATCATCAAAGATCAAGCATCTTGTAGGGTCTGCTGAGGGGGTGAAGAGTTCATCTTTCAATAGATATTGCTTTACAAACTGGGCCAAAAAAGCTCTCCAATTAATTTTTTGATTTGCCAAGATTCGATAGTATGAATCTTTTCCACATTTATTAAGTTCTGGATCTTTGTCAGTTGTAAGTCCATAAATAGAATTAATTCCAATAAGGGGCAAAATCAAGAGCGTAGCGATCAAATCCTCAAATGAAAAACCCGCCTTTTTGCACCAACTGAATTGTTTTTTTATTCTATTGAAGCCTAAAATATTCAGATGTGCCCGTAAATAGTCTGAATTAAACCAAACCTTATTAAACTTCCCTTTTATTTCTTGAACTTTTGCAATATATTCGTGTTGTAGCAT

Protein sequences of DBSCAN-SWA_2

>NC_018721|1682678:1831576|1750027_1751428_-|WP_041758229.1|DBSCAN-SWA
MTKTIKNICCIGAGYVGGPTMAVIAQKCPEIKVHVVDINESRVAAWNDPNVEHIPIYEPGLSEIVAETRDRNLFFSTKVDEAIDQADIIFISVNTPTKTYGIGKGMAADLKFIELCARQIARVAKTDKIIVEKSTLPVRTAEALKDILHNTGNGVNFQILSNPEFLAEGTAIDDLLDPDRILIGGDTHTAEGQAAMQTLVDVYAHWVPKAQILTTNVWSSELSKLTANAFLAQRISSINAMSEICEKTGANVDEVARAIGMDSRIGSKFLKSSVGFGGSCFQKDILNLVYISKSLGLQEVADYWEQVIILNDHQKLRFAKNIVKTLYNTVSGKQIAMLGWAFKKDTNDTRESAAIYVSDYLLSEQADVIVYDPKVKTEQIYADLEYLGHHDSETIRQRVKVVKTAKEACQNAHAIAVMTEWDEFKSLDWKSVYDDMYKPAFVFDGRRILDQIRMEALGFNLNIIGN
>NC_018721|1682678:1831576|1799159_1800047_+|WP_015024136.1|DBSCAN-SWA
MVKHVAIFGQSFNLETEKYLLQLLDVLNEHHISIVIEQDYFRLLKKEKPIPEINSLKTFASLDKTIDLFFTIGGDGTILSAVKFVKDLKIPIIGINTGRLGFLATVHKNEIKKSIEEILDEKYTVSERSVLEVCCESQEGALHSFPFALNDIAVSRKETTSMITIETWLNDEFLNAYWSDGIIISTPTGSTGYSLSCGGPIITPQTKSFVITPIAPHNLNARPLVIPDDLEIKLKISGREDQYLISLDSRLASLDKDTIVRIKKADFKIKLVWLFSDSFITTLRKKLLWGQDKRN
>NC_018721|1682678:1831576|1824359_1826000_-|WP_015024163.1|DBSCAN-SWA
MQKPLHPYSFDMTRKLTLTFISVFVFGFSYSQEVNFKTNADTIKIGEQVDYTIEVENISNEDFVVFPKDQTFVPLEMVEDYKIDTTQPEAKNFKLTKLYKLTQFDSGTYSVPPQMVKINDKAFYTDTLKIRVNDVVLDTTQQKLFPIKPSIGVEKPFRIASWFWWTIGIIAVLAIIAFLLFKFKKKRDLAKKRIPPFEQAMIYLKELDTSSALESRNFKEYITELTNITRRYLEEKLEIRALEFTTNELISELIFRKEKRKLALKDDIIAEYEKILRRADLAKFAKSKPDLITLKSDRKQIENFLKNVQSAIPQITEEENKKDKAFQEALAKKRRKQKWIVGIILGAVLIIAVLSAVIATKGYAYVKDNIIGNPTKELLEGNWMTSDYGVPPMSMTTPKVLVRGDYELPESLKQNVADREMYSSGSMYQSLYIVLNQIRFKEAQEINLDAVVDGIYTDFEERGAYNILSKSEEFETIGGVKGKKVFGSFAIENPITKSDIRKEYQILNFGKGGFQQIIIIRDGDDEYGESITKRIINAVEFKSLEK
>NC_018721|1682678:1831576|1811210_1811792_+|WP_015024148.1|DBSCAN-SWA
MKKVGLYFGTFNPFHIGHLIIANHLVEHTDMDEVWLVITPQSPFKKKKNLLKNHHRLELVYRGTEDYEKLKPCDVEFNLPQPSYTSKTLAELKDSHPDLDFSLIMGEDNLVNFHKWRNFQTILDNHEIYICPRHTKSEVPEQFLNHPKINITTTPQMEISSTLIREMIKSGKNTRPLLQHKVWEYMDEMNFYK
>NC_018721|1682678:1831576|1816963_1818529_-|WP_015024156.1|DBSCAN-SWA
MFKHLNKDLPSSVVVFFVALPLCLGIALASGAPLFAGVIAGIIGGIVVGSISGSSVGVSGPAAGLAVIVLSAIASLGKYEYFLVAVVIGGAIQILLGILKAGVIGYYFPSSVIKGMLAGIGIIIFLKQFSVAFGLPDSYDFFHYSIKVMIDNIILAWGGLSIGTLSITLISIGIMLFWSSVLEKKHHFFKVVPGPLVAVIAGILYKLFIEDDSVFGIADSNLVSVPVPSSFSDFITQFTFPDFSIITSTEVWVVGFTIAVVASLETLLSVEATDKLDPRKRVTPTNRELIAQGTGNMLSGFIGGLPITQVIVRSSANIQSGGRTKLSGILHAVWLLLAVVFIPDLLNLIPLAVLAGVLFIVGYKLAKPSLFVKMFKLGKTQFLPFMVTVTGIVLSDLLTGIGLGLVVGLIVILINSYKNSHFLNVEDKTGDGKLVKMTFAEEVTFFNKGAILKSLNDIASHSNVEIDIRKSKYLDYDILEILEDFKTKAKNRDIYITIISDRGKFENPDSYQKFFNLKSNY
>NC_018721|1682678:1831576|1695002_1695896_-|WP_015024067.1|transposase|DBSCAN-SWA
MDVFKGQNLLEFSDRFKTDEDCKKYLASVKSEIRYKCLRCNHTACQVRTDFARQCNICGHIESTTANTLFHKVKFGVRKAFFICFEMATSTKSLSASYMGVRYGVTEKTARLFMLKVREAMASSGKNPMDGDVHVDEFVLGGREAGKTGRSYDSKKKKAITAIQLTKEGKVKRMYAMKIDDFSARSLQYIFVNHISREAMVTTDKWRGYRPISKAYDITQIESNRGSNFKALHIMIHQVKSWIRTTYSWVSDNNLNRYFSEFCFRINRSRSKATIFNNLIVKMVEGDKIYQSELISN
>NC_018721|1682678:1831576|1783754_1784837_-|WP_015024121.1|DBSCAN-SWA
MEINTTQRQWLTDFNLDHPLVIAGPCSAETEEQVVKIAQQLKDTDTSIMRAGIWKPRTRPGNFEGVGAIGLDWLKTAKAETGLKLATEVANKTHVEMSLKADIDVLWIGARSTVSPFIVQEIADALKGTDKTVLVKNPVNPDLALWLGAVERLYDAGIKNLGVIHRGFSTYEKTKYRNNPEWQIAIDLQSEYPDLPIILDPSHIAGRRDIIFDICQTGLDLNFDGIMVETHFDPDNAWSDAKQQITPKALDQMTVDLRMRKEFTEATAFQNKLQTLRTKIDVVDHQLIDLLGKRMKIADEIGDLKKKNNVAILQTKRWNSILDTMIAAGAENNLSKEFITKFLKAIHEESIGHQHKIISE
>NC_018721|1682678:1831576|1789330_1790563_-|WP_015024126.1|protease|DBSCAN-SWA
MAKEELECSFCGRKKVETNLLIAGLDAHICDRCIEQAHGIVVEESKQDSTEELSSELKLRKPKAIKDFLDQYVIGQDQTKKVMSVAVYNHYKRLLQPKSKDDIEIQKSNIIMAGQTGTGKTLVAKTIAKMLNVPLAIVDATVLTEAGYVGEDVETILTKLLAAADYNTEKAEHGIVFIDEIDKIARKSDNPSITRDVSGEGVQQALLKLLEGTTVNVPPKGGRKHPDQKFIEVNTENILFIAGGAFDGIEKNISKRLNMQAVGYGASKLGESVDKENILQYIIPKDLKDYGLIPEIIGRLPVLTYMDPLDKETLRRILTEPKNAIIKQYKKLFEMDNIDFQITDGALDFIVQKALEYKLGARGLRSLCEAILTDAMFYLPESDETEFKVTKSYAEKSLERTSLRKLKAVS
>NC_018721|1682678:1831576|1698295_1699357_-|WP_015024070.1|DBSCAN-SWA
MANLQFKDVSILGMSGAVPKHTIVNRNYTAHFDKDTVGEIVDKTGVEERRFAPDGMTSSDLCFAAATKLMDDLKIDKSEIDILLFVSQTPDYRMPATSINLQHRLGLPKSTAAFDISLGCSGFIYGLSTAYAYAQMPGVRKVLLLDGETRSKVYHPKDRKTGFIFGDAAVAAIIEKQTGIGESYFSLNSDGSKADLIKIDAGGYRNPSSAETIKEKVVDEHGNIRTDEHGYMNGADVFNFVLREIPKNIKETLKFADKSIDDFDYLIFHQANKFMNDYLAKKLKLDVIKVPSTIAKYGNTSSVSIPITIVDQLRHKLEGEKQLFLCGFGVGMSWASACLPVSNIKISEIIEVE
>NC_018721|1682678:1831576|1823358_1824363_-|WP_015024162.1|DBSCAN-SWA
MMIFENFTFENPSWFWLLLSIPLAVFWYWKKRDQQNASIKMSSTQGFKMSTLAKLRPLLFILKMLALVLLTIAMARPRTVDVTTKVKKTEGIDIIMAVDISASMLARDLEPNRLEALKKVAINFIEGRPNDRIGLVIYAGESYTKTPLTTDKSIIFNAINDLEYSQNIEGGTAIGMGLATSVNKLKDSKAESKVIILLTDGENNAGFIDPKTATQLATEYDIKTYTIGVGSNGMALSPVGIKANGQFEYRNIEVKIDEALLKTIAESNGGKYFRATDNQKFEAIYEEIDALEKTEIEEFKFYNYDEKYRIFLILAGGLLLIEFLLKHTLFRSFV
>NC_018721|1682678:1831576|1798490_1799147_+|WP_015024135.1|DBSCAN-SWA
MIWQNLIDKTLQPLDISNSISEVKSVFKTSTFNHLPVFKKGVFKGSINIDDLIDLDKDAPLSEFKYLIEVFYAEAHKTNLDLIHEFANHQTNMLPILDQDKNYIGVMKLEDVLDLFGESPFVANEGEVMILRKERTKFSFSEVAQLIETLNAKLSGMYVSYLSKDVVEITVKVEHQSINEILQTFRRYDYQIASEHPEDLFTEDLKEHSDYLNKYLDI
>NC_018721|1682678:1831576|1747685_1748009_-|WP_015024108.1|DBSCAN-SWA
MELNQYSIVLVNLDPTTGSEIRKTRPCVIISPDEMNKFLKTIVVAPMTTTLKAYPTRVPVESNGKKGMIVIDQVRTIDKQRVLKVFDSLKQSEIDKCKEVLKETFVD
>NC_018721|1682678:1831576|1745567_1746788_-|WP_015024106.1|DBSCAN-SWA
MIENNLVIPDNIHKRSHYLEKVRPFIGQNIIKVLTGQRRVGKSYLLFQIIQWIKENDSSGTIIYINKEDLAFSFIKTAQDLHEYVQAHKAKSGKTYVFIDEIQDIENFGDALRSLLLQTNLDLYCTGSNANLLSGDIAGHLSGRYIAIEVFSLAYPEFISFHGLTENEESLNKYLKFGGLPYLIHLELKDEVVFEYLKNIYQSIVYRDIINRYAIRNVNFLEQLVLFLAAHTGSIFSAKKISDFLKSQRVKMAPNQVQNYIQHLVNAFLVHKVGRYDLIGKRLFEIGEKYYFENLGIRNGLWGFRLEDRGKIMENVVYNHLLFKGYKVQVGMLGNKEVDFIAEKEGEKLYVQVALTINDPATLEREFGNLKQIKDNYPKKVVTMESFSGNTVAGIETQDLRSFLLT
>NC_018721|1682678:1831576|1778302_1782661_-|WP_015024119.1|DBSCAN-SWA
MYIIFDTETTGLPKRWNAPITDTDNWPRAIQIAWQVHDEWGNLVKAKDYLIRPEGFDIPYDAERIHGISTALALQKGESLDMVLAEFNEALSESKFVVGQNVGFDVNVMGAEFHRAQLESLMASMPVLDTCTEKTAKLCQIPGGRGGKFKLPTLTELHQYLFGQPFNEAHNATADVEATTRCFLELIRTGNYTENELQAERSYLQEFKSRHTGPLSKVGLNHINLKKASAQLKAKLEAKSEESGPSKAELDENLEQLQESSFVHLHNHTQFSVLQSTMAVPDLVAAAAKHNMPAVAITDHANMMGAFHFVNAVKKHNSAIANDSENTSQPIKPIIGCEFFVCEDHTDRTHKDNGYQMVILAKNKKGYHNLAKMSSMGFTKGFYYIPRIDKKLIETYKDDLIVLSGSLYGEIASKLLNLGENQAEESLVWWKETFGDDFYVEIMRHQQEDEERANEALIRLANKHDINLVATNNTYYADQKDANAHDILLCVKEGEKQATPIGRGRGYRYGLPNDQYYFKSAEEMKSLFKDLPQAISNTEAIANKVEAFELAREVLLPAFVIPEQFLDEADKTDAGKRGENAYLKHLTFEGAKRRYGELSEEIKDRLDFELSVIANTGYPGYFLIVEDFIREARKMGVSVGPGRGSAAGSAVAYCLKITNIDPIKYDLLFERFLNPERVSMPDIDIDFDDEGRSKVMDYVIEKYGQNQVAQIITYGTMAAKSAIRDTARVLDLPLYEADRIAKLIPDMSKLGKIFSMNEKEIRKKFRSEEVDKVLELIAISEQDSPEAETVNQARILEGSVRNTGIHACGVIITPDDITKFVPVSVAKDSNLYVTQFDNSVVEDAGLLKMDFLGLKTLTLIKDTVEIVKARHEVDLDPEAFPLDDEKTYELFQRGETVGIFQYESLGMQKHMKDLKPTVFGDLIAMNALYRPGPMEYIPSFIKRKHGEEDISYDLPEMQEYLEETYGITVYQEQVMLLSQKLASFTKGEADVLRKAMGKKLKDVLAKLKPKFINQAKDNGHNEEKLEKIWKDWEAFASYAFNKSHSTCYAFVAYQTAYLKAHYPAEYMAAVLSNNMSDIKKVSFFMEECKRMRLPVLGPDVNESYYKFSVNKDDAVRFGMGAIKGVGGGAVNTIVEHRKKGHYLSIFDLSKRIDLRAANKKAFESLAYAGAFDSLGEVHRAQYFQATDGDLTFLEKVIKYAARYQENKNSSQVSLFGESSEVQIPEPEVPPCEPWHSMRTLKAEKEVVGLFLSGHPLDDFKLEINSFCRSNLKEVAEIENHLNKELSLAGVVTDVNHKVSKTGKGFATFVLEDYNESHEFWIFGEEYLKFRHFLIQDNFVHLKLRATQFTNRDTGEPGRTRIGFVSFKQLQDVLKENAKKLTIQMNVDDLNEFQIKALEDLFKTHSGDHLLNFVVYEMQAKIKIHMPSKTQKVQICNELIDELSEQNIKFKIN
>NC_018721|1682678:1831576|1686126_1688394_-|WP_041758215.1|DBSCAN-SWA
MQTLYISLIVLLFLLAIADLVVGVSNDAVNFLNSAIGSKAVPMRTILIVAGLGVLVGAVFSSGLMEVARKGIFNPELFFFDEIIIIFLAVLITDILLLDFFNSIGIPTSTTVSVVFELLGAAVVISLLKLYETGEGLGGLKQFINVQKASEISFGILISVFVAFGVGAVVQFVSRLIFTFDYHRKLKYIGALYGGVSLSAITYFILLKGTNSITFLDQNIIESVLDNKLLIIGFSFVFWVAISQILIQVFRCHILKVIVVIGTFALALAFAGNDLVNFIGVSIAAWQSFILWQEAFLTSGVLPSEFLMDGLSGEVQTPVFLLVIAGAIMVVTLWFSSKAQYVIQTGVNLGRQGEGQERFKPNFLSRTVVRYSVFVGQTFSQVLSEPVQNKINSRFTYPEKAFGYKKGVAKPAFDLLRASVNLVLASILISLGTSYTLPLSTTYVTFMVAMGTSFGDRAWGRESAVYRVSGVFNVIGSWIATAAIAFTAAGVLSLIIWFGSYYAIAVLLVFALVSIIKSALKHSKRVKFERDHKKFNKTDIITINEITKESSENIVKVISGINNLLLDVVNNLGYHDLSRLKKSLKSQDELDVVIDELKDNVFYYIKSLEETNVEASKFYVLTLDYLQDMVQSLAHITRSSHTHVSNNHKNLLFNQIRDLKSVQRDLDEVYGHLVKAFQSQEFDSIQQLIADERKVLEKISNLLQKQIERIRDTENSPKNSKLYFGILLETKNLTKTSIALLELFREYYEEAKQEF
>NC_018721|1682678:1831576|1808515_1809628_-|WP_015024145.1|DBSCAN-SWA
MKYYIIAGEASGDLHASNLMQALQEKDTSADFRFWGGDLMAEVGGTLVRHYRELAFMGFWEVITNLKTIFKNINFCKVDILGYQPDAIIFIDYPGFNMRIAQWAKELGFATHYYISPQIWAWKENRIKAIKRDIDHMYVILPFEKDFYENKHDFPVHFVGHPLLDQIEKRKDISFEAFKLKHKLEDKPIIALLPGSRKQEISKMLSVMLSVVEHYPSFQFVIAGAPSQDEEFYKSIVSNSEVKLIENDTYNLLSQAHAALVTSGTATLEAALFEVPEVVCYKANAVSYLIAKQIVNLRFISLVNLIMDREVVKELIQSDFNVKQLQQELDKVLDLKKREDIQKEYKELKTKLGGVGASRKTAELIVNSFN
>NC_018721|1682678:1831576|1725722_1726874_-|WP_015024092.1|DBSCAN-SWA
MNIALFLTQKLDPNAGGVQRSSSKLAKIFQSNQHYSIIISVGNHATAQEDFEGITLYYINIKDENQLKIILEKEAVDFIINQKGYSLSLTKLLLKNKPLKTKMINTLRINPLNFYGNHKDIIKELFKSKKIDFLNIFLTRKFILGYHILKQNIELRFIVKNTDAFVMLSERFKPELFFLAPSLKKFDAKIFGIGNPFQRPKLDIATLDKENIVLFVGRLNVPQKRVDLLLQIWKKLHGEIPDWKFWVVGHGEERNKMEAFCKAHKLDRVIFFGKDNPNEYYKRAKIFHMTSAYEGFGNVLVEAQSFGCVPVLFNSYAAALDIVIHNENGILVTPFNIDKYVEETKDLIMNSSKLNQLAVNGYEHVTKFSYEESYKKWDRIFKT
>NC_018721|1682678:1831576|1807610_1808519_+|WP_015024144.1|DBSCAN-SWA
MQNYTVEIKPTNKPSILKFEFNEFLTKQKGYEYHNIEEAMKSPIASQLFYLPFVKTVYISQNFIAIEKFNIVEWADVQNEISEQLLKHMNDGGKIVDEKEENSVSKIPVTVYAESTPNPSVMKFVANKKLVLESAEFKSIDDAELSPLAQKLFHFPFVKEIFMDDNYISINKYDMAEWEEITNELRGFIKDYLEEGGKILESGKVQSKKTEAPSPEIDTSNLDDISKEIVQILEEYVKPAVASDGGNIMFKSYNAESKDVQVILQGACSGCPSSTITLKNGIESMLKEMLQGKVETVTAFNG
>NC_018721|1682678:1831576|1716978_1718007_-|WP_157609268.1|DBSCAN-SWA
MQQFISLGYNLNKNPYCRYDTLADSADLSSLFEVLRRYKDEKGTHPKFTFNTVMVNPEFDKIKATGFNEYFYEPFTKTIEDYYPKENVFNLWKQAIGDGLMYPQFHGREHVNVPIWLNQLKNSNPALNAAFDLHFWGIPKELYGENRINIQAAFSSADEEHLDFYKNNIMVGTKMFENIFGFKSDTFIANNYTFPKSLYRVLHDSGIRGIQSMRYHKIPNKKGNPTLKPVYTGKKNSLKQTYTVRNCVFEPSQMPINYDNIGNCLNEISNSFFWKKPAILTSHRLNFIGSIEEDNRTHNLKLLEELIQKILKRWPNVEFMSSNELIKLIDDNKNEEKKEHLM
>NC_018721|1682678:1831576|1815355_1815709_-|WP_015024153.1|DBSCAN-SWA
MRDELLKKRWESLQKALSEQFADGDLMQLDAIIYLVGVQELGKPQDKFKKDDKVNLIHIGICTLLEPYGFYEFDFVDEDGWPHFNNISKLPVLKAGEQTVLMKEALVSYFLKREYIE
>NC_018721|1682678:1831576|1821461_1822328_-|WP_041758241.1|DBSCAN-SWA
MKKRMLRRKIVLTTVILAFGVALGNAQNISKASKETKTLLAEAQINAGNFPISEAKVREAKAMDQDNSDISYNFGNLYLENNEIESAKLRLIEAIESTEDKSLKHKSYHNLGNTFMKEEQYQIAVEAYKDALRNNPTDEETRYNLAYAKSKLKDEKNDGSKDGDDKEDKSQDKKEDESKENKDKGDNEDKEKEDKNKDQEEEKGDQNENKEDQKDKEGDKGKQEKEQEGDGGKDEQKQPQQPQNKKGQISPEQIERLLEAIENQEKDVQEKLNAQKAKGQKSKTGKDW
>NC_018721|1682678:1831576|1731927_1732638_-|WP_015024098.1|DBSCAN-SWA
MQIAALLTGRGNNTLTDKNVLPVLERPLLSYPANAAKSSKFINSLWVSSDCEKILNAAETYEYKRIKRPEELALPTSQHIDAIDHALKVMTENGAQPKILVVMLANSVTIKTEWIDACIELLLNDNHATAAVPVYQEMDHHPFRCKRLNKDGYLEPFFDFSNQFISTNRQDLTPAYFLSHNFWVLNLDTIDRAKGQKPWTFMGDKIKHFEVEEAFDVHSLEDIQKSEEWLIKNNIV
>NC_018721|1682678:1831576|1733763_1735302_-|WP_015024100.1|DBSCAN-SWA
MKILDCTIRDGGYYTNWDFDQDIVKTYLESFNQLPVEYLEVGYRSQPMGEYLGEYFYCPVETLQRLKSISQKKLVIILNEKDVRAADAESLLSPITGLVTMVRMAIDPKNFKRALSLAAEVKRLGFEVAFNVMYMSTWADEKEFLELIPKVDEVADYFYMVDSFGGVYPQDVKDTIALVRSKTKVKLGFHGHNNLEMALANTLTAIHEGIDIVDATVTGMGRGAGNLKTELLLTVLNAKGLLDFPYNELSKTVDDFTKLQKHYEWGTNLPYMVSGANSLPQKQVMEWVSKRYYSFNSIIRALNNQSQGKVDNTKLPELDFGKEKTYAGALIVGGGPSATSHTQSIDRFLINNPNIIVIHASSKNALSFENVPNDQYFCLVGNEGHRLEEVFQGSNIKGKCILPPYPREMGTYIPKSLTDNAFELESVEFTDLYRDSHTALALQSILALKIEKVFITGYDGYSGNHIGEKEQELFLENQHLFSKIKDHFNIQLVSLTPTKYTELKGDSVYSKI
>NC_018721|1682678:1831576|1696213_1696864_-|WP_015024068.1|DBSCAN-SWA
MDRIIIVGSGGHAAELRDYINHNNNARPADRIEVIGYIDDDKSTYEHYGFSEPYLGGIKDHKVLENAKYLMGIANLEYRKKIIETLVSEGARFRGLIHPTAIISPSCVIHPTTVISHNASVGAKAEIGAYNMLNSRCTIGHDTKMGDYNFISPQVAISGNTSIGNGNLIGTNACTIPGMKIGNNNKIAAGMVIYKPIENDSTVLFRHKERLIVKKE
>NC_018721|1682678:1831576|1771073_1776866_-|WP_015024118.1|DBSCAN-SWA
MRKLLSTKLLGSLVLFFLSIQVTNAQEVIHCWDFNGGGANFNTTPLSNANRATGNGIITHNFVSVESNLGTSSNACVGSTVGQSFRPTGAAGLANNGRHIDFNFSSEGYENLSLSFWSRRTPTGFDDNQIQYSIDGGLNFTNLSNLDYTPALNPGAILSLDISNEAPLANNQPNLIIRITFNGATNAGGNNRIDNVKLQGEFLYDQTSEVVAPSTQVGVNTVVASNTSTLSVFSFDIEDLGSGDVLPTTVTQMRFVAGANNTVDWSTFSNVAIRDALLTEIPGTAVITTNEVIFTPDSSVVVADGASDNFTVDVTLDQSNIVDESVIQFQVAGTNSSFEADLSGSLFSSSFTSADVVGNNITLNVVASEMAFLQQPTNTRLDEVMQPDLEVSLVDVNGNLDTGNFSLVDISSTGDLEGDPVSVSAVEGVATFSNLIHTHVGIDLELIADADTFSEMISTLFNVSNNDRTSEVVVPSTQVGVSTVIAANTSTLSVFSFDIEDLGSGDVLPTTVTQMRFVAGANNTVDWSTFSNVAIRDALLIEIPGTAVITTNEVIFTPDSSVIVADGASDNFTVNVTLDQSNIVDESVIQFQVAGTNSSFEADLSGSSFSSSFTAGDVVGNNITLDVIATEIAFIQQPSDVEVNTFMTPPVQVAYVDENGNVDTSITTDINLTSSGGALVNLLHPVPAVNGAATFPNIAYTAQANGLDLTAEALQGSIVPNSIISSTFSAAIPVIAIQDFDGTPSEWLYTTSIPLFDEGWGADFFGIINSDEASPLVSGSFINNIFGENDLNSPNGTTGFASLDFVTVDISGYSTVDLTFDWEVSGYNVSGDRIEYEVVYDGVSQDRLFLFEGGATDVASGTLSLSIPDTVSDVSFKYFIQNNGADGYSGLDNVKLTGDSNARDTQIIAPPMQIAEGTIIADINDNSGSSVDVFSFGIVDSGNFDNLSTNITRLRFVPGSLNTAKWEDAVQGISISDGTTILDQADQTLLITPTEILLDIDADPDNILVIDDGDAKTYTIRVFLKQSDIIDQSVIQLAIDDGNQDQIASVDGSIFSRDITAFEGVVFTIDVVGNGLEFVVQPTTTLVNTDMSPSIRVANTDNNGNLDLANSGENVSITSTGTLLESPIEPIIGTDGYANFNAINHTQPGFDFQLTASSGVFSSITSTTFDISQKRVLLISEVVDPSDNVDGRYVELFNTDVEALDFGDQNYYLHNPTGTGQSIQLTGVIPPKSYYIISFTDAATFNGIYGINPDFEASIATASGGQDVYYISFANTEKSLMDVYGVLAESGTIGTTWEFSGARAFRNYPTVREANPLYDSTEWTKISATSGDATTGIGDNDFVYRENWTTSGLGDPEAPPFDGANTDKSIFIESAETTLSGTNTISDVVVRAGATLILEDAITLNGDFVNFGKVIFRSTVSKTAALGPFNFENRRLAGENYEIERYIPKSNRAFRFLSTSVTTTSSIRDNWQDGQNNTQTGDDNNSNLNSGFGTHITGSTSGANGFDATLTGNPSMFEWNAANAQWNSIPNTDTKTFKAGDAYVLLIRGDRSTTLNSNIAVGPATTLRATGKLVVGSKTVTNLSSTLGGFSLIGNPYQAKVNMADLLSSGNSSGVSSQFVYIYDPTLGTRGGYATVTLAEGSNTAAVPETSNANQFLEPNQAFFVETTTTNPVVVFKESFKTTATGNNTTFKVPEPLTNLNINLFYDGIDTSPVDALRVEFRSEANNAKDSLDATKVWNYDEWFAIDRFPNYMSIETRGMPTEQDSIPFYLGNFTRSAYRLEVKPENFSGTKGYLYDNYLESSVELTPDESTSISFDVDKIIPESIATDRFVVKFEQVNLGTEDVVLDSSMVVYPNPVRGNSFSIFHQQAFNGLVLSLQLFDLQGRMVLDQELINSFRMTVNLNNSLSSGVYVLKLSDAKNSQTTKLIIE
>NC_018721|1682678:1831576|1700211_1700571_-|WP_015024072.1|DBSCAN-SWA
MKTYSFEKLKVWQKSKQWIIHLYKLTEAFPREEKYGLVSQLRRASVSVSSNIAEGSSRKTPKDQRRFYIISYSSMIEVLNQLLIAEELGYIKNKDLQKSRVRIDEILAMLDALTKSLRI
>NC_018721|1682678:1831576|1797697_1798411_-|WP_015024134.1|DBSCAN-SWA
MIRLSVNINKIATLRNARGGDTPNVVESAKNLESFGAQGITVHPRPDERHIRYADVNELTKVIKTEFNIEGNPNQKFIALVLDAKPAQVTLVPDGEDVLTSNAGWDTIKHKDFLKEVISEFKAHGIRTSVFVDPSLQMIQGAAEVGADRVELFTEAYAQGYIKDKEKAIAPYLKCAEEAKSLGLGINAGHDLSLENIEYFAQTIPFLDEVSIGHALISEALYDGLEVVVKSYLKKLS
>NC_018721|1682678:1831576|1790566_1791241_-|WP_015024127.1|protease|DBSCAN-SWA
MKMDKEFKKFATKDHGVNANYYDKIITSMTPSAMTPNIIEERQMNAVAMDVFSRLMMDRIIFLGLPINDQVANIIQAQLLFLESTDSSKDIQIYINSPGGSVYAGLGIYDTMQFIKPDVATINTGIAASMGAVLLCAGTAGKRSGLPHSRVMIHQPMGGAQGQADDIEITANQIIMLKEELYTIISKHSGKSYDEVYQDGDRDFWMKSDAAKEYGMIDEILTRD
>NC_018721|1682678:1831576|1828122_1829331_-|WP_041758242.1|DBSCAN-SWA
MKYLQYILVFLMICASQQVFAQTRGELEAKRQAIQQEIDEINKIIRTTESKGRSALSEFEDLQYRIKATERLIQVNNQEANLLTREITSNANKIDRFRNELKQLKDDYEQMIQKSYRSKSNKSRIMFLFSSESFLQAYKRIQYMKQFAQYRKKQGVEVMAQTKTLQNLNSTLFEQRRDQEKILAENRQTKSRLVSDKNTQEQLLTSINKQKKKYAQELNQKQKEVSRIDREIDRLIREAIAIENKKVGSDAKATFKLTPEAKALAKDFANNKGKLPWPVKSGIVSMRFGERPHPIVKTIKIMSNGVRIDTEKNGIARAVFEGEVSQISKIPGANVVVMVRHGDYLSIYNNLQRVFVKSGDKVERGEELGEIGINSSSGKTTLIFQLFKNTSKLNPEQWIYKM
>NC_018721|1682678:1831576|1806413_1807436_-|WP_041758686.1|DBSCAN-SWA
MFSKSCNCLAILVFVIFSFTAFSQGSSLPIYSDYLTDNYYLVHPSMAGASNYNKVRLTARQQWLDVKDAPSLQTLSVNGRLNDKVGLGGIFYNDSNGRFSQQGVTATFAYHLMFSRSTADLHQLSFGLSATILQDRFDQAGLNTIVNPDPAIDGSQRSETLFNSDIGFSYFFLNFFAHVTFKNLLPQQRRVFSEIFETKNQRQYFTSVGYTITLPESRWLFEPSVFFQHREALNQSNIDFNVKAYYQLNIGQIWGGLSYRTALDGIDFAASGSFELESQKLQYVSPFFGFNYNRFMVAYTYSYQTNSNVISTGGFHQITLGYDFGEDRKRYKCNCPAVNY
>NC_018721|1682678:1831576|1735899_1737624_-|WP_157609375.1|DBSCAN-SWA
MWFLLITSILVGLLDGLGLTMFIPLLSMIASDQAEASSSALGNFGFIVEGLNNIGLELNLVVVLMTMLVFFVGKGFAKFFERYLRVVYQQYFISRIRFENIDALVNYNYEAFTSADAGKIQNTLSGEVERVMQSFRTYSDMLQQSVMLLTYAALAVISSPQFAMLIVMGGFLTNLLFSSMYKKTKLLSFDLVKSNNLFQGFIIQSVAFYKYLKATASIIDYKRFLKEKVNEIEFITRKMGILSSIMLGMREPLMIGVVVAVILIQVELLEGSLATIMLSLLFFYRGLTALSSIQTSYNKFLSFSGSIDNMKSFTKSLQASPEVNGDDKVSSIQNIEFKNLSFSYNKKNTVLRNINLNIKPKQSIAFIGESGSGKTTLINLLAGLLKPSNGDLLINQKSIHSIELVNYRRRIGYITQEPIIFDDTLFNNVTLWDQKNEENLIRFQEAIKKSQLSSFISDLSDKEEERIGNNGVTLSGGQKQRISIARELYKDVDILLMDEATSALDTKTEKNIQKSIDDLKGEYTIIMIAHRLSTVKTCDQIVLLDKGEIKAKGDYKTLIENSSEFATMISSQQL
>NC_018721|1682678:1831576|1804220_1805024_+|WP_015024140.1|DBSCAN-SWA
MRFINSVFFICFCAVTSFAQGGLKIAYVDMDYILDNVPEYRQASSQLDSKAQQWRTEIESKQNEIDKLKNELESERPLLTADLIQDLDDEIEYLENQLLEYRNKRFGVSGDFIVQKRQLIQPIQDQVFNAIQEIGDNRDYDFIFENSADALLLFSAKRHDLSEVILKLINRNSRGAKKESSDVLEEIGDYKSVEKAEEEDVKKEEKAQEEEARKNEREVLIDERQRKRDSLRDARQIEFEERRARILKEREEREKERDSIRKARENN
>NC_018721|1682678:1831576|1754562_1755963_-|WP_041758231.1|DBSCAN-SWA
MTKTIKNICCIGAGYVGGPTMAVIAQKCPEIKVHVVDINESRVAAWNDPNVEHIPIYEPGLSEIVAETRDRNLFFSTKVDEAIDQADIIFISVNTPTKTYGIGKGMAADLKFIELCARQIARVAKTDKIIVEKSTLPVRTAEALKDILHNTGNGVNFQILSNPEFLAEGTAIDDLLDPDRILIGGDTHTAEGQAAMQTLVDVYAHWVPKAQILTTNVWSSELSKLTANAFLAQRISSINAMSEICEKTGANVDEVARAIGMDSRIGSKFLKSSVGFGGSCFQKDILNLVYISKSLGLQEVADYWEQVIILNDHQKLRFAKNIVKTLYNTVSGKQIAMLGWAFKKDTNDTRESAAIYVSDYLLSEQADVIVYDPKVKTEQIYADLEYLGHHDSETIRQRVKVVKTAKEACQNAHAIAVMTEWDEFKSLDWKSIYDDMYKPAFVFDGRRILDQTSMEALGFNVNIIGN
>NC_018721|1682678:1831576|1768526_1769015_-|WP_015024116.1|transposase|DBSCAN-SWA
MMNYLDPYLTVSRIKPLVNYQLVYKTTYHYVNYSPINGDSFVWEINGVSTNIFQAYLREFSTHNSKEYKIVVIDDAGFHSTKNIEVPQNIILLRIPPYNPKLNPCEQVWQYIKNRFKNQRFESMKSLKEWLSEMVCEMKPETIKSITGNHHFLKAFNTVFNN
>NC_018721|1682678:1831576|1826005_1826869_-|WP_015024164.1|DBSCAN-SWA
MDTKSLLKKVRKIEIKTRRLSDHVFGGEYHSTFKGRGMTFSEVRAYQFGDDVRSIDWNVTARYNEPFIKVFEEERELTMMLLVDISESTAFGTRETFKKDIITEMSATLAFSATQNNDKIGLMLFSDQIELYIPPKKGRMHVLRIIRELIEFKPSHKTTDLTKAFKYLIDMMKKKAIVFVMSDFLSDDYEHTLKILGKKHDVTGIRIFDKREEELPNLGMVQMRDAETGEAMWVNTSSKSTRKAFTKQYRDRVDYFQRAFKLSGSGYLSNRVDENYVIKLLGYFKSR
>NC_018721|1682678:1831576|1819700_1821437_-|WP_157609377.1|DBSCAN-SWA
MLFLIGLTSLAQVTFTAEASRTKIGINERLKVDFTVDANGDNFIPPNFNGLRKIGGPNQSFSQSWKNGQSSFQKTFTYLFQPEKRGTITIGQAEITVEGQVYKTSPIQIEVTAAVDTPNQSKAVAEAGDGIHLIAEVSKYQPYLNEGIYVVYKLFLSPTVNIRNWRPLDDPKFEGFWSQNINIDQLELKQGEFGGQPYRYVELRKTVLYPQRTGELKIEPLSLAVSVEVPTDQRDFFGRRTYEVVEKNFSANTRIVDVKPLPEEGKPENFSGAVGEFDFKLKANRQELDAQMSLELTSEVSGKGNLKLFNMPVIRTPSSFELYEPERQESVRTSSLGMQGRVSEKYTVIPEFKGDYTIQSVPFSYFNPRTESYETLNSSPISIKVNSGPERPREPITTSGGDNAKAQNIISSKNNFNYIKLKTSLKQKDNPVFFQSPLYWTLFITPFLAIPFMLIFGKVKNRETDQNQLLQKRANKLAKRYLSEAKKNLGTSQLFYEALERAFHNYLKAKLKIQTLEMHKDKIQELLSANGISQETTTQFLKLLENCELARYTPSVAKDMQTDFEKAAKVISEIDKEV
>NC_018721|1682678:1831576|1818607_1818898_-|WP_015024157.1|DBSCAN-SWA
MRLKLFILIFSFSNLIITPTLLMISVESDVDISFVFNANEEENSEKNNVSFSDYIIDDNLITAGSIYRDTSSSTTPYLLNYEAINQKIVCPPPDFL
>NC_018721|1682678:1831576|1684674_1685235_-|WP_015024060.1|DBSCAN-SWA
MKIYTKTGDKGTTSLFGGKRVAKHNIRIDSYGTVDELNANLGLVRDQDLDADSKMGLIIIQEKLFTVGAILASDPGKASNANKIPKLKEEDILFLENEIDRMNADLPEMTHFVLPGGHASVSHCHVARTVCRRAERVCTALFNLEPFDDKVLQYLNRLSDYLFVLARCIAKQKNADEVKWIPDTSK
>NC_018721|1682678:1831576|1712684_1713782_-|WP_015024082.1|DBSCAN-SWA
MSKVVNNLKNIIGKSVKQKYLVIESDDWGSIRMPSLAALERLKSKGLSLEKGESKRYNNTDTLASKQDFEHLYDTLSKFKDNDGNSPVFTAVSVVANPDFDKIKENNFEKFEFEPFTTTLERYGQSNAISMWKQGIDENLFYPEFHGREHLNANVWLRQLQANDKATRLAFDEGCWAINTKTPYNINYQAAFDVEKVEDIQNQKEIISTGLDLFEQIHGYKSVFFVPPNGKFNNQLEEISAQKGIKFMGASKVQSESRGNNKFKKHFHWLGQKNKHGQIYLTRNAFFEPNAPNKDWHNDCLNNIYYAFKWNKPAVISSHRTNYIGSLIQNNREHGLKALEKLLKEVLKRWPEVRFVTSTQLGDAM
>NC_018721|1682678:1831576|1767616_1768303_+|WP_015024115.1|DBSCAN-SWA
MKFFIFTFIFLVFANLSAQRSGQAENWSTSLELGVASSSGTYTSGYSSSALNNFSTSIGLRYLFNSERRLYKPYGIRLKGGFTNLTGDNDSRDFETTVYHITLDGVLNIKDLLKLRSPDWPDGFNLFVNLGVGASHYELWDEARYSDADDGYIFDGDDLVTVNFGTTAEYEISTDFSLHLDLTYSLFTTPDFSTDGNSTVESIGSSRGNFDPRMFRASIGVTYYIPFR
>NC_018721|1682678:1831576|1682678_1683500_-|WP_051008003.1|transposase|DBSCAN-SWA
MRFSNNNTPKLTDQEIVTIYLFVMEHQGIFKMNKIHQFASEYLLSWFPDLGSYQAFNRRINRLSNVMNTLVSMILTEFTPKECSTKFSVLDSMPIVTCSGKRSGKVAPEITDKGFCSTKSMYYYGMKLHALGFCNPTKLPHPEQIIFTAASVNDFALFKEAWSEKENRTFFGDKIYQSKSFFTDMYANFNSEMLTPVKAVKGMPDVLKKFDRAANDLYSRAVSKIRQPIEALFSWLIEKSDIQKASKVRSTKGLNLHVYGRLAAAFITLLFNS
>NC_018721|1682678:1831576|1812934_1813834_+|WP_015024150.1|DBSCAN-SWA
MNSILKGGLLVALGASCYGLLTTFVKLAYEEHYTPYEVTFAQLLIGFIALVILNLFLKKSEPPIKDSKLRRKTILYLILSGTSLGFTSIFYYLAIQYITVSVGIVLLMQSVWIGVVLDGIINKIKPTKRKIFSVILILIGTVLAADLLIEKQEIDFAGIGYGILAALSYTVTIMTSNSVGLQYHPITRSKWMMLGGLLVVSVITLPELINYMDFGIFIVWGPILALFGTILPPLFFTAGMPKINVGLGAIISSIELPVAVLMGYFVLQEEQNLYKWIGIALILSSIVLMNLRKVKKNPV
>NC_018721|1682678:1831576|1752585_1753755_-|WP_015024111.1|DBSCAN-SWA
MDSLFEYSNQLIARVDTEFIRYSYHQMNWQNRLVGLIGPRGVGKTTLVLQYIKSNLNFQQTLYVTAEDFYFAKNRLTDLAEDFVKSGGKYLFIDEIHKYPDWSKELKLIYDYHQDLKVVFTGSSVLDIKKGSSDLSRRAVVYTMQGLSFREYLTLFHQKQVPKFTLEDIVNHQVVVPQIPHPLPLFADYLKKGYYPYAKEDDFGLKLQQVVNQTLEVDIPTYAEMNVATGRKLKQLLAIVAQSVPFKPNMSKIAEMLKISRNNIADYLLYMEEAGMVAQLRGPTKGIRALGKVDKVYLDNTNLVYNLAEEHQNTGNVRETFFLNQLRVNHQVSSSVLGDFKVDTMDFEIGGKNKDLKQIKNAEKGFLVKDDIERGFLNTIPLWHFGLMY
>NC_018721|1682678:1831576|1702659_1703610_-|WP_015024073.1|DBSCAN-SWA
MNVFINGTGMCVPKKIISNLYFEKVGSSDNWIFNNLGIKERRITVNESTSDLASMAGIEAISNAGLTPDDIELIIVATSTPDKQAPSCASYVQNKIKAFNAGAFDISAVCTGALYALSVAYQFIKTGTYKNVLVIGADTFSKVTDWKRRDSVFFGDGAGAIVLSQTEENKGFIDFNLFSDGRGAEIFTIENKEPQNSESKSYFHMDGKGIYQGATTAVPKAINKLLVKNNFSIDEIDLLIPHQPSISILKSIAKDIGLPFEKVFTNMDKYANTSGATVSLAYHDALQKGLLKDAKYILLAAVGSGMAWGSALYKFQ
>NC_018721|1682678:1831576|1814253_1815276_-|WP_015024152.1|tRNA|DBSCAN-SWA
MIDKIKAYIYEVERFTTDNTEDLEQFRIQYLGKKGILNTFFAEFKNVPNEQKKEFGKTINELKVSAQSKVEQLKSEIASKIEDKGLYGDLSRPGEPLEIGARHPISLVKNRITTIFSNIGFNVSEGPEIEDDWHNFSALNLPEYHPARDMQDTFFIQTDPKDILLRTHTSSVQVRYMENNEPPIRTISPGRVFRNEDISARSHCIFHQVEGLYIDKNVSFKDLKQTLIYFTQELFGKSKIRLRPSYFPFTEPSAEVDIYWGLETETDYRITKGTGWLEIMGCGMVDPNVLKNCDIDPKEYSGFAFGMGIERIAMLLYQIGDIRMFYENDVRFLKQFKSSL
>NC_018721|1682678:1831576|1777002_1777224_-|WP_041758236.1|transposase|DBSCAN-SWA
MDIKSQTGNFLHWVHIAISNAKRVLRDIHQSIGSDYLQSYLNEFHYKSNRRSFDLVFEKTVIAAVSCKWKSKV
>NC_018721|1682678:1831576|1796926_1797697_-|WP_015024133.1|DBSCAN-SWA
MKLHSKIKGKGKPLIILHGFLGMGDNWKTLANAYDKEGFEVHLVDQRNHGRSPHDTAFSYELMAEDLKEYLEDKYLEKVSIIGHSMGGKVAMRFATLHPESLNKLIIVDIAPKYYPQHHQQILEGLTQVSKAKLTSRSDADELLAKYISLKAVRQFLLKNLYWKTQDELNLRINLQALKDNIEEVGKGLPQNSKYAGETLFLKGGNSDYIQEEDEKDTASHFENFEMKVIKNSGHWVHAEKREDFLQASLEFLKTN
>NC_018721|1682678:1831576|1816331_1816961_-|WP_015024155.1|DBSCAN-SWA
MGLNKIITKLEQEALTPDEILNDLMEGNNRFTSDNFHSRDYNALKVSATVGQYPKAVILSCVDSRVPVETVFDQGIGDIFVARVAGNFENKDILGSMEYACKVAGSKLVFVMGHESCGAVSAACDGIELGNITHLLSNIKPAVEAVKTEGKRDSTNKKFVHDVVEKNVRLTMERVREKSPILKDMEYKGDIKIIGGVYSLQSGKVELLS
>NC_018721|1682678:1831576|1747999_1748245_-|WP_015024109.1|DBSCAN-SWA
MEVSIIKIGNSKGLRLSKTILEKYQIKDKVELILEKGQIILRPIHNPRKNWDKKFKEMSKNDDDTLLINDVFEEDTFEEWN
>NC_018721|1682678:1831576|1759085_1761425_+|WP_015024113.1|protease|DBSCAN-SWA
MKYLLLIVFGLSLQLGVAQDKPIKNLDSILNTMPKSEGLLTTYFDGDKLYLEFSKEALEKDLLMVTRLKQLPSNYSAYRNAGSKTSEQLIHLVKVGKSIDLIQVSTTNVADEDDPIQLSVAQNNLNPILVTFPIKSEEGENIVIEASSFFNSDSPSFNIIPDGLKKDYKIGKADDKRSRINSAKSFPQNTEITHTLTFPTDNPPRGNSTNTFTFQVNHSIIALPEDLMQVRYEDPRVGWFGLRKYNYSSDALKSDEVRLIRRWRLEPKNKKAYARGKLTEPVKPIVYYLDPATPEKWRPYFIKGIEDWNSAFEKAGFKNAIQAKIAPTAEENPDFSPEDVRFSTVRYVASTTRNAVGPSVSDPRTGEIIESDIIWYHNHLKSYRNRYLLETGAANPKARTLDTPEEEIGEMMRRVISHEIGHALGLPHNMKASSAYPVDSLRSGSFTQENGIATTIMDYARYNYIAQPGDENIRFVRQLGPYDDYAIEWGYRYFPNSSAEEDQKILKSFVDERSTDPMYMFGGRGNDPDAQTEDIGDNSVQASTYGLSNLRIVAENLEQWTTTSGQSYEDLEELYGEMLGVYRRYIYHVASVVGGVHETLLTKGQPGEPYQVVNKAEQEKALEFLNENVWTPQYWLIENALVSKFSKSGKLKSVISLNKRMLNRLMDADRLNLMWDTNSSLIGNGLSPQELLDRLAGDLVYGRTTPDQVERELQKYFAHQLKELMSDDGLALELKGKSLALQNELKSYVKTKKESENETLNAHYAYILNVLEEENKGSK
>NC_018721|1682678:1831576|1809760_1810627_+|WP_015024146.1|DBSCAN-SWA
MIQSMTGYGKSKLEVAGKTFVAELKSLNSKHLDANVRLPSELRELELPLRNRLSKALGRGKVDLSLQVEKHEAESSAKINIKVVESYLSQLQQFPSSTNGDYNRLLQIAMSMPNALSSEKNELEKEDSEAVYKVLEMALEQINQFRSDEGEVLKKDFELRIDTLTELLLKVKDIDPERIANVKSRLRKGIEDLKQKVDENRFEQELIYYIEKYDITEEKTRLDNHLDYFNKALNSSDSNGRKLNFICQEIGREINTIGSKSNFAPMQKAVVQMKDELEKIKEQLLNVL
>NC_018721|1682678:1831576|1793574_1793919_-|WP_015024130.1|holin|DBSCAN-SWA
MKTLLQIVLTGLIVLILSNILGGVYVADFFTAIVVAAILALLNIFIKPILLILTLPVTVVTFGLFLLAINAFIILMADWLIEAFRVDGFWWAVLFSILLSFFQSIVFALAQRKR
>NC_018721|1682678:1831576|1822308_1823358_-|WP_015024161.1|DBSCAN-SWA
MFIIEEQIYFWGFLVLPILLFLFLNHVYWKKKAQHKFADLKLFKKLAPDQSSFKANLKFIVLALAFCCFVMALVNPKLGTKMETIKREGVDIVFALDVSKSMLAEDIAPNRLEKSKRIITEIVNKLTADRVGLVGYAGSAFPQVPITTDYASTKTFLQSMNTDMVSSQGTAISQAIDLAKSYYNDDDQTNKVLIILSEGEDHDSNVESMAETAAAEGIKIYTIGVGTERGDPIPIKKEGRIQSYLKDDNGEIVITKRDTETLQKIAEIGNGAYIDGTNTSNAVDDILKELQKIEKTEFEAKQFADFKSKYQWFLAFGIFLVLFDILLLERKTAWIKRLNLFNEHEKEDA
>NC_018721|1682678:1831576|1701439_1702471_-|WP_015022784.1|transposase|DBSCAN-SWA
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721|1682678:1831576|1801533_1804191_+|WP_041758239.1|DBSCAN-SWA
MKQFTNIKKEKEDLEKQVNNSKCTTLFSRVNLYVTALTLMLFFAFANAQQNPQQAAGKKYTLGKIEVIGSSSYNEQTVIAFTGLKEGEELYIPGDRISKVLKKLWDLGLFSDINFYLKNVDGDIADLQLEIVEVPKLNEVKVRGIKKRKRSEIIKDNSIQKNTKITENYVINLRNNIEEKYKEKGFLNAKANIITSEVIDTSSTDNLVNVTIDIETGDKVKISEINIKGNEQFSDWTIKRMMKKTKEKFFLRLWKRSKFIEEEYETDKDKIVKKFKEKGYRDARIVSDSVIVNSDTDITINIEVKEGNRYYFGEIDFLGNSAYTNAQLSQLMGIRKGDPYNGTVLQNKIANNEKPDANDITNLYQNNGYLFSNITPVETRIYNDTIDFEIRINEGKIAYFNEILISGNDKTNDNVIFRNLRTRPGQQYSKQDVMNTIRELGQLGFFNAENLEPEFKNVDPQSGTLDLQYVVEEQGSSQIELQGGYGGGGFIGTLGLRFNNFSLKNIFNKEAYKPVPMGDGQSLSLRAQASLAFQNYSLSFVEPWLGGKKPVQLSVSLSQTIQFLFNPLTRRADNDRSFTISGINVGFAKRLREPDQNFTLSTSIGYQNFQLNNYNIGLFRFPNGTSNNLSFTVGLNRNNTFTNPIFPTGGSEFDFSVKFTLPYSAFNDVDYAGLREQRIEALASNDGEALAVIDQQRFNWLEFYKVKFSGDWYNNLFDKLVLRTRFEYGFLGAYNNDRGIPPFERFFLGGDGLAGFALDGREIIALRGYPNQSILPRTRTVGGEESFNDGASIYNKYTMELRYPITLKPSASIYALAFMEGGATFDQFKDFTPFEMSRSAGAGLRIFMPAFGLLGIDFGYGFDPIPGSNTGPNAWETHFIIGQQF
>NC_018721|1682678:1831576|1714977_1716051_-|WP_015024084.1|DBSCAN-SWA
MYKITCIIHSLGIGGMERVMSILLNDFVQREHIEVTLLLIGRDRVVEFDLDKNIKIFRPKFTFDHTKRNWSTLKTMWFIRTNIQRIQPDCILSFGEMWNNLVLMSLKGKKNKVYISDRSQPNKNLGRLHNTLRNQLYPNASGFIAQTSQAETIAKNNNWNKNIAIIGNPIRVLDLPDVEKENLVLTVGRLIPTKNVDQLINIFSNINNQDWQLQVVGGNAKQLNLLGQYITQVKILGKTEQIKLLGQQKDVEYYLAKSKIFAFMSTSEGFPNALGEAMAAGCACIAYDCVAGPSDMIDDGENGFLIPIGNKDLFQQKLKILMQNQVLREEFSLKAKEKMKIFQADKIALEFYKTITL
>NC_018721|1682678:1831576|1739676_1740546_-|WP_015024102.1|DBSCAN-SWA
MKGIILAGGSGTRLHPLTLATSKQLLPIYDKPMIYYPLSVLMLAEIREILIISTPHDLPNFKRLLGDGSRFGINLTYKEQPSPDGLAQAFILGEEFIGNDDVCLVLGDNIFYGAGLQNLLSNAVKTVKQDNKAVVFGNYVNDPERYGVAEFDEHQNVVSIEEKPEKPKSNFAVVGLYFYPNSVVEISKNVKPSHRGELEITTVNETYLKQGNLKMQILSRGFAWLDTGTHEALTEATEFVKVVEKRTSLKIACLEEIGLKMQWLNKADISKDLEGKKGEYYSYLASIID
>NC_018721|1682678:1831576|1815754_1816276_+|WP_041758240.1|DBSCAN-SWA
MNIVDIILGVLLLIGLVRGFQRGFILELTGIIGLIAGIFGALEYSYIAESYFTRWTDLSTSNIEIIGFFISFLIITLAVSILGKILTKIVHTIALGMVNRLLGALFGVVKTGLFIFILILIFEYINTDERFLAVTKLQDSFIVSTIKEVSSALIPSLEELIETSNLLDTTDEA
>NC_018721|1682678:1831576|1728206_1729079_-|WP_015024094.1|DBSCAN-SWA
MVKTLKQKLVTIRNFLIFKKYDFLAKVNKTPFRVNPEANFVVSIASYPKRDPLLTAVYEALKRQNSLPKKWILVLSEEDYPQGLPKHLIKLENLGLEILWVKDNPYAVKKLIPVIEKYPHFSIITLDDDIIYHPNLLEGLITEAKKSPNSVIGYVGKAMLKKDSKVHMYYREKLPASKTTPSEQVYLIGWGGIYYPPKSLDERVLHMEAVHRIVPGRGSDFWFWAAAHAVDTKQLCLGVPTSYNLGIAIPQNNETKPKDQPGTEVILERFQMAIDYFSIQEKLLSILPDK
>NC_018721|1682678:1831576|1690821_1691301_+|WP_015024063.1|DBSCAN-SWA
MQKDAKKKWFVLYTKPRGEKKLSEQLNRSGIEAYCPTRTEVRVWSDRKKKVEMPVLPSMLLVKIENKQRAKALESPLAIRYLFWNGKPSVVTQVEVDTLRSILGDSKFESHELDQLRPGQKLDMTELGFENIEGTVQYVNKKECWVVLQGIGYVVKFKR
>NC_018721|1682678:1831576|1746903_1747647_-|WP_157609376.1|DBSCAN-SWA
MVLRSKPDFIFKIPKFTIQNNLIDTAHSTEAKKFIFLGSSCIYPKLAPQPLKKEYLLTGSLEPTTEWYAIAKIAGVMACEAIRKQYGRDFVSLMPTNLYGPNDNFDLKTSHVLPAMIRKFHEAKLNNNEPVELWGSGTPIREFLHVDDMADAVVFALENKLPEHLYNIGTGKDLTIKELAETIQKVVGHNGEIVWDSSKPDGTPRKLMNVDKMKKAGWQASTNLEDGIESSYNWFLENENKYKQVKL
>NC_018721|1682678:1831576|1795567_1796824_-|WP_015024132.1|DBSCAN-SWA
MKNFLISGMLLIFASASVYAGGYRVAAQGQRALAMGHAGVGVVNSAEIAFFNPSGMVYLEDKFTVSAGVTGVFSNVKWQNRSTGQFAETQQGAGTPFYLHAAYKVNEWISLGLSVTTPYGSSVEWEPDWAGSHLVNDINLAAIFIQPLVSIKLSEHFSIGGGPIFVTGNVNFNRNASRTLTDEQGNRSNITVDDTGVSNTGWSGSFMFTPVKELRIGFNYRSEILLNAEGGEAVFSNFPNSALTPQNGTTTFNATLPLPAELTIGFAYEPNEKWLFAFDYQRAFWDVYNSLDIEFGNPNVPTSINPRNYKNASIYRFGAQYKATDNVTLRAGYYFDESPVQAGFFAPETPRNDGNGYTAGLSFQVSEKLAIDASFLYLRFQEVDASYDSYLENGQSVPFSGTYKSNAFLPGLGVTYKL
>NC_018721|1682678:1831576|1787872_1789222_-|WP_015024125.1|DBSCAN-SWA
MKLVFSLFFIACICCTTNAQGIAVLSQKEQSKVIDQWLGERIETVLPKLMDRSGIDMWLVISREYNEDPVIKTFLPSTWLAARRRTILMMYKPEGEDEVETLAVARYNVGSYFKKAWDPEVEPNQWKRLIELIKERDPKQIGINTSEDFGHADGLNHTEYKMLMEYLPKSYQKKVTSAEALAVGWLETRTPSEMATYKHIQTIAHHIIQEGLSEQVITPGVTSTTDVVWWYRDKIKELGLETWFHPTVDIQRSSNESKEHLRTFDTNSDPKIIRPGDILHMDFGITYLRLNTDTQELAYVLKPDEKEVPHYLKEALAVGNRLQDILTSNFKTGRTGNEILEAARSKMSSEGIIGTIYTHPMGYHGHAAGPTIGMWDNQGKVPGSGDYELHPNTVYAIELNAEVYLDEWEKPFRVMLEEGAYFNGQEVIYLNGRQKEFLTIPRQKAYLKN
>NC_018721|1682678:1831576|1732628_1733345_-|WP_015024099.1|DBSCAN-SWA
MLGIFSKTTDSSFIEAIGLSGLDFVIIDQEHGPVQRERLYDHIRAAKAGQINPIVRVSGNNHNLIGSALDAGALGVQVPNISSAEEAKTAIDASRFYPIGNRGVCRFVSAASYGEKNKAEYFTESNKNLLILQVEGKEGVENLKEILSLKGFDILFIGPYDLSQSLGFPGQISHPKVKKEIMKIKDMAKSKNIRLGSFADTIETYQFLVNNGFDYIAYSVDINLFINGLKNLKSELCK
>NC_018721|1682678:1831576|1689672_1690236_-|WP_157609267.1|DBSCAN-SWA
MLDPQALDQNKTYFIHVLGAGYNLNPDLPALTQLGSTSLSRLSEGIRVFRLLDKPVLVTSAYSKYGLESQASVTRKAAIELGVSSQHIRMLENPSTTLEEAQAFKSRFGTSAQVIIATDAMHMSRAMDIYRDLGYEPIAAPTNFQVHFGPKAYNGLSMPSYQSFQLSNRIFRTVLKQGYYLAFRARQ
>NC_018721|1682678:1831576|1811913_1812921_+|WP_015024149.1|DBSCAN-SWA
MTNSNPNFGVIGGGSWATAIVKMLCENVSQVNWYMRNKEVITHIEKEHHNPNYLSAVEFDPKQINLSDDINKVIQESDFLIFVVPSAFLKKELDKVTVSLKDKIIFSAIKGIVPESQSLVGEHFHHEYDIPFDKIGVITGPCHAEEVALERLSYLTLACANDDHANTLATYLRSDYIKCNISEDIIGTEYAAVLKNIYAIAAGIAHGLGYGDNFQSVLMSNAIREMKRFIKKRYKLKRNINDSAYLGDLLVTGYSVFSRNRYFGNMIGKGYTVKSAQMEMSMIAEGYYATNSAYEISKSYGNKKPKTPIINSVYKVLYEGENPKEVFTKLADKLN
>NC_018721|1682678:1831576|1703785_1704454_-|WP_015024074.1|DBSCAN-SWA
MKKKLIIAPHPDDEVLGAGGVIKKFSKEGHEVYVLVITRGTPKYYSDEKIQNVRNEALEAHKILGVRQTVFLDFHAPELDMTSNAEISKAISEYISKWKITDLFIPHRGDIHNDHRKVFEASLVAARPVGNFTVKAIYAYETLSETEWAAPFSDDAFIPNHFVNISETMSYKFEAMQCFKSQIRDFPSTRSLETIESLAKFRGSTVGFNRAEAFMTIRTIKS
>NC_018721|1682678:1831576|1724769_1724949_-|WP_041758220.1|DBSCAN-SWA
MLAEIKTLQGIKLQYEPRHYKKTNYNRKPHYIGERDKSSGIIHAPRNGFFEPYLAPHKD
>NC_018721|1682678:1831576|1741316_1742366_-|WP_015024104.1|DBSCAN-SWA
MDKNILITGGAGFIGSHVVRLFVNKYPNQNIYNLDSLTYAGNLENLKDIENKENYTFIREDINDTQKISDLFKKYKFDTVIHLAAESHVDRSISDPVSFVRTNVMGTMNLLNAALEIWKEDFSHKMFYHISTDEVYGTLGETGLFTETTSYDPNSPYSASKASSDHFVRAYGETYGLPFIISNCSNNYGQNQFPEKLIPLFINNILNKKSLPVYGDGNYTRDWLYVIDHALAVDLILEKGKVKETYNIGGFNEWKNINLVKLLCQQMDEKLENPVGTSEELITYVKDRPGHDLRYAIDASKINKELGWKPTVTFEEGLSITIDWYLENKGWMKKVTSGEYQNYYEEQYK
>NC_018721|1682678:1831576|1800146_1800857_+|WP_015024137.1|DBSCAN-SWA
MRYILIGLSICLGIQFASAQTYEAGLMLGGVNFVGDVGSSSFMKTEDYLSQDKVSYGVILKWNRSPRHAFRFSILRANTFGNDLRSDEPRRFNRRYSFESSITELSVGLELNFFEWDLHALKRPLITPYLYTGPTYFFTNDFFVENGELVEGNSISNFAIPLVIGIKGALSKHWILALEFGARYTFTDNLDGSAQDEINSQTIYPTFGNSNMNDWYMFSGLTLTYTFGRKPCYCNF
>NC_018721|1682678:1831576|1726886_1728179_-|WP_015024093.1|DBSCAN-SWA
MTNNFQKGNLILLFLVSPLFGIIILLKSKSEKFITFFGTLFMGIVGSVYVYRPGSDGHSHLMNAKEEYLNLSLADFFIQTFQLLALQQVEGAKDIYMHSISYLSASVLQAPELIHVFSGFVLGYFFTKSVLLVLKNHLTTKKGAILIGFIVLFLFIRSVGALNSIRMWTGMWVFFYGTYSFALTKEKKYLFIILFSIIVHFSYVVFIIPAAFAYLLRYRKYILISVYIISFFASLSFTSIESYLPQTSLVENQTQSNVIASEADAERYSERNDKQETGSQNFYKRYGPGFYQTFNIVGLTLILLFFYLNKRADPNLISLISVGIGIYTLANFLDFSPSIQGRAKMIASLFILAAAIHLQLTLKSCNWSRKSISCLNKGLSLFLIFSIPMFLFQVSYLLENFSLFSVFLPQVSWFLGDDDFSIRTAIGIFL
>NC_018721|1682678:1831576|1810629_1811208_+|WP_015024147.1|DBSCAN-SWA
MGESKQGKLIVFSAPSGSGKTTIVRHLLSKEDLNLEFSISATSRSPREDEIDGKDYYFMDLKAFKSYIKNDDFLEWEEVYRDNFYGTLNSEIDRIWAMGKHVVFDIDVVGGLDIKRIYPTQTLAVFVEPPSIEELKIRLKKRKTESEDRIAMRVAKASIEMATAPQFDHIIVNEDLDKALDEAYHLVKDFIQ
>NC_018721|1682678:1831576|1829330_1830101_-|WP_015024167.1|DBSCAN-SWA
MNRHFLHISLVLLVFLTSLSCKSLKSNSGSGLKEKSARAVMNRYEDNFADFKTANGTMKAKYKAEEGSQSITISYRIDKDKAIWMSAKLMGLLTVAKVYITPDRFMYYEKINKTYFDGDFSMAKEFLGIDVNFQNLQNLLVGKPMFDLEKKQMLFDEDTYVFLQNIKNVLAYSASIDGRQFEMKSQSLRNQNNESLVIDYDQFQLINQKKFPSKIRMTAQNGDEKVRIDLDYRSVSFDEELSFPFSIPNNYDLLEF
>NC_018721|1682678:1831576|1706170_1707238_-|WP_015024077.1|DBSCAN-SWA
MLDALSKKYKKCVIIAGTIVERETKLSEDYVWHKIVKYDKKTPVRRIYTWVLASLQMFCLLLFKYRAARVIAITNPPFAPFVPYMLKLNYDVLVYDLILDALVNFSYVKKKSWIVERAESLSKKMFKNAQNIYTLTPELAEQVRNYTDKDIKIVPIWTNNDFFKIINKDENLIIDKLQIDKSKFVVTYSGNLGKTHPVELIVALAEVCIEENFYFIIIGGGHKFELIKSLIAEKNISNITLLPWQPIELLPHNMQAGDVNVVTLEDYASHLSIPSKTYNLLSVGKPILAICSEESALAKLIDTRACGKSFKSRDLLLIKDFLIELSINQKKYNDYAENAKKASFSFTKENAKSFL
>NC_018721|1682678:1831576|1805628_1806417_+|WP_015024142.1|DBSCAN-SWA
MSKHPVVLFDSGVGGTSLLKEIIHLLPHENIVYLADSKNAPYGLRTSQDIIALSIKNTELAIQLKAKMIVVACNTATTNAISFLRSNYSLPFIGIEPAIKPAALNSKAKRIGVLATKGTLSSELFKQTSESFTEGVNVIEVIGKGIVEAVEGGWTNDERFINNLNQQIQPFIKEDIDYLVLGCTHFPYIIPKLRELLPKHVTLIDSGRAVAKQTKAILREKHLKNTDDSFGDINIYTNTVNSSHLQELMKDYRNVSITHMDF
>NC_018721|1682678:1831576|1826968_1827973_-|WP_015024165.1|DBSCAN-SWA
MDQDQANVDIASINEKIEKESAFVDILTNEMNKVIVGQKHMIERLLIGLLGQGHILLEGVPGLAKTLAINTLAKAVQGSFSRIQFTPDLLPADVVGTMIFNMKENEFSIKKGPIFANFVLTDEINRAPAKVQSALLEAMQEKQVTIGDETFILDKPFLVMATQNPVEQEGTYPLPEAQVDRFMLKTVIDYPTIQEEQLVMRANLDNSFGKVNPVISIEQILRAQSAVREVYMDEKIEKYILDIVFATRYPEKYKLAEIKPLISFGASPRGSINLAIAAKCYAFIKRRGYVIPEDVRAVVYDVLRHRVGITYEAEAENIKSEDLISKIINEIEVP
>NC_018721|1682678:1831576|1699349_1699586_-|WP_015024071.1|DBSCAN-SWA
MKEKFLNAFKEALEIEEDKVEMSDVMSDFDTWDSMSRLSLIALLDEHFEIEISDDEFENMTTVQDLYDKVQTKVQADG
>NC_018721|1682678:1831576|1692727_1693750_-|WP_041758218.1|transposase|DBSCAN-SWA
MNLARLKLISHFVIALCKVQTVTFEKLANAFNSQSDSGSSLRRIQRFIASYSLDSDLIALLVFNLLPSRDKLILSIDRTNWKFGQTNINIFMLGVVYKGVAFPLLFTMLDKRGNSNSQERIDLLNRFIRLFGKHVIESVVADREFVGKDWLAFLNRNEIRYYIRIRNNFKVFLPHKNKEIKASHLFNRFKTNEFVYYHKIVRVNGELCYLSGCKLNPKTLKQEFLIIVSFNKPKNAQQDYQKRWQIEMCFKAMKSSGFDIEKTHLQDIQRIEKLILLVMIAFVWCYKIGIYLHQINPIKIKKHGRRAKSIFKYGLTFLANVLLNSENQDDTDIFRFLSCT
>NC_018721|1682678:1831576|1713853_1714981_-|WP_015024083.1|DBSCAN-SWA
MRLVINTSHQRFGGAIQVALSFITECKNFPEHDYHVWIGHGVGKSLRTEDFPSNFYFYEFDFGPINFKKIREIQNTLSVLELKINPEVIISTTGPTYFHSKAPQIIGFNLPLYIYPESPYIQEMSWKAKLKLALKRKVHFHYFKRDAIAYVTQTDDVNQKVRKVLHTDKVFTVTNTASNYYKNWKIYPNLLPEKKAKVFRFICISSYYPHKNLELIPKILEILAQKEINNVEFVVTLKENDFKTNIGQHKQIYNIGPVSPEVCPSLYNECDALFLPTLAECFSASYPEAMMMEKPIITTDLGFAKSICGNAALYFKPKEATSAAKCIIQLLEDESLHNQLIQEGREQLNKFDSPKMRARKYLELCERYKVSDRLA
>NC_018721|1682678:1831576|1792983_1793559_-|WP_015024129.1|protease|DBSCAN-SWA
MVVTKKAMLIMSIFTLFGFSGIAFFILSFSDKVDYFEMFNYDHLVTSIPIGLGFGSLAALIGALLLKLPVLKETSAFYARLFKGLDLQWIDIVFYSLCAGIGEEILFRGALQPLMGLWWAAILFVVLHGYISTKDWKKSIYGVFLILISAGFGYLTLYIDIFSAMAAHFIFDVIMFIKLRKEARSMSSEME
>NC_018721|1682678:1831576|1791349_1792672_-|WP_015024128.1|DBSCAN-SWA
MKITREDKDQLNSVIKINIEKNDYSPKVEKVLKDHRKTASIPGFRKGMVPTGMIKKQYGKSVLVDEVNKLLQESLNSYITKEKLEILGNPLPKPQDELNWESDDYNFEFELGLAPKFDITLEGEGPVKYYNISADEEMIDNQLKTIQRQYGKLEPHNEVKENFTVVGTFHNEEEGIENEATFNVEDLDGESNQKELLGAKAGDQVILKSSKLFKDEDTLATQLGIEKDKAEGLKVDLTFTIKDINEQILAELNQELFDKAFGEGEVSSEKEAKEKIAEQSKQTFQQQGDQQFFNDVTEHLIEKSNMSLPSEFLQKWMQTQGEKKLTVEEAKDEYEKSEKGIKYQLIEAKIAKDNNVRVEMEDVKKVAKEKIKMQMMQFGQMDFPEDQMDGIIQNLMSNQEQVKQFSEEVMVQKLLGLYKEKMKIEEKDVTYKEFVDTIYK
>NC_018721|1682678:1831576|1784826_1785696_-|WP_015024122.1|DBSCAN-SWA
MKIGCIGLGLIGGSFALSMKRNFSDVQVFGMDKNSEHLQKALTLNIIDQVLEESAWSEMDVVILSIPVDHASLLLQEILDKIHPQALVMDMGSTKGQLCEAVAKNPKRHQFLAAHPIAGTEFSGPEAAFDSLFDHKTMILCEAEHTEVSLLQIAKSLIAPLHMTLKYMGAKAHDKHLAYVSHLSHISSFMLGKTVLDIEKNDRDIFDLAGSGFASTVRLAKSNPVTWTAIFKENQEEVQYALEEYIQNLKAFQKQLETQNYKGIHQQLAEVNDLKPILNGIIKKEENGN
>NC_018721|1682678:1831576|1707240_1708320_-|WP_015024078.1|DBSCAN-SWA
MKNALVLGGGGFIGGHLAKRLKKEGFYVKIVDIKPNHEFWDHQLICDEYMEGDLRDPRIVEKAFENKQNVSYDEVYQLAADMGGALYIFTGENDANVMHNSALINLNVAHECVKNKIGRVFYSSSACMYPEHNQLDADNPNCEESSAYPANPDSEYGWEKLFSERLFLAFSRNYKLSVRVARFHNIFGPMGTWIGGKEKAPAAMCRKAAETADGSSIEVWGDGKQTRSFLHVDECVEAVLRFMRQDHFNGPVNIGSEEMVTINQLAEMAIKLSGKNISIDNLEGEEFIEKYGFSCPVGVKGRNSDNKLFKEKMGWEANLTLIEGMKTTFEWIDEQVKLQTNKWQRRYCCNFRSASGYLQ
>NC_018721|1682678:1831576|1730405_1731032_-|WP_015024096.1|DBSCAN-SWA
MGAKPKIENIIWDFDGVIVESNSIREKGFRAVLATFPKDEVKALLEFHRENGGLSRYVKFHYFFEEIRKENVNDKTIKIYAEKFSRIMKELMTNKEILIEETVSFIKSNVEKYNFHIASGSDQEELRFLCSKLGISDNFISIHGSPKPKNEIVKDLLKAMAYDLSKTLLIGDAINDYEAARANNIYFMAYNTNRSLMAKSDVELKFRN
>NC_018721|1682678:1831576|1742446_1743463_-|WP_015024105.1|DBSCAN-SWA
MKILVTGAAGFIGYHLCEQLLKLGHDVVGLDNINDYYDVNLKYARLKELGISESEIQYNKGINSNSHGDKLKFIKINLEDQENLPIFFEENSFDVVCNLAAQAGVRYSIEKPMKYVESNIMGFANLLECVRNTKVKKLVYASSSSVYGLNEKTPFATNDNVDNPISMYAATKKSNELMAHTYSHLFGIKTIGLRFFTVYGPWGRPDMAMFLFTDAILNNKPIKVFNEGNLSRDFTYIDDIVEGVINTIEKKNPNKSLYNLYNIGHGSPVKLNDYIKEIEVATGKVAERIMMPMQPGDVEQTWADTSALFKDYNYKPTTKIDKGIEEFVRWYKDYHMNL
>NC_018721|1682678:1831576|1786849_1787674_-|WP_041758237.1|DBSCAN-SWA
MELKIAIQGIKGSNHYKALTELFGETDVEALECMTFQKLVQAIISDECEKGVMAIENSIAGSILPNYRLILDHDLQVTAEHYLNISHNLVALTGQKLEDLKEVRSHQMALHQCSHFFGNHSHIHLVEDVDTALPAQQLAEQRLFGVGALVPKGTAELYNLKVIVEDVQNYSANETRFVVIEKLGNSIKEVNKATLKFEIAHESGSLANVLNVMADHGLNLTKIQSIPIPEEVWKYAFIVDVAFTSLEHFQDAFKAISNLSINPTCVGQYKSGKS
>NC_018721|1682678:1831576|1731010_1731931_-|WP_015024097.1|DBSCAN-SWA
MILITGAAGFIGSAIAHSLNNLGFKTLTIDNFSTGYRSNLPKNTILIEGDCGDPETISQLQNYNVDTILHFAGQSSGEVSFNDPLADQKSNTTSTLLLLNYAKLKGIRKFIYASSMSVYGDHENLPVTEESVTMPKSLYAVGKLASEHYLNIYSNSDLKVVSLRLFNVYGPGQNLANLKQGMLSIYLAQALKDGQIKVKGSLERFRDLVYIDDVVEVVSLLVTTDLSNPYSVYNVANAYPVKVKEMITSIKAVLGNISVKEIEGTQGDQFGIFGSNYSLMKDFGWKPKIKHITGIKKMIAWAQNQR
>NC_018721|1682678:1831576|1697543_1698299_-|WP_015024069.1|DBSCAN-SWA
MNNPFTLKGRTILISGASSGIGEATAIVCDQLGATLLLLGRNEVRLEEVKSKLSLGAHKSLVVDLSDFEVLEQVLKPFLESTGAIHGLVNAAGVTSTFPFKLFKPEKLEGLLKINVHAAFYLSKLMLKKMSKSGGSIVFISSIMATHGEKAKTLYAISKGAVSAGVKSMAIELAAKGIRVNSVAPGIVNTPMTASATYKKNEELLKLTLSKYPLGFGEPEDVANACAYLLSDASRWVTGTEMVLDGGYTAQ
>NC_018721|1682678:1831576|1818949_1819699_-|WP_015024158.1|DBSCAN-SWA
MTYYLYLLIGIISYTGFSQSEDTFEKANDAFADDQFPKAVQLYSSLLDEGLVSTELYFNLGNAYFKQNDLANAIFHYEKALQLNPADQEVRQNLEIANTQTIDKIENVPESNLSTMVYTTTHLLKVNTWAWVSVIFSFCFGFFMVLYFRSGTTRKKRINFFIAILFLVFGVTSLLFGRFQNQFLGEQSFAIIFEDQVQVHVEPNSRSDVNFQMNKGSKVSTGSTFRDFTQIELSDGSKGWVKTLILKKL
>NC_018721|1682678:1831576|1708796_1709795_-|WP_015024080.1|DBSCAN-SWA
MSNKVHVILSGGSGSRLWPLSKKSRTKQYIPLFDKKNLFEITLDNNQKFCDEILVVGNIDNYELSLSALQENVTNTYQVIVEALSKNTAAAIAFAALSLEEDDFMLVTPSDHVIEDEKAYEKALNEAFDFAEKDYLVTFGIQPTKPETGYGYIQSEGSNVVAFHEKPNKDTAKSFVEAGNYLWNSGIFCFKAKTYLEELSAFRPDILEACKSVMNLKQTDFLDAVESKKIPSESIDYAVMEHSKKIKVVKGTFEWSDLGSFEALFDYFSSKNAYVQDSNLVIAETAHVELHGLENTMVIQSGEAILVMPIEQSQEVKKIYQRLLKTNTKLIE
>NC_018721|1682678:1831576|1800860_1801598_+|WP_015024138.1|DBSCAN-SWA
MDFRSNINVEKLPKHVAIIMDGNGRWAKKQGLMRVRGHEKGTKAVRETVESSAELGIENLTLYAFSTENWNRPKLEIQTLMRLLVSSLKDEIKTLQDNKIRLQAIGCIENLPTKAKKELKEVIEKTANNSRMTLTLALSYGAREEMIQAVKQISQKVKNNIIDSETIDESTINNHLYTRNLPDVDMMIRTSGEQRISNFLLWQMAYAELYFTETLWPDFRKENLFEAIYEYQKRERRFGKTSEQL
>NC_018721|1682678:1831576|1710572_1711421_-|WP_015024081.1|DBSCAN-SWA
MKDVIVFSHLMKTAGSALLGSLAQYYGPKVLYINKGSRIEDTRYSTDYLERDLDKKKGITKVLFGHCIRPHINFNVSGYNFRWSTFLREPNKRYLSHYYHSYHFTSNNFKNKRYNGMSELNIEEWEKIDQNSNYQCKFISGEANAQKAIDIIENKFEWVGITEEFESGINSFKTYFDIEDLDYKNIITNQSIANKEDKELMKAKYAGFIMDMNKEDKILYDYVKKNIWPRFKSIEPKREMSLKSSPLIKQYNTLAFHIDNQLNFNKTKLSRKNLMRFYKRWF
>NC_018721|1682678:1831576|1720260_1721157_-|WP_015024088.1|DBSCAN-SWA
MKKYRFTVVTPCYNSEKFIKRVFDSLKKQTFKNFEWYVINDASTDKTSHEIKKFSETVDFPVIFHDLEKNQGLYNNINQAISDANGEFFILYGHDDEISKDALETFDSLFTKYNSPNIGSIYALAKDQTGKLVGKKYPKDEFISNYWVQFFDLGNEAEKFQCWKTDYLREFYPLPTKKPNGQSSSWLWGKFGMKYQSIFINKVLRTYYTNVETSITATSNRESNPNMTFNYHVTWVNEFQYHIKNKKRRYRGVGACVSHGILSGKSIWQILPKIEKNSNKLICLLFYPIAIYYNKRNK
>NC_018721|1682678:1831576|1740664_1741027_-|WP_015024103.1|DBSCAN-SWA
MNVKSHKDLNLWKESMNLVEDIYSISKSFPKEEMYGLTSQMRRCAVSIPSNIAEGAGRKGEKEFARFLYIALGSLSELETQFEISIRLNYIANEVDTQSTFEKIIYIRRMLAKLIKSITT
>NC_018721|1682678:1831576|1813841_1814243_-|WP_015024151.1|DBSCAN-SWA
MKKDIDRDIPKVKNVYIVASYEFNSIFKVDEWTIYLVNDNTEPLETVLVVSKGESNSKATSILRKKLDVLPVKSFAKLEFLHDDVLEVDNIFQVTYFLEGKLLHKDFRFSKFSLKPEVVVDLPLLNSKGIIAD
>NC_018721|1682678:1831576|1723265_1723808_-|WP_015024090.1|DBSCAN-SWA
MIHNLADVQSKSIGENTDIWQFSVVLKGAIIGSNCNINCNVFVENDVEIGNNVTVKSGVQLWDGLRIKDNVFIGPNVTFTNDKKPRSKVYPVEFPHIIIEQFASIGANATILPSINVGKYAMIGAGAVVTKNVLAHQVVIGNPAKLIGYITPDSIRVSVALLGEDGFNYKYESENLIKLK
>NC_018721|1682678:1831576|1720092_1720242_-|WP_015024087.1|DBSCAN-SWA
MANLFLYLGSPKTTTSSLQIFFQDLKHQKIKYYGAFLPRNEKKMDLLKS
>NC_018721|1682678:1831576|1725051_1725369_-|WP_041758222.1|DBSCAN-SWA
MRNFITNRLQFTETLKEYSQEEDLFGLWQNGVQKKLFIPQLHGREHLHALAWLAELRAGNKELLKAFDLETWGIPYQALVKQNRLNLQASLDIYNVEAEIDYHKK
>NC_018721|1682678:1831576|1805051_1805561_+|WP_015024141.1|DBSCAN-SWA
MKTLKTIAIALVLSFVLMAPSNAQSKVAHVNSQEFVQALPSYQSVMTELDQREKTYRTEIDDLLKEAQKTNERYQREAGTKTEEENQKRAMELQEMQQSIMEYRQTASEDLQKKQEELMRPVLERAREVIQQVARAKGYDYVLDSSLGAGVLMADGYDLMADAKTAIGE
>NC_018721|1682678:1831576|1729336_1730386_-|WP_015024095.1|DBSCAN-SWA
MKHIFTIHSPITFLMAFSIVSQEKLNQEDVVVISSNYTLPIPFGMVIPAFSEINQSWWSKFASFNVGKAFDFYVKDIIGSSKFTAYVDIMHTYQKLLVTHENCKAFHFFEEGTDSYMLPQSLEDFTRTAVSDQFRNKTYPNTLREVLRLLRGYTSALHSLPYHSQSYQYEKTRSYYCLSNYCYPEINSAQKIQVKPNFDKEELNILSSSIQLNNAIVIVEETYPDKYGITDEEYKRILGLTFKRLVIAKDNSEIYLKLRPSKKDLDSRLTGLLDELGFKFNIIPNNTLAEGLFLNSQNLKVVGFVSSLLMYASIFGHDGYSMIHLMKNKKKTRFDSINGFDKLVINIIK
>NC_018721|1682678:1831576|1763137_1766380_+|WP_015024114.1|DBSCAN-SWA
MKIKYKLVLSTLCIFILPLFSFSQITKLMHQPALSDTHIAFIYAEDLWVANRDGSNPKRLTIDKGIEANPVFSPDGSKIAFEAEYDGNVDVFIVSANGGVPKRLTWHPYNDYVRDFSADSKTVLFVSQRNSFTNRYMQVFSVSTDGGAITQLDIPNAFWASYSDNDQSIAYTPIADRFNQWKHYRGGTVARIWLYNTQSHKVSEIQKPEGGSNDSQPQWMGEFVYFKSDRDGEFNLYSYETNSKAIKKLTDYKDFPVINLKAHNGAVIYEQAGTLHIYNTKTNTDNVLNISITTDLLELRERFVSGEDYVRSVGVSPSGARAVVDFRGDIVTVPGQKGDPKNMTATTGTHEKYPEWSPDGKFIAYFSDATGEYALHIKNNVLGDVSAIPLTGSGFYADIHWSPDSKNVSYVDNGRRLYVTDISTKKTTKIDEDILFVPGIFRELFGSWSHDSNWIAYTVITETNFERAYAYSISEDKSYPLSDGLSNVSEPVFDPSGKYLYMTASTDAGPLVNWFDQSNIDKELTQSIYLVTLQKEVISPLAKENDVEQPKEEEPKEDKKKEDKKEVAEKSDLKIDWDGFQERIISLPIEPGVYSNLSLAGEGELYYISSSFHSPKSSLQKFDFKTRKSEELMPASSFSISADGKKMLYSVDGSYFISDLGQKSEEAPLNFNAISVKINPKEEWVNIFNEAWRVNRDFFYDPGMHGVDWKAMKTKYQPFLKEASCRGDVYRVMQWMFSELSVGHHRFSSRGDRLNEPKSIGGGLLGANYMVKNERYQIAKIFGGLNWTPSLRSPLTEPGVGINTGDYIISVNGENVKGSDNLYSFFENTANKIMSLEVSKKADGSESRTYKVTPLATEWAIRNRDWVEGNMKKVHEATNGDVAYVYVPNTSVAGFNFFKRYFYPQANKKAIIVDERFNGGGSLADYYIDILKRPMQANWNFRYGKDLKSPSASIQGPRVMIIDETAGSGGDYLPWMFRRFKMGTIVGKSTWGGLVGVLGYPEFIDGGSVTAPNLAFYSEEGFNVENEGVPPDVEVEQWPELVIQGRDPQLEKAIEIAMKQLKENPPVKVETPAYPIKTKN
>NC_018721|1682678:1831576|1722168_1723266_-|WP_015024089.1|DBSCAN-SWA
MIKFLDLKAINLQYQSEIEAAIKKVIDSGWYIKGKAVEDFEINFANYCGVNHCIGVANGLDALILIFRGLILQGKLEEGDEVIVPANTYIASILALTQNGLIPVLVEPDETSFNLSLDRVKSKITHSTKAILSVHLYGQLAEDISSFCEENHLLLIEDAAQAHGARTEHGKKAGSFGIAAGFSFYPGKNLGALGDAGAVTTNDKELAKLIGQLGNYGSEKKYHNSLPGINSRLDELQAAILDVKLKYIDEDIIKRRKAATYYSKHITNPKINLAKWDKETVNHVFHLFVIRCEQRDQLQDYLTVNGIQTVIHYPIPPHKQQAYKAWNSFSFPITEQIHREVLSIPLSPVITREEQDQVIKVLNDF
>NC_018721|1682678:1831576|1794007_1795558_-|WP_015024131.1|DBSCAN-SWA
MKNYIKYLPFLAIGLLSCEPEFDDAIEENEVYTAGEADFSNYVSLGNSLTAGFADNALYIKGQQNSYPNILAGQFKLLGGGEFTQPLMADNLGGLLLNGVQIANNRLVLSTVSGSPAPAIIAGTPQTEITNKLSGPFNNMGVPGAKSFHLAAPGYGAAAGLPSQSNPYFVRFSTSETTTVLADAVAQNPSFFSLWIGNNDILGYATSGGTGVDQAGNLDPSTYGSTDITDPNVFGGVYNQLINELNANASGGVVYNIPNVTDIPFFTTVPNNALVLDAASAGSLTGFFQAVAGIFTQGLIQQGVPPAQAQALAAQYAIAFNEGPNRFVIDVPVTQTNPLGFRQMQEGELILLTINRAALAQGYGSVALSPAVLQVLGILQQGGTPTQEQAQLVLGAVNGIDDKDALDSSELSAISNARLSYNSTIQSLAEANGLAFVDADALLNRVGQGISFPGGIITSDFVTGGGFSLDGVHLTPRGYALIANETLEAINQTYGSNLPKVNVGEFGTISLSDNVN
>NC_018721|1682678:1831576|1705416_1705995_-|WP_015024076.1|DBSCAN-SWA
MYELYFKRLFDWLFSFFMILILFIPFIIVSILIKIDSKGSIFFMQERLGKNKIPFNVYKLRTMSHKKRKIEQVYKNDAEITGVGYYLRRFKIDEMPQVINIFLGDMAIIGPRPCLPNVLEKYNLDDYRFKVRPGLSSIAGVNGSIYLSWKEKWWYDKYYVENLNFLLDLKIFLKTFLIIFQGEDKFINKPKL
>NC_018721|1682678:1831576|1708453_1708795_-|WP_015024079.1|DBSCAN-SWA
MEHEERPWGKYFVLEDAPTHKVKRIEVKPGGRLSYQYHHKRSEVWTIVQGKARITLNDVDTDHAAGNVIEIPLDAKHRIMNIGEETLVFVEVQLGTYFGEDDIVRIEDDYNRE
>NC_018721|1682678:1831576|1830142_1831576_-|WP_015022725.1|transposase|DBSCAN-SWA
MLQHEYIAKVQEIKGKFNKVWFNSDYLRAHLNILGFNRIKKQFSWCKKAGFSFEDLIATLLILPLIGINSIYGLTTDKDPELNKCGKDSYYRILANQKINWRAFLAQFVKQYLLKDELFTPSADPTRCLIFDDTDLSKTGKTIEGVSKIYNHVSKTYYLGFKLLVAGYWNGSVFIPIDFSLHRESKTSRLKYGLTAKQRKAQKKTPRCSKTVAAKRYRELNKKKTDLVVQMFSRVVKRKIPVDYILIDTWFTSVGLLKKLRSICSSTHIIGMYKYNSKIEVRSKVKTLAQLKKQKAKPKRCRKFNYYYHHYIAEIDGLKVALFISKRGKNGKWHTLITTDTSLKFVKAIEVYSIRWSIEVFFKEAKQLFGLGKCQSTNFDVQIAQITIAMTQYLLTSIRYRMEAYETIGGLFKDLKQDYIENKLNIRILAVVNLILTNLEKLVESIDIELITSKIIEDIESYGFLTNTHSFNHQGVK
>NC_018721|1682678:1831576|1785692_1786853_-|WP_015024123.1|DBSCAN-SWA
MISVSNRLQKTEEYYFSKKLREVAQLKKAGKPIINLGIGSPDLAPPQEVVDELVKATTQHGAYQYQAYKGLDELRQAMCGFYGNQYAVQIDKENEVLPLMGSKEGISLISMAFLNEGDQVLVPNPGYPTYQAATKLLNAELISYDLTEGNAWHPDLEALQKLDLAKVKLMWINYPNMPTGQAADRVKLQELIHFAKANKILLVNDNPYSMVLTDDKFSIFQLEGAKEVCLELNSLSKSYNLAGFRVGFLVGHSEFISAVLKVKSNMDSGMFFPIQKAATKALELKNDWFDAQNTVYKKRRAILWEMCETLNLSFDKSAVGLFVWGKVNSSQSAKELADELLYKRNVFVTPGDVFGSNGSNYLRFSLCVSEEELSICKERISKLETV
>NC_018721|1682678:1831576|1704463_1705414_-|WP_015024075.1|DBSCAN-SWA
MEIRNYVEGDEVKILELFELVFKQKFSIENWMWRFRYNPAGKHLIKLMWDGDELIGQYAVSPIIMKVDGEDVLTTHSLSTMTHPEYGGRGIFKQLSTSLYDELENNLNCKAVWGFPNNNSHYGFVKSLKWSNLSVLHTLGLDIKKIQKKDVKFKVKIIDKFDEPHANFINEKITSFASVYVKKDVAYLNWRFTDKPTTKYWCYEFESDSGKAVIITKFYPTGNNNKYDLNIVDCYMDNYEEIHDYIDFIIKESKLEFDRVSMWTNLFDPNHLLLERQGFVPVLPQTYLAARIHHSMPELFTNYKNWYISMSDSDVF
>NC_018721|1682678:1831576|1769826_1770720_-|WP_015024117.1|transposase|DBSCAN-SWA
MINFEGQNAQEFYVRFNSVLSCKEYLSEIKWENGFKCVKCNHSACQIRSNYDRTCNKCSHTESASANTLFHKVKFGLDKAFIICFEMATTTRSLSASYLAKRVGVTPYTARMFMYKVRDAMKSSENFPMMNRVEVDEFVVGGKEDGKVGRSYNTKKKKAVVALELTENGKVKRMYVNQINDFSAKELLPIFDKHISKTASINTDLWRGYRPIAKEFNIEQIPSNSGKNFKILHTMIHQIKSWIRTTYSYVSSFHISGYFDEFCYRLNRSRSKKTIFHNLVSRMMQKPKLYQSKLICT
>NC_018721|1682678:1831576|1723804_1724218_-|WP_157609374.1|DBSCAN-SWA
MQESNKPHVFNLKSIGSSDLGYITVAEYQNQISFEIKRVYWTYYTPNQVTRGHHAHKVLQQCIFAVSGKIEFELINPNGEKLNFILDSPEKGLYIPKMYWRTIKFSHNAVLLCLASEIYVEDDYIRDFDEFINYKFK
>NC_018721|1682678:1831576|1782997_1783459_-|WP_015024120.1|transposase|DBSCAN-SWA
MANTYTQLYVQFVFSVKRRQNLIKESFRDELEKVMCGIITNQKCKTYAIYCNPDHTHIFVGMHPAISPSKLMEQVKSGSSKWLNEKKFISGKFYWQNGYGAFTYSKSHIDRVVKYILNQPEHHKKQTFRDEYLSLLKKFEVEYDAKYLFEWYD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_051008003.1|1682678_1683500_-|transposase	transposase	NA	NA	NA	NA
WP_015024060.1|1684674_1685235_-	cob(I)yrinic acid a,c-diamide adenosyltransferase	NA	NA	NA	NA
WP_041758215.1|1686126_1688394_-	inorganic phosphate transporter	NA	NA	NA	NA
WP_157609267.1|1689672_1690236_-	YdcF family protein	NA	NA	NA	NA
WP_015024063.1|1690821_1691301_+	UpxY family transcription antiterminator	NA	NA	NA	NA
WP_041758218.1|1692727_1693750_-|transposase	IS4 family transposase	NA	NA	NA	NA
WP_015024067.1|1695002_1695896_-|transposase	IS1595-like element ISPto11 family transposase	NA	NA	NA	NA
WP_015024068.1|1696213_1696864_-	acetyltransferase	NA	NA	NA	NA
WP_015024069.1|1697543_1698299_-	SDR family oxidoreductase	A0A0N9R355	Chrysochromulina_ericina_virus	3.6e-08	24.8
WP_015024070.1|1698295_1699357_-	ketoacyl-ACP synthase III	NA	NA	NA	NA
WP_015024071.1|1699349_1699586_-	acyl carrier protein	NA	NA	NA	NA
WP_015024072.1|1700211_1700571_-	four helix bundle protein	NA	NA	NA	NA
WP_015022784.1|1701439_1702471_-|transposase	IS1595-like element ISPto1 family transposase	NA	NA	NA	NA
WP_015024073.1|1702659_1703610_-	ketoacyl-ACP synthase III	NA	NA	NA	NA
WP_015024074.1|1703785_1704454_-	PIG-L family deacetylase	I7KLN7	Campylobacter_virus	5.9e-07	28.6
WP_015024075.1|1704463_1705414_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_015024076.1|1705416_1705995_-	sugar transferase	NA	NA	NA	NA
WP_015024077.1|1706170_1707238_-	glycosyltransferase family 4 protein	NA	NA	NA	NA
WP_015024078.1|1707240_1708320_-	NAD-dependent epimerase/dehydratase family protein	E3SLH0	Synechococcus_phage	1.6e-107	57.8
WP_015024079.1|1708453_1708795_-	phosphomannose isomerase type II C-terminal cupin domain	A0A1V0SH58	Hokovirus	6.9e-28	56.1
WP_015024080.1|1708796_1709795_-	NTP transferase domain-containing protein	A0A1V0SH58	Hokovirus	1.3e-29	32.5
WP_015024081.1|1710572_1711421_-	sulfotransferase family 2 domain-containing protein	NA	NA	NA	NA
WP_015024082.1|1712684_1713782_-	polysaccharide deacetylase	NA	NA	NA	NA
WP_015024083.1|1713853_1714981_-	glycosyltransferase	NA	NA	NA	NA
WP_015024084.1|1714977_1716051_-	glycosyltransferase	NA	NA	NA	NA
WP_157609268.1|1716978_1718007_-	hypothetical protein	NA	NA	NA	NA
WP_015024087.1|1720092_1720242_-	hypothetical protein	NA	NA	NA	NA
WP_015024088.1|1720260_1721157_-	glycosyltransferase family 2 protein	A0A0N7G7L1	Chrysochromulina_ericina_virus	1.0e-06	28.3
WP_015024089.1|1722168_1723266_-	DegT/DnrJ/EryC1/StrS family aminotransferase	E5ES42	Bathycoccus_sp._RCC1105_virus	3.6e-41	32.2
WP_015024090.1|1723265_1723808_-	N-acetyltransferase	NA	NA	NA	NA
WP_157609374.1|1723804_1724218_-	WxcM-like domain-containing protein	NA	NA	NA	NA
WP_041758220.1|1724769_1724949_-	hypothetical protein	NA	NA	NA	NA
WP_041758222.1|1725051_1725369_-	hypothetical protein	NA	NA	NA	NA
WP_015024092.1|1725722_1726874_-	glycosyltransferase	NA	NA	NA	NA
WP_015024093.1|1726886_1728179_-	EpsG family protein	NA	NA	NA	NA
WP_015024094.1|1728206_1729079_-	hypothetical protein	A0A0N9QZR6	Chrysochromulina_ericina_virus	4.3e-05	34.2
WP_015024095.1|1729336_1730386_-	hypothetical protein	NA	NA	NA	NA
WP_015024096.1|1730405_1731032_-	HAD family hydrolase	NA	NA	NA	NA
WP_015024097.1|1731010_1731931_-	NAD-dependent epimerase/dehydratase family protein	A0A1V0SAI6	Catovirus	6.4e-28	30.7
WP_015024098.1|1731927_1732638_-	NTP transferase domain-containing protein	NA	NA	NA	NA
WP_015024099.1|1732628_1733345_-	aldolase	NA	NA	NA	NA
WP_015024100.1|1733763_1735302_-	hydroxymethylglutaryl-CoA lyase	E5EQ69	Micromonas_sp._RCC1109_virus	5.7e-13	28.2
WP_157609375.1|1735899_1737624_-	ATP-binding cassette domain-containing protein	W8CYL7	Bacillus_phage	1.1e-23	23.8
WP_015024102.1|1739676_1740546_-	glucose-1-phosphate thymidylyltransferase RfbA	I7I009	Enterobacteria_phage	2.9e-94	59.7
WP_015024103.1|1740664_1741027_-	four helix bundle protein	NA	NA	NA	NA
WP_015024104.1|1741316_1742366_-	dTDP-glucose 4,6-dehydratase	I7HTA3	Enterobacteria_phage	2.7e-83	50.5
WP_015024105.1|1742446_1743463_-	GDP-mannose 4,6-dehydratase	A0A1V0SAI6	Catovirus	1.8e-39	32.6
WP_015024106.1|1745567_1746788_-	ATP-binding protein	NA	NA	NA	NA
WP_157609376.1|1746903_1747647_-	NAD-dependent epimerase/dehydratase family protein	M4R1H4	Synechococcus_phage	7.9e-69	52.9
WP_015024108.1|1747685_1748009_-	type II toxin-antitoxin system PemK/MazF family toxin	NA	NA	NA	NA
WP_015024109.1|1747999_1748245_-	AbrB/MazE/SpoVT family DNA-binding domain-containing protein	NA	NA	NA	NA
WP_041758229.1|1750027_1751428_-	nucleotide sugar dehydrogenase	A0A127AXI2	Bacillus_phage	4.2e-63	34.8
WP_015024111.1|1752585_1753755_-	ATP-binding protein	NA	NA	NA	NA
WP_041758231.1|1754562_1755963_-	nucleotide sugar dehydrogenase	A0A127AXI2	Bacillus_phage	2.5e-63	34.8
WP_015024113.1|1759085_1761425_+|protease	zinc-dependent metalloprotease	NA	NA	NA	NA
WP_015024114.1|1763137_1766380_+	S41 family peptidase	NA	NA	NA	NA
WP_015024115.1|1767616_1768303_+	OmpA domain-containing protein	NA	NA	NA	NA
WP_015024116.1|1768526_1769015_-|transposase	transposase	NA	NA	NA	NA
WP_015024117.1|1769826_1770720_-|transposase	IS1595 family transposase	NA	NA	NA	NA
WP_015024118.1|1771073_1776866_-	T9SS type A sorting domain-containing protein	NA	NA	NA	NA
WP_041758236.1|1777002_1777224_-|transposase	transposase	NA	NA	NA	NA
WP_015024119.1|1778302_1782661_-	DNA polymerase III subunit alpha	Q8W6C3	Saccharomonospora_phage	9.4e-186	34.8
WP_015024120.1|1782997_1783459_-|transposase	IS200/IS605 family transposase	NA	NA	NA	NA
WP_015024121.1|1783754_1784837_-	bifunctional 3-deoxy-7-phosphoheptulonate synthase/chorismate mutase type II	NA	NA	NA	NA
WP_015024122.1|1784826_1785696_-	prephenate dehydrogenase	NA	NA	NA	NA
WP_015024123.1|1785692_1786853_-	aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme	A0A1X7QHI1	Faustovirus	7.6e-10	25.5
WP_041758237.1|1786849_1787674_-	ACT domain-containing protein	NA	NA	NA	NA
WP_015024125.1|1787872_1789222_-	aminopeptidase P family protein	NA	NA	NA	NA
WP_015024126.1|1789330_1790563_-|protease	ATP-dependent Clp protease ATP-binding subunit ClpX	G3M9Z9	Bacillus_virus	2.0e-109	52.0
WP_015024127.1|1790566_1791241_-|protease	ATP-dependent Clp protease proteolytic subunit	A0A223W000	Agrobacterium_phage	9.8e-42	47.4
WP_015024128.1|1791349_1792672_-	trigger factor	NA	NA	NA	NA
WP_015024129.1|1792983_1793559_-|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_015024130.1|1793574_1793919_-|holin	phage holin family protein	NA	NA	NA	NA
WP_015024131.1|1794007_1795558_-	esterase	NA	NA	NA	NA
WP_015024132.1|1795567_1796824_-	outer membrane protein transport protein	NA	NA	NA	NA
WP_015024133.1|1796926_1797697_-	alpha/beta fold hydrolase	E0YQD5	Mycobacterium_phage	6.8e-07	31.9
WP_015024134.1|1797697_1798411_-	pyridoxine 5'-phosphate synthase	NA	NA	NA	NA
WP_015024135.1|1798490_1799147_+	hypothetical protein	NA	NA	NA	NA
WP_015024136.1|1799159_1800047_+	NAD kinase	NA	NA	NA	NA
WP_015024137.1|1800146_1800857_+	hypothetical protein	NA	NA	NA	NA
WP_015024138.1|1800860_1801598_+	isoprenyl transferase	R9W0U9	Flavobacterium_phage	4.8e-42	65.2
WP_041758239.1|1801533_1804191_+	BamA/TamA family outer membrane protein	NA	NA	NA	NA
WP_015024140.1|1804220_1805024_+	OmpH family outer membrane protein	NA	NA	NA	NA
WP_015024141.1|1805051_1805561_+	OmpH family outer membrane protein	NA	NA	NA	NA
WP_015024142.1|1805628_1806417_+	glutamate racemase	NA	NA	NA	NA
WP_041758686.1|1806413_1807436_-	type IX secretion system membrane protein PorP/SprF	NA	NA	NA	NA
WP_015024144.1|1807610_1808519_+	NifU family protein	NA	NA	NA	NA
WP_015024145.1|1808515_1809628_-	lipid-A-disaccharide synthase	NA	NA	NA	NA
WP_015024146.1|1809760_1810627_+	YicC family protein	NA	NA	NA	NA
WP_015024147.1|1810629_1811208_+	guanylate kinase	NA	NA	NA	NA
WP_015024148.1|1811210_1811792_+	nicotinate-nucleotide adenylyltransferase	NA	NA	NA	NA
WP_015024149.1|1811913_1812921_+	glycerol-3-phosphate dehydrogenase	NA	NA	NA	NA
WP_015024150.1|1812934_1813834_+	EamA family transporter	NA	NA	NA	NA
WP_015024151.1|1813841_1814243_-	hypothetical protein	NA	NA	NA	NA
WP_015024152.1|1814253_1815276_-|tRNA	phenylalanine--tRNA ligase subunit alpha	A0A2K9L3A8	Tupanvirus	4.6e-35	34.0
WP_015024153.1|1815355_1815709_-	hypothetical protein	NA	NA	NA	NA
WP_041758240.1|1815754_1816276_+	CvpA family protein	NA	NA	NA	NA
WP_015024155.1|1816331_1816961_-	carbonic anhydrase	NA	NA	NA	NA
WP_015024156.1|1816963_1818529_-	SulP family inorganic anion transporter	NA	NA	NA	NA
WP_015024157.1|1818607_1818898_-	hypothetical protein	NA	NA	NA	NA
WP_015024158.1|1818949_1819699_-	hypothetical protein	NA	NA	NA	NA
WP_157609377.1|1819700_1821437_-	BatD family protein	NA	NA	NA	NA
WP_041758241.1|1821461_1822328_-	hypothetical protein	NA	NA	NA	NA
WP_015024161.1|1822308_1823358_-	VWA domain-containing protein	NA	NA	NA	NA
WP_015024162.1|1823358_1824363_-	VWA domain-containing protein	NA	NA	NA	NA
WP_015024163.1|1824359_1826000_-	hypothetical protein	NA	NA	NA	NA
WP_015024164.1|1826005_1826869_-	DUF58 domain-containing protein	NA	NA	NA	NA
WP_015024165.1|1826968_1827973_-	MoxR family ATPase	NA	NA	NA	NA
WP_041758242.1|1828122_1829331_-	peptidoglycan DD-metalloendopeptidase family protein	NA	NA	NA	NA
WP_015024167.1|1829330_1830101_-	DUF4292 domain-containing protein	NA	NA	NA	NA
WP_015022725.1|1830142_1831576_-|transposase	IS4-like element ISPto3 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_018721|1853526:1911619|DBSCAN-SWA
TATGAAACTACAGAAACAGCCTACAATAGCAGACACAATTTGTGATTTGCGATCAAGAAAGATAAAAAGAACGTTTTTCAGCCAAATAAATACACTAATCGATTGGGATAACATCGAAAAGCTAATAGATACTGATTATTCTAGAGGTAAAAGTGCTGTAGGTAAACCTTCCTATAGCGGTCTACTGTTGTTTAAAATGTGTCTTTTGCAAAGTTGGTATGGATTGAGTGATTATGAAGTAGAAGATAGGTTGAACGACAGCATCTCTTTCAGTTATTTCTGCGGGATGAATATAGATGAAGTTGCGCCAGATCATAGCACCTTGAGTAGATTTAGAACCGCGTTAACAAAAACTAAAACTTTTGAGAAGTTATTCAGCATCATTAATGCACAATTGGAAGCTCACAACATCATTGTTAAAAAGGGGATCATAGTCGATGCTAGTGTCATCGATACCCCACTTCGACCAAAAGGAAAGACGAACCATAAGGTAACCGAAGATCGCAGCGAAGAAGAGATAAAGGCAAAAAAGCAGTATGCTGACAGTGTAGATACAGATGGAACATGGCTAAAGAAAAGAGGGAAGTATCATTTTGGATTTAAAAAACATCATGTGACTGATAACGAAGGTCTTGTCATAGGAGTCTTAACCACAACGGCAAGTAAAAATGAGATAGTCAATTTAGAAGACGTGCTAGAAACAGTGAATATAGATTTACCAAAAGACATCCCATTAAAAGCAGATAAAGGGTATCAGTCAAAGAAAAATGCAGGACTACTCAAAAAGCGAAATCTAAAAAATCATATTCTAAGAAAAGCTTACAAGAACAAACCTTTAACACGTTGGGAAAGGAAGTTCAATAAATTAATAGGCAAAACAAGATTCAAGGTAGAGCGTACATTTGGAGGAATAAAAAGATAGTTTAACGGAGGGTTAGCAAGATATCGAGGAATAGAAAAAATGCATACCCAAAATCTTATGGAAGCCATGTGTTACAATTTGTATAGAAGTCCAGGGATAATTGCGTCTAATTGTAAAATTTAGGAGAAAAACAATAAGAAAAATAACTGTAAAGGCTAGAAATAGAACTTAAAAAGAAGATTTTAGACAAAACACCAAAAATAATCAGCATAAAAAAGAGATTATAGCGAAATCGTTGGATTATGCAACGGTCTTGTCTTATGCATTGTAATACCGCCGTCTTATTGTTTAATCAGACACAACTAGTCTAAAACAGAGTCATACTTAACTGCACATCCCAATTGGCGCGAATTTCAATAGGCCTTTGCAATTGCTAGATCAAGTTCGGTTTACGATGCTACCTATCGATGTACTTTAATGATAAATTAATGACTTTTGACTTGTTTTTCGCCACAGTACTTTGTTGGCAACCGGCCTTATTATTTTCCTATTATTGCAGGTAATATATAATCTGTCATCATTTTGTCTGCATTCAGATGTGCATCTGGTGAGTTATAGGCAGAAGAAGTAATTACTACGACAAAAGGGATGTCTTTAAAAATAAAAATCTTGTTTCCTCCGCGACCACTACAATAGGATACTTCATATTCTTTATTGTTAATTTTAAAAATTTTATTCCAGAATAAGTAGCCATAAAATTCATCATTTGTAGAAATTTTCACTTTTCTATCCAGACTTTTTTCTACCCATTCTTTATTTAAAATTTGTATCCCATTCCAAAGTCCTTTGTTTTTATATAATTGACCATATTTTGCAAAATCAATAGCTCTTAGTTGTATTCCGCCAGCCGTATTACCTACCTTTTGTGGCGTGTATTGCCATTTGTAATTAATAATGTCAAGAGGGGCGAATAATTTTTTATCTGCATAAGAAACTAAGCCTTCAGGAACAGATTTGTGAATAACATCTCCTAAAACCACAATTCCAGCTGTAAAATAAGCAAAATCTTTTCCTATTGTTTTGTCTTTTTGCATAGGTAAATCAAGGGAAAATTTTACCCAGTTTTTGGTTGGGTACATATTTTCTTCATTCCCTGGACTACTGTAATCGCTATCATCACCAAGAAAACCAGAACTCATCGTTAAAAGAGATTTTAGCGTTACAGAATCTTTTTTCTTACTATAATTATCAAACGATTTTAAATTATAAAAATGGTTTAATAAAACAGTTTCATTTTTATAAATTTTTCTTCAATTGCAATTCCCATCATTGTAGAAGCGATTGATTTACCCACAGATCGCGGATTGTGTAAACTACTTCTATTTTCACCATTAAAATATTCTTCAATCAAGAGTTTATTTTCTTTTATAACGACAATCCCATTGATATTTTCAAATCTTTTTTCAGCTATTTTTCTATTTAAAGCTTCAATTCTTGATTTATCAAAACTACCGTTAGATATTTTCCAACCGCTATTTGGTTGTATTTGTTGAAGTGGAACTAAGCTTTCGTCAACAGGGATTCTTGCTACTTCTACAGCAATCTTTCCTTTGGCTAAAATAGGGCCAACTATTAATGAGTCTTCTTGTATGTAAGGTCTTACTTCAACACTTAAAGAATGGCTACCTTTTGTAAGAACATCTTGTCCTCCGCCTAATTTCATAAACTTGAGCCACATAAACCAACCCCAATAATCAATTTGTGCAGGATAAGCAAGAGGAACTACGTGTTTAAGTTGTTCTGTTTTAGTCGCTTTTAATCCTGCTCCTTTGTTTAAATTTTCTACATAAATTACTTCTCCATCTACTAAAAATGAAAATTGAAAATTTCCTTTATTTAATAATTGATCTTGTGTTAAGTTTGGAGCCAATAATTGAAGACTATATACTAAAGGTTTATCTAAAGTAAATTGAATACTTAGAAATTTGTCAGTGTTTAGAGTGAAACTATTTGAGTAGTTATTTGAAGTAATTTTTTTTGTCTTAAAGTCAACTTTTGAAAAATATAAATTTTCAATTCCTTCTGTATGTGCGTTTTTTAACTCTGAGTTATTGCCCTGCTTGCAGGATATTAATAAAAAAACAATAAGGACTAAAAAAAAATTTGACTTCATCTTTGAGTGTATAGTTTTATTATTTAACAAACATATACTTAATGAAACTGTCAAAAGCACCATATTATAATATGGGACTCATTTAAAGCTATACAGGATTGGTTTTTATTGACTTTTTATAATTTAGTGGGGTTATGCCCTTGATATTTTTAAAAGCTCTGTTAAAAGTTGTTTTTGAATTGAAGCCACATTCAAAAGAGATGCCCAATAGCGTTATGTGATCATAATTACCACTATGCAATCTGTCAATAATAGCATTAACACGGTATTCATTTACAAAATCCGAGAAATTTTTATCCAAACCATCGTTTATTACTTTGGACAAAATATTGGGATGTATGTTAAGATTATCTGCCAAAGATTTTAAGGTTAATTCTGAGTTCAGATAAAAAAGGTTAGTTAGCATTTGTCCTTTTAACCAAATTGCTTTTTTAATGATCTCTTCAGATGGGTTTTCTTTGTCAATACTATTTTTCTTATTAGTTTCAAGTAAAATTACTTCGGGCCTTAAAAAAGCTTCAGCACTAATCCAAATAGTTATCATAGAAAGTAACACATAAATTGGGTAATAATCACTTATGCTTAACTGAAAATCAAATATCACATAATCAATAATGGTATAAGGTGTCCATAAAAACCAAAGTATAGCAAATACAATAAGCAACCTATATAGCCATCTTAAATTATAGGCATCATTGTTACTATAGTTATTGTTTAACCAAGAATGATAGGATTTAATAGCTTTCAGCGCATATATACAGTAGATTACGATAGAAACAATTGCTAAAAACTGAACGATAGGCATTAATTTAAGATAGGCCTCCGTTTCAATACCAATGACATTATTTTCAAGTGCCTCTCGACTTATAATAAGATGTATTATAAGCTCAATTAATAAAGGCAAAAAATGAATGCTATCTTTCTTGGAAAGATTATAATTAAAGTTGGTTATTTTTCTGACATATAAATATAATAATGGTCCAAGAGCCAAGGAGTAATTTAGTGGTATTAAATAAAAATAGGGTAGATAATCAGTTATCTGAAAATCCAAACTCAATATCCAAATACTCCAAAAAACAATGATGAAAGTTACTAATCCAAGTAATACATTGGCTTTTCTATTTATCCGTTTTGTAAAAATAAGTAGCAATCCAAATGTAGCTCCTATAAATACAGATGCAATTATAATAAGATTAAAAAAATTTAAATTGAATTCACACATTGATTATATTCTTCTTGTAAAAAACTACCTATTTATAAATGGATATTGATTTTCGTTATAATACCAATTCACTTTGTTACGCAGGTATTCAATATATAAAATTACACTATTTTAAAAGCTGATCTTTGGTAATGTGCTTTGTAGAATTCTTCTGTTTTTAGTTTGTTCATTATCTTGGATTCAGCTTGTTTCTAACGGCAAGTAATCGAGTAGTAGGGCATTTCGAAGCACACACTTTCAATACTCCGTAATGTTCATATTTACTCGTTAAGCCCTATTATTTCTTATAAAATGTTATACACTTTTATTTTTTGCAATTTTCTTCAATCAATTGGCTTGCTCCACTATCTCCAAGTTCAAGTGCTAATTTTAAATTGTTGCATGCGCTTGAGTTTTCATTCAATTTCAACTCTGAAATAGCCAAAAACCTTCTCAGTTCACCTGCTTTTGGGTCAAGTTTGACACATTGTCCAAAGTCCGATTTTGCTTTCTCGAATTGATTTATTTCCATTTCGGTAAGTCCTCTATTCACCAATGAGCTAATGTATTCTGGATCTAGTTCGATAGCTTTTGAATAATCAGTGATTGCAGCTTCATAATTTTTCAATTTTTGATTTAAGAAAGCTCGGTTATTGTATGTCATTGCATCTTTAGGGTCTAACCTTATCGCATCGTCATAAGCTTTTATGGCTTTGTTAGAATGTCCTGATTGCGTATAAAAATATCCAATCTTTTTAAAGGCAAAGGAATTCTTAGGATCTATTTTTGTTATCTTTTTATAAGCATTTAGTGTTCCTTGAATGTCGTTTAACTGCTCTTTACAGTCGGCAATTCTTTGATAGCATAGTTCAGCTCGATCATTCTTGGTATCTTTTTCAATACCGATTTTGTAATAACGCTTTGCATCAATTAGATTTCCTTGTGTTTCTAATAAAGAAGCAAAACCAAAATATGAATCAGGAAGTTCTGGATTCAATAACCACGATTGATTAAACCTTTTCATTGCAGTTTTCAAGTCATTATTATAATAATATCTCCAAGCATGGTCAATTTGAATAGCCGCGGAGCTATCAATTGTACCGAACTGTTTTAAGCAATCTTGAATAAACTCTTCGTCTAATTCTCTGTACTCTTTAGTTTTTTTGACTTCCCCATATCTTGGTTGAGTATTGTCAATTTTATTGTTCTGTGAATGGCAAGAACTTAAGATTGACAAAGTTAATAGTGAAGTTACTAGTAATTTCATTTTTTATATTGTGCCTAACATCTGAATAAAACCCTTTCAACTCTTTAGTATAGGATATATATCTATTTAGAACGTTATTTTATTATCAACTAAACTAGCACTTTCATATATACTACCCAACAGACTTTTTATTGTTTTGTTATTCATCGCTAAAACTCAAGTATAACTCTTCGCCGCTTTAGAGCTATTATGAACTAATAAAGATGTTGTGAAAAATAAAGGCAACATAGGGGAGAACACAACCATTGGCAGATCAAGTAAGGGTTTATGTCCTACCTATTTTAAAAACCACTATCATGAGCAGCTGAAATAGGCCACCAAAAAGGAGCAGTAGAAGTCAGTGGGGTTTTTAAAACTGAATTATGGATTACTACTAGAACTGGTGAGTAATCCAAATTTGTCCTTCGACTATCTCCTATAATCCAATTGACGAGTATGATGGATGAATTATACATCAAGTCTTATGCCTTGTAATACCGCCGTCTTATTGTATAATTGGACACAACTAGTCTAAAACAGAGTCATACTCAACTGCACATCCCAATGGGCGCGAATTTCAATAGGCCTTTGCAATTGCTAGATGAAGTTCGATCTACGATGCTACCTATTGATGTACTCTAGTGATAAATTAATGCCTTTTGACTTGTTTTTCGCCAAAGTACTTTGTTAGAGGTTTGAATTTTCCATTGTCTTTTGTTCAAGATTATTCATTCTATACCCCAAAATGCCGCTATTTATATCGATTGCAATATGTAGAAAAACTGCTATCCAAATATTTTCAGTAAAATAGTAAATAGTGGAAAATAAAAATCCCAAAATAAAAGAGGCTATAATGTTTTGCTTTCCCATACCGATATGAGTTGCAGCAAAAATTATATTTGTCAAAATAAATGCAATTAATAAATTGGCATTTTCTTTTAAAAACTCGAATAAAAAGAGTCTAAAAATTATCTCTTCACAAATTCCAGCACTTATAGATAGAATAACAAACCAATCAAATTCTTTTTTTGTCTTTGGTAGATAGCGGTATATGTCTTTCATTTTCTCCTTAACAACGGGGAGGGAGGCGGATGTGATATTCGACTGCTTATACTGTACAATCGTAAATGCCAAAGCTAAAACTGAAAATACAATACTGATTACAGTAAAATTCGGGTACAGATTTAATTGAGGGAGTTGTGTCGTAAAAAAATTAATGAGAATCAGAATTGTTAGACCCCAGAAGATTGTGATTGTTTGTTTGTAGTCAAGTAATCTAAACTTGTCGTCTTGCTTTATGCTATTGTTCGTTTTTTTATAGGTTAACAAAAAGTATGTTGGGTAAATTATCCCAATGAGCCCTGCTAAAATAGTTGTCCAAATCATTTTTATGTTGCTGCTATTAATATTTGTTGTTACGACCCTACCTCTAGAGTTAGCTTTAAAAATAGTGGTTTTGAAATATAGTAATTTTTTGTCCATTATTTTTAGGACATGCTAGGGGCTGTTTCTTATAAAAACTTGTTTTTGAATGGAATTGATTTAAAAAAATGGTGCATTCAAATTCATGCCATAAGTAAATCCGCTTTTTGCTAAAAGAATCATAGCCTATTTACTTTATACTTTGGATATGGTAAGAAGACTGGAAAGTGAAAATACCAGTAGATAATCCATTATCTGCAAAACAAGTTGTCCAGATGAAGTTGTCAAAAACCAAAAATAAATAAGAACTATTCAAAACTTTTTTTTGTGTATTCTCAAAAAAAATTAAAGTAATTCCTGTTGACTTGTTTTTTAACTCAGCACTTTTTTAGCAAGCGTTATTTATTTCAACTTAAGTTTATCAATCCTAGTTCCAACTGTAAATTCTTTCATTTCCTTTTCAAGATTATTGAAATCAACTTGTTGTACTTTCTTTATAACTTCTCCGTTTTTCATTACATAAATTTCATCACACGTATCCGCAAGAGTTGAAAAAATGTGAGAAGAAATAATTACTGTTTTTTCTAATTCTTTAAATCGTTTTATAATTTCAGTTATAATTAAATTGCTTTGTATGTCAACACCATTGAAAGGTTCGTCCAGAATAAATACATCATTTCCTTGTAAAAGAATTGCGGTTAAAGCCAATTTCTTTTTCATCCCTGTTGAATAAGTAGAGGCATACTGATTTAGGGGTAAGTCAAATATATTTTTGTGCTCAATATTGGATAGTTTTATTTGTCTTGTGTTGGCAAGTAGTTGTATGTATTCCCTTCCGGTAATTTTAGAGAAAAAAAACGGTTCTGTTAACAACAGTCCTAAATGGTCTTTTAGTTTAGTATAGTTAGATGAGATATTTCCTTTATAATCTTCAAGTCCTGAAAGGCACCTAAATAGAGTTGTTTTCCCTGCTCCATTTTCTCCAACAATGCCATATACTTTCCCTTTTTTAAATTCTAAATCTATTGAATTTAGAACTTGATTTTTACCGTAAAACTTTGATAATATTTCAATTTTAATCATTTAAAATGTCTTTTAATTTTTTAATCGATTGGTAATAAAAAAAAGGAATAAATATTAAGAGTATTGGCGGAAAGATTAAACTTGTTACAATCAAAATTAGTTGTGATACATTCATCTCATTTGGAAAAGACGAATATTTGGCAAAAATTATTGTCGTGAGATAAGCAAAACACAAAAGAATAAAAACAATTAAAATATCAATTTGATTAAAAAATGAAAAACTCAAAGTAATTATAATTGGCAAACTTAAAAGTAAAAAATTGATCAAGCATGTTTTTGTTTTTTCCAATAAAAATTCTTTCGGAGATAAATTATAATTCCAAACAAAATAGTCGTTTTCTATTTTTGAATAATAAGAAAAACAAGTTATTCCAATTAATAGCACAGAAAAGACACCTAGGTTAAAATTTCCAACGGATACTGAAATATAAGTTAAGACATAAGCTATTGGAAAAACATAAAATGTCTTTCTAAAGCCAACAGCAAATTCAAATGGTTTTTTACTAAACGGTGTTGGAATTGTTACAATCACATTTGTGCTGAAGTTGAACAGCATAATGATAATTACCAATAAATTTAATAAAATAGAAAACACAAATTGTTCTTTGTAAATTAAAAACAGAGTAAAAGGCAAGCAATAGAGGAGGTTTTCTACTACTCTTAATTTTTTGTATTTGTCTTTATTGAATATAGATTTTAAGAAATCATTTCGTTTAGGATCACTTAATCTTGAGACGAAACTTAATGCGATTAATCCGTAAACATAATTGGCGAATTCTGTGTTTCCGAAGAGATAATTGGAAAGCAGAATAAATAGAAACAGTAAAAGTGGATATCCTATCAAAAGTGGAAGTCCAAAATCAATCATTTTCCTATTCAGCATTTTATATTGAAGTTGGAAGTATTCTTTCATTCGTAATATTGACCAGATTTAGTAAAATATTCTCTTTTTGTAAGTTTAGTTTTTGTGAAAAAAATGTTATTCTGTCCATATTCATATTTATAACACGAAAATAAGAGCCTATAGAGTTTTATAATTCAGTCAATTTTATGAGTAGTTTTTCATTAACCACAGCGGTAATGTATAAGCGTAGTTGAATTTATAAAAAGCCAAATTAGTAAAAATAGAACTAACCAGTGGAAATTCTTAAGGAATTTCCATGTGGATGGGAAAACCAAGCAATTAATTTTATTCTCTATTGGCAATAGTGAATTATCATAAAAAGCTGTAAGTGAATCTATTTTGGTCTCCAAATGTTTGATCATTCAGAATCGATTTATAAATGCTATTTGCTTTTACAAATGCTTTTGAATACCCTGTATTTTTTGTTTAACTTTTTTTGTTAAATATTAAACAAATATAAATATTTATTATACGTTTGTTTAACTCGAATTAAATAAAAAATTATGATGAATAGAAATTTACTAGCTTTTTTAATGATAATCCCTTTCTTTTTTATCAGTTGCAGTGATGATGATGGCTACTCAAATCCTGAACCACCTGAAATAACTGAACTAAATTCTAAAATTTATACTCTAGGAACAGTAGGTGATTTTGGAGTTTCTGGCACAGCTAAATTTATAGAAAATAGCGATGCCACATTATCCATTGAATTAGATTTACAAAATACACCAGCAGGTGGTATCCACCCTGCACACATTCACTTTAACACTGCTGTTGAAACTGGTGGCATAGCTTTGACACTTGAAGATGTAAACGGAGATACGGGGAAAAGTACAACTATATTTACAACCCTTAATGATGGTACTGATATCACATATTTAGAGCTGCTTGATTTTGATGGTTATATAAACGTTCATTTAAGCGCGACTGAATTATCTACAATCGTTGCACAAGGTGATATAGGACAAAATGAGCTTACAGGCGAAACCATCAGCTATGATCTAAATGAAAGAGACGTTCCTGGTATTAATGGTACTGTTGTATTTGCCAAACGTGTTAATCAAACAACCTTGGTCTCTATCAACCTCACTGGTACTCCTGCCGGCGGAAGACATCCAGCACATATACATGAAAATGATATTGCTACTACAGGAAATATTATCGTTGGTTTAAATCCAGTAATTGGAGATAGTGGTATTAGTAAAACGCAAGTAGAAGCCTTAGTTGGTGGTGCTGCGGTAACTTATACCGAGTTATTGACTATTAACGCATACATAAATGTTCATTTGAGTAATGCTGATTTAGATACAATCGTTGCTCAAGGAAATATTGGTTCTAACGCAGGTACCGATCCAGGGGGTGCAGAGTCAAAGACTTATGATGTAACCAATAGCGGAGCTTCAGCATATATTTTTAACGGAGAAGGGCTTTCAGACTCAAATAATCCAGACTTTACATTTAAAAGAGGAGGTACGTATACTTTTAACGTAACTGTTCCAGGTCACCCTTTCTATATAAATTCAGTAAGAGGAACAGGGACAGCTAACACATATAATTCAGGTGTTACAAATAATGGTGCCGTATCTGGAACAATCACATTTACTGTTCCTACAGATGCACCAGATACGTTGTATTACAATTGTGAATTTCACAGCTCTATGACTGGAATGATTACTATTATAGATTAATTGATCGTTGATTAAAATAACAGTGTTTAAAAAAGGGGGATGGCTACACCATCCCCCTTTTTATATTGAAGAATTCAATTATAAATCTAGCAGAAAAAACCCTCACTCTTGTTTGGTAAAAATTCAAATGCTCTGTATCCTTAAAAACAAATTGTGACAATCCAAATGATAGTATCACCGCACTTATAACACCGATAAATGAGTTCTGATCTATTAGAACAAGACCACTTTCATTAAAAGGAAGAATACCAGGCCATTGCTCATCTTAAGAATTGCTATTTAAAGAACTTAAAATTAGTAAGGATATAAAGAGATGCCTCATCGTTCTGTTTTGATAAAACAACACCTAACTTTTTTAGTATGCTACTATTAATTACGGCATTTATGTGTAAGATTAGTCGGATGATTAAATAACTAAATTAGTGAAAAATGAAATGAACGAGAGGAAGTTCCAATGGACTTTTCATAAGTAAGCTAAAAACAGGCAATTAAGTTTACACGTTTTAAAGGTATCCATCCCACCAACTACATATAGCAAGTCAAACTGATTATGTTTATCAGGTAATTCCGGGTAAAAAACTTCTCTTATGTATTCTGTAGTTTTTTGTAATTCTGGGGATACAAATCTTTAATATTCTTGTGGTTGATGGACATAATATTTTCCAAAGTGTACTTTAACCACTGATAAGGGTTCACCTCGTGTTTTTTACAGATTGCAAAGAAGGAATACATAATTGCCCCTCGTTGTGCCGCATCGTGAGAGCCTGCAAAGAGATAGTTCTTACGTCCCAAAGCTAATTTTCTTATAGCATTTTCAGTGAGATTATTATCTATCTCGAGAACCCCATCATATAAATAGGCACTGAGCTGGTCCCACCGGTTCAGGCTGTAACTCATAGCTTTACCTATTGTGCTTTTTGGCAGGATATGGTGATCCTTTAGCTGGTTTACCATCCATTTTCCAAATTCATCAATGATCCCCAAGGACTCGTCCAGCCGAAGCTTTTTTCGCTCTTTTGGATTTAAATTATTCTCCCGTGCCTTAGCCTCGACTTTGTAGAGCTTCTGGATAAAAGTAAGCGCTATCTCTGCCTTTAGTTTATCATTGTCCCGGGCTTTATCAAATTCCCTTCGGGCATGAGCCCAGCAATTAAGGTGAGTAACCCCTTCGCGTTTTCCAATTTTATCATAAACAGAATACCCATCACTTTGCAGGTAGCCCTTAAATCCTGATAATACATGCGCTGCAGCCTGGGCGCTGCGCCCCGACTGATAATCAAAAAGCACCGTTTTATCTATAGGACAATGGTACACCCAGTAGTATCCCTGATGGGTGGTGCCTTTCTTTTTCTTATCGATGACTTTGATGGGGGACTCATCGGCCTGGAGATACCCCTTTGACCGAATATCTTCCAGCAAATGCTGATAAAGAATATCCAATATTTTAAGGCTTTGCCTGGTCCAGCCTTCCAAAGTGGAAGAGGCAATAGGAATATCAGCTCTTTTAAAACGCTGAAGCTGGCGGTAAAGAGGGAGATGGTCTTCATACTTATCGACCAGAATGGAAGCTAAAAGCCCGGCTCCCGGTATTCCTTTTTCAATAACTCGCTCTGGAAGCGCTCCTATTACAACTCCTTCTTTATTCCGAGGAGCGTATTTATAGCGGATGTAGCGTTTGATGTAATATTTGGAAGGCTCATATTCTAATTCCTCGGTGATTTCTTCTCCAATACAGACCATATCGCTTAAATCGCCCTCAGGGTAGATCTTGATTTCTTCCACGGGAAGATGCTGCGGAAGCGGTACTCGACCTTTATGAGCAGATTTCCTTTTTCGGCGCTCATAGGTAAGCTTTTCCTTTACTTCTTCTTCCTGCCTTTGTGCTATTTCTGGCTCCATCTCAAAGGGAAGGCTCATTTGATCCTTATCACCCTCGAAGCGTTCTCTTTTCTGTCCGTGAACAATCCGTTTGTACTGAGCCAGTTGAAACTCCAAATCCAAGATCTTATAGTGTGCCTTTTCAACATCCTTTCCCTTCTTCTGAAGTAGGCTCAAAAGTTGGTCTTTAGTAAGGTTTTCCAGGGCATTTTGCATAGGATAAATATACAAAAACCGATACTTTGAACCTAGCGTTAACCCCTGTTTTTACTGATAAAATACGATTATTTCCTAGTGTGAATAGCGCAGTTTCTGAACACTTTTTTTAACCGTAATACCCTCGATCATCAGCACCAGTTGCGGCCAGCTGAAACTAGTCTGGCCTTCCCTTATTGCAGGTGGAGTGAAGCTTCCCCGCTCCAGGCGTTTATAGTATAAAACAAAGCCGCCCCGTTCCCAATGAAGGAGCTTCAGATGGGTGCGATTCCGGTTAAGAAAAACGAACACATCGCCACTTGTGGGCTCCCTATTCAGTTCATTTCTTACCAGTCCGCTTAGGCCATGGAAGGATTTACGCATATCACAGGGCTTGAGGTAAAAGTGATAACAATGGGAAGAACCTAGCGAGAACATTAGTAAAGTTTTACTAACCTTGCAATTAATGCCAGATCCGGTGAACTCATTTGAAGCTTGACCCCATTGGGGTAAATAAATTCCATGGCACTGGCTGAAGATTTCAATCCAGTGTCTACTTCCACAAAACCGCCCGGGTGATCTTCCTCTTTCTTTTTGCGTATCCAGTAACTAAAAGTAGAAGGGCTGATCCCTCTTTCTTTGCTAAAGGCTTTTGACGAAAGGCCACTACTTTGATATTCCGTTACCAATTTGTACATTTCTTCGTGTTTGCTCATAATAAATATTATTTTAGAGCAAAGCTATCGAGAGAAAGTCAGGTGGTCAATATGTGGTTGGTGGGGTGGATACTTTTAAAGCACAGTTTTTATTCCATTCTTAGTATTTCCAGTAGTCTATTTAGTTGATGATCTTCTTTCAAGAATATCTGATCCAAGTTCCTTTCTATTTTAATATCAGGTGCTGTACCAATTCCATCTAATATTTTACCGTTTTTTTGAAAAGAAACCATTGTGCTTATTTTCCCGCGTAATTCTGAATTTGGTAGTTCAAATCGCTGGCTGTTTCCACTCGAACCGTCAGTGTTCACTCCAACTATTTTTATGTTTGGTAATCCCTTAAATGTTGAAACAAGAATAGAAGCAGCGCTAAAACTTCTTTCATTGGTTAAGATACAAATAGGCTTATCATAATGATACTTGTCTTTTGTGATTTTCTGACCATTGAAAATATAATAATAATATTCGCTAAACTTATCATTATCCAAGTTATACATTGGCTCAAAAGAAGTCATAAATTTATCCACTGTATTTTGTTCTCGCCTATCCAACTCATCTCTCGAAAATAAGAAGCGATTATGCAACTCTTTCTTTAATTCATCATTCAACGGTAGTTTGCCGCGTTGCCTTGTGGCGTTAACGACATACACGGAATTTGGATCGACAAAATACCCCGCTAATTCTTGAATTAAATCACGTGTTCCACCACCATTATCTCGTACATCTATAATTAAGGCATCAGTTTCTTTTGCCTTTATCATAAAATCATTGAGATACTCAAAAAATACTGGGCTATCGTCTATGCTCAACATATCTACAATCTGGATATATCCGATGTTATCTTTTATCGTAAAAAATTGTTGGATAATCTCTATGTCATTTAACTGCTCTTCTCGCAAAAAGAAATTTTTCTTATGAAATCGCTCATCCCATAAATAAGCCTTGTTCTCATCTGATACTAATTTGATATCCACGACTTTCTCGATTCCGTTTTCATTTGTAAGCGTTACTGGAAGCGTATTAGGCAAGTTGAAGTTGATATTTAGAATGCTAAAAACGGTCTCTATATCTCTCAGATCTCTAATTGCAAGAAGAGAATACGAACTTTTTGGGGCGAGCTGTTCGCTAGGAATAATTTTTGGCAATATCTGGTCTAGTGGTATATTATTTATAGATTTTAGGTACGGAAATTCTGAATTCCAAAAAGCGTATTCTTTATTCGCCTTATCATATTCGAGTACTAATACTTTGCCTTTAAATGGTGCAAATGATAAGGGAAAATAGAGTGTTTCTGGTAAATCATAACCTTTTATATAAGAATGCCTATCGCCAATTTTTCCAATAGTTTTGGATAAGAACAACCCAAAACCAGATTTGGTGATTTTTGTTCCATCTAATTGGTCTAAATAGTTGTCAAAATCCTTTCGGTAATCAAATCCGTTTAATCCTTGATATGAAGATTGGTTTTTAAGAATACCGTCAAGAATTTTCAAGTCGTTTTCAATTTCGCTTTTCGTTAGATAATCAGTATCCTTTTGTGCATTGCAAAAAAGTGTGAAAATTGATAATAAAATGACTGTGAAAATTTTCATTGCCTATGTTTTTAAATGTTCATTAAAGCATACAGGTTGTTGCCTACTTTTGGTGAATGATTAAGCAACTAATTTAGCAAACAAATCACAGATAGAAAATTCCAACGGAATTTTCCGGAGGTACACTGACCAAAGTGATTAAGTATACACTGAATTTCCATTTCGTTGTGTTTCAGTGTCATAATTATTCGCCTTAATTCTTTTATTTCAGCATTTGAATGAATTCGGTCAGTGAATTATTCCGCTATATTTTTAAATTCCGATTGAGTGAGGATTATACGACCGGCTGAATTACTCACATAATTAAGTTATATACGTTCGCTTAAATCCAATTTTAAAAGAGGGTTTTTAGTATAATTATCGCGCAAATTTCTTATCAGTGTAAATGGTATAGGACAGAAGACCGCTTTATTTTTAATCGTGGTTGCTAGGGTTTTTAAGTTTGGAACAGCCTCACAGGTATGCAGCTATATCAGCATCAAACCAACGGCCAGAAAGTCTGAGAGCAGTGTTAGAGTTAGGGCAAGAATCAGTATGGTGGTTAATAAAAAGCTGCGTCATATGCTGTTTTTATATTCTCTTAGGGCCTGTAAGCACAACAAAGCGTATCGGGAAATTATCAGAATATAGTAGGCAAAAGTTAGAAGCTAGCCTTAATTGCCATAGCCAACAAGCTACTCAAACAGTGTTTTACTATTACAAAAACAGCCAGGCCATATGATGAAAGTTACGTTTCTGTGTTGTCTAAATAAATAAAGAAAAATCAATTAAAAAGCTTGAAAAATCAGTCTTATGAAGTCTAAACTACTAATGTTCCATATTAAAGTAGAAAAGAGTTGTTTTTACCTCAGTTCTGTGTTGTGCTTAATATTTTTAGTTCACTTGCTCAATTTCAGTATTCGAAACGCTCCTTGAATAACCAAAACAAAAACGATTGTCCCAATAATCAAATCAGGTTTATTAGAACTCAAATAATTTACTAAAATTCCTGCTACAATTACTCCTAAGTTGATAATCACGTCATTTGAGGTGAAAATCATACTCGCTTTCATATGTGCTTCTTCTTTACTTTTTGACTTTTGTAAAATGTAAAGACAAATTCCGTTTGCTATAAGAGCAAAAATCGAAACGATAATCATTGTTGAAAAATCGGGAAGTTCCTTGTCTCCGAAAAATCTCCTTAAAACTTCTAAAAATCCAATAATCGCAAGTGTTATTTGAAAATATCCAGCAAGTTTCGCAATTCGTTTTTTCTTTATTAGCGTTCCCCCAACCGCAAACAAACTAATTCCGTACACAAAACTGTCCGCAAGCATATCCAAGCTATCCGCAACGAGTCCTATAGATTTTGAAATCAGTCCTGTTGTCATTTCGATAATGAAAAAGGCGAAATTGATTATAAGTACAGACCAAAGTAGTTTTTTTTGGTTTTGGTTTTTTTTAAAATCCGTTTGGTCAGTTTTTTCCGTTGAAATTTTTTTCCCACCTAAGTTCAGCTCGATAACAGACTTTTCGATTTGGTCAATTTCTCCAGTGTGAAAAACGATCAATTTTCGGTTTACAATATCAAAGTCTAAATTCGCAATACTCGAAATTCCGTCCAATTTCATTCGGATTAGATTTTCCTCTGACGGACAGTCCATTTTGGTAATTTCAAATATCGTTTTTTTCAATCAGTTTCTGGATTTTTAAGCATTAAGCAGTAGAGTAGAGCCTGATTGCTCTTCTCATATTCGCTATACGAATATAATAAAACAATCAACGCCGCCTTCATCTAATACTTCGACAGACCTACCTGCCAAGGCACGACAGGCAGGCTCAGTGCACCGCCATGCTTAGATTTTTCCCTCCCACAGCATACCTCGTTTTTGTCAGGATTTCGTAGTTTTCCATCTATAACCACGCCATCCCTGTGACTCCGGTAGATGGTTACACTTCATACTACTGTCTATCCATGCAACATAACAGGGTTCGAGAACGTCGAAACTCCCCCCAATCTATAGATACACTTATCGAAGCTACTATGAGTTCACACTTGCGTAGTACAGCTTGGTTATTTGGACATGCCAAGCTTTAGCAAAACAGTCACAAATTGAACTGTCGGCAGCTCTTCTAAATGAACAGCAAATTATTAAGGTAGGATTTACAGCTACTGGAAAACCACAACTTCATAGCGCACCAACGATTTTGCTAAACTGCTTTTTAAAGCAGTTTAGGTTGTGCTGGCAAAAGTTTATTAATACTTAACCGTTACATTAAATCCTATACTTACAGCTCCCTTTTTTTGCCAATAATCTTGACTAGTCTTCTTGAAAATTATAGGACTCCCTAAAAACCCTGCGGAGAAAGACAGCCCAAATTCATCCCCTAAATTTTCAATCCACTCCAAAGTGACAAAGAAATCCTCATAGACTACAATGTCATAATCACGAAGATCAACAGTAAGTATACCTTCTTTAATTTGACTGACAATTATGATGTTCTCTTTCAAAAGACTTTTATTGGGTAATCCATTTTTCAAATCATAAAAATTGAGCCTAAACTTAAGAGTATCGTACTCATTTTTGACAATAGAGACATTGAAATCTTCAATGTAAGTTGGGCTTTTCTTAATTTTAATTTTTATGCCGATTTCATTACCTAAATTGTTTGATGAGAATCCACCGCTAATTCTTTTAGAAGTAGTTTTATTTCCAAGAATTTTTTCTTTTAATTTTCTACTTGAAACAACAACCTCTTGTAAATTACTGATTTCTTCTTCCAGTTGAATACTTGGATTATTGAGAATTATAGTTTTAAAATTAGATACTTTAAAGATCAGAGGTTTATAACCGATCGATGAAATTTTCAATGTATCGTTATCGTATTTTTCATTCAGTTCAATTTGAAAGCCTCCTTTATTATTGGAGACTGTTCCAATGCTTTTTCCAACAACCCCTATATTAACATAAGACAGAGTCTCTTTAGAATTCTTATCTACTATACTTCCCTTATATGTTTCTTGAGAATATGATTTCGATGAAATAAGAAGAAGTAGTAATATAATTTTTCGCATGTTTTGATTTATTTTAGGTAACGTTTAGTATATAGTTTGTTGCGTGTTTAAGCAACTAAATTAGTAAAAAAGTCACATATGGAAAATTCCAGCGGAATTTTCGTAAGCAAGCGATGACCAATAATAAATTATATACCGTGTTACCCTTTGTTATTTTTCAACTCGCGAGTTTATAGTGGTTCACAAGCACAGAAGCAGATATTTGTAAGATTCGCTCCAATTCCCTAATCATATCAACAGTCAATCTTTTCTTACGGTTTAAGACTTCTGATACTCGACTTTTCCCGCCGATAATTCCAACTAAATCTTTTTGTCGCATATTCAATTCTTCCATTCGGATTTTTATCGCTTCGATTGGGTCAGGTGCTTCAATTGGATAATGTTCGTTTTCATAATTCTCGATAACCAATGAAAGAATTTCCGCTTCATCGCCTTCTTTTGTGTCAATTGACGCATCGAAAATCACTTCCAAACGTTCTAGAGCATTTCGGTAATCTTTGTCAGATTTAATTGGCTTTACATTCATAATATTATTTTTAAATCGTGTCTGCATTTATTTTGTCATATTCAGCATGTGTGCTGATAAAACGAATAAATGCCCATTGCTTTTCATAATTGAACTTTACAATTAGTCTGTAAGAATTTCCTTTAATATTGAAAACTACTCGACTATATTTTAGAATGCTTGCGTTGATGTAAGTTTGTTTTACATCATTTGGTGAAAACCATTTGGCACTTTTGGTGGTATCATACCAAGTTTTCAAATACTGTTCGGAATCAGCGTGTATTTCCCAATATTCCCGAAGTGTACTTTTTGCAATTATTCGTTTCATCGATTCAATTATAGCACAAATATACAATTAGTTCTCAAATGTTGAACTACTGACGAATATTCTTTTTAATAAAGGCTAACGTGATGTGTGTGGTTAGATTCTGTGTTAGTATGCAACAAAAAACCCATATTTTTTTAAAACGGCTTTAAGCTACTTTCTAAAGGGCAATAGTATTTTACTCTAATTTCTTTTTTTCGTCTATATAAGTTGAATCAGATTGCTTTTTAATTGATTTTAGCATATCCATTTTATTCAATATTTCTAATTGTTGTTTTGAAATCCTTTGCATATTATTGAATCGTATTCTTTTTTCAACTCCGCTTTTAATTAATTCAGAGTTTAGAGATTCAAGATTTGATAATACTGCAAGTTCATTAATACTTGCATAATCTCTCATATTATTTCCTTCTAGAGATAGTTTTGGATTTGACTCTTTCCATTGTTTAGCCGTACAGACAAATAAAGCTACATTTAATAAATCTGCTTCTTCTGCATATTCAATCCATTGTTTTTCAGTTGTATATTTTGATTTTGGAATAATATGATTTTTAACAGCGTCAGTATGTATATGATAATTTACCTTACTTAAAACTCTCTTTACATCCCATTCTAAATTATGTTGATTAGTATCAATTTCTTTTAATCTCTGATACTCTTTTACAATATAAAGTTAAAAAATTGGACTAATCCACATTCCGAAATTATAATCCTTTAATAAGTCTTCGTCAGTTTCCAATTGATGTTTCCAAAGTTGGATATTCTTTTTAGTAATCGGAAAATTAAGTTCTGGACTTTCCCATTGATAAACAATATTACATCATCCCAATCAAAAGACTCTTCTGTGATTAATTTATTTGCATAGTTTTCAAAATCATTTTCTGCGATTTCTCCATTCAGATTTTGGTCGCATTTAGCGATTAAATTAGAGCGTGGTATTTTGATTTCTTGGTTCAATTTTGGTTTTTCTTCAAATGATGCACAACGACCTGGCAAAGAAATCGCAGGGAGTTTAAAATTTTACCCTTTCAGTTTAGTACTTAGACAAGCCAAATATTTTTACAATTATTTTTCTTTCTTCGTTATCAAAATTTTGGTTTGGCGGTTTTCAATCGAAGCTCAAAACTTCCATTTACCACCAAAACCCCTATGTCTTTTAGCCATTGTTAGCGGTTCGTTGTTTATTTGCTTTATAAAAACCAATTTTCATCTTTAGCGATTTGTCCGACTGCCTTAATATTTTTGTTCGCAAATATTCTACATGATCTTTCTGCACAAGAAGCAATTACACGAGGATATTTTTTCGACTCGGTCATTATTGTATTTGCGATTTCTATTGGCAATTCTTTAACTTCATTTAGACGGTGATTATAAAAACGATATGATCTTTCCTCATAATTTGTTAGTGTAGCATAAATTTCCTTTACTTCATTTAAAAGTGTCAAGTCTAGATTGTTTTTCAAATACTTTTCAATTAGGTATGATAATCTAATGTCGCCAATAGCCTTCATTTTTTGAGTAGCACTTGACAAGTTTTTATAAATGAAATTAAGTCTTGATTCTTCGGAGAAACGATGGCTTATAAGATATATAACTTCATTTTCTATTGCGTTTTTGACTAAATATTTTGCAATTTCGTTTGACTGTGAATTACTTAAATTAGATTGTCTTGCTGTCTTTTTCAAACTATCATTTAAAGTCAAAAATTCATCTTTAGACAGTTTATTTATTTGAGTTGAAATATTTGCAATTTGTTGAATAATAGTTTTTGGAGTTGCCCATGTTAGAAGGACAAGAAGTGTGAAAGCTATATCGGTTGAATTTTGTAATTGCAATTCCCAATATTTAATATTTCCTGATTTCATTCTAGCACATCTTACACGTTTACAAAGTGATTTTGAAGAATCTGTTAGAACGGAAAACTCATCATAAGTTTCGTTTTTCGATTTAATACCAGCTGAAATAACAGCTATGATTTTAATTGCACATGTATCTTGGAAAATACCTCTAAAACTTTCTACCAATAATTCCCAAGGTTCTATATTATTTTTCCATTTTGTTATTTCATCATTTAAACTTTTTGAAATAAGGTTTGCGAAATTCTCAATTGATTTATCAATTTCATCTTTTACTGAGATTGTGTTAATAGGTTTTTCTTGTTTAACATCTTGTGGGAAATTTCTAACTCTTTGAGAAATGGAATTTAAAAAGGGTATATTGGAATCATCGCTATTCAATATATTAATCAATAAATATGGGTGGAGCATTATAGTTAAGAACTGTAAACTATGATTAAAATACTTTCTTTGATGAACTGAAATTTTACTTTGCAGAACCCCGTTTAAAACTACTTGCTTTATATCAAGGTCTGAATCAATTACATCTAATCTGTTACCATCAATTAAAATTTGTAATCGTTTTTCCTTTTGTTCTAAGTCACCTTCCCTTATTATGTTGTGTAGTTGTTTGTTTTCAATTTTGTGAATAATTTCTAATTGATAAGCATATTCAAACCACTTAGTTAGTTTTTCGTCATTAAGGTTCCTTACATTATTTAACCAAAGTTCTAGTGTTTGAAAAGGATTGTTGCGGACAATACCTATGAGCTCAGAAGCGTAGTCATTCTGAGGAAATTTCTTTAACTGGTCAAAGCATTCAATTGTTAATTCCAAACGTCCACATTCATTCGGTAAAAGAATAGGTTCATTATTCCCTCTGCGACCTTCTTGGTTTATTATATTCCCAATATTAATACCGTCAACAATAATCCTAACAACATCATTCAGTAGCAAAGGGTATTGCGTAAAAACCCAATCAGAAAGGATTTGAGAAGTAAGTAGTCTAGGATAATTTGTATTTTTCAAAAACAGATCGTCTTGTAATTCCTTTAATTTTTGAATCAACATTGGCAATTCTCCCTTGTCAAAACAACCAGAAAAAAATCGTACTACATTATGCCAATAGAAGTTACGTGAAATTGCATCAAATCTTTCGGGTTTAGTACCTGTTTTTTCTGAACCAGCAGGTGAATAAGGTGATGTGTTATATAGATATTTCGCACAAAAATATTCTCTTAAAGGTTGAACTTCAAACTCATATGTTCCTTGAACTCTTGAAACTAATGCACAAACCCTTTCTTCCATTACATGAAATAACTTGTCAGCAATATCAGTTTTATGTCCTTCTTTAGTTAGATAAATTTTTAATAGTGATTGTAAATCATCAATGTGTATGCTTCCACTGTTATTATGAAGTTCTGCTTCTGAATGCAATACCCATGCTAAATATTGATGTATATCAATAATTAAATCCCTATGATCTCTAATAGTAATGTTCTTTTCAGATTCACGATTAAAAAAAAGTTCTATGTAGCTATCATATAAAGCGGTTCTTTTATTTGGTAAAGATTCACCTCTTGTTCTTAAAAGACTAATAAAGATTGCGAGTTGCATTGGGCTTTTTGCCAAATCTTTTAAATGAGGGAGCTGGAGTTTCTCTTCTACTAATCTCTTTATTTCGTTACCTTCTTTATTATCTAATCTACTGGCTTTGACCCATCTTTCTACATATTCCTTTGTAATAGCTGGTGTAATGTCGGTTAATTCAAAATGCGGATAAATATCAGTAGAAAAGCCAATAGTATCTGAAAAAGCTGCAGGGCGGCTAGTAATAATAATTTGTAAAGATTTAGAGTTTTCAGATATTCTATTAATTCCCTTATTTATAAAATCGATAACTTCTTCTCTGATTTTATTATCGGCAATTTCATCAAATCCATCAAAAACAAATAATATGGAGCTTAGTTTGGTAATAGCAACTAAATCACTTGAATTGAAATCATCGATTTAAGAATGATATACAATGTGACCAACTAAAAAAGATTCAAGTGAGTTTTTCCAAATACTATTATAATATTCTTCATTAAGTCTTCCTTGATATGGGTTTTTGTTTTCAACCCACGATGCAATATGTCTTAGATCAATTTTAAATGGTAATCTAATAGGAGTGTTTTTTGCATGGTCGGGTAATAACACTAAATCGCTTGTTTTATTTAACAAACGTGCTCGATGAACCTGACATATATACTGTGAAATTGTTGATTTTCCTTGGCCTGGACCCCCTTCAAGTAAGATCCTTTCAATCTCATTTTGTATTTTTGGATGTAAAAGAAAACTGGCCGCACCAACATTTTCACGTTCTTCGAAAAGAAAATGGTCTTCGAAGTTAATAATCTTCTTTTGATAATTTTCGAAATGATTTAGAGTCCTTTTAAGATTTTTATTTTTTTCATTATACTTTCTAATTTTTATTGGAACATCCGTGAATAAATCAAATAATCTATTTTCCAAATCAATCTGCCTAAACTTAACTTTATTATCAGTTATATATTGGTCTGCCAAATATGCTTTAACTACACTTTCACGTCTTTCTTTATTTTCATTAATGTTTTGAAAAAGAACTGAATTTAAAATATCTTGTCCATTTATTATTTCAGGAAAAGACCACTTAAAAATCGGGTCTTTTTCAAATAATCGGGATAAATCATCACGCCACCAGCAGACTGAAGGTATTTTAATATAAGATTCTAGAATTTCATTTACCTTATCTTTAGAACCAGCATCCAAAAGCGCAGTGCCTCTAACATTAGTTAAAAGATAGAATTTTTTTGCTCCTCTTGGAATTAGCTTGTCAATTTTTGGAGCCTCATCTTTTATGATTTTAGTTAACCACTTGTGCACATCTGGAATAGAATTAGGATTACGGACAAATTTAACTTGAAATACAATGAATTCTTTTTTTGTTGAATTCATGAAATAAACCAAAGAGTCTCTACCTCCATCTGGTTGTCCGACAGGGAATGATTGAGAGTCGGGAAATTCCTTCGCAATTAGGCAATTGCAAAATTCTTGAAATCTTTCGTCTCCTAAATTTTCATATAAATAGTCCATTGTTTGTTTATTTGTTTCCTGTCTTATAATTCTGACTAACGTTTTTATAATGTTTTGAATATCAATCGTTAGTAATTTTTATTTTTAGTATATTTTTTCACCTTTTCTCTTCAATCTAAACGTTAGCTTAAAGTATTTATTTGTTTTTTCCACAAAGGGCGGAATTACTGCAAACATCCGTATAAACCCTATTCAAATCTTCAGTATTGGTTATATATCTATTTAGGACGTCGTTTTACGTTTATCTAAGCTAACACTTTTGGGTATACTATCCAATGGAATTTTTATTGTTTTATTGTACTTTGCTAAAACTCAAGTATAAATTCCGTGGTTTTGAGCTATTATGACCTATTGCAGTCTAGATATGTCTTAAGCCTGTTCCGCATTTTATAAAGTGTGCGGCAAAACTATGATGTAAATGTGTGGAATGCTCCAAGGCTTAGTCTTGGTGTTTTTACAGCTTTGATTTGCCTTTTTTATAAATTATGGAATCTCCCTAAGTGTAGCTGTAAATTTAAATTTTTGTAAACTTCCAAAAATCGTTTTTTGGGACAGGTGCTTCGTAAGTTTTAATTTCGGCAGAGCCAGTGACTTGATACGATAATTTCCAAGCATGCAGGCAAATCGATAAAGGAAAGTATTCTTGTCCTTATACAGAAACCTCTTTTTTTGTTACCGTAGTGTTGCTCTATAAACGTCACACATACCTCCAGAACCACATGCAGAGTCATAGATAATGCCTTGATAAGGCTCTATCATTTCGGCAATCAGGTTTACAATACTTTTTGGAATGTAAAATTCTCTTTTTCCTTCTTTAATAGCAAATTTAGCAAGAAAATACTCATGTACTCGCTAGATTCTATTAAACCTCTTAATTTATCGCAAGATTGCCAAAGGCTTTCTTCTATGGATTTTATTTTTTCTTATTTAATCAAATTCATTATTTTTAAGGCTTTGTACCAATAGTAAAAACCTGATTTGTCTGGTTGTTTTTTTAGTCTGTTCAAGAAATTCCAATCAGGATCTTCAATGTTTAATTCCTTTATATCTTGATCTTGAAAATAGTCGATTGGTGATAAATCTTTGTGCAATATTTTAGCTGATACATAGGCAATATGTGCAGCAGCAAGAACAGCATCATCAATCCTAAAATTGCCAACCATTAAAAAACCAGTACCAAAAGCTCGTATTCCTTTTTGTAGCTCAATAAATTTTTGTTTTTCATCTGCTGAGCCTTTTCCTTTTTTAGCAAGAATTGCACAGGTGTCTATGGTGTCCTGCAACACCTTTTTAGGAGTTAAATCTGATGTTTCAGTCTTACGATATTCAATTTCTTGCACTGCAAAGACTTCAAAACTTTGAGCAACAATTTCCATATTCTCTAGTCTTTCGAAGAGTTTACTTAAATCAAATAATTGTTTACAAATCTCCATAGAAAATGGCTGTTGGTCTCTTCCTTTAAAATAGGGAATCCCAACAGTATTTGGAGTAAAAGCCGTAAGCTTATCACCTGTAATAGCTTCAATAGTGGGCACTGTAATGTTCGTTTCACCTTCTGTCTCAATCCATTTGGTTTGAACTGGTTTTTCAGTTAATTCTGGGTAAATAGCATCTTCAATTAATACATCTAAGAGAATGGTTCCAGAATATTTACCTTTCGTTACAGAATCAAAAGTAAAAGAATAATGAGCTTTTGGAACACCTTCTTTATAACTGCGGTGTTCATCTAGTTCAAATGATTTAAAGTTTGATGAATCAATAACGGTATTCAATAGTGTTTCTAGGGTTTCTCTGTCGGTATTACAAATGATATCAATATCGATGGAGAATCTATTTCCTTCTTCCAATAAGAGTACAAGGCTGGTAACACCTTTGAAAACAAAATTTAGACCATTAGCTTTGATGCGTTCTAGTAAATGTAACACATAAATCATTTTTTCTAGAATGGCTTTGTCTATTCGCTTGTGAGCTGCTTTTTTTTTGAAAGTGTCTAACCAATCCTCCGTAAAGCAATGTTCCTTTATCATTTGATGATGTCTTTTACTAGAGGGTACATAGTGTTGGTCATAAACTGCTTAATGTCTTGTTCTCTTTCTCTACGTTTGGCGTAACTGAATAATTTGGTATAGTTAAGTGTATAGTTTTTTAAAGCATTTTCATAGATGTGCATCAGCTCAGCACCTTGGTAGAAATAGAATAATTTGTTTTCTGTATACAGGTCTACTAATATTTTTTCAAGCAGGGGAGTATAGAATTTAGTTTTCTTTTCAGCTCTTTTTGAAATGGGCGATCTAGTGATGAGTTTTTTTATGATAACAGGCTTTTGACTCTCTGAGATATAAAATTCAATCGCTTTTTCATCTGGATTTAGATAGAAATCGAATCGAAAAGAATCTTTCAATTCGTAATAGAGCGATTCAACACAGTCTTTTTCAATTTCAATGATGATTAATTTTTTTCCTGCTTGATGTTGAGAAAATTCATTTATCCAATCAGTGTCCCAAACACAGTATTTTACATCTTCAAAACGCTCAGAAATAACTTTGGCAAGTTTTAAAATCTCTCCAGAAATTTCAGGTTTATATTTTGGTTTGTATGAAATGGTATAATAACCTCTTTGAATAGATTTGATAATATTCTTATTCTTAAGGTCATATATTCTCCAACCAAATGTGCCTTCTTTCAGATTTGGCTCGAAATACCTAAAAAAATCAAATAGCTCTTCTCTTGAGAAAGCCTCTCTGTTCTTAAATTCCTCTAGAAGTCTATTTTCAATGATTTTCGGCATTTAAAAAATTTTATTTATACCAAATATAGTAAAAATTGGCGAATATTGGAAATCAAATAAACGCCAGTAAATAAAATAACTGGCTAATATTAGAAATAGTCATTGAGTACGTTGGAAAAAGAGCTTGACTGTGCGGTGGGCTGTTTTTTCAGATTGTAGGCAACGTTATTACTTACTTTACCCCCTCATTAAAGTAGTTTTTATATTTACTAAGAAACAAGAAAAGAATTAAACCCTTGTTTTGAAAATACAGGCCATCATATTATAAAGCTTAGTGTTTATCTTTCAGAATATGATTTAGATTATGTTGAAGAGTACCCTTTAGCCATCAACCAACTTTTAGGTGTTGTTAGAACAAAAATAGACAGAGTTTTAACCTTTAAGTATGCACTAGGATTTTGACAGTTTTATATGGCGTGATTTTTTACGCGGCGTTTTATAAACTATGTTATCTACCTAAGTGTAGCCGTAAAATTTAGGCTTTTGTAAACTTCCAAAAATCGTTTTTTGGGACAGGTGCTTCGTAAGTTTTAATATCGGTGGAGCCAGTGACTTGATACGATAATTTCCAAGCATGCAGGCAAATCGATAAAGGAAAGTATTCTTGATCTGAACCATATTTTTCATCTCCGATAATAGGGAGTTCCACATGCGCTAACTGGGCTCTTATTTGATGGAACCGACCAGTTTTAAGTTTTATTTCTAAAAGATAACCTAAATTTTTTTAATTCTAATGTTAAGTTCAGCCGTTCGTTTCATCATTTTGCTAAACGATAGAGTAGCACCATAAAACATGCTTTCTTGCATGGTTTTATAATCTTTCTCCCATTCTTTAATTGTTTCTTCTGGTGGTTTAATGTTAATTAATTGGGGGGTATGGTTTGCATAGTCAATTCCTCTTATTGCATTGAAATTCTTTCTGTGTGCAATAATTGTATCGTATAATTCAACATCTTTCAAAGCTTCTGTGCCGTGAATTGTATCCATTAGTTTTTCTAGATCATACAAATGACGACTCATTCTCTCTACTCTTATAAATTTAGATTCTTTTTGGAATTCCTAATGCAATAGGAATATCTTCTCTAGAAATGTTCGTTTAGGAGAAACAACAAGTATTGTTATTTTTTTTCAGCAAAGGGGAGTTCTCTAAATTCCTCAGAGACCATAGAAATAATGGGTTTATTTTCTACAGGTTCCATTAAGGAACGCGCACCAACTTCTATCAAAACTCTTGTCCTTAAATAGTTAGATGTTTCTGTTAAAGATTTATCTTAATTCAATAACTAAGGGATCAGTGTCTGTGTCTTTTGTTTCTTGAACAACTAATTCATAATCTTGAACATTAATTTAATTAAAGCATCATTGATGTCTTTATAAAATTCATTTCCAATAAAGGAACAAGAGGCTTTACGTAACTTTTTAACTTGAGTTTTACTCAATTGACCTTTAAAGCCTAAATATTTTCTGTCAATTACTAAGTCGATATCTTCTGAAAAACGTTCAATTAAATTCCATGCTTTACTCAAAGATGTTCCTCCTTTAAAAATAATATGTTTTGAGTAAGATAATGAAAATATAATATTCAATGATAAAGTTACCCACCAATCTTTTTCAACTGCAGAAGATGGAAACCCAGTTTTTTCACTGACTTGATTGAATATGTTCAGTTTATCTTTTTTGCTAAGTCTTATAAAGTTTTTCATGATTTGCTATTCTTTATAATTTTAGAAATCCAAACAGGAGCTAGTTTAGCATCATACTCTTTAATTTCTTTTTCAAGATGTATTTTAATTTTTTCTAATTGTTCTGCTGTTACATTGTCTTTTCCAATTTCCTTAAGTGCTTGAATAATTAAACTTGTAATTTCTCCTTTTACAGCTAAGTTTTTTGGGGATGTTCGCTTGAATTTTATTGTTCTTTTACCAACTACTATACTTCTTGGAGTTCCGTCAGTTAAGAAAACAACATTCATTGGGATTTGAGTCGATAATCCTAATTTATTAAGAGCTGCTGTTCCTGTTGGTATAATTCGTGCTTTATCTCGTTCAGCAATTGCTACTGCAATTGCTTCTATTGTCGGATATAAAACTCCTAAAAGTTTGTCTTGTTTTGGGTATAAATATATTCCATGAGCTAGTCTTACTAAGAACTTTTTGTTTTTAAGTCTGAGTAACGTTTTTTTCACAACTTCAACATTTCCTATATCATCAAAGTTAGAGGGGAATAGAATACTCCCTCTTTTCATTAATTTTATTTCGTTTTCAATTCTAGATTGAACTGATTTAGTCATTATTCATCTATTTATGTCCCAAATTTAGTAATTATTTGGGACAACAATTTCACTTTTCATAAAAATTATTATTGAAGTAGTTAGAGAAGTATAAGCTCTTTTTATTTTGCTCGTGCCTTACAAAATAAAAAGAGCTTGACTGTGCGGTGGGCTTTTTTTTCAGATTGTGGGCAACGTTATTCTTTACTTTACCCCTCATTAAAGTAGTTTTTATATTTACTAAGAAGCAAGAAAAGAATTAAACCCTTGTTTTGAAAATACAGGCCATCATATTATAAAACTTAGTGTTTATCTTTCAGAATATGATTTAGATTATGTTGAAGAGTACCCTTTAGCCATCAACCAACTTTTAGGTGTTGTTAGAACAAAAATAGACAGGGTTTTAACCTTTAAGTATGCACTAGGATTTTGACAGCTTTATAAAGCGAAATTTTTTATGCGGTGCTTTATAAATTATGAAATCTACCTAAGTGTGGCCGTAAAATTTAGATTTTTGTAAACTTCCAAAAATCATTTTTTGGGACAGGTGCTTCGTATGTTTTAATATCAGTGGAGCCAGTGACTTGATACGATAATTTCCAAGCATGCAGGCAAATCGATAAAGGAAGGTATTCTTGATCTGAACCATATTTTTCATCTCCGATAATAGGGAGTTCCATATGCGCTAACTGGGCTCTTATTTGATGGAACCGACCCGTTTTAGGTTTTATTTCTAAAAGATAGCCAAAATTATTTTCGTCTATAACTTGATAAGAAAGAATGCATTTTAGAGATTCTTTAGATTTTAAAGACACGATATCCGCTCTTTTTTCTAGGTTGTTTTTGACAAGAAAATTAGTCAAGGTTTTTTTGCTCTTTAAGGGCTTCTTTTGAACAATTGCTAAATAGGTTTTTTGAACTTTTCTACCGCTAAACAGCTCATTGAATCCCACAAGAATACTTTTTTTCTTAGCAAAAACCAATACACCACTTGTTACGCGATCCAATCTATGTATAACCCCGATATAGGGCTTCCGTTTCTTTTTTAAAAGGTGATGCAGCACTTGATTCTCAACCGTGAGATTCTCATAAGGACTTTTTTCACTAATAAGCCCAGCCATTTTGTTCACGACTATATAATCGTTGTTTTCTTGTAGTACTTCCAAGTTGGGCATCAGCAGCAGTTTTCTTTTAAAATTTTACTAGGGTATTTATACTTTCCCTAATTTCAAGTGATTACTGGCTATATAATTTTGTTGACTTCAATAAAATAATGGTCATCAAAATTGATATAAAGCACCCCCCTTTATCAATAAGGGGTTAACTTATTACAGCTCTCTTGTAGCAATATGTAATTATTTACCGTCAATGTTAGACTATTTTAGCTTTTTTGTCCCTTTTTTAGTCAATTTTAAAAATGCATCAGCTTAATGGTTTTACAAAAATCACAAGCTGCTGTATTCAAATAAGCATATTTTTTTTAATTTAATAGACGTTTTAAAAAGGGCTATTAGCACCTTAAGTCATAAACCAAAAAACCCCAGAGTTTTCTGGGGTTTTCATTAATTGAAAATAAATTTCACTTATACTTAAAAGAGTCCCATAGGCTTCTTGTCATAAGAAACCAGCATGTTTTTTACAACACGGTAGTGATCTAACGCCATTTTATGGTTTTCACGACCGAATCCTGAATCTTTCACACCACCAAAAGGAGCGTGAGCAGGATAGGTATTGTATTGATTTACCCACACTCTACCAGCTTGAATAGCACGTGGAACTTGGAATAATTCATGAGCATCACGAGACCAAACACCTGCTCCTAAGCCATAAGGGGTATCGTTAGCAATAGCTATTGCTTCTTCCGTAGAACTAAAGGTAGTCAATGCGACAACTGGTCCAAAAATTTCTTCTTGAAATACACGCATGTCGTTTGTTCCTTTCAATACGGTTGGTTGTACATAGTATCCTCCAGAAAGATCACCTTCATGGTTACCAGCTTCTCCACCAGCTAATACAATGGCTCCTTCTTCTTTACCGATATTGATGTAGTCAAGAATCTTTTCACATTGTGCTTTAGAAACTTGAGAACCAATCATTGTTTCTGGATCTAGAGGGTCACCCGCTTTAACTAGCTTTAAGCGTTCTTGCATCTTTTCTATAAAAAGATCAGCAATGTCTTCGTGAACTAGAATACGAGATGGTGTCGTACAGATCTCTCCTTGGTTAAGGGCGAACATCAACGCACCTTCAATAGATTTGCTAAAGAATTCGTCGTCTTGCTCTGCTACTGATGGAAAGAAAACATTAGGAGATTTTCCACCTAGTTCCATAGTTACAGGAATAATGTTTTCTGCTGCATTGTGGTATACTTTTCGACCTGTTTCTGTAGAACCAGTGAAGGAAAGTTTATCTATGCGTTTTGATGTTGCTAAAGCCTGTCCAGCTTCTGCACCAAAACCAGTTACAATATTTAATACGCCTGCAGGTAAGATGTCACCAATAAGCTCCATTAAAACAATAACGCTGGTTGGCGTTTGTTCTGCTGGTTTCACAATTGCTGTACAACCTGCTGCTAAAGCTGGCGCGATTTTCCAAGCTAACATGAGCATTGGGAAATTCCAAGGAATGATTTCACCAACAACACCTATAGGCTCATTTAAAGCTATGCTTAATGTGTTCTTGTCGTGTTCTGAAATACTTCCTTCGTCTGCCCGAATAACTCCAGCAAAATAGCGAAAATGATCAATACAGTAAGGGATATCGGCTGCACGGGCTTCACGGATTGGTTTTCCGTTATCAATGGTCTCTAAAGTTGCCAGATACTCTAGGTTATCTTCCATGACCTGCGCAATTTTTAATAACATATTGCTTCGTTCTGCAGCTGAAGAGCTACTCCACGAGGGAAACGCGTCATGTGCGGCGTCTAAAGCCAGATCTACATCTTCTTGAGTGGAACGTGCTGCCTGAGTAAATACCTTCCCATCTACGGGAGATACATTATCGAAATATTGACCTTTTATAGGAGCAACGAAGTTACCACCAATAAAATTCTCATATCTTTCTTTGAATATAGGTTTAGTTACATTTGCCATAATTATATATTTTGATTTTTAAATCCTGCTTACGAAAACAAGCGGGATTTTGTTATACTACAAATGTATGGCGAGAGCTAACTCATGAAGTTATTCGTGAGGGTCAATAACTTATGAAAAAAGTTCAGTATACTATTTTTTAAAATAATTATATATAGTTATTGTATTAACCTACTGAACTATAGGTTTTTAAAATATGTCATATTAATTTTAAATATCCGTTGGACTAATTAAGAACATTTTTTTTGAAAGCGATTTTAAAGTTAGAGTGGTTATTATAACCCATATCTAATATCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGATTGAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCTAAAAAGAAACGATTTATTGCGTCATTATAGGTCTAATACCAAATATGTTTTGTATTGCCGTATATTTTTCGTATATTTATGAATGGGAAGAAAAGCAATTTTAGAGATCAAGGAATCAGATTCGGAGCTAAACAAACTCTTGTTAAAACAGAAAACGTTAAAAGCAGAAAAACGTTTAAAGAGTTTGCTAGCCATTAAGTCTGGCAAATTTGAAACCCGACAAGAATTAGCTGATTTTTTAGGGATTCATATCAGAACCCTAGAAAGGTGGATTGTGAACTACAATGCTGGTGGGGTTGAGATGATGTTAACTGATAAGCCTAAAAATAAAACGTCTAAAATTATTACACCACAAATACATAAGGGTTTATCCCAAAGAGTACATGACCCAAATAATCCTTTTTTGGGATACTGGGATGCTCAAAATTGGGTAGAACAAGAGTATGGCGTAGTTGTTAAGTACCAACGGATCCGTGAGTATTTGATTCAGCATTTTAAAACAAAACCCAAGACTCCTAGGAAATCTCACTACAAAAAAGATGTAGAGGCTGAAAAAGCTTTTTTAAAAACTCCCTAATACGCTAGATAACATTAGAATTAGTCTTAATAAAGATAGTTACGACTCTGTTAATTTATACTTTCAAGATGAAGCTCGATTTGGAATGATGAATCATCTTGGAAAATACATAACCGCTAGCGGTGTAAAGCCAATAGTGACCTATCAACATATTTATAAAACGACCTATCTATATGGTAGTTACTCTCCAATAAACGGAGACTCTTTTGTTTGGGAAATAAATGGTGTAAGTACTAACATATTTCAAGCCTATCTGCGGGAATTTTCAACACATAATCCAAAGGAATATAAAATTGTAGTGATTGATAATGCAGGATTTCATTCTACAAAAAATATAGAGGTGCCACAAAATATAGTCTTGTTAAGAATACCCCCATACAATCCTGAACTAAACCCATGCGAACAAGTATGGCAATACATTAAAAATCGATTTAAGAATCAAAGATTCGAATCGATGAAAAGTTTAAAAGAATGGCTAAGCGAAATGGTCTGCGAAATGAAACCTGAAACCATTAAATCTATAACAGGAAACCATCATTTTCTAAAGGCTTTTAATACGGCATTTAATAACTAAATTGGTATAATTTGGTATAATTAAATATCAGACGCTTTTAAATCACCTCCTTCCAGTAGTTCTTTAGCTTTTTGTAGGCGCTTGTCTTTCAGCCATTTCCCAGAAGGTTCTTTATATTCTGAAGTAAAGAAGGGCAGCAAAAAAAACTCCCAAACACTAGTGCTTGGGAGTTTAAAAAAAGATAATAAATACTAGGAGGAAAACTAATCAATAATCAATTTATAAGATTGCTCTTGAACGTTGTCTACCTGCTTGATTCTAATAAAATACATACCATTGCTTAAATTAGAAATATCTAAGGTTACGTTCGTATCTATCGCCTTATGGTTGACCACAACCTTTCCTAACATATTGTAAATGGTGATATGCTCCATGTTAATTTTAGACTTAATATTTACTAAATTATGAGCTGGATTTGGATAAACAATAATTTTAATGTTTTCAAATCGTTCAGTAGAAAGCGTTCCCAAATCATAATTTATGATGAGTTGTGGCGCATTATTTCCCTCAAAGGAATCTGCTTCTCTTTCTCCTGTTCCAGAAAAAACAAATGCAATTGGATTTAATAATTGCCAATTAGATTCCTGTAAAACGCCTTCAACTAATGTTTTTAAATCGGGTGTTCTCTGGTCTAAAGTAGCATCACCCTCATTAATCCAAGCAGGAATATTGCTCCATGGTACTGTATTATTTAAAACTGATCTACTTGATATATCAAAAGCTGTGTCTGTAAACTCTAATGAGTTAGCCTCAGCTGCAATACTCAAATTAGTAGTTCCATTATTGTCATCATCTACTGTAAACTGAACATAAGCACTTGTTATAGTGGCATTTGCAGGTAAATGAATATCTGTAAATCTTAGTCCTACTAATTGCTCTACAGAGCCACTTTCAAAGGTTAATTCTAAATCAGTACTAGTTAAAGATATAACACCGCTACTCAATTCTTCCTCGGCATCATTTGCACTGTTTATGACGTCATAGATTAATGTCCCTGTTTCTGGTATTCCTGCACAATTACAATTGCCATCTTGTATATCAAAAAAAGTACTTGCATCACCATCATCGCAGGTTGTTCCAAATGGAATACATGGATTTGAGAATCTATAAAACAACTTTAGAACAGGCCCTACCGCATTACCGTCCTTAGACTCTGCCACGCGTTTTCCACTACCAGAAAAAATGAAAGTCATCGCATTTCCTGGAAGCCAACCGTCTTGAGCTCTTATCTCGTTGATCATATTTGTTAGATATGGAGTTCTTTGGTTGATGCCTTCTTCCCCTACAAGATCCCATAATGAAATAGCATTCCAATCTACATGACTACTTGTTAAGGCTCTTGAAGATATGTTAGAATTAGTATTTATAAATGCGCTGCTATCGTCAGCAAGCTCACCGTTAATAATTAAATTGGTTGGGTCTTGATCATTGTCGTCTTCGTCTGTTTGAAATTGAATATATGCTCGGTACAGAAAAGCGTCGTCAGGTAAGTTCACGTTATTATATCTTACACCTACCACTTGATCTTCACCATCCCAAATGAGTTCTAAATCGCTACTAGTAATATCTACCACTCCAGTTGAAAGCACTTCTTCTGCGTCATCGCTACTCGTGTTTACAACAATGTCATTTTCAATAAGGTCTAGGGTTGAGAAACCTATGCAGTTACAAAAGCCATCTTCTTCGTCATTTACAGTAGTTGCATCATCGTCATCGCATGGCGTCCCTTCCTCTGGACACGTATTGTTGAGTGTGTAGGTAATGATAAGTCGAGGTGCATCATCTGAGCTACCATCATAAGATTCGGCTGTTCGTTTTCCCTCACCTTGCATTATAAAGGTCATCGGATTAAAAATAGACCAAGTACTTTGCTCGATTATTTCTTGAACGATAGCTCTTAAATTAGGTGTTTTTTGGTCATCTGTAGCATCTCCTACGGTATTCCAAGAAGGAATATTTTGCCATTGCACAGCGGTAAACGTGTGTGGTCTTCCAGTGATATCAAATGGCACACTTTCTGAAAAGGTAGCACTACTCGAAGACAATTCACCTTTAATAATCAGGTTAGTAGGGTCACTTCCTGTTTCATCCGTGGTAAACTGTATTCGTGCGTCTAGAACAGAAGCATTCTCTGGCAAGCTTACGCTACCGAATCGTATGCCAATAGTTTGGTTGTTTTGACCTGCAAAAGCATCAAAAACCAATTCCAAATCAGAGCTCGTAGTATACATCACACCTCCTGTTTCTGATTCCTCAGCATCATCTGTTGCCTCGGTCACTTGAAAAGTAAGATTTCCAGACTCTTGTAAACCTATACAATTGCAATTGCCATCTTCTACATCTAAAACCGTCAACGGGTCTCCGTCATCACAAATAGTTCCTGCTTCTGGACATGGCTCTTGATAAAATAATTTTAATACTGGTGGATTTCCGGAGTCAAATGACTTTGCCACTCTTTTACCTTGTCCAGAAAATATAAAAGACATAGCGTTTCCTGAAGTCCAGGCAGTCTGATTGATAATTTCGTTTGTGATTGTATTCAAATAGGGTGTTCTTTGATAAACGCCTGCTTCATCTATGGTACTCCACATATCAATCTCACTCCACGACACTGTATTTTGTGTCAAATTTCTCGAGGAAACATCATTAAGTTGAGTTGAAAAGGAGGCACTTGTTCCTATCAGTTCTCCATGAATCATTAAATTGGTGGGATCTTGACCTGCTGCAGTGCTCCCCGTTTCAAATTGAATATAGGCCCGATGAATAGTAGAACCAGTCGGTATTTGAATATTTTCAAATCTAACTCCTACAATTTGATCTGTGCTATCATAAATGAATTCTAATTCTGTATGAGAGGTATTTACACTGCCGGATTCTAGATCCTCTTCAGCGTCGTCACTAGAATTAGCCACTAAAATTGTTTCTTGAACTAAATCTTCTGCTAATACTCCTTCACAATTACAAAAGCCATCTTCCTCATCAATGATAGTTAAAGGGTCATTATCGTCACAAGCGGTACCTACTTCATTGCAATTATTATCTAGACTATTAGATATAGTAACCACGGCACCAGTAGGTGGTGTAAATACATCTAGATTTGATGGCAGTGTAAAGGGATCGTTGTTAGCCACCTCTCCTACGTTGTCTGCATTATTTACAATGATGGTTCTTAGTTTAATTTCATCTGGGTAAACAAATATTAATTTGAATTGATTAAAAGAGCCTGAGCTTCTGGTCCAGCTTTTGTCATCATTATTAGGCCTCAAAGGAGCGCCCCAGCAACCCTCTCCTGTATAAACCGTTCCATTGAGTTGGTCGATCACAAAACCTTCATCGTTTCCTAGACTTGAGGAAGGTTTAATAGGCCAGGTGGTTTTTGCCATGTGAGAATCACAATCTACTACTAATCTCACTTCTTCATCAAAAAATAACTGCGCCCAGGCGCCATATTCATTATTCCCCTCAGATTTACCTGCCGTATGAGGTCTCATAGGTTTATGGTATTGAGCCATCTTCCATTTGTGTTCTGTGGAGTTAGCAAGATCGTTCTCTAACCAAGTCAGTTGATTTCCTAAAACTGAAATTTCAGAATTTAAGGTGTAGGTTCTCAGCAAATCATTTCCAAAAGTGAGCGCGTAATAAGACTCTGTAGTTGGGGTGTCAAACAGGTTATAAATAACAATTGGGTTTTCATGATTTCCTCTTGCAGGAACGATGGGAAACATTCTACCATCCGTTGCTGTAGTAAGTTGCCAGTCATCAAACCAGTCTTGCCACTCCTGATCGGTATCATCATCGGTCATATCACCACCGAATAGGACGGCATTCGGTTTTAGCTTGCTGACTAGCTTATTTGCATTTTGCCTAGGTGTTCTGTTATTTCTGGAATCTCCACCAGCTATAAAAGACAAAGGACTCGTATCATCTGTCGAAGTTTTAAACCAATAACGTTGACTTACTCCTCGACTATCAGAAATTACAAAGTAATAATTAGTGTCTGGATTTAGATTAGTAAGACGTACAAACCTATTATCCATACCCCTATAAACTATTGCTCTGTCCTCCGTTTGAGAAAAGGTATATGCAGAGGTGTTGGTCCCATGATCAATAGTATCATAATAAAGAGTTGAATTCAAACCTGATATTTGATTCCATGCTACGGTCATAGTTGTTGCTGGATCATCTACTAGAATAAGCCGGTACTTGTCATTGTTTGCAACAACAGAAAATGTCATCAAACAAAATGCAAAAAAGAAGAGTAATTTAGTTTTCATTAGTAAGTAATTTAAAAGTTAGAGTATGAGTTTTAGGGAGGATTAAAAAAATAATTAAAGGCACTAAAGCATGTGGCAATCTATAAAGGGTGAGGTATGTGCTGTTGTGTAACGACGACCAAAAAAAATCTGGATTAAATCCAGATACAAGCCTTGCTACTGCGGTCAAAAATCCCCAGATCATTACGTATACAAGCGTAGGTCTTGCTAACTTGGGAATAAATATAAATATGGAAACAATAATATCTAAAACCCCTATCATAAATAGAAGCTGCGTTGCCTGAGTTTCATTAACTCCTAGAATTTTTATGGTCATGTCTATAAAATGGCCGGGGACGTAGAAGAGTCCCATAGCAAAAAGACCATGCGGAATAAAAGTTAGTGCTACTGCTATTTTAAGCCATTTAGAAAGTTTTGATACATCCATGTTCTTTAAAGAGGCATTAAAAAAAATAACTAATGGAACGATCAGTTGGATGCTCAGTTCAAATAATTGAAGGATGTCGTAGTTTTTTGATTTAACCATACAAATCCCCATAAAAAACAACAAGAAAATACCAGTCCCAAGAATTGTCTTTTTTAAAATGTGGAGTTTTATTTGATGCCAAAAAAGGCAAAGTAAAGCACTAACTAAAAAAACTACACTACTTAAAATGGTGAGGTTTTCTATGAATGTATTAACATTTAAGTTGGTGGCATATTCTTGCCAAGAATAATTAAATAGCCCCTCTACAACAGGTGACAAAAGACTTTCGTCCCAAAATATGGCTCTGTAAGGAGCTCCAAAAAAGAAAAATTGATACGCTCTACCAAAGAATATTAAAAATGCTGAAAAGCTTAAAAGATACCTAAACATAAAACAAGAAATAATAAGTTAGGTAAATGTATTTGCATCCATTTATCTTTAGATTATTACAAAGTTGTCAGTTTATTAACTAATGGTAAATAAAGTTATGTCCTAGGTTAACTCCATTTTAAAGAGTTTAAATAAAGGTATCGATATTTCTCTTTAAGTAGGATTGATTGTAGAGTTGTAGGGATGTAAATAAGAGAATTTTGAGGCAACCACCAGTATTCCACAGTTTTTAAATCAACAGCATAAAACGTTTACAATGCCAATTTAATTATTAAAAGTCTTTAGAAAATGTTGATTTCCTGTTATAGACGTAATGGTTTCAGGTTTCATGTCGCAGAGCATTTCGCTTAACCACTCTTTTAAACTTTTCACCGATTTGAATCTTTGATTTTTAAATCGATTTTTAATGTATTGCCATACATGTTCGCATGGGTTTAGCTCAGGATTATATGGGGGTATTCTTAAAAGAACTATATTTTGTGGTACCTCTATATTTTTTGTAAAATAAAATCCTGCATCATCAATCACTACAATTTTGTATTCCTTTGGATTATGTGTTGAAAATTCTCGCAGATAGGCTTGAAATATGTTAGTACTTACACCGTTGATTTTCCAAACAAAAGAGTCTCCATTTATTAGCGAGAGCTTACTTGTGAAACTATTCATGAGGGTCAATAACTTATGAAAAAAATTCAGTATGAAGTGTTCTTAAATAAAAAGACATGGTAATTTTATCAACCTATTGAATTTACAAATTTTTGAAATAGGTCACATTAATTTGAGAGGTCCGTTGGACTAATTCCAAACTTTTTTTTGAAAGCTACACTAAAGTTGGACAGGTTATTATAGCCTATATCTAAATAAATATCAGAGGCTTTTAAATCCCCTCCTTCCAGTAGTTCTTTAGCTTTATGTAGGCGCTTGTCTTGCAGCCATTTTCCGGGAGGTTCTTTATATTCGGAAGTAAAATGACGCTTAAAAGTTGATAAACTCATATTGCAGAGAAAAGCTATTTCTTCCAATTTTAAGTTGGAATTTACATTGCTTTCCACGACATTTTTAAACAGCGAAATCTCTTTCGAGATCAATGAGTGTAAGTAGTCTTCGAAAGTAGAGCCATACTTGTTTAGCAAATACAACATGATTTCTTCAAATTTTAAAACCAATAAAGCATCGCTGTAACTATGATCCGTAAAGGTATTAGACGATAAAGAATTAATGAAAGCAGCAATATAATCATCATTTTCAATCACAAAATAAGGAACCTCTTCTTTATAAGGCTTAACATTGTTTGTGTACTTACTTAAGAAGTCAGTCAGTTTTTTTTCAGAAAAGAAGAAAAGCTTGCAGTAATAAACGGCTTCAGTATCCAATAGCTCAGTCCAAAGCCAATTTCCTTTTTTAAGCAACAAGGATTGCGCTTTATTTACCGCGACCGATGTACCAGCAAAATGAACCTGCTTTTTACCAACTTGTAGAAAGCTAAACATATTCATGCTTAAATTGACTTTACTTTTTACGACATCGCTAGACATCTTAAAATCGTACACGAAGATATCTTGATCTGTTTTTATATTCTGAAAATAAATTTCAGGTATGTTTTCTATTGGCATTTGTTTTTTCTTCGTTTAGATGCTGGTTCGTTTAAGAATATTTGGTCGATTGCTTGGTATTTTTCCATCTCATTATAAGTAAATTAAAAGGATACAAACCTCAAGTCCATAAAAATATAAGATGCTATTTTTTTGTGTTATAATCGATCTAACTTATATACTTTTTGGATATAAACACGATTTTATAAGCCCTGAGATAGAATCAAATTTTTACCTATTAATTCTCAGCCTTAATTATCTGTCGTATTAAATCGAGTAAATTTAATGCATTAAAATCTGGCTGTAAATAATAGGGATTATAAATTACTTGCTTTCGTTTTATGTAAGCTGTGGTGAGTCCTGCTTTTTTTGCTCCATACAAATCCCAATCATGTGTCGCAACCATTACAATATTTTCAGTTTGTAATCCTTCTTTCTGAGCTGCTGAAAGATAAATATCCTTAAAAGGTTTGTAATTCTCGACATTATCTGCGGAGTAATAAGAATCAAAAAGGTCAATAATTCCTGCATTAGTTAGCTGTTCTTTTATCATTTCTAAAGACGAATTAGAAACAGCAATCACACGAATACCATTGTTCCTTAAAACACGAAGAGCAGGTCGTACATCCTCGTAAGCAGGTAACTTTTTAAATTCTCCAAGTATTTCAGCTTTTACCTCACTACTTAAAGATTTATTATTTTCGAAAAACAGATTTTCTAAAGCCACGCCTGCTAATTCTCCGAAATTTCTATAGTCGCCCATAATTCCCATTATAGTTGAACTGTGTAGTAGTTTTGTGAACCAATATTTTAGAATGTAGTTATCATCAAAGTGCTTATCAAACTGTTTCTTAAGTAAACTCAGGTTTAATAAGGTTTCGTTCATGTCGAAGAATACTGCTTTTTTCATGCTATTTTACTCATCTATTTTTGTCAAATAATTCTGTTTAAAGGGTCGTTTCAAGCTTATTGACAACTTTCTTTTATTAATACATAATTATACCTACAATGTCGCAATAAATCGTTTTACCGTAATAAAGGCTATGCTAATTATTTTTAACTTAAATATTCAAAAAACCTGTGCTGAGCTACATCGTAGTATAATTCAATTTATTCATATGACATCATAAATTTAATTTAGTGTAAAGGTCTAATGTGGCAATTTTTTTTGCGCTGTTGGCTCACACATTTTTTTCTGTTATGATTATTCCGCCAATCAGTTCTTTTTCATTTGGTTTTTCAAACCAGTTTTCCATAAAAGAAAAGTCTTCCTTACTGACTACAAATTCAAAAGTTTTTCCTTTTTCTGTGTTTCTTTTAGTAACTCTATTTAGTCGAGTTTCTTTTGAAATGTCTAAAAAATGAGTTTTCAATTCGTAACCATTCAACTTTGAAAACTCTCTAAATTTTTCACGATGTGTAAATTTTGATAACCCTAAATCCAAAATAGAATCAGTTTCTGAGTTTTCCAACTGTCGAATTAAATCCATGATCATTTTTTCGGCTCGTTCTATTCTTTCAAGAAACCACTCTAGTCCATCCGTCGATTTTTTGTCGTCTAGAAATAACGTTTTATTCCACTTGTCAATTGAAAAAATAATTCCTTTTGTTTTTCCTTTCAATTCTGATGAATACGTCGTTTTTCCAGAACCTGTATTTCCAACTATTAAATGTATCATTTTGTTTTATCTCAAATGTTTACAACTGTTCGTATAAAAAGTTGTTTTGATGCTTCAGCAAGACATGGTTTTTAACCTGTGTTACATATATCATTTTCCTTTCCAATCAGATATTATACCAATTTAGCATTCAAATGTCGTATAAAATCAGTTTCTTTTTCACTTACTAATCGTCATAAAATAGAACCGTAACTATTGCTATTCTTATATTTTTTTCCTCAACTAAGTAAAAAATAATTCAAATTTTTAATGCAACATTTAAAAACTAAATTGGTATTATTTCATTGTTTGCTTTATAAACGATTTTACTGTCATCATTTACCAACGAATTCCAATTGTTTATTCGTGATTTTGAAAACAGAGTATGAAAAGCACCATTAATGCCATTTGCACCAGTATTCAAATGATGAATTCTATTCGTTAGTTTTTTTACTGAGTCTGAGTCATGCTTTCTTTCTACCAGTTTTTTTCCTTTCTTAACATACGTTGATGTAGTGCTACTTTCATGTGGTAAGAAGTATTGAATAAAGCCATGAGCAATAAAGCGTCTTTCATAATTTAACTGTCCAATTTCTACTTTTAATTCGTCCCAAATGGGTTTCAACTCGACCAAATTTTCATCAATGAATCCAGTTAAATTTTCAACTTTTTTTTCAAATGGAAAACCCACATGTTTTGTAAAATAATCTATCTTTTTTCTTAAATTAAATTCAGTCATAGAACCTAAATCTGCTAAGCCGTATTCTAATTCTGAAAAGGCGATAATGAAAGCTCCAACCGCTTCTTTAAATTTTTTGTCCTCTGTAAGTCTAGTATTCATAGTAGGTCAATATCTTTAATTATTCACTTTGTGAGTTTAATATTTCAGACATTTTAAAAGCCTTTTACATTTTAATCAAAAGTTCTGGCGCACCACATAGAAACCTGACACAAAAACACCTAATGTTAAAATTGAAACGTTTTATATTAACCTTTAAATGTTATTCTGCTTTTATTTTATTTAGATTAAAAAATGTTTTGACCCCTATAAAACAAAAGTATTCTTTTAGATTTCGTTAGTTAAATTATGCGGTTAATTTATTCATTAAAATCAGGTGTTTGTCAGCGTTCTATTTTTCCAAAGGTGTTATTTTTCCTAATAGTCCGTGTCATCTCTTTTTGTCGTAAAATAGAACATCTTCTCTAAGGATTTTTCTATTTCTCCAAAGGTTCTATATTCAAATCACTGAAAGACTTCTCCGATTTATTTTTTTATTTGCTAAAACCTGCCTGCCAGAAGGCAGGTTCTATAGTATGTATCATTAACACATTACCCTAATTCATTGTCTTTATTAGTCGTAAATTCATAAATAGATTTCATCCCCGTAATGGGAGAATTAAAAGCATAGAAATCAAACTCTCGAATGAAAAACCATCCTTTTTGCACTAACCGATCCTGTTTTTTATTTTATTGAAACCCAAAATGTTTAAATGTTCTTCTAGATACTCTGAATTAAGCCAAACCTTATTAAGCTCCCCTTTTATGTCATGTGCTTTTGCAGTATCTCCATGATGTAGTATGTTCTGTACTTTGTGTCTAGTAGCTTAGAAATAATGGGGGCAAAACTTGAATATGGAATCACCATAAGTGACTATACATTTCTTTATACAAAGAGTTAATTCACTAAGTAGTTCTCGATTTTTTACTCAATTAGATTTATTTCCCATACCATGATAACTTTATCGTCCCCTGCAGAAATCAAATAATTATTGAAGGAGCTCCAAATTAATTTATTTACAGAAAATTGGTGTCCGTCATAATTTTCTTTGTCAATTACCTCTAGTGGTTGAAATGTTTTCGAATCCCAAATTTTTAAAGTTTTATCACGACTAGCTGTAGCAAATAAGTTAGAATCTGGGCTGTATGCGATATCGTAAATCGCCCAAGGATGCGCAGGAATTGATTTTAATAGTTCGTAATCTTCAACCTGCCAGATGTTCAAATCACCATCTCTACCTCCCGTTAAAAGGAATTTTCCATCAGGACTAAATCGCACAACATTTGAAGAAAGCTCATGTCCAAGAAAGACCCTTTTTTCCTGTAATGTTTTTAGGTCAAAAATACGAATGTTGCAATCGCCCGAAGCAACAGCTATTTCAGAATTTTTATAATTAAAGTCGATGTTTCGTACTTTTTCATCACACACTTTTTTTAGCTTGATTAATTCTAAAGTTTCAAGTGAATAAATCGCAAGATTACCGTCTCCTCCAGCGGTATAAATGCGATTGGTTTCTTCAGAATACCTAATATTAAAAACTTGAGAAGTATGGTTTTTTAAAATTTTTATTTCTTTCTTCTTTTCTAAATCTAATACATAAACATCACCCTTTGAAGTTCCTGCCAACACTATTTTTTTTTGGGGAATGTGACAGATAGAATATAAAGCGGAAGGAAAACTAGCCACAAATTTTTCACCTTGAAATGTTTTTAAATTCCATTGAGCAATTATCTTATCAGCACTACCAGAGAAGATAAGATGTTCAGCGGTCCCTATATCTAAAGCGTATATGGAGCTTTTATGTCCAGTTAATGTCTCTATTTTGTTTATTTCAAGTCTCATTTATGAAGAAGTTTTTTAATTTAGGTATGCGGGTTCTTATCGCTACCATAGGCTCGGCTATGAGTAGCGCGGGATTAAATTGCCACAAATCTTTCAGCTTAACGGTATGTTTATTAATATTCATTTACTTTTAATTTAGCACCAAAACCCGCATGGGGTTTTGGTTGTGTTACCAATAGCATTACCTATAAATTGTGTAGCGTGCTTTTAGCTCGAGCAGTTTAATTCTGCTTTTAATTGAACCATCACGAACACCGACTCTTACATTTTCAACTATGAGCTCAATTTCATCAAATAACCTATTGGTTTGTACAATTGTACTTCCATTTTCAGCTTTGTTATTGAAATTTCCATCCCATGAAATATCTGGATATCGGATTAATGGCGCATCTTCAAATGCACTAAGTGTGAATAGATGTTGAGAATTCTCGTTGTGATCTTGGTTTGATGGGATATTGACAAGTGAATAACTATGCACAAGAGCATTACGTAGAGCTTCTATCACATATTGGTCTTTCTCATCTATATCCGAGAAATGCTGCAGGGCCCCGCGAATTCCTTTTTTACCGCTCGAAGACACATTTGGTTCAAATACTTTACCAATTATTTCTAATAGCAGTAAATAGTTGGTGATACCAATGAACGAATATGGTTCTAAATGACCATTATTTTTGTTTGTAAGAATATGATGTTTTAATTCACCAGTTGCTACGTCTCTTCCTGTTATTTTTCTAGCATCCTCAAGAGCGATGGAAAAGGATGAATAGCGATTACTCTCAATCAATTTATCACAGACAAATTTCTCTAAAAACTCAGTTGAATTCATAATCGTAAAATTGGTTAAGTCCTAGCGTTCCATAATAAGCTTTTATTTTTTGGCGACAGGTTCTTGTATGGATGTAAACCTTATTTAGACCTAAATTAGTAAAAGAAAACGAACCAGAAGAAATTCTGAAGGGGTTTCCAAGTAGGCAACAACAAAAGCGATTAATTGTAAATGTTACTAGGCGCTTTTTTTAATCAGTTAGTAATTGCGCAGTACACGTTAATTTTCCAATCATCCTTTATCGGGGCTTAAGTTTGATTTCTAATAAAATACTTAGTTATAGTTAAATAGTTCTTTCAATGGATACCCACTATTTCCAATTGGCAATTGAGGATTCAGTATCATTATTAGTGTGGATCCTATGTCTATAGGCGAAACTGCCCTAACTGATTCTCCATGTGTTATCCTCTATTATCCTTTATTTAATGCTTCCATTCTTTCTTTGTAAGAGTCCTCACCACTTATTTCAAAAGCTTTTGTTACAAATTTGATAGCATTTTCGTTATCACCATTTTTTTCATAGTAATCCGCCATGGAATCAAAGGCATTTGCGCTATTCGGGTAATATTCAATAGTAAGTTCAAAGTTCACCTTAGCTCTTTCCATTTGGCCCATATCCATACTCATATATCCCTGCATATTTAATAAGAATTCAGGAAAAGGAGGTACAGCATAGCCAAAATGTGTTTCAAGTTTATGCTGGCGATACCTAACAATCTTATCAATTTCATCTGCGGTGGTAGTTGGCGAATTATATTTGTCAATATTTTCAGTCTGGTACCATTCAAAAACAGAAATTAAACCATCCATAATGGAAGGAAAGGAAATAGTACCATGTAAATCTCTTGGATAAAACTTCCATTCAAAAGCTAATTCATTTTGTTTGTTTTGATTCAACACTTCTGAGAAATCAATATTAGATCGTGAAAATAGGGTAAAGTCTGTTGTGTCTTTTTTTATTTCAGTTAAAGTCATCCCAGACCTCTGCATATAAACAACACCGCCCAAGGACATAAATAGTGACTTCCCTTTATAATTTGCACTTGAAACTTTAGCTTTTGCTTCCTTAATTAATTGTTGATTATCCCAATCTAAACTCGGGTCAATAACCAGATAGTTTGAAAATAATTGTGGATGATGAACTAACGAATAAAGAGCAAATAAGCCACCATAGGAATGACCAATTAAGGTTCGGAAATTGGTGACAGGATAGTTATGTTCTACAAATGGAATTAGTTCAGTCTCTATAAATTTAGTGAAATTGGCAGCCTCTCCGTTTTCTTGTTTAAAAGGACTTCCATACATCTCAGTTACTTTTGAAGTTGTTAAGTCGCGCATTCTGTTTTTATCGTTTGAAATGCCAACAATGACCATTTCGGGTGTAAAGCCACCACTATAATAGTTTTGTACATCATTCACTGTAGGGAGAAATACTTCACCATCTAAAACAAAAACTACGGGGTATTTTATGTTTTCATCGGGCTTGTAATCTGCTGGGAGTTGCACATAAATTTCTCTGTATTCATTTAGACTTTTGGAATATAGGCTATCCAAAACACCGACTTTTTGCAAAAAATTAACCTTCTGATTGGTTTGACCATTTGTAAATTGTTGGAAGAAAAAACTCAATCCGATTACTAATGCTAGTTGTATTTTATTCATGTGTCATTACTTGAGATTAACGGTTTTTGTGTAATTAGCAGTAAATTTTAAGGCACTTCGCTTTCGGTTTAGCACTTCATTTTTTAAATGCTAAAAAGTTCAAATTCAGCTCAAACCCATCATTAAAAATACACTTCTTAAGTTAGATTTCTAATTAAATATTTAGTTTCAGGTATTAATCAGAACAAAAGGGAGGATTAAGATTACTATATACGGTGAAGTTTCAAACTTCGACAATCCCGAAGCCTCCGGAATAATCTTCTTTCTTTTCTAGACAGAATTTATAGGAACTGTGAGACTTTAAATCTCGTTTTAAGCTTGTACTGAGCTTGTCAAAGTATTGTTGTGAATAAAGTAACTGATTCTCTCCTAAATCAATTCTTATGAATGACTATAAGGAAACTTTTGGAGTTGACATCAGCAAAGCTATTTTTGATGTCCACGGAAATACTACAGTTCATAATCAGTATAGAAACGATGCGTCTGGTTTTAAGAAATTTCTTAAAGATTTGCTTAAAGAATGTTTAGTTGTAATGGAAGCAACTGGCTATTATTAGTATAGACCAGCACAATTTCTATATAAAAATGGAGACACCAATAAGAGCTTACATTGCTGACTCGCATCCCTTTTTTAAGCCAGAAGACAGCTTTGTTTTTAATTGTAGCTACCGATGGGTTTTCAAAATTTGTGATGGCCTTACAGTTGTGCAGCTACTTAGTGATTACACCAACGATTTTGAAGTTTGGAAGTCGTGTTAGAAACTGAGCAAGATTGAGTAAGGTGGATAATAAAAAGCTTCGTAATCTTGTGTTTTTATGCTCCTTTTATGTCTGCAAACATAATAGAGGGTGTAGAGAGCTTTATGAAGGAATAATAGCCAAAGGAAAGAGTAAAAAACTAGCATTAGTTGCGATAGCCAAAAGGCTAATCAAGCCATGTTTTGCTTTTGGAAAAAGTAAAATTGATCAGTTTACATTGTATTTGACTAGAGAAAATTCAGCAGAAGTTTAGACGTATAATACTCAAAAAAGCGGTCTTTCAGTGTAAAATCTTTATTTAAAATAACCGTGGCTGGTAGCGAGAATGGAAATCCTTTTCGCGAGGCCAGCAATAAAGGTATTTCGTGAACTCCATTGCGCTGGGTCAGTGCTTGTTTATTTATAAAATTCACGCTTTCAAAAGTGATGGTATCGGTTTGCTCTACGTCCATTTCTATAGCATAATAATCACTGTTTAGTTTTTGTATGACTTCTGGCTTTGTAAAGATTTCTCGTTCTATTTTTTTGCAATAAGAACACCACTTAGCATGAAAGAAGATAAAAACTGGCTTTGGTTTTTCCTTAATTGCTTGTTCCAATTCTGGCCAGCTTTTCCATTCAATTTCAGAATCACTTTGGGCTCTTACAAACAAGAGCCCGGCTAAAAAAATGAATATAAAACAAATAAAATCTTTCATAAATGTTAAATTAAAAGTCTCCAAACTTCAACCCTACAAAGAATGTTCTTGGACGATTTGGTCCATAAATAAAATCTGAATCTCTTCCCGCTCCACGGTCAAAATCATCTTGATAGCTATCAAATAAGTTTTGAACACCACCACTCAATTCAACATGAAATGTATCTTTTAAGTCAAAGTGATAGGTAACCTTTGTCGTCATATCCAGAAATGATTCGGTATCTACTAAGTCTATAAAACCAGAATCACTAATAACACGTGGTGCAATCATCGGGCCAGTGTAACTTCCTGTCACGTCAAACCTAAAGGCTTCAGAAGCTGTCCAGTTTACATTTAAGAAACCATAGACGTCTGGTGATCTTACAAATTCCTCTAAAATAACATCTTGTTCACCAGGTACACTGCCATCTGCTTCAAACAATACTTGGTCTTCTTTAAATATGGAACGTTGTATGGTTACCCCAGCTTGGAATAAGAAATCCGAACTTGGCGATACACTCAATTCCAAGTTTGTCCCTGCAACAAAAGCACCAGATCCGTTTCTTGATTCTTCAAGAATTGAACCATTGGGTAAAGATGTCCCTGTACTTACAATGGTAAAAGGATTTTCCAACGTGGTATAAAACCCTTCTACCAAGAAATTGGTTTGGGTCTTGTTGAAATCTTTTGTGTAATTGAAGGATGCGGTAAAGGCGTTTGAAAATTCACTTTCAAGATCATCAGAAACAATTACAAAACGCTGTTCTCCACCTACCGATGAAATATGCAAATCTTCATTAAAAGCTTGCGGTGCTCTAAATCCACGGGCATAACCTCCTCTAAACTGTAAATCTTCATTAATATTATACAAAATAGTCAATCGTGGATTTAGTACCGTTTCACTAACGTTAGATGATCGCGCCACATCTTGTATGGTATAGAAACCATCTACATCAACGTGGTCTAGACGTGCACCGACTAATGCCGTAAATTTTTCAGAAGGTTTCCACTCGTACTGCGCGTAGAGACCAATGCTGCTTACCTTTTGATCAACCAAACGGTTATAACCTGGTATGGCATCTTTGGTATCATTGAGTTGATACTCTAGACCTGTTGTGAAAACATCCCTTTTAAAATTACGTGTGTATTTTGTTCCTGCAACAAATGCAAGGTCGGTTGTTTTTCCAAATGCATTGTTCGCAACAATAGAATCCGCGGCGGTACGTCCACCACCTAAACCACCATAATAACTGTCACGGTCTGTATTCTGTACGGAAACATAAGCAGTACCAGAGTTTTTACGGGCATCGTCAAACAGTTCATAATCCACACCTGTAAAGATGGTGTTGTGGTCAAGGTCTTCTGTAATATCGGTAAATTGTGGGGCAAGGTCAAGACGGTCTCCACCACGTCTATACTCTTTAATTCCTGTAAAATCTACACCTATACGGCTATTATCGTTAGGTCGCAAAAAGGCTTTTGCACCTAATGAATTGTTAGTCAATTTTGTGATCTCGCTAAAACCATCATCATTGGCATCAAACGCATCACGGTTACGGAATATACCATAAACAGTTACGCCGCTAGTTAAATCTTCGCTTACTGTTGAAGCGTTTAAGTTTACGTTGCGGTCTAAAGCTTCACCACCTATAATTCCTAAATTGGAACTTATTTCCCAACTGTCATTAATAGGCTCTTTGGTAATTACATTTATAGTTCCTGCAATGGCATTAGAGCCAAAAAGTGCAGAACCACCACTTCTAACCACTTCCACGCGGTCTATAATGCTTACAGGAATTTGTTCCAGACCATATACACCGTTGAGCGCACTAAAAACAGGACGACTGTTTACGAGTATTTGTGTATACTGACCCCCAAGCCCGTTAAGGCGTACCTGGGTGAATCCACAGTTTTGGCAATTGGTTTCCACCCTAACTCCAGGCTGGTAATTAAGCCCGTCTGCCAGCGATATTGACTGGGTGGCCTGAAATAATTTTGAACTGAGAACATTCACAATTACAGGGGCCTCTTTCTTACTGATGCGGTTTCTGGTAGCACTCACGACAACTTCTTCAAGACCGAGTACATCTTCTACAAGGGAAAAGTTAACTTCTTGTGTAATTTCTGCTTCACTGCTTATTTGCTTTGTTTGAGTTCGAAATCCTTGTGATTGTACCACAATAGCAATAGTTCCCGACGGAACGTTTAAAGTGAATTTACCGTCAATATCTGCACTTGTGCCATTCGTACCATTTTTAACATAAACATTTGCAAAGGGAACAGGGTCGCCATTGTAGGTTACAGTTCCAGATATTACGGCCTGTTTGTCTTGAGCAATAGCGGTAGTTATGGAAAATAGTGATAGTAAAATAAGTATAAATTTCATTTGTTCTAATTTTATTAATAGTTGATTTAAAGGTTAGTTAAGCTTAATTTATTTTAAATTTGAAAATGGTGAACTCAATCAATCAATGTGAGGTGCTCTTCTACATCCTCACGTACTTTAGTAATGTTTTGTGTTTGTAGACTATTCCGCTCAGCATAATTCGTATAGTTGAGCATCGCTATTTTCAGCTCGCTTTGGATTTCATCTGAATTTACCGTGCTATTCCCACCGAGCGTCAACAAGAAATAAATTACCCTTTTGAGCATTTTGCTTCCCTTTTTCTTCATTTTCATTTCTTCATAGGTAAAAGCAATGTTGTTGCACGAAATCGCAAACAGTTGTACAAATGGAATATTAAGTCGAGTAGCTTCTTTATTATAGGTGTTCAAAATCTTGGCATGGTCTAGTGCGTCCCGATATCCATTTAAGGATTGTTCATAATCGCCCTTTCTAAACAAAGCGTTCGATACTTCAGTCTTTGCTTTCCAGTGATTTTCAATATGCTTTAAACGGCTTTCACACATTACCTAGTTGTTTAGATTTATATTGTCAATATTATGGTTGACGATATTCCAAAAACGCTCTACAAACTTGGAACGTGCATTACGATAGTCTATGTAGTAGTCATGTTCCAAAGCAACTGAGGTAAGAATCGGTTCTTTAGACTCCGTTAGTGTTGTATATAAATCTTTCATTGGAATACGTTTCAATTTGCCCGCATCATTTTGTGCCAACCAAGCCCATCCAGCTCCAAACAATTTTGTAGCCAGTGTTAAAAATTGAGCTTTAAATTTGTCAAAACTTTGAAAATAGTGTTTCGTAAGTTCCTTGATGCTTCTACCGAGTCTACCGCTTCCATTTGGCGAGAGGCAACTCTGGCTCCAATGTTGTGAAGTGTTGCTAAACAATGCTGTGTCTTGCTTTTTATGTCTTTCTAAAATGAGTTCTTCAACCGTCTTTTCTTCAAGTTCGGCGTCTTGATTAAGACTATTTAAATTTTTAACGTAAACGGCCTGATGCTTACCGAAATGATAATCAAACGTTTCTTCCATTACAAAGGATAACAAGGCTTGCTTATTATACGGTAGATCTGGGAGTTTTTTTGAAACGTTCATAATAATCTTCTGTTTTTAGTTTTCTAAAATATTATTTAGAACTGCAAAACTAATAATTTAGACTTGTCTAAACTAATGATTCGATAATTATTTATTTTTTTGTTAAAAATTATTTTATGGCTTCAGATATTTAATAGAATTATGTTAAGCCTTTGTTCTATTTACATCAAAAGAACGAGGATATTTCTTTGTCTGATTTAGGAAGAATTGCAGGTAAGTAAGCCCACTGCAAACGATATGATAAAAAATTACAAACTGAAGGGGTTATAATTTCAAAAAAATGCAAACCGATAAGAATAACCGAAAAAGGTAAACAACGGGCCGCTGAAATTATCAGAAAGCACCGATTGTCTGAAATGTTTTTAATGAAAATAATGAAATTTGGTTGGGAAGAGGTTCATGAAATTGCGGAAGAATTAGAGCATATTAAAACAGATAAATTTTTTAACCGAATGGATGAGTTGATGGGATTTCCAAGAATAGACCCACACGGTTCGCCACTAACTGATAAAAACGGAAATTTCAATAGACCTAACTACAATCGGCTTTCTCAAATTTCCGTACAATCAACTATTATAGTAAAAGCATTACGGGATAGTTCCAACGAATTTTTATTGTTCTTGAATAACAAATCAATCCAACTCAATACAAAAATTACTGTTGACCATATTGAAGTTTTTGATGGAAGTTTAACTGTTTCGTTTGATGGTTATACAGATGTGGTTTTAGGCAAATCCATTTGTGACCGAATTTTGGTTGAAGAGGTTTGATTTTTTTATTAGCTCTAATACCAAATTAGACCTATAATGGCGCAATAAATCGTTTTACCGAAATGAATTCGGCACAGGCTTTCTTCGCCTGCTTTTCATTAAAAATAATTACCGTAGCTAAGGCTATGCTAGTTATTTTTGATTTCAATCAATCAAAAAACCTGTGCTGAGCTACGTCATAGCATAATTCAATTTATTCATACGGCATTATAAATATAATTTGGTATAAATCAATTTATAGGAGAACTAAAAAAATGGTAAGAATATCATAGCTGGTAATTCTTAAATGTGTGGGGGATGGCAATAAACAGCTCTTTTATTTTTAGTGGTCGTGGCTTATTATGGTTGTGGGAAAATAATTGTGCTGTTTGCAGGGTCGGGTTTTAGTGGTAGTTCGGATTTATTTAGCATCCACTTAAAGTTTAGGATAGGAATATGTAGCCAAATGAAAGAGTAAAAAGCTAGCTTTAATCGCCGTAGCCAAGAAGATACTCAAAAACTGTTTTGCCGTTGCAAAAACAGGCAAGCCTTATGTTGAAAGTTACATTTCTGTGTTACCTAGATATATAGAAGAACTCAAGTTTCGCACCTAATCAATTTCACTTAACACCTTGATGATTAAAGCTATGGGTATTTGTTAGAAACCCATAACTCTCAATATCCTCTATTATTTTGGATGTAATAAGTTCAATATCAATTGATTCTACTAGTTTTTCCAAATTGGTTAAAATTAAGTTGACAACTGCCAATATTCTGATATTCAGCTTATTTTCAATATAATCCTGTTTTAAATCTTTAAATAATCCGCCTATGGTTTCATAAGCCTCCATTCTGTACCGAATACTTGTGAGCAGATATTGGGTCATTGCAATTGTTATTTGTGCAATCTGGACATCAAAATTGGTAGACTGACACTTTCCAAGACCAAAGAGCTGCTTGGCTTCTTTAAAAAAGACTTCAATTGACCATCGAATACTATATACTTCAATTGCTTTTACAAATTTGAGTGATGTATCAGTGGTTATTAAGGTGTGCCATTTGCCGTTCTTCCCACGCTTCGAAATAAAGAGAGCAACCTTGAGCCCATCAATTTCAGCTATGTAATGATGGTAGTAGTAATTGAATTTACGACAGCGCTTGGGCTTTGCTTTCTGTTTTTTAAGTTGTGCTAAAGTTTTGACCTTTGATCTGACTTCAATTTTACTATTGTATTTATACATCCCAATAATATGGGTCGAACTGCAAATACTTCGTAACTTTTTAAGTAATCCCACACTTGTAAACCAGGTATCTATTAAAATATAGTCTACAGAAATTTTACGCTTTACAACCCTGGAAAACATTTGCACTACTAGGTCTGTTTTCTTTTTATTGAGTTCCCTATACCTCTTTGCCGCAACTGTTTTACTACATCTTGGTGTCTTCTTTTGGGCCTTACGCTGCTTTGCGGTTAGACCATATTTTAATCTTGATGTTTTGCTCTCACGGTGCAGACTAAAATCAATGGGGATAAAAACACTTCCATTCCAATACCCAGCCACAAGTAGCTTGAAACCTAAATAGTAGGTCTTTGACACATGGTTGTAGATCTTTGAGACTCCTTCAATAGTCTTTCCTGTTTTTGAAAGATCAGTATCATCAAAGATCAAGCATCTTGTAGGGTCTGCTGAGGGGGTGAAGAGTTCATCTTTCAATAGATATTGCTTTACAAACTGGGCCAAAAAAGCTCTCCAATTAATTTTTTGATTTGCCAAGATTCGATAGTATGAATCTTTTCCACATTTATTAAGTTCTGGATCTTTGTCAGTTGTAAGTCCATAAATAGAATTAATTCCAATGGCTCTAGTTTAATACAGCTATTATATGTATATTTAGATTATGAACATAGATAATCTAAAAGAGGAAATACTATCACTATCCACTCTAGATCGTGATAATCTGTTAAAGGATATTACAGATTCACTTGAGCATAATCAATTGGTTGAGCGGGCTTCCCGTCGCCATATTTTAGATAATAAAATGGGCGGATGCCCACATTGTTTACATGAAAAATATGTTCGTTTTGGAGTTGACAAAGGCTCGCAGCGCTATAAGTGCAAGTCTTGCAATAGAAGCTTTACTGAATATACTGGCACTTGGATGGCGGGACTTCAAAGAAAGGATATGATTTCATCTTATTTAAGTCTTATGGTTCAAGAAAAAAGTTTAGATAAAATAAGTTCAGAATTAGGCATCAATAAAAAGACAGCCTTTGATTGGCGTCATAAGATATTAGCTTCATTCGATACTAAAAATGACGATGACCAAGACAACTTTACAGGTATTACAGAGAGTGACGAAACCTTTTTCCTAAGATCAGAAAAAGGTATGGAGGTAAAAGATAGGGAATCAAGAAAAAGAGGCGGTAAGTCTAAAAAGAGAGGTATAAGTAAAGATCAAGTTGCGGTAATTGTAACACAGGATAGAAAATCAACATTAGACCTTAGCGTGGCTAAACTCGGTCGAATAGGAAAAGTAGATATAGAAAATGCTATCGGTAAACGTGTTATAAAGGATATAACCATATTGTGTAGCGATGCCCATCACAGTTATAAAGGGTTTGCCAAAGATAGCGAAACAGAGTTCCACATCGTAAATGCATCAAAAGGAGAAAGAGTAAAAGGAAAGTATCACATACAACACGTTAATTCTACTCACAATAGAGTTAAAAAATGGATTGAAAATACCTTTTGGGGAGTATCAACAAAATATCTACAACAATATATGAATTGGTATCGAATAAAGGAAAATATAAAGTCTAGAAGCGATAGAGCCAACGCCTTTGTGGAAGAAACAATTGCTCTAGGTACATTGAAACGGTATAATCAAATCGAATCTAGATATGAAAACTTAATATCAACGCAGACCTAAACTAGAGCCATTCCAATAAGGGGCAAAATCAAGAGTGTAGCGATCAAATCCTCAAATGAAAAACCCGCCTTTTTGCACCAACTGAATTGTTTTTTTATTCTATTGAAGCCTAAAATATTTAGATGTGCCCGTAAATAGTCTGAATTAAACCAAACCTTATTAAACTTCCCTTTTATTTCTTGAACTTTTGCAATATATTCGTGTTGTAGCATGTTTTGTACTTTGTGTTTAGTTACTTAAAGATACAGTAAAACCAGGGGTTTCCCTTGGTTTTCATGCTATTTTTTTCCAATTAAACCCTGTAAATAATGGGTGCGAAACTTGAGTTATTTAATAATCTTTCAACTTCTTTTATTCGTTTCACCGTAACTTTTCTTAGGTCTGTTTTCTTTTGGAAAAATCTCCTTATTACACCTATTCCATCACTCACTAATCTTAGTGATCAAACTATGCTCATGGCAGATAATAAGAATATTGAGGCTGATTATAATTTAGTTTCTGATGTTCCAGATGGCTTTATTACCCTTAGATCTGTAATGAAGAACGGAAACTTAAAAAAAATAACCAAGCATTTGAATATGCTTCTACAACTGCATTTACTAGATTGTGGGACTCTTATTTTTCTAGTAAATTCAATAATTATTCTGACAATAAAATGGATATAGAAATAGAGTTAGTCGACCTTTTGCTTATTAAGAGATCAGCCTCATCTATTGGGTCAACACTCTTGACTGGAAATAGTCAATACAATGTCAATGCAGTCGCAGTGATACACGTCAATACAACTTATAAGGGTAAGGATTATGAAAACGAATTTGAAGTAAATGCATCAGCTTATAATGAAAGTCAAAAAATTGGAAACGGCAATAGTTCATTCTCAATTACTGCATCCAACCCTATGCAACAAAGGGCTAAACTTCTTGAAAGTTGTTTAAACAAATCAATTATTCAATTTGATAATTTTGTGAGTAATGTAATCATGGAAAGCGAAAATTAATTAAAGTGTAAATACTTACTTAATTACTCAAGTTTCGCACCTAATCAATTTCACTTAACACCTTGATGATTAAAGCTATGGGTATTTGTTAGAAACCCATAACTCTCAATATCCTCTATTATTTTGGATGTAATAAGTTCAATATCAATTGATTCTACTAGTTTTTCCAAATTGGTTAAAATTAAGTTGACAACTGCCAATATTCTGATATTCAGCTTATTTTCAATATAATCCTGTTTTAAATCTTTAAATAATCCGCCTATGGTTTCATAAGCCTCCATTCTGTACCTAATACTTGTAAGCAGATATTGGGTCATTGCAATTGTTATTTGTGCAATCTGGACATCAAAATTGGTAGACTGACACTTTCCAAGGCCAAAGAGCTGCTTGGCTTCTTTAAAAAAGACTTCAATTGACCATCGAATACTATATACTTCAATTGCTTTTACAAATTTGAGTGATGTATCGGTGGTTATTAAGGTGTGCCATTTGCCGTTCTTCCCACGTTTTGAGATAAAGAGAGCAACCTTGAGCCCATCAATTTCAGCTATGTAATGATGGTAGTAGTAATTGAATTTACGACAGCGCTTGGGCTTTGCTTTCTGTTTTTTAAGTTGTGCTAAAGTTTTGACCTTTGATCTGACTTCAATTTTACTATTGTATTTATACATCCCAATAATATGGGTCGAACTGCAAATACTTCGTAACTTTTTAAGTAATCCCACACTTGTAAACCAGGTATCTATTAAAATATAGTCTACAGGAATTTTACGCTTTACAACCCTGGAAAACATTTGCACTACTAGGTCTGTTTTCTTTTTATTGAGTTCCCTATACCTCTTTGCCGCAACTGTTTTACTACATCTTGGTGTCTTCTTTTGGGCCTTACGCTGCTTTGCGGTTAGACCATATTTTAATCTTGATGTTTTGCTCTCACGGTGCAGACTAAAATCAATGGGGATAAAAACACTTCCATTCCAATACCCAGCCACAAGTAGCTTGAAACCTAAATAGTAGGTCTTTGACACATGGTTGTAGATCTTTGAGACTCCTTCAATAGTCTTTCCTGTTTTTGAAAGATCAGTATCATCAAAGATCAAGCATCTTGTAGGGTCTGCTGAGGGCGTGAAGAGTTCATCTTTCAATAGATATTGCTTTACAAACTGGGCCAAAAAAGCTCTCCAATTAATTTTTTGATTTGCCAAGATTCGATAGTATGAATCTTTTCCACATTTATTAAGTTCTGGATCTTTGTCAGTTGTAAGTCCATAAATAGAATTAATTCCAATAAGGGGCAAAATCAAGAGCGTAGCGATCAAATCCTCAAATGAAAAACCCGCCTTTTTGCACCAACTGAATTGTTTTTTTATTCTATTGAAGCCTAAAATATTTAGATGTGCCCGTAAATAGTCTGAATTAAACCAAACCTTATTAAACTTCCCTTTTATTTCTTGAACTTTTGCAATATATTCGTGTTGTAGCAT

Protein sequences of DBSCAN-SWA_3

>NC_018721|1853526:1911619|1886477_1887032_+|WP_157609382.1|transposase|DBSCAN-SWA
MSLNKDSYDSVNLYFQDEARFGMMNHLGKYITASGVKPIVTYQHIYKTTYLYGSYSPINGDSFVWEINGVSTNIFQAYLREFSTHNPKEYKIVVIDNAGFHSTKNIEVPQNIVLLRIPPYNPELNPCEQVWQYIKNRFKNQRFESMKSLKEWLSEMVCEMKPETIKSITGNHHFLKAFNTAFNN
>NC_018721|1853526:1911619|1898214_1898859_-|WP_015024216.1|DBSCAN-SWA
MNSTEFLEKFVCDKLIESNRYSSFSIALEDARKITGRDVATGELKHHILTNKNNGHLEPYSFIGITNYLLLLEIIGKVFEPNVSSSGKKGIRGALQHFSDIDEKDQYVIEALRNALVHSYSLVNIPSNQDHNENSQHLFTLSAFEDAPLIRYPDISWDGNFNNKAENGSTIVQTNRLFDEIELIVENVRVGVRDGSIKSRIKLLELKARYTIYR
>NC_018721|1853526:1911619|1882882_1883551_-|WP_015024205.1|DBSCAN-SWA
MPNLEVLQENNDYIVVNKMAGLISEKSPYENLTVENQVLHHLLKKKRKPYIGVIHRLDRVTSGVLVFAKKKSILVGFNELFSGRKVQKTYLAIVQKKPLKSKKTLTNFLVKNNLEKRADIVSLKSKESLKCILSYQVIDENNFGYLLEIKPKTGRFHQIRAQLAHMELPIIGDEKYGSDQEYLPLSICLHAWKLSYQVTGSTDIKTYEAPVPKNDFWKFTKI
>NC_018721|1853526:1911619|1901988_1904343_-|WP_015024219.1|DBSCAN-SWA
MKFILILLSLFSITTAIAQDKQAVISGTVTYNGDPVPFANVYVKNGTNGTSADIDGKFTLNVPSGTIAIVVQSQGFRTQTKQISSEAEITQEVNFSLVEDVLGLEEVVVSATRNRISKKEAPVIVNVLSSKLFQATQSISLADGLNYQPGVRVETNCQNCGFTQVRLNGLGGQYTQILVNSRPVFSALNGVYGLEQIPVSIIDRVEVVRSGGSALFGSNAIAGTINVITKEPINDSWEISSNLGIIGGEALDRNVNLNASTVSEDLTSGVTVYGIFRNRDAFDANDDGFSEITKLTNNSLGAKAFLRPNDNSRIGVDFTGIKEYRRGGDRLDLAPQFTDITEDLDHNTIFTGVDYELFDDARKNSGTAYVSVQNTDRDSYYGGLGGGRTAADSIVANNAFGKTTDLAFVAGTKYTRNFKRDVFTTGLEYQLNDTKDAIPGYNRLVDQKVSSIGLYAQYEWKPSEKFTALVGARLDHVDVDGFYTIQDVARSSNVSETVLNPRLTILYNINEDLQFRGGYARGFRAPQAFNEDLHISSVGGEQRFVIVSDDLESEFSNAFTASFNYTKDFNKTQTNFLVEGFYTTLENPFTIVSTGTSLPNGSILEESRNGSGAFVAGTNLELSVSPSSDFLFQAGVTIQRSIFKEDQVLFEADGSVPGEQDVILEEFVRSPDVYGFLNVNWTASEAFRFDVTGSYTGPMIAPRVISDSGFIDLVDTESFLDMTTKVTYHFDLKDTFHVELSGGVQNLFDSYQDDFDRGAGRDSDFIYGPNRPRTFFVGLKFGDF
>NC_018721|1853526:1911619|1853526_1854447_+|WP_015024184.1|transposase|DBSCAN-SWA
MKLQKQPTIADTICDLRSRKIKRTFFSQINTLIDWDNIEKLIDTDYSRGKSAVGKPSYSGLLLFKMCLLQSWYGLSDYEVEDRLNDSISFSYFCGMNIDEVAPDHSTLSRFRTALTKTKTFEKLFSIINAQLEAHNIIVKKGIIVDASVIDTPLRPKGKTNHKVTEDRSEEEIKAKKQYADSVDTDGTWLKKRGKYHFGFKKHHVTDNEGLVIGVLTTTASKNEIVNLEDVLETVNIDLPKDIPLKADKGYQSKKNAGLLKKRNLKNHILRKAYKNKPLTRWERKFNKLIGKTRFKVERTFGGIKR
>NC_018721|1853526:1911619|1860831_1861512_-|WP_015024189.1|DBSCAN-SWA
MIKIEILSKFYGKNQVLNSIDLEFKKGKVYGIVGENGAGKTTLFRCLSGLEDYKGNISSNYTKLKDHLGLLLTEPFFFSKITGREYIQLLANTRQIKLSNIEHKNIFDLPLNQYASTYSTGMKKKLALTAILLQGNDVFILDEPFNGVDIQSNLIITEIIKRFKELEKTVIISSHIFSTLADTCDEIYVMKNGEVIKKVQQVDFNNLEKEMKEFTVGTRIDKLKLK
>NC_018721|1853526:1911619|1879342_1880107_-|WP_015024203.1|DBSCAN-SWA
MPKIIENRLLEEFKNREAFSREELFDFFRYFEPNLKEGTFGWRIYDLKNKNIIKSIQRGYYTISYKPKYKPEISGEILKLAKVISERFEDVKYCVWDTDWINEFSQHQAGKKLIIIEIEKDCVESLYYELKDSFRFDFYLNPDEKAIEFYISESQKPVIIKKLITRSPISKRAEKKTKFYTPLLEKILVDLYTENKLFYFYQGAELMHIYENALKNYTLNYTKLFSYAKRREREQDIKQFMTNTMYPLVKDIIK
>NC_018721|1853526:1911619|1905823_1906228_+|WP_157609270.1|DBSCAN-SWA
MKIMKFGWEEVHEIAEELEHIKTDKFFNRMDELMGFPRIDPHGSPLTDKNGNFNRPNYNRLSQISVQSTIIVKALRDSSNEFLLFLNNKSIQLNTKITVDHIEVFDGSLTVSFDGYTDVVLGKSICDRILVEEV
>NC_018721|1853526:1911619|1878242_1879346_-|WP_015024202.1|DBSCAN-SWA
MIKEHCFTEDWLDTFKKKAAHKRIDKAILEKMIYVLHLLERIKANGLNFVFKGVTSLVLLLEEGNRFSIDIDIICNTDRETLETLLNTVIDSSNFKSFELDEHRSYKEGVPKAHYSFTFDSVTKGKYSGTILLDVLIEDAIYPELTEKPVQTKWIETEGETNITVPTIEAITGDKLTAFTPNTVGIPYFKGRDQQPFSMEICKQLFDLSKLFERLENMEIVAQSFEVFAVQEIEYRKTETSDLTPKKVLQDTIDTCAILAKKGKGSADEKQKFIELQKGIRAFGTGFLMVGNFRIDDAVLAAAHIAYVSAKILHKDLSPIDYFQDQDIKELNIEDPDWNFLNRLKKQPDKSGFYYWYKALKIMNLIK
>NC_018721|1853526:1911619|1864689_1866198_-|WP_015024343.1|transposase|DBSCAN-SWA
MQNALENLTKDQLLSLLQKKGKDVEKAHYKILDLEFQLAQYKRIVHGQKRERFEGDKDQMSLPFEMEPEIAQRQEEEVKEKLTYERRKRKSAHKGRVPLPQHLPVEEIKIYPEGDLSDMVCIGEEITEELEYEPSKYYIKRYIRYKYAPRNKEGVVIGALPERVIEKGIPGAGLLASILVDKYEDHLPLYRQLQRFKRADIPIASSTLEGWTRQSLKILDILYQHLLEDIRSKGYLQADESPIKVIDKKKKGTTHQGYYWVYHCPIDKTVLFDYQSGRSAQAAAHVLSGFKGYLQSDGYSVYDKIGKREGVTHLNCWAHARREFDKARDNDKLKAEIALTFIQKLYKVEAKARENNLNPKERKKLRLDESLGIIDEFGKWMVNQLKDHHILPKSTIGKAMSYSLNRWDQLSAYLYDGVLEIDNNLTENAIRKLALGRKNYLFAGSHDAAQRGAIMYSFFAICKKHEVNPYQWLKYTLENIMSINHKNIKDLYPQNYKKLQNT
>NC_018721|1853526:1911619|1883965_1885468_-|WP_015024206.1|DBSCAN-SWA
MANVTKPIFKERYENFIGGNFVAPIKGQYFDNVSPVDGKVFTQAARSTQEDVDLALDAAHDAFPSWSSSSAAERSNMLLKIAQVMEDNLEYLATLETIDNGKPIREARAADIPYCIDHFRYFAGVIRADEGSISEHDKNTLSIALNEPIGVVGEIIPWNFPMLMLAWKIAPALAAGCTAIVKPAEQTPTSVIVLMELIGDILPAGVLNIVTGFGAEAGQALATSKRIDKLSFTGSTETGRKVYHNAAENIIPVTMELGGKSPNVFFPSVAEQDDEFFSKSIEGALMFALNQGEICTTPSRILVHEDIADLFIEKMQERLKLVKAGDPLDPETMIGSQVSKAQCEKILDYINIGKEEGAIVLAGGEAGNHEGDLSGGYYVQPTVLKGTNDMRVFQEEIFGPVVALTTFSSTEEAIAIANDTPYGLGAGVWSRDAHELFQVPRAIQAGRVWVNQYNTYPAHAPFGGVKDSGFGRENHKMALDHYRVVKNMLVSYDKKPMGLF
>NC_018721|1853526:1911619|1861504_1862380_-|WP_157609380.1|DBSCAN-SWA
MIDFGLPLLIGYPLLLFLFILLSNYLFGNTEFANYVYGLIALSFVSRLSDPKRNDFLKSIFNKDKYKKLRVVENLLYCLPFTLFLIYKEQFVFSILLNLLVIIIMLFNFSTNVIVTIPTPFSKKPFEFAVGFRKTFYVFPIAYVLTYISVSVGNFNLGVFSVLLIGITCFSYYSKIENDYFVWNYNLSPKEFLLEKTKTCLINFLLLSLPIIITLSFSFFNQIDILIVFILLCFAYLTTIIFAKYSSFPNEMNVSQLILIVTSLIFPPILLIFIPFFYYQSIKKLKDILND
>NC_018721|1853526:1911619|1858086_1859028_-|WP_015024186.1|DBSCAN-SWA
MKLLVTSLLTLSILSSCHSQNNKIDNTQPRYGEVKKTKEYRELDEEFIQDCLKQFGTIDSSAAIQIDHAWRYYYNNDLKTAMKRFNQSWLLNPELPDSYFGFASLLETQGNLIDAKRYYKIGIEKDTKNDRAELCYQRIADCKEQLNDIQGTLNAYKKITKIDPKNSFAFKKIGYFYTQSGHSNKAIKAYDDAIRLDPKDAMTYNNRAFLNQKLKNYEAAITDYSKAIELDPEYISSLVNRGLTEMEINQFEKAKSDFGQCVKLDPKAGELRRFLAISELKLNENSSACNNLKLALELGDSGASQLIEENCKK
>NC_018721|1853526:1911619|1868860_1869115_+|WP_083858484.1|transposase|DBSCAN-SWA
MSVNGIGQKTALFLIVVARVFKFGTASQVCSYISIKPTARKSESSVRVRARISMVVNKKLRHMLFLYSLRACKHNKAYREIIRI
>NC_018721|1853526:1911619|1873560_1875837_-|WP_157609269.1|DBSCAN-SWA
MAKSPMQLAIFISLLRTRGESLPNKRTALYDSYIELFFNRESEKNITIRDHRDLIIDIHQYLAWVLHSEAELHNNSGSIHIDDLQSLLKIYLTKEGHKTDIADKLFHVMEERVCALVSRVQGTYEFEVQPLREYFCAKYLYNTSPYSPAGSEKTGTKPERFDAISRNFYWHNVVRFFSGCFDKGELPMLIQKLKELQDDLFLKNTNYPRLLTSQILSDWVFTQYPLLLNDVVRIIVDGINIGNIINQEGRRGNNEPILLPNECGRLELTIECFDQLKKFPQNDYASELIGIVRNNPFQTLELWLNNVRNLNDEKLTKWFEYAYQLEIIHKIENKQLHNIIREGDLEQKEKRLQILIDGNRLDVIDSDLDIKQVVLNGVLQSKISVHQRKYFNHSLQFLTIMLHPYLLINILNSDDSNIPFLNSISQRVRNFPQDVKQEKPINTISVKDEIDKSIENFANLISKSLNDEITKWKNNIEPWELLVESFRGIFQDTCAIKIIAVISAGIKSKNETYDEFSVLTDSSKSLCKRVRCARMKSGNIKYWELQLQNSTDIAFTLLVLLTWATPKTIIQQIANISTQINKLSKDEFLTLNDSLKKTARQSNLSNSQSNEIAKYLVKNAIENEVIYLISHRFSEESRLNFIYKNLSSATQKMKAIGDIRLSYLIEKYLKNNLDLTLLNEVKEIYATLTNYEERSYRFYNHRLNEVKELPIEIANTIMTESKKYPRVIASCAERSCRIFANKNIKAVGQIAKDENWFL
>NC_018721|1853526:1911619|1881806_1882397_-|WP_015024204.1|DBSCAN-SWA
MTKSVQSRIENEIKLMKRGSILFPSNFDDIGNVEVVKKTLLRLKNKKFLVRLAHGIYLYPKQDKLLGVLYPTIEAIAVAIAERDKARIIPTGTAALNKLGLSTQIPMNVVFLTDGTPRSIVVGKRTIKFKRTSPKNLAVKGEITSLIIQALKEIGKDNVTAEQLEKIKIHLEKEIKEYDAKLAPVWISKIIKNSKS
>NC_018721|1853526:1911619|1881429_1881810_-|WP_083858486.1|DBSCAN-SWA
MKNFIRLSKKDKLNIFNQVSEKTGFPSSAVEKDWWVTLSLNIIFSLSYSKHIIFKGGTSLSKAWNLIERFSEDIDLVIDRKYLGFKGQLSKTQVKKLRKASCSFIGNEFYKDINDALIKLMFKIMN
>NC_018721|1853526:1911619|1866982_1868485_-|WP_015024195.1|DBSCAN-SWA
MKIFTVILLSIFTLFCNAQKDTDYLTKSEIENDLKILDGILKNQSSYQGLNGFDYRKDFDNYLDQLDGTKITKSGFGLFLSKTIGKIGDRHSYIKGYDLPETLYFPLSFAPFKGKVLVLEYDKANKEYAFWNSEFPYLKSINNIPLDQILPKIIPSEQLAPKSSYSLLAIRDLRDIETVFSILNINFNLPNTLPVTLTNENGIEKVVDIKLVSDENKAYLWDERFHKKNFFLREEQLNDIEIIQQFFTIKDNIGYIQIVDMLSIDDSPVFFEYLNDFMIKAKETDALIIDVRDNGGGTRDLIQELAGYFVDPNSVYVVNATRQRGKLPLNDELKKELHNRFLFSRDELDRREQNTVDKFMTSFEPMYNLDNDKFSEYYYYIFNGQKITKDKYHYDKPICILTNERSFSAASILVSTFKGLPNIKIVGVNTDGSSGNSQRFELPNSELRGKISTMVSFQKNGKILDGIGTAPDIKIERNLDQIFLKEDHQLNRLLEILRME
>NC_018721|1853526:1911619|1859694_1860393_-|WP_157609379.1|protease|DBSCAN-SWA
MIWTTILAGLIGIIYPTYFLLTYKKTNNSIKQDDKFRLLDYKQTITIFWGLTILILINFFTTQLPQLNLYPNFTVISIVFSVLALAFTIVQYKQSNITSASLPVVKEKMKDIYRYLPKTKKEFDWFVILSISAGICEEIIFRLFLFEFLKENANLLIAFILTNIIFAATHIGMGKQNIIASFILGFLFSTIYYFTENIWIAVFLHIAIDINSGILGYRMNNLEQKTMENSNL
>NC_018721|1853526:1911619|1880821_1881127_-|WP_083858485.1|DBSCAN-SWA
MSRHLYDLEKLMDTIHGTEALKDVELYDTIIAHRKNFNAIRGIDYANHTPQLINIKPPEETIKEWEKDYKTMQESMFYGATLSFSKMMKRTAELNIRIKKI
>NC_018721|1853526:1911619|1893992_1894664_-|WP_015024211.1|DBSCAN-SWA
MKKAVFFDMNETLLNLSLLKKQFDKHFDDNYILKYWFTKLLHSSTIMGIMGDYRNFGELAGVALENLFFENNKSLSSEVKAEILGEFKKLPAYEDVRPALRVLRNNGIRVIAVSNSSLEMIKEQLTNAGIIDLFDSYYSADNVENYKPFKDIYLSAAQKEGLQTENIVMVATHDWDLYGAKKAGLTTAYIKRKQVIYNPYYLQPDFNALNLLDLIRQIIKAEN
>NC_018721|1853526:1911619|1863171_1864104_+|WP_157609381.1|DBSCAN-SWA
MHFNTAVETGGIALTLEDVNGDTGKSTTIFTTLNDGTDITYLELLDFDGYINVHLSATELSTIVAQGDIGQNELTGETISYDLNERDVPGINGTVVFAKRVNQTTLVSINLTGTPAGGRHPAHIHENDIATTGNIIVGLNPVIGDSGISKTQVEALVGGAAVTYTELLTINAYINVHLSNADLDTIVAQGNIGSNAGTDPGGAESKTYDVTNSGASAYIFNGEGLSDSNNPDFTFKRGGTYTFNVTVPGHPFYINSVRGTGTANTYNSGVTNNGAVSGTITFTVPTDAPDTLYYNCEFHSSMTGMITIID
>NC_018721|1853526:1911619|1897115_1898033_-|WP_015024214.1|DBSCAN-SWA
MRLEINKIETLTGHKSSIYALDIGTAEHLIFSGSADKIIAQWNLKTFQGEKFVASFPSALYSICHIPQKKIVLAGTSKGDVYVLDLEKKKEIKILKNHTSQVFNIRYSEETNRIYTAGGDGNLAIYSLETLELIKLKKVCDEKVRNIDFNYKNSEIAVASGDCNIRIFDLKTLQEKRVFLGHELSSNVVRFSPDGKFLLTGGRDGDLNIWQVEDYELLKSIPAHPWAIYDIAYSPDSNLFATASRDKTLKIWDSKTFQPLEVIDKENYDGHQFSVNKLIWSSFNNYLISAGDDKVIMVWEINLIE
>NC_018721|1853526:1911619|1872076_1872373_-|WP_015024200.1|DBSCAN-SWA
MKRIIAKSTLREYWEIHADSEQYLKTWYDTTKSAKWFSPNDVKQTYINASILKYSRVVFNIKGNSYRLIVKFNYEKQWAFIRFISTHAEYDKINADTI
>NC_018721|1853526:1911619|1892935_1893775_-|WP_015024210.1|DBSCAN-SWA
MPIENIPEIYFQNIKTDQDIFVYDFKMSSDVVKSKVNLSMNMFSFLQVGKKQVHFAGTSVAVNKAQSLLLKKGNWLWTELLDTEAVYYCKLFFFSEKKLTDFLSKYTNNVKPYKEEVPYFVIENDDYIAAFINSLSSNTFTDHSYSDALLVLKFEEIMLYLLNKYGSTFEDYLHSLISKEISLFKNVVESNVNSNLKLEEIAFLCNMSLSTFKRHFTSEYKEPPGKWLQDKRLHKAKELLEGGDLKASDIYLDIGYNNLSNFSVAFKKKFGISPTDLSN
>NC_018721|1853526:1911619|1904417_1904867_-|WP_015024220.1|DBSCAN-SWA
MCESRLKHIENHWKAKTEVSNALFRKGDYEQSLNGYRDALDHAKILNTYNKEATRLNIPFVQLFAISCNNIAFTYEEMKMKKKGSKMLKRVIYFLLTLGGNSTVNSDEIQSELKIAMLNYTNYAERNSLQTQNITKVREDVEEHLTLID
>NC_018721|1853526:1911619|1885963_1886458_+|WP_015023771.1|DBSCAN-SWA
MGRKAILEIKESDSELNKLLLKQKTLKAEKRLKSLLAIKSGKFETRQELADFLGIHIRTLERWIVNYNAGGVEMMLTDKPKNKTSKIITPQIHKGLSQRVHDPNNPFLGYWDAQNWVEQEYGVVVKYQRIREYLIQHFKTKPKTPRKSHYKKDVEAEKAFLKTP
>NC_018721|1853526:1911619|1904870_1905458_-|WP_015024221.1|DBSCAN-SWA
MNVSKKLPDLPYNKQALLSFVMEETFDYHFGKHQAVYVKNLNSLNQDAELEEKTVEELILERHKKQDTALFSNTSQHWSQSCLSPNGSGRLGRSIKELTKHYFQSFDKFKAQFLTLATKLFGAGWAWLAQNDAGKLKRIPMKDLYTTLTESKEPILTSVALEHDYYIDYRNARSKFVERFWNIVNHNIDNINLNN
>NC_018721|1853526:1911619|1891295_1892162_-|WP_015024209.1|DBSCAN-SWA
MFRYLLSFSAFLIFFGRAYQFFFFGAPYRAIFWDESLLSPVVEGLFNYSWQEYATNLNVNTFIENLTILSSVVFLVSALLCLFWHQIKLHILKKTILGTGIFLLFFMGICMVKSKNYDILQLFELSIQLIVPLVIFFNASLKNMDVSKLSKWLKIAVALTFIPHGLFAMGLFYVPGHFIDMTIKILGVNETQATQLLFMIGVLDIIVSIFIFIPKLARPTLVYVMIWGFLTAVARLVSGFNPDFFWSSLHNSTYLTLYRLPHALVPLIIFLILPKTHTLTFKLLTNEN
>NC_018721|1853526:1911619|1873084_1873327_-|WP_041758246.1|DBSCAN-SWA
MNQEIKIPRSNLIAKCDQNLNGEIAENDFENYANKLITEESFDWDDVILFINGKVQNLIFRLLKRISNFGNINWKLTKTY
>NC_018721|1853526:1911619|1899270_1900521_-|WP_015024217.1|DBSCAN-SWA
MNKIQLALVIGLSFFFQQFTNGQTNQKVNFLQKVGVLDSLYSKSLNEYREIYVQLPADYKPDENIKYPVVFVLDGEVFLPTVNDVQNYYSGGFTPEMVIVGISNDKNRMRDLTTSKVTEMYGSPFKQENGEAANFTKFIETELIPFVEHNYPVTNFRTLIGHSYGGLFALYSLVHHPQLFSNYLVIDPSLDWDNQQLIKEAKAKVSSANYKGKSLFMSLGGVVYMQRSGMTLTEIKKDTTDFTLFSRSNIDFSEVLNQNKQNELAFEWKFYPRDLHGTISFPSIMDGLISVFEWYQTENIDKYNSPTTTADEIDKIVRYRQHKLETHFGYAVPPFPEFLLNMQGYMSMDMGQMERAKVNFELTIEYYPNSANAFDSMADYYEKNGDNENAIKFVTKAFEISGEDSYKERMEALNKG
>NC_018721|1853526:1911619|1908106_1909138_+|WP_015022784.1|transposase|DBSCAN-SWA
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721|1853526:1911619|1870721_1871540_-|WP_015024198.1|DBSCAN-SWA
MRKIILLLLLISSKSYSQETYKGSIVDKNSKETLSYVNIGVVGKSIGTVSNNKGGFQIELNEKYDNDTLKISSIGYKPLIFKVSNFKTIILNNPSIQLEEEISNLQEVVVSSRKLKEKILGNKTTSKRISGGFSSNNLGNEIGIKIKIKKSPTYIEDFNVSIVKNEYDTLKFRLNFYDLKNGLPNKSLLKENIIIVSQIKEGILTVDLRDYDIVVYEDFFVTLEWIENLGDEFGLSFSAGFLGSPIIFKKTSQDYWQKKGAVSIGFNVTVKY
>NC_018721|1853526:1911619|1909446_1909803_+|WP_041758255.1|DBSCAN-SWA
MGAKLELFNNLSTSFIRFTVTFLRSVFFWKNLLITPIPSLTNLSDQTMLMADNKNIEADYNLVSDVPDGFITLRSVMKNGNLKKITKHLNMLLQLHLLDCGTLIFLVNSIIILTIKWI
>NC_018721|1853526:1911619|1895698_1896253_-|WP_015024213.1|DBSCAN-SWA
MNTRLTEDKKFKEAVGAFIIAFSELEYGLADLGSMTEFNLRKKIDYFTKHVGFPFEKKVENLTGFIDENLVELKPIWDELKVEIGQLNYERRFIAHGFIQYFLPHESSTTSTYVKKGKKLVERKHDSDSVKKLTNRIHHLNTGANGINGAFHTLFSKSRINNWNSLVNDDSKIVYKANNEIIPI
>NC_018721|1853526:1911619|1894935_1895433_-|WP_015024212.1|DBSCAN-SWA
MIHLIVGNTGSGKTTYSSELKGKTKGIIFSIDKWNKTLFLDDKKSTDGLEWFLERIERAEKMIMDLIRQLENSETDSILDLGLSKFTHREKFREFSKLNGYELKTHFLDISKETRLNRVTKRNTEKGKTFEFVVSKEDFSFMENWFEKPNEKELIGGIIITEKNV
>NC_018721|1853526:1911619|1856648_1857782_-|WP_015024185.1|DBSCAN-SWA
MCEFNLNFFNLIIIASVFIGATFGLLLIFTKRINRKANVLLGLVTFIIVFWSIWILSLDFQITDYLPYFYLIPLNYSLALGPLLYLYVRKITNFNYNLSKKDSIHFLPLLIELIIHLIISREALENNVIGIETEAYLKLMPIVQFLAIVSIVIYCIYALKAIKSYHSWLNNNYSNNDAYNLRWLYRLLIVFAILWFLWTPYTIIDYVIFDFQLSISDYYPIYVLLSMITIWISAEAFLRPEVILLETNKKNSIDKENPSEEIIKKAIWLKGQMLTNLFYLNSELTLKSLADNLNIHPNILSKVINDGLDKNFSDFVNEYRVNAIIDRLHSGNYDHITLLGISFECGFNSKTTFNRAFKNIKGITPLNYKKSIKTNPV
>NC_018721|1853526:1911619|1909793_1910135_+|WP_015024223.1|DBSCAN-SWA
MDIEIELVDLLLIKRSASSIGSTLLTGNSQYNVNAVAVIHVNTTYKGKDYENEFEVNASAYNESQKIGNGNSSFSITASNPMQQRAKLLESCLNKSIIQFDNFVSNVIMESEN
>NC_018721|1853526:1911619|1876215_1877319_-|WP_041758250.1|DBSCAN-SWA
MDYLYENLGDERFQEFCNCLIAKEFPDSQSFPVGQPDGGRDSLVYFMNSTKKEFIVFQVKFVRNPNSIPDVHKWLTKIIKDEAPKIDKLIPRGAKKFYLLTNVRGTALLDAGSKDKVNEILESYIKIPSVCWWRDDLSRLFEKDPIFKWSFPEIINGQDILNSVLFQNINENKERRESVVKAYLADQYITDNKVKFRQIDLENRLFDLFTDVPIKIRKYNEKNKNLKRTLNHFENYQKKIINFEDHFLFEERENVGAASFLLHPKIQNEIERILLEGGPGQGKSTISQYICQVHRARLLNKTSDLVLLPDHAKNTPIRLPFKIDLRHIASWVENKNPYQGRLNEEYYNSIWKNSLESFLVGHIVYHS
>NC_018721|1853526:1911619|1869363_1870158_-|WP_169314466.1|DBSCAN-SWA
MKKTIFEITKMDCPSEENLIRMKLDGISSIANLDFDIVNRKLIVFHTGEIDQIEKSVIELNLGGKKISTEKTDQTDFKKNQNQKKLLWSVLIINFAFFIIEMTTGLISKSIGLVADSLDMLADSFVYGISLFAVGGTLIKKKRIAKLAGYFQITLAIIGFLEVLRRFFGDKELPDFSTMIIVSIFALIANGICLYILQKSKSKEEAHMKASMIFTSNDVIINLGVIVAGILVNYLSSNKPDLIIGTIVFVLVIQGAFRILKLSK
>NC_018721|1853526:1911619|1866614_1866893_-|WP_015024194.1|DBSCAN-SWA
MSKHEEMYKLVTEYQSSGLSSKAFSKERGISPSTFSYWIRKKKEEDHPGGFVEVDTGLKSSASAMEFIYPNGVKLQMSSPDLALIARLVKLY
>NC_018721|1853526:1911619|1910185_1911619_-|WP_015022725.1|transposase|DBSCAN-SWA
MLQHEYIAKVQEIKGKFNKVWFNSDYLRAHLNILGFNRIKKQFSWCKKAGFSFEDLIATLLILPLIGINSIYGLTTDKDPELNKCGKDSYYRILANQKINWRAFLAQFVKQYLLKDELFTPSADPTRCLIFDDTDLSKTGKTIEGVSKIYNHVSKTYYLGFKLLVAGYWNGSVFIPIDFSLHRESKTSRLKYGLTAKQRKAQKKTPRCSKTVAAKRYRELNKKKTDLVVQMFSRVVKRKIPVDYILIDTWFTSVGLLKKLRSICSSTHIIGMYKYNSKIEVRSKVKTLAQLKKQKAKPKRCRKFNYYYHHYIAEIDGLKVALFISKRGKNGKWHTLITTDTSLKFVKAIEVYSIRWSIEVFFKEAKQLFGLGKCQSTNFDVQIAQITIAMTQYLLTSIRYRMEAYETIGGLFKDLKQDYIENKLNIRILAVVNLILTNLEKLVESIDIELITSKIIEDIESYGFLTNTHSFNHQGVK
>NC_018721|1853526:1911619|1887235_1891306_-|WP_015024208.1|DBSCAN-SWA
MKTKLLFFFAFCLMTFSVVANNDKYRLILVDDPATTMTVAWNQISGLNSTLYYDTIDHGTNTSAYTFSQTEDRAIVYRGMDNRFVRLTNLNPDTNYYFVISDSRGVSQRYWFKTSTDDTSPLSFIAGGDSRNNRTPRQNANKLVSKLKPNAVLFGGDMTDDDTDQEWQDWFDDWQLTTATDGRMFPIVPARGNHENPIVIYNLFDTPTTESYYALTFGNDLLRTYTLNSEISVLGNQLTWLENDLANSTEHKWKMAQYHKPMRPHTAGKSEGNNEYGAWAQLFFDEEVRLVVDCDSHMAKTTWPIKPSSSLGNDEGFVIDQLNGTVYTGEGCWGAPLRPNNDDKSWTRSSGSFNQFKLIFVYPDEIKLRTIIVNNADNVGEVANNDPFTLPSNLDVFTPPTGAVVTISNSLDNNCNEVGTACDDNDPLTIIDEEDGFCNCEGVLAEDLVQETILVANSSDDAEEDLESGSVNTSHTELEFIYDSTDQIVGVRFENIQIPTGSTIHRAYIQFETGSTAAGQDPTNLMIHGELIGTSASFSTQLNDVSSRNLTQNTVSWSEIDMWSTIDEAGVYQRTPYLNTITNEIINQTAWTSGNAMSFIFSGQGKRVAKSFDSGNPPVLKLFYQEPCPEAGTICDDGDPLTVLDVEDGNCNCIGLQESGNLTFQVTEATDDAEESETGGVMYTTSSDLELVFDAFAGQNNQTIGIRFGSVSLPENASVLDARIQFTTDETGSDPTNLIIKGELSSSSATFSESVPFDITGRPHTFTAVQWQNIPSWNTVGDATDDQKTPNLRAIVQEIIEQSTWSIFNPMTFIMQGEGKRTAESYDGSSDDAPRLIITYTLNNTCPEEGTPCDDDDATTVNDEEDGFCNCIGFSTLDLIENDIVVNTSSDDAEEVLSTGVVDITSSDLELIWDGEDQVVGVRYNNVNLPDDAFLYRAYIQFQTDEDDNDQDPTNLIINGELADDSSAFINTNSNISSRALTSSHVDWNAISLWDLVGEEGINQRTPYLTNMINEIRAQDGWLPGNAMTFIFSGSGKRVAESKDGNAVGPVLKLFYRFSNPCIPFGTTCDDGDASTFFDIQDGNCNCAGIPETGTLIYDVINSANDAEEELSSGVISLTSTDLELTFESGSVEQLVGLRFTDIHLPANATITSAYVQFTVDDDNNGTTNLSIAAEANSLEFTDTAFDISSRSVLNNTVPWSNIPAWINEGDATLDQRTPDLKTLVEGVLQESNWQLLNPIAFVFSGTGEREADSFEGNNAPQLIINYDLGTLSTERFENIKIIVYPNPAHNLVNIKSKINMEHITIYNMLGKVVVNHKAIDTNVTLDISNLSNGMYFIRIKQVDNVQEQSYKLIID
>NC_018721|1853526:1911619|1872548_1872770_-|WP_051007949.1|DBSCAN-SWA
MRDYASINELAVLSNLESLNSELIKSGVEKRIRFNNMQRISKQQLEILNKMDMLKSIKKQSDSTYIDEKKKLE
>NC_018721|1853526:1911619|1901507_1901978_-|WP_015024218.1|DBSCAN-SWA
MKDFICFIFIFLAGLLFVRAQSDSEIEWKSWPELEQAIKEKPKPVFIFFHAKWCSYCKKIEREIFTKPEVIQKLNSDYYAIEMDVEQTDTITFESVNFINKQALTQRNGVHEIPLLLASRKGFPFSLPATVILNKDFTLKDRFFEYYTSKLLLNFL
>NC_018721|1853526:1911619|1871697_1872066_-|WP_015024199.1|DBSCAN-SWA
MNVKPIKSDKDYRNALERLEVIFDASIDTKEGDEAEILSLVIENYENEHYPIEAPDPIEAIKIRMEELNMRQKDLVGIIGGKSRVSEVLNRKKRLTVDMIRELERILQISASVLVNHYKLAS
>NC_018721|1853526:1911619|1866273_1866561_-|WP_041758244.1|DBSCAN-SWA
MRKSFHGLSGLVRNELNREPTSGDVFVFLNRNRTHLKLLHWERGGFVLYYKRLERGSFTPPAIREGQTSFSWPQLVLMIEGITVKKSVQKLRYSH

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015024184.1|1853526_1854447_+|transposase	IS5 family transposase	NA	NA	NA	NA
WP_015024185.1|1856648_1857782_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015024186.1|1858086_1859028_-	tetratricopeptide repeat protein	NA	NA	NA	NA
WP_157609379.1|1859694_1860393_-|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_015024189.1|1860831_1861512_-	ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	3.8e-17	27.1
WP_157609380.1|1861504_1862380_-	ABC transporter permease	NA	NA	NA	NA
WP_157609381.1|1863171_1864104_+	hypothetical protein	Q58MX6	Prochlorococcus_phage	1.7e-23	54.3
WP_015024343.1|1864689_1866198_-|transposase	IS66-like element ISPto8 family transposase	A0A0P0ZEB3	Stx2-converting_phage	1.1e-56	30.4
WP_041758244.1|1866273_1866561_-	IS66 family insertion sequence element accessory protein TnpB	NA	NA	NA	NA
WP_015024194.1|1866614_1866893_-	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
WP_015024195.1|1866982_1868485_-	peptidase S41	NA	NA	NA	NA
WP_083858484.1|1868860_1869115_+|transposase	transposase	NA	NA	NA	NA
WP_169314466.1|1869363_1870158_-	cation transporter	NA	NA	NA	NA
WP_015024198.1|1870721_1871540_-	carboxypeptidase-like regulatory domain-containing protein	NA	NA	NA	NA
WP_015024199.1|1871697_1872066_-	transcriptional regulator	A0A222YXG1	Escherichia_phage	5.2e-21	49.6
WP_015024200.1|1872076_1872373_-	type II toxin-antitoxin system HigB family toxin	A0A0P0ZE17	Stx2-converting_phage	3.3e-10	33.3
WP_051007949.1|1872548_1872770_-	hypothetical protein	NA	NA	NA	NA
WP_041758246.1|1873084_1873327_-	hypothetical protein	NA	NA	NA	NA
WP_157609269.1|1873560_1875837_-	hypothetical protein	NA	NA	NA	NA
WP_041758250.1|1876215_1877319_-	hypothetical protein	NA	NA	NA	NA
WP_015024202.1|1878242_1879346_-	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_015024203.1|1879342_1880107_-	hypothetical protein	NA	NA	NA	NA
WP_083858485.1|1880821_1881127_-	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_083858486.1|1881429_1881810_-	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_015024204.1|1881806_1882397_-	hypothetical protein	NA	NA	NA	NA
WP_015024205.1|1882882_1883551_-	RNA pseudouridine synthase	NA	NA	NA	NA
WP_015024206.1|1883965_1885468_-	aldehyde dehydrogenase	NA	NA	NA	NA
WP_015023771.1|1885963_1886458_+	winged helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_157609382.1|1886477_1887032_+|transposase	IS630 family transposase	NA	NA	NA	NA
WP_015024208.1|1887235_1891306_-	T9SS type A sorting domain-containing protein	NA	NA	NA	NA
WP_015024209.1|1891295_1892162_-	hypothetical protein	NA	NA	NA	NA
WP_015024210.1|1892935_1893775_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015024211.1|1893992_1894664_-	haloacid dehalogenase type II	NA	NA	NA	NA
WP_015024212.1|1894935_1895433_-	ATP-binding protein	NA	NA	NA	NA
WP_015024213.1|1895698_1896253_-	hypothetical protein	NA	NA	NA	NA
WP_015024214.1|1897115_1898033_-	WD40 repeat domain-containing protein	NA	NA	NA	NA
WP_015024216.1|1898214_1898859_-	hypothetical protein	NA	NA	NA	NA
WP_015024217.1|1899270_1900521_-	hypothetical protein	NA	NA	NA	NA
WP_015024218.1|1901507_1901978_-	thioredoxin family protein	NA	NA	NA	NA
WP_015024219.1|1901988_1904343_-	TonB-dependent receptor	A0A0P0I887	Acinetobacter_phage	1.0e-08	31.6
WP_015024220.1|1904417_1904867_-	hypothetical protein	NA	NA	NA	NA
WP_015024221.1|1904870_1905458_-	superoxide dismutase	NA	NA	NA	NA
WP_157609270.1|1905823_1906228_+	FeoA domain-containing protein	NA	NA	NA	NA
WP_015022784.1|1908106_1909138_+|transposase	IS1595-like element ISPto1 family transposase	NA	NA	NA	NA
WP_041758255.1|1909446_1909803_+	hypothetical protein	NA	NA	NA	NA
WP_015024223.1|1909793_1910135_+	hypothetical protein	NA	NA	NA	NA
WP_015022725.1|1910185_1911619_-|transposase	IS4-like element ISPto3 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NC_018721|2969863:3033572|DBSCAN-SWA
CATGTTACAACACGAATATATTGCAAAAGTTCAAGAAATAAAAGGGAAGTTTAATAAGGTTTGGTTTAATTCAGACTATTTACGGGCACATCTAAATATTTTAGGCTTCAATAGAATAAAAAAACAATTCAGTTGGTGCAAAAAGGCGGGTTTTTCATTTGAGGATTTGATCGCTACACTCTTGATTTTGCCCCTTATTGGAATTAATTCTATTTATGGGCTTACAACTGACAAAGATCCAGAACTTAATAAATGTGGAAAAGATTCATACTATCGAATCTTGGCAAATCAAAAAATTAATTGGAGAGCTTTTTTGGCCCAGTTTGTAAAGCAATATCTATTGAAAGATGAACTCTTCACGCCCTCAGCAGACCCTACAAGATGCTTGATCTTTGATGATACTGATCTTTCAAAAACAGGAAAGACTATTGAAGGAGTCTCAAAGATCTACAACCATGTGTCAAAGACCTACTATTTAGGTTTCAAGCTACTTGTGGCTGGGTATTGGAACGGAAGTGTTTTTATCCCCATTGATTTTAGTCTGCACCGTGAGAGCAAAACCTCAAGATTAAAATATGGTCTAACCGCAAAGCAGCGTAAGGCCCAAAAGAAGACACCAAGATGTAGTAAAACAGTTGCGGCAAAGAGGTATAGGGAACTCAATAAAAAGAAAACAGACCTAGTAGTGCAAATGTTTTCTAGGGTTGTAAAGCGTAAAATTCCTGTAGACTATATTTTAATAGATACCTGGTTTACAAGTGTGGGATTACTTAAAAAGTTACGAAGTATTTGCAGTTCAACCCATATTATTGGGATGTATAAATACAATAGTAAAATTGAAGTCAGGTCAAAGGTCAAAACTTTAGCACAACTTAAAAAGCAGAAAGCAAAGCCCAAGCGCTGTCGTAAATTCAATTACTACTACCATCATTACATAGCTGAAATTGATGGGCTCAAGGTTGCTCTCTTTATTTCAAAACGTGGGAAAAACGGCAAATGGCATACGTTGATGACAACCGAAACAGCGTTAAAATTCGTAAAAGCAATTGAAGTATATAGTATTCGATGGTCAATTGAAGTCTTTTTTAAAGAAGCCAAGCAGCTCTTTGGCCTTGGAAAGTGTCAGTCTACCAATTTTGATGTTCAGATTGCACAAATAACAATTGCAATGACCCAATATCTGCTTACAAGTATTCGGTACAGAATGGAGGCTTATGAAACCATAGGCGGATTATTTAAAGATTTAAAACAGGATTATATTGAAAATAAGCTGAATATCAGAATATTGGCAGTTGTCAACTTAATTCTAATCATTTTGGAAAAACTAGTAGAATCAATTGATATTGAACTTATTACATCCAAAATAATAGAGGATATTGAAGAATTTGGGTTTCTAAAAAATACTCATATCTTTAATTATCAGGGTGTTAAGTGAAATTAATTAGGTGCGAAACTTGAGTTATTGAACTTATTACAAAATTCTTGGAATCAATTGGATTCAGAATTTCCATCATTTTTGATTAATGACAATGATTTATTCCATTCATTATTCGACACATTTATTTTAGATGTCGAAGAATACAAATTGAAATTTAAAAATGGAAGTGATAGTTATTCAGGATTAAAAGAGTGGCCACTTTTAAAAAACAAAAAGAAATTTATTGTATTAAACTGGAATTTTATATCTAACAAGCTTTATGAAGGTTTGATATTTGATTTTTACAAGAAATCAGGAATCAATAATAATCCGAAATTTAAAAATTTCACCAATTACAAGAATCTTATTGCTAATAAAGTAACAGAAAAAAGACTTTTTGAAAAAATTTTACCAAAGTATTTAAAAGGAAAAAATACAGTTTTGAAATTTGATGAAAATATTATACAAGGATTTCCTGATGCATATTTCAGAAGTGGAAAATATATATTTTTATTTGAAATTAAGGATGCATATTTTTCTGCCGCTGCTGTGAATTCTTATTCGCATATAAAAATAAAAGAAGAAATTGATAAAAAATATAATACCAAAAATAAAGGAACAGGACAGATAATTAAACACTTAGTAAAATTAATAAAGGATCCTTTTGAAAACAAAACATACAAAGAATTAAATATTAAAATAAAAAATTTGGTCATCTACCCAGTTATTATTTACACGAGTTCTATTTTTGAATCACCAGGATTCAATAAGTATTTAATTGAAGAATTTGAAAATAAATTAAATGAAAATAACTTGGACAACTCTTTTGGTCAAATTAAAAATTTAACATTTATGAGCCTATCTTTTTTAATTAATAATCTGAGTAATGCCGATAAATTTATATTCAAAGATATAATTGATAATTTTCATAATAAAGTTAAGGAAATAGAAAAAAAACACAATAAAACAAACAATATTGATCTGCTAAATAAGTCAAATAATAACTTTGAGTATTTTTCAAAAGATTATTTATTAAAAAGGAATGTTGTTATGTCAAAACCTATTTTTAAAGAAGCCGTTAAAATTTTAGAATTAAAAAATACTTAGCCCTGCAATGAACTGAGGGAAAAAACAATACTTTTCTTTATTTATTTTTGAAAATATTCATTGAGGTTTTTGGATTTATAAACTGGATCTACAAGTTTTTTTTTGGTTGTTATTCAATTATTTCACCCCAAGAACCAAAATATATGTTTCATCATATGGTCTGCCTGATTTTGCAATGACAAAAAATTGCTTGAGTAACTTGTTGGCTACGACGATTAAGTCTAGCCTCCATATTTTGCCTTTGATCACAATACGCTTGCAGAGCTCTCTACAAGCCTTATTGTGTTTACAGGCGTTAAAAATACACATGGATAATCTGTTACTCAGTTTTTAATTTCCTATTTTATTGATGGTGCTACGTCCATTTAAACTACTTCCACTTTTATATTCACTGGTGTTAGACCTGCATAACTCACTTCCATTTTAAAATGGTCAAAGCCATCTGTCAAGACAACCAACATTACAGCTGTTTTATTCCCGATCCTTGGTTTTTTTTTTAGGCGCGTTAAAACATCTTGATGCTCTTGTTTGGTCAATACTCATAGTTTGCCAAGGTTTTTATCTTCATTTGAACTTGTTTTAAACTGCTTTTAAAATAGGAAAACACCTTTATTCAACTAATTATATTTGAAAATAAATAGTGTCCCTGAAAATAATTGTGGATAAAAAGATGACTAAGACCTGCGTTTGCCCTTTAAGTAAAAAGATTAGTGAGTAGTGTTGGTGTCTTCGTTGGGTTATAAACTTGAATGCAGAATTTACAGTGGTTAATTTAGAGTCTATTGAATAAAGTACACAAAAGTGTTAGTTTAGTTGAAATACAAACAATTCCTTTAGTTTGTATGTACCTTATGCTTAAGATTTGAATAGGGTTTATATGGATGTTGGCAGTAATTTAAAAAATGACTAAACAAAGAAATTCAGATAATCCGAGCGAAGACGGCTTCAGATATCACAAAAGTGATTATAGAGAACGACATCGATTTTGGGCGGGTCAGACTTTGACTCAATTTGGTAATGCGAATAACTTTTTCATAATCATTGGGTTCGCAATATTGGGCTATCTGGTGAAAGAATTCGATCAGTTTTCAAATCTCGAATTCACTTGTGAATGGGAGAAATTTAATTCTAAGGCAACTTTCTTGATTGTTTCGTTGATTCTCACACTTCTATCATTGCTATCAGGAACATTAACAATGCTTTCAAGACTTTATGACTTAAGGCTTACAAGAGACATCAACACAATTAGAATTAAGTCCTACTCTAAAAAATATGATTACGACAATGAATTACCCAATGATTATCTTGATATAAAAGGAAAATTAAAGTTCCTGGAATTTCAAATTGCGTTATTCAGAAAATTTTGGGGAAGCATTTTTAATAATGGATACTTCCTAAATGACAAAGACTTAGAAAACAGAAACGACCGACATAGAAAGTTCTTGGATTTGCGTGAGAGAACTCTGATGCTTGGACGATTTTCTTGGATTTCTTTCAAATGGTAGATTTTATGGATTTTATTGGCTATCACAATATTCATAATATTCTGGAAATAAAAAACTGCTGCTAACAAAAAATAAAACCCATTGAAAACGGTTTTTATTTAGCCGTTATTTAAAAAACGAGATAACAGACACGACAACTTACAAAAGTGGAAACCAGTGACCATTTAAGAAACGGGATGTTAAGGCAAAGCCTAATTAGAAGTGAAAATTAATAAGATGAAATTATTTTAGAAATACAATTGGACAACGGAACAATACTACCATTACATGGATAACACTTTTAATACTTCCTTCTGGCAGTAGGGCAAAACATATAATTAATAACGAAGATGATTATGATAATTGCTGGTATTGAAAGCACGATAAACATAGAACTCAATAAACCTGCAATTATAATTGTTAAAGCAGGTATAAGGACTGTTATTAATGTGACAGGTGAAATGGCATTGCCAATTTCACAAGCAGTTTTAATTGCTGGCATTGACAATACAGTGAATGGGTTGACAACTCAAAATCGGGGGCGAATAATTTCAGCACATAGAGATGAATTTGACCTTGGATCAATAGCCTGTTTTGATAAAATTGAAATTGGTAGTTAATAATAACAAAGAAACCAGTCCATAACAGCACACAAGAACTAATCATTCATGTGGTCGGTTCAGTTTGTGCCGTATTTTCGGTAACTCAACATGAATGATCCGATCATTTGGGGTTGAATGGACCGACTGTTTGTAAATGATTCTTTGTGGATTATTTGATTTTTGCGGAATAGTCATTAAGTAGTAAGACGAGTACTTTTTTTTATTGCGTAGTTCATTACAAACCTAAGCCTATTCAAATTTAATATTAACTTCGAATCAATAGTTCTTTATTTATAGTTAAATATTTCGTATATTTATAGATGGAAAAAATAGACTTAAGGAGTGTTTCTGATCAGGAAAGAGGTATAATTCGAAGGGATGCTGTAAAAATGATAAAACGTGGAGATAAAAAAAAAGACATAGCTCTGTTTTACGGTGTTCATGTAAATACTGTTAGAGATTGGTGGAAGCTTTACAATAAAGAAGGTCATAAATCTTTGTCATATCAAAAACGAGGAGTCAAATCAGAAGATCGAAAACTACTCAATAAAGATCAAGAAGCTGCAATCCAAAAAATGATTATTGATGTAATGCCCGATCAACTAAAGTTAGATTATGCTTTGTGGACTACAAGGGCAGTAAGGGATTTGATAGCAAGAGAGTTTAGTATTACAATCGGAAGAAGAGCTGTCGGTAATTATCTCAACGCTTGGGGATTCACGCCTCAAAAGCCAAAAAAGAGAGCTTATGAACAATGTTCCAAAAAAGTTCAAAAATGGTTAGACGAAGAATATCCAGCAATAAAAGAGAAGGCAAAACAAGAGAAGGCAACTATTCATTGGGGGGATGAAACGGGTGTAAAAAACAATAATCATCATGGACGTTCCTATGCTCCAAAAGGAAAAACTCCTGTTAAAAAACATATGTCGAAGCGGTTTTCAATCAACATGATTTCTACAGTTACAAATCAGGGTTTAATTCAGTTTATGATATATAAAGAAAATATGAACTCAGATGTATTTATTCAATTTTTAGAACAGCTCATCAAATCGCAAGAAACCAAAGTATTCTTAATCCTTGATAATTTACGAGTCCATCATAGTAAAGTTGTAAAGAAATGGGCGGAAGAAAATGGCGAAACCATAGAACTATTTTACCTGCCATCATACTCACCTGAGCGAAACCCAGATGAATATCTGAATTGCGATTTAAAGTATGGACTCTCGGATAAACCGGCACCAAAAACACAAGAAAAAATGAAAGAAAATTTAGAGAATCATATGAAAATGCTTCAAAATGATAGCGAAAGGGTAGCAAAATATTTTAAACATGAGAGCATCAAATATGCTGCATAAAATTAAAGATCTTTAAGTGCGAGGTTAATAAGTCAGGTCCCTTGCTATACGTTGGTTATAATGTCTTCAGCAATATTTTTGACTTATATAACTCGGGGTTGCCAAGACAGCAAGCTGGCTCGTTCGCTTTTGGTACCCCTCCGCCATACAGTTAATCAGATATACTGGCCTACGAGGATAGCTAAGTAGGTTCTGCTTTTTTTACATAAAATAAATCACAGGTCATGGGTAACTAAAAATATGCCCTTTGTATATTTCAATAAATATCAAACTAATCACAAATAATATTTTTAAATTACGATTTAAGATTTTTATTTAATTTTTCAAGTATGAACAAAAAAGATAAATCAATAATACCTTTAGAACAAAATGCCTTTATAAGGCTTGAAAATTCAATGGTAATTACCAATGAAATATTAAGTTGTCAAGAATCTCGACTTTATAAGCTCGATTGGGATTTTATTATAAGGCATAGAGTTTTTTTTAATGAATTTTTATCTTCTTGTTACCCTTTTACAGAGAGAGAAATAATAGATTTTATTGAAAACATTGAAATGGGAGGTATGTTTTACTTAGGTGAAGAAATAGATGAAGAAATAGATGAATTTATTTATTTTTTTGGATTACTCTTCAATAACAAAATTGAATTTTCAAAAAAAATTAAGAATATAATAGAAAATAATATGCAAGATGATGGCTTAAATGAAAAGGATATGCCGAGAAATAAAATTGAAAATATTGAAAGAGATAAAAAGGGGTGGAAAGGGATAATACTTGAAAAATTAAATAAAAAAAAATACAGTTGGGAAGAGGCTGAAAACAAATTATCAAATATAGATAAACACTTTAGTCGTGTTATTTATGATAAAAAATTTAATAGTGAGAGGATAATAAAGATTATAAGAATAGAAGGAGAAGCACGAAGTTATATAGCAAATCAATTCTTTTGTGAAGCTTTATTTAATAAGATAATGATAGATATTGATGATTTTAGCATAAAAAAGTTTTACCAAATATCTCAGTAATGGTTATAGAGTCTTTATTTGAAAATATATCTGCAAGGTTAAAGCAAGAATTGTGGAAAGCTGATAAAAGCATTTATATAGCTATGGCTTGGTTTACAAATGTTGATATATTTAATGTCATAAAAAACAAAGCACGGAGTGGTTGCACCATAAAAATTATTGTGAATGATGATGATATCAATAAATCAACCATAGATTTTGATAAATTTAATGAAGATAACCTCGAAATTTTCAAGGTTAAATCTATTGGCAATTTAATGCACCATAAATTTTGTGTTATTGACAATAAAACTGTTATTTCTGGATCTTATAATTGGAGTAATAAAGCAGATTCAAATTTTGAAAACATCATTATAAACCAAAACGACAATGTTTTAGCTAGTCAATTTATTAATGAGTTTAATAATATCCTTCGCAAGCATTTTCCCGACCATACCATAAATAAGGCTGATGATCCATTTGATAAAATTATCTTGAGGATGGAGATATTAAAGAATCAAATACTTCTTGGTGATTCAAATGAGTTGAAAAATAATCTAGTTATAATTGAAGAGTACAATAAAACTTCAAATATTAATCTTGATAAGCTAATTGATTTAATAAAGAAAAAGAAATACACAAGGGCAAACATAGAAATACAAGATTTTATTTCAAATAGCAGAAAGCTTGTGTCATTTAATAATCCTATAATTTCTTCATTAGAGCTTGAAATTAAATATTTAGAAAATCAACTTACTGCTTTTGAGAGTGAGAGGATAGAACTAGAAAAAATAATATTAGAATTTCAAAATCGTCATGCCATAGAGCTCGGAGAAATAATACTTGAAATACTAAAACTTAAAAAAAATAAGCACAGGAACAATCAGGAAAAATTTAAACAAGCAGAAAGAGATGAAGAAAGATATCAAGAACAATATAATTTTGAAAAGAAAAATGAAATAATAAAATTATCCAATGAACAGAAATCAGAAATCAAAAAAAAATTTAGGAAAGCTACTTTCTTATGTCACCCTGATAAAGTAAATGATGAATTTAAGGAACTTGCTGAAGAATATTTTGTGAAATTAAAGAGTGCATATGACTTAAATGATTTAGGTAGAGTGTGTGAAATTCTAAGTGAATTAGAGAGTAATAATTTCTTAAAATTAAATTCTGAAAAAATCACTGAAGTTGATTTGCTTAATTTAAAAACATCCAAATTAAAGAGACAGATTGAACACATTCAAAATGAAATAATTTCAATTAAAAAAAGTAAAACATACCAAATCGTATATCAAATAAAGGATTGGGACGAATATTTTCAAGAAACAAAATTAAAACTCAAAAATGAACTTGATTATTTGAACAAAGAAATTAGTAATTCTTAAACAGACTTTAGTTTACATCCTCAAAAAGAACATTGATTTTTATGTAAAATTTCACTACCAACTTAAACATAGAATGATTCATTGTTAGCCTCCTCGCCTTTAGCAAATAGTTCATAAGGATCTATACCATTCTTTTCGATTCTTTTAATGTAATTAGTACTTAACAATGAACTCATTTTGTGCTGTCACCATCAATTTCTGTAAGAACAAAGAAGTAATAGTATTCATCAGTTTTCTTGCTAGTAGCTTTCTTCAAAACGCTAGTAATAACTGCATCTTGAACAATTCTAGCAAATCGCTTGATGTTTCCTGCATTATTAGTTTACCTGATTTTTTTATCGCGATACCAGTCTCGTCATCTATGGATATGACTTTTGGCAAATTGACACTTATAAATTATCTGGAAAATGGTACTGTGATAACTCAGGTATGAGTGATTTTATGCCTGATTGTAATTATCCGTTTTTTATATTTTACAAAGGAGATATTCCTTGTAAGGCTATAAAACTTTTTAACTTTTTTGAGTACCCAAAAGTTAGAATTGAAAGAGGTGCATCACATATTATGAGTGACTTTAGGGAAGTAGCCTAAAACTTTATGTTTAGTTTTGAATAGTATTTCTAACGCATTAGTTTAAATCGACTATGGGTTTTAGTGTGGAATTATTTTTTGAAATAAAAGCCAAATCCCCTTAAAGAAATAGCTTGGTCAATACTGAAAATAGTGGTTTGCTTTTTATTCGTGAAATTTACAACAAACCCTTTAAGTGTGAAATTTTTTGGCGTTGTGATACTTTTAATTTGTAGTATTAAAAAGGAATAAGAAAAATGAATGAACTTGTTTAGTCATAGTTAAGGTAAAATATCCGAATTATAAAAAAAAACCACAAATAGAACTGGAATCATTTATTTGAAAGGCTTTTCAACCTAGTTCTATAAAACGGCAATTTCGAGGAACCAATAAGTAAAAATTTTAGAACTTAATTGAAAGTTAAAACAGATCACTTACTATATCAGTCATTCTAAAAGGACAAGGCTACATAGGAGTACACTAAATTCTCTCAGGCCAGATGTTGGGTAACTCGCCACTGAATCCTATTTGAGGAAGTTCATTGATTTTTTTCATCTCTTCTTTAGATAGTTCAAAATCGAATACGTCAATGTTTTCCTTTATTCTTTCGGGCGATGAAGATTTCGGAATAGCGATGACATCGTGTTGAATTATCCATCGTAAGCAAACTTGTGAAACGGATTTCTGATATTTTTTTGAAAGCCCTATTAGCAAGTCATTACCAAAGACTTTTCCTCTTGCTAAAGGAGACCATGATTCTACAGCTATACCGTGATTCTTACAAAATTCAGTGACTTGAGGTTGCCAATAACCGGGATGGAACTCAATCTGATTCACTGAGGGACTTACTTTGGCCGTTTGAAACAGGGCTTCCAGATGTTCAGGCCAAAAGTTACTAACTCCAAGAGATTTGATTTTTCCTTCAGCTTGTAACTCTTCCATGGCACGCCATGTATCAGCATTAGTTTTTTGCCAATCCTTGTAGTTTATCGCATTAGCCGGCCAATGAATAAGATAGAGGTCTATATAATTTAAATCTAACTTTCTCAACGATTCGTCTAAGGCTATTCTAGTCTGTTTATATCCTAGATTCTCCCGCCAAAGCTTAGTGGTTACAAAAATTTCCTCCCTTAAAACTCCACGAGCTTTGATTGCTTTACCTACGGCTTCTTCATTTTGATAAATTGCCACAGTATCGATTAACCGATAACCCAAAGTCAAAGCACTCTTCTGGATTGATTTGATTCCTTCTTCTTCATTTGCCTTATAGGTGCCAAAACCTACAATTGGAATTCTATTGCCATCGTTTAAATTTTTTTCCATCAGTTTAAATTTAATTGATTTTGATTAGAAAGAGGTAGATTGAATGCTGTCCCTCTTGTGTGTTTTACATCATTTTAAAATTAATCTGACCCTATCCAGTCCTTTTATTCGTAAAACCTTAGCATGTTTTTTATGGTGTATTAGGACTGTCATATTTGTTTTCATTTTGGATTAGTCCAGTAGTCTACCACAAAGACTTTTTCTAAATAGGGTTGCAGGCTAGCTACAAACGCTTGGTGATTTGGATGTGGGGTATATATGCTGTCTCTATCACTTTCAGATTCAAACGTTACCATATAACAATGGGTAAAATCTTGATGAAAATTTTCTGGACTATCATTTATTCCCCATTCAAAATCCTGTATTTCAGGAATTGCTTTGGGCAAAGCGTTAAAAGATTGATTTAACTTCTCAATTTCCTCCGCAGGGGCATCATCCTTAAATTTAAATAGAACAACATGCCTCAAAAGTTTGTTTTGTTTCTCCATATCTTGTTTATTTGTTACTTCTTTTTTGTTGTTTTCTTCTTCTTCTTTTACTTCTTGTTTACAGGCTGTACCTACTATGCTACATATCAGTACCATTGGAATCAGCGCTTTTTTGATAAGATTCATTGTCATGATTTTTAATTTATATGTATTGAGTGAATTTGTTCATTTTTATATCCTTATATTACTTTAACCGTAATTATGTCTTGGATGTTATAATTTTTGTCTGCATTGACTATATTTCTATACAACCATTATATATCATCCCCCAATCCCTAATGGGCTAAAAATGAACCAAATAATCAACACCAAAACAATCAATACCACAGTTAGAATTACGTCAGTGCTCCATTTAAAAGATGTCCTTTTTTTCTTTTGAAAAGTTACAGCTTCCAATAATAGAAGGGATTGTGGAGTCCCCAGCTTGCTAATAATCATCAATTCGGCAGAACAAAAAAGAAAAAGGAACAAGGCAAAGTGCAAGAAATTAATATCTAGAAAATAACTCAAGGCACTATCATCGGTTAGTAGCAAGGAACCCTCATTGACCATGAATTCTGCTACCAAACGAAACATTCCTATTACAAAACCGGTCCATAGAGTAACAATTGCGGCACGGGCATTTATCCATTTATAAAAAAGGCCTAGCAGAAAAACAGCCGCTATAGGCGGGGCTATATAGGCTTGAATACTTTGTAAATAGTGAAATATACCCCCACCCATTAGTGCGTTCATAAAAGGTATCCAGCCCAAACTAAGCAAGACCAACACTATTGTGGCAATCCTACCAAATCTAACAAGATCTTTTTCAGAGGCCTCAGGTTTGAACTTCTGATAAAAGTCGATGGTCAGCAAAGTGGAACTGGAATTAAAGGCGGAAGACAGTGAACTCATCAAAGCAGCCAAAAGGCCAGCAATAGCTAATCCCTTTAATCCGGTTGGTAAAAATTCTGTAATCATAGTGGGAAGGGCTTGGTCTGCATTCTCCATAGAGAAACTTATCATGCCTTTTTGCATAAGGGCATAGGCAATAACTCCTGGTAGAAAAAATAGAAATACAGGTAGCAGTTTAAGGTATCCCGCGAACAAAGCCCCTTTTCGGGCATTGCTAACATCCTTTGCGGATAAGGCACGTTGAACGATAAACTGATCGGTACACCAATACCAAACTCCCAAGATTGGTGCGCCGAACAACATCCCTGTCCATGGATATTCAGTATCATCGGTAGATCGCCACAGATTAAAAAATTGATCTACAGGTGGATTCCCAGATGTGTTTGCCGCCATGTCGATGGTGCGTATCATTTCATTCCAGCCACCCAATTCGTACAATCCGAAAAATACCACCCCCATAGTGCCCAGTATTAATATAAAAGCTTGCGCCATATCGGTATAAATAACAGCTTTTAGTCCACCTAGAACCGTATAAAATCCGGTGGCCACCACCGTAATAATTGCACCCGTCCAAAACGGAATGCCCAACACTTCAAAGACCAGCGCTCCGGCAAAGATGATAAGTGAAATTTTGGTGATGATATATGCCAAAACGGATATAACGGATAAATAGTTACGACAGGCTTTTGAATAACGTTTTTCCAAAAATTCAGGCATTGTGTACACCCCTGTGCGTAAATAAAACGGGACGAAAACCCAACCGAAAAGGATTAACACCAAGGAAGCTAGGATCTCAAAATTCGCCATAGGCATGCTTCCCCGTGCCCCTGCACCGGACACTCCTAGAATAATTTCTGAACCAATGTTAGAGGCAAACAAAGAAGCCCCTATGACAAACCAGCCCTGGTTCTTACCTGCCAAAAAATAATCGACAGACGAAAAGGCCGCATCCTTTTTTCCCTTTGATGCCCATTGTGCAATCCAAAGAATGATGCCAAAATATAATACGATGATCGCGATATCCAGAAATTCCATTTTTAAAGTTTTACTCGGTTTAGTTATATTTAATTTTAGTGTACACTAAAAATGGGGCTACCCGAATGAGGCCCCACTTGCAAAAGTATTTTACCATCAATTACCAATCTTTCAACCCCAATAATTTCTCCCCGAGATCCGATAATTCTGCTCTTTCATATTTTGTCTGCTCCCAGTTCCGTGGATCCCCAGGAAAGGCATAGCCTACAGGAGACTCACTGTTCTTCCAAGAATTAGTCCTCCAACTCCTCAATGCTTTATCCTCCTCCTGTGCGGGCATCATAGAAATATACTGCGCTATTCGAACTTGGTCTTCGGATGTATTTGGGCGAATGCCGTGGGGTTGTGAACTATTAAAGATTAAAAGGTCTCCTGCCTCCATGGCAACTTTCACTAATTTATCCTCCAAGTCCGCTACATCTGGTTTAAAGTGATCTCTGTCTTCCGGTTGTGTCAATTTCCATGTGGCATAATTTCTGTACAACCATGGAATACATTGAAAACCTCCCATATCTTTATCGGTCTGATCAGCCAAAGCCAATACCCCTTGTACGTTTTGAGGTTTTGTTTCTGGATCGTAGTCCCAATGAATGAAGCCTTTGTATTCATGGCCAGGGCGCATAGGGAAATTCAAATTAGCTCGGTCTATGGTTACCCATAATCTTTCGGTTCCCCAAATATCGCTAAAAGCGTCATAGACCCTTTGCGCTTGTCGGTTATTCCATAAATGTTGGTTGTTATAGACCTCTACCATTCCTGTCCCTGCCAATTCCTTCATTTTTATTTCGGCCCGGGCCTTGGTGTACCATGTTTTCTTGTCGTTAGAGTCTTTTTCTTCAAATTCCCAAAGAAATGCTGCCGTTTTTTTAGCTTGTTCTGAGGATACTGCATTTTTAACGACTATATAACCGTTCTCTTTCCAAAACTTCCATTGCTCCAAGGTCAAGACCTTAAGTGAATTGACAGCTGCCTCGTTTCGTAGTTGCGCTTTACTGCTTTTTGCAGTAGAAGGGTTCCCTGGAATTTCTTTGTGTTCGTTGCCAGGAACCATTGCCTTAGCTGTATTTTTCATGTTGCAAGAATTTTAATTTAATTCACAATAACGTTATTGTTTTTTTATTTAGAAATAGTTTCACCCTATTGATATTTATTTCAATTCGTAAATGCCATTGTATTGTACTCACTATGCGTTTCGTTAAAGAGTATAGTTTTAATAACTGGGCGAAACCGCTCTGATTGCATTACTAGTTTAATTTTATCGCTTTGGAACTGTACTAAATCCTTTGTATTAAAGTGGTTTTTTAGATAGGTATTAGCATATTTACAAACATGTTCTTTTGATTATAAACTATCTGATTTTAAACATATTATATTTCATGAGATTAATACCCTAATTCTATTTCTATAAAGTGGTTCCATGAAGTTAACTATGCACCTCTAATAACTCTTCGACACAAAAGTCAGCATCAACACTTTGGGAAAGTTTACCTCAGTTAGCCAAAACTTGTACTAAATTGATTTTTTATGTTGTTGTAAGCAAATCTAATATACATTCTTATACCTTAGTATCATGAAAGTTCAGTTAGAAACCATCACCAACAAAGTAAATAGATCGTTCAGCATCATCTTCGACCCAAGGTTGAATGATCTTTTCTTTTGGCATTTTCATCCAGAGTATGAACTGGTCTATATAGAAGGTGCAGACGGTCCCAGACATGTAGGCAATCATATTTCAAACTACCAAGGCAGTGATCTGGTATTAATAGGGTCGAACATTCCTCACTTAAATTTTGACTATGGAGTTAAAACGGGTTATAGAAAAGTTGTGGTTCATTTGAAGAAAGAGTTGGTAGAGACCAATTTTCACAAAACTCCAGAATTAATATTGATCAATACCATGTTCCAAAAATCAAAGCATGGCCTAGTCTTTAAGGGAAAACTAAAAAAAGAATTGGGAGTTAAATTGTTTGCATTAAAGGGCTTGGAACCTACAGAACAGTACCTGCAGCTGCTTGAAATATTACGTGAGCTATCTAATTCAGAGAAAACTGAGCTTTTACACAATCGGCCTTACGACAATCAGGTTAGCGATAAAGATCAGAAAAGAATCAGTGCGATTTTCGCTCATATCGATAATAATTATCACCATAAAATAAAACTTCAAGATATGGCTGTTCTCAGCCATATGACCAAAGAAGGGTTCTGCCGTTACTTTAAAAAAAGGACAAAATACACGTTTACCGAATTTTTGAACCGGTACCGTATTAGCCAATCAAAACGAGATCTAATGACGGGCAAAAGTGTGAGCGATGCCTGTTTTGCTTCGGGCTTTGAAAGCTTGTCGTATTTCAATCGTATTTTTAAGAGGATTACCAATGAAAATCCGCGTGAGTTCCGTAAAAAGTATGCTTAAAACAAATAAATTGATAAAAAAATTGCGTCACATTATACGCTCTTTTTGTAACATGATATATTTTTCTTATAAAATTAAGATTTATGGGACTCAAAGATTTTCTTTTAATTGCTAAACACCCTTTCAAAATTCTAATACTACCAAATTAAACCTAATTATCACTTAATTAAACTAGTATATTTAATTCCACCTTTAATTAGACTTTACAACTAAGACAAAAAAGTAGATGTAGACTATCTGAAACGAGCGTTTATCTATACTTGGTAGAATTTGACTTGATCTTTATATTAATAAATGTTTAATATGCATGATATGCTTGTATAACTTTTAAATTATACTTTAATCACCATATTTACTGGTAATTGTTATCTTAGTTGACATTAAGTGGATGTGCATCAGTGATGTGATCAAATTGAAATAATACCAATTTAGTTTTTAAATGTTGCATTAAAAATTTGAATTATACTACGACGTAGCTCAGCACAGGTTTTTTACTTAGTTGAGGAAAAAAATATAAGCATAGCACTAGTTACGGTTCTATTTTATGACGATTAGTAAGTGAAAAATAAACTGATTTTATACGATATTTGAATGCTAAATTGTTATAGTATACTATTTTACAGAAAATCGAACTATGAAATACTTTAAATTTTTAACACTTCTTTTATTTTTATTTACTGCTGAAAATTTTTATTCCCAAGTTGATTCTACCATAGATAATAAAATAGATTCCTTCCTTAACAAGTTAACTGATGAAGAATTTTCAGGGACAATTTTAGTAGCAAAAAATGGTAATATTACTCAAAAACGAGCTTATGGATTAGCGAGTAAAGAACTTGATGTAAAAAATAAAACTGACACAAAATTTAATATCGCATCTATAACAAAAACCTTTACTGCCGTTGCGATACTTCAATTACATGAAGAAGGGAAAATTGATCTAAACACACCGATAGGAAATTATCTAAAAGATTATCCAAATGAGAAAGTTAAAAATTCTGTAACCATCTCTCAGTTATTAACCCATACTGCAGGATTACCAAACTTTTACGTGACTAATTTTTTGGATGAATGTAAATTTAAATTCAAGGACGTAAAAGACTTTGTTCCATTATTCGTAAATGATTCCTTGCTTTCAGAACCGGGAACAGAATATAATTATGATGCCGCTGGATATGTATTACTCGGATTAATTATAGAAGAAATTACTGGAAACAATTACTACGACTATCTAAACCAAAATATTTTCAGAAAAGCTAAAATGATAAATACCGCTGCTTATGATGTTGACGCCATTATAGAAAATAAAGCAAACGGTTATACTTTTGCAGGAGATACAACTAAGCCTTTAAAGAACAATGTCTTTTACTTGTCAAAAGCATCTCCCGGGGGTTTTCACTATTCTACCGTTGAAGATTTATTTAATTTCAATAAAGCTCTTTTTAGCTATAAATTGATAAATAAAGTAACTGTGGATCTTATGATAAAGCCTCGTATTAAAGGATATAATACACATTTAGGTTACGGAATAGATGTAGATAAAAGGTATAATGAAACTATTTTAGGTCATAGTGGTGGATGGTATGGAATAAGTGGTGAGATAATCTACTTGCCAAAATCTGATTATACTATTACAATTTTATCAAATGTAGATTCGAGTATAGATTCAGGTAAACCAATGGTATCAGACTTTTTTAAAGTATTACTGGCAGGTAATATCTAAGCACATAATTCTATGTCGGACAGAAGAATCGATTAAATCGTATTGCATAAAATAAGCGGTCGGAATTGAACATAGTTACGCAAATGGAATTCAAAATCTCTGTACTTAAATAGAACTTTAAATTTTTTGCGTAAAACTAAATTTGAAATAGTGACGGAAAGTATATTTACTAACAATGGCTATAAAAAATGGTGGGCAGTAAGTGCCATATTAAAAGGTACGGTATATTTACGAAGACCGCCGAATCTTTTGATTTGGCTTTCATAGAAAAATAATATAAAAAGCTTTGGCTATAAGCTTAATCAAAAGTTCACTACTTTTAATTATCATACTAAACATAGTCTAGACAGTACCAATAATTTGTACAGACATCAATCTTACATATTAATATTTCTGCTTTTCATGGGATTTATTTCCTATGCACAATCTAATTTTGCTGAAATCGATAAGCATGTAGCAAATATTGGATTCAATCCAAAAGACAAACTTGCCAAAAAAATAACGTCGGAATTCAATACTGATTTATAAAAAGTGCGTGCTTTATTTGTGTGGATTACGAACAATATTACTTACGACTTTGAATTATTAGAAAGTAAGAAACTAAAGCAGGAATTTTATATTTCACAGGACAGCGTTATAGATAAAACTTTAGAACGGAAAAAAGCAATTTGTAGTGGCTATTCACTTTTGTTTAAAAAACTTTGTAACGACCTCGATATACAATGCGAAGTTGTGAATGGATATTCAAAACAATGGCTTGATAGTTCTATTTCTAAAAATGTTTCTGACCACGCTTGGAATGCAGTAAAAATTGATGAGAAATGGTTTTTAATAGATGCAACTTGGGCAAGCAAAAATGAAGATAATACCGAAAGAGATGACTTTTGGTTTATGACTAATCCAGAATCCTTTGTGTATTCTCATTATCCTGAAAACGAAAAATGGACTTTGTTGGAAAACGGACTCACAAAAGAAGACTTTGACCAATTACCGTCAATTACTGACCGAAGTTTTTTTGAAGATGGAATAAAAATTTTAGTTCCAAATAAAAAATAATTGATGTAGAAAGAGATCGTATTATTAAAGTCGAATTGGGAACAAATAATACAGAACGCGAGATTTTATTACGCGGTTATCCTCATGAAACCTATGCCTCAAAGAACAATTTGGAATTTCCAAGTGATGAGGAATATGCAAAACTGACTTCAGAGGAAAGGAATAAATACAATAAAGTTATTCCGAGTATAGAAATAATGAAAATTGAAACAAAAGATAATAAAATTCTGATAGAAGCACGTTTAACTTCTGAAAACATAAAGAAATTTGAAATTGTAGTGCAAGGAAATGATATCGCTACAATTAAAGTAAATTTGAAATAAAAACTATTGGTACCAAGGTGTATAATTAATTGCTTTGGCAAGTGCTTATCTAAAATACTCTGATGGACTTTTCTCTAGTCCGTAGTTGTTTTACCAATTTAAGTTGCTTAATCATGTAAGTAACCATGAATATTCCGTTATGTATAATTATTAAAATACTATTAAATTTTATATTCCTGCTAGTTTTAAGCCATTTGTCTTTTAGTCAAAATAGCGAAAGCGCAAACCTAAATTTGGTTTTTTACAGCGAATGTTCTGGTAAAATTATAACGCCTGAATTTGATATAGATATTGTACCTGAGTCGGACACTATTAAAATACTGACTTATTATATTGAGAGAGCAGAATGGATTTCACAAAATACAATCACTATTGATTTAAGAAAAAATGACACTATAAAAATACCGAGAATACTCTTTGGTAGAGGAAATGAATTATATAGCAAACGGTATCCACCCCACCAACCACATATTGACCACCTGACTTTCTCTCGATAGCTTTGCTCTAAAATAATATTTATTATGAGCAAACACGAAGAAATGTACAAATTGGTAACGGAATATCAAAGTAGTGGCCTTTCGTCAAAAGCCTTTAGCAAAGAAAGAGGGATCAGCCCTTCTACTTTTAGTTACTGGATACGCAAAAAGAAAGAGGAAGATCACCCGGGCGGTTTTGTGGAAGTAGACACTGGATTGAAATCTTCAGCCAGTGCCATGGAATTTATTTACCCCAATGGGGTCAAGCTTCAAATGAGTTCACCGGATCTGGCATTAATTGCAAGGTTAGTAAAACTTTACTAATGTTCTCGCTAGGTTCTTCCCATTGTTATCACTTTTACCTCAAGCCCTGTGATATGCGTAAATCCTTCCATGGCCTAAGCGGACTGGTAAGAAATGAACTGAATAGGGAGCCCACAAGTGGCGATGTGTTCGTTTTTCTTAACCGGAATCGCACCCATCTGAAGCTCCTTCATTGGGAACGGGGCGGCTTTGTTTTATACTATAAACGCCTGGAGCGGGGAAGCTTCACTCCACCTGCAATAAGGGAAGGCCAGACTAGTTTCAGCTGGCCGCAACTGGTGCTGATGATCGAGGGTATTACGGTTAAAAAAAGTGTTCAGAAACTGCGCTATTCACACTAGGAAATAATCGTATTTTATCAGTAAAAACAGGGGTTAACGCTAGGTTCAAAGTATCGGTTTTTGTATATTTATCCTATGCAAAATGCCCTGGAAAACCTTACTAAAGACCAACTTTTGAGCCTACTTCAGAAGAAGGGAAAGGATGTTGAAAAGGCACACTATAAGATCTTGGATTTGGAGTTTCAACTGGCTCAGTACAAACGGATTGTTCACGGACAGAAAAGAGAACGCTTCGAGGGTGATAAGGATCAAATGAGCCTTCCCTTTGAGATGGAGCCAGAAATAGCACAAAGGCAGGAAGAAGAAGTAAAGGAAAAGCTTACCTATGAGCGCCGAAAAAGGAAATCTGCTCATAAAGGTCGAGTACCGCTTCCGCAGCATCTTCCCGTGGAAGAAATCAAGATCTACCCTGAGGGCGATTTAAGCGATATGGTCTGTATTGGAGAAGAAATCACCGAGGAATTAGAATATGAGCCTTCCAAATATTACATCAAACGCTACATCCGCTATAAATACGCTCCTCGGAATAAAGAAGGAGTTGTAATAGGAGCGCTTCCAGAGCGAGTTATTGAAAAAGGAATACCGGGAGCCGGGCTTTTAGCTTCCATTCTGGTCGATAAGTATGAAGACCATCTCCCTCTTTACCGCCAGCTTCAGCGTTTTAAAAGAGCTGATATTCCTATTGCCTCTTCCACTTTGGAAGGCTGGACCAGGCAAAGCCTTAAAATATTGGATATTCTTTATCAGCATTTGCTGGAAGATATTCGGTCAAAGGGGTATCTCCAGGCCGATGAGTCCCCCATCAAAGTCATCGATAAGAAAAAGAAAGGCACCACCCATCAGGGATACTACTGGGTGTACCATTGTCCTATAGATAAAACGGTGCTTTTTGATTATCAGTCGGGGCGCAGCGCCCAGGCTGCAGCGCATGTATTATCAGGATTTAAGGGCTACCTGCAAAGTGATGGGTATTCTGTTTATGATAAAATTGGAAAACGCGAAGGGGTTACTCACCTTAATTGCTGGGCTCATGCCCGAAGGGAATTTGATAAAGCCCGGGACAATGATAAACTAAAGGCAGAGATAGCGCTTACTTTTATCCAGAAGCTCTACAAAGTCGAGGCTAAGGCACGGGAGAATAATTTAAATCCAAAAGAGCGAAAAAAGCTTCGGCTGGACGAGTCCTTGGGGATCATTGATGAATTTGGAAAATGGATGGTAAACCAGCTAAAGGATCACCATATCCTGCCAAAAAGCACAATAGGTAAAGCTATGAGTTACAGCCTGAACCGGTGGGACCAGCTCAGTGCCTATTTATATGATGGGGTTCTCGAGATAGATAATAATCTCACTGAAAATGCTATAAGAAAATTAGCTTTGGGACGTAAGAACTATCTCTTTGCAGGCTCTCACGATGCGGCACAACGAGGGGCAATTATGTATTCCTTCTTTGCAATCTGTAAAAAACACGAGGTGAACCCTTATCAGTGGTTAAAGTACACTTTGGAAAATATTATGTCCATCAACCACAAGAATATTAAAGATTTGTATCCCCAGAATTACAAAAAACTACAGAATACATAAGAGAAGTTTTTTACCCGGAATTACCTGATAAACATAATCAGTTTGACTTGCTATATGTAGTTGGTGGGATGGATACAGCAAACGCTGGACTTATCTAAACTGCAATAAAATTTGCAAAGGAATAGAAACCGACTATTATTCTAACGGGAATAAAAGGCTTGTAGGAAATTTTGAGAACGGAAAACCATCAGAAATTAAGTTTTATAGAGAGAATGGAACTTTTGAATCTCAAGACATCTATGAAATAGGAACTTTGCATAAAACAAGAGTGAATTATTATAATGAAGATGGAGAACTAATTGAATATGAAATTCACAAAAACCAAAAAAGAAAAACGGTGATTAAAACATTTAACAAAAATCAGAAACGAATTAACAAAGAAGTGCGATATTATCACATTCAATAAAATAAATATGGGCAACACCGTATTTAATTTACTGCTTGGTACGGGTCCATTTTACCCTGCTTCCACTTTTTCATAATCACAGGTGCTAGACCTGCATAACTCACTTTCATTTGTAAAACGATTAATACCATCTGCCAAGACAACCAAAATTTCAGCTATTTTATTTTCAATCTCTGGTATCGTTTTTAGGCGCGTTAAAACATCTTGACGCTTTTGTTTAACTATTACTAATAGTTTAGTTTTCCAAGGTTTTTATCTTCTTTTAAACTTGTTTCAAACTGCTTTCCAAATAGGGGAGTACCTGTATTCCTCTCATTATTTTTGAAAATAAATAGTGTCCCTAAAAATAATTATGGAAATTAAGATGACGAAAACCTGTGTTCACCCTGTAATGAAAAAGATAAACGAGTAGTGTTGGCAAACCTTCGGTGCATTAGAATCTTGATTGCAGCATTAGTAGTGGTTAATTAAAAGTCTCTTGGATAATATATATGAAAGTGTTAGCTTAGGTGAAAATAAAACAACGTCCTATAATAGATATATACCCTATACTGAAGATTTTAATAGGGTTTATAAGGATGTTGGCTGTAAGCCGAAAAAACAAAACTGAAATTATTTAATAAATGAATAAAAGGACATTAAACACCTTTTTATCGCGAGGGTTCCCAACAGATTTGATTGATAAAATTGATAAATTATCATTAACATATTCTGCTTTAAATAATATTTCCAAAAAAACTCTAATCAAAATAGGATTTGATGAAAAAGAAGCTCTAATAATTCATACAAAAACTGGCAGAAATAGAATTGAAAAAGAAGTCATAAAATCATTAATTGAAAAGAGTGGAGGTTGTTGTTGCTTTTGTGAAAATGGTATTAATAACCAGCCCTATCAAATACATCACATCGAGGAATATCACCTAAGCCAAAATAATAATGAATCAAATTTATTAGTTGTATGCCCTACTCATCACTTTGTAATTCATTCCGAAAAAATAAGCCAAACTGAACAAATAATCAAAAAAAATAAATGGAGTAAAATTTGGGAGATTTCTAAAGAATATAACAATAAACAATTATCATATCCATTTAAATCATTTTCAATAATAGATTACATAAAAGAAGGAACGTTAGCAGAGGTTCTTTCATTTAGCATTTCTAATAGTAATTTATGTGAATCATTAACCTTTGGAACTTTAGCTGATAATGCATATAGCATTCTTTTAAAAACTAATACTCTAATATTGGCAGGTAATTCAGGTAGTGGTAAGTCTACATTTTCATTAGGAATAGCTGGGAAATTTAAAACAAGTACTGTTTTAAAGTATGAGCCCAAAATAGATAACAAAATTGAAGATATATTAAATCTTATATCATTCACTGTGAATGAATCAATTTTAATAATTGACGATGCTAATTTATACTTTAGTTCTAATGAAATAGAAAAAATATTAAATGCTACAACTAAAAAACTTAAAATTATTATAACTTTTACTTCAGGAACTGTTGATGAAGGAGTCGAAAACCATTTCCCTCTTAATTCAATATTTCTTTCCTGGCCCGAGTTAGAAATTAGGTGCAAACAATATTTTCTTGATAAAGAAGAATTACTAATCAATTATTTGAATGAAAATAACATCAATAATTTTGATAATAATACAATTGGTTTTTCATTTCCGTCTATTACATTACAAAATCTATTTGATAGTTTTTCAAATAGAATAGATAAAATAAAAACAGTTTGGGAATTTATCTATTTATTATCAAATGGTCATTCAAAGATTGATAATATTTCCACTAAACTTTATGCCAAAGAAAGGTTAGATATCGTTGTCTTTTTTTGTTCTGTCGTTCAAATTGGAAATATTGACTCTGGAGTTACTATAAGTGAAGTTCAAACTTTATATAGAGAAAATAATATATTAAATCTATCTTCAGAACCCGAACAAAAGTGGTTATTAACCATATTAGATAAATTATGTTATGAGCGTATATTAAAAACAGACAGAGGCAGATACAAGACTATTCATAGAAAATTTGCTCAAAACTTCATTGAATCATTTTCATTTAAACACCCAGAAGAAGCTGACAATATTTTAAAAAGTTATCTTGACAAACAAACAAATGCGAAACCGATAGTAATTTTATGGTCTTGGTTAAAATTAACATCTGCAAAATTTATAATTCCTAAGTGGTTAAAAAGTAAAGGTTATAACTTCCATATTAATTTTATATCAAAATGTGCTGAAGAAGATTTTGCAATACTAACTAACTATTTAAGTCTTATTGAGCATTCAATTCAACGAGATAAAGTTGTTTTTGAAAAAATCATCAATCTAAATATTGAAGGAATATCAAGTTCAATGAACAATTATAATGAACCTATATTTTACTACCATGGAAATTTATATAGAATCTTAAAACAAAATGTAAATTCAATAGCTGAACAAGTTTTTAAAAAATTAGATATTAATATTTTTACAGATAAAATTAAAATTGCTTCACCGAATGAATACTTTAACCTTAACTGGATGTTTAACTCACTAATTGAAATCAATAGTGATATAGTTAAACAAATAGCTGAAAAACTTAGTTTTTCAGATTGTCTTAATACATTAACAAACGTTGAATCAGGAAATGTTTCAAATATTGAAGAGGTAATTATATTTTATCGTAGATATATATTGCGCTTTAAAAGGAGTTATTTTCATAAATGTATTCAAATTATTATTAGTAAAACATCTAATTCTTCTTATTCCAGTTTGAATTTTCCATATTTTTATTCAGGTTTGACTGAATTTATTTTTATAAAAAAAGAAATTAAGGCTGTATTAAAAAATTTAGATTTTGAAAGGTTAACCAAAGAATTGGTATGTTGTACTCCAAGAGATTGGAATAATATTGGAGTATTCCTTCTTTATACTAATTTATATTATCCTGAATATTCAAAAAACTTTATAGACCTTATTGATTTACCGAAATTAGACGAAACTATTTCAAAATACTATAAAATGGATAGATATAATTTTAGGTGTTTAATCCATTTCCTTGGGTGTAGTAGTTCATCTAAAAAGAAAAAAATATCAAAATTTCTATTACCTTTAATCAATGATTTATTAACAAACTCATTAAACAAATATGAACTAAAAGAAATATTAAAAGCTTTTTATAAAATTGACAAAATAGAATCAATAAGATTATCAACGGAATTTAAAATTAGTATTTCATTTGAAGAAGATGAACGAAATGAGTTACCAAATTTTGACGATTCTTTTAACTCTAATGATTTAAGTACAGATTATTTTTTAGACGATTATCGTAAGTATTAAAGTACAAACAAAGCCAGTTGCCAACAATGTATAAAAAACATAGGGCGTCTGTGTTAACTCCAAAGTTCAGTACTTATGTACAAGGTCCGTTAAATATAAAATTTGGCATTTAAGAGAAAAAATAAAAGCAAAATATTTATATTTAGCTAAGTAATAAACCGAAACGATAGTGCTTATTAATTGCCCTACGTTTCTTAGTGTGCCAAGAATCAGCCATGGCATTAAACTGGCTGCATGCTGTAGATAAGATGATGGTAGATCCATCAAAGTCGTTGTATAGGCGATGGCTCTAAACCCCCTAAAGGTGCTGTTGTAAAGACCCCCGAAGCCTCGGGGGTGCTGAGCGTTTAGGAGAATCTAGTCCTAGAGATTAGCAGGTACGAATAAAGGAGTTGAACTAAAGTGAACCATTGAAGAGGTGTCGAGAAGTAGGAACCTCCAGTCAAAAGCTACAGGGCGGAGCGTTAAGAAAATGTCCTGAGGACATTTTTAGCGAACGAGCCAGTTGGTGTGAGGCATACGGAGTGAAAAGTAATGTTAGCAATAACATTACTTACAGAGATAACCTATTTATTTTCTGTAAAGTCCCGATATCTATCGGGATCATTCAGGTGGCAAAGCCTGCCCCGTTTTTTTCGGGGAACTTTACTTGGGCTTGGCTAGTGTCTGGTTGGAAATACAGCAAAATCAAAAATGTTTTTTTTTGCGATTTTTGTCTTTAATTTTAATCGCCTGATGCTATTGCATCACCTCATAAAATACAAAAACAAATCTCATCAAAAATAATTCATTTTATAAAATCTGTCTATTTCCAACCAGTCACTAGTTTCGGAACTTGGGAAACTGCTTATGAATGATAGACTTGTGTAAGGCTACCGTATTAGGATTCGCTACAAGTGAAAGGGAAATATTCAATCGAAACAAGCGAGAGATAGTCCCGATAGGTATCGGGAGAAGTTGAAAGCAGAGGCAGATTAATCCGTAGTAGTGTTGATCCCGATAGATTCTGTGTTAATAATCAAGTGATATTTCAATTTATTTAATTAATATTGATATTTGAAGGCAACTATAAGTTAGCCTGCAAGGGTACCTCCGCATTTGTGTGGTGTACCCTTTTTTGATGATAGTCATTTTCATAGGGATTCTGGTTTTTATCTATCACAAAAATAAGTTCAAGCATTTTTCTCTGCACAGCAATCAGCGCCTTCATTTTGATTCCACTTTTTGATACGATCCTAACATATAAGTCTTTATGCGATTGGTTGTATTTAACAGAGGATAGAGATGGAAGGTGCATTGATTTTCTTAGATGTCTGTTGCCTCTCTTTGATATTCGAGGTTTACCTTTTATTGATGTTCCTGATTGTTTTTCCTTGACATCAAAACCGGCGTAACTGGTCAATTGCTTCTTGTTTCTAATGAGTTCGAACCCATTAGTCTCTGCCAGTACCGTTACAGCAGTCAGTTCTCCTACCCCAGGTATAGTACAAATATTATCTACTCTTGTCTTTACCTCTGGGTGACTTTTAAGTAATGTTGCTATGTCCAATTTGATTTCTTTTTCCTGTCGATTTAAAAATTTGATTCTATCTTCGATTCGAACAAGGCTCTTTTGGTTAGGCATAGCTTCTGTCTTTTCTGCATGTCTCTGGTTTTTTACCATTGATCTTTCTTCAACGATCTGATCACGTTCTCTGGTCAATTGTTTTAATTCTCTATAGATGTCCTTGGGCCGTATCCAATTATCCAGTTTACGCTCTAAACCAAACTGCGCAATAGCTTGAGAAGCTGTCTTATCTGTTATAGTTTTAATATCAAGAGACCTTGCATAGTTGCTGATCTTATTGGGTAGTATAACGCTAACATCAATATTCATGCTTTCCAATGCGTATGCTAATCTCTCGTGGTACACGCCGGTCGCTTCCATTACATATCGCATCTGAGCAGCATTCTCACAACAGGAGGATACCCATTCGATCATAGATTGGATACCATTGTCACTGTTTACAAATACTTTGTATGCAAAGATTTCAATACTTAAGCTCTCCAACAGCCTACCTAATGACACCACTAATTCCTTTTGGGCGACATCAATACCCGCGACTTCTTTTAAAACCTTTTCCAATTGTCTCATTTTAAGTTAGTTAAATTAAATAATAAAGTGAAATATCTCTTCACGTCTTTTCTCCTAGTTGGATATTCTGGATACCAAATTACTCAGTGGCTCCTTACATTCTGTTCAGACTCCAAGAAATATAAGGGAATAAGGTCATTTCTATCGGTCGATATATCTTGAAGATTACCTAGCCATCGGTTGACTCTTATTCCCTTTCACTTATATTTACAAAGCTAATTTTTCATAGTAATACAAACATAGGAGCGATCGGGAGTGTAATGAAACTGGAGCAAAGGGATGAGCTAATTTTAATTTACAATTTGCCAACTTGCAAAAGGAAGAGCTTATATTTGTATACTAAATTAGAAGAGCCGTGTGAGGGGAGACTTTCAAGCACGGCGGTGCACTGAGCCTGTCGAAGTGTTCTGTGAGAGGCTTGGGGTGAAATTCCCCTTGTCTACTCGACCACAAACACGTTATCTGCAAGCTGAAAAAAATGACAAAAAACTACTTCTTCATAATTTTATTACTTATTTCTCTAACAAGTTGCGGACAAGAAACATTTGAATTTGAAAGTAAAATAAACCCAGAAAAGATTTACACTCTTTCAATGAATATGTCATCAACGAATAAAACCAAGTATTTAACCGAAAGAACTGACCTAAAAGATAAAACCTCTGAGGGAATATCTTCAACTGAAATGACTAGAATCACAACAACTAAAAAAATTGAAGAAAACGGACAATTTGCTGCAACTATAGAATATGGAAAAATAATTAAGATTGCAAATGGTAGTAAAACTGAAAATCCGATTACAGGTACTATTGTAAATGGGTATTATAAAGAGAATACATTAAACGTTCAAGAAGTAATATCCGAACAACTCAATGAGAAAACAAAGAATAGTATTAAATATACATTAGAAAATGTCAAACCCGATATTGATTTTCCGAAAAAACCTTTAAAAATTGGAGATAGTTTTGAACACAAAATGCCTATGACAATTCCTGTAGATGGAGCAAATCCTGTGAAAATTAATATTATAAAAACATTCAAATTAAAAAGCGTGAAGGATAATATTGCATTATTTGATTTGGAAGAGATAATACAATTAAACACAGAAATTGAACAAACAAATGTTATTGCAAATGGAAACGGAAATGGATTTGTAGAATTTGATATTTCAGAGAATCATTTAATTAAAAATAATGCCTCTTTTACAATTGAACTGAATGTAAAAATAAATGATGAATTGACCGTTAATACTGTAGTTGGCTCAAATTCTGAGATAACTACAATAATTGAATAAAGCCAGCTTGTAACAACGTGTATAAAACATAGCTATTACAGGCTTTACGAGAGGTTTTGTACATTTATAAAGTACGCCAATTTTTTTATTTGGCTATATTTAGAAAAGAAAAATAAACATAAAAATAAAAAATTCGGCTTGTGTTAAATTCAAAAAGTTGGCGTCTTTTTACACGCTACACTTTATACACAAGACCGTTATCTGAAACTGAATAAAAAACCGTTAAACAATATCAAATTGAACAAACTTGAAATAAAAAATATATTCTTTGATGATGTTGAAAAGTTATTTGATACTTCCCTAAATCAGGTTGCTAAAGAAGCAGGAGTGAATGCAAAAGATATTTATAAAAAACAATGAGGAAAAATCACATGCAAAATTCATCAAAATAAAAGTAGCTAACAAAACCTATACGTAATACGGGTTTTGGTGGTGAATTGAAAGTTTGGAGTAATTAATAAAAATAGCTAAACCAAAGGTTTAGCTAAGTGCTAATTTGAAAGTTCAGAACTTTGAAATCCTGCACTACGCATAGCCAAACGTTGTGCTTCATTGAATCCAAGTTCGATTGTCGAATTAATCGACTCTACCTTCAATATTCACCCTATAGACGCACTTATTGTAAAAATAGATAGTTTTAAATCTATTTAATTTGTGTATATTTGCTATATTAAGATGAAAATATGGCAATGCTAAACCTTATTCCGACAGAAAAGATTATTGAACGTCTTCGATATGAAAATCCATGGTGGATCACCAAAGAGATACCGAACACATATAGCTCAATGTCCAAGAGACTATATTTTGATCTCTTTTATCCATTCGTCCTTGAAAGGAGCATTAAAAGAGCTTTAGTTCTCATGGGTCCTAGAAGGGTTGGTAAAACAGTAATGCTATTTCATTGCATTGAAAACTTACTGAAAGAAGGAACAAATCCTCATAAACTATTCTTTATCGGAATTGACAACCCTATTTACGTCAATTTAAGCTTAGAGGACGTTTTAACTCTATGCAAAGATTCTTTAAACCTTGAAAACCTTAATGGTTGTTATGTCTTTTTTGATGAAATACAATACTTGAAAGATTGGGAAAGACATTTAAAAATATTAGTTGACTCATACCCTGAAACTAAATTCATTGTTTCTGGCTCAGCAGCCGCAGCTTTGAAATGGCACAGTACGGAAAGCGGAGCGGGTAGATTTACTGACTTCTTGTTACCTCCATTAACATTTCAAGAATATATCCATTTGAAAAAATTAGACCATTTAATTTTTGAAGGTGATATTCAATATGGAGACAAGGATATAAAGTATTGCTTAACTCATGATTCAAAAGTATTAAATAAAGAATTTCTCCATTATTTAAATTTTGGAGGATACCCAGAGGTTGTATTATCTGAAAAAATACAAGGCGATATGGGTAGATATGTGAAAAACGATATTGTAGACAAAGTTCTTCTTAGAGATTTGCCAAGCTTGTATGGAATCAAAGATGTTCAAGAGTTAAACAGGTTTTTCACATACATAGCGTATAATACTGGAAACGAATTCTCATATGAGACAATGTCTAGAGAGAGTGGAATTCAAAAAGATACATTAAAAAAATATCTAGAATATTTAGAAGCGGCATTCCTAATTAAGGTATTAAATAAGGTTGGAGTCAATGCAAAAAGATTAAAAAGAATAACAAGCTTCAAAGTATATCTTACCAACCCATCACTTCGCACTGCTTTATTTTCCCCGATAAGTGGAACAGACCAAGAAATGGGAAATATGGTAGAAACAGCAATTCTTTCACAATGGATGCATCGAGAGCAACTAGATTTAACATATGCTAGATGGAAAGACGGGAGAAATGAAGGTGAGGTAGATCTTGTTTTAGTAGATGATAAAAATTATAAACCTGTTTGGGGAGTGGAAATTAAATGGAGTAACCGATATTTTGATAAACCTCAAGAATTGAAAAGTTTAATTAAATTTTGTGAAGCAAATAAATTCGAAGCTGCTGTTGTCACTTCAATTGATAAAATTGGAATGAAAGAAATACAAGGTTTGAAATTCACTTTTCTTCCTGCTTCGATATATGCTTACAATATTGGAGAAATCACACTAAAAATGAAAACTAATAATTAAAAAAAAAACGAAAGCACAACAAAGTACTGTGGCAAAAAACAAGTAAAAACTCATTAATTTTTCACTAGAGTACCTCGATAGGTAGCATTGTACATCAAACCTGATTTAGCACTAGCAAAGGCTTGTTTTAATAACTTATTACAGACTGCTTTTTGCTCTTTCATTTAGCTACATTCTGCTCACAAATATCCCTACAAGCCTTGTTTTACCAGCCTGCTGGTAGGTTTACAGGCGTTAAAACTACACATGAATACTAAATCATGCAGTTTTTGATTTCCTATTTTACTGATACAGCTACGTCCATTTTACACTGCTTCCGCTTTTTCTAATCACTGGTGTTAGACCTGTATAACTCACTTCCACTTGTAAAACGGTCAAAGCCATCTGTCAAGACAACCAACATTACAGTTATTTTATTCCCGATCTCTGGTATCGTTTTTAAGCGTGTTAAAACATTATAATACTCTTGTTTGACTACTACTAATAATTTAGTTTTCTAAGGTTTTTATCTCCTTTTAAACTTGTTTTAAACTGCTTTCTAAATAGGGGAGTACCTGTATTCCTCTCATTATTTTTGAAAATAAATAGTGTCCCTAAAAATAATTACGGAAATTAAGATGACAAAAACCTGTGTTTCCCCTTTAATACCAAATTAAACCTATAATGTCCCAATAAATCGTTTCTTTTTCGCCTACTTTTTATTAAAAATAATTACCGTAGCTAAGGCTATGCTAATTATTTTTAACTTCAATCAATCAAAAAATAATTCAATTTATTTATGTGACATTATAAATTTAATTTGGCATGAGGAAAAAGATAAACGAGAGTGTTGGCAAACCTTCGGTGCATTAGAATCTTGATTGCAGCATTAGTAGTGGTTAATTTAAAGTCTCTTGGATAAAATGTATGAAAGTGTTAACTTAGATTAATAAAACTACCTAAATAGATATATACCCTATATTGAAGATTTTAATAGGGTTTATAAGGATGTTAGGCAACATTAAAAAAAACACCTTAAATTCAAGTAGTTAACTATGGGATTTTTAGATTTTTTAAGATCAAAACCTACAGATGAGAAACTGACAAAAAAATTAGTGAATTTTGTTTATAACAGTATTCAAGCTGAAAAAGAAGTTCGAGTAGAAGATGCGATATGTTTAATTTCAACAATTATTGCCGAAAGATGTATTGTGTTTACGAATGAATTTTCAATAAACGATCACGAATTTGAACCTGGTTCGGCAGTTTTTTCAGAGAAAATTAATGAATTACTTGTTGGACAAATCGCTGTCGAAAATTGGAAAGAATTGCCGAAAGAATGTGTTTTTTCGAAAATTAAAAGCAAAATTGATTCTCACTATGACACTAGTTCTTTCCCTTCTCTAACCGGAATTTTTGAAAAATATGCGGAAAATATTGGAAAAACGGAATGGGGAAGCCTGAATTTGTCTATTCCAGAAGATAACAAACCATCCTTTTTGCCTTTACAAGTTGGACATGAAACGAGAAAATTCATTGACAAAAACATAAATCTAGAAAATAACGAAAAGACATTGCAAATAGCTATTAACTCTATTTGCGAAATACTGATTGAAACTAAAATGGCTTTAGATCCATCAATTGCTTTGGTTATGACATTTGAAATTATAAACGGAATGTCTAAAACAGCAACGATGACTGACGAAAAAATGGCTGAATTAAAAACAGCGGAAAAATAAAAACGTTGCCTAAAAATCTGTATAGTTAATGGCTAGATAATGTTAAATTTGAAGTTCAGTTATTTCAATAAAGTTCTATAATAAACTGAAAAATTTGGCTCTTTAAAATGCCACTAATCATAGTGTGCCAAGAATCAACCATGGCAATACATAAAATGGTTGAATGCTGTGAATAGTGTCTGGTTGGAAATACAGCAAAATCAAAAATGTTTTTTTTTTTGCGATTTTTGTCTTTAATTTTAATCGCCCGATGCTATGGCATCACCTCATAAAATACAAAAATAAATCTCATCAAAAATAATTCATTTTATAAAATCTGCCTATTTCCAACCAGTCACTAGTTACGGAACTTGGGAATCTGCTTATGGATGATAGACTTGTGTAAGGCTACCGCATTAGGATTCGCTACAAGTCAAAGGGAAATATTCAATCGAAACAAGCGAGAGATAGTCCCGATAGGTATCGGGAGAAGTTGAAAGCAGAGGCGGACTCATTCGTAGTAGTGTTGATCCCGAAACTTCGGGAGTGTAATGGAACTGGAGTAAAGGGATGGGCTAATTTTTATTTACAATTTGCCAACTTGAAAAAGGATGAGCTTATATTTGTATACTAAATTAGAAGAGCCCTCGACAAAAACGGGGCAGGCTGTGTGAGGGGAGACTTTCAAGCACGGCGGTGTACTGAGCCTGCCTGTCGCGCCTTGGCAGGAAGACCTGTCGAAGTTTTCTGTGAGAGGCTTGGGGTGAAATTCCCCTTGTCTACTTGACCAGTAACCGTTGTGCTTCAGTTTGAAAAAAAATCGTGATTGAATTTTATAGTATCTTTATACTATGAAAAAAATTGAGCAGGGATTTATAATTGATAGGCTGACGGATTCAATTCTGAATACAATTTCTGGCGACAGTTTTCAAACAGAAATATCGACCCTAAAAAAGTCGGATTTGAAGAATATTCTCAAGAAAAACGGATGGAATTTTGATTGGAAAACCGAATTTAACGACCTGAAAAAAGAGATTTATAAATTGACAATTGTTAACAATCCCGATATTATTCAAGGACTTTTGAGTGTCACAATTGAGAGCGACCATATTTATATGGATTTGCTAGAAAGCGCACCATTTAATATTGGGAAAGAAAAACTTTATGAAGGTGTTGCGGGAAATTTAGTAGCGTATGCGTGCAAAACTTCTTTCCAAAAAGGGTACGAAGGATTTGTAGTATTTACGGCTAAATCACGACTAATCAAACATTATGAAGAAACTTTGGGAGCATATCATTTTAAAAACCAACGAATGATAATCGACACAGAACTAGCCAAATTTTTAATGACTAAATATTTTAAAACAAGATAAAATGGGACATATAGCAGAACCAAAAGGAGTTGATTTTTTGATTAAAAGTACGCCTTTGACCGACAAAGAAAGAGAAGAATTAAGCGAACATATAAAAAAGCGCAAAATTGAACTCGGAAAGAAGTCTGAGCCGAAACTAAGACCTCTCACAAAAGAAAGCCGAAAGCATAACAACGTATAAAAATAATAGGGTAATTGTCGCTTAACCCAAAGGTAAATCTACATTTGCGAGGACGCCAAATTTTTAATTTTGGCTTATTGATTAGAAAAGATAATAAGAAAAATTTAAAAATTCGGCTTGTGTATAATACGAAAAGTTAGTGTCTATTTACACGCTACGTTTCATAGTGTACCAAGAATCAGTCATGGCAATAAATAAAATGGTTGAATGCTGTGTATAGTGTCTGGTCGGAAATACAGCAAAATTAAAAATGTTTCTTTTTGCGATTTTCATCTTAAATTTTAATCGCCTGATGCTAATGCATCACCTCATAAAATAAAAAACAAATCTCATCAAAAATAATTCATTTTATAAAATCTGTCTATTTCCAACCAGTCACTAGTTAAGATGATGGTAGACCCATCAGAGTCATTGTACAGGCGATAGCTCTAAACCATCTAAAGTTGCTTTGATTAATAGTCTTGGTATTGAGCGTTTAGTAGAATCTAGTCCTAGGGATTAGCAGTTAGGAATAAAGGAGTTGAACCTGCCTATGCTGGCAGGCAGGCTAAAGTGAACCATTGAAGAGGTGTCCGCGAAAAATGGGGCAGGCAGAGAAGTATGAACCTCCAGTCAAAAGCTAGAGGACGAAGCGTTAATAAAATGTTCTGAGGGCATTTTTAGCGAACGAGCCAGCTGGCGTGAGGCATACGGAGTGAAAAGTAATGTTAGCAATAACATTACTTACAGAGATAACCTATTTATTTTCTGTAAAGTCCCGATATCTATCGGGATCATTCAGGTGGCAAAGCCTGCCCCGTTTTTTTCGGGGAACTTTACTTGGGCTTGGCTAGTGTCTGGTTGGAAATACAGCAAAATCAAAAATGTTTTTTTTTGCGATTTTTGTCTTTAATTTTAATCGCCTGATGCTATGGCATCACCTCATAAAATACAAAAACAAATCTCATCAAAAATAATTCATTTTATAAAATCTGTCTATTTCCAACCAGTCACTAGTTACGGAACTTGGGAATCTGCTTATGGATAATAGACTTGTGTAAGGCTACCGCATTAGGATTCGCTACAAGTCAAAGGGAAATATTCAATCGAAACAAGCGAGAGATAGTCCCGATAGGAATCGGGAGAAGTTGAAAGCAGAGGCGGACTCATTCGTAGTAGTGTTGATCCAGATAGCTGCTGGGAGTGTAATGGAACTGGAGCAAAGGGATGGGCTAATTTTTATTTACAATTTGCCAACTTGCAAAAGGAAGAGCTTATTTTCGTAAATTAAATTAGAAGAGCCCCAGACAAAAACGGGGCAGGCTGTGTGAGGGGAGACTTTCAAGCACGGTGGTGTACTGAGCCTGTCTGTCGTGCCTTGGCAGGCAGACCTGCCGAAGTGTTCTGCGAGAGGCTTGGGGTGAAATTCCCCTTGTCTACTCGACCAGTAACCGTTGTGCTGCATCCTAACAGACAGTTGCAACTCAATGAAATAAATGGATAAAAGAAAAAACATATTTGCAATTTTAATATCACCTGTGATTGGAGAAATATCATTTTTGATTTTGTTTTTTATAATTACACTAGTTGATAATGTTTTTCCGAAAGAAATGGATGGACCAATGATTGGAGATAGAATTTTGTATTATTTCTTCTTTCCAATTTTATTCGTTGGAGCATTGATTTTTCAAATAATTATTCTTGAACCAATATTTCGTAGATATAGAAAAAGGAATGAATTGAATAAATCATTAATAAAAAAGATATGTATAATTAGCATACTTAGTTTTTCAATTCTTTTTAGTTTACCTATGACCTTTGCATCAATATTTGGCAATGTTCAGTTTGAAGTTGTTGGAATTATGACTGAGTTTTTTGTGGCACTTGCTATTTGGTCATCTTATTTTATACCGAATATGTTATCATATTATTTATTTTATATTAAACAAACTGAAATGATAAAAAGAGATTGAAAATGCCAAAATCGAAATTAATATATCAAGCAAATCAAGAAGTTATAGGTAAACATTTGCAATCAAAAGAATGGGTGATGTATTCTGGTAAATTGACTATTTACGATAGAAAAACTAATCCCGTTATTCTTAGACTTAAAAGTGAAATATACGAGACTTTTATAGGTGAATTTATGGAAGAAAAAAAAGAATTTAAAGGAAATAATGTGTCTGATGTATATGGCAAGTTGGCAAAATGGTATTATAATAATGGAATAATTTTTCAAAATTAGAGAAAAAATAAAAGTAAGACAGCACCATGATACATATAGTTTATGGCAAGTGAAGTGCTAAATATGAGTGATTTAACAATAAATAAACATTGGTGTGAGTTGAAAGATTTGTGTTTCAAAACCGCCACAAAACCATTTACTTAATGTTAGCCATAAGTAAAACAGTACGTGTGAAATATTATTATTAAACATGTATTTTATTTATTTTACTACCTCCGTGAAAATAATTCGTTATGAATACTAAATTAACATTAACAATAGAAAGGGAAATCATTGAAAGAGCAAAAAAATATGCGAAAGAAAAAAATCGTAGCCTCTCTGATTTAATTGAAAACTATCTAAAAATATTAACCAAGGAAGAACACATACAAAAAGAGAAAATGCTTAATCCAGTTGTGAAATCTCTAAAAGGATCTTTTAAAACGTCTAAAAAATTAGATTACAAAAAAGAACTTAACAATAGGTTAGAAGAAAAATATTTATAAATGGATAATGTTTTAATTGATACTGATGTCATATTGGATTTTTTCTTTGATCGCAAACCATTTTCTGACTTTGCTACTCAAGTTCTTAATCTCTGTGAGGAAAAAAAATTAAATGGGTTTGCAACGCCTGTTATAATCTCAAATGTCTATTATTTACTTCGAAAAATTGGAAAACACGAAATTATAGTTGAAAAGATTAAGCAGCTGTTGACAATTATTGACATCCTAGAAATGGATAAAAATGTTGTTCTAAATGCTCTCAATTCTGATTTTAAAGATTTCGAAGATGCATTGCAAAATTTCTCCACAATTGAAAATGGAAGAGCTCAGATTATATTAACCAGAAACATAAAAGACTTTAAAAAAAGTAAACTGGCTATAATGACACCAGAAACTTATTTGAAAGGCACTGCCTGTAGCTAACAAAGCATATTAAAAATACGGCTATATTTTAACTTGCATTAAGTTTCGTACAAATAATTAACTTTCTTTAATTCTGAATAATCTGAACTCGCTTTCCTTGCTGCCCGCCCGCCAGAATGAATTGTCGGGTAGGTACAGAAAGCCAGCCCGACAAGTCATTCTGGCGGGGTACGTTCGGGTGGGTTCGCAGACGACTCAGTTATTTGGAGGAAAGAAGATATTGTTCGCATTCGCCGCTTCAAGCCGCACGGCTCCGCCAAGCCCTACTTTTCATTAACAAACTCATTACCATACATTACATTTAATTATGAAACTAACTTAAAAATAAATAACAAGAAAAGTCTATAACTGAATAACGAATGACTAAATCTAAAACATAACCTTTGATCGGAAAAAGAATAATTGCAGGTTTAGTAGATTATACATTTATTTATGGATTTCTATTTATTTACATTTATGCTTTTAGAGAACCGAATGAATCAGGTGGTTATAGTGTGAATGGAATTCCAAGCCTAGTCCCGATTTTATTTTGGGCGATAATGACAATTGGAATTGAACAATTAATGGGCAAAACGCTTGGGAATTCACTTTTTGATTTAAAACCGATTCCATTCAAAAAACCTCAAATTCAACTTTTAAGGGATCGAATAAAAACCTGTCATTTGGGCAATCTTTCAAAAGACATTTACTTGCTCCGATTGATATGTTTCTCTTTGGTCTAATTGGAATTTTAACGATTAAGAACTCTGAGAAAAACCAAAGACTAGGGGATATGTGGGCGAAAACTAGTGTTGTAAAAAACATCTGAATTCAAAAAAGCTGAATAGAAAAAACGTACGGTGACATTGCAAAAAAACAACGGTGGAACTATGTGTTGGCAAATAGTCGTTGCATTAGAATCTTGAATGCAGCATTTTTGGTGGCTAAATAAAAGTCCCTTGGGTAAAGTATACAAAAGTGTTAGTTTAGTTGAAAATAAAACAATGCCTTTAATAGATTTATCCTATGCTGAATATTTGAATAGGGTTTATAATGATATTGGCGTTAATTTTGCCTATACTAATCTAAAATAGAATAAAATTGAGAAAATTACTACTTGTACTACTAACGATCGGAATAATAAGTTGCAACTCGACTAAAAAAGAATCTAATTCAAAAGGAGAATACTCTGATATAAAAATTGTTGGAGCAATGAAAAGCGTAATGTGGAAAGGTGAATTAGGGAGTAAAATTGAATTAGACGCCATTTTGAACAAGAATGGACTCTATGGAATTGGACCTGTAAGCTATTTGGCGGGTGAATTACTAATAAACGACGGACAGAGTTACATATCGAAAGTAACTTCTGATTCTACAATGACAGTTGAGAAAAGTTTTGACATATCTGCACCTTTCTTTGTATATGCCAATGTAGGTGAATGGAACGAATTTGAATTACCATCAAATATTATATCAGTCCAAGATTTGGAAAAATTTATCGACGAAAAAACGACGAAACGCAAGCGACCATTTGTTTTTAAATTAAAAGGAGAAGTTTCAACAGCTATTATTCATTCTCAAAACTTACCAGAAGGAACCAAGGTCTCTTCACCAGACGATGCACATCAGGGACAAGTTAATTATAATTTGACCGAAGAAGAGTCTGAAATAGTTGGATTTTTCTCAACAGAGCATCAAGGAGTTTTTACACATCACGACTCATTTGTCCATATGCATTTAATAACTAAGGATGAAGATAAGATGGGGCATTTAGACGAATTGGAAATTGGTAATATGAAACTATATCTGCCTAAAAAATAAAAACTACCGCCAATAACTAAAGATTCATGTGGTCGGTAGAGCTTGTGCCAAATTTTTAGTAACTCAACATGAATGCCCAGATCAATCGGGGTCGACTGAACCGATTGTCTGTCGATTATTCTTTGGGGATTAGTGGGTTTTCGGGATGGTTTATCTGGGTAATACCAAATTAAACCAATAATGTCGCAATAAATCGTTTTACCGATACGAATTCGGCACAGGCTTTTTTCGCCTGCTTTTCATCAAAAATAATTACCGTAGCTAAGGCTATGCTAGTTATTTTTGATTTCAATCAATCAAAAAACCTGTGCTGAGCAACGTCGTAGCATAATTCAATTTATTCATACGGCATTATAAATATAATTTGGTATAAGACGAGTACTTGTTTCTTTATTGTGTAGTTCATGACCACTTAAGCTTATTCAAATTTAATTTGGTAGAAGTAGACTAGGCATCAAACTTTGTTCTGGTCAGGCTGTTGCTAATAGTGCAAAAAAAGTGGCATTAAACCAAAAAAAAAGCCTCTTGGATAAATTATACAAAAGTGTTAGTTTAGTTGAAAATATAAAAAACAGCTCCCTAAATAGAAATATATTCTATACTGAAGATTCAAATAGGGGTTATGCGGTTGTTAGCTATCATTTAAAATAAACATTCGTGAAAAAATTTAAAGTAAAAAATTGGAAAAAGCGTGGGTTTGAATTTCTATCAATTTTTATTGCTGTAATTTCTGCTTTTGCACTAAACAGCTGGAATGAAGATAGACGAGACGATAATTCTGGAAATAAAATTTTAATAGAAATAGCAAATGGACTAGAGAAAGACATTGAGGATATTAACCATAATATAGGTGGACACAAATATGGAATTTCAGCTTGTGTATATTTCAGAGACTTATTGCTTGATAAAGAAATTAACAGCGATTCTTTAATGTACCATTATTTAAATTTGACAAGAGATTTTGTTTCTATACAAAATGTAGCTGGTTACGAAACTTTGAAATCGCAAGGATTGGAGTTGATAAAAAATGATAGTTTGCGTCTTAAAATAATTTCTCTTTATGAATATGACTTTAATACTTTGAGAAAATTAGAAGAAGAATATTCAGAAATGCAATTCCAAGAAAGTTATTTTAAAGAAATCAATAATGATTTTGCACCAAATTTTAAGTTCAATGAAAATGGGAACATTACTGGAATTGATCTGCCAATTAAAATCTCGGAGGATAGAAAGAAAATTTTACTGCTGTATTTATGGAAAATTCAAACGAATAGAATTTTCATTTTAAAATATTATTCTGACATTGAAAGAAAAATAATAGCAATTCAAAAACATATTATGGCAGAAAAACGATAGCCATCAAAGAACTGAAGCAAATAATAATACTTTTCTTCATTATTTTTTGACACTATTTATCTAGGCTTGCAGATGTATAAACTGGATCTGTAAGTTTTTTTTGCTTATCATTCAATTACTTAACCACAAGAACTGAAACTATGTTTTATCATTGGGCAGGGCTGTTTTACTATAGCAAATGTTTGTTTTAACGGCTTATTTTAGTCCGCCATTAGTACAAGTTTTTTCCTTTGGTATAAAACGTACTTAAAGCTCTACAAGCTTTTAGATATTTACTGGTGTTAAACCTACATATGAATAATAAATTTTGTAGGTTTTGATTTCTTATTATACTGATGCGGCTACGTCCATTTACACTGTTTTTTCTTTCTCTAATAACAGGTCCCCTAGACCTTCATAACTCATTTCCAGTTGTAAAACGGTTAAAGCCATCTGTTGGATACTTCAGTTCGTTTTAGGCCAGTGATATCGGAGTCTTTGTGCCTGACATTTCGGATCAAAGCTAATACTTACGGTTTGATCTGTGCCAGTTGCTCTTGTGTTGGCGTTAAAGCGTATGGTTTTGTAACAGTGGTAAGGTTTTGATGCTCTTGTTTGATAATTATTAATAGGATGTTTTTTAAGGTTTTTATCTCCTTTTGAATATGTTTCAAACTGCTTTCCAAATAGGGGAGTGCCTTAATTCTACTCGTTATTTTTGAAAATAATTATTAACATGAAGATGATCAAAACCCGCGTTTGATTTATAATGAAAAAGAATAAGCCAATAGTGTTGGCAAACAATCGTCGCATTATAATCTTAAATGCAGCAATTTTAGTGGTGAATTAAAAGTCTCTTGGATAAAGTATACAAAAGTGTTAGTTTAGTTGACAGTAAAAACAAAACCTTTAATAGACACATATCTTATACTGAAGATTTAAATAGGGGTAATACGGATGATGTAAACAATTTGACAAAATGAAATCAAGAATACTATTTTTACTATCATTAACAATCCTTTTTTCTTGTTCTACAACCAAGGAAATTAAAGAAAATGGAACTAGTGTAAGTCAACTAAACGGAATTACAAAAGAATTCTATGAAAATGGAGATTTAAAAGTTAATTGGAACTACAAAAACAACCAATTGAATGGAATTTCAGAAGAATATCACAAAAACGGAACTTACTCTAAATGGAATTATGAGAAGGGACAAATTATTGAAGGAAAATCCTATTTTAAAAGTGGTAAACTCCTTCAAGAATACACTTTTAAAAACGGAACAAGAGACGGAACGGCAATCAGATATTATGAAACTGGAGAAAAAGAAACGATCTGGGAATTCGAAAATGACATTCTAATCAGCGGAATCGCATATTATCCTACTGGAGAAAAATGGACTGACTTTGAATATAAGAATGGAATTCCAGCAGGAATATCTACTGAATATTATAAAAGCGGGAAAAAGAAAATTGAGTGGAATTACAAAAATGGAGAGTTAAGCGGAGAGTCAATTGAATATTTTGAAAATGGGATTGTAAAAAAAATTCTCAACTATTAAAAACTAGTTACAGCATGGTTTATAATTGATTTGGCAAGTACTTATCTGTAAAATTTCTTCGGAATTCTCTCTTGTCAATATTTGTTTACTTATCCATATAACCGACAATACAAACTACTTTACTTACAATTATGAAAAAGATTTTAATTTTATTAATAATTTTATTCTCATTAGAAAATTATGGTCAAAACCATGCTTTTTATAATGACTACAGAAGTCATAAAAACATCATAGAGGGAACTTACTCCCAAAAAAGTACTTTAAAAACATATTTAGATTTGAAATTGCCAATTATTGATAATAATTCAAAATCTATAGAAATCAACAAAGATTTTGACTTTATCAAAATCAGCAAAAGTTCTGTAGTACTTTTTGATAGTCATAATGTTGAGATAATGAAACCTATTGGAAAAATTGAGAGAACAACTCAAGTGAAAATTGACTCAACTTTTTTTAAAGAAATCTATCGAGATTATTCAAAACCTTGGAGTACTTCATTCAATGTCTGGAATAAAATCACAATAAATGGAAAATCATATTATACCGATTATGACATTCACGATTCACAAGATATTGAAGACATTAAACAATTAAATCAGAAAGTTTTAATTGTTGGACAAAATACTGGTTATGATTATTTATATCACATGGGTTATCCTGAATATTACTTTCTTTTATTTTTAGATAAGAGTAATGAAGTCATTTTTGAAAGTGAAATTTTGGATATAAGAATTGGCGATGAATTTGCAATGAAAGAGGACTTTTTAAAAACAAATTGGAATGAAAAAACTGAAAATTTTGAAATTACTTTTTTCAAACAACTTGAAGCCGAAAGAAAGGAATTAGAAATTCATTGGAATGGAAAAGAAATAAAAATAGAAACTACCGCCAATAACTAAAGATTCATATGGTCGGTTCAGCTTGTGCTTTATTTTCGATAACTCAACATGAATGCCCAGATCAATCGGGGTCGACTGAACTGATTGTCTGTCGATGATTCTTTGGAAATTAGTTGATTTTTGGGATGGTTTTTCTGGGTAAGACCAGTACTTGTTTCTTTATTGTGTAGTTCATTACCACTTAAGCTTATTCAAATTTAATTTGGAAGAAGTAGATTAGGCGTCAAACTTTGTTCTGTTCAGGCTGTCGTTAGTATTGAAAAAAAAATGGCATTAAACCAAAAAAAGCCACTTGGATAAAGCATACAAAAGTGTTAGTTTAGTTGAAAATAAAAATGCACCTTTAATAGATATATACCCCATACTGAAGATTTGTATAGGGTTTATAGAGATGTTAGCAATAATTTAAAAAAAAGCATCCCACACTAGCTGGATTCAAGCTATAAATAAAATAGGATTGAAATATAAAATAGAAAAATAATGAAAAAGATTACTATTCTGACTTTAAGCCTAATTCTTACAATTCAACTATTCGGTCAAGATTCTCAAAATGTGTTTAAATCATTTACCGAATTTACAGAAATGGAACCTTCACAGAAGTTTGATTTTCAATTCAAGCAAAGAACTTCTGGAAATATATTTATGTCAGGTGGAATTAAAAATTATAGGATTGAGAAAGTAAAACCTTCCACATCTCTTGACTATTTGACAAAAGAAGCCTGGGGAGTTTTTGAAAAGGATTCTATTTTTATTAATAGCTATCCATACTCTAAATTGATTGGGTACAATAAAATTTCAGGAATAGGATACTATTCGTATTTTATTGGAGAGCCAGCGAAATTAAAGGAAGAACAATTGAAACTGGGGATAATTAATGAAGGAGAATCACAAAAAGGAGTTTGTTGTAAGACAAGTTTCGTGATATTACCAAATGGCATGGTAAAATGGTTGACTCCATCTTATTTGAAAGAACTAATATCTGATAATGCGGAATTGGTAGATGAATTGGAATCCCAGAAACTAACACCTGATAATGTCTATGACATGTTTACTATTCTAGATAAATACAATAAGACGAAGGAGAAATAACTATTGCCAATACGTAATATAGCAAAAAGTGGAGAAGCGTTTAATTGAAGCTGTTTTAGCCCGTTTCATCTTCATCTCGGTTTGATAGTGAATTGCTCGTAATCTATTTTATATTTCTAAAGTTATTCACGATTTAAAACCGAAATTATCAAAAATGAAAAATCTTCTTCCTTTTATCATTTCTTTCTTTTTGCCAGGAGTTGGACAGTTTATTCTGAAAGATTTTAGAAAAGGTGGAATTATTTTATTGTCACATATAGTTTCCACTTGTCTTATCTTAAATTTAGATTTCTTGAATTTACTTCCTTTTTGGTTTCCCCATATAATTACTATGATTTGGGCAATTTTTGATATTTATGACAAAATTGAAGAACGAGATGGGAAAAAATCCGCAACCAGATATCTTGCTTTTAGTTTACTTATTGTAATTATTTTATTTCCATTAACTCTTACTCTTTTAGCGGTTGGACTTTTTAAAGGAGCAGAGTTTTTTACGAATGAATATCTTAACGAAGACAGAACTAAAACAGAGATGAATAAAATTTCAACTGAATTAAGTCTTTATAAAAATCACTACGAAGTTTATCCAAAAAATTATGAATCATTTATCAGACAAAAACCTATTTGGGGAAGTTGGAAAGCAGACAGTTGGAAAAACCCATATAAATACGAATTAATTGATTCTATAAATTATAAATTAATTTCTGCTGGAAAAGATGGAATTTATTTGAATGAAGATGATATTATAAGAAAAAACTGAAAAACAAATTGCCTAGTAAAAAACTGAGTTAAAAAAAGCAGCACTTTTTTTCAATTAATTTTTGACACTATTTATTTAGGCCTTTTGATTTATAAACTAGATTTTTAAGCTTTTTTTTTGCTTATCAGTCTATTATTTTACCACAAGAACCGAAACTATATTTCATCATAGGGCAGGCCTGTTTTGCCATAGCAAATGTTTGTTTTAACGGCTTTTTTTAGTCCGCCATTAGTACAAGTTTTTTCCTTTAGCTACCATCCGCTCATAAACATCCCTACAAGCATTGTAGTAACTGCCTGCCGGCATGCAAGTTTATAAGCATTAAAGGCATATAAGAAGAGTAGGTTGCTCAGTTTTTAATTTCCTATTTTACCGATGTAGCTACGTCCATTTAACCTGCTTCCATTTTTTCTAATCACAGATGCTAGACCTACATAATTTCATAACTCACTTCCACTTGTAAAATAGTCAAAGCCATCTAATAGCCACTTAATTTCGTTTTAGGCCAGTGATATCTGAGTCTTCGTGTCAGGTATTTCGAATCAAATTGTGTCAATACTTACGGTTTGATGTGTGCCAGTCGCACTTGTGTTGGCGTTAAGGCGTTTCGTTTTGTACCAGTGGTAAAGTTTTGATGCTCTTGTTTGACTAATACTTATAGGTTGTCTTCTAAAGTTTTTATCTTCTTTTGAATATGTTTCAAATAGCTCACAAGACTACCGTGTTTATTGCTTTAACCCCATACCAAGTTATTTAAAGAAAAAAGTTAGAAGCTAGCAAAGACTAGAGAAATATGCCTTTTGGAATATGTTTTTTTACTTAACCGTTATAAAGTAGATAAAAATAACTCAGATAAAATGTATCCTTTATCGTGTTTATAAGTCTCCTTGGTGAACTTTAAAACTTAATATCATGAATAATTGTAAATGCACTAATTGTGATTGTACCAAATGTAATTGTGGAAATTGTTTGGAAAGCAATTGTCCTTGTACTAAATGTGAATGCAACAAATGCAGTTGTTGCTAAACCTAATAAAGGTTAGTGTAACAACTAATCTTTATTTATTTTTATAGCATGGAAACTCAAACGATTTGGGATAATTTTAATGAAGAACTCTATTTTTTTATCCTTAAAAAGGTTAAAAATAAAGACACTACAAATGATATTTTCCAAAATACATTCTTGAAAATTCATAAAAATTTATTCAAGCTTGAAAAAGAAGAAAAAGCGAGAGCTTGGATTTTCCAAATTGCTCGTAATGAAATAGTTAATTACTTTAATGAAGAATCTATTTACGTAGGGAAGTTGGATATAAATAAAGAAAATTCTTTACCAGAATACCAACATATATGCTGCTTTGATAAATTCATAAATGATTTGCCAGAAATCTACAGACAAGTCATTGAACTGATTTATATAAAAGGACAAAAACAAAAAGACAGTGCAAAAGAACTAGAAATAAGTCTTGAAAATGTTAAAGCAAGAATTAAAAGAGCCAAAGATATTTTAAAGAAAAAATTTAACGAATGTTGTAAATATGAGTTTGATAAAAATGGCAAGTTGATTGGTGAGTCTAATTGCTCTTCGTGTAACGGTATAATAAAATAGCTACTTGACAATTAATAAAGTAAAAGACAGCACTTTTACTTTATTAATTTTTGACACTATTTATCTAGGCTTTTGGATTTATAAATTGAATCTGTAAGTTATCTTTTTGGTTAGTATTCAATTATTCTACCCCAAGAATCGAGACATACGTTTTATCATATTCATTTTGAAAAAGCTGAACGATATTGTTTTATGTGGTAGGTTCTGATTTGCGTATGGTATATATTTAATCAATTTTAAAAAGATTTATGTATTCATTGAATACATATAATTTGTTTCGTTGTGCACCTGAAACTTCTTTTAAGACTTCTATTTCTTCTAAAGTATTAAGCAGCTTATAGGCTGTGACGTTGGATTTTTGAATAATTTTCCCCACTCGACTTACCTCTATAACAGGCTGTGTATACAAGTAATCAATAACTTTTTTCGCATCTCCACTTCGGTTTCCTAAACCTTTAATTTTAAGCTCCAATGTTTTTTGTAGCTGCATAATACCATCAAAAGTAGTTACTCCTTTTTTAGCCGTTTCAATGATGCCTGTAAGGAAAAACTTAAGCCATTGATTGATGTCATTGTTTGATCTCACACGCATCAAATTATCATAGTACAACAGTCTGTTTCGCTCAAAGAAATCAGAAAGGTAAAGTATGGGTTGTTTAAGAATACCTTTATTGACCAGATAAAGCGTAATCAAAAGTCTTCCTACTCTTCCATTTCCGTCTAAAAAGGGATGAATGGTTTCAAATTGATAATGAATGATGGCAATTTTAAGCAAATCTGGCAGATGATTTAATTCGTTATTGGCAAAATGCTCGAGGTCGGACATGATTTCTCCAATGGAAGTATGTACTGGAGGAATGAACATAGCATCATTAATAGAAGCACCACCAATCCAGTTTTGCGATATTCGAAATTCACCAGGAAGTTTGTTTGCTCCGCGCACGCCTTGTAATAGTATTTTATGCGTTTGTTTTATTAATCGAGAAGAAAATGGTGAAGTGTACAACAATTTTACCGCTTCGTTCATGGCTTGTATATAGTTCTGTACTTCTTCCCAGTCGTCTCTTTTATCTAAAGAAACCTCCTCTCTGCTTAAAAAAGCATCTTCCATATTGGTTTGTGTGCCCTCTATTTTGGATGACTGTGTTGCTTCTTTGGCGATGTGCATGCGAATAAACAAATCTATATTAACATATTCAGAATACATATCCAGTCGCCCTAACTGTCTATCAGCTTTACTCAATAAGCTTATGACTTCCATGCTAGAGATGCCCCGATCTCGATTTATTGGATTGGGTTGAAAGCTTTTATAGTAGCCTTGTTTGTGATGTATTTACCCGCAACAAATTTTTCCATCTTGCTTATTTACTTAAAAAATATACCCTTATTTAAGTTAAACGCATAAAAACTTAAATAACAAATTTATAAATTAAGCTGAATTGGTTTTTTATTAATTAAAAGTCCCTTAGATAAAGTATTCAAAAGTGTTGGTTTAGTTAATATTATAAATAACCTCCTATAATAGATAGATACCCATACTGAAGATTTGAATAGGGGTTATATGGATGTTGGTGTTCGTTTAAAATAAAATTGTACAAATTGTACAATTTTTTGTATCTTTGAATTGCAATGACTATGAAAATTTTAGAAGTTAAAACCAATTTAGAGACTAAATCCATAATCTCTTTGGTTACTAAAAATAAAGCAAAATTACCATCTATAAACGATGGGTGGAGATTTAATTTCAGTAAGCACTCGACAGGAAAAGATTACGAAACCTATATTCTCAAAACAGATAAGACACCTGAAATAATTGAAGGATGTTTAATCATAAATACTAAAACCCCATTTCAAGTCTATATGGCGTTTGTGGAAGTTGCCCCGCATAATAAAGGAAATGAGAAAAAATATGATAGAGTTGCTGGTTGTCTAATTGCCTTTGCTTGCAGACAAAGTTTTATTAATGACAAAGAAGGTTATTTAGCCTTCGATGTATTAGAAGACAAAAAAGAAAATGAATTACGATTAATGAAATTATACAGTCAAAAATACAATGGGGTAAGACTTGACAATTCTACAACAATGATTATTTTACCAAAGGGAAGTGAAAAATTGATAAACGAATTTTTAAAATAAAAGGTTATGAAAAAGACAGAAATCTTGCCTAAAGACATTTGGAATGATGAAAAACTCAATAATGTAAATGAGTTTATCAAGAATCATTCTGACAATCAATCTAAAGAAAGAAAAATCAAAAATAAACTTCTTTCTATTCAATATAAATTGGAAGATTATATAGAAAGAGATGATATCGAAGAAAATGAAGTGCTCGATATATTGGATTTTGTGAAAATGTATTTAAAAGCATTGGATATAACAAAATTGGATTTGGCAAACTACTTTGGAATGAGGGATAGTAATCTACATAAATATTTGACAGGAAAGAGAAAATTAAATCCAGAAATTGTATTAAAAATCAGTTCATTTTCTCACACCAAACCTGAATATTGGTATAGAGTACAAGTGAAGAATGAGCTTATGAAATTAAAAAAAGAAAGCGCAAAGGATTACGAAAAATACGATTATAAAAAATTATTATCATTATAAAAAACGCTTACTAACAAAAAAACTGAAGTAAAAAAAATACTCTTTTTGACTAATTTTTAGACGATATTTATCTAGGCTTTTGGATTTATAAACTGGATCTGTAAGCTCTCTTTTTTGTTATGCTTTAATTTCTATTGGGTTTAATTCCCCGAGGCTTGCCTCGAGTTTTGAGGAAAGTTTGAAAACGGATGGTTTTCATCAATCAAAAAAAAGCCCTCTAAATGCCTCGTGGGCTTGCCCCGAGGATTCTTTACTAGGGGAGCATCATTATTAAAGTACCTATTTTTCGAAAATAAATAGTATCCCTGAAAATAATTATGAATACGAAGATGACGAAAACCTGCGTTTGATCTATAAGGAAAAGATAGGTGAATAGTGCTGGCAGACAATTCGTTGGTTTAAAACCTTGAGTTCAACATTTTTAGTGGTGAATCAAAAATCCCTTGGATAAAGTATACAAAAGTGTTAGTTTAGTTAATATTATAAATAACCTCTTATAATAGATAGATACCCATACTGAAGATTTAATAGGGTTTATATGGATGTTAGGTGAAATTTGACAAAACATAAATAATTAATGAAAATATTTATTTTACATTCCTCTAAAAACGCTAATTACGGAAATGCACTTGTAAACCTTTTAACAGGAATTGGAATTAGTGGAGACCAAATAATTTTCACGAGTAATGATGCTTATGGAATCCCAATAGGACAAAACATATTTGATTGGCTGAAAAATCAGATAGTTGAAAAACCTTATGTTTTATATCTTCTTTCATCCGAATATTATAAAAGTGTCGCCTGTTTAAATGAAATGGGAGCAGCTTGGGTTATAGAAAATAAACATACTATGATTTTCACTCCAAATTTCAAATTAGATAGTTATGAATTTCAAAATGGAGCTATTGACCCAAGAGAAATCGGATTTTACATTAACAATAATGACAAATTAATTGCATTTATAGATTCATTAAGAACTGATTATAATGTGACAACAAATCCAGTTTTAATAAATCAAAAAATAAGAGAGTTTTTAGATGTAATTGGAAATTTTAATACAACCGCAACAACAGAAATAAAAAATGAAACATTAAAAAAGTCAGTAATCGCTGATGCAATTTTTCAAGGAAAGAAAGAAACAAAACTGACTGAAAAAAGTAATAATTCACCAAAAAAATACGTTGGAAAATCTCGGTTTTTTAACGATCTAATGTGTGGTAAATTGAAAGATGAAGAAGTAATTTTAACACATTATATAATAGACACAGCTAGATTTAGATTATTCACAGGTTGGCAAGAAAGTCAAGAATTAGATAAAATTAAAGCTTGGGAAGATGTGAATGGAATCAATAGTACGTTATCTGACAATTACGAGAGTGCATTGAGAAGGTTTGAAATGAAAAAGTTAATTTCTGTTTCCGCTGTGACAAGTGGTGGAAAAACTAAAGAGTTGCAGATAATTGAAGAGCTTCAAGATGAATTATTGGATTTGCCAACAGAGGTAGGTGAAAAAATAAATGAAATAGTTGATAACAATCTAAAAACAGAATCGGAACAGTTTAATCCAGACAACTGGAATTAAAAACTGCACCCAGCAAAGAACTGTGTTAAAAAAAACAACACTTTTTTTTTATTAATTTTTGACACTATTTATCTAGGCTTTATTGTGTATAAGCCTTAAAACTACACATGAATAATAAATTATGCTGTTTTTGATTTCCTATTTTACTGATGTGGTTACGTCCATTTACCCTGCTTCCATTTTTTCTAATCACTGGTGTTATACCTGCATAACTACAACGCTGTGATGCAGATTCAAACTTCGAAAACCCGTCTGTAAAGACAACCAACATTACAGCTGCTATATTCCCAATTCCTGGTGTCGTTTTTAGCCGCGTTAACACGTCTTGATGCTCTTGTTTTGTCTATGAGTTTATTGAATTTCTTTTCCCAAGTGGTTAGCGGCTTATTTTTATAGGCCTTTTTTAAAATATGATTTTTAAAATTTCGTTTTTTTAAAACCTCAGCATTTTTCTTTGATTGATAACCTTTATCTACTTTTAAAAGAATGTCTTCTGGTAAATCTGCACTGTCTAATACCTCTTCTAAATTTGCTATTTCATTGGTGCTTGCCTTTTGGTTAACACCGCTAAAACCAAACCTTCATTATCTGTAACGTTATGTTTTTAGCCAAACCTGTATTTCCCACCTTTCTTTAACCAAGCTGCATCTTTATCTACACTATCTCCTTACTCTTTAGTAAGTTTAACTTGCTGCTCATCTGTTCTATCCTCTGTAACTTTATGATTGGTTTTGCCTTTAGGTTTTAATAATGTGTCAATTATTTGACTCACTTTTTCCCAATCTAAAAGAAAGTTGATTTGTGTAAAGACTATTTTTTAAATGTTTCTTGTGCATAAATCACAAATACTGTCTGCTAAAGTGGAATTATAATATGTTTTTATGAAGGAAATACGAAGAATTAAATCACTGATGAACAATACTATAAAGCTAAAAAAAATAATTTATTTATGGCTTTTTATCTTGCCATGGTCTTTATTCTTATCTTGTATTTTTTGTATTAAAATCAACCAATCTACATTAAATAATCACCTATTTCATTAATACTTTTAGGAATGCACTAAAAAGAATTAATTTCATTAAATCATGAATGAAAAAAAACCATCCAAAAATAAAGGGAACTTATCAGAAAGGGATATTTGCACCAAATTTATAAACCCTGCAATTGAAAAAGCAGGATGGAACATGAGGACACAAGTGAGAGAAGAAGTTTCTTTTACAGATGGACGTATTATTGTTCAAGGTAAATTGTACACCAGAGGGAAAAGTAAAAGAGCCGATTATATCCTGTACTATAAATCGAACATTCCAATTGCAATTATCGAGGCTAAAGACAATAAAAAAGCGGTTGGCCATGGCATGCAACAAGCCTTAGAATACTCAGAGATACTGCAAATACCATTTGTATTTACTTCTAATGGAGATTCATTTGTCTTTCATGATAAAACAAGAACTGATGGAATTCTAGAAGAAGAGCTCACTTTAGATAACTTTCCTTCTCCTGAGACCTTGTGGAAGACCTATCTAAAGCATACCAATATTGAAACTCCAGAGGCGAAAGAAATCGTGGAGAAAGATTATAATGTGGATGATAGCGGAATGAGTCCAAGGTACTATCAACAAAATGCAGTGAATAGAACCTTAGAAGCAATTGCGAAAAAGCAAGAACGAATTATTTTGGTGATGGCAACTGGTACTGGAAAAACCTATACGGCGTTTAACATCATCTGGCGTTTGTGGAAAACAGGAATCAAGAAACGCATCTTATTCCTTGCCGATAGAACTGCGCTACTAACACAAACAAAGAATGGTGATTTCTCTCCTTTTGGAAATGACATCATGCATATTATTAAAAACAGAAAGATTGATAAATCCTATCAAATCTATTTTGCATTGTACCAAGGTTTAACCAGTACGGATGAAGATAAAAATGCCTACAAAGAATTTAGTCCAGAATTTTTTGATTTAATCGTAATTGACGAATGCCATAGAGGAAGTGCTTCTGAGGCTTCAGCTTGGCGAGCCGTATTAGATTATTTTTCTTCAGCAACACAAATTGGACTTACAGCTACACCAAAAGAAACCAAAGATGTTTCCAATATGGAATACTTTGGAGAACCTGTTTACACCTATTCTTTAAAACAAGGTATTGATGACGGCTTTTTAGCCCCTTATAAAGTGGTAAGAATTACTACTAATGTAGACGAAGGCTGGAGGCCTACGGCTGGTTTGCGAGATAAGTATGGCAATGAGGTTGAAGACCGTGTCTATAATTTAAAAGATTACGATAGAACATTAGCTATTGATGAACGCACTGAACTTATAGCAAAAAAAATTACTGAATATCTAAAAGCAACTGATCGCTACGCAAAAACCATTGTTTTTTGTGTAGATATAGATCATGCCAATAGAATGCGACAAGCATTGGTTAATGAAAATGCAGATCTAGTGGCTAAAAACTGGAACTATTGTGTAAAAATTACGGGGGACGATGAGGTTGGAAAACAGGAGTTGGATAATTTTACAGACGTTGAAGAACGTTTTCCGGTGATTGCAACTACTTCAAAAATGTTGACCACAGGAATAGATACTAAAATGGTAAAATTAATTGTTTTAGAATCTAATATCAACTCTGTTACCGAGTTTAAACAAATTATAGGAAGAGGGACACGAATTAGAGAAGCAGAAGGTAAAGTGTTTTTCACGATAATGGATTTTAGAAAAGCCACCAATATTTTTGCAAGACCAGATTTTGATGGTGATCCTGTACAAATTTATGAACCAGAACCAGATGAACCAGTAGTGCCACCAGATGAAGGTGACATTCCCCAGCCAGGTGAAAGCAATCCAAATGATCCGGAATCAGCTCTACCTTCAACACCAGATATATCCATCGATGGACAGCCTGAAAAGGTAAAAAAATATTTTATCAATCAGATTCCTGTTACTGTAGTTAACGAGCGCGTGCAGTATTATGGAAAAGACGGTAAGCTTATTACAGAATCTTTAAAGGATTACTCTAGAAAAAATATTGAAAAAGAGTTTGCTTCACTGGATGATTTTATTCAAAAATGGAATGACTCAGAGAAGAAAGAAGAATTGATCAAAGAGCTTGCAGAACATGGCGTATTGTTGGAAGCACTTAAGGAAGAGGTTGGCCAAGATTTAGACGATTTTGATCTCATATGCCACATTGCTTTTGATCAACCAGCCTTGACCAGACAGGAACGTGCTAATAATGTGCGCAAGCGTAATTATTTCACCAAGTACAGTGAAACGGCACAAAAGGTATTGAATAGCTTGCTGGATAAATATGAGCAAGAAGGGATCGGGTCCATAGAACAAGGTTCTATATTGAATGTACAACCCTTGAGCCAGATGGGTTCTGTAGTCGAGTTGGTTAGAGCTTTTGGAAAACGAAAAGATTTTGAACTAGCCATTAAAGAATTAGAAAACGAAATATATAATATTGCATAATTGAATATTTTAACCAAAATACAACAACCTGAGGGCAGGCGTCTTGAATTTAAAGAAGTACCACCCACAAATGCCGAGTTAGCAAGAACGATTGTTTCTTTTGCTAATGATGCTGGAGGCGAATTGTTTGTTGGAATAAAAAACAACCCAAGAGAAATTACGGGTTTACCGCAGCACCAACTAGATACTATAGAAAACCGAATAAGTAACATTGTAAACGATCAATGTACAATCATTGTTTTACCAGAAATTACCTTTATAGACCAAAAAACGATAGGGACCAGTATCTCTTTACAACCAGAAGAGGCTTACCAATTTGTATTGCGTCATATTTCACAAGGAACAGAGGACTACAAAGGGGTTTATAGAAATGACCGCTGGGAGTATCCTTTAATCGCCATTAGAGAAGTTATTAGAAATGCTGTAATTCATAGAGACTATTCACTTACCGGGAAAGATATTAAAATTGCCATTTTTGATGATAAATTAGAAATAACAAGTCCAGGGAAATTACTGCCTACTGTAGATTTTAATGATATGGACGCAGGACAATCAGACGTGAGAAACAAAGTGCTGGCACCCGTTTTTAAACGATTGGGTATTATAGAACAATGGGGAAATGGTTTACAGTTAATCGCAGACGATTTAAACGCATATCCAGAAATAGAATTGGCCTGGAAAGAAGCTGGAATCGCCTTTAGAGTCTCCTTTATTAAGAAAAACTATCAGGCGCAGCTAGAGTCACAGCTAGAGTTAAGGCACGAGTTAGAGCACGAGTTACAGCACGAGTCTTTATTCTCAAAAACACTACAAATTGTAGCAACAAAGACAAGTGCTACCAAAGAGATAGCACTAGCTTTGGGGCAAAAAAACATATCAGGATACCTAAAGAAAGTTATAGGGAAATTACTAGAACAACAACTTATAGAATGGACCATCCCTGAAACTCCTAAAAGCTCCAAACAACAATATAAAATAACAAAAAGAGGTGTTGCATTTTTGCAACTCCTCCATAAAAAAAACGAATGAGTAACATAGTAATCAACATAAAAGGAATACGCGATATCATGCGTAAGGACACAGGAGTAGATGGAGATGCACAACGCATCTCACAAATGGTATGGATGCTTTTTATGAAAATATTTGCCGACAAAGAAGAAGAATGGGAAATTACCATAGACAACTATGAATCTCCTATTCCCGAAAACTTAAAATGGCAAAATTGGGCGGCAGACGATGAAGGCTTAACAGGTGATGCCTTAATGGACTTTATAGAAACCGATTTGTTTCCAGCCTTAAAAAATTTAGATATTACGATTAGCCCTCAAGCAAGAATTATACGTGCCGTTTTTGATGACACCTATAATTACATGAAAAACGGGACACTCTTCCGTCAAGTGATTAATGTGATCAATGAAATCGATTTTAACAACTCTACAGACAGTCATTTGTTTAACGATCTCTATGAAACCATTTTAAAAGAACTGCAAAGTGCTGGTTCTTCAGGTGAGTATTATACACCTAGAGCAGTCACACAGTTTATGGTAGATATGGTAAATCCACAATTGGGAGAAAGTGTATTAGATCCTGCTTGTGGTACTGGTGGTTTTTTAACCTGTACTATCGATCATGTAAGAGCACAAGTAAAAGATGCTACCGACAGAGATGTATTGCAAAAGTCCATCCGTGGTATTGAGAAAAAACCATTGCCGCATTTACTGTGTACCACTAATTTAATGTTGCATGGTTTTGATTTGCCTGTAGTGCGCAGGGATAATTTATTGAGTAAACCCTATGCCGATTGGGGTACAAAAGACAAGCTGGATATCATACTCTCCAATCCACCTTTTGGCGGTGTAGAAGAAGATGGAACCGAAACCAATTTCCCTGCTAAATTTAGAACCAAAGAAACAGCCGATTTATTTTTAGCCTTAATCATTAAACTCTTAAAAAATAAAGGACGTTGTGCGATTGTATTGCCAGACGGTACTTTGTTTGGCGAAGGCATGAAAACACGACTTAAAGAAGAACTCTTAGATAAATGCAACCTACATACCATTGTACGATTGCCTAATGGTGTTTTTAACCCCTACACAGGCATTAAAACCAACCTGTTGTTTTTTGAAAAAGGAACCCCTACTAAAGAAGTTTGGTATTATGAACATCCGTATCCTAAAGGAGCCGTAAGCTATAATAAAACCAAACCCATACATATTAAAGAATTTGATGTAGAAAAAGCCTGGTGGAACAATCGTGAAGATGAAAAATTCTCTAAAAATGCATGGAAAGTTTCTATTGAAGAGATTAAGAAAAGAGGTTATAATCTGGACATTAAAAATCCACACCAAGAAGTAGATACCTTGGCAAGTCCAGAAGTATTGTTAGAGAAATATACCGCTACAGAACAAAAAATTTCCACGATACAAGATAAGATTATAAACGTATTAACCGAAGCTCTAAAGTAACCCAATTCCTGCGAAAGCAGGAATCTTAAACACGCTATGCAACTACTACAACACTTTAAAGAACTTACGGTCCAGCCTAAAAATGCTCAAGAATTAAAAGGCTTGATTTTGCAATTGGCCATTCAAGGTAAATTGACGGCTAATTGGAGGGAAGAAAACCCAGAAGTTGAGCCTGCTTCTGTTTTAATGAAGCGCATACAGAAAGAAAAGGCGGAACTTGTTAAGGATAAGAAAATTAATAAGGAAAAGCCCTTATTAGAAATTAGTAAAGATGAACAAGCCTACGATCTACCTAATGGTTGGATCTGGAGTAGAGTTAGAGACTCTGGGTTTACGCAAACAGGAAGTACTCCTCCAAAAAAGAATCCTGAAAATTATGGTAATTATATTCCATTTATAGGGCCTGGAGATATTTCTAATAAATTGATGAGGTATCCAACTGAAGGTCTCTCAGAATTAGGAATTTCTGTTGGAAGATTAATTCCTGAAGATTCTTTGATGATGGTTTGCATTGGAGGAAGTATTGGTAAATGCAACATAAATGAGATTGATGTTAGTTGTAATCAGCAAATAAATACTATTACTCCAATATTAATACCAACGATTTATATCAAAGCAGTTTGTCAATCACCTTTTTTTCAATCTAACGTGTTAGATAAATCATCTGGCTCGGCCACACCAATAATCAATAAAGGTAAATGGGAATCTTTACCGATTCCAATTCCACCACTCGAAGAACAAAAGGAAATCGTAAAAGTTGTAGAAATCCTATTTAAAGAAATAGAACAATTAGAGCAATTAACTTCGGAACGTATTGCTTTAAAAGAAGATTTTGTAACTTCTGTATTGAACCAACTGAGTACCAATACCACTAAAGAAAACTGGACTTATTTACAAGCCCATTTTAAACCTTTCTTTAATGAAACTACTAACATTAAAAAATTACGAGAAACGGTATTGCAATTGGCTGTTCAAGGGAAGTTAACAGCAGACTGGCGCACTTGCCATCCTGAGCTTGCCGAAGGATCTCATCATGCAAGTGAACTCTTAAAACGCATACAAGAAGAGAAAGCACAGCTTGTTAAGGATAAAAAGATAAAGAAAGAAAAAGTATTGCCAGCGATTACTGAAGATGAGATTCCTTATGAATTGCCTGTTGGGTGGGTTTGGTGTAGGTTGGGAGATGCCAGTAAGCAGATTACAGATGGCGAACATCAAACACCTCCGAGAATTGCATCAGGTAGAAAATTACTTTCAGCCAAGAATGTAAGAGACGGGTTTATTAATTATGAAAACTGTGATTATATAAGCGAAATACATTATCAAAAATCGATTAAAAGGTGTAACCCCGAAATTGGAGATTTACTGATTGTTTCGGTCGGGGGAACTATTGGAAGGGTTTCAATGGTAACCAAAAATATATCATTTGCTTTAGTTAGAAGTGTTGCAATGGTAAAGAATCAAGGATTAGAACCAGATTATTTAAGATGGGTAATGAATTCTCCATTATTAAAGGATATCATTGAATCGAAGAAACGAGGTGGTGCCCAGCCTTGTTTATATTTAGGTGAGATAAAAGATTTTACTTTTCCAATTGCACCACTAGAAGAGCAAAAAGCCATTGTTGAGAAAGTAAACGCTTTAATGGAGTTGTGCGATGGGTTAGAGCAAGAAGTGCGACATAGTCAGGAGCAAAGTGAGTTATTGATGAAGAGCTGTTTGCGGGAAGTTTTTGAGGGGAAAATTAAAACTGTATTATGATTAATAAATATAATTTTTATAAAGAACTCTATTACCATGAGTTTCAGCGAAAGGATGGTATAGATAGTTCGATAGGGTTTCCAGTGACTTTATTTACATTAATGGTAGCAGGAAGCTTTTTTCTGATTGAAAAAATAGATTTTAAAAATGCTTTTTTCGGTTTAGGAATACTAAATTACATAATCACTACATTAATGATTTTGTTTATCATAAGCTTAATTATAGCTATGTTCTATCTCTCAAAAACGTATTTAAATATGTTAGGAAAATACAATTATCTGCCATTTGCATCAGAATTACAGAATAGGGAAATTGAGCTAGAGGAGTATTACAAAGAATTTTATGAAGAACAAGAATACAGCGATAAAAAGAAACGTAACAAAATACATATAAGTAAAGAGAAAGCTTTCATAGATGATTTAGTTGGATACTATGTAGATTATTCAACTCATAATCAAGAAATTAATGATAAGCGATTAAAATATCATTACCGTACGCGACAGTTTCTTGTTATTTCTTTAGGTATTCTATTATTATTAACTGTATCAATTTTAATCAAATTATGAGCAATCAAAAACCGCCATCGCCACCGCCACCACCACCAGGTAGACAAGTTAGAAGCATTCCATTACAACCAGGGAGACCAGCAAATCCGCCGAGACCAGCACCGCCTAGTCCGAAGAAGTAGATTGAGTTATTGAGGATCAAGAAAATCGAATATGAATTATATTCAATTCAATACCTCATGCTTAAAGGAAAAACAATTCATAGAAGGTGCTTAAAGTGAGCTTAAAAACAGAAAGGTATAGCCCTTAGGCTGAGAATTAGTTTTACTAAAAATGGAAAACTATGGAATTAAAATTTTACATTCCTTTTAAAGTAACTTCATCCGTAAGTGGTTATGAGTCACTGTTGAGATTACAAAACGATCTTGCTGGTTATCATAATAAAACAATTCAATTGAGTTTCAAAAATGTAACGTGGCTGGAAGCTAATTTAACGGCTATAGTTGGCGCTGTGATAGAAGATTTAGAGAACAGAAAGAACAAAGTTAAATTGATTGATTGCGAAATTTTCCATAATAAAAATGACATTTTAAGTCGAAATGGGTTTTTTCCATATTATGGTGTGGAATTGAATCACAATAGATACGGTAGTACTCAGATTACCTATAAAAAATTCAAAGAAAAGCAGTCTCATGAATATAATGATTTCATTCAAAGAGAACTTATGAACAATTCTGAATTCCCAAGACATAGCAAGCGATTGGGAGATAAAATAAAGGAAAATATATATGAGTTATTTGAAAATGCTCGTACACATGGTAAATGCAAACACATTCATACTTGTGGCCAGTTCTATCCAAATAAGAAAAAGCTGCACATTACTATTGTTGATACAGGTCATACTATTGTTAATAATGTCCATCACTATTTAAAAAAGACATTGCCTCCATCAGCTTGTATTGATTGGGCCATGAAAACTGGTAATACGACTAAAGAAGGTAATATACCTGGAGGTTTAGGGCTTGGATTAATTTTTGATTTTATAAATGTAAATAGGGGCAAAATTCAAATAGTATCTTCAAATGGTTATTGGGAATTGCGTGAAGGTCGAATAACTAAAGAAGACCTCAATTTTAGCTTTAATGGAACAATTGCTAATTTGGAGTTTGATTTATCCGATAATAATACGTATCTTATAATTGATGAAGTAGTAGATTTAGATAATATTTTTTAATTTTGCAATACTTTAAAAACCTATGAATTACATAAAAGTTTCTGACACTATATCTGGCAGTTTTGCAGTAGCTACTGAAGATGGACAAAAGATATTTGATTTGTTAGAGAGGTCACTTTCTGATAAGCTAAAAGTTGATTTAGATTTTGAGGGTATCCATGTTATGACCACAGCTTTTCTAAATGCAGCTATAGGACAGTTATATTCTAAATTTACTACAGTTGAAATAAAGCCTTATTTGCATCTAATCCATGTTGCAGATGATGATAAAATTCTTTTCAAGATTGTAACAAGTCGAGCAAAAGAATATTTTGCTCAAAGAGAGATATCTGATAGTAAATCTGATGAAGCGTTATATGGCAAAGATTAATATTGATGACTTTACACCTAAAGTAACACAATCTTACTTTTTAGATACCAATGTTTGGCTTTTGCTTTATGGAGATATAGCAAACTTCCAAAGAAGAGAACAGGCAAAGTATTCTAAAGTACTAAAAACTTTTATTGATAGAGATTGCTCTGTTTTTTTGACTTCAAATATTATTTCTGAATTTTCTAATGTTCTTCTTCAAAAAAGCTTCAAAGAATGGAAGTCAAAAAGTGAAAATGTAGGAAGGAGATTTAAAGATGATTTTGTTAGGACTTCTGTTTATGCAGATCAAGTTGAATTAATAACAACCCTAGTTCTTAAAATCACTAAATTGCCTTGTGTTCAACGTATTCCTGATGACTTTAATGCAGTTGATTTAAATTTAATTTTGGAAAAGTTTAAAATTATAGATTTCAATGATGCTTACATTGCTGAAATTTGTAAGCGTAAATCATTGAAACTTATTACTAATGATAGAGACTTTTTTAGCTTAGAAAGTGAAATAGACATTGTCTCAGCTCTTGCATAATTTTTACCACTCAAATTTATTTACGAAAATTTAAAACCAATTATATTGGATTGAATACTCAATAATAAACAGCATACTTATCTTCTTAAATGAGATAGTTTCTCTTCCAGATTTCTTCTTTTCATTTAAATTTAGTGAGGGAATAAAGAAGCCTTTGATTGAGAGACTTAAAGTAATTGATAAATAAGGAAGTATTAGAGCATCCTCGATAGCTTGGGATTTAAATATGCCTAACAAAACAAAGGAAAGACATATGAACCTTTTAAACGATATGTGTGCTGCAGATTATATAGGCTCTATTATAACTGGTGGTGATGAAATAAATAAAGAGTTGAGTAAATATATTAATTGAGTAGTATAGAATTAAAAAAGAACCATTGGCGTGGGAAGATCTATCAGATATAAAGAAAACAATTAATCATGCCAATCTGTTGTACAAATTTTATTTGTGCTAATTAGAAGAAGCAGTTATTTAATAACAACTGCTATAAAATTATCAATAATCAAATTTTAAGGAGAAGATTCAAAACTTTAGAAAAATTTAAAATAACCAAACCTCAAATCATACAAATATTCTAACCAGCCGTTTCACAAAACAGTCTTTGAGAAGCAGAAATAACTAAGATCTTGGAGTGTTAGATCAAGCCTAAATAAGTATACCTCCCGCCCAAATCTTTCAATAGACAGAGCTTCTTTTATCTAAAATTCTACTGAGTTTTCCACCTTGACTTCTTGGAATTGAAAGGTGTGGTTTTAAGTCTATATCCATCGTAATACCAATGGTATTTTTCATTTTCATCCCTATGGCTTTTATAAAATCAAGATTGTCTTTTTCCATACCTGGAGCAGTCTCTACTTCAAGAGTAACACAATCCATAGCTCCTTTTTTATCCACTACCAATCTGTAATTTGGACTAAGTCCTTCGATCTGATAAATCACTTCTTCAACTTGAGTATGGAATAAATTCACTCCTCTTATGATAAGCATATCATCAGATCTTCCTTTAATAGCTGACATTTTAATGTGAGTGCGTTTTGCATTTTTATCATAATTGATAGAGCAAATATCGTTTGTCCAATAGCGTAATAAAGGAAAGGCTTCTTTGGTTAATGTGGTAATCACTAATACGCCCTCTTCACCATAAGGGAGCGGGACTCCCGTATCTCTATCGACTACTTCGGGATAAAAATGATCTTCCCAGATGTAACAACCTGTTCCTCTTTCTTCCACATCCTCCTGAGAAACACCAGGACCTATAATTTCACTTAAACCATAAATATTAGTTGCTTTGACGTCTAGCCCATCTTCAACCTGATTCCGAATAACCTCAGTCCAAGGTTCAGCTCCTAGAACAGCATATTTTAAAGCTAGATCTTTTGGGTTAATCCCATTTTTTATAAGCTCATCCGATAAAGTTTGGGCATAAGAGGGGGTGCAGCAGATCACTTCAGGTTTAAAATCTTGTAAAATTGTCAATTGTCTTTCAGTTATTCCTCCAGAAACAGGGATTACTGCCATACCTAATTTAGTTGCTCCTCCGTGAATTCCAAGTCCTCCCGTAAACAGCCCGTATCCATAAGCATTATGCAATTTCATCCCTTTCCTAGCTCCACCACAATACAGCGATCGTGCAGTGACTTCGTCGAAAATATCTAAATCGTTCTGAGTATAGCCTACCACAGTAGATTTACCAGTTGTTCCACTTGAGGCATGAATCCGACGTATCTGATCCATGGGTTTTGCGAACATTTTGAAGGGATAGTTAGCTCTTAAGTCTGCTTTCTTAGTGAATGGTATTAAATATAAGTCATCAACTGATTTGATATCATTATGACTCAGACCTATATTATCAAATTGATTTTTATAAAAAGGGACATCGCTATACAAACGTTTAACCATAGAAGAAAGACGAGCATTTTGTAAGTCTCGAAGTTTTTCTAAAGGCATATTTTCAATTTCTGAATTATACATTTTGAAATAATTATAAATTTAAAATTTGGCCATAAGTAATTGCTGAAAGATAGAGCTTATTGGACTTAACTGTTTTCAATAATCATATCTGCTGCCTTTTCTCCAATCATAATTGTGGGAGCATTGGTGTTACCAGAAGTCACAGAAGGCATGATGGAGGCATCGGCAACTCTTAGCCCTGAAATACCGTGTACTTTTAATTCAGGATCAACCACAGACATGCTATCTATCCCCATTTTGCAAGTTCCTACCATATGGTGGTAAGTTCCGCAAGAATTTCTTATATACTCTTCAATTTCTTTTTCTGAAGCATTTTTACCAGGGAAAACCTCTTCTTTAGTCCACTCTTTCATAGCGTCTGTGTATCCTAATTTCTGACATAGTTTTACAGCTTCGTAAAGCGCATCATAATCTGCTTTTTCACCTAGATAATTTGGATCAAGATAAGGGGTGTCCTCTGGATTGTTTGAATTTAATTTAACCTCTCCACGGCTCACAGGTCTGATTAATCCAGCGCAAAGTGTAAACGCGTTTTCAGGTCCTTCAAATCCTGGACTGTAATAGGGTAGGCCCATAAAAAGCGGCTGTAAATCGGGGACTAACATATGTTCTCTACTCTTCCAGAAAAGTTGAGCTTCAAGTAAATTGGCTTGTGGAGGAGGGATTTGTTGTTTTGCTTCAAATATGACACTTACCAATAAGTGATCATGCAAGTTTTGCCCTACACCTGGTATATCTGCTATGCAATCTATATCATACTCTTTTAAATGATCTGAATTTCCAATCCCAGATAGCATCAATAGCTGGGGTGAACCGATGGTCCCAGCAGAAAGAATGACTTCTTTAGAGGCATTTGCTATACTTAGTTTTTCATCTTTTTTATAAGTAACACCTGTGCATTTCTTTCCTTCAAAATTTAGCTTTTGAGCATTTGCATTTGTGATGATAGTTAGGTTTTCTCTATCTAGTATAGGCACTAAAAAGGCTTTAGCAGTAGAACAACGCTCACCTTCAGGAGTTACCGTGATATGATTCATACCAGCTCCCCAAATTTCTTTGCTGAAGTCATCTGTAGTTGGTAATCCCATTTCTTTACAGGCTTCAATAGCTACATAAGAGATCGGATTTGGTTTTTTTATAGAGGTCACGTGCAGAGGACCTTGATCTCCGTGAAAATCATCAGCACCATCTTCAAATCTTTCTGACTTTTTGAAATAAGGAAGTACACTTTCATAATCCCAACCTTGGCAACCTTGATAGGCCCAATTATCATAGTCGGTATGATGACCTCTAATATAGATCATACCGTTTATACTGCTACTTCCTCCTAAGGTCTTACCTCTTGGCCAGTATCTCGGGGTATTACCAGCATTTTTTTGAGGGATCGTCATATATGCCCAATCGCTTTCAGTTTGCCATGTAGCTGGCCATCCTGATGGAGCATGAATATTTGGATCCTTATCAGGACTTCCAGATTCTAATAATAGAACTTTCGTTTTTGGATCTGCAGTGAGTCGATTTGCTATCACGCAACCTGCGGAACCAGCGCCAATAATGATGTAATCAAAATTCAT

Protein sequences of DBSCAN-SWA_4

>NC_018721|2969863:3033572|3004787_3005264_+|WP_015025093.1|DBSCAN-SWA
MDKRKNIFAILISPVIGEISFLILFFIITLVDNVFPKEMDGPMIGDRILYYFFFPILFVGALIFQIIILEPIFRRYRKRNELNKSLIKKICIISILSFSILFSLPMTFASIFGNVQFEVVGIMTEFFVALAIWSSYFIPNMLSYYLFYIKQTEMIKRD
>NC_018721|2969863:3033572|2988565_2988844_+|WP_015024194.1|DBSCAN-SWA
MSKHEEMYKLVTEYQSSGLSSKAFSKERGISPSTFSYWIRKKKEEDHPGGFVEVDTGLKSSASAMEFIYPNGVKLQMSSPDLALIARLVKLY
>NC_018721|2969863:3033572|2987756_2988044_+|WP_041758367.1|DBSCAN-SWA
MGTNNTEREILLRGYPHETYASKNNLEFPSDEEYAKLTSEERNKYNKVIPSIEIMKIETKDNKILIEARLTSENIKKFEIVVQGNDIATIKVNLK
>NC_018721|2969863:3033572|2980861_2982529_-|WP_015025080.1|DBSCAN-SWA
MEFLDIAIIVLYFGIILWIAQWASKGKKDAAFSSVDYFLAGKNQGWFVIGASLFASNIGSEIILGVSGAGARGSMPMANFEILASLVLILFGWVFVPFYLRTGVYTMPEFLEKRYSKACRNYLSVISVLAYIITKISLIIFAGALVFEVLGIPFWTGAIITVVATGFYTVLGGLKAVIYTDMAQAFILILGTMGVVFFGLYELGGWNEMIRTIDMAANTSGNPPVDQFFNLWRSTDDTEYPWTGMLFGAPILGVWYWCTDQFIVQRALSAKDVSNARKGALFAGYLKLLPVFLFFLPGVIAYALMQKGMISFSMENADQALPTMITEFLPTGLKGLAIAGLLAALMSSLSSAFNSSSTLLTIDFYQKFKPEASEKDLVRFGRIATIVLVLLSLGWIPFMNALMGGGIFHYLQSIQAYIAPPIAAVFLLGLFYKWINARAAIVTLWTGFVIGMFRLVAEFMVNEGSLLLTDDSALSYFLDINFLHFALFLFLFCSAELMIISKLGTPQSLLLLEAVTFQKKKRTSFKWSTDVILTVVLIVLVLIIWFIFSPLGIGG
>NC_018721|2969863:3033572|2971324_2972386_+|WP_015025070.1|DBSCAN-SWA
MNLLQNSWNQLDSEFPSFLINDNDLFHSLFDTFILDVEEYKLKFKNGSDSYSGLKEWPLLKNKKKFIVLNWNFISNKLYEGLIFDFYKKSGINNNPKFKNFTNYKNLIANKVTEKRLFEKILPKYLKGKNTVLKFDENIIQGFPDAYFRSGKYIFLFEIKDAYFSAAAVNSYSHIKIKEEIDKKYNTKNKGTGQIIKHLVKLIKDPFENKTYKELNIKIKNLVIYPVIIYTSSIFESPGFNKYLIEEFENKLNENNLDNSFGQIKNLTFMSLSFLINNLSNADKFIFKDIIDNFHNKVKEIEKKHNKTNNIDLLNKSNNNFEYFSKDYLLKRNVVMSKPIFKEAVKILELKNT
>NC_018721|2969863:3033572|2987196_2987721_+|WP_083858513.1|DBSCAN-SWA
MRALFVWITNNITYDFELLESKKLKQEFYISQDSVIDKTLERKKAICSGYSLLFKKLCNDLDIQCEVVNGYSKQWLDSSISKNVSDHAWNAVKIDEKWFLIDATWASKNEDNTERDDFWFMTNPESFVYSHYPENEKWTLLENGLTKEDFDQLPSITDRSFFEDGIKILVPNKK
>NC_018721|2969863:3033572|2982629_2983601_-|WP_015025081.1|DBSCAN-SWA
MKNTAKAMVPGNEHKEIPGNPSTAKSSKAQLRNEAAVNSLKVLTLEQWKFWKENGYIVVKNAVSSEQAKKTAAFLWEFEEKDSNDKKTWYTKARAEIKMKELAGTGMVEVYNNQHLWNNRQAQRVYDAFSDIWGTERLWVTIDRANLNFPMRPGHEYKGFIHWDYDPETKPQNVQGVLALADQTDKDMGGFQCIPWLYRNYATWKLTQPEDRDHFKPDVADLEDKLVKVAMEAGDLLIFNSSQPHGIRPNTSEDQVRIAQYISMMPAQEEDKALRSWRTNSWKNSESPVGYAFPGDPRNWEQTKYERAELSDLGEKLLGLKDW
>NC_018721|2969863:3033572|2976851_2978219_+|WP_015025074.1|DBSCAN-SWA
MVIESLFENISARLKQELWKADKSIYIAMAWFTNVDIFNVIKNKARSGCTIKIIVNDDDINKSTIDFDKFNEDNLEIFKVKSIGNLMHHKFCVIDNKTVISGSYNWSNKADSNFENIIINQNDNVLASQFINEFNNILRKHFPDHTINKADDPFDKIILRMEILKNQILLGDSNELKNNLVIIEEYNKTSNINLDKLIDLIKKKKYTRANIEIQDFISNSRKLVSFNNPIISSLELEIKYLENQLTAFESERIELEKIILEFQNRHAIELGEIILEILKLKKNKHRNNQEKFKQAERDEERYQEQYNFEKKNEIIKLSNEQKSEIKKKFRKATFLCHPDKVNDEFKELAEEYFVKLKSAYDLNDLGRVCEILSELESNNFLKLNSEKITEVDLLNLKTSKLKRQIEHIQNEIISIKKSKTYQIVYQIKDWDEYFQETKLKLKNELDYLNKEISNS
>NC_018721|2969863:3033572|3007524_3008244_+|WP_015025099.1|DBSCAN-SWA
MRKLLLVLLTIGIISCNSTKKESNSKGEYSDIKIVGAMKSVMWKGELGSKIELDAILNKNGLYGIGPVSYLAGELLINDGQSYISKVTSDSTMTVEKSFDISAPFFVYANVGEWNEFELPSNIISVQDLEKFIDEKTTKRKRPFVFKLKGEVSTAIIHSQNLPEGTKVSSPDDAHQGQVNYNLTEEESEIVGFFSTEHQGVFTHHDSFVHMHLITKDEDKMGHLDELEIGNMKLYLPKK
>NC_018721|2969863:3033572|2984099_2984942_+|WP_015025082.1|DBSCAN-SWA
MKVQLETITNKVNRSFSIIFDPRLNDLFFWHFHPEYELVYIEGADGPRHVGNHISNYQGSDLVLIGSNIPHLNFDYGVKTGYRKVVVHLKKELVETNFHKTPELILINTMFQKSKHGLVFKGKLKKELGVKLFALKGLEPTEQYLQLLEILRELSNSEKTELLHNRPYDNQVSDKDQKRISAIFAHIDNNYHHKIKLQDMAVLSHMTKEGFCRYFKKRTKYTFTEFLNRYRISQSKRDLMTGKSVSDACFASGFESLSYFNRIFKRITNENPREFRKKYA
>NC_018721|2969863:3033572|3008901_3009600_+|WP_015025100.1|DBSCAN-SWA
MKKFKVKNWKKRGFEFLSIFIAVISAFALNSWNEDRRDDNSGNKILIEIANGLEKDIEDINHNIGGHKYGISACVYFRDLLLDKEINSDSLMYHYLNLTRDFVSIQNVAGYETLKSQGLELIKNDSLRLKIISLYEYDFNTLRKLEEEYSEMQFQESYFKEINNDFAPNFKFNENGNITGIDLPIKISEDRKKILLLYLWKIQTNRIFILKYYSDIERKIIAIQKHIMAEKR
>NC_018721|2969863:3033572|3028236_3029127_+|WP_015025117.1|DBSCAN-SWA
MELKFYIPFKVTSSVSGYESLLRLQNDLAGYHNKTIQLSFKNVTWLEANLTAIVGAVIEDLENRKNKVKLIDCEIFHNKNDILSRNGFFPYYGVELNHNRYGSTQITYKKFKEKQSHEYNDFIQRELMNNSEFPRHSKRLGDKIKENIYELFENARTHGKCKHIHTCGQFYPNKKKLHITIVDTGHTIVNNVHHYLKKTLPPSACIDWAMKTGNTTKEGNIPGGLGLGLIFDFINVNRGKIQIVSSNGYWELREGRITKEDLNFSFNGTIANLEFDLSDNNTYLIIDEVVDLDNIF
>NC_018721|2969863:3033572|2969863_2971297_+|WP_015025069.1|transposase|DBSCAN-SWA
MLQHEYIAKVQEIKGKFNKVWFNSDYLRAHLNILGFNRIKKQFSWCKKAGFSFEDLIATLLILPLIGINSIYGLTTDKDPELNKCGKDSYYRILANQKINWRAFLAQFVKQYLLKDELFTPSADPTRCLIFDDTDLSKTGKTIEGVSKIYNHVSKTYYLGFKLLVAGYWNGSVFIPIDFSLHRESKTSRLKYGLTAKQRKAQKKTPRCSKTVAAKRYRELNKKKTDLVVQMFSRVVKRKIPVDYILIDTWFTSVGLLKKLRSICSSTHIIGMYKYNSKIEVRSKVKTLAQLKKQKAKPKRCRKFNYYYHHYIAEIDGLKVALFISKRGKNGKWHTLMTTETALKFVKAIEVYSIRWSIEVFFKEAKQLFGLGKCQSTNFDVQIAQITIAMTQYLLTSIRYRMEAYETIGGLFKDLKQDYIENKLNIRILAVVNLILIILEKLVESIDIELITSKIIEDIEEFGFLKNTHIFNYQGVK
>NC_018721|2969863:3033572|3029483_3030026_+|WP_157609300.1|DBSCAN-SWA
MAKINIDDFTPKVTQSYFLDTNVWLLLYGDIANFQRREQAKYSKVLKTFIDRDCSVFLTSNIISEFSNVLLQKSFKEWKSKSENVGRRFKDDFVRTSVYADQVELITTLVLKITKLPCVQRIPDDFNAVDLNLILEKFKIIDFNDAYIAEICKRKSLKLITNDRDFFSLESEIDIVSALA
>NC_018721|2969863:3033572|2974792_2975827_+|WP_015023751.1|transposase|DBSCAN-SWA
MEKIDLRSVSDQERGIIRRDAVKMIKRGDKKKDIALFYGVHVNTVRDWWKLYNKEGHKSLSYQKRGVKSEDRKLLNKDQEAAIQKMIIDVMPDQLKLDYALWTTRAVRDLIAREFSITIGRRAVGNYLNAWGFTPQKPKKRAYEQCSKKVQKWLDEEYPAIKEKAKQEKATIHWGDETGVKNNNHHGRSYAPKGKTPVKKHMSKRFSINMISTVTNQGLIQFMIYKENMNSDVFIQFLEQLIKSQETKVFLILDNLRVHHSKVVKKWAEENGETIELFYLPSYSPERNPDEYLNCDLKYGLSDKPAPKTQEKMKENLENHMKMLQNDSERVAKYFKHESIKYAA
>NC_018721|2969863:3033572|3023161_3024190_+|WP_015025112.1|DBSCAN-SWA
MNILTKIQQPEGRRLEFKEVPPTNAELARTIVSFANDAGGELFVGIKNNPREITGLPQHQLDTIENRISNIVNDQCTIIVLPEITFIDQKTIGTSISLQPEEAYQFVLRHISQGTEDYKGVYRNDRWEYPLIAIREVIRNAVIHRDYSLTGKDIKIAIFDDKLEITSPGKLLPTVDFNDMDAGQSDVRNKVLAPVFKRLGIIEQWGNGLQLIADDLNAYPEIELAWKEAGIAFRVSFIKKNYQAQLESQLELRHELEHELQHESLFSKTLQIVATKTSATKEIALALGQKNISGYLKKVIGKLLEQQLIEWTIPETPKSSKQQYKITKRGVAFLQLLHKKNE
>NC_018721|2969863:3033572|3005769_3006021_+|WP_015025095.1|DBSCAN-SWA
MNTKLTLTIEREIIERAKKYAKEKNRSLSDLIENYLKILTKEEHIQKEKMLNPVVKSLKGSFKTSKKLDYKKELNNRLEEKYL
>NC_018721|2969863:3033572|3025662_3027387_+|WP_015025114.1|DBSCAN-SWA
MQLLQHFKELTVQPKNAQELKGLILQLAIQGKLTANWREENPEVEPASVLMKRIQKEKAELVKDKKINKEKPLLEISKDEQAYDLPNGWIWSRVRDSGFTQTGSTPPKKNPENYGNYIPFIGPGDISNKLMRYPTEGLSELGISVGRLIPEDSLMMVCIGGSIGKCNINEIDVSCNQQINTITPILIPTIYIKAVCQSPFFQSNVLDKSSGSATPIINKGKWESLPIPIPPLEEQKEIVKVVEILFKEIEQLEQLTSERIALKEDFVTSVLNQLSTNTTKENWTYLQAHFKPFFNETTNIKKLRETVLQLAVQGKLTADWRTCHPELAEGSHHASELLKRIQEEKAQLVKDKKIKKEKVLPAITEDEIPYELPVGWVWCRLGDASKQITDGEHQTPPRIASGRKLLSAKNVRDGFINYENCDYISEIHYQKSIKRCNPEIGDLLIVSVGGTIGRVSMVTKNISFALVRSVAMVKNQGLEPDYLRWVMNSPLLKDIIESKKRGGAQPCLYLGEIKDFTFPIAPLEEQKAIVEKVNALMELCDGLEQEVRHSQEQSELLMKSCLREVFEGKIKTVL
>NC_018721|2969863:3033572|2979269_2980112_-|WP_015025078.1|DBSCAN-SWA
MEKNLNDGNRIPIVGFGTYKANEEEGIKSIQKSALTLGYRLIDTVAIYQNEEAVGKAIKARGVLREEIFVTTKLWRENLGYKQTRIALDESLRKLDLNYIDLYLIHWPANAINYKDWQKTNADTWRAMEELQAEGKIKSLGVSNFWPEHLEALFQTAKVSPSVNQIEFHPGYWQPQVTEFCKNHGIAVESWSPLARGKVFGNDLLIGLSKKYQKSVSQVCLRWIIQHDVIAIPKSSSPERIKENIDVFDFELSKEEMKKINELPQIGFSGELPNIWPERI
>NC_018721|2969863:3033572|2995570_2996629_-|WP_051008008.1|transposase|DBSCAN-SWA
MEKVLKEVAGIDVAQKELVVSLGRLLESLSIEIFAYKVFVNSDNGIQSMIEWVSSCCENAAQMRYVMEATGVYHERLAYALESMNIDVSVILPNKISNYARSLDIKTITDKTASQAIAQFGLERKLDNWIRPKDIYRELKQLTRERDQIVEERSMVKNQRHAEKTEAMPNQKSLVRIEDRIKFLNRQEKEIKLDIATLLKSHPEVKTRVDNICTIPGVGELTAVTVLAETNGFELIRNKKQLTSYAGFDVKEKQSGTSIKGKPRISKRGNRHLRKSMHLPSLSSVKYNQSHKDLYVRIVSKSGIKMKALIAVQRKMLELIFVIDKNQNPYENDYHQKRVHHTNAEVPLQANL
>NC_018721|2969863:3033572|2988897_2989185_+|WP_041758244.1|DBSCAN-SWA
MRKSFHGLSGLVRNELNREPTSGDVFVFLNRNRTHLKLLHWERGGFVLYYKRLERGSFTPPAIREGQTSFSWPQLVLMIEGITVKKSVQKLRYSH
>NC_018721|2969863:3033572|3020770_3023161_+|WP_015025111.1|DBSCAN-SWA
MNEKKPSKNKGNLSERDICTKFINPAIEKAGWNMRTQVREEVSFTDGRIIVQGKLYTRGKSKRADYILYYKSNIPIAIIEAKDNKKAVGHGMQQALEYSEILQIPFVFTSNGDSFVFHDKTRTDGILEEELTLDNFPSPETLWKTYLKHTNIETPEAKEIVEKDYNVDDSGMSPRYYQQNAVNRTLEAIAKKQERIILVMATGTGKTYTAFNIIWRLWKTGIKKRILFLADRTALLTQTKNGDFSPFGNDIMHIIKNRKIDKSYQIYFALYQGLTSTDEDKNAYKEFSPEFFDLIVIDECHRGSASEASAWRAVLDYFSSATQIGLTATPKETKDVSNMEYFGEPVYTYSLKQGIDDGFLAPYKVVRITTNVDEGWRPTAGLRDKYGNEVEDRVYNLKDYDRTLAIDERTELIAKKITEYLKATDRYAKTIVFCVDIDHANRMRQALVNENADLVAKNWNYCVKITGDDEVGKQELDNFTDVEERFPVIATTSKMLTTGIDTKMVKLIVLESNINSVTEFKQIIGRGTRIREAEGKVFFTIMDFRKATNIFARPDFDGDPVQIYEPEPDEPVVPPDEGDIPQPGESNPNDPESALPSTPDISIDGQPEKVKKYFINQIPVTVVNERVQYYGKDGKLITESLKDYSRKNIEKEFASLDDFIQKWNDSEKKEELIKELAEHGVLLEALKEEVGQDLDDFDLICHIAFDQPALTRQERANNVRKRNYFTKYSETAQKVLNSLLDKYEQEGIGSIEQGSILNVQPLSQMGSVVELVRAFGKRKDFELAIKELENEIYNIA
>NC_018721|2969863:3033572|2976156_2976852_+|WP_015025073.1|DBSCAN-SWA
MNKKDKSIIPLEQNAFIRLENSMVITNEILSCQESRLYKLDWDFIIRHRVFFNEFLSSCYPFTEREIIDFIENIEMGGMFYLGEEIDEEIDEFIYFFGLLFNNKIEFSKKIKNIIENNMQDDGLNEKDMPRNKIENIERDKKGWKGIILEKLNKKKYSWEEAENKLSNIDKHFSRVIYDKKFNSERIIKIIRIEGEARSYIANQFFCEALFNKIMIDIDDFSIKKFYQISQ
>NC_018721|2969863:3033572|3013282_3013888_+|WP_015025104.1|DBSCAN-SWA
MKNLLPFIISFFLPGVGQFILKDFRKGGIILLSHIVSTCLILNLDFLNLLPFWFPHIITMIWAIFDIYDKIEERDGKKSATRYLAFSLLIVIILFPLTLTLLAVGLFKGAEFFTNEYLNEDRTKTEMNKISTELSLYKNHYEVYPKNYESFIRQKPIWGSWKADSWKNPYKYELIDSINYKLISAGKDGIYLNEDDIIRKN
>NC_018721|2969863:3033572|3006021_3006444_+|WP_015025096.1|DBSCAN-SWA
MDNVLIDTDVILDFFFDRKPFSDFATQVLNLCEEKKLNGFATPVIISNVYYLLRKIGKHEIIVEKIKQLLTIIDILEMDKNVVLNALNSDFKDFEDALQNFSTIENGRAQIILTRNIKDFKKSKLAIMTPETYLKGTACS
>NC_018721|2969863:3033572|3002609_3003131_+|WP_015025091.1|DBSCAN-SWA
MKKIEQGFIIDRLTDSILNTISGDSFQTEISTLKKSDLKNILKKNGWNFDWKTEFNDLKKEIYKLTIVNNPDIIQGLLSVTIESDHIYMDLLESAPFNIGKEKLYEGVAGNLVAYACKTSFQKGYEGFVVFTAKSRLIKHYEETLGAYHFKNQRMIIDTELAKFLMTKYFKTR
>NC_018721|2969863:3033572|3005266_3005536_+|WP_015025094.1|DBSCAN-SWA
MPKSKLIYQANQEVIGKHLQSKEWVMYSGKLTIYDRKTNPVILRLKSEIYETFIGEFMEEKKEFKGNNVSDVYGKLAKWYYNNGIIFQN
>NC_018721|2969863:3033572|2980273_2980717_-|WP_041758828.1|DBSCAN-SWA
MKKALIPMVLICSIVGTACKQEVKEEEENNKKEVTNKQDMEKQNKLLRHVVLFKFKDDAPAEEIEKLNQSFNALPKAIPEIQDFEWGINDSPENFHQDFTHCYMVTFESESDRDSIYTPHPNHQAFVASLQPYLEKVFVVDYWTNPK
>NC_018721|2969863:3033572|3027383_3027953_+|WP_015025115.1|DBSCAN-SWA
MINKYNFYKELYYHEFQRKDGIDSSIGFPVTLFTLMVAGSFFLIEKIDFKNAFFGLGILNYIITTLMILFIISLIIAMFYLSKTYLNMLGKYNYLPFASELQNREIELEEYYKEFYEEQEYSDKKKRNKIHISKEKAFIDDLVGYYVDYSTHNQEINDKRLKYHYRTRQFLVISLGILLLLTVSILIKL
>NC_018721|2969863:3033572|3003132_3003312_+|WP_015025092.1|DBSCAN-SWA
MGHIAEPKGVDFLIKSTPLTDKEREELSEHIKKRKIELGKKSEPKLRPLTKESRKHNNV
>NC_018721|2969863:3033572|3024186_3025626_+|WP_041758370.1|DBSCAN-SWA
MSNIVINIKGIRDIMRKDTGVDGDAQRISQMVWMLFMKIFADKEEEWEITIDNYESPIPENLKWQNWAADDEGLTGDALMDFIETDLFPALKNLDITISPQARIIRAVFDDTYNYMKNGTLFRQVINVINEIDFNNSTDSHLFNDLYETILKELQSAGSSGEYYTPRAVTQFMVDMVNPQLGESVLDPACGTGGFLTCTIDHVRAQVKDATDRDVLQKSIRGIEKKPLPHLLCTTNLMLHGFDLPVVRRDNLLSKPYADWGTKDKLDIILSNPPFGGVEEDGTETNFPAKFRTKETADLFLALIIKLLKNKGRCAIVLPDGTLFGEGMKTRLKEELLDKCNLHTIVRLPNGVFNPYTGIKTNLLFFEKGTPTKEVWYYEHPYPKGAVSYNKTKPIHIKEFDVEKAWWNNREDEKFSKNAWKVSIEEIKKRGYNLDIKNPHQEVDTLASPEVLLEKYTATEQKISTIQDKIINVLTEALK
>NC_018721|2969863:3033572|3017638_3018103_+|WP_015025109.1|DBSCAN-SWA
MKKTEILPKDIWNDEKLNNVNEFIKNHSDNQSKERKIKNKLLSIQYKLEDYIERDDIEENEVLDILDFVKMYLKALDITKLDLANYFGMRDSNLHKYLTGKRKLNPEIVLKISSFSHTKPEYWYRVQVKNELMKLKKESAKDYEKYDYKKLLSL
>NC_018721|2969863:3033572|3012519_3013128_+|WP_015025103.1|DBSCAN-SWA
MKKITILTLSLILTIQLFGQDSQNVFKSFTEFTEMEPSQKFDFQFKQRTSGNIFMSGGIKNYRIEKVKPSTSLDYLTKEAWGVFEKDSIFINSYPYSKLIGYNKISGIGYYSYFIGEPAKLKEEQLKLGIINEGESQKGVCCKTSFVILPNGMVKWLTPSYLKELISDNAELVDELESQKLTPDNVYDMFTILDKYNKTKEK
>NC_018721|2969863:3033572|3018680_3019685_+|WP_015025110.1|DBSCAN-SWA
MKIFILHSSKNANYGNALVNLLTGIGISGDQIIFTSNDAYGIPIGQNIFDWLKNQIVEKPYVLYLLSSEYYKSVACLNEMGAAWVIENKHTMIFTPNFKLDSYEFQNGAIDPREIGFYINNNDKLIAFIDSLRTDYNVTTNPVLINQKIREFLDVIGNFNTTATTEIKNETLKKSVIADAIFQGKKETKLTEKSNNSPKKYVGKSRFFNDLMCGKLKDEEVILTHYIIDTARFRLFTGWQESQELDKIKAWEDVNGINSTLSDNYESALRRFEMKKLISVSAVTSGGKTKELQIIEELQDELLDLPTEVGEKINEIVDNNLKTESEQFNPDNWN
>NC_018721|2969863:3033572|2974220_2974490_+|WP_041758364.1|DBSCAN-SWA
MIMIIAGIESTINIELNKPAIIIVKAGIRTVINVTGEMALPISQAVLIAGIDNTVNGLTTQNRGRIISAHRDEFDLGSIACFDKIEIGS
>NC_018721|2969863:3033572|2998618_3000061_+|WP_157609299.1|DBSCAN-SWA
MLNLIPTEKIIERLRYENPWWITKEIPNTYSSMSKRLYFDLFYPFVLERSIKRALVLMGPRRVGKTVMLFHCIENLLKEGTNPHKLFFIGIDNPIYVNLSLEDVLTLCKDSLNLENLNGCYVFFDEIQYLKDWERHLKILVDSYPETKFIVSGSAAAALKWHSTESGAGRFTDFLLPPLTFQEYIHLKKLDHLIFEGDIQYGDKDIKYCLTHDSKVLNKEFLHYLNFGGYPEVVLSEKIQGDMGRYVKNDIVDKVLLRDLPSLYGIKDVQELNRFFTYIAYNTGNEFSYETMSRESGIQKDTLKKYLEYLEAAFLIKVLNKVGVNAKRLKRITSFKVYLTNPSLRTALFSPISGTDQEMGNMVETAILSQWMHREQLDLTYARWKDGRNEGEVDLVLVDDKNYKPVWGVEIKWSNRYFDKPQELKSLIKFCEANKFEAAVVTSIDKIGMKEIQGLKFTFLPASIYAYNIGEITLKMKTNN
>NC_018721|2969863:3033572|3017125_3017632_+|WP_015025108.1|DBSCAN-SWA
MTMKILEVKTNLETKSIISLVTKNKAKLPSINDGWRFNFSKHSTGKDYETYILKTDKTPEIIEGCLIINTKTPFQVYMAFVEVAPHNKGNEKKYDRVAGCLIAFACRQSFINDKEGYLAFDVLEDKKENELRLMKLYSQKYNGVRLDNSTTMIILPKGSEKLINEFLK
>NC_018721|2969863:3033572|3019918_3020221_-|WP_157609407.1|transposase|DBSCAN-SWA
MANLEEVLDSADLPEDILLKVDKGYQSKKNAEVLKKRNFKNHILKKAYKNKPLTTWEKKFNKLIDKTRASRRVNAAKNDTRNWEYSSCNVGCLYRRVFEV
>NC_018721|2969863:3033572|3010558_3011140_+|WP_015025101.1|DBSCAN-SWA
MKSRILFLLSLTILFSCSTTKEIKENGTSVSQLNGITKEFYENGDLKVNWNYKNNQLNGISEEYHKNGTYSKWNYEKGQIIEGKSYFKSGKLLQEYTFKNGTRDGTAIRYYETGEKETIWEFENDILISGIAYYPTGEKWTDFEYKNGIPAGISTEYYKSGKKKIEWNYKNGELSGESIEYFENGIVKKILNY
>NC_018721|2969863:3033572|3029149_3029497_+|WP_015025118.1|DBSCAN-SWA
MNYIKVSDTISGSFAVATEDGQKIFDLLERSLSDKLKVDLDFEGIHVMTTAFLNAAIGQLYSKFTTVEIKPYLHLIHVADDDKILFKIVTSRAKEYFAQREISDSKSDEALYGKD
>NC_018721|2969863:3033572|3001095_3001779_+|WP_015025090.1|DBSCAN-SWA
MGFLDFLRSKPTDEKLTKKLVNFVYNSIQAEKEVRVEDAICLISTIIAERCIVFTNEFSINDHEFEPGSAVFSEKINELLVGQIAVENWKELPKECVFSKIKSKIDSHYDTSSFPSLTGIFEKYAENIGKTEWGSLNLSIPEDNKPSFLPLQVGHETRKFIDKNINLENNEKTLQIAINSICEILIETKMALDPSIALVMTFEIINGMSKTATMTDEKMAELKTAEK
>NC_018721|2969863:3033572|2989260_2990769_+|WP_015024343.1|transposase|DBSCAN-SWA
MQNALENLTKDQLLSLLQKKGKDVEKAHYKILDLEFQLAQYKRIVHGQKRERFEGDKDQMSLPFEMEPEIAQRQEEEVKEKLTYERRKRKSAHKGRVPLPQHLPVEEIKIYPEGDLSDMVCIGEEITEELEYEPSKYYIKRYIRYKYAPRNKEGVVIGALPERVIEKGIPGAGLLASILVDKYEDHLPLYRQLQRFKRADIPIASSTLEGWTRQSLKILDILYQHLLEDIRSKGYLQADESPIKVIDKKKKGTTHQGYYWVYHCPIDKTVLFDYQSGRSAQAAAHVLSGFKGYLQSDGYSVYDKIGKREGVTHLNCWAHARREFDKARDNDKLKAEIALTFIQKLYKVEAKARENNLNPKERKKLRLDESLGIIDEFGKWMVNQLKDHHILPKSTIGKAMSYSLNRWDQLSAYLYDGVLEIDNNLTENAIRKLALGRKNYLFAGSHDAAQRGAIMYSFFAICKKHEVNPYQWLKYTLENIMSINHKNIKDLYPQNYKKLQNT
>NC_018721|2969863:3033572|3014962_3015496_+|WP_015025106.1|DBSCAN-SWA
METQTIWDNFNEELYFFILKKVKNKDTTNDIFQNTFLKIHKNLFKLEKEEKARAWIFQIARNEIVNYFNEESIYVGKLDINKENSLPEYQHICCFDKFINDLPEIYRQVIELIYIKGQKQKDSAKELEISLENVKARIKRAKDILKKKFNECCKYEFDKNGKLIGESNCSSCNGIIK
>NC_018721|2969863:3033572|2997116_2997929_+|WP_015025087.1|DBSCAN-SWA
MTKNYFFIILLLISLTSCGQETFEFESKINPEKIYTLSMNMSSTNKTKYLTERTDLKDKTSEGISSTEMTRITTTKKIEENGQFAATIEYGKIIKIANGSKTENPITGTIVNGYYKENTLNVQEVISEQLNEKTKNSIKYTLENVKPDIDFPKKPLKIGDSFEHKMPMTIPVDGANPVKINIIKTFKLKSVKDNIALFDLEEIIQLNTEIEQTNVIANGNGNGFVEFDISENHLIKNNASFTIELNVKINDELTVNTVVGSNSEITTIIE
>NC_018721|2969863:3033572|2991798_2994504_+|WP_015025085.1|DBSCAN-SWA
MNKRTLNTFLSRGFPTDLIDKIDKLSLTYSALNNISKKTLIKIGFDEKEALIIHTKTGRNRIEKEVIKSLIEKSGGCCCFCENGINNQPYQIHHIEEYHLSQNNNESNLLVVCPTHHFVIHSEKISQTEQIIKKNKWSKIWEISKEYNNKQLSYPFKSFSIIDYIKEGTLAEVLSFSISNSNLCESLTFGTLADNAYSILLKTNTLILAGNSGSGKSTFSLGIAGKFKTSTVLKYEPKIDNKIEDILNLISFTVNESILIIDDANLYFSSNEIEKILNATTKKLKIIITFTSGTVDEGVENHFPLNSIFLSWPELEIRCKQYFLDKEELLINYLNENNINNFDNNTIGFSFPSITLQNLFDSFSNRIDKIKTVWEFIYLLSNGHSKIDNISTKLYAKERLDIVVFFCSVVQIGNIDSGVTISEVQTLYRENNILNLSSEPEQKWLLTILDKLCYERILKTDRGRYKTIHRKFAQNFIESFSFKHPEEADNILKSYLDKQTNAKPIVILWSWLKLTSAKFIIPKWLKSKGYNFHINFISKCAEEDFAILTNYLSLIEHSIQRDKVVFEKIINLNIEGISSSMNNYNEPIFYYHGNLYRILKQNVNSIAEQVFKKLDINIFTDKIKIASPNEYFNLNWMFNSLIEINSDIVKQIAEKLSFSDCLNTLTNVESGNVSNIEEVIIFYRRYILRFKRSYFHKCIQIIISKTSNSSYSSLNFPYFYSGLTEFIFIKKEIKAVLKNLDFERLTKELVCCTPRDWNNIGVFLLYTNLYYPEYSKNFIDLIDLPKLDETISKYYKMDRYNFRCLIHFLGCSSSSKKKKISKFLLPLINDLLTNSLNKYELKEILKAFYKIDKIESIRLSTEFKISISFEEDERNELPNFDDSFNSNDLSTDYFLDDYRKY
>NC_018721|2969863:3033572|2973288_2973891_+|WP_015025071.1|DBSCAN-SWA
MTKQRNSDNPSEDGFRYHKSDYRERHRFWAGQTLTQFGNANNFFIIIGFAILGYLVKEFDQFSNLEFTCEWEKFNSKATFLIVSLILTLLSLLSGTLTMLSRLYDLRLTRDINTIRIKSYSKKYDYDNELPNDYLDIKGKLKFLEFQIALFRKFWGSIFNNGYFLNDKDLENRNDRHRKFLDLRERTLMLGRFSWISFKW
>NC_018721|2969863:3033572|3030702_3031998_-|WP_015025121.1|DBSCAN-SWA
MYNSEIENMPLEKLRDLQNARLSSMVKRLYSDVPFYKNQFDNIGLSHNDIKSVDDLYLIPFTKKADLRANYPFKMFAKPMDQIRRIHASSGTTGKSTVVGYTQNDLDIFDEVTARSLYCGGARKGMKLHNAYGYGLFTGGLGIHGGATKLGMAVIPVSGGITERQLTILQDFKPEVICCTPSYAQTLSDELIKNGINPKDLALKYAVLGAEPWTEVIRNQVEDGLDVKATNIYGLSEIIGPGVSQEDVEERGTGCYIWEDHFYPEVVDRDTGVPLPYGEEGVLVITTLTKEAFPLLRYWTNDICSINYDKNAKRTHIKMSAIKGRSDDMLIIRGVNLFHTQVEEVIYQIEGLSPNYRLVVDKKGAMDCVTLEVETAPGMEKDNLDFIKAIGMKMKNTIGITMDIDLKPHLSIPRSQGGKLSRILDKRSSVY
>NC_018721|2969863:3033572|3011271_3012039_+|WP_015025102.1|DBSCAN-SWA
MKKILILLIILFSLENYGQNHAFYNDYRSHKNIIEGTYSQKSTLKTYLDLKLPIIDNNSKSIEINKDFDFIKISKSSVVLFDSHNVEIMKPIGKIERTTQVKIDSTFFKEIYRDYSKPWSTSFNVWNKITINGKSYYTDYDIHDSQDIEDIKQLNQKVLIVGQNTGYDYLYHMGYPEYYFLLFLDKSNEVIFESEILDIRIGDEFAMKEDFLKTNWNEKTENFEITFFKQLEAERKELEIHWNGKEIKIETTANN
>NC_018721|2969863:3033572|2985576_2986665_+|WP_015025083.1|DBSCAN-SWA
MKYFKFLTLLLFLFTAENFYSQVDSTIDNKIDSFLNKLTDEEFSGTILVAKNGNITQKRAYGLASKELDVKNKTDTKFNIASITKTFTAVAILQLHEEGKIDLNTPIGNYLKDYPNEKVKNSVTISQLLTHTAGLPNFYVTNFLDECKFKFKDVKDFVPLFVNDSLLSEPGTEYNYDAAGYVLLGLIIEEITGNNYYDYLNQNIFRKAKMINTAAYDVDAIIENKANGYTFAGDTTKPLKNNVFYLSKASPGGFHYSTVEDLFNFNKALFSYKLINKVTVDLMIKPRIKGYNTHLGYGIDVDKRYNETILGHSGGWYGISGEIIYLPKSDYTITILSNVDSSIDSGKPMVSDFFKVLLAGNI
>NC_018721|2969863:3033572|2972751_2972922_-|WP_157609298.1|DBSCAN-SWA
MTKQEHQDVLTRLKKKPRIGNKTAVMLVVLTDGFDHFKMEVSYAGLTPVNIKVEVV
>NC_018721|2969863:3033572|3032063_3033572_-|WP_015025122.1|holin|DBSCAN-SWA
MNFDYIIIGAGSAGCVIANRLTADPKTKVLLLESGSPDKDPNIHAPSGWPATWQTESDWAYMTIPQKNAGNTPRYWPRGKTLGGSSSINGMIYIRGHHTDYDNWAYQGCQGWDYESVLPYFKKSERFEDGADDFHGDQGPLHVTSIKKPNPISYVAIEACKEMGLPTTDDFSKEIWGAGMNHITVTPEGERCSTAKAFLVPILDRENLTIITNANAQKLNFEGKKCTGVTYKKDEKLSIANASKEVILSAGTIGSPQLLMLSGIGNSDHLKEYDIDCIADIPGVGQNLHDHLLVSVIFEAKQQIPPPQANLLEAQLFWKSREHMLVPDLQPLFMGLPYYSPGFEGPENAFTLCAGLIRPVSRGEVKLNSNNPEDTPYLDPNYLGEKADYDALYEAVKLCQKLGYTDAMKEWTKEEVFPGKNASEKEIEEYIRNSCGTYHHMVGTCKMGIDSMSVVDPELKVHGISGLRVADASIMPSVTSGNTNAPTIMIGEKAADMIIENS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015025069.1|2969863_2971297_+|transposase	transposase	NA	NA	NA	NA
WP_015025070.1|2971324_2972386_+	hypothetical protein	NA	NA	NA	NA
WP_157609298.1|2972751_2972922_-	hypothetical protein	NA	NA	NA	NA
WP_015025071.1|2973288_2973891_+	hypothetical protein	NA	NA	NA	NA
WP_041758364.1|2974220_2974490_+	hypothetical protein	NA	NA	NA	NA
WP_015023751.1|2974792_2975827_+|transposase	IS630 family transposase	S5VXX4	Leptospira_phage	1.2e-41	31.6
WP_015025073.1|2976156_2976852_+	hypothetical protein	NA	NA	NA	NA
WP_015025074.1|2976851_2978219_+	DnaJ domain-containing protein	NA	NA	NA	NA
WP_015025078.1|2979269_2980112_-	aldo/keto reductase	A0A2H4PQR8	Staphylococcus_phage	6.5e-59	41.2
WP_041758828.1|2980273_2980717_-	Dabb family protein	NA	NA	NA	NA
WP_015025080.1|2980861_2982529_-	sodium/solute symporter	NA	NA	NA	NA
WP_015025081.1|2982629_2983601_-	phytanoyl-CoA dioxygenase family protein	NA	NA	NA	NA
WP_015025082.1|2984099_2984942_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015025083.1|2985576_2986665_+	serine hydrolase	A0A0Y0A2S9	Mycobacterium_phage	1.4e-10	24.4
WP_083858513.1|2987196_2987721_+	hypothetical protein	NA	NA	NA	NA
WP_041758367.1|2987756_2988044_+	hypothetical protein	NA	NA	NA	NA
WP_015024194.1|2988565_2988844_+	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
WP_041758244.1|2988897_2989185_+	IS66 family insertion sequence element accessory protein TnpB	NA	NA	NA	NA
WP_015024343.1|2989260_2990769_+|transposase	IS66-like element ISPto8 family transposase	A0A0P0ZEB3	Stx2-converting_phage	1.1e-56	30.4
WP_015025085.1|2991798_2994504_+	HNH endonuclease	NA	NA	NA	NA
WP_051008008.1|2995570_2996629_-|transposase	IS110 family transposase	A0A1S7J231	Thermus_phage	2.0e-09	25.5
WP_015025087.1|2997116_2997929_+	hypothetical protein	NA	NA	NA	NA
WP_157609299.1|2998618_3000061_+	AAA family ATPase	NA	NA	NA	NA
WP_015025090.1|3001095_3001779_+	hypothetical protein	NA	NA	NA	NA
WP_015025091.1|3002609_3003131_+	hypothetical protein	NA	NA	NA	NA
WP_015025092.1|3003132_3003312_+	hypothetical protein	NA	NA	NA	NA
WP_015025093.1|3004787_3005264_+	hypothetical protein	NA	NA	NA	NA
WP_015025094.1|3005266_3005536_+	hypothetical protein	NA	NA	NA	NA
WP_015025095.1|3005769_3006021_+	hypothetical protein	NA	NA	NA	NA
WP_015025096.1|3006021_3006444_+	PIN domain-containing protein	NA	NA	NA	NA
WP_015025099.1|3007524_3008244_+	acetolactate decarboxylase	NA	NA	NA	NA
WP_015025100.1|3008901_3009600_+	hypothetical protein	NA	NA	NA	NA
WP_015025101.1|3010558_3011140_+	hypothetical protein	NA	NA	NA	NA
WP_015025102.1|3011271_3012039_+	hypothetical protein	NA	NA	NA	NA
WP_015025103.1|3012519_3013128_+	hypothetical protein	NA	NA	NA	NA
WP_015025104.1|3013282_3013888_+	hypothetical protein	NA	NA	NA	NA
WP_015025106.1|3014962_3015496_+	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
WP_015025108.1|3017125_3017632_+	hypothetical protein	NA	NA	NA	NA
WP_015025109.1|3017638_3018103_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_015025110.1|3018680_3019685_+	toll/interleukin-1 receptor domain-containing protein	NA	NA	NA	NA
WP_157609407.1|3019918_3020221_-|transposase	transposase	NA	NA	NA	NA
WP_015025111.1|3020770_3023161_+	DEAD/DEAH box helicase family protein	A0A2I5ARD8	Synechococcus_phage	9.2e-10	30.8
WP_015025112.1|3023161_3024190_+	putative DNA binding domain-containing protein	NA	NA	NA	NA
WP_041758370.1|3024186_3025626_+	SAM-dependent DNA methyltransferase	A0A2H4UVB0	Bodo_saltans_virus	1.4e-24	31.7
WP_015025114.1|3025662_3027387_+	restriction endonuclease subunit S	NA	NA	NA	NA
WP_015025115.1|3027383_3027953_+	hypothetical protein	NA	NA	NA	NA
WP_015025117.1|3028236_3029127_+	hypothetical protein	NA	NA	NA	NA
WP_015025118.1|3029149_3029497_+	STAS-like domain-containing protein	NA	NA	NA	NA
WP_157609300.1|3029483_3030026_+	PIN domain-containing protein	NA	NA	NA	NA
WP_015025121.1|3030702_3031998_-	phenylacetate--CoA ligase	NA	NA	NA	NA
WP_015025122.1|3032063_3033572_-|holin	choline dehydrogenase	A0A1V0S9M4	Catovirus	2.1e-68	33.5

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NC_018721|3645129:3653489|DBSCAN-SWA
TTTACGAATCACCTTGTATTAATTTTTTGATTCTTTGGAAATCCTCATCTGAAGAGAAGGGAACAATAAGTTTTCCATTTCCTTTTTTGTTGACTTTAAGTTCGACTTTAGCGCCAAAGTAGGAAGAGATTTGTTTTAAGGATTTTGACTTTTTTTCATCAACCCTCAGCTCTTCAGAGGAAGGCTTAGAAGTGTCTTTGTTTTGTTGCATGTGTCTCACCAAGTTTTCTGTATCTCTTACAGAAAGCTTATTTTTAAGAATACGCTCGTAAACCTGAAGCTGAATATCAGTATTGGTAATGTTTATAAGTGCTCTACCATGGCCCATACTCAAAAAACCGTCCCTCATTCCTGTTTGAATGATAGGGTCTAACTTTAAAAGGCGGAGGTAATTTGCAATTGTAGATCTATTTTTACCAACTCTATCGCTCAATTCTTCCTGAGTTAAATCAATGTCATCCATCAATCTTTGGTAAGACAAAGCGATTTCTATTGGATCGAGGTCTTGGCGTTGTATATTTTCTACCAAGGCCATTTCTAAAGACTCTCTGTCATTCGCTATCCTTATGTAGGATGGAATAGTCTCTAGGCCAAGCATTTTGGAAGCTCGGTAACGGCGTTCTCCAGAAACTAGCTGGTACTTGTTAAATTCAAGTTTTCTAACCGTAATGGGCTGGATCACACCAAGTTCTCTAATGGAAGAGGCTAATTCTTTTAAAGTATCTTCACTAAAACTCGTTCTAGGTTGAAATGGATTTACCTCAATAGCCCCAAGGCTTAATTCCACTATACTACCTACAACCTTATCTGCATTCTTATCTTCTGTAGATTTAATATCATTATCTGGGTCGTTCAATAATGCCGATAAACCTCTACCGAGAGCTTTTTTCTTTGTCGTTTTCGCCATTGATTTCTAATTTGACTTCTTAATAATTTCTTCAGCTAAACTTAAATAATTACTGGCTCCTTTACTGGTTGCATCGTATTTAATAATGCTTTCACCATAACTAGGAGCTTCGCTTAAACGCACATTCCTTTGGATGATTGTTTCAAAAACCATATCATTAAAGTGTTTTTTCACTTCTTCCACCACTTGGTTGGATAAACGCAGTCTAGAATCATACATAGTCAGTAACAAGCCTTCAATGCTTAACTGATCGTTATGAATTTTTTGCACACTTTTAATAGTATTAAGCAATTTACCTAAACCTTCTAAAGCAAAATATTCACATTGAATAGGAATTAATACCGAATCTGAAGCAGTCAATGCATTTAATGTTAATAAGCCTAAAGAAGGAGCACAATCGATAAGAATATAATCAAATTTAGACTTAATAGGTAGCAAAGCTTCTTTAAGCATGTATTCTCTTCGCTCAACATCTACAAGCTCAAGTTCAATGGCAACCAAATCAATGTGAGAAGGAATCAACTCCAAGTTTGGTGAATCAGTGTCCATAATGGCTTCTTCTGCTTTTTTGGTATGTTCTAAAATTTGGTAAGTTCCTATTTCTACTGTTTCAATATCAATGCCGAGTCCAGAGGTAGCGTTGGCTTGAGGATCTGCATCGATCAATAGTACTTTTTTTTCCAAAACACCTAATGCAGCAGCTAGATTTACAGCTGTTGTAGTCTTACCTACACCGCCTTTTTGGTTTGCAATTGAAATTATCTTTCCCATAAAGTTTTTCGAATTTTCTGATGTAAAATTACAATTAATTGTAGCATGTCAACTTGCTCCAATTAATTATTATAACGATAGAAAGTTAGCAGTTATTTCTTTTTTTGAGAGCGAATCATTGCTTCTAATTGGTCCCACATCTCAGGTGTCACCATTTCCAAAAGATTAAATTGACCAGCGCCTTTTAGCCACTCACCACCATCAATGGTGATCACTTCTCCATTAAGGTAATGTGCAAAATCTGAAACTAAATAAGCGGCAAGATTAGCTAATTCTTGATGATCACCAACACGTTTAAGCGGTACTTTTTTAGCAAGATCAAATTTTTCTTTAAGATCTCCTGGTAATAATCTATCCCACGCCCCTTTAGTAGGGAATGGTCCTGGAGCAATCGCATTAAATCGAATTCCATATTTAGCCCATTCCACAGCCAATGATCTCGTCATGGCCAATACACCTGCTTTCGCAGTGGCGCTTGGGACAACATAACCAGACCCTGTCCAGGCGTAAGTGGTCACTATATTAAGGACTGTTTTATTAGTTTGTTTTTTATCTATCCAATATTTACCTAAGGCAAGCGTACAATTTTTACTGCCCTTCAAAACAATATCAATGATAGTATCAAAGGCGTTTGTAGACAATCGTTCTGTTGGAGAAATGAAATTTCCCGCAGCATTATTTAAAAGAATATCAACTTCACCAAAAGTGGTATGCGCTTGTTCTATCATATTCTCAACTTCATCATAGAGCCTCACATCACATTGAACAGGTAAACACTTACCGCCAGTTTCTTCTTCTAGAGTTTTTGCACTAGTCTTAAGTTTTTCTAAGTTTCTGCTGGTGATGACAACATTAGCTCCAAGCTCTAGAAAATAACGGGTCATAGACATACCCAGTCCGCTTCCACCTCCAGTTACTATAATTGTTTTGCCTTCTAAGGCATCATCTCGTAACATTTTCTTTTTAAAATCCATCAAATATTTTTTATCAATTTACGAATTAAATCATCAAATTCAGTTTTTCCAATACTGCTTTCGGTTAAAATTCTAAGAATACTATCCAAAATAAAATAAAACCAAGTGCAAAGGTACTTAAAGCTACTTTTTTTAATTCAGGATCTAAGGTTTTAGGATCCGTATAGTGGTATATCTTCCTAAGATGAATTGCTAAAGGAACGAAGGCTAGCAAAGGTAGTAATATTAAATAGTAACTAGAATAGGAGTCTAGATTAAGAAAAATTACCATACATATGAAAGCCACAAGAATCAATGAGAAATGATAAATTTTTGCAAATTTTTTCCCGCCTTTAACTACTAGAGTCATTTTTTTTGAATTGCGGTCACTCAATTCATCTCGCATATTGTTCAAATTCAAAACTGCGCTACTCAATAAACCTATGCTAATTGCTGGTAAAAATAGCCAAACGTCTAATTGTTTTGTCATCAGAAAATTAGACCCTAAAACACTTACGATTCCAAAAAAAAGAAAGACAAATATATCTCCTAAACCTTTATACCCATAAGCAGAATCGCCAACCGTGTACTTAATAGCGGCAATAATTGCAGAAACTCCTAAGCCAACAAATAGCAAACTCAGTAAAAAGTTTTCTTTTCCGAAACTAGTATAAATTAAGCTCAAGGCTAGTATGGCTGTTATAATTGCTGTTAAAATGATACCCTTCTTCATCTCCTTAGCAGAAATGGCTCCGCTTTGTAAAGCTCTCACAGGGCCAATTCGTTCATCGTTGTCGGTTCCTTTAATTCCATCGCCATAATCATTTGCGAAATTCGATAAAATTTGTAACCCCAAAGTTGTTGCAATGGCTAACCAGAAAATATATGTATCAAATTGATTGGACGGCAAAGCAAGAGAAGTCCCTACCAAAATTCCAGATATGGATAGTGGTAAGGTTCGTAATCTAGCTGCTGAAATCCAAGCTGCTGTTTTACTCATGTTTAAATTCCTGTATAATTGGAAGGCGTAATGGCTTTAAGTTCAGCCTTAATAATTCCAGATACGTCAAGTGTATCAATGAAAGATAAAATGCTTTTTTCGTCAATTTTAGAATGAGTTCTAGTCAATCCTTTTAGAGCTTCATAGGGATTTTCGAAACCTTCGCGTCTTAAAATCGTTTGTATAGCTTCCGCCACAACCGCCCAGTTGGCATTCAAATCTGCTTGTATTTTATCTGGATTTAAAACTAATTTATCGAGTCCTTTTCCTGTGGATTGAAGTGCAATAAGCATATGACCTAGAGGTACCCCCAAATTTCTTAAAACTGTACTGTCTGTCAGGTCTCTTTGAAGTCTACTTATAGGTAGTTTTGCAGAGAGATGCTCTAGTAGAGCATTGGCAATACCTAAATTACCTTCAGAATTTTCAAAATCAATTGGGTTTACTTTGTGAGGCATTGCTGAAGATCCAATCTCACCTTTTTTTATCTTTTGTTTGAAGTAATCCATTGAAACATAGCTCCAAATATCCTTATTCAGATCTAGTAAAATAGTATTAATTCGTTTCATAGCGTCAAAAGAGGAAGCCATGTTATCGTAATGTTCTATTTGAGTTGTTGGAAATGAATGTTTTAACTTAAGACGTCTTTCTACGAAATCTTTTCCAAAAGCTTTCCAATCAATATTTGGATAAGCTACTTTATGCGCATTAAAATTACCTGTAGCTCCGCCAAATTTGGCAGACGATGGAATAGTTTTCAGTTGATTTAACTGTTCTTGAAGTCTCACTTCAAATACTTCAAACTCTTTGCCGAGTCGAGTAGGGGAGGCGGGTTGACCATGAGTTCTTGCCAGCATAGGGATATCTTTCCACTCTTTTGCTTTTGTTTTAATTTTTTCTAAAATATCTTCCAATTGTGGAATATATACGTCCTGAACAGCCTCTAGCAAGGTTAAGGGGATAGCTGTATTGTTGATGTCCTGAGAGGTTAATCCAAAGTGAATAAATTCTTTAGAGGCTTTTAAATCTAAATTATCCATTCGATCTTTGATAAAATATTCTACAGCTTTTACGTCATGGTTGGTAATGCTTTCAATGGACTTAATTTTTTGAGCATCTTCTATACTGAAGTCTACATAAATTGCTCTTAATTTTGGATATAGGGAAGAATCAAAGCTTTTTAGCTGTGGAAGTGGTAGTTCACATAGCGCTATAAAATACTCTATTTCTACCCTTACTCTATATTTTATTAAAGCATGTTCGCTAAAGTACTTTCGGAGAGATTCAGTTTTGTTGGCATACCGGCCATCTATTGGGGAAATTGCATCAAGCGAATTCATGTAATATTATTTTATTTCGCTAGCAAATATAAGCTTTCATAATCATATTTTTATGGAATATAGGCTTACTTTTTATGGCTTTTCAAGTTATAGAATTCGAGTGTATGCTATTTAAGCTAAAAGCTTTCGAACCAATTTATCTACTCCTGTGGTTGCTTTTTCAGCGTATATATGTACATCAGTTGATTCTGATATGGAGGGATTGGGATCTATAAAATAAATAGGGGTAGAGGAGGGAGCGAAATCGATAAGTCCAGCGGCTGGATAAACCTGCATGGAGGTTCCAATAATGATAAGGAGATCAGTTTGTTTTAAAATGTCAATTGCTTTTTCCATCATTGGTACGGCTTCTCCAAACCAAACCACATGTGGTCTTAATTGGTGATGGTGTTCACAAAAATCTCCAAGATTTAAATCCTTCTTCCAATTATAAATAAGATGATGGTCAAAGGTGCTTCTGACTTTCATAAGTTCACCATGAAGATGAGTTACTTGGGAACTTCCAGCACGTTCATGAAGATCATCTACATTTTGAGTAATGATATCTACCTTAAATTTCGTTTCAAGATCTACTAAACGCTGATGTGCTAAATTGGGTTGAACAGCTAGTAATTGCTGCCTCCTTTTATTATAAAAGTCTAAGACTAAACTAGGGTTTTTTTCAAAGGCTTGTGGTGTAGCAACTTGCATAACATCATGACCTTCCCAGAGTCCGTCGTGGTCTCTAAAAGTCTTTACACCACTTTCTGCACTTATACCTGCTCCAGTAAGTATGCTGATGTGTTTCAAATTATTATCTATTAATGGCTCTGTATTCCTCGAAACAATTGCTTACAGCATCAAGCACTTGCAAATCGTTTGCAGTGGTAATAAAGTCTCGAGAATAATTGCATTTTTCCAAAACTTGATCTATGTCGTCTCTACTGATTTGTAAAACTGCGGAAAGGGTTTCACGGTCAAATTTATCTTGAAGGATATCCTTTATACTTTCGTTCATTTTCATTTTTCGTAAACGTCGCATTTGCTTTTCTTTACTGCTAAATGTTTTGTAGAGTAAATCTGCAGGATTGGAAATAGATTGAAGTACTTTAGAAATAGCGCTTTTTTGGTAGTTGCCGCCTTCGTATGCATAATCTAAACCTGAAATACTGTATCTATAATTATCGTAGATAGGAATATTTCTGGCATCGATCTCCAAATAACCAGTCAATTGGATTTCTTGAAGTTTTACTTCCTGAAGTGCGATTGCAGATTCTGTCATCTTGATTTTTACATCACCAAACTTAACCCAATCTTCAGTAATTTTTACTTGAATAGATCTAAAACCTAAATAAGAAAGATAAATCGTATCACTAATATGAGCTTTCACATTAAATTGACCATCTTTATTAGTAATAGACCCTCTTACCGTATTGATATTTACAATATTTACGTTTTCCAAAGGTTTATCATTGGCAGCATTCATCACAATACCTGTTATGGTTTGAAGCTCTTTTTCTTGGCTACAAACTAAAGTGGTGAAAGTGATAATCACCAATAAACTTAAAATAGTTTTGAATCTCATACTCATAAAAATAGTCATTTTGAAGCGATTAGACAGCTTCAAAATGACTTTTTTAGACCCTAAATTTAGTTCTTTTTTCGTCTTCTTTCAAAAGAACTCTTAACGTTTGATCCTCCTGGTTTTTTACCTTTAAAATCGGAAGAATTATTCTTGTCAAATCGTTTTCTAGGTTTGCGATCTCGTGACTTATCGCCACCTTTTCTACCACCGCCACCACCGCCGCTCTTTTGATCTTTGGTGATCTCAACATTTACATGTCTACCTTTTAACATAAAGCTTTCAAAAACGCCCTCCACTTTTTCAACATCATCTGTCGCAACATTGAAGAATGAAAAGGTGTTTTTAACATCAACCTTAGCAACTCCATCACGATCTAGTTCCAACTGATCCTTTAGGAAGTCCTTCATCGACATCCAGTCGAAACCATCTTTCTCACCAATATTTATGAAAAATCGAGTTTCATCTCCGTAATCTTTTCCTGAGGAATAAGACTCATCAGCAGAGTGTTGAACTACTTTTGGAGCATTCTTATAATAATTATGAAATCTTGAGAATTCAACAGAAAAGAATTTTTTAATAATATCTTCCTTGCTTAGTTCTTCAAATTCAGCTTCTAGATTTGGGATAAAAGGATCTATTGCATGATTGATCTCAGTCTTTTTAATCTCGTCTGCCAAATGAAATAATTGACGTTTACAGATCTCATCTCCAGAAGGTAATTCCTCTTGAGTGAATTTCTGTCCGATCATTCTTTCAACTTGCTTAATCTTTCTCACTTCACTTTTAGTGACAATGACTAAAGATTTACCTTCTTTACCAGCACGACCAGTTCTTCCACTTCGGTGAGTGTAAATTTCAATTTCGTCAGGGAGTTGGTAATTGATCACGTGTGTGATATCGTCTACATCAATTCCACGAGCAGCAACATCTGTTGCTACTAACATTTGGATTTGCTTTCTTCTAAAACTGTTCATTACCATATCTCTTTGAGCCTGGCTCAAATCTCCATGTAAAGCAGAAGCGCTGTACCCATCTTCTATGAGTTTTTCAGCCACTTTTTGAGCGTCTCTTTTGGTTCTACAAAAGACAACAGCATAGATGTCTGGATTGGCATCAACCACACGTTTTACCGCGCTATAACGATCTCTACCACCCACGATAAAATACTCGTGACTTACAGATTTTGTAGAGATATTTTTCTGGCCAACAGTGATCTCCTTTGGATTTTTCATGAATTTTTTAGCGATAATCGATACCTCTTTTGGCATCGTTGCACTAAATAACCATGTGTTTTTTTGATCGGAAGAATGGGACAGAATTTCTTTTATATCTTCAAAGAAACCCATGTTCAACATTTCATCCGCCTCATCCAAGATACATATACTGATATTTGAAATATCAATAATGTTTCTCTGGATCATATCTTTCATACGTCCAGGAGTCGCTACAATAATTTGTGCCCCTTTTTTAATTTGTCTGGCTTGATCAGTGATGCTCGCGCCTCCATATACAGCAACAGTACTTAGGTTTTGGTAGTATTTTGAATACTGTTTTAGCTCGTTGGTGATTTGCATACACAATTCACGAGTTGGAGACAAAATTAAACCTTGTGTTTTTTTGGAATTGAGGTCAATGTTCTGAATGAGAGGAAAACCGAATGCGGCTGTTTTTCCTGTACCTGTCTGGGCAAGTGCAACCATATCGGTTGACTCTTCGAGTAAAACAGGAATTGTTTGTTCCTGTACTTCACTCGGGGACTCAAATCCTAAATCTTCGATTGCTCTCAAGATTTCAGGGCTTAAGCCTAATGATTCAAATGTAGTCAT

Protein sequences of DBSCAN-SWA_5

>NC_018721|3645129:3653489|3651728_3653489_-|WP_015025631.1|DBSCAN-SWA
MTTFESLGLSPEILRAIEDLGFESPSEVQEQTIPVLLEESTDMVALAQTGTGKTAAFGFPLIQNIDLNSKKTQGLILSPTRELCMQITNELKQYSKYYQNLSTVAVYGGASITDQARQIKKGAQIIVATPGRMKDMIQRNIIDISNISICILDEADEMLNMGFFEDIKEILSHSSDQKNTWLFSATMPKEVSIIAKKFMKNPKEITVGQKNISTKSVSHEYFIVGGRDRYSAVKRVVDANPDIYAVVFCRTKRDAQKVAEKLIEDGYSASALHGDLSQAQRDMVMNSFRRKQIQMLVATDVAARGIDVDDITHVINYQLPDEIEIYTHRSGRTGRAGKEGKSLVIVTKSEVRKIKQVERMIGQKFTQEELPSGDEICKRQLFHLADEIKKTEINHAIDPFIPNLEAEFEELSKEDIIKKFFSVEFSRFHNYYKNAPKVVQHSADESYSSGKDYGDETRFFINIGEKDGFDWMSMKDFLKDQLELDRDGVAKVDVKNTFSFFNVATDDVEKVEGVFESFMLKGRHVNVEITKDQKSGGGGGGRKGGDKSRDRKPRKRFDKNNSSDFKGKKPGGSNVKSSFERRRKKN
>NC_018721|3645129:3653489|3645129_3646035_-|WP_015025624.1|DBSCAN-SWA
MAKTTKKKALGRGLSALLNDPDNDIKSTEDKNADKVVGSIVELSLGAIEVNPFQPRTSFSEDTLKELASSIRELGVIQPITVRKLEFNKYQLVSGERRYRASKMLGLETIPSYIRIANDRESLEMALVENIQRQDLDPIEIALSYQRLMDDIDLTQEELSDRVGKNRSTIANYLRLLKLDPIIQTGMRDGFLSMGHGRALINITNTDIQLQVYERILKNKLSVRDTENLVRHMQQNKDTSKPSSEELRVDEKKSKSLKQISSYFGAKVELKVNKKGNGKLIVPFSSDEDFQRIKKLIQGDS
>NC_018721|3645129:3653489|3650210_3650888_-|WP_015025629.1|DBSCAN-SWA
MKHISILTGAGISAESGVKTFRDHDGLWEGHDVMQVATPQAFEKNPSLVLDFYNKRRQQLLAVQPNLAHQRLVDLETKFKVDIITQNVDDLHERAGSSQVTHLHGELMKVRSTFDHHLIYNWKKDLNLGDFCEHHHQLRPHVVWFGEAVPMMEKAIDILKQTDLLIIIGTSMQVYPAAGLIDFAPSSTPIYFIDPNPSISESTDVHIYAEKATTGVDKLVRKLLA
>NC_018721|3645129:3653489|3650892_3651663_-|WP_157609424.1|DBSCAN-SWA
MRFKTILSLLVIITFTTLVCSQEKELQTITGIVMNAANDKPLENVNIVNINTVRGSITNKDGQFNVKAHISDTIYLSYLGFRSIQVKITEDWVKFGDVKIKMTESAIALQEVKLQEIQLTGYLEIDARNIPIYDNYRYSISGLDYAYEGGNYQKSAISKVLQSISNPADLLYKTFSSKEKQMRRLRKMKMNESIKDILQDKFDRETLSAVLQISRDDIDQVLEKCNYSRDFITTANDLQVLDAVSNCFEEYRAINR
>NC_018721|3645129:3653489|3646898_3647780_-|WP_015025626.1|DBSCAN-SWA
MDFKKKMLRDDALEGKTIIVTGGGSGLGMSMTRYFLELGANVVITSRNLEKLKTSAKTLEEETGGKCLPVQCDVRLYDEVENMIEQAHTTFGEVDILLNNAAGNFISPTERLSTNAFDTIIDIVLKGSKNCTLALGKYWIDKKQTNKTVLNIVTTYAWTGSGYVVPSATAKAGVLAMTRSLAVEWAKYGIRFNAIAPGPFPTKGAWDRLLPGDLKEKFDLAKKVPLKRVGDHQELANLAAYLVSDFAHYLNGEVITIDGGEWLKGAGQFNLLEMVTPEMWDQLEAMIRSQKKK
>NC_018721|3645129:3653489|3648761_3650099_-|WP_015025628.1|DBSCAN-SWA
MNSLDAISPIDGRYANKTESLRKYFSEHALIKYRVRVEIEYFIALCELPLPQLKSFDSSLYPKLRAIYVDFSIEDAQKIKSIESITNHDVKAVEYFIKDRMDNLDLKASKEFIHFGLTSQDINNTAIPLTLLEAVQDVYIPQLEDILEKIKTKAKEWKDIPMLARTHGQPASPTRLGKEFEVFEVRLQEQLNQLKTIPSSAKFGGATGNFNAHKVAYPNIDWKAFGKDFVERRLKLKHSFPTTQIEHYDNMASSFDAMKRINTILLDLNKDIWSYVSMDYFKQKIKKGEIGSSAMPHKVNPIDFENSEGNLGIANALLEHLSAKLPISRLQRDLTDSTVLRNLGVPLGHMLIALQSTGKGLDKLVLNPDKIQADLNANWAVVAEAIQTILRREGFENPYEALKGLTRTHSKIDEKSILSFIDTLDVSGIIKAELKAITPSNYTGI
>NC_018721|3645129:3653489|3646041_3646806_-|WP_015025625.1|DBSCAN-SWA
MGKIISIANQKGGVGKTTTAVNLAAALGVLEKKVLLIDADPQANATSGLGIDIETVEIGTYQILEHTKKAEEAIMDTDSPNLELIPSHIDLVAIELELVDVERREYMLKEALLPIKSKFDYILIDCAPSLGLLTLNALTASDSVLIPIQCEYFALEGLGKLLNTIKSVQKIHNDQLSIEGLLLTMYDSRLRLSNQVVEEVKKHFNDMVFETIIQRNVRLSEAPSYGESIIKYDATSKGASNYLSLAEEIIKKSN
>NC_018721|3645129:3653489|3647844_3648759_-|WP_015025627.1|DBSCAN-SWA
MSKTAAWISAARLRTLPLSISGILVGTSLALPSNQFDTYIFWLAIATTLGLQILSNFANDYGDGIKGTDNDERIGPVRALQSGAISAKEMKKGIILTAIITAILALSLIYTSFGKENFLLSLLFVGLGVSAIIAAIKYTVGDSAYGYKGLGDIFVFLFFGIVSVLGSNFLMTKQLDVWLFLPAISIGLLSSAVLNLNNMRDELSDRNSKKMTLVVKGGKKFAKIYHFSLILVAFICMVIFLNLDSYSSYYLILLPLLAFVPLAIHLRKIYHYTDPKTLDPELKKVALSTFALGFILFWIVFLEF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015025624.1|3645129_3646035_-	ParB/RepB/Spo0J family partition protein	S5VSZ7	Leptospira_phage	1.8e-14	35.7
WP_015025625.1|3646041_3646806_-	ParA family protein	Q8JL10	Natrialba_phage	4.0e-23	30.4
WP_015025626.1|3646898_3647780_-	SDR family oxidoreductase	A0A0N9R355	Chrysochromulina_ericina_virus	2.3e-43	39.8
WP_015025627.1|3647844_3648759_-	1,4-dihydroxy-2-naphthoate octaprenyltransferase	NA	NA	NA	NA
WP_015025628.1|3648761_3650099_-	adenylosuccinate lyase	A0A2H4UUU6	Bodo_saltans_virus	2.0e-147	58.9
WP_015025629.1|3650210_3650888_-	NAD-dependent deacylase	R9TG77	Vibrio_phage	1.1e-32	39.2
WP_157609424.1|3650892_3651663_-	carboxypeptidase-like regulatory domain-containing protein	NA	NA	NA	NA
WP_015025631.1|3651728_3653489_-	DEAD/DEAH box helicase	Q5GF26	Diachasmimorpha_longicaudata_entomopoxvirus	1.1e-55	34.4

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NC_018721|3987636:4044898|DBSCAN-SWA
TTTAGGTCTGCGTTGATATTAAGTTTTCATATCTAGATTCGATTTGATTATACCGTTTCAATGTACCTAGAGCAATTGTTTCTTCCACAAAGGCGTTGGCTCTATCGCTTCTAGACTTTATATTTTCCTTTATTCGATACCAATTCATATATTGTTGTAGATATTTTGTTGATACTCCCCAAAAGGTATTTTCAATCCATTTTTTAACTCTATTGTGAGTAGAATTAACGTGTTGTATGTGATACTTTCCTTTTACTCTTTCTCCTTTTGATGCATTTACGATGTGGAACTCTGTTTCGCTATCTTTGGCAAACCCTTTATAACTGTGATGGGCATCGCTACACAATATGGTTATATCCTTTATAACACGTTTACCGATAGCATTTTCTATATCTACTTTTCCTATTCGACCGAGTTTAGCCACGCTAAGGTCTAATGTTGATTTTCTATCCTGTGTTACAATTACCGCAACTTGATCTTTACTTATACCTCTCTTTTTAGACTTACCGCCTCTTTTTCTTGATTCCCTATCTTTTACCTCCATACCTTTTTCTGATCTTAGGAAAAAGGTTTCGTCACTCTCTGTAATACCTGTAAAGTTGTCTTGGTCATCGTCATTTTTAGTATCGAATGAAGCTAATATCTTATGACGCCAATCAAAGGCTGTCTTTTTATTGATGCCTAATTCTGAACTTATTTTATCTAAACTTTTTTCTTGAACCATAAGACTTAAATAAGATGAAATCATATCCTTTCTTTGAAGTCCCGCCATCCAAGTGCCAGTATATTCAGTAAAGCTTCTATTGCAAGACTTGCACTTATAGCGCTGCGAGCCTTTGTCAACTCCAAAACGAACATATTTTTCATGTAAACAATGTGGGCATCCGCCCATTTTATTATCTAAAATATGGCGACGGGAAGCCCGCTCAACCAATTGATTATGCTCAAGTGAATCTGTAATATCCTTTAACAGATTATCACGATCTAGAGTGGATAGTGATAGTATTTCCTCTTTTAGATTATCTATGTTCATAATCTAAATATACATATAATAGCTGTATTAAACTAGAGCCAAGCTAAATTATTTTCCTTAAGTAAATATGAGTTGCGCAATACAAGGAGTTGATCCTTATTATAACCCAATTCTTTTTGCTGAATAAAATCCATTTGCTGATAAACAACCAACGTCGATAAAATAAGCCCCGCAGAAATAACAAATTGAAAGACGACCAATCCACTTCTTATCCCTTTGTTTTTCCCAACACCAGAGAACTTATTTTTTAAAGCCTTAATGGGCGTAAAAGAAGACAAGAAAAAAGCGGGATAACCACCTGCTATAACGCCAACTACTAGTGTGAGTAATCCTAATATGCTGAGCGCAATAGGATTGAAAAAATTGGCTGTAAGTAATGCTTTACCAGAAATGGTATTAAAAACAGGTAAAAAAGCAACCACGAGCAACACTGCCAACAGCATAGCTATGCAACTTGCTAGGATAGATTCCGCTAAAAATTGAACGACCAATTGTTTCTTATTCGATCCCAGAACTTTTCGAATCCCTACTTCTTTAGCTCTTTTTGAAGCAGATGCAGTAGAAAGATTCATAAAGTTAATACAGGCAATCAATAACATAAAAAGGGCGACTGCACTAAAAATATACACGTATTTAATATCACCACCTGGTTCTAACACCGTAGTAGTTATAAAATCTGATTTTAGGTGAATGTCTGTTAAGGGTTGAAGAAATAATCCAATTTTATTGGTTTTAATAAATTCTGAATAAGACATTCCTACCGCACCGTCAATTTGCGGTGCCATGTATTTTTTAACAAGTGCTGGTATTTTTGCTTCGAGTGCTTTCAGGTTTGTTCCGTCTTTTAATAAGAGGTAGGTGAAAAAATCTGAATTTACCCAAGACGTTCCATTCGCTGACTCGTATTAACTTCGAATCAATAGTTCTTTATTTATAGTTAAATATTTCGTATATTTATAGATGGAAAAAATAGACTTAAGGAGTGTTTCTGATCAGGAAAGAGGTATAATTCGAAGGGATGCTGTAAAAATGATAAAACGTGGAGATAAAAAAAAAGACATAGCTCTGTTTTACGGTGTTCATGTAAATACTGTTAGAGATTGGTGGAAGCTTTACAATAAAGAAGGTCATAAATCTTTGTCATATCAAAAACGAGGAGTCAAATCAGAAGATCGAAAACTACTCAATAAAGATCAAGAAGCTGCAATCCAAAAAATGATTATTGATGTAATGCCCGATCAACTAAAGTTAGATTATGCTTTGTGGACTACAAGGGCAGTAAGGGATTTGATAGCAAGAGAGTTTAGTATTACAATCGGAAGAAGAGCTGTCGGTAATTATCTCAACGCTTGGGGATTCACGCCTCAAAAGCCAAAAAAGAGAGCTTATGAACAATGTTCCAAAAAAGTTCAAAAATGGTTAGACGAAGAATATCCAGCAATAAAAGAGAAGGCAAAACAAGAGAAGGCAACTATTCATTGGGGGGATGAAACGGGTGTAAAAAACAATAATCATCATGGACGTTCCTATGCTCCAAAAGGAAAAACTCCTGTTAAAAAACATATGTCGAAGCGGTTTTCAATCAACATGATTTCTACAGTTACAAATCAGGGTTTAATTCAGTTTATGATATATAAAGAAAATATGAACTCAGATGTATTTATTCAATTTTTAGAACAGCTCATCAAATCGCAAGAAACCAAAGTATTCTTAATCCTTGATAATTTACGAGTCCATCATAGTAAAGTTGTAAAGAAATGGGCGGAAGAAAATGGCGAAACCATAGAACTATTTTACCTGCCATCATACTCACCTGAGCGAAACCCAGATGAATATCTGAATTGCGATTTAAAGTATGGACTCTCGGATAAACCGGCACCAAAAACACAAGAAAAAATGAAAGAAAATTTAGAGAATCATATGAAAATGCTTCAAAATGATAGCGAAAGGGTAGCAAAATATTTTAAACATGAGAGCATCAAATATGCTGCCTAAAATTAAAGATCTTTAAGTGCGAGGTTAATAGCCTACTGTAGAGGCAAACATATCAAAATGAAAATGTGAATTTTTCGGCACCTCTTCCATAACAGCTGTAACCGTATATTGACGATTGTAGTTATCGATTTTTAGTGTTTTTCCGATGGCGTTTTCTGTGCCAAAATATTTTTTGGCTTCTTTAATAGAAATGACTACTGTATTTGGTTGGTCTAATGGATTTACAGTATTTCCGTCTATGATGTCTAAGGTAAAAACCGAGAAGAAATTAGGATCTACGTAAGCAAACTTAGTATCTCTATAAGTTGTGTTTTTAAAGTTAATTTCAGGATTGTATAAATTTGTGAGTCGTGTTGCTTCTATAACTTCAGGTAAATCATTTTTAAATGTCTGTGCTACTGGTGCCATAACAACAGCTTCATTTATAGTTTCCCCATTTATATTCGCCTTTAGAACAACACGAACAATATTTTCTGCTTTGGTATTGAATCTATCATAACTCAATTCATCAAAAACAAACAAAGAGATGATCACACAACTTGCAATACCCAATGCCAAACCCAGGATATTGATGCCAAACATCACTTTGTTTTTTAAGATATGTCTCCATGCTATTTTAAAATAATTTAAAATCATGATTAGTTGTTATTATTAGTTAGTTGCTCTATTCAAAAGAAAGCCTCATAAAGCTACAAAGTCTCTCAAAGGATTTTATCTCTGCTACTTTGAAGTTAAATCATTCACTACTTAGGGCTTGCTGATTTACTCAAGCTTATTTTAGTTCAAGAGGTATGTAATTTTGAATAAAAAAGGGTTTAGTGACATCAGTATTATAGAAACACCCTTTTATTTTGGGATTTAGCTTAGCGTATATCCAATTTTCAAATAAGGCACAAAAAATAGCATATTTATCTGCTATTTTTGATAAGTTTATTAAGTTCATTATGAAGAAAATGGCACTAATCCAGCTTTCTGATGTGTCTTTCCTTTTAGCTTTTATTTTGCTAAGTCCGTATGCGTTTTTTGCTTGTCCAAACTTTCCTTCTATTAGGTTTCTTTGGTTTCGCTCTTTTTTGAGTTTTCGCTTTTGATAGGCAGAAAGTTCTTGTTTTGGCGGTCTCCCTAATGGTTTTCCTACAATTCTAATCCCTTTTTCTTTGAGCCATTTTCTGTTCTCTCTGTTAAGGTATATTTGGTCTGCCAGTAGTAATTCTGGGTAGTGACCAAAGGTGATTCTGTAGGATTCTACTTGTAATACTAAATCTTTAGATTCATTAAATTGATCCCAACTTATATGTTCTACTCTACTCATTCCATCTATCTCACTAGCACTAATCTTTGCTCCAAATTCTGTCGATACTTTATCCTTTCCTCTTGGGATAGGGCGAACGTAAGGTTGATAAATATTGACTATTCTATTTTTTACACTATTAACTTTTTCGTGATACATATAGTTTTGTTGTTCATAGATGAGTTGAAGCACCCAGTAAATCTTTTGGTCCCGTTTTGGTAAAGGGAATTTACAGGGATAAGCAGTTCTAAGATCTGTAAACATGCCAGGCAAGTGTTCCTCCTTTTTTTGATCTTCTATTTGGTCTAACAGTTTTTCAATATAAGATAGGTTACGCCTGGTATATCCTAGTTGTTTTCGAATGAACTTGTTTATTTGTTTGGTTGTCTTTCTGCGTTTTTTAGAAAATACAAGATATTCTGTTCTTGCTACTCGACGGTAATCTCGAGGTTTATTAACTCCTTGGGTTTGCTCGTAAAGCAAATCTATAATTCGCTCACTTTCTTTGCGTGCTGTATTAAGCAGACCAGCATCGGTAGGGAACACTATTCTTTGATCAGCCACACTAGCATCAATCTTTAGTTTGCCTTTGTGTTTACTATCAGAGGCAGATTGATTAGGGGCCTCTTCCTCGGTGTTCTTTTGAATATTCCTTGCCCTTTTTGGCTTCAAGCTATCTGCTTTTTCAATGATTAGAGTATTCCAAGAGTCAAAATTTACTGCCCCCATTCGTTTACGAATAGCTACAAGTACAGTGGGGTGAAAAGGGGGTTTGGTTTGAAAACACTTTAATCCACAGAAATATTGCAAGTAGATGTTTTCGCTAATCATCGCAACGGTCTCTCTATCGTTTAGCCCTATCTTATGCTTTACAATAATTGCACCTATAACCATGCGGACATCAATACTCTCTCTACCATTACGTGCATTGAGTTTATTGGAATATACCTTTGCCAAAGCATCCCAAGGGATGAGTTGTGCTAATTTTACCCAGCGATTATCAGATAACAATTCTTGTTCGAAGGGATGTGAAAACTCGGATAAACTTAACTGATTAGAAGGCGTATATTTTATCATAACTGCATAGGTTTATGAGTAAAAGATACGAAAAACCATGCAATTACGCAAGAAAAAAACGTGTATTTTCATGCGTAAAACACTGATGCTTAATTTAATAGATGATAATTATAAGAAAATCAGCAAGCCCTACTTAAACATAGTCTCTCTTCTTCTTAGTCTTTTTTCTTAATTCGTAATTCTATTCTATTTTTTCACTCACTACTCACTACTACTCGTTTTATTCTGTTCTAAGTGACTCAACAGGATTAGATATAGCCGCTTTTATAGTTTTGCTAGCTATTGTTACCATAGCTATAAACATAGCAATCCCTCCAGCTGCAAGAAATATCCAAATATTAAGATCAATGCGATAAGCATAGTTCTGTAACCATTTACTCAGTGTATACCAAGCGATTGGTGTTGCAATAACAAAAGCAATAATAACCAACTTTAAAAAATCCCTAGTAAGAAGTATTGTAATTGCAGACACACTTGCACCTACAATTTTACGAACCCCTATTTCTTTTCGACGTTGCGCCACAATAAGCAAAGACATTGCGAATAAACCAATACAACTCAAAATGATAGCAAGGATAGAACCGCTCCCGATCATCGTGATCATGGTGCGCTCGTTACGTAATGTGCGATCTATATTTTCATTTAAAAATGAGCCTTCAAATTCTGCATTAGGCTCAATAGTTTCCCAAGCTGTTTTCACATCATCATAAGCTTGTTCTAAATTTTGCGGTGTCACCTTCACATAAACATTGCTTAAGTTCCAATTGGGAAGGGCAAATAAAGACATTGGGGCAATATTTTGATCGAGTTCCTGAAAATTAAAGTCCTTAACCACGCCAACAATATCGTAAGATGCCTCATCAAGTTTTATTTTAGAAGCCAGTATATCATCCTCATTAAGAAGTTTAGCCATAGCGTCATTAATAATAACCGATAGACTATCACTAGCGAGGTTATTTCGGAACGACCGACCTTGGATAACCTCTAAATCTAAGGTCTCAATATAATCGGTATCAACAACGACCATGTGTGTATCTACACCACGACCTTTATAATCAAAACCTAAAATACTTGTAGACCGAGATCCATTTTTACCAAGACCTAAAATGTTGTTGGATGCGGTTATACTCACAATATTCGGTTTATCTTGAAGTGCATCTCGAATTAATTGCATCGCTTGCTGATCATTACGCTTGCCATTGAGAGGAAATGCAATGACCTGATCTTTATTGAAGCCCAAATCTTTGGTTCGCATAAACTCTACCTGATTCCAAAGTACTAGGGTTCCACTAATAAGTAATATCGCAATACCGAATTGTAATACCATTAAACTATTGCGCAAGTAATCTTTTCCGCTACTATCCAATTTACCCTTTAAACTCTGCAACGTACCAAGACGACTCATTAATAGCGCTGGATAGCCACCTGCTATTAGCGTAATCAACAGCACTCCCAAACCTAGCACGAGTAGCAATGAAGGGTTCAATAATATGGCAAATGAAGCTTGCGTTCTAAATAGGGTTTGGAAAGGGTCTAATAAAAGCATCGCCATTAAAATACCCATACTTATTGATACTAAAAAAACGAGCATACTTTCCCCCCAAAACTGAAAAAATAACTGTTTTTGGTTTGCACCTAAAGTTTTACGCATTCCAATCTCACGCAACCTTTGTGCACTTTTAGCAATACTCATATTAATAAAGTTAACGCAAGCAATACATAAAATTAGAAAGGCAATACCTAATACGAGATAGGGCATCGTACGATTTACCGTTACTGCGCCTTGATTAAAATTAGCAAATCGTACATCTGCCAAAGGCAACAATTTAATTTGTCTATAATCACCATTCGCATTCGGTTGAATTCCGTCACGTTTCGCATTATCAATTTCGTTTTTATAGTGTAGCTGTGTGAAATTTGTGGTACTCTTTTCAAACTGTTTTGGCCTTATTCCTTCAGAAAGTTGCATATAGACCTCATGATTCTGAATGTCCCAACGTCATGATTCTGAATGTCCCAACGTCCTATTGCTAGGGCGTAGGCATGTAACGGCTGACTTTTAAAATTAAGTATCACATCAAAACCCATAGAGCTTGTATTAGGGAAATCTTCCACAATGGCTGTCACCGTAAATGGCACGTTTTTTTCGTCTCTTAAAATAGTGACTGTTTGCCCAATAGGATTTTTATCCCCAAAGAGTCGATTTGCAGCGAGTTCGGTCATGGCGACTGAAGATTCTGAAGTTATTGGATTCTTTTTATCACCTTTTAGGATTGGATAGCTGAACATATAAAAAAAATCGGGATCGACATAAGCACCATTCATCTGCAATTGCTTGTCTTCATAATTTAATAACACACCAGATCCATTATAGCGTGTTATCTTCTCAACTCCTGAAATTTCATCGCGTAATGCCGAAGCAAAAGGTTCAGATTTTGATATATTAGCTTTGATACCGTTTAGTTCACTGTCTTCAGAATATACTTGATAAAGATTCTCCCCATGGTCATGGAAACGATCATAAGATAGTTGAAAAAAGGCAAACATCGCTAACAGTATTGCCACTCCAAATGCAGCAGTTAGACCAACCATGTTTAGCGCAGTAAACGTTCTATTTTTCCAAAGATTTCTAAGTGCTATTTTGAAATAATTTAAAATCATGATTTTTAGTTATTATTTTTAAATTGCTTTTAAATTGCTTTTAAATTGTTGCTGTGAAAAAACTCTCGCAAATCTACCTATCGGCAGAATGGGTCGCAAAGTTTTTAATTTACAACTTTCTTCTTTCTACTCACTATCCACCACTCACCACTCACCACTACTCATTTTATTCAGTTTTCAGACTATTTACTGGATTTGTCATCGCTGCTTTAATGGCTTGAAAACTTACTGTTAGAAAAGCGATACCTAGCGCCAGACCACCTGAAACTGCAAATATCCACCAGCTTATGTCCATTCGGTAGGCGAAATCCTGTAACCATTTGTTCATGATGAACCAAGAGATAGGAGTAGCGATGACTATGGAAATCAGTACCAATTTCAGGAAATCTTTACTCAACAGATTCACAATTCCCATTGAAGAGGCCCCAAGAACCTTGCGTATTCCTATTTCTCTTCGACGTTGCAACGTGCTGTAGGACGCTAGTCCTAGCAATCCCAAACAAGAGATAAAAATGGCAAGTAGTGCAAAACTCAGAAAAAGTGTACCAAAGCGTCTTTCTGCCTCATACTGCTCTTTAAATAATTCATTTACAAAAGCGTATTCAAAAGTGGTATTGGGATAGGCTTTTTTAAAGCTATTCTCTATAATAGCAATCGTAGCACTGACATCATTCCCCGTCATTTTTAAATTGATTAAAGTGTTACCTGAACTGTTGTAGACCATGCTCAGCGGTACGATTTCTTCTTTTAGCGAAGTCATATGAAAGTCTTTTACGACACCGATAATCTTGCCTTTTCTGCCCCATTGATCAAAACCTTTGCCTATGATTTGTTCTGGATCTGAATAACCCAATAGTCCAAATGCTTTTTCATTTATGATCATAGATTCTAGACTGTCGCTAGCTAAGTCTTTTGAAAAATTTCTACCAGCTAGTAGCTTGAGATCAAATTGATTGATATAATCATCGTCTATTCTATACCGGTCAATAGTGAGCGTCTGCTCATTGCCTTGTTGATTTACAATTTTAGTTAAGGCGGTACTGTTATCCCCACCACCACCAGGTACAGTCGCTGCAGTGGTTATGGAAATAATATTGGGAATATTGCTAAGTTCATCAATCATTATTTTTTGCTTTGCACTGCCGTCAGTTTCTACGATCATTACCTGATTCATATCAAATCCTAAATCCTGACTGCGCATATAATCAATCTGATTATAGACTATGATCGTACTCACAATCATTATAACAGAGATAGTAAACTGACTAATAACTAGTCCTTTTCGCAATTTGGAGCCGGAGGAACTACTGGATAACTTTCCTTTTAAAACTTTTATGGGTTTAAATGAAGATAAAACCAACGCGGGATAGGATCCAGCTACGAGCGCTATTAATAGCGCCATGCCAAATAGACTTATGGGATAGATAGGACGGTCCCATATACTGCTTGCGATTTCCTTGCCTGCAAGTGTATTAAAATAGGGGAGTGCTAGCCATGTAAAACCTATGGCTAGCAAAAAGGCAAACAAACAGATGACGATAGATTCACTTAAAAACTGAATGGAGAGTTGCCCTTTTTTGGCGCCTATAACCTTACGTATTCCGACTTCCTTGGCGCGTTCTACAGATCTTGCAGTCGTTAAATTTATAAAATTGATAGCGGCAATTAAAAGAATGAAAAGAGCCACGATAAGGAAAATATAAACATTGCCTATTTGGGGAGAAGATCCACGTTCAGAATACAAGTAGATATCCTCAATAGGTTCTAAAAAGTAGGTGAGTTTCAACTCGGCTTCTTTCATGATTTCACCATGAGCGCGTTCGTTGTATGAGGCAATTTTAGCTTCTAGCGCTTTCGGGTTTACATTTTTATTCAGCAAAACAAAACCACGGTTAGTGAAATCACCCCAAGACTCCTTCAAATCTGGATCCAAAACTTCTGTATAGGTGGACATGGAGATAAGTATATCACTTTTAATTTGAGTGTTTTTTGGATTGTCCTTCATCACTCCTGTAACAGTAGCTATTCTATTGTCATCCATTATTTTCAGGGTCTTACCTAGCGCATTTTCATCTCCAAAATATTTTTTAGCAGTAGTTTCTGATAGCACCAAACTGAAGGGTGTTTTAAGTGCTTCAATCGGATTTCCCTGCAATAACTCATAATCAAAGATTTGAAAGAAACTTTCATCTACCCCCAATACTTTGCTTTCATGGTAATTGTTATTATCTAGACGCACATCAAATTCCGTATCATTTAATCTGGTATTGTTTTCAATTTCTGGAAATTCGGCAGTAATCTCACTTAAAATATTCCAGTCTACAACAGGCGTTTTATATGTATTAGAAGGGGTCTCAATGTCTGTTACAACTCTATAAAGTTGATCCTTATTAGAGTGAAAAGACTCATAGCTCATCTCATAACCGATGTACAATAGCAATAAAAAGCCTGCCGTCATTCCTACCGCAAGACCGCCTATATTAATGGCAGAATAGCTTTTGTGTCGCCATAGGTTCCTAAAGGCAATTTTGAAATAATTTTTAAACATGGTTCTTAGTTATTATTAGTTGGTTTCTTTTTTTAATTGTTGCAAGCCGCTTTATTCAAAAAAAAGTCTCGCAAAGGTTTTTATCTATTCTTTTTTTTATTCACTACTTAAATTAAGCCTCTCTTCTTCTCAGTCTTTTTTTTGATTCGTAATTCCATTTTATTTTTTCCCTCACCACTCACCACTCATCGTTTTATTCTGTTCGTAATGATTCTACAGGATTAGAGGTCGCTGCTTTAATAGCCTGAAAACTTACAGTAATTAAAGTGATGATTAATGCGCCAAAACAGGCAATCGCAAACACATCCCAACCGACAGGCGTTCTATAGTTGAACTTTTGCAACCACTCTTTCATAATATAGTAGGCCAATGGAGACGCAATCAATAAGGCAATAACGACAAGGGTGATGAAATCTTTGGAGAGTAATAACCACAACTGGCTGATAGAGGCTCCTAATACTTTTCTAACACCGATCTCTTTTGTTCTTTGCTCAGCAACGAAGGATGCCAATCCGAAAAGACCTAGACAACTAATAAAAATAGCTAAAGCTGTAAATACGCTTGCTAAACTGGCGATACGTTCTTCAGATTTAAATTTCGCGCCATATTCTTCATCTACAAACTGATAATCGAACGGGGTGTTTGGGAAATTTCTTTTAAAGACCCCTTCAATAAGTGTTAAGTTTTCGCTAGTACTTTTTTCTGGATTCAGTCTAAGGTTGTAAAAAGCTACATTATCATAACTATCAAAAATATACAAAGCTTGTTTTACAGGATTGTAAGGCGATTGTATGATCATATCTTCCACAACGCCAACAATTTTCAAAGGTGGATTTGGATTTTCGATATCTGAATCTCTGATATACTTTCCGATAGGATCTATAAGTCCCATATATTTTACTGCGGTTTCATTAATCAAAACTGCATTTGAATCTGAAGCGAATTCTCTCGAAAATCCACGTCCTTGTACAACCTTTAAACCCAATGTTTCTGTAAATTCATAAGACACCCTAGTATGTGCAAAATCTTCTTGAAAACCTGCGGATTTACCATCCCAAGTGAAGCCAGACTGATTGGACCAGACATTTGTCATTGGCCCGCTCGTACCAGCCATCTCTGCAGCACCACCTGAAGCAATAAATTGTTCGCGCAACAGATCTTGTTTTCCAATAAATTCACTACTCATTACGGGAATTTGAATTAAGCCTTCCTTATCATAACCAACGGGTCTATCCTTACTGAATTGAATCTGATTCATCACCACAAGCGTTCCAATAATTAAAGCAACAGAAACGGTAAACTGAGTCACAACTAAAACTTTTCGAGGTAACGCTGAATAGCGTCCTGCTTTAAATGTGCCTTTTAAAACTTCGACTGGGTTGAAAGCCGATAAGTATAAGGCCGGGTAACTACCTGCTAAAATTGACGTGATAATTACAAAGAGTAATGAAATTAACCAGAACTGACTATTTGCCCACGGAAAAATAATCGATTTACTAGCCAGATGATTAAATCCATTTAAGAATAATAATACCAGGCTAAGTGCACCAATAAACGATATAAAAACAATTAAAAAGGATTCACTTAGAAACTGTAAAACAAGCTGACTACGTTGAGAACCAATCGATTTTCTGATGCCAACTTCAGTTGCTCGTTTTTCTGAACGTGCTGTACTTAGATTCACAAAGTTGATACACGCTAATAGCAAAATAAATAAACCTATAACTCCAAATAACCAGACGTTTTCTATGCGCCCTCCACTTTGAATTCCATTTTCAAAATCACTTCTTAAATGCCACTTTTCCATTGGAAATAAAAATAATTGTGGATTATATTGAACCAACTCAGGATCTGCATTTTTCTTAACATCACTAATTTTTGAGGTTACAACATCCATAGATGTGTTTTCATTAATTTGAACAAAAAGTTGAAATGAATTATTTCCCCAATTATCCTTGGACCATTTTAACCATTCTTGTGTGGTTACATACTGTTTCCAAGGGATGATGTACTTCATTTCGCTAAATGAATTATTTGCTGGAATATCTTTGTAAATGGCAGTGACCATTAAGTCGTCTTTGTTGTTAATTTTTATGACTTTTCCTAGTGCAGTTTCATTTCCAAATAAAGTACTGGCTGCAGATTCAGCTAGCATAATTGAATTTTTCTCTTTAAGACCATTTTTAAGACCTGCAATAATATCTAAACCCAGCATGTCTGGCGCAGCTTTTTGCATGGCATTTCCAGTTTTGTAAATGTTGGTTTCTCCAAATTTTAGGTACTGTGATTGCTCCCAAGATGCCATAACAATATGCTTAAAATTAGCCTTGTAATTTTCACGTAGGGCAAATTCTAAGGGTCTTGGAATTGAAGGACCAGTGCTAATATTACCATTAGTCGTTTGACTTTGATAAATCTGGGCAATACTGTCCTTATTTTTATAATGGTTATTAAAATTAAGCTCATCTGCAATCCATAGGCCAATTAAGATGGTCGCTGCCATGCCTATGGCTAAACCAGAAATATTGATAAAGGAATACACCTTATTTTTAATAAGATTTCTAAAGGCTATTTTGAAATAATTTTTAAACATCTTTTTTAGTTATTATTCGTTAGGTGCTTATTAATTGTCCCACCATTTAAAAAAAATATCTGTCACATCTAACTGTCAGCAGAACTGCAAAGGTTTTTATTTAGATTTCTCATTTCTCATTTCTCATTTCTCATTTCTTAGTCTTTAGCTTTTAGCAATTAGTGTCCATTTATTCATAAACCAGATTAGTCTATTTTCTTTTCTCTATGTTCTCATCTCTCACTACAAGCTAAAAGCTACAGACTTCCGACTAACTAACACCCTCTACTCAATCTTCAAACTCTCCGTCGGATTCGCTATCGCTGATTTCACAGCTTGGAGGCCTACCGTAAAGGATGTAATTAGCAAGGCCATTAATCCACCTATTGCGAACATCCACCATTGAATAGTAATGCTATGAGCAAAACCAGATAACCACGCGTTCATTACATACCAAGCTATAGGAATAGCTAAAATGGCCGCTATGCCTACAAGAAGGATGTAATCTTTAGAAAGTAAAATGATAATCTTTAACACTCCAGAACCCAAAACTTTTCTGATGCCTATTTCTTTCACACGTCTTTTGGCCATAAAAGAAATCAATCCGAACATGCCTAAACACGAAATAAAGATGGTTAAGAGTGCTACTACATTTACGGTTTTCAACATGCCTTCAATTAAACGGTATTGCGCACTGACTTTATCAGTTAAAAATTCTTGTTCATAGGTTCTTCGAGATTCAATAGTGCCAAATCCATTTACGATAAGTTCTTCTACTGTCTTTTCATGTCCCTTCTCTACCTTTACGGAAAGAAAGCGAGGGTAGGATAAATCCTCTTTATCACGATAAAAATGGATAAGGGGTTCTACTGCATTTTGCATATCTTGAAAGTGAAAATCTTCCATAACTCCCACAATAGGATAACTAGATGAGGTGTTTCCTTTTGCTTTCAATTGTTTGCCTTCAATAGCATCCCATCCTAAAGCTTTCATTGCTGTTCTATTTATGAGTACTGGGTAATCATCAGCTTGATCTAGGTTTTTATCAAAATCTCGTCCCATTACCAATGGAATTTCGAAGGTCTGGAGGTAGTCTTGATCTGATCTTGCGTAACGCATTCTAACTTCATTATCTGTTTTAGGATCATACAGTTGCGTGTAATTAAAATTATAGTCGGAGGGAATTCCATCACTTACTGAAACATTTTTCACATAAGAATTCGCTTCGAGTTTGTCTAATAAGGCATTAAAATTTGACGAAGCTGTTTCTTCATTTTTGAACTCTAGATTGATGTTACCCACTAGAATATTCTCCTTGCTAAAACCCAAAGGAGCATTTTTCATAAAACCAATTTGACTATTTAAGATAACAGCGACACAGATAAATAGAATCGCAATACTAAATTGCAGTACTATAAATGAGTTACGAACAAGAAAATTACTTTTAATAGCGTTTAGTTTACCCTTTATTCCTGTTGAAATAGGTATGGAGATAAACCGTAAAGTGGGAAGTATACCTACTATCAAAGTTACTAGAAGCCCCAATGCCACAACAAATAAAATCACGGGATAATCTTTTTCTACTGAAAAGGAAATCTTTCCAAAGTCAGCACCATAAACTGAATTTAATTTTGGTAATAAAAAGCCTAGAAAAAGGAGCGCTGAAATGCAGATAGATGCAAAGACCAATATGCCATTCTCCATGCAAAACTGAATGATAATATGTTTTTTACTACCCCCTAATATTTTTCGTACCGCTATATCTTTAGTCCGGCGATACATTGTTGATGCATTTAGATTGAGCAGGTTGATCAGTGCAATGAGTAATATAAAAACCGATGCGGCTATACACCCATTAATAATGGTTTCTACCACAGGAATACTTTCTATTCTAATGCCTGAAAAAGGCAATGCTTTTAAGGCTGCAACTATACTTGGATCGGTATAGTTTTTTTGAACCAATTCTTCCACACGGCTTTCAAAGGCTTCAATATCTGTATTTGGTCTTAATTTTAAATAATTCAAGCTAAAGCTATCACTCCAATTCGAACGTCCTTTAAAACTGGGATAACTTTCTAAAAGTTGGGCAGGCATCACCACACCCATCCGAAAAGCAGAATACGGACTAATCGGTTCTAAAACTCCGGTAATTGTGAGGTTTAAGCTGTCATTTGCTTTTAGGATTTCTCCAACAGGATTCTTTTTTCCAAATATTTTCTCACTCACTTTATGGGTAAGGACAATAGAATACTTTTTATCTAAAGCCGTTTCGCGATTACCATGTTTTAAGGCTAAAGAGAAAACATCAAAAAATGCTGGCTCCACATAATCAGTTTGTTCTTGAAATTCCAATTCGCCATATTCTAGCCAAGGATTATTCCAGCCTTGTAAATGCGAACCTGCGACTACTTCTGGGGAAGATTTAATGATTTCATTTAGGAGTAGATAGGGCGTTTCTGTGTACGAATCTCCACCTGTAGTATATGTTTTTAAATAAAAGATATTCTCTTGATCCTCAATATTAGCATCCGCATCATAATACGCATATACAGAAAAAATAAGAGTCAATACACTACCAATCCCTATACTTAAGCCTAACAGGTTAAGTGTAGAAAGCAATTTGTTTTTCCACAGATTTCGAAAAGATATTTTAAGGTGATTTTTAAGCATAATTTCTATGGCTTACTATTCGTTTTTATTAAATTTATTTTACTTCCTTGAATCTTTGATTTCAGTATCTAATTGATTTGGCTTCAACACTTCGGTATAAGTTGATTAATTGATTTTATACTGAAGCATTTTCCACCTAATTGATTCATTCAATTTCTTGTTCGTTTTTTATTTTAATTTTCAACTTCAATTATGTTATCTGCGTTTTAACAGACCTTTTAGGTTTTCAAAACCTGAAAGGTCTTGGTTCATTGATCATTTAAACGATGCAATTTTCAGTTCCACGTTAATTATTTTAATTTCCTGTTTGTTTTTGTTCCTTTTTTAAAACTCATGTTCAATTTCGATTTCATCTTATGCCAAAATATTCTCTGTCACTTTCTGTCCGTCCAGCATTCTAATGATGCGGTGACTGTATTTGGCATCGTGTTCACTGTGTGTTACCATAATAATGGTCGTGCCAGCTTCGTTGAGGTCTATCAGTAAGTCCATGACTTCGTTCCCATTGGTGCTATCTAAGTTACCTGTTGGTTCATCTGCCAAAATTAATTTCGGGTTATTGACTACAGCTCGGGCCACAGCAACACGTTGTTGTTGACCACCAGATAATTGCTGTGGAAAGTGATTGCGACGGTGCATAATTCCCATTTTTTCTAAAACCGCTTCCACTTGTTTTTTGCGTTCAGCTGTTTTTACACCGGTATAAATCAAGGGCAATTCCACATTTTCAAAAACCGTAAGTTCATCGATGAGGTTAAAACTCTGAAAGACAAAACCGATATTGTGCTTTCGTAATTCAGAACGTTTGCGTTCATTGTAACCGGCTACTTCCACACCATTAAATAAAAAGCTTCCGCTATTGGGATCATCTAATAGTCCAAGAATGTTTAGTAGTGTTGATTTACCGCAACCAGAAGGTCCCATAATGGCTACAAACTCACCTTCTTTCACTCCAAAAGACAATTTGTTTAGAGCTATTGTTTGCACTTCTTCCGTTTTATAATACTTTTCTAAATCTTTAATTTGTATCATTTACTTCTTTTTTTATGATCCCAGCGAAAGCAAGAATCTGTTAATTTTTATTATAATTAGTATTCAATTTTGCATTTACTTTATTCTGTAATTGTATTTTTCTCACCACTCACCACTCACCACTCACCACTCATTTCTTTGTTCCAACTTCTGTATTCAATATTCGATATTCAACATTCTCACCACTCACCACTCATTTCTTTGTTCCAACTTCTGTATTCAATATCCGATATTCAACATTCTCACCACTCATTTCTTTATTCCAACTTCTGTATTCGATATTCTCACCCCTCATTTCTTTATTCTAACTTCTGTATTCGATATTCAACATTCTCACCACTCATTTCTTTATTCCAACTTCTGTATTCGATATTCTCACCACTCACCACTCACCACTCACCACTCATTTCTTTATTCCAACTTCTGTATTCAATATTCGATATTCTCACCACTCATTTCTTTATTCCAACTTCTGTATTCAATATTCTCACCCCTCATTTCTTTATTCTAACTTCTGTATTCGATATTCAATATTCGATATTCTCACCACTCACCACTCATTTCTTTATTCCAACTTCTGTATTCAACATTCTCACCCCTCATTTCTTTATTCTAACTTCTGTATTCAATATTCGATATTCAACATTCTCACCACTCATTTCTTTATTCCAACTTCTGTATTCGATATTCGATATTCAATATTCTCACCACTATTTTCTCACTTCTAAAAAACTCTATTTCAAAATCAACTCCTCTGTATCTCCAAAGGAATCATAACTTGAAGTCACCACTTTATCTCCAGGATTTAAACCTTCAAGCACCTCATAATATTCTGTATTCTGGCTTCCTAGTCTAATATTAACTTTGTAAGCAGTAGACCCCTCTTCACTAATTTTAAAAATCCAATTGCCTCCTGTTTTTTGAAAGAATCCGCCTTTAGAAACGAGCAAAGCTTCTTTCTCCGCGCTCAATGCTACCCGAATCTGTAGATTCTGTCCTCTTCTAATACCTTTTGGTACATCTCCTTCAAACTTCATATCGACCTGAAAACGACCATTGGTAACCTGAGTAAAAACTTTTTTAATGGTTAACGTGTAGTTCTTATTATTCAATGTGAATGTTCCGGTTTGGCCATTGTAAATTCTAGAGATATAATGTTCATCTATATCCACTCTTACTTTGTATCCAATGGTTACATCTACTTGTCCAAGCCGAGTGCCTTTAGTTATAGACTGGCCTATTTCTGCATCAAGCGATGTCAACTGACCATCAATAGGAGCACGGACCACTAAATCACCTACTTTTTTGCGCATTAATTCTAACGCACTTTGTGTTCTGATATAAGAGTTTTTTGCTTGGTTGTTTTCGACTTGCGTAGAAATTGTATCCTCAGATAAAACACGCTTAGCCAGTTTCATACGTTCTTTTTGGTATTCAAAATTATTGTGAGACGATTCGTAATCCATTCTACCAATAGCACCATTATCGTATAAACGTTTGTTTAAATTATAGACGCGTTTTGCTTCAATTAAACTGTTTTCTACATCCGTAAATTGATTTTGTCTATTAATGGTGTTTTGACGCGCTGCATTCTGGGAAATCTGCATTTGCGTTAATAAATTATAAACCGATGTTTCTTGATTGATCAAGCTTAACTCCAAATCGGTATTAGATAATCTTAAGATGGGTTGCCCTTGTTCTAAAATCGCACCGTCTTCTACAAATTTCTCTTCTACACGTCCACCTTCTAGAGCATCCAAATAAATAGTTGTAATGGGCAAGACAATACCATTAACAGGAATGTTTTCTTGAAAAATAGCTTTATTCACTGTATGAATAGAAATCCGTTCTGTCTCTACATTTAATTTGGAACCTCCAGAAGTTTGAAGAATCACATATAGTATTAAAGCGATGATGGCCAAAACACCACCTATAAGCCCGAGCTTTTGGTTTGAAAATTTTTTCTTTTTAAGAGGTACGTCCATTTTTAAATTTTTAATTCAATTATATAAGTAGTGAAGATGATGCCAAAGCTATAAATCACTGTATATCAGTATTTAAAATTTAAAGCGAAACTAAATATGTTCGATTTTGATACAGGTTATGTCCGAAAACGAACACTATCAAATCCTATTGGACTTTTAGTTTTTGAAGTTTAATTAGCTAGATATAAATTCGTAATATTGTCATAATGGTTTTAAAAAATTCAAAAATACTAGTCATAGACGATGATGCCGATGTGCTTATGGCAATGCGATTGCTTCTAAAGCCTTTCGTAAAAGAGGTGGTTATCGAAAAGAACCCTAATAATATTTTATCTCAAATTGATAAAGTCAGTTATGATATTATCATATTGGACATGAATTTTAATGGGTTAGTAAATACGGGTAATGAAGGTATTTTTTGGCTGAATGAAATCAGAAAACAAAAACCTGAAACGTCTGTTATTTTAATGACGGCCTATGCTGAAATTGATTTAGCCATAAGAGGATTAAAGGAGGGAGCTGCAGACTTTTTAATGAAGCCTTGGAAGAATGAAAAGATCATTGAGACTATAACTACAATTCTTAATCATAAGAAGTCTAAAAGCACTCAAAAGAGTCAACTTAAATCAAGCACTGTAGAAATTATTGGTGATAGCATCCTTATGAAGGACGTCTATGTCAAATTAAGAAAAGTAGCTCCAACAGATGCCAATGTATTAGTCCTTGGAGAAAATGGTACGGGTAAAGATTTAATTACTAGAGCTTTACACGATAATTCTCATAGACGAGACAAAGCTTTTATTAAAGTTGATGTAGGTGCCTTAACTGCATCTCTTTTTGAAAGTGAATTATTTGGTTACAAAAAAGGAGCGTTTACAGACGCCAGAGAAGATAGAAAAGGTCGCTTTGAAGCAGCAAACGGCGGCACTTTATTTTTAGATGAAATAGGAAATATCAGTTTAAGTCAGCAAGCAAAGCTTTTAACAGTACTTCAAAATAGACAGGTGACTCCTTTAGGATCAAATGAAGCCATTCCCCTGGATATCAGATTGATCTGTGCCACCAATAGTGATCCAAAATTACTAGCTGACGAAAGCAAATTCAGAAAAGATTTAATTTATAGAATCAATACGGTTGATATTGTAGTTCCACCTTTAAGAGATCGAGGTACAGATATAATGGAATTGTCGCGTCATTTTATTTCCATATATGCTGAAAAATATAACAAGAATCCATTTTCTTTTGATGCTGGATTTATTTCAAAATTGAAAAAACACGACTTTCCTGGGAATGTAAGGGAGCTTCAATATGTTTTAGAGCGTGCTATTATTATGACTGATGGACACCTTTTAAAAGCGGAAGATTTGGTATTTTCATCTATAGAGCGACCTATAACCACACCGAGTCTAGAAAGTAAAAGCTTAAACCTAGACGATTTGGAAAAAAATGCTATTCTAACCGTATTAGAGAAACACAAAGGAAATGTTTCTAAATCTGCTAAAGAACTTGGCATTACCAGAGCAGCCTTATACAGACGACTAGAGAAGTATGAACTATAACGCTTACATTTTAAAACTATTTTTCAGAATCCTACTTCTGGTTTGTACCATACTCGCCTTTGGGTATAGCATCTACATAGATAAAACGGCTTACAGTATTTTGATAAGCATCGGTTTATTTTATTTAATTATTAATACGTACACCTTCGTAAAACGCCGTTTTTTAGCCATGGACGATTTTTTTGAAGCTGTTAAATATCGTGACTTTTCTAGATGGTTTCCTGAGGATAGAGGACCAAAAGACATTCGGTTTTTATATACGGGGTTCAATGAAATTAATAGAACCATTAAAGAAATTAATTCTCAAAATCAAGCACAATACGTCTATCTACAAAAGATTTTAGAAATGGTAGATATTGGTATTATCGCTTATAATCTTGAATCTGGTGATGTGCTTTGGAGCAACGATTCCTTTGGCGAAATATTAGACATGCCCTCTTTTAAAAATATTCGATTTGTTGAAAATAGAAAACCAGAATTGTTTACTACCATTTTTGAAACTTACCACAGAGAACCAGATTCACTTTCCATAGCCTTACAAAATGATAACATAAAAATTTTAATTTCTGATACTGTTTTTCAAGTGGAAGCTGATGCGTTTAAACTCATCGTAATTCAGAATATTGACGATACTTTAAATAAAAATGAATCGGAATCGTGGAAAAAATTATTGAGTGTAATGACGCACGAAATTATGAATTCCATTACACCAATTTCATCATTAGCAGACACCTTACAAATGAACTTAAAAGTTGCTATTGAAAAACCCAAAGAATCGCATTTAGAATTGGATGATCTCAGTGCTGGTATAAAAACTATTAAAAACCGAAGTGAAGGCCTTTTAAAATTTGCAAAAACCTACCGCAGTCTTAGCAAAGTCACTCACCTTAATTTGCAAAGGACTAGGGTTTCTGAATTATTCAATAACATTCAATTACTTATGCAGCCTTCTCTAGAAGCTAAGCATATTGGAATAGAATTCAAGATCACATCTTCAAAATTAGAATTGGATATAGATGCGCATCTTATTGAACAAGTTTTAATTAACCTGATCTTGAATGCTGTTGACGCTTGCAAAAATAAAGACGATGCAAAGATTAAAGTATTTGCATCTCAAAACACGAATAGAGCAATTGTTCTAAAAGTCATTGATAATGGCTCTGGAATTCCAAAAGATATTTTAGAAAATATCTTTATACCTTTCTTTACTAGTAAAGCCACAGGAAGCGGAATTGGCTTAAGCCTCTGTAAGCAAATCATGCTGCTACATAAAGGTAGGATCATTGTAAAAAGTATAGAAGGGGAAGGTTCTGTATTTAGTTTGGTCTTTTAAAAAATAAATCTGATTTATTTAAGCTTTTAAAGCCAAATGGATTGTCTAAAATTTTATAAAAATCAAAACTAGAGTGTATTCCAAATTTATGAACTTTAAGTTCTAAAGTATCGAGAATAGGTGAGTGGTGTTGAATATGCAGAAAGCAAAATTGCCATCAAATCACTGTTTTAAACACTTCTAATATTAGTTTAAACTTGATGTAATTCATATGTTATTAACACGTAATTTTGCAGACTTAAATAAGATGAGTAATGAAGCGTATAAGTGAGAATAAAAAGCTCTTTGGAGTTGAGACTAAGATTGAGTTAAAGTCTTTAAAAAAGGCCTATCGCAATTTGGTAAAAGAATGGCATCCAGATAAATTCCAAGCGGGAGATGCTTTACAAGAAGAAGCAGAGATCCAAAGCCGAAGAATTATTGATGGTTATCATTTTTTAGTCAGTATTGCCCCTGAAACTATTGAGGCCAATGCAGATCAATTCACCCAAACTGTCAACACAGGTATTGCCGACTTTCAGCATAAGAGTATGGTGTTAGAAATCACGTTTATGGATGGTACCACTTACGAGTATTTTGGTGTGACTAAACCGATCTATATTAAAATGATAAATAGCAATAAAGTTAATCGTTTTGCTAAACGTTCCATTTATCCTAATTACACGTTCAGAATGTCTAAACGTGAGCAAGAAGCTGTTTAGACGATCAACTAGCCTTACATAGATTGCACTGAGCTTACCTGACGATCCTGCACTTAGCATAGCTGAAGTATGGAAGGTAAGCCCTTTAATTTCAGGTTCTTAACTCAACTGAGTTTACACTTAAAGTATCTGAGACTTTTTTTCTTAAGTTCTTTCTTATGAAGTTGCTTAACGAGAATCGTCTTTGATTATTTCTGTATCCCGTTTTTTTTTCTTGTTTACAATTAAATTGGTATAACAAGGGTTTTTTAACTAATTTAGATTTGTATGCGTAAATTGAATGTTTAAGCTCACAAATTAATACTTAGAAAATAAAATAATTCTAAACCGATGGATATAACCACCTTAACTCTAAATCCTGCTTTAGATAAAAGTGCAAAAGTGGATCAATTTGTACCAGAGCAAAAGCTTAAATGCCATTCCATTCACCATCAAGCTGGTGGAGGAGGGGTCAATATTTCTATAGTACTAAATACACTTCAAGTTAAAAACAAGTGCATATTCACCTCAGGTGGTGATACAGGATTATATCTTAAAAATCTTTTGGTGAAAGAAAACATCGATATAAAATCCATTGCTATTAATTCATGGACAAGAGAAAACCTATCTATTGTTGATACCAAAACAGAGTTACAATATCGTTTTGGAATGCCTGGGAATGATTTAAATACTAGTGAGATAGAATTAATAAAAACTGAACTTACTAAAGAAGTAAAGGACAATTCTATTTTGGTATTAAGTTGAAGTTTATCCGAAAAAACACCTTCAAACTTATATGCAACCTTATTAAAAATGCTTGACGGTAAAAACGTAAAAATCATTATTGATACGTCAAGTCAGGATTTGATAGAAAAAGAAAAGGAAAATCTCTGTTGAATAAAACCTAATCAAAAAGAATTAGCAAAGCTCGCTGGTTTAGAATTTTCATCTAAATATGAGCTGAAAGATTTTGCTATGGAAGTGATAAATTCAAAAGAAGCAAAACTTATTCTTGTTTATAATGAATTTGCTTGGGGTTTTTTAGCATTTTTCGAAATTATCTTTTTTAGAAACCCAGCATCTTAAAGTGAAAAGCAGACTAGGCTCTGGAAACAGCATGATAATGGTGTACGTTATACAACAACAACAACTTTCTTGCGAAGAATTCCTTATTGCTTCCTTATTTGGGGTGTGGCTTAAATGAGGACTAAAAGCATAATAATTTGGTAAGTCAAGACAACATCAATAAGGTATTAAAGTTAATGGACCAGAAGCATAGACTATTGATTTCTTTGACTCCAAATTAAACTACTTAATTTAGGTTGAAAAGTTACATAACCCGTTAATATGTCTTTATTTTAATCAAAAAACCTACACTTAGTATTGCTGAAGTGTAGGAGGGAAGCTTGAGTTTTTGATTATTTATGAACTCCTCACTGGGATGGGCTTCAGTTTAATAAACCCTAATGTATCTAAGACTCTTATGATCAAATAAGTCATATCAATTTCATGCCATTTCACACCAAAATTAGGACTACTTGAGTGTTTATGGTGATTGTTATGATAGCCTTCGCCCATCATTAAAAAATCAAATGGGAAGAGATTTTTACTCGTATTTTTCACCTTGTAATTCACATACCCAAAAATATGACCAAACCAATTGATTATGACTCCATGTATAGGTGCCATTGCAAGGGTGACAGGCAATAATAACCATTCCCACCAAGTGGTGGCGAAGAAAGAGAAAAACAAAATATAAGCAGACACCCACAATATACGAGAGATTCTAGAACTTGCAAAGAGATCGAATTCTTTCCATTGGGGAACATTTTTTGTAAATTTTTGATCTACTTTAATACGCTGTTGATTGATATCTTGATAAATCGTTTTTGTTTTCCACATCATCGCAAATAAATTCGCATCATGAGACGGGGAGTGGGGGTCTTTTTCAGTATCGGTGTAAGCATGGTGCATGCGGTGCATGATACCATAACCATAAGCACTTAAGTAACTTGGACCTTGAAAAATCCAGGTCAGCACAAAGGTGATGCGTTCCATTGTTTTAGACATCGTAAAGACTTGGTGTGCTGCGTAACGGTGCAAAAAGAAGGATTGAAAGAACAAGCCCCCATACCACAGTATTGCAACGAATAAAATTATCAACATAGCTTTTTTTACAAAGATACCTTGATGTAAGCTGGGAAACAATGAACCCAAATCAATAAAATGAGACTTATAAACGTTTTCTAATTCTGCTTAAAGCCTGTGAAGTCACCCCAATATAAGAGCTGATATATTTTAAGGGAATTTCTTTTAAAAGTTTTGGACGTTCTTTAAATAGATTTAAATAGCGTTCTTCTGCAGTGAGATTTAGTAAGTTCTGTTCGCGTTTGGATTTTATCAAATAAAGGCGTTCAGCCGTTAATCTTCCAATCAAATTACCTAATTGTGTTTTTTTGTAAACCAACTGTAAATCGGCATACGTAATACTCAACATCCTTGTACCTGTCAAGGCTTGTAATTGATAAGCTGAAGGAGTTCGGGTTAAGAAAGAATCATAAGCACTCACAAACTCATCTTTAAAACTAAAACCAAAGGTGATCTCTTTATCTGGGTCTTCCTTAGGAATGTACAAACGAACAGCACCGGATTCTATAAAGGAAATGTGGTTTTCTATATCTCCTGCTTTTAAAAAAACGGATTTCTTAGGGAAAACACGAGGTTGTAATTTTGACGTAAAGAAGTCCCAATCTAAGTCGGATATGGGAACTATTTTATCCAAGAATGCTTTGATTTGTTGCAACTTTTTTATTTAAGTAAGTTAATACTCAAAGGTAAAAATTATGAGCGTATCAAATAAGGGGAGTTGTTAATTTACTTATTCGTTAATACTTGTCTATCTAAACTTGTAACTAATCAGTTAGATTAAGTGGTTTAAAATTTTTGACTTATATCAGGCAAACCAAGAAAAAAATACAAAAAAAGCGCAAATTGATAATTCCTTATGTATACTTTTCAACGTTTGCAAATGACATAGCATTCTTTGTGTAAAACTTATAAATTAATGCAATTATTTGCGTAAACTGAATACTATAGAAAACGAAAGTGCATCAGAAAAGACTGAATCCTATTGAACGTATGACTTGAGCTTCATCAATTCCTTAAAAGACTTTCGATAGGATTGACCAATAGGAACCTTTGCATTAGCCAATTCAATTAGGTTTCCAATTACAGAACGGATTTTAGATACCGACACACTATAAGATTTATGTACTCGCAAAAAATCATCAAAGGGAAGCAACTCTTCAATAGAAGACAAGCGCTCCAAGGTTAAGATTATCTTTCCCTGATAGTGAATCTTACAATACTGCCCATAACCTTCCACGTAATCAACCTCATCAAACCTCAATTGATTGTGCTTTTTGTCAGCTTTAGTAAAAAAAGTGTTTGCTTTTTTATCTTCTTTTTTCTTACTGAGCTGTTTCTTTTTTAAGCGTTGTATCGCACTATAAAATCGATCCAAGCTGTAGGGTTTTAACAAGTAGTCGGCAACATCCAATTCATAGCTTTCTAGGGCATATTTCTCATAGGCAGAATAAATAATCACTTGTGGCTTATTTTTCAACATCTTGAGCATAGAGATACCTGTGATTTTAGGCATATTGATATCTAGAAAAAATTAGGTCGGTAGTATTTTTTTTCAGCCACTCCATTGCATCAATGGCGTTATAAGATTGGTGAGCCAGTTCCAAAAAATCAAATGCCCTCGCATAATTAATAATGACATCATGTGATAGGGGTTCATCATCAACTATGAGATACTTCATCTATTTTGTCAATTGTGAGTGAAACATCGCATATGCCATTTTCATCTTTAATAGTCAAACTATGGACCTCAGAATAAGCTAAATTTAGTCTTCGTTTTAAATTTATTAATCCTTTTTCTTCTTGTTTTTGTTTATTATTTTCATATTTATTTTTCACATGAAATTGGAGTTTACCTTTCTGAAGCTGCAATGAACAATGAATATAACCTCCTTTAATCATGGATTCTGCGCCATGTTTAAAAGCATTCTCTAGCAAATTGATGAAAAGTAAAGGAAGTACTGGATAAGAAAGTTCGTCTATTTTAGATTCAAATTGAATTTCTGTTTTGTTGCTTAAACGTATTTTTTGAATTTCAAAATAGTTATCCAAATAGTCCATCTCTTCTTGTATGGTTACATAGGGTTTACTCGGATCATAAATGACATATCGCATCAATTCAGAGAGTTTTAGTATTGCTTTGGGCGCTTTTTCAGAATTACTAAGACTAAGGGAATACAGGTTATTCAGCGTATTGAAAAAAAAGTGTGGATTAATTTGATTTTTTAAACTGTCGAGTTCAGTTCTAAGGGTCTCACTTTCAAGTTTATCGATCTTACTTTGTTGCTCAAACCATCCGAGTGATAAGTAAAAAGGCATAGAAACTAAATAGGTTATGAAAAATAGATAGACATGAATAAGATAACTCGGAATAAAAAATGACTTTTCTGGTTCTGTAGTCATCAGTTGCAATTGGTTTCCCTCATTAATATTCGAATTGAGAGAAAATATAAATGCACAGACTAAGAGGGTTCCCAGAATGTACAAACCCTGTTTTACAAAACTGCCTTTTTTTAAGTAACGCGGTGCCAAAAAATACCAGTTTAAATTGATTAAAAGTATAAAAGGAAAGCAAATCCATAAGACATATATTAACCTCGCACTTAAAGATCTTTAATTTTATGCAGCATATTTGATGCTCTCATGTTTAAAATATTTTGCTACCCTTTCGCTATCATTTTGAAGCATTTTCATATGATTCTCTAAATTTTCTTTCATTTTTTCTTGTGTTTTTGGTGCCGGTTTATCCGAGAGTCCATACTTTAAATCGCAATTCAGATATTCATCTGGGTTTCGCTCAGGTGAGTATGATGGCAGGTAAAATAGTTCTATGGTTTCGCCATTTTCTTCCGCCCATTTCTTTACAACTTTACTATGATGGACTCGTAAATTATCAAGGATTAAGAATACTTTGGTTTCTTGCGATTTGATGAGCTGTTCTAAAAATTGAATAAATACATCTGAGTTCATATTTTCTTTATATATCATAAACTGAATTAAACCCTGATTTGTAACTGTAGAAATCATGTTGATTGAAAACCGCTTCGACATATGTTTTTTAACAGGAGTTTTTCCTTTTGGAGCATAGGAACGTCCATGATGATTATTGTTTTTTACACCCGTTTCATCCCCCCAATGAATAGTTGCCTTCTCTTGTTTTGCCTTCTCTTTTATTGCTGGATATTCTTCGTCTAACCATTTTTGAACTTTTTTGGAACATTGTTCATAAGCTCTCTTTTTTGGCTTTTGAGGCGTGAATCCCCAAGCGTTGAGATAATTACCGACAGCTCTTCTTCCGATTGTAATACTAAACTCTCTTGCTATCAAATCCCTTACTGCCCTTGTAGTCCACAAAGCATAATCTAACTTTAGTTGATCGGGCATTACATCAATAATCATTTTTTGGATTGCAGCTTCTTGATCTTTATTGAGTAGTTTTCGATCTTCTGATTTGACTCCTCGTTTTTGATATGACAAAGATTTATGACCTTCTTTATTGTAAAGCTTCCACCAATCTCTAACAGTATTTACATGAACACCGTAAAACAGAGCTATGTCTTTTTTTTTATCTCCACGTTTTATCATTTTTACAGCATCCCTTCGAATTATACCTCTTTCCTGATCAGAAACACTCCTTAAGTCTATTTTTTCCATCTATAAATATACGAAATATTTAACTATAAATAAAGAACTATTGATTCGAAGTTAATAACGTAGGATGTGATGGGATTCCATCTGATAAACTTTCAGCTAATTGTCTGTTTTAGGTCATAGTCTAAATGTTTCTAATCCAAATGAGTACTTGAGCTGCAATTAAAAATATCGAATGTGTGTTTTCTTAATTTTCATCTTTTTTATAATTAAAACCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCTAAAAAGAAACGATTTATTGCGTCATTATAGGTCTAATTTGGTATAAGTGATTCTTATAGCAGCAATTTAGCCTAGCCATTTACACTATTAAAGTTTAATGAACCAACCCCTTCAAAATCATCACCAACGCGCATTTTTTTTATAAATTAAGGGAAGAGTAGTAACTACTATGTGAAAGTAGAAAAAGAAAATAGACACTACTCATTACGCACAACTCAATACTCATCTTAGTTCGATATTAAATTTTCAACAGTTTTAGTTTTAGTTTTAGTATTTTCCTTAGAGTGAGTAATTATTTGCCTTATTTTTTGGTTTAATTATATTCAAATTAATTTTAGTTACGGTAAAGTAAAATTGGTTTAGGTCTTATTTTGGGGTTGATAAGTAAAGGGGTAAAATATTTTTTCTATAATTTCATTATAATTTTTTTATTCCAATTTTATTAAATATATTTGTCACTTATTATAATCAATAAATTACATTAAAATGAACAAAGGAACAGTTAAATTTTTCAATGACACTAAAGGGTTTGGATTCATCACAGAAGAAGGTGTTGATAAAGATCATTTCGTTCACGCTTCTGGATTAATCGATGAGATTAGAGAAGGTGACGAAGTTGAATTTGATTTACAAGAAGGAAACAAAGGGTTAAATGCAGTAAACGTAAGAGTTCTCTAATATCTATCCATATTTTTCTAAAGAAGCCCTATCAAACTTGATGGGGCTTCTTATTTTGCTACAATTCATCTTTTGAACATGGTTTTTACCAGTAGCAAATATCTTCTCCAAAAGTTTTCTATTTAAATTTAGCCTTAACACGCGATTACCAAAATTAGCTAGTCGCTGATTACTTTTATTGGTAAGTCATTCCAGCTATGATAATATGAATCTTAAGGCAGTCATATCTAGAAAATAGTTCAATTAACTATCTAAAAGCTTAGAAATAAGCTGGCCTATACTCATAAACGACTTCATATTAAAAATCATAAATCGGAGAATTTATTCTAAACTTACTCTCCTTAATTATCTTCTGTTTACTAAACCTTGAAAGAACCCAAGAAAGAACCTAAGGAAAGGTCATTGTAAAATAGGTCAAGAAATTCGTTTGTTTTTCTCTAACTTAGGGATGTTGAAGGACTCAGTATGTTTTTAAGAATTATAAACTGGTTTATATGTTAAAAAATATTTTATTAGAACGCGAAATATATGCATCAGAAGAACATAAAATGATGCAAAAAATGATTCAGGATTTCATTAGCAATGAAATTATGGATCATACAGAAGAATGGGAAGAAAAGGGAATGGTTAGCCGAGACATCTGGGAACGTGCTGGAGAATTGGGTTTGCTGTGTATCGATGTGCCTGAACATTATGGAGGAAGTGGTTTAGATTTTAGCTTTAGCGCCTTATTTATTGAAGAATTGGCAAAAGAAGGCATAAGTGGACCTGGTTTTTCATTACATTCAGACATTGTTGCACCTTATCTTTTAAAATACGGTACCGAAGCTCAGAAGCAAAAATACCTACATCTTATGGCTGCTGGAAAAATGATTACATCCATAGGTATGACCGAGCCAAACTGCGGTAGTGATCTTCAAGCTATTAAAACAAATGCGGTGGATAAAGGAGACCACTATTTGGTTAATGGACAGAAAACATTTATTACCAATGGTTATATGAGCGACATGTCTATAGTCGCTGTAAAAACCAAAATGGGAACAGGGGAAGAAGGAGTGTCTTTACTAATCATGGAAAGCAGCTTTAAAGGGTTTGAAAAAGGAACTCCCTTTAAGAAAATAGGAATGAAAGCCCAAGATACTTGTGAATTATTTTTTGATAATGTAAAAGTTCCCAAGGAAAATTTATTGGGAGAAGAAGGCTTAGGATTTAAAATTATGATGACAGAATTGGCTAGAGAACGGTTAACTGTAGCGCTCAATGCTATTGGTGGGGCAGAGGGAGCCATAGAAAAAACGTTGGCATATACATCTACAAGAACTGCTTTTAAACAACCTATTGCCGGATTCCAAAACACACAATTTAAACTGGCAGAATGTACTACACAATTACAAGTGCATCAAGCGTTTTTAGATCGGTGTACACTATTGGTATCAAAGCATAAGCTTACTGCTGAAAGTGCTTCCATGGCAAAGTATTCAGCAACAGAAATGCACGGCAAAGTCGTAGATGAATGCCTACAGTTATTTGGAGGTTATGGGTATATATGGGATTATCCAATTGCCCGCATGTATGCAGATAATAGGGTCGCTAGAATTTATGCTGGAACCAATGAGATTATGAAATTATTGATCGCTCGCGGTTTATTTAAAGACCTGTTTCAGCAAATGAAGGCCACTAAGAAAAAAACAATAAAAAACTAAGAAAATTGCTGAAGTCGTACCGAGAACTCTTTATATAACAAGAAACATCTCGATACATGCCGATGTGAAAGTCGGAATACTCGATTAGACAAAACAATTTAATATAAGCTTTTCACACCTCACCAATTCTAGTTTATTTTATTCATTTCTATCAGTGAAATTAGTATCGAGAACTCTTCATAGAACAAGAAACATCTCGATACATCCCGACGGAAAAGTCGGAATACTCGATGAAATAAAACAACTTAATATGAAATTTTCACAACCAATCAATTCTAGTTTATTTTACTCATTTCTTTGAGTGAAATTAGTATTGATAACTCTTCATAGAACAAGAAACATCTCGATATATCCCGACGGGAAAGTCGGCATATTCGATAAGAAAAAACAACTTAAAATAAGCTTTTCAGAACCAATCAATGCTAGTTTATTTTACTCATTTCTATGAGTGAAATTAGTATCGAGAACTCTTCATAGAACAAGAAACATCTCGATAAATCCCGACGGGAAAGTCGGAATACTCGATGAGACAAAACAACTTAATATGAGCTTTTCACAACCAACCAATGCTAGTTTACTTTACTCATTTTTATAAGTGAAATTAGTATCGAGAACTCTTCATATAAAAAGAAACATCTCGATACATCCCGACGGGAAAGTCGGGATATTCGATAAGACTAAACAACTTAAAATAAGCTTTTCACAACCAATCAATGCTAGTTTATTTTATTCATTTCTATCAGTGAAATTAGTATCGAGAACTCTTTATATAACAAGAAACATCTCGATACATGCCGACGTGGAAGTCGGAATACTCGATGAGACAAAACAACTTAATATGAGCTTTCACAACCAACCAATGCTAGTTTACTTTACTCATTTTTATGAGTGAAATATGTACCGAGAACTCTTTATATAACAAGAAACATCTCGATACATCCCGATAGGAAAGTCGGAATATTCGATGAGACAAAACAACTTAATATGAGCTTTCACAACCAACCAATGCTAGTCTACTTTACTTATTTTCATGAGTGACATTAGTATCGAGAATAAAATTTTTCGTTTTAAAACAGTGTTCGTACTATTCAAACGTATGGCGTTGCTCTGCTGTTGAAGAGGCATCTAGCAATTGGTTAAACTGTCTTATGCGATTAAAATCACGTGTAATCTCGGTAGATACAGCAACACCAACAATACCTATTTCCAATAGGGCAGCAACATCTTTTGTGGTAATCCCACCAACGCCTATAATGGGTATTGGGGTTTTTAAGACATCCGTTATCGCTCTATAACCGTCTAAGCCCAAAACTGGAGGTGTGTTAGCTTTCGTAGTGGTTTCTCTAAAAGGACCTAAGCGGATATAGTCTATTTCTTTATCTAATAATGTTTCGCACTCTTGTAAGGTATTTGCTATTCCCCCAATACTTTGCCAAGTGTATAAATGTGTTCTAGCTTCAGTAGGGCAAGGATCTGTGGGTCCTAAATACACACCATCTGCTTTAAGAGTTTTTGCAATTTTATAATCACCGTTAATAATTAATCGGGTTTGAAAATGTGTGGTGGTTTCTCTAGCGGCTTCTGCTATTTTTAAGAATTTTTTTTCTGAAATGCCTGCAGTATCCTTAGAATTGCTTTTTAAGTTTAGTTGTACTAATTCTGCACCATAAGAACAGGCTTTTTGGATGTTTTCTAGATGTTCTTCTGGAGAGTTCCCCTGGGATATATAATGTAGTTTAGGTATAACCATATCTTAATTCTTGATTCAAAAATATTAAAATTAGACGCCATGCAAAAATACAAATGTTTAACTGCCCAACGACAAAGATTTCTTTAAATGACGTTGTAAAGAAAGTCATTGGGTATTCATTGATGCCAATTTATAAAATTCGTCTGTTTTCGACCAGCCACTATTTAAAAAACCAGCCTGTCCTAAGTCTAGTCGAAGGGATAGGAGCTTAGTGGAATATGCGTAAAATAAAATGAGTATTCTGAATTAAAAAACCACCCCTTTTTTAATTTAATAGACCTTGAAACTAAACCTATTTTTTAAAAATCATAGTCGAAACCTTAGCACCATCAACTAACTTCAAATTTAAAATATACGCTCCCGTATTAAGGTCATTAATATTAATTTCTCCTGATTTGAAATTGATTTGAAATGTTTTTACTTGCTGTCCAAGAAGGTTGTAAATCGAAATTTCTTGTATGGTTTGTACCGATTCTATCATCAGCTTTTCTTCTGCTGGATTTGGATATATGGTGAAATCAACTTTACCAGTATCAAAATTGTCGGTACTTAGAACTGCAGAACTTGCTATCCAATTGCTAGCTAAAGAGTTATCAGAATTAACATTTATAAGTTCTAAATAAAAACCATCACCATCCGCAGTTTCTGGCCAAGGTGCTTCATCCAAATATTCCACTTGATCAATCAGATTTCCAAAAGCGTCTGATAACACTAAATTCTGACTTTTGTTCGATAAATCTCTGGTAAATGTATCAAAAGGAACTATCCCGTATTTATCCTGAAAACGTGTTGCATTTCCTACCAAATAAAGAGATTCTCCAGCTGCAATAGTTTCATTTTGATGAAATTGATAGGAGACACCTAGTTTGATCAAGTATATTCCTGTAAGATCTACAACTGTACTTCCACTATTTTGAATTTCTATAAATTCTAAGTCGTCACTTTCTGGAAATATATCTGTTTCTTGAGGATTGTAATCAATTTTGGTGATAACCAAAGATGGCGTTTGTACCGAGTTACAACTTGAAAAGTCACCAAGTTCGATTCCCATCCAGGTAATTCTCTCTTGTATCCAGCTTTTCATAGTGGTGACCTCTCCTGAAAAATCATCTATTGTATTCCAGCGTTCATCCTCACGAACTAAAGCTTCTGAAATCAATGCAGCAGTGCTATCAATTAAATTGGATATGTAATCGTAATTTAAGGGCTCTTCAGCTCGTGTGAGTTCATTAAATCGCTTAGATAAATAACATTTAAATGTGGGGTCTGCAAAAAGATCATTCCAAAAATTAGCCCCTGTATTACTAAATTCAAATTGCCATACATCCGTAAAACTTCGGTCAAAACCAAATTGAAATAAATCATTGCCATACGTTAGGTTATAATCCCAAACTGGACCTGCTCTTAATTTGCCGCCTCGATCCTTATGATAATAAGTACTGAGTGCATAGGCATCTACATTTGAAGCCATTTCTGCCACCAACATATAATCTATAAATGAAGGCACATCAATAACCGAAGGATAGCCATTTATAATATCAGAATTAGTAGCCGTTTGGTCTAGGTTTCGAAAGACAGATTCAATGTATGCAGATTGTTCTTCTGTAATATCATCTGAGTTTGGTTTCTCATGGATATATCCGGCTCCGTTATTGTTCCAAGCTTCAGGGTCATCATCATCAGGTCTATCAGTCTGCATAATATATCCTCCTGTAACCTCTGGAAATGTATTTTCATCGTCAGCTAGCTTTGCGATGTCCACACGGTCTCCATCGCGTTTTATCTTTTCTGAAAGCGCGTATAGACCTATGTAATCGCCATTGAGTACCACCTCACAATATTTTAAATTCACAGCATATTGTCCCATTTGCCTTGCCATTTCATAACTGATAAAATCACGCATCATACTTTTATCAAAAGCAAATGAATTCAAAATCCAGTCATTTTCCTTTGGCATTCCCAGCAATTTTACGTTATCATTTTCTGAACCATCATCTGATAAGGTAGAAAATCCATACGGCTTTTTAGGTAAAAGTTGAGATGAAGACCCTCGAATTTCGATGCTTATTGTACCTGAATAATCTAAGAATTCTTCATTGTCAGCATCACATACAAAATTTCTGGCTCCATCAGGTCTTTGAATTATTTTCATCGAACCAAAAATTCGAGGATCATCAGGAATTTCATCACCGTTATCGGTTTCTATAATAACAATAGGTAAATTACTATCTGTAAATGCTTCCGTGTCCACATCTTCTCCACAAACCCTTGACTCGTATAAAAAGTCATCGATATAAGCCATTACAAAATCAAAGTTGTTTTCTGAATTGACTTGAAGTAGAACTCTATTAAAGTCTGTTCGGGTAGTTGGATCAGGTGAATCTACATCGAAGTTGATATAATTGTCAGTAGCAAAGTTAAAAGAAACGTCTTGCCATTGATCTAGTACAATAGGTTTTATAATTTCAGATTGTGTAGTCCAAGGTTGGTCGATAGTGCCATCTTGTAATTTTAATGAAATTTGATTTGGTTGTGTTCCAGTAATGCTATTAGAAGGAACATAAATTTTCAGAGAAAAAGAACTATTAACAGTAAGATCAAAATTTTCATTGGTCTGAAAACGAACATTTGCATATTGACCGCCACTGTCTTCATATTTCATTACAGTATTAGAGGTGTTTATTTCTTCAGGAAATGGGTTTGAAAACAGCACATTAATTGTACAGGCGTCTTCTGTCCATGTATTTATGTTTCCGTCACCTTCAAAATCGTCATTTAGATTTGAAACTTGTGAAAAAAGAGTTAAGGAAAAACATATACTAGTTGCGACAAGAAGCAAGTGTTTCATAAATTGTTTTTATATACAAAGTTAACCTATATAAGTTTTTTTAAATGCAAATCGTACTATACAAAAACTATACAGTATCCTATTTTTTCATTTCAGCTTTATAATAAACATCAGTAGTCAACTGCTTAACGCCATTTTTCACGTGGAAATTTTATAGCAACTAATTATATCTGTTGTTGAGTTAGTTTACTTTTCAACTATCATATTTTCCAAGTATCTCAAAGCTGAAGCAATTAAATTACTTCGGTTCCTTGCCTTATTTTCAAAACTATCTAGAGTTTCTCTATCCAGTTTTCTTCCCTTTACAAAAACGTATGTAGGATTTTTTAATGCAGACAAGTCTAATAGAGGATTATCATCAATTAATAGTAGGTTAGCAATTTTACCAACTTCAATGGTTCCCATAGTGTTCATAATGGAATGCGTTTTTGAAGCATTTAGTGTTGCTGTTTTTAGTACTTCATAATTAGAAAGTCCAGCTTCTTTATAAAAAGCAAGTTCTTGATGAATAGAAAACCCAGGGACAGTTACACCTATTCCAGCATCAGTGCCACAGATAAAAGTAACATCAACTTCATGTAACTTTTTGATGATTTCCAAATGAAATTCATGTTGTTTTTTTATCGTGTTTACTACTGAAGAGTCTTTTAATTTACTAGTAGTCCATCGGTCAAATTGGGCTTTGCTATCTACTTTTTTAATAAGAGGATTCATGAATTGCAAGGCTTCTGTTTCTAAGATATTATCATCGATAAGCATTTGATAAATGTTATTGTAAACCGTCAAAGTCGGACTAAAAGCGATGTGTTTCGATTTTTTAAAATCTGTAATTACTTCCTTTAATTTCAGTGTATCTAGTGTATAATTTAGAGGTTGCTGTATAATATCCTCAGCATGTTCTATAGATTTTATTTGTGGATTAAAGTGATAGGAGTAAGGTACTTTATGAGAAGGATGTGCAACGATATCCATATTAGAAACCAGTGCTTGTTCAATAACAGCATCAAATATATCTTCAGTTAAACCATAATAGGTTTTAATAAAATCGTAGCCTCTTTTTTTATATGAAATCACTTTTTCTTTGGCCTCAATTGGGCTTACTAGATGTAAATTGTCATCTCCAATAAATTCTGGTCCCGTCAGTTTTGGACCACTTGTAAAGAATATTGGAGCAATAATTTTATTATTTTCTATATCTTCTTTAAGTCTTAAATGCATAGGCATACCCCATAAATTACGAACAGAAGTAATACCATTGGATAGATATACCCCAAGTTCATATCTATCCCATACATGAACATGCATATCGATAAGACCAGGGCTTAGGTATTTGTTTTTTGCATCGATAATTTCAACACCCTTTATTTCAATATTATCCGATATGTTTTGAATTAAACCTTCTTTTATGTACACCATTTTGTCAACTAAAATGGTGTCTTGATTCATTGGGATAATATTTGCATTGGTAATTAGATAGGTGTTATTAGCAAATTTATTGTTCTTAATTTTTAAATAGTTGGTGCTTTGTTGATCTATGAGTACCACAATGACTGTAGATATTAGTAAAATCCCAATGAGTATGGCGATAAATTTAAGAACTCGTTTTACTATTTTCATACTGAATTTAATAATTGCTAGTATTCTATGTGATACTCATCAAAAAGGGACCAACTTGCTTTTTTACAATGTCTACTTACTAAAGATATACTATCCGACTCAGTACTGTTGACCTATACATCAAGAATTTAACCCAGACCCTTTAAACTATTTTCATTCAGCACTAAATTTTTTGAACGAAATAGTTACAATACCACATTCACCTTTAAGTATAGCACCATAACTAAAGGTTAATATACCTTATACCAAATTAGACCTATAATGACGCAATAAATAGCATTTGTTTTATTCCGTACTATTTCCCACCTGTTTTAGCGGAAACATAGTCCCTTTGTCATCGGCTCGCCATAGTGTATTGTCTTTTATGAATAGGCCTTCACTAACCTCACCCGAATGATGTACATCAACACGTACAACTTTTTCATCATAGTCATGGCTAATATTTGCAGCCAAAGTATGTCCAATAGCTATTCTATCTACTTTAAATTTTTCAAGTACCTGATTCACATGCGCTGTGCTCGCTTTTTCGCCAAGATCATCTGCACTCCTGTCTAGCGCTAAACCTCTATAAAATAGTATGCCATTGGCATCATGTATCACACTGCCGTCAATATTCCTTCTTATTACATCATCAGTCACAAAATTATTTTCTGCTTCCTTGTCAATGGATTGAAGTGTAGGATTCATGCCTAATACTTTAGGAGAGATGCCAGCATGTACAAACAAAGTACTCCCAATTTTCAGCATCACAGGTTTACTTCTTAACCAGCGTCCCAATTCTGATTTTTCAGACCATAATTCCCGTTGAGACATTTCTGTAGTGCGAAAAGTGCCATAATATTTAGAGGCGACGGACTTGGTTCTCCCATCTAATAAATAGCGTTCATGATTGCCCAATACAAAATGAACATCTCCACCAGCAAACTTAGCTTCCCCCTCTAATTTGTAAATTAACCATAGCAGAGGAACAACATTCCTACCGCGATCAACCATGTCACCAATTAAGACTAAATGACCAGAGCCATAACTCCAATTTAAAGCATGATCTATTACACCGTTTCCCTGTAATAAATGAACCATAGAGTCAAACTCACCTTCAAGGTCTGAGATAGCGAACAGCTTTTTAGGACTCGGAATACTCAATTCTGAACGTTGATGAGCTTTTCGCAAAGGAACTGTAAATTGAGTCCCTTCATCATTGTCTGCTATAACTTCAACTTCGTTTGTTACGTCTTGGCGAAGTACCTCGGAAGGAGCTTTGCCATCTCCATTGATATAAAGGGCATAACGCGTATCATTTTCGGTTAGAACATAAGGACCATCTTGACGAACAGGAATATTTTGATAGTCGAGAAATAACCATTCATTTGAGTACCCCAAATAGCGACCATCGGGTGCTTTTATTCCAATTCCTGTAACTCTACTAATCAAGGCAATAGATGCGATTACAATAAGTAAGAAAGCACAAAGCAGTTTCATTATTTTTTTTAACATTTTTATCTTTTTAAGTTAAATTCTAGTACTAGATTTATTAATTTTAAGTGATAACATCTGAATAAGTCCCCTTATAACGTCCTTTTATAATTTCGCCATCTGGCCGCGCGCAAATTCAAAATCTATTTCATCTGCATTGAATAAACGTATATAGACATTTGGTCCATGATTCCAAACATTAAACTCTTTTTTACTAATTATTGCGGTATTTAAAGGATAAAAAACACCTTTATAATGAATGCCATTTCCATTGTCAATAGTCGGTTCTGGGTCTATATCAGAATCAGAAGAGCAGGATTGGCTGGCGATGGCTATTAAAATAACTAAGAATAATTTTGCCGTTTTCATTTTAAATTTTAAATAAATTTTATTTATCCTTTAGGTTGATACTATGACGAATTAATGTTCTTTTTGTTACAAAAAGAGAGCGTTTTCTTTAATTTGATGACTTGTTGGGTTGGGTATGGATATTTTTGTTCTAAATAATCTCTATAACGATGTTTTCTACTTGTAACAAAAAGGACCTTTGTCTATAGCATATTATATAATTCGATTTCGTTAAAGGGCCTCTTTAGATTTTTTCACCAGTATCCTATTTTATCATTTTTTGCAGCAACTAATAAACCGGGTTCTATAAGTGCTGTTATCATAAAATGAGCAACTATGCACGGTGCTAAACTTCGCTCTGAGACTAAGTACACAATGGCTAAAGCAAAGCCTAATAAGGATGTGGAAATAAAAGCATTTACCCCAGCTTTTTTGTTTTTTATTCCCCATAAAAGATGGATGATTCCAAAAGCTAAACCTGATAATATGACCTGCACTATAACAGAGAAATCATGTGAGTCGAGATAATCCATAATCCATTTTCTATAAATAACCTCTTCCATTATTCCTGCAAAGACAGCTGCAAGAATTGCGACTACTTTTAGTTTATCCATTTTGAACATATGGTACTTTACTTCTGATAGTTTTGCTGCACTTAAGCAATATAAAACCACTATTAATAATGCCAATGCCCAACTTAAGGCAGTTCCACTATTACTATTTGCAAATCCTAAATATGAAATAAATCCCATTGGGTCAGAAAACAAACTAACGACAACAAATGAACCCCATAAAAAAATCATGGAAATTAAAAAAATATAAATTGACTTTTTATTCATAACATGTCTTTTAAAATTGAAAACTATATTAACAGAACTGTTCTCAATGGCTATTATTTATGAGCAACTTCTTGTGCCATCTAGGATCGTTTTTGCTAGTGTGTTTTATAATGATTTCGATGCGTGTTTCAGCAATTCACTTAATAAATAATTATCAAATTGAAAATTCGCAAATATTTTTGTAAGTAGGTGAGGACTAGCAATAAATTATATGCTGTGTTTCCATTCATTTTTTAAATTAGTCGTTCACACTCTCTTGGCTATAATTCAATACCTTATTTCTTATGTCATCCATAGCATTTTCTGTTACTGGATCAACGTCCCTATTCATTAAAATGATAACTGCATCCTGCTTTTCTAAATCAAAATACACACTGGTGAATACCCCAGGGTCGGAACCAGAATGGCCTGTTAAACCGGCTTTATTGTCTCTCCAGAAAAAACGCTGTCGAGTACTTAATGAATCGGGAAGTTGGAGTTTAAACATCTCATTAAAAGAATCTTCTGACAGTAAATTATAATCACCCTTTTTTCCTTTATTAAACACTGTTTTTATTAAAATGCTTAGGTCATTAATACTAGCCGTTAGACCTTCATCTGGATATTGATGATTTCCATAGTGAGGATATTCAATAAAGGTTTTATTCTCAAAAGGGGGATTGAAAATTTTGGAAATCAAATAATTAGTGATAGGTGTATTCGTATCGGCGCATAAATTAAAAAACGGAACACATTGTTTTACATTATAGCGCGTAGCTAATTTATTCATTTCAAATTCTGCTAGTGACCATCCGGTATTTTCCATTTTTAAAGGATGGAATATTTCTCTAGAAGTAAATTCAGCAAGACTTTCTTTTGTGATAGATTCTAAAACTAAACCAGCAACTCCTGCTCCAAGATTACTATATTCTCTTTCAGTTCCGGCAGGAGTATTCTTGAAGAACTCTCCTTGGTTGTATAAATTGCCACTCGGTGTGAGTAGGCTTTTGATATGTTTAGAAAGTGATATTTCGGCATTTTTACTAATCGCATAATTATCAATATCATAATAATCATTTATACTTGAGGTATGCGTAGCCAAATTATGAACAGTGATTGCTTTTAAACTATAGTTTGGGTTATCTATTCTGAATGGCAAATAGGAATTAATATCTTGATTTAAATCCAGTTTTTCTTGATCGACCAATTTTAATAGAGCTATGCCTAAAATAGGTTTGCTAATTGAAGCAATATAGAAGGGTGTATGTATGTCAACTTTTTTTTGACTTTTTACGTTTGCATATCCATAGCCCTTTAATAAAACGACTTCCCCATCTCTTATTACAGAAACAGCCATTCCAGGAATTGCTATTTCTTCCATTTTAGCTATAATATAGTCATCACTATTTTTAGCGGCATTACTTTTTATTTTTTGATTTGGTAAAATCAAATAAATTAAAGTTAAAACAAGGAGGAATAGTAGTATAATTTTCATTTTGATTGTTTGATTAATGATTGGTACTACTAACAAAAGTTTAATTTGTTACGATTGAAGTGGTATCTAACGCCTAGTATAAAAATAGTAAGGGTTTAAAACTTACTTATTTTTCTTTAAACCGTCAAAGTTTAAATTTGGCTGACTTTGTTAGCGTGCACCAACTTTCAGTTTGGCATTTGACCCTTATTATTTTTATATCTTGTTACCTACTAGCCTTTAAAGCCACTAAGTGAGATGGCGATTTTCTATTTCAATGTTGTATTTTTATCACTTATTGTTTTATTTTTTATAGGTTGACCTTTTATAAATTTGGAAACAACTGCGGCAAAACTATCTGGGGCAAAAAGAGCTATAAAGTGGGGTGCATCTGTGACCTTTATAAAAGTAACAGGATTATTTTTTGATAGTTGCTCAAAATTACGAATGGCACCAGAAATATGAGTTTTAGGGTCTAAGGTTCCATGTATAATTAGAGTTGGCGGCATATTCTCAGGTGTTTTTCCAATATATATATCTCGTTTATAAGTAGGCATTGCGTTTTCGGCTATTAATTTTGGTAGCTGACTTGCAGATAATAGATTTTCTGATTCTGTGATAACCTCACTCTTTTTCATCTCTGGTCTTAAATTGTTTTCAGAAGATGGAAAAAACTTTAAAGAATTGCATATACATATAATGAACATAAAAGGATGGCTTCGTGGAATTCATCATCATTGCAGTAGAGAGCGTACGCAAAATTATCTTGATGAATACCATTTTAAATACAACAGAAGGTCAAATATGGATACAGTATTTGATGTGTTAATAAGAAAAATGGTAAATTACAATTTAAACCAATAAAATAAACACTTAACAAGTACGACCTAAACGCTTATACCTATTATCTTTTCTTATTTAACAAGTCAAATTTATCTTAACAGCTACTGGGAATTGTTAACCTCGCAACTATATTTCAACTTTTATTAAGCAGTGACCTAGCTATTTAAGAGGTGTTTACGTTATTGGAAATAGCTTGCTTTAGTTAGAACAATTATTATTAACTAAGTCATCTAAAGAAGGATTATAGCTGTTGAATCTAGCTGAAAACAAAATCGTTTGGCTATTTTCTTGCGCAAATACTATTAAAGAGCAAAAATCAGTCAATGAATCGTTGGAAACAATTCTAATATCATCACAAGAAGTAAGTCCTTCTAAACCATTTATAGTAATTAAATTAATATTATTAAAGATTAATATCAGAGGGATTTTCTCTAAATTTTCTAGCCCATTTAGGGTGGTTAATGATGTATTGTTAGAAAGAAAAAGTTGGGTGCCAATATTAGTTAGACTATTAAAATAATTTAAATTTTTCAAAATACTATTTTTTACAATACTTACCCCACCAGAAACATTGCTTAAGTTAGTAAGTCCAGATAATGAAGTAAGTTCTCGGTTATATTCAATTTCCAAAAAATCTAATTCCATAATATTTTCTAAACCCTTTAAAGATTTCAAGTTATCATTGTACTTAATAAATATACCACCATTAATTTTTTCTAAATTTTCTAATTTACTTAAGTCTTCTACATCATATGTATATTTGATAATTAAATTCCCATTAATTATCTTATACTGTTGGATATCTGGGTCTTCTAAATCTTTAAGCGAGCGGATTTCCAAATTTCCTTCCAGTTGGGTTGTTAATTCTGCAAGGTTATCATCTGAAGAACATGAGATTGTTAATACTACCAATATGATAATTCCTAATAATTGTTTTTTGATCATGATTTTTTTAAGTTAAATTTTAGTACTAGATTTATTAAATTTCAGTGCTTACATCTGAATAAGTCCCCTTATAACGTCCTGTAATAATTTCGCCATCTGGCCGCGTAAATTCCCAATCTAACTCTATTTCATCTGCGGATATAGCGTTTATATGCACAGCACTAGAAACGGCTATATTTTCTGGGAGTAAGGTATGATATCGTAGAATTGTAGTCGCTAAATGAATGTGAGAAGCATCATAATCTGTATTTATGCGCATGTTATAATTAAGTACGGGTGATATAGTGCGAGTCATTACTTCGGTTGCTTCATAAAAAAAACTAAATTTATTTATGTCCAGCCATTTTGGATTTATAACAAATGGATCATCTGCATCGAATAACGGATCTGCATTGAATAAACGTATATAGACACTTGGTGCCCTATTCCAAACATCAAACTCTTTTTTCCTAATTATTGCGGTATTTAAAGGATAAAAAACACCTTTATAATGAATGCCATTTCCATTGTCAATAGTCGGTTCTGGGTCTATATCAGAATCAGAAGAGCAGGATTGGCAGGCGATGGCTATTAAAATAACCAAGAATAATTTTGCTGTTTTCATTTTAAATTTTACTTATTCTATAAGTTGATACTATGACGAATTAATTTTCTTTTTGTTACAAAAAGAGAGTGTTTTTTTAATTTGATTACTTGTTGGAGTTAAACTTAATATAGTTTTTAATCTGTTATTTTTCGGATCACCCATTCTAAGGGGCCAGATTCGTAATATTTTCTCCAAATAATAGCAAATAGGATACACAACAAACTAAATTGGATGGCATATATTACCGAAAATTCAATTGAATAATTTCCCATTTTTGAAGGGTTTATTAATTCAATAATTCCCATTCCAATAATGACGTGTGCGACATAAAAGGTCAATGCCAATTGCCCTGTTTTATTTAAAGCATCAATGATAAAACTGTTTTCAAATTTCTTGGCAATGAGTATGCAAGCTGAAATGAGTGCAAAAGCAACGGCAATACCATTAAACATATAAATGGGTAGCGGTGGCATTGGGTCTGTTCCAAAAATTTCAGTGAGTTCCATAGCAGCTTCTTGGTTTCCTTCTGATAAAATTGAGATGGACAGATAGGATACCACTTGAATAGAAATAAAAATGAGGGTACTCATCCAAAATGTTTTTTTTACGAATTTGTCGTTGTGTAAATCCTGCTTTCCAAACCAATAACCAAAAATCATAAAGGCAGTCCAAGGCATTACGGGATGAAAACCATTTAAAAATAGATTTCTCATAAAGCCTTTAAACGTCCAAAAATCTTGATAATCTAAAGTGGCAAAAATCCAACCTGTCTCGTAATTCAAAACTGTTATTAAAATAGGATACACGAGAATGATGCAAATACCTGAAATTAGGATTGTTCTTTCTTTACAAGTTAAGAGCACCAGTGTGATGGCCATATAAATCCCATAAAAATGCAGAATATCGGCTGGCCAGATTGTGATGTATGAAATACCAATAAAGAATAGGAATATAGCTCTTTTTGCTATTCTTCTCCGAGCAACTTTTAGTTTAGCCTGATCATTATTTTTAATGGCAGAGTTTGTCATTAAAGCAAGACCAACTCCCGCTAAAACAACGAATGTGGCTGCGGCTTTGCCATCAAAAATACCAGCGAACGCCCTGACCCAAGGTAGTCCATTTTCGCCGAAGACAACTTTGAAATTGACAATAATCATTCCGATAACTGCCAATGCTCTTGCCACATCTATTCCTATTATTCTTTGTTTCATAATGTATTTATTAAATCTCTATACTGTTTGCGTATTGTTTTAAACTATCAGTTATTAGAAGATCATTATTTGAGATTCTTCAAACAAGGATATTCATCGGGTAAGACTCATTTTATAACTGTTTTAATTCGAGCTGCGTAGTCGTGGTTTAGGCGTTCCAAGATAAAATGCAATTAAAAATTAACTCCTATTTCCAATGCAAACCCAAAGTTTCTATTGATCACTTTAGACGTCTGCCATTGTTGAAAGAGACCAGCTCCAATCACGATTCCATACTCTTTCCAAGGAATTATTTTTACGCCTTGGTTAGCCCGAAGACCTATTAAAAAATTAGTTGATTTTCTGTCTTCTAGATCTCTTAACACTTCCAATCCAACAGGGACACTTAAACCAAGATCGAAATAAACACCAGGGGTTATTTTGACATAACCATTGAATCCGAACCCTAAGGTATACGAATCAGCAAAGCTATACCCACGCTCTCGTACTATATCTGATTTAGCCCTAGATTGCCCGTAGCCTATTACAAAAGGAATAATAAGGTCTTTTTCATGATCTGAAAATCCAGTATATGAAACATTCCAGCCCTCATTATATTTATCTGTCATTCTTTTATAGGTTAGCATATTAAACCACTTCCCCAAAGGAACATAGGTTTCAAAAGTGGATGTGTCCTTAGGGGAAATCGCATTATCTAGCATTCCATCTTCTGTAAAACTATCAGTTGTATTTTCTTTTTGTGCATTGATGTAGCTCCGTAAGCAATATTCCAATGCTGCTCGGATTCTTTGTTCGTGGGTTTCGTAGATTTCCGTTAAACTCGACACTGGAAAACCCTGTTCTTCATAATGAGCGATTTTATAAAGTTCTTCTCCGTTTTCTGCATAGAAATAGAGTTCAACATACACTCGAGCTGTTCTCTTTTCTATACTTGTTTGTGCTTCTTCAATTTTCAAATGATCAACCTTTAAAGTAATCGGAACTCTGTTACCTGTTTTAGGAAGAACGACATCCATAAAGTTCTGGATTGTTGTTGCAGTACCATTCTCAAAACTCAATTTCACTTTCTTATTAGAACTGTCTTCTACAACTCCAAGGTCTTGCTCCAGACGATTATCGATAACTTTATCTATATAAAAATTCTGATTCGAAATCTCGAAGGGAACTATTTTTAAATCTATAGTGGTCTGTGAAAAACAAACGGCACAACTAAAAAATACTACTAAACTATTTATTATTTTTTTCATTATTTATTATTTTTATTAAATAGAACTGTTATAATGGACTTCGACATCACTAATTTCATTGATATCATATTTTAGTATTAAGGAATTCTTTGATATTGAGATGATGTAAGCTTTTACTTTATCCCCTTTTTCATCAACCATTAACACATAAGCACCGCTTGTATTTAGAATAAAAGTTCCTTCTTCTACATTGCCTTCTGATGTTGACGTATAAGTCATGTCTTCATTAAAAAGAATATAATCCCCTTTTTCCCTTTTGTTGGGTGGGAACTCCATGCTTTCGATTTTATAGGTATCTAGAAACCAGGTATTGTATAGCATATTTGTTTCGCTTTGTTGAACATGTGTTTTGCCCGTTATGGACGGTATTAAAAAGTTAGTAATGATGACGACCCAGATGTAAATTTTCATTCGAATTATTTTGTTTATGATTTATGGGGCAAATATATTTAGGTACTGCCGTAGAAATGATTCGCCCTATAATACCGAACAAAAAAAAGTGTCTCCATTTATCGGGAAGACACTTTAAATTAGTTTAAAACATTTATAATCAGTAAGTTAAATCAATATTAAGACTTATGAAGTTTTTTAAATTCGGTAGGAGTCATTTGTGTATGTTTTTTAAAAGCTGTGTAAAAAGCAGCTTTGCTATTAAAACCTACATCTAAGGAAATCGCAAATATTGTATCTGGTTTAGGCTCTATGAGTTTCTTTTTTGCCTCTGCAATTCTGAAGCTGCTAATAAAATCTGGAAAACTCATTTTAGCGCTCTGATTGATGGCCTGTGATATATGATGAATAGAGTGATTTAATTTTTCAGCGATGGTATTCAACTTTAAATCAAAATCTAAATAAAGCAGTTCCTTATTAACGACCTCTTTAATTTGCTCATAAAGCTCTGAAGAATCTGTTAATGAAGATTTTGCATATTTCTCAATAGTAGACGTGGGTAGATCTTCAAAATTTCCAGAATAAGCAAATATTGGAAAATGCATAATAGAAAAGGCGAATATAAAGAAGAATATAGAATAGATAAGTGTTTCAAATTTTAGGTAAAAGTTGAAATTACCAATATCTAAACTGCCCAGAATGGTGGTCACAAAAACTACAATTTGCATGAGTATCACTGCGACAACAATAGTCTTAATCCACTTGTAAAGGTTTTTTTGACTTTCATTTAATTCAATTTGTAATGGAGCCTTTTTTAAATTCTTATAAGCAAGAAACATAAGTGCAATATTGATAGAACTTACCAAAACATATTCAACTAAAACCAATATGCCGTAGTTGGAAGTCTCCAATGCTGCTACAAAATCTTGTAAGTTTTGATCATGATCAAATGGAAGAAACACTAAAATTCTAAGTAAAGTATAGGCCCCCACTATAGGAATCCATTTTTTTGTATTTATTTCGGATTTGGTATAAATAGAGATGAAATAGTAAAATAATAAGCCTGTGAAATGATAGAAAAAGTAGGTTATTCCAGAAAAGGTTGCAGGTATCAGGTTAGAGATCGAAAGATGGTAGTCTAATGCCGTAACAACATAAATAAAAAGTAAGGAAGATAACACATATCGTATTTTTTTGTTGTTTCCTAATCCAAATTTATTGAATAGAATAAATATAATTAAGACCAGTCCGGAAATTATACTTAAAACTGGAAAAACACTTAAAACATTCATGTTGATAAATTAAAGTGGCAAAGATAGTCTCAATAGACCTATAAATACAATACGAAAATTGTATTAGGTTATAACTAATAAATTATCGTTAAATAATACTGCCTTAAACGTCCTTATTTTAGATTATTTAAATAAGTCTTAAGCTCTTTTAAATAATGATAATAACACGCGTTATCATTCGATACTTTACTTAAACTTCTAATGCCCCAATAACTTGATAATATAAAATAGGCAACTTGTTTTGGTTCTACATCACTACTTATAGTTCCGTTTTTTATTTCCTTTTTTAACGTATTTTCAATCGTTATTTGCCAGTCTAAAGTTACTTCATTGAGCGCTGATGTAAATTCGGAATTCCACGGTGTCATTTCTTGAGTTAAATTTCCCAGTGGACAACCATATTCAAATTTTAAGATTGGATTTTCTAATAAAAGAGATCTCATTATTAAATAAATTTCCTCGATGGGTTTTAAAGCCTTTTGTAATTTTAGATTAAAAGTGTTTTGGATTGTTGGTTTAATGATTTCCTTGATGACCGCAATGCCCATTTCGTTCTTGGTTTTAAAATGATAATAGAACGCCCCTTTTGTCACTTTTACAGTCGCTATAATCTGGTCAATACTCGTGTTTTGGTAACCCTTTTTATAAATTAGGTCAAATGCATTTTCAAGAATCATATGTCGAGTATTAGATGCTTTTGTCATAGAAGATAATAAATTAGTTTAGTTAAAAAATAAGAAATTAAATGCACTTTAAAAAGTAAGATAGTTGCCTTAGATCAATAAAAGAATTCCATTTTAAATGAGTTTACACCAAATTAAATCCATAATATCACAATAAATCGTTTTACCGAAACGAATTCGGCACACGCCTTTTTTGTCTGCTTTTTATCAAAAATAATTACCGTGACTAGGGCTATGCTAATTTTTTAAATTCGACCAATCAAAAAACTTGTGCTGAGCTACGTCGTAGTATAATTCAATTTATTTAAACGACATTACAAATTTAATATTAGAAATCGGTATCCAATGTATTCTTATTCGCAAGCTTTTTAAATCCCATTTTAAAAAGTATATCCGCTCTAGTATTTTCTTTGTGATTTAATGTTTCCATAGATTGTATGATGTCTTGCTTAAAATTAATCCTCGAATATTCGTTTTGCGTCTTATTTATAAACGCATTAGGAAGTTGAAAAGAATGAGATCCAATTACATCTATAGCAGCTCCTTTTGATAATAAATAAGATTCATTACCAAACTTTTTCTTATCTACATCAGGATATAAATGCATATCGATTGCCCTTTTAATAAGGTTAGCTTTATTCATATTAATCCCTTTATTAAGAACAAAATCTTTAGCGTAATCCCCTCCATAATTTGCGAAACATTGACTACTACACACAGAATTATGTTTATCTGTTAAACCAGAATCATGCAATATAGATGAAATAAAGATAAGTTCATTATCTGTTTTTATTCCTTCTGAAATAGCTATTCCGGCACTCCAAAAGAAAGTCCGATAACAATGTTTTAAAAGTATAGGGGTGTAAATATCATTTGCCTCTTCGATGGCTAAAAGTGCTAATTTTGAATCAGGGATTTTTACATCCTTAAAATTGAATTTCGCATAAGAATTCAAACCTACCTGACCTAAAATTTTCTTTAGATTTTCATTTAGATTAGATTTTATGAGTGAAATCTTAAATTTTGAAATTTCACTTTTATTCATGATTCCTAAATCTGTGATTGTATTTGACATGCTGTTTAGATATTTATAGTGCAAATATATAAAAACATACTAACAAGTATGTTTTGTGATGCAACTTGTTTTGTATCATAAAAAAAGGACATTAAAGAGTCTATTTCTCCAGTAATAAATTTTATAACTAACTGAAAACGCAACTGATATTTTGATGATACTATTTAAACAAATTATGAGTTGGCAAACTGACCCCTATTATTTTGGCTAAAACAAGCCTTCGACCAGTGCCTAAGTTTTTAGGCTATCCAAATGCAATTATCCTGTGAAGGATTGTATTTCTATATTTTGCACAATCCCCTTATAGTTATCAAATAAACTGATCTCATAAAATACCAGAGGATAGTAGTTGTCCTATACTGTTATGCGTGACGTGTGTCGTGTATTTTCACTTTGGGATTGCTCTGCTTTAGTGCACACATTTTTTTTTTTGAGTTCATGAAGTGTGTTCTTCAATTTTGTAAAAGCAATAGTTACTATTATCAATTCATTATAAAAAAATTTATTCTAATACCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAGAAACGATTTATTGCTTCATTATAGGTCTAATTTGGTATAAAAGGTTCTTTTACGATTTTAATGGAGTGCTCTATTTATGAAATAAAATGAGGAGTGAAGTGCAAACTGTGTCAAATGAATTTAAATAGGTATCTTCCTGACGAATATTACATTTTTATATACTTGTTAAATATCTGTTTTAAATTATGAAAAAAGCACTCTATCTCTTTACACTTTTATTGGTTATATCTTCCTGTCATACCGAAGATAAAGCATCAAAAAATAAAATTGATTTTTATGGAATTTCTGAAACTATAAAACCTGGAGATAACTTCTTTGAACATGTGAATAAAACTTGGCTAGACACTGTAGTTATTGCAGATGATCAAGCGGGAGTAGGTTCCTATAGTTTTTTAAACATTCCTCAAAAAAAGTTGCTAGAAAATATTTTAACAGAAGTTTCCGCTAGCACCCATAAGGACGGAAGTATAGAACAAATGCTGGGTGATTTTTATGCTTCGGGTATGGATACCGCGCATATTAATACACGTGGTTTTGAACCCTTAGAAGCGATTTTTACCAAAATTGAAAGCATTGATGATATTGCTTCTATAATGAAGTTTGTCACTGCTGAACTTAGTTTAGGAAATGAATCTATCATCAGCATGTATGTGTCACCAGATAATGAAAACAGCAGTGTTAATATGTTGCATTTTGGTCAAACTGGATTGGGTTTACCAGATAGAGATTACTATTTTAAATCAGACGCCGCAACACTTGAAATTCAAGATGCTTACAGGACATACCTCGTCACATTATTTACTCTCTCGGCACAAAAAGAGGCAGAAGAGAAGGCATTAACGGTGTATGATATTGAAACGAAGTTGGCAGCAGCACACAAAACGAGAGTTGAGCGCAGAAATGTAAAAGCCAATTACAATAAAATAGAGGTGGCTAAGGTTTCTAAAAATCAGTCTAATATTGGCTGGACCAACTTATTAATGCAGTTAGACCTAAGTGTGGATTCGATTGACATTAAACAAATAAGATATTATGAAGAACTGAATTCCCTGTTGGGTTCAATTCCAGTTTCAGACTGGAAAGTTTACTTAAAAGCCAAAACACTCATTACTTATGCAGATGTATTGAGCACCCCTTTTGAAGTTGCCGATTTTGAGTATACCAAGGTTTTATCTGGACAAACGACCCAGATTACCCGTGCACAAATCATGGTTCAAAAAGTAGATCGGAAATTGGGTTTTGCACTTGGAGAGTTGTATGTAGAGAAATACTTTAATGAAGATGCGAAAAAAAGAGTGTTAGATCTGGTGAATAATTTGCAAAAGGCATTTGAAAATCGAATCGATCAATTAGACTGGATGAGTGCAGTCACAAAAATACAAGCAAAGGAGAAATTATATGCTATTACAAAAAAAATTGGATATCCAGAGGTTTGGAGACCATACCATGCGGAGATTCAAAAAGGGACTTACTTTGAGAACATCGTTGCTTTAAATAAAAATGCATACGAATATAATACTGCAAAACTAGAGCTGCCACCAAATCGTGATGAATGGGGAACAACACCAGCTACGGTCACGGCATATTACAATCCGCCATTAAATGAAATTGTTTTTCCTGCCGGAATATTACAGTTTCCTTATTTTGACATCACGGCAGATGACGCGGTTAATTATGGTGGAATTGGAATGGTGATTGGCCATGAATTAACCCATGCTTTTGACGATCAAGGCGCACAATTTGATAAAGATGGAAATGTAAAAAATTGGTGGACAGACGAAGATTACACAAAGTTCGAAGCCAAAACACAACAGATGATTGACCGCTATAGTTCTTTTACCGTTTTAGACACTCTGCATATCAAAGGGGCTTTAACTGTTGGAGAGAACACGGCAGACAACGGGGGAATTTCAATTGCCTACGACGCTTTTAAATTAACAGAACAGGGCAAAGGCAATGTTAAGATTCAAGGGTTTACACCAGATCAGCGTTTCTTTTTATCAATTGCTAGAATATGGCGTGTTAAAACTAGAGAGGCCTATTTGCGCAATTATATCAATACAAACTCACATTCACCTGCAATTTGGCGTGTAAATGGACCTTTAATGAATTTTGCACCATTTTACGACGCATTTGATGTACAGCCAGGAGAGAAAAATTACAAGTCTGTTTCTGAAAGAATTAAGATTTGGTAAAAGAAGCGGTAACACATGGAATAGAATTTACTCCAGTTCTTTGAAAATAGGCGTTGTTTATCACAAGTCTAAGGGTAGAAAGTGGCCTTTATCGAGCGCAGTCGAGATGATGTAGGAGGGAAGCATATTAAATGTGGAATAGTAATTGGTATTTTGTTATAACTCATTGATTTGTAATACTTTTTGACAATTTTATAGGGTATAGAATAATTAGTTTTTTCAATGTAAAGAATTAAATTAGTATTACATTTGTGTAAATGAATAGTTTATTTAACATATCTAGCAGATTCAAATAAGGTAAATATAATTTATCTGACCTATATTCTCGTGTAATATTTTGGGATGTGAAAATGGAAGATTTATCTATTAATAGAGATAAAGATTTTATTATACAAAGAGTATTGTCAAGACATATGAATAAAATTGAAAATTTAGAAAATTTAGAAAATTTAGAAAAACTATATTCAAAAAATAGTATTAAATTATATGCCAAAAATAGTTCTGAAATTTTCGGTAATGAAAATATTGAATTTGTAGCAAGTCGCTATGGACTAAACCCTAGAGGTTTTAAAAAATATCTCCCCAATATAAAACATGCTTAAACAAGGTGTTTCAGATGAATTATTTAATGTAATTCTGAAACTAATGAATGAACCTTTACTCGAGGATTTCCTCTTGGGTGGAGGAACCAATCTCTCAATTAAATATAATCATAGATTATCAACGGATATAGATTTGTTTTCTACTACAATTATTGGGACTAAAAAACTAAGTTTGATATGTAATTATATTGAAAATGAATTTGGCAATAATAACGTTTTAATAAGCAAGCAAAATTTTGCTTCAGAACAATTCGCTTGGCTTCAAATAAGCTTAATTAAGGAAGAGATTAAAATTGACATTATTCAAAATCTAAAATTGTTATATGGATTTGAATTAAAGGATGGTATTCGATTAATAAATGATCTAGATATTGGTGCTTTAAAGTTATTAGCAGCATCAGATAGAGGAAATCAAAAGAATTTCTACGACCTTTATCTTTTGACCGAAAAAACTGAATTAGAAATATATTATGATACTCTTCAAAGAAGAATAATTGAGTTTTCAAAAGAGCAGGACAAAACAATTTTTGACATTCAAGTGGGAAAGCCAATTAATAGATTAGAAAAGAGTCTAATTTTTTAAAGATGGTGAGATTGAAAATAATAAAAATGAAATCGCTGATACTTGCACACGTAAGTGAGTGGAGCTTTAAATTTTAGGCTATCTAAATACATTTATTCTGTGGATGATTGAATACAGATATTTTACACACTACTGTTATAGCAATCAAATAAACTGATCTCATAAAATACAAGACGTTAGTAGTTGGCCTATACTGTTATGCGTGGAGTATGTCCTAAGCGAGGAACGAGTTGGAGTCTTAGTTTGCTTAGGGACAAAGAAAAGGGTATTCACTAATTTTTTTATTTTTTTTTTTACTAGTGTTTTCTTTTTTGGATGGTAAAGGAACATGCCTTTTCCGAAACGAGCTTAGTAGAGTAGGGGAACTGATAAAACTATAATTCATTAATGTATTATCACTCTAACTAATTAATTTTCAATAAAAAAGGAGTTTTTTTAAATATTAATTAGTAATTTTAAATATAAATAAAATTATTATTGCCATGAAAAGAATAATTATTTGTTCTGATGGTACTTGGAACGGTCCTGAAAAACTGAACAAAAAACAATATCCAACAAACGTCATAAAATTTGCAAGAGGTATTGCACCAAAAGATGAAAATGATGTAAAACAAGTCGTTTTTTATGATTGGGGTATTGGTTCTTATCATGATTCTGCGCTTGGAGGAGCATTTGGAAAAGGTTTAGAAAAAAATGTAATGGATGGTTATCGTTTCATTATGCATAATTATGAGCCTGGTGATGAACTATTTTTATTTGGTTTTAGTAGAGGTGCTTATACGGTGAGGAGTTTATGTGGACTTATAAACAACTGCCATATACTAAAGGGAGAATACTCAGATAAGGTAGAGGAGGCCTTTGCATTATACAAGAATTCAAAACACGCTCCAAACGGAGATCATTCTAACGAGTGGAAAAGTAATTATTCCATTCCAAGCAGTGGTGATGTTAAGTTTATTGGTGTCTGGGATACTGTTGGGGCAATGGGATTACCATTTTCTTTATTTGGTCTAATCAAAGACAAACATCTTTTTTATGATAAAAAACTGGGAAGTAATATTAAGATGGCAAGGCACGCGCTGTCATTAGATGAAAAAAGAAAAGATTTTGAACCTACTATTTGGGAACCAAGAGAAGGAACCGACTTAAAGCAAGTTTGGTTTGCAGGTTGTCACGCGGATATTGGAGGAAGCTATGCTCCTGATAAGGATAAAACTTTTTTATCAGACATCCCTATGATGTGGTTGCTAAAAGAAGCCAATGTATTTGGATTGCAATTTGAATCTTTTTTAAAAGTCACGGATTTGAACCATAATTCTAAAAAACATAATGAATACAAAAGAACATTTAAGCTTTTGGGAAGATATGATAGAGAAATACCCGAATATAGAAAAGTACCAACGGAAGTTCACAGTAGTGTAAAGAATAGATATGATGATATTACTTATAAAAGTATCCCCATAGAAAACTATCTAAAATTGAATGGTGGAGAATGGCCTCCAATTGTTGAATAAATACAAACTAAAATTAATTGTTATGAAAAAAGGAATTTTTTATTGGATGCTAATCGTAAGTTTTGGTATTAGTAGCTGCGGTATCTCAAAAGAAGTAAGAACAGCATCAGTAAATTTAGTTGAAAAGCAAAAGCAATCTTTGGAAGCACACAAAAACTTTCATAAAGGTGTCATTAATGCTTTGAGTGTGATTTTGGATGCTGAGTTAATAAATTCTAAAAAGGTCTATGATGCTTCTATTTATGACCAAAATTTAGCCATAATAGAAATAATTAGAGAATTAGATAAAGACCAAAATCTTTCTGATTTAGAAAAGAGAATAGAGGAAGAAAAAGCTAGACAGAAGATCAATGCTAGAATAAAAAAAGCGCAAACAAATTTCCTTGTAAGAAATGAAACTTTGACTAATGCTAAAAACAAGTTGAAAGAAGCGTCATCAAGTTTAATTGAAGCTGAAAAGTACAAATCAACTGCTATTGAGAATCTTAATAATTATTTACAGCAAAAAAGACCCTCAGAAAAACTCCTCGAAATGATTAATATTGATCTTTCTCAATATACGAGATATGTAAACGATGCAAACAAAGCTTTATTAGAAGTGGATGATTATATGGATAAATCTAAAAAATAAGAACTATGACACTACAATATTATGACAAAAAAATCAGTGAATTAAAAATAGTTAAAACCAAAGCTACAGCAATGCGCAGATCTGACTGTGCCCAATTAATTGACGATCTAGAGACTAAGAGGGTATTATTTATTGCTAACATGGTTGGCGATATAGGTCACGGACTTTCTCAAAATGATTTAGATGAATTAACTCAGATAGCAGAAGCATTTAGTAATGCCTCGGGAGAGTTGCAAAACCAAAACAGCTTAATTGATAATGCAATCCGTATTGGATCAAAGTTGCTTGCATTAATTTAGACTTAAAATCTATGTATTCTTGCCTAGCCGCAATTAGTTGGACAGAGAGATAAAAAATATACTCTTAAAGAAATGATATAAGCAGATGAGAGCTATTCAACTGTTGAGCTATCAGCATTTGAGAGAGGCGAACAGAAGGTGGGGCGTGGCATAAGACCTTTTTAGGGAATGTTGACCAGGAGCTTTGGCGTAATAGGTTTCTTTATTTTTTCTTGCTAAGTACATGACAAAAAACGAAATATATCAGTATCCTCTTGATTTTCAGAGTTTAGTAGAACATTCGCTAAAAAAGTTAGTCCATATTTAAAAATACTTTTAGCCTTTCTACCATGTTTCTTAATTTTAATTGGATTTATTTGATGCAGATATATGCCAATTTTATAACACCACACAAAGGCTATCATAACAAGTAATATTAATTTTTCTATTCTTTGAATATCTTGTAAATGTGTTTTTTCAATATCAAATCCACTAGACTTCATTGCTTTAAAACACATCTCAATTTGCCATCGTTTTTGATAATCTTGTTGTGCATTTTCAGGTTTATTAAAGGATACGATGATTAAAAATTCTTGTTTTAAGTTCTTTGGATTGAGTTTACAGCCTGACAAATAGCAAAGTTCTCCATTTACTCGTACAATCTTATGATAATACACAAACTCATTGGTTTTAAATCTATTAAACAAGTGAGATGCTTTAATTTCTTTGTTTTTGTGCGGTAGAAACACCTTGAAATTATTGCGGATACGAATGTAATATCTAATCTCATTTCTGTTTAAAAATGCTAACCAGTCTTTACCTACAAATTCTCTATCTGCAACAACAGATTCAATAACGTGCTTACCAAAAAGACGTATAAATCTATTGAGTAAATCAATCCGTTCCTGACTATTAGAATTCCCTCTTTTATCAAGCATCGTAAACAATAACGGAAAGGCAACACCTTTATAAACAACACCAAGCATGAAAATATTAATGTTCGTTTGTCCAAACTTCCAGTTCGTTCTATCAATACTTAAAATAAGTTTATCTCGAGAGGGAAGTAGATTAAAAACAAGGAGCGCAATGAGATCAGAATCCAAACTATAGCTTGCTATAAAGCGCTGTATGCGTCTCAAGGACGACCCTGAATCTGATTGGCTGTTAAAAGCATTCGCAAGCTTTTCAAAAGTAACTGTTTGCACTTTACACAAAGCAATGACAAAGTGTGAAATGAGTTTGAGTCTTGCTAAATTAATTTTTCCTTGTAAATGAGTGTTCAG

Protein sequences of DBSCAN-SWA_6

>NC_018721|3987636:4044898|4013198_4013732_-|WP_015025887.1|DBSCAN-SWA
MPKITGISMLKMLKNKPQVIIYSAYEKYALESYELDVADYLLKPYSLDRFYSAIQRLKKKQLSKKKEDKKANTFFTKADKKHNQLRFDEVDYVEGYGQYCKIHYQGKIILTLERLSSIEELLPFDDFLRVHKSYSVSVSKIRSVIGNLIELANAKVPIGQSYRKSFKELMKLKSYVQ
>NC_018721|3987636:4044898|4026868_4027453_-|WP_015025894.1|protease|DBSCAN-SWA
MNKKSIYIFLISMIFLWGSFVVVSLFSDPMGFISYLGFANSNSGTALSWALALLIVVLYCLSAAKLSEVKYHMFKMDKLKVVAILAAVFAGIMEEVIYRKWIMDYLDSHDFSVIVQVILSGLAFGIIHLLWGIKNKKAGVNAFISTSLLGFALAIVYLVSERSLAPCIVAHFMITALIEPGLLVAAKNDKIGYW
>NC_018721|3987636:4044898|4005248_4006499_-|WP_015025881.1|DBSCAN-SWA
MDVPLKKKKFSNQKLGLIGGVLAIIALILYVILQTSGGSKLNVETERISIHTVNKAIFQENIPVNGIVLPITTIYLDALEGGRVEEKFVEDGAILEQGQPILRLSNTDLELSLINQETSVYNLLTQMQISQNAARQNTINRQNQFTDVENSLIEAKRVYNLNKRLYDNGAIGRMDYESSHNNFEYQKERMKLAKRVLSEDTISTQVENNQAKNSYIRTQSALELMRKKVGDLVVRAPIDGQLTSLDAEIGQSITKGTRLGQVDVTIGYKVRVDIDEHYISRIYNGQTGTFTLNNKNYTLTIKKVFTQVTNGRFQVDMKFEGDVPKGIRRGQNLQIRVALSAEKEALLVSKGGFFQKTGGNWIFKISEEGSTAYKVNIRLGSQNTEYYEVLEGLNPGDKVVTSSYDSFGDTEELILK
>NC_018721|3987636:4044898|4017369_4018578_+|WP_015025889.1|DBSCAN-SWA
MLKNILLEREIYASEEHKMMQKMIQDFISNEIMDHTEEWEEKGMVSRDIWERAGELGLLCIDVPEHYGGSGLDFSFSALFIEELAKEGISGPGFSLHSDIVAPYLLKYGTEAQKQKYLHLMAAGKMITSIGMTEPNCGSDLQAIKTNAVDKGDHYLVNGQKTFITNGYMSDMSIVAVKTKMGTGEEGVSLLIMESSFKGFEKGTPFKKIGMKAQDTCELFFDNVKVPKENLLGEEGLGFKIMMTELARERLTVALNAIGGAEGAIEKTLAYTSTRTAFKQPIAGFQNTQFKLAECTTQLQVHQAFLDRCTLLVSKHKLTAESASMAKYSATEMHGKVVDECLQLFGGYGYIWDYPIARMYADNRVARIYAGTNEIMKLLIARGLFKDLFQQMKATKKKTIKN
>NC_018721|3987636:4044898|4037997_4040007_+|WP_015025904.1|DBSCAN-SWA
MKKALYLFTLLLVISSCHTEDKASKNKIDFYGISETIKPGDNFFEHVNKTWLDTVVIADDQAGVGSYSFLNIPQKKLLENILTEVSASTHKDGSIEQMLGDFYASGMDTAHINTRGFEPLEAIFTKIESIDDIASIMKFVTAELSLGNESIISMYVSPDNENSSVNMLHFGQTGLGLPDRDYYFKSDAATLEIQDAYRTYLVTLFTLSAQKEAEEKALTVYDIETKLAAAHKTRVERRNVKANYNKIEVAKVSKNQSNIGWTNLLMQLDLSVDSIDIKQIRYYEELNSLLGSIPVSDWKVYLKAKTLITYADVLSTPFEVADFEYTKVLSGQTTQITRAQIMVQKVDRKLGFALGELYVEKYFNEDAKKRVLDLVNNLQKAFENRIDQLDWMSAVTKIQAKEKLYAITKKIGYPEVWRPYHAEIQKGTYFENIVALNKNAYEYNTAKLELPPNRDEWGTTPATVTAYYNPPLNEIVFPAGILQFPYFDITADDAVNYGGIGMVIGHELTHAFDDQGAQFDKDGNVKNWWTDEDYTKFEAKTQQMIDRYSSFTVLDTLHIKGALTVGENTADNGGISIAYDAFKLTEQGKGNVKIQGFTPDQRFFLSIARIWRVKTREAYLRNYINTNSHSPAIWRVNGPLMNFAPFYDAFDVQPGEKNYKSVSERIKIW
>NC_018721|3987636:4044898|4027691_4028927_-|WP_015025895.1|DBSCAN-SWA
MKIILLFLLVLTLIYLILPNQKIKSNAAKNSDDYIIAKMEEIAIPGMAVSVIRDGEVVLLKGYGYANVKSQKKVDIHTPFYIASISKPILGIALLKLVDQEKLDLNQDINSYLPFRIDNPNYSLKAITVHNLATHTSSINDYYDIDNYAISKNAEISLSKHIKSLLTPSGNLYNQGEFFKNTPAGTEREYSNLGAGVAGLVLESITKESLAEFTSREIFHPLKMENTGWSLAEFEMNKLATRYNVKQCVPFFNLCADTNTPITNYLISKIFNPPFENKTFIEYPHYGNHQYPDEGLTASINDLSILIKTVFNKGKKGDYNLLSEDSFNEMFKLQLPDSLSTRQRFFWRDNKAGLTGHSGSDPGVFTSVYFDLEKQDAVIILMNRDVDPVTENAMDDIRNKVLNYSQESVND
>NC_018721|3987636:4044898|4035533_4036124_-|WP_015025902.1|DBSCAN-SWA
MTKASNTRHMILENAFDLIYKKGYQNTSIDQIIATVKVTKGAFYYHFKTKNEMGIAVIKEIIKPTIQNTFNLKLQKALKPIEEIYLIMRSLLLENPILKFEYGCPLGNLTQEMTPWNSEFTSALNEVTLDWQITIENTLKKEIKNGTISSDVEPKQVAYFILSSYWGIRSLSKVSNDNACYYHYLKELKTYLNNLK
>NC_018721|3987636:4044898|3990687_3991299_-|WP_041758487.1|DBSCAN-SWA
MILNYFKIAWRHILKNKVMFGINILGLALGIASCVIISLFVFDELSYDRFNTKAENIVRVVLKANINGETINEAVVMAPVAQTFKNDLPEVIEATRLTNLYNPEINFKNTTYRDTKFAYVDPNFFSVFTLDIIDGNTVNPLDQPNTVVISIKEAKKYFGTENAIGKTLKIDNYNRQYTVTAVMEEVPKNSHFHFDMFASTVGY
>NC_018721|3987636:4044898|4010422_4010836_+|WP_041758489.1|DBSCAN-SWA
MDITTLTLNPALDKSAKVDQFVPEQKLKCHSIHHQAGGGGVNISIVLNTLQVKNKCIFTSGGDTGLYLKNLLVKENIDIKSIAINSWTRENLSIVDTKTELQYRFGMPGNDLNTSEIELIKTELTKEVKDNSILVLS
>NC_018721|3987636:4044898|4023362_4024793_-|WP_015025892.1|DBSCAN-SWA
MKIVKRVLKFIAILIGILLISTVIVVLIDQQSTNYLKIKNNKFANNTYLITNANIIPMNQDTILVDKMVYIKEGLIQNISDNIEIKGVEIIDAKNKYLSPGLIDMHVHVWDRYELGVYLSNGITSVRNLWGMPMHLRLKEDIENNKIIAPIFFTSGPKLTGPEFIGDDNLHLVSPIEAKEKVISYKKRGYDFIKTYYGLTEDIFDAVIEQALVSNMDIVAHPSHKVPYSYHFNPQIKSIEHAEDIIQQPLNYTLDTLKLKEVITDFKKSKHIAFSPTLTVYNNIYQMLIDDNILETEALQFMNPLIKKVDSKAQFDRWTTSKLKDSSVVNTIKKQHEFHLEIIKKLHEVDVTFICGTDAGIGVTVPGFSIHQELAFYKEAGLSNYEVLKTATLNASKTHSIMNTMGTIEVGKIANLLLIDDNPLLDLSALKNPTYVFVKGRKLDRETLDSFENKARNRSNLIASALRYLENMIVEK
>NC_018721|3987636:4044898|3989628_3990663_+|WP_015023751.1|transposase|DBSCAN-SWA
MEKIDLRSVSDQERGIIRRDAVKMIKRGDKKKDIALFYGVHVNTVRDWWKLYNKEGHKSLSYQKRGVKSEDRKLLNKDQEAAIQKMIIDVMPDQLKLDYALWTTRAVRDLIAREFSITIGRRAVGNYLNAWGFTPQKPKKRAYEQCSKKVQKWLDEEYPAIKEKAKQEKATIHWGDETGVKNNNHHGRSYAPKGKTPVKKHMSKRFSINMISTVTNQGLIQFMIYKENMNSDVFIQFLEQLIKSQETKVFLILDNLRVHHSKVVKKWAEENGETIELFYLPSYSPERNPDEYLNCDLKYGLSDKPAPKTQEKMKENLENHMKMLQNDSERVAKYFKHESIKYAA
>NC_018721|3987636:4044898|4013724_4013898_-|WP_157609330.1|DBSCAN-SWA
MKYLIVDDEPLSHDVIINYARAFDFLELAHQSYNAIDAMEWLKKNTTDLIFSRYQYA
>NC_018721|3987636:4044898|4013878_4014748_-|WP_015025888.1|DBSCAN-SWA
MAPRYLKKGSFVKQGLYILGTLLVCAFIFSLNSNINEGNQLQLMTTEPEKSFFIPSYLIHVYLFFITYLVSMPFYLSLGWFEQQSKIDKLESETLRTELDSLKNQINPHFFFNTLNNLYSLSLSNSEKAPKAILKLSELMRYVIYDPSKPYVTIQEEMDYLDNYFEIQKIRLSNKTEIQFESKIDELSYPVLPLLFINLLENAFKHGAESMIKGGYIHCSLQLQKGKLQFHVKNKYENNKQKQEEKGLINLKRRLNLAYSEVHSLTIKDENGICDVSLTIDKIDEVSHS
>NC_018721|3987636:4044898|3987636_3988668_-|WP_015022784.1|transposase|DBSCAN-SWA
MNIDNLKEEILSLSTLDRDNLLKDITDSLEHNQLVERASRRHILDNKMGGCPHCLHEKYVRFGVDKGSQRYKCKSCNRSFTEYTGTWMAGLQRKDMISSYLSLMVQEKSLDKISSELGINKKTAFDWRHKILASFDTKNDDDQDNFTGITESDETFFLRSEKGMEVKDRESRKRGGKSKKRGISKDQVAVIVTQDRKSTLDLSVAKLGRIGKVDIENAIGKRVIKDITILCSDAHHSYKGFAKDSETEFHIVNASKGERVKGKYHIQHVNSTHNRVKKWIENTFWGVSTKYLQQYMNWYRIKENIKSRSDRANAFVEETIALGTLKRYNQIESRYENLISTQT
>NC_018721|3987636:4044898|4020620_4022630_-|WP_157609435.1|DBSCAN-SWA
MAYIDDFLYESRVCGEDVDTEAFTDSNLPIVIIETDNGDEIPDDPRIFGSMKIIQRPDGARNFVCDADNEEFLDYSGTISIEIRGSSSQLLPKKPYGFSTLSDDGSENDNVKLLGMPKENDWILNSFAFDKSMMRDFISYEMARQMGQYAVNLKYCEVVLNGDYIGLYALSEKIKRDGDRVDIAKLADDENTFPEVTGGYIMQTDRPDDDDPEAWNNNGAGYIHEKPNSDDITEEQSAYIESVFRNLDQTATNSDIINGYPSVIDVPSFIDYMLVAEMASNVDAYALSTYYHKDRGGKLRAGPVWDYNLTYGNDLFQFGFDRSFTDVWQFEFSNTGANFWNDLFADPTFKCYLSKRFNELTRAEEPLNYDYISNLIDSTAALISEALVREDERWNTIDDFSGEVTTMKSWIQERITWMGIELGDFSSCNSVQTPSLVITKIDYNPQETDIFPESDDLEFIEIQNSGSTVVDLTGIYLIKLGVSYQFHQNETIAAGESLYLVGNATRFQDKYGIVPFDTFTRDLSNKSQNLVLSDAFGNLIDQVEYLDEAPWPETADGDGFYLELINVNSDNSLASNWIASSAVLSTDNFDTGKVDFTIYPNPAEEKLMIESVQTIQEISIYNLLGQQVKTFQINFKSGEININDLNTGAYILNLKLVDGAKVSTMIFKK
>NC_018721|3987636:4044898|4030728_4031298_-|WP_015025897.1|DBSCAN-SWA
MKTAKLFLVILIAIACQSCSSDSDIDPEPTIDNGNGIHYKGVFYPLNTAIIRKKEFDVWNRAPSVYIRLFNADPLFDADDPFVINPKWLDINKFSFFYEATEVMTRTISPVLNYNMRINTDYDASHIHLATTILRYHTLLPENIAVSSAVHINAISADEIELDWEFTRPDGEIITGRYKGTYSDVSTEI
>NC_018721|3987636:4044898|4031414_4032491_-|WP_015025898.1|DBSCAN-SWA
MKQRIIGIDVARALAVIGMIIVNFKVVFGENGLPWVRAFAGIFDGKAAATFVVLAGVGLALMTNSAIKNNDQAKLKVARRRIAKRAIFLFFIGISYITIWPADILHFYGIYMAITLVLLTCKERTILISGICIILVYPILITVLNYETGWIFATLDYQDFWTFKGFMRNLFLNGFHPVMPWTAFMIFGYWFGKQDLHNDKFVKKTFWMSTLIFISIQVVSYLSISILSEGNQEAAMELTEIFGTDPMPPLPIYMFNGIAVAFALISACILIAKKFENSFIIDALNKTGQLALTFYVAHVIIGMGIIELINPSKMGNYSIEFSVIYAIQFSLLCILFAIIWRKYYESGPLEWVIRKITD
>NC_018721|3987636:4044898|4009645_4010092_+|WP_015025884.1|DBSCAN-SWA
MKRISENKKLFGVETKIELKSLKKAYRNLVKEWHPDKFQAGDALQEEAEIQSRRIIDGYHFLVSIAPETIEANADQFTQTVNTGIADFQHKSMVLEITFMDGTTYEYFGVTKPIYIKMINSNKVNRFAKRSIYPNYTFRMSKREQEAV
>NC_018721|3987636:4044898|3991435_3993031_-|WP_015025484.1|transposase|DBSCAN-SWA
MIKYTPSNQLSLSEFSHPFEQELLSDNRWVKLAQLIPWDALAKVYSNKLNARNGRESIDVRMVIGAIIVKHKIGLNDRETVAMISENIYLQYFCGLKCFQTKPPFHPTVLVAIRKRMGAVNFDSWNTLIIEKADSLKPKRARNIQKNTEEEAPNQSASDSKHKGKLKIDASVADQRIVFPTDAGLLNTARKESERIIDLLYEQTQGVNKPRDYRRVARTEYLVFSKKRRKTTKQINKFIRKQLGYTRRNLSYIEKLLDQIEDQKKEEHLPGMFTDLRTAYPCKFPLPKRDQKIYWVLQLIYEQQNYMYHEKVNSVKNRIVNIYQPYVRPIPRGKDKVSTEFGAKISASEIDGMSRVEHISWDQFNESKDLVLQVESYRITFGHYPELLLADQIYLNRENRKWLKEKGIRIVGKPLGRPPKQELSAYQKRKLKKERNQRNLIEGKFGQAKNAYGLSKIKAKRKDTSESWISAIFFIMNLINLSKIADKYAIFCALFENWIYAKLNPKIKGCFYNTDVTKPFFIQNYIPLELK
>NC_018721|3987636:4044898|4012304_4012874_-|WP_015025886.1|DBSCAN-SWA
MQQIKAFLDKIVPISDLDWDFFTSKLQPRVFPKKSVFLKAGDIENHISFIESGAVRLYIPKEDPDKEITFGFSFKDEFVSAYDSFLTRTPSAYQLQALTGTRMLSITYADLQLVYKKTQLGNLIGRLTAERLYLIKSKREQNLLNLTAEERYLNLFKERPKLLKEIPLKYISSYIGVTSQALSRIRKRL
>NC_018721|3987636:4044898|4043851_4044898_-|WP_157609437.1|transposase|DBSCAN-SWA
MNTHLQGKINLARLKLISHFVIALCKVQTVTFEKLANAFNSQSDSGSSLRRIQRFIASYSLDSDLIALLVFNLLPSRDKLILSIDRTNWKFGQTNINIFMLGVVYKGVAFPLLFTMLDKRGNSNSQERIDLLNRFIRLFGKHVIESVVADREFVGKDWLAFLNRNEIRYYIRIRNNFKVFLPHKNKEIKASHLFNRFKTNEFVYYHKIVRVNGELCYLSGCKLNPKNLKQEFLIIVSFNKPENAQQDYQKRWQIEMCFKAMKSSGFDIEKTHLQDIQRIEKLILLVMIAFVWCYKIGIYLHQINPIKIKKHGRKAKSIFKYGLTFLANVLLNSENQEDTDIFRFLSCT
>NC_018721|3987636:4044898|4006705_4008058_+|WP_015025882.1|DBSCAN-SWA
MVLKNSKILVIDDDADVLMAMRLLLKPFVKEVVIEKNPNNILSQIDKVSYDIIILDMNFNGLVNTGNEGIFWLNEIRKQKPETSVILMTAYAEIDLAIRGLKEGAADFLMKPWKNEKIIETITTILNHKKSKSTQKSQLKSSTVEIIGDSILMKDVYVKLRKVAPTDANVLVLGENGTGKDLITRALHDNSHRRDKAFIKVDVGALTASLFESELFGYKKGAFTDAREDRKGRFEAANGGTLFLDEIGNISLSQQAKLLTVLQNRQVTPLGSNEAIPLDIRLICATNSDPKLLADESKFRKDLIYRINTVDIVVPPLRDRGTDIMELSRHFISIYAEKYNKNPFSFDAGFISKLKKHDFPGNVRELQYVLERAIIMTDGHLLKAEDLVFSSIERPITTPSLESKSLNLDDLEKNAILTVLEKHKGNVSKSAKELGITRAALYRRLEKYEL
>NC_018721|3987636:4044898|4008047_4009391_+|WP_015025883.1|DBSCAN-SWA
MNYNAYILKLFFRILLLVCTILAFGYSIYIDKTAYSILISIGLFYLIINTYTFVKRRFLAMDDFFEAVKYRDFSRWFPEDRGPKDIRFLYTGFNEINRTIKEINSQNQAQYVYLQKILEMVDIGIIAYNLESGDVLWSNDSFGEILDMPSFKNIRFVENRKPELFTTIFETYHREPDSLSIALQNDNIKILISDTVFQVEADAFKLIVIQNIDDTLNKNESESWKKLLSVMTHEIMNSITPISSLADTLQMNLKVAIEKPKESHLELDDLSAGIKTIKNRSEGLLKFAKTYRSLSKVTHLNLQRTRVSELFNNIQLLMQPSLEAKHIGIEFKITSSKLELDIDAHLIEQVLINLILNAVDACKNKDDAKIKVFASQNTNRAIVLKVIDNGSGIPKDILENIFIPFFTSKATGSGIGLSLCKQIMLLHKGRIIVKSIEGEGSVFSLVF
>NC_018721|3987636:4044898|4032664_4033738_-|WP_015025899.1|DBSCAN-SWA
MKKIINSLVVFFSCAVCFSQTTIDLKIVPFEISNQNFYIDKVIDNRLEQDLGVVEDSSNKKVKLSFENGTATTIQNFMDVVLPKTGNRVPITLKVDHLKIEEAQTSIEKRTARVYVELYFYAENGEELYKIAHYEEQGFPVSSLTEIYETHEQRIRAALEYCLRSYINAQKENTTDSFTEDGMLDNAISPKDTSTFETYVPLGKWFNMLTYKRMTDKYNEGWNVSYTGFSDHEKDLIIPFVIGYGQSRAKSDIVRERGYSFADSYTLGFGFNGYVKITPGVYFDLGLSVPVGLEVLRDLEDRKSTNFLIGLRANQGVKIIPWKEYGIVIGAGLFQQWQTSKVINRNFGFALEIGVNF
>NC_018721|3987636:4044898|4041674_4042706_+|WP_015025907.1|DBSCAN-SWA
MKRIIICSDGTWNGPEKLNKKQYPTNVIKFARGIAPKDENDVKQVVFYDWGIGSYHDSALGGAFGKGLEKNVMDGYRFIMHNYEPGDELFLFGFSRGAYTVRSLCGLINNCHILKGEYSDKVEEAFALYKNSKHAPNGDHSNEWKSNYSIPSSGDVKFIGVWDTVGAMGLPFSLFGLIKDKHLFYDKKLGSNIKMARHALSLDEKRKDFEPTIWEPREGTDLKQVWFAGCHADIGGSYAPDKDKTFLSDIPMMWLLKEANVFGLQFESFLKVTDLNHNSKKHNEYKRTFKLLGRYDREIPEYRKVPTEVHSSVKNRYDDITYKSIPIENYLKLNGGEWPPIVE
>NC_018721|3987636:4044898|4011493_4012237_-|WP_041758490.1|DBSCAN-SWA
MLIILFVAILWYGGLFFQSFFLHRYAAHQVFTMSKTMERITFVLTWIFQGPSYLSAYGYGIMHRMHHAYTDTEKDPHSPSHDANLFAMMWKTKTIYQDINQQRIKVDQKFTKNVPQWKEFDLFASSRISRILWVSAYILFFSFFATTWWEWLLLPVTLAMAPIHGVIINWFGHIFGYVNYKVKNTSKNLFPFDFLMMGEGYHNNHHKHSSSPNFGVKWHEIDMTYLIIRVLDTLGFIKLKPIPVRSS
>NC_018721|3987636:4044898|4033753_4034149_-|WP_015025900.1|DBSCAN-SWA
MKIYIWVVIITNFLIPSITGKTHVQQSETNMLYNTWFLDTYKIESMEFPPNKREKGDYILFNEDMTYTSTSEGNVEEGTFILNTSGAYVLMVDEKGDKVKAYIISISKNSLILKYDINEISDVEVHYNSSI
>NC_018721|3987636:4044898|4014835_4015870_-|WP_015023751.1|transposase|DBSCAN-SWA
MEKIDLRSVSDQERGIIRRDAVKMIKRGDKKKDIALFYGVHVNTVRDWWKLYNKEGHKSLSYQKRGVKSEDRKLLNKDQEAAIQKMIIDVMPDQLKLDYALWTTRAVRDLIAREFSITIGRRAVGNYLNAWGFTPQKPKKRAYEQCSKKVQKWLDEEYPAIKEKAKQEKATIHWGDETGVKNNNHHGRSYAPKGKTPVKKHMSKRFSINMISTVTNQGLIQFMIYKENMNSDVFIQFLEQLIKSQETKVFLILDNLRVHHSKVVKKWAEENGETIELFYLPSYSPERNPDEYLNCDLKYGLSDKPAPKTQEKMKENLENHMKMLQNDSERVAKYFKHESIKYAA
>NC_018721|3987636:4044898|4034307_4035420_-|WP_015025901.1|DBSCAN-SWA
MNVLSVFPVLSIISGLVLIIFILFNKFGLGNNKKIRYVLSSLLFIYVVTALDYHLSISNLIPATFSGITYFFYHFTGLLFYYFISIYTKSEINTKKWIPIVGAYTLLRILVFLPFDHDQNLQDFVAALETSNYGILVLVEYVLVSSINIALMFLAYKNLKKAPLQIELNESQKNLYKWIKTIVVAVILMQIVVFVTTILGSLDIGNFNFYLKFETLIYSIFFFIFAFSIMHFPIFAYSGNFEDLPTSTIEKYAKSSLTDSSELYEQIKEVVNKELLYLDFDLKLNTIAEKLNHSIHHISQAINQSAKMSFPDFISSFRIAEAKKKLIEPKPDTIFAISLDVGFNSKAAFYTAFKKHTQMTPTEFKKLHKS
>NC_018721|3987636:4044898|3995858_3998240_-|WP_015025876.1|DBSCAN-SWA
MFKNYFKIAFRNLWRHKSYSAINIGGLAVGMTAGFLLLLYIGYEMSYESFHSNKDQLYRVVTDIETPSNTYKTPVVDWNILSEITAEFPEIENNTRLNDTEFDVRLDNNNYHESKVLGVDESFFQIFDYELLQGNPIEALKTPFSLVLSETTAKKYFGDENALGKTLKIMDDNRIATVTGVMKDNPKNTQIKSDILISMSTYTEVLDPDLKESWGDFTNRGFVLLNKNVNPKALEAKIASYNERAHGEIMKEAELKLTYFLEPIEDIYLYSERGSSPQIGNVYIFLIVALFILLIAAINFINLTTARSVERAKEVGIRKVIGAKKGQLSIQFLSESIVICLFAFLLAIGFTWLALPYFNTLAGKEIASSIWDRPIYPISLFGMALLIALVAGSYPALVLSSFKPIKVLKGKLSSSSSGSKLRKGLVISQFTISVIMIVSTIIVYNQIDYMRSQDLGFDMNQVMIVETDGSAKQKIMIDELSNIPNIISITTAATVPGGGGDNSTALTKIVNQQGNEQTLTIDRYRIDDDYINQFDLKLLAGRNFSKDLASDSLESMIINEKAFGLLGYSDPEQIIGKGFDQWGRKGKIIGVVKDFHMTSLKEEIVPLSMVYNSSGNTLINLKMTGNDVSATIAIIENSFKKAYPNTTFEYAFVNELFKEQYEAERRFGTLFLSFALLAIFISCLGLLGLASYSTLQRRREIGIRKVLGASSMGIVNLLSKDFLKLVLISIVIATPISWFIMNKWLQDFAYRMDISWWIFAVSGGLALGIAFLTVSFQAIKAAMTNPVNSLKTE
>NC_018721|3987636:4044898|4029947_4030694_-|WP_015025896.1|DBSCAN-SWA
MIKKQLLGIIILVVLTISCSSDDNLAELTTQLEGNLEIRSLKDLEDPDIQQYKIINGNLIIKYTYDVEDLSKLENLEKINGGIFIKYNDNLKSLKGLENIMELDFLEIEYNRELTSLSGLTNLSNVSGGVSIVKNSILKNLNYFNSLTNIGTQLFLSNNTSLTTLNGLENLEKIPLILIFNNINLITINGLEGLTSCDDIRIVSNDSLTDFCSLIVFAQENSQTILFSARFNSYNPSLDDLVNNNCSN
>NC_018721|3987636:4044898|4036431_4037178_-|WP_015025903.1|DBSCAN-SWA
MSNTITDLGIMNKSEISKFKISLIKSNLNENLKKILGQVGLNSYAKFNFKDVKIPDSKLALLAIEEANDIYTPILLKHCYRTFFWSAGIAISEGIKTDNELIFISSILHDSGLTDKHNSVCSSQCFANYGGDYAKDFVLNKGINMNKANLIKRAIDMHLYPDVDKKKFGNESYLLSKGAAIDVIGSHSFQLPNAFINKTQNEYSRINFKQDIIQSMETLNHKENTRADILFKMGFKKLANKNTLDTDF
>NC_018721|3987636:4044898|4040601_4041192_+|WP_015025906.1|DBSCAN-SWA
MLKQGVSDELFNVILKLMNEPLLEDFLLGGGTNLSIKYNHRLSTDIDLFSTTIIGTKKLSLICNYIENEFGNNNVLISKQNFASEQFAWLQISLIKEEIKIDIIQNLKLLYGFELKDGIRLINDLDIGALKLLAASDRGNQKNFYDLYLLTEKTELEIYYDTLQRRIIEFSKEQDKTIFDIQVGKPINRLEKSLIF
>NC_018721|3987636:4044898|4043342_4043636_+|WP_015025909.1|DBSCAN-SWA
MTLQYYDKKISELKIVKTKATAMRRSDCAQLIDDLETKRVLFIANMVGDIGHGLSQNDLDELTQIAEAFSNASGELQNQNSLIDNAIRIGSKLLALI
>NC_018721|3987636:4044898|4025078_4026287_-|WP_015025893.1|DBSCAN-SWA
MLKKIMKLLCAFLLIVIASIALISRVTGIGIKAPDGRYLGYSNEWLFLDYQNIPVRQDGPYVLTENDTRYALYINGDGKAPSEVLRQDVTNEVEVIADNDEGTQFTVPLRKAHQRSELSIPSPKKLFAISDLEGEFDSMVHLLQGNGVIDHALNWSYGSGHLVLIGDMVDRGRNVVPLLWLIYKLEGEAKFAGGDVHFVLGNHERYLLDGRTKSVASKYYGTFRTTEMSQRELWSEKSELGRWLRSKPVMLKIGSTLFVHAGISPKVLGMNPTLQSIDKEAENNFVTDDVIRRNIDGSVIHDANGILFYRGLALDRSADDLGEKASTAHVNQVLEKFKVDRIAIGHTLAANISHDYDEKVVRVDVHHSGEVSEGLFIKDNTLWRADDKGTMFPLKQVGNSTE
>NC_018721|3987636:4044898|4001097_4003482_-|WP_015025878.1|DBSCAN-SWA
MLKNHLKISFRNLWKNKLLSTLNLLGLSIGIGSVLTLIFSVYAYYDADANIEDQENIFYLKTYTTGGDSYTETPYLLLNEIIKSSPEVVAGSHLQGWNNPWLEYGELEFQEQTDYVEPAFFDVFSLALKHGNRETALDKKYSIVLTHKVSEKIFGKKNPVGEILKANDSLNLTITGVLEPISPYSAFRMGVVMPAQLLESYPSFKGRSNWSDSFSLNYLKLRPNTDIEAFESRVEELVQKNYTDPSIVAALKALPFSGIRIESIPVVETIINGCIAASVFILLIALINLLNLNASTMYRRTKDIAVRKILGGSKKHIIIQFCMENGILVFASICISALLFLGFLLPKLNSVYGADFGKISFSVEKDYPVILFVVALGLLVTLIVGILPTLRFISIPISTGIKGKLNAIKSNFLVRNSFIVLQFSIAILFICVAVILNSQIGFMKNAPLGFSKENILVGNINLEFKNEETASSNFNALLDKLEANSYVKNVSVSDGIPSDYNFNYTQLYDPKTDNEVRMRYARSDQDYLQTFEIPLVMGRDFDKNLDQADDYPVLINRTAMKALGWDAIEGKQLKAKGNTSSSYPIVGVMEDFHFQDMQNAVEPLIHFYRDKEDLSYPRFLSVKVEKGHEKTVEELIVNGFGTIESRRTYEQEFLTDKVSAQYRLIEGMLKTVNVVALLTIFISCLGMFGLISFMAKRRVKEIGIRKVLGSGVLKIIILLSKDYILLVGIAAILAIPIAWYVMNAWLSGFAHSITIQWWMFAIGGLMALLITSFTVGLQAVKSAIANPTESLKIE
>NC_018721|3987636:4044898|3998433_4000833_-|WP_015025877.1|DBSCAN-SWA
MFKNYFKIAFRNLIKNKVYSFINISGLAIGMAATILIGLWIADELNFNNHYKNKDSIAQIYQSQTTNGNISTGPSIPRPLEFALRENYKANFKHIVMASWEQSQYLKFGETNIYKTGNAMQKAAPDMLGLDIIAGLKNGLKEKNSIMLAESAASTLFGNETALGKVIKINNKDDLMVTAIYKDIPANNSFSEMKYIIPWKQYVTTQEWLKWSKDNWGNNSFQLFVQINENTSMDVVTSKISDVKKNADPELVQYNPQLFLFPMEKWHLRSDFENGIQSGGRIENVWLFGVIGLFILLLACINFVNLSTARSEKRATEVGIRKSIGSQRSQLVLQFLSESFLIVFISFIGALSLVLLFLNGFNHLASKSIIFPWANSQFWLISLLFVIITSILAGSYPALYLSAFNPVEVLKGTFKAGRYSALPRKVLVVTQFTVSVALIIGTLVVMNQIQFSKDRPVGYDKEGLIQIPVMSSEFIGKQDLLREQFIASGGAAEMAGTSGPMTNVWSNQSGFTWDGKSAGFQEDFAHTRVSYEFTETLGLKVVQGRGFSREFASDSNAVLINETAVKYMGLIDPIGKYIRDSDIENPNPPLKIVGVVEDMIIQSPYNPVKQALYIFDSYDNVAFYNLRLNPEKSTSENLTLIEGVFKRNFPNTPFDYQFVDEEYGAKFKSEERIASLASVFTALAIFISCLGLFGLASFVAEQRTKEIGVRKVLGASISQLWLLLSKDFITLVVIALLIASPLAYYIMKEWLQKFNYRTPVGWDVFAIACFGALIITLITVSFQAIKAATSNPVESLRTE
>NC_018721|3987636:4044898|4040357_4040609_+|WP_015025905.1|DBSCAN-SWA
MEDLSINRDKDFIIQRVLSRHMNKIENLENLENLEKLYSKNSIKLYAKNSSEIFGNENIEFVASRYGLNPRGFKKYLPNIKHA
>NC_018721|3987636:4044898|4003836_4004514_-|WP_015025879.1|DBSCAN-SWA
MIQIKDLEKYYKTEEVQTIALNKLSFGVKEGEFVAIMGPSGCGKSTLLNILGLLDDPNSGSFLFNGVEVAGYNERKRSELRKHNIGFVFQSFNLIDELTVFENVELPLIYTGVKTAERKKQVEAVLEKMGIMHRRNHFPQQLSGGQQQRVAVARAVVNNPKLILADEPTGNLDSTNGNEVMDLLIDLNEAGTTIIMVTHSEHDAKYSHRIIRMLDGQKVTENILA
>NC_018721|3987636:4044898|4026371_4026635_-|WP_157609331.1|DBSCAN-SWA
MKTAKLFLVILIAIASQSCSSDSDIDPEPTIDNGNGIHYKGVFYPLNTAIISKKEFNVWNHGPNVYIRLFNADEIDFEFARGQMAKL
>NC_018721|3987636:4044898|4042728_4043337_+|WP_157609333.1|DBSCAN-SWA
MKKGIFYWMLIVSFGISSCGISKEVRTASVNLVEKQKQSLEAHKNFHKGVINALSVILDAELINSKKVYDASIYDQNLAIIEIIRELDKDQNLSDLEKRIEEEKARQKINARIKKAQTNFLVRNETLTNAKNKLKEASSSLIEAEKYKSTAIENLNNYLQQKRPSEKLLEMINIDLSQYTRYVNDANKALLEVDDYMDKSKK
>NC_018721|3987636:4044898|4016683_4016875_+|WP_003438688.1|DBSCAN-SWA
MNKGTVKFFNDTKGFGFITEEGVDKDHFVHASGLIDEIREGDEVEFDLQEGNKGLNAVNVRVL
>NC_018721|3987636:4044898|4029175_4029613_-|WP_169314455.1|DBSCAN-SWA
MFIICICNSLKFFPSSENNLRPEMKKSEVITESENLLSASQLPKLIAENAMPTYKRDIYIGKTPENMPPTLIIHGTLDPKTHISGAIRNFEQLSKNNPVTFIKVTDAPHFIALFAPDSFAAVVSKFIKGQPIKNKTISDKNTTLK
>NC_018721|3987636:4044898|4019662_4020328_-|WP_015025890.1|DBSCAN-SWA
MVIPKLHYISQGNSPEEHLENIQKACSYGAELVQLNLKSNSKDTAGISEKKFLKIAEAARETTTHFQTRLIINGDYKIAKTLKADGVYLGPTDPCPTEARTHLYTWQSIGGIANTLQECETLLDKEIDYIRLGPFRETTTKANTPPVLGLDGYRAITDVLKTPIPIIGVGGITTKDVAALLEIGIVGVAVSTEITRDFNRIRQFNQLLDASSTAEQRHTFE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015022784.1|3987636_3988668_-|transposase	IS1595-like element ISPto1 family transposase	NA	NA	NA	NA
WP_015023751.1|3989628_3990663_+|transposase	IS630 family transposase	S5VXX4	Leptospira_phage	1.2e-41	31.6
WP_041758487.1|3990687_3991299_-	ABC transporter permease	NA	NA	NA	NA
WP_015025484.1|3991435_3993031_-|transposase	IS5 family transposase	NA	NA	NA	NA
WP_015025876.1|3995858_3998240_-	ABC transporter permease	NA	NA	NA	NA
WP_015025877.1|3998433_4000833_-	ABC transporter permease	NA	NA	NA	NA
WP_015025878.1|4001097_4003482_-	ABC transporter permease	NA	NA	NA	NA
WP_015025879.1|4003836_4004514_-	ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	2.1e-36	40.4
WP_015025881.1|4005248_4006499_-	efflux RND transporter periplasmic adaptor subunit	NA	NA	NA	NA
WP_015025882.1|4006705_4008058_+	sigma-54-dependent Fis family transcriptional regulator	NA	NA	NA	NA
WP_015025883.1|4008047_4009391_+	HAMP domain-containing histidine kinase	NA	NA	NA	NA
WP_015025884.1|4009645_4010092_+	KTSC domain-containing protein	NA	NA	NA	NA
WP_041758489.1|4010422_4010836_+	hypothetical protein	NA	NA	NA	NA
WP_041758490.1|4011493_4012237_-	acyl-CoA desaturase	NA	NA	NA	NA
WP_015025886.1|4012304_4012874_-	Crp/Fnr family transcriptional regulator	NA	NA	NA	NA
WP_015025887.1|4013198_4013732_-	response regulator transcription factor	NA	NA	NA	NA
WP_157609330.1|4013724_4013898_-	hypothetical protein	NA	NA	NA	NA
WP_015025888.1|4013878_4014748_-	sensor histidine kinase	NA	NA	NA	NA
WP_015023751.1|4014835_4015870_-|transposase	IS630 family transposase	S5VXX4	Leptospira_phage	1.2e-41	31.6
WP_003438688.1|4016683_4016875_+	cold shock domain-containing protein	Q9AZD3	Lactococcus_phage	3.4e-08	53.8
WP_015025889.1|4017369_4018578_+	acyl-CoA dehydrogenase family protein	NA	NA	NA	NA
WP_015025890.1|4019662_4020328_-	thiamine phosphate synthase	NA	NA	NA	NA
WP_157609435.1|4020620_4022630_-	CotH kinase family protein	NA	NA	NA	NA
WP_015025892.1|4023362_4024793_-	amidohydrolase family protein	NA	NA	NA	NA
WP_015025893.1|4025078_4026287_-	metallophosphoesterase	A0A2K9L4G5	Tupanvirus	5.7e-08	25.5
WP_157609331.1|4026371_4026635_-	hypothetical protein	NA	NA	NA	NA
WP_015025894.1|4026868_4027453_-|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_015025895.1|4027691_4028927_-	serine hydrolase	NA	NA	NA	NA
WP_169314455.1|4029175_4029613_-	alpha/beta hydrolase	NA	NA	NA	NA
WP_015025896.1|4029947_4030694_-	hypothetical protein	NA	NA	NA	NA
WP_015025897.1|4030728_4031298_-	hypothetical protein	NA	NA	NA	NA
WP_015025898.1|4031414_4032491_-	DUF418 domain-containing protein	NA	NA	NA	NA
WP_015025899.1|4032664_4033738_-	hypothetical protein	NA	NA	NA	NA
WP_015025900.1|4033753_4034149_-	hypothetical protein	NA	NA	NA	NA
WP_015025901.1|4034307_4035420_-	AraC family transcriptional regulator	NA	NA	NA	NA
WP_015025902.1|4035533_4036124_-	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
WP_015025903.1|4036431_4037178_-	nitrile hydratase	NA	NA	NA	NA
WP_015025904.1|4037997_4040007_+	M13 family metallopeptidase	A0A1V0SHG2	Klosneuvirus	1.1e-67	28.2
WP_015025905.1|4040357_4040609_+	hypothetical protein	NA	NA	NA	NA
WP_015025906.1|4040601_4041192_+	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_015025907.1|4041674_4042706_+	DUF2235 domain-containing protein	NA	NA	NA	NA
WP_157609333.1|4042728_4043337_+	hypothetical protein	NA	NA	NA	NA
WP_015025909.1|4043342_4043636_+	hypothetical protein	NA	NA	NA	NA
WP_157609437.1|4043851_4044898_-|transposase	IS4 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>NC_018721|4191446:4275510|DBSCAN-SWA
ATTAATCATCTGTAAAAAGATATTCCGTTTTATATTCAATATTATAGGATTTTAAAAAACCAATATATTCTTCTTTAAATGTTTTTACTTGATGGTGTTCTTCTTGATTTTTAATATAATCTAAAACATTATTTACAGCAGATTGACTTACCGTAAACGCTCCAAATCCTGTTTGCCATTCAAATTTACCATTTACAAATTGTTTTTCATTAATCCATTTAGATGAATTGGCTTTAATATCCCTTACCAAATCGGATAAATTGCAATTGGGTTTTGTGCCAATTAATAAGTGAACATGATTAGGCATTCCATTAATAATCATGAGCTTTTGGTTTTTATTAGAGATGATACCTGTAATGTATTTATACAACTCATCTTTCCACCTAACCGCAATGAGATTATTTCTGCCTTTTACTGCAAAAACAATATGAAAATACAATTGTGTGTATGTGTTTGCCATGATATTATAACGCTCCTATGGAGCTTAAATTAAATGTCTTATGTTTTTTGGCTATTCATATGTTGCCACGCCGTGGCATTTCCAATTTTATCTTATTCATATATCACGATGGTGTTATTAATCTATTATCATCTATCAATATGTTGCCACAATGTCGCTTCCTTCATTTTATATAGTATTCGTTTGTCTTCTCTTTTAGCTCCAGAGGAGCAAAATATTAATAAATAAAGCCTTGCGAAATGTTAATAGCTCTAGAAGAGCGATATTGTTTAAACATAAATATATGTTATTGTTTTAAGATAAACCGTTTCTAGTATACTCATACCACAACTTCTTTTTGAGTTAATTCTCCTGAAAAAGCTTTTTGAAGAATAGATTTTTTGAGGTCTTCTAAATCCTCTAACTTTTTAATATAGTTTGATTCAATTTGGATTGTTTTCTTCTGAAGAATCCCAAGAGATTTCAATAATTCATCTTAAGCTTCTATTATTGATGGAAAAGCAATTTTAAAATTTTCAATTTGTACTTTAGTAATTGCCTGTCTTGTAGCTCCTTGTTCTCCTATTCCTAATAAAAGGCTTTTAGTTTCTTTAGATGTTAAGGCAAAATGAAGAAATTTATTACTCATAATTCCTTCCTTAAGTCTAATTATTGAAACGTGTTGATTTACTCTCGCTGGTAAAAAATGTTTGTCAACAATACAACATCTTGCTACAGAAGCACCTGTGATATTTAATAAAACATCATTTTCTTCTATTGTAACATTACTTAGTTTATTTGCTTGTTCATCATCAATAAAAGCTAGTTTCTTATCACGAAATCCGTCATCATGAACATTCATGCTTCTTATTAAAGATATTCCAGATTCTTTATACGATGATTGTCCTCCTCTAGGTGTAGCACCACTTCCAATTTTTGTAGTTATATCTTTTATTTGCCTCTCTTCCCAACCATCTCCTTTTTGACTAAAAATAGCATTCAATTTAGATTGAAAAAGCTCTTTTGCGTTTACTATGTTTTTTTCAATATTGGCTTTGGCTTGCTCTATTGCAGTAAAAGCTTTGTCTAATATTGCTACTATTTGTTTTTGTTCTGAAAGTGGTGGTTTCCATAAAGGACAATTTAGAATATCTCCTTTTCGTAAGTTAGACTGATTTTCACCATTATTAAAAGCTAGAAAATATGAGTGCCTATTTAGTTGATAATAAAGGAAACCAATATTGAATTCTGTTGTCCGAATAGCGCAAATTCTTTGGTTTAGAGAATACTTATTATTTTCTTCAATTATGTAACATTTCGCAAGTGCTTTACCATTAGGTACGTCACTCATTACCATTACAATATCTTCCTCAAATAAAGGAAACATTTGTTTTCTTGTATTTTTTCGGACTTTGCCATCTCTTGAAATAAACTTTGAATTTACAACTACGAATGCACCTTCAACATCAATATCTTTTTCATGAGCTTTTCCGTTAAAAAACTTGCATGATTCGCCAAGTGTCGTCATTTCTTTACTCATGAAATAAGTTCTTTAATGTTAGATAAAATTGAACTTGTTTCTTCGTCAAGTGTATGCATCTCTTCTAAGATTACTTCTGGACTGCGTAACGCTTCTTCCTCAAGTTTATTTGGGTTTTTTGGTGCTAAATCAAAATTAGTTCCATCCATATCATTTACATTAAAAATCCAAGATTTTTCTGTATTTGATTTTTCTTTATAAATAGTAATAAACTCAGCCATATCCTCATCATTTAAAGGATTGGTTTTACCCATATTTCTACCTGCATCTAATTGATAATACCAAATCTTTTTAGTAGGTTCCCCTTTTTGGAAAAATAAGACTACTGTTTTTACACCAGCTCCTGTAAATGTACCTGAAGGCATGTCTAAAATAGTATGTAGATTACAACTCTCCAATAAGTGTTTTCTCAACGAAATAGAAGCGTTATCCGCATTACTTAAAAAAGTGTTTTTAATAACGATTGCAGCTTTACCTCCTATCTTTAAACTTTTAATAAAATGTTGTAAAAACAATGAAGCAGTTTCTCCTGTTTTTATATCAAAATTTTGCTGTACCTCTGCTCGTTCTTTTCCTCCAAATGGTGGGTTTGCCAAAATTACATGGTATCTGTTTTTCTCTTGTATATCTCGTATGTTTTCACCTAATGTATTAGTATGTACAATATTTGGTGCTTCAATACCGTGCAGAATCATATTCATAATTCCAATTACATACGCCAAATTCTTTTTCTCTTTGCCGTATAAAGTATCTTCTTGTAATGTTTTAAGATTATCGGTTGTTTTATCCATGCGCTGATACATGTAATCATAAGCTTCCACCAAGAAACCACAAGAACCTGCTGCTGCATCATAGACTTTTTCTCCTATTTGTGGGTCAACCACTTTAATCATGGCACGAATTAGCGGCCTTGGTGTGTAGTATTGTCCACCATTTCTACCTGCATTCCCCATGTTCTTAATCTTGGTCTCGTACAAGTGACTTAACTCATGTTTGTCCGTTGAACCACGAAAAGGGAGTTCGTCTGCGTATTCTAAAATCTCTCGTAGATTGTAACCAGATTGTATTTTGTTTTTAAGCTCAGAGAATATTTCACCAATCTTATATTCAATGGTATTAGCGTTATCTGCTTCTTGCTTAAACTTTGCCAAATATGGGAATAGTTTTCCGTCTACAAACTGTACTAAGTCTACACCAGTCATTGCAACATGGTGGTCTATTTTTCCTTCTGCATCTTTCGGCATTGCCCAATTTGGCCAGCGGTATTCTTCTGCTAAAATAAAACTGTACTCTTCACCTTTTAGTTCAGCTTCATCAGCTTTGTCTCGCTCTAACTCGTCTAAATAACGTAAGAATAGTACCCAAGAGGTTTGCCCTATGTAATCTAGTTCACTATCAGACCCTGAATCTTTGTATAATAGGTCATCTATATTTTTAAATGTTTGTTCGAACATGTGTTTTATATCTTTTTTTTATTGCTCTTATTAAGCGTTGTCTTTTGCTTTGGGTAAAAACAAATGTGCTATTTATGCACTTGGTTTTTTAAGTTCAATTTTTGCTTGTTCTTCTTGTAAAAAAATTTAAAGAGCACTATTTGATATGTCTGATTTAAATTTTGCCATAATTATTCAAATAAATCTTCCGCTTTTAAAACTCTGATACTGGGATTTATTTTATCAATTAGGTCACGAATTAATCCATTATTTTGAGTACTGACTCTGCTCCCCATTATAACCTCTTCAATTTGTACGTTAATGAACACTTGATTTATCTGAAAAACACGTTCTTCTTGTTCATAACCCCAAACTTCCAATTTATGACTTAAAATTTCTTTAGCAGTTTGACTGTTATAATTCGACTCATTAATGGTTGCAATACCGTCATATTGAATTAGCTGCACATCATATTTTATCTCGTCTATTCGAACACCAACTGCAATTCCTTTATGACCGTCTGCATAATGCGACCACATTAGCTGATTATTATTTACTCTTGACAAAGACAAAATTCTCAAGGTGCCTTTTTCTGCAAGAATTTTATCTCTAATAGACCTGTTCAATTCTCCGCTTTGATAATAGTACTGCCCTTCCATTGGGTCATTCAAATCTTTGTACGGTGCAGCATACAATCTGTTTTTCAAAATAATGTCTACAAAGTTTTTGAAGTTATCTAAACTTCTGTATTTATAAAGTATTTCGGTCATTCTTGGTATGATTATATACAATAAGTAAACAGCACAACAATTTGTATTATCTATGTTATCAAAGAACTAATATAAGAACTTTTTATCGTCTTAAAAATCTTAACACTAAGAACATGCTTTAATAAACAGTAAAACTTCGGAGGTAATTAAACCACCTTTTAAATAATTATATTAGAGTACACTCTTTGATAAACGATTAAAGAATAAATTCAAAACACATATTAAAATACTGTTTCACAGTGATAAACAGGCAAATAAATAGCTAAAAATAACCAGTTCATAAATATAAAAGTTTTTTTAAAAAATAGATAGTTGAAAAGAATAAATTAAAAAAGCTTAAAGAATCAGTTTTATAATTTTATAAGTCTAGAATACTTGTGTCTTAAAATCAATAGAGAAAAGAGTTTTTTTTTACCTCAGTTCTTTGTTGGCAACAGTTATTTGGTAAATATTTGTCGCCATAATTTGCAAATGTTGTCAAAGTCAATACCAGTGTTTGCGGGACTTGTGCTTGGTAAATAAACATATTTTAAACCACTTTTTCTGTCAAAATACTTATCGAAAAGTGTTTCGGATTTTGTCCCGTTGAAGCCGATTACTTTTAAATTCTTATGTCTTGCGATAAAGTCGTCCAAGTCATTTGGTTCTTCGTCTTCGATTGCACTGTCAAGGCTACCTTTTCTGTTCGCCTTGTGAGCTATGTCCCAAATTCCAATTTTAAATTTTAGTAGAAGTTCTTTTTTGTCGGAATATGTAAGCGGTAATTCGTTGTTGGTAATTGTCGAGATAATTTTCCAAAATCTGTTTCTTGGATGTCCGTAATATTCACCAAGTTCAAGTGATTTGTCGCCTGGCATAGTTCCTAAAATCAAAATAGCTGTGTCAGAATTTGAAATGGGGTCGAAGGAAGCTTTGGAATATGTTGAATTTACTTTTACTAAATGTTTTATGGCAGTTGGCTTCTTCGCCGTCGGTGCTTTTGTTTTAGTAGTTGGTTGTCCAATCAAAAAAACTGTTGAGCCGTCACGGTCGAAAATATCTGCATAATTTCTTATCCTGCCGTAAATTTGAAATGCTTGGATTGTTGAACCGTCCTTTTTCTGATACCATTTATTTTTATTCAACTCGTCAGCAATTTGCTGGGTCGTCATTGGTCGTCCAGTTTGTCGTAAAAGTTTTTCTATTGCTTGGTGTAATGTCATATTTTCTGTCAATTGACGGTCGTCCTACCATTGGCTATAATATATGTAAAACTCAAAAAGTTGTGTTTTCTGCATTTCATTTACATTATAAATATAGTAATTCTTTTATTGTCTTTAAAGTTTTAACATTAAAAACATATTTCTCTAAACTGAACTTAAACTTATATTTTATGACTCAGTAATTTTTTTAAATATCATTCATTGACTATTTTTAGTAATGGCAACAACTGTTTCCAACTTACTACTTAACAAGATTATTTATAACAGCCTCTTCAACACGTCCCTTAATTGGGGATTATCAATCACCTCATATTTATTTCTCCTCATTTCCAAAAGCTTAATCTCAATTGCTTTAAATTCTGTTTTTTTATTCTTTGAGATATAACTTATAATTTCATTTTGAAAAGAACTGCTGTTTTGAGTTGATTCTATAACCTGTTTCTTGATAGTTTTATAAAAGCCAATGTGTTTTCCAGTTTTAATGCAGGTAAGACTTGTAAATAATCTAATATGATCCATCAGGACGTAAATTAAACGAGGCTCAGCTAACTTTAATGTGTAAGATGCAAACATTATATATTGTAATTGTCTAGAGTCCTTACGGTCTTTAAATTGCTTTATAAATTTAAAATCCTCCTCTTTTACTTGGTAACCGTTTATGAAAAGATGTGAAATTTCGTTTTGATAATTTAAATAGTTTCTACTAAGCTCTTTTAAGGATAGGTTTAAAAAATGAGTAGTGAAACAAACAAACAAAGTTTGATTAAGCTTTACTTCATTTACATCTACTCTTATTTTACTAAAATTTAAAAGATGAGAAACCAATCCCATATAACCTTTATCCATAAGATGAATTAAAGGGGTGTCCATATCTAGAAATTGATTAAGATTAAAAATGGAATTTAAGTAAGATTGTTCTTCTTCGTTAAAATTGAAATTTTTTACAAACCCGTGATCATAGGGCTTGTCTTGTAATTTCATTTTCAAATTATGGACATAACTATCCACTATATATTTTCTCCATTTTATCAAAATTCGATCATGGGCTTTTTTATTATTTAATACTCAATTTGGCAAGCACAAGTTAAATATTTATAGGTTTTATATATTGCCCAATGCCATAATTTACTAAAGGTTCTACTGACATATATAATCTTTTTTTAGCTTTTCAAAAAATAGTCAAAAGCCTATTGAAGTTTGTTAGAAACTAAAGCTGTTTTTGAGTTGCTTATAGCTTTATTCCATAATTCGTCAAGCTTGTTACATTATGCTAAAGGTCTAATTAACTTATAATCTACGGCTATTGCAACATCAGTGGCCAATAGATGGGTTTACAATTGCCTTGGATTGGGGAACCAACGGGTTTGCAAAAACCCGTTGGTTCCCAGTTGGTTTTTCGTTGGCTCCCTGTTGGTTTTCCTGTTGGTTTTTCGTTAAACCCCCGTTGGTTCCCGTTGGTTCCCGTTGGTTCCCGTTGGTTCCCGTTGGTTTTGAGGTTAAAGGTTTCCGTTTTACCTACATAGGTAGAATAAAAACACAACAAAAAAGCTCAAAGAATCAGTTTTATGAATCCGTGAGCCTAGACTACTAGTGTTTCAAATTAAAGTAGAAAAGAGTTGTTTTTTACCTCAGTTCTTTGTTGCAAGGAGTTATTCTATTTTTTACTTTCTATTATTGACAAATTCACTCTCCTATTTTCAATCCTACTTTCCTCTATAATTGGTCTTCTCTCAAAAAACTTTTCCCCATAACTTTTTGTTTTTATTTTACTTGAAGGTATTCCTTTTGCAATAAGATATTTTTCAACTGAATAATTTCTTCTTTCAGATAATTCTAAATTATGTGATTTAGTTCCTAAGTCACAGGTGTAACCCTCAATTAACAGGTAACCTTTATTCAAGGCTTGATATTGTTCTATATAAAAATCAAGTAAAACAAAATCTGATTTATTTATCATTTTTGAATCAATTGTAAACATTAGCCCAATTGGAGTGAGCTGTTTTTTTTCTTGTAAAATTCTTTTAAATGATTCTATATTTGTGATGGATTCACCTATTTTGTCAATCTTGCTAGCTATTTCAGGGTTTGACGTATCTTCTATTTTAACCACTTCTTGTTTAAGTTGTAATGTATCTTTATCTATAATACCTTCAAAAGTAGATTTTGGCACTTGTTTATATCCATTTGAAAAATAAATTCCAACCACACCTAAAAGTACAATCAGTAATGCAGACCATAATAAAAATCTCTTTCTTTTTGACTTCTTTAAACATTCTTTACAAATTTTAATCTCATCATTTTCAAAATTACCAGTAGATAATAGTTGATTACATTTCTCGCATTTAATAGTGTTATTTTCCATTTTTTTAGTTATTAATTAAAACCATCTTTTAGATTTGACTTTACAGTCTATAAAATTAATTCCTGTTAATTTTTCTTTTTCTATAATATTTTTAAAAACATTAGTTACAAATATGTGAGTTGTTAATTGAGATATTTTAAAAATTGGTTCCACACCTATATCGTTAAAAACATATTCATTTATGTGCATTATACTATTGTCCTCAAAATATTCTAGTTTAGATTTCTTTATGTTTAAAATATCACTTTTAATATTTAAAAGATTTAATGCAAAATATTTTTCATTGTTTATTGCTATCGGTAGTAACTCAATACACTCTTCTGTTATAAGCTTATCAAGTTTTTCTAAAGCGTTTTTATTAATAACAGGTATTAAACCTGCTAAAAATGAAAAATTTCCTATAATATCTGATTCTTCTAAATTCCATTGCATTTTTGGAATATTCCAATCATCTTTCATTGGCTTACCTATAAATCCTTCATTAATTATATCAAGGCTCTCATCATTTGGAATCAATTCTGCAAAACCATATTCTTTTTGTAGTCTGTATATTTTCATTATTTAGTTCTTACAGTATTAAATGTTGTGTTTTTTAAATTAATTCTGTTTAGTGAAATTTTTCCAGAATATATCTCCTTTTTTACTTTACTCAGTAGTTCAATAAATTGTTGCTGATTTTTTGCGTTTTTCATTATTTCATATACTGCATCATAATATTTACAGTTATGACTCCCTTTATGAATTTGTCCTTTTGCTGTAGTTGTTTTGTACGCTTTTACTCCATTATCTTTATGTCCCCCAGGTAATCTCATACCATTTATAGCATTATTTATATCTATTTTATTTGTTTTTAATAATTGTTTTAAAAGTACAGATGAAGCACATCTAGAATCATTACCAATTATATGATGAGCTTGTGTACCTTTTATATATTTCTTACCAACAGCATTCATATTTTGTGATAAAACACTTCCACTTTTAGGCTCTGCTAGTAATTGTTTTAATATATTGTTTTTATCTTTTAATATTCTAATACTCTCTTTTGCATTTAGAGTTTGTTTACTGATACTCATTCTAAAACGCTTTGCTGTTCTAACAATTTTTTGGACTTTACCATTCTGTAATATTTTAACAATAAAGCGCTTACCGTATGTTTTGTTATAAATAAGTAATGGTTTAAACGTTTTTTTTATCACAGGTGTGATAAACCTACTTGTTTTACTCATTGTCTTTCCGGCAACTCCCGGTGCTCCAAGAGAAATTACTGCTAAAGTTGTATATCCTGCTGATTTCATTGCTGCTTTTTTAGCCATAGCAGTATCTCCTTCTTCATAATACTCTTTAGCATCAATACCTGACGATAAAGCATTCAGACTTTGGATACTTGCATAACCAGCTTTAGCTCCAAAGGCAACTCCTCCTGATATCGCGGCCACAACTAGACTTTTACCTCCTGTAATTGGTGCAGCTAAGATTGCTATTTCAGTAACTACAATAGCTCCAATCTCAATATACCCTAGTATATCACCAAATATATTAATTGATTCTTGATGTTTTTTATAGAATTCATTAGCTCTATGTGATAAACTCTCTTCAGATTGATTAAATACAGTATTTTGTTCTCTTTCTTTTTGTGTACTCCAAATCCCTTTATCTGTTGGAAATCCATTTTTCAAAGTACCTTCATATAAATCACCATTAGGAAATAAAATGCTTGCTTCCTCTGGAAATTTACCTTCATCATTCCATATAGCCGTAATTACAAGACTAGAATCTCCCTCTTTAAGATAAAGAGAGCCTTCTCCATATATTTTGCCGTTATAGAACTCTCCCTGATAACGACTACCGTCTTCATATGTAAAAATTCCAATGCCATTAAATAAGTCATTCTGAAACTCTCCTTCATACTTGTTCCCATTTTTATAAAAATAAGTACCTAAACTAGATTTAATATTTTGAGAAAAATTACCCTTGTAAATATCTCCTTCTTTTTTGTAGTCAATCTCTCCATAACCTGATACCACTCCAGAAGAAATATCTCCAGTATATTTATACAATCTTGTTTCTATTGTTCCTGTCCCATTTTGTATGCCATCTTGCCAATCTCCAATATAAAAATCTCCATTGTTATAACTATAAAATCCTATTCCATCAAACCTGTCTTCTTTCCATTCTCCTTGGTATAAATCCTTATTATTAAATAAGAAATCCCCATAGCCTTCTTTTTTATTATTCGAAAAATGGCCGCTATAAACTGAAGAATCAGAATAAACATAATACCCATTCCCATTTAATTTCCCTTGTTCAAATGCACCACTGAAATATGAATTTTTTGAAATTATCTCTGCATAACCATTTAGCAAACCATTATCCCATTCCCCAAATATGGTATCCTTTTTTTTATCTATAAATGTACCTTGCCCAGAAAAATATCCATTTTTCCAATTCCCATCATATTTACTACCATTCAAGAAAGAAATAACACCCTGTTCATTAGGCTTTCCATTTAACAGATAACCATAATATTCACCATTATTATAATGTATTTTTGTTTTCCCTGAAATCACACCATTTATCCAGATTCCATCGTTAGTTTGACCATTTTGATGATATTGAATACCTGTACCATTATAAACCCCAAATTTCCAGTGCCCAGAATATCTTAACTTTCCATTCCTGTAATAGTTTAGTAAACCATTAGGTTTTCCATTATTAAACTCACCTATGTATATCTCTTCATTTTCTTTTATTAATACTCCATTACCACTAAACAAACCATCCTTTAATTTTCCAATATACCTATCTTTATTTATTTCAAAAACATCATCATTGTCTATTGCTCCGAATAAAATATTTTTTAATGACAGTGTTTTAATTAAGGAATCACCTATAAAAACATTTAAATCACCAGAACCTATAATATACCTTTCAAAATGTTCACCATTCCATTCGTATGAATATTCATTTTCAATAGCAAAAATATAGTAGTCATTTTTAGTTTTAATCCAAGTACTTTCTTTAGGTGGTTGATAAGTACACCCCTGAATAATACTTATCAGAATAATATATATATATAATCTATATTTCATATATGCGTTCTTGGATTCAGGGTTCTGTTTTTTAATTGCCCCTAACGTGACGTGTCTAGTTTGTTGCGTGGTTAAGGAACTAAATTAGTAAACAAATATGGACTAGAGAAAACTCTTCCACAATTTTCTAAATAAGCACTTGCTGAAGCAATTAATTATACACTGTGTTTTGTGAAGTGCTTATTCTACTAATTTGGTTTTGATTATTTTCCATTTACCATATTTATATTCCAAAATCAGAATTTGTTTCCATCTTCTGGAAGTATGTAGAGGGTCGCTGGCGTAATAATCTGCAAATACAACAGCTTGATCGTTATAAGCATTTTCAAGTCTAACTTCATAAATTGTCACGTAATCAATTCCACCATATGCATCTGTTGAAGAAAACCAACTATATCCACCGTTTTTATTCCAACTTGGGTTATTTGTTAACGAGAATGCATTATAGAACTCTTCTTCATCTAAATATTTAAGAAAACTCTTTACAACTGAAGTTGGACCGTCAGACTGTTCTTTAGTTTCTATTTTGTAATCAGAGATTAAACTGTTATTTAAAAATCCAATGTAAAATCCGTCATCAGCTTCTACAATTATTTTCGTCCAAGAGTTATAAGTTAACTTATCAATAATCCTGATTTTATCATTTCGGTTAATTGTGGTCAAAACATTAGTAACTGTAGTCGGACCCAATCGCAAATTTGCTTCTGTCGCGGAAACATATTTACTAGGTAGCGCATATATTTTTGATACTTCTATATCAAATATTTCATTTACTGTCGCTTTAGATTCTGCTGTATTTAAATATTCTTTTTCGCCTTTTTTAAGGCTTTTCATTGTTGAGTTTTCGTTTATAGTAATATTATTTATGTACCCTATTGTTCCATTTGATATTACTTTATAAAAACCGTCTTCATATTCTAGGACTTTTACTCGACTTCCTTTCTCAATGGGACGAATTGCATCAAATTGATGTGGTTTTCTCCATAGCTGACCCTTAGAGCTTGTAGTTGTATAAATACTTCTAGAGTTATATGAGTTGTTGGATATACTTGTAGAAGTTTTATTGTAATTGGTTTTAGGATAAGTGTACTTGAATTCGAATATGAGTTTGTCGTGTATGTGAAGATGTATTACTGTCAGGTGTATATATCCAGCTTCTCCCGTATATGGATTTGTATTTCCACGAGTAGAGAAGTTATCTCTATTCGTGCTATTTGGTGCAGTCCGATAATACGGTTGAACATAAGTTCCGTTGCTTTTGTAGTACCCACTTACATAAACATGATTGGAATTTGTTTGCGCGAATGAAAACAAGAAAACAAAGAAAAGTAAAATTGTAATTATTTGTTTCATAGTTAGATTGGTTTTTTATGCATTACACACAGTGGTTGGTATATGACAAGCAGGGCAGTAGAAAGCGATGAACTTTTGGGTTTACTCTGAACCAAATTTTTATATTTTGTTTTTAATTTATTCATCTTAAATACCAAATTGAATATTTGACGTTGTTCGTTAATAGCACTAAACTTTCTTAAACCACCGAACACTCTATTTGCCATATAAAGTGTTGTACACAGTTTTTTTAATCATGATTTTCATATTCAAGGTCATTAAGTTTCTTTCATATTTTTTTCCCCATAGACGGCAAATCAACCGGATTCGACAACTAAGTATTCAGCTATGGCCTATCGGCGAACCGAGCACTTAGTTATTGGCAGTAGTTATTTGGCAAGTATCATACTTAATCGTTTTGCTTTATGAGTTTCCGAAAGTTCCCAAAGAACTATAATTAGGAATATACAAAATTGAATAAAAAAAATCCAATAAAATTCCTTGGATCTTTGCCGAAATGTTAATTGTTTTTCAGAGGCTTTATAACTCATATTAAATTCGTCTAAAGTAACAGTAAACACATCTTTATTGGTTGACATTGAATTCAATTCTACCAATGAATCTTGAAGCTTTATTTGATATAATTCGTTAACGTTAGTATTATTAATAAAATATACAGTTTCCAGTTTTGTTCCAAATAAATTAAATATAAAGGTTGATGCGACTACTAATAAAGATAATAGAAAGAGTATAGAACATAATAAGGCATATTCTTTCTTCTTTTTTAATTCTTTTTTGGTTAATAGATTTTTTTTCTCGATTTTACTTGTATTTTCTATTCGGTGGCTAAAAACAATTTCGCTTTCAATGTTGTCAGCACTTATTTCTTCTTCTTTGACTTCAATTAATCCTTCGAATTGAACAAATTCACTTTTTCTAAATAAGTCAAATTTAAATATTGCTTTATTATCCCTACTAATAATAATATCAACAGATAAACCTTCGCTAAATTCAGTAGCTTTAACGTCTAACCATTTACAATTATCAGGTAATTGAGCAGAAATATCTTTTTCTATTAATTGGCCGTTAATATCAATATCTCCATTATTAAGAAGAGCTCCTTTTATGTAAATAATATTCTTTTTGATCGGTGAATTATTATGTAATAATTTAATTTCTTTAAAATTATTAGCAACATTATTTAATAAGTCAATCAAGCTTAACTTTACATACGTTATTTTTCCTGGATATTTCTTTCTTTTAAATAAGTCAAATGAGAGAAATCCAAATACAAGAGTTATTACAATTCCAATTATTCCAATAATAATACTGTAATCCATTTTTATTTTTTTTTACTTTCAACGTCTTTGTAAAAGGTTTAGGTGAAAAAACCGCATCATAATTAACTACAATAAAATCCTCATAATCGGTAATCTAGGAATGCAATTTTACTTTTAATTTTGTTAGATTACCATATTGTAATGTGTGGTAATTATTTTCGAAAATGTGTTCATTTCGTTATTTGATTAATTCTTCTTTTTTTTTCTTTCATTCTTTATTTTCTAACTACAGCCAATGTCACAACAAGTTATGTTACTCATTTTATTTATAGTATAAATTTAGTGATTTTTTTATCGTCTTAAAAGTCTTAACATTAAAAACATGCTTTAATAAACGCTGAAATCTCGGAGGTAATTAATCTACCTCGCAATTCAAAATATTAGACTACACTCTATTATAAATGCTGTTTTATAGCCACTAATATGCAATCAATAGCTAATTAATGGCCTCCAATGGCTCTACAATTATCTTGGATTGGAAGACCAACAGCTTTTTGTAAACCAGCTTGTCTCCCCGTTGGTTATGAAGTTGAAAGTTTCTGTTTTATCTATCTAGGTAAAACAGAAAAACAACAAAAAAGCTCAAAAATTTACATTTGTGATTTAGACTACTAGTGTCTCAAAATTAAATTAGATAAGAGTTGTTTTCACCTCAGTTATTTGTTGTGAGCTTTTACTTCAATAATTTAACTGTACTACTTGATATTTTTTTTAGTCCTTCTATTGAAGTGTCGATTAATTCCAAACACTTCATAGTCCTATTAGGAGAAATGGTGAGCTCCATTTCATTTGTGTCAATTGTTATTGACAACCCACTATACGTCTGATATTCTATCTCACCGTTTATCTCATCATCATGCAATGTGCCACCATCTTCTTCTTCTAAATTTTCGAATCTTTCCACTAAATCATCAAAATCAATTTCGCCTTCTATTGGTAAAACTATTTCATCAATTTGATTTGGAAATATGTCGTCAAAATTCTCGGGAAGAGCATCCCTCCCGACTCTTATTTGTAGGCACCTAGTGATTTTCGCTTCACTTGGTTCGTTCGAGTTTTGTTCCACTTCTATGAAATACCGAAAAAAATCATTTTCAACTTTTCCATAACCATCTTCAGCTGCATATTCGATTTGTTTTTTTCTAAGAGAGAGTATCTGCTTTGTATTTTGGTAAACATCTTGAATCTCTTGTTTTAAGTCACGTTCAAATGCTTGCTGAATAAACCCGTTTCCTGATGATCCAAATCTATCAGGTGCAAAATGTGATTTCTTGAAACCGCTAGCTCTTTTTACACTTATTGTAACTACTCTTTTTAAAGTGGCTGAATCAAACTTTAAACGCAGCTTTGGCAATTCTTGACTGAATTCTTCTTCTTGCTTTATCACTTTTCTGATTAAAAAATCATTTGAAGCACTAATTTTAGCATATGGTTTTTGAGTACTTCTATGCGTTGTACTTTTAGTGATATATTTTGGTACAACACTGCTTAGATAGTTTTTTAAGGTTGTGTCGGTAATAAATTCTTCATTGAGAATAGCATCATCTACATTGCCCTTAAGTGCTTCAATTAGGTGCCAAGTCCAAATGCCATGCTTTAGAAGTTCGCTGGGATAAGACTTATCTCCAGGAGAACATGACATGAAAATTGCGTGATAACTATCTGTTTTTAAGAAAGAATCAAGTTCCTTGTTATTAAAATTCGATATTAAATCTCTTGAAACAATTCCCTCGGTTAAGTAGGAAGAACATGTATCTAGAAAAAGGAGGCTGTGTTCACAGTCAGATTCTTCTAAAGGGTCTAAAAGAGTATTTTTTAATGAAACAGTTGTCCCATCTAAATTTGTTGGGTGTGTGTCCCAACATGTTATTTTGTTATGGCCGTTTTGATAAAAACCATGTCCTGCGTAATAAAAATAAAATCTTGTATCAGAAGTTAGTTGCCTAATATAATATTGTAATTCATCTTCCAAGGCAGACTTAGTGGCGTCCTTATCAATCCACATGATAATATCTTCTTCTAAAAGCCCAAAGTCTTCTTTAAGAAGCTTCTTAAATTTAGATGCATCATTTCTGGCGAATTTCACAGAAGAAATACCTTGTTCACCTGAAAACCGATAGTCTTCGATGGCTATAATTATCGCAAATGATTTTGGTTTTTCAGTTTCTGTCATTTTTCGTTTAATTGCTCACAGAATATGGATAAAACAAATTGTTGTTTTCAATATGCTAGAAAAAAAAACAATATAAGAACTTTTTATCGTCTTAAAAGTCTTAACACTAAGAACATGCTTTTATAAACGGTGAAATCTCGGAGGTAATTATTTCACAATATTTGATTACACTCTATTATAAATGCTTGAAGAATAAATTCGTAACACATATTAAAATACTGTTTTCTAGCTTCTAATAGGCAAATCAATAGCTGATTAATGGCCTCCAACGGTTTTACAATCACCTTGAATTGAGGAACCAACGGGTTTGAAAAACCCTGTTGGTTCTCCGTTGGTTATAAAGTTGAAAGTTTCCGTTTTGCCTAGATAAGTAGAAGAAAAACAAAAAAAATCAAATAATCACAAATATGGACCTCTAAGTCTAGAATAATAGTGTCTCAAAATTAATAGGAGAAAAGAGTTGTTTTTTACGTCAGTTCTTTGTTCCCACATATTATTTATCCCTTGTTTCTTCTTAAATATCTTTTGTATTCCTTTTCTACGAAACTTTTCCCAGGTTCCCAAAGTGATATTATTTTACCAACTTCATCAAAAACTTTTGCGTTATTCCTTTCGCTAATTGTTTTCATTCCTTGGTAACCGCTACTAAAATTTTTAATTCTCTCGCAAGATTTTTGAAGTTCAAAGAACGTAACTGGTGTTTTCTGTTCTCTTAATTTCATATAGTTTATTAAAATCTGACTGTTTTTTTGATTTGGTTTGTTGAACCAAACAGGCACTTTTCTATAGATTTTTTCTAATTCAAGTTCTTGTAATGTTCCGTTGTGATTTTCTGTATCGTTTTGTGGACTTTGCGCATAGATTGTTCTTTGTATTTCAGTTTGTGTTGAATCATAAACTTTTATCTTAAAATCCTCCAAAACTTTTTCAACGACACTTTCGCTGTGTTCAATCAAAAGTTTGTTTTTCAGTTCTGTTTTTAAATATTCGGAATATTCGGTTTTTATAATTTCGTTTTTGAGATTTTTAATAATTTGATTTTCTTTTATTGTCTCAATTTTCTTTTGAATATAATTCTCAATATTTTCGTTACTGAAAGTGTCTTTTTGGAAAAGATTGATAAAGTTCAAACCTTGTGGATTATCTTTTTTGAAAGAAATTCTCTCTAAAAGTTCGGATTGATTTGAGCCAACTAAAGAACCGTCAACAAAGATTTTGATTTCGTTTCCGATTAAGATTCCAAAATTCAGACGCAACATTCGCATATAAGACGAAAGTTGATTTTGATAACTTGGATTCTTTAAATCGGCAGAAGGATTTTTGACTTCAATTACGAATAGATTTGTTTCGCCCGATTTTATAATAATGTCAGGCATAATTCTATTCGATGCTCCTAACTGTATATTTTCTCGAACTGATATTTCTCTTTTAAAATGACTCCAACCTAATTTTTCAAATGCTTGAATTACTTTTAATTCAAATACTTGTTCTGATGCATTTGACGGAATACTCTCTGATAGTATAAAACATAATTCATTCCATTTTTCCAAATTTTCCATATTTTTCTTATTGTTTTGGTGTTCGTAATGTTTTTCTCAAATAGTGTGGCAACGTTGTTGTAAATGAATAGTAGCCGACTGCGGAAGTAGATTTTTTCAATTTACTACTAAATTTTATGCGGGCTACAATGTTCATTTTTACTACTATTTAGGCTATTGTTTTTATATGTTGTGCTATGCCGTTTTTCTTTATTAATTCAAATTATCAATGTTCATTTTAATAAATTTCATACTCGGATTTGATGTTACTTCAAAAACTCTAGCAATTAAATATTTGTCAACAGATTCCATTAGTCTAAATTCATTTGGTGAAATATAAAATGCCACTTTTTCAATCTTTTGATTGTAAGGAGTTGCTTTACTATCAATGAAAATATCATTGCCATTTTCACTAACTTTGAAGTCGTGGTCAAATGTTGTTTTTGTTTGCTTATTTCTCCAAATTACTTTTACACCTGAATCTATTTTAAAGCCTTCATCTGTTTCAGTTACCTCTTTATTAAATTTATTTGAGTAAATATTTTTTAATTCTTCGAATACAAACAGTTCGCCTTTATGTCCTAAATCTTCATCAGATTGATTATATATCCGGTTACCAGTATTAGGAATTGTTATTTCGGATTCTTCAGGGTTCAATAATTCATCAGGAATGAGATTAATTGCTTCATCTCCAAATTTTTCTTTTATATACTCAATCCCTTCTATAAAGCTATCAGAAAGTAATACTGATAAAAGCCTTTCTGCGTATCTGATATTTAAGAAAACTCCAATAGGTTCAATTAAACTATCCAATACTCTTGGCTTGTACCAGTTACCAACATAATAAAAATCATTACCCTCAGCCCAAGAACTTTTTTTCTGCTCATCAGCTTCATTCCCATAAGAAAGCCAAATCTCTGTAGTTTCTAAAAATCGAATATTTGTTAGTTTAGTTTTTAGTCTGTCATATTCAATTTCCCAATCTTTTTTACTTCTCGATTTTTCCACTGAAACAATAGCAATCAAAGGTAAAATATGATTGAGTTGATTTTTTAAATCCTGAATTTCAGTTTGACTATTTGAAATACGAGCCTTGACTGTATCAATAATTGAAACGCCAAATATTTTAAGTAATTCAACAATATTTTCATCCTTTTCATCACAAAACGCCAAGTTTGATGCTTTGAAACCTTCTGCTGTCACAACAGATAAATCATTAGGCGCAAAAAATGTTTTGCCATCTTTCGCTAACAATTTATTTGATATTGACCAATCTTCTAATTTATCTGCATAACCTAAAAAACTATTGGATATTATCTTATAAATATGTTCTATTCTTTTTTTGTTCTCCTTCTTTTGTTCTTCATCAGCGCTTGTATCTTTCCAAATAGCCGTCAGTATTAATAAGTAATCATCTAATTGAAAAGTAGATTTAAACTCTAAATAATCTAACCATTCTTCTGGTATCACTCCTTCAAAATCAAATACTGGTAAATATTTACCTGCAATCTTTTTTACCTCAGGAATCATACTGTTAAATACTTCTTTTGCTGGGAGACAATTTTTTTGTGAGGTTGGAAATATCGGAGAGTTTTTCATTATCCAATTATTTAAAGATTCAATACTTCTTTTGCTAAATCCGCTTCCAGTATCAATGGGACCTTTTTTAATTTCTAAATTTTGAGATAGGATTGCATCCCAAAATGTAACTGAGAAACTGAATTGATTTGCACATTCAATAAATGATATCATTTGATGGTCATATCGAGAAAAAGGATTAAGGTATCCCCAGGTTTGATTCGGAGCACCTGATGGGATTGTTCCAAAATATTCAGGGTAATTTGATTCTAAATCACTTCTGTTGATAGTTTTCTTACTCCAATTAATTGATTCTTTTATCGAAATTTTAATAAAAAAGGTTTTCCATTCACTTTTCAGTTCAGAACCTTTAAGATAATCTTCTGAGATATAAAAATCCTTCTCGTAAACAGATTCTAACTTTAACTCGGGCTGATAGTAATCTGGAAGAAATGCGCTTTGAGCCTCAATTAAATTACCTTCTTTCGTTAGAATTTTAATTGATTTTAGATCATCATATAGGTTATCCATAAATTCTCTATTTTTATGATTATTGAAAAGGTATCTCCCTACTTCGATTGCATTATCTTTTGTTATAAAATCCTCATTACCAATTATAGTCTTTTCAATAAAGGAATTATCAGAAGGCTCTTTAACTCCCAAATAAACTAACCACTGTTTAATACGATGATTAGATTCAATTTCTTCCATTGTTTTTGAATGAACAATACTTATTTCATCTGAAAATTCATCTGTAAACTCAACTGCTGGGAAATATATACGCTTAGGACTTTTTAGTTTCTTATTTTCATCAAAAATAAAAGAAGTGTTTTGCAATTTTTGATTCCAATGATTTTGCTCGTCTCCTTTTGAAAACCTTTCGGATTGATTATTCAAAAAAGTAATAAGACTATAATTTTCCTTTCGTTTATGATTAGCAATAAAAAACTTGGAAGCAAGAAGATTACTTAAACTATCAATATCAAATTTTTCAACACCTAAACGTTCTAAAGTACTTACTGGTTCCAATTTTGGAATAAAGGAATCAATAGTATAAACTGTATCACGTTTAGAATTAATAAAATCAATAATTATCTTAGGGTCAAGGAATTTTGAAATGTTTGTATCATCAAAAATAGAATTCGAAACTTTCAACAGTATATTATTCTCGTTTGGAAGAAATTCAAATCTACTAACTGCTTTATCAAAACCTTGATTAAATGATTGTTTTAATTCTGAACTACTTGTAAATTTTTTGGGTATCAGTTTTAAAATATCTTCTTTAAAAGAGGTCTGCGTCAATTCTGTTAACCACTCAAATAATTTAATAGGTATTTGTTTAAATAACCAAATATTCCATTGCAAATCTTCGTGAATGTGTTGTCTTCCAGCATCTGTAATAAAACTAGCATTTACAAGAAAAGGAAAGTCATAATTTACAGAAGTAGGCAAATAGGTAAAAATCAATCTATTATCTTTATTGATTGTTTTTATTTTTCCTTTATCAATTTGAACTGCTAATGAAATTTCTGTTTTTGTTGCTAATCTTAGTTTCTTAGGGATACGAGCATCATTTTTAATTAATTCAGTAGTAGATTTATCAACAATAAACGTAAATGATTTTAATAGCCATTCGGATAGAATTTTATTGTTTTGTTTAAGTTTAACTGTATTGTTTTCTTTAATTTTTTCGATTACAAATGGCTTATTTCCTTCTACAGTAATTTTGACATTTTGGCATCTTAAGAATAGTAAAATCTGGGTATTAGAGAAAAGTTCTAAAAGTTCTTTCTCTAACTTAGACGTGTCTTCAAATTTAATTATTGTTGAAACATTGTATGATTTAACAAAAGAGAAAAGTTGCTCTATTTCTGACCAAATAGGAATAATTTGCCAAGGCATTTTAATGGTAGTTTCTTTTTCTTTTTTTTCTCGGCCATCTCTCCACTCTTTTTGATTTTGCCATTCACTATTCCAATGACCTTGCCAATGTGATTTGTCAAATTTAAAGCAATAATTACCTGAATTTATTTTTACATAATCAGAATGAGAGAATACCGATTTAAATCCGATACCCTTGAACCCGGTTTTATTTGTATCTCCTTTTTTATTACCATCTCCAACGCTACATATGGATTCTATATCAATCTCAGAAAATTTTTCACCTTGATGAGATATAATAAGATAGTTATCTACAACTTTGAGTAAAATATCAAGTTCTCTTGAATTGCTACTTGCATCATCAGCATTTTGTATTAATTCATAAATAAATCGTTTGCTGTCAGTATATATATCTGAAGACAGAGATTCTAATGAATTTGCTTGGTCTTGTGCTGATTCAGGACTTGTATAATTAGATTTCTGTTTCTCTAATTCTTGAATTATCTTTTTTTCAATCATTGAACTTTTGCTTTATCATTAGTTGATAATTGGATGTTTCTTTTAGATGGCATAGAACATCCGTATAAACTGTATTCAAATCTTCCTTAAAGGGTATATATCTTTTAAGTAGGAAATTTCTAATTTTAATCTAAACTAACACTTTCATATATATTATCCAGCAGACTTTGTATTAATCTCAAAAACTAGAGTGTTTTAACCAACGGCTTTTTGTAAATGCATTATTGCAGTTGTAAATGGTGAATATAGCAGCGGTTTTTAAAATATTCAATAGCTACAGTTAATTCCCGTTGATGACCTGTTGAGCCTACGTTGGTTCCCCGTTGGTTTCACTGTTGGTTCCCCATTGATGACCCGTTGGTTTTTCGTTGGTTATGAAGTTGAAAGTTTCTGTTTTGCTCAGATAGTAGAATAAACAATAAAAAGACTCAAAGAATCACAAATGTGAATCTCTGAGTCTAGAATAATAGTGTCTCGAAATTAATGGAGAAAAGAGTTGTTTTTCACCTTAGTTCTTTGTTACAAGCTGGCTTTGTCCATCATTTTAATTTTTTGGTTAGTTCTTGAAAGAATATATGAGCCGTCATCTTCTTTTTTAATTTCCAATCTCTCTTTGGTACGAATTAAAAAATGTTTTTCATTTTCGTCAAGTTCATATTTTATTCCTGAATAATAGAGTTTGTCTTTTAAGTCAGTTGCGATGTAATCTAAGAGCCTGTTTTGAGGTTCGGACAGCCAATTGACCTTTTTTGGCTTTGCTTTGATTCTGAAACTTTTGTCGTCCAACCATTTTAATTCAAATTCTCTTCCGTTAAAAAAATTCACACCGAGACAAATTTCCTCAATCAAATTATTGTCATAGTAGATATATCGGTTTGCTTTATCTACAGACCAATCTTCTCGTGGGTCTAAACCTAATTTTGAATATGGAACTCCCATTTGTTGTTTTCCTACTAAGAACCTCCATTCATTCTCGTAATTCCATTGTTTAGATTTAATGTTAGTTGAATAGTATAATGGAATCAACATTGTTTGAAATTCACTTATGTCAATTGGCTCCAATTTGTCTGTATAGTTGATTGGGTACAAACCTAAATATTCTTCATCATCAGTTATTTTGCTCTCAATACTCTGCTCAATTTTCGCAGTATTGAATTTAATTTGAAATCCTTTCTCTTGAGTGTAGTGAGGCCACATTAAAGGATTGTTTTCTCTTTCTGTGGTTGATATTATTCCAAATAAATTTGTAGCTATGTAGTAAAGAGAAGAAATATAGCCTTAACATGGACTTTCTCTTTTACAATCGTCCTCGTAGAACTTTTTTAGTTCATCCATATTCTCTTTGTAAGCAAATCCGAGAAATTTTTCATGAAGTTCAAAATCCAATGGTTTTGACGTAAAGAAAAGAAACGGACTCGAGTCCAAGCAATCATTAAGTTCAATTGGATGAGAAGCATAAAAATATCCATTAATGAAAGCATCTACACTATATTCGCTCAAAGCATAGAATTTGAATAAATATTCTGGTTTATTTTTATTGTGTTCAATTATTCCTTTGTCATCTCCAGAATTGTAATACTTTACATATGTGAATTCATTAAACTTGTATTTTTCGATGTTCTTCATTTAGCTTGCTTATAACGTTTGGTATATGAGCTGTGGCGTGTTTTAGCACCAAACTTTCCAAATATAAACTAACTTTGGGAATTCCAAAGATTTTTCAAATGGGCACAGACCCAGCAATGGCTTATACACGGTGTTGTGTGTCCGTGCTTTTATTTCTTTAAATTATCTAAAATTTGAATCAATTTGTATAGAGTAGAGCTCGGATTTTCAAATTCGGTTAATGCTTTTGCTCTTTTGACAGCATCCTCTTTTTTTGAAACAAGTTTTAGCTTTAATTTTTGGTCAATTGCACCTTTTTTGTATGATTTATTTCTATTTTCCAATTCTCTATAGCAATGGGCATTATTGGTGTTTGCATTTTGATTTTTATAGTGTAGTAAAAACCAAAGCTCTATACATGGATTAGAAACAAGTAATTCACAGTTATCAATTTTAGAAAGTCTGTCTATCATAGTTGGTACGTCTAAATCATAGACTAGAAAGTTTAAATCTTTCTCGTGAGTTGGTTTATCTTTTTTATAGTTCTCTATGTATGCTTTTGTAATATTATTTCCTCTAATTTTTGGATGAATATGTATAGATGGAATTCTGTATAACGATTTTAATAAATTGATATAAGCCTCTTCTGTTTCTCCTTCGCAGAAAACAAACAATGTTGGGTTTATCTTTTTTCCTTTTGATTCTTTTCTCCTTCTTGCCATCTAGTCATTAATAAGAGAATGTAAATTCTTAATTGAATCATCTACAATTGGAATAGAATCGAACCTACCTTGTAAATATGCTTTTTCCAAGTCCATTGTGTCTCTAAAGTCACTATAATCATAAAGAGAGTATAAATCAGAGCCTCCATCTTCTTTTTTATTGACAAACCAAATTTGGTCTTTTCTGAATTTATTTAAATCCATTAGATTAGTGTTATGTGTGGAAAAAATTAATTGTGCTTTTGAACTTGCATTGAATATTTCAATAATGTAATCAACTATTTTAGGATGCAAACTATCCTCAATTTCGTCCACAATTAAGGTTTTATTATTTTTCACAATATCTATTATTGTAAGCATCATAAGGAAAAGTTTTTGAGTCCCTAATGATTCCTCGCTAAAGTCAAAAGACGTATTAGGCGAGAATTTATGATATGTTTTTAGTTCAATTTTTTCTAGTTCATCATCCACAAAAAACGCTTCTTCAGTATCGAGGTTTGCTTTCAAACTTCTTCCTTTCTCTTTTTTAAAGTTGACTTTAAAATCAACAATATCACTATCGGCAAATTGTAAAGCCGTTAATAATTGATTTTTGTATGAATTAATTAACGATTCAAGATTGCTTTTTCCATAATTTGAATGATGTAGAATGAAGTCTCTATGGAAAAAGTTGAATATATTTTTTGGTATCTCTCTATCCATTTGGCTAGCTCTAGAGATATATAGTGTTTTGTTTGATGTATTTTCAGCAACATCAAATGGTCTCCTTATTACGGATGTTCCGAATGAATATTTTTCTTTTTTAGTTTTTCCAGCACGTTCGTTTCTTTCAAAAACTTTAGTTTTTCTACCATTTGGATAATAGTATAAACTTTCTGTTAAGATTTGAGTACGATTAAATGAAAATGAATATTTATATTCAATGTCATTGATTACAAACCTTATGAAATAATATGATGGTTTATTGGAATACCCTTTAAACTTGAATGGTTGAAAATTAAATATAGTATTCTCATTATGCTTGTGAGATTCATATACCATAGCATTACAAAATCTAATCGTTTTTATAATATTAGATTTTCCAGAAGCATTAGCTCCATATAAAGCAAGTGTTTTTAAAACTTCAATATCACCATACTTAAATACATTGCCTGATAAAAATTTTGATTTTGCAGTATTAATATTTCCAGTTCTTATGTCTAAAATCACCTCTTCATTGATTGAAAAGAAATTTCTTAATCGGATTTCTAAAACCATTTTATATCTTCAATTTGTAAAATTTTTACAAATATAAACATTAAAATTGATTTTTATTTCTGTTTAGAAGATTTTATGAGTTATATTGGGCATGACACACAACATCCGTATAAACTCTATTCAAACCTTCAGTAGAGGGTATATTTTTTAAATAGGTCATTTTTAATTTTGATCTAAATTAATACTTCCACATATATTATCCAACAGACTTTGTATTAATCTCAAAAACTAGAGTGTTTTAACCAACGGCTTTTTGTAAACCCGTTGGTTGAATTATTGCAGCTGTCATTGGTGAATATAGCAGAGGTTTTTAAAATATTCAATAGCTACAGTTAGTTCCTGCTGGTCACCTCGCTGGTTATGAAGTTGAAAGTTTCTATTTTACCAAAATAATTAAAAAAACTCAAAGAATCAGTTTTATGAATCTTTGAGTCTAGACTACTAGTGCCTCAAAATTAATGGAGAAAAGAGTGGTTTTTCACCTCAGTTCTTTGTTGCCAACTGGCTTTTTTTAATTAATAATCTTGAATTAAAACTTCAGTTGGAATATGAAGAGTAGTATTTAGTTTTCTAATCATATCTAATGTCAGTTTTCGCTTTTTATTCAAAATCTCACTAACTCTGCTTTTAAATCCGACAACTTCTGCTAAATCCTTTTGTTTCATTCCCAATTGTTCCATTCGGAACTTAATTGCTTCAATAGGGTCAGGCATTCCAATTGGGAATTGCTCGTTTTCATATCGATCAATCAATATTGATAGGATTTCCAATTCGTCTCCTTCTTCCGTTCCTTTTTTTGCATCAAAAATATCCTCAAGTCTGTTGAGCGCTTTTTGATAATCGTTTTCGTTTCTAATTGGTAATATTTTCATAATCAGATGTTATTTGCGTCAATTTTGTCATATTCTGCATGAGTTCCAATAAACCTTATCCAGCATATTCCATATTCAAAGTTGAATTTTACAATCAAACGATAATTATTGCCTCTGATGTTGTAAACAATTCGATTGTCCTTTAAAATACTTGCACTCGGATACTCACTTTTTAATTCGTTAATATTCTTCCATTCGGATTTTTCTGTTTCTTTATACCACGATTTTAATTGTTCTTCACAATCAGCGTGTTTTTCACAAAAATCTCGTAAAGTTCGTTTTGCGATTACTCTCACATTATAATTGTTTAACCCAAATATAAGAAAAAAGTTACCAATTTGGTAATTAATTTATTTTTTTAGCTTGTTGGCAACAACAAGTATAAGCGTAGTGAGAGATTTCGAAGCACTTACTTTCAATTTACCGTAATGTTTGTTAATTACAAGGTATTTATATTTAGACGCTTAGCCCACATTACGCTTATACAATATTGTGAGCTTTTACTTTTTTTTATATAACGAATCCAACGACAAGGTATGTTATGACATTCGCTAATCCGTGAGCAATCCAACTTGGAATTATACTCCCGTTTCCTTTTTTTTCATTCAAATATCCAAATACATAAGCTGCAACTGTTGGGAAAATAAAAATCAAACTCAAATAAATGAAATTAGTAGTAATTACAGCAAATAGAATCATGTGTAATATTCCGAAAATTATTGCTTGCATAATATTGCCTTTTATAAATCCAAGAGAACTGATTAAACGTTTAGCAATAAATCCCCTAAATAATATCTCTTCTGCAAATGACGTTTTGAATATTGCAATTATTAATAGGATAATTATGGAATTAGTTCCAAAATCCATTGCCCTTAATTTTCCCGTTATACTATTCGGATCAAACATAATTTCTCTGAACGATTCGCTTGTAAATATTAAAAGTACCATTGGCGCCAATAAAATCAGAGATGCAAAAATCGCAAGAATATTTGCTTTTGAATTAGACTTCTTTAACCCTATATAATCTAAAAATCCTTTTAAAGTTTTTTTCTTAATTACATAAGCTAAAAATGGAATCAATGCGAATATTAGAATTTGTAATATCATTTCAATTATCTCGATTCCCATAGTTTTTGTTTTAATTGCTCACAACATGGGAATAATTCAACAAATTGTGTTATTCCAATTTTATTTGCAATATAAATTTAGTATTTTTAATCGTCTTAAAAATATTAACATTAAAAACATGCCATAAATAAACGGTGAAATCTCGGAGGCAATTAATCTACCTCTCAAATCAAAATATTAGAGTAAAACCTTTCATAAATGCTTAAAGAATAACCTAGTAACACTAATAGATATATTGAGTTATAGATGCTATTAGGCAAATCAATAGTTGATTAAAGGCCTACAATGCCCTTGGATTGGAAAACCAACGGGTTTGTAAAAACCCGCTGGTCTCCCCGTTGGTTATGAAGCTGAAAGTTTCTGTTTTGCCTAGATATAGGTAGAAGAATAAACAATAAAAAAACTCAAAGAATCACAAATGTGAATCTTTGAGCCTAGACTATTATCGTTTCAAAATTAATGGAGAAAAGAGTTGTTTTTTACTTCAATTCTTTGTTATGGGTAGTTCTTTATGATCCAATTTTGAATAAATATCCAAACTAATGAATTCACCATTTTTAATTTCGCAATCTTTCATAGTTCCTTCAAAACTGAATTTCAGTTTTGCAAGTGCCTTTTTACAATTCATATTTTCAGTTTCCACAAATCCCTCAATCCTATGCAGTCCAATTTTGTCAAATGCGTAAGTAAAGATAAGTGGCATGGTTTCAGTCATAAATCCTTTTCCCCAGTTCTCTGGTAATAACCAAAACCCAATTTCAGCTTTTTTATTTTCTTTATTTAAGTCGTTTAAACCTCCTGCGCCAAGAAATTTTCCATCAACTTTAGAGCATATCGCCCACCAAATCCCATTTTGGTTTTTTTCAAGATTAGAAAACCATTGCATTTGTTCTTTGGTTGCTTCTAAACTATCGAAACTAATACCGTAATACTTTATAATATCAGGATGAGAAAGCCCTTTAAAAACATCTTCTAAATCAGAATCAACAAATTGCCTGAGAATCGTTCTTTCTGATTCTAAAGTTGGGAAATTATCTTTCATTTAGAGTTTTTTTTTAATGACTTACAAGGTTGCCTGTATGGTTAGTGATGTATATAAATCAGTACATTTTTCTGAAAATGTTAAACTTAATTTAATGGTCTTAACTTTTGTGTTTTGCCATTAGAAAACCATTGACTATACAGATTGTTATAAGGCGTTTTATAGTATCGGTTTCCAAATTTCATTTACTGGTTTTTTACCTGTAATCATTTCTAATAATTGAATTAAATATTGATTTTCTTCTTCACCATTGTCTTCAATCATTTTTTTAAATGCCATTGCACCAACTGGGAATATGGAAGTTAAATCAATTTTCCAATTATTACTTTCCTTATAGAAATGAAAGTAAAAGGGAGCTTTTTGTCCATTCGAAATAAGCTGCCCTTTAGCAAAATTTTTATCGATTTCAACATCTCCAATTTCAGTATTCATTACGCTGTTTTTTCCAACCATTCCTTCTTTAATAGCGTAAATTAATAGTTCTTTCCCATTGAATGATAAAATATCTCTTTTTGATGTTCTATACCTGATTGATATAACCATTAACTTGTCAAGAATTCCTAATGAATTTAGAGTCAAAGAATCTGCCTTTTTAGTTGTTTCAAGAATTTCATTATAATAAGATATTGTTTTACTGTCAACAAAATCTACTGCTTTTTCTCCTTTGTCATTTAAAATTGAAGTTTTATAGCTGTTAAATGATTCTCTTACTAATTTCTCTTCTTTTTCTTGTCCAAGACAACATGTAATTATTGACAATGATAGGAATAGGCTACTTAATATTTTTTTCATGCTTTTTATTTAATGACTTATACAAAGTATATTTATAATGCCGTATGAATAAATTGAATTATACTACGACGTAGCTCAGCACAGGTTTTTTGATGGATTGAAATTAAAAATAATTAGCATAGCCTTAGCTACGGTAATTATTTTTCATAAAAAGCAGGTGAAAAAAGCCTGTGCCGAATTCGTTTCGGTAAAATGATTTATTGCGACATTATAGGTCTAATTTGGTATTATAGCGGTTTGCATATAAAACGTAGTTATAAAAATAATCTACTACTTTTTGGATTATAGATGAGCCGAATTTTAAATTTGGTGATCTTCACTAATGAGCAAAAAAAAGTCTGGTAAAGTAGGTAGTAGCTATGTTTTATAAACATTGTTCTTCACCTTTTTTTTGTACTCGAGTATGCCTTTTATCGGTTAAATATTATCCAAAACAAAAGTCAATTTCGCACGCCTCTTTCCTACTTCATTAAATTGTTTAATCAGATTTACTGTAAAAGTAGTACCTGTTTTTTCGTCACTCACAAGATTAATATCCCCACCGTGAGCCTCAGCAACAATTTGTGTTAATGTCAAGCCCATTCCCCAACTAGCTGAAACCGGTTTTTTATCCCTTTTTGCACTTCCCATAAACTTGAATATCTGCTCTTGTTTGGAGAGAGGAATAGGATTACCCCAATTATGGACTTTAATTGCGACCGCATCTTCTTCATCTTCTATTGAAATTGTAATTGGTTTATCGATAGAACCATACTTGATAGCATTACCGATTAGATTATCGACCAACCTTTTAACTGCAGTTTTGTCAAAAATACCTATGATTTTTTTTGCATTATATTCCAAATTTATTTCGCGAGTGTAAACCTCTTTACTCTCGGCGTGAACAAATTTCATTTCTTTTAAAAGGTCTGAACTTTCAAAGGTTAACAACATTCCTTCGCCAGATTTAACTGTAATTCCGTTCATAAGCCCTTCAATAAGGTTAATCGCTTTTTTCACGCTTCGCTGGGCTGCTATTCTCGTTTTATTAGTCCATTCACCTGTTTTGTCCTGCTTCATCATTTCTAACGACAACTGGGCGGCAGCAAGTGGGTTTCTTATATCGTGAGCGAGCGTACCAATTAATTTTTCCTGCATATCCTGTATGGAACGTGAAAATGAACCTACAGATTTTAGTATCGAGGTTTCGATAACATATTTGAGCAAATCCGAAACCTTTTCACTATAGCCATTGTGGGATATGAGGAATTCACTCAATGTGCGGTGAAAGATTATATATTCGTGTACAATCTGTTCAGCAGTATAATAGACTTTAGTTGATCGTTGCTTGCCGTGTTCTTCGCTGGTTTTAAGGATTTCTATGTATTTTTCATCCTTATTAAAACCCTCCATTTTATCGTATCGTATCATTAATCTGGCGATATCGTTTATAAGATCAGGTAACTGGTTGTATAAAGCAATGGAGTCAGATTCCTTGCTTGCAAGTACTTCTTGCACAACTTGGTTCTGCCAAATTTTCATAATTTCTGCATTATTATCTCGAAGAATTTTTGCTGTTTTTTCCATAATTTAGAAAAATATTTAGCAAATTTAACTTTTAAATCGATATAACAATCTGTAAGTCAGTTAGTATTTATTGAAAGAGTTAAATTATTAATTTTGTGACCGATTTTTTTCAAAGATGATGTGGAACCTATGCATAACACAACTTGTTGTGTTATGCATTTTTATCAAAAATCTAATATATTAACTTTTTATCGTCTTAAAAGTCTTAACACTAAGAACATGCTTTAATAAACTCTAAAATCCCGTAGGCAATTAACCTCTCAAATCACCCTATTTGATTATACCTTATTATAAAGGCTTCTTTAGCTACTAATCCTTAAATCAATAGCTAATTAATGGCCTCTAAAAACTCTACAATTACCTTAGATTAGAGAACCAATGGCCTTTTGTAAACCCGTTGTTCTCTCCGTTGGTTATAAAGTTAAAGGTTTCGGTTTTGCCTAGGTAAATAGAGAAAAAAAACTCAGAGAATCACAAAGGTGAATTTATAAACCTAGAATTAGGGTACCAAAATTAAAGTAGAAAAGAGTTGTTTTTTACCTCAGTTCTTTGCTGTAAAGTGTTATTTCCCAGAACTTGGTATTTTTCCACTTTTCCATTCCTTCATTTGAATTTCCGAACCTGGGAAATATCGTAAATCTTTTGTCTTTAGATCTAATATTCCAAACGCGAGAATTTGATATTTATCTTGATTAAATTTACTTTCGTAATCATCTTTTTTCAATGGAATAAAATAGCCTACAATTTTTATGGTGTTATCTACTTTTTCAAAACCGCTATCAATCATTGAAATTACCCAAATTTCTTTATTACCAATCTTTAGTTTAGAATAAGGTGTGTTTTTACTACTTCTTTCAACTTGGACAACTTGCCCCTCTAAAGCAATAATTTTATTTTTCCAGTTTCCTATTTCTTCAAAATCTTTCTCCTCAAAATTTATTGGATATGTTTTAGATTTATTTGAGTTGGCTGGTTCAATTGATTTTTTAAGTTCAGCATCTATTAACCTTCTTACCTTTTCGCAGTTTTTATTTAATGATGGAATTATTCTGTTTTTGATTTTGTCAATTACTCCTTCTCCAATTAAAATTTTCTGTTCATCCTTATCTACAATACTAAAAATCTGATTAAATTCTTTATCGTAACATTTATTAAATTCTGGTTTTATCTCTGAATATGATTGCATATCGTTATCCATACAATCACAAATTTTGGTTGAAACCTTGTTCGTTATAGATTGAATACTTTGGCTAAAACCTATAAGGTTAATTAAAAGCGCGGCTATAGTAAAAATTACTCTCATTTGTTTTTTTATATTTTGCAAAACAATTAGGCTAATGCTAGTAAGACAGTCGATAAGCCCTTAGCCAAAGCTTTTTCATTTTGCTTTTATCTTATTTTTTTAAAAGTCAAATTAAAAAGATTTTGTAGTCTTTGAAATTAAGAAAAAATCTTTGGCAAAGCCTATATTCACTATGTTTTATAGACTTTTGTTATGCCACATTGTTCTGCACATCAAAAGCCATATTTTACTTTTCTTATACTGTCTTTTTTCTCTTTTAGCACCAAAGGTGGCAAACCAATCGAAATTCGGTTGCTATCTACTTTTTTAAGGTCGTCTATCATATTCGCATATCCGCCACCTTGCGCATTGTAAGTTCCATAAATTTGAGGTTCATCATTGTATAAATAATATTGGTCAATCATAGTACCTAAAGCTCTTAGTGGTGCTGTCCCATTTCGAACAAACTCTTTGATTTTTGGAACGAAATAATTCATTCGGATGCTATCTTTTGTGTGTAACAAAAATAATCCGACATCTACTGGATAATCCATCATATGTGGGCCAAGAAGTTCATCAGTTGGATATCCAATACTTTCAAAAAGTTCAATCAATCTTTCTTCATGTAATTTGTCGATACTATCCTGTTTTGTAAAATCAGATTTGCCATTCCCACCACGATACATTTGGTCAGCACTTCGCATCCAAATCAATTCGTCACGCAGTTTTAAATTAGCTTTATTCTCAAAGTCTTTTCTTAACACGTCATATTCTAAAACGAATTTTTTACCATAATCTGATAATAGGAAATCATCAAAAATCTCATTGTTTTGAAATCTGCTTAATTTTACACCCTTTTTAATCTGCTTTTTTGCATAGTCATATGTAATATCATACTTTTTCAAAATAGCGGAACTTTGTGTGAATTTACCTATTTCGTTAAAGGTTGTTGTATTTTTTGCTTTACAGGAGTTAAAGATGTCTTGGTATAAATCAAATGCTTTTTCGTAATTTTCAATATCAAATTTGTAGTCAGCTCTATACATTATTTGGTAATAATCTGTAATGTAATTGCATTTATTTTTTGGCTCATTTGCGCAACCAAGAAAAATTAAAATCAATAGTATTGAAAGTATTTTCATAGTTTTTTTCAATGTGGCGTTACCTATGGAAAACACAAAAAGTTGTATTATCCAAATTATCAAGTAACTAATATAAGAACTTTCTATCGTCTTAAAAGTCTTAACACTAAGAACATGCTTTAATAAACACTGAAACCTCGGAACTAATTAATCTACCTCTCAAATCACAAATTTGAGTACACTCATCTATAAATTTTGTTTTCTAGCATCTAAAAGTCAGATCAAAGACTACGTTATGTATTAATTGTTTAAGGTTTTAATACCCATAAATTGAAGGAATCTGGATAATAAGATCAACATCTATTTGCATTCTACAGACGTTTTATGGCGACAGAATTTCTAATTTGAGTATTTATTGAAGACTAAAATATTTTATGCTTAGGGAATCTTACGCGAGGAGCAAGTAATACCAATTTTTGCATTTCAGCAAACACAGAAAAGGAAATCAATTCTTTTCTGTGTTCTGAAAAAATAGTTAACCTGCTTTTCGACTTCTAATTTTCGCGATTATTAGTTGAATTCAAAAATTACTATTTGACAAAACTATAGTCATCCGTTGATTTATAGCATTTTACTCGTTATACATTTTATCTATAATCACCTTGTATTTTTTCTGAATGACTTTTCGTTTTAGCTTTAAAGTTGCTGTGATCTCTCCCGCTTCGATACTAAATTCTCTTGGTAACAATTTAAATTTTTTAATTTTTTCAAATACCGAAAAATCTTTTTGCAAGGCTTCAATTCGCTTTTCAAACATCTCTTTAATCTGACTGTTATTAATCAATTCTTCAACGTCTTTGTAGGCAATTTTATGCTCAGTGGCATATTTTTTTAAATTCTCAAAACTCGGAACAGCCAATGCGGTTACATACTTCTGTTGGTCACCTACTACTGAAATTTGTTCAATAAAAGCATCGTTTATCAATGCCGTTTCTAATTTTTGAGGCGCAATATATTTTCCGCCAGACGTTTTCATTAAATCTTTTATTCTGTCTGTAATAATTAAATTCCCTTTTTCATCTATCAGTCCAGCATCACCAGTTTTAAACCAACCGTCTTCAAAAACATCGGCAGTTTCTTTTGGTTTTTTGTAATACCCTTTCATTACGCTAGGTCCTTTTACTAAAATTTCATCGTTTTCTCCTATTTTTATTTGAGTACCATGAATTGCTTTTCCTGCAGAATTAAATTCGAAATGCTTATATCCAAATAGCGAGACGGTTGCTGTAGTTTCAGTTAAGCCGTAACCACATTTAATATTTAAACCAAAAGAATGAAAAAAAGACACCATATCGGGAGCTAAAGGGGCTCCTCCGCAAGGCATGAATTTTATGCGTCCACCAAAAACTTCTCTTAATTTGCTCAACACCAATTTATCTGCAATTTTGTGTTTCAACTTTAAAGCTAATGGTACTTTTATATCGTTTCGTTTGTATTTGTTAAAATAGGCGTTTCCAATACCCAAAGCCCAGCTGGCTAATTTCATTTTTGTAGGCGAAGCTTCTTTCCTTTTATCTTGAATTGCAGCATAAATTTTCTCGAAAATACGAGGAACTGTGCACATCACTGTTGGTTTTACCTCTTTTAATACCTCGGCGATTAACTTCGGATTTTGGTTGAAATATACTTTTATGCCTCGATGCAAACAAAAGAAAACCCAGCTTCTCTCATAAATATGACTCAATGGTAAAAAGCTTAATGAAGAATCTTTTTCTGAAACAAACAATTCAAAATCATGCGCTACTAACGACTGCATAAAGCTTGTATGATCCAGCATGACTCCTTTGGGTTCTCCGGTAGTGCCTGAAGTATAGATAATACTTGCCAAATCGGTTGACTTGCATTCGTAATATCTTTTTTGAAGCTCTGTTTCAATGGTTTCATTCGCTTTTAAAACCAAAAAATCATTTAGATGAATTGAGTTTTCGTTGTCCTCGATGTTTATGTCTTCGCAAAGACTAACTATGTATTTTAAGTTGCTATTAGTTTTTGAAATTTGCAGTGTTTTGTCATATTCTTCCTGCCCCCCCACAAAAACCAAATTTATTTCAGCATCGTTTACAATGTATTCAACCTCCTTCTTTGAATTTGTTGCGTAAATAGGAACCGTCACTGCTCTTATGCTCATTATGGCAATATCTGCTGTGATCCATTCGGGCATGTTTTCAGCGAATATGGCAATATTTTGATGTTCTTTTATTCCGTAATTCAATAATGCTTTTGACAGGTTTTGAATTTTGTCGCCAAAATCCGTCCATGAAATTCCAACCCATGTATTCAATTTATCATCCTTGTAATAAATTGAATTTGCACCCTGATATTGCTGTACGTTGTTTCTTATTTCTGTGCCAATATGACTGTTTTCCATTTATAATTTAGCTTTTTATATTTTGAAATCTTAACTAATATAGTGGCATAAAGATACGAAGATTTACTGCGATTAGAGAAGGTAAGCGGAATATAAAAACCACTGCGCTACTTCAGTAGTGTTGTCTGTTCTCAGGGAAAACATATCCATTTTTTAAAAAAAATAGCCATGAATTTGATTCGCCTGTTGCTGCTGTTCGGGTCTAAAAAAACACGATAACAAAACTCAAAGAATCACGAATATAAATCTATAAGTCAAGAATAATAGTTTCTCAAGATTAATAAAGAAAAGTGTTGTTTTTTAGCTCAATCTTTTGCTGGTAAATCGTAGTCTGTTTTCTATAATTGATAGCTTTAAGGTTTTGTTAAATTCCCATTTTCGAAGTAGACTTTCCATTGTTCAATTAGTGCAGCTTCTATCTTAGTATTTTTCGTTCATCAATCAACTTGCAATTGTCTATTGGAATAGTTTTCCTTTTGCTGATTTTATTCAATTCACAAAATTCAATAGTATCAATTTTCCCTATCCACTCTATGATGTAGTCATATTCATAAAAAGTCCTTTCTTTACTTCCAGTCAATGTGAAATCGGATTTTCCATTTATTTTATATCTAATAGGTTTAGAGTGTTTTAGGTCACAGATTTTATGGTTCTCCCGTTTAGGAATTCCAATTCTCTTTGAATTTGATTCATAATCAAGAAAAACTTCATAGGTATCTTTGTTAGATTTTTTTAATTTGAAAAATTCAAAAGCTTTAGGGCTATCTAATTGTATTAAGGTATAGAAACTTTCGTGATTTGATAGTATAGATTTTGTCGGCACATTCTTAAAGGAATTTGATACATCAGTATTTTTGATATGTTTATTCTCTAAGAAAGATAACCATCCTTTAGTATCTTGAATAATAGTTACATCTGCTGTTTCAAAATCTGGAAATTTCTTGTAGTGAATGGGTAACATCAGTATGTCGTTTTCTAAATAGCCTTGCCTAGAATCAAACGACATATCGATATCCTGAAAATGCTTTCTATTTTCAGGATTGTAAGTAGATTTAGTAAAAACCCCCTTCGATTTATAAATTTGAATTACATCAATCATTCTAAAAGCTAATGAATTTGTTAAGATGGCTTTTTTGTAATATAGACTCTTTTCTATTCAATTTTTATTCCTGTCTATGTCATCAGTTTTTTGAATCTTAGAAACAGAAAGCATTTTTATTTTTTTCTTATCATTTTTACTGAAAACCATCCGAGCAATAAAATTATTATTGTCATGATTGTCCATAGCCAATTTTTGTTTTTGAAAAGGGGGTCCGTTACCGGAACTTCCTCCCTTTCAATTGTTTGTTCGTTACCTAATTCTATCGCTGTTATTGTCTCTGGAATCTTGTCTGTAAATCGGTTAATGTCATAATATGCTTTTACTGCTTTGCTTTTTCCGTAGGTTAGGTAATAGGTTGCTGGCTCAGTAAAGCGAGTTACTAATTCATGAACGTTCCCTTTTATCTGGATTTTATCAAGAGTCAAAGATTGATTATCTTGATTATGAATAACTATTTTTAGTTTTTGAATTATCAAACTGTTGGTTTTAAACTCATTTTTTTCAAATGAGTTTAGTGTTCCCATAGTTAAATTGCGGTAATTATATGTCCATCCTTGTTCCGTTTGTACACTATCTGAAAGGTATTTTATTGTCAATGGCCGATAATAGTCAAATGAGTTAATCGCATTAATTTTAATATAACTTACAGGAACAGGAGATTGCAATTCGATGTCTACTATTGTCTGCTTGGTTTCTTTATTCTCTTTTGTAAGCGTTTTCTTAATAGGATAATCTCTAAACACACCTTCTGTAATGTTTTGTCGTGTAATACTAATAGATTTTAAATCAGGCTTTTCTCTACTGTTCACTACAAGAAATCTAAAAAAACGGTACTTCGAATTTGGAAAGCTTAGTTTGCTAAATTGGAAGTCTGTTAATTCATTTTTGATTGCTAAAATTCGATAATCATCAATAATGGTAAACCATTCTTGTTGATTTTGACTCCCTTCTAGTTTAAGTTGCCAGTCAAAATTTTGCTGCTTAAATTTTAGTTTGATTTGATTAATTGTTTCTATTGAAGGAATTTCAAAAGTAAAAAAATAACCTTTGTCACTACGAGAGGTGTTCAGTATTTTAAAAACTGCTTCTTTGCTAGATAGCTCATCTGTTAGTGTACGAAGCAAGTAAGGTGATTCAATAGTATCATTACTTGCTGTTATACCAAAAACTCTAATATCAGATAAGTCTGGTGAAACCTTTTCGAAAATGTCATTTGGCAAAACTATTTTGTGCCATTGCTTATTAATTCCTTTTAATTCTCTTTTGTTGCTATACTGTTGCATTTGTCCATGTGAATATGAAAATGCTAGCAGAAATAAGGAAATAGTTATTTTAATTCTCAATCTCATCAGATATAATATGCTTGTTTTTGTTGTATAAAAATGAAATAATTAAAAGCAGAATTCCTAACGATACAAATACAATTGTTTTTGCAATGGTGTTAAGATGCGAAATATCATATAAAAAAAGCTTTATAAGTGTTATTCCAAACAGTATAATAGCTCCAACTCGTAAGTGTTTCTTGTTTTTCCAAATGCCCAAAACTATAAGTAATAATGAATAAACTCCCCAAAGAATACTCAGTCCAAGTTTGTAGGATTCTTTATATTCTGCAATATCCATCCAATTTATTAATTCGCTGCTGAAAATCCATATTGTAGAGATATGGAGGATAAAATCAAATATTTTTTTAAAATTTCGATGCATAAATTTTTGCCTTGTAGCCTTATAACACATAAAAAGTGTGATAGCTATGAATACAAATGAAACATATCTTATGCCAATATTAAAAACTCCAGATTTATAGTATTCTAATAAGGATTGATCTAAATAGGTTTCGCGTAATTCGCTAAAGGCATAAAGACCTTGAGTTAAAAAGACAAGCATGGTAAACGCAATTAAACTGAAAGTGATTAACCCCACCTTTTTATCTTGTAATTTCCTTGTATTCAAAAAAGATAAAACCGAAACAAAAAGTAAAGAATAATCAATAATCCATATTGTTTTAAAGTGGCTAATGTCGTAGTTTCTATAGAAGTTATAATATTGATCACTTTCTGAATTGATTGAAAGAGCAGAATCTATATACAGTTGATCCCAATAATTTGCTATCTCCATCCTAAAGGCATAATAAATAGTTATAAACAGCATTGCAGGAATGGAAAAGTATATGATTTTAGAAAATCTTTTTTTTAAGATGAAAGCGTGAGAATAGTTTTTATTTCTATTCAGAAAATTGATAAATCCAAAAGCTGCAATAAATAATAGAGATGTAAGAAAATTGATATTAAGCAGAGGAGTTATTCTTGTTTCTGGTTGCTCTACATAATAACCATCATAGACAGTTGTCCAGTCTTGGAAAATGCTGAAAAATGCTAAAAACATTAAAATATAAGATAGATCTTCATAAATGGCAATAGCTTTTGTCCTTCCTATCCAAAATAGTAAAGCTGCTTCTCCAATCCATAATAACGTAACCTAGTTACCATCTAATTGTACGGGAATTGTAATGGTAATAAATACCAATACCAAACCAGATACTAAATAAAATAGGTTTTTATCTGCTAATTTTTGTTTGTAAATTATTGCACTAACATCGAGTAGACAAGGGGAATTTCACCCCAAGCCTCTCACAGAACCGTGCTTGAAAGTCTCCCCTCACACGGCTCTTGTTGTACAAATCTAAGCGATAATGTTTATCTGAGAAAAGTTCCAATGGTAAAACAAAGTAGGAAATTGCTTTCTTACCGTTGCCAACCATTTGTACCCTTTCCTAATACTGGTTTTATAACGCTTATACCTTTTCCTTGCCCACCAAACTAATCGTTTACTTAGTAATCGAAAGACTTTTGTAAGTTCATACATCTTAAATTTACCATAGTAACGCACCCATCCCCTAATCATTGGATTAAGGTATTGTGCCACTCCTACAATGCTTTTAAACGTAAGTTTATTTACCTTGAGTTCTTCGAGCTTGTCTGCGATTCGTTTTCTTGAACTAATACTTATAGCACAATCATAACCTAAAAATAGCTTTCTCTTTTTCTTAGAATAAGCTGTTCTTGGTTGAAAAGAGTATCCCAAAAAATCAAATCTGACCATTGGGTGATTTTCTTTTCTTCTGTAATCTCGGCAATAGACAATTTTTGTCTTTTTAGGATGTAATTCTAATCCTACCGATTCCATTCTTTGATGTACTAATTGCAGTATTTGTTCCGCATGAGCTTTTGTATTACAGTGTAATATCACATCATCGGCATAACGAGTGAAAACTACATTTTTGTCTACCTTTTCCAACCATGTATCAAAAGCGTAATGCAGAAAAAGATTTGCCAGTAAGGGACTGATTACTCCGCCTTGTGGCGTTCCTTTTCCTTTCCTTTGGGTCAGTTTTCCAGACTTTGTAACAACGGGTGCTTCCAGCCATCGTGTGATGTAGAGTTTAACCCAATTTTCAGGTACATGTTTCTCTACTGCAAGCATCAGTTTGTTATGGTCTATATTGTCAAAGAAACCTTTGATGTCTAAGTCAATACCCAGTTTTTCTTCCAACAGTTCTCTCTTACCCTGATAATGCTTGATGAGCACTTCTCTTTGGTCGATAGCCGTAAGAATTTGGACTGAATACTAACTCTAATCTTGGTTCAAAAAACATTTTAACCACCATTTGCCTACTCTGTCACTAATAGTGGGTATACCCAATTTACGGATTGTACCGTCTTTCTTTGATATCTCTACTTCTTTGACAGGTGGGGGGAAATAACTCCCTGATGCCATCCGATTCCAAAGTTTGTAAAGGTGTTTACTGCGGTTGGCATCAAATTCTTGCATACCAATAGCATCTATTCCCGCACTTCCTTTGTTGGAACGCACTTTTTGATAAGCCTCCCAAACCATTAGGCGACTTATCGGTATTGATTTTGTTTCATTCCATAAATTCATCCTCACATTTTGTAAGTTGATTCGTAAAATGCAACTGTACAACTTAACCCCTTTGCTCCAGTTTCATTACAAAACCTTCTTCACTACTACGGATTAATCTGCCTCTGCTTATAACTTCGGTATTCTATCTCTCGATTGTTTCGATTGTATATTTCCCTTTGACTTGTAGCGAATCCTAATGCGGTAGCCTTACACAAGTCTATCATTCATAAGCAGTTTCCCAAGTTCCGTAAATAAGCCTGAATAAAGTTCTTGCCATCTGAATGACGCCAGTCTTACAGAAAATAAATAGGTTATCTCTGTAATTAATAGTATCAATACTATTACTTTTCACTCCGTATCATACTTCGTAGCTTTTGACTGGAGGTTCCTACTTCTCGACACCTCTTCAATGGTTCACTTTAGTTCAACTCCTTTATTCGTACCTGCTAATCTCCAGGACTAGATTCTCCTAAACGCTCAATACCAAGACTATTAATCAAAGCACCTTTAGGTGGTTTAAAGCCATCGCCTATACAACGACTCTGATGGACCTACCATCATCTTAATTACAGCATTCAACCATTTTATTTATTGCCATGGTTGATTCTTGGCACACTATGAAATGTAGGATTGCATTACAAAGAGTGAAAATCCCTAATAATTGTTTTCCTGTTTCATGGTCATCGAGAATAGCATAGCCAACTCCATAAAAAATAAAGGAATTTATTAGTAATAATGCAATGTTTTCAATTCCAAATTTCTCTTTCTTAATTAATTTGTAGGCCAGAAACACAAGGTAAAATATGACGAAAAATATGGATAGAAACGTGAGTGCTAAACCATAATAGGCCTCTGTTTGATAATTTGACACATACCATAAAAAGAATATGAGCCATGTGAGACCAAATGAAGAATAGTAAAGTGGTTTCCAATATTTTTTGAATGAGATAACAAGAATACCTACATTAATAATTGCCATATAACTAAAAAGAATTGCGACTTGTCCTGAATTTTCACTTAATAAGTAAGGCACTGCATACGCGCCAACGAGTCCAATATGAGCTATAACCTGTTTGTTATAGTTTATTGCAGCCACAACCGTAAAAACCGTAAAAACGACCATTAATAAAAAGGCCATTGTTTGTGGAATCAAGTCATAAAAACTATAAGCAGAATAGGTAATAAAATACATAATAGCAATAGCACCACTTACGAGTACAGCACTATAATTTTCGTAATTTTTCTTTAATTTAATACCAAATCCTAATAATCCGATTCCTGCTAAGTATCCTAATATTATTCTTGTAAGTGGACTAATTAAATCATTCTCAATAGAATATTTCGCACCTATGGCAACACCAATCACGGTGATAATAATTCCGATTTTATTAATTAGGTTTTCACCAATAAATTTTTCAAGATCTAATTTTATTTTTGGTGGTTTGTTAACTGGTGTGTCTGTTTCTCTAGGTAATTCCTTTTTTATTTGTTGCTCAGAAGAAGAAGAAGAATCGAGGGTTGTTTTCGCTTTTGCGATTTCAAAGTCACTATCTATTATAGGTTTATCTTCTTTTATGTCTACTTTTTCAATATTTCTTTCTGTCTCATAGCTTTGAAGGTTCGTTATTTCAATTCGTAAACTGTCGATATCTCTTGAAAAGTCATCTTGTCTTTTTAAAAGATTTTCTAGTTTACTGAGAAGCTGATTTATTTTATCTTGATTGTTAGTCATTTTTTTCAATGTGAAGCAACGTATGGATAACTCAACAAGTTGTGTTATCTCCATTTTATTATTCATATAAACTTAGTGATTTTTTTATTGTCTTAAAAATATTAACATTAAAAACATGCTTTGATAAACGGTGAAATCTCGAAGGCAATTAATCTACATATCAAATCACACTATTAGAGTACACTCTATAATAAATTCTTTTTTATTGCTACTCATAGGCAAATCAATAGCTGTTTAATGGTCTCCAATAGCCCTACAATTAACTTGGATTGGATAACCAACGGCTTTTTGTAAACCCGTGGGTTACACTGTTGGTTATGAAGTTGAAAGTTTCTATTTTGTCTATATAATTAAAAGTATAAACAAAAAAAACTCAAAGAATCACAAATGTGAATCTTTGAGTCTAGACTACTAGTGTCTCAAAATTAATGGAGAAAAGAATTGTTTTTTATCAAAGCTATTTTTTAGCCTTTGCTGTTTGTCTTTTCAATTATTCTTAATAAGAGAATTTAAATTGAGCAATTAAAATTCTACTTTTATAGTTGTTTTGTCAGTTGTTATTCTGGTTTTTTACATTTGGAATAGTCTACATCAAAATTGAAATTCTTTGTGCTTAATTTTTGAATTGCAGGGTTTCCTTTATGATCTGGTTTATATGCAGCTCCTGTTCCTAAGTCAACTCCTATTCCAATTATACCCCAAGATACCGCACTCAAAATAAAATTCCCTGTTCTGAAAGTATTATTATAAGTTAGAGTTTGTGGCTCGCATCCTTCTTCTTCTAGAGTGACAACTAAAGGCCTATCTCTCTTAAATAAATTAGTCGTCGTTCCTGTTCCTATTTTTTGTCCATCAACAGAAATATCTGCATTTGGATGGTCTTTTGCTGTAATTGTTCCTTGGTATTTGCTACCTCCAAACATTACTCCACAACTTGTTAAACTTGCGGAAAATAAAATTGCAGCAGCAATAAATAAAATGCTCTTTTTCATATTTTTTTTTATTTGTATTAATGTAATTGTTTAAAAATTAATAATTATTTATAATAAATATTATTAATTTTAATTGCTCAATTTTTTTGTTTTTATATGCATGGATACAATCTTTCTTGTGGTTTTAAAAGAAAATGTGGAAATAGTATTTAAAATTTTTTCATTGTTCTGTTTTATCAAATAAATAATCTTGAAATCCTCAATTAACTAATCTAATTTTTCGGCAATATTTTGTAAAGTTTACTGCATGATTAGTGGCGTATTAAAGTGCCGAAACTTTAAATTTATTACAGAATTTAATTGAATAAACAGAATCTTAAATCTAGCAAAAAATAGTCATTAATTATACAGATTGTTGGCAATAGTTTTTATTCATTAATTAGTTCCATTAACTTATATGCAACTGCCTCAACGGGAATATTTTCATTGATTGAAATAGTTATAATTGCTTTGGTCTGTATATCATAAGCAACAATGGCTTTGTAATTTTCTGTTCCTCCAGAATGTCCTATCCAACTATTATCTGTTTGATTAACGTCATTAAAATCATAAAGCATTATCCCTTTTCCATAGTATTGACCTTTATCAAACATTGGGTATAAGTCTTTCATCATATTATGAACATCTTTTATAGGAATTATTTTACCTGTGAGTAAAGCACTTAAGAAAATAGCCATATCTTTTGAGTTACTTATCATATTGCCTGCACCAAGAGGAACAGAATAATCTTTATGTTTAACAGAATCTTTATTATGGGCTAACGCTAGGTTGAGTGAATTTTCCGTGGCTGTTTTTAATGATTTTAGGTTTAGTGGTTCGGATATTCTATCTTTTATTATTTGGCTAAATGTTTTAGACTCTATTTTCTCTGTTATTAAAGCAAGTAATAAATAACCAGTATTTGTATATGACCAGTATTCGCTTGGTTTAAATAGATTTTTTTTAGACTTTGCTACATTTAACAATTCATCTGGGTTGAAATGCTTATTGCTGAAATGTATTGTAGAATCGGAATTGAAACTATAAATTCCATTGGTATGTGTAAGTAATTGCTCTATTGTTATTTTTTTAGAATATTGAATGTTAGGATACCATTTAGAAAGTTTGTCGTCAAAAGAAAGGCTTCCTTCTGAAACTAACTGATGAATTATAGTACTTGTTATTAATTTGGATACGCTTGCCCAATAAAATACAGAAGAACTATCAATAACTATATTTTCTGGTTTAGATATAAAACCTCTATTTGTTTCCCAAATTCCTTTTTTCGGAATTAAAATAGTTGCTGTAATACCTGCAATATCGTATTTGCCAAAAAGTTCATCAATTTTTTGATTTAATTTAATTTCTAAAGTATCGTTTAGTCTTTTATCAAAAATATATATCGTCTCATTTGGAAGAGATTCAATTTCAGGTTGCATATGCTTTGTTCCTCCTTTGTAATTCTTTTGGGCAATTACTTTATTCGTTATACTCGAAATAATTGAAAGTAGAATTAGTATTAAAATAAACTTATTTTTCATATTTTTTCAAATGTTATATCTCGCTTTTAATTAGAGCCAACATACGGATAACACAACTTGTTCTGTTATCTATACGTTACAAAATAACCAATATAAGAACTTTTTATCGTCTTAAAATTTTTAACATTAATAATATTCTTTAGTCTCTATTGGTTTAATTCCCAGAGGCTTGCCTCGAGTTTTGAGGAAAGTTTGAAAACGGATGATTTTCATCAATCAAAAAAAAGCCCTCTAAATGCCTCGTGGGCTGGCCCCGAGGATTCTATACTAAATGCTGAAATCTAGGGGACCACTAATCTAACTCTCAAGTTAAAATATTAAAGTACACTCCATTATAAATGTTTTAAAATATAACCAAGTAACACTTATAGATATGTTGAATTACAGCTACTCATAGACAAATCAATAGCTGTTTAATGGTCTCCAATGGTTTTACAATCACTGGTTTTACCAAAACCAAGTGGTCTCCCTGTTGGTTATAAAGTTGAAAGTTTTTGTTTTACCTGCATAAATGTAAAAAACACAAAAAATCAAGAATGTGAATCTCTAATACTGAACTACTTCAGTATCAACATTAATAGAGAAAAAAATGATTTTTACCTCAGTTCTTTCCTAGCCTTTGTTGTTTTGTGCAATTTATTCAGTTTCAAAATCATCAATAATCTTAATCATTTCTTTGGTTTTGCTCAATAGTTCATTTCGCATACGACTTACAAATGACATAGTTGTTATTTTAATAGTCAGCATACCGTTGAAATTGGCTTTTAATTTATTTTCATCAATATCTTCCCAAACCGAGTTCATAAGGTTTCCATTTATTCCGTTTAATGGGAAATTGATAGGGTAATTACTTATATACTGTACACCAGCATCTGCTCCAAGTTGTAAATTAACCCCTACAACTTTTAAAGTTTTTAATTGTTCCGCATTGTGATTTTGTATTTTACCATTCAATTCTTTACCCAATAAGTTGATATTTCCTGTTGAGATAAGTGCGTTATACGTATTTAAGTTCAATTCGTTATCTGGACTGTAAAATGGTAGAAACTCATATCTCGCTATTTTAATAATACTATCAACATTCGCATTTGGAGCAGAAAGCCTTTTAGAAAACCCAATGTTTTTCTTTAAGTCATTGTCAAAGTTTTCAATCTGACTTTCAAGTAAAGCTACATCAGCTACCAAATCATTCCGCAATGATTGTACATAGCTATTTCGAATAGTCAGTTTTTTATTCTGTTCAACTTTGCTATTAATTCCCAAAGCTATTAGTATGCCAATTACGACGAGCAAAATTTCGCCAATTGCATAAATTAAATACTTTGAGAATTTAGTATTTCTCAATGCTGACATTCTCATTTTCCGAAATATTTTCATTTAATCACGATTATTTTTTAAATAAAGGCCAACATACTGATAACAGAACAAATTATGTTATCCATTTTATGGATAGAATAAATTTAGTGTTTTTTTATCATCTTAAAATTTTTAACATTAAAAACATGCTTTAGTCAACCTTGAAATCTAGGAGCTAATAAGCCTACTTCTCAAACCACACTATTAAAGTACGTTCTATTACAAATGCTTTAAGAAAAATCTCGAAACACATATTAAAAATGCTGTTTTATAGCTGGTGATAGGAAAATCAATAGCTCTACAATTGCACTACAGTGGTTTGTATTGAAAACCCAGCTGTTTTTTTTTTGCAAATCCGTTGGTTATAAATTAAAGGAGTTCTGTTCTGCTTAGATAATGAAAAGTATAAACAAAAAAGCTCAAAGAATCGGTTTCACGAATCCTTGAGCCAAGACTACTAGTCTTTTCGATTAAAGTAAAAAAAAATTGTTTTACCTCAGTTCTTTTGAATGAAGTTACTTATACCAATTTAGCATTCAAATGTTATGTAAAATCAGTTTCTTTTTCACTTATTAATCGTTATAAAATAGAACCGTAACTATTGCTATGCTTATATTTTCTTCCTCAACTAAGTAAAAAACCTGTGCTGAGCTACGTCGTAGTATAATTCAAATTTTTAATGCATCATTTAAAAACTAAACTGATATTATAGAAGTATAGTCATACCAAATATAAAACTTGAAGACCCAAAATTAAATGAAAGGGAGTTTGTTTCGCTATTCTGGATCCCATCAGTTTCTCCTGAAGAATAATTGTAACCAAAGGTAGCGAAGTTAGCTTGAAGCAATATATTTTTGGTCAAACTAAGATTAATGCCTGGTCTAATTCCAACGAAAATTGATTCATTTCTAGATTCTCTTTCAGTATTATCGCTATTTTCAAAATTATTTTTACCGAAGGCGAATCTAGTTTCACCTTGTAAATGAAATGCTATTTTTTCACTAACTGGAAAAAATTTCTTTACAAATGGAGAAATTGCAAAAAAATTGGATGTTGAAGAAGTTGTTCTTAGAATTTGTTCATTTTCATTCTCATCTTCTGACTTAGAGTAACCATAACCTAATCCTAAACCAAGAATCAAGTTTTCACTGATGGCGTATCCAATTTTTGGTGAAACACTGAAGTTAAAATCCTTACTGTCTGAAGAAAAGGTTGGATTGAAAAAATCGTCATTTCTTGAATTTATTGAAAAATCCGCCTCTAAACTCCAAGTTCCCTTTTCAATTGAAAAATACTCTTTATCATCTTGATCATTTTGACCAAAACTAATACTCGTAAATAGAATTAGAAATAATGTAAGTGATGTTCTCATGGTGATTGGGTTTAAGGATTATTATTTCAAAGGTGAATTCAATAGTTATACCATAAAGGAGTTGAAGCTTAATTTTTGTTTTTTTTATTAAAAGTAACCTAGGGATAACACCACAAATTATGTTATCCCCATTTTATTGATAAAAATGGACTAGAGAAAGTTCCTTCAGAATTTTATAGATAAGCGCTTACCAAAGTAATCAATTGTATCCCGTGTTTTAAGGCCTTATTTATGATTCAATTTTGAATAAATATCCAAACTAATAAATTCACTATTTTTAATTTCGCAATCTTTCATTGTTCCTTCTAAATTGAATTTCAGTTTTGCAAGTGCCTTTTTACAATTCGTATTTTCAGTTTCCACAAATCCCTCAATCCTATGCAGCCCAATATGGTCAAATGCGTAATTAAAGATAAGTGGCATTGTTTCAGTCATAAATCCTTTCCCCCAATTTTCTGGAAATAACCAAAACCCAATTTCAGCTTTTTTATTTTCTTTATTTAAGTCGTTTAAACCTCCTGCACCAAGAAATTTTCCATCAACTTTAGAACATATAGCCCACCAAATCCCATTTTGGTTTTTTTCAAGATTAGAAAACCAGTGCATTTGTTCTTTGGTTGCTTCTAAACTATCGAAACTAATACCGTAATACTTTATAATATCAGGATGAGAAAGCCCTTTAAAAACATCTTTTAAATCAGAATCAACAAATTGCCTGAGAATCGTTCTTTCTGATTCTAAAGTTGGGAAAATATCTTCCATTTAGAGTTTATTTTTTAATGACTTTTAGGTTTGCCTGTATAGTTGGTGATATTTATAAATCACTATATTTTTCTGTAAATATTAGACTTAATTTAATGGGCTTAACTTTTGTGTTTTGCCATCAAAAAATCATTGAGTATTCAGACTGATGCAAGGCGCTTTATAGTATCGGTTTCCAAATTTCATTTACTGGTTTTTTACCAGTGATCATTTCTAATAATTGAATTAAATATTGGTTTTCTTCTTCACCATTGTCTTCAATCATTTTTTTAAATGCCATTGCACCTTCCGGGAATATAGAAGTTAAATCAATTTTCCAAATATTACTTTCCTTATAAAAATGAAAGTAAAAAGGAGTTTTTTGTCCTTTCGAAATAAGTTGCCCTTTAGCAAAATTTCCATCGATTTCAACATCTCCAATTTCAGTATTCATAACGCTGTTTTTCCCAACCATTCCCTCTTTAATAGCGTAAATTAATAGTTCTTTCCCATTGAATGATAAAATATCCCTTTTGGATGTTCTATACCTGATTGATATAACCATTAACTTGTCAAGAATTCCTAATGAATTTACAGTCAAAGAATCTGCCTTTTTAGTTGTTTCAAGAATTTCATTATAATAAGATATTGTTTTACTGTCTACAAAATCTACTGCTTTTTCTCCTTTGTCATTTAAAATTGAAGTTTTATAACTGTTAAATGATTCTCTTACTAATTTCTCTTCTTTTTCTTGTCCAAGACAACATGTAATTATTGAAAATGATAGGGATATGCAACTTAATATTTTTTTCATACTTTTTGTTTAATAATTTACAACGCTAAAGCAATGATTCGTGATGCCTAGAAATCTGACAGATTTCCAGTTACGTGCAAAGCAAAAACTTTTAGTTATGCTTTATTTTTTTTGTCTAAAGCAAAAATAAAAGTTTTTGTGACTTCATAAATGTACATAGATCTCGGCCTAAACATCGAAGTCAAGATTAATTATAGGTGTTATTACCGATCGTTTATTATTTTTAAGACTCTACTATCTCCGAGATTAATGTTTTATATTCTTCAACATCCTTTTTGAATTTATTCTGAACAGTAATCCATAATACAATTAATAATGCTAATAGTATTGCGCCAAATATGTACATAAAAATACTGCTACTCCCTTTTGAGATTATCGCAGCTAGAAACCCCAAACCCAAAAACATATGTGTAAATATTATCAGTTTCCATAAAAAGTATTGAGTAAAAGAAATTTCTATATCGGATTCACTTACAGTATCTGTTTTAATATCTTCCCGTCTACAATGATTTTATTTACAAACATGAAATAGAAGGCCTATAGCCCTCGATTATGTACTTTAAATGTTGCTGAATCATTTTCACCTTTATCCATATCAAAAACAAATCGGTCACCAGAGCCAAGTGAACTATCCAGTTTCTTAATGATGACTTGAACGCTATTTTTAACTTTAATATTCCATCTTTTCATAGTGTTGATTTTATGTTTTGCAACGTATTGATGTTGCAAAACAAGATGAGTAATCCATATTATACAGTAACTAATATAAGAACTTTTTACCGTCTTAAAAGTCTTAACATTAAAAACATACTTTAATAAACGCTGAAATCTCGGAGGTAATTAATCTACCCCGTAAACCACACTATAAGAGTACACCCTATTATAAATGCTTAAAGAATAAACAACAAAAAATTCAAAGAATTAATAATGTGAATCTCTAATACCAATTAAACCTACAACGTCGCAGTAAATCGTTTTTTTTTGCCTGCTTTTTATTATTCAACGTTTTATTTTAATTTCTTAAAACAACATTCAATTACTCTTTAATTATTTTCTTGACAATAGATGTATGATCTTTTAAATTGATCTTGACCAAATAAAACCCTTTATTTAGTTTTGAAAGATTTAATTTTTGATTGTCTCCTCTATAAACAAGGGTAGATTTGGCATCATAGATTTCTACTGAAGTAAATTCTAGTCCTTCAATGAATAATTCATCTTTGACAGGGTTTGGATATAAATTAACTACAGAAATATCCTGATCTATTATAGATAACAAAATGTCATTTGTTGTAAATGAAATCAATTTTCCAGGATTGGAAAACCCTTGTATGTTGAATGTTTCAGAGGTGATAAAATACCTATTCGCTCCGATATGTGTTATAGCCTCTGTTTGTTCAAACCCTAGACTTGTAAGTGATGTTTTAGTGTTAGTGCCTGAAAAGATATCATTATTTGTAAAGTTTTCACTAACCCAAACAAAAGGTTGTAGTATTCGGCTATAACCGACTAAATATACTTTTTCTGTTGATGGATTGTAGGTGGCTCCTGTTATTAACCCTGCCTCCGCTAAAGGTGTTGGTGACGAATCTACAGTATATGTTCCGCTATTTTTTGGGATTGAGTAGGCTTTTGAAATTTCATCGACCCAATTTTTAGTAAATAAAATCAAGTTGTTTGCATCAAAAGAAATCAGTGCTTCTGCATCCCATTCTGTATTATTAAGATTAGCGGTAAAATCTACTTGATCTGCATAGCTAAAGTTTATAATTTCTGATGTTATATTGGTGGAATTTAGATAATCATTTTTATTGATTTTATAAATTTTTAGATCAGTTCTATTTCCACTGTTGTTACCTATATCGCCAATATAAATTGAGGAGTCATCTTGTGCGATATCTTCCCAATCTATATTTGTGGCGTTGGTAACTGTAACTGTTCTCGTAACCAACCCAGAAATTGTATCCAATTCATAAAGTTTATTTTCATTACCCGAATCATTATGACTAATTAGTCTATCGTTAAAAAAGATTGCTCCTGATGATTCACTCAAAATTGTTGGTAAATCAAATTTCTTTTCAACATTCGTGATTTGAGCTATTGCATTCAATGCACTTAAAATAAAAGCTGATGCTACAATTATTTTTTTCATTTTTTTGGAGGATTTTTAAAAATAGTTCTATTTACAAACAAATATGGTTTAATAAATTGAATTAACTTGAGTTCATTTTCTATCTTTTGAACAATTGCTGTAAGTGCATTCTTTTCTCTTTCAGATATATACAAGGCTTTATGCTATCGTTATCAAAGAAATAATACTACCGAATGGAACTGGAAAGTGAAAAGCTCAAGTTAAATCGGAATGAAGAAAAATACTCCATCCGCCTAAAACTGATTTTGTATTAGCACAGTTTAGAGCGTTTTTTTAGGAGGCGTAAAAGACTAAACTTTCTTTTATAGAAATTTAAGTGGCAAAGCTTTATTTTCTCTTCACCATTCTATTCTATTGGCAAATATTTTGGACCTTGATCTTTATTTGGAAACTTAGAGGTGTGAAGTTTTTAGAAATAATTTGGACTCACTGTCAATTAATAGCGGAGCCATCCACTCGATCACAAACTGCTATTTCTCTATTACTTTTCTTTCTCTTAAATTATATTCATCTTCACTTCGAAGGTAATAGAACATTTCATTTTTATTGGGTAAGTGCTTCAATTCATAACCCTCACGAGACCAAAACGAGTTGTCATAAATAATAACATAGCTTTCTCCTATAACTTTAAAAACATCTCCTTTTACGACTATAGCTGTACTTTCATCAATTCCAATACCTAGAAGTTCTGGTTTGTCCTCGAGAATTGTAAACATATCGAATTGTCTATTTCTGGCCATAATATGTTGATCAATGGCAATATTTGAAATAAAACCCAGTCCAACCTCATGATCCCCCATCATAATTTGATTGTTTTTTGAATCTCCTCTAGCTAAATAAGAACCTTGAATTGTTGCGCCCGCAGAGGAACCGGCGATTACACCTCCTCTATCTAACAACTTATACCAAATTATATTTATAATGCCGTATAAATAAATTGAATTATTTTTTGATTGATTGAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAGAAACGATTTATTACGTCATTATAGGTCTAATTTGGTATTAAACATTTCATCATGTGCTTTAGTGTTTAAAAAACCATCAACAATTCGCCATTTTCTACCCCCCATAAAATAGATTCCTGTAGCTTCTCTTTTGATTTCTCCATGTTTAGAAGAAGGGTCTGCTCATTATGCGAAGAAATCAGTTCTCGAATAATCATCAGATTTTTTTTTATAAACCATTTGAACATAAGTTTATAAATCGAACCGTTATTGAGAGAGAAGCACGAACCTAGCAATCTCATGATGAGAACGAAATTAACTGGTAGCGTATGGCTTCTCTGGCTGTGTAATTAGAGTTTACAGTTAGCTACTTAGGTAGTAATAAAAATTATTTTAAGATTGGTAAGTACAAAATAGTAGGTGTATTTTGATTGATAATTAGTATGGCGTCTGTGCTGTTGTTTGGCATATATAAGAAGGGAAAGGACAATCAGTAATGCGATCTGAAATTTAGAAAAATGCTAAAGGGAAGCAAAAAAGCCGCCCTCTAATAAGGTGCGACTTTTTAATTTATCTTTCTGCTAAGTTATATTGATTTGAAAGCGTATACCACCAATTTTTGTGGACAATTAAAGCTAAACTCTCCGTTTTAACAACGTCTTAAAGTAAATTATTGTGCTTACTTAAAGCGCTGTTTTATTTTATTATAAACTAAACCATTTGTTAACAACATAAATGAGTCTAATACTTTGTGATATCTGAATGGCCGATGTGTAGTTTACTCCGGCTATTCTAATGGTTTTTCCATTTGGGTTAACGGATGTATCGTCCCCATCCGCATAAATCAAGATGTTTTGTCCATCAATAGGATTTACAGGTAATGTAATGGTGATTGTTCCAGAAGTTGCTACTACTTGGTTATCCGTATTTAAGGTTGAATTTGCAGACACTATGCTAGTAGCCAAATAGCTTGTAGGTACCTTGCTAGTGGCTAAATTGCTTGCACGTGTAGAATAAACTATTTCATTGGTAGCTCGATCGTAAAATAAGGGAACATCCCCAGAACCAAAATCGCCTTCCCTAATAGGCGCTACGTAAAAACCTGACGCCCGTGCACCAAAAGGCATTCCGCTTGCGTCTATCACAATAGAATTTGGGGATTGGAAGGTACCAGCTCCTGTTCCTATTGCAATTGCGTATTCTCCTTGATTTTTTTCACCAGCTCCTGTTCCTATTGCAATTGCGTATTCTCCTTGATTGTTTTCACCAGCAAATCGACCTAATGCGATCGCGTCTTCTCCTTGACTGGATGAACCAGCACCTTCACCTACCGCGATCGCTCCAAATCCTTGCTGGTCTCCACCAGCACTTACGCCTAACGCGATTGCGGAAGATCTTTGGGTGTTATTACCAGCTCCTGTTCCCTATTGCAATTGGCGTTTTCTCCTTGGGTGGTGCGAGCAAACAAAAAAGACCTAACGCGATTGCGGAAGATCCTTGACTGAATGAACCAGCATTTACGCCTAACGCGATCGCGTCTTCTCCTTGGGTGCTACTACCAGCAAATCGACCTAACGCGATTGCGGAAGATCCTTGACTGAATGAACCAGCATTTACGCCTAACGCGATCGCGTCTTCTCCTTGGGTGCTACTACCAGCAAATCGACCTAACGCGATTGCGGAAGATCCTTGATTGTCTCTACCAGCAGATTGACCTACCGCGATCGCGTCTTCTCCTTGATTGTCGCTACCAGCAGATTGACCTACCGCGATCGCGGCATCTCCTTGTGTTGTTTTACCAGCTGAAGTTCCTAATGCTATTGAGCTAATCCCTTGTGGTGTTTCACCAGCCTCAAAACCAATAGCAAAAGAATTATTTGTCTGAGATGCCGCATATATATCAGCAAATTTTAAACTTAATGTTTCATCATCCACGAATTTCTTTGTGACATATTCTTGATCATTTCCAAATGATGTCTGATCTGTTGTAAAAGGGCCTACAATACTTGTATTGTCAGCTGTAGCGGTTATATTTTGTGTTTTGCTAGCATTATCTGATATTCCGGTAACATTAGTTGCTATTGCGCTAGCATTATCTGATATTCCGCTAACATTAGTTGTTATATCGGTAACATTAGTTCCTATTCCGCTAGCATTATCTGATATTCCGGTAACATTAGTTGCTATTCCGCTAGCATTAGTTGCTATATCGGTAACATTATCTGATATTCCAGTAATATTAGTTGCTATGGCTGTAGTATTATCTGATATTCCAGTAACATTAGTTGCTATATCGGTAGCATTATCTGATATTCTGGTAACATTAGTTGCTATTCCGGTAAAATTAGTTGCTATATCGGTAACATTAGTTGCTATGGCTGTAGCATTATCTGATATTCCGGTAACATTAGTTCCTATGGATGTATTAGCAGTTGTTATATCGGCAGTATTATCTGATATATCAGTAACATTAGTTGCTATATTGGTATTAGCAGTTCCTATATCGGTAGCATTCGTTATAATGTCATTAGCATTTGTTGAAATTGCAGTAGCACTTGTTATAATAGCATCTCCATTTGTTCTTACTTGTCCATCTAAAGCTTGGGTTGCATCTACTAAAGAAGTAGCAGCATTGATGTAGTTTGTGTTTGCATTGGTCGTATAGGTTCCGTCTAAATTTAAACCAGCACCTGTTTGAGTGGCATCTAATTCGGATTGAATCGCGTCAGTGGTAGTTGTGTTAGCTGGTCCTGTTAAACCTATTTCTCCTTGAATACCTTGAGCACCTGTATCTCCTTGCGGTCCTATTGGCCCCGGAATAGAGCTTCCTGAGGTTTTAGCATACAAGGCATAAGGTACACTCATTAACTGTGTTGTTCCAGTAATGGTGTAACTTGTGCCTCCCATTGGATCTGTTTCTGTTTTTATAAAATAGGTGTCATCTGCCCAATCAATTGCAGAAAAATCGCCAGAAGTTGCTCCTGTTCCTATTTCTAAACTTACTAATCCGTTGGCATTGGTCGTTGGTGTTTGTGTTTCTACATAAACGGTTGTTCCTGTTGCAGCTCCTTGTAGTATGCTAATTTGCATTCCTACGGCTTGTGTTGCTACTAATGCATTATTTGCATCTCTTAAGACGGCTTGATAACTCATTTTTTCTGGACTTTGTGCCCATACCATTGCAGTCATTAGTAATACTGTTGCTATTGTAAATATTCTTTTCATTATTTTTAGTTTTTAATAATTTTAAATGTCTTAATTTTTTTGTTTTGTTGGTTTACGACATTTATGAAGTAAATAGCAGTTGGCAAGCTTGTCATTCCAATTTTCGTTTGTTGAGTTACTATTTGCCCTTTATTTAACAATTTACCCTGCATATCATAAAGCTTATATAACAACTTTTCGTTGTTGTAATTGCTTATTTGTAGAGTTAAATTATCCAATGTAGGGTTTGGAAATGCCTTAAGGGAAATATTCAGTTCGGTTTCTTTGACCCCTAGCGTAAATATTTCGTAAGGCTGTTGCACACCTTGGCTTACAGTACCAGAAGCATTCGTATTTGCAGTATAAACTACCTGTCCTACACTGAAAGCAACAGTTCCGCCTGATCCTGTTGCCACTCCACCTGTGGCAGTTGTGTTTTCTTGTGCATGTAATCCTATTAAACCTAGGATGAAAAACACGATACTTGTCAATGTTTTTTTGTGTTTCATATTTTTTTTTTAAAAATATGAAATTAACATAATTGTTGTATCATTTTTTATCGTTGTGTTGTCAATTAACGAAAATATAACTTAAATTTATATTGTTTTAAATTGCTATGATTTTGTGGGTCTAAATCTGTCTTAAGGCTTTTTCCTGTTCCATAGGTGTAAAGTGTCATGGATGCTTCAAGGCTCACCATTGTTGCTTTTAAAGCTTTGAGATAAGTTCTTTGTATACTACTACTGGAATACTGCCTGCCAGTTTGCCCCTCGAACAAACAGTAAGCTGGCTTATAAATCTTGTAACATTCTCGAAGTAATTCTAACAGATGCTTTTAAACTAGTGGATAAGCAGATTTTTCAATAGCTAATAATTAGTGCATTTCACTACTGCTTTTTAGGGGCAACATGTCTTTCATTAAAAAGCGTTCAGAATATGGTCGTAGTAAATTTGAGCTCTTTCTTTTGAAAAATAATCTATGATAATTAATGACATCCCAAAAACCGTCAAAGCTATTCCGATAGCGTGAAACGTGGAGTTTTTAGAATACGCAAAGGCAAGAACCGTAATCAGAAAACAAACGGCACTAATAGCCAATGATGTAGGATACATAAACTGAAAATCTTCGACTCGCTTCTTTTCATTCTGAATAAATGCTGCTGAATCTGTTTGATACGCGTTTTGAAATTCTGTAATGCGTTTGTTGTTCGAATACATCATAAAACTTCCCATTGTACTAAAAAGTATACCCAAAACAAGTGCTGGAATTAGCAAAGCTTTAGCATTAACGGTTGTACCAAATTTCCAAATTAATACCGAATAGATTAACGTAAGTATCCCAGCAATAGTGATACACATGCCTTCAAAACTTTCTCCTTTTGCCCATTGGACACTATATTCTACTAATTTCATTTTTATTGTTTTATACCCATTTAAACCTATAATGTAGTCATAAATACAATTAGATACAAGTTCTGCAGGCAACAGTTATTTAATAAGCCGTATTAGATGTGGATAAGAGGTAAACTTAGTTTTTTCTTTAATTCTCATTGCGATTATAAGTGCCATCCAAATATTAATACCGCTTAGAGCGATAAATAAACCCAAAAGCAAATAGGATATATATCCATTTTCTGGATTAAATAATTCTAGTGTGGCGGTTAATAAGGCTGAAGAAAATGTTATTGTTGTTAAAATTGTCCAGATTATTTAAAAATTCAATAAACGAGTTCCTTTATCATCTAGATCTACAATTTTTTCTTTTTTAGAAATCCAAAAAATTAACGGAATTAAAATATTTCCAATTGGAATAACCAAATAGGTAATGACTGATAAATGCATGAGTACGAGAAGCTTTGAATCCTCTTTTTTGCCGTAATTAATAATTTTTTCCGGTAAGGTTTCTAAGGCTTCACAAATACGTTTTATGGAATTTCCACTTGGCTTGTTTTCTCCATTCTCTATTCTTTGAATGGTCCTTAAGTTAACTTTTGCTTTCTCCGCTAATTCCTCTTAAGCATATCCTTTTGACTTTCTTAGCTCAACGATTTTTTGACCATTGGTTTCCACGTCTTATCATTTTAATTATTTGGTCAAAGTTATTTTGAAAATAGACAAATTGATAACGGTGTGTTTCTGACAATTTTACGACATTTTTGTCAATCTGTTCATTTCTAATGGTTACCAAGGTGATTTAATTGGTTATTCAACCAAGTTAATAAACAAATACGGACTAAAGCAGCCCGCCATACCGACCCCTGTCGGATAGGTTTATTGGAATCTCAATATCCATAAGAATAATGTCTCCACTGGCATAATTAGAATACTTTTCAGCTTTATTTTTTTTTCAAATTTACCCGAGCTTATGATCGATGTCTTGCACTGTACAAACCTGAAATCTTCTCTTAAGCTTGCCAAAACTTAAGTCACCAGAAATACCAAGTGGCAAACTGTGATCAAGAAGGATAAGTCTAGCGAAAAACTGCCGCTTAAGCAGTTGCCTATATTCGACCAACTATTTTGACGCGTTTAAATATTTACCTTATAGAAAAAACTGGGTGAAGATTAGTAATGGTCGAAATATTTACCAGACTAGTGATCTAGAGGTTTATTGGTTTTTATTCTGATATGTTGTAATAATTAGCTGAATGCAACTAAAAACAGCCTTCTCCTCTTGTAAGGTTCTTACCAACTCATCGAATTTCTCCTTATCCAAAAGTCCTGAACCAGTCAACAAATCATATAGCTTTGACCTAGCGGCAAGCCATATACTTAGTTATTGGGCACTGGCTTTTTATTTTCCACCTCTAAATTCATCAATCTTATATTCAGTATCTATTTTCCTTAAAGTTAAATATCCATTTGTTGCACCAACTATTTCATCTGATTTTCCAAGTGACATAATTATGATTGAGTCCAAATCATTAGTATGAAAAACTCCATCTCCACCATTTTTTAGATTGTCGGAAAGTTTGCGTAAAAATTGAGTATTACTCAAAGAATCAGACCAAGTCATTATAGAATTAAATCCTTTTTCGGTTGTAATCTTTTCTAACTCTTCTGAATCAATTTCAGCTATTACAACCGAAAAATCAGTCAAAGATTTGTCCAATTCGGGGTTTGAATTTGAACAACCGACATTTAGTACTAACGTTAAAAGGATTACAATTTTCATTTTTCTCATTGTTCTTTCTGCTTGTTTACAACATCCATATAAACTCTATTTAAATCTTCATTATAGGGCATATATCTTTTAAGTAGAATATTTAAATTTTGATCCAAACTAACACTTTCACATATATTATCCAACAGACTTTAGATTAATCTCAAAAACTAGAGTGTTTTTAACCAACGGCTTTTTGTAATCCCGTTGGTTCAATTATTGGAGCTGTCATTGGTGAATATAGCAGATGTTTAAAATATTTAATAGCTACCCTTAGTTCCCGCTGGTCACCTCGTTGTTTATGAAGTTGAAAGTTTCCGTTTTACCAGGATAATCAATACGCTCAAAACCGGTTCATAACCTAAATCAATTAAGTTCGGAAGAATTGGCTCGAAACAATTTTTGAAATCAATTTGGTCAGTTTTGCAGATTTGGTTCTCAAAAAACACCGCTATTTTTTGTAAATCCGCAATTTGGTCGGCTGAAAAATGAATTTTTAATTCAGGCGTTGAGTATTGACTTTTTATAAGACAAATTTAAAATTAGAATAAGTAAAATTAATTTTCTCAATGTCTTTTTAGTATTATACCAAATTATATTTATAATGCCGCACGAATAAATTGAATTATACGACGATGTAGCTCAGTACAGGTTTTTTGATTGATTGATTGAAATCAAAAATAACTAGCATAGCATTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAAGCCAGTGCCGAATTCGTATCGGTAAAACGATTTATTGCGACATTATTGGTCTAATTTGGTATTATATGAGTCTATTGATAGCTACATGTATTGGTATAATACCAAAAGATTAAATTCTAGTTTAGGATATCTCTCACCTCTAGAAATGAAAATAAAATTGAGAGGATTTATTAAAAAAGTAGCTTAAAAATTAGTCACAAATTTACTAGCTATTCCATATTCATAAAGAATTTATTTTTCATTCAGATAGAGGTGCACAATATGCTCTGAGTAAAATGACTAACATTTGCAATTTTAACCTTAAAATAACCCAAAGTATGAGTAGAAAGGGTAATTGCTGGGACAATGCTGTAGCTGAAAGCTTTTTTAAAACAATCAAATACGAATGGCTATATCGATTTAAATTTACCTCATATAATCAATTATATGAGTCTATTAATAGGTACATGCATTGGTATAATACCGAAAGATTACATTCTAGTTAAGGATATCTCTCACCTCTAGAAATGGAAATAAAATTGAGAGGATCTAATAAAAAATTAGCTTAAAAAATTAGTCACAAATTTACTAGCTAATCCATTTTCATTGGAATGAAAATTAAGAAACTTCCTTGAAACAGAGATGTTATGTTTCAAGGAAGTTTTAGATTCTTATAAAATTATTCTGGCCATGAGTTGGTGACCTTACCTTGGTCATCAAACACTTCTAGTTTTACGTTATTGTCTTTATCAACATAAAACATAGCTTTTGGTTTTCCGTTATCTCCAAATAGAAATAACCCATTATTTTGACTTTTCGTTTTTCCAAGCAGTACCCTTGGTGTCCCGCCTATAAGTCCTTGATCTGAATATTCTCTGTATTTTTGTCTTCTTAATTTTTTATCTTTAATACTATCTATCTCTGCCATTATTTTATGTGTTTCCTCAATAGATACGTTTGCAGTACGATCGTTAAAAACTAAAGCACTCGATACTCTTCTTTCGTCTCCTCTTGCTTCATCAGTCGTTATGAGTTGCATTACCTGGTCACCGTCATATCGATCGTATGATAATGAAAGTCCAGAACTATGTCCTTTTTCATTTTTGGCACCGTCATATATAAGTCCGCCACATTCAAGGCCATCTTCATTAAAATATAACATTCCTGATCGTTTTTTTCTGTTTTTATTTATAGCTTTATTATTGATTATAGTTTCTCCATTTGGAAACTGTTCTACATTGGTAATGATTATTTTAACAGTACCGTCAGCTTCTACAATATTGATGCGTTCCACATCAATAGTTCCGAATTTTTGATTTTCATTCGTTTTAAAAGCAAACAATACTATTACTGCCATAATAGCTACTGTGCTGACTGCAAATGTTCTTAGTAATACTAGTTCTCGATTTAATTTTTTCATGATCTCTATTTTTAATTATTTAATTATTTGAGACAATGGTAGAACTATAATCACAACTCGACAAGAACTATATAGGGAGTACAGGAAAATATGAGTTGAAGTAAGGAATAAATAGGTTGAGTGGTTTTCTGAAAAATCTATTTAAATCATTAAGTGTAAAGTTTCACCATATGGTTAATGAAATTTCGAGGAACTGAATTTTAAATACGGGCATGAGAGTAATTGTTATGTGTTTGTTTAAATTTAGTCACCTGGTTAAGCAACTGAATGAGTAAACAAATACTTACCAAAGAAAATTCCTAGGGAATTTTCTTTGGTAGGCAATGTCCAGAGTAGTCAATTATACAGCGTGTTGCTAGTCGTTTTTATTTAGAATATTCTTCCACTTTTAAATGTATTCCAATTCCTACATTATATTTTGCTCTTCTTTCATTCCATTCAACATCAACATTATTTCTCCAGATAAAAGGGCCACTGAATAATTTGGAGGAAAATCTAATTCTCTTATTTTCTTCTTCAATATTTACATCATTTTCTAGATGAATACATTCTATAGATACTATAAAATCATTTTCAAAAGATAAATATTGATTTGAAACATCAATTTTAACCAGTCCCGTTTCACTGATTTCAACAATATTATCAACTTCATTTATTTTCACAAAATCTATTTGATCATCTTTAATAGTGTAAAAATTGACTCTAAAAGTTGCAGATTTATATCCTAGTTCAGCTATATTAAATTTAACATTTTTTATATCGTAGGTTTTATTTTTTTTCACCTCAATTTTTTTACCGATTTCTGTGCCTAAACTTTCGGAAAGAAAATTGACTAGAATCATTTTTGTTTCAGTTTTAGATCCAACAATTTTTTCTTTAAATCTCCTTTTTTCATTAGAAACCATAACTTCCTCTAAACTCTCAATTTTAGAGATGAGTTGAATAGGATTTAGTTCTAATTGATTTTTAATTATTTTTTTTTCAAAATTCAAATGTGAAAAAATTAAAGAATCATTCTCTTTTAGTAATGAGTTTTCAAAAGAAAATAGTCCTTTCATAGTACTCACTGTTCCAATAGAGGTTCCTTTTATTGAGATGTTTACGTATGGTATTCCATTTCCAAATTCATCTACACATTTTCCCTTTAGTTGAGAATAAGAATTTGAAACAAAAAATAAGCAAGCGAAAAGCAGTAATTTAGAATAGTATTTCATTTTTTTTCTATAATAATTTATAATAACTTATATTAAGACGAACGAACTTAAAGTTTGTTACAGTTCAGCAATCAGTTTTTAAATTACTAGCGACGGGTATTATAGGGCAAGTAGAGCGGTAAAAAGCGATACGTCTTTAATTTTACACTGAGCCAAAATGGTGTAACTTGATTTTAATTGATTCATTCTTAAAAGCCAAATCAAATAGATTTGGAGAACTTAGTTTAAGGCTCTAAACTTTGGGTTAATCACCAAAACCCGTATTAACTATAGCCATTGTTTCACTTTCGTGTTCTTTCATCTAGTTTGTATGTCAGATTGAGAAACTTGCATAATAACTTTCTTATCATATAACAAGCTTAATATGTAGCCAATTTGGTCTTTATCGCCCGCATTACAACCTATTTTTAAAATGTCTTTTGATGCAATTCCATCATGTCCAAAATTTGTGAACATTTTTAATGTGTTTGGTGTTTTATTTTCTATAAATATATTTGATTTTCCATTTTGGAAGTTACCATCTATATTTTTGTGAAAAGTACCGTTGGAAATACAAATTATTCGCCATTCTTTTTCTGAAGACCACTCTTTTCTTTTTATCATAGAAGATATTAATGAACAGAAAAATTTCAATTCATTTAACTCTGCATGACTAATTTCATTATCAATAAAGTAACTGTTGATGTCTGAAATAAAACCGCTTTTCATCTCATCAAAAATAGTTCCGTATGGATCTATATATTTAGAATTATTGCTATAGTATATTACTGGAATCAAAAACACAGTAATGTTATCAATTTCACACCAGAATTCAAGAAGGTTTTTAGGAGTAAAACCAACACGTATTCCTTTATGTTTATTTCCATATTTTTCCCATTGATTCATATCGTCGTTCAATTCTGATAGACTGAAAACGAACGCTGAAAAGTTGTTAATCGATTGTCCTTTATATGACTGCTTTAATTTATTAGATAGTGTTTGATCAAATTTATTGGAGATATATTCTTGACCATATATTAATTCATTAGGGTCATTCATTAAAAAAATACTAGAAGCTCTAATGGATTGAGATTTAATCATTGCCTCCATCGCTTCTAATGAAGTGTAGTGATATAATTGCGATTCTTGTTTGTATTCAGGATTATTTGAAATAATTTCATTCGCTTTCATTGAAAAATCTTCGAATCTTTTTATGAATGTATCCTTAATAGAAGTCATTGATTATAAGTTTTTTTTACATGAAGCACAAAATATGGACAATATAATAAGTTGTGTTATTCTCATTTCAGTAACAGTATAAATTTAGTGATTTTTTTATTGTCTTAAAAGTCTTAACATTAAAAACATGCTTTAATAAATGCTGAAATATTGGAAGTAATTAATCTATATCTCAAACCACAACATTAGATTACACTCTATTGTAAAAGAATCTTAAAATGCTTTTTACTAGCTACTAATAGACTAATCAATAGCTAATTAATGGCCTCCAATGGCTTCACAATTACCTTGAAATAGAAAACCAACGTTAAGACTAACGGCTTTTTATAAACTCGTTAATCTTAACCTTGGTTATGAAGTTTAAAATTACTTCAATTACAATAATTATTAGCGCATTTATTCCACCAATTGTATTGCTGATTTGCCCTGTCTGACTAAAATCAAAATCACTCTAATATACAGGTATAGTAAAAGCAAATAAACTTCCAATTAAAATAAGCACAACTCTTATATAGTTAAAAATGGATTTATTTAACCCCTACATTTATTTTTCTAATAAGGGCTAACCTTAGGACATAGTAGAAGTAGAGTTCTACCAACTTTACCATTTTTATTATGATGTTAGCAAACGTACTTTCTTAAAACCTACTTATTAAATTTTATAGCAATTGCCTTTTTTCCACGTTTATACATTATTGCGGACTTGAATTCAACTAATAAATGCAACTTTTAGATTTGATTATTATAGCTACTTTTTCAAAACAAGAAAGAGGAAAATATTCCTCTTTCTTGTTTTGATGGAAAGGTTATTTTTACAGCATCAAATCGCCAAAAAAGAAGTTGCAATGAGTCACCTTACCAAAGAACAAAGATATACAATATCTGTAATGCGCAAAGAAGGCTATAACCATAGAGCTATTGCAGAAAGTATAGACAAAGACAAGTCAGTAATTAGTCGAGAGCTAAAGCGTAATAAGGATCAAAGAAGCGGTGAATATCGCTATGAATTAGCTGTGAAAAAGTGTCGCGAGAGACATAAAACAAAACCTAAACAGATTTGTTTTACAAATGAAATAAAAACAGCTTCAGAAAGGCTTTTAAAGTTAGATTATAGTCCAGAACAGGTAGTAGGGATATTAAAGAAACACCAAGAACCTAGTGTAAGTGTTGAAACACTTTATCAACATATCTGGAATGATAAAAAACATAAAGGAACCCTACATAAGCATCTAAGACATCAAGGCAGGCGTTATCGTAAAAGAGGCGCAGCAAAGGATTCTAGGGGTATTATAAAAGACAGGGTAAGTATAGAAAAACGACCTAGTAAAGTGGAGCTCAGAGATCGCTTTGGAGATCTTGAAGTGGATTTGATAATAGGTAAAAATCACAATCAAGCTATTCTAACAATTAATGATAGAAGCTCTGGAATGCTTAAAATGAAAAAAGTTCCTTCTAAAGAATCCAAAGGGGTAGGCTTAGCAATCATAGATTTATTAGAGGATTGGAAACCTTATTTGAAAACTATTACAGCGGATAATGGAAAAGAGTTTGCAGACCACCTTGTGGTAGCGCAAGAGCTAAATATAGATTATTATTTTGCAAGACCTTATCACTCCTGGGAACGGGGTTCAAACGAAAACCTAAACGGACTGATAAGACAATATTTACCTAAAAAAACAGACTTTACAAAAATCACTGATTACCAAGTAAAACAGATACAAGAGAAATTAAATCTAAGACCTAGAAAAAGGTTCAATTATGAAAATCCTATATTTGTAATGGATCAATTATTATTTAACCCAGAAGTTGCATTTATGACTTGAATCCGGCGGATATTTGTTTTCTCCAAAATTTCTTTTCCATTTTTTTCGCAAACTTCAATAAATCTTGTTCAATACTATTATTTATTAAACCTCCCGTTAAAGCAGATTTCCACTTAATTCCTCCCCTAATTTTTTTTATGAAATCATAGTCTTTTATAGGTTCACTCATCACAAAGAAAGGAATTGCCTCAATTTTTTGAACTACGGCAATTCTGTCATTTTCAGGAGTTTTTTCGTCCGTAAACTTTATTGCAGTCATTTGTTTTCCGTTTGTATAAATTACTGCGTCAAATTTTATATTTTCATATTTGTATTGTTTAGCTAATTTATTAATATACTTACTCACCTTTGTAGCTATACTTTCATTTACCAATCCTCCAGTAATAACAGAACCCCATTGTATTCCTTTTCCACCTCCTTTTAAAGTTTCATATTCTCTTACAGGTTCTGCCAATAAATAAACTTCGATTCCATTTACTTTTTGAACTTTCGATTTAATTTGTGCAACACTATTCAGCGTAATAAATAATACTAAAATTGATAATACTTTTCTCATACTTTTAATTTTCCTTTTGTTTTGATTTGTGAATAATTACTTTTTTCAATTTATAATTTTGACTGGTTTTCAATCGCATATTTGCTAACGCGTTTGTATATTATTTGTTGCGTTGATCGGACAACCAATTTAATATTTGCAAACTGAATAGAAAATCCAAGAGTTCCTCCGCTTCGGGATTCCTAAGTGGAGAATAACTTACGATTAATTTTACACGCGTTGTACACCTTAATTTAGTGTCTAATTGAAGTGTAAATACTGTATTTTTCTATTATTGTTTTATTATCCCAATCAATTTCTAATGTTTGATATGATCTACTTACGCTATGTTTTTCTGCCGAAAATTGAAATACCTAAGCCAGTTTGTTATATTTTAACACTAGCATCCGAAAGTTTTTAGAAAGAAGTAAGAAACATGTTTCTACCCCAATGTTTACATTAAAAAGCTCACTTTACCCAGAAAATAAGTCCCTCTCTAACACTAATACTTTTTGTGGTGAAATTGTCACTTTACGAACACCTTCTCTGACTTCATTGCACACATAGTCTAGTGATAAGTAGTGATATAAGCAAAATCTCACTTTTTCTGACAAATTAGAAAAAGCAACTGCTTTTTTGGAAATAGTTCGCTTTATAAGCTCTAAAAGTAGATAATTTATCAGCGCTACATATATTTGCGATTTTACTGCATTCTCACTGGTTCCCCAGAAGGTTTTTACTTGTAGGTTTTGTTTTAAAGCTTTAAAAAACAATTCAATATCCCAACGTTTCTTATATAATGCTGCAATGGTATTGTATTCCCAATCAAGTTGGTTGGTAATAATGGCAATTACTTTGTTTTCATCTTCTTTATAAACATGTACCAATCTTAGTTTATGCTTTGAAATACCCGTTTCTATCGCCCTACCTGATGTAAGTTGTATTATTTCATCTTTAAGAATATGTTGGTCAACATCATCAGCAAGCTCCAGCTCCTCTATCGTTTCATACAAAGTGTTGGACTTAATTCTAGTAACAAATACATTTTCTGCTTTTATTCTATTGAGCATTAATTCAAAATCGAAATAAGCTCTGTCTTCAACTATAATAGTGTCTTTAGGGAAAATCAGTTGCTTTAATCCATATCTGTCATGAACCTTTGCTTCTGTTATATTTACTACATCAGGTATCATTAAATTATAATCCCAGCTAGTGTGCAATTTAATACCTCCTTTAGCTGTCCGAAACTCTGCCCAATCAAACATAGCCAGACACAAGGAAATCGTTGAGCTATCTATTAGTTTAACTACCTTGCCCTTAATCTCTTCTATAATATGGGTGTTATGATGCTGTTTTAGCACCGATTTATAGTGACTTAATAAACGATAATACAAGCTCTCAAACACCTGCCAGTCACGCTTTTTATTGCCATCGCTCATTGTAGAACGAGCAGGGCTTTGGGTTAAACCTAAGTCGCTTATAAAAATCTCGCTAACTCCAATTCCTGCTGATATATCATTGAGGCTCTGGCACTTATTAAGCTGTCCGAAAGTTAAAGCAACAAACTGGTCGTAAGTTCTATACTTATGAACACCTTTATCTGTTTTGTAGGTATTGGTGCAACTTCTAAATAACCAATGGGGTACTAAATCTAAAATTTGTCGAATGACTGGTTTATTGTTATTTTTGTTTCGCCTGAAGAGTCCCATATTTGAAAAGTTTTTGGTAGAACTCAAAAATACGTGATTCTGAGGGCTTTTTAAAATCCCGACTTTCGGATGCTAGTGATATTTTAAGTCTACATCAAAATCTTTAGAATCCAATGCATTTCTTTTCGGTCTTTGACACTATTTTTGGTTCCTTATAATGGATTACTCCCCTTAGTCATAAAAATGCTTCCCACTCCCCCACTGTTTTACTCTTATCTTTAGAAATGACTCTAAATAATTTTAGTTATTTATCCTTCTTATTATAAATTACCTTGTATATTTATCTTGTAAATTTTGGGAGTAGCTATTGAGTTAGTTTGAGAAAAATCCTTAGAACCTGATTTGGTTAATACCAACGTAGGAAAAAAATTACTTAGATTTAGTTGTACAGACACTACTTCCCAAAGGTTTACAGTACTATTTTATAAATATAATCACTATAAAAGTAAACCAAGAAATCCATCAATTTTCAGAAATATTAAAGGCAATTGCCCACGTTCGTTTTATAACTATAAATACGAATAAGACAGTCATAACGCTAAGTAGCCCTGTTTTTAAGAAAATGTATTGGTCTTTTTTGGAGCATTTTAAAATAGTGATAAAATGCTAATTGGTATATCCACAACAGGAGGTTAACTAATTAGTTATTAAACCTTGTAAACTATTTAATTGATCTAAGATAAAATGAAAAAGAAAGACACTGCACCAAGTAAAAATGGGATTACAAGACAAGCATTTCCAAATTCAAGAAAAGTATATGTATCAGGAAAAATTCATCCACAAATCAGTGTGGCCATGCGTGAAATCTTATTAAGTGACACCAAAGACTCAAGGACAAAAAAGAAAACACCAAATCAGCCAATAACTGTTTATGATACTTCAGGACCGTATACAGATCCTGATAAAAAAATAGATGTACATATTGGTATTGACAGAATTCGTGAACAATGGATTTTAGATAGAAATAATGTAGAGCAATTAGAAGGGTTTACTTCCAAATATTGCAACCAGCGGTTGAATGATAAAAGTTTGAACCACATGCGTTTCTCGTTATTAAAAAAACCCTTGCGTGCAAAAAAAGGAGAAAATGTAACGCAGTTACACTACGCTAAAAAAGGAATAATCACACCTGAAATGGAATACATTGCTATTCGCGAAAATCAACGAATAGATGAAATGACTGAGATCCGAAAGCAACACAAAGGAGAACATTTTGGCGCTTCCATTCCAGATCGAATTACACCGGAATTTGTGCGGTCAGAAGTCGCCAGAGGACGTGCTGTAATTCCATCGAACATCAACCATCCAGAAGCAGAACCTATGATCTTAGGTAGAAATTTCTTGGTAAAAATAAACGCTAATATCGGAAACTCTGCAGTGACCTCCTCTATTGAAGAAGAAGTAGAAAAAGCAGTTTGGGCCTGTCGTTGGGGAGCAGATAATATAATGGATTTATCCACAGGAGAAAACATTCATGAAACTAGAGAGTGGATTGTACGTAACTCTCCTGTACCCGTTGGCACCGTGCCAATTTATCAAGCTTTAGAAAAAGTAAATGGAGTTGCAGAAGATTTAACCTGGGAAGTTTTTAGAGATACGCTGATAGAACAAGCTGAACAAGGCGTTGATTATTTTACAATTCATGCAGGCGTTTTACTACGGTATGTACCAATGACAGCCAAGCGTGTTACCGGTATTGTTTCTCGTGGAGGCTCTATCATGGCAAAATGGTGTTTGGCACATCACAAAGAGAGTTTTTTATATACTCATTTTGAAGATATTTGTGAAATTCTAAAAACCTATGATGTTTCCCTTTCTTTGGGAGACGGTTTACGACCAGGATCTATTGCAGACGCCAATGATGAAGCTCAATTTGCAGAGTTGGAAACTTTAGGAGAACTGACAAAAATATCCAGAAAACACGAAGTTCAGTGTTTTATTGAAGGTCCAGGTCACGTGCCAATGCACATGATTAAAGAGAATATGGAAAAGCAAATAGAGCTTTGCGATGAGGCTCCTTTTTATACATTAGGCCCTTTAACGACAGACATTGCTCCCGGGTATGACCATATTACTTCGGGCATTGGAGCTGCGATGATTGGTTGGTTTGGTTGCGCAATGTTGTGTTATGTAACACCAAAAGAGCATTTAGGCTTGCCGAATAAAGAAGATGTTCGAGTCGGAGTCATCACTTACAAAATAGCGGCACATGCTGCTGATTTGGCAAAAGGACATCCTGGAGCGCAACATAGAGACAACGCCTTAAGTATGGCGCGTTTTGAGTTCCGTTGGGAAGATCAGTTTAATTTAGGATTAGACCCAGAGCGCGCCTTAGAATACCACGATGAAACTTTACCCGCAGATGGCGCAAAAGTGGCGCATTTCTGCTCTATGTGTGGTCCTAAGTTCTGTTCTATGAAAATCTCTCAGGAAGTACGCGACTTTGCCGCAGAAAACGACATTGTAAACAATGAAGTCATCGTCAAAGGCATGGAAGCCAAATCGAAAGAGTTTAAAGAAAAAGGATCTGAAGTGTATTTGTAAGATTTTTAGGAAGTTCCCACGCTTTAAAAAAAAAGCGTGGTCGGGCTTTCCTTTTTATCTTTTGCCGAAAGAGCAAAAGGATGCCAATACAATCCCTAACTCATGCCTAGTTAAATTTATAATGTCCTATAAATAAATTTAATTATACAACAACGCAGTTCAGATTTTATGCTGGATTAAAGTTGAAATAATTAGCATAGCCTTTATCAGGGAATTGTTTTTGATAAAAACCAACTTAAAAAGCCTGTACCGAATTTAGTTCAGTACAGGCTTTTTAGTGCGACAGTTTAGGTTTAGATTGGTATTACCACTAAAATCATGATCTCCTGATAAAATTATGTGTCACTAGTCAAGTGATCTTTCAATATAGTGTAGTATATTTAATAATCATACATGTTTTAAGGCAGCTATAAGCTAGCCAGCAAGGGTACTTCCACATTCGTGTGGTGTACCCTTCTTTTATGATAATTATTTTCATAAGAATTTCGGTTTCTATCTTTCATAAAAATAAGATCAAGCATTTTTCTCTATACAGTTATCAGAGCTTTCATTTTGATTCTACTTTTTAAGAGGAGTTTGACCTGTAAGTCTTTATGAGATTGATTATATTTTATAGAGAACAGAAATGGAATATTTATTTCTGTTCTTAAAGGCTTATTTCTTCTTTTTGATATTCTAAATTTATCTTTTAGTGATGTTCCAGACTGTTTTTCTATTTAACTTTCTCATCCAATTCCCTATTATAAATCCTCCAATTATACCCGGTATAAACCAACCATAAAAGCTATGGAAATATTCATTCACAACAACAAATACCGTTGTGGTACAAATGTATCCTCCAATCATTTTGCTTAAATGTAATTTTAACCATCCATTTATTAATCGTTAAGGTGTTTTGAACAACATTAAATCTGTAATAGAAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGATTGATTGATTGATTGATTGATTGAAATCAAAAATAACTAGGATAGCCTTAACTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAAGCCAGTGCTGAATTCGTATCGGTAAAACAATTTATTGCGTTATTATAGGTCTAATTTGGTGTTATACCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATACTACAACGTAGCTCAGCACAGGTTTTTTGATTGATTGATTGATTGGTTGATTAAAATCAAAAATAACTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAAGCCAGTGCCGAATTCGTATCGGTAAAACGATTTATTGCGTCATTATAGGTCTAATTTGGTATTAGTAGTGTATATAAGTCTGGACTTCGCAGTGCGCAAGCGATTGGTATTTTAATGGAAAACAACTTTCCAGCTGCAGTATTAAACTTAAAAGGAGGTTGTTTTCAATAGATCTCTTACAAGGATTTAAAAAGAGTAATTGTATTAAAGGGTATTAAATTTTAAAATTAATACAACAAAGTACTGTAATAATAGCAATTAAACTAGAAATAATAAGATGTCAAGCTACATTAATAAAAAATAAACACTTAGAATTTGTAAAATTGCTTAGAAAAAAGTATTTTTGCACCAAATTTAAGAAATTCGCATGCATCAAATTAGAAATATCGCTATCATAGCCCATGTCGATCATGGAAAAACAACCTTAGTAGACAAAATTATAGATCAAGCAAAAATATTAGACGATCGTAAAGAGCGTAAAGATTTATTGCTAGATAATAATGACTTAGAACGTGAAAGAGGAATAACCATTCTTTCTAAGAACGTTTCTGTAATGTATAAAGGAACAAAAATCAATGTCATTGATACACCTGGTCACGCCGATTTCGGTGGAGAAGTAGAGCGTGTATTAAAAATGGCTGATGGTGTTTTATTATTAGTAGATGCATTTGAAGGACCAATGCCACAAACTCGTTTTGTATTAGGTAAAGCTTTAGACTTAGGTTTAACTCCCATTGTTGTTGTCAATAAAGTAGACAAAGACAACTGTACTCCTGACATCGTTCACGAAAAAGTTTTTGATTTAATGTTTGCATTAGATGCAACGGAAGAACAATTAGATTATGCAACCATTTACGGTTCTGCAAAAAATAATTGGATGAGTACAGATTGGAGAAATGAAACGGATAACATTATTCCTTTGTTAGATGCCGTTTTAGAATCTATTCCAGCAACTAAATACAACGAAGGAACACCACAAATGCAAATTACTTCTTTAGATTTTTCTTCTTTTACAGGTAGAATTGCTATTGGACGTGTATTCCGTGGAGATTTAGAAGCGGGTAAAGATTACACGTTATGTAAAGCTGATGGTGTTACTAAAAAAGTAAGAATTAAAGAATTGCACGTATTTGAAGGTTTGGGGAAAATGCAAGTAGAAAAAGTACCCTGTGGAGATATTTGTGCAATTACGGGTCTTGATGGATTTGAAATTGGTGATACCATTGCAGATCTAGAAAACCCAGAAGCATTGCCAAGAACAGAGATAGACCAACCAACAATGAGTATGTTGTTTACAATTAACAATTCTCCTTTCTTCGGTAAAGAAGGAAAATTTGTTACTTCGCGTCACATTCGTGATCGTCTGTTCAAAGAATTAGAAAAAAACTTAGCATTAAAAGTTGAAACCACTGATAGTGAAGATAAATTTAACGTTTATGGACGTGGAGTTTTACACTTATCTGTTTTAATTGAAACAATGCGTAGAGAAGGGTACGAATTACAAGTGGGAAGACCACAAGTAATTATTAAAATGATTGACGGTAAGAAACATGAGCCAATGGAAACATTGTCTATTGATGTTCCTGAAGAAATGGCTTCTAGAGCTATTAATTTAGTATCCCTTAGAAAAGGAGACATGTTAATCATGGAACCTAAAGGAGATTTACAACACTTAGAATTTTCAATTCCTTCAAGAGGTTTGATCGGTCTAAGAAATAGAATTTTAACAGCAACAGCTGGTTCAGCAATTATTAACCACAGATTTAGTGAATATGCTCTTTATAAAGGAGATTTTACTGAGGAAGTAAAAGGAGCTATCATCTCTTCTGCAGCTGGTAAAGCAACAGGATATGCATTAAACCGTTTGCAAGATAGAGGTCGTTTCTTTATTGATGTAAATCAAGAGATTTATATTGGTCAAGTCATTGGCGAAAACAGTAAATCTGATGAGATGGCTGTAAACCTAATTAAAGGAAAGCAATTGACAAACATGCGTAAATCTGGTACAGATGAAGCTATGAAAATTGCACCGAAAGTAGATTTCTCTTTGGAGGAAAATATGGAATATATTAAGACTGATGAGTACTTAGAAGTCACTCCAAAAAGTTTAAGAATGCGTAAAATTGTCTTTAAAGGATAATTTTCAAACATATAAATAGTATAAAAGCTCAAGATTTGTTTCTTGAGCTTTTTTTGTTTCATAAAATTTAAAGTATTCAGTCTGACAATAAGTTTTAAACCTAAGGGTACTGGAAGTATATAATTACTCCATCATTTTACGTCTGCAATTTTCTGTTATATCGTCTCTACCAAAAATATGGTTTTCTAATTTTGGGTACTGTTTATGTATAAAAATGCTTTTAATTCCAGTTTAAAAATAAAAAAAGCAAAAACTTTGTAGTTCTTACTTGTCTACTCTATTTTATATATGCTGAATTCAAGTTATAAATGCAACTTCTGAGTTAAATAGCCATTGATCCATCACAGATATAGGATTTTCATAATTGAACCTTTTTCTAGATCTTAGATTTAATTTCTCTTGTATCTGTTTTACTTGGTAATCAGTGATTTTTGTAAAGTCTGTTTTTTTAGGTAAATATTGTCTTATCAGTCCGTTTAGGTTTTCGTTTGAACCCTGTTTCCAAGAGTGATAAGGTCTTGCAAAATAATAATCTATATTAAGCTGCTGCACTACCACAAGGTGGTCTGCAAACTCTTTTCCATTATCCACTGTAATAGTTTTCAAATAAGGTTTCCAATCCTCTAGTAAATCTATGATTGCTGCCCCTACCCCTTTGGATTCTTTAGAAGAAACTTTTTTCATTTTAAGCATTCCACAGCTTCTCTCATTAATTGTTAGAATAGCTTGATTGTGATTTTTACTTATTATCAAATCTACCTCAAGATCTCTAAAGCGATCTCTGAGCTCCACTCTACTGGGTCGGTTTTCTATACGTACCCTGTTTTTTATAATACCCCTAGAATTCTTTGCTACGCCTCTTTTAAGATAAAGCCTGCCTTGATGTTTTAAATGTTTATGTCGGGTTTCTTTATGTTTTTTCTCATTCCAGATATAGTGATAATGTTTTCAACACTTAGACTAGGTTCTTGGTGTTTCTTTAATATCCCTACTACTTGTTGGGGACTATAATCTAACTTTAAAAGTCTTTGTGAAGCTGTTTTTATTTCATCTGTAAAACAAATCTGTTTAAGTTTTTGTATTATGTCTCTCACGACACTTCTTCACAGCTAATTCGTAGCGATATTCACCGCTTCTTTGATCCTTATGACGCTTTAGCTCTTGACTAATTACTGGCTTTTCTTTGTCTACTGCAATAGCTCTCTGATTATAACCTTCTTTGCGCCTTGTATATCTTTATTCTTTGGTAAGGTGATTCATTGCAACTTCTTTTTTGGCGATTTGAAGCTGTAAAATAACCTTTCTATCAAAACAAGAAAGAGGAACATATTCCTCTTTCTGTTTTAAAAGCATCTATACTAATCAAATCTAAAAGTTACGCTTATAACTTGAATTCAAGTTTTTATTTCCCTAGTGTCATCAGTAAAGAGATGAAGTATATATGCTTTCTGAACATATTGTTCAACTTTATCGAAATTCTATTTATTCCAAATTTCGTCTTCAAACTCACAAAGGAAAACTCTCTGTTCATTGTCTTTATTTACTTGCTGTTAAGGTATCTAAGCAAAAAAATATAAAGAGCAAAAGAAGTATTGCTCTTTATATAATTGGGTTTAACCGAAGAGGCCCCTTATTGCAATTATAATAACTTAGCTATGCTACCTTAATTAATCTTGATAATTTTTTTCGTTGACATTCTCCCATCTTGCATATATACATTTACAAAGTAAATTCCCTGTGCAATGCGAGAAACATCTAAATTATACTCTCTTTCAACTGATAGTGTCTCTTCCTTGATAAGCCTTCCCTGTAAGTTCATCAATTTAATTTTTGAAATGGTACCAGAGTTGGTTGCTATGGTAATATGATCTTTAGCAGGAACAGGATATACCGTAAAAATAACTTCTAAAGAATTATCTGTGGAACCTCCTAGCATTTCTGAATCTTCGAAAATGTAGGCAGAACCAGCTCGATCTATTCCATTTTCTCCATTGGCATCGTGGTCTTCCCAAGGTGCACTCGCAATTAATTGTTTTTCATGCATAGCAATACTCCAACCATAAAAATCTTCTCCTATGGTGTCTTCACCTAGTATAATTTGATCTTCTACCCAGAGACCATTGCTCTCTCTTTTATAGAAATAAGCTTCTCCAACTTCTAATCCGAAGATATGTGGAGCGGATACAGAAATATAATTTGGTTGGATATCTGTACTCCAACCAAATTGTGCATTTTCTATTGAAGAGTTCCCATTCAATTTTTGAACTTCTAACCAAACTCCTTCATTATCCTTTTCATACACATAGGCTGCCCCTTGTTCAGAATTTGTACCATAAGCTCCCACAACTAATTGATCACCAGAAATGTTCACTGAATTTCCAAAGAAAGAACCATTGCTTGCATCTGAAGCCATTAAAGTTTGGTTGTATTCCCATATACCAGAACTGTTTTTCATATATATATAAGTAGCACCTTTACGTCTATCTACATCGCTAGCACCAATCACTAAATAATCTCCAGAAATAGATACTCCTACTCCAAAAGTGTCATTAGTTGGTGCTTCAGGGCTTAGTATTTTTTGAGTTTCTGTCCAAGTCCCTCCTTCTTTAGTAAATACATACACAGATCCTATCCATCCGTTTTCAGCAGGAGCACCTGCAACAATTGTATTGCCGTCTACATCCATAGAGGTAGGGTTCATCCCTAATTTTGCATCTCCACTATAATCTGAGGCTACTAATTTTGTGCTATACTCCCAATTGTCATTTTGATAGTCATAGACATACAAGGCTCCCGCTCTTTCTATATTTTCTACATTTGCTCTTCCTGCTGCAACTACTAAATAATCATCCGAAAATTTTACGCCACCTCCAAATTCAGCACCTTGGTTGGGGTCAAAAGCAGCTAATCTTTGTGAATAACTCCAAACCCCTCGGTCATCTTTGCTATAAACATAGGCAGCTCCTGAAGCAATAGTCTCTCGTGAAGCACCAACAATTGCAAAATCTTTAGCAATGGCGACCGAAGTTCCATATTCAGCACGACTTTCTCTATTCTCGCTTACCACTTTAGCTATTTGTGTAAATTGAGCTTTCATGATAGTACCTCCAAGTAAGCATACAAGAATAATAAAGCTCTTTGTCATGTTAATTTTTGTCATTAGATTAATTTTAGAATTAATTAAGTTTATTGTTTGAATAAAAAGAGTGCTCAAAATGTTCCTTGTTTTACACAAATGGATTATTGAGTAATCTGTTTTAAATCGATTAGGGATCAAAAGTATATTTAGAATTCAAGTTTTTAAAAAATATCGTGAGACATTTTGTGACATACCTACTAACAAAGCGTGACATTATATTAAATACTTGATAAATACATGTGAATTGAAAGGTTGCTTGCGATATTCATCTTTTTTGAAATACGCTCTTTTCTCTTTCTACATGACTGAGGTGTAATATTAAGTAAAGACGCAATTTCTTTATAAGTTAAATTCATATAAAGAAAAGTTGTAAACCGAATATCACTCGAAGTTAAATTGGGATGTTGGGCCCTTAATCTGTCCAAAAAACCCTGATTTACATCTTCAAAATGCACAAAAAAACTGTCCCATTGGGTATCTTTTTTTAGGTGTTTTTTTAATTCATTTATTTGTTTCTTTAAAACGGCATTGGTTTCGATTTGCGTATTGGCAGATAAGGTTTGAACAATTTCTTCTATAAGTTCATTTTTACTTGATAAAAACATAGCTTTTGAGGTTAGCTCCCTGTTTTTATTGTCCAATTCATTTTTAAATCTTTCTCTTTCTAACAGTACTTGGGCTTTTCTTTCTTGATTCTGTCTTTCGATTAAAAGATGACTATTTTTTTCCTTAGCCAATTTGAGTTCTGCTATCTTTTTTTGCTGTTTGTGCTTTAGAGAATTGTATTTGTATACCAATATTAAAAATCCCATAAACAGAACTACACAGATTATTAAACCATAAAAAAACTGTCTTTCTCCTTGCAGTTTTTCTTTGCTTTCAGAAAGTTCATGCTGGTAATTATGAATTTGAAACTTGACCTGTTCACTTTTAAACAAAGCAGTGTTCTTAATAGCGTACAGGGAATCTGTAGCGATAACAACCGAATCTTTATAGGCCATTGCTTTTACAAAATCGTTTGTCTCATAATATAATCTGGCAAGATGATTGTAAATTTCTTTACGTCCTTCAATATCTTTACGAGATGAGCGTGCTAATAGAGCATATTTTTGAGCAAGCTTAAATTGCTTTTGTTCTTCATATACCTGAGTTAAGATCAACAAAACAGTAATTCTGTCATTAACTGTCATTCCATCTCTTAAAATTGATAAATCATTTATTTGTGGTAAAAGCTTTAGTGCTAGGTTTTCGGCTTTTACATATTGAGCTCTTAAAAGCAAATTTTCAGCCCTTGCAATTTCTCCCGATAGAAACAAAATAAGATTATCATTTATAAGGGGTAATCCCTCATCAATATACTTTTCCGAAAGTTCCAACTCCCCCATTTTATTTCCTAGCAAAGCAAGGTTAATGGCATAGGCCCCAATTTTTTCTTTATCGTCTAACTTTTTTGCAATTTCATAAGCCTTTAGAAACGATTTTTTCGCCTTTATAAGGTCTTTGTCTTCCGTATATAAAACCCCAATATTATTAAATGCAACCATTTCTTGCCTTGCACTCAAGTGCTTTACAGCAATTTCGTAGGCTTGCAAATAGTATTGAAAAGCCTCACCATAATCCATTAGTAAGTAATAGTTGTTTCCAATATTTAGGCTTGCATTAAATGCCTGAGAATACCATTCTTCTCGGATTGCTAACTCTTTTGCTCCGATTAGTTCTTCTAGCGATTTAGCATGATTTTTCTCAGATAAATATTTTATACCCAAATCAATGCGTTCAATTACACTCGCTTGAGTCTCTATTTGAGCAGAAAGTTTTAGTGGCGATATGTTAAATAGCAGCAATAGGATCGCATATTTAAATAAATGCATTTTTTTAAAAAATGGAGATATGAGTTTGATCACTTTTGATGAAATTGATGTTTAATTCTGACTTCTTTAGTTTTACTATGTTTTTATTAAGACGCTTATTCTTTGGATAAGTTACATAATCATTAGGCACGAAATAATAACTTTTAAAAAACAGTGTATTAATTATAAAGGTATCAAAGTGAAAACGCCTGTATTTTTTTAGGTTTTCACAAAACAGATGTGAGCTCGCTAATAAATTACCGCAATATAGAAGTAGGTATAAAAGAGAGTAGTCAGGCTTTCCTTTCTATCTTTTGCAGAAAAAGCAAAAGGATGCCAATACAATCCCTAACTCATGTCTAAGTAAATTTATAATCACATAAAACTGTATAACAATAATACCTCAAAATATCGATGATTTTTTCATTGATATCTTGAGGTAAATTTTAATCCCCACTGTCTACATACCTTTAAAAGAAACATGCTAAGACATAAAGCTAAAACAGATCAATTAATGTTGTAAAATATTGGTGATATTTTTATTCAAGTTCCATTAATTGTATTTCATTATTAGAAATTCTTTTAAACGTTCCAACTACAAAATCTTGATTCGTTATTGTTGTTTCTAATTCATTGCAAAGAGTATTACAATCAATATCTATTTGATTAAGCAGTTTTAATCCAGAGTCGGTGGTTACAAAACTTTCTCCACCTATTTTTAAATCTATATCAAAAAGAGTTTCAGTATCAACGTCTTGAGTTGACTTAACTTCTACAAGAGTATAGTTCACAGAACTTCCATCAGCAGGTGGGTTGTCTATATTTTCTATTTTTACCGAAAGATTGTAGATTTTACCTGGTTCATAATTAAATCCCTCAATATATGAATAGAATTTAGTCCAGCTCTCTGTTCCAATATTATTTCCCTCCTGTATTTCTAATATTAAAATAGGGCTTAGAGCTATTCCTGTATCCTGGAAATGGTTAATTCTTATATCAATAATTTGAGAGTCATTTCCATCATCATTAGAACAAGAGCATAAAATCCCTAAAACCATTAAAAGTAAAAATTTCGTTTTCATATTTTTTAGATTTAGTTACTAGTACTAAGTTGCATGATTATGCTAACGGTTGCGTCAAAGTGTTGCCAAGGTTTGCTGAAGGGTTTGCTGCACAAACACTTAAATGATAAAAATGGACTACGTGCAGGCAATTCAACAGAATTTCCGCAGTAATCATTAAACGCTCTTTAGCAATAAGTGATACCAAATTATATTTATAATGCCGTATGAATAAATTGAATTATTTTTTGATTGATTGAAATCAAAAATAAGTAGCATAGCCTTAGCTACGGTAATTATTTTTGATGAAAAGCAGGCGAAAAAGAAACGATTTATTGCGTCATTATAGGTCTAATTTGGTATGATATGCTTTGTTTTGCTTAGTTATTATAGATTTTCTTTAAACCAACTAAGGAGTAATCTATTAAGCTCTTCTTTTTTATTAGAAAACGTATGATCCGTCTTCACTTTTTCAAGTTTAAAATCATAGTTTATTTCCTCCAGTTTGTGAGCTATTAAATCAGCTTGATTTGGATGTACTTGTTCATCCTCGGTTCCGCAAAGAATAAGTAAACTAGCATTTTTATCTAATTCATCTGCCCAATTAATAACAGAACGTTTTTGTAATTCTTTTGTTTTGTTCTTATCGTATTCAGGAATCAGCTTTGCACATACCCTACTGTCCATTTCCGGTCTATCAATGATAAGTGCTTCTAAATCTGAAGGTCCATTACCCACTACTGCCGTTTTAATTTTAGTGCTATTTTTTAAGGATAAGTAGGTCATCATTCCTCCTCTTGACCATCCATACATCCCTATGCGAGTTGCGTCAGCTTTATCAATAGATTTAATAGTTTCAGTTAGATTGAGTACATCGTTAAGGTCATCCCCTCCAATCTCATCTTCTTCTCTGTAGCAGCTAGCAATAAGTAAATAATCTTCATCTGCCAGTTTAGAGGCCGTTGTTATTAGAGAATATAGTGTTTTAGCTTTTGCAACTTTCCCAATTTCTTTATTGCCTCCTCTGTTAAATATAATTACAGGAAATCGTCCTTCTTTTTTGGGTTCAGCAATTATTCCATTAACCAAAAGTAAATCACTTTTATAAACGATGACATAAAAATTGATGTTATCTAAATATTTATAAGCATGTAGTAAAGAATCATTTTCAGAAATAGTAGTCCAAATTGGTAGTATTTCTGAAAGGTTAATTATTTTTTTAGATAAAATTTGTCCATTTTTTAGACGCTCTGCTTTAGTGTAATCACTAGAGCTAATTTCATTATCTAAAATTGTATTGGTTAGTATCTCTTCGTTTTGATATGATTTGTAATATCTCATCCCAAATTTTAAACCGAGAAAGAGGGTTCCCGATAAGGTTAGCACTGATATGGTAATTGCAATTCGTTTTAATATTTTCATAAATCATATACTTTCTCTTTAAGACGAATTATTTGTTTTTTTGTTACAATCTTGGCATTAAGTCCAATGCTTTGGCTAAAAAACGTGAGGAATAAAAAACCAGTTACTTCCAAATAACACCAAGCCATTACCCTTCAATATCAATACTTATGGTGGTCTTTTTAAAAACTTGCAAAACTTTGGGGTTTCCACTTTCTTAGCTATTGCTTATACATTTTTAGCAACTGTTATGTTACTTTCCTCTCACCATTTACAAAGACTCAATAGTATTTCTTTTCTTTAAGTAAGTAAACCCCTATAGTTCTTTATGAAGCCAAATCATATAATTTTAATTAGTTTTTAAGTCACCAACAGATTCAAAAAGGTCTGTGATTATATGTTTTTGATCGCTTGGTGCAACCTCTCTAAAATAGCCTAACAGATCTTTGGTAGTTGCATACCTGTCTGTAGTCAACTTTAGTTTTCCATCTCTTGAATTCCAGTCATTTATAAATCGTTTCAAAGCCAGATTGACTTGGTCTTCACCAATCTGTTTCTGAAGTTCATACATAGTAATAGCCCCTTTTTCATAATAAACATACTTTTGATTTTCTACCAAAGCTAATGATGGCTCTTGAGCATTTTCTTTGCGTTTTTCTTCTAAATACCGATCTTTCTGAAGCTCCAAAAATTGCTGCACTTTTCCTTCAGAATAGTGTTGCTTCAATACCATGGTTGCAGCATATTGCGATAAAGTTTCTAATAGCATAAGTCGTCCTTGAACATTAGCAGCTTCCACTTGCATTCCAAACCATTGATGTGCCAATTCATGAGCCGTCACATAAAATGCCATATCCACATCTTTTTCATCATCAATATCTAACACAAATCCGATAGATTCAGAAAAGGGTAATGTTCCCGGAAATGCTTGTGCAAATTCTGCATAACGCGGAAATTCCATAATACGCATTTGTTGATATTGATACGGACTAAAATTAGTACTGTAATAGTCAAACGATGTCTTCATTGACTCCATCATTCTGTTTATATTATAGTCATGTTCTTTATGATAATAAATCTCTAAATCAACAGGTTTCTTTGCAGTACCTGATGTTGGAATCCAAGTATCTTTTTTAACTTCATAGTGTGCTGAACCTATTGAATAAAAGTTGGTCATTTGGATATCCATTTTATAATGAAAATAAGAACGATCGTTTTCTTTCCAACTCTTCAATAGATTACCAGGAGCAATAGCGGTCTGATTCTTATCTGTCCCAATCACAATTTCAAAATGAATACCGTCAGAATCTCCGCCAGACATAGCGTTGACTAATTCTTTGGGGTTTTCCCTCTGAGCTTTGCTTGATCTAATTGGTAAATTATAATCTGCACGATCATCAGCATCACTGAGTTCATATTTTTTGTTATAACCTAAGGTTGGAAAATCCGTATTGTTGAAAAAGGTACCGTTATGTACAATTTTAGTATTGGAGCTACCTTGCTCAAAGCCCTTCGTTGTAAAGGTCTGCTTAAAGTTCATTTTTATGGAATCTCCAGGTTGTAAGGGGTGCTGTAACTTATAATTATAATAAGAGAATTCTGAATACTTTTTATCAATAGTTGCTTCGCCTTCAAAAGTCACAGACTCCAGTTCTACATTTTTTTCTATGAGTTTCTGAATATGAATTTCTTTAATAAGAGTATCGTTTGTGTTTTTCAGAACATAAAAGCCTTCAGCAGTATAATTTCTGGACTTTGGATATAGTTCTACCTTTAAATTAACAGCTACTATTTTGGGCTGCGGCAGGTATTCAAACTTTTTTAATGTTCGTTCATAGTCAACTCTAAATACTGTCTTTTCAGAATTTGTCCAATGTTCATTTAAGATATTTGTGTTGTAAAATATATAGCTACCAAGCATAATAAAAGCTACCACTGTAACTAATCCTAGTTTCAAGATAGGTTTACTTATTCGGTGTTTACTCGCTTTCAATCTTTTTATAAGATTAGTTTCTGTTCCCCTAACGGAAACAATCGATGCTACAATTAGTAATAGCAGTCCGAATAAGAACCAATAGCTTTTAATGATTAGATAAGGCTTCATAAAATGTCCATAGCCGTTCATATCTGAATAAGCACCTAAGGAGCTACCTCCAAAGAAGTATAAATCGTGATCTATTCCGAAGAGCGCCAAAGAACCATTCAATATAAAAAATAGTAGAACCACAAGAATCCCGACAAATTTCTGATTGGTCATTACCTGCGCAAAGAAGGCTATAAGCGTAAATAAAGCTAGAAATGGTAAGATTTCCAGAAAGAAGCCATAGAAATATACCTCAAGATCATAGTTGTAATATCCATTAATCGTTTGAAAAATGAGTCCTGAAATAATCAAGGATATAATAAGTACAATATAGATCAGTATGAGTCCAAAATATTTACCTGCGAGATTCAAGAAATCCGACATTGGACTTGCATCATAGATCAAGTTTAGTTTAGCACTTCTTTCCTTCCAAATGAGTTCTCCGGAATAAAAAACAAGGATGATCACAAAGAAGTAAAAAGACGTTTCTCGAAGTTCTTCAACAATAAAATAAGTTGCAGGATAACTATCAACACCATATACGGTTCCGAGATTCACTGAATTGATTAAAATGATAATCATCCCACAAATCACAATGGCCCAAAAAGAGGTTTGCTTGCAAATACTCACGAAATAAAACCATGAGAAATGCATGAGCTGGGACCATTTCGATTTAATACCTTGTTCTATTCTGAATTCTGGAATTTCGACATCATAAAGTTGATCCGTTTCAGATTCAAGTGCTTGTGACTTTTTCTTTTTAATGCGTTTACTCCTAACTATTAACTTCGAATCAATAGTTCTTTATTTATAGTTAAATATTTCGTATATTTATAGATGGAAAAAATAGACTTAAGGAGTGTTTCTGATCAGGAAAGAGGTATAATTCGAAGGGATGCTGTAAAAATGATAAAACGTGGAGATAAAAAAAAAGACATAGCTCTGTTTTACGGTGTTCATGTAAATACTGTTAGAGATTGGTGGAAGCTTTACAATAAAGAAGGTCATAAATCTTTGTCATATCAAAAACGAGGAGTCAAATCAGAAGATCGAAAACTACTCAATAAAGATCAAGAAGCTGCAATCCAAAAAATGATTATTGATGTAATGCCCGATCAACTAAAGTTAGATTATGCTTTGTGGACTACAAGGGCAGTAAGGGATTTGATAGCAAGAGAGTTTAGTATTACAATCGGAAGAAGAGCTGTCGGTAATTATCTCAACGCTTGGGGATTCACGCCTCAAAAGCCAAAAAAGAGAGCTTATGAACAATGTTCCAAAAAAGTTCAAAAATGGTTAGACGAAGAATATCCAGCAATAAAAGAGAAGGCAAAACAAGAGAAGGCAACTATTCATTGGGGGGATGAAACGGGTGTAAAAAACAATAATCATCATGGACGTTCCTATGCTCCAAAAGGAAAAACTCCTGTTAAAAAACATATGTCGAAGCGGTTTTCAATCAACATGATTTCTACAGTTACAAATCAGGGTTTAATTCAGTTTATGATATATAAAGAAAATATGAACTCAGATGTATTTATTCAATTTTTAGAACAGCTCATCAAATCGCAAGAAACCAAAGTATTCTTAATCCTTGATAATTTACGAGTCCATCATAGTAAAGTTGTAAAGAAATGGGCGGAAGAAAATGGCGAAACCATAGAACTATTTTACCTGCCATCATACTCACCTGAGCGAAACCCAGATGAATATCTGAATTGCGATTTAAAGTATGGACTCTCGGATAAACCGGCACCAAAAACACAAGAAAAAATGAAAGAAAATTTAGAGAATCATATGAAAATGCTTCAAAATGATAGCGAAAGGGTAGCAAAATATTTTAAACATGAGAGCATCAAATATGCTGCATAA

Protein sequences of DBSCAN-SWA_7

>NC_018721|4191446:4275510|4267461_4269114_-|WP_015026098.1|DBSCAN-SWA
MHLFKYAILLLLFNISPLKLSAQIETQASVIERIDLGIKYLSEKNHAKSLEELIGAKELAIREEWYSQAFNASLNIGNNYYLLMDYGEAFQYYLQAYEIAVKHLSARQEMVAFNNIGVLYTEDKDLIKAKKSFLKAYEIAKKLDDKEKIGAYAINLALLGNKMGELELSEKYIDEGLPLINDNLILFLSGEIARAENLLLRAQYVKAENLALKLLPQINDLSILRDGMTVNDRITVLLILTQVYEEQKQFKLAQKYALLARSSRKDIEGRKEIYNHLARLYYETNDFVKAMAYKDSVVIATDSLYAIKNTALFKSEQVKFQIHNYQHELSESKEKLQGERQFFYGLIICVVLFMGFLILVYKYNSLKHKQQKKIAELKLAKEKNSHLLIERQNQERKAQVLLERERFKNELDNKNRELTSKAMFLSSKNELIEEIVQTLSANTQIETNAVLKKQINELKKHLKKDTQWDSFFVHFEDVNQGFLDRLRAQHPNLTSSDIRFTTFLYMNLTYKEIASLLNITPQSCRKRKERISKKMNIASNLSIHMYLSSI
>NC_018721|4191446:4275510|4217607_4218225_-|WP_015026065.1|protease|DBSCAN-SWA
MGIEIIEMILQILIFALIPFLAYVIKKKTLKGFLDYIGLKKSNSKANILAIFASLILLAPMVLLIFTSESFREIMFDPNSITGKLRAMDFGTNSIIILLIIAIFKTSFAEEILFRGFIAKRLISSLGFIKGNIMQAIIFGILHMILFAVITTNFIYLSLIFIFPTVAAYVFGYLNEKKGNGSIIPSWIAHGLANVITYLVVGFVI
>NC_018721|4191446:4275510|4192380_4193424_-|WP_015026045.1|DBSCAN-SWA
MSKEMTTLGESCKFFNGKAHEKDIDVEGAFVVVNSKFISRDGKVRKNTRKQMFPLFEEDIVMVMSDVPNGKALAKCYIIEENNKYSLNQRICAIRTTEFNIGFLYYQLNRHSYFLAFNNGENQSNLRKGDILNCPLWKPPLSEQKQIVAILDKAFTAIEQAKANIEKNIVNAKELFQSKLNAIFSQKGDGWEERQIKDITTKIGSGATPRGGQSSYKESGISLIRSMNVHDDGFRDKKLAFIDDEQANKLSNVTIEENDVLLNITGASVARCCIVDKHFLPARVNQHVSIIRLKEGIMSNKFLHFALTSKETKSLLLGIGEQGATRQAITKVQIENFKIAFPSIIEA
>NC_018721|4191446:4275510|4199206_4199749_-|WP_015026052.1|DBSCAN-SWA
MKIYRLQKEYGFAELIPNDESLDIINEGFIGKPMKDDWNIPKMQWNLEESDIIGNFSFLAGLIPVINKNALEKLDKLITEECIELLPIAINNEKYFALNLLNIKSDILNIKKSKLEYFEDNSIMHINEYVFNDIGVEPIFKISQLTTHIFVTNVFKNIIEKEKLTGINFIDCKVKSKRWF
>NC_018721|4191446:4275510|4205625_4207125_-|WP_015026058.1|DBSCAN-SWA
MTETEKPKSFAIIIAIEDYRFSGEQGISSVKFARNDASKFKKLLKEDFGLLEEDIIMWIDKDATKSALEDELQYYIRQLTSDTRFYFYYAGHGFYQNGHNKITCWDTHPTNLDGTTVSLKNTLLDPLEESDCEHSLLFLDTCSSYLTEGIVSRDLISNFNNKELDSFLKTDSYHAIFMSCSPGDKSYPSELLKHGIWTWHLIEALKGNVDDAILNEEFITDTTLKNYLSSVVPKYITKSTTHRSTQKPYAKISASNDFLIRKVIKQEEEFSQELPKLRLKFDSATLKRVVTISVKRASGFKKSHFAPDRFGSSGNGFIQQAFERDLKQEIQDVYQNTKQILSLRKKQIEYAAEDGYGKVENDFFRYFIEVEQNSNEPSEAKITRCLQIRVGRDALPENFDDIFPNQIDEIVLPIEGEIDFDDLVERFENLEEEDGGTLHDDEINGEIEYQTYSGLSITIDTNEMELTISPNRTMKCLELIDTSIEGLKKISSSTVKLLK
>NC_018721|4191446:4275510|4198483_4199191_-|WP_015026051.1|DBSCAN-SWA
MENNTIKCEKCNQLLSTGNFENDEIKICKECLKKSKRKRFLLWSALLIVLLGVVGIYFSNGYKQVPKSTFEGIIDKDTLQLKQEVVKIEDTSNPEIASKIDKIGESITNIESFKRILQEKKQLTPIGLMFTIDSKMINKSDFVLLDFYIEQYQALNKGYLLIEGYTCDLGTKSHNLELSERRNYSVEKYLIAKGIPSSKIKTKSYGEKFFERRPIIEESRIENRRVNLSIIESKK
>NC_018721|4191446:4275510|4217099_4217393_-|WP_015026064.1|DBSCAN-SWA
MRVIAKRTLRDFCEKHADCEEQLKSWYKETEKSEWKNINELKSEYPSASILKDNRIVYNIRGNNYRLIVKFNFEYGICWIRFIGTHAEYDKIDANNI
>NC_018721|4191446:4275510|4262331_4264104_+|WP_015026095.1|DBSCAN-SWA
MHQIRNIAIIAHVDHGKTTLVDKIIDQAKILDDRKERKDLLLDNNDLERERGITILSKNVSVMYKGTKINVIDTPGHADFGGEVERVLKMADGVLLLVDAFEGPMPQTRFVLGKALDLGLTPIVVVNKVDKDNCTPDIVHEKVFDLMFALDATEEQLDYATIYGSAKNNWMSTDWRNETDNIIPLLDAVLESIPATKYNEGTPQMQITSLDFSSFTGRIAIGRVFRGDLEAGKDYTLCKADGVTKKVRIKELHVFEGLGKMQVEKVPCGDICAITGLDGFEIGDTIADLENPEALPRTEIDQPTMSMLFTINNSPFFGKEGKFVTSRHIRDRLFKELEKNLALKVETTDSEDKFNVYGRGVLHLSVLIETMRREGYELQVGRPQVIIKMIDGKKHEPMETLSIDVPEEMASRAINLVSLRKGDMLIMEPKGDLQHLEFSIPSRGLIGLRNRILTATAGSAIINHRFSEYALYKGDFTEEVKGAIISSAAGKATGYALNRLQDRGRFFIDVNQEIYIGQVIGENSKSDEMAVNLIKGKQLTNMRKSGTDEAMKIAPKVDFSLEENMEYIKTDEYLEVTPKSLRMRKIVFKG
>NC_018721|4191446:4275510|4197087_4197861_-|WP_015026049.1|DBSCAN-SWA
MIKWRKYIVDSYVHNLKMKLQDKPYDHGFVKNFNFNEEEQSYLNSIFNLNQFLDMDTPLIHLMDKGYMGLVSHLLNFSKIRVDVNEVKLNQTLFVCFTTHFLNLSLKELSRNYLNYQNEISHLFINGYQVKEEDFKFIKQFKDRKDSRQLQYIMFASYTLKLAEPRLIYVLMDHIRLFTSLTCIKTGKHIGFYKTIKKQVIESTQNSSSFQNEIISYISKNKKTEFKAIEIKLLEMRRNKYEVIDNPQLRDVLKRLL
>NC_018721|4191446:4275510|4216740_4217097_-|WP_015026063.1|DBSCAN-SWA
MKILPIRNENDYQKALNRLEDIFDAKKGTEEGDELEILSILIDRYENEQFPIGMPDPIEAIKFRMEQLGMKQKDLAEVVGFKSRVSEILNKKRKLTLDMIRKLNTTLHIPTEVLIQDY
>NC_018721|4191446:4275510|4223140_4224049_-|WP_051007990.1|DBSCAN-SWA
MKILSILLILIFLGCANEPKNKCNYITDYYQIMYRADYKFDIENYEKAFDLYQDIFNSCKAKNTTTFNEIGKFTQSSAILKKYDITYDYAKKQIKKGVKLSRFQNNEIFDDFLLSDYGKKFVLEYDVLRKDFENKANLKLRDELIWMRSADQMYRGGNGKSDFTKQDSIDKLHEERLIELFESIGYPTDELLGPHMMDYPVDVGLFLLHTKDSIRMNYFVPKIKEFVRNGTAPLRALGTMIDQYYLYNDEPQIYGTYNAQGGGYANMIDDLKKVDSNRISIGLPPLVLKEKKDSIRKVKYGF
>NC_018721|4191446:4275510|4224620_4226417_-|WP_015026071.1|DBSCAN-SWA
MENSHIGTEIRNNVQQYQGANSIYYKDDKLNTWVGISWTDFGDKIQNLSKALLNYGIKEHQNIAIFAENMPEWITADIAIMSIRAVTVPIYATNSKKEVEYIVNDAEINLVFVGGQEEYDKTLQISKTNSNLKYIVSLCEDINIEDNENSIHLNDFLVLKANETIETELQKRYYECKSTDLASIIYTSGTTGEPKGVMLDHTSFMQSLVAHDFELFVSEKDSSLSFLPLSHIYERSWVFFCLHRGIKVYFNQNPKLIAEVLKEVKPTVMCTVPRIFEKIYAAIQDKRKEASPTKMKLASWALGIGNAYFNKYKRNDIKVPLALKLKHKIADKLVLSKLREVFGGRIKFMPCGGAPLAPDMVSFFHSFGLNIKCGYGLTETTATVSLFGYKHFEFNSAGKAIHGTQIKIGENDEILVKGPSVMKGYYKKPKETADVFEDGWFKTGDAGLIDEKGNLIITDRIKDLMKTSGGKYIAPQKLETALINDAFIEQISVVGDQQKYVTALAVPSFENLKKYATEHKIAYKDVEELINNSQIKEMFEKRIEALQKDFSVFEKIKKFKLLPREFSIEAGEITATLKLKRKVIQKKYKVIIDKMYNE
>NC_018721|4191446:4275510|4246357_4246840_-|WP_015026086.1|DBSCAN-SWA
MKHKKTLTSIVFFILGLIGLHAQENTTATGGVATGSGGTVAFSVGQVVYTANTNASGTVSQGVQQPYEIFTLGVKETELNISLKAFPNPTLDNLTLQISNYNNEKLLYKLYDMQGKLLNKGQIVTQQTKIGMTSLPTAIYFINVVNQQNKKIKTFKIIKN
>NC_018721|4191446:4275510|4238640_4239177_-|WP_015026078.1|DBSCAN-SWA
MEDIFPTLESERTILRQFVDSDLKDVFKGLSHPDIIKYYGISFDSLEATKEQMHWFSNLEKNQNGIWWAICSKVDGKFLGAGGLNDLNKENKKAEIGFWLFPENWGKGFMTETMPLIFNYAFDHIGLHRIEGFVETENTNCKKALAKLKFNLEGTMKDCEIKNSEFISLDIYSKLNHK
>NC_018721|4191446:4275510|4243831_4244272_-|WP_157609341.1|DBSCAN-SWA
MIDASGMPFGARASGFYVAPIREGDFGSGDVPLFYDRATNEIVYSTRASNLATSKVPTSYLATSIVSANSTLNTDNQVVATSGTITITLPVNPIDGQNILIYADGDDTSVNPNGKTIRIAGVNYTSAIQISQSIRLIYVVNKWFSL
>NC_018721|4191446:4275510|4232005_4233175_-|WP_083858554.1|DBSCAN-SWA
MTNNQDKINQLLSKLENLLKRQDDFSRDIDSLRIEITNLQSYETERNIEKVDIKEDKPIIDSDFEIAKAKTTLDSSSSSEQQIKKELPRETDTPVNKPPKIKLDLEKFIGENLINKIGIIITVIGVAIGAKYSIENDLISPLTRIILGYLAGIGLLGFGIKLKKNYENYSAVLVSGAIAIMYFITYSAYSFYDLIPQTMAFLLMVVFTVFTVVAAINYNKQVIAHIGLVGAYAVPYLLSENSGQVAILFSYMAIINVGILVISFKKYWKPLYYSSFGLTWLIFFLWYVSNYQTEAYYGLALTFLSIFFVIFYLVFLAYKLIKKEKFGIENIALLLINSFIFYGVGYAILDDHETGKQLLGIFTLCNAILHFIVCQESTMAINKMVECCN
>NC_018721|4191446:4275510|4204001_4204952_-|WP_015026056.1|DBSCAN-SWA
MDYSIIIGIIGIVITLVFGFLSFDLFKRKKYPGKITYVKLSLIDLLNNVANNFKEIKLLHNNSPIKKNIIYIKGALLNNGDIDINGQLIEKDISAQLPDNCKWLDVKATEFSEGLSVDIIISRDNKAIFKFDLFRKSEFVQFEGLIEVKEEEISADNIESEIVFSHRIENTSKIEKKNLLTKKELKKKKEYALLCSILFLLSLLVVASTFIFNLFGTKLETVYFINNTNVNELYQIKLQDSLVELNSMSTNKDVFTVTLDEFNMSYKASEKQLTFRQRSKEFYWIFFIQFCIFLIIVLWELSETHKAKRLSMILAK
>NC_018721|4191446:4275510|4191446_4191905_-|WP_015026044.1|transposase|DBSCAN-SWA
MANTYTQLYFHIVFAVKGRNNLIAVRWKDELYKYITGIISNKNQKLMIINGMPNHVHLLIGTKPNCNLSDLVRDIKANSSKWINEKQFVNGKFEWQTGFGAFTVSQSAVNNVLDYIKNQEEHHQVKTFKEEYIGFLKSYNIEYKTEYLFTDD
>NC_018721|4191446:4275510|4269632_4270151_-|WP_157609442.1|DBSCAN-SWA
MVLGILCSCSNDDGNDSQIIDIRINHFQDTGIALSPILILEIQEGNNIGTESWTKFYSYIEGFNYEPGKIYNLSVKIENIDNPPADGSSVNYTLVEVKSTQDVDTETLFDIDLKIGGESFVTTDSGLKLLNQIDIDCNTLCNELETTITNQDFVVGTFKRISNNEIQLMELE
>NC_018721|4191446:4275510|4248041_4248173_-|WP_083858533.1|DBSCAN-SWA
MHLSVITYLVIPIGNILIPLIFWISKKEKIVDLDDKGTRLLNF
>NC_018721|4191446:4275510|4264401_4265037_-|WP_157609441.1|transposase|DBSCAN-SWA
MWNEKKHKETRHKHLKHQGRLYLKRGVAKNSRGIIKNRVRIENRPSRVELRDRFRDLEVDLIISKNHNQAILTINERSCGMLKMKKVSSKESKGVGAAIIDLLEDWKPYLKTITVDNGKEFADHLVVVQQLNIDYYFARPYHSWKQGSNENLNGLIRQYLPKKTDFTKITDYQVKQIQEKLNLRSRKRFNYENPISVMDQWLFNSEVAFIT
>NC_018721|4191446:4275510|4192224_4192371_-|WP_157609339.1|DBSCAN-SWA
MKSLGILQKKTIQIESNYIKKLEDLEDLKKSILQKAFSGELTQKEVVV
>NC_018721|4191446:4275510|4254907_4255885_+|WP_041758579.1|transposase|DBSCAN-SWA
MSHLTKEQRYTISVMRKEGYNHRAIAESIDKDKSVISRELKRNKDQRSGEYRYELAVKKCRERHKTKPKQICFTNEIKTASERLLKLDYSPEQVVGILKKHQEPSVSVETLYQHIWNDKKHKGTLHKHLRHQGRRYRKRGAAKDSRGIIKDRVSIEKRPSKVELRDRFGDLEVDLIIGKNHNQAILTINDRSSGMLKMKKVPSKESKGVGLAIIDLLEDWKPYLKTITADNGKEFADHLVVAQELNIDYYFARPYHSWERGSNENLNGLIRQYLPKKTDFTKITDYQVKQIQEKLNLRPRKRFNYENPIFVMDQLLFNPEVAFMT
>NC_018721|4191446:4275510|4258813_4260673_+|WP_015026094.1|DBSCAN-SWA
MKKKDTAPSKNGITRQAFPNSRKVYVSGKIHPQISVAMREILLSDTKDSRTKKKTPNQPITVYDTSGPYTDPDKKIDVHIGIDRIREQWILDRNNVEQLEGFTSKYCNQRLNDKSLNHMRFSLLKKPLRAKKGENVTQLHYAKKGIITPEMEYIAIRENQRIDEMTEIRKQHKGEHFGASIPDRITPEFVRSEVARGRAVIPSNINHPEAEPMILGRNFLVKINANIGNSAVTSSIEEEVEKAVWACRWGADNIMDLSTGENIHETREWIVRNSPVPVGTVPIYQALEKVNGVAEDLTWEVFRDTLIEQAEQGVDYFTIHAGVLLRYVPMTAKRVTGIVSRGGSIMAKWCLAHHKESFLYTHFEDICEILKTYDVSLSLGDGLRPGSIADANDEAQFAELETLGELTKISRKHEVQCFIEGPGHVPMHMIKENMEKQIELCDEAPFYTLGPLTTDIAPGYDHITSGIGAAMIGWFGCAMLCYVTPKEHLGLPNKEDVRVGVITYKIAAHAADLAKGHPGAQHRDNALSMARFEFRWEDQFNLGLDPERALEYHDETLPADGAKVAHFCSMCGPKFCSMKISQEVRDFAAENDIVNNEVIVKGMEAKSKEFKEKGSEVYL
>NC_018721|4191446:4275510|4226832_4227090_-|WP_169314480.1|DBSCAN-SWA
MGIPKRENHKICDLKHSKPIRYKINGKSDFTLTGSKERTFYEYDYIIEWIGKIDTIEFCELNKISKRKTIPIDNCKLIDERKILR
>NC_018721|4191446:4275510|4220476_4221625_-|WP_015026068.1|DBSCAN-SWA
MEKTAKILRDNNAEIMKIWQNQVVQEVLASKESDSIALYNQLPDLINDIARLMIRYDKMEGFNKDEKYIEILKTSEEHGKQRSTKVYYTAEQIVHEYIIFHRTLSEFLISHNGYSEKVSDLLKYVIETSILKSVGSFSRSIQDMQEKLIGTLAHDIRNPLAAAQLSLEMMKQDKTGEWTNKTRIAAQRSVKKAINLIEGLMNGITVKSGEGMLLTFESSDLLKEMKFVHAESKEVYTREINLEYNAKKIIGIFDKTAVKRLVDNLIGNAIKYGSIDKPITISIEDEEDAVAIKVHNWGNPIPLSKQEQIFKFMGSAKRDKKPVSASWGMGLTLTQIVAEAHGGDINLVSDEKTGTTFTVNLIKQFNEVGKRRAKLTFVLDNI
>NC_018721|4191446:4275510|4196064_4196577_-|WP_051008016.1|DBSCAN-SWA
MKHLVKVNSTYSKASFDPISNSDTAILILGTMPGDKSLELGEYYGHPRNRFWKIISTITNNELPLTYSDKKELLLKFKIGIWDIAHKANRKGSLDSAIEDEEPNDLDDFIARHKNLKVIGFNGTKSETLFDKYFDRKSGLKYVYLPSTSPANTGIDFDNICKLWRQIFTK
>NC_018721|4191446:4275510|4256893_4258129_-|WP_015022770.1|transposase|DBSCAN-SWA
MGLFRRNKNNNKPVIRQILDLVPHWLFRSCTNTYKTDKGVHKYRTYDQFVALTFGQLNKCQSLNDISAGIGVSEIFISDLGLTQSPARSTMSDGNKKRDWQVFESLYYRLLSHYKSVLKQHHNTHIIEEIKGKVVKLIDSSTISLCLAMFDWAEFRTAKGGIKLHTSWDYNLMIPDVVNITEAKVHDRYGLKQLIFPKDTIIVEDRAYFDFELMLNRIKAENVFVTRIKSNTLYETIEELELADDVDQHILKDEIIQLTSGRAIETGISKHKLRLVHVYKEDENKVIAIITNQLDWEYNTIAALYKKRWDIELFFKALKQNLQVKTFWGTSENAVKSQIYVALINYLLLELIKRTISKKAVAFSNLSEKVRFCLYHYLSLDYVCNEVREGVRKVTISPQKVLVLERDLFSG
>NC_018721|4191446:4275510|4219426_4220059_-|WP_015026067.1|DBSCAN-SWA
MKKILSSLFLSLSIITCCLGQEKEEKLVRESFNSYKTSILNDKGEKAVDFVDSKTISYYNEILETTKKADSLTLNSLGILDKLMVISIRYRTSKRDILSFNGKELLIYAIKEGMVGKNSVMNTEIGDVEIDKNFAKGQLISNGQKAPFYFHFYKESNNWKIDLTSIFPVGAMAFKKMIEDNGEEENQYLIQLLEMITGKKPVNEIWKPIL
>NC_018721|4191446:4275510|4227632_4228868_-|WP_015026073.1|DBSCAN-SWA
MRLRIKITISLFLLAFSYSHGQMQQYSNKRELKGINKQWHKIVLPNDIFEKVSPDLSDIRVFGITASNDTIESPYLLRTLTDELSSKEAVFKILNTSRSDKGYFFTFEIPSIETINQIKLKFKQQNFDWQLKLEGSQNQQEWFTIIDDYRILAIKNELTDFQFSKLSFPNSKYRFFRFLVVNSREKPDLKSISITRQNITEGVFRDYPIKKTLTKENKETKQTIVDIELQSPVPVSYIKINAINSFDYYRPLTIKYLSDSVQTEQGWTYNYRNLTMGTLNSFEKNEFKTNSLIIQKLKIVIHNQDNQSLTLDKIQIKGNVHELVTRFTEPATYYLTYGKSKAVKAYYDINRFTDKIPETITAIELGNEQTIEREEVPVTDPLFKNKNWLWTIMTIIILLLGWFSVKMIRKK
>NC_018721|4191446:4275510|4237749_4238415_-|WP_015026077.1|DBSCAN-SWA
MRTSLTLFLILFTSISFGQNDQDDKEYFSIEKGTWSLEADFSINSRNDDFFNPTFSSDSKDFNFSVSPKIGYAISENLILGLGLGYGYSKSEDENENEQILRTTSSTSNFFAISPFVKKFFPVSEKIAFHLQGETRFAFGKNNFENSDNTERESRNESIFVGIRPGINLSLTKNILLQANFATFGYNYSSGETDGIQNSETNSLSFNFGSSSFIFGMTILL
>NC_018721|4191446:4275510|4198132_4198420_+|WP_015026050.1|DBSCAN-SWA
MQHQWPIDGFTIALDWGTNGFAKTRWFPVGFSLAPCWFSCWFFVKPPLVPVGSRWFPLVPVGFEVKGFRFTYIGRIKTQQKSSKNQFYESVSLDY
>NC_018721|4191446:4275510|4234535_4235687_-|WP_015026075.1|DBSCAN-SWA
MKNKFILILILLSIISSITNKVIAQKNYKGGTKHMQPEIESLPNETIYIFDKRLNDTLEIKLNQKIDELFGKYDIAGITATILIPKKGIWETNRGFISKPENIVIDSSSVFYWASVSKLITSTIIHQLVSEGSLSFDDKLSKWYPNIQYSKKITIEQLLTHTNGIYSFNSDSTIHFSNKHFNPDELLNVAKSKKNLFKPSEYWSYTNTGYLLLALITEKIESKTFSQIIKDRISEPLNLKSLKTATENSLNLALAHNKDSVKHKDYSVPLGAGNMISNSKDMAIFLSALLTGKIIPIKDVHNMMKDLYPMFDKGQYYGKGIMLYDFNDVNQTDNSWIGHSGGTENYKAIVAYDIQTKAIITISINENIPVEAVAYKLMELINE
>NC_018721|4191446:4275510|4239337_4239970_-|WP_015026079.1|DBSCAN-SWA
MKKILSCISLSFSIITCCLGQEKEEKLVRESFNSYKTSILNDKGEKAVDFVDSKTISYYNEILETTKKADSLTVNSLGILDKLMVISIRYRTSKRDILSFNGKELLIYAIKEGMVGKNSVMNTEIGDVEIDGNFAKGQLISKGQKTPFYFHFYKESNIWKIDLTSIFPEGAMAFKKMIEDNGEEENQYLIQLLEMITGKKPVNEIWKPIL
>NC_018721|4191446:4275510|4214968_4216225_-|WP_015026062.1|DBSCAN-SWA
MVLEIRLRNFFSINEEVILDIRTGNINTAKSKFLSGNVFKYGDIEVLKTLALYGANASGKSNIIKTIRFCNAMVYESHKHNENTIFNFQPFKFKGYSNKPSYYFIRFVINDIEYKYSFSFNRTQILTESLYYYPNGRKTKVFERNERAGKTKKEKYSFGTSVIRRPFDVAENTSNKTLYISRASQMDREIPKNIFNFFHRDFILHHSNYGKSNLESLINSYKNQLLTALQFADSDIVDFKVNFKKEKGRSLKANLDTEEAFFVDDELEKIELKTYHKFSPNTSFDFSEESLGTQKLFLMMLTIIDIVKNNKTLIVDEIEDSLHPKIVDYIIEIFNASSKAQLIFSTHNTNLMDLNKFRKDQIWFVNKKEDGGSDLYSLYDYSDFRDTMDLEKAYLQGRFDSIPIVDDSIKNLHSLIND
>NC_018721|4191446:4275510|4213160_4213838_-|WP_041758518.1|DBSCAN-SWA
MWPHYTQEKGFQIKFNTAKIEQSIESKITDDEEYLGLYPINYTDKLEPIDISEFQTMLIPLYYSTNIKSKQWNYENEWRFLVGKQQMGVPYSKLGLDPREDWSVDKANRYIYYDNNLIEEICLGVNFFNGREFELKWLDDKSFRIKAKPKKVNWLSEPQNRLLDYIATDLKDKLYYSGIKYELDENEKHFLIRTKERLEIKKEDDGSYILSRTNQKIKMMDKASL
>NC_018721|4191446:4275510|4214416_4214968_-|WP_015026061.1|DBSCAN-SWA
MARRRKESKGKKINPTLFVFCEGETEEAYINLLKSLYRIPSIHIHPKIRGNNITKAYIENYKKDKPTHEKDLNFLVYDLDVPTMIDRLSKIDNCELLVSNPCIELWFLLHYKNQNANTNNAHCYRELENRNKSYKKGAIDQKLKLKLVSKKEDAVKRAKALTEFENPSSTLYKLIQILDNLKK
>NC_018721|4191446:4275510|4233732_4234167_-|WP_015026074.1|DBSCAN-SWA
MKKSILFIAAAILFSASLTSCGVMFGGSKYQGTITAKDHPNADISVDGQKIGTGTTTNLFKRDRPLVVTLEEEGCEPQTLTYNNTFRTGNFILSAVSWGIIGIGVDLGTGAAYKPDHKGNPAIQKLSTKNFNFDVDYSKCKKPE
>NC_018721|4191446:4275510|4207622_4208684_-|WP_015026059.1|DBSCAN-SWA
MENLEKWNELCFILSESIPSNASEQVFELKVIQAFEKLGWSHFKREISVRENIQLGASNRIMPDIIIKSGETNLFVIEVKNPSADLKNPSYQNQLSSYMRMLRLNFGILIGNEIKIFVDGSLVGSNQSELLERISFKKDNPQGLNFINLFQKDTFSNENIENYIQKKIETIKENQIIKNLKNEIIKTEYSEYLKTELKNKLLIEHSESVVEKVLEDFKIKVYDSTQTEIQRTIYAQSPQNDTENHNGTLQELELEKIYRKVPVWFNKPNQKNSQILINYMKLREQKTPVTFFELQKSCERIKNFSSGYQGMKTISERNNAKVFDEVGKIISLWEPGKSFVEKEYKRYLRRNKG
>NC_018721|4191446:4275510|4218709_4219267_-|WP_015026066.1|DBSCAN-SWA
MKDNFPTLESERTILRQFVDSDLEDVFKGLSHPDIIKYYGISFDSLEATKEQMQWFSNLEKNQNGIWWAICSKVDGKFLGAGGLNDLNKENKKAEIGFWLLPENWGKGFMTETMPLIFTYAFDKIGLHRIEGFVETENMNCKKALAKLKFSFEGTMKDCEIKNGEFISLDIYSKLDHKELPITKN
>NC_018721|4191446:4275510|4250889_4251630_-|WP_015026090.1|DBSCAN-SWA
MKKLNRELVLLRTFAVSTVAIMAVIVLFAFKTNENQKFGTIDVERINIVEADGTVKIIITNVEQFPNGETIINNKAINKNRKKRSGMLYFNEDGLECGGLIYDGAKNEKGHSSGLSLSYDRYDGDQVMQLITTDEARGDERRVSSALVFNDRTANVSIEETHKIMAEIDSIKDKKLRRQKYREYSDQGLIGGTPRVLLGKTKSQNNGLFLFGDNGKPKAMFYVDKDNNVKLEVFDDQGKVTNSWPE
>NC_018721|4191446:4275510|4236323_4237046_-|WP_015026076.1|DBSCAN-SWA
MRMSALRNTKFSKYLIYAIGEILLVVIGILIALGINSKVEQNKKLTIRNSYVQSLRNDLVADVALLESQIENFDNDLKKNIGFSKRLSAPNANVDSIIKIARYEFLPFYSPDNELNLNTYNALISTGNINLLGKELNGKIQNHNAEQLKTLKVVGVNLQLGADAGVQYISNYPINFPLNGINGNLMNSVWEDIDENKLKANFNGMLTIKITTMSFVSRMRNELLSKTKEMIKIIDDFETE
>NC_018721|4191446:4275510|4264991_4265198_-|WP_169314471.1|DBSCAN-SWA
MRDIIQKLKQICFTDEIKTASQRLLKLDYSPQQVVGILKKHQEPSLSVENIITISGMRKNIKKPDINI
>NC_018721|4191446:4275510|4222187_4222823_-|WP_157609340.1|DBSCAN-SWA
MDNDMQSYSEIKPEFNKCYDKEFNQIFSIVDKDEQKILIGEGVIDKIKNRIIPSLNKNCEKVRRLIDAELKKSIEPANSNKSKTYPINFEEKDFEEIGNWKNKIIALEGQVVQVERSSKNTPYSKLKIGNKEIWVISMIDSGFEKVDNTIKIVGYFIPLKKDDYESKFNQDKYQILAFGILDLKTKDLRYFPGSEIQMKEWKSGKIPSSGK
>NC_018721|4191446:4275510|4202460_4203633_-|WP_015026054.1|DBSCAN-SWA
MKQIITILLFFVFLFSFAQTNSNHVYVSGYYKSNGTYVQPYYRTAPNSTNRDNFSTRGNTNPYTGEAGYIHLTVIHLHIHDKLIFEFKYTYPKTNYNKTSTSISNNSYNSRSIYTTTSSKGQLWRKPHQFDAIRPIEKGSRVKVLEYEDGFYKVISNGTIGYINNITINENSTMKSLKKGEKEYLNTAESKATVNEIFDIEVSKIYALPSKYVSATEANLRLGPTTVTNVLTTINRNDKIRIIDKLTYNSWTKIIVEADDGFYIGFLNNSLISDYKIETKEQSDGPTSVVKSFLKYLDEEEFYNAFSLTNNPSWNKNGGYSWFSSTDAYGGIDYVTIYEVRLENAYNDQAVVFADYYASDPLHTSRRWKQILILEYKYGKWKIIKTKLVE
>NC_018721|4191446:4275510|4265767_4267264_-|WP_015026097.1|DBSCAN-SWA
MTKINMTKSFIILVCLLGGTIMKAQFTQIAKVVSENRESRAEYGTSVAIAKDFAIVGASRETIASGAAYVYSKDDRGVWSYSQRLAAFDPNQGAEFGGGVKFSDDYLVVAAGRANVENIERAGALYVYDYQNDNWEYSTKLVASDYSGDAKLGMNPTSMDVDGNTIVAGAPAENGWIGSVYVFTKEGGTWTETQKILSPEAPTNDTFGVGVSISGDYLVIGASDVDRRKGATYIYMKNSSGIWEYNQTLMASDASNGSFFGNSVNISGDQLVVGAYGTNSEQGAAYVYEKDNEGVWLEVQKLNGNSSIENAQFGWSTDIQPNYISVSAPHIFGLEVGEAYFYKRESNGLWVEDQIILGEDTIGEDFYGWSIAMHEKQLIASAPWEDHDANGENGIDRAGSAYIFEDSEMLGGSTDNSLEVIFTVYPVPAKDHITIATNSGTISKIKLMNLQGRLIKEETLSVEREYNLDVSRIAQGIYFVNVYMQDGRMSTKKIIKIN
>NC_018721|4191446:4275510|4255874_4256441_-|WP_015026093.1|DBSCAN-SWA
MRKVLSILVLFITLNSVAQIKSKVQKVNGIEVYLLAEPVREYETLKGGGKGIQWGSVITGGLVNESIATKVSKYINKLAKQYKYENIKFDAVIYTNGKQMTAIKFTDEKTPENDRIAVVQKIEAIPFFVMSEPIKDYDFIKKIRGGIKWKSALTGGLINNSIEQDLLKFAKKMEKKFWRKQISAGFKS
>NC_018721|4191446:4275510|4195048_4195627_-|WP_015026047.1|DBSCAN-SWA
MTEILYKYRSLDNFKNFVDIILKNRLYAAPYKDLNDPMEGQYYYQSGELNRSIRDKILAEKGTLRILSLSRVNNNQLMWSHYADGHKGIAVGVRIDEIKYDVQLIQYDGIATINESNYNSQTAKEILSHKLEVWGYEQEERVFQINQVFINVQIEEVIMGSRVSTQNNGLIRDLIDKINPSIRVLKAEDLFE
>NC_018721|4191446:4275510|4208876_4212641_-|WP_015026060.1|DBSCAN-SWA
MIEKKIIQELEKQKSNYTSPESAQDQANSLESLSSDIYTDSKRFIYELIQNADDASSNSRELDILLKVVDNYLIISHQGEKFSEIDIESICSVGDGNKKGDTNKTGFKGIGFKSVFSHSDYVKINSGNYCFKFDKSHWQGHWNSEWQNQKEWRDGREKKEKETTIKMPWQIIPIWSEIEQLFSFVKSYNVSTIIKFEDTSKLEKELLELFSNTQILLFLRCQNVKITVEGNKPFVIEKIKENNTVKLKQNNKILSEWLLKSFTFIVDKSTTELIKNDARIPKKLRLATKTEISLAVQIDKGKIKTINKDNRLIFTYLPTSVNYDFPFLVNASFITDAGRQHIHEDLQWNIWLFKQIPIKLFEWLTELTQTSFKEDILKLIPKKFTSSSELKQSFNQGFDKAVSRFEFLPNENNILLKVSNSIFDDTNISKFLDPKIIIDFINSKRDTVYTIDSFIPKLEPVSTLERLGVEKFDIDSLSNLLASKFFIANHKRKENYSLITFLNNQSERFSKGDEQNHWNQKLQNTSFIFDENKKLKSPKRIYFPAVEFTDEFSDEISIVHSKTMEEIESNHRIKQWLVYLGVKEPSDNSFIEKTIIGNEDFITKDNAIEVGRYLFNNHKNREFMDNLYDDLKSIKILTKEGNLIEAQSAFLPDYYQPELKLESVYEKDFYISEDYLKGSELKSEWKTFFIKISIKESINWSKKTINRSDLESNYPEYFGTIPSGAPNQTWGYLNPFSRYDHQMISFIECANQFSFSVTFWDAILSQNLEIKKGPIDTGSGFSKRSIESLNNWIMKNSPIFPTSQKNCLPAKEVFNSMIPEVKKIAGKYLPVFDFEGVIPEEWLDYLEFKSTFQLDDYLLILTAIWKDTSADEEQKKENKKRIEHIYKIISNSFLGYADKLEDWSISNKLLAKDGKTFFAPNDLSVVTAEGFKASNLAFCDEKDENIVELLKIFGVSIIDTVKARISNSQTEIQDLKNQLNHILPLIAIVSVEKSRSKKDWEIEYDRLKTKLTNIRFLETTEIWLSYGNEADEQKKSSWAEGNDFYYVGNWYKPRVLDSLIEPIGVFLNIRYAERLLSVLLSDSFIEGIEYIKEKFGDEAINLIPDELLNPEESEITIPNTGNRIYNQSDEDLGHKGELFVFEELKNIYSNKFNKEVTETDEGFKIDSGVKVIWRNKQTKTTFDHDFKVSENGNDIFIDSKATPYNQKIEKVAFYISPNEFRLMESVDKYLIARVFEVTSNPSMKFIKMNIDNLN
>NC_018721|4191446:4275510|4270541_4271495_-|WP_157609443.1|DBSCAN-SWA
MRYYKSYQNEEILTNTILDNEISSSDYTKAERLKNGQILSKKIINLSEILPIWTTISENDSLLHAYKYLDNINFYVIVYKSDLLLVNGIIAEPKKEGRFPVIIFNRGGNKEIGKVAKAKTLYSLITTASKLADEDYLLIASCYREEDEIGGDDLNDVLNLTETIKSIDKADATRIGMYGWSRGGMMTYLSLKNSTKIKTAVVGNGPSDLEALIIDRPEMDSRVCAKLIPEYDKNKTKELQKRSVINWADELDKNASLLILCGTEDEQVHPNQADLIAHKLEEINYDFKLEKVKTDHTFSNKKEELNRLLLSWFKENL
>NC_018721|4191446:4275510|4241006_4242122_-|WP_015026080.1|DBSCAN-SWA
MKKIIVASAFILSALNAIAQITNVEKKFDLPTILSESSGAIFFNDRLISHNDSGNENKLYELDTISGLVTRTVTVTNATNIDWEDIAQDDSSIYIGDIGNNSGNRTDLKIYKINKNDYLNSTNITSEIINFSYADQVDFTANLNNTEWDAEALISFDANNLILFTKNWVDEISKAYSIPKNSGTYTVDSSPTPLAEAGLITGATYNPSTEKVYLVGYSRILQPFVWVSENFTNNDIFSGTNTKTSLTSLGFEQTEAITHIGANRYFITSETFNIQGFSNPGKLISFTTNDILLSIIDQDISVVNLYPNPVKDELFIEGLEFTSVEIYDAKSTLVYRGDNQKLNLSKLNKGFYLVKINLKDHTSIVKKIIKE
>NC_018721|4191446:4275510|4247249_4247744_-|WP_015026087.1|DBSCAN-SWA
MKLVEYSVQWAKGESFEGMCITIAGILTLIYSVLIWKFGTTVNAKALLIPALVLGILFSTMGSFMMYSNNKRITEFQNAYQTDSAAFIQNEKKRVEDFQFMYPTSLAISAVCFLITVLAFAYSKNSTFHAIGIALTVFGMSLIIIDYFSKERAQIYYDHILNAF
>NC_018721|4191446:4275510|4193420_4194878_-|WP_015026046.1|DBSCAN-SWA
MFEQTFKNIDDLLYKDSGSDSELDYIGQTSWVLFLRYLDELERDKADEAELKGEEYSFILAEEYRWPNWAMPKDAEGKIDHHVAMTGVDLVQFVDGKLFPYLAKFKQEADNANTIEYKIGEIFSELKNKIQSGYNLREILEYADELPFRGSTDKHELSHLYETKIKNMGNAGRNGGQYYTPRPLIRAMIKVVDPQIGEKVYDAAAGSCGFLVEAYDYMYQRMDKTTDNLKTLQEDTLYGKEKKNLAYVIGIMNMILHGIEAPNIVHTNTLGENIRDIQEKNRYHVILANPPFGGKERAEVQQNFDIKTGETASLFLQHFIKSLKIGGKAAIVIKNTFLSNADNASISLRKHLLESCNLHTILDMPSGTFTGAGVKTVVLFFQKGEPTKKIWYYQLDAGRNMGKTNPLNDEDMAEFITIYKEKSNTEKSWIFNVNDMDGTNFDLAPKNPNKLEEEALRSPEVILEEMHTLDEETSSILSNIKELIS
>NC_018721|4191446:4275510|4251995_4252244_-|WP_051008017.1|DBSCAN-SWA
MVKIDVSNQYLSFENDFIVSIECIHLENDVNIEEENKRIRFSSKLFSGPFIWRNNVDVEWNERRAKYNVGIGIHLKVEEYSK
>NC_018721|4191446:4275510|4274475_4275510_+|WP_015023751.1|transposase|DBSCAN-SWA
MEKIDLRSVSDQERGIIRRDAVKMIKRGDKKKDIALFYGVHVNTVRDWWKLYNKEGHKSLSYQKRGVKSEDRKLLNKDQEAAIQKMIIDVMPDQLKLDYALWTTRAVRDLIAREFSITIGRRAVGNYLNAWGFTPQKPKKRAYEQCSKKVQKWLDEEYPAIKEKAKQEKATIHWGDETGVKNNNHHGRSYAPKGKTPVKKHMSKRFSINMISTVTNQGLIQFMIYKENMNSDVFIQFLEQLIKSQETKVFLILDNLRVHHSKVVKKWAEENGETIELFYLPSYSPERNPDEYLNCDLKYGLSDKPAPKTQEKMKENLENHMKMLQNDSERVAKYFKHESIKYAA
>NC_018721|4191446:4275510|4249125_4249506_-|WP_157609342.1|DBSCAN-SWA
MKIVILLTLVLNVGCSNSNPELDKSLTDFSVVIAEIDSEELEKITTEKGFNSIMTWSDSLSNTQFLRKLSDNLKNGGDGVFHTNDLDSIIIMSLGKSDEIVGATNGYLTLRKIDTEYKIDEFRGGK
>NC_018721|4191446:4275510|4199748_4202280_-|WP_015026053.1|DBSCAN-SWA
MKYRLYIYIILISIIQGCTYQPPKESTWIKTKNDYYIFAIENEYSYEWNGEHFERYIIGSGDLNVFIGDSLIKTLSLKNILFGAIDNDDVFEINKDRYIGKLKDGLFSGNGVLIKENEEIYIGEFNNGKPNGLLNYYRNGKLRYSGHWKFGVYNGTGIQYHQNGQTNDGIWINGVISGKTKIHYNNGEYYGYLLNGKPNEQGVISFLNGSKYDGNWKNGYFSGQGTFIDKKKDTIFGEWDNGLLNGYAEIISKNSYFSGAFEQGKLNGNGYYVYSDSSVYSGHFSNNKKEGYGDFLFNNKDLYQGEWKEDRFDGIGFYSYNNGDFYIGDWQDGIQNGTGTIETRLYKYTGDISSGVVSGYGEIDYKKEGDIYKGNFSQNIKSSLGTYFYKNGNKYEGEFQNDLFNGIGIFTYEDGSRYQGEFYNGKIYGEGSLYLKEGDSSLVITAIWNDEGKFPEEASILFPNGDLYEGTLKNGFPTDKGIWSTQKEREQNTVFNQSEESLSHRANEFYKKHQESINIFGDILGYIEIGAIVVTEIAILAAPITGGKSLVVAAISGGVAFGAKAGYASIQSLNALSSGIDAKEYYEEGDTAMAKKAAMKSAGYTTLAVISLGAPGVAGKTMSKTSRFITPVIKKTFKPLLIYNKTYGKRFIVKILQNGKVQKIVRTAKRFRMSISKQTLNAKESIRILKDKNNILKQLLAEPKSGSVLSQNMNAVGKKYIKGTQAHHIIGNDSRCASSVLLKQLLKTNKIDINNAINGMRLPGGHKDNGVKAYKTTTAKGQIHKGSHNCKYYDAVYEIMKNAKNQQQFIELLSKVKKEIYSGKISLNRINLKNTTFNTVRTK
>NC_018721|4191446:4275510|4253141_4254014_-|WP_157609343.1|DBSCAN-SWA
MKANEIISNNPEYKQESQLYHYTSLEAMEAMIKSQSIRASSIFLMNDPNELIYGQEYISNKFDQTLSNKLKQSYKGQSINNFSAFVFSLSELNDDMNQWEKYGNKHKGIRVGFTPKNLLEFWCEIDNITVFLIPVIYYSNNSKYIDPYGTIFDEMKSGFISDINSYFIDNEISHAELNELKFFCSLISSMIKRKEWSSEKEWRIICISNGTFHKNIDGNFQNGKSNIFIENKTPNTLKMFTNFGHDGIASKDILKIGCNAGDKDQIGYILSLLYDKKVIMQVSQSDIQTR
>NC_018721|4191446:4275510|4213919_4214267_-|WP_041758520.1|DBSCAN-SWA
MKNIEKYKFNEFTYVKYYNSGDDKGIIEHNKNKPEYLFKFYALSEYSVDAFINGYFYASHPIELNDCLDSSPFLFFTSKPLDFELHEKFLGFAYKENMDELKKFYEDDCKRESPC
>NC_018721|4191446:4275510|4271904_4274436_-|WP_157609444.1|DBSCAN-SWA
MDSKLIVRSKRIKKKKSQALESETDQLYDVEIPEFRIEQGIKSKWSQLMHFSWFYFVSICKQTSFWAIVICGMIIILINSVNLGTVYGVDSYPATYFIVEELRETSFYFFVIILVFYSGELIWKERSAKLNLIYDASPMSDFLNLAGKYFGLILIYIVLIISLIISGLIFQTINGYYNYDLEVYFYGFFLEILPFLALFTLIAFFAQVMTNQKFVGILVVLLFFILNGSLALFGIDHDLYFFGGSSLGAYSDMNGYGHFMKPYLIIKSYWFLFGLLLLIVASIVSVRGTETNLIKRLKASKHRISKPILKLGLVTVVAFIMLGSYIFYNTNILNEHWTNSEKTVFRVDYERTLKKFEYLPQPKIVAVNLKVELYPKSRNYTAEGFYVLKNTNDTLIKEIHIQKLIEKNVELESVTFEGEATIDKKYSEFSYYNYKLQHPLQPGDSIKMNFKQTFTTKGFEQGSSNTKIVHNGTFFNNTDFPTLGYNKKYELSDADDRADYNLPIRSSKAQRENPKELVNAMSGGDSDGIHFEIVIGTDKNQTAIAPGNLLKSWKENDRSYFHYKMDIQMTNFYSIGSAHYEVKKDTWIPTSGTAKKPVDLEIYYHKEHDYNINRMMESMKTSFDYYSTNFSPYQYQQMRIMEFPRYAEFAQAFPGTLPFSESIGFVLDIDDEKDVDMAFYVTAHELAHQWFGMQVEAANVQGRLMLLETLSQYAATMVLKQHYSEGKVQQFLELQKDRYLEEKRKENAQEPSLALVENQKYVYYEKGAITMYELQKQIGEDQVNLALKRFINDWNSRDGKLKLTTDRYATTKDLLGYFREVAPSDQKHIITDLFESVGDLKTN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015026044.1|4191446_4191905_-|transposase	IS200/IS605 family transposase	NA	NA	NA	NA
WP_157609339.1|4192224_4192371_-	hypothetical protein	NA	NA	NA	NA
WP_015026045.1|4192380_4193424_-	restriction endonuclease subunit S	A0A2H4PQP5	Staphylococcus_phage	3.0e-21	37.8
WP_015026046.1|4193420_4194878_-	N-6 DNA methylase	A0A1V0SLK8	Klosneuvirus	4.3e-26	25.1
WP_015026047.1|4195048_4195627_-	DUF2971 domain-containing protein	NA	NA	NA	NA
WP_051008016.1|4196064_4196577_-	DNA-deoxyinosine glycosylase	NA	NA	NA	NA
WP_015026049.1|4197087_4197861_-	hypothetical protein	NA	NA	NA	NA
WP_015026050.1|4198132_4198420_+	hypothetical protein	NA	NA	NA	NA
WP_015026051.1|4198483_4199191_-	OmpA family protein	NA	NA	NA	NA
WP_015026052.1|4199206_4199749_-	hypothetical protein	NA	NA	NA	NA
WP_015026053.1|4199748_4202280_-	AHH domain-containing protein	NA	NA	NA	NA
WP_015026054.1|4202460_4203633_-	SH3 domain-containing protein	NA	NA	NA	NA
WP_015026056.1|4204001_4204952_-	hypothetical protein	NA	NA	NA	NA
WP_015026058.1|4205625_4207125_-	caspase family protein	NA	NA	NA	NA
WP_015026059.1|4207622_4208684_-	type I restriction enzyme HsdR N-terminal domain-containing protein	NA	NA	NA	NA
WP_015026060.1|4208876_4212641_-	DUF3883 domain-containing protein	NA	NA	NA	NA
WP_041758518.1|4213160_4213838_-	DUF2971 domain-containing protein	NA	NA	NA	NA
WP_041758520.1|4213919_4214267_-	hypothetical protein	NA	NA	NA	NA
WP_015026061.1|4214416_4214968_-	RloB domain-containing protein	NA	NA	NA	NA
WP_015026062.1|4214968_4216225_-	ATP-binding protein	V9QJ85	Oenococcus_phage	1.2e-08	32.3
WP_015026063.1|4216740_4217097_-	helix-turn-helix domain-containing protein	A0A0P0ZCT8	Stx2-converting_phage	3.1e-23	48.2
WP_015026064.1|4217099_4217393_-	type II toxin-antitoxin system HigB family toxin	A0A0P0ZE17	Stx2-converting_phage	3.4e-15	39.6
WP_015026065.1|4217607_4218225_-|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_015026066.1|4218709_4219267_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_015026067.1|4219426_4220059_-	hypothetical protein	NA	NA	NA	NA
WP_015026068.1|4220476_4221625_-	HAMP domain-containing histidine kinase	NA	NA	NA	NA
WP_157609340.1|4222187_4222823_-	hypothetical protein	NA	NA	NA	NA
WP_051007990.1|4223140_4224049_-	hypothetical protein	NA	NA	NA	NA
WP_015026071.1|4224620_4226417_-	long-chain fatty acid--CoA ligase	A0A1V0SBX8	Catovirus	2.6e-57	28.9
WP_169314480.1|4226832_4227090_-	hypothetical protein	NA	NA	NA	NA
WP_015026073.1|4227632_4228868_-	DUF3999 family protein	NA	NA	NA	NA
WP_083858554.1|4232005_4233175_-	DUF2339 domain-containing protein	NA	NA	NA	NA
WP_015026074.1|4233732_4234167_-	hypothetical protein	NA	NA	NA	NA
WP_015026075.1|4234535_4235687_-	serine hydrolase	A0A0B5A438	Mycobacterium_phage	9.3e-08	29.0
WP_015026076.1|4236323_4237046_-	hypothetical protein	NA	NA	NA	NA
WP_015026077.1|4237749_4238415_-	outer membrane beta-barrel protein	NA	NA	NA	NA
WP_015026078.1|4238640_4239177_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_015026079.1|4239337_4239970_-	hypothetical protein	NA	NA	NA	NA
WP_015026080.1|4241006_4242122_-	T9SS type A sorting domain-containing protein	NA	NA	NA	NA
WP_157609341.1|4243831_4244272_-	hypothetical protein	NA	NA	NA	NA
WP_015026086.1|4246357_4246840_-	T9SS type A sorting domain-containing protein	NA	NA	NA	NA
WP_015026087.1|4247249_4247744_-	hypothetical protein	NA	NA	NA	NA
WP_083858533.1|4248041_4248173_-	DUF4870 domain-containing protein	NA	NA	NA	NA
WP_157609342.1|4249125_4249506_-	hypothetical protein	NA	NA	NA	NA
WP_015026090.1|4250889_4251630_-	hypothetical protein	NA	NA	NA	NA
WP_051008017.1|4251995_4252244_-	hypothetical protein	NA	NA	NA	NA
WP_157609343.1|4253141_4254014_-	DUF2971 domain-containing protein	NA	NA	NA	NA
WP_041758579.1|4254907_4255885_+|transposase	IS30 family transposase	Q9MBM9	Staphylococcus_prophage	2.1e-37	34.7
WP_015026093.1|4255874_4256441_-	hypothetical protein	NA	NA	NA	NA
WP_015022770.1|4256893_4258129_-|transposase	IS4-like element ISPto2 family transposase	NA	NA	NA	NA
WP_015026094.1|4258813_4260673_+	phosphomethylpyrimidine synthase ThiC	NA	NA	NA	NA
WP_015026095.1|4262331_4264104_+	translational GTPase TypA	NA	NA	NA	NA
WP_157609441.1|4264401_4265037_-|transposase	IS30 family transposase	W5R8L2	Staphylococcus_phage	1.6e-22	36.5
WP_169314471.1|4264991_4265198_-	hypothetical protein	NA	NA	NA	NA
WP_015026097.1|4265767_4267264_-	T9SS type A sorting domain-containing protein	E5ERA2	Bathycoccus_sp._RCC1105_virus	1.2e-36	32.3
WP_015026098.1|4267461_4269114_-	tetratricopeptide repeat protein	NA	NA	NA	NA
WP_157609442.1|4269632_4270151_-	DUF4377 domain-containing protein	NA	NA	NA	NA
WP_157609443.1|4270541_4271495_-	prolyl oligopeptidase family serine peptidase	NA	NA	NA	NA
WP_157609444.1|4271904_4274436_-	peptidase M1	NA	NA	NA	NA
WP_015023751.1|4274475_4275510_+|transposase	IS630 family transposase	S5VXX4	Leptospira_phage	1.2e-41	31.6

Anti-CRISPR protein detection

Acr ID	Acr position	Acr size	Homology with known anti	Neighbor HTH/AcRanker	Neighbor Aca	In prophage	Protospacer in prophage
NC_018721.1|WP_015026090.1|4250889_4251630_-|hypothetical-protein	4250889_4251630_-	246 aa aa	NA	NA	NA	4191446-4275510	yes
NC_018721.1|WP_051008017.1|4251995_4252244_-|hypothetical-protein	4251995_4252244_-	82 aa aa	NA	NA	NA	4191446-4275510	yes

Protein sequences of NC_018721.1|WP_015026090.1|4250889_4251630_-|hypothetical-protein

>NC_018721.1|WP_015026090.1|4250889_4251630_-|hypothetical-protein
MKKLNRELVLLRTFAVSTVAIMAVIVLFAFKTNENQKFGTIDVERINIVEADGTVKIIITNVEQFPNGETIINNKAINKNRKKRSGMLYFNEDGLECGGLIYDGAKNEKGHSSGLSLSYDRYDGDQVMQLITTDEARGDERRVSSALVFNDRTANVSIEETHKIMAEIDSIKDKKLRRQKYREYSDQGLIGGTPRVLLGKTKSQNNGLFLFGDNGKPKAMFYVDKDNNVKLEVFDDQGKVTNSWPE

Self-targetings in the prophage

CRISPR ID	CRISPR type	Spacer info	Spacer location	Spacer length	Protospacer location	Mismatch
NC_018721_13	Orphan	13.2|4244668|40|NC_018721|PILER-CR	4244668-4244707	40	4244741-4244780	0

1. spacer 13.2|4244668|40|NC_018721|PILER-CR matches to NC_018721 position: 4244741-4244780, mismatch: 0

ttacgcctaacgcgatcgcgtcttctccttgggtgctact	CRISPR spacer
ttacgcctaacgcgatcgcgtcttctccttgggtgctact	Protospacer
****************************************

Protein sequences of NC_018721.1|WP_051008017.1|4251995_4252244_-|hypothetical-protein

>NC_018721.1|WP_051008017.1|4251995_4252244_-|hypothetical-protein
MVKIDVSNQYLSFENDFIVSIECIHLENDVNIEEENKRIRFSSKLFSGPFIWRNNVDVEWNERRAKYNVGIGIHLKVEEYSK

Self-targetings in the prophage

CRISPR ID	CRISPR type	Spacer info	Spacer location	Spacer length	Protospacer location	Mismatch
NC_018721_13	Orphan	13.2|4244668|40|NC_018721|PILER-CR	4244668-4244707	40	4244741-4244780	0

1. spacer 13.2|4244668|40|NC_018721|PILER-CR matches to NC_018721 position: 4244741-4244780, mismatch: 0

ttacgcctaacgcgatcgcgtcttctccttgggtgctact	CRISPR spacer
ttacgcctaacgcgatcgcgtcttctccttgggtgctact	Protospacer
****************************************