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
NZ_LT906477	Clostridium cochlearium strain NCTC13027 chromosome 1	6 crisprs	WYL,cas6,cas8b2,cas7,cas5,cas3,cas4,cas1,cas2,RT,cas8b1,csm5gr7,csm4gr5,csm3gr7,cas10,csa3	0	20	10	0

1. NZ_LT906477

CRISPR-Cas detection and classification

Crispr_ID: NZ_LT906477_1

• CRISPR_ID: NZ_LT906477_1
• CRISPR_location: 916184-919111
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 44 spacers
• Cas_protein_info: cas2,cas1,cas4,cas3,cas5,cas7,cas8b2,cas6,WYL

Consensus repeat of NZ_LT906477_1

Consensus_repeat	Method
GTTTTATATTAACTATGTGATATGTAAAT	CRISPRCasFinder
GTTTTATATTAACTATGTGATATGTAAAT	CRT
GTTTTATATTAACTATGTGATATGTAAAT	PILER-CR

spacers of NZ_LT906477_1

>1.1|916213|36|NZ_LT906477|CRISPRCasFinder,CRT
TACGATATTTAAGCCAGAACCACTGCATTGGGCACG
>1.2|916278|36|NZ_LT906477|CRISPRCasFinder,CRT
TATTTAGAAGCTACTAGACAACTTAAAGCAAATACA
>1.3|916343|36|NZ_LT906477|CRISPRCasFinder,CRT
GTTATAACTAAGAGTATGGAGGATATTGGTTTAGAG
>1.4|916408|36|NZ_LT906477|CRISPRCasFinder,CRT
TCTATTGCAGCAGGTGGATTTTTAGCAATGGCAACT
>1.5|916473|36|NZ_LT906477|CRISPRCasFinder,CRT
ACTGGTGATATGAATTTAAGTAATGTAGAACACATT
>1.6|916538|38|NZ_LT906477|CRISPRCasFinder,CRT
ACATACTTGCATCTTCTTCGCTTGCTAATTTACTTATA
>1.7|916605|37|NZ_LT906477|CRISPRCasFinder,CRT
GTATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTA
>1.8|916671|37|NZ_LT906477|CRISPRCasFinder,CRT
CTTATATGCCGAACTGATTTATTGTGTTCTATAACTC
>1.9|916737|36|NZ_LT906477|CRISPRCasFinder,CRT
CCTGTGGTAATACTTCCACTATTTTCATCGACATAA
>1.10|916802|38|NZ_LT906477|CRISPRCasFinder,CRT
CCAAAGATAGCAGAAATAGAAGAATTTAAAGAAATAAT
>1.11|916869|37|NZ_LT906477|CRISPRCasFinder,CRT
CCGATAATATTGGAAATATAACAATAGGGGTTAATGA
>1.12|916935|37|NZ_LT906477|CRISPRCasFinder,CRT
ATCGCTTTATAATTTCTTGTATCTTTTTCAAATATTA
>1.13|917001|38|NZ_LT906477|CRISPRCasFinder,CRT
TCTTTATATATTAGTCGCGGTAGCAATTTTAAATAATT
>1.14|917068|38|NZ_LT906477|CRISPRCasFinder,CRT
TAAGAATAGATATATAAAATATGTAAATTAATTAAACA
>1.15|917135|35|NZ_LT906477|CRISPRCasFinder,CRT
GGAATTGACGTTGGCTACAGCCATACAAAAGTATA
>1.16|917199|38|NZ_LT906477|CRISPRCasFinder,CRT
CCAATTAGCATGTGTGGGAACTTATTCATATCTACTAT
>1.17|917266|35|NZ_LT906477|CRISPRCasFinder,CRT
TCTTTTATGTTATTCATTGTTTATTCCTCCAGCAC
>1.18|917330|21|NZ_LT906477|CRISPRCasFinder
CATGTCGCTTATAGTTAGTTA
>1.19|917380|52|NZ_LT906477|CRISPRCasFinder
TATGTGATATGTAAATATAGTATATGGTATTGCAAGTGCTTTGGGAATTTAC
>1.20|917461|38|NZ_LT906477|CRISPRCasFinder,CRT
CGATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGC
>1.21|917528|38|NZ_LT906477|CRISPRCasFinder,CRT
GGAGAAAATGAAGAGGATAACGAAAATTTGTATGCTAG
>1.22|917595|39|NZ_LT906477|CRISPRCasFinder,CRT
CTAAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATA
>1.23|917663|37|NZ_LT906477|CRISPRCasFinder,CRT
TACACACACATCTAAAAACTTATACAGCAACCTCCTA
>1.24|917729|37|NZ_LT906477|CRISPRCasFinder,CRT
CTCTCAACTCAATTAATGTCATGATAGCGTAGTTGGC
>1.25|917795|36|NZ_LT906477|CRISPRCasFinder,CRT
ACAAAAGATACAATGGAAAGAATTGCTATTGCTCTT
>1.26|917860|37|NZ_LT906477|CRISPRCasFinder,CRT
GAAGGAGACAACGGGGTATATGTAGTAGACGGATGGG
>1.27|917926|38|NZ_LT906477|CRISPRCasFinder,CRT
TCTTTAGTAAGATACACGCTGCTGTAGAAACTTGTATT
>1.28|917993|36|NZ_LT906477|CRISPRCasFinder,CRT
TAAAGATATACTACCAATTTTAAAGAAAATAAAAAC
>1.29|918058|37|NZ_LT906477|CRISPRCasFinder,CRT
TTGTATATATTGTTATAATTTCTGTATTAAGTGTATT
>1.30|918124|36|NZ_LT906477|CRISPRCasFinder,CRT
AAATGTTACAGAGTATAAAACTACTTATCAACTTGA
>1.31|918189|36|NZ_LT906477|CRISPRCasFinder,CRT
TGTCTATATTGTAAAATAACTTTTCAAATTTGAAAA
>1.32|918254|37|NZ_LT906477|CRISPRCasFinder,CRT
CACTTCATTAGAATCTTTATTAGTTGGAATATTTAAT
>1.33|918320|37|NZ_LT906477|CRISPRCasFinder,CRT
ATGTCGTAGGTAGGAATAATCCCTCCATCGTGATAAT
>1.34|918386|36|NZ_LT906477|CRISPRCasFinder,CRT
TGGTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGG
>1.35|918451|38|NZ_LT906477|CRISPRCasFinder,CRT
TCGTTATCTGGAATATGCATAAAAGATAGCAGATTTAT
>1.36|918518|35|NZ_LT906477|CRISPRCasFinder,CRT
TTATTTATATTATATAATATGTGTCAGAATAAAAA
>1.37|918582|37|NZ_LT906477|CRISPRCasFinder,CRT
TTGTATCTGTTGCAAATCTTCTCAAAATCATTGCTAA
>1.38|918648|37|NZ_LT906477|CRISPRCasFinder,CRT
GATGATCCATACCTCTATGAATTTTTCTGTTACATCT
>1.39|918714|38|NZ_LT906477|CRISPRCasFinder,CRT
TGATATATTGAAAGGTGGATTAGTGATTATTACATCAA
>1.40|918781|38|NZ_LT906477|CRISPRCasFinder,CRT
CTTCTTATTGCTATTTTCATTTGACCATCCTTTCCTTT
>1.41|918848|37|NZ_LT906477|CRISPRCasFinder,CRT
TTATGGAATGGTAAAGGAACAGTACAAGTAATCCCTA
>1.42|918914|38|NZ_LT906477|CRISPRCasFinder,CRT
AATGAAAATGATTATGAGAGTTTTGGATTTGGTGATGT
>1.43|918981|36|NZ_LT906477|CRISPRCasFinder,CRT
TATCCTTTTTTATAAAACATGAGTGAGTGGAGATAC
>1.44|919046|37|NZ_LT906477|CRISPRCasFinder,CRT
TTTAGTGATGAACTTAGAAAAAATATTAATCAAGAAT
>1.45|917330|37|NZ_LT906477|CRT
CATGTCGCTTATAGTTAGTTACTATTTTATTTACTAT
>1.46|917396|36|NZ_LT906477|CRT
ATAGTATATGGTATTGCAAGTGCTTTGGGAATTTAC
>1.47|916215|36|NZ_LT906477|PILER-CR
TACGATATTTAAGCCAGAACCACTGCATTGGGCACG
>1.48|916280|36|NZ_LT906477|PILER-CR
TATTTAGAAGCTACTAGACAACTTAAAGCAAATACA
>1.49|916345|36|NZ_LT906477|PILER-CR
GTTATAACTAAGAGTATGGAGGATATTGGTTTAGAG
>1.50|916410|36|NZ_LT906477|PILER-CR
TCTATTGCAGCAGGTGGATTTTTAGCAATGGCAACT
>1.51|916475|36|NZ_LT906477|PILER-CR
ACTGGTGATATGAATTTAAGTAATGTAGAACACATT
>1.52|916540|38|NZ_LT906477|PILER-CR
ACATACTTGCATCTTCTTCGCTTGCTAATTTACTTATA
>1.53|916607|37|NZ_LT906477|PILER-CR
GTATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTA
>1.54|916673|37|NZ_LT906477|PILER-CR
CTTATATGCCGAACTGATTTATTGTGTTCTATAACTC
>1.55|916739|36|NZ_LT906477|PILER-CR
CCTGTGGTAATACTTCCACTATTTTCATCGACATAA
>1.56|916804|38|NZ_LT906477|PILER-CR
CCAAAGATAGCAGAAATAGAAGAATTTAAAGAAATAAT
>1.57|916871|37|NZ_LT906477|PILER-CR
CCGATAATATTGGAAATATAACAATAGGGGTTAATGA
>1.58|916937|37|NZ_LT906477|PILER-CR
ATCGCTTTATAATTTCTTGTATCTTTTTCAAATATTA
>1.59|917003|38|NZ_LT906477|PILER-CR
TCTTTATATATTAGTCGCGGTAGCAATTTTAAATAATT
>1.60|917070|38|NZ_LT906477|PILER-CR
TAAGAATAGATATATAAAATATGTAAATTAATTAAACA
>1.61|917137|35|NZ_LT906477|PILER-CR
GGAATTGACGTTGGCTACAGCCATACAAAAGTATA
>1.62|917201|38|NZ_LT906477|PILER-CR
CCAATTAGCATGTGTGGGAACTTATTCATATCTACTAT
>1.63|917268|35|NZ_LT906477|PILER-CR
TCTTTTATGTTATTCATTGTTTATTCCTCCAGCAC
>1.64|917332|37|NZ_LT906477|PILER-CR
CATGTCGCTTATAGTTAGTTACTATTTTATTTACTAT
>1.65|917398|36|NZ_LT906477|PILER-CR
ATAGTATATGGTATTGCAAGTGCTTTGGGAATTTAC
>1.66|917463|38|NZ_LT906477|PILER-CR
CGATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGC
>1.67|917530|38|NZ_LT906477|PILER-CR
GGAGAAAATGAAGAGGATAACGAAAATTTGTATGCTAG
>1.68|917597|39|NZ_LT906477|PILER-CR
CTAAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATA
>1.69|917665|37|NZ_LT906477|PILER-CR
TACACACACATCTAAAAACTTATACAGCAACCTCCTA
>1.70|917731|37|NZ_LT906477|PILER-CR
CTCTCAACTCAATTAATGTCATGATAGCGTAGTTGGC
>1.71|917797|36|NZ_LT906477|PILER-CR
ACAAAAGATACAATGGAAAGAATTGCTATTGCTCTT
>1.72|917862|37|NZ_LT906477|PILER-CR
GAAGGAGACAACGGGGTATATGTAGTAGACGGATGGG
>1.73|917928|38|NZ_LT906477|PILER-CR
TCTTTAGTAAGATACACGCTGCTGTAGAAACTTGTATT
>1.74|917995|36|NZ_LT906477|PILER-CR
TAAAGATATACTACCAATTTTAAAGAAAATAAAAAC
>1.75|918060|37|NZ_LT906477|PILER-CR
TTGTATATATTGTTATAATTTCTGTATTAAGTGTATT
>1.76|918126|36|NZ_LT906477|PILER-CR
AAATGTTACAGAGTATAAAACTACTTATCAACTTGA
>1.77|918191|36|NZ_LT906477|PILER-CR
TGTCTATATTGTAAAATAACTTTTCAAATTTGAAAA
>1.78|918256|37|NZ_LT906477|PILER-CR
CACTTCATTAGAATCTTTATTAGTTGGAATATTTAAT
>1.79|918322|37|NZ_LT906477|PILER-CR
ATGTCGTAGGTAGGAATAATCCCTCCATCGTGATAAT
>1.80|918388|36|NZ_LT906477|PILER-CR
TGGTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGG
>1.81|918453|38|NZ_LT906477|PILER-CR
TCGTTATCTGGAATATGCATAAAAGATAGCAGATTTAT
>1.82|918520|35|NZ_LT906477|PILER-CR
TTATTTATATTATATAATATGTGTCAGAATAAAAA
>1.83|918584|37|NZ_LT906477|PILER-CR
TTGTATCTGTTGCAAATCTTCTCAAAATCATTGCTAA
>1.84|918650|37|NZ_LT906477|PILER-CR
GATGATCCATACCTCTATGAATTTTTCTGTTACATCT
>1.85|918716|38|NZ_LT906477|PILER-CR
TGATATATTGAAAGGTGGATTAGTGATTATTACATCAA
>1.86|918783|38|NZ_LT906477|PILER-CR
CTTCTTATTGCTATTTTCATTTGACCATCCTTTCCTTT
>1.87|918850|37|NZ_LT906477|PILER-CR
TTATGGAATGGTAAAGGAACAGTACAAGTAATCCCTA
>1.88|918916|38|NZ_LT906477|PILER-CR
AATGAAAATGATTATGAGAGTTTTGGATTTGGTGATGT
>1.89|918983|36|NZ_LT906477|PILER-CR
TATCCTTTTTTATAAAACATGAGTGAGTGGAGATAC
>1.90|919048|37|NZ_LT906477|PILER-CR
TTTAGTGATGAACTTAGAAAAAATATTAATCAAGAAT

CRISPR arrays and Neighbor proteins around NZ_LT906477_1

CRISPR arrays

The CRISPR arrays of NZ_LT906477_1

>merge|NZ_LT906477|1|916184-919111|CRISPRCasFinder,CRT,PILER-CR
GCTTTATATTAACTATGTGATATGTAAATTACGATATTTAAGCCAGAACCACTGCATTGGGCACGGTTTTATATTAACTATGTGATATGTAAATTATTTAGAAGCTACTAGACAACTTAAAGCAAATACAGTTTTATATTAACTATGTGATATGTAAATGTTATAACTAAGAGTATGGAGGATATTGGTTTAGAGGTTTTATATTAACTATGTGATATGTAAATTCTATTGCAGCAGGTGGATTTTTAGCAATGGCAACTGTTTTATATTAACTATGTGATATGTAAATACTGGTGATATGAATTTAAGTAATGTAGAACACATTGTTTTATATTAACTATGTGATATGTAAATACATACTTGCATCTTCTTCGCTTGCTAATTTACTTATAGTTTTATATTAACTATGTGATATGTAAATGTATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTAGTTTTATATTAACTATGTGATATGTAAATCTTATATGCCGAACTGATTTATTGTGTTCTATAACTCGTTTTATATTAACTATGTGATATGTAAATCCTGTGGTAATACTTCCACTATTTTCATCGACATAAGTTTTATATTAACTATGTGATATGTAAATCCAAAGATAGCAGAAATAGAAGAATTTAAAGAAATAATGTTTTATATTAACTATGTGATATGTAAATCCGATAATATTGGAAATATAACAATAGGGGTTAATGAGTTTTATATTAACTATGTGATATGTAAATATCGCTTTATAATTTCTTGTATCTTTTTCAAATATTAGTTTTATATTAACTATGTGATATGTAAATTCTTTATATATTAGTCGCGGTAGCAATTTTAAATAATTGTTTTATATTAACTATGTGATATGTAAATTAAGAATAGATATATAAAATATGTAAATTAATTAAACAGTTTTATATTAACTATGTGATATGTAAATGGAATTGACGTTGGCTACAGCCATACAAAAGTATAGTTTTATATTAACTATGTGATATGTAAATCCAATTAGCATGTGTGGGAACTTATTCATATCTACTATGTTTTATATTAACTATGTGATATGTAAATTCTTTTATGTTATTCATTGTTTATTCCTCCAGCACGTTTTATATTAACTATGTGATATGTAAATCATGTCGCTTATAGTTAGTTACTATTTTATTTACTATGTTTTATATTAACTATGTGATATGTAAATATAGTATATGGTATTGCAAGTGCTTTGGGAATTTACGTTTTATATTAACTATGTGATATGTAAATCGATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGCGTTTTATATTAACTATGTGATATGTAAATGGAGAAAATGAAGAGGATAACGAAAATTTGTATGCTAGGTTTTATATTAACTATGTGATATGTAAATCTAAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATAGTTTTATATTAACTATGTGATATGTAAATTACACACACATCTAAAAACTTATACAGCAACCTCCTAGTTTTATATTAACTATGTGATATGTAAATCTCTCAACTCAATTAATGTCATGATAGCGTAGTTGGCGTTTTATATTAACTATGTGATATGTAAATACAAAAGATACAATGGAAAGAATTGCTATTGCTCTTGTTTTATATTAACTATGTGATATGTAAATGAAGGAGACAACGGGGTATATGTAGTAGACGGATGGGGTTTTATATTAACTATGTGATATGTAAATTCTTTAGTAAGATACACGCTGCTGTAGAAACTTGTATTGTTTTATATTAACTATGTGATATGTAAATTAAAGATATACTACCAATTTTAAAGAAAATAAAAACGTTTTATATTAACTATGTGATATGTAAATTTGTATATATTGTTATAATTTCTGTATTAAGTGTATTGTTTTATATTAACTATGTGATATGTAAATAAATGTTACAGAGTATAAAACTACTTATCAACTTGAGTTTTATATTAACTATGTGATATGTAAATTGTCTATATTGTAAAATAACTTTTCAAATTTGAAAAGTTTTATATTAACTATGTGATATGTAAATCACTTCATTAGAATCTTTATTAGTTGGAATATTTAATGTTTTATATTAACTATGTGATATGTAAATATGTCGTAGGTAGGAATAATCCCTCCATCGTGATAATGTTTTATATTAACTATGTGATATGTAAATTGGTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGGGTTTTATATTAACTATGTGATATGTAAATTCGTTATCTGGAATATGCATAAAAGATAGCAGATTTATGTTTTATATTAACTATGCGATATGTAAATTTATTTATATTATATAATATGTGTCAGAATAAAAAGTTTTATATTAACTATGTGATATGTAAATTTGTATCTGTTGCAAATCTTCTCAAAATCATTGCTAAGTTTTATATTAACTATGTGATATGTAAATGATGATCCATACCTCTATGAATTTTTCTGTTACATCTGTTTTATATTAACTATGTGATATGTAAATTGATATATTGAAAGGTGGATTAGTGATTATTACATCAAGTTTTATATTAACTATGTGATATGTAAATCTTCTTATTGCTATTTTCATTTGACCATCCTTTCCTTTGTTTTATATTAACTATGTGATATGTAAATTTATGGAATGGTAAAGGAACAGTACAAGTAATCCCTAGTTTTATATTAACTATGTGATATGTAAATAATGAAAATGATTATGAGAGTTTTGGATTTGGTGATGTGTTTTATATTAACTATGTGATATGTAAATTATCCTTTTTTATAAAACATGAGTGAGTGGAGATACGTTTTATATTAACTATGTGATATGTAAATTTTAGTGATGAACTTAGAAAAAATATTAATCAAGAATGTTTTATATTAACTATGTGATATGTAAAT

>NZ_LT906477|1|1|916184-919111|CRISPRCasFinder
GCTTTATATTAACTATGTGATATGTAAAT	TACGATATTTAAGCCAGAACCACTGCATTGGGCACG
GTTTTATATTAACTATGTGATATGTAAAT	TATTTAGAAGCTACTAGACAACTTAAAGCAAATACA
GTTTTATATTAACTATGTGATATGTAAAT	GTTATAACTAAGAGTATGGAGGATATTGGTTTAGAG
GTTTTATATTAACTATGTGATATGTAAAT	TCTATTGCAGCAGGTGGATTTTTAGCAATGGCAACT
GTTTTATATTAACTATGTGATATGTAAAT	ACTGGTGATATGAATTTAAGTAATGTAGAACACATT
GTTTTATATTAACTATGTGATATGTAAAT	ACATACTTGCATCTTCTTCGCTTGCTAATTTACTTATA
GTTTTATATTAACTATGTGATATGTAAAT	GTATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTA
GTTTTATATTAACTATGTGATATGTAAAT	CTTATATGCCGAACTGATTTATTGTGTTCTATAACTC
GTTTTATATTAACTATGTGATATGTAAAT	CCTGTGGTAATACTTCCACTATTTTCATCGACATAA
GTTTTATATTAACTATGTGATATGTAAAT	CCAAAGATAGCAGAAATAGAAGAATTTAAAGAAATAAT
GTTTTATATTAACTATGTGATATGTAAAT	CCGATAATATTGGAAATATAACAATAGGGGTTAATGA
GTTTTATATTAACTATGTGATATGTAAAT	ATCGCTTTATAATTTCTTGTATCTTTTTCAAATATTA
GTTTTATATTAACTATGTGATATGTAAAT	TCTTTATATATTAGTCGCGGTAGCAATTTTAAATAATT
GTTTTATATTAACTATGTGATATGTAAAT	TAAGAATAGATATATAAAATATGTAAATTAATTAAACA
GTTTTATATTAACTATGTGATATGTAAAT	GGAATTGACGTTGGCTACAGCCATACAAAAGTATA
GTTTTATATTAACTATGTGATATGTAAAT	CCAATTAGCATGTGTGGGAACTTATTCATATCTACTAT
GTTTTATATTAACTATGTGATATGTAAAT	TCTTTTATGTTATTCATTGTTTATTCCTCCAGCAC
GTTTTATATTAACTATGTGATATGTAAAT	CATGTCGCTTATAGTTAGTTA
CTATTTTATTTACTATGTTTTATATTAAC	TATGTGATATGTAAATATAGTATATGGTATTGCAAGTGCTTTGGGAATTTAC
GTTTTATATTAACTATGTGATATGTAAAT	CGATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGC
GTTTTATATTAACTATGTGATATGTAAAT	GGAGAAAATGAAGAGGATAACGAAAATTTGTATGCTAG
GTTTTATATTAACTATGTGATATGTAAAT	CTAAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATA
GTTTTATATTAACTATGTGATATGTAAAT	TACACACACATCTAAAAACTTATACAGCAACCTCCTA
GTTTTATATTAACTATGTGATATGTAAAT	CTCTCAACTCAATTAATGTCATGATAGCGTAGTTGGC
GTTTTATATTAACTATGTGATATGTAAAT	ACAAAAGATACAATGGAAAGAATTGCTATTGCTCTT
GTTTTATATTAACTATGTGATATGTAAAT	GAAGGAGACAACGGGGTATATGTAGTAGACGGATGGG
GTTTTATATTAACTATGTGATATGTAAAT	TCTTTAGTAAGATACACGCTGCTGTAGAAACTTGTATT
GTTTTATATTAACTATGTGATATGTAAAT	TAAAGATATACTACCAATTTTAAAGAAAATAAAAAC
GTTTTATATTAACTATGTGATATGTAAAT	TTGTATATATTGTTATAATTTCTGTATTAAGTGTATT
GTTTTATATTAACTATGTGATATGTAAAT	AAATGTTACAGAGTATAAAACTACTTATCAACTTGA
GTTTTATATTAACTATGTGATATGTAAAT	TGTCTATATTGTAAAATAACTTTTCAAATTTGAAAA
GTTTTATATTAACTATGTGATATGTAAAT	CACTTCATTAGAATCTTTATTAGTTGGAATATTTAAT
GTTTTATATTAACTATGTGATATGTAAAT	ATGTCGTAGGTAGGAATAATCCCTCCATCGTGATAAT
GTTTTATATTAACTATGTGATATGTAAAT	TGGTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGG
GTTTTATATTAACTATGTGATATGTAAAT	TCGTTATCTGGAATATGCATAAAAGATAGCAGATTTAT
GTTTTATATTAACTATGCGATATGTAAAT	TTATTTATATTATATAATATGTGTCAGAATAAAAA
GTTTTATATTAACTATGTGATATGTAAAT	TTGTATCTGTTGCAAATCTTCTCAAAATCATTGCTAA
GTTTTATATTAACTATGTGATATGTAAAT	GATGATCCATACCTCTATGAATTTTTCTGTTACATCT
GTTTTATATTAACTATGTGATATGTAAAT	TGATATATTGAAAGGTGGATTAGTGATTATTACATCAA
GTTTTATATTAACTATGTGATATGTAAAT	CTTCTTATTGCTATTTTCATTTGACCATCCTTTCCTTT
GTTTTATATTAACTATGTGATATGTAAAT	TTATGGAATGGTAAAGGAACAGTACAAGTAATCCCTA
GTTTTATATTAACTATGTGATATGTAAAT	AATGAAAATGATTATGAGAGTTTTGGATTTGGTGATGT
GTTTTATATTAACTATGTGATATGTAAAT	TATCCTTTTTTATAAAACATGAGTGAGTGGAGATAC
GTTTTATATTAACTATGTGATATGTAAAT	TTTAGTGATGAACTTAGAAAAAATATTAATCAAGAAT
GTTTTATATTAACTATGTGATATGTAAAT

>NZ_LT906477|1|1|916184-919111|CRT
GCTTTATATTAACTATGTGATATGTAAAT	TACGATATTTAAGCCAGAACCACTGCATTGGGCACG
GTTTTATATTAACTATGTGATATGTAAAT	TATTTAGAAGCTACTAGACAACTTAAAGCAAATACA
GTTTTATATTAACTATGTGATATGTAAAT	GTTATAACTAAGAGTATGGAGGATATTGGTTTAGAG
GTTTTATATTAACTATGTGATATGTAAAT	TCTATTGCAGCAGGTGGATTTTTAGCAATGGCAACT
GTTTTATATTAACTATGTGATATGTAAAT	ACTGGTGATATGAATTTAAGTAATGTAGAACACATT
GTTTTATATTAACTATGTGATATGTAAAT	ACATACTTGCATCTTCTTCGCTTGCTAATTTACTTATA
GTTTTATATTAACTATGTGATATGTAAAT	GTATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTA
GTTTTATATTAACTATGTGATATGTAAAT	CTTATATGCCGAACTGATTTATTGTGTTCTATAACTC
GTTTTATATTAACTATGTGATATGTAAAT	CCTGTGGTAATACTTCCACTATTTTCATCGACATAA
GTTTTATATTAACTATGTGATATGTAAAT	CCAAAGATAGCAGAAATAGAAGAATTTAAAGAAATAAT
GTTTTATATTAACTATGTGATATGTAAAT	CCGATAATATTGGAAATATAACAATAGGGGTTAATGA
GTTTTATATTAACTATGTGATATGTAAAT	ATCGCTTTATAATTTCTTGTATCTTTTTCAAATATTA
GTTTTATATTAACTATGTGATATGTAAAT	TCTTTATATATTAGTCGCGGTAGCAATTTTAAATAATT
GTTTTATATTAACTATGTGATATGTAAAT	TAAGAATAGATATATAAAATATGTAAATTAATTAAACA
GTTTTATATTAACTATGTGATATGTAAAT	GGAATTGACGTTGGCTACAGCCATACAAAAGTATA
GTTTTATATTAACTATGTGATATGTAAAT	CCAATTAGCATGTGTGGGAACTTATTCATATCTACTAT
GTTTTATATTAACTATGTGATATGTAAAT	TCTTTTATGTTATTCATTGTTTATTCCTCCAGCAC
GTTTTATATTAACTATGTGATATGTAAAT	CATGTCGCTTATAGTTAGTTACTATTTTATTTACTAT
GTTTTATATTAACTATGTGATATGTAAAT	ATAGTATATGGTATTGCAAGTGCTTTGGGAATTTAC
GTTTTATATTAACTATGTGATATGTAAAT	CGATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGC
GTTTTATATTAACTATGTGATATGTAAAT	GGAGAAAATGAAGAGGATAACGAAAATTTGTATGCTAG
GTTTTATATTAACTATGTGATATGTAAAT	CTAAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATA
GTTTTATATTAACTATGTGATATGTAAAT	TACACACACATCTAAAAACTTATACAGCAACCTCCTA
GTTTTATATTAACTATGTGATATGTAAAT	CTCTCAACTCAATTAATGTCATGATAGCGTAGTTGGC
GTTTTATATTAACTATGTGATATGTAAAT	ACAAAAGATACAATGGAAAGAATTGCTATTGCTCTT
GTTTTATATTAACTATGTGATATGTAAAT	GAAGGAGACAACGGGGTATATGTAGTAGACGGATGGG
GTTTTATATTAACTATGTGATATGTAAAT	TCTTTAGTAAGATACACGCTGCTGTAGAAACTTGTATT
GTTTTATATTAACTATGTGATATGTAAAT	TAAAGATATACTACCAATTTTAAAGAAAATAAAAAC
GTTTTATATTAACTATGTGATATGTAAAT	TTGTATATATTGTTATAATTTCTGTATTAAGTGTATT
GTTTTATATTAACTATGTGATATGTAAAT	AAATGTTACAGAGTATAAAACTACTTATCAACTTGA
GTTTTATATTAACTATGTGATATGTAAAT	TGTCTATATTGTAAAATAACTTTTCAAATTTGAAAA
GTTTTATATTAACTATGTGATATGTAAAT	CACTTCATTAGAATCTTTATTAGTTGGAATATTTAAT
GTTTTATATTAACTATGTGATATGTAAAT	ATGTCGTAGGTAGGAATAATCCCTCCATCGTGATAAT
GTTTTATATTAACTATGTGATATGTAAAT	TGGTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGG
GTTTTATATTAACTATGTGATATGTAAAT	TCGTTATCTGGAATATGCATAAAAGATAGCAGATTTAT
GTTTTATATTAACTATGCGATATGTAAAT	TTATTTATATTATATAATATGTGTCAGAATAAAAA
GTTTTATATTAACTATGTGATATGTAAAT	TTGTATCTGTTGCAAATCTTCTCAAAATCATTGCTAA
GTTTTATATTAACTATGTGATATGTAAAT	GATGATCCATACCTCTATGAATTTTTCTGTTACATCT
GTTTTATATTAACTATGTGATATGTAAAT	TGATATATTGAAAGGTGGATTAGTGATTATTACATCAA
GTTTTATATTAACTATGTGATATGTAAAT	CTTCTTATTGCTATTTTCATTTGACCATCCTTTCCTTT
GTTTTATATTAACTATGTGATATGTAAAT	TTATGGAATGGTAAAGGAACAGTACAAGTAATCCCTA
GTTTTATATTAACTATGTGATATGTAAAT	AATGAAAATGATTATGAGAGTTTTGGATTTGGTGATGT
GTTTTATATTAACTATGTGATATGTAAAT	TATCCTTTTTTATAAAACATGAGTGAGTGGAGATAC
GTTTTATATTAACTATGTGATATGTAAAT	TTTAGTGATGAACTTAGAAAAAATATTAATCAAGAAT
GTTTTATATTAACTATGTGATATGTAAAT

>NZ_LT906477|1|1|916186-919111|PILER-CR
TTTATATTAACTATGTGATATGTAAATTA	CGATATTTAAGCCAGAACCACTGCATTGGGCACGGT
TTTATATTAACTATGTGATATGTAAATTA	TTTAGAAGCTACTAGACAACTTAAAGCAAATACAGT
TTTATATTAACTATGTGATATGTAAATGT	TATAACTAAGAGTATGGAGGATATTGGTTTAGAGGT
TTTATATTAACTATGTGATATGTAAATTC	TATTGCAGCAGGTGGATTTTTAGCAATGGCAACTGT
TTTATATTAACTATGTGATATGTAAATAC	TGGTGATATGAATTTAAGTAATGTAGAACACATTGT
TTTATATTAACTATGTGATATGTAAATAC	ATACTTGCATCTTCTTCGCTTGCTAATTTACTTATAGT
TTTATATTAACTATGTGATATGTAAATGT	ATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTAGT
TTTATATTAACTATGTGATATGTAAATCT	TATATGCCGAACTGATTTATTGTGTTCTATAACTCGT
TTTATATTAACTATGTGATATGTAAATCC	TGTGGTAATACTTCCACTATTTTCATCGACATAAGT
TTTATATTAACTATGTGATATGTAAATCC	AAAGATAGCAGAAATAGAAGAATTTAAAGAAATAATGT
TTTATATTAACTATGTGATATGTAAATCC	GATAATATTGGAAATATAACAATAGGGGTTAATGAGT
TTTATATTAACTATGTGATATGTAAATAT	CGCTTTATAATTTCTTGTATCTTTTTCAAATATTAGT
TTTATATTAACTATGTGATATGTAAATTC	TTTATATATTAGTCGCGGTAGCAATTTTAAATAATTGT
TTTATATTAACTATGTGATATGTAAATTA	AGAATAGATATATAAAATATGTAAATTAATTAAACAGT
TTTATATTAACTATGTGATATGTAAATGG	AATTGACGTTGGCTACAGCCATACAAAAGTATAGT
TTTATATTAACTATGTGATATGTAAATCC	AATTAGCATGTGTGGGAACTTATTCATATCTACTATGT
TTTATATTAACTATGTGATATGTAAATTC	TTTTATGTTATTCATTGTTTATTCCTCCAGCACGT
TTTATATTAACTATGTGATATGTAAATCA	TGTCGCTTATAGTTAGTTACTATTTTATTTACTATGT
TTTATATTAACTATGTGATATGTAAATAT	AGTATATGGTATTGCAAGTGCTTTGGGAATTTACGT
TTTATATTAACTATGTGATATGTAAATCG	ATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGCGT
TTTATATTAACTATGTGATATGTAAATGG	AGAAAATGAAGAGGATAACGAAAATTTGTATGCTAGGT
TTTATATTAACTATGTGATATGTAAATCT	AAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATAGT
TTTATATTAACTATGTGATATGTAAATTA	CACACACATCTAAAAACTTATACAGCAACCTCCTAGT
TTTATATTAACTATGTGATATGTAAATCT	CTCAACTCAATTAATGTCATGATAGCGTAGTTGGCGT
TTTATATTAACTATGTGATATGTAAATAC	AAAAGATACAATGGAAAGAATTGCTATTGCTCTTGT
TTTATATTAACTATGTGATATGTAAATGA	AGGAGACAACGGGGTATATGTAGTAGACGGATGGGGT
TTTATATTAACTATGTGATATGTAAATTC	TTTAGTAAGATACACGCTGCTGTAGAAACTTGTATTGT
TTTATATTAACTATGTGATATGTAAATTA	AAGATATACTACCAATTTTAAAGAAAATAAAAACGT
TTTATATTAACTATGTGATATGTAAATTT	GTATATATTGTTATAATTTCTGTATTAAGTGTATTGT
TTTATATTAACTATGTGATATGTAAATAA	ATGTTACAGAGTATAAAACTACTTATCAACTTGAGT
TTTATATTAACTATGTGATATGTAAATTG	TCTATATTGTAAAATAACTTTTCAAATTTGAAAAGT
TTTATATTAACTATGTGATATGTAAATCA	CTTCATTAGAATCTTTATTAGTTGGAATATTTAATGT
TTTATATTAACTATGTGATATGTAAATAT	GTCGTAGGTAGGAATAATCCCTCCATCGTGATAATGT
TTTATATTAACTATGTGATATGTAAATTG	GTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGGGT
TTTATATTAACTATGTGATATGTAAATTC	GTTATCTGGAATATGCATAAAAGATAGCAGATTTATGT
TTTATATTAACTATGCGATATGTAAATTT	ATTTATATTATATAATATGTGTCAGAATAAAAAGT
TTTATATTAACTATGTGATATGTAAATTT	GTATCTGTTGCAAATCTTCTCAAAATCATTGCTAAGT
TTTATATTAACTATGTGATATGTAAATGA	TGATCCATACCTCTATGAATTTTTCTGTTACATCTGT
TTTATATTAACTATGTGATATGTAAATTG	ATATATTGAAAGGTGGATTAGTGATTATTACATCAAGT
TTTATATTAACTATGTGATATGTAAATCT	TCTTATTGCTATTTTCATTTGACCATCCTTTCCTTTGT
TTTATATTAACTATGTGATATGTAAATTT	ATGGAATGGTAAAGGAACAGTACAAGTAATCCCTAGT
TTTATATTAACTATGTGATATGTAAATAA	TGAAAATGATTATGAGAGTTTTGGATTTGGTGATGTGT
TTTATATTAACTATGTGATATGTAAATTA	TCCTTTTTTATAAAACATGAGTGAGTGGAGATACGT
TTTATATTAACTATGTGATATGTAAATTT	TAGTGATGAACTTAGAAAAAATATTAATCAAGAATGT
TTTATATTAACTATGTGATATGTAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_LT906477.1|WP_095177596.1|914720_915707_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|274695
NZ_LT906477.1|WP_095177592.1|911874_914184_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|187770
NZ_LT906477.1|WP_095177594.1|914199_914721_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NZ_LT906477.1|WP_095177588.1|907738_908476_+|CRISPR-associated-endoribonuclease-Cas6	cas6	cd09652_cas6_CAS-I:CAS-III	gnl|CDD|187783
NZ_LT906477.1|WP_095177364.1|919967_920300_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177365.1|920293_920644_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	unknown	unknown	gnl|CDD|377551
NZ_LT906477.1|WP_095177591.1|911081_911813_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	gnl|CDD|273860
NZ_LT906477.1|WP_095177587.1|906725_907676_+|transcriptional-regulator	WYL	COG2378_WYL_CAS-I:CAS-III	gnl|CDD|379100
NZ_LT906477.1|WP_095177590.1|910170_911073_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	gnl|CDD|274215
NZ_LT906477.1|WP_095178360.1|919174_919870_-|ATP-binding-protein	unknown	unknown	gnl|CDD|181681
NZ_LT906477.1|WP_095177366.1|920733_922368_+|IS66-family-transposase	unknown	unknown	gnl|CDD|376980
NZ_LT906477.1|WP_095177598.1|915711_915975_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NZ_LT906477.1|WP_095177600.1|923041_923245_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095178359.1|908489_910181_+|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	cas8b2	cd09665_cas8b2_CAS-I-B	gnl|CDD|187884
NZ_LT906477.1|WP_089867498.1|904812_906291_+|stage-IV-sporulation-protein-A	unknown	unknown	gnl|CDD|378203
NZ_LT906477.1|WP_095177606.1|927727_929167_-|hypothetical-protein	unknown	unknown	gnl|CDD|226355
NZ_LT906477.1|WP_095178361.1|922517_922919_+|restriction-endonuclease-subunit-S	unknown	unknown	gnl|CDD|341155
NZ_LT906477.1|WP_095177602.1|923320_924040_+|virulence-RhuM-family-protein	unknown	unknown	gnl|CDD|379118
NZ_LT906477.1|WP_095177604.1|927432_927624_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095178362.1|924070_927349_+|type-I-restriction-endonuclease-subunit-R	unknown	unknown	gnl|CDD|223683

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_LT906477.1|WP_095177596.1|914720_915707_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	9.1e-135	443.6	16.0
NZ_LT906477.1|WP_095177598.1|915711_915975_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	3e-27	89.4	1.8
NZ_LT906477.1|WP_095177594.1|914199_914721_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	7.6e-50	163.9	5.4
NZ_LT906477.1|WP_095177588.1|907738_908476_+|CRISPR-associated-endoribonuclease-Cas6	cas6	cd09652_cas6_CAS-I:CAS-III	1.3e-34	115.0	16.2
NZ_LT906477.1|WP_095177587.1|906725_907676_+|transcriptional-regulator	WYL	COG2378_WYL_CAS-I:CAS-III	4.9e-41	135.9	0.1
NZ_LT906477.1|WP_095177591.1|911081_911813_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	6.3e-34	112.3	2.8
NZ_LT906477.1|WP_095177592.1|911874_914184_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	7.7e-78	257.2	29.9
NZ_LT906477.1|WP_095177590.1|910170_911073_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	3.2e-66	218.2	7.0
NZ_LT906477.1|WP_095178359.1|908489_910181_+|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	cas8b2	cd09665_cas8b2_CAS-I-B	1.5e-26	88.1	14.8

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_LT906477.1|WP_095177596.1|914720_915707_+|type-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|274695	TIGR03641, cas1_HMARI, CRISPR-associated endonuclease Cas1, subtype I-B/HMARI/TNEAP. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is 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 Cas1 subgroup that includes Cas1 proteins of the related HMARI and TNEAP subtypes of CRISPR/Cas system.	1.57932e-163
NZ_LT906477.1|WP_095177592.1|911874_914184_+|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|187770	cd09639, Cas3_I, CRISPR/Cas system-associated protein Cas3. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; DEAD/DEAH box helicase DNA helicase cas3'; Often but not always is fused to HD nuclease domain; signature gene for Type I.	2.75813e-61
NZ_LT906477.1|WP_095177594.1|914199_914721_+|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.32815e-56
NZ_LT906477.1|WP_095177588.1|907738_908476_+|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|187783	cd09652, Cas6-I-III, CRISPR/Cas system-associated RAMP superfamily protein Cas6. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas6 is an endoribonuclease that generates crRNAs, predicted subunit of Cascade complex; RAMP superfamily protein; Possesses double RRM/ferredoxin fold.	2.54327e-27
NZ_LT906477.1|WP_095177365.1|920293_920644_+|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.	5.7891e-46
NZ_LT906477.1|WP_095177591.1|911081_911813_+|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|273860	TIGR01895, conserved_hypothetical_protein, CRISPR-associated protein Cas5, subtype I-B/TNEAP. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This family is represented by TM1800 from Thermotoga maritima. It is related to TIGR01868 (CRISPR-associated protein, CT1976 family).	7.93045e-25
NZ_LT906477.1|WP_095177587.1|906725_907676_+|transcriptional-regulator	gnl|CDD|379100	pfam13280, WYL, WYL domain. WYL is a Sm-like SH3 beta-barrel fold containing domain. It is a member of the WYL-like superfamily, named for three conserved amino acids found in a subset of the superfamily. However, these residues are not strongly conserved throughout the family. Rather, the conservation pattern includes four basic residues and a position often occupied by a cysteine, which are predicted to line a ligand-binding groove typical of the Sm-like SH3 beta-barrels. A WYL domain protein (sll7009) is a negative regulator of the I-D CRISPR-Cas system in Synechocystis sp. It is predicted to be a ligand-sensing domain that could bind negatively charged ligands, such as nucleotides or nucleic acid fragments, to regulate CRISPR-Cas and other defense systems such as the abortive infection AbiG system.	2.91708e-35
NZ_LT906477.1|WP_095177590.1|910170_911073_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	gnl|CDD|274215	TIGR02585, conserved_protein, CRISPR-associated protein Cas7/Cst2/DevR, subtype I-B/TNEAP. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This clade is a member of the DevR family (TIGR01875) and includes the DevR protein of Myxococcus xanthus, a protein whose expression appears to be regulated through a number of means, including both location and autorepression; DevR mutants are incapable of fruiting body development.	2.96581e-60
NZ_LT906477.1|WP_095178360.1|919174_919870_-|ATP-binding-protein	gnl|CDD|181681	PRK09183, PRK09183, transposase/IS protein; Provisional.	3.30311e-73
NZ_LT906477.1|WP_095177366.1|920733_922368_+|IS66-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.	3.45445e-107
NZ_LT906477.1|WP_095177598.1|915711_915975_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	1.19005e-26
NZ_LT906477.1|WP_095178362.1|924070_927349_+|type-I-restriction-endonuclease-subunit-R	gnl|CDD|223683	COG0610, COG0610, Type I site-specific restriction-modification system, R (restriction) subunit and related helicases [Defense mechanisms].	0
NZ_LT906477.1|WP_095178359.1|908489_910181_+|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	gnl|CDD|187884	cd09754, Cas8a1_I-A, CRISPR/Cas system-associated protein Cas8a1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; signature gene for I-A subtype; also known as CXXC_CXXC family.	5.05698e-18
NZ_LT906477.1|WP_089867498.1|904812_906291_+|stage-IV-sporulation-protein-A	gnl|CDD|378203	pfam09547, Spore_IV_A, Stage IV sporulation protein A (spore_IV_A). SpoIVA is designated stage IV sporulation protein A. It acts in the mother cell compartment and plays a role in spore coat morphogenesis. A comparative genome analysis of all sequenced genomes of Firmicutes shows that the proteins are strictly conserved among the sub-set of endospore-forming species.	0
NZ_LT906477.1|WP_095177606.1|927727_929167_-|hypothetical-protein	gnl|CDD|226355	COG3835, CdaR, Sugar diacid utilization regulator [Transcription / Signal transduction mechanisms].	1.66356e-09
NZ_LT906477.1|WP_095178361.1|922517_922919_+|restriction-endonuclease-subunit-S	gnl|CDD|341155	cd17266, RMtype1_S_Sau1132ORF3780P-TRD2-CR2_like, Type I restriction-modification system specificity (S) subunit Target Recognition Domain-ConseRved domain (TRD-CR), similar to Staphylococcus aureus subsp. aureus MSHR1132 S subunit (S.Sau1132ORF3780P) TRD2-CR2. Staphylococcus aureus subsp. aureus MSHR1132 S subunit (S.Sau1132ORF3780P) recognizes 5'... CAAGNNNNNRTC ... 3'. The RM system S subunit consists of two variable target recognition domains (TRD1 and 2) and two conserved regions (CR1 and CR2) which separate the TRDs. The TRDs each bind to different specific sequences in the DNA. For example S.Sau1132ORF3780P-TRD1 recognizes CAAG/CTTG and S.Sau1132ORF3780P-TRD2 recognizes GAY/RTC. RM systems protect a bacterial cell against invasion of foreign DNA by endonucleolytic cleavage of DNA that lacks a site specific modification. The host genome is protected from cleavage by methylation of specific nucleotides in the target sites. In type I systems, both restriction and modification activities are present in one enzyme complex composed of one DNA specificity (S) subunit (this family), two modification (M) subunits and two restriction (R) subunits. This model contains both TRD1-CR1 and TRD2-CR2. It may also include TRD-CR-like sequence-recognition domains of various type II restriction enzymes and methyltransferases and type I DNA methyltransferases.	1.37885e-21
NZ_LT906477.1|WP_095177602.1|923320_924040_+|virulence-RhuM-family-protein	gnl|CDD|379118	pfam13310, Virulence_RhuM, Virulence protein RhuM family. There are currently no experimental data for members of this group or their homologs. However, these proteins are implicated in virulence/pathogenicity because RhuM is encoded in the SPI-3 pathogenicity island in Salmonella typhimurium.	5.07619e-94

Protein sequences

>NZ_LT906477.1|WP_095177598.1|915711_915975_+|CRISPR-associated-endonuclease-Cas2
MFVILTYDVEEKRINRVRKLLKKYLTWTQNSVFEGEITEGKLHKCLCEIDKIVNRNSDSVYIYIVKNSKNITKSVIGIEKSFNDLFL
>NZ_LT906477.1|WP_095177596.1|914720_915707_+|type-I-B-CRISPR-associated-endonuclease-Cas1
MFKDYYIFNNGRIKRKDNTIYFLNKDGSKRALPIEQVDKIHLFGEVDLNTKLLNYISRYGVIFNFYNYYGYYSGSYYPREKNVSGFLLVNQAIHYHYYDKRLYLAKCFIESAAHHILRNLRRYKDKTSNLMEKIQIERENVKKANTIQVLMGAEGRMRKIYYEAFNSILKKDIFQFKKREKRPPTDPINALISFGNSLMYTTVLGEIYKTQLNPTVSYLHEPSTKRFSLSLDLAEIFKPLIIDPIIFNLVNNNIIRNKDFLFEEGICFLNEEGRKKFILNYEKKLHTTVKHRSLNRKVSYQMFIRLECYKLIKHLIGDEKYKALKAWW
>NZ_LT906477.1|WP_095177594.1|914199_914721_+|CRISPR-associated-protein-Cas4
MKFNLDNFKTQGVKINYYYVCKRKLWLFSKGITMEQNSDRVLSGKLVHENSYKRSKNKEVLIDDILRLDILEDDYVKEVKISSKMPIPDKMQLVYYLFYLKNIGIYKKGMIKYVKEKRIEEIELTKDLEEEIKRTLIDIKNIENSNCPPKLIRLPYCRKCSYYNFCFVREEDD
>NZ_LT906477.1|WP_095177592.1|911874_914184_+|CRISPR-associated-helicase/endonuclease-Cas3
MGNPFLAKTKNRETIIEHTDKLYKNFLDLKRIYPNVENLDWYILKLACLYHDLGKMNIKFQNKLIKKLNAKSLEEGRDDIIEELKDNFYEIDEIPHGYLSAAFLPKQELKEKYSKDELRILYQSIYYHHTRDKLENHDNLMIIVKEELSNYIDEFNYDKIPKIEKLNPSFIKYVKRRIPDERDSNEVAKQYIVTKGLLNKIDYSASGDIAVEIENKNLFKKTYDYLKIGGFKPNKLQEYMITHQEDNNIIRASTGIGKTEAALFWIGNNKGFFTLPLKVSINAIYDRIVDKIKFGKENTALLHSETSLEYLKRNNNELDKEYINKTKQLSLPLTVCTLDQLIDFIFKYEGYELKLATLSYSKLVIDEIQMYSPELVAYLIVALKQITEMGGKFSIVTATLPPVFTHFIKDNVKDLKIPEPFYKEVEGKMQLRHKLNVIKEDINVEHLKKNYKDKKILVIVNTVKKAQEIYDVLQKELVENSLVKDNYINMLHSRFTKEDRGKKEDEILTMGKLENKQCGIWITTQVVEASLDIDFDLLYTELSDISGLFQRMGRVYRNRTLKDNITNIYVYVGANKFTSGIGNSDKSIIDKDIFNLSKEALINYVGSSDGKEINEVDKMNLVEKVYSVENLGNTEYYSKIKNVIDKMSDIKAFEYNKKDINLRNIENTNIIPKEVYEENKDFIQENADLINNTNKLNARIIARNNINKFVISIPTYEFKRANENGYIHDFVEISEKVEIPVMAYKYSNAKGLERPKENMKEFNEQNQFM
>NZ_LT906477.1|WP_095177591.1|911081_911813_+|type-I-B-CRISPR-associated-protein-Cas5
MKAIRLEIYQNLVNYKKPTSFQLKETYPLPPYSTVIGMIHAICGFEEYKDMDVSIQGNYHSKVNDLYTRYEFAGATFEKGRHNIKLYGDSKYYGAIRGVSTCELLVDVNLLIHIKPKDETLLNLIYENLKSPKEYISLGRREDIAVIKDVKLVDIEQSELEEDTSLKYDAYIPIKYFDLDDFVSNATVYKLNKSYKKVSIKKGTEIRQWNKVEVIHGAMRKNTITEDTEIYKDISSGDLVFFA
>NZ_LT906477.1|WP_095177590.1|910170_911073_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR
MINKGLTASFIFEAESANYGEGIGNVTALKKISRGDGESYSYISRQALRYNIINQMEEDNTPLAVDGSVIQFAPEATIKDFAEIDLFGYMKTKKPARNRSAIVRLSNAVALESFNADLDFLTNKGLLDRYNAQGKELKDGGNIAQSEIHKSYYAYTITMDLDKVGIDENEKDEKGNILEIPNEEKAKRVNKLLDTIKFLYRDIKGRRENLSPIFAIGGVYDIKNPFFENRLKVKENKVVVDIIEDLYNMDNRIKENTYIGLINGIFENDNEIKEKLNSINIGEFFEKLQSNVNKYYLENK
>NZ_LT906477.1|WP_095178359.1|908489_910181_+|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1
MAKIKLEKSDWLYNAGIVGICNILKYNECDYDDSNINYVEFESECLGNFEEKYFNYFIGTYEKFTSWYRLISFEDYMDNLDLNIISSKDLKYINKYIENLKNKLKSNSYKSAYLVINDKELDLVKKEKEIKKIKITKKQNINDVMVDIKKQIEIIKEIIEYLKRDEIKRYILAKNIIYDVIQKFWEKVSFLNQKSNNKDMYEEFKRYFLDSTKTYLNSDKEKAKYYCFTCGRKVSSLKETFGLAWINKIGVDMSRKSSHFWNMNGDAYICPICNLVYSCVPAGFTTLNGRGIFINENSSIKNLIRINKHSLDTTTSIDELEEESYFNIADSIGQVSIDKSERETENIQIIKLNSENERRPYTFNIISKEKLNIICKHRNMLKSMIKIHAKVGTNEYINIYREVLDRIYKGKNLFDLISKLSYLKLDGKFNGLQFIEMMLKINNNLLERGEEIGMVSGSINDKAIYSFKCRGAELRKGYENRKALNKLGGVSYRLLNSLKTKNVSRFMDTIINSYMYLNMEIPTSFINVLNDKNKFQTIGYAFLVGLQGEEKFKKSGEEVNNDK
>NZ_LT906477.1|WP_095177588.1|907738_908476_+|CRISPR-associated-endoribonuclease-Cas6
MRLKCEFKTEKIPVAYQFMFVSLIKEALKISNEDYYQKLYFYDGDKKNKKSKNFCFSVYISGFKKEANIFKVEDKVILYISSPDYEFAFNLYNGLLKMKNFNYKKEYKLTKKSITLVKEKNINNTEVIFNALSPICIKDIDNKPLDINEIEFLKELNYITDKILKNYRGYGLNKKLQFIPLKMKKRVVKEYIKNFENNTGKKDYYINGYMGIFKLIGDIEDLKDIYNLGLGFKRSQGFGMIEVLS
>NZ_LT906477.1|WP_095177587.1|906725_907676_+|transcriptional-regulator
MSRVSNALTMLILLKSRGKMKIKELAHELEVSEREVRRYKQDLEMAQIYIKSIPGKYGGYVYENKDYLLSGDLNKEEFNILLTAVDQLQQINAIYCKDCRLLFDKINALKNMSERNSNLQYTQYFIKSIKSKSNYPKDKKLWMDLTSAILTRNKINIKYEGLNSKLSNRIIRPYAIFQYKGDLYCVGYCELRKSIRQFKIYRIQEYEILKEKFKKDKEFNIEKYMENCFGIYKDDEINLVLKIKYPMAKIIKEKIWVENQRILEKGDYIIFNAKMKGKTEIKSWILSMGSSIEVIKPLNFRQEIIDDLNKNLKNYN
>NZ_LT906477.1|WP_089867498.1|904812_906291_+|stage-IV-sporulation-protein-A
MENFSIYKDIAERTQGDIYVGVVGPVRTGKSTFIKKFMELMVIPNIDNEYKKKRAQDELPQSSSGKSIHTTEPKFVPNEAVEINLDEGTKFKVRMVDCVGYIVKGAQGYMEEGKAKMVSTPWYDYEIPFEEAAEIGTKKVINEHSTIGILVTTDGTIADIAREDYVETEERVVEELKGINKPFIMLLNSRNPLNPETIELRKEMEQKYDVPVQIMDILNMKEEDIISVFSRVLKEFPVQEINIDMPAWIEKLDRSHWLKLNFINLVKDMSKSIYKVRDVSKVVEEIREAEFLEKSILDEMNMGEGTARVVLSPKNGLFYKILGEICDKEIEDENHLMEIMKDMHNAKLEYDKIEGALIDVKELGYGLVAPQLSEMKLEEPEIVKQGNRYGVKLKASAPSLHFIKADIETEISPIMGTERESEELVKNLLEQFESDPSKIWESNMFGKSLEVLVKEGLQSKLYRMPEDVQIKIQKTLQKIINEGNGGLICIIL
>NZ_LT906477.1|WP_095178360.1|919174_919870_-|ATP-binding-protein
MINHLDEVIDFSTKNNLSFVDALIKLTAYEIDFKEANMIKSMVKVGAFPHKKEVKDFDFSFQPSINKEQILDFLTLRFLDTQENIVFLGPSGVGKTHLATSIGIAAAKRRYSTYFIKCHDLLQQLKRANLENRLDSRLKHFSKYKLLIIDELGYLPIDKEDSKLFFQLIDMRYEKKSTILTTNINFNAWDDIFYDPVIANAILDRILHHAHVVPINGKSYRLKDHFKDDDE
>NZ_LT906477.1|WP_095177364.1|919967_920300_+|hypothetical-protein
MYKKLDNDAWEEYLNKFNSVKDTITVKDFCAENNLNKSQFYYHKKRVEKAIESKEPVFQPISLNSKVDNTKENKSTLKEVKINVGNANILIPVSEATLITAIIKELILKC
>NZ_LT906477.1|WP_095177365.1|920293_920644_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINIDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477.1|WP_095177366.1|920733_922368_+|IS66-family-transposase
MSHEFLTNELDENTKALIEKMENEINEKDKELSSKDEEIRKLKNELEFLKGVISNRNRKIFGASSEQVDVNQLSFFNEAEKHSDSKVEEPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGEDLNCRECGKKLTPIGVKSRKEIVKYIPAKLIIEDHVIYSYACKTCERATGESKIISPEAPKTIFYNSMASNELIAHTLILKYQHAMPLYRQETYFDMMGATLSRQTLCNWTMSAADALEPIYNHMKKELLSRNYIHADETTLKVINDNGKDSKSKKYMWLYMSNTNSKPVILYDYQSTRSSSCPKNFLGDFKGFLQTDGYNGYNSVSGATRVYCLAHIRRYFHNIIVDLDEEALKNSRAIIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477.1|WP_095178361.1|922517_922919_+|restriction-endonuclease-subunit-S
MGYVEGYNYNEPILVIGRVGTHGVIQRFNSKVWASDNTLVIKSKYYEYTNQILKTIDYSSLNRGSTQPLITQTDIKNQKVVIPVCDKLLDFEKLVGSLYILVNNNLIENDNLIKLRDTLLPKLMSGEIRVPLK
>NZ_LT906477.1|WP_095177600.1|923041_923245_+|hypothetical-protein
MKFGMRKPSLKKRISARTSIKRQIIHRAGFKMPRGWGWLRDPKKYAYNKVYNRTTFDIFKLLKKLFE
>NZ_LT906477.1|WP_095177602.1|923320_924040_+|virulence-RhuM-family-protein
MNENIEPKEGKILFYKAEDGNINLGVLFSGETVWLTQAQMAELFGKTKQNISLHINNIFTEGELDKDSVVKEYLTTANDGKKYKTKYYNLDVIISVGYRVKSIQGTQFRIWATKTLREFIIKSFVLDDERLKNGVHFGKDYFDELLERIREIRASERRFYQKITDIYAECSIDYDKNSQVTKTFYATVQNKLHWAITGHTAEVAKKLAEGEYEKFRIEQDRLYESDFDKEIKSYLKGYK
>NZ_LT906477.1|WP_095178362.1|924070_927349_+|type-I-restriction-endonuclease-subunit-R
MENFTEDLLEEAAIEIFQDMGYSYIFAPDISCDGDYPERQDYKEVILKDRVKDALFKINRDLPNEALEDAYRQIITFNSPILIENNRHFHKLLTEGIEVSYMEKGQIRTKRAYIVDFENKDNNEFLVTNQFTIIEKEERRPDLIVFINGIPLVVIELKSASDENVGTHNAYNQIQTYKRDIPSLFNYNAFCVISDGINAKAGTITSNEERFMNWRTIDGENIESLAVPQYEVLFKGMFEKDRLLDIIEDFILFQESKEEEKDLDGNKIGDKKTIIKILAAYHQYFAVKKALAKTKEATSANGDRKIGVVWHTTGSGKSFTMVFYTALLVKKFNNPTIVVITDRNDLDDQLYTTFSKSEDLLRQTPKQADVRKLTDEQKAKQAKENTKEINGLYDLLNDRESGGIIFTTIQKFKPDFDLPAFIPRAGKPAHEMKASLTDRRNVIIIADEAHRSQYGLEAKTDTKTGEVKYGYAKYLRDALPNASFIGFTGTPIESEDKSTPAVFGHYIDVYDMTRAVEDEATVKIYYENRVIKLESDDAELKKIDEEFEEITEGQEENEKEKNKSKWSRLEAVVGSPNRIKKLALDIVNHYEEKSKIIDGKAMIVCMSRRICVDLYDAIIKLRPDWHSDDLDKGKIKIVMTGSAGDEERLQKHIGGKQRRDTLAKRMKDNGDELKIVIVRDMWLTGFDVPSMHTMYIDKPMKGHNLIQAISRVNRVFKDKAGGVIVDYLGILESLKKALNEYTDNDRKNTGIDTSAAVMVMQEKLEILQNIMHEFDYSDYMGTSQVARIRAITGGMNFILGKPEKEQKEFKQIAVELAKAHSLCAATTEGRECALEVSYFKAVKASLTKLQEKKVQKKSKKEIEERVNQMLQRSIISEEVIDVFDVMGMERPDISILSEEFLEEIKNIKYKNLAAEMLKKLLEGNIKTMERKNLVKSEKFSEKLKKALNKYRNQAITNVEVIEELLKMAKEMKKDAENEKDLGMNEDEIAFYYALTADDAVKQFMEDDVLKKIAHELTRAIRRNVTIDWSVRKSAQAGMRRIIKRLLKKYDYPPEQAKNALKTVMRQAELMCGNVESYEYYEEVAENEGEYRV
>NZ_LT906477.1|WP_095177604.1|927432_927624_+|hypothetical-protein
MEELIEVLQEIRNGINDMNFNIEQLKESVEELKGIGVYNSISDVCDKLDDVYSSVTSIEIDMP
>NZ_LT906477.1|WP_095177606.1|927727_929167_-|hypothetical-protein
MNSNFYDIYNYFKDISRNIFMNNKPSKIVDTKLITKHQNIFLTDILYVGKTSYLPKEIYKSNYCNLLLINDAHIPIDKLFNTSCNNIIELNGDQDIYEVFNKSKDFLFNNLEIINNSAILLDSILKENSLNKIIEISSKLLDNPLILIDNSFKIIAYSNSYDITDIYWKENIKNGYCSYDFIVAVNKIINLKKASKNHDTFEVICGENPVIKLVCKVTIDEKVTGYLLALSSNKPFSDNDNDTLKLISKIIGMEIKKNNLYNNIDNIAYENLLLDLLEDKILNSKILSDRLKNIKHNLGKYFYVFSFDISNYNLNGKKNNYLSKNITNLFQGKNSIYYKNNIIMLYDFNDINLDINKAKYTWEKFLIKNNIKLAISKSFINLLEFKKYYIQSLKALELGKILKPNYHIVFYEELQFYDLISFINKEINLKEYCHKSLKSLNQYDEINNTNYYHTLFLYLKNNQNSTLTAKDLFIHRNTI

Crispr_ID: NZ_LT906477_2

• CRISPR_ID: NZ_LT906477_2
• CRISPR_location: 979067-981180
• CRISPR_type: TypeI-B
• Repeat_type: NA
• Spacer_info: 31 spacers
• Cas_protein_info: RT,cas6,cas8b1,cas7,cas5,cas3,cas4,cas1

Consensus repeat of NZ_LT906477_2

Consensus_repeat	Method
GTTTTTAGAATAACTATGAGGGATTGAAAC	PILER-CR
GTTTTTAGAATAACTATGAGGGATTGAAAC	CRISPRCasFinder
GTTTTTAGAATAACTATGAGGGATTGAAAC	CRT

spacers of NZ_LT906477_2

>2.1|979097|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AATATACCAGTATTAAATATGTGATATAATATAAGCAG
>2.2|979165|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
ATGCTTTAAGACATCAATTAACCTTGCTAGAAGTCGATA
>2.3|979234|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TATTCTAGTTCATAGCTTTCTTCTAATTCCAATAGA
>2.4|979300|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TGGGTAGAAAGAAAATCGAGAACGCAAGATATACTTATG
>2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TTGCAAAATCTTTTAATCCTAAGTCAATTCCTACT
>2.6|979434|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AAAATTACAATGGGAAAACAAATGAAATAACTAATTTT
>2.7|979502|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TTTTTCTTTTCCCTGCTTCTATTGTATCGTCTGTAATTA
>2.8|979571|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
GAAGTTGAAAGAGGGAATGGAGCAAATGCAAGAAGT
>2.9|979637|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TCGATACTGAAATAAAACAATTAAAAAAATCAAATA
>2.10|979703|37|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AGTAGATACTACGCTCCTATTCTTTACTAAATCCCTA
>2.11|979770|37|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
ATGACTTAATACACATATTATTCAAGGGGATAGACCT
>2.12|979837|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AAATTTCAACAACGTACTTTATCAAGAATGAAATTAGGA
>2.13|979906|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TCCGGAATTTTAGCACAGGATAATAAAAAAGTTTTA
>2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
GAACAATGTTGGAGTATAAAGCTAATTGGTATGGAAGA
>2.15|980040|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TAAACTAGGAATAAATATAAAAGCAAGAGATAAGAA
>2.16|980106|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CTTTCACTAACCTTTTGAACCTTAGCATGTTTTTTAACA
>2.17|980175|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TTTGTTCTTCTATTTGAGGATAAATTATATCTTCATAC
>2.18|980243|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AACAAAAGATGAATTAATTAAATAAAAGGAGTTTGATA
>2.19|980311|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TATGGACCTTAATAAATTAAATGGTTATATAGGTAA
>2.20|980377|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CGTTGTATGTATTTCCAGAAACCCAGATCCAAGTCCCGC
>2.21|980446|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CTATCTCATCTCTTATATAGTTGTTTATGTTCTCTT
>2.22|980512|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TAACTCAGTTAAATATGTATTTAATAGAGTTGTAGT
>2.23|980578|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
GTAATCAAGACGTATTTAATGACAATGGCAGTGGGTAC
>2.24|980646|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
ATTGGAGTATTAAGAAGGCAGCAACCACACCGATT
>2.25|980711|37|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TGGTTATAACAATGATAAAGAATATGAGGAAATTTCT
>2.26|980778|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TCGTTGTGCTGTTTCCAACTTTGGTCACGTGTCTAA
>2.27|980844|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TGGGAAAGGGCTTTTTAGGTTGAACCCTTTAGAACC
>2.28|980910|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CATTTTCCACGAATGGTAATCTTAAAACTTCTCCTAATG
>2.29|980979|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CCAGCTTGGTTAACATTAAACAATTAAAAATAAAG
>2.30|981044|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AAAGATTCTTCGTTACCTCCAAGTCTGTCCGGATGTAAT
>2.31|981113|38|NZ_LT906477|CRISPRCasFinder,CRT
TCTTAAAATACATAGTAAATAATAGATAAACATACATA

CRISPR arrays and Neighbor proteins around NZ_LT906477_2

CRISPR arrays

The CRISPR arrays of NZ_LT906477_2

>merge|NZ_LT906477|2|979067-981180|PILER-CR,CRISPRCasFinder,CRT
GTTTTTAGAATAACTATGAGGGATTGAAACAATATACCAGTATTAAATATGTGATATAATATAAGCAGGTTTTTAGAATAACTATGAGGGATTGAAACATGCTTTAAGACATCAATTAACCTTGCTAGAAGTCGATAGTTTTTAGAATAACTATGAGGGATTGAAACTATTCTAGTTCATAGCTTTCTTCTAATTCCAATAGAGTTTTTAGAATAACTATGAGGGATTGAAACTGGGTAGAAAGAAAATCGAGAACGCAAGATATACTTATGGTTTTTAGAATAACTATGAGGGATTGAAACTTGCAAAATCTTTTAATCCTAAGTCAATTCCTACTGTTTTTAGAATAACTATGAGGGATTGAAACAAAATTACAATGGGAAAACAAATGAAATAACTAATTTTGTTTTTAGAATAACTATGAGGGATTGAAACTTTTTCTTTTCCCTGCTTCTATTGTATCGTCTGTAATTAGTTTTTAGAATAACTATGAGGGATTGAAACGAAGTTGAAAGAGGGAATGGAGCAAATGCAAGAAGTGTTTTTAGAATAACTATGAGGGATTGAAACTCGATACTGAAATAAAACAATTAAAAAAATCAAATAGTTTTTAGAATAACTATGAGGGATTGAAACAGTAGATACTACGCTCCTATTCTTTACTAAATCCCTAGTTTTTAGAATAACTATGAGGGATTGAAACATGACTTAATACACATATTATTCAAGGGGATAGACCTGTTTTTAGAATAACTATGAGGGATTGAAACAAATTTCAACAACGTACTTTATCAAGAATGAAATTAGGAGTTTTTAGAATAACTATGAGGGATTGAAACTCCGGAATTTTAGCACAGGATAATAAAAAAGTTTTAGTTTTTAGAATAACTATGAGGGATTGAAACGAACAATGTTGGAGTATAAAGCTAATTGGTATGGAAGAGTTTTTAGAATAACTATGAGGGATTGAAACTAAACTAGGAATAAATATAAAAGCAAGAGATAAGAAGTTTTTAGAATAACTATGAGGGATTGAAACCTTTCACTAACCTTTTGAACCTTAGCATGTTTTTTAACAGTTTTTAGAATAACTATGAGGGATTGAAACTTTGTTCTTCTATTTGAGGATAAATTATATCTTCATACGTTTTTAGAATAACTATGAGGGATTGAAACAACAAAAGATGAATTAATTAAATAAAAGGAGTTTGATAGTTTTTAGAATAACTATGAGGGATTGAAACTATGGACCTTAATAAATTAAATGGTTATATAGGTAAGTTTTTAGAATAACTATGAGGGATTGAAACCGTTGTATGTATTTCCAGAAACCCAGATCCAAGTCCCGCGTTTTTAGAATAACTATGAGGGATTGAAACCTATCTCATCTCTTATATAGTTGTTTATGTTCTCTTGTTTTTAGAATAACTATGAGGGATTGAAACTAACTCAGTTAAATATGTATTTAATAGAGTTGTAGTGTTTTTAGAATAACTATGAGGGATTGAAACGTAATCAAGACGTATTTAATGACAATGGCAGTGGGTACGTTTTTAGAATAACTATGAGGGATTGAAACATTGGAGTATTAAGAAGGCAGCAACCACACCGATTGTTTTTAGAATAACTATGAGGGATTGAAACTGGTTATAACAATGATAAAGAATATGAGGAAATTTCTGTTTTTAGAATAACTATGAGGGATTGAAACTCGTTGTGCTGTTTCCAACTTTGGTCACGTGTCTAAGTTTTTAGAATAACTATGAGGGATTGAAACTGGGAAAGGGCTTTTTAGGTTGAACCCTTTAGAACCGTTTTTAGAATAACTATGAGGGATTGAAACCATTTTCCACGAATGGTAATCTTAAAACTTCTCCTAATGGTTTTTAGAATAACTATGAGGGATTGAAACCCAGCTTGGTTAACATTAAACAATTAAAAATAAAGGTTTTTAGAATAACTATGAGAGATTGAAACAAAGATTCTTCGTTACCTCCAAGTCTGTCCGGATGTAATGTTTTTAGAATAACTATGAGGGATTGAAACTCTTAAAATACATAGTAAATAATAGATAAACATACATAGTTTTTAGAATAACTGTAAGCGTCAAAAAT

>NZ_LT906477|2|2|979067-981112|PILER-CR
GTTTTTAGAATAACTATGAGGGATTGAAAC	AATATACCAGTATTAAATATGTGATATAATATAAGCAG
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATGCTTTAAGACATCAATTAACCTTGCTAGAAGTCGATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TATTCTAGTTCATAGCTTTCTTCTAATTCCAATAGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGGTAGAAAGAAAATCGAGAACGCAAGATATACTTATG
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTGCAAAATCTTTTAATCCTAAGTCAATTCCTACT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAAATTACAATGGGAAAACAAATGAAATAACTAATTTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTTTCTTTTCCCTGCTTCTATTGTATCGTCTGTAATTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAGTTGAAAGAGGGAATGGAGCAAATGCAAGAAGT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCGATACTGAAATAAAACAATTAAAAAAATCAAATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	AGTAGATACTACGCTCCTATTCTTTACTAAATCCCTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATGACTTAATACACATATTATTCAAGGGGATAGACCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAATTTCAACAACGTACTTTATCAAGAATGAAATTAGGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCCGGAATTTTAGCACAGGATAATAAAAAAGTTTTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAACAATGTTGGAGTATAAAGCTAATTGGTATGGAAGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TAAACTAGGAATAAATATAAAAGCAAGAGATAAGAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	CTTTCACTAACCTTTTGAACCTTAGCATGTTTTTTAACA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTGTTCTTCTATTTGAGGATAAATTATATCTTCATAC
GTTTTTAGAATAACTATGAGGGATTGAAAC	AACAAAAGATGAATTAATTAAATAAAAGGAGTTTGATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TATGGACCTTAATAAATTAAATGGTTATATAGGTAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	CGTTGTATGTATTTCCAGAAACCCAGATCCAAGTCCCGC
GTTTTTAGAATAACTATGAGGGATTGAAAC	CTATCTCATCTCTTATATAGTTGTTTATGTTCTCTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TAACTCAGTTAAATATGTATTTAATAGAGTTGTAGT
GTTTTTAGAATAACTATGAGGGATTGAAAC	GTAATCAAGACGTATTTAATGACAATGGCAGTGGGTAC
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATTGGAGTATTAAGAAGGCAGCAACCACACCGATT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGTTATAACAATGATAAAGAATATGAGGAAATTTCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCGTTGTGCTGTTTCCAACTTTGGTCACGTGTCTAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGGAAAGGGCTTTTTAGGTTGAACCCTTTAGAACC
GTTTTTAGAATAACTATGAGGGATTGAAAC	CATTTTCCACGAATGGTAATCTTAAAACTTCTCCTAATG
GTTTTTAGAATAACTATGAGGGATTGAAAC	CCAGCTTGGTTAACATTAAACAATTAAAAATAAAG
GTTTTTAGAATAACTATGAGAGATTGAAAC	AAAGATTCTTCGTTACCTCCAAGTCTGTCCGGATGTAAT
GTTTTTAGAATAACTATGAGGGATTGAAAC

>NZ_LT906477|2|2|979067-981180|CRISPRCasFinder
GTTTTTAGAATAACTATGAGGGATTGAAAC	AATATACCAGTATTAAATATGTGATATAATATAAGCAG
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATGCTTTAAGACATCAATTAACCTTGCTAGAAGTCGATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TATTCTAGTTCATAGCTTTCTTCTAATTCCAATAGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGGTAGAAAGAAAATCGAGAACGCAAGATATACTTATG
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTGCAAAATCTTTTAATCCTAAGTCAATTCCTACT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAAATTACAATGGGAAAACAAATGAAATAACTAATTTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTTTCTTTTCCCTGCTTCTATTGTATCGTCTGTAATTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAGTTGAAAGAGGGAATGGAGCAAATGCAAGAAGT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCGATACTGAAATAAAACAATTAAAAAAATCAAATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	AGTAGATACTACGCTCCTATTCTTTACTAAATCCCTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATGACTTAATACACATATTATTCAAGGGGATAGACCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAATTTCAACAACGTACTTTATCAAGAATGAAATTAGGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCCGGAATTTTAGCACAGGATAATAAAAAAGTTTTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAACAATGTTGGAGTATAAAGCTAATTGGTATGGAAGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TAAACTAGGAATAAATATAAAAGCAAGAGATAAGAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	CTTTCACTAACCTTTTGAACCTTAGCATGTTTTTTAACA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTGTTCTTCTATTTGAGGATAAATTATATCTTCATAC
GTTTTTAGAATAACTATGAGGGATTGAAAC	AACAAAAGATGAATTAATTAAATAAAAGGAGTTTGATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TATGGACCTTAATAAATTAAATGGTTATATAGGTAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	CGTTGTATGTATTTCCAGAAACCCAGATCCAAGTCCCGC
GTTTTTAGAATAACTATGAGGGATTGAAAC	CTATCTCATCTCTTATATAGTTGTTTATGTTCTCTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TAACTCAGTTAAATATGTATTTAATAGAGTTGTAGT
GTTTTTAGAATAACTATGAGGGATTGAAAC	GTAATCAAGACGTATTTAATGACAATGGCAGTGGGTAC
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATTGGAGTATTAAGAAGGCAGCAACCACACCGATT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGTTATAACAATGATAAAGAATATGAGGAAATTTCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCGTTGTGCTGTTTCCAACTTTGGTCACGTGTCTAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGGAAAGGGCTTTTTAGGTTGAACCCTTTAGAACC
GTTTTTAGAATAACTATGAGGGATTGAAAC	CATTTTCCACGAATGGTAATCTTAAAACTTCTCCTAATG
GTTTTTAGAATAACTATGAGGGATTGAAAC	CCAGCTTGGTTAACATTAAACAATTAAAAATAAAG
GTTTTTAGAATAACTATGAGAGATTGAAAC	AAAGATTCTTCGTTACCTCCAAGTCTGTCCGGATGTAAT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCTTAAAATACATAGTAAATAATAGATAAACATACATA
GTTTTTAGAATAACTGTAAGCGTCAAAAAT

>NZ_LT906477|2|2|979067-981180|CRT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AATATACCAGTATTAAATATGTGATATAATATAAGCAG
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATGCTTTAAGACATCAATTAACCTTGCTAGAAGTCGATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TATTCTAGTTCATAGCTTTCTTCTAATTCCAATAGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGGTAGAAAGAAAATCGAGAACGCAAGATATACTTATG
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTGCAAAATCTTTTAATCCTAAGTCAATTCCTACT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAAATTACAATGGGAAAACAAATGAAATAACTAATTTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTTTCTTTTCCCTGCTTCTATTGTATCGTCTGTAATTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAGTTGAAAGAGGGAATGGAGCAAATGCAAGAAGT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCGATACTGAAATAAAACAATTAAAAAAATCAAATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	AGTAGATACTACGCTCCTATTCTTTACTAAATCCCTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATGACTTAATACACATATTATTCAAGGGGATAGACCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAATTTCAACAACGTACTTTATCAAGAATGAAATTAGGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCCGGAATTTTAGCACAGGATAATAAAAAAGTTTTA
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAACAATGTTGGAGTATAAAGCTAATTGGTATGGAAGA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TAAACTAGGAATAAATATAAAAGCAAGAGATAAGAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	CTTTCACTAACCTTTTGAACCTTAGCATGTTTTTTAACA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTGTTCTTCTATTTGAGGATAAATTATATCTTCATAC
GTTTTTAGAATAACTATGAGGGATTGAAAC	AACAAAAGATGAATTAATTAAATAAAAGGAGTTTGATA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TATGGACCTTAATAAATTAAATGGTTATATAGGTAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	CGTTGTATGTATTTCCAGAAACCCAGATCCAAGTCCCGC
GTTTTTAGAATAACTATGAGGGATTGAAAC	CTATCTCATCTCTTATATAGTTGTTTATGTTCTCTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TAACTCAGTTAAATATGTATTTAATAGAGTTGTAGT
GTTTTTAGAATAACTATGAGGGATTGAAAC	GTAATCAAGACGTATTTAATGACAATGGCAGTGGGTAC
GTTTTTAGAATAACTATGAGGGATTGAAAC	ATTGGAGTATTAAGAAGGCAGCAACCACACCGATT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGTTATAACAATGATAAAGAATATGAGGAAATTTCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCGTTGTGCTGTTTCCAACTTTGGTCACGTGTCTAA
GTTTTTAGAATAACTATGAGGGATTGAAAC	TGGGAAAGGGCTTTTTAGGTTGAACCCTTTAGAACC
GTTTTTAGAATAACTATGAGGGATTGAAAC	CATTTTCCACGAATGGTAATCTTAAAACTTCTCCTAATG
GTTTTTAGAATAACTATGAGGGATTGAAAC	CCAGCTTGGTTAACATTAAACAATTAAAAATAAAG
GTTTTTAGAATAACTATGAGAGATTGAAAC	AAAGATTCTTCGTTACCTCCAAGTCTGTCCGGATGTAAT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TCTTAAAATACATAGTAAATAATAGATAAACATACATA
GTTTTTAGAATAACTGTAAGCGTCAAAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
NZ_LT906477.1|WP_157726533.1|975845_976022_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_169712383.1|966476_967232_+|polysaccharide-deacetylase-family-protein	unknown	unknown	gnl|CDD|213023
NZ_LT906477.1|WP_095177630.1|977158_978844_+|cobaltochelatase-subunit-CobN	unknown	unknown	gnl|CDD|376805
NZ_LT906477.1|WP_095177629.1|976867_977107_+|cobaltochelatase-subunit-CobN	unknown	unknown	gnl|CDD|376805
NZ_LT906477.1|WP_160110524.1|964483_965506_-|G5-domain-containing-protein	unknown	unknown	gnl|CDD|226111
NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|224499
NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NZ_LT906477.1|WP_095177631.1|981575_981926_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	unknown	unknown	gnl|CDD|377551
NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09692_cas5_CAS-I-B	gnl|CDD|187823
NZ_LT906477.1|WP_089867660.1|963859_964426_+|rubrerythrin-family-protein	unknown	unknown	gnl|CDD|224508
NZ_LT906477.1|WP_095177632.1|982015_983650_+|IS66-family-transposase	unknown	unknown	gnl|CDD|376980
NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
NZ_LT906477.1|WP_096635641.1|976144_976450_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177364.1|981249_981582_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein	cas8b1	pfam09484_cas8b1_CAS-I-B	gnl|CDD|187861
NZ_LT906477.1|WP_095177626.1|973948_975358_+|group-II-intron-reverse-transcriptase/maturase	RT	pfam00078_RT_CAS-I:CAS-III	gnl|CDD|275209
NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2	cas7	cd09690_cas7_CAS-I-B	gnl|CDD|377458
NZ_LT906477.1|WP_095177625.1|971749_973003_+|transposase	unknown	unknown	gnl|CDD|376573
NZ_LT906477.1|WP_095177624.1|967384_969727_+|EAL-domain-containing-protein	unknown	unknown	gnl|CDD|236645

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	6.8e-136	447.3	18.7
NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	2.6e-49	163.0	10.9
NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	1.4e-54	180.2	37.5
NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09692_cas5_CAS-I-B	3.7e-37	122.4	0.9
NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein	cas8b1	pfam09484_cas8b1_CAS-I-B	2.9e-146	483.2	71.7
NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2	cas7	cd09690_cas7_CAS-I-B	7.4e-73	240.0	1.7
NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8e-53	173.6	2.9
NZ_LT906477.1|WP_095177626.1|973948_975358_+|group-II-intron-reverse-transcriptase/maturase	RT	pfam00078_RT_CAS-I:CAS-III	2.8e-56	185.2	0.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	6.86221e-158
NZ_LT906477.1|WP_095177632.1|982015_983650_+|IS66-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.	3.22828e-105
NZ_LT906477.1|WP_169712383.1|966476_967232_+|polysaccharide-deacetylase-family-protein	gnl|CDD|213023	cd10918, CE4_NodB_like_5s_6s, Putative catalytic NodB homology domain of PgaB, IcaB, and similar proteins which consist of a deformed (beta/alpha)8 barrel fold with 5- or 6-strands. This family belongs to the large and functionally diverse carbohydrate esterase 4 (CE4) superfamily, whose members show strong sequence similarity with some variability due to their distinct carbohydrate substrates. It includes bacterial poly-beta-1,6-N-acetyl-D-glucosamine N-deacetylase PgaB, hemin storage system HmsF protein in gram-negative species, intercellular adhesion proteins IcaB, and many uncharacterized prokaryotic polysaccharide deacetylases. It also includes a putative polysaccharide deacetylase YxkH encoded by the Bacillus subtilis yxkH gene, which is one of six polysaccharide deacetylase gene homologs present in the Bacillus subtilis genome. Sequence comparison shows all family members contain a conserved domain similar to the catalytic NodB homology domain of rhizobial NodB-like proteins, which consists of a deformed (beta/alpha)8 barrel fold with 6 or 7 strands. However, in this family, most proteins have 5 strands and some have 6 strands. Moreover, long insertions are found in many family members, whose function remains unknown.	8.45294e-62
NZ_LT906477.1|WP_095177630.1|977158_978844_+|cobaltochelatase-subunit-CobN	gnl|CDD|376805	pfam02514, CobN-Mg_chel, CobN/Magnesium Chelatase. This family contains a domain common to the cobN protein and to magnesium protoporphyrin chelatase. CobN is implicated in the conversion of hydrogenobyrinic acid a,c-diamide to cobyrinic acid. Magnesium protoporphyrin chelatase is involved in chlorophyll biosynthesis.	1.28004e-146
NZ_LT906477.1|WP_095177629.1|976867_977107_+|cobaltochelatase-subunit-CobN	gnl|CDD|376805	pfam02514, CobN-Mg_chel, CobN/Magnesium Chelatase. This family contains a domain common to the cobN protein and to magnesium protoporphyrin chelatase. CobN is implicated in the conversion of hydrogenobyrinic acid a,c-diamide to cobyrinic acid. Magnesium protoporphyrin chelatase is involved in chlorophyll biosynthesis.	1.40345e-13
NZ_LT906477.1|WP_160110524.1|964483_965506_-|G5-domain-containing-protein	gnl|CDD|226111	COG3583, COG3583, Uncharacterized protein conserved in bacteria [Function unknown].	3.33577e-51
NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.6394e-67
NZ_LT906477.1|WP_095177631.1|981575_981926_+|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.	6.45407e-46
NZ_LT906477.1|WP_089867660.1|963859_964426_+|rubrerythrin-family-protein	gnl|CDD|224508	COG1592, COG1592, Rubrerythrin [Energy production and conversion].	2.9778e-62
NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|224499	COG1583, COG1583, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	7.08557e-38
NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	8.73488e-48
NZ_LT906477.1|WP_095177624.1|967384_969727_+|EAL-domain-containing-protein	gnl|CDD|236645	PRK10060, PRK10060, cyclic di-GMP phosphodiesterase.	2.92753e-108
NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|187823	cd09692, Cas5_I-B, CRISPR/Cas system-associated RAMP superfamily protein Cas5. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex.	1.60278e-26
NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein	gnl|CDD|187861	cd09730, Cas8a1_I-A, CRISPR/Cas system-associated protein Cas8a1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; signature gene for I-A subtype; also known as TM1802 family.	1.32619e-107
NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2	gnl|CDD|377458	pfam05107, Cas_Cas7, CRISPR-associated protein Cas7. CRISPR-associated protein Cas7 is one of the components of the type I-B cascade-like antiviral defense complex. In Haloferax volcanii, Cas5, Cas6 and Cas7 form a small complex that aids the stability of CRISPR-derived RNA.	4.93983e-68
NZ_LT906477.1|WP_095177625.1|971749_973003_+|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.	4.18111e-07
NZ_LT906477.1|WP_095177626.1|973948_975358_+|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].	0

Protein sequences

>NZ_LT906477.1|WP_095177630.1|977158_978844_+|cobaltochelatase-subunit-CobN
MPGFEEAVSFIKEYIQNNSKNATLIKKLCENDYIYNVTIMELIEEYIKIGRYIQSGDSTKIGEELYEKYKHIEKTILDNLRDEILNIYDKLKLVKFETKNLIKGLNGSFVEPGLSGMPCDDLENILPTGRNFYLMDYEKIPTKEAYKIGCKLANGIIEKYIEEEGTIPEKIAMNMISTDISMAKGEQLSQMLYLMGITHVWDQSGKVVDLEAIPLEKLKRPRIDVIVRISGVLRDAYPNVINLMDKGTVIASSLEEPFESNFVRKNTFEIARVLKELGENEDIERRSTMRVFGDKPGTYGSGVNLALMASAWKDEKDIGKIFVYFSSHAYGENLNGRMAKHEFVENIKASEISYDTTISNRYDVLSSGFAASVQGGFRAVKKLLSGKEMKQYHGGTENKDNIRICTLKEEIKKTMEETFFNPLWKENVKKNGYTGASEFMRRIQSVFDWQCLSKNIDNKDIDKLVDLYVNDEEMVKWFSEHNKYAVEEIGRRFLELYERKKWNPDKEILDKLRKNYIKIEGDMEELSENSKGEIQGGDIEILNYEDIESWSDKLKDVDDIF
>NZ_LT906477.1|WP_095177629.1|976867_977107_+|cobaltochelatase-subunit-CobN
MAIFLHNAPCSGVEATVGLGAGLDVFESVVNILKELKKNGYKKLLNKKLIGKIKEINGAEEIVNSKENFIEGVEKLKDY
>NZ_LT906477.1|WP_096635641.1|976144_976450_+|hypothetical-protein
MKMYDMAGGDYVFKYVEKDKSGANSIIFEDFYAKSSNTYIYVCELMGKTRPKNIDEFVKQVSIMKNMKSIKNGELRVSQPCWYQSVDKLDEIIEDLAAIYH
>NZ_LT906477.1|WP_157726533.1|975845_976022_+|hypothetical-protein
MILKCVTTYDVDKGHIDEINDRMKIGIPYVVEASSLENYPLERMDKVYGCFLQQRRYS
>NZ_LT906477.1|WP_095177626.1|973948_975358_+|group-II-intron-reverse-transcriptase/maturase
MKNTKKCDESRQLHIEGYLQKDRVELEEYVGAPSISLTLDKKQNAEIKYVSGLLEKIIDRNNLNQAFKRVKANKGSHGIDGMEVDGLLQYLKENVDSLRQSILEGSYKPNPVRRVEIPKQDGKKRPLGIPTAVDRVIQQAIAQVLSPIFEEKFSENSYGFRPSRSAHQAILKCKEYMDNGYKWAVDIDLEKYFDTVNHDKLIGLVYKEIKDIRVISLIRKYLQAGVMINGVINSTEKGVPQGGNLSPLLSNIMLNELDKELEKRELNFCRYADDCNIYVKSRKAAIRVMENITRFIEEDLKLKVNKEKSKVDRPWKLKYLGFSFYNKKGEMGIRVHNKSIEKLKATLKKITSRSNAMSMEYRAIKLRQMMTGWINYFKLADLKSTLRELDGWLRRRLRLCYWKQWKKIKTKHDNLVKLGVNNFKAWEYANTRKGYWRISNSPVLDTTLSNNYLKEQGFITLTESYLRFR
>NZ_LT906477.1|WP_095177625.1|971749_973003_+|transposase
MNKSYLKQLLTYINKVYDIGEKIKTLKDKKVKSPVKISTITFVVLFGFMLQIRSFNRLEHWLKKGKFKKVLPKKTKMLRIDAVRRSLSEFDLDGLKEMHKHIIKTTVKNKVFRSGTIDGLKVVAIDGVELFESTKKCCDKCLSRVCKDGLTHYFHRSVVCSTVGSDPHIILGQEMLEPKKDSSDKDEGELTGGKRLIKKLYKEHHHFTDIIVADALYCKSTWIKEVLSIGMDAVVRVKEERLNIVKDALALFKCRQANKEWIVNKGSKSYIKIQAWDEDNFEMADSEIKVRFIKFVEEIYNGDKSEIKETWIITTDKFTSAETLWKIIHKRWDIENNTFHQLKTEWHLDHCFLHSPTGVETVLMFIIIAFNLMQLYFFKCIRNFRKKHMLQVDIIEDIRDERLTIEDNWDNPLFVKT
>NZ_LT906477.1|WP_095177624.1|967384_969727_+|EAL-domain-containing-protein
MNEAKKIKYQLTILIIFFLIYNIAIIYENNYWGNILSPVIAFLTSYFLIIISKKIDIYKNNWMLLALSCLSWGICDLLWGIYDLIFKINPENIDLFMYIYIIPNLFIISTVILYFIKNIKKLEYVQLIVDTTTTLILMLSFFWILILGEQFEFILSNIYELTTFLYIATDFISLSIIYIMFISIRSKKKSVTNILIVLGIIVYTISELLYVHQKLMGVYIPNSILDGLFMLTFILFAIAGAYKLLYEKQYIEESFNLPDNIDNNKKGRLILLIPLIMLFMLHKLDIQWIIFFTGIILIHKVLSSYVKISTYNKYMLDKEIEINDLLEKKIEERTKELIKANDRLKVLSQQDVLTNLYNRRYFMKKIDEMILTKKTDETIVVFYMDLNGFKIINDSYGHDMGDKVLLEVSNRLESFIPDDAILARLGGDEFIIARKGVWDLIEIQDFVEEMASLYEKPIIIEPYKFKVSFSVGIAMCAEDNLDRNTLIKNADVAMYYAKEDLNKMYVFYDKNLSRKVERKNKLELLLKNAVFDEEFEIHYQPQFNSNTKEIIGVEALIRWNSPLEGIISPVEFIPIAETCGIIVDIGYWVMKNAIKQVSYWNKYNNMNLRVAINVSPKQINSLDFIKNLKTIIQHNEIDPKLIDIEITENIELTQEGVIKEVLEELACIGVKISIDDFGTGYSSLSYIKRFHIDRLKIAKELVDNISSDSVNLKVVKAIIMIAKTMNIKTIAEGVEDEFQLQKLIELGCDEIQGYIWDKPLKIKEFEKKYLSKTGRVIDFL
>NZ_LT906477.1|WP_169712383.1|966476_967232_+|polysaccharide-deacetylase-family-protein
MLKKIYKIIFPILIIVFVLPGFLNQSHSKSEKESSIPIFMYHSISENEKGLFKVPEDNFYKQMKYLKDNGYNTLSLDELYDHLTNNIPFLDKSVVITFDDGYSDNYKNAYPILKEFGLRATIFTITDYIEGSSYFMNSDQLKEVALNGIDIESHTTNHSKLDKLSKEDRARNLRESKNTIEKLLDKEVKYIAYPFGKYNKEVIEDLKEEGYKMAFTTKRGIANSNNGLYELKRVFISGYTNIKKFKRKIEN
>NZ_LT906477.1|WP_160110524.1|964483_965506_-|G5-domain-containing-protein
MISNLKDFFKRNNSKKSTAQILVLLSVIVITTFVALSRKTVTLAIDGEEKKFTTYQSNVQSFLDKENIKLNPKDKIDKDMDSKLSNKDVINIRRAVNVKINVDNKELAIKSAEKDVASMLKAEKIVLGSDDKVLPTKNTALTDGMKVDITRVEKKTITLSAPVNFNTVVKNDTSMLKSQKKVLQEGEKGEKQITTNVVYENGKETSRKVIKEIITKKPKDKIIAQGTLSPTPVSRGTSNSFANSGVLRVKATAYWAVNGVNNTYTYSGRKAVRNPNGYSTIAVDPRVIPLGTKLYVEGYGYAIAADTGTSVKGNFIDVYFDTYKEACNWGLKYVNVYIQN
>NZ_LT906477.1|WP_089867660.1|963859_964426_+|rubrerythrin-family-protein
MSVKNAMTADFLRSAYGGESMAHMRYLVWGESAKKDGFPNIGRLFEAVAYAERVHASNHFTVLKEQVGDFTVPAGAVFGKTNIVENLQGAINGELHEIEQMYPVYLETAKFQEEKDAQRSFHYAVEAEKQHAELFKKAQDLAKENKDMEDNKFYVCPVCGFTIEVESLDQVPDKCPVCGVPKDKFKEF
>NZ_LT906477.1|WP_095177364.1|981249_981582_+|hypothetical-protein
MYKKLDNDAWEEYLNKFNSVKDTITVKDFCAENNLNKSQFYYHKKRVEKAIESKEPVFQPISLNSKVDNTKENKSTLKEVKINVGNANILIPVSEATLITAIIKELILKC
>NZ_LT906477.1|WP_095177631.1|981575_981926_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINLDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477.1|WP_095177632.1|982015_983650_+|IS66-family-transposase
MSYEILTNELDENTKALIEKMEHEINRKDKELNSKDEEIKKLKNELEFLKGVISNRNRKIFGASSEQVDANQLSLFNEAEKFSDTKVEKPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGDDLNCKECGEELTPIGVKSRKEIVKYIPAKLIIEEHVIYSYACKTCERATGESKIVSPEAPKTIFYNSMASNELIAHTLILKYQHAMPLYRQETYFDMMGASLSRQTLCNWTMSAADALEPIYNHMKKELLSRNYINADETTLKVINDNGKDSKTKKYMWLYMSNTKSKPVILYDYQRTRSSSCPKNFLGDFKGFLQTDGYNGYNSVSGATRVYCLAHIRRYFHNIIVDLDEEALKNSRAIIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6
MRANLEISFSDKLEVPIQYNYLVQAMILNWLGDEKYQKFIHDKGYEYNNRSYKMYTFSKLYGKFSVNSKNGIITFFDKVNLIVSSLDTRFIQYLASNVIMEDNLRLGKNSVKVNKIETSYNELGNSEKIYTKSPITVYSTLQNADKKKTYYYSPYEEEFNELIRNNLINKYKALYNKFPQNDSFDIKLLSTREPKESVLNYKGTIIKGWNGEFLIKGSKELLQIAYDAGLGSKNSQGFGCIELKK
>NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein
MQEGIYQIGCAVALDSSEEDRIVQKIPTEKKGKVQHILKINFNTKDETLSIDGNEEVKKDSHKKYLFVDKVGGPNSPQWLVTRNSLQYHVSETINSLTDLDFGQEINENIKQVLQKFFIDLGEEVDKKYRYILDFKKFNIVEEDLKEEFNKILEEENTEDKKEIKKLAKTFTNKYVKIFENYIKEKTSLKPNEIAIYTIFINDKALAQTKEYREVVVDKKLGGKPKKKGKTKELVCSMCNSTSSDIGDTKKLSLKFYTTNQVIFSSDLTGDYTKNMVLCEECLNNIMAGENYIKDNLNTNIAGLSVYLIPHFIFGQPLDKNSLDNTTKWIKNSFNTVKNIKSIEKFKEHATSEKKLEDEIEDKNSYFLLNILFYKRVNQATKIKRLIKDINPSIFDEIYKSQSKARQVYEKAIDKSLKTFLGLESIYYLTPIRIKDGEMQQYNNLLYMYDAIFTKRTLDKKVIIKSILDAIVIKYLKKEGYNIKAGENNEIRDMVIQSGMYLKFLEYLGCIKGSEKMDVTKLIVKDDIKNYIDNMSYNEEETAMFLLGYLMGEIGNCEYKRAKEGKKPILNKLNYSGIDKNKIIRLSNLVFNKLRQEKILTYNEIIYNQCKQLIDENLNHWKMDKSENLYYILSGYSYSSTKAILNSKKENNEEKENEGGNVNEQ
>NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2
MNNSEILYLYDAKLTNPNGDPDEENRPRMDYERDINLVSDLRLKRYIRDYLLSRGYELFVMKLNDKPVTAEKRTKALKSFDDDTILDTLIDVRMFGATMPVKGDNKTFIGPIQFNWGYSLNKVELLESSITSHFSTGENKIQGAIGKDYRVKYSLIAFSGVVSGKRAQKTKLKNEDIELLDEAMKNAIPELVTRSKIGQYPRLYMRVEYKDDETILGDLRDYISLKQTEESIRDIRECELEIDELVDFLNKNKDRIKCINYHYDERLKLSLKGENVEFKQAFSNIEIKEI
>NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5
MDILIVDIKGKFAHFRKFYTNSSSLSYSVPPRTTIAGMLAGILGYDRDSYYEIFSKEQLNIAIRKLTPTRKIMQSLNYIKADNPGKILNPKEHTQIPFEIITSDKGRVSYRIYINHRDKNIMDELQKRILEKKYYYSPYLGAAPFNCTFEFVDRVQGTLMKEKEEVLIYSLINKESINKCFVTLEDKELFLVKEKMPSEILKNRVIEKVDNYIYDENTNSLKVNLNCNYIKLKYKFTEENILFM
>NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3
MKFYSHKDKLIIEHLKEVRDLSKNNIPKDLENANNITSVCHDFGKYTTYFQEYLFSKDKNKSELSNHGFISAVFAAYVALCIYGKKTYMPYIIYNCVLHHHGSLENPSLDLPKDFSKIDENEDEVLLNKIDNCKKQLKDIKNNRKYIEKDYEELGFIDEFNSFLDKEPIDDTLLNIKKLDSIFDMKNKDEKFYFIHQLLYSALISADKISASNTYMPSIKYAEYEFLNKVKEDKFKNGELSKINKIRGEIFYNIQNELEKNYKDEKIFSITSPTGTGKTLSGFFAALKLKDLLKDNRKIIYSLPFTSIIDQNYESIYELLESIENFSKCENEYIIKHHNLSNVEYSSENENYDKNKAELLIENWTSGIVVTTFVQLLQTLIGNKNRMLKKFNSMRGAIILLDEIQAIDIKYLRLVDFILKGAVKYLDCRIIMMTATKPLILKESCELLYNNEEYFKMFNRTSIMPKINPITVEEFIEEFTNNIEEKSYLIICNTINQSLKIYDSLKNLDREVYYLSTNLLPFHRKNIINEVSYMLKKGENIILVSTQVVEAGVDFDFDVVIRDIGPMDSIIQAAGRCNRNGKKKNGEVYLYSMINDKEEYFGNIIYGKSIIAISKELLENKDLIPEKEYFYIIKEYFEKVNENINTEASDEFMESIKKLYFSYAPEEKYSINKFSLIKNNPDYIDVYFIINDEAEEVYKKFLNMLSEKDIIKRKYIYLQIKNKLKEYTLSLPSKYHGNFTKSVVPNIPFLVLPKEGCDDLYHPKTGFKREEEDFMVF
>NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4
MDINGTHIWYYKICKRETWLMMRNIVPDQHDENIDLGRFMHEFYYKRDKKEIAFGNVKFDILFQSKNEIVIGENKKSSKYEEASKWQLLYYLKVLKKAGINAKGQLVYPSERKRVNLELTKEVEDELNNIIDEIEKLSKMRKPPKVKKISFCKNCGYREFCFS
>NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1
MKKDIYIFNDGDLKRKDNTLYFESDGKKKYIPVEEINNLYVFSEITLNKRFLDFASQKEICIHFFNYFGYYMGTFYPREHLNSGYVILNQAKYYLDYDKRLDLAKRIINTAIYNIIVVLRYYKNRGIDLEEEINNIEYKQYSIDTLESIEELMAIEGNIRETYYKTFAKIIKNKEFEFTVRSRRPPLDKINALISFGNSLMYSTVLGEIYETHLDPRIGYLHSTNMRRFTLNLDVAEIFKPIIVDRIIFSLLNRKVITEKDFEKNFNGILLTDKGKMKFLKEYNDKLYSTIKHRKLNKNVSYKRLIRMELYKIQKHIIEDEPYEGFVMNW

Crispr_ID: NZ_LT906477_3

• CRISPR_ID: NZ_LT906477_3
• CRISPR_location: 992860-993353
• CRISPR_type: TypeI-B
• Repeat_type: NA
• Spacer_info: 7 spacers
• Cas_protein_info: cas2,cas1,cas4,cas3,cas5,cas7,cas8b1,cas6

Consensus repeat of NZ_LT906477_3

Consensus_repeat	Method
GTTTTTAGAATAACTATGAGGGATTGAAAC	CRISPRCasFinder
GTTTTTAGAATAACTATGAGGGATTGAAAC	CRT
TTTTTAGAATAACTATGAGGGATTGAAAC	PILER-CR

spacers of NZ_LT906477_3

>3.1|992890|37|NZ_LT906477|CRISPRCasFinder,CRT
GAAAATTCACGAATAGTGTAAAAGATGCAGGTGGAAT
>3.2|992957|36|NZ_LT906477|CRISPRCasFinder,CRT
CAGATTCGGCTGTTAGGTAGTCGCCTAACTGTTGAT
>3.3|993023|38|NZ_LT906477|CRISPRCasFinder,CRT
AAAACTTGAAGAAACATTTTTCTTTTTGTCGCTGTGCT
>3.4|993091|36|NZ_LT906477|CRISPRCasFinder,CRT
TTAAATACATAATCTATTTTTTTGAATCTGTTTCTT
>3.5|993157|37|NZ_LT906477|CRISPRCasFinder,CRT
TTTAATGCATTAGTAGCCTCTGTAAAAGGTTTTCCCC
>3.6|993224|36|NZ_LT906477|CRISPRCasFinder,CRT
GAAGCTCCGCCAGATTTTGTGTATGTCGTTCCTTTG
>3.7|993290|34|NZ_LT906477|CRISPRCasFinder,CRT
AAAAAATGAAGTATAAACGACCGTAGAGTTTTCT
>3.8|992890|38|NZ_LT906477|PILER-CR
GAAAATTCACGAATAGTGTAAAAGATGCAGGTGGAATG
>3.9|992957|37|NZ_LT906477|PILER-CR
CAGATTCGGCTGTTAGGTAGTCGCCTAACTGTTGATG
>3.10|993023|39|NZ_LT906477|PILER-CR
AAAACTTGAAGAAACATTTTTCTTTTTGTCGCTGTGCTG
>3.11|993091|37|NZ_LT906477|PILER-CR
TTAAATACATAATCTATTTTTTTGAATCTGTTTCTTG
>3.12|993157|38|NZ_LT906477|PILER-CR
TTTAATGCATTAGTAGCCTCTGTAAAAGGTTTTCCCCG
>3.13|993224|37|NZ_LT906477|PILER-CR
GAAGCTCCGCCAGATTTTGTGTATGTCGTTCCTTTGA
>3.14|993290|35|NZ_LT906477|PILER-CR
AAAAAATGAAGTATAAACGACCGTAGAGTTTTCTA

CRISPR arrays and Neighbor proteins around NZ_LT906477_3

CRISPR arrays

The CRISPR arrays of NZ_LT906477_3

>merge|NZ_LT906477|3|992860-993353|CRISPRCasFinder,CRT,PILER-CR
GTTTTTAGAATAACTATGAGGGATTGAAACGAAAATTCACGAATAGTGTAAAAGATGCAGGTGGAATGTTTTTAGAATAACTATGAGGGATTGAAACCAGATTCGGCTGTTAGGTAGTCGCCTAACTGTTGATGTTTTTAGAATAACTATGAGGGATTGAAACAAAACTTGAAGAAACATTTTTCTTTTTGTCGCTGTGCTGTTTTTAGAATAACTATGAGGGATTGAAACTTAAATACATAATCTATTTTTTTGAATCTGTTTCTTGTTTTTAGAATAACTATGAGGGATTGAAACTTTAATGCATTAGTAGCCTCTGTAAAAGGTTTTCCCCGTTTTTAGAATAACTATGAGGGATTGAAACGAAGCTCCGCCAGATTTTGTGTATGTCGTTCCTTTGATTTTTAGAATAACTATGAGGGATTGAAACAAAAAATGAAGTATAAACGACCGTAGAGTTTTCTATTTTTAGAATAACTATGAGGGATTGAAAC

>NZ_LT906477|3|3|992860-993353|CRISPRCasFinder
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAAATTCACGAATAGTGTAAAAGATGCAGGTGGAAT
GTTTTTAGAATAACTATGAGGGATTGAAAC	CAGATTCGGCTGTTAGGTAGTCGCCTAACTGTTGAT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAAACTTGAAGAAACATTTTTCTTTTTGTCGCTGTGCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTAAATACATAATCTATTTTTTTGAATCTGTTTCTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTAATGCATTAGTAGCCTCTGTAAAAGGTTTTCCCC
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAGCTCCGCCAGATTTTGTGTATGTCGTTCCTTTG
ATTTTTAGAATAACTATGAGGGATTGAAAC	AAAAAATGAAGTATAAACGACCGTAGAGTTTTCT
ATTTTTAGAATAACTATGAGGGATTGAAAC

>NZ_LT906477|3|3|992860-993353|CRT
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAAATTCACGAATAGTGTAAAAGATGCAGGTGGAAT
GTTTTTAGAATAACTATGAGGGATTGAAAC	CAGATTCGGCTGTTAGGTAGTCGCCTAACTGTTGAT
GTTTTTAGAATAACTATGAGGGATTGAAAC	AAAACTTGAAGAAACATTTTTCTTTTTGTCGCTGTGCT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTAAATACATAATCTATTTTTTTGAATCTGTTTCTT
GTTTTTAGAATAACTATGAGGGATTGAAAC	TTTAATGCATTAGTAGCCTCTGTAAAAGGTTTTCCCC
GTTTTTAGAATAACTATGAGGGATTGAAAC	GAAGCTCCGCCAGATTTTGTGTATGTCGTTCCTTTG
ATTTTTAGAATAACTATGAGGGATTGAAAC	AAAAAATGAAGTATAAACGACCGTAGAGTTTTCT
ATTTTTAGAATAACTATGAGGGATTGAAAC

>NZ_LT906477|3|3|992861-993353|PILER-CR
TTTTTAGAATAACTATGAGGGATTGAAAC	GAAAATTCACGAATAGTGTAAAAGATGCAGGTGGAATG
TTTTTAGAATAACTATGAGGGATTGAAAC	CAGATTCGGCTGTTAGGTAGTCGCCTAACTGTTGATG
TTTTTAGAATAACTATGAGGGATTGAAAC	AAAACTTGAAGAAACATTTTTCTTTTTGTCGCTGTGCTG
TTTTTAGAATAACTATGAGGGATTGAAAC	TTAAATACATAATCTATTTTTTTGAATCTGTTTCTTG
TTTTTAGAATAACTATGAGGGATTGAAAC	TTTAATGCATTAGTAGCCTCTGTAAAAGGTTTTCCCCG
TTTTTAGAATAACTATGAGGGATTGAAAC	GAAGCTCCGCCAGATTTTGTGTATGTCGTTCCTTTGA
TTTTTAGAATAACTATGAGGGATTGAAAC	AAAAAATGAAGTATAAACGACCGTAGAGTTTTCTA
TTTTTAGAATAACTATGAGGGATTGAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_LT906477.1|WP_157726535.1|993599_994481_-|IS66-family-transposase	unknown	unknown	gnl|CDD|376980
NZ_LT906477.1|WP_095177364.1|995452_995785_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|224499
NZ_LT906477.1|WP_095177639.1|992366_992630_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NZ_LT906477.1|WP_095177365.1|995108_995459_-|IS66-family-insertion-sequence-element-accessory-protein-TnpB	unknown	unknown	gnl|CDD|377551
NZ_LT906477.1|WP_095177632.1|982015_983650_+|IS66-family-transposase	unknown	unknown	gnl|CDD|376980
NZ_LT906477.1|WP_095177641.1|994485_995019_-|IS66-family-transposase-zinc-finger-binding-domain-containing-protein	unknown	unknown	gnl|CDD|379016
NZ_LT906477.1|WP_078024875.1|998267_1000430_+|YhgE/Pip-domain-containing-protein	unknown	unknown	gnl|CDD|224428
NZ_LT906477.1|WP_078024872.1|1001609_1002053_-|cell-wall-hydrolase	unknown	unknown	gnl|CDD|377847
NZ_LT906477.1|WP_078024877.1|996932_997142_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|238045
NZ_LT906477.1|WP_095177631.1|981575_981926_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB	unknown	unknown	gnl|CDD|377551
NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09692_cas5_CAS-I-B	gnl|CDD|187823
NZ_LT906477.1|WP_078024873.1|1001117_1001588_-|alginate-lyase	unknown	unknown	unknown
NZ_LT906477.1|WP_078024876.1|997223_997952_+|glycerophosphodiester-phosphodiesterase	unknown	unknown	gnl|CDD|176506
NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein	cas8b1	pfam09484_cas8b1_CAS-I-B	gnl|CDD|187861
NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2	cas7	cd09690_cas7_CAS-I-B	gnl|CDD|377458
NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NZ_LT906477.1|WP_078024874.1|1000549_1000897_+|cupin-domain-containing-protein	unknown	unknown	gnl|CDD|380358

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	2.6e-49	163.0	10.9
NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	6.8e-136	447.3	18.7
NZ_LT906477.1|WP_095177639.1|992366_992630_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	5.6e-29	94.9	0.2
NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09692_cas5_CAS-I-B	3.7e-37	122.4	0.9
NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	1.4e-54	180.2	37.5
NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein	cas8b1	pfam09484_cas8b1_CAS-I-B	2.9e-146	483.2	71.7
NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2	cas7	cd09690_cas7_CAS-I-B	7.4e-73	240.0	1.7
NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8e-53	173.6	2.9

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_LT906477.1|WP_157726535.1|993599_994481_-|IS66-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.	1.00754e-78
NZ_LT906477.1|WP_078024877.1|996932_997142_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	7.78731e-07
NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|224499	COG1583, COG1583, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	7.08557e-38
NZ_LT906477.1|WP_095177639.1|992366_992630_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	3.6689e-31
NZ_LT906477.1|WP_095177365.1|995108_995459_-|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.	5.7891e-46
NZ_LT906477.1|WP_095177632.1|982015_983650_+|IS66-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.	3.22828e-105
NZ_LT906477.1|WP_095177641.1|994485_995019_-|IS66-family-transposase-zinc-finger-binding-domain-containing-protein	gnl|CDD|379016	pfam13005, zf-IS66, zinc-finger binding domain of transposase IS66. This is a zinc-finger region of the N-terminus of the insertion element IS66 transposase.	5.02155e-11
NZ_LT906477.1|WP_078024875.1|998267_1000430_+|YhgE/Pip-domain-containing-protein	gnl|CDD|224428	COG1511, COG1511, Predicted membrane protein [Function unknown].	6.52918e-121
NZ_LT906477.1|WP_078024872.1|1001609_1002053_-|cell-wall-hydrolase	gnl|CDD|377847	pfam07486, Hydrolase_2, Cell Wall Hydrolase. These enzymes have been implicated in cell wall hydrolysis, most extensively in Bacillus subtilis. For instance Bacillus subtilis steB is expressed during sporulation as an inactive form and then deposited on the cell outer cortex. During germination the the enzyme is activated and hydrolyzes the cortex. A similar role is carried out by the partially redundant Bacillus subtilis CwlJ. It is not clear whether these enzymes are amidases or peptidases.	6.14406e-28
NZ_LT906477.1|WP_095177631.1|981575_981926_+|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.	6.45407e-46
NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	6.86221e-158
NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	8.73488e-48
NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|187823	cd09692, Cas5_I-B, CRISPR/Cas system-associated RAMP superfamily protein Cas5. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex.	1.60278e-26
NZ_LT906477.1|WP_078024876.1|997223_997952_+|glycerophosphodiester-phosphodiesterase	gnl|CDD|176506	cd08563, GDPD_TtGDE_like, Glycerophosphodiester phosphodiesterase domain of Thermoanaerobacter tengcongensis and similar proteins. This subfamily corresponds to the glycerophosphodiester phosphodiesterase domain (GDPD) present in Thermoanaerobacter tengcongensis glycerophosphodiester phosphodiesterase (TtGDE, EC 3.1.4.46) and its uncharacterized homologs. Members in this family show high sequence similarity to Escherichia coli GP-GDE, which catalyzes the degradation of glycerophosphodiesters to produce sn-glycerol-3-phosphate (G3P) and the corresponding alcohols. Despite the fact that most of GDPD family members exist as the monomer, TtGDE can function as a dimeric unit. Its catalytic mechanism is based on the general base-acid catalysis, which is similar to that of phosphoinositide-specific phospholipases C (PI-PLCs, EC 3.1.4.11). A divalent metal cation is required for the enzyme activity of TtGDE.	3.60518e-115
NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein	gnl|CDD|187861	cd09730, Cas8a1_I-A, CRISPR/Cas system-associated protein Cas8a1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; signature gene for I-A subtype; also known as TM1802 family.	1.32619e-107
NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2	gnl|CDD|377458	pfam05107, Cas_Cas7, CRISPR-associated protein Cas7. CRISPR-associated protein Cas7 is one of the components of the type I-B cascade-like antiviral defense complex. In Haloferax volcanii, Cas5, Cas6 and Cas7 form a small complex that aids the stability of CRISPR-derived RNA.	4.93983e-68
NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.6394e-67
NZ_LT906477.1|WP_078024874.1|1000549_1000897_+|cupin-domain-containing-protein	gnl|CDD|380358	cd02230, cupin_HP0902-like, Helicobacter pylori HP0902 and related proteins, cupin domain. This family includes prokaryotic and archaeal proteins homologous to HP0902, a functionally uncharacterized protein from Helicobacter pylori and Spy1581, a protein of unknown function from Streptococcus pyogenes. These proteins demonstrate all-beta cupin folds that cannot bind metal ions due to the absence of a metal-binding histidine that is conserved in many metallo-cupins. HP0902 is able to bind bacterial endotoxin lipopolysaccharides (LPS) through its surface-exposed loops, where metal-binding sites are usually found in other metallo-cupins, and thus may have a putative role in H. pylori pathogenicity.	7.51377e-43

Protein sequences

>NZ_LT906477.1|WP_095177639.1|992366_992630_+|CRISPR-associated-endonuclease-Cas2
MFAILVYDFGEKRVGRALKTCRKYLTWVQNSVFEGEISDANLKKLEMELDRIMHSNEDSVIIYKFRSTRYTTREVIGLSKNEQDIFL
>NZ_LT906477.1|WP_095177638.1|991324_992317_+|type-I-B-CRISPR-associated-endonuclease-Cas1
MKKDIYIFNDGDLKRKDNTLYFESDGKKKYIPVEEINNLYVFSEITLNKRFLDFASQKEICIHFFNYFGYYMGTFYPREHLNSGYVILNQAKYYLDYDKRLDLAKRIINTAIYNIIVVLRYYKNRGIDLEEEINNIEYKQYSIDTLESIEELMAIEGNIRETYYKTFAKIIKNKEFEFTVRSRRPPLDKINALISFGNSLMYSTVLGEIYETHLDPRIGYLHSTNMRRFTLNLDVAEIFKPIIVDRIIFSLLNRKVITEKDFEKNFNGILLTDKGKMKFLKEYNDKLYSTIKHRKLNKNVSYKRLIRMELYKIQKHIIEDEPYEGFVMNW
>NZ_LT906477.1|WP_089867867.1|990817_991309_+|CRISPR-associated-protein-Cas4
MDINGTHIWYYKICKRETWLMMRNIVPDQHDENIDLGRFMHEFYYKRDKKEIAFGNVKFDILFQSKNEIVIGENKKSSKYEEASKWQLLYYLKVLKKAGINAKGQLVYPSERKRVNLELTKEVEDELNNIIDEIEKLSKMRKPPKVKKISFCKNCGYREFCFS
>NZ_LT906477.1|WP_095177637.1|988400_990734_+|CRISPR-associated-helicase/endonuclease-Cas3
MKFYSHKDKLIIEHLKEVRDLSKNNIPKDLENANNITSVCHDFGKYTTYFQEYLFSKDKNKSELSNHGFISAVFAAYVALCIYGKKTYMPYIIYNCVLHHHGSLENPSLDLPKDFSKIDENEDEVLLNKIDNCKKQLKDIKNNRKYIEKDYEELGFIDEFNSFLDKEPIDDTLLNIKKLDSIFDMKNKDEKFYFIHQLLYSALISADKISASNTYMPSIKYAEYEFLNKVKEDKFKNGELSKINKIRGEIFYNIQNELEKNYKDEKIFSITSPTGTGKTLSGFFAALKLKDLLKDNRKIIYSLPFTSIIDQNYESIYELLESIENFSKCENEYIIKHHNLSNVEYSSENENYDKNKAELLIENWTSGIVVTTFVQLLQTLIGNKNRMLKKFNSMRGAIILLDEIQAIDIKYLRLVDFILKGAVKYLDCRIIMMTATKPLILKESCELLYNNEEYFKMFNRTSIMPKINPITVEEFIEEFTNNIEEKSYLIICNTINQSLKIYDSLKNLDREVYYLSTNLLPFHRKNIINEVSYMLKKGENIILVSTQVVEAGVDFDFDVVIRDIGPMDSIIQAAGRCNRNGKKKNGEVYLYSMINDKEEYFGNIIYGKSIIAISKELLENKDLIPEKEYFYIIKEYFEKVNENINTEASDEFMESIKKLYFSYAPEEKYSINKFSLIKNNPDYIDVYFIINDEAEEVYKKFLNMLSEKDIIKRKYIYLQIKNKLKEYTLSLPSKYHGNFTKSVVPNIPFLVLPKEGCDDLYHPKTGFKREEEDFMVF
>NZ_LT906477.1|WP_095177636.1|987574_988309_+|type-I-B-CRISPR-associated-protein-Cas5
MDILIVDIKGKFAHFRKFYTNSSSLSYSVPPRTTIAGMLAGILGYDRDSYYEIFSKEQLNIAIRKLTPTRKIMQSLNYIKADNPGKILNPKEHTQIPFEIITSDKGRVSYRIYINHRDKNIMDELQKRILEKKYYYSPYLGAAPFNCTFEFVDRVQGTLMKEKEEVLIYSLINKESINKCFVTLEDKELFLVKEKMPSEILKNRVIEKVDNYIYDENTNSLKVNLNCNYIKLKYKFTEENILFM
>NZ_LT906477.1|WP_095177635.1|986649_987522_+|type-I-B-CRISPR-associated-protein-Cas7/Csh2
MNNSEILYLYDAKLTNPNGDPDEENRPRMDYERDINLVSDLRLKRYIRDYLLSRGYELFVMKLNDKPVTAEKRTKALKSFDDDTILDTLIDVRMFGATMPVKGDNKTFIGPIQFNWGYSLNKVELLESSITSHFSTGENKIQGAIGKDYRVKYSLIAFSGVVSGKRAQKTKLKNEDIELLDEAMKNAIPELVTRSKIGQYPRLYMRVEYKDDETILGDLRDYISLKQTEESIRDIRECELEIDELVDFLNKNKDRIKCINYHYDERLKLSLKGENVEFKQAFSNIEIKEI
>NZ_LT906477.1|WP_157726534.1|984662_986660_+|TIGR02556-family-CRISPR-associated-protein
MQEGIYQIGCAVALDSSEEDRIVQKIPTEKKGKVQHILKINFNTKDETLSIDGNEEVKKDSHKKYLFVDKVGGPNSPQWLVTRNSLQYHVSETINSLTDLDFGQEINENIKQVLQKFFIDLGEEVDKKYRYILDFKKFNIVEEDLKEEFNKILEEENTEDKKEIKKLAKTFTNKYVKIFENYIKEKTSLKPNEIAIYTIFINDKALAQTKEYREVVVDKKLGGKPKKKGKTKELVCSMCNSTSSDIGDTKKLSLKFYTTNQVIFSSDLTGDYTKNMVLCEECLNNIMAGENYIKDNLNTNIAGLSVYLIPHFIFGQPLDKNSLDNTTKWIKNSFNTVKNIKSIEKFKEHATSEKKLEDEIEDKNSYFLLNILFYKRVNQATKIKRLIKDINPSIFDEIYKSQSKARQVYEKAIDKSLKTFLGLESIYYLTPIRIKDGEMQQYNNLLYMYDAIFTKRTLDKKVIIKSILDAIVIKYLKKEGYNIKAGENNEIRDMVIQSGMYLKFLEYLGCIKGSEKMDVTKLIVKDDIKNYIDNMSYNEEETAMFLLGYLMGEIGNCEYKRAKEGKKPILNKLNYSGIDKNKIIRLSNLVFNKLRQEKILTYNEIIYNQCKQLIDENLNHWKMDKSENLYYILSGYSYSSTKAILNSKKENNEEKENEGGNVNEQ
>NZ_LT906477.1|WP_095177633.1|983901_984639_+|CRISPR-associated-endoribonuclease-Cas6
MRANLEISFSDKLEVPIQYNYLVQAMILNWLGDEKYQKFIHDKGYEYNNRSYKMYTFSKLYGKFSVNSKNGIITFFDKVNLIVSSLDTRFIQYLASNVIMEDNLRLGKNSVKVNKIETSYNELGNSEKIYTKSPITVYSTLQNADKKKTYYYSPYEEEFNELIRNNLINKYKALYNKFPQNDSFDIKLLSTREPKESVLNYKGTIIKGWNGEFLIKGSKELLQIAYDAGLGSKNSQGFGCIELKK
>NZ_LT906477.1|WP_095177632.1|982015_983650_+|IS66-family-transposase
MSYEILTNELDENTKALIEKMEHEINRKDKELNSKDEEIKKLKNELEFLKGVISNRNRKIFGASSEQVDANQLSLFNEAEKFSDTKVEKPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGDDLNCKECGEELTPIGVKSRKEIVKYIPAKLIIEEHVIYSYACKTCERATGESKIVSPEAPKTIFYNSMASNELIAHTLILKYQHAMPLYRQETYFDMMGASLSRQTLCNWTMSAADALEPIYNHMKKELLSRNYINADETTLKVINDNGKDSKTKKYMWLYMSNTKSKPVILYDYQRTRSSSCPKNFLGDFKGFLQTDGYNGYNSVSGATRVYCLAHIRRYFHNIIVDLDEEALKNSRAIIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477.1|WP_095177631.1|981575_981926_+|IS66-family-insertion-sequence-element-accessory-protein-TnpB
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINLDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477.1|WP_157726535.1|993599_994481_-|IS66-family-transposase
MKKELLSRNYIHADETTLKVINDNGKDSKSKKYMWLYMSNTKSKPVILYDYQSTRSSSCPKNFLGDFKGFLQTDGYTGYNSVSGATRVYCLAHIRRYFHNIIVDLDKETLKNSRGVIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477.1|WP_095177641.1|994485_995019_-|IS66-family-transposase-zinc-finger-binding-domain-containing-protein
MSHEFLTNELDENTKALIEKMENEINEKDKELSSKDEEIRKLKNELEFLKGVISNRNRKIFGASSEQVDVNQLSFFNEAEKHSDSKVEEPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGEDLNCRECGKKLTPIGVKSRKEIVKYIPAKLIIEDHVIYSYACKTCERANI
>NZ_LT906477.1|WP_095177365.1|995108_995459_-|IS66-family-insertion-sequence-element-accessory-protein-TnpB
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINIDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477.1|WP_095177364.1|995452_995785_-|hypothetical-protein
MYKKLDNDAWEEYLNKFNSVKDTITVKDFCAENNLNKSQFYYHKKRVEKAIESKEPVFQPISLNSKVDNTKENKSTLKEVKINVGNANILIPVSEATLITAIIKELILKC
>NZ_LT906477.1|WP_078024877.1|996932_997142_+|helix-turn-helix-transcriptional-regulator
MQNNIRKIVQNKNLKITDLINETKLSKSYFYDVMNGNSVPTLSVARKIAEVIKEPLDEVFPNDDLKESD
>NZ_LT906477.1|WP_078024876.1|997223_997952_+|glycerophosphodiester-phosphodiesterase
MLRTINLGASAYAPENTMSAFKKAIDMNADGIELDVHLSKDGHIVIIHDEKVDRTINGKGEVKNFTLDELKKLDAGFWFSDEYKGEKIPTLEEVLNLINNTDIYLNIEIKAGYRFYPNIEEKVIDMVKKYKMLDRVIISSFDHYSLVRVKEINSNIKTGMLYEAALYEPWDYARSIKVEALHPNYITLTKEFIDKASINNLEVNPYTVNDETDMEALIKSKVTSVITNYPDKAYKIISNLTL
>NZ_LT906477.1|WP_078024875.1|998267_1000430_+|YhgE/Pip-domain-containing-protein
MKNIFRIYKRDIKNIITNWVAIVVMLGLMILPSLYAWFNIKSSWDPYSNTKSISVAVVNKDKPAFFKEESINVGKELVNKLKMNKNIGWKFVDEKEAERGVKHGKYYASIVIPEDFSYKILSITRDKQEKPVLIYSVNEKINAVAPKITSTGVTTVQSEITKTFVRTVNGIIFEIFNNLGIELEKGKPKLKDLMNMIFYVNDKIPEINSSIDKLEKGAITLEEFIEKINKDIPLIKDTINRALIAGDKTKVFLSKSKEGINNVAPYIKQDLIIAKKINNTSEILIEEGLGLIEKNSSKAKENLVLAKDKLNNVKEILNSILELVEIINKDKNNIVMNDFENKIKAMKERTNNKIDNINSIISSLDKGEEVSLETLNRLKDKSNEIDAILEKIIDDFNPKIVPAINNVLNDLIVTADNTIQLLKNANENLPQATELLENGYTGAEKGIRGIKILKSNLPSIEKSIKELTNRLKTLDNDERLNEIIKLMKNDSRMESDFISNPIKIKENRIYPIPNYGSAMTPFFTTLSLWVGALILVSILSVEVKDIKGVKKLKVHEKYFGRYFTFMTIAIFQALIVSLGDIYLLKVYVSNKPIFILFSIFISIVFSMIIYTLVSVFGNIGKALGVILLVLQISASGGTFPIEVTSPFFQNINPLLPFTYAISGMREAVGGAIEAILLRDIVVLLIYFTLSILLALLLKKKLDKINKNFVKKFKESGVVGE
>NZ_LT906477.1|WP_078024874.1|1000549_1000897_+|cupin-domain-containing-protein
MIKKTLIKNIDFAKPIEMESLVNYEEGRVVSRTLAQGKPLSVTLFAFDKGEEISSHSASGDAMVYILDGEAEITIGEEKFNVKKGETIVMPANVPHALLATERFKMLLTVVFSLQ
>NZ_LT906477.1|WP_078024873.1|1001117_1001588_-|alginate-lyase
MFIDDYSYLENNTGGDNMNMRPMPYMTWGNFPMYDPHMNNMNSCTDNIDYDNMNRSCNIPNGCDNAIYTVNASPTGTNQPNTVPSVENDNLYTQGFLRNQIGKKVKIEFLIGTNMLMDREGILLDVGISYVLIREVDTNDLVMADMYSIKFVRIFD
>NZ_LT906477.1|WP_078024872.1|1001609_1002053_-|cell-wall-hydrolase
MAYSDRELLARIIKCEAGGEGDDGMKAVATVIMNRVRVPYGEYHRIGQGNIRNIIYQTGQFDCVRDVLKGVPNPQTIWANPPEQIHYDIADWALSGNRLYNIGYSLWYFNPYRPKCPTTFPSNGVGIFQVKVNQHCFYNPTELYAQT

Crispr_ID: NZ_LT906477_4

• CRISPR_ID: NZ_LT906477_4
• CRISPR_location: 1192056-1192479
• CRISPR_type: TypeIII
• Repeat_type: NA
• Spacer_info: 6 spacers
• Cas_protein_info: cas6,csm5gr7,csm4gr5,csm3gr7,cas10

Consensus repeat of NZ_LT906477_4

Consensus_repeat	Method
ATTTCACTTCCTCATAGGAACTATAAAAC	PILER-CR
ATTTCACTTCCTCATAGGAACTATAAAAC	CRISPRCasFinder
ATTTCACTTCCTCATAGGAACTATAAAAC	CRT

spacers of NZ_LT906477_4

>4.1|1192085|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TAAACCCAACAGAAGGAGCTTTTTTAAATTTTTCTAGT
>4.2|1192152|39|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CGCAACTGCAACAGGAAATATTGTGAAAGGCATAAAATC
>4.3|1192220|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
CTATAGAGGGCGTAAAGTCTTTTAAATTAAATTTT
>4.4|1192284|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
AAATCAAACTAAGAAAGTCTTAAAAGCTCATAAAGA
>4.5|1192349|37|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
GGTTATTATTAGATGGAATAAGTCAATACATAACTAC
>4.6|1192415|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT
TGAAAGAACTAGAAAAGAGTTAGAAATAAATCATAC

CRISPR arrays and Neighbor proteins around NZ_LT906477_4

CRISPR arrays

The CRISPR arrays of NZ_LT906477_4

>merge|NZ_LT906477|4|1192056-1192479|PILER-CR,CRISPRCasFinder,CRT
ATCTCACTTCCTCATAGGAACTATAAAACTAAACCCAACAGAAGGAGCTTTTTTAAATTTTTCTAGTATTTCACTTCCTCATAGGAACTATTAAAACGCAACTGCAACAGGAAATATTGTGAAAGGCATAAAATCATTTTACTTCCTCATAGGAACTATAAAACCTATAGAGGGCGTAAAGTCTTTTAAATTAAATTTTATTTCACTTCCTCATAGGAACTATAAAACAAATCAAACTAAGAAAGTCTTAAAAGCTCATAAAGAATTTCACTTCCTCATAGGAACTATAAAACGGTTATTATTAGATGGAATAAGTCAATACATAACTACATTTCACTTCCTCATAGGAACTATAAAACTGAAAGAACTAGAAAAGAGTTAGAAATAAATCATACATTTCACTTCCTCATAGGAACTATAAAAC

>NZ_LT906477|4|4|1192056-1192479|PILER-CR
ATCTCACTTCCTCATAGGAACTATAAAAC	TAAACCCAACAGAAGGAGCTTTTTTAAATTTTTCTAGT
ATTTCACTTCCTCATAGGAACTATTAAAA	CGCAACTGCAACAGGAAATATTGTGAAAGGCATAAAATC
ATTTTACTTCCTCATAGGAACTATAAAAC	CTATAGAGGGCGTAAAGTCTTTTAAATTAAATTTT
ATTTCACTTCCTCATAGGAACTATAAAAC	AAATCAAACTAAGAAAGTCTTAAAAGCTCATAAAGA
ATTTCACTTCCTCATAGGAACTATAAAAC	GGTTATTATTAGATGGAATAAGTCAATACATAACTAC
ATTTCACTTCCTCATAGGAACTATAAAAC	TGAAAGAACTAGAAAAGAGTTAGAAATAAATCATAC
ATTTCACTTCCTCATAGGAACTATAAAAC

>NZ_LT906477|4|4|1192056-1192479|CRISPRCasFinder
ATCTCACTTCCTCATAGGAACTATAAAAC	TAAACCCAACAGAAGGAGCTTTTTTAAATTTTTCTAGT
ATTTCACTTCCTCATAGGAACTATTAAAA	CGCAACTGCAACAGGAAATATTGTGAAAGGCATAAAATC
ATTTTACTTCCTCATAGGAACTATAAAAC	CTATAGAGGGCGTAAAGTCTTTTAAATTAAATTTT
ATTTCACTTCCTCATAGGAACTATAAAAC	AAATCAAACTAAGAAAGTCTTAAAAGCTCATAAAGA
ATTTCACTTCCTCATAGGAACTATAAAAC	GGTTATTATTAGATGGAATAAGTCAATACATAACTAC
ATTTCACTTCCTCATAGGAACTATAAAAC	TGAAAGAACTAGAAAAGAGTTAGAAATAAATCATAC
ATTTCACTTCCTCATAGGAACTATAAAAC

>NZ_LT906477|4|4|1192056-1192479|CRT
ATCTCACTTCCTCATAGGAACTATAAAAC	TAAACCCAACAGAAGGAGCTTTTTTAAATTTTTCTAGT
ATTTCACTTCCTCATAGGAACTATTAAAA	CGCAACTGCAACAGGAAATATTGTGAAAGGCATAAAATC
ATTTTACTTCCTCATAGGAACTATAAAAC	CTATAGAGGGCGTAAAGTCTTTTAAATTAAATTTT
ATTTCACTTCCTCATAGGAACTATAAAAC	AAATCAAACTAAGAAAGTCTTAAAAGCTCATAAAGA
ATTTCACTTCCTCATAGGAACTATAAAAC	GGTTATTATTAGATGGAATAAGTCAATACATAACTAC
ATTTCACTTCCTCATAGGAACTATAAAAC	TGAAAGAACTAGAAAAGAGTTAGAAATAAATCATAC
ATTTCACTTCCTCATAGGAACTATAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_LT906477.1|WP_095177725.1|1184152_1185943_-|ATP-dependent-helicase	unknown	unknown	gnl|CDD|223288
NZ_LT906477.1|WP_157726541.1|1182825_1182993_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177734.1|1196292_1196859_-|hypothetical-protein	unknown	unknown	gnl|CDD|240271
NZ_LT906477.1|WP_095178369.1|1183103_1183811_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177729.1|1190441_1191176_-|CBS-domain-containing-protein	unknown	unknown	gnl|CDD|223591
NZ_LT906477.1|WP_095177738.1|1200878_1201883_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	unknown	unknown	gnl|CDD|368098
NZ_LT906477.1|WP_114648759.1|1180984_1181101_-|hypothetical-protein	unknown	unknown	gnl|CDD|378870
NZ_LT906477.1|WP_095177726.1|1185961_1187950_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|226121
NZ_LT906477.1|WP_095177737.1|1200433_1200709_-|DUF4351-domain-containing-protein	unknown	unknown	gnl|CDD|316753
NZ_LT906477.1|WP_095177736.1|1199463_1200093_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177728.1|1189412_1189847_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177739.1|1201946_1202357_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|238045
NZ_LT906477.1|WP_169712386.1|1178435_1180910_-|DUF3298-domain-containing-protein	unknown	unknown	gnl|CDD|378702
NZ_LT906477.1|WP_157726542.1|1191456_1191615_+|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177727.1|1189049_1189295_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_157726543.1|1196851_1199407_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	cas10	cd09680_cas10_CAS-III	gnl|CDD|187811
NZ_LT906477.1|WP_095177733.1|1195579_1196293_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	gnl|CDD|187815
NZ_LT906477.1|WP_095177730.1|1192683_1193442_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|224499
NZ_LT906477.1|WP_095177732.1|1194656_1195583_-|hypothetical-protein	csm4gr5	mkCas0089_csm4gr5_CAS-III-A:CAS-III-D	unknown
NZ_LT906477.1|WP_095177731.1|1193431_1194655_-|hypothetical-protein	csm5gr7	mkCas0182_csm5gr7_CAS-III-A	unknown

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_LT906477.1|WP_157726543.1|1196851_1199407_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	cas10	cd09680_cas10_CAS-III	1.4e-64	213.5	26.7
NZ_LT906477.1|WP_095177733.1|1195579_1196293_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	5e-67	220.5	0.8
NZ_LT906477.1|WP_095177730.1|1192683_1193442_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	5.8e-40	132.4	18.6
NZ_LT906477.1|WP_095177732.1|1194656_1195583_-|hypothetical-protein	csm4gr5	mkCas0089_csm4gr5_CAS-III-A:CAS-III-D	1.6e-12	42.1	0.2
NZ_LT906477.1|WP_095177731.1|1193431_1194655_-|hypothetical-protein	csm5gr7	mkCas0182_csm5gr7_CAS-III-A	3.7e-35	116.3	39.3

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_LT906477.1|WP_095177725.1|1184152_1185943_-|ATP-dependent-helicase	gnl|CDD|223288	COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].	1.69035e-49
NZ_LT906477.1|WP_095177734.1|1196292_1196859_-|hypothetical-protein	gnl|CDD|240271	PTZ00108, PTZ00108, DNA topoisomerase 2-like protein; Provisional.	0.00309725
NZ_LT906477.1|WP_095177729.1|1190441_1191176_-|CBS-domain-containing-protein	gnl|CDD|223591	COG0517, COG0517, FOG: CBS domain [General function prediction only].	4.38044e-07
NZ_LT906477.1|WP_114648759.1|1180984_1181101_-|hypothetical-protein	gnl|CDD|378870	pfam12513, SUV3_C, Mitochondrial degradasome RNA helicase subunit C terminal. This domain family is found in bacteria and eukaryotes, and is approximately 50 amino acids in length. The family is found in association with pfam00271. The yeast mitochondrial degradosome (mtEXO) is an NTP-dependent exoribonuclease involved in mitochondrial RNA metabolism. mtEXO is made up of two subunits: an RNase (DSS1) and an RNA helicase (SUV3). These co-purify with mitochondrial ribosomes.	0.000758679
NZ_LT906477.1|WP_095177726.1|1185961_1187950_-|AAA-family-ATPase	gnl|CDD|226121	COG3593, COG3593, Predicted ATP-dependent endonuclease of the OLD family [DNA replication, recombination, and repair].	2.49678e-76
NZ_LT906477.1|WP_095177737.1|1200433_1200709_-|DUF4351-domain-containing-protein	gnl|CDD|316753	pfam14261, DUF4351, Domain of unknown function (DUF4351). This domain is found in bacteria, and is approximately 60 amino acids in length.	3.64664e-07
NZ_LT906477.1|WP_095177738.1|1200878_1201883_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	gnl|CDD|368098	pfam04754, Transposase_31, Putative transposase, YhgA-like. This family of putative transposases includes the YhgA sequence from Escherichia coli and several prokaryotic homologs.	2.62792e-71
NZ_LT906477.1|WP_169712386.1|1178435_1180910_-|DUF3298-domain-containing-protein	gnl|CDD|378702	pfam11738, DUF3298, Protein of unknown function (DUF3298). This family of bacterial protein C-terminal regions is highly conserved but the function is not known. Several members are annotated as being endo-1,4-beta-xylanase-like, but this could not be confirmed, and the structure can be defined as a heat-shock cognate 70kd protein 44kd ATPase.	7.9199e-16
NZ_LT906477.1|WP_095177739.1|1201946_1202357_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	6.41042e-09
NZ_LT906477.1|WP_095177733.1|1195579_1196293_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	gnl|CDD|187815	cd09684, Csm3_III-A, CRISPR/Cas system-associated RAMP superfamily protein Csm3. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; RAMP superfamily protein.	2.12531e-70
NZ_LT906477.1|WP_095177730.1|1192683_1193442_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|224499	COG1583, COG1583, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	1.07447e-24
NZ_LT906477.1|WP_157726543.1|1196851_1199407_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	gnl|CDD|187811	cd09680, Cas10_III, CRISPR/Cas system-associated protein Cas10. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Multidomain protein with permuted HD nuclease domain, palm domain and Zn-ribbon; signature gene for type III; also known as Csm1 family.	1.09972e-45

Protein sequences

>NZ_LT906477.1|WP_157726542.1|1191456_1191615_+|hypothetical-protein
MARKNKIKSVVVHYPSVENEEEFELRVANAMAKVLCKNYPPEIINKLIDELR
>NZ_LT906477.1|WP_095177729.1|1190441_1191176_-|CBS-domain-containing-protein
MVREMTNSEKFLAIYNELDDYMRKELKEDTYVGHTDLIYKMARKGKNVFKCYGEDLKKYARLRNAIVHNPEKRISDPLAEPHEIIVSKYQDLLEKVLNPTLAINSIAVLKDDMYTTTLDANVLEVMKVMNKKTYTHVPIIEDGKLIGVFSENTIFSYITQKENVIIDDELKISDFIDFIPIHNHVSEIFVFVPRDITVIEIEDIFREEFENNKRISAIFITQNGKENEKLLGLITLWDVAGNGK
>NZ_LT906477.1|WP_095177728.1|1189412_1189847_-|hypothetical-protein
MPKDKDFLDFFKDDIKFKNLNTLINNSDLSLEYFINTVIKSDKQLPSLHLKLTNDNVDNTEELFNIYAKEMTLINELEKLNQKPFLTPKNKEDIHLFHNFCVKTELLKVSFLRSFMAINELIPYDKKTITSVLEPLIPNCSYNE
>NZ_LT906477.1|WP_095177727.1|1189049_1189295_-|hypothetical-protein
MKNKPKYNENAVLIIFSLYSPYLFDVDNVEFKYIIDAFRYSGFFYNDNCNCVSYMVEGKQTKKHPLIKVKIIKKSDLKLCN
>NZ_LT906477.1|WP_095177726.1|1185961_1187950_-|AAA-family-ATPase
MYISKLQIENFRCFDYFEVEFNEGLNVIIGENNGGKTTLIKALQYIFGDSNSKPTIDDFNREVEINEVPPEITIIATIRGTKNESLEDKAVVANWLTKLEEPWEATLTYKCFLPETSINDYAKDINRVDELDKNNNEKKKLKWSILEKHLKKYVSRIYGGNLASKNKAETEYLDKFHCEVLDALRDVESKMYTGKNALLKEVLSYFVDSDLQGLDQEKKDKEQEKRNEKFNSSANQIVSNMVGRLEVSDIFELAEETGATVGGKPLLGGRLEESDVISVLKLMIKKETGIEIPVVNNGMGYNNLIYISLVLSKFKMITSPEMGENAKIFPVLLIEEPEAHLHPALQYSFLRFLKNEIDNQNISRQIFITSHSTHITSAVGLDPIICMDLGEKGKIVATYPAKVFSGSKEDQESKKYVERYLDATKSTMLFSKGIIFGEGLAELMLFPILAEYEYENFEQSHVSIVRVDGVTFKHFIKIFGAGIKEENKKFALKRRVSCIVDTDPSRKKIKVEEGKKRTWRSCYPYELYLEPDKYKYKEVSGVVTNLLDACKDSTNVRIFYNNTGKGKTLEYDLAYANSTSTLIFDDKVEIIEIEDINNLDIEEVDKEKIKKAVSYLNHVEDGKGEASFVLAEKLKENLKCDKREIFNLPEHIKYAIDWVCCK
>NZ_LT906477.1|WP_095177725.1|1184152_1185943_-|ATP-dependent-helicase
MIARNNIECITSDCALEDIDVNFKIIAGPGGGKTYWLVRHIRNVLKNSTKILSASKIACITYTNVAVDEIWERLEIMENKVEVSTIHSFLYKNIVKPYIYLLKDSTGKSLVNYKEMDGHDDHIPSSGKINIWKKENNLYGIITDDKKLNDCLKSLDWIFEEEEIVLTTKDVYKRKVGKYFIKEEYFPSYKQLYWNEGTIHHEDVLYFSYLLLENHPIILKFLRARYPYVFIDEFQDTNPIQTRIIKLLADSGVVVGVIGDPAQSIYKFAGAERQDFLDFELPKQKNYYMNSNRRSTNKIIDFLNYLRGEDQFHQNYHRNVIGNDICLIIGKTPLEIINKFKLKRQLLELNDRCCFLTRKNEQVTKLKACINNYNYNYEIWEELYFLDYKRYEFLNYIFVAQGYAIDTRYEMAVKEVLKIFKTNQEGYLKEPFKNSKINNKLFKRSYALELLEFLINNYEMHLDKNLYQFYNEELYNFFIKFDFHLKRLTGKGKFKVKSEKVTVKELVNSLNIREVRNDNIRTIHKAKGTEFESVLVYFDDINEIDAIINPDIDSEEDDYRLYYVAFSRAEDFLCIATKSIDDEQEKKLRQLNIRIL
>NZ_LT906477.1|WP_095178369.1|1183103_1183811_-|hypothetical-protein
MSFTKKDPDIPIEEVLNSINKYYSELQSDKNARYLSWEHCYKQFIEAHEKEYLNDEDIDYLSLHLGFYLASWGMLRGSSFLLQKDYRVHIDIIKELFKPRYDELWEIDYLKLKNERNIEILIELIKNIKKLYGEKRKNIREVNTEISDTLVTKVLLGTMGCVPAYDEYFKIGVGKYNITTQLLNKCSIHGLAEYYEENKTELENIRKVISDERELEYPQMKVLDMAFWQVGFDYK
>NZ_LT906477.1|WP_157726541.1|1182825_1182993_-|hypothetical-protein
MLFDCRQYIEVHGIQRNAEKVFWNQGNYYDAILNEIFTENRKNNEKVFKKDGVEL
>NZ_LT906477.1|WP_114648759.1|1180984_1181101_-|hypothetical-protein
MNLYYSFSKALKLPFDEEWVYEERLKVSEDINNILVRI
>NZ_LT906477.1|WP_169712386.1|1178435_1180910_-|DUF3298-domain-containing-protein
MEYKINFSNFIKTCLPPGAEIIMLEAPYEKPAICIGDLDGDKALEIVIGYKWQGENYILILKKHGDLWYVVANIKGTGYGINYLDIARITEININSLIVGWQVGAIWWQLNIIQWTPQGYKNLLKNDIYYSKIQVEDMKGFNGYDGICEIALWVHDTGEAYKVEVYRFKNGELIPAKDVYPYYFPRVVAYYKERVREMPDAAFYWYYLADAQFKACMYEDALVSINKAIDLNLEYPPRDVLIELKKDLLNKLNCKDESISLYPASIKTVKGVLWGYINSKGDLIIKPQYGEAFDFQNNGLAIVELNNLYGIINQSGKYVVEPKYESISQFSEGRAIAMDSKGFKVIDEKGNELTSKAYNYIGNYKDGRAVFGVPSENGSYFYGYLNRQGKEIIPAKYQTASDFSDGKAVVKVKENEFRLIDINGKTLNTYKYNVVGSFGEGLLAFQEKLDSKLGYIDEAGNVVIKPSFTQAMSFNEGRAVVNISEDYGNEFGLIDRNGKYVIEPKYNNIDRLGEGRLAVGKAILEDKPYIGSKYAIGDINGDFLTDFIYYGVSNYKNGLASAYNNKDTFFIDKKGVRVKNLPTVKGSGTLEFKKDIIKAYVDFRVSYLDKSGRVIWEQNKIIPLNNKYKILEKKYRPNKDYLVYYPEISGMEDSQEKEVNKKLQELSNVKYIPANAQLDYNYFGDFLVEFFKKNLLVLELNGYMYYFGAAHGIPTKVYPHIDLTSGRFYELEDLFKKDSDYVKVISDIINYQIEHDEQYSYVFPDAFKGIKKNQPFYVGKDALYIYFEPYEIAPYAAGFPTFKIPYKEIMSIIDTKGGFWKSFN
>NZ_LT906477.1|WP_095177730.1|1192683_1193442_-|CRISPR-associated-endoribonuclease-Cas6
MRIKVCMFAERNITLPIAYNHIIQKSIYNILDEEYATKLHNSGYKYKNKIFKLFNFSKLKIQNKTIKNNKITIQKGKVELIISSIDEVFIFKIISAFIEHKCLKFKEGILKVNEIYSKKQLNKERIAVLTISPVVVVKPIRKSRMEFYNPKDNEFLNSIKNNIIAKYNSFYNEEYKGIMNISILDENNIRKKIDKYKNWIYEGYLGAFIIEGDTKIVELAYSCGLGSKSSQGFGFVETFKDLNSIKNYRRII
>NZ_LT906477.1|WP_095177731.1|1193431_1194655_-|hypothetical-protein
MKKFDVALKEYKITIEVLSGLCTGSNDTSYYSSDEYIVQDGKIYFINFNDILQLREKGILKDSELETVYNNICEKNFISDKLKKHLKSLRLLSGYDNKMDIHKFGSIKEISENAISEIRTITGSTIKGIFRHGFEIFNVESVNYKYERYKRLNLYGVNTINDKDYSNYYYTKEEKEKKNLIRCFPKGKLINYRYNIKFNKDKITNYNDIRDIEDSNFKKNIRNIASDTIFRNIIFSDCKETKVDFVIEKIYRWNRKSKKEIIPQYYEMAQKGGLFEGKISCKDIEFKKENLTTISLMYKDKTPIEIALESLRQFYSKVIDLEEQYYIIPRYFDALKEFYKCLREENNKNNQFVCKLGYSGAISKTLLCYDNVNNKDKLLPYTSKYMAQANLPFGWVKVKLEEIKHED
>NZ_LT906477.1|WP_095177732.1|1194656_1195583_-|hypothetical-protein
MIYRADFTVNNLKGRLISPVIFGNIAKIYFDIFSEDRANEEIQRLIDSNTLISDMILKDELPFKISMIKKEKRNLILGKDFCDKSEKQITKIKPKDRNDFTQNLLKKRDEFRSYKKAVKKVELESGIPSPRLRNSISRFNGTTIDKALFLHNEFKYHSKNIFSIYVFTNDKYVIDLMELAFKIIEKVGIGTDTTIGNGIMNFKKYNDSIFVEANDVELFKNPNKETQYFNIASTIITDNILKEFRFKNYNVKRYDSRTPEKIKPCYYYIECGSIINSIKEYRAYIVSNLSEKIKTYTCVFPVKFKEGD
>NZ_LT906477.1|WP_095177733.1|1195579_1196293_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3
MSLKSLKLINIITIRKLMILKSGVKIGGSNEELNIGGVDNPIVRNPITKEPYIPGSTLKGVLRSILEIVKGVSDEKGGICTCGKCLVCKLFGVHPNDNNENKTYREPSRLIFRDAELTDKSRVILRKLNPSMVEIKKENTINRITSEAKPRTFERIPSGVEFNIEIQLKVFEGDNKEDLQNYINIAFELLKHNYIGSSGSRGYGKVEFKDCEEQECLDIIKELTEVENKYFKEQQKQ
>NZ_LT906477.1|WP_095177734.1|1196292_1196859_-|hypothetical-protein
MSNLKTNNHKRYKEYKNQNLDDIIQILNNEKSFYYDNKINMDIVNKIENAAKGFGREVTRTSVRNIYNAFKDIEMQLNQRYINELNNIDKFEEDESVDEIELKMNKQKEEVFNEIKPIIRLMKGKVHYLISRKIEGLSQHKKIEKVAYQHLEKFFEQSIIVINEAKEFEAFLKVFECMYGYLEKGSEN
>NZ_LT906477.1|WP_157726543.1|1196851_1199407_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1
MNNEEKYYRNITAAAALLHDLGKFIRRTKIEKTKHWELSYKYIKKYFKGFQCVSDEQINLIAGIAALHHKSELNKTISKIKDKTRLKQLNEIKNILDDLKNKEDKTEYKIIEKIITGDLDSCSERRIFRDEDSRKIKKELEIKNAQSEYSPLIDLFCTLSNMLSEQSSKIIYKNYVYFEPKSLIDFYNIVQLEVFSKRMPEKIKENLNFFEKDINCLKAFRNCTFEDCINSWNFLFKKYTSLICSSKWEYLKDISLYNHIQTTAAAAVSVYKEEHLKNNCGEYLIIHGRIYNIQNYIYDGINTNIEHPMQRIFTRSFIISLINILIPNILVKKIGLYTFNILFCGGGTFTVLIPDEDIIKNKSIEIMDDMKKELGNILNNKIYLEYEIEKIAFKTNGDRTGYEKGFKIASMNLYEKKYNRTIENLVYDDSKEYRKCKNCGINYIKYDKKDRCSTCSLEDKWIKFSEYNGIENFYIDYNNVNLDDIKDPIKFTKSEIKEGTPIICFSYDEAERIKEEYPIIDVYDIGKTYIKKTYDKCKRCYGKDACDGPLKSNEQDNTQLVSLDCFSHMSENDTIIATAKVDVDDFQFLLYHVYPRKIMSEVYNFSISRLANTSLFFNLFFSMYLRRIIEEKYKDSVMVLYAGGDDIMITGNWEKVVDAVLSIKKEMRKITGADKDGNTDNITITSGILFHNSHRPFNLVAKEVDGLLENGKDYGKNCVNLNGKILTFKELEEVSNTSNDLVNTKLRKNIINRSILFKMNELIKMVSSDDDIERMRAYAIYNYLINSEIKEKKFAEDKKKDSRIKKELIEKLESIIIKDKQEHNKEYKYAKEKAIIEFAIRKSRERINSDE
>NZ_LT906477.1|WP_095177736.1|1199463_1200093_-|hypothetical-protein
MKKILFCNIAWMEHYKGVNDDDIPINGGEWVNKNKYAHEAYNFCPIKFEGDDTEYCLGFVETKSTNGKDKNQLHIEKIVNVGRLEDIESVDDVLVVWCAKSDCADYTSVVGWYNNATVYRNYEVAYFEEEEQYYNIIAKADNCVLLPSNIRYRRTLWYVPRTGKKNAPSYGFGQANIWFPNNFSDNPNLNMYLEKIINRIENYDGENWV
>NZ_LT906477.1|WP_095177737.1|1200433_1200709_-|DUF4351-domain-containing-protein
MTLAEIFRQEGKEEGIKQGIEKGIEKGIEKGIQQGERRKSLNYAIKLLTKKFGKLPEEYKEKLNNADIEILDLIIEEIFSLESLDDVDKYL
>NZ_LT906477.1|WP_095177738.1|1200878_1201883_-|Rpn-family-recombination-promoting-nuclease/putative-transposase
MKIQNPHDKFFKETFGNVEVTKDFLNNYLPQNIMKIIDMNTLEPQKDSFINEELQEGFSDMLFKVNINKREGYIYFLFEHKSYTSKDIAFQLLKYMIEIWEAKIKKEKTDELPMIIPLVIYHGKDSWNIKTTLGEMITGYKNLPQDIQKFIPNYEYLIYDISRYTDEEIKGEAQLRILLTIFRDIFTKNHKDLQESIYRASEYLQKLEDKHTGIEYFETLIKYVFSARADLTTKDINEIIDKIENTYPEGSEVAMTLAEKLRQEGIEKGIEKGIEKGETKALIKTAIKLLTRKFGILPEELKMKISKLDTTTLEVIIEGILDYKSLEDVKKYIQ
>NZ_LT906477.1|WP_095177739.1|1201946_1202357_-|helix-turn-helix-transcriptional-regulator
MYDELYNILEEDTLGKRLKKARLKLRLSQEKLAKECGLSSGAIAGYEYDTIHPSKVALIKLGKVIDLDYLCCDEYTKFILSDYVSFLKKWRKDNNLSVRKAARILGIPSSTYSSWEREIYGISKENYYKLKKNKIF

Crispr_ID: NZ_LT906477_5

• CRISPR_ID: NZ_LT906477_5
• CRISPR_location: 1406477-1406560
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_LT906477_5

Consensus_repeat	Method
AGATTTTAAATAACCGTCCCCTCTTTT	CRISPRCasFinder

spacers of NZ_LT906477_5

>5.1|1406504|30|NZ_LT906477|CRISPRCasFinder
ATCTTCTACATGGGATGTATTTTCTTTAGC

CRISPR arrays and Neighbor proteins around NZ_LT906477_5

CRISPR arrays

The CRISPR arrays of NZ_LT906477_5

>merge|NZ_LT906477|5|1406477-1406560|CRISPRCasFinder
AGATTTTAAATAACCGTCCCCTCTTTTATCTTCTACATGGGATGTATTTTCTTTAGCAGATTTTAAATAACCGTCCCCTTTTTT

>NZ_LT906477|5|5|1406477-1406560|CRISPRCasFinder
AGATTTTAAATAACCGTCCCCTCTTTT	ATCTTCTACATGGGATGTATTTTCTTTAGC
AGATTTTAAATAACCGTCCCCTTTTTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_LT906477.1|WP_160110558.1|1412655_1413036_-|flagellar-basal-body-rod-protein-FlgB	unknown	unknown	gnl|CDD|183630
NZ_LT906477.1|WP_095177841.1|1401178_1401916_-|OmpA-family-protein	unknown	unknown	gnl|CDD|235887
NZ_LT906477.1|WP_089864778.1|1400284_1400647_-|flagellar-biosynthetic-protein-FliO	unknown	unknown	gnl|CDD|274610
NZ_LT906477.1|WP_095177840.1|1400672_1401182_-|flagellar-basal-body-associated-FliL-family-protein	unknown	unknown	gnl|CDD|181433
NZ_LT906477.1|WP_095177843.1|1404377_1404773_-|flagellar-biosynthesis-protein	unknown	unknown	gnl|CDD|274181
NZ_LT906477.1|WP_089864769.1|1401908_1402739_-|MotA/TolQ/ExbB-proton-channel-family-protein	unknown	unknown	gnl|CDD|180755
NZ_LT906477.1|WP_089864750.1|1407140_1408460_-|flagellar-protein-export-ATPase-FliI	unknown	unknown	gnl|CDD|274608
NZ_LT906477.1|WP_095177844.1|1404776_1405334_-|hypothetical-protein	unknown	unknown	gnl|CDD|367746
NZ_LT906477.1|WP_089864766.1|1402758_1402956_-|flagellar-FlbD-family-protein	unknown	unknown	gnl|CDD|377645
NZ_LT906477.1|WP_089864741.1|1410295_1411855_-|flagellar-M-ring-protein-FliF	unknown	unknown	gnl|CDD|235668
NZ_LT906477.1|WP_089864739.1|1411871_1412177_-|flagellar-hook-basal-body-complex-protein-FliE	unknown	unknown	gnl|CDD|237183
NZ_LT906477.1|WP_095177850.1|1414975_1415848_+|DegV-family-protein	unknown	unknown	gnl|CDD|273257
NZ_LT906477.1|WP_089864753.1|1406676_1407114_-|flagellar-export-protein-FliJ	unknown	unknown	gnl|CDD|376722
NZ_LT906477.1|WP_095177839.1|1399495_1400281_-|flagellar-type-III-secretion-system-pore-protein-FliP	unknown	unknown	gnl|CDD|235566
NZ_LT906477.1|WP_095177849.1|1413391_1414225_-|flagellin	unknown	unknown	gnl|CDD|183759
NZ_LT906477.1|WP_095177847.1|1412187_1412619_-|flagellar-basal-body-rod-protein-FlgC	unknown	unknown	gnl|CDD|183635
NZ_LT906477.1|WP_095177846.1|1408482_1409283_-|hypothetical-protein	unknown	unknown	gnl|CDD|224236
NZ_LT906477.1|WP_095177842.1|1403288_1404278_-|flagellar-hook-basal-body-complex-protein	unknown	unknown	gnl|CDD|183640
NZ_LT906477.1|WP_089864744.1|1409266_1410289_-|flagellar-motor-switch-protein-FliG	unknown	unknown	gnl|CDD|235561
NZ_LT906477.1|WP_089864785.1|1399213_1399483_-|flagellar-biosynthesis-protein-FliQ	unknown	unknown	gnl|CDD|224898

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_LT906477.1|WP_160110558.1|1412655_1413036_-|flagellar-basal-body-rod-protein-FlgB	gnl|CDD|183630	PRK12623, flgB, flagellar basal body rod protein FlgB; Provisional.	4.11829e-50
NZ_LT906477.1|WP_095177841.1|1401178_1401916_-|OmpA-family-protein	gnl|CDD|235887	PRK06925, PRK06925, flagellar motor protein MotB.	1.69578e-72
NZ_LT906477.1|WP_089864778.1|1400284_1400647_-|flagellar-biosynthetic-protein-FliO	gnl|CDD|274610	TIGR03500, FliO_TIGR, flagellar biosynthetic protein FliO. This short protein found in flagellar biosynthesis operons contains a highly hydrophobic N-terminal sequence followed generally by two basic amino acids. This region is reminiscent of but distinct from the twin-arginine translocation signal sequence. Some instances of this gene have been names "FliZ" but phylogenetic tree building supports a single FliO family.	1.15456e-11
NZ_LT906477.1|WP_095177840.1|1400672_1401182_-|flagellar-basal-body-associated-FliL-family-protein	gnl|CDD|181433	PRK08455, fliL, flagellar basal body-associated protein FliL; Reviewed.	3.80042e-21
NZ_LT906477.1|WP_095177843.1|1404377_1404773_-|flagellar-biosynthesis-protein	gnl|CDD|274181	TIGR02530, conserved_hypothetical_protein, flagellar operon protein. Members of this family are found in a subset of bacterial flagellar operons, generally between genes designated flgD and flgE, in species as diverse as Bacillus halodurans and various other Firmicutes, Geobacter sulfurreducens, and Bdellovibrio bacteriovorus. The specific molecular function is unknown. [Cellular processes, Chemotaxis and motility].	2.36758e-41
NZ_LT906477.1|WP_089864769.1|1401908_1402739_-|MotA/TolQ/ExbB-proton-channel-family-protein	gnl|CDD|180755	PRK06926, PRK06926, flagellar motor protein MotP; Reviewed.	4.5286e-92
NZ_LT906477.1|WP_089864750.1|1407140_1408460_-|flagellar-protein-export-ATPase-FliI	gnl|CDD|274608	TIGR03497, FliI_clade2, flagellar protein export ATPase FliI. Members of this protein family are the FliI protein of bacterial flagellum systems. This protein acts to drive protein export for flagellar biosynthesis. The most closely related family is the YscN family of bacterial type III secretion systems. This model represents one (of three) segment of the FliI family tree. These have been modeled separately in order to exclude the type III secretion ATPases more effectively. [Cellular processes, Chemotaxis and motility].	0
NZ_LT906477.1|WP_095177844.1|1404776_1405334_-|hypothetical-protein	gnl|CDD|367746	pfam03963, FlgD, Flagellar hook capping protein - N-terminal region. FlgD is known to be absolutely required for hook assembly, yet it has not been detected in the mature flagellum. It appears to act as a hook-capping protein to enable assembly of hook protein subunits. FlgD regulates the assembly of the hook cap structure to prevent leakage of hook monomers into the medium and hook monomer polymerization and also plays a role in determination of the correct hook length, with the help of the FliK protein. This family represents the N-terminal conserved region of FlgD. A recent crystal structure showed that this region was likely to be flexible and was cleaved off during crystallisation.	2.27882e-20
NZ_LT906477.1|WP_089864766.1|1402758_1402956_-|flagellar-FlbD-family-protein	gnl|CDD|377645	pfam06289, FlbD, Flagellar protein (FlbD). This family consists of several bacterial FlbD flagellar proteins. The exact function of this family is unknown.	5.81983e-27
NZ_LT906477.1|WP_089864741.1|1410295_1411855_-|flagellar-M-ring-protein-FliF	gnl|CDD|235668	PRK06007, fliF, flagellar basal body M-ring protein FliF.	4.0869e-159
NZ_LT906477.1|WP_089864739.1|1411871_1412177_-|flagellar-hook-basal-body-complex-protein-FliE	gnl|CDD|237183	PRK12728, fliE, flagellar hook-basal body protein FliE; Provisional.	5.59662e-29
NZ_LT906477.1|WP_095177850.1|1414975_1415848_+|DegV-family-protein	gnl|CDD|273257	TIGR00762, DegV, EDD domain protein, DegV family. This family of proteins is related to DegV of Bacillus subtilis and includes paralogous sets in several species (B. subtilis, Deinococcus radiodurans, Mycoplasma pneumoniae) that are closer in percent identity to each than to most homologs from other species. This suggests both recent paralogy and diversity of function. DegV itself is encoded immediately downstream of DegU, a transcriptional regulator of degradation, but is itself uncharacterized. Crystallography suggested a lipid-binding site, while comparison of the crystal structure to dihydroxyacetone kinase and to a mannose transporter EIIA domain suggests a conserved domain, EDD, with phosphotransferase activity. [Unknown function, General].	1.98785e-103
NZ_LT906477.1|WP_089864753.1|1406676_1407114_-|flagellar-export-protein-FliJ	gnl|CDD|376722	pfam02050, FliJ, Flagellar FliJ protein.	9.61373e-14
NZ_LT906477.1|WP_095177839.1|1399495_1400281_-|flagellar-type-III-secretion-system-pore-protein-FliP	gnl|CDD|235566	PRK05699, fliP, flagellar biosynthesis protein FliP; Reviewed.	3.27537e-124
NZ_LT906477.1|WP_095177849.1|1413391_1414225_-|flagellin	gnl|CDD|183759	PRK12804, PRK12804, flagellin; Provisional.	1.91328e-56
NZ_LT906477.1|WP_095177847.1|1412187_1412619_-|flagellar-basal-body-rod-protein-FlgC	gnl|CDD|183635	PRK12630, flgC, flagellar basal body rod protein FlgC; Provisional.	2.59485e-85
NZ_LT906477.1|WP_095177846.1|1408482_1409283_-|hypothetical-protein	gnl|CDD|224236	COG1317, FliH, Flagellar biosynthesis/type III secretory pathway protein [Cell motility and secretion / Intracellular trafficking and secretion].	8.60447e-08
NZ_LT906477.1|WP_095177842.1|1403288_1404278_-|flagellar-hook-basal-body-complex-protein	gnl|CDD|183640	PRK12636, flgG, flagellar basal body rod protein FlgG; Provisional.	7.12423e-93
NZ_LT906477.1|WP_089864744.1|1409266_1410289_-|flagellar-motor-switch-protein-FliG	gnl|CDD|235561	PRK05686, fliG, flagellar motor switch protein G; Validated.	2.59682e-158
NZ_LT906477.1|WP_089864785.1|1399213_1399483_-|flagellar-biosynthesis-protein-FliQ	gnl|CDD|224898	COG1987, FliQ, Flagellar biosynthesis pathway, component FliQ [Cell motility and secretion / Intracellular trafficking and secretion].	3.37069e-24

Protein sequences

>NZ_LT906477.1|WP_095177844.1|1404776_1405334_-|hypothetical-protein
MSDAVDALLSKKAVTGNYTDRGTKIIRPGEELDKNAFLQILAAELANQDPLNAKDGTEYVTQMAQFASIEQMSNLNSNMKFTGATALIGKYAMVNSADIYGNLYHGVITGVSRNKANIKVNMIVGEEKGEDGKPRPKVEQFNLEDIIELIELPEPSEDEKEPPKDGGEGEKPVEPANPEEENKVV
>NZ_LT906477.1|WP_095177843.1|1404377_1404773_-|flagellar-biosynthesis-protein
MGYRVINGKIHFIEDFKGYCNTQLNKLNENTKKTTFDEVFKKQVNKEDSFVLSNHAHERLRQRNIVLNPQDMKKVNEGINMGEKKGCKEIVILYKDIALVTNIKNRTVITAMAKDESQGNVFTNIDGMVIL
>NZ_LT906477.1|WP_095177842.1|1403288_1404278_-|flagellar-hook-basal-body-complex-protein
MLRSMYSGISGLKVNQTKLDVIGNNIANVGTTAFKNQRIRFQDVLSQNLKFGTGASANIGGTNPSQVGLGVEVAGIDTMVSQGNMQPTGRNLDFAVDGDGYFVVARGKADGTLKVKADGTVETKNDDLTVNYTRDGSFTLDDQGQLLTSDGYRVLGYLPEDATADYKTGKDASTLTVPKNTTTVKAELQPLLIPDEVTYGKNGPKMKIKNFSVDKNGTINAVLASNEVVPIGQIAMASFKNPAGLTKEGKNMYSTSASSGEALYRNGAGVKDSNEKAYGDIIQGRLEMSNVDLAEQFTEMIVASRAFQANGKIITTGDEILQDLVNLKR
>NZ_LT906477.1|WP_089864766.1|1402758_1402956_-|flagellar-FlbD-family-protein
MIYLTGLDNKAFVLNADHIEKLQSVPETVITLTNGKKYLVKEDIDDIINRVLKYKRSIYTLHNEI
>NZ_LT906477.1|WP_089864769.1|1401908_1402739_-|MotA/TolQ/ExbB-proton-channel-family-protein
MKRRDVLTAIGIVVGFLMMIWAMAMVTITEYNIGQLKLFWDISSIIITIGGSFCAMLVNYPIHQFRKLTKIIIQAFKENEKSGIDIINQFIDLSRKARREGLLSLEDEINNISDDFLKKGLQMVVDGIEPETIQDIMDLEIGEMERRHGEGVDMLKAWGAYAPAFGMAGTLIGLIQMLGNLNDSSQIASGMAKALITTLYGSLMANIIFNPMAANLALKSQQEVAVREMMLEGILAIQSGVNPRIVEEKLISYLSPEERKRYAQGVSTGEGVSENV
>NZ_LT906477.1|WP_095177841.1|1401178_1401916_-|OmpA-family-protein
MSRRKKRKSGGDSGADWLQTYADTVTLLLTFFVLLYSFSSVDAQKFKQIATAFQSVLSGQSGETVFDFNMKNGDIPLVGETVEMGTATGGRENELYDKVRDAVQKNNLQESVKIKSDARGVLLELNDSILFETAQADIKQDSLPILEKINKIISTLPNNVMVEGHTDNVPIKNYKYPSNWELSTQRAVNVLKYFVETKKQNPQRFTAAGYGEFKPIYPNDTLENKAKNRRVTIVIVSIDREGLKK
>NZ_LT906477.1|WP_095177840.1|1400672_1401182_-|flagellar-basal-body-associated-FliL-family-protein
MSENNVEKKSKIKIVIMVVTLLILVGGGAFAGYYFSQKGKQANNTPQSNNQQMASSVSVNQNSGYVRSIVPSNTFEAGEFLVNLSDEESRRFVKTKVYLGYENKRLTKELEQKKPIILDAINSVLRSKKSTDFNEKGVEKIKLEILEKVNIAFQNGRCETVYFTELIIQ
>NZ_LT906477.1|WP_089864778.1|1400284_1400647_-|flagellar-biosynthetic-protein-FliO
MAVLGFELQYIYSILKILIFLPVILCLIYVFAKYGGSSLQNIQKGRYMSVLDRLPLSKDNALLIVKIGEKLYLISSSQGNVEVIEELNSEEAEKIQKSREIKEYASIKEFYSKLINKKED
>NZ_LT906477.1|WP_095177839.1|1399495_1400281_-|flagellar-type-III-secretion-system-pore-protein-FliP
MENKNSSKRKIFLAIGIVFLLTLLCFQQKALAAPGEIPIPKINISPGDTTDPKGYVDNLKLFLMITVLSILPSFIVMMTSFVRISVVFGFLRNAMGTQQSPPNQVLIGLALFLTIFIMNPVYQVINKEAIQPFIKNEINQEQAFETGTKPLREFMLKQTREKDLKLFVEISNIDKNVTKENIPLYVVIPSFIISELKTAFQIGFLLYIPFLVIDLVVASVLMSMGMFMLPPVMVSLPFKLLLFVMVDGWHLLIKSLIMSFK
>NZ_LT906477.1|WP_089864785.1|1399213_1399483_-|flagellar-biosynthesis-protein-FliQ
MSENMIMGVMKDAISTGLLVAAPILISAIVVGLLISILQATTQIQEQTLTFVPKLITVAIVGLFTGNWMLHNLMGLTNRIFELIANIVK
>NZ_LT906477.1|WP_089864753.1|1406676_1407114_-|flagellar-export-protein-FliJ
MKGYKFNLQKLLDIRKDREEQCKIQFQNAQKLKMDVENKLVNLKDSYRKYSCETVDESVIGRKIRHQYLINLSHNIECTTVELRKKEEEVEKVRVDLKQKQIDRKTVETLKEKDKIAFIKEQNLLEQKANDEFALYGFIRNLERR
>NZ_LT906477.1|WP_089864750.1|1407140_1408460_-|flagellar-protein-export-ATPase-FliI
MELLDFNYINKKIKETDFYSYEGVVKKVIGLTIEVEGIKAFIGEVCTIYNQQNNPIECEVVGFVEDNVILMPLGELIGIAPGCRVVPSKNPLNVKCSEKLFGKVLDGLGRPLNGEKIEGGVPYPLDREPPDPLKRRRIKDVIPTGIRAIDGYLTCGEGQRIGIFAGSGVGKSTSLGMIAKYAEADVNVICLIGERGREVLDFVEKDLGEEGMKKSIVVCATSDKPALVRIKGAFTATAIAEYFRDKGKKVILMMDSVTRFAMAQREVGLAIGEPPATKGYTPSVFAMLPRLMERSGMSDKGSITAFYTVLVDGDDFNEPIADAVRGILDGHIVLSRDLAAKNHYPAIDVLSSISRLMSEIAQKEHKESASIGRDLIATYKEAEDLINIGAYVKGSNEKIDTAIKYIDSINEFLKQKVDEHNNFEESIQWLNSIFKNLKK
>NZ_LT906477.1|WP_095177846.1|1408482_1409283_-|hypothetical-protein
MLSLYNVVKNTNVIKKEKKQIITKYEPPVKKTKEIKENKEDENVKNVETNSEEYDSIATLIFENYRKKGEEIINEAYKKVVLIEEEAYKKAYDKGLKEGMDKGYKDAYEKAYIENMEKARVEGNAIIEEAKEISKTMIDSSESQCRQYIEGKSLELKKLIENIVESVFKREIKDEAALNQMITEALDNAKKSKSITIKCRELYKDEIKKSIDLWKSQNVFNGDIFIIADNSLEEGVALLEKDNGVVKIDVPKSLDKIKEILKSEEY
>NZ_LT906477.1|WP_089864744.1|1409266_1410289_-|flagellar-motor-switch-protein-FliG
MARTEEVKNLTGVQKAAILFITLGPEASAGIIKKLPETEIQKITYEIANISTVKPEQKQQILEEFIQMNKAKDYLVEGGIDYAKNLLAKALGSQRALEILEKVTEATQQFRPFAIARKADAHQLLNIISNEHPQTIALILCHLQPDKAGQILGELEEELQSDVAFRIATMNNTSPMVIKEIEKVLDSKLSSVVRADMKSIGGVQTIVDILNQVDRTTEKHITEAMEREDPELAEKIKESMFVFEDIITLDDVSIQRVLREVETKELALALKGCSEEVAEAIFRNQSKRAATSLKEDIEFLGPVRLMDVEKSQQRIVNIIRRLDEAGEIVISRGGEDAIIV
>NZ_LT906477.1|WP_089864741.1|1410295_1411855_-|flagellar-M-ring-protein-FliF
MNKLSQWFNTLKDKIKNLSKKKKIAYGAIAVGIIGALISGIVYISKPKYAILFSNMEQEDMGAVYNKLKENKENFKVDGNTILVPKEKVDSLRMEVMSQVPIKNGSNGFELLDKNKFGATEEEMKINYQRALQGEIERTIKGFPEVENVRVHLVMPEDSVFIKDDTPAKASITLKLKPYKKLTDDQVRAIVALVSGSVKNLPKENVEINDTNQILTKNLFDEDEFDSSESVQKQQGIKKQYEKTLEDKVTSMLEAVYGKERAKVKVNADLNFDAIQDESTLYDPKNVVVSEKNIKETTPGGNNLATGGSPVDDNMRNRAGDNEDDALVTHEENVKNYEVSERKNKTIRAPGSVRRLTVSVVLDGNLDNATRNAVQNTVQSAVGYNEQRGDTISVEGLPFDTAYKERIQKDKEAMEEELAREKKMKLYKILAALGVIALIIIIGILVKRRRDKEDEELLNEGLDVVIDDEIKEEKPKFKPIQLEEESEGAYIEKEIRKYATEKPDQVSEIIKAWLAEDER
>NZ_LT906477.1|WP_089864739.1|1411871_1412177_-|flagellar-hook-basal-body-complex-protein-FliE
MKVNEFIPSNMIFKNQFNNNKVEHKKEENNDFVHMLKNKLDQVNEKQIKAEETTSSFLRGEETDIHTVMLDSEEAKLSVELAVQVRNKLIEAYQELNRMQL
>NZ_LT906477.1|WP_095177847.1|1412187_1412619_-|flagellar-basal-body-rod-protein-FlgC
MKIFNNMRISASGLSAERLRIDTIASNIVNSRSTRGKNGQPYRRKVAIFQENLTKEINKQTGKREETLNGVKAIGIEEDQSEFRRVYEPSHPDADENGYVLMPNVNILNEMADMIAATRSYEASVDAINSSKSMFMKALEIGR
>NZ_LT906477.1|WP_160110558.1|1412655_1413036_-|flagellar-basal-body-rod-protein-FlgB
MDRQNYQLIKKSLDVSSARGRVINNNISNANVKGYKRHYVEFEENLKKNKEDLDLKFTKNKHISTESEYGKMEIKRDDISSMREDGNNVDIDIEKVNQAANTLMYNALISQLNNRISTKRYIISNK
>NZ_LT906477.1|WP_095177849.1|1413391_1414225_-|flagellin
MRLNHNLASLNVYRGYLKNLKSNSVAMKKVSSGVKIQSAKDDPNNLAKSERMRLNIRGLQMANRNVQDGVSMLQSADGSLSSINAILGRIRELTVQYGNGSNSEEDKEIIKKEIDQMIEGCEDIVNNSEFNGVKLFKDGGKKPMQLGTEVGDSMEVEFFNLEKKLEDLKDLKDLKSTKGLDTDKALGKIDGAINTIVDVRSKYGAIMNKFEDTMNNLSSFELATQESESRVRDADIAEEMVEVARTNILLEAGRAIMVQTNQLPQDMLRILENVRAK
>NZ_LT906477.1|WP_095177850.1|1414975_1415848_+|DegV-family-protein
MNTVLLTDSSCDLPLEYIEENHVKFLSLTYNLSYGSFPDDFGKTMSHEKFYNELRNGELSTTSQINAYSFKKCFEKLIKENKSILYLGFSSVLSGCINSAEIAKNELLEEYPNADITIINTKSAAIGQGLLIRKAVEMLKNGSSKEDIISWIETYKYHMNHWFIVDDLMYLKRGGRLSTISSAIGSLMNIKPMLTLNNEGAIVNVTNIRGRKKAIKSLLEMYEKNRENFEDETIGISHSDCLEDAKYLKELILEKYNIKNILIAPIGPVIGSHTGPNTLALCFLGKKREK

Crispr_ID: NZ_LT906477_6

• CRISPR_ID: NZ_LT906477_6
• CRISPR_location: 1466841-1466922
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_LT906477_6

Consensus_repeat	Method
CATTTGACAGAGGACAGAGGACA	CRISPRCasFinder

spacers of NZ_LT906477_6

>6.1|1466864|36|NZ_LT906477|CRISPRCasFinder
GAGGACAATGATTGATAACTTTTCTCCACTTTGTTA

CRISPR arrays and Neighbor proteins around NZ_LT906477_6

CRISPR arrays

The CRISPR arrays of NZ_LT906477_6

>merge|NZ_LT906477|6|1466841-1466922|CRISPRCasFinder
CATTTGACAGAGGACAGAGGACAGAGGACAATGATTGATAACTTTTCTCCACTTTGTTACATTTGACAATTGACAGAGGACA

>NZ_LT906477|6|6|1466841-1466922|CRISPRCasFinder
CATTTGACAGAGGACAGAGGACA	GAGGACAATGATTGATAACTTTTCTCCACTTTGTTA
CATTTGACAATTGACAGAGGACA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_LT906477.1|WP_089866904.1|1474643_1475003_-|response-regulator	unknown	unknown	gnl|CDD|381097
NZ_LT906477.1|WP_095177881.1|1461217_1461586_-|four-helix-bundle-protein	unknown	unknown	gnl|CDD|274132
NZ_LT906477.1|WP_095177883.1|1462640_1462973_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177894.1|1471930_1473163_-|flagellar-motor-switch-phosphatase-FliY	unknown	unknown	gnl|CDD|236154
NZ_LT906477.1|WP_095177892.1|1470397_1470805_-|flagellar-protein-FlgN	unknown	unknown	gnl|CDD|377465
NZ_LT906477.1|WP_168944008.1|1475018_1475627_-|chemotaxis-protein-CheC	unknown	unknown	gnl|CDD|381737
NZ_LT906477.1|WP_095177889.1|1466383_1466821_-|flagellar-assembly-protein-FliW	unknown	unknown	gnl|CDD|237334
NZ_LT906477.1|WP_095177885.1|1465069_1465456_-|flagellar-export-chaperone-FliS	unknown	unknown	gnl|CDD|376819
NZ_LT906477.1|WP_095177886.1|1465468_1465753_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_095177884.1|1462992_1464648_-|flagellar-filament-capping-protein-FliD	unknown	unknown	gnl|CDD|236082
NZ_LT906477.1|WP_095177888.1|1466177_1466390_-|carbon-storage-regulator-CsrA	unknown	unknown	gnl|CDD|234973
NZ_LT906477.1|WP_168944015.1|1462242_1462503_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_157726555.1|1471688_1471865_-|hypothetical-protein	unknown	unknown	unknown
NZ_LT906477.1|WP_089866909.1|1473155_1474154_-|flagellar-motor-switch-protein-FliM	unknown	unknown	gnl|CDD|235849
NZ_LT906477.1|WP_157726554.1|1470823_1471102_-|flagellar-biosynthesis-anti-sigma-factor-FlgM	unknown	unknown	gnl|CDD|274802
NZ_LT906477.1|WP_095177890.1|1467238_1468555_-|flagellar-hook-associated-protein-FlgL	unknown	unknown	gnl|CDD|274195
NZ_LT906477.1|WP_095177891.1|1468567_1470367_-|flagellar-hook-associated-protein-FlgK	unknown	unknown	gnl|CDD|224176
NZ_LT906477.1|WP_095177895.1|1474170_1474575_-|purine-binding-chemotaxis-protein-CheW	unknown	unknown	gnl|CDD|223905
NZ_LT906477.1|WP_095177880.1|1460165_1460993_-|flagellin	unknown	unknown	gnl|CDD|183759
NZ_LT906477.1|WP_095177887.1|1465771_1466152_-|flagellar-protein-FlaG	unknown	unknown	gnl|CDD|377090

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_LT906477.1|WP_089866904.1|1474643_1475003_-|response-regulator	gnl|CDD|381097	cd17542, REC_CheY, phosphoacceptor receiver (REC) domain of chemotaxis protein CheY. The chemotaxis response regulator CheY contains a stand-alone REC domain. Chemotaxis is a behavior known for motile bacteria that directs their movement in response to chemical gradients. CheY is involved in transmitting sensory signals from chemoreceptors to the flagellar motors. Phosphorylated CheY interacts with the flagella switch components FliM and FliY, which causes counterclockwise rotation of the flagella, resulting in smooth swimming. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	6.817e-60
NZ_LT906477.1|WP_095177881.1|1461217_1461586_-|four-helix-bundle-protein	gnl|CDD|274132	TIGR02436, S23_ribosomal_protein, four helix bundle protein. This family describes a protein of unknown function whose structure is a bundle of four long alpha helices. Some of the first members of this family were found encoded in the (atypically large) intervening sequence (IVS) of Leptospira 23S RNA, a region often present in the rRNA gene and removed during rRNA processing without re-ligation. However, this location is not conserved, and naming this protein as a 23S RNA protein is both confusing and inaccurate.	1.1553e-35
NZ_LT906477.1|WP_095177894.1|1471930_1473163_-|flagellar-motor-switch-phosphatase-FliY	gnl|CDD|236154	PRK08119, PRK08119, flagellar motor switch protein; Validated.	0
NZ_LT906477.1|WP_095177892.1|1470397_1470805_-|flagellar-protein-FlgN	gnl|CDD|377465	pfam05130, FlgN, FlgN protein. This family includes the FlgN protein and export chaperone involved in flagellar synthesis.	3.02658e-15
NZ_LT906477.1|WP_168944008.1|1475018_1475627_-|chemotaxis-protein-CheC	gnl|CDD|381737	cd17909, CheC_ClassI, chemotaxis protein CheC, Class I. This subfamily contains Class I CheC proteins with phosphatase activity. The Class I cheC genes are generally found in firmicute and archaeal chemotaxis operons with cheD, usually translationally coupled. Class I CheCs interact with the CheD protein which is responsible for deamidation of certain glutamine residues to glutamates on the chemotaxis receptor proteins. This family contains two active sites with the consensus sequence ([DS]xxxExxNx(22)P), with four conserved residues thought to form the phosphatase active site. The C-terminal helix of CheC acts as a mimic of the natural enzymatic target of CheD, the alpha-helical receptors, and serves as the binding site for CheD. The CheC/CheD heterodimerization increases CheY-P phosphatase activity five-fold. Class I CheCs are involved in adaptation of the chemotaxis system.	4.10341e-88
NZ_LT906477.1|WP_095177889.1|1466383_1466821_-|flagellar-assembly-protein-FliW	gnl|CDD|237334	PRK13285, PRK13285, flagellar assembly protein FliW; Provisional.	2.62106e-66
NZ_LT906477.1|WP_095177885.1|1465069_1465456_-|flagellar-export-chaperone-FliS	gnl|CDD|376819	pfam02561, FliS, Flagellar protein FliS. FliS is coded for by the FliD operon and is transcribed in conjunction with FliD and FliT, however this protein has no known function.	3.12707e-53
NZ_LT906477.1|WP_095177884.1|1462992_1464648_-|flagellar-filament-capping-protein-FliD	gnl|CDD|236082	PRK07737, fliD, flagellar hook-associated protein 2.	5.91653e-69
NZ_LT906477.1|WP_095177888.1|1466177_1466390_-|carbon-storage-regulator-CsrA	gnl|CDD|234973	PRK01712, PRK01712, carbon storage regulator CsrA.	6.76136e-21
NZ_LT906477.1|WP_095177895.1|1474170_1474575_-|purine-binding-chemotaxis-protein-CheW	gnl|CDD|223905	COG0835, CheW, Chemotaxis signal transduction protein [Cell motility and secretion / Signal transduction mechanisms].	2.35406e-28
NZ_LT906477.1|WP_089866909.1|1473155_1474154_-|flagellar-motor-switch-protein-FliM	gnl|CDD|235849	PRK06666, fliM, flagellar motor switch protein FliM; Validated.	3.47855e-110
NZ_LT906477.1|WP_095177890.1|1467238_1468555_-|flagellar-hook-associated-protein-FlgL	gnl|CDD|274195	TIGR02550, Flagellar_hook-associated_protein_3, flagellar hook-associated protein 3. This protein family consists of flagellar hook-associated proteins designated FlgL (or HAP3) encoded in bacterial flagellar operons. A N-terminal region of about 150 residues and a C-terminal region of about 85 residues are conserved. Members show considerable length heterogeneity between these two well-conserved terminal regions; the seed alignment 486 columns, 393 of which are represented in the model, while members of this family are from 287 to over 500 residues in length. This model distinguishes FlgL from the flagellin gene product FliC. [Cellular processes, Chemotaxis and motility].	2.03457e-50
NZ_LT906477.1|WP_157726554.1|1470823_1471102_-|flagellar-biosynthesis-anti-sigma-factor-FlgM	gnl|CDD|274802	TIGR03824, FlgM_jcvi, flagellar biosynthesis anti-sigma factor FlgM. FlgM interacts with and inhibits the alternative sigma factor sigma(28) FliA. The C-terminus of FlgM contains the sigma(28)-binding domain.	1.82447e-09
NZ_LT906477.1|WP_095177891.1|1468567_1470367_-|flagellar-hook-associated-protein-FlgK	gnl|CDD|224176	COG1256, FlgK, Flagellar hook-associated protein [Cell motility and secretion].	2.44492e-98
NZ_LT906477.1|WP_095177880.1|1460165_1460993_-|flagellin	gnl|CDD|183759	PRK12804, PRK12804, flagellin; Provisional.	1.0348e-92
NZ_LT906477.1|WP_095177887.1|1465771_1466152_-|flagellar-protein-FlaG	gnl|CDD|377090	pfam03646, FlaG, FlaG protein. Although important for flagella the exact function of this protein is unknown.	2.45661e-20

Protein sequences

>NZ_LT906477.1|WP_095177889.1|1466383_1466821_-|flagellar-assembly-protein-FliW
MKLDTKHHGIIDYEEKDIISFKKGLPGFEHLKKFIVYSVEENNIFSILQSIEECGIGIPVLSPFTVCKDYEVKLTDDQISSLKIKSEKDVWILNTVTISSDYKEITTNLRAPIVINIKEGIGEQIILKNEDYKIKHPIFQEENRC
>NZ_LT906477.1|WP_095177888.1|1466177_1466390_-|carbon-storage-regulator-CsrA
MLVIGRKKGQSVIIGDDIEVTVVKVEDGAVKLAINAPKEVTILRKELVEEIQQENKKAASVDFTILNKLK
>NZ_LT906477.1|WP_095177887.1|1465771_1466152_-|flagellar-protein-FlaG
MEVNIVSQGRHTATLNGNGVDSLEVVVPQSSVSEVNIPKGESREGLTKDKDYTLDEVKKAADKLNKLFEDKSTYVEYEVYGKSKSITIKILDHKTKEVVKEIPPKKLIDMVDKLCELAGVFLDKKA
>NZ_LT906477.1|WP_095177886.1|1465468_1465753_-|hypothetical-protein
MEFKLNKIDTELRQQVQDSTKEGLIHRKKEIIINKDLQEENKQKFQQSLKKHSKKDAKRLSVEAEKVEEVTVEAFMDKDSKKETSRGRFLDIKR
>NZ_LT906477.1|WP_095177885.1|1465069_1465456_-|flagellar-export-chaperone-FliS
MYANNAYNAYKTNSVNYASKEQLLLMVVDGAVKFSKIAKQGIEEKDIKKAHENIIKTQNIFYELMATLDVEKGGEWAENLMKIYDFIIQRLVQANIKKDVKIMDEIIPIIEDIRDTWHEAYKISKNAK
>NZ_LT906477.1|WP_095177884.1|1462992_1464648_-|flagellar-filament-capping-protein-FliD
MVNGVGGYGGLKMGGLATGLETDDIIKKMLAGQQAKIDKAKQERQQIQWKQEMYRDIIKDVKDLQNTYFDIMSKDNLASEKAFYDYEVKSSNESIITASAGQGAIEGNYKVSVKRLARGARTFKNLGTDATNTSKLSDLGIHKSDFGVTVNGKEFQVKIGDSSTVSDLINAIKNATTADGKGKLSDYVDVSFSEISKNLVVETKETGEAQKMSINGASVFGTDFSVEGQDAKISVVTPKLEKNEDGTYKSYEITNAKNNFTLDGITFNLKGISKEGETTNLNVTKDADKTFDRFKEFIDKYNSLVGNIKGKLTEKKSYSYKPLTEEQKKEMKEDDIKKWEEKAKQGILRNDPNLEKMLRELRGTFFASVDGAGESFGRHIGLDTTNDYKTAGQIRFTEGGEEKFKKALLERPEDIMNLFTKKPDKNFLKEIENDKSLSQAQKDKKIYDNSGIFTRMDNILRNYVGAPGTTLNNSILTKYVNKQEDHSISGNIGANNLPDQIYRKDILIKKLDENLREREEKLYKQFATLEKAMTKYNAQAGWLSQQFGGGM
>NZ_LT906477.1|WP_095177883.1|1462640_1462973_-|hypothetical-protein
MDLRTYLEKFTDVTIDVIDAFKKEDYELGNDLLDKRREVIGEIEQIEYTIEEFRALDEEFKLLDLNKELEETIEKERIKIRKQLDEINIRRNANNGYNTQNKSVIFSRKI
>NZ_LT906477.1|WP_168944015.1|1462242_1462503_-|hypothetical-protein
MNNEELRIFFFVALRKILILFDLLKIILLWKTRSAKLNIEDILDLVNIKKGLALAKPKDFIKLKTFRNNSGEKLSFIVLCALSSVK
>NZ_LT906477.1|WP_095177881.1|1461217_1461586_-|four-helix-bundle-protein
MKQNLTYEKAFAFSKGIVNLYKYLSDKKNEYVLSKQILRSGTSIGANIKEGLEAQSKRDFLNKMNIALKEASETEYWLELLIATKYIDATASRTILVECKELNKILNTIVKTTKKNLRILDN
>NZ_LT906477.1|WP_095177880.1|1460165_1460993_-|flagellin
MIINHNLNAMNAHRQMGINLGNTGKATEKLSSGLRINRAGDDAAGLAISEKMRAQVRGLNQASRNAQDGISLIQTAEGALTESHSILQRMRELAVQSANDTNVIVDRGEIQKEIDQLSQELTRIADTTEFNTQNLLGGKFEAKFHIGANSGQNITLEITGMGAKSLGVQGASAGVGIDVSKQSVASKAISTINSAIEKVSAERSKLGAYQNRLEHTIANLDNSSENLQAAESRVRDVDMAKEMMNFSKNNILQQAAQAMLAQANNAPQGVLQLLR
>NZ_LT906477.1|WP_095177890.1|1467238_1468555_-|flagellar-hook-associated-protein-FlgL
MRVTNRMLANNFLTDMTTNLNNLQTLQQQLTSGKEIRRPSDDPLKVARAMQLHSEIGANKQYNENIKDTLSWLEQTDTALGQLGDQTHRIRELLVSAGNVAYGTDERKKINDEVKEIIGQMSQTLNASFDGRFIFGGTRGTAKPVNVINNKLVYADRFGNEMTDVVEVTKVGDWNNGKVKFEDIDSGSKFEITLGTIDTTKGIDDLVKNINDKIDGDADKPGELKGKLKAEVVEVNGKSYIEFTSLGKDTNIKIESTTVSDMKSIEGKKVPSDRSLDEKKQNIRETQMMGEKLVTEISQGVRIEYNTTAVDVIEFKDNKGKDRDLREILEDIVAHLDSPDSDADAVKKITNEDLAALDAVMDNILKLRSQVGAKGNRMESALEKNKEENFNLTEILSKTEDIDLTEKTMEYAVAISVYMASLQTSARVLQPTLMDYVR
>NZ_LT906477.1|WP_095177891.1|1468567_1470367_-|flagellar-hook-associated-protein-FlgK
MSGLFGTLHVGKSGIFANQRSIDVTSHNIANANTEGYSRQRAELQTERPFCTPSMNNAAGAGQLGRGVNVADINRIRDTFLDYQVRIELGVQGKYAGRHKFLNEIENIFNEPSETGISTLLGNFFDGWQELSKQPHSSNARTVVAEQSKALTDELNHLYGQLHKLKDNAKTSIRQDLNDVNSILDQMERLNEEIIQVTAAGQKPNDLLDRRDLLLDKLSSKFGINIEKKGLNGIDVNTKGDAGAEPPDGLNLIQMVKPEEALRFAYISSISPAKAPELGKTKTYTITYYKNADMTNDDNKVTFKIELGKDEYDALDKSRTLWTNKDGEAILVDDNNKVIGKVDKDGNLVGEKGIATPTDPKIPRFQPSTGNLNGYMSVQDDIDNQIEQLDKLARTLAYAVNAVHSQSQDNLKDELLFFVNKDKTGEEGEKEITARNITVNEEILKDVMKIKVGRGDKPGETDGTRALAIANIMDKLIAIQNLDLSKGRQEALNAIGGDWTQDEAEIWTIKGNTDGMTFGGYFKDMVDRLGVQTQEAKRMVKNQHSVLASFQQSRDAVSGVSLDEEMTNLIQFQHAYQANAKLISTVDELLDVVVNGLKR
>NZ_LT906477.1|WP_095177892.1|1470397_1470805_-|flagellar-protein-FlgN
MVSELNSVILEEIKAFEELLEALDKQHEYIVKNDVFKMESIVDEIEEKSKNIAKWEMDRRKITKGRAMSEIIRECKDEELENNYRKARKLVEELNLQKDTNETLLKQGIVYANKMLQIINPNREAKTYSAYGKMK
>NZ_LT906477.1|WP_157726554.1|1470823_1471102_-|flagellar-biosynthesis-anti-sigma-factor-FlgM
MKIGGVGSNSAINSYDRNKNTLDNKKVSNNKKQDSIEISSLGKSLSKYSIEEGKINSKERVETIRQEISKGTYNINSRYIAQGLIDAMKGRI
>NZ_LT906477.1|WP_157726555.1|1471688_1471865_-|hypothetical-protein
MTEDIGQLTEDIGQLTEDIGQLTEDIGQLTEDIGQLTEDNERGFSSTTLQKILYCRYN
>NZ_LT906477.1|WP_095177894.1|1471930_1473163_-|flagellar-motor-switch-phosphatase-FliY
MNDGFLSQDEIDSLLNGASSESEESIEENEESIDSAVEDADNGEQQDLSDLEKDLLGEIGNISMGSASTALSNIINQQVNITTPVVSVTTLNKLKNTFEVPNIALEVKYTSGILGENLLVMKITDAAVIANLMMGGDGLVQDVSSLSEIEVSAVSEAMNQMIGSAATSMATMFGREVNISPPVSNIWDDLTSPLSQGLDENEALVKVSFKLTIGTLVDSQIMQLLPMEMAKKIVKIMMGEDVQEEVAQETPQAEKPQQVPDTIGGDKVPKTQERPQIEQQPTYTEPSPSYAAPKETPVVHEKPIEVQEAVFQPLQQTTKRQELPNNIDLIMDVPLDISVVLGRTKLNIKEILNLGTGSLIELDKLAEEPVEILVNGKPVAFGEVVVIDENFGVRITDIVNSVDRIKSLGK
>NZ_LT906477.1|WP_089866909.1|1473155_1474154_-|flagellar-motor-switch-protein-FliM
MGEVLSQSEIDALLAAVSSGELSPDEMPKEEEKQKVKVYDFRSPQKFSKDHVRTLELIHDNYARIMSNYLTAHMRKNVKAKIESVQQITYEEFIHSIPNPTVLTVFKAPPLNGSVLFETNPQFIFEVMDVLLGGNADGRKYKLREFTDIDKNIIKQINEGLIDGIKLAWEDIMEVYPEIESIETNPALSQTLAPNEPVALITFSVDMGDNSTFVNICIPYLSIEKILDRLVVQYWFQENNEEIREESNKKLRDRLNIVETELVAVLGNAKITVEEFLKLSLGDVLILDNEIDKPIKINVEDQLYAYGKPGVVGKNMGIEILDILDKDVENYE
>NZ_LT906477.1|WP_095177895.1|1474170_1474575_-|purine-binding-chemotaxis-protein-CheW
MQIVIFKLKDEQFAVETEKIESINDTMEITKVPNAPAYIKGLINLRGNIISLLDINLLLEAENHESEQENIIILKLEEELVGITVDNVDEVIDIKADMVEKVDEEGKKDYIKGVINFKDRIVTLIDIDKLLLNQ
>NZ_LT906477.1|WP_089866904.1|1474643_1475003_-|response-regulator
MAKVLIVDDAAFMRMMIKDILEKNGFEVVGEANNGIKAVELYKKEKPDVVTMDITMPDMDGIEAVKEIKSIDPDAKVIMCSAMGQQTMVMDAIKAGAKDFIVKPFQPDRVLEAIKKVVG
>NZ_LT906477.1|WP_168944008.1|1475018_1475627_-|chemotaxis-protein-CheC
MYMTAYSNLTPLQIDALKEVGNIGTGNAATALSQLLNRKIDMSVPNINIVSFDEIFHGIGEEEIVYGVLVRVLGDTPGNILFVFEKDTANNIIEILTGTRETELSELGKSVIEELGNIVSASYMNAIARFTNLTIIPSVPAVAYDMLGAILSTTFIESGQFDDYVLDIETVFLEDDSEIKGHFYYIPMPGSLEKILNSLGVM

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NZ_LT906477_1	1.4|916408|36|NZ_LT906477|CRISPRCasFinder,CRT	916408-916443	36	KM983333	Clostridium phage phiCTC2A, complete genome	27893-27928	1	0.972
NZ_LT906477_1	1.4|916408|36|NZ_LT906477|CRISPRCasFinder,CRT	916408-916443	36	KM983330	Clostridium phage phiCT19406A, complete genome	27893-27928	1	0.972
NZ_LT906477_1	1.7|916605|37|NZ_LT906477|CRISPRCasFinder,CRT	916605-916641	37	KM983329	Clostridium phage phiCT9441A, complete genome	1316-1352	1	0.973
NZ_LT906477_1	1.50|916410|36|NZ_LT906477|PILER-CR	916410-916445	36	KM983333	Clostridium phage phiCTC2A, complete genome	27893-27928	1	0.972
NZ_LT906477_1	1.50|916410|36|NZ_LT906477|PILER-CR	916410-916445	36	KM983330	Clostridium phage phiCT19406A, complete genome	27893-27928	1	0.972
NZ_LT906477_1	1.53|916607|37|NZ_LT906477|PILER-CR	916607-916643	37	KM983329	Clostridium phage phiCT9441A, complete genome	1316-1352	1	0.973
NZ_LT906477_2	2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979972-980009	38	NZ_CP031095	Clostridium botulinum strain CFSAN034200 plasmid p1_CDC51232, complete sequence	33898-33935	2	0.947
NZ_LT906477_2	2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979972-980009	38	NZ_CP013684	Clostridium botulinum strain AM282 plasmid pRSJ10_1, complete sequence	70298-70335	2	0.947
NZ_LT906477_2	2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979972-980009	38	NC_025146	Clostridium botulinum plasmid pCB111 DNA, complete sequence, strain: 111	48147-48184	2	0.947
NZ_LT906477_2	2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979972-980009	38	NC_012654	Clostridium botulinum Ba4 str. 657 plasmid pCLJ, complete sequence	78224-78261	2	0.947
NZ_LT906477_3	3.4|993091|36|NZ_LT906477|CRISPRCasFinder,CRT	993091-993126	36	NC_022778	Clostridium tetani 12124569 plasmid p12124569, complete sequence	20316-20351	2	0.944
NZ_LT906477_3	3.4|993091|36|NZ_LT906477|CRISPRCasFinder,CRT	993091-993126	36	NC_004565	Clostridium tetani E88 plasmid pE88, complete sequence	29667-29702	2	0.944
NZ_LT906477_1	1.31|918189|36|NZ_LT906477|CRISPRCasFinder,CRT	918189-918224	36	NC_029006	Clostridium phage phiCT19406C, complete genome	2525-2560	3	0.917
NZ_LT906477_1	1.77|918191|36|NZ_LT906477|PILER-CR	918191-918226	36	NC_029006	Clostridium phage phiCT19406C, complete genome	2525-2560	3	0.917
NZ_LT906477_3	3.11|993091|37|NZ_LT906477|PILER-CR	993091-993127	37	NC_022778	Clostridium tetani 12124569 plasmid p12124569, complete sequence	20315-20351	3	0.919
NZ_LT906477_3	3.11|993091|37|NZ_LT906477|PILER-CR	993091-993127	37	NC_004565	Clostridium tetani E88 plasmid pE88, complete sequence	29666-29702	3	0.919
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	NZ_CP006909	Clostridium botulinum CDC_1436 plasmid pCBG, complete sequence	177682-177716	4	0.886
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	NC_007581	Clostridium phage c-st, complete genome	136943-136977	4	0.886
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	NC_007581	Clostridium phage c-st, complete genome	162211-162245	4	0.886
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	ACSJ01000017	Clostridium phage D-1873 CLG.Contig173, whole genome shotgun sequence	60512-60546	4	0.886
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	AP008983	Clostridium phage c-st genomic DNA, complete genome	136943-136977	4	0.886
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	AP008983	Clostridium phage c-st genomic DNA, complete genome	162211-162245	4	0.886
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	NZ_CP026601	Clostridiaceae bacterium 14S0207 plasmid unnamed1, complete sequence	86240-86274	5	0.857
NZ_LT906477_1	1.5|916473|36|NZ_LT906477|CRISPRCasFinder,CRT	916473-916508	36	KM983333	Clostridium phage phiCTC2A, complete genome	38252-38287	6	0.833
NZ_LT906477_1	1.5|916473|36|NZ_LT906477|CRISPRCasFinder,CRT	916473-916508	36	KM983330	Clostridium phage phiCT19406A, complete genome	38252-38287	6	0.833
NZ_LT906477_1	1.51|916475|36|NZ_LT906477|PILER-CR	916475-916510	36	KM983333	Clostridium phage phiCTC2A, complete genome	38252-38287	6	0.833
NZ_LT906477_1	1.51|916475|36|NZ_LT906477|PILER-CR	916475-916510	36	KM983330	Clostridium phage phiCT19406A, complete genome	38252-38287	6	0.833
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	NZ_CP024444	Moraxella osloensis strain NP7 plasmid pNP7-1, complete sequence	80173-80207	7	0.8
NZ_LT906477_2	2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979369-979403	35	NZ_CP024446	Moraxella osloensis strain NP7 plasmid pNP7-3, complete sequence	22112-22146	7	0.8
NZ_LT906477_2	2.13|979906|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979906-979941	36	NZ_CP012423	Spiroplasma kunkelii CR2-3x plasmid pSKU226, complete sequence	21681-21716	8	0.778
NZ_LT906477_2	2.29|980979|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	980979-981013	35	MT701590	Klebsiella phage Miami, complete genome	85206-85240	8	0.771
NZ_LT906477_5	5.1|1406504|30|NZ_LT906477|CRISPRCasFinder	1406504-1406533	30	MN694310	Marine virus AFVG_250M603, complete genome	29808-29837	8	0.733
NZ_LT906477_1	1.10|916802|38|NZ_LT906477|CRISPRCasFinder,CRT	916802-916839	38	NC_007581	Clostridium phage c-st, complete genome	156590-156627	9	0.763
NZ_LT906477_1	1.10|916802|38|NZ_LT906477|CRISPRCasFinder,CRT	916802-916839	38	AP008983	Clostridium phage c-st genomic DNA, complete genome	156590-156627	9	0.763
NZ_LT906477_1	1.56|916804|38|NZ_LT906477|PILER-CR	916804-916841	38	NC_007581	Clostridium phage c-st, complete genome	156590-156627	9	0.763
NZ_LT906477_1	1.56|916804|38|NZ_LT906477|PILER-CR	916804-916841	38	AP008983	Clostridium phage c-st genomic DNA, complete genome	156590-156627	9	0.763
NZ_LT906477_2	2.25|980711|37|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	980711-980747	37	MF403008	Agrobacterium phage Atu_ph07, complete genome	402811-402847	9	0.757
NZ_LT906477_2	2.9|979637|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979637-979672	36	NZ_LN831028	Fusobacterium nucleatum subsp. polymorphum strain NCTC10562 plasmid 2, complete sequence	11453-11488	10	0.722
NZ_LT906477_2	2.9|979637|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	979637-979672	36	NZ_CP029750	Staphylococcus aureus strain Smith plasmid pSS41, complete sequence	40355-40390	10	0.722
NZ_LT906477_4	4.6|1192415|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT	1192415-1192450	36	NZ_CP039220	Piscirickettsia salmonis strain NVI 5692 plasmid unnamed1, complete sequence	66065-66100	10	0.722

1. spacer 1.4|916408|36|NZ_LT906477|CRISPRCasFinder,CRT matches to KM983333 (Clostridium phage phiCTC2A, complete genome) position: , mismatch: 1, identity: 0.972

tctattgcagcaggtggatttttagcaatggcaact	CRISPR spacer
tctattgcagcaggtggatttttaggaatggcaact	Protospacer
************************* **********

2. spacer 1.4|916408|36|NZ_LT906477|CRISPRCasFinder,CRT matches to KM983330 (Clostridium phage phiCT19406A, complete genome) position: , mismatch: 1, identity: 0.972

tctattgcagcaggtggatttttagcaatggcaact	CRISPR spacer
tctattgcagcaggtggatttttaggaatggcaact	Protospacer
************************* **********

3. spacer 1.7|916605|37|NZ_LT906477|CRISPRCasFinder,CRT matches to KM983329 (Clostridium phage phiCT9441A, complete genome) position: , mismatch: 1, identity: 0.973

gtatattggttattttcaacttcttttaagagttcta	CRISPR spacer
gtatattgtttattttcaacttcttttaagagttcta	Protospacer
******** ****************************

4. spacer 1.50|916410|36|NZ_LT906477|PILER-CR matches to KM983333 (Clostridium phage phiCTC2A, complete genome) position: , mismatch: 1, identity: 0.972

tctattgcagcaggtggatttttagcaatggcaact	CRISPR spacer
tctattgcagcaggtggatttttaggaatggcaact	Protospacer
************************* **********

5. spacer 1.50|916410|36|NZ_LT906477|PILER-CR matches to KM983330 (Clostridium phage phiCT19406A, complete genome) position: , mismatch: 1, identity: 0.972

tctattgcagcaggtggatttttagcaatggcaact	CRISPR spacer
tctattgcagcaggtggatttttaggaatggcaact	Protospacer
************************* **********

6. spacer 1.53|916607|37|NZ_LT906477|PILER-CR matches to KM983329 (Clostridium phage phiCT9441A, complete genome) position: , mismatch: 1, identity: 0.973

gtatattggttattttcaacttcttttaagagttcta	CRISPR spacer
gtatattgtttattttcaacttcttttaagagttcta	Protospacer
******** ****************************

7. spacer 2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP031095 (Clostridium botulinum strain CFSAN034200 plasmid p1_CDC51232, complete sequence) position: , mismatch: 2, identity: 0.947

gaacaatgttggagtataaagctaattggtatggaaga	CRISPR spacer
gaacaatgttagaatataaagctaattggtatggaaga	Protospacer
**********.**.************************

8. spacer 2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP013684 (Clostridium botulinum strain AM282 plasmid pRSJ10_1, complete sequence) position: , mismatch: 2, identity: 0.947

gaacaatgttggagtataaagctaattggtatggaaga	CRISPR spacer
gaacaatgttagaatataaagctaattggtatggaaga	Protospacer
**********.**.************************

9. spacer 2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NC_025146 (Clostridium botulinum plasmid pCB111 DNA, complete sequence, strain: 111) position: , mismatch: 2, identity: 0.947

gaacaatgttggagtataaagctaattggtatggaaga	CRISPR spacer
gaacaatgttagaatataaagctaattggtatggaaga	Protospacer
**********.**.************************

10. spacer 2.14|979972|38|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NC_012654 (Clostridium botulinum Ba4 str. 657 plasmid pCLJ, complete sequence) position: , mismatch: 2, identity: 0.947

gaacaatgttggagtataaagctaattggtatggaaga	CRISPR spacer
gaacaatgttagaatataaagctaattggtatggaaga	Protospacer
**********.**.************************

11. spacer 3.4|993091|36|NZ_LT906477|CRISPRCasFinder,CRT matches to NC_022778 (Clostridium tetani 12124569 plasmid p12124569, complete sequence) position: , mismatch: 2, identity: 0.944

ttaaatacataatctatttttttgaatctgtttctt	CRISPR spacer
ttaaatacataatctatttttttaaatctatttctt	Protospacer
***********************.*****.******

12. spacer 3.4|993091|36|NZ_LT906477|CRISPRCasFinder,CRT matches to NC_004565 (Clostridium tetani E88 plasmid pE88, complete sequence) position: , mismatch: 2, identity: 0.944

ttaaatacataatctatttttttgaatctgtttctt	CRISPR spacer
ttaaatacataatctatttttttaaatctatttctt	Protospacer
***********************.*****.******

13. spacer 1.31|918189|36|NZ_LT906477|CRISPRCasFinder,CRT matches to NC_029006 (Clostridium phage phiCT19406C, complete genome) position: , mismatch: 3, identity: 0.917

tgtctatattgtaaaataacttttcaaatttgaaaa	CRISPR spacer
tgtctatactgtaaaataacttttcaaatttgggaa	Protospacer
********.***********************..**

14. spacer 1.77|918191|36|NZ_LT906477|PILER-CR matches to NC_029006 (Clostridium phage phiCT19406C, complete genome) position: , mismatch: 3, identity: 0.917

tgtctatattgtaaaataacttttcaaatttgaaaa	CRISPR spacer
tgtctatactgtaaaataacttttcaaatttgggaa	Protospacer
********.***********************..**

15. spacer 3.11|993091|37|NZ_LT906477|PILER-CR matches to NC_022778 (Clostridium tetani 12124569 plasmid p12124569, complete sequence) position: , mismatch: 3, identity: 0.919

ttaaatacataatctatttttttgaatctgtttcttg	CRISPR spacer
ttaaatacataatctatttttttaaatctatttctta	Protospacer
***********************.*****.******.

16. spacer 3.11|993091|37|NZ_LT906477|PILER-CR matches to NC_004565 (Clostridium tetani E88 plasmid pE88, complete sequence) position: , mismatch: 3, identity: 0.919

ttaaatacataatctatttttttgaatctgtttcttg	CRISPR spacer
ttaaatacataatctatttttttaaatctatttctta	Protospacer
***********************.*****.******.

17. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP006909 (Clostridium botulinum CDC_1436 plasmid pCBG, complete sequence) position: , mismatch: 4, identity: 0.886

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatctttaattcctaagtcaattcctatc	Protospacer
************* * *****************..

18. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NC_007581 (Clostridium phage c-st, complete genome) position: , mismatch: 4, identity: 0.886

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatcttttagtcctaagtcaatcccaatt	Protospacer
***************.************.** *.*

19. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NC_007581 (Clostridium phage c-st, complete genome) position: , mismatch: 4, identity: 0.886

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatcttttagtcctaagtcaatcccaatt	Protospacer
***************.************.** *.*

20. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to ACSJ01000017 (Clostridium phage D-1873 CLG.Contig173, whole genome shotgun sequence) position: , mismatch: 4, identity: 0.886

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatcttttagtcctaagtcaatcccaatt	Protospacer
***************.************.** *.*

21. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to AP008983 (Clostridium phage c-st genomic DNA, complete genome) position: , mismatch: 4, identity: 0.886

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatcttttagtcctaagtcaatcccaatt	Protospacer
***************.************.** *.*

22. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to AP008983 (Clostridium phage c-st genomic DNA, complete genome) position: , mismatch: 4, identity: 0.886

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatcttttagtcctaagtcaatcccaatt	Protospacer
***************.************.** *.*

23. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP026601 (Clostridiaceae bacterium 14S0207 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.857

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
ttgcaaaatcttttattcctaagtcaatcccaata	Protospacer
*************** ************.** *. 

24. spacer 1.5|916473|36|NZ_LT906477|CRISPRCasFinder,CRT matches to KM983333 (Clostridium phage phiCTC2A, complete genome) position: , mismatch: 6, identity: 0.833

actggtgatatgaatttaagtaatgtagaacacatt	CRISPR spacer
aagtgtgatatgaatttaagtaatgtagaaaatata	Protospacer
*   ************************** *.** 

25. spacer 1.5|916473|36|NZ_LT906477|CRISPRCasFinder,CRT matches to KM983330 (Clostridium phage phiCT19406A, complete genome) position: , mismatch: 6, identity: 0.833

actggtgatatgaatttaagtaatgtagaacacatt	CRISPR spacer
aagtgtgatatgaatttaagtaatgtagaaaatata	Protospacer
*   ************************** *.** 

26. spacer 1.51|916475|36|NZ_LT906477|PILER-CR matches to KM983333 (Clostridium phage phiCTC2A, complete genome) position: , mismatch: 6, identity: 0.833

actggtgatatgaatttaagtaatgtagaacacatt	CRISPR spacer
aagtgtgatatgaatttaagtaatgtagaaaatata	Protospacer
*   ************************** *.** 

27. spacer 1.51|916475|36|NZ_LT906477|PILER-CR matches to KM983330 (Clostridium phage phiCT19406A, complete genome) position: , mismatch: 6, identity: 0.833

actggtgatatgaatttaagtaatgtagaacacatt	CRISPR spacer
aagtgtgatatgaatttaagtaatgtagaaaatata	Protospacer
*   ************************** *.** 

28. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP024444 (Moraxella osloensis strain NP7 plasmid pNP7-1, complete sequence) position: , mismatch: 7, identity: 0.8

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
tggcactgtcttttaagcctaagtcaatgcctacg	Protospacer
* ***  .******** *********** ***** 

29. spacer 2.5|979369|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP024446 (Moraxella osloensis strain NP7 plasmid pNP7-3, complete sequence) position: , mismatch: 7, identity: 0.8

ttgcaaaatcttttaatcctaagtcaattcctact	CRISPR spacer
tggcactgtcttttaagcctaagtcaatgcctacg	Protospacer
* ***  .******** *********** ***** 

30. spacer 2.13|979906|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP012423 (Spiroplasma kunkelii CR2-3x plasmid pSKU226, complete sequence) position: , mismatch: 8, identity: 0.778

tccggaattttagcacaggataataaaaaagtttta	CRISPR spacer
gcctataaattagcagatgataataaaaaagtttta	Protospacer
 ** . *  ****** * ******************

31. spacer 2.29|980979|35|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to MT701590 (Klebsiella phage Miami, complete genome) position: , mismatch: 8, identity: 0.771

ccagcttgg--ttaacattaaacaattaaaaataaag	CRISPR spacer
--atcctaggtttaacattaattaattaaaaataaat	Protospacer
  * *.*.*  ********** .************* 

32. spacer 5.1|1406504|30|NZ_LT906477|CRISPRCasFinder matches to MN694310 (Marine virus AFVG_250M603, complete genome) position: , mismatch: 8, identity: 0.733

atcttctacatgggatgtattttctttagc	CRISPR spacer
gtaggctagatgggatgtatattctttatt	Protospacer
.*   *** *********** ******* .

33. spacer 1.10|916802|38|NZ_LT906477|CRISPRCasFinder,CRT matches to NC_007581 (Clostridium phage c-st, complete genome) position: , mismatch: 9, identity: 0.763

ccaaagatagcagaaatagaagaatttaaa-gaaataat	CRISPR spacer
ttatggatagcagaaaaagaagaatttaaacaagatga-	Protospacer
..* .*********** ************* .*.**.* 

34. spacer 1.10|916802|38|NZ_LT906477|CRISPRCasFinder,CRT matches to AP008983 (Clostridium phage c-st genomic DNA, complete genome) position: , mismatch: 9, identity: 0.763

ccaaagatagcagaaatagaagaatttaaa-gaaataat	CRISPR spacer
ttatggatagcagaaaaagaagaatttaaacaagatga-	Protospacer
..* .*********** ************* .*.**.* 

35. spacer 1.56|916804|38|NZ_LT906477|PILER-CR matches to NC_007581 (Clostridium phage c-st, complete genome) position: , mismatch: 9, identity: 0.763

ccaaagatagcagaaatagaagaatttaaa-gaaataat	CRISPR spacer
ttatggatagcagaaaaagaagaatttaaacaagatga-	Protospacer
..* .*********** ************* .*.**.* 

36. spacer 1.56|916804|38|NZ_LT906477|PILER-CR matches to AP008983 (Clostridium phage c-st genomic DNA, complete genome) position: , mismatch: 9, identity: 0.763

ccaaagatagcagaaatagaagaatttaaa-gaaataat	CRISPR spacer
ttatggatagcagaaaaagaagaatttaaacaagatga-	Protospacer
..* .*********** ************* .*.**.* 

37. spacer 2.25|980711|37|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to MF403008 (Agrobacterium phage Atu_ph07, complete genome) position: , mismatch: 9, identity: 0.757

tggttataacaatgataaagaatatgaggaaatttct	CRISPR spacer
ttataaaattaatgataaagaatatgaggcattttca	Protospacer
* .* * * .******************* * **** 

38. spacer 2.9|979637|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_LN831028 (Fusobacterium nucleatum subsp. polymorphum strain NCTC10562 plasmid 2, complete sequence) position: , mismatch: 10, identity: 0.722

tcgatactgaaataaaacaattaaaaaaatcaaata	CRISPR spacer
agaaaaaagaaataaaaaaattaaaaaaataaaaac	Protospacer
  .* *  ********* ************ ***  

39. spacer 2.9|979637|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP029750 (Staphylococcus aureus strain Smith plasmid pSS41, complete sequence) position: , mismatch: 10, identity: 0.722

tcgatactgaaataaaacaattaaaaaaatcaaata	CRISPR spacer
ttggagaacaaataaaacaattgagaaaatcaaatg	Protospacer
*.*. .   *************.*.**********.

40. spacer 4.6|1192415|36|NZ_LT906477|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP039220 (Piscirickettsia salmonis strain NVI 5692 plasmid unnamed1, complete sequence) position: , mismatch: 10, identity: 0.722

tgaaagaactagaaaagagttagaaataaatcatac	CRISPR spacer
agttttaactaggaaagagttagaaaaaaatcttga	Protospacer
 *    ******.************* ***** *. 

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	168183 : 177408	8	Clostridium_phage(33.33%)	protease,tRNA	NA
DBSCAN-SWA_2	313334 : 322148	9	Erysipelothrix_phage(37.5%)	NA	NA
DBSCAN-SWA_3	325651 : 384014	55	Paenibacillus_phage(25.0%)	capsid,holin,tail,portal,transposase,integrase,terminase,protease,head	attL 358200:358216|attR 363778:363794
DBSCAN-SWA_4	481087 : 491459	10	Tupanvirus(25.0%)	transposase	NA
DBSCAN-SWA_5	884160 : 973003	66	Bacillus_phage(15.0%)	capsid,protease,transposase	NA
DBSCAN-SWA_6	1257279 : 1269810	12	Leptospira_phage(22.22%)	transposase	NA
DBSCAN-SWA_7	1307109 : 1314134	8	uncultured_Mediterranean_phage(50.0%)	NA	NA
DBSCAN-SWA_8	1661476 : 1669141	12	Clostridium_phage(50.0%)	integrase	attL 1662236:1662258|attR 1677546:1677568
DBSCAN-SWA_9	1685917 : 1693786	7	Synechococcus_phage(33.33%)	tRNA	NA
DBSCAN-SWA_10	1998004 : 2026007	27	Staphylococcus_phage(28.57%)	protease,transposase,coat	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_LT906477|168183:177408|DBSCAN-SWA
AATGTATTTATTAAAAAGATTTTTTGCAAGTATACTAGCTAGTATACTTATTGTAATTATTTTTTGCTTTATAATATTAAAACCATCTTTAATAGGAAAAGACAACAAAAATAATATATCTGAAAATAAGAAGATTGAAGAAATAAAAGTAAAAGTATATATCTCAAAAGATAAAAAAATAATAGAATTAGATTTGGAAGATTATATAAAAGGAGTAGTTTCAGCTGAAATGCCTGCTGAGTTTCATGAGGAGGCCTTAAAAGCTCAAGCTATAGCAGCAAGAACTTATGCTATACCTCGTATAAAACAATTAGGTGGAGTCAGTTGCAAAAATGTAAATGGTGCAGATTTATGTGATACAGTACACTGTCAAGCATTTTTAACTAAAGAAGTTAGAATGAAAGGCTGGTCAGAGAAAAAAAGAAATGAATATTGGAATAAGATTGAAAATGCAGTTGAAAGTACTGCAGGAGAAGTTTTGGTGTATAAAGATGAAATCATAAAAGGAGCATATTATTTCTCAACTAGTAGTGGATTTACGGAAAACGGCCAAGATATATTTGCATCTACAGAGCCATATTTAAAGAGTGTAAAAAGTCAAGGAGAAGAAATTGCACCAAAATATAAGAGTAATAAAAACTATTCGTATAGTGAATTTATAAATATAATTAATAAAAAATATCCTAAATCTATATCAAATATAAAAAATATAAAAAATGAAGTAAAAATAAAGAGCAGAACTTCTGGAGGAAGTGTAAAAGAGATAGTATTAGGCAAAACCATTATAACAGGTCCAACATTTAGAAAAATTTTTAATTTAAATTCATCAAATTTTAATATAAAATTTGAGAAAGATAAGATAAATATAGAATGCAAAGGATATGGACATGGTGTAGGTATGAGCCAATGGGGAGCCAATGTATTAGGAAAATCTGGTGAGAATTATAAGGATATATTAAAACATTATTATACAGGTGTAGAAATAAAAAAATATAAAGAAGTTTTAAAAAATAATTAAAATACTAAAAAGAAATTTAAAGTTTCTTTTTAGTATTTTTTATTTTTATAAAATTAATGACTATTTGTCAAAAAATGATGAAAATAGGAGAAAGAATTTTAAATAAAATATGTATTTTTTACTACAGACTGGACAAACTACAAAAAGGAGGTGCTTATATGGGTAAAAAATTTTCAAGTAAATTTCGTATAAAGAAGGAGGGATTCTATCTAGTTCTATTTATATGTCTATGTTTAATAGGATCAGCAGCTTACATATCTTCAAAAAACAATAAAGAAGCAAAAAGATTAGCTGTTAAAGAAGAAAATAAAATTCAAGAATCAAATGAAAATAAAGAACAAGAAACTGTAGAAACTAGAGAGCCAAGTGTAGAATATGATAATGCTTTACAAGTTAAAGAAGAAGATAAAAAGGTTGAAGAAAAAACTGAAAAAGTAGCTCAAGTGTCAGCTAAAACAGACAACAAATTTGTCAAACCAGTAGAAGGAACTATAGCTAGGGATTATTCAGAAGAACCTGTTTATTGGAAATCTACAAATAGTTATAGACCTAATTTTGGAATAGATATTAAATGTGAACTAGGAAAACCTGTTGTTGCTGTATTAGATGGGAAAATAGAAGATATAAAGAAAGATACAGTAGATGGTGTTCAAGTTACTATTAATCATCAAAACGGGTTGAAAACAATTTACGCTAATTTAGATGAGAAATTAGATGTAAAAGTAGGAGATGAAGTTAAAAAAGGAAGTAATTTAGGAAAAGTAGGGAAAACAACATTAAGAGCAGCTTATGAAAATTATGGAGAACATCTTCATTTTTCTGTAACTAAGGATGGAGATTATGTAAATCCAAATAAGTATATAAAATATTAAATAAAATAAAGCCATTTTCCACATAACTGAGTGGAAAATGGCATTATAAAAATAATTTAGTTACTAAATATATTTATAAATAGTAAGGAGGTAGTAATTTGAAGGATTACATTGAAGAAAGAGTTTTAGAAGTCGCTAATTATATAATAAGTTCTAAAGCTACTATAAGAAAAACGGCCAAAGTCTTCGGTGTAAGCAAAAGTACAATTCATAAAGATATGACAGAAAGATTGCCTAAAATAAATCCTCAAATTGCAAAAGAAGCTAAAAATATATTGGAATTTAATAAGGCAGAAAGACATATAAGAGGTGGAAAAGCTACAAAATTGAAGTATAAAGCTATTGAAGGTTAAAAACATTCCTATTATAATTGATATTAGGTAGTATCAAAATTTACCAAAGAAGAATAAGGAAAGAGCAGGTGTGAAAAATAGGGATGTTTTTTAATGTAGGAACAGATATGGGAATAGATCTTGGAACAGCCACTGTACTAGTTTATATTAAAGGAAAAGGTGTAGTATTGAATGATCCATCAGTAGTAGCCATTGATAAAAGTAAAGATAAGCTTTTAGCAGTAGGAGAAGAAGCAAGGCAAATGATTGGTAGAACTCCTGGCAATATTGTTGCATTAAAACCCCTTAGGGAAGGAGTTATTTCTGATTACGATTTGACAGAAAAGATGTTGAAACATTTTATTACTAAAGCTTGTGGTAAAAAGAAAATGGTTTCACCAAGAGTAGTAGTATGTATACCTTGTGAGTCTACGGAAGTTGAGAAAAGAGCAGTTATAGATGCAGCAAGGAATGCAGGTGCTAAAAAGGTTTTTTTAATAGAAGAACCTCTAGCTGCGGCAATAGGTGCTGGTGTTGATATAACTAAAGCTAGTGGTAATATGATAATTGATATAGGAGGAGGGACAACCGATATAGCGGTTATATCACTAGGAGGAATAGTTGCAAGATCAACAATAAGTATAGCCGGTGATAGCTTCGATGAAGCTATAATAAAATACATACGAAAGAAGCATAATCTTATGATAGGAGAAAGGACTGCAGAGGATTTAAAGATAAATATAGGATCTGTTTATGATGTTGGTGAAGAAAATTTTATGGATATAAAAGGTAGAGATTTAATATCAGGGTTACCTAAGAATATAACTGTATCGTCATCAGAGATGAGAGATGCTTTAATAGAGCCTATAAATACTATAGCTGAAAGTACCCATGCTATCTTAGAAAAAACCCCACCAGAATTAGCGGCAGATATATCTGATAAAGGTATAGTAATGACCGGAGGTGGAGCATTATTAAATGGTTTAGATAAGTTAATATCAGAAGTAACCCATGTACCAGTATATGTTTCTGAAAATGCAGTTACATGTGTAGCTATTGGTACAGGGAAGATGTTAGAATACTTGGATAAGTTAGATATAACTTTTCAAGGAGATAGTATAGTTTTAATAGACTAAAAATAAAAAAGCAAAGAATTTATATCTTTGCTTTATTTTTATTTGACAAAATGTATTCTTTACAAGATAATTTTAAACCATATATTATGGATTCAGAAATAGATTTGGCCATATTAAGTATAAAATTAAGTCGAATAGAATTATTATTAAATATATTCATTTCAGTGGAATCGATTATTCCAACTACGGAACGATTTCCCACATGAGGAAGTTCCTTACCAACACCTTTTCCAGGATATATTGGATAATTTCGTGATTGTATAAATCCAATATTATTAGGTTCTCCTAAACAAGCATCTATGCCAAGTATACTATGATTAGGGTATAAAGAAGATATTTCTTCCATTTTTATTTTTATATTTAACGCATGGATTGGATTTTCTATTGTTCCAAAGACAGGCAGAGGAAAATCTTTTGTTTTTAAAATTGTACCAGTTATAGGACCAAGAGAATCTCCTATGCATTTATCTGTTCCTATACACACTATTATAGTTTTTTCATTTAAAAAGTTTATTAAACTATTTCCTATTATTTTATAAGCCAAAGGATCATTATAATGGACCATGGTTTTATCCAAAAATTACACCTCCTTCAATAATTTATATGAAGGTGGTGTAATTAATATTATAGCAAATTGTTTAATTTTGTTTATTCCAAATACAAAGTTGATTAGAATTTGTTAAAGCACCTAATAATCTATTATCTAAATCAGGAAAATCTTTTTTTAGAGATTTTATTAAATTTTTTATAGATTCTCTTTTAGTAAAACCATTAGCAGGACAAGGATTTTGTATTATAGGAAAATTATATTTTATTGAAGTATTTTTAATAGATTCTTCATCTATATATACCATAGGTCTAATTACAGTTATATCTTTCCTATCTAAATAAGTTTTTGGAAGAAAGCAACTAATTCTACCTTCATAGAACATAGATAATAAAAGTGTTTCAACAGCATCATTTTTATGATGACCTAATGCTACTTTATTACAACCTAGCTTTTTAGCATTATCATTTAGTATTCCACGTCTTAAATTGGCACAAAGAGAACAAGGATTCTTTTCTTTTCTAATATCAAATACTATTTCCTTTATATTAGAATCTATTATGTGAAAATTTACATCTAAATCTTTACAAAGAGCTTTTAAAGGAGAAAAATCCATATTTGTTCCTGGATCTATAGTAATTGCTATTATGTTAAATTTTTCAGGAGAAAACATTCTATATTTACTTAAAAGATACAGAAGAGCGATACTATCTTTTCCACCAGATAGGCCAATTGCAATATTATCGCCATCTTCTATTAAAGAAAAATCACTTACTGCTTTCCTAAGTTTACTTAAAAGTTGTTTCATATCAATCTTCCTTTTCAAAATTAAAATTTTATCTAAATAGCATTATAATATAAGCAATACATTAAGTGAAGTATAAAAAATAGTACAATTTAAATTATCTACATAGTTAAGAAAGAGATAGTAAGAGAAAAATAGAGATATAATGATTAATATCGATTTATTATACTATAATCACATTTGAATTTTTAACAATATAATTGTATACTTGTTTTTGTCGACAAGTTCGATAGAAAATGTGCTGGCATGGCTCAATTGGCAGAGCAGCTGACTTGTAATCAGCAGGTTGTAGGTTCAAGTCCTATTGCCAGCTCCATATGTGGAGGAGTTCCCGAGTGGCTAAAGGGGGCAGACTGTAAATCTGTTGGCTTTCGCCTTCGATGGTTCGAATCCGTCCTCCTCCACCATAGTTTCTTAAAATGTGCTGGCATGGCTCAATTGGCAGAGCAGCTGACTTGTAATCAGCAGGTTGTAGGTTCAAGTCCTATTGCCAGCTCCATATATGGAGGAGTTCCCGAGTGGCTAAAGGGGGCAGACTGTAAATCTGTTGGCTTTCGCCTTCGATGGTTCGAATCCGTCCTCCTCCACCAAAAAATAACACTAAAATATTAGTGTTATTTTTTTATTATAGCATAATATATAATTGACAGCTAAATATTAATGTGCTAATATTAGTTAGTAATATAATTAGATAAAAAGCTCTTATCGAGAGAGGTGGAGGGAAAGGGCCCAATGAAACCCGGCAACCAATATTTTTTAATATTAAGGTGCCAATTCCTGCAGAAAATTCTGCAAGATAAGAGGGATAGCAAGTAAAAAGCAAGTCTCTTCTTATCAGAAGAGACTTTATTTTTATATAAGAGCTACACAATAGGAGGTAAAAAAATGAGGAAATTATTTACATCTGAATCAGTTACAGAAGGACATCCAGATAAAATTTGTGACCAAATTTCCGATGCAGTACTTGATGCTATACTTGAAAAAGATCCAAATGGTAGAGTTGCTTGTGAAACTAGTGTAACTACAGGAATGGTTTTGGTAGCAGGGGAAATAACTACCAATTGTTATGTAGATATACCTAAAATAGTAAGAAATACAATAGAAAATATAGGATATACTAGAGCTAAATATGGATTTGATTCAGATACCTGTGCGGTATTAACATCTATATCAGAACAATCTCCAGATATAGCTATGGGTGTTAATGAATCTTTAGAATCTAAACAAGGTGGAATAGATAATGAAGATGTTATAGGAGCAGGGGATCAAGGAATGATGTTTGGATATGCAGATAATGAAACTCCAGAATATATGCCAATGGCAATATCTATGGCTCATAAATTATCTAGAAGATTATCCGAAGTAAGAAAAAATGGAACATTACCTTATTTAAGACCAGATGGTAAAACACAGGTTACTGTAGAATATGAAGATGGTAAAGTAGTAAGAATAGATACTATAGTAGTATCTACTCAGCATGGACCAGAAATTACAAGAGAACAAATAGAAAAAGATATTATTGAGCATGTAATATCTAAAGTTGTACCAGCCGAACTTTTAGATGAAAATACTCATTATTATATAAATCCAACAGGAAGATTTGTTGTAGGTGGACCACAAGGTGATGCTGGATTAACTGGAAGAAAAATAATAGTTGATACCTATGGTGGATATGGAAGACATGGTGGTGGAGCATTTTCAGGAAAAGATCCTACAAAGGTGGATAGATCTGCAGCATATGCAGCTAGATGGGTAGCTAAAAATCTTGTAGCAGCTGGAGTAGCAGATAAATTGGAAGTTCAACTAGCTTATGCTATAGGAGTAGCAAAACCTGTTTCTATTTCAGTAGAGACTTTTGGAACAGGCAAAATAAAAGATGAGAAAATTATAGAAATAATTAATAAGGTATTTAATTTAAGACCTTCAGCTATAATAAAGGAGCTAGATTTGAGAAGGCCTATATATAAACAAACAGCAGCCTATGGACATTTTGGAAGAACAGATATAGAACTTCCATGGGAAAATCTAAATAAAGTGGAACAAATAAAAGCCTTAATCTAATATAAAAGCATATAAAAAAACCCTGGTAAATTTTTACTGGGGTTTTTTATTGATGGATAATAGACAATTTAGTGAAACTTTATTTCTTGAATCAGAAAACTTTTAATTTTATTGGGTATAATTAAAAATAAATATTATATAGTTTTATAAATTGTTCATTATTCATTAACCAGAGGCGGTGTATGATATAATATATAAAAATAGTAAAATTAGGGGAGATCTTATGGAAGAAATACAAGGAACCGTTGATTCCATAATATTTAGGAATGATGAAAATGGATATGTTGTCAGTAGAATTAAGGAAGATGCTAATTCTATAACAACTATAGTAGGATGTATACCTTATATATCGGAGGGACAAAATCTTAAATTATATGGAGAATGGGTAATTCATCCTCAATTTGGAAGACAATTTAAAGTTGAAAGTTGTGAAGAAATCATTCCTGATACTAAAAAAGGAATTGAAAGATATTTATCATCAGGTATAATTCCCGGAATAGGGCCTGTAACAGCTAAAAAAATTGTTCAAAAATTTGGATTGAAGACTTTTCATATATTAGAGAATGATATTGAAAGATTAAAGGAAATAGAGGGCATAGGAGATAAAAAAATAGGTATAATTCAAGAGTCTTACGAAGATCAAAAAGAAGTTAGAAATATAATGATGTTTTTTCAAGAGTATGGTATATCTATAAATCATTGTCTCAAGATATATAAGAAATTTAAAAGCGAATCTATTAGAATAGTGAAAGAAAATCCATATATATTAACAGAAACTATTTCAGGAATAGGATTTAAAACAGCGGATAAAATAGCTAAAAATTTAGGAGTTGATATAAATTCTCCTTTTAGAATACAAAGTGGTATAAATTATGTATTGAATCAATTTTCTGCATTAGGAAATACTTGCATGCCAGCGGATAAATTAATAAAAGATGGAAAAGAAATATTAAATGTAGAAGAAGAAGAGATAAAAGAAAATGTATTACAAAGTGCTCTTCAAGGTAAATTAAGAGTAGAAATAGTGGATGGAAAAGAATATATTTTTTCTATACCCTATTATTATTGTGAATTAGGCGTAACAAAGAATATATTAAAATTATCATTATATAATCATAAGGATTTAGATATGACTGTAGAAGAAGAAATAAGAAATTTTGAAGATAATAATAATATAAAATTTTCTCCTTCACAAAGAGAAGCTATAATAGGAGCCTTTTTGAATGGAGTAGAAATAATAACAGGTGGACCTGGTACGGGTAAAACAACTATTATAAACTGTATTTCGGATATATATGAAAAATATGGATATACTGTTTGTATGGGAGCACCTACAGGGAGAGCAGCAAAAAGAATGACAGAAGCTACAGGAAGAGATGCAAAAACTATCCACAGATTATTGGAAATGGGGGTAGGGGAAGAAGAAATATTTTCTAAAACAGAAGAAACTCCCTTAGAATGTGATGTAGTGATAATAGATGAAGCATCAATGATAGATATAATGCTTATGAATAACTTACTAAAAGCTATATCTATAGGAACTAGACTTATAATAGTGGGTGATGTAGATCAATTACCATCGGTAGGTCCTGGAAATGTATTAAAAGATTTAATAGAAAGCAATTGTGTTAAAGTAGTAAGATTAAAGGATATATTTAGACAATCAGAAACTAGTGCAATAACTTTAAATGCACATAAGATAAATAGTGGACAAATGCCTATTTTGAATGAAAGGAATAAGGATTTCTTTTTTTTAAACGGTGATTCTAATGAGAATATATTGGATATTCTATTAGGACTAATTCATAAGAGATTACCAAATTTTAATAAGGATTGGGATAAATTAAAACATATACAAATATTAAGTCCTATGAGAAAAGGAATATTAGGAGTTGAAAATTTAAATAGAAACCTTCAAAAAGTACTAAATCCTCCATCAAAAGAAAAAAAAGAGAAGAAGTTTAAAGACTGTATTTTTAGAGTGGGCGATAAGATTATGCAAACTAAAAATAATTATAATATTAAGTGGAGAAAGATAGATAAATATGATCCAGAAGAAGGAATGGGAATATTCAATGGAGATATAGGATATATAGAGGATATAGATGAAGAAAACAACAATATGACCATTATTTTTGATGAAGAAAAGAAAGTAATTTATGAAGATATTTATTTAGATGAAATAGATTTGGCATATGCTATAACTATACATAAAAGTCAAGGAAGTGAGTTTCCAGCAGTTATAATACCTGCTTTTATGGGGCCACCTATGCTTATGAATAGGAATTTATTGTATACAGGAATAACAAGAGCAAAAGAATTAGTGGTTGTAGTAGGAAAATTAAAAGCATTAAAATTTATGGTTGATAATAATAGGAGTTTTGAAAGATATTCCTTATTAAAGTGGAGAATACAAAACATACTAGAAAATTTTTATGAAGATAATGGACAATAG

Protein sequences of DBSCAN-SWA_1

>NZ_LT906477|168183:177408|170508_171540_+|WP_089866033.1|DBSCAN-SWA
MFFNVGTDMGIDLGTATVLVYIKGKGVVLNDPSVVAIDKSKDKLLAVGEEARQMIGRTPGNIVALKPLREGVISDYDLTEKMLKHFITKACGKKKMVSPRVVVCIPCESTEVEKRAVIDAARNAGAKKVFLIEEPLAAAIGAGVDITKASGNMIIDIGGGTTDIAVISLGGIVARSTISIAGDSFDEAIIKYIRKKHNLMIGERTAEDLKINIGSVYDVGEENFMDIKGRDLISGLPKNITVSSSEMRDALIEPINTIAESTHAILEKTPPELAADISDKGIVMTGGGALLNGLDKLISEVTHVPVYVSENAVTCVAIGTGKMLEYLDKLDITFQGDSIVLID
>NZ_LT906477|168183:177408|168183_169200_+|WP_089866137.1|DBSCAN-SWA
MYLLKRFFASILASILIVIIFCFIILKPSLIGKDNKNNISENKKIEEIKVKVYISKDKKIIELDLEDYIKGVVSAEMPAEFHEEALKAQAIAARTYAIPRIKQLGGVSCKNVNGADLCDTVHCQAFLTKEVRMKGWSEKKRNEYWNKIENAVESTAGEVLVYKDEIIKGAYYFSTSSGFTENGQDIFASTEPYLKSVKSQGEEIAPKYKSNKNYSYSEFINIINKKYPKSISNIKNIKNEVKIKSRTSGGSVKEIVLGKTIITGPTFRKIFNLNSSNFNIKFEKDKINIECKGYGHGVGMSQWGANVLGKSGENYKDILKHYYTGVEIKKYKEVLKNN
>NZ_LT906477|168183:177408|173777_174953_+|WP_089866027.1|DBSCAN-SWA
MRKLFTSESVTEGHPDKICDQISDAVLDAILEKDPNGRVACETSVTTGMVLVAGEITTNCYVDIPKIVRNTIENIGYTRAKYGFDSDTCAVLTSISEQSPDIAMGVNESLESKQGGIDNEDVIGAGDQGMMFGYADNETPEYMPMAISMAHKLSRRLSEVRKNGTLPYLRPDGKTQVTVEYEDGKVVRIDTIVVSTQHGPEITREQIEKDIIEHVISKVVPAELLDENTHYYINPTGRFVVGGPQGDAGLTGRKIIVDTYGGYGRHGGGAFSGKDPTKVDRSAAYAARWVAKNLVAAGVADKLEVQLAYAIGVAKPVSISVETFGTGKIKDEKIIEIINKVFNLRPSAIIKELDLRRPIYKQTAAYGHFGRTDIELPWENLNKVEQIKALI
>NZ_LT906477|168183:177408|171559_172105_-|WP_089866135.1|protease|DBSCAN-SWA
MVHYNDPLAYKIIGNSLINFLNEKTIIVCIGTDKCIGDSLGPITGTILKTKDFPLPVFGTIENPIHALNIKIKMEEISSLYPNHSILGIDACLGEPNNIGFIQSRNYPIYPGKGVGKELPHVGNRSVVGIIDSTEMNIFNNNSIRLNFILNMAKSISESIIYGLKLSCKEYILSNKNKAKI
>NZ_LT906477|168183:177408|170170_170425_+|WP_089866036.1|DBSCAN-SWA
MKDYIEERVLEVANYIISSKATIRKTAKVFGVSKSTIHKDMTERLPKINPQIAKEAKNILEFNKAERHIRGGKATKLKYKAIEG
>NZ_LT906477|168183:177408|172178_172895_-|WP_089866030.1|tRNA|DBSCAN-SWA
MKQLLSKLRKAVSDFSLIEDGDNIAIGLSGGKDSIALLYLLSKYRMFSPEKFNIIAITIDPGTNMDFSPLKALCKDLDVNFHIIDSNIKEIVFDIRKEKNPCSLCANLRRGILNDNAKKLGCNKVALGHHKNDAVETLLLSMFYEGRISCFLPKTYLDRKDITVIRPMVYIDEESIKNTSIKYNFPIIQNPCPANGFTKRESIKNLIKSLKKDFPDLDNRLLGALTNSNQLCIWNKQN
>NZ_LT906477|168183:177408|169358_170072_+|WP_168944056.1|DBSCAN-SWA
MGKKFSSKFRIKKEGFYLVLFICLCLIGSAAYISSKNNKEAKRLAVKEENKIQESNENKEQETVETREPSVEYDNALQVKEEDKKVEEKTEKVAQVSAKTDNKFVKPVEGTIARDYSEEPVYWKSTNSYRPNFGIDIKCELGKPVVAVLDGKIEDIKKDTVDGVQVTINHQNGLKTIYANLDEKLDVKVGDEVKKGSNLGKVGKTTLRAAYENYGEHLHFSVTKDGDYVNPNKYIKY
>NZ_LT906477|168183:177408|175176_177408_+|WP_095177198.1|DBSCAN-SWA
MEEIQGTVDSIIFRNDENGYVVSRIKEDANSITTIVGCIPYISEGQNLKLYGEWVIHPQFGRQFKVESCEEIIPDTKKGIERYLSSGIIPGIGPVTAKKIVQKFGLKTFHILENDIERLKEIEGIGDKKIGIIQESYEDQKEVRNIMMFFQEYGISINHCLKIYKKFKSESIRIVKENPYILTETISGIGFKTADKIAKNLGVDINSPFRIQSGINYVLNQFSALGNTCMPADKLIKDGKEILNVEEEEIKENVLQSALQGKLRVEIVDGKEYIFSIPYYYCELGVTKNILKLSLYNHKDLDMTVEEEIRNFEDNNNIKFSPSQREAIIGAFLNGVEIITGGPGTGKTTIINCISDIYEKYGYTVCMGAPTGRAAKRMTEATGRDAKTIHRLLEMGVGEEEIFSKTEETPLECDVVIIDEASMIDIMLMNNLLKAISIGTRLIIVGDVDQLPSVGPGNVLKDLIESNCVKVVRLKDIFRQSETSAITLNAHKINSGQMPILNERNKDFFFLNGDSNENILDILLGLIHKRLPNFNKDWDKLKHIQILSPMRKGILGVENLNRNLQKVLNPPSKEKKEKKFKDCIFRVGDKIMQTKNNYNIKWRKIDKYDPEEGMGIFNGDIGYIEDIDEENNNMTIIFDEEKKVIYEDIYLDEIDLAYAITIHKSQGSEFPAVIIPAFMGPPMLMNRNLLYTGITRAKELVVVVGKLKALKFMVDNNRSFERYSLLKWRIQNILENFYEDNGQ

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_089866137.1|168183_169200_+	stage II sporulation protein D	Q2XU88	Pseudomonas_phage	9.6e-33	35.6
WP_168944056.1|169358_170072_+	M23 family metallopeptidase	NA	NA	NA	NA
WP_089866036.1|170170_170425_+	sporulation transcriptional regulator SpoIIID	M9Q261	Clostridium_phage	1.5e-19	62.7
WP_089866033.1|170508_171540_+	rod shape-determining protein	NA	NA	NA	NA
WP_089866135.1|171559_172105_-|protease	spore protease YyaC	A0A0A8WIQ6	Clostridium_phage	1.4e-25	40.0
WP_089866030.1|172178_172895_-|tRNA	tRNA 2-thiocytidine biosynthesis protein TtcA	A0A0U2S5Z2	Escherichia_phage	3.4e-32	35.9
WP_089866027.1|173777_174953_+	methionine adenosyltransferase	A0A2H4PQS6	Staphylococcus_phage	1.3e-150	70.4
WP_095177198.1|175176_177408_+	ATP-dependent RecD-like DNA helicase	A0A218KCE8	Bacillus_phage	1.5e-75	33.2

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_LT906477|313334:322148|DBSCAN-SWA
AATGAGCAAAATCAAACTGGCACTAGATGTGGTGGAGGATCTACGAAGTCTTGCAGATAGTATTGAAACCTTAGCAGGAGCTGTAGAAGGAAATGAACCTAAAGAAAAGGTGAAAGACAATCTACCAACTTTAGAGGAAGTCAGAGCAAAGTTAGCTTCTCTGTCTAAAGCTGGAAAGCAAGCACAGGTAAGAGAGCTTATTACAGGATTTGGAGTTAAGAAGCTAAGTGATATACCAAGAGAAAAATACCCAGAATTACTTGAGAAAGTCGAGGTGATGTAATGGGAGAACATGCCCTACTCTCTGCTTCATCGGCTCACAGATGGCTTAAGTGCAGCCCTAGTGTAAGGCTGGAAGAAGAGGTGGAAGATAATACAAGCATTTATGCAAAGGAAGGAACCTTTATGCATGGATTAGGAGAGTTACATCTTAAACTTTTTCTAGATGATATTACAAAGGCAGAGTTCAATAAAAGACTAAAAGAAATGAAGCAAAATGATTTTTATACAGATGAAATAAAAAAAGCAGTAGAGATTTATGTAGATACAGTAATTGAAAAGATTAATGAAGCAAGGGCAAATACTTATGACTCACTTATTCTAATAGAAGAAAGATTAGATTACAGCCCTTGGGTTAAAGAAGGATTTGGAACAGGAGATGTCCTCATTATTGCAGATGGAATTATTGAAGTTATTGATTTAAAAGGTGGCAAAGGAGTAGCAGTATCAGCAATAGGAAATCCCCAAATGCGTCTATATGCCTTAGGTGCAATTAACGGATTTGGAATGCTCTATGATACCCAGAAAGTTAGAATGACCATTATCCAACCAAGACTTGATAATATCTCCAGCGATGAAATGGAAGTAGAAGAACTTATACATTGGGGAGAGAAAATAGTAAAGCCAAAGGCTGATGAAGCTTGGAAGGGGGAAGGTGAATTTAAGGTAGGAGAGCATTGCAGGTTCTGTAAGGTAAAAGCCATATGTCGAGCTAGAGCAGATGAAAACATAAAACTAGCTTGTATGGATTTTAAGCTACCAGCATTATTAACAGATGTAGAAATTTTAGAAGTACTAAATCAAATAGATGAACTAAAAAAATGGGCAAGTGATGTAGAAGCATATGCATTCAACCAAGCAGTAAATGAAGGCAAAGAGTGGCCTGGATTTAAGCTGGTGGAAGGCAGAAGTAGTAGGAGATATTCAAATGAAGATAAAGTTGCCAAAGCTTTACTTGCTGCAGGATTTGAAGAAGAAAAGATATTCAGTAAATCTTTACTAAGCCTTACCAAACTTGAAAAGAAATTAGGAAAGAAAGTATTTGAAGAAACCATAGGAGATTTAATAATCAAACCTCCTGGGAAACTTCAGTTAGTTCCAGAGGAAGATAAAAGACCTGCTATAAGAAGCAGTGCAGAAATAGATTTTAAGGAGGAATTTTAATATGAAAATAGTTACAGGTAAAGTTAGATTTAGTTATGCAAATGTGTGGGAGCCACAAAGTGTTAATGGAAGTGAACCTAAGTATTCTGTTAGCTTAATTATTCCAAAGAATGATAGGAAAACACTAGAAAAGATAAATAAGGCAATTGAAGCTGCCGAGAAAGAGGGAATATCAAGATTTGGTTCAAAGTTTACCAGCGGTTCAAATTTTAGAAGACCATTAAGAGATGGAGATTTAGACAAACCAGATGACCCAGCATATAAAAATAGTTACTTTATAAATGTAAACAGCAAGATAAAACCAGGTATTGTAGACAAAAATGTAGAGCCTATATTAGACCAAACAGAATTTTATTCAGGCTGCTATGGTAGAGCAAGTATTAGCAGTTTCCCATATAGCATTAATGGGGCAAAGGGAATTACATTTGGATTAAACAATCTTCAGAAGCTTGAGGATGGAGAGCCCTTAGGTGGAATATCAAGACCTGAAGATGATTTTGAAGCTATAGATGATGATTTTGATGATATTTTAGGATAATGCCTTATGAAAATATTAGCTATAGATATAGAAACTTATAGTAGTGTAGACCTCGGTAAATCTGGGGTCTATGCCTACACTGAAGCAGAGGATTTTGAAATACTAATCATTGGTTATGCCTATGATGATGATGAAGTACAGGTTATAGATTTAGCAAGTGGTGAAAAGGTTCCAGCTGATGTAGTAGAAGCTATAACTAATCCTAAAGTAATTAAAACAGCTTTTAATGCACAGTTTGAAAGAACTTGTTTATCAAAATATTTTAAAGAGGAAATGCCACCAGAACAGTGGAGATGCAGTATGGCCCACGCATTAACTTTAGGCCTTCCTACCAGTTTAGCAGGTGTGGCTAGGTGTTTAAATCTAGAACAGCAAAAGATGAGTGAAGGGAAAGCACTAATTAGATACTTCTCAATTCCCTGTAAGCCTACTAAAGCTAATGGGGGAAGAACTAGAAATCTTCCTCATCATGATAAGAATAAGTGGGAAACATTCAAAGCATATTGTAAGCAAGATGTGGAAGTGGAAAGGTCTATTCGTAAAAGATTAGAGAATTACCCTATGACAGATAAAGAATTAAAGCTATGGTTTTTAGACCAAAGAATTAATGATTATGGAGTTAGAGTGAATAACGAATTAGTAGAAAATGCAATACACTGCGATGAAATCTACCAAAAGGAATTAGTAGACGAAGCTATAGATTTAACAGAACTTGAAAATCCTAACAGCCCAGCCCAGCTAAAGACTTGGCTTAAAGATAAACATGGTATTGAAGTGAAAAGTCTATCCAAAGCAAAAGTAGCAGAGTTACTAGATGAAGTTGATGACCCTATAGCAAGAAGGGTTTTAGAGTTAAGGCAAGATATGTCTAAGACTTCAGTTAAGAAATATGAAACCATGGAAAGAGCCATGTGTAAGGATGAAAGAATACGAGGATTACTACAGTTTTATGGAGCAAATCGAACTGGAAGATGGGCGGGAAGATTAGTTCAAGTTCACAATCTTCCTAGAAATGATATGAGTGATTTGGATTTAGCAAGGGAACTTCTTCTAGCTGGAGATTATGAAACACTAGAACTACTCTTCGATTCAGTACCAGATGTTCTATCTCAGCTTATTAGAACAGCTTTTATACCTTCTCCTAATTCAAGATTCATAGTAGCAGACTTTAGTGCTATAGAAGCTAGAGTTATAGCTTGGCTTGCAGGAGAGAAATGGAGAATGGATGTGTTTAATTCTCATGGAAAGATATATGAAGCTTCAGCATCTCAAATGTTTGGAGTTCCTGTAGAAGAAATTCATAAGGGCAGCGTCTTAAGACAGAAAGGAAAGATTGCAGAGTTGGCCCTTGGATATGGAGGAAGTAAAGGTGCCTTAAAGGCTATGGGTGCAATAGACATGGGACTTAGTGAAGAAGAACTACCTGAGCTTGTATCTGCTTGGAGAAAGTCCAATTCAAATATAGTTAGACTTTGGTGGGATGTAGAAAGTGCTGCAATTAAAGCAGTTAAGGAAAGAACAGTAGTTAGTATGCAATATGGTCTTAGGTTCTACTTTAAATCAGGAGTGTTATTTATAAGACTACCCTCTGGCAGAAGCCTTGCCTATGTAAGGCCCAGGATTGAAATAGATGAAAGATTTAATAAAGATAAATTGACCTATGAAGGTATAGAAGGGATGAAGTGGGGTCGTATTGACACCTATGGAGGAAAATTAACAGAGAATATTATACAAGCCATAGCAAGGGACTGTTTAGCTGAATCTATGCTAAGGCTTGAAAAGTACGGATATAGGATTGTATTTCATGTTCATGATGAAGTTATACTAGATGTTCCAAAGGATAATGGTTCATTAGAAGAAGTGGAGGGAATTATGGGACTTGATATCCCTTGGGCCCCAGGACTTCCATTAAGAGCTGAAGCCTTTGAGAGTGATTACTATAAAAAAGATTAGGTGGGTCATGAAATACGACCTACCTAAAGAGGAAGGTGATATTAGTGAAACCAATTATCTATGTATGTTCTCCCTTAAGGGGAGATGTTAAAAGGAATATAAATAAAGCTATAGGTTATTCAAGGTATGTCTATGTCAAGGGTGGTATTCCCTTGGCACCTCATACCATCTTTACTCAGTTTTTAGATGACGAGGATGAAGATGAAAGAAACGCAGGAATAGATATGGGACTTGAACTTTTAAATATATGTGATGAACTATGGGCCTTTGGAGATAAAATCTCTGAGGGAATGCTTAATGAAATTGAAAGGGCTAAGTCACTAGGGATTATAGTAAGAAGGTTTAATGAAAGGTGTGAACCTTTGGATGAATAGGGAAACCATTAAGTTTATAAAACTTCTAAAAGACTATAGAGGAATTCTCCCAAGACAAACCATTAAAACCTTACGAGGTCAGGCATTAGCTGGAGATATAGAAGGAGCAAAGAAAGGACTTAAGAAAGAGGTGAGTAAATATGCAAGAGCCATATAAGCTTAAGGAACCTAAACTTAAACATGATGGAGTTCTTACCATTGCTACAGGTAGAAGTAGAAAAGAAATGAACTGGAAGAATCGAGAGATGCTATGGTCGGAATTGGTAGATAAATTAAGCAGTACCATAAGAACTTATGAAACCTATGAAGAATACAAGAAGCTATCTAAATCGAAGAAAGATGAAATAAAAGATGTAGGTGGTTTTGTAGGTGGAACTTTAAAGGAAGGCAGAAGAAAAGCTGATAATGTAGTTTGGAGGCAAATTGTAACACTTGATGCTGACTTTGTTAAGGGAGATTTATGGGCAGGAGTTGAGACCATGTTTGGATATGGATGTGTAATGTATTCTACTCACAGTCACAGTCCTAAAGCTCCAAGATTAAGACTTGTTATTCCACTAAAAAGGGCAGTAACTTCTGATGAATATGGAGCAGTATCAAGAAGAATTGCAGCAGATTTAGGCATAGATTTCTTTGATGATACCACCTATGAGCCACATAGATTGATGTATTGGCCATCAACTTCTTCTGATGGAGAGTTTATTTTCAAAGTATTAGATGAAGAATGGGTAGATCCAGATGAAATACTTGCAAGGTATAAAGATTGGAGAGACTCTTCCTATTGGCCTGAAAGTTCAAGGACTAAAGAGAATAGAAAGAGATTAGCAGAAAGACAAGGAGATCCTAAAGAAAAGCCAGGTGTAGTAGGTGCCTTTTGTAGGACATACTCTATCATTGATGTAATTGAGAAGTTTTTATCTGATATATACTCACCTTGTGAAACTTCTAATAGATACACATATATTCCAGGATCATCTGCAGGTGGATTAGTTATATATGAAAATGGAGACTTTGCATATTCACACCATGGCACCGACCCCATTAGTGGCAAACTATGTAATGCTTTTGACCTTGTAAGACTTCATAAGTTCGGTGAATTAGATGAAGAGGCAAAGGAAGGAACACCTGTAAATAAGCTGCCATCTTATCTTTCTATGCAGAAGTTAGCTAGAGAGGATTTAGAGGTTAAAAAGACTATAGCTAGTGAAAGGATGACTTCAGCTAGTGAGGATTTTAATGAGGAAGATTGGCAAGTAAACCTTGAAATTAATAATAAGGGAGAGCTTAAAAATACTCTTACCAATATAATTCTTATAATAAGACATGATCCACAACTTAACAGTATTTTTTATAACGAGCTTCGAGAAGGTGTTGATGTAGAAGGAGATGTTCCCTGGAAAAGGTTAAAGTCTGGGTGGAATAAAACTGATGAAGCATCTCTTGCTGGATATATTGATTTAAACTATAACCTTTATGCACCAGGAAAGCTTAAGGAGGCTGTATTAAAAGTAGCCGTTGAAAGGTCTAGACATCCAGTAAAGGAGTATCTATTAAATCTTCCAAAATGGGATGGTGTTAAAAGAGTAGATACCCTATTAGTTAAATATCTAGGAGCAGAAGATAATATCTACACCAGAGAAGCAACGAGAAAGACACTAGTTGCAGCAGTAGCAAGAACCATGAATCCAGGAATTAAATTTGATACAGTTCTAGTTTTAAATGGGCCACAGGGAATAGGAAAGAGTACTTTGTTTTCAAAGCTAGGAGGAAAGTTTTTTAGTGATTCTCTTTCCATCTCAGATATGAGAGATAAAACTGCAGCGGAAAAACTTCAAGGTTACTGGATACTTGAAATTGGAGAACTAGCTGGAATTAGAAAAATTGATGAAGAGACATTAAAGTCTTTTTTATCAAGGCAAGATGATAAGTTTAGAGCAAGTTATGGATACTCAGTAGAAGACCATCCAAGACAGTGTATTATTGTAGGCACCACAAATCAAGAAGCAGGATTTTTAAGGGATATTACTGGTGGGCGTAGGTTTTGGCCAGTTAAGACTCCAGGAGATACTAAATTAAAACCTTGGGATATAGATGATGTAGACCAGATTTGGGCAGAAGTAATGGAATATTACCATAAAGGTGAATCTTTAGTATTAAGTAATGAAGCTGAAAAAATAGCAAATGCAGCCCAAGTGGATGCTTTAGAAAGTGATGATAGAGAAGGAGTAGTTAGAGAATATTTAGATATGCTCCTTCCAACGAACTGGGATGATATGGACTTATATGCAAGAAGAAGCTTTATTCGTGGTGATGAGTTTAGCGATAATGTTATAGGAACTGTAAGAAGAGAGCAAGTCTGCACCATGGAAATTTGGTGTGAGCTATTTGGTAAAGAAGCTACTGCCATGAGAAAGATAGACTCTTATGAGATAAATGCAATAATGAGAAAGATTGATGGATGGGAAAAGTACACTGGAAATAAATTAGGAAATGCCAAAGTTCCTCTCTATGGAATACAAAGAATTTATGTTAGATGCGATAAACAAGATTAAACAAGATTTAGGCTTGTTACCATTCTTGTTTACCACCCCTACCCTAGTTATATTAAGGCTTTAATTTATATTATTAACAAGATAAACAAGATTATATATATAGATAAATAAAATAAAGAATATATAGGTATATGTATATGCCTAATCTCTATAATTAAGAGTAGTCTATAGGAAATTCTTGTTACTTGTTTATTGAAAACCTTTTAAAAGTTACTAAAAGCCTTATAAATACTGGAGTGTAGAGATTAACAAGATTGTTAACAAGATTTATACTTGTTTAAGAAATGGGGAGTGTTTGAGATTTTAGAGAGTAAAATAGAGGCTAGATTAAAACGGGAGGTAGAAGATTTAGGTGGCCTTGCACTTAAGTTCACCTCTCCAGGAATGGCAGGTGTGCCTGATAGATTAGTTTTACTACCAAAAGGAAAAATCTACTTTGTAGAACTAAAAGCACCTGGGAAAAATTTAAGGCCTCTCCAATTAAAAAGAAAAGAGCAACTGGAAAGCTTAAGCTTTAAAGTTTATGTAATAGATTCATATGAAAAAATAGATGTATTTTTACAGGAGGTGGTTGATTGAAATATAAGCCTTATGATTATCAAGAATACGCTACTCAGTGGATTTTAGATAAAGAAAAAGCAGGATTACTGCTGGATATGGGAATGGGCAAGAGTGTTATTACACTAACAGCTATAGATGAATTGATGTTTGATTACTTTGAAGTATCAAAAGTATTAGTTATAGCACCTCTTCGTGTAGCGGAAAGCACATGGGATGAAGAAGCAGCTAAATGGGATCATTTAAAACATCTAAAAATATCTAAGGTTTTAGGAACGGAAAAAGAAAGAATTAATGCCTTATATACTAAAGCTGATATTTACATCATCAACCGAGAAAATGTGAAGTGGTTAGTAGATAAATGTGGTAAGGATTGGCCCTTTGACATGTTGGTAATAGATGAACTATCCAGCTTTAAATCCCATAGAGCACAAAGGTTTAAAGCCTTAAAAAAGGTAAGGCCCTTTATGAAACGAGTAGTGGGCCTTACTGGAACTCCAGCACCAAATGGACTTATAGATCTATGGTCTCAAATTTATCTACTAGATGGTGGAGAAAGGCTAGGAAAAACCATAACTGGATACAGGGAGAGATACTTCTTACCAGATAAGAGAAATCAGCATATAGTATTCACCTATAAGTTAAAGGAAGGTGCCGAGGAAGCCATCTATGAAAAACTATCAGATATTTGTGTCAGTATGAAAGCAGAGGATTATTTAAAACTACCAGAAAGAATTAATAATATCATACCAATTTATCTGCCAAAGAAGGCAAAGGATAAATATGACCAACTGGAAAGGGACTTATTACTGCCACTTAAAGATTCAGATATTGTAGCAAATACAGCAGGTGTTCTAGCTAATAAGCTACTCCAAATGTCCAACGGAGCTGTCTATGATGAAAACGGAGATGTAAAAGAAATACACAATGCAAAGCTTAAAGCATTAGAAGACAGCATAGAAGCTGCAAATGGAAAGCCAGTATTAATCTTTTATTCCTATAAGCATGATTTAGATAGAATTAAAAAGCACCTAAAAAGAGATGATTTAACAGTTCTTGATACAGCTGAAGATATAAAGAATTGGAATGAAGGTAAAATACCAATTATGCTGGCCCACCCAGCTAGTGCTGGACATGGATTAAACCTTCAAGCTGGTGGAAATATCATCATTTGGTTTGGGCTTACTTGGAGCCTTGAATTATATAGTCAAGCAAACGCAAGACTTTATAGACAAGGCCAAAAGCAAAATGTAATCATCCATCACTTAGTATCCAAAGGTACTATGGATGAAGATGTTATGAAAGCACTTGAAGGTAAAGAAGTAGGACAAGAAGCATTGCTAAATGCAGTGAAGGCGAGGGTTAGAAAGATGGGAGGTAATGAGAATGAACGCTAA

Protein sequences of DBSCAN-SWA_2

>NZ_LT906477|313334:322148|320493_320772_+|WP_095178344.1|DBSCAN-SWA
MLESKIEARLKREVEDLGGLALKFTSPGMAGVPDRLVLLPKGKIYFVELKAPGKNLRPLQLKRKEQLESLSFKVYVIDSYEKIDVFLQEVVD
>NZ_LT906477|313334:322148|313334_313616_+|WP_095177257.1|DBSCAN-SWA
MSKIKLALDVVEDLRSLADSIETLAGAVEGNEPKEKVKDNLPTLEEVRAKLASLSKAGKQAQVRELITGFGVKKLSDIPREKYPELLEKVEVM
>NZ_LT906477|313334:322148|320768_322148_+|WP_095177262.1|DBSCAN-SWA
MKYKPYDYQEYATQWILDKEKAGLLLDMGMGKSVITLTAIDELMFDYFEVSKVLVIAPLRVAESTWDEEAAKWDHLKHLKISKVLGTEKERINALYTKADIYIINRENVKWLVDKCGKDWPFDMLVIDELSSFKSHRAQRFKALKKVRPFMKRVVGLTGTPAPNGLIDLWSQIYLLDGGERLGKTITGYRERYFLPDKRNQHIVFTYKLKEGAEEAIYEKLSDICVSMKAEDYLKLPERINNIIPIYLPKKAKDKYDQLERDLLLPLKDSDIVANTAGVLANKLLQMSNGAVYDENGDVKEIHNAKLKALEDSIEAANGKPVLIFYSYKHDLDRIKKHLKRDDLTVLDTAEDIKNWNEGKIPIMLAHPASAGHGLNLQAGGNIIIWFGLTWSLELYSQANARLYRQGQKQNVIIHHLVSKGTMDEDVMKALEGKEVGQEALLNAVKARVRKMGGNENER
>NZ_LT906477|313334:322148|313615_314776_+|WP_095177258.1|DBSCAN-SWA
MGEHALLSASSAHRWLKCSPSVRLEEEVEDNTSIYAKEGTFMHGLGELHLKLFLDDITKAEFNKRLKEMKQNDFYTDEIKKAVEIYVDTVIEKINEARANTYDSLILIEERLDYSPWVKEGFGTGDVLIIADGIIEVIDLKGGKGVAVSAIGNPQMRLYALGAINGFGMLYDTQKVRMTIIQPRLDNISSDEMEVEELIHWGEKIVKPKADEAWKGEGEFKVGEHCRFCKVKAICRARADENIKLACMDFKLPALLTDVEILEVLNQIDELKKWASDVEAYAFNQAVNEGKEWPGFKLVEGRSSRRYSNEDKVAKALLAAGFEEEKIFSKSLLSLTKLEKKLGKKVFEETIGDLIIKPPGKLQLVPEEDKRPAIRSSAEIDFKEEF
>NZ_LT906477|313334:322148|317633_317798_+|WP_169712334.1|DBSCAN-SWA
MNRETIKFIKLLKDYRGILPRQTIKTLRGQALAGDIEGAKKGLKKEVSKYARAI
>NZ_LT906477|313334:322148|317781_320193_+|WP_095177261.1|DBSCAN-SWA
MQEPYKLKEPKLKHDGVLTIATGRSRKEMNWKNREMLWSELVDKLSSTIRTYETYEEYKKLSKSKKDEIKDVGGFVGGTLKEGRRKADNVVWRQIVTLDADFVKGDLWAGVETMFGYGCVMYSTHSHSPKAPRLRLVIPLKRAVTSDEYGAVSRRIAADLGIDFFDDTTYEPHRLMYWPSTSSDGEFIFKVLDEEWVDPDEILARYKDWRDSSYWPESSRTKENRKRLAERQGDPKEKPGVVGAFCRTYSIIDVIEKFLSDIYSPCETSNRYTYIPGSSAGGLVIYENGDFAYSHHGTDPISGKLCNAFDLVRLHKFGELDEEAKEGTPVNKLPSYLSMQKLAREDLEVKKTIASERMTSASEDFNEEDWQVNLEINNKGELKNTLTNIILIIRHDPQLNSIFYNELREGVDVEGDVPWKRLKSGWNKTDEASLAGYIDLNYNLYAPGKLKEAVLKVAVERSRHPVKEYLLNLPKWDGVKRVDTLLVKYLGAEDNIYTREATRKTLVAAVARTMNPGIKFDTVLVLNGPQGIGKSTLFSKLGGKFFSDSLSISDMRDKTAAEKLQGYWILEIGELAGIRKIDEETLKSFLSRQDDKFRASYGYSVEDHPRQCIIVGTTNQEAGFLRDITGGRRFWPVKTPGDTKLKPWDIDDVDQIWAEVMEYYHKGESLVLSNEAEKIANAAQVDALESDDREGVVREYLDMLLPTNWDDMDLYARRSFIRGDEFSDNVIGTVRREQVCTMEIWCELFGKEATAMRKIDSYEINAIMRKIDGWEKYTGNKLGNAKVPLYGIQRIYVRCDKQD
>NZ_LT906477|313334:322148|314777_315314_+|WP_095177259.1|DBSCAN-SWA
MKIVTGKVRFSYANVWEPQSVNGSEPKYSVSLIIPKNDRKTLEKINKAIEAAEKEGISRFGSKFTSGSNFRRPLRDGDLDKPDDPAYKNSYFINVNSKIKPGIVDKNVEPILDQTEFYSGCYGRASISSFPYSINGAKGITFGLNNLQKLEDGEPLGGISRPEDDFEAIDDDFDDILG
>NZ_LT906477|313334:322148|317305_317641_+|WP_095178343.1|DBSCAN-SWA
MLVKPIIYVCSPLRGDVKRNINKAIGYSRYVYVKGGIPLAPHTIFTQFLDDEDEDERNAGIDMGLELLNICDELWAFGDKISEGMLNEIERAKSLGIIVRRFNERCEPLDE
>NZ_LT906477|313334:322148|315320_317267_+|WP_095177260.1|DBSCAN-SWA
MKILAIDIETYSSVDLGKSGVYAYTEAEDFEILIIGYAYDDDEVQVIDLASGEKVPADVVEAITNPKVIKTAFNAQFERTCLSKYFKEEMPPEQWRCSMAHALTLGLPTSLAGVARCLNLEQQKMSEGKALIRYFSIPCKPTKANGGRTRNLPHHDKNKWETFKAYCKQDVEVERSIRKRLENYPMTDKELKLWFLDQRINDYGVRVNNELVENAIHCDEIYQKELVDEAIDLTELENPNSPAQLKTWLKDKHGIEVKSLSKAKVAELLDEVDDPIARRVLELRQDMSKTSVKKYETMERAMCKDERIRGLLQFYGANRTGRWAGRLVQVHNLPRNDMSDLDLARELLLAGDYETLELLFDSVPDVLSQLIRTAFIPSPNSRFIVADFSAIEARVIAWLAGEKWRMDVFNSHGKIYEASASQMFGVPVEEIHKGSVLRQKGKIAELALGYGGSKGALKAMGAIDMGLSEEELPELVSAWRKSNSNIVRLWWDVESAAIKAVKERTVVSMQYGLRFYFKSGVLFIRLPSGRSLAYVRPRIEIDERFNKDKLTYEGIEGMKWGRIDTYGGKLTENIIQAIARDCLAESMLRLEKYGYRIVFHVHDEVILDVPKDNGSLEEVEGIMGLDIPWAPGLPLRAEAFESDYYKKD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_095177257.1|313334_313616_+	rRNA biogenesis protein rrp5	A0A2K5B2A7	Erysipelothrix_phage	7.7e-09	42.0
WP_095177258.1|313615_314776_+	DUF2800 domain-containing protein	S5MUB5	Brevibacillus_phage	1.0e-118	56.4
WP_095177259.1|314777_315314_+	DUF2815 family protein	A0A0A7RVM4	Clostridium_phage	6.1e-55	58.8
WP_095177260.1|315320_317267_+	DNA polymerase	S5M5X4	Brevibacillus_phage	1.2e-241	64.7
WP_095178343.1|317305_317641_+	DUF4406 domain-containing protein	A0A2K5B270	Erysipelothrix_phage	3.0e-23	45.8
WP_169712334.1|317633_317798_+	hypothetical protein	NA	NA	NA	NA
WP_095177261.1|317781_320193_+	hypothetical protein	A0A1S7FZ15	Listeria_phage	1.8e-226	49.1
WP_095178344.1|320493_320772_+	VRR-NUC domain-containing protein	A0A2K5B272	Erysipelothrix_phage	1.6e-22	58.9
WP_095177262.1|320768_322148_+	DEAD/DEAH box helicase	S5MA26	Brevibacillus_phage	3.6e-176	64.8

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_LT906477|325651:384014|DBSCAN-SWA
ATTGAAAACAACAGAAGAATTAAAACTAATTAATATAGATGAGTTGATACCTTATGCAAATAATGCTAGAACCCATAGTAAAGACCAAATTAATAAATTGAGAAGTAGCCTTAGAGAATTTGGTTTTATAAATCCCATCCTTATAGATAAGGATTATAATATCTTAGCTGGCCATGGCAGAGTAATGGCAGCAAGGGAAGAAGGAATAAAAGAAGTTCCCTGTGTGTTAGTGGAACATCTGACAGAGGCCCAGAAGAAGGCATACATTTTAGCGGATAACAGATTAGCTATGGATGCAGGCTGGGATGATGAGATGTTAGCTTTAGAATTAGAAAATTTAAAAGAACTGGATTTTGATATGGACCTTACAGGCTTTGATACTGCAGAAATAGATGAGCTTTTTAGTAATATCCACGATAAAGATGTGCAGGATGATGATTTTGATGTAGATGCAGCTTTAGCAGAAGAGCCTATTTCAAAACAGGGTGATATTTGGCTACTTGGAAGGCACAGACTTATTTGTGGAGATAGTACCAAGGCAGAAATTTATGAGAAACTAATGGAAGGAAAGAAAGCAAATCTCTGTGTTACAGACCCTCCTTACAATGTGAATTATACAGCTGGAAGTGAAAATGAGAGAAAAATTAAAAATGACAATATGGAAGATAAAAACTTTTATGAATTCCTATTAGCTTCATTTAAAAATATATTTAATTCTCTTGATGATGGTGCTGCAGCTTATATATTCCATGCAGATACAGAAGGGTTAAATTTTAGAAAGGCTTTCAAGGATGCAGGATTCCATCTTGCTAATGTGTGTATTTGGGCCAAGCAATTATTGGTATTAGGTCGTTCTGATTATCAATGGCAGCACGAGCCTATTCTTTATGGGTGGAAACCTACGGGAAAGCATAGATGGTATGCAGATAGAAAACAAACAACTATCTGGAATTTTGATAGGCCTACAAAATCAGAACTTCATCCAACTATGAAACCAGTACCTCTTGTAGCTTATCCGATCCAAAATAGCAGTATGAGTAATTGTATTATATTAGAGCCTTTTGCTGGCAGTGGTTCTACTTTAATTGCCTGCGAGCAGTTAGGAAGAATTTGTTATGCTATAGAACTTGATGAAAAATACGCAGATGTTATTGTGAAAAGATATATTGAGTATGTTGATTCTTATGAAGAAGTTTTTATAATAAGAGACGGAGAGAAAGTACCATATAAAGGGCTTATGAAATCTACTAGAAACTAAAATACAAAGTATGTGATTTAGACTTATTTTTATTTAAAATTCTTGAAAATCAGATAAATAAATGATATAATTGCACTAAAATACCCGCACTGCTAATCGTAATGCGGATAATGGGGTGCAATTATGATTGAAAAAGGTGTTATTTACGAAGAATTTAAAAATCGTGGTGGAGTATTAAAACATCAGAACTTAATGCGTTAGGGCTTTCAAGTCGGCAAATAAAGAAACTTGTAGATAGTGGAGATATTACAAGAATTAAACGTGGTTATTATGAACTATCAGATAATATCTATCCAGAAGAAGCTGTAATAGCAAGACTATTTCCAGATGCAGTAATTTTTCTTGAAAGTGCACTGATGCATTATGGATATACAGATAGAATACCTCTAGCATGGCAAATAGCTGTTGATAGAGACAGTGAAAAAAGTCAGTATAAAATTGACTACCCATTAATAGAAGTCTTTTATATTGAACCAAAATTACTAGAAATCGGCTTGGATGTAATTCAAGTAGAAGAGGTAGAGATAAAAATATTTAATCGAGATCGCACTATATGTGATGTTCTTCGCTATGAGAATAAGTTGGAGAGAGAAGTATTTACTAATGCCATAAAGCGTTATATAAAAGATCCAAAGAAAAATGTGAGGAACTTGTTTGAATATGCTAAAGTTTTTAACATTAAGAATAAGGTACAGACATATATAGGAGTGTGGTTGTAATGGGAAATATTGAAGCATCAGTTTTAGCAAGACTAAAAAACAAATCGAAAGAACAAGGCATCCCATTGCAACAACTACTAAATTTATTTTGTCAAGAAGAATTTATTCGAAGACTTTCAGGGAGTAATTATAAAGAAAATCTTATTCTTAAAGGTGGTTTTTTATTATATTCAATTAGTGGATTTACTACAAGACCAACAGTTGATGCAGATTATCTTTTAAAGAATTATTCAAATGATTTAGATGCTATAGAAAAGCTTGTTAAAGAAGTTATTTCTTCACCTAGCAATAATGATTTTGTAGAGTTTAAAATTAGAGGTTTAGAGGAAATTAGTGAGGTTAAAGAGTATCATGGTATCAGGGTCAACCTTACTGGTATTATTGGAAGGACAAAGACACCTTTTAGTATAGACTTTGGAGTTGGGGATATTATTGTACCTTCCCCAGTTGAAAGAACTCTACCAGTATTACTTCCAGAGTTTAAAAAACCTGAGGTATTAACTTATTCTTTAGAATCTACAGTAGCAGAGAAATTAGATGCGATTATATCTTTAATGGAAGCTACAGGTCGTATGAAGGATTTTTATGATATATATTATTTAGCAACAACATTTGATTTTGAGGGTAGGAAACTTCAAGAAGCAATATATGAAACATTATCTAATCGAGGCACACCATATGAAAAGGACTCTGTTGCTGTAATTGCAAGACTTACTAAAGATAACCAAATTCAAAAGAGGTGGGACAATTTCTGTAAAAAAATATTAAAATATGAACTTGATTTTACTGATGTAGTTAATATAATTATTGATTTTACATTACCACCATATGAGTCAATGGTTGATGAAGATGAATTTTTTAAAAATTGGAGCTATAAAGATAAAAAATATATTTAATAAAAGGTAGGCCTTTATTAGCCTGCTTTTTTTATATGCAATTATACGATATAATCCTTGCAATTCCCTGTGTTTAGAGTGATATATGTAAGTAACCTAAATACAGGAGGGATTGAAATGGATAGAAAGGAAATGATAAAAATCTTAGGTGAGTACTTAGGTGTGAAGCCTAGGTATCTAGGAGCACCAAGTTTTCACTACCAAATAGAAACACCTAAAGAAACTTACATCATAGATAGGGAGGGAAGGATTATGACATCTGATGGAACAGAAGTAGAATTTGAAGAACTGCTAGCTGGGCCTGAAGATATAAATCAAGCTGAAACAGCAGAGCCTGAAGAAGAAATTAACTATGAACTTGAAATACCAATGGATGGTCACAGTGGTAAGACTTTAAGAAACATCATTAACATAATTCACAGCAAACAGCCTCTTATAAAGAAATCTCTAGGCTTGGAAGAAGACTTAGTTGATAGTGACTTTGTTAAGAAGCTCAATGAAGAAGATATCAACAGCATAGACAGTTTTGAAAGAGCACTTAATAGAATTGGAGGAGACAAGGGCCATCCTGGAATTAAGTTTAACTTTAAAGAAAAGACCTTCACCTTTAAACATAATGGCACTGAATCTGCCATCTGGCTATTTGCAGGAATAAACAAGCAAGCTAAAAGACAATCTTATGCTTCAGCCATAGTAAGTCCAATGGAAAATGAAAAGTACACATTTAGGTCTTGGCTTAATAGACTTGGACTTTCTGGTGATGAGTACAAGGAAATTAGAAAAGAGCTTCTTAAGAACCTATCAGGAAACTGTGCCTTTAGAATTCCAAAAGAGAAGGTGAAGAGACATGAAGCCTAAATGCAAACTAATCGGTGAAGATGGAAATATATTTAACCTTATGGGAATAGCAGGAAGGGCACTTAAAGAAGCAGGACAGAAAAAAGAAGCAGATGAAATGGTGGATAGAATAACAACAACAGCTAAAAGTTATTCAGAAGCTCTAGCTATAATCTCTGAATATGTTGAAATACATTGAAAATACTGTGTTTAATTGAAATATGACTTGCTATTTATCCCTTTTAGAGTGATATATATACACAACGAAAACACACTGAAAGGAGATAAAACCATGGCAGAGAGAGATTTTTTAAAAGGAAACTTTGGAATTGAGATTGAACTAACAGGAATTACAAGAGAAAAGGCAGCAAAAATTGTGGCAGAGCATTTAGGGGGAAGCATTCAAAAACAGTATGATTACTACGATAGCTACAAAGTTACTGCACCAGATGGAAGGGATTGGAAGATTATGTATGACGGAAGCTTGAGATGCCAAAGAAAAGTAAATGGGCAAAAGGTTGCAGCAGGAAGAGAATACAGCGTAGAGCTAGTAAGCCCAATCCTAACCTACGAAGAAGACATTGAAACTTTGCAGGAGATAGTAAGAAAAATCAGAAAGGCAGGAGGTTTTCCAAACTCAACAGCAGGAATACATATACACCTAGATGGGGCTGACCATACACCAAGAAGCTTAAGAAACTTTGTAAACATCATCTACGCTAGAAACGATTTGCTTTACGATAGCCTACAAATTGAAAGGGAAAGGATGCGTTACTGCAAGAAGATGGATAAGGATTTAGTGGAAAGAATGAATAAGAAAAAACCTAAAACCTTCAAAGAAATCGAGGACATTTGGTACAAAGGCTACGGCTCCAGTAGAGATAGACACTACCATGAAAGCAGATACCATTTCCTAAACCTTCACAGCTTTTTCAATGGAGTAGGAACAGTAGAGCTTAGGGGATTTAACGGAACCCTTCATGCAGGAAAGATTAGAAGCTACATTGTTTTGGCTTTAGCAATAAACAATCAAGCCTTGACCCAAAAGAGTGCCAGCACCAAGAAGCCACAAATTGAAAATCCAAAGTTTGCAATGAGAACTTGGCTAAACCGAATAGGACTTATCGGGGATGAATTTAAAAACTGCAGAGAGCACTTAACTAAACGCCTAGAAGGAAGTGCAGCTTGGAGATTTCGAAGAGCCGCATAGAGAAACCTAAAAATAGCGGCAGGCCCAAGAGCCACAGAGGGGGAAACCCCTCTTAAGCTGGTAGAAGGACTCCCTCACTTAAAGCAAAGGCCACACAGGCCAAGTAGTGGGGAAATATTGGGCCCTTTGGAAAGGATGGATTGAAAATGAAAAGACTATATGTTGCTTATGGTTCAAACCTTAACCTAGAGCAAATGAGCTACCGATGTCCTACTGCCAAGGTTTATGGAAAGGGAATGCTCTATGGCTACAGGCTGCTTTTTAAAGGTGTACCTGGAAATGCCTATTTAACCATTGAACCCTACAAAGGTAAAAGAGTACCAGTACTTATATGGGAAGTTCAGCCTAAAGATGAAATAGCCCTTGATAGGTATGAAGGCTATCCTAGCTTTTACTACAAAGAAGATATACCAGTGGAACTTGAAACTGGAGAAATTGTAACTGCCATGGTTTACATTATGACCAATAAGATTAAGGATAGAATTCACTTAAATTCTCCAAGTCAAAGTTATTTAAGAACTGTAAAGGAAGGATACAAAAGTGCTGGATTTGATTTGAGTTTCATTGATGAAGCCATTGAAATCAGCACAAAGAGGGGAAAATAAGCCCCACACTTGCCCTGTAAGGGCTTTTTAAAGAGGTAATGGGGCAATTACCCTAGGGGTTTTAAACTACAAAGGAATTGGAAGATAGAAAAATCAGAAGGAAGGCCTAAAATAAGGGCCTTTTTTCTTCACTATAAATTGGAGGTGATAGCATGGCGACACGAGGAAGAAAGCCAAAGCCAACTGCACTAAAGGTCTTGGAAGGGAATCCTGGAAAAAGGCCTTTAAATGAAAATGAGCCAAAACCTAAAAGAAAAGCTCCCGAATGTCCGTCATGGCTGGAGCCTGAAGCTAAGAAAGAATGGGAGCGAATGGCTAAAACGATGGAGGCCATTGGAATACTTACTGAAGTAGACATGGCAGCCTTTGCTGGATATTGTCAAGCTTATGCTAGATGGAAAGAAGCTGAGGAATTCTTATCTAAGCATGGCACTATTTTTAAAACTCCATCAGGATATATTCAACAGGTTCCACAGATATCCATTGCTCAAACATATCTAAAGGTTATGAAAGACTTCTGTTCTGAATTTGGACTTACTCCTGCTGCTCGTACAAGAATTCAGGTAAATACAGAGGAGACAGATACTGATGATCCAATGGAAAAATTACTGAGGATTAAATAATGTTTGATGAAAAGAAAGCAGAACGAGCAGTTAAATTTATAAGTAACCTTAAACACACTAAAGGTGTATGGCATGGAGTTCCTTTCGACCTTTTACCTTGGCAAGATAAAATCATAAGAGATATATTTGGAACTGTAAAAGAAGATGGTTATAGGAAATATAATACAGCTTATGTGGAAATTCCAAAGAAAAATGGAAAGAGTGAACTTGCTGCAGCTATAGCCCTATATCTTACTTGTGGTGATGGAGAATGGGGTGCTGAAGTTTATGGATGTGCAGCTGATAGACAACAGGCATCTATTGTATTTGATGTAGCAGTAGATATGGTAGATCAATGTCCTGCTTTAAAGAAAAGAATAAAACCAATTCTATCTCAAAAGAGATTAGTGTATATGCCTACAGCTAGTTTTTATCAGGTTCTATCTGCTGAAGCATTTACAAAGCATGGGCTTAATGTTCATGGAGTAATCTTTGATGAATTACATGCCCAGCCTAATAGACAACTTTATGATGTAATGACTAAAGGAAGTGGAGATGCGAGATGCCAGCCACTTTTCTTTTTAATTACTACTGCTGGGACTGATAGGCATTCTATTTGCTGGGAAGTTCACCAAAAAGCAGATGATATATTAAGAGGGAAAAAACATGATCCTACCTTCTACCCTATTATTTATGGAATTGAAGATGGTGATGATTGGACAGATGAATCTAATTGGTATAAAGCCAATCCATCTTTAGACCATACCATTGATATAGAAAAGGTAAGAGCAGCTTTTATAAGTGCAAAGGAAAATCCAGCAGAAGAGAACTTATTTAGGCAACTAAGGCTTAATCAATGGGTAAAGCAATCTGTAAGATGGATGCCAATGCATTTATGGGATAAGTGCTCCTTTGAAGTAAATCCTGAAAAACTAAAAGGAAGAGAATGTTATGGTGGACTTGACCTTTCAAGTTCCATCGATATAACTGCTTTTGTTTTAGTCTTTCCTCCAATACCAGAAGATGATAAATACTATGTACTTCCATACTTTTGGATACCAGAGGAGAACTTAGATTTAAGAGTTCGAAGGGACCATGTTCCTTATGATCTTTGGAAACAGCAAGGCTACCTTCAAACCACCGAAGGGAATGTTATACACTATGGCTTTATAGAGAAATTCATAGAAGAACTATGGAAGGACTATAACATTAAAGAAATAGCCTTTGATAGATGGGGAGCAGTGCAAATGACACAAAACCTAGAAGGTGCAGGATTTACAGTAGTTCCCTTTGGGCAAGGGTATAAAGATATGAGTCCACCTACAAAGGAACTTATGAAATTAACACTGGAAAAGAAAATAGCCCATGGTGAACACCCAGTACTATCTTGGATGATGGATAATATTCATGTAAGAACCGATCCTGCTGGAAATATAAAACCTGATAAGGAAAAATCCACTGAAAAAATAGACGGTGCTGTAGCTTTAATTATGGCCCTAGATAGAGCTATAAGAAATGAAGGAAGTAAATTTGATTTAAATGAGTATTCAACAGAAGAAATGCTAGACAAACTTTGGGGTTAGGGGGTGATGGTATTTGAATGTATTTAATAAGTTAAAGAATATATTTAGTCCTAAAGCTGAAGCGTTACCAGAGGAAATATCATTAAATAATAGAAGGCTTTTAGAAATATTGGGAGTTGAAAATAGCGAGCTTAATTACAAAGGTAAAAATGCACTAAAGGAAGCAACTGTGTTTTCCTGTATTAGAATATTGGCTGATAGCATAGGTAAACTTCCTACTAAAGTATATAAAAATAATAATGGAAGGCAAAGTGCGACAGAACATTATCTAACCCCAATTTTAAAGATTAGACCTAATACTTGGATGAGTGCCAGGGATTTTTTTAAGGCTTTAGAAGTTCAGAGAAATATCTATGGAAATGCTTATGCTTGGATTGAATTTGAAACAGTTGGTAAAAATGCAGGTCATGTTACAGGAATATATCCCTTAGATAGTTCTAAAGTAGAAATATATATTGATGATATAGGACTACTACCTCATAAAGGTAGACTTTGGTATGTTTACACCGATAAAAAAGGTACTCAGTATAGGATTGATCCTGATGAGATGTTACATTTCAAGGGACTAACCAGTGATGGGATTGTAGGCATGACTCCATTAAATCAACTTAAAAACACCATAGAAAATGCTGGAGCTGCAAGTGAATATTTAAATAACTCTTTTAAAACAGGACTTCAAACCAAAGGAATTATTCACTATATAGGAGATTTAAACCCAGAGGCCCAAAGAGTCTTTCGTGAAAGATTTGAACAGATGGCCAGTGGACTTAAAAACGCTAACAGGGTATCCCTTCTTCCTATAGGATATCAATTTCAGCCTCTAAGTTTAACCATGGCAGATGCCCAGTTTATAGAAAACACTCAGCTTACCGTAAAGCAAATAGCTGCAGCCTTTGGAATAAAGAACCATCAGATTAACGATTTAGATAGAGCAACTCATACCAATGTAGAATACCAGCAAAGGGAATTCTATGTAGATACACTAATGGATATTCTAACTGGCTATGAACAGGAATTAACATATAAGCTATTTACTAATAGGGAACTTGAAGAAGGCTACTATATTAAGTTTAATGTAAATGCAATACTCCGAGCTGATCCTAAAACAAGATATGAAGGATATAGAATTGCTATTCAATCTGGTTTTCTAACAGCTAACGAAGTAAGAGCATTAGAGGAAATGGAGGCAAAAGAAGGAGGAGATAGACTTTTAATCAATGGAAATATGATGCCTATTGAAATGGCAGGTGAGCAGTATAAAAGAGGTGGTGATGAAATTGGGAAAGAAGAATAAAAGGTTTTGGAACTTTAAATCCTTAGATGAAAAAACGGGAGAGTTAACCATTTATGGGGAGATTTCAAATGAAACTTGGTGGGGTGATGAAGTAACTCCTAAAGAGTTTAAATCTGATTTAGATAATTTAGGAGAAATAGATACACTAAATATTTATATAAACTCTCCAGGAGGGGATGTATTTGCAGGTCAGACTATTTATTCCATATTAAAAAGGCATAAGGCACATAAAAATGTATATATTGATGGATTAGCTGCAAGTATTGCGAGTGTCATAGCCATGGCAGGCAATATTATTTTTATGCCCAAAAATGCCATGATGATGATTCATAATCCTTGGACTGTAGGCATGGGTAATGCAGATGAGTTTAGAAAGCTAGCAGAAGACTTAGATAAAATCCGAGAAAGTTTAATTGCAGCTTATGAAAATCACTCTGCACTAACAAGAGATGAGATTATAGAGATTATGGATAGTGAAACTTGGCTAACAGCTACAGAATGTGAAGAGTATGGATTTTGTGATGTGGTAGAGGAAGAAAAAAATATGGCTGCTTCTATAGATAAGGATATATTGGCTAGATACAAAAATACACCTAAAGAGTTAATAGAAATAGAGAATGATTTGGAAGTTAGAAAACAAGCATTATTAAAACAGAAATTATTAATTGAACTAGAGCTTTAGGCTCTTTTTTATTTCAGAAAGGATGGGATGAATTTGAGTAAAGAATTAAGAGAACTACTTCAAAACCTAGAAGAAAAGAAAGCAAAGGTAAGAAGTCTACTTGGAGAAGATAAAGTAGCTGAAGCTGAAGATTTGATGGAAGAGGTAAGAGCACTACAAAAGAAAGTGACCCTTCAGCAGGAATTAGAAGCAGCTGAAAAGTTTGATATGGAAGATGCCACACCACTTAATGATACCGATAAAGACTTAGAAGCAGAATATAAACAAGTATTTTTAAAAGGCTTAAGGAAACAGAGAATTACTGCAGATGATTATAGCATTATTAATGAATATAAAGCTGCTATGCATGAAGGTGGAGTAAGCACTGACTCTGATGGAGATACGGGAATTATTGTCCCAGAGGATATTCAAACAAGAATTAATGAGCTTATGAGAAGCATGAATGATTTATCTAAGATTATTAGAGTAGAGAAGGTAAACACACTATCTGGTTCTAGGGTTTTAGAAAAAGATGAGGATATGGTTCCTTTTCAAGTGGTAGATGAGTATGGAGAAATTAAAGAAATTGATAATCCTAAATTTACACCAGTAACATATAAGCTTGTGAAAAGAGCAGGTTTTTTACCAATTACTAATGAGCTATTAAAGGATAGCGACCAAAATATTATAGCCTATGTAACAAGATGGATAGCCAAGAAGCACGTAGTAACTAAAAATAGTTTAATTATAGAGATATTAAAATCTCTATCAAGTAAAGATTTAAAAGACATTAAGGCTATTAAAAAAGTATTAAATGTAGATTTAGATCCTGCATTAAGTCTATCCAGTAAAATCATCACAAATCAAGATGGATTCCAATGGCTAGATGAACAGGAAGATGGTAATGGCAGACCACTACTTCAAGATGATATTACTCAACCTGGAAAGAAACTATTTAAAGGTAGACCAATTGTAGTATTAGCCAATAGAACATTACCTTCCACTGGAACTACCACAGTAAAAGCTACATTTATAGTTGGAAACTTTAAAGAGCTAATGGTTCTATTTAATCAAGGAGTTTATGAATTAGCTTCTACAACTACTGGTGGAGATGCTTGGAGAAGAGATACTACTGAACTTAGAACTATTACAAGAGATGATTGTGTGAAATGGGATACAGATGCAGCAGTATTTGGAAAGCTTACTATCTCAACAACTGGAGCATAGGGATGGGGTTTTCCACTCCTTTTGGAGGTGATAAGCCTTGCTAATTACACTAAAAGAAACTAAAGAATATTTAAGAGTAGGTGGAGATGAAGATGATAGTTTAATAGAATCCTTAATCAATGTTTCTGAAGAGTATCTTAAAAATGCCACAGGTAAGACCTTTAATAGTACAAACCCTTTAGCTAGGCTATTTTGTCTAGTCCTAGTAGTAGATTGGTATGAAAACCGAGGTTTAACTGCTGGAAAGGTAGGCCAAAAGATAAGGCCTGTAATTGATAGTATGCTAGCCCAGCTTAATTACTGTTACTCAGAGGAGATGGTGGAATGAATCCAGGAGAACTAAATAAAAGAATTACCTTTCAAAGATTAACTACCACCACCAATGAGAATGGCTTTGAAGTTGAAGAATGGGAAGATTTTAAAACTGTATGGGCAGCTGTTACCAATCTTCATGGAAGAGAATACTTTGAAGCTGCAGCAGTACAAAGAGAAAATACAGTTAAGTTTACTATTCGCTACCTTAAAAATATAGACACTTCTATGAGGATACTCTTTCAAGGAAGACAATATAACATCACTGCCATTGATAATATAAAATACAAAAATGTGTATATGGAAATAAAGGCATTGGAGGTGGATAAGAGTGGCTGATATGAAGTTAGAAGGAATGGAGAATCTTCTTAATGAAATCGAAAAGCTAGGTAAGACTGGTTCTAGAATTGAAAATAAGGCATTAAGGGAAGCTGGAGATGTAGTAAAAGAAGCCATTCAAAAGGAAACGCCTATAAGAAGTGGAAAGTTAAAGGAAAGCATAACTGTATCTAGGGTGAAAAACAAGGATGGAGCAAAGCAGGTGGAAGTAGGGCCTAATAAGGATGTATTTTATAGTAAATTTGTGGAATTTGGGACAATAAAGATGAAGGCCAATCCTTTTATGGCAAGAGGCTATGAAGTTTCTAAAGAAAATGCCATGGAGACGATTGAGAAAAATTTAAAAGAAGGATTGGGGCTATGAGTATAAATAAAGAAGTGTTATCAGCTTTAAGAGATATTCGGGTTCCAGTAAGATTTCAAACTTATACAGGTAATGAAGAAACATATATCACCTTTTTCACTTATCTAGATAGGCCAGAACAACACGCTGATGATTTAGAAATTGCTACTGGTTACTACGTGCAAATTGATATATGGAGCAGATCAGATTACACTGAAATCGGAAAAGAAGTACACCAAAGTATGCTAACAGCCAATTTTACTAAATTAAACTTTTATGATTTATATGAAGAGGATTTAAAGATATATCACAAAGTAATGAGATTTTTTAAGGAGGTCATGTAAATGGCACAAGTAGGATTAAAAGATTTACATTTTGCTATTTTAAATAAAGACACCATAGAAGAACTAACTTATGCTGTTCCTGAACCAATGGCGGGAGCTATAAATGCTACGATAAACCCAACGGTAAATACTCAAGAAGTCTATGCCGATGATCAGCTTTGGGAATCTGTATCTGCATTAGGAAAAATTGATGTGGAGGTAGAAACAGCAGATTTACCTTTAGCAACAAGGGTCAAGTTATTAGGAAATAAGATTGTGGAAGGAGTACTTGTAGAAAACAAAGCAGATATTCCACCACATATCGCATTAGGATTTAAAAGCTTAAAATCCAATGGAAAATATCGTTATGTGTGGCTTTTAAAAGGAGTGGCCCAGCCTATGGCAGAAGACTATTCCACTAAGAAAGATAATGTGGAGCATAAGACACCAAAGATTAAACTTACCTTTATGCCAAGACTTCATGATGGAGACTGGAAACACACAGCAGATGAAGATGGTGCAGATTTCCTAGGAGCTGATACTTGGTTTGAAAAGGTTCCAGGAGATACTACAACACAGGAGGTTTAATATATGGAGATTATATTAAAGAAGGATAAAAAAGATAAGACCTACACCACTGGTTTTATATCTGCAAGGATGGTTAGAAGAACCATTGAAGTATCCCAAGGAGTAGATTTTGATAACATTTCTCCAGAGGAATTAGATAAACTAATTGACTATATAGTAGAACTATTTGGTAATCAATTTACTAGAGATGATGTCTACGATGGACTTCAATCTAAAGACTTAATTCCTACCATCACAAAATGTATTAATGAAGTAGTAGGTGAGATGTCAGAAGTAACAGCAGGTGATGGAAAAAACCAGTAGAGGGGAATGCCATGGATCCCCAGGATTTTATAGACCAGTTGTATCTAGCACTTTTGGATAAAGGTTGGACATTAAATGAAATTGACTCCATGGATATAATCTATTATTTGAAACTAATGACTAAGAAACTTGGAGAGGAAAAAGTATATATTGATGAAATTTTGTAATAAATCAATTAAAAGTAAAAAAGTTTAATTGTAATCAAAACATAATTATGCTATAATTAAGGCATAATATTAATAAAGGAGTTGATATTATGCCTGAAATTAGACCGATAAAAGATTTAAGAAATACAACTGAGATTTCTGAGATTTGTCATAAAACTAAAGAACCAATTTTTATCACAAAGAATGGCTATGGAGATTTAGTAGTTATGAGTATGGAAACATATGAAAGAAAGTTAGCTAAAGTAGATTTATATAAAAAATTAGCCGAAGCAGAAAGTCAAATTGAAAACGGAGAAATGCTATTAGATGCTGAAAGTGTTTTTAAAGATTTAAGGGGAAAATATGTCAAAGAATAATTATAGTCTAAAATTTACCCCAAAAGCCAGTGAGGATTTAGATAAAATATATAGTTATATTTCTAAAGAGCTATACGCTGAAAAAGCTGCTAAAAATCTTTTGGAAAAAATAGAAATGAGTATTATGCAACTTAAAGATTTTCCGTTTTCATGTAATTATGTAGCAGATGAGTTTTTAAAAAAGAAAGGCTATAGAAAGTTAATAATAGATAATTACATTGCTTTTTATTTAGTAAATGAAAAAGAACAACAAGTAATTATAATGCGTGTTTTATATGGTAGGCAAAAATATCAAGATTTACTTTAAAAAATAATCTAATTAAACAAAAACAAAGCTCTTTAATAAGAGTCTTGATGTTTAATTGCATCAATAAAATCAATGCCCTACGGGGTCAAGGTCTCTATATATTAGAGGCCTTTTATAATTTTAACAAGAGGCACCTAAATTCTAGGTGTATTTTTTATGCCCAAAGGCAGGTGAAATAAGTGGCAAAGGAAATAGGGAAATTAAATGTAGTGGTAGGCCTAGACTCTACTGGATTTCAAAATGGAATAAACAGCTTAAACCGAGAGATGAAAAAAGTTCAATCGGAGTTTAAACTAGCAAGTGCTGAGATGGGAAGGCATGGAAAAGGACTAGATAGTCTTAAACTAAAATCTGATAGTTTAACAAAACAAACGGAACTTCAAAGGCAAAAAGTAAAGGCTTTAGAAGAAGCCCATCAAAAGTCAGTAGAGACAAAAGGAAAAGATGCCAAAGCTACACAGGATTTAGAGATAAAATTAAATAAGGCAAAGACACAATTAGCCTATATGGAGCAGGATTTAAAGAAGGTAAATCAGGAAATAGAACTGCAATCCTCAGGCTTTTATAAACTGGGAAAAGCATTAGAGCCAGTTGGGCAGAAGATGCAAGATGTAGGGGAAAAGATGGAAGCTGTAGGTAAAGACTTAACTAAAAAGATTACACTTCCTCTTGTAGGCATTGGAACTGCTGCAATAAAAGTAGGCTCTGATTTTGAAGCTGGTATGAGTGAAGTAGGGGCTATAAGTGGTGCTACAGGTAATGATTTAAAATTGCTAGAGGAAAAAGCTAAGGAAATGGGTGCTACCACAAAGTTTAGTGCATCTGAATCTGCCGAAGCTTTAAAGTATATGGCCATGGCTGGCTGGGACACTACACAAATGCTTGATGGTTTAGATGGAGTTATGATGCTTGCAGCTTCCAGTGGTGAGGATTTAGGTTTAGTTTCTGACATTGTCACTGATGCCCTTACTGCTTTTGGAATGGAAGCAAAAGAGGCATCTAACTTTGCAGATTTATTAGCCAGTGCATCATCAAATTCAAATACAAATGTAGCAATGCTTGGGGAGTCCTTTAAATATGTGGCTCCTCTTTTTGGTGCATTGGGATATTCTGCAGAAGATGCAGCCCTTGCTTTAGGACTTATGGCCAATGCAGGAATTAAAGGGAGCCAAGCTGGAACTTCTCTAAAGACTGCCATTGCAAACCTTGCTAATCCAACTGATAAAATGGCGGGAGCCATGAATCAATTAGGTCTATCTATTACAGATGCCAATGGAGAAATGCTTCCATTTAAAGATGTGATGGATGAATTAAGATTAAAGTTTGCAGGACTTTCTGAAGAACAACAGGCCCAATATGCAGCTACTATATTTGGAAAAGAAGCAATGAGTGGAATGCTTGCAATCATAAATGCAAGTCCTGAAGACTATGAAAAACTCACTCAAGCTACAAGGGAATACAACGGTGTAGCAAAAGAGATGGCTGAAACTATGGAGGATAATCTCCAAGGTGAAATCACTAAATTAAAATCTGCTCTTGAAGGTGTAGGAATACAGATATTTGAGATTTTAGTTCCCCATTTACAAACCTTAGTTGAAAAGCTGCAACTTGTAGTAGAATGGTTTGCAAATCTAAATCCTGCTACTCAGGAAACTATAGTGAAAGTAGCAGCCCTTGCAGCAGCTATAGGACCATTATTAATCCTTGGTGGAAAGGTTATAGGTGGAGCAGGTACTATTATTACTTCCTTTTCAAAAGTATCAATAGCTTTAGCTGGATTAAAAACAGGAACTGCTGGAGTCACAGTTGCTACTAGTGGAATGGCTACTGGATTTAGTGCAGCAGGAATAGCTGCTAAAGCTGGAGCCTTACTTTTAAATCCATGGACTTTAGGAATTGGAGCTGCTACAGTGGCAGGTATTGCACTATATAAACATCTTTCAAAAGAAAGTATTCCTACTATAGAGTTGTTTGGAGATGAAGTATCTGAGTCTACAAAGAAAGCTGTAGGAGGGTTTTTAGAATTAAACGATGAAGCAACTTTAGCTTTAAATCAACTTTCATGGAGTGGTCAGGAAGTAACTAAAGAAATGGCAGACGGGATAACAGCAAACTTCTCACAAATGACAAGTGAGGTTCAAGCTGGACTAGATAAGCACCATGAAGAGTCTTTAGGAAAGATACAAAACTTTGTAACTAACAGTACATCCCTATCTAAAACAGAACAAGATGAGATTTTAAATAATATGCAAGAGGGCTATGAAAATAGAAAGAAGGAAATTTCTGATAGTGAAGCAAGGATAAAAGAGATATTAGATACAGCTTCCATTGAAAAAAGAGCCTTAACTAAATCTGAGCAGGAAGAGATAAATACTATCCAACAAGAGATGGTAGATACGGGAATTAGGGTTCTATCTGAAAATGAAGTAGAATCAAAGTCCATTATGGAAAGGATGAAGGCTCAAGCTGGAGAGATTACTGCAAAGCAAGCTGCAGAGGTTGTTAAAAATAGTTTAGAGCAAAAGGATAAAACCATTAAAGCAGCAGAGGAACAATACAAAGAAGTGGTTAAGGAAATCATCAGACAAAGAGATGAATCAAAAACTATTACTAAAGATCAGGCAGATAAATTAATAAAAGAAGCTACTCGTCAAAAAGATGAATCCATTAAAAAAGCAGAAGATATGCATGAGAAAGTAGTAGATGAAGCTAAAACTCAAGCCAAAGAGCATGTCAACCAAGTAGACTGGGAAACAGGAGAGATTAAGACAAAGTGGCAGGTTATGAAAAGTGATGTATCCACTAAGGCTAGAGAAATAAAAGAAAATGTAATAAAGAGATGGGAAGAAATTAAAAAAGATTCATCTCAAAAATGGCAAAATATAAAAACGAACTTAGCTAATAGCTGGAGTTCTATGAAAGAGGATACTATTACTAAAGCTAGAGAAATTAAAGAAGATGTTACTAAAAGATGGGAAGATATAAAGATATCTACTTCTGAAAATTGGGAAGTAGTTAAAACTTCTGTATCTAGTAGTATTAGTAAAGTAAAAAGTAAAATATCAGAAGGAATAGAAAAGATAAAAGAATGGAATGCCACAAAGGTAAAAGAAAAGGTATTTAGTATTGTAGAAAAAGTAAAAAGAGTATTTTCAGGTGGAGGGGCAGATTCTAACTTTAGCGGAACTAGCTTCTTTCAAGGTGGACTTACTATGGTAGGAGAACTTGGTCCAGAGCTTGTAGAACTTCCAAGAGGTAGTAGGATTTATAACGATAATGTGACTAAAAAGATGCTTTCTGGGGATAAAGGTATAACTCAAAACATAGTTATCAACAGTTCTACTCCGTTAACCCCATCTGAAACAGCAAGACAAATTAAAAATGCATCAAGACAACTTGCTCTTGAATGGTAGGAGGTGTGTTATGGAGAAAGTTGTTATTACTAATAAAAATGGAGAAAGCATTACCCTTGGCAATCAATCTCCTTATTTTTTAGAAATATTAGATGGAGCTGGAAATATTCCAGTTACAATTGAAAGTCAAAAATCACCCAAACAAGATGGCTCTACTTATATTGATAATATGCTAGAAAGTAGAGCCATCTCCATTGAAGGAGTAATTGTAACAAGAGGTAATCCTAATGAGGTTTTAGAATGTAGAAGGGAGATGCAGAGAGTATTAAATCCTAAACTTGGAGAGCTAATCCTCACCTACTATCATAATGATATAATTAAAGAAATCAAAGCAATAGCAGAAACTACACCAGTTTTTCCTAGTGGTCAAGGTAGTAAAGGATTATATTATCAAAAGTATTTATTATATCTACTTTGCCACCAGCCATTTTGGCTTGATACCTATTATGAAAGTAGAGAAATGTCCTATATTATGGGTGGACTTAAATTTAGATTATTTTTGCCTACCAGCTTTTCTGATAGAGGATTTAAAAGAAAGGCAGTAAATGAAGGAGATGTCTCTACTCCAGTTACTATTGAATTCAGGGGCCCTGCTATTAATCCTACAGTAACAAATTTAACAACTGGAGAATTCATTAAAGTCAATAGGGAACTTGGAGAACAGGATGTATTAACAGTATCCACTAACTTTGGAGAAAAGTATGTGAGGATTAATGGGGAAAATGCATTTCACTATATAGATTTGGATAGCATCTTTTGGTGTCTTTTGCAAGGGGAGAATATTTTAAGCTATGAAAGTAATAATGATAGTATAAAAACGAAAGTTATTGTAAAGTGGAAAAATAGATACATTGGTCTTTAGAAAGGAGGAAATTCATGGCTGAAAGGTTTCGATTCTTTGACTCAATAGATGGAGAAGATGAAAGATATTATACCGCTGATGAGTTTGCAGAATATTTTAGGCAGTTTATAAGAAATGGTATTTTTAATGGAGGAGAAAATCTTCAAGTGGGCACTGAAGGAAAAGATATGAAAGTATTTATTAAGCCCGGGTATGCTTGGATTGAAGGATATCTTTATAAAATAGACACTGAGTCTTTGGCATTAGAACATGGCACAGCAGATCCAGAATTTAATAGAATTGATAGAGTAGTTATTCGCCTTGATAAGTCTTTGGAGAAAAGATATGTCAGGGCTTTTATTTTAAAGGGAATTCCAGCAGAAGAACCAGTGCCAGCAAAGTTAACTAGGAATGATAACATCTATGAAATATCTTTAGCTCAGGTAGAAGTTATTGCAGGAAAGAGTTTTATTGAATCTTATCAAATAACTGATGAAAGAGTTAATAATGAAGTATGTGGTCTTGTTACACATTTATTTGAACAGGTGGATACTACAGAGATATTTAATGAATGGATAAATTATTTAAAACATAAAAAGGAGGATTCAACTTCAAGCTATAATGAATTTGTAAATGGGCTAGAATTAAAATTAAATCTTTTTCAAAAAACATGGTCTGATTGGATAGAAGATAAGATATTAGAACCAAGTGGTGAATTTTATTTAGAATGGAAAATGTGGTTCAATGAAATAAAAGATATTACAAATCTTGTTACTAAAATTAACTTTGATGAACATAAGGCAGATTATGTGTCGCATAGAACGAAAGCAGAAAAAGATAAGTTGGCAGGAATTGAGAGTGGTGCTCGAAAATTAGCAAATGTAGATGATGTTAAACAAATGCCATTAGCAGGTGGTAGTTTTACAGGTATAGCTAAAGCACACTCTAATACATCATATACAATTGCACAAATTAGGAATATAATCTTATCCCCAAATGACGCAGATTTAGCTCTTATGGATAATGGAGATATTTGGATTAAATACAAATAGGAGAGGATAAAATGGCTTTTATATTAGATAATATAGCAGCATCAGCTGGATTAATTGCAGGTTGGTTTGGTTCTGAAAATGTTGAAAACTATACTGTTGATACTTATCAAAAAAGCAAAGTACATTTTCCTTGTCAACTTATCTCTATTAGACTTCTTAGATATGTAAATGGGAGCTTAAATGATGAAAAGGATGGCTCAGGTACTTGGGATCATCTAGTTAATAATTTATATCTTTATAGGGAGTATGGAGATTTACCAACATCCCCCAAAGGGCAATCATATTTAACTTCATTTGGTTCTAATAATAGAGTATATTACAATAGAGAGAGGAATCATAGTGATAAGTATATGAACTATATAGCATATGAGGAACCAAAGGAACCATATTTTATTAACTCTTTAATGTTTTATGATAAATTAGGATACGCAAAAGTGACTATACAAGAGGGGAAAATAATTTTTAATTGTAAATACCGATATACAGGACATAGTTATTATGCAGATGCATACTGGAATATGTATACTACATTTTATTATCTTAAGTTTATGGGTATAGTATTTTGTGAAAATGGAGTATGTAAAAATGGTGCTGTTCCTAATAACGATTCGAATATTACAAGTATAACTATACCGATATTTGAAATACCTGAAGATAAGTTTAATAATTTAAATATTGACCTTTATATAAGATATAAACAAGTAAAAACTGGTTTATTTACTGGTACTGATTATGTTACAAGTGATGGAATAAAAACTGATAATGGTTGTATGACAAAACTACTACCTCAATATAGAAATGGTATTATAAAGCAAAAGCTTTCATTAAATAAGGAAGATTTAGGTGATAAATTTAAGATAAGCTGTGACCAATTAATTGATAAAGAAGGAAGAGAAATACCTGCTGAATATATTTTTTATTTTCAAAATGATAAAGATAGAGCTTGGCGTAAAAATAACTCTTCAAATAATACCTATACAATAATAAATAAAGACAAATTAAAAGAGGATAGTAGATTGTGGGTTATAGCTTATCCTACAAGCCCAGATTATAAAAATTATATTGGCAATGCTGTTATGCTACCTTTAAAAGATATAGAAGTGTATTTAAATATAAATAATGTGATTAAAAGATATGACACAGGCAAGGTGAAAATAAATAATACACTTCGACAAATTGACAAGATATGGGCTAAAATAAATAATGGTTTTAAAGAGATTTGATAGGATAAAAATAAATAGTAATGAATTGAAGGTGAACAATCTATGAAACCTATAAGAATATTATCAACAACACTAGATTTACAGGGAGAGATAGACAACTATCTTTCTTTTTCTTTTTTAAGAAGATACTATTCTACTGGAGAATTCCAGCTAGTTACTAATAGAAAAGTTCAAAATGCAGATAAGCTAAATATTAATCAACTAATCATGCTCGGGGCAGATAAATATAAGGTAGGAATTATAAGGCATAAAGAAATAAAGACAAATGAACAGGGAGAAGAAATCCTAATAGTTAAAGGTCATACACTAGGAGCTATTACAAAACAAAGAATTACTATTCCATCAGATAACCAAGCCACAGATACAATTGAAGCTGATGCAGAAACAGCTATGAAGCATTATGTGAAAAGGAATTGTTTAGATATTCCTGGTATGGAGTTTCCTATGCTAGATATAGCAGAAAATAAGAATAGAGGTCCTAATATTAAATGGCAAAGTAGATATAAAAATTTAGAAGAAGAGTTGGAAATAATAAGTAATCTATCAGGACTAGGTTGGTATATCTATCCTGACTTCAATTTAAAGAAGTGGATATTTGACATATATAATGGAAGGGATTTTTCAGTAAGCCAAAATATTAATCCTCCTGTTATCTTCTCCCCTGAATTCGACAATGTTAAATCCCAGGAGTATGTAGATAGTTTATTGGACTATGGAAATTTTGCTATTGTGGCAGGACAAGGTGAAGGTGCGAATAGAGAAATTATAACAGTTGGAAGCGATGATACTGGTCTTGATAAACACATCATATTTGTAGATGCAAGAGATTTAGAAAATAGTGATGATTTGCCAAGGAGAGGTGAAGCTAAACTTAATGAACATAAAAGAGTTCTTACTTTCCAATCAGAGATACTTCCAGAAGGGCCATTTAAGTATGAGAAGGATTGGAAATTGGGAGATATAGTGACAGTTAAGAATAAGGACTGGGGTGTTACCATGGATACTAGGATTACAGAGGTAACAGAAATTTATGAAGCAGGTGGTTTTAAGCTAAATGTAACTTTTGGAGAAAGCTTACCTACTCTGACACAGAAGATTAAATCAGCTTTAGGAGAACTGAAAATTGAAAGCATGAAATGATGGACATCTAATGGATGTCTATTTTTTATGCTGAAAGGAGGAAAATGCATGAAAGATATAATCCATACCATCCAAATTATATTTGCAGCCATTGGTGCATATATTGGTTGGTTTTTAGGTGGATTTGATGGCTTGCTTTATGCACTAGTAGCTTTTGTAGTACTTGACTATATAACAGGTTTGATGGTGGCTATTTTAGATAAGAAGTTATCTAGTAGCATTGGATTTAAAGGTATTTTTAAAAAAGTACTCATCTTTATATTTGTAGGGATAGGCCATATCATAGACTTTTATATTCTCCAAAATGGGAGTGCAGTTAGAACCGCTGTAATATTTTTCTATCTTTCCAATGAAGGATTAAGCATAGTAGAAAATGCTGCTAAGATTGGACTTCCTGTGCCAGAAAGCTTAAAGAAAGTATTTACAGAATTAAAGAAGGAGGATGATTAAATGGCGAGACTTTGCTTGGACTATGGGCATGGTGGAGAAGATCCAGGAGCCATATATAAAGATCGATGCGAGAAAGATGATATATTAAATCTTGGTAGAGCAGTGGCTAAAGAATTGAGAAGATGTGGAGTTATTGTAGATGAAACTAGAACGAAAGACATAACTGTAAGCTTAAAGGAAAGAAGTAGCTTTGAAAAGAGTGGCAGATATGATTACTTTATATCCTTTCATCGAAATGCTTTTAAACCAGAGAAAGCTAAAGGGGCAGAAACTTATACCTATTTAAATCAAGGGGCAAAGGCTAAAGAGTTAGCTAATAAGATACAAAGTTCTTTAGTGGATGTTGGCTTTACAGATAGAGGAGTAAAGAAAGCTAACTTTCATGTATTAAGAGAAACTAAAGCACCTGCAGTACTTATTGAAATAGGGTTTATTGATAATGCCCACGATAATCAATTATTCGATAATAAGTTTGAGAAAATCGTAAAAGCCATATCAAAAGCAATTTTATCTCAGTTAGGAATTAAATATATAACATCTACTGGCTCTCCACCAAGTGGTCAATCCCTATATCGAGTGATGGCAGGTTCTTTTAAAGAAAGAGAAAATGCAGAAAGACAAGTTAAAAAATTAAAGTCGGCAGGTTTTGATGCCACCATTATGATATTCAATAAATAGTATTTTGCCTTGGACAAATCGTTCAGGGCTTATTTTTTTAACCTTAAAAATCTTAAATTTCTAATATAAATCAAGCCTTAATTATAAGGGAAAATTAACTTGATAATAATGAAACGTAATTGTAATATGCTAGTACCAAAACATAAGGAGGAGATAGAATGCTGTTAAGTCAAGGGATACGGGAGTTTTCAAAATATATGAAGCTAATAGATAGATCAAAACAAACCATCATAGGATATGAAAAAGAACTGATTTATTTTGATAATTTCTTAAGTGTAAAACATAATTGCCCAATGTATATAAAAGATATTGAATTGGAGGATATTGAGGATTATCTTCTGGACCAAAAGGAGAGAGGCATAGCAACAGCTAGTAGAAGTAGGTCAGTTTATATCTTAAGAAGCTTTTATAAATACTGCGTGAAAAAAGATATTGTAAAGAAAAATATTGCTAATCTAGTGGAACCAGTAAAAGTAAAGCAAAAGGAAAGAGACTTCTTAACAGAAGAGGAATTTGAAGCCCTTATAGAAGCAATTAGGCAACCAGTTATTAAAACAGTAGTTCAAACTATGTTCTATACTGGTGGGAGGGTATCAGAGATAATTCATTTAAAACTAGAAGACGTGGATTTAGAAAACAAAGTAATGCATATTATTGAAGGAAAAGGTGGGAAGGATAGGGACATTCCAATCAATGATAAACTCTGCAACATACTACAAAATTATCTAGAAAATATTAGGGAAGCAGATTCTAATAGGTTCTTTGCTTTAGAAAGTACTGGAAAAGTATCTAGTAGCTATATCAATAGGCTTATTAAAGAAGCTGCATATGAGATCGGACTTGAAAAGGACATTTCAGCCCATGTGTTAAGGCATTCCTTTGGAACAAACCTTTTAGAAAAAGGAGCTTCAGTGGTAAGCATTCAAAAACTACTAGGTCATGCAAACCTAGCAGTAACCACAAGATATCTTCATCAAGACATGAATAAATTAAGCGATACAGTAAATCTTTTATAGGAGGGAAAAGGATGAGTGACAATAAACCAATTTATACTTCAAAGGTAAGAAAGATAATAGAGCTATTGAAATTTCAAACAAGAGATGAAGCTGCAGAGGAATTAGGGTATAAAAACTATAAGAGTTTGGATATGTATATGAGAAGGAAGAATTTCAGATATGATAGCGAAAGTGGGCAGTATGTGCCAAAAGAAAATAGAGTGGATAAACTAAAACTAAACCGAGACCCTAAAAGCTATGCACCTACAAAGGTAGTGAGTATCATCACTGCCTTTGAGGAAGCTAACGCAGACCCAATGCTAATAGCCAAACAAGAAGGATTCAAAGACCATAAAGAAATGGCAGAATATATGGCTAACAAAGGTTATGAGTGGAATGCTTATAAAAACAATTATGTAAAGACGATAGGAAAGGTAGAGGAAAAAACAACAGATGAAGTAATAGAGGAAGTAGTAACAACCCAAAATCCACCAACAGATATAGATGAATACATTCCTTTCATCCAATTTCTATATGAGAAAAGAGATGACATCTACCAACTATTATCAGGAACTAAAGAAGATGGGACCATACCAAGATATGTAGTGCCAGGACTTGTCAGAACCAAAGCCATTTATATGAGTGATATGGTAGCAAAGCTTACTGCAGAATTTAGCAAAGAAAAGAATGTCACCCAGAGAGAAGTCATGGAAGGAGCATTGATTGAATATCTCCAGAAGTATGGATTCAAGAGGGAAGTTGAGACACTTCTGAAAAATGAGTAAAAGGTCTTTTTAAAAGATAGGTTTGTGGTATAATAATAGTAAGATGGAGGTGGTATATCCAAATGTCTTATGAAACAAGGCCACAAACTTATGATGAAACGATTAAAATTTTAGAAAAGAAAGATTATAGAGGGATAGCAGAGTTTATACTACCTTCAGTAAAGGATGCGGAAGAGGTTTCTTTAGAACATACACAACTATCAGTTCCAGACATGAGGGAGATGGACTTTTTAACAAGAGTTAATATGAACTCGGAAAGTTTTATACTTCATATAGAATTCGAAACGGCTTACAAAAGCAACACTGAAATGATGAAAAGAATGCTTAGATATTATACTTATATAAAATGGCATAATGACTTGCCAATTTATCAAGTACTTATGGTACTAAAAGAACCAACTAATGTAAAAAATATAGAAGGTAGTTTTAAAAGCACAGTACAAGATTTAGATGTGATGCAGTACCAATACAAAGTAATTAAAGCATATGAAATTGATAAATATGAAGTACTAAAAGATAAGCAAGTGGTATTATATCCTTTAAGAGTATTTATGAAGCATGATGGAGAGAGTGAAGAAGAACATATTTTGGAATGTCTAACAGCTGTGGAATCACTTCCAGACAAAGACTATTATTTTCTTACAGTTCAATGCGTTAAAAAGTTGTATGAAAAGAGTAAATATAAAAAGTTTGTAAAGGAGGAGATCCTAATGCAATCATCACTATACAGAGAGCCTTATGAAAAGGGAAAAATAGAAGGCGAAGCTAAAATGGTTATAAAACTTTTAACCAAAAGATTTGGTGTTATCCCACCAGAATTAAGAAAAAGGATAGAGTCATTAGACTCTGAAACTCTAGATAGAATTATGGATGAAGCCCTCTCATATGAGAGTATTAAGGATGTTGAAAAGACACTTCAATAGAAATGCTTATTTACTAATACTTGTGATTAAAGGTGATTTTATGTCAGTTGATTCTTTTACAAAAGAATTTAAAATATCAAAATCAGAAACGGTTGAAAGGCTAGAGAAAGCTATAAAAGATATAAAACCATTAGAAATGAATTCAAGAGATGCTGTAAATAGAATGAGAGAAAGAGAGAATAAATTATTGGAGCTACTTCGGATAAAATAATACAAATATACTTTGGAATGAAGGCCTAAGGTGGTATTATTGCCAAAGATGGGGGGCACGAGTGGGCTCCCTGGTATTATTTATTAGAAAACCTTTATGAATAATAAGCTTATAAAACCTATCAGTATGCATAATGATACTCATTATATGAATGAGGACTAATTTAGGGGTATAAGAAGGCTCTGAACCTTTGATTTAAGTGGGGTTCAGGGCTTTTTGTTATACATAGAAATAGGTAATTTTGTGCTATTAATCCTACTACTGTAAAAGTAGTATTCAACAAAGAAGTTGAAGAGTTAGCAAAAGCTGATGTAGTAGTAACAAATGTAAAAACTTCAGAAAAACAATACGTTAAAGAAGTTAAGTTAGCTGAAGATAAGAAATCAGCAGAAATATCATTCTATGATGCATTAGCAACAAAAAATACTTATAAAGTAGTTGCAGCTGGTGCTGAAAAAGAATTTGACTTTGTAATTGGTGATGTAGCTAAAATAGAAGCTAAAACTGTTCAAGTAGTACCAACAGAAGCTACAGCAATTGAATATAAGGTATTAGATGCTAACGGCTTAGATATTACAGCAACTACTGATGTTACATTTGAATCAACAGCAAGTGATAAAATAGATAAAGATGGAAAAATCACATTAGCTGATAAAGAAACAGCATTTGTATACGTAGTATATACAGATAAAGATGGAAATAAAATAAAATCAAATAGAATTACTGTAAAAGCTGAAGCAGCTAAACCTGCTGAAATATCTGATTATACAGTAGCTAAAAATGCAAATTTTGATGCTGATGATTACAAACAAAACCTAGTATTACAAAAAGGTGCAGAAGGACAAAAAGTTCATGTATTAGTTAAAGATCAATTTGGTAAGAAAATAGATAACCCTGTTGTTAGCTATGAATCATTAGATAAGACAATAGTATTAGTAGATAGAACTAATGGTGGCATTACTCCATTAAAAGAAGGCTCAGTTCCAGTAAGAATTACTGTTGGAGATATAACTAAAACAATAGAAATTAAAGTAGTAGCAGATGCTAAAGCAGCAGCTGTTGAACTTGATAAAAATGAAATTTCAATTTCAAATCAAGTAAATACTCCAGAAGAAGTAAAAGTAACTGTAAAAGACCAATATGATAATGTGTTTGAAGGTACTGACAAGGTAACAGTAAAAGTTACTTCAGGATCTGACCTAGTAACAGTATCTAATGAATTAAGTTTAACTAAAGGCGTAGGAACATTAGGAGTTAAACCTGCTGATAAAACTAAATCAGGAAAAGCTGTAATTGAAATTGCTGTTAGTGAAAAAGTAAAAACAACATTAGAAGTAGAAGTAACTAAAGCTGGAATCGTTGACAACTATGTTGTTGAAGGTTTCAAAGCTGAATTAGATAAGAATACTGATGAAAAGAATGAAAATAATGAAATGACATTATCAGTATTCCCAGTAGATGCTGATGGAGTTAAAACTGGTGATGCAGTTACAGATGCAAAAATGACAGTAACAGATAAAGATGGTAACGCAGTTACAGAATTAAAAGATGTAAAGGCAGGAAAAATAGAAGCTTCTAAATTTGATGCAGATGAAACTTATACAGTATCAGTTAAAGTAGGAACAATTGAAGTATTCAAAGATAGTTTCAAAGTTGTAGATACAACTAAAAACCCAGTAATAGAACAAAAAACTAGTAATATCAACATAGAGATTGCTGATGGAGAAATAAATGATGAACTAAAAGCAGCTTTCTTAAAAGATGGAAAAGCATTAGCTGAAACTGAAGATGTAGTAGTAAAATCTTCAGACAATACTGATGTTGTTACAGTTGTTAAAGATGGAAAAGCAACAGCTGTAAAACAAGGTAAAGCTACATTAGTTATAAGTAAAGTAGCAGGTGAAGAAGTTGACAATCTATTAGTGAATGTAACAATTGAAGCATTAAAAGGTAAAGCAACAGCAACTGCAAAAACAGTAAATGGTGATAATGAAGATGTTAATCCATTAGGCTCTGTTATTGTAAACTTAACTTATGGTGCTGGTATCAAAAGTGCTGATGTTGAATCATTGAAAATAGAACTATATAATGGTAAAAAATTATTAGCAACAAATATACTACAACCAGAAAAGTTAAATAAAAAAGAAAAAGAACTTGAAAAGATAACATCACCATTTAACTTAGGCAGAAGCGAAAAACATGACAAATGGGCATGGGTACGTGGAGAATATCCACTTCAAGGCGATGAAGTAACTACTGCTGACCTACCAAATAAAGTTGTTGCAACATATGTAGTAAAAGGTATAAAATATGTTAGTGAAATTGAATTAAAAGACACTTTAACAGTTCCAAAAACTTATGCAGAAGTACAAGCAGAACAAGCAGAAACAGCACAAGAAGAAGGCAAATAAGAATTATTAATAACTCAGTAATGAGTAGATAACATAAACAAAAATTATGAGAGGGGTAACCTCTGGTTATCCTTCTCAAATTTAAATAAATGAACGGAAACCTTTCAAACCCAAATTCATAAAATAGTCAGGTCACATCACTGGCTGAAAACTAAATAAGACATATCATATTAAAGGCTATTGGATAAAGTATTAATGGGAATGCTCTATCCAATGGTCTTTATTTCTTTTTATAAGCAAGCTCAGTCCCTAGTCAGGTCCTTTCGCAAGGACCCCCGGGGGTCATGAACAAATTGTAAACAAAAACAAGAGAGGGATAGAAAAATCTATCCTTCTCAAATTCAAATAAATGAACGGAAACCTTTCAAACCAAATCACATCAAATTCTCAAAAACATCATAAAATAGTCAGAACACATCACTGGCTGAAAAACTAAATACATTTCATAGAAGACTAATCTATTTGGGGATTAGTCTTTTTTGCGTTAAATAACCAATTAGTGAAGCTTTAAGTTGAAACTAGAATATATGAATGCTAAAATATAAGTATGTAATAAAATAAAGAGATTATAAGGAGTTGTTATTTTGGAAAATAAAATCCTAGTGTTACTTAATCAATTAGTAGATGGTCAAAATAAAATAAATGATAGATTAGATAAAATAGAAGGTAAGATAGATTCAGTAATAGATCAAACTGCTGACTTAAAAAACTAAATAAGCATAACAAAGATCCTTGAATAATATTTTTTATTCAAGGGTCTTTTTTTATATTAATATGAAAAACATGTTTAAATATATATTTTTAAGGCAATAATTTAATAAATTAAATAAACCTATAAAGGAGATTGCTATGTATAAAAAAAGAGAATGGTTTCCAAACTCAGAATATCATATAACAAGTAGAGGAAACAGAAGGAATGATATTTTTAGAGATGAAGAAGATTTTCAAGTTTATATTACAATTATTGAAAATTCTTTAGAACATTTTAAAGGTCAGTTTGAACTAATTTGTTATTGCCTTATGGATAATCATGTACATCTTTTACTAAAGAGCAAAGATAGACATATAAAATTTTTAATGTCTAGAATAAATAGCATATATGCAAAGTATTTTAATGAAAAATACAATTATTGTGGACATTTATATGAAAAAAGATATTTTTCAGAGCTAATAGAAAAGGATTCACAACTTTTAGAAACTAGTAGATATATTCATTTAAATCCAGTAAAAGCAAATATGGTTGAAAAGCCAGAAGACTATAAATGGAGTAGTTATAAAATGTATATAGGACAAGAAAAAGAGAAATTAATTAAATCAGATAGGGTATTAAATTATTTTAAAGAAGAAAATAAAAGAGAATTATATAAAGAATTTATAGAAGAATATATAAAAATAAAAATGTTAAAAGAGGTGAAATAATTGGCATCAGTAATAAATAGCTTTGCAATTAAAGGAATAGATGCATATGTTGTAAAAATAGAAACAGACACAATATATGGTAAGCCCTCCGTTTCCATTGTAGGATTGGGAGATGCATCTATAAAAGAATCAAAAGAAAGATTAGAAGCTTCTATAAAGCATAATAGATATGAATTTCCTAAAATGAAAATAGTTATAAACTTAGCACCCTGTGACATGAAAAAAAGTGGTTCCCATTTTGACTTAGGTATGGCTATAGGAATACTTTTGCAGAGTAATCAAATAATATTTGAAGAAATAAATAACTTTGCGTTTATAGGAGAACTGTCTTTAAATGGAGAATTAAGACCTGTAACAGGAGTTCTTCCTATGGCAATAGAAGCTAAAAAAGCAGGAATTAAAAACATAATATTACCAAAGGATAATTATAAAGAAGCAAAACTTGTAGGTGGAGTTAATATATTTCCCTTTGAAAATTTAGAGCAGGTAATTAATTTTATGCAAAATGGAGATACATATAATTTTGAAATTATTGCTGATGAAAATAAAAATCAAACTAAGAATTATTTAGACTTCAAAGATGTACAGGGACAAGACACAGTAATTAATTTTGTAGTAGCAGCTGCTGCAGGTGAACATAATTTAAAAGATTAACTTTAGAATCATTAAGACAGCCATTAGAAGACAAAGTTATTAGTATTGCAAGAGTAAAATATTCTCAATGCTATCCAGCTAATTTTATGTTAGTAGCCGCAATGAACCCTTGTCCGTGTGGCTATTATGGAGATGAAAAATGTCATTGTACTGATTATGAAGTTTTAAAATATAGAAGCAAAATATCAGGACCTGTCCTAGACAGAATAGATATACAAAAGTATGTAAATTCCGTTAATTTCAAAGATTTATCTAATTATAAAAAAGGAAGAAGTTCTAAAGAATTAAAAGACATAGTGGAGAATGCTAGAAAAATACAAAATGAAAGATTTAAAAATTGTGACAAAATAAATTCTAACTCGCAAATGCCAACTGCACTTATAAAGGAATTTTGTACATTGGATAGTGAAAGTACTAAACTTTTAGGAACTGCATATGATAAATTTAATTTTAGTGCTCGTTCCTATTATAAATTTTTGAGAGTTGCAAGAACCTTTGCAGATTTAGAGGGTGAAATTAATATAAGAAAGCATCACATAGTTAAAGCACTATTATGTAGAGATTTGGAAAAAGAACAAAGTAAAATGATGGTGGTATAAATGGAAAACTTAGTGTTTTATATTTGGTTAACTACAATAAAGGGACTTGGACCAGTATTATCAAGAAGGTTATTAAATTATTATAAAAATCCTGAGATAATCTATAATTTAACTAAAGATGCTCCTATATTGTTATATTATAAGGGAAATCTTAATAAAAATTTAAAGGGAGTTGCTATAGTAGGGGCGAGAAGATGTAGTGAATATGGTAAAGATATAGCAATAGAATCTGCTTCATACTTAGCAAAACGAGGTATAACAGTTATAAGTGGTATGGCTAAAGGAATAGATGGATATGCACATACCGCTTGTTTGAAAAATGGTGGTTACACAGTAGCTGTTTTAGGATGTGGAGTAGATATATGTTATCCAAAAGAACATAGTGAATTAATGAAAAAAATTATAGAAAATGGTGTAGTTTTATCTGAATATTCTTCAGGAACTAGACCTGAAAAAAATAATTTTCCTAAAAGAAATAAATTAATAAGTTTCCTTTCAGAAAAAGTATTGGTGGTGGAAGCTGGAGAGAAAAGTGGATCTCTTATAACTTCAAAATATGCAAAAAAGCAAAATAAAGTTGTTTTAGCACCACCTAATAATAAATACTTAAAAGGATTTACAGGTACAAATAAATTGATAAAAGAAGGAGCACAAATATATTTAGAACCTAATCAATTACTTATTGAAGGCATGAAAGAAAAAAATAAAGATATTATTAAAAACATAAAAAATGAACAAAATATACATAGTGATTTAGAAAGTAAAATATTAAATTTATTAAAAAATAAAAGTTTAACAATAGATGAAATAATAAATGTAGTAAAAATAGATAAAGATAAAATAATTAACATACTTCTTAATTTAGAACTTCAAGGTGAGTTACAAACCATAAGTGGTGGAAGATATGCTGTATTATGTTCATGACCCCCGGGGGTCCTTGCGATATCAGAGCCTTTGAAAAATGAGTAAAAAGATTATTGAATAAGGTGGGTTTGTGGTATAATGGTATTAAAGTGGAGGTGGTGTATACAAATGTCTTATGAAACAAGGCCACAAACCTATGATGAAACGATTAGAGTATTAGGGAAAAAGGATTATAGAGGAATTGCTGAGTTCGTTTTACCAGTTGTAAAAGAAGCTGATGAAATATCTCTTGAACATGCAAAGCTATCTATACCTGATATGATAGAAATGGATTTTTTAGCAAAAGTTAATATAAATGAAGAGAGTTTTATTCTTCACATAGAATTTGAATCTGCATATAAAAGTAATACAGAAATGCTAAAAAGAATGCTTAAATATTATACTTATATAAAATGGCATAATGACTTGCCAATATATCAAGTGCTTGTAGTATTAAAGAAACCAGAGAATGTAAAGAATATTCAAGGAAGCTTTGAGAGCACAGTTCAAGATTTAGATATTTTGAAATATAATTATAAGGTGATTAAAGCATATGAGATAGATAAAAGTGAAATACTAAAAGAAGGAAAAGTTGTACTGTATCCACTTAGGGTATTTATGAAGCATGATGAAATAGATGAGGAAAAGCATATAGAAGAATGTTTAGAGGAAGTAGAAAAATTAGAAGATAAAGATTATTATTTTCTAACAGTGGAGTGCATAAAAAAACTTTACAAAGAAAGCAAGTATGAAAAGTATGTAAAGGAGGAGATATTAATGCAGTCATCACTATACAGAGAGCCCTATGAAAAAGGGATAAAAGAAGGCGAATTAAAAGGAAGAAGAGAAGAAAAAATAGAAACAACTATAAGATTACTAACCAAAAAATTTGGAACTATGCCAGAGGAAGTAAAAGAGGCTATATCTAAATTGGATTTAGTAACCTTAGAGCTTATGATTGACGAAATTTTTGAATATAAGAGTTTGGATGATATTAAAAAATATATCCAGTAACAAAATCATTAGAAAACCTTAGTAAATAATAAGCTTATAAAACCTATCAGTATGCATAATGATACTCATTATATGAATGAAGACTAATTTAGGCGTATAAGAAGGCTCTGAACTCTTTGATTTAAGTGGGGTTCAGGGTTTTTCCTTATACATGAAAATAGGTATTTTGGATTGTCAACACTTTTTTATTCATTTCCTCTATCAGTATGGAATACCTTTATCTTAGTTAAATTTATTTTAGAGTTTAAAAAGGCTTCATACACAAGTTCTGCATCTTTATTAGGACCTGCTGAATATCCTACTATTTCTCTATTAAAGAGGTTGATTAATAAGCATATATAATGCCACTTTCTATTTACATTAACATATGTAAGATCACTTACTACTATCTCCAAATCACTTCTATTATCAAATTCTCTATTTACTATATTTTCTACTTCATCATTGTTACAGCTTGACTTATGAACCTTAAACTGCTTTACAGTGTAATTAGAAACTAATCTATATTTGTCCATAATTTGTCTTATTTTTCTTCTTGATGCTAATATATTTTGCTTTTTCAATTCTATTTTCGTGCCATTATCAGCGCTGCTTGCTTTAAAATATCATTTTCCATCAATAATTGTTTATTTTCCTTACGGAGACGTATTAGCTCATTTTCTTCTTCGGTACGATTATCTTTGTGCTAAAGGCTACTAGTTTAAAGTGATGACTTATAATTAAATTAAAACGGATCCACTTTTAATACATAAAATTGACCCATCAAAAAATAAATAATTTATATCTAAAAGACTATTGGATAAATTATATATTATCTAATAGTCTCTATTTTTTATTTTACTGAAAAAGTATATAAAATTATACTACATGAAAAATTTTAACTGTATAATTTGAATTATACAGTTAATAGTAATATAATTTAATAGTAGAAAAGTTAGGACATGGTATTGATATATATCAATAAGCATTAAAACGTAAAATCTCAAAAATATGAATTAAATAAAGAAGTGAGGTAAATGTATATGAAAAAGAAATTAGCTTTATTGTTAGCAATAGTTATGGCAGGAGGAATAGTTTTTTCCACTCAGTTTGTAGGAAAGAAAGGCAGCAAAAGTGTTGTAGCAGATACAAAAAAAGAAGAGAAGAAAAATGTTAAGTTTTCTGTAAGATACGCTTTTGCAGATGTGGACATGGATCAAATAATTCAAGAAAAAGATCCAAAAGATGATGATCAAAATGCAGATTATCTATTTGTAAAATTTACATCACCCTTAGATAGAAGAAAAAAAGATAGTAATTTAGGTAATATAAAAAATTTTAAATTAGATAATAAAGAGCTTCCTAAAGGGACAGAAATGCTTATGAATGATGATATTAAGGATATGCTTATTATAAAGCTTCCTCAAGGATATTTAAAAGGCCAAAATTCTGGACATGTTTTAGAAATATCTAAGGATTTAGTTAATGGAGAAAATAAAATTACAGGAGATTTAAAGTTAAATTTACCTTATAGTGAGCCTATTAAATCTGATAATAAGAAATCAGAGAGCAGTAAAACTTCTTCAAATGATAATAATGATAAAAGTAATAATAGTAGTGCAGATAATAAAACAAATAATACAGATGCATTGCCAAAGTATACTGTAGAGGTTGGTAAGGGAATACCTTTTACTACAGTTGTATTAGTAAAACTACAGACACCTAAGGTTGAAGAATATAAGGTATCAATAGATAATGTAGAACTAAAAATAAAGGAAAATGCTAAAAAAGAAAAAGTATTTGTAGGCTCTGTAAAAAAAGATTACAGCTATGATGAAGTTATGTCTAAATTAAAAATAGAAAAAAAGATCTCAAAGAAGTAATGTTGTAAAGATAAGCTTAGATAAATTAGAAAATGAAATAATAAATAAAGGTTTAGTTGCTGAAGATAATTGCTGGATATATTATGCTAATGGGATCTGATGATTATAAACTATATAAAGTAAAAATTGATGGTAGGATTTACAAAACCTATAAATATAACTTTTAATAAATCTATAGTAAGTGGAGATAATTTTTCACATATAGAATTAAGGGATGCAAATGGAAATAAGTTTAATATTAATACAACAGAAACATTCAACAAACGTGTAAATGTAGAAAAAAATAAGATATGGCACAAAAAAGATAGTCATTTTGACTATCTTTTTTGTGATTTATTATAATAATATATTTAAATGGTCAAGAATATTTAAATATCATTATAATAAATCAATAGATGTTATTAATAATACATTTTTAAAATCAATCCATGAGGGAGGATTGATTTGCATAAACATATTATAAAATAAACATACATTAGAATCATTATGAGATTGTAGGTAATATATGAATATATTACCTATGATGGTAGTATATAAATAATTTTTGAACAAAATCTAACAGTACCCCTTATTTATCTCATAGAAAACTAATCTATTTTAGGATTGATTTTTTATACAACAATTCACAAGATTAATAGTCTCTACAGTAATTATACTAAATGTGATAAAATATAATTATTATTATGTCGAATTGGAGGGATTATATGAAGATACTGGTTGTAGATGATGAAAAAAGTATAATAAATCTCATAAGAATAAATTTAGCTTTAGAGGGCTATAAAGTATTAGAAGCATTAAATGGGAAGGATGCTATAAGTATTTTTAAAAAAGAAGAGCCTGATTTAGTTTTATTAGATATAATGCTTCCGGACTTAGATGGATATGAAGTTTTAAAAGAGTTACAAAATATAGATGCAAGTAAACCAATTATATTTTTGACAGCCAAAAATCAAATGAATAGTAAATTATTAGGTTTGCAATTAGGAGCAGAAGACTATATTACCAAACCTTTTGACAATAGAGAGCTTGTATTAAGAATAAGGACTATATATAGGAGAATAAATAGATACAAGATAAGTCAGAAGTATGAAATAGATTTAGACCATAACGTTTTACAACATGCTAATATAAAAGTATTAAAAAATGAGAGAAAAGTATTTATTGAAAATGCAGAAATTAGACTTACTTATAAGGAATTTAATATGTTATCACTTATGATGAAAAACTATGGTAGAGTTTTTACTAGAGAAGAGTTATTGGAAAAAGTATGGGGATATGATTTTTATGGAAATTCTAGAGCAGTGGATATTTTAATAACTAGATTGAGAGATAAAATGGGAAATTATAAGGCATATATTCAAACGGTATATGGAGTAGGGTATAAGTTTGAGGTAGATAGTAATGAGGATTAGTATAAGAAATAAAATAATATTAATGAACACCATAATATTAATACCTATGATAATTGTAATATATATAGCTACAATAAAAATATTATATTTAAATTTAATTAAGAAGTCTGTGGAATATTTAAAAAGCGAGAGTTACAATAGTCAAATTTATGTAATGGATTACATAAAAAGAGAAAGTGATTTTAAACCTAATGATGTGATAAAAAATATGGGACCTTTTATAGCACAATATATAGCCAATAATTTAAAATGTACAACTCAAATATATAATAATAATTTAGATTTATTAGGGGAATCAGAAGATAGTGAAGGTATAAATTATAATGAAGATGTTGTTGCAGCAGTAAACGGAAATAAGTGTTATAAAATATATAAAAATTTTCAAAAGAGATATATTTTGTTTTCTAGTCCTATTTATTCAGGAGATGAATCTATAGGATGTATAAGATACATATACGATTTAGAGGAAGATATGTTAGTAGTAAAAAAGACAATATATAGCGTGTTTTTAGTAATAATAAGTTTAACAGCATTAAGCTTGATATTAAATAATATATTATCAAAAGAAATTTTATCTCCTATAATAAAACTAAAAAAAGCTTCCTATAATTTAAAAAATGGTATATTTGATAAGAAAATAGAAATAGACACCAATGATGAACTATATGAGTTAGGAGAAACCTTTAACGAAATGTCTGAAAACCTAGAAGTATATATAAAGACATTAAAAGAAGAAAAGGAAAAGCAGTATAGATTTTTTAACAATGCAACTCATCAATTAAAAACTCCATTGACTTCAATAATAGGATATTCTGATTTAATACAGAGAATATCAAATAATAAAGAAGGTAATATGATAGAAGTATTTATTAATGCAGATAAGAGTATGGCACATCTTATAGTAGACAAATAAATTAAATATCACTTGACACAGTCTAGTTAGGATGATATACTAATCTACAATATTTATAAAATTCTTGGGAGGAAATAATTATGGAAAAACTATTAGCTCTAAAAGTTAATGTAGTCTTTAATAGCCAATTTAGATAGGGTTTGTATCTTTTAATTTAACATGGATACAAACCCCCCAATTCATGCAAAGTTAGTGCAATTGAATGGTTTGTATCTGTGTTGGCTAGGACAAGTTTTTCTGTAATATGTATAGAAAGCCACATAGATAATCTATGTGGCTTATTCGTTTTTTAGATATAAATTTATATTTTTAAAAGCCACATAGGTAATATGTGGCTTTTTTATATAAGAATATAAATTATAAGGAGATGTTTATTATGAAAAAATTAATAACAATAATATTATTAACAGTCAGCATTTTAACCCTAACAGCTTGTGGAAATACTACAAAAAAAGACAAAGTTTTAAATATAGGAATAAATCAAATAGTAGAATATGTAGCCTTAGATGATAATAGAGAAGGATTTATAAAAGCACTAGAAGAAGCAGGATATAAAGACGGAGATAATATAAAAATAGATTATAAAAATGCTCAAGGAGATATAGGGGTATCACAAAGCATAGCTCAAAAATTTGTTTCGGATAAAAAGGATTTGGTTTTTGCCATAGGAACACCAGCAGCTCAAAGTGTATTTAATGCAACAAAAGAAACCCCTATAATAATTAGTGCAGTTACTGATCCAATAGAAGCAGGACTTGCTGATTCTTTAGAAAAACCAGGGAAAAATGTATCAGGAACTTTAGATTATCTACCTGTGGAAAATCAGTTGAAATTATTAAAGGATCTTGTACCAAAAGCAAAGAAAATAGGATTTATATACAACACCAGCGAAGTTAATTCAGAAGTACAATTAAATGAATTAAAAAAGGTTGCAAAGGATTATGAAATTATTACAACAGGGGTAACTAGTACTAATGAAGTAAATAATGCCATAGTTAATTTAGTAAACAAAATAGACGTTTTATATGTGCCAACAGATCAATTAGTAGTATCATCTATGCCTATAATAGTAAAACATACACTAGATGCTAAAATACCTATAATTGCAGCAGAAAAGGGAAGTGTAGAATCAGGAGCGTTGGGAACAGTGGGCATTGATTACTATCAATTAGGTTATGAAGCAGGTAAAATGGCAGTAGCAGTATTAAAAGGAGAAGATATTTCTAAAATGCCAATAAAAATGCCAAGTAAAACAGAAATATATATAAATAAAAATACATTAGAAAAACTAGGTATTAATAAATCCAATTTAGATAATGTGAAATATATAGAAAAATAGATAAATAAAACTTTTTTTATTAACTGACATGATATATAGTAAATATAGGAATATATTTCAAGTGATTTTCGGGAGGGGTCAGATTAGTATGAAAAAGTTATTTAGAGGATTTTTAACTATTGTTTTCTTAACTTTATCCTTAAACACTTGCTATGCTATGGATGCTAACAATAAACAGTATGTTAATAAAAATATTTCCGTAGTTAATAACTTATATAATTCTTTAGATAATCAAAACAGCAATTTTAATTTTGCTATTGAAAATTCTAAGAAAGCATCATCATTACAACAACTTAAATCTTTATTAAAAACTTCAATGGAAAATAGAGAACCTAGTATAGTGATAAATTATAGGGGGATGGACTGCTATAATGGAAATAATGTTGATATTCATAAAATAAAAGATATTATAGAAAAAACACTAGATGAAGATCATTATCTAAAATATTCAATAAAAGAATACAACATTAAAGTATCAGGATATTATGGTGATATAATCATTAAATTTGATTTTCAGTATTTGACTACAAAGAACCAGGAAGAATATGTAGACAGAAAAGTTGAAAGTATATTATCTGAAATAATAACTGATGATATGAATGATTATGCAAAAGAAAAGGCTATACATGACTATATAGTAAGAAATGTCCAATATGATACATCCCTACAAGAGCACAGTGCCTATTCAGCACTAGCAAAAGGGAAAGCAGTTTGCCAAGGATATTCGCTATTAATGCTTAAAATGTTACAAAAGGTAGGAATTAAAAGTATAATTGTAGAGAGTATACCTATGAATCATGCTTGGAATATGGTGTATATAGATAATAAATGGTATCATGTGGATGTTACGTGGGATGAACAGGTTTCAGATTTGCCAAATAGAATTGCCTATGACTATTATAACTTAACAGATGATGAAATAAGTCAAAATATTAAAGGAAATAGGCATATATGGGATATGGAAGAATACCCATCAGCTATTCATCCATATGATTCAAGTTTACTTAAAAAAGAGTTTGCAAATATAAAATTAAAAATATCAAATAATATAATGTTTAATATAAAATTAAACAAAAAAGTAGATATTAAAAAAGTTGATTTATTTGATAAAGATAAACTTTTAGAATCTACAAATAATGTTAATGGTAATACTGTTACTATGGACTACAAAGGTGATTTAGAAGAAAAACCATATAAATTAAAAATTACATTAGCAGATGGAACAACTTGCTTTTCTAGTGTTACAATATACCCTACATCTGAAGTTATAGAAATAGATAATAAAAATAAGCTTGTAAAAGTAAAAGCTTTAATTGATGGACAACTTTCTATTAATGGTAAATTAAGTGGTAAAGTTAAAAAAGGTGAAATACTAACTGTTTATAAAGATCAAACATTAGTAGTTGTACCTTCTATGAGTAAATAAAATATAATAAAGGAGCTGTTGCACTAAGGAATTTACATACAATATGTTGATTTGCAAATTTAAAATTAGCACAATATATTGCAATGTTTATTATTAGTGCAGCAGCTCCTTTTCTATAAGTTTATTAAAGTTGTCTATACAACTGTGTGAATAATTGGTACATAAACTTTTGCTCATGGTGTATATGATGCAGAAGTGTTTGCCAAACTTTATCTTCTTTTCCGTACTCCATAATATTACATAGAAGATTTAAAAAGTACATATCGTATTGGAAAAACTCATGGATAATTTTTTTAATTTCCATTATCACATAAGGATTAGCAGGACCATGAGAAAAACATCTCTTTTTAAGATCTTCTGTTTTTTTGTTAAGCTTTGAAAAATCAGAATTCACTTTTTTAAGTCCATCTAATAATTTTTTAGGCAATTTTTTATCAGTAAGTTTAGCTACCGTTTCTATAAATATTGGGTGTTCACTGGATATATCTGTCCATAGTAGTAATTCATTAAAAACGCAATTTAAATTTGTGGCTAAAGTATAACAGAACAATAGTATCCTCCTATAAACATTGTACATAAATATTATATTCTATAAGCTGCTAATTGGTTACAATATAAAAATTTTGTGACGCAAAATTTTTACAGAGGACAATTGACAGAGGACAGAGGACAATGAAGGATGATTTTCTTCCTTACGTCAGAAAATCTTTAATCTTATTAGTTATAATTGAAAATGGAGAATGGAAAGTGGAAAATGATTGACAACTTTTCTCCATTAACATTACGAAAAGTTTTTAATTTTATAAGATCTTTAGGTTTAGCTAAAGCTAAACCTTTGAAATTTTTATTGATGGCTCGTTTAAGCTTTGCTAAACATCGCTTTAGCTCATATAAAAGTTCATATAATCAAAGATTTTTTGTAACAAAGTGAAAAAAATCCTCAATAATTATTCATTGTTCCCTGTTCATTATTCATTAATCAACGGCAGCCTATCGGCTTGCGACACAGTCGCTAGATTAATAGCAAGTAATTAAAATAAATTATTATATAAATATTAATTTATCTTAAATCTCATCAAGTTTCATAAAATTAAAATTTTTTCGTAATGACAATGAAGAAAAAATATCTATCATTTTCAATTTTCAACTTTCAATTTTCAATTATATTATAAAATTAAAGATTTTCTGTAGCAAAGCGGAGGAAAATCTTCCTTCATTGTCCTATGTCAATTGTCCTATGTCCTCTGTTAAAAAAATTACTTCGTAATTTTTTTATATTGCGAATTTTATTTAGCAATATATATCCAGTTGAGGTACATATATTTAGATGATATAATATTATTACTAAATTTCGGGTGGTGAAATTTTTGGATAAAGAAATAAAAGAAATGTTTCAGATAATATTAGAAAAACTAGATGGTATGGATAGAAGACAAGACGGTATGGATCAAAAGTTAACATCTATAGAAAAAAGACAGGATAGCATGGATCAAAAACTAGTATCTATAGAAAAAAGACAGGACGGTATGGATAAAAGGTTAATATCCATAGAAAAAAGACAAGATGAAATCTTTGTAATTCAAAGGGCATTGGAAGAGAATATTATGGTGACTAGAGCAGAGCAAGATAAAATGATGCATATGGTAGCGGACATACAGGGAAAAGCTACAAGATTAACATCTGAAGTAGAAGAACATGATGAAGTTATAAAGCAGATTAAAGCAATAAAATGAAAAAAGGCACAGTAATAGTGTCTTTTTTTATTTTATTTATGTATAATAATATATGAATAAATGTTAAAAAAATAACATGAATATTCTGGATTTTATTAGGAAAATGGTATAAAATATATAGTATAAGCATGTATTTTTAAGTAATAGAAAGGAAGTGTGATGAGAATAGGTATAGTTTAATCATTAATTGATTAAAATTTAACAATTAAATAGGGGGAATTGGAATGGATTGGGAAGAAATTTATAAAAGTAAGGTAGTATCACCAAAGGAAGCTATTTTAAAGTTAAAATCTGAAAATCATGTAGCAGTAGGGCACGCTGCCAGTGAACCAAGACTTTTAATGAAAGCTTTAGTTGAAAACAAAGAAAACTTTAGAAATTTAAAGCTTTACCAAATGATAGCTTTAGGCAAAAGTGAATATGCTAAAAAGGGTATGGAAAAGCATTTTAGTTATAATTCTCTTTTTGTGGGGGGTGGCACTAGAGACGCTGTAAAAGATGGAAGAGCGGATTATATTCCTTGTTTTTTTTCAAAAATACCAAGACTTTTTAAAGAAAACTATATTAAACTAGATGCAGCCTTAATACAGGTAACTCCTCCAGATGAACATGGATTTTGTAGTTTTGGAGTTTCTTCTGACTATATAAAGCCTGCTTCTGAGTGTGCAAAACTTGTTATTGCTGAGGTAAACGATAGAATGCCAAGAACTTTAGGGGATAATTTTATACATGTTAGTGATATAGACTATATAGTTGAAAATTCTCAAGATATAATAGAACTAAAACCTCCTAAAATAGGGAAAATAGAAAGAGCTATAGGAGAAAACTGTGCTTCTCTTATAAATGATGGTGATGTTTTACAATTAGGCATAGGTGCAATTCCAGATGCTGTACTTTTATTTTTAAAGGATAAAAAAGACTTAGGCATACACTCAGAGATGATTTCTGATGGAGTTGTGGAATTAGTAGAAGCAGGAGTAATAAATAATAAGAAAAAGACTTTGCATAAAGGCAAGATAATTGTTAGTTTCTTAATGGGCACAAAAAAATTATATAACTTTGTGGATAATAATCCTATGGTAAGAATGTATCCTGTGGATTATGTTAATGATCCTGTAGTTATCAGTAAAAATGACAACATGGTTTCTATAAATTCTTGCATTCAAATAGATCTTATGGGACAAATAGATGCAGAAACCATAGGTTTTACACAAATAAGCGGAGTTGGTGGACAAATAGATTTTATAAGAGGGACAGCTCTTAGTAAAAATGGAAGATCTATAATAGCAATACCTTCAACTGTAGGCAATGGAAAAATATCTAAAATAGTTCCTTTGTTAGATAAGGGAGCAGCAGTAACTACTACAAGAAATGAAGTGGATTATGTAGTTACTGAATACGGTATTGCAAGACTTAGAGGTAAAAATTTAAGGGATAGGGCTCGTGAGCTTATTAAAATAGCTCATCCTGATTTTAGAGAAGATTTAAAATTAGAGTATGAAAATAGATTTAAAGAAGAATTTAAAATGATAGTATAAAGGCTAGAGAGTAGCATTTAAATACTGCTGATAAATATATTTGTCAGCAGTATATTTTTTTAAAAAATTATTAAGATTGAATTAATGTAAACTTATAGAATATTTTAATAAGCTATGGTAAAATTATTTCATATATGAAACAATTGCTGTTTAATATAAATAAAATACATAATAAAGAAGGGATACATATGGATGACAAAAAGCTTTTTGAATTACTAAAGGACATAACAAATCTTTCTAAACTTATAAATAGACGTTTAAGTGCTAAGTTAGATGTGAAAAAAATAAGCCCATATCCTGTAATTATATTAAATCAATTAGATATAAGTAAGCCTACAACTTTAACGGATATAAGAGAAAGATTAGGAATACCTAATAGTACTATATCCACAGTTGTGGATAAGCTTTTAGAAAAAGAGTTAGTAAGAAAGGAAAAGGATGCAACTGATAAAAGAAGGACTTTCCTTTATCTTACAGAAAAAGCTTGTGAAGAAGAAAAAAAAATAATAAAACAGCATGTTGAAGTATTTAAGGAAATCTTATGTAAAGCTACAGAGGACGATTTAAATACTTTGATTGATGCCACCAAACTTTTTATTAAATTAATTGAGGAAAATGATAAGGGGGACGAAGTGTAAATTATGAAGAAAAAATTTAAACTAAATAAAAAAGCTTTAATATTTGGAACAATAGGTATAGTTGTATTGTTAATAGCATTTTCAACAATAAGAGGTAAAAAAGATAATCTAACACAGGTAACTGTGGATAGTGTATCTAAAAAGAATTTAAGTAAAGTTGCTACAGCTACAGGAAATGTAGAGGCTAATTATAGAAATGATATAGTTTTGAATCCATCTTTAAAAGTTGTTAAAGTAAACTTTAAAGAAGGACAAATGGTTAAAAAAGATGATATATTAGTTGAATTAGATTCTAAAGATTTACAAATTCAACTAGAAAAAGCAGAATTAAATTTAAAAAATGCAAATGATACACTAGCGCAACTTCAAGGAGCAGAGGTAGAAAATCAAAAGAAAACAGCATCAAATTCTTTAGTACAAGCAAAACTTAGTTTAGATAATGCCAAAAATACATATGAGGATTTATCAAAAAAACTATCACAAAATAAGAAATTGTTTGAAGGAGGATATATTTCTCAAAATGAATACGATGCATCTGTAAAAGCTACTAGGGAAGCTGAAAATGGGGTTAAAAATGCAGAAGCTGCACTTAAAAATGCAGAAAATAGTTTATCAGCAATAGATATATCTACAAATAATAAAATAACAGCCCAAAGAAATCAAATTGCAATGATTCAATCAGACATAAAATCTATAAAGGATAAAATAGAAGATTGTCATATAAAGGCAAATGTTAGTGGAAAAATAGTTAGAATGGATGCAAAAGAAGGTCAAAATCCTGCAAATGGAGATATGATAATTATAGATGATGTTTCAAAATATAAAGTTACTGCAGATATAAATCAATACGATGCTGTTGATATTAAAAAAGGACAAAAGGTAAATATAAAGCTTAAAGGTGTAGAAAAAGAATATAAAGGAAAAATAGAAGAAGTAGGAGAAGTAGCAGAAAAGAAAATGGCTCAATCAGGAGCAAGTATGAATGAAGAAAATAAATTGAATATAAAGGTAAACATAGACAAGCCTGATAATAAGGTGAAAGCAGGTTATGAAGCGGATTTAGAAATTATATTAAAGGAAAAAAATGGTTCTTTAGCTATAGGTTTTGATGCCATAAGACAGGATAAAAAGGGTGGTAAAAAGTATATTTATGTAGTGGATAATGGCAATGTAGTAAAGAAAAAAGAAGTAAAAACAGGATTAGAAACAGAATATGACGTAGAAATTTTAAGTGGATTAAAAGAAGGAGAAAAGTATGTTGTAAATCCTCCAGAAAATTTAAAAGATGGAGAAAAGATAAAGCTTGCAGTTGAATAGCAGGGGGTGAAAAAGTGATTATAAAACTTGAAGATATTGAAAAAGTCTATGATACAGGAGCCATTAAGTTAAAAGCACTAAATAAAATAAATTTGGCCATTGATGAGAGAGAATTTGTAGCTATAATGGGTGCTTCAGGATCTGGAAAATCCACTATGATGAATATATTAGGTTGTTTAGATAGTATAACATCTGGAAAATATTATTTAGACGGTGTGGATATTTCCTCACTAGATAGCAATGAATTAGCTGAAATAAGAAATAAGAAAATAGGATTTGTATTTCAAGCCTTTAATTTACTTCCAAAACTTACTTCTATAGCTAATGTAGAATTGCCTATGATGTATGCAGGAGTACCCAAAGAAGAAAGAAAAATTAGAGCACAAAAAGCATTAGAAAGAGTGGGACTTAAGGATAGAATATACCACAAACCTACAGAATTATCTGGAGGACAAAAACAAAGAGTTGCTATAGCAAGAGCTTTAGTAAATGACCCTTCTATACTTTTAGCAGATGAACCTACTGGGAACTTAGATAGTAAATCTACAGTTGAAATTATGGGTATTTTTCAAGAGTTAAACAACGAAGGAGTTACAATTGTTATGGTTACCCACGAGGATGATGTGGCCATGCATACTAAAAGAGCAGTGGTTTTTAAAGATGGAAATATAATTTCTGATAAGCTAATAAGTGAAAGCGAAAGAATAATAGTTGGGAGGCAGAAAATATGAATATATTAGAAAGTTTTCAGTCTGCCTTGCAGAGTGTAAGGTCAAATAAATTAAGATCTTTTCTTACCATGTTAGGAATAATTATTGGTATATCCTCTGTAATTACTATAGTTTCCATAGGGGACGGGACTAAGGAATTTATAACAGGAGAGTTTGAAAATATAGGAACTAATCTTATAAATATTAAGATGAGTTCAGCTCCAGATATAACTATAGAAAAAAGAGATTATTTTACTTTAGATGATATTAAACTTCTAAAAAATAAAATACCAGAGGTGCAATATGCCACACCTGAACTTAGTGGATTTGGTAAAGTTAAAGTGGAGAATAAATATAAACAAGCAAGTATAATAGCAACTAACGAAGATTCTCTGAAGGTTTATAATTTAAAAATAATAAAGGGAAGATTCTTAAATGAAAATGATGTTGAAGGAAGAAAAAATGTTGTAACAATAGACAATACTACGGCTAAAGAATTGTTTAAAAGAGAAGACGTAGTAGGAGAAAAAGTAAAATTAAATATTGGAGATAGAAATATAGATTTAAATATAATAGGGGTTTATGAAGATCCAAGGGCAAGTGTAGGGGACACTTTTGGAGGTAATATGCCAGGCTTTATAATAATGCCAGTAACTATAGCAGATAGATTGTTAAGGGATACGGATATAAGTGGAATTTCTGTTATGTTATCTGATATGAACAATGCGGATCAAATATCTAATAAAATGGTAAGGCTTATTGAAAACAAACATAAAAATAGAGATAAATATACAGCAGAAAAAGGATTTAAAGAATTAGAAAGTATAAATAAAGTATTAGGGGTAATAACTACGGTTTTAGGAGCAATAGCGGCAATTTCTCTTTTAGTTGGAGGAATAGGTGTTATGAATATAATGCTTGTTTCCGTTACTGAAAGAACTAGAGAAATAGGTATAAGAAAGGCTATAGGAGCCAAAACTCGGGATATAAGGTTACAATTTTTAATGGAATCTATAATACTTTGTCTAATTGGTGGAACTATTGGAACTGTACTTGGTATATTAGTAGGAAAATTTGCTGGAGGCCTTATAAATATACAAATTGTAGTATCTTTAAAGGTTATATTAACAGCTTTTGGATTTTCTTCAGCAGTGGGCATATTCTTTGGATTTTATCCAGCAAATCAAGCTGCAGAGTTAAATCCAATTGATGCTCTAAGATATGAATAAAGAGGAGGAAAATACATGAAAAGAAAAATTATATTAAGCCTCTTAATTATTTCTACTATATGTTTTTTTCAAAAAACGCAAAGCAACATAGTAAGAGCTGAAGAAAATAATCAAGGACAAGTTCTTGATATAGATGTTTTAGTGGAAAAAGCTGTAGAAAATTCTATAGAAGTTAAAAATAGAAAAAGCACCATAGAAATTTTAGAAAATGGATTTCAAGATAATATAAATGCATCAAATTCATTGGATAGACGATTAGAAGAAAATGAACGATTTAAAAAACTTCAAAATAAAAGTGAGAGAACAGATGAGGAACAAAGGGAATATGAAGGGTACCAAAGAATTTATGGAGCGCCAATAACAGATGATTATGAACTTTTCCAAATACTTCAATCCTCTAATAATTTAATTGCCTTATCTGAGTTTGAGATATTTCAAAATAAGAATGCATTAGAAGTAGATAAAAATTCTGTAAGGCAAAAAGTTTATGAAGGATATGAAAAATTTTTAATGGAAATGGATAAACTAAAACTTGCAGAAGATAAATATAAAAATGCAGAAGATGAATATAAAAAAGCTGAGATATCTTATAAAAATGGTGCTATTTCAAAAACAGAATATACAGGTAAACAAGCTGAATATTTGAAAGAAAAAGGCGAATTCTCAAAAGTAGAAAGGGAATTTCAAAAATATAATATGGAATTTAATAAGTTATTAGGACAGCCACTAGATAAAAAATATTCTAACTATAAAAAAGATCTTACTTTAGATAAATCCACGTTAAAATCTCAAGATGAGTATATAAAAGAAGCTTTGGAAAATAGAATTGAAATAAAAAATGGCAAAGAAAATATATTAGTAAGAAGATTTGAAGGTGGTGCAGCAAAGGGAGTTTTTTCTGATGAACATCATAGGGAGAGAAAGCTTGCAGAGCAAAAAATAGAAAATGCGGAAGATGAATTAGAACTTAAAAAATTAGACATAAAAATGGAAATAAATTTACTATACAATGATTTTGAAATAAAACTTGTAAGATTAAAAAATTTAGAAGAAGGCTATAAACAAGCAAAAAAAGAATACAATGAAGCATACAAAAGATATAGTTTAGGAATGTTAAGTAGATTAGATTTTAATAGAAAAAACGCAGAGTTTATAGAAAATAGCATGGACTATAAAAAAGCAGAAAGAGAAGCTTATATTGCTAAACTTAAATTAGAATTTGCTTCTTCTCAAGGAACAGATTCAACGAAGGTATTTTATCAATAAGGGGGATAAAGATGGAAAAAAGAAAGATAATAGCTTTAGCTTTGACAGCATTTTTATGTACAAGTTCCTCTACAGGAGTTTTTGCTATGGAAAATGCTGAAAATAATTCCCGGGAAATAGAGAATAAAGAAGAAACTAAGATTATAACTATAATTGGAAAAGAAAATGAAGAAGAATTAAAATTAAATATAAATGAAGTTATGGAAAAGGTCGAAAAAGACAATATGGAATTAAAACTTATGGAGGGTAAAGAAAAACTTTTAAACAGACTTTACGATAGAGATTTAACTTTATCTCAGAGTATAGACAATGATAGAGATATTTCTATAAATTATAATAATGTATCTTTTAGAAAACAACAGTTACTAAATTTTAAACAATCAGCTTTAAATGTAAAATCTGCTAGAAAAGATAGAGAAGATAAGATAAAAGAAATAAAAAGAGAATTAGAAAGAAGCTATTTAAATGTCTTAAATAGTAGAAGAGACATAAAAAATACAGAAGAAACTTTAAAAAATTTGGATATGCAAATAGAAAAAATGCAAAGATACATAGATGCAGGAAAGACAAGTCCTACTTCTATAGAGCCTTTAAAAGTGCAAAAAACTCAATTAAAATCCTCTCTTAATTTTCCAAAGCTTCAAGAGCAGGAATCGCTTTTAAAGATAAAACAGTATTTAGGATTAGATCAAAGTAAAAATATTAAGCTAAACTTAGAATATGCCAATAAGGAATTTAAATTGTATAATCCAGAAAATATAGATAAAATCATAAATGACAGTGTTGAGAAAAATTTTGGACTATATAAAATGAAAGAACAATTAGAGTTTTTGAAAGAGGAAAGACGTATTTATGAGAAATATGGAAGAAACACAGAGGTAGAATCCACTAATACAGATATTAGAATAAAGGATATGGAAAACTCCATAGAAGACTATAAATTAAATTTAAGAGTGAATTTTTGGTCAGCTTATTATAATCTAAAGAGTAAAGAAGAAGCGGTAGATGTAGCAAAAGCTAATTTACAACACTCAAAAATGAAATATGAAGAAACAAAATATAGATTTGAACAAGGATTGGAAGACAAAGTTGAATTGGACTCAAAAGAATTGGATTTTGAAAAAAAGAAAATAGAAGAAGAAAAAGCAGTAAATGAGTATATGATTACTGTGCAAAGTTTTAAAGATACATTGGAAATAGAAGAATAAACATATAAGGGGCTATTTATAGCCTCTTTATTATTTTTACATATAATGATATACTTATTAACAGAATTTACTTATATTCAGGAGGAAAAATTATGAAAAATAGTAAAAAAGCAATTATATCTATTTTAATAACTAGCTTTATATTTGCACCATCAATAACAGGAATTTCAAAAGTAGGAGCAAAGGCAGAAGTTGTTAGAATGTCAGGAGCCAATAGATTTATTACAGCTCAAAACGTAGCAAAACAAAGCTTTGGACAAACTGGGAATGTAATATTAGTTAATGGGCTTGGCTATGCAGATGCAGTAAGTGCAGCGCCCCTTGCTAAAATATTAAAAGCACCTATTTTACTTACAGATGCTTCTAAAAAGCCTTCTGTAGATCTATTAGAAACTTTAAGCAAATTAGGAACTAAGAAGGTTTATATAATAGGTGGAGAAGGTGTTGTAACTAAAACTTTACAAGAAGAATTAGCTAAAACTTATGCAGTGGAAAGAATAGCAGGAAATGCAAAGGATGGAAGATATGGCACCAATGCAGAAGTGGCTAAAAGAGTTATAGAAAAAACAGGTGCTAAAGGTGCAATATTAGTAAGTGCACAAGGTTATGCAGATGCACTATCAGTAGCATCAATAGCTGCAACTAAAGGACAACCTGTAATTTTTGCTAATAAAGAAGAAATGCCAAAGGTAGTAAAAAATATTGCATCAAATCTTGAAGTAAAAGCTGTAGGAGGAGAAGGAGTTCTTCCCTATAGAGTTTTACAAACTGTAAATGCAGAGAGAATTGCTAAGGGACAAGATAGATTTGAAACTAACCTAAAAGTTCTAGATTATTATAAAGAGGATTTAAATTTTTCTAATATATATGTAGCAGCAGGTGGAGATGATAGCAAATATAAATTTGCGGATGCATTGGTAGCCTCTGCTGTAGCAGGAAAGGATGGAGCACCTTTAGTTTTAAATGGTCTTGGAACAAATACTGAAAATAGAAAACTTGCCAATGAATATATAAAAGATAATATGACAAAGGATGTGAAAGTTACAATAGTTGGTGGAGGAGCTTCCATAGATGCCTTTATTGAAAGTGAACTTATGGGTAAAGCTCAAATCTTAAATTTAGGAGTAGAGGATTCTAAAGAGGACTTAAAAGAAGATGAGGACAAAATAAAAGAGAATAACAAGGAACAAGTTACAGATGGCAATAAAGATGGAGAAGACAAGAATAAAGAAGATAACAAGATTGTAGAAGATAAAACAGATAAAGAAGAGGTAAAACAAGGATTTATAGGAGTTTCAAAAATAGAAGCTTCAGGATTAAAAGAAATAAAAGTGGTATTCGATGAAAAGGTAACAAAATCTAGTGCAGAAACATCTATATACTATGAAATAGATGGAAAAGATTTAACTTATGATGAATGTAATATAAAATTATTAGATGATGAAAAAACTGTAATAATAACCTTTAAAGAGGAATTTAAAAAAGATACTAAAAAAAGATTTAAAGTAAAAGAAGGATATATACAAGCAAAAAACACTGGATATCCAGCTCAAGAAAAAGAAGTAGAGTTAACATTTAATTAACATAAAACAAGGAGTCGTAGATACTTTAGTATATAGGCTCCTTGTTTATTAAGTTAAGATAAAATCAATAAGACAATGAATAAATTCTTTCATTATTAACAATAAATTTAAAAATAATCTGTTGACTTTAATAGTAAAAAGTTGTTTAATAAAACTGACTGGTCAGTACATAATAATTAGTAATCTATATTAATTAATGTATGCTTTTTTTATGGCAGAGCTAAAGACTATGGGCTATGCCATATTTATATTTCTAACAGTTACTTTAAAATAAAGCTATTATTTTTAGATGTTATAGAAAATAGAGTAGGGGGGACATATACGTGAAAAGAATAACACCAATTTTACTTATCTTTTGTTTAATGATAACAGGTTGTGGAGCAAAAGAAGAGACAGTACAGGAAGAAACAATTAAAAAGGTTTATACACAAACAGTAGGAGCCTCTAAATATTCTGATGGGTTTACTGTAAGTGGAAATGTTACTCCAACGGAAGTAGTTAAATTATCGTTTAAGCTTCCAGGAGTTATTTCAAATGTTTTTGTAGATGAAGGAGATAAAGTAACGCAAGGACAAGTTGTTGCTACTATGGATCAAAGCGACTATTCTCTTAAAGTTAAAGCAGCACAATCAGAATATGATGCAGCTAAACTACAAATTGAAACTGAGATACCAGCTAAACTAAGTCAAGCTCAAGCAGCATATGACCTTACAAAGGTTACATATGATAGATTAAAGGTATTATATGAACAAGAAGCTATTCCTAAAGCTAAATTTGATGAGATTTCTACTAAATTAAAAGTAGATGAAAATACATTAAAACAAGCAAAAGAAGCAAGAAATATTGCAGAAACAAAGCTTAAAATGGCAGAAGCAGCCCTTGAAGCGGCAAATTCAAATATAAATGATACAACTATTCACAGTCCAATAAATGGAGTCGTATTAAAAAAAATTTTTGAATCTGGAGAGGTAACAAATGCGGGCTACCCAGTAGTAGCAATTGGTAAAGTGGACAAGGTTTGGGTTGAAATTGGAGTTCCAGACCAACATATAAATTCTTTAAAGAAAGGTCAAAAGGTAAATGTTTATGGATATGGAATAAACAAGTCTATGGAAGGAACAATAGATAAAATTACATCCCTAGCAAATGAAAAAACAAGAACATTCCCGGTTAAAATATTAGTGGACAATGCAAATGGAGAATTAAAACCTGGAATGATTGTTAAGGTAGATTTAGGTTTAAATCAAAGTGACAAAGTAATTATTCCTCTATCAAGTGTTATTAATTTAGCTGAGGGTTCAGCAGTATATGTTTACTCAGATGAAACTAAGACTGTAAGTAAAAGAATTATAAAAACTGGAATTATTTTAAATGATAAAATTGAAGTAACCAAAGGATTGAAAAATGGTGAAAAATTAGTAGTGGAAGGACAGTTTGTAGTTAAAGATGGAGAGAAGGTTACGGCGAAGGAGATGGCAAAATGATAAAGTGGAGTGTAGAACATAAAAGTATTGTTATATTATTTACTATTGCCATATTTATTTCGGGAGCTTTTTTATACATTGATATGGAGAGACAGGAAAATCCAACTATATCTAGTCCAATAGCTGTAGTTAAATGTATTTATCCAGGGGCAAGTCCTGAGGATATTGAAAAGGAAATTATAAAGCCAATTGAAGATGAACTTGGAGCAATTTCAGAAATAAAGACTACAGAAAGTTTTGCTATGGATAGTATTGGAGTGGTTAAAGTTTCTCTTAAAGATCTTAGTGATGATGACATATCAGACACTTGGGATAGGCTAAAAGAAAAAATAGATACAGTAAAAACTGATTTGCCATCAAGTGCTTATGAACCAACTGTGGATACAGACTTTGTAAGTAGTTATGGAGTTGTTTTAGGATTAACATCTAAAAATTATACCTATGAGGATTTTAATAATGTTGCAAAGAAGCTTAAAGATCAACTAAAAAAGGATCCAGGAGTAGAGGAAGTTGATATTGTAGGAGAAGTTGATAAGGAAATACAAGTTAATTTAGATATGCTTAAACTGCAACAGTATGGTATTTCACCTCAAACCATTGGAACAGTTTTAAAAGCTAGAAATGTAAATATACCTGGTGGTAACCTTGAAATTCAAGGTGTTAAGGTTCCAGCTCAAATTACTGGAGAATATAAAAATGTTGAAGAGATAAAAAATACTATTGTAAGTGTTTCAAAAGAAAATGGAACACCAGTTTATCTAAAAGATGTTGCACAAGTAGAAAAAGTAGATAAAAAACAAGAAAAGATGACTTTTATAAATAATCAACCAGGACTTCTTATTGGTATTAAGTATATGGAAGGAGAAAATGTACTTAGTATACAAGATAGGTTAGATAAAATTATTAAAAATTTTGTAAAAAATGATCTTTATACAGATATGGAACTTATAGATCTTACAAATCAAGCTAATTTTGTTGAGGATTCTATAGGACTGTTTGAAGAAAACTTATACTCAGCTATTGCGTTAGTAGCATTAGTTGTAATACTTGCTATGGGAATTAGAAGTGCGTTTGTAGTATCCTTTCCTATACCAGTGGTTATTGCTATAGTATTTATTTATATGTATATATCAGAAATACCTTTGCATCAAGTTTCAATAGCATCCTTGATTATATCGTTAAGTTTACTTGTAGCAAATGGTATTGTAGCTAATGATAACATCAATGTTTATTTAGAAAGAGGAATGGACAGGTTTACTGCATGTACTAAAGGAATATACGAAGTAAAAATACCTATATTAACATCTACTCTTACAACAGTAGCTTCCTTTTTACCTTTGGCAATGATGCAAGGTAGTGCAGGTAAATTTGTAAAGTCATTACCTATTTTGGTATCTGTTGCTTTAATGGGTTCCTATTTAACATCTCTTACTCTTGTTCCTGTTATGGGACACAGATTATTAAAAGTAGAAGAAGAGGATGTTGAAGGAAAAAAATTAAAAACTAAGATAGTAAGGGCTTTAAAATTAGACGGATTTTCAAAAGGTGTGCTAAATTATTATGGTAAATCTCTTGGTTCATTTTTAAAAAGACCTTTAGTTTTAATATCAGTATTTATAGGAATTTTTATTTTGAGTTTTACTATAGTTCCTTCATTAGGAGTACAATTGTTCCCACCAGTAGAAAGGGATCAATATGTAATTGATATAACAATTCAAGATGGTAGTACTACTGAGAAAACAGAAAAAGTTACTAAAATGATAGGGGATATATTGGAAAATGATAAGTCCGTCAATGATTTTGCATGTACTGTTGGAGATGGATTTATGAAATACTATTTAACATTTATTCCTAACAACCAAGCATCAAACAAAGCTCAATTTCTTGTAAATGGTGATCGTAGTAAATCAAGTAAAATAGAAAAACAAATAAAGGAAAAGGTTCCAGGGGTTGTTGTAAAAATAAAGGAACTTGAAATTTCAATACCTGCAACTTATCCAGTACAAGTACGTATAGCTGGTGATGATATATCAGAACTTAGACGTATTGGAGAAGAAGTAAAATCAAAACTTCAACAGGTTCCGGGTGGAAAAAATATGGAAGATGACTATGGTTATGATTCTTACAAACTTAATGTAAATGTAAATCAAGAAAAAGCTAATTTAGTTGGAATTTCAACCTATGATATTGCAAGTACTGTAAGAATGGCTGTTAACGGATTTGAAGTATCTAAGCTTAAACAAGAGGATATAGAAAAAGATTCAATTCCAATTGTATTAAAAGTGCCAGATAATCAAAAGAAAGATAGAAATATTTTAAATAATATTTTCTTAACCTCACAAGTTACCGGAGAAAATGTGCCTATAAGTCAAATTGCCACAGTGGAAACAAAATCTTCATTAAATAAAATACTTAGAAGAAATGGAAAGAGAACTTTAACTGTAGGATTATTTGTTGAACAAGGATATAATACATTAGATGTGTTAAAAAAATGTGAGGAGACTTTAAAGGATTATAAATTACCAGATGGCTATACCATAGAATACGGTGGAGAAAATGAGACAAGCGATGAGGCCTTTTCTTCAATGAAAATTCCTACTGTAATCGCCATAATATTAATATATTTAATTTTGGTAATACAGTTTGGAGATTTAGTAGAACCATTAATTATTATGGGTACAATACCTTTATCCTTTATAGGAATTATATGGGGACTAAAATGGATGGGATACCCAATAGGATTTATGGCAGTGCTTGGAGCTATAAGTTTAATGGGGGTTGTTGTTAATAATGGTATAGTGCTCTTAGACTATATAAAACTTTTAGTTAAAGAATATGATGATATAAGAGAAGCTATAGTTGAGGCATGTAAGACTAGATTGCGTCCAATAATGATAGGAATGATTACCACAGTAATATCACTTATTCCTCTAGCGGTATCTGGTGGTTTACTATGGGGACCTATGGCTACTTCAATTATATTTGGTATGCTAGTTTCTTCAGCTCTAACTTTATATGTAATTCCTTGTACATTCTTAGTTATAGAAGGTAGAAAGTATAGAAGAATGGCAGCGAATGGATCTCTAGATGTTGATGGAAATGGAGAAATACAACCTAAGGGAATACAGGATAACAAAATAGTAAAATCCATAAAGGAAAAGCTAGAAAATATAAAAAAATCCAAAACAAAGAGCAAGGAAATGGAAACAAAGGATACGAAAGATACAAAAGTAGAAAATGAAGAAACAAAGAATAAATAGAGGGGTGAATAATGTGAAAAAAAATGTAAACAAGCTAATTGCAATTGGAATTGGACTAAGTATAATGAGTAGTAATATTGCCTCTGTTTCTGCTGCGGAGCACAACAAAAATAGTGTAAGCAGCAGTGTACAAAGTACATCAAATAAGGTATCAGATAAAAAAACTTTAGAAAATAACAAAGATAATAAGATTATAATGAATGAAAATTTATGGAATAAAGATGATGATTTAAGTATTAAGCAAAGTACTAGCGAAAAGCCAATTCTATATTTGCAAGAGGCCATAGATGCAGCTATTGAAAATAGTGAAAAACTTGCATTAAAGGAAAGTGAAATACTTTTATATAGAGATAAAATGAGATATCAAGATCGTATTGATGATTTTTATGATAGTATTGATCAAAATGTGTATGATTTCCCATACGATAAACTTGAACTTCAAGAAGATCAAACTAGACAATCAAGAGAATTTTTAGAAGATCAAATAGCTAGTGATATTAGAAGTAAATATAATGCAATAGTTTTAAAGGAAATAGATATAGATAAATCTAAAAGAGATTTAAAGGTTAAAAGTAAAGATTTAGAAACAATGAAAACAAAAGTTGAAATAGGAATGGCAACACCTAATCAATTAACTGATGCACAAATCCAAATTAAAACCTTAAAAGATAATATAAAGGCAAAAGAAGATTCATTAAAAAATAGCAAAGATTATTTTAAAGTGTTAACAGATTTAGATTTAGATCAGTACAGATTGGATAGGGACATAGATTATGAAGTATTTAGAATAGATGGTTCAGTTGATGAATACATGGATGAAAGAATAGAAGAATACTTAAAATACAATGACAAGATACTAGATCTTACTAAAGAATATATAGAACAATTAGAAGATGATGAGATAGATGAATTACCAGACGCGCCAAGTACAAAATTACCTGATCCAAAAGACTATGTAATAATCGATAAAGTTGAGCCAGTTATAGATCCTACTACTGGTAAGCCAATGATAGATCCGAATACAGGTAAACCCGTAGTAAAACCAATTCCACTCACCAATGTTTCAGGAGGTACTGTAGTTGATGGTGCATATGCTGCAAAATTAATTGAATATCAAAAGGATCAATTAGAATATTTTATGAAACTTAAGACCTATGAAGCATATATAGATGGTAAATATCAATCTAAAGAAGCAGAAGTTAAATTAAACGAAGCAAAAAAGAATCTTAAAAATGGATTAAAAGAATGCTACGCAACTTTACTTGATCTAGAAAATAAAATAGAAATGTTGAAAAATCAAGCTAAATCCACAGAAACAAAACTTGAATTTGCCAAAACTCAAGTAGACATAGGATTAATGACAAAAAATGAATATAAAGATAAAGTTATACAAAGTGAAGAATTGGATACAGCAATAAGAAAACTTTCAAATATCTATAATACCCTAAAAGACAGCATACAAAAACCTTGGTTGTTAAATGCCGAGAAGTAAAGAAAGAAGTAAAGGGACGGTTAATAAAAAATACTACTAGAATCAACTGACCATCCCAATTACCTCTAAAAAACCCCTCTCTAATGATTTTAAAATCATTAGAGAGGGGTTTTTCAAATAGAAAAGGGGGAAAAAGGGAAAAGTGGGACGGTTAATTATCGAATTTAATTAACGAATCTGAATGTAAAAACGTAAATTATAGTAAAATCATAATGATCATAATATTTAAATATGCATTCCTATGCTTAAATTAAAAAACTGAAAGAGAATAATTAAGTTTTAGGATTATATAGAGAGGGTTGTCCACTATAAATATATATTTTAAAGTATAATTAACTGATAAGATTTTTTGAATTTTAAAATGACCAAAATTTTTTATTTTTTATATATTAGATGGCATATGTTTTTACAAAGTTATACATAATACGTCTAAAATTTTCATCTTGATCAATAGTATCAATGGCTAATTTACACATATTAGATACAGTAGATTGAGTTATATTACCAAGTGCTTCACATATATTAGAGCATTTGAAATCACAAAAACCTCTCATTAAAATAATAGCTAAAGCTCGTATTTTTAAGGTCTTTCTATTATTTTTAATATAGAATTTTATTTTATCTACTCCAGTTTGTTCTGATACAAAGTTTATTATATCTTCAGGAGTACAATCTCTAATTATTGGTTTTCTTTCACTGTTGTAAAGAGTCTTTTCATATTGAAAATTAAAAGAGCTAATTGATTTTTCATTATTAGACATACATATGAGATTTATATAGTTTTTTCGAGCTGTTTTTGAATTATTACCTAAAAATTGCATTACAAAATCTTCATCAACTATTTTAAATGGATCTTTTTTTAGTCCTAAATATACTGCTAAACTTGAAAACTTATATTTTTCAGGATGCTTAGAAAATCTTTGGATATCTATTGGATTATTATGTATATAAGCAGAAGCTGTAATTAAATATTTTTCAGTATCAATTATTTTACTTTTGAATCTATCCTGAAAAAGATGACCATGTCTTTTATATCTTTTATTAAAATTAAGAGAATATTTTAGATTAATACCATGCATAATTTTTGATATGTCGGCACCATTAGCATCTATTATAAGATGCCCATGATTATTCATAAGACAGTAAGCATAAACTTTAAAATGGAAGATATTTTGATAAAATTTTATGAAGTTTAAATATTGTTTTTTATCGAAATCAGTTTGAAATAGATTAATTTCGCTTATACTTTTCACCATTATATGAAATATTGAGTTATCGGTTTTAATTCTTGCTGATCTAGGCAATAAAAACAC

Protein sequences of DBSCAN-SWA_3

>NZ_LT906477|325651:384014|366610_366976_+|WP_095177308.1|DBSCAN-SWA
MDKEIKEMFQIILEKLDGMDRRQDGMDQKLTSIEKRQDSMDQKLVSIEKRQDGMDKRLISIEKRQDEIFVIQRALEENIMVTRAEQDKMMHMVADIQGKATRLTSEVEEHDEVIKQIKAIK
>NZ_LT906477|325651:384014|348535_349393_+|WP_095177294.1|integrase|DBSCAN-SWA
MLLSQGIREFSKYMKLIDRSKQTIIGYEKELIYFDNFLSVKHNCPMYIKDIELEDIEDYLLDQKERGIATASRSRSVYILRSFYKYCVKKDIVKKNIANLVEPVKVKQKERDFLTEEEFEALIEAIRQPVIKTVVQTMFYTGGRVSEIIHLKLEDVDLENKVMHIIEGKGGKDRDIPINDKLCNILQNYLENIREADSNRFFALESTGKVSSSYINRLIKEAAYEIGLEKDISAHVLRHSFGTNLLEKGASVVSIQKLLGHANLAVTTRYLHQDMNKLSDTVNLL
>NZ_LT906477|325651:384014|351120_351291_+|WP_157726515.1|DBSCAN-SWA
MSVDSFTKEFKISKSETVERLEKAIKDIKPLEMNSRDAVNRMRERENKLLELLRIK
>NZ_LT906477|325651:384014|339006_339273_+|WP_095177286.1|DBSCAN-SWA
MPEIRPIKDLRNTTEISEICHKTKEPIFITKNGYGDLVVMSMETYERKLAKVDLYKKLAEAESQIENGEMLLDAESVFKDLRGKYVKE
>NZ_LT906477|325651:384014|328640_329381_+|WP_095177271.1|DBSCAN-SWA
MDRKEMIKILGEYLGVKPRYLGAPSFHYQIETPKETYIIDREGRIMTSDGTEVEFEELLAGPEDINQAETAEPEEEINYELEIPMDGHSGKTLRNIINIIHSKQPLIKKSLGLEEDLVDSDFVKKLNEEDINSIDSFERALNRIGGDKGHPGIKFNFKEKTFTFKHNGTESAIWLFAGINKQAKRQSYASAIVSPMENEKYTFRSWLNRLGLSGDEYKEIRKELLKNLSGNCAFRIPKEKVKRHEA
>NZ_LT906477|325651:384014|368702_369152_+|WP_096636146.1|DBSCAN-SWA
MDDKKLFELLKDITNLSKLINRRLSAKLDVKKISPYPVIILNQLDISKPTTLTDIRERLGIPNSTISTVVDKLLEKELVRKEKDATDKRRTFLYLTEKACEEEKKIIKQHVEVFKEILCKATEDDLNTLIDATKLFIKLIEENDKGDEV
>NZ_LT906477|325651:384014|346151_347249_+|WP_095177291.1|DBSCAN-SWA
MKPIRILSTTLDLQGEIDNYLSFSFLRRYYSTGEFQLVTNRKVQNADKLNINQLIMLGADKYKVGIIRHKEIKTNEQGEEILIVKGHTLGAITKQRITIPSDNQATDTIEADAETAMKHYVKRNCLDIPGMEFPMLDIAENKNRGPNIKWQSRYKNLEEELEIISNLSGLGWYIYPDFNLKKWIFDIYNGRDFSVSQNINPPVIFSPEFDNVKSQEYVDSLLDYGNFAIVAGQGEGANREIITVGSDDTGLDKHIIFVDARDLENSDDLPRRGEAKLNEHKRVLTFQSEILPEGPFKYEKDWKLGDIVTVKNKDWGVTMDTRITEVTEIYEAGGFKLNVTFGESLPTLTQKIKSALGELKIESMK
>NZ_LT906477|325651:384014|339759_342993_+|WP_095177288.1|tail|DBSCAN-SWA
MAKEIGKLNVVVGLDSTGFQNGINSLNREMKKVQSEFKLASAEMGRHGKGLDSLKLKSDSLTKQTELQRQKVKALEEAHQKSVETKGKDAKATQDLEIKLNKAKTQLAYMEQDLKKVNQEIELQSSGFYKLGKALEPVGQKMQDVGEKMEAVGKDLTKKITLPLVGIGTAAIKVGSDFEAGMSEVGAISGATGNDLKLLEEKAKEMGATTKFSASESAEALKYMAMAGWDTTQMLDGLDGVMMLAASSGEDLGLVSDIVTDALTAFGMEAKEASNFADLLASASSNSNTNVAMLGESFKYVAPLFGALGYSAEDAALALGLMANAGIKGSQAGTSLKTAIANLANPTDKMAGAMNQLGLSITDANGEMLPFKDVMDELRLKFAGLSEEQQAQYAATIFGKEAMSGMLAIINASPEDYEKLTQATREYNGVAKEMAETMEDNLQGEITKLKSALEGVGIQIFEILVPHLQTLVEKLQLVVEWFANLNPATQETIVKVAALAAAIGPLLILGGKVIGGAGTIITSFSKVSIALAGLKTGTAGVTVATSGMATGFSAAGIAAKAGALLLNPWTLGIGAATVAGIALYKHLSKESIPTIELFGDEVSESTKKAVGGFLELNDEATLALNQLSWSGQEVTKEMADGITANFSQMTSEVQAGLDKHHEESLGKIQNFVTNSTSLSKTEQDEILNNMQEGYENRKKEISDSEARIKEILDTASIEKRALTKSEQEEINTIQQEMVDTGIRVLSENEVESKSIMERMKAQAGEITAKQAAEVVKNSLEQKDKTIKAAEEQYKEVVKEIIRQRDESKTITKDQADKLIKEATRQKDESIKKAEDMHEKVVDEAKTQAKEHVNQVDWETGEIKTKWQVMKSDVSTKAREIKENVIKRWEEIKKDSSQKWQNIKTNLANSWSSMKEDTITKAREIKEDVTKRWEDIKISTSENWEVVKTSVSSSISKVKSKISEGIEKIKEWNATKVKEKVFSIVEKVKRVFSGGGADSNFSGTSFFQGGLTMVGELGPELVELPRGSRIYNDNVTKKMLSGDKGITQNIVINSSTPLTPSETARQIKNASRQLALEW
>NZ_LT906477|325651:384014|329652_330570_+|WP_095177273.1|DBSCAN-SWA
MAERDFLKGNFGIEIELTGITREKAAKIVAEHLGGSIQKQYDYYDSYKVTAPDGRDWKIMYDGSLRCQRKVNGQKVAAGREYSVELVSPILTYEEDIETLQEIVRKIRKAGGFPNSTAGIHIHLDGADHTPRSLRNFVNIIYARNDLLYDSLQIERERMRYCKKMDKDLVERMNKKKPKTFKEIEDIWYKGYGSSRDRHYHESRYHFLNLHSFFNGVGTVELRGFNGTLHAGKIRSYIVLALAINNQALTQKSASTKKPQIENPKFAMRTWLNRIGLIGDEFKNCREHLTKRLEGSAAWRFRRAA
>NZ_LT906477|325651:384014|333373_334654_+|WP_095177277.1|portal|DBSCAN-SWA
MNVFNKLKNIFSPKAEALPEEISLNNRRLLEILGVENSELNYKGKNALKEATVFSCIRILADSIGKLPTKVYKNNNGRQSATEHYLTPILKIRPNTWMSARDFFKALEVQRNIYGNAYAWIEFETVGKNAGHVTGIYPLDSSKVEIYIDDIGLLPHKGRLWYVYTDKKGTQYRIDPDEMLHFKGLTSDGIVGMTPLNQLKNTIENAGAASEYLNNSFKTGLQTKGIIHYIGDLNPEAQRVFRERFEQMASGLKNANRVSLLPIGYQFQPLSLTMADAQFIENTQLTVKQIAAAFGIKNHQINDLDRATHTNVEYQQREFYVDTLMDILTGYEQELTYKLFTNRELEEGYYIKFNVNAILRADPKTRYEGYRIAIQSGFLTANEVRALEEMEAKEGGDRLLINGNMMPIEMAGEQYKRGGDEIGKEE
>NZ_LT906477|325651:384014|347699_348377_+|WP_095177293.1|DBSCAN-SWA
MARLCLDYGHGGEDPGAIYKDRCEKDDILNLGRAVAKELRRCGVIVDETRTKDITVSLKERSSFEKSGRYDYFISFHRNAFKPEKAKGAETYTYLNQGAKAKELANKIQSSLVDVGFTDRGVKKANFHVLRETKAPAVLIEIGFIDNAHDNQLFDNKFEKIVKAISKAILSQLGIKYITSTGSPPSGQSLYRVMAGSFKERENAERQVKKLKSAGFDATIMIFNK
>NZ_LT906477|325651:384014|331327_331798_+|WP_095177275.1|terminase|DBSCAN-SWA
MATRGRKPKPTALKVLEGNPGKRPLNENEPKPKRKAPECPSWLEPEAKKEWERMAKTMEAIGILTEVDMAAFAGYCQAYARWKEAEEFLSKHGTIFKTPSGYIQQVPQISIAQTYLKVMKDFCSEFGLTPAARTRIQVNTEETDTDDPMEKLLRIK
>NZ_LT906477|325651:384014|334631_335336_+|WP_095177278.1|protease|DBSCAN-SWA
MKLGKKNKRFWNFKSLDEKTGELTIYGEISNETWWGDEVTPKEFKSDLDNLGEIDTLNIYINSPGGDVFAGQTIYSILKRHKAHKNVYIDGLAASIASVIAMAGNIIFMPKNAMMMIHNPWTVGMGNADEFRKLAEDLDKIRESLIAAYENHSALTRDEIIEIMDSETWLTATECEEYGFCDVVEEEKNMAASIDKDILARYKNTPKELIEIENDLEVRKQALLKQKLLIELEL
>NZ_LT906477|325651:384014|370483_371200_+|WP_089866781.1|DBSCAN-SWA
MIIKLEDIEKVYDTGAIKLKALNKINLAIDEREFVAIMGASGSGKSTMMNILGCLDSITSGKYYLDGVDISSLDSNELAEIRNKKIGFVFQAFNLLPKLTSIANVELPMMYAGVPKEERKIRAQKALERVGLKDRIYHKPTELSGGQKQRVAIARALVNDPSILLADEPTGNLDSKSTVEIMGIFQELNNEGVTIVMVTHEDDVAMHTKRAVVFKDGNIISDKLISESERIIVGRQKI
>NZ_LT906477|325651:384014|374974_376465_+|WP_095177313.1|DBSCAN-SWA
MKNSKKAIISILITSFIFAPSITGISKVGAKAEVVRMSGANRFITAQNVAKQSFGQTGNVILVNGLGYADAVSAAPLAKILKAPILLTDASKKPSVDLLETLSKLGTKKVYIIGGEGVVTKTLQEELAKTYAVERIAGNAKDGRYGTNAEVAKRVIEKTGAKGAILVSAQGYADALSVASIAATKGQPVIFANKEEMPKVVKNIASNLEVKAVGGEGVLPYRVLQTVNAERIAKGQDRFETNLKVLDYYKEDLNFSNIYVAAGGDDSKYKFADALVASAVAGKDGAPLVLNGLGTNTENRKLANEYIKDNMTKDVKVTIVGGGASIDAFIESELMGKAQILNLGVEDSKEDLKEDEDKIKENNKEQVTDGNKDGEDKNKEDNKIVEDKTDKEEVKQGFIGVSKIEASGLKEIKVVFDEKVTKSSAETSIYYEIDGKDLTYDECNIKLLDDEKTVIITFKEEFKKDTKKRFKVKEGYIQAKNTGYPAQEKEVELTFN
>NZ_LT906477|325651:384014|371196_372408_+|WP_095177311.1|DBSCAN-SWA
MNILESFQSALQSVRSNKLRSFLTMLGIIIGISSVITIVSIGDGTKEFITGEFENIGTNLINIKMSSAPDITIEKRDYFTLDDIKLLKNKIPEVQYATPELSGFGKVKVENKYKQASIIATNEDSLKVYNLKIIKGRFLNENDVEGRKNVVTIDNTTAKELFKREDVVGEKVKLNIGDRNIDLNIIGVYEDPRASVGDTFGGNMPGFIIMPVTIADRLLRDTDISGISVMLSDMNNADQISNKMVRLIENKHKNRDKYTAEKGFKELESINKVLGVITTVLGAIAAISLLVGGIGVMNIMLVSVTERTREIGIRKAIGAKTRDIRLQFLMESIILCLIGGTIGTVLGILVGKFAGGLINIQIVVSLKVILTAFGFSSAVGIFFGFYPANQAAELNPIDALRYE
>NZ_LT906477|325651:384014|356374_357298_+|WP_095177300.1|DBSCAN-SWA
MENLVFYIWLTTIKGLGPVLSRRLLNYYKNPEIIYNLTKDAPILLYYKGNLNKNLKGVAIVGARRCSEYGKDIAIESASYLAKRGITVISGMAKGIDGYAHTACLKNGGYTVAVLGCGVDICYPKEHSELMKKIIENGVVLSEYSSGTRPEKNNFPKRNKLISFLSEKVLVVEAGEKSGSLITSKYAKKQNKVVLAPPNNKYLKGFTGTNKLIKEGAQIYLEPNQLLIEGMKEKNKDIIKNIKNEQNIHSDLESKILNLLKNKSLTIDEIINVVKIDKDKIINILLNLELQGELQTISGGRYAVLCS
>NZ_LT906477|325651:384014|365367_365793_-|WP_157726517.1|DBSCAN-SWA
MFCYTLATNLNCVFNELLLWTDISSEHPIFIETVAKLTDKKLPKKLLDGLKKVNSDFSKLNKKTEDLKKRCFSHGPANPYVIMEIKKIIHEFFQYDMYFLNLLCNIMEYGKEDKVWQTLLHHIHHEQKFMYQLFTQLYRQL
>NZ_LT906477|325651:384014|372423_373674_+|WP_089866786.1|DBSCAN-SWA
MKRKIILSLLIISTICFFQKTQSNIVRAEENNQGQVLDIDVLVEKAVENSIEVKNRKSTIEILENGFQDNINASNSLDRRLEENERFKKLQNKSERTDEEQREYEGYQRIYGAPITDDYELFQILQSSNNLIALSEFEIFQNKNALEVDKNSVRQKVYEGYEKFLMEMDKLKLAEDKYKNAEDEYKKAEISYKNGAISKTEYTGKQAEYLKEKGEFSKVEREFQKYNMEFNKLLGQPLDKKYSNYKKDLTLDKSTLKSQDEYIKEALENRIEIKNGKENILVRRFEGGAAKGVFSDEHHRERKLAEQKIENAEDELELKKLDIKMEINLLYNDFEIKLVRLKNLEEGYKQAKKEYNEAYKRYSLGMLSRLDFNRKNAEFIENSMDYKKAEREAYIAKLKLEFASSQGTDSTKVFYQ
>NZ_LT906477|325651:384014|337185_337557_+|WP_095177282.1|DBSCAN-SWA
MADMKLEGMENLLNEIEKLGKTGSRIENKALREAGDVVKEAIQKETPIRSGKLKESITVSRVKNKDGAKQVEVGPNKDVFYSKFVEFGTIKMKANPFMARGYEVSKENAMETIEKNLKEGLGL
>NZ_LT906477|325651:384014|343003_343855_+|WP_095177289.1|tail|DBSCAN-SWA
MEKVVITNKNGESITLGNQSPYFLEILDGAGNIPVTIESQKSPKQDGSTYIDNMLESRAISIEGVIVTRGNPNEVLECRREMQRVLNPKLGELILTYYHNDIIKEIKAIAETTPVFPSGQGSKGLYYQKYLLYLLCHQPFWLDTYYESREMSYIMGGLKFRLFLPTSFSDRGFKRKAVNEGDVSTPVTIEFRGPAINPTVTNLTTGEFIKVNRELGEQDVLTVSTNFGEKYVRINGENAFHYIDLDSIFWCLLQGENILSYESNNDSIKTKVIVKWKNRYIGL
>NZ_LT906477|325651:384014|360282_360495_+|WP_095177304.1|DBSCAN-SWA
MVGFTKPINITFNKSIVSGDNFSHIELRDANGNKFNINTTETFNKRVNVEKNKIWHKKDSHFDYLFCDLL
>NZ_LT906477|325651:384014|357406_358291_+|WP_095177301.1|DBSCAN-SWA
MSYETRPQTYDETIRVLGKKDYRGIAEFVLPVVKEADEISLEHAKLSIPDMIEMDFLAKVNINEESFILHIEFESAYKSNTEMLKRMLKYYTYIKWHNDLPIYQVLVVLKKPENVKNIQGSFESTVQDLDILKYNYKVIKAYEIDKSEILKEGKVVLYPLRVFMKHDEIDEEKHIEECLEEVEKLEDKDYYFLTVECIKKLYKESKYEKYVKEEILMQSSLYREPYEKGIKEGELKGRREEKIETTIRLLTKKFGTMPEEVKEAISKLDLVTLELMIDEIFEYKSLDDIKKYIQ
>NZ_LT906477|325651:384014|354551_355121_+|WP_095177299.1|transposase|DBSCAN-SWA
MYKKREWFPNSEYHITSRGNRRNDIFRDEEDFQVYITIIENSLEHFKGQFELICYCLMDNHVHLLLKSKDRHIKFLMSRINSIYAKYFNEKYNYCGHLYEKRYFSELIEKDSQLLETSRYIHLNPVKANMVEKPEDYKWSSYKMYIGQEKEKLIKSDRVLNYFKEENKRELYKEFIEEYIKIKMLKEVK
>NZ_LT906477|325651:384014|361554_362478_+|WP_095177306.1|DBSCAN-SWA
MRISIRNKIILMNTIILIPMIIVIYIATIKILYLNLIKKSVEYLKSESYNSQIYVMDYIKRESDFKPNDVIKNMGPFIAQYIANNLKCTTQIYNNNLDLLGESEDSEGINYNEDVVAAVNGNKCYKIYKNFQKRYILFSSPIYSGDESIGCIRYIYDLEEDMLVVKKTIYSVFLVIISLTALSLILNNILSKEILSPIIKLKKASYNLKNGIFDKKIEIDTNDELYELGETFNEMSENLEVYIKTLKEEKEKQYRFFNNATHQLKTPLTSIIGYSDLIQRISNNKEGNMIEVFINADKSMAHLIVDK
>NZ_LT906477|325651:384014|336579_336870_+|WP_095177280.1|head,tail|DBSCAN-SWA
MLITLKETKEYLRVGGDEDDSLIESLINVSEEYLKNATGKTFNSTNPLARLFCLVLVVDWYENRGLTAGKVGQKIRPVIDSMLAQLNYCYSEEMVE
>NZ_LT906477|325651:384014|369155_370469_+|WP_095177310.1|DBSCAN-SWA
MKKKFKLNKKALIFGTIGIVVLLIAFSTIRGKKDNLTQVTVDSVSKKNLSKVATATGNVEANYRNDIVLNPSLKVVKVNFKEGQMVKKDDILVELDSKDLQIQLEKAELNLKNANDTLAQLQGAEVENQKKTASNSLVQAKLSLDNAKNTYEDLSKKLSQNKKLFEGGYISQNEYDASVKATREAENGVKNAEAALKNAENSLSAIDISTNNKITAQRNQIAMIQSDIKSIKDKIEDCHIKANVSGKIVRMDAKEGQNPANGDMIIIDDVSKYKVTADINQYDAVDIKKGQKVNIKLKGVEKEYKGKIEEVGEVAEKKMAQSGASMNEENKLNIKVNIDKPDNKVKAGYEADLEIILKEKNGSLAIGFDAIRQDKKGGKKYIYVVDNGNVVKKKEVKTGLETEYDVEILSGLKEGEKYVVNPPENLKDGEKIKLAVE
>NZ_LT906477|325651:384014|367200_368514_+|WP_089866773.1|DBSCAN-SWA
MDWEEIYKSKVVSPKEAILKLKSENHVAVGHAASEPRLLMKALVENKENFRNLKLYQMIALGKSEYAKKGMEKHFSYNSLFVGGGTRDAVKDGRADYIPCFFSKIPRLFKENYIKLDAALIQVTPPDEHGFCSFGVSSDYIKPASECAKLVIAEVNDRMPRTLGDNFIHVSDIDYIVENSQDIIELKPPKIGKIERAIGENCASLINDGDVLQLGIGAIPDAVLLFLKDKKDLGIHSEMISDGVVELVEAGVINNKKKTLHKGKIIVSFLMGTKKLYNFVDNNPMVRMYPVDYVNDPVVISKNDNMVSINSCIQIDLMGQIDAETIGFTQISGVGGQIDFIRGTALSKNGRSIIAIPSTVGNGKISKIVPLLDKGAAVTTTRNEVDYVVTEYGIARLRGKNLRDRARELIKIAHPDFREDLKLEYENRFKEEFKMIV
>NZ_LT906477|325651:384014|331797_333360_+|WP_095177276.1|terminase|DBSCAN-SWA
MFDEKKAERAVKFISNLKHTKGVWHGVPFDLLPWQDKIIRDIFGTVKEDGYRKYNTAYVEIPKKNGKSELAAAIALYLTCGDGEWGAEVYGCAADRQQASIVFDVAVDMVDQCPALKKRIKPILSQKRLVYMPTASFYQVLSAEAFTKHGLNVHGVIFDELHAQPNRQLYDVMTKGSGDARCQPLFFLITTAGTDRHSICWEVHQKADDILRGKKHDPTFYPIIYGIEDGDDWTDESNWYKANPSLDHTIDIEKVRAAFISAKENPAEENLFRQLRLNQWVKQSVRWMPMHLWDKCSFEVNPEKLKGRECYGGLDLSSSIDITAFVLVFPPIPEDDKYYVLPYFWIPEENLDLRVRRDHVPYDLWKQQGYLQTTEGNVIHYGFIEKFIEELWKDYNIKEIAFDRWGAVQMTQNLEGAGFTVVPFGQGYKDMSPPTKELMKLTLEKKIAHGEHPVLSWMMDNIHVRTDPAGNIKPDKEKSTEKIDGAVALIMALDRAIRNEGSKFDLNEYSTEEMLDKLWG
>NZ_LT906477|325651:384014|338761_338917_+|WP_169712335.1|DBSCAN-SWA
MDPQDFIDQLYLALLDKGWTLNEIDSMDIIYYLKLMTKKLGEEKVYIDEIL
>NZ_LT906477|325651:384014|336866_337193_+|WP_095177281.1|head|DBSCAN-SWA
MNPGELNKRITFQRLTTTTNENGFEVEEWEDFKTVWAAVTNLHGREYFEAAAVQRENTVKFTIRYLKNIDTSMRILFQGRQYNITAIDNIKYKNVYMEIKALEVDKSG
>NZ_LT906477|325651:384014|337553_337880_+|WP_095177283.1|DBSCAN-SWA
MSINKEVLSALRDIRVPVRFQTYTGNEETYITFFTYLDRPEQHADDLEIATGYYVQIDIWSRSDYTEIGKEVHQSMLTANFTKLNFYDLYEEDLKIYHKVMRFFKEVM
>NZ_LT906477|325651:384014|344897_346109_+|WP_095177290.1|DBSCAN-SWA
MAFILDNIAASAGLIAGWFGSENVENYTVDTYQKSKVHFPCQLISIRLLRYVNGSLNDEKDGSGTWDHLVNNLYLYREYGDLPTSPKGQSYLTSFGSNNRVYYNRERNHSDKYMNYIAYEEPKEPYFINSLMFYDKLGYAKVTIQEGKIIFNCKYRYTGHSYYADAYWNMYTTFYYLKFMGIVFCENGVCKNGAVPNNDSNITSITIPIFEIPEDKFNNLNIDLYIRYKQVKTGLFTGTDYVTSDGIKTDNGCMTKLLPQYRNGIIKQKLSLNKEDLGDKFKISCDQLIDKEGREIPAEYIFYFQNDKDRAWRKNNSSNNTYTIINKDKLKEDSRLWVIAYPTSPDYKNYIGNAVMLPLKDIEVYLNINNVIKRYDTGKVKINNTLRQIDKIWAKINNGFKEI
>NZ_LT906477|325651:384014|381222_382701_+|WP_095177315.1|DBSCAN-SWA
MKKNVNKLIAIGIGLSIMSSNIASVSAAEHNKNSVSSSVQSTSNKVSDKKTLENNKDNKIIMNENLWNKDDDLSIKQSTSEKPILYLQEAIDAAIENSEKLALKESEILLYRDKMRYQDRIDDFYDSIDQNVYDFPYDKLELQEDQTRQSREFLEDQIASDIRSKYNAIVLKEIDIDKSKRDLKVKSKDLETMKTKVEIGMATPNQLTDAQIQIKTLKDNIKAKEDSLKNSKDYFKVLTDLDLDQYRLDRDIDYEVFRIDGSVDEYMDERIEEYLKYNDKILDLTKEYIEQLEDDEIDELPDAPSTKLPDPKDYVIIDKVEPVIDPTTGKPMIDPNTGKPVVKPIPLTNVSGGTVVDGAYAAKLIEYQKDQLEYFMKLKTYEAYIDGKYQSKEAEVKLNEAKKNLKNGLKECYATLLDLENKIEMLKNQAKSTETKLEFAKTQVDIGLMTKNEYKDKVIQSEELDTAIRKLSNIYNTLKDSIQKPWLLNAEK
>NZ_LT906477|325651:384014|377945_381209_+|WP_095177314.1|DBSCAN-SWA
MIKWSVEHKSIVILFTIAIFISGAFLYIDMERQENPTISSPIAVVKCIYPGASPEDIEKEIIKPIEDELGAISEIKTTESFAMDSIGVVKVSLKDLSDDDISDTWDRLKEKIDTVKTDLPSSAYEPTVDTDFVSSYGVVLGLTSKNYTYEDFNNVAKKLKDQLKKDPGVEEVDIVGEVDKEIQVNLDMLKLQQYGISPQTIGTVLKARNVNIPGGNLEIQGVKVPAQITGEYKNVEEIKNTIVSVSKENGTPVYLKDVAQVEKVDKKQEKMTFINNQPGLLIGIKYMEGENVLSIQDRLDKIIKNFVKNDLYTDMELIDLTNQANFVEDSIGLFEENLYSAIALVALVVILAMGIRSAFVVSFPIPVVIAIVFIYMYISEIPLHQVSIASLIISLSLLVANGIVANDNINVYLERGMDRFTACTKGIYEVKIPILTSTLTTVASFLPLAMMQGSAGKFVKSLPILVSVALMGSYLTSLTLVPVMGHRLLKVEEEDVEGKKLKTKIVRALKLDGFSKGVLNYYGKSLGSFLKRPLVLISVFIGIFILSFTIVPSLGVQLFPPVERDQYVIDITIQDGSTTEKTEKVTKMIGDILENDKSVNDFACTVGDGFMKYYLTFIPNNQASNKAQFLVNGDRSKSSKIEKQIKEKVPGVVVKIKELEISIPATYPVQVRIAGDDISELRRIGEEVKSKLQQVPGGKNMEDDYGYDSYKLNVNVNQEKANLVGISTYDIASTVRMAVNGFEVSKLKQEDIEKDSIPIVLKVPDNQKKDRNILNNIFLTSQVTGENVPISQIATVETKSSLNKILRRNGKRTLTVGLFVEQGYNTLDVLKKCEETLKDYKLPDGYTIEYGGENETSDEAFSSMKIPTVIAIILIYLILVIQFGDLVEPLIIMGTIPLSFIGIIWGLKWMGYPIGFMAVLGAISLMGVVVNNGIVLLDYIKLLVKEYDDIREAIVEACKTRLRPIMIGMITTVISLIPLAVSGGLLWGPMATSIIFGMLVSSALTLYVIPCTFLVIEGRKYRRMAANGSLDVDGNGEIQPKGIQDNKIVKSIKEKLENIKKSKTKSKEMETKDTKDTKVENEETKNK
>NZ_LT906477|325651:384014|329370_329559_+|WP_095177272.1|DBSCAN-SWA
MKPKCKLIGEDGNIFNLMGIAGRALKEAGQKKEADEMVDRITTTAKSYSEALAIISEYVEIH
>NZ_LT906477|325651:384014|352439_353702_+|WP_095177298.1|DBSCAN-SWA
MFEGTDKVTVKVTSGSDLVTVSNELSLTKGVGTLGVKPADKTKSGKAVIEIAVSEKVKTTLEVEVTKAGIVDNYVVEGFKAELDKNTDEKNENNEMTLSVFPVDADGVKTGDAVTDAKMTVTDKDGNAVTELKDVKAGKIEASKFDADETYTVSVKVGTIEVFKDSFKVVDTTKNPVIEQKTSNINIEIADGEINDELKAAFLKDGKALAETEDVVVKSSDNTDVVTVVKDGKATAVKQGKATLVISKVAGEEVDNLLVNVTIEALKGKATATAKTVNGDNEDVNPLGSVIVNLTYGAGIKSADVESLKIELYNGKKLLATNILQPEKLNKKEKELEKITSPFNLGRSEKHDKWAWVRGEYPLQGDEVTTADLPNKVVATYVVKGIKYVSEIELKDTLTVPKTYAEVQAEQAETAQEEGK
>NZ_LT906477|325651:384014|330716_331175_+|WP_095177274.1|DBSCAN-SWA
MKRLYVAYGSNLNLEQMSYRCPTAKVYGKGMLYGYRLLFKGVPGNAYLTIEPYKGKRVPVLIWEVQPKDEIALDRYEGYPSFYYKEDIPVELETGEIVTAMVYIMTNKIKDRIHLNSPSQSYLRTVKEGYKSAGFDLSFIDEAIEISTKRGK
>NZ_LT906477|325651:384014|325651_326908_+|WP_095177269.1|DBSCAN-SWA
MKTTEELKLINIDELIPYANNARTHSKDQINKLRSSLREFGFINPILIDKDYNILAGHGRVMAAREEGIKEVPCVLVEHLTEAQKKAYILADNRLAMDAGWDDEMLALELENLKELDFDMDLTGFDTAEIDELFSNIHDKDVQDDDFDVDAALAEEPISKQGDIWLLGRHRLICGDSTKAEIYEKLMEGKKANLCVTDPPYNVNYTAGSENERKIKNDNMEDKNFYEFLLASFKNIFNSLDDGAAAYIFHADTEGLNFRKAFKDAGFHLANVCIWAKQLLVLGRSDYQWQHEPILYGWKPTGKHRWYADRKQTTIWNFDRPTKSELHPTMKPVPLVAYPIQNSSMSNCIILEPFAGSGSTLIACEQLGRICYAIELDEKYADVIVKRYIEYVDSYEEVFIIRDGEKVPYKGLMKSTRN
>NZ_LT906477|325651:384014|350219_351080_+|WP_095177296.1|DBSCAN-SWA
MSYETRPQTYDETIKILEKKDYRGIAEFILPSVKDAEEVSLEHTQLSVPDMREMDFLTRVNMNSESFILHIEFETAYKSNTEMMKRMLRYYTYIKWHNDLPIYQVLMVLKEPTNVKNIEGSFKSTVQDLDVMQYQYKVIKAYEIDKYEVLKDKQVVLYPLRVFMKHDGESEEEHILECLTAVESLPDKDYYFLTVQCVKKLYEKSKYKKFVKEEILMQSSLYREPYEKGKIEGEAKMVIKLLTKRFGVIPPELRKRIESLDSETLDRIMDEALSYESIKDVEKTLQ
>NZ_LT906477|325651:384014|335369_336542_+|WP_095177279.1|capsid|DBSCAN-SWA
MSKELRELLQNLEEKKAKVRSLLGEDKVAEAEDLMEEVRALQKKVTLQQELEAAEKFDMEDATPLNDTDKDLEAEYKQVFLKGLRKQRITADDYSIINEYKAAMHEGGVSTDSDGDTGIIVPEDIQTRINELMRSMNDLSKIIRVEKVNTLSGSRVLEKDEDMVPFQVVDEYGEIKEIDNPKFTPVTYKLVKRAGFLPITNELLKDSDQNIIAYVTRWIAKKHVVTKNSLIIEILKSLSSKDLKDIKAIKKVLNVDLDPALSLSSKIITNQDGFQWLDEQEDGNGRPLLQDDITQPGKKLFKGRPIVVLANRTLPSTGTTTVKATFIVGNFKELMVLFNQGVYELASTTTGGDAWRRDTTELRTITRDDCVKWDTDAAVFGKLTISTTGA
>NZ_LT906477|325651:384014|338450_338750_+|WP_095177285.1|DBSCAN-SWA
MEIILKKDKKDKTYTTGFISARMVRRTIEVSQGVDFDNISPEELDKLIDYIVELFGNQFTRDDVYDGLQSKDLIPTITKCINEVVGEMSEVTAGDGKNQ
>NZ_LT906477|325651:384014|362854_363817_+|WP_095177307.1|DBSCAN-SWA
MKKLITIILLTVSILTLTACGNTTKKDKVLNIGINQIVEYVALDDNREGFIKALEEAGYKDGDNIKIDYKNAQGDIGVSQSIAQKFVSDKKDLVFAIGTPAAQSVFNATKETPIIISAVTDPIEAGLADSLEKPGKNVSGTLDYLPVENQLKLLKDLVPKAKKIGFIYNTSEVNSEVQLNELKKVAKDYEIITTGVTSTNEVNNAIVNLVNKIDVLYVPTDQLVVSSMPIIVKHTLDAKIPIIAAEKGSVESGALGTVGIDYYQLGYEAGKMAVAVLKGEDISKMPIKMPSKTEIYINKNTLEKLGINKSNLDNVKYIEK
>NZ_LT906477|325651:384014|363905_365243_+|WP_157726516.1|DBSCAN-SWA
MKKLFRGFLTIVFLTLSLNTCYAMDANNKQYVNKNISVVNNLYNSLDNQNSNFNFAIENSKKASSLQQLKSLLKTSMENREPSIVINYRGMDCYNGNNVDIHKIKDIIEKTLDEDHYLKYSIKEYNIKVSGYYGDIIIKFDFQYLTTKNQEEYVDRKVESILSEIITDDMNDYAKEKAIHDYIVRNVQYDTSLQEHSAYSALAKGKAVCQGYSLLMLKMLQKVGIKSIIVESIPMNHAWNMVYIDNKWYHVDVTWDEQVSDLPNRIAYDYYNLTDDEISQNIKGNRHIWDMEEYPSAIHPYDSSLLKKEFANIKLKISNNIMFNIKLNKKVDIKKVDLFDKDKLLESTNNVNGNTVTMDYKGDLEEKPYKLKITLADGTTCFSSVTIYPTSEVIEIDNKNKLVKVKALIDGQLSINGKLSGKVKKGEILTVYKDQTLVVVPSMSK
>NZ_LT906477|325651:384014|339259_339580_+|WP_095177287.1|DBSCAN-SWA
MSKNNYSLKFTPKASEDLDKIYSYISKELYAEKAAKNLLEKIEMSIMQLKDFPFSCNYVADEFLKKKGYRKLIIDNYIAFYLVNEKEQQVIIMRVLYGRQKYQDLL
>NZ_LT906477|325651:384014|327626_328523_+|WP_095177270.1|DBSCAN-SWA
MGNIEASVLARLKNKSKEQGIPLQQLLNLFCQEEFIRRLSGSNYKENLILKGGFLLYSISGFTTRPTVDADYLLKNYSNDLDAIEKLVKEVISSPSNNDFVEFKIRGLEEISEVKEYHGIRVNLTGIIGRTKTPFSIDFGVGDIIVPSPVERTLPVLLPEFKKPEVLTYSLESTVAEKLDAIISLMEATGRMKDFYDIYYLATTFDFEGRKLQEAIYETLSNRGTPYEKDSVAVIARLTKDNQIQKRWDNFCKKILKYELDFTDVVNIIIDFTLPPYESMVDEDEFFKNWSYKDKKYI
>NZ_LT906477|325651:384014|383090_384014_-|WP_169712377.1|transposase|DBSCAN-SWA
MFLLPRSARIKTDNSIFHIMVKSISEINLFQTDFDKKQYLNFIKFYQNIFHFKVYAYCLMNNHGHLIIDANGADISKIMHGINLKYSLNFNKRYKRHGHLFQDRFKSKIIDTEKYLITASAYIHNNPIDIQRFSKHPEKYKFSSLAVYLGLKKDPFKIVDEDFVMQFLGNNSKTARKNYINLICMSNNEKSISSFNFQYEKTLYNSERKPIIRDCTPEDIINFVSEQTGVDKIKFYIKNNRKTLKIRALAIILMRGFCDFKCSNICEALGNITQSTVSNMCKLAIDTIDQDENFRRIMYNFVKTYAI
>NZ_LT906477|325651:384014|360857_361565_+|WP_095177305.1|DBSCAN-SWA
MKILVVDDEKSIINLIRINLALEGYKVLEALNGKDAISIFKKEEPDLVLLDIMLPDLDGYEVLKELQNIDASKPIIFLTAKNQMNSKLLGLQLGAEDYITKPFDNRELVLRIRTIYRRINRYKISQKYEIDLDHNVLQHANIKVLKNERKVFIENAEIRLTYKEFNMLSLMMKNYGRVFTREELLEKVWGYDFYGNSRAVDILITRLRDKMGNYKAYIQTVYGVGYKFEVDSNED
>NZ_LT906477|325651:384014|359313_360153_+|WP_096636469.1|DBSCAN-SWA
MKKKLALLLAIVMAGGIVFSTQFVGKKGSKSVVADTKKEEKKNVKFSVRYAFADVDMDQIIQEKDPKDDDQNADYLFVKFTSPLDRRKKDSNLGNIKNFKLDNKELPKGTEMLMNDDIKDMLIIKLPQGYLKGQNSGHVLEISKDLVNGENKITGDLKLNLPYSEPIKSDNKKSESSKTSSNDNNDKSNNSSADNKTNNTDALPKYTVEVGKGIPFTTVVLVKLQTPKVEEYKVSIDNVELKIKENAKKEKVFVGSVKKDYSYDEVMSKLKIEKKISKK
>NZ_LT906477|325651:384014|337880_338447_+|WP_095177284.1|tail|DBSCAN-SWA
MAQVGLKDLHFAILNKDTIEELTYAVPEPMAGAINATINPTVNTQEVYADDQLWESVSALGKIDVEVETADLPLATRVKLLGNKIVEGVLVENKADIPPHIALGFKSLKSNGKYRYVWLLKGVAQPMAEDYSTKKDNVEHKTPKIKLTFMPRLHDGDWKHTADEDGADFLGADTWFEKVPGDTTTQEV
>NZ_LT906477|325651:384014|349404_350157_+|WP_095177295.1|DBSCAN-SWA
MSDNKPIYTSKVRKIIELLKFQTRDEAAEELGYKNYKSLDMYMRRKNFRYDSESGQYVPKENRVDKLKLNRDPKSYAPTKVVSIITAFEEANADPMLIAKQEGFKDHKEMAEYMANKGYEWNAYKNNYVKTIGKVEEKTTDEVIEEVVTTQNPPTDIDEYIPFIQFLYEKRDDIYQLLSGTKEDGTIPRYVVPGLVRTKAIYMSDMVAKLTAEFSKEKNVTQREVMEGALIEYLQKYGFKREVETLLKNE
>NZ_LT906477|325651:384014|358476_358854_-|WP_095177302.1|integrase,transposase|DBSCAN-SWA
MKKQNILASRRKIRQIMDKYRLVSNYTVKQFKVHKSSCNNDEVENIVNREFDNRSDLEIVVSDLTYVNVNRKWHYICLLINLFNREIVGYSAGPNKDAELVYEAFLNSKINLTKIKVFHTDRGNE
>NZ_LT906477|325651:384014|347297_347699_+|WP_095177292.1|holin|DBSCAN-SWA
MKDIIHTIQIIFAAIGAYIGWFLGGFDGLLYALVAFVVLDYITGLMVAILDKKLSSSIGFKGIFKKVLIFIFVGIGHIIDFYILQNGSAVRTAVIFFYLSNEGLSIVENAAKIGLPVPESLKKVFTELKKEDD
>NZ_LT906477|325651:384014|373685_374882_+|WP_095177312.1|DBSCAN-SWA
MEKRKIIALALTAFLCTSSSTGVFAMENAENNSREIENKEETKIITIIGKENEEELKLNINEVMEKVEKDNMELKLMEGKEKLLNRLYDRDLTLSQSIDNDRDISINYNNVSFRKQQLLNFKQSALNVKSARKDREDKIKEIKRELERSYLNVLNSRRDIKNTEETLKNLDMQIEKMQRYIDAGKTSPTSIEPLKVQKTQLKSSLNFPKLQEQESLLKIKQYLGLDQSKNIKLNLEYANKEFKLYNPENIDKIINDSVEKNFGLYKMKEQLEFLKEERRIYEKYGRNTEVESTNTDIRIKDMENSIEDYKLNLRVNFWSAYYNLKSKEEAVDVAKANLQHSKMKYEETKYRFEQGLEDKVELDSKELDFEKKKIEEEKAVNEYMITVQSFKDTLEIEE
>NZ_LT906477|325651:384014|376788_377949_+|WP_089866795.1|DBSCAN-SWA
MKRITPILLIFCLMITGCGAKEETVQEETIKKVYTQTVGASKYSDGFTVSGNVTPTEVVKLSFKLPGVISNVFVDEGDKVTQGQVVATMDQSDYSLKVKAAQSEYDAAKLQIETEIPAKLSQAQAAYDLTKVTYDRLKVLYEQEAIPKAKFDEISTKLKVDENTLKQAKEARNIAETKLKMAEAALEAANSNINDTTIHSPINGVVLKKIFESGEVTNAGYPVVAIGKVDKVWVEIGVPDQHINSLKKGQKVNVYGYGINKSMEGTIDKITSLANEKTRTFPVKILVDNANGELKPGMIVKVDLGLNQSDKVIIPLSSVINLAEGSAVYVYSDETKTVSKRIIKTGIILNDKIEVTKGLKNGEKLVVEGQFVVKDGEKVTAKEMAK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_095177269.1|325651_326908_+	site-specific DNA-methyltransferase	A0A1B0RXJ0	Streptococcus_phage	4.4e-128	52.9
WP_095177270.1|327626_328523_+	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_095177271.1|328640_329381_+	virulence-related protein	NA	NA	NA	NA
WP_095177272.1|329370_329559_+	hypothetical protein	A0A127AWS3	Bacillus_phage	2.9e-12	60.0
WP_095177273.1|329652_330570_+	amidoligase family protein	A0A2K9V489	Faecalibacterium_phage	5.4e-51	40.6
WP_095177274.1|330716_331175_+	gamma-glutamylcyclotransferase	G3MAQ5	Bacillus_virus	2.4e-15	35.1
WP_095177275.1|331327_331798_+|terminase	phage terminase small subunit P27 family	A0A1B0RXI5	Streptococcus_phage	3.0e-58	70.6
WP_095177276.1|331797_333360_+|terminase	terminase large subunit	A0A2K5B285	Erysipelothrix_phage	4.6e-228	74.2
WP_095177277.1|333373_334654_+|portal	phage portal protein	A0A2H4JDX8	uncultured_Caudovirales_phage	4.8e-138	59.0
WP_095177278.1|334631_335336_+|protease	Clp protease ClpP	A0A2I7SCY8	Paenibacillus_phage	2.3e-54	54.4
WP_095177279.1|335369_336542_+|capsid	phage major capsid protein	A0A2I7SBY4	Paenibacillus_phage	2.0e-95	49.7
WP_095177280.1|336579_336870_+|head,tail	phage gp6-like head-tail connector protein	A6M953	Geobacillus_virus	1.0e-24	54.8
WP_095177281.1|336866_337193_+|head	phage head closure protein	A0A0A7RUH8	Clostridium_phage	1.1e-25	55.6
WP_095177282.1|337185_337557_+	HK97 gp10 family phage protein	A0A288WGM7	Bacillus_phage	1.2e-12	33.3
WP_095177283.1|337553_337880_+	hypothetical protein	A0A2I7SC10	Paenibacillus_phage	9.6e-19	44.7
WP_095177284.1|337880_338447_+|tail	phage tail protein	E2ELJ1	Clostridium_phage	8.2e-34	47.5
WP_095177285.1|338450_338750_+	hypothetical protein	H0USX2	Bacillus_phage	7.0e-08	30.5
WP_169712335.1|338761_338917_+	hypothetical protein	NA	NA	NA	NA
WP_095177286.1|339006_339273_+	type II toxin-antitoxin system Phd/YefM family antitoxin	NA	NA	NA	NA
WP_095177287.1|339259_339580_+	type II toxin-antitoxin system RelE/ParE family toxin	NA	NA	NA	NA
WP_095177288.1|339759_342993_+|tail	phage tail tape measure protein	A0A0A7S163	Clostridium_phage	9.9e-116	48.6
WP_095177289.1|343003_343855_+|tail	phage tail family protein	A0A2I7SBZ7	Paenibacillus_phage	3.1e-69	47.4
WP_095177290.1|344897_346109_+	hypothetical protein	NA	NA	NA	NA
WP_095177291.1|346151_347249_+	hypothetical protein	A0A0C5AMZ5	Paenibacillus_phage	1.1e-79	40.7
WP_095177292.1|347297_347699_+|holin	phage holin family protein	A0A2K5B2A2	Erysipelothrix_phage	1.9e-37	55.6
WP_095177293.1|347699_348377_+	N-acetylmuramoyl-L-alanine amidase	A0A2H4JCM7	uncultured_Caudovirales_phage	2.4e-27	37.4
WP_095177294.1|348535_349393_+|integrase	tyrosine-type recombinase/integrase	S5M9V8	Brevibacillus_phage	4.2e-13	24.4
WP_095177295.1|349404_350157_+	hypothetical protein	NA	NA	NA	NA
WP_095177296.1|350219_351080_+	DUF4351 domain-containing protein	NA	NA	NA	NA
WP_157726515.1|351120_351291_+	hypothetical protein	NA	NA	NA	NA
WP_095177298.1|352439_353702_+	hypothetical protein	NA	NA	NA	NA
WP_095177299.1|354551_355121_+|transposase	transposase	NA	NA	NA	NA
WP_095177300.1|356374_357298_+	DNA-protecting protein DprA	NA	NA	NA	NA
WP_095177301.1|357406_358291_+	DUF4351 domain-containing protein	NA	NA	NA	NA
358200:358216	attL	NA	NA	NA	NA
WP_095177302.1|358476_358854_-|integrase,transposase	DDE-type integrase/transposase/recombinase	A0A0C5AEB1	Paenibacillus_phage	3.7e-30	50.4
WP_096636469.1|359313_360153_+	hypothetical protein	NA	NA	NA	NA
WP_095177304.1|360282_360495_+	hypothetical protein	NA	NA	NA	NA
WP_095177305.1|360857_361565_+	response regulator transcription factor	W8CYM9	Bacillus_phage	1.2e-37	38.1
WP_095177306.1|361554_362478_+	HAMP domain-containing histidine kinase	NA	NA	NA	NA
WP_095177307.1|362854_363817_+	ABC transporter substrate-binding protein	NA	NA	NA	NA
363778:363794	attR	NA	NA	NA	NA
WP_157726516.1|363905_365243_+	hypothetical protein	NA	NA	NA	NA
WP_157726517.1|365367_365793_-	DUF2935 domain-containing protein	NA	NA	NA	NA
WP_095177308.1|366610_366976_+	hypothetical protein	NA	NA	NA	NA
WP_089866773.1|367200_368514_+	acetyl-CoA hydrolase/transferase family protein	NA	NA	NA	NA
WP_096636146.1|368702_369152_+	winged helix DNA-binding protein	NA	NA	NA	NA
WP_095177310.1|369155_370469_+	HlyD family efflux transporter periplasmic adaptor subunit	NA	NA	NA	NA
WP_089866781.1|370483_371200_+	ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	6.1e-34	36.8
WP_095177311.1|371196_372408_+	ABC transporter permease	NA	NA	NA	NA
WP_089866786.1|372423_373674_+	TolC family protein	NA	NA	NA	NA
WP_095177312.1|373685_374882_+	TolC family protein	NA	NA	NA	NA
WP_095177313.1|374974_376465_+	cell wall-binding repeat-containing protein	NA	NA	NA	NA
WP_089866795.1|376788_377949_+	efflux RND transporter periplasmic adaptor subunit	NA	NA	NA	NA
WP_095177314.1|377945_381209_+	efflux RND transporter permease subunit	NA	NA	NA	NA
WP_095177315.1|381222_382701_+	hypothetical protein	NA	NA	NA	NA
WP_169712377.1|383090_384014_-|transposase	transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_LT906477|481087:491459|DBSCAN-SWA
TATGATAAGTACTAATAATATAAGTTTAAGATATGGTGGAAGGGTTTTATTTGAAGATGTAAATGTAAAATTTACGCCAGGGAACTGCTATGGGCTTATAGGTGCAAATGGAGCAGGAAAGTCTACATTTTTAAAGATTCTTTCAGGTGAAATTGAAGCAAATAAAGGTGATGTTATAATAGAGCCTGGTAAAAGAATGGCAGTATTAAAACAAGATCATTTCCAATTTGATAGTGAACCTGTACTAGAAACAGTAATAATGGGACACCAAAGACTTTACAATATCATGAAGGAAAAGGAAGAAATATACTCAAAACCAGATTTTTCAGAAGAAGACGGAATAAAGGTTGCAGAATTAGAAGGAGAATTTACAGAACTTAATGGATGGGAAGCAGAATCAGAGGCAGCAACTCTTTTAACAGGGCTTGGAATTCCTGTTGAATTGCATAATAAATTAATGAAAGACTTAGATGGAGCACAAAAGGTAAGAGTGCTTTTAGCACAAGCTTTATTTGGAAAACCAGATATATTATTACTAGATGAGCCTACAAACCACTTAGATATTAAATCTATACAATGGTTAGAAGAATTTCTTATAAACTTTGAGAATACTGTAATATTAATTTCTCATGATAGGCATTTTTTAAATAAAGTATGTACACACATAGCTGATTTAGATTTTGGCAAAATACAACTTTATGTTGGAAACTATGATTTTTGGTATGAATCAAGCCAATTAGCATTAGAAATGGCAAAAGATCAAAATAAAAAGAAAGAAGAAAAGATAAAAGAACTTGAAGAATTTATAGCAAGATTTAGTGCCAATGCATCTAAATCAAAACAAGCTACATCTCGTAAAAAGATGCTAGATAAAATAAATTTAGAAGATATAAAACCTTCTTCTAGAAGATATCCTTATGTAGCTTTTAAACCAGATAGAGAAGCAGGAAATGACTTACTTACAGTAGAAGGCATAACAAAAACTATAGATGGAGAAAAAGTTTTAAATAATGTAAGCTTTAGAGTAAATAAAGGTGATAAAATAGCCTTTGTAGGGGAAAATAGTATAGCAAAAACAGCATTATTTCAAATACTCATGGGAGAAGAGGAAGCTGATAGTGGAGAATTCAAATGGGGAATAACTACAAGTCAATCCTATTTCCCAAATGATAATAGTAAATATTTTAATGGAGTAAATTTAAATTTAGTGGATTGGCTTAGACAATTCTCTGAAGAAAAATCTGAAACATTTATAAGAGGATTTTTAGGAAGAATGCTTTTTTCAGGGGAAGAAGCATTAAAAAGTGCTGAAGTGTTATCTGGAGGAGAAAAGGTAAGATGTATGCTTTCAAAAATGATGTTAAGTGGAGCTAATGTTCTTATCTTAGATGAGCCAACAAACCATCTAGACCTTGAATCTATTACAGCGGTAAACAATGGACTAATAAATTTCCCAGGAACTATTTTATTTACTTCTCATGACCATCAATTTGTTCAAACTATAGCAAACAGAATTATTGAAATAACTCCAGATGGCATCATAGACAGACAAATGACTTATGATGAATATTTAAATAGGAGTTGTTAGGAAATGAAAAAGGGATATATAGCAGGTAAACTGTTCAAACAAGGAGATATAAGACAAAGATTATATGAAGAAGAAATTTTAAAAAAAGAAATATCCAATGTAAAATGGCATAATCCTATAAATGATCCTGAAGCTAATGATAAGTCAAAAGCCCCAACAGCTGAAACTATATTTAAAAATGATTGTAAAAAAGTGTTGGAATCAGATTATATAGTAGCTGAACTTGATGATGAAGATTCAGGAACCATAGCAGAATTATTTATTGCATGGACAGTGAATTATTTTTATAAATTGTTTGAAGAAGGATATACCTTGGAAGAAATAAAAGAAAAAATACCATATAAAGATATATATTGTCACCTAAGTGATATAAGACAAGACAGCAAAGGCTATGAAGGCATAAGATTGCCTTGGGGAATAAATCAATTTGTTATAGGTGGATTAATAAATGATGGAAAAATAATGAGGAATTTTGAAGAAATAGTAGAGGATATATCTAGTAAAGAAAAATAAATTTTAAATATTAGAAAATAGTTAAATTAAATAAAAGTTTTTTCATGTTTTTCACGGTAATAGTATATGTAAATTATAATAATTCCTATATAATTAATATGTAAAAGTTTATGGGGAGATGAGATTAAAATATGCTAGATTTAGAAGTTATTTTAGAAGATATAATAAAATTTGGAGCTCAATATGCAAAGTCTTTTGAATTACAAGATGTAGAATTTGATAATAAAATTAGGAATTACTGCAAAGAAAATCTTTGTGGGCACTATGGAACAAATTGGATGTGTCCTCCAGGGGTAGGAGAAATAGAAGATTTAAAAAAAGAAGTAATGAAATTTAAAAAAGGTATTATATATCAAACAATTCATCCTGTAAAAAATATAAGAGATAGAAAAGAAACAGATGTGATTAGGGACAGGCACAATAATTTTACAAGAGAATTAACAGAAAATTTAAGAGAAAAATATAGTAATTTAGAATTTTTCCCCATGGGGGCAGGACCCTGTGAATTATGCACAACTTGTGGATATCTTAAAGGTAAAAAGTGTATTTATCCACAGAAAGCTATATCTTCTGCAGAAGCATATGGAATAAATTTAGGAAGCCTTTTGAAAAGCTGTGGTTTAGAATTTAATTATTCAGATGATACCCTTGCTTATGTTGGAGTATTGTTAATAAAGTAATAAATATTTAAAGTAAGAGGTCGGTTGAAAAAATTAAAAATAAATTTCATCCAACCTCTTTTTAACTGTTATAGTTATTTAAACTATTTTAGTTGTCCAATTTTCGCAATTCCAAACATCATCTACTATATCTTCATAGAACTCAGGCTCATGGCAAATAAGAAGAATACTTCCTTTATAACATTTAAGTGATCTTTTAAGCTCTTCTTTTGCATCTACATCTAAATGATTTGTAGGCTCATCTAAAACAAGAAAATTAGTTTCTTTATTAATTAATTTACATAATCTAACTTTAGCTTGTTCTCCACCACTTAATACACATACTTTACTTTCTATATGCTTAGTAGTTAATCCACATTTTGCAAGAGCTGCACGAACTTCATATTGAGTAAAAGATGGGAAGTCAGCCCAAACTTCTTCTATACAGGTGTTATAATTAGCTTTTTTTATTTCTTGTTGAAAATATCCTATACTTAGATAATCACCTAGGGTAGTTTCACCGGATATGGGATTTATTTCACCTAAAATACTTTTTAAAAGAGTAGTTTTTCCAAGTCCATTAGCTCCAACAAGAGCTATCTTTTGTCCACGTTCCATATAAAGATTTAATGGTTTAGATAAAGGTTCGTTATAACCTATGACTAAATCCTTTGTTTCAAAAAGCATTTTCCCAGAAGTTCTACCTTGTTTAAAGTTGAATTCAGGTTTTGGTTTATCTTTAGGCAATTCTATTATCTCCATTTTATCTAATTTTTTTTGTCTTGACATAGCCATGTTTCGAGTAGATACTCTGGCTTTATTTCTTGAAACAAAATCTTTAAGGTCTTGAATTTCCTGTTGCTGTTTTTTATAGGCAGCTTCTAATTGCTGTTTTTTAGCTTCGTAAACTTTCAAAAATTCGTCATAATTTCCAACATAACGATTAAGTTCACCATTTTCCATATGGTATATAAGGTTAATTACACTGTTTAAAAATGGAATATCGTGAGAAATTAAAATAAATGCATTTTCATAATCTTGTAAGTAACGTTTTAACCATTGAATATGTTGTTCATCTAGGTAATTTGTAGGCTCATCTAAAAGAAGTATATCTGGCTTTTCTAGAAGCAATTTTGCTAATAAAATTTTAGTCCTTTGGCCACCACTAAGATCGTGTACATCTTTATCCAAACCTATATCCGCAATTCCCATACCCCTTGCAACTTCATCAATTTTTGCATCAATAATATAGAAATCATTATTGGTTAAAATATCTTGAATAGTACCCATATCTTCTAATAATAATTCTAACTCATCTGGACTAGCAGTACCCATCTTATTACATATTTCATTCATTTCTTTTTCTAAATCAAATAAATACTGAAAAGCTGTTTTTAAAAATTCACCTATGGTTGTACCAGATTTTAAAACTGTATGTTGATCTAAATAGCCAACCCTAACACGCTTTGACCATTCAACAACCCCTTCATCAGGTTCTAAACTTCCAGTTATTATGTTCATAAAAGTAGATTTCCCCTCGCCATTAGCGCCAACAAGGCCTATATGTTCTCCCTTTAAAAGTTTAAAGGATACATCATTAAAAATAGCCCTGTCCCCAAAGCCATGGGTAAGATTTTCAACTGATAAAATACTCATTTTTTAATCCTTTCTATTTTAAATAATTTATTTCATTTTTAAATATACATAAAAAATTATATATGATTGAAGAAGTTTTTAAAAGAGAAATTTTAAGTAGGAGGGGACGAGTAGGAAGGTAGGAAGGTGTAGCAAGGGGACGGGGCTTATTATATAAGCCCCGTCCCCTTCATTTACTTACCATGTAGAACCTTGAATTACACCACAAGCCAGTCTTCTACCAGAATTTCCAGCAGGTTGAGATCTATAATCATCAGGACTTTCATGAATTATTATAGATTTGCCTATGATATCTCTTACTTTAAATTTATTTGTAAAAAAGCACATAGATGAATAACCATTATTTGAAAAAATTACAGGAAAATCTCCAGCATGATTTCCATGAGGTTGATTTGTAGGATTCCAATGTCCACCAGCTGCTTTAAAGGGATCATTAGGATCTCCTATACTACAATTGCCAAATTCATGAATATGAAACCCATGTGGACCTATGGGAGAATTATTTCCTGATGCCGGTTTGTATGGGGGAAGACCATTAATATTTATGCAAACATTACAACCACCAGGTACGTCAGCAAAATAAACCATACCTCTTATAGAAGGAGCTAGTGGGCCTCCTTGTATAGGACAATATGCAAAAGCCATAAAAAATACCTCTTTCTTATAATATTTATACGTAAGCGTCAAAAATTAAGTATCTAGAAAACATACCCTCTCATTGATAAACTTAAGTAAAAGATTATCAATGGGAGGTTTACTTATGTATAAAAAATTAGATAATGATGCTTGGGAGGAATATTTAAATAAATTTAACTCTGTTAAAGATACAATAACAGTGAAAGATTTCTGTGCTGAGAATAACCTTAATAAGAGTCAATTTTATTACCATAAAAAAAGAGTAGAAAAGGCAATTGAAAGTAAAGAACCTGTTTTTCAGCCTATTTCTTTGAATAGTAAAGTTGATAATACTAAAGAAAATAAATCTACATTAAAAGAAGTAAAAATTAATGTAGGCAATGCTAATATCCTTATTCCTGTTAGCGAAGCTACTTTAATAACAGCAATAATTAAGGAGTTAATTCTAAAATGTTAAATATAGATAAGGTAGAAAAAGTCTATCTTGCCTGCGGTTATACGGATTTAAGAAAAAGTATTGATGGTTTAGTTATGATAGTGCAAAACCAATTTAAGTTAGATCCTTTTGATAAAGCACTATTTGTTTTTTGCAACAAGAAAATGGATAAATTAAAAATTCTTCACTTTGACGAAGGTTTTTGGCTATATTATCACCGTTTAGAAGCTAATCGCTTCAAATGGCCAGCGACAGCTGCCGATGCATTAAAGATTAATATTGATGAATTACGTTGGCTTTTAAAAGGCTATGAAGTAAGAACAAAATCTAAATTTAAACCTGTAAAAGCAAGTAACTATTATTAAAAAAATATCAACTTTGAACCCTTGAAGTATAGTAATTTCAAGGGTTTTGTGGTATAATAGAAATATCAAATAAAGCTAAAGGGGTAACTATGAGTCACGAATTTTTAACTAATGAGCTTGATGAAAATACAAAAGCATTAATTGAAAAAATGGAAAATGAAATTAATGAAAAAGATAAAGAATTAAGCTCAAAAGATGAAGAAATAAGAAAACTTAAAAATGAATTAGAATTCTTAAAAGGTGTTATATCTAATAGAAATAGAAAGATATTTGGAGCATCCAGTGAACAAGTAGATGTTAATCAATTATCTTTTTTTAACGAGGCTGAAAAACATAGTGATTCAAAGGTAGAAGAACCTACTTTAGAGGAAATTACATATAAAAGAGCTAAGAAAAGCAATTATACTGGAAAGAAAGATAATTTAGCTAATTTGGAAAGAGTTGTTGTTGAACATAAATTAGAAGGTGAGGATCTTAACTGCAGAGAATGTGGTAAAAAGCTTACTCCTATCGGAGTTAAATCTAGAAAAGAGATTGTTAAATACATTCCTGCTAAATTAATAATTGAGGATCATGTTATTTATAGCTACGCTTGTAAAACATGCGAAAGAGCCACTGGTGAAAGTAAAATAATTTCACCAGAAGCCCCTAAAACAATTTTTTATAATAGCATGGCCTCAAATGAGTTAATTGCACATACTCTAATACTTAAATATCAACATGCAATGCCACTATATAGGCAAGAAACTTACTTTGATATGATGGGAGCTACTCTTTCAAGGCAAACTCTATGCAATTGGACTATGTCTGCAGCAGATGCTTTAGAGCCGATATATAACCATATGAAAAAAGAATTGCTTAGCCGTAATTACATTCATGCTGATGAAACTACTCTTAAAGTAATTAATGATAATGGCAAAGATTCTAAATCTAAAAAGTACATGTGGTTATATATGAGTAATACTAACTCTAAGCCTGTGATCTTATATGATTACCAAAGCACTAGATCAAGCTCTTGCCCTAAAAATTTCTTAGGAGATTTTAAAGGTTTTCTCCAAACGGATGGATATAATGGATACAATTCCGTTAGCGGAGCTACAAGAGTATATTGCTTGGCTCACATAAGAAGATATTTTCATAATATAATAGTAGATTTAGATGAAGAAGCCCTAAAAAATTCTAGAGCAATAATAGGGTTTAATTATTGTGAGCAAATTTATAAACTTGAAAAAGAACTTAGAGAATCTTATTCAAATGATGAAAATTATTATGATATTAGATTTAAAATAAGAACTGAGAAACTAGCTCCAATTATAGATAACTTTATTGATTATGTTGAAAGAGAAATAAAAGATGCTCTTCCAAGAAGTCCGTTAGGTAAGGCACTTGAGTATGCTAAAAAGCATTTACCAGGATTAAAAAATGTATTATTAGATGGTTCTCTAGAAGTTGATAATAATGCTGCGGAAAGAGCAATTAAGCCTTTCGTTATAGGAAGAAAAAATTTCTTATTTGCTAACACTGCTAAGGGTGCAACTGCAAGTAGCAATATTTATAGTATTGTTGAAACTGCCAAGGCTAATAATTTAGTTGTAGAAAGGTACTTAGTCTATCTATTTGATAATCTATCAAAGATAGATATATACGATAGCGAAAGCTTAGAGAATCTTATGCCTTGGAATGATAAGATTCCTGAAAATATGAAAATTAAAGATAAAAAATAAATTAATCCTAGTAAAGCATATTCTTGCCTTACTAGGATATTTTAATACTATTCTTGGAATTATTAAAGGTGCTAAAACTTTGACGCTTACATTTATACACTTATTATGATATGATTATATATATAATTGTGAAGGCTATAAATAAATAAAAAAATAGAGAAATAAAGGGACGGGGCTTAGATTTCTAAGCCCCGTCCCCTCAAATTGACTTCAATTACATGATATTTGTAATTGAAGCATCTTCAAAGAAGGTGTTGATATTGTATAAGATTAAGGCATCTTCTATACCTTCAGATTGTATTAAATCGTTTATGTTTTTATCGTAATATCTTAAATCAACCATATATATTTCTCCATAATGGGAAGTTAAAAATGGTACAAGACAATTTGCATAGGAATCTTTTATAATTAAAAGTTTCTTATCGTTAATAGCACCATTTACTTTGGTTTTTACTTTGACTAGGGGATGATTACTATCAAAGAAAACTGCATATTTGTCTTTTTCATTTAGCTTTTCTTTATTATAAAAAGAATTTAAAGTTTTATTAGTATCTGAATACCAAACCTCATAATCTATATTTTCTATATTTTTAGGAACAAAAGCTTGTATTGTATCAGGATTTATATTTCTAAATCCACCTCTAGAATAAAGAGATCCTAAAAAGTTATTAGATAAATCTTTTATATTAAAATAATCTTTTTTTAGAGGAGTAAACCCCATATATTTTCCTAAAGTTTTGTAAGCATAATAAGCCCCATTGGTTGTCCAGTGATGATCAGTTTTATAATATATATACTCATGCTTTTTAGAATTAAGTGTTTTATAAATTGGTATAAAGGAGACACTTTCATCTAATTTTTCCTTCATTATGTTTATATATTTTAATTCATCTTCTGTTGAAGCAAAATTAGGAAGTTTATCTTCGTATACTTTTATTGAAGTTGGTGCCATCATAAAATAAGTATTTACATTTTTATTAGATTCAGCAAAAGTATTTATTGATTTTACAGTTTCATCTAGAATTTTAGAATTAGGTGTTTTAAAATCTTGAAGAAGATAACCATCTTTCCCTAAAAACACCCCGTTACTTTCCTTTTTTCCAATAGATTTATCCACATTAGATTTAACTCCAATCCAAAAATCCCGTAGGGGAAATTGATCAGAAATATATTTTTCAAAGTTCTTAGTGAATTTACCGTTGGCTATAAGAGATAATGATATTTTAGGCTTTTGTTCAAGCATTCTATTTTCAGAAGATGAAAACTCTTTAACAGGAGTTAAAAAACTTAAAATCACTATAATACTAATAAATATAAGAAATAGCATAGCCATGACTTTATTCATGGTAGCTTCAGTTCGTTTCAAAAATAACACTCCTCCATTTAGAATTTAAAGTAAAGAAAAGGATTATAGGTTTCATTTACTAAATAAGTAGTACATAAGAAAATCAAGATTAAATATATTGTAGGAACTATTAATTTAGCATAAGGTTTAAATTTTACATTACAAATAAGCTTTTCAAATAATTTTTTAGGTAGTGGTGTAGAAAAGATTATTGCCAATATAAATAAGAATAAATTAGTGTATAAATAATAAATACTTTGATTATCTATAAAAGTATTAGAACCCATTCCGAACATAGTTTTTATAAAAGAAAACAGTACACTAGTATTCTCAAATTCAAATATAGCCCAACCTACAATTATAATAATTAATGCGTAAACATGGCTTATAAAATTAGGCAATTTATCTAACCACTTTAAAACGAAAATCTTTTCTAAAGTAATTAATATTCCAAAATACAATCCCCATATTATAAAATTCCAGTTAGCACCATGCCAAAAACCAGTTAAAAACCAAACTATAAATAGATTTCTGTATTGCTTAAGTGCTCCTTTTTTATTACCTCCAAGAGGAATATAAACATATTCTCTAAACCAAGATCCTAAAGAGATATGCCATCTTCTCCAAAACTCAGTAACACTTTTTGAAATATAAGGGTAATTAAAATTTTCCATAAGATCAAATCCAAAAAACTTTCCAAGTCCAATGGCCATATCTGAATACCCACTAAAATCAAAATATATCTGAAAAGTGAAAGCTAATATGCCAAGCCAAGCTGAAAAAACTGATATTTTATCTGGGGACAGGGCTTTAACATTTGACCAAAGTAATCCTATATTATTAGCTAAAAGAACCTTTTTAGAAAGTCCTCTAATAAAATAGCTAACCCCGTCCCCAAATTTATCTAAACTTTCTTTTCTATTTTCTAATTGTTTATTAATATCTCCATATTTAACTATAGGACCTGCCACTAGTTGAGGAAACATAGTTACATAAGTGCTGAAAGAAATTATATTTTTTTGAACCGGTACTTTTTTAAGATAAACATCAATTATGTAGGAAAGAGTTTGGAAAGTATAAAAAGATATTCCTACAGGTAAAGGTAATTTTTTAAACTTTATATTCATAGAAAATAAATTATTTATATTATCTATAAAAAAACCATAGTATTTAAAAAAACATAAAACAGATAAATTTACTGCTACGGACAATATAAAAATGGCAAGAGAGCTTGTCTTTTTACTTTTATATTTATCAATAAGAATAGCAGAAACATAACTAAATACAGTAGTAAAGATCATTAAAAATATGTATATAGGTTCTCCCCAAGCATAAAATATAAGACTTGATATGAGAAGAACCAAATTTTTTAATTTTTTAGGTGATAAGTAATAAATAAATAAAGTTATTGGTAGAAATACAAAAATAAAAACTAAGCTACTAAAAACCAA

Protein sequences of DBSCAN-SWA_4

>NZ_LT906477|481087:491459|488877_489996_-|WP_168943748.1|DBSCAN-SWA
MAMLFLIFISIIVILSFLTPVKEFSSSENRMLEQKPKISLSLIANGKFTKNFEKYISDQFPLRDFWIGVKSNVDKSIGKKESNGVFLGKDGYLLQDFKTPNSKILDETVKSINTFAESNKNVNTYFMMAPTSIKVYEDKLPNFASTEDELKYINIMKEKLDESVSFIPIYKTLNSKKHEYIYYKTDHHWTTNGAYYAYKTLGKYMGFTPLKKDYFNIKDLSNNFLGSLYSRGGFRNINPDTIQAFVPKNIENIDYEVWYSDTNKTLNSFYNKEKLNEKDKYAVFFDSNHPLVKVKTKVNGAINDKKLLIIKDSYANCLVPFLTSHYGEIYMVDLRYYDKNINDLIQSEGIEDALILYNINTFFEDASITNIM
>NZ_LT906477|481087:491459|482677_483187_+|WP_089865214.1|DBSCAN-SWA
MKKGYIAGKLFKQGDIRQRLYEEEILKKEISNVKWHNPINDPEANDKSKAPTAETIFKNDCKKVLESDYIVAELDDEDSGTIAELFIAWTVNYFYKLFEEGYTLEEIKEKIPYKDIYCHLSDIRQDSKGYEGIRLPWGINQFVIGGLINDGKIMRNFEEIVEDISSKEK
>NZ_LT906477|481087:491459|481087_482674_+|WP_095177362.1|DBSCAN-SWA
MISTNNISLRYGGRVLFEDVNVKFTPGNCYGLIGANGAGKSTFLKILSGEIEANKGDVIIEPGKRMAVLKQDHFQFDSEPVLETVIMGHQRLYNIMKEKEEIYSKPDFSEEDGIKVAELEGEFTELNGWEAESEAATLLTGLGIPVELHNKLMKDLDGAQKVRVLLAQALFGKPDILLLDEPTNHLDIKSIQWLEEFLINFENTVILISHDRHFLNKVCTHIADLDFGKIQLYVGNYDFWYESSQLALEMAKDQNKKKEEKIKELEEFIARFSANASKSKQATSRKKMLDKINLEDIKPSSRRYPYVAFKPDREAGNDLLTVEGITKTIDGEKVLNNVSFRVNKGDKIAFVGENSIAKTALFQILMGEEEADSGEFKWGITTSQSYFPNDNSKYFNGVNLNLVDWLRQFSEEKSETFIRGFLGRMLFSGEEALKSAEVLSGGEKVRCMLSKMMLSGANVLILDEPTNHLDLESITAVNNGLINFPGTILFTSHDHQFVQTIANRIIEITPDGIIDRQMTYDEYLNRSC
>NZ_LT906477|481087:491459|490046_491459_-|WP_089865232.1|DBSCAN-SWA
MVFSSLVFIFVFLPITLFIYYLSPKKLKNLVLLISSLIFYAWGEPIYIFLMIFTTVFSYVSAILIDKYKSKKTSSLAIFILSVAVNLSVLCFFKYYGFFIDNINNLFSMNIKFKKLPLPVGISFYTFQTLSYIIDVYLKKVPVQKNIISFSTYVTMFPQLVAGPIVKYGDINKQLENRKESLDKFGDGVSYFIRGLSKKVLLANNIGLLWSNVKALSPDKISVFSAWLGILAFTFQIYFDFSGYSDMAIGLGKFFGFDLMENFNYPYISKSVTEFWRRWHISLGSWFREYVYIPLGGNKKGALKQYRNLFIVWFLTGFWHGANWNFIIWGLYFGILITLEKIFVLKWLDKLPNFISHVYALIIIIVGWAIFEFENTSVLFSFIKTMFGMGSNTFIDNQSIYYLYTNLFLFILAIIFSTPLPKKLFEKLICNVKFKPYAKLIVPTIYLILIFLCTTYLVNETYNPFLYFKF
>NZ_LT906477|481087:491459|483945_485502_-|WP_089865223.1|DBSCAN-SWA
MSILSVENLTHGFGDRAIFNDVSFKLLKGEHIGLVGANGEGKSTFMNIITGSLEPDEGVVEWSKRVRVGYLDQHTVLKSGTTIGEFLKTAFQYLFDLEKEMNEICNKMGTASPDELELLLEDMGTIQDILTNNDFYIIDAKIDEVARGMGIADIGLDKDVHDLSGGQRTKILLAKLLLEKPDILLLDEPTNYLDEQHIQWLKRYLQDYENAFILISHDIPFLNSVINLIYHMENGELNRYVGNYDEFLKVYEAKKQQLEAAYKKQQQEIQDLKDFVSRNKARVSTRNMAMSRQKKLDKMEIIELPKDKPKPEFNFKQGRTSGKMLFETKDLVIGYNEPLSKPLNLYMERGQKIALVGANGLGKTTLLKSILGEINPISGETTLGDYLSIGYFQQEIKKANYNTCIEEVWADFPSFTQYEVRAALAKCGLTTKHIESKVCVLSGGEQAKVRLCKLINKETNFLVLDEPTNHLDVDAKEELKRSLKCYKGSILLICHEPEFYEDIVDDVWNCENWTTKIV
>NZ_LT906477|481087:491459|485679_486147_-|WP_095177363.1|DBSCAN-SWA
MAFAYCPIQGGPLAPSIRGMVYFADVPGGCNVCININGLPPYKPASGNNSPIGPHGFHIHEFGNCSIGDPNDPFKAAGGHWNPTNQPHGNHAGDFPVIFSNNGYSSMCFFTNKFKVRDIIGKSIIIHESPDDYRSQPAGNSGRRLACGVIQGSTW
>NZ_LT906477|481087:491459|486588_486939_+|WP_095177365.1|DBSCAN-SWA
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINIDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477|481087:491459|487028_488663_+|WP_095177366.1|transposase|DBSCAN-SWA
MSHEFLTNELDENTKALIEKMENEINEKDKELSSKDEEIRKLKNELEFLKGVISNRNRKIFGASSEQVDVNQLSFFNEAEKHSDSKVEEPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGEDLNCRECGKKLTPIGVKSRKEIVKYIPAKLIIEDHVIYSYACKTCERATGESKIISPEAPKTIFYNSMASNELIAHTLILKYQHAMPLYRQETYFDMMGATLSRQTLCNWTMSAADALEPIYNHMKKELLSRNYIHADETTLKVINDNGKDSKSKKYMWLYMSNTNSKPVILYDYQSTRSSSCPKNFLGDFKGFLQTDGYNGYNSVSGATRVYCLAHIRRYFHNIIVDLDEEALKNSRAIIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477|481087:491459|486262_486595_+|WP_095177364.1|DBSCAN-SWA
MYKKLDNDAWEEYLNKFNSVKDTITVKDFCAENNLNKSQFYYHKKRVEKAIESKEPVFQPISLNSKVDNTKENKSTLKEVKINVGNANILIPVSEATLITAIIKELILKC
>NZ_LT906477|481087:491459|483318_483867_+|WP_089865217.1|DBSCAN-SWA
MLDLEVILEDIIKFGAQYAKSFELQDVEFDNKIRNYCKENLCGHYGTNWMCPPGVGEIEDLKKEVMKFKKGIIYQTIHPVKNIRDRKETDVIRDRHNNFTRELTENLREKYSNLEFFPMGAGPCELCTTCGYLKGKKCIYPQKAISSAEAYGINLGSLLKSCGLEFNYSDDTLAYVGVLLIK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_095177362.1|481087_482674_+	ATP-binding cassette domain-containing protein	A0A2K9L3Z8	Tupanvirus	4.5e-53	28.3
WP_089865214.1|482677_483187_+	nucleoside 2-deoxyribosyltransferase	Q2WG40	Clostridium_botulinum_D_phage	2.2e-33	45.6
WP_089865217.1|483318_483867_+	DUF2284 domain-containing protein	NA	NA	NA	NA
WP_089865223.1|483945_485502_-	ABC-F family ATP-binding cassette domain-containing protein	A0A2K9L3Z8	Tupanvirus	2.3e-54	29.5
WP_095177363.1|485679_486147_-	superoxide dismutase family protein	Q9EMF1	Amsacta_moorei_entomopoxvirus	8.6e-13	37.4
WP_095177364.1|486262_486595_+	hypothetical protein	NA	NA	NA	NA
WP_095177365.1|486588_486939_+	IS66 family insertion sequence element accessory protein TnpB	S5VXZ8	Leptospira_phage	4.6e-19	45.3
WP_095177366.1|487028_488663_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	1.7e-55	31.6
WP_168943748.1|488877_489996_-	hypothetical protein	A0A125RNN9	Pseudomonas_phage	7.1e-05	22.1
WP_089865232.1|490046_491459_-	MBOAT family protein	A0A125RNP0	Pseudomonas_phage	5.2e-53	30.6

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_LT906477|884160:973003|DBSCAN-SWA
TATGTTAGAAGATAGTATTTTAATAGTGGATGATGAAGAGCATATTAGAGAGCTTATTAGATATAATTTAGAAAAACAAGGTTATAAAATTTTTTGTGCTGAAAATGGAAAAGAAGCTTTAGAAACAGCTAAAGACAAAAAGCCTACATTAATTTTATTAGATGTTATGTTACCTAAAATGGATGGATATGATGTATGCAAAGAAATAAGGAGAGATACTTCTATATCTACTACACCAATTATAATGATAACTGCTAAAGGTGAAGAATTGGACAAAGTACTGGGATTAGAACTTGGTGCAGATGATTATATAACAAAACCTTTTTCTATTAGGGAACTAATTGCTAGAATAAAAGCTGTGCTGAGAAGAACCGTATTACAAAATACCGAGGAACCCTTTAAATTTGAGGATTTGAAAATGGATTTTGAAAAACATGAAGTAGTAAAAGATGGAGAAAAGGTTGATTTAACTCTTAAAGAATTTCAACTGTTAGAGATACTTATTAAAAATAAGGGACGGGTACTAACTAGAGAATACTTATTAGATAAGATATGGGGATATGAATACATAGGAGAAACTAGGACAGTAGATGTACATATAAGACATCTAAGGCAAAAAATAGAGAAAGATGATAAAAACCCTAAGTATATAGAAACTATTAGAGGAGTTGGATATAGGTTTAATTTAAACATAAATTAAAGGTGATTAAATGAAAAAAAGATTAATGAGACATATGCTAGTTACGCTAACTTTCAGCATGATTTTTGTTATTACTTTTTTTGCTGTTATAACAAATTATAGATATATGGAAAATAGTAAGGCTAATTTAAAGGTAAATAATGAAATTGTATCAAAAATGTTAGAGTCCAATGACATAAAAAATAAAAATGACATTATACCCTATATATTTGGTAATAGTGATATAAGAATAACTTGTCTAGACCAAAATGATAAATTAATATTTGATTCGCAACTAGAAAAACAGCAGGGAGAGTTTTATGGGAAACGAGATGAAATAATAGAAGCCAGAAAAAATGGAGAAGCACTTAAAATTAGATATAGCGAAAGTAAAAACAAGAATACTATATATTTTGCTAAAGTTTTAAAAAGTGGAATTATTCTTAGAACTTCTACAAACCTCAATGATATTAGCATTGTACAGGGAAAATACTCTATATATTATTTAATTATAATCATACTTTCTAGTATGGGGGCTTTTATCTTTGCATCTAAACTATCTTCAAGTATTGTTAAACCTATAAAAAAATTAGAATTTATAACTTCTAGGATAGCAGCAGGAGAATTAGACAGAAGAGTAAATATAAAATCTAAGGATGAGATAGGTCAGTTAAGTAATACTTTTAACAATATGGCAGATAAACTTCAATATACAATAAATGATAGTATAGAAAAACAAAATAAGCTAGAAGCTATATTAAAAAGTATGGATAATGGAGTAATTGCAGTAGATAAAGATTTTAGAATTATAATGATAAATCCCTATGCTAAAGAAATTTTTGATATAGAAGAAGATATTATTGGTGAAAACCTACTTGATAGAATAAAAAGTTATGAATTAAAGGATATATTTAAACAAGATAATATAGAAGAATATAGAGAAGTGAAAATATTTTATCCTAAAGAAAAAGACTTAAGAATAAAAACTACGGACATAAAGATAGGAAAACAATTAATAGGTACGGTAGCAGTAGTACAAGATGTTACAGAAATAAAAAAATTAGAAAATATGAGATCACAGTTTGTAGCAAATGTTACTCACGAGTTAAAAACACCATTAACATCTATAAGAGGGTTTGCGGAAACTTTAAAATATGTAGAGGATAAAGAAACTAAAGATAAATTTTTAAATATAATAAATGATGAAGCAGACAGGCTTACAAGACTTATAAATGATATACTAGCGCTTTCAGATATAGAAAATAATAAAGATATGAAGCAAGAAAGCATACATGTAAATGAAATACTAGAGGATATAGTATATTTGATGGAAAATTCTTCAGAAGAAAAGAATATAGAATTATTTATTGTAGGAGATAAGGTATCAAATATAAAAGGAGATAAAGACAAATTTAAGCAAATGATGATAAATCTAGTAGATAATGGCATTAAATATACTGAAGAAGGTGGCAAGGTTTATATAGGAGCTAAAGAAGAAGAAAATAATTGTGTACTATGGGTAGAGGATACAGGGGTAGGCATATCTAAAGAACATATAGAAAGACTATTTGAAAGATTTTATAGAGTAGATAAGGCTAGAAGTAGGAGACAAGGTGGTACAGGACTAGGGTTAGCTATCGTTAAACATATAGTTTTAGGTTTTAATGGAACTATCAATATAGAAAGTGAGGAAGGAAAAGGAAGTAAATTTATTATAAAAATACCTATTTCATAAAGAAATATATTTATTAATTACTAAAAGAGGTTGCCAAAAGAAGCGTTCACTTAGGGATTGAAGAAAAACTTAAATGAACAGCTTCAAGCGGAGCAAAAAGAGACCAGTCACAATCAGGCATGAATGCTTGAAGTGACTGGTTTTTTATAAAGATATTATTTTTGAATTAGCGATTGATATTAATCTATATCAATCCTAAATACTTCTCAAAGAATAACATTAGTTTTTCGATAATTCCTTGCTTTTTCGCGGCTCTGCCTCCGCCAAAGCGGGATACAGGTGGCATGATTTTATCAATGGCTGTACCGGTCGTCTTAAGCATTCCATCTCGGAAAGCATTGTCGATGAAACGGCGGGTTTCTTCAGGCTTTAATTTTTCTTCTTCTATAATTGCTGAAATATCCGCTTCCTTACGCTCATGGAGGAATTTGCGCCAATCCTCATCCACTTTGGTCGATACATTGACTTGCTCTATAAAACGCTCGATAAGCTCTTTCTTACTTCGAAGTTCAATACTTGAATTGATAGCCTTATCAATAGTTGTAAGAATGGTTTTATCCTTACAGTTGGATTGTTGATATTTGGCTACAAGCATAAGGATGTAGTCAATATTTACCTCTATCTGTTTGACCAGTTCAATCTCGAAAACTATGTCATCATTGATAGTTTCTTTGTCACCATCAGCACCTTTTCTATATTCCTGATACAGGTCAATATAAATGCTCTGATAGTCCTGAAAATCCCTTTCAGATAAAATCTCATTTCCTTCAAAGTCATCGAAAGAAGTAAGAATATTTCTGAGCCTGAGTATTGCTCCATATAACCTGATAAATTCTTTTTCAGCTTCTTCTCCGAGAATAGGTTGTCCAAGGGGATACTGTGTTGTAAGGGTTGCAATCAATTCAGCATAGCCCGGCTTGTGTTCACCTTTTTCATCATATCCCTTATAATATTCATCGAATGTTTTTAGCAGTACAATACCGCCTGCATCCTTATTGCCGAATAGTGCAATAGCTTTGTCTGTTTCTTCTTTCAAATCTCTAAAGCAAACGATATTACCATAGGTCTTAACGCTGTTTAGGATGCGGTTAGTTCTTGAAAAAGCCTGAATCAGTCCATGCTGTCTCAGGTTTTTATCTACCCATAGCGTATTTAGGGTTGTTGCATCAAAGCCTGTAAGAAACATATTAACAACAATCAATATATCAATCTCCCGATTCTTTACACGAAGAGAGAGGTCTTTATAATAATTCTGGAACTTATCCGAGGAAGTATCGTAATTCGTGTTAAATGTGGAATTGTAATCTCGGATAGCCGCATCAAGAAAATCTCTGGAGCTCTGGTCAAGGTTTTCCATATTAAAATCCTCTTCAGGAAGCAATCCATCTGGCTCTTCTTCATTTGCACTAAAACTGAAAATAGTTGCAATGGTAAGGTTACGGTTCTTTTCCGCTATCTGCTTCTTAAACTCATTATAGTATCTGATTGCCATTGGGATGGATGCAGCAGCAAATATGGAGTTGAAACCGGCAACTCGCCTTGTTTCACGCTTTTCTATCATCTTTTTAGGGTTGTGCTTATCTGCTTCTTCCCATTTCGCAGAGAATGTGTAATAACTATTGCGCTTCGTCTTTTGATCAAAGTGTTCAAGAACATAAGAAACAATTTCACTGATTCGCTGTGGATCTGCTAAGGCTTTTTCTCTATCTATGCTATAGACTTTTTTATCATTAACGTAATCAGGCATCTTAATGGTATTGATAAAATCTATTCTAAAAGGCAGAACATTCCCATCATTGATGGCATCTACAATGGTATAGGTATGTAGCTTTTCTCCAAAGGCCTGCTCGGTTGTACGAAGCAATGGGTTACCTCCTGAACTGGCATTAGCAGCAAAAATCGGAGTTCCCGTAAAGCCGAAGATATGGTAGTTCTTAAAACTCTTCGTGATAGCTTGATGCATTTCGCCAAATTGGGAACGGTGGCACTCATCAAAAATCAGTACCACGTGTTTCTTATAAATATCATGCTGTTTATTTTTACGTATAAATATATCCAACTTCTGAATAGTGGTTACAATGATTTTGTATTCATGAGGATTTCCTTTTTCATCCCTGTCTTCCAATTGTCTTTGAAGAACTCTTGTGGACGTATTACCATTAGCAGCTCCCTTTTCAAAACGGTCATATTCCTTCATGGTCTGATAATCCAGATCTTTACGGTCAACGACAAACAGTACCTTGTCTATGTAAGGCAAGGCAGAAGCTAATTGAGCTGTCTTAAAACTGGTCAATGTCTTACCAGAGCCTGTTGTATGCCAAATATATCCTCCAGCTGCAGTTGTGCCCATCTTCTTGTAGTTTGTTGATACTACAATACGTGATAATATACGTTCTGCAGCAGCTATTTGATAAGGACGCATTACAAGGAGCAGATCCTCAGATGTAAAGATACAATATTTTGTTAGTATATTTAAGAGGGTATGCTTGGCAAAAAATGTTTTAGTAAAGTCCACAAGATCAGGAATAATTTTGTTGTTTGCATCTGCCCAAAAGCTGGTAAATTCAAAGCTGTTGCTTGTTTTTTTGCTTCTTCGACGTTCACTGCTGCTTTGCTCCTTGATATGAGCATTTCTTGTGGTGTTGCTATAATACTTTGTATGGGTGCCATTTGAGATTACGAATATTTGCACATACTCAAATAAACCAGAAGCCGCCCAAAAGCTGTCACGTTGGTATCTTTTTATCTGGTTGAAAGCTTCACGGATAGCAACACCACGACGCTTTAACTCTACATGAACTAGTGGAAGTCCATTTACAAGGATTGTTACATCATATCGGGTTTCATGCTTGCCACTCGCTTCTTCGTATTGATTAATAACCTGCAAACGATTGTTATGGATATTCTTTTTATCCAAAAGGTATATGTTCTTTGTTGTTCCATCTTCACGTTTTAGAATCTGGATATGGTCATCCTGAATTTTTCTGGTTTTTTCAACAATACCCTCATTTGTATTGGCAATACATTCTGTGAAAAATCTATCCCATTCGCTATCAGTAAATGTAAAATCATTAAGCAGTTCAAGTTGTTTTCGGAGATTTTCTATCAATGCAGCTTCATTGTGCACTGAAATATATTCATATCCTTGGGAAGTCAGTTGCTTAATAAACTCCCGCTCAAGTTCTGCCTCGCTCTGATACTTTTCAGGACGGACATTATATTCAGCTGCGTATTCGGCAACAACCGTTGCTTCGTCAGTACTTGCAACGATATTGTATATACTCATGCCTTCACCTCCTTGAAAGATAACAGTATATCCCTGTAATATTCATACTGCTTTTGACGTGCTTCGATTTCAGCAGGAATACCGCTGGTTAAGTCGTTGCAGAGAGCGTCAAAGCGATCGAGGATGGCTACGATGCGCTCTTGTTCTTCTAATGATGGTAATGGAATTGATATTTGCTCAAGTTTTTTAGGAGCTACTTCTATCACTTTTGTGCCTTGTGCAATTTTGCGTTTTTGCTTAAAAAAGGAGTATGTCTGCAAACAATATGAAATAAATTTAGGATTTTGATTATGTTTAAGAATGGCTGTATGACCTCCAGTAACAATTTCATTTTCACCTAGCCATGCTACACATTTGCATACATCTTCAACATTTTCGCTTGTAACAGCAATGATAATGTCACCCGTGTTTACTTTTTTTAGTTTAGATGCTAATTCGGGAGATACAAATGACTTTGTTTCGAAGGTGAAAGCACCATAATAAGTGTAAATTTGCCCATAGTGAATACACCCAACACCGCGATCAGTAAAGTCTTTTTTCTGCAGACCACTTCCGCGTATAATCGTACCGATTTCTCCCAATTTTACAATTGGCACATCATCACCAAACGTCAACAGCAAATCCCTATAATACTCATACTGCTTTCTTCTTGCTGTAAGCTCTGCTGTAAGCTCTGCTGTAAGCTCTGCTGTAAGCTCTGTGAAATTGTCCAGAATACGGACAATTTCCTGCTGAACAGGTAAGGGGGGAAGAGGAATTTGCATATCTAATACATCTTTCATACTAGGATGCTTTATTCCTGACCCACGATAGAATGTATCTATTACTTCCCCTTGACTAAGTAACCAATAATATAAATATTTATTTGATAAAATTGTAGTATCAGCTGATGTCGCAATACGATTATCAGCCGTAACAAATTTTCCTTTGTAATACTTTATTACATCCTTTACAGGACGTGATTTTCCCCAAGGAATTGTTACGACTTCTCCCTCACATAGATTATCACCTGCAAGTTCTTCAGTTGTCCATCCTGTTTGCTCGCCAGTTGAAAGAAGAAATACATTTCCCCCCTCTTTTTCTAGATCAAAAAGTTTCGATGCAAGTAAATAAGGATATTTGATGATTTTGGGTTGCTTCCTCCTATCTACTGCATTAAATTTTTTATCCCAGATGGTGACTTCCCATAGTGATTTTCGTTCAACTCCATTCGGACAAAGCTCTGCTATCAGCTCATCTAACCTGCTCATTTGCCCACCTCAATTTCTGCAATAATCTTATCTATTTCTTCCCTTAAAATCTGCTCTCTCGCCACAATTTTTTCTATCTCAGCATTGAGGGCAACAATATCAATCTTTTCTCTGGTATCCTCTTGTTCAACATAGGTAGAAACAGACAGGTTATAATCTTGTTCAGCTATTTCACTGTTTGGCACAAGCCTAGCAAAATGCTCAATATCTTTTCTTTCCTTAAATGCATTAAGAATGGTCTCAATATTTTCCTGTGTTAGCTTGTTGTTATTCGTAACCTTAACAAATTCCTTTGAAGCATCGATAAATAAGGTGCTATTTTCTGATTTAGACTTCTTCAGCACCATAATGCAGGTAGCAATGCTGGTACCATAGAACAAGTTATCCGGTAACTGAATGATACAGTCGATATAGTTATTGTCAATCAGGTACTGCCTGATTTTCTTTTCAGCACCACCGCGATACATTACACCAGGGAAACATACAATAGCCGCTGTTCCGTTTGTTGCAAGCCAAGAAAGGCTATGCATAATAAAAGCAAGATCTGCCTTGGATTTAGGAGCCAATACTCCCGCTGGAGAAAAACGGGGATCGTTAATCAAAATAGGATCATTGTCGCCCTTCCATTTAATAGAGTAAGGTGGATTTGATACAATGGCTTCAAAAGGCTCATCATCCCAATGTTGCGGATCTGTTAGCGTGTCACCAAGGGCAATATCAAATTTGTCATAATCAATATCGTGCAGGAACATATTGATTCGGCACAGGTTGTAGGTTGTAATGTTGATTTCTTGACCGAAGAAGCCTTGTCGTACATTTTCTTTACCAAGGATTTTGGCAAACTTGAGTAGTAGAGAGCCAGAACCACAGGCAGGGTCATAAACCTTGTTCACTTCGGTTTTTCCCACGATTGTAAGATGGGTAAGGAGTTCAGAAACCTCCTGCGGCGTATAGTATTCACCACCACTTTTTCCTGCATTGGATGCATACATACCCATTAAAAATTCATAAGCATCACCGAATGCATCTATGGTATTGTCTTTGTAATCTCCCAGCTTCATTTCTCCAACAGAATTCATTAGCTTAACTAACTTTTCATTACGCTTTGCTACAGTGTTACCTAGCTTATTGCTGTTAACATCAATATCGTCAAACAAGCCTTTGAAATTATCTTCACTCTCTGTTCCTTGCGCAGATGCTTCTATATTACTGAAAATCTGCTCTAGTGTTTCATTTAAGTTTTCATCGTCCTTTGCACGAGTTCGGACATTTTCAAAAAGTTCGCTGGGTAAAATAAAGAAGCCCTTTGTCTTAACTAAATCCTCTCGTGCCTGTTCTGCTTCTTCGTCGGATAGCTTAGCATAATCAAACTCCGTATTGCCAGCTTCCCATTCTCCTGCATTAATGTAGGCAGTAATATTTTCAGATATGTATCGATAAAACAGCATACCTAGAACATATTGTTTAAAGTCCCAACCATCTACGCTGCCTCTTAGATCATTTGCCATATTCCATATCGTGCGGTGTAATTCCGCCCGTTCTTGTTCTTTTCTGTTGTTTTCCATAGCTCTACTTCCTTTCTTCAACCATATTAGGCACTAATTCCATGATATCTTTAAAATCAACGCCAAGCGCCGTACAAACCTTTACAAGAACGTCCATACTGACATATTCGTTTTTAGAAAGCTTTGAAATTGAAGATGGACTTATTCCCGCAGCAGCTTGTAAATCTTTCTTCTTCATATCGCGGTCAATCAACAATTTCCAAAGCTTTTTATAGCTAACGGTCATCTTGGTCACCTCTTTATATATGTTTTTTCCATTATAGCACATTTTCTTCAAAAATAACATGATAATTCTGTGTTTGTGAAGTAATTTTACAATGTTAACAAAGATAATGATAGTTGTGTATGCCATTATTTTTGATTTTTATTTAAATAAATACTTTTAGACAAAAATGTCTGTAAGTCTATTTGTAAAACCAAAGGCAAAGTTATAACATTAAGCCTTCTTAAATTTAATACCACTTTCGCTCAAATTTGAGCAAAAGCATAAGCATTACAGCCGTCTTTTCTGGAAAGTAGACAGGCTGTTTTTTATTTTAGGGGGTTCGAATCAATAGAATTCTTCGCTTATGGATGAGGAAGGAAAATATTTTTCTAAAATCCTCAACTAATGTGCCCTGCCGTGGCTATAAGGTGAGAGGAAAAATAATCCACCAATGAAAGCATAGTTTTTCTCTCACTGCTCCTTGACAACTGAATACCCCGAAATGCAAGAGATATTTCAAGCAGAATATGCCATGACGATAATTCCGAGCGTATTCCTTGAAAGATAACGAGGTTGTGTCAAACAAGGCAAACCCTCTGGAACAGTAGCGTTTCGGGTCATTAATAAAAGACAAGGAGGTGAAATAACTGAATATACAATACGAGAACTTGCCACAGGTGCTTAAAGATATGCCACAGTTTTGCTGTTGGAAATATGAAGAGCGAAGCGGCAGAAAAACCAAAGTTCCCTATAACCCGGTAACAGGAAAAAGGGCAAAAGCAGATCAGCGGAGTACATTTAAAGATTTTAGTTCTGCGGTTGCTGCTATAAGTGATTATGACGGTATCGGATTTTTGGTGGGTAATGACATATGTGTTATCGACTTAGATGATTGCTTTGATAGTGGTGGTAAGCTTAAGCCTGTTACCCAAAATGTTGTAGAGGCTTTTAGTGGTTGTTATATGGAACACAGTCCATCTGGGAAAGGGTTGCATATTTTCTTTAAGGCCACAGGCTATGACTTTGACAAAACAAAATACTATATCAACAACAGAAAGCTGGGAGTTGAGGTCTATGTGGCTGGAGCAACAAACCGCTTTGTTACCGTAACGGGCAATGTGTATGCAGATGGTGCTACAACTCGAAACGGTAAAGGTACGCTATGCGAGAGCATTCTAAAAGTATTAGGCAGCTATGGCTGTACCGCAAGGCCGGAAACTATCAGTCTGAAAAAGAACAATAATAGTTCAAGTCCCAGTGAAGATATTGCCCGGCTTGCAGGAGTTCGCTTTGTGAATATCTCCGAACCTAGCAGAGGCCTTGTCCTAAATGCTGCGCAGGTAAAAAGCATGACGGGCGGTGACACCATTAATGCAAGGTTTCTGCACGAGAATTCCTTTGACTTCTCACCGAAGTTCAAGTTGTATATCAACACCAATTATCTGCCCGTTATTACAGATATGACGCTATTTTCCAGTGGCAGAGTGGTGATTATCCCCTTTGAACGACATTTCGATGAAAGCGAGCAGGATAAAAGCCTAAAACGTGAATTTGCCAAACCGGAGAATCAAAGTGCTATCCTCAACTGGCTCATTGAAGGCTATCGGCTGTTAAAGAAGGAAGGCTTGACTTTACCCGATTCCGTCAAGACAGCCACGGATGCTTACAAGCATGACAGCGACAAGATAGCATTGTTCTTTGAAGATGCCTTGGAAGAAAGTCCTAACAGTGAGGTGCGGACATCCGAAGTGTATGCCCGATATCAACGCTGGTGTAGTGCCAATGGCTGTTATTCGGAAAATGCCAGAAACTTCAAACAGGCCTTGTCCGCCATCGCCCGTGTGGAGCGGAAACGACCACGTTCTGGCGGTGGGATGACCACACTTTTAATGGGCTATAAGCTGGCCAATGACGATGAGTTTTTCCTCCTTTAAACACATTGTAGCAGCTTGTAGCAAGTAAAACAGGTTATATGAAAAAACGCTCTCGTATAGAGAGTTTAGTTTTTACCTGCTACATCTTGCTACAAAGCTTAAAAACACTAAAACAATGGATACAACTCCATGTGTTGATACCTGCCCCTAGGGGAGGTCAAATCTCCACACCTTTTCATCTGGACAACGGGCGTGGGGCAACGCGTAAAAAAACGCGGTTTCAAACAGGGTATATACCCCACATTTAATAAAATTTAGGAGGTAAAGGATTATGGCAACTTCAACAACTTATAATAGAGCGTTTTGGAATGTTATGAAAGGAAAAGAAGAAAATAATCAAAATCTAAGCGAGGGCTTTGATAATGCAGGAGCCTATGTCGCACCAGATGAGTTCCGAGAAGGCTTTAACACTGCTTTGGCAAAGGAGAATATATTCCGCAGATTTGTTACTGTTATCAATCTATCTTCTGCAGAAGGTAAAATTCAAGCGGTATCCTCAACGAGTACAGCAGATTGGGTTGAAGACGGAGATCCAATCCCCGAAAGTGCCGATACATTTACACAGTTTCTGGTGAAATCATACAAGCTGGCATCTCTTGTCAAGCTAAACCGCTCATTTGTCACCGATATGAACTTTAATCTTGAAAAATATTTGATGGGTGATTTTGCAAAGCGTTTTGGCAAGGCTGATGCATTGCAGGGGCAAATCGGATTTTCTGCTTACGAGAGATTGGATGGGAAGCTAATTCAACCGGATGCTCTGAAAATATTACAAATAAAAGCTTAAATAATGGATTAGGCACTGAGTCATCAATTCTGCTCAGTGCCAGTTCCTTCAAAACATCGGACAGGAGGTCACGATATGGAAAACCAAAGTAACTGCCGCACAACCAAATCCGATATCGGAGGTACGGTCTATGTGGTGGAATCACGAATAAGTGATTCAGCAAAGGAAAGTGTATATTCCAAGCTGAAACGACTGATTACAGTCAACGCAAAAAACCTTTCAAAGTTATCAGATAGTTCATATAAACCCACGGAAATCAACTCGACTTCTTCAAGGTAGTACGGTAATATACATAGTGCTAAACCGCTTGAAGACTGTCGGAAATGGAGGATAAAAATGAATAGACAGTCAACATTTAGCACTATACGTAAATCAACATTAGCATTTGAAGAAGCGAAAATTACTGCTCTGTACTGCAGGCTTTCCCGTGATGATGAGCTTGAAAGTATGCTGAGGACAACGGTTTTCGCAACATCGAATTTTATGTGGATGATGGGGTCAGCGGTACAACTTTTGATAGACCAGACTTTAACCGCATGATTGCAGATGTAGAGTCCGGTAGAATCGGAACGATTATCATTAAGGATATGTCACGCTTTGGCAGGGATTACCTTAAAGTAGGTTATTATACCGAGATTATGTTTCCTGAAGCAGATGTACGATTCATTGCTATTAACAACGGTATTGATAGTGCAAACCAAGCAGACAGTGACTTTACACCGTTTCTTAACATTATTAATGAATGGTACGCTAAGGATACTAGCAAGAAAATCCGTGCTGTGTTCAAATCCAAGGGACAATCTGGTAAGCCACTCTGCACCAATCCACCTTACGGTTATATTAAAGACCCTGAAGATAAGTTGCACTGGATTATAGATGAGAAAGCCGCCGAAGTGGTCAGAGATATTTTCCGACTGTGCATGGCTGGCTTTGGACCCACGCAGATAGCAAAGCAACTTGAAAAGCGATGCATTGATACACCTACGGTTCATCTTCGCAAAATGGGTATTAACACTCCAACAAGACCACCTGAAAACCCATATGCTTGGTCGGCTCGTACCGTAGCATATATTCTGGCTAAAATGGAATATCTAGGCCACACAGTGAATTTCAAGACTTCTAAAAAGTCATATAAGAGCAAAGTCAAGATAATGAACAATCCAGAAGATTGGCTGGTTTTCAAAAATACCCATGAAGCAATTATTGATGAGGGGACTAAGGAACTTGCCAAAGAACTCCGCCAAAGTAAAAAGGAGTACGAACAAGCTCAGGCTCGTATTGCTGACATAGACAAAATCATTCGAAAGCTATATGAGGACAATGTGATGGGCAAAATTCCCGAAGAGCGTTTTTACAAGATGTCGGCTGAATATGAAGCCGAGCAGAAGGTACTGGAAGAAAGGATAACCAAATTAAAACATACTATTGATACAGCAAATGAACAGTCTCTAAATACCGACCGTTTTTTGGCACTGGTTAAAAAGTACACAGAAATTACAGAATTGGATGCAGAGATTATTCGAGAGTTCATTGACAAAATTATAGTATTCAAGGCTGAAAAGGTAGATGGCCGCAGAACCCAGCGGATTCAAATTTTCTATAACTGCATTGGTGCTATCGACTTACCAAAATAAACGAAAAAACGGCATAGCCGAATATCAACGACTATGCCGAATTTTTTAGGAATTATAAATCCCTATCTGACCGCTCCTAAGGGCAGCCTCTTTTTACATTGTAAAAAGGGGGTTAACTTATTTTAACAAAGGGGTAATATGTGCTTAACTTAGATTTATTATAATTTGTATAGAAAGAAAAAATTATAATAAATTGGAGGTTCTTTATATGAAAAAAAATAATCTAAAACTCTTACTTACAGCTCTTTTAATAACAACAACATCTATGGTATTTGCAGCTTGTAGTGGGAAAGATAATAATTCAAAGGATACTTCTAAAGGGGAAAAAACACAAACTATTACTTCTTTAGGTTCAACAGCATTGAAGCCTTTAGTAGAAGAGTCAGCTAAAAAATTTAAAGAAAAAAAACCAAAAGTTACTATAAATGTTCAAGGGGGAGGAAGTGGTGCAGGAATTAGTCAAGTATCTGAAGGAACAGTTGAAATAGGAAATTCTGATGTACCAGCAGAATCAAAATTAAAAGATAAGGAGAAAGCCAAAGAATTAGTAGATCATAAAGTATGTGTTATAGGATTTTCAATTGTAACTCATAAAGACGTAAAAGTAGACAATCTAACAAAAGAACAAATACAGGGTATATTTACAGGAAAATATACTAACTGGAAAGAAGTAGGGGGAGAAGATTTAAAAATAAATGTAATAAATAGACCAAAATCTTCTGGAACAAGAGCTACTTTTAAAGATACTATTATGGAAGACAAGAATGAAAAGGAAGATATCGGAATAATTCAGGATTCTAGTGATGCAGTTTCTAAATCTATACAAGCTACTAAAGGATCTATAAGCTATCTTGCATTATCTTATTTAACAGAAGAAAAATTACAAGGATTAAAGTTATTAAAAATTGATGGAGTCGAAGCTACAAAAGAAAACATAATAAATAAAAAATATCCTTTCTGGTCCTATGAGCATATGTACACAAAAGGTGAGCCAGAAGGTTTAACAAAAGAGTTTCTTGAATATATGATGAGCGATGATAACAAAGAAAATGTTGAAAAATTAGGATATATTCCAATAGGAGATTTTAAATAAGGTGGAAATGAGTGATTAAATGGAAAAAATCTTAATAAGTAATAAACTTAATATAAATAAAACAAAACTATTTACAAAATTAAAAAATGAATATATAGGAAGAATATTTTCTACACTATGCGGAATATTTATGGTAACCATAACCTTTTTAATAATATTCTTTATATTTTCAAAAGGTATAAAAATATTCTTGGAGGATGGATATTCACTAAAAGAATTTATATTCTCCTCTAATTGGAATCCAGATGGAGAAAATCCGCGCTTTGGTTCTTCTATATTTATAATAGGATCCATTTTAGTATCTACGGGTGCTATTTTGATATCTACTCCAATTAGTATAGCTTTAGCCATTTTCATGAATTATATATCACCTAAATTAGGTAAGAATTTTCTTAAACCAGCATTAGAACTATTTGTAGGAATACCCTCAGTAGTATATGGATGGATAGGAATAGTTCTATTAATCCCTATTATAAAAAGAAACTTTGGAGGATTAGGATTTAGTTTATTTGCAGGGATGATTGTTTTATCAATAATGATACTTCCAACTATAGCAAGTATATCCTCAGACGCTATAAAATCCATACCTAAAGATTATGTAGAAGCATCTTTAGCATTAGGTGCAACTAGATGGCAAACTATTACAAAGGTTATACTGCCTTCTGCTAAAAGTGGAATATTTACCTCTGTAGTTTTAGGATTAGCAAGAGCCTTTGGAGAAGCATTAGCGGTGCAAATGGTTATAGGGAACACTATAAAACTGCCTAAAGGTGTATTAGAGCCTACTACAACCCTTACATCTATACTAACTATGGATATGGCAAATACAGTATCAGGAACTCCTTGGAATAATGCATTATGGGCATTAGCATCTATACTACTATTTATTTCTTTTATGTTTATTATATTTATAAGAATTATAGGTAGAAGGAGTGAATTAAAATAATGAATGTTAAAACGCAGGATAAAATTTGGACTACAGTATTATATTTTATATCAGCTTTTATAGTTTTTTTATTAATTTGTTTAATAGGATATATACTAACTAAAGGGTTAGGACATATAAGCTTATGTTTTTTAACTTCAGATCCCTTAATAGGAGAAGCTGGGGGAGGCATTGCACCACAATTATTTAATTCTTTTTATATGCTTATAATTTCTTTGCTAATAACTACACCTATAAGCATTGGAGCAGGAATTTATCTTGCAGAATATGCAAAGGAAGGACTTATTTTAAACATAATAAGATTAAGCATAGAAACCATGGCATCTCTTCCATCCATTGTAGTAGGTCTATTTGGATTACTTGTATTTGTAAAAGCTACAGGTTGGGGCTTTACTTTATTATCTGGTGCATTAGCTATAAGCATATTAAATCTGCCATCTATGACTAGAATTTCTGAAAATGCTATAAGAACTTCCTCAAAGGGATTAAAAGAAGGAAGTATTGCATTAGGTGCAACTAGATGGCAAACTATAAAAAATGTCATACTTCCTGTATCCATGCCACAAATACTTACAGGAATAATACTTGCAGGGGGAAGAATATTTGGAGAAGCAGCAGCATTATTATATACATCTGGAATGAGTGCACCACCATTATCATTTTCTTTACAAAATATTTTTTCAGCTAATTCTCCATTTAACCCTATGAGACCAGCAGAAACATTGGCAGTATATATTTGGCAAGTGAATTCGGAAGGAATGATACCAGATGCTACAAAAGTTGGAAATGCATCTTCAGCAGTACTTATAATAATGGTTCTAATATTTAATATAATGGCAAGAATTATATTAAATATAATACACAGAAAGTATGTAGGAGAAAAGTAAGGGGGATAATATGAATATAGTAAAGATAAAGGATTTAAACTTATTTTATGGAAAAACCCAAGCACTAAAAAATATAAACATGAATATAGAAAAAAATAAAGTAACGGCACTTATAGGTCCTTCAGGTTGCGGAAAGTCTACTTTTTTAAGAAGTATAAATAGAATGAATGATCTTATAGAAAATGTAATTATAGATGGACAGGTAGTTTTTGACGGAAAAGATATTTATAAAGAATTTGATGAAATAGATTTAAGAAAAAGAGTAGGTATGGTTTTTCAAAAAGCAAATCCCTTTCCTATGTCTATATATGACAATGTAGCCTATGGACCTAGAATACATGGAATAAAAAATAAAAAAGAATTGGATATAATAGTAGAAAAGAGCTTAAAAAAAGCAGCACTATGGGATGAGATTAAAGATAGTCTTAATAAAAATGCACAAGGTTTATCTGGAGGTCAACAACAAAGACTTTGTATAGCAAGAACATTAGCTATAGAACCTGAACTTATACTAATGGATGAACCAACTTCTGCATTAGATCCTATATCTACATCTAAAATAGAAGAATTAATGCACACTTTAAAAGAAGATTATTCAGTTATAATAGTTACACATAATATGCAGCAAGCAGGAAGAATATCTGATGATACAGCATTTTTTTTATCAGGAGAAGTAATAGAATTTGGAAAGACTTCAAATATATTTCATAATCCTCAAGACAAAAGAACAGAAGATTATATAACAGGAAGATTTGGATAATACAAGATTTTCTTATTTTTGTAAGAAAATCTTTAATTTTATTAGGGATAATTGACTAAATAAAAATATTAATGTAATATAACTAAAGATAGATAATATAGTAGATAACTGTTTACCAGGAGATGAATATATGAAAAATAAAGTAAAAAAAGTATTACCCTATAGTATAGGAGAAGAAGTAGAAATTGAACCAGGAGACATAGTAATCTCCATAAATGGTGAAACTATTAAGGATATATTAGATTATAAATTCCATATGGGTGATGATTTTATAGTATTGCAAGTTCAAAAGCCTTATGGTGAAATATGGGATATAGAAATAGAAAAAGAATTTGGAGAAGATTTAGGTATAGAATTTGAAGAAGGTATAATGGATGAGGCTAGAAGCTGTCATAATAATTGCATGTTTTGTTTTATAGACCAGTTACCAAAGGGAATGAGAAAATCTTTATACTTTAAAGATGATGATTCTAGGTTGTCCTTTTTACAAGGTAATTTTGTTACTTTAACAAACATGAAGGATGAGGATATAGATAGAATAATAAGATATAGAATAAGTCCTATAAATGTATCTGTACATACAACGGATGGAGAACTAAGAAAAAGGATGTTAAACAATAGATTTGCAGATAATATATGGGAAAGGCTTAAAAAGCTTGCAGATGCATCTATAACTTTAAACTGTCAAATAGTTCTTTGTCCTGGAATAAATGATGGAGAGAATTTAAAAAAGACTATAGAAGATCTTTATACACTATATCCCTCTGTAGAAAATGTAGCAGTAGTTCCTATTGGGATAACAAAATACAGAGAAGGACTTGCTAAATTTAACCCCTATAATAAGGAAGGAGCAAAAGAACAGTTAAATGCAGTAAGAAAACTTCAAGAAAAATATATTAAAGAAGTAGGCACTCCTTTTGTTAGACTTTCTGATGAATTCTATGTAGTAGCAGAAGAAACCATACCTAATAAAGATTTTTACCAAGGTTTTCATCAAATTGAAGATGGTGTTGGAATGATTAGAATGTTAAGAGAAGAGTTTAAAGAAACACTGCCAAATTTAAATAGAAATTTAAAAGGAAGCTTTACATTAGTAACGGGAAAATTAGCATCTAAGGAATTTTTAACAATAAAAGATGAAATAAAAAAAGTAAATGATAAAATAGATATAGAAGTTAAAGAAATTATTAATAATTTCTTTGGAGAAACTATAACTGTAGCAGGGTTAATTACAGGAAGTGATATAAAAGATCAATTAAAAAAAGAAGAAGTAAAAGACTATATATTAATACCTAGAAACATGTTAAAGGCTGATGAAGATATTTTTTTAGATGATGTAACAGTTAAAGAATTAGAAGATTTTTATAATAAAAAATAATTATATGTGAGTATACAGGAGAGGATTTTATAGAGATACTAAATGCATACAGCAAGGAGGAGAATTAAATGGGAAAACCAATAGTTGCCATAGTAGGAAGACCAAATGTAGGAAAATCTACACTATTTAATAAACTAGCAGGGAAAAGAATTGCTATAGTAGAGGATACACCAGGAGTTACAAGAGATAGAATATACGCAAAAGCAGAATGGTTAAATCACAATTTTACAATAATAGATACAGGTGGTATAGAACCAGAAAGCCAAGATATAATAGTAGCTCAAATGAGAAGACAGGCAGAAATGGCTATAGATATGGCAGATGTTATAATGTTTATAGTAGATGGTAAGGAAGGATTAGCACCAGCAGATAATGAAGTAGCATTAATGCTTAGGAAAAGTAAAAAACCAGTAGTACTAGTGGTAAATAAAATAGATAGAATACAAGAAGAAGATAATATGTACGAATTTTATAATTTAGGTATAGGAGACCCTATAGCTATATCAGCTTCTCAGGCCTTAGGATTAGGAGATATGTTAGATAAAGTAGTAGAAAACTTCCCAGAAGGCTATGAAAATGAAGAAGATGATGAATATATTAGAATAGCCTTTGTTGGAAAACCAAATGTAGGAAAATCTTCTCTTATAAATAAAATACTAGGTGAGGAAAGAAATATAGTAAGCAATATACCAGGAACTACAAGAGATGCTATAGATAGTTATTTAGAGAGAGATGAGGATAAATTTATATTAATAGATACGGCAGGACTTAGAAGAAGAAGTAAAGTAAAAGAACAAATAGAAAGATATAGTACAGTAAGAACTTATGCAGCTATAGATAGAGCAGATGTATGTATACTTTTAATAGATGCAGAAGAGGGAATAAGTGAACAAGATAAGAAAATAATAGGATATGCTCATGAGTTAAATAAAGCTCTTATGGTAGTTGTAAATAAATGGGATTTAATAGAAAAAGAAACAAATACCATGAATAAGTTTAAAAAAGAACTTCAAGCTGAACTTTCTTTTATGACTTATGCTCCTTATATTTTTATATCAGCTAAAACAGGTCAAAGAGTAGGTAAAGTTTTAGATTTAGCTAAAGAATGTTATACAAACTATAATAAGAGAATAAGTACAGGTGTTTTAAATGATGTTATAAGTAATGCTGTAATGATGAAAGAGCCGCCAATAGTAGCTATGAATAGATTAAAAATATATTATGTAACTCAAGTTGCTACAAAACCACCAACTTTTGTATTCTTTGTAAATGATCCTAAAACATTACATTTCTCCTATAAAAGATATTTGGAAAATCATATAAGAAAAAGTTTTGATTTTACAGGAACAGGAATAAAAATGGAGTTTAGAGAAAGGAAAGAGTAATATGACAGTTAATGGTGTAACTTTTATTGGTGGAGGAAGCTTCGGTACTGCTTTAGCTATAATGTTAGCTAAAAAAGGATATAACATAAAAATGTGGGATAGAAAATCCCAAGTAGTAGCAGATATAAACGAAAAAAAAGAAAATATAAAATATCTTCCCAATGTGGTTATTCCGTCAAATGTAGAAGCCTATGGAAATATGCAAGAGGCTTTAAAGGAAACTAAATATGTGGTTATTTCTGTACCATCCCATGCTATAAGAGAAATATGTAAAAATATTAAAAACTATTTAGAAGAAGATGCTATTATAATAAGTGTGGCAAAGGGTATAGAGGAACACAGTGGAAAAAGATTATCTCAAATTATAAAAGAGGAATTACCTAAAAATCCTGTAGTAATACTTTCGGGACCAAGTCATGCAGAAGAGGTAGCACAAGATATACCAACTACTGTAGTAGTTACGTCAGAAAATATGGAAGCATCTTTAGAAGTACAAAATTTATTTATTACAAATAAGTTTAGAGTATATACTAACGATGATATAATAGGCGTTGAAATAGGTGGAGCAGTAAAAAATATAATTGCTCTAGCGGCAGGTATATCTGATGGAATAGGATATGGAGATAATACCAAAGCTGCTCTTATGACAAGGGGAATAAATGAAATAATAAGAATTGGAGAAAAGTTAGGAGGAAAAAGGGAAACCTTTTGGGGACTAACAGGTATGGGAGACATGATAGTAACCTGTACTAGTATGCACAGTAGAAATAGAAGAGCTGGTCTTTTAATAGGAAAAGGTTTATCTATGGAAGAGGCTGTAGAAGAAGTAGGTATGGTAGTAGAAGGTATAAAAGCTTGTAAGGCTTTCTATGAGTTAAAAGAAAAGTTAAAAGTTTCTATGCCAATAACAGATGCTCTGTATAGGGTACTATTTGAGGGTGAAGATGCTAAATACTGTGTATATGAATTGATGACTAGAGATAAAAAAGATGAATAAATTTAATTTGTATTTAAAAGTAATCTGTAGAATTTAAAATTTCTATAGATTACTTTTTTTATATGTAATATTTATGGTCTAAGTAAAATATATATATAGTGTTAATATTAGTTTGTAGGAGGGAAAACAGACTTGGAAAACTTTAGTATATATAAAGATATAGCAGAAAGAACTCAAGGTGACATATATGTAGGAGTAGTTGGTCCTGTAAGAACTGGTAAATCCACTTTTATTAAAAAATTTATGGAACTTATGGTTATACCTAACATAGATAATGAATATAAGAAAAAAAGAGCTCAGGATGAGCTTCCACAAAGTTCTTCAGGTAAATCTATTCATACTACAGAACCTAAATTTGTACCAAATGAGGCAGTAGAAATTAATTTAGATGAAGGTACTAAATTTAAGGTTAGAATGGTGGATTGCGTAGGATATATTGTAAAAGGTGCCCAAGGGTATATGGAAGAAGGAAAGGCTAAGATGGTAAGTACTCCTTGGTATGACTATGAAATTCCCTTTGAAGAAGCGGCAGAAATCGGCACAAAAAAGGTTATAAATGAGCATTCTACCATAGGAATTTTGGTAACTACTGATGGAACTATTGCAGATATAGCTAGAGAAGATTATGTAGAAACAGAAGAAAGGGTAGTAGAGGAATTAAAAGGTATAAATAAGCCTTTTATAATGCTACTTAATTCTAGAAATCCATTAAATCCTGAAACCATAGAGTTGAGAAAGGAAATGGAACAAAAATATGATGTACCAGTACAAATTATGGACATATTAAACATGAAGGAAGAGGACATCATAAGTGTATTTAGTAGGGTACTTAAAGAATTCCCAGTACAAGAAATAAATATAGATATGCCAGCATGGATAGAAAAACTAGACAGAAGCCATTGGTTAAAACTAAATTTCATAAATTTAGTAAAGGATATGAGTAAGAGTATTTATAAAGTAAGAGATGTATCAAAGGTAGTGGAAGAAATAAGAGAAGCAGAGTTTTTAGAAAAATCTATATTAGATGAAATGAATATGGGAGAAGGAACTGCCAGAGTGGTTTTAAGTCCTAAAAATGGATTGTTTTATAAGATCTTAGGAGAAATTTGCGATAAAGAAATAGAAGACGAAAATCATCTAATGGAGATAATGAAGGATATGCATAATGCAAAATTAGAGTACGATAAAATTGAAGGTGCCCTAATAGATGTAAAAGAATTAGGATATGGACTAGTAGCACCTCAGTTGTCAGAAATGAAACTAGAAGAACCTGAAATAGTAAAACAAGGTAATAGATATGGAGTTAAATTAAAGGCCAGTGCCCCTTCATTACATTTTATAAAGGCAGACATAGAAACAGAAATATCACCTATAATGGGCACTGAAAGAGAAAGTGAAGAATTAGTTAAAAACTTATTAGAACAATTTGAAAGCGATCCATCAAAGATTTGGGAAAGCAATATGTTTGGTAAATCCTTAGAAGTACTAGTAAAAGAAGGATTACAAAGTAAACTTTATAGAATGCCAGAAGATGTTCAAATAAAAATACAAAAAACTCTGCAAAAGATTATAAATGAAGGCAATGGTGGACTAATTTGCATTATTTTATAGTTTAAATGGATACTTTATTATCTAATAAAATTAAAGCTCTTCTGACAATAGGAAGAAGAGCCTATTTATATTTATTGTTCACTGTTAGTTGTTGGCTAAGCAAAGTTGAGTTTATGTAAAATTATGATATAATGAGGTTGTTATCTGGGTATAGCGCAGATGGTAGCGTGCATGCATGGGGTGCATGAGGTCGCAGGTTCAAGTCCTGTTACTCAGACCAGTAATATCAAGGGTTGTGGAAACACAACCCTTTTATTTTGTATTTGGTGGGGAAAAAAAGTGGGGACGGTTAATGAAATTTTACTAATAATATTTAGTAAAGTTTCATTAACCGTCCCTAGTATTCTAGTATTATTGGACTATATTAGCAGGAGATAATGTACTAATATAGAAGAAATATAATATACTTGTATTAATGGGAGGAAATATGAAGAATGAGCAGGGTAAGCAATGCACTAACAATGTTAATTTTGCTAAAAAGTAGAGGAAAAATGAAGATAAAAGAATTAGCTCACGAATTAGAAGTATCAGAAAGAGAAGTTAGAAGATATAAACAGGATTTAGAAATGGCTCAAATATATATAAAAAGTATTCCAGGAAAATATGGAGGATATGTATATGAAAATAAAGATTATTTATTATCTGGGGATTTAAATAAAGAAGAATTTAATATACTTTTAACAGCTGTAGATCAGTTACAACAAATAAATGCTATTTATTGTAAGGATTGTAGATTATTATTTGATAAAATTAATGCACTTAAAAACATGAGTGAGAGGAATAGTAATTTACAATATACTCAATACTTTATTAAGAGTATAAAATCTAAATCAAATTATCCAAAAGATAAAAAGTTGTGGATGGATTTAACCTCTGCAATATTAACTAGAAATAAAATAAATATAAAATATGAAGGATTAAATTCCAAGCTAAGTAATAGAATAATAAGACCCTATGCTATTTTTCAATATAAAGGTGATTTATATTGTGTTGGATATTGTGAACTTAGAAAATCTATAAGACAATTTAAAATATATAGAATACAAGAATATGAGATTTTAAAAGAAAAGTTTAAAAAAGATAAAGAATTTAATATAGAAAAATATATGGAAAATTGTTTTGGAATATATAAGGATGATGAAATTAATTTAGTTTTAAAAATAAAATATCCTATGGCAAAGATAATAAAAGAAAAAATATGGGTTGAAAATCAAAGGATTTTAGAAAAAGGTGATTATATTATATTTAATGCTAAAATGAAGGGAAAAACAGAAATAAAAAGTTGGATATTAAGTATGGGAAGTAGTATAGAAGTAATAAAACCTTTAAATTTTAGACAAGAAATAATAGATGATTTAAACAAAAATTTAAAAAATTACAATTAATTATAATTAGTGCCACTATATGTCCACAATAATATATATAATTGTATTTAGGAGGTGAATTTATGAGACTAAAATGTGAATTTAAAACAGAAAAAATTCCTGTTGCTTATCAGTTCATGTTTGTAAGCTTAATAAAAGAAGCTTTAAAAATTAGCAATGAAGATTATTATCAAAAGTTGTATTTTTATGATGGTGATAAAAAAAATAAAAAATCAAAAAATTTCTGCTTTTCAGTGTATATAAGTGGATTTAAAAAAGAAGCCAATATTTTTAAAGTAGAGGACAAAGTAATATTATATATATCCTCTCCAGATTATGAATTTGCATTTAACTTATATAATGGATTGTTAAAAATGAAAAATTTTAACTATAAAAAAGAATACAAATTAACTAAAAAAAGTATTACCTTAGTTAAAGAAAAAAATATAAATAATACAGAAGTTATTTTTAATGCATTATCACCTATATGTATTAAAGATATTGATAATAAACCATTGGACATAAATGAAATAGAATTTTTAAAAGAATTAAATTATATAACTGATAAAATATTAAAAAACTATAGAGGATATGGATTAAATAAAAAGCTCCAATTTATTCCTCTGAAAATGAAAAAAAGAGTAGTTAAAGAGTATATTAAAAATTTTGAAAATAATACAGGGAAAAAAGATTATTATATAAATGGCTATATGGGAATTTTTAAACTTATTGGAGATATAGAAGATTTAAAAGATATATATAATTTAGGTTTAGGGTTTAAACGCTCTCAAGGATTTGGAATGATTGAAGTTTTAAGTTAGGGAGGTGAAAAAAATAGCTAAGATAAAATTAGAAAAATCAGATTGGCTTTATAATGCAGGAATTGTTGGAATTTGTAATATTTTAAAATACAATGAATGTGATTATGATGATAGTAATATTAACTATGTGGAATTTGAAAGTGAATGTTTAGGAAATTTTGAAGAAAAGTATTTTAATTATTTTATTGGGACTTATGAAAAGTTTACATCTTGGTATAGGTTAATTAGTTTTGAAGATTATATGGACAATTTAGACTTAAATATTATTTCATCTAAGGATCTAAAATATATAAATAAATATATAGAAAACCTAAAAAATAAATTAAAAAGTAATAGTTATAAAAGTGCATATTTAGTTATAAATGATAAGGAATTGGATTTAGTTAAAAAAGAAAAAGAGATAAAAAAAATAAAAATAACTAAAAAACAAAACATAAATGACGTTATGGTTGATATAAAAAAGCAGATAGAGATTATAAAAGAAATTATAGAATATTTAAAAAGAGATGAGATTAAGAGATACATATTAGCTAAAAATATAATATATGATGTAATTCAAAAATTTTGGGAAAAAGTAAGTTTTCTTAATCAAAAGAGTAATAATAAAGATATGTATGAAGAATTTAAAAGATATTTTTTAGATAGTACTAAAACCTATTTAAATAGCGACAAAGAAAAAGCGAAATACTACTGTTTTACTTGCGGAAGAAAGGTATCTAGTTTAAAGGAAACATTTGGACTTGCTTGGATAAATAAAATAGGGGTGGATATGTCTAGAAAATCATCCCACTTTTGGAACATGAATGGAGATGCCTATATATGTCCTATATGTAACTTAGTATATTCTTGTGTTCCAGCAGGATTTACTACATTAAATGGAAGAGGAATTTTTATAAATGAAAACTCTAGCATAAAAAATTTAATAAGAATAAATAAACATTCTTTAGATACTACTACATCTATAGATGAATTAGAAGAAGAGAGTTATTTTAATATAGCAGATAGTATTGGACAAGTATCTATAGATAAAAGTGAAAGGGAAACTGAAAATATTCAAATAATAAAGCTTAATTCAGAAAATGAAAGAAGACCTTATACGTTTAATATAATATCTAAAGAAAAGTTAAACATTATATGCAAACATAGAAATATGTTAAAGTCTATGATTAAAATTCATGCTAAGGTAGGAACTAATGAATATATAAATATTTATAGGGAAGTTTTAGACAGAATATATAAGGGTAAGAATTTATTTGACCTTATAAGTAAACTATCATACTTAAAATTAGATGGAAAATTCAATGGACTTCAGTTTATAGAAATGATGCTTAAAATAAATAATAATTTGTTGGAAAGGGGAGAAGAGATAGGTATGGTAAGTGGTAGTATAAATGATAAAGCTATTTATAGTTTTAAATGTAGAGGAGCAGAGCTTAGAAAAGGATATGAAAATAGAAAAGCTTTAAATAAATTAGGAGGAGTATCTTATAGATTATTAAATTCACTTAAAACTAAAAATGTATCTAGATTTATGGATACCATAATTAATTCATATATGTATTTAAACATGGAAATACCAACTAGTTTTATAAATGTGTTAAATGATAAAAATAAATTTCAAACTATAGGATATGCATTTTTAGTGGGATTACAGGGAGAAGAAAAATTTAAAAAAAGTGGGGAGGAAGTAAATAATGATAAATAAGGGATTAACAGCAAGTTTTATATTTGAAGCAGAAAGTGCTAACTATGGAGAAGGTATAGGAAATGTTACAGCACTTAAAAAGATTTCAAGGGGAGATGGAGAAAGTTATAGTTATATATCAAGACAAGCTCTTAGATACAATATAATTAATCAAATGGAGGAAGATAATACTCCTTTAGCTGTAGATGGTTCAGTAATTCAATTTGCTCCAGAAGCTACTATAAAAGACTTTGCTGAAATAGACCTATTTGGATATATGAAAACTAAAAAACCAGCAAGAAATCGTTCAGCTATAGTAAGATTATCCAATGCAGTAGCTTTAGAAAGTTTTAATGCAGATTTAGATTTTTTAACTAATAAAGGATTATTAGATAGATATAATGCTCAGGGAAAAGAACTAAAAGATGGGGGAAATATTGCCCAAAGTGAAATTCATAAGTCTTATTATGCTTATACTATAACCATGGATTTAGATAAAGTTGGAATAGATGAAAATGAAAAAGATGAAAAAGGAAATATTCTTGAAATACCTAATGAAGAAAAAGCTAAAAGGGTAAATAAATTATTGGATACAATTAAATTTTTATATAGAGATATAAAGGGTAGACGTGAAAATTTATCTCCTATATTTGCTATTGGGGGAGTTTATGATATAAAAAATCCTTTCTTTGAAAATAGATTAAAGGTAAAAGAGAATAAAGTGGTAGTAGATATAATAGAAGATTTATATAATATGGATAATAGAATTAAAGAGAATACTTACATTGGATTAATAAATGGAATATTTGAAAATGACAATGAAATAAAAGAAAAATTAAATTCTATAAATATAGGAGAGTTTTTTGAAAAATTACAGTCTAATGTTAATAAATATTATTTAGAAAATAAGTAGGTGATTTAATGAAGGCAATTAGACTAGAAATTTATCAGAACTTAGTTAACTATAAAAAACCTACAAGCTTTCAATTAAAAGAAACATATCCATTGCCACCATATTCAACGGTAATAGGTATGATACATGCTATATGTGGTTTTGAAGAATATAAAGATATGGATGTAAGTATACAAGGAAATTATCATTCTAAGGTCAATGATTTATATACTAGATATGAGTTTGCAGGGGCCACCTTTGAAAAAGGAAGACATAATATAAAACTTTATGGGGACTCAAAATACTATGGTGCTATTAGAGGGGTATCTACTTGCGAATTATTGGTAGATGTAAACTTATTGATCCATATAAAACCTAAAGATGAAACATTACTTAATTTAATATATGAAAATTTAAAATCACCTAAAGAATATATATCTTTAGGAAGAAGAGAGGATATTGCAGTAATAAAAGATGTTAAATTAGTAGATATAGAGCAATCCGAATTAGAAGAAGATACAAGTTTAAAATATGATGCGTATATTCCAATAAAGTATTTTGATTTAGATGATTTTGTATCTAATGCAACTGTTTATAAACTAAATAAAAGTTATAAAAAAGTGTCTATTAAAAAAGGTACAGAAATTAGGCAGTGGAATAAAGTAGAGGTTATTCATGGAGCTATGAGAAAAAATACAATAACAGAAGATACTGAGATATATAAAGATATTTCTTCAGGGGATTTGGTATTTTTTGCATAATAAAGATAGAGGTTTCTCTATCTTTATTATTTACAATTAAAAGTGAAAGGGGAAAGTAATAATGGGAAATCCTTTTCTTGCAAAAACTAAAAATAGGGAAACAATTATAGAACATACTGATAAATTATATAAAAATTTTTTAGATTTAAAGAGAATTTATCCTAATGTAGAAAATTTAGATTGGTACATTTTAAAATTGGCTTGTTTATATCATGATTTAGGGAAAATGAACATAAAATTTCAAAATAAATTGATAAAAAAATTAAATGCTAAAAGTTTAGAAGAGGGTAGAGATGATATTATAGAAGAACTTAAAGATAATTTTTATGAAATAGATGAAATACCTCATGGATATTTAAGTGCTGCTTTTTTACCTAAACAAGAGTTAAAAGAAAAATATAGTAAAGATGAATTAAGAATTTTATATCAAAGTATATATTATCATCATACTAGAGATAAGCTTGAAAACCATGACAATTTAATGATTATAGTTAAAGAAGAATTAAGTAATTATATAGATGAATTCAATTATGATAAAATACCTAAAATAGAAAAGCTTAATCCATCTTTTATAAAATATGTTAAAAGAAGAATTCCAGACGAAAGGGATTCAAATGAAGTTGCTAAACAATACATAGTTACTAAGGGATTATTAAATAAGATTGATTATTCAGCTAGTGGGGATATTGCTGTAGAAATAGAAAATAAAAATTTATTTAAAAAGACCTATGATTATTTAAAAATTGGAGGTTTTAAACCTAATAAACTTCAAGAATATATGATAACTCATCAGGAGGATAATAATATAATAAGAGCATCTACAGGTATTGGAAAAACTGAAGCAGCATTATTTTGGATAGGAAATAATAAAGGCTTTTTTACACTACCTTTAAAAGTATCTATAAATGCCATTTATGATAGAATTGTGGATAAAATAAAATTTGGAAAAGAAAATACTGCATTGTTACACTCAGAAACTTCTCTAGAGTATTTAAAAAGAAATAATAATGAATTAGATAAGGAATATATAAATAAAACTAAACAATTATCACTTCCGCTAACTGTTTGTACATTAGACCAATTAATAGATTTTATATTCAAATATGAAGGATATGAATTAAAATTAGCAACACTTTCTTATTCTAAGCTTGTAATAGATGAAATCCAAATGTATTCTCCAGAGTTAGTAGCATATTTAATAGTAGCGTTAAAGCAAATAACAGAAATGGGAGGAAAGTTTAGTATAGTAACTGCTACATTACCTCCAGTGTTTACACATTTTATAAAAGATAATGTAAAAGATTTAAAAATTCCTGAACCTTTTTATAAAGAAGTAGAAGGAAAGATGCAATTAAGACACAAACTAAACGTTATAAAAGAAGATATAAATGTAGAGCATTTAAAGAAAAATTATAAAGATAAAAAGATTTTGGTTATAGTAAATACAGTAAAAAAAGCTCAGGAAATATATGATGTGTTGCAAAAAGAATTAGTTGAAAACAGTTTAGTAAAAGATAATTATATAAACATGTTACACAGTAGATTTACAAAAGAAGATAGAGGAAAAAAAGAAGACGAAATATTAACTATGGGTAAATTAGAAAATAAACAGTGTGGTATATGGATTACAACTCAAGTAGTTGAAGCAAGCTTAGATATAGATTTTGATTTATTATATACAGAGCTTTCCGATATATCTGGATTATTTCAAAGAATGGGTAGGGTATATAGAAATAGGACTTTAAAAGATAATATTACAAATATTTATGTTTATGTTGGAGCTAATAAGTTCACTTCCGGAATTGGAAATAGTGATAAATCCATAATAGATAAAGATATATTTAATTTATCTAAAGAAGCTTTAATAAATTATGTAGGAAGTAGTGATGGAAAAGAAATTAATGAAGTGGATAAAATGAATTTAGTAGAGAAGGTCTATTCTGTTGAAAACTTAGGAAATACTGAGTATTATAGCAAGATAAAAAATGTAATAGATAAAATGAGTGATATAAAGGCTTTTGAGTATAATAAAAAGGATATTAATTTAAGGAATATAGAAAATACTAATATAATACCTAAAGAGGTTTATGAGGAAAATAAAGATTTTATACAAGAGAATGCAGATTTAATTAACAATACTAATAAATTAAACGCAAGGATAATAGCTAGAAACAATATAAATAAATTTGTGATTTCTATACCTACGTATGAATTTAAACGTGCTAATGAAAATGGATATATTCATGATTTTGTTGAAATAAGTGAAAAGGTAGAAATACCTGTGATGGCTTATAAATATAGCAATGCAAAAGGTCTTGAAAGACCTAAAGAAAATATGAAAGAATTTAATGAACAAAATCAATTTATGTAGAGTTTAGGTGATTATATGAAATTTAATTTAGATAATTTTAAAACTCAAGGGGTAAAAATAAATTATTATTATGTGTGTAAAAGAAAATTATGGTTATTTTCAAAGGGAATAACTATGGAACAGAATAGTGACAGGGTGTTAAGTGGAAAATTAGTACATGAAAATTCTTATAAAAGGAGTAAAAATAAAGAAGTATTAATAGATGATATATTAAGGCTTGATATATTAGAAGATGATTATGTTAAAGAAGTAAAGATAAGTAGTAAGATGCCTATACCAGATAAAATGCAGTTAGTTTATTATTTATTTTATTTAAAAAATATAGGTATATACAAAAAAGGTATGATAAAGTATGTAAAAGAAAAGAGAATTGAAGAAATAGAGCTTACTAAAGATTTAGAAGAAGAAATAAAAAGAACTTTAATAGATATTAAAAATATAGAAAATAGTAATTGTCCTCCTAAATTAATAAGATTACCTTATTGTAGAAAATGTTCATATTATAATTTTTGCTTTGTAAGGGAGGAGGATGATTAATGTTTAAGGATTATTATATATTTAATAATGGAAGAATAAAACGCAAAGATAATACTATATATTTTTTAAATAAAGATGGTAGCAAAAGAGCATTACCTATAGAACAAGTAGATAAAATACATTTATTTGGTGAAGTAGATTTAAATACTAAACTTTTAAATTACATTAGCAGATATGGTGTTATATTTAATTTTTATAATTATTATGGGTATTACTCTGGAAGTTATTATCCAAGGGAGAAGAATGTTTCAGGATTTTTATTAGTAAACCAAGCAATACATTATCATTATTATGACAAAAGATTATATTTAGCAAAATGCTTTATAGAAAGTGCAGCACATCATATACTTAGAAATTTGAGAAGATATAAAGATAAAACTAGTAATCTTATGGAGAAGATACAAATTGAAAGAGAAAATGTAAAAAAGGCGAATACAATTCAGGTGCTTATGGGTGCAGAAGGAAGAATGAGAAAAATATATTATGAGGCATTTAATAGTATATTGAAAAAAGATATATTCCAATTTAAAAAAAGGGAAAAAAGGCCACCTACAGACCCAATAAATGCATTAATATCATTTGGGAATAGTCTTATGTATACTACAGTTTTGGGTGAGATATATAAAACTCAGTTAAATCCTACAGTAAGTTATTTGCATGAGCCTTCTACTAAAAGATTTTCTTTAAGTTTGGATTTAGCTGAAATATTTAAACCTTTGATAATAGATCCAATTATATTTAATCTGGTGAATAATAACATTATAAGAAATAAAGACTTTTTATTTGAAGAGGGAATTTGTTTTTTAAATGAAGAAGGAAGAAAAAAATTCATTTTAAATTATGAGAAAAAACTTCACACAACTGTTAAACATAGAAGCTTAAATAGAAAGGTTTCTTATCAGATGTTTATTAGATTAGAGTGTTATAAATTAATAAAACATCTAATAGGTGATGAAAAGTATAAAGCGTTAAAGGCTTGGTGGTGATATAATGTTTGTAATACTTACATATGATGTGGAAGAGAAAAGGATAAATAGAGTTAGAAAATTACTTAAAAAATATTTAACATGGACTCAAAATTCTGTTTTTGAAGGTGAAATAACAGAAGGTAAACTTCATAAGTGTTTATGTGAAATAGATAAGATAGTAAATAGAAATTCGGATTCAGTATATATATACATTGTAAAGAATTCTAAAAATATAACAAAAAGTGTAATAGGAATTGAGAAAAGTTTTAATGATTTATTCTTGTAAAGTAAAGTTTTATTTGTAAATCTGCAGTAAAGGTAAAATTTAAAAAAACCACTTCTAATTATTGATTTAACTAAATTAGAGTGATGTTTTTTAAAATACCTAAAAACATTATCGAAGGTTTACTGCAAAAACTTTAAATTTATGATATACTTGATATGGAACAAACTTAGTGATTTCAATGCTTTGGCTGTATTTAAAATTTAGGGGGGCTTTATATTAACTATGTGATATGTAAATTACGATATTTAAGCCAGAACCACTGCATTGGGCACGGTTTTATATTAACTATGTGATATGTAAATTATTTAGAAGCTACTAGACAACTTAAAGCAAATACAGTTTTATATTAACTATGTGATATGTAAATGTTATAACTAAGAGTATGGAGGATATTGGTTTAGAGGTTTTATATTAACTATGTGATATGTAAATTCTATTGCAGCAGGTGGATTTTTAGCAATGGCAACTGTTTTATATTAACTATGTGATATGTAAATACTGGTGATATGAATTTAAGTAATGTAGAACACATTGTTTTATATTAACTATGTGATATGTAAATACATACTTGCATCTTCTTCGCTTGCTAATTTACTTATAGTTTTATATTAACTATGTGATATGTAAATGTATATTGGTTATTTTCAACTTCTTTTAAGAGTTCTAGTTTTATATTAACTATGTGATATGTAAATCTTATATGCCGAACTGATTTATTGTGTTCTATAACTCGTTTTATATTAACTATGTGATATGTAAATCCTGTGGTAATACTTCCACTATTTTCATCGACATAAGTTTTATATTAACTATGTGATATGTAAATCCAAAGATAGCAGAAATAGAAGAATTTAAAGAAATAATGTTTTATATTAACTATGTGATATGTAAATCCGATAATATTGGAAATATAACAATAGGGGTTAATGAGTTTTATATTAACTATGTGATATGTAAATATCGCTTTATAATTTCTTGTATCTTTTTCAAATATTAGTTTTATATTAACTATGTGATATGTAAATTCTTTATATATTAGTCGCGGTAGCAATTTTAAATAATTGTTTTATATTAACTATGTGATATGTAAATTAAGAATAGATATATAAAATATGTAAATTAATTAAACAGTTTTATATTAACTATGTGATATGTAAATGGAATTGACGTTGGCTACAGCCATACAAAAGTATAGTTTTATATTAACTATGTGATATGTAAATCCAATTAGCATGTGTGGGAACTTATTCATATCTACTATGTTTTATATTAACTATGTGATATGTAAATTCTTTTATGTTATTCATTGTTTATTCCTCCAGCACGTTTTATATTAACTATGTGATATGTAAATCATGTCGCTTATAGTTAGTTACTATTTTATTTACTATGTTTTATATTAACTATGTGATATGTAAATATAGTATATGGTATTGCAAGTGCTTTGGGAATTTACGTTTTATATTAACTATGTGATATGTAAATCGATCACTCTACGCATGTTGTACGAGTTGGAGGCGTGCGTTTTATATTAACTATGTGATATGTAAATGGAGAAAATGAAGAGGATAACGAAAATTTGTATGCTAGGTTTTATATTAACTATGTGATATGTAAATCTAAAGAAGATATAGAAAATGTAGACAAGAAAGTAGATAGTTTTATATTAACTATGTGATATGTAAATTACACACACATCTAAAAACTTATACAGCAACCTCCTAGTTTTATATTAACTATGTGATATGTAAATCTCTCAACTCAATTAATGTCATGATAGCGTAGTTGGCGTTTTATATTAACTATGTGATATGTAAATACAAAAGATACAATGGAAAGAATTGCTATTGCTCTTGTTTTATATTAACTATGTGATATGTAAATGAAGGAGACAACGGGGTATATGTAGTAGACGGATGGGGTTTTATATTAACTATGTGATATGTAAATTCTTTAGTAAGATACACGCTGCTGTAGAAACTTGTATTGTTTTATATTAACTATGTGATATGTAAATTAAAGATATACTACCAATTTTAAAGAAAATAAAAACGTTTTATATTAACTATGTGATATGTAAATTTGTATATATTGTTATAATTTCTGTATTAAGTGTATTGTTTTATATTAACTATGTGATATGTAAATAAATGTTACAGAGTATAAAACTACTTATCAACTTGAGTTTTATATTAACTATGTGATATGTAAATTGTCTATATTGTAAAATAACTTTTCAAATTTGAAAAGTTTTATATTAACTATGTGATATGTAAATCACTTCATTAGAATCTTTATTAGTTGGAATATTTAATGTTTTATATTAACTATGTGATATGTAAATATGTCGTAGGTAGGAATAATCCCTCCATCGTGATAATGTTTTATATTAACTATGTGATATGTAAATTGGTGTTTTTTAAAGTTTGTGTTTTACTTTTTAGGGGTTTTATATTAACTATGTGATATGTAAATTCGTTATCTGGAATATGCATAAAAGATAGCAGATTTATGTTTTATATTAACTATGCGATATGTAAATTTATTTATATTATATAATATGTGTCAGAATAAAAAGTTTTATATTAACTATGTGATATGTAAATTTGTATCTGTTGCAAATCTTCTCAAAATCATTGCTAAGTTTTATATTAACTATGTGATATGTAAATGATGATCCATACCTCTATGAATTTTTCTGTTACATCTGTTTTATATTAACTATGTGATATGTAAATTGATATATTGAAAGGTGGATTAGTGATTATTACATCAAGTTTTATATTAACTATGTGATATGTAAATCTTCTTATTGCTATTTTCATTTGACCATCCTTTCCTTTGTTTTATATTAACTATGTGATATGTAAATTTATGGAATGGTAAAGGAACAGTACAAGTAATCCCTAGTTTTATATTAACTATGTGATATGTAAATAATGAAAATGATTATGAGAGTTTTGGATTTGGTGATGTGTTTTATATTAACTATGTGATATGTAAATTATCCTTTTTTATAAAACATGAGTGAGTGGAGATACGTTTTATATTAACTATGTGATATGTAAATTTTAGTGATGAACTTAGAAAAAATATTAATCAAGAATGTTTTATATTAACTATGTGATATGTAAATAAGGACATGGTATAAATGTCAAGATTAAAATGTAACTTTTTGATCATTTAAGAATGTAGTTTTTTACTCATCGTCATCTTTAAAATGATCTTTTAAGCGATAAGATTTTCCATTAATAGGTACAACATGAGCATGGTGCAATATTCTATCCAAGATAGCATTTGCAATAACAGGATCATAGAAAATATCATCCCATGCATTGAAATTTATATTAGTCGTTAAAATTGTACTTTTTTTCTCATATCGCATATCAATGAGTTGGAAAAATAATTTAGAGTCTTCTTTATCTATCGGTAGATAGCCTAGTTCATCGATTATTAGGAGCTTATACTTACTAAAATGTTTAAGTCTAGAATCTAATCGATTCTCTAAATTTGCACGTTTTAATTGCTGCAATAAATCATGACATTTAATAAAGTATGTACTATATCTACGTTTTGCTGCCGCAATTCCTATAGATGTGGCAAGATGCGTTTTTCCTACTCCGCTAGGACCTAGGAATACTATATTTTCTTGTGTATCTAGAAACCGTAACGTTAAAAAATCTAATATCTGCTCTTTATTAATACTAGGTTGAAAGCTGAAATCAAAGTCTTTAACCTCTTTTTTATGAGGAAAAGCGCCTACTTTTACCATAGATTTAATCATATTGGCTTCTTTAAAATCTATTTCATAAGCTGTAAGCTTAATAAGAGCATCAACAAAGGATAAATTATTTTTGGTAGAAAAATCAATGACTTCGTCTAAATGATTAATCATTTGTTTAAGTTTTGTAAGCGTCAAAAATTAAGTATCTAGAAAACATACCATCTCATTGATAAACTTAAGTAAAAGATTATCAATGGGAGGTTTACTTATGTATAAAAAATTAGATAATGATGCTTGGGAGGAATATTTAAATAAATTTAACTCTGTTAAAGATACAATAACAGTGAAAGATTTCTGTGCTGAGAATAACCTTAATAAGAGTCAATTTTATTACCATAAAAAAAGAGTAGAAAAGGCAATTGAAAGTAAAGAACCTGTTTTTCAGCCTATTTCTTTGAATAGTAAAGTTGATAATACTAAAGAAAATAAATCTACATTAAAAGAAGTAAAAATTAATGTAGGCAATGCTAATATCCTTATTCCTGTTAGCGAAGCTACTTTAATAACAGCAATAATTAAGGAGTTAATTCTAAAATGTTAAATATAGATAAGGTAGAAAAAGTCTATCTTGCCTGCGGTTATACGGATTTAAGAAAAAGTATTGATGGTTTAGTTATGATAGTGCAAAACCAATTTAAGTTAGATCCTTTTGATAAAGCACTATTTGTTTTTTGCAACAAGAAAATGGATAAATTAAAAATTCTTCACTTTGACGAAGGTTTTTGGCTATATTATCACCGTTTAGAAGCTAATCGCTTCAAATGGCCAGCGACAGCTGCCGATGCATTAAAGATTAATATTGATGAATTACGTTGGCTTTTAAAAGGCTATGAAGTAAGAACAAAATCTAAATTTAAACCTGTAAAAGCAAGTAACTATTATTAAAAAAATATCAACTTTGAACCCTTGAAGTATAGTAATTTCAAGGGTTTTGTGGTATAATAGAAATATCAAATAAAGCTAAAGGGGTAACTATGAGTCACGAATTTTTAACTAATGAGCTTGATGAAAATACAAAAGCATTAATTGAAAAAATGGAAAATGAAATTAATGAAAAAGATAAAGAATTAAGCTCAAAAGATGAAGAAATAAGAAAACTTAAAAATGAATTAGAATTCTTAAAAGGTGTTATATCTAATAGAAATAGAAAGATATTTGGAGCATCCAGTGAACAAGTAGATGTTAATCAATTATCTTTTTTTAACGAGGCTGAAAAACATAGTGATTCAAAGGTAGAAGAACCTACTTTAGAGGAAATTACATATAAAAGAGCTAAGAAAAGCAATTATACTGGAAAGAAAGATAATTTAGCTAATTTGGAAAGAGTTGTTGTTGAACATAAATTAGAAGGTGAGGATCTTAACTGCAGAGAATGTGGTAAAAAGCTTACTCCTATCGGAGTTAAATCTAGAAAAGAGATTGTTAAATACATTCCTGCTAAATTAATAATTGAGGATCATGTTATTTATAGCTACGCTTGTAAAACATGCGAAAGAGCCACTGGTGAAAGTAAAATAATTTCACCAGAAGCCCCTAAAACAATTTTTTATAATAGCATGGCCTCAAATGAGTTAATTGCACATACTCTAATACTTAAATATCAACATGCAATGCCACTATATAGGCAAGAAACTTACTTTGATATGATGGGAGCTACTCTTTCAAGGCAAACTCTATGCAATTGGACTATGTCTGCAGCAGATGCTTTAGAGCCGATATATAACCATATGAAAAAAGAATTGCTTAGCCGTAATTACATTCATGCTGATGAAACTACTCTTAAAGTAATTAATGATAATGGCAAAGATTCTAAATCTAAAAAGTACATGTGGTTATATATGAGTAATACTAACTCTAAGCCTGTGATCTTATATGATTACCAAAGCACTAGATCAAGCTCTTGCCCTAAAAATTTCTTAGGAGATTTTAAAGGTTTTCTCCAAACGGATGGATATAATGGATACAATTCCGTTAGCGGAGCTACAAGAGTATATTGCTTGGCTCACATAAGAAGATATTTTCATAATATAATAGTAGATTTAGATGAAGAAGCCCTAAAAAATTCTAGAGCAATAATAGGGTTTAATTATTGTGAGCAAATTTATAAACTTGAAAAAGAACTTAGAGAATCTTATTCAAATGATGAAAATTATTATGATATTAGATTTAAAATAAGAACTGAGAAACTAGCTCCAATTATAGATAACTTTATTGATTATGTTGAAAGAGAAATAAAAGATGCTCTTCCAAGAAGTCCGTTAGGTAAGGCACTTGAGTATGCTAAAAAGCATTTACCAGGATTAAAAAATGTATTATTAGATGGTTCTCTAGAAGTTGATAATAATGCTGCGGAAAGAGCAATTAAGCCTTTCGTTATAGGAAGAAAAAATTTCTTATTTGCTAACACTGCTAAGGGTGCAACTGCAAGTAGCAATATTTATAGTATTGTTGAAACTGCCAAGGCTAATAATTTAGTTGTAGAAAGGTACTTAGTCTATCTATTTGATAATCTATCAAAGATAGATATATACGATAGCGAAAGCTTAGAGAATCTTATGCCTTGGAATGATAAGATTCCTGAAAATATGAAAATTAAAGATAAAAAATAAATTAATCCTAGTAAAGCATATTCTTGCCTTACTAGGATATTTTAATACTATTCTTGGAATTATTAAAGGTGCTAAAACTTTGACGCTTACAAAAATCAACAGAAATAGGTGGGGAATTTATAATTCCATTGGTAGGTGCTAGTACAATTATGGGTTATGTGGAAGGATATAATTATAATGAACCAATTTTAGTTATTGGTAGAGTTGGAACTCATGGAGTTATTCAGAGATTCAATAGTAAGGTATGGGCTTCAGATAATACATTAGTTATTAAATCAAAATACTATGAATATACTAATCAAATATTAAAAACTATAGATTATAGTTCATTAAATAGAGGTTCTACACAACCGTTAATTACGCAAACTGATATTAAAAATCAAAAAGTTGTAATACCTGTATGTGATAAACTGCTGGATTTTGAAAAATTAGTAGGGAGTCTATATATATTAGTTAATAATAATTTAATAGAAAATGATAATTTAATAAAATTAAGAGATACTTTACTCCCAAAACTCATGTCAGGAGAAATAAGAGTACCACTAAAATAATTGAAAATTGAAAATGGAGAATGGAGAATTGTTTAATAAATTAAAGAAGAATTGAAAATTATTAAAAGTTAATTTTCAATTTTCAACTCTCAATTCTCAACTCAAAAAAGGGGTGTTGTTTAATGAAATTTGGAATGCGTAAACCTAGTTTAAAGAAAAGAATATCAGCAAGAACAAGCATTAAAAGACAGATTATTCATAGGGCAGGATTTAAAATGCCAAGAGGTTGGGGATGGCTTAGAGATCCTAAAAAATATGCTTATAACAAGGTTTATAATAGAACTACTTTTGATATTTTTAAGTTACTTAAAAAATTGTTTGAATGAAAAAATATATAATGGAGGGTGAGAAGTTAATTTAATTTTCAACTCTCAATTTTAAAAAGGGGTGTTTATACAATAGTGAATGAAAACATAGAACCAAAAGAAGGGAAAATACTTTTTTATAAAGCTGAGGATGGAAATATAAATTTAGGAGTTTTATTCTCAGGAGAAACCGTTTGGCTTACTCAAGCTCAAATGGCTGAATTATTTGGAAAAACGAAGCAAAATATAAGTTTGCATATAAATAATATATTTACTGAAGGTGAATTGGATAAGGATTCAGTTGTCAAGGAATACTTGACAACTGCTAATGACGGTAAAAAATATAAAACAAAATATTATAATCTTGATGTTATTATATCCGTAGGATATAGAGTTAAGTCTATCCAAGGTACTCAATTTAGAATTTGGGCTACTAAAACTTTGAGAGAATTTATTATAAAGAGCTTTGTATTAGATGATGAAAGATTAAAGAATGGTGTTCATTTTGGAAAAGACTATTTTGATGAACTTTTAGAACGCATTAGGGAGATAAGAGCTTCTGAAAGAAGATTTTATCAAAAAATTACAGATATATATGCAGAGTGTAGTATTGATTATGATAAAAATTCACAAGTAACTAAAACTTTTTATGCTACAGTACAAAATAAACTACATTGGGCAATTACAGGACATACAGCAGAAGTGGCAAAAAAATTAGCTGAAGGTGAATATGAAAAGTTTAGGATAGAACAAGATAGGTTGTATGAATCAGATTTTGATAAAGAAATTAAGAGTTATTTAAAAGGTTATAAATAAACATAAAAAGGGGGATGTGTTTTGAGTTTTATGGAAAATTTTACAGAGGATTTATTGGAAGAAGCAGCCATAGAGATATTTCAGGACATGGGTTATAGCTATATTTTTGCTCCTGATATATCCTGTGATGGGGATTATCCAGAAAGACAAGATTATAAAGAAGTTATTTTAAAGGATAGAGTAAAGGATGCTTTATTTAAAATTAATAGAGATTTACCTAATGAAGCTCTTGAAGATGCCTATAGACAAATTATAACTTTTAACAGTCCAATTCTTATAGAAAATAATAGGCATTTTCATAAACTTTTAACAGAAGGTATAGAAGTTTCTTATATGGAAAAAGGACAAATAAGAACTAAGAGAGCCTATATTGTAGATTTTGAAAATAAAGATAATAATGAGTTTTTAGTGACAAATCAATTTACCATTATTGAAAAAGAAGAGAGAAGGCCTGATTTAATAGTTTTTATAAATGGTATTCCTTTAGTTGTTATTGAACTTAAATCTGCTTCAGATGAAAATGTGGGAACCCATAATGCTTATAATCAAATCCAAACTTATAAAAGAGACATACCATCTTTATTTAACTATAATGCCTTTTGTGTAATATCTGATGGAATTAATGCAAAGGCTGGAACTATAACATCTAATGAAGAAAGGTTTATGAATTGGAGAACCATAGATGGAGAAAATATCGAATCTTTAGCTGTTCCTCAGTATGAAGTTTTATTTAAAGGTATGTTTGAAAAAGACAGACTTCTTGATATAATTGAAGATTTTATTTTGTTTCAAGAGTCTAAAGAAGAAGAAAAAGATTTAGATGGTAATAAAATAGGAGATAAAAAAACTATAATAAAAATACTTGCTGCATATCATCAATATTTTGCTGTTAAAAAAGCATTAGCCAAAACTAAAGAAGCTACAAGTGCTAATGGAGATAGAAAAATAGGTGTTGTTTGGCATACTACAGGTTCAGGAAAGAGCTTTACTATGGTGTTTTATACGGCACTTTTAGTAAAAAAATTTAATAACCCAACTATAGTAGTTATAACAGATAGAAATGATTTGGATGATCAGCTATATACTACCTTCTCAAAATCAGAAGATTTGTTAAGACAAACCCCAAAACAAGCTGATGTAAGGAAATTAACAGATGAACAGAAAGCTAAGCAAGCTAAAGAAAACACCAAAGAAATTAATGGACTTTATGATTTGTTAAATGATAGAGAATCTGGTGGCATTATATTTACAACTATTCAAAAGTTTAAACCAGACTTTGATTTACCTGCCTTCATTCCACGGGCAGGTAAACCTGCCCATGAAATGAAGGCAAGTTTAACAGATAGAAGAAATGTAATAATTATTGCAGATGAAGCGCATAGAAGCCAGTATGGATTGGAAGCAAAAACAGATACGAAAACAGGTGAAGTAAAATATGGATATGCTAAATATTTAAGAGATGCACTGCCTAATGCTTCTTTTATAGGTTTTACAGGAACACCAATTGAAAGTGAGGATAAATCCACGCCAGCAGTATTTGGACATTACATAGATGTTTATGATATGACAAGAGCTGTGGAGGATGAAGCTACTGTTAAAATATATTATGAAAATAGGGTAATAAAACTTGAAAGTGATGATGCGGAGCTTAAAAAGATAGATGAAGAGTTTGAAGAAATAACAGAAGGTCAAGAAGAGAATGAAAAGGAAAAGAATAAATCCAAATGGTCAAGGCTTGAAGCAGTAGTTGGATCACCTAATAGAATTAAAAAACTTGCACTGGATATTGTAAATCACTATGAGGAAAAATCTAAAATCATAGATGGAAAAGCAATGATTGTGTGTATGAGCAGAAGAATTTGTGTGGATTTATATGATGCAATTATAAAATTGAGACCAGATTGGCATAGTGATGATTTGGACAAGGGTAAAATTAAAATTGTTATGACAGGAAGTGCTGGGGATGAGGAAAGACTTCAAAAGCATATTGGAGGAAAGCAAAGAAGAGATACTCTTGCTAAAAGAATGAAGGATAATGGTGATGAGTTAAAAATAGTTATTGTTCGTGATATGTGGCTTACAGGTTTTGATGTTCCTTCTATGCATACTATGTATATTGATAAGCCTATGAAAGGTCACAATTTAATCCAAGCAATTTCAAGGGTTAATAGAGTTTTTAAAGATAAAGCAGGTGGAGTTATAGTTGATTATCTAGGTATTCTTGAAAGTCTTAAAAAGGCATTAAATGAGTATACAGATAATGATAGAAAAAATACTGGAATAGATACTTCTGCCGCAGTAATGGTTATGCAGGAAAAGCTTGAAATATTACAAAATATAATGCATGAATTTGACTATTCAGATTATATGGGTACATCACAGGTAGCAAGAATTAGAGCTATTACTGGTGGAATGAACTTTATTTTAGGAAAACCAGAAAAGGAGCAAAAGGAGTTTAAACAAATAGCAGTAGAACTTGCAAAAGCTCATTCTTTATGTGCAGCTACAACTGAGGGAAGAGAATGTGCACTTGAAGTAAGTTATTTTAAAGCAGTAAAAGCAAGTCTTACAAAACTTCAAGAAAAAAAGGTTCAGAAAAAATCTAAAAAAGAAATAGAAGAAAGAGTAAATCAAATGCTCCAGCGTTCCATAATATCAGAAGAAGTTATAGATGTATTTGATGTTATGGGTATGGAAAGACCTGATATTTCAATTTTATCTGAAGAGTTTCTTGAAGAAATAAAAAATATTAAATATAAAAATTTAGCTGCAGAAATGCTCAAAAAACTACTTGAAGGAAATATAAAGACCATGGAGAGAAAAAACCTTGTAAAGTCAGAAAAGTTCTCAGAAAAGCTTAAAAAAGCACTAAATAAATATAGAAATCAAGCCATAACTAATGTAGAAGTTATAGAAGAACTTTTAAAAATGGCAAAGGAAATGAAAAAAGATGCAGAAAATGAAAAAGATTTAGGAATGAATGAGGATGAAATTGCTTTTTATTATGCTTTAACTGCCGATGATGCTGTAAAGCAATTTATGGAAGATGATGTCTTAAAGAAAATAGCCCATGAATTAACTAGAGCTATTAGAAGAAATGTAACTATTGATTGGAGTGTAAGAAAAAGTGCCCAAGCAGGTATGAGAAGAATTATAAAAAGACTTCTAAAAAAATATGACTATCCACCAGAACAAGCTAAAAATGCATTGAAAACTGTAATGAGACAAGCAGAATTAATGTGTGGTAATGTGGAAAGTTATGAATATTATGAAGAAGTAGCAGAAAATGAAGGGGAGTATAGGGTTTAAAATTATGAAACTAAGATAGAAAAGATAAGTTTAAAATATATTTAAGAACGGATTATAGTGATTTACATTAGGAGGTATATAAAATGGAAGAATTAATAGAGGTTTTACAAGAAATTAGAAATGGTATAAATGACATGAATTTTAATATAGAGCAACTTAAAGAATCTGTTGAAGAATTAAAAGGTATAGGTGTGTATAATTCTATTTCAGATGTTTGTGATAAATTAGATGATGTATATTCATCTGTAACTTCAATTGAAATAGATATGCCATAAATATACTATTTAGAAAAGTTGGTTTAAACTGTTGTTATGGGTATGGGGGACGGTTAATGAAATTTCACCATAGTATTGGTGAAATTTCATTAACCGTCCCTTGTTATATTGTATTTCTGTGAATAAATAAGTCTTTAGCTGTTAAAGTTGAATTTTGATTGTTTTTTAAATATAAAAATAGGGTATGGTAATAATTTGTATTATTAATTTCATCATATTGATTCAAAGATTTTAACGATTTATGACAATATTCTTTTAAATTAATTTCTTTATTTATAAAAGAAATTAAATCATAAAACTGTAATTCTTCATAAAAAACTATGTGATAATTAGGTTTTAATATCTTCCCTAACTCTAAAGCCTTTAAAGATTGAATATAATATTTTTTGAATTCTAAAAGATTTATAAATGACTTACTTATGGCAAGCTTTATATTATTTTTTATTAAAAATTTTTCCCACGTATATTTTGCTTTGTTTATATCAAGATTTATATCATTAAAGTCATAAAGCATTATTATATTATTTTTATAATATATAGAATTTTTACCTTGAAATAAGTTTGTTATGTTTTTGCTTAAATAGTTATTTTTCTTACCATTTAAATTATAGTTTGAAATATCAAATGAAAAAACATAAAAGTATTTTCCTAAATTATGTTTAATATTTTTAAGCCTATCTGATAATATTTTAGAGTTTAAAATTTTATCTTCCAATAAGTCCAATAGTAAATTTTCGTAGGCTATATTATCAATATTATTATATAAGTTATTTTTTTTAATTTCCATTCCTATTATTTTACTAATCAATTTCAATGTATCGTTATCATTATCAGAAAAAGGTTTGTTAGAAGATAAAGCTAATAAGTAACCAGTTACTTTTTCATCAATTGTAACTTTGCAAACTAATTTTATTACAGGATTTTCACCACATATAACTTCAAAGGTATCATGATTTTTAGAAGCTTTTTTTAAATTTATAATTTTGTTTACTGCAACTATAAAATCATAGGAGCAATATCCATTCTTTATATTTTCCTTCCAATAGATATCAGTTATATCATAAGAATTGGAATAAGCTATTATTTTAAAACTATTATCTATTAAAATTAAGGGATTGTCTAATAGCTTTGAAGAAATTTCTATTATTTTATTTAAGCTATTTTCTTTAAGAATAGAATCTAAAAGAATAGCAGAATTATTTATTATCTCTAAATTATTAAATAAGAAATCCTTTGATTTATTAAATACTTCATAGATATCTTGATCACCATTGAGTTCTATTATATTATTGCAAGATGTATTAAATAATTTATCTATAGGAATATGTGCATCATTTATAAGCAATAGATTACAATAATTTGATTTGTATATTTCTTTTGGCAAATAAGAAGTTTTACCTACATATAAAATATCAGTTAAAAATATATTCTGATGTTTAGTTATAAGTTTGGTATCTACTATTTTTGAGGGCTTATTATTCATAAAAATATTTCTACTAATGTCTTTAAAATAATTATAAATATCATAAAAGTTTGAGTTCATGATAATACTCCTTTTTAATATATTATAGTGCATTGTGCACAAATTACACAATGGTTTTTGTAAATAACATATATAGGAATAAAAAGATATATATGTTATATTATTGACAAATATATAGGGAGGAGATTTATATGAAGTATGAAAATCTTTTTAAGAAAGGCAAAATAGGAAAATTAGAAATTAAAAATAGAATAGTTATGCCAGCTATGGGTACATCATTAGCTACTTCAACAGGAGAAGCATCAGATGAAATTATAAAATATTATGAGGAAAGGGCTAAAGGTGGATGTGGCCTTATAATAACAGAAATAACAAGAATAGATAATGAAACAGGAATAGGAACGCCTAATCAGCTATGTGCTACAGATGCATATCAAGTCCCAAGATTAGAAAAATTAGCAAGAGCCATACATAGACATGATTCGAAGATATTTCTTCAATTGCATCACCCAGGAAGACAGTCACATGGAGAACTAATAGGTGGGAAACAAATAGTAGCGCCAAGTTCAATAACTTGTAAAACAATTGGAGAAGAGCCAAGAGAATTAACAATAAAAGAGGTAGAAGAGTTAGTAAAAAAATTTATTAAAGGAGCTAAAATAGCTGAAATGTCAGGTATTGATGGAGTAGAATTACATGCTGCCCATGGTTACTTAATTGGACAATTTATAAGTCCTTTAACAAATATTAGAACAGATAAATATGGCGGAGATTTCAAAAGACGAATGAATTTTATAACTGAAATTATATTAGGAATAAAACGCGTATGTGGAAAAGATTTTCCTATTTCAGTAAGAATAGATGGAGATGAATTTGTAGAAGGAGGATTAACCTTAGAAGAATCAGTTAAAGCATGTGTTTATTTAGAAAGTATAGGAGTAGATGCTATAAATGTAAGCTCAGGTACATACGAATCAGGAGTAACCATTATAGAACCTATTTCATATCCTCAAGGTTGGAAAAGACATCTTGCTCAAACCATAAAAGATTCTATAAATATACCTGTTATTGCTTGTGATGTTATAAGAAAACCAGATTTTGCAGAAAAATTAATTGAAGAGAGAAATGTAGACTTTGTAGCTATAGGCAGAGGACTTTTAGCTGATGCTGAATGGGGTAAAAAAGCAAAAGAAAGAAGAGAAAAAGAAATAAGACCGTGTATATCTTGCTTATATTGTATAGAACAATTATCTAAAGGATCTTGTACTAAATGTGCTGTAAATCCTCGTATGGGCAGAGAATTAGAATATAATAAAATTGAGAAAAATGGCGAAGGAAGATTAGTTGTAGTTATAGGAGGAGGACCTGCAGGAATGGAGGCTGCAAGAATCTCTGCATTAAAAGGCTTTAAAGTTATTTTATTTGAAAAAAAAGATGTACTTGGAGGAAGCGTTTATTTAGGAAGTAAGCCACCTTTAAAGGAAAAATTAAATTGGCTTCTTGATAATATGGAATATCAAATAAAAGAATTAGGAGTGGAAATAAGATTAAATACATCACCAACTATAAAAGATTTAGAAGAATTAAATCCATATGCCGTATTTTTAGCTACAGGTGCTGAATCAATTGTTCCTAATATACCTGGAATAAATAAAGAAAATGTATATACAGTAATTGACGTATTAGAGGAAAAGATTAAAATTATCAATAGCAATGTAGTTGTTATAGGATCAGGACTTACTGGACTTGAAACAGCAGAATATATTGCTGATAAAGGAAATAAAGTTACAGTAATTGAAATGCTTGATAAAATAGGAGGAGATGCCTATGCATCGAATTTATATGATGTAACTTCAAGACTTAAAAAATATGGAGTGGAATTTCTAACTTCTACTAAATTAATAGGCATAGAAGATGAAAATATTAAAGTGGAAAGTACAATAAATGGTGAAGTAAGTACTATAAAAGCAGACAACGTAATTCTTTCACTAGGGGTTAGATCAAGAAGAGAACTATTAGACGAATTAGAAGAACATTTCTCAATTGTAAAAGTTGTTGGAGACACATATAAACCTGGAAGAATAGCTAATGCTATACATACAGGTTTTGAAAAAGCTTACGTGTTAGAATAATAGTTATGTAAAAATATAGTATTCTTGTTATTAGATGAAGTTTAAGATTATATCTGATAACAAGAATACTATTTCTTCATAAGCGTATACTGTGGGATTACTTATTCTAGAATACATATGTACTTCTTTAGTTAAATCAAATAGTTTTGCTACATGATCAGGATCTTCATATTTATAGGTGATACTTTGAAATATAGGGAGAACCCTTGCTTCTCCAGGTTTTGGATTATAACCTCCTTGTACACAAATTGTTCCTTTGCCCCAATTTTTATTCATAAAAATAGCCTGCTTTATACTTTGCTTATAGTTTGCTGGGTTTTATAGGGCCAGTCCCTCAACCGCTCTTGATAAGATGTTTTTCAATTATTTAAGTTACAATGTATTGCTACTTTAAAAATAAGGTAATTAAAAAATATTTTAAATATAGAATAATATCTTAAATTAAATAATAATTAATTTTCAACATGAAACATACAGATATAATGAAATATATGGTATAATAACATCGATTTGTAAAATAAAATGTAAAATATAAGGATGTGAATATACTTGAAAAAGTTTAATATTTTTAGAAAAAATGCATGTTCTGAAAACAAGCAATGTTATGAGGCAAATAATATTATTGAATATGTAGAAGAGAAAATGAAAGGCAATAAAACTCCAGAGCCAAAGGTTCAATATCCTATACATGTTAAATTATTAAATAATTATAAAAAACTTTTTTCTAATGAAGAAATTATGTCATCTTCAGCAAAAAATTTATTAGATATAAATGCATCTTTAAGTGATTTTGATGTAGAAATGTCTAGTATTTCCCATGAATTAATTGATTTTGCAGAAAAAATGTCACAACTTAGCGAATCAAATCTAGCAGTAGTAGAGGAAATTACAGCTAGTATGAATCAAGTTAATCATACTATAGAAGATACTTCTAAAACTTTAGAACATCTATCCATATCTTCTAAGGATTTAATAGAGGAAAATCATAAAAGTCTTACTGAAATTGAAGATATCAATAATTTAAAAGAAGAAGTAATGAATAATGCAAATATTATGAGCAGTCAAACAAATCTATTAGCTTTAAATGCATCCATTGAAGCTGCACGTGCAGGAGAACATGGTAAAGGATTTGCGGTAGTGGCTCAAGAGATTCGTAAATTAGCGGATGATACCAAAGGAAGTCTTCAAAATATGAGGAATTTTGTAAGTAACATCCAAAATACCTCTAGAGAAGGAAAAAAGAGTATGGATAATACAATATCTTCTACGGAAAAGATGAGTAAAAAAATTGATGCTATAACGTATACTACAAAAAGTAATGTGGACATGCTTGAGAACTCAGTTAAAAGTATATATGAAATTAATGAAGCTATGAGTGGCATAAATGTAGCTGCAACAGAAATCAATAAAGCTATGGATACATCTACTCAGGATGCAGAAAAATTAAGCCTTATGACCAATACTATTCATGATGATGCATTGAAAAGTGCAAATTATGCAAAGAAAATTTCTGACATAGATAATTTATTAACAGAGGTTTTAAAAGAAATGATAGATGGACTTAAAGGTACTAGCAATGCTATTAGTAATGAAGAATTTTTACAGTATATAGAAAAGGCAAAAAAAGCTCATAAAAATTGGCTAGAAAAGTTAAGAACTATTGTAAATGAAATGAGAATATATCCTCTACAAACTAACGGGAACAAATGTGCATTTGGTCATTTTTACAACTCTATACAAGCAACACACCCTTCAATTTTAGATGAATGGAAAAATATTGACGGTATCCATAAAAAATTTCATACTTTAGGTGATAAAGTATTAGAAGCGGTAAAGGAAGAAAACCAACATGAAGCTAAAGAGTATTATGATTATGCTGAAAAGATATCAAAAGAAATATTTAATAGTATGGATAAAATAATATCAGAGGTGAAAAAGCAAACTGAAAAAGGTGTACAATTATTTCAGTAAGGATTATAGGGGACGGTTAATGAATTGTTAGTGAATTAGTTAATAAATTATAACGAACTACAAAAAAGCTTAATGGGGTAAATTTGTTATCCCATTAAGCTTTTTTATTAAACTAACAACAATATTTATCAATAAGATTTTCTGCTAAACGCTTATACATGTTTGCATTGTATACAAGTGTAAGTATTATTATAACAAGTCTAGAATAATCCTCGTCACCATCTATATTGAATTTATCATCTAATATAAAATTTAATTTATCTTCTATAATTTTATAAAAGTTGTTTGTTTCTATATTTTGAATATGCAAGAAATGTTTGTAAAAATTTTCTAAGTCGATACTATCATTGTCTGTATTAAATTTTTCTACTAATTTATTTAATAAAAGTTTTATATCATTTATAGATAGAATTTGCTTTAAATTATATATTAGAATCATCATTATAATATGATCAGTTGAGTACTTTTTTTTATCTGCAGGCATAAGTAGTTTATCTTTTGTATAATTATTTATCATGGTTTTAGTTAAAATTTTATCATCCTTATTCCTTTTAGTTTTGCTAAGAGCATTTTCGAATAAGGTTATAACTTGATCCATGTATAAATATATTTTGGGGATATCTGATAATGGTATTGTTTCATTTAAATTTAAATCTTTTATAGTTTCTAATATTTCATTTTTATAATCTTTCATATTAAAACTCCTTTAAAATTATTTGAAAAAATTAAAAAAAACATTGGAAAATTATATTCTTATTCTAAATATTAAATCATATAAAGAAGTATTTCAAGATATTAGTTTTATTAAAAAGTATTTGCATTTATAAAATGATATTGTATAATATTAATATATCAATATATAGTTTTAAAAACTATATTATATCATATCAATATAAAATCGGTAAAATGGTAAAATAACTTTAAAGAATTTAAATTTTGGAGGAATCTATTATGAATGGAAAAAGAATTTTTAGAGAACCTATAAATGGGTTTACTCATCTATTTGGAGCATTGGTTTCATTAGTTGGATTAATACTGCTTATAGCAAAAGTCTTAAGCTCACCTTATGGTAATAATCTTCAGCTTACAGCAGCTATCACATTTGGCGTAAGTCTTATATTTTTGTATACAGCAAGTTCTGTATATCATTTAGTAAATTCCACAGAAAAAATAATAGCTTTTTTAAGAAGATTAGATCATTCTATGATATTTATTTTAATAGCTGGAACATATACTCCAGTATGTTTAATTGCACTTAGTGGACATTTAAGATGGATTATACTTATATCGGTATGGACTATGGCGATTTCAGGAGTGTTATTTAAAATGATATGGTTTAACTTGCCAAGGTGGGTTTCCACAGCTTTTTATATATTTATGGGATGGTTTGTAATATTTTTCATAAAACCTATAGCTTACTCTATAAGTAGTTTAGGTATATTATGGCTTATTTTAGGAGGCGTTTTTTATACCATAGGTGCAATTATTTATGCAGCTAAACCACGCAAATTAAAATTTAAACATTTTGGTTTTCATGAGATATTTCATATATTTATACTTTTAGGAAGCTTTAGTCACTATATTTGTATATTTAGATATGTATTATAGGGATTATTGATAGATTAGTTAGTATGTTATACTAAAATTTAATGGAGGTTAGAATTACTAACTTCCATTAAATTTTAGAAAACTGTATTGATTTATTTTATTTTTTATAAAGCTAATATGTTCAAAAATAACAGATAGATTACCATTGGCGCCCTGGGTTACTAGCCATTGAATTTATAGTACCTTTTGGATATAAAACTGAATAATGATGAAGTTTAGGATTGACTTCAGTTCCTTTTGAGAATACAAATAGAATTTTATAATTGTCATTTATTTTATATCCAATAATTCTTTCTTTATTTTCGGTCACTATATTGTAATCAGGCTTTCCATAAACTTTTTTTATATTTTCTAGATTCAAATTGTTAATTCTAGAATCAAAGGATCTCGCTTCAAATATTGCACCACCTTTGTTACATCCGAATACTACATTATGTTTATCAAAAGTATAATAAGTACCTTTGGCATTAGCTATATAATTACTTGAGTTAGCTTCTCCTAAAGAGTTTGTAACATCATCTATAATATTAATACCAGCTTTAAATTCACTGTTTATTATCCCGCCAGTTTCAGCTTTATTTTTAATTTCAGATATAAGCATTAAGTGAGATTTATCTTCTTTATTTGTATTATTTTCAATTGAAGTTGAATTATTATTTATATCCTTATTATTTTCTTTAATAGTACAAGAAGTAAAAGTAAATAATATTCCTATTGTTAGTATTAAGCTTGTTAATTTTTTTATCATGCTATCTTTGCTCCTTTTAATATTTTAATTGGAAGTTAAATGTAATAGTATATATTAATATTATAGCATTATTTGACAAGGAACTAGAATGAATAAAAACTTTTATTTTTAAATTTGGTATATAGCAAATCTAGTGAGTACAATATCTATGGAATATAAGACTATGATAAAGATACGGATATAAAGGAAAGGATTTAAAAAATCAAATATCATTCATAAATAATATTATACCTAAGATAGAAGAAGTAAGTAATGACATAGATTATATTAACTAAGAGAAAATTAGTAAAAGCCTGTAGTTTAATTTAGACTACAGGCTTTTATAGGGCATTGTATACTATTAACTATATTTATATTAAATGTTGCAATCTAGACCTAATTCTTTACGTTTTTTTTCTATATGATTTTTGTAAATTTCTATAGTTTTTTCTGCATCCATTTCAACTACCACTTTTCCAAGACCAAGAGATTCAGTGGTTTCGGTAAGAGTTTTAACAACCAAATCACTACCAGTAATAGATGGAACGGGAGCTATATGAACTAGCCAACCTAATGCTACAGCAGTACAAGCATCTGCTACTGCTTTTTGTTCTAGATATTCAGGAGCACCTATAACTAGTGGAAGTTTATTAGTATCTACATTCAATTCATCTGCAATTTCTTTAGCAGTTTGAGACATTTTACCTATATCTACACAGGCACCATAAGTAAGTACTGGAGGAATACCTAATTGTTTACAAACTGTTTTTAAACCTTCTCCAGCTTCATCTGCTGCATTAGGATGAGTAAGACCTGTGTACTCCATAACAGAAGAAGTGCAGCCACCAGATAAAACTAATATATTATTTTCTATTAATCCTTTAGTTATTTTAAATATATTACTTCCACCTTGGCCGTATCTTGCAGTAGTACATCCAACAATAGTTGCAATTCCTCTAATATTTCCATTAACTATCTGTTCTATTAAAGGTTTAAAGCTTCCACCTAAAGCGCCTTTAACAGATTCAGTACTAAATCCAACCATACATTCTGAAACATGAGGAGGAATATATATTTCTTTATTGGATTTTTTACGTTTTCTAAAAGCTTCTAAAGCCATATTTAATGCTTTTTCAGCTTGATCTTTCATTTTTTCTGGAACAAAGTCTAAAGTTTCAGTTCCTTGAAGTTTTATTACAGGATGGGTACTTAAAAGTTTTGTTCCAAATTTTTCAGCATATAAAGGTAAAGTTGGAACTGTACAGTTATAATCAAACATAAATAAATCTATTACCCCTGTAGCTAATAAATACTCCTCAGATAACCATTCTCCTTCTTGACCAGTATATGCAGTTTGATTATGAGTTCCACTATAATTTATTAATTGTTGTCCTTCACAGACGTGACCAAGAATTTGAATTCCATCAGCACCTGCTTCTTTAGCTTTTTGTTGCCATTCATCAGTAGAAGCTAAATCTATGGCTACATGAGCTAATAAAGGCATATGACCATTTGTTATAATATTTATTCTATTTTCCTTTAAAAGTCCCATATTTTGTTTTTTCATTTCTATTTCTTGTGTTCCCATAAGTATTTCTTGAATAATATTTAAAAGGAAAAGTCCTTGATATTCATTAGCAATACCTAAACGAACACTATTTAATAAAAATTCCACAGGATCAGATCTGAAGTTTGTCATACAACTAGTTTGAGAATAGGCAATTTCGCTATATCCTCCACCAGGAAATAGTCCAAGTTTTTTCCATAAGTCTTTACGTTTGCTAGGAGCAAAGGCTTCTACAGCTTTAGAAGGAATATGTTATTCACTGTGAATATCATTAATGACCCAATTAGCAAAATCTACAGCTAGTTCATTTATAGGTTTATTTGCATCTAATCCTGCCATATCAGCAAAGTTTTTTAGTTTTTCAGCATCTCGTATTTTAAGGCCACTTTCAGGATGCTTTCCTGCAGCTCTTAAGGTTCTGGCAGCTTGATGAGCGTGAAATATATTTGCAGAAGTACCTATAGTTACATGTCTATACATAAAGTTTCTAGCAACCATGGTATGAGCATCTACTCCACAGGTTCCCCTTGGTACATTAGGACTTATACGACAAGGTCCATTAGCACATAGTTGACAGGATAAACCTTCTATACAAAATTTACATTGAATTGGTTGTTGCTGACTAAAACGATCAAAAACATTTGTCATACCAGCTTTATTTACAATTTGATACATTTCTCTCATGGCAGGATCTATTATTACGTTTAAAGGATATCCATCTTTGGATTGATCCTTTTTATTTATATGTTGTCTCTGCCATTTATGTACTTCTTTCATAGATGCAGGGGATTTTTGAAAATTATTATAATTAACTTTTTTATCGTTAAATGCATTAGTATTAATATTAGGATCATTAAAATCTTCAGGTTTAAGTTTAGAACCAAAAGTTGTATTATCGCCACTCATTCTATTTGCACTTTTTTCATAAGAGTCTTTAATATTTTCGTTGGACATCATGAAAACCTCCCTAAATATTATATTAAATATAGTTAAAATTAGTTTTGCACTTATAAAATATTAATATACATATAAAATGGGACGGTTAATTATTAACTATCTTTTAGTTTTAAATTAAAGTTGAAATTATTTAATAAAAATTAGAGTAGATTTTGTTATATAATATAGAAAAGGACATGAAAGTTAACCGTACTTTTATGAATAAAAAAGAAAAGGAGTACTTATGATTAAATATTTTAAATGCTATTTTATATTAATAAATTTGTTAGGACTTTTGTTTATGTATATAGATAAAGAGAAAGCCAAGAGAAGCAAGTGGAGAATAAAGGAAAGTACTTTATTTTCAATAGCCATGTTAGGAGGAAGTATAGGAGCATATATAGGCATGAAAACATTCAGACATAAAACTAAACATGCTAAATTTAAGTATGGTATTCCTATTATAATACTTATTCAACTATTAATATTTCTGTATTGGGGAAATAATAGTGTTTTAGTATTCCATTATTTTATAAAAAGTAGTAGACTTCCATATTTAATGGATATAAAATAGTTCAAATATCAGATTTACATAATAAGGTTTTTCCTAAAAATAATACAAATTTGATAAAAAGTATTAAAGATGAAAAGCCTGATTCTATATTTATTCAGAGTTGGTAGTAGTAGAAGTAGAGGTAGAGGTAGAGGGGACGGTTAGTAGAGGGGACGGTTAACTAATATATGGTTTAAGAAAAAGTGGATATTTCATGAAAGATATTTTAATTTGGAGGTTTATTATTATGTATATAATTATTGGATTATTGTTAATTACAATGTTAATATTTATTAGCATTAGCAATAAAATTAATAAGTTAGAAAATAACTTAAGACATATAAATTTCAAGTTAGATAAAATCATTAAAAAAGAAGAAGTAGATGAATTTAAAATAGATAATGATAAAATATTATCACTTATTGAAGAAGGTAAAAGATTCGATGCATCTAATAAACTAATGGAGACTATGGGATTTTCAGTGAAAGAGTCTCAAGAATATATTGATATATTAATAAATAAAAATTGAATAGAAACCTCATTTCATGTTAATAATTCAAATACAAAATATGAAATGAGGTGTTTTTATTGCCAAGAACAAGAAGACAAAAATCAGAAGATGCTATATATCATGTAATGATAAGAAGTATAACGGAGGTATCCCTATTTGAGAAACATGAAGATAAAATTAGATATTTAAATAAAATGAGAGAATATCAAAAACAATATGGTTTTAAAGTTTATGCATATTGCTTAATGACAAATCATGGACATTTTATAATAGATTCTAATGGTGCAGATATATCAAAAATAATGCATGGACTAAATTTTAGTTATGCAATAAATTTTAATAAAATTAATAAAAGAAGGGGACCTTTATTTCAAGACAGATTCAAAAGTAAAATAGTGGATACACAAAGATATCTTATTACATTGTCTGCCTACATTCATAACAATGTGTTAGACATAACAGGATATGAAAAATGCCCAGAAAAGTATAAATACTCAAGTTTGAAAGTATACTTAGGTCTTGAAAAAGATTCTACAGGTCTTTTAGATGAAGCGTTTATAATGCAGTATTTTAGTAATAATGTAAAAGAAGCCAGAGAAAACTATGCTAAATTAGTTTACATATGTGATGATGAAAAAATAAAAAATGAACTAGAATTTCAAGATGAGGAAACGGAATACAGGAGTGATAGAACGATAATAGTAAGAGACTTTGAGCCTGATGAAATACTAAAATTTATTGAAAAAGAAACAGGAATAGACAAAATAATGTGTCATGTAAAAAACAATAAAAATTCAAAAATTGTAAAAGCGCTAGCTTCGCTGCTAATGAGAAGTCTTTGCAATTATAGATGCAAGGATATATGTAAAGTCTTAGGAAACATTGCTCAATCAACAGTATCAAGACTTTGTTCTATTGGAGTTGAACTTATATCCACAGAAGACAAATATAAAAACATAATAAATAAGTTTATTTCGGAACATAGAGATTCCAAAGCGCTAGCTTGTACATAATATTTTCACAATTTAACTAAACTTGAGTTAAAAACTTAAAAATAATTTATACATATCTAAGCCTTTTATTTTAGTCTTAATAGAGGGTTTTTATTCGAATGCCTATAATTAATAAAAATAAGTGGACAAGTATAATCAATATACTGAAAGTAAAAAATAGATATGAAATTAATATTTATATAAATAAATTATTTTAATTTAATGAGCTAAATAAAGATTAACCGTCCCCGAATAAAAAAATGAAAATATCCCAATAATACTGTAAGAAGAATAAAAATTAGCTTAATTTTAAGGAGGTACGAAATGGGAAAAATAATGAAAACTATGGATGGAAATGCAGCTGCAGCGTATGCCTCGTATGCCCTTACAGAAGTAGCAGCTATATTTCCAATTACACCTTCAACACCAATGGCAGAAGGAGTAGATGAATGGTCTGCTCACGGAAAGAAAAATATATTTGGCCAACAGGTAAAAGTGGTAGAAATGCAATCAGAAGCAGGAGCTGCTGGAGCAGTACATGGTTCACTAGCAGCAGGAGCATTGACTACTACATACACCGCATCACAAGGATTACTTTTAATGATTCCCAATATGTATAAAATGGCAGGAGAATTATTACCAGGAGTATTTCATGTGAGTGCTCGTGCGTTAGCAACTCATGCTTTATCAATATTTGGTGATCACCAAGATGTTATGGCTTGTAGGCAAACGGGCTTTGCCCTTTTAGCATCATCTAACGTTCAAGAAGCAATGGATTTAGGCTTTATAGCACATTTATCAGCCATTAAATCTAGAATACCTTTTTTACACTTCTTTGATGGTTTTAGAACTTCTCATGAATATCAAAAAATAGAAGTTATAGATTATAAGGACATAGCAAAAATTGTAGATAACAAAGCTATAGATGAATTTAGAAATAGATCCCTAAATCCTGAAAGACCAATTCTTAGGGGAACTGCAGAAAATCCAGATATATATTTTCAAGGAAGAGAAGTATCTAATAGATTTTATAATGAAGTACCAGATATAGTAGAAAATTATATGGATGAAATAAAAAAAATAACAGGAAGAGAATATCATCCATTTGATTATTATGGATCCTTAGATGCTAAAAATATTATAGTTGCAATGGGATCAGTATGTGATACTGTTGAAGAAACAATCGATTATCTCATGGATAAAGGGGAAAAGGTTGGAATAATAAAAGTTCATTTATACAGACCTTTTTCAGAAAAATATTTTATGAATGTACTTCCTAAAACTGTAGAAAAAATAGCTGTATTAGATAGAACCAAAGAACCAGGTGCACCATCAGAGCCATTATATCTTGATATAACAAAATTATTCTATAATAAAGAAAATAAACCACTAATAGTTGGAGGAAGATATGGATTAGGTTCTAAAGACACAACTCCATCAGATATAATAGCTGTATTTAGAAATTTAGATAAGGAAAATCCAAAAGATAACTTTACAATATCCATAAAGGATGATGTAACAAACACATCACTTAACTCAGAAGAATTTGTAGATACAACACCTGAAGGCACTATAAGCTGTAAGTTTTGGGGGCTTGGATCTGATGGAACTGTAGGAGCAAACAAAAGTGCAGTAAAAATAATAGGAGATAACACTGATTTATATGCACAAGCTTATTTTTCTTATGACAGTAAAAAATCTGGAGGAACTACGGTATCACACTTAAGATTTGGTAAAAAACCTATAAAATCTCCTTATTTAGTATATAATGCAGATTATATTGCTTGTCACAACAAGTCTTTTTTATACAACTATGATTTATTAAAGGGATTAAAAAAGGGAGGAAATTTTGTATTAAACTGTCCTTGGAATGAAAAGGAGTTAGAAGATAAACTTCCAGCATCCATAAAAAAATATATAGCTGAGAATAATATAAACTTTTATACAATAGATGCAATAGATATAGCAAGAAATATAGGATTAGGTGGAAGAATAAACATGATAATGCAGGCAGCTTTCTTTAAAATTGCCAATGTAATTCCTATAGAAGATGCTACTAAATACTTAAAGGATTCCATAAACAAAACCTATGGTAAAAAAGGTGAAAAAATAGTTCAAATGAACCATACAGCTGTAGATGAAGGAGTACAAAAATTAGTTAAAATAAATGTACCACAGAGTTGGAAAAATGCAGAAGAAAAAGCTAAAAATGAATTAACCGTCCCTGATTTTGTAAGAGACATTCAAATACCTATGGCAAGGCAAGAAGGGGATGATTTACCAGTAAGTTCTTTCTTGGGAAAAGAAGATGGATCATTTCCATTAGGAACTACTTCCTATGAAAAAAGAGGCATTGCTGTAATGGTACCTCAATGGCAAATAGATAAATGTATTCAGTGTAACCAATGTTCTTATGTATGTCCTCATGCTACAGTAAGACCTTTCTTACTTACAGAAGAAGAAAAAAATAGGGCTCCTAAAACTTTTGAAACTAAAAAAGCTATAGGAAAAGGATTTGAAAACTATGGATATAGAATTCAAATAAGTCCTCTAGATTGCACAGGATGTGGTAACTGTGCTGATATATGTCCTGCACCAGGAAAGGCACTTATAATGCAACCTGCAGAACAGGAAATAGAAAATCAAGCAGATAATTGGGAATTTGCAGTAACGCTATACAAAGAGGAAAAACCTACAGTTATGGATCAATATACAGTAAAAGGTAGTCAATTTAAAAGACCTTTATTGGAGTTTAATGGAGCATGTCCAGGTTGTGGTGAAACAGCATATGTAAGACTTATAACTCAGCTTTATGGGGATAGAATGATGATTGCTAATGCTACAGGATGTTCCTCAATTTGGGGAGGATCAGCGCCATCTATTCCTTATACCACAAATAGCAAGGGGCAAGGGCCTGCTTGGGGCAACTCTTTATTTGAGGATAATGCAGAGTATGGATATGGGATGTACTTAGGAGATAAACAAATAAGAGAAAGAATTGCAGGTCTTATGGCAGAGTTGATACAAGAAGATATTCCACAGGATATGAAAGATATTTTCTCCGAATGGTTAAAATCTAAAGAAGATGGTGAAAAATCTAGAGAAATCTCAGACAAAGTATTACAAATATTGAATAGTCATGGATATGAAAATAATCCAAAGTTGAAAGAAATAATGGATAAAAAAGACTATTTAGTTAAAAAATCGGTATGGATAATAGGTGGAGATGGATGGGCTTATGACATAGGATATGGAGGATTAGATCACGTATTGGCATCGGGAGAAGATGTAAATATCTTAGTATTAGATACTGAAGTCTATTCAAATACAGGAGGACAGATGTCAAAATCAACTCCAACGGCAGCAGTGGCAAAATTTGCAGCAGCAGGAAAGAGAATAAGAAAGAAAGATTTAGGACTTATGGCTATGAGTTATGGCTATGTTTATGTAGCTCAAATTGCTTTAGGAGCAAATATGAATCAAACTATAAAAGCAATAAGAGAAGCAGAAGAGTATAAAGGACCTGCTTTAATAATTGCCTATGCGCCATGTATAAACCATGGAATAAAATCTGGTATGGGAAGCAGTGTAGCAGAAGAGAAAAAAGCGGTTGCTTCGGGATATTGGCATTTGTATAGATATAATCCATTATTAAAAGAAAAGGGAGAAAAAGCTTTTTCATTGGATTCAAAAGAACCTACAGATTCATTTATGGATTTTATAAAGGGAGAAATAAGATACACGTCCCTTGCAAATGTATTTCCAGAAGCAGCAGAAAAGTTATTTGAAGAATCAGCAAAACATGCAAAAGAAAGATATGAAGTTTATAAAAAAATAGATCAGAACTTTTAAAATAAAGGGGCTGTAGTATTAAGAAATTTATATACAATATAGTGTTAATATATTGTAGTATTTATTCCTAATGCTACAGCCCTTTCTTTATTTATATATTTATAGAACAAGAAAAAGCACCCAAAATTTGGGTGCTTAAATTGAGGAGAAGTTAGACCTTATAATTATTTTTGGTTAGAATCTACCCATTCTTTAGCATTAAAAATTTCTATTTCGCTAGGAACGGAAACTTGAGATACAGGTTTTAAATACTCTATATTTGCCCAAGCTGCTGTGTCATGGTTTTCTATTGGAGTTTTCTTATTTTGTGCCTTTACTTTTATTGTACGCATAATAAAAGCCTCCTTGTATAGATATATAAATTTAAGGTCTAAAATTATTATTCTACTAAAGTAAAAACTTATACTATTTTTTTAGAAAATAAAAATTTACTAATTATTAAATAGCTCATAAATAGCTTTTTCATATAAGTTAGGAACAACTTCAAAAGAATAGGATATATTAAGCCTTTCAGAAAATTTATGAAAATCTTTTCCAAAACCACCAAAGGCTATAGAAGGTATATCTAATTGAGATAATTCATCTACAGGTAAATTATAGCTTTTATTTATTCCTAATATATTTGAAGCAATGGTATTAAGTCCTTTTTTATTCGTAATACCTGTATAACTCAAATCACAAAGAGCCATGTAATAATGATCTTTTTCTATATTTGTATTAAATTTATCTTTTGCATATTCTAAAATATTATCGATAACTTTTAAAAGTACCATGTCATCAGCTTTATCTTCTATAAGATGTTTATCTGGATAATAAGGTGGCGCAAAGCCTATTATTATAGCAGGGGATTTATCTGGATAATTTAAATAAGTTTCCTTCATTATGTTTATAGCAATAGTTTGAAGATCCATATTTTCATTTATCCATTGTTCAATTTTTCCTTGAATATATGTATCAAATTTGTCACCGAGTGTTTCCTTAACTTTTTTATAAACCTCTTCATAAGTTAATACCTTAGGTTCAAATTCCTCTCTCAATGAGTTTCTATTAGAAATTGAAGCAAATTTATTTACACTTTTTTCAATTATATTTAATGTATTATGGAATGCTTGAAAACATAAATTTTTCAATTTTTCTATAAGCTCATCTATAGACAAATTAAGAGTTAACACATTATAATAAGAAGCTGCCATAAGAGGAGTTTGTACAGAATATAATTCTTTTAAGTCAGTTTGTTTTAAACAAGTTGGAGGAGGAGTTATATTTCCTTTATTAATATCGCAAAAATCAGGATTTAATTCTAATAATCTATTTAGTTCAGTTGCTAATAGATTTGGATTTAGCCCACTAAAGGATTCATATACGTGGGTTTCTTTGCCTACAAATAAAAATAAAGGCATTACTTTACCAGCAGTTCCAAGATATATTCGTTTTGTTTCATCGCCTATTTCTTTAGGAATGCAACATTCAGATACGAATAATCCAATATATTTATATCCATATTTTTTATTTAATTCTAAAAGATGTGGTACTGCAGCCAACATTCCTTCGGAATTGCTTTCCTCTCCAGGCACTGCTAAAAATAATATATTACCTTCAAAATCATCTCTTAAAGATAATTCTCTTAAAAGTTCTATATGAAGAGCAAGTCCAAATTTCATATCTGCAGTACCTCTTCCAAATATATAATCGCCGGATTCTAAATCATTTATTGCATCTTTATCTAAAGGTAATTCTTTAATTCTTTTTTTTAGTTCTATTGGATTAAAGGCTAGCTCTTTTAAATGACCATAATCCTCTATATCCACTACATCTAAATGTCCTGTTAATATTATGGTTTTTTTAGAAGGCTTAGAACTACAAAATAAAGCACTAACAAAACTTCTATTTAGAGGATCGCTTTTTATTTTTATCAAGTTAAGATTTTCACGATGTTGTTGAAAATAAGGGATGTCCTCTAGTATACTTAGAGTTTTTTCTGCTGTTAATCCTTCTGACTTCGTTCCAGCTATACCAGGTACCGATACTAGTTCTAATAGTGTATTCATTATTTTATCTTTTATATTCATTTAAGTTCCTCCTTAGTAGCAAATATATTAATCCTAATCCATTTTAAGATGTAATTATGAAAATGTCTAGAATAAAAGGGACGGTTAATGAAAATTAACTATTTTTGTTTTAGTTAATTTTCATTAACCGTCCCTTAGTTTTTAATTTTTAACTTTAGTTATTTTTTTGTTCTTCAATTTTTTCAGCTAACTCATTAAGATAAGTCCATCTGTTCATCTTTTCTTCTAAAAGTTTTTCTAAATCTTGCTTTTTCTTTAATAATTCTTGAAGTTTCTGAAAATCAGAAGTATTTTCAGATATTTCTTCATCTAACTTAATTATTTTTTCTTCCAAGTCTTCTATAATCTCATCAATTTGTTCATACTCCAATTTTTCTTTATATGAAAATTTTAAAGATTTGTTTTTAGGCTTTGACTTATTGTTTTTTGTTTCAGTAAAATTTTTATTATCATTAACTTCATTAACTTCTTCTTTTGAACTTTTGGTAGATTTGCAATAACCGTCCCCCGTAACCTCCATAACCTCGGAGTAGTTTCCAGTGTGCTTTTGTATAACTCCATTTCCTTCAAAGACAAATATTTTATCTGCTATTTTGTCTAAAAAATATCTATCATGGGAAACAGAAATTACTGAACCATTGAAGTTTTCAAGATAATCTTCTAATATGGTTAGGGTTTCTGTATCTAAATCATTAGTAGGCTCGTCTAAAAGTAACACATTTGGAGCGTCCATAAGTACTTTTAAAAGATATAATCTTCTTTTTTCTCCACCAGAAAGCTTTCTTATAAGGGACCATTGCATTTCTGAATCAAATAAAAACCTTTCTAACATTTGAGACGCAGATATTTTACTTCCATCAGAAGTAGTTATAAATTCAGCAGTTTCTCTAATGTACTCAATAACTCTCAAATCATCATCTATTGATCCACATTCCTGAGAAAAATATCCTATCTTTACGGTTTCACCTATTTCTATAGTTCCTTTATCAGGGGTTAAGTCTCCATTTAAAATTTTTATAAGAGTTGATTTACCTGCTCCATTAGGTCCCACAATACCTATTCTGTCTTTTGGTAAAACTATATAATTAAAATCTTTTATAAGAGTTTTATCTCCAAAACTTTTACTTATATCTTTAAGCTCTATAACCTTTTTGCCAAGTCTTGTAAAGGATGTTGATATATCCACTTTATTATCATCTAAATCTATACTTTCCTCTGACAATTTATTAAATCTATCAATTCTAGCCTTTTGTTTAGTGGATCTGGCTTTAGCACCTCTTTTTATCCATTGAAGTTCTCTCCTCAATAAATTTTGACGTTTGGACTCAGAGGACTTTTCTAGTTCTTCTCTTTCTGCCTTTTTTTCTAGAAAAATGCTGTAATTTCCCGAATAGTTGAATAACCGTCCCTTACTTATTTCCAATATTTTATTGGTTACCCTATCTAAAAAGTATCTATCGTGGGTGATCATAACAAGTGCGCCTTTTCTTTTGTTTAGGTATTCTTCAAGCCAAGTTATTATTTCATTATCCATATGGTTAGTAGGCTCGTCCAATATTAAAAGATCGCAAGGATTTACTAGGGAAGAGCATAGAGCTATTCTCTTTTTTTGTCCTCCAGATAAATTTTTTACCTTTTCATAAAAATTTGTAATGCCAAAGGTAGTTAATATAGCTTTTGCTTCACTTTCTATTTGCCAAAGGTTTAAATTATCCATTTTTGAGGTTAAATCCATAAGTTTTTTTTGTAAACTTTTATCCTCAGGGTTTAATTCAACTTCCTCTAAAGCATTCTCATAATTTTTTATAGTTTTCATTATAGGAGAGGTTCCTTTAAAAACCTGCTGTATTACGTTAGAATTTTCATCAAAATAGGGGTGCTGAGGAAGGTATTCAATAACTATATTATTTTTTGTTATTATATTTCCGCTGTCGTAACTTTCGATCCCAGCTATTATTTTAAGCAGTGTGGATTTTCCCGTACCATTTATACCTATAATTCCTATTTTATCTCCTTCATTTATACCAAAGCTAATTTCATTAAATAAAGTTTTTTCACCATAACTTTTACTTAAATTTTCTACAGATATTAAATTCATTATACTACCGCCTTCATAATATATTACATAGGATAATTTTATATCATTAAAGGTAAAAGAGCAATTTAGAATTTTATTAACTGCATATTTAATGTGAATTTAAGGTTTTTAAATATATTATGATGTATAATTATATATAAGAAGTATTTAACAAAAGTTGAAATAATTAATTTAAATAAAACCATTAGAGTCAGTTTAGAGTAATATAAATATAAAGGAGCTGATTAAATGAAAGACTATTACAATGCAATTTTAAGAAAATCTATAATAATTTTATTTCTTTCTTTTGGATTGTTATTTGCAGTTGGCACGGTAATAGTTTGGAAATATGATTTAAGTCTATGGTTTGCAGTAGGATTTTCTGTTTCTATAGCATTAATTCAATTTCTAATTGGACCTGCCATAATAGGAATGGTTTATGGGGTATTATTTGAGGACTATGATAAATATATAAGTGAAGATGTATTAAAATTTATAGAAGAATCCTGTAAGGAATACAATATACCACATCCTAAAATAGGTATAATTAAAGATGGTAATCCAAATGCTTTTACCTATGGACATATTCCAAGGGATGCAAAATTAGTTATTACCACAGGGCTTTTGGATGTGTTAAATGAAGAAGAACAAAAAGCTGTAATAGCTCATGAACTAGGGCATATAAAACATTATGATTTTATTACCATGATGGTAGTGTCTTTAATTCCTATGCTATTGTATCAAATTTATCTAAGAACTAAAGATAAAAAAGCAGATGCTAAATATATTGTAGGATTAGGTGCTTATGCAGCGTATTTATTAAGTGGATTTTTGGTTTTAGGATTTTCGAGAATGAGAGAATATTATTCTGATAATTTTGCAAAAGAAGTAATGGGAAATGGTGAACATTTAAGAAATGCTTTAGTAAAAATAGCTTATGGAACAGCTAGTAGAGAAAAAGATAAAAATCCTAAGGCTTCCTGTATGGCATTTACAAACAATTTGCAAAATGACTCATGGATGTTATCCACATATAAATTAGATGATAATAATAAGATGAAACTTAATTTAATGAAATGGGATTTAAAAAATCCATGGGCAAAATGGTATGAAATAAATAGTACTCATCCATTAACAGGAAAAAGAATAATGGCATTAGATCATGTTGAAATAGAAGAAGATGAAGGTTCAACAAAGGGATTAGGAAGCTTTTTATTAGATGCAGTAATAAATATGTTGCCTTATGCTTTGGCAATAGGTGTATTTATAAGAACTTCTTTAATTAAAGAGATAGGTTTTATTGATTTTATAAAGGGAAATCCATTGTATATAGTGATTTTAGGGGGTAGTATGCTTTTAAGATACTATTATTCCTATGGAAAAGGCTATGAAGAAAGAACTATAGAGGAACTTTTATCAAGAGATGATGCATCCCCTATAAAGGGAATTCCTACAGTACTAAAAGGTAAAGTTATAGGAAAGGGAATACCAGGTTTATTTTATAGTGAAGATTTAGTGGTAGATGATGGAACAGGCATAATGTTGGTAGATTATAGACAACCACTTAAAATACTTGAAGGAATATTCGGATTGTTTGAAGCGGATAAATTTCAAGAAAAAGAAGTTGAAGTAGTAGGTTGGTATAAAAGAGGTATGAGACCTTACTTTGTATGTAGATATATAAAAATATATGATGATAAATACAGATGTTATAATTATTTGTTAACTAAAATACTTGCATATGGTCTTGTGATTTTAGGGTTATGTATAAAATTATTTATTTAGGGTTAAATTTTAGCCCTATTTTTCTAAGTAAATATATTAATAATAGGAGTTATTTATGGTATGGAAGAAAAAATATTATTTACAGTAAAAACAAAAATGGACAAGGAAGACTATCGAAAGTTTCTATATTTAGCTACCTTTAAGAAATCACCAATTATTATTCCGATGATACTGTTAATAGCAGCAATTGGAGCAGGTATTATAGCTTTTGAAAATGGAACTTTTAATATTGTTGCTTTTTTAATTACGTGGATATTTATGACATTACTTGTATTTGGTACTATATGTTTTAAAGTTGAACATAAAAATAAAAAGAGAATTAAAACAGATAAAATAGGAACCTTTGGTACATATCAAACAATATCATTCTGTGATGATTACGTTATTGTAATCAATGATATTGTTGAGGGTAAAAGTAAAATACGTTATGATCAATTTTATAGTTTACTTGAATCTAAGGAATATTTAATTTTTTACTATAATGCTAACATGGCATCATTAATACGTAAAAAAGATATCGAAGATGAATATAAAACTGAAATTATCAGATTTTTAAAAGAAAAATTGGGAAAGTCTTTTAGAACTATATAATATATAAAAGTGTAATGAAGGGAGGTATTAAAACAATGCAAAAAGATGACAGTTTACGCTATATGCGTCTAAAGCTGATACAACTAGTTATGTAATAAGTTTTTCCCTTATTGTAATACTTGCACTTTGGAAAATGTATAGAGGTGTACCCTATGATGATTTTTTTGTAAATGGGTAGTGTATTGAAGATATTTTGGATAAACAAGGAAGACACTAAAAGTTAAGTATCTTCCTTTATTTTATATTCCTGTAAAACTCTTGAAATCTGGTACAAATTCCTCTGAAGATGACTCACTTTCTTGTATGAATGCATTTTTAATTCCTAAATCTAAAGCATAATCTATAATTGAATTATAGTGTTTTTCATTTAACTTTCTATTAATTTCCGGATAGTTTGAGGCTTTAAACATAGGAGTATATTGATTCATAAGACTTATATATACGTTATTACCAAAGGTTTTATGTATATAATCTAATATTTTTTTAGAGTCAAATAATAATCCTGGAAGCATAAGATGTCTTATTATAATACCTTTTTTAATTATGCCATTTTCATCAAAAACAGGTTTTCCAACTTGTCTATACATTTCTTCTATAGCAATAGATGCTTTTTCAAAATAATCTTTAGCCATTGAATATTTCAAAGAGTATTTTGAATTATAATATTTTAAATCTGGAAGATATACATCAATATATCCATCTAAAGCTTTTAATGTATCCAAACTATCATAACCATTGGAGTTATAAAGTATGGGGATGTTTAATCCATTAGCTTTTGATAGCTTTAATGCCTCAATTATTTGAGGTGCATAATGAGTAGGGGTTACAAGATTTATATTATTAGCTCCATTTTCTTCAAGTTCTAAAAATATTTCACTTAACCTTTCTATTGAAATTTCTATTCCTAAATTTTCTTGACTAATACAATGATTTTGGCAAAATACACATTTTAAATTGCAATTTGAAAAAAATACGGTACCAGACCCATTTTCACCAGAAACACAGGGCTCTTCCCAAAAATGAAGGGCAGCTCTAGATACCATAAGTTTTTCACTAGCACCACAATATCCAACTTCTCCCGTTAATCTATTTACATTACATTCTCTAGGACATAATCTACATTGATTTAGCATGTTTTTCTCCTTTTATCTATAAGTTTCTGATATAATTATATCAAATAAAATGGGGGACGGTTAATGAATATTAGCTAAATTTTATTATATAATAATGAAATATAATATGAGATAATTATTGAAAATTAAAAAAATAAATATTTAAAAGGAGAATTTTATGCTTAAAATAGAAGATTTACTAAATAATAATTTTTCGTCATATCCAGATGAAATTAGGGATTATTTGGAGAGTTTTTCTAATAATTTAAGGGAAGCTCTAAAAGAAGAATTAATTAATTGTAAAGTAGAAAAAATCTTAACTAATGCAAAAGAAAATGAACAAGTTTTTAAAATCCAACTTATTAATATATTAAATAATGGACATAAAGGATATAATTCTATGTCAACTAAAGCATTATTAGATTTATACTTAGAAATTAAAAATCAAAAAGAATTTATAGAATTATTAGAAGATGTAAGTAAAAAATTAAATTAATTTCGCCATATTTTTAGTAATATTGGTGTTTGTTAATAGTAAATTGGAAAAGGAGAAATAAGTATTGAATTGGAATGTAAAGAAGTTTGAAGAATTGAAATGTGAAGAAATATATAAAATTTTACAAATAAGAAATAAGATATTTATTGTAGAACAAAAATGTGCATATCAAGATTGTGATGGCAAAGATAAAAAATCCTATCACCTATACTTAGAAGACAAAGGTGAAATTATTTCTTATTTAAGAATTCTTCCAAGAAAGGTTTCGTATAATGAGGTATCTATTGGAAGAGTATTAGTAAATAAAAGAGTGAATTCGGAAACTAATTTCCAATTGGCTCCAAAATGGCTTTAATATTATTTTAGTGCGGAGCATTTGTTATATTACTGTTTTTATTTAACTTTATTTTAAAAAAGAGTATAGCAAAGCTAACTCACCGATAGGTGAATTTTCTTAAAATTTAACAATTATCTAGACTAGCATGCTTTGTTTGCAGTTAATTTTATAATGTCTAATAGGTTAGTTTTAGAAACAGATAGTTGAGCATCCAAATGAATATTGATGCTATGGATTAATGTCCACCAAGACCAACGTTTTTTACCACGGCAGTGGGTTTGTTCCATGTTGTAGTCTTCAAGTATTCTTTTATTTACTCGCTCTGAAGAAGTTCTCTTTTTCATTATTTGTTTCCAAAGGTCAGAGTTTCTAGGTATAGCAGTAAATAAACGTAAGTCATCACTTGGCTTTACGTATATTACACGGCCGTAGGCACTAGGAGAACATTCTTCCTTATGAGGACATTCTTTAATTTTACCTTTTACTAAAGGACATCTATATTTAATTCTACTTCTGCCTTTATCGTACCAATCATATACCATTGGTTGGTTGCATTTGCAGATGGGAATACCGTCCTTAGTATATCCAATTGGTGGTTCATATTTATTTTTACCTTCACCCTTTGGATTAAGGGATATAACAGCTTTTATATTCCATTCATTAAGAAGCTTATACGTAGGATAGTTATCATGAGCAGCATCTGCGATGAACTTATCAAAGTTAAATTGAGGATACATCTTTCTAACTTCTGAAAGTGCAAAAATTGCAGTAACACCATCATAACGCTGCGCTTGTACCATCCTAAAATATATAGGAAGATCCTTTTTAAGTTTAGGATTATAGACACTAAGAAAATATAGGCAATGACCATAATACCATTTTTCGTGGTAACTGTCCCAACCGCGTCTAGCGTCAGGGTCAGAGAATCTTCTATTACATTTGCAGTTAAAAATACCTTTTTTAATGCAATCACAGGTCTTAATGCCTAATGAGCTACCGCCAGTTTCAAGACAGGTACCATCTCCTGATATATCAAGTTTTTGAGTATTACCAAGGAGACCGAGTTTAGCGGAAGGCTCAATAGCTAACTTAGCAAAAATTTGTTGAAATAGCTTTTCAGGGCGAGTTTCGACAGTTCGTCCTTTAAGAGCCTGTTCAACTAAATTTTTAATAACACCAGGATGTTTTGGTGGTAGTTTTTCATTCTTGCCAAGTTTTTTGTGGGGCTTGGAAGTAAAAGAATGAAGTGAGTCCTTGGCTGATTTTTCAGCCTTAGGGCTCATACCCCAAAATCTCGATATGAAATCATAATGAGTACCTAATCCTGGTACATTAGATTTTTCAACACCAATGATGGTGCAAAGTATATCATGTGCACGTAAGTGCTTAATCCATTTTTGTAGACTATGAAAACCTAAGTCAGACATTAATATAAATGATCTGAAGAGTTCCGGTTGCTGGTTTGAAGGTTTACCAGTTAGAGAATATGTTTCTCTAATTAATGGTTTTATATCATCAAGATTTAAATTATATAGTTTTTCAATACTTGATGAGTAGTATTCCACGATAGTGGGATCAGTTTTATAAAGTTCACTAATGCTTGACAAAAGAAGACTTTGGTAATCACAATGGCTACGCCAATAACCTAACATAAAAAATCACCTCGCAATATTTTGTAAATAGTTTCTATAGTGCGAGGCTACAAATTTTACAAACTTTGTCAAGTGATTTTGGAAAAAATATAAGTTTTTTTGATATTTTGTTTAAAATTCTGGGGGGAAGTTAAAATTGACACCCTTCGGGATTAAGATAAATGGAGGCCTAAGGGTTTCCGAATATATTTTAAAAATTATAGGGGGACGGGTATAGCAAGAAAAATGATGATAGAGGCAATAAACTTTATAGAGAAAAATTTAGGAGAAAAAGAAATCAAGATACAGGCACAATGCTATTTGATTGATTTTTATAAAAGTCTTGGCTTTAAAGAAATATCAAATGAATATTTAGAAGATAACATTCCACATATAGATATGTTATATAAAAAAAGTTAATAAAATAGGAGATGTCGTACTAAGAATAAATACTACAATATACTGTATGTAAATCGTTCATCATTTATATACATTTCAGCAAGTCCAGCATGTGCTTATTTACTATATTTAGGCTAATAACAGGAAAGCCATTCTTTGTTTAGCTTAATAGATTTTTGAGCTATGTCACTATTAGGCATCACCAGTTTTAAAAGCTTCAAATAAGGTTCCTTTAAATTCATTTTCAATATCTTTTAATTTATTATCATATACAATTTTTTTATTATTTCTAAAAAATTTATCAAAAATCATTAACCGTCCCCAATTATCCTAATTATCCAAACGATATAAGTATAAAATATAAAAAATATATGTATCATATCGAATAATTGTATTGATTTTTATAAAAAAGTTAGTATATAATAAATGTATAGTTAATATAGAAAATAATAATACAAAATTTTAATTTATAGGAGTGGTTTCATGAAGGTTGTTTATAAGGGTAAAACAAAGGATGTATTTCTTTTAGAAGACGGAAATTATTTATTAAAATTTAAAGATGATGTAACAGGGGAAAATGGGGTTTTTGATCCAGGTGCTAATAGTGTTGGATTAACTATGAAAGGATCAGGTAAAGCTGCCCTTAAATTAACTAAAATGTTTTTTGAGAGATTAAAGGAAGAAAATATACCAACTCATTACATAGACGCAAATATAGAAGAGGGTACAATGAAAGTAAAGCCAGCTAAAGTATTTGGAAAGGGATTAGAAGTAATTTGTAGATATAGAGCTGTTGGAAGTTTCATGCGTCGTTATGGCATGTATGCAAAAGAAGGACAAGTTTTAGATGCTTTTGTTGAAGTTACTCTTAAAGATGACCAACGTCAAGATCCTCCAATAACTAAAGATGCTCTTGATATGCTTGGAATACTTTCCTCAAAAGAATATGATATATTAAAAGATCTTACTAAAAAAATAAGTGGCATAGTAAAAGATGAATTAGCTAAAAAAGGTATAGAATTATATGATATTAAGCTTGAATTTGGAAGAGTGGGAGAAGATAATCATATTGCATTAATAGATGAAATTTCTGGTGGAAATATGAGAGCATATAAAGATGGAAAATATATAGAACCTTTAGTTTTAGAAAAATTAATGTTAGAATAATAATTTAATATTAAAAATAATCTAAGGTGAAAACCCATGTAATGACTAGTAATACATGGGTTTTATTTTATAGTAAAATCTTAAAATTTATGTAATTAGCATCTTAAATTTACTAAGCTATTTTAAATATGTTATAATTATTAAAAATAAAATAAGAACTTGAAGGATGATTGTATGTCAATAAATGAAATAGATGAATTGATAAAAAAAAGGCAAGTTAAAACAGAAACTAAAAAAAATAATCAGATTTTATATGCTATTATAGGAATTATAATTGCATTAATTATTTTTTTGTTTCTTTGGAATAACAACAAAAATTATGCATACAGTTGGATTTTTGGAGTATGCATTGGAATTGTATTAAGATATTCTAGATTCTGTTTTGCAGCTGCATTTAGAGATCCATTTCTTACAGGAAATACAAAAATACTACGGGGAATGATACTTGGGATGATAATAAGCACCCTAGGTTTTTCTATAATTCAGAATATTTATATTAAAAGTAATGATATAAATTACAAATATATACCTGGAACTATAGAATCTGTGGGGACTCATGTAGCATTAGGAGCATTTGTATTTGGAATAGGAATGGTGCTTGCAGGGGGATGCGCTTCTGGTGTGCTTATGAGAATTGGAGAGGGACACGCTTTGCAGTGGATTGTTCTTTTAGGATTCTTAATTGGCACTGCTATGGGAGCTAAAGATTATTCGTTTTGGTATAAAAATATTATAAGTAAAGCTAAAGTTGTTTATTTCCCGGAATATATAGATTTTAAAATGGTTGTTTTACTGCAAATAACTGTTTTAATAATCATATACAAATTATCAGCTAAGTTTTGGAATAAAAAGATATAAGTAAATAATGGAGGAATATTTATGTCAGTAAAAGAAATTGACTGTTTGTATGAGGCTTGTCCAATTCCTATAATAAAGGCAATGAAGGAACTAAAGAAAATGAAACCAGGAGATATATTAATTCTACATTCAGATCATAGTTGTGTTGGAATAAGTATGGAGGAATGGGGAGAAAAAAATAATTATCCAATAAAAGTTGTAGAATTAGAAGGGGGATATTGGGATATTTATGTTCAAAAACCTAGGTAAAAAGGAGTAGAACTATGGAGGATATTAAAAAGTGGATAAAAAAACCTTGGCCTTATTGGCTAGGAGGTATATTACTTGGGGTTATAAATGTAGTTTTATTGTGGACAACTGGAACTAGTTGGCATATAACTAGCGGTTTTTTATTGTGGTCTGTTGGAATTTTGCAGTGGATGGGATTGGAACCATTAAAGTGGGAGTATTTTACCTATCTTCAGCATAATTATCAAACAATAATTGAGAATAATAATTTATTTATAAACAGATATACTATATTAAATATGGGAACAGTTTTAGGGGCATTAATTGCTACTTTATTAGCATCACAGTTTAAATGGAAAAAAATAAAGAATAGAAGACAATTATTATTTGCACTTTTAGGAGGAATTATGATGGGATATGGTACAAGACTTGCTTTTGGATGCACTGTAGGTAGTTTTTTTAGCGGAATTCCATCCTTTTCTCTTCATGCATGGATTTTTGGTATATTTATTACCCTGGGAGCATGGGTAGGTGTTAAAATAATAGTAAAATTTTTAGCATAGGAAGGTTAATTTCCCCTATGCTAAAAATTTTAACAAAATCCTCTTTTACTAGATATGATAAAGTCTACAAATCTTTTTTCATAAGATGTAAGTCTATAGTTTTTTCTATAAATAAGATAATACTTAAAATCAATTTTTAATTCATCTATATCAATTTGCTTAAGGTAGTTTTTTTTCAATTCTTTGTTAATTATGAGTTTAGGTAGAAAAGAGAATCCTTTATCTGAAGAAATGGAAGATTTAATAGCTTCTGGAGAATTTAAATTATATATAACATTTAAATCTCTTAAATCAATATTTTTCTCTTCTAGAGAGTTTAAAATTATCTCTCTTGTACCAGAACCTTCTTCTCTTAATATTAATGGTAAATCTCTTAGTTCTTCTAAGGAAATCTTGTTTTTATCATTATAAGCGCTTCCAACTAAAACCAATTCATCTGAAATTATAGTTTTTGTAGATATGCTATTATTTTCAGGATGTTTTTGTACAATACCAATGTTAATAGTATGATCACATAATTTTTTTATAACTTCTTCAGAATTATCTATTTGCATATGTATATCTATATCTTTATTAAATTTCTTAAAAGTATAAATACTACAAGGAAGAGCATATTCTCCTACACTTTTACAAGATCCAATAATCAATGTTGGAACAGTTTCATGTAAGCTTTTAAGATCTCTTTCTATATTTCCTTTTATATCTAAAATTGTATGTGCATAATCGAATACAACCTTACCTTCTTCAGTCATTTCTACGCCCTTATTACTTCTATTTAAAAGAGTTACTCCCAATTCTTTTTCTAAATTTTTAAGTTGCATACTAAGGCCAGGCTGAGTTAAGTGAAGATTTTCTGCGGCTTTTGATATACTATTAGATTTAACTGTAACATAAAATGATTGTAGATATTCAAGATTCACATAATCCCGTTATATAAAATCTACTAAAAGTTAGTATTATTGATTTTAGTAAATTTATAACGGTTTTCACCTACCTTTCCTATTTATATTTTATTTTAAATTTATTTATAACTAACTCTATAAAGCTATTCATACGTTTTTTACTTGTTTTAAATTCATTGTTTTTCATTATTTTCGTATATAATTATATAATTTTAATAATATTATAATATATTGTATTATTATATCACAAAATATTATAATAAGAACAAATATGTCTGTAAATAAAAGAACTACCATATAAATTTTCTATAAAGTATATATTTAACAATAAAAGCTTATATATTGTCATATATGTATCATAGCTTGTATCCTACCTTAATCAAAAATCCCTTTTGTCAAAAAATAATCAAAAATTCATCAGCGCAAAGCCTTTAAAATCAATGGTTATAATAAAAGCTTATGGTACATAACACATGTTTATTATGAAAGAGGCTTAGCTTGTACTATAATTGACATTGAAAGAATTTTAACAAATGAAATTAAATAAATAAAAAATAATGATTGTAAAACTGCAGTTACAATTGCAATTATTTCTGTAAATGTTTTAGATTTGTTTATTTTATAATTCACAAAAAATATAGCATTAAATAATATAATGGAGGGATATGCCATGAGTAAAAAATATTTAATAGTAGGCGGAGTTGCCGGAGGTGCGTCCACAGCAGCAAGATTAAGAAGACTTAGTGAAGAAGACGAAATAATAATGTTTGAAAGAGGTCCTCACGTATCATTTTCAAACTGTTGTCTACCATATCACTTAGCTGGATTAATTAAAACAGCTAACCAATTAGTACTTATGTCACCAGAACAATTCAAAAAACAATACAATATCGAAGCTAGAGTAAATAGTGAAGTTATTGATATAGATAGAGCTAAAAAAGAAATAACAATTAAAGATACACTAACTGGTAAAGAATACACTGAAAACTATGATAAATTAATATTATCACCAGGAGCAAAGCCAGTAGTTCCACCAATAAAAGGAATTGAAAATGTAAACTTATTTACAGTAAGAAATGTTATAGATATAGATAAATTAAATAAATTTGTAAGCACTATGAAAAGTAAAAATGCTACAGTAGTAGGTGGTGGATTTATAGGTATAGAAGTTGCAGAAAATTTAAAAGAAGCAGGATTTAATGTAACTTTAGTAGAAGCTATGCCACAAGTTATGAGAATATTTGACTACGATATGGTTCAAATTCTACATAAAGAATTACATGATAAGGGTATAAACCTAATTCTTAACGATAAAGTAGCATCCTTTGAAAAGGATACAGTAGTATTAGAGTCAGGAAAAAAAGTTGAATCAGAAGCTGTAGTTATGGCAATTGGAGTAACGCCAGAAACAGATCTTGCAGTAAAAGCAGGACTTGAAATTGGCGAATTAGGCGGAATAAAAGTAGATCAAAACTACAGAACTAACGATAAAGATATTTATGCAGTAGGAGATGCTATCGAAGTATATCATGCATTAACTGGTAAAATGACTAAGCTTCCACTAGCAGGACCTGCACAAAAACAAGCAAGAGAAGTTGCAGATCATATCCATGGAAGATTAGTACCAAATACAGGATATATTGGATCTTCAGTAGTGAAATGTTTTGATTATAATGGAGCTTCTACTGGATTAAATGAAGGAATGATAAAAGCCCTTAACTTAGATATACAATACGAAACAGTTAAAGTAATCCCTGGAGATAAGGTTGGATTAATGCCAGGATGTGAACCACTTCACTTCAAATTATTATTTGAAATACCAACTGGAAAAATATTAGGAGCACAAGCAATAGGTAGAGGAAATGTAGACAAGAGAATTGATGTTATAGCTACAGCTATTAAATTTGGAGCAACTATAAATGACTTAAGAGACTTAGAATTCTGCTATGCACCACCATTTGGAACAGCTAAAGATGTTGTTAACTTTGCAGGATATGTTGGATCAAACTTATTACATGATGAATTCAAACAAGTCCATGAATATGATGTAAGAGGTTTAGTTGAGAAGGGTGCTTGCATAATAGATGTAAGAGAAAAGCACGAATATGAATTAAGCCACATAATCGGAGCTAAAAATATACCACTAAGCGAGTTAAGAGATAGAATAGATGAAATTCCAAAGGATGAACCAGTTTACTTACATTGTAGAAGTGCTCAAAGAAGTTATAATGCGGCAATGGCATTAAAACACTTAGGATTTGATAATATCTATAATGTATCTGGTGGATTTATGGGAATATCCTTCTATGAATACTTTAATGATCAGACAACAGGAAGAGAAAAAATAGTTACAGATTACAATTTCTTATAATATTAATAAAAAAAGGGGCTTTAATTTGCCCCTTTATATATGAAATAAAATGCACTAATATATAGAACAGGAGTGAATAAAACCTATGAATAAAAAGCAAACTTTTATTGGACTAGCGCTAATAGTAGCTTTAACAATGTTTGGATCATTTCAAAATGCAAAAGATCCTAAATTGGCATTATTTTTAATTACAGGACTAGCAATTGGATACGTTATGCAAAGATCAAGATTTGGTTTTGCAGGTGGAGTAAAGAAAATATATGTAACAGGAGATGGTACATTAACAAAAGCCCTAATGTTTTTGTTTACTATAAGTTTATTAACTACGGCAGCAATACATTATGGAGCTTTTATGGAAGGAGCAAAAATTCCAGCGATGTCTTCTGTTAAACCAACAAATTTAGGAACAGTAATTGGTGGAGTATTATTTGGTATAGGTATGATGTTTGGTGGAGGATGTGCTTCTGGAACATTAACGGATGCAGGTGAAGGTGAAATAAGAGCACTTATAGTATTATTTTTCTTTATAACTGGATCCTTAATTGGTGTATATCATATGCCATGGTGGGAAAAGAGTGTATTTTTTAAAGTAGGAGGAAAAGTTTATCTTCCAGATGTATTTGGATATTTAGGAGCTATCATAGTATCACTTTTAGGATTTTTATTAATTTATGTTATAACTAAGAAATATGAAGATAAAAGAAAAAGAGAAAACACTTATACAAAAGAAGAGTACAGTGATTGGGAAAAACCATTACCAGAAACTGCAAACTATAAATTTTTTAGCAAAGAAACTTATCATAAATTCTTTGTACAAAGATGGTCTTTTTATACAGGAGCAGTGTGCTTAACTATTATGTTTGTTGCAATAATTCTTACAACAGGAAAGAGCTGGGGTGTAACTTCAACTTTTGCAGATTGGGGAGCTTGGTTATATCAAAGTGTAGGAATAGTTGATGTTTCAGATTGGCCATGGTTTGCAAGTAGAATGAAGAAGATAAATGGTGGCTTTTTAAATGATCCATCTTCCATGAGAAATATAGGAATAATCCTAGGAGCAACTATATCATTGTTATTAGCAGGTAAATTCTCATTTAAGAAAAACTTTAAATTCAGAGATATATTATTTTATGCAATTGGTGGATTGACAATGGGATATGGAGCTAGAGTTGGACTAGGATGTAATGCAGGTGCATTGTATTCAGCAATATGTAACTTCTCCTTATCTGGATGGGTGTTCCTTCCAGCTATGACCGTAGGAGGAATAATAGGAGTTAATTTAGTTAGAAAATTTAACGTTACAATTTAATTAGATATATAAAATAAGTGAATAGTTAAGGATAATTTTTCAAATAAAATGTAGAAAAATATCCATAGCTATTCACTATTTATTATTTCCAAATAGCTGAAAATGGCTAAAAATAGCTTAACCGTCCCCTATAATTTTTTAATTGTAAAATTATCTGCAAGTAGAGTCCAATTTTGTGGGAATGGAAATCCTAAGGCCCAATAACTTATTCCAGCTAAATTATATTCTTTTGCCAAATCAAATTTTGCTTGAGCACTTCGGGGATCTTCAAACCATACCTCATGCATTATACCATTTTCATCTTTATATCTGTAAAATGGAGATTGGGATACTGGATCGTATTGTATTGTAGCGTTATATTTGTTAGCTCTTCTTATGGCTTCTTGAACACTAAAGGTTTGAGCCTCTTGTCCTTGAACATGAGGGAGAACCCAGTCTCGCGCATATATTTGGAAACCAAGATAAATTTTGTTTCTAGGTATTACAGTTACAGCATAATCAAGAACTTCCCTTATCTTATTAATTGGAGAAATTGCCTGAGGTGGTCCTAATCTATATCCCCATTCATAGGTCATTAAAATTACAAAATCTACAATTCTGCCATGGGCTTCGTAATCATGAGCTTCATACAAAAGGCCTGTTTGTTCTCCACTGGTTTTAGGAGCTACAGCTGTAGATACAAAAAATCCTTCTGGATGAAGGCTATCTACTAGGCTTTGAAGAAAATTGTTATAAAGTTCACGATCTTCTGGCAGCACATTTTCAAAGTCTATATTAACACCTTTGTAGTTTTTTTCTTTTAATATATTAAGTATATTTGTAATTAAGTTATTACTTATTTCGGTACTAGAGAGTACAACATGGGAAAGATTTTGTCCTAATTCTGTGGATGTAAAATTAATTATAGACATCATGGGAACTACATTCTTTGAATAAGCTGCATTAATTGCAGGCAAATCATCTATAGGTTCAAGAGAACCATCCTCTTTTACCATATAAGCAAAGGGACTTAAGTAAGTTAGAAAATCACCATCGTCCATAACAATTGGTACAGCATTTTCACCTAAATCATATATATATCCATTTACATAAATATCTGGTCGATCTTTAAGAACACCTGGAATAAACAATTGAAGTCCTGGAGATATATTAGATGGATTTGAAATATTATTTACTTTTAAAATAGCTTCAACAGTAGTATTGTATGTCTGAGCAATTTCCCATAATGTTTCACCTTCACTAACAATATGAAAAACTCCTTGTACAGGCACAATAATAGCTTGACCAAGTTCTAAATCATTTGAATCAGGAAGTTTATTAGCATTTATTGTTTCCTCAAGAGGTACACCATAATAGTTTGATATTTGCCAAAGATTCTCACCAGGCTTTACTATGTGAATAATCATTAAAATCCTCCTATAAAAGTACACACATAATTAGTTTATGAAATGTTTTATAGGTGGTGAAGAAAAAATTAAAAAAATTAAATGGGAATGCTTGCATAATTTTAGAAAATGTATTATAATTGATAATAAGTATTAGTTAATAATAAATAAAAGTAGGTGAACTTATGAAATATTTATTTATACAATATCCTAAATGTAGTACTTGTAAGAAAGCTAAAAAATGGTTACAACATAATAATATTAGTTTTGAAGATAGACACATTGTAGAAGATAATCCTACAAAAGAAGAACTAATACAATGGATTGAAAGAAGTGGTCTTCCAATTAAAAAGTTTTTTAATACAAGTGGAGTTTTTTATAGAGAAATGAATTTAAAAGATAAAGTTAAAACAGCGGAATTTGAAGAATTGGTTGATATATTATCAACTAATGGAATGTTAATTAAAAGACCATTGGTTGTAGCCGATGACTTTGTATTAGCAGGATTTAAAGAAGAGCAGTGGAAGGAGAAATTACTGTAGATATGAATTATTTTTGCCAAATTTGGTAAGACTTTATAGTGTTAATATATTAAAAATTTAAATATTATATGAGGTGATATTATGTCAGTAAAAAATGCAATGACAGCAGATTTTTTAAGATCAGCATATGGTGGAGAAAGTATGGCACATATGAGATATTTAGTTTGGGGAGAAAGCGCTAAAAAAGATGGTTTTCCAAATATAGGAAGACTATTTGAAGCAGTAGCTTATGCAGAAAGAGTTCATGCATCCAACCACTTTACAGTACTTAAGGAGCAAGTTGGAGACTTTACAGTGCCAGCAGGAGCAGTATTTGGTAAGACAAACATAGTAGAAAACTTACAAGGAGCTATTAACGGGGAATTACATGAAATAGAACAAATGTATCCTGTATATTTAGAAACTGCAAAATTCCAAGAGGAAAAAGATGCACAAAGATCCTTTCACTATGCAGTAGAAGCAGAAAAACAACATGCTGAATTATTTAAAAAGGCTCAAGATTTAGCAAAAGAAAACAAAGATATGGAAGATAATAAATTTTATGTGTGTCCTGTATGTGGTTTTACTATAGAGGTAGAATCATTAGATCAAGTACCAGATAAATGTCCTGTATGTGGAGTACCAAAGGATAAGTTTAAAGAATTTTAATATATAAATATAAAAAAATAGACATGGAGATTTAAATCCACATGTCTATTTTTTATATTAGTTTTGAATGTACACATTTACATATTTTAATCCCCAGTTACAGGCTTCTTTATAGGTGTCAAAGTAAACATCAATAAAGTTTCCTTTAACTGAAGTACCAGTATCAGCAGCTATTGCGTATCCATAACCTTCAACATAGAGCTTTGTTCCTAGCGGAATAACTCTTGGATCAACTGCTATAGTACTGTAACCATTTGGATTTCTTACAGCCTTTCTGCCAGAGTAAGTATAGGTATTATTTACTCCATTAACTGCCCAATAAGCAGTAGCTTTTACTCTAAGTACACCTGAGTTTGCAAAGGAATTACTAGTTCCTCTAGAAACAGGGGTAGGAGATAGAGTGCCTTGGGCTATAATTTTATCCTTGGGTTTTTTAGTAATGATTTCTTTTATTACTTTCCTTGAAGTTTCCTTGCCATTCTCATAAACTACATTTGTAGTAATTTGTTTTTCTCCCTTTTCTCCTTCTTGCAAAACCTTTTTTTGAGATTTTAACATACTAGTATCATTTTTAACTACAGTGTTAAAATTAACAGGAGCGGACAGAGTAATGGTCTTTTTTTCAACCCTAGTTATATCTACTTTCATACCATCAGTTAGGGCTGTATTTTTTGTTGGTAAAACTTTATCATCAGAGCCTAAAACTATTTTTTCTGCCTTTAACATCGATGCAACATCTTTTTCTGCAGATTTTATAGCTAGTTCCTTGTTGTCTACATTAATTTTTACATTTACAGCTCTTCTAATATTTATAACATCTTTATTAGATAGTTTACTATCCATATCTTTATCAATTTTGTCCTTTGGATTTAATTTAATATTTTCTTTATCTAAGAAACTTTGGACATTACTTTGATAAGTTGTAAATTTCTTTTCCTCTCCATCTATTGCTAAAGTTACAGTTTTTCTAGATAGAGCAACAAAAGTAGTTATAACAATTACAGATAGTAACACAAGAATTTGAGCTGTGGATTTTTTGCTATTATTTCTCTTGAAAAAATCTTTTAAATTAGAAATCATAGTCATCTCCTCTCTACATTTGTGCTGTGGAAAGAATAAAGTCAAATCTTAAATCTGCAAACCTCCATATTACATAATTTTAATATTAATCATATGAAGTAAAAAACATTTTTATGTAAGTTTTATTTTCAGCTAATTATTTTGAGTAAAAAGCAAAACTATTATGGCGATAATTATATCACTGAGAGAAATAAAATACAAGGCATAATATGGGAAAGCTTGGTAAAAAGCTAGAAACTCAAGAAAAACTAAGTATTTATAAAATAATTTAATAGGAAAGTTAAATTTTAAAGAAAGAATAAGGGATGATATTTTTATGGATTTATTGATTTATTGATTTATTGGATAAGAAATGTTGAAATAATAGATTATATGCACACATATGTAGAATAGTGATATAATAAAATAAAAAACTTTTGCGCAGTATAAAAAAATTACGAAGTAATTTTTTTAACAGAGGACAGAGGACAATTGACATAGGACAATGAAGGAAGATTTTCCTCCGCTTTGCTACAGAAAATCTTTAATTTTATAATATAATTGAAAATTGAAAGTTGAAAATTGAAAATGATAGACATTTTTTCTTCATTGTCATTACGAAAAAATTTTAATTTTATAAAATCTGATGAGATTTAAAATAAATTAATCTTTATATAATAATTTATTTTATTTATTTGTTAAATAAAAACTTTTGATTTTAATTTTTGTAGAAACTGAAGTTATGTTTAGCAAAGCTTTAACAAGCCATCAATAAAAATGTAAATGTAGATATAATTGAGAATGGAGAAAAGTTGTCAATCATTCTCCACTTTCCATTCTCCATTTTCAATTATAACTAATAAGATTAAAGATTTTCTGACGTAAGGAAGAAAATCATCCTAAATTGTTCATTATTCATTATTCCTTGTTCATTAATAAAAATTTTGTTACGCAAAATTTTTATTTTACGGATTAAGTTTAAGGAAGTGAGATTTTGAAAAAAATATATAAAATTATATTTCCTATATTAATAATTGTCTTTGTCTTACCGGGGTTTTTAAACCAATCTCATTCAAAAAGTGAAAAAGAATCTTCTATTCCAATATTTATGTATCATTCTATATCAGAAAATGAAAAAGGATTATTTAAAGTACCAGAGGATAATTTTTATAAACAAATGAAATATCTTAAAGATAATGGCTATAATACATTATCTTTGGACGAGCTGTATGATCATTTAACAAATAATATACCTTTTTTAGATAAATCTGTAGTCATAACTTTTGATGATGGGTATAGTGATAATTACAAAAATGCTTACCCTATATTAAAAGAATTTGGACTTAGAGCGACTATTTTTACTATAACAGATTATATAGAAGGAAGTTCTTATTTTATGAACTCAGATCAGTTAAAAGAGGTAGCCTTAAATGGAATAGATATAGAAAGTCATACTACTAATCATTCAAAATTAGATAAGCTATCAAAAGAAGATAGAGCAAGAAATTTACGGGAATCTAAAAATACCATTGAAAAACTACTAGATAAGGAGGTTAAATATATAGCGTATCCTTTTGGAAAATATAATAAAGAAGTAATAGAAGATTTGAAAGAAGAAGGATATAAAATGGCATTTACCACTAAAAGAGGTATTGCAAATAGCAACAATGGATTGTATGAATTAAAAAGGGTTTTTATAAGCGGATATACAAATATAAAAAAATTTAAAAGAAAAATAGAAAACTAAAAGAGCAAATTTAAGTAGTATGTATTGAATTTATGGAAATAGCTAATAAATGCTAAGAATTATTTTTTTAAATAAAAATAATTTACAAAGTTAGTTAAAAAGTATAAAATAAATCAAACAAGATTTTCTGAATTGAATGGGGAGAAGGTATAATGAATGAAGCAAAGAAAATAAAATATCAATTAACAATATTAATTATATTTTTCCTAATTTATAATATAGCCATTATATACGAAAATAATTACTGGGGAAATATACTTTCTCCAGTAATAGCTTTTTTAACATCTTATTTTCTTATTATAATATCTAAAAAAATTGATATCTATAAGAATAATTGGATGTTATTAGCACTATCTTGTTTGAGTTGGGGTATATGTGATTTGTTATGGGGAATCTATGATTTGATATTTAAAATTAATCCAGAAAATATAGATTTATTTATGTATATATACATAATACCTAATTTGTTTATTATATCTACTGTAATATTATATTTTATAAAAAATATAAAAAAATTAGAGTATGTACAACTTATTGTAGATACAACCACCACGCTAATATTAATGTTAAGTTTTTTTTGGATATTGATTTTAGGAGAACAATTTGAATTTATATTGAGCAATATATATGAGTTAACAACCTTTTTATACATAGCTACGGACTTTATTTCATTGAGTATTATTTATATAATGTTTATTTCTATAAGAAGCAAAAAAAAATCTGTAACAAATATCTTAATAGTTTTAGGAATAATTGTATATACAATATCAGAGTTACTATATGTGCATCAAAAATTAATGGGTGTTTATATTCCTAATTCCATTTTAGATGGACTATTTATGCTTACATTTATTTTATTTGCTATAGCAGGTGCTTATAAATTATTATATGAAAAACAATATATAGAAGAAAGTTTTAATTTACCAGACAATATAGATAATAATAAAAAAGGTAGACTAATATTATTAATTCCATTAATAATGTTGTTTATGTTACATAAGTTAGATATTCAATGGATAATTTTTTTTACAGGTATAATTTTAATACATAAAGTTTTAAGTTCTTATGTGAAAATTTCAACTTATAATAAATATATGCTTGATAAAGAAATAGAAATAAATGATTTACTTGAAAAAAAGATTGAAGAAAGAACAAAGGAATTAATAAAGGCAAATGATAGGCTTAAAGTATTATCTCAGCAGGATGTACTTACTAATTTATATAATAGAAGATATTTTATGAAAAAAATAGACGAGATGATTTTAACCAAAAAAACAGATGAAACAATAGTTGTTTTTTATATGGATTTAAATGGTTTTAAGATTATTAATGATTCCTATGGACATGATATGGGAGATAAGGTTTTATTAGAAGTTTCAAATAGATTGGAATCTTTTATACCCGATGATGCTATTTTAGCTCGTTTAGGTGGAGATGAATTTATAATTGCGAGAAAAGGAGTTTGGGATTTAATTGAAATACAAGATTTTGTAGAAGAAATGGCTAGTTTATATGAGAAACCTATTATTATTGAACCTTATAAATTTAAGGTATCTTTTAGTGTAGGTATTGCTATGTGTGCAGAAGATAATTTAGACAGGAACACTTTAATAAAAAATGCAGATGTTGCCATGTATTATGCAAAAGAAGATCTAAATAAGATGTATGTATTTTATGATAAGAATTTAAGTAGAAAAGTAGAAAGAAAGAATAAACTAGAATTACTTCTGAAAAATGCGGTGTTTGATGAAGAATTTGAAATACATTATCAACCACAGTTTAATAGCAATACAAAAGAAATTATTGGAGTAGAAGCATTAATAAGATGGAATAGTCCTTTGGAGGGGATTATTTCACCAGTGGAGTTTATACCTATTGCAGAAACATGTGGAATAATTGTTGACATAGGATACTGGGTTATGAAAAATGCAATTAAGCAAGTATCTTATTGGAATAAATATAATAATATGAATTTAAGAGTAGCTATTAATGTATCTCCCAAACAAATTAACAGTTTAGATTTTATTAAAAATTTAAAAACAATTATACAGCATAATGAAATAGATCCTAAATTAATAGATATAGAAATTACTGAAAATATAGAATTAACTCAAGAAGGTGTAATAAAAGAAGTTTTAGAAGAATTAGCTTGTATAGGTGTTAAGATATCTATTGATGATTTTGGAACAGGTTATTCATCATTGAGTTATATTAAAAGATTTCATATTGACAGGTTAAAAATAGCCAAAGAGTTAGTAGATAATATATCTTCAGATTCAGTTAACTTGAAAGTGGTTAAGGCAATTATTATGATAGCTAAAACAATGAATATTAAAACTATAGCAGAAGGGGTTGAAGATGAATTTCAACTTCAAAAATTAATTGAACTAGGTTGTGATGAAATCCAGGGATACATATGGGACAAGCCTTTAAAAATAAAAGAGTTTGAGAAAAAGTATTTGAGTAAAACAGGGAGGGTTATTGATTTTTTATAAAATTAATAACCCTCCCTGTTTACTTAGTTATCATCGTTCCAACATTCAACCTTGCCTAATCCTTTAATATTACTAGCTTTAAATACAGGATTATTACTTTCTTTTAATTGTTTTACATAATCATTAAAGGTAGCAAAGGCAATTGGTCCAAGTTTGGAAATTACAATTAAGTTTATAACTGCCATGGTACCCATAAATACATCTGCAGCATCCCATATTAGTCCAAACTTTGCAATAGAACCTAAAAATACCATAACTAACACAAATATTCTATAAGCTGTTAAGAATCCAGAACTTGACTCTATAAATTCAATATTAGATTCTCCATAATAATAATTACCTATTATAGAGCTATAGGAAAATAACAAAATACAAATTGCTAAAAAGTATTTCCCCAGTTACCTACTTGTAAGCTAAGAGCTGCCTGAGTAAGTTGTACACCTTCTAGATCAGCAGCACCAGGAGTATTAAGTATTCCTGATAATAGTATTATAAAGGCAGTAGTACTACATACCAAAATAGTATCTACATATACACCTAAAGTTTGAATAAGACCTTGTTTAGCTGGGTGAGATGTATCAGCAGTAGCTGCAGCGTTAGGAACACTACCCATACCAGCTTCGTTAGAGAATAATCCTCTTCTTACACCGTTCATTATAGCAGCACCAAGAGTACCACCGAAAGCTGCTTTAACTCCAAAGGCATTGGCAAATATCATACCAAACATATGAGGAACTAAAGTAATATTTTTAATCATAATAAACAAAGCAACAAGAATATAAAGACTAGCCATAATTGGAACTATAGTAGCAGAAACATTGGCAATTCTTTTAACTCCACCAAAGATTACATAGCCTGTTACTATAAATAAGACAATTCCTATATATAATGGTTTAATGTTAAATGCTTTTGTAAAAGAACTAGCTATTGTATTAGCTTGTACAGAATTGAAAATAAAACCAAAAGTAACTGCGGTAAGTATTGAGAAGAATACGCCTAATTTTCTTTTACCTAAAGCTTGTTCAATATAATAAGCGGGTCCTCCTCTAAAAGTATCTCCATCTTTAACTTTGTAGATTTGACCTAGTGTACTTTCTACAAAACTTGTAGCACCACCTATTAAGGCAATTACCCACATCCAAAATACCGCTCCAGGGCCACCAGCTGCTATAGCAACTGCAACACCGGCAATATTACCAGTACCTATACGAGAAGCGGCAGAAATACAGAAAGCTTTAAAAGGGGTGATACCTTTTTTATCACCTACTCCATCTGCGGATTCAGTCATAAGTTTAAACATATGACCAATTAATCTAAACTGGCCAAATTTGATTTTAAAAGTAAAATAAATACCAAGTCCTATTAGTAATACTATTAGAACGTAGGAATACAGCCAGTCATTTAAAAGACTGATAAGTTGTTCTAAACTTTGCATTAAAATTCCCCCTCGATATAATATATAGATTTTAAACTTAAATGTACAAGATATACATTATAAAGTTAAAAACACATCCATTATATTATAACTTATTATGATATATTTTGATAGAATGTTTTTTGCGTATTTCATAAATTTTAATATTCTGAAGAGATATATAGGGAAAATATATAAGAAAGGAGGGTAGTAGGTTATTTAAAGTACATATTTATGTTATTTTTAATTAACAAATATTTAGTAATTTACTTAATTGGGGAGGTTACTATAAAGCTATAAAGCTAGAGGGGACGGTTAATGAATTTAATCTAAAATATAACTAGTAAAAAGATGATGAGAAATCCTAAGTTAGTATATACACTGACTTAGGATTTTTTATAAAGTATAAAAGTAAAAAATTCCAGAAGTTTAGCATTTGAATTTTTTTAGGGCGGTTAGCCCGTTGATTTATAAGATTTAATAAAGAATAATTAGAAATGTTGTATTTTCCGATTTTTACTGGAAATTATAGAGAAAAAATTTGCATAATAAAAGCATCCTTTTTATAATAGTTTTGCGACAAACTCAATAAAAAGGATGCTGATAAAATGAACAAAAGTTATTTAAAACAATTACTCACTTATATTAATAAAGTATATGATATTGGCGAAAAAATCAAGACCTTAAAAGATAAAAAAGTAAAATCACCAGTAAAAATTTCAACAATTACCTTTGTGGTGTTATTTGGATTTATGCTTCAGATAAGAAGTTTCAATAGATTAGAACATTGGCTTAAAAAAGGTAAATTTAAAAAAGTATTACCTAAAAAAACTAAAATGCTACGCATTGATGCCGTTAGGCGTTCTTTAAGTGAGTTTGATTTAGATGGATTAAAAGAAATGCATAAACATATAATAAAAACTACTGTAAAAAATAAAGTGTTTAGAAGTGGCACTATAGATGGTTTAAAAGTAGTCGCTATAGATGGTGTAGAACTATTTGAGAGTACCAAAAAATGTTGTGACAAATGTCTTTCTAGAGTTTGTAAAGATGGACTTACTCATTATTTTCACAGATCAGTGGTATGTTCAACCGTAGGTTCAGATCCACATATTATTTTAGGACAAGAAATGCTTGAACCTAAAAAAGATAGTTCAGATAAAGATGAAGGTGAACTCACAGGTGGTAAGCGTCTAATTAAAAAGTTATATAAAGAGCATCATCATTTTACAGATATTATAGTAGCTGACGCTTTATATTGTAAATCTACTTGGATTAAAGAAGTACTTTCCATAGGGATGGATGCAGTAGTAAGGGTTAAAGAGGAACGACTTAATATTGTAAAGGATGCATTAGCCTTATTTAAATGCCGTCAGGCAAATAAAGAATGGATAGTTAATAAGGGAAGTAAAAGCTATATAAAGATACAAGCTTGGGATGAAGATAATTTTGAAATGGCTGATTCAGAAATAAAAGTAAGGTTTATAAAATTTGTAGAAGAAATTTATAACGGAGATAAATCGGAAATTAAAGAAACCTGGATTATAACAACAGATAAATTTACGTCAGCAGAAACTTTATGGAAAATAATACATAAGAGATGGGATATTGAAAACAATACTTTTCATCAATTAAAAACAGAATGGCATTTAGACCATTGTTTTCTTCATAGCCCTACGGGCGTAGAAACTGTATTAATGTTTATAATAATAGCATTCAATTTAATGCAATTATACTTTTTTAAATGCATACGAAATTTTAGAAAGAAGCATATGCTTCAAGTAGACATAATTGAAGATATAAGAGATGAAAGGCTTACTATAGAAGATAATTGGGATAATCCACTGTTTGTAAAAACCTAA

Protein sequences of DBSCAN-SWA_5

>NZ_LT906477|884160:973003|895675_895879_+|WP_095177580.1|DBSCAN-SWA
MENQSNCRTTKSDIGGTVYVVESRISDSAKESVYSKLKRLITVNAKNLSKLSDSSYKPTEINSTSSR
>NZ_LT906477|884160:973003|923320_924040_+|WP_095177602.1|DBSCAN-SWA
MNENIEPKEGKILFYKAEDGNINLGVLFSGETVWLTQAQMAELFGKTKQNISLHINNIFTEGELDKDSVVKEYLTTANDGKKYKTKYYNLDVIISVGYRVKSIQGTQFRIWATKTLREFIIKSFVLDDERLKNGVHFGKDYFDELLERIREIRASERRFYQKITDIYAECSIDYDKNSQVTKTFYATVQNKLHWAITGHTAEVAKKLAEGEYEKFRIEQDRLYESDFDKEIKSYLKGYK
>NZ_LT906477|884160:973003|907738_908476_+|WP_095177588.1|DBSCAN-SWA
MRLKCEFKTEKIPVAYQFMFVSLIKEALKISNEDYYQKLYFYDGDKKNKKSKNFCFSVYISGFKKEANIFKVEDKVILYISSPDYEFAFNLYNGLLKMKNFNYKKEYKLTKKSITLVKEKNINNTEVIFNALSPICIKDIDNKPLDINEIEFLKELNYITDKILKNYRGYGLNKKLQFIPLKMKKRVVKEYIKNFENNTGKKDYYINGYMGIFKLIGDIEDLKDIYNLGLGFKRSQGFGMIEVLS
>NZ_LT906477|884160:973003|956741_957269_+|WP_095177621.1|DBSCAN-SWA
MEDIKKWIKKPWPYWLGGILLGVINVVLLWTTGTSWHITSGFLLWSVGILQWMGLEPLKWEYFTYLQHNYQTIIENNNLFINRYTILNMGTVLGALIATLLASQFKWKKIKNRRQLLFALLGGIMMGYGTRLAFGCTVGSFFSGIPSFSLHAWIFGIFITLGAWVGVKIIVKFLA
>NZ_LT906477|884160:973003|944387_946025_-|WP_095177612.1|DBSCAN-SWA
MNIKDKIMNTLLELVSVPGIAGTKSEGLTAEKTLSILEDIPYFQQHRENLNLIKIKSDPLNRSFVSALFCSSKPSKKTIILTGHLDVVDIEDYGHLKELAFNPIELKKRIKELPLDKDAINDLESGDYIFGRGTADMKFGLALHIELLRELSLRDDFEGNILFLAVPGEESNSEGMLAAVPHLLELNKKYGYKYIGLFVSECCIPKEIGDETKRIYLGTAGKVMPLFLFVGKETHVYESFSGLNPNLLATELNRLLELNPDFCDINKGNITPPPTCLKQTDLKELYSVQTPLMAASYYNVLTLNLSIDELIEKLKNLCFQAFHNTLNIIEKSVNKFASISNRNSLREEFEPKVLTYEEVYKKVKETLGDKFDTYIQGKIEQWINENMDLQTIAINIMKETYLNYPDKSPAIIIGFAPPYYPDKHLIEDKADDMVLLKVIDNILEYAKDKFNTNIEKDHYYMALCDLSYTGITNKKGLNTIASNILGINKSYNLPVDELSQLDIPSIAFGGFGKDFHKFSERLNISYSFEVVPNLYEKAIYELFNN
>NZ_LT906477|884160:973003|931881_933210_+|WP_095178363.1|DBSCAN-SWA
MKGNKTPEPKVQYPIHVKLLNNYKKLFSNEEIMSSSAKNLLDINASLSDFDVEMSSISHELIDFAEKMSQLSESNLAVVEEITASMNQVNHTIEDTSKTLEHLSISSKDLIEENHKSLTEIEDINNLKEEVMNNANIMSSQTNLLALNASIEAARAGEHGKGFAVVAQEIRKLADDTKGSLQNMRNFVSNIQNTSREGKKSMDNTISSTEKMSKKIDAITYTTKSNVDMLENSVKSIYEINEAMSGINVAATEINKAMDTSTQDAEKLSLMTNTIHDDALKSANYAKKISDIDNLLTEVLKEMIDGLKGTSNAISNEEFLQYIEKAKKAHKNWLEKLRTIVNEMRIYPLQTNGNKCAFGHFYNSIQATHPSILDEWKNIDGIHKKFHTLGDKVLEAVKEENQHEAKEYYDYAEKISKEIFNSMDKIISEVKKQTEKGVQLFQ
>NZ_LT906477|884160:973003|911081_911813_+|WP_095177591.1|DBSCAN-SWA
MKAIRLEIYQNLVNYKKPTSFQLKETYPLPPYSTVIGMIHAICGFEEYKDMDVSIQGNYHSKVNDLYTRYEFAGATFEKGRHNIKLYGDSKYYGAIRGVSTCELLVDVNLLIHIKPKDETLLNLIYENLKSPKEYISLGRREDIAVIKDVKLVDIEQSELEEDTSLKYDAYIPIKYFDLDDFVSNATVYKLNKSYKKVSIKKGTEIRQWNKVEVIHGAMRKNTITEDTEIYKDISSGDLVFFA
>NZ_LT906477|884160:973003|919174_919870_-|WP_095178360.1|DBSCAN-SWA
MINHLDEVIDFSTKNNLSFVDALIKLTAYEIDFKEANMIKSMVKVGAFPHKKEVKDFDFSFQPSINKEQILDFLTLRFLDTQENIVFLGPSGVGKTHLATSIGIAAAKRRYSTYFIKCHDLLQQLKRANLENRLDSRLKHFSKYKLLIIDELGYLPIDKEDSKLFFQLIDMRYEKKSTILTTNINFNAWDDIFYDPVIANAILDRILHHAHVVPINGKSYRLKDHFKDDDE
>NZ_LT906477|884160:973003|897442_898327_+|WP_089867487.1|DBSCAN-SWA
MKKNNLKLLLTALLITTTSMVFAACSGKDNNSKDTSKGEKTQTITSLGSTALKPLVEESAKKFKEKKPKVTINVQGGGSGAGISQVSEGTVEIGNSDVPAESKLKDKEKAKELVDHKVCVIGFSIVTHKDVKVDNLTKEQIQGIFTGKYTNWKEVGGEDLKINVINRPKSSGTRATFKDTIMEDKNEKEDIGIIQDSSDAVSKSIQATKGSISYLALSYLTEEKLQGLKLLKIDGVEATKENIINKKYPFWSYEHMYTKGEPEGLTKEFLEYMMSDDNKENVEKLGYIPIGDFK
>NZ_LT906477|884160:973003|924070_927349_+|WP_095178362.1|DBSCAN-SWA
MENFTEDLLEEAAIEIFQDMGYSYIFAPDISCDGDYPERQDYKEVILKDRVKDALFKINRDLPNEALEDAYRQIITFNSPILIENNRHFHKLLTEGIEVSYMEKGQIRTKRAYIVDFENKDNNEFLVTNQFTIIEKEERRPDLIVFINGIPLVVIELKSASDENVGTHNAYNQIQTYKRDIPSLFNYNAFCVISDGINAKAGTITSNEERFMNWRTIDGENIESLAVPQYEVLFKGMFEKDRLLDIIEDFILFQESKEEEKDLDGNKIGDKKTIIKILAAYHQYFAVKKALAKTKEATSANGDRKIGVVWHTTGSGKSFTMVFYTALLVKKFNNPTIVVITDRNDLDDQLYTTFSKSEDLLRQTPKQADVRKLTDEQKAKQAKENTKEINGLYDLLNDRESGGIIFTTIQKFKPDFDLPAFIPRAGKPAHEMKASLTDRRNVIIIADEAHRSQYGLEAKTDTKTGEVKYGYAKYLRDALPNASFIGFTGTPIESEDKSTPAVFGHYIDVYDMTRAVEDEATVKIYYENRVIKLESDDAELKKIDEEFEEITEGQEENEKEKNKSKWSRLEAVVGSPNRIKKLALDIVNHYEEKSKIIDGKAMIVCMSRRICVDLYDAIIKLRPDWHSDDLDKGKIKIVMTGSAGDEERLQKHIGGKQRRDTLAKRMKDNGDELKIVIVRDMWLTGFDVPSMHTMYIDKPMKGHNLIQAISRVNRVFKDKAGGVIVDYLGILESLKKALNEYTDNDRKNTGIDTSAAVMVMQEKLEILQNIMHEFDYSDYMGTSQVARIRAITGGMNFILGKPEKEQKEFKQIAVELAKAHSLCAATTEGRECALEVSYFKAVKASLTKLQEKKVQKKSKKEIEERVNQMLQRSIISEEVIDVFDVMGMERPDISILSEEFLEEIKNIKYKNLAAEMLKKLLEGNIKTMERKNLVKSEKFSEKLKKALNKYRNQAITNVEVIEELLKMAKEMKKDAENEKDLGMNEDEIAFYYALTADDAVKQFMEDDVLKKIAHELTRAIRRNVTIDWSVRKSAQAGMRRIIKRLLKKYDYPPEQAKNALKTVMRQAELMCGNVESYEYYEEVAENEGEYRV
>NZ_LT906477|884160:973003|954936_955620_+|WP_095177618.1|DBSCAN-SWA
MKVVYKGKTKDVFLLEDGNYLLKFKDDVTGENGVFDPGANSVGLTMKGSGKAALKLTKMFFERLKEENIPTHYIDANIEEGTMKVKPAKVFGKGLEVICRYRAVGSFMRRYGMYAKEGQVLDAFVEVTLKDDQRQDPPITKDALDMLGILSSKEYDILKDLTKKISGIVKDELAKKGIELYDIKLEFGRVGEDNHIALIDEISGGNMRAYKDGKYIEPLVLEKLMLE
>NZ_LT906477|884160:973003|938848_939130_+|WP_095177609.1|DBSCAN-SWA
MYIIIGLLLITMLIFISISNKINKLENNLRHINFKLDKIIKKEEVDEFKIDNDKILSLIEEGKRFDASNKLMETMGFSVKESQEYIDILINKN
>NZ_LT906477|884160:973003|892678_892900_-|WP_024822623.1|DBSCAN-SWA
MTVSYKKLWKLLIDRDMKKKDLQAAAGISPSSISKLSKNEYVSMDVLVKVCTALGVDFKDIMELVPNMVEERK
>NZ_LT906477|884160:973003|915711_915975_+|WP_095177598.1|DBSCAN-SWA
MFVILTYDVEEKRINRVRKLLKKYLTWTQNSVFEGEITEGKLHKCLCEIDKIVNRNSDSVYIYIVKNSKNITKSVIGIEKSFNDLFL
>NZ_LT906477|884160:973003|949947_950478_+|WP_095177615.1|DBSCAN-SWA
MEEKILFTVKTKMDKEDYRKFLYLATFKKSPIIIPMILLIAAIGAGIIAFENGTFNIVAFLITWIFMTLLVFGTICFKVEHKNKKRIKTDKIGTFGTYQTISFCDDYVIVINDIVEGKSKIRYDQFYSLLESKEYLIFYYNANMASLIRKKDIEDEYKTEIIRFLKEKLGKSFRTI
>NZ_LT906477|884160:973003|933322_933904_-|WP_095177607.1|DBSCAN-SWA
MKDYKNEILETIKDLNLNETIPLSDIPKIYLYMDQVITLFENALSKTKRNKDDKILTKTMINNYTKDKLLMPADKKKYSTDHIIMMILIYNLKQILSINDIKLLLNKLVEKFNTDNDSIDLENFYKHFLHIQNIETNNFYKIIEDKLNFILDDKFNIDGDEDYSRLVIIILTLVYNANMYKRLAENLIDKYCC
>NZ_LT906477|884160:973003|906725_907676_+|WP_095177587.1|DBSCAN-SWA
MSRVSNALTMLILLKSRGKMKIKELAHELEVSEREVRRYKQDLEMAQIYIKSIPGKYGGYVYENKDYLLSGDLNKEEFNILLTAVDQLQQINAIYCKDCRLLFDKINALKNMSERNSNLQYTQYFIKSIKSKSNYPKDKKLWMDLTSAILTRNKINIKYEGLNSKLSNRIIRPYAIFQYKGDLYCVGYCELRKSIRQFKIYRIQEYEILKEKFKKDKEFNIEKYMENCFGIYKDDEINLVLKIKYPMAKIIKEKIWVENQRILEKGDYIIFNAKMKGKTEIKSWILSMGSSIEVIKPLNFRQEIIDDLNKNLKNYN
>NZ_LT906477|884160:973003|957298_958189_-|WP_095177622.1|DBSCAN-SWA
MNLEYLQSFYVTVKSNSISKAAENLHLTQPGLSMQLKNLEKELGVTLLNRSNKGVEMTEEGKVVFDYAHTILDIKGNIERDLKSLHETVPTLIIGSCKSVGEYALPCSIYTFKKFNKDIDIHMQIDNSEEVIKKLCDHTINIGIVQKHPENNSISTKTIISDELVLVGSAYNDKNKISLEELRDLPLILREEGSGTREIILNSLEEKNIDLRDLNVIYNLNSPEAIKSSISSDKGFSFLPKLIINKELKKNYLKQIDIDELKIDFKYYLIYRKNYRLTSYEKRFVDFIISSKRGFC
>NZ_LT906477|884160:973003|971749_973003_+|WP_095177625.1|transposase|DBSCAN-SWA
MNKSYLKQLLTYINKVYDIGEKIKTLKDKKVKSPVKISTITFVVLFGFMLQIRSFNRLEHWLKKGKFKKVLPKKTKMLRIDAVRRSLSEFDLDGLKEMHKHIIKTTVKNKVFRSGTIDGLKVVAIDGVELFESTKKCCDKCLSRVCKDGLTHYFHRSVVCSTVGSDPHIILGQEMLEPKKDSSDKDEGELTGGKRLIKKLYKEHHHFTDIIVADALYCKSTWIKEVLSIGMDAVVRVKEERLNIVKDALALFKCRQANKEWIVNKGSKSYIKIQAWDEDNFEMADSEIKVRFIKFVEEIYNGDKSEIKETWIITTDKFTSAETLWKIIHKRWDIENNTFHQLKTEWHLDHCFLHSPTGVETVLMFIIIAFNLMQLYFFKCIRNFRKKHMLQVDIIEDIRDERLTIEDNWDNPLFVKT
>NZ_LT906477|884160:973003|964483_965506_-|WP_160110524.1|DBSCAN-SWA
MISNLKDFFKRNNSKKSTAQILVLLSVIVITTFVALSRKTVTLAIDGEEKKFTTYQSNVQSFLDKENIKLNPKDKIDKDMDSKLSNKDVINIRRAVNVKINVDNKELAIKSAEKDVASMLKAEKIVLGSDDKVLPTKNTALTDGMKVDITRVEKKTITLSAPVNFNTVVKNDTSMLKSQKKVLQEGEKGEKQITTNVVYENGKETSRKVIKEIITKKPKDKIIAQGTLSPTPVSRGTSNSFANSGVLRVKATAYWAVNGVNNTYTYSGRKAVRNPNGYSTIAVDPRVIPLGTKLYVEGYGYAIAADTGTSVKGNFIDVYFDTYKEACNWGLKYVNVYIQN
>NZ_LT906477|884160:973003|952563_954075_-|WP_095177509.1|transposase|DBSCAN-SWA
MLGYWRSHCDYQSLLLSSISELYKTDPTIVEYYSSSIEKLYNLNLDDIKPLIRETYSLTGKPSNQQPELFRSFILMSDLGFHSLQKWIKHLRAHDILCTIIGVEKSNVPGLGTHYDFISRFWGMSPKAEKSAKDSLHSFTSKPHKKLGKNEKLPPKHPGVIKNLVEQALKGRTVETRPEKLFQQIFAKLAIEPSAKLGLLGNTQKLDISGDGTCLETGGSSLGIKTCDCIKKGIFNCKCNRRFSDPDARRGWDSYHEKWYYGHCLYFLSVYNPKLKKDLPIYFRMVQAQRYDGVTAIFALSEVRKMYPQFNFDKFIADAAHDNYPTYKLLNEWNIKAVISLNPKGEGKNKYEPPIGYTKDGIPICKCNQPMVYDWYDKGRSRIKYRCPLVKGKIKECPHKEECSPSAYGRVIYVKPSDDLRLFTAIPRNSDLWKQIMKKRTSSERVNKRILEDYNMEQTHCRGKKRWSWWTLIHSINIHLDAQLSVSKTNLLDIIKLTANKAC
>NZ_LT906477|884160:973003|902366_903683_+|WP_089867496.1|DBSCAN-SWA
MGKPIVAIVGRPNVGKSTLFNKLAGKRIAIVEDTPGVTRDRIYAKAEWLNHNFTIIDTGGIEPESQDIIVAQMRRQAEMAIDMADVIMFIVDGKEGLAPADNEVALMLRKSKKPVVLVVNKIDRIQEEDNMYEFYNLGIGDPIAISASQALGLGDMLDKVVENFPEGYENEEDDEYIRIAFVGKPNVGKSSLINKILGEERNIVSNIPGTTRDAIDSYLERDEDKFILIDTAGLRRRSKVKEQIERYSTVRTYAAIDRADVCILLIDAEEGISEQDKKIIGYAHELNKALMVVVNKWDLIEKETNTMNKFKKELQAELSFMTYAPYIFISAKTGQRVGKVLDLAKECYTNYNKRISTGVLNDVISNAVMMKEPPIVAMNRLKIYYVTQVATKPPTFVFFVNDPKTLHFSYKRYLENHIRKSFDFTGTGIKMEFRERKE
>NZ_LT906477|884160:973003|927432_927624_+|WP_095177604.1|DBSCAN-SWA
MEELIEVLQEIRNGINDMNFNIEQLKESVEELKGIGVYNSISDVCDKLDDVYSSVTSIEIDMP
>NZ_LT906477|884160:973003|899272_900160_+|WP_095177583.1|DBSCAN-SWA
MNVKTQDKIWTTVLYFISAFIVFLLICLIGYILTKGLGHISLCFLTSDPLIGEAGGGIAPQLFNSFYMLIISLLITTPISIGAGIYLAEYAKEGLILNIIRLSIETMASLPSIVVGLFGLLVFVKATGWGFTLLSGALAISILNLPSMTRISENAIRTSSKGLKEGSIALGATRWQTIKNVILPVSMPQILTGIILAGGRIFGEAAALLYTSGMSAPPLSFSLQNIFSANSPFNPMRPAETLAVYIWQVNSEGMIPDATKVGNASSAVLIIMVLIFNIMARIILNIIHRKYVGEK
>NZ_LT906477|884160:973003|903684_904680_+|WP_095177585.1|DBSCAN-SWA
MTVNGVTFIGGGSFGTALAIMLAKKGYNIKMWDRKSQVVADINEKKENIKYLPNVVIPSNVEAYGNMQEALKETKYVVISVPSHAIREICKNIKNYLEEDAIIISVAKGIEEHSGKRLSQIIKEELPKNPVVILSGPSHAEEVAQDIPTTVVVTSENMEASLEVQNLFITNKFRVYTNDDIIGVEIGGAVKNIIALAAGISDGIGYGDNTKAALMTRGINEIIRIGEKLGGKRETFWGLTGMGDMIVTCTSMHSRNRRAGLLIGKGLSMEEAVEEVGMVVEGIKACKAFYELKEKLKVSMPITDALYRVLFEGEDAKYCVYELMTRDKKDE
>NZ_LT906477|884160:973003|920293_920644_+|WP_095177365.1|DBSCAN-SWA
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINIDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477|884160:973003|956499_956727_+|WP_095177620.1|DBSCAN-SWA
MSVKEIDCLYEACPIPIIKAMKELKKMKPGDILILHSDHSCVGISMEEWGEKNNYPIKVVELEGGYWDIYVQKPR
>NZ_LT906477|884160:973003|939180_940125_+|WP_095177610.1|transposase|DBSCAN-SWA
MFLLPRTRRQKSEDAIYHVMIRSITEVSLFEKHEDKIRYLNKMREYQKQYGFKVYAYCLMTNHGHFIIDSNGADISKIMHGLNFSYAINFNKINKRRGPLFQDRFKSKIVDTQRYLITLSAYIHNNVLDITGYEKCPEKYKYSSLKVYLGLEKDSTGLLDEAFIMQYFSNNVKEARENYAKLVYICDDEKIKNELEFQDEETEYRSDRTIIVRDFEPDEILKFIEKETGIDKIMCHVKNNKNSKIVKALASLLMRSLCNYRCKDICKVLGNIAQSTVSRLCSIGVELISTEDKYKNIINKFISEHRDSKALACT
>NZ_LT906477|884160:973003|900170_900920_+|WP_095177584.1|DBSCAN-SWA
MNIVKIKDLNLFYGKTQALKNINMNIEKNKVTALIGPSGCGKSTFLRSINRMNDLIENVIIDGQVVFDGKDIYKEFDEIDLRKRVGMVFQKANPFPMSIYDNVAYGPRIHGIKNKKELDIIVEKSLKKAALWDEIKDSLNKNAQGLSGGQQQRLCIARTLAIEPELILMDEPTSALDPISTSKIEELMHTLKEDYSVIIVTHNMQQAGRISDDTAFFLSGEVIEFGKTSNIFHNPQDKRTEDYITGRFG
>NZ_LT906477|884160:973003|898379_899273_+|WP_169712382.1|DBSCAN-SWA
MNKTKLFTKLKNEYIGRIFSTLCGIFMVTITFLIIFFIFSKGIKIFLEDGYSLKEFIFSSNWNPDGENPRFGSSIFIIGSILVSTGAILISTPISIALAIFMNYISPKLGKNFLKPALELFVGIPSVVYGWIGIVLLIPIIKRNFGGLGFSLFAGMIVLSIMILPTIASISSDAIKSIPKDYVEASLALGATRWQTITKVILPSAKSGIFTSVVLGLARAFGEALAVQMVIGNTIKLPKGVLEPTTTLTSILTMDMANTVSGTPWNNALWALASILLFISFMFIIFIRIIGRRSELK
>NZ_LT906477|884160:973003|910170_911073_+|WP_095177590.1|DBSCAN-SWA
MINKGLTASFIFEAESANYGEGIGNVTALKKISRGDGESYSYISRQALRYNIINQMEEDNTPLAVDGSVIQFAPEATIKDFAEIDLFGYMKTKKPARNRSAIVRLSNAVALESFNADLDFLTNKGLLDRYNAQGKELKDGGNIAQSEIHKSYYAYTITMDLDKVGIDENEKDEKGNILEIPNEEKAKRVNKLLDTIKFLYRDIKGRRENLSPIFAIGGVYDIKNPFFENRLKVKENKVVVDIIEDLYNMDNRIKENTYIGLINGIFENDNEIKEKLNSINIGEFFEKLQSNVNKYYLENK
>NZ_LT906477|884160:973003|923041_923245_+|WP_095177600.1|DBSCAN-SWA
MKFGMRKPSLKKRISARTSIKRQIIHRAGFKMPRGWGWLRDPKKYAYNKVYNRTTFDIFKLLKKLFE
>NZ_LT906477|884160:973003|934957_935566_-|WP_089867528.1|DBSCAN-SWA
MIKKLTSLILTIGILFTFTSCTIKENNKDINNNSTSIENNTNKEDKSHLMLISEIKNKAETGGIINSEFKAGINIIDDVTNSLGEANSSNYIANAKGTYYTFDKHNVVFGCNKGGAIFEARSFDSRINNLNLENIKKVYGKPDYNIVTENKERIIGYKINDNYKILFVFSKGTEVNPKLHHYSVLYPKGTINSMASNPGRQW
>NZ_LT906477|884160:973003|908489_910181_+|WP_095178359.1|DBSCAN-SWA
MAKIKLEKSDWLYNAGIVGICNILKYNECDYDDSNINYVEFESECLGNFEEKYFNYFIGTYEKFTSWYRLISFEDYMDNLDLNIISSKDLKYINKYIENLKNKLKSNSYKSAYLVINDKELDLVKKEKEIKKIKITKKQNINDVMVDIKKQIEIIKEIIEYLKRDEIKRYILAKNIIYDVIQKFWEKVSFLNQKSNNKDMYEEFKRYFLDSTKTYLNSDKEKAKYYCFTCGRKVSSLKETFGLAWINKIGVDMSRKSSHFWNMNGDAYICPICNLVYSCVPAGFTTLNGRGIFINENSSIKNLIRINKHSLDTTTSIDELEEESYFNIADSIGQVSIDKSERETENIQIIKLNSENERRPYTFNIISKEKLNIICKHRNMLKSMIKIHAKVGTNEYINIYREVLDRIYKGKNLFDLISKLSYLKLDGKFNGLQFIEMMLKINNNLLERGEEIGMVSGSINDKAIYSFKCRGAELRKGYENRKALNKLGGVSYRLLNSLKTKNVSRFMDTIINSYMYLNMEIPTSFINVLNDKNKFQTIGYAFLVGLQGEEKFKKSGEEVNNDK
>NZ_LT906477|884160:973003|960627_961851_+|WP_089867652.1|DBSCAN-SWA
MNKKQTFIGLALIVALTMFGSFQNAKDPKLALFLITGLAIGYVMQRSRFGFAGGVKKIYVTGDGTLTKALMFLFTISLLTTAAIHYGAFMEGAKIPAMSSVKPTNLGTVIGGVLFGIGMMFGGGCASGTLTDAGEGEIRALIVLFFFITGSLIGVYHMPWWEKSVFFKVGGKVYLPDVFGYLGAIIVSLLGFLLIYVITKKYEDKRKRENTYTKEEYSDWEKPLPETANYKFFSKETYHKFFVQRWSFYTGAVCLTIMFVAIILTTGKSWGVTSTFADWGAWLYQSVGIVDVSDWPWFASRMKKINGGFLNDPSSMRNIGIILGATISLLLAGKFSFKKNFKFRDILFYAIGGLTMGYGARVGLGCNAGALYSAICNFSLSGWVFLPAMTVGGIIGVNLVRKFNVTI
>NZ_LT906477|884160:973003|958841_960542_+|WP_089867649.1|DBSCAN-SWA
MSKKYLIVGGVAGGASTAARLRRLSEEDEIIMFERGPHVSFSNCCLPYHLAGLIKTANQLVLMSPEQFKKQYNIEARVNSEVIDIDRAKKEITIKDTLTGKEYTENYDKLILSPGAKPVVPPIKGIENVNLFTVRNVIDIDKLNKFVSTMKSKNATVVGGGFIGIEVAENLKEAGFNVTLVEAMPQVMRIFDYDMVQILHKELHDKGINLILNDKVASFEKDTVVLESGKKVESEAVVMAIGVTPETDLAVKAGLEIGELGGIKVDQNYRTNDKDIYAVGDAIEVYHALTGKMTKLPLAGPAQKQAREVADHIHGRLVPNTGYIGSSVVKCFDYNGASTGLNEGMIKALNLDIQYETVKVIPGDKVGLMPGCEPLHFKLLFEIPTGKILGAQAIGRGNVDKRIDVIATAIKFGATINDLRDLEFCYAPPFGTAKDVVNFAGYVGSNLLHDEFKQVHEYDVRGLVEKGACIIDVREKHEYELSHIIGAKNIPLSELRDRIDEIPKDEPVYLHCRSAQRSYNAAMALKHLGFDNIYNVSGGFMGISFYEYFNDQTTGREKIVTDYNFL
>NZ_LT906477|884160:973003|889855_891109_-|WP_095177577.1|DBSCAN-SWA
MSRLDELIAELCPNGVERKSLWEVTIWDKKFNAVDRRKQPKIIKYPYLLASKLFDLEKEGGNVFLLSTGEQTGWTTEELAGDNLCEGEVVTIPWGKSRPVKDVIKYYKGKFVTADNRIATSADTTILSNKYLYYWLLSQGEVIDTFYRGSGIKHPSMKDVLDMQIPLPPLPVQQEIVRILDNFTELTAELTAELTAELTARRKQYEYYRDLLLTFGDDVPIVKLGEIGTIIRGSGLQKKDFTDRGVGCIHYGQIYTYYGAFTFETKSFVSPELASKLKKVNTGDIIIAVTSENVEDVCKCVAWLGENEIVTGGHTAILKHNQNPKFISYCLQTYSFFKQKRKIAQGTKVIEVAPKKLEQISIPLPSLEEQERIVAILDRFDALCNDLTSGIPAEIEARQKQYEYYRDILLSFKEVKA
>NZ_LT906477|884160:973003|963859_964426_+|WP_089867660.1|DBSCAN-SWA
MSVKNAMTADFLRSAYGGESMAHMRYLVWGESAKKDGFPNIGRLFEAVAYAERVHASNHFTVLKEQVGDFTVPAGAVFGKTNIVENLQGAINGELHEIEQMYPVYLETAKFQEEKDAQRSFHYAVEAEKQHAELFKKAQDLAKENKDMEDNKFYVCPVCGFTIEVESLDQVPDKCPVCGVPKDKFKEF
>NZ_LT906477|884160:973003|893547_894813_+|WP_095177579.1|DBSCAN-SWA
MPQVLKDMPQFCCWKYEERSGRKTKVPYNPVTGKRAKADQRSTFKDFSSAVAAISDYDGIGFLVGNDICVIDLDDCFDSGGKLKPVTQNVVEAFSGCYMEHSPSGKGLHIFFKATGYDFDKTKYYINNRKLGVEVYVAGATNRFVTVTGNVYADGATTRNGKGTLCESILKVLGSYGCTARPETISLKKNNNSSSPSEDIARLAGVRFVNISEPSRGLVLNAAQVKSMTGGDTINARFLHENSFDFSPKFKLYINTNYLPVITDMTLFSSGRVVIIPFERHFDESEQDKSLKREFAKPENQSAILNWLIEGYRLLKKEGLTLPDSVKTATDAYKHDSDKIALFFEDALEESPNSEVRTSEVYARYQRWCSANGCYSENARNFKQALSAIARVERKRPRSGGGMTTLLMGYKLANDDEFFLL
>NZ_LT906477|884160:973003|914720_915707_+|WP_095177596.1|DBSCAN-SWA
MFKDYYIFNNGRIKRKDNTIYFLNKDGSKRALPIEQVDKIHLFGEVDLNTKLLNYISRYGVIFNFYNYYGYYSGSYYPREKNVSGFLLVNQAIHYHYYDKRLYLAKCFIESAAHHILRNLRRYKDKTSNLMEKIQIERENVKKANTIQVLMGAEGRMRKIYYEAFNSILKKDIFQFKKREKRPPTDPINALISFGNSLMYTTVLGEIYKTQLNPTVSYLHEPSTKRFSLSLDLAEIFKPLIIDPIIFNLVNNNIIRNKDFLFEEGICFLNEEGRKKFILNYEKKLHTTVKHRSLNRKVSYQMFIRLECYKLIKHLIGDEKYKALKAWW
>NZ_LT906477|884160:973003|911874_914184_+|WP_095177592.1|DBSCAN-SWA
MGNPFLAKTKNRETIIEHTDKLYKNFLDLKRIYPNVENLDWYILKLACLYHDLGKMNIKFQNKLIKKLNAKSLEEGRDDIIEELKDNFYEIDEIPHGYLSAAFLPKQELKEKYSKDELRILYQSIYYHHTRDKLENHDNLMIIVKEELSNYIDEFNYDKIPKIEKLNPSFIKYVKRRIPDERDSNEVAKQYIVTKGLLNKIDYSASGDIAVEIENKNLFKKTYDYLKIGGFKPNKLQEYMITHQEDNNIIRASTGIGKTEAALFWIGNNKGFFTLPLKVSINAIYDRIVDKIKFGKENTALLHSETSLEYLKRNNNELDKEYINKTKQLSLPLTVCTLDQLIDFIFKYEGYELKLATLSYSKLVIDEIQMYSPELVAYLIVALKQITEMGGKFSIVTATLPPVFTHFIKDNVKDLKIPEPFYKEVEGKMQLRHKLNVIKEDINVEHLKKNYKDKKILVIVNTVKKAQEIYDVLQKELVENSLVKDNYINMLHSRFTKEDRGKKEDEILTMGKLENKQCGIWITTQVVEASLDIDFDLLYTELSDISGLFQRMGRVYRNRTLKDNITNIYVYVGANKFTSGIGNSDKSIIDKDIFNLSKEALINYVGSSDGKEINEVDKMNLVEKVYSVENLGNTEYYSKIKNVIDKMSDIKAFEYNKKDINLRNIENTNIIPKEVYEENKDFIQENADLINNTNKLNARIIARNNINKFVISIPTYEFKRANENGYIHDFVEISEKVEIPVMAYKYSNAKGLERPKENMKEFNEQNQFM
>NZ_LT906477|884160:973003|934161_934818_+|WP_089867524.1|DBSCAN-SWA
MNGKRIFREPINGFTHLFGALVSLVGLILLIAKVLSSPYGNNLQLTAAITFGVSLIFLYTASSVYHLVNSTEKIIAFLRRLDHSMIFILIAGTYTPVCLIALSGHLRWIILISVWTMAISGVLFKMIWFNLPRWVSTAFYIFMGWFVIFFIKPIAYSISSLGILWLILGGVFYTIGAIIYAAKPRKLKFKHFGFHEIFHIFILLGSFSHYICIFRYVL
>NZ_LT906477|884160:973003|967384_969727_+|WP_095177624.1|DBSCAN-SWA
MNEAKKIKYQLTILIIFFLIYNIAIIYENNYWGNILSPVIAFLTSYFLIIISKKIDIYKNNWMLLALSCLSWGICDLLWGIYDLIFKINPENIDLFMYIYIIPNLFIISTVILYFIKNIKKLEYVQLIVDTTTTLILMLSFFWILILGEQFEFILSNIYELTTFLYIATDFISLSIIYIMFISIRSKKKSVTNILIVLGIIVYTISELLYVHQKLMGVYIPNSILDGLFMLTFILFAIAGAYKLLYEKQYIEESFNLPDNIDNNKKGRLILLIPLIMLFMLHKLDIQWIIFFTGIILIHKVLSSYVKISTYNKYMLDKEIEINDLLEKKIEERTKELIKANDRLKVLSQQDVLTNLYNRRYFMKKIDEMILTKKTDETIVVFYMDLNGFKIINDSYGHDMGDKVLLEVSNRLESFIPDDAILARLGGDEFIIARKGVWDLIEIQDFVEEMASLYEKPIIIEPYKFKVSFSVGIAMCAEDNLDRNTLIKNADVAMYYAKEDLNKMYVFYDKNLSRKVERKNKLELLLKNAVFDEEFEIHYQPQFNSNTKEIIGVEALIRWNSPLEGIISPVEFIPIAETCGIIVDIGYWVMKNAIKQVSYWNKYNNMNLRVAINVSPKQINSLDFIKNLKTIIQHNEIDPKLIDIEITENIELTQEGVIKEVLEELACIGVKISIDDFGTGYSSLSYIKRFHIDRLKIAKELVDNISSDSVNLKVVKAIIMIAKTMNIKTIAEGVEDEFQLQKLIELGCDEIQGYIWDKPLKIKEFEKKYLSKTGRVIDFL
>NZ_LT906477|884160:973003|946179_948123_-|WP_095177613.1|DBSCAN-SWA
MNLISVENLSKSYGEKTLFNEISFGINEGDKIGIIGINGTGKSTLLKIIAGIESYDSGNIITKNNIVIEYLPQHPYFDENSNVIQQVFKGTSPIMKTIKNYENALEEVELNPEDKSLQKKLMDLTSKMDNLNLWQIESEAKAILTTFGITNFYEKVKNLSGGQKKRIALCSSLVNPCDLLILDEPTNHMDNEIITWLEEYLNKRKGALVMITHDRYFLDRVTNKILEISKGRLFNYSGNYSIFLEKKAEREELEKSSESKRQNLLRRELQWIKRGAKARSTKQKARIDRFNKLSEESIDLDDNKVDISTSFTRLGKKVIELKDISKSFGDKTLIKDFNYIVLPKDRIGIVGPNGAGKSTLIKILNGDLTPDKGTIEIGETVKIGYFSQECGSIDDDLRVIEYIRETAEFITTSDGSKISASQMLERFLFDSEMQWSLIRKLSGGEKRRLYLLKVLMDAPNVLLLDEPTNDLDTETLTILEDYLENFNGSVISVSHDRYFLDKIADKIFVFEGNGVIQKHTGNYSEVMEVTGDGYCKSTKSSKEEVNEVNDNKNFTETKNNKSKPKNKSLKFSYKEKLEYEQIDEIIEDLEEKIIKLDEEISENTSDFQKLQELLKKKQDLEKLLEEKMNRWTYLNELAEKIEEQKNN
>NZ_LT906477|884160:973003|914199_914721_+|WP_095177594.1|DBSCAN-SWA
MKFNLDNFKTQGVKINYYYVCKRKLWLFSKGITMEQNSDRVLSGKLVHENSYKRSKNKEVLIDDILRLDILEDDYVKEVKISSKMPIPDKMQLVYYLFYLKNIGIYKKGMIKYVKEKRIEEIELTKDLEEEIKRTLIDIKNIENSNCPPKLIRLPYCRKCSYYNFCFVREEDD
>NZ_LT906477|884160:973003|884869_886573_+|WP_089862890.1|DBSCAN-SWA
MKKRLMRHMLVTLTFSMIFVITFFAVITNYRYMENSKANLKVNNEIVSKMLESNDIKNKNDIIPYIFGNSDIRITCLDQNDKLIFDSQLEKQQGEFYGKRDEIIEARKNGEALKIRYSESKNKNTIYFAKVLKSGIILRTSTNLNDISIVQGKYSIYYLIIIILSSMGAFIFASKLSSSIVKPIKKLEFITSRIAAGELDRRVNIKSKDEIGQLSNTFNNMADKLQYTINDSIEKQNKLEAILKSMDNGVIAVDKDFRIIMINPYAKEIFDIEEDIIGENLLDRIKSYELKDIFKQDNIEEYREVKIFYPKEKDLRIKTTDIKIGKQLIGTVAVVQDVTEIKKLENMRSQFVANVTHELKTPLTSIRGFAETLKYVEDKETKDKFLNIINDEADRLTRLINDILALSDIENNKDMKQESIHVNEILEDIVYLMENSSEEKNIELFIVGDKVSNIKGDKDKFKQMMINLVDNGIKYTEEGGKVYIGAKEEENNCVLWVEDTGVGISKEHIERLFERFYRVDKARSRRQGGTGLGLAIVKHIVLGFNGTINIESEEGKGSKFIIKIPIS
>NZ_LT906477|884160:973003|886757_889859_-|WP_095177576.1|DBSCAN-SWA
MSIYNIVASTDEATVVAEYAAEYNVRPEKYQSEAELEREFIKQLTSQGYEYISVHNEAALIENLRKQLELLNDFTFTDSEWDRFFTECIANTNEGIVEKTRKIQDDHIQILKREDGTTKNIYLLDKKNIHNNRLQVINQYEEASGKHETRYDVTILVNGLPLVHVELKRRGVAIREAFNQIKRYQRDSFWAASGLFEYVQIFVISNGTHTKYYSNTTRNAHIKEQSSSERRRSKKTSNSFEFTSFWADANNKIIPDLVDFTKTFFAKHTLLNILTKYCIFTSEDLLLVMRPYQIAAAERILSRIVVSTNYKKMGTTAAGGYIWHTTGSGKTLTSFKTAQLASALPYIDKVLFVVDRKDLDYQTMKEYDRFEKGAANGNTSTRVLQRQLEDRDEKGNPHEYKIIVTTIQKLDIFIRKNKQHDIYKKHVVLIFDECHRSQFGEMHQAITKSFKNYHIFGFTGTPIFAANASSGGNPLLRTTEQAFGEKLHTYTIVDAINDGNVLPFRIDFINTIKMPDYVNDKKVYSIDREKALADPQRISEIVSYVLEHFDQKTKRNSYYTFSAKWEEADKHNPKKMIEKRETRRVAGFNSIFAAASIPMAIRYYNEFKKQIAEKNRNLTIATIFSFSANEEEPDGLLPEEDFNMENLDQSSRDFLDAAIRDYNSTFNTNYDTSSDKFQNYYKDLSLRVKNREIDILIVVNMFLTGFDATTLNTLWVDKNLRQHGLIQAFSRTNRILNSVKTYGNIVCFRDLKEETDKAIALFGNKDAGGIVLLKTFDEYYKGYDEKGEHKPGYAELIATLTTQYPLGQPILGEEAEKEFIRLYGAILRLRNILTSFDDFEGNEILSERDFQDYQSIYIDLYQEYRKGADGDKETINDDIVFEIELVKQIEVNIDYILMLVAKYQQSNCKDKTILTTIDKAINSSIELRSKKELIERFIEQVNVSTKVDEDWRKFLHERKEADISAIIEEEKLKPEETRRFIDNAFRDGMLKTTGTAIDKIMPPVSRFGGGRAAKKQGIIEKLMLFFEKYLGLI
>NZ_LT906477|884160:973003|951768_952086_+|WP_095177617.1|DBSCAN-SWA
MLKIEDLLNNNFSSYPDEIRDYLESFSNNLREALKEELINCKVEKILTNAKENEQVFKIQLINILNNGHKGYNSMSTKALLDLYLEIKNQKEFIELLEDVSKKLN
>NZ_LT906477|884160:973003|955794_956478_+|WP_095177619.1|DBSCAN-SWA
MSINEIDELIKKRQVKTETKKNNQILYAIIGIIIALIIFLFLWNNNKNYAYSWIFGVCIGIVLRYSRFCFAAAFRDPFLTGNTKILRGMILGMIISTLGFSIIQNIYIKSNDINYKYIPGTIESVGTHVALGAFVFGIGMVLAGGCASGVLMRIGEGHALQWIVLLGFLIGTAMGAKDYSFWYKNIISKAKVVYFPEYIDFKMVVLLQITVLIIIYKLSAKFWNKKI
>NZ_LT906477|884160:973003|922517_922919_+|WP_095178361.1|DBSCAN-SWA
MGYVEGYNYNEPILVIGRVGTHGVIQRFNSKVWASDNTLVIKSKYYEYTNQILKTIDYSSLNRGSTQPLITQTDIKNQKVVIPVCDKLLDFEKLVGSLYILVNNNLIENDNLIKLRDTLLPKLMSGEIRVPLK
>NZ_LT906477|884160:973003|961979_963257_-|WP_095177623.1|DBSCAN-SWA
MIIHIVKPGENLWQISNYYGVPLEETINANKLPDSNDLELGQAIIVPVQGVFHIVSEGETLWEIAQTYNTTVEAILKVNNISNPSNISPGLQLFIPGVLKDRPDIYVNGYIYDLGENAVPIVMDDGDFLTYLSPFAYMVKEDGSLEPIDDLPAINAAYSKNVVPMMSIINFTSTELGQNLSHVVLSSTEISNNLITNILNILKEKNYKGVNIDFENVLPEDRELYNNFLQSLVDSLHPEGFFVSTAVAPKTSGEQTGLLYEAHDYEAHGRIVDFVILMTYEWGYRLGPPQAISPINKIREVLDYAVTVIPRNKIYLGFQIYARDWVLPHVQGQEAQTFSVQEAIRRANKYNATIQYDPVSQSPFYRYKDENGIMHEVWFEDPRSAQAKFDLAKEYNLAGISYWALGFPFPQNWTLLADNFTIKKL
>NZ_LT906477|884160:973003|904812_906291_+|WP_089867498.1|DBSCAN-SWA
MENFSIYKDIAERTQGDIYVGVVGPVRTGKSTFIKKFMELMVIPNIDNEYKKKRAQDELPQSSSGKSIHTTEPKFVPNEAVEINLDEGTKFKVRMVDCVGYIVKGAQGYMEEGKAKMVSTPWYDYEIPFEEAAEIGTKKVINEHSTIGILVTTDGTIADIAREDYVETEERVVEELKGINKPFIMLLNSRNPLNPETIELRKEMEQKYDVPVQIMDILNMKEEDIISVFSRVLKEFPVQEINIDMPAWIEKLDRSHWLKLNFINLVKDMSKSIYKVRDVSKVVEEIREAEFLEKSILDEMNMGEGTARVVLSPKNGLFYKILGEICDKEIEDENHLMEIMKDMHNAKLEYDKIEGALIDVKELGYGLVAPQLSEMKLEEPEIVKQGNRYGVKLKASAPSLHFIKADIETEISPIMGTERESEELVKNLLEQFESDPSKIWESNMFGKSLEVLVKEGLQSKLYRMPEDVQIKIQKTLQKIINEGNGGLICIIL
>NZ_LT906477|884160:973003|948351_949887_+|WP_095177614.1|protease|DBSCAN-SWA
MKDYYNAILRKSIIILFLSFGLLFAVGTVIVWKYDLSLWFAVGFSVSIALIQFLIGPAIIGMVYGVLFEDYDKYISEDVLKFIEESCKEYNIPHPKIGIIKDGNPNAFTYGHIPRDAKLVITTGLLDVLNEEEQKAVIAHELGHIKHYDFITMMVVSLIPMLLYQIYLRTKDKKADAKYIVGLGAYAAYLLSGFLVLGFSRMREYYSDNFAKEVMGNGEHLRNALVKIAYGTASREKDKNPKASCMAFTNNLQNDSWMLSTYKLDDNNKMKLNLMKWDLKNPWAKWYEINSTHPLTGKRIMALDHVEIEEDEGSTKGLGSFLLDAVINMLPYALAIGVFIRTSLIKEIGFIDFIKGNPLYIVILGGSMLLRYYYSYGKGYEERTIEELLSRDDASPIKGIPTVLKGKVIGKGIPGLFYSEDLVVDDGTGIMLVDYRQPLKILEGIFGLFEADKFQEKEVEVVGWYKRGMRPYFVCRYIKIYDDKYRCYNYLLTKILAYGLVILGLCIKLFI
>NZ_LT906477|884160:973003|891105_892674_-|WP_095177578.1|DBSCAN-SWA
MENNRKEQERAELHRTIWNMANDLRGSVDGWDFKQYVLGMLFYRYISENITAYINAGEWEAGNTEFDYAKLSDEEAEQAREDLVKTKGFFILPSELFENVRTRAKDDENLNETLEQIFSNIEASAQGTESEDNFKGLFDDIDVNSNKLGNTVAKRNEKLVKLMNSVGEMKLGDYKDNTIDAFGDAYEFLMGMYASNAGKSGGEYYTPQEVSELLTHLTIVGKTEVNKVYDPACGSGSLLLKFAKILGKENVRQGFFGQEINITTYNLCRINMFLHDIDYDKFDIALGDTLTDPQHWDDEPFEAIVSNPPYSIKWKGDNDPILINDPRFSPAGVLAPKSKADLAFIMHSLSWLATNGTAAIVCFPGVMYRGGAEKKIRQYLIDNNYIDCIIQLPDNLFYGTSIATCIMVLKKSKSENSTLFIDASKEFVKVTNNNKLTQENIETILNAFKERKDIEHFARLVPNSEIAEQDYNLSVSTYVEQEDTREKIDIVALNAEIEKIVAREQILREEIDKIIAEIEVGK
>NZ_LT906477|884160:973003|966476_967232_+|WP_169712383.1|DBSCAN-SWA
MLKKIYKIIFPILIIVFVLPGFLNQSHSKSEKESSIPIFMYHSISENEKGLFKVPEDNFYKQMKYLKDNGYNTLSLDELYDHLTNNIPFLDKSVVITFDDGYSDNYKNAYPILKEFGLRATIFTITDYIEGSSYFMNSDQLKEVALNGIDIESHTTNHSKLDKLSKEDRARNLRESKNTIEKLLDKEVKYIAYPFGKYNKEVIEDLKEEGYKMAFTTKRGIANSNNGLYELKRVFISGYTNIKKFKRKIEN
>NZ_LT906477|884160:973003|940428_943956_+|WP_095177611.1|DBSCAN-SWA
MGKIMKTMDGNAAAAYASYALTEVAAIFPITPSTPMAEGVDEWSAHGKKNIFGQQVKVVEMQSEAGAAGAVHGSLAAGALTTTYTASQGLLLMIPNMYKMAGELLPGVFHVSARALATHALSIFGDHQDVMACRQTGFALLASSNVQEAMDLGFIAHLSAIKSRIPFLHFFDGFRTSHEYQKIEVIDYKDIAKIVDNKAIDEFRNRSLNPERPILRGTAENPDIYFQGREVSNRFYNEVPDIVENYMDEIKKITGREYHPFDYYGSLDAKNIIVAMGSVCDTVEETIDYLMDKGEKVGIIKVHLYRPFSEKYFMNVLPKTVEKIAVLDRTKEPGAPSEPLYLDITKLFYNKENKPLIVGGRYGLGSKDTTPSDIIAVFRNLDKENPKDNFTISIKDDVTNTSLNSEEFVDTTPEGTISCKFWGLGSDGTVGANKSAVKIIGDNTDLYAQAYFSYDSKKSGGTTVSHLRFGKKPIKSPYLVYNADYIACHNKSFLYNYDLLKGLKKGGNFVLNCPWNEKELEDKLPASIKKYIAENNINFYTIDAIDIARNIGLGGRINMIMQAAFFKIANVIPIEDATKYLKDSINKTYGKKGEKIVQMNHTAVDEGVQKLVKINVPQSWKNAEEKAKNELTVPDFVRDIQIPMARQEGDDLPVSSFLGKEDGSFPLGTTSYEKRGIAVMVPQWQIDKCIQCNQCSYVCPHATVRPFLLTEEEKNRAPKTFETKKAIGKGFENYGYRIQISPLDCTGCGNCADICPAPGKALIMQPAEQEIENQADNWEFAVTLYKEEKPTVMDQYTVKGSQFKRPLLEFNGACPGCGETAYVRLITQLYGDRMMIANATGCSSIWGGSAPSIPYTTNSKGQGPAWGNSLFEDNAEYGYGMYLGDKQIRERIAGLMAELIQEDIPQDMKDIFSEWLKSKEDGEKSREISDKVLQILNSHGYENNPKLKEIMDKKDYLVKKSVWIIGGDGWAYDIGYGGLDHVLASGEDVNILVLDTEVYSNTGGQMSKSTPTAAVAKFAAAGKRIRKKDLGLMAMSYGYVYVAQIALGANMNQTIKAIREAEEYKGPALIIAYAPCINHGIKSGMGSSVAEEKKAVASGYWHLYRYNPLLKEKGEKAFSLDSKEPTDSFMDFIKGEIRYTSLANVFPEAAEKLFEESAKHAKERYEVYKKIDQNF
>NZ_LT906477|884160:973003|920733_922368_+|WP_095177366.1|transposase|DBSCAN-SWA
MSHEFLTNELDENTKALIEKMENEINEKDKELSSKDEEIRKLKNELEFLKGVISNRNRKIFGASSEQVDVNQLSFFNEAEKHSDSKVEEPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGEDLNCRECGKKLTPIGVKSRKEIVKYIPAKLIIEDHVIYSYACKTCERATGESKIISPEAPKTIFYNSMASNELIAHTLILKYQHAMPLYRQETYFDMMGATLSRQTLCNWTMSAADALEPIYNHMKKELLSRNYIHADETTLKVINDNGKDSKSKKYMWLYMSNTNSKPVILYDYQSTRSSSCPKNFLGDFKGFLQTDGYNGYNSVSGATRVYCLAHIRRYFHNIIVDLDEEALKNSRAIIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477|884160:973003|919967_920300_+|WP_095177364.1|DBSCAN-SWA
MYKKLDNDAWEEYLNKFNSVKDTITVKDFCAENNLNKSQFYYHKKRVEKAIESKEPVFQPISLNSKVDNTKENKSTLKEVKINVGNANILIPVSEATLITAIIKELILKC
>NZ_LT906477|884160:973003|895084_895600_+|WP_089862884.1|capsid|DBSCAN-SWA
MATSTTYNRAFWNVMKGKEENNQNLSEGFDNAGAYVAPDEFREGFNTALAKENIFRRFVTVINLSSAEGKIQAVSSTSTADWVEDGDPIPESADTFTQFLVKSYKLASLVKLNRSFVTDMNFNLEKYLMGDFAKRFGKADALQGQIGFSAYERLDGKLIQPDALKILQIKA
>NZ_LT906477|884160:973003|927727_929167_-|WP_095177606.1|DBSCAN-SWA
MNSNFYDIYNYFKDISRNIFMNNKPSKIVDTKLITKHQNIFLTDILYVGKTSYLPKEIYKSNYCNLLLINDAHIPIDKLFNTSCNNIIELNGDQDIYEVFNKSKDFLFNNLEIINNSAILLDSILKENSLNKIIEISSKLLDNPLILIDNSFKIIAYSNSYDITDIYWKENIKNGYCSYDFIVAVNKIINLKKASKNHDTFEVICGENPVIKLVCKVTIDEKVTGYLLALSSNKPFSDNDNDTLKLISKIIGMEIKKNNLYNNIDNIAYENLLLDLLEDKILNSKILSDRLKNIKHNLGKYFYVFSFDISNYNLNGKKNNYLSKNITNLFQGKNSIYYKNNIIMLYDFNDINLDINKAKYTWEKFLIKNNIKLAISKSFINLLEFKKYYIQSLKALELGKILKPNYHIVFYEELQFYDLISFINKEINLKEYCHKSLKSLNQYDEINNTNYYHTLFLYLKNNQNSTLTAKDLFIHRNTI
>NZ_LT906477|884160:973003|950717_951611_-|WP_095177616.1|DBSCAN-SWA
MLNQCRLCPRECNVNRLTGEVGYCGASEKLMVSRAALHFWEEPCVSGENGSGTVFFSNCNLKCVFCQNHCISQENLGIEISIERLSEIFLELEENGANNINLVTPTHYAPQIIEALKLSKANGLNIPILYNSNGYDSLDTLKALDGYIDVYLPDLKYYNSKYSLKYSMAKDYFEKASIAIEEMYRQVGKPVFDENGIIKKGIIIRHLMLPGLLFDSKKILDYIHKTFGNNVYISLMNQYTPMFKASNYPEINRKLNEKHYNSIIDYALDLGIKNAFIQESESSSEEFVPDFKSFTGI
>NZ_LT906477|884160:973003|938292_938622_+|WP_095177608.1|DBSCAN-SWA
MIKYFKCYFILINLLGLLFMYIDKEKAKRSKWRIKESTLFSIAMLGGSIGAYIGMKTFRHKTKHAKFKYGIPIIILIQLLIFLYWGNNSVLVFHYFIKSSRLPYLMDIK
>NZ_LT906477|884160:973003|929298_931239_+|WP_089867519.1|DBSCAN-SWA
MKYENLFKKGKIGKLEIKNRIVMPAMGTSLATSTGEASDEIIKYYEERAKGGCGLIITEITRIDNETGIGTPNQLCATDAYQVPRLEKLARAIHRHDSKIFLQLHHPGRQSHGELIGGKQIVAPSSITCKTIGEEPRELTIKEVEELVKKFIKGAKIAEMSGIDGVELHAAHGYLIGQFISPLTNIRTDKYGGDFKRRMNFITEIILGIKRVCGKDFPISVRIDGDEFVEGGLTLEESVKACVYLESIGVDAINVSSGTYESGVTIIEPISYPQGWKRHLAQTIKDSINIPVIACDVIRKPDFAEKLIEERNVDFVAIGRGLLADAEWGKKAKERREKEIRPCISCLYCIEQLSKGSCTKCAVNPRMGRELEYNKIEKNGEGRLVVVIGGGPAGMEAARISALKGFKVILFEKKDVLGGSVYLGSKPPLKEKLNWLLDNMEYQIKELGVEIRLNTSPTIKDLEELNPYAVFLATGAESIVPNIPGINKENVYTVIDVLEEKIKIINSNVVVIGSGLTGLETAEYIADKGNKVTVIEMLDKIGGDAYASNLYDVTSRLKKYGVEFLTSTKLIGIEDENIKVESTINGEVSTIKADNVILSLGVRSRRELLDELEEHFSIVKVVGDTYKPGRIANAIHTGFEKAYVLE
>NZ_LT906477|884160:973003|963421_963778_+|WP_089867657.1|DBSCAN-SWA
MKYLFIQYPKCSTCKKAKKWLQHNNISFEDRHIVEDNPTKEELIQWIERSGLPIKKFFNTSGVFYREMNLKDKVKTAEFEELVDILSTNGMLIKRPLVVADDFVLAGFKEEQWKEKLL
>NZ_LT906477|884160:973003|884160_884859_+|WP_089862891.1|DBSCAN-SWA
MLEDSILIVDDEEHIRELIRYNLEKQGYKIFCAENGKEALETAKDKKPTLILLDVMLPKMDGYDVCKEIRRDTSISTTPIIMITAKGEELDKVLGLELGADDYITKPFSIRELIARIKAVLRRTVLQNTEEPFKFEDLKMDFEKHEVVKDGEKVDLTLKEFQLLEILIKNKGRVLTREYLLDKIWGYEYIGETRTVDVHIRHLRQKIEKDDKNPKYIETIRGVGYRFNLNIN
>NZ_LT906477|884160:973003|944120_944288_-|WP_089867610.1|DBSCAN-SWA
MRTIKVKAQNKKTPIENHDTAAWANIEYLKPVSQVSVPSEIEIFNAKEWVDSNQK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_089862891.1|884160_884859_+	response regulator transcription factor	W8CYM9	Bacillus_phage	2.6e-45	42.7
WP_089862890.1|884869_886573_+	HAMP domain-containing protein	W8CYF6	Bacillus_phage	6.1e-40	41.8
WP_095177576.1|886757_889859_-	type I restriction endonuclease subunit R	A0A220A398	Liberibacter_phage	2.7e-25	23.6
WP_095177577.1|889855_891109_-	restriction endonuclease subunit S	E3T5F4	Cafeteria_roenbergensis_virus	1.6e-05	37.2
WP_095177578.1|891105_892674_-	type I restriction-modification system subunit M	A0A2H4PQP4	Staphylococcus_phage	7.7e-106	42.7
WP_024822623.1|892678_892900_-	helix-turn-helix transcriptional regulator	A0A2K5B261	Erysipelothrix_phage	1.5e-15	64.6
WP_095177579.1|893547_894813_+	hypothetical protein	R9TSC7	Rhizobium_phage	1.7e-26	31.1
WP_089862884.1|895084_895600_+|capsid	phage major capsid protein	NA	NA	NA	NA
WP_095177580.1|895675_895879_+	hypothetical protein	NA	NA	NA	NA
WP_089867487.1|897442_898327_+	phosphate ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_169712382.1|898379_899273_+	phosphate ABC transporter permease subunit PstC	NA	NA	NA	NA
WP_095177583.1|899272_900160_+	phosphate ABC transporter permease PstA	NA	NA	NA	NA
WP_095177584.1|900170_900920_+	phosphate ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	1.9e-17	31.1
WP_089867496.1|902366_903683_+	ribosome biogenesis GTPase Der	NA	NA	NA	NA
WP_095177585.1|903684_904680_+	NAD(P)H-dependent glycerol-3-phosphate dehydrogenase	NA	NA	NA	NA
WP_089867498.1|904812_906291_+	stage IV sporulation protein A	NA	NA	NA	NA
WP_095177587.1|906725_907676_+	transcriptional regulator	NA	NA	NA	NA
WP_095177588.1|907738_908476_+	CRISPR-associated endoribonuclease Cas6	NA	NA	NA	NA
WP_095178359.1|908489_910181_+	type I-B CRISPR-associated protein Cas8b1/Cst1	NA	NA	NA	NA
WP_095177590.1|910170_911073_+	type I-B CRISPR-associated protein Cas7/Cst2/DevR	NA	NA	NA	NA
WP_095177591.1|911081_911813_+	type I-B CRISPR-associated protein Cas5	NA	NA	NA	NA
WP_095177592.1|911874_914184_+	CRISPR-associated helicase/endonuclease Cas3	A0A2R2ZGW0	Clostridioides_phage	4.4e-33	24.7
WP_095177594.1|914199_914721_+	CRISPR-associated protein Cas4	NA	NA	NA	NA
WP_095177596.1|914720_915707_+	type I-B CRISPR-associated endonuclease Cas1	NA	NA	NA	NA
WP_095177598.1|915711_915975_+	CRISPR-associated endonuclease Cas2	NA	NA	NA	NA
WP_095178360.1|919174_919870_-	ATP-binding protein	A0A059NT77	Lactococcus_phage	2.6e-53	48.6
WP_095177364.1|919967_920300_+	hypothetical protein	NA	NA	NA	NA
WP_095177365.1|920293_920644_+	IS66 family insertion sequence element accessory protein TnpB	S5VXZ8	Leptospira_phage	4.6e-19	45.3
WP_095177366.1|920733_922368_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	1.7e-55	31.6
WP_095178361.1|922517_922919_+	restriction endonuclease subunit S	NA	NA	NA	NA
WP_095177600.1|923041_923245_+	hypothetical protein	A0A0C5AEJ6	Paenibacillus_phage	1.6e-19	68.7
WP_095177602.1|923320_924040_+	virulence RhuM family protein	Q9JMN3	Wolbachia_phage	1.5e-64	45.2
WP_095178362.1|924070_927349_+	type I restriction endonuclease subunit R	A0A220A398	Liberibacter_phage	4.9e-62	28.3
WP_095177604.1|927432_927624_+	hypothetical protein	NA	NA	NA	NA
WP_095177606.1|927727_929167_-	hypothetical protein	NA	NA	NA	NA
WP_089867519.1|929298_931239_+	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_095178363.1|931881_933210_+	CZB domain-containing protein	A0A2H4J162	uncultured_Caudovirales_phage	2.2e-08	54.0
WP_095177607.1|933322_933904_-	DUF1836 domain-containing protein	NA	NA	NA	NA
WP_089867524.1|934161_934818_+	hemolysin III family protein	NA	NA	NA	NA
WP_089867528.1|934957_935566_-	YjgB family protein	NA	NA	NA	NA
WP_095177608.1|938292_938622_+	DUF1294 domain-containing protein	NA	NA	NA	NA
WP_095177609.1|938848_939130_+	hypothetical protein	NA	NA	NA	NA
WP_095177610.1|939180_940125_+|transposase	transposase	NA	NA	NA	NA
WP_095177611.1|940428_943956_+	pyruvate:ferredoxin (flavodoxin) oxidoreductase	NA	NA	NA	NA
WP_089867610.1|944120_944288_-	DUF3787 domain-containing protein	NA	NA	NA	NA
WP_095177612.1|944387_946025_-	M20/M25/M40 family metallo-hydrolase	NA	NA	NA	NA
WP_095177613.1|946179_948123_-	ABC-F family ATP-binding cassette domain-containing protein	A0A2H4UUX5	Bodo_saltans_virus	3.8e-54	28.6
WP_095177614.1|948351_949887_+|protease	M48 family metalloprotease	NA	NA	NA	NA
WP_095177615.1|949947_950478_+	YcxB family protein	NA	NA	NA	NA
WP_095177616.1|950717_951611_-	radical SAM protein	NA	NA	NA	NA
WP_095177617.1|951768_952086_+	hypothetical protein	NA	NA	NA	NA
WP_095177509.1|952563_954075_-|transposase	transposase	NA	NA	NA	NA
WP_095177618.1|954936_955620_+	phosphoribosylaminoimidazolesuccinocarboxamide synthase	NA	NA	NA	NA
WP_095177619.1|955794_956478_+	YeeE/YedE family protein	NA	NA	NA	NA
WP_095177620.1|956499_956727_+	sulfurtransferase TusA family protein	NA	NA	NA	NA
WP_095177621.1|956741_957269_+	YeeE/YedE family protein	NA	NA	NA	NA
WP_095177622.1|957298_958189_-	LysR family transcriptional regulator	A0A2P0ZL89	Lactobacillus_phage	2.4e-11	20.5
WP_089867649.1|958841_960542_+	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_089867652.1|960627_961851_+	YeeE/YedE family protein	NA	NA	NA	NA
WP_095177623.1|961979_963257_-	LysM peptidoglycan-binding domain-containing protein	NA	NA	NA	NA
WP_089867657.1|963421_963778_+	arsenate reductase family protein	NA	NA	NA	NA
WP_089867660.1|963859_964426_+	rubrerythrin family protein	NA	NA	NA	NA
WP_160110524.1|964483_965506_-	G5 domain-containing protein	A0A173GB44	Bacillus_phage	5.3e-15	44.1
WP_169712383.1|966476_967232_+	polysaccharide deacetylase family protein	NA	NA	NA	NA
WP_095177624.1|967384_969727_+	EAL domain-containing protein	G3MA91	Bacillus_virus	1.5e-20	34.1
WP_095177625.1|971749_973003_+|transposase	transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NZ_LT906477|1257279:1269810|DBSCAN-SWA
TATGGCAATAGTATTAACAGATTTAGAAAAATACATAGGGTATCATAATGCAAATGAATTTACATTAGATTTATCAGAGGGTAAATCTATAAAAGGAATTAAAACCATTGAAGATTGTATAAAAAACAAAAAAGATATATCAGATAGTGTTCCACCAGAAGTCTATGGTAGAACACTAAAAACCTTATTCACCCCTATATATGGTGTGAATAATGAAGTAATAGGAACTCTTAGCTCAGGAATAGATTTTGAAAATAATAGTAAACTTGTAGAATCTGTTTCTAATTTAGCAGAAGTTATAAAACAAATTACAGAAAGTATTAACCAAGTTGCTCAATCGGCAGGTAGCCTAGCAGATTCAGGACAAGACTCTATTGAAAAAGTAAATGAATTAACTAATAAGCAAAAAGATACAGCCCAAATTTTACAAATTATAAAAAATATTGCCAGTCAAACAAATTTACTAGGATTAAATGCAGCTATAGAAGCTTCTAGAGCTGGGGAAAATGGTCGTGGATTTGCAGTAGTGGCAACAGAAGTTAGAAAATTATCAGAGCAGTCTCAAGAATCCGTAAAGAATATTGAAGCAATATTAAAAGAAATGACTGATAGTGTAAATGATATTAATAATACTATAGGAAATGTAGGTGCTATAAGCCAAGAACAAGCAGCAGCTACAGAAGGTAAGCGTCAAAGTTTTAGCACCTTTAATAATTCCAAGAATAGTATTAAAATATCCTAGTAAGGCAAGAATATGCTTTACTAGGATTAATTTATTTTTTATCTTTAATTTTCATATTTTCAGGAATCTTATCATTCCAAGGCATAAGATTCTCTAAGCTTTCGCTATCGTATATATCTATCTTTGATAGATTATCAAATAGATAGACTAAGTACCTTTCTACAACTAAATTATTAGCCTTGGCAGTTTCAACAATACTATAAATATTGCTACTTGCAGTTGCACCCTTAGCAGTGTTAGCAAATAAGAAATTTTTTCTTCCTATAACGAAAGGCTTAATTGCTCTTTCCGCAGCATTATTATCAACTTCTAGAGAACCATCTAATAATACATTTTTTAATCCTGGTAAATGCTTTTTAGCATACTCAAGTGCCTTACCTAACGGACTTCTTGGAAGAGCATCTTTTATTTCTCTTTCAACATAATCAATAAAGTTATCTATAATTGGAGCTAGTTTCTCAGTTCTTATTTTAAATCTAATATCATAATAATTTTCATCATTTGAATAAGATTCTCTAAGTTCTTTTTCAAGTTTATAAATTTGCTCACAATAATTAAACCCTATTACTCCTCTAGAATTTTTTAGGGCTTCTTCATCTAAATCTACTATTATATTATGAAAATATCTTCTTATGTGAGCCAAGCAATATACTCTTGTAGCTCCGCTAACGGAATTGTATCCATTATATCCATCCGTTTGGAGAAAACCTTTAAAATCTCCTAAGAAATTTTTAGGGCAAGAGCTTGATCTAGTGCTTTGGTAATCATATAAGATCACAGGCTTAGAGTTAGTATTACTCATATATAACCACATGTACTTTTTAGATTTAGAATCTTTGCCATTATCATTAATTACTTTAAGAGTAGTTTCATCAGCATGAATGTAATTACGGCTAAGCAATTCTTTTTTCATATGGTTATATATCGGCTCTAAAGCATCTGCTGCAGACATAGTCCAATTGCATAGAGTTTGCCTTGAAAGAGTAGCTCCCATCATATCAAAGTAAGTTTCTTGCCTATATAGTGGCATTGCATGTTGATATTTAAGTATTAGAGTATGTGCAATTAACTCATTTGAGGCCATGCTATTATAAAAAATTGTTTTAGGGGCTTCTGGTGAAATTATTTTACTTTCACCAGTGGCTCTTTCGCATGTTTTACAAGCGTAGCTATAAATAACATGATCCTCAATTATTAATTTAGCAGGAATGTATTTAACAATCTCTTTTCTAGATTTAACTCCGATAGGAGTAAGCTTTTTACCACATTCTCTGCAGTTAAGATCCTCACCTTCTAATTTATGTTCAACAACAACTCTTTCCAAATTAGCTAAATTATCTTTCTTTCCAGTATAATTGCTTTTCTTAGCTCTTTTATATGTAATTTCCTCTAAAGTAGGTTCTTCTACCTTTGAATCACTATGTTTTTCAGCCTCGTTAAAAAAAGATAATTGATTAACATCTACTTGTTCACTGGATGCTCCAAATATCTTTCTATTTCTATTAGATATAACACCTTTTAAGAATTCTAATTCATTTTTAAGTTTTCTTATTTCTTCATCTTTTGAGCTTAATTCTTTATCTTTTTCATTAATTTCATTTTCCATTTTTTCAATTAATGCTTTTGTATTTTCATCAAGCTCATTAGTTAAAAATTCGTGACTCATAGTTACCCCTTTAGCTTTATTTGATATTTCTATTATACCACAAAACCCTTGAAATTACTATACTTCAAGGGTTCAAAGTTGATATTTTTTTAATAATAGTTACTTGCTTTTACAGGTTTAAATTTAGATTTTGTTCTTACTTCATAGCCTTTTAAAAGCCAACGTAATTCATCAATATTAATCTTTAATGCATCGGCAGCTGTCGCTGGCCATTTGAAGCGATTAGCTTCTAAACGGTGATAATATAGCCAAAAACCTTCGTCAAAGTGAAGAATTTTTAATTTATCCATTTTCTTGTTGCAAAAAACAAATAGTGCTTTATCAAAAGGATCTAACTTAAATTGGTTTTGCACTATCATAACTAAACCATCAATACTTTTTCTTAAATCCGTATAACCGCAGGCAAGATAGACTTTTTCTACCTTATCTATATTTAACATTTTAGAATTAACTCCTTAATTATTGCTGTTATTAAAGTAGCTTCGCTAACAGGAATAAGGATATTAGCATTGCCTACATTAATTTTTACTTCTTTTAATGTAGATTTATTTTCTTTAGTATTATCAACTTTACTATTCAAAGAAATAGGCTGAAAAACAGGTTCTTTACTTTCAATTGCCTTTTCTACTCTTTTTTTATGGTAATAAAATTGACTCTTATTAAGGTTATTCTCAGCACAGAAATCTTTCACTGTTATTGTATCTTTAACAGAGTTAAATTTATTTAAATATTCCTCCCAAGCATCATTATCTAATTTTTTATACATAAGTAAACCTCCCATTGATAATCTTTTACTTAAGTTTATCAATGAGAGGGTATGTTTTCTAGATACTTAATTTTTGACGCTTACTACAGAAGAAATATTATCTAGTACAGAAGAAATTAACGACACCATTAATGAACTAAAAGTATTTGTACAAAGATATCAATAATTTCATAAAATGTTGTGTACAAGCTAACATTAAAAAAGGAACCATCAAAATAATGATGATTCCTTTTTTAATATTAAATTGCTACTGTTTTATTTAGCCTTTGCTGCATTTTCACCAGCTATTTTACCAAATACTGTTATATCAGCTAAGGCATTTCCTCCTAAACGGTTGCTGCCGTGTATGCCACCTGTTACTTCACCTGCAGCATATAATCCTGGAATTACTTTTCCATCTTTACCTAACACTTCAGCATTTTTATTGATTTCAATACCTCCCATAGTATGATGAACTGTAGGCATACGAGGTCCTGCATAAAATGGTGCAGTATCTATTTTTTTATCAAATAAAGTTCTTCCAAAAGAATCTTTACCACTATCTACTGCTTTATTAAATTCTTCTACTGATTTTACAAGATTTGCAGGATCAACCTTAATCTTTTTAGCTAACTCCTCTAAGGTATCTGCTTTAAATGCTCTGCCTTGTTCTATAAGTTCTTCTATAGTTTCATTAAAGTTGTTAGTTGTTTCAGGTGTTGGATAATTTTTATGATCAAGAACTACCCACATATAAGCATCTTCTTGTTCTAAAAGTGCCTTTGTCATAACATCTCTACGAGCACCTTCGTCTACAAAACGCTTTCCAGATTTATTTACAAATATACGATTTTCAACACCTTGTTCAATATTTCCGCTTAAACTTCCAGTGTTAGGATCACCCATTGGTAATAATTGAAGGTTTTCCATACCAACAAGGTTTGCCCCAACAGCTTCTGCTAAAACTATACCGTCTCCTGTAGCTCCTGGATGATTTGTACTTTTAACTTTAGTAAGTGAAGGCCAAGTTTTATTATATTTATCTACCATCTTGCTATTACCAGCAAATCCACCTGCTGCTATAACTACTCCATTTTTAGCATGTATAGTAAGATTTTCTTCTAATCCCTTTGCCTTAATTCCTACAGCTTTACCATCTTTCATTATAATTTCTGTTGCTTCTGTATCTAGTAGTACTTTAATACCATCATTTTTATCAATATATTTAGAATAAGTATCTATAAATCCTGTTCCTACTGGAGATGATGGCTTATGAGCTCTTGGCCACATTCCTCCTAAAACAGTAAATACTTTATCATTAAATTTCATACCTAAACCTTCTAACCATTCAACAGCAGGATAAGCATTTTCCACAAGAGTTCTTATTAATTCAGGGTTGCCTAGCTTGTCTCCTCCTTCATAGGTTTGAGTATAGTGTTTATCTATAGAATCCTCAATTCCTTGTGCCTTTTGTCTTTTTGGGTCTACTGCATTAAATGCTCCTCCTGAAAGAATTGTATTTCCACCAAGTCGTGGCATTTTTTCAACAAGTATAACCTTTGCACCTTTTTGGTTTGCAGATACTGCTGCTGCAAGTCCTGCACCGCCTCCACCAATTACTACTACATCAGTATTATGTTCCACAGCTTTTCTAGATACTTCTTTCTTTTCTTTTTTAACCTTTAAAGCCTCCATGTCTACTTCTGATTGTTTTAAGGCATTAGTAACTGCTGAGATAATAGCATGACTAGTAACTGTTGCTCCTGATATTGTATCTACAGCTAAACTTTGATCATTAATAATTGCCTTAGGTATTCTTTCTATGGCTGGATCTGAAATACCTGGAGTTTCTTTATGTTCAAGCATTTTAATTTCTTTTATGGACTCTTTGTCCACTGTAACTTCTAATTTAAGCTCACCATTATGTCCCTTTGAGGTTCCTTGATATGTGCCTGGTTTAAATGATATTCCCTTTTTATCATCCTTAGATTGACAACCAATTAATGATGTCACTAGTGTAAGGCAGAATACCAAACAAAGAATTTTTTTTAATGATTTTAATTTTTTCATGTTTTTCCCCCTATCTTTACAGTACGTAGTCGTTTTCAAATATATAGTAAACTACCTATATTTGGACTTACATGATTATTGTACCTAATTGTTAATATTCTGTCAATATTATATTTATTTTGGTAACATTTAACATTAAAAGAGATAATTCCACTTTAAGAATTATCCCTTTTATTTAATCACCTATTTAATATCCATATAGCACAATTTAATATTCCTGCAAAGCTTACCCATATAGCATAAGGTATCATTAAATAGGCTGCTATTTTATCCAATTTATAAAATTCAAATATAGATAATAAAATGAATACAAGTAATATTAATAATTCTAAAAAAGCAAATCCATAAAGTTTAAATCTAAAAAATATAATTGCCCATAAAAAATTTAAGGTTAGCTGTATAATAAAATATATAACTGATTTATTTATATTTTCCCCTTGTTTTCCTTTTATTATTATTCTATAAAAAGCTAGTGCCATTAAAAAATATAGTATACCCCAAACTATAGGAAATATCCAACCTGGTGGAGAAAAAGATGGTTTTACAAAATCATTATAAGTATTTTGATTAGACATGCCTAATCGTCCTGATAAAAAACCAACTCCCTGTATAAATATAATAATTAATAAAAGTAATCCTATATTCTTTTCTTTACTTGACTTAACCATTTCACTCCTCCATTTTTATTAATTATATTATATATAACCAATATAATAACTACAAACTTCTCTTAATATTAACTATATTCTATTAACAAAGTTTCATTCCATGGCATTAAATATAGTATATGTTATAAAGGAGTTGTATATAATGGGAGGTTTCAACTGTGCAAGTCCTGAGGAATTATCCTTTATTGCTAATATAATAGCTCTGGAATTATCTGCTGGGAAAAGTGCTGATGAATTAAATGTTCTTGGAAATCTTATTGTTGCAATTGGTAGCCTTATGTTGGTTATGGCAGCTCAAAAACAAAACCTTGAAAGTTTATCTAAAGATAATAACAATAAAAAAAGAGGTAGTTCTAGTTAAAAGCTACCTCTTAAATAAATTATTTAATTAATTTACATACATCATTTGCAAATTGTACAGGATCTTCTATTGGAAGTCCTTCAATAAGTAAAGCTTGATTGTATAGTAAATTTGAAATCATTTTTAATTTGTCTTTATCATCTTTAAAAGCACTTTTAATTGTATTAAACATATCATGATTTGTATTTATTTCTAATATTTTATCAGCCTTTATATTTTCATTATTAGGCATCATACTAAGTACTTTTTCCATTTCAATTGATATATCTGAAGCATTAGCAAGACAAACTGGATGACTCTTTAATCTTTTAGATGCTCTAACTTCTTTTACTTTTCCATTTAAAACATCCTTCATAAATTCAAATATTTCTTTATTTTCATCATTTTCCTTTTGGTCATCTTTTTCTTCAGCCTCAAATCCTAAATCCTTACTATATACTGATTTAAATTCTTTTTCTTTGTAATTCATAAGCATTTTAATTGCAAATTCATCTACTTCATCAGTGAGATATAGTATTTCATATCCCTTATCTCTAACCATCTCTGTTTGAGGTAATTTTTCAATTTTATCTATATTTTCTCCTGGAGCATAGTATATATATTTTTGATCTTCTTTCATACGAGAAATATATTCATCTAATGTTACAAGTTTCTTTTCAGTAGAGGAATAAAACATAATTAAATCTTGTAATGTATCTTTGTTAGCTCCAAAATCTGAATATATACCATATTTTAATTGCCTTCCAAAATTGTTGTAGAATTTAATATAGTCTTCACGATGATTTTTAAGCATGGATAAAAGTTCACTTTTTATTTTTTCCTTTATATTTTTTGCAATAAGTTTAAGTTGTCTATCATGCTGTAGTAATTCTCTTGAAATATTTAAAGAAAGATCTTCTGAGTCAACTAAACCTTGAACAAAACTAAAGTAATCTGGCAATAGATCTCCACACTTTTCCATTATCAATACACCATTTGAATAAAGCTCAAGTCCTTTTTCAAAATTTCTTGTATAAAAATCATATGGTGTTGTAGATGGTATAAAAAGTAGTAATGTATATGACACTAACCCTTCAACCTTTGATCTAATTGATTTTAATGGCTTATCATATCCAAAATGTTTATCCATATAAAATCTTTCGTAATCTTCAGTTTTCACTTCATTTTTATTCTTTTTCCAAATTGGAATCATGCTATTTAAAGTTTCATCTTCAATATAATCTTCATATTCGTCTTTAGTTCCTTCTTTTAATTTGCTTTTCTTCATATGCATTTTAATTGGATATTTTATAAAATCTGAATACTTTTTAACTAGATTTTTTATAGTATATTCTTCCAAAAATTTATCATAATTTTCATCATCAGTATTTTCTTTTATTTTTAATATGATTTCAGTACCAACTTCATCTTTTTCGCATTTTTCAATTTCGTAGCCCTCTACTCCTTTTGATTCCCATTTATATGCTTCATTAGAATCCATAGAACGGCTTTTTACAATAATTTTATCCGCTACCATAAATGCAGAATAGAATCCAACTCCAAATTGACCTATAATATCTATTCCCTCTTTTTGTTCCATTTCATTTTTAAATGCAAGGGATCCACTTTTAGCAATAGTTCCAAGATTATTTTCTAACTCTTCCATAGTCATACCAATACCTGTGTCTATAATTGTAAGAGTTCTTTCTTCTTTATTTGGTAAAATTCTTATGTAAAAATCTTCTTTATTAAAACTTATATTCTCATCAGTAAGTGATCGATAATATCTTTTGTCAATAGCATCACTTGCATTGGATATAAGTTCCCTTAAGAATATTTCTTTATTTGTATAAATTGAGTTAATCATTAAATCTAGTAATCTTTTTGACTCTGCTCTAAATTGTTTTACTGCCATTTTATCATTTCCTTTCATTATAATTTATTAAAATATGAAAGGCCCATGCCTTTTTAAGCTTTTTATTAGCACTCTTCTTTATTGAGTGCTAATTTTATTTTACCAATTTAGATAATTTTGTCAAGTCAGCTTTTGTTCAGCGAACAGCAAATAATGAATAATTATGGTTAATTTTCTTTTTTAAAAAATTTATTTTTTACTTTAATATTTTTTTCAGCTTTAAATATTTCAGAGTTCGTATCAATATACAATGAAGGAGTTTTACTTTTTGCTAGTATTTGAGTTGGATAAATACTTTTATGTCCTACTATTAAATAACCTACAACGCATACTACTGCAGCATATATGCCAACTTCTGATCCAAATAGTTCCATGCACATAACTATACCTGCTATTGGAGTATTAGCACAAGTTGCCATAAAAGCTACCATGCCAACAGCTGCATAAAAGGTAACACTACCACTAACTACAGAAGCCCATAAATTTCCTATAACTGCTCCTACAAAAAGCATTGGTGTAAGAATTCCTCCACTACCACCAGAGCCTAATGTTATAGCTGTAGCTATAGATTTCCATATAAAATCTGTAGGTCTTACACTGTATCCCATAACAGCTTTATTTATTATCTCCTCTCCTATACCTAAATAATCTGTAGTTCCTGTTATAAATATTATTAAAATTATAAGAACACCACCTATTATTCCTTTAATTGGTGGATATACTTTTATTTTTTCAAATAATTTTTCTACAAAAGTAACAAATCTTATGAAAATTACAGAAAGTACTCCTATAATTATTCCAAATAATATCATTCTCATAAGCATTCTGCTTCCACTAAATTTTTTCATATCAATAAAATAAGTAATTAATGGTTTTGTTTTTAAAAACTTCCCCACAAAAAAGCTTGTAAAAGCTGCTATTAAAGATGGGAATAAAGATATGTATGAAAATTGCCCTATATACAATACTTCTGAAGCAAATATTGCTGCTCCCACTGGAGATCCAAATACTCCTACAAACCCTGAGGCCACTCCGCAAACTGCTAATCTTTTGCTGTCTAAATCCTTTAATTTAAATATATCTGATACCTTTGAAGCTATACCCGCTCCTATTTGAGTTGATGGTCCCTCTAATCCTACAGAACCACCACAAGCTAAAGTTATAACTGTAGTTAATAATTTAACTGGCACAACTTTTATATCCATTTTACCATCATATCTATTAATTGACTCTATCGCTTTCTCTGTACCATGTCCCTTAGCATCTGGTGCTAATTTAGTAACTATAAAACTACTTAGAAAAAATCCAAGCGGCATTAATAAATAATAATATTTGAACCCATAGGAAAAATTAGTACTCACATGTACTAATTTAATAAAAAAAGAGGTAGCTCCCCCCACTATGGCTCCAATAAATACAGATATTAATAGCCATTTAAACAAACTTGCTAATAATACATATTCTTCTTTGAAATCTTTTACAATTGTTTTTTTCATAAAAACACCCCCTTATTTATAATAACATAATTTTTTTTGTAGGAAAAACCTTTTTAGTTAATGAACAACTAACAATGAATAATGAATAATTATTGATATTTTTCTTGGTTTCACTAATTGTTCATTATTCATCATTCATTGTTCATTACACTCAGTCTCTCTTCTCCGTAGTTTGCTTCACCAGCTGATTTCCAAAAACTGCAACGCCGGTAATTATAATTCCCTGCAATATAGCTTGTATACTAAATCCCATAATTGCTATACAACATGCAATACCACAAGTCAAAAGTATCCAAGGAATTGTCCAATCTTTAATTTTCTCTGTATTTTTTAACATCATCCCTAAAATATATAATGCCGGTACCAATACAAGTACTTGTTCCATAATATAATCCATTAAATTCATTGACATAAAAACACCCCCCTACTTAAATATTATGTTTTATAACATAAAAAAGAAACTTTAATAGTAAATATATTCACTACTAAAGTTTCTTTTTTTAGCAAAGCAATGTTTTAAGCTTAACTCTTCACCAAACAAAGCGATATTTAGCTTGCTATTCACAAAACAAAGCGATGTTTAGCTTGCTAAACGAGCCCAAAAACAAAATCAAAATTTTTCAGAACACAGTGAAGAAAAATCTCCTTTATTATTCATTATTCATTGTTAGTTGTTCATTGAATTAGGGTGTGAAAATCCTAAAAATTTTCACACCCTAATTCTATACCCCACTCCCCACACAGTTTCAATATATTGTGGTTTTGAAGGATTAAATTCGATTTTTTCTCTTATTCTTCTAATATGCACTGTAACGGTAGCACTATCTCCAAGGGAATCAAGCCCCCAAATGCTTTCAAACAGTTCATCTTTTCCAAATACTCTGTTTGGACACTGAGCCATATGCAATAGTAAATCAAATTCCTTTTGTGCTAAACTAACCTCTTTTCCATTTATAAATACTTGTCTAGAATCTTTATGTATTTCAAGACCTCTTATGGAAATTACATTATTATTTTTTTCTTTATTACTAAATTTATTTTTTAATCTTTCATAATTTTGAATATGTGATTTAACTCTAGCAACTAACTCTCCAGGACTAAAGGGTTTTGTTATATAATCATCTGCCCCAAGACTTAATCCTTTTATTTTATCAATTTCCTCTTTTTTAGCAGAAACCATTAAAACAGGCACATCCTTATTTTCCTGAATAATTCTCAATATATCAAATCCATCCATTTTAGGAAGCATAACATCCAAAATTATTAAGTCATATTCATTTTCCTTTATTTCATTTAATCCACATACTCCATCTGTACAAATTTTTACCTGGAAGCCAGAAATCTCTAGATAGTCCTTTTGAAGTTCTGCAATACTTAAATCATCCTCAACTATTAATATTTTTTTCAACTTTTTAACCTCCCACCCTTTTTGAACTTAGAAACATTAAAAAACCTTGTTTAAAGATATCATAATGCTAGTACCTTCATTTCCATGACTAATTGCCCATATTCGTCCATTGTGTCCTTCTACAATTTGTTTTGCAATGGCAAGTCCTAATCCGCTACCTTTAGCCCCACTTCTAGCCTCATCTGTTCTATAAAATCTATCAAATATTTTATTTGCATCCTCATTATTAATTCCAGCACCATTATCTCTTATTTCAATAATGATACTTGAAGTAGTTTCTCTTAAAGTTATAACTATTTCTCCCTGTTCTTTGTCCATATATTTTTGGGAATTTCCTATAATATTTAATATAACTCTTTTTAATCTTTCTCTATCCATCATAACAAATTTACACGTTTTCAATTCATTATTTAACCATATTTTTATATTATCTTTTTGAAGCTCTGGTTCACTTTCATATATACAGTAATCAAAATATTCCACAATATCTACCTTTTCAAAATTAAAAGGTATTTGGTTTAAATCAAGCTTTGAATATAAAAGTAAATCATCAATCATGTGATCTACATGTTCTGCTTTAGAATAGATAGTCTTTAGATATTTTTCTCTCTTTTCTGCTGTGTTTGCTATGCCATCTAAAATTCCTTCTACATATCCTTTTATTGATGTTATAGGTGTTCTTAAATCGTGAGAAATACTTGATATAAGTCCTTTACGGTTATCATCATATTTCATTTTCATAATTATAGAGTCTTTTAACTGTACTCTCATGGTTTCAAATCCTCTACAAAGTTCTCGTATTTCTTCGTCTCCTTCTTCGGAAATAGCACAATCCAAATTTCCATTACTAATTTCAGTTGTAGCTTTTTTTAAGGATTTAATAGGCTTTATTATGCTTTTTGAAAGAAAATAGGACATGATCATATTAGTTATTACAAATGATATTATAAAAATAACAGTAGAAACTATGATAAATTTAGTTAACAAATTTATTTTTTCTTCTTCTATAGGAACTAATAATATTATAATTCCCTCAGATTTATCTTTTAAATTAAATTTTATAGTTTTAATTATATGGGAAGTATTATTTATTTTAATTTTCTTGCCCATTCCCATATTGTTACCTTTAGATATTTCCATAGATTTCTCAACATCTATTTTACTAACATCTTCAGGTTTTGCTATGATTTTATGAGATTTAATAATAACAAATTTTCCATTTATTTTTGAAAGTTTAGAAGATAAATCACTTTGGAATTTATCTTCTTCAATATTTTTATTTTCTTGTTCTAATATATCATCAGTAATTGTGATAAGTTCTGATTCTATAAACATACGTCTTTCAAATTCATCGTATTCTACTCTATTTCCAGTAATTTTTAAGGAAACAAATAATATACTAGACATAATTATAGTTGTTATTATAATTGGTACTATGACAATTATGCTATTAGATATTATAAGTCGCTTTTTTATATTCAT

Protein sequences of DBSCAN-SWA_6

>NZ_LT906477|1257279:1269810|1262680_1263169_-|WP_095177773.1|DBSCAN-SWA
MVKSSKEKNIGLLLLIIIFIQGVGFLSGRLGMSNQNTYNDFVKPSFSPPGWIFPIVWGILYFLMALAFYRIIIKGKQGENINKSVIYFIIQLTLNFLWAIIFFRFKLYGFAFLELLILLVFILLSIFEFYKLDKIAAYLMIPYAIWVSFAGILNCAIWILNR
>NZ_LT906477|1257279:1269810|1268364_1269810_-|WP_095177777.1|DBSCAN-SWA
MNIKKRLIISNSIIVIVPIIITTIIMSSILFVSLKITGNRVEYDEFERRMFIESELITITDDILEQENKNIEEDKFQSDLSSKLSKINGKFVIIKSHKIIAKPEDVSKIDVEKSMEISKGNNMGMGKKIKINNTSHIIKTIKFNLKDKSEGIIILLVPIEEEKINLLTKFIIVSTVIFIISFVITNMIMSYFLSKSIIKPIKSLKKATTEISNGNLDCAISEEGDEEIRELCRGFETMRVQLKDSIIMKMKYDDNRKGLISSISHDLRTPITSIKGYVEGILDGIANTAEKREKYLKTIYSKAEHVDHMIDDLLLYSKLDLNQIPFNFEKVDIVEYFDYCIYESEPELQKDNIKIWLNNELKTCKFVMMDRERLKRVILNIIGNSQKYMDKEQGEIVITLRETTSSIIIEIRDNGAGINNEDANKIFDRFYRTDEARSGAKGSGLGLAIAKQIVEGHNGRIWAISHGNEGTSIMISLNKVF
>NZ_LT906477|1257279:1269810|1263549_1265424_-|WP_095177775.1|DBSCAN-SWA
MAVKQFRAESKRLLDLMINSIYTNKEIFLRELISNASDAIDKRYYRSLTDENISFNKEDFYIRILPNKEERTLTIIDTGIGMTMEELENNLGTIAKSGSLAFKNEMEQKEGIDIIGQFGVGFYSAFMVADKIIVKSRSMDSNEAYKWESKGVEGYEIEKCEKDEVGTEIILKIKENTDDENYDKFLEEYTIKNLVKKYSDFIKYPIKMHMKKSKLKEGTKDEYEDYIEDETLNSMIPIWKKNKNEVKTEDYERFYMDKHFGYDKPLKSIRSKVEGLVSYTLLLFIPSTTPYDFYTRNFEKGLELYSNGVLIMEKCGDLLPDYFSFVQGLVDSEDLSLNISRELLQHDRQLKLIAKNIKEKIKSELLSMLKNHREDYIKFYNNFGRQLKYGIYSDFGANKDTLQDLIMFYSSTEKKLVTLDEYISRMKEDQKYIYYAPGENIDKIEKLPQTEMVRDKGYEILYLTDEVDEFAIKMLMNYKEKEFKSVYSKDLGFEAEEKDDQKENDENKEIFEFMKDVLNGKVKEVRASKRLKSHPVCLANASDISIEMEKVLSMMPNNENIKADKILEINTNHDMFNTIKSAFKDDKDKLKMISNLLYNQALLIEGLPIEDPVQFANDVCKLIK
>NZ_LT906477|1257279:1269810|1265591_1266920_-|WP_095177776.1|DBSCAN-SWA
MKKTIVKDFKEEYVLLASLFKWLLISVFIGAIVGGATSFFIKLVHVSTNFSYGFKYYYLLMPLGFFLSSFIVTKLAPDAKGHGTEKAIESINRYDGKMDIKVVPVKLLTTVITLACGGSVGLEGPSTQIGAGIASKVSDIFKLKDLDSKRLAVCGVASGFVGVFGSPVGAAIFASEVLYIGQFSYISLFPSLIAAFTSFFVGKFLKTKPLITYFIDMKKFSGSRMLMRMILFGIIIGVLSVIFIRFVTFVEKLFEKIKVYPPIKGIIGGVLIILIIFITGTTDYLGIGEEIINKAVMGYSVRPTDFIWKSIATAITLGSGGSGGILTPMLFVGAVIGNLWASVVSGSVTFYAAVGMVAFMATCANTPIAGIVMCMELFGSEVGIYAAVVCVVGYLIVGHKSIYPTQILAKSKTPSLYIDTNSEIFKAEKNIKVKNKFFKKEN
>NZ_LT906477|1257279:1269810|1263311_1263530_+|WP_095177774.1|DBSCAN-SWA
MGGFNCASPEELSFIANIIALELSAGKSADELNVLGNLIVAIGSLMLVMAAQKQNLESLSKDNNNKKRGSSS
>NZ_LT906477|1257279:1269810|1267071_1267326_-|WP_089866655.1|DBSCAN-SWA
MNLMDYIMEQVLVLVPALYILGMMLKNTEKIKDWTIPWILLTCGIACCIAIMGFSIQAILQGIIITGVAVFGNQLVKQTTEKRD
>NZ_LT906477|1257279:1269810|1257279_1258020_+|WP_147269573.1|DBSCAN-SWA
MAIVLTDLEKYIGYHNANEFTLDLSEGKSIKGIKTIEDCIKNKKDISDSVPPEVYGRTLKTLFTPIYGVNNEVIGTLSSGIDFENNSKLVESVSNLAEVIKQITESINQVAQSAGSLADSGQDSIEKVNELTNKQKDTAQILQIIKNIASQTNLLGLNAAIEASRAGENGRGFAVVATEVRKLSEQSQESVKNIEAILKEMTDSVNDINNTIGNVGAISQEQAAATEGKRQSFSTFNNSKNSIKIS
>NZ_LT906477|1257279:1269810|1260119_1260452_-|WP_095177364.1|DBSCAN-SWA
MYKKLDNDAWEEYLNKFNSVKDTITVKDFCAENNLNKSQFYYHKKRVEKAIESKEPVFQPISLNSKVDNTKENKSTLKEVKINVGNANILIPVSEATLITAIIKELILKC
>NZ_LT906477|1257279:1269810|1267629_1268328_-|WP_089866558.1|DBSCAN-SWA
MKKILIVEDDLSIAELQKDYLEISGFQVKICTDGVCGLNEIKENEYDLIILDVMLPKMDGFDILRIIQENKDVPVLMVSAKKEEIDKIKGLSLGADDYITKPFSPGELVARVKSHIQNYERLKNKFSNKEKNNNVISIRGLEIHKDSRQVFINGKEVSLAQKEFDLLLHMAQCPNRVFGKDELFESIWGLDSLGDSATVTVHIRRIREKIEFNPSKPQYIETVWGVGYRIRV
>NZ_LT906477|1257279:1269810|1258051_1259686_-|WP_095177771.1|transposase|DBSCAN-SWA
MSHEFLTNELDENTKALIEKMENEINEKDKELSSKDEEIRKLKNELEFLKGVISNRNRKIFGASSEQVDVNQLSFFNEAEKHSDSKVEEPTLEEITYKRAKKSNYTGKKDNLANLERVVVEHKLEGEDLNCRECGKKLTPIGVKSRKEIVKYIPAKLIIEDHVIYSYACKTCERATGESKIISPEAPKTIFYNSMASNELIAHTLILKYQHAMPLYRQETYFDMMGATLSRQTLCNWTMSAADALEPIYNHMKKELLSRNYIHADETTLKVINDNGKDSKSKKYMWLYMSNTNSKPVILYDYQSTRSSSCPKNFLGDFKGFLQTDGYNGYNSVSGATRVYCLAHIRRYFHNIIVDLDEEALKNSRGVIGFNYCEQIYKLEKELRESYSNDENYYDIRFKIRTEKLAPIIDNFIDYVEREIKDALPRSPLGKALEYAKKHLPGLKNVLLDGSLEVDNNAAERAIKPFVIGRKNFLFANTAKGATASSNIYSIVETAKANNLVVERYLVYLFDNLSKIDIYDSESLENLMPWNDKIPENMKIKDKK
>NZ_LT906477|1257279:1269810|1259775_1260126_-|WP_095177365.1|DBSCAN-SWA
MLNIDKVEKVYLACGYTDLRKSIDGLVMIVQNQFKLDPFDKALFVFCNKKMDKLKILHFDEGFWLYYHRLEANRFKWPATAADALKINIDELRWLLKGYEVRTKSKFKPVKASNYY
>NZ_LT906477|1257279:1269810|1260707_1262501_-|WP_095177772.1|DBSCAN-SWA
MKKLKSLKKILCLVFCLTLVTSLIGCQSKDDKKGISFKPGTYQGTSKGHNGELKLEVTVDKESIKEIKMLEHKETPGISDPAIERIPKAIINDQSLAVDTISGATVTSHAIISAVTNALKQSEVDMEALKVKKEKKEVSRKAVEHNTDVVVIGGGGAGLAAAVSANQKGAKVILVEKMPRLGGNTILSGGAFNAVDPKRQKAQGIEDSIDKHYTQTYEGGDKLGNPELIRTLVENAYPAVEWLEGLGMKFNDKVFTVLGGMWPRAHKPSSPVGTGFIDTYSKYIDKNDGIKVLLDTEATEIIMKDGKAVGIKAKGLEENLTIHAKNGVVIAAGGFAGNSKMVDKYNKTWPSLTKVKSTNHPGATGDGIVLAEAVGANLVGMENLQLLPMGDPNTGSLSGNIEQGVENRIFVNKSGKRFVDEGARRDVMTKALLEQEDAYMWVVLDHKNYPTPETTNNFNETIEELIEQGRAFKADTLEELAKKIKVDPANLVKSVEEFNKAVDSGKDSFGRTLFDKKIDTAPFYAGPRMPTVHHTMGGIEINKNAEVLGKDGKVIPGLYAAGEVTGGIHGSNRLGGNALADITVFGKIAGENAAKAK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_147269573.1|1257279_1258020_+	chemotaxis protein	A0A2H4J162	uncultured_Caudovirales_phage	1.2e-08	59.3
WP_095177771.1|1258051_1259686_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.9e-55	31.4
WP_095177365.1|1259775_1260126_-	IS66 family insertion sequence element accessory protein TnpB	S5VXZ8	Leptospira_phage	4.6e-19	45.3
WP_095177364.1|1260119_1260452_-	hypothetical protein	NA	NA	NA	NA
WP_095177772.1|1260707_1262501_-	flavocytochrome c	A0A2P0ZL82	Lactobacillus_phage	7.4e-113	38.4
WP_095177773.1|1262680_1263169_-	tryptophan-rich sensory protein	A0A1V0S976	Catovirus	9.3e-10	29.5
WP_095177774.1|1263311_1263530_+	hypothetical protein	NA	NA	NA	NA
WP_095177775.1|1263549_1265424_-	molecular chaperone HtpG	A0A1B1ISV4	uncultured_Mediterranean_phage	5.2e-85	32.2
WP_095177776.1|1265591_1266920_-	chloride channel protein	NA	NA	NA	NA
WP_089866655.1|1267071_1267326_-	hypothetical protein	A0A0A7RUL4	Clostridium_phage	2.2e-23	64.3
WP_089866558.1|1267629_1268328_-	response regulator transcription factor	W8CYM9	Bacillus_phage	3.3e-40	39.6
WP_095177777.1|1268364_1269810_-	HAMP domain-containing histidine kinase	W8CYF6	Bacillus_phage	4.1e-21	28.3

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>NZ_LT906477|1307109:1314134|DBSCAN-SWA
GTTATCTAAAAAAATCTTTTAAGAAAAAAGATTTTTTTAAGATAGGTACCTTATAATTATTCTTTGCTACAAGATTTTCTGTAAATATGAGTTTATCTTCCTTAAATACATTTATGCTTCCAATTTTATCTCCCTTGTATACATTATTGTTTATTTCATTGGGTACATTAATTTTTACATTATATTTAACTCCTTTTTCTGTCGGAATTATTATATCTTCTTTGCATATAACTTCCATATCTTTTTTATCTTTAGGAGCTTTAGCTAAAACTTCCCCTTTAGAATACAATTTTTTATATTCATAATTTTTCTCAACATAATTGTTTATTTTTATAGTCTCTTTCCATCTCCCTGGACAATTAAAAAGCACTATTATTACTTCCCTTCCTGAAATATCTACAGAACTTACAAGACATTTACCAGCCCCTCCAGTGTATCCTGTTTTAACTCCTGTAGCATTTGGAAGCTGCCAAAGTATTTTATTTATATTATGGTAATCCCTTGAAAAACCATACTTTCCTTTGCTAATATCTTTTGTGCTAACTATTTCATGAAATAGAGGATGCTTTTTACTTTCTGATGTAAGTATAGCTAAATCGTATGCTGTTGAGTAGTGTTCCTCGCTATCTAATCCATGAGGTGAACAAAAATGGCTATCAATAAGACCTAAACTTGCTGCATATTCATTCATAAGTTTAACAAATTCTTCTTGGCTACCAGCTACTCCCTCTGCTATTGCTATTGCTGCATCATTTCCTGATCTAAGCATTAATCCAAATAAAAGTTCCTTTAATGATATCTTCTCTCCTTTTTTATATCCCACAACAGATCCTCTTATAGATGCTGCTTTAGGAGATATTTCTACCATTTTATCTAATTCTCCATATTTTAAAGTTACTAAGGCTGTTAGTATTTTAGTAGTACTTGCCATGGGCATAATAATTTCTGAATTTCTTTCTGCTAAAACTACCTTAGATTCAGAATCCAAAGCTATATAGGCTCTAGCATTTACATTTAATTTATTTTCTTCTTTATTTAATTCTGAATTTGCTAAAACTCCATAAGTATTTATATTTATAGTAACTATAAAGCATATAAAATATAAAAGTATTTTTTTTAACCTCACCTACAATACACCTCTTCTTATTATTGTTTTTATATAAATTTTATTGATCATTAATTTATTATTCCACATTTTTGTATATTTTTTCTCCGTTGGGATATAATTTCTAATATTATATGGAGGATGAATTTTATGTACATAGCTCTTATACTAATATTATCTTTAATCATTCTTTTATTTATTCCTATTCCAATAAAAATTTACATAACATATTGGGAAAATACCTTGTCTTTAAAAATAGGTAATAAAGTATTTTCTTTAGATAGATTAAAATTAAAAGATATTAATAAAAATTTTTCTGCGGAAAAAATAAGAAAAAAAGAAAGTAAACAAAAACTTTCTTTTAAAAGTATTTTAGGATATTTAAAAAACACATCCTCAAAACCAAAATTAAAACTTGAAATAGATTTAGACTATGGCTTCGAAGATGCATATGTAACTGCTGTTTCTTATGGAATATTTTATTCCATTTACCCCGTTATTTTAGGAGTAATGACTCCTTATTTTACTATAAAAAAAGAAAACCTTAACATAAAACCTCATTTTAACAAAAGAATATTTACTTTTGAAATAAAGAGTATATTTTTCATGAGTATAGCTAAAATTATGTATATATATGTTTATTTACTTATAAAGTAATAAATTAAAAAGGAGGTAATACATAGTGGAAAATCATCCAATAGAAAATTTAATGCAAAACACTATGGAAAACATAAAAAACATGGTAGATGTAAATACCATTGTGGGAAATACAATTCTAACTCCTGATGGGGCTTCCATTATACCTATTTCTAAAGTTTCCTTCGGATTTGCTTCCGGTGGAAGTGAATATAATTCTTCTGTTAGTTCAGATTTAGGAAAATATCCCTTTGGTGGGGGTTCTGGAGCAGGAGTATCACTAAAACCTGTAGCATTTTTATTTATTAAGTCTGGTTCTGTAAGGCTATTACCTGTAAACCAAACAAATCCTTACGATAAAATAATAGATACGGTACCACAACTTGTAGATATGTTTAAAGATGTGTGTAAAAATAAATCTTCCTCAAATAATCAGGAAGATTCCCAAGACTCCATTAATATTGATGATATTAATGAATAAATCCCTTTATATAAAAAATATAGCTTTAGAAATCACCTTCTAAGGCTATATTTTTTATATAGTAAATAACTACGATATTAAACTTTATCTTAACGATTCTTATCATAAAAAGCGATATTTAGCGCAGCAAACGAGCCTTGAAAATAAAGTTAAATTTTTTCAGAGCAAAGCGAAGAAAAATATCCTTAATTGTTCATTATTAATTGTTCATTCTTCAAAGCTTTTCCTCTTCAAACTCCTCTAAAAACTCTTCTAAACTTGGAAGTTCTTTTATGCTTTCCAAACCAAAATGTTTTAAAAATTCTTCTGTAGTACTATATAGTATAGGTCTTCCTGGCACCTCTAATCTACCTGTTTCTTTAATTAAGTTCTTTTGAATTAAGGTTTGCAGTGCTCTATCACTTTTAACTCCTCTAATTTCATCTATATCTACCCTTGTTACAGGTTGTTTGTAGGCCACAATAGATAATGTCTCTAAAGCTGCTTGAGAAAGAGATTGGCTATTATTAGTTTTTAAAAGTTGTTCTATAAAAGAACTATTTTCTTCTTTTGTAACTAATTGATATTTCTTTTCTATTTCTATTAGCTTTATGCCTCTTTTTTTATTATCATATTCTCTTATCATTTTTTCTAAAATCCCCTTAGTTTCTACAACATTTAATTCTATTATTTCACTTACATCTTTTAAACTTAAGGGTTCTCCACTGGCAAATAAAAGAGATTCTATTATTGAAAAAAATCTTAATTCATCCTCTTCATTAATAATACAATTCATTTGTTCCATTATCTTCTATCCTTTCTAAATAGATTTCTTTAAAATTACCTTCTTGAACTACTTTAACTATTTTTATTCTTATTAATTCTAATAAAGCTAAAAAGGTAACTATAACTTCTCCTTTGCAGCTACACATTTTACTAATTTGAGAAAAAGATAAATTTTTATTCTCTATTATTTTATTTTTCAAATATTCCATTTTATCTTCTATTTTAAATTCATCTAATTCTATTTTGTCTGGTATTGTATTGTTCAAATTTATTTTATCTTTATAGTTAGTTATTAGTTCATTATATAAATTGTATAATTCTAATATAGTTATATTTATAAAAATATCTTTATCCTCTTCTTCTTTTTTTTCAATTATCTCTGGTTTCTTAGAATATACTGTAAAACCTTTTTCTAATCTGCCTTTCAAATAACTAGCTGCATTTTTAAACTTTTTGTATTCTATTAGCTTGTCCAATAATATTTTTTCTGGATTTTCTTCTGATAAATCATCTTCTTTTTCCTCTTGAATCTTAGGCAGTAATTCTCTAGACTTTATTTGAAGAAGAGTTGAAGCTATAACTATAAATTCAGAGGTTACTTCTAAATCCATTTCCTTTAAATTTTCAATATACTCCATATATTGTCCAGTGATTTCTGATATCTTTATATTATATATATCTAATTGATTTTTCTTAATTAAATGAAGTAATAAATCAAAAGGTCCCTGAAAATTATGTATTTTAATCTGTAATTCCATATGATCCTCCTGTAGTTTTCTATTTTAAGTTTTAAAAAACATTATGATAGCCTACTAATAGACTATCATAATCTTTATTAAACCGCATTATCAAAAATATTTCTGAAATTATGCAACATATTATCTAATATACCTGATTTTTTTATATCTCTATCAGAATATAATTTAACTTTACCTACTAATTTGTCCCCTACATACACTTCACAATGCCCTACTACTTCTCCTTTATTATAATATTTTTTATCTAGGTTTACTATAGGTTTTTTAGTAATTTTTTCTTTAGAACCTCTCTCCACTACAATATCCAAATCTTCTAGCGCCTTAGCTATAAAAAATTTATCTTCTCTTTTACCTAATTTTACTTGTTCTACTTCACTATCTTTTTTTATAATTTTTTTATTTTCAAATTTGGAAAAACCATAGTTCATAAGATTAGAAGCTTCTTTATTTCTTATTTTATAATTAGGTGCACCCATAATTACCGCAAGTACTCTAACTCCATCTCTTACAGCAGTAGCAGATATACAGTATTTCGCTTCACTAGTATAACCTGTTTTAAGTCCATCGCAACCTTTAAAAAACCTAACTAATTTATTGTGGTTAACCAATCCTATAGGGCTTTTTCTTCCTTCCGAAATTGTTTCCATATATGTTCCCGTATATTTTAACACTTGAGGATGCTTTAAAAGCTCTTGAGACATTAATGCTATATCATAAGCCGTTGTTACATGCCCTTCTTCTGGAAGACCAGAACAATTTTTAAAATTAGTATTTTTCATTCCCAATTTTTTTGCTCTATCATTCATAGCTTTTACAAAAGCCTCTTCGCTACCCTCTAAGTACTCTGCCATGGCAGTAGCAGCATCGTTACCTGATGCTATAGCTATGCCTTTTAATATTTCTTCTACAGTTCTTATTTCTCCCGTATCTAATAGCATACTGCTATTACCACCCTGACCATTTTTCTTAGCATTTTCACTTACAGTAATTTTATCTGTTAATTTTATCTTACCTGAATCTACAGCTTCCATTGCAAGTAACATGGTCATAATCTTTGTTACAGAAGCTGGTGGTAGTTTTTCATTGGCATTTTTTTCGTATATTATCTTACCAGAATTAGGTTCCATTAATAAAGCTGATGATGCCTCCACTTGTATTTCCCCTTTATCTTCTCCCTCTGCTCTTACCCTTACTGGTACCGCAGTGCACTGGAATATAAAAATTAAAAGTATGGTAAATATAAATATCTTTTTATTTTTTTTCAAGTTCCTTTCCTCCTTTCTTCTAAAAATATTTTTCCCCAGCTTTTAAAATTTATCCATTTAAACTAAAAAAATAGATTATCTCATAAAAATGAGATAACCTATTTGGGTAATGAATAAAAAAACTGTGTCGCAGTTTTTTTAACAGCGATGTTTAGTGCAGCAAACAAGCCCTCAAAACAAAATTAAAATTTTTCAAAGCAAAGCGAAGAAAAATCTCCTTAATTGTTCATTATTCATTGTTAATTGTTCATTAATCAAACTCTTTCTATTATATTTCCTACAAGATTTATAAATATATTTTTAACTTTGTTTGAAGTTTCTATAACTTCTTTATGATTTAAAGGCTGATCCAAAATTCCTGCTGCCATATTAGTTATACAGGATATTCCTAAAACTTTCATACCACAGTGCTTTGCTGTTATTGCATCCGGTACTGTAGACATACCTACAGCATCTCCACCTAATATTCTTACCATTCTAACTTCTGCTGGCGTTTCATAAGTAGGACCTGTCATCATGCAATAAACTCCTTTTTTTATGTCTACATTTATATCCTTTGCAGTATCTTCAGCTAATTTGACTAAATTTTTATCATATACATTGCTCATATCTGGAAATCTTGGTCCTATCTTTTCATTATTTTCTCCTATTAATGGATTATTAAAAGCTAAATTTATATGATCTGTTATAATCATAAGATCTCCTGGATTAAAGCTCTCATTTACACCACCTGCTGCATTTGTTACCAATAAAGTCTTTGCTCCCAAGTATTTCATTATATGAATTGGTAAAGATAATATTTCCATAGGATGTCCTTCATAATAATGAATTCTTCCCTGCATCATTACCACATTTTTTCCTTTGTATTTTCCAAAAACATATTGACCCTTATGACCAGTCACTGTTGATTTTGGCATATTAGGTATATCTTCATATTTTACAGTTACTTTGTCTTCAATTTCTTCAGCTAAATCCCCTAAGCCAGAACCTAATATTACTCCTATTTCTGGTGTAATGTTTATTTCGCTTTTTACAAATTCAACACTTTCTAATATTTTTTCTAAATTCATACTGTTTCCTCCTTTGTTGTAACCAATATACTTAAGCCCTAGGATGAGCTTTTCTATAAACCTCAGCAATTTTACTTTTTTTAGATATAGTTGAATAGATTTGAGTAGCCGCTAAATCACTATGTCCTAAAAGTTCTTGTACTGATTTTATATCTGCTCCATTTTGCAAAAGATGTACTGCAAAAGAATGTCTTAAAGTATATGAATCTATAGACTTTTTTATACCTGATATTTTAGCATATTTCTTAACTATTTTCCAAAAACCTTGTCTTGTCATTTGAGTGCCTTTTAAATTTAAAAATAAATAATCCAAATTATATATATTAATATTAGGTCTGATCCTTAAATAATCATCTAAACATTTTACTGCATAGGAACCAATTGGAATAATTCTTTCTTTATCTTTACTTCCTGTACATTTTATATAAGAAAGTTTTAAATTCACATCAAATACCGTCATATTTAAAAGTTCAGTAACTTTAACCCCTGTAGCATACATAACTTCTAACATTGCCTTATCTCTTATACCTTTTTCTTTAGAAATATCTGGTGCATTCAATAAAATATCTACCTCTTCTACAGTTAGTACTTTAGGTATATTTCTTTTAACTTTTGGTATTTCATAATTTATAACTGGATCTTCATCTATATAACCTTTTTTATATAAAAACTTATAAAAATTTCTAATAGAAACTATATTTCTCACAATTGAGGAGTTAGCCTTCCTACTCTTTTGTAAAAATTGAACAAATGCCATTATTGTAACTTCTTCTACCTCTAATATATTTTCTTTTCTTTCTTTTAAAAATTCTAAAAACCTATTTATGTCTCTAATATAAGCATCTAAAGTATTTTTGCTTAAACCTTTATTCATAAGGTAGCTAATATATTTATTAATTAGTTCATCTCTAGTTCTTATATTCACTTTATCATACCCCTCAAATAT

Protein sequences of DBSCAN-SWA_7

>NZ_LT906477|1307109:1314134|1310930_1312118_-|WP_095177798.1|DBSCAN-SWA
MKKNKKIFIFTILLIFIFQCTAVPVRVRAEGEDKGEIQVEASSALLMEPNSGKIIYEKNANEKLPPASVTKIMTMLLAMEAVDSGKIKLTDKITVSENAKKNGQGGNSSMLLDTGEIRTVEEILKGIAIASGNDAATAMAEYLEGSEEAFVKAMNDRAKKLGMKNTNFKNCSGLPEEGHVTTAYDIALMSQELLKHPQVLKYTGTYMETISEGRKSPIGLVNHNKLVRFFKGCDGLKTGYTSEAKYCISATAVRDGVRVLAVIMGAPNYKIRNKEASNLMNYGFSKFENKKIIKKDSEVEQVKLGKREDKFFIAKALEDLDIVVERGSKEKITKKPIVNLDKKYYNKGEVVGHCEVYVGDKLVGKVKLYSDRDIKKSGILDNMLHNFRNIFDNAV
>NZ_LT906477|1307109:1314134|1309544_1310117_-|WP_089865056.1|DBSCAN-SWA
MMEQMNCIINEEDELRFFSIIESLLFASGEPLSLKDVSEIIELNVVETKGILEKMIREYDNKKRGIKLIEIEKKYQLVTKEENSSFIEQLLKTNNSQSLSQAALETLSIVAYKQPVTRVDIDEIRGVKSDRALQTLIQKNLIKETGRLEVPGRPILYSTTEEFLKHFGLESIKELPSLEEFLEEFEEEKL
>NZ_LT906477|1307109:1314134|1308895_1309330_+|WP_089865059.1|DBSCAN-SWA
MENHPIENLMQNTMENIKNMVDVNTIVGNTILTPDGASIIPISKVSFGFASGGSEYNSSVSSDLGKYPFGGGSGAGVSLKPVAFLFIKSGSVRLLPVNQTNPYDKIIDTVPQLVDMFKDVCKNKSSSNNQEDSQDSINIDDINE
>NZ_LT906477|1307109:1314134|1308363_1308870_+|WP_157726549.1|DBSCAN-SWA
MYIALILILSLIILLFIPIPIKIYITYWENTLSLKIGNKVFSLDRLKLKDINKNFSAEKIRKKESKQKLSFKSILGYLKNTSSKPKLKLEIDLDYGFEDAYVTAVSYGIFYSIYPVILGVMTPYFTIKKENLNIKPHFNKRIFTFEIKSIFFMSIAKIMYIYVYLLIK
>NZ_LT906477|1307109:1314134|1312372_1313188_-|WP_095177799.1|DBSCAN-SWA
MNLEKILESVEFVKSEINITPEIGVILGSGLGDLAEEIEDKVTVKYEDIPNMPKSTVTGHKGQYVFGKYKGKNVVMMQGRIHYYEGHPMEILSLPIHIMKYLGAKTLLVTNAAGGVNESFNPGDLMIITDHINLAFNNPLIGENNEKIGPRFPDMSNVYDKNLVKLAEDTAKDINVDIKKGVYCMMTGPTYETPAEVRMVRILGGDAVGMSTVPDAITAKHCGMKVLGISCITNMAAGILDQPLNHKEVIETSNKVKNIFINLVGNIIERV
>NZ_LT906477|1307109:1314134|1310088_1310853_-|WP_095177797.1|DBSCAN-SWA
MELQIKIHNFQGPFDLLLHLIKKNQLDIYNIKISEITGQYMEYIENLKEMDLEVTSEFIVIASTLLQIKSRELLPKIQEEKEDDLSEENPEKILLDKLIEYKKFKNAASYLKGRLEKGFTVYSKKPEIIEKKEEEDKDIFINITILELYNLYNELITNYKDKINLNNTIPDKIELDEFKIEDKMEYLKNKIIENKNLSFSQISKMCSCKGEVIVTFLALLELIRIKIVKVVQEGNFKEIYLERIEDNGTNELYY
>NZ_LT906477|1307109:1314134|1313219_1314134_-|WP_095177800.1|DBSCAN-SWA
MFEGYDKVNIRTRDELINKYISYLMNKGLSKNTLDAYIRDINRFLEFLKERKENILEVEEVTIMAFVQFLQKSRKANSSIVRNIVSIRNFYKFLYKKGYIDEDPVINYEIPKVKRNIPKVLTVEEVDILLNAPDISKEKGIRDKAMLEVMYATGVKVTELLNMTVFDVNLKLSYIKCTGSKDKERIIPIGSYAVKCLDDYLRIRPNINIYNLDYLFLNLKGTQMTRQGFWKIVKKYAKISGIKKSIDSYTLRHSFAVHLLQNGADIKSVQELLGHSDLAATQIYSTISKKSKIAEVYRKAHPRA
>NZ_LT906477|1307109:1314134|1307109_1308234_-|WP_089865065.1|DBSCAN-SWA
MRLKKILLYFICFIVTININTYGVLANSELNKEENKLNVNARAYIALDSESKVVLAERNSEIIMPMASTTKILTALVTLKYGELDKMVEISPKAASIRGSVVGYKKGEKISLKELLFGLMLRSGNDAAIAIAEGVAGSQEEFVKLMNEYAASLGLIDSHFCSPHGLDSEEHYSTAYDLAILTSESKKHPLFHEIVSTKDISKGKYGFSRDYHNINKILWQLPNATGVKTGYTGGAGKCLVSSVDISGREVIIVLFNCPGRWKETIKINNYVEKNYEYKKLYSKGEVLAKAPKDKKDMEVICKEDIIIPTEKGVKYNVKINVPNEINNNVYKGDKIGSINVFKEDKLIFTENLVAKNNYKVPILKKSFFLKDFFR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_089865065.1|1307109_1308234_-	D-alanyl-D-alanine carboxypeptidase	B6DZZ7	Stx2-converting_phage	5.3e-24	27.2
WP_157726549.1|1308363_1308870_+	DUF2953 domain-containing protein	NA	NA	NA	NA
WP_089865059.1|1308895_1309330_+	sporulation protein YtfJ	NA	NA	NA	NA
WP_089865056.1|1309544_1310117_-	segregation/condensation protein B	A0A1B1IVT7	uncultured_Mediterranean_phage	3.9e-23	40.4
WP_095177797.1|1310088_1310853_-	segregation/condensation protein A	A0A1B1IVW1	uncultured_Mediterranean_phage	6.1e-08	26.1
WP_095177798.1|1310930_1312118_-	D-alanyl-D-alanine carboxypeptidase	A0A1P8VVG5	Erythrobacter_phage	5.8e-05	29.4
WP_095177799.1|1312372_1313188_-	purine-nucleoside phosphorylase	Q5YBA4	Grouper_iridovirus	8.7e-61	42.4
WP_095177800.1|1313219_1314134_-	site-specific tyrosine recombinase XerD	A0A1B1IQT7	uncultured_Mediterranean_phage	2.1e-15	26.7

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>NZ_LT906477|1661476:1669141|DBSCAN-SWA
TTTAATAAAACAATCTGTCCCAAGTAGATATCCCTACAATTCCATCTACCATAAGGCCATTATCTCTTTGAAAATTTTTAATAGCATTAAAAGTAGCGGTACCAAAATATCCATCAGCTCCATAGGAACCAACACTATATCCATTTTCTATTAAATTTTCTTGAATGATTTTTACATTATTATCTTTAAAATTAGCATTAATTTTAATTAAATAGCCAGGATAATTTTTATAAGGACAATTTATGTCCTTTATAAATTCTCTTCTTATTTCCTCCAAAGGATAGTTTCTTCCTGGACAACTTGTTGAGTTAAGTTCTCCATGGCCATAGATTTCTTTTATTCCATATTTGATACATAGATATTTAATAAGTTCTATTAATGAATTTTTTTGATTTGATGGCATATATTCTATCATGTAATTTCCTTCTACACATATTCCTATAGATATGGAATTATAATTTATACAATGAGCTCCTAGAGAATTTTCAGGTCTACCCCTATATACACTTCCATTTTTTCTTACTAAGTAATGATACCCACATCCGGACCAGCCATTATGTAAATGCGAAATATGAATATCTTCTATACTACAGTTTGTAGCAGCTGCATGGTGTAAAATTATTTTTATTGGATTATTGCCATAGGTTAATCCTCTAAATTTTAAATTAGAATCTATAACATTCATGAAATCCCTCCATTTTTTAATGAACAAAGATTTTCTGTAGCAAAGCGGAAGAAAATCCTCCTTAATTGTTCATTGTTCACTATTAATTATTCACTAAATAAAGCTCTCACCCAAAAGTGAGAGCTTTATTTTACGCCTTATAAACTTCATTAACTGTTCTTTCTACTATTTGAGCAGAATCCTTTGCAACTAAAGGATCATTTAATTTGAAAGCTGATTTCTTAGCTAATATAACATCCATAAGAATGGATATTTCTTCCTCAGTTAAGTCATCTTTTATTTCAGTTATAGACATATTAACTTTTTTACCTTTTTCATCTACAAACTTCATAACTAATGTCTTTTGCATTATCTATTCCCTCCTTTATTTTATTCACCTAATAATAAGTTCTTATTTACTCTAGATATAGATACCATAGGATCCTTTAAAACTTCTGCTGCTGCTTGTCCTATTGCATATACATCTTCATCTGTAGCAAGTACATCAAGCTTGAATAATGATTTATTCTTTCTTTTTTGCTTACCTTTTTCATCTAATCCAAGATCCAGTTCTAAAACTAGGCTAGTTGCATAAATGTCTTTTGTTATAGCCATGTTTATTACCTCCTTTTATTTTGTATTTCACCTATATATATGACATATTAATAAAGTTTGTAGTAAAATTTAAAATGAAAAAGTGAGAAAATCACTTTTCTAAGATTTTCTCACTTTTTTGGTGTTCTGAAGCAGTTTCTATAACCTTTGTAAGAACCATAAAAGCTTTAGTTAATTCTTCTAGCCTTTGATCAAGTCTTACTAAAAGATAAGTAGTTACCGCTACGGGGAACCCTACATTACTTATAAGCATTATAATTTCGTCAAACATGTTCCCACCACCTTTGCAGCTTAGAGCTACTATCTTTATATATGTTCTTTAAGTATCCTTTGCAGTTTTTTTATTGCTTTATCTTTAGCATAACGAATTTCATTATAGCTTTTGTTGGTAGTGGAAGCTATCTCCCCCATAACTTTATCTTTTATGTAAAAACTACCTATGATATATCTTTCTTTGTCGGAAAGCTTGTCCAAAGCATTATATAATTCTTTTACTTTTTCATAGGCTATTATTTCATCTTCTAATGTAAATAAATAATCATTATCTGTTTTATTTAATATATATTCATCTGGAATCTCTCGGTAATGCTTTATCTCCCCTTTTAAAAGGGCTTTATAGTTAGTTTTTATAGCTTTAATACAATAAGGGGTAAAATTATTATCATTCCCTTTATACATATTACAAGCTTTTATAACAGATAAATATCCATGTTGTACTAAATCTTCAAAGTCATAGCATTTAATTTTATATCTAGCAGCTTCTTTAAGTATTAATGGCTTAAATTTCTCTATTATTTTTTCTAATACCATAGTATCTCCATCTTTATACTTTTTAAATAGCTGTTCCAATGCTAAATCACCTCACCCTTTACCATTATTATACATTAACTCTATTATATTTTATATCTATTCAATTGTTTATTTCTTTAGAGAATGGGAATAATCGAGTTGAGGTGATAAATTGAAATATAATATATCTTATAAACTCCATTTGAAAGTTATAATTGTATCAATATTTTTTTGTATATCATGTTATGATTTTGTTGAATATACAATACTAGATTTTTGCATAAATATAATAACTCATAACCATATTTCTATCCTTTTACTTTATACTTATGCAATATTAACTATGGGATTACTATCGATAGTACATGAACTTATACATGGCTTAACTTATAAATTATTGGGTGGAAAGGTTACATATAAATTTAGAATACTATATTTAGCTACTCAAGAGATCTCTGGAAAGGCACTAGCTATATATAAATTTGCTATTGTATTATTAGCTCCTTTTATAATAATATCTTTAGGTTCTCTATTATTTCCCACATGGATAAGTAATTTTTTATTGATTGTTAATTTTATATCCTCTTTAGCTGATATTTTAATGACTTTAGAACTTATAAAATATCCTAGATATAGTAAAATTATTGATAGAGATTACGGATATGATATCATCTTTTAATTTTTATTACATCCAATCATGTTTCTTTAATCCCATCCTAAGAGTTTTCTTTCTAACTCTTCAAAATTATACTCCCTTTGACCCTCATAATCCCAAGCATCACTATCTTTTTTACTTCTTTTATTCTTATTTTTCTCCCATTCCATTTTGTATTTTTGTACCTTTTCCGGTGTATCTACTTTTTTATCTATCCATGTATTAATTATTTTTTCTATATATTTTATAGATTTAGCATTATAACTTATAGCTTCCTCTATGGCTGAAATAATAACATCACAATTTATCTTCTCACCCCATTCTAAGATTTTTTTATGTTCAAATTCTGTAGGATTATATACATTATTTTTAAAAAATAATAATACATCTCCCACATTAGTATCAGCTCCATCATTTCTTATTTCTATTACTTCTTCTTTATTATTTGTTATTTCTTCTTTATTACTTATTACTTTATTACTCCCTATATCCTTACAAGCACCTTCATAGTCCCTTATATCCTCCTTATAAGAGTCTTGTTTTAAAGTTCCTATATTTAAATCCTCTACTCCAAAAAACAATTTATGCATATCTAATTTTAAATCAGAATACTGTTTGTATAAAATAATTATAAATTCCTTATTTTTTACACTTTTAATTTCTTTATTAACACATTTTATTGCATTAGGATTACTTGGGATGTTATATTTAGCCCAATTTATTATCATTATTTCTTTTGTTTTATCACAGTAGCTTATTTTATTATATTCTTCAAATCTCTTTAACAACTTGTCTACAGTTTCTCTATTATATCCTGTATGTGTTTCTATAATTCTTTTAGGAAGTTCATAAATACCACATTGTGTAGTGTGAGAGTTGCTTATTAAATAAAGATAAAAATATTTTTCCTCTGGTGTAAGATCAAGTACAAAAGCATCGCTCCAAAATTCTGTGTGTATCTGTCTATACTTGGCCATTTTAAAATCTCCTTATTCTATATTATTTTTTAAATTTAAATCTTTTATATTATCGAGATCTGACAAATCCTTGCCATCATAATCTCTCAAAAATCTTATTAATGTTCCTTTGGTTATTTTAAGCCTCCCAAGTTTAAGTGCTATTAAAATTCCTTTTCTAATCAAATCATATACAGCATTTTTGTTAACTTTTAAAATTGTTGCTACTTCTTCTACAGTATATAAATATTCTTCCATAGCTATCTCCTCCGAATTGTCAAATTTAAAATTTACTTAACTTATATAGGAAATATGTCCTTAACATTGACGCCATAGGCTTCAGCAATGGATATTTGACTATCTTTCCTAGGATAGTTCTTTCCTTTCTCCCAACTCCAATACATCTTTTGATTAGTTTTACATTTTCTTGCCGCTTCTTCTTGCGTCCAATTATTAATTGCTCTAAAAACTTCAATTTTTTTATTCCAAGATAAACTACTGATTATTTTGCTAATATCCATATTAAAACCTCCACATCCTTTTTAAACGTGTTTTACGTTAACCATAATGTACCATAAATACCTATATTTTTACAACCCCATTTAATTGCGATTATTGTTTAATTTTTCGTGAATTTTCAGATTAGTTTAATCTTTCTTCATTTAACTGTAAATGACGTTCATTAGTAGACTATTTCACGTTAAACAATTGACTTTATACGTTATTTACGTTACAATATGTAATAATAATTTTATTTTAGGGGTGGTTTAAATTGGCACTAAGCAAAAAGCAATTGGGGAATTTAGTTAAAGAAGCTAGGAAAATAAAATCCCAAATGCTTGGAAAACGATATACCCAACAAATGTTAGCAGATGATATAGGTAAATCTCAAAGTTATATTGGAGATATAGAATCTGGGAGAACTTATCCAAGCTTCTTAGTTTTAAATGCTATAGCAACAGCTTGTGAAGTACCTATTGGATACTTTCAAGATGAAAATAAAGTAGATAATGATATAGACAATTTTATTAAGATTCACTTTAATAATTTAGATGCTTTAGAAATATATGCAATAAGGGAAGAAATAAAAAAAGATCCAGATGCAAAAATTAATCATATATATGATTCTTTAAACAAAGATAATTTATTAAAGGAGACTGTTTCATTAAATACTCCAGAAAATTTAATGAGAATGTTATTAAGTAATCCTGTAATAACAGATTTTTTACAAATTGATATAAATGAAATGACAGAAAAAGAAATATTAGATTTCTCAAAAGAATCATTAGAGCAGTTAAAACTTATTAGCTATAAATATAAAAAATAAATATACATTCAATATGTATATAGCCAATTTATTTAAAATTGGATTATATAAATAAATATATACAAAGAAAGGAGATATAAAATTGAAAGGTAGCGTAAGAAAAAAAGGAAACAGATGGTACTATTCATTCTACGTTGGAACAATTGATGGAAAAAGAAAACGAATTGAAAGGGCAGGTGGTGATACTAAAAAAGAAGCAGAAAAAGCTCTTAGAGATGCCTTACTGGAATTTGAAAATGTCGGAAGTGTTCTTAATGAAAGTAATATTAGTGTAGCTGATTATTTTGATTATTGGTTTAATGAGTATGTAGTTATAAACTGTAAGTATAATACACAATTAAATTATAGAAGAATAATAGATAATCATATAAAACCTGCATTAGGTATTTATAAACTTAAAACAGTAACTCCAGCTGCATTGCAAGAATTTATAAATAAAAAATATATTAATGGTCTTGCTAAAAATACAATTTCAGGGTTTTACGGTGTTCTCTCTGGTGCTTTAAGAATGGCCGTATATCCTTATCAACTTATAAAAGAAAACCCAATGCAATATGTAAATATGCCAAAATATGATGATGCTAAAAAAGAGAAAAACTATTTAAGAATGATCACTTTAGATCAATTCAACAGAATTATAAATAGATTTCCCCAAGGAAGCAGTTTTCATATTCCACTTCAAATTGGATTCAATACTGGTCTAAGAGCAGCAGAAGTATGCGGACTTACATGGGATTGTATAAATTTTGATGAACAAACACTAACTGTTGAAAAAATACTCTTAAAAAAAGAAAGAGAATGGATATTTGGAACTCCTAAAACTAAAAGCTCAAATAGAACCATTCTAATTGGTAAAACACTTTATGATATATTAAAGCGCCACAAAAAATGGCAAATAGAAAACAAATTAAAATATGGTACACATTATACTGAATCTAATTTTATATGCACTAAGGAAAATGGTCAATTAGTTACTCCAGATACTTTAAAATATTTAAGTCGTGTAGTTAATTATGAATTGGCTATAGATTTTTCTTTTCACTCTTTACGACATACTCATGCTACCATGCTGCTAGAATCCGGTGCTAATATAAAAGATATTCAACACAGATTAGGTCATAGTAAATTAGCTACAACTATGGATGTATATTCTCATGTTACAAAAACTTTAAGTGAAGATAGTGTTGCTAGATTTGAATCGATTATTTCTTCTCTAAAATAATCTTCCGCTATCCTAAAATTTATAGAGTAAGAATAGCGGAAAAACCACTATTTATTATATATGCTAACCCCACAAAGTATTACTTTTGCTTACTTAGCCTAACTACAGTTTCCACATGCGGTGTGCTGGCAAACATATCCATGCTCTTTACCTTTTCTATTGCATATCCATTTTCCACTAAAACCTTTAAATCCTCTACTAAAGTCTTAGGATTGCAGGAAACATACACTATAGTTGGCGCATTAAATTTTATAACATATTCTAAAGCCTTTGGATGCACTCCTGGTCTTGGAGGATCTAATATTATTACATCTGGCTTTTCTTTTATTTCTTTTATTACCTGGGCAATATCCCCTGCTATAAATTCACAGTTATTTAAATTGTTTAATTTTGCGTTTTCTCTGGCAGATTTTACTGCTTCCTCTATAAGTTCTATACCTATAACCTTTTTAGCTTCTGGAGCTACGATTTGTCCTATAGTACCTGTTCCACAGTATAAGTCAAATACAGTTTTTGATTTAGATTCACCTATAAAGTCCCTAACTATGCTATAAAGCTTTTCTGCTCCCTTTGAGTTTGTTTGAAAAAAGGATAGTGGAGTTATTTTAAATTTAAGTCCTAATATGTCCTCCATTATGTAATCTCTTCCGTAGAGAATATTTAATTTATCACATTGTACCACATCAGAAAATGAATCATTTATAGTGTGTAAAATTCCAACTAAGTTTCCTTTGTAGTTTAAATTTTTAATAATATCTTTGTACTCATCTAAATCAAAATCAATTTGAGATGTAGTTACTAAGTTTATTAAAATCTCTCCTGTGTTTTCAGCCTTTCTTATAACTAAATTTCTTAAATATCCTTCCCTTGCCATTATTTTATAATGTGGAAGTTTTTTCTTCCTAAAATAATTTAATGTAGTCTTTGTTATATTTCTAAAATCTTCATCTACTATTTTACATTCATCTGCACTTATTATACCAAAGGATTTTCCCTTTACATGCATACCTAGAGTTAATTCTCCACCCTTTTCTAAATCGCCAAAGGTAAACTCCATTTTATTTCTATACTCATATTGTTTTGGACTTCCTTCTATAGGTAAAAATTCAAATCCATATAAATTAGCCTTTTTAAATAATTCTTTTATCTCATGTTGTTTTATTTCCAATTGTTTTTCATAAGGAATGTCTTGATGAGCACATCCTCCACACTGTCCAAATACTGGACACTTAGCTTCAATTTTATAAGGTAAATCTTCTAAAACTTCTATTATTTTTCCTTTTGCATGATCTTTTTTCTTAGTGGTTATCCTAGCTAATACTTTTTGTCCTGGTATTCCATGTTTAACATAAACTTTTAATCCTTCATGATAAGCTATGCCCACAGATGGAAATTCTATTTCTTCTATATTTAATTCATATTCTTTACCTTTTCTCAT

Protein sequences of DBSCAN-SWA_8

>NZ_LT906477|1661476:1669141|1662290_1662509_-|WP_095178000.1|DBSCAN-SWA
MQKTLVMKFVDEKGKKVNMSITEIKDDLTEEEISILMDVILAKKSAFKLNDPLVAKDSAQIVERTVNEVYKA
>NZ_LT906477|1661476:1669141|1665187_1665412_-|WP_095178006.1|DBSCAN-SWA
MEEYLYTVEEVATILKVNKNAVYDLIRKGILIALKLGRLKITKGTLIRFLRDYDGKDLSDLDNIKDLNLKNNIE
>NZ_LT906477|1661476:1669141|1667782_1669141_-|WP_095178010.1|DBSCAN-SWA
MRKGKEYELNIEEIEFPSVGIAYHEGLKVYVKHGIPGQKVLARITTKKKDHAKGKIIEVLEDLPYKIEAKCPVFGQCGGCAHQDIPYEKQLEIKQHEIKELFKKANLYGFEFLPIEGSPKQYEYRNKMEFTFGDLEKGGELTLGMHVKGKSFGIISADECKIVDEDFRNITKTTLNYFRKKKLPHYKIMAREGYLRNLVIRKAENTGEILINLVTTSQIDFDLDEYKDIIKNLNYKGNLVGILHTINDSFSDVVQCDKLNILYGRDYIMEDILGLKFKITPLSFFQTNSKGAEKLYSIVRDFIGESKSKTVFDLYCGTGTIGQIVAPEAKKVIGIELIEEAVKSARENAKLNNLNNCEFIAGDIAQVIKEIKEKPDVIILDPPRPGVHPKALEYVIKFNAPTIVYVSCNPKTLVEDLKVLVENGYAIEKVKSMDMFASTPHVETVVRLSKQK
>NZ_LT906477|1661476:1669141|1663745_1664222_+|WP_169712361.1|DBSCAN-SWA
MKVIIVSIFFCISCYDFVEYTILDFCINIITHNHISILLLYTYAILTMGLLSIVHELIHGLTYKLLGGKVTYKFRILYLATQEISGKALAIYKFAIVLLAPFIIISLGSLLFPTWISNFLLIVNFISSLADILMTLELIKYPRYSKIIDRDYGYDIIF
>NZ_LT906477|1661476:1669141|1662845_1663025_-|WP_095178002.1|DBSCAN-SWA
MFDEIIMLISNVGFPVAVTTYLLVRLDQRLEELTKAFMVLTKVIETASEHQKSEKILEK
>NZ_LT906477|1661476:1669141|1662529_1662754_-|WP_095178001.1|DBSCAN-SWA
MAITKDIYATSLVLELDLGLDEKGKQKRKNKSLFKLDVLATDEDVYAIGQAAAEVLKDPMVSISRVNKNLLLGE
>NZ_LT906477|1661476:1669141|1664248_1665175_-|WP_095178005.1|DBSCAN-SWA
MAKYRQIHTEFWSDAFVLDLTPEEKYFYLYLISNSHTTQCGIYELPKRIIETHTGYNRETVDKLLKRFEEYNKISYCDKTKEIMIINWAKYNIPSNPNAIKCVNKEIKSVKNKEFIIILYKQYSDLKLDMHKLFFGVEDLNIGTLKQDSYKEDIRDYEGACKDIGSNKVISNKEEITNNKEEVIEIRNDGADTNVGDVLLFFKNNVYNPTEFEHKKILEWGEKINCDVIISAIEEAISYNAKSIKYIEKIINTWIDKKVDTPEKVQKYKMEWEKNKNKRSKKDSDAWDYEGQREYNFEELERKLLGWD
>NZ_LT906477|1661476:1669141|1666563_1667703_+|WP_095178009.1|integrase|DBSCAN-SWA
MKGSVRKKGNRWYYSFYVGTIDGKRKRIERAGGDTKKEAEKALRDALLEFENVGSVLNESNISVADYFDYWFNEYVVINCKYNTQLNYRRIIDNHIKPALGIYKLKTVTPAALQEFINKKYINGLAKNTISGFYGVLSGALRMAVYPYQLIKENPMQYVNMPKYDDAKKEKNYLRMITLDQFNRIINRFPQGSSFHIPLQIGFNTGLRAAEVCGLTWDCINFDEQTLTVEKILLKKEREWIFGTPKTKSSNRTILIGKTLYDILKRHKKWQIENKLKYGTHYTESNFICTKENGQLVTPDTLKYLSRVVNYELAIDFSFHSLRHTHATMLLESGANIKDIQHRLGHSKLATTMDVYSHVTKTLSEDSVARFESIISSLK
>NZ_LT906477|1661476:1669141|1661476_1662160_-|WP_095177999.1|DBSCAN-SWA
MNVIDSNLKFRGLTYGNNPIKIILHHAAATNCSIEDIHISHLHNGWSGCGYHYLVRKNGSVYRGRPENSLGAHCINYNSISIGICVEGNYMIEYMPSNQKNSLIELIKYLCIKYGIKEIYGHGELNSTSCPGRNYPLEEIRREFIKDINCPYKNYPGYLIKINANFKDNNVKIIQENLIENGYSVGSYGADGYFGTATFNAIKNFQRDNGLMVDGIVGISTWDRLFY
>NZ_LT906477|1661476:1669141|1663060_1663603_-|WP_095178003.1|DBSCAN-SWA
MEQLFKKYKDGDTMVLEKIIEKFKPLILKEAARYKIKCYDFEDLVQHGYLSVIKACNMYKGNDNNFTPYCIKAIKTNYKALLKGEIKHYREIPDEYILNKTDNDYLFTLEDEIIAYEKVKELYNALDKLSDKERYIIGSFYIKDKVMGEIASTTNKSYNEIRYAKDKAIKKLQRILKEHI
>NZ_LT906477|1661476:1669141|1665926_1666481_+|WP_095178008.1|DBSCAN-SWA
MALSKKQLGNLVKEARKIKSQMLGKRYTQQMLADDIGKSQSYIGDIESGRTYPSFLVLNAIATACEVPIGYFQDENKVDNDIDNFIKIHFNNLDALEIYAIREEIKKDPDAKINHIYDSLNKDNLLKETVSLNTPENLMRMLLSNPVITDFLQIDINEMTEKEILDFSKESLEQLKLISYKYKK
>NZ_LT906477|1661476:1669141|1665453_1665675_-|WP_095178007.1|DBSCAN-SWA
MDISKIISSLSWNKKIEVFRAINNWTQEEAARKCKTNQKMYWSWEKGKNYPRKDSQISIAEAYGVNVKDIFPI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_095177999.1|1661476_1662160_-	N-acetylmuramoyl-L-alanine amidase	A0A0A7RVQ3	Clostridium_phage	1.2e-39	51.8
1662236:1662258	attL	NA	NA	NA	NA
WP_095178000.1|1662290_1662509_-	DUF2922 domain-containing protein	NA	NA	NA	NA
WP_095178001.1|1662529_1662754_-	DUF1659 domain-containing protein	NA	NA	NA	NA
WP_095178002.1|1662845_1663025_-	YvrJ family protein	NA	NA	NA	NA
WP_095178003.1|1663060_1663603_-	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
WP_169712361.1|1663745_1664222_+	DUF3267 domain-containing protein	NA	NA	NA	NA
WP_095178005.1|1664248_1665175_-	DnaD domain protein	A6M985	Geobacillus_virus	2.9e-44	38.0
WP_095178006.1|1665187_1665412_-	helix-turn-helix domain-containing protein	A0A2I7SCU5	Paenibacillus_phage	1.1e-10	63.5
WP_095178007.1|1665453_1665675_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_095178008.1|1665926_1666481_+	helix-turn-helix transcriptional regulator	A0A0A7RTK4	Clostridium_phage	2.0e-08	29.2
WP_095178009.1|1666563_1667703_+|integrase	site-specific integrase	A0A0A8WIE1	Clostridium_phage	8.6e-115	55.5
WP_095178010.1|1667782_1669141_-	23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD	A0A2K5B251	Erysipelothrix_phage	5.9e-62	32.1
1677546:1677568	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_9

Nucleotide sequences of DBSCAN-SWA_9

>NZ_LT906477|1685917:1693786|DBSCAN-SWA
ATCATACATTTTTAATTATTTTAATTGCTTCTTCTAAAGACATGCTTTCTTGATTACCTGTTTCCATATTTTTAACACTTACTTTTTCTTCTTTTAACTCATCTTCTCCAATTAATATTACATAAGGTATTTTTAATTTATCTGCATAAGCAAATTTTTTACCTATTTTTGTATCTTCTAAATATAACTCTGATATAATTTCATTTTCTCTTAATTTATTGGCAACCTTTATTGAATATTCCATAGTATCCCCTACAGGAATAACTAATACCTGTGAAAGTGTTGATGATGCATTTTCTCCTATTATTTTTGCTTCTCTTAATTGATAAAATAACCTTGTTAATCCTATAGATATACCTACACCTGGTAACTTTTGATTGGTATAGTGTTCAGCCAAATTATCATATCTTCCACCAGAACAAACACTTCCTATTTGTGGATAATTATTTAACACGGTTTCATAAACTGTTCCTGTATAATAATCTAATCCTCTAGCAATAGTTAAATCTATTTTATAATTTTCATCTGGAACATTAAAGCTTTTTATATAGTGTATAATTTTTGCTAATTCTTCTACTCCTTCTTTAAATACATCATTTTCTATGTTTAGTTCTTTTAAGCTTTTTATTACATCTTCTTTTGAACCCTTTATATTTATAAAATTTATTATTTTATCTATTTTTTCATCTTCCAAGCCTAATTCTTGTAATTCTTTTCTTACTCCAGATTCCCCTATTTTTTCAAGCTTATCTATAGATCTTAGCACACCTTTTCTATCTTCTACATCTGTTCCTTCAAAAAATCCATTTAGAACTTTTCTATTATTTATTCTTATAGTAAAATCTTCAAATCCTAATTCTTTAAAAGTTTGATATATGATACTTGGTATTTCTGCATCATTTATTATGCTCAAACTACCATTACCTATAATATCTATATCACATTGATAGAATTCTCTAAAACGTCCCTTTTGATTTCTCTCTCCTCTAAACACTTTTGATATATGATATCTTCTAAAAGGAAAGGTCAAATCTGAAAAGTGTTGTGCTACATATCTTGCTAGTGGAACAGTTAAATCAAATCTTAATGATAAATCTGTGTTTCCTTTATTAAATCTATATATTTGTTTTTCGGTTTCCCCTCCACCTTTAGCTAATAATATTTCTGACTTTTCTATAGTAGGTGTATCTAAAGGGATGAATCCAAACTTTTCATAATTATGTCTTATTGTATCCTTCATTTTGTTAAAAACTATTTGATCAGCCGGCAATAATTCCATAAAACCTGGCAATATTGATGGCTTTACAATATCCTTACTCATATATATCCCTCCGTTGCTTTAGTATGATAAACTATTAATATTTTAACTTAATTTAATAAGAAATTCAAATATTTTCTAGTAAATTATATCCCTTAGCTTAATATTATAGCATACAATTTTTTTTTATGAATAGCAAAGTAAAGTGGTAGCTAAAATATTTCAACCACCACTTTACTTCTAATATCTAAGTTTTCCAATATCTTTTCTAAAATACATACCGTGAAAATCTATTTTATTCATTTCTTCATAGGCTTTATTTATACTATCTTCTAATTTATTTTCTACAGCATAAGTACATAAAACTCTTCCGCCATTGGTTATAAGATTTCCTTTTTTAAATATTCCTCCAGCTACAAAGGAGTTAACTTCTTTAGACATGTTTATTTTAAAGCCTTTTTCATACTTTCTTGGATATCCTTCTGATACTGCTACTACACAGCAAGAGTGAGCTTTTTTCCACTTTAAATCAAAAGAAGAAAGTTCATCATTTAAAGAAGCCTCTATAAGCTCTACTAAATCACTATCCATTAGAGGTAATACTACTTGAGTTTCTGGGTCTCCCATTCTAACATTATATTCTAAAAGATAAGCTCCTTTTTTAGTTATCATTATCCCAAAAAATATTATTCCTTTATAATCGAAATTTTCTTCTTTTATTCCCTTTAATGTTGGTTTTAATATATTTTCATTAAAGTCTTTCATAACTTCTTCAGTAACATATGGATTTGGGGCAATGGCACCCATACCTCCTGTATTTGGTCCCTTATCTTCATCATAAATTTGTTTATGATCCTTTGATGATATAAATGGTAATATAACTTTCCCATCAGTTATAGATAAAATAGATGCCTCTACTCCTACTAAAAACTCTTCTATTACTACTTTTTTACCTGCATCACCAAACATATCTTCTACCATGAATTTTGTTATGATATCCTCCCCTTGGGAATAATTTTCACATATAACTACTCCCTTACCTGCTGCTAAGCCATCTGCTTTTATTACTATTGGATAACTACATACTTTTAAATACTCTAAAGCCTTATTTTTTTCATAAAACACTTCATAAGCAGCGGTTTTTACTCCATATTTTTTCATAAAGTCCTTTGAAAAAGACTTGCTTCCTTCTAAAGCTGCTGCCTTTTTACTAGGGCCAAAAATCTTTAACCCTCTTTCTTTAAAAATATCTACTATACCATTTACTAAAGGTACTTCTGGTCCTACAATGGTTAAATCTACTGCATTTTCTTCTGCAAAATCTGCTAAAATACCTATTTGTTCTATATCTATATTTTCACATTTATTCATTAAAGCTGTACCACCATTTCCTGGTGCACAATATATTTTCTCTACTTTAGGATTTTGTGCTACTTTCCAAGCTATTGCATGTTCTCTTCCGCCACTGCCAACTATTAATATTTTCAAACTTAACACCTCTTTTATTCAATTAATGCTTAAAATGTCTAATTCCTGTAAATACCATGGATATTTCATTTCTATTGCATTCTTCTATAGAGTCCTTATCTCTAATAGATCCCCCTGGTTGAATTATAGCTTTTATTCCATATTCTGAAGCTTTTTTAACTACATCATCAAAAGGGAAAAAGGCATCTGAAGCTAAAACTACTGAGCCATTACCTCTTTCTAACGCCTGACATGCCGCCCATATTCTATTTACTTGTCCTCCAGCAATTCCTATAGCTTTCTTATCTTTAACAACTACTATAGCATTAGACTTTACATATTTAACAACTTTCATGGCAAAAATCATATTTTCCATTTCTTCTTCTGTTGGTTTTTTTGCTGTTACTACATCTATATCTTTTATAAGAGTATTATCTGTGCTTTGAACTAATATGCCTCCATCTACTTTGCAAACCTCAATTTTATCTGAGGGTTTAGTATTACACTTTATAATTCTTAAATTTTTCTTTGCTTTTAATATTTCTAAAGCATCATCATCATAGTCTGGGGCTATTATTACCTCTAAAAATATTTTAACAAGTTCCCTTGCAGTTTCCTTATCAACTTTTCTATTAAAAGCAACTATTCCTCCAAATATAGATACTGGATCGCATTCATAGGCTTTTTTATAGGCTTCACATAAAGTATTTCCTATAGCTACACCACAAGGTGAATTATGCTTCAATGCACAACATGCTATTTCCTCAAACTCTCCCACAACCTTCCAAGCAACATCCATATCTTTTATATTATTATAAGAAAGATCTTTTCCATTTAATTTTTCAAAATCCTTAAAAGCTCCACCTTCTGTAAGAGAAGTATAAAAAGCTGCTGTTTGATGAGGATTTTCTCCATATCTTAAATCCTTATCTTTTTTATAACTTAATGAAAGATATTCTGGATATTCTTCTTCTAACAAAAATTTACTTATAGCTCCATCATAAGCTGACATTAAATTAAATACTTTTCCTGCTAAAGTCTTTCTAGTATTAAAATCCACTTTTCCTTCTTTTTCTAACTTTTCTTCTATATTTTTATAATCCTTAGGATCTGTAATTACTAATACATCTTTAAAGTTTTTAGCCGCTGCCCTTATCATTGTAGGTCCACCTATATCTATAAATTCTATTTGTTCTTCTAGAGATAAACCTTGTCCTATTTTTTCAAAGAAAGGATATAAATTTACTACAACCATATCTATAGGTGCTATATTTTTATTTTTGATTGTATCCATATGCTCTTTGTTATCTCTTATAGCTAGTATTCCACCATGAATAACTGGATGTAGGGTTTTTACTCTTCCATCTAATATCTCATCAAAATTGGTTATTTGAGATACTTCTGTTACCTTTACCCCATTGTCTTTTAGATGTTTGTAAGTTCCCCCTGTGGATATTATTTCCACATTATTTTTTTCTAAAAATCTAGCAAACTCTAATATACCTTCTTTATTGTATACACTTATTAAAGCTCTCTTAATCAAGTTTATGTCCCCCTTACTTATGAATTCTAACTTTTCTTCCTTCTATAGCTATTTTACTATCTATAAAAAGTTTTATAGTTTCTGATAAAGCTTTATGCTCTTCTATTAATACTCTTTCTTGAAGAGCTTTTGCATCATCATCTTCATGTACTTGAACTATCTTTTGGCATATTATAGGCCCCGTATCTGTACCACCATCTACAATATGCACAGTGCAACCTGAAAATCTTACACCGTATTTTATAGCTTCTTCGTGAACCTTTATGCCAAACATTCCTTTGCCTCCAAAAGATGGCAATAATGAAGGATGAATATTTATTATTCTATCTTTAAATACTTTTAAAATATCTCCTTCTAATATAGAAAGCCATCCTGCAAGAACTATTAAGTCTACTTTACCTTCTACAAGATTTAATATTTTAGAGGATAGTTTTTTACCTTGTTCTTTTCTATCTACTATGTAAGTTTTTATATTATTTTCTTGGGCTCTTTTTAGAGCATAAGCTCCCCGTCTATCACTTATTACCATATCTATAGTACAATTTAAATTACCTTGTTTTATATTATCTATAATACTTTGTAGGTTTGTTCCCCCTCCTGACACCAATACTGCAATTTTAAAGCCTTCTGCCATATGCACTCTATCCCTTCTTTACTCCCTTTTGTTTAAACTATTTTATGATAACTTTTCTTTCTCCTTTTTCTATATGTCCTATTTTATAAGCTTTTTCACCTTGCTCAATTAATTTTTCTATAACCTTTTGTTCATAGGAAGGATCTACACATATTACAAAGCCTATACCCATATTAAATACATTAAACATATGCTCTTCTTCTACGCCCTTTGAAATTATATACTTAAATATATCAGGTCTTGGGAATGAATTTTTATTTATTACTGCATTTAAATCATCTTTAAACATTCTTGGAATATTTTCATAAAACCCTCCTCCAGTTATATGAGCCATTCCCTTTATTGGATAATTTTTTAATAATTCCAATACTGGTTTTACATATATTTTAGTGGGAGTTAAAAGTTCTTCTCCTATAAATTTCCCATTAAACTCTTCCTTAAAATCCTTTATAACATTTCTAACTAAAGAATATCCATTACTATGGACTCCTGAAGATGCAATTCCTATTAAAACATCCCCTTCTTTTATATCTTGTCCATTTACAATATTTTCTTTTTCTACAACTCCTACAGCAAAGCCTGCAATATCGTATTCTCCTTCTTTATAAAATCCAGGCATTTCTGCAGTTTCTCCACCTATTAAAGAACATCCTGCTCTTAAACATCCATCACTAACGCCCTTTACTATATCCGCTGCTACTTCACCTTTTAATTTTCCACATGCCATATAATCTAAGAAAAATATAGGTTGAGCTCCATGACACAATATATCATTTACACACATTGCCACACAATCGATTCCTATAGTATCATACTTTTCTAACTCAAAAGCTATTTTTAATTTAGTACCAACTCCATCAGTACCTGATACTAGTACAGGATTTTTATATTTTCCAAGCTCATACATAGCTGCAAAACTGCCTATACCATTTAGCACACCTTTATTAAAAGTTTTTTCTACATGTTTCTTCATTAAACTTACTGATTTATATCCCTCTTCTATGTTTACCCCTGCATCTTTATATGTTGCCATCACTATCTCCTCCTAAATTTATTCCCTAGGTATTGATACTGGATATTCTCCACTAAAACATCCTAAGCAAAATTCTTTTTTACAATCTTTACATTCTAAAGCTTTTGTAAGTCCTTTAATACTTAAATAACCTACACTATCTGCGCCTATCATTTCTCTTATTTCTTCTAAATTGTAATTAGATGCCATTAAATCTTCTTTGTTAGGTGTATCAATACCTAAATAGCAAGGAAATTTAACCATTGGTGATGCTACTCTAAAATGAACTTCCTTTGCTCCTGCTCGTCTTAGGGAACTTATAAGTTTTTTACTAGTAGTTCCTCTTACTATAGAATCATCTATAATTACAACTCTTTTTCCTTCAACATTATATTTTAATGGATTTAATTTTACCAAAACTGCTCTTTCTCTCATTTCTTGTGAAGGTTGTATAAAACTTCTTCCTATATATTTATTTTTTATAAAACCTATGCCATAAGGAATTCCTGAAGCCTTTGAATATCCTATAGCAGCAGGTATTCCTGAATCCGGAACCCCTACTACAATGTCTGCTTCAGCAGGACACTCTTTATAAAGTTCTTCTCCAGATTTAACTCTGTATTCATAAACGCTTATATTGTCAATATTACTATCTGGTCTTGCAAAATATATATATTCAAAAGCACATATACTTCCTCTTGTCTTTTCTGCAAATCTTAAACTCTTTAATCCATCTTTATCTACAACTACCATTTCTCCTGGTTCTACATCTCTTATAAACTCCCCACCTATAGCATTTATAGCACAACTTTCAGAGGAAATAACATAACTATCTTCAAGTTTTCCTATGCAAAGTGGTCTTATTCCTTTAGGATCCCTTAGCCCAATTAATTTGTCCTGGGTCATTAAAAGCATTGCATAAGATCCTTTTATGCTTTGAAGTGCTTCAATTAAAGCATCTTCTATATGTTTTTTGTTTGATCTAGATATTAAATTTAATACCACTTCTGATTCTACACTAGTCTGAAAAACAATTCCTGCCTCTTCTAAAAGCTCTTTTATTATTTTTGCATTCACTAAGCTTCCATTGTGAGCTACAGCAATAGATCCTAGTTTAGATTTTCCAAGTATTGGTTGAACATTATCTAAATCTCCATTTTTACAACTTGAATATTTTACATGGCCTATACCACATATTCCCTTAAGCTTATTTAACTTATCGTAATTAAATACATCTCCAACAAGTCCTGTTTTTTTATGTAATATTAATTTTTCTCCATTAGATACTACCATTCCCGCACTTTCTTGTCCTCTATGTTGTAATGCAAATAATCCATAATAATTTATTATCCCTATTTCCTTTTCTTCACCAGTAAATATTCCAAAAACTCCACATTCGTCTTTAAATTTATCTTCTTTAATATTATTACATTCCATAATCTCACCTATCATCCATTAAATTTTTATCTTTTTATTTTATAATATTATACCTTCTTCATTTTCATCAATAAATTTTTTTTTCATATTTGTTCTATAATTAAGCATTTTAATTTTTAAATCTTCATATTTTAATGATAAAATTTGAACTGCTAACATACCAGCGTTGTAGCCATTATTTATACCTACAGTTGCTACTGGTATAGATTTTGGCATCTGAACTATGGAAAGTAATGCATCCATACCATTTAATGAAGCGTTGATAGGAACTCCTATGACTGGAATTATAGTTTTAGATGCTATAACTCCAGGAAGATGGGCAGCAAGTCCTGCACCTGCTATTATACATTCGTAATTGTCTTGTTCTAATTTTTTTAAAGTTTCATCTAATTTTTCCGGTACTCTATGGGCTGAAAGTATATATGCTTTGTATTCAATATCAAATTCTTTTAATGCTTTTGCAGCTCCACTCATAACTTCTTTATCGGATTTACTGCCAAATATTATAGCAACTTTCAT

Protein sequences of DBSCAN-SWA_9

>NZ_LT906477|1685917:1693786|1687414_1688662_-|WP_095178016.1|DBSCAN-SWA
MKILIVGSGGREHAIAWKVAQNPKVEKIYCAPGNGGTALMNKCENIDIEQIGILADFAEENAVDLTIVGPEVPLVNGIVDIFKERGLKIFGPSKKAAALEGSKSFSKDFMKKYGVKTAAYEVFYEKNKALEYLKVCSYPIVIKADGLAAGKGVVICENYSQGEDIITKFMVEDMFGDAGKKVVIEEFLVGVEASILSITDGKVILPFISSKDHKQIYDEDKGPNTGGMGAIAPNPYVTEEVMKDFNENILKPTLKGIKEENFDYKGIIFFGIMITKKGAYLLEYNVRMGDPETQVVLPLMDSDLVELIEASLNDELSSFDLKWKKAHSCCVVAVSEGYPRKYEKGFKINMSKEVNSFVAGGIFKKGNLITNGGRVLCTYAVENKLEDSINKAYEEMNKIDFHGMYFRKDIGKLRY
>NZ_LT906477|1685917:1693786|1691869_1693282_-|WP_169712363.1|DBSCAN-SWA
MIGEIMECNNIKEDKFKDECGVFGIFTGEEKEIGIINYYGLFALQHRGQESAGMVVSNGEKLILHKKTGLVGDVFNYDKLNKLKGICGIGHVKYSSCKNGDLDNVQPILGKSKLGSIAVAHNGSLVNAKIIKELLEEAGIVFQTSVESEVVLNLISRSNKKHIEDALIEALQSIKGSYAMLLMTQDKLIGLRDPKGIRPLCIGKLEDSYVISSESCAINAIGGEFIRDVEPGEMVVVDKDGLKSLRFAEKTRGSICAFEYIYFARPDSNIDNISVYEYRVKSGEELYKECPAEADIVVGVPDSGIPAAIGYSKASGIPYGIGFIKNKYIGRSFIQPSQEMRERAVLVKLNPLKYNVEGKRVVIIDDSIVRGTTSKKLISSLRRAGAKEVHFRVASPMVKFPCYLGIDTPNKEDLMASNYNLEEIREMIGADSVGYLSIKGLTKALECKDCKKEFCLGCFSGEYPVSIPRE
>NZ_LT906477|1685917:1693786|1690855_1691851_-|WP_095178018.1|DBSCAN-SWA
MATYKDAGVNIEEGYKSVSLMKKHVEKTFNKGVLNGIGSFAAMYELGKYKNPVLVSGTDGVGTKLKIAFELEKYDTIGIDCVAMCVNDILCHGAQPIFFLDYMACGKLKGEVAADIVKGVSDGCLRAGCSLIGGETAEMPGFYKEGEYDIAGFAVGVVEKENIVNGQDIKEGDVLIGIASSGVHSNGYSLVRNVIKDFKEEFNGKFIGEELLTPTKIYVKPVLELLKNYPIKGMAHITGGGFYENIPRMFKDDLNAVINKNSFPRPDIFKYIISKGVEEEHMFNVFNMGIGFVICVDPSYEQKVIEKLIEQGEKAYKIGHIEKGERKVIIK
>NZ_LT906477|1685917:1693786|1693306_1693786_-|WP_095178020.1|DBSCAN-SWA
MKVAIIFGSKSDKEVMSGAAKALKEFDIEYKAYILSAHRVPEKLDETLKKLEQDNYECIIAGAGLAAHLPGVIASKTIIPVIGVPINASLNGMDALLSIVQMPKSIPVATVGINNGYNAGMLAVQILSLKYEDLKIKMLNYRTNMKKKFIDENEEGIIL
>NZ_LT906477|1685917:1693786|1685917_1687237_-|WP_089867693.1|tRNA|DBSCAN-SWA
MSKDIVKPSILPGFMELLPADQIVFNKMKDTIRHNYEKFGFIPLDTPTIEKSEILLAKGGGETEKQIYRFNKGNTDLSLRFDLTVPLARYVAQHFSDLTFPFRRYHISKVFRGERNQKGRFREFYQCDIDIIGNGSLSIINDAEIPSIIYQTFKELGFEDFTIRINNRKVLNGFFEGTDVEDRKGVLRSIDKLEKIGESGVRKELQELGLEDEKIDKIINFINIKGSKEDVIKSLKELNIENDVFKEGVEELAKIIHYIKSFNVPDENYKIDLTIARGLDYYTGTVYETVLNNYPQIGSVCSGGRYDNLAEHYTNQKLPGVGISIGLTRLFYQLREAKIIGENASSTLSQVLVIPVGDTMEYSIKVANKLRENEIISELYLEDTKIGKKFAYADKLKIPYVILIGEDELKEEKVSVKNMETGNQESMSLEEAIKIIKNV
>NZ_LT906477|1685917:1693786|1688684_1690184_-|WP_095178017.1|DBSCAN-SWA
MIKRALISVYNKEGILEFARFLEKNNVEIISTGGTYKHLKDNGVKVTEVSQITNFDEILDGRVKTLHPVIHGGILAIRDNKEHMDTIKNKNIAPIDMVVVNLYPFFEKIGQGLSLEEQIEFIDIGGPTMIRAAAKNFKDVLVITDPKDYKNIEEKLEKEGKVDFNTRKTLAGKVFNLMSAYDGAISKFLLEEEYPEYLSLSYKKDKDLRYGENPHQTAAFYTSLTEGGAFKDFEKLNGKDLSYNNIKDMDVAWKVVGEFEEIACCALKHNSPCGVAIGNTLCEAYKKAYECDPVSIFGGIVAFNRKVDKETARELVKIFLEVIIAPDYDDDALEILKAKKNLRIIKCNTKPSDKIEVCKVDGGILVQSTDNTLIKDIDVVTAKKPTEEEMENMIFAMKVVKYVKSNAIVVVKDKKAIGIAGGQVNRIWAACQALERGNGSVVLASDAFFPFDDVVKKASEYGIKAIIQPGGSIRDKDSIEECNRNEISMVFTGIRHFKH
>NZ_LT906477|1685917:1693786|1690197_1690818_-|WP_089867714.1|DBSCAN-SWA
MAEGFKIAVLVSGGGTNLQSIIDNIKQGNLNCTIDMVISDRRGAYALKRAQENNIKTYIVDRKEQGKKLSSKILNLVEGKVDLIVLAGWLSILEGDILKVFKDRIINIHPSLLPSFGGKGMFGIKVHEEAIKYGVRFSGCTVHIVDGGTDTGPIICQKIVQVHEDDDAKALQERVLIEEHKALSETIKLFIDSKIAIEGRKVRIHK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_089867693.1|1685917_1687237_-|tRNA	histidine--tRNA ligase	A0A2K9L6G5	Tupanvirus	6.2e-48	32.5
WP_095178016.1|1687414_1688662_-	phosphoribosylamine--glycine ligase	NA	NA	NA	NA
WP_095178017.1|1688684_1690184_-	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	Q58MG4	Prochlorococcus_phage	1.0e-62	45.0
WP_089867714.1|1690197_1690818_-	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	1.5e-17	33.5
WP_095178018.1|1690855_1691851_-	phosphoribosylformylglycinamidine cyclo-ligase	M4QRQ6	Synechococcus_phage	1.9e-65	43.9
WP_169712363.1|1691869_1693282_-	amidophosphoribosyltransferase	A0A1B1ISH6	uncultured_Mediterranean_phage	3.5e-57	32.2
WP_095178020.1|1693306_1693786_-	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	2.2e-27	47.7

Sequences of DBSCAN-SWA_10

Nucleotide sequences of DBSCAN-SWA_10

>NZ_LT906477|1998004:2026007|DBSCAN-SWA
TATGTTAGGTTATTGGCGTAGCCATTGTGATTACCAAAGTCTTCTTTTGTCAAGCATTAGTGAACTTTATAAAACTGATCCCACTATCGTGGAATACTACTCATCAAGTATTGAAAAACTATATAATTTAAATCTTGATGATATAAAACCATTAATTAGAGAAACATATTCTCTAACTGGTAAACCTTCAAACCAGCAACCGGAACTCTTCAGATCATTTATATTAATGTCTGACTTAGGTTTTCATAGTCTACAAAAATGGATTAAGCACTTACGTGCACATGATATACTTTGCACCATCATTGGTGTTGAAAAATCTAATGTACCAGGATTAGGTACTCATTATGATTTCATATCGAGATTTTGGGGTATGAGCCCTAAGGCTGAAAAATCAGCCAAGGACTCACTTCATTCTTTTACTTCCAAGCCCCACAAAAAACTTGGCAAGAATGAAAAACTACCACCAAAACATCCTGGTGTTATTAAAAATTTAGTTGAACAGGCTCTTAAAGGACGAACTGTCGAAACTCGCCCTGAAAAGCTATTTCAACAAATTTTTGCTAAGTTAGCTATTGAGCCTTCCGCTAAACTCGGTCTCCTTGGTAATACTCAAAAACTTGATATATCAGGAGATGGTACCTGTCTTGAAACTGGCGGTAGCTCATTAGGCATTAAGACCTGTGATTGCATTAAAAAAGGTATTTTTAACTGCAAATGTAATAGAAGATTCTCTGACCCTGACGCTAGACGCGGTTGGGACAGTTACCACGAAAAATGGTATTATGGTCATTGCCTATATTTTCTTAGTGTCTATAATCCTAAACTTAAAAAGGATCTTCCTATATATTTTAGGATGGTACAAGCGCAGCGTTATGATGGTGTTACTGCAATTTTTGCACTTTCAGAAGTTAGAAAGATGTATCCTCAATTTAACTTTGATAAGTTCATCGCAGATGCTGCTCATGATAACTATCCTACGTATAAGCTTCTTAATGAATGGAATATAAAAGCTGTTATATCCCTTAATCCAAAGGGTGAAGGTAAAAATAAATATGAACCACCAATTGGATATACTAAGGACGGTATTCCCATCTGCAAATGCAACCAACCAATGGTATATGATTGGTACGATAAAGGCAGAAGTAGAATTAAATATAGATGTCCTTTAGTAAAAGGTAAAATTAAAGAATGTCCTCATAAGGAAGAATGTTCTCCTAGTGCCTACGGCCGTGTAATATACGTAAAGCCAAGTGATGACTTACGTTTATTTACTGCTATACCTAGAAACTCTGACCTTTGGAAACAAATAATGAAAAAGAGAACTTCTTCAGAGCGAGTAAATAAAAGAATACTTGAAGACTACAACATGGAACAAACCCACTGCCGTGGTAAAAAACGTTGGTCTTGGTGGACATTAATCCATAGCATCAATATTCATTTGGATGCTCAACTATCTGTTTCTAAAACTAACCTATTAGACATTATAAAATTAACTGCAAACAAAGCATGCTAGTCTAGATAATTGTTAAATTTTAAGAAAATTCACCTATCGGTGAGTTAGCTTTGCTATACTCTTTTTTAAAATAAAGTTAAATAAAAACAGTAATATAACAAATGCTCCGCACTAAAATAATATTAAAGCCATTTTGGAGCCAATTGGAAATTAGTTTCCGAATTCACTCATTAAATATTTATATTTAAATTTATTTCTTGCTTTTTTTATCTATTAAAACAGCTAAAAGTATTACTAAACCCTTTACAATGGATTGATAATAAGCAGATACACCTGCTAAGTTTAATCCATTATTTAAAACTCCTATTATCATAGCACCTATTATAGTTCCAACAACTGTTCCTTCTCCACCGGCTAAACTAGTTCCTCCAAGTACTACCGCTGCTATGGCATCTAATTCAAAACCAAGACCCGCATTAGGAGAAGCTGATCCTACCCTACTAGTTGTAATTACGCCACTTAAAGCAGCTGTTATGCCACATATTACATACACAAGCGTTTTAATTTTATCTGTATTTATTCCTGATAATCTAGCTGAATCTTCATTTCCTCCAAGAGCATAAACATATCTTCCATATCTAGTTTGACTTAAAATATACCATGCTATAATAAGTACTACTATAGTTATTATAGCAGGAACTGGTATATACCCCAGTATTTTTTTATTTCCTATTAACATAAACTTATCAGATAATCCTGATATTGGCGTACCATTTGTGTATACCATGGTAACTCCTCTAAATATAGTCATAGTTGCTAAAGTTACTATAAAAGCTTGTATCTTTCCTTTAGCTACTACAACTCCGTTCATTAGACCAATTATAGCTCCAATTATTAAAGCTACAATTATAGATAAAAATATACTATTAGTTGCTCTAATTATGCTAGCAGAAATAGCACCAGATATAGCTAATGTTGATCCTACAGATAAATCAATACCTCCAGTTAGAATTACAAAAGACATTCCTATAGCTAATATGGCATTAACAGATACTTGAGTAAATACATTCATTATATTAGATACATTTAAAAATCTCGGAGTTAATATAGAAATTATTACGCATAATAGTATCAAGCCAAATAAAGATTTAAACTTTAAAAGAAATTCTTTCATATCGTTATTCATTTTGTTTTTCTTCATCCCCTTACATTTCTAATTTAAAGAAGCTACTGCATATTTCATAATCTTTTCTTGAGTTGCTTCTTCTCTTGATAATTCTCCTGCCAGATTTCCTTCACTCATAACTAATATTCTATCACTTATGCCTAATACCTCTGGCATGTCAGAAGATATCATAATTACAGCTTTACCTAAACTTTTAATTTCATTTAAAACCTCATATATTTCTTTTTTAGCACCTACATCTATTCCTCTTGTAGGTTCATCTATTATTAAAATACTTGGGGAAATCATAATCCATTTTGCTATAATAGCTTTTTGTTGATTACCTCCACTTAGGTTCTTTATTATCTGATCTGCTGAAGGTGTTTTTACAGATAATTTTTTTATATACTCATCTACTTCTTTTAATTCCTTTTCTTTATCTATTTTCTTCATACTATTTTCATATTTTTTTAAATTACAAAGACTTATATTATTACCTACAGACATATTTAAAATAAGTCCTTCCTTTTTTCTGTCTTCCGATAAATAAGCTATACCATTTTCTATAGCTTGTTTAGGAGAATTTATATTAACTTTTTTATCATTTACATATATTTCTCCACTGGTTTTCTTATACTCTCCAAATATAGTCTTAGCTAATTCTGTTCTTCCAGATCCCATAAGTCCTGCTAATCCTAATATTTCTCCTGCCCTTACTTGAAAGGAGACATTTTTTACTTTATCTTTATATGATAGATTATTTACTTCTAGTAATGTATCTCCTTTATCAACTTTTTTATATGGAAATTGTTCTTCTAATTTTCTTCCAACCATCATAGTTATTAAATCATCTTTTGTTGTATCTTCTACCTTAACTTCTCCTACATATTTACCATCTCTTAATACATTTACTCTATCGCATATTTGGAATATTTCATCTAACCTATGTGATATATATATTATAGAAATTCCTTCAGATTTTAATTTATTTATAACTTTAAAAAGCCTTTCTGTTTCTACTTCAGTTAAAGCAGTGGTAGGTTCATCCATTATTATTAGTTTGGATTTTTTAGAAATAGCTTTAATGATTTCTATCATTTGCATTTCACCTATGCTTATATCCTTAACTAAAGTATCCTCATCTGTTGTAAATCCTATAGTAGATAATAATTTTTTACTTTCCGATCTCATATAATCCTTATCAAGTTTATTAAAAATCCCATTATATTTTTCATTGCCTAAAAATATATTCTCATATATCTTTAAATTTGGAAGTAAACTTAATTCCTGATGTATTATAGATATCCCTAATTTTTCTGCTTGCTTTATACCATTTATATCAACTTCTTCTTCATTTATAAAAATACTTCCTTTATCTTTTGTATATACACCACTTAATATTTTCATCAATGTAGATTTACCTGCTCCATTTTCCCCCAAAAGAGCTAATACTTCTCCCTCATATACTTTAAGTTCCACATTATCTAATGCTTGTACACCAGAAAAAGCCTTGGAAATTCCTTTCATCTCTAAAAAAGGTTTCTTTTCTAATTTATCTTTTTCCATTAGAAAATCACTCCTGATTTTAATATTATATTTGCATAGGGTGTTTGTTCTCCTGTCCTTATAACAGCTTTACAATCCTTCAAATTATTTTTTAATTCTTCATGAGATATGAATATTATTTTTTTATCTCCTAATTGTTTTTTTATTTCTTTAAAAATTTCTGGACTTACCTCTTTAGTTTCATTAGCTATTTGTACTTCTTCTACTTCAAGCTCCATCATTACACTTTTTAAAGTATCCATAAAAGTTGGAATATTTTTTATTAATGCTAAATCTATTCTTTTAGTTCCTTCAGGTATAGGCAATCCACAATCTCCTATAGCTAAAGAATCTGTATGTCCCATTTTAGATATTACATGGGATATTTCACTATTTAAAATTCCTACTTTTTTCATATTTAACCCTCCTTAAAAACTTCTTCAACTTCTTTTAAATATGGTATGGAGGACTGAGCTCCTTCTTTTTGTACTACTATAGATGATACTTTATTCCCATAAAGTACACCTTCTTTTATATTATCAAAATTTAATTCACTATCTCCTAATTTATGCGCTAAAGCACCTATAAAGCTATCTCCTGCTGCTGTAGTATCTACAGCATTTACTTTATAAGCTGGCACTATTTCAAATTTATCTTTGGATACAATTGCTGCTCCTTTTTCTCCAAGAGTAATAACTACGAATTTCACTCCATTCTCCAAGAAAAACTTTGCAGATTCTCTCATATCTTTTTCATCTTTTATTTCTACTTTTGTAATTTCAAAAGCCTCTGTTTCATTTGGAACAATAATATCTGTATTTTCCAAAAGAGCCTTAGTTATTTTTTTTGCAGGAGCTGGATTTAATATGGTAGTTACTCCTAAACTTTTAGCTAATTTAAAACTTTCCTCTGATACATCCATAGGGGTTTCAAATTGTGTTATTAGAATATCTGAATCTTTTATCGCTTTTTCATACTTATATATATCTTCTTTTTCTAAAGACATATTTGCACCTGATACAACTATTATAGAATTATCTCCTTTTTTATCCACAGTAATTATTGCCATACCCGTTGGCTCTTCTTTATCTTTTAATATGTACTCAACATTTATGTCATCGTTTTCAATATTCCTATATAAAATGTCGCCATTATCATCTTTTCCTACTTTTCCAATCATATAAACTTTGGATCCTAATCTAGATGCTGCCACTGCTTGATTAGCTCCTTTTCCACCAGCAACTTTATCTAAAGACCTCGCCAATAAAGTTTCTCCAACTTTAGCCATTCTATCTACTTTTAACACTATATCCATATTTATACTTCCTAAAACAGCAATTTTTGACAACATAAATCCCCCTTTCTTCGTTAAACCGGTTTACTAACCCGGTTTAACAATATTATATAGAGTTTTATTATAGCTGTCAACAGTTGACTATACTATTTATATGTATATTCAGAATTTTAAATTAGTATTTACTTGCTATAAATGAATTTATAGTAACTAAATACATATTAAACACATTATCTCAATATTTGATCATTGTTCACGAAAAAAATTTATGTAATACTTAATATCGAGGTGATTTTATGCTAAAAAAAATAATTATACCATTGGGATTAACATTAGCTTTAACATTTCCATTATCAGCAAAAGCTCAAGGTACATATACTATTCAAAAGGGTGATAGCCTTTGGAAAATAGCAGTAAAAAATGAAATTGGATTGGACGAGCTAATAAGTGCTAATCCTCAGCTAAAAAATCCTAGTCTAATTTACCCCGGTGAAAAAATATCTATTCCAAATTTAGATGAAATGAAATCTATGGAAAAAGAAGTTATAAAACTAGTCAATATTGAAAGAGCTAATAATGGTTTGGCTCCATTAAAGGAAAATTGGGAACTTTCTAGGGTAGCAAGATATAAATCTAGTGACATGATAACTAAAAATTATTTTTCTCATACATCCCCTACTTATGGATCTCCTTTTAAAATGATAAACTCCTTTGGATTAAAGTTCTCATCTGCAGGAGAAAATATTGCTATGGGTCAAAGAACCCCACAGGAAGTTGTACAAGCTTGGATGAATTCCCCAGGACATAGAAGTAATATTTTAAATAAAAACTTTACAGAAATTGGAGTAGGTTTGGCTAAAGATGCTAATGGTAATCCATATTGGACACAAATGTTTATAAGACCTTAATATAAATTATAAAAAGAGGGCTAAAACCTAAAATTTTGGCCCTCTTCTTTGTTTTATGTTTCAAATTTATTTTTTCTTAAACAATACCATTTTAGCTTCAATTCTTCTTTTGTGTAATTCTAGTAAAACATAAGAATACCATCGTTCTTTTAATTTTCTCATAGGAGAACCTGGATTTATCATTAAAATCTTATTTCTTGTCTTTATAATAGGTTGATGACTATGTCCAAAAATAATAATATCCACTTTATCATCTTTAAATTCATCATAAGCTCTATCTAAAGCATTTTTACCGCTGCCATGCCCATGAAATATTCCAATTTTATATCCATTTATCCTTATTATATCTTTTATAGGTAAGGTATTTTTCACATCTTTGCTATCATTGTTTCCATAAACTCCTATAAATTTCTTCTTACTTCTTATCCTCTTTATGACTTCTAAAGAATTAAAATCTCCCACATGAATGATTGTATCTACATCATAAAAATAATCATTTAATATTTTATCTATATTTTCAACTTTTTTTGTTATATGAGTATCTGATATAATCCCTATTTTCATTAGCTCACCTTCTTTATTTTAGTAATAGTTAACAATTTAATACTTATAAATTATGTTTATATTATTATATTTTAACTTCCTAAATCAGTTAATTTGTAGATCAAACAATTTTTATATAAATAAAAGTTTTTCTGAGTGCAACTAAGGAAAATATCCTCAATTATTCATTGTTCATTAAAAAAGGGGCTGTCGCACTAAGAAATTTACATACAATATATTGTAGTATTTATTCTTAATACGACAGCTCTTTTTTATATCATTCCTAAATTTTCTATTCTTATTATATTATCTACTTTTAAAACATCATTAAGTTCACTTATTTTTTTAATAGCTTTTTGTACATCTCCCTCATTTGTTCTATGAGTTACAAATACTAAAGAAACATGTTCTTGTCTTTTACCTTTTTGTATTACGGAAAGTAAACTTACATTATTTTCTCCTAATATAGTTGTAATTTCTCCTAAAACTCCTGGTTTGTCCCCTACTGTAATCCTTATATAATATTCACTTCTTACTTTACTCATATCTTTTACATTTTTTGAGACCTTATCACATTGAATAAAATGATTTTCTTCTCTTTCTTTATTTCTTATTACTGAAATTATGTCTCCAACTACTGCACTACCTGTTGGCAATTCTCCAGCACCTCTTCCATAGAGCATAAGATCTCCTACCGCATTTCCTTTTATAAAAATAGCATTAAAAGAATCATTTACATTTGCAAGGGGATGAACTGCTGGAACCATAGTTGGATGTACTCTTAATTCCAGCTCTCCAAACTCTTCTTTTATTATAGCTAATAATTTTATAACATATCCAAATTCTTCTGCATATTTAATGTCTATAGGCTCTATCTTTGTTATTCCTTCTCTGTACACCGATTTTATATCTACAAATGAGTCAAATCCTAAAGAAGTTAAAATACATAATTTATATACTGCATCAAAGGCCTCTATATCAGAAGTAGGATCTGCTTCTGCATAGCCCTTTTGTTGTGCTTCTTTTAAAGCTTCATCAAAACTTAATCCCTCTAAAGTCATTTTTGTTAATATATAGTTTGTTGTACCATTAATTATTCCTATTACTTCATTTATTTTATTAGCAGTTAAACTTTCTGTTAAACCATGAATAACAGGAATTCCCCCACCTACACTAGCTTCATAGTAGAATAATACTCCGTTGTCTTTAGCTATTTGAGATAATTCTCTACCTTTCATGGCTAATACCATTTTATTTGCAGTAATTACATGTTTTCCTTTTTTCATAGCCTTTACCATATACTCAAAGGATGGCTCTACCCCTCCCATTACCTCAACTATTATATCTATGCTAGGATCTTCTAATATATAATCTACATTTGTAGTTATTATGCTTTCAGGTACATCTACATCTCTTTTTTTATTAGCATCCTTTACTAATATTTTCCCTATTTCTATATTGTATCCAGCTCTTGTCTTTATTATGTCTTTATTCATTTGAAGTATATTCCATACTCCCTTACCTACATTACCTAATCCCAATAATCCTATTTTTATAACCTTCATAATTAAGTGCCCTCTTTCCTAGATTATTTTGTAAATTCAGCATATATAGCTCTTATAGCCTTTTCAAAATCCTCATTTTCTACTCCTACAATTATATTTATCTCACTTGATCCCTGAATTATCATTCTAATATTAACTTTTTCTCTGGCCAATGCATCAAATATCTTTGCTGACATACCTACAGTTCTGAGCATTCCTTTTCCAACTACAGCAACTAAAGCCATATCAGGATAAACCTCTACAGAATCAGGTTTACATTTTATTTCTATTTCTTGAAGTATACTATCTAACTTACCGTTTAATTGACTTTTAGATATTACCAATGATACTGCATCAACACCCGAAGGCATGTGCTCAAAAGACACATCATTTTCTTCTAAAATTGAAAGTACTTTTCTACAATATCCTTGTTCTACATTCATCATATTTTTTTCTATAGCAATAACAACAAAATCTTTTTTTCCCGCTACACCTGTTATATTTCCAGCATAGCTAGCTGGCTTTAAGTCATCAATTATAAGTGTTCCTTTATCTTCTGGTCTATTAGTATTTTTAATATTTATTGGAATTCCTGCACTTCTTACAGGGAAAACAGCTTCTTCATGTAGTACAGTTGCCCCCATATAGGCTAACTCTCTAAGTTCTCTGTAAGTAATTCTTTCTATATTTCTAGGATTTTCTACAATATTAGGGTCTACCATTAAAAATCCAGATACATCTGTCCAATTCTCATACAACTGTGCATTTACACCCCTAGCAATAATAGCACCTGTTACATCAGATCCACCTCTTGAAAAAGTCTTTATATCTCCATTAGGCAAAGACCCATAAAATCCAGGAATAACAGCTTTTTCTATATTTTTTAACTTTTTAGACACTGCCTCTTGAGTTTTCTCCCCATCAAAGACTCCATTTCTTCTAAAAAATATAATTTCTGCTGGATCTACAAACTCATAGCCTAAATAATCTGAAAGAATTAATCCATTTAAGTATTCCCCTCTACTAGCTGTATAGTCTGCTGTAGCTCCATTCTTTATATTTTTCTTTATATTTTTTAGTTCAATGTCTATATCTATACTTACTTCTAATTCCTTTGCAAGTTCTTTATATCTTTTTTCTATAATATTAAATATATAGTCTATTTCAACATTTTGCTCCACATTTGCATGGCATAAATAAAGTAAATCAGTTATCTTTTGATCTTCTTTATATCTCTTTCCTGGAGCAGAAGGAACTACATATCTCCTTTTTTCATCTCCTAATACTATATTTTTAACTTTTTTAAATTGATTTACATCTGCTAAAGAACTTCCTCCAAATTTTGATACTATAATATTATTCATAATTAATTCCCCCATTCTATTTATCTATTACTATTGCTCCTTTATGATCTACCGATAATTTCCTTATATTCCATTTATGATTTAAATTACTCAGTTCACTATTAATTTTCATCATAAAATCTTCATTATTTTTATCTGTTAGAGCCATAATTGTGGGACCTGCCCCACTTAAAAAAGTTCCTAATGCCCCATTTTTTTTACACTTTTTTATTACATTATCGTAGTTTTCTATTAATGTTTTTCTATAAGGCTGATGAAGTCTATCTTCAAATGCTATTTTTAAATTTTCATGATTTCCACTTACTAAACTAGCAATCATTAAAGCAACTCTTCCTACATTAAATACTCCGTCCTTATAATCTATAGTTTTAGGAAGAACCTCTCTAGATTCTTTTGTAGATAGTACAAAGTCTGGAATTAATGCATAAAAGTTTATATTTTCATCTATGTTTATTTTGTCATGATATATTTTATTTTCATCCTTTACTACAACGGTCATACCTCCAAATATTGATGGTGCCACATTATCAGGATGACCTTCTATTTCCGTTGAAATTTCTAATATTTCTTCTTTAGATAGTTTATTACCTATGAATCCATTAGCTGCCATAACTCCACCAACTATACAAGAAGCACTACTACCTAATCCTCTAGATTCGGGAATATCTGACTCTATTTTAATCTTTAATCCTTTAATATTATATCCAAATTTATCAAATACTTTTTTCATAGAAACATAAAATAAATTCTTATCATTTCTATATTTTTCTTCACATCCTTCAATATAAAGTCCTTTTTCTGTTTCTTCCACATAAAATTTATTATATATATTTAAAGCTACTCCTAAAGAATCAAATCCAGGACCAAAATTAGCACTAGTTCCAGGTACTTTAATCTCTAACATTATTATCACCTATACTTCTAAAATTTCTTTTATAACATTTTTTATTTCTTCTTTTTCACACTTTTTATTGTGCCTTACTTTTTCTTTATAAAGTTTTTGTATGGCTTTAGGTACTGCAACCCCTGTATATTCAGATATTTTATTGATTAACTCAAAATCATTCAATTTTTCATCATTTATATTTAATGCCTTAGCTACATCTCTAGTAAATTTAAAAGGACTTGCTGTAGAAGCTATTATAGTTTTTCTTTTATCTCCTGTGTCCTTTTTATAGTCCTCATAAACTTTATAGGCTACTGCAGTATGAGTATCCATAAGATAGGAGTATTTATCATATACTTGTTTAAGAGTTCCATAAGTTTCTTCATCTGTTGCAAAACTTGAATAAAAACTGTTTAATCTTTCTAATTCATCTCTATCTAGTTTATATGTTCCACCATATTTTAATTTATCCATATATATTTTTACTTTTTCCTCATTACCATCACATATTTCATAAATCAATCTTTCTAAATTACTAGATAATAATATATCCATTGAAGGAGATGAGGTTACTTTAAATTCTCTATTTTTATTATAAATTCCTTTATTAAAAAATTCACAAAGTACATTATTTTCATTAGATGCACATATAAATTTATTTACTGGTATGCCCATTTTTTTACTATAATATGCTGCTAATATATTACCAAAATTACCTGTAGGTACTACTATATTAATTTCTTCTCCTTCCTCTATTTCTCCTTTTTTCAAAAGCCACATATATGAATAAACATAATAAACTATTTGAGGAATTAACCTTCCTATATTTATAGAATTAGCAGAAGAGAATATGTATCCTTTTTTCCCTATGGTTTTTTTAAATACTTCATCATTAAATATTTCTTTTATACTACTTTGTGCCTCATCAAAATTTCCATTCATACCTACAACATAAGTATTTTCCCCTTTTTGAGTAACCATCTGTTTTTTTTGTATTTGACTTACACCATTCTCTGGATAAAATACTATGATTTTTGTACCATCTATATTAGCAAATCCCTCTAAAGCCGCTTTACCCGTATCTCCAGAAGTAGCTGTTAATATAACAACTTCTTCTTCTACATTATTCTTTTTTAAAGCAGCTGTTAATAAATATGGTAATATTGATAGTGCCATGTCTTTAAATGCTAAAGTTGGACCATGATATAATTCCAAAAAATATATATTTTCTTTTTTTACTATAGGTACTATAGAATCACTTTCAAACTTTTTATCATATGCTCTTTCTACATATTGAAATAATTCTTGTTCTGAAAAATCAACAAGAAATTTATTTAATATATAAGTAGCTAATCTTTTATAATCAAAATCTTTTAACTTAGAAAAAGGTATATCTATTTTTGGAAAAAATGTTGGTACAAATAATCCACCCTTATCCGCTATACCTTGTACTATTGCTTTACTTGAATTTATATTTCTTTTTGATCTAGTGCTTTTATAGGACAATTTCAACTATATCACCTCTTATAATCTTTTATAATATGCTACAATGTTTGCTTGATAAAGTCAAGTGTATTTTATAAGAAAACAAATTTAACTTTTATAAAAATTATTTTTTATGTGTTATAATATTAATATATAAATTATAGGAGGGAATAATATGTTTAATTGGAAAGAAGAGTTTTCTTGTAATGTAAAAAGTATAGATACTCAGCACAAAAGATTATTTGAATTAGCTAATGAACTTTATGACTTACTTTCTTTAAAAGATGATTATGATAGATATGATGATATATTAAATACTTTATCTGAACTTCAAAGATATACCGTATATCATTTTAGTTATGAAGAAGATTTAATGAAAAGTGTAAATTATACTAACTTTGAAGCTCACAAAAAACAACATGATAATTTTGTAAAAAAAGTAACTAGCATAGATAAAGATTATATAGATGAAAATCAAAAAGAAGTGTTAAAGGATTTATTGCTCTTTATTGTAGATTGGATAGAAGGACATATATTAAAAGTTGATATGCAATATAAAAATCTATTTAATGAAAAAGGCATAAAATAACACAATCATAATAATGAAGCATGTACACTAAATGTACATGCTTCATTATTATCCTACTATCAATGGAATAAAATCATCATATTCCTCCAACATATAAGAACTATATATTTTTCCTCCCATTAATTTTAAAATTATATCTTCTTTTCTATATCCTTCTTTGTAAATCTTGTACCACTTAAACATTTTCTTTAATTTATTTTTATTTATATGAAGTAAAATTTCTAATTCACATATATTATAATAATCCTTTACTAAAATTTCTTTCAGTTTATTCTGCAATTCCAGCTTATACTTTATATCAACTTGGTAATTTTTATGTGGTCCTTCTTTTCCTCTATGATGCTCTGAACATAAATATTTATAATTTAGAGGATAATCTATTCCACCTTCGCATTTATTAACTATATGATGTACTTCGGCTCTTGCACCGCATACTTCACATTTAGCCAATAAGTTCACTCCTTTTTAACTTTTATAATCTTTCTACTTCTATTATACTATTTTTTTCATTACTTAAACACCTTATTTAGTGAATAACTAACAATGGATAACTATTCTTTAATATATAATATGTGGATAAAATTATAAAGTTACTTTTTTATAATTTTATCCACATATCTTTACTTTAAACTATTATAAACTTTATCAATATTTTCTTTCATAATTTCCAAATACTTTTTATCTTCTTTTTTATATTCTATTGTATCTATTACTTTTACTTCAGCTCCAACTTCCTTGGCTAAAGTTTCAGATACTTTGGGACTTACATTTTCCTCTAAAAATATAGTTTTTATATTCTTAGATTTACAGTAATCTACTAATTCCTTTAACTTTTTACTGCTTGGTTCTCCTTCTGCAAATACCCCTTCTACACTTCTTTGTTCTAATCCGAAATCTCTACAAAAATATGAAAAAGCTGAATGACCTGTTACAAAGCTCTTATTATCTAATTGTTCAAATTTATTTTTATAGCTATTAAGTAAATTATCTATTTCTTTCTCAAACTCTTTATAATTTTCTTCATAAAATTCTTTATTGCTTTCATCTAATTTAATTAATGATTCTTTTATATTAAATGCTTGTCTTTTAGCTGTAGTTAATCCTAACCATATATGAGGATCATTAGAATTACCATGATCATGATTGTCTTCTTCAATATTTATAGGTTCACAACCTTTAGATGAATCCACTATCAACATCTTATTATTTTCTATAGATTTTAAAGTTTTATCAACCCAGCCTTCCATTCCAAATCCATTGTATATAAAAAGGTCTCCTTCATTTAATTTCATAATATCTTTAGCTTTAGGTTCAAAATCATGCGGTTCGGTACCCTCTGGTATTATTACATTTACATCAACTTTGTCTTTACCTATGTAATCTACAAATTCTCTTAATGGATTAAAAGTTACTACAACTTTTATCTTATCTTTATTATTAGAAATTCCAACTTCATCTTTTTTACCACAACCAGAAATTATAATTATAGACAATGATATTATAAGAAATAATTTTAAAAACTTTTTCATTATTATACTTTCACTCCTTTTGCAAATCATTTGCATTTATATAATACAATTAAATCCATTCTTTGTCAAATATATTTATTTGTATTGCAAATCATTTGCAAATATGTATATAATATTAATTGTGCAGTTTTTATATTTTAGGAGGTTGTTATGATAAATATAAAGAATATGTATTTTTCCTATATTAATGATAATAATTACATATTAAAAGATATAAATTTAAATATTGTTAATGGAGGGTATTATTCCATTATAGGTGAAAATGGTAGTGGGAAAAGCACCCTAGTAAAACTTATGTTAAAATTACTTAATCCCTCTAAAGGGAGTATTTCCATAAATACAAATAAAATAGGATATGTACCTCAGAAATCAGACCATTTCAATTCTAAATTTCCTATAACCGTAAATGAAATATTCAAATGTCACTGTAAAACTTTAGGTTTAAAAAATTATAATTCATTAGAATCTTTACTAAAAGAATTAGATATAAGCAATCTTAAAGAAAGTCTAATTGGAAATTTGTCTGGTGGACAACAACAAAAAGTTTTTATCGCAAAAGCACTTATTGGTGACCCTGATTTATTGATATTAGACGAACCTTCAACAGGTGTAGATATGATTAGTCAAAAAAACATATATACTTTTTTAAAAAACTTAAATATTAAGAAACAAATGACCATTATTTCTATAGAACATAATTTAAAAGCAGCTTTTGAAAATTCATCTCATATTATTAAAGTTGAAAATTCCTCTGCTAGAATATATTCTATCAAAGATATTGGTTCTTTAAAGAATTTAAATAATATATAATATGATAGGAGGATGTAATGTTTTCATATAAATTTATACAAAATGCATTTTTAGCTTCTTTGCTTATATCCATCTTGTGTCCCGCTGTGGGAACTTTTTTGGTATTAAAAAGACATTCTATGATGGGAGATGCACTTTCTCATTCTTCCTTTGCAGGTATTGCTATTGGACTGTTACTAGGATTTAACCCAATAGTAACTTCTTTTATTTTTACATCTTTATGTGCATTATTCATAGAATATTTGAGAAATTACTATAAAAAATATTCGGAAATAATTTTAGTTATTGTAATGACTTTAAGTGTTGGAATAGGAATTACATTAGTCAGTATGGGAAAAACTAATGCAAACATAAATACCTACTTATTTGGTAGCATTCTTACAGTATCTACTAAAGATTTATATATTATGTGTATTTTAGGAGTAATTTCTTTATTAATTCTATATACTCTCTTTAATAAATTATTATATATAAGTTTTGATGAAGAAGGTGCTCAAATTGCTGGTATCAACACAAAATTAGTAAATTATATTTTTTCGTTACTTGTTGGTTCCACTATTTCACTATCTATACGCATAATGGGTATATTAGTTATATCATCTATGATAGCACTACCTACTGCAACAGCATTACAACTTAATTGTGGATTTAAAAAAACTTTTATTTATTCTATTATTTTTGGATTTTTAGATATAGTTATAGGTTTATTTTTATCCTTCTACATAGATTGTGCTCCAGGAGGAACTATAGCCATATGTTCCGTAGTAATTTTATTATTTACTATTCTTTTTAAAAAGCTAAAATGACTATTTTATAATAATAATTAGCATTTAAAACCAATTGACAAATGATAACTTCTATTATATAATAATATAAATTGTATATTTAAAAGGATGATGTATAATGAATAATATTACCTCTATTTTTAAAGAAAAAAAGTTGAAACTTACGCCTCAGCGTATTGCAGTGTATAAATACTTAAAATCTACTGATGAACATCCTTCAGCAGAAACTATATATAAATCTTTACAGCCGGAATATCCTACTATGAGCTTAGCTACGGTATATAAAACATTAAAAACTTTAGTAGAAGTGGATTTAATTCAAGAAATAAATGTAGGAGAAGGTAATTTTAGATATGATGGAAAAACTAATCCTCATCCCCATATCCAATGTCTCAATTGTGGAAAAGTAGATGACATAAAAGATATAAACTTTGAAAATTTAAATGAAAAAGTTAAACCTTATACTGATTATGAAGTTTTAAATAATCAAGTATACTTTTATGGTATATGTAGTTGTTGTAAAAAAAATAATAATTAATACTAAAAGCAGTAGAAATATTTCTACTGCTTTAGTATTAATTATTTAATTTCTTGTAATATCTCTTCATATTCTTTTCCCGTATAGTTACCTGATAATATTTTTTCTATTTTTGATATTATATCCATTCTTAAGTTTTCTTGCATGGTTTGTGATATTATAATATCCTTTCCTGAACTTTCCTCTATATGCTTATTAATTTTTTCTTGGATATGTCCTTCTTTTTTTGAAATTTTCTTATTTGCTGTTATTCCAGTTTTATTATATAATTTTTTTTGGAATTTATCCCCATATACATATCCAATAAATTTATGTATATTTTCATTATTTTCACTGTTTGTAGGTACACATATTACATTATCAATTATAATTGGTAGATTAGATTTTAGATTTTCATCTAGCTGTAAATTATTAATTATTTCTATATTATCTTTATCTTTAAATTCATTGCTATAATAAGATATAGAAATTACTGCTGGTATATTAGAATTAGCAAGCTTTTTTATTGAACTTTCATTTCCCAATTTAAAAGTATTATTATTTATAACCCCTTGTTTTTGTAATGTATTAATTTTTTGAAACGCTTCCTTTAAATGTTTTTCCATTGATTTTACATTAGATAAATTTAAATTTTTTTCCATAAACACTGATAAAATCAAATCATTCATATCTATATTTTCTGTTAATATAGTTGGTATAGAAATATTTTTATTATTTAATTCTTTTAAAAGCTTTTTTAGTTTATCAATATCTTTAGGTTCCTCTATTTTCAAATCTTTTAATTTATCTTTATTATAAAAAAATTCTACTGTATACGGAACTAACCCTATACCATAATATTTATCATTATATCTTCCAACAGAATATATAATTTTATGGAAATTTTCATCTATTTTATTTTTTTTCAAATATATATCTACATCACTTAATAATCCTGAATTTTGTAAAACTGCCATGTTATTAGGATTTGTTATTATTAGATCCATTTTTTTTTCTGATATATCTTTCTTTATACTGTTTCCTATAGAATTAGTTATATCGATTTTTATTTTTGAATTTTCCTTTGAATATTCATCTATAGCTAATTTTATTACTTCTAATGAATGTTTATCTTTAATATCTAAATATATATTTAATTTATTTTCTTTTTCTCCCGAATCCTTTTTCCCCAATATTTTACAACCTATAGAAAAAAATAAAAAACTAATGCATATAAATATTATTATTTTTTTCATTTTTAAGATCTTCCTCATACATATTACCTCCAAAATTAATTTTTATTATAATTCCACGTATTTTAAGACAATTAAACTCTATCTATCCTTTATATTTTTACCAAATTTAAAAAAACTACTCAAATTTTTCAATTTTTTATAAAACAAAAAAGGGACCGAACATCGGTCCCAAGGGGGATGGGGGGTTCTAGCACTAAATTAAGTTAATTACCTTATTTAGTACTAAGGAGATTATATCTCCTTTTACATTTATTATGATACCCATTTTATAATCTTTTATTCATCTTTTTTATTAAATATTTTATGTGCAAAAATAGAAAGACCATAGTCTCCTTTTTATTTTTTGTTTATCAGTCTTGACAAAAAATATACCTGTAATAATTTTTCTATAGATTCTCTATTGTTTTCTACAATAGGTCTTAACATATTTATTAATTGAATAGTGGGATCATTAAATAGATTTTTATTTGGTATTTGTGTATTTTCTTCATCATAATTAGTATTTACATTATTACCTCCAGATAATAATGACATAACCTGTTCTAAATCTAAATTATTTATTAAATCCATCAAATTATCATTCATATTATTATTCATATCATTTCTATTTTTTTTATGTTTTTTCTTTTTAGACATTAATTATCCCCCTCTCTAATATATATAGAGTGAATTCGGAAACTAATTTCCAATTGGCTCCAAAATGGCTTTAATATTATTTTAGTGCGGAGCATTTGTTATATTACTGTTTTTATTTAACTTTATTTTAAAAAAGAGTATAGCAAAGCTAACTCACCGATAGGTGAATTTTCTTAAAATTTAACAATTATCTAGACTAGCATGCTTTGTTTGCAGTTAATTTTATAATGTCTAATAGGTTAGTTTTAGAAACAGATAGTTGAGCATCCAAATGAATATTGATGCTATGGATTAATGTCCACCAAGACCAACGTTTTTTACCACGGCAGTGGGTTTGTTCCATGTTGTAGTCTTCAAGTATTCTTTTATTTACTCGCTCTGAAGAAGTTCTCTTTTTCATTATTTGTTTCCAAAGGTCAGAGTTTCTAGGTATAGCAGTAAATAAACGTAAGTCATCACTTGGCTTTACGTATATTACACGGCCGTAGGCACTAGGAGAACATTCTTCCTTATGAGGACATTCTTTAATTTTACCTTTTACTAAAGGACATCTATATTTAATTCTACTTCTGCCTTTATCGTACCAATCATATACCATTGGTTGGTTGCATTTGCAGATGGGAATACCGTCCTTAGTATATCCAATTGGTGGTTCATATTTATTTTTACCTTCACCCTTTGGATTAAGGGATATAACAGCTTTTATATTCCATTCATTAAGAAGCTTATACGTAGGATAGTTATCATGAGCAGCATCTGCGATGAACTTATCAAAGTTAAATTGAGGATACATCTTTCTAACTTCTGAAAGTGCAAAAATTGCAGTAACACCATCATAACGCTGCGCTTGTACCATCCTAAAATATATAGGAAGATCCTTTTTAAGTTTAGGATTATAGACACTAAGAAAATATAGGCAATGACCATAATACCATTTTTCGTGGTAACTGTCCCAACCGCGTCTAGCGTCAGGGTCAGAGAATCTTCTATTACATTTGCAGTTAAAAATACCTTTTTTAATGCAATCACAGGTCTTAATGCCTAATGAGCTACCGCCAGTTTCAAGACAGGTACCATCTCCTGATATATCAAGTTTTTGAGTATTACCAAGGAGACCGAGTTTAGCGGAAGGCTCAATAGCTAACTTAGCAAAAATTTGTTGAAATAGCTTTTCAGGGCGAGTTTCGACAGTTCGTCCTTTAAGAGCCTGTTCAACTAAATTTTTAATAACACCAGGATGTTTTGGTGGTAGTTTTTCATTCTTGCCAAGTTTTTTGTGGGGCTTGGAAGTAAAAGAATGAAGTGAGTCCTTGGCTGATTTTTCAGCCTTAGGGCTCATACCCCAAAATCTCGATATGAAATCATAATGAGTACCTAATCCTGGTACATTAGATTTTTCAACACCAATGATGGTGCAAAGTATATCATGTGCACGTAAGTGCTTAATCCATTTTTGTAGACTATGAAAACCTAAGTCAGACATTAATATAAATGATCTGAAGAGTTCCGGTTGCTGGTTTGAAGGTTTACCAGTTAGAGAATATGTTTCTCTAATTAATGGTTTTATATCATCAAGATTTAAATTATATAGTTTTTCAATACTTGATGAGTAGTATTCCACGATAGTGGGATCAGTTTTATAAAGTTCACTAATGCTTGACAAAAGAAGACTTTGGTAATCACAATGGCTACGCCAATAACCTAACATAAAAAATCACCTCGCAATATTTTGTAAATAGTTTCTATAGTGCGAGGCTACAAATTTTACAAACTTTGTCAAGTGATTTTGGAAAAAATATAAGTTTTTTTGATATTTTGTTTAAAATTCTGGGGGGAAGTTAAAATTGACACCCTTCGGGATTAAGATAAATGGAGGCCTAAGGGTTTCCGAATATATTTATATATAATGAGGAGGGTTTTCCCTCCCCTATATTTAACAACATAAGCAACTGCATAAATCAAAATCTTTACAGCAACTTAAATAGTACAAGGCTAATATAAATAATATACTATTATCTATACAACCATGCTGATTATTTCCGCAACCAAATTGCAGAACTATTAATATTAATATTAATAGACCATTGTTATTTGAACACTTTTTTCTTCTTTTCTTTCCCATGTTAGTTCCCCCTTCCTTATGGGTAATGGTCTTATTAGGAATTTAATTTTCTTCTACTGTTCTTAGTTGTTCGCAATTTGAATCAACTAAACTATTGCATCCTCTGTGATGATGATGTTTATCATCCTTTCCACAACATAATAGCATTGCAAGTACTACTATTATAAAGATAAAGTTGTTATCACAGCATCCACATTCATATCTATCATATCTTCTTTTACGTCTTCTTTTTGAAGAATGACATCTACATCTACAACTGCAGCTACTTCCTCCACCATAATCATATCCAAAACCACAGAATATCAAGAATAGTATTATCCATATACATGAACTTCCAAAACCTAGACCTCCAACTGGGTTTTTAAAAGTGGCTCCTTTTTCATTAGACATTAATCCATTTACTAAACTATTGAAATCCACTTTATTTCCTCCTTTCAATATTTATTATTTTCTTTTGTGTTTATAATATATACTATTCTTTAAAGCGATTTTTGACACATTACAATTTTAAAATTAAAAATAATAAGGTCTTCTTTTATACTTAAGTATAAAAGAAGACCTTATTACATATAAGTTAATTTTTGAATTAAAATTGCAATAGTTGATACTGAATTAAAAAATGAATGATTAAAAACCGCATACCAATATCCTTTTTTGTGTATTAAAAAACAATTAAAAATGCCCATCCATAATATAGCAGGAAAAGACTTAATATTAAAATGTATTAGGGCAAATATTATACTACTTAATAAAGTAGATATGAAAATTCCCATATATCTTTTTAATATTTTTTCAAATATAAGCCATCTAAATATATACTCTTCTATTATTGGAGCAAAAACCATAGTTATTGGCATCATAAAAATAAATTTTTTTAATGATAATTTAGACATTATTTCTACTATTTCTTGATCTTTTATTGGCACTTCATATGAAGAAAATAAATTCAAAGCTATAATTGCTACAATTATAGTAACAGCATAGGAAAATAAAGAAATAATTAAAGCTTTAAAAAAATTAAAATCTCTAAAATTAAATTTATATTCTATATAACTAAAGTTATCTTCTCTTTTCATATATATTATATTTATAATTACAAATATAAATGGTAGTAAGTTCTGTGTAAATAAACTTCCTACTACATATATAATACTTATCAGTAATAATATAAATTTATTTTTTCTCCTTCTTGTCCAAACCTTCCAAAATATTATCAGTGGTGGTAAGTATATAAAAATATATACTACTATACTTTTTAAAAACTCTTCCAAATAATCACCTCCATGATAATAATATTTTATCATAAAATATTATGGCATGTATTATACTTATTCTAATACATGCCATTTTTATTACTAGTCAATACTACAAGTGTTGAATATATCCTGTAAAAGTTCTTCTCTTCCACTTTTATTTAGTGTAGAATAAAAAATTATTTTATTGTCTTTTGATAAATCTAAAGTATCTCTTATAATTTTTTCATTCTTTTTAAATTCACTTCTTTTTAATTTATCACTTTTAGTTGCTACTACAGATAAATCATATCCATAGTATTTTATCCAGTTGCACATTAATATATCATCATTTGTAGGCTTATGTCTAGAGTCCACAAGTAGTATAATTTTTTTTAGCTGTTCTCTATCTGTAAGATATGTCTCTATAGTCTTTCCCCAATTTTTCTTTTCTTCTTTTGATACTCTAGCATATCCATAACCAGGTAAGTCTACAAAATAAAAATCATTGTTTATTAAAAAAAAGTTTATTAATCTAGTTTTTCCTGGTTTACTACTTACTTTTACAAGTTTTCTTCTATTAGTCAAGCTATTAATTAAAGAAGATTTTCCTACATTTGACCTACCTACAAAAGCTATTTCTATTCTGTCATCCTCTGGATATTGAGAGGGAATTTTAGCAGAAGTTATAAATTCTGATTGTTTTATTTCCATATAAAGCCTCCCAAATTATAATATAATAGCATTTTCTAATACTATATCTATATTGTCCGCTACAATAAAATTAATTTTTTTCTTTACTGAATTAGGTATTTGTATTAGATCTTTCTCATTGTCTTTAGGTATTATAACAGTATCTATGCCAGCTCTATAGGCTGCTAATGTTTTTTCTTTTAATCCTCCAATAGGCAGTACATCTCCTGTTAATGTAATCTCCCCTGTCATGGCTACATTGTGTTTAACTTTCTTAGAACCCAATGCAGAAACCATAGCTGTAATCATAGTTACACCAGCTGACGGCCCATCCTTTGGTACTGCTCCTTCTGGCACATGAATATGGATATCTTTTTCCTTATAAAAGTTAGGATCTATTTTATATTTTTCTGCATTAGCTCTTATATAAGTATATCCCGCTTTTGCAGATTCTTTCATTACATCTCCTAATTTACCTGTTAACTCTAATTTTCCTGTTCCTGGCATAACCATAACTTCTACTGGTAAGGTATCTCCTCCATAACTAGTCCATGCCATTCCCATAACTACTCCAATTTTATCTTCATTACTTGCTTTATCATATGTATATTGTTCTGGTCCTAAATACTTCTTAACATGATTAATTGTTATGTTTATTCTTTTTTTCTCTTTTTCAACCATCTCTGCAATAGCTTTTCTTATAACTGTAGCTATTTTTCTTTCTAGATTTCTAACTCCAGATTCTCTTGTGTAATTTTCTATTATATATAATATACTATTATCAGAAAAACTTATTGCTTGTTTATTCATATTATGTTCTTCTAATTTTTTAGGAATTAAATGTCTCTTAGCTATATTAAATTTCTCTTCTTCTGTATATCCTGATACCTCTATTATTTCCATTCTATCCATAAGAGGTCTTGGTATAGTTTCTAACGTATTTGCTGTAGTTATAAATAAAACCTTTGATAAATCATATTCTAATTCCAAATAATGATCCCTAAAAGTATTATTTTGCTCGCTATCTAATACCTCTAAAAGAGCATCTCCTGGATTTCCCCTAAAATCACTACTCATTTTATCTATTTCATCTAATAAAAATAAAGGATTTTTTGATTTAGCCTGTTTCATTCCATATATAATTCTACCTGGTATTGCACCTATATAAGTTTTTCTATGCCCTCTTATTTCTGCCTCATCTCTTACTCCACCTAAGGACATTCTAACAAAGTTTCTGTTTAGTGCATGGGCAATTGACTTAGCTATAGAAGTCTTACCTACACCTGGTGGTCCAACTAAACAAAGTATTGGCCCCTTTAACGTTTTACTCATTTTTTTAACAGCTAAATATTCTATTATTCTATCTTTTACATCTTCTAACCCATAGTGTTCATTTTCAAGTATCTCTCTAGCTCTTTTTATATCTAAATTGTCCTTAGTCTCTGTATTCCAAGGTAAATCTAATATCCAATCTAAATAGGTTCTTATTATACCTCCTTCTGTAGAATATGTACCACTATTTTTTAGTCTATCTAATTCATATAAAGCCTTGTCTTTTACTACTTTAGGAAGTTTAGCCTTATTTATTTTATTTTTATATTTATTTATTTCTTTTTTATCTTCATCATCTTCGCCCAATTCTTCTTGAATTGCTTTTAATTGCTCTTTTAAATAATATTCTTTTTGTACTTTATCTATTTTATTTTTTACTTTAATTCCTATTTTCTTTTCTATTTTTAATATATCAATTTCATTGCTTAAAATACTTAAAATCTCTTGCAATCTTTCATTTACATCATAAGCTTCTAGTAATCTTTGCTTTTTATCTTGACTTAATAAAAGATAAGATGCTATAACATCTACATATCTACCTGGACTATCTATATCTTCTATAGATATTAAAGTTTCCATAGATATTGTACCTACAAGCTTTGAATACTCTTTAAAAGAATTTTTTACTAATCTAAATAGTGCTTCACACTTATTATCTTCTGTACATTCTTTATCTCTTATTTCTTCTATCTCTACTCTTAATAAATCTTCTTCTTCAATAAATTCAATTATTTTTCCTCTACATTCTCCTTCTACTAAGACTCTAACTGTATTACCTGGTAATTTTAATATTTGTTTAATACTGCAAACAGTTCCTATTGTAAATATATCCTCTTCTTTAGGATCTTCAACTTTAGCTTCCTTTTGAGTGGCCAAAAATATTTTCTGGTCTTTAAGCATTGCTTCTTCTAATGATCCAATAGATTTTTCCCTACCAACATCAAAATGAATTACCATATACGGAAATATAGTTATGCCTCTTAAAGGAATTATTGGAAGAACTTCTATCTTTTTTCCCATAATTCTCTCCTCACTTTATGATAAATTTAATCGTAAATAACAAACTTAAAATAAGTACATTTAGACTAATATATTATACATATAAAAGGATTATTTTTCAATTCAAAAATAACACAGTTTTTTAATAAACAGCTAACAATTAACAATTAACAATTAGAGTGGATTTTCTTTATTTATTAGTCTAACCATTTATAGAGTTAGCAGATAAGGCTTCATTGGATTCAAATATATTGTGTAATTTTTCTTCTGAATTTTTTAAGCATTTTTCTGTAAAAATTATGTCTACAGCTTCTATTATATTATTTACTGGAACTACATGTATACCTTCTATATTTTTATAAGAATCTTTCCAATTTTCTTTAGGTATTAAAACCTTTTTAGCTCCTGCTTTTTTAGCTGCTTCTATTTTGCTATTTACTCCTCCTACAGGTTTTATATCTCCATAAAGTGAAATTTCTCCTGTCATAGCTATATTATTGTCTATAGGCATTAGATTTATAGCACTGTATATTCCAATTGCTATACTGATTCCCGCAGAGGGTCCATCTACAGGTATCCCACCTAAAAAATTTATATTTATATCGTAATTTTCTAATGAAATATTAAAAACACCTTTTAATACTGCACATACATTTTCAACTGAACATTTTGCACTACTTTTTCTCTGAATTCTTCTTTGATTTCCTCCTATTTGTTCTTGTTCTATAATACCTGCAACATTTACTTTTCCTTTACCAAAATTATTTTTTATTGCAGTTATTTCTATTGGCATAACAGCTCCTATGTTACTTCCGTAAACTCCTAATCCATTGACAAATCCTATCTTAGGTCTCGTAGGAACTTTTATCTCTATTTTAGGATTATAATTTCCATTTTCCACTACCCATTCTATATCATCTTTCACTATTCTTTTTCTTCCTTCATTTAAAGCTATTCCAGAAGCTAATTGTAATAAATTTATAGCCTCTCTTCCATTTGACGCATATAACCCTACCATTTTACAAGCGTCCTCTTCTAATGTAAAACCTATTTTTTTTACAGATCTTTTACATATTTCTTCGATTTCCTCAGATACCAATCCTCTAAAAAAAATTTCCACACATCTAGATCTAAGAGCTGGTGTAATTTCTTCAGGATTTCTAGTAGTAGCACCAACTAATCTAAAGTCTGCTGGAAATCCATTATCAAATATATCCTTTATATACAATGGCACATTAGGATCTGAAGAATTATAATATGCACTATCTAAAAATACCTTTCTGTCTTCTAATACCTTTAATAATTTATTCATTATAGTGGGATGAAGTTCTCCTATTTCATCTATAAATAAGATACCTCCATGTGCCTTAGTTACAGCTCCTGCCTTAGGTTGAGGAACACCTGCCACTCCAAGAGGACCTGCTCCTTGATATATTGGATCATGAACTGAGCCTATAAGAGGATCAGCAATTCCCCTATCATCAAATCTAATCGTTGTTGCATCCATTTCGATAAATTTAGCATTCTTTTCGAAAGGTGACATATTATTCTTTTTAGCATATTCAAGTACTAATCTAGCTGCAGCCGTTTTTCCCACACCAGGTGGTCCATATATTATTACATGTTGAGGATTAGGACCACACAGTGCTGCTTTTAAAGCTATTATACCTTTGTCTTGACCTATTATTTCAGAAAAAGAAGTAGGTCTACTTTTTTCTGTTAAAGGTTGAGTTAGTTTTATACTTCTTAACTTTTTTAATTTATCTATTTCTTTTTTGCTTTCCCTATCTATAGTAACTTTATTACTTTTTTGACCTTTTAATGCATTAAAAAAATATAATCCCATTATTATTGTGATAATAAATTGTAAGGCTACAAATGCTTCAGTCATGTTCATTACCTCCTATTCACATATTTGCATATTATTATTATGGTCAAATCATTCTTCCTATATTCTATATATAGAACTTTTTTACAAAATATCATTAAACATAAAAAAAGTAGATAACTCAAAGTTATCTACTTTTTTATGCTGTTTCATTTTCTTTTTTAGCTCTTGCTTTTTTTATTTTAATAGGTAATCTTTTTCCACCCTCTGCTTCTATCAATTCTGGCTTTTTATTACTAATTGTATCCTCATTTATTATAACCTGAGAAATACTTTCATTAGATGGTATTTCAAACATTATATCCTTCATAATTTCTTCTATTATGGATCTTAATCCTCTAGCTCCAGTGCTACGTCTTATAGCTTCTTCTGCTATAGCTTTTAACGCCTCTTCCTTAAATTCAAGATGAACATTATCCATTTCAAATAACTTCTTATATTGTTTTACAAGAGCATTTTTAGGCTCAGTTAGTATTTTAACTAAAGCATCTTCATCTAAGGCAGACAATGTAACTGTTATTGGTAATCTTCCAATAAACTCAGGAATTAATCCGAATTTTAGTAAATCCTCTGGCATTATATTTTTTAATAATTCTCCAATATCTTCATCCTTTTTAGATTTTATGTCTGCTCCAAATCCTAAAGAACTATTTCTAGTTCTTCTTTCTATTATCTTATCTATTCCATCAAAAGCTCCCCCACATATAAATAGTATATTAGTGGTATTTAATTGAATAAACTCTTGATGAGGATGTTTTCTTCCACCTTGTGGTGGAACTGATGCTATAGTACCCTCTAATATTTTTAAAAGTGATTGCTGAACTCCCTCTCCTGATACATCTCTAGTTATAGATGGATTTTCTGATTTCCTAGCTATCTTATCTATTTCATCTATATAAATTATGCCTCTTTCTGCTCTTTCTATATCATAATCAGCATTTTGAATTAACTTTAATAGTATATTTTCTACATCTTCGCCTACATATCCAGCTTCAGTTAAAGTGGTTGCATCAGCAATAGCAAAAGGTACATTTAAAATTTTTGCTAAAGTTTGAGCTAATAAAGTTTTTCCTGATCCAGTAGGACCTAACAATAGTATATTACTCTTTTGAAGTTCTACATCATCAATTACATTATTTAAATTTATCCTTTTATAATGATTATAAACTGCCACAGATAAAGCTTTTTTTGCATCATCTTGCCCTATTACATAATCATCTAAATAGCTTTTTATTTCTGAAGGTTTGGGTAAAGAACCCATATCTGTGTTTATATCTTCTTCTAATTCATCTGTAATGATTTCAGAACATAATTCTATACATTCATCACAAATATAAACTCCTGGGCCTGCTACAAGTCTTTTAACTTGATCTTGTCTTTTGCCACAGAAAGAACATTTTAGTTGCTTTTTATCATCATTTTTGGCCAT

Protein sequences of DBSCAN-SWA_10

>NZ_LT906477|1998004:2026007|2000669_2002187_-|WP_089863588.1|DBSCAN-SWA
MEKDKLEKKPFLEMKGISKAFSGVQALDNVELKVYEGEVLALLGENGAGKSTLMKILSGVYTKDKGSIFINEEEVDINGIKQAEKLGISIIHQELSLLPNLKIYENIFLGNEKYNGIFNKLDKDYMRSESKKLLSTIGFTTDEDTLVKDISIGEMQMIEIIKAISKKSKLIIMDEPTTALTEVETERLFKVINKLKSEGISIIYISHRLDEIFQICDRVNVLRDGKYVGEVKVEDTTKDDLITMMVGRKLEEQFPYKKVDKGDTLLEVNNLSYKDKVKNVSFQVRAGEILGLAGLMGSGRTELAKTIFGEYKKTSGEIYVNDKKVNINSPKQAIENGIAYLSEDRKKEGLILNMSVGNNISLCNLKKYENSMKKIDKEKELKEVDEYIKKLSVKTPSADQIIKNLSGGNQQKAIIAKWIMISPSILIIDEPTRGIDVGAKKEIYEVLNEIKSLGKAVIMISSDMPEVLGISDRILVMSEGNLAGELSREEATQEKIMKYAVASLN
>NZ_LT906477|1998004:2026007|2018997_2019705_-|WP_095178167.1|protease|DBSCAN-SWA
MEEFLKSIVVYIFIYLPPLIIFWKVWTRRRKNKFILLLISIIYVVGSLFTQNLLPFIFVIINIIYMKREDNFSYIEYKFNFRDFNFFKALIISLFSYAVTIIVAIIALNLFSSYEVPIKDQEIVEIMSKLSLKKFIFMMPITMVFAPIIEEYIFRWLIFEKILKRYMGIFISTLLSSIIFALIHFNIKSFPAILWMGIFNCFLIHKKGYWYAVFNHSFFNSVSTIAILIQKLTYM
>NZ_LT906477|1998004:2026007|2018245_2018434_-|WP_089863553.1|DBSCAN-SWA
MGKKRRKKCSNNNGLLILILIVLQFGCGNNQHGCIDNSILFILALYYLSCCKDFDLCSCLCC
>NZ_LT906477|1998004:2026007|2002186_2002582_-|WP_089863586.1|DBSCAN-SWA
MKKVGILNSEISHVISKMGHTDSLAIGDCGLPIPEGTKRIDLALIKNIPTFMDTLKSVMMELEVEEVQIANETKEVSPEIFKEIKKQLGDKKIIFISHEELKNNLKDCKAVIRTGEQTPYANIILKSGVIF
>NZ_LT906477|1998004:2026007|2024717_2026007_-|WP_089863541.1|protease|DBSCAN-SWA
MAKNDDKKQLKCSFCGKRQDQVKRLVAGPGVYICDECIELCSEIITDELEEDINTDMGSLPKPSEIKSYLDDYVIGQDDAKKALSVAVYNHYKRINLNNVIDDVELQKSNILLLGPTGSGKTLLAQTLAKILNVPFAIADATTLTEAGYVGEDVENILLKLIQNADYDIERAERGIIYIDEIDKIARKSENPSITRDVSGEGVQQSLLKILEGTIASVPPQGGRKHPHQEFIQLNTTNILFICGGAFDGIDKIIERRTRNSSLGFGADIKSKKDEDIGELLKNIMPEDLLKFGLIPEFIGRLPITVTLSALDEDALVKILTEPKNALVKQYKKLFEMDNVHLEFKEEALKAIAEEAIRRSTGARGLRSIIEEIMKDIMFEIPSNESISQVIINEDTISNKKPELIEAEGGKRLPIKIKKARAKKENETA
>NZ_LT906477|1998004:2026007|2007835_2008723_-|WP_089863574.1|DBSCAN-SWA
MLEIKVPGTSANFGPGFDSLGVALNIYNKFYVEETEKGLYIEGCEEKYRNDKNLFYVSMKKVFDKFGYNIKGLKIKIESDIPESRGLGSSASCIVGGVMAANGFIGNKLSKEEILEISTEIEGHPDNVAPSIFGGMTVVVKDENKIYHDKINIDENINFYALIPDFVLSTKESREVLPKTIDYKDGVFNVGRVALMIASLVSGNHENLKIAFEDRLHQPYRKTLIENYDNVIKKCKKNGALGTFLSGAGPTIMALTDKNNEDFMMKINSELSNLNHKWNIRKLSVDHKGAIVIDK
>NZ_LT906477|1998004:2026007|2010365_2010779_+|WP_089863571.1|DBSCAN-SWA
MFNWKEEFSCNVKSIDTQHKRLFELANELYDLLSLKDDYDRYDDILNTLSELQRYTVYHFSYEEDLMKSVNYTNFEAHKKQHDNFVKKVTSIDKDYIDENQKEVLKDLLLFIVDWIEGHILKVDMQYKNLFNEKGIK
>NZ_LT906477|1998004:2026007|2011399_2012308_-|WP_095178165.1|DBSCAN-SWA
MKKFLKLFLIISLSIIIISGCGKKDEVGISNNKDKIKVVVTFNPLREFVDYIGKDKVDVNVIIPEGTEPHDFEPKAKDIMKLNEGDLFIYNGFGMEGWVDKTLKSIENNKMLIVDSSKGCEPINIEEDNHDHGNSNDPHIWLGLTTAKRQAFNIKESLIKLDESNKEFYEENYKEFEKEIDNLLNSYKNKFEQLDNKSFVTGHSAFSYFCRDFGLEQRSVEGVFAEGEPSSKKLKELVDYCKSKNIKTIFLEENVSPKVSETLAKEVGAEVKVIDTIEYKKEDKKYLEIMKENIDKVYNSLK
>NZ_LT906477|1998004:2026007|2016012_2016312_-|WP_089863555.1|DBSCAN-SWA
MSKKKKHKKNRNDMNNNMNDNLMDLINNLDLEQVMSLLSGGNNVNTNYDEENTQIPNKNLFNDPTIQLINMLRPIVENNRESIEKLLQVYFLSRLINKK
>NZ_LT906477|1998004:2026007|2006499_2007819_-|WP_089863576.1|DBSCAN-SWA
MNNIIVSKFGGSSLADVNQFKKVKNIVLGDEKRRYVVPSAPGKRYKEDQKITDLLYLCHANVEQNVEIDYIFNIIEKRYKELAKELEVSIDIDIELKNIKKNIKNGATADYTASRGEYLNGLILSDYLGYEFVDPAEIIFFRRNGVFDGEKTQEAVSKKLKNIEKAVIPGFYGSLPNGDIKTFSRGGSDVTGAIIARGVNAQLYENWTDVSGFLMVDPNIVENPRNIERITYRELRELAYMGATVLHEEAVFPVRSAGIPINIKNTNRPEDKGTLIIDDLKPASYAGNITGVAGKKDFVVIAIEKNMMNVEQGYCRKVLSILEENDVSFEHMPSGVDAVSLVISKSQLNGKLDSILQEIEIKCKPDSVEVYPDMALVAVVGKGMLRTVGMSAKIFDALAREKVNIRMIIQGSSEINIIVGVENEDFEKAIRAIYAEFTK
>NZ_LT906477|1998004:2026007|2022892_2024581_-|WP_089863543.1|protease|DBSCAN-SWA
MTEAFVALQFIITIIMGLYFFNALKGQKSNKVTIDRESKKEIDKLKKLRSIKLTQPLTEKSRPTSFSEIIGQDKGIIALKAALCGPNPQHVIIYGPPGVGKTAAARLVLEYAKKNNMSPFEKNAKFIEMDATTIRFDDRGIADPLIGSVHDPIYQGAGPLGVAGVPQPKAGAVTKAHGGILFIDEIGELHPTIMNKLLKVLEDRKVFLDSAYYNSSDPNVPLYIKDIFDNGFPADFRLVGATTRNPEEITPALRSRCVEIFFRGLVSEEIEEICKRSVKKIGFTLEEDACKMVGLYASNGREAINLLQLASGIALNEGRKRIVKDDIEWVVENGNYNPKIEIKVPTRPKIGFVNGLGVYGSNIGAVMPIEITAIKNNFGKGKVNVAGIIEQEQIGGNQRRIQRKSSAKCSVENVCAVLKGVFNISLENYDININFLGGIPVDGPSAGISIAIGIYSAINLMPIDNNIAMTGEISLYGDIKPVGGVNSKIEAAKKAGAKKVLIPKENWKDSYKNIEGIHVVPVNNIIEAVDIIFTEKCLKNSEEKLHNIFESNEALSANSING
>NZ_LT906477|1998004:2026007|2014482_2015694_-|WP_095178166.1|DBSCAN-SWA
MRKILKMKKIIIFICISFLFFSIGCKILGKKDSGEKENKLNIYLDIKDKHSLEVIKLAIDEYSKENSKIKIDITNSIGNSIKKDISEKKMDLIITNPNNMAVLQNSGLLSDVDIYLKKNKIDENFHKIIYSVGRYNDKYYGIGLVPYTVEFFYNKDKLKDLKIEEPKDIDKLKKLLKELNNKNISIPTILTENIDMNDLILSVFMEKNLNLSNVKSMEKHLKEAFQKINTLQKQGVINNNTFKLGNESSIKKLANSNIPAVISISYYSNEFKDKDNIEIINNLQLDENLKSNLPIIIDNVICVPTNSENNENIHKFIGYVYGDKFQKKLYNKTGITANKKISKKEGHIQEKINKHIEESSGKDIIISQTMQENLRMDIISKIEKILSGNYTGKEYEEILQEIK
>NZ_LT906477|1998004:2026007|2005183_2006476_-|WP_089863578.1|DBSCAN-SWA
MKVIKIGLLGLGNVGKGVWNILQMNKDIIKTRAGYNIEIGKILVKDANKKRDVDVPESIITTNVDYILEDPSIDIIVEVMGGVEPSFEYMVKAMKKGKHVITANKMVLAMKGRELSQIAKDNGVLFYYEASVGGGIPVIHGLTESLTANKINEVIGIINGTTNYILTKMTLEGLSFDEALKEAQQKGYAEADPTSDIEAFDAVYKLCILTSLGFDSFVDIKSVYREGITKIEPIDIKYAEEFGYVIKLLAIIKEEFGELELRVHPTMVPAVHPLANVNDSFNAIFIKGNAVGDLMLYGRGAGELPTGSAVVGDIISVIRNKEREENHFIQCDKVSKNVKDMSKVRSEYYIRITVGDKPGVLGEITTILGENNVSLLSVIQKGKRQEHVSLVFVTHRTNEGDVQKAIKKISELNDVLKVDNIIRIENLGMI
>NZ_LT906477|1998004:2026007|2008732_2010211_-|WP_095178397.1|DBSCAN-SWA
MSYKSTRSKRNINSSKAIVQGIADKGGLFVPTFFPKIDIPFSKLKDFDYKRLATYILNKFLVDFSEQELFQYVERAYDKKFESDSIVPIVKKENIYFLELYHGPTLAFKDMALSILPYLLTAALKKNNVEEEVVILTATSGDTGKAALEGFANIDGTKIIVFYPENGVSQIQKKQMVTQKGENTYVVGMNGNFDEAQSSIKEIFNDEVFKKTIGKKGYIFSSANSINIGRLIPQIVYYVYSYMWLLKKGEIEEGEEINIVVPTGNFGNILAAYYSKKMGIPVNKFICASNENNVLCEFFNKGIYNKNREFKVTSSPSMDILLSSNLERLIYEICDGNEEKVKIYMDKLKYGGTYKLDRDELERLNSFYSSFATDEETYGTLKQVYDKYSYLMDTHTAVAYKVYEDYKKDTGDKRKTIIASTASPFKFTRDVAKALNINDEKLNDFELINKISEYTGVAVPKAIQKLYKEKVRHNKKCEKEEIKNVIKEILEV
>NZ_LT906477|1998004:2026007|2019789_2020380_-|WP_089863547.1|DBSCAN-SWA
MEIKQSEFITSAKIPSQYPEDDRIEIAFVGRSNVGKSSLINSLTNRRKLVKVSSKPGKTRLINFFLINNDFYFVDLPGYGYARVSKEEKKNWGKTIETYLTDREQLKKIILLVDSRHKPTNDDILMCNWIKYYGYDLSVVATKSDKLKRSEFKKNEKIIRDTLDLSKDNKIIFYSTLNKSGREELLQDIFNTCSID
>NZ_LT906477|1998004:2026007|2003756_2004368_+|WP_095178164.1|coat|DBSCAN-SWA
MLKKIIIPLGLTLALTFPLSAKAQGTYTIQKGDSLWKIAVKNEIGLDELISANPQLKNPSLIYPGEKISIPNLDEMKSMEKEVIKLVNIERANNGLAPLKENWELSRVARYKSSDMITKNYFSHTSPTYGSPFKMINSFGLKFSSAGENIAMGQRTPQEVVQAWMNSPGHRSNILNKNFTEIGVGLAKDANGNPYWTQMFIRP
>NZ_LT906477|1998004:2026007|2014021_2014441_+|WP_089863559.1|DBSCAN-SWA
MNNITSIFKEKKLKLTPQRIAVYKYLKSTDEHPSAETIYKSLQPEYPTMSLATVYKTLKTLVEVDLIQEINVGEGNFRYDGKTNPHPHIQCLNCGKVDDIKDINFENLNEKVKPYTDYEVLNNQVYFYGICSCCKKNNN
>NZ_LT906477|1998004:2026007|2002584_2003514_-|WP_089863584.1|DBSCAN-SWA
MSKIAVLGSINMDIVLKVDRMAKVGETLLARSLDKVAGGKGANQAVAASRLGSKVYMIGKVGKDDNGDILYRNIENDDINVEYILKDKEEPTGMAIITVDKKGDNSIIVVSGANMSLEKEDIYKYEKAIKDSDILITQFETPMDVSEESFKLAKSLGVTTILNPAPAKKITKALLENTDIIVPNETEAFEITKVEIKDEKDMRESAKFFLENGVKFVVITLGEKGAAIVSKDKFEIVPAYKVNAVDTTAAGDSFIGALAHKLGDSELNFDNIKEGVLYGNKVSSIVVQKEGAQSSIPYLKEVEEVFKEG
>NZ_LT906477|1998004:2026007|2013135_2013924_+|WP_089863563.1|DBSCAN-SWA
MFSYKFIQNAFLASLLISILCPAVGTFLVLKRHSMMGDALSHSSFAGIAIGLLLGFNPIVTSFIFTSLCALFIEYLRNYYKKYSEIILVIVMTLSVGIGITLVSMGKTNANINTYLFGSILTVSTKDLYIMCILGVISLLILYTLFNKLLYISFDEEGAQIAGINTKLVNYIFSLLVGSTISLSIRIMGILVISSMIALPTATALQLNCGFKKTFIYSIIFGFLDIVIGLFLSFYIDCAPGGTIAICSVVILLFTILFKKLK
>NZ_LT906477|1998004:2026007|1999706_2000642_-|WP_089863590.1|DBSCAN-SWA
MNNDMKEFLLKFKSLFGLILLCVIISILTPRFLNVSNIMNVFTQVSVNAILAIGMSFVILTGGIDLSVGSTLAISGAISASIIRATNSIFLSIIVALIIGAIIGLMNGVVVAKGKIQAFIVTLATMTIFRGVTMVYTNGTPISGLSDKFMLIGNKKILGYIPVPAIITIVVLIIAWYILSQTRYGRYVYALGGNEDSARLSGINTDKIKTLVYVICGITAALSGVITTSRVGSASPNAGLGFELDAIAAVVLGGTSLAGGEGTVVGTIIGAMIIGVLNNGLNLAGVSAYYQSIVKGLVILLAVLIDKKSKK
>NZ_LT906477|1998004:2026007|2004434_2004932_-|WP_089863580.1|DBSCAN-SWA
MKIGIISDTHITKKVENIDKILNDYFYDVDTIIHVGDFNSLEVIKRIRSKKKFIGVYGNNDSKDVKNTLPIKDIIRINGYKIGIFHGHGSGKNALDRAYDEFKDDKVDIIIFGHSHQPIIKTRNKILMINPGSPMRKLKERWYSYVLLELHKRRIEAKMVLFKKK
>NZ_LT906477|1998004:2026007|2010827_2011229_-|WP_089863569.1|DBSCAN-SWA
MAKCEVCGARAEVHHIVNKCEGGIDYPLNYKYLCSEHHRGKEGPHKNYQVDIKYKLELQNKLKEILVKDYYNICELEILLHINKNKLKKMFKWYKIYKEGYRKEDIILKLMGGKIYSSYMLEEYDDFIPLIVG
>NZ_LT906477|1998004:2026007|2018476_2018854_-|WP_089863551.1|DBSCAN-SWA
MDFNSLVNGLMSNEKGATFKNPVGGLGFGSSCIWIILFLIFCGFGYDYGGGSSCSCRCRCHSSKRRRKRRYDRYECGCCDNNFIFIIVVLAMLLCCGKDDKHHHHRGCNSLVDSNCEQLRTVEEN
>NZ_LT906477|1998004:2026007|2016508_2018020_-|WP_095177509.1|transposase|DBSCAN-SWA
MLGYWRSHCDYQSLLLSSISELYKTDPTIVEYYSSSIEKLYNLNLDDIKPLIRETYSLTGKPSNQQPELFRSFILMSDLGFHSLQKWIKHLRAHDILCTIIGVEKSNVPGLGTHYDFISRFWGMSPKAEKSAKDSLHSFTSKPHKKLGKNEKLPPKHPGVIKNLVEQALKGRTVETRPEKLFQQIFAKLAIEPSAKLGLLGNTQKLDISGDGTCLETGGSSLGIKTCDCIKKGIFNCKCNRRFSDPDARRGWDSYHEKWYYGHCLYFLSVYNPKLKKDLPIYFRMVQAQRYDGVTAIFALSEVRKMYPQFNFDKFIADAAHDNYPTYKLLNEWNIKAVISLNPKGEGKNKYEPPIGYTKDGIPICKCNQPMVYDWYDKGRSRIKYRCPLVKGKIKECPHKEECSPSAYGRVIYVKPSDDLRLFTAIPRNSDLWKQIMKKRTSSERVNKRILEDYNMEQTHCRGKKRWSWWTLIHSINIHLDAQLSVSKTNLLDIIKLTANKAC
>NZ_LT906477|1998004:2026007|1998004_1999516_+|WP_095177509.1|transposase|DBSCAN-SWA
MLGYWRSHCDYQSLLLSSISELYKTDPTIVEYYSSSIEKLYNLNLDDIKPLIRETYSLTGKPSNQQPELFRSFILMSDLGFHSLQKWIKHLRAHDILCTIIGVEKSNVPGLGTHYDFISRFWGMSPKAEKSAKDSLHSFTSKPHKKLGKNEKLPPKHPGVIKNLVEQALKGRTVETRPEKLFQQIFAKLAIEPSAKLGLLGNTQKLDISGDGTCLETGGSSLGIKTCDCIKKGIFNCKCNRRFSDPDARRGWDSYHEKWYYGHCLYFLSVYNPKLKKDLPIYFRMVQAQRYDGVTAIFALSEVRKMYPQFNFDKFIADAAHDNYPTYKLLNEWNIKAVISLNPKGEGKNKYEPPIGYTKDGIPICKCNQPMVYDWYDKGRSRIKYRCPLVKGKIKECPHKEECSPSAYGRVIYVKPSDDLRLFTAIPRNSDLWKQIMKKRTSSERVNKRILEDYNMEQTHCRGKKRWSWWTLIHSINIHLDAQLSVSKTNLLDIIKLTANKAC
>NZ_LT906477|1998004:2026007|2012458_2013118_+|WP_089863565.1|DBSCAN-SWA
MINIKNMYFSYINDNNYILKDINLNIVNGGYYSIIGENGSGKSTLVKLMLKLLNPSKGSISINTNKIGYVPQKSDHFNSKFPITVNEIFKCHCKTLGLKNYNSLESLLKELDISNLKESLIGNLSGGQQQKVFIAKALIGDPDLLILDEPSTGVDMISQKNIYTFLKNLNIKKQMTIISIEHNLKAAFENSSHIIKVENSSARIYSIKDIGSLKNLNNI
>NZ_LT906477|1998004:2026007|2020395_2022711_-|WP_089863546.1|DBSCAN-SWA
MGKKIEVLPIIPLRGITIFPYMVIHFDVGREKSIGSLEEAMLKDQKIFLATQKEAKVEDPKEEDIFTIGTVCSIKQILKLPGNTVRVLVEGECRGKIIEFIEEEDLLRVEIEEIRDKECTEDNKCEALFRLVKNSFKEYSKLVGTISMETLISIEDIDSPGRYVDVIASYLLLSQDKKQRLLEAYDVNERLQEILSILSNEIDILKIEKKIGIKVKNKIDKVQKEYYLKEQLKAIQEELGEDDEDKKEINKYKNKINKAKLPKVVKDKALYELDRLKNSGTYSTEGGIIRTYLDWILDLPWNTETKDNLDIKRAREILENEHYGLEDVKDRIIEYLAVKKMSKTLKGPILCLVGPPGVGKTSIAKSIAHALNRNFVRMSLGGVRDEAEIRGHRKTYIGAIPGRIIYGMKQAKSKNPLFLLDEIDKMSSDFRGNPGDALLEVLDSEQNNTFRDHYLELEYDLSKVLFITTANTLETIPRPLMDRMEIIEVSGYTEEEKFNIAKRHLIPKKLEEHNMNKQAISFSDNSILYIIENYTRESGVRNLERKIATVIRKAIAEMVEKEKKRINITINHVKKYLGPEQYTYDKASNEDKIGVVMGMAWTSYGGDTLPVEVMVMPGTGKLELTGKLGDVMKESAKAGYTYIRANAEKYKIDPNFYKEKDIHIHVPEGAVPKDGPSAGVTMITAMVSALGSKKVKHNVAMTGEITLTGDVLPIGGLKEKTLAAYRAGIDTVIIPKDNEKDLIQIPNSVKKKINFIVADNIDIVLENAIIL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_095177509.1|1998004_1999516_+|transposase	transposase	NA	NA	NA	NA
WP_089863590.1|1999706_2000642_-	ribose ABC transporter permease	NA	NA	NA	NA
WP_089863588.1|2000669_2002187_-	sugar ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	1.1e-19	30.4
WP_089863586.1|2002186_2002582_-	D-ribose pyranase	NA	NA	NA	NA
WP_089863584.1|2002584_2003514_-	ribokinase	NA	NA	NA	NA
WP_095178164.1|2003756_2004368_+|coat	SafA/ExsA family spore coat assembly protein	U5Q0C0	Bacillus_phage	3.1e-63	58.5
WP_089863580.1|2004434_2004932_-	metallophosphoesterase family protein	NA	NA	NA	NA
WP_089863578.1|2005183_2006476_-	homoserine dehydrogenase	NA	NA	NA	NA
WP_089863576.1|2006499_2007819_-	aspartate kinase	NA	NA	NA	NA
WP_089863574.1|2007835_2008723_-	homoserine kinase	NA	NA	NA	NA
WP_095178397.1|2008732_2010211_-	threonine synthase	NA	NA	NA	NA
WP_089863571.1|2010365_2010779_+	hemerythrin family protein	NA	NA	NA	NA
WP_089863569.1|2010827_2011229_-	HNH endonuclease	A0A0A7RUU3	Clostridium_phage	3.8e-17	41.2
WP_095178165.1|2011399_2012308_-	zinc ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_089863565.1|2012458_2013118_+	metal ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	6.0e-12	28.3
WP_089863563.1|2013135_2013924_+	metal ABC transporter permease	NA	NA	NA	NA
WP_089863559.1|2014021_2014441_+	transcriptional repressor	NA	NA	NA	NA
WP_095178166.1|2014482_2015694_-	carbohydrate ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_089863555.1|2016012_2016312_-	hypothetical protein	NA	NA	NA	NA
WP_095177509.1|2016508_2018020_-|transposase	transposase	NA	NA	NA	NA
WP_089863553.1|2018245_2018434_-	hypothetical protein	NA	NA	NA	NA
WP_089863551.1|2018476_2018854_-	hypothetical protein	NA	NA	NA	NA
WP_095178167.1|2018997_2019705_-|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_089863547.1|2019789_2020380_-	YihA family ribosome biogenesis GTP-binding protein	NA	NA	NA	NA
WP_089863546.1|2020395_2022711_-	endopeptidase La	A0A0R6PGP8	Moraxella_phage	3.2e-169	43.2
WP_089863543.1|2022892_2024581_-|protease	ATP-dependent protease LonB	A0A076FMQ5	Aureococcus_anophage	2.3e-07	27.1
WP_089863541.1|2024717_2026007_-|protease	ATP-dependent Clp protease ATP-binding subunit ClpX	G3M9Z9	Bacillus_virus	8.4e-143	60.3