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_CP014944	Colwellia sp. PAMC 20917 chromosome, complete genome	11 crisprs	WYL,DinG,cas14k,RT,DEDDh,cas3,cas2,cas1,csx1,cas6,csm3gr7,csx10gr5,cas10,cas14j,csa3	4	4	6	0

1. NZ_CP014944

CRISPR-Cas detection and classification

Crispr_ID: NZ_CP014944_1

• CRISPR_ID: NZ_CP014944_1
• CRISPR_location: 688324-688428
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_1

Consensus_repeat	Method
AGCATTATCATGGGTGGCATAGTAATTTT	CRISPRCasFinder

spacers of NZ_CP014944_1

>1.1|688353|47|NZ_CP014944|CRISPRCasFinder
TGTTGTTGACCTATGGATAGCCGTTTTTCAGAGCATTATTATTGTGT

CRISPR arrays and Neighbor proteins around NZ_CP014944_1

CRISPR arrays

The CRISPR arrays of NZ_CP014944_1

>merge|NZ_CP014944|1|688324-688428|CRISPRCasFinder
AGCATTATCATGGGTGGCATAGTAATTTTTGTTGTTGACCTATGGATAGCCGTTTTTCAGAGCATTATTATTGTGTAGCATTATCATGGGTGGCATAGTAACTTT

>NZ_CP014944|1|1|688324-688428|CRISPRCasFinder
AGCATTATCATGGGTGGCATAGTAATTTT	TGTTGTTGACCTATGGATAGCCGTTTTTCAGAGCATTATTATTGTGT
AGCATTATCATGGGTGGCATAGTAACTTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070373994.1|695562_697287_+|acetolactate-synthase-3-large-subunit	unknown	unknown	gnl|CDD|180578
NZ_CP014944.1|WP_070373986.1|681552_682146_+|5'-deoxynucleotidase	unknown	unknown	gnl|CDD|235165
NZ_CP014944.1|WP_070373997.1|698309_699170_-|bifunctional-methylenetetrahydrofolate-dehydrogenase/methenyltetrahydrofolate-cyclohydrolase-FolD	unknown	unknown	gnl|CDD|184558
NZ_CP014944.1|WP_157470770.1|678131_679454_-|hypothetical-protein	unknown	unknown	gnl|CDD|182705
NZ_CP014944.1|WP_070373996.1|697864_698305_+|GNAT-family-N-acetyltransferase	unknown	unknown	unknown
NZ_CP014944.1|WP_070373981.1|674961_675894_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|285027
NZ_CP014944.1|WP_070373987.1|682234_683785_-|response-regulator	unknown	unknown	gnl|CDD|225971
NZ_CP014944.1|WP_070373989.1|687031_688012_+|transposase	unknown	unknown	unknown
NZ_CP014944.1|WP_070373988.1|684269_686234_+|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|223910
NZ_CP014944.1|WP_070373993.1|693773_694529_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070373985.1|680314_681529_+|pyridoxal-phosphate-dependent-aminotransferase	unknown	unknown	gnl|CDD|181738
NZ_CP014944.1|WP_070373995.1|697286_697784_+|acetolactate-synthase-small-subunit	unknown	unknown	gnl|CDD|183365
NZ_CP014944.1|WP_070373982.1|676254_677952_+|proline--tRNA-ligase	unknown	unknown	gnl|CDD|236405
NZ_CP014944.1|WP_070373991.1|691049_691451_+|DUF3718-domain-containing-protein	unknown	unknown	gnl|CDD|378871
NZ_CP014944.1|WP_070373998.1|699311_699821_-|YcgN-family-cysteine-cluster-protein	unknown	unknown	gnl|CDD|235356
NZ_CP014944.1|WP_070373999.1|699863_700919_-|lytic-murein-transglycosylase	unknown	unknown	gnl|CDD|372592
NZ_CP014944.1|WP_070373992.1|692419_692842_+|DUF3718-domain-containing-protein	unknown	unknown	gnl|CDD|378871
NZ_CP014944.1|WP_083277879.1|673914_674952_-|DUF58-domain-containing-protein	unknown	unknown	gnl|CDD|224635
NZ_CP014944.1|WP_070373990.1|689109_690090_+|transposase	unknown	unknown	unknown
NZ_CP014944.1|WP_070373984.1|679554_680145_-|hypothetical-protein	unknown	unknown	gnl|CDD|368215

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070373994.1|695562_697287_+|acetolactate-synthase-3-large-subunit	gnl|CDD|180578	PRK06466, PRK06466, acetolactate synthase 3 large subunit.	0
NZ_CP014944.1|WP_070373986.1|681552_682146_+|5'-deoxynucleotidase	gnl|CDD|235165	PRK03826, PRK03826, 5'-nucleotidase; Provisional.	5.51576e-101
NZ_CP014944.1|WP_070373997.1|698309_699170_-|bifunctional-methylenetetrahydrofolate-dehydrogenase/methenyltetrahydrofolate-cyclohydrolase-FolD	gnl|CDD|184558	PRK14188, PRK14188, bifunctional methylenetetrahydrofolate dehydrogenase/methenyltetrahydrofolate cyclohydrolase FolD.	1.82116e-159
NZ_CP014944.1|WP_157470770.1|678131_679454_-|hypothetical-protein	gnl|CDD|182705	PRK10759, PRK10759, YfiM family lipoprotein.	0.00372997
NZ_CP014944.1|WP_070373998.1|699311_699821_-|YcgN-family-cysteine-cluster-protein	gnl|CDD|235356	PRK05170, PRK05170, YcgN family cysteine cluster protein.	4.05339e-78
NZ_CP014944.1|WP_070373981.1|674961_675894_-|AAA-family-ATPase	gnl|CDD|285027	pfam07726, AAA_3, ATPase family associated with various cellular activities (AAA). This Pfam entry includes some of the AAA proteins not detected by the pfam00004 model.	4.22616e-85
NZ_CP014944.1|WP_070373987.1|682234_683785_-|response-regulator	gnl|CDD|225971	COG3437, COG3437, Response regulator containing a CheY-like receiver domain and an HD-GYP domain [Transcription / Signal transduction mechanisms].	1.47778e-68
NZ_CP014944.1|WP_070373988.1|684269_686234_+|methyl-accepting-chemotaxis-protein	gnl|CDD|223910	COG0840, Tar, Methyl-accepting chemotaxis protein [Cell motility and secretion / Signal transduction mechanisms].	3.24029e-62
NZ_CP014944.1|WP_070373999.1|699863_700919_-|lytic-murein-transglycosylase	gnl|CDD|372592	pfam13406, SLT_2, Transglycosylase SLT domain. This family is related to the SLT domain pfam01464.	1.00547e-136
NZ_CP014944.1|WP_070373985.1|680314_681529_+|pyridoxal-phosphate-dependent-aminotransferase	gnl|CDD|181738	PRK09265, PRK09265, aminotransferase AlaT; Validated.	0
NZ_CP014944.1|WP_070373995.1|697286_697784_+|acetolactate-synthase-small-subunit	gnl|CDD|183365	PRK11895, ilvH, acetolactate synthase 3 regulatory subunit; Reviewed.	6.43725e-85
NZ_CP014944.1|WP_070373982.1|676254_677952_+|proline--tRNA-ligase	gnl|CDD|236405	PRK09194, PRK09194, prolyl-tRNA synthetase; Provisional.	0
NZ_CP014944.1|WP_070373991.1|691049_691451_+|DUF3718-domain-containing-protein	gnl|CDD|378871	pfam12514, DUF3718, Protein of unknown function (DUF3718). This domain family is found in bacteria and viruses, and is approximately 70 amino acids in length. There is a single completely conserved residue C that may be functionally important.	0.000177951
NZ_CP014944.1|WP_070373992.1|692419_692842_+|DUF3718-domain-containing-protein	gnl|CDD|378871	pfam12514, DUF3718, Protein of unknown function (DUF3718). This domain family is found in bacteria and viruses, and is approximately 70 amino acids in length. There is a single completely conserved residue C that may be functionally important.	0.00915361
NZ_CP014944.1|WP_083277879.1|673914_674952_-|DUF58-domain-containing-protein	gnl|CDD|224635	COG1721, COG1721, Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain) [General function prediction only].	7.38473e-14
NZ_CP014944.1|WP_070373984.1|679554_680145_-|hypothetical-protein	gnl|CDD|368215	pfam04970, LRAT, Lecithin retinol acyltransferase. The full-length members of this family, are representatives of a novel class II tumor-suppressor family, designated as H-REV107-like. This domain is the catalytic N-terminal proline-rich region of the protein. The downstream region is a putative C-terminal transmembrane domain which is found to be crucial for cellular localization, but not necessary for the enzyme activity. H-REV107-like proteins are homologous to lecithin retinol acyltransferase (LRAT), an enzyme that catalyzes the transfer of the sn-1 acyl group of phosphatidylcholine to all-trans-retinol and forming a retinyl ester.	0.00121962

Protein sequences

>NZ_CP014944.1|WP_070373989.1|687031_688012_+|transposase
MPKPRSQQISLSDTPYYHICSQTVRKAFLCGIDKETGVSYEHRRHWIEQRIFTLSQVFAIDICAHAVMNNHLHLVLHVDSEQVNNWTTFEVLSRWHKLFKGTLLTRQYQRQQSLTTFEIEIVEETAQVYKQRLIDISWFMRALNEPIARQANKEDKCTGHFWEGRFKSQALLDEGALLACMAYVDLNPVRAGIAPTPEQSSFTSIQLRIRAAIIGEQPTTLLPFTGNEQQAKTPGIRFSLKDYLTLVDETGRVIRADKRGAIDNKTANILSRLHISDESWLKLTTNFEGIFTGAVGTAEHLCEFTEHVGLKRAHGKANAQACLNSA
>NZ_CP014944.1|WP_070373988.1|684269_686234_+|methyl-accepting-chemotaxis-protein
MNIRSKLTLSFAATVILPIIAIAIVSISMTISKSSTSFVERTQDELRQVDNGFQLFFQQIKANVKFLAQNKLTTQLPDNTHTYIDSDHMMEPKNDSVEELNLYKLYEDFGSSHPDLLYVYTGTKEGGFVQYPLEVLGGYDPRQRPWYKQALASPNAPIITEAYQDVIGKPVVTSALVVKNKQGEIIGVQGLDVTLSTLTDILSNTKLGESGYLILIDESGTVLADAKTPENNFKNIKDLSSSSLLFSILQKSPNQDHFSTEHLGEDVDVASYYSKELKWRFVGVIHSDEILAPAYNMSQTITVIAFIMVTLFIAIGFWLANRIVQPINRVAEGLRDIAQGDGNLTKRLEIIGQDEVSELAQWFNQFLNSIHQLVVDIKTCASTLNVVANQSGIQIADVKAVSHKQEQSIDNVNNLIATMTDIAHQTSNDCQESSTTIMKTEEYSKKGISLISVTVSEVSSLNQSLSESSQSMKSLELESENITKILDVIRSIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLAQRSRGATEEIDAVLMNLLDKTRVVSQQMGVNVEQSKQAIDKIEQANQSFNEISTLVGQMKENISRITQAADQQCSSSDLINDDISGINQSAKGIVNTADTLADGSNDLLVLSKDLTNLVGRFKVNN
>NZ_CP014944.1|WP_070373987.1|682234_683785_-|response-regulator
MSNFLFKEESAGEPLASKPKKHKVWRILVIDDDESVHQVTRLVLADATIEHRSLEIVSAYSSIEAREILLKDDTFCMAFVDVVMETDHAGLELVEWIRNTLKNQAIRLILRTGQAGSAPEAKVIKEFDINDYKEKTDFTAGKMTTTVYASIRAYRDIMTIQRSLDAFKQLIKATHDLLKINQFKPFGSAALEHLLTLMDVDSSALYIARSQLEYDETSSNLIIACTGKYVSESDSLEASDISSDVKHLIQKAFENKKHYFTNEIFVGYYETSGNSVSVLYIEFEDDAEHFKASLAELYATNVALILDSLSKQHELEKTQKELLYIVGEAIETRSKDTGAHVHRVALICELLAKKLQLSEAFINAIRLAAPLHDIGKVVIPVNLLHKPGKLDNNEWEIMKTHADAGFQLLSKSKTSVSKLGARLAHYHHENWDGSGYPDGLSGEEIPLEARIMAIADVFDTLGSESCYKEKWSDTEIKAFLIEQSGKKFEAKMIDVFIENYDEFCQIRVLNPGESPL
>NZ_CP014944.1|WP_070373986.1|681552_682146_+|5'-deoxynucleotidase
MQSTFLAWMFRMPLIKRWALMFCVKPENVAEHSHQVAIVAHLLAVIKNKKFGGNINADRVATIALYHEASETRYGDIVSPTKYANKEIAREFKKIEYLAEKECLASLPEEFQELFSDIIVQDNVEVHYKAIVKAADILVAYIKALDELNHHNPEFLHVKERLEIKLDGLKKEMPEVEYFMDIFLEACSATVDKISQN
>NZ_CP014944.1|WP_070373985.1|680314_681529_+|pyridoxal-phosphate-dependent-aminotransferase
MKNIKKSSKLNNVCYEIRGQIAAEARKLEDEGHKILKLNIGNPAPFGFAAPDDILKDVIRNLPTAQGYCESKGIYSARVAVMQYFQQQGILDVSVEDIFIGNGVSELIVMAMQALLNNDDEVLIPAPDYPLWTASVALSGGKAIHYRCDEENQWFPDLVDMANKITDKTKAIVLINPNNPTGAVYSEALLKGIIELARKHDLIIFSDEIYDKILYDEATHIPTASLAQDVLIITMGGLSKNYRIAGFRAGWMVISGPKFHAEDYLEGLNILASMRLCANVPCQHAIQTALGGYQSINELIKDDGRLIKQRNLAHKMINEIDGLSCNPAMGALYLFVKVDQEKFNILDDEKMILDLLRQEKILLVHGGAFNIQEKNYFRLVFLPHVDELVPAMAKLKNFFSTYSQ
>NZ_CP014944.1|WP_070373984.1|679554_680145_-|hypothetical-protein
MPLPLLWLGAAAISAFAVKELADDRKKQQRKRFYYRDVQCLGRFNEHESPVVQYPTDLFTTTEKVKPEIGAIVCCGVGGILDHTGIWVGDNTIVELDGNGLIKAISVQRFTKERSGKHIFIACDSTAKPFASELAAQRAQQQIFQYRDYHMIENNCHQFIWQCFKPHDKNLTTFKALNIRLARLYDRKIYWDICDC
>NZ_CP014944.1|WP_157470770.1|678131_679454_-|hypothetical-protein
MKLWLKRILLLFVSLFCFAIIVIFMALQSTPQLQRTHQIDANSATENKRIAQRLIQSLKSDQQPIKLQATQAELHGLSAFGHRAIPQLSSDVVLFKDSALINFSIALPLPKFIKYLNVEMMLVSSKEGLDLGTVYIGNVALPGNGLLKLAEWFTNLYVKEEFGSTLLSMIKSVEISAEKISVDIVLSDDLKNEPLSNKNSLFALRDQLALYGDVEVIRFYYQSLVDTIEQSKTLKLSFAQYVGFTFGLVKQRNLAAITDSPAKENRAALMALVLYFGTDKFELLVGDISKLSAEQIQQRTIRRARVTLRERVDIQKHFIYSVALQLFGTSTASNAIGELKEFLDSNSGGSGFSFADLMADRAGTRLAMLATTSDESALKVQEHLADIINESLILPELTGLPEGISQQKFEQYYRDIDSLVYRSMLQSIDERLRKIPVYQD
>NZ_CP014944.1|WP_070373982.1|676254_677952_+|proline--tRNA-ligase
MRTTQYLLSTLKETPASAEVISHQLMLRAGLVRNVASGLYTWLPTGLKVLRKVENIVREEMERAGAIEVLMPMVQPADLWEESGRLNDYGPELLRINDRHDRAFVLGPTHEEVITKLVANEINSYKQLPLNIFQIQTKFRDEIRPRFGVMRGREFLMKDAYSFHLGEECLKKTYQIMFDAYCRIFDRLGLDYRPVIADTGSIGGEASHEFHVLADSGEDDIAFSDGSDFAANVEKAEAIAPLGERAEPTQELTKVELKLERLIKTSNIDLKTTVKTLLVLGSSAKGEPEKFIALVLRGDHQLNEVKVENLSAIASPLTFATDEQISAIANCHITSLGPKGLSVDVIVDRSAAHLSDFVCGANVNGQSYTGVNWKRDCDEINIQDIRNIVEGDPSPCGLGNIVIKRGIEVGHIFQLGEKYAQAMNCGVLTENGKNQTLTMGCYGIGVSRIVAAAIEQNHDENGIKWPAAIAPFQVAIVPMNMAKSARVKETAEALYTQLQQAGIEVIFDDRKERPGVMFADHELIGTPILLIVGERNLDEQNVEVKNRISGEKSLMAISDVMSLFS
>NZ_CP014944.1|WP_070373981.1|674961_675894_-|AAA-family-ATPase
MQVLVTAILAQVGSVVLGKPNEIRLALACLLAKGHLLIEDLPGMGKTTLAQVLAQTLGLSYQRTQFTSDLLPADVIGISIFNPDTKNFELHRGPIFNQVVLSDEINRASPKTQSALLEAMEEHQVSIDGTTYPLPQPFFVIATQNPLIHAGTYPLPESQLDRFMMRISLGFPDIAAEKQILQSESSHASYKKLLPCVDTDKLIAMQTAVSQVTVSDNIIDYVIALNHVSRQQGFAGRPLSPRAGQALVAAAKAWAFIDERTYVIPEDIQTVFSSVCQHRLELTTLGFGEQQENISAQVVAQVNVLNPLNS
>NZ_CP014944.1|WP_083277879.1|673914_674952_-|DUF58-domain-containing-protein
MMLTLNSVNSTIETTVKKLAIPIKNYLSRFVNKQFNRWLKRRIPPARKHKLSNHNIFIMPSRFGVVYLFFVVLLFLLATNYQNNVIMLLSYLMASVFITTMMQSFFNLSGLAISADKTALGYANQNIRFAINISSANKRLAINFCFDDQAVLHLPQSEPGEQTVYVCCSYPNRGVYNPGRLKVSSEYSLGLFTTWTRIDFDQQCIVYPQAMSLSYRQSDFGDAEQENVFSQSSKPGVDDFFELKAYLPGEPLSRLAWKQFARGQGRLTKHYHQQQGTRCWLKLNDMPNHGLEKQLAYLCFLVSEYHRSEQVFGLDLAAEKIQPSQGELHFKQCLMALAIYPKSPR
>NZ_CP014944.1|WP_070373990.1|689109_690090_+|transposase
MPKPRSQQISLSDTPYYHICSQTVRKAFLCGIDKETGVSYEHRRHWIEQRIFTLSQVFAIDICAHAVMNNHLHLVLHVDSEKANNWTTLEVLSRWHTLFKGTLLTCQYQRQQSLTTFEIEIVEETAQVYKQRLIDISWFMRALNEPIARQANKEDKCTGHFWEGRFKSQALLDEGALLACMAYVDLNPVRAGIAPTPEQSRFTSIQLRIKAAIMGEQPTTLLPFTGNEQQAKTSGIRFSLKDYLTLVDETGRVIRADKRGAIDNKTANILSRLHISDESWLKLTTNFEGIFTGAVGTAEHLCEFTEHVGLKRAHGKANAQACLNSA
>NZ_CP014944.1|WP_070373991.1|691049_691451_+|DUF3718-domain-containing-protein
MKILTLAVVFVLLAFNSNATKYKFIATDSSIETEMCVFAGNNDKDGLKKALRLRMMGSAINSKRFTVNSVTCNDMVMAHFAHKYDALDTFSYLNHFTSKKDKIPTTSVEIKDIAAVFNHKNEETKIIYVGSAK
>NZ_CP014944.1|WP_070373992.1|692419_692842_+|DUF3718-domain-containing-protein
MKILTLAVVFVLLAFNSNATKYEFIATDSNIETKMCVFAGNNDKDGLKKALRLRIMGSSINSKRFTVNSKRFTVNSVTCNNMVMAHFAHKYDAFDTFSYLNHFTSKKDKIPTTSVEIKDIAAIFNHKNEETKIIYVGSAK
>NZ_CP014944.1|WP_070373993.1|693773_694529_+|hypothetical-protein
MKIIFTLLIALFFISSVIAEEVKSYTQFDTFRFTIDNKSAKKFTTNMRNHIKKYHVKGVLKTKIYNIIYGPNTNEFIWVMGPISYAEFDSRPDDKKHDDDWVDNINPYITSYKQSEIWRNMDGLLINNMAKNADSPEKYITRYLTVNSDQDNEVIKYLLKQVKDTLDKMGKEKYWAIYDNQLIQGNLNGRHLMGISAMDSWAELDEDLEFAKHFEDLYGKGSYKTFGALYDKVFKNQWNEVIEVNKEMSGM
>NZ_CP014944.1|WP_070373994.1|695562_697287_+|acetolactate-synthase-3-large-subunit
MTKKQFTGAQMVVKALAALDVKYIFGYPGGTVLDIYDALFQQTDVEHILVRHEQAATHMADGFARATGEVGVVLATSGPGATNCITGIATAYMDSIPMVVLSGQVPTTLIGDDAFQETDIVGCSRPIVKHSFNCRVVEDIPNIIAKAFYIASTGRPGPVVIELPKDLLMPTSMGEFHIETDVKMRSYNPSIKGHPKQIRKAVKAMTTAKKLVVYSGGGVIIANASGLLTKLVEKLDAPITNTLMGLGGISGTHKNYIGMLGMHGSVEANKTMANADVILALGARFDDRVTNNVKKFCPDAKIIHVDIDPTSISKTINAHIPVVGQLEVVLQQLLDELAATDFEPNKEERMQWWQEVNNWRDINRVAYVQEGDQIKPQRVIEAMYKITQGEAYVCSDVGQHQMFAAQYYPFAKPRQWINSGGLGTMGFGLPAAMGVKLAFPESHVICITGDGSIQMNIQELSTCLQYNLPVVIISLNNRSLGMVRQWQDMVYGGRHSSSYMESLPDFVKLAESYGHVGMQINHLDELEDKLTEAFAIKNRLVFVDVLVDENEHVYPMQIRLGAIDDMWIKKGVKA
>NZ_CP014944.1|WP_070373995.1|697286_697784_+|acetolactate-synthase-small-subunit
MRRILAVLLENEPGSLSRIVGLFSQRAFNIESLTVAPTEDPSLSRITIATRGDDRVLEQIVKQVNKLIDVIKITDLTERSHVERELLLIKVLAMNDKSRTEVKRITDIFRGSIIDIGKQVYTIQLTGDAEKLNAFITTLANETEIIESVRSGCVGIARGEKALRI
>NZ_CP014944.1|WP_070373996.1|697864_698305_+|GNAT-family-N-acetyltransferase
MKTTFSLATKSDKKSLMRFYKQQSYSAGLLGLDNAYLLMCSSDIIGAVIISTLSENSQQSFLHALVIERAFRQQTFASQLLTFAFTQHQHQEIFCFADETLNHFYLQNGFEKISEQQLPEPLLGRFLRVKKAKRNLLAFTCKPLIL
>NZ_CP014944.1|WP_070373997.1|698309_699170_-|bifunctional-methylenetetrahydrofolate-dehydrogenase/methenyltetrahydrofolate-cyclohydrolase-FolD
MIIDGKQAAADLRKTLTLQVARLKKDKGIVPGLTVVLVGEDPASEIYVRNKIKQTRDVGMISNEIKLPHDTSQIQLLAELQQLNSDDAVHGILVQLPLPKHIDESVIIAAIAPHKDVDGFHAMNSGRLLNGEPGALVPCTPQGCIILAKQHLGEDLSGLHAVVIGRSNIVGKPVALLLLQENCTVTIAHSRTKNLAGICQQADILIAAVGRANFVQASWVKPGATVIDVGINHIEDESGKAKLVGDVDFANVAPVCGAITPVPGGVGPMTIACLLKNTLIAASTNG
>NZ_CP014944.1|WP_070373998.1|699311_699821_-|YcgN-family-cysteine-cluster-protein
MSEQAPFWQTKKLEEMSRPEWESLCDGCAKCCLNKFIDDDETTQETELLPTTYINEGEQIHYTNIACHLLNEKSCQCSKYEQRTTLVPDCVRLTQENLDGVFFMPPSCTYRRLKEGRGMPSWHPLLNNGKKTAMHKAGMSVRGKIVKDDDVAIEYFEDFIVSWPLNDID
>NZ_CP014944.1|WP_070373999.1|699863_700919_-|lytic-murein-transglycosylase
MSFCFDIKKYSVLMSCCILLCLTSSAQAAKKNLSAAGFEIYVARLKVEALDKGYDTALVNSAFSQVKFHQRAVKADRSQPETVETLDTYLPKRVPDWKVNKARALYKEHLPLLTKIGKEYNVQPRFIVALWGLETNFGKIMGNYNVISALTTLAYEGRREVFFKKQLWAALTIVQQGHISVEKMKGSWAGAMGQNQFMPTSFVAFAVDGDGDGKKDIWGNLDDVFSSMANYLKKEGWSDELTWGRQVKLPADFDKSLAIPKNTGSRANWLKAWEKTEKTLAQWQALGVRRADGTHLPKVDIKAALVFPDDENGRVYLAYNNYKSLMHWNLSYYFVSSVGHLSDRIKFPPIQ

Crispr_ID: NZ_CP014944_2

• CRISPR_ID: NZ_CP014944_2
• CRISPR_location: 1015751-1015829
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_2

Consensus_repeat	Method
AAAACTGCATAAATTATTATGGG	CRISPRCasFinder

spacers of NZ_CP014944_2

>2.1|1015774|33|NZ_CP014944|CRISPRCasFinder
TGGCCTATTAAGAAGGAATAAGTGTCTCGAACA

CRISPR arrays and Neighbor proteins around NZ_CP014944_2

CRISPR arrays

The CRISPR arrays of NZ_CP014944_2

>merge|NZ_CP014944|2|1015751-1015829|CRISPRCasFinder
AAAACTGCATAAATTATTATGGGTGGCCTATTAAGAAGGAATAAGTGTCTCGAACAAAAACTGCATAAGTTATTATGGG

>NZ_CP014944|2|2|1015751-1015829|CRISPRCasFinder
AAAACTGCATAAATTATTATGGG	TGGCCTATTAAGAAGGAATAAGTGTCTCGAACA
AAAACTGCATAAGTTATTATGGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070374226.1|1003810_1004440_-|heme-binding-protein	unknown	unknown	gnl|CDD|377411
NZ_CP014944.1|WP_070374227.1|1005475_1007014_+|PAS-domain-containing-protein	unknown	unknown	gnl|CDD|214599
NZ_CP014944.1|WP_070374235.1|1014717_1015701_-|transposase	unknown	unknown	unknown
NZ_CP014944.1|WP_070374236.1|1015976_1016606_-|heme-binding-protein	unknown	unknown	gnl|CDD|377411
NZ_CP014944.1|WP_070374237.1|1016908_1019800_-|aminomethyl-transferring-glycine-dehydrogenase	unknown	unknown	gnl|CDD|235432
NZ_CP014944.1|WP_070374242.1|1023523_1024747_-|2-octaprenyl-6-methoxyphenyl-hydroxylase	unknown	unknown	gnl|CDD|235584
NZ_CP014944.1|WP_070374239.1|1020617_1021706_-|glycine-cleavage-system-aminomethyltransferase-GcvT	unknown	unknown	gnl|CDD|234742
NZ_CP014944.1|WP_070374243.1|1024935_1026303_-|Xaa-Pro-aminopeptidase	unknown	unknown	gnl|CDD|182804
NZ_CP014944.1|WP_070374244.1|1026317_1026887_-|UPF0149-family-protein	unknown	unknown	gnl|CDD|234976
NZ_CP014944.1|WP_070374234.1|1013934_1014498_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070374231.1|1011710_1012025_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070374229.1|1009190_1010684_+|response-regulator	unknown	unknown	gnl|CDD|381150
NZ_CP014944.1|WP_070374228.1|1007029_1008580_+|HD-domain-containing-protein	unknown	unknown	gnl|CDD|225971
NZ_CP014944.1|WP_070374238.1|1020043_1020433_-|glycine-cleavage-system-protein-GcvH	unknown	unknown	gnl|CDD|234918
NZ_CP014944.1|WP_070374230.1|1010709_1011327_+|HD-GYP-domain-containing-protein	unknown	unknown	gnl|CDD|225116
NZ_CP014944.1|WP_070374233.1|1012473_1013934_-|hypothetical-protein	unknown	unknown	gnl|CDD|379756
NZ_CP014944.1|WP_070374241.1|1022182_1023451_-|UbiH/UbiF/VisC/COQ6-family-ubiquinone-biosynthesis-hydroxylase	unknown	unknown	gnl|CDD|273913
NZ_CP014944.1|WP_070374246.1|1027844_1028582_+|transporter-substrate-binding-domain-containing-protein	unknown	unknown	gnl|CDD|366132
NZ_CP014944.1|WP_070374245.1|1027072_1027381_+|cell-division-protein-ZapA	unknown	unknown	gnl|CDD|182874
NZ_CP014944.1|WP_070374232.1|1012067_1012526_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070374226.1|1003810_1004440_-|heme-binding-protein	gnl|CDD|377411	pfam04832, SOUL, SOUL heme-binding protein. This family represents a group of putative heme-binding proteins. Our family includes archaeal and bacterial homologs.	1.73593e-46
NZ_CP014944.1|WP_070374227.1|1005475_1007014_+|PAS-domain-containing-protein	gnl|CDD|214599	smart00283, MA, Methyl-accepting chemotaxis-like domains (chemotaxis sensory transducer). Thought to undergo reversible methylation in response to attractants or repellants during bacterial chemotaxis.	2.2085e-57
NZ_CP014944.1|WP_070374236.1|1015976_1016606_-|heme-binding-protein	gnl|CDD|377411	pfam04832, SOUL, SOUL heme-binding protein. This family represents a group of putative heme-binding proteins. Our family includes archaeal and bacterial homologs.	7.45606e-47
NZ_CP014944.1|WP_070374237.1|1016908_1019800_-|aminomethyl-transferring-glycine-dehydrogenase	gnl|CDD|235432	PRK05367, PRK05367, aminomethyl-transferring glycine dehydrogenase.	0
NZ_CP014944.1|WP_070374242.1|1023523_1024747_-|2-octaprenyl-6-methoxyphenyl-hydroxylase	gnl|CDD|235584	PRK05732, PRK05732, 2-octaprenyl-6-methoxyphenyl hydroxylase; Validated.	8.64333e-163
NZ_CP014944.1|WP_070374239.1|1020617_1021706_-|glycine-cleavage-system-aminomethyltransferase-GcvT	gnl|CDD|234742	PRK00389, gcvT, glycine cleavage system aminomethyltransferase GcvT.	0
NZ_CP014944.1|WP_070374243.1|1024935_1026303_-|Xaa-Pro-aminopeptidase	gnl|CDD|182804	PRK10879, PRK10879, proline aminopeptidase P II; Provisional.	6.14702e-159
NZ_CP014944.1|WP_070374244.1|1026317_1026887_-|UPF0149-family-protein	gnl|CDD|234976	PRK01736, PRK01736, hypothetical protein; Reviewed.	5.25981e-39
NZ_CP014944.1|WP_070374246.1|1027844_1028582_+|transporter-substrate-binding-domain-containing-protein	gnl|CDD|366132	pfam00497, SBP_bac_3, Bacterial extracellular solute-binding proteins, family 3.	2.42016e-20
NZ_CP014944.1|WP_070374229.1|1009190_1010684_+|response-regulator	gnl|CDD|381150	cd19923, REC_CheY_CheY3, phosphoacceptor receiver (REC) domain of chemotaxis response regulator CheY3 and similar CheY family proteins. CheY family chemotaxis response regulators (RRs) comprise about 17% of bacterial RRs and almost half of all RRs in archaea. This subfamily contains Vibrio cholerae CheY3, Escherichia coli CheY, and similar CheY family RRs. CheY proteins control bacterial motility and participate in signaling phosphorelays and in protein-protein interactions. CheY RRs contain only the REC domain with no output/effector domain. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	4.66602e-14
NZ_CP014944.1|WP_070374228.1|1007029_1008580_+|HD-domain-containing-protein	gnl|CDD|225971	COG3437, COG3437, Response regulator containing a CheY-like receiver domain and an HD-GYP domain [Transcription / Signal transduction mechanisms].	7.33401e-88
NZ_CP014944.1|WP_070374238.1|1020043_1020433_-|glycine-cleavage-system-protein-GcvH	gnl|CDD|234918	PRK01202, PRK01202, glycine cleavage system protein GcvH.	1.0142e-71
NZ_CP014944.1|WP_070374230.1|1010709_1011327_+|HD-GYP-domain-containing-protein	gnl|CDD|225116	COG2206, COG2206, c-di-GMP phosphodiesterase class II (HD-GYP domain) [Signal transduction mechanisms].	4.27681e-57
NZ_CP014944.1|WP_070374233.1|1012473_1013934_-|hypothetical-protein	gnl|CDD|379756	pfam15978, TnsD, Tn7-like transposition protein D. TnsD is a family of putative Tn7-like transposition proteins type D.	3.09137e-16
NZ_CP014944.1|WP_070374245.1|1027072_1027381_+|cell-division-protein-ZapA	gnl|CDD|182874	PRK10972, PRK10972, cell division protein ZapA.	2.36317e-13
NZ_CP014944.1|WP_070374241.1|1022182_1023451_-|UbiH/UbiF/VisC/COQ6-family-ubiquinone-biosynthesis-hydroxylase	gnl|CDD|273913	TIGR01988, Ubiquinone_biosynthesis_monooxygenase_COQ6, Ubiquinone biosynthesis hydroxylase, UbiH/UbiF/VisC/COQ6 family. This model represents a family of FAD-dependent hydroxylases (monooxygenases) which are all believed to act in the aerobic ubiquinone biosynthesis pathway. A separate set of hydroxylases, as yet undiscovered, are believed to be active under anaerobic conditions. In E. coli three enzyme activities have been described, UbiB (which acts first at position 6, see TIGR01982), UbiH (which acts at position 4) and UbiF (which acts at position 5). UbiH and UbiF are similar to one another and form the basis of this subfamily. Interestingly, E. coli contains another hydroxylase gene, called visC, that is highly similar to UbiF, adjacent to UbiH and, when mutated, results in a phenotype similar to that of UbiH (which has also been named visB). Several other species appear to have three homologs in this family, although they assort themselves differently on phylogenetic trees (e.g. Xylella and Mesorhizobium) making it difficult to ascribe a specific activity to each one. Eukaryotes appear to have only a single homolog in this subfamily (COQ6) which complements UbiH, but also possess a non-orthologous gene, COQ7 which complements UbiF. [Biosynthesis of cofactors, prosthetic groups, and carriers, Menaquinone and ubiquinone].	2.65092e-151

Protein sequences

>NZ_CP014944.1|WP_070374235.1|1014717_1015701_-|transposase
MPKPRSQQISLLDTPYYHICSRTVRKAFLCGVDKETGVSFEHRRRWIEKRLFTLSQVFSIDICAYAVMHNHLHIVLHVDSEPIERWSTDEVLQRWHQLFKGTLLTQRYSNKQPLDKCQLATVESTAEIYKQRLIDISWFMRSLNEPIARQANREDQCTGHFWEGRFKSQALLDEGALLSCMAYVDLNPIRAGIAVTPEQSDFTSIQRRIKAAITGEQPTCLLPFTGNESHQKSTGAGIHFSLQDYLTLVDETGRLLRDKRGAIDTTTVNILARLHINDESWLKLTTDFETIFTGAVGTAEHLCEFSEHVGLQRTHGIANAQACLNSA
>NZ_CP014944.1|WP_070374234.1|1013934_1014498_-|hypothetical-protein
MRSGTSFWHVAHQLPSAITCYQHHHQILSEGCHDCGFSYTDIRNHSVPPVDDKCPVCSAKIAPKTYALNEHTQWLLENSMRLLKQQGTLSSPQYSHQMKNGVAGFFAKASSISRKAPIYLADSLQNEFKDWLFSNGLSVFFKQPELAVDERVLSIDAGRYQARNWPPISVLLWLRFFGVESISNRHI
>NZ_CP014944.1|WP_070374233.1|1012473_1013934_-|hypothetical-protein
MKSFSLELYPNETLYSYLVRSRLLSGYPSSRDFLQEFIGSAHCQLSAVLPSFIPQLAQETQVSAQVLIEQHTLFSYLKAFLNPQVAEQTYSYLLQGNAKELHSQLSLTANRLKCAKQLKYCPVCAINDINTYGVAYWHINHQLPWMVICIEHQQWLVSKTCNRRALLLPEQTLELQLVGFEIPERVNLFAQLSQDLLEQGNDSLNLSRLVECYLARLVSHELSTNTGSIRQAQWFENIKQYWEGSLSTELSSQLIEQRSSTSFPTCLIYQPHAQHHPVKHLLIIGYLFGSLNEFFSCYHDPQFSFRNAVDLMKVQPKQSAFQRINNLKLKIIQQLKTSASLRSVAKGFGVSVTFVKNIAIQESISINTRAQRIFSPERSKIKSMLKKGTSTEKIAAKMKCSTAAVEQVLTQHPAIKTIRTNLRYFKLQQCHRKCILGLITKDPGITRGNLQKLARASYTWLFKHDKAWLYETLPKAIPRKDRYKGQ
>NZ_CP014944.1|WP_070374232.1|1012067_1012526_-|hypothetical-protein
MKLYPKQYQEKIGTKDNNQLQLTYEVEMMIKNEQELIAVLERIERLWGKLSEAGSIDNLRKLSEKVRMFEASRPEMCAQLSSRFGHLFTQEQQNKLFPKLMSWSGCNVLAIHWFEHYKIPSCGNLTPVELCQTGQAGVLLEYVDLIENGGFE
>NZ_CP014944.1|WP_070374231.1|1011710_1012025_-|hypothetical-protein
MPILPTRILVKDAKNVCLILDDISRTCFNALGVVDLSSGQFSIDGGLNDIRAKLDDEDGKLVIGFHCRYEKDMDYFEQKIQRYLNDAFSEHKNMRDIYLVKKLT
>NZ_CP014944.1|WP_070374230.1|1010709_1011327_+|HD-GYP-domain-containing-protein
MENRTLYQLINTISAAIEARDFYTSVHQNRVSNIARLIAQELQLPKEQIENVRLSGILHDIGKLGIPTALLSKAGKLRKEEFELIKQQSVIGEEILKHIDFAFPLATIVRQHHERINGSGYPDGLSGSDILLEARIIAVADVVDSMTSSRAYRGALGLSAAMDELNKNSGILYDSEVVDACCQLYKNNKINDLHSNDIWGSSRKQ
>NZ_CP014944.1|WP_070374229.1|1009190_1010684_+|response-regulator
MKINTQTIFLVEHVAEWNDAILSILHELKFENIQIFNSSHTAFDAFVKKQPDLIICDWYTGKSNSLEFLKKVRNHSVAPDTPFIMVSGIIEQIMIKQAVAIGVNEYIVKPFNTKIFKDKIDHALKFGRLGKTKKAKSEYFKTKIAVCNQKGSILRVIKDSFENYQYEVFQDLKTTIEQAKTDKFLDILIIDEHTIYTHRETHKSLLKLIATGQIEVVIIRNIDINKEVYSTLKAIGFKHFVYPYIDSQDIKTKVDLLIELKKALLQTKDTVKQATVEKDNELQQQLLQSIKLESNNIGKLGEKIISSSKKSSFINQLAQEISDNSKSINSITEAIASTAMSIKELQQSSKEKISISDLFNNTNKVFAHSLKQRKLTINFSSRECKYLKANPTLFSSLFMFIIKALIKDVKFESTLYISVSEENNNQFIEMEIVVSMTGYPHLEDIMERVWFNKDGEIQFELKNTIKELSDSQLTKYEFRFDQRNGLFTAVLIVPKDT
>NZ_CP014944.1|WP_070374228.1|1007029_1008580_+|HD-domain-containing-protein
MIIELIKATALLMSLCLLQSFTVRFIKKNGLIKQVVSGGIFGGICIIGMMLPIEINPGVIFDPRTVVLSMAGLFGGPVVSVIAAALTGGYRLFLGGGGVYVGVAVVIASTCLGLGYRYCVHKGLMKVNIIQLLLFGLLVHVVEVLFITQLPADVVVGLVSLIAFPLIFVFTPATAFLGMLLKDVEDRINTEQALSKTLDDFDRNVIFSKTDLTGKITHASKAFCEISGFELNELVGQSHSIVRHPDTPSSVFENLWKTIQQKKSIHIVLKNKKKCGGHYWVESQIEPEFDSDGKHIGYIGTRFDITDRKEIEQLHEEIEETQREVIFRMGEIGETRSKETGNHVRRVAEYSKLLALYSGLGEDEAELIKQASPMHDIGKVGIPDAILNKPGKLDAEEWIIMQTHAQIGRDMLMDSSRPLLKAAAIVAYEHHEKYDGSGYPQGLSGESIHIYGRITALADVFDALGSERCYKKAWDEEKIFNLFKDEKGKHFDPKLIDIFFDNLDEFLAIRDKFNDS
>NZ_CP014944.1|WP_070374227.1|1005475_1007014_+|PAS-domain-containing-protein
MSHTSNNEQVFSETQQLVSLTDLDGRITYANKAFCEIAGYSLDELVGQHHNIVRHPSMPKAAFADLWSKLKQDNSWRGMVKNRCKNGDYYWVDAYVTPVYENGKVIGYQSVRTLPSHEQKQNAQQLYDTLNNGRSVSGLETNVNLRRLFAIVLITLASFGVWAYTSSIVPSIMLLIFIALLSLVFSPELFTFPNYVTTTKKLFDSPSRLIFSGKGALGIIAYPLELYKARIRTILGRSHDSGQELVRLATKLQSASIEMLESIEEENSHLAQFATAITEMSATIAEVSLNTNQTHDKVLIVQNECRENINVIEISQNKINCLADDVEKAASNALELVTDVNKISTIMSEIQGIADQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLASRTQGATVQIQSSVTELQKTLENWSQVMLASKANAEECSEDSTKIKQAMENIIDNVNDVSDMTAQIATAAEEQSVVANQITHSVHTIDDLSKKNTILASQVNNYGIAVNKSAEDIGKLSTTFK
>NZ_CP014944.1|WP_070374226.1|1003810_1004440_-|heme-binding-protein
MKLLFTLLVPLILAGCSVFGESGVENAPYTLLKSDQVQKIEVRNYESLVLVSSDMSADGMNGAFRNLFRYITGENEGSTEIAMTAPVLMDESEAVSKGTKITMTAPVFMKERSEQQVMSFVMPADFTIQSTPKPTNPDVWITEVKDYKVVVIKFSGLLSDSNVETQTQILNNWIAKNGYTAVSEPINAAYNGPFTIPWLRHNEVLIEVK
>NZ_CP014944.1|WP_070374236.1|1015976_1016606_-|heme-binding-protein
MKLLFALLVPLILAGCSVFGESGVESAPYTLLKSDQAQKIEVRNYESIVLVSSDMSADGMNGAFRNLFRYITGENEGATEIAMTAPVLMDESEALSKGTNITMTAPVFMKERSEQQVMSFVMPADFTIQSTPKPTNPDVWITEVKDYKVAVIKFSGLLSDSNVETQTQILNSWIAKNGYTAVSEPINAAYNGPFTIPWFRHNEVLIEVK
>NZ_CP014944.1|WP_070374237.1|1016908_1019800_-|aminomethyl-transferring-glycine-dehydrogenase
MTTQSKSLAYLEQTQDFIRRHIGPNAEQTQAMLKDIGAESVDALINEIVPSDIRLSALPAIEESKTEAQALSDLKAVASLNKVNDTYIGLGYYGTLTPNVILRNVLENPGWYTAYTPYQPEIAQGRLESLLNYQQMCIDLTGLELASASLLDEGTAAAEAMALAKRVSKNKKSNLFFISSDVYPQTIDVVKQRAEMFDFDVIVAPAHEAADHDVFGALLQYPSASGEITDISELIEKIHANKGIVAVAADIMSLVMLKAPGELGADAVIGSSQRFGVPMGYGGPHAAFFTTSEKYKRSLPGRIIGVSKDTRGNAALRMAMQTREQHIRREKANSNICTAQVLLANMAAFYAVYHGPKGLKIIANRIHRFADILCLGTATKGLTAIHANYFDTLTFNLDNKEEIVARALAAGVNFRTDVAGQISISLDETTTRTDIAGLFDILLGAGHGLDVSALDDKIVSSGHSSIPAALVRESEILTHPVFNSYHSETEMLRYIKRLENKDLALNHSMISLGSCTMKLNATAQMIPVSWPEFANMHPFSPIDQAQGYKQMIDELGDWLVELTGYDNISMQPNSGAQGEYAGLIAIVKYHESRGDAHRNICLIPSSAHGTNPASAQMVGMKVVVVACDKEGNVDMNDLRTKASEMADNLACIMITYPSTHGVYETTVAEICNIVHEHGGQVYLDGANMNAQVGVTSPGYIGADVSHLNLHKTFAIPHGGGGPGMGPIGVKAHLAPFLPDHALINVNESTKGNGAVAAAPFGSAGILCISYLYCAMLGKQGVTDATKYAITNANYLAKKLSQHYPLLYAGKNGRVAHECIIDLRPLKATSGISEVDIAKRLIDYGFHAPTMSFPVAGTFMIEPTESESKVELDRFVEAMVSIRDEVRKVESGEWSSDDNPLHNAPHTLADITDTWERGYSIKEAVFPVPAAAKNKFWPTVNRIDDVYGDRNLICSCPPIESYQD
>NZ_CP014944.1|WP_070374238.1|1020043_1020433_-|glycine-cleavage-system-protein-GcvH
MSNIPSELKYATSHEWVRQEGNGVVTVGITEHAQDLLGDMVFVELPDVDDEISTGDDVAVAESVKAASDIYAPVSGKVIEVNEDLEDSPELVNSDAFGAGWLFKVQLADEAELDALLDAEGYANSIDED
>NZ_CP014944.1|WP_070374239.1|1020617_1021706_-|glycine-cleavage-system-aminomethyltransferase-GcvT
MTNKTVLHAKHIEAGAKLVDFHGWEMPINYGSQIEEHNAVRTDAGMFDVSHMTIVDIKGVDAKAYLRRLVINDVAKLTVEGKALYTGMLNHEGGVIDDLIIYFFTETYYRLVVNSATRVKDLAWMNEQSAGFDITITERPEFGMIAVQGPQAKAKVASLLTPEQTQAVEGMKPFFGVQAGDLFIATTGYTGEDGYEIVVPEDQAADLWQKLLDAGVAPCGLGARDTLRLEAGMNLYGLDMDETVSPLAANMAWTISWEPTDRNFIGREVLTAQKAAGDQPKLVGLVFEEKGVLRTGLKVITPFGEGIITSGTFSPTLGHSIAMARVPRSVSLGDTVEVEMRKKSVNVKVIKAGFVRNGKKVF
>NZ_CP014944.1|WP_070374241.1|1022182_1023451_-|UbiH/UbiF/VisC/COQ6-family-ubiquinone-biosynthesis-hydroxylase
MQKFDVLIVGGGMVGLTLALALRQQTQLTVAIVDTSPPDELSEQPDVRVSALNVASKQIFDNLDVWPLIQQKRIQAYTDMHVWDKAGFGKLLFSCDDLADTSANEQLGWIVENSVIRQSLWQKAQADQGIIFYTENTLSNISIGESEAFVSFTSTNGNPMPITAKLVVGADGANSWVRRQMAFPLTFRDYDHHAIVATVKCSQGHQNTAWQVFLETGPLALLPLNDALGTQDLCSIVWSTSPEDAIRLNGLTPAEFSKALTAASDGKLGNIELQSKRFTHPLTMRIAQSFVQERIALVGDAAHTIHPLAGQGVNLGLLDAVSLAQIINDKITQQKSPNDAWLTTRLLNEYSRWRKAEATEMVAAMESIKQVFTPQQGAIKLLRGLGLSLINNLKPVKQVLIKQALGLKSDLPKLAKLKDKLF
>NZ_CP014944.1|WP_070374242.1|1023523_1024747_-|2-octaprenyl-6-methoxyphenyl-hydroxylase
MKKEFDIVISGGGLSGALMALSLIDCKKQQGQPLSIAIVEANPVLEDPRLTFDDRVLALSHGTATYLERLGVWQQLKHLAEPIKNIHISDRGFYGKARLYAEHHQVNALGFVVEMSLLGQALLSSLKEKNKITDNITWFTPDKITDITWQKEQVELTLNSTAKLSAKLLLACDGVHSACRKFANIAVQESHYGQSALITNVSTAIPHNNLAFERFTDTGPIAMLPLSKQGSATSDSRCSLVWTLPPEQADKMLALSDKQFQDELENAFGSWLGAITQVGKRDVYSLKLLMADEQVFHRMALIGNASHTIHPIAGQGFNLGVRDVKQMVELIKVALNNNQDIGQFSLLSHYASQRKLDHQQVIGLTDSLVTLFSNKLPPLVIGRNVGLKVMNYLSPLKSRLVRKTMGY
>NZ_CP014944.1|WP_070374243.1|1024935_1026303_-|Xaa-Pro-aminopeptidase
MNTSTLVKNTLLPLAEFIQRRAQFFTSMPENSIAIFSAAQEVTRSNDTEYAFCQDKSFYYLTGYNEPDAILVLIKSVGKGEENQQSILFNLEKNALQEVWHGRRVGQALAVEHYGVDECFPLTEIDQYLPDYIADKSHLLFCQGKSSRFDSQIYAWLSAVKAQNRLGVKAPTLLVDCRNIIEEMRLIKSAGELDIMRQVNIISGAAHARAMKQSAIGKFEYQLEAEILHEFASNGARHPAYGSIVACGDNGNILHYTNNDDVLKNNELVLIDAGGELSGYAADITRTFPANGKFTLAQREVYQLVLDAQNLAIDAIKPHATFVELNVLVNNFLTSGLHRLGILSGNLAQLLEDKACKKYFIHGLGHWLGLDVHDVGDYQSNDKREQCRAFEQGMVMTIEPGIYIPLDDYSVDKKWRGIAIRIEDNIAVTDQGHENLTVNAPKSIAEIEQLMTANN
>NZ_CP014944.1|WP_070374244.1|1026317_1026887_-|UPF0149-family-protein
MSNETSLDFASVQAILTTESITVHGAELHGVLTGLVCAGFTFESEDYIVMINDLFNNGEGLPRAVKSLVKSMFAKVWHDIIDDSYGFQLTLPDDDDSIVERGHALSVWVQGFNLGFGLQQKNKAVLSEDVKEVLIDFAEISNLSDEMEEDEDTEQAYFEIAEYVRISALLCFTELGSPPESKSAEDTVH
>NZ_CP014944.1|WP_070374245.1|1027072_1027381_+|cell-division-protein-ZapA
MSQHSVTIEVANRRLKISCPSGQESSLLLAAEELNQRLLTDSKTCSIKTPEQSLVMTALNLSNDLLAARKEIIDERAALQSKIDLLQATIKQAVISEYLKKA
>NZ_CP014944.1|WP_070374246.1|1027844_1028582_+|transporter-substrate-binding-domain-containing-protein
MPIKYLCVMLLLMLNTSSSIAKQLVVTEILPPYQFYQENTALSGFSVEVMQEIFKITGDEINLQVFPWARAYKTALNQPNTLIFSLSRTKARENLFIWGGKLMKEDIYAWGLKEDFKTSITDIEQLKKYKIAVTNSSSTAQYFQQQEYPFIYMVVSPEQSLQMLYLNRVDFITGTKSTLVARASKLNLEVSRLKKIMPLSVVNHDLYFAFSLNSDKKIVTKYTNAYKIIEKNGTLDKLRNKWQVQ

Crispr_ID: NZ_CP014944_3

• CRISPR_ID: NZ_CP014944_3
• CRISPR_location: 1150010-1151649
• Repeat_type: NA
• Spacer_info: 23 spacers
• Cas_protein_info: cas2,cas1,DinG,csx1,cas6,csm3gr7,csx10gr5

Consensus repeat of NZ_CP014944_3

Consensus_repeat	Method
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	PILER-CR
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CRISPRCasFinder
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CRT

spacers of NZ_CP014944_3

>3.1|1150046|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
CCGCTAGTGGCGATGTGTTGTTTGCTGTGTCGAG
>3.2|1150116|35|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TTGCGCCTGTTTGTTTGAGATACGTCTCTGCTTAC
>3.3|1150187|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
CTGTAAGCGTAGACGCTAACTGGTTTAAATAAAC
>3.4|1150257|35|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TTGAGATGCGACGTTGTTTGCGTAGTGCTTGGACC
>3.5|1150328|31|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TGCCGCTACTTCTACGAGTGCGCCTGATGCT
>3.6|1150395|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
ACTTTACCGCGAATCATTTGAACGCTTTTTTCTG
>3.7|1150465|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
ATATCACACTGTTAGGTGCAAATAGAGTCTTAT
>3.8|1150534|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
ATGTTTCTATATCAAACATTATGTTATTTACTTT
>3.9|1150604|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
ATGCGAAGATAGATTTGATTGTTGCGAACATAG
>3.10|1150673|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TTCTTCTGTGATTATGAATACGTTTGCTATTGTT
>3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
GTGATACCGCGAGCGTGGTGGATGAACTCAACCA
>3.12|1150813|31|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TATGGTGGACGCTGGACTATACATGAATTCG
>3.13|1150880|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TGCCATTTGACCACCTTTGACACTGAGTTCGCC
>3.14|1150949|32|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
CGACTTAAGAGATGCTACATTCTCACTGAACT
>3.15|1151017|37|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TCACTGAACTGTTCACACACTATGAAGACTTCATCAC
>3.16|1151090|36|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
AATTTGTATATCTTCTATGTACTCAGCTTCTCTAAC
>3.17|1151162|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
CTACTATGCTTGGTTACTCTTAAGCCTGATGAT
>3.18|1151231|37|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
GACGTTGTTTGCGTAGTGCTTGGACCTCTTCAAGGCC
>3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
GAGTTAACTCTGGTGCTGGTGCTGCTGTATTTGT
>3.20|1151374|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
TATTGGCATACACGATGCTCAAGCTCCTCTACT
>3.21|1151443|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
CTGGCTGTTGCGTAATACCGAACAGCTTTCCTC
>3.22|1151512|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT
AACTCAGGAATGTCACCATCTTCCGCAAGCTCA
>3.23|1151581|33|NZ_CP014944|CRISPRCasFinder,CRT
CAGTCGTAAAAGTCGTCCCAATTTTCGGCTTGT

CRISPR arrays and Neighbor proteins around NZ_CP014944_3

CRISPR arrays

The CRISPR arrays of NZ_CP014944_3

>merge|NZ_CP014944|3|1150010-1151649|PILER-CR,CRISPRCasFinder,CRT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACCCGCTAGTGGCGATGTGTTGTTTGCTGTGTCGAGCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTTGCGCCTGTTTGTTTGAGATACGTCTCTGCTTACCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACCTGTAAGCGTAGACGCTAACTGGTTTAAATAAACCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTTGAGATGCGACGTTGTTTGCGTAGTGCTTGGACCCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTGCCGCTACTTCTACGAGTGCGCCTGATGCTCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACACTTTACCGCGAATCATTTGAACGCTTTTTTCTGCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACATATCACACTGTTAGGTGCAAATAGAGTCTTATCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACATGTTTCTATATCAAACATTATGTTATTTACTTTCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACATGCGAAGATAGATTTGATTGTTGCGAACATAGCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTTCTTCTGTGATTATGAATACGTTTGCTATTGTTCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACGTGATACCGCGAGCGTGGTGGATGAACTCAACCACTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTATGGTGGACGCTGGACTATACATGAATTCGCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTGCCATTTGACCACCTTTGACACTGAGTTCGCCCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACCGACTTAAGAGATGCTACATTCTCACTGAACTCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTCACTGAACTGTTCACACACTATGAAGACTTCATCACCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACAATTTGTATATCTTCTATGTACTCAGCTTCTCTAACCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACCTACTATGCTTGGTTACTCTTAAGCCTGATGATCTCAGAACAACACCCTGCTAAAAAAGGTATTAAGACGACGTTGTTTGCGTAGTGCTTGGACCTCTTCAAGGCCCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACGAGTTAACTCTGGTGCTGGTGCTGCTGTATTTGTCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACTATTGGCATACACGATGCTCAAGCTCCTCTACTATCAGAACAACACCCTGCTAAAAAAGGGATTAAGACCTGGCTGTTGCGTAATACCGAACAGCTTTCCTCCTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACAACTCAGGAATGTCACCATCTTCCGCAAGCTCACTCAGAACAACACCCTGCTAAAAAAGGGATTAAGACCAGTCGTAAAAGTCGTCCCAATTTTCGGCTTGTCTCAGAACAACACCCTGCTAAAAAAGGGATTGTACA

>NZ_CP014944|3|1|1150010-1151580|PILER-CR
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CCGCTAGTGGCGATGTGTTGTTTGCTGTGTCGAG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTGCGCCTGTTTGTTTGAGATACGTCTCTGCTTAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTGTAAGCGTAGACGCTAACTGGTTTAAATAAAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTGAGATGCGACGTTGTTTGCGTAGTGCTTGGACC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TGCCGCTACTTCTACGAGTGCGCCTGATGCT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ACTTTACCGCGAATCATTTGAACGCTTTTTTCTG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATATCACACTGTTAGGTGCAAATAGAGTCTTAT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATGTTTCTATATCAAACATTATGTTATTTACTTT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATGCGAAGATAGATTTGATTGTTGCGAACATAG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTCTTCTGTGATTATGAATACGTTTGCTATTGTT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	GTGATACCGCGAGCGTGGTGGATGAACTCAACCA
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TATGGTGGACGCTGGACTATACATGAATTCG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TGCCATTTGACCACCTTTGACACTGAGTTCGCC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CGACTTAAGAGATGCTACATTCTCACTGAACT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TCACTGAACTGTTCACACACTATGAAGACTTCATCAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	AATTTGTATATCTTCTATGTACTCAGCTTCTCTAAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTACTATGCTTGGTTACTCTTAAGCCTGATGAT
CTCAGAACAACACCCTGCTAAAAAAGGTATTAAGAC	GACGTTGTTTGCGTAGTGCTTGGACCTCTTCAAGGCC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	GAGTTAACTCTGGTGCTGGTGCTGCTGTATTTGT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TATTGGCATACACGATGCTCAAGCTCCTCTACT
ATCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTGGCTGTTGCGTAATACCGAACAGCTTTCCTC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	AACTCAGGAATGTCACCATCTTCCGCAAGCTCA
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC

>NZ_CP014944|3|3|1150010-1151649|CRISPRCasFinder
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CCGCTAGTGGCGATGTGTTGTTTGCTGTGTCGAG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTGCGCCTGTTTGTTTGAGATACGTCTCTGCTTAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTGTAAGCGTAGACGCTAACTGGTTTAAATAAAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTGAGATGCGACGTTGTTTGCGTAGTGCTTGGACC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TGCCGCTACTTCTACGAGTGCGCCTGATGCT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ACTTTACCGCGAATCATTTGAACGCTTTTTTCTG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATATCACACTGTTAGGTGCAAATAGAGTCTTAT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATGTTTCTATATCAAACATTATGTTATTTACTTT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATGCGAAGATAGATTTGATTGTTGCGAACATAG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTCTTCTGTGATTATGAATACGTTTGCTATTGTT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	GTGATACCGCGAGCGTGGTGGATGAACTCAACCA
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TATGGTGGACGCTGGACTATACATGAATTCG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TGCCATTTGACCACCTTTGACACTGAGTTCGCC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CGACTTAAGAGATGCTACATTCTCACTGAACT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TCACTGAACTGTTCACACACTATGAAGACTTCATCAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	AATTTGTATATCTTCTATGTACTCAGCTTCTCTAAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTACTATGCTTGGTTACTCTTAAGCCTGATGAT
CTCAGAACAACACCCTGCTAAAAAAGGTATTAAGAC	GACGTTGTTTGCGTAGTGCTTGGACCTCTTCAAGGCC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	GAGTTAACTCTGGTGCTGGTGCTGCTGTATTTGT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TATTGGCATACACGATGCTCAAGCTCCTCTACT
ATCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTGGCTGTTGCGTAATACCGAACAGCTTTCCTC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	AACTCAGGAATGTCACCATCTTCCGCAAGCTCA
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CAGTCGTAAAAGTCGTCCCAATTTTCGGCTTGT
CTCAGAACAACACCCTGCTAAAAAAGGGATTGTACA

>NZ_CP014944|3|1|1150010-1151649|CRT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CCGCTAGTGGCGATGTGTTGTTTGCTGTGTCGAG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTGCGCCTGTTTGTTTGAGATACGTCTCTGCTTAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTGTAAGCGTAGACGCTAACTGGTTTAAATAAAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTGAGATGCGACGTTGTTTGCGTAGTGCTTGGACC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TGCCGCTACTTCTACGAGTGCGCCTGATGCT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ACTTTACCGCGAATCATTTGAACGCTTTTTTCTG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATATCACACTGTTAGGTGCAAATAGAGTCTTAT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATGTTTCTATATCAAACATTATGTTATTTACTTT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	ATGCGAAGATAGATTTGATTGTTGCGAACATAG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TTCTTCTGTGATTATGAATACGTTTGCTATTGTT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	GTGATACCGCGAGCGTGGTGGATGAACTCAACCA
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TATGGTGGACGCTGGACTATACATGAATTCG
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TGCCATTTGACCACCTTTGACACTGAGTTCGCC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CGACTTAAGAGATGCTACATTCTCACTGAACT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TCACTGAACTGTTCACACACTATGAAGACTTCATCAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	AATTTGTATATCTTCTATGTACTCAGCTTCTCTAAC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTACTATGCTTGGTTACTCTTAAGCCTGATGAT
CTCAGAACAACACCCTGCTAAAAAAGGTATTAAGAC	GACGTTGTTTGCGTAGTGCTTGGACCTCTTCAAGGCC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	GAGTTAACTCTGGTGCTGGTGCTGCTGTATTTGT
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	TATTGGCATACACGATGCTCAAGCTCCTCTACT
ATCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CTGGCTGTTGCGTAATACCGAACAGCTTTCCTC
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	AACTCAGGAATGTCACCATCTTCCGCAAGCTCA
CTCAGAACAACACCCTGCTAAAAAAGGGATTAAGAC	CAGTCGTAAAAGTCGTCCCAATTTTCGGCTTGT
CTCAGAACAACACCCTGCTAAAAAAGGGATTGTACA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070374345.1|1154325_1155051_+|hypothetical-protein	unknown	unknown	gnl|CDD|394873
NZ_CP014944.1|WP_070374346.1|1155386_1156553_-|TIGR02584-family-CRISPR-associated-protein	csx1	cd09686_csx1_CAS-III	gnl|CDD|187872
NZ_CP014944.1|WP_070374336.1|1143305_1143833_-|single-stranded-DNA-binding-protein	unknown	unknown	gnl|CDD|236362
NZ_CP014944.1|WP_070374351.1|1161677_1163261_-|hypothetical-protein	csx10gr5	cls000748_csx10gr5_CAS-III-D	gnl|CDD|131722
NZ_CP014944.1|WP_083277899.1|1142472_1142625_-|HTH-domain-containing-protein	unknown	unknown	gnl|CDD|225253
NZ_CP014944.1|WP_070374348.1|1157451_1159671_-|TIGR03986-family-CRISPR-associated-RAMP-protein	csm3gr7	cls000253_csm3gr7_CAS-III-A:CAS-III-D	gnl|CDD|274902
NZ_CP014944.1|WP_070374349.1|1159670_1160198_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070374335.1|1142795_1143152_-|hypothetical-protein	unknown	unknown	gnl|CDD|226125
NZ_CP014944.1|WP_070374339.1|1146742_1147858_-|hypothetical-protein	unknown	unknown	gnl|CDD|372578
NZ_CP014944.1|WP_070374341.1|1148440_1149430_+|CRISPR-associated-endonuclease-Cas1	cas1	pfam01867_cas1_CAS-I:CAS-II:CAS-III	gnl|CDD|376633
NZ_CP014944.1|WP_070374338.1|1144293_1146585_-|hypothetical-protein	DinG	COG1199_DinG_CAS-IV-A	gnl|CDD|236966
NZ_CP014944.1|WP_070374340.1|1148130_1148409_+|CRISPR-associated-endonuclease-Cas2	cas2	pfam09827_cas2_CAS-I:CAS-II:CAS-III	gnl|CDD|187856
NZ_CP014944.1|WP_070374352.1|1163261_1163888_-|hypothetical-protein	csm3gr7	cd09726_csm3gr7_CAS-III-D	gnl|CDD|377130
NZ_CP014944.1|WP_070374344.1|1153720_1154317_+|DUF4433-domain-containing-protein	unknown	unknown	gnl|CDD|373093
NZ_CP014944.1|WP_083277900.1|1149515_1149791_+|CRISPR-associated-endonuclease-Cas2	cas2	pfam09827_cas2_CAS-I:CAS-II:CAS-III	gnl|CDD|378256
NZ_CP014944.1|WP_083277901.1|1160194_1161718_-|hypothetical-protein	csm3gr7	cd09726_csm3gr7_CAS-III-D	gnl|CDD|377130
NZ_CP014944.1|WP_070374343.1|1152409_1153603_+|DUF1887-family-protein	csx1	pfam09002_csx1_CAS-III	gnl|CDD|312526
NZ_CP014944.1|WP_070374334.1|1141275_1142238_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070374337.1|1143857_1144169_-|hypothetical-protein	unknown	unknown	gnl|CDD|177398
NZ_CP014944.1|WP_070374347.1|1156582_1157452_-|CRISPR-system-precrRNA-processing-endoribonuclease-RAMP-protein-Cas6	cas6	mkCas0066_cas6_CAS-I:CAS-III	gnl|CDD|187890

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_CP014944.1|WP_070374346.1|1155386_1156553_-|TIGR02584-family-CRISPR-associated-protein	csx1	cd09686_csx1_CAS-III	1.9e-72	238.3	0.0
NZ_CP014944.1|WP_070374343.1|1152409_1153603_+|DUF1887-family-protein	csx1	pfam09002_csx1_CAS-III	7.7e-50	164.3	2.7
NZ_CP014944.1|WP_070374352.1|1163261_1163888_-|hypothetical-protein	csm3gr7	cd09726_csm3gr7_CAS-III-D	2.6e-18	61.8	0.0
NZ_CP014944.1|WP_070374351.1|1161677_1163261_-|hypothetical-protein	csx10gr5	cls000748_csx10gr5_CAS-III-D	2.6e-24	80.1	0.0
NZ_CP014944.1|WP_083277900.1|1149515_1149791_+|CRISPR-associated-endonuclease-Cas2	cas2	pfam09827_cas2_CAS-I:CAS-II:CAS-III	7.3e-22	72.3	0.2
NZ_CP014944.1|WP_083277901.1|1160194_1161718_-|hypothetical-protein	csm3gr7	cd09726_csm3gr7_CAS-III-D	1.1e-23	79.3	0.0
NZ_CP014944.1|WP_070374348.1|1157451_1159671_-|TIGR03986-family-CRISPR-associated-RAMP-protein	csm3gr7	cls000253_csm3gr7_CAS-III-A:CAS-III-D	1.2e-110	366.1	1.7
NZ_CP014944.1|WP_070374341.1|1148440_1149430_+|CRISPR-associated-endonuclease-Cas1	cas1	pfam01867_cas1_CAS-I:CAS-II:CAS-III	2e-64	212.3	0.2
NZ_CP014944.1|WP_070374340.1|1148130_1148409_+|CRISPR-associated-endonuclease-Cas2	cas2	pfam09827_cas2_CAS-I:CAS-II:CAS-III	1.4e-12	42.5	2.0
NZ_CP014944.1|WP_070374347.1|1156582_1157452_-|CRISPR-system-precrRNA-processing-endoribonuclease-RAMP-protein-Cas6	cas6	mkCas0066_cas6_CAS-I:CAS-III	8.9e-61	200.6	0.2
NZ_CP014944.1|WP_070374338.1|1144293_1146585_-|hypothetical-protein	DinG	COG1199_DinG_CAS-IV-A	1.1e-93	309.3	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070374345.1|1154325_1155051_+|hypothetical-protein	gnl|CDD|394873	cd02901, Macro_Poa1p-like, macrodomain, Poa1p-like family. Macrodomains are found in a variety of proteins with diverse cellular functions, as a stand-alone domain or in combination with other domains like in histone macroH2A and some PARPs (poly ADP-ribose polymerases). Macrodomains can recognize ADP-ribose (ADPr) in both its free and protein-linked forms, in related ligands, such as O-acyl-ADP-ribose (OAADPr), and even in ligands unrelated to ADPr. Members of this family show similarity to the yeast protein Poa1p, reported to be a phosphatase specific for Appr-1"-p, a tRNA splicing metabolite. Poa1p may play a role in tRNA splicing regulation.	3.16916e-23
NZ_CP014944.1|WP_070374346.1|1155386_1156553_-|TIGR02584-family-CRISPR-associated-protein	gnl|CDD|187872	cd09741, Csx1_III-U, CRISPR/Cas system-associated protein Csx1. 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; Protein of this family often fused to HTH domain; Some proteins could have an additional fusion with RecB-family nuclease domain; Core domain appears to have a Rossmann-like fold; loosely associated with CRISPR/Cas systems; also known as NE0113 family.	3.14285e-77
NZ_CP014944.1|WP_070374336.1|1143305_1143833_-|single-stranded-DNA-binding-protein	gnl|CDD|236362	PRK09010, PRK09010, single-stranded DNA-binding protein; Provisional.	2.6834e-60
NZ_CP014944.1|WP_070374351.1|1161677_1163261_-|hypothetical-protein	gnl|CDD|131722	TIGR02674, cas_cyan_RAMP_2, CRISPR-associated RAMP protein, Csx10 family. CRISPR is a widespread repeat family in prokaryotes. At least 45 different protein families occur in prokaryotes only when these repeats are present. This family, a minor CRISPR-associated protein family, seems largely restricted to the Cyanobacteria. It belongs to the RAMP superfamily (pfam03787).	4.04809e-07
NZ_CP014944.1|WP_083277899.1|1142472_1142625_-|HTH-domain-containing-protein	gnl|CDD|225253	COG2378, COG2378, Predicted transcriptional regulator [Transcription].	0.00095565
NZ_CP014944.1|WP_070374348.1|1157451_1159671_-|TIGR03986-family-CRISPR-associated-RAMP-protein	gnl|CDD|274902	TIGR03986, CRISPR-associated_protein, CRISPR-associated protein. Members of this protein family, part of the larger RAMP family, are found exclusively in species with CRISPR systems, in local contexts containing other RAMP (Repeat-Associated Mystery Proteins).	4.6123e-88
NZ_CP014944.1|WP_070374335.1|1142795_1143152_-|hypothetical-protein	gnl|CDD|226125	COG3597, COG3597, Uncharacterized protein/domain associated with GTPases [Function unknown].	3.48589e-08
NZ_CP014944.1|WP_070374339.1|1146742_1147858_-|hypothetical-protein	gnl|CDD|372578	pfam13362, Toprim_3, Toprim domain. The toprim domain is found in a wide variety of enzymes involved in nucleic acid manipulation.	0.000124247
NZ_CP014944.1|WP_070374341.1|1148440_1149430_+|CRISPR-associated-endonuclease-Cas1	gnl|CDD|376633	pfam01867, Cas_Cas1, CRISPR associated protein Cas1. Clustered regularly interspaced short palindromic repeats (CRISPRs) are a family of DNA direct repeats found in many prokaryotic genomes. This family of proteins corresponds to Cas1, a CRISPR-associated protein. Cas1 may be involved in linking DNA segments to CRISPR.	2.58088e-69
NZ_CP014944.1|WP_070374338.1|1144293_1146585_-|hypothetical-protein	gnl|CDD|236966	PRK11747, dinG, ATP-dependent DNA helicase DinG; Provisional.	1.85544e-134
NZ_CP014944.1|WP_070374340.1|1148130_1148409_+|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.	1.89524e-05
NZ_CP014944.1|WP_070374352.1|1163261_1163888_-|hypothetical-protein	gnl|CDD|377130	pfam03787, RAMPs, RAMP superfamily. The molecular function of these proteins is not yet known. However, they have been identified and called the RAMP (Repair Associated Mysterious Proteins) superfamily. The members of this family have no known function they are around 300 amino acids in length and have several conserved motifs.	5.14594e-15
NZ_CP014944.1|WP_070374337.1|1143857_1144169_-|hypothetical-protein	gnl|CDD|177398	PHA02569, 39, DNA topoisomerase II large subunit; Provisional.	0.00147811
NZ_CP014944.1|WP_083277900.1|1149515_1149791_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|378256	pfam09827, CRISPR_Cas2, CRISPR associated protein Cas2. Members of this family of bacterial proteins comprise various hypothetical proteins, as well as CRISPR (clustered regularly interspaced short palindromic repeats) associated proteins, conferring resistance to infection by certain bacteriophages.	5.69951e-17
NZ_CP014944.1|WP_083277901.1|1160194_1161718_-|hypothetical-protein	gnl|CDD|377130	pfam03787, RAMPs, RAMP superfamily. The molecular function of these proteins is not yet known. However, they have been identified and called the RAMP (Repair Associated Mysterious Proteins) superfamily. The members of this family have no known function they are around 300 amino acids in length and have several conserved motifs.	8.70153e-16
NZ_CP014944.1|WP_070374343.1|1152409_1153603_+|DUF1887-family-protein	gnl|CDD|312526	pfam09002, DUF1887, Domain of unknown function (DUF1887). This domain is found in a set of hypothetical bacterial proteins.	3.60383e-37
NZ_CP014944.1|WP_070374344.1|1153720_1154317_+|DUF4433-domain-containing-protein	gnl|CDD|373093	pfam14487, DUF4433, Domain of unknown function (DUF4433). This family of proteins is found in bacteria, archaea and eukaryotes. Proteins in this family are typically between 201 and 230 amino acids in length. There is a single completely conserved residue E that may be functionally important. This family is distantly similar to pfam01885 suggesting these may be ADP-ribosylases.	2.6979e-41
NZ_CP014944.1|WP_070374347.1|1156582_1157452_-|CRISPR-system-precrRNA-processing-endoribonuclease-RAMP-protein-Cas6	gnl|CDD|187890	cd09760, Cas6_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.	8.51359e-07

Protein sequences

>NZ_CP014944.1|WP_083277900.1|1149515_1149791_+|CRISPR-associated-endonuclease-Cas2
MQKSYLICYDIRDAKRLSRVHKVVIHYGVPLQFSVYYSLLEQHTLTEMVEKLIAIINDKEDDIRIYPIQGTTLENWPKPGFSGSDKYLLIN
>NZ_CP014944.1|WP_070374341.1|1148440_1149430_+|CRISPR-associated-endonuclease-Cas1
METIFIDRKSTQLKCNQERLYISKSVGKDQAKESNAMSSIPLSHLRSLVISCDCALSSGMLRQLAKFDVSLICLNNRNPEASFISVNESHGNVLRKMNQYYLLSCQNLRSRFSALIVKRKISAQRTLLKSLSDHRKELAGPLFFANKTLREQQIKLNSQKISVNEIMGIEGYSSKVYLQAFKRAFHSELEFTKRTKRPPKDPVNVILSLSYTLLYYEAQRACHGQSLDPMIPILHSTSYGRASLACDLQECLRPDVDHWVWQLFQQRILRLDHFNKVDNACILNKAGRKHFYQALPDVMTLWRKKLRRHAQFLARIIDSTSEFNQSQKF
>NZ_CP014944.1|WP_070374340.1|1148130_1148409_+|CRISPR-associated-endonuclease-Cas2
MRKKLYICCYDISCNKRRKKVLTAVQKQQVGGQYSAYECYLTLRQKIQFEKHLNSLVDQCDTVKLQIIHDVSNIIILGVASAPVNAEYIYFG
>NZ_CP014944.1|WP_070374339.1|1146742_1147858_-|hypothetical-protein
MHNYRTPTDALSIIASAIYTIIAIAKEVGIDASTLLQLLPASSALLKGSCVPVIHKKYRGACSVLLHINQTNSGEYWPFLRFSTFKHGGLTSEFNGLTWLKEQNSLKKNTVDSSASQYEKKANGSFGTMSKQLVVTKAKSFISSTIPTDAVEEKKRLYRFINLQENYRIANPLTIQDVWLKQRLMSHASPTLLARVNVRRTANTLLFPLYHDQHQHSGFHKIINTENEDKKFHFAKKIGVFTGSYIKVSACSEFAHLPIALCEGVVTGLSLGLVWPGEIRIVLSANNLLPVRKNIKKSVVIFCDEDVWKQKVGNVGRQAAMKAKQCDDIVQGPRFHFTSLGRKPTDFNDLLCLEGLSAMNNQIGDVLISRL
>NZ_CP014944.1|WP_070374338.1|1144293_1146585_-|hypothetical-protein
MHSLSSNNIFSITGSGKQFNEPSRGTDITPAAYECVNEVKTKAMDLYEDLSNKKLGFVSRNSQKDIIKACASANYHKQTLVAQAGTGIGKTMSYVLGALPLLSQKNTKLVISTYTVALQTQLEEKDLPELIAHLAPELTFEVAKGAGHYFCPVRATNALASTMNVDADQNQDFFSDIDEQTQISSDEKRAINGLQNDFINNIFDGDLDKSVRPLNSKIISKVNRNVNHCPGNKKCNKSDICPFYIQRKKVQLANIIITNHALLSRTTLGGHSTFSERGFGDNLLVIDEGHRFPSVLRDANEAGFSLGRFTKLLTKPAAMLKKTTKFVGFAQLTGQQHEAQSLKSEISSLVGGCERAIKRVLALNDFLKNNFNVLRGEVKQFDDKDAWVMPPSSMNTTLTTLIKECSLELIFVYSVLNTVCKKNNESSETYFNDSSNKADKFKQTIVMNLHTLKQEVNNALICLTYYTSFAEIQGQKAKVESGVARWITRTESKQDGTYFEFHGNLLNVGFCFQEYFAKKYYSVVLTSATLERLGSCDGFLNELAIDKRQPNNVVKLFSSPFNYNNTQLSAPIRSGNPNDPQHNKVVANQLMPLMARHKAILVLFTSKKALENTYELCPPTIKKLILRQHSHSKSELIKQHKANVDNGSTSILFGVDGLSEGVDLPEHYLTCVVITKLPFPLLSTPLFKYETMCLEAKNERAFIKQMLPLCSQKLIQSVGRLIRSEKDHGEVVILDSRVNTQRYGAQLIQCLPMYKAPDFQFER
>NZ_CP014944.1|WP_070374337.1|1143857_1144169_-|hypothetical-protein
MSYIFEERNSKQWAPKSLGRKGELSKWQQRMVNACPDPKMHEVVWLDGEYWDQVSISKKKSSVAYKVIGFKYNGEALWQRGQVIELGEVLSVYSPTVQRKHTH
>NZ_CP014944.1|WP_070374336.1|1143305_1143833_-|single-stranded-DNA-binding-protein
MVSKGINKVILIGNLGQPPELKQLANGAAVANLSIATSESWKDKSTGQLREKTEWHRVVLFGYLADIVGKYLTKGSKIYVEGRLQTRKWQDASGFDRYITEINANQMQMLDSKREENGSQTTYVNTQATVVSGNQSNAPVNKVNTKNTDTRNQTTRTGGTITAEPVYDDFDDIPF
>NZ_CP014944.1|WP_070374335.1|1142795_1143152_-|hypothetical-protein
MTTQAKTSTKKVGVIIHGAATSSALVGAGLAQLPGADMPVIAGFQTAMIVAIADQHGIAITRTAATDLILVFTASYGGRAISQFLIGWIPGWGNSLNATTAFTITEAIGWAANTYFES
>NZ_CP014944.1|WP_083277899.1|1142472_1142625_-|HTH-domain-containing-protein
MLNNGESVSTKKLAEQFQASDRTIQRYITERLRFLSLIKVNDSWRMVLYL
>NZ_CP014944.1|WP_070374334.1|1141275_1142238_+|hypothetical-protein
MGTRNSQIDNFISRQCKRAHKNKIIGSISTAQDSMSSMYQFADFVNENSFLINVIDDSFSSLKNLLMNVDFELANEFINYRVSMELSKATVERDCQVLNFWLAYISKCTKPQPKLLVKNYKNVTIIPRFTRTYTTEQIDLVCSHITDRNSFSVRICQVSNIRVHELLTLRKLEEQAASIRVLSNIKLQAQKFKFLGFSSEFVLYSVVGKGGLIREIAIPSKMVEQLESFKLETPSEKTDRGINYIQHYDLAFGKALSSSFSSASKRWLGWSTGIHSLRHDYAKFRLKTLFRLLKDYELAKHVVSQELGHFRPDITDTYLY
>NZ_CP014944.1|WP_070374343.1|1152409_1153603_+|DUF1887-family-protein
MIIHINLISHQLLPNVIGTFSNTDKEMKIILVLGDNKLKEKAVLLEHFYRNKGIANIETINCQTSTDHAKLFVRAEALFEQLRFQYPDAMIAVNATGGTKPMSIAFTQVFDNLAEKSMVFYTDTIDKQNTILTNPHKNKFTPLPYANVLNVHDYLYLNQFNVNSEVNEHCREHDNIMERRSSTGFLLELCKREANLISMLNGISAQTDFGSNNKSFNAVVAQVPKFKSIVNCYQQLEIANLVTFNECEATLTFTSEDAARYIGGAWFEEFAYLTAVDAGIDYVSTSVNGHWLDKNNTESSVSNELDLVLVHNNQMMLVECKTSNWKEAGKGQNVALKLESLMRNLGGSHAKAILLSVFELNDHTHDRVKNLNNVTPLSGSAIHGLANQLKTWKAKVS
>NZ_CP014944.1|WP_070374344.1|1153720_1154317_+|DUF4433-domain-containing-protein
MAYNFSDVTTVDHMTHIGNLEGILANGLLAHNNPHKKVDISNQEVNARRSALEPIYKKSMHDYVPFYFNPKNAMLYRNQCHFKKGGIVVLGFNKNIIATPGAVYTNGNASRKDTCFSNDKKFLEQINWDYVFSPRWNYQGNSYEAIKTAMMSELLVHGKVSIDKLEIIFCETEQTKQYIINNLKVDGIRVEVCSHMFF
>NZ_CP014944.1|WP_070374345.1|1154325_1155051_+|hypothetical-protein
MIIIKHGNIFSTQSQTVVNTVNCVGVMGAGIAYEFKLRYPAMFDLYQGYCAKGQLTMGTLWIYNDQRKQGACSKVLNFPTKTHWKDHSSLDDIKLGLQKFISTFKEKGITSIAFPLLGASLGGLKESEVLSLMNEYLTDTDIDIDIEIWYFDPSAEDDLYPRFLQIFNTLTDDELKVQSGLNLAAIKKIKVALNEPNINSLNGLLRVKGIGKTTVEKSFRFIMNNKTVLSDATEPVELSLF
>NZ_CP014944.1|WP_070374346.1|1155386_1156553_-|TIGR02584-family-CRISPR-associated-protein
MKKNNILLAVTGMSPQVVTETIYALYVNKNVIIDEIQIITTSKGRDQAWISLGMEDGESPSQLTQLCNEYNLPPIKFTKDNIFVIPDSNGKEVADARNVSDHNALADYIINHVRELTEQDNVNIFASLAGGRKTMTFFMGYAMSLFGRAQDSLSHVLVTEEFENVKDFFYPTLKDKRVTNFNNISFNAKNAEVTLAEIPFVRMRDEMPDRIIKRKANYTETIELMNVYNETPKLEINLIQKIVKANNINIPMANAEIAFLAWFANLAKEKSNGVSIPYEGHPDKEYAEAFKNFYEIINNGITEKVDRPLRKGMDQTYFNGRKTNVKSAFNKALGKRSAENFILQPIQKIDENGTAMLYGLKIAPENITLITKEPIKVEPVMVLSKKAL
>NZ_CP014944.1|WP_070374347.1|1156582_1157452_-|CRISPR-system-precrRNA-processing-endoribonuclease-RAMP-protein-Cas6
MQALTLLAQQCDLLKLRIYIQFKQSTVLPAFKGSMLHGWLGHAVKHIDERAFFALYGEHDNQQPKPYIICPNEDHKTHWQAKEVYYFDIVLIGQITQLAPTVFKALEYGQKLGFGSQKTPFSLISVSSLLPGKIKAGIHITSLLDWLTISPDAFEQRELAVNFITPVRLKFHGKILQNQAPNLPLLLKQISRRFSQLCQFWVCDEPELLRALYQELPVLGEHEQSDHIYFENWERFSLKEQRQLPFGGLKGQVSYYGEIAQALPWLQIGEQLSIGGKTTFGLGKYQLIE
>NZ_CP014944.1|WP_070374348.1|1157451_1159671_-|TIGR03986-family-CRISPR-associated-RAMP-protein
MSQVHTPYHFVPLSKWIYMPDWAHLVSHDVPFKDGISGVIDYTLTNATPLCVGGEQKKIDGQPSLVQWAKDPKGNPVIPGSSLKGMIRNVLEIASFGKFSGIDESHFSYRDVSSKSHYLTNVIQNKVVLPAWLKFNTTNSSWELTTCQLAKVKHSKLKVTLGKTIKNDDSAIVKYKKLPLSQPVNITTYIKEGKQGRVTWVEDISSAGHEAHLVFCNNRIKGMGQSKPDDYEFSYCFYGEEKTVSASSDDINDKANKMFISHGEEQIQYLVNNQSKKGIPVFALFDKGQNQLHSLGLAKMPRVLYNHSAADLATIQQTKARTSGNYFDMSELMFGTLREQGFSLKSRVAFSDAAVIKNQGIKVSNSVTLNGPKATFRGAYIEQTNKTEYTDYDDGSAKLSGWKRYVTQTKFKENQTDNKNLKVKSQLELLNVNSRFSGKIFFHNLKHEELGALLWSLSLGKKAEATNQYHGLGHGKPLGAGAVQLVVDNLSIKANDAVNMVSGGTDDYIQQFIDHMNDQHSSDDSGWSESVQLQNFLAMTNMAENKDRDLSYMPLGDYRDVKSDKASLPPMTYLGKAINRRDGKASTGSLSFAKGRLAELCLTEITDDTWINIEKQKQVKLKQSFDFENEQKLKAIHEAKLVEQMANMPEDMKKVMQLKLELTKAITVEEKQEFNVSIETMLNDFIETKISKDAAQELYNIASHKKVCEYLNIKNKKKLTPRKEKITSLVQVYKLTVKS
>NZ_CP014944.1|WP_070374349.1|1159670_1160198_-|hypothetical-protein
MSLSESITQYNELKTDISELELPNVSSAKLTMHASMVCLSELMQAIEKFSATQGWVQYTDELVVSAQVPSKPYIIEAQYCNAKNHSLHIKLQQGDIYQLSTFIVEESNNEKQSESQFFTEQKLIVRKNLKEQAVSANYRLWWKLENEGVNEGRWLSICQQFLGFNTLNNDIKEGK
>NZ_CP014944.1|WP_083277901.1|1160194_1161718_-|hypothetical-protein
MRKPAKKGVTHMGKVYLTRLIIETQSPMAINTGNREVGFDSQLARDANNLPYIPATSIAGVWKHLAKECFDKENLDKKSIDNWFGYAGNKSQSSTLTISSGILHNSKNKPVQGLLTPEEINQDTLLSMLVQARPHHRERVSINDRGVAKNTGKFDQILLPSGVRFCIDIKFYDDKLSSNAITLEWQALLNCWQNPLFALGASTRNGLGKIKVIGSNVEIIDLNDASGAVKKMNNHALLENIPSKNNINFVAEQQLFAQLPLKALDNWRAGAGSQLLGKYNKGEADKSISMITYSEPKVEWANVSGKNHAIISAPKPVLCGSSIKGILAHRIAFHWRRHEALLGKESMWAEDMETATHKQWETRPEGLKALLGFADDNDHDNSLAGSLYVDDCGISFNDTTIRHHNSIDRFTGGVRKGALYSEELLYQPEFTLSLNIKNDTVLSPSLKQALSDTLEDLKLGLLPMGAGSGRGTSLVMANLEKPWLVNLDIIKTENSYSVTEQTQGANS
>NZ_CP014944.1|WP_070374351.1|1161677_1163261_-|hypothetical-protein
MRIYYTLTTIDPIIVSQNNAATANHECLDYIPGSAILGAFAAQYYSKLSATQSWQAFHSGEVKFSPCYPLVNNEMALPTPASWNVSKAQSDNLIHKDKYNTTILTNHSAANFSRDESIQYKQCRTGFVNSNGNVANVKMGNSTKTALNSQTGSAKEGQLFTYSFIESGQTFAGWVDLNDSDIEINNAVKTLLVSNIRIGRSRNTEFGRVKLNMVETPATQKIANNSNELVLWCISDSEFFNDVGLPTLTPAGKNIHPALEGATLISDKSFIRSIKVNRFNQKRQGLDTEQILIAKGSVLTYKLTSKLSQEVLNDIDANCVGINQQYGLGWLSVNPSWSLEGAITDSALFTSLPIKINDTSGQTPTSNNSPLLKWLSSQVSKQERTDTLQKNVNELIQNIVHLYQSARKYHHILNSNEAGPSSTQWRRISEEVRVNNDKWQQGVFESEQAICKAKNDELGWGITLAKNTGQTTFADEVHSLIGKQDIATMRLLLEQLCRFDLSKYKQLKEISKEYNAKTSEKGSYAHG
>NZ_CP014944.1|WP_070374352.1|1163261_1163888_-|hypothetical-protein
MIFNMKFNIQSYWHIGSGQEGGAYADALVLKNSDYLPYLPGKSIKGLLRDAFSRAEKNNWFSDFSHENDKNTETLVDVLFGNEGKAGTSEQGALQISSGVLSSQEINYLIKTPQAKSKLYKVTYATAINDETGVAENTSLRSMEVCVPMVLTTQVSVNTCHIGYLNNKDVLDEKLTLWLTQVVSFITEIGAKRHRGLGKVIVNVKQEQ

Crispr_ID: NZ_CP014944_4

• CRISPR_ID: NZ_CP014944_4
• CRISPR_location: 1211400-1211617
• CRISPR_type: TypeV
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: DEDDh

Consensus repeat of NZ_CP014944_4

Consensus_repeat	Method
AACACTTTTTAAGTCAACAACACAAGAGTAACCACAAGTAACTGGCGAGACA	CRISPRCasFinder

spacers of NZ_CP014944_4

>4.1|1211452|114|NZ_CP014944|CRISPRCasFinder
TACCCAAAATTAGTTGCTAAACAAATGAAAAAACACTTTTTAAGTCAACAACACAAGAGTAACCACAAGTAACTGGCGAGACATACCCAAAATTAGTTGCTAAACAAATGAAAC

CRISPR arrays and Neighbor proteins around NZ_CP014944_4

CRISPR arrays

The CRISPR arrays of NZ_CP014944_4

>merge|NZ_CP014944|4|1211400-1211617|CRISPRCasFinder
AACACTTTTTAAGTCAACAACACAAGAGTAACTACAAGTAACTGGCAAGACATACCCAAAATTAGTTGCTAAACAAATGAAAAAACACTTTTTAAGTCAACAACACAAGAGTAACCACAAGTAACTGGCGAGACATACCCAAAATTAGTTGCTAAACAAATGAAACAACACTTTTTAAGTCAACAACACAAGAGTAACCACAAGTAACTGGCAAGACA

>NZ_CP014944|4|4|1211400-1211617|CRISPRCasFinder
AACACTTTTTAAGTCAACAACACAAGAGTAACTACAAGTAACTGGCAAGACA	TACCCAAAATTAGTTGCTAAACAAATGAAAAAACACTTTTTAAGTCAACAACACAAGAGTAACCACAAGTAACTGGCGAGACATACCCAAAATTAGTTGCTAAACAAATGAAAC
AACACTTTTTAAGTCAACAACACAAGAGTAACCACAAGTAACTGGCAAGACA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070374391.1|1219725_1220472_+|hypothetical-protein	unknown	unknown	gnl|CDD|377554
NZ_CP014944.1|WP_070374393.1|1222697_1223309_-|fumarylacetoacetate-hydrolase-family-protein	unknown	unknown	gnl|CDD|223257
NZ_CP014944.1|WP_157470823.1|1217978_1218125_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_083277905.1|1204552_1204726_+|PEP-CTERM-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|131644
NZ_CP014944.1|WP_083278134.1|1204203_1204377_+|PEP-CTERM-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|131644
NZ_CP014944.1|WP_070374392.1|1220484_1222278_-|lysophospholipid-acyltransferase-family-protein	unknown	unknown	gnl|CDD|153248
NZ_CP014944.1|WP_083277906.1|1218168_1218834_+|sigma-70-family-RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|237024
NZ_CP014944.1|WP_070374384.1|1209730_1210144_+|translesion-error-prone-DNA-polymerase-V-autoproteolytic-subunit	unknown	unknown	gnl|CDD|182350
NZ_CP014944.1|WP_070374387.1|1213356_1215030_+|DUF342-domain-containing-protein	unknown	unknown	gnl|CDD|377177
NZ_CP014944.1|WP_070374385.1|1210131_1211388_+|Y-family-DNA-polymerase	unknown	unknown	gnl|CDD|176454
NZ_CP014944.1|WP_070374381.1|1205072_1206308_+|DUF3494-domain-containing-protein	unknown	unknown	gnl|CDD|377376
NZ_CP014944.1|WP_070374383.1|1208964_1209579_-|3'-5'-exonuclease	DEDDh	cd06127_DEDDh_CAS-I	gnl|CDD|176648
NZ_CP014944.1|WP_070374388.1|1215200_1216553_-|GTPase-HflX	unknown	unknown	gnl|CDD|274455
NZ_CP014944.1|WP_070374389.1|1216900_1217653_+|transporter-substrate-binding-domain-containing-protein	unknown	unknown	gnl|CDD|366132
NZ_CP014944.1|WP_070374382.1|1207796_1208798_-|endonuclease/exonuclease/phosphatase-family-protein	unknown	unknown	gnl|CDD|377028
NZ_CP014944.1|WP_070374390.1|1218835_1219117_+|hypothetical-protein	unknown	unknown	gnl|CDD|227947
NZ_CP014944.1|WP_070374312.1|1206428_1207751_+|IS4-family-transposase	unknown	unknown	gnl|CDD|379017
NZ_CP014944.1|WP_083278135.1|1204357_1204552_+|PEP-CTERM-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|131644
NZ_CP014944.1|WP_083278132.1|1204030_1204207_+|PEP-CTERM-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|131644
NZ_CP014944.1|WP_070374386.1|1211811_1213035_-|HDOD-domain-containing-protein	unknown	unknown	gnl|CDD|225968

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_CP014944.1|WP_070374383.1|1208964_1209579_-|3'-5'-exonuclease	DEDDh	cd06127_DEDDh_CAS-I	1e-41	137.4	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070374391.1|1219725_1220472_+|hypothetical-protein	gnl|CDD|377554	pfam05742, TANGO2, Transport and Golgi organisation 2. In eukaryotes this family is predicted to play a role in protein secretion and Golgi organisation. In plants this family includes Solanum habrochaites Cwp, which is involved in water permeability in the cuticles of fruit. Mouse Tango2 has been found to be expressed during early embryogenesis in mice. This protein contains a conserved NRDE motif. This gene has been characterized in Drosophila melanogaster and named as transport and Golgi organisation 2, hence the name Tango2.	9.39132e-07
NZ_CP014944.1|WP_070374393.1|1222697_1223309_-|fumarylacetoacetate-hydrolase-family-protein	gnl|CDD|223257	COG0179, MhpD, 2-keto-4-pentenoate hydratase/2-oxohepta-3-ene-1,7-dioic acid hydratase (catechol pathway) [Secondary metabolites biosynthesis, transport, and catabolism].	9.95948e-44
NZ_CP014944.1|WP_083277905.1|1204552_1204726_+|PEP-CTERM-sorting-domain-containing-protein	gnl|CDD|131644	TIGR02595, conserved_hypothetical_protein, PEP-CTERM protein-sorting domain. This model describes a 25-residue domain that includes a near-invariant Pro-Glu-Pro (PEP) motif, a thirteen residue strongly hydrophobic sequence likely to span the membrane, and a five-residue strongly basic motif that often contains four Arg residues. In nearly every case, this motif is found within nine residues, and usually within five residues, of the extreme C-terminus of the protein. Proteins with this motif typically have signal sequences at the N-terminus. This region appears many times per genome or not at all, and co-occurs in genomes with a proposed protein-sorting integral membrane protein we designate exosortase (see TIGR02602). PEP-CTERM proteins frequently are poorly conserved, Ser/Thr-rich proteins and may become extensively modified proteinaceous constituents of extracellular material in bacterial biofilms. [Cell envelope, Surface structures].	0.00453514
NZ_CP014944.1|WP_083278134.1|1204203_1204377_+|PEP-CTERM-sorting-domain-containing-protein	gnl|CDD|131644	TIGR02595, conserved_hypothetical_protein, PEP-CTERM protein-sorting domain. This model describes a 25-residue domain that includes a near-invariant Pro-Glu-Pro (PEP) motif, a thirteen residue strongly hydrophobic sequence likely to span the membrane, and a five-residue strongly basic motif that often contains four Arg residues. In nearly every case, this motif is found within nine residues, and usually within five residues, of the extreme C-terminus of the protein. Proteins with this motif typically have signal sequences at the N-terminus. This region appears many times per genome or not at all, and co-occurs in genomes with a proposed protein-sorting integral membrane protein we designate exosortase (see TIGR02602). PEP-CTERM proteins frequently are poorly conserved, Ser/Thr-rich proteins and may become extensively modified proteinaceous constituents of extracellular material in bacterial biofilms. [Cell envelope, Surface structures].	7.35278e-06
NZ_CP014944.1|WP_070374392.1|1220484_1222278_-|lysophospholipid-acyltransferase-family-protein	gnl|CDD|153248	cd07986, LPLAT_ACT14924-like, Lysophospholipid Acyltransferases (LPLATs) of Glycerophospholipid Biosynthesis: Unknown ACT14924. Lysophospholipid acyltransferase (LPLAT) superfamily member: acyltransferases of de novo and remodeling pathways of glycerophospholipid biosynthesis which catalyze the incorporation of an acyl group from either acylCoAs or acyl-acyl carrier proteins (acylACPs) into acceptors such as glycerol 3-phosphate, dihydroxyacetone phosphate or lyso-phosphatidic acid. Included in this subgroup are uncharacterized phospholipid/glycerol acyltransferases such as the Pectobacterium carotovorum subsp. carotovorum PC1 locus ACT14924 putative acyltransferase, and similar proteins.	1.0204e-76
NZ_CP014944.1|WP_083277906.1|1218168_1218834_+|sigma-70-family-RNA-polymerase-sigma-factor	gnl|CDD|237024	PRK11922, PRK11922, RNA polymerase sigma factor; Provisional.	4.37115e-42
NZ_CP014944.1|WP_070374384.1|1209730_1210144_+|translesion-error-prone-DNA-polymerase-V-autoproteolytic-subunit	gnl|CDD|182350	PRK10276, PRK10276, translesion error-prone DNA polymerase V autoproteolytic subunit.	4.87399e-26
NZ_CP014944.1|WP_070374387.1|1213356_1215030_+|DUF342-domain-containing-protein	gnl|CDD|377177	pfam03961, FapA, Flagellar Assembly Protein A. Members of this family include FapA (flagellar assembly protein A), found in Vibrio vulnificus. The synthesis of flagella allows bacteria to respond to chemotaxis by facilitating motility. Studies examining the role of FapA show that the loss or delocalization of FapA results in a complete failure of the flagellar biosynthesis and motility in response to glucose mediated chemotaxis. The polar localization of FapA is required for flagellar synthesis, and dephosphorylated EIIAGlc (Glucose-permease IIA component) inhibited the polar localization of FapA through direct interaction.	1.09604e-99
NZ_CP014944.1|WP_070374385.1|1210131_1211388_+|Y-family-DNA-polymerase	gnl|CDD|176454	cd01700, PolY_Pol_V_umuC, umuC subunit of DNA Polymerase V. umuC subunit of Pol V. Pol V is a bacterial translesion synthesis (TLS) polymerase that consists of the heterotrimer of one umuC and two umuD subunits. Translesion synthesis is a process that allows the bypass of a variety of DNA lesions. TLS polymerases lack proofreading activity and have low fidelity and low processivity. They use damaged DNA as templates and insert nucleotides opposite the lesions. Pol V, RecA, single stranded DNA-binding protein, beta sliding clamp, and gamma clamp loading complex are responsible for inducing the SOS response in bacteria to repair UV-induced DNA damage.	3.10799e-147
NZ_CP014944.1|WP_070374381.1|1205072_1206308_+|DUF3494-domain-containing-protein	gnl|CDD|377376	pfam04519, Bactofilin, Polymer-forming cytoskeletal. This is a family of bactofilins, a functionally diverse class of cytoskeletal, polymer-forming, proteins that is widely conserved among bacteria. In the example species C. crescentus, two bactofilins assemble into a membrane-associated laminar structure that shows cell-cycle-dependent polar localization and acts as a platform for the recruitment of a cell wall biosynthetic enzyme involved in polar morphogenesis. Bactofilins display distinct subcellular distributions and dynamics in different bacterial species, suggesting that they are versatile structural elements that have adopted a range of different cellular functions.	3.87284e-05
NZ_CP014944.1|WP_070374383.1|1208964_1209579_-|3'-5'-exonuclease	gnl|CDD|176648	cd06127, DEDDh, DEDDh 3'-5' exonuclease domain family. DEDDh exonucleases, part of the DnaQ-like (or DEDD) exonuclease superfamily, catalyze the excision of nucleoside monophosphates at the DNA or RNA termini in the 3'-5' direction. These proteins contain four invariant acidic residues in three conserved sequence motifs termed ExoI, ExoII and ExoIII. DEDDh exonucleases are classified as such because of the presence of specific Hx(4)D conserved pattern at the ExoIII motif. The four conserved acidic residues are clustered around the active site and serve as ligands for the two metal ions required for catalysis. Most DEDDh exonucleases are the proofreading subunits (epsilon) or domains of bacterial DNA polymerase III, the main replicating enzyme in bacteria, which functions as the chromosomal replicase. Other members include other DNA and RNA exonucleases such as RNase T, Oligoribonuclease, and RNA exonuclease (REX), among others.	3.07497e-51
NZ_CP014944.1|WP_070374388.1|1215200_1216553_-|GTPase-HflX	gnl|CDD|274455	TIGR03156, GTP_HflX, GTP-binding protein HflX. This protein family is one of a number of homologous small, well-conserved GTP-binding proteins with pleiotropic effects. Bacterial members are designated HflX, following the naming convention in Escherichia coli where HflX is encoded immediately downstream of the RNA chaperone Hfq, and immediately upstream of HflKC, a membrane-associated protease pair with an important housekeeping function. Over large numbers of other bacterial genomes, the pairing with hfq is more significant than with hflK and hlfC. The gene from Homo sapiens in this family has been named PGPL (pseudoautosomal GTP-binding protein-like). [Unknown function, General].	2.1305e-123
NZ_CP014944.1|WP_070374389.1|1216900_1217653_+|transporter-substrate-binding-domain-containing-protein	gnl|CDD|366132	pfam00497, SBP_bac_3, Bacterial extracellular solute-binding proteins, family 3.	5.43364e-17
NZ_CP014944.1|WP_070374382.1|1207796_1208798_-|endonuclease/exonuclease/phosphatase-family-protein	gnl|CDD|377028	pfam03372, Exo_endo_phos, Endonuclease/Exonuclease/phosphatase family. This large family of proteins includes magnesium dependent endonucleases and a large number of phosphatases involved in intracellular signalling. This family includes: AP endonuclease proteins EC:4.2.99.18, DNase I proteins EC:3.1.21.1, Synaptojanin an inositol-1,4,5-trisphosphate phosphatase EC:3.1.3.56, Sphingomyelinase EC:3.1.4.12, and Nocturnin.	2.63858e-07
NZ_CP014944.1|WP_070374390.1|1218835_1219117_+|hypothetical-protein	gnl|CDD|227947	COG5660, COG5660, Predicted integral membrane protein [Function unknown].	1.3417e-05
NZ_CP014944.1|WP_070374312.1|1206428_1207751_+|IS4-family-transposase	gnl|CDD|379017	pfam13006, Nterm_IS4, Insertion element 4 transposase N-terminal. This family represents the N-terminal region of proteins carrying the transposase enzyme, DDE_Tnp_1 (that was Transposase_11), pfam01609, at the C-terminus. The full-length members are Insertion Element 4, IS4. Within the collection of E.coli strains, ECOR, the number of IS4 elements varies from zero to 14, with an average of 5 copies/strain.	5.09084e-28
NZ_CP014944.1|WP_083278135.1|1204357_1204552_+|PEP-CTERM-sorting-domain-containing-protein	gnl|CDD|131644	TIGR02595, conserved_hypothetical_protein, PEP-CTERM protein-sorting domain. This model describes a 25-residue domain that includes a near-invariant Pro-Glu-Pro (PEP) motif, a thirteen residue strongly hydrophobic sequence likely to span the membrane, and a five-residue strongly basic motif that often contains four Arg residues. In nearly every case, this motif is found within nine residues, and usually within five residues, of the extreme C-terminus of the protein. Proteins with this motif typically have signal sequences at the N-terminus. This region appears many times per genome or not at all, and co-occurs in genomes with a proposed protein-sorting integral membrane protein we designate exosortase (see TIGR02602). PEP-CTERM proteins frequently are poorly conserved, Ser/Thr-rich proteins and may become extensively modified proteinaceous constituents of extracellular material in bacterial biofilms. [Cell envelope, Surface structures].	0.000280047
NZ_CP014944.1|WP_083278132.1|1204030_1204207_+|PEP-CTERM-sorting-domain-containing-protein	gnl|CDD|131644	TIGR02595, conserved_hypothetical_protein, PEP-CTERM protein-sorting domain. This model describes a 25-residue domain that includes a near-invariant Pro-Glu-Pro (PEP) motif, a thirteen residue strongly hydrophobic sequence likely to span the membrane, and a five-residue strongly basic motif that often contains four Arg residues. In nearly every case, this motif is found within nine residues, and usually within five residues, of the extreme C-terminus of the protein. Proteins with this motif typically have signal sequences at the N-terminus. This region appears many times per genome or not at all, and co-occurs in genomes with a proposed protein-sorting integral membrane protein we designate exosortase (see TIGR02602). PEP-CTERM proteins frequently are poorly conserved, Ser/Thr-rich proteins and may become extensively modified proteinaceous constituents of extracellular material in bacterial biofilms. [Cell envelope, Surface structures].	0.000743184
NZ_CP014944.1|WP_070374386.1|1211811_1213035_-|HDOD-domain-containing-protein	gnl|CDD|225968	COG3434, COG3434, Predicted signal transduction protein containing EAL and modified HD-GYP domains [Signal transduction mechanisms].	9.9712e-91

Protein sequences

>NZ_CP014944.1|WP_070374385.1|1210131_1211388_+|Y-family-DNA-polymerase
MYALVDAVSFYASAEKVFDPSIRNKPVVVLTNNDGCICAVCPIARRLGIPKFTPYFQIKDLLHKHGVVVRSSNYELYADLSERMMNVIARYCDDQYIYSIDESFLHFKNYSGVIKDWHQYGHEIRRAIWKETRLPVGVGFGTTSTLAKAANHAAKKLDGYQGVAIIDNAQSAKEILEKMAVNQVWGIGNKISQRLKQQNISTAYQLSMQCPKIMRKQFSVVTERTVNELKGISCLSWDDVKAPKREIFSTRSFGQRIVDIHTLQAALTTHSTIVAKKVRRQSSLIKKLLVFASSSPHDENYYKQTMVYTFPLATDNSCDIATAVSLILAEIFIPGVHFYRCGVGAIALESRQHQQADLFLSDHSNPILMNCLDSINSRYGKGTLTLGAEGKSDSWQMKRHFLSPQYTSNWQDIPKISC
>NZ_CP014944.1|WP_070374384.1|1209730_1210144_+|translesion-error-prone-DNA-polymerase-V-autoproteolytic-subunit
MKVIPIYIEAGISGFESPAAEYKELGLSLDKLLIRHPNATFIGQASGESMQGVGIFDGDLLIVDRSLTARNGDVIVANYNGCFVCKLIDKKQARLLSASKDFAPVSIKPGDDFQLEGIVTRSIRLHHQAPELTACMH
>NZ_CP014944.1|WP_070374383.1|1208964_1209579_-|3'-5'-exonuclease
MHENANSLVVLDFETTGLSPNQGDRAIEIGAVRIVDGKVTDKFQSLMNPGFRISGFIEQYTGISNQMLANVGSCGEVMTQFADFLGDDNLLAHNASFDQKFLNAELNNINRKYFGQFICSLLVSRRINIDAPNHKLGTLIRYKNIPSDGAFHRALFDAEMTAKLWLLMLDDIEEKINHEFVPFALIQKLSKTAKSDVSKLLTRW
>NZ_CP014944.1|WP_070374382.1|1207796_1208798_-|endonuclease/exonuclease/phosphatase-family-protein
MFNYLEPPNAFYEFERIYSAEQWRKKQHWIAEYLHEFQPDIIGFQEVFSPESLEQLVAEQGYCYFAVVDEPHVIDDFIYKRPVVAIASRYPIVEVAAVEANTELALSLGLTDEFSFSRKVLRATVDVPHMGNCDCYVVHFKSKRSMIEVDDKNISRTPEQTIIESLKAQVAGGWGSTIQRGSEATLLMIEIIARRETTGQPMVLMGDFNNTLTDGVLSHLLTNTLRFVSAIDRDAYLAKYCLQDAWDLFQVAVSNETPQEEKIQRTPTHYFGASSSVLDYILLSCDFDASYHDSLYQVSAYDTYDRHLINPIFERDGESTDHGIALVTLTLRS
>NZ_CP014944.1|WP_070374312.1|1206428_1207751_+|IS4-family-transposase
MQLSTALSLVNSNNVTEFQNLAEILSPEIISAGLKEHGISTIRKRKLPMENMVWAVIGMALFRKFPMRQMLNQLDIILPSGIPYVASSAVTQARKKLGSKVIETVFQQTQQQWNHDANHGQWCGLNLLGVDGVVWRVPDTDENNEEFAKTGTQHGKASYPQVRMVCQMELTSHLLTNSVFDSVEVNEMNLALGLIDKTPDNSLTLFDRGFYSLGLLHRWQSTGNTRHWLMPLKKNTQYEVINSFGRQDKLIQLTTTPQSRKKFPELPKTMQARLITKKVKGKDLQILTSMTDPMRFPSADIVDLYAHRWEIELGFREMKQSLLDNRFTLRSNQPELIRQELWGILLAYNLIRYQMVLMAKSLDGVHPNQLSFNGASMHIIHELTQLSFCTPGNIPKYTMNITKSAKQFVLPGRRERQYPRMLKCSKNRYPVKSKNAVHLK
>NZ_CP014944.1|WP_070374381.1|1205072_1206308_+|DUF3494-domain-containing-protein
MLNAWLYKMVSNLKLINSILCILVLFAVPSAQASFQPLLGSELNNQSLYASGYISMGARTTIGGNIQSATAITLAANAIVGGNVEAGTAVTLGEAAGVKGYIQSATTVTLGASAVVDGSIIAGTTATIGASAKVDGELSAGTTVTIAATVAVGGNVLAGSTVTVGAGSLLGGDVDAGTTTTIGADVGIVGALTANSLKIVALPPIVDSQEALIMSVQQDIKDMGTGTELVSTTFGTNDETLEAGIYSTVNYLTIAIGKTLTLDGKGIDGSWIFNIANYLTFSANSTVILKDVTDNSTIIWNVLGDKTGSAGYTQLGAGAEARGYIFARGFVQTGADSMIAGIGDDCGGAYSASNFIEFGADTVIGKKDCTNGESRASADSIAVTQVPEPSTLWLFALALFGLAIKAQRKKL
>NZ_CP014944.1|WP_083277905.1|1204552_1204726_+|PEP-CTERM-sorting-domain-containing-protein
MTVMMVFFSVSTTVTFAATISIIRHQGCGAVDVPEPATIWLLGSGLNIVMIVNRKHR
>NZ_CP014944.1|WP_083278135.1|1204357_1204552_+|PEP-CTERM-sorting-domain-containing-protein
MESTINDNYGGVFSATSTVTFAATIGIIGHQGCGAVDVPEPATIWLLGLGSGLNIAMIVNRKHR
>NZ_CP014944.1|WP_083278134.1|1204203_1204377_+|PEP-CTERM-sorting-domain-containing-protein
MNDNYGGVFSATSTVTFAATISIIGHQGCGAVDVPEPATIWLLGLGIFMIVNRKHDK
>NZ_CP014944.1|WP_083278132.1|1204030_1204207_+|PEP-CTERM-sorting-domain-containing-protein
MNDSCGGVFLVSCTVTFAATISIIGHQGCGAVDVPEPATIWLLGSGLNIAMIVNRKHR
>NZ_CP014944.1|WP_070374386.1|1211811_1213035_-|HDOD-domain-containing-protein
MEIVLNTFIARQAILDINLKTIGYELLFRDSLENVFNGDSPEKATSKVILQNHILGDLADVCLGKLAFINFDEFTLLQKSPLLFNPKDIVVEIIETVNISDELIFNVAQLHKKGYVIALDNYDFESKWEVFFPYISIIKVDIEQVTFTQIEGLKKRLLSTNSHIKIIVERIETNQQYQQFKALAIDYYQGYFFHKPEIKSGTSISPLKVNLIQLFLEAYKPHLDFNQLTEIISRDVTLVSGILKLVNSATECGNIEISSIKQAITYLGTDKIKPYVAIISMSALSSESSPELFIESLVRAKMMELITKEKSFSHLKEKAFLTGILSNLDAILNLPMADIVKSFIFSSDIKLALSEQQGELSELLTLAKHYEVSTSKRVPRSIDSNKISETRLLNCYYDALKWGVNIF
>NZ_CP014944.1|WP_070374387.1|1213356_1215030_+|DUF342-domain-containing-protein
MCDIKLTLQNEDKDLLMTITPVKGQPKANLKKLQTTFKLSTYSTFLLIDGAMELLLAEVTKSDESDESKTATGTSSIIANAVDANLKVTLGPENMSATLEFIAAYGGKAIENTDVINVLKENNITKGIIKENLINIVKEGQLLQGGKSISTEIAKGKMSRNGKDGYVKYLVDNPAEQIMCPKKLENGNVDMRELGNLIHVKAGKKLAKLIPPTDGVKGFDVSGADIDAVSGETCFLEESEGSSFLDENNNILVAAIDGMPKYLDNSVAVHKLLEIENIDVGTGNIRFDGSIYVQGNVCEGMQLSATEDIVIGGLVETASISAGGNISIALGIIGRQISDKNKLKNTTMIKADGDISAQFAQYVDFFCKKDLNITQYISHSHITVEGDLWVGNIANDKADGKLFGSHVLAGGSVHLGTLGSACGAMTYLNFNYWPKIVEELKISADEANYKIIRRLPRIYKLLQKANDLDNENTKQINRITHALKQHLYLLGKLNKEWLEKANNINEHLAIFELTAYQSILSGVNIEVANKNYAFKRDHEATQIKWLENKISIEPIVN
>NZ_CP014944.1|WP_070374388.1|1215200_1216553_-|GTPase-HflX
MQLTAKASLTNALLISICTPHFKGDEATESLAELARLVTTLGFKVVGTQSQKQSSTKKVNVLGLGKLAEIAHLTGNQGVVEGLDDADDLLDETDISAVPSDIPSENLPFGCADVVVFDCDLSPSQLRNVENQLGVEVFDRTGIIIEIFSRHARTKTAKLQVEIARLNYVAPRLRETSCGDKERQMGKGAGETTLELNRRAVRDQLADLKRELVSVQHEMKGRRTQRSELFCVALVGYTNAGKSSMMRAITGSDVVGENKLFATLDTTVRALYPATQPRILVSDTVGFIKKLPHDLVASFHSTLAEAHDASLLLYVVDASDASFRSQLDVVHEVLAEVGVEDSKKLLVLNKSDQLSIEQQQALMEEFPDAMITSTRNPLDITKLHKYIVNAAQDDMIEDEIIIPYTAKGIIGEIRSSMSVTKEDYEYSHIKLTVRSNAIDLERLKKRMQNL
>NZ_CP014944.1|WP_070374389.1|1216900_1217653_+|transporter-substrate-binding-domain-containing-protein
MSKILSGLLFTYLLLFSTVSTAQQVIKVGVGNFPPYFIEKGTQGLFVEIIDEIFKKLPQYKVQYIPMSNNRILHEINYGKSIDVASNVFPSSKVKAYLSEPVFRFRDVAVSKKSAQLIINNISDLQGKSIVAYQGATELLGEQFKNIAKENTKYSEHAHPKDTTQLMLSGEKVIRVGDINVFWYDLNNKYYSDEASIARNNFTVHYLWPFTYSNMAFKDKSLKDAVNKVIKELKQNGSIEKIYASHEMQK
>NZ_CP014944.1|WP_157470823.1|1217978_1218125_+|hypothetical-protein
MGKGALGSVIAYQPSSQGTVTAATIIVNINDTKKTALKLNSDFQLIIR
>NZ_CP014944.1|WP_083277906.1|1218168_1218834_+|sigma-70-family-RNA-polymerase-sigma-factor
MKKQSSATLSQDIDKEDELVEGLINNNAFAYEALVRQYSAKMYTLAWRFFSTDDDAQECLQKTFIQVFNNITSFKKNSNLSTWLHRITVNEALMMLRQRKRQNTTSIETFYQQYNDYGERTQFADNLGHSLNDNLNNNIEMLFEKGEAKLSLNNIIYQLPEKYCNVLLLRDIQELSTKETAEILAISEASVKTQLHRARLLLKTILEQEDIKNAEKNWKVN
>NZ_CP014944.1|WP_070374390.1|1218835_1219117_+|hypothetical-protein
MLMIKRLIAQHMPGMLTCEEVDNFLYDFHGGNLSYIESFKFKLHLSMCPECRDYLEGYKNAIRLSQTGFIKAEQSPEVPEDLIQAILKSRTSK
>NZ_CP014944.1|WP_070374391.1|1219725_1220472_+|hypothetical-protein
MCTLTYLLNDNGYELFFNRDEQRSRLLAIPPKYYPISGAIYPVDPVGAGTWIAVSKKGLSLALLNNYQAPANNHDNVISRGQLILSLLQNQTSVIEQLETMDLKVFQPFQLCIFPEDLSIQKPKIHCVKWNGKQLIEVSVDGKADLPITSSSLDFIDVSQMRKYRFEQSVNGKESLSKQHNDFHFSTEKDGKYAVNMQRKDARTVSISHLSIKNHFAKESEIFFEYFDNVVQKSHTVLSPKEESIEFA
>NZ_CP014944.1|WP_070374392.1|1220484_1222278_-|lysophospholipid-acyltransferase-family-protein
MNNEPLEKPYSDLRLAAMAPNTLLGTMLKITGPFWDKLLGISKLRRVYESCELSGLNKQEFSQKLLNGLGVQVSGINGVLAKIPQRGRCIIVCNHPYGMIEGVIVAHLLTEVRADTKVMANVGLTIFKEIKDYFIFANPLKPKALINGLAIKQCFRHLEKDGLLVIFPAGRVSFFQADKQRIADADWNRLAIKLATKTDSPILPVFISGANSKLFHNLGRVYYRFRLLMLAHEMFKLQAHNIALKTNNLLTIKQLNEFNGTKRMNDFVRLQCYLNDDNYFSPWLEHEQRTSFEAVIPMVDKKLMKKELAQLPEIQHLLDFKSFSVYYGYQQQIPHCVEEITRLREITFRTLDEGSGEACDTDKFDATYMHLFIFDHKNEEIIGAYRIGQTDLLQKNGDVSQLYLAQMFDFAPEFINQQQPCLEMGRSFIIAAHQNSFHGLLLLWKGIGAFVCQNPHYRTLYGTVSLSKLYDPRSVALIDEIMVTDKEGVSAKKSFAGQLHPEVKDFISAAPVSLNQLSALVMGIEEDGKDVPVLLKQYYKLGAKFHCTGIDVNFNDTPGLLLSVNLPAAPDKLLKLYLGSSKTAYINYDNSDELSAI
>NZ_CP014944.1|WP_070374393.1|1222697_1223309_-|fumarylacetoacetate-hydrolase-family-protein
MNSVKHDGLDFIPSKVVCIGRNYVEHIEELNNEVPAEPVVFIKPNSAISNEIENHQSDEIHYEGEISFIIKNNKISGIGFGLDLTKRKLQNVLKSKGLPWERAKAFDKSAVFSNFVNCDGDYKSYKMELFIDNLLIQFANYPLMINKPEILITDIQSFLTLEDGDIIMTGTPKGVGIINSGQLFTAKIYKNEEIVIEQSWLVQ

Crispr_ID: NZ_CP014944_5

• CRISPR_ID: NZ_CP014944_5
• CRISPR_location: 1925943-1926167
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NZ_CP014944_5

Consensus_repeat	Method
CACCAAGCTTCAAGATCCCAATACCGATACTGAAACAAGTTCAGCATGACGA	PILER-CR

spacers of NZ_CP014944_5

>5.1|1925995|42|NZ_CP014944|PILER-CR
CAAGAGGACACATCAAAACCTGCACTATCAGCTAGGCCTCTT
>5.2|1926089|43|NZ_CP014944|PILER-CR
CAAGAGTGCACATCAGACCCTGCAACTATCGACCAGATAGCCT

CRISPR arrays and Neighbor proteins around NZ_CP014944_5

CRISPR arrays

The CRISPR arrays of NZ_CP014944_5

>merge|NZ_CP014944|5|1925943-1926167|PILER-CR
CCCAATACAGATACTGAAACAAGTTCAGCATGACGACAAGAGGACACATCAAAACCTGCACTATCAGCTAGGCCTCTTCACTAAGCTTCAAGATCCCAATACCGATACTGAAACAAGTTCAGCATGACGACAAGAGTGCACATCAGACCCTGCAACTATCGACCAGATAGCCTCACCAAGCTTCAAGCTCCCAATACCGATACTGAAACAAGTTCATTATGACGA

>NZ_CP014944|5|2|1925943-1926167|PILER-CR
CCCAATACAGATACTGAAACAAGTTCAGCATGACGACAAGAGGACACATCAA	AACCTGCACTATCAGCTAGGCCTCTTCACTAAGCTTCAAGAT
CCCAATACCGATACTGAAACAAGTTCAGCATGACGACAAGAGTGCACATCAG	ACCCTGCAACTATCGACCAGATAGCCTCACCAAGCTTCAAGCT
CCCAATACCGATACTGAAACAAGTTCATTATGACGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_157470904.1|1926514_1927291_-|phosphoadenylyl-sulfate-reductase	unknown	unknown	gnl|CDD|234997
NZ_CP014944.1|WP_070377066.1|1929031_1930831_-|assimilatory-sulfite-reductase-(NADPH)-flavoprotein-subunit	unknown	unknown	gnl|CDD|273882
NZ_CP014944.1|WP_070374932.1|1934184_1934421_+|SlyX-family-protein	unknown	unknown	gnl|CDD|377222
NZ_CP014944.1|WP_070374926.1|1919462_1921631_-|fatty-acid-oxidation-complex-subunit-alpha-FadB	unknown	unknown	gnl|CDD|183293
NZ_CP014944.1|WP_070377067.1|1933200_1934172_+|hypothetical-protein	unknown	unknown	gnl|CDD|238121
NZ_CP014944.1|WP_157470901.1|1924852_1925842_+|TIGR03899-family-protein	unknown	unknown	gnl|CDD|274842
NZ_CP014944.1|WP_070374930.1|1931047_1932154_+|NAD(P)/FAD-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223652
NZ_CP014944.1|WP_070374925.1|1918283_1919447_-|acetyl-CoA-C-acyltransferase-FadA	unknown	unknown	gnl|CDD|181592
NZ_CP014944.1|WP_070374934.1|1934783_1936691_+|ATP-binding-cassette-domain-containing-protein	unknown	unknown	gnl|CDD|236729
NZ_CP014944.1|WP_070374935.1|1936758_1937481_+|sel1-repeat-family-protein	unknown	unknown	gnl|CDD|276807
NZ_CP014944.1|WP_070374920.1|1911200_1913633_-|zinc-dependent-metalloprotease	unknown	unknown	gnl|CDD|239803
NZ_CP014944.1|WP_070374928.1|1922436_1924659_-|EAL-domain-containing-protein	unknown	unknown	gnl|CDD|238923
NZ_CP014944.1|WP_070374923.1|1916384_1917305_+|manganese-dependent-inorganic-pyrophosphatase	unknown	unknown	gnl|CDD|235458
NZ_CP014944.1|WP_070374931.1|1932286_1933042_-|FKBP-type-peptidyl-prolyl-cis-trans-isomerase	unknown	unknown	gnl|CDD|236791
NZ_CP014944.1|WP_070374929.1|1927283_1929032_-|assimilatory-sulfite-reductase-(NADPH)-hemoprotein-subunit	unknown	unknown	gnl|CDD|237402
NZ_CP014944.1|WP_070374924.1|1917307_1917847_+|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379112
NZ_CP014944.1|WP_070374921.1|1913855_1914824_+|class-1-fructose-bisphosphatase	unknown	unknown	gnl|CDD|236458
NZ_CP014944.1|WP_070374933.1|1934486_1934681_-|YheV-family-putative-metal-binding-protein	unknown	unknown	gnl|CDD|226060
NZ_CP014944.1|WP_157470898.1|1922090_1922360_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070374922.1|1915040_1916231_+|chromate-efflux-transporter	unknown	unknown	gnl|CDD|273350

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_157470904.1|1926514_1927291_-|phosphoadenylyl-sulfate-reductase	gnl|CDD|234997	PRK02090, PRK02090, phosphoadenylyl-sulfate reductase.	2.82934e-121
NZ_CP014944.1|WP_070377066.1|1929031_1930831_-|assimilatory-sulfite-reductase-(NADPH)-flavoprotein-subunit	gnl|CDD|273882	TIGR01931, Sulfite_reductase_flavoprotein_alpha-component, sulfite reductase [NADPH] flavoprotein, alpha-component. This model describes an NADPH-dependent sulfite reductase flavoprotein subunit. Most members of this family are found in Cys biosynthesis gene clusters. The closest homologs below the trusted cutoff are designated as subunits nitrate reductase.	0
NZ_CP014944.1|WP_070374932.1|1934184_1934421_+|SlyX-family-protein	gnl|CDD|377222	pfam04102, SlyX, SlyX. The SlyX protein has no known function. It is short less than 80 amino acids and is found close to the slyD gene. The SlyX protein has a conserved PPH(Y/W) motif at its C-terminus. The protein may be a coiled-coil structure.	5.53522e-14
NZ_CP014944.1|WP_070374926.1|1919462_1921631_-|fatty-acid-oxidation-complex-subunit-alpha-FadB	gnl|CDD|183293	PRK11730, fadB, fatty acid oxidation complex subunit alpha FadB.	0
NZ_CP014944.1|WP_070377067.1|1933200_1934172_+|hypothetical-protein	gnl|CDD|238121	cd00200, WD40, WD40 domain, found in a number of eukaryotic proteins that cover a wide variety of functions including adaptor/regulatory modules in signal transduction, pre-mRNA processing and cytoskeleton assembly; typically contains a GH dipeptide 11-24 residues from its N-terminus and the WD dipeptide at its C-terminus and is 40 residues long, hence the name WD40; between GH and WD lies a conserved core; serves as a stable propeller-like platform to which proteins can bind either stably or reversibly; forms a propeller-like structure with several blades where each blade is composed of a four-stranded anti-parallel b-sheet; instances with few detectable copies are hypothesized to form larger structures by dimerization; each WD40 sequence repeat forms the first three strands of one blade and the last strand in the next blade; the last C-terminal WD40 repeat completes the blade structure of the first WD40 repeat to create the closed ring propeller-structure; residues on the top and bottom surface of the propeller are proposed to coordinate interactions with other proteins and/or small ligands; 7 copies of the repeat are present in this alignment.	3.14834e-27
NZ_CP014944.1|WP_157470901.1|1924852_1925842_+|TIGR03899-family-protein	gnl|CDD|274842	TIGR03899, hypothetical_protein, TIGR03899 family protein. Members of this protein family are conserved hypothetical proteins with a limited species distribution within the Gammaproteobacteria. It is common in the genera Vibrio and Shewanella, and in this resembles the C-terminal domain and putative protein sorting motif TIGR03501. This model, but design, does not extend to all homologs,but rather represents a particular clade.	3.86225e-75
NZ_CP014944.1|WP_070374930.1|1931047_1932154_+|NAD(P)/FAD-dependent-oxidoreductase	gnl|CDD|223652	COG0579, COG0579, Predicted dehydrogenase [General function prediction only].	8.66306e-90
NZ_CP014944.1|WP_070374925.1|1918283_1919447_-|acetyl-CoA-C-acyltransferase-FadA	gnl|CDD|181592	PRK08947, fadA, 3-ketoacyl-CoA thiolase; Reviewed.	0
NZ_CP014944.1|WP_070374934.1|1934783_1936691_+|ATP-binding-cassette-domain-containing-protein	gnl|CDD|236729	PRK10636, PRK10636, putative ABC transporter ATP-binding protein; Provisional.	0
NZ_CP014944.1|WP_070374935.1|1936758_1937481_+|sel1-repeat-family-protein	gnl|CDD|276807	sd00010, SLR, Sel1-like repeat. Sel1-like repeats (SLRs) share similar alpha-helical conformations with Tetratricopeptide repeats (TPRs), but with different consensus sequence lengths and superhelical topologies. SLRs contain 36 to 44 amino acids and are present in bacteria and eukaryotes but not in archaea. SLR proteins are involved in a variety of functions, and many serve as adaptor proteins for the assembly of macromolecular complexes. The SLR family was named after the Caenorhabditis elegans Sel1 protein which is predicted to fold into 11 SLRs, a transmembrane domain, and an N-terminal signal sequence. The human Sel1L protein contains an additional fibronectin type-II domain and an N-terminal PEST sequence. Its downregulation is associated with the development of breast and pancreatic carcinomas.	6.33582e-38
NZ_CP014944.1|WP_070374920.1|1911200_1913633_-|zinc-dependent-metalloprotease	gnl|CDD|239803	cd04276, ZnMc_MMP_like_2, Zinc-dependent metalloprotease; MMP_like sub-family 2. A group of bacterial metalloproteinase domains similar to matrix metalloproteinases and astacin.	7.69867e-73
NZ_CP014944.1|WP_070374928.1|1922436_1924659_-|EAL-domain-containing-protein	gnl|CDD|238923	cd01948, EAL, EAL domain. This domain is found in diverse bacterial signaling proteins. It is called EAL after its conserved residues and is also known as domain of unknown function 2 (DUF2). The EAL domain has been shown to stimulate degradation of a second messenger, cyclic di-GMP, and is a good candidate for a diguanylate phosphodiesterase function. Together with the GGDEF domain, EAL might be involved in regulating cell surface adhesiveness in bacteria.	1.87467e-100
NZ_CP014944.1|WP_070374923.1|1916384_1917305_+|manganese-dependent-inorganic-pyrophosphatase	gnl|CDD|235458	PRK05427, PRK05427, putative manganese-dependent inorganic pyrophosphatase; Provisional.	0
NZ_CP014944.1|WP_070374931.1|1932286_1933042_-|FKBP-type-peptidyl-prolyl-cis-trans-isomerase	gnl|CDD|236791	PRK10902, PRK10902, FKBP-type peptidyl-prolyl cis-trans isomerase; Provisional.	2.48355e-67
NZ_CP014944.1|WP_070374929.1|1927283_1929032_-|assimilatory-sulfite-reductase-(NADPH)-hemoprotein-subunit	gnl|CDD|237402	PRK13504, PRK13504, NADPH-dependent assimilatory sulfite reductase hemoprotein subunit.	0
NZ_CP014944.1|WP_070374924.1|1917307_1917847_+|GNAT-family-N-acetyltransferase	gnl|CDD|379112	pfam13302, Acetyltransf_3, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	7.89107e-28
NZ_CP014944.1|WP_070374921.1|1913855_1914824_+|class-1-fructose-bisphosphatase	gnl|CDD|236458	PRK09293, PRK09293, class 1 fructose-bisphosphatase.	1.08789e-165
NZ_CP014944.1|WP_070374933.1|1934486_1934681_-|YheV-family-putative-metal-binding-protein	gnl|CDD|226060	COG3529, COG3529, Predicted nucleic-acid-binding protein containing a Zn-ribbon domain [General function prediction only].	7.18942e-21
NZ_CP014944.1|WP_070374922.1|1915040_1916231_+|chromate-efflux-transporter	gnl|CDD|273350	TIGR00937, Chromate_transport_protein, chromate transporter, chromate ion transporter (CHR) family. Members of this family probably act as chromate transporters, and are found in Pseudomonas aeruginosa, Alcaligenes eutrophus, Vibrio cholerae, Bacillus subtilis, Ochrobactrum tritici, cyanobacteria and archaea. The protein reduces chromate accumulation and is essential for chromate resistance. [Transport and binding proteins, Anions].	1.46267e-61

Protein sequences

>NZ_CP014944.1|WP_157470901.1|1924852_1925842_+|TIGR03899-family-protein
MLILIFQRMLRKNSNENNILVTVIFMKDINEPSTAPLVITEEPINTEVIKTTESTAKNSGNKKNAGVSSQMQLLALAKNFVLDGGLISSEKQMPLEERTQKRARIAALRKQENLETIIKKSVNYCSATEFTHKADADWFSTFTELAEDVSNTTMQNLWAKILAGEISQPGSFSTKTLKVFRAMSITEAKLLAKACSLAVTEQTKRNIRIISGAYQTPGLLNFFNKNREQNIPFNQFSLSYADLLILADNHLVFIQETESSPMNKSESFHFNFNGKPLTLTAKKSSCVLKFYKFTPIGSELARLISDNIDDVYLQHLKSALSENFSIIEG
>NZ_CP014944.1|WP_070374928.1|1922436_1924659_-|EAL-domain-containing-protein
MQASENNNDDFLFIDDSDEDEILNDGSAETWKVLIVDDDPEIHSVTQLALSDLVVLGKNLEYIHAYSGRDACQLIEEHEDIVLVLLDVVMETDDAGLNVVKHIRETLSRQDIRIVLRTGQPGYAPEESVIKDYDINDYKTKTELTRRKLVTTVYAAVRSYQQIHSVNQNRLGLEKIISATADLLELHSIHEYAEGVLSQLIKLSKSHCSVFCARGQGIIEGSDDLSLHILGQIGHNAELINQKISCFDRESAQDRMSSCFTQKQNNYGSDYAVLYLASGGYRAVIYLEFEQELTDLQIQLIEVFLANVAIGYENVHLFQKLRNAAYRDWLTELPNRLEFVNLLDKFSQSEEPNLVAALIDINHFSDINDGLGQDLGNKLLLAVTERMKELGKHCQLARMGADVFGVIGPAESVNPDKLMSLFHRSFTAGEQLLPVTACFGLCSKSSAGSQGVKVLNQINIALNLAKKSNHENFVYYKKEMEDETLWRLGMIRQLRTDFADNRLELWYQPQLSLITGKVIGAEALLRWRTAEGKFISPAVFIPLAEYSGLIVEIGDWVINQACKQIKVLEQQKFDHVGISVNVSIPQFKRDNFVDSIIQATINHDVKPSKLELEITENILMDEPQVVIDALVKLKAEGISIALDDFGTGYSSMSYLQQLPLDRLKVDRSFITGIAEPGQSLIADTIINLGKQMNLKVIAEGIEEEEQQAHLIAQGCDEVQGFFYAKPMPADEFLTFLRNNK
>NZ_CP014944.1|WP_157470898.1|1922090_1922360_+|hypothetical-protein
MFFSLAIAIKTYFQKIAKPEHLASSAGVSFSINHIAAVVIPALLGLVWIYNPSWGFYIGAGFAGCSLILSHFIPCHPREGVEFRYQETS
>NZ_CP014944.1|WP_070374926.1|1919462_1921631_-|fatty-acid-oxidation-complex-subunit-alpha-FadB
MLFQGQNLSAELLNDGIVEFKFDAQGSVNKFDQQTFKEYIEVVAAINNCADAKGVLVTSGKSNFIVGADITEFLTMFKLPEAELIPWIKGGSDVFDSFEDIKLPTIVALNGFALGGGCEMSLACDYRIADTTCSIGLPEVKLGLIPGFGGTVRLPRIIGADNAVEWMSTGKAFKPEQAMAVGLLDAVVAPEHLREAAINMLKQAMSGKLNWQAKRQQKLEALKLSPVESIMTFNTCKGMIAAKAGKHYPAPMMMVKTIEAAALLGRTEAMLIENTNFAKLAKTDAATAQIGLFMADQVVKGKAKKAAKMATKQVNKAAVLGAGIMGGGIAYQSAYKGTPIIMKDINDAALDLGLNTAAGILTKQVERGRMNIKTMAGVLNNITPTLSYDSVKDVDIVVEAVVENPKVKGMVLAEVESFLSEDAILTSNTSTISIDLLAQSVKRPENFCGMHFFNPVNKMPLVEVIRGKATSEETVAAVVAYAAKMGKSPIVVNDCPGFYINRVLFPYFAGFSQLMLEGVDFAAVDKIMEKQFGWPMGPAYLLDVVGVDTADHCTGVMSSGFPTRMAKIDNDPVSTLYSNKRLGQKNGKGFYDYGQDKRGRPTKVASADAYALFESTCADKKEFSSEDIIARLMIPMVNEVVRCLEEGVVDTAAEADMGLIYGIGFPPFRGGAIRYLETLGLTNFITMADKYAHLGEIYQVTDGLREMAKSGKSYFNTDVKTA
>NZ_CP014944.1|WP_070374925.1|1918283_1919447_-|acetyl-CoA-C-acyltransferase-FadA
MKEVVIVDCIRTPMGRSRAGVFRNVRAEGLSAHLMQQLLVRNPNLDPSLIEDIIWGNVKQTKEQGFNIARNAQLLTDIPKTVGAVTVNRLCGSSMQALHDATTNIMCGQGDVFIVGGVEHMGHVPMMYDVDFDPALSKYISRAAGNMGLTAELLGKQFGITREQQDAFAARSHRKAYEAQLAGRWDNEIVATQGHDAMGALTLVEHDEVIRPETTIETLAGLRPVFDPVNGTVTAGTSSALSDGASAMLVMSADRAKELGLTPRARIRGMAVAGCDPSTMGFGPVPATKKALKRAGLSLADIELAEFNEAFAAQALSCVKSLGLEDRAEDMINLNGGAIALGHPLGCSGSRITGTLLNLMEGQDVSIGLATMCIGLGQGIATVIERV
>NZ_CP014944.1|WP_070374924.1|1917307_1917847_+|GNAT-family-N-acetyltransferase
MKINNSARLSYRLMSADDAELLYQLDQDPEVMRFISDGNPSSRETITNVLLPRMQKYLSPTKGWGLWQVNITETDQYIGWVLVRPMNFFSALPEFDNLELGWRFFQTSWGQGFASEAAQHIKDALAINPEYEKFSAIADENNLASIGVMKKIGMSYLKTYLHIDPLFECNVAYYQLQNT
>NZ_CP014944.1|WP_070374923.1|1916384_1917305_+|manganese-dependent-inorganic-pyrophosphatase
MPNYAVGHKTPDSDSICSAIALSYLKTTLGEETVPARLGELSPETLFILDKFGFEQPELKTSFAGEGIYIVDHSDRIQGPDDIDEATILGIIDHHKLGDITTSTPLEIWVRPVGCTNTIIKMMYDFYDVEIPKNIAGAMMCAILSDTVIFKSPTCTTADIKCVEALAEIAGISDAKALGMEMFEVKSAVLGTPIRDLVLRDFKDFNMHGNLVGIGQLEVLDLAIFDDMKLELFADIAKLKAEGKRHTVLLLLTDIMKEGSEMLVISDNADLTEKAYGKPLVDGKVWLDGVLSRKKQVVPPLQDSLA
>NZ_CP014944.1|WP_070374922.1|1915040_1916231_+|chromate-efflux-transporter
MKKLFEVFWRFLFLGCISFGGPAAHIGYFQKTFVDKLKWLDQTSYANLISLSQFLPGPGSSQLGFAIGLRQAGLPGGIAAFIGFTLPSFILIYLLATNISGAEQPWVFHVISGLKLLAVVVVADACLTMFKSFCNNNTHRLIAGITAIALITLPSLTTQIFILTIAASFGFFVNPSLKSVTTEVAQPSALTSRQFKILPLMLFLIILFALPLATVFGAPIDSAEIMVLFNQFFQAGSMVFGGGHVVLPLLQQTIGEALSNDVFLTGYAAAQAVPGPMFTLATFLGAELFPQAPLIGATVATLAIFLPGFLLVLTFESTWQSLATKPKVAGAIMAVNAAVVGLLFSALYHPIFTSAVSSLFDLFSVLIGFYLLRIVKLPIIVLVVTFVGVGLLTQFY
>NZ_CP014944.1|WP_070374921.1|1913855_1914824_+|class-1-fructose-bisphosphatase
MQRLAPALRQDNVPLDLISLIKTILAATKEISFRVSQGHLSDLMGSTLDENIQGEVQKELDVVANELLKDILLESGFVKAISSEEEDSSVAGEKNGKYLVSFDPLDGSSNIEINSLIGTIFSIHEAPSDMDASDPDMFKQAGNKQLCAGYVLYGPSTMLVMTTGSGTHFYVLDRTHGGFLLVERNVQVPVDTQEFAVNMSNQRFWQAPMQNYISDLLAGDTGPRGKNFNMRWIAAMVGDIHRVLTRGGIFTYPQDSKNPQQPHKLRLMYEANPMSFLIEQAGGLAMTSEGRIMDMEPNSIHQRVEVIMGSKNEVEACLAYYK
>NZ_CP014944.1|WP_070374920.1|1911200_1913633_-|zinc-dependent-metalloprotease
MKLTLGVFLIFICSTFSIAALSEEILSYNDFVKDKDHQQGYFSFYHDKKKGNVYLEIQQFEQDFLFQSGLPQGVGSNDIGLDRGQLGDTRLVRFEKVGEKVFLRQLNTYYRADTENNLEKKAVSEAFASSIIWGFKVAKESKDGKKVLIDYTPFLLSDIHQLSSKLKQRQQGNFKIDESRSGIYIKRSKAFPNNTELEATVTYQGTDAGKYLRSVTPDSTAVTVNLHHSLIKLPDDKYQARTFHPYSGFWSNSYADYASAIDQPLIQRNIPRHRLNKKDRNLKVSEAIEPIIYYLDAGVPEPIRSALLDGARWWDQAFSAIGYKNAFQVKMLPADADPMDVRYNVIQWVHRATRGWSYGSSVIDPRTGEILKGHVTLGSLRVRQDYLIALGLTSPFKSSITDTSPMKEMALARIRQLSAHEVGHTLGIAHNFAASANNRASVMDYPHPLITLKNGEIDLSNAYATDIGRWDKSVIAYGYADIAADQEAEYLAKVIASAQQADLLYMSDSDARSSSSAHSRAHLWDNGVDAADELNRVLKIREKALIDFGLNSIPLGRPLSEIEEVLVPIYNFHRFQVTAAAKLISGIDYRYQLREENVLKPLEVVSGKQQRKALQVLLATLDTKILTLPEHIVKLIPPKAYGYYRNRESFTGNTGLTFDPVSAAQASAKHTVSLLLNEQRLARLQQQSVMDKRILSVQELIDALIEQSIKVPAEKGLALLVQQRVNQQVIEHLLALWHNKNLVTEVRAEVYMALLNIKEWLNDNYDSKKYKRLTAQFMLLAAQITHSLEQGKLVHPAASITMPPGSPIGS
>NZ_CP014944.1|WP_157470904.1|1926514_1927291_-|phosphoadenylyl-sulfate-reductase
MTKPIINSADIAAAKAPINNRFPASLPKPWLNQWNELLEQQTATERVEWSMENLPSQFVLSSSFGIQSAVMLHMLTQVDANIPVIVTDTGHLFPETYQFIEQLNERLKLNLHVYSATESAAWQQAKYGEEWAKDETSLKAYNRRNKVEPLERGLHELNAATWFSGVRRQQSEHREGLSVVSILRGRFKVHPIIDWSNKDVHEYLTKHNLPYHPLWDQGYVSVGDTHSTRPLTLGMNESDTRFSGMARECGLHTDGDGI
>NZ_CP014944.1|WP_070374929.1|1927283_1929032_-|assimilatory-sulfite-reductase-(NADPH)-hemoprotein-subunit
MTTTNKEIVLTGPGPLIVEGKQADNERLKAESNFLRGTIVDDLKDPVTGGFTADNYHIIRTHGMYQQDDRDIRTERSKQKLEPLHNVMLRARMPGGIIKPEQWLAIDKFAQESTSYGSIRLTTRQTFQFHGVLKPNIKLMHQTLNSIGIDSIATAGDVNRNVLCTSNPIESELHQEAYEWAIKISEHLLPKTRAYAEIWLDGEKLEGPEGEETKEPILGSNYLPRKFKTTVVIPPQNDIDVHANDLNFIAIAKDGKLVGFNVLVGGGLAMTHGDKSTYPRKADDFGYVSLAHTLDVATAVVTTQRDWGNRVNRKNAKTKYTLDRVGVETFKSEVEKRAGITFETSRPYEFTERGDRIGWVEGFDGKHHLALFIENGRLLDSPGKPLKSGVAELAKIHKGDFRMTANQNLIVAGVATEDKAQIEKIAREYGLMNDTVSKQRKDSMACVAFPTCPLAMAEAERYLPGFVTDVEGILAKHDMSDESIILRVTGCPNGCGRAMLAEIGLVGKGPGKYNMHLGGNLAGTRVPKMYKENLSEQDILDEMDMLVARWSTERNSNEAFGDFTIRTGIIAEVKNSKRDFHD
>NZ_CP014944.1|WP_070377066.1|1929031_1930831_-|assimilatory-sulfite-reductase-(NADPH)-flavoprotein-subunit
MLPNQQNLQKTMLDADQLSSLQNAIGSYSQLQLAWASGYLAAKSEGASLSVSPAASAVAAPAPVLTILFGSQTGNAKGVAKALAAQAQAEGLTVDLKSMSDFKPKSIKNLTHLLIVASTNGEGEAPDDAIALHEYLGSKKAPKLDDLRYSVLALGDTSYEFFCQTGKDFDDYLSKLGAKQITARVDCDVDYEADVKTWSETIVKDVKALLGNEIDSHNVVVMPTLGASSEYTKQAPYAAELSLSQKITGRDSAKDVRHIEIDLADSGITYQAGDALGVWFENDTELVAELIAILGLSGNENIDVGGERLSLEQALISTLEITQTAPNFISFWAEKSQDKALLTLSEDKNAAREYASNHQIIDLVKAAPAKVTAQDFVDALRKITPRLYSIASSQAEVEEEVHLTVGLVEYSENDQLRSGGASSFLGKRLAEGGTVKVFIEHNDNFRLPENGDTPVIMIGPGTGIAPFRAFMQEREASEASGDNWLFFGDQTFTQDFLYQVEWQGYLKSGLLTHLDLAFSRDQAEKIYVQDRLREKASEIFAWLERGAHLYICGDMSRMAKDVELALVDIIAEHGKLSTEQAQDYLKELRNAKRFQKDVY
>NZ_CP014944.1|WP_070374930.1|1931047_1932154_+|NAD(P)/FAD-dependent-oxidoreductase
MEKVDAIIIGAGVVGLAIAARLSNKLNNVLIVDKNASFGEETSSRNSEVIHAGIYYPQHSLKAKLCVQGKEKLYQYCKDRGIPHQRLGKLLVAHGEAEEQHLTKTIKQAALNDVNDLVWLTADELKKSNPALHATAALLSPSTGIIDSHRYMQALLAEIEHNNGQFVGKTTFIKADNNNDGFVVTLNSQDEIMQLHCDYLINSGGLHSTKVAENISDLKKSHIPTLYYCRGHYFSYQGRSPFTQLIYPLPESHGLGIHASLDIGGQLKFGPDTQYIDDIDYEVSPLLKAKFVAAIQRYYPSLDSERLQPAYSGIRPKLEGPNDGFKDFVIQSENVHGLKGLVNLFGIDSPGLTSSLAIAEYVDERLAI
>NZ_CP014944.1|WP_070374931.1|1932286_1933042_-|FKBP-type-peptidyl-prolyl-cis-trans-isomerase
MKLFKPTMLAIALVSVFGCQESVKPTETAPVLETEMQKQAYSLGASIGMYMQKNLDQHEKLGVPLDQALITRGFMDSLAGKSIIEKEEIQALLMSLDEQMKAKQLAAADAESEAAIAEGMKFLEENAKKEGVQVTESGIQYLVVTEGEGDKPSATDTVTVHYKGTFLNGETFDSSYERNEPAVFPLNRVISGWTEGVQLMSVGSKYTFTIPSDLAYGKNGNPPRIPGNSVLQFEIELLDIQKSAEPEEITQ
>NZ_CP014944.1|WP_070377067.1|1933200_1934172_+|hypothetical-protein
MLFICLFSLLNSACQPAEDKPVQRWQHATDGAYAANISNDGKYSVVSSIYHGLSLWDIEENALKYSWSQQQDSSDNLVLLADISNNNSHALTANREAFSLWNIATGQSEGYWKVRESTIRDIALSNNGDFILLGKSNGTIVHITMSNGRRLEFLGHTEKINAVDMLPNGRIAISGGNDYVAYVWDTESGQVIYRFNHPSRVTMVALDPKGRFAFTADSKKSSNIWDLKTGKRVSQLQYYNRHEIFSSVRFSDDGTLLLTGAPTRKVSLWSIPTGERLDSWRVTPKESIRAAGAVVYSVAFRGKNQIITESSSGYAELWQRKSR
>NZ_CP014944.1|WP_070374932.1|1934184_1934421_+|SlyX-family-protein
MTTEIQKKIIELQENVEALQSRNAFQDDVIEQLNNELAVHQLEISDIRAQLKLIASRVQDNNPGQNQSQDIEPPPPHY
>NZ_CP014944.1|WP_070374933.1|1934486_1934681_-|YheV-family-putative-metal-binding-protein
MKKRFIAGAICPKCNAMDTMGLTKENNVEKVTCVSCGHQMSQPEEHVVKEIRPQEQVIGIFKQE
>NZ_CP014944.1|WP_070374934.1|1934783_1936691_+|ATP-binding-cassette-domain-containing-protein
MIIATDLSLDRGAKNLIKSSSFTIHPNHKVGLVGANGCGKSSLFAALLGELQPDRGDVNMPSGWDVATVKQETPALDQSALDYVMDGDKEFRQLEQQLEKARLNDDGNQEALILNHIDAINGYSLPARASELLHGLGFLQEQLGDAVKDFSGGWRMRLNLAQALISRADLLLLDEPTNHLDLDAVIWLQRWLKRFTGTLVLISHDRDFLDDVIEQILHIEHQQAKLYSGNYSAFERQRAEHLAQQDAQFQKQQKEVAHLTSFVDRFRAKASKAKQAQSRLKRLQKLPDLAPAHVDSQFTFSFKTPETLPYPLLALKETTCGYDPETIILRDVGLTLVPGSRIGLLGRNGAGKSTLIKSLAGDIALIKGERYCAQDLTVGYFSQHQLEQLHMPSSAIDHIVRAKPETTELQARNFLGSFGFTGDQALSPVSTMSGGEKARLVLALIVNDKPQLLLLDEPTNHLDLEMRQALVFALQDFEGAIILIAHDRFLLESCVDEFFLVANGQVSEFSGDIDDYQQWLNEDKKQTLKNTKPAKSIEVVDKKQLRKDQAELRKKASPLRKQADKYEKKVQLLQTQLAEVEGVLAESEIYQSEHKARLAVLIKQQANLKADVEEIEMYWLELEEQIEEIMLQASL
>NZ_CP014944.1|WP_070374935.1|1936758_1937481_+|sel1-repeat-family-protein
MKKTIFALFCLSILSSVSSFAYQGDLDQGIYELNRGDFKAAINEFEPLVAQEYSPAQYQMALIYLNGYGVTKDPEKALELMSLAASQNHPDALFSLSLMYSDGVIVKKDLTTAFALMERAAIRDSIAAQFNLGVMYFNGTGTYKDYPKAARWYETAAKQNYALAQFNLALMYFEGLGVEKSVEMSFIWNIISASNGYQNAGKSRDMDSLKLSNVEIAQAREKADRLYQQIIEQEALKAKQ

Crispr_ID: NZ_CP014944_6

• CRISPR_ID: NZ_CP014944_6
• CRISPR_location: 2070617-2070724
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_6

Consensus_repeat	Method
AGACTATAACTTACGATTTACTACC	CRISPRCasFinder

spacers of NZ_CP014944_6

>6.1|2070642|58|NZ_CP014944|CRISPRCasFinder
CGTTTTTTAAAAAATAATATCACTTAAAGGAAGACGGTTAATAATACACGCATCGTTT

CRISPR arrays and Neighbor proteins around NZ_CP014944_6

CRISPR arrays

The CRISPR arrays of NZ_CP014944_6

>merge|NZ_CP014944|6|2070617-2070724|CRISPRCasFinder
AGACTATAACTTACGATTTACTACCCGTTTTTTAAAAAATAATATCACTTAAAGGAAGACGGTTAATAATACACGCATCGTTTAGACTATAACTTACGATTTCTACCT

>NZ_CP014944|6|5|2070617-2070724|CRISPRCasFinder
AGACTATAACTTACGATTTACTACC	CGTTTTTTAAAAAATAATATCACTTAAAGGAAGACGGTTAATAATACACGCATCGTTT
AGACTATAACTTACGATTTCTACCT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070375047.1|2084775_2088804_-|DNA-directed-RNA-polymerase-subunit-beta	unknown	unknown	gnl|CDD|234749
NZ_CP014944.1|WP_070375031.1|2054481_2054865_-|MerC-domain-containing-protein	unknown	unknown	gnl|CDD|377004
NZ_CP014944.1|WP_070375038.1|2068089_2068971_-|50S-ribosomal-protein-L11-methyltransferase	unknown	unknown	gnl|CDD|283886
NZ_CP014944.1|WP_070375035.1|2064836_2066438_-|bifunctional-phosphoribosylaminoimidazolecarboxamide-formyltransferase/IMP-cyclohydrolase	unknown	unknown	gnl|CDD|234854
NZ_CP014944.1|WP_070375039.1|2069090_2069579_+|putative-4-hydroxy-4-methyl-2-oxoglutarate-aldolase	unknown	unknown	gnl|CDD|183553
NZ_CP014944.1|WP_070375044.1|2076979_2079088_-|elongation-factor-G	unknown	unknown	gnl|CDD|234569
NZ_CP014944.1|WP_070375045.1|2079311_2079785_-|30S-ribosomal-protein-S7	unknown	unknown	gnl|CDD|235398
NZ_CP014944.1|WP_070375040.1|2069629_2070595_+|hypothetical-protein	unknown	unknown	gnl|CDD|130536
NZ_CP014944.1|WP_070375036.1|2066621_2066909_-|DNA-binding-transcriptional-regulator-Fis	unknown	unknown	gnl|CDD|179020
NZ_CP014944.1|WP_070375042.1|2073743_2075093_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070375041.1|2072549_2073701_-|iron-regulated-protein-A-precursor	unknown	unknown	gnl|CDD|271141
NZ_CP014944.1|WP_070375033.1|2062379_2063666_-|phosphoribosylamine--glycine-ligase	unknown	unknown	gnl|CDD|234856
NZ_CP014944.1|WP_070375032.1|2054944_2055904_-|elongation-factor-P--(R)-beta-lysine-ligase	unknown	unknown	gnl|CDD|273090
NZ_CP014944.1|WP_070375048.1|2089063_2089423_-|50S-ribosomal-protein-L7/L12	unknown	unknown	gnl|CDD|234671
NZ_CP014944.1|WP_070375034.1|2063750_2064578_-|class-I-SAM-dependent-methyltransferase	unknown	unknown	gnl|CDD|227135
NZ_CP014944.1|WP_070375037.1|2066929_2067895_-|tRNA-dihydrouridine-synthase-DusB	unknown	unknown	gnl|CDD|182440
NZ_CP014944.1|WP_070377079.1|2070839_2072453_-|thiol-oxidoreductase	unknown	unknown	gnl|CDD|368963
NZ_CP014944.1|WP_070375043.1|2075716_2076901_-|elongation-factor-Tu	unknown	unknown	gnl|CDD|234596
NZ_CP014944.1|WP_011045492.1|2079901_2080276_-|30S-ribosomal-protein-S12	unknown	unknown	gnl|CDD|235355
NZ_CP014944.1|WP_070375046.1|2080462_2084674_-|DNA-directed-RNA-polymerase-subunit-beta'	unknown	unknown	gnl|CDD|234794

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070375031.1|2054481_2054865_-|MerC-domain-containing-protein	gnl|CDD|377004	pfam03203, MerC, MerC mercury resistance protein.	1.95757e-23
NZ_CP014944.1|WP_070375038.1|2068089_2068971_-|50S-ribosomal-protein-L11-methyltransferase	gnl|CDD|283886	pfam06325, PrmA, Ribosomal protein L11 methyltransferase (PrmA). This family consists of several Ribosomal protein L11 methyltransferase (EC:2.1.1.-) sequences.	6.49093e-133
NZ_CP014944.1|WP_070375035.1|2064836_2066438_-|bifunctional-phosphoribosylaminoimidazolecarboxamide-formyltransferase/IMP-cyclohydrolase	gnl|CDD|234854	PRK00881, purH, bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase; Provisional.	0
NZ_CP014944.1|WP_070375039.1|2069090_2069579_+|putative-4-hydroxy-4-methyl-2-oxoglutarate-aldolase	gnl|CDD|183553	PRK12487, PRK12487, putative 4-hydroxy-4-methyl-2-oxoglutarate aldolase.	1.39264e-86
NZ_CP014944.1|WP_070375044.1|2076979_2079088_-|elongation-factor-G	gnl|CDD|234569	PRK00007, PRK00007, elongation factor G; Reviewed.	0
NZ_CP014944.1|WP_070375045.1|2079311_2079785_-|30S-ribosomal-protein-S7	gnl|CDD|235398	PRK05302, PRK05302, 30S ribosomal protein S7; Validated.	7.49641e-105
NZ_CP014944.1|WP_070375040.1|2069629_2070595_+|hypothetical-protein	gnl|CDD|130536	TIGR01470, siroheme_synthase, siroheme synthase, N-terminal domain. This model represents a subfamily of CysG N-terminal region-related sequences. All sequences in the seed alignment for this model are N-terminal regions of known or predicted siroheme synthases. The C-terminal region of each is uroporphyrin-III C-methyltransferase (EC 2.1.1.107), which catalyzes the first step committed to the biosynthesis of either siroheme or cobalamin (vitamin B12) rather than protoheme (heme). The region represented by this model completes the process of oxidation and iron insertion to yield siroheme. Siroheme is a cofactor for nitrite and sulfite reductases, so siroheme synthase is CysG of cysteine biosynthesis in some organisms. [Biosynthesis of cofactors, prosthetic groups, and carriers, Heme, porphyrin, and cobalamin].	1.64074e-63
NZ_CP014944.1|WP_070375036.1|2066621_2066909_-|DNA-binding-transcriptional-regulator-Fis	gnl|CDD|179020	PRK00430, fis, DNA-binding transcriptional regulator Fis.	3.6723e-42
NZ_CP014944.1|WP_070375047.1|2084775_2088804_-|DNA-directed-RNA-polymerase-subunit-beta	gnl|CDD|234749	PRK00405, rpoB, DNA-directed RNA polymerase subunit beta; Reviewed.	0
NZ_CP014944.1|WP_070375041.1|2072549_2073701_-|iron-regulated-protein-A-precursor	gnl|CDD|271141	cd14658, Imelysin-like_IrpA, Imelysin-like domain in iron-regulated protein A. This family includes putative iron-regulated protein A (IrpA) mainly from Bacteriodes, proteobacteria and cyanobacteria, with domain similar to insulin-cleaving membrane protease (imelysin, ICMP) protein. It has been shown to be essential for growth under iron-deficient conditions in the cyanobacteria Synechococcus sp. The conserved GxHxxE motif is similar to other known imelysin-like proteins that are regulated by iron, such as ICMP, IrpA and EfeO. Imelysin is a membrane protein with the active site outside the cell envelope. The tertiary structure shows a fold consisting of two domains, each of which consists of a bundle of four helices that are similar to each other, implying an ancient gene duplication and fusion event.	4.2677e-88
NZ_CP014944.1|WP_070375033.1|2062379_2063666_-|phosphoribosylamine--glycine-ligase	gnl|CDD|234856	PRK00885, PRK00885, phosphoribosylamine--glycine ligase; Provisional.	0
NZ_CP014944.1|WP_070375032.1|2054944_2055904_-|elongation-factor-P--(R)-beta-lysine-ligase	gnl|CDD|273090	TIGR00462, genX, EF-P lysine aminoacylase GenX. Many Gram-negative bacteria have a protein closely homologous to the C-terminal region of lysyl-tRNA synthetase (LysS). Multiple sequence alignment of these proteins with the homologous regions of collected LysS proteins shows that these proteins form a distinct set rather than just similar truncations of LysS. The protein is termed GenX after its designation in E. coli. Interestingly, genX often is located near a homolog of lysine-2,3-aminomutase. Its function is unknown. [Unknown function, General].	2.7642e-156
NZ_CP014944.1|WP_070375048.1|2089063_2089423_-|50S-ribosomal-protein-L7/L12	gnl|CDD|234671	PRK00157, rplL, 50S ribosomal protein L7/L12; Reviewed.	6.03588e-41
NZ_CP014944.1|WP_070375034.1|2063750_2064578_-|class-I-SAM-dependent-methyltransferase	gnl|CDD|227135	COG4798, COG4798, Predicted methyltransferase [General function prediction only].	9.83747e-51
NZ_CP014944.1|WP_070375037.1|2066929_2067895_-|tRNA-dihydrouridine-synthase-DusB	gnl|CDD|182440	PRK10415, PRK10415, tRNA-dihydrouridine synthase B; Provisional.	4.29524e-163
NZ_CP014944.1|WP_070377079.1|2070839_2072453_-|thiol-oxidoreductase	gnl|CDD|368963	pfam06537, DHOR, Di-haem oxidoreductase, putative peroxidase. DHOR is a family of di-haem oxidoredictases. It carries the two characteristic Cys-X-Y-Cys-His haem-binding motifs. The C-terminal high-potential site functions as an electron transfer centre, and the N-terminal low-potential site corresponds to the peroxidatic centre. Its probable function is as a peroxidase.	0
NZ_CP014944.1|WP_070375043.1|2075716_2076901_-|elongation-factor-Tu	gnl|CDD|234596	PRK00049, PRK00049, elongation factor Tu; Reviewed.	0
NZ_CP014944.1|WP_011045492.1|2079901_2080276_-|30S-ribosomal-protein-S12	gnl|CDD|235355	PRK05163, rpsL, 30S ribosomal protein S12; Validated.	3.07857e-90
NZ_CP014944.1|WP_070375046.1|2080462_2084674_-|DNA-directed-RNA-polymerase-subunit-beta'	gnl|CDD|234794	PRK00566, PRK00566, DNA-directed RNA polymerase subunit beta'; Provisional.	0

Protein sequences

>NZ_CP014944.1|WP_070375040.1|2069629_2070595_+|hypothetical-protein
MKYFPIFLEGKNISAMIIGGGDVAARKIELLLKSTTNITVMAASLSESVQRLVDGHDLHWLAHNYQSGHLIGMNLVIAATDDGEVNKAVADESQPLNILTNVVDQPELCTYITPAIIDRAPMIIAMSSSGSAPILLRMLREQIEKTLPNGYGRLADFSFKFRDHVKARVRGLRNRRTFWENVLRGPIGEEILQGNIAEAEQQLIASIKKEITPPVGEIVFVHTLDGNPDKLTLQTHREMQFAEAVFYDDDVNIDLIEYIRRDAEKYPQSITSSILINFQHALELAENGQKVIYLLAGHTPLPENSALSSSNILKKELISGA
>NZ_CP014944.1|WP_070375039.1|2069090_2069579_+|putative-4-hydroxy-4-methyl-2-oxoglutarate-aldolase
MLDLLPDLYDIYPNALTLAQPLFTDYGKNNIFYGEIVTVSCFNDNSKVKALVDTDGTGKVMVIDGKASITRALLGDMLAEKAVKNGWQGIVINGCIRDAGTIATLKLGVKALGCCPIKTEKLGIGEVNIPIAFAGIHFIPGQFIYGDSNGLAISEKLLSLPS
>NZ_CP014944.1|WP_070375038.1|2068089_2068971_-|50S-ribosomal-protein-L11-methyltransferase
MPWIQLRLSANEDTSEKYSDWLSACGAQAVTFIDAQDTPIYEPLPGDEVIYWHNTVVMGLFDASHDMDKTITYLKSIHPDKNDMAYKLEQLEDKDWEREWMDNFHPMKFGERLWICPSWREVPDPTAVNVMLDPGLAFGTGTHPTTALCLTWLDGLDLVGKTVVDFGCGSGILSLAALKLGAKKVIGIDIDPQALQASKANAERNGIADRLELFLPKDQPSFKADVVVANILAGPLRELAPTIIEFVAPNGHLALSGVLEEQANELQNIYSQWCEMDAIAVQDEWVRLSGKKN
>NZ_CP014944.1|WP_070375037.1|2066929_2067895_-|tRNA-dihydrouridine-synthase-DusB
MNIGSYTLSSNVMLAPMAGITDQPFRQLCCQMGAGLAVSEMISSNPKVWHTEKSKRRSIHSEFAGIRSVQIAGSDPEELAFAAKVNVENGAQIIDINMGCPAKKVNKKLAGSALLKEPKLVEEIVRSVVDAVNVPVTLKIRTGWCENTRNGIEIAKIAEHNGIQSLVVHGRTRNDFYKGDAEYETIKAIKQAVSIPVVANGDITSAIKAAQVLNFTGADAVMVGRGAQGKPWIFREINHFLKTGEHLSAPSLEEICPIVIGHVKDLHNFYGDFMGVRFARKHVAWYMLAYDQEKKFRSVFNALESSTDQLDALELYFDNLN
>NZ_CP014944.1|WP_070375036.1|2066621_2066909_-|DNA-binding-transcriptional-regulator-Fis
MFEQNISSPFVTGKIQTQAEYSPLRTQAKQAISNYLSQLNGNDVDDMYDLVLSEIEAPMLEEVMKYTRGNQTRAANLLGINRGTLRKKLKKYGMN
>NZ_CP014944.1|WP_070375035.1|2064836_2066438_-|bifunctional-phosphoribosylaminoimidazolecarboxamide-formyltransferase/IMP-cyclohydrolase
MDTPRPIKRALLSVSDKTGIVDFARSLAQKGVDILSTGGTAKLLADNGIQVTEVSKYTGHPEIMDGRVKTLHPKVHGGILARRGMDEAVMAENDISAIDLVVVNLYPFANAVSDENCSLENAIENIDIGGPTMVRAAAKNHKDVTIIVNAHDYERVLAEMNSNDDSLTYNTRFDLAIAAYEHTAAYDGMIANYFGKMLSARSGEKSEVNFKEKNKFPRTFNSQFIKTEDLRYGENSHQDAAFYVEANPEEASVSTAKQLQGKALSYNNIADTDAALECVKEFDEPACVIVKHANPCGVSIGDNILAAYEGAYRTDPTSAFGGIIAFNRELDADTAEAIVSRQFVEVIIAPSVSEAAAQIVAAKPNLRLLACGEWSTKTTGFDLKRVNGGLLVQDRDQGKVTSDDLKVVTKRQPTADEMRDLQFCWKVAKYVKSNAIVYVKNSMTIGVGAGQMSRVYSAKVAGIKAADENLEVKGSVMASDAFFPFRDGLDAAAEAGITAVIQPGGSMRDNEVIAAADEHNIAMVFTGMRHFRH
>NZ_CP014944.1|WP_070375034.1|2063750_2064578_-|class-I-SAM-dependent-methyltransferase
MKTIKTLLSASIISLSLASVSYADQAMQPMANTQLAQAVASEHRSAANKMRDEYRHPQQTLEFFGFNSSMTVVEITPGGGWYTEILAPALKGKGKLIGAHYPDTGEDNYYSNSRKKLVKKLASHEMFSEVELSNFVPKKASELAPAGSADMVLTFRNLHNWGEEGVSQVFIDAFKALKTGGILGVVEHRLPKGATANDMNSGYVSVEKTIAQAEAAGFTFIASSEVNANAKDKASYEKGVWTLPPSLALKDKEREKYLAIGESDRMTLKFAKVAK
>NZ_CP014944.1|WP_070375033.1|2062379_2063666_-|phosphoribosylamine--glycine-ligase
MNVLVIGSGGREHALAWKAAQSSQVEKVFVAPGNAGSATENKVENVAISAGDTAALVDFAKTQNITLTIVGPEQPLVDGVVDAFQAEGLTIFGPSAKASQLEGSKAFTKDFLARHNIPTGWYQNFTEIEAALAYVREKGAPIVIKADGLAAGKGVIVAMTLPEAEDAIKDMLAGNAFGDAGHRVVIEEFLDGEEASFIVMVDGKNVLAMATSQDHKRAYNNDEGPNTGGMGAYSPAPVVTAELHQRIMDEVIYPTVQGMAKEDAPYTGFLYAGLMIDATGTPKVIEYNCRFGDPETQPIMMRLKSDIVELCLLACAGKLDTATIDFDSRPAVGVVLAAGGYPGTYAKGKVISGLETNQHPDRKTFHAGTTEINGEIVTAGGRVLCATALGETVTQAQKSAYALLHEISWEEVQFRTDIAYRAIAREQS
>NZ_CP014944.1|WP_070375032.1|2054944_2055904_-|elongation-factor-P--(R)-beta-lysine-ligase
MKWEVAKSRGNVINAIRDFFKNKNVIEVETPSLSMGTVTDPYLDAFSTQYNYLDNSDIDQSQQLYLQTSPEFHMKRLLASGYGCIFQICKAFRHEDSGRYHNPEFTLLEWYRIGFDQHDLMAEVDELLSTVVKSPKSEKISYQNLFIKFVSIDPLTATFNQLYEVIELHGKAADWLYESDDCDLLLQFIFSEIIEKNIGLSRPCFVYNFPIAQASLAKECVEDKRVAQRFECYFKGVELANGFNELTDADIQITRFEQDNSKRQQLGLVTKNIDENFIKALQSGLPQCAGVALGIDRLMMIALKKSAIEDVISFPIERA
>NZ_CP014944.1|WP_070375031.1|2054481_2054865_-|MerC-domain-containing-protein
MLDRIGITATSLCALHCILLPVLLPALPLLGLSFLADHAWEHVFLLMTAALGTLALFSGFKKYHRKYYPFYLLFLGIGIYWIKHDFSEDIQPFFIVIGASLIVAAHIINLKLCNSCKQCISDTCESS
>NZ_CP014944.1|WP_070377079.1|2070839_2072453_-|thiol-oxidoreductase
MNNINKGLIITINLLLATLFLSACNRDSQSNDNAVVEPDFPDYTFVKNLGDKATAFDASDSGHGFSTPITTLTDAELNQHLTGDANFEMAFTTAPNMEHPELDGLGPVFNNQNCNSCHQRDGRPSTLTIPQDQDRILLGANAGIFLRMSIEDGECTAPSINNNYCQNKPVQGFGTQLFHRGVLKARADWQDNPFVGQADVYLAYEFKTITYANGDTVELKKPVFTIENAYDVSVGQQRDSAIMQVDVRYSPRNGMPIFGLGLLELIAEADILALSDELDSNNDGISGRPNWVFDPIKAKNKDLMPVSLGRFGWKASTPSVRVQSLGALRGDMGITNPLFPQESIANSPLHESYLTRTGFIDTGVDEQGGSEASQEFSDDVVFYAETLAVPSRRNVNNEMVIAGAQLFEEVGCVSCHQPDFITMSGDILVGGLPAPESLKGQHIYPFTDMLLHDLGAELADNRRDFMATGNEWKTRPLWGIGLTKTVNPAAGFLHDGRASTVEEAILWHGGEAQQATDKFMALSVNEREQLVSFVMSL
>NZ_CP014944.1|WP_070375041.1|2072549_2073701_-|iron-regulated-protein-A-precursor
MSLKTSLFATTTAILMLSACGGSSSSQSIPVIEEPSGFAFDATAMISNITNDIIVEGYNDLNTKAEIFHLATLSLLNSPSQETLLATQQAWQTVRQPWEQGEAHIFGPVDALSIDPHLDTWPLNTSDLQSLLATQSGFNAEVIKLFNDDVQGFHTMEFLLFGDGLTDNAKAIDEMTALEREYLAATAEVFREYTQSLFDAWTVRHDANDTNSLPYQEFLLIPGNDIYASELGVVEELINGMIGIVDEVANGKIAEPFGSDINSTDTSLVESQYSWNSLADFTNNIQGVKNVYLGTTNSQAVTDVGIINFVQAADSALAIRIDTEITTAITAIKAISGENDMPFRQAINDVEARVRIQAAIDALSILQTSLESDLLILLNNWNN
>NZ_CP014944.1|WP_070375042.1|2073743_2075093_-|hypothetical-protein
MKNKISVLSTLAMVSFCNLAQADDQPSVINFNKQQQQIEKLQSELRQLSLAVSSTSHKDQLNYSAIKNWHITSYGSVLYKTEDVFRNTQDTQPQKRSITDVERVVLEFGYRFDPQWQVEIELEYEHGGTGAALEYDGFEEFGEFETEIEAGGEVLVEKLELKYAYNDYFAIKLGRIFVPVGLGTELHKPDQYFTTQRHWSESTLIPQVWHETGINFTANWQGLKAQALLTTGLNSEYFRTYRWVASGHQKRFETINADDLALTLRLDYGDLKKGSGIGASFYSGNTSGNRNNTNNISADGHLSIIGLNGVYRYKDWTLRGQYLFGKLDDSLAITAANKTTPGLKPGNFAQLGSEAESAFLEVAYNSQFLLGLSKPLYLFTSYDYANPIKEVAGGLATSRFDIKEIAIGVNYIPIKNVVLKAQFAEKSYAQNNLDNTQSFSLSIGYYFSI
>NZ_CP014944.1|WP_070375043.1|2075716_2076901_-|elongation-factor-Tu
MAKAKFERLKPHVNVGTIGHVDHGKTTLTAAISAVLTKVHGGEVKDFAQIDNAPEERERGITINTSHIEYDTEVRHYAHVDCPGHADYIKNMITGAAQMDGAILVVAATDGPMPQTREHILLSRQVGVPYIIVFMNKCDVVDDEELLELVEMEIRELLSEYDFPGDDLPVIQGSALGALQGDEKWEAKIIELADQLDNYIPEPERAIDGAFIMPIEDVFSIAGRGTVVTGRVERGIIKIGEEVEVVGIRDTQKSTCTGVEMFRKLLDEGRAGENCGVLLRGLKREDVERGQVLCKPGSISPHTKFESEVYVLSKDEGGRHTPFFKGYRPQFYFRTTDITGAVELPEGVEMVMPGDNLKFVVELINPVAMDEGLRFAIREGGRTVGAGVVSKIIA
>NZ_CP014944.1|WP_070375044.1|2076979_2079088_-|elongation-factor-G
MARITPIERYRNIGICAHVDAGKTTTTERVLFYTGLSHRIGEVHDGAATMDWMEQEQERGITITSAATTCFWKGMDGQFVDHRINIIDTPGHVDFTIEVERSLRVLDGAVLVLCASSGVQPQTETVWRQMEKYAVPRIVFVNKMDRTGADFLSVVGQLKARLKANAVPIQLPIGSEEDFKGVIDLVKMKVINWSEDDHGMTFTYSAIPTDMQDLADEWRENMISEAAEVSDELMDKYLEDGDLTEDEIKSALRQRTLNNEIILCTCGSAFKNKGVQAVLDAVIDYLPSPTEVAAITGISDDKNETPATRAADDSAPFSALAFKIATDPFVGTLTFFRVYSGVVKTGDSVFNPIKGKKERLGRLVQMHANDRQEIKEVRAGDIAAAIGLKDVTTGETLCDANHVITLEKMEFPDPVISIAVEPKTIASQDKLALALSKLSAEDPSFKVATDDETGQTIISGMGELHLDIIVERMKREFGVECNVGKPQVAYRETIRSTVEVEGKFIRQSGGKGQFGHVWLKMEPLPEGGGFEFVNEIVGGTVPKEYIPAIEKGCFEQMDSGVLAGYPMLDVKVTLYDGSFHDVDSNEMAFKVAASMGFREGALKATPTLLEPMMKVEVTTPEENMGDVVGDLNRRRGMIDGMDEGPAGSKIVNAIVPLSEMFGYATALRSATQGRASYSMEFLQYSEAPKNVVAAITESLGIS
>NZ_CP014944.1|WP_070375045.1|2079311_2079785_-|30S-ribosomal-protein-S7
MPRRRVVGQRKILPDPKFHNELLAKFINILMVDGKKSTAEKIVYGALDILTEKNSEKTHLELFETALDNIRPSVEVKSRRVGGSTYQVPVEVRPVRRNALAMRWLVEAARKRGEKSMAQRLANEMLDASDSKGSAVKKREDVHRMADANKAFAHYRW
>NZ_CP014944.1|WP_011045492.1|2079901_2080276_-|30S-ribosomal-protein-S12
MATINQLVRKPRVRQVTKSNVPALQACPQRRGVCTRVYTTTPKKPNSALRKVARVRLTNGFEVTSYIGGEGHNLQEHSVILIRGGRVKDLPGVRYHTVRGALDCSGVSDRRQGRSKYGAKRPKS
>NZ_CP014944.1|WP_070375046.1|2080462_2084674_-|DNA-directed-RNA-polymerase-subunit-beta'
MKDLLKFLKQQNQTEEFDGIRIGLASPDQIRSWSFGEVKKPETINYRTFKPERDGLFCARIFGPVKDYECLCGKYKRLKHRGVICEKCGVEVTLTKVRRDRMGHIELASPVAHIWFLKSLPSRIGLLLDMTLRDIERVLYFESYVVTEPGMTTLEKSQILTEEEYLDALEEHGDEFDALMGAEAVLALLQQIDLEGEVAQMREELPEIGSETKRKKVTKRLKLMEAFAASGNKPEWMIMNVLPILPPDLRPLVPLDGGRFATSDLNDLYRRVINRNNRLKRLLDLVAPDIIVRNEKRMLQESVDALLDNGRRGRAITGSNKRPLKSLADMIKGKQGRFRQNLLGKRVDYSGRSVITVGPTLRLHQCGLPKKMALELFKPFIYGKLEARGLATTIKAAKKLVEREGAEVWDVLDEVIREHPVMLNRAPTLHRLGIQAFEPVLIEGKAIHLHPLVCAAYNADFDGDQMAVHVPLTIEAQMEARTLMMSTNNVLSPANGEPIIVPSQDVVLGLYYLTRDRVNGLGEGMVFADTKEAEKAYRTGVAELHARVKIRITEYFKDEEGNFTVPKTTLRDTTVGRAIMWQVCPKGMPYDLIDQPLGKKPISKLINHAYRNLGLKETVIFADQIMYTGFHYAMIAGCSVGIDDMVIPAAKYTIIEESEEEVAEIQTQFEQGLVTQGEKYNKVIDIWSSANEKISKAMMDNLSKETVINRDGVPEEQDSFNSIYMMADSGARGSAAQIRQLAGMRGLMAKPDGSIIETPIKANFREGLNVSEYFISTHGARKGLADTALKTANSGYLTRRLVDVAQDLVVTEHDCGTFDGLQMTPLIEGGDVVEPLRERVLGRVVAEDVIKPGTDEVLLPRNTLIDEALCDFIEENSIDQMKVRSIITCKTDFGICAHCYGRDLARGHMINQGEAIGVVAAQSIGEPGTQLTMRTFHIGGAASRASAENNVQVKNTGTLKLQNAKFVTNSEDHLVITSRSSEMTVIDELGREKERYKVPYGTVLSKKDGGSIVAGEIIANWDPHTHPIITEVAGKVQFVDLSDGVTMVRQTDDLTGLSSIIVTDAGQRNATGKEMRPALKLVDANGEEVMIAGTEIPALYYLPGNAIVNLEDGADVNIGDALARIPQASSKTRDITGGLPRVADLFEARKPKLPAILAEKTGVVAFGKETKGKVRLLITQPSGEVYEEMIPKTRLLNIYEGEPVIKGEVIADGPESPHDILRLRGVAPVANYIVNEVQEVYRLQGVKINDKHIEVIVRQMIRKCEILDAGDSDFLKGEQVEVARVNISNRELESAGKQPAEYEMQMMGITKASLATESFISAASFQETTRVLTEAAVAGKKDKLRGLKENVIVGRLIPAGTGYSYHQERAKRKLQAKMPAVEEVAVSADDAAQALTDALNASD
>NZ_CP014944.1|WP_070375047.1|2084775_2088804_-|DNA-directed-RNA-polymerase-subunit-beta
MVYSYSEKKRIRKDFGKSIQVMDYPFLLSIQLESFRKFIDIDPTGETGLEAAFHSIFPIKAYSGSSELQYVSYRLGEPLFDVKECQIRGVTYSAPLRVKLRLVVYDKEAPAGTVKDIKEQEVYMGEIPLMTDNGTFVINGTERVIVSQLHRSPGVFFDHDKGKTHSSGKVLYNARVIPYRGSWLDFEFDPKDNLFVRIDRRRKLPASIILRALEYSTEEILDMFYDTTDFSIKGDKLIMDLIPERLRGETATFDICLKNGDVLVEQGRRITARHIRSLSKENLEKLEVPAEYIVGKVLSKAYIDESTGEVIAEANAEITLELLAELSQAGHKVLSTLYMNEFDVGSYMSDTIRVDGTSNKLEALVEIYRMMRPGEPPTKDAAETLFTNLFFAPERYDLSTVGRMKFNRRVGNSDDVGSGILSNDDIISVMRTLIAIRDGKGETDDIDHLGNRRIRSVGEMAENQFRVGLVRVERAVRERLSLGDLDAIMPQDLINAKPISAAVKEFFGSSQLSQFMDQNNPLSEVTHKRRISALGPGGLTRERAGFEVRDVHPTHYGRVCPIETPEGPNIGLINSLSCYARTNDYGFLETPYRKVVDGLVTDDIDYLSAIEEGNFVIAQTTAPVDSEGKLVDGLVQCRHKNEFTLISAEQVQYMDVSPQQIISVAASLIPFLEHDDANRALMGSNMQRQAVPTLIVDKPLVGTGMEKVVAVDSGVTAVAKRGGVVSYVDASRIVVKVNEDEMHAGEAGIDIYNLTKYTRSNQNTCINQRPQCRMGEPVTRGDVLADGPSTDMGELALGQNMRIAFMPWNGYNFEDSMLLSERVATEDRFTTVHIQELTCIARDTKLGSEEITSDIPNVGESALSKLDEAGVVYIGAEVNGGDILVGKVTPKGETQLTPEEKLLRAIFGEKAADVKDSSLRVPNSVKGTIIDVQIFTRDGVEKDKRAVEIEELQLKEVKKDLGDEFSILEDGIYARAKNLLLSAGLNESDINSMSRANWLVQNLSDEGQQSELEQIAEQYDNIKADFDKKFEIKRRKITQGADLAPGVLKIIKVYLAIKRHIQPGDKMAGRHGNKGVISNVVPVEDMPYDQYGVPVDVVLNPLGVPSRMNIGQILETHLGMACRGIGEKINRMLEAQQEIHKLRNFIQEVYNVGESRQVVDIASFSDDEVMRLANNLRAGLPIATPAFDGAAEKEIKEMFRLADMPESGQFILTDGRTGREFERPVTVGYMYMLKLNHLVDDKMHARSTGSYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEMLTVKSDDVNGRTKMYKNLVDGDHRMEPGIPESFNVLLKEIRSLGINIELDQD
>NZ_CP014944.1|WP_070375048.1|2089063_2089423_-|50S-ribosomal-protein-L7/L12
MSISKDDILNAVADMSVMDVVALIEAMEEKFGVSASAAVAAAGPAEAVEEQSEFNVVMTSFGEKKVAVIKAVRGATGLGLKEAKDLVEALGVVKEGVDKAEAEALKTLLEEAGASVEIK

Crispr_ID: NZ_CP014944_7

• CRISPR_ID: NZ_CP014944_7
• CRISPR_location: 2259312-2259428
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_7

Consensus_repeat	Method
GGTTCAAGTCCCTTTAGCCACCCCACTCTT	CRISPRCasFinder

spacers of NZ_CP014944_7

>7.1|2259342|57|NZ_CP014944|CRISPRCasFinder
TATAAGTTTATCTCAAATAGAACACATCCATCAGTGATTCCATTTTCGCTTACCGTG

CRISPR arrays and Neighbor proteins around NZ_CP014944_7

CRISPR arrays

The CRISPR arrays of NZ_CP014944_7

>merge|NZ_CP014944|7|2259312-2259428|CRISPRCasFinder
GGTTCAAGTCCCTTTAGCCACCCCACTCTTTATAAGTTTATCTCAAATAGAACACATCCATCAGTGATTCCATTTTCGCTTACCGTGGGTTCAAGTCCCTTTAGCCACCCCATTCTT

>NZ_CP014944|7|6|2259312-2259428|CRISPRCasFinder
GGTTCAAGTCCCTTTAGCCACCCCACTCTT	TATAAGTTTATCTCAAATAGAACACATCCATCAGTGATTCCATTTTCGCTTACCGTG
GGTTCAAGTCCCTTTAGCCACCCCATTCTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_083278158.1|2269024_2269825_+|GGDEF-domain-containing-protein	unknown	unknown	gnl|CDD|143635
NZ_CP014944.1|WP_070375190.1|2266659_2268669_+|sulfotransferase-family-protein	unknown	unknown	gnl|CDD|379204
NZ_CP014944.1|WP_157470936.1|2258137_2258272_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070375188.1|2261663_2263619_-|BCCT-family-transporter	unknown	unknown	gnl|CDD|376718
NZ_CP014944.1|WP_070375177.1|2249598_2250969_+|oxygen-independent-coproporphyrinogen-III-oxidase	unknown	unknown	gnl|CDD|236430
NZ_CP014944.1|WP_070375194.1|2273521_2273989_+|(2Fe-2S)-binding-protein	unknown	unknown	gnl|CDD|224991
NZ_CP014944.1|WP_070375176.1|2248953_2249445_+|DUF2489-domain-containing-protein	unknown	unknown	gnl|CDD|378470
NZ_CP014944.1|WP_070375178.1|2251018_2251576_-|DUF1285-domain-containing-protein	unknown	unknown	gnl|CDD|377736
NZ_CP014944.1|WP_070375184.1|2258906_2259203_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin	unknown	unknown	gnl|CDD|226194
NZ_CP014944.1|WP_070375182.1|2257277_2257850_+|ankyrin-repeat-domain-containing-protein	unknown	unknown	gnl|CDD|372759
NZ_CP014944.1|WP_070375187.1|2261127_2261631_+|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
NZ_CP014944.1|WP_070375192.1|2269900_2272306_-|response-regulator	unknown	unknown	gnl|CDD|274362
NZ_CP014944.1|WP_070375185.1|2260085_2260352_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070375181.1|2256562_2257171_+|DnaJ-domain-containing-protein	unknown	unknown	gnl|CDD|197617
NZ_CP014944.1|WP_070375183.1|2258637_2258904_+|type-II-toxin-antitoxin-system-Phd/YefM-family-antitoxin	unknown	unknown	gnl|CDD|376852
NZ_CP014944.1|WP_070375179.1|2252744_2255273_+|hypothetical-protein	unknown	unknown	gnl|CDD|367056
NZ_CP014944.1|WP_070375180.1|2256155_2256404_+|DUF4282-domain-containing-protein	unknown	unknown	gnl|CDD|379475
NZ_CP014944.1|WP_070375189.1|2263874_2266529_+|TonB-dependent-receptor	unknown	unknown	gnl|CDD|238657
NZ_CP014944.1|WP_070375193.1|2272311_2273295_-|ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270361
NZ_CP014944.1|WP_070375186.1|2260481_2260787_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_083278158.1|2269024_2269825_+|GGDEF-domain-containing-protein	gnl|CDD|143635	cd01949, GGDEF, Diguanylate-cyclase (DGC) or GGDEF domain. Diguanylate-cyclase (DGC) or GGDEF domain: Originally named after a conserved residue pattern, and initially described as a domain of unknown function 1 (DUF1). This domain is widely present in bacteria, linked to a wide range of non-homologous domains in a variety of cell signaling proteins. The domain shows homology to the adenylyl cyclase catalytic domain. This correlates with the functional information available on two GGDEF-containing proteins, namely diguanylate cyclase and phosphodiesterase A of Acetobacter xylinum, both of which regulate the turnover of cyclic diguanosine monophosphate. Together with the EAL domain, GGDEF might be involved in regulating cell surface adhesion in bacteria.	4.93219e-61
NZ_CP014944.1|WP_070375190.1|2266659_2268669_+|sulfotransferase-family-protein	gnl|CDD|379204	pfam13469, Sulfotransfer_3, Sulfotransferase family.	3.71424e-55
NZ_CP014944.1|WP_070375188.1|2261663_2263619_-|BCCT-family-transporter	gnl|CDD|376718	pfam02028, BCCT, BCCT, betaine/carnitine/choline family transporter.	0
NZ_CP014944.1|WP_070375177.1|2249598_2250969_+|oxygen-independent-coproporphyrinogen-III-oxidase	gnl|CDD|236430	PRK09249, PRK09249, coproporphyrinogen dehydrogenase.	0
NZ_CP014944.1|WP_070375176.1|2248953_2249445_+|DUF2489-domain-containing-protein	gnl|CDD|378470	pfam10675, DUF2489, Protein of unknown function (DUF2489). This is a bacterial family of uncharacterized proteins.	1.52252e-48
NZ_CP014944.1|WP_070375178.1|2251018_2251576_-|DUF1285-domain-containing-protein	gnl|CDD|377736	pfam06938, DUF1285, Protein of unknown function (DUF1285). This family consists of several hypothetical bacterial proteins of around 200 residues in length. The function of this family is unknown. The structures revealed a conserved core with domain duplication and a superficial similarity of the C-terminal domain to pleckstrin homology-like folds. The conservation of the domain- interface indicates a potential binding site that is likely to involve a nucleotide-based ligand, with genome-context and gene-fusion analyses additionally supporting a role for this family in signal transduction, possibly during oxidative stress.	1.02857e-54
NZ_CP014944.1|WP_070375184.1|2258906_2259203_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin	gnl|CDD|226194	COG3668, ParE, Plasmid stabilization system protein [General function prediction only].	2.06107e-09
NZ_CP014944.1|WP_070375182.1|2257277_2257850_+|ankyrin-repeat-domain-containing-protein	gnl|CDD|372759	pfam13857, Ank_5, Ankyrin repeats (many copies).	4.76817e-09
NZ_CP014944.1|WP_070375187.1|2261127_2261631_+|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	2.32904e-17
NZ_CP014944.1|WP_070375192.1|2269900_2272306_-|response-regulator	gnl|CDD|274362	TIGR02956, sensor_protein_TorS, TMAO reductase sytem sensor TorS. This protein, TorS, is part of a regulatory system for the torCAD operon that encodes the pterin molybdenum cofactor-containing enzyme trimethylamine-N-oxide (TMAO) reductase (TorA), a cognate chaperone (TorD), and a penta-haem cytochrome (TorC). TorS works together with the inducer-binding protein TorT and the response regulator TorR. TorS contains histidine kinase ATPase (pfam02518), HAMP (pfam00672), phosphoacceptor (pfam00512), and phosphotransfer (pfam01627) domains and a response regulator receiver domain (pfam00072). [Signal transduction, Two-component systems].	6.95241e-86
NZ_CP014944.1|WP_070375194.1|2273521_2273989_+|(2Fe-2S)-binding-protein	gnl|CDD|224991	COG2080, CoxS, Aerobic-type carbon monoxide dehydrogenase, small subunit CoxS/CutS homologs [Energy production and conversion].	8.15193e-76
NZ_CP014944.1|WP_070375181.1|2256562_2257171_+|DnaJ-domain-containing-protein	gnl|CDD|197617	smart00271, DnaJ, DnaJ molecular chaperone homology domain.	8.71456e-11
NZ_CP014944.1|WP_070375183.1|2258637_2258904_+|type-II-toxin-antitoxin-system-Phd/YefM-family-antitoxin	gnl|CDD|376852	pfam02604, PhdYeFM_antitox, Antitoxin Phd_YefM, type II toxin-antitoxin system. Members of this family act as antitoxins in type II toxin-antitoxin systems. When bound to their toxin partners, they can bind DNA via the N-terminus and repress the expression of operons containing genes encoding the toxin and the antitoxin. This domain complexes with Txe toxins containing pfam06769, Fic/DOC toxins containing pfam02661 and YafO toxins containing pfam13957.	1.08001e-10
NZ_CP014944.1|WP_070375179.1|2252744_2255273_+|hypothetical-protein	gnl|CDD|367056	pfam02368, Big_2, Bacterial Ig-like domain (group 2). This family consists of bacterial domains with an Ig-like fold. Members of this family are found in bacterial and phage surface proteins such as intimins.	0.00529794
NZ_CP014944.1|WP_070375180.1|2256155_2256404_+|DUF4282-domain-containing-protein	gnl|CDD|379475	pfam14110, DUF4282, Domain of unknown function (DUF4282). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and eukaryotes. Proteins in this family are typically between 93 and 155 amino acids in length. There is a single completely conserved residue E that may be functionally important.	1.2815e-10
NZ_CP014944.1|WP_070375189.1|2263874_2266529_+|TonB-dependent-receptor	gnl|CDD|238657	cd01347, ligand_gated_channel, TonB dependent/Ligand-Gated channels are created by a monomeric 22 strand (22,24) anti-parallel beta-barrel. Ligands apparently bind to the large extracellular loops. The N-terminal 150-200 residues form a plug from the periplasmic end of barrel. Energy (proton-motive force) and TonB-dependent conformational alteration of channel (parts of plug, and loops 7 and 8) allow passage of ligand. FepA residues 12-18 form the TonB box, which mediates the interaction with the TonB-containing inner membrane complex. TonB preferentially interacts with ligand-bound receptors. Transport thru the channel may resemble passage thru an air lock. In this model, ligand binding leads to closure of the extracellular end of pore, then a TonB-mediated signal facillitates opening of the interior side of pore, deforming the N-terminal plug and allowing passage of the ligand to the periplasm. Such a mechanism would prevent the free diffusion of small molecules thru the pore.	2.80522e-31
NZ_CP014944.1|WP_070375193.1|2272311_2273295_-|ABC-transporter-substrate-binding-protein	gnl|CDD|270361	cd13643, PBP2_BCP_2, Substrate-binding domain of osmoregulatory ABC-type glycine betaine/choline/L-proline transport system-like; the type 2 periplasmic-binding protein fold. This subfamily is part of a high affinity multicomponent binding-protein-dependent transport system specific to certain quaternary ammonium compounds for osmoregulation. The periplasmic substrate-binding domain, which is often fused to the permease component of the ATP-binding cassette transporter complex, is involved in uptake of osmoprotectants (also termed compatible solutes) such as glycine betaine, proline betaine, choline, and carnitine. Many microorganisms accumulate these compatible solutes in response to high osmolarity to offset the loss of cell water. This domain belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap.	1.01321e-122

Protein sequences

>NZ_CP014944.1|WP_070375184.1|2258906_2259203_+|type-II-toxin-antitoxin-system-RelE/ParE-family-toxin
MKIEFAESAICDLEDIKTYYDEQHVQDVGNNFILDIISHIEQLPDNPKIGRKVPEFCMSSIRELIHPPFRIVYVLNEISIQIIRVWRSERLMHLPLNY
>NZ_CP014944.1|WP_070375183.1|2258637_2258904_+|type-II-toxin-antitoxin-system-Phd/YefM-family-antitoxin
MQPKFSEDVVPLSDLKINPGKIVNHAKDSHRPILVTSRGRGIAVVQGLDDYEKSIEELAFIKAVAKGMLDIKEGNKSDISDVKARLGL
>NZ_CP014944.1|WP_157470936.1|2258137_2258272_-|hypothetical-protein
MSNNFSDSAMKGATTGALIGARLGPQGIVIGAAIGGIVGFILDD
>NZ_CP014944.1|WP_070375182.1|2257277_2257850_+|ankyrin-repeat-domain-containing-protein
MSLFYKLKSKAVINRKHEEHLYALVASEMADGIRNSALWLKAIEAANGNSEKQISEYIKFRVQSLKDDIHIVNSVSVEEPVQLEKACWKDIDDVEDLVMMIEDGASKLDISNSLSGKPDSEVELLINQFDACEQYPLHVAVKNKRADIVEWLLELGAQQNSVNDWGKTPIDIAIKQENNEIIKIIESYIT
>NZ_CP014944.1|WP_070375181.1|2256562_2257171_+|DnaJ-domain-containing-protein
MLRVITIEKGQNADVSGILTGDLLLKYDGITTNNKDDLLELISRANERILTKKITVEINREDILIVMKVRSGKLGLTLKPENVEINQQVNGNDSLDKANSTIRLANQRVSELKHQIKERDMNILHLQTENIRLKGEVKADFLGFSDFSDHAIFGVSELSSFDAIKKNYKKLSMVYHPDRGGDPHMMKLINSTFERLKSDNSV
>NZ_CP014944.1|WP_070375180.1|2256155_2256404_+|DUF4282-domain-containing-protein
MKDVFFFDSMLTPKIITFVYWLMLLGSLVSGLGTMFTQYGGGVLAGLGIIVGGAIGSRIWCELLIVLFKIHENLQKIANKSE
>NZ_CP014944.1|WP_070375179.1|2252744_2255273_+|hypothetical-protein
MKIINIFFFSFVLLLTGCGGSGDKVSLSKLEISTNTQLLDYQETTQLSVLAINSDDSLESLISGVTFSSTNNDILSISNTGLITAISEGEASVTASYQGKESSISIDVTYSIINSEIRIDPEPDNMIEGTNYQSNLWVIKTDGLSYLINEDVLWLSSDETLAEISSEGLLALLNSGDVYIEATFGDINIQRLVSIQAKEISEIAIELSPAQVALGYQSNAIVTVIYNNGSSENLTTSATLSSGDSSVATINEDGVVSSLAVGVTVLNAEFSGFTSSVNFEVTDAVITQLLFNIVQNSMPVGMTPLYVVKQQFSDGSLIDITLEHQIYTLSSEDLNFASIDNYVITTVSPGSVNLTVTAGNLQTSTLLTISEAVVTDIALSTNTLSLALGLSGEVSTTATLSSGSQISIDPVYSSSDETVLIVNQTGLITASGIGQAIVTAQYNNIQDTITIDVNPAALASLNVSFEILTLPIGRKTQASATGNFTDGTSSNITQDVSWSSSTPNLLSVSNTVKGEVTAIIGSSIDVSSPVTVLITASLNGIENNAGLDVVSAVVDALSVDAGSSLASLGNQLQLTATATYSNLEDIDVSNDAIWLSSDETVATVSSNGLLSTIAEGVISVSATFDGYVQSFEVTVGPATLDSVTISTTSLSIYKGRVKQLNAIGTMSDGSEITVTKLGFWSVDNSNLATVSNDSGSEGVFTAIEDGNVNITFTPHEQSLPPTGIFQSIKPISEMTNEFSKSVSSSMSVINGVVQNGSKISLTITNNTGETVSLLKFKVDDANGEKVSTSDASLLSDGSLTSGESVGLTYTVNYLGATKPITLTYEVEDPVTNETFNVSSTIN
>NZ_CP014944.1|WP_070375178.1|2251018_2251576_-|DUF1285-domain-containing-protein
MSLDKISEQLNKLTPGNTKKLPPIESWNPPYCGEIDLQVKGNGDWFYGGTIFKRLSLVKLFASVLLREVTGDRDEYFLVTPAEKVKIIVEDAPFVLTQWAWQDDNKSIMTVSTNVDDEFVLDETHPLTMNANGELYVLVRRNLLAKVHRNVYYQWADLAQEEVTEKGIELIFSSADHKFSLGKID
>NZ_CP014944.1|WP_070375177.1|2249598_2250969_+|oxygen-independent-coproporphyrinogen-III-oxidase
MQANQFFDPKLLSKYNTSGPRYTSYPTALEFHNEFSQQDFIQAVKDSPNRELSLYVHIPFCHSLCYYCGCNKVITRHRNKADTYLEFLAEEISSRAEFFTDYTVKQLHWGGGTPSFLTHTQITKLVSLLKEKFTFAEHVEMSIEIDPREIEMNLAEHLFDLGFNRLSIGVQDIDKKVQETINRVQSTEFISDFIAHAKAVGFKSINIDLIYGLPHQTIETFTKTLNKAHEMDVDRISLFSYAHIPNRFAAQRKLRDEWLPSVQEKFALMKLAIEKLCDFGYDFIGMDHFAKPNDELAIAQKEGSLHRNFQGYTTKGGCDLLGLGVSSISNIGTSFSQNIKELQAYYKAIDTRKNAQVKGVSLLTDDVIRGEVIRELMCNLYIDKQQISKKYDIDFEEYFAEDLPLLKTFISDGLVENTADFIKVDQKARLLIRNICMSFDAYMKQHVNQQRFSRVI
>NZ_CP014944.1|WP_070375176.1|2248953_2249445_+|DUF2489-domain-containing-protein
MFSTPWIYVVVGGVIIIAALVFYAVKLLSQLKAQTAKIKQAEQDKKIALAKHDSKILSSVVIIAHAMKEEQCDIAEGCWRLSVLLDSLKLSSGLSAEFPAVFELYDKIKHMPILDARKKLAKNERMKLDFERMKAESDLSAQIKIDVTSLHQYAQERMSALAS
>NZ_CP014944.1|WP_070375185.1|2260085_2260352_+|hypothetical-protein
MSDVIQQARLQNTMKNPIVALVLGFFIPGAGQMYAGNVMWGVINLILVIVLAVTIIASPLAFIIWLVSMFLGYKGVKSFNVKVLDNAE
>NZ_CP014944.1|WP_070375186.1|2260481_2260787_-|hypothetical-protein
MCSISNSVSLLSPRYRQNLTMRLDGSDFYCLFRDNASELLRFENMTLKHRQAHKMRSMGYYDYVVSGDMQALSKLNARYPYQSLVSINLINVIKIINKKQK
>NZ_CP014944.1|WP_070375187.1|2261127_2261631_+|MarR-family-transcriptional-regulator
MEKHQQLLIALRKVIRAIDLHSKHLNKTSGLTSPQLLIMLEIDKVSGINSSQVAKNVNLSAATVTNILDRLENKGLVSRIRSTQDKRRVSLYLTEDGKALLLNAPQALQEHFIDKFSNLAQWEQSQLLSSMERLAGMMDANEIDAAPLLELDAMSASSSSKADASNK
>NZ_CP014944.1|WP_070375188.1|2261663_2263619_-|BCCT-family-transporter
MPTTVKSQLNKKVFGSASAIIIALLVFTAALPQQAQSLFTLIQTSIIENGSWFYVLTVAFIFFFVIFLGVSRYGDIRLGPDHSTPDYTLVSWLSMLFAAGMGIGLMFFGVAEPLMHYLSPPTAETGTVEAVQEAMKMTFFHWGLHAWAIYAIVALVLAYFSYRHNLPLTLRSALYPLIGDRIYKWPGHLVDIFAVVSTVFGVATSLGLGASQVNAGFGYLFGIEVSVTNQIIIMFGITSLAVISVATGLDKGIKILSETNMVLAVILLFLIFVLGPTVFLLQAYLQNIGDYLADIVHNTFNLFAYKKTDWIGGWTIFYWGWWLAWAPFVGLFIARISRGRTIREFIIGVMLIPTVFTLFWMTIFGNSAIDLVYNQGIVELGEMVSKDSSVALFVFLENFPLSSVLSFFSVLMIVIFFVTSCDSGAMVVDMLCSHGKNDTPLWQRVYWAVGIGIVAAILLLAGGLNALQTMTIASALPFTIVLLLAIAGLIKSLRVEAFKQDSQLITAIPYSGNENSDSWQMRLKNVVDFPNKANVSKFVTQTVVPAFDSVAKELQANQINVEISHDDGLTLIVDHGEAQEFVYRVLARKYSQPDYVIEANEAEDEQSYYRAEVHLGEGGQDYDIMGWSKTAVINNIIDQYHKHLHFLHLLR
>NZ_CP014944.1|WP_070375189.1|2263874_2266529_+|TonB-dependent-receptor
MKFTKLHYAVLTALAASSALSAEEVTKQQKATIEVIEVTATKRTESIQDVPVTVTALTGASLEKLGVSNFDEYVEFLPNVVFQGTGPGQNEIYIRGAATAQTNISVSSVQALQPSVAFYLDEQPVSMQGRNLDVYATDVERIEVLPGPQGTLFGASSQSGTVRLITKKPNHDGFSAGFDTSTSTTKGGDLSNSVEAYFNMSLTDSLAVRVATYNDHQGGWIDNIRNVPGQGGYNGSAVVIDRISANFAKLADPENTPTTAPQNDALVEDDFNTANYAGARFGASYLINDEWNLLVQHTQQSLDTEGVFSYDPNLEGQTSTNRFVPENNNDDFGLTTWTLEGRLEQLDIVYTGGYLDRDINSTIDYTGYTNGGQFSAYYVCNYASAPEAQECLDPTKYYKEETSTSRMTHELRFNTPADKNWRVTAGVFYDTQEVSSVGQFKIANTELFPDLQRTLVGSEGINSNGGPFPAEVSFVNDVTHTIDQVAVFGQLAYDITDTVTASFGARWYQIDDIYKGSTTTADVSGRLRAFGDGSDTALNEFFGEEEATAIKEAIASGQLETSLLDNSGKLTVDDTIIKASVDWKVTDDVMVFASYSEGFRPPVTNRVGGGAAANQEGAFEGFRIPVYSTTDSLDNIEVGFKSTLFDQSLRFNATAYYSKISDLQTSRYDPTNISFLVFTDNVGDAEIKGIDGDFSWVVTDNLVISGAFSLIDTELTSVNDVLDGIAPSVGSRLPYSAKFSGNLQAEYYYNISGDLTGYINGSISYTGERLAGMAMDAYMVEDATNLVYGTGSGLSIQKEADVYKGVNYQSSNGETFAGGRYIQDSYVLANLSFGVTNDEWKAEVFIDNLTDKSAILYVDTQQYTPKVVSNRPRTVGFRFSYDFY
>NZ_CP014944.1|WP_070375190.1|2266659_2268669_+|sulfotransferase-family-protein
MNNKTVPPIETHLKSIQTLIQTAKFNEAISQSKALQQQVTEQQDHIELWYLMAIAQRYSKEFTQALTSISALLKLDALHSRANQEQGYTHLALNKVKQAKLSFEKAVQLNPSLVGSWHELIQLYRQDGQQEHVQKAANHLEKLKKLPPALLAVTELMYEGKLLKAEQICRHFLQNNKRHVDGMCLLAEIGMELKVYDDAEFLLASALELAPDHIHARSQYLNLLIRLGKYKAAEQQVEILLLTQPDNLSYKIAKANTLTGLGKIEQAITLFEQAIRQDNKIPGFYLQLGHALKAQGDIKKAVAAYQKAYQLNPSYGDAFWSLANTKTYRFSDEEITKMQHQRTDENLAITDKVQLHFATGKAFEDREDYQQAFEAYQQGNELQHASNGFDINKIEQQVAEQIKYCTRELFEVRRNLGLNSPDPIFIVGLPRAGSTLLEQILASHSQVDGTMELHNILGLASRLRGRENNKNDQESHKESQYPKNLAEINPTYFKRFGQQFIDETRVYREQAPLFIDKMPNNFLHIGLIKLILPNAKIIDARRQPMACCFSGFKQLFAEGQDFSYRLEDIGRYYQAYLKLMAHWQQVLPGFVLTVNHEDVVDDLEKQVRRILDFCGLSFEQSCVDFHKTKRTIKTPSSEQVRQPIYKSATEQWRHFEPYLAPLKKVLNIE
>NZ_CP014944.1|WP_083278158.1|2269024_2269825_+|GGDEF-domain-containing-protein
MFYLIYTGGVENTGPLWVFIVAPVSVFVHGLKRGLIDLMFFVIISIGIMSIPAEIISHAAYSTEFKLRLLYSFLTVTFLSALYEYSRDQSYQHTLKLSEKYQRLAHLDPLTQLSNRRAALTLLKREQARVIRSKESLSIILCDIDHFKKINDKYGHNAGDAVLIELAKIFTNGMREQDCIARWGGEEFLFILPQTQAESAHVLAEKIQEKLQHHIVHYEGHDINVRMSMGIEQFKDNQTIDEMINCADKQLYQAKNAGRNQIFPKF
>NZ_CP014944.1|WP_070375192.1|2269900_2272306_-|response-regulator
MKKNKISINNSIGFTLLRGVFSIYIIVAILVTLTHMTIEYFNVKQMIKNDLALYQSTYEKPLSDALWDLDEDRINTIIDGVIKLPSITSVQIFDTNNNIIAQRKSDVHLAANEIIAVDFLIDHYFDIEYRREDENSLVGVGVFYSDRDVILSKLSTGFTLIIINSIIKTLALWGIFLWLVRPMLIKPIEEFSHAVEKLNVDDLDDFKLKIDSPKRNELHVLADSFNHMALRLNGSLQEIKASAFALNHANNYLEQLLLSAQEMMQVNDKEALFKQYVQFLHKGVDTLQSSQLTITYLNRITKSANEFTHVNYQLSAEVVKGHSLLHFIKCSEDTTDQLPVKYQALAAKAFMVKNEMSSELVVPFMSKNQVLGVITLGLLKETPLSLADHSYIETLTQLLVLIFTQLDNQQYLEFQVKKRTLELERSYQEIEQKASELERVSNYKSQFLANMSHEIRTPMNGIFGSLQILQNSVDNEESHEIILTGLSSCKSLLTILNDILDFSKIEAGKIEFEANSFDLKELLNNLYNEFKPIAVENSITLALNYDDHFHQYWLGDVTRVKQVLINIISNALKFTHHGSVNINISGSQEVVIKVIDTGIGMSEYALNSIFDRFEQADKSTTRKYGGTGLGVNIALNLAKMMGGNIEVQSKLGEGSCFVISLPLTRTNKQKILKEKALLATPQLNNITILLAEDTAINRTIFNKLMAPTSANILMAKNGAECIELFKTHHPKVIFMDIQMPVMDGVEACKIIRASSNIPIVAITANVMSEDVELYKEIGFDRVLSKPVQLQELYEACTKYIV
>NZ_CP014944.1|WP_070375193.1|2272311_2273295_-|ABC-transporter-substrate-binding-protein
MYCKKKFILLLFIIFNLLTFTSSQAQTLRNDEPIKIVLNDWTSQLVLSHIAGELFEGMGYSVIFSKKTTGAQWGALQRGLAHVQMEVWQGTMEKMYTRMIDEGGIIDAGSHDATTREEWWFPDYVLDLCPGLPSWRALNSCAHLFETKETSPRGRYLGGPWEKPDGAKIRALDLNFKVVTANNSDELWEVLDKAIRNKQPIVLFNWTPNWIEAKYKGQFVEFPRYHPDCETKPEWGENKNFLHDCGNPTDGWLKKVAWHEMPIKWPCAFETLTKINFSNAMLAKLAYEVDVNKSTYQQAATQWLADNQQLWQSWISPSCQITNKKTG
>NZ_CP014944.1|WP_070375194.1|2273521_2273989_+|(2Fe-2S)-binding-protein
MKQSMIINGKAHEITVDGDMPLLWFLRDNLEFTGTKFGCGSGLCGACTVHVDGQAIRSCITPVSTLVDKKITTIEGLSEKGDHPLQKAWLNNNVPQCGYCQAGQIMNAASLLAVNASPTDAEIDTAMQGNICRCGTYQRIKKAIVEAADTLSKEV

Crispr_ID: NZ_CP014944_8

• CRISPR_ID: NZ_CP014944_8
• CRISPR_location: 2605493-2605627
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_8

Consensus_repeat	Method
GGTTTTTCTTTAACACTTTCTGTCATAGCTTTATCCTT	CRISPRCasFinder

spacers of NZ_CP014944_8

>8.1|2605531|59|NZ_CP014944|CRISPRCasFinder
GTTGCCTTATTGATGCCAAAAAGGTGTATCTAAGGTTGGCGTTGATCGTCCAGATAGTC

CRISPR arrays and Neighbor proteins around NZ_CP014944_8

CRISPR arrays

The CRISPR arrays of NZ_CP014944_8

>merge|NZ_CP014944|8|2605493-2605627|CRISPRCasFinder
GGTTTTTCTTTAACACTTTCTGTCATAGCTTTATCCTTGTTGCCTTATTGATGCCAAAAAGGTGTATCTAAGGTTGGCGTTGATCGTCCAGATAGTCGGTTTTTGTTTAACACTTTCTGTCATAGCTTTATCCTT

>NZ_CP014944|8|7|2605493-2605627|CRISPRCasFinder
GGTTTTTCTTTAACACTTTCTGTCATAGCTTTATCCTT	GTTGCCTTATTGATGCCAAAAAGGTGTATCTAAGGTTGGCGTTGATCGTCCAGATAGTC
GGTTTTTGTTTAACACTTTCTGTCATAGCTTTATCCTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070375445.1|2599181_2602202_+|MCE-family-protein	unknown	unknown	gnl|CDD|225553
NZ_CP014944.1|WP_083277983.1|2615799_2616405_+|HutD-family-protein	unknown	unknown	gnl|CDD|377578
NZ_CP014944.1|WP_070375452.1|2612683_2613625_+|tetratricopeptide-repeat-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070375451.1|2612018_2612528_-|porin-family-protein	unknown	unknown	gnl|CDD|379226
NZ_CP014944.1|WP_070375450.1|2607897_2609859_-|phosphomethylpyrimidine-synthase-ThiC	unknown	unknown	gnl|CDD|236451
NZ_CP014944.1|WP_070375442.1|2597017_2597641_+|cytochrome-c4	unknown	unknown	gnl|CDD|225418
NZ_CP014944.1|WP_070377117.1|2610309_2611938_+|M1-family-metallopeptidase	unknown	unknown	gnl|CDD|341066
NZ_CP014944.1|WP_083277981.1|2602740_2603979_+|DUF418-domain-containing-protein	unknown	unknown	gnl|CDD|367882
NZ_CP014944.1|WP_070375453.1|2613816_2614956_+|S-(hydroxymethyl)glutathione-dehydrogenase/class-III-alcohol-dehydrogenase	unknown	unknown	gnl|CDD|176260
NZ_CP014944.1|WP_070375439.1|2590463_2591510_+|hypothetical-protein	unknown	unknown	gnl|CDD|308243
NZ_CP014944.1|WP_083277980.1|2598502_2599192_+|hypothetical-protein	unknown	unknown	gnl|CDD|225542
NZ_CP014944.1|WP_070375454.1|2614984_2615833_+|S-formylglutathione-hydrolase	unknown	unknown	gnl|CDD|178061
NZ_CP014944.1|WP_157471121.1|2606678_2607854_-|FAD-dependent-oxidoreductase	unknown	unknown	gnl|CDD|274092
NZ_CP014944.1|WP_070375448.1|2606455_2606689_-|sulfur-carrier-protein-ThiS	unknown	unknown	gnl|CDD|340451
NZ_CP014944.1|WP_070375446.1|2602429_2602834_+|hypothetical-protein	unknown	unknown	gnl|CDD|225193
NZ_CP014944.1|WP_070377116.1|2605649_2606453_-|thiazole-synthase	unknown	unknown	gnl|CDD|234687
NZ_CP014944.1|WP_070377114.1|2594742_2595387_-|YihA-family-ribosome-biogenesis-GTP-binding-protein	unknown	unknown	gnl|CDD|234770
NZ_CP014944.1|WP_070375440.1|2592195_2594544_-|RNA-binding-transcriptional-accessory-protein	unknown	unknown	gnl|CDD|225094
NZ_CP014944.1|WP_070375441.1|2595587_2596820_+|cytochrome-c4	unknown	unknown	gnl|CDD|225418
NZ_CP014944.1|WP_070375443.1|2597904_2598531_+|paraquat-inducible-protein-A	unknown	unknown	gnl|CDD|377345

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070375445.1|2599181_2602202_+|MCE-family-protein	gnl|CDD|225553	COG3008, PqiB, Paraquat-inducible protein B [General function prediction only].	2.10697e-101
NZ_CP014944.1|WP_083277983.1|2615799_2616405_+|HutD-family-protein	gnl|CDD|377578	pfam05962, HutD, HutD. HutD from Pseudomonas fluorescens SBW25 is a component of the histidine uptake and utilisation operon. HutD is operonic with the well characterized repressor protein HutC. Genetic analysis using transcriptional fusions (lacZ) and deletion mutants shows that hutD is necessary to maintain fitness in environments replete with histidine. Evidence outlined by Zhang & Rainey (2007) suggests that HutD functions as a governor that sets an upper bound on the level of hut operon transcription. The mechanistic basis is unknown, but in silico molecular docking studies based on the crystal structure of PA5104 (HutD from Pseudomonas aeruginosa) show that urocanate (the first breakdown product of histidine) docks with the active site of HutD.	1.43513e-39
NZ_CP014944.1|WP_070375454.1|2614984_2615833_+|S-formylglutathione-hydrolase	gnl|CDD|178061	PLN02442, PLN02442, S-formylglutathione hydrolase.	7.67068e-141
NZ_CP014944.1|WP_070375451.1|2612018_2612528_-|porin-family-protein	gnl|CDD|379226	pfam13505, OMP_b-brl, Outer membrane protein beta-barrel domain. This domain is found in a wide range of outer membrane proteins. This domain assumes a membrane bound beta-barrel fold.	4.61971e-09
NZ_CP014944.1|WP_070375450.1|2607897_2609859_-|phosphomethylpyrimidine-synthase-ThiC	gnl|CDD|236451	PRK09284, PRK09284, thiamine biosynthesis protein ThiC; Provisional.	0
NZ_CP014944.1|WP_070375442.1|2597017_2597641_+|cytochrome-c4	gnl|CDD|225418	COG2863, COG2863, Cytochrome c553 [Energy production and conversion].	1.12575e-25
NZ_CP014944.1|WP_070377117.1|2610309_2611938_+|M1-family-metallopeptidase	gnl|CDD|341066	cd09603, M1_APN_like, Peptidase M1 family similar to aminopeptidase N catalytic domain. This family contains mostly bacterial and some archaeal M1 peptidases with smilarity to the catalytic domain of aminopeptidase N (APN; CD13; alanyl aminopeptidase; EC 3.4.11.2), a type II integral membrane protease belonging to the M1 gluzincin family. APN preferentially cleaves neutral amino acids from the N-terminus of oligopeptides and, in higher eukaryotes, is present in a variety of human tissues and cell types (leukocyte, fibroblast, endothelial and epithelial cells). APN expression is dysregulated in inflammatory diseases such as chronic pain, rheumatoid arthritis, multiple sclerosis, systemic sclerosis, systemic lupus erythematosus, polymyositis/dermatomyosytis and pulmonary sarcoidosis, and is enhanced in tumor cells such as melanoma, renal, prostate, pancreas, colon, gastric and thyroid cancers. It is predominantly expressed on stem cells and on cells of the granulocytic and monocytic lineages at distinct stages of differentiation, thus considered a marker of differentiation. Thus, APN inhibition may lead to the development of anti-cancer and anti-inflammatory drugs. APNs are also present in many pathogenic bacteria and represent potential drug targets. Some APNs have been used commercially, such as one from Lactococcus lactis used in the food industry. APN also serves as a receptor for coronaviruses, although the virus receptor interaction site seems to be distinct from the enzymatic site and aminopeptidase activity is not necessary for viral infection. APNs have also been extensively studied as putative Cry toxin receptors. Cry1 proteins are pore-forming toxins that bind to the midgut epithelial cell membrane of susceptible insect larvae, causing extensive damage. Several different toxins, including Cry1Aa, Cry1Ab, Cry1Ac, Cry1Ba, Cry1Ca and Cry1Fa, have been shown to bind to APNs; however, a direct role of APN in cytotoxicity has been yet to be firmly established.	9.52315e-139
NZ_CP014944.1|WP_083277981.1|2602740_2603979_+|DUF418-domain-containing-protein	gnl|CDD|367882	pfam04235, DUF418, Protein of unknown function (DUF418). Probable integral membrane protein.	6.37317e-46
NZ_CP014944.1|WP_070375453.1|2613816_2614956_+|S-(hydroxymethyl)glutathione-dehydrogenase/class-III-alcohol-dehydrogenase	gnl|CDD|176260	cd08300, alcohol_DH_class_III, class III alcohol dehydrogenases. Members identified as glutathione-dependent formaldehyde dehydrogenase(FDH), a member of the zinc dependent/medium chain alcohol dehydrogenase family. FDH converts formaldehyde and NAD(P) to formate and NAD(P)H. The initial step in this process the spontaneous formation of a S-(hydroxymethyl)glutathione adduct from formaldehyde and glutathione, followed by FDH-mediated oxidation (and detoxification) of the adduct to S-formylglutathione. MDH family uses NAD(H) as a cofactor in the interconversion of alcohols and aldehydes or ketones. Like many zinc-dependent alcohol dehydrogenases (ADH) of the medium chain alcohol dehydrogenase/reductase family (MDR), these FDHs form dimers, with 4 zinc ions per dimer. The medium chain alcohol dehydrogenase family (MDR) have a NAD(P)(H)-binding domain in a Rossmann fold of a beta-alpha form. The N-terminal region typically has an all-beta catalytic domain. These proteins typically form dimers (typically higher plants, mammals) or tetramers (yeast, bacteria), and have 2 tightly bound zinc atoms per subunit. Alcohol dehydrogenase in the liver converts ethanol and NAD+ to acetaldehyde and NADH, while in yeast and some other microorganisms ADH catalyzes the conversion acetaldehyde to ethanol in alcoholic fermentation. ADH is a member of the medium chain alcohol dehydrogenase family (MDR), which have a NAD(P)(H)-binding domain in a Rossmann fold of a beta-alpha form. The NAD(H)-binding region is comprised of 2 structurally similar halves, each of which contacts a mononucleotide. A GxGxxG motif after the first mononucleotide contact half allows the close contact of the coenzyme with the ADH backbone. The N-terminal catalytic domain has a distant homology to GroES. These proteins typically form dimers (typically higher plants, mammals) or tetramers (yeast, bacteria), and have 2 tightly bound zinc atoms per subunit, a catalytic zinc at the active site and a structural zinc in a lobe of the catalytic domain. NAD(H) binding occurs in the cleft between the catalytic and coenzyme-binding domains at the active site, and coenzyme binding induces a conformational closing of this cleft. Coenzyme binding typically precedes and contributes to substrate binding.	0
NZ_CP014944.1|WP_070375439.1|2590463_2591510_+|hypothetical-protein	gnl|CDD|308243	pfam02530, Porin_2, Porin subfamily. This family consists of porins from the alpha subdivision of Proteobacteria the members of this family are related to pfam00267. The porins form large aqueous channels in the cell membrane allowing the selective entry of hydrophilic compounds this so called 'molecular sieve' is found in the cell walls of gram negative bacteria.	0.000778625
NZ_CP014944.1|WP_083277980.1|2598502_2599192_+|hypothetical-protein	gnl|CDD|225542	COG2995, PqiA, Uncharacterized paraquat-inducible protein A [Function unknown].	2.48949e-66
NZ_CP014944.1|WP_157471121.1|2606678_2607854_-|FAD-dependent-oxidoreductase	gnl|CDD|274092	TIGR02352, Glycine_oxidase, glycine oxidase ThiO. This family consists of the homotetrameric, FAD-dependent glycine oxidase ThiO, from species such as Bacillus subtilis that use glycine in thiamine biosynthesis. In general, members of this family will not be found in species such as E. coli that instead use tyrosine and the ThiH protein. [Biosynthesis of cofactors, prosthetic groups, and carriers, Thiamine].	2.48721e-65
NZ_CP014944.1|WP_070375448.1|2606455_2606689_-|sulfur-carrier-protein-ThiS	gnl|CDD|340451	cd00565, Ubl_ThiS, ubiquitin-like (Ubl) domain found in sulfur carrier protein ThiS. ThiS, also termed Thiamine biosynthesis protein (ThiaminS), is a sulfur carrier protein involved in thiamin biosynthesis in prokaryotes. It has the beta-grasp ubiquitin-like (Ubl) fold with low sequence similarity to ubiquitin (Ub), and is activated in an ATP-dependent manner by sulfurtransferases, similar to the activation mechanism of Ub-activating enzyme E1. ThiS has common evolutionary origin with Ub-related protein modifiers in eukaryotes, a beta-grasp fold as Ub, and is closely related to proteins MoaD and Urm1.	4.13153e-13
NZ_CP014944.1|WP_070375446.1|2602429_2602834_+|hypothetical-protein	gnl|CDD|225193	COG2311, COG2311, Predicted membrane protein [Function unknown].	5.3862e-24
NZ_CP014944.1|WP_070377116.1|2605649_2606453_-|thiazole-synthase	gnl|CDD|234687	PRK00208, thiG, thiazole synthase; Reviewed.	5.52717e-150
NZ_CP014944.1|WP_070377114.1|2594742_2595387_-|YihA-family-ribosome-biogenesis-GTP-binding-protein	gnl|CDD|234770	PRK00454, engB, GTP-binding protein YsxC; Reviewed.	2.5024e-108
NZ_CP014944.1|WP_070375440.1|2592195_2594544_-|RNA-binding-transcriptional-accessory-protein	gnl|CDD|225094	COG2183, Tex, Transcriptional accessory protein [Transcription].	0
NZ_CP014944.1|WP_070375441.1|2595587_2596820_+|cytochrome-c4	gnl|CDD|225418	COG2863, COG2863, Cytochrome c553 [Energy production and conversion].	1.40156e-26
NZ_CP014944.1|WP_070375443.1|2597904_2598531_+|paraquat-inducible-protein-A	gnl|CDD|377345	pfam04403, PqiA, Paraquat-inducible protein A. Paraquat is a superoxide radical-generating agent. The promoter for the pqiA gene is also inducible by other known superoxide generators. This is predicted to be a family of integral membrane proteins, possibly located in the inner membrane. This family is related to NADH dehydrogenase subunit 2 (pfam00361).	1.52492e-33

Protein sequences

>NZ_CP014944.1|WP_083277981.1|2602740_2603979_+|DUF418-domain-containing-protein
MVYPTHVGIICFWYGAFNFSLGGDIIHDYAVGGLLLLGFVLLLRTKKLAQFNTPATFAKVGFSLLLMPLFVSMFAALYFGVTRDNTVITNDWQQEISINQQLDVLLQQEKDNPKEIWVSKDTEIEDESTLIAASAAVIDSDVEALEEKEETVEEVDEDSMTDEELIIYKAQQRFERKQSRAQDEAKETAAFTQTSYIEATKYRAKSAVEALGNTPTFAFFVCLPLFMVGYWLVASGRMKNPQQHQSFFGVMCWGGLSIGLLLSIAGTFISLHPVTKSAIEVRAGGQTIFYYGQFVLCAGYIGLFVKLASKAWFIKGFSWLAPLGKMALTNYIGHSIILTTIFYGYAGGMFGQIARGQQMLIVVAVIFAQVVFCTLWLKFFRFGPLEWLWRSITYLKWQPLRLEKKLDTSIAS
>NZ_CP014944.1|WP_070375446.1|2602429_2602834_+|hypothetical-protein
MENEFPGANKELTPLTNSNRIQVMDLLRGFALIGIIMMNIEWFNRPVSALLSFDYSLTGFDWASSWLVKVFVEGKFYKLFSILFGMGFAIMLVRAQEADRKFGAWFTRRMLALFVFGMAHLIFLWGAILFMTMR
>NZ_CP014944.1|WP_070375445.1|2599181_2602202_+|MCE-family-protein
MTNKTILAESKSIIKSREGISAVWLVPIIALMFGAWLIIKAVSDRGTFITVQFESASGIVVGKTQVRYKGLTTGIVRHVEVSEDLQSVIVEIEMISSSKKMLTDKTRFWYVTADVSFQGITGLDTLLSGSYINVIPDIEEEGKAKSHFIALSEEPVLDQATPGLHVSLTTKTLGSLGKKSPVLFKQITVGYVAGFNYVATSDLININLFIEPEYANLVKENSRFWNTSGVTVSGSLTSGVTVHTDSLASVVAGGVAFGNSDYEAVMGPAINGQNFTLYSDYETANMGHEIQLMLNWNSGIDRDAAIMYQGLTLGKITDFTRIDPEERIIEASAIINPRIIPYLTSGSQFFVIAPNLDLGGVTNLHTLMLGAHIGIRPSVDGKPLNKFNVYNQEPAYQYSEPGLHLVLKAQDVGSLTTSSNIYYKQQKVGTIQAIENIGPSEFLVHIFIEPKYKSFVSNDSHFWNASGLHISGGLQNFDIQAQSIQSMLAGGIAFDLGDNNEKLAPKNGDNFQLFIDKNVAKQRSTFNLYTNSAHGLSTKTRIMLRGEEIGSVHKVIRQQDQVTLQVGVLADYEYILRENSQFWLVNADLSLSGMTNTDALFGGAYISVNVGEGEKAHDFIVTDLPPAKHLSSKGLQLSLKSEQGNVVNPGSPISFRGIAVGQVDNVSLDTTGNNVEINITVDEEYRHLISNFTRFYNASGVTISGGLGSFIVKTESADAILKGGISFINPEIKPEQDTVEEGEKFTLFDNVEYAKLAGVAIEIHFSDVEGLKNNLKIKYQDQQVGLVSRIKFDQQGFGATVYAFLNDSGRKFAVADSKFWFAKPELALVGSVNVGAILEGGFIGLMPGKGEISHRFEAKAIMPVTTTLPTGLNLSLSAKNLGSVRTGNPVLYRQVKVGRVIGVDLSPTADTVNIYINIYPRYAPLVSQSSRFWNTSGIRIDAGLFSGINIDSESIETLLAGGIAFATPEVDVNETFQPAEQGQLFKLARDVDDDWHKWQPKIELSQ
>NZ_CP014944.1|WP_083277980.1|2598502_2599192_+|hypothetical-protein
MSWRNLLSNKALAAGLGSCPKCHKLNVMHSERQVCSRCLTLFSARKPKSVEYTLAWTIAALVMFIPANIYPMMVFYTFGKPEASTILEGIAIFIQMGMLPVAVIIFIASFVIPLGKIIGLFTLMYNTKRKTQLSLKQQGKLYHIVEFLGPWSMLDVFVVTVMAAVVNLGFLSSIEPKVGITYFTLMVVFTIFAAESFDPRLLWDNYQKHNHQSLSEKTYNNTDVSHHDE
>NZ_CP014944.1|WP_070375443.1|2597904_2598531_+|paraquat-inducible-protein-A
MKNHSVVNNMIACHQCDSLLPMPYLLEGQNALCGCCGAMLFSKKRDAINRTLAVAIAGLLFFLPAALLPIIGIGAAGLYNDASLVDCITLLIDSRNYVLAFAVFMFTIAIPVVRLITALYISWCIKFQKIKPSLLVFFRSYHLLDTWTMLHVFLLGVVVSMYKLSSMADMTIDGGLVSLILLLLCSTLVSVTIDQHNIWHELEKSLEQ
>NZ_CP014944.1|WP_070375442.1|2597017_2597641_+|cytochrome-c4
MKRILLSLVLLGTSALNISYAAQGNVDAGKTKSAMCGACHGVDGNSLVPMYPSLAGQGSSYIAKQLADFKTGLTSGGKEGRVNAIMGGMAMALSEQDMLDLGAYYSAQPAKYAGGATSDVGKKLYFGGDIERGITACIACHGADAKGMSQAGFPALGGQNAMYLTAQLESFRSGARNNDKNGMMRNIAMKLEDADIAALVQYMSTIK
>NZ_CP014944.1|WP_070375441.1|2595587_2596820_+|cytochrome-c4
MNKIIFSLILAVTSINVAFAATGSVDAGKSKAAMCSACHGANGIGASDAFPNLAGQHAAYIVKQLQAFKSGTRVNAMMGPMAAGLSDQDMVDIGAYFSSLDRSGATVSVELASMHSAPAAVVETVAYVGNASAGKSLYELGDASRNIASCIGCHGKEGNSQVLINPNLANQHAQYIEKQLYAFKDKTRINYAMNQFAGAMTDEDIADMGAYFADTKAVAHVKPKRVTKVAIITEEAIAGKAKSAMCSACHGADGNSLVPMYPKLAGQHAEYTAKQLKEFKSGVRENAVMAGMAAALSEQDMAELGAYFASQKPTPGNGKGSELGRKLYFGGDPARGITACIACHGATGKGVAKAGFPVVANQSVEYLTAQLMSFKTGERNNDRNGMMGNIAKRLKKNDIDALAQYMSSMK
>NZ_CP014944.1|WP_070377114.1|2594742_2595387_-|YihA-family-ribosome-biogenesis-GTP-binding-protein
MLSSPVIHLSKATFTLSAPDIRRLPEDNGIEVAFAGRSNAGKSSALNTLTNQRGLARVSKTPGRTQLINIFEVAPNRRLVDLPGYGFAKVPIEMKKKWQKALGEYLEKRDCLKGLVILMDIRHPLKDLDMDLIQWAADSDLPILALLTKCDKLSQGKRSAEVLQVKKALASLNADITVQAFSSLKYTGLETANDLICKWLSADLPTDLPESEEF
>NZ_CP014944.1|WP_070375440.1|2592195_2594544_-|RNA-binding-transcriptional-accessory-protein
MATIAELIATELNVKTAQITSAINLLDDGATVPFIARYRKEVTQGLDDNHLRHIDQRLSYLRELEDRRKVIITSITQQDKLTPALEKELQAADNKTRLEDLYLPFKPKRRTKGQIAIESGLEPLANNLYNNWALTPEVEAKAFINNDAGFSDEKSVLEGAIYILIERFAQDANLLQKLRKHLLKQAHLTSVVAKGKQQEGAKYRDYFEHSELLKNVPSHRALAMLRGRNEKILQLSINVDPNQEDSQYSSAEQIICEHYNLRLTGQAGAEFITKVVRWAWKIKLSLSLETELLGNLREQAENGAIKVFATNLSDLLMAAPAGAKTTLGLDPGMRTGCKLAIVDATGKLLQTATIFPHAPQNHWEKSVRTLVNLCQQHKVELLAIGNGTGSRESDKLAAEVIQALEANKPQKVMVSEAGASVYSASEFAAKEFPDLDVSIRGAVSIARRLQDPLAELVKIDPKAIGVGQYQHDVSQSQLSKTLDNVIEDCVNNVGVDLNSASAALLTRVSGLNKTMADNVVAYRDEHGRFDDRKELKKVARLGPKAFEQAAGFLRISGGKNPLDNSGVHPESYPVIEKIIAHLNSNISDLIGNSEQLSKINITDLNDINIGELTLKDIISELEKPGRDPRPVFKAAQFKEGVNTINDLTVGMVLEGVISNVANFGAFVDLGVHQDGLVHISSLTDKFVSDPREIVKAGDIVKVKVMEVDAARKRISLSMRLDETVTTKPEQNQQTNKPQPRSQNTTPKTAKPNPQRNTKPPAKKSENAAMGNAFADAFAKFKK
>NZ_CP014944.1|WP_070375439.1|2590463_2591510_+|hypothetical-protein
MFNKKKLLLATGLFALAGTANAAYEIKLDNDDSITFGGYIKADARYIDGTVAATDYWYGSGTALDNSISNFGIAVNESRINTKYKHGDLTGFIEMDFYGDAVRGGGNEIISNSSNPRIRHAFIKYKDLLIGDTWSTFVNTSALAEAADFGGPLLSAAFIRQGQVRYTMGNFQVSVENPESYGGVSGNDSMPDVIARYNFKGDWGNVAIAAVAKRLQTVGGNEESALGYGISGRINTFGKDDFRFQFHGGEVGRYIGVTASKDLIGEEVEETTSISVAYRHFWTEDLRSTAFYGNTTTEVADYDRTHWGVNLFKNVTQQLSFGVEVGNFEMADKNVDSDYLQFSAKYVL
>NZ_CP014944.1|WP_070377116.1|2605649_2606453_-|thiazole-synthase
MAFSTELMIYGQAVNSRLLIGSALYPSPQIMKQAILASGSKIVTLSLKRQNPAQQSGTKIWQYIQEVVKETQGFLLPNTAGCKTAKEAVTLAKMSREIFQTDWIKLEVIGDDYNLQPDPIELLKASEQLLNEGFKVLPYCTDDLVVCQRLYDLGCQVIMPWASPIGTGKGLMNPYNLATIRSRLPDATLILDAGIGKPSDACLAMEMGYDAVLLNSAIALADSPVLMAKAFAQAIVAGEQGYMAGVMQQRQTAHPSTPTLDTPFWHQ
>NZ_CP014944.1|WP_070375448.1|2606455_2606689_-|sulfur-carrier-protein-ThiS
MNTKAAITTYFINGQAITIVSLTPNISIALLHYLTPEQQKQSFAVALNGDFVGKADYQKTIINQGDSIDILFPIQGG
>NZ_CP014944.1|WP_157471121.1|2606678_2607854_-|FAD-dependent-oxidoreductase
MCANIVVIGAGLVGRLMALSLVNQGHQVTLIDKDNKQGHQSAAYAAAGLLTPLGEAMHSDRNIVEMGFESLALWPDILAKLDSYTYFQQAGTLMVSHEQDQGDYQRFMAYIKNHYPQHQLQQLNRQQILALEPELAHRFNHGLFLPEEGQIGNRKLLKALQKQLEKSNVTWLESAPVVNIEQQKSSCLVTYHEDSPLGDKGNKQTNTSKHIIAADLAIDCRGAGARNSAGENTAAPLKDLRGVRGEIFQLFAPEVNITRPIRLMHPRYQLYIAPKTNGFYVVGATEIESEDCAPMTVRSSMELLSAAYSVHAGFAEANIRQHISQLRPAFSDNQAKISLQNRLIQVNGLFRHGYLIAPVVLKQLEFTVAHFFERRSLTESPYHKWLAINEY
>NZ_CP014944.1|WP_070375450.1|2607897_2609859_-|phosphomethylpyrimidine-synthase-ThiC
MTKPANKLTRRERREQAETFLKNVSDQSFPNSKKVYVQGKIHDIKVGMREITLSDTLLAGNKDKPTYEKNEPLCVYDTSGFYTDESVEIDVHKGIPRLRESWIDSRGDVELLTSNSSTYAQQRLADDGVDAIRFEHLPKMRVAKKGRNVTQMHYARQGIITPEMEYIAIRENLKREEVKDKTLLLQHKGQSFGASIPTQITAEFVRDEVARGRAIIPVNINHPECEPMIIGRNFLIKVNANIGNSAVTSSIEEEVEKLVWSTKWGADTVMDLSTGRNIHETREWIMRNSPVPIGTVPIYQALEKVNGVAEDLTWEIFRDTLIEQAEQGVDYFTIHAGVLLRYVPMTAKRVTGIVSRGGSIMAKWCLAHHKENFLYTHFEDICEILKQYDVSFSLGDGLRPGSVADANDEAQFAELHTLGELTKIAWQHDVQTIIEGPGHVPLHMIKANMDEQLKHCGEAPFYTLGPLTTDIAPGYDHITSGIGAANIGWYGCAMLCYVTPKEHLGLPNKEDVKEGLMTYKIAAHAGDLAKGHPGAQIRDNAMSKARFEFRWYDQFNIGLDPERAKAYHDETLPQESGKVAHFCSMCGPKFCSMKISQEVRDYAAGLEASNKIEIQLLDEVIVLDATPTDIAQGMAEKSAEFKATGSEIYHQVK
>NZ_CP014944.1|WP_070377117.1|2610309_2611938_+|M1-family-metallopeptidase
MVFAGHVSASNWQQESGKITHQEQLRGSITPERMWWDLIHYHLNVKVDPETKLFSGKNIMTYKVLAKGERLQIELQAPMKLEKVHQNGKALEVEQDGYSYFITPASKQEIGSEQKITMYFSGQPVTAKNAPWDGGITWKKDSNGLDFIATSNQGIGSSIWWPNKDHPADEPNNGVLISVEVPEHLMDVSNGRLIKVEDNKIDKTKIYHWQVVNPINNYGVNINIGDYVHFGEKYQGEKGQLDMDYYVLRENLAKARKQFKEAKRTIEAFEHWFGPYPFYEDSYKLVEAPYLGMEHQSSVTYGNGYQNGYLGRDRSSTGPGLLFDFIIVHESGHEWFANNITNKDVADMWIHESFTNYSESLFLEYHFTKEQAFEYVRGQRMNIGNQSPIIGEYNANRGGSGDMYDKGGNLLHTIRQVINNDEKWREILRGLGKVFYHQTVTTQDIENYISTQSGIDLSKVFDQYLRDIRIPTFEYFIKDKVMKIRWGNVVKGFDMPLRVTIAGKTQWLAPTATWTTVELEQENPNIAVDANFYISTLSVLGH
>NZ_CP014944.1|WP_070375451.1|2612018_2612528_-|porin-family-protein
MFKKTAIALTLFSLSLTAVAADWQVGGGFGQLSDSSDGDDISLNFIYGSVAYKIENSAKNFYLMPELRLGTGVGDDSLYGAKIEVESLLALSLRGQYDFNNRAYVYVMPSYANLDLKASYRGESASDDSWEFGIGAGVGYSLNKKVSVEASYETYDGTKLLSVGFKYAF
>NZ_CP014944.1|WP_070375452.1|2612683_2613625_+|tetratricopeptide-repeat-protein
MNKHFFISSKPYSLGLTALLLWVFCLPVAKSYAMKSESTAKLCQRSPSSCLEKVNIELTQVQPKSRIWFSLMQFKLSSLFILQHSDELYQETKRWIDEEDLPIPFQVTLYMYYAKSLLSHGDLVEGKRYIYKAKAQLAIMNEVYPSPIKLIEIANLQMFIGELPEAYESLNALKEKYKNSRNPQFMMELFGHLGHVARQLELHDEALAHWYATVPWSYKYGNEQQIATVHFNLAQAQQHAEQLSLAEKSYLAAIKHAEIALDVVKVSHAKLYLAEIKLQGGDKEQAEELLLAINEELLAPNLLLKLNDLKGEL
>NZ_CP014944.1|WP_070375453.1|2613816_2614956_+|S-(hydroxymethyl)glutathione-dehydrogenase/class-III-alcohol-dehydrogenase
MSAVTQKTNTIKSKAAIAWGPNKPLTIEEIDVELPKKGEVLVKIIASGVCHTDAFTLSGEDPEGIFPVILGHEGGGIVEQIGEGVTSVAVGDHVIPLYTPECGECKFCKSGKTNLCQKIRETQGKGLMPDGTSRFSLNGKAIFHYMGCSTFSEYTVLPEISLAKVNPKAPLEEVCLLGCGVTTGMGAVMNTAKVEVGDTVAIFGLGGIGLSAIIGAAMAKASRIIAIDINESKFELAKKLGATDCINPKDYDKPIQDVIVELTDGGVDYSFECIGNVNVMRSALECCHKGWGESIIIGVAGAGQEISTRPFQLVTGRVWRGTAFGGVKGRSELPEYVERYLAGEFALNDFITHTMSLEKINEAFELMHEGKSIRSVIHF
>NZ_CP014944.1|WP_070375454.1|2614984_2615833_+|S-formylglutathione-hydrolase
MMLEKISSNKMFGGVQEHFQHHAESLKCPMRFAIYLPEGASKHSPVPVLYWLSGLTCTDENFVHKSGGQRMASALGIAIVCPDTSPRGVGVADDENQSYDLGLGAGFYINATEKPWSTHYKMYDYIVNELPALIAENFPVSSKKSISGHSMGGHGALTIALKNPDKYCSVSAFSPIANPINSPWGQKAFSAYLGNDKALWQQHDASVLMKASTQHIPALVDQGLADDFLQEQLQPESLISAALSNNYPLILNQHQGYDHSYFFIASFIESHLCFHAKHLGQS
>NZ_CP014944.1|WP_083277983.1|2615799_2616405_+|HutD-family-protein
MFSCETFGAILMFTVISPEHFKTIPWKNGQGETIELAINDGGTLADFIWRLSMANVVEDGGFSDFSGYQRNLILIAGKGINLQHDNRKTDQLNNILDVANFDGGCRTVGRLPAGEITDFNIITDKEKCSAVVKTLLARQTVELKAADLCFVYSLSGAFQLTSYQNHQIIKAGHLLKLNTLKAGEMTITGQKLIVVYLTLNT

Crispr_ID: NZ_CP014944_9

• CRISPR_ID: NZ_CP014944_9
• CRISPR_location: 3777813-3777953
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_9

Consensus_repeat	Method
AAAGCCGAGGCTTTTAACCGTTAAGCCGATTAGCTCGAAGGTT	CRISPRCasFinder

spacers of NZ_CP014944_9

>9.1|3777856|55|NZ_CP014944|CRISPRCasFinder
CAAATCCTTCACGGCCGACCACTTCTAAATTCTTAAGTCAGATAGTACAAATACC

CRISPR arrays and Neighbor proteins around NZ_CP014944_9

CRISPR arrays

The CRISPR arrays of NZ_CP014944_9

>merge|NZ_CP014944|9|3777813-3777953|CRISPRCasFinder
AAAGCCGAGGCTTTTAACCGTTAAGCCGATTAGCTCGAAGGTTCAAATCCTTCACGGCCGACCACTTCTAAATTCTTAAGTCAGATAGTACAAATACCAAAGCCGAGGCTTTTAACCGTTAAGCCGATTAACTCGAAGGTT

>NZ_CP014944|9|8|3777813-3777953|CRISPRCasFinder
AAAGCCGAGGCTTTTAACCGTTAAGCCGATTAGCTCGAAGGTT	CAAATCCTTCACGGCCGACCACTTCTAAATTCTTAAGTCAGATAGTACAAATACC
AAAGCCGAGGCTTTTAACCGTTAAGCCGATTAACTCGAAGGTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070376302.1|3780609_3782994_+|cyclic-nucleotide-binding-domain-containing-protein	unknown	unknown	gnl|CDD|319889
NZ_CP014944.1|WP_070377216.1|3769427_3770051_+|Holliday-junction-branch-migration-protein-RuvA	unknown	unknown	gnl|CDD|234645
NZ_CP014944.1|WP_070376305.1|3785674_3787825_+|hypothetical-protein	unknown	unknown	gnl|CDD|377163
NZ_CP014944.1|WP_070376298.1|3773214_3774111_+|cell-envelope-integrity-protein-TolA	unknown	unknown	gnl|CDD|274303
NZ_CP014944.1|WP_070376304.1|3783873_3785685_+|hypothetical-protein	unknown	unknown	gnl|CDD|373118
NZ_CP014944.1|WP_070376296.1|3772085_3772769_+|protein-TolQ	unknown	unknown	gnl|CDD|131843
NZ_CP014944.1|WP_070376295.1|3771685_3772096_+|tol-pal-system-associated-acyl-CoA-thioesterase	unknown	unknown	gnl|CDD|274304
NZ_CP014944.1|WP_070376297.1|3772784_3773210_+|protein-TolR	unknown	unknown	gnl|CDD|274306
NZ_CP014944.1|WP_070376301.1|3778236_3778518_-|hypothetical-protein	unknown	unknown	gnl|CDD|238206
NZ_CP014944.1|WP_070376293.1|3768815_3769352_+|crossover-junction-endodeoxyribonuclease-RuvC	unknown	unknown	gnl|CDD|234587
NZ_CP014944.1|WP_070376309.1|3794926_3796264_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376306.1|3787814_3789632_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376300.1|3775566_3776112_+|peptidoglycan-associated-lipoprotein-Pal	unknown	unknown	gnl|CDD|182744
NZ_CP014944.1|WP_083278059.1|3793516_3794821_+|hypothetical-protein	unknown	unknown	gnl|CDD|372604
NZ_CP014944.1|WP_083278058.1|3776124_3776937_+|tol-pal-system-protein-YbgF	unknown	unknown	gnl|CDD|182745
NZ_CP014944.1|WP_070376303.1|3782995_3783859_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376294.1|3770174_3771179_+|Holliday-junction-branch-migration-DNA-helicase-RuvB	unknown	unknown	gnl|CDD|234619
NZ_CP014944.1|WP_157471014.1|3789651_3793527_+|hypothetical-protein	unknown	unknown	gnl|CDD|293789
NZ_CP014944.1|WP_070376310.1|3796263_3797481_+|FecR-domain-containing-protein	unknown	unknown	gnl|CDD|377406
NZ_CP014944.1|WP_083278057.1|3774167_3775514_+|Tol-Pal-system-protein-TolB	unknown	unknown	gnl|CDD|235312

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070376302.1|3780609_3782994_+|cyclic-nucleotide-binding-domain-containing-protein	gnl|CDD|319889	cd16367, DMSOR_beta_like, uncharacterized subfamily of DMSO Reductase beta subunit family. This family consists of the small beta iron-sulfur (FeS) subunit of the DMSO Reductase (DMSOR) family. Members of this family also contain a large, periplasmic molybdenum-containing alpha subunit and may have a small gamma subunit as well. Examples of heterodimeric members with alpha and beta subunits include arsenite oxidase, and tungsten-containing formate dehydrogenase (FDH-T) while heterotrimeric members containing alpha, beta, and gamma subunits include formate dehydrogenase-N (FDH-N), and nitrate reductase (NarGHI). The beta subunit contains four Fe4/S4 and/or Fe3/S4 clusters which transfer the electrons from the alpha subunit to a hydrophobic integral membrane protein, presumably a cytochrome containing two b-type heme groups. The reducing equivalents are then transferred to menaquinone, which finally reduces the electron-accepting enzyme system.	2.05995e-68
NZ_CP014944.1|WP_070377216.1|3769427_3770051_+|Holliday-junction-branch-migration-protein-RuvA	gnl|CDD|234645	PRK00116, ruvA, Holliday junction branch migration protein RuvA.	4.04555e-94
NZ_CP014944.1|WP_070376305.1|3785674_3787825_+|hypothetical-protein	gnl|CDD|377163	pfam03928, Haem_degrading, Haem-degrading. Haem_bdg is a bacterial protein that is up-regulated in response to haemin- and peroxide-based oxidative stress. It interacts with the SenS/SenR two-component signal transduction system. Iron binds to surface-exposed lysine residues of an octomeric assembly of the protein.	1.4551e-08
NZ_CP014944.1|WP_070376298.1|3773214_3774111_+|cell-envelope-integrity-protein-TolA	gnl|CDD|274303	TIGR02794, Protein_TolA, TolA protein. TolA couples the inner membrane complex of itself with TolQ and TolR to the outer membrane complex of TolB and OprL (also called Pal). Most of the length of the protein consists of low-complexity sequence that may differ in both length and composition from one species to another, complicating efforts to discriminate TolA (the most divergent gene in the tol-pal system) from paralogs such as TonB. Selection of members of the seed alignment and criteria for setting scoring cutoffs are based largely conserved operon struction. //The Tol-Pal complex is required for maintaining outer membrane integrity. Also involved in transport (uptake) of colicins and filamentous DNA, and implicated in pathogenesis. Transport is energized by the proton motive force. TolA is an inner membrane protein that interacts with periplasmic TolB and with outer membrane porins ompC, phoE and lamB. [Transport and binding proteins, Other, Cellular processes, Pathogenesis].	3.23924e-19
NZ_CP014944.1|WP_070376304.1|3783873_3785685_+|hypothetical-protein	gnl|CDD|373118	pfam14537, Cytochrom_c3_2, Cytochrome c3.	2.01285e-08
NZ_CP014944.1|WP_070376296.1|3772085_3772769_+|protein-TolQ	gnl|CDD|131843	TIGR02796, Protein_TolQ, TolQ protein. TolQ is one of the essential components of the Tol-Pal system. Together with TolR, it harnesses protonmotive force to energize TolA, which spans the periplasm to reach the complex of TolB and Pal at the outer member. The tol-pal system proves to be important for maintaining outer membrane integrity. Gene pairs similar to the TolQ and TolR gene pair often number several per genome, but this model describes specificially TolQ per se, as found in tol-pal operons. A close homolog, excluded from this model, is ExbB of the ExbB/ExbD/TonB protein complex, which powers transport of siderophores and vitamin B12 across the bacterial outer membrane. The Tol-Pal system is exploited by colicin and filamentous phage DNA to enter the cell. It is also implicated in pathogenesis in several bacterial species [Transport and binding proteins, Other, Cellular processes, Pathogenesis].	8.01775e-114
NZ_CP014944.1|WP_070376295.1|3771685_3772096_+|tol-pal-system-associated-acyl-CoA-thioesterase	gnl|CDD|274304	TIGR02799, Acyl-CoA_thioesterase_YbgC, tol-pal system-associated acyl-CoA thioesterase. The tol-pal system consists of five critical genes. Inner membrane proteins TolQ and TolR convert protomotive force to energy that is transduced through TolA to an outer membrane complex of TolB and Pal. The system is known to be required to maintain outer membrane integrity. In a system with several homologous parts, ExbB and ExbD transduces energy through TonB to a variety of outer membrane proteins, many of which are siderophore receptors. The tol-pal system therefore may also be involved in transport. This family consists of a protein nearly always found in operons with the genes of the tol-pal system. The significance of this thioesterase to the tol-pal system is unclear, but either of two observations may be relevant. First, Pal, or peptidoglycan-associated lipoprotein, has a conserved N-terminal cleavage and acylation that makes it a lipoprotein. Second, the tol-pal system is implicated not only in the import of certain organics but also in the maintenance of outer membrane integrity (by an unknown mechanism).	7.21105e-56
NZ_CP014944.1|WP_070376297.1|3772784_3773210_+|protein-TolR	gnl|CDD|274306	TIGR02801, Protein_TolR, TolR protein. The model describes the inner membrane protein TolR, part of the TolR/TolQ complex that transduces energy from the proton-motive force, through TolA, to an outer membrane complex made up of TolB and Pal (peptidoglycan-associated lipoprotein). The complex is required to maintain outer membrane integrity, and defects may cause a defect in the import of some organic compounds in addition to the resulting morphologic. While several gene pairs homologous to talR and tolQ may be found in a single genome, but the scope of this model is set to favor finding only bone fide TolR, supported by operon structure as well as by score. [Transport and binding proteins, Other, Cellular processes, Pathogenesis].	1.09215e-51
NZ_CP014944.1|WP_070376301.1|3778236_3778518_-|hypothetical-protein	gnl|CDD|238206	cd00338, Ser_Recombinase, Serine Recombinase family, catalytic domain; a DNA binding domain may be present either N- or C-terminal to the catalytic domain. These enzymes perform site-specific recombination of DNA molecules by a concerted, four-strand cleavage and rejoining mechanism which involves a transient phosphoserine linkage between DNA and serine recombinase. Serine recombinases demonstrate functional versatility and include resolvases, invertases, integrases, and transposases. Resolvases and invertases (i.e. Tn3, gamma-delta, Tn5044 resolvases, Gin and Hin invertases) in this family contain a C-terminal DNA binding domain and comprise a major phylogenic group. Also included are phage- and bacterial-encoded recombinases such as phiC31 integrase, SpoIVCA excisionase, and Tn4451 TnpX transposase. These integrases and transposases have larger C-terminal domains compared to resolvases/invertases and are referred to as large serine recombinases. Also belonging to this family are proteins with N-terminal DNA binding domains similar to IS607- and IS1535-transposases from Helicobacter and Mycobacterium.	0.000325011
NZ_CP014944.1|WP_070376293.1|3768815_3769352_+|crossover-junction-endodeoxyribonuclease-RuvC	gnl|CDD|234587	PRK00039, ruvC, Holliday junction resolvase; Reviewed.	7.20522e-86
NZ_CP014944.1|WP_083278059.1|3793516_3794821_+|hypothetical-protein	gnl|CDD|372604	pfam13435, Cytochrome_C554, Cytochrome c554 and c-prime. This family is a tetra-haem cytochrome involved in the oxidation of ammonia. It is found in both phototrophic and denitrifying bacteria.	2.09652e-10
NZ_CP014944.1|WP_070376300.1|3775566_3776112_+|peptidoglycan-associated-lipoprotein-Pal	gnl|CDD|182744	PRK10802, PRK10802, peptidoglycan-associated lipoprotein Pal.	3.21657e-63
NZ_CP014944.1|WP_083278058.1|3776124_3776937_+|tol-pal-system-protein-YbgF	gnl|CDD|182745	PRK10803, PRK10803, tol-pal system protein YbgF; Provisional.	2.7676e-45
NZ_CP014944.1|WP_070376294.1|3770174_3771179_+|Holliday-junction-branch-migration-DNA-helicase-RuvB	gnl|CDD|234619	PRK00080, ruvB, Holliday junction branch migration DNA helicase RuvB.	0
NZ_CP014944.1|WP_157471014.1|3789651_3793527_+|hypothetical-protein	gnl|CDD|293789	sd00042, LVIVD, LVIVD repeat. LVIVD repeats are mainly found in bacterial and archaeal cell surface proteins, many of them hypothetical. Structurally, LVIVD repeats have been predicted to form a beta-propeller, with each repeat forming one four-stranded anti-parallel beta-sheet blade.	8.34995e-23
NZ_CP014944.1|WP_070376310.1|3796263_3797481_+|FecR-domain-containing-protein	gnl|CDD|377406	pfam04773, FecR, FecR protein. FecR is involved in regulation of iron dicitrate transport. In the absence of citrate FecR inactivates FecI. FecR is probably a sensor that recognizes iron dicitrate in the periplasm.	3.63387e-15
NZ_CP014944.1|WP_083278057.1|3774167_3775514_+|Tol-Pal-system-protein-TolB	gnl|CDD|235312	PRK04792, tolB, Tol-Pal system protein TolB.	0

Protein sequences

>NZ_CP014944.1|WP_083278058.1|3776124_3776937_+|tol-pal-system-protein-YbgF
MKLNKFLFGMSFAVTTLAVVAAESAPVIDITKTGAIKSSPSQYTSSVPETMAEKLVNLERKLDARNRAQVKVQRQLDELQNEVNELRGVTELHTHQLSQVLNRQRELYQELDRRVTEALKPENNVPAAIIAPAKASSDASINYSTNLTENQAYDSAVNLVLKDKQYDKAIPEFQAFNRKFPNSSYAPNAHYWLGQLLFNKTEYTKAKNEFNLVVEQYLDSNKRSDAMLKLAMVEQKLNNNAAAKIWYQKVLAQYPDSSAAQLAKPRLENL
>NZ_CP014944.1|WP_070376300.1|3775566_3776112_+|peptidoglycan-associated-lipoprotein-Pal
MRLNKTVKALAIALPILALSACSSNSETDEQSNVATNAQESSVIENNTADVQVSAVQRAAEIEEQQRQALEKLRAEHIVYFDFDTSTVSTEFSAILDAHAKFLNKSSSMKVLVEGHADERGTPEYNIALGERRAKAVVTYLENMGVSSAQLSVVSYGEEKPMIKDRSENAFAKNRRAVLVY
>NZ_CP014944.1|WP_083278057.1|3774167_3775514_+|Tol-Pal-system-protein-TolB
MNKFKVAFIFFIVLISNSAFATLEIVITEGIDSARPIAVVPFKWTGLEPLPENISSIIAEDLLRSGKFNPIKNNRFPQTPFSDQEIDYSAWANEGVEAVVVGEINQIGISRYKISYQLVDVIRGQITGGQSQMLSNGELVQTSDHIYAEGAFEINADQFRRYGHHISNVIYEKLTGSKGAFLTKIAYVIVRDQGEFPFQLVMADYDGVNEHVLLSSKEPLMSPSWHPSGNQLAYSTFENNQQKIYIIDIYTGKRTMISDHPGINSAPRWSPDGNQLAMMLSKDGNSELYVMEVATRKLRRITRHRAIDAEPSWSPDGKSLVFSSERGGKPQLYRVNLVDGRVKRLTFDGEMNLGGSITPDGRQLIMVNRTRGNYHLAKQELASGIFQVLTKTRLDESPSIAPNGGMIIYSTLHNNRQVLSLVSVDGRFKARLPAADGEVKAPAWSPFL
>NZ_CP014944.1|WP_070376298.1|3773214_3774111_+|cell-envelope-integrity-protein-TolA
MSRKFAIALSFSFLLHIVLAAVLLMGDFESEPKVAPKVVQVQTIQATIVDKSTIEAQVNKIKQKKLDDAKQLKDLEQQVASARVKRAKEEKRIKALERQRKKKLLEKKAADSAAKKALSKANAAEKIRKQKEEEQKIAEQATADAKAKRLKEEIAAKKADDLLKKKAAERKRKEQEAQERARQQEMLEQQMAEEMAVRQQARYQQTMSEVGRFTALIRQTIQGNLITDRSTMEGKSCKLTISLAPSGFVTNVVIGKGDQVVCSASKTAIYKAGTLPVSKDPEVFKEMRTISLTVVPEF
>NZ_CP014944.1|WP_070376297.1|3772784_3773210_+|protein-TolR
MYKRVRRRKVAEINVVPYIDVMLVLLIIFMVTAPLVTQGVKVNLPKADAEALDKESKPPLVASVDADGNYYLAVGTSKNEPMSAEQVATLVAAHLKVEPDTPVVVNGDGSVSYDAVIQLMVLLQQKAGVPSVGLMTDPGAK
>NZ_CP014944.1|WP_070376296.1|3772085_3772769_+|protein-TolQ
MSAEISIFDLFLQASLLVKSVMLILLGFSIACWAMIFQRRKALNDAQAQMKIFEDKFWSGADLSKLYNEVSSKGPATGIESLFVSGFKEFARLRKSNMDSPQAIVDGTHRAMRVALSREVDHLETHLPFMATVGSISPYIGLFGTVWGIMNSFIALGAVEQATLAMVAPGIAEALIATAMGLFAAIPAVIAFNRFSHHVEKLENGYGNFMEEFSSILQRQSTSEPSA
>NZ_CP014944.1|WP_070376295.1|3771685_3772096_+|tol-pal-system-associated-acyl-CoA-thioesterase
MADIKHVYPVRIYYEDTDAGGIVYHANYLKFCERARTEWLRELNANQSSFLEQNIGLVVRRVEMDNVASASLDDLLIVTSWISELKRASLVFTQQISDQQNKLICAVVVQIACVNLSLAKPCAIPEKILGALKRVS
>NZ_CP014944.1|WP_070376294.1|3770174_3771179_+|Holliday-junction-branch-migration-DNA-helicase-RuvB
MIEADRLIEPTAQPEEETIDRAIRPKLLADYTGQDHVKIQMEIFIAAAKKRDEPLDHLLIFGPPGLGKTTLANIVANEMGVNIRTTSGPVLEKAGDLAALLTNLEENDVLFIDEIHRLSPVVEEILYPAMEDYQLDIMIGEGPAARSIKLDLPAFTLIGATTRAGALTSPLRDRFGIVQRLEFYNTKDLTEIVKRSAYFLKLPIDEEGAFEVAKRSRGTPRIANRLLRRVRDYADVKTQGIVSQATAAKALNMLEVDDQGFDLMDRKLLQAIIDKFMGGPVGLDNVAAAIGEERETIEDVIEPYLIQQGFLQRTPRGRIATERAYQHFGLDKPD
>NZ_CP014944.1|WP_070377216.1|3769427_3770051_+|Holliday-junction-branch-migration-protein-RuvA
MIGRLRGTLLEKLAPEVLIECGGIGYEVTMPMTSIYALPELNEQAIIYTHFVVREDAQLLYGFANKIERRLFRLVIKVNGVGPKLGLAILSSMSADQFVSCVAHDDLTSIVKIPGVGKKTAERLLIEMRDRLKDWQVTHTASPLASGTLPIELHHENTFVTNAKGDAINALVSLGYSQQQAEKSIRNVFKAESTSEDLIRDALKSML
>NZ_CP014944.1|WP_070376293.1|3768815_3769352_+|crossover-junction-endodeoxyribonuclease-RuvC
MTIILGIDPGSRITGYGVIKKEGRKILYLGSGCIKAYAGNKEEDDFSLRLQTIFAGVSELILQFSPELFAIEQVFMGVNPGGALKLGQARGAAIVAATNKGLPVAEYSARQIKQSVVGTGAADKSQVQHMVKSILKLPAMPQADAADALAIALCHAHSHDTLTKMAGQVSKIVRGRLR
>NZ_CP014944.1|WP_070376301.1|3778236_3778518_-|hypothetical-protein
MYDSSRFSRNEATRHNAERLLQKNGVLLFPYFYTTPEDVDDAFIQKSINGLFNESFSRKTSKRSLLKLNDIATQGLFTGGGPPFGYQSIAVPS
>NZ_CP014944.1|WP_070376302.1|3780609_3782994_+|cyclic-nucleotide-binding-domain-containing-protein
MTEQYKIVVIGAGPGGISAAAHAAELNISHVLLEASPKIANTIQKYQKGKHVMAEPSILPLRSPIAFEAGKRETILDEWLQGLLQNKVNLKYNAAVVNIDGQKGDYTITLANGDVIKAEFIILGIGVQGNPRKLGVTGDDADFVQYTLDNPDDHNNETIVIVGAGDAAIENAVVLAKNNKVYIVNRRDEFARAKEGNLNLITAAIDSGDVECCYNTNPHCVELTPDQEKPGVFVLKTASGEISVPVDRIIARLGAIPPRALVESFGIEFPNSDPNSIPVLSAKYESNVAGMYVIGALGGYPLIKQAMNQGYEVVEYILGNDINPADHPLLESKLEHLPFDMDVDQILSKMQTDIPVFTPLSALSFRELMLDSQVHVFEPNKEIFKKNDYTNSFYTILQGEVNIVIGDRVIKSTQGNFFGEMSLISGRRRSATVLAGESCIVIETPRRTMIKLITSVDAVKRVLDETFIVRIIQEKFAPKVPIEQLQPIAKKAKLNQYRANEVLFSEGDEANCLHVIRNGSVTVSKKVGDKDIPMTYVAANNVVGEMGLLGNTVRSATITATVKTETISIDSDSFNDLLAKSPTLRETMELEVQKRHLENTKLESDSETGDILSFLMQQGLGEATDVLLINEDTCVGCDNCETACAATHGGTSRLNRKAGPTFAHVHVPTSCRHCEDPSCMKDCPPDAIHRGGLGGEVFIDDSCIGCGNCERNCPYGVIQMEYPKEKNTNFWPWMFFNAGEKPGDNKVKDGDNIKKAVKCDMCKDIEGGAACVRACPTGAANRISPENFIKVVNL
>NZ_CP014944.1|WP_070376303.1|3782995_3783859_+|hypothetical-protein
MDQFLSYANGRYLKITFILTIIMSIIYVLHEPGQPKNGGTWFGYTIGTISALLIVWLMYFGRRKRDYFSTLGTVKGWLSAHVYLGSGLLILATLHTGFQFGVNVHTLAYFLMCIAIFSGFYGAWSYVYLPIKKRENLKTISAEEYYLLIEDVDRQIIKLSKKLPEKMMLMINSAIERTEIGGNVFNQLSAKDRSCLLVDGKLNNNENQSTVIHLLVTELAKVTDQQSATQLKQIIDLFGSRKKSLKILRHHIKTDALLKLWLFIHVPISFALLAALLAHILSVFIYW
>NZ_CP014944.1|WP_070376304.1|3783873_3785685_+|hypothetical-protein
MKLLIRHLKKQGQGQTTEDVFVEGDTLLIGRGTNQHILLPDQRVALAHAKLTAYNDGCKISASTGKYVLFNGQMVKKCMVSVGDTIEISGHKITLLPGDKGCAFVVEVTLSTVKQEPLQNRYQVNFNDLNLHKRSWSWLLFSLIFILCLALPISGVLSPSWMETLRESSLPSDGQWLAGDLIKPHKFMGDDCSQCHVNAFEPTTNEACLSCHTTIKQHVAEINITADFSPLNQCTSCHKEHNSKEVLSDYSQQICVNCHVNISQDKRNNREYGSATDFEGHHPAFSVSMLKPIIANRKITSWQTERHLLNDNKITEKSNLKFPHKLHMDPKGIKSATGDVQLACNSCHEPETNGMAMKPITMEKNCQSCHQLTFDPEDPQRVVPHGSPADVVMMMREYYAFRFIYQNLNNDLDDSIVKAGDLFTVRKVRRPGRDERLRTEFEQSLNSQTIASIEKLTKQTVRTDALVWAESRANQAAIDIFERQACDVCHVVTKDESNDIPWQVEPVVLTKRWLPKADFTHDSHQTMVCLDCHNASSSELSSDVLIPDIENCRDCHGGVESENLIPNTCIDCHGFHKAKEHLFGQKNYNHEFNKTVEQMKNEH
>NZ_CP014944.1|WP_070376305.1|3785674_3787825_+|hypothetical-protein
MSIKLHLLLSLSLFILLSSCGGEAGNTLENSSVDQSAVIDINGQGCIGHCASVDSFLTDKDVEKIISQAVAEATSRQLKATLAVTDRLGNVLAVFRMNGAKEFVTISSTANTLLAKVSGGLENVNIIPDTMVAISKAITAAFISSEGNAFSTRTASQIIQENFNPGENNTPSGPLFGVQFSQLACSDFSLRFSPLNLPSAGPRRSPLGLSADPGGFPLYKSGTPVGAIGVISDGIYGLDKDISGFDLDNDEVIALAGTVGFAAPLTRRGDVITIVGKTARFSDAFISDLISQSADNFNTINNDVGNLVAVAGYYDGGVADLSALNNVNRIALNGVAFGYSGSGILPADPLVFKDNQGESLDAFIFTDANDTNRFEARSANDLPNGDVSKQLTKTEVQEILNQAIAIANKSRAQIRQPNGSQARVSISVVDTQGAILGMARTRDAPVFGSDVSLQKARTAVFFSSTGKLTNAPADLLRQLPSPVYLDAVAEPVDLSAGLSLLATPNINFSDYVSDLQQFIGLAGALETYGDFTAFSDRAGGNLSRPNFPDGPVVGPPGPLSKPSGQWSVFNVGLQSDLVYNALIQHVAFVLGVVPDVDHNCTGNTGLADDAAFTNDNKIKGLANGIQIFPGSVPIYRGDILVGGIGVSGDGIDQDDMISFLAVHQAGLALGNTLNNAPKAIRADKIDIPNQSIRLRYVNCPQAPFLNTNDAEVCNGL
>NZ_CP014944.1|WP_070376306.1|3787814_3789632_+|hypothetical-protein
MDFKYYGLFLYLGLSTSHIVEAAEKQENEQPAIIPAYLLCGEGVVKAERKRPGHAVDEYQLRPCDDDKKLKPWHDTIPLGPIMPDRWRIVEAIGINTNLWDPYSGHNPLKGDLPIWGKDWFYNLIAVSDTVVEPRNFPVPVGVATTSRPDTLDTIGSGEGSVFSQSFIVEQVLYQGDTTFRPPDYEFRLTTVFNFNQVNFEERGLLNINPSISSNEGQKRTDKFLGIQAAFFDKHLRNVSERFDFDSLRVGIQPFSSDFRGFLFQDSQLGIRLFGNRDNNIFQYNIAWFRRLEKDTNSGLNDISQRLRDDDVYTANLYWQDFPVLGFVSQASVTYNRNREKGQVEYDQNGFITRPASLFEERFSRDYDVTYLGYSGDGHFGRLNVSASAYYAVGEQTSSRYRDQKDGIEAYFLASELSVDFDWFRPKLSLLWASGDDDPFDNTAKGFDAIFENPQFAGADTSFFIRQNVPLIGGGGVSLSGRNGILPSLKSSKEQGQSNFINPGLRMIGVGFDADILPELRVSMNLNQLWFDDTHVLESLRQQSSINKNLGQDISTSLIWRPYQSQNIVARLSLAALVPGKGFDQLYGSEYSLPYSVLFNLIITY
>NZ_CP014944.1|WP_157471014.1|3789651_3793527_+|hypothetical-protein
MTLKHLSLIFCLTGILFTSFSLTSFKVFSSEKHHKVAVDYSFTPPAPKTQTPEQALIKSTGCLSCHTDTDSLSMHASPGVILGCTDCHGGDANITKPFKAKKEDKEYLASLKQAHVLPSYPQDWNFPSSANPKASYTLLNRDAAEYVRFVNPSDLRIAEEACGACHLPTVQAAKRSLMATGAMLFGAASYANNILPFKNYILGEAYTREGEPTAIAGPPIENSEEATKNHGVLPILYPLPTWQNVPPGDIFRVFERGGRNISNVFPETGLPNSLGLLQRIEEPGRPDIKQSNRGPGTGGRISVPLLNAHKTRLNDPLMWFLGTNDNPGDFRTSGCGSCHVVYANDREPRHSGPYAQYGNSGQSQTIDPTIPKNEDGHPLKHVFTRAIPTAQCMSCHMHQPNMFVNTFLGYTMWDYEADAPNMFPKEQRYPTHEEKFKVMETNPEGAAVRGLWSNQTFLRDVWTKNDQMKNTQFADYHGHGWNFRAVFKKDRKGNLLDKENKIVEPDDPKKFDKAVHMSSVHLDVGMHCVDCHYSQDNHGNGHVYGEVAGAVEIDCVDCHGTVSKYPNLKTSGPAAPPGGTDLSLIRNPDGQKRFLWKDDGLYQRSLIWPELEWKLSLLKDVVDPKHKEYNAKAARAKTMEKDPIDQHFGLDVTPEMLAHNNDEMECYSCHQSWTTSCGGCHLPIEANWKTENKHYEGGESRNYASYNPQVVRDQIFMLGRRGKINGGKIAPLRSTSALVLSSTNSNREKIYVQQPPISASGYSSQAMNPHFAHTVRKEETRECSDCHLSEDADNNAIFAQTLGLGTDFIDFIGFHAYVGADKSVEAVQVTEWEEPQAMKGSFLHKYVYPDFYQQHLDNDRELKIGYEHNAGAINCLQLRGEYLFAAAGKEGLVVYDVASIANKGVSQRIITAPTTLLGQDTNIKSANATCVSLVTTQPVAPERNQGDLMRITNQEKPFHPIYNYALITDANEGLILTNIDTLMDGEPRNNFLTRALTWNENDILKGARHLTIGGRYVYIIADAGLVILDLDDPLTPKHLITVALNNGHSVAQQFRYLFVTDDDGLKAIDITSPQNAFIVKDNTIKLKDANRVFVSRTFAYVAAGKEGLVIVDINQPQLMKTYQIYNAEGKIKDAQDVVIATTNASLFAYVADGDSGLKVIQLTSPDSQPRFYGFSPDPKPEFVSWYPTTSKALSLSRGLERDRAVDETGGQIAVFSRLGSGPLTEKDMKGLYLDKKGKPWFVKDMLDSMADKTHFGVATPALVIPKKQVLPNNTIEQPVDKVVLPPAEHEE
>NZ_CP014944.1|WP_083278059.1|3793516_3794821_+|hypothetical-protein
MRNNPLKILLFSIINFCILFTISAAELPQQDKNVHLGVASCAASMCHGSVVPRQGSDVLQNEYIIWSREDAHSQAYQTLLSAESKNIAAKLGLDNAAKAGICLDCHSDNVKAELQGEKFQISDGVGCESCHGGAQNYISSHTSSTVSRESTLSDGLFPTDKPKQRARLCLSCHLGNKNKQATHDIMGAGHPRLAFELDTFGILQPLHYVVDEDYRTQKWSGDSYVTWVYGQLEASKSTLRLIESKLINNNGLFPELSLFDCHSCHHPMSDLKWTATKGQGFKPGTVRLNDGNFKMLMVIASRTELFTPLHQHLTELRNGLNNKSQLQYAIAKVMEDIDAIQNALETQSLSQRQASASFLLNKIVTIGADGEFSDYIAAEQAVMAIDLLFDFTGKKSVFASAISQLFDIVADDEKYNAQLFSQKLNEINKRITKK
>NZ_CP014944.1|WP_070376309.1|3794926_3796264_+|hypothetical-protein
MNNSVIKITAFGLVVFFSSLVSAANDTELSQLKKYLLEKNYSQAYRYSESLADELAGELAFDFLAGLAAFGSENYQAAVFAFERVVILEPTSFNGRYYLALSYQKVDNLYGAIVELNTLLANETINTSLTNEQRNQIETQLSWVNKQLVARKRSWSHDIALSVGSDSNINSGSSQDEITLANGTLIPLFDSSKATSDATYALRYHVNYQYPLSQYQTLLVDLSVQNNSYFSYGEYNRQMLNLSVKYERQLMNESSWYLGASTVPLWFSSNKYRNQNAINFGWQQLVNNNNYGFNTSIAKVEHFVYQDLDFYHTQINAFYRIKAQYQHTFLINWYQDDNTKGLNHNSKTAVGASYIISYPIFNHLNGNSMIMFEQQNYEAPNPLFDVYSDATLAIISSELIYTGLEQQILQLQLSYQAKNLDSHLSAMKIYEYDRLKINLTWKYEF
>NZ_CP014944.1|WP_070376310.1|3796263_3797481_+|FecR-domain-containing-protein
MNILNAIKIIMNVMFFSLFISSSNAADEVGKTMIARGEVQAGSSEQVNKRPLKRRSSIFENDIISTGASSKTQLRMTDGSMIAMKENTELVIAEYTYNSENGKNSAVLDLVQGGLRSITGAIKAEKGDYKLTTPIGSIGIRGTHFEVELLNGTVWIAVWDGAIDVLLSTGLKSGSMLSLGVGENYSYAAIDKEGVVTTYIEPPQIFEQGMSSKATEITKKSTNDDTATNDDTATNVDVKRSAYEEINTALIISSIEEGYTEFISYDELNSLAPQNTYELVAAKQGTIEYSAATVISDYNLSNFTAGMEIDFDTGRISNGQLSFNDDRSSDAWNAVFNGNMHIKNDAVFLEVGITFASHGNNLADGIISANFIDFFGLDAVSGGFQLHEQTGDVEVDGSYLIRAKY

Crispr_ID: NZ_CP014944_10

• CRISPR_ID: NZ_CP014944_10
• CRISPR_location: 3914245-3914315
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_10

Consensus_repeat	Method
AAAAAAGGTAAGTGCGGCGAAGG	CRISPRCasFinder

spacers of NZ_CP014944_10

>10.1|3914268|25|NZ_CP014944|CRISPRCasFinder
TAAAGCAGATAAAAAAGGTAAGTGC

CRISPR arrays and Neighbor proteins around NZ_CP014944_10

CRISPR arrays

The CRISPR arrays of NZ_CP014944_10

>merge|NZ_CP014944|10|3914245-3914315|CRISPRCasFinder
GAAAAAGCTAAATGTGGCGAAGGTAAAGCAGATAAAAAAGGTAAGTGCGGCGAAGGTAAATGTGGTGAAGG

>NZ_CP014944|10|9|3914245-3914315|CRISPRCasFinder
GAAAAAGCTAAATGTGGCGAAGG	TAAAGCAGATAAAAAAGGTAAGTGC
GGCGAAGGTAAATGTGGTGAAGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070376391.1|3925694_3926720_-|DUF21-domain-containing-protein	unknown	unknown	gnl|CDD|376571
NZ_CP014944.1|WP_070376377.1|3908731_3908944_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376387.1|3919907_3920813_+|30S-ribosomal-protein-S6--L-glutamate-ligase	unknown	unknown	gnl|CDD|182468
NZ_CP014944.1|WP_070376390.1|3924821_3925676_-|mechanosensitive-ion-channel-family-protein	unknown	unknown	gnl|CDD|223740
NZ_CP014944.1|WP_070376384.1|3914826_3917013_+|OsmC-domain/YcaO-domain-containing-protein	unknown	unknown	gnl|CDD|132588
NZ_CP014944.1|WP_083278066.1|3917109_3918030_-|diguanylate-cyclase	unknown	unknown	gnl|CDD|143635
NZ_CP014944.1|WP_083278067.1|3922774_3924604_+|SLC13-family-permease	unknown	unknown	gnl|CDD|238535
NZ_CP014944.1|WP_070376385.1|3918007_3918835_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|223669
NZ_CP014944.1|WP_070376373.1|3901273_3901822_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376389.1|3921861_3922296_+|hypothetical-protein	unknown	unknown	gnl|CDD|226553
NZ_CP014944.1|WP_070376382.1|3912973_3913924_-|tRNA-dihydrouridine(16)-synthase-DusC	unknown	unknown	gnl|CDD|236713
NZ_CP014944.1|WP_070376388.1|3920812_3921853_+|succinylglutamate-desuccinylase/aspartoacylase-family-protein	unknown	unknown	gnl|CDD|349469
NZ_CP014944.1|WP_070376381.1|3912261_3912696_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376378.1|3909071_3909686_-|rhombosortase	unknown	unknown	gnl|CDD|274845
NZ_CP014944.1|WP_070376380.1|3910435_3912199_+|gamma-glutamyltransferase	unknown	unknown	gnl|CDD|223482
NZ_CP014944.1|WP_070376375.1|3903453_3905784_-|YgiQ-family-radical-SAM-protein	unknown	unknown	gnl|CDD|234928
NZ_CP014944.1|WP_070376376.1|3906094_3908611_+|S9-family-peptidase	unknown	unknown	gnl|CDD|224423
NZ_CP014944.1|WP_070376374.1|3901881_3903318_+|hypothetical-protein	unknown	unknown	gnl|CDD|226702
NZ_CP014944.1|WP_070376379.1|3909821_3910412_+|DTW-domain-containing-protein	unknown	unknown	gnl|CDD|377168
NZ_CP014944.1|WP_070376386.1|3918908_3919757_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|235137

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070376391.1|3925694_3926720_-|DUF21-domain-containing-protein	gnl|CDD|376571	pfam01595, DUF21, Domain of unknown function DUF21. This transmembrane region has no known function. Many of the sequences in this family are annotated as hemolysins, however this is due to a similarity to Brachyspira hyodysenteriae hemolysin C that does not contain this domain. This domain is found in the N-terminus of the proteins adjacent to two intracellular CBS domains pfam00571.	7.09018e-36
NZ_CP014944.1|WP_083278066.1|3917109_3918030_-|diguanylate-cyclase	gnl|CDD|143635	cd01949, GGDEF, Diguanylate-cyclase (DGC) or GGDEF domain. Diguanylate-cyclase (DGC) or GGDEF domain: Originally named after a conserved residue pattern, and initially described as a domain of unknown function 1 (DUF1). This domain is widely present in bacteria, linked to a wide range of non-homologous domains in a variety of cell signaling proteins. The domain shows homology to the adenylyl cyclase catalytic domain. This correlates with the functional information available on two GGDEF-containing proteins, namely diguanylate cyclase and phosphodiesterase A of Acetobacter xylinum, both of which regulate the turnover of cyclic diguanosine monophosphate. Together with the EAL domain, GGDEF might be involved in regulating cell surface adhesion in bacteria.	1.93361e-58
NZ_CP014944.1|WP_070376387.1|3919907_3920813_+|30S-ribosomal-protein-S6--L-glutamate-ligase	gnl|CDD|182468	PRK10446, PRK10446, 30S ribosomal protein S6--L-glutamate ligase.	1.32058e-148
NZ_CP014944.1|WP_070376390.1|3924821_3925676_-|mechanosensitive-ion-channel-family-protein	gnl|CDD|223740	COG0668, MscS, Small-conductance mechanosensitive channel [Cell envelope biogenesis, outer membrane].	4.93514e-12
NZ_CP014944.1|WP_070376384.1|3914826_3917013_+|OsmC-domain/YcaO-domain-containing-protein	gnl|CDD|132588	TIGR03549, TIGR03549, YcaO domain protein. This family consists of remarkably well-conserved proteins from gamma and beta Proteobacteria, heavily skewed towards organisms of marine environments. Its gene neighborhood is not conserved. This family has an OsmC-like N-terminal domain. It shares a YcaO domain, frequently associated with ATP-dependent cyclodehydration for peptide modification. The function is unknown. Fifteen of the first sixteen members of this family are from selenouridine-positive genomes, but this correlation may not be meaningful.	0
NZ_CP014944.1|WP_083278067.1|3922774_3924604_+|SLC13-family-permease	gnl|CDD|238535	cd01115, SLC13_permease, Permease SLC13 (solute carrier 13). The sodium/dicarboxylate cotransporter NaDC-1 has been shown to translocate Krebs cycle intermediates such as succinate, citrate, and alpha-ketoglutarate across plasma membranes rabbit, human, and rat kidney. It is related to renal and intestinal Na+/sulfate cotransporters and a few putative bacterial permeases. The SLC13-type proteins belong to the ArsB/NhaD superfamily of permeases that translocate sodium and various anions across biological membranes in all three kingdoms of life. A typical ArsB/NhaD permease is composed of 8-13 transmembrane helices.	3.2698e-34
NZ_CP014944.1|WP_070376385.1|3918007_3918835_-|alpha/beta-hydrolase	gnl|CDD|223669	COG0596, MhpC, Predicted hydrolases or acyltransferases (alpha/beta hydrolase superfamily) [General function prediction only].	3.84176e-30
NZ_CP014944.1|WP_070376389.1|3921861_3922296_+|hypothetical-protein	gnl|CDD|226553	COG4067, COG4067, Uncharacterized protein conserved in archaea [Posttranslational modification, protein turnover, chaperones].	3.47136e-38
NZ_CP014944.1|WP_070376382.1|3912973_3913924_-|tRNA-dihydrouridine(16)-synthase-DusC	gnl|CDD|236713	PRK10550, PRK10550, tRNA dihydrouridine(16) synthase DusC.	2.11388e-124
NZ_CP014944.1|WP_070376388.1|3920812_3921853_+|succinylglutamate-desuccinylase/aspartoacylase-family-protein	gnl|CDD|349469	cd06251, M14_ASTE_ASPA-like, Peptidase M14 Succinylglutamate desuccinylase (ASTE)/aspartoacylase (ASPA)-like; uncharacterized subgroup. A functionally uncharacterized subgroup of the Succinylglutamate desuccinylase (ASTE)/aspartoacylase (ASPA) subfamily which is part of the M14 family of metallocarboxypeptidases. ASTE catalyzes the fifth and last step in arginine catabolism by the arginine succinyltransferase pathway, and aspartoacylase (ASPA, also known as aminoacylase 2, and ACY-2; EC:3.5.1.15) cleaves N-acetyl L-aspartic acid (NAA) into aspartate and acetate. NAA is abundant in the brain, and hydrolysis of NAA by ASPA may help maintain white matter. ASPA is an NAA scavenger in other tissues. Mutations in the gene encoding ASPA cause Canavan disease (CD), a fatal progressive neurodegenerative disorder involving dysmyelination and spongiform degeneration of white matter in children. This enzyme binds zinc which is necessary for activity. Measurement of elevated NAA levels in urine is used in the diagnosis of CD.	2.99406e-98
NZ_CP014944.1|WP_070376378.1|3909071_3909686_-|rhombosortase	gnl|CDD|274845	TIGR03902, hypothetical_protein, rhomboid family GlyGly-CTERM serine protease. This model describes a rhomboid-like intramembrane serine protease. Its species distribution closely matches model TIGR03501, GlyGly-CTERM, which describes a protein targeting domain analogous to LPXTG and PEP-CTERM. In a number of species (Ralstonia eutropha ,R. metallidurans, R. solanacearum, Marinobacter aquaeolei, etc) with just one GlyGly-CTERM protein (i.e., a dedicated system), the rhombosortase and GlyGly-CTERM genes are adjacent.	3.84695e-53
NZ_CP014944.1|WP_070376380.1|3910435_3912199_+|gamma-glutamyltransferase	gnl|CDD|223482	COG0405, Ggt, Gamma-glutamyltransferase [Amino acid transport and metabolism].	0
NZ_CP014944.1|WP_070376375.1|3903453_3905784_-|YgiQ-family-radical-SAM-protein	gnl|CDD|234928	PRK01254, PRK01254, YgiQ family radical SAM protein.	0
NZ_CP014944.1|WP_070376376.1|3906094_3908611_+|S9-family-peptidase	gnl|CDD|224423	COG1506, DAP2, Dipeptidyl aminopeptidases/acylaminoacyl-peptidases [Amino acid transport and metabolism].	1.02157e-54
NZ_CP014944.1|WP_070376374.1|3901881_3903318_+|hypothetical-protein	gnl|CDD|226702	COG4251, COG4251, Bacteriophytochrome (light-regulated signal transduction histidine kinase) [Signal transduction mechanisms].	9.17397e-39
NZ_CP014944.1|WP_070376379.1|3909821_3910412_+|DTW-domain-containing-protein	gnl|CDD|377168	pfam03942, DTW, DTW domain. This presumed domain is found in bacterial and eukaryotic proteins. Its function is unknown. The domain contains multiple conserved motifs including a DTXW motif that this domain has been named after.	1.11278e-50
NZ_CP014944.1|WP_070376386.1|3918908_3919757_-|LysR-family-transcriptional-regulator	gnl|CDD|235137	PRK03601, PRK03601, HTH-type transcriptional regulator HdfR.	7.11418e-39

Protein sequences

>NZ_CP014944.1|WP_070376382.1|3912973_3913924_-|tRNA-dihydrouridine(16)-synthase-DusC
MNTQVKKVVLAPMEGVADALMRRLLTSLNNYDFCITEFLRIVDQLLPERCFYKVCPELEQQGYTQSGTPLRMQLLGQEPNWMAENAVRAIALGSHGVDLNFGCPAKTVNKNRGGAALLKTPEDIYKIVLAVKEAVGKDVVLSAKIRLGFDDASLLDEIVSAITSAKADQLTIHARTKADGYRPPAYWHFIAGIVKRYPIEIFANGEIWNLADAHRCIEESHTANLMLGRGALALPNLEAVIKNNQQAMPWHQLCTLLKQYGELELIGDKSFYFSSRLKQWLRYLRLQYPEAEQLFNDIKTLKDKETILTLLDKSSM
>NZ_CP014944.1|WP_070376381.1|3912261_3912696_-|hypothetical-protein
MNYLKLILISLSLLLTACTEDDNGEIKTSESPEVVAIAFFDALYNEKNVKKAAKVCSPQLSRIILHYKSPKAVGRHLFNMSYDSVVASPDDSGVKVREQFKDAAVITVYFDGIYDNNRLKDVKRLSLIQIDGDWVIDKILKDPF
>NZ_CP014944.1|WP_070376380.1|3910435_3912199_+|gamma-glutamyltransferase
MSRIPLFQRLSMVTLSLVLTFTSQAEIIKQQEDREPEAATGVIHKQAVTSKDFMIAAANPYASQVGFNILKKGGSAIDAAIAVQLVLTLVEPQSSGIGGGAFILHWDKKEQFLTTFDGRETAPKLATAELFLDDKGKAISWIKAVVGGRSVGVPGVLSALKQAHQQYGVLAWSELFVEAIELAEQGFIVSPRLEKLVSMQFNPGISQLPEIKNYFFPNNIAIEAGDRLKNKKLAAVYRSIAKDGLKPFYHGWIAEKIVDAVQNSIIAPGRLTLQDMANYQPKQVPAVCGRYRDFNICGMAPPSSGGVAVIQLLAQLQPYDFAKESPNSLTAVHLLTQSSRLAFADRERYIADNDFVNVPVAGLISPNYLAKRSKLINIDKDMGTAQAGFPQGALAQADDLALELPSTSHISIVDKQGNAISMTTSVEMAFGSAVMVEGFILNNQLTDFSLAPKVNGQWVANRLEPLKRPRSSMAPTMVFNQDNSLKLVVGSPGGSRIINYVAQAIVGVIDWQLDPQTAINLPKVTNRNKVTTLEKGTNIVLLKPALEAKGHKVIVRDLNSGLHAIEVTEQGLIGGADPRREGVVLGL
>NZ_CP014944.1|WP_070376379.1|3909821_3910412_+|DTW-domain-containing-protein
MTRAYCLQCERPEKSCLCHLVTSVDNDIHIVILQHPLEVKQSKGSVTLLHQSLKNSQVIVGENFTDNIEVQRLLEHYHQQCAVLYPANDAVVLSVNNSNITRPKCLFILDGTWKKAYKMFMSNTWLQQLPHFTLENDIVGQYQIRKTTKKHALSSLEACCYALSVLEHQRDGENKYQAVLASFVEFNHFQLSFNPN
>NZ_CP014944.1|WP_070376378.1|3909071_3909686_-|rhombosortase
MRLSLSAFPISVQQVTVPAIVLIISLVAFIFDSSFSGFFVYQRSLVTQGEVWRVFTGHFFHTNGAHFLLNSAAVIMLWALHGHFYTIKSYLIVFMISAVICAAGIHWFSPNIEQYVGLSGILHGLFIWGAIEDIKAKERTGYLLLIGVILKIAHEQYYGASEDVADLIGANVAINAHLWGALGGVLAILFLMAIKSFSLKKTLR
>NZ_CP014944.1|WP_070376377.1|3908731_3908944_+|hypothetical-protein
MKLIFLMLFYLDFIVNAQAKAVCKVSFGEDNYFPYAIIVKGRSVSGTIKDINDAITEKLSSWSNIKFQAQ
>NZ_CP014944.1|WP_070376376.1|3906094_3908611_+|S9-family-peptidase
MKIKILTAAISLSLVACVTTTADQSAENILDDNYSNNKSVAAAKEVKTIAIAKAVTPKESLLANNDLLITLEQIMSDPDWMGRSPQSWYWGDDNQTIFYKQKRAGSPLSDLYRQATLDKEAEKVKLAQMHVVSDINAQRNKANTHEVYTFEGNVFVKELASLDVQQLTYTSAYEYSTMFLNNGNVAYRVGNKFFEHDLSSNKIIELANLQLKKDPKDSEESQSYIASEQHDLIAYVALQKRNSELRNNQQEKLKAQNATLTKSDFYLGDNKRINHASLSPNGDKLIVSISSGESSQADSDIMPNYIADDGHIKAEKVRQRVADNRQYNDELFLLDLKSGQQFPLSYDVLPGADEDVLANVKTENYQREGKVYQSQKSPRNIHVMQANSPIQWHENGKQVAVLLEAWDNKDRWLTTVNLMENKLESQHRLHDDAWINWSFNEFGWLKGDNTLYYLSEETGYSHLYSKNLAGKAKQLTRGQFEISDVSLTQDKSRFVFKANKKHPGIYEIYQVDIKSGQFSALTDLGGMNDYALSPDDSTLLIEHSTVAMPPELYVKALKDDATAIRLTHTVSEKFLSMPWTAPSVVAVPSSYQDEPVYSRVYLPKDYDKTADKNRAVMFSHGAGYLQNSHLGWSGYFREYMFHSMLVQQGYVVIDMDYRASAGYGRDWRTAIYRHMGKPEVQDMRDGVNWLVDNANVDRQRIGTYGGSYGGFLTLMSMFTQPDLFQSGSALRLVSDWAYYNHGYTSNILNTPGDDAIAYERSSPIYFAEGLEKPLLINAPMVDDNVFFQDTVRLVQRLIELEKQNFETAIYPVEPHGFVQPSSWLNEYRRIYKLFENTL
>NZ_CP014944.1|WP_070376375.1|3903453_3905784_-|YgiQ-family-radical-SAM-protein
MLTQVKTSLFEYPKYWAECYGTAPFLPMSRSEMDTLGWDSCDIILVTGDAYVDHPSFGMAIIGRMLESQGFRVGIIAQPAWHTKDAFMELGQPNLFFGVTAGNMDSMINRYTAERRMRHDDAYTPNDEGGKRPDRAVTAYTQRCKEAYKGVPVIIGGIEASLRRIAHYDYWTDKVRQSVLFDSKADILVYGNAERPLIEIAHRIANGEEVKNITDVRGSAFLANQVLPNWKGIDSRSIDKPGKIDPIISPYQEITSTDCSENSAEADAAAKNTDTDITKTAQVIELTPHRAEQHKNKSWADKKKPWETTYINLPTFEQVRDNKVLYAHASRIFHQEVNPTSAKPLVQRHGSRLIWLNPPATPLTESEMDGVFGLPYARVPHPSYGDAKIPAYDMIKTSVNIMRGCFGGCTFCSITEHEGRIIQSRSQESILNEIKDIQLKVPGFTGVISDLGGPTANMYQLNCKSEKAEATCRKPSCVWPTICGHLDTDHTPTIELYRAARKIPGIKKVLIASGVRYDLAIQDPEYVKELATHHVGGYLKIAPEHTEEGPLNSMMKPGMGSYDKFKEMFDHYSKLAGKKQYLIPYFISAHPGTTDRDMVNLALWLKSNDFKLDQVQNFYPSPLANATTLYHTEIDSLRNVNKNSKSVAVPKGTIQRRLHKAILRYHDPANWPMLRQAFTKMGLGKTLIGSKPGCLVPNETRGEKEQQHYKNNGKGKNNAKGNKTTFGKKPVTTKPAYGKKPSTSSAAEKSKQGLTRFSENQFDDRKPKQPFGKKKK
>NZ_CP014944.1|WP_070376374.1|3901881_3903318_+|hypothetical-protein
MNSKNSVLTALLLFFITLEVLIALDYVSKQKDMREQRVSVYSVIIKLQSQIGYVGLIHNFKNAILRPNEPHYRADAFENYRKANIQLDKLEAQGALILGQLNMLAVRDMLMAYKERLSLLPALTEKNMSISEVDNYLRYDDEPSHIEIKVVADKIAILLEEQMSGLLHNSLKFGFIVLVALLLTLVAIIRFFFKDQQNALAQSTMLNIKMERHKAEMARSQAILLSMMEDVEKERRQAIKLNKQLVNKNKEMEQFIYTVSHDLKSPLVTISAFSHKLQLELVDKLTEKQTYRMSRIIENVDNMERVLTDLLDLSRIVQQAIETSAINVKQVVEQQSAALEEGLLKANATINLADNLHTVNANQRLVSEGILNLLSNAIRYRDPVTPLLIDIFTSQTKLSTTIHVRDNGIGIDSKYHSLIFGIFEKLSATKGTGVGLTIVKTIMDKHNGKVLLTSALGEGCCFSLEFPNDVKGNNKTVT
>NZ_CP014944.1|WP_070376373.1|3901273_3901822_+|hypothetical-protein
MNEWLQQFANPNFMPHGHCYLWRPDILWTHVISDITIGVAYYLITIILGILLYKRKESVPYKDIFALFMAFIFFCGTTHFVAIYVTWYPAYEYQGWIKALTAFTSILTAIVLAPRLPDLIQLPGVEIKYHDALKEVEALKHKNAQMSSVYSATLDREERVIELKKEVNALMIELKREHVYDV
>NZ_CP014944.1|WP_070376384.1|3914826_3917013_+|OsmC-domain/YcaO-domain-containing-protein
MEIKVNYLDNLRIEAKFDDFSVIADQPIRYKGDGSAPGPFDYFLASSALCAAYFVKVYCNSRDIPTENIRLSQNNIVDPEDRYNQIFQIQVELPESISEKDRKGIVRSIDRCTVKKVVQSGPEFKVEIVDSLENDAQAMLMGQSASDSSTYILGKDLPLEQTIADMTGLLADLGMKIEISSWRNIVPNVWSLHIRDAASPMCFTNGKGATKESALCSALGEFIERLNCNFFYNDQFFGVDIANSDFVHYPNEKWFKPGANDELPSDILDEYCLAIYNPDDELRGSNLIDTNSGLAERGICSIPYVRHSDGETVYFPSNLIENLFLSNGMSAGNNLPEAQVQCLSEIFERAVKKQIIAQEIILPDVPKDVIAKYPSILAGIEGLEAQGFPIVVKDASLGGQFPVMCVTLMNPKTGGVFASFGAHPSFEVALERSLTELLQGRSFEGLNDVPKPTFNSMAVTEPENFVDHFIDSTGVVSWRFFSSKADYEFCEWDFSGTNEEENAVLMAILKDLGKEVYIAEFNQLGATACRMLVPDYSEVYPVEDLIWDNTNKSLEYREDILNLHILSEEQLVALVERLEDSQQDNYIDIKTLIGIEFDENTVWGQLTILELKILIYLALGALEEAIELVGEFLQYNDNTVERGLFYQAVHAVLEVTLDEDMELEDYIGNFNRMFGEETMEQVVGSVFGEVRFYGLTPTSIKLEGLDKHLRLIESYKKLHQARKIAAEK
>NZ_CP014944.1|WP_083278066.1|3917109_3918030_-|diguanylate-cyclase
MTTTRKNKAQSNMQNYSLDSFPCGALVTNSARIITYVNTYFTTELLWQPAALIGKSTDVIFTKSSKIFFQSYLIPTLLHEKTCEEMQLIIFNAQGGRIPVTVNAHLGDDGCIYWSFFNASKRDQLYNELLKTRETLEEQAEALKLLASTDELTELLNRREMKYRSVLVLEQAARSHQSVGLLMLDIDHFKKINDSFGHLEGDRVLKELGQKLKAFCRQTDLVARFGGEEFLIMLPDTDKVNVLLFCERLHQLIANVKVDNKPLTVSIGASICEDKISFTDFYAQADNAVYKAKELGRNRTEVYKVD
>NZ_CP014944.1|WP_070376385.1|3918007_3918835_-|alpha/beta-hydrolase
MLLSKEVLIRNNVKIVGKGDKTLFLAHGFGCDQNMWRFLTPKLLNKFTIVLFDYVGSGGSDISQYNKKRYSQLEGYAEDIIEIAEVLELSNAIFVGHSVSSIIGAIAATARPDFFSKLIMICPSPCFLNFPPEYLGGFEKEDLIELLSLMDKNYIGWADYLAPLVIGNDHSTDLVGELAGSFCSTDPVIAKNFAEATFLSDYRHILKNIQQPSLIFQSKNDALAATTVGEFIHSQIKNSHLEVVLADGHCLHMTHPNEIVDLIIEYANHDHNTQK
>NZ_CP014944.1|WP_070376386.1|3918908_3919757_-|LysR-family-transcriptional-regulator
MRIELLKTFLEVSRTLHFRIASENLFITQSAVSARIKLLEGDLGVLLFDRSQKHLKLTPEGNRLIKHANELLFMWQKTKQDVGVADSDTYQLVVGSMMSIWDIVLQDWLKKIHRNLDDVSLLTNTYSPLELRKSLLSRVVDVAFFFEPPFVKDLITEKVATVPLHLVTTEPNDTREKLALDNHIMVDYGESVNAQHLREFQDAPPARHYMSQPRIALNFLLDAGGSAYLPRQMTFEYIEKNKLYLVEEAPVYSRDIYAAYLAKSQKTDIIEQTLQLFPSVVI
>NZ_CP014944.1|WP_070376387.1|3919907_3920813_+|30S-ribosomal-protein-S6--L-glutamate-ligase
MKIAILSRNKKLYSTRRLKEAGEAMGHEVDIIDTLHCYMDITSSRSSVRYHGKELPKYDAIIPRIGASVTFYGTAVARQFEMMGTFNINESVAISRSRDKLRSLQLLSRKGLGLPRTGFASKPDNAKDLIKNVGGAPVVIKLLEGTQGIGVVLADTAKSAEAIIEAFMGLNANILVQEFIKEAGGADIRCLVIGGKVVAAMKRQGAEGEFRSNLHRGGSAEVVKLSKAERDTAVSAAKAMGLNMCGVDLLRSQNGPMVMEVNSSPGLEGIEKATGKNVAGMVFEFLEKNAKPHDTKTRGKG
>NZ_CP014944.1|WP_070376388.1|3920812_3921853_+|succinylglutamate-desuccinylase/aspartoacylase-family-protein
MKVSSTDILRIGEFEILPGEQRKIDLPVAKLYTDADVSLPVHIIRAKKPGPTIFLSAAVHGDELNGIEIIRRLIHEKKLKITRGTVIAVPMVNVYGVVNQSRYMPDRRDLNRCFPGSAKGSLAGRVAHIFLNEIVKHCDYGIDLHTGAIHRSNLPQIRADMSDPDTKALAEVFGVPVVLNSTLVDGSLRESAVKNETKILLYEAGEALRFDEFSIRAGMKGILNVLQYLGMTRKVVRTKKKKLVPFIANGSQWVRANASGIVHNIVNLGDQITKGQVLAEIGSPYGAIYDSVKATRSGILIGKQNIPLVQDGEAMFHVAYFSEDDEEIAEHIENVQEQLLPENDDT
>NZ_CP014944.1|WP_070376389.1|3921861_3922296_+|hypothetical-protein
MKKANKVVIGRLESIALPDLAIDELQVRVDTGAKTSSLHVDNITKVIKNGKPSVIFDIHPDAHNVDTIVKCSAPISDIRKIKSSNGTVEQRYVIETLIVLGEEKWSIEITLTDRSDMSYLMLLGREALGKRFLVDPSKVFLGSK
>NZ_CP014944.1|WP_083278067.1|3922774_3924604_+|SLC13-family-permease
MNIPDLPNNHALAVLLITVFALYLFRRDDIPLETSSLAVIAILCLAFAFFPFYIDGTHFEPSSLFFGFGHEALVTVCSLMIIGHGIVRTGALEPIGRYLAKLWKISPTLSLLLTLVLAGGLSAFINNTPVVVLLLPILISVSLRTKTDSSPMLLPMGLATLVGGMATTIGTSTNLLVVSIAKNMGAVEFGLFDFIQPALIASVVAVLYLWLIAPKLLPSRTPSMPDTSPRLFSAYLNINEESLANEKTITEIIALTDGQLKIESIQRGANYRNIMPLPDTVLIVGDRLKVHDYPDRLKEYESVLGATLFSGLHKVDDEHPLKAEKQTLAEIVIIAGSGVEGHTLQQVNFIQKHSISVIALHRAGKAMEIGRSSIGNTRLKIGDVLLVQGEQEQIDLLKAKQGLLIIDGAESLPQTSKAPIALGTLLAVVVSSALGILPIEISAVCGVLVLLLTKCLNWQEASSALSTQVILIVAASLALGSAMMTTGGAEYIAQVFVALSFGLPPGGVLSALMLLLAILTNIVSNNAAAVIGTPIAISVASQLNLPAEPFILAVLFGANLSYATPMAYKTNLLVMNAGGYRFSDFMRVGIPLIILMWVTLSLLLNWLYL
>NZ_CP014944.1|WP_070376390.1|3924821_3925676_-|mechanosensitive-ion-channel-family-protein
MEWLDKIFNLNSFTELLFEYKFIVTFLLLMTSFLIKNLIIKVIKLKSKQTKRLKINMVNNIFTISIIILLFNLWSEEIQKFAFSIAAFVVAIVLATREFIQCFIGFIYILSSRPFRIGDWIQVGNYVGEVHSTDWAKLTLLEVNKDDYEYTGKTLYLPNSQLITSVIKNLNFLKRYAVHHFTIVRDDSANPFDFIDTLYEKANLYCHDFKDVAVRYNHLIENRLDIKIAGPKPHIQVATSELGDTQVFFTIFCPTESAMEIEQKLTSDFMKLWFENKALKNINK
>NZ_CP014944.1|WP_070376391.1|3925694_3926720_-|DUF21-domain-containing-protein
MSTDIITWCAIAFCITQSAIFSGLNLAFFSISRLHLEVEAKKGSKAAQTILRLRDDSNFLLTTILWGNVGINVLLTMLSDSVLTGVSAFLFSTIAITIIGEITPQAYFSRNALKMGSMLAPIIRFYQFLFYPVAKPTALILDAWLGKEGITYLEESELRSIIRQHITAEEADLNHVEGIGALNFFALDEIQVTEEGEIIDPKSIIALPTKLDLPIIPVTTQSPDDPFLMLVNETNHSWVILTNEAGYPLLVLDADGYSRAALYQPGDFDPYNYCHRPVVITDETTPLNEAMLKMKVNTSTDKNFDGVIEHDVLLIWGETKRIITGADIFGLLLKGMLPNIK

Crispr_ID: NZ_CP014944_11

• CRISPR_ID: NZ_CP014944_11
• CRISPR_location: 4120559-4120670
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP014944_11

Consensus_repeat	Method
TAATAAGACACTCATGTTAAAAAGCTAAA	CRISPRCasFinder

spacers of NZ_CP014944_11

>11.1|4120588|54|NZ_CP014944|CRISPRCasFinder
CATATGACAAATATACTTTAACATTTATGGAGTCCTCACCTATAAGTAAAGAAT

CRISPR arrays and Neighbor proteins around NZ_CP014944_11

CRISPR arrays

The CRISPR arrays of NZ_CP014944_11

>merge|NZ_CP014944|11|4120559-4120670|CRISPRCasFinder
TAATAAGACACTCATGTTAAAAAGCTAAACATATGACAAATATACTTTAACATTTATGGAGTCCTCACCTATAAGTAAAGAATTAATAAGACACTCATGCTAAAAAGCTAAA

>NZ_CP014944|11|10|4120559-4120670|CRISPRCasFinder
TAATAAGACACTCATGTTAAAAAGCTAAA	CATATGACAAATATACTTTAACATTTATGGAGTCCTCACCTATAAGTAAAGAAT
TAATAAGACACTCATGCTAAAAAGCTAAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP014944.1|WP_070376532.1|4114814_4116233_+|aldehyde-dehydrogenase-family-protein	unknown	unknown	gnl|CDD|143456
NZ_CP014944.1|WP_157471032.1|4113072_4113222_-|hypothetical-protein	unknown	unknown	gnl|CDD|365891
NZ_CP014944.1|WP_070376529.1|4110578_4111109_-|TRAP-transporter-small-permease-subunit	unknown	unknown	gnl|CDD|377284
NZ_CP014944.1|WP_070376543.1|4133109_4133322_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP014944.1|WP_070376540.1|4126240_4126801_-|RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|224511
NZ_CP014944.1|WP_070377238.1|4111251_4112265_-|C4-dicarboxylate-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270384
NZ_CP014944.1|WP_070376527.1|4108151_4108952_+|IclR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224332
NZ_CP014944.1|WP_070376545.1|4134511_4134970_+|DoxX-family-protein	unknown	unknown	gnl|CDD|225168
NZ_CP014944.1|WP_070376533.1|4116506_4116971_-|hypothetical-protein	unknown	unknown	gnl|CDD|378820
NZ_CP014944.1|WP_157471034.1|4122141_4125069_-|TonB-dependent-receptor	unknown	unknown	gnl|CDD|238657
NZ_CP014944.1|WP_070376546.1|4135041_4135992_+|glutathione-S-transferase-family-protein	unknown	unknown	gnl|CDD|223512
NZ_CP014944.1|WP_070376531.1|4113352_4114534_+|acyl-CoA-dehydrogenase	unknown	unknown	gnl|CDD|173840
NZ_CP014944.1|WP_070376539.1|4125153_4126215_-|DUF4974-domain-containing-protein	unknown	unknown	gnl|CDD|226235
NZ_CP014944.1|WP_070376535.1|4119453_4120245_-|formate-dehydrogenase-accessory-sulfurtransferase-FdhD	unknown	unknown	gnl|CDD|224443
NZ_CP014944.1|WP_070376541.1|4127639_4130555_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|182930
NZ_CP014944.1|WP_070376542.1|4131087_4132464_-|DNA-repair-protein-RadA	unknown	unknown	gnl|CDD|236994
NZ_CP014944.1|WP_070376544.1|4133494_4134382_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|182948
NZ_CP014944.1|WP_070376537.1|4120843_4121818_-|transposase	unknown	unknown	unknown
NZ_CP014944.1|WP_070376528.1|4109234_4110575_-|TRAP-transporter-large-permease	unknown	unknown	gnl|CDD|224509
NZ_CP014944.1|WP_070376534.1|4117149_4119441_-|FdhF/YdeP-family-oxidoreductase	unknown	unknown	gnl|CDD|273765

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP014944.1|WP_070376532.1|4114814_4116233_+|aldehyde-dehydrogenase-family-protein	gnl|CDD|143456	cd07138, ALDH_CddD_SSP0762, Rhodococcus ruber 6-oxolauric acid dehydrogenase-like. The 6-oxolauric acid dehydrogenase (CddD) from Rhodococcus ruber SC1 which converts 6-oxolauric acid to dodecanedioic acid, and the aldehyde dehydrogenase (locus SSP0762) from Staphylococcus saprophyticus subsp. saprophyticus ATCC 15305 and other similar sequences, are included in this CD.	0
NZ_CP014944.1|WP_157471032.1|4113072_4113222_-|hypothetical-protein	gnl|CDD|365891	pfam00126, HTH_1, Bacterial regulatory helix-turn-helix protein, lysR family.	0.00539193
NZ_CP014944.1|WP_070376529.1|4110578_4111109_-|TRAP-transporter-small-permease-subunit	gnl|CDD|377284	pfam04290, DctQ, Tripartite ATP-independent periplasmic transporters, DctQ component. The function of the members of this family is unknown, but DctQ homologs are invariably found in the tripartite ATP-independent periplasmic transporters.	4.86742e-10
NZ_CP014944.1|WP_070376544.1|4133494_4134382_-|LysR-family-transcriptional-regulator	gnl|CDD|182948	PRK11074, PRK11074, putative DNA-binding transcriptional regulator; Provisional.	1.78718e-59
NZ_CP014944.1|WP_070377238.1|4111251_4112265_-|C4-dicarboxylate-ABC-transporter-substrate-binding-protein	gnl|CDD|270384	cd13666, PBP2_TRAP_DctP_like_1, Substrate-binding component of an uncharacterized TRAP-type C4-dicarboxylate transport system; the type 2 periplasmic-binding protein fold. This group includes a DctP subfamily of TRAP Transporters specific to C4-dicarboxylates such as succinate, malate and fumarate. TRAP transporters are a large family of solute transporters ubiquitously found in bacteria and archaea. This CD also included some eukaryotic homologs that have not been functionally characterized. TRAP transporters are comprised of a periplasmic substrate-binding protein (SBP; often called the P subunit) and two unequally sized integral membrane components: a large transmembrane subunit involved in the translocation process (the M subunit) and a smaller membrane of unknown function (the Q subunit). The driving force of TRAP transporters is provided by electrochemical ion gradients (either protons or sodium ions) across the cytoplasmic membrane, rather than ATP hydrolysis. This substrate-binding domain belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap.	4.72821e-84
NZ_CP014944.1|WP_070376527.1|4108151_4108952_+|IclR-family-transcriptional-regulator	gnl|CDD|224332	COG1414, IclR, Transcriptional regulator [Transcription].	4.49309e-53
NZ_CP014944.1|WP_070376545.1|4134511_4134970_+|DoxX-family-protein	gnl|CDD|225168	COG2259, COG2259, Predicted membrane protein [Function unknown].	1.07355e-23
NZ_CP014944.1|WP_070376533.1|4116506_4116971_-|hypothetical-protein	gnl|CDD|378820	pfam12146, Hydrolase_4, Serine aminopeptidase, S33. This domain is found in bacteria and eukaryotes and is approximately 110 amino acids in length. It is found in association with pfam00561. The majority of the members in this family carry the exopeptidase active-site residues of Ser-122, Asp-239 and His-269 as in UniProtKB:Q7ZWC2.	6.37742e-05
NZ_CP014944.1|WP_157471034.1|4122141_4125069_-|TonB-dependent-receptor	gnl|CDD|238657	cd01347, ligand_gated_channel, TonB dependent/Ligand-Gated channels are created by a monomeric 22 strand (22,24) anti-parallel beta-barrel. Ligands apparently bind to the large extracellular loops. The N-terminal 150-200 residues form a plug from the periplasmic end of barrel. Energy (proton-motive force) and TonB-dependent conformational alteration of channel (parts of plug, and loops 7 and 8) allow passage of ligand. FepA residues 12-18 form the TonB box, which mediates the interaction with the TonB-containing inner membrane complex. TonB preferentially interacts with ligand-bound receptors. Transport thru the channel may resemble passage thru an air lock. In this model, ligand binding leads to closure of the extracellular end of pore, then a TonB-mediated signal facillitates opening of the interior side of pore, deforming the N-terminal plug and allowing passage of the ligand to the periplasm. Such a mechanism would prevent the free diffusion of small molecules thru the pore.	5.29418e-59
NZ_CP014944.1|WP_070376546.1|4135041_4135992_+|glutathione-S-transferase-family-protein	gnl|CDD|223512	COG0435, ECM4, Predicted glutathione S-transferase [Posttranslational modification, protein turnover, chaperones].	3.95589e-180
NZ_CP014944.1|WP_070376531.1|4113352_4114534_+|acyl-CoA-dehydrogenase	gnl|CDD|173840	cd01151, GCD, Glutaryl-CoA dehydrogenase. Glutaryl-CoA dehydrogenase (GCD). GCD is an acyl-CoA dehydrogenase, which catalyzes the oxidative decarboxylation of glutaryl-CoA to crotonyl-CoA and carbon dioxide in the catabolism of lysine, hydroxylysine, and tryptophan. It uses electron transfer flavoprotein (ETF) as an electron acceptor. GCD is a homotetramer. GCD deficiency leads to a severe neurological disorder in humans.	0
NZ_CP014944.1|WP_070376540.1|4126240_4126801_-|RNA-polymerase-sigma-factor	gnl|CDD|224511	COG1595, RpoE, DNA-directed RNA polymerase specialized sigma subunit, sigma24 homolog [Transcription].	1.1204e-25
NZ_CP014944.1|WP_070376535.1|4119453_4120245_-|formate-dehydrogenase-accessory-sulfurtransferase-FdhD	gnl|CDD|224443	COG1526, FdhD, Uncharacterized protein required for formate dehydrogenase activity [Energy production and conversion].	8.24098e-60
NZ_CP014944.1|WP_070376541.1|4127639_4130555_+|AAA-family-ATPase	gnl|CDD|182930	PRK11054, helD, DNA helicase IV; Provisional.	1.71915e-109
NZ_CP014944.1|WP_070376542.1|4131087_4132464_-|DNA-repair-protein-RadA	gnl|CDD|236994	PRK11823, PRK11823, DNA repair protein RadA; Provisional.	0
NZ_CP014944.1|WP_070376539.1|4125153_4126215_-|DUF4974-domain-containing-protein	gnl|CDD|226235	COG3712, FecR, periplasmic ferric-dicitrate binding protein FecR, regulates iron transport through sigma-19 [Inorganic ion transport and metabolism, Signal transduction mechanisms].	7.63448e-53
NZ_CP014944.1|WP_070376528.1|4109234_4110575_-|TRAP-transporter-large-permease	gnl|CDD|224509	COG1593, DctQ, TRAP-type C4-dicarboxylate transport system, large permease component [Carbohydrate transport and metabolism].	1.46701e-82
NZ_CP014944.1|WP_070376534.1|4117149_4119441_-|FdhF/YdeP-family-oxidoreductase	gnl|CDD|273765	TIGR01701, Hypothetical_protein_Rv2900c/MT2968/Mb2924c., oxidoreductase alpha (molybdopterin) subunit. This model represents a well-defined clade of oxidoreductase alpha subunits most closely related to a group of formate dehydrogenases including the E. coli FdhH protein (TIGR01591). These alpha subunits contain a molybdopterin cofactor and generally associate with two other subunits which contain iron-sulfur clusters and cytochromes. The particular subunits with which this enzyme interacts and the substrate which is reduced is unknown at this time. In Ralstonia, the gene is associated with the cbb operon, but is not essential for CO2 fixation.	0

Protein sequences

>NZ_CP014944.1|WP_070376535.1|4119453_4120245_-|formate-dehydrogenase-accessory-sulfurtransferase-FdhD
MENFIIEHLSCTKQIAELPQKELHQAQLTEAAIAISINGISQAVMMASPEHLKDFALGFSLSEGLIHSVNEVLDIIVHSHVSGWQVDIMVLARVQHRLKQRRRTMAGPSGCGLCGLDSIEAAMSLNQPHQKEVKSFQLPSEKIIIQARDALPSILKKSGSVRGNHCAAFFDLSAKMIAFREDVGRHSALDKLLGCLSHKKRLTHNGFALITSRCSHDLIAKAARLSLTTLVTLAQPTDLAVNSARKSQIALFCFQHGQLKRYA
>NZ_CP014944.1|WP_070376534.1|4117149_4119441_-|FdhF/YdeP-family-oxidoreductase
MSKSSKNNPAYSSPAGGWGALRSSAKHLIQSENAAKSVKALLRANQPGGFDCPGCAWGDSTTAGKVDFCENGVKAIAWEATSKRVDSNFFKQYSITELQQWDDHSLEKSGRLTQPMYYDGISDHYQPIDWQEAFKVIGTSLQQLSSPNEALLYTSGRASNEVAYLYQLFGRVLGTNNFPDCSNMCHEASGIGMTNSLGTGKGTVTMDDFSKADAIFVFGQNPGTNHPRMLGTLREASKRGAKIVSVNNLKERGLQKFSDPQSPKEMIFLTGTTISQYYFTPRLGGDMALLRGVAKCLFERFEHDKSVLDIDFINKHCHGFEAYQQSVAASEWDKILDQCSLTRENIEQIATIYASSNKVIFTWAMGITQHRHSVATVRELVNVLMLRGNIGKAGAGACPVRGHSNVQGNRTMGINENPSMDFLDALENRYSFNVPRDNGFNTVESIHAMLEGKAKVFIALGGNFSAATPDTTRTHMALKKCDLTVQISTKLNRSHVITGKRALILPCLGRTEIDRQSSGEQCITVEDSMSMVHSSTGQNEPAANTLRSETAIVAAIAMASVGNKIVDWNTLAGNYGLIRKEISAVIPGFDDYNSRIKAGRGFHLENSAAQRHWRTPIKKAIFSDARLPDQLVHERAQLITKKPVLTLQTLRSHDQYNTTIYGMDDRYRGVYGERNIIFMSAKDIDKQALKNGDYVKITTVSNDGIERSLSNFKIVEYLIPPGCVAAYYPETNPLVPLESIADECGTPTYKSIPISIEKMDNQQ
>NZ_CP014944.1|WP_070376533.1|4116506_4116971_-|hypothetical-protein
MAPWGGQHKLFKQEALSKINTPILYVAGDLDDISGYDGIKSLYEQTGSKDKYLLTYQNARHNIAPHPAPSIAKKSELDIGHYFESAWDNTLLNNNNKHFTLAMMDCHLKKQLDKCTFLDLSPNSNQVAIDGKTPKPWQGFDHRYSVGMSWHKSQ
>NZ_CP014944.1|WP_070376532.1|4114814_4116233_+|aldehyde-dehydrogenase-family-protein
MKDYRQFYINGQWVNPLEKQDFAVFNPATEQEIATISLGSSQDVDLAVAAAKNAFATFGYTSVEERISLLESLLKQYMDNYDAMAHAISLEMGAPIDFSTKAQAYAGKGHIESALATLKAFEFSRTLGNAKIVKEPIGVCGFITPWNWPINQIACKVAPALATGCSMILKPSEIAPLSAKLFSQMIHDAGYPAGVYNMVNGDGMGVGSAISAHKDIDMVSFTGSTRAGIAIAKSAANTVKRVVQELGGKSPNIILDDANIDESVKKGVFHCMSNTGQSCNAPTRMLIPANKYEQAVIAAKATAAKVKVGNPAEQGNHIGPLVSAAHFEKVQAMIQAGIDEGATLLAGGVGKPEGFETGYFVKPTIFSNVTNDMSIAQEEIFGPVLVMIPYKDEDEGISIANDTPYGLAAFIQSESPERAEKVARKIRAGMICINGAAHSHSAPFGGFKQSGNGREWGEFGFEDFLEIKSISS
>NZ_CP014944.1|WP_070376531.1|4113352_4114534_+|acyl-CoA-dehydrogenase
MSNTLTAFNWQDPMFLDNQLTEEERMIRDSAHDYCQEKLQPRVLEANRHEHFDREIMRELGQLGLLGATLPAKYGGSEVNYVSYGLIAREVERVDSGYRSAMSVQSSLVMHPIYAYGSEEQRMKYLPKLASGEWVGCFGLTEPNSGSDPASMTTHANKVDGGYCLTGNKMWITNSPIADVFVVWAKLEGKIRGFVLEKGMKGLSAPKIEGKFSLRASITGEIVMDNVFVPAENMFPEITGLAGPFGCLNKARYGIAWGSLGAAEFCFNSARNYTADREQFGRPLSANQLIQKKLADMQTEISLGLQGCLQMGRLMDAGQCPVELISLMKRNNCGKSLDIARVARDMHGGNGISDEYGVIRHMMNLEAVNTYEGTHDVHALILGRAITGHQAFC
>NZ_CP014944.1|WP_157471032.1|4113072_4113222_-|hypothetical-protein
MHLKRLEYFCQLAMLANFTRAADKIGIAQRRALFSLDTWQFRKPTTALP
>NZ_CP014944.1|WP_070377238.1|4111251_4112265_-|C4-dicarboxylate-ABC-transporter-substrate-binding-protein
MSAFPALAATVLTYGEPGPNRGARAGATKWFAQEVEKRSGGDLKIDIMWGGALFKANAARQSIAAGVVDMGTIIPDYFPKEMVSFSLTNLPFENLDPWVGLKANFDLMQSPEVTSNLGKQNLSFVASYMLSNVIVLCKGDAVRTLDDIKGKKIRGVGTFGKIFGDLGANLVSMSIYKAYQGLGNGLLDCSLGYMSATIALKQHEASDSLTKLNWGTYTGLGIFINKDALSKLSPSQRKVINDVGADFVNYLGENIMKADKRAEDLLTQGIDGHKLEIITLSSSGSAQLYAASQYHITKWEKEANKSGLDGNTMVKNYKASLKKYSQERDLNGYPWAR
>NZ_CP014944.1|WP_070376529.1|4110578_4111109_-|TRAP-transporter-small-permease-subunit
MLKKMEQGALIVAGVCIITLGLMITLTVVTRNLFGWGVTDDVVIVRELMVGAVFLPLAYVTADYSHITIEFLFKRLGQHTKLWMLAIGSLISLLILLPLAFAAWKGFFHAASSGAYFFSQLDLPEWPGRFAFFAGAALFIIRLTIICIADFRAAICGNTEYIEQRSDVAYNTIEEG
>NZ_CP014944.1|WP_070376528.1|4109234_4110575_-|TRAP-transporter-large-permease
MDPLMLGLVGFACTLLLLILRVPIAFSLAGVSSVFIFLFFAMRNGGFDFDTAVAPALTMISSNAFDLVHSYDLSMIPLFVLLGHIAYHTGITTDIYHAARVWLKRLPGGVAMASVFGCGGFSAITGSSIACASAMGKICVPEMLRMGYDKRLATSTVAVGGTLGSLIPPSVLFIVYGIFTEMSVSRLFLAGVIPGLISLVGFLVVIYIWVKRNPSDAPVDTSILVKGDRRKAAIRCWPAMLLFTIIIGGIYGGIFTATEAAAISAFSVIIIGSLQKRLNWQQFIQSIKETCTQTTTIFFIAAGAKIFVGFVALTGMAPALVGLIESADVSLWLLLVMIAGVYFLLGMFLDPLGIMVLTLPFLIPMVEGYGLDLIWFGVVIIKLLEISLITPPVGLNVFVIASVTKPSVAVYEIFMGVTRFLVMDVLVLIAIIAFPILSLLLPNLMM
>NZ_CP014944.1|WP_070376527.1|4108151_4108952_+|IclR-family-transcriptional-regulator
MNTLTGMPRDINGEVDRKFVEALARGLDILRAFNPGDGFLGNQEIAQRTGLPKSSISRLTYTLTSLGYLTYSKRLEKYQLGAGVLALGYAFVSNLTIRQVANPQMKELSIETGTSIGLADRDRLDMIYVDHCAPKDIVTFKKDIGDKIPMATTAAGRAYLVALSEEERDFFMRHFKEKLGDKFEAIKAGVDQAVKSYKEFGFCHSWGDWERDTNAIAVPLKLTQGQIYVFNAGGPAFRLSKEFLSGEVAPQLKSMVRNIEATLIRF
>NZ_CP014944.1|WP_070376537.1|4120843_4121818_-|transposase
MATPRKQQISLVDTPYYHCVARCVRRAFLCGEDTFSGHSFEHRRGWVEDKLHFLTQVFAIEVCAYAVMSNHYHVVLFIDEEKAKQWTMTDVLVRWHRIHKGTLLTKQYCNGDRLAQPLLDEVNATAEVYRKRLMKISWFMGYINESIARAANQEDNCTGRFWEGRFKSQALLDEAALASCMAYVDLNPIRANIAKTPESSAHTSIKRRCKEAKKGQQPNTLFPFIGNPRKNMPKGLPFELADYLQLIALTGRCISGDKRGFIEQKQPEILKRLNISADNWLIITTEFRTQFHGAIGHEDVLSDYCEHQQLKRRHNLSHCNKLFA
>NZ_CP014944.1|WP_157471034.1|4122141_4125069_-|TonB-dependent-receptor
MQGWQKLFCRFQLSVFRPLTSATFFICTCLIFTSGAFAESLINFTVKEQRADKALISFALQANKTILFSYDLTKEHYANELKGKYSVKDGLQQLLKNTNLTAVIDNAGQLSIKLHKHLRSNITMNKSTMLKAALVPLMLSAASQTALAQEPAQVSEQEVEKISVIGSRVAGRSAEDLPVPVDILSAEALLNTGQTEVGRMLQAIAPSFNFSSSSISDGTDALRPATLRGLGPDQTLVLINGKRRHQASLIHINTSVGRGTAGTDMNAIPAASIKRIEVLRDGAAAQYGSDAIAGVINIILKDQSEGGSVGVSYGENSAGDGETTNIDISKGFALGDNGFLNTTLNIRDRGYSDRAGLHGSCQFSGCTQLDNGDLLLGDPREATATRETFRIGDADSEQIGLTINTGYDLADGHLYGFVTYSSRDNESAAFFRHNANGGGNAQLQDGDATIPAGFLPKINTEIKDISYNFGYKTEFSNDSSLDLSYTYGENNIDYTTRDTINSSYANSLIYTSALSANEIRSSIPREAFAYGLELTLQTINMDYTQNFDWFSLAMGTEFRTDEFRVKAGDEYSYRDYDTDELGNSLYATDRSAGTQGFGGTAPLQSVDESRDVISFYIDTEAEVTDNLIISTAVRYDDYDGFGDSTNFKLAANWSITDDVSLRGATSTGFRAPSMQQLYTDNISTQFQTNPNGGDQIAVQIGTFRNDSILAQAIGIPELKEEVSTNFSIGSVVRVTEEINLTVDFYSIEIEDRIVLSNSLGNGLSSALDAALVSSGAGAGQFFLNGADTKTKGVDIIATWNTEVMSGTLDLTFAANFSETEVTDTYTPAGSALGGISPEDVFSEQAISIIEEWQPQDRISLSGLYKIGDFTVNLAFNRYGEYTVLDGERQTYGAEVLTDLRVNYQFNDELSFNFGGNNIFDVYPDKNEIGNSRSGTIVDANGNVVVSSPGVFTYSRRSAPFGFNGAYFYAGAEYRF
>NZ_CP014944.1|WP_070376539.1|4125153_4126215_-|DUF4974-domain-containing-protein
MTTVKPFTSKADIKAQASLWVSKIDRGLSNKDKLDFQLWVNQSDFHRKTLFSLAALWDDLSVLNELSALFTLEKPIQKKQNVIAKYAVAAGIAFILLFAGKFFVNITPFVNDNNEKRFVEVRTLQTEIGQQTRFSLSDGSRIKLNTNSLVEVSYSKNNRLLRLIKGEANFDVAKDKSRPFTVTVGEKSFTALGTIFNVKRKSNENMELVVTEGQVLMTKSNQPLNKIAKMLSTLPKEKLPGLLITSGEIATIENNIQTSNIKTSFEQIQRELAWQQGMLVFNGKPLDEALAEISRYTTTTFEIKDVELNNIKVAGYFKANDIDGLLKSLSSNFNIQFEKVNENSIHLSLNTTK
>NZ_CP014944.1|WP_070376540.1|4126240_4126801_-|RNA-polymerase-sigma-factor
MAQNSKFTTLFVNYTANIKRYINKIASPDDIDDIIQETFIRTYEADLKEEIKYARSFILKTAKNLALNHVNKWDNKYSDSLDDSADALIGLTSLKFEEQFESKERFLLFCRATEQLSNVVRKTFILKKVYGFSQKEIANYLNLSESTVEKHVAKGLLKCAEYMERIEQNSIPKASTLKNNARSIIK
>NZ_CP014944.1|WP_070376541.1|4127639_4130555_+|AAA-family-ATPase
MKCISSSVFGRFIGKTTKINITEFGLSIDVENTLSQIKWQELITPPMFHISFFGHIMTLQTADKSYAYSMLAFNAKREQKSECEKLWALANIKPAEALLTTIKKIITTRYLRQSNIDVIQSLVNKELKRWFPWINTSKALPLVAKQLQQLSNYHHWQEQAIDDCRERYIKQQLQAHQAFFDCVETNPLTLCQRRACIIDNDNNLLLAGAGTGKTSVMVGRAGYLLNSQQAQHSDILLLAYGRKAADEMDTRIKEKLSTDKISATTFHRLGLNIIAQVEGKKPSLSVFAEDEKAKAKWIQRCFETLINEQGQYRQLIIEYFSKYYYVERNYSDFESLGEYYQYLNDNDIRSLKGEKVKSFGELYIANWLFNHGIEYQYEASYVYDVKTIERRQYQPDFFLPELNVYIEYYGVDENGNTASYINKDEYHTSIQWKRDTHKKFNTLCLEFTYAHHKKGQLISALESFFNDHQVKFELLPDEAILENLKESGRITTLAQMFCQLVGLYKTACLDHSLENNVIINSSDPKQTTKALTLLKPILIAYDEHLTSRAEIDFEDMINKALGYVQEGKFNSPWRYIMVDEFQDISEPRARLVKALRDNNKACSVFAVGDDWQAIYRFSGADITLTTGFAHYFGVTTHSALDQTFRFNNQIGKVATDFISQNPAQIKKKIKSLKQVKAPAVSLLKRENGALNSSKKGIVDEMANGAIDDVLAAISAKACKPVSVYLLARFWFQLPDKVDLNRLNNQYPLLTIESQSFHASKGKEADYVIILGLKKGAHGFPSEKVTPALLDALLAKKEAFAYAEERRLFYVALTRAKDRVYVIADMTEASCFVKELASDHNIELDEFDSTASQSFMDEINCLVCETGTLKKRTGRFGDFYSCSHFPRCEHKEKSCASCQSPMTRKRHPGFKFCLNDACKSVIPTCEKCHAEMVLRSSKNGEFWGCRNYKGNEPMSCKNGLDTAKIKWPELVN
>NZ_CP014944.1|WP_070376542.1|4131087_4132464_-|DNA-repair-protein-RadA
MAKDKTTYVCTECGENHPRWLGQCSSCSAWNSITEFKESKVITQRTPSKNAHRGYSKEDAKIDKLSEVSDMDLTRFDTGSSEFNRVLGGGIVEGSVILVAGDPGAGKSTLLLKTCAHLSQIGKSLYTSGEESKGQVRDRGLRLQADISKIDIMNSGDVELICNVMVTDGYKFLVVDSIQTAFISSLPNSPGGVTQVKESAAMLNRLAKEHGVTVILVCHVSKSGDMAGPRVLEHIGDCMCKIEPEADSKYRTLRTSKNRFGDTTEIATFAMTAKGMQDVVNPSAIFLDKDGAESSGNMAYASNDTGRTLLINIQSLVTESQAENPIRGGVGFDYKRMQMLLAILRSRMGVNIGGNDIYVNVVSGVNLTKDVGSDLPLILAMISSSREHKFSVNTIAFGEIGLDGSVRPVPSGEERVKEAIRNDFKVIILPKRNYNKRLETKGVTLIPVSHVKDVLEIF
>NZ_CP014944.1|WP_070376543.1|4133109_4133322_-|hypothetical-protein
MSNNLWEQLFSISETLNESAESKEEKLKILIKHLASINITHERSFDPAENFEAYVAVDLCEAIHKVLKQN
>NZ_CP014944.1|WP_070376544.1|4133494_4134382_-|LysR-family-transcriptional-regulator
MKTPPISIEALLVLDAIETRGTYAAAAEQLNKVPSALSYIVQKLEEQLNVTLFQRQGRRAVLTPAGKHLLSEGRKVLTAINTLSEQTQTIANGWEPKIRIACDSIIDIKTIFKGIEAFLLAHQNIEIDVREEVMNGTWEALIEDKVDLVIGAPSPVPNQKGIRAIKIAVSENVLVVNKVHQLALIKGPLESAHLSKYRNVVVHDSAQHEIPWSVNIIQGSQHFFVSSIAIKIEAIIAGIGIGYLPRNLIQHHIESGQLVVIKLAEERPLQDLFMAWKITNKGKGLKKLIALLSAQ
>NZ_CP014944.1|WP_070376545.1|4134511_4134970_+|DoxX-family-protein
MSFINTINSITKTEQYLSSLPLRLIAGLIFSAHGAQKLFAWFGGYGLEGTGQWMQSIGLTPGFFMALMAGSAEFFGGILLLIGFLTRPVSFVLAITMIVAIFSVHISNGLFMSNNGYEFALSLLAITLALFVQGGGKYSIDSHVSRKLIKNT
>NZ_CP014944.1|WP_070376546.1|4135041_4135992_+|glutathione-S-transferase-family-protein
MGLIVNGRWVDQWYDTNKSKGQFVRQDSRFRSQISSDVNSQFKPEAGRYHLYVSLACPWAHRTLIFRKLKQLETIISVSVVEAKMMVNGWTFGDKGDPLYQLDYAYQLYLKADPSYEGRVTVPILWDKKTQTIVNNESIEISRMFNSAFNELTGNVDDYYPVEQREAIETVNTRIYDTINNGVYKAGFATTQAAYNNAYNSLFDSLDWLDVLLSKQRYLVADKITEADWRLFTTLIRFDAVYHCHFKCNRQKISEFHHIKNYVNELYQVPGIKETVDLEYTKTHYYASHLTINPTGIVPLGAAENFDAPHDRNRQY

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
NZ_CP014944_3	3.1|1150046|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150046-1150079	34	NZ_CP014944.1	1055310-1055343	0	1.0
NZ_CP014944_5	5.2|1926089|43|NZ_CP014944|PILER-CR	1926089-1926131	43	NZ_CP014944.1	1926262-1926304	0	1.0
NZ_CP014944_3	3.21|1151443|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151443-1151475	33	NZ_CP014944.1	2841012-2841044	1	0.97
NZ_CP014944_10	10.1|3914268|25|NZ_CP014944|CRISPRCasFinder	3914268-3914292	25	NZ_CP014944.1	3914316-3914340	2	0.92

1. spacer 3.1|1150046|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to position: 1055310-1055343, mismatch: 0, identity: 1.0

ccgctagtggcgatgtgttgtttgctgtgtcgag	CRISPR spacer
ccgctagtggcgatgtgttgtttgctgtgtcgag	Protospacer
**********************************

2. spacer 5.2|1926089|43|NZ_CP014944|PILER-CR matches to position: 1926262-1926304, mismatch: 0, identity: 1.0

caagagtgcacatcagaccctgcaactatcgaccagatagcct	CRISPR spacer
caagagtgcacatcagaccctgcaactatcgaccagatagcct	Protospacer
*******************************************

3. spacer 3.21|1151443|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to position: 2841012-2841044, mismatch: 1, identity: 0.97

ctggctgttgcgtaataccgaacagctttcctc	CRISPR spacer
ctggctgttacgtaataccgaacagctttcctc	Protospacer
*********.***********************

4. spacer 10.1|3914268|25|NZ_CP014944|CRISPRCasFinder matches to position: 3914316-3914340, mismatch: 2, identity: 0.92

taaagcagataaaaaaggtaagtgc	CRISPR spacer
taaagcagacaaaaaaggtaaatgc	Protospacer
*********.***********.***

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NZ_CP014944_10	10.1|3914268|25|NZ_CP014944|CRISPRCasFinder	3914268-3914292	25	CP040041	Acinetobacter baumannii strain VB958 plasmid unnamed1, complete sequence	258849-258873	3	0.88
NZ_CP014944_10	10.1|3914268|25|NZ_CP014944|CRISPRCasFinder	3914268-3914292	25	GU943068	Uncultured phage MedDCM-OCT-S05-C849 genomic sequence	6236-6260	5	0.8
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NZ_CP017078	Novosphingobium resinovorum strain SA1 plasmid pSA3, complete sequence	86606-86639	6	0.824
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	NZ_CP026267	Aminobacter sp. MSH1 plasmid pBAM2, complete sequence	44053-44086	6	0.824
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	NC_047815	Erwinia phage vB_EamM_Yoloswag, complete genome	162323-162356	7	0.794
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	MN693200	Marine virus AFVG_25M319, complete genome	19234-19267	7	0.794
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	MN694484	Marine virus AFVG_250M1201, complete genome	38469-38502	8	0.765
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	KJ019094	Synechococcus phage ACG-2014e isolate Syn7803US33, complete genome	72779-72812	9	0.735
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	KJ019156	Synechococcus phage ACG-2014e isolate Syn7803C2, complete genome	72775-72808	9	0.735
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	KJ019054	Synechococcus phage ACG-2014e isolate Syn7803C85, complete genome	72870-72903	9	0.735
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	NZ_CP028348	Novosphingobium sp. THN1 plasmid pTHN, complete sequence	897548-897581	9	0.735
NZ_CP014944_3	3.9|1150604|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150604-1150636	33	AP014927	Ralstonia phage RSF1 DNA, complete genome	12646-12678	10	0.697
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP012531	Stx2-converting phage Stx2a_F422 proviral DNA, complete genome	28519-28552	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_004813	Enterobacteria phage BP-4795, complete genome	25484-25517	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682385	Escherichia phage PA33, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682382	Escherichia phage PA29, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682389	Escherichia phage PA45, complete genome	30638-30671	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682383	Escherichia phage PA30, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_000924	Enterobacteria phage 933W, complete genome	27206-27239	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_049924	Stx2-converting phage Stx2a_F451 proviral DNA, complete genome	34515-34548	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_004914	Stx2 converting phage II DNA, complete genome	59899-59932	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682375	Escherichia phage PA11, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682387	Escherichia phage PA42, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AF125520	Bacteriophage 933W, complete genome	27206-27239	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KJ909655	Escherichia Stx1-converting recombinant phage HUN/2013, complete genome	49665-49698	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KU238068	Stx converting phage vB_EcoS_P32, complete genome	27613-27646	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682384	Escherichia phage PA32, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682386	Escherichia phage PA36, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682376	Escherichia phage PA12, complete genome	26692-26725	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP000422	Enterobacteria phage VT2-Sakai genomic DNA, prophage inserted region in Escherichia coli O157:H7	28562-28595	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682391	Escherichia phage PA51, complete genome	26692-26725	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682388	Escherichia phage PA44, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682372	Escherichia phage PA4, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_011356	Enterobacteria phage YYZ-2008, complete prophage genome	25684-25717	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682377	Escherichia phage PA16, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_000902	Enterobacteria phage VT2-Sakai, complete genome	26674-26707	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	HM208303	Stx2 converting phage vB_EcoP_24B, complete genome	27331-27364	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP000363	Enterobacteria phage VT2-Sakai proviral DNA, complete genome	26674-26707	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP012536	Stx2-converting phage Stx2a_1447 proviral DNA, complete genome	23883-23916	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	FJ184280	Enterobacteria phage YYZ-2008, complete genome	25684-25717	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682380	Escherichia phage PA27, complete genome	29325-29358	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP005153	Stx1 converting phage DNA, complete genome	57059-57092	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682379	Escherichia phage PA21, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682373	Escherichia phage PA5, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682378	Escherichia phage PA18, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KU238069	Stx converting phage vB_EcoS_P22, complete genome	27604-27637	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682390	Escherichia phage PA50, complete genome	28012-28045	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_049941	Stx2-converting phage Stx2a_WGPS2 proviral DNA, complete genome	25196-25229	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AJ556162	Phage BP-4795 complete genome	25484-25517	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_010237	Enterobacteria phage Min27, complete genome	28885-28918	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	KP682392	Escherichia phage PA52, complete genome	29325-29358	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP012529	Stx2-converting phage Stx2a_F403 proviral DNA, complete genome	28905-28938	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	NC_049917	Escherichia phage Lys12581Vzw, complete genome	13354-13387	10	0.706
NZ_CP014944_3	3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1150743-1150776	34	AP000400	Enterobacteria phage VT1-Sakai genomic DNA, prophage inserted region in Escherichia coli O157:H7	32088-32121	10	0.706
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	MF431616	Lentibacter virus vB_LenP_VB2, complete genome	9162-9195	10	0.706
NZ_CP014944_3	3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT	1151304-1151337	34	NC_048671	Lentibacter virus vB_LenP_ICBM2, complete genome	9162-9195	10	0.706

1. spacer 10.1|3914268|25|NZ_CP014944|CRISPRCasFinder matches to CP040041 (Acinetobacter baumannii strain VB958 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.88

taaagcagataaaaaaggtaagtgc	CRISPR spacer
taaagcatatgaaaaaggtaagtgg	Protospacer
******* **.************* 

2. spacer 10.1|3914268|25|NZ_CP014944|CRISPRCasFinder matches to GU943068 (Uncultured phage MedDCM-OCT-S05-C849 genomic sequence) position: , mismatch: 5, identity: 0.8

taaagcagataaaaaaggtaagtgc	CRISPR spacer
gaaagcagctaaaaaaggtaagaaa	Protospacer
 ******* ************* . 

3. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP017078 (Novosphingobium resinovorum strain SA1 plasmid pSA3, complete sequence) position: , mismatch: 6, identity: 0.824

gtgat-accgcgagcgtggtggatgaactcaacca	CRISPR spacer
-tgatgaccgcgagcgtggtcgatgagctcactga	Protospacer
 **** ************** *****.**** . *

4. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP026267 (Aminobacter sp. MSH1 plasmid pBAM2, complete sequence) position: , mismatch: 6, identity: 0.824

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
gagcgcaatctcgtgccggtgctgctgtatttgt	Protospacer
***.  * *** ****.*****************

5. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_047815 (Erwinia phage vB_EamM_Yoloswag, complete genome) position: , mismatch: 7, identity: 0.794

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
ctgttaactcaggtgctggtgctgctgcaaaagt	Protospacer
  ******** ****************.*   **

6. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to MN693200 (Marine virus AFVG_25M319, complete genome) position: , mismatch: 7, identity: 0.794

gagttaact--ctggtgctggtgctgctgtatttgt	CRISPR spacer
--gtttacctgctggtgctggtgctggtttatttgg	Protospacer
  *** **.  *************** * ****** 

7. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to MN694484 (Marine virus AFVG_250M1201, complete genome) position: , mismatch: 8, identity: 0.765

gagttaa---ctctggtgctggtgctgctgtatttgt	CRISPR spacer
---ctaaaatgtctgttgctggtgctgttgtattttt	Protospacer
   .***    **** ***********.******* *

8. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KJ019094 (Synechococcus phage ACG-2014e isolate Syn7803US33, complete genome) position: , mismatch: 9, identity: 0.735

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
tagttaactctggtgttggtgctggtggagcatc	Protospacer
 **************.******** ** * .  .

9. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KJ019156 (Synechococcus phage ACG-2014e isolate Syn7803C2, complete genome) position: , mismatch: 9, identity: 0.735

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
tagttaactctggtgttggtgctggtggagcatc	Protospacer
 **************.******** ** * .  .

10. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KJ019054 (Synechococcus phage ACG-2014e isolate Syn7803C85, complete genome) position: , mismatch: 9, identity: 0.735

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
tagttaactctggtgttggtgctggtggagcatc	Protospacer
 **************.******** ** * .  .

11. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP028348 (Novosphingobium sp. THN1 plasmid pTHN, complete sequence) position: , mismatch: 9, identity: 0.735

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
gccttcaatctggtgctggtgctgctggtggtga	Protospacer
*  ** * *******************    ** 

12. spacer 3.9|1150604|33|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP014927 (Ralstonia phage RSF1 DNA, complete genome) position: , mismatch: 10, identity: 0.697

atgcgaagatagatttgattgttgcgaacatag	CRISPR spacer
atgccaagacagatttgattgttggccgtgtta	Protospacer
**** ****.**************   ...* .

13. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP012531 (Stx2-converting phage Stx2a_F422 proviral DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

14. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_004813 (Enterobacteria phage BP-4795, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

15. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682385 (Escherichia phage PA33, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

16. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682382 (Escherichia phage PA29, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

17. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682389 (Escherichia phage PA45, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

18. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682383 (Escherichia phage PA30, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

19. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_000924 (Enterobacteria phage 933W, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

20. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_049924 (Stx2-converting phage Stx2a_F451 proviral DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

21. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_004914 (Stx2 converting phage II DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

22. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682375 (Escherichia phage PA11, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

23. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682387 (Escherichia phage PA42, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

24. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AF125520 (Bacteriophage 933W, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

25. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KJ909655 (Escherichia Stx1-converting recombinant phage HUN/2013, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

26. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KU238068 (Stx converting phage vB_EcoS_P32, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

27. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682384 (Escherichia phage PA32, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

28. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682386 (Escherichia phage PA36, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

29. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682376 (Escherichia phage PA12, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

30. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP000422 (Enterobacteria phage VT2-Sakai genomic DNA, prophage inserted region in Escherichia coli O157:H7) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

31. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682391 (Escherichia phage PA51, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

32. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682388 (Escherichia phage PA44, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

33. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682372 (Escherichia phage PA4, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

34. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_011356 (Enterobacteria phage YYZ-2008, complete prophage genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

35. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682377 (Escherichia phage PA16, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

36. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_000902 (Enterobacteria phage VT2-Sakai, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

37. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to HM208303 (Stx2 converting phage vB_EcoP_24B, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

38. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP000363 (Enterobacteria phage VT2-Sakai proviral DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

39. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP012536 (Stx2-converting phage Stx2a_1447 proviral DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

40. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to FJ184280 (Enterobacteria phage YYZ-2008, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

41. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682380 (Escherichia phage PA27, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

42. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP005153 (Stx1 converting phage DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

43. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682379 (Escherichia phage PA21, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

44. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682373 (Escherichia phage PA5, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

45. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682378 (Escherichia phage PA18, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

46. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KU238069 (Stx converting phage vB_EcoS_P22, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

47. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682390 (Escherichia phage PA50, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

48. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_049941 (Stx2-converting phage Stx2a_WGPS2 proviral DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

49. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AJ556162 (Phage BP-4795 complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

50. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_010237 (Enterobacteria phage Min27, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

51. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to KP682392 (Escherichia phage PA52, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

52. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP012529 (Stx2-converting phage Stx2a_F403 proviral DNA, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

53. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_049917 (Escherichia phage Lys12581Vzw, complete genome) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

54. spacer 3.11|1150743|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to AP000400 (Enterobacteria phage VT1-Sakai genomic DNA, prophage inserted region in Escherichia coli O157:H7) position: , mismatch: 10, identity: 0.706

gtgataccgcgagcgtggtggatgaactcaacca	CRISPR spacer
cccgtaaaatgagcgtgatggaagaactcaacca	Protospacer
 . .**  ..*******.**** ***********

55. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to MF431616 (Lentibacter virus vB_LenP_VB2, complete genome) position: , mismatch: 10, identity: 0.706

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
gtcctaactcttgtgctagtgctgctgtagcgtc	Protospacer
*  .******* *****.*********** .  .

56. spacer 3.19|1151304|34|NZ_CP014944|PILER-CR,CRISPRCasFinder,CRT matches to NC_048671 (Lentibacter virus vB_LenP_ICBM2, complete genome) position: , mismatch: 10, identity: 0.706

gagttaactctggtgctggtgctgctgtatttgt	CRISPR spacer
gtcctaactcttgtgctagtgctgctgtagcgtc	Protospacer
*  .******* *****.*********** .  .

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	104283 : 162694	49	Vibrio_phage(22.22%)	integrase,holin,transposase,tRNA	attL 99710:99724|attR 116469:116483
DBSCAN-SWA_2	540223 : 581303	28	Hokovirus(33.33%)	integrase,protease,transposase	attL 568850:568866|attR 583745:583761
DBSCAN-SWA_3	1351766 : 1365043	9	uncultured_Mediterranean_phage(28.57%)	NA	NA
DBSCAN-SWA_4	1968117 : 2043897	72	Virus_Rctr41k(23.08%)	integrase,protease,transposase,tRNA	attL 1980007:1980066|attR 2002760:2002781
DBSCAN-SWA_5	2918137 : 2982135	48	Bacillus_phage(28.57%)	integrase,transposase	attL 2953392:2953407|attR 2992174:2992189
DBSCAN-SWA_6	4210817 : 4312478	77	Leptospira_phage(15.38%)	integrase,protease,transposase,tRNA	attL 4231923:4231939|attR 4272425:4272440

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_CP014944|104283:162694|DBSCAN-SWA
AATGTTGTTAAATAAACCTGTTCCTTTATATCCACCATACATTGATTTGTGTGATTTTGATTTTGATGACTACCCAGAGTTAGATAAAATATTCTCATCAAATGAACCTTGGTGGCTTGAACAATTTGATTGGGGGAAAATTTTCCTTACTTATATTGGTAGAAATAAATCTACACACACTTATGACCGATTTAGAAATGACGTTGAACGTTTTCTTTTATGGTCATTTATTGAAAAGAAGAAACCAATAGACCAATTACGTAAATCAGACTTACTTGAATATGCTGACTTTTGTTGGCAGCCACCAGTTACTTGGATTGGTACATCAAATCAAGAACGTTTCAAAATATCCAATGGTTATTCTTTGGCTAATGAGCTTTGGTTCCCATATAAAATCCAAGCACCTAAAAGTCTAAAATCTGAATATATCATCGATAAGAAAAAATATCGTCCATCACAACAAACACTTTCATCAATGTTTACCGCAATTATCGTTTTCTACAACTATTTAATGGCTGAGGATTTTTGCATTGGTAATCCCGCACAAATAGCTAAAAAAGATTGCCGACATTTTATAATCGACTCTCAAGTTAAAGAAGTTAAACGTTTAACCGCTAGCCAATGGCAATATGTTTTAGATACAGCCATTGAAATGGCTGATGAAAACCCACTATTTGAACGAAATTTATTTGTTATATCTGCATTAAAAACTCTTTTTTTAAGAATTTCGGAACTATCAGAACGTGCAAATTGGTCACCTACAATGGGACACTTTTGGCAAGATGATGATGAAAATTGGTGGCTTAAAGTCTTTGGAAAAAGCCGTAAATTACGTGATATCACGGTTCCTCTTGATTTCTTACCTTTTTTAGAGCGTTACCGCTCTTCACGAGGTTTATTAGGCTTGCCATCCAGTAATGAAAATTCAATTCTTGTTGAGAAAGTTCGTGGCCAAGGTGGTATGACATCTCGACATTTACGCCGTTTAGTTCAAAGTGTTTTCGATCAAGCACATGAAAATATGCGCAGATCCGAAGGTGAAAATAAGGCATTAAAATTGAAAGAAGCTTCTGCCCATTGGTTAAGGCATACCGGTGCAAGTATGGAAATTGAACGTGGGCGCCCTCTTAAAGATATTTCAGAAGATCTGGGTCATGCAAGCATGGCAACAACCGATACGGTATATGTTCAAAGTGAAAATAAAAAACGTGCTGAAAGTGGTAAAAAACGACGGGTTAATTAATCCTACACTCATTTATTTGTATAACTTACAGCCAACTTAATAAATGAATGTAGACCTTAATATCGCGTTAATATTTTCTATTTAATGGCAACAGCTTTTAACGCTAATGCGGGATCTAAACGCATATTAAACCAATTAATACGCCAATCTAAATGAGGACCTGTAGTTCTGCCACTAGAGCCAACGGCAGCAACAACTTGTCCTTTTTTAACTTCGTCACCGGTTTTAACGTAAGATTTACTTAAATGTAAAAAACTAGAAGTAATACCATGACCGTGATCTATTATCATAGTGCCACCTGAATAAAACATATCAGATACGAACATTACCACAGTGCCTGCTGCGGGAGCTTTGACTGGATCGCCGGTTTTTCCTGCGTAATCTAAACCATAATGAGGACGTTTAGGTACACCATTAAAAACCCGTTGGCTACCATAAACACCCGTAATAATGCCTGTTATTGGTGCAATAAAACCTTTTGCAAAATCAGTTTTAGTACTTAAGGTTTGTCTGGCTGTACTCACTTGCGCGCCATCTTGCTTAGAACGAGTAACAGCTTTTGGATTGGGGTTCATTATTTTTTTGGCAATACCTTCAATACGTTGAATATCGTATTGACGCTTTAACGGTGTTAAAGTCTTTAATTCTTTTTCACCATTTGGCTGAGTGATCATTAATTGATGCGTTTTATCATCATCGCGGCTAAATCCAAAAACATAATCGCCATACTCAGATAAAGGCAGTACTTTTCCATCAAAGGTAACAACATTATCATTAGCTGTTTTACCTATAACTAAAGCGCCCTGCTTTATTTCTCCGGAAAGCTTAATATCAGCAAACGAGTGCTGATTAAAAAAAACACCGATTAAACATAAGGTTATAAGCTTAGTGTTTTTAGTATTAAGCATTTGCAATCGCGCCTTTACCAACACCTTCAAAGGCAACAACCGTTACCTCACGTTGATTATCAGCAACTAATTGTCTGGCAATAAAGTCGGCTAAAAGCTCAACGGTTGAGTCACAATCGACAACGTCTAATACCGTATTCTCAACCGCGATGTCAAAGCGACCTTGTGGCGCGGTATAAGAAAAGAAATGGTGATCGGGCGTCAAATTATGTTGAGCAAAATTTGACAGTTCAATATCTGCTTTTGCAACACGGTCAACATCTGAAGCAATATAAATATCTTGCCAACGTAAGCACCATGCTTTTTCTAATGCAGCTACCCGTTGACCTTTTTGTAAGATATGAATAGTAGAACGGTGACCATGAGCAATACGCTGACAATTTCCGTCATGTAATTTTAAACCATGGGTGTAATGGTAAAAATCGCCACTTATATTCTCTGGTCGAAGGGTTAGCTTAAGACCTTGAACATTTTGTGGTAATTGCTCAAGAATTATTGCGGTTAAATGCTCAGTAACAGATGCTACATCAATCGTATCGCTAGTAATTTTAGCAAAAGCACATTTTGGTGACTGCAAATAGTAACTGGCCCGCTCACTAATAAAATCAACGTATTCATGGTTTTCCTGATGTAATGAATCAGTAACAGTCATACATTCGTTTTTCATCGGTAATAATAATTTATGATCAACAGCATCATCTATAATTGCTTTAATTTGCTTTTTAACCACAGCAAAGTCAAGCACCATGCTCATTTCATTGAGAGCACCATCAAGGAGTACATCAACGATCCAACTCTCGCCGACAATGCCACGTTCCTGGCAACAGTATGAAAAATCAATGACCGTTAAATCATTTACAAATAATTGCATTATTACTTCCTATTTAAATCTAGTCTTTTACTTGCCAAGCAATAGTATCGTTAGCACGGATTGGCACAACAACATCATGACCAAACGAAATCGTCGCTGGTACATGCCATTGGGCTTTTTCTAAAGTTATTTTATCGCTATTAACGGGTAAATTATAAAATGCTGGCCCATGTAAACTCGCAAAGCCCTCTAATTTATCCAAGGCCCCTGCTGCTTCAAATGCTTCAGCATAGAGCTCAATTGCTGCATGTGCCGTATAAGATCCTGCACAACCACAAGCCGATTCTTTGGCATGTTGTGGGTGAGGAGCAGAATCAGTTCCTAAGAAAAACTTACGACTCCCTCCAGTTGCTGCAGCAATTAATGCTTGTTGATGAATATTACGTTTCAAAATAGGTAGACAGTAGTAATGAGGTTTAATCCCGCCAACTAACATATCGTTACGATTAAATAATAAATGGTGAACGGTAATGGTCGCCGCAACGTTATCACCTGCTTGCTCAACAAATTCAACCGCATTTTTAGTGGTTATATGTTCTAAAACTATTTTTAATTCCGTATATTTTGCTACTAAGGGCGTTAAAATAGTTTCAATAAATATCGCTTCACGATCAAATATATCAATATGGCTGTCAGTCACTTCGCCGTGGACCAATAAAAGCATGCCCACTTCTTGCATTGCTGCAAGTACATCAGCGATGTTATCAATACTCGTCACACCAGAAGAAGAATTTGTCGTTGCTCCAGCAGGATACAACTTAGCCGCAAAAACAAGACCCGTTGCTTTAGCGTCGTATATTTCTTGTACGGTTGTTTTATCAGTTAAATAAAGCACCATTAATGGTTGAAATGGCGTACTTTGTTTTGAGCCGTTTATATTAGCAGCCATAATGCGTTGATGATATTGCGTCGCTAATTCAGCATTGGTAACGGGAGGAACTAAGTTTGGCATAATAATAGCGCGGCCAAAGTAACGGCTAATATCTGGAACTGTGGTCGTTAAAGCATCGCCATCGCGTAAATGTACATGCCAATCGTCTGGGCGAGTAATGGTTAATGTTGTCATTTTTATACCTATAAATTAGTTAACTAACTTTAAAATTCTGTATTTTCAGATTGATGAGCGTCTTGCTCTTTCTTATCAGCTGTTTGCAATAACGCTAATAATTGATCTTTTAAATTTGGGGGGACTTTATAAATAGTAATACTTTCATTTGCCGCATTGTAAACAACGTCTTCACCAAAGTGGCTGCGTTCAAAGCTCAAGCTAATACCATTACCATACCCTGAGTACTTAGTGACTTTATTAACAACCGTTTGATCATGTGGAAAAGATTCTTCCAACGGATAAGATTGCTCTTGGCAAAATTGATGAAAATCTTGAGTAGCGCCCTCTTGCTTGATCACTTGCCCTATTTCTTGAATGGAGACATCCTGAGCAGCGCTTTTTTGTTCTTTACAGTAACTCAATAATTCTTTGCGGGTATTCTGTTTTTCTGTCGCATCAAGTTGATTAACAGCAACATAATCTTCAACAGCCTGCACTAACGTTTGTGTCTGTTCTTTGGAATTTAAGCCTTCTTCACAACCTAAAAAGTCTAAAAAGAAATCAGAAACAACACGACCCGCTCTACCTTTGATAAACGAAACATACTTATTACCTTGCTGGTTTTCTTTATAATCAAATAAATCGATACGCGCTGCTAATTGCATACGCGCGGTATCAAGGTGTTTGTCAGCAGAAATATTCAATTCGCCATCAACAGAATAATGTTCAGAAACGGGGATCACTGTAGCTAGTAAATAACGACCGCCCATATACTCATAGTGGCAAACAACTAAGTAGCCGGTTTCAGCCAGGTTATATTTTTCCAATTCATTTTTTAATAAATTAGCCGCCTGACTACTAAAAGCATAAAAACTTTGTGATTCACCTAAATAGCTTTCCATAATATCAACAAAACGAGCAGTATCTCCTGCTGCAGGCATAGTGGTAAAATGTCCGTAGGCTTTACTCGCTTTAGCATTATAGATTTTATGAAGTCCATCAACAAAATTTTCAATCTTATTGCTGATTTCGATAGATTCTGGCCCTAAACGCAGCACAACTTCACCGGTTTCTTCTTTTTTGGTTAAAAAATGTAGGGCAATGTTTGAAATAATTAAGCTCATAGTTAAAGGCCAGTTTTATATTGTTCAGGCATTTGATAAACTTGTACCAATCTATCAAATAACCTATTAAGTATTTAAGATGCCTATTGTATCCAAGTATTCGAATGAACGTGTAGAAAAAATTATCCAAGATTTACATAATGTTTTAGTTAATGAGTCTGCAACCCCTGATCTAGCGCTAATGTGCTTAGGAAATACCTTAACAGAAATTATTAATAAAAATATTCCTGAAGCAAAAAGAGCTGATATAGTAACCAATTTCACCAATGCTTTAAAAAAGTCAGTCCTATAATTACCCCTATATTCATAAAATATAGAACTGATAAACTACAATAATAAGAGAATGATAATTAACTATGGTTGCATTTGATTCAAAAACGTATAGCAAGCGCCTGTTACACCTGATCAGTTGGAGCCATTGGTTCACTTTTTTTAATATAATTGCCGCCATTGGATTATCATCCTTTTATATTTTTAGTGAAGGAGGTCCCGAGACATTCCTTGGACAATTTTATTTAATCACCACGTGGTTTAGTCATATGGGTTTTTTAACCTTTATGACTTTTGTTTTAATATTATTCCCGATCACCTTAATATTTCCACATACCCGTTTTATTCGAGCGACAGCCTCGGTAGTCTTTACCCTGCAATTGTTAATATTACTGCTTGATGCTTATATATATAACAGTTTGGGTTACCATCTAAATGCTTCTTCAAGCGCACAAATTGTTGATCTAATTAGCACGCAAATACAACATAACAGCCGTATTTTTTGGTTTGTTAGTATCGTATTAACCTTGTTTATTTTAGCGTTCGAATTAATTATAAGTAATTATGCGTGGAAACATTTAAGAGACTTACAGAAAGTCGTCTTCGCAAAGTTTGTTGTTATCGGTTTAGTTTGTTCTTTTTTCTTTAGCCACTTATTACATATTTGGGCTGATGCGAACTTAGAATATGATATTTTAAGACAAGACACAGTATTACCTTTGTCATACCCATCGACGGCTAAAACATTACTCACAAAATACGGTATGTTTGACCGTGAAGCATATATAGAAAGAACAACAAGCCCACTAGCCTTTACCAATGCTATTCCTCAATACCCACTGCTCAATGAAGCCTGTGTTTCACAAACACCAATACAAAAATCAGTATTTATGGTGGTTAACGATGTCAGCTTAACAGATAAACAGATCAAGCAATTTAAGCAGAGAAACACCCAAAACCAGTTAACGCTCGAACATCATATAGATAACGCCTTACACAAAAACGCGTGGTTTAACTTGTTTTACAGCTTGCCAAGTATTTACCAAGAAGGCTTGGAAGAACAAAAGGCGATCCCTTTACTCTTTCAATTATTAGACAGAAATAAGTTGGCAAGTTCATACACAATGATCCATGGCTATGACAAGATAAATAAAGAGCTAGTACTAGAATCACAAGGTTTTGAACCTTTATTTAATCAGCAAACGATACTTGATAATATTTCATCACTAGTCTTTGCTGATAAGCTTAATAGCTTACCTGTAGGTTTACATTTATTTTATTTTGCTGACAGTAATACTTACCAATTTGAATTGTTTATGGATGCATTGCTGCTAGCACAAAAAACAAAACAAACTAAAGATATTATTTGGATCACTTCCGTTGGTAACAAGACCAAGGCGACCAGTTTATCTATTAAACCTTCGTTACTCATTTTGCCTGAAAGTGAAAGTAAGACAGTGAGCCATTTAACCAGTCACATGGATATTCAACCAACCTTAATACAGGAATGGTTAAACTGTGACATTAATGAAAAAACCTATAGTAATGGCAAAAATGTTCTGCAGTTATCCAAAGACCGTATTATTGCCAATACCATGGACGATGGCATGATGGTATTTAGTAAAGACAAATCAGTGTTTATTGATCAAAATGGTAATTTCCAAAGCTACTCTCGACAATTAGCGGCCCCTATAATGGTAAACTCTGATTTTCCATTAATGATTGACGGGGTTAACTTTATTAAGCAGTTTAGTAAGCAGGCAGAGAAATTGAACAATAAATAAACTAACAGATTGATTTTCTATATTTTATATTGCAATCAGTATTTAAACCATTATTATACAGGCAGTAAACAGATTAACCCTCTTAATGTTTACTTATTCGGGGTATAGCGCAGCTTGGTAGCGCGTGCGTCTGGGGGACGTGAGGTCGCAAGTTCGAATCTTGCTACTCCGACCACATTTATAAATCAAGACGTCCTAGGGCGTCTTTTTTTATGCCTAAAGATCAATCCAAACCACTAAACAGCAAAATTATAACGCTTTTTACAAACCTATATTGTGTTATAAAATCCCACCGCTAATGTAACACTCCAAGTAACACTATCTATTACTCATGATTATGATGTTTTTAGAAAGATCTGATTGTTTAATTATTATAATATTGATGTGTCATAGCAAAATAGCATAACCGTTAGGCAATACTTAAGTTAAGGCCGCAAAAGACAAAAATTATAATTTTGCTGATACTTTAGCCTTACAAATGACACCAAGAAAAGATAATGGATAAAAGAGATCACAGTATTACTTTAGCTACGCTCTCTTTTTACCGTGTTAGAAATATACAAACCTCTCAACATCGTGAACGCCTGTTCCCCACATAGGTGAGTTTATGAAAAAACAGAACCGTCCTTTGCTATTTTAATCTTTTCTCTTACATATGTTTCAAATCCTGAAAGTTCTCAATTTTAATGTTTCTTAATTCTTCTACAAAGTGCGCTGCTTTGTATTTAACTGCTTCTCGCTGATAATGTTTCGCGCAGTTTTCTGGAATAAGAAAAAATTCTTCATCCTCATCCCAATCAAAGGCTTCTACGTAGTCGATTTCTATACTTCCTGACCCATCTTCTGAGTAACAAGCAAAGGCGACATCATACTATTTTGTTTCAGGCTGCTTGCTAAAGACAGACTCTAAATCGTCGATGATATGCTGAACTTTCATTTAGCTTCCTAGACACAATGACTCCCCACAAGGTGCTAGCCTCTAAATGTGGGTTAGTTTTACAAACCAGAGCCATAATATATGTGTCAACATTATCAAACAGAGGCTAGCATGATAAAACATAACATACTTTTCATTGGCTTAGATACCCATAAAACATTTACTGAAGTCGCTTATATTGAAGACCAACGTGGCGCTAAATCAACTCATCTAGGTAAAATACTCAGTAATAAAGCCGCCTTTAAAAAACTCGCACGACAATTACAATCAAAATATCCAGATGCCACACTTCATTTTGTTTACGAAGCAGGTCCTTGTGGCTATTGGATTTACCGCTTTCTCACCAGCCTTAATCATTGTTGCTATGTCATCGCACCTTCTCTTATCCCTAAAAAACCAGGAGATAAAATCAAAACCGATAAACGTGATGCGCTCAAACTTGCAAAGCTGCTCAAGTCTGAAGACTTAACATCTATCTATGTCCCTGAGCCCGAAGATGAAGCCGTACGGGACTTATCTCGGGCACGAGAAACAGGCATGAAAGACTTAAAGGATGCTAAATATCAACTTAAAGCATTGTTATTACGTAACAACATTAACAGCAAAATAAAAGATAACTGGTCATTACAACATTTGCGTTGGCTCGCTGAATTAGTATTACCTCATCCTTGTCAGCAAATTGTTTTGCAAGAAGCGGTTTTAACCATTAATGAACGACTAAAACGCTTAAAAAGGCTGGATAATGAATTAACACATCAAGTGAAAAACTGGCGGTTTTATCCTGTAGTTAAAGCGATACAGGCGCTCCGTGGTGTGAGGTTATTAGTCGCCACAGGAGTGATTGCCGAACTAGGTGACTTATCACGGTTCGACCATCCCAGAAAATTAATGAGTTACCTTGGTCTTGTACCAAGTGAACATTCAAGTGGCGATAAACGCCATTTAGGTGCTATTACCAAATGCGGTAACAGCCGTGCAAGACGACTACTGGTCGAAGGTGCACATTCGTATAAACACAACGCCAATATTTCAAAAGAAATGCAATTAAGACAAGAAGGCTTAAGCAAAGAAATTATTGATATGGCTTGGCAAGCTCAACTGAGGTTGTGCCGCCGCTATCAACGACTCATGCATAAAGGCAAACATCGTAATGTGGTCGTTACGGCCATCGCCAGAGAAATGATCGCTTATATTTGGGCTATTTCTCGCGAGGTAGTGCTACCAAAAATTGATGTGAAGCTAAGAATATCGACAGTACCTGCATGAATAAAAGTTTTGAGTTAGCGCATGGGATCAAGCATCGGGTGTGGCACAATCACCGACGGCGTTAGGACGGCAATAGCCTAACGGCTATTGAACCGCGAACATAGACTGAAGACAGGTGCCACGACGAAATGAGTAAGGTAGGCGCTGCTAGCAAACAAGTTAGTAATTCACGAATATCAGCATGATAACCGACGAAATTACTTGCTTCATTCTATGCGTTAACTCACTTAATACTAAAAGTGAATACAATGATTCTGAAATTAATGAACAAGGATCAGTGTATTTAACTTGACGTGGGGAGTCATACCAACGCCCAATTAACGGGCTAAAAATAGTTGGTTAAAATTAGCAACGAAGGAGCAAAAGCCAACTACTTTTCTCCTTGTTTAACAGCATGTTATAGCTAAACTTCACGTTTAGGGCAATTTTCCAAGTACTTAGTCTCAGTTGGGTTTCTACTAGTCGAAAAATCCATACGGACAGAAGTTAAAACTGGCGTATTATTTTTATTTTTCTCTGTTGCTTGCCACTTCCATTTAACTAGCGCGGCGGCGGCATTATTATCAAATACACCTTTAGGATATGATGAGCGAATCTTATACCCTTTAGCTTTTCCATTTTGATCAATGCCAACGATCAAATCAACACAACCTGATATATTATTTCTTGCAGCTGAAACTGGGTATCTTGGATCAATTCTTTTTGCAACACTCCAATATTCTTCAACGAGTTTAACTTGTTCTTTACCTGATAAGTCAAGGTAATCAATTTTAGTTTCTTCAACTTTAGTTGTTGAAGTACAGGAAACCACAAAAAGTGCAAGTGGCAGTAATAGATATGATTTATTCAAAGCTTTCTCCTTTAGCTCTAACGCCGCAATAAGCGGCTAAAAATGGTTGGCTATAATGTGAACGAAGTGAAACAGCCAGCTGTTTTTTGTCCATTTAATTGCCTTGTTATATATTTTATACCATAATCTAATATATATTGGTACAAACAAGGGTTTCATTATGGCTAAAAATACTAGCGTCACACTAGGCGATCACTTTGATCAGTTTATTAACCAACAACTTAACACAGGTCGTTACGGTTCAGCGAGTGAAATTGTTCGAGCTGGGTTAAGAGCTTTAGAAGATCAAGAGACTAAACTATTAAATTTACGCAATATGCTTATTCAAGGTGAACAAAGCGGTATAGCTGATTACAGTTATGATTCTTTATTAACAGAATTAGATAACGAAAATCACTAATGAAAAAATTAGTATTATCCGCTAAAGCGAAATCAGATTTAATTAAAATAGCTCTATACACTCAACTTACATGGGGAACCACGCAACGAAATGATTATTTAAAAATATTAGATAGCACATTTCGATTATTAGCTGAGGAGCCAGAGTTAGGAATAAACTGTGATTACATCAGAGAGGGTTACAGTAAATATCCTCAAGCTAGCCACGTAATTTATTACAAAGAACATAAAGTAAATCAAATATTAATTGTACGTGTGCTGCATAAAAGTATGGATGTTAACTCTGCTATCTAGAAAAATATAGACACAATGACCCCCCACAAGGTGCTAGCCTCTAAATGTGGGTTAGTTTTACAAACCAGAGCCATAATATATGTGTCAACATTATCAAACAGAGGCTAGCATGATAAAACATAACATACTTTTCATTGGCTTAGATACCCATAAAACATTTACTGAAGTCGCTTATATTGAAGACCAACGTGGCGCTAAATCAACTCATCTAAGCACAGTCTTTTTGAATAGTGTGTGGACGATACATTGCCCGTTCTTTTGTTTCTCTCTCTTTATTTGGATCCTCTATACAGACAACAGATTCGATAATAGCGAGGTAATCCAACGGTAGCTTTGTTTCTTTTGCCCCAACAATGACGTGATTTAGGTACCAAGTATATGGTTTTAATGAAGGGTCTATTTTAATTGCGCAATAAATTAGTGCTTCGAACGTTTTTCCCTGTTCATTTATTACGGATACTGTTTTTTCATTATACCCAGACCCTAAACTTTCCGCTCTATCTAAAATGGGTTTCTCATTTTCATCTATCTCAAAAAGAGCGCCTACGACCACGTCATCACTATTATTCGTATAAAAAGAGTCGCATTTACCTGATCCATCTTTGCCACTCATATTAAAACGCAACTGATGATTTTTAAGACTTACTGTGTCAATTTTTTGGGCACTTGGCACCCTTTGTTGAAGTCTTATAAGGGACATGTTTGAACCATATGCAAAATACTTCATCAAAACTCCTCTGCGATTAATACCTGATCAACAGGCAAATAATTATTGGTTAAAAATATAGAACACAAACATTTAACTATTTATTGTTTGAAATTCTATGACATCGGCTTAAAGGGTAACAAAAAAACATTAGCTTTTACATGTTCGTATTGCTTATATGTTTACGCTTGGGATGGCTTAACCGTTAGTATGGAGCTTAACTCAAATAAGTCATTTTGATTTTTCATATAAACTACTCGAAAAATCAAAGCATACATTACCCCAGCACTTAGTTTATATAAGATGTTTATTAATCTAAGGGTAATGCGATAACAAATTGTGTAGATTCATCAACCGTACTAAAACAGGTAACTTTACCGTTCAAACTTTGAGTGACTAGGTTATAGAGAATACTTAGCCCTAGACCAGAACCTTTTTGCCGTTGCGTTGTATAAAAAGGTTCAAACACCTTTTCTATCTTTCCCACTTCAATACCACAACCATTATCTTGCACAGTAAGCATTAGCATTTCATTTTGTACTTTAAAACTGATTTTTATTTGACCATTAATTATTTCTTTAAATGCATGAGTTAAGGCGTTATCAATCAAAATAGTTACTATTTGTGCAATCGTACCTGGTGATGTTAAAAGGGGTAAGGTTTCATCTCCTGATAAAAATATTTTTATATTCTTTTCACTAACCCGAGACGACAATGTCGAAATAATATCATTTAAATATTTAAAGAAATTAATTGTGCGTTTTTCGTCATTTGATTGGTCAACGGCTATCCTCTGAAAATTCCTTAGCAATTCAGAGGCCCGCTCTAAATTACGTAAAATTATATCGCTACTACCAATCAAGCTGTTACATTGATTAACAAACGCTGTTCTTCTAATTTTTCCACTTTCCACCGCTTTTTTAATCAGTTGCGCGCTATGTTCTAAATTACTAGCCCCCGTTACAGCAATACCAAGAGGCGTATTAATCTCATGGGCAACACCGGCAACTAAATTACCTAAGGCCGCCATTTTTTCAGACTCAACAAGCTGGTCTTGTGTTGACTTTAATGACTCAAATGCTACGGCTAATTTTTTGTAAGTTTGACTTAGCTCTTTCGTACGCTCTTCAACTTTTTCTTCTAATTCATCTCGAGCTTTACCGAAATCGGCGAAAAGCCCCACCGCTTGCGGTGAGGGATGGATAGCCGAGATTGCATAGCAATCTAATGCGGCCTATCTTGCTGCTCGATTGTATTGCTTAAGAACCTCTATCGGCGCTCCGCCGACAGAGCATGCATAATAACCAGAGCTCCAAAGTGCATTCTACCTCCAAGCTACCTGATTTAACTGCGGAAACCACAACTTCATCTCTCGACCTGTAATACTTTTTAAAACATTAACTAATCGTGAAATTGAAATAGAAGGCAGGTAAGAGATAATCATGTGAACATGATCTGACTCCCCATTAAACTCAACCAATTCTGACTTTAGTTTTAAACATTCTCTTTTTATTATAAAGTTCATTTTATATAACATCTCGCTCGTAAACTTCCGCTCACGATATTTAGTAACAAATATAATGTGAGCTTGAATTAAATACGAAGAATGAGCGCTCTTTTTATATTTCATACAGACACTTATTGACACTGGTTATTTATACAGTATAGTCGTCATTATGAGTTTAATCAGCGTTTCGAAATTTAATATCGGTCAGACAACACCTTTGCAAACAGAGTTGCGAAGAGAGTCAGCTCGCCTTTGGAACGATATGGTTAAACTGCACAAATTCATCCGAAAACGCCGATGGAAGTGGCCTTTTAGAGGTGATTTTGAAAAGCACTTTAAAAGTAAGTACCGACTTCATAGCCAGACAAACCAGGCGCTTATTAAAAAGTTCTTTGCTAACATCGAAACAACCTCAGAGAATCGAAAAGCTGGCGATAAAAAAGCTCGTTATCCGTACCGTGACAGGAAGCACTTCCAGGTAGTAATGTACAAGGCTTCGGCGATAAAAAGAAAAGGTAACCGCGTCATTCTTTCAAACGGACTTGGAGTTAAAAAACTCATCGTTCGCATTCCAAAAGATATACCCATTGGTAAAATCACAGGGGCGGAGCTTAGTTTTCGGGAGCTTAGGCTCACGATAAAGCAAGATATCAAAACCATTAAGTCCGCTGGCAGCAACGTAGTTGCTGCTGACTTAGGTGTAATTCATCTTGCAGCGATGACCGATGGCGAAACGTCGGAGATCATAGTTGGTCGCGGTCTTCGCTCGTTAATTCAGTATAGAAACAAGAAGCTCGCTGAATTCTCAAGACTGCTTTCAAAATGCAAGAAAGGGTCTAGACGGAGCCGAAAATTACGAGTAGCAAAAGCTAAAATGCTGTTCAGAAATGACAATCAGCAGCGCAATTTTCTCCATCATGCATCCAAGCAAATGATTGATTATTGCGTGAAACAACAAGCAGGTATGCTTGTTGTGGGCGATTGCATCAATATGAGTAAGAATGCTCGGAAAAAGAAGAAAGGCTCAAGACGTTCAAATCAAATGAACAGCAACAATCCCCTTGGGCAGCTACTCACCTATCTTAAATACAAAGGTAAATTCCAAGGTGTAGAGCTTGATAAAATAGGAGAGCAGTACACCACTCAGACTTGCCCGAAATGCGGTCATAGACACAAACCTTCGGGGCGCAATTACCAGTGTAAAAATCCAGAATGTGATTTCATTGGAGTGCGGGATTTGGTCGGTTCGGCCAACATTAAAAATAAATTCGAGAACGGTAGAATAGAAAAAGGATACCTTCTCCCGCCACTTGTGGCAAAGTATCGCAGACCTGTAAAAGTCCCTGTAATAAGGCTGAACTGCGTAGTCCATCTGACAGATGGCATGTTGCTTGATAACACCCTTGATGCGGCTCAGGCACTTTCGAGTGCAGGTGGTAAAACACCGTCTGAGCTATTTCACGTGGCCTGATCAAGAATCCTCACCGCTTGCGGTGCAGGAGCTGTCAATTAACTCGACCTGCATATTTTTTAATTCAGAAATGTCATCGTAAGTACCAACGATACCAATAACTTCATTAAACTCATTAATAATCGGTCGTTTAGAGGTGCGTAACCAGATGGTTTTTCCATTAGCATGGGTTTGAGGTTCTTCTGAAGCGATTAAATGCTCTCTTGAGGTCATTGTATGAGCGTCATCTGACCTATACAGCTCTGCCTGTTCAGGAAATATATCAAAATCAGTCACTCCAACAATGTCAGAAGGCGAATTAAGATGGGCATCATTTGAAAAAGCTTTATTACTTCCTAAATAAACAGATTCTCTGTTTTTCCAAAAAACACGCTGTGGCATTAGGTTCAATACGGTTTGAAGCGTGTTGATTTGTGTACCTTTTTGCCTATTTGTATGGTCGGCAGAAAAAACATAATGAATAAATTGATAGAGCGGGCTAGATGTTTTAATCACGGTATTAGGCGTATTCGCTTGATAGCTAATTACACCTATAAGCTCATCATCCACGGTAAAGGGTAACACAAAGCAATTATCGTCTTGAGAATCGCTAAAATCTGTTTTGTTTAAGAAACTAACAGTGACTTGGCTTTTACTTTGTTTTATTTCTTGTAATTGACGATTTAATAAACAAATAGTGTCGGGTAATTCGCTTTGATTTACATTAACAACGACACGCTCTTCACTTGGCTCATTATTTTGCGTGTTCAAACAGTAACTATTGTAATGTGACTTTTTATTTTGAATATCTTTGTAAACTACGGTAAAAATAAAGAATGGACTGTTCAAGAGCACTGACAGCTTTTTCATCGCGAAAGAGAAATGCTCTGTATTGGTGAAATTAGTTTCTGAATCTAATGATAATAAACGTATAAACTCTAATTGTTGTTCACTATTAGTCACTTAGGTGCCCTTTCTTAGTTATACCCCTATTAAATATATATGATGATTGAAATTAAGCATAATTATTTATTATTTACTGATGTAAAAATAAACAGCAGGATAAACTGCCATTAGGTAAGCTATACCTAACGCCCTTTTATTTAATAAGTGTTTATATCCCTATCTAGGTTTGGTGCGAACACCGGGTATGGTATCGGTTAATACCGATACCTCCACTAAGCAATTACTCTCTATTTTTAATATAAAGCCTGATACCAAAGGTGGTTAGGGTTGCTAATAGTAATAAACCTAAAACGCCAAAAACTAAATTTACATTTTTAAATGGCGTCCATTGAAGGTAATGAATTTTATAAAGTCTGTTAATTAACTTAGTATCATCGCCCTTCTGGCTTAATCTTAAGCTTACCCAATCAAGATTTATTTCAACACCTGTGCTAGTTTTTGCATTTGTTCCATCAATAGAAATAATGTCGCCATAACGCTCTTTATTTTCTGAAAGCGCATCATCAATAAGGCGTTTATATTCTAACTTAGTTGGCAACCCTTTAACTTGAAGCGTAACAGGGTCTAAATGTTCCGTTTTTCCTTGCGATTTAACCAATAAATGATGCCCTAAAATAGTTTTGATGAGTTTAACTTCACTCCAATTTTCTTTTGGATCAACTAATAACTGTGTTGCTAGGGGATAAGTTTTTAATGATAATTGTTCATAAGCCCCTTTGTAGCCGGGTTTAATAAAAAATATGACCCCGGTAATTGTCCAACCAAACATTGGTAATATGAGGATTAAACCTATGAATCTATGTATTTTTCTACTTGTCATTTTATCTATCTTATTGTTGGAGACTGAAATCTTAATTGCATAATAACAGCAATAACCCGCTCATTAGTAAAATGCAATGAGATGGAGTTAAGCGCTACAATTAATGAATGCTACTTATTAGTAGGTTTGTTATGTATAGGTTTAATAAGTGGCTGTGAAAAACGCAACAGTAACAGTAAGCCTATAATTGCCGCTGCAAAGAAAAGGTACTCACCAAAAGTGCAGTTATCTTGCTGTATTTCTCGATGTTACTTTTTTAATCTAGCCATTTTAGCCTCATTGAGACTGACTGTTTTGATACACGGTTGACATTATTCATTAATGGTTATTATTTTAGGTCGGTAAAGTGAGCCCAAAATGCCCCCAAAGAGATTTTTATAGATCGCTTCTATCTCTTCTTTGGAGATACTGCCACCATGTATTAGCATTTCAAGTACCTCACCTGGCTCTTTAACAAGGTAACCAGAAGAACTAAAGCCATTATTTAAATAGAATGCTTTTCGTTTTACTCGTTGTGAATAATTTTGTTGTTGTACTTGAAGTTCTTCAATATTTAATACAACTCTGTTTTCATGCTTCTCTTTCAATGCGTCTAATACCTTACTCCCATAACCAGACGAACGCTGATCCTCTGCTATAGCAAAGAAATGAACAAAGACAATATCTTTATACTCGGTAAGATAGATTAAACCAATCCAGTTATTATTTTCATAAAGAACGCTAAAGCCGTCCTTCCCTTTTCTTAATATGAAGCGAAGCAACCAAGAAGGAACACGCCTTACTGTCGTAAAAGCCTCTTTATAAAGCTCAATAACATTTCTATAATTAACGTCATATTTAGAAAGTGGGCTGAATTTTATGCTCATAGTATTACTCATATCCTTTGAATCTATTGATTAGCAGTCAGGGCTTTTGTACCTTAGCCGTATATGTTTTTAAAGTGCTTGTGCTTTTACTAACATCGTTAGATATTTAACCACTCCATGGCTAAGCCAATATAAATACGCACAACCAAAAGTAACGCGTTACCTTTAAGTTATTGATATAGTTGTTACTTATTAAATCACTTTATAAAAAGCATAACATTGAGGATTAACATCCATTTTAGGTTTCACTGCTTAACATGGCTTTAAGCAATGAAAATTTAGTCCATTTATCGCTAATTGACGTCGGATCAATAGCGATAAATTTTTACTACTAGGCTACCTAAATAATAAGTTAGGTCTACAAATTGAAAAAAAACTTCTAGTTACTGCGCGTTAATCGCGGCGCTCATTGATTGCTCAGCAACTTGCTCTAACCACTTAAGATCGACAGTTTGGTGGGCTTCACAAATAAACCAAGGTTCACGTGAATCCGGCTCTAACATAACGCCATTGTCGATTAAGTTAAGCGCGAATTGCGTATAAAGATCACTGTTAGTTTTTTTCCAATCACGATAATTTTGTGGTACTTCACTACCAAAATGTACGCCAAACATTGCATCGGGTCCTGCAAAACAATGTTCAATATCAAATTTTGTAAACACTCTTGAGAGTAACGCTTGAATTTTTTGACCTACTGTCGCAATCGTTTCAAGTGCATCGGTTTCTTTAAGCACGGTTAATGTCGCTTTAGCTGCGCTCAGTGCCACCATATTAGCGGTATAAGTGCCGCCGTGAGTTACCCCGTCTTTTGCAAATGATATAGCATCCATAACATTAGCTTTACCACCAAAAGCAGCAATCGGGTAACCGTTGCCCATAGCCTTTGCATACGTGGTTAAATCAGCATAGATACCATATAAGGCTTGTGCTCCGCCCTTGGCAACACGAAAACCCGTTTTGACTTCGTCCATAATGAGCAAAGAACCATTGGTATCACAAGTGTCACGCAACTTTTGCATATAGGCTTGCGTTGAGGCAATCGAACCACAGTTACCCATGATAGGTTCAATCAATATAGCCGCAATATCATGACCATGTTCAGCGAAAACAGTATCGATAGCTTTAAAATCGTTAAGCGGTACACTTACTTGATGTTCACGCGTACTTTGTGGGATACCTGCGCCAAAAGGTATAATTTCAGGCGCGTTTTCATCAGTGATTTCCCAGTTATCTACATCAGATTTCCACATCACTTCATCATGCAGTCCATGAAAGCCACCTTCAACCACGACTATTTTATTACGTTTTGTAAATCCACGAGCGGTGCGCACTGCGCCAATAACCGCTTCGGTACCTGAATTAGCAAAGCGCATTTTATCGATATTAGGGCAAAGTGACTTCACCAATTCAACCACATCAGAATCAAGACCGGTAGAGAAACCCGAAATGGTGCCAACGCTAGTGATCGCGTTAATCACTTCATTGTCTACGCGTTCGTCACGATAACCAAGAATAATTGGGCCATAGGCTAAACGAAAATCAACAAACGTTTGTTGATCACAATCGGTGATGGTACAGCCTTTCATGCTGCTTAAAAATACGGTGTTTTCTTCACCCCAATAACGGTAGCTGTCTGCAACCCCTAACGGCATATTTTCGTGGGCTCTTTTTAGCATAGCATTGCTTTGGGGCTTAAGTGGTTTAGTCATGATCGCTCTTTATATCACTGAATGTTTTAAACATTAATTAACGTAAATTTTATCGGGTGATAATACAGGGATAGCGCAATTTCAGGAAGAGTAAATCTTTTAATTAGTCAGGTATTCGTCTTTTAAAGGGGTAAATTAGCTAATAAAGTCATGGTCATTGGGTATAACCAAGCCTAAAAACTACAGTTGCTGTTTATCCATAACACTAAAAAAAGCCTCAGTGATAACCACTGAGGCTTAGATAATAAGTCGATAGCTCATTGAACTACCTACAATAAACGTTACTTAATCCAATACAATTATAAGCTGAAGGTATGAGATACAGATAACACGACACGGGTATCAGCCAAATCAATGTTCATATTTGTATCTTCAAGAGCAAGATCAACATCAAAGCCGTTCCAATTGGTCATATATTCAACGCGGTAATGGTTGTAAGCATCTTTAGCGTTCCACGACCATTTATCTTTATTCGCTGATATTGAACGATCAAAACTTACCTTAATATTATGACCCGGTTTAACTTCAAACGTATGAGCAACCATAGCAATATAATGATTAACATCAAGACCAAAATAATCCCAGCTATACCAAAAGTTTACTTCACTGTTACCCATTGATGAACTGTAGCCAAATTTTGCATAAGCTTCAGGATAGTTGTATGTATCTGACACGTTATCGCCGTGGTACGTATAGTAAGCAATACCTGCATCTAGTCCTATTTTTTCGTTAAGTTGAAAATATTGACCAACATAGGCATCCCACTCAATGTTAGTGTCTTCATAGCGACCAAAGTCAACGTTTGACGCCCAAGTTCCAGCATAAAAGCCGCTATCATCTGCATAATCCAAACTCGCTTGTAATGCTGGATCGTTGCCTGTTTGGCTAACACCGTTAAAGGTATAATCAGAGGCTATGTTAACCGTTGCAGACACATCAGCTAGTGCGGTAGAAGATAATGTTATTAGACAACTTGCGGCTATAGCTATAATACTTTTATTCATTTAGTTTCTCTTTTTATTTAGTATTCAAATACAAAATGGTCGGTGCTATTCGACTAATTCGATTTTAGTAAAATCAATTTTATTTTCTTTCGGTGAACGCTCAATTTCGCTAACGGCTTTAAACTTGTTAAACAGGATATAACCAAAGCAAGTAAAAAAGAGTCCAATAACGACTGCGCCAACCCATTGGATTTGCAAGAAATCTAATTTAAATAACAGGGTAAGTAAACTAAGAGCAATTAAATTGCCGAAGAAATATTTCACTCTGCCCAGCCTTGCAACACTCAAGTTCAAATTATCTGTATAGAGACGGATCAATGAATCAAGTGAGTTAATAACGAAGGTTATGCCAACAAATGCCATCGCGATATTATAGAAACCAGCGGTCTCTAGCCCATTTGCACTGTAGTAATACAGTACTGAGAACCATATGGCGATTGGAATAGAAGGAAAAACCAACATCGCTGCCAATACTTGATAAGTACGAAGACCTCCAACAAAACGAGAAGTAAACTGGCCAATCATAATGCTCCAAGCAAACCACCAATAAAGGTAAAATTCATGGTAATCATTAAGAGGCAAAGCAAATTCGTGGATATTACCAAAATAACCGCCAATCATCGCGATAGTGTTGACAAACTCCCCAATACTTGAGGTTTCTGAAAGAAAAGCCCCACCCCACATTAGACCAATCAATGCCAAAAATAACCATGTAGTTGCCAAACTTAATATTTTTACGTAACGAATATTAGTACTTGAATAAACCGCTGCAGCTATGACTAAAAATACAATCAAATAGAAGCTACTAACAATAGATTCACCATCGCCAAGTTCTGGCATATACCAAGGTAAATTGGTTAATAATAAATAGGCGGTAAAAGCACAGGTACCAATAATAACTACGTTATTTACCAGTTTAACCAGTGGGATTTCAAAAAAACGAACACGAGGTTCAATCACACAAAAATAGAAACAAGTTAGAAAGTAAAATCCCCAGATAAGAAATGCCCAGTAGCCAAACTCTATGGCCAACGGGTTAGTAAATCCATATTCGGGGTTGGTTGCTAAATCAGCATATCCGGCAAATTCGGTTAACGGAAACATGATCAAGCCAACATCTAGCCCAGAGGTAAACAAAATAGCAATAAAGGTAAATGTTTTAACCGGTGTTACACCGACACAGCGAATATTGCCCCACCGATATAATACAAAGGCGATGGCGGTAAAGGTAAATAACAGCCCAGCTGTTAACCATGTAGTCATAGTTCTCTCCTGAGCAAGGTATTAATTAATATAAACAAGTAGTACTCCTCTTTGAGGTTTATAAAAGTACACGGCAAATTTAAGCTGAAGATTTCAATTGTCGCCATCATGAAAATATCTTGATGGCGAAAATTAAGATCTAACCGTGTACTGACGATTAACGTTAGTTAATTTTTAGATTTGGCTTTAGTGCGCAGTTGCTATTAATTTTGCACTAAGCTAACAGGGGCGTTTGATGGCGATAAAACTTCTCGGCCACGAATAATATCGGCGGAACGTTCGGCGACCATTATGGTTGGTGCATTTAAATTACCGTTAGGAATAGTTGGAAATATTGACGAATCAACAACCCTTAACCCTTCAATACCATGTACTCGGGTTTGGGGATCTACAACCGACAATGCATCTGTGCCCATTTTGCATGAACATGACGGATGATAAGCACTTTCAACAAATTGACGAACAAAAGTGTCAATTTCGTCATCACTTTGGATACCAATGCCTGGCTGTATTTCTTCACCTCGATATTTATCTAATGCGCTTTGATTGATAATGTCTCTGGTTAGGCGAACACAGGCACGAAAACCTTCGCGGTCTTCTTCGTGCTCAAGGTAATTAAAGCGTATTTGCGGGTGTGCTTTAGGATCATTCGACAAAGCCTTAATAAAACCTCTACTTTTTGGTTTATTATGACCAACATGCACTTGAAAACCATGACCTGCAAAGGCCTCTTTGCCGTCATAACGCATCGCTGCAGGTAAAAAGTGATATTGTATATCTGGCCATTCTACGCTTGGTTTAGAGCGAATAAATCCACAAGATTCAAAGTGATTAGTTGAACCTAATCCTTTCTTTGTTAGGATCCAACGAACACCAATCTGCAATTTACTCCACCAATCTAATTTGCCATTTAAGGTGATCGGCTGCTTACATTTAAATTGGAAGTAAAACTCAAGATGATCTTGCAAGTTTTCACCAACGCCAGGTAAGTCATGTATCAATTCAATACCGGCATCTTCAAGGACAGCTTTAGGACCAATACCTGATAGTTGCAGTATATGTGGCGAGCCAACAGGACCTGCTGATAAAACAACATCTTTATTAGCTACAACGTCAACTATTTTTCCGTTGCGTTCATAACGTACGCCAACTGCTTTTTTGCCATTAAGTAATACTTTATGTACTAAAGCATGAGTTATCACGGTTAAATTTGCACGTGCCATTGCTGGTCGTAAATAGGCATTAGCAGTTGAACTGCGCACTCCCTTTTTTACCGTCATGTGCATTGGCCCAAAGCCTTCTTGCTGAGTACCATTATAGTCACTGGTTGCACTATATCCGGCCTCAACACCTGCATCAACAAAGGCCTTATATAATGGGTTTTTCATTTGGTTGCCATTATTAACGCCCAGTGGTCCAGTTTTTCCACGATATTCATCACCGGCAAATGCCCATGTTTCTGCTTTTTTGAAATACGGTAAACAATGAGCGTAATCCCAGTTTTGGGCGCCGTTGTCTTGCCATTCATCAAAATCACGTGCGTGTCCACGAACATATACCATGCCATTGATTGAAGACGAGCCGCCTAATACTTTACCACGAGGGCAATGCATACGTCGGCCATCAAGATTAGGCTCTGGCTCTGTTTCAAACTGCCATGCATATTTCTTGGTATTCATCGGAATAGATAAAGCAGTAGGCATTTGAATAAAAATGCTTTTGTCACTGCCACCAGTCTCAAGTAACAAGACTTTACTCTTGCTGTCTTCACTTAAACGGTTCGCTAATACACAACCAGCAGAGCCGGCACCGACTATAATGTAATCATAATTATCACTGTTCATTTAACACTCAACTTTATTACTTTGGTTGCCAACATTTAATTTTGGCAACTATTCAAGGCTTAAGGACGCTAACTAAGCTTTAACTTTATTAAAACGGGCTGTCTAATGGCTGTAACCCAACATACACCGCTTTTATTTGCGTGTAATAATCGAGTGTTAGCAGACCATTTTCACGGCCAACGCCAGATTGCTTATAACCGCCAACAGGCATTTGGGCCGGAGAAGCACCAAAACTATTTATCCAACAAATTCCTGCTTCCATCTGATGGGTCACTCGGTGAGCCCGAGTAATATCTTGTGTAAACACACCTGCGGCTAAACCAAAGTCAGTCGCATTTGCGCGTTTTATTACCTCATCTTCGTCATCGAATGTTAATACAGACATCACTGGCCCAAAAATCTCTTCGCGGCAAATAGTCATTTGATCAGTACAGTCGGTAAAAATAGTAGGAGCGACAAAATAACCACCCGGTGCATTGTCTGGTTGAAGGGTTTTCCCGCCATGTAATAAGGTTGCCCCTTCACTAACGCCAAGCTTGATGTATTTCATCACTAGATTTAAATGCTTTAAAGAAATCAGTGCACCAAAATTAGTCTCTTCTACCATAGGGTCACCTGCAATTATATTTTGGCTAGTGCGCTGAAGTAACTTTTCAATAAAAACGGGATAAATAGATTTTTGAACGAATACGCGTGTACCATTGGTACAAACTTCGCCTTGAGTATAAAAATTACCTAACATTGCTGCAGAAACCGCATTATCGACATCAGCATCATCAAAAATAATTAATGGCGACTTACCACCAAGTTCCATGGTGACATCTTTAAGCGTAGTAGCGGCTGCTGCCATCACTTTTTTACCGGTACCGACTTCTCCGGTAAAAGACACTTTGGCAATTTCTGTATGATGAGACAACCATGCACCTACCTCACCTGCCCCTTGAACGACATTAAATACGCCATTAGGAATACCTGCCTCTGTAAATATCTCTGCAAGTTTTAAAGCGCCTAAAGGTGTTTCTTCTGATGGTTTAAAAATCATTGAATTACCACAGGCAAGCGCTGGTGCTGCTTTCCAACAAGCTATCTGTAGTGGGTAATTCCAAGCACCGATACCTGCGCAAATACCTAATGGCTCGCGTCGTGTGTAATAAAAATCGCCATCTACCGACTGTTGATTACCTTCAACACCTGGTGCTAACCCAGCAAAGAATTCAATCGAATCTGCACCTGATGCTACATCAACGACTGAGGCTTCTTGCCATGGTTTACCTGTATCAAGTACTTCTACTTTAGCCAATTCATCGTTACGTTCACGTAATAAGGCAACCGCTTTAAGTAAAATACGACTTCGCTCAATTGCACTCATTGCAGACCAAGTAGCAAATCCACGTTGCGAGCTTGCAATTGCCTGCTGTTTAATTTTTTCGTCAGCAACTTCCACTTTGTAGATAACTTTCCCTGTTGCTGGGTTAATGACTTCAAATGTTTCGCCACTATCATTTGCCATGTAGGCACCATCGATAAAGTTTTTATAACATACTAATGACAAGATACTTCTCCATACTGCTTAAGCAGATCGACTATAAATTTTTTACAAAATTGCTCGGCTTGCCTGAACTCTTCTTCAGGGCTTGGGCTTAATGCACTACGTAACCAAAAACCATCTATCATAGCTGCTGCCTGCTTAGTGGCGATGAGTGCTAAGTCGTCATTTAATAATTGACGAAAAGAAAAAAGTAGATTGCTGTGCAAGCGCTTGCTGTTGATATTTTGTAGCCTTGCCAATCCTGGTTCATGCATTGATTGCGCCCAGAAACTAAGCCAAGTTTTTGTTGCGGGTTTAGAACGTTGCAATTGAGTGAAATTAGCCTCAATAATCATCATAAGTCGATCGGCTGGCTCAAGATGTTGACCTCTAACACGTTCGAGTAGCGCTAACTTCAATTGTTCAAGTAAGTGTTTAACGGTTGCTTCTACTAATTGCTGCTTGCCACCAAAGTAATGACTAATAATACCTGACGATAAGCCAGCGATCCGACTGATCGTTATTATTGTGGTGTTTTGTAAACCAAATTGTGCGACGGAATCTAAGGTAGCATCAATTAACTGTTGTTTACGTAAGGGCTTCATTCCAATTTTAGGCACTGACTTCTCGAATATTATTTTTAATTGAACGTTCAATTAATTATAATTCTAACGGTTCTGAATGAAATTATCAAGTTACTGTTATCATTCTAAAATGAAGATAAGTCTATAAAATCATTTTAAATCAATATAGTAAGCTATATATATGGGTATAAATATACTTTAAAACTTATAATAATGGTTAGTATACGAACTATATTTTAGGTTATAAATTGATGAGCGAGTGTAAATAAACCGCTATTATTTAGTCAGCGCTAATAAATAAGGTGAGATTAATTGGCTGTTTTTAATGAAATTTTAAAAGTTTAACGTCAGAGTACTTGAATTTTCGCTGGGTCTTACATCAACCCACTGTTAACGAATATCATCAGTGATCGTACTTTAGGTGACTTACTCGTTTAAGCAAAGGAGAATGCCGCAATATGACGCGAATGTAGAACGCTTAATTCAAGCATTTGTTATTAACATCATGCATTGCGGCTGTAGAAATTATTGATCTAGTTTGGTGTGTTACTTACCCTCTAGAAAGGCTAAACATTGGGCATTGTTACCTCGAAAGATCACCCTTTCGGCCTTGAGACCTAACTGATATTGATACATAGGATCATAGTATTCTTCAAGTAATGGCTTTAACCAATCTAAATGATAGTGCGTTAGACCCTTTTGCTGTTCAGTGAATGCCTTAGTTTGAAGTATCTGTAGTTGTGCATATCGTTCTGTACCTAAACGTTTACGTACTTTGAATAAGCCGTGTGCTAAATATTCACTAAAGGCAATAAAACCTTGCTCTACACCATAAGCTGTTTGATATTGCGCCGTCATCTTTATAATATATTCTTGGAATATATGTTCAAGACGGTAGTCCAAACTTTCTTCAATGACCACAATTGGCGCTAATGTCATTGCTTGTCGCAAACTTTCAGGTAAATGTACGCTACCAATTAATCGCCCTTCATCCTCTAAGATCAACGGTTTATCTAAACTATAATTACCGGTAATGTATAATTCAGCCAATTTATTTTCAAAGTCTATCTGGCTGGGTTGTGCGGTAACAAAACCACCAAAACTTGAACCGCGATGACCCGCAACCCCCTCTAAATCAAGACTATTGCTACAATGAGCAAGAAAAGGCGTTTTACCGCTGCCGGTATTACCAGCTAAAATAGTTAATGGATGTAGAGCAAGTTGCTCTAGCTCGCTGAGTAAAAATTGACGAAGTGCTTTGTAACCCCCGATAAGCAAAGGGTAATTAACACCTGATTCTTTTAACCAACGCTGCACCGTTTGAGAGCGCAAACCACCACGAAAACAATATAAATAACCTTGCGGGTTTTGCTGAACAAAGCTTTGCCATTGTGCCAAGCGATTATCTTTACTTTGTCCACAAACGAGTTCATTACCAAGGTTAATGGCGGCCGCTTGCCCTTTTTTTTTGTAGCAGAGCCCTACTTCCGCTCGTTCATCATTATTCATTAGCGGAAAGTTAACAGACTGGTTAAAAGCGCCTTTTTCAAATTCAATCGGTGCGCGAACATCCATCAAAGGAATTTTATTGCGAATAATAGTGCGAAAGTCGCTGCTGTCTAGTCGCTCTGCGGCAGCGGTGTGTATAGTCATTACAACAAACTCACTGTAGGCGAAGTTGCCGCCACTAGTTCACCAATAGGTTGTAGATTCAAGCCATTTTCTTGGCATAAAGCTTCAAAGGCTAACTTACCTGATGGCTGAACAGCAACCAATAAACCACCGCTAGTTTGTGGATCACATAAAAGTGTTTTTTGTTTAGGAGTTAACGGGCCAACATGTTCCCCATAACTGGTAAAATTACGTTCACAGCCACCCGGTATACAGCCTTGGTCAATGTAGTCATTAACATAGTCAATGCAGGGTATTTGCTTAAAATCGATAATAGCAGCAACATTGCTACCCTGACACATTTCTAAAAGATGTCCTAGAAGTGCGAAACCGGTGACATCTGTCATTGCCGTGACAGTTTCTAGAGCTGCAAATTTTTGACCGATAATGTTTAAAGCTTTCATTTCTTGTGGCGCTAGATGTGCATGTTCAGCTAATAATTTACCTTGCTTTTCAGCGGTAGTCATAATGCCAATACCTAACGGCTTAGTGAGATACAATAAATCGCCAACACCTGCGGTGTTATTACGTTTTATCTGCTCATTATTGATTAAACCGGTTACAGCTAAACCAAAAATGGGCTCAGGTGCATCAATAGAATGTCCACCCGCTAAGGGGATCCCAGCTTCAGCACAAATAGCTCTAGCGCCATCAAGTACTTGTTGGGCAATTTCAGGCGCTAAAATATTGACTGGCCAACCTAAAATAGCAATTGCCATTATCGGCTTACCACCCATAGCATAAATATCACTGATGGCATTACACGCTGCGATTTTACCAAAATCAGTGGGATCATCAACAATCGGCATAAAGAAATCGGTAGTTGAAATAACGCCTTGGCCATTGCCTATATCAAAAACGGCTGCATCATCTTTAGTGCTATTACCCACCAATAGTTCTTTGTGTTCAGGCAATACCAGTGAAGATTTAAGCATTACATCGAGTACTGATGGAGAGATTTTGCAGCCACAACCGGCGCCGTGTGAGTATTGGGTCAAGCGAATTGGTGTCATAAGGATTCAATAAAGTAAAAGCAATAGGCTAATTTACAGTAATATTGGCACCGTTACACCTGTGTATTACGATATAGCTGTTGATGTGAGGATAAATATTGAAATTACGGTTAATATTTGACTGGTTGGAGAATGTTATAATAACAAAATAGGCATTATTGCCTATTTTGTTTAATAGGTTTCTTATTAGCTAAGCTGCCCTCACTTTACTTAATCCATTCAATTAAGATTAAGAAATAAGGCAGGCTTGCAACGCTATATTATTTACGCGCAACTATATGCACAGCACTCGTTGAACGCTCTAAAAATGCCCCTTCACAATAAGCAAAGTAATATAACCATAGACGTTTAAATGTCTCATCATAACCAAACTGAGTAAGATCAGACCAAGAAACTAAAAACTTTTCACGCCAATGTGCTAGTGTTTGCGCATAATCTAGACCAATATCATCAAGCTGTTCAACAACAAGACTACTATGTTTGGTAATATTATCTGAGAGTACATTTACCGAAGGTAAAAAACCACCTGGAAAAATATAACGCTGAATAAAGTCTACGTTGCTTCTATAGTAATCAAAACGTTGGTCGGCGATAGTGATTGACTGTATAAGTAATTTACCACCATTTTTCAATAAATCATTACATTGTTTAAAGAAGCTAGGTAAAAATTCATAGCCTACGGCTTCAATCATCTCAATTGAAACGACTTTATCAAATGACCCTGTTAAATCGCGATAATCTTGTTTGAGTAAAGTGATCTTATCTTGCAACCCTAACTTCTCAATACGCGACTGGGCATAATTAAATTGCGCGTCAGAAATAGTTGTTGTCGTTACTTTACAGCCATAATTTTGTGCTGCATATATAGCTAAACCGCCCCAACCTGTTCCTATTTCTAGTAAATGATCGCTCTCACACAAAGATAAACGCTGACAAATCGTTTCAAGTTTATGGAGTTGAGCTTCGTCTAATGTGGCATTTTTGGTCGGATAAATTGCAGACGAATACATCATTTCTGGATCAAGAAAACGCGTATATAATTCGTTACCAAGGTCATAGTGAGCAAGAATATTTTTCTTTGACCCTGATTGAGTATTTCTATTCTGCCAATGCGTTATGCTGTTCTTAAACTTGTTTAACCATGACTTTTTTGACTCAAGGCTATCAGTTTCTTGTTGTGCTTTAGCAAAAATTCTAATTACATTAGTAAGATTAGGACTGCTCCATTTTCCTTCGATATAGGCTTCGGATACACCGATACTGCCACCTTTAACAAAATCACGGTAAACACTTATATCATGTATATTGATCTTTCCTTTGAGCGGCGAGCTTCCTGGTGCTTCAGGGAAAATGTTATGCTCTGTTCCTTCCACCACTTCTAATTGGCCATATGATAACTTCGAAAAGACAGAATGAACCATGTCACGACAACGCTTATCTATCCAATTCGCTGTCTGCAAAGTTCTAACACCTTCAATTTGTTCCATTTGGTACTCCTTAATCTTATTTTACAATCTATATATTAATTTGATTTTTGATAGCCAATAAAGGGTATCCGTTTAACGAACAACCTTACTGCTTGCCAGTAGATGCCCCAAACAACTTTTACTGTCATTACAGGAAGTTGACACCAGATTGCCAACAAACTTTTCTTAGTAAATGGCTTCTTTTTCATAACAAGACTGGCATCGAATAATTTACTTACTTCGCCTGTCTCTTCATTAATTGTTTTGTTTTCAATTTTAACCAGTAGCTTATCGTGTTCAGATGACGGCGGCTTTACATGCCAAAAATATGTCATTGCCATATCCATAAAGGGTGAAACCTGAAACTCTTTTTTACTGGTGTTAGCCGTTTTTTTATTGAGTAAATTAACTAGATAAAAATGTCTTTCATTCCAAGGGGTATTGCTAACCTCTGCTAACATTTGAGTACATTCATTTTTTTCGTTATAACAAAAATAAAAATTAGCTGGGCTAAAATATATACCAAAACATCTAACTTGTACCAACATGACAATTTTAGCTATCTCATTGTGTCCATCTAATAGAACAACTTTTTGTTTTATACGATCCTTAAGAGAGGATAGTTCACCCTTGACATAATCTTTTTCAACAAAGCGTAAAGGATGAAACCACGAAAAACCAAAAATCCCCATACTGTTACTATTATTTTCTACATCATCAACGTCTATCGCGAGCATATACAAAGAGTAATCAAAACTATGCGCCTTAGGACTAAAGCGACGGTGAATTATATTACCTTGATAAATATTGCTTTTGTTGAATAATTCAGACATTTTTAGCCTTTAACAGTAGCTGCTATATAACATTCAAACTTATTAGCCACTTCCACAGCACTTCTAACACCATCTTCATGAAAGCCATTATGCCAGTAAGCTCCGGCAAAGTGCGTATGATCGACACCACAAATGAGTGATCTGCTTTTTTGAGCGGTGATTGAATCAGCAGAAAAAATAGGATGGTGATAGGTAAATTCTCTTAATATTTTTTTCGGATCAATATCTTCTTTCTGGTTTAATGTCACACAAAAGGTATGCTGACTTTCTATGCCTTGCAAAATATTCATATTGTAAGTAACACTTGCTGCCTTAGAGCGATCTTGACTGAGCTGGTAATTCCAACTTGCCCACGCTTTCTCGCGATCAGGTAAAAGTGTTTTGTCGGTATGTAAAATCACAGAATTGGCACTGTAAGGCATAGCAGATAGGATGCTATTTTCATTATCAGTTGCATCATTTAACAAGGCAAGGGCTTCATCTGAATGACAGGCAATAACAACTTCATCAAAGGTCTCACTAGCGCGCTCGTTAAAGTGCAAGTGAACTTTGTCGTTGCTACGCGTAATCCCTGAAATATCAGCATTAAGTATTATATTATCTTTAAATGGCGCACATAATGGCGTTAAGTAACTTCTAGAGCCTTTTGGTATAACGTACCATTGAGGCCTGTCAGCGATATTAAGTAAACCATGGTTATGGAAAAATTGTACAAAAAACTTAAATTCAACATCTTCCATTTGCGCTAATGAACTTGACCAAATAGCAGCAGCCATGGGTAAAATGTAATGCTCAGCAAAAAATGCGCTGAAATTATTATCAGTTAAAAATTTACCTAATGTTAACCCTTCCTGATAATCATTGTGCTGATAAATACTTTTACAAAGTTTATTGAAGCGTAATATTTCTTTAACCAGAAACCAGAACTTTGGATTAAATATATTTCTTCTTTGCGCAAATAAAGTATCTAAGTTATGGCCATTGTATTCCAGTCCTGTTTGACAGTTGTGAACAGAAAAACTCATCTCAGTAGCTTGTTTACCAATACCAATCTCTGACAATAAAGCCAAGTAATTAGGGTAAGTTTTATTGTTAAAAACAATAAAACCTGTATCTATGGCAAAAGTTTCATTCGCAATTTCAACGTCTACTGTGGCGGTATGACCACCGATTTTGTCATTTTTTTCAAAGACAGTTACCTGGTGCTTTTTTGAGAGTAAATAAGCCGCGGTTAAACCAGAGATACCAGAGCCAATAATAGCAATGTGCTTCATGCTTTTTATTTCCTTAAAATAATTGATTGCCAAAGAGATGCAGGTAAAAAAGAGAATAACTTTAAGGTCAACGTAAGCCTTTTTGGAAAGTGCAAATAATTAGCTCGGCGGTTAACACCTTTAAAAATTCGTGCAGCGGCTTCTTCACTAGATAATAGAAACGGCATATCGAAGGTGTTTTTTTCTGTTAGAGGCGTCTTGATAAATCCAGGATGTACCAATGTTACACCAATATTTTCAGCCACCAGATCAAGTCGTAAACTATTCGCTAAATAATCCATACCTGCTTTTGAGGCACCATATGCTTCACTTCTTGGGAAAGGAACGATTGTTGCGCTTGAACTAACAAATACCACCTGCCCACCTTTATTGGTGAGCGGTAAGAAAAATTCTAAAAGAGCACCTAGTGAGGATAAATTTGTTGCAATAATATCACTAAATAGTTTGCCGTCGAAATGCTTAGCATCGTCGATGTAACGGCAGTCGCCTGCATTTAATATCATGATATCGATTTCTTTGATATCAACAGCAGCAGACTCTATCTGGGCAGGTTTGGTCATATCGAATACCAATGTTTTAAAAGCCTTACTGCACAGCTTATCTAATTTACTTTTATCACGTCCACAAGCAATAACATTGTCACCCTGCGCTAAATATTTTTCATATAAAGCGTGGCCAATACCTGAAGTGGCGCCTGTGATTAAAACAGTACGAATTGCCATTACTTTGCCGCCTTTTGCTTAATTAATTTTATTAGCTTACCTAAAACAGGTAATTGTTCATAAAGCATTGCGCCAAGGTCTAAGTAATCTCGGTGGTAAATGACTTTATCTTCATAACCTTTAATATGGGAGTGGCCTATTACATTGATAAGTTTACCTTTATTCAACTTGGGGTGTTGATATGACATCGTCCAATAAATAGCAGCTTGATCTTTTTCAGCAATAATATTAGTAATAACAAAATCACAAGTCGATAGATTTTGATATAAATTTTGAAAATATTCAAATAAGTTATCAAAGCCTTTAAGCTCATGAATGGGGTCAATAAAAATAACATCACGATGATAAATCTTTGACAGAAGATCTAGGTTGTCGGTAGAAAGAGTTTGATAAACGTTAACAAAGTTATTTAACCAAAACGGCGAAGTGGTTGATGTATCCTGTGGGGCATTATTTTGCATTGCTGTTACCGTAATGGCATTAGCTAATCATAGAAAGTTTGATTAGCTAAAATTATAAGTAAGCCAGTTATACCTTATAGAAAGCGAGAGCTTTTAACCTAGCTTCTTTATGGTCAACAACTGGTGGCCAGTAAATATTTTTTTTGTTTTTTTCTATAAACAAATGCGGAAAGTGAATATTTTTATCTGGAACACTTCCCAACTCTGGTAAATACTTACGGATGAAAATGCCTTTTGGATCAAAACGTTCACTTTGTCTTATCGGGTTGAAAATTCTAAAGTATGGCTGTGCATCACAACCGGTACTTGCTGCCCATTGCCAGCCACCATTATTAGAGGCTAAATCACCATCGATTAGCTGACTCATAAAATACTTTTCACCAAGACGCCAGTCGATTAATAGATGCTTAGTCAAGAAACTTGCGACAACCATACGAAGTCGATTATGCATCCAACCCGTTTGATTGAGTTGTCTCATGGCGGCATCTACTAGTGGATATCCTGTTTTACCCTGACACCAAGCATCAAACAAACCTTTATCATAATGCCAATGAACGCCTTGGTACTTCTCATTAAAGCACTGGTGTTTAGAAAGCCTTTGTTCATGAAACATTAAATTTCTATAAAATTCACGCCATATGATTTCATTTAACCATGAAAATTCTTGACTATCTGAAGCGATTAATATGTCTGGGTAGGCGTTAATTAAAGTTCTTAATATATACCTGGGACTAATGACACCAGCGGCTAAATAAGGTGACAATCCCGAGGTGCCCTTAATGGAAGGGATATCTCTTTGATCGTGATAATCAGATATTTTTTCATTAAAGAAAGTAGGAAGTACATGTTTTTCAATGTCACCAACAAGTGGCCAACCAGAAGATATACTTGCATCAGAAAGAGTATCTGCTGACGATACTTTAGCGGTACTAGTTGCTATTTTACCTAAATAATCAAAGCTATGTTGCTTAACATAAGTCAACCAGGCACGTTTAAAAGGAGTAAAAACCTTATACATCTGGTTAGATAAATTAAGAACTTTTCCCTTAGGCACAATAACATCAGCTTCAAATAAACTGAGCTTTATACCCAGTGCAACAATAGCTTTATCACGTTTTTGTTCATTAAATTCGACTTCACTGTTGGCAACAATCTCATTGATATTTTCTTTTTCACAACGAGCTTGTAAGTATGAAACCTGATCTTCAAAGGTAGCGGCGTCAACTAATTCTAACTCAATACCAGCTGACAAAAGCTCTTCGCGAAGTGCTATGGCATGGCGTTTTATAAAATCAATCTTTATAGCAGACCAATCATGCTGCTGCCATTGTTGTTCAGAGATGAAAAAAACGGCTTTAAGGGGAGCATTATCTTGATTGTTTTTTAAAAAATACTGTAATGCGGGATTATCATGACTTCTAAGATCATTGCGAAACCAAAGTAACAAATTTTATTCCTTTATCATTGACTGAAAGTAATTTTGCCCGTTTAACAAATTTTATAATCATTGCTAATGGTTAAACAGCCAACGACTGATGCTTTATTTTATAATGAATACAAGACTTTATAAAATAAACATCTGCCGTTTGACTGATGCTCTATTTTGTAAAGCAAATGACTTAAATTTGATAAGCATTAATATGAATATCTTAACCTTAGTGCGTCAGGATAAGGTGCTAAATAAGATTGATTTGTTAAATAATCTTTAGGGTATTGTAATAGGTAATGCTTGATTAACGTTAAAGGAACAACTAATGGCACAAGTCCTTCACGATAAGCATCTATCTGATCACACAGCTCTTGTCGTTCATTAGCTTTTAGATGCTGTGAAAAATATCCTTGAATATGGGCAAGAGTATTTGCGTGTTTTTTACGAGTCGCTTTTATTTTTAGTGCAGTCATTAGCCCTAAAATATATTCGTCAGCCATATCAGCAAGCGGCATATCTGCTCTCGCTAACAATCGACCTAGATCTTTGTAAGCAATTAAATCATGACTCATTACTGTGTACTTATATTTACTGTGAAATGTTGTTAATTTGTGTTTAGTTAGCCCTGTAGCAATGAGATTTTGCCAATGCTTGTAAGCAAATACACGAGCGACAAAGTTTTCACGGAGCACCATATCGTTTAAGCGACCATTTTCTTCACAAGGCAGTAGTGGGTTAGCTTCCATAATAACTTTAGCAAACGCACCTATGCCGTTAGAAGGTAACGCGTGACCCTCTGGATTATAAACTTTAACCCTTTCCATACCACAACTTGGGCTTTTAGCACAAAAGATATAGCCACTTAAATCTTTAGTCGCTTTGGCGACTTTTTCACCGTAAAGCTGAAGTGCTTGTGTAACATCACCACTGCCATCAGGACGAGATACATGAATGACATCGTCCTTTTTTATTAAACGAATTGTCGGCCTTGGAATAGGTAAACCTATTGCGACTTCAGGACAAAAAGATTTATACGTTACGTGATTACTAAATTCTTTTATACAAAAAGTAGAAGGTTTGTTACTTGCATCAAAGCGAACTTTCTCGCCAAGCAAACAAGCACTAATGCCAATAAGTAAATCTTCTTTGTCGACTGAATGAATCATATTTTTCCCTAAAAATTTTAGAACATCTGCTTAATTAATAGATAAAGGAACCTATTGGATTCAGTAATTTATTAATGCCCTGTGTAAAGTGCATAGCGTCATTAGCTACAGTATAACAAAGACAACCATTGCTTGAAATTGGATTATGAAGATGCTCACCATCAAGCATAATAAAGTCACCTTTTACATATTCACCCTTTTCATCATGAAAAGAACCTTCTAATAATAACGTTAACTCAAAACCTTTGTGGGTATGTTGAGGAACAGAGCCGGTTGGCTCCATGTGCAACAAATTAGTATGAATTTCATTTTCATCAAGCTGTACACGTTTTCTTGCTAGTTTACCTATATGTGCTGTTTTTCCCAACATCATATTATTCAATACGCTAGGTAATTGATAAGACTTATCTTTAAAACTGATTGTTTTTGTTTCAACGGGTTGCATAACATCAACCGCATCAGAATCTGTGATGCCATTAATCATGTCATCAAAATTTATCGCTAAAATACCTTCAGAAACTAAATCGCCACCACTGTGAGTAGTATTTGTAGTTGACTCATCAAAATTCAATTCTGCTACCTGGTCAGTTAACAGTGATATTTTCTGTTGACAAGTTGAACACATACTAGCGTGAATGGAGATACCTGCGGACAAAGAAGCCGGTAAATCACCATTAACAAACGACTGTATTAACTCAAATTTTGGGTGATGTTTAATCATGATTTTCTCCTAACTGCACTTTGAGTTTTGCTAAAGCTAAACGCAAACGAGATTTTATAGTACCTAGAGGTAGATTTAGATGGTTCGCTAGTTGTTCTTGAGACATTTCCATAAAATAGAAACCTTTAACAACTTGCTGTTGCGCTTCTGGTAATTTCTCAATTACTGATAAAAGCTCTTTATTTTCAAGATGATCATCAAATGATTCATCTTCACTTACTTGGCTTTCTGCTAATGGCCAAATGTCATCACTGAGGTTGTCTTCTTTATTGCCCTTAATCTTACGTAACATATCAAAAGTTACATTTCGCATGACTGTATAAACCCAAGTCGTAGCAGCTCCTTTGTCTTTATCAAATAGATGGGCTTTGCGCCAAATATTACTCATGGTCTCTTGAACCACTTCGCTTGCTTGTGCTTCATTAGGGAATTTACCCCGGGCAATTCGTTGAATTTTAGGTGCAAAAAAATGAAACAAATCGGTGAATGCTTTTTTATCTCTTGTGCTTGCAACGTCGTTAAGCCACTGACAAAGCTGAGGATGATTAATTTTTTCTGTCATGTTACTAGATTTAACATTTGTCACTGTGCTTAGCAAGTTAGTTTGCATCACTTCTATCACCGTTTTATTATATTTAAATGCTTATACGGATAAAAATGAATAAAGATCACTAATAACTAAATATATTTATATTTATTTATCTATAACAGATTGAACCAATTCTTTTGCCGCTTGAAAATCATGGTCAATAATAAATGTAGCTTTAATGTCTAAATCTATTGGTAGCAGCTCTAGCCATCTTGCAATAACCCAAGTTGGACGAGTGATTTCTTTTTGCTGATATAAATCATCTAAGTCCGGATTGTTCGTGAACACGTTTGCTAAAGACTCTGACAACTCAGAGAGTGAAGTATCGACTGAAGATTGTGACCAATGATGAATTTGCTTTACATCACCAAAATACAATTTATCGCTATCTAAGGTTAACGTATTAATTTCTACTAATGATTTACATTTGACATCAATTTCTAATATTCCGTCATTTCCTTGATCAAAATTAATAATTTCGACCCAACTTCCCCACAGTGAATTGGTAATATCATTATTGCTATTCTTTGACCATATAACGAAGCCACCATTTTTAGAAGCAATACCCACCATTTTTAAATAGCGGGCTTCAAATATTCTTAATTTGGTGATTCCCTCAGGTAGAAGGAATATAGGCAAAGGAAAAACAGGTAAATTGATTGTAGTTATTTTCATATATTTATTACTTCTATTATCTTATTAATATATACGTTTATGGACACAAAATGATCACAATTACATTAAAATCACATAAGCAGAGGTGTAAAAACATCTATCTATGTGGTCTATGCATCTAAAGTAAACTACATTCAGTTAAGCCACTATGCTTTGATCTGAGCCGATAGAGATTACTTGTTCATTATTACCGTCATGGTTTGTCATACGTTAAAAAACAAGCAATCGATCACATAAAGATAAGTAACAGGCAAAAAAAAGCCCCATAGGCTGGGGCGTAAAAATATGCATATAAATAGGTTATGCATCAAAGGGTAAAACTATTTCTTAGTCAGAGTCACTATGTCATGTCGATAAAGATTAACTGTTATCGTCATATTTAGTTATACGTTATTGGCCAGATAATCGATCACTTAAAAGTAAATAATAAGCAAAAAAAAGCCCCATAGGCTGGGGCGTAAAAATATGCATATAAATAAGTTATGCATTAAAGGGTAAAACTATGTCTTAGTCAGAGTCACTATGTCGATAAAGATTAACTGTTATCGTCATGTTCGGTTATACGTTAATGGCCAGATAATCGATCACTTAAAAGTAAATAATAAGCAAAAAAAGCCCCATAGGCTGGGGCATAAAATCAACTCATTAGAAAATGTAATACGACCTATTAATCAAGAATTACGGTATCGATACCAACAGATATTTTGGTGTTAGATAATATTGCATCTATTCCTGTAGCCTGAAGTGCTGCGACTAATGTAGTAAAACTGCCAATACTAATAGCAGCATCAACAATGGTTATTTTTTCTTTTTGTGTCTCTGTTGTTTTATCATCATTACAAGCTTGTAGAAAAAACATATTTATAATGGCTACTGTTAATACTTTAAAATATTTCACTTTGCTTCCCTTATAAGCTTATTGAGTTAATTTCATTTCAAATTACGCATAAAAAAAGACAAAGTTCACAATATTTTGATAAAATATTAAAACAATTTTGAATGATCTTATAAGATTAATACTACGTATTAATTTAGTTATTCTAATCATTGGATGTACCTATGAATTATCTTATTACCGGTGGAACTGGCCTCATTGGCCAAGCATTGATTAAATCTATAAATACCGAAACAAACAAGATTACGGTGTTAACTCGAAATATAAAATCAGCAAGTTCAGTCATAAATAAAAAAGTCCAGTTTATTGATAAACTCTTACTTACCAACATAGAAAGTACTGATATTGTTATTAATTTAGCCGGCGAGCCTATTGCTGATAAGCGTTGGTCACAAGAGCAAAAAGATAGAATTTGTCAAAGCAGATGGGATATTACTGAAGAAATAGCACAGTTAATTTCTATTGCAGAAAAACCACCAAGTTTGCTTATTTCTGGCAGTGCAATTGGTATATATGGTCGACAAAACAGTCAAGCCATTGATGAAACCTTTAAAGATTTTCATCAAGAATTTACTCATGAAGTCTGTGCAAAGTGGGAAGAAAAAGCCTTACTTGCTTGTTCAGCAAAGACTAGGGTTGCTCTATTACGTACCGGGATAGTATTAGATAAGAGTTCTGGAGCCTTAGCTAAAATGTTATTACCGTTCAAATTAGGTGTTGGCGGGAAGATAAGTAAGGGCGATCAAATTATGTCTTGGGTGCACATTGACGATATGGTCTCTGCAATATTACATATAATTGATAATGACAACTTGTCAGGACCAATAAACATGACATCTCCTAATGCGGTAACCAATGAAGTATTTTCAAAAGCTTTATCAAAATCACTTCATCGTCCTAGCCTTTTCACTACGCCAGCCCCACTACTTAAACTTATTTTTGGTGAAATGGCAGAGTTGTTGCTGTATGGACAAAATGTGGTACCACAAAAACTATTAAATAGCGGTTTCGTTTTTAAACATAATAAAATTGAAGCCGCTTTAACTGACCTACTACAATAACTTAATTAGACTGACAGCTTTGGTTTGTTGTTTCCTTATCAAAAAACAATGTTATTTCAGCAACCTGAACACCAAATTTAGACATAGCAGTTTTGTTAAAGACCTTATTTTCATCTAACTGATACATCCAATCATCCATAGCAACTTCCATTATGTCACCATCAAGGTTTAACGATAATGTATATTGAAACTGAAAAGCAAAACCTTGATGCTTGCCAATAGCCTCACCGACAACATCTTCTGCACCGCCAACATAACTTCCATCAGATAGTTTAGTCAATTGCCAATTACGATAGCTTATTTCACCGTCATCAAAGTAAAATTTTTCTGCAAGTATCCCCTGATTTTCTTGCCAACTTCCTTCAATTTCGACACAAAAACGTCTTTTAACTTCATTGGTATAATCTTGAACTATTCCCCAAGCAATAACCTTACCATCAAAGTAAGATTTTATATCAAATGGCTTAGCTACTGGTTTGTATTCCTCTAACTCTACCGAACAGCTAGAAATAAATAAGCTTGTGGTAATAAAAGCTAGAGTTCTTATATATTTATTCATCTTTGTTAATTCCTAATAATTCAAGCCTAAGCTTAGGTTCACTGGTATTTTTTGATAACCATATATCGAGAAAAAGTTGACTAAATTCTTGCTGTTCAATTTCACCAATAAGATCGTTATTAAAATAAAAAGTACTCTTATTATTACTGACATATAAAGACAAACTATCGCCCTCTTTAATATCAGGCCATATTTTTTCAAGCATAGGTACATAGCGTTCAAAGTTTTTTCTTGGCACACCTAAATGCTGCCATTGTTCGACTGTTCGTTCAATTAAGTCTTTACTTGAAATGTCAGTCAAATAGTTAATCTGGTATAACAATTTTTCATCCGTTAACTCAATAGGATATTTTCCAGAAGTTGTCAGTAATTTACTTTTGTACAAGTCCCAAAAAAGCACAGAAAAAGTTGTTTGACCAACAGGTATATAAACCTGCTCTGTAAGAATATTATTTAATGTGTCTGGCTTGATATCATCAGTTGCTAACACTTGAACGGTAATAAATTGTTGTAACATGGTGATAACGATCAATCGAGCATAAAATTTAAGCATGATTTACCTCTTGGGTAATAATTTTTGATTTCAAATAAAAAAACAAAATAAACAATGTCCCCCATACCAACGCTAAAAGGGTATAAGTTGTAAGCATAGAATAACCAAAATCAACCGCTGATAATTTATAACCAGCAATATAACTTAATGGTGATATTAATCCTCCTATCACTAATTGCAGGACCTTAGAAGAAGCCAAAAATTGTAAGCTATGACAAATGGTGGCGGCAAAACTAGCCCACAACATCATCAGCCAAAAAGGAATATGAGCTTTTTCAATAAAAATGAAAATATTGAGCTGCTGTAATAATGAGTCAACACCAATACCAATGACGCTGACCAACAAGATTAACAACAATTCTTTATAATTCTTAGATTGAAAAAACAAGTGGGCAAGTAGAAGCATAAAGGCGAATGGAATAAAATTATTTCCCCAATAAACCAAGCCAAACCATGAAACATTAAAACCAATTAAATTAATCAACATATATTTATCAAATCAACCTTTTTTTCTATATACGTATCAATAAGAGAATAAGATCTATCCACCTAGGTTTAGCACAACTTATATGGAATATTTGTTCTTATATAAGCTAGCGGTACCACCATTGCTAAAATTAAACGGAAATACATTTTTGCTTTGATAGTATAAGTTTTATATCGCATAAGTAACATTGTGAAACCTATGATGATTACACTAGAGGTTATTAGCGTTGCAATGTTCTGTGCTAACAGTTTAGAGAGCTGTACCTACAAAAGCCAATAGGGTAAAAATGCCCGTTAGCAAAATAAAAGTATCGCTATATACTTTATACCCAAAGATCATTCTGAGCGGTAAGCTCTCCTGGTGAATCTCCGGTATTAACGACACCAGAAGGTTCTATAAGCATTATTTTACATTCATCTTTTGCATGAGGTTTATGTTCAACGCCTTTTGGCACAACATACATTTCACCCGCAAGAAGGTCCACTTTGCCATCCCTAAACTCAATACTCATAGCACCTTCTATAACAAGGAAAACTTCGTCGGTGTCTGGATGCGAGTGCCAAGTAAATTCATTTTGAATTTTAGCCAATTTAAATTGATAGTCATTCATTTGGGCAACCACTCTTGGTGACCATTGATCAGAAAAATGAGTGAACTTATTCAATAAATTTATCGGTGTTTTTAACATGAGATTCCTTAAAGGGAGAGTGATTTTTAATGTCCACTGAGCGATAGCGTAAAGCGCCCTTAATTGTCTAAAACGCTACACTGTAATTGTTCCCGTTAAGTATTGCACCGCTTTACCCGAGATATAAACTTTATCTCCTTCTATGCGGCACATCAGTTTTCCTCCTCGCTTAGAAGCTTGGTAAGCGATGAGGTCGGGGTTGTTTAACTTTTTAGACCCTGGTATGAGAGTGTTAGTCTAAGTTTAGGTTTCCAACTTAACAATAACGCTACACTGTAATTGTTCCCGTTAAGTATTTCACCGCTTTACCAGAGATATAAACTTTATCCCCTTCTATGCGACACATCAGTTTTCCTCCTCGCTTAGAAGCTTGGTAAGCGATGAGGTCGGTTTTGTTTAACTTTTTAGACCCTGATATGGGAGTGTTAATCTAAGTTTTCCACTAAAAATAACGCTACACTGCAATTGTTCCCGTTAAGTATTTCACCGCTTTACCAGAGATATAAACTTTATCTCCTTCTATGCGGCACATCAGTTTTCCTCCTCGCTTAGAAGCTTGGTAAGCGATGAGGTCGGGTTTGTTTAACTTTTTAGACCCTGGTATGAGAGTGTTAGTCTAAGTTTAGGTTTCCAACTTAACAATAACGCTACACTGTAATTGTTCCCGTTAAGTATTTCACCGCTTTACCAGAGATATAAACTTTATCTCCTTCTATGCGGCACATCAGTTTTCCTCCTCGCTTAGAAGCTTGGTAAGCGGTGAGGTCGGTTTTGTTTAACTTTTTAGACCAATAAGGCGTTAATCCAGTATGAATTGAGCCCGTTACTGGGTCTTCATCACCACCATTTGCAGGCCAGAAGTAACGAGAGACAAAATCAAACTCTGTTGATGTTGATGTCACCACTACATCATAAGGAGCAAGCTGCTTTAATTCGTCACTATTGGCGATAACAGCGAGCACATCACTTTCATTTTTGTAAATAACAAAATACGCTTGGTCATTTAATAAAACGTCGATGGGATTAATCGACAAACCATTTAATAACGCCGCAGGAATTTCATTTACGACTGTAGGCTCTTTATTAGGGAAACACATTTGTATAAGGCCATCGGGGGTTTTTGTAACTGACAGATCACCCACGGCCTTTGCGAAAAAGTTAATTTCTTTAATTGTGTTATCTTTAGCAAAAATAACAAATGAAGCCGCTAGCGTGGCATGCCCACAGAAATCAATTTCGGTTATCGGTGAAAACCACCGTATTTCATACGCTTGATTATTAATTCGTTTAACAAAGGCAGTTTCTGAAAGGTTATTTTCGATAGCAATAGACTGCATAAGCTCTGTAGTCAGCCAGTCTGAGGTTATAATGACAGCCGCGGGGTTGCCTTTAAACGTCTCATCAGTGAATGCATCTATAACATTTATCTGTAGTTCCATTAAAAATAATACTCCAGTGTGATCAATTTATCAGTGTTTTTTATCAATAATTGAGGCTTATTGAATAAAGCGATGGTTGCTGTTCTCGTTGGGTTCTCTCTGTTTACAACGTGCGCAGTATAGTACTGCGCACTTAATTTTATATGCTAAAAATTTTAGCGTTATGCGTTTTAGTTACACATCTAAAAACTAACCGTATTGATATCAACTGCTTTTACCTTACCGTATTTTTTTGCTTTTTCACCAATGATGTCAGCCTTACCTATAATGACTAACTGTAAGTTTTCTCTTGGAAAAACAGTTTTAACAATCTCATTTGCTTTGATGACATTTAGCGCATCAACATTTTTTTGAAAATCGTTAATAAAAGTATTATCAAGCTGTTGAACCCACATAGTAGCCAGTAAACCAGCCAGTTGACGGCTTGTTTCATATTTTGGAGGGAATTGCCCTTTAACATAAGCTTTAGCAGATTCTAAGGTATCTTTATCAATACCCTGCTCCCATAACCTGTCATAGGTTTTTAGCGCTAAATCGATGGCTTCAAAGGTTGTTTCATTTTTAGTGAAAGTAGATATAACAAACGTACCCTCGGTTGAGTAGCTATTAAATTGACTTCTCGCGCCATACGTTAAACCCGAATTAACACGTAATGCGTCATTTAACCACGAGGTAAATCTACCACCCAATATAGTATTGATCACTTTTATGGCAACCATATCAGGATGATTAGACGCTATGCCTTTACCACCTATGATAAAAGTACTTTCGTTAGCATCACTTTTATTAACAACCAATACGTTTGATTCTGCAGGTGCTTTAAAGCTCTTTAAATTAGGAGCACTTATATTTTTAGATGCCCAGTCTGAAAATAAGTCATTAATCTTTTTTTCCATACTTTTGCTATTAAAGTCGCCAACAACAATAAGTGCACTATTATTTGCTGAGTAGAACGCCTGGTAAAAAGTTTCTATTTGTTTAATAGAAAGCTTTTCGATGGTTGAAATATTGCCATCAACAGGGTTTCCTAATAAATGTTGTTGAAAATATAGCTGGTTAAATGCTCCGCCGATAATTTGCCCAGGTTGTTCCCTACTTTGTTTTAGATTTTCGAGGTGACGTTTTTTCTCTTTAACAAATTCTTCATTGTCAAAGCTTGGCGCTAATAAAATATCTCTAAATACTGGCAACAATCCATCAATATCTTTACTGGCAATAGATAAGCTTAACGTAGAGGACTCCATACCAACGCTGTTGCTAAAGTTAGCCCCGTGAAAATCAAATAAATCTTCAATTTCTTTTTTTGATAATTTATCGCTGCCAAAACCAAGCGCTGTCCCCGTAAAGTTCGCTAAGCCATAATTGTCACCGTCATTAACTGCGCCAGCTTTAGTCACCACTTTAATATCGACTAAAGGGACTTCATGTTGTTCCATCAAATAAACGGTTAAGCCGTTTTTCAATGTCAGCTTTTGATAATCGGGTAAAGTAAATTCAGCGAATACTGGATGACTTAATATCATGATAAAGCTGCAAATAAATAAAAGGGAATGTTTCATCTATAAATCTCCTTCGCTGCTGTCTTGTTCAGCGGCTAAAATGCCAACCGTGCGGTTAGACTTTATTAAATAGGTACTCGCGACACGCTTAATGTCTTCAACTGACACTTTGTTCATGTCTGAAATTGCCGTAAACATTTTCGAATAATCATCAAAAAATAACGCATATGTCCCTAACGTATTTGCTTTACCATTGATTGTGGAAAGCGTGCGATAAAAATCTACCTGAGCAATGTTTTTGGTTTTAGTGAGCTCATGCTCAGTAACACTATTAACAATAATATTATTAATTTCTGCCACCATCGCTTGCTCAAGCACACTCGCTTTTACCGTACTGATCGCGGTAGCGAAAACATAGAATAGATTGGGATCAAATGAATCCGGCATATAAGTAAAAACGCTTGTTGCTATTTGTTTATCGTCGACCAGACTTCTAGACAAACGAGAACTTTGGCCATCGCCCAAAATAGAGGCAAGCATTTTCAATGGATAATAATCTGCATGGCGAGTTTCTGGTACGTGAAAAGCAAATAATACATTGGCAGAGGTTGAAGACTCCTTTTGCACGTAAGTTCGGCGTTCACCGAGTTGCTTAGGCTCAACGGTATGTACTTTTCTTGGGCTTGATTGTGCACTGATCGGTGCAAAATGTTTATTTGCGAGTTTTTTTACTTGCGCTAAGGTGACATCACCACTGATAACCACAACAGCATTGTTCGGTGCATAATATGTTTTGTGGTAGGCTTTGAGATCTTCAATCGACCAATTATCTATGTCTGACTGATGACCGATAACCCCCCAACTGTAGGGATGTGCTCGAAAAGCGACGCCTTTTACTTCTTCATGCAGTTTACTGAAACTTGAATTTTCTAACCGAGTTGACCTTTCAGAGGTCACTACGCCACGTTCACTCTCTACCATAGCTTCATCAATAGCGAGGTTTTCAATACGATCGGCTTCTAAACTGAAAATTGTTTCTATTGCACTAACCGGGAACCAATTAGTATAAGCGGTAATGTTTTCGGAAGTGTAAGCGTTATTAGCTCCACCAGCAGCTTCCATTAAACGGTCAAACTGTTTAGGGCCGTATTTTTTTGCACCATTAAACATCATGTGCTCAAAAAAATGTGAAAGCCCTGTTATGCCAGGATATTCGTTTCTAGAGCCTACTTTCCAGAATAAATACATGTTGGCATTAGGGATAGAATGATCTTCTAATACGATGATGGTCATACCGTTGTCTAAGGTAAAAGACTTAACATCTTCAAGCGTAGTTAAGGCACTTGCAGACAAGCTTACCAAAGCACAACAAAGTGCTAGGATTAATTTTTTCATGTTATTTTCACTATAAACTTTAATTGTCATTGATTGTATTGAGAAAAAATAAATGTGCAAGCAACAAAGACGCGTCAAACGAAATTTGTTAATAAAATGTTGATTTTTACATTGATGATGACAGATTGATGTCATTTACTGGTATAATTAATCATCCAAAAGATAACTGATATAGTGATTAATTTTAATGAAATATTCCCTTGAGAAAGTAAAAAACCGCTAATCTTTCAATGAGCGGTTTTTCTATTTTGACGAGATAAATATAGGCACGGGTTTACTTGCGCTGTATCATTTTTCTTTAAAGTAAATGCCAGCGCTGTGTTTTACTGTAAGCAACACTTTTTATATTTTTTGCCACTACCACAAGGACATGGATCGTTACGTCCAGCCATAGCTAATGAACTCACCGGTACGCTGTTCTCTAAAATTGTTTTTTCGTCATAAAGGATATTAGCTAATAAACCACCTTCAGCCATTAACGACTCAAATATATCATGGCCTTCACTTGGAAGTGTATCGATTAGCTCATCTTCAGAGTCATCATCAATCCATGCCTTTAACGTATCAACGACACTAAACTCTGCCTGAATAATACCAGACTCTATCAGCTTAGGTGCATCTCCCCTGTGCCAGGCCTTTACCTCAGATTTTTTAAAGCGGTCTTCGTCAAATAAGTCTTTATCACATAATTCTACAAACTGATGTTTGAAATTATCAAGTTGATATTCAATACAAGAATCGGCTAATGCACTCATTAAAAAACTACTGATTGGATTAGGTAAAGCCAAAAAGGCTGCTAGCCAGCGAGTTACATGTTCACTTAATTCCGTCTTATCAATGACACCCACTTCGTATTGAGCAAACACCGCTTCAATAGCAGAAGCTTTGCAGTACATCGCTTGATGACCATCAACAATGTAATCAGACAATACTTGTGTATTACCATCTGCCACATTATAAAATAAGGTTGGCGTTAATTCAGTAAGAGCATCTCCAAACACCCCTTCAAGGGGAGTTAAAAAGGAATCACTGCGCGAGAATAACTGCAGACATTTTGACAACGCGGGAACATATTTTAATTCTGCTAGTAATAAGGTGCCGAAAAATAAAATCGCCTGTTGCTCATCGGTAAGCGAAGTATCATCGGTAATAAATTGATCGATGAGTCGCTCTAAATCAGGATAAAACACTGACCAATTCATTTTAACTGCTTCTAGCGCTTCAACAGGTAGTTCGTTGCCATGTGCAGTAGCGATTACCAATAAAGCTTGTTCTAAATTCATGTAAGTTCCGCGTTAAATAATCAATAATGGGTGGCAAATGCCAAATGTTACATAATAAACACTTCCTATTGCCGTTACCAATGAAAGCACTAGATCTAATCAAATTTTCATTTGATATTTCAAATAGATCTAGTTTTGTTGCAACGAGCTATTATTTTTCGTCTAGTTGCTTACTGAGTTCACTTCGCCAATAGCCCTGTTGACCAAGCGCTTTCCAAGCCCATTTTATCCAACTTAAAAAAGCAAAACTAAGCCAAATAACCCAAACCAACATAATACCTTTATAAAAAATGGTTGAGATACTCACCACCGATACTTGGGGTAACAAACCACTCGATTTATCTGAAAACCATTGCAGGTGGTTACCGTATGAATAATTACCTTCAATACCCATACTAGGCGAACTCAACAGGCTGGCCGGAACCACAAGTAAAAGCGACACGATGGCGACAATCGATAACAGATACAATAAAACCTGCGATGCATTATATGAAAGTCGATTAATATTTTTTGGTCGATAAGTACTAGCAGTGATAGCAGCAAACCACAGCGCCATTAGCATTAACACTCCCCAATTACTTAAACTTAAGCCAAAGCCTAAGATTATCCAGCTCACGGTATTTAAGGGTGAAAAATTCACTCTTGAGACGAGTAAAGCTAATAAAATAAAAGCTAACAACTCCCCCCAATAAAGTACCGCTGGCCCCAGTAGAGGACCTTTAGCAGAAAGTATCCAGCGCTGACTACTCAAATTAATAATACTGGTAATGTTACTTATTGGCGCATTTAAGTTTATTTTTGGCGCAGAAAACAACATTTCTTCTTCAACACTGGCACGCATCAGTATCTGGACATTATGTTTACCAGGCAGTACTGGAATTGCCAGTTTATCGGCTTCTAATTGAAGATTAATCAGTTTGTTATCCGTTCTAATTTCTTTTAACTGATAACTTCGCGGCAATTCAATAATATGCTCGCCACCACGTGTACTTCGATAATCAAAAGATAAACTTAGCGTTGATGTACGTGTGCCTTGCTCAATGGTGTAATTCACTGAATCAATGGCTAACACTTCACCTTTTACTGGAACAGGTCGGGTAATGGTGAGATCGAGGCTTTCTCCGGGATATGGATAGAAAGAGTATCGATAATAATCATTATTGTCTTGGTCTTCTAGAATTATTGGTAATCCAGAAAGATTTGCATGCCACGCAGGACTAACAATCACTCGCCATAGCTCAATTAACGGCTGTTCAGGCTTAGCGTGCAAACGAAGGTCTTGTTGTTGAGCAACGATAGAAGTCCAGGTAAAAAAGTTAACTCCTGCGGGTAAAGTAACTGCCACTTGATTATCTTCAACAATAACCTCTGCGCTGGTAATATTTTCACCGGCTATTAAAGGAACCTTAATATTTATTGAACCGCTATTCGGCGCTATTCGTTCAACCTTAGTGCGTATCGTCCATAATTGGTCAACAGTCAGTTCTCTAGTCACTTTAACAAAGGGCTGTGTACTATAACGAGTTGAAATTTGCTGATTTTCGTTTTCCTTTTTATCGGTATTGGTTGCTAAGAAGGCCAAGGTATTGCCCGTTAACCGGTCAGCTTGGCGACCAACAATTTCCCAAGTGACTGAAGAGGATATATTAACGTGCTTAGGCTTATCTTTAAATTCAAGTTGGAATTCATCAACGGGAGCCACCTGCCCCCACAAGGTGATGGTAGATAATCCTTGGGCAATAGGAATATATATCCAACCTTTATAGTTAACTAAGCTTTCAATTTTATTTTCATCTGAAGTCTCACCTAGTAATAATTTTTCTGGTCGCCAAAATTCAGACTTAGGTAAAGCTAACGCAGTTGCAGTATTAGCATGAACAGATAACACCAAGGTTAATTCTTTCTCATCAATGCTAACGTGTAATCTATTGATAGCAACACAATCAGGCACGCACGATGGCGCTTCTGTCAGCCTCACCTTAAGTTCATCTAAGAGCTTTTGATTGGGGAAATCGGCGGCTTCAACATTAGGTATATAACTCGGCATTAAGAACAATAAAGCCAACATACTCGCGACTGCTGGAGGTTTAATTTTAGTGTATGCCTCGCTAATGACTTCTTTTAATATTAAAAACAGCCAAATCAAGGTCAACAATATACCCAGTATCTTAATGAACCTATAGATGGTTTTTGATAAAACAATCACCTCGAACGTTTGATCTTTAGCAACAGGACTATTCCAATTAATTTGATAGCTATTCCACTGCCAACTTGGAATACCAGAGCCAGCTTGCATTAACGCATCAGATTGATAACGCTCCATCATTAATTCAGCCATTTTCACTTGACTACCTGACACTATGATTCTTTCAACAGGTGCACTCATTAGATCTGCTGAGGAGATAACATCACTGCGCTTTCTGCTCATCTGTGCTTCTTTGTTTTTTACAACTACTCGTTCTCTATAACTGTCTGCACTTGATTCTCGTGACTCCAGCTGAGGGTGTATCACGGTTCGTAATTGGGTTGCAGAAAATAATAATATCGCGCCAATAGCAACCGTTATACTGATCCCCCAATAAGCCTTAACTAAGACTTTCATGCGTTCAAAGGGTTGATGCTTTTTAATAACGATCGCCAAAAGTAAATTAAGAATGGCGATCACAGGCGCGTTTATTTCTTGATATATAAAAAGCAGCATTACCGCAGTGGCAATACCTGCGGTGACATTAATCAATCGACTCGCCATTAAAGAAGATAATAAAACAATAAAACTTGCCCAAATTGACCAACTTGACCACCAACTGTTTGACACGGTATCGGCTCCAAACACGGCAAACAATTTATTGCCTGGAGGCAGATTTAGCTTCAATGATACCCGCTCAAAATCGTTGTTCCAACCGCTAACAGGTAGTTGTTTGGCTGAGTTGATAATACCTCTTGCTTCAATTTTCACCTGTGGATAACGGTTTTCGATGCCCCTTTCATTGGGTTCTTTGGTGGTAATTAATACTGAGCCATCTTGGTCTTCTGCAGACTCTAATAAATAAGGAGATTTCATACTTAAACGCCAATCATTGATCATTGCGCCATTAATATCATCATTAAAGGTGTAAGTTGAATGATCAAATGAAAGCCATAAGGTGCGTTTCAAGTTAAGTTGATTTTCTAAATGTAAGGGCTTTCCTCTATGTTGAATATCATAACGCAGTGAATCGTCGTTATTAACTAAATAACTCGGTAGCTCATACCAAGCATTGGGCATATTTGCTTGACTACTATCAACCATTTTTGCACCTTCAACTTTACCCAGTCGCAAGTTTTCATGCCCTTCAAAAACCCAAATTTCTTCTTTTGGCCAATGATGAGATTGTTCAGGTTTTTGCCACGTTAATAAAGTAGCGGGTGCATAAGCTAGCACCTTTATTTCCCAACTGCCTGGTTTCACTTTAGCGTGCAAGATACCGTCACCATCTAAAAATGAGGAAACAGGTGATTCAATGCCAATCAGTTCAAACCCTTCAGGCAGTACCTTGCCGAGTTTTACTTCTCTCATTTGACCTGACACATTGATACTCATGAAGGTTTCAAGCTTTATATAAGCGCCGTCTGCAATTCGTCTTGCAACCGTTATATCAAGAGAGTCTTGTTGCTCTTGGCTCGTTTCAAACTTTTGTAACCATAGCTCATTATTTTCTATTTTAGGAAAGGCGATGACTTGGTTATTAATTGTCATTTTAACGAAGGCGTATTGTTCAGGGATAGCGATACTTTGCGGTATTTTTGACCATTCAAATTGACCTGCTATAACATAAGTACCTTTGCCTAATTCAATAGCGGGTTTGCCTTTATAACTAAATACAGGAAAGTCTTTGTTATTAACCTTTACCGCAAGTGGCCAGTTATTAACATTTCCGGGTAAAGGGATAATACTTTTCGTTAATACCTGCCATGATTGTTTAAACGTTGCTGAACTGTCTGTTACATCTATTACCAGCGTACTTGGCCAAGCACAAATATGATTCTGCTTTTCAGCAAAGTTAGTATTATTGATGAAAGGACAAGATAGATTTTCGTGCCCTTTCAATACCCAAGACACCCAAGGTGTTAAAGGCTCAGGGATAGTGTCTTTGGCAAAAAGTGAGCACGACATTAATAATAGTAGTAGGCAAGAAAAAACACTGTAGGTCAATTTTGTATTTTTCACTTATATCTCCTTGTGACGTTTTTCTTTTATTTTGCCCTTAAGCTAATGAACAAAGCAACTCTCTTTTTATTTTTAAAAGGTAATGCACTTCTTGATATAACGTCACAATGTGGCCATCAAAGACCAGCAGTGCACGTAGCTAAAAGTGGCCTTTGTGGTCATCTAAACTTGACCAATCCACCTGTATGGTCGGGCGGGTGAATATGCGCCCATACAGGTAACATATTGCGGCATAAATGTAACCTGATTCAATCTGCTACTGCTATTAGAACGGAGCCTGTCGGCACGTTTAATGTTATTTTTTTCATAGGCTTTAGAATCTATTCCTCCTCCATGCCAGTAATGCATGCAGCGCCATCGTGCATCAGGCTATGCACATAGCGTCTTAAAACGCATTTTTTGCATATTGAAGGTGACAAGTGTCAGCCTATTGTTCAAGATGGCTTTTACATTCATGGTGTTTACCGGCCAGGGATATTCGGTGATTTATCTAATCACCAAATGCCATGAATTCCTCCTGATTTTCCAACTATCCTTATGATTGATATATTATTATCTTGGATGTTCCAGTCACTTATCCCATTAATTATATTGTTAAATATCTGGGAAAGCATCCTGAGTCATCTGACATATTAGTTTGATCATAAAACAGGACAGCTAGATTTTCCAGACTCGATATCGTTATGCTGGCTAAGTGGTAAAACTAAAGTGAAACAAGTGCCAACATTTTCAGTGCTTTCGACCGACAAACTTCCTCCATGTTGTTGAATAATTTCATAACTGATCGATAAGCCAAGCCCGGTGCCTTCGCCTGCTTCTTTAGTAGTGAAAAATGGTTCAAAAATTTTAGTTATATGGCCTGTTGCAATACCTTTCCCATTATCATAAATTTTGAGTACACAATTATTATCAACAATAGCGCTACAGATGCGGATATTACCAAAATAATCATCACATTTGTTTGGTGAATTAGCTTTTATGGCTTGACCAGCATTAATTAATAAATTCATTATCACCTGATTAATTTTGGAGGGGAAACAAAATACTTCAGGATTATTTGTAAATACTAATTCAAAATGGGTAACATCCTTATATTCGGTTTTAACCAATTCAACTGTGCTCTCTATGCATTGATTAATTGGGATGACTTCCATTTCGTCTTTATCTGAGCGAGAAAATTCACTTAATCCACTGACGATTTTTTTGATCCGCTGCGCACCTTCACCAATAATATCGAGATGTTCATGTAAAGAGATGAATTTGTGTTCAAACGCGGAAAGAACTTCCTCATCGGCATCGTCACCGGCTAAATCATATATAAATTGCTTAAAGCGTGTTAAGTCAACATCCATATTTTGACAGCTACCATAAACAAAATTGGTTGGGTTGTTAATTTCGTGGGAGATGCCTGCGCTGAGTGTACCTAGAGAGGACATCCTTTCTTGAATTGCAATTGTTTTTTGCGCATTTTTAAGCTCAGCGGTTCGTTCATTAACTGCTAGTTCTAGGTCAATGCTACGTTGTGTTAATATTTTTGTTTGTTGTTGAGTACGATAACGTATAAAGCTAAAAATTAGTAAACTAAAAATTAAGATAAAAATGGTTTTAGCCCATAAAGTCAAATACCAAGGTGGTAGGACAATAATTTTAATTTTTGCACCACCTTCATTCCAAAAGCCATGATTATTACTACCTTTGACTTTAAATATATATTCGCCCGCGGGAATATTACTGTAATTAGCATGCCGGCGTTTTGCATTGGTCGTTATCCATTCGTTATCAAAGCCCTCAAGCATATATTTATATTTATTTTTTAATGGCGCGGTATAATCCAGAGAGGCAAAATCAAAAGCAAAGTTACCTTGTTGATGGTTTAGCGTAATACTGTTAGTAAAATTAATATTTTTAGTCAGTAAATTGTAATGTTTATTATCTTGTTTAAATAGCTGTATTTCGTCTTCATGCTCAATGTTAACTACTTTGTTATTTACGTAAAATCGAGTTAAGACTACTTCGGGAATACGGGTATTTAACTTAATATCTTTTGGTGAAAAATATACAACACCTTCTGGGCCACAATAATATATATCACCATTTTTAGCTTGATCTGCACAGTTTATCCATTGTTTTACACTTGATATACCATCTATAGAGCTGAAATTATAGAAACGTTCACGGTCAATATAAAATACTGAAATTCCAAATTCGGTATGTAACCACAAGCGGTTATTGTCATTTAAGTCTGCGTGAGAAGCGCTAATATTATTGTTATTCAATCCTTGTCGATGATCATAAATATCACCAATAAAGATCAACTCACCACTTTTAATAGTAACTAAACTTCCCTTAAGCAGACCTGTTGTCAAGGTTGATAGCCAAATAGCACCATCCTGAGTTTCTGTGATAGAAGTAATTGATGTGAAATATTTATTTTCACCATTTTTTAATCGTATTTTTATATTTTCAAAACTTAATTTTTGATCTTTATTTTGCTTGTTTCCTGTCTCGGTTAAATAAAATAAACGACCATCTCCGCTACCTATTAATAAATGATCCTTTGTTTCTCCAATGGCGTTTATATATACTGAAAGTATTGTTTGAGCATTATTATCCAGTATAGGAACACGAACAAAAGTGTCTTTAAGATCATCGTATAAATTAATTCCCGCCTGATTACCTACCCATATACGTTGATCTGAATCTTCAATAATAACGCGATTACGCCAGTTGCTACTTAAACTATTTGGCTTTTCTTTATCATATTTATAATGAGTTTTGTAATGCTTATTAGCAGACACTTTATAGACGCCATTATTATATAATCCTAGCCAAATGCGCCCTTGTGAATCTTCTTTAAAGCCTACTACACCACCTTCATCTAAATAAAATATACTGTTTTTGTCCGGTTTGGCATTTTTATCTAAAAGTTGATAATTAATAAAGCAATGTGGTGCACAGCTCTTTGAATTGACTAATATTGATTCGTTACTTTTGTTTTTACTCTTTTTATCTTTAAATTCCTTAGACAAACCGGTACCAATACCACTGAGCCATAAATTTTGTTGATTATCAAAATCTGCCGTAACCACTGCTTTACTTTGCAACATGTTTTTATTTTTAGTATTAATAGGGATGGTTTTGAACCATGTACTATTGGTGTTAACTGTTTGAATAGTAAATGGAATAGATAGATACAAAATACCTTGTTGATTAATAAAAATGTTATAAATAAGATTTGTAGCTAAGCTTGTCAGATCTTCTGCGTTGTGTTGATACAAATAAAAAACTTGCTGCGTTGCACTGAATAAGCCTAATCCAGATTTAGTCGCAAACCAAATATCACCGTTATTATCTTGCTTAATGTCTTCAACATTACGAAGAGAATGATTAATAAACCTTGGCGTAATACTGTTATCATTTGCTAAATTCAATAATCCTTTTGACATATCAGTAATATTTAAACTAAACACCCCTTGATCACTAGTACCTATCCATAATGTTTGATCACTATCAGCCAATAAACTAACGACACTCATCGATTTTGAGTTATTTAAAGGTAATTTTAACTCTTTGAAAAGTGAGCTTATTTTATTAAAAGCCACAGTAGAACTGTTCAGCTGTGAAATATTGACAAAATGTAACCCTAGATCACTACCAACCCAAAGATTTTGTTGTTTATCAATGACAAGACGGTTAACGACACTGTTAGTAAATGGTGCATTGGTAAATGATAGTATTTCAAAGTCATCTGTTGTTGCTTCTATACCTTCTTTTTTAGGAGTAATTTGAGTGAGTCCAACATCACTACCAACCCAAATATTATGAAATTTATCTTCGACAATAGTTTCTATAGCATTCCCCGAAAATTCATAAGCAACTTTATTATGATTAGCAGTAGGCAAGGAAAAGTGAATAAATTTTTCTGTGACGGGATCAAAACGTGATAGTCCAGCATGCTTATAGCCTAACCAAATATTGCCCTGACTATCTAAAAATAAGGTATTGATTGCATTACTTAATATTGAATTTTGTTGTTTATTCTGTACATAATGTTGCATCTCAATACCATCAAACTTATAAAACCCGCTATCTGATGCTATCCATAACATGCCCTGTTTATCTTCAATAAAATCCATTGCCACAATGTTTTCATCGATGAGTAGGTCTTGAAATTTCAATTGAGGCTTTAGATTGCCTCCATAAGCCATTGAATTACTAATAAATAAAAAGTAAAGCAAGACAAAAACCATAGCTAATATGTTGAGGAAATAAGCCAATATTCTGCGTTGAATATTAGATGGTTTATAAATAGAAAAAATATTGAAATATGGAGGTAATAGCATAACTAAACAAGGCTCACGGCTGATTTACATTACTTGATGGTTAAAGTGATATTACTGACTAAATTAATCGTGTTATTTTGAGTTAATATTTCATCTAGATCTAGCAGTTTTGTGATTTCATTCTCATTGATATTATTGTTTAGATGACTCAGTCCAACCCATGCATCTCTGCCATTATTTTTAGCTAGATAAAGTGCTTTATCTGTAAGTTTCACTACCTGTTGCCAACTTAACGCATTTGGTTGTTCGGTAATATAAGGATATTGAACATAACCTATTGAACAAGTTACAGAAAAGTTTGTGTATGAGTTAACAACAAATACATATTGCTTAATGGTTTTACGTAATCGCTCTGCTAGTATTTGTGCATCCGTTTGATTTATGTCTCTTACAACAATTAAAAATTCTTCTCCCCCCAAGCGTATAAATATGTCGGAACTACGGAATAAAGTTTCTAGTAAGGGTTTAATGCTTTTAAGAACTTCATCTCCAAATTCGTGACCATATGTATCATTTACTGATTTAAAATTATCTAAGTCGAGCATAAAAAAAGTGAGTTGTTCATTATGAGGCAAAGGTTTTGTGGTGTCTTTTTGCCAATTTTGAAATGCTTTTAAAGACAGAGCGACTTTAGCATCAATATGTTTATCTAAATAGCGACGATTTTTCAATTGAGTTAACGGATCGGTTAAGCTAATGTCTTCTAGCTTTTTATAAGCTTGTTCAAGTTCGATATTTTTATCAGCAAGCTCTTTCGTTCTTTCTGCTACGATGTACTCAAGGGATAATAAATGCGTATCATGCTTTTGTTGTAACTCAAAGTTTTCAAGTGCGCGTTCTATAGTCCATAGAAAATCGGCGCGTTCAAAGGGTTTAATAATAAATTTATAAATATTGGCTTTATTGATAGACCCGATGAAAGATTCGACATCGGTATAACCACTAACAATAATTCGCACAGATTTAGGAATTATTTTAGCTAACTGACTTAGCAATTCAACTCCACTCATATGTGGCATGCGCTGATCGCTGATCACCATACTGATGCTTTCGGGATTAGGATGTTTCTGAACAAGCTCAATCGCTTCAACCCCATTGCTAGCCTCTAAAACGATAAATTCATATTGAAGAATAGAAGTAATAACTTTGCGGTTTGCAACTTCGTCATCAACAACTAAAATGGCATGTTTTTTTATTGCTTGCTCTTGCGCTTGAATATTACGAAGCTTGTGAGTGCTAAATAATTGCAAAAAACTCTTCTTATTTATCTGACTTCATACGACAAAGAGTAAAGGGGGTGCGGCTCTTTAAACTGAGAAGCTATGAATATATTTGATAACTTAACATAGCAAATTTTAAACTCGTTCCCAATAAATATTTGTAACCTTATTGATTTTAAATAGATAAAAAACATAGGCCCCCAAAATAACAAAGAACGCAATCAAAGCCTAATCAACAAGCATAAAATGATGGATATATCCTAACCATTTGGTTTTAAAAAGCTTTCATCAAATTACCGCTCTACCCCAACCAAAATTGGCACAAATCAACCTAATGTCATTAATTGAAAATGTGATGACCTTATTTAAAAGTCAAGCAAGTAAAGACAACATTACTTTGAGCTTAGAAGTTCAATCAAGCTGTTTATTAATGGCAGATACTGCGTAAATTAAATACTAATTAAGCCACCCACAATAACTTGTTTGTTTTTTGAACAATAAACTACACTTAATGTACCCTCTTATAAGTGTGGTGATTGTTATGCCCAAGCCTCGTTCACAACAAATCAGTTTATCTGATACGCCGTATTATCATATTTGCAGTCAAACCGTTCGAAAAGCCTTTTTATGTGGTATTGATAAAGAAACCGGTGTCAGTTATGAGCACAGGCGTAATTGGATTGAACAACGTATTTTTACATTATCTCAGGTCTTTGCTATTGATATTTGTGCTCACGCTGTCATGAATAATCACTTACATTTAGTCCTTCATGTTGATAGTGAACAAGTTAACAACTGGACGACGTTCGAGGTACTGTCTCGTTGGCATACGTTGTTTAAAGGCACCCTGTTAACCCGTCAATATCAGCGACAGCAATCATTAACGACATTCGAAATAGAAATGGTTGAAGAAACAGCACAGGTCTATAAACAGCGCTTAATCGATATCAGTTGGTTTATGCGGGCATTAAACGAGCCTATTGCTCGACAGGCCAATAAAGAAGATAAATGCACAGGGCACTTTTGGGAAGGACGCTTTAAATCACAAGCCCTGCTCGATGAAGGGGCATTACTTGCTTGTATGGCTTATGTAGATTTAAATCCAGTGCGTGCAGGCATTGCCTCAACACCTGAGCAATCGAGCTTTACCAGTATTCAACTGCGTATCAAAGCAGCCATCATGGGAGAGCAACCGACAACCTTATTACCTTTTACTGGCCATGAACAGCAAGCTAAAACCTCCGGTATCCGCTTTAACTTGAAGGACTATTTAACCCTTGTAGATGAAACAGGTCGCGTAATAAGAGCAGACAAACGAGGCGCTATCGAAACTAGAGCCGCAAATATACTGTCAAGACTTCACATCAGCGATGAAAGTTGGCTCAAACTCACCACAAACTTTGAAGGTATATTCACTGGTGCGGTCGGCACCGCAGAGCATTTGTGTGAATTTACTGAGCACGTGGGGTTAAAGCGAGCACACGGTAAAGCAAATGCTCAAGCTTGTTTGAATAGCGCGTAA

Protein sequences of DBSCAN-SWA_1

>NZ_CP014944|104283:162694|133729_134506_-|WP_070373604.1|DBSCAN-SWA
MSELFNKSNIYQGNIIHRRFSPKAHSFDYSLYMLAIDVDDVENNSNSMGIFGFSWFHPLRFVEKDYVKGELSSLKDRIKQKVVLLDGHNEIAKIVMLVQVRCFGIYFSPANFYFCYNEKNECTQMLAEVSNTPWNERHFYLVNLLNKKTANTSKKEFQVSPFMDMAMTYFWHVKPPSSEHDKLLVKIENKTINEETGEVSKLFDASLVMKKKPFTKKSLLAIWCQLPVMTVKVVWGIYWQAVRLFVKRIPFIGYQKSN
>NZ_CP014944|104283:162694|124349_125567_-|WP_070373597.1|holin|DBSCAN-SWA
MTTWLTAGLLFTFTAIAFVLYRWGNIRCVGVTPVKTFTFIAILFTSGLDVGLIMFPLTEFAGYADLATNPEYGFTNPLAIEFGYWAFLIWGFYFLTCFYFCVIEPRVRFFEIPLVKLVNNVVIIGTCAFTAYLLLTNLPWYMPELGDGESIVSSFYLIVFLVIAAAVYSSTNIRYVKILSLATTWLFLALIGLMWGGAFLSETSSIGEFVNTIAMIGGYFGNIHEFALPLNDYHEFYLYWWFAWSIMIGQFTSRFVGGLRTYQVLAAMLVFPSIPIAIWFSVLYYYSANGLETAGFYNIAMAFVGITFVINSLDSLIRLYTDNLNLSVARLGRVKYFFGNLIALSLLTLLFKLDFLQIQWVGAVVIGLFFTCFGYILFNKFKAVSEIERSPKENKIDFTKIELVE
>NZ_CP014944|104283:162694|112578_113733_+|WP_070373585.1|transposase|DBSCAN-SWA
MIKHNILFIGLDTHKTFTEVAYIEDQRGAKSTHLGKILSNKAAFKKLARQLQSKYPDATLHFVYEAGPCGYWIYRFLTSLNHCCYVIAPSLIPKKPGDKIKTDKRDALKLAKLLKSEDLTSIYVPEPEDEAVRDLSRARETGMKDLKDAKYQLKALLLRNNINSKIKDNWSLQHLRWLAELVLPHPCQQIVLQEAVLTINERLKRLKRLDNELTHQVKNWRFYPVVKAIQALRGVRLLVATGVIAELGDLSRFDHPRKLMSYLGLVPSEHSSGDKRHLGAITKCGNSRARRLLVEGAHSYKHNANISKEMQLRQEGLSKEIIDMAWQAQLRLCRRYQRLMHKGKHRNVVVTAIAREMIAYIWAISREVVLPKIDVKLRISTVPA
>NZ_CP014944|104283:162694|127499_128963_-|WP_070373599.1|DBSCAN-SWA
MSLVCYKNFIDGAYMANDSGETFEVINPATGKVIYKVEVADEKIKQQAIASSQRGFATWSAMSAIERSRILLKAVALLRERNDELAKVEVLDTGKPWQEASVVDVASGADSIEFFAGLAPGVEGNQQSVDGDFYYTRREPLGICAGIGAWNYPLQIACWKAAPALACGNSMIFKPSEETPLGALKLAEIFTEAGIPNGVFNVVQGAGEVGAWLSHHTEIAKVSFTGEVGTGKKVMAAAATTLKDVTMELGGKSPLIIFDDADVDNAVSAAMLGNFYTQGEVCTNGTRVFVQKSIYPVFIEKLLQRTSQNIIAGDPMVEETNFGALISLKHLNLVMKYIKLGVSEGATLLHGGKTLQPDNAPGGYFVAPTIFTDCTDQMTICREEIFGPVMSVLTFDDEDEVIKRANATDFGLAAGVFTQDITRAHRVTHQMEAGICWINSFGASPAQMPVGGYKQSGVGRENGLLTLDYYTQIKAVYVGLQPLDSPF
>NZ_CP014944|104283:162694|159981_161202_-|WP_070373623.1|DBSCAN-SWA
MQLFSTHKLRNIQAQEQAIKKHAILVVDDEVANRKVITSILQYEFIVLEASNGVEAIELVQKHPNPESISMVISDQRMPHMSGVELLSQLAKIIPKSVRIIVSGYTDVESFIGSINKANIYKFIIKPFERADFLWTIERALENFELQQKHDTHLLSLEYIVAERTKELADKNIELEQAYKKLEDISLTDPLTQLKNRRYLDKHIDAKVALSLKAFQNWQKDTTKPLPHNEQLTFFMLDLDNFKSVNDTYGHEFGDEVLKSIKPLLETLFRSSDIFIRLGGEEFLIVVRDINQTDAQILAERLRKTIKQYVFVVNSYTNFSVTCSIGYVQYPYITEQPNALSWQQVVKLTDKALYLAKNNGRDAWVGLSHLNNNINENEITKLLDLDEILTQNNTINLVSNITLTIK
>NZ_CP014944|104283:162694|117658_118960_+|WP_070373591.1|transposase|DBSCAN-SWA
MSLISVSKFNIGQTTPLQTELRRESARLWNDMVKLHKFIRKRRWKWPFRGDFEKHFKSKYRLHSQTNQALIKKFFANIETTSENRKAGDKKARYPYRDRKHFQVVMYKASAIKRKGNRVILSNGLGVKKLIVRIPKDIPIGKITGAELSFRELRLTIKQDIKTIKSAGSNVVAADLGVIHLAAMTDGETSEIIVGRGLRSLIQYRNKKLAEFSRLLSKCKKGSRRSRKLRVAKAKMLFRNDNQQRNFLHHASKQMIDYCVKQQAGMLVVGDCINMSKNARKKKKGSRRSNQMNSNNPLGQLLTYLKYKGKFQGVELDKIGEQYTTQTCPKCGHRHKPSGRNYQCKNPECDFIGVRDLVGSANIKNKFENGRIEKGYLLPPLVAKYRRPVKVPVIRLNCVVHLTDGMLLDNTLDAAQALSSAGGKTPSELFHVA
>NZ_CP014944|104283:162694|147407_148784_-|WP_070373619.1|DBSCAN-SWA
MKHSLLFICSFIMILSHPVFAEFTLPDYQKLTLKNGLTVYLMEQHEVPLVDIKVVTKAGAVNDGDNYGLANFTGTALGFGSDKLSKKEIEDLFDFHGANFSNSVGMESSTLSLSIASKDIDGLLPVFRDILLAPSFDNEEFVKEKKRHLENLKQSREQPGQIIGGAFNQLYFQQHLLGNPVDGNISTIEKLSIKQIETFYQAFYSANNSALIVVGDFNSKSMEKKINDLFSDWASKNISAPNLKSFKAPAESNVLVVNKSDANESTFIIGGKGIASNHPDMVAIKVINTILGGRFTSWLNDALRVNSGLTYGARSQFNSYSTEGTFVISTFTKNETTFEAIDLALKTYDRLWEQGIDKDTLESAKAYVKGQFPPKYETSRQLAGLLATMWVQQLDNTFINDFQKNVDALNVIKANEIVKTVFPRENLQLVIIGKADIIGEKAKKYGKVKAVDINTVSF
>NZ_CP014944|104283:162694|125770_127411_-|WP_070373598.1|holin|DBSCAN-SWA
MNSDNYDYIIVGAGSAGCVLANRLSEDSKSKVLLLETGGSDKSIFIQMPTALSIPMNTKKYAWQFETEPEPNLDGRRMHCPRGKVLGGSSSINGMVYVRGHARDFDEWQDNGAQNWDYAHCLPYFKKAETWAFAGDEYRGKTGPLGVNNGNQMKNPLYKAFVDAGVEAGYSATSDYNGTQQEGFGPMHMTVKKGVRSSTANAYLRPAMARANLTVITHALVHKVLLNGKKAVGVRYERNGKIVDVVANKDVVLSAGPVGSPHILQLSGIGPKAVLEDAGIELIHDLPGVGENLQDHLEFYFQFKCKQPITLNGKLDWWSKLQIGVRWILTKKGLGSTNHFESCGFIRSKPSVEWPDIQYHFLPAAMRYDGKEAFAGHGFQVHVGHNKPKSRGFIKALSNDPKAHPQIRFNYLEHEEDREGFRACVRLTRDIINQSALDKYRGEEIQPGIGIQSDDEIDTFVRQFVESAYHPSCSCKMGTDALSVVDPQTRVHGIEGLRVVDSSIFPTIPNGNLNAPTIMVAERSADIIRGREVLSPSNAPVSLVQN
>NZ_CP014944|104283:162694|134508_135780_-|WP_070373605.1|DBSCAN-SWA
MKHIAIIGSGISGLTAAYLLSKKHQVTVFEKNDKIGGHTATVDVEIANETFAIDTGFIVFNNKTYPNYLALLSEIGIGKQATEMSFSVHNCQTGLEYNGHNLDTLFAQRRNIFNPKFWFLVKEILRFNKLCKSIYQHNDYQEGLTLGKFLTDNNFSAFFAEHYILPMAAAIWSSSLAQMEDVEFKFFVQFFHNHGLLNIADRPQWYVIPKGSRSYLTPLCAPFKDNIILNADISGITRSNDKVHLHFNERASETFDEVVIACHSDEALALLNDATDNENSILSAMPYSANSVILHTDKTLLPDREKAWASWNYQLSQDRSKAASVTYNMNILQGIESQHTFCVTLNQKEDIDPKKILREFTYHHPIFSADSITAQKSRSLICGVDHTHFAGAYWHNGFHEDGVRSAVEVANKFECYIAATVKG
>NZ_CP014944|104283:162694|144603_145098_-|WP_070373616.1|DBSCAN-SWA
MLINLIGFNVSWFGLVYWGNNFIPFAFMLLLAHLFFQSKNYKELLLILLVSVIGIGVDSLLQQLNIFIFIEKAHIPFWLMMLWASFAATICHSLQFLASSKVLQLVIGGLISPLSYIAGYKLSAVDFGYSMLTTYTLLALVWGTLFILFFYLKSKIITQEVNHA
>NZ_CP014944|104283:162694|106425_107304_-|WP_070373580.1|DBSCAN-SWA
MQLFVNDLTVIDFSYCCQERGIVGESWIVDVLLDGALNEMSMVLDFAVVKKQIKAIIDDAVDHKLLLPMKNECMTVTDSLHQENHEYVDFISERASYYLQSPKCAFAKITSDTIDVASVTEHLTAIILEQLPQNVQGLKLTLRPENISGDFYHYTHGLKLHDGNCQRIAHGHRSTIHILQKGQRVAALEKAWCLRWQDIYIASDVDRVAKADIELSNFAQHNLTPDHHFFSYTAPQGRFDIAVENTVLDVVDCDSTVELLADFIARQLVADNQREVTVVAFEGVGKGAIANA
>NZ_CP014944|104283:162694|108399_109476_-|WP_070373582.1|DBSCAN-SWA
MSLIISNIALHFLTKKEETGEVVLRLGPESIEISNKIENFVDGLHKIYNAKASKAYGHFTTMPAAGDTARFVDIMESYLGESQSFYAFSSQAANLLKNELEKYNLAETGYLVVCHYEYMGGRYLLATVIPVSEHYSVDGELNISADKHLDTARMQLAARIDLFDYKENQQGNKYVSFIKGRAGRVVSDFFLDFLGCEEGLNSKEQTQTLVQAVEDYVAVNQLDATEKQNTRKELLSYCKEQKSAAQDVSIQEIGQVIKQEGATQDFHQFCQEQSYPLEESFPHDQTVVNKVTKYSGYGNGISLSFERSHFGEDVVYNAANESITIYKVPPNLKDQLLALLQTADKKEQDAHQSENTEF
>NZ_CP014944|104283:162694|121036_121591_-|WP_070373594.1|DBSCAN-SWA
MSIKFSPLSKYDVNYRNVIELYKEAFTTVRRVPSWLLRFILRKGKDGFSVLYENNNWIGLIYLTEYKDIVFVHFFAIAEDQRSSGYGSKVLDALKEKHENRVVLNIEELQVQQQNYSQRVKRKAFYLNNGFSSSGYLVKEPGEVLEMLIHGGSISKEEIEAIYKNLFGGILGSLYRPKIITINE
>NZ_CP014944|104283:162694|150442_151402_-|WP_070373621.1|DBSCAN-SWA
MNLEQALLVIATAHGNELPVEALEAVKMNWSVFYPDLERLIDQFITDDTSLTDEQQAILFFGTLLLAELKYVPALSKCLQLFSRSDSFLTPLEGVFGDALTELTPTLFYNVADGNTQVLSDYIVDGHQAMYCKASAIEAVFAQYEVGVIDKTELSEHVTRWLAAFLALPNPISSFLMSALADSCIEYQLDNFKHQFVELCDKDLFDEDRFKKSEVKAWHRGDAPKLIESGIIQAEFSVVDTLKAWIDDDSEDELIDTLPSEGHDIFESLMAEGGLLANILYDEKTILENSVPVSSLAMAGRNDPCPCGSGKKYKKCCLQ
>NZ_CP014944|104283:162694|116292_117165_-|WP_070373590.1|DBSCAN-SWA
MGLFADFGKARDELEEKVEERTKELSQTYKKLAVAFESLKSTQDQLVESEKMAALGNLVAGVAHEINTPLGIAVTGASNLEHSAQLIKKAVESGKIRRTAFVNQCNSLIGSSDIILRNLERASELLRNFQRIAVDQSNDEKRTINFFKYLNDIISTLSSRVSEKNIKIFLSGDETLPLLTSPGTIAQIVTILIDNALTHAFKEIINGQIKISFKVQNEMLMLTVQDNGCGIEVGKIEKVFEPFYTTQRQKGSGLGLSILYNLVTQSLNGKVTCFSTVDESTQFVIALPLD
>NZ_CP014944|104283:162694|123599_124304_-|WP_070373596.1|DBSCAN-SWA
MNKSIIAIAASCLITLSSTALADVSATVNIASDYTFNGVSQTGNDPALQASLDYADDSGFYAGTWASNVDFGRYEDTNIEWDAYVGQYFQLNEKIGLDAGIAYYTYHGDNVSDTYNYPEAYAKFGYSSSMGNSEVNFWYSWDYFGLDVNHYIAMVAHTFEVKPGHNIKVSFDRSISANKDKWSWNAKDAYNHYRVEYMTNWNGFDVDLALEDTNMNIDLADTRVVLSVSHTFSL
>NZ_CP014944|104283:162694|114136_114544_-|WP_083278115.1|DBSCAN-SWA
MVSCTSTTKVEETKIDYLDLSGKEQVKLVEEYWSVAKRIDPRYPVSAARNNISGCVDLIVGIDQNGKAKGYKIRSSYPKGVFDNNAAAALVKWKWQATEKNKNNTPVLTSVRMDFSTSRNPTETKYLENCPKREV
>NZ_CP014944|104283:162694|109832_111530_+|WP_070373584.1|DBSCAN-SWA
MVAFDSKTYSKRLLHLISWSHWFTFFNIIAAIGLSSFYIFSEGGPETFLGQFYLITTWFSHMGFLTFMTFVLILFPITLIFPHTRFIRATASVVFTLQLLILLLDAYIYNSLGYHLNASSSAQIVDLISTQIQHNSRIFWFVSIVLTLFILAFELIISNYAWKHLRDLQKVVFAKFVVIGLVCSFFFSHLLHIWADANLEYDILRQDTVLPLSYPSTAKTLLTKYGMFDREAYIERTTSPLAFTNAIPQYPLLNEACVSQTPIQKSVFMVVNDVSLTDKQIKQFKQRNTQNQLTLEHHIDNALHKNAWFNLFYSLPSIYQEGLEEQKAIPLLFQLLDRNKLASSYTMIHGYDKINKELVLESQGFEPLFNQQTILDNISSLVFADKLNSLPVGLHLFYFADSNTYQFELFMDALLLAQKTKQTKDIIWITSVGNKTKATSLSIKPSLLILPESESKTVSHLTSHMDIQPTLIQEWLNCDINEKTYSNGKNVLQLSKDRIIANTMDDGMMVFSKDKSVFIDQNGNFQSYSRQLAAPIMVNSDFPLMIDGVNFIKQFSKQAEKLNNK
>NZ_CP014944|104283:162694|130069_131176_-|WP_070373601.1|tRNA|DBSCAN-SWA
MTIHTAAAERLDSSDFRTIIRNKIPLMDVRAPIEFEKGAFNQSVNFPLMNNDERAEVGLCYKKKGQAAAINLGNELVCGQSKDNRLAQWQSFVQQNPQGYLYCFRGGLRSQTVQRWLKESGVNYPLLIGGYKALRQFLLSELEQLALHPLTILAGNTGSGKTPFLAHCSNSLDLEGVAGHRGSSFGGFVTAQPSQIDFENKLAELYITGNYSLDKPLILEDEGRLIGSVHLPESLRQAMTLAPIVVIEESLDYRLEHIFQEYIIKMTAQYQTAYGVEQGFIAFSEYLAHGLFKVRKRLGTERYAQLQILQTKAFTEQQKGLTHYHLDWLKPLLEEYYDPMYQYQLGLKAERVIFRGNNAQCLAFLEGK
>NZ_CP014944|104283:162694|109555_109768_+|WP_070373583.1|DBSCAN-SWA
MPIVSKYSNERVEKIIQDLHNVLVNESATPDLALMCLGNTLTEIINKNIPEAKRADIVTNFTNALKKSVL
>NZ_CP014944|104283:162694|140973_141543_-|WP_070373612.1|DBSCAN-SWA
MKITTINLPVFPLPIFLLPEGITKLRIFEARYLKMVGIASKNGGFVIWSKNSNNDITNSLWGSWVEIINFDQGNDGILEIDVKCKSLVEINTLTLDSDKLYFGDVKQIHHWSQSSVDTSLSELSESLANVFTNNPDLDDLYQQKEITRPTWVIARWLELLPIDLDIKATFIIDHDFQAAKELVQSVIDK
>NZ_CP014944|104283:162694|144050_144611_-|WP_083277843.1|DBSCAN-SWA
MLKFYARLIVITMLQQFITVQVLATDDIKPDTLNNILTEQVYIPVGQTTFSVLFWDLYKSKLLTTSGKYPIELTDEKLLYQINYLTDISSKDLIERTVEQWQHLGVPRKNFERYVPMLEKIWPDIKEGDSLSLYVSNNKSTFYFNNDLIGEIEQQEFSQLFLDIWLSKNTSEPKLRLELLGINKDE
>NZ_CP014944|104283:162694|136501_136963_-|WP_070373607.1|DBSCAN-SWA
MQNNAPQDTSTTSPFWLNNFVNVYQTLSTDNLDLLSKIYHRDVIFIDPIHELKGFDNLFEYFQNLYQNLSTCDFVITNIIAEKDQAAIYWTMSYQHPKLNKGKLINVIGHSHIKGYEDKVIYHRDYLDLGAMLYEQLPVLGKLIKLIKQKAAK
>NZ_CP014944|104283:162694|132467_133694_-|WP_070373603.1|DBSCAN-SWA
MEQIEGVRTLQTANWIDKRCRDMVHSVFSKLSYGQLEVVEGTEHNIFPEAPGSSPLKGKINIHDISVYRDFVKGGSIGVSEAYIEGKWSSPNLTNVIRIFAKAQQETDSLESKKSWLNKFKNSITHWQNRNTQSGSKKNILAHYDLGNELYTRFLDPEMMYSSAIYPTKNATLDEAQLHKLETICQRLSLCESDHLLEIGTGWGGLAIYAAQNYGCKVTTTTISDAQFNYAQSRIEKLGLQDKITLLKQDYRDLTGSFDKVVSIEMIEAVGYEFLPSFFKQCNDLLKNGGKLLIQSITIADQRFDYYRSNVDFIQRYIFPGGFLPSVNVLSDNITKHSSLVVEQLDDIGLDYAQTLAHWREKFLVSWSDLTQFGYDETFKRLWLYYFAYCEGAFLERSTSAVHIVARK
>NZ_CP014944|104283:162694|151553_155555_-|WP_070376940.1|DBSCAN-SWA
MSCSLFAKDTIPEPLTPWVSWVLKGHENLSCPFINNTNFAEKQNHICAWPSTLVIDVTDSSATFKQSWQVLTKSIIPLPGNVNNWPLAVKVNNKDFPVFSYKGKPAIELGKGTYVIAGQFEWSKIPQSIAIPEQYAFVKMTINNQVIAFPKIENNELWLQKFETSQEQQDSLDITVARRIADGAYIKLETFMSINVSGQMREVKLGKVLPEGFELIGIESPVSSFLDGDGILHAKVKPGSWEIKVLAYAPATLLTWQKPEQSHHWPKEEIWVFEGHENLRLGKVEGAKMVDSSQANMPNAWYELPSYLVNNDDSLRYDIQHRGKPLHLENQLNLKRTLWLSFDHSTYTFNDDINGAMINDWRLSMKSPYLLESAEDQDGSVLITTKEPNERGIENRYPQVKIEARGIINSAKQLPVSGWNNDFERVSLKLNLPPGNKLFAVFGADTVSNSWWSSWSIWASFIVLLSSLMASRLINVTAGIATAVMLLFIYQEINAPVIAILNLLLAIVIKKHQPFERMKVLVKAYWGISITVAIGAILLFSATQLRTVIHPQLESRESSADSYRERVVVKNKEAQMSRKRSDVISSADLMSAPVERIIVSGSQVKMAELMMERYQSDALMQAGSGIPSWQWNSYQINWNSPVAKDQTFEVIVLSKTIYRFIKILGILLTLIWLFLILKEVISEAYTKIKPPAVASMLALLFLMPSYIPNVEAADFPNQKLLDELKVRLTEAPSCVPDCVAINRLHVSIDEKELTLVLSVHANTATALALPKSEFWRPEKLLLGETSDENKIESLVNYKGWIYIPIAQGLSTITLWGQVAPVDEFQLEFKDKPKHVNISSSVTWEIVGRQADRLTGNTLAFLATNTDKKENENQQISTRYSTQPFVKVTRELTVDQLWTIRTKVERIAPNSGSINIKVPLIAGENITSAEVIVEDNQVAVTLPAGVNFFTWTSIVAQQQDLRLHAKPEQPLIELWRVIVSPAWHANLSGLPIILEDQDNNDYYRYSFYPYPGESLDLTITRPVPVKGEVLAIDSVNYTIEQGTRTSTLSLSFDYRSTRGGEHIIELPRSYQLKEIRTDNKLINLQLEADKLAIPVLPGKHNVQILMRASVEEEMLFSAPKINLNAPISNITSIINLSSQRWILSAKGPLLGPAVLYWGELLAFILLALLVSRVNFSPLNTVSWIILGFGLSLSNWGVLMLMALWFAAITASTYRPKNINRLSYNASQVLLYLLSIVAIVSLLLVVPASLLSSPSMGIEGNYSYGNHLQWFSDKSSGLLPQVSVVSISTIFYKGIMLVWVIWLSFAFLSWIKWAWKALGQQGYWRSELSKQLDEK
>NZ_CP014944|104283:162694|142602_143499_+|WP_070373614.1|DBSCAN-SWA
MNYLITGGTGLIGQALIKSINTETNKITVLTRNIKSASSVINKKVQFIDKLLLTNIESTDIVINLAGEPIADKRWSQEQKDRICQSRWDITEEIAQLISIAEKPPSLLISGSAIGIYGRQNSQAIDETFKDFHQEFTHEVCAKWEEKALLACSAKTRVALLRTGIVLDKSSGALAKMLLPFKLGVGGKISKGDQIMSWVHIDDMVSAILHIIDNDNLSGPINMTSPNAVTNEVFSKALSKSLHRPSLFTTPAPLLKLIFGEMAELLLYGQNVVPQKLLNSGFVFKHNKIEAALTDLLQ
>NZ_CP014944|104283:162694|161713_162694_+|WP_070373625.1|transposase|DBSCAN-SWA
MPKPRSQQISLSDTPYYHICSQTVRKAFLCGIDKETGVSYEHRRNWIEQRIFTLSQVFAIDICAHAVMNNHLHLVLHVDSEQVNNWTTFEVLSRWHTLFKGTLLTRQYQRQQSLTTFEIEMVEETAQVYKQRLIDISWFMRALNEPIARQANKEDKCTGHFWEGRFKSQALLDEGALLACMAYVDLNPVRAGIASTPEQSSFTSIQLRIKAAIMGEQPTTLLPFTGHEQQAKTSGIRFNLKDYLTLVDETGRVIRADKRGAIETRAANILSRLHISDESWLKLTTNFEGIFTGAVGTAEHLCEFTEHVGLKRAHGKANAQACLNSA
>NZ_CP014944|104283:162694|139592_140279_-|WP_070373610.1|DBSCAN-SWA
MIKHHPKFELIQSFVNGDLPASLSAGISIHASMCSTCQQKISLLTDQVAELNFDESTTNTTHSGGDLVSEGILAINFDDMINGITDSDAVDVMQPVETKTISFKDKSYQLPSVLNNMMLGKTAHIGKLARKRVQLDENEIHTNLLHMEPTGSVPQHTHKGFELTLLLEGSFHDEKGEYVKGDFIMLDGEHLHNPISSNGCLCYTVANDAMHFTQGINKLLNPIGSFIY
>NZ_CP014944|104283:162694|114743_114983_+|WP_070373587.1|DBSCAN-SWA
MAKNTSVTLGDHFDQFINQQLNTGRYGSASEIVRAGLRALEDQETKLLNLRNMLIQGEQSGIADYSYDSLLTELDNENH
>NZ_CP014944|104283:162694|135785_136502_-|WP_070373606.1|DBSCAN-SWA
MAIRTVLITGATSGIGHALYEKYLAQGDNVIACGRDKSKLDKLCSKAFKTLVFDMTKPAQIESAAVDIKEIDIMILNAGDCRYIDDAKHFDGKLFSDIIATNLSSLGALLEFFLPLTNKGGQVVFVSSSATIVPFPRSEAYGASKAGMDYLANSLRLDLVAENIGVTLVHPGFIKTPLTEKNTFDMPFLLSSEEAAARIFKGVNRRANYLHFPKRLTLTLKLFSFLPASLWQSIILRK
>NZ_CP014944|104283:162694|105602_106433_-|WP_083277842.1|DBSCAN-SWA
MLNTKNTKLITLCLIGVFFNQHSFADIKLSGEIKQGALVIGKTANDNVVTFDGKVLPLSEYGDYVFGFSRDDDKTHQLMITQPNGEKELKTLTPLKRQYDIQRIEGIAKKIMNPNPKAVTRSKQDGAQVSTARQTLSTKTDFAKGFIAPITGIITGVYGSQRVFNGVPKRPHYGLDYAGKTGDPVKAPAAGTVVMFVSDMFYSGGTMIIDHGHGITSSFLHLSKSYVKTGDEVKKGQVVAAVGSSGRTTGPHLDWRINWFNMRLDPALALKAVAIK
>NZ_CP014944|104283:162694|114982_115276_+|WP_070373588.1|DBSCAN-SWA
MKKLVLSAKAKSDLIKIALYTQLTWGTTQRNDYLKILDSTFRLLAEEPELGINCDYIREGYSKYPQASHVIYYKEHKVNQILIVRVLHKSMDVNSAI
>NZ_CP014944|104283:162694|138598_139558_-|WP_070373609.1|DBSCAN-SWA
MIHSVDKEDLLIGISACLLGEKVRFDASNKPSTFCIKEFSNHVTYKSFCPEVAIGLPIPRPTIRLIKKDDVIHVSRPDGSGDVTQALQLYGEKVAKATKDLSGYIFCAKSPSCGMERVKVYNPEGHALPSNGIGAFAKVIMEANPLLPCEENGRLNDMVLRENFVARVFAYKHWQNLIATGLTKHKLTTFHSKYKYTVMSHDLIAYKDLGRLLARADMPLADMADEYILGLMTALKIKATRKKHANTLAHIQGYFSQHLKANERQELCDQIDAYREGLVPLVVPLTLIKHYLLQYPKDYLTNQSYLAPYPDALRLRYSY
>NZ_CP014944|104283:162694|121974_123300_-|WP_070373595.1|DBSCAN-SWA
MTKPLKPQSNAMLKRAHENMPLGVADSYRYWGEENTVFLSSMKGCTITDCDQQTFVDFRLAYGPIILGYRDERVDNEVINAITSVGTISGFSTGLDSDVVELVKSLCPNIDKMRFANSGTEAVIGAVRTARGFTKRNKIVVVEGGFHGLHDEVMWKSDVDNWEITDENAPEIIPFGAGIPQSTREHQVSVPLNDFKAIDTVFAEHGHDIAAILIEPIMGNCGSIASTQAYMQKLRDTCDTNGSLLIMDEVKTGFRVAKGGAQALYGIYADLTTYAKAMGNGYPIAAFGGKANVMDAISFAKDGVTHGGTYTANMVALSAAKATLTVLKETDALETIATVGQKIQALLSRVFTKFDIEHCFAGPDAMFGVHFGSEVPQNYRDWKKTNSDLYTQFALNLIDNGVMLEPDSREPWFICEAHQTVDLKWLEQVAEQSMSAAINAQ
>NZ_CP014944|104283:162694|142210_142441_-|WP_070373613.1|DBSCAN-SWA
MKYFKVLTVAIINMFFLQACNDDKTTETQKEKITIVDAAISIGSFTTLVAALQATGIDAILSNTKISVGIDTVILD
>NZ_CP014944|104283:162694|120125_120725_-|WP_157470703.1|DBSCAN-SWA
MTSRKIHRFIGLILILPMFGWTITGVIFFIKPGYKGAYEQLSLKTYPLATQLLVDPKENWSEVKLIKTILGHHLLVKSQGKTEHLDPVTLQVKGLPTKLEYKRLIDDALSENKERYGDIISIDGTNAKTSTGVEINLDWVSLRLSQKGDDTKLINRLYKIHYLQWTPFKNVNLVFGVLGLLLLATLTTFGIRLYIKNRE
>NZ_CP014944|104283:162694|156250_159952_-|WP_083277844.1|DBSCAN-SWA
MLLPPYFNIFSIYKPSNIQRRILAYFLNILAMVFVLLYFLFISNSMAYGGNLKPQLKFQDLLIDENIVAMDFIEDKQGMLWIASDSGFYKFDGIEMQHYVQNKQQNSILSNAINTLFLDSQGNIWLGYKHAGLSRFDPVTEKFIHFSLPTANHNKVAYEFSGNAIETIVEDKFHNIWVGSDVGLTQITPKKEGIEATTDDFEILSFTNAPFTNSVVNRLVIDKQQNLWVGSDLGLHFVNISQLNSSTVAFNKISSLFKELKLPLNNSKSMSVVSLLADSDQTLWIGTSDQGVFSLNITDMSKGLLNLANDNSITPRFINHSLRNVEDIKQDNNGDIWFATKSGLGLFSATQQVFYLYQHNAEDLTSLATNLIYNIFINQQGILYLSIPFTIQTVNTNSTWFKTIPINTKNKNMLQSKAVVTADFDNQQNLWLSGIGTGLSKEFKDKKSKNKSNESILVNSKSCAPHCFINYQLLDKNAKPDKNSIFYLDEGGVVGFKEDSQGRIWLGLYNNGVYKVSANKHYKTHYKYDKEKPNSLSSNWRNRVIIEDSDQRIWVGNQAGINLYDDLKDTFVRVPILDNNAQTILSVYINAIGETKDHLLIGSGDGRLFYLTETGNKQNKDQKLSFENIKIRLKNGENKYFTSITSITETQDGAIWLSTLTTGLLKGSLVTIKSGELIFIGDIYDHRQGLNNNNISASHADLNDNNRLWLHTEFGISVFYIDRERFYNFSSIDGISSVKQWINCADQAKNGDIYYCGPEGVVYFSPKDIKLNTRIPEVVLTRFYVNNKVVNIEHEDEIQLFKQDNKHYNLLTKNINFTNSITLNHQQGNFAFDFASLDYTAPLKNKYKYMLEGFDNEWITTNAKRRHANYSNIPAGEYIFKVKGSNNHGFWNEGGAKIKIIVLPPWYLTLWAKTIFILIFSLLIFSFIRYRTQQQTKILTQRSIDLELAVNERTAELKNAQKTIAIQERMSSLGTLSAGISHEINNPTNFVYGSCQNMDVDLTRFKQFIYDLAGDDADEEVLSAFEHKFISLHEHLDIIGEGAQRIKKIVSGLSEFSRSDKDEMEVIPINQCIESTVELVKTEYKDVTHFELVFTNNPEVFCFPSKINQVIMNLLINAGQAIKANSPNKCDDYFGNIRICSAIVDNNCVLKIYDNGKGIATGHITKIFEPFFTTKEAGEGTGLGLSISYEIIQQHGGSLSVESTENVGTCFTLVLPLSQHNDIESGKSSCPVL
>NZ_CP014944|104283:162694|137030_138410_-|WP_070373608.1|DBSCAN-SWA
MLLWFRNDLRSHDNPALQYFLKNNQDNAPLKAVFFISEQQWQQHDWSAIKIDFIKRHAIALREELLSAGIELELVDAATFEDQVSYLQARCEKENINEIVANSEVEFNEQKRDKAIVALGIKLSLFEADVIVPKGKVLNLSNQMYKVFTPFKRAWLTYVKQHSFDYLGKIATSTAKVSSADTLSDASISSGWPLVGDIEKHVLPTFFNEKISDYHDQRDIPSIKGTSGLSPYLAAGVISPRYILRTLINAYPDILIASDSQEFSWLNEIIWREFYRNLMFHEQRLSKHQCFNEKYQGVHWHYDKGLFDAWCQGKTGYPLVDAAMRQLNQTGWMHNRLRMVVASFLTKHLLIDWRLGEKYFMSQLIDGDLASNNGGWQWAASTGCDAQPYFRIFNPIRQSERFDPKGIFIRKYLPELGSVPDKNIHFPHLFIEKNKKNIYWPPVVDHKEARLKALAFYKV
>NZ_CP014944|104283:162694|107323_108370_-|WP_070373581.1|DBSCAN-SWA
MTTLTITRPDDWHVHLRDGDALTTTVPDISRYFGRAIIMPNLVPPVTNAELATQYHQRIMAANINGSKQSTPFQPLMVLYLTDKTTVQEIYDAKATGLVFAAKLYPAGATTNSSSGVTSIDNIADVLAAMQEVGMLLLVHGEVTDSHIDIFDREAIFIETILTPLVAKYTELKIVLEHITTKNAVEFVEQAGDNVAATITVHHLLFNRNDMLVGGIKPHYYCLPILKRNIHQQALIAAATGGSRKFFLGTDSAPHPQHAKESACGCAGSYTAHAAIELYAEAFEAAGALDKLEGFASLHGPAFYNLPVNSDKITLEKAQWHVPATISFGHDVVVPIRANDTIAWQVKD
>NZ_CP014944|104283:162694|146433_147225_-|WP_070373618.1|DBSCAN-SWA
MELQINVIDAFTDETFKGNPAAVIITSDWLTTELMQSIAIENNLSETAFVKRINNQAYEIRWFSPITEIDFCGHATLAASFVIFAKDNTIKEINFFAKAVGDLSVTKTPDGLIQMCFPNKEPTVVNEIPAALLNGLSINPIDVLLNDQAYFVIYKNESDVLAVIANSDELKQLAPYDVVVTSTSTEFDFVSRYFWPANGGDEDPVTGSIHTGLTPYWSKKLNKTDLTAYQASKRGGKLMCRIEGDKVYISGKAVKYLTGTITV
>NZ_CP014944|104283:162694|131175_132207_-|WP_070373602.1|DBSCAN-SWA
MTPIRLTQYSHGAGCGCKISPSVLDVMLKSSLVLPEHKELLVGNSTKDDAAVFDIGNGQGVISTTDFFMPIVDDPTDFGKIAACNAISDIYAMGGKPIMAIAILGWPVNILAPEIAQQVLDGARAICAEAGIPLAGGHSIDAPEPIFGLAVTGLINNEQIKRNNTAGVGDLLYLTKPLGIGIMTTAEKQGKLLAEHAHLAPQEMKALNIIGQKFAALETVTAMTDVTGFALLGHLLEMCQGSNVAAIIDFKQIPCIDYVNDYIDQGCIPGGCERNFTSYGEHVGPLTPKQKTLLCDPQTSGGLLVAVQPSGKLAFEALCQENGLNLQPIGELVAATSPTVSLL
>NZ_CP014944|104283:162694|104283_105525_+|WP_070373579.1|integrase|DBSCAN-SWA
MLLNKPVPLYPPYIDLCDFDFDDYPELDKIFSSNEPWWLEQFDWGKIFLTYIGRNKSTHTYDRFRNDVERFLLWSFIEKKKPIDQLRKSDLLEYADFCWQPPVTWIGTSNQERFKISNGYSLANELWFPYKIQAPKSLKSEYIIDKKKYRPSQQTLSSMFTAIIVFYNYLMAEDFCIGNPAQIAKKDCRHFIIDSQVKEVKRLTASQWQYVLDTAIEMADENPLFERNLFVISALKTLFLRISELSERANWSPTMGHFWQDDDENWWLKVFGKSRKLRDITVPLDFLPFLERYRSSRGLLGLPSSNENSILVEKVRGQGGMTSRHLRRLVQSVFDQAHENMRRSEGENKALKLKEASAHWLRHTGASMEIERGRPLKDISEDLGHASMATTDTVYVQSENKKRAESGKKRRVN
>NZ_CP014944|104283:162694|128953_129559_-|WP_070373600.1|DBSCAN-SWA
MPKIGMKPLRKQQLIDATLDSVAQFGLQNTTIITISRIAGLSSGIISHYFGGKQQLVEATVKHLLEQLKLALLERVRGQHLEPADRLMMIIEANFTQLQRSKPATKTWLSFWAQSMHEPGLARLQNINSKRLHSNLLFSFRQLLNDDLALIATKQAAAMIDGFWLRSALSPSPEEEFRQAEQFCKKFIVDLLKQYGEVSCH
>NZ_CP014944|104283:162694|148784_150119_-|WP_070373620.1|DBSCAN-SWA
MKKLILALCCALVSLSASALTTLEDVKSFTLDNGMTIIVLEDHSIPNANMYLFWKVGSRNEYPGITGLSHFFEHMMFNGAKKYGPKQFDRLMEAAGGANNAYTSENITAYTNWFPVSAIETIFSLEADRIENLAIDEAMVESERGVVTSERSTRLENSSFSKLHEEVKGVAFRAHPYSWGVIGHQSDIDNWSIEDLKAYHKTYYAPNNAVVVISGDVTLAQVKKLANKHFAPISAQSSPRKVHTVEPKQLGERRTYVQKESSTSANVLFAFHVPETRHADYYPLKMLASILGDGQSSRLSRSLVDDKQIATSVFTYMPDSFDPNLFYVFATAISTVKASVLEQAMVAEINNIIVNSVTEHELTKTKNIAQVDFYRTLSTINGKANTLGTYALFFDDYSKMFTAISDMNKVSVEDIKRVASTYLIKSNRTVGILAAEQDSSEGDL
>NZ_CP014944|104283:162694|143500_144058_-|WP_070373615.1|DBSCAN-SWA
MNKYIRTLAFITTSLFISSCSVELEEYKPVAKPFDIKSYFDGKVIAWGIVQDYTNEVKRRFCVEIEGSWQENQGILAEKFYFDDGEISYRNWQLTKLSDGSYVGGAEDVVGEAIGKHQGFAFQFQYTLSLNLDGDIMEVAMDDWMYQLDENKVFNKTAMSKFGVQVAEITLFFDKETTNQSCQSN
>NZ_CP014944|104283:162694|140271_140889_-|WP_070373611.1|DBSCAN-SWA
MQTNLLSTVTNVKSSNMTEKINHPQLCQWLNDVASTRDKKAFTDLFHFFAPKIQRIARGKFPNEAQASEVVQETMSNIWRKAHLFDKDKGAATTWVYTVMRNVTFDMLRKIKGNKEDNLSDDIWPLAESQVSEDESFDDHLENKELLSVIEKLPEAQQQVVKGFYFMEMSQEQLANHLNLPLGTIKSRLRLALAKLKVQLGENHD
>NZ_CP014944|104283:162694|145420_145786_-|WP_070373617.1|DBSCAN-SWA
MLKTPINLLNKFTHFSDQWSPRVVAQMNDYQFKLAKIQNEFTWHSHPDTDEVFLVIEGAMSIEFRDGKVDLLAGEMYVVPKGVEHKPHAKDECKIMLIEPSGVVNTGDSPGELTAQNDLWV
>NZ_CP014944|104283:162694|118960_119902_-|WP_070373592.1|DBSCAN-SWA
MTNSEQQLEFIRLLSLDSETNFTNTEHFSFAMKKLSVLLNSPFFIFTVVYKDIQNKKSHYNSYCLNTQNNEPSEERVVVNVNQSELPDTICLLNRQLQEIKQSKSQVTVSFLNKTDFSDSQDDNCFVLPFTVDDELIGVISYQANTPNTVIKTSSPLYQFIHYVFSADHTNRQKGTQINTLQTVLNLMPQRVFWKNRESVYLGSNKAFSNDAHLNSPSDIVGVTDFDIFPEQAELYRSDDAHTMTSREHLIASEEPQTHANGKTIWLRTSKRPIINEFNEVIGIVGTYDDISELKNMQVELIDSSCTASGEDS
>NZ_CP014944|104283:162694|115484_116003_-|WP_070373589.1|DBSCAN-SWA
MKYFAYGSNMSLIRLQQRVPSAQKIDTVSLKNHQLRFNMSGKDGSGKCDSFYTNNSDDVVVGALFEIDENEKPILDRAESLGSGYNEKTVSVINEQGKTFEALIYCAIKIDPSLKPYTWYLNHVIVGAKETKLPLDYLAIIESVVCIEDPNKERETKERAMYRPHTIQKDCA

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
99710:99724	attL	NA	NA	NA	NA
WP_070373579.1|104283_105525_+|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_083277842.1|105602_106433_-	M23 family metallopeptidase	A0A075BS18	Microcystis_phage	1.3e-11	38.3
WP_070373580.1|106425_107304_-	hypothetical protein	A0A140B3P3	Vibrio_phage	6.0e-15	27.0
WP_070373581.1|107323_108370_-	dihydroorotase	NA	NA	NA	NA
WP_070373582.1|108399_109476_-	nucleoid-associated protein YejK	A0A1V0E8C0	Vibrio_phage	1.1e-55	37.2
WP_070373583.1|109555_109768_+	DUF1414 domain-containing protein	NA	NA	NA	NA
WP_070373584.1|109832_111530_+	DUF3413 domain-containing protein	NA	NA	NA	NA
WP_070373585.1|112578_113733_+|transposase	IS110 family transposase	NA	NA	NA	NA
WP_083278115.1|114136_114544_-	TonB family protein	NA	NA	NA	NA
WP_070373587.1|114743_114983_+	type II toxin-antitoxin system ParD family antitoxin	NA	NA	NA	NA
WP_070373588.1|114982_115276_+	type II toxin-antitoxin system RelE/ParE family toxin	NA	NA	NA	NA
WP_070373589.1|115484_116003_-	gamma-glutamylcyclotransferase	F2NYX8	Diadromus_pulchellus_ascovirus	3.9e-06	29.7
WP_070373590.1|116292_117165_-	hypothetical protein	NA	NA	NA	NA
116469:116483	attR	NA	NA	NA	NA
WP_070373591.1|117658_118960_+|transposase	IS200/IS605 family element transposase accessory protein TnpB	A0A0A8WI33	Clostridium_phage	2.4e-60	40.6
WP_070373592.1|118960_119902_-	PAS domain-containing protein	NA	NA	NA	NA
WP_157470703.1|120125_120725_-	hypothetical protein	NA	NA	NA	NA
WP_070373594.1|121036_121591_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_070373595.1|121974_123300_-	aminotransferase class III-fold pyridoxal phosphate-dependent enzyme	NA	NA	NA	NA
WP_070373596.1|123599_124304_-	hypothetical protein	NA	NA	NA	NA
WP_070373597.1|124349_125567_-|holin	choline transporter	NA	NA	NA	NA
WP_070373598.1|125770_127411_-|holin	choline dehydrogenase	A0A1V0S9M4	Catovirus	2.5e-62	31.1
WP_070373599.1|127499_128963_-	betaine-aldehyde dehydrogenase	NA	NA	NA	NA
WP_070373600.1|128953_129559_-	transcriptional regulator BetI	NA	NA	NA	NA
WP_070373601.1|130069_131176_-|tRNA	tRNA 2-selenouridine(34) synthase MnmH	NA	NA	NA	NA
WP_070373602.1|131175_132207_-	selenide, water dikinase SelD	NA	NA	NA	NA
WP_070373603.1|132467_133694_-	class I SAM-dependent methyltransferase	NA	NA	NA	NA
WP_070373604.1|133729_134506_-	DUF1365 domain-containing protein	NA	NA	NA	NA
WP_070373605.1|134508_135780_-	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_070373606.1|135785_136502_-	SDR family NAD(P)-dependent oxidoreductase	NA	NA	NA	NA
WP_070373607.1|136501_136963_-	nuclear transport factor 2 family protein	NA	NA	NA	NA
WP_070373608.1|137030_138410_-	deoxyribodipyrimidine photo-lyase	A0A1V0SGL1	Hokovirus	1.3e-51	30.8
WP_070373609.1|138598_139558_-	DUF1722 domain-containing protein	NA	NA	NA	NA
WP_070373610.1|139592_140279_-	transcriptional regulator	NA	NA	NA	NA
WP_070373611.1|140271_140889_-	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
WP_070373612.1|140973_141543_-	hypothetical protein	NA	NA	NA	NA
WP_070373613.1|142210_142441_-	hypothetical protein	NA	NA	NA	NA
WP_070373614.1|142602_143499_+	TIGR01777 family protein	NA	NA	NA	NA
WP_070373615.1|143500_144058_-	DUF3833 domain-containing protein	NA	NA	NA	NA
WP_083277843.1|144050_144611_-	hypothetical protein	NA	NA	NA	NA
WP_070373616.1|144603_145098_-	DUF2878 domain-containing protein	NA	NA	NA	NA
WP_070373617.1|145420_145786_-	cupin domain-containing protein	NA	NA	NA	NA
WP_070373618.1|146433_147225_-	PhzF family phenazine biosynthesis protein	NA	NA	NA	NA
WP_070373619.1|147407_148784_-	insulinase family protein	NA	NA	NA	NA
WP_070373620.1|148784_150119_-	insulinase family protein	NA	NA	NA	NA
WP_070373621.1|150442_151402_-	DUF1186 domain-containing protein	H9NBT7	Sphingomonas_phage	1.5e-06	33.6
WP_070376940.1|151553_155555_-	hypothetical protein	NA	NA	NA	NA
WP_083277844.1|156250_159952_-	sensor histidine kinase	NA	NA	NA	NA
WP_070373623.1|159981_161202_-	diguanylate cyclase	G3MA91	Bacillus_virus	1.3e-15	32.0
WP_070373625.1|161713_162694_+|transposase	transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_CP014944|540223:581303|DBSCAN-SWA
GATGATGCGTCATATTCGCGCTTCTCAGCCGTTGGTCAATGACCCTGTTTTAATTGAATATATTAACGATTTAGGCAACCGTTTAGTCAAGAATGCCCAAGATGTTAATTACAGCTTCGAATTTTTTATCATTAGAAATAAAGAAATCAATGCCTTTGCCTTTTTTGGGGGGCATGTTGGCATTCATAGTGGCTTAATTACCCTCGCTGATACCGAGAGCGAATTAGCCTCGGTAATCGGTCATGAAATATCTCATGTAACCCAACGTCACTTAGCCCGTAGGCTTGAGGCTCAAAGTAGAAATCAACCGCTAACCACTGCAGCGATGATTTCAGGGGTATTACTGGCATTAGTTAATCCATCTATTGGTATGGCTGCATTAACCACAACAATGGCGGCGTCAAAGCAATCAAGTATTAATTTTACCCGTGGCAATGAGCAAGAAGCCGACCGTGTTGGCATTACCCTACTCGCACAAAGCGGTTTTGATCCGCAAGGTGCCCCCGATTTTTTTGGAAAAATGGCAGTAAAATATCGTTATACTTCAAAGCCACCAGCAATGCTATTAACTCATCCGGTGCCTGAATCTCGCATTGCCGAAGCCCGTGTACGTGCTCATGGTTTAGAAAGTCGTCCTTCAGCTCCTAGTTTAAACTTTGCGCTCGCAAAAGCGCGTATTCAAGCACGTTACGAATCAACGGCCTTAGAAAACATTGCAACTTTTGAAGATAGTATAAAAAAACAAAACTACACTTACAGAGCCGCGGCCGACTATGGCTTAGCCTTATCATTATTTGAAAATAAAGAGTATCAAGCGGCTAAAAAAATACTTGAAAGATTACTCAGCGAAGACAAAAACAATCTATTCTATGCAGATGCACTAACCGATGTTTATATTAAAACAAAAGAAGTAAATAAAGCGCTTACTATGCTCAGTGCCCTTAATTTATTGATGCCAAATAACCAAGTTGTTACCTTAAACTTTGCCAACGCTCTCGTTGAAAACAGTCAATATTCAGAAGCTGAAGTACTTTTACAAGACTACCTGTTAGTTAAACCAGGTAATTTTATCGCTTATGATATATTAACGACGGTCTATGAAAAACAAGATAAAAAAGCACTGATGCATGCGACAAAAGGCGAGATATTTGCACTTTTAGGGGCATACTCTCGTGCGGTCGACGAATTACAAACGGGCTACAATTTTACAGATAATCAACCGTTAGTCGAAAAACGTATCAAAGCACGAATATTGCAATTTCAAGATCAAGAACAAAAACTTAAAAGACTATAGTCCATATTACAGAAACGTTTAGAATAGGTACTATAACGGCCTATTCTATCGATTAACCCTTAAAATCATTTAATTTTAGCACCCATTGAGATCTAGCCATGTTAACGATTTATCACAACCCTCGCTGTTCTAAAAGCCGCCAAACCTTGGCGTTGATTGAAGAAAACAACCAAGAGGTTTGCATTGTAGAATATTTAAAAAAACCACTGGATGAAAGCACTATCCAGTCACTTTTATCACGTTTAAATGTTTCCCCTATTCAAATGATGCGCACTAAAGAAAGTGAATTTAAAGAACAAGCATTAGCGCAAGCAACCGACAAACAACTCATTGAAGCTATGGTGAACACCCCAAAACTTATTGAGCGACCAATTGTTACTACGCAAACGAAAGCCATCATTGGTCGACCTCCTGAAAACGTTCTAACACTCTTTTAATTTCAATATAAAATTTAATTCAACAAGTTAGTGAAACAATTTGCTAACCAACAGGATAGCTTTCATGACTAAGACACAAAGATTTTCAACACCAACATTTAAAAAGATAACCTTAATTGGCTATTTTTCTTTATTATTTTTTATGCCGCTTTGGCTACTCTATTTAAACCCTTCACAAGGTTTGTCGCCGATATTAAGTTTATGCTTATTCACTGTGCCACTGTTATTTCCTCTAAAGGGTTTGCTGGCAGGTAATCCTTATACCTATGCTTGGTCGAGCTTTGTCGTTATGATTTATTTCCTACACAGTTTAACCACGCTGTGGGTCTCTCCAGCAGATATAGTTTGGGCATCATTAGAGCTTATATTTGCCACGATGATGTTTATTGGTGGTAGTTATTACGCGAAATACAGGGGTCAAGAGCTAGGCTTGAGTATAAGAAAAGCTAAAGATAAAGCGTAACGCTTTAATAAAAGTTTTATAACCTAACCACCATTATAGTTAAGGGCTGAAAATGAAAAATATTCTGCGTATATTACTGCTAATACCTATTTTATTTGCTTGTAGAAATAATGGTGAGGTCACTAAAATCTTCACCGTCGACGATGAAGTGAAAATTGCTCAGGCGGTCGAATTAGTTTTACTCGCCCCCTCTAATAAGGTGACTAACATTGTTTGGACGCAGACGGCTGGCGAACCCGTGGTGTTTTTAGCCTACACCAGCAAGGTAATCGCTTTCACACCTAACACCGCAGGCACATATAGTTTTAATGTTTCATTTACACAAGAAGATGGTAGCAGAGAGTCCCTTAGCCACTCGATTAGTGTAACCAATGAACAAGGAGAGATATCTGCGCGTCTGGGTCATGCTGCGCTAGAAGGTAGTAAAGTTTCATTGCGTGCTTCGTTAACAAGTAAGCTGTTAAGCGATAGTTTAGTTTGGCAACAAACTGCCGGTCCAGAGGTCAATTTTACGGCTGAAAATACCCAGGGTGATTATGCAGTATTCTTTAATGCGCCGGAAGTTACGAGGGATACTGTAGTAGAATTCACCGTATCCTCAGGAAGCTATTCTGATAAAGTAGCGGTACTTGTTGAAAATGCTGAACCTGTCTCGACATCAGATAATACTGCTTATACTGAGCGTTTGGCTCGGGTATTCCCCTTTGTTGCAAGCTCGTCTTATGCCGATGTACTCGTCGATTGTGTTTATAGTAATAAAATTAACTTTGCGCGAACATGTGCATTTAATACCTTACCATTAATTGCACATGATACGACCACACCAACGGTTGATGACATAATGGACCGAGTGATCGTTTCTCATTATTGGATGGGAGAAAGGTTTCGAGAATTTCTTGAAAATTACGACCCCTACAATGATTTCAAAAATTTACTAAGAGCAAATACTGCCATTGTCATTTCTTATGACATCAGACCCTCATATTACTGGGTGGTTAGTGGCGCTATTCACTTGGATGCTAATTATTTTTGGTTGACCCCTGATGAGCGAGATACCATAAATCAAGCACCTGACTATAGAGCGTCCTTTGGTGGTGATCTTAATTTTGCCATGCCTTGGCGTTATGTAAAAAATAATAATTACACCACTACTTTTATATCTGAAAATGACAGGGTTACTCGACAACCTAGCGATGTTTTATACAGTTTAACGTCTTTGATGTACCACGAACTTGCCCATGCCAACGATATTTTCCCGAGCACTAGTTGGTCAGCTTTAAACCGAGACCAAACAATATTATCAGCCGCACAACAAATAGCAGATAATAGTGGCTTTAAATCTGATCAACTAAACAACACCCTTCCCTTACTGGGTGAGGAAATGTACGCCTTAGCTCAGGTACGTTTTCAGGGGGTTGACGCATCAAATACACAAAACGCTTATCAACCCAACGATATTAAAACGTTTTTTAGTGGCGAAGCTGCGCCTCAGTTTTATAATTACTCAAGTATTCGCGAAGATTACGCTATGCTTTTTGATGGTTTTATGATGAAAACTCGCTTTGATATTAGTCGAGATGTCGCTATAACTAACGCTCCTAAAATTGCGAATGAAAATTATATCGTTAATTGGGGACAGCGCGGCCGTATTGGCGATGAAAAGATTAAACCTCGGGTATTATATGCCGTAAGTCATATATTGCCGGAAGTAAGTGATATTGAAAACTTAGTGAATAATTTACCAAGTCCAATCATGATGAACGCAGGAGAAAGTTGGGCTAACAATTTAAATATAAGCCCAATTAATAAAGAACAATCAGGGTTGCAAAACGTTTCTGCTCAACCCAAAGATAGACGCTTTGTTCAGTATGAATTTTATGAAAAGCCCAGCCCTTTAAAATAAAATAGCTTTAATAAATGGGATGGTGATTTTGCGTTGTTCTCTTATTGATGCTTCGTCAAGCTCGGCTAAAGCTAAGATCAAGTGACTCATTTCACGTGATAAGTGACTCAGTAAATATTTAGCCACTTCATCACTTAATAATAAACCTCGTTGTTGCGCTCTAAATTTTAACGCAATTAACTTTTCTTCATCATCTAGGGGTTTGATTTGCTCTGTCATTCCCCAAGATAATCGAGAAACTAAATCGGCTAGGCCAAGTTTCAGTTGTGAAACACTTTGATCTCCAGTAATAATCAAGCGTTTATTATGCTCAATAACACGGTTAAATAAATCAAAGACCGCTTGTTGCCAAAGCTTGTCTCCAGCAATTAATTGCACATCATCTAAGCAAATCAAATCAATATTTTCTAAACCATCAAGTACTTCAACCGACAATTGTTTTAATTCAGAAAAAGATAAACAAACGGATGATAGACCTAATTTCTCAGCAAAAGTACAACTGGCATGAAGCAAATGTGATTTACCAACACCTGACAAGCCGAATAAGTAAAAACTATTGACGTGCGCAGACTCTACCAAATGTTGACTGGCTTTAATAAACGACTTTAACTGCTCAGTTGCCGAATAATTAGCAATACTTTGGAAACTTGAAAACGTTTCATCATCGGGTAATTGAACTGACAAGGTTAATTGAGAAGTGACTTTCACTAGGGTTTCCAATAAAAAACAGGGACAGCACCGACCACTTTTTCGGCAAGTGGGTCAACAAAAAGGTCTAATTGCTTATTCAGCTTTAATGAAGCGAGAAAGGCTTGTCCTGAACTCTTTAAAACCAATTCAAAACGGCGATTCTCCCCCGAAGCGCTGAGTAATTTCACCGATTTAACTGATGATAATTGTTCAAGAAATCGCTCTAATTCAATAAAGCTTTTTAGTGATGATATATTGGCAACATCAATAATATAATTATTATCAATATCACTATTTAAAGCATATTTTTGATAAATTATATCACTAATAAGAGAAAGCGCAGTTTTTAATAACTGGTCAGGAGCGTCACCGTAGCTGATTTCACCAAAGATTTGTCCGGTGATTGTATCACGATTGTAGCCTTGGGCATCGGCGATAAAACTCCAGTCTAGTGCGTATTGTTGGCGTTCTTTTTGGCATAAAAAGCAATCATCAACCTGTTCATCACTTTCTTGTTGAGGTAATAAACTACTGTTTGATAAACGAATTATTATAATAGATTCTGGGTTGTAGCGCAGTGATGCCATTTGTACTTGTTTGGCAAAGCGTCCCCAAACATCAAAAGTAGAGATGGTATTTACATCGGTTAAGTCCATTAACGGCATTAAAATAGGTAAGCCCCTTAACGCTGAAAATTGTTCGACACTATTAGGTAAATTGTAACTCTCTTGTGGTGTTGCATTATTGGAAAAAGACGAGTGGCTTGCATTAGAAATAGTCGTGCGGCGTAAACCATTCTCTTCAACGAGCCACAATAAAATTTGTGGTCGTAAACTTCCCCAAATAGGGGCGTTGGCATCTTCAAACAACTGATTAATTTTGCTTTCGTCAAAAGTAACTAAAAGTTCAGTCTGCTCTGCATTACGTTGATAACGGTATTTTACAACATAGCCACTGACATTTCTAAGGCCACTTTTGATGGTCGAGTTGGACAACAGCGCTTGTTGTCCCCCCACTTTTAACACGACCGCGCTCATTGCTTGTTGCAAGGCGAGTTTTCGCTCTGAGTCGGTTTGTGAGTTAACGATAACCTTTGCGTTGTATAAGTTTTTAACTTCAACAGCCAAAGCGGTTATTGAAGCAAAGAAATGACTTAAAACAACAACTAATACAATAAGATATCTAAGCATATTTTTTAAGTTGATTATTTTTATGTATAAGATCTTATCATAGTGTTAATCATTTTAAACACTAATAAAAAATAATTTATTATAAAGATTTTCACCACGCCGTTGCGCTGGTAGAATGCGCCATTAAAGTTCTTATGCTAATTAATTGAGGTTTCCCCCGTGAGCGAACAAAAACAGTCTCTAAGCTATAAAGATGCTGGCGTTGATATAGATGCAGGTAACGCCCTAGTAGAAAACATTAAAGGTGCAGTAAAACGTACAACTCGTCCTGAAGTGATGAGTGGCTTAGGTGGTTTTGGCTCAGTATGCCAATTACCAACCGGTTATAAAGAACCTGTAATGGTTGCGGGAACAGATGGCGTAGGTACAAAACTACGCTTAGCAATTGATTTAAACAAGCACGATACCGTGGGTATTGATTTAGTAGCTATGTGTGTCAATGATTTAATCGTTCAGGGCGCTGAACCTTTGTTCTTTTTGGATTATTACGCGACAGACAAACTTGATGTAGATGTTGCTTCGGCAGTTGTTGCTGGTATTGCTGATGGTTGTGTATTGTCAAACTGTGCTTTAGTTGGCGGTGAAACCGCTGAAATGCCAGGTATGTATCATAAGGGTGATTACGACATCGCTGGTTTTTGTGTCGGTATCGCTGAAAAATCACGTTTGATTGACGGTACAAAAGTAGCATCAGGCGACCAATTAATTGCTTTAGCTTCTTCTGGCGCGCATTCAAACGGCTTTTCATTAATTCGTAAAGTATTAGAAGTTAATAAGACTGATACCAACGAATTATTAAATGGTAAGTCAATCGGTGATCATTTAATTGAGCCAACTAAAATTTATGTTAAATCTGTTTTAGAATTACATAAGCAAGTTGACATCCATGCCTTATCACATATCACAGGTGGTGGTTTTTGGGAAAATATTCCTCGTGTATTACCCGAAAGTGCTCAAGCCATTATTGACGGTAACAGCTGGGAGTGGCCAGCGATCTTTAACTGGTTGCAAGATAATGGCAACATTACTACCCACGAAATGTACCGTACCTTCAACTGTGGTGTTGGGATGATCATTGTTGTACCTGCTGCTGACCTAGCAAAAAGTATTGAAATTTTATCGGCTCACGGTGAGAATGCATGGCACATTGGTGAAATCGCTGATATGCAAGCAGGCGCTGAACAAGTTGTGATTAATAAAGGTTAATTCTATGCCATCAAGTAACATGCAAGACAATAATTTAACCAGCAATATTGTTGTGCTAATCTCTGGTGGCGGCACTAATTTACAGGCGATAATAGACGCCTGTAAAGCTGCAGATTATCCAGGAAAAGTGGTTGGGGTTATTTCAAATAAAGCCGATGTATTTGGCTTAACTCGCGCTAAAAACGCTGGCATAGCCCATTGCGTTCTTTCTCATAAAGACTTTAGCAGTAGAGAAATTTACGACCAAGCGCTGATCAAGAAAATTGATTTATACCAAGCTGATGTTGTTGTTCTGGCTGGTTTTATGAGAATATTAACACCTGAGTTTGTGCAACACTACCAAGGTAAGTTAATCAATATTCATCCCTCTTTATTACCTAAGTATCAAGGTCTCCATACCCATCAACGGGCGATTGATGCCGGTGACACTGACCATGGTGTTAGTGTACATTATGTTACAGAAGAACTTGATGGTGGCCCAGTGATATTACAAGCGAAAGTACCTATTTTTGCCGGTGATACCGCTGAAGAACTTGCGCTTAGAGTTCACGAACAGGAACATAGAATTTACCCCTTAGTGGTAAAATGGTGTTGTAATCAGCGCATTTCTATGCACAATGATACAGTACTTTTTGAAGGTAAAGCGCTCCCTGCTTCTGGCTATGCGAGTGAATAAATAAAATATTAAATGATAGGTAATTAAATGCTGAATAAATTATGTTGTATTGCTCTAGTATTAGCCTCACAGAGTAGTTTAGTTTTCGCCAATGAAGCAAAGACCGCTCAAGCAGAGCAACATGTTATTCAGCCTTTTACTGCTAAATATAATTTGATACGTTCTGCTGATATTTTAGGTAGTGCGACAAGAACGTTAGAATACTTAACACCTGAACAAGCTAAATATAGTTATAAAACAGATATTGAATGGTTAATATTTTCAGATAACCGTCAAGAAGTATCGCTCGTAAAACTCGATCACCATAAGGTGACACCTCAGCAATATAATTTTCAACGAGACGGCACCGGACCTGATAAAGAATATGCTTGGCAGTTCAATATTGAGAATAATATTGCGAAAAACCTCAAAGACAATTCAGAGCTTAATATTGATTTTCCTGTCAATATTCAAGACTCACTCAGCTATCACTTGCAGAATCGTTTAAATTTAATTAAAAATCCAGAGCAAAAACTTTTTGTGTATCCGGTGATGAATCATTCGGGTAAAATTAAAAATTATGTTTACCAGTATGATGGTCAAGATGAATTAATGCTGCCTTTTGGTATGATAAAAGCGGTTAGATTAAAAAGAGAAGTCATTGAAAAGAAAAAAATCACCTACGCTTGGTTCGCCCCAGAGTTAAATTACTTGCTGGTTAAAATACAACAAATAAAATCTGACGTTGAACAGTTTGATGCACAATTGACTTCACTTGAAGAACATTAATGTTCAATCTTCAACACTTCTTGCCCTGAAGCAATAGACTCACCCAGACAAAATAAGTGCCACTGCCCTTTGGTCATTTTGTGCCAAGTTTCATTATCCGTTAATGGCTGAGTGGCAATAACCGTAACTACATCATTTTCTGTGGTTTCTTCGGTGAAATTAATAACTACCTCAGCATCAATCAAACTGGCTTTACCAAATGGCGCCCTGCGTGTTATCCAGTGTAGGTTATTTGCACAATAAGCAAATAAATACTGGCCATTGGTGATATTGACATTAAAAACACCCAACGCATTTATTTTGACACTCAACTCGGCGATAAATTTAAACAGCACCGTTGCTGCTGGTTCTTTATCCGCATACTTAAAATGAAGTTGGTCTAAGATCCAACAGAATGCGTGTTCGCTGTCGGTAGCCCCAACAGGAATGTGTAATTTAACAGGCAGTTCAACCTGGACATTCTTCAATTGTCCATTATGTGCATAAGTCCAATTTCTTCCCCACATTTGACGGGTAAAAGGATGAGTATTCTCCAAAGAAATACCGCCAGAGTTTGCTTGTCGAATATGACAAATAACCGCTTCACTTTTTATCGGATAATTGGTGACTAACTCGGCAATCGGTGATTGTGAACTTGGTAAAGGGTCTTTAAAACTTCGACAGCCTTTACCCTCATAAAAAGTAATGCCCCAACCATCCTTATGCGGCCCAGTATTTCCACCACGCTGCATTAAACCACTAAAGCTAAAGCAAATGTCAGTGGGGACGTTCGCACTCATTGCCAGTAATTCACACATAAATTAATTTCCGAATAGATAATTAACGTTATTATCCTATAAATAAGGTTACAACGATAAATATATTTGTAATTTATTGTACATAGATTTAAGCTAAATACATGGTCAGACCTCTTTATTTTTATCTTTAGGTTTTTATTTTTTAAAAGGAAAATTAATGGAACAATTTACATGGTTCATTTATGCCGTTATTTTAACCGGCTTCATGGCATACACCCGTGCTGCGCTCTCAACTTTCACCTTAAGTTTTGCCGCGTTAATGGCGGTAGGTACTATCTTTGATGCACTGTCATTTTTCAGTTGGATAATATTTGCAATCATTGCATTGCCCTTGAATATATCTGACTTTAGAAAGCAGTATATTACTCACCCTTTACTAAAAATGTTCAGATCTATCATGCCGCAAATGTCGAGAACTGAGCAAGAGGCTATCGACGCTGGTACGACATGGTTTGAAGCAGAGCTATTTCGTGGTAACCCTGATTGGAAAAAACTACATAACTATGAAACACCCCGCTTAAGCGTTGAAGAGCAAAGTTTTTTAAATGGTCCCGTAGAAGAAGTTTGTAAGATGACCGATGATTGGCAAACGACTCATGTCGATGCTGATTTATCACCAGAAGTTTGGCAGTTTTTGAAAGATAATAAATTCTTTGCAATGATTATCAAAAAGAAATATGGCGGCTTAGAGTTTTGTGCCTATGCACAGTCACGAGTTTTACAAAAATTATCAGGGGTGAGTGCCGTACTAGCAAGCACCGTTGGAGTTCCTAATTCTTTAGGCCCAGGTGAATTATTACAACTTTACGGCACAAAAGAGCAGCAAGACCATTACCTTCCTCGTTTAGCGGTTGGTGATGAAATTCCCTGCTTTGCGTTGACTAGTCCGGAAGCCGGTTCAGATGCTGGTGCGATCCCCGATGAAGGCATTATTTGTCACGGTGAGTTTGAAGGTAAAGAAGTGCTTGGTATGAGATTAACTTGGGACAAACGTTACATTACGCTAGCGCCCATTGCCACAGTACTAGGTTTGGCTTTTAAACTAAAAGACCCTGACCATTTACTGGGTGAAACGGTTGATTTAGGCATTACCTGTGCATTGATCCCTACAGACTTAGAGGGTGTTATCACTGGCCGTCGTCATTTCCCACTTAATGTTCCTTTTCAAAATGGTCCAACACAAGGTAATGGTGTCTTTGTGCCGCTTGACTATATTATTGGTGGCGCAGAAATGGCAGGTCAAGGCTGGCGCATGCTTATGGAGTGTTTGTCTGTTGGCCGTGCGATCACACTTCCTTCTAATAGTGCTGGTGGTATAAAGTCACTTGCACTTGCTACAGGTGCTTACAGTAGAATTCGTCGTCAGTTCAAGATCCCTATCGGTAAAATGGAAGGTATTGAAGAACCCCTCGCTCGCATTGGTGGCAATGCTTATTTAATGGATGCGGTAACTACCATGTCTACAGGTGCTATCGATTTAGGTGAGAAACCTTCGGTAATTTCAGCCATTATAAAATATCATTTAACTGAAAAGATGCGTATTTGTGTTAACGATGCAATGGACATTCACGGCGGTAAAGGTATTTGTATGGGCGAAGGTAACTACCTTGCTCGTGCCTATCAAGGTGCTCCGATTGCAATAACCGTTGAAGGCGCAAATATTCTGACACGTAGTTTAATTATTTACGGACAGGGAGCTATTCGTTGTCATCCTTACGTTTTAGCGGAGTTAGCCGCAGCAAACCAAACTGATGATGTTATTGCATTAAAAGAATTCGATCACGCCTTGTTTGGCCATATTGGCTTTGCCATTAGCAATGTTGTCCGCAGCCTTTGGTTTTCATTAACGGGCGCTAGAATTTTAAAGGCACCTTTTCGAGACGAAACCTCTCGTTACTATCAGTTGCTCACTCGCTTTAGTAGTAACTTAGCTATGCTATCAGACATATCGATGCTGACACTGGGTGGCGATTTGAAGCGCAAAGAGAGAATTTCGGCGCGTTTAGGTGATGTACTTAGCCATTTGTATTTGTCTTCGGCAACCTTAAAGCGTTTTAACGACGAAGGTCGTCAGCAAGATGACCTACCGCTTGTACAATGGGCACTTGAAGATAGCTTGTATGAAACACAGCAAGCTATTGACGCGTTGATCAGTAACTTTCCTAATAAGATAGTGGCACTGTTCCTAAGAGCTATGATCTTTCCAGTGGGCAAATGGTTGAAAAAACCTTCTGATATTACCGACCATAAAGTTGCACAGATATTACAAACACCTGGTAAAGCTCGAGAACGCTTAGGACAAGGTCAATATTTAAGCCGAGATCCAGAAAATGTTTTAGGTCAACTTGAGCAAACGTTAGATGACATTATTGCTTGTGAACCAATATTTAAGAAGATTTGTCAGGCTATTGGTGAAGATCTGCCTTTTTATGCCCTCGATGAAGTTGCTAAAAAAGGCTTAGCCGTTAATGTTATTAACGCTGTAGAAGCCGAGTTGTTATGCAAGGCTGAATTGGGCAGAAAAGCCGCTATCAATGTAGATGACTTTGACTCTGACGAATTAAGAGCACAGTCCGCTAGTCATTAATTTATCAACACGCCATAGAAATCGCCTACAAGGATGTAGGTTTCAATGTGTTTAAAACCGTATTATCATCATAAATGAGCCCAGCAACCGTGTTGGACTCATTTTTTTTTCGTTAATGTCTTCACAAACTTTATAATTCTAGCGCTCACCTATTACTTTTTGTAACAAAAAATGCTGAAAATTTTCCTGCCTAGATTGAAATACCATTAAAAATAAGTTAACTTTATGTTAACTAAAATTATACGACAAAATAATATGTTTTCGACTAAGGAAAGCCCCACTGTAAAAAGACGGAGCAAAGGTGAACAAACACGTTTACTGATATTACAATCAGCCATTGAAGTATTAGCAAAAAATGGAATAAAAGGCACGACTCATCGAGCCATCGCTAGTCATGCTAATATTCAACTCTCTCTTACCACCTATTATTTTAAAGATATACAAGAGTTAGTTCATCAAGCATTTACCTTGTGTTCTTCACAAATCACCACAAAAACAAGCTTAGCTTGGCAGCCTGCCGTTGAACTACTCGCCAATGTAAATAAAACAAGTTTACGTAAAATAAGTGAAAAAGAAAATTTACGTAATAAACTTGCCATAATGGCGACCCAATACTTAGTAAAAAGAATAATAGACTCACCCGTAGAGCTCGCTGTTCAACAATTACTCTTTACCGAAGTACGCGTAAACCGTAAATTAGCCCCTTTAGCTGAGATACACCGTGCGGCCTCGTTAAAACCCATTATTAAGTTATGCGAATTTTTTAATGCTCATGACCCACATATCGATGCTGATATTATTGCGACGGTCTTTACACAAATAGAATACCGCAATATCAATGTGCCTGTTGAGCAATTAGATACCGATAACATTCAAGCCATCGTTAGCCGAGTCATTGGTTATGCGATGAACTTAAAAAGTTTAGCACTTACCTCTTAACAGATAATTATCTGATTGTTTTGTAGATGAGCTGTAAATGTTGTAAATTTGTTTCTATATCTGGTCGTACCAATAAAGCTATAAGACTCAATAACAACAATAAGGTTTAAATATGCCATACCAAGCATTACTCACAAAACACAGTCAGTATTTTGATACTAATGTCACTCGAGATATTTCATGGCGTAAACAGCAACTACAAGCCATAAAAAAACTTGTTATTGAAAACGAAAAAGATATTTTACAGGCTTTACAAGATGACCTTGCAAAACCGACTCTAGAAGCTTGGATCACTGAAATATCATACATAACCAGTGATGTTGACCACACGTGCAAACACCTCAATAAATGGGCTAAACCAAGGGGCGTTAGTACCCCCATAGTGGTACAACCGGGGAAATCATTTATTAAACCCGAGCCACAAGGCACTGTATTAATTATTGGCGCGTGGAATTATCCTTTACAATTAGTATTGGCCCCTTTAATTGCCGTTATTGCTGCCGGTAATTGTGCCATCATCAAGCCTTCAGAGCTTGCTCCTGCTATTTCTGCACTTATTGGCCAACTTATTCCTAAGTATTTAGATAATAACGCCGTTAGTGTGGTTGAAGGCGGTGTTACAGAAACAACCGCATTACTTACCTTAAACTTTGATCACATTATGTATACTGGCAATGGTCAAGTCGCTCGTATTGTCATGGCCGCAGCAGCAAAGCACTTAACGCCGGTGACATTAGAGCTTGGCGGCAAAAGTCCTGTTTACGTCGATGAAAGTGCCGATTTAACAATAACAGCACAGCGTATTGCTTGGGGCAAGTGGATGAATGCAGGGCAAACCTGTATAGCGCCTGACTATTTATTAGTAAAAGAAAACCTAGTTGAGCCATTAACACTAGCGTTGAAAGCTCAAATAACCGCTATGTTTGGTGAAAACCCAAAAAATAGTGATAGCTATGGCCGTATAATTAACCAACGTCATTGTCAGCGTATAGCCGATTATTTTAATGATGGTAAAATTTTGGTTGGCGGTGAAAGCGATATTGAAAGCTGCTATATCGCGCCAACTATTATCATTAATCCTGCTTTAGATAGTCCTTTAATGACAGAAGAGATTTTTGGCGCCATTTTACCTATTGTCACTATTGAAAATTTTGATCAAGCAAAATCATTTGTCAAACAAAGAGAAAAACCACTTTCTGCTTATATCTTTAGCCGTAACAACGAGCAAGTAGCACAATGGGTAAATGAAATAAGTTCGGGGAGTCAATGTATTAACGATGTCATCATGTTTAATGCTGTACCTGATTTACCTTTTGGTGGCACTGGCCCTAGCGGTATTGGCCAATATAGTGGCAAAGCCGGTTTTGATAATTTTAGTCATCTAAAGTCAGTACTCAAACGCCCTTTTATTAAAGATATCCCGGTACGCTTCGCACCTTATTCAAAATGGAAACTTAAATTCTTACGTTTCATCCGATAAAAATCTACCTAAATGTTTCTCAGAGGATGAAAAATCTTACATCCTCTGCCACCATTTTTAATCTATCTACTCACTAAAGATAATAAAAACAAAAACGCTTTTATCTGCTCGTATCTAGTCTAGCTAGCTGGTTTAATTGCCCCAGTTAGATGATAGTGTGAATAGACATGACTAATTAGATTTTCAGACACTAAATGAGATTGAAGAATTTTTCTTATATTCACTAATGCCACACTGAAGACACTAGGCTTCAAAGCGCTAACGTCAGCTTCACTAATAAAGCGGTCATTAGCATCGAAGATAACCTTGTGACTTCTGTTAGCCCAGCCTGTGTGAAAACTAATTATTGTAAGTTTTCATTATTGAGGGTTTATATCAGCTATTTAGAAGGCTTCGCGTAGCGAAGCCGATATTTATGAATATCCATGCTTTATATTTTTTATTCGTTCAAAATTGCTGATATTGGCTCCTATTTGAAACATATTTGGGTCTTTTAAGGAAAGAGTTACCTCTTACGGCAACATCACTTCCTTCATCAACTTTTCTATTCCAAATATATTGAGCATTCTTTTTAAATTATACGCCAATACATGCAGGTTCAATTCTGTACTGACATTTTTAAACCCTCTTGTTAAAAGGTGCGTGGCTCCTGCCCACAACTTAATCGTACCAAAGGGATGTTCAACCGTTTGTTTTCGTTGAAGCATCGCATCAGGCGTTGCTTTGAGCAAGGCTTCCATTTTTTCCATATCAGCTTCATGGATCCAACGTCTCATTCTTCTTGGGTCTTTTTTAGAACGGGTACATTGGCTTCGGATAGTGCAATTTTTACAAGCCATACCATTGAAGTAAATTTTGATATCTAACCCTCCTTCTATCGCATTGAATCGATGTTGAAGCTCATTGCCCGCAGGGCAAATATAAACATCATTATCTTGATTATATTCAAACAGTGACTTGTTAAAAATTCCCTTCTTTTCTGAGCCTGATGTATCGGTTTTTGGTACAAGCGTCGATACACCTAAATCTTGAGTATCTTTAATATCTTGTCGGCTGTAATAACCCTTATCTGCCAATATTGTTGTAACACTTTTCCCTAACGCTTTAAGTGTCAGTTTGGTCATATTGCACAACTGCCCCCTATCTGTTGTATTGGTGACTTCGTGAGCAACAATTAAATGATGTTTAGTATCGACAGCGCTTTGTATGTTATAGCAAATCGCTCGTGTCATGCCCTGTGTTTTCATCAAGCGAGAATCAGGATCGACTGTTGATACTTGTTTATCAGGATGATTATTGACGGCTAATTCCATCTCTTTTAGTTCAACGAGGTGTTGTTTTAAGAAATCTAATTTAGATTCAATATTAGCAATGTATTGTGATGTGTTCTCTTGTGAATCTGACTGTTCAAGCTTCAAAAAATAATTATTAATATGCTTTTCTACTCGCTCAATATGAGACTTCATTTTACTTGGAGTGTAGTTTTTATCTTTGTTGTTGGATGCCTTAAACTTACTACCATCTATAGCAACAGTCGCTTCACTAAACATATTGAATTTATGGCACATTTGAACGAAGGTTTTACAGGTGTTTTTAATTCCACTGTGGTTATCTTTTCTAAAGTCAGCAATCGTTTTAAAGTCTGGGGATAAACGCTCCGTGAGCCACATAAGTTCAACATTACGTTGTGTTTCTCGCTCTAGACAGCGTGATGACTGAATTCGGTTTAAATAACCATAGATATAAATTTTGAGTAATATGGCGGGGTGATAACCAGGTCGGCCAGTTGCTTTAGATTGAACACCTTTGAAACCAAGGTTTTCTAAATCTAAACCATCGACAAATACATCAATTACTCTAACAGGATTTTCTTTAGCGACAAAATCTTCAAGCATTTCTGGAAAGAGGGTTGCTTGGGAGCGAGATAAACCTTTAATATGACGTGACATACAGCCAACATATAATCAATTAACCTAATGAATATTATAGCAAATATTGAGTGATATATTATCTTGTTTTGAGATTGATTGATCATAAGTATCCGGTGCTTATTCGAAAAAGTGATCAAAACGTTTTCACACAGGCTGAGCCATTACCTGACATTAGCTTTTGAGTTAAAAACGGCAGTTCAGAGATTCTAAAGCTTCATTTTCCACTTAAAGAATCCATCTATGCACAACAGAATTTATACCTAAAATTTTTACATGGCGTTAGATCTAAAATCTCCAAAGCGGACATTATAATTATTCAAGTTTCAAACGAATTTAGAGTATTAAATCTAAGGCGGTTTCGCCCCCTTTGTGCCATAGAATCCTCTAATCAGGTGGTCAGTTAACAATGCATATTCTTCATCGTCTATGCTGCCATTTAAAACCAACAACTAACAAAGTGATTCATAGATAATTTATTAAACTAAGTCAGAGTTTATTATCCCTGCTCTATTATTAAACAGCGCTCACCCAATGTTTAGATACTGAACATGTATTAACGAGAAGAATTTTTCGTTACCTAAATATAATTACAGATCAGTAAACCCACACCCAATTCATTCGTTAATTTACGCTAACTGAAGTTACCATTTCATGGGCGAGTTCTTTAATTGAGTAGCCCTTTATGGCTATCCCAGCTTGTATCACAGCCTGAGGTAATGTTGAGTCTTCGCAACTACTAGGGCTTTGCACTAAAACACGTCCACCCCTGTCTTTAATCGCCTTCAAGCCTTGTACGCCGTCATGACCTCCCCCCGTCAATATAATACCTAATGCCTGCTCCCCATAGTTATCAGCACCTGACTCCATAAGCACATCAATAGAAGGGCGAGCATGTTCAATTGCAAAATCTGTTGATAGTGCAAAATGCGCGTCTTCTACGAGTAAATGATAATCTGCTGGAGCAATAGTCACGGTTGAATGTTTGATCGGTTGTTTATCTAATGCTTCATGTACGGTCAATGACGTATGTTTTTGAAGGCTCTCAACTAGGTAGTCAAATTCAATAGATGATCGGTGAATAACAACAGCAATGGGTATCGAAAAATTATCAGGTAGTTGCGAAAAAAGCTGACCTAAAGCTTTTAAGCCGCCTAAACTTGTGCCAATAAAAATCATTTTTATTGGCATTAATCTATCCTTTGATAAATTCTGTTAGGCCCGTCTAACTCTTTATATTTATGTTCTAATGGCGTAAATTGTAAGGTTTCTTTATTGCCTAAAATTAAAATCCCAAAACGGCATAAACTGTTATGTAATAAAAGAAGTACTCTATCACGTAGCGCTTCATTAAAATAAATCATCACATTACGGCACATAATCACGTTGAACTCGTTAAATGAACCATCAATTGTAAGGTTATGCCTTGAATAGACAATAGATTCACGTAGATGAGTCGCCAAAATAACGCTATCTTGCTGAGCGCTATAGTACTCAGAGAAAGACTTTAAACCACCTGCCTTTTGATAATTATCAGTGTACTCTTGCATAACACTTAATGGAAAAATACCCGCTTTAGCTTTTTTAATAATGGATTCATTGAAATCAGTAGCATAAATTTTACTGCGTTTCGTTAGCCCTTCTTCTTCCAACAAAATACTCATTGAAAGCGGCTCTTCGCCTGAAGAACAGCCTGCATGCCAAACACGAACACTAGGATAGGTATGAAGTAAAGGGATCACTTTTTTCCTGAATACTTGATACATCTTAGGATCGCGAAACATCGCAGTTACATTGATAGACAGGTTAAGCAGGAAGCGCTCCATCATCAGTCGATCATATAATATTCTTTCTTGCAGTGCGCTAATCGACGGTAAGCTTTCTAAATTAACCAAGTTTCTAATGCGGCGTTTTAAAGATGCACGAGCGTATTGTCGAAAATCAAAACCGTAATAGCGATAAACCCCCTCACAGAGCAGATCAATTTCTATCTCCTCCAAGAGGGCAAGCCGCGCTTGCTTAGTCGTTAACTGAGCAGCGCTTAAAGATTTATCATCTGTCACTTAGTTCCTCTCTTTATAAAGCCAAACACGCACTAAAGACAAGAGCTGCTCGGTATCAATAGGCTTAACAATATAATCAGATGCACCAGCATCCAAACATTTTTGCCTATCCTCCATCATCGCTTTTGCCGTAACGGCAATAATAGGTAGTGACTTAAACTTATCTATTTCCCGGATAGCTTGCATGGTTTGGTAACCGTCCATTTCGGGCATCATAATGTCCATTAACACGATTTCTATTTCAGGATGATTTTTAAGTTTTTCTATCGCCTCTTTACCACTTTCAGCATAAAGAGTAACGCAGTCATGCGCTTCAAATACAGAGGTAAGCGTAAAGATATTACGTACATCGTCATCAACAATAAGTAACGTTCGCCCCCAAAGCTGCGGGTCGTTTTCGTGCACTTGTTGTAACATCTGACGTTTAGATTCGGGCAAATTAGACTCAACTCTATGCAAAAACAAAGCAGTTTCATCAAGTAATCTCTCAGGAGACTTAACATTTTTAATGATTATGGTCTCAGCAACAGAATTTAGCTTAGTTTCTTCTTCTTCCGTTAGCTCTTTACCCGTATAAATAATAATAGGTAGACTGATGAGTTCAGGGTCTTTCTTGATCGTTTCAATCAATGATAAGCCACTTTCATCGGGCAATATTAAGTCTAATACCATACAATGGAATTTTTGCTTTTTAAGCGCTTCTCTAGCCTCTTTAACTGTGGCTACAGCAGTTATATGTACATCACCATTACCAATTAAATCTATAATAGCAGCTCGTTGTTTCTCGTTATCTTCTACCACTAATAGCTGTTTATGCTTTTGTTTCTGAAAAGAGTCAATGTGTAAAAAAATATCTTGCATCGAGCTATCGTTTAGCGGCTTTTGTAAAAAGGAAATGGCCCCTTGCTTAAGACTACGTTGAGTAACATCATCAACAGAGACTACATGTACCGGAATATGACGTATTTTTACATCATGCTTAATACGATCAAGTACTGTCCAGCCATTCATTATAGGTAGTTTAATATCAAGAATAATAGCATCAGGGCGATATTCTTGGGCGCACAACAAGCCGGCATCGCCTGTTGTTGCTACAACACCTTTAAAGCCTTTTTCGCGAGCGTTATCTAATAATATTTTAGCAAAACTAATGTCATCTTCAATAATCAATACAACTCGATCACCCGAAGAAATCAGAATACGATCATCCTCAACTTCTGCCATGGCATCTGACACGTATCTTGGTTTCATTTCAACCGAAGTGGCATGAGTGCCATCCCCCTCATTAACCGATAAACGGGCTAAAGGGTTTTCAATCATTTTAGGTATAAGCGGTTTTTCGGTAGTACTTGGCCCGCTATAATCAGGGAACAAGTTATCATTAGTTACGGGGCTATCAGGATAAGTGTTCGGGATGTATAAGGTAAATGTGCTACCTTTACCTTCTTCACTCTGTAATACAATTTCACCTGCCAGTAAATGGGCTATTTCTCTGCTGATAGACAAGCCTAGCCCTGTGCCACCGTATTTACGACTGGTGGTGCCATCTGCCTGCTGAAATGCCTCAAAAATCACATTATGTTTATCCGCAGGAATACCTATACCACTGTCTGAAACACTAAACGCAATAACAGTAGATGCTTCGTTCAAGTTCCTATTACGTGCATTCCAACCTGTCTGTACGTATTGAATGTTAAACTTAACTTGCCCTTTGTTTGTAAATTTAATCGCATTAGACAAGAAGTTTTTAATCACTTGTTGCAAGCGTTTTTCGTCTGTCATTATTGTTTTAGGCAATGCAGGGTCTAGCTCTGTCTTAAACGTAACGCCTTTATTTTCAGCCATTTGCTGGAAGCCACGAACAGCCCAATTCTGAATCCGTTGTAAAAATATATCGCCAACTTGGACAGACATTTTACCGGCTTCTATTTTCGCCAAATCCAAAATTTCGTTAATTAATTCCAACAATTCGATACCTGAGTCATGGATTGTAGTAACTTTCTCAATTTGTTTAGCAGTCAGGTTCTTATCAATGTTTTTACGTAAGCCGTCAGACAATACCATCAAGCTATTCAATGGCGTTCTTAACTCGTGAGACATATTAGCTAAAAATTCAGATTTATATTTAGACGACACCGCTAGCTGTTGTGCTTTTTCTTCTAATTCCATTTTAGCACTTTCAACTTCATGCTTTTGATCCGCTAATACTCTAGATTTTTCTTCTAGTTCTTCGTTAGTTTGCTGTAACTCTTCTTGCTGAGTTTGTAACTTACTTTCAGACTCTTGCAAGCTTTTGGCTTGCGTTTCGAGTTTAACATTGGTGACTTTCAGTTCTTCTTGCTGTGTTTCCAGCTCTTCAGAAAGTGTCTGAGATTCTGTCAGTAATTTTTCTGTTTTTGTACTGGCAACAACCGCATTGGCAACAATGCCTAAGCTCACCATTAATTGATCTAGAAAACTAAGTTCTATCTCAGAAAACGGATGAAAGGAGCCTAGCTCTACTACACCAATCAAAGCGTTCTCAAATAACACTGGTAGCACCACAACATTCAGTGGTTCCGAATGCCCTAAGCCCGATCGTACCTGAATATAGTCTTTAGGCACGTTGTGTACCATAATGCGTTTTTTCTCAAGTGCAGCTTGTCCAACCAAGCCTTGGCCAATTTCAAACTCATTAGAAACAGACTTGCGTTCATGGTAAGCGTAACTTGCCAGCATGATAAGTTTAGGCTCATCTATCGTCGAATCGACAGTTTTATTTAATGCGTAAAACACGCCGTGTTGTACTTCAAGCACGGGGCAGACTTTCGTTATCATAACGTCCGCTAAGCTTTGTAAATTATTGTTGCCTTGCATCAATCGGCCAAAATCAGATAAATTGGTTTTTAACCAATCTTGCGAGTTATTGGTATCTGAGGTGTCTTTTAATGTTCTGATCATTTGATTCAGACCATTCTTAAGCGTTTCAACTTCACCTTTTGCCGCAACATCGATATTACCGGCTAAATCACCATCGGTTACATCCGTTACAACCGTTAAAATGGCTCGAATTTGTCGGGTTAAGTTATCGGCTAATTCATTAACGTTATCGGTCAATTCTCGCCAGACGCCCTCTGCTTTCGGCACATCAGCTTGGCCGCCTAAGTTGCCCTCGGTGCCCACTTCTTTTGCCACATAGGTCACTTGGCTAGCAAACTGCGACAAGGTTTCTGTCATTAAGTTAATGGTATTTTTAAGTTGCAATACTTCGCCTTGGGCTTCAACAGAGATTTTCTGTTCTAAATCCCCCTCTGCCACAGCAGAGATAACCCGCGCGATATCTCTTACTTGGTCTGTCAGGTTTTTCGCTAATTTATTCACGTTTAAGGTCAAGTCGCCCCATACACCTGTTACACCTTTCACTTCAGCTTGTCCGCCAAGTTTACCTTCAGTGCCTACTTCTTGTGCAACACGGGTTACTTCTGAGGCGAACTGTGCCAAGCGATCAACCATGGTATTAATCGTATCTTTCAGCTCTAAAATTTCACCTTGAGCATCTACCGTAATTTTCTGGTTTAAATCTCCTTCTGCCACCGCTGTTGCAATCGAGGTAATATTACGCACTTGGTTAGTTAAGTTGTCGGCCATGGCGTTAACATTGTTAGTTAAGTCTCGCCAAACACCTGAGACCCCTTTAATTTCGGCCTTACCACCCAATTTACCTTCGGTTCCTACTTCGCGAGCAACACGCGTAACTTCAGATGAAAATTGCGTTAAACTGTCAACCATGGTGTTGAGCGTTTCTTTAAGTTCGAGAATTTCACCTTGTGCAGTCACGGTAATTTTCTGGCTTAAATCACCATTTGCTACAGCAGTCGCAACGGTCGAAATATTACGTACTTGATTAGTCAGGTTGTCTGCCATGGTGTTTACGTTGTTCGTAAGGTCTTGCCATACACCCGCAACATCATCCACATTGGCTTTGCCACCTAATACGCCATCAGTACCTACTTCTTGAGCAACCCGGGTAACCTCTGATGAAAACTGGGAGAGTTTTTCAACCATGGTGTTAAGGGTATTCTTTAGTTCAAGTACTTCACCTTTTACTTCAACCGTTATTTTCTCGCTTAAATCACCATTAGCAACCGCCGTTGCTACCTTAGCGATATTACGTACTTGGCTGGTTAAGTTACTCGCCATACCGTTTACATTATTGGTTAACTCTTGCCAAATACCTGACACATCAAGCACTTGTGCTTGCCCACCTAATTGTCCATCGGTTCCTACTTCCCTAGCAACACGGGTTACTTCAGATGAGAATTGGCTTAAGCGATCAACCATAGTGTTAATGGTACTTTTTAATTCGAGTACTTCGCCTTGTGCGTCAACGGTAATTTTTTGTGATAAATCTCCACTTGCTACTGCTGTAGCAACCATAGCAATATTACGTACTTGCCCCGTTAAGTTATCGGCCATGGAGTTAACGTTATTCGTTAACTCTTGCCAAACACCTACAACGTCTTTAACTTCAGCTTTACCGCCTAATTTACCTTCTGTTCCAACTTCACGCGCAACTCGTGTTACCTCTGATGAGAATTGCGTTAATCTGTCTACCATTGTATTAATGGAATTTTTTAATTCTGATACTTCACCTTTTACATCAACCGTTATTTTTTGACTCAAATCACCGTTTGCTACCGCTGTTGCTACCGTAGTGATATTACGTACTTGGCTGGTTAGGTTGTCTGCCATATCGTTTACGTTTTCTGTTAATTCTCGCCAAACACCAGCTAAATCAGGTACATCGGCTCGTCCGCCTAATTCCCCATCACTGCCTACTTCACGAGCTACTCGGGTAACCTCTGAAGAAAACAGTGCTAACCGGTCTACCATGGTATTGAGCGTATTTTTAAGTTCTAACACTTCGCCTTGTGCGTCCACTGTAATTTTTCTGCTCAAATCCCCGTTGGCTACCGCAGATGCAACAGTGGCAATATTACGTACTTGGTTGGTCAAATTATCAGCCATGGTGTTTACATTATTAGTCAGTTCTTGCCATACACCTGACACATCCCTTACATCAGCATTTCCACCCAACTTACCAGACGTTCCTACATCTTGGGCAACCCTTGTTACCTCTGAAGAAAACTGTGTAAGGCGCTCTACCATGGTATTCAATGTATTTTTCAGCTCAAGTACTTCGCCTTTAGCTTCTACACTTATTCGTTGTGTCAAATCACCATTTGCCACGGCTGTGGCTACCGTTGTAATATTTCGCACCTGATTGGTTAAGTTATCTGCCATACCGTTAACGCTGCTGGTTAACTCTAGCCACACGCCAGAAACCCCTTTGATACGTGCTTGGCCACCTAATATTCCGTCGGTACCCACTTCTAAAGAAACACGTATTACTTCAGTCGAAAAAGCATTCAAAAGGCCAATCATCTGGTTGGTGGTTTTGGCCACTCTTAGAAAGTCTCCTTTAAGTGGACGGCCTTCTATTTCAAGCGACATGGGTTCAGTGAGATCGCCTTTTGCAATAGAGTTAACAACCCGACCAAATTCGCTGAAAGGCTCTGCCATTCCATCAATCGTTCCATTATAGGCATTAACCGTTTCTGCCCAATGACCCGTTGCGGCATTAATAGAAACGCGTTGGCTTAATTTACCTTCACGGCCAACAGCTTTTCCTACACGCGTGAACTCTTTGAATAATAGCTGGTTAAGTTCAATAGATTCATTTAATGCTCTGGCTATTTCACCAGCGATACCTGTTTGAGTGTCGGGTAACCGAGCTGAAAAATTACCATTACGGTATGCGCGCAATACTTTAAGGAGCGCTTTGTGATCAATAACTTCTGATTCATCTTTCCAGGCCTGTAGCGCTTTAAGGATGTCTTTTGAACTGAACTCTTGTGCATTCATTCGGTTAATTCCCAGTGTTTCTATTATGTATTAAAAAGTAAACAGCCGCTTTAATTGGTGTGCAATGCTCTGTTGCTAAAAGAATTTTTGCGAAGATGAACGGATCCAACCATCAACAAAACATCCAAACAATAGCGCAAGCTTATCAATATTTGACGTTTTTTGAATATAAGCATTGGCACCCAATGCAATACATTCGTCGTAGTCGCGCCTAGAACTTGAACCCGACATCATAATGATAGGTATCGCTTTAGTTTGGGCATTGGCTCGTAAGGTTTTCAGTAGCTCTTTGCCATCAATTCCAGGTAAGCCAATATCTAAAATGATAAGTCCTGGGGTATTACCCCTTGATTAGAGTTGACCCAATCTAACAACTCATGCCCTGTTGCTATTTGGTGATACCCACTGGTATAGCCAATTTTCTCTAACAATATGTTCATCACCCTGACATCACATACATCATCTTCACCATGAAGAATAAAAAAGTCACCATAATTTTCTTTCATTAATTTTTCCGTTTAATTATTGAATATTTTTGGGCTTATAAAGGTAGCGATATAACAAAAGATGAACCTTTACCGAGTTCAGATTCTGCGTGAATCGATCCATTGTGTTGTTCAACCACTGTTTTACAAATAGACAAACCTATACCGCTGCCTTCAAAATTCTCTTTTGTTACTAAGCGGCGGAATGGTTCAAATATTTTATCAACCTGAGTAATATCAAAACCAATGCCATTGTCTGCCACGGTGATCACATAGTTGGTTTTATCAATTGCATGGGTAATGGCAATATGTGGTGTCTCTTTATCAATATATTTACAGGCATTGCCAATCAGGTTTTGCATCAAATGAGTGAGTAATGACTTATCGCCTTTAATTTCAGGAAAATCGTCATGTTCAACCTGTATATTATTCTCTTTAATTGTAGGCTCAAAAGTACTTAAAACAGAGTCAATAATCGCCGTCATATTGACTTTGGAGAGCCGTTTTTTTTCTGATGTTACTCTGGCATAAGTAATGATGTCGTCAACCAACTCTGTCAAACCTAGCGTACTGTCTTTAATGCCTTTAATTTCTTTATGCATAGCCTCTGCGTCATTCTTTTCTAGCGCTTGCTGTAAGAACATCAGATAATTTTGAATGTGCCTAATAGGCGCTTTAATATCGTGTGAAACAATATAAGCAAACTTTTCCAATAATTCATTTGAGCGACCTAATGCTAAGGCTTGCTGTTGGAGTTGGATTTCCACCTCTTTTTGTTTAGTGAAGTCGATTAAAACACCTATCAACTTAGTCTGCTTTGTTTTTTCATCAACCGCTATTTCACCTTTACAAACCATCCAAATTTCATTGCCATCAGCTTTTATAAAGGGTAATACCTCTTGAATATTAACTTTGTTAGCATTTACTTGTTTTATAATACTTTTAACATCAGCAACATGTTCACCCAATAATTGCGCTATATCTGGGTGTTCGTCACTGTAACCCAAGCGTTGAGAAACTTTTTCAGAGAAAAAAGTAACGTCCGTATCAAAGTTCCATTCAAAGTAACCATCTGAAATAGCATCTAATGTGTTATTAAACCTATTTTGTGTTTGCTCTAACGCTGTTTGAGACGTTCTTAGCTTCGTTATATTACTAAAGGTTATAATTACACCATGAAGGTCTATATCATCTTCATTTGGCTTTCTGCTTATTGGCTTATGAGAGCTTATTCGCATGAGATAAACTAACCCATCGTCATCAACCACCTCTTTTTCAATTATCTTTCTTTCTCTAAAAACGGCTTGAACGTCTTCTCGAATCTCTTGAACAAGCCGTCCAGAGGTTCCTGAAAATGGCTTATGAAAATCATTTTCAATTAAATTAAACAACTCAGCAGCTAAAGGAGAATACTTACGTATTCTTAGGTTATGATCAAGAAATAAAATACCTAAATTGGCTGATTCTATTGTGCTTCTTTCATCAGACTCTAGCTCATCTCGTTCTATTTCTTTCTGCTGAAATTCTGCATTAACACTAAACAACTCTTCGTTTACCGATTGCAATTCTTCATTGGTACTTTGTAACTCTTCATTCGAGGCCATTAGCTCTTCATTTGAGGCTTGCAGTTCTTCATTACTACTTTCAAGCTCTTCTACAGTAACTTGTAGTGTTTCTTGCGCATAAATAAGTTCTTCTTCTAATTCTTTAACACGTAAGTCAGTATAAGCAGATGTAACCTCGTTTAGCTCTATATGTTCTGAGCTCATTACATTCAAGCTGTTGTCTTGATGCTCTGAGTTATGTGACTCTGAAAGTGAAATTATAATGTAATTTAAATCAGCCGGAGAGTCAGAAAGAACATGCATTTCAATATCAACTGCGTCAAACCCATTAAACCCTTTAATTTCTTTAGCTTTAACCGGTTTATAGGATTTTCCTATACGGTAGATCATTTGTGTTAAAACAATTTTAGCTTGCTCACCAACCAGCGCCGTAATATTTAAAGACGCGGCTCCAAACTTAAGAGACAAGTACTTACCTGCATCACCAAAGGTATGGAGGATATTTCCTTGCTCATCAATGAGTACACTAGTGGGGACATATTTTTGCAGAAGAACATCTAACGCTTTCTTACTTTTAAGGCTCATCTGAGTATTATCAAGTTCTCCACCATTACGATTAATTCTTATAGGAGCTTGAGTTCTTACTGTGAGTGGTATTGGTACATTTCCTTGATTCGTTCTCGTTTTTCTAAATAGTCTGTTCTTAGGGTCTACCTCCTCAAAATCACCAGAGTGCGAACCAATGGCTTCGCTTGACCCCATAAATAACAAGCCCTTATTCAATAATGAAAAAGACAATAAACTCAACACGCGCTGTTGCCCTGTATTATTAAAATAAATCAATAAATTTCGACATGAAACAAGGTGTGTACGAGTGAATGGAGGATCTTTTAAAAGATTATGCTGAGCAAAAATAACAGGCTTACGAATTTCTGATGTAACTTGGTACTTTCCAGACGGTAATAAAGTAAAAAAACGTTTCTTGTACTCTTCATCCAGTCTTTCTACATTTTCTTCGCTGTATATACCAGTAGCAGCAAACTGGATTGATTTATTATGAATGTCGGTGGCAAATATTTTAAAAGGCTTATTGCCATTAGGATCATTTTCCATGGCAGTAGTCATCATCATAGACATGGTATATGCCTCTTGACCTGATGCGCATGCTGATACCCAAATTCGGATCTCTGGGTCATCTTTAAACTGAGCTAATAATTTAGGTATTCTTGATTTTAATGACGAAAAAGCTTCAGGATCACGGAAAAACTCTGTTACCCCAATGAGTAAATCATAATAAAGTGATTCTAATTCCTCATGATTACTTAAAAGAATATTGATGTATTCTTTTAATGTTTTCGTTTTTTGGTAAGTGAGTCTACGTTCGAGGCGTCGAGTAATGGTTGATGGTTTATACTGCGAAAAATCTAGATCAAACCTATTATTAAGTAATATAAGAATTTCTGAAAATTCACTAACTTCAGCGTCAAAATGTCCTAGGGCTAACTGTTCAGCTACCTTTTCAGTACGCAGTGAATATTTCATAAGTGCGTCAGGCATCGATTCAGGAGGAAGAACTGAATCAACTTTATTGGTTTTAATTGCGTTTTGAGGCATTGAATCAAATTTGCAACTTTCAGGTTGTTGTGCAATGACAAACCCACCACTGTCATGTACTTTTGTAATACCTTTAGTACCATCTGAACCCGTGCCTGAAAGCACAATAGCGATGCTTTTTTCCTGATACGTTTCTGCCATTGATCTAAAAAACGTATTAATAGGTAGGTTAATAACTTCTGTGTTTTCTCTATCGGTTAAATAAAGCTTACCGTTCGCAGCAATCATTTCTTTTTTAGGAGGTAATAGGTAAATAGTATCGGCTTCAATGGCTATTTGATCTGTCGCTACTTTAATCGGGATCATGGTCTTACGTGCAAGCAATTCGTGCATCATACTTTTATAGTCTGGCGATAAATGTTGTATAACGATGAAAGCCATGCCCGTTTTAAATGGCATATTTATAAACAACGACTCTAGGGCTTCTAAGCCGCCCGCAGATGCACCAATACCAACCACATAATTTGGTATTTTGATCTCACTGAGGTTGTCACCATTTATCTCATCTAGACTGAGCATTTTCTCTTTGTCCCTCGCATGAGAGATCTCTTCGTCGCTTTTAGTCGCTTTCTGCTTATCACTTTCCATTGTTGATTTCCATCCACACTGTTTGTAGGTTTTTGAGCTTACTCGATACTTTTAATAAGGTTTCTTTTTGATCCGGAGAGTTATTCTTGTTGGCAATGAGTGCTTCAATAGGATCAATTAAGTCTACCTCGAGCTTTTTCAAATGACCTTCTATTTGCTCAATGGATTTAATACGCAACGCTTGTTGTACAATAAAATCGACTTTACGGTATAACGTTTCAGGTTCAATGGGTTTCAGTAAAAAATCCACTGCGCCATATTTATAAGCTCTAAGGGTTTCATTCTCGCTAAATATTTTTCCGGTGATCATAATAACAGGAACTTTTGTATGGGTAGGCGCATTACGGAGTGTTTTTAAAAACTCGAAACCGTCCATTTCAGGCATGCTAACGTCAAGTAATACACAGTCAATTGACTCTTTCAACATGATCAGCAAGGCTTCTCTAGCTGACGTTGCTTTAATAATACTAGCGTTGATCCCGGAAAGAACATCTTCCAGAGCGAGTAAACTTGATATTTGGTCGTCTACTGCCAATATTTTAATTGTGCTCACGTATTCCCTTATATATTTAGTCATGGTTAAGTTAAGTTGAAAACGATACTTTATATATGTGGTATATATTAAATGCTTAACATAACTGTATACCATTAACACATGATTATCATCACTAAATATTTGCAATAGTATTATTTATAACTAGACTAGGTTCATAAATTGTCGTTTTTGTCGCTTTGTGGATTAAATCTAACTTATTGATTTTTTTATTTATTTTTTTATTTTTTTAAAAGTAATAAACAACTTTAATTCGAGTAAACTAAACACAAGAAGGTTAAATCAATATTTTATGAAATTCATTCCCCTACTGTCAGGCGAGATATGGTTATTTTATTAGTAGACGATGATCAATTAGATAGAGCATTAATCATTCATACATTGAAAAAAAGTAAGTTAGATGTCGAGATTAAAGAAGCTACAACAGTTAACCAAGGAATAGCATTATTCTCAAAGCATAGATTTGATATAATTCTGTTAGATTATTCAATGCCTGATCGCGATGGTATTGAAATGATATTAGAAATTAAAAGTCAGGAGCAAGGTTCAAATACAGCCATAATGATGATGAGCTCACTTGAAAATGAAAAGATCGCGGTTAATTGCATTAAAGCAGGCGCGCAAGACTTTTTACCAAAAGATGAAATTACTGAAAAAAAATTACGGCGAGCTATACTTCATGCCACAACGCGGCATGATTTAGAAAGTAAGCTTTTGGCCACATACCAACAGGTTAAAAACTTAGCCGAAACAGACAGTCTTACTGGCTTACCCAATCGTTATTATTTTGATAAATCTCTCAAATTAGAAGTCAAAATTAATAAACGAAATGAGCATATACTTGCTTTGCTATTACTTGATATTGATAACTTTAAACTCATCAATGATAACTTTGGTCATGATGTTGGTGATATCCTCCTTCAAAAAGTGACGGCCAGAATTAACCACTGCCTTAGAGGTAATGAGCATTTTTCGCGATTAGGTGGGGATGAATTTGCAATCACCCTCAGTCATCTTATAAATAACCAACAAGCTTATATCGTGGCTCAACGTATCATTGATATAATGCAAGCACCTATAGAAATAGCCAATACGCCTATACATTGTACCGTGAGTATTGGTATAGCACTTCACCCATGTAATGCAAAAAATAGCGAAGAGTTGTTTAAATATGCTGATATCGCCATGTATCGTTCAAAGAACCAAGGAAGAAACCAAATCTGTTTTTTTGAAGATGAGATGCAGAAAAAATTTAAGCAGCGTTTACAGGTTGAACTTGATTTAAGACATGCCATTAAAAAACAGCAGTTTGAATTATATTACCAACCCGTCATAGATCCGAGAAATGAAAGTCTAACGGGTTTTGAAGCTTTGATACGGTGGAAAGTAGACGGGGTAATGCGTAATCCAGATAGCTTTATTGAAATCGCAGAAGAAACCCATCAAATTTCTGAAATTGGCCTTTGGGTTATTGAAGAAGCCATATCAACTTTATCAAAATGGAACCTTGATCGTAAAAAACCGTTAACCATGGCGATCAATATTTCAGCCGTTCAATTGGGCGATTTTACACTTGTTGACACTATAGCGACATGCTTATCTAAATATGATGTTCCTGCAAATTTAATTGAAATTGAATTAACAGAAACGGCATTATTAAATACTTCAAAAATTTCTTATGAAATATTAGCCGATATAGCAGGAGGTGGTTGCCATTTATCCTTAGATGATTTTGGCACCGGTTACTCCTCAATTTCGCATTTACGAAATCACCCTATTTCGGTGTTAAAAATAGATAAAAGCCTAATGCCTTCAAGTACTCAAGATATTAAACTTACCTCACTTGTTAGAGGTCTAGTGTCAATGGCAAGCATATTAGGTTTAAAAGTTATCGCTGAGGGTGTTGAAACTAAACAACATGCCGATCTTTGTAAGGAGCTAAATATTGAACGAGTTCAAGGCTATTTTTATTCTAAGCCTAGAACACGACTTGATATAGAAAACACCTACTTACTAGAAAGTACTCTGTGTATTAAATAGAGAATAAGCGATGAGAGAAGAATACTGTCGACAGATTATTGAGTCTTTACCTTATGCTATTATTATTACGGATCAACAAGGTCGAATAGAAGAAATAAACGCACAAACGGCGTTACTTTTTGGCTATAGTCAACAAGAGTTACATGATAAAAAAATAGACATCCTCATACCTGAAAGGTTTTGTGAGCAGCATCATAAAGACCTAGATAGCCAGAATGATTGTCCCCCTCCTCGTCAAGCGGAACTAGGAAGGAACCTTTTTGGTTTAACAAAAGAAGGGGACGAATTCCCCGTAAGAATAAATTTATCCCTATTAGAAAATAACGGCAACAATAAAATACTTACCACCATTATTGATATGTCTGAGCAATCGGATATTGTAAGAGAACTAAAACGTGTTAAGAAAGAATTAAATGATTTTGTCGATGTTGCTTCCCATGACTTAAAAGCGCCCCTTAGAGGTATTAGACAATTGTCCTCATGGATTGAGGAAGACATTACTGATTTTGCCAGTGATAATACTAAAAATAATTTAGCCTTAATGATGCAAAGAACTGCACGTTTAGAGCGTTATTTAAAAGATTTAATCATATACTCTCGAATTAGCCATGTGCTTGATGATGCACAGAACATTAATATTAAAGCGTTAGTGTTAAGTGTATTTGATTTGCAGAGCCCACCTAAAGAGGTTTCTATTGTTTGCGAAGAAACATTACCCGAAATAACGACATTTATTACACCTTTAGAAACTGTTTTTAGTCATTTAATTAACAATGCCATTAAGCACAAAAATAAAGGCCAATTAACGATTAATGTTTCTTCTCAAGAATATCCTACACATTACTCATTTTCGGTTAAAGATAATGGCCCTGGGATCCTCGAAAGAAATCATGAATACGTTTTTGATCTTTTTAAAACAATAAAACCAAGAGATGAAGTTGAGGGTAGTGGTATGGGGCTTTCTATCATCCGAAAATTACTCGACTCTCTAAACTGTGTAATAAGTGTTAGCTCAGATGGCAAAAATGGTAGCTGCTTTACTTTTACATGGCCTAAGAGATAACTTAGTTAGTCTGATTGGTATTATACCAATCGGACTAATTAATTGATCACTTAGCGAGGAATAAAAGCCTTAGAGGCAAGGCATTGATTGAAGATAATGCCTTATCTAAATCGTTTTTTTCTCCCTCTGCAACATGCATTTTGAATGGTCACGGGTATAGATGTTTACGAAGAGAGCCGATTGACAATATTTGGGTCCATTGATCTTGCAGGATTAAAATTTATTCAATTTAAAACGGATTTACTCGGGTTCACGAGTAGGTTCACTCAAAAATAATTTCAAAGTATTCATTACTTTATCTTTATCAATTGGTTTAACTAAGTAGTCATTCATGCCAGCATCTAAGCATTTCTGTTTATCACCCAGCATTGCGTTGGCGGTCATCGCTACAATTGGAATGTTTTGATATCTAGCACCAGCTGTTCCTTGGCGTATTAATGTGGTTGCTTCGTATCCATCCATTTCGGGCATTTGGCAATCCATAAAAATGAAATTGAACAAATCACTGTCTTCGCTTATGTTCAGTTTAGCTAAAGCATCTTTACCGTTTACTGCAACTACACAGTTATCAAATCCTAATTTATTCAACATCCCCACAGCGACCATTTGGTTGACACGAATATCATCAACCAGTAATAACTTAACATCTTTAGTCCAATTTAAACCAGAGAGTGGTAATTCTAGGTTTTTTTCAGCATCAATAGCCAGATTTGTTTGTACTTCTTTAGTGTCTAGTTTGTCTGAGCTGTCAAGTATTACACTTAATGCTTGATGTAAACCTGCAGTAGTCAGTGGTTTAGGAAAGTAGCCATTTAAGCCTAATTTGAGACCGTCAACTAAATCATGTTGGTTACTCATTTGTGTCATAAGTACTATTTTAAGTGACGCTAAGCTAGCATAAGATCGGAGTGTTTTGACAAAAATTAACCCTTCTAAATCTGGCATATCTCGATTGAAAATCACTAAGTCAAATTGAGGCGTGTTTTCTTGGGATATTAATAATGATAATGCTTGCGGTCCACGGGTTATTAAGTGGGTCTCAATCTGCCAACGATCTAATTGTCGTTTAATGACATTCCCACAAGACGAATTGTTTTCAACAATCAACACTCGTTTACCTTGTAAGGCTTTTAAGGGGAGTGGCGATAGTGACTCTGACGATTTTTCTAATAATAATTCACAAATAAACACACTGCCTTGGTCACCATTACTTTCAACACTGACGGTGCCTTGCATGCATAAACAAAGATTTTTAACAATTGTAAGGCCAAGTCCGGTTCCACCATATTCTCGCGTAGTAGAGCTATCTACTTGGGTAAAGGCCTGAAATAATTCGGCGTGTTTATCTTTTGCAATACCAATGCCGGTATCAGCAACTTCTATCGTTATACCCCAATAACGCTGAGAATAATGCTTTTGTTTAACACGAATAATCACCTCGCCCTGTTTAGTAAATTTAATCGCATTACCCGCTAAATTAGTTATTATTTGGCGAATACGATTTGAGTCACCTTTAACTAATGGCGCTTCAATGCCTACCAAGTCTAAAATCAGCTCTAAACCTTTCTGCTGGGCGTTTTGCACCAATGCTTCAGCCACATCCCCAACCATATTTGCTAAATTGAAACTTATATTCTCAATGATTAATTTGTTAGCATCTATTTTTGAACAGTCTAAAACATCATTAATTAACGACAATAGTGAGTTGGCACTTTGCTGAGCAATACCAATATGATGTTCTTGTTCTTGGTCTAATGTTGAGTCTTTCACTAAATCAAGCATACCGATAACGCCATTCATCGGTGTTCTTATTTCGTGACTCATGCTGGCAAAAAATTCATTTTTAGCGATTACAGCAACTTCGGCTAGCTCTTTTGCTTCAGTCAGGGCGATTTCATTTTCTACTCGGTCGGTCACATCATAATTAACGCCGATCATTGATATGGGATTATTATCATTATCAAATCTTAATATTGCCGAGGCTTTAAGGTGTCTAATGTCACCTTTTGGCGTAATCACCCTAAACTGAGTATCATACTTACGATGACTTTCCACGGCTTGTTGATATTCAGCCGTCGCTCTAGCAACATCGTCAGGATGTAAACCTTGCTCCCATGCTTCATAGGCACCGGAGAATTGATCAGGAGCCAGCCCGTAAAGCCTGAACATCCAATCATCCCACGTTAATTCATTGGTAACGAGGTTAAGTTCCCAAATGCCAATTCCTGCAGAGTCGGCTGCTAATGCCATACGCTGGCTGTGTTCTGCTATTTTATATTGCGCCGTCACTTTGTCGGTAATATCTTGGAAAGAGCCTAATATGCGAATACACTGACCTTGATTGAATTCAGCTCGACCGAGTGCAGAAACCCAAATTTTGTTATCTTTTGCTGTGATTAACTGCAGCACTTGCTCAAAAGGTTTGCCATCTTCTCTGCACTTGCTGACTAACGCTTGTATTGTATTTCTGCTTTTCCCTTCTTTATAAAAATTTATTGCGGTTGATAAATCTGGTTGGTAATCATTGGGCACTTGATGTATTTCTTTGGTCATGTCTGACCAAATAAGACGGTTATTAACCAAATCAACTTCCCAAGCGCCAATACGTGCTTGTTGTCCCATTTGTTCCATCAGCAACTGTTGGGCTAATAATTTAGTTTCAAACTTTTTGTTTTTAAGAGAATAGCGAACGGTTTTTTCAAGTAACCGTACCGTTAATTCATCTTTTATTACATAATCGTCGGCACCTTCGCGCATAGCGGCAAGATCCATTTGGTGATCATCCACGCCAGATAATATCACTATGGGTGGTGCGTTTTGATACTGCTGTTTTATTAGGGGGATTAACGAAAGACCTAGTTCCGGTCCTAAACGATTATCGATAAAATAAAAGTCAAATTGCTCGTTAGCTATTTTAGCTTGCGCAGATTGTAAATTATCAACCCAAAAAAGGCTTATACCGCCACTAATAGCTCGAATTAATAACTGTTTTAAAATAATGAAATCGGCTTTATCATCTTCAACAATAAGTACTCTCATATTAGAATATTTTTCCATTATTAATCTTGTTAGTATTGGTGTAATAACATTTACGATAAGAGGGTAAACAATATAACTTTGTGGTTCGGTATTACTTACCTTTTGGAATATTTATAAACACGTTGAGTATAGTATGATTTTATTATTGTTTAACTTTTATTTAAAGGAAAACGGTTATATCGGTAAAAAGCTTAATGAGAAGTTAGCGGCGCATGACGTTGATTTAGTCACTACCGTTCGTAAAAACATAAAACCATAAAAGCTAAAGCAATGTCTGTATTTGATAGGGCTATGTTATCAAAGAGATACATTATTGAGACGATAAATGATCAACTCAAAAACATTTCACAAATAGAACATAGTCGACATAGTAGTGAGACAGGTTTCATGTTAAATGTAATTTCAGGCATAGTGGCCTATTGCTTAAAGAAGCAAAAGCCACGTATTAAATTATCAGCGAGTGAATTTGGAGACCCTGTAACAGATTTTGTGTAACTGCCCGTTTTAAATAAAGTCCTTTAAGCGGTCTTCGAATTCAATCATAAATCGATTCAAGGCCGTTTTCCAGTTTCTTATCGGCATCGTCCATTTCTTGGATGCTGCATCTATCGCAAGATAAACGACTTTCCTCGCTGAATCATCAGACGGAAATAGCTTACGTTTTTTAATCGCCTTTCGGATAACACTGTTAAGTGATTCTATCGCATTCGTTGTGTAGATAGCTTTGCGAATGTCTTGAGGGTATTTGAATAGTGTATTTAGGTTTGACCAATGCGCACGCCAAGAGCGACTTATTTGTGGGTATTTATCATCCCAACGTAAGCAGAAGTTATCGAGTTCAAGTAGCGCCTCTTCTTCTGTCACTGATTGATAGATACGCTTTAAATCACCTGTGACAGCCTTGTAATCCTTCCAGGGCACATACTTCATCGAATTACGCACCATATGAACAATACAGAGCTGAACTTGAGTTTGAGGGAATACGGTATTAATTGCTTCAGGAAAACCTTTTAGGCCATCAACACACGCAATGAGGATGTCATTTACCCCTCGATTTTGAAGCTCTGTCAATACGTTCAACCAGAACTTAGCCCCTTCGTTTTCTGATATCCACATGCCGAGTAGCTCTTTATGACCTTCGATATTCACGCCTAAAGCCAGATAAATAGCTTTATTAATAACGTGTTTGTCTTGTCTGATTTTTACGACTAAACAGTCAAGGTAAACAATGGGGTAGACTGAATCTAAAGGCCTGGCTTGCCATTCAATGACTTGCTCGATAACAGCATTGGTGACACGAGATATCAGTGAGGGTGAGATATCTGCATCATACATTTCCTTGAACGTATCAACTATTTCCCTCGTTGTCATGCCTTTGGCATACAGGTACAAGATTTTGTCGTCCATTGAGGTAAACCGCGTTTGGTTCTTTTTGACTAATTTAGGTTCAAAGCTTCCTTCTCTATCGCGTGGTGTTTCAAGGTCAACTTGACCATCTTCAGTGCGAATAGATTTCGAGGAGTAGCCATTTCGGCTATTGTTCGTGGTGGATTGCTCATGAAGTGCATAACCAAGATGCTCTTCAAGCTCAGCGTTTAAAGCCGCTTCAACGGTTATCTTGGTTAATATTCTACGAAAGTCGGTTAAGTCTTGCTCTGACTTAATTCCTTTAGCTGCTTGTTTAGCAAATACTTCGAGTTCTTTCTTATTCATAGTCTGCCTATCCTAAACCCTATATGGGTATTAATGATAGGCAGTTACACAGATTTTGTTACAGGGTCAATTTGGATTGATGTCTGTTTAGAAAGCGTCGCTCTTAAACAGATCTCATATATGGTTTCCTCCCGTATTGCAAGGCTTAACTCATCGATAACAGGGACAGGATTGCTGTCATATATACGGTCTTTTAATGAAGATTATTTCTTCTGACCTCGATGTATTCCGCACATATTGACCTTATCAGGTTATCGGTATTTACTACCTCTGAAATCTCCAGGTTTTCAATATGCAGGTTTTACCTGTTATGTCATCGTTTCGTTCTACCCACGCAATTCTTTGAAGAGCGGTTTACTTATACTGCTGAATATTCTTCACCAGAGACGGTAATAGCCCAAGCCATTCTCGCCATTTTGTTGGCATATGCTACACATGCACGGTTATGCCCCCGTGTTTGAACTATGCGATTAATCCACTGGCTCAACTTGTCAGTTTTTGTTCCTGCCCTTGATACAACCGCTTTAGCCCCTTGAATTAATAAGCACCTGAGATAACTATTACCTCGTTTACTTATTCCTAATAAAGTATCCTTGCCACCACTACTATGTTGGCGTGGAACTATTCCTAGTGATGCGGAAACATCTCGACCCTTTCGATAATTAGCACCATTCCCAATTTCATTAAAATAGCCGCTTGATACCATTGGACCAAACCCTGGTATTGTTAGGAGTCTTTGACAAATAGCGTTATTTTTAACTGATTCAGTGATTGTTTTACCAAAAACATCAATACACTCATCTAATGAATTTAATTGTTTCTGTAACTGAGTAAGTATTACTTTAAATGCACCAGACAATTGTGTTGTTTCCTCATCCAACATTAAGACAATATTCTTGCGGACATTATTTACACCTTGGCTTAAAACTATGCCATATTCGGCTATTAATCCTCTAATTTGGTTGCATAATGCTGTCCGTTGTCTGACCGCTAACTCTCTCGCTTTATGTTGAGCTTGATTATCTTGTTGCTCTATCGATTTTATACCTACACTTTTAATATGCGGCTGCTTAGCGGCAACAGTAATTGCTAGTGCATCGTTATAATCGTTTTTATTTCCTATTAAAAAAGCTTTTACATGTTGTGGTGGAATAAGCTTTACCTCATGCCCACACTTTTTTATTTCTCTTGCCCAATAATGTGATGTTGCACAAGCTTCAAGTGCCACCAAACACGTTGGCTGTAATTGAAAAAATGTTAATACTTGTGCTCGTGATAACATTTTCTTCTTAATCAAGCTTCCTTCTTTATTGCAGCAAACAACATGAAAAAATCTTTTTGCTATATCTAACCCTATTGTTGTAATCTTCATTCGGTCTTCTCCCATTTTGATTGTGTATAACAACTTCAATCATGGCACATAGATGCCGTATTGGGAGGAGACCATCACATCAGGTTACGTAAACTAAAGATCATTTGTTAGATGCATTTACTCGGACGCTCACTACCAATCGACTTTGTTAAAGCGTTAGACTTAGGCGCCGACGGTGTTGCCGTATCAAACAGTGCTATGCAGGCTATCGGCTGTATAGCAGCGATAATGTGCAATACCAATAACTGTCCGGCTGGCATTGCTACGCAGAAAAAAGATTTACGCCAGCGATTAAATATTGAAAAATCGGCTGTGCAGCTTAAAAACTTTTTTGAAGCATCTACTGAACTAATGTCAGTTATGGCAAGAGCTTGTGGCCACGATTAATTTGAAAAATTTAATAGCAATGGCTTGGCTACTTGGCACAGGGAAATCGCACTACTTTCAGGAGTAAAGTATTCTGGGATGGGAAGTTAAAAAGCAACGGTTGAGCGCTGCTCCTTTAGTAATGCTCTCCTCCATAGGCGCTTCATGAATGATATGTCATAGTGGTCCTTTTCCTATATAGGATGGGGAGAGGAATAGGCTTCACCGCTCGTTAATAAAAGAAAGCGAGCGGAAATGGTGAAATTTCAACAGATACATAGAACAAAAAATCTAAGTCGCTTTGTGCCCCATACATCGCCATAGAATCATACAAATTTAATACCTAAAATCATATTAATCTAATGTCCGCTTTGGTATTTTCTAATCAAATTAGAATTTCTGACTTTATAGATTTCTGATGAAATTTAGAGCAATTCTATTATCTAACGCAGGACTGATTTTCATCGGTTTGAATGTCGCTAGATAAACCAAGGCTAAGGTCAGCAATCGTATCTTAGTGATCACTAGGTGGCCTGATTGTTAACAAGTCAAGCCGTCTGCTTTGGGTTTTAGCTAACCTTTCTATCTCAACCAGATAGTTCCAAATTACCAAAATCGTTGAACCATACTTATAGTCTCTTTAACGAAAGGAGCACTATTATGTATAACATCATTCCTTACACCCCAAAACCTAGCTGGAATAAAGGTAAATTAGTTGGTCAAAAACTTCCTCTTAAGCTTGAGGAAGTATGGTCTATAAGGACAAGACTTGATTTAGCAAATAACCTTCGCGAACTTACTATGTTCAATTTAGCATTAGATTGTAAATTACGAGCGTGTGATTTTATTAAACTTAAAGTCATGGATATCGCTCATGGGAAAAGTATTCAATCTAGAGCAATATTGATTCAACAGAAAACAGGTACTCCTGTTCGATTTGAAATAACTAAAAAGACCCAAGAGTCGCTTAAAGAGTGGATCGCATTAAAATCGCTTCGTTCTAATGATTATTTGTTTGGTAGTCGGATGAGAAAGGGGTGCCATCTAACAACCCGTCAATACGCAAGGATTGTCAAAACATGGGTTGCAAGTATTGGTCTCGACATTACATCGTATGGTACTCATTCGATGCGTAGAACCAAAGCATCTTTGATCTATAAAAAAACTAAAAATTTACGTGCTGTCCAAATATTACTTGGTCATACAAAACTGGAAAGTACTGTACGTTATCTTGGTATTGAGGTCGATGATGCCCTTGAATTATCTGAGTCTATAGATATCTAAACTATAAAAAATCAGGAAGAATGGACTCTTCCTTCCACGAATATCTCAAAGAACTAAACCGCTCGCCGCGGTAATGGTGACCTTGGCAAGCACCGAATTTCCCCATAACATTTCTATTCTTTCTGACTCTAAGCCTTGAGGCATGTCGCCTCACCTTAGATTGGAGAATATCTCATGAACATCAGCCCATACTTTTCAGCCCCTCTTCGTCAGCGCTTCAACGACGATATGACCATGCGAAAACTAGCAACTTCAACACAAATTGACTACTTCCGCGGGGTTAATAAACTCTGTGAATATTTACAACATCCCCCTGAAACAACCACCCAAGAAGAGTTGCGTGAGTTTCAACTTTTCATGGTCAATCACGGTGTATCGGGGATCACGGTTAACGCCACACTCACGGCATTGAAGTTTCTCTTTCAAGTCACTTTAGATAAACCTGAAGTGACTGCACGGATTTTCCCTGTAACGGTTGCGCGTAAATTACCTGTCGTGCTCAGCTTGGAAGAAACCACGCGTTTTATGGCTATGGCCACGCACCCTAAATTTAAAGCGGCATTCGCTGTCGCCTACGGTGCAGGTTTACGCGTAAGTGAAGTGGTTTCCTTAAAAGTGAGTGATATAGACAGTAAGCGTATGGCATTACGTGTCGAGCAAGGCAAAGGAAGTCGTGATCGCTATGCGCTATTATCACTCGCTTTGCTTGAGCACCTTAGAGATTGGTGGCGTTTCGCTAATCAGCAAGAACAAATGTTTGCAGGCGGCTGGTTATTTCCTGGCTTGAACCCTATCGACCATATGACGGCTCGTCATCTCAGTCGAGTGTGCAAGCAAACTGCTAATGCCGCTGAGATTGACAAAAATGTCTCTATGCACACATTACGTCATAGCTTTGCGACTCACTTACTCGAGGCTAAAGTCGATATACGTGTTATTCAAGTATTGCTCGGGCATGCTCAACTCAATACCACAGCTCGTTATACTCAGGTGGCAACGGATTTACTCAAGGATGTGATAAGTCCATTAGATACCATCACACCACAAAAAAAGAAGGTTAAGAGCGAGAAGTGA

Protein sequences of DBSCAN-SWA_2

>NZ_CP014944|540223:581303|564622_564874_-|WP_083277872.1|DBSCAN-SWA
MILDIGLPGIDGKELLKTLRANAQTKAIPIIMMSGSSSRRDYDECIALGANAYIQKTSNIDKLALLFGCFVDGWIRSSSQKFF
>NZ_CP014944|540223:581303|548845_549646_-|WP_070373896.1|DBSCAN-SWA
MCELLAMSANVPTDICFSFSGLMQRGGNTGPHKDGWGITFYEGKGCRSFKDPLPSSQSPIAELVTNYPIKSEAVICHIRQANSGGISLENTHPFTRQMWGRNWTYAHNGQLKNVQVELPVKLHIPVGATDSEHAFCWILDQLHFKYADKEPAATVLFKFIAELSVKINALGVFNVNITNGQYLFAYCANNLHWITRRAPFGKASLIDAEVVINFTEETTENDVVTVIATQPLTDNETWHKMTKGQWHLFCLGESIASGQEVLKIEH
>NZ_CP014944|540223:581303|544310_545027_-|WP_083277869.1|DBSCAN-SWA
MKVTSQLTLSVQLPDDETFSSFQSIANYSATEQLKSFIKASQHLVESAHVNSFYLFGLSGVGKSHLLHASCTFAEKLGLSSVCLSFSELKQLSVEVLDGLENIDLICLDDVQLIAGDKLWQQAVFDLFNRVIEHNKRLIITGDQSVSQLKLGLADLVSRLSWGMTEQIKPLDDEEKLIALKFRAQQRGLLLSDEVAKYLLSHLSREMSHLILALAELDEASIREQRKITIPFIKAILF
>NZ_CP014944|540223:581303|577565_578579_-|WP_070373910.1|transposase|DBSCAN-SWA
MKITTIGLDIAKRFFHVVCCNKEGSLIKKKMLSRAQVLTFFQLQPTCLVALEACATSHYWAREIKKCGHEVKLIPPQHVKAFLIGNKNDYNDALAITVAAKQPHIKSVGIKSIEQQDNQAQHKARELAVRQRTALCNQIRGLIAEYGIVLSQGVNNVRKNIVLMLDEETTQLSGAFKVILTQLQKQLNSLDECIDVFGKTITESVKNNAICQRLLTIPGFGPMVSSGYFNEIGNGANYRKGRDVSASLGIVPRQHSSGGKDTLLGISKRGNSYLRCLLIQGAKAVVSRAGTKTDKLSQWINRIVQTRGHNRACVAYANKMARMAWAITVSGEEYSAV
>NZ_CP014944|540223:581303|575998_577207_-|WP_070373909.1|transposase|DBSCAN-SWA
MNKKELEVFAKQAAKGIKSEQDLTDFRRILTKITVEAALNAELEEHLGYALHEQSTTNNSRNGYSSKSIRTEDGQVDLETPRDREGSFEPKLVKKNQTRFTSMDDKILYLYAKGMTTREIVDTFKEMYDADISPSLISRVTNAVIEQVIEWQARPLDSVYPIVYLDCLVVKIRQDKHVINKAIYLALGVNIEGHKELLGMWISENEGAKFWLNVLTELQNRGVNDILIACVDGLKGFPEAINTVFPQTQVQLCIVHMVRNSMKYVPWKDYKAVTGDLKRIYQSVTEEEALLELDNFCLRWDDKYPQISRSWRAHWSNLNTLFKYPQDIRKAIYTTNAIESLNSVIRKAIKKRKLFPSDDSARKVVYLAIDAASKKWTMPIRNWKTALNRFMIEFEDRLKDFI
>NZ_CP014944|540223:581303|548108_548849_+|WP_070373895.1|DBSCAN-SWA
MLNKLCCIALVLASQSSLVFANEAKTAQAEQHVIQPFTAKYNLIRSADILGSATRTLEYLTPEQAKYSYKTDIEWLIFSDNRQEVSLVKLDHHKVTPQQYNFQRDGTGPDKEYAWQFNIENNIAKNLKDNSELNIDFPVNIQDSLSYHLQNRLNLIKNPEQKLFVYPVMNHSGKIKNYVYQYDGQDELMLPFGMIKAVRLKREVIEKKKITYAWFAPELNYLLVKIQQIKSDVEQFDAQLTSLEEH
>NZ_CP014944|540223:581303|542017_542416_+|WP_070373890.1|DBSCAN-SWA
MTKTQRFSTPTFKKITLIGYFSLLFFMPLWLLYLNPSQGLSPILSLCLFTVPLLFPLKGLLAGNPYTYAWSSFVVMIYFLHSLTTLWVSPADIVWASLELIFATMMFIGGSYYAKYRGQELGLSIRKAKDKA
>NZ_CP014944|540223:581303|571402_572455_+|WP_070373906.1|DBSCAN-SWA
MREEYCRQIIESLPYAIIITDQQGRIEEINAQTALLFGYSQQELHDKKIDILIPERFCEQHHKDLDSQNDCPPPRQAELGRNLFGLTKEGDEFPVRINLSLLENNGNNKILTTIIDMSEQSDIVRELKRVKKELNDFVDVASHDLKAPLRGIRQLSSWIEEDITDFASDNTKNNLALMMQRTARLERYLKDLIIYSRISHVLDDAQNINIKALVLSVFDLQSPPKEVSIVCEETLPEITTFITPLETVFSHLINNAIKHKNKGQLTINVSSQEYPTHYSFSVKDNGPGILERNHEYVFDLFKTIKPRDEVEGSGMGLSIIRKLLDSLNCVISVSSDGKNGSCFTFTWPKR
>NZ_CP014944|540223:581303|568788_569481_-|WP_157470759.1|DBSCAN-SWA
MQIFSDDNHVLMVYSYVKHLIYTTYIKYRFQLNLTMTKYIREYVSTIKILAVDDQISSLLALEDVLSGINASIIKATSAREALLIMLKESIDCVLLDVSMPEMDGFEFLKTLRNAPTHTKVPVIMITGKIFSENETLRAYKYGAVDFLLKPIEPETLYRKVDFIVQQALRIKSIEQIEGHLKKLEVDLIDPIEALIANKNNSPDQKETLLKVSSKLKNLQTVWMEINNGK
>NZ_CP014944|540223:581303|558643_564547_-|WP_083277871.1|DBSCAN-SWA
MNAQEFSSKDILKALQAWKDESEVIDHKALLKVLRAYRNGNFSARLPDTQTGIAGEIARALNESIELNQLLFKEFTRVGKAVGREGKLSQRVSINAATGHWAETVNAYNGTIDGMAEPFSEFGRVVNSIAKGDLTEPMSLEIEGRPLKGDFLRVAKTTNQMIGLLNAFSTEVIRVSLEVGTDGILGGQARIKGVSGVWLELTSSVNGMADNLTNQVRNITTVATAVANGDLTQRISVEAKGEVLELKNTLNTMVERLTQFSSEVTRVAQDVGTSGKLGGNADVRDVSGVWQELTNNVNTMADNLTNQVRNIATVASAVANGDLSRKITVDAQGEVLELKNTLNTMVDRLALFSSEVTRVAREVGSDGELGGRADVPDLAGVWRELTENVNDMADNLTSQVRNITTVATAVANGDLSQKITVDVKGEVSELKNSINTMVDRLTQFSSEVTRVAREVGTEGKLGGKAEVKDVVGVWQELTNNVNSMADNLTGQVRNIAMVATAVASGDLSQKITVDAQGEVLELKSTINTMVDRLSQFSSEVTRVAREVGTDGQLGGQAQVLDVSGIWQELTNNVNGMASNLTSQVRNIAKVATAVANGDLSEKITVEVKGEVLELKNTLNTMVEKLSQFSSEVTRVAQEVGTDGVLGGKANVDDVAGVWQDLTNNVNTMADNLTNQVRNISTVATAVANGDLSQKITVTAQGEILELKETLNTMVDSLTQFSSEVTRVAREVGTEGKLGGKAEIKGVSGVWRDLTNNVNAMADNLTNQVRNITSIATAVAEGDLNQKITVDAQGEILELKDTINTMVDRLAQFASEVTRVAQEVGTEGKLGGQAEVKGVTGVWGDLTLNVNKLAKNLTDQVRDIARVISAVAEGDLEQKISVEAQGEVLQLKNTINLMTETLSQFASQVTYVAKEVGTEGNLGGQADVPKAEGVWRELTDNVNELADNLTRQIRAILTVVTDVTDGDLAGNIDVAAKGEVETLKNGLNQMIRTLKDTSDTNNSQDWLKTNLSDFGRLMQGNNNLQSLADVMITKVCPVLEVQHGVFYALNKTVDSTIDEPKLIMLASYAYHERKSVSNEFEIGQGLVGQAALEKKRIMVHNVPKDYIQVRSGLGHSEPLNVVVLPVLFENALIGVVELGSFHPFSEIELSFLDQLMVSLGIVANAVVASTKTEKLLTESQTLSEELETQQEELKVTNVKLETQAKSLQESESKLQTQQEELQQTNEELEEKSRVLADQKHEVESAKMELEEKAQQLAVSSKYKSEFLANMSHELRTPLNSLMVLSDGLRKNIDKNLTAKQIEKVTTIHDSGIELLELINEILDLAKIEAGKMSVQVGDIFLQRIQNWAVRGFQQMAENKGVTFKTELDPALPKTIMTDEKRLQQVIKNFLSNAIKFTNKGQVKFNIQYVQTGWNARNRNLNEASTVIAFSVSDSGIGIPADKHNVIFEAFQQADGTTSRKYGGTGLGLSISREIAHLLAGEIVLQSEEGKGSTFTLYIPNTYPDSPVTNDNLFPDYSGPSTTEKPLIPKMIENPLARLSVNEGDGTHATSVEMKPRYVSDAMAEVEDDRILISSGDRVVLIIEDDISFAKILLDNAREKGFKGVVATTGDAGLLCAQEYRPDAIILDIKLPIMNGWTVLDRIKHDVKIRHIPVHVVSVDDVTQRSLKQGAISFLQKPLNDSSMQDIFLHIDSFQKQKHKQLLVVEDNEKQRAAIIDLIGNGDVHITAVATVKEAREALKKQKFHCMVLDLILPDESGLSLIETIKKDPELISLPIIIYTGKELTEEEETKLNSVAETIIIKNVKSPERLLDETALFLHRVESNLPESKRQMLQQVHENDPQLWGRTLLIVDDDVRNIFTLTSVFEAHDCVTLYAESGKEAIEKLKNHPEIEIVLMDIMMPEMDGYQTMQAIREIDKFKSLPIIAVTAKAMMEDRQKCLDAGASDYIVKPIDTEQLLSLVRVWLYKERN
>NZ_CP014944|540223:581303|580403_581303_+|WP_070373913.1|integrase|DBSCAN-SWA
MNISPYFSAPLRQRFNDDMTMRKLATSTQIDYFRGVNKLCEYLQHPPETTTQEELREFQLFMVNHGVSGITVNATLTALKFLFQVTLDKPEVTARIFPVTVARKLPVVLSLEETTRFMAMATHPKFKAAFAVAYGAGLRVSEVVSLKVSDIDSKRMALRVEQGKGSRDRYALLSLALLEHLRDWWRFANQQEQMFAGGWLFPGLNPIDHMTARHLSRVCKQTANAAEIDKNVSMHTLRHSFATHLLEAKVDIRVIQVLLGHAQLNTTARYTQVATDLLKDVISPLDTITPQKKKVKSEK
>NZ_CP014944|540223:581303|555164_556601_-|WP_070373900.1|transposase|DBSCAN-SWA
MSRHIKGLSRSQATLFPEMLEDFVAKENPVRVIDVFVDGLDLENLGFKGVQSKATGRPGYHPAILLKIYIYGYLNRIQSSRCLERETQRNVELMWLTERLSPDFKTIADFRKDNHSGIKNTCKTFVQMCHKFNMFSEATVAIDGSKFKASNNKDKNYTPSKMKSHIERVEKHINNYFLKLEQSDSQENTSQYIANIESKLDFLKQHLVELKEMELAVNNHPDKQVSTVDPDSRLMKTQGMTRAICYNIQSAVDTKHHLIVAHEVTNTTDRGQLCNMTKLTLKALGKSVTTILADKGYYSRQDIKDTQDLGVSTLVPKTDTSGSEKKGIFNKSLFEYNQDNDVYICPAGNELQHRFNAIEGGLDIKIYFNGMACKNCTIRSQCTRSKKDPRRMRRWIHEADMEKMEALLKATPDAMLQRKQTVEHPFGTIKLWAGATHLLTRGFKNVSTELNLHVLAYNLKRMLNIFGIEKLMKEVMLP
>NZ_CP014944|540223:581303|553284_554652_+|WP_070373899.1|DBSCAN-SWA
MPYQALLTKHSQYFDTNVTRDISWRKQQLQAIKKLVIENEKDILQALQDDLAKPTLEAWITEISYITSDVDHTCKHLNKWAKPRGVSTPIVVQPGKSFIKPEPQGTVLIIGAWNYPLQLVLAPLIAVIAAGNCAIIKPSELAPAISALIGQLIPKYLDNNAVSVVEGGVTETTALLTLNFDHIMYTGNGQVARIVMAAAAKHLTPVTLELGGKSPVYVDESADLTITAQRIAWGKWMNAGQTCIAPDYLLVKENLVEPLTLALKAQITAMFGENPKNSDSYGRIINQRHCQRIADYFNDGKILVGGESDIESCYIAPTIIINPALDSPLMTEEIFGAILPIVTIENFDQAKSFVKQREKPLSAYIFSRNNEQVAQWVNEISSGSQCINDVIMFNAVPDLPFGGTGPSGIGQYSGKAGFDNFSHLKSVLKRPFIKDIPVRFAPYSKWKLKFLRFIR
>NZ_CP014944|540223:581303|557770_558580_-|WP_070376978.1|DBSCAN-SWA
MEEIEIDLLCEGVYRYYGFDFRQYARASLKRRIRNLVNLESLPSISALQERILYDRLMMERFLLNLSINVTAMFRDPKMYQVFRKKVIPLLHTYPSVRVWHAGCSSGEEPLSMSILLEEEGLTKRSKIYATDFNESIIKKAKAGIFPLSVMQEYTDNYQKAGGLKSFSEYYSAQQDSVILATHLRESIVYSRHNLTIDGSFNEFNVIMCRNVMIYFNEALRDRVLLLLHNSLCRFGILILGNKETLQFTPLEHKYKELDGPNRIYQRID
>NZ_CP014944|540223:581303|546358_547405_+|WP_070373894.1|DBSCAN-SWA
MSEQKQSLSYKDAGVDIDAGNALVENIKGAVKRTTRPEVMSGLGGFGSVCQLPTGYKEPVMVAGTDGVGTKLRLAIDLNKHDTVGIDLVAMCVNDLIVQGAEPLFFLDYYATDKLDVDVASAVVAGIADGCVLSNCALVGGETAEMPGMYHKGDYDIAGFCVGIAEKSRLIDGTKVASGDQLIALASSGAHSNGFSLIRKVLEVNKTDTNELLNGKSIGDHLIEPTKIYVKSVLELHKQVDIHALSHITGGGFWENIPRVLPESAQAIIDGNSWEWPAIFNWLQDNGNITTHEMYRTFNCGVGMIIVVPAADLAKSIEILSAHGENAWHIGEIADMQAGAEQVVINKG
>NZ_CP014944|540223:581303|547424_548081_+|WP_070376977.1|DBSCAN-SWA
MQDNNLTSNIVVLISGGGTNLQAIIDACKAADYPGKVVGVISNKADVFGLTRAKNAGIAHCVLSHKDFSSREIYDQALIKKIDLYQADVVVLAGFMRILTPEFVQHYQGKLINIHPSLLPKYQGLHTHQRAIDAGDTDHGVSVHYVTEELDGGPVILQAKVPIFAGDTAEELALRVHEQEHRIYPLVVKWCCNQRISMHNDTVLFEGKALPASGYASE
>NZ_CP014944|540223:581303|579605_580229_+|WP_070373912.1|integrase|DBSCAN-SWA
MYNIIPYTPKPSWNKGKLVGQKLPLKLEEVWSIRTRLDLANNLRELTMFNLALDCKLRACDFIKLKVMDIAHGKSIQSRAILIQQKTGTPVRFEITKKTQESLKEWIALKSLRSNDYLFGSRMRKGCHLTTRQYARIVKTWVASIGLDITSYGTHSMRRTKASLIYKKTKNLRAVQILLGHTKLESTVRYLGIEVDDALELSESIDI
>NZ_CP014944|540223:581303|569676_571392_+|WP_070373905.1|DBSCAN-SWA
MVILLVDDDQLDRALIIHTLKKSKLDVEIKEATTVNQGIALFSKHRFDIILLDYSMPDRDGIEMILEIKSQEQGSNTAIMMMSSLENEKIAVNCIKAGAQDFLPKDEITEKKLRRAILHATTRHDLESKLLATYQQVKNLAETDSLTGLPNRYYFDKSLKLEVKINKRNEHILALLLLDIDNFKLINDNFGHDVGDILLQKVTARINHCLRGNEHFSRLGGDEFAITLSHLINNQQAYIVAQRIIDIMQAPIEIANTPIHCTVSIGIALHPCNAKNSEELFKYADIAMYRSKNQGRNQICFFEDEMQKKFKQRLQVELDLRHAIKKQQFELYYQPVIDPRNESLTGFEALIRWKVDGVMRNPDSFIEIAEETHQISEIGLWVIEEAISTLSKWNLDRKKPLTMAINISAVQLGDFTLVDTIATCLSKYDVPANLIEIELTETALLNTSKISYEILADIAGGGCHLSLDDFGTGYSSISHLRNHPISVLKIDKSLMPSSTQDIKLTSLVRGLVSMASILGLKVIAEGVETKQHADLCKELNIERVQGYFYSKPRTRLDIENTYLLESTLCIK
>NZ_CP014944|540223:581303|540223_541516_+|WP_157471087.1|protease|DBSCAN-SWA
MMRHIRASQPLVNDPVLIEYINDLGNRLVKNAQDVNYSFEFFIIRNKEINAFAFFGGHVGIHSGLITLADTESELASVIGHEISHVTQRHLARRLEAQSRNQPLTTAAMISGVLLALVNPSIGMAALTTTMAASKQSSINFTRGNEQEADRVGITLLAQSGFDPQGAPDFFGKMAVKYRYTSKPPAMLLTHPVPESRIAEARVRAHGLESRPSAPSLNFALAKARIQARYESTALENIATFEDSIKKQNYTYRAAADYGLALSLFENKEYQAAKKILERLLSEDKNNLFYADALTDVYIKTKEVNKALTMLSALNLLMPNNQVVTLNFANALVENSQYSEAEVLLQDYLLVKPGNFIAYDILTTVYEKQDKKALMHATKGEIFALLGAYSRAVDELQTGYNFTDNQPLVEKRIKARILQFQDQEQKLKRL
>NZ_CP014944|540223:581303|549803_552233_+|WP_070373897.1|DBSCAN-SWA
MEQFTWFIYAVILTGFMAYTRAALSTFTLSFAALMAVGTIFDALSFFSWIIFAIIALPLNISDFRKQYITHPLLKMFRSIMPQMSRTEQEAIDAGTTWFEAELFRGNPDWKKLHNYETPRLSVEEQSFLNGPVEEVCKMTDDWQTTHVDADLSPEVWQFLKDNKFFAMIIKKKYGGLEFCAYAQSRVLQKLSGVSAVLASTVGVPNSLGPGELLQLYGTKEQQDHYLPRLAVGDEIPCFALTSPEAGSDAGAIPDEGIICHGEFEGKEVLGMRLTWDKRYITLAPIATVLGLAFKLKDPDHLLGETVDLGITCALIPTDLEGVITGRRHFPLNVPFQNGPTQGNGVFVPLDYIIGGAEMAGQGWRMLMECLSVGRAITLPSNSAGGIKSLALATGAYSRIRRQFKIPIGKMEGIEEPLARIGGNAYLMDAVTTMSTGAIDLGEKPSVISAIIKYHLTEKMRICVNDAMDIHGGKGICMGEGNYLARAYQGAPIAITVEGANILTRSLIIYGQGAIRCHPYVLAELAAANQTDDVIALKEFDHALFGHIGFAISNVVRSLWFSLTGARILKAPFRDETSRYYQLLTRFSSNLAMLSDISMLTLGGDLKRKERISARLGDVLSHLYLSSATLKRFNDEGRQQDDLPLVQWALEDSLYETQQAIDALISNFPNKIVALFLRAMIFPVGKWLKKPSDITDHKVAQILQTPGKARERLGQGQYLSRDPENVLGQLEQTLDDIIACEPIFKKICQAIGEDLPFYALDEVAKKGLAVNVINAVEAELLCKAELGRKAAINVDDFDSDELRAQSASH
>NZ_CP014944|540223:581303|542468_544319_+|WP_070373891.1|DBSCAN-SWA
MKNILRILLLIPILFACRNNGEVTKIFTVDDEVKIAQAVELVLLAPSNKVTNIVWTQTAGEPVVFLAYTSKVIAFTPNTAGTYSFNVSFTQEDGSRESLSHSISVTNEQGEISARLGHAALEGSKVSLRASLTSKLLSDSLVWQQTAGPEVNFTAENTQGDYAVFFNAPEVTRDTVVEFTVSSGSYSDKVAVLVENAEPVSTSDNTAYTERLARVFPFVASSSYADVLVDCVYSNKINFARTCAFNTLPLIAHDTTTPTVDDIMDRVIVSHYWMGERFREFLENYDPYNDFKNLLRANTAIVISYDIRPSYYWVVSGAIHLDANYFWLTPDERDTINQAPDYRASFGGDLNFAMPWRYVKNNNYTTTFISENDRVTRQPSDVLYSLTSLMYHELAHANDIFPSTSWSALNRDQTILSAAQQIADNSGFKSDQLNNTLPLLGEEMYALAQVRFQGVDASNTQNAYQPNDIKTFFSGEAAPQFYNYSSIREDYAMLFDGFMMKTRFDISRDVAITNAPKIANENYIVNWGQRGRIGDEKIKPRVLYAVSHILPEVSDIENLVNNLPSPIMMNAGESWANNLNISPINKEQSGLQNVSAQPKDRRFVQYEFYEKPSPLK
>NZ_CP014944|540223:581303|557204_557771_-|WP_070373901.1|DBSCAN-SWA
MPIKMIFIGTSLGGLKALGQLFSQLPDNFSIPIAVVIHRSSIEFDYLVESLQKHTSLTVHEALDKQPIKHSTVTIAPADYHLLVEDAHFALSTDFAIEHARPSIDVLMESGADNYGEQALGIILTGGGHDGVQGLKAIKDRGGRVLVQSPSSCEDSTLPQAVIQAGIAIKGYSIKELAHEMVTSVSVN
>NZ_CP014944|540223:581303|565088_568799_-|WP_070373903.1|DBSCAN-SWA
MESDKQKATKSDEEISHARDKEKMLSLDEINGDNLSEIKIPNYVVGIGASAGGLEALESLFINMPFKTGMAFIVIQHLSPDYKSMMHELLARKTMIPIKVATDQIAIEADTIYLLPPKKEMIAANGKLYLTDRENTEVINLPINTFFRSMAETYQEKSIAIVLSGTGSDGTKGITKVHDSGGFVIAQQPESCKFDSMPQNAIKTNKVDSVLPPESMPDALMKYSLRTEKVAEQLALGHFDAEVSEFSEILILLNNRFDLDFSQYKPSTITRRLERRLTYQKTKTLKEYINILLSNHEELESLYYDLLIGVTEFFRDPEAFSSLKSRIPKLLAQFKDDPEIRIWVSACASGQEAYTMSMMMTTAMENDPNGNKPFKIFATDIHNKSIQFAATGIYSEENVERLDEEYKKRFFTLLPSGKYQVTSEIRKPVIFAQHNLLKDPPFTRTHLVSCRNLLIYFNNTGQQRVLSLLSFSLLNKGLLFMGSSEAIGSHSGDFEEVDPKNRLFRKTRTNQGNVPIPLTVRTQAPIRINRNGGELDNTQMSLKSKKALDVLLQKYVPTSVLIDEQGNILHTFGDAGKYLSLKFGAASLNITALVGEQAKIVLTQMIYRIGKSYKPVKAKEIKGFNGFDAVDIEMHVLSDSPADLNYIIISLSESHNSEHQDNSLNVMSSEHIELNEVTSAYTDLRVKELEEELIYAQETLQVTVEELESSNEELQASNEELMASNEELQSTNEELQSVNEELFSVNAEFQQKEIERDELESDERSTIESANLGILFLDHNLRIRKYSPLAAELFNLIENDFHKPFSGTSGRLVQEIREDVQAVFRERKIIEKEVVDDDGLVYLMRISSHKPISRKPNEDDIDLHGVIITFSNITKLRTSQTALEQTQNRFNNTLDAISDGYFEWNFDTDVTFFSEKVSQRLGYSDEHPDIAQLLGEHVADVKSIIKQVNANKVNIQEVLPFIKADGNEIWMVCKGEIAVDEKTKQTKLIGVLIDFTKQKEVEIQLQQQALALGRSNELLEKFAYIVSHDIKAPIRHIQNYLMFLQQALEKNDAEAMHKEIKGIKDSTLGLTELVDDIITYARVTSEKKRLSKVNMTAIIDSVLSTFEPTIKENNIQVEHDDFPEIKGDKSLLTHLMQNLIGNACKYIDKETPHIAITHAIDKTNYVITVADNGIGFDITQVDKIFEPFRRLVTKENFEGSGIGLSICKTVVEQHNGSIHAESELGKGSSFVISLPL
>NZ_CP014944|540223:581303|572695_575512_-|WP_070373907.1|DBSCAN-SWA
MEKYSNMRVLIVEDDKADFIILKQLLIRAISGGISLFWVDNLQSAQAKIANEQFDFYFIDNRLGPELGLSLIPLIKQQYQNAPPIVILSGVDDHQMDLAAMREGADDYVIKDELTVRLLEKTVRYSLKNKKFETKLLAQQLLMEQMGQQARIGAWEVDLVNNRLIWSDMTKEIHQVPNDYQPDLSTAINFYKEGKSRNTIQALVSKCREDGKPFEQVLQLITAKDNKIWVSALGRAEFNQGQCIRILGSFQDITDKVTAQYKIAEHSQRMALAADSAGIGIWELNLVTNELTWDDWMFRLYGLAPDQFSGAYEAWEQGLHPDDVARATAEYQQAVESHRKYDTQFRVITPKGDIRHLKASAILRFDNDNNPISMIGVNYDVTDRVENEIALTEAKELAEVAVIAKNEFFASMSHEIRTPMNGVIGMLDLVKDSTLDQEQEHHIGIAQQSANSLLSLINDVLDCSKIDANKLIIENISFNLANMVGDVAEALVQNAQQKGLELILDLVGIEAPLVKGDSNRIRQIITNLAGNAIKFTKQGEVIIRVKQKHYSQRYWGITIEVADTGIGIAKDKHAELFQAFTQVDSSTTREYGGTGLGLTIVKNLCLCMQGTVSVESNGDQGSVFICELLLEKSSESLSPLPLKALQGKRVLIVENNSSCGNVIKRQLDRWQIETHLITRGPQALSLLISQENTPQFDLVIFNRDMPDLEGLIFVKTLRSYASLASLKIVLMTQMSNQHDLVDGLKLGLNGYFPKPLTTAGLHQALSVILDSSDKLDTKEVQTNLAIDAEKNLELPLSGLNWTKDVKLLLVDDIRVNQMVAVGMLNKLGFDNCVVAVNGKDALAKLNISEDSDLFNFIFMDCQMPEMDGYEATTLIRQGTAGARYQNIPIVAMTANAMLGDKQKCLDAGMNDYLVKPIDKDKVMNTLKLFLSEPTREPE
>NZ_CP014944|540223:581303|541614_541953_+|WP_070373889.1|DBSCAN-SWA
MLTIYHNPRCSKSRQTLALIEENNQEVCIVEYLKKPLDESTIQSLLSRLNVSPIQMMRTKESEFKEQALAQATDKQLIEAMVNTPKLIERPIVTTQTKAIIGRPPENVLTLF
>NZ_CP014944|540223:581303|564864_565053_-|WP_070373902.1|DBSCAN-SWA
MKENYGDFFILHGEDDVCDVRVMNILLEKIGYTSGYHQIATGHELLDWVNSNQGVIPQDLSF
>NZ_CP014944|540223:581303|552458_553172_+|WP_070373898.1|DBSCAN-SWA
MLTKIIRQNNMFSTKESPTVKRRSKGEQTRLLILQSAIEVLAKNGIKGTTHRAIASHANIQLSLTTYYFKDIQELVHQAFTLCSSQITTKTSLAWQPAVELLANVNKTSLRKISEKENLRNKLAIMATQYLVKRIIDSPVELAVQQLLFTEVRVNRKLAPLAEIHRAASLKPIIKLCEFFNAHDPHIDADIIATVFTQIEYRNINVPVEQLDTDNIQAIVSRVIGYAMNLKSLALTS
>NZ_CP014944|540223:581303|545026_546199_-|WP_070373893.1|DBSCAN-SWA
MLRYLIVLVVVLSHFFASITALAVEVKNLYNAKVIVNSQTDSERKLALQQAMSAVVLKVGGQQALLSNSTIKSGLRNVSGYVVKYRYQRNAEQTELLVTFDESKINQLFEDANAPIWGSLRPQILLWLVEENGLRRTTISNASHSSFSNNATPQESYNLPNSVEQFSALRGLPILMPLMDLTDVNTISTFDVWGRFAKQVQMASLRYNPESIIIIRLSNSSLLPQQESDEQVDDCFLCQKERQQYALDWSFIADAQGYNRDTITGQIFGEISYGDAPDQLLKTALSLISDIIYQKYALNSDIDNNYIIDVANISSLKSFIELERFLEQLSSVKSVKLLSASGENRRFELVLKSSGQAFLASLKLNKQLDLFVDPLAEKVVGAVPVFYWKP

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_157471087.1|540223_541516_+|protease	M48 family metalloprotease	NA	NA	NA	NA
WP_070373889.1|541614_541953_+	arsenate reductase (glutaredoxin)	A0A2H4J8T1	uncultured_Caudovirales_phage	1.0e-15	42.9
WP_070373890.1|542017_542416_+	DUF2069 domain-containing protein	NA	NA	NA	NA
WP_070373891.1|542468_544319_+	hypothetical protein	NA	NA	NA	NA
WP_083277869.1|544310_545027_-	DnaA regulatory inactivator Hda	NA	NA	NA	NA
WP_070373893.1|545026_546199_-	DUF2066 domain-containing protein	NA	NA	NA	NA
WP_070373894.1|546358_547405_+	phosphoribosylformylglycinamidine cyclo-ligase	Q58MH8	Prochlorococcus_phage	3.6e-75	45.9
WP_070376977.1|547424_548081_+	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	8.9e-32	43.6
WP_070373895.1|548108_548849_+	DUF3108 domain-containing protein	NA	NA	NA	NA
WP_070373896.1|548845_549646_-	class II glutamine amidotransferase	NA	NA	NA	NA
WP_070373897.1|549803_552233_+	acyl-CoA dehydrogenase	NA	NA	NA	NA
WP_070373898.1|552458_553172_+	TetR family transcriptional regulator	NA	NA	NA	NA
WP_070373899.1|553284_554652_+	aldehyde dehydrogenase family protein	NA	NA	NA	NA
WP_070373900.1|555164_556601_-|transposase	IS1182 family transposase	NA	NA	NA	NA
WP_070373901.1|557204_557771_-	chemotaxis protein CheB	NA	NA	NA	NA
WP_070376978.1|557770_558580_-	protein-glutamate O-methyltransferase CheR	NA	NA	NA	NA
WP_083277871.1|558643_564547_-	response regulator	A0A1V0SGX0	Hokovirus	3.4e-29	35.5
WP_083277872.1|564622_564874_-	response regulator	NA	NA	NA	NA
WP_070373902.1|564864_565053_-	hypothetical protein	NA	NA	NA	NA
WP_070373903.1|565088_568799_-	hypothetical protein	A0A1V0SGX0	Hokovirus	1.3e-13	23.9
WP_157470759.1|568788_569481_-	response regulator	W8CYM9	Bacillus_phage	2.6e-05	27.6
568850:568866	attL	NA	NA	NA	NA
WP_070373905.1|569676_571392_+	GGDEF domain-containing response regulator	G3MA91	Bacillus_virus	2.3e-23	34.7
WP_070373906.1|571402_572455_+	PAS domain-containing sensor histidine kinase	A0A1V0SGX0	Hokovirus	6.1e-06	29.6
WP_070373907.1|572695_575512_-	response regulator	A0A1V0SGX0	Hokovirus	5.5e-54	29.2
WP_070373909.1|575998_577207_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	4.2e-51	51.3
WP_070373910.1|577565_578579_-|transposase	IS110 family transposase	NA	NA	NA	NA
WP_070373912.1|579605_580229_+|integrase	tyrosine-type recombinase/integrase	A0A0A8WF93	Clostridium_phage	2.8e-11	34.1
WP_070373913.1|580403_581303_+|integrase	tyrosine-type recombinase/integrase	S5W9T9	Leptospira_phage	1.7e-25	32.0
583745:583761	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_CP014944|1351766:1365043|DBSCAN-SWA
ATTACTCAGGTTCATAATCCAAGTTAGCTGACAGCCAACGCTCGGCTTGTGGCAATGTCATCCCTTTGCGAGTAGCATAATTAATCACTTGGTCTTTAGCGACTTTAGCGACCGCAAAATACTTTGATTCTGGGTGAGCAAAGTACCAACCACTAACCGCAGCTCCAGGCCACATGGCAAAACTTGAGGTGAGCTCCATGCCGATGTTTTCTTCAACATTGAGTAGTTCCCACAACAAACCTTTTTCAGTATGCTCTGGGCAGGCAGGATAACCGGGCGCAGGTCTGATACCTTGATATTTTTCACGAATTAAATCGTCATTAGCAAGCGACTCTTCAGGAGCATATCCCCAGTATTCTTTGCGAATTTTTTCATGGAGATATTCAGCACTCGCTTCTGCTAATCGGTCGGCAACCGCTTTAACTAAAATACTATTGTAGTCATCATGTTGAGCAGCGAACTCCTTCACTAGCTCGTCACAACCATAACCTGCAGATACCGCGAAAGCACCAACATAATCTTTAATACCCGACGTTTTATCCGCGATATAATCAGCCAAACAACGGTTAAACTGCCCTGCTGGTTTTTTACTTTGTTGACGCAATTGATGTAATTTCATCAATTGCTTATCTCGGTTTTCATCTGCAAATAATATTAAATCATCTTTTTGACGATGAGCTGGAAACAGACCAAAAACCGCTTTTGCGGTTAACTTTTTACTGTTAATAATATCGTCTAATAAAGCATTAGCATCATTAAATAGATTAGTTGCCTCTTCGCCGACTACTTCGTGTCGTAAAATAAGCGGATACTTGCCTGATAACTGCCAAGTCATGAAAAATGGCGTCCAATCGATGTAGTTTCGAATGACATTTAAATCAAGATCATCAAGTACCGTAACACCAAGTTTATTGGGTATTTTAGGGATATAGTTTTCAAAACTTATCGGCGCAGCATTGGCGCGTGCATCTTCTAGTGATATTAAGCTTGAACGTGGTCCTTTTTTATAATGACGCTCTCGCACCCGCGCATATTCATCATCTTGACGCGCTAAAAATGCCGCACGTTTCTCACTGTCATCTGAAAGTAAGGTACTAACGACTGAAACTGAACGTGACGCATTAGGCACATATATAACCGGATGTTGATATTGTTGCTCTATTTTAACGGCAGTATGAGCTTTTGATGTTGTCGCGCCACCAATAAGTAACGGCAAGTCAAAATTAAGACGTTTCATTTCTTTAGCAACATGCACCATTTCATCAAGTGACGGTGTTATCAAACCTGATAATCCAATCACATCGACCTTTTCGGCTTTCGCCACGCGTAAGATATCATCACAAGAAACCATGACACCTAAATCAATAATTTCGTAGTTGTTACACTGTAAAACAACCCCGACTATATTTTTACCAATATCGTGGACATCACCCTTTACTGTTGCCAGTAAGATTTTACCATTTGATTTAATTTCAGTTTTTTCAGCTTCAATAAATGGATTTAAATGAGCAACAGCTTGTTTCATCACGCGGGCTGATTTTACCACTTGTGGCAGAAACATTTCGCCAGCACCAAATAAATCGCCAACGGTATTCATACCATCCATTAATGGTCCTTCAATAACATCAAGAGGCCGTTCAGCCACTAGCCTTGCTGCTTCAGTATCTTCGACAATAAATTCATTAATGCCTTTAACCAAAGAGTATTCTAAACGCTCTTTAATCGGTAGCTCACGCCAGGTTAAATCAGCCTTATTGTTTTTGCTCCCCGCTTGCCCGCGATAAGACTCAGCCACATCAAGTAAGCGTTCTGTTGCATCGTCATCGCTATTTTGTATAACATCTTCAACAGCAAGGCGGAGATCGTCAGGAATATCTGAATAAATAGCTAACTGACCTGCATTTACAATGCCCATGTCCATACCATTTTTTATTGCGTGGTATAAAAACACCGCATGAATCGCTTCACGTACTGGGTTATTACCACGAAATGAAAATGATACGTTAGAAACACCGCCCGAAATCATCGCATGAGGCAGGTTTTCTTTTATATCGGCAACCGCTTCAATAAAATCTACCGCATAGTTATTATGCTCTTCGATACCGGTTGCTACCGCAAAGATATTGGGATCAAAGATAATGTCTTCTGCAGGAAAGCCTATTTCATTGACTAAAATTTCATAAGCACGTTTACATATTTCATACTTACGTACCCGTGTGTCTGCTTGACCTTGTTCATCGAAGGCCATAACAATAACAGCCGCGCCATAACGGCGTAATAGTTCAGCTTGTTTACGGAAGTTTTCTTCGCCCTCTTTCAAGCTGATTGAGTTAACAACCCCTTTGCCCTGAATACATTTCAAGCCTTCTTCTAAAATATCCCATTTAGAAGAATCAAGCATAATAGGCACTTTCGCGATATCTGGCTCACCAGCAATTAAATTCAAATAACGGATCATCGCCGCTTTTGAATCAAGCATGCCTTCATCCATATTTATATCTATAATTTGCGCGCCATTGGCAACTTGTTGCAGGGCAACGGCGACGGCTTGTTCGTAATTTTCTTCGGTAATTAAGCGCTTAAATACTGCAGAGCCAGTAACATTGGTTCGTTCGCCAACGTTAACAAATAATGAACTTTCCTCTATGGTTAATGCTTCAAGCCCGGACAAACGACAAGCAATTTTCCTGGCGCTGATTTCCCTAGGTTTTACATTGGCAACCGCATCCGCCATACCTTTTATGTGCGCTGGCGTTGTACCACAACAGCCACCAATAATGTTAAGGAATCCCGATTCAGCCCACTCATTGACATGAACATTCATATCTTCGACGCTGAAATCGTATTCACCAAAGGCATTAGGCAAACCTGCATTAGGATGAGCTGAAACAGCAAAGTCTGATATTCGACTCAATTCTGCCACATATTGTCTTAGTTCAACCGGACCTAATGCACAGTTTAAACCAAATGAAATAGGTTTTGCGTGGCGCAATGAATTATAAAAAGCTTCGGTGGTTTGCCCAGACAACGTTCTGCCTGATGCATCAGTAATGGTACCAGATACCATTACAGGTAAACGTAACTGTAATTCATCAAAAACAGTTTCAACCGCAAAAATAGCCGCTTTAGCATTTAAGGTATCAAAGATAGTCTCAATAAGAATAATATCTGAGCCACCTTCAATCAGTGCTTTCGTTGATTCTATGTAGGCATCTTTTAATTGATCAAAAGTCACATTACGATAAGCAGGATCGTTAACATCGGGTGAAATAGAACATGTTCTGTTCGTTGGCCCTAAAACGCCGGCAACAAACCTTGGCTTATTAGGGTTTTTAGCGGTGAATTCATCCGCTGCTGCACGGGCTATTTGTGCCGCCGCTAAATTGATTGCCGCACTGTAAGACTGCATATCGTAATCTGCCATCGCAATCGTGGTGGCATTAAAAGTATTCGTTTCAAGAATATCAGCACCCGCTTCAAGGTATTCATAGTGAATAGCTTTAATTACCTCGGGCTGTGTAAGCACTAACATATCATTATTGCCTTTGACATCAAGATGCCAATCAGCAAATTGTTCACCTCGATAATCTTGTTCTTCAAATTTATAGGCTTGGATCATCGTTCCCATAGCACCATCTAAAATAAGAATTCTTTTTTGTATTTGTTGCTCAAGACGACTAAATGATGCTGATTTTTTCATACGATTTCTCTACTTTTACTTTCAAACTTAATTTAATGACTAGATATATCCGACACTGTTTATATTTCTGCGTCTGGGTGTATTGCTTTAATATTTGTTGCATCTAGCTTGTACGGTGTGATCTGATAAACATAATAGTTTAACCAATTAGTAAATAATAAACTGGCATGACTACGCCATGAACTGTGTGGCACTTTTGTTATATCATCATTAATATAATAATTATTGGGCATAACTGCATTAACATCAGCCTTAAGATCACGTTGAAACTCTTCATCTAGCGTAGTTGAGTCATATTCTGGATGTCCGGTTAAATAGACTTGCTGTTTATTTTTGCTCGCGACCACATAAACGCCTGCTTGAGGAGATTCGGCAATAATCTTTAATTCAGGAATTGACAGGTAATCAGACTTATCAATATATCCAAATCGTGAGTGTGGGACATTAAAAAATTCTTCAAATCCGCGGGTAAGCTGTTCTTTTTGATCAACAGGGCTATGCTGAAAAACACCGGATAATTTTTCTTTTCTTAAATGTCGTCGCAATCCATAGTGATGATATAGAGCGGCATGAGCAGCCCAACAAGAAAACATTGTTGAGGTGACATTTTCTTCAGCCCAATCAAATATTTCACAAATTTTATCCCAGAAAGTTACTTTTTCGTATTCCATTAACGCCAATGGTGCACCGGTTATAATTAAGCCATCGTATTGAGTATTCTTAATGTCATCAAAGAGACGGTAAAAATTATCTAAGTGCTCTTTCGGCGTATGTTTAGATTCATTGGCGTGAATACGCACAAAATCGACATTTATTTGTAAAGGTGTATTAGACAATACCCGTAATATTTGAACTTCTGTTTCAATTTTATTAGGCATTAGATTAAGAATAGCGACTTTCATTGGGCGAATTTCTTGACTTGCCGCTCTACGCTCAGACATTACAAAAATATTTTCTTCACCTAAAATAGACAAAGCAGGTAATAAATCTGGAATTTTAATGGGCATAGCGTTTACCTAATCAAATAATGTCAAACAAGCATGAACACTTCGTTCTCTACTTTCATTTATTAACTTATATTCGGGCTACCAATCAACATACAGGTTTCGACTAACTCAAGCACTACGAATGATAACGGATATATAAATATTATCATTTTATGGTACGTGGATTTTTAGCTATGTCAACATCTAAACGTATAGACGTCTATAATGTTTTTTACGTTAATATTATTTGTCATCTATAACCCTAGCAAGTAAATATTGTTGGAACTAGCCTAGTAGAGTGCTATGTAGAAAAACGGGGAGGTATTCGGTCAGTAAGTACGCTTAGGCAAAATACTATATCCGCCTATTAAAGAACGATGGAATAAGAGAGAAAAGTCATTAATTAGATATAAAAAAGCCACTGTAAATACAGTGGCTTAATAATCGTTTAAACTTTTAATGTTTAATGTTTATTCTACGGCTTCTTCTTCTTTAGCTGGTTTGTCACTTGCTCTTACACTTTTAATTAACAGTAAGTCGCGTAAACGCTTATCAAGCTCTTTTGCCATTTCAGGTTTTTCTGCTAAAGATTTAGCCGCATTTGCTTTACCTTGGCCAATACGATCGCCATTGTAGCTATACCAAGAACCGGCTTTTTCAACCATGTTATGCAAAACACCTAAATCAATTAATTCACCTAAGCTGTTAATACCTTCGCCATATAAAATCTGAAATTCTGCTTGTTTAAAAGGAGGTGCTATTTTGTTTTTAACCACTTTTACGCGGGTTTCGTTACCAATAATTTCGTCGCCTGCTTTTACAGCGCCGATACGTCGAATATCTAAACGAACAGAAGCATAAAACTTAAGTGCATTACCACCCGTTGTAGTTTCAGGGCTACCAAACATTACACCAATTTTCATACGAATTTGGTTAATGAAAATAATCATGGTATTTGATTTTTTCAAGTTACCCGTTAACTTACGCATTGCTTGTGAAAGCATACGGGCTTGTAAACCCATGTGTGAGTCGCCCATATCGCCTTCAATTTCAGCTTTGGGTGTAAGGGCAGCAACAGAATCGACAACAATAACGTCTATAGCTCCTGAACGCGTTAGCATGTCACAAATTTCCAATGCTTGCTCACCGGTATCAGGCTGAGAAACAAGTAATTCGTTGATGTTAACACCTAACTTTTCAGCATAAATAGGGTCAAGTGCATGCTCAGCATCAACAAAGGCACAAACTTTACCGTTACGCTGAGCTTCAGCAATAACTTCAAGCGTTAGCGTTGTTTTACCACTTGATTCAGGACCATAAATTTCAACAACACGCCCAAGTGGCAAACCACCCGCACCGAGTGCAACATCAAGCGCCAATGAACCTGTAGAAATGGTTTCAACATCCATGGTGTTATTATCACCAAGCTTCATAATTGAGCCTTTACCAAATTGTCTTTCGATTTGGCTTAATGCTGCTGCTAATGCTTTTTCTTTATCGTCTTTCATGTTTGTTCCGCCGATGTTGCTAAGATTTCGTTTTGATTAAGCAAGTATACTGTATGACCGTACAGTATCAAGCTTTTTTACAACTATTTTAATTATATTATCAAAAGTAAAACAAGGAGACTTTTAAGTTATTGATAAAAATAAGAATAAACAACAACAGTAACTTTTAGCCATTACCCGACAAAAAGTTACTATTTATATTATTACTGTAAAATAATCGCATAAACATTATCGTATTCAGTAAAAACTTTAGTTAAATAAATAGAGTCTAAATTTGCCAGTTATGACATAATTACCACCTTACTCTTTCATTGAACTTATGAGTTACCGCATAGAAATGACCACAGCAAACTTAGACTTATCCTCACACACCCCTATGATGCGCCAGTACTTAACCATTAAAGCTGAGTTCCCTCATATTTTAATTTTTTATCGCATGGGTGACTTTTACGAGTTATTTTTTGATGATGCGAAAAAAGCATCTGATTTGCTCGATATTTCATTAACCGCTCGCGGCAAGACAGGTGGCAATGCAATACCTATGGCGGGCGTTCCCTATCATGCGGTGGAGAATTATCTAGCAAAATTAGTACAACTGGGTGAATCTGTTGCCATTTGTGAACAAATTGGTGACCCAGCAACCAGCAAAGGTCCTGTTGAACGTAAAGTTGTTAGGGTTATTACTCCAGGTACGGTGAGTGATGAAGCATTATTACTTGATAAGCATGACAACCTAATTGTTGCGGTAAGTGAAGGTAATAATAAGTCATCGCAACGCTTTGGACTGTCTTATCTTGATATGACCAGTGGCCGCTTTGTACTGACTGAGCCAAATACCATTGAACAGTTACAAGCTGAACTACAGCGTTTATCTCCTGCTGAATTACTCTACAGTGAATCGTTCTCAGCGCCAGAGTTACTAAAAGGCTATCAAGGATTAAGAAGAAGACCTGAATGGGAGTTTGATTTAGACACAGCCACTAATTTACTCAATACACAATTTGGCACTAAAGAACTTTCTGGCTTTGGTGTTGGTGATAAATCATTAGGCTTAATGGCCGCTGGTTGTTTATTTCAATATGTAAAAGAATGTCAACGCAGTGCGCTTCCTCACATTCGAGCCATTATTTGTGAGTCTTCTGCTTCTGGTGTCATTTTAGATGCGGCAACTCGTCGTAATTTAGAACTCACCCAAAACTTACAAGGTGGCTTTGAAAATACCCTAGCATCGGTTTTAGACAAATCAGCGACACCAATGGGCTCTAGATTACTAAAACGTTGGTTACATTTTCCATTACGTGATTTAAACATATTAACTGCACGTCAAAATGCAATTAGTGAGTTATTGTCACAAGATTTAACGACTGAATTATTTAGCCAACTTAAATCTTTTGGTGATATTGAGCGTATTGTTTCTCGCATTGCCTTACGCTCTGCGCGTCCAAGAGATTTTGCTCGTTTACGTAATGCTTTAAGTCAATTGCCTGATCTTCAGCAACATTTACAAACTTGTCAGCAAGCACATATCACTGAATTAGCGTCAAAAAGCTTTCCAATACCCGACTTACACGGCTTATTACAGCATGCTTTAGTTGAAAACCCACCCGTTCTTATCCGTGATGGTGGCGTTATTGCCAAAGGCTATCATGAAGAGCTTGATGTCTTACGTGACTTAAGTGATGGTGCAACTGAATTTCTTGCTCAACTCGAAGCGCGTGAAAAAGAACGTACCGGTATTAGTTCCTTAAAAGTAGGCTATAACAGGGTTCATGGCTTCTTTATTGAAATGAGTCGTACTGCCGCGAACGATGTACCTGATGATTATATTCGCCGACAAACCTTAAAAAATAATGAACGTTTTATTACCGATGAACTAAAACAACATGAAGAAAAAGTGCTTAGCGCACAGAGTAAGTTTCTCGCCTTAGAAAAACGTTTATATGATGAATTGTTCGATTTAGTGTTACCTGATTTAGAAAAACTGCAATTACTTGCTCAAGCTGTCGCAGAACTAGACGTTTTAAATACCTTTGCAGAACGCGCAGAAAGCCTAAATTATGTTAAACCAAGTTTAAGCCAAAATGACGGTATTGAGATTAAAGGCGGTCGTCATCCTGTCGTTGAGTTAATGACTAGTGAGCCCTTTATTGCTAATCCAGTGACATTAAATAATGAACGTAAGATGTTGATCATTACCGGTCCTAATATGGGCGGTAAATCTACCTATATGCGCCAAACAGCGCTCATTGTTTTATTAGCTCATATTGGTTGTTATGTCCCTGCTGATGCGGCAAATATTAGTATGGTTGATCGAATATTCACCCGTATTGGCGCTTCTGACGACCTAGCGAGTGGTCGTTCAACCTTTATGGTTGAAATGACAGAAACCGCAAACATTCTCCATAATGCAACAGAAAAAAGTTTAGTGTTACTTGATGAAATAGGCAGAGGAACCAGTACTTATGACGGTTTATCTCTTGCTTGGGCGTGCGCTGAAATGCTGGCGATTAAAACTAAAGCCTTTACTTTATTCGCTAGCCATTATTTTGAGCTAACCCTGTTAGCCGATCAGATACCAAGCTTGGTTAATGTTCATTTAGATGCGGTTGAACATGGTGATACCATCGTGTTTATGCATACCGTTCAAGAAGGCGCGGCAAGTAAGAGCTTTGGCTTACAGGTTGCACAACTTGCTGGTGTGCCTAAGACCGTTATTCAACGGGCTAAACAACGCTTAGCTGAACTGGAAAGACAACAAGCTCCTTCTGTTATCAATGTTGAACAACAACCCTTCGAGCAACTTTCATTTATTGATAACACTCACCCCGTACTCGAATCATTGTCATCAATTGATGTAAACGATTTAACCCCCAAACAAGCATTGGATTTATTATTTGAGTTTAAAAGTAAAATGTAGCTCTTAATAATAAGTAAAAAAAAACCAGCAATTGCTGGTTTTTTTTATCGAAGCTAAAATATCTACGCTTGAAACAAGGCCTCAATTGATAAGTCTTGTTGACTTAAAATATCGCGTAAACGCTTAAGCGCTTCAACTTGAATTTGACGAACACGTTCACGTGTTAAACCAATTTCTACACCAACATCTTCTAATGTCGCCGCTTCATATCCTAATAAGCCAAAACGACGGGCAAGCACTTCACGTTGCTTAGAGTTAAGTTCGTTTAACCAGTGGATAATATTATTTTTAATATCGGATGTTTGCAAGCTACCTTCTGGACCACCACTTTTATCATCAGGGATCACATCAAGTAATACTTTATCGTTTTCACCACCGAAAGGTGAATCGACTGAGGTCATACGTTCATTTAGACGTAGCATTTTAGTGACATTAGCGACTGGTACATCAAGCGCTTCAGCAATATCTTCTGCGGTAGGTTCGTGATCAAGCTTTTGCACTAGTTCACGCGAAGTGCGTAAATAAATATTGAGTTCTTTAACGACATGGATAGGGAGACGAATAGTGCGGGTTTGATTCATAATGGCACGTTCAATCGTTTGACGTATCCACCATGTTGCATAAGTTGAAAAACGAAATCCACGTTCGGGATCAAATTTTTCTACCGCGCGGATCAAGCCTAAGTTACCTTCTTCAATAAGGTCAAGTAAGGGCAAACCACGATTATTATAACGACGAGAAATTTTAACAACTAAACGCAGATTACTTTCGATCATGCGTTTTCTTGAGGGTTCGTCACCTTTAAGGGCAAGGCGAGAAAAGTACACTTCTTCTTCAGCGCTAAGTAATGGAGAAAATCCAATTTCGCTTAAATACAATTGAGTGGCGTCTAAATTCGATGGTACATCTTCTCTATCTTTAGATGATGCTCTAGTTGATTCTTTCTTATCTACACTAGTACTTATCAATTCTTTTTCTATACCCATGCTGTATCTCCAATGATTTAGCAATGCCAACTATCAATGATTAAATATGCAAACCAACTCCAATTTATTATTATTATTTGTTGTTATTTAGACAGGTACTTCATAGGGTTTACTGATTTACCACGAAAGCGAACTTCAAAATGAAGCATGACTCTTTCAGCGTCTGTATCACCCATTTTCGCTATAACCTGACCCGCTTTTACCGACTGTTGTTCTTTCACTAAGATACTATCGTTATGAGCATAAGCACTAAGGTAATCATCATTATGTTTAACAATAATTAGCTGACCGTATCCTCGTAAAGCATCTCCGGCATAAACTACCACGCCATCAGCTGTCGATTTAATCGAGTCACCACGTATACCTGCGATGTTTATTCCTTTGTTACCTTGTTTTGCTGTAGAAAAACCTTCAATAACTTTTCCTTGAGCAGGCCACAACCAATTCCTTATTTTTTGAGAAAAACTTGTGCCATTTGCAGAGGTTTTATTGTTTACTTTTTGCCCTCTTACATTTTTACCATACGCCTGCTTTTTATTTGATGCAACAGGTTTTTTTACCCTTGTTGGTATGTTACTTTTCTGCTTTTCATTGCGCGCTATATTACTACTGGCTTGGCTCGAATTTTTAACTAAAAATAATTTTTGTCCAGGGAATATTTTGTAAGGAGATACCAGATTATTAAAAGTGGCTAAGCTACTAATATCAACATTAGCTCGCCAAGCAATAGAATATAGGGTTTCACCTTTTTTAACGATGTACTCGCGACCTTTTAAGCTATTTTTAACACGCTTACTTAATGGAACTGAGCCTTGAACATCAACAACGGGGGCGGGTTTATGGTTAGAAGAACAACTTACCACAGACAAACTAAGCACTAAAAAAACCACATAAGTGATTTTTTTAGTGCTTAAGAGAACATAATTTTCACGATTTAAAATCAAAAAACCATCCTAGCGTTGTCTGTATTGATTTAACGTAAAACAAAATAAGCCACAATAATAAGCGCAACAATCAGCCAACCCAGTATATCTACCCATTGTCTTATCTTTTGTTCCATGGCGGCTCCTCCCCAGCGAATAATACCGGCAACCAAGAAAAATCGCATTCCACGACCAATTGCTGAAGCGATTAAAAACGGCAGAAAAGCCATATGTAAAAAGCCAGCACTGACTGTGAATAATTTATAAGGGATCGGTGAAAATCCAGCAATAAAGACGACCCAAACACCCCACTGCTGAAACCACAGCACAACGGCGTCAAAAGCGTCTTGCTTACCCATAGCGGTAATTGCCGGTTGTATCCAAGGTTCAAACATATAATAACCGAGTAAATAACCAACAGAGCCACCCAAAATTGAAGCTATCGTTGTTAATGTGGCGTAAGACCATGCTTTGTGTGGTTTAGCCAGCACCATGGGTGCTAGAAGCACATCAGGGGGAATAGGGAAAAATATAGATTCAGCAAAAGTTAATAGTGCCAACATTCTTGGCGCAAATTTATGTTCAGCAAAACGAAGTGTCCATTCATACATTTTTGAAAAAATTTTCAATTAAATCATACCTTTTTTTCAGATAATAAAGAGTGAGTAATATTGTTTAGTTTATTTATGCAAAGACTGCAATACTCTGCAGCTAATTTAGGGTTATGACAGTAACGTACTGGCACAACTTTTTATATTAAGCGATGAAAAATTAAATTAACGCGCCGGGCACAAGCGGTACAAATTTAACCATTTCAACTTGTTGTTCTTTGTACTCATCGCCATGACGAGTAATAACTTTCAGTATTTGCGTATCTGTGCCAACAGGTATCACTAAGCGCCCACCATCAGCTAACTGTTCGAGTAATGCTTTAGGCACTTCGGTTGGCGCTGCAGTAACAATAATCGCTTGAAAAGGAGACTTACTACTCCAACCTTGCCAGCCATCACCGTGCTTCATTGAGACGTTATTTAAATCTATTGATTGCAAGCGACGTTTCGCCTGCCATTGTAATGCCTTAATACGCTCGACCGAAAAAACTTTAGCAACCAATTGTGTAAGGATGGATGTTTGATAACCAGACCCTGTCCCTATTTCTAGAATGCTGTCAGGGACACCGTCCGCTAATAATAATTCTGACATTTTTGCCACTATATAAGGTTGAGAAATAGTTTGTCCCTGCCCAATAGGCAAAGCCGTATTGTCGTATGCTTTATGCGCTAAGATTTCAGGAACAAAAATATGTCGAGGTGATTGAGCAATTGCTTGCAACACCCGCTGATCACGTATCCCTTCTGCGTATAACTTTTGCGCTAATAGCTCGCCGCTACGACGTGATTTACCGCTCACATTGCTCCCTACCCTTACATTCATAACCTGCTCTTTTTATTTTTTTTATTTTAAAATTAACATGTGATTTATCTAAAATTTAGCAATAACTCAACGGTAACTTAAATGATTAAGTCGCCAACCCAACGAGTGATCGATGCCAAACTATCATGGGCGGTCATATCAACGGTTAACGGGGTTATCGATGCATAACCATTGGCAATAGCATGAAAGTCTGTACCTTCGCCACAATCTTGCTCTTGGCCTAATCGACCGTACCAATATATATCACGTTGCCATGGGTCTTGCGTTTTTTCCATCATCTCTGCTTTATGACGATTACCCAAGCGTGTCACCTTGACACCTTTTAATTCACTAAGCGGAATATCAGGGACATTAATATTGATAATTTGATCGACGGCTAATGGATGAGATTGTAAACGTTGAATAAATTTTGCCGTAACCACGGCAGCTGTTTGGTAATTTTGTTCACTTTGACCCACCAAGGAAACAGCGATTGCTGGCATCCCCATGTGCCGCCCTTCTGTTGCCGCCGCGACCGTACCTGAATATAAGGTATCATCGCCTAGGTTTGCGCCACAGTTAATACCGGCAACAACCAAATCAGGTGTAAGCAGCTGACTGATGCCAAGATGAACTGAGTCGGTTGGCGTGCCGTTTACTGAAATGAAACCATTGTCTAATGTTTGAATGCGTAGCGGATTCATTAGCGTTAAAGAGTTACTGGCACCACTACAGTTTCTATCGGGTGCGACTACCGTTACCTCAGCTATTTTTACTAATTCGTCGTGTAAAACTTTAATGCCTAAAGCATGAACACCGTCATCGTTACTGAGTAATATTTTCAT

Protein sequences of DBSCAN-SWA_3

>NZ_CP014944|1351766:1365043|1363556_1364219_-|WP_070374500.1|DBSCAN-SWA
MNVRVGSNVSGKSRRSGELLAQKLYAEGIRDQRVLQAIAQSPRHIFVPEILAHKAYDNTALPIGQGQTISQPYIVAKMSELLLADGVPDSILEIGTGSGYQTSILTQLVAKVFSVERIKALQWQAKRRLQSIDLNNVSMKHGDGWQGWSSKSPFQAIIVTAAPTEVPKALLEQLADGGRLVIPVGTDTQILKVITRHGDEYKEQQVEMVKFVPLVPGALI
>NZ_CP014944|1351766:1365043|1355524_1356472_-|WP_070374495.1|DBSCAN-SWA
MPIKIPDLLPALSILGEENIFVMSERRAASQEIRPMKVAILNLMPNKIETEVQILRVLSNTPLQINVDFVRIHANESKHTPKEHLDNFYRLFDDIKNTQYDGLIITGAPLALMEYEKVTFWDKICEIFDWAEENVTSTMFSCWAAHAALYHHYGLRRHLRKEKLSGVFQHSPVDQKEQLTRGFEEFFNVPHSRFGYIDKSDYLSIPELKIIAESPQAGVYVVASKNKQQVYLTGHPEYDSTTLDEEFQRDLKADVNAVMPNNYYINDDITKVPHSSWRSHASLLFTNWLNYYVYQITPYKLDATNIKAIHPDAEI
>NZ_CP014944|1351766:1365043|1360938_1361862_-|WP_070374498.1|DBSCAN-SWA
MGIEKELISTSVDKKESTRASSKDREDVPSNLDATQLYLSEIGFSPLLSAEEEVYFSRLALKGDEPSRKRMIESNLRLVVKISRRYNNRGLPLLDLIEEGNLGLIRAVEKFDPERGFRFSTYATWWIRQTIERAIMNQTRTIRLPIHVVKELNIYLRTSRELVQKLDHEPTAEDIAEALDVPVANVTKMLRLNERMTSVDSPFGGENDKVLLDVIPDDKSGGPEGSLQTSDIKNNIIHWLNELNSKQREVLARRFGLLGYEAATLEDVGVEIGLTRERVRQIQVEALKRLRDILSQQDLSIEALFQA
>NZ_CP014944|1351766:1365043|1361945_1362803_-|WP_070377022.1|DBSCAN-SWA
MLNRENYVLLSTKKITYVVFLVLSLSVVSCSSNHKPAPVVDVQGSVPLSKRVKNSLKGREYIVKKGETLYSIAWRANVDISSLATFNNLVSPYKIFPGQKLFLVKNSSQASSNIARNEKQKSNIPTRVKKPVASNKKQAYGKNVRGQKVNNKTSANGTSFSQKIRNWLWPAQGKVIEGFSTAKQGNKGINIAGIRGDSIKSTADGVVVYAGDALRGYGQLIIVKHNDDYLSAYAHNDSILVKEQQSVKAGQVIAKMGDTDAERVMLHFEVRFRGKSVNPMKYLSK
>NZ_CP014944|1351766:1365043|1364296_1365043_-|WP_070374501.1|DBSCAN-SWA
MKILLSNDDGVHALGIKVLHDELVKIAEVTVVAPDRNCSGASNSLTLMNPLRIQTLDNGFISVNGTPTDSVHLGISQLLTPDLVVAGINCGANLGDDTLYSGTVAAATEGRHMGMPAIAVSLVGQSEQNYQTAAVVTAKFIQRLQSHPLAVDQIININVPDIPLSELKGVKVTRLGNRHKAEMMEKTQDPWQRDIYWYGRLGQEQDCGEGTDFHAIANGYASITPLTVDMTAHDSLASITRWVGDLII
>NZ_CP014944|1351766:1365043|1362835_1363414_-|WP_070374499.1|DBSCAN-SWA
MKIFSKMYEWTLRFAEHKFAPRMLALLTFAESIFFPIPPDVLLAPMVLAKPHKAWSYATLTTIASILGGSVGYLLGYYMFEPWIQPAITAMGKQDAFDAVVLWFQQWGVWVVFIAGFSPIPYKLFTVSAGFLHMAFLPFLIASAIGRGMRFFLVAGIIRWGGAAMEQKIRQWVDILGWLIVALIIVAYFVLR
>NZ_CP014944|1351766:1365043|1358296_1360876_+|WP_070374497.1|DBSCAN-SWA
MTTANLDLSSHTPMMRQYLTIKAEFPHILIFYRMGDFYELFFDDAKKASDLLDISLTARGKTGGNAIPMAGVPYHAVENYLAKLVQLGESVAICEQIGDPATSKGPVERKVVRVITPGTVSDEALLLDKHDNLIVAVSEGNNKSSQRFGLSYLDMTSGRFVLTEPNTIEQLQAELQRLSPAELLYSESFSAPELLKGYQGLRRRPEWEFDLDTATNLLNTQFGTKELSGFGVGDKSLGLMAAGCLFQYVKECQRSALPHIRAIICESSASGVILDAATRRNLELTQNLQGGFENTLASVLDKSATPMGSRLLKRWLHFPLRDLNILTARQNAISELLSQDLTTELFSQLKSFGDIERIVSRIALRSARPRDFARLRNALSQLPDLQQHLQTCQQAHITELASKSFPIPDLHGLLQHALVENPPVLIRDGGVIAKGYHEELDVLRDLSDGATEFLAQLEAREKERTGISSLKVGYNRVHGFFIEMSRTAANDVPDDYIRRQTLKNNERFITDELKQHEEKVLSAQSKFLALEKRLYDELFDLVLPDLEKLQLLAQAVAELDVLNTFAERAESLNYVKPSLSQNDGIEIKGGRHPVVELMTSEPFIANPVTLNNERKMLIITGPNMGGKSTYMRQTALIVLLAHIGCYVPADAANISMVDRIFTRIGASDDLASGRSTFMVEMTETANILHNATEKSLVLLDEIGRGTSTYDGLSLAWACAEMLAIKTKAFTLFASHYFELTLLADQIPSLVNVHLDAVEHGDTIVFMHTVQEGAASKSFGLQVAQLAGVPKTVIQRAKQRLAELERQQAPSVINVEQQPFEQLSFIDNTHPVLESLSSIDVNDLTPKQALDLLFEFKSKM
>NZ_CP014944|1351766:1365043|1351766_1355465_-|WP_070374494.1|DBSCAN-SWA
MKKSASFSRLEQQIQKRILILDGAMGTMIQAYKFEEQDYRGEQFADWHLDVKGNNDMLVLTQPEVIKAIHYEYLEAGADILETNTFNATTIAMADYDMQSYSAAINLAAAQIARAAADEFTAKNPNKPRFVAGVLGPTNRTCSISPDVNDPAYRNVTFDQLKDAYIESTKALIEGGSDIILIETIFDTLNAKAAIFAVETVFDELQLRLPVMVSGTITDASGRTLSGQTTEAFYNSLRHAKPISFGLNCALGPVELRQYVAELSRISDFAVSAHPNAGLPNAFGEYDFSVEDMNVHVNEWAESGFLNIIGGCCGTTPAHIKGMADAVANVKPREISARKIACRLSGLEALTIEESSLFVNVGERTNVTGSAVFKRLITEENYEQAVAVALQQVANGAQIIDINMDEGMLDSKAAMIRYLNLIAGEPDIAKVPIMLDSSKWDILEEGLKCIQGKGVVNSISLKEGEENFRKQAELLRRYGAAVIVMAFDEQGQADTRVRKYEICKRAYEILVNEIGFPAEDIIFDPNIFAVATGIEEHNNYAVDFIEAVADIKENLPHAMISGGVSNVSFSFRGNNPVREAIHAVFLYHAIKNGMDMGIVNAGQLAIYSDIPDDLRLAVEDVIQNSDDDATERLLDVAESYRGQAGSKNNKADLTWRELPIKERLEYSLVKGINEFIVEDTEAARLVAERPLDVIEGPLMDGMNTVGDLFGAGEMFLPQVVKSARVMKQAVAHLNPFIEAEKTEIKSNGKILLATVKGDVHDIGKNIVGVVLQCNNYEIIDLGVMVSCDDILRVAKAEKVDVIGLSGLITPSLDEMVHVAKEMKRLNFDLPLLIGGATTSKAHTAVKIEQQYQHPVIYVPNASRSVSVVSTLLSDDSEKRAAFLARQDDEYARVRERHYKKGPRSSLISLEDARANAAPISFENYIPKIPNKLGVTVLDDLDLNVIRNYIDWTPFFMTWQLSGKYPLILRHEVVGEEATNLFNDANALLDDIINSKKLTAKAVFGLFPAHRQKDDLILFADENRDKQLMKLHQLRQQSKKPAGQFNRCLADYIADKTSGIKDYVGAFAVSAGYGCDELVKEFAAQHDDYNSILVKAVADRLAEASAEYLHEKIRKEYWGYAPEESLANDDLIREKYQGIRPAPGYPACPEHTEKGLLWELLNVEENIGMELTSSFAMWPGAAVSGWYFAHPESKYFAVAKVAKDQVINYATRKGMTLPQAERWLSANLDYEPE
>NZ_CP014944|1351766:1365043|1356921_1357959_-|WP_070374496.1|DBSCAN-SWA
MKDDKEKALAAALSQIERQFGKGSIMKLGDNNTMDVETISTGSLALDVALGAGGLPLGRVVEIYGPESSGKTTLTLEVIAEAQRNGKVCAFVDAEHALDPIYAEKLGVNINELLVSQPDTGEQALEICDMLTRSGAIDVIVVDSVAALTPKAEIEGDMGDSHMGLQARMLSQAMRKLTGNLKKSNTMIIFINQIRMKIGVMFGSPETTTGGNALKFYASVRLDIRRIGAVKAGDEIIGNETRVKVVKNKIAPPFKQAEFQILYGEGINSLGELIDLGVLHNMVEKAGSWYSYNGDRIGQGKANAAKSLAEKPEMAKELDKRLRDLLLIKSVRASDKPAKEEEAVE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_070374494.1|1351766_1355465_-	methionine synthase	A0A140XBC7	Dickeya_phage	1.3e-18	70.5
WP_070374495.1|1355524_1356472_-	homoserine O-succinyltransferase	NA	NA	NA	NA
WP_070374496.1|1356921_1357959_-	recombinase RecA	A0A2D1GPX2	Mycobacterium_phage	3.0e-114	61.9
WP_070374497.1|1358296_1360876_+	DNA mismatch repair protein MutS	A0A1V0SJ67	Klosneuvirus	8.4e-33	25.0
WP_070374498.1|1360938_1361862_-	RNA polymerase sigma factor RpoS	F4YCU2	Synechococcus_phage	8.4e-36	35.5
WP_070377022.1|1361945_1362803_-	peptidoglycan DD-metalloendopeptidase family protein	I2E8W3	Clostridium_phage	2.6e-07	31.0
WP_070374499.1|1362835_1363414_-	DedA family protein	NA	NA	NA	NA
WP_070374500.1|1363556_1364219_-	protein-L-isoaspartate(D-aspartate) O-methyltransferase	A0A1B1IU40	uncultured_Mediterranean_phage	2.7e-36	47.4
WP_070374501.1|1364296_1365043_-	5'/3'-nucleotidase SurE	A0A1B1ITZ2	uncultured_Mediterranean_phage	2.0e-67	52.8

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_CP014944|1968117:2043897|DBSCAN-SWA
TGTGGCTAATTATACCATTAACAAAAGAAGTAGAAAGAACGGAATAGTTTATTGTGCAAGAGTTCGCACAAAAGAGTCTGGGGTTGTGACCTTTTCTAAGAGCAAGACTTTCAACTCCAAAGTAGCTGCAACACGTTGGGCGAAAGAAACGATTCATAAAGTTGAAAAAAATTTAACCAACCAGCCTTTTGATCTTATTGATTGTACTTTGGAAGAGTTAATTCATAAGTATGTAGAACGAAAGCAAAGCTCTGACAAACCATTAGGACGAACTGCCTATTACGCACTTCGCCAAATTCGTAGCTTCCCAATAGCTAAATTACTCGTCACCCGTATGAATTCGGCTGACATTGTAGATTTTTGCTTAGCAAGAAAGAGAGAATCAACTAAGCCATCACCACAAACTATTTCCATCGATGTAAGTTGCATCAGAAAGGTTTTACGCATTGCTAAGCCTATGTTTAACATCAACATTGATGACCGCCCGGTAATTGATGCGTACCCTGCTCTTCATGACTTAAAGCTTATCGCCCGATCAAACAAGCGAGAAAGAAGATTAAAAGGTAATGAATTACAACAATTGTTAAGTGAATTAAAAATTAAAGAGAAACACCACTGCTGTTTCATCCCTTACAGTGATATTTTTCTAATTTCGATTTTGACATGTTGTCGCATTGGAGAGCTTTCTAGCTTACGTTGGCAAGATCTGTGTGTTGATAGTAAAACTATTATGATTAGAAATAGAAAGAATCCTAACGGCTCCTTAGGCAACAATTCTATATTACCACTTCTAGGTGAGTCTTTAAGTATTCTAGTAAGACAACCTAAGATTAGTGAACTAATTTTCCCTTTTAATTCAAGGTCTATAACCGCAGGCTTTAGAAAGGCCAGTAAAAAGATAGGCATTACTGGTTTACGTTATCACGACTTAAGACGTGAGGGTGCAAGTCGACTGATCGAACACGGCTTATCAGTAGAGGAAACGGCCCGAATTACAGGGCATAAAGATTTAAACATTCTTTGGCAAGTATATGTTTCGATTCAACCAGAGCATTTTAAAAATTATTTTGATAAAAATTTAAAATTAATTCCTAACATAAATTCAAACAGTTAGAGTAAATAATAAATATAAACTCAAAAAGTAAGCCTAATGTCCCGTTTTTGCATTTTAAGCCCTAGGTTTAGACTACTTGCATTGTAATTAAATTGGACATTTATCCATGGCATATTTTGATATCACCGCAGTAAAGTCTCGCGATACAAAAAGATATAAAGTCAGAGTAAGAGAAAAAAATAAATTTGCTTCTAAAAAGTGCGAGTCAAAAACTTTTGATACAATGCAAGAAGCCAGCAATTGGGCACAACAAACTAAACATAAGTTTGAACAATTACTTGAAAAACAGAAATCTCCTTACAAAAATTCCCTCTCAAATGGGAGGAACATTATATTTTGTAATTTTGATAAACCATCACTTACTGAAGACTCGCCTTTAAGAGAATTCATTGACTATTATCTTTATCATGAAGTTGATGCACCAAATCCGATATCAATAACCTCTCGTGGTTCTTTAAAGTTAATTAAAGATTATGACTTGGCAAACATTCATGTGAGCAAGATTGATTTCGAGAGCCTCAAAGAATTTTGCTTACAACGTTTAACTACCTGTAGAGCATCAACAGTAAGAGTTGATATTAGTAGTGCAATGAGAGCAATCCGTGAGGTCGCGGGAATGCTTGAAATCCCGATCACTGATAGCATGATCAGAAATCACTATTCTCAACTTAAACGCGACGGCTTTATTGCAGATGCTCCCAACCGATCTCGTCGACTTTTACAAGGCGAGTTTCGTAAGGTACTTCGTGGGTTTTGGAAGTACCAGCGAGGCTGTAAAGTAAAAAATAATTACGCAGCTATGATTATTTTGTACATTGAAACAACACTAAGAAGTTCAGAACTGACAGAGTTAACCTGGGGCGATATAGATTTTGTAAACGAGTGCATTCATGTCAATTCTGGTAAAAACACGGTGCGAGGTAGTATTGGAACTAATGAAGAACCAAGAAGTATTCCGCTGTGGGGGTTAGCTAAAAAAGTTTTGCATAAATTAAAGTCAAAAAATGTAAAAAATAACACCTCAATTTTTAATATCAAAGGTAGATCACTTTCATCTATATTTCCAAAGGTAATGAAACAGATTGGAATTATAGGCCTTCAACAACGAGATCTCCGTAGAGAAGGTGTGTCACGACTTTTAGAGATGGGGTTATCAGAAGTATTAGTTGCTGAATTCACTGGTCACAAAGACTATCAAATGATTAGAAGTGTTTACAAAAAACTTAATGCTAAAAATATAATTAAGAATTTAGAGTTGATACAACAAACCAAAACGACGATGCAAAGCAACTTTATGATGGCCGCCTAGATTATTATCTTACCTCATTTGAGAACAATGACTCCTGAGGTCTAATAACGGGTATAGGTAGTAATTCCCCTAACTATGCACATATTTACTTATAGGCCATTTATTATGAGTAATAACAATGAGTACAGCAATTGAGTTCTATAAAATATACACGCGCCAATCTCGTTCTTCGTGGGCAGACAGAGCACGTGTAGTGTTGACGTTCGATGCTGAGTCGAAGCAAGGTGTATATCTGCACCTCGGAGATTTTGGCATCAACGGTTTTTCAATTAGTAAGCAGCTTCAAACGCTTCTACCAAATTCACTGCAACAACAATATGTTGATGTTGCACACATTGATATTGTGATGCACATATTCAATAAAAAAATTGAATTTTACTGCAAGGAGCACGTTATAGAATCTGCATTTAAAGAAGTATTCTTTTTAAATCAAGACGCTTTTTTCTCTAATTCTACAAAAAACCAATGGGAGATGTCATACCATAGTTTTATTGAGCACAGCGAATAAAGTCGCAAACATAACGAGCCTTAATTGGCTCGTTATTATTTGCAATAACCTTATGAAACTTTATTTAATTGCAAAAATTAATTTAGCAATACTCTAATTTCCTGTGTTATATAGTGAATTTTAATTATAAGCTAAAACTACAAGGTGCAAAGTTATCCTTATTTTCCCATGTTGTATCATTCATACTTATATAATTAAACTTAGTTTTATTTAGTAAATAATCCATCATATTGCTGTAATTCCCAAAGAAATAGCCATTAGCCTTTTTCACTTTTCCTTTCCAAAGTATTTTAAAATTATTGACTCCTAGCTGTTCAATGTAACCCATCTTATTATCAGAATAAGAACAAATTTTATCACCTAGCTCGTAAGTTTCATTAGATCGCTGAGACCATACTTTTTCGAAGGACTTTGCAATTTTTTTAGCGTTAATTTTTTTATTTTCATCTTCAATTTTTTTATTTTCTGCCCAAACTTTATACTTTTTAATTTCTATTTTATTTTTTATATCTTGTTTAAGCCTTACATCTAATGCATATTTAACTGCACTATCTAAGTGCTTGTTAATAAATTTAGTTAAGATTTTTTTATCTAAATATAAGACATAATGCTTAGGGTTAGGGCTTCCATATCGACTACTTCCTACAATAATAGCTTCTTGAAGTTCTCCACCTTTTGAACAAATAAATGCATCACTCAAAGATACTTTCAAACCATAATCATTGAGCACTGACTTTGCGTAATCTTTTACCCCATATGTTTTACTATCTGAAAATTTATACCCCCCACGCCCTGCTATTAAACTAATATCATTATTATTTTCAGGAGGTAATACTTGATTGAGTTTAGCTCCCTTGCGAGATTGTACTCCTTTAAAATAACGCATCCCTTTCCAATGAACTTCTCTTCCACCCTGAACAGTAATAGTACCATCGGGCAGATCCTTTAACATATCCGCATTTTCATTAGAAATATTATATCGTTTCGTATCAAATAACCCTTCTAAATATGCAGCATCTAAATTACCAAAACTTCCAAAACCACTGGAACAAGTTTTTTTTAGTTGTGGGTAAAAGCCATAAAAAAGATCTGTTCTGAGTTTGTTTGCATCATTATTATTTACATTAGACTTATAGGTAAGCAACAATACATTGCCAAATTGATTAGTTATAGGGTTTAAGGTTGTATTAAACTGTATAGCCATGCTATCCATAGCATCTGAAAATGAACGACTTTGGCTTAAATCAACAGTTTCAAGTTTAGTTGTTGTGTAAAAAGTACTACTACATCCGAATAGGAGGAGGGATAAAATAATACCTATTAAGGATTTTTTAACTTTGTTCATTATTAATTTATTCTCTTTTTATGATAATTATGATTCAGAAGTGTATGTAGTTGTCTTTATGTTAGTAGTGCAAGAATTACCACCAGCATTTACTACTAGCTTCATTTTTTCATTTCCTTTAACTTCAATGGTAAGTTCGTCAAATCTTCCGCTTCGCTTATTTTTGTCTGAGGAATGTGTGCATCTGGTTACTACTTGGTAATGACTAGGAGTTAATCTTAGATACATATCACCAAATGGATTAACTAATTCCCATTCACTTGGCTTATAAATTACCTTTTTTGTATCTAAGTTGGTGACTTTAACAATATCGCTTGTCCAATGAGCATATCCAGCCATACTTCTCTGAGGATTATCTAGCCCCATTTTTTCTAAAGTTGAAATTTCTTCTGTTGGTATAGAGCTTGGAGAAACACAAGAAACACAACTAGCAAGTAACCCGATACATATAGTACTTTTTAATATTTTCATTATTATCTCCATTTTATAAGGTATATTTTTTGATAAGTTTTAATAAACTACCGTTTTTTGGTATTCGAAACTAAATTTTCAAACTAAATTTTCAAACTAAATTTTCAAACTAAATTTAGTTTTTAATTTCTTGGATTATTCTTTCAGTATATTATTAGCACTCAATGCCTAAAAAGTTCATCTACCGACTTGATTACATTTTAAGCATTAATCTTTTGATGATATTTGATAGAAAGAACTTCAAATTTTTTGTTTAATTTGTGTATTAGAATTCGGAGAGTGCGGGTGCAGTATTAACAAGCTTTCAATTCCATTGAATAAGGCTAAAATCATTCTGTTAATCCGGAGAAGAAACTCCATACACACTCCTTTGTTACATTTATTTTACAATCAGTATTAATCTACATGAAAATGAAAACTTGTTCTACCTCAATAAAGGAATAATTTTTGTAAAGCATTTGATAGCTAAGAAATTTCCCTACAGTGAACCTATATATTTTTGTACAAGAAACACCTCGCAGCTTTTGCAAGCCGCGCTCATTAATTTTTAATTAGTGACTTATTAAAGTTGGGTTTGCAAACCTCAACACCTCTAGTGGTTTTATGAACAGTATGCTCTAAAGCGACACCTTGTACTTAACTGGACATTTACTAAAAAAAACGACATAAAAAACACTAAGGGCGCTGAATATAGCGCCCTTAGTGTTTTAAATTTTTAGCAAGTTAATGCATCCAAAATTTATGGTACAACATCAACATTAAGTCTTGATTGTAAATATACTTAACATGCTTATCAAAAAAAGCTTTATTCAAATTATTTTCTGGCTTTATAAATATTTTATTATGGATACGTTCAGCATCTAATACAAAACGACGTTTATGAGAGATGATCAAAATTTTACTCACTCTTTCCTCATCTGATATGGCATATTTATAGCGTTTTAAAATATCAAGTCGATTAGGAATTGTTTTTGAACTTGCTTCGATTTCGAGCCCGACCATTTCACTCCCGTCAAATGCGATTGCGTCAAATCTTCTTTTTTTTCCAAGATTTTCTTTTTCTTGCTCACTTTCAGTAATAAAAAACACGTACTTTCCCTGCTTAACCCCCTGAGCAACAACAGCTTGCACCATGAGATCATGAGTTAGTGTTTTGAATAATAATGTTGATTTCTTTTGGGAGTACTTTAAATCTTGATTGTGTAAAGTTTCTAACATACGAACTCCTTGAGGTTTTAGCAGAAACACCCTTTTGTCACGGCAAGCAAAAGTTGCTACTTCAGCAATAACGCCTTCTCGCTCATATCGACGTAACAGTCTATTTACCACTGAACGGTCTACTGCCCAAAGTAATTCTATAACTGATGGTGAGGTAAAACCAAAACGATAAATCCAATCAAGTAAGCTAAAAAGCTTTGCTTGGTGCCTAGCTTGTGTTGACAGCGATTTAATATACCGTTCAAGAATGCCTCTTTCATTTCTCTGTATCATATCTACTCCTTAGTATTTTTTAATACATAGTGCTGAGGCAAGCGAATTACCCGTGGTTTATTAATTGAAATGGATTTTTAACAGACAAGCGATAAAAGGTAATGAATAAAAACAAATTAAGGAGAAAATTCAAGATATAAATCCACTACTTCTTGCTACATATGACTCGTCACACTTCGCTAAGATATTGCTTTCAGCAATAACATAGTAGATTAGTGCCCCTCACTGCCCTCTCGGGAGTGAAGCAACCATGTTTCGGGGAACTTCGGAGGTAAACACACCGAAACCTAGTTGCTTCACTCGCCTTGCTCTTTTCGGGGCACGTTTTATTTTTTCAAAATGCTATCACATAAAATAATCTTCGATATTTAATGCTACCGCGATTTATTACTTTTCTTGCGAAAAGGCTTTGTTTACTCAATGCTTTGCAACGAGTGTCTTTATTTAAGCTTTTCAAGTTAGACATACGTTAAACCAACGACCCCCTTCACAGGGGGCCGTTGGTTTAACGTATGTTCACTGGTGGCAAAAAAACTTTATTAATAATGATGCCTATAAACAGGAAGAATTTGTTGTAGCTGAAACTAATTATTGATTCCATTCGATAACAATTAAGAAATATTAAAAATGAAGCAACTTGCTTTTGATTTCGACACTACAACAAAAGAAAATAACATGATTAATGTAAATAATAATGCCAGTGATATATCCAATAAAACAAAAATTTCAACGTGTATTAACGAGATACTTAATAAAAAAATTATACCTCCTTGTGTAATCATCCCTAATTTTTTAGTTGGCGGTGAATCAACAATGCTTTGCTCACTGGCTGGAGATGCTAAAACATTTTTTTCTCAATACTCTGCAGCTTGTATAGCCACAGGTAGTAAGTTCTTAGGCACGACAATTGATGAGGCACAGTCAGTTTTATATATAGACTCAGAGCTAAGTGAATACCAGATCCAACAACGTTTTAAACTAATTTATAATTCATTAGGTGTTAGCCCCAAAGAAGGATTTCTTAAAATAATTCATAAACGAAGCTTTAAAGGTGGTATGCCTGATTTATCATCTAAGGCTGGATTTGAGAAGTTAAAGCCTGAAATTGAAAATTCAAAAGTGATCATTTTGGATAATATTTCATCACTATATCGTTCTGCAGAGGAGACTGTGCAAAATGACTGGAATTTTTATAATGACTGTTTAGATGAACTACGGGCGTTAGATAAAGCAGTTTTAGTATTACATCACACCGATAAACGTGCAGACAATAAAACAGTGATAAGCATTGTTAATACAAAAAATCGTCACTGTGCGAATGATGGCAATATGCTCAAATTCGAATTTGGAGCAATAGGAATTCAAGAAAAATTTGAGTTTAGAAAAATAATTTAAGCATAAGCCCTGATTTTGCAATAAAAGAGTTTCAAGAGAGAATTGCTTCAATATTTATAGAACCTAGAGCAAAAAATTGAAACTATCAGAAACTTTTGAACTTCTCATGCTTGAGCATGATGGTCAATTTCATATTCCTTTAAATTATGTTGCTACTCGATATTTTAAAATGGAATCTGCAGCCTTCAAAAAGCACCTGAATTCAGGTGCATTACCAAAAGATTTTACAAACTCCGTTGAGCTAAATGTTGTGCCAACACGCTCTTTAGCGAATTTATTTGAATACCTTAAAAAAGAAAAGGAACAAATTATAATGTGTAATAGAACTAAAAACTCACAAAAATCAAATGACATGACTAACGATTTAAATCCTATGGGCCGTTGGATGTTAATGTCATCATTAATGCAACAATATGGTACTGCAATCATACCTTATACTAGAATAGCTGCAGATTATTTAAATTGGAAATCTGAAAAAACCGCGATGGCAAAATATAATGACGGCACTGTTACCAAATTACAGCTTGTTACCATTCAAAGTAATGTTGGCCGTAAGCAACCCGTTTTTGTCGCGGTTCAAGATTTGGCAGACTTTCTTTTATCAAACCGAAATGTTGCCATTTTGAATTAACTAAAAACATATCATAGGGAATATTTTAGAAAGTATTCCCTATGATATGGCCACGTCCAATTCCAGTTCTACTTCTACTTAATAAAAATATTACCTCCTACCTATATAGCTTTGATAATTTACCACTTAAATTCGCTTAATATTATTCGGGTGGTGATAGGGATACATTGAGTTAAAATAATTTGATGTATACCATATAACCTATCCGAATTTTTATAATGGCAGAAAAAATTATAAAACATATAGTTAACCTCCCCCTTCTGACAAAACAAACTTGCAAATCTATTCTCCTGTATAAAAAAGGGATAATAAATAATTGAGGTTGCAAGTTTTCCGCTCTGCATTCTTGGCATGGAGGCCTGCTCTGGGACTAATTACTGGCCAGAGAGTTTACCAAACTCGGCCATGATGTGCGTATCATGGCATGAAAATTTGTTATTAATTACCGTAAAAATGATGCTAAAGCTATTTGTGAGCCGTTACTCGCACAAAAACACGACTTGTTAGTATCAAAAGCGAAGAACAACAAGGATAAACCAATTACGTGGTTTACTCGCTGAGTTTGACATTATTATGCCTAAAGGTCGCTACCCTGCACAAAAAGCCATTACGGGTATTTTAGAAAATAGTGAAAATAATTTACTCTTCCTGCCCTTGAATTATTTGCGATTTATGGCAAAGCATTAAAGGCCTAAATGAAGAAATATTCAAATGCGATAGAAAGCTACACGCACTAACGAACCAAATGAAAGACACAAAAAGTTTAATGAGTATTCCAGCTATTGGTGAAATTACCGCAACTGTGATATGTTCGAGCTTCTACTTTTAACGTTTTAAATTCAATAAATTACAAAAGTGTGTTATGTGTTGTGTTTCAGCATTCTAGTTGCCGAAAAGTAACCGTAACACAAATACTTATAAAGTCACACGTCCCTCAATTACCCTCTTCATTAGCTCCTATATAATAAAGAATGTAAGTATCTTTGAAAACCTACTAAACAAATACCAGATAGATTTACGTGTGATGTTGACAAAATAAAGTCCAAAGACATTTACTTGCACGCAAAAAGAACAATTCGTTCGTTTATCGAACAAGAACACAAATGTACGTATTAATCTATTGATTTATAGATGAACTTTTGTAAACTACCCGCTTTCTGTAACACAATGTTTCAGGGAATAAAAATAATAATTTAAAAGGAAAGATTTAATGAAGCATAAAATAATAATAGCTCTAGGAATGCTAGTTTTAGGTGGTTGTGCATCGACTACACCAACTAAAACTACAGAGCAAGCTTACATGGTTATAGATGTTCAAGGTGATTCTTCGATTCGAGAAAGTGTACTAGATACAGTAATCAAAACGGCTCAAGAAAACATGGATAGCTTGACTGTTAGTCGAGGTCTACCGCCATCATCTCTTCCTGAAAAAGCATCAAGATTTGAGCTAGTTAGTCCATTTGCAAATACTCAATTAGGAGGGATGATTAGCGGTTTCTCTGCTTTATCTCAAGCTTCCGGCGGTGCAAGTATGAAAATACCAAGCTGTAAAGATCCTATTCTTACTATGAAGTCAGATAGTTCAGTAAGGGGTTGGAGTGAAAAAACATCATTTTTTATCTGTGTAGTGCAATATAAGAAAGGTTATCATGTTGATGTTTACACTACATTTGAGAAACAAAGCGGAGGATTATCCGTTAATGCACTCAGCAGAACCTTAGCTAGTTCGTTGGTTGGTGACACAAGTCAAAAAATCCCTCAAACAATGAAACGTTTAAAAGATGCTTTAGCCTTATTAAAAACAGAAACGAAAGTTGTAGATAGTTATATTCCAACTAAATGGAAAGGCTTATTTGCAGATGATACCAGTGCATTAACAGCAGCTAGTGAATAAAATAAATCACTACCAATAATTGAATTAGAGGGGGTTATTATTCACCTCTCTAATTATTACTCTTAGCTATACCCATTCAGCCAATCTTTCAACCAATGGGGCTTATTACCATCATTCCTTATTTGCTGGATACCGTGATAATCATCACGAGAAGATATTATACCGCAGTAAACTCTATGCTTGTTCCACTTACCTAAAGCATAGTCCTTACAACGTACCACAGCAACTTAACTTGGTCTGTTAAGAGCGCCCGATTAATTTAGGCATAGTTACACTTAGAAAAAGAGTATCTGGCATCCTTGTTAGTGGCAAAATTTAGTTCGCTAAATTGTTGAAGAACGAAAACATTGTCCCTATTGAAAAGCTTGAAAATTAGTCTGAAGAACCGGAGTCATTCTTATCGTCTTTTTGATCCAAGTGTAGGGCAACCATGATAATAGTTGTAAATAATTCTGCGTCATTATTTGTTTCATGTACAAGAATATTATGAGTATCTCTTAAAGATAATATTTTGGATTTTGCTGAAGCAATACATTCATCTTTATATGAGATTTCAAACTTCAGATCCCAAACATTACCTTTAATTACTGCACCGTCATATAAACCACCCGCTACATTATATGCACGAGTCCATGAAAACAACTTTCGTTTTATTATGAAATCTCCTATTGTAGACTCGACATTCCAAGTAGGCGACCACGACCATAACTTTCTTTTTACTGTTGCAAGATCTTTAACACTGTTTTTTAGTGTCCAAATTGGACAAAATAAAGCAAACTCTCCCTTTGCTTCATAACATCGTTCTCCGTTTTCATCATCAATGAACATTTGCCCTTTTAAGCTGAATATTTTATTACTGATCGATAATACCGTTGACATTAATTACTCCTCTAATTGATATGCTCTTTCAAGCTAATGCCCTATTAATGACTTGCAGTAAGTTATATTAAGTTATTACTATTAAGTACTTACAATAAAAAAACCTAAGAGTCAGGTTTTATTTGTAGCACATGTGTAGCGTATTGATTTGCAAATTTATTGATTAAATAATATCACTAAAATGTCTCTAAATGCCACAAAGAAGACATTAGCACTAACAGGCTAAAATTGATTTTGGATTAGTTTTTGTATCGATAACGCCTCATTAAGAGGCAAAAAATAGTTGGTTAAAATAAGCGACGAAGGAGCAAAAACCAACTGTTTTTTGTCCTTTTGAATGACTTATATGCCTATTCGCGCCTTTTTAGATAAGCACCGATATAAGTGCCTTCGTGTGGGTCAAAGTAAATTTTCATTACGTTTAAATCATCACTGAATTTAACATACGTAGTTGTTTTTTGTCCCCGATAAGTATCGAAAGTACCATTACAACTAGGCTTATTATTGTATTCTATTACTTCATAAGACCACTCATAAAACCCATCATTACCGATTTTAGTTAAAGTATAGTTATCTATGGTCATTTCAGGTGAGCTTACAAATTTTATCGTGCCGTCAATTTTAAATTCGTATGATTCGTCGCAATAGTCAGAAACTAAATCCCAAACTCCGATTTCTATCGGTGAAACTGGATTTTTTATAGAAGCACATGAAGTAATCAATAAAATTAGCAGAAGTGAATATTTCAACGATGCATCCTTGGCATATAACGCCACATTAAGCGGCAAAAAATTGTTGGTTAAAATGTTGAACGGAGTGAAAACAACCAACTGTTTTTTGTCCGTTTGAATGCCTTGTTGAACGAAGCCGCTCTGCGGCAGAGTAGCTTTGTAACTACCTTCCATACTCAATAATAGCATTGTCACTTCGATGATGCGTTATTGGAGTATAACCCCATGAATCAATTACAAGAGCAACACTATAATTTTCTTTATGAACAACATCTTATCAACTTAAGACTACAAGGTAAACGTCCTTCAACCATTGATGCTTATGCCCGTGCAGTGCGTCGTATTACCGCCTTTTTTGATAAAACACCTGATACGTTAACCATGGCTGACTTAAAGCAATATTTCAACAGCCTCATTCAAACCCATTCTTGGAGCACTATTAAACTTGACCGTAACGGTTTGCAATTTTTTTACCGCTATACGCTCAATAAACAATGGGAGTGGCTTTCTATCGTCAAACCGCCGCAAGTAAAGCGCATCCCTGATATTTTAACGGTCAAGCAAGTCAGTGATGTGATTAATCAAACCAAGCAACTTCGCTATCAAGTGTTTTTTATGTCACTTTATTCTATGGGGTTACGCTTAAGTGAAGGGCTTAACTTAACCATACATGATATTGATAAATCGACAATGCTAGTGCATGTTCGTGAGGGCAAAGGAGGGAAAGACCGTATGGTGCCTATGCCTGAGCACACCCTATTAGCCTTGAGGAATTATTGGACAACACATCGCCACGCGCTCTTGATTTTCCCAGGCCTTCATGTAAATGCGAAAACACACATGGATAAAGGCGGTGTTCAAAAATCCTTAAAAAAAGTACTGCGTGATTGTCGTATTCAAAAGCTCATTAGCCCACATTCACTTCGTCATTGTTTTGCGACTCACCTACTTGAACAAGGGCTTGATTTGCGTTCTTTGCAGCAATTGCTTGGACACGCCAGTCTCAACACCACCGCACGCTACACTCAACTCACCAAAGTTAAACAACGTGATATGTCACGCGCCGTAAATAAATTAACAGATAAGCTCAACATTACATGGTCTGTAAAATGAGTACCTTTATCGATTTACTTCGTCAACATCATCAAGCCCTTGAAACTCAGTATAGCGTTAAATTAACACCTGATATGCGTCACGCGATTTTTGCCATGCTTTCATGTAAAACTGCCCAGCAAGGAAAATCCTTATGGGCTTGTTCATCTTGTGAGCATCATGATAGCCAAGCGCTTTCTTGTGGCAATAGACATTGCCCACAATGTCAGCAAAGTACAACGTCAACGTGGCTTGAAAGACAAAAGCAAAAACGTTTACCTGTTGAGTATTTCATGACAACGTTTACGTTGCCCTATGAATTGAGAGCATTAGCTCGAAGACGACCTAAGGCCCTCTATCAAATCATGTTTAGTGTCAGTGCCTCGATTTTAAAAGACTTTGCACAGTACAATAACTTAGGAAAAATTGGCTTTACTTCCGTCCTTCATACACATAATCGAAAACGTGACCTGCATCCTCATATACATATTATAGTGCCCAATGGCGGTTATGATGCAAAACGTAAACAGTGGAAGAAAGGCAAGTCGGGTTATTTGTTTAATGCTAAGACTCTCGCTAAGGTATGGCGAGCTCGAATATTTGAGGCAATTAACCAACATCATGATTTGTCACTGAAAAACATTAAAATCATGCCCAAGAAATGGGTCGTAGATTGTAGAAAGGTTGGCTATGGTCTGCCTGCTTTAAAGTATCTTTCAAGATACCTTTATCGCGGTGTGTTAGCGGATAAAGATATTATTCATCATGATAAAGACAATGTGACGTTTCGCTATATAGATAGCACCACTAAAAAAACAGACACTCACACATTGCCCACATTGAAGTTCCTATTACTTATCTTACGCCATGTATTACCTAAGGGATTACAGCGCGTGAGAGATTATGGGTTGTTATCCTCTGGCGCACGAAAGCTACGGCTATTGATACAGCTGTTACTTACCGAATTCACTCATGTTTTACCGCCGAGCATTACGCCAATAAAGCCCAAAGCAACACGGGTTTGTCCGTGCTGTAAGCATCATATGTTATGTACGGGCGTCATTAGGGCTGGCTAATAAAATAAGAAAATAAGGATAATGGTTTTCGATGTAGAACAAGAGGAACGATTAAAATCTATGAATAAGTAGCCAAATTAACGAAAAAAAACACTCGTTTTTTATTCTTTGGTTCAGTGCGCCTGGTATTTACATACCAGGCTAACCCACCTTGAAAATCAATCACGCTATTTACTATATAAAGCAGGCTCCGGGCTTGTCCAACACCCGAATAAGGTGTCGGCTGCGCGACACCTATTCTTATTTGTTAGCATGAAATTAAACCGAACTACTTGCCAGCTTTTTTGGCTAAATTTAGTAATTTTCTACTGTATATTTCAGTGGCATCATTATGTATTTTTACTGAGTCTTCATTCATCTTGGTTTGAAACTTTATATTAGCTTGAACATCCGCTTTAGCTATTTTTATACCTACAGGTGAGGAATAAAAAGCAATTGCTTGCAATAATTGCTCTTTGGATAAAAGGCTTTCATATTCTTTAGAAATAATTCTAAGGTAAGTCTCTACATTTATAGAATGGCAACCAGAATCATAATACTCTTTATAAATAGCGACTAATTCCGGCCATTCATTTGATGATTCATTAAATCCATAAAAATAATTTGGTTCATTAATAAGAAGACTTTCAGGAGTAATATATTCATTGCCTTTCAGACAAGTTTCGATAACATTTTCAAATTGTTCTTTATAATTTAGATGTTCCACTAATTTATCTGAATATTCATTACCTTGAACATTATTTACAAAGTGGCTTAACACGATTAATGCTACAAATTTTCGAATTGAGTACATGCCTATCCCTTTCATGCTAACGCCACATTAAGCGGCAAAAAATTGTTGGTTAAAATGTTGAACGGAGTGAAAACAACCAACTGTTTTTTGTCCGTTTGAATGCCTTGTTATAGGGTTTTACTCCCAACCCCAGTCAGAATATGTTTCCTTAAAATTTTCAACATCCGTTTCATATTCACCCCATTTCATATACTCGTAGTATTTTGTCATGGCTTCAAAGTGGGATTTTGCTTCGCAAGTCCATACGATTTTTCCATCAGGTTCTACGATGTTTTTTCTAACATCATCACCTTGCTTACCTGCTAAACAGAAAGTAGATAATCCATCACCATAATGCCAAAGCTCATGCTTCATTCTAGAACCCTATAGACACAATGACCCCCCACAAGGTGCTAGCCTCTAAATGTGGGTTAGTTTTACAAACCAGAGCCATAATATATGTGTCAACATTATCAAACAGAGGCTAGCATGATAAAACATAACATACTTTTCATTGGCTTAGATACCCATAAAACATTTACTGAAGTCGCTTATATTGAAGACCAACGTGGCGCTAAATCAACTCATCTAGGTAAAATACTCAGTAATAAAGCCGCCTTTAAAAAACTCGCACGACAATTACAATCAAAATATCCAGATGCCACACTTCATTTTGTTTACGAAGCAGGTCCTTGTGGCTATTGGATTTACCGCTTTCTCACCAGCCTTAATCATTGTTGCTATGTCATCGCACCTTCTCTTATCCCTAAAAAACCAGGAGATAAAATCAAAACCGATAAACGTGATGCGCTCAAACTTGCAAAGCTGCTCAAGTCTGAAGACTTAACATCTATCTATGTCCCTGAGCCCGAAGATGAAGCCGTACGGGACTTATCTCGGGCACGAGAAACAGGCATGAAAGACTTAAAGGATGCTAAATATCAACTTAAAGCATTGTTGTTACGTAACAACATTAACAGCAAAATAAAAGATAACTGGTCATTACAACATTTGCGTTGGCTCGCTGAATTAGTATTACCTCATCCTTGTCAGCAAATTGTTTTGCAAGAAGCGGTTTTAACCATTACTGAACGACTAAAACGCTTAAAAAGGCTGGATAATGAATTAACACATCAAGTGAAAAACTGGCGGTTTTATCCTGTAGTTAAAGCGATACAGGCGCTCCGTGGTGTGAGGTTATTAGTCGCCACAGGAGTGATTGCCGAACTAGGTGACTTATCACGGTTCGACCATCCCAGAAAATTAATGAGTTACCTTGGTCTTGTACCAAGTGAACATTCAAGTGGCGATAAACGCCATTTAGGTGCTATTACCAAATGCGGTAACAGCCGTGCAAGACGACTACTGGTCGAAGGTGCACATTCGTATAAACACAACGCCAATATTTCAAAAGAAATGCAATTAAGACAAGAAGGCTTAAGCAAAGAAATTATTGATATGGCTTGGCAAGCTCAACTGAGGTTGTGCCGCCGCTATCAACGACTCATGCATAAAGGCAAACATCGTAATGTGGTCGTTACGGCCATCGCCAGAGAAATGATCGCTTATATTTGGGCTATTTCTCGCGAGGTAGTGCTACCAAAAATTGATGTGAAGCTAAGAATATCGAGAGTACCTGCATGAATAAAAGTTTTGAGTTAGCGCATGGGATCAAGCATCGGGTGTGGCACAATCACCGACGGCGTTAGGACGGCAATAGCCTAACGGCTATTGAACCGCGAACATAGACTGAAGACAGGTGCCACGACGAAATGAGTAAGGTAGGCGCTGCTAGCAAACAAGTTAGTAATCCACGAATATCAGCATGATAACCGACGAAATTACTTGCTTCATTCTATGCGTTAACTCACTTAATACTAAAAGTGAATACAATGGTTCTGAAATTAATGAACAAGGATCAGTGTATTTAACTTGACGTGGGGAGTCATACCAACGCCCCACTAAGAGGCAAATGATAGTTGGTTATAATAGAGAGCGAAGCGAACAAAACCAACTGTTATTTGTCCTGCTTGAGTGGCTTGTTATGTGTTTGTGCCACCAAAGTCGTTCATCATTTTATTTAATAATGGTAGTGATGGATTTACCTCAAAAGAATCAGGATCATTTTCAAACAACATTTCGATATAGTTATGTATAACCCTATATTCTCTAATATTATTAATACGACCTCGCTTTAAAATATGACTAACTTGAAAGCGGAAAACTTTGCGATCTAAAACAATATACCCAAACTTAAATGATAGAAATAATAGAACGATTATAAAAGCAACTAACATTTCCAAAACTACCAACCTTTAAAACACATAGACACAATGACCCCCACAAGGTGCTAGCCTCTAAATGTGGGTTAGTTTTACAAACCAGAGCCATAATATATGTGTCAACATTATCAAACAGAGGCTAGCATGATAAAACATAACATACTTTTCATTGGCTTAGATACCCATAAAACATTTACTGAAGTCGCTTATATTGAAGACCAACGTGGCGCTAAATCAACTCATCTAGGTAAAATACTCAGTAATAAAGCCGCCTTTAAAAAACTCGCACGACAATTACAATCAAAATATCCAGATGCCACACTTCATTTTGTTTACGAAGCAGGTCCTTGTGGCTATTGGATTTACCGCTTTCTCACCAGCCTTAATCATTGTTGCTATGTCATCGCACCTTCTCTTATCCCTAAAAAACCAGGAGATAAAATCAAAACCGATAAACGTGATGCGCTCAAACTTGCAAAGCTGCTCAAGTCTGAAGACTTAACATCTATCTATGTCCCTGAGCCCGAAGATGAAGCCGTACGGGACTTATCTCGGGCACGAGAAACAGGCATGAAAGACTTAAAGGATGCTAAATATCAACTTAAAGCATTGTTGTTACGTAACAACATTAACAGCAAAATAAAAGATAACTGGTCATTACAACATTTGCGTTGGCTCGCTGAATTAGTATTACCTCATCCTTGTCAGCAAATTGTTTTGCAAGAAGCGGTTTTAACCATTACTGAACGACTAAAACGCTTAAAAAGGCTGGATAATGAATTAACACATCAAGTGAAAAACTGGCGGTTTTATCCTGTAGTTAAAGCGATACAGGCGCTCCGTGGTGTGAGGTTATTAGTCGCCACAGGAGTGATTGCCGAACTAGGTGACTTATCACGGTTCGACCATCCCAGAAAATTAATGAGTTACCTTGGTCTTGTACCAAGTGAACATTCAAGTGGCGATAAACGCCATTTAGGTGCTATTACCAAATGCGGTAACAGCCGTGCAAGACGACTACTGGTCGAAGGTGCACATTCGTATAAACACAACGCCAATATTTCAAAAGAAATGCAATTAAGACAAGAAGGCTTAAGCAAAGAAATTATTGATATGGCTTGGCAAGCTCAACTGAGGTTGTGCCGCCGCTATCAACGACTCATGCATAAAGGCAAACATCGTAATGTGGTCGTTACGGCCATCGCCAGAGAAATGATCGCTTATATTTGGGCTATTTCTCGCGAGGTAGTGCTACCAAAAATTGATGTGAAGCTAAGAATATCGAGAGTACCTGCATGAATAAAAGTTTTGAGTTAGCGCATGGGATCAAGCATCGGGTGTGGCACAATCACCGACGGCGTTAGGACGGCAATAGCCTAACGGCTATTGAACCGCGAACATAGACTGAAGACAGGTGCCACGACGAAATGAGTAAGGTAGGCGCTGCTAGCAAACAAGTTAGTAATCCACGAATATCAGCATGATAACCGACGAAATTACTTGCTTCATTCTATGCGTTAACTCACTTAATACTAAAAGTGAATACAATGGTTCTGAAATTAATGAACAAGGATCAGTGTATTTAACTTGACGTGGGGAGTCATACCAACGCCTTGCTAAGCGGCGCAAAATAGTTGGCTAAAATGTGCGAGGAACGAAGCGCAGCCAACTGTTATGCGTCCGTTTGAGCAACTTGTTGAACGAAGCCGCTCTGCGGCAGAGTAGCTTTGTAACTACCTTCCATACTCAATAATAGCATTGTCACTTCGATGATGCGTTATTGGAGTATAACCCCATGAATCAATTACAAGAGCAACACTATAATTTTCTTTATGAACAACATCTTATCAACTTAAGACTACAAGGTAAACGTCCTTCAACCATTGATGCTTATGCCCGTGCAGTGCGTCGTATTACCGCCTTTTTTGATAAAACACCTGATACGTTAACCATGGCTGACTTAAAGCAATATTTCAACAGCCTCATTCAAACCCATTCTTGGAGCACTATTAAACTTGACCGTAACGGTTTGCAATTTTTTTACCGCTATACGCTCAATAAACAATGGGAGTGGCTTTCTATCGTCAAACCGCCGCAAGTAAAGCGCATCCCTGATATTTTAACGGTCAAGCAAGTCAGTGATGTGATTAATCAAACCAAGCAACTTCGCTATCAAGTGTTTTTTATGTCACTTTATTCTATGGGGTTACGCTTAAGTGAAGGGCTTAACTTAACCATACATGATATTGATAAATCGACAATGCTAGTGCATGTTCGTGAGGGCAAAGGAGGGAAAGACCGTATGGTGCCTATGCCTGAGCACACCCTATTAGCCTTGAGGAATTATTGGACAACACATCGCCACGCGCTCTTGATTTTCCCAGGCCTTCATGTAAATGCGAAAACACACATGGATAAAGGCGGTGTTCAAAAATCCTTAAAAAAAGTACTGCGTGATTGTCGTATTCAAAAGCTCATTAGCCCACATTCACTTCGTCATTGTTTTGCGACTCACCTACTTGAACAAGGGCTTGATTTGCGTTCTTTGCAGCAATTGCTTGGACACGCCAGTCTCAACACCACCGCACGCTACACTCAACTCACCAAAGTTAAACAACGTGATATGTCACGCGCCGTAAATAAATTAACAGATAAGCTCAACATTACATGGTCTGTAAAATGAGTACCTTTATCGATTTACTTCGTCAACATCATCAAGCCCTTGAAACTCAGTATAGCGTTAAATTAACACCTGATATGCGTCACGCGATTTTTGCCATGCTTTCATGTAAAACTGCCCAGCAAGGAAAATCCTTATGGGCTTGTTCATCTTGTGAGCATCATGATAGCCAAGCGCTTTCTTGTGGCAATAGACATTGCCCACAATGTCAGCAAAGTACAACGTCAACGTGGCTTGAAAGACAAAAGCAAAAACGTTTACCTGTTGAGTATTTCATGACAACGTTTACGTTGCCCTATGAATTGAGAGCATTAGCTCGAAGACGACCTAAGGCCCTCTATCAAATCATGTTTAGTGTCAGTGCCTCGATTTTAAAAGACTTTGCACAGTACAATAACTTAGGAAAAATTGGCTTTACTTCCGTCCTTCATACACATAATCGAAAACGTGACCTGCATCCTCATATACATATTATAGTGCCCAATGGCGGTTATGATGCAAAACGTAAACAGTGGAAGAAAGGCAAGTCGGGTTATTTGTTTAATGCTAAGACTCTCGCTAAGGTATGGCGAGCTCGAATATTTGAGGCAATTAACCAACATCATGATTTGTCACTGAAAAACATTAAAATCATGCCCAAGAAATGGGTCGTAGATTGTAGAAAGGTTGGCTATGGTCTGCCTGCTTTAAAGTATCTTTCAAGATACCTTTATCGCGGTGTGTTAGCGGATAAAGATATTATTCATCATGATAAAGACAATGTGACGTTTCGCTATATAGATAGCACCACTAAAAAAACAGACACTCACACATTGCCCACATTGAAGTTCCTATTACTTATCTTACGCCATGTATTACCTAAGGGATTACAGCGCGTGAGAGATTATGGGTTGTTATCCTCTGGCGCACGAAAGCTACGGCTATTGATACAGCTGTTACTTACCGAATTCACTCATGTTTTACCGCCGAGCATTACGCCAATAAAGCCCAAAGCAACACGGGTTTGTCCGTGCTGTAAGCATCATATGTTATGTACGGGCGTCATTAGGGCTGGCTAATAAAATAAGAAAATAAGGATAATGGTTTTCGATGTAGAACAAGAGGAACGATTAAAATCTATGAATAAGTAGCCAAATTAACGAAAAAAAACACTCGTTTTTTATTCTTTGGTTCAGTGCGCCTGGTATTTACATACCAGGCTAACCCACCTTGAAAATCAATCACGCTATTTACTATATAAAGCAGGCTCCGGGCTTGTCCAACACCCGAATAAGGTGTCGGCTGCGCGACACCTATTCTTATTTGTTATGTGCAATTACTGCCAAAACCCCAATTCCCAGCCTGATAAAAAAAACTGAAAAATCAATAAAACTGCTGTGAATAAAGCCAATTTCTTACGTGTTTTATAGCGTGTTATAAAATACCCAAGTAGTAATAAGTCGTAAAGAACTATAACAATTAATAACAGTAAGGATATCCAACTTCCTAATGATAAGTGTGTTCCATGAATATCAAAAATATAGTCAAAAGGGACAATAAATAACTTGGGTTCTATACCAATCAAAATACCAAAGATTGGAAGAATGAAAAATTTGATATATCTACTCAAAGTCTGAAACCCATTTGCACATAGACACAATGACTCCCCACAAGGTGCTAGCCTCTAAATGTGGGTTAGTTTTACAAACCAGAGCCATAATATATGTGTCAACATTATCAAACAGAGGCTAGCATGATAAAACATAACATACTTTTCATTGGCTTAGATACCCATAAAACATTTACTGAAGTCGCTTATATTGAAGACCAACGTGGCGCTAAATCAACTCATCTAGGTAAAATACTCAGTAATAAAGCCGCCTTTAAAAAACTTGCACGACAATTACAATCAAAATATCCAGATGCCACACTTCATTTTGTTTACGAAGCAGGTCCTTGTGGCTATTGGATTTACCGCTTTCTCACCAGCCTTAATCATTGTTGCTATGTCATCGCACCTTCTCTTATCCCTAAAAAACCAGGAGATAAAATCAAAACCGATAAACGTGATGCGCTCAAACTTGCAAAGCTGCTCAAGTCTGAAGACTTAACATCTATCTATGTCCCTGAGCCCGAAGATGAAGCCGTACGGGACTTATCTCGGGCACGAGAAACAGGCATGAAAGACTTAAAGGATGCTAAATATCAACTTAAAGCATTGTTATTACGTAACAACATTAACAGCAAAATAAAAGATAACTGGTCATTACAACATTTGCGTTGGCTCGCTGAATTAGTATTACCTCATCCTTGTCAGCAAATTGTTTTGCAAGAAGCGGTTTTAACCATTAATGAACGACTAAAACGCTTAAAAAGGCTGGATAATGAATTAACACATCAAGTGAAAAACTGGCGGTTTTATCCTGTAGTTAAAGCGATACAGGCGCTCCGTGGTGTGAGGTTATTAGTCGCCACAGGAGTGATTGCCGAACTAGGTGACTTATCACGGTTCGACCATCCTAGAAAATTAATGAGTTACCTTGGTCTTGTACCAAGCGAACATTCAAGTGGCGATAAACGCCATTTAGGTGCTATTACCAAATGCGGTAACAGCCGTGCAAGACGACTACTGGTCGAAGGTGCACATTCGTATAAACACAACGCCAATATTTCAAAAGAAATGCAATTAAGACAAGAAGGCTTAAGCAAAGAAATTATTGATATGGCTTGGCAAGCTCAACTGAGGTTGTGCCGCCGCTATCAACGACTCATGCATAAAGGCAAACATCGTAATGTGGTCGTTACGGCCATCGCCAGAGAAATGATCGCTTATATTTGGGCTATTTCTCGCGAGGTAGTGCTACCAAAAATTGATGTGAAGCTAAGAATATCGAGAGTACCTGCATGAATAAAAGTTTTGAGTTAGCGCATGGGATCAAGCATCGGGTGTGGCACAATCACCGACGGCGTTAGGACGGCAATAGCCTAACGGCTATTGAACCGCGAACATAGACTGAAGACAGGTGCCACGACGAAATGAGTAAGGTAGGCGCTGCTAGCAAACAAGTTAGTAATCCACGAATATCAGCATGATAACCGACGAAATTACTTGCTTCATTCTATGCGTTAACTCACTTAATACTAAAAGTGAATACAATGGTTCTGAAATTAATGAACAAGGATCAGTGTATTTAACTTGACGTGGGGAGTCATACCAACGCCCTACTAAGCGGCGATAAATTGTTGGCTAAAATTGCGAGGAACGAAGCTAGCCAACTGTTTAGCGTCCGTCTTGAGTAGCTTGTTGAACGAAGCCGCTCTGCGGCAGAGTAGCTTTGTAACTACCTTCCATACTCAATAATAGCATTGTCACTTCGATGATGCGTTATTGGAGTATAACCCCATGAATCAATTACAAGAGCAACACTATAATTTTCTTTATGAACAACATCTTATCAACTTAAGACTACAAGGTAAACGTCCTTCAACCATTGATGCTTATGCCCGTGCAGTGCGTCGTATTACCGCCTTTTTTGATAAAACACCTGATACGTTAACCATGGCTGACTTAAAGCAATATTTCAACAGCCTCATTCAAACCCATTCTTGGAGCACTATTAAACTTGACCGTAACGGTTTGCAATTTTTTTACCGCTATACGCTCAATAAACAATGGGAGTGGCTTTCTATCGTCAAACCGCCGCAAGTAAAGCGCATCCCTGATATTTTAACGGTCAAGCAAGTCAGTGATGTGATTAATCAAACCAAGCAACTTCGCTATCAAGTGTTTTTTATGTCACTTTATTCTATGGGGTTACGCTTAAGTGAAGGGCTTAACTTAACCATACATGATATTGATAAATCGACAATGCTAGTGCATGTTCGTGAGGGCAAAGGAGGGAAAGACCGTATGGTGCCTATGCCTGAGCACACCCTATTAGCCTTGAGGAATTATTGGACAACACATCGCCACGCGCTCTTGATTTTCCCAGGCCTTCATGTAAATGCGAAAACACACATGGATAAAGGCGGTGTTCAAAAATCCTTAAAAAAAGTACTGCGTGATTGTCGTATTCAAAAGCTCATTAGCCCACATTCACTTCGTCATTGTTTTGCGACTCACCTACTTGAACAAGGGCTTGATTTGCGTTCTTTGCAGCAATTGCTTGGACACGCCAGTCTCAACACCACCGCACGCTACACTCAACTCACCAAAGTTAAACAACGTGATATGTCACGCGCCGTAAATAAATTAACAGATAAGCTCAACATTACATGGTCTGTAAAATGAGTACCTTTATCGATTTACTTCGTCAACATCATCAAGCCCTTGAAACTCAGTATAGCGTTAAATTAACACCTGATATGCGTCACGCGATTTTTGCCATGCTTTCATGTAAAACTGCCCAGCAAGGAAAATCCTTATGGGCTTGTTCATCTTGTGAGCATCATGATAGCCAAGCGCTTTCTTGTGGCAATAGACATTGCCCACAATGTCAGCAAAGTACAACGTCAACGTGGCTTGAAAGACAAAAGCAAAAACGTTTACCTGTTGAGTATTTCATGACAACGTTTACGTTGCCCTATGAATTGAGAGCATTAGCTCGAAGACGACCTAAGGCCCTCTATCAAATCATGTTTAGTGTCAGTGCCTCGATTTTAAAAGACTTTGCACAGTACAATAACTTAGGAAAAATTGGCTTTACTTCCGTCCTTCATACACATAATCGAAAACGTGACCTGCATCCTCATATACATATTATAGTGCCCAATGGCGGTTATGATGCAAAACGTAAACAGTGGAAGAAAGGCAAGTCGGGTTATTTGTTTAATGCTAAGACTCTCGCTAAGGTATGGCGAGCTCGAATATTTGAGGCAATTAACCAACATCATGATTTGTCACTGAAAAACATTAAAATCATGCCCAAGAAATGGGTCGTAGATTGTAGAAAGGTTGGCTATGGTCTGCCTGCTTTAAAGTATCTTTCAAGATACCTTTATCGCGGTGTGTTAGCGGATAAAGATATTATTCATCATGATAAAGACAATGTGACGTTTCGCTATATAGATAGCACCACTAAAAAAACAGACACTCACACATTGCCCACATTGAAGTTCCTATTACTTATCTTACGCCATGTATTACCTAAGGGATTACAGCGCGTGAGAGATTATGGGTTGTTATCCTCTGGCGCACGAAAGCTACGGCTATTGATACAGCTGTTACTTACCGAATTCACTCATGTTTTACCGCCGAGCATTACGCCAATAAAGCCCAAAGCAACACGGGTTTGTCCGTGCTGTAAGCATCATATGTTATGTACGGGCGTCATTAGGGCTGGCTAATAAAATAAGAAAATAAGGATAATGGTTTTCGATGTAGAACAAGAGGAACGATTAAAATCTATGAATAAGTAGCCAAATTAACGAAAAAAAACACTCGTTTTTTATTCTTTGGTTCAGTGCGCCTGGTATTTACATACCAGGCTAACCCACCTTGAAAATCAATCACGCTATTTACTATATAAAGCAGGCTCCGGGCTTGTCCAACACCCGAATAAGGTGTCGGCTGCGCGACACCTATTCTTATTTGTTAGGCAAATTATTCACCCATATTGATTTTAAAGCAGTTATCTCTATCTATTTCTAAATTGGAAAAATCGCCGTTAATCGATGCAGACGTAAAGTTTATAGAACTTAAGTTTGGCCTATTAGTAAATCCAATATTTAACTTTACCGTTCCTACGGCAAAACAAAGTACGTCATTTTCAATGTGATAAACTGTACCAGATTTACCTGCATTTTCAGGATCCGCAAAAATCAATTCATGCCCTGTAGTTCCGTCTTTATTTATGACTTGATAACCTAAACGCATAGGGTAATGTGAATTAACATCATGACTTCTATTTGCCAGTGTTTCACAATTAGAATCATCATAAACTGCCCACCCAATACCACTATAACCACCAGAATCAAATTCAATAACTACTTTATGATATTGGTCATCACTAGGATCCATATTCTCTAAGCATTGTTGATATTCTATAACTGAAGGAAAGATATTTTGGGCTAGTTTCTTAGATTCAGTATCTTCATCACAAGCACTTAAAATAATAATTAGTAAACACACAACTACTCTATTCACGCTGCATCCTTGTAAAGTTGCCTAACAATTAAGCATTTATCTCTTGTCGAAGCATGAGAGATAAATGTCCTGTTGGACTGAGCCGCCTGGCACAGTCTATATGGTTTTTGTTTATTGAGTTATTTCTGTAGTAGGAAGGGGATTATCCATAAATTGAATTTTCAATAGCTCCCTTACTCTATTTTGCTCAACGTTATCAAGCCAGTTTACCTTATCAGGGGCTTTATTCAAGACAAACGAAGCCTCTACTATCGCTTTTTTCAACGCATAATTAACAGATTACACCACTCAACTAGATCGTTCGAAACTGCGCTAACGGTTTGTTCGGCAATAGAATTCCTATCAAGATCATCCCTGCATGATGACATCTTGGGCATTCAGGTCCTATTTCATCCTTTACTCTGTCTGTGATATCGTCTTCAAGCTTCTCTATCTCTTTATCTAAGCTTTTCCTAATGAGGATTAACGATTTACGCCTTATTGAATTAGCCATGAATCCGTAATAACGCAGCCGCATAAAACCTTTGGGCAGAACATGTAATAAAAATCGCCTTATCAACTCTGCCGGAGATAAATCCATATGAGTTGTCTCATTGGTACGATAGTCCTTGTAGCGCATTAATACGTTATTTTCGCCCCTTAAAGATAAACGACTTTCACTAATGCCTACGCGATTACAGTAACGTGCTAAATAGTTAACCACTGTATCGGTATGACCAATGGTAGGTTTGCTATAAACATTCCATTTCAACCGAGCTGTTTGATTCAATACTTGCGTAATAGTTGGTTGCTCTAATCGATGAAGCTCACCTGCGTTGGCTTGTTCCTCTAAACCATTCAGCATTTTCCCTCTGAACTTCACTGATAAAGCTTTTACAGGAAATAAATAGTGGGCCTTGCGACTATTGCACCATTGCTTGTCTTGGGTTAATACTCCACTTGGAATGAGGCAGTGCAAATGAATATGCCTACACAAGGTTTGACCCCAAGTGTGTAACACCGCCAACATACCCAACTGACCCTCCATATGATGTCTTGCATTTGCAAATTCACTTAATGTTTCCCAGACAGCCTTGAATAGCGTTTTATAAAGTATCTCAGGATGTAATGTTGCCCAACCATTAAACTGATGCGGTAAAGTGAATACCACATGGTGATAAGCGACAGGGAGTACATCCGCTTGTCGTTTACGTAACCATTGCTCTCGTGCTTTACCTTGGCACACCGGACAATGTCGGTCACGACAAGAGCAATACCACTGGGTATCTTGTTCACAGTGATTGCAGTGCCATTGATAACTGCCCATCGCTTGAGTTCGACAATCCTGAAGGTGATGCAACACTTGCCATTGCCTTGGTGTGATGGTTTTCTTCTCAAGGTGTGGTAGTCCTTGTGCGATAATTTGCTGAAGCAATGAGCCGTTCATGATTGTTGCTCCAGTTGCTTGAGTAAATCAAATTGTGCTCCGTCCACCGCTTGATAATGGGGTAGCCAATGGGTATATCGCACGGTAGTTCGGATATCTTTATGCCCTAAAATATGCTGTAACTCCGGTAGTGGCATACCAGCCATTAGCTGATGCGTAGCAAAAGCATGCCGCAAGGCGTGTATACCGCCTATTTTTAAAATCCCCGCATCTTTTTTCGCTTTGTAATAAGCTTTTTGTAATGACGATTGATGTAACGGTTTATCTTCTCCAGGCTTAAAAAACAGGTAAATGATGGGATGAAGACCTTGCCAATAAAGTCGTAGCTGGTGTAGCAATGATTCAGATACGGGGATACGCCTGTCCTTAGCCCCTTTGGCTTGTTGAAGATGTATAACCTTCTCTTCACCCGCTATATTTTTTACCTTGAGCGAGCAGACTTCACTAAGGCGTAAACCACAGCCATAGCACAACATGATCATCATGCGATATTTAGGATTGTGGCATATATCAATGATCCGCTTCACTTCAGATACACTTAATAGCTCAGGGATCTTCTGCTCTCGCTTCATCGGCGGTAATAATTGTTCACCGAATGTTCTCCCTAGCACTTGACCATAAAAAAAGTTCAACGCATGAAACGCCTGTGCACATGAACTTGACGATAAATGGCGCTCTAGGGTTAATGACCAAAGGTACTTTTTTAACTCACTGTCTTGCAATGAATCAGGGGAGCGATGGGTATGTTTCGCCAAGTCGTAAACCCAACGAACATAGGCTTGCTGTGTTCTAATTGAAAAGTGTCGTACTTGCATACAGTCAAGTAACTGTTGTCTTAGTGGTGTCATAACTTGCCTCCAAAAAAGGTTGAGTAGCAAGTTAAGTGTGGTTGAAATGCAGTGATATGTCAGGGAGTTGGCACTCCCCGCGAAGCGGTTTAGTTCAACAGTTTATTATGGAGACTTCTCAGTAATGTCCGTCCCATAAATATTATTTAATTGACATTAATATCCCATAATTTCATAGCTTTAGGAAATACAAATTTTGTATTTTTGTCAGAACTTGGATATTACTGAGACTTAGCAGTAATATCCAATATAAAATCCGGGGTTATTACACATAAAATCAATGAATTAGGATATCATCTGGGTGTTTTTAGATTATTACTAAGACTTCTCAGTAATATGACACAGTCAATTCATTAGAAAATATATCGCAAATATTTTGAAGCTAACTTCCGCTTAGCGCACGCAGAAGACCTAAGCCCACAATAATTTCATAATTTGTTTGAATGATTTTCTAAGGTTTACTTATGCCCCTTTTTTATCATTCCAATATTGATGATTAGTACAGTTATTTACAGAACTCCAAGTAAAAGCATCTTTGCCATTCTGGCAGGCGACTAACTAAAGCCTAAAAATTTCTATCGTTGATTTTTTTGATTGAAGCTAAAGCCTATTTGATAACTAAAGCCCTTTTTGAAAGGTATTTATACGTAAAATTTTATTACAAATATAGTTAAAGCCCTAAACATAGCTTTAGAGGGGTAAAGGTATTATAAAACCCGCTGTAGTCTCCATGACATCGTTCGCGTGATGAAGGCTTTACCTTCAAAGATTAACCCTTTCACTTTTGTGACAAGTTCACCGTCATAATAACTTTGTGAGCATTCCCCCGTATCAAAATTTATATTTACATCATAATGCAATTTAATCGGATGATTTCTAGTCGGGGTGAATATTCCCCCCATCGCTTTGATATAGCCATTCCAATTACTTGTATCAGCTGCAACACGTGCTTTCTCAAGAATTGAGTCAGGGAAGATTGAGGCTTTTAATCGTCTCAATTCACGCCATACAGATACACTGGCACCGCCAATCTGTTGAAACTGACGAATACACCAACACGACGCCCACGCATTAATACGTATCGCTGTAGTGATTGAGTCATTACCAAATTTGTCTTTAACAAGCCCTTTCCCGTCAATATTCTTGACGATGTACTTCATAATATATCCAGTGGCATTTTTCTTTGGGTCTACTTTTTTAAAGTCACAACGATTTTCTAATGCGCCTTTTTCATCTCCGTCTTCTTGAAGTGAATATAAACGAATAATTTGTTCAAGATTTTTAAGACTAGTAGGCTCTGTGAAAAACAAACAGTGCCAATGTGGCGTTCCATCGTGTTGAGGCTCTACAACCCTAAAGCCATAAATAGAAATGTTTTTCCGTTTTAGCTCGGCTCGTATTCTCGACCAAACTTTATTTAAATAACGTTGAGCTTCATCTGGCATTGAACCATCCCATTTAGGATTTTTAGCGCCTGACTTTGAATAAGCACGATGGAATTTTGAAGGGCACGTAATGGTGACAAATAAACCGTCATGACCGAACTCTTCCGATAAGTCTTCAAACCCCCTACAACGATTGATTAACTCCGCTTTTTTCACTTCTGGATTAGAAACATTCATATCGGATATTTCTTTTAATGAAAATCGCTGACCTTCATCATTAATAATATAATGTGAGCTTAATAGTTGTTCATTTCTCGCTATCTGTGTCAGGCGATTTTTTGTGGTGATATCACTTGAGTAAATTTGTTTTTTACTATTTACGAGATTAAGCAATATCGCCGCTTTTTCATTTGCTTGATTTATCATTGTTCTTATACGTCTTAACCACCAACGATTATCCGCTAGTCGTTTTAAGCAACCTGATACTTTAATAATGTTAGTTGACTTAGGTGGCTCAATATTGAATGTCGTTACATAACGAGCAAGGTATTCGTATACGAAACTGCGCTCCTCTTGAGTGAAGTTTTTGTATAGGGTAGAAATTCCGTTAACGGAATTGAGTGAGCGAGACTTTTCGTTAACGGAATTTTTAGATAACGGATTTGTCCTTATATCGCCTTTATTTGTTCTGTTTTTTCCGTTAACGGTTTTATCATGCTGTAACGTTAAGAAGGTTTCGTTTTGTGGGTCAATAATAACCTTTCTACAATATGTCGAACATTCTTTAGCAAGCGTCTGGATATTATTATCGTGAGAAAAAAATAAGTGTGATAATTTCTTTGGTAGTAAAGCGTACAAATCATCCGTCGATTTACGTATATAAATATTGCGTTCTTTAACGGTTTTTTGGTCAAAACCATTTTTCAAAATAATGGCCTGTATTGAATATGAAAACATAGATAAGCGTTGAATCAAGAAGTCATCATTGAGCTTATCTGTCCCCGTTAAATAAGGCGCTATTACTTCATGAACAACAGCGCCTTCAATACAAGATACAATTTTAGATTTATTAAACATAACAATCTGCTGTCATGTTTAATGTTAATAGTTTTCCTGCATCTGTTATCGTGTATCGCGTCCACTCGAGACCACAATAATAAACCGTATCAAAGTCAACAAGCTTATTTGCCGCTAATGCCTGTAAGGTTCTGATATCAAATTTATATCGTTCCCCTTTCTCATCCTTATAGTTATGCAAACCATTATAAAGAACATCATGTAAATGGTGGTCACTTGTGACTTCAAAGAAACTAGACGGTAAGGTTAACCATAGAAGTAACCTAAACTGCTCTTTGCTTAATTTAGGCATGGGAATCTCCCACAGGCTTTTGCCCTAAATGTTCCATTCGATAAAAACTGTTTAGCCAATTATCCAAATCGTCTTTTATATAACGAACGGCGCGACCAATTTTAATAAAGGGTGGAGCTGGGGTTCTATTTTCGCGGTTTCCTTCCATACGTGATTGACGTAAGAAAGAACGACTCATACCGATATATTCGGCGGTTTCTATTTCTGATAATGCGCGTTTGTTTTGTGTTGTAGGCATAATTGCCTCCATGTACGTTTAAGTTCATGGAAAGTTATACCGACCGTTTTTTTTAGGATGAGCTTAAAGCGGAATAGGATGAGCTTAAAGCGGAAAATTAGTTATTATTTATCAGTTTCCTTCCTGATGTAAGTCTGTTTGCTAATCCTTTAGCACTTATAGACTTTCTCGGTTTACCTTTTTTATCTTCCCATTCAATATCATCACCTGACATTTCTTGTAGTAAGTTATATTTGTCAAATGTCCGATAGTCCCCAAAGTCTTCGGATTCATTTTTTAGTAGTTTCCATACTTCTTTATTTGAGTACGCTGGGTGCTTAGTTAGTATGTCAATTAACAGCTCTTGAAAGTCATCAAAACGATTTTTAGTTACGGCTTTATTGCTTATATCTGCTTGAAACGCCTCTTGAGGTTTTTCCTCACGAGGTTTGAAGCACTTTTCAATATATTCCACCATACCAATGGGCACTAATAAATCATCGAAATTGATTGTTTTTATACAAATATCGAGTTGACCACTGTCTTTATTAAGTAAAAAAGATTCAAGTCCATATTGCGATTCTGGATGTAATTCTCCCCATTGAACAAGATATTTGTTTGGTAAGGTTGTGGAAAATGGGTAAGCCTTATTTTCACGTTTTAAACCTTTAATGTCATCGATTCTTACATGGAAACATCGAACAGTTCCTTCCCTTAAAAGTGTCTTTTTATCTTGTCTTGATAAACGTGCTAACCCTGAATAGTGACCAACACATACCCCCTGATATTGAGTTTCTTCTTCATCAAGAATAGAGGTTAATTCTGTTAGTTCTTGAAAGAGGTTATCTGAGTCTTCGTTGAACTGTGTTAATTCCCTTTTGGAGAACTGCTCAACAATAACAATGGGTTGATCATGTAAACGAAAATATAATGTTTCTTTATAGTTTTCGATAAAGTATTGATAATCTTCAAGGCTTATTTTTGAGTGTCGAGATAACTCACTTAACCGATAGTATTCCTTTTCTAACATATAGACTTCCATTTTCAATAGGTAAAACGAGTAAATATATTTATAACTTCTTAGAAAATATCAGATATGTATGGATTAATCATCATTATATTATTGATTTGTGGGTATTAACTAATTATGGCGTAAAGAATTATTACTTTAGCAGAAAGCTAACTAATGCCACATTACTGACCTTTCATATAAACTAAAATTCGAATTTTAAGGACGTCTTTTTTGCCAACAGCGGACTTTAAGGATTTATACTAATAATTATTTAATCAAAAGTACTCTGGACCTAGTAATAAAGCTTTTATTTCAGCGTCTTTAACTAGCTTTTCTAATTCACCCGATATCTGTAGTTCCCTAATTTTACTTGATACACGATTGCTTACTTCTTGTTTATTATCATTTATATAGTTATAAAGGCCATACCTTGCAAACACTCCACAATTTTTCACAAAAGGAAAATATTTATCTAGTTGTAAAATTCGTCTTCCATTTATTTCAGTGTCTATTACTACTTCGGCTCTTCCACGTTTCAAGAATTCAAATAACTGCATAGCTGAACTTACTTTATTAACATATTTTAAGTTTGCTGTGGCTTCATTTGAATGAGCAACACCACGAATGGTCGCAACTTTTAAACCATTAAGGTCTTTAGCGCTTGTTATCTTTAAAGTTGAATCCTTCAAGCAATAAGCCGCCGACTCTAGATAGTAATAACTAGGCTCAATTCTAATTAAACTTGGCTTATTATTGCCATAAGGTTTTATTCTCGCTATTTCGCCATCAATGCTTTTATTTAAGTTTAAGTTCTTAGCCCTCGCAGGAGGGAGAGGTATTACACTCATCTTTAATCCTAAAGAACTATATATGTTCTCAATCACATATTGGGCGGCATATTGCTCAACCAACTTCTCATTTGCCCCAAAAACAATTATTTCTGACTCAGAAGATGATGATTTAAAAGAGTATAAAAATAAAAACATGGTAATTAAAATTTTAAAAATGGAGATAAATGATCCTTGTTTCTAGTGATTTTGTGAGGGCTTTAATCAGTATGGCATCCTCTAATGGATTCAACTACCTTAGGTTGTAAATAATAACCTTTCCTGAATCGTTGACGTAAGCAGAGATTTTTTTATGGAAAGAGTTCGCTAAATAAACTCCTCCTATAATGACCGCTCTTAAGACAATAGCGGGAGTCGAAGTAAATTATTATCTATTTCCGTAATGCGCACTTTGTGATCATTAGCCAATCAAGTTAACCGCCGCCGCTTTATGCTCAGGCGCTAAATGCGCATATCTTAATGTCATTTTTAAATCACTATGACCTAATAACTCACGCACGGTATTTAAATCAACACTTGCCATGACTAACTTACTGGCAAAGTGATGACGTAAATCATGAAAACGAAAATGAGTGATGTTGGCTTCATCTAATATTTCAGCCCAAAGAGACGGAAAGTCTTTTAAAGGTTCATTGTTCCTACCTTTAAAAACATAACCTTCGCTACCTGATAGTTTTTGCCAATGGATAAGCTGATTAAACGCCTCTGTATTGAGCGGTAAATGACGGGTATTACCAGACTTAGCGTTTTGAAAATCTACTGTCAGTATTTTATTATCAAAGTTAATATCATGCCATTGTAGAGATAATAACTCCCCTTTGCGCATGCCTGTATTCATTGCGAGTAAAACGATGACTTCTAAAAACGCTGTATCACATGATTTTAGGCTTTCACGTAACCTACTTTCCTCATCTTTAGACAAGTAACGTACTTTTGAGTTATCAACAGTTAGTGTTTTAACATTACGTAAATCATGACTATCAATAACACCCCATTCAACCGCTCGACTTAAACAGCCCTTAATCGTGTTTATTTGACGATTAGTTGTTGCAGGCTTAACACCATCAGCTAAACGCTTATTTCTCCATTTCTCGATCTCCCACGCGTTAATATCGGATAATTGAAAGTCCATCAACTTAGGAAATGATGATTTAAACGCTTTCACTGTTTTTTCGGCTGTTTTAGGATTGCGTGATTTAAGCCAAGGTGTGTACTTTTCATCTAAGAAGTATTGAAGTGAAGAGAGTTTGGAATATTTGGTACTAGTACGTTCTTGTTTCCTTAACGCTTGAACATCTACACCTTGAGTAACGTCGGCAATTTTACTTTTTGCTAAGTCTCTTGCTTGAGCAGGTGTCATTTGACCATCAACACCTAATCGGTAATTAACCTGTTTTCCGTTTAAGCGATAAAACAGGTAATAAGTGATCAAACCTAATGGGGTTATACGGGCATGAAAGCCAGAAATATCAGTATCATTTAAGCGTTTATCCGAAGGTACTAGATTTTTGATATTGGTTACGGTTATCTTGCTTTTAATTGGCATATAGTAATCATCCTTGTAGCTTATTTGTAGCAACATCATTATGCTACAACGAACAATCAAGAACAATAACAAACAAAAGCAATTAAATATTAATGTTTAATATCAGTTAGATAAGTGACGTTATTGTTCATTGTGGTTCATAGTGATATTTAAGGGATTACGAAGTTATCGCCCTATTAAGGGGCAAACAATGGTGGCTAAAATAAGCGACGAAGGAGCAGAAAGCTAACCATTATTAGTCCTGCTTGAATGACTTTATATGCGTGGCTACTTAATTATGTATGACTCAATTGAATTAATGCCACTTGTAGTAAATGAACTTCCACCGTACGTGTTTTTGACATCACTTTCCATTTGGGCAATAACAACTTTTTTTCCAGAAAGAGAGATATTTTTTGAATGAACAAGTTGAATCTTGCAATGCTTACCTATAAAACCAATATGCTTTAAAATCACATCATCTGGCACTTCTATAAAATGCCCTGAACAATCAAGACTGCGACTTATATCAATGTTTGTTATTTTGTATTCATCTGCTAAAGAGATTGAAGGTATTGACAATAACGCGACCGTCAAAATTGAATTAATTAGTTTCATTAAATTATCTTTTAAACTTACATATTGTTAGAATTTTTGCCGCGTGGTGAATTGAACACATAACGCTTTGCTAAAGTGGAAAAGAACAGTTGGTCATAATCGCGAAGCGATGGCCAACTGTTCTTTTTCCGTTTAAGTAACTTGTTATGAATTGTATGGTTTATTTGAAGTTATTTTTGCAAAGCCTTTAATTAACTTAAAAACAGACCAGCACCAAACAGCTAATAAGACAAAATATCCCACAACAAAAAAGATTAGAACAAAGCCAATAACTGATAGCCCTAATCCCCACCAGAAAATCTTGATTATATTTGAATAATGATCTTCGAATAGTGTGCCTACTGCGTCATCTTTTTTAACCATCGCCCAAATAGCACCAATGATCCAAAATATTCCAGTAAAAAGGCCTACTCCCATAAGTCCGTAAGCGATGAGAGCATTTGTTTTTGCTTCGCTATCTTTATTTGATAGGCTAATTGTTTGTTCTAATTCCGACATCTGTACATCCTGTGTAATATTGATTTATAACAATTATTATGGAGGCTTCTTAGGAAGAAGCTGTTCCATAAAATTTATTTGATTCGCATTAATATCCCACAATTTCAAAGTATTATAAACCACAAATTTCTAATTTTTGTCATACTTAGGATATTACTGAGACTTTTAAGTAATATCCTGTTCTAGAAATAATGCATTAGAAAATATATGACTAAAATCTTTAGGCTAACGTCAGGAATACGCACAAAGTGATCAATAAGATTATCGAGTTTCCTAGCGACGTTACTGCTCAATACTCACCGTATCGGAATCAGGATACATTAAACTCTATAATAGATTTAGTTTCTGCTTGAATTTATCGCATTATTCAGCGATATTTTACGTTGTAAACGTCCCTGCGGGGGACTAAATAGGGGAACTGATAAAGCAAGGTTCCTTGCAGGTCTTATTTAATAAGGGTTTTGGCTAAATCGTCTGTCCAATCGAGCATTGGAGCAACGGAAAGTTTATGTGAAATCATAAAGTTATAAAAAACCTTTAAGTTTAAAGCGAATGTTGTTGTTGGAAACTACAACAGAAAATTTCGCTGATTATAAAGGCTTTAGCGATGTTAAACAAAAGAAATAATGCCAAGTGGCAGCACCGAAAGCCTCGATAGCTTTCAGCTATTTTTATGGTATAAAGATGAGTGAATTTTAAATAACATCACTTAATTATTTGGCGAATTAACGCCTAGTCAATTTGAACCTAAATCGGGGCTAAGTTATAGCAAGTATCTTGCATAAATAGCCTAATAGATTAACAAGAAAAAGTTAATCTAGGTCGTCAGGATCTGACTCAAGTTCGTCGTCTGTTTCAACTTTAGTTCGACCAAATAAGGTGTGGAATTGCTTGGGTGTTAAAATTATGTTTTGATATTTTAACCAAGCCTTCTCGATGGTGTTGCTGACAACAGCCTTACCACGACAAACTTCAACAAAATGTTGCTCTTCTTCGGTAACTGGCAGGCGACTTCCTAAAGAAAGTGCCATTAATGCAACGCCATATTTTTCTAATGCTTCAGCCTCAGCCAAGTTAAAGTCACCAGATCGCTTTATGCCGCGCGGATAATTTCTATCATCGTAAAAATTTCTATTTACCTTAAAACTTTCTGCTGATATTGCTAAATTAGCCATTTTATAAACTCTACTAAAATATAAATATACTGATAATCGCATTTTTAACTCAATATCGATTAATTGGCAATTATTTTTTTAACGTTAATTAGAATATTTTACTTAATATATATTATTTACCGTTATATAGACTATTTGTGACTTATTTTTAGGCTAAAAATACAAAACTAGCATGAGGTTATATTTTGTAAATCCAATGTAGTCCTTGAATTACCGTCGTAGGAAAAGCGGTTTGATGATTGGCTTCTGGGATAATAACAATTTTTGCTTTTACATGAGTTTGCTGCCAATTAAGTATTTTTTCATAAAAATTTTCAGCATCTTTGACCATGTCATGACTGCTGTCTAATGCTTTTGATTCACGCTCGCCAATAGCAATAAAAATATTTGCATTAATGGTTAACTGCCGCTTTCGATGCGCTTCTTCTAATGTAAAAATAACCTTATTATCAAACCAATAAGAAGGACTACCGAGTATGTAATGATTAAATAATGTCGGTTTAGTTAATAAAATGTATGTACCAAATAATCCGCCAAGCGAGTTACCTACAAAGGTTCTATCTTGTCGATCCGTTCGATAATTTTTATCGATATAATTGATAACACTAGCTTCGATAAAAGCCATATGTTGTTGAGCACCACCTGTTGTTTGTTGCCAGGATTTATTGATTGTTGGGGTATAGTCTCGCACTCTGCTAGCATCTCGCTTCGACCCTTTTGCATATGAAATGCCAACGATAATAGCTTCTTTCATTTTTTGTGCATTCATTGGATAACGGGTTGCCCCAGAAACAATCTGAAAAGTATACCAAGCATCGGTTAAGTAAATAACGGGATAAGTTTTATCATCATTTTTAGCATAAGATTTAGGTAACTTTATAAATAATGGGTAAACACGTTGACTGTCGGGATCTTTAATTTCAACGACTTTACTTCTTGGTATTTGAAAAGGCGTAGTGGCAAAAGCCATTGATAGCTGGCTGGTCAATATTAATAGCAGCGTTAAACTGTATATTACTAGTTTCAAGTGAACTCTCTTTCTTGACTCAATGACAAGTCGTTATGTTTACTTAACCATAACGAGTTATTTAAGTAACGGTTTCATAATCGCTAATTTACCATCAATTGGGGTGGTAATTTCTAGGCCTAAAATGTCTGCAATTGTTATTGGCATAATATTTATTTAAGTAACGGTTTCATAATCGCTAATTTACCATCAATTGGGGTGGTGATTTCTAGGCCTAAAATGTCTGCAATTGTTATTGGCATAATAGTTATTTAAGTAACGGTTTCATAATCGCTAATTTACCATCAATTGGGGTGGTAATTTCTAGGCCTAAAATGTCTGCAATTGTTATTGGCATAATATTTATTTAAGTAACGGTTTCATAATCGCTAATTTACCATCAATTGGGGTGGTGATTTCTAGGCCTAAAATGTCTGCAATTAATGGCATAATATTTATATTTTCAGCTGTATCTAACTGATATGCTTTTTTAAACGCGGGCCCTTGTGCATAGAATATTCCGTCCATGTCCGTAGTATCAAACTGACTCCAGCCATGATTTCCTTTACTGGTTTTTCCGGTAAAACCTATCGACCAATCGTTATCGGTTAAACAAGCTATATCACCGATACGACTTGATTTTGAGGCGTTAAATTTTGCTGGAATATCTTGGTATTGATAACATTTATAATGTTTAGCTTGTTGATTTAATTGTGCAACAGTTTGAGCTAATGTGCGGGTAGACTTACCCTCATCGTATATAAGTGTAATAGGGTTGGTTGCTAAAACTTTATATTCCTCATTTAACCAATTAGGTAAATATTCATAATTTTTAGCAGGATAGTCGGCCATACCATGATCAGAGACAATAATAATATTTACTTCAAAATCTAACGCGCGTACTTTTTCAACCATTTCACGAATGGTGCTATCTACACGGTTAATAGCGGCAATAAGCTCAGGTGAATCTTGACCAAATCCATGCCCTGCACTGTCTATATCATGAAAATAAGTGGTTATTAATTGCGGCCGCTCGCTTGAAGGAAGCTGATACCAATTTAATACACCATCTATGCGTTCTTGATGTGAGGCGTTGTGATCATATTTTTTAAAATGAGACGGGTAAATACCGGCAATAGCGGCTTCGGAGCTTGGCCAAAAATAGTTAGCGGTACGCATATTTTGTTCTTCTGCAATAATCCACAAGGGTTTACGTAAATAAAAGTCGGGATTAGTCACCGCTTCAGAGTCTCTTATGCTGTAGGTTTTATTTAAATCGCGAGCATAGAAACGGTTAGACACTATGCCATGATTCTCAGGGTATGACCCCGTAACAATACTCAAATGGTTAGGAAAAGTTTTTGTCGGAAAAGTAGGACGTAATGATGTTAAATGAGCAGAATCTTTAGCAAATTGAGACAAGAATGTTGGCTGATATTTGTCAACATAATCCCATCTAAAACCATCCAGTGAAATTAACAACACATAAGGTTTAGGATTAGATGTCATACCTAGTGAATTTTTTGATTCTGATGTACATGCATTCAAGGCAAATAACATGCCTATTATAAATAATTTATTCACAGTAATTTCTCATCAACAATTAGTGTTTAAGGGCTTTATAGCATTGTTTTTTACTAATATAAAATCGTTATTTTTTTATCTTAAGACGAGTATTTATTGACTCAACGCGGGGCGTAAATAAAACAATCGCTTCAATTAAACATCAGCATAATAATTATTTATTTTGTGCTGATGCCTTTTTATAATTGAGCGTTCGGTAAAATTAGTAGAGTTTTACTCGGTAAATACTATCCATTGATTGAAGGACTACAGATAATCTATCATCATTATCAACAAACCAATAGCTTGCCGCAGGAATCGACGGGAGTGCTATAAGTTCATTAAGATGTTTTCAGGTGCATGATGAAACCAAATAACTTCCTGTTCAATAATGTTTGCGGCATCAATACTCGCTTCGGTTAACACCTTACTCCAGAGTGCAATATCACCGGCATTATCTTCTGTAAAAATCGCGTCGACAACAGGTGGTGTTGGTACAGTAGGCTGCGGTGTCGTTATTTTTTCTGAACGTTCACCACTGCCACCACCACAAGAAGCTAAAAGAGCCAGTGATATTAAGCTCACTAAAAAAGAAGCAGTATAATTCATTCAAAAAAATCCATTTGTCATAATTGATCCTAAATAGGCGAGATATTTATACCTAAAGATCAATATATTTACAATTGAAACGTTTCTTCTTTATTGGGGTAAATCAATAACCAAATTGAATTTTTCAGAGCTTTTCCATAGGTTAAGTAATACAGTAAATTCTGCTATTTCATGGGCAGATGCGGTTGAGCTGAGGATTTTTTCAGAGAGGGTATTCATTCGATCAAATTCATTGACATTCATCATTAACATTCCTTGTTATATGTCGGTGAATTATGACTTAAATAACAAAAAAGGTATAGCTTTTAATGGTTTAGTTTATTAATTTTTAATGACAAGCGCTATTTAGCAGTGCAGGTGCCCGACGCACACTCTTTAGTAAAATATAAAGATTAACTCTATAGCGATAAAGCCAAAAAATATTTATTGAGGAGAACGTTTAAATAATTTTACTGAAATCACTTAATTTTATATCACTTTTTCAGTTTTCGTTTGAGCTCTTCCATTGTCAACATTGCTTGTGGAGACAGCCATAATTCTGCGTTTAAGTCGGCAACGGCGCTTTAGCCATTAGCCATTAGCCACAATAGTATCGCTATTTACATTTAAACTGCGTTTTGTCGCTTTTACGGCATAATTAGGCAATAAAGTAATGCGGTTGGCTAAACTGAAAGTAGCTTTCATTAAACGCTTACGTGTTAAATAGGTATCATTAATCATGCCCCATTTTTTTGCCTGACGTCCTGAGAAAATAGCCGAAGTGTATGCTAACTCTCTTAGTCGGCCATCGGGTAAATTAAAATGCAGACATGATTTTGGAGTGTTAAATCTAAATATTCAAATTCAGGCATGTTCAGTCCATCCTAAAAAATTTATTATTATCGATTAAAGATGAGACGTAGGTATCGAAGAGGGCAAGATAAACTTGCTAAACCAGTAAAGTGAATTTATCTTGGTACTTAGCTGTTATCCAACTATCAAAATTACATTCCATCTTTCGTAAACGTTGAGAGCACCAACAACCCGCTTTTAATTTAAAGGGTTAAGTAATTAACCTTTCAAGCATATTACATCATCAAAATCTCTGTGTTAAACTGCTAAAAAATAACCCAATCATGCAAGTACCTAACTCATAATGAATGCAGAAGAATTATTAATACAAGCAAAAGAGTCTTGCAAGAAGCGTGGTGCACGATTTACTTTGGCTCGCGAACAAGTATTTAAACTATTAACCGGACATAGCGGTGCTATTGGTGCTTATGATCTGCTTGATGAATTAAAGCTAATTGACCCTGCAGCAAAACCAGCAACCATCTATCGTGCTTTAGATTTCCTTGGTAAACAGGGCTTTGTTCATAAGATTGAGTCTATAAATGCTTTTGTGATGTGCCATCATTTCAGTGAGTGTAATCATCCCGTGCAATTACTTATTTGTGACCGTTGCGGACATGTTGAAGAAATTCAATCGTCTAATTTAGACTTAGCTTTACGCTCGATGGCAGATGCAACCGGCTTTACCATTAGCCATCAAATTGTTGAAGCGCATGGTGCTTGTCAAAGCTGTAGTAAATAGCGTTATTATTCAGGAGTAATAATAACTTTAACACCCCCATTAAACTCATATTTAGAGCTATTGGTCGCATAAGAAGTACCCTCCCCCTTAACTCAGTGAACTTATTTATGCTATAAGTACACGGTTAAACATGCCCATATTATAAAATATTCAGGAAGCCTATGAAATATTCAATCAAGTCAGCTTTAATTTGCTTATTTGTTGTTGCCAGTGGTAGCGCAATAGCGAAAAACACCATTAGTAGCGATAAATTTCGTCAATTAGAAGAATCTTTACCAACACCCAACACTTATAGAACTGCATCAGGCGCACCAGGTCACCAGTATTGGCAACAACAAGTTGATTATAAAATTAATATTCAACTTGATGATAAAACGCAAACCTTAACGGGTAGCGAAACAATGAGTTATACCAATAATTCCCCTGACACTTTACGCTACTTGTGGATACAGCTAGATCAAAACCGCTTAAAACGTGACTCTGATAATCGCTTAACAGCGACAGCTCCTAGTAAAAAAATAACCTATAGCGGATTGCGTGGCGCTATCGAATCAACTGAATTTGATGGTGGTAATACAATTACTGCAGTTACAGCATCAAACGGTAGTGCTCTTGACTATGTGATTAACGGCACAATGATGCGCGTTATCTTACCTAAGGCATTAAAATCCGGCGATGATGTTGAATTAAATATTAAGTGGAACTATAAGCTTCATGAACAAAAAGTGTTAGGTGGCCGTTCGGGTTATGAATACTTTAAAGAAGACGATAACTATTTATATGAACTTGCTGGCTGGTTTCCTCGCGCAGCAGCATACTATGACGTTATGGGCTGGCAAAATAAGCAGTTTTTAGGTAACGGCGAATTCACTTTAGAATTTGGTGATTATGACGTTAAGATCACCGTTCCTGCTGATCATATTGTTGCCGCTACTGGTGAGTTACAAAATGAAAGCAAGGTCTTAACAAAAACACAGCGTAAACGCTTAGAACAAGCTAAAAACGCAAAGAAACCTGTGCTTATCGTTACCGTTGATGAAGCACTTGAAAACGAAAAATCTCGCTCAACAAAAACGAAAACCTGGCATTTTAAAGCTAAAAATGTTCGTGATTTTGCTTTCGCATCAAGCCGTAAATTTATTTGGGACGCTCAAGGTTATAAAGAAGGCGGTACCGATACCATGGCGATGTCTTTTTACCCTAATGAAGGTAATCCATTATGGGAAAAGTACTCCACTGAAGCTATTATCCATACCATGCAACAGTATAATAAATATACCTTTGCTTACCCATACCCAGTATCAATTTCAGTCAATGGACCCGTTGGTGGCATGGAATATCCGATGATCACTTTTAATGGTCCTCGCCCAACACTTGACAAAGAAACGGGTGAAAAAACCTATTCTCGTGGTACTAAATACGGCTTAGTTGGGGTAATTATTCACGAAGTGGGTCATAACTACTTTCCAATGATCGTTAACTCTGATGAACGTCAATGGACTTGGATGGATGAAGGTTTAAACACTTTCCTACAGTTTTTAGCACAGCAAGCATGGGAAGAAGGTTATCCTTCACGCCGTGGTCATGCTGCTGACATTACTAATTACATGAAAAGTACTAACCAGGTACCTATTATGACCAACTCTGAATCAATTCTTCAGTTTGGTAATAATGCCTATGGTAAGCCAGCAACAGCATTAAATATTTTACGTGAAACCGTTATGGGCCGCGAATTATTTGATTTTGCCTTTAAGGAATATGCACAACGTTGGATGTTTAAACGCCCAACACCTTCAGACTTTTTCCGCACCATGGAAGATGCATCAGCTGTTGATTTAGATTGGTTCTGGCGTGGTTGGTTCTACACAACAGATCATGTTGATATCGCTTTAGGTAATATTCATTTATATCGTCCTGATAGCCAAAACCCTGATACAGAAGCCGCTTGGAATCGTGCCTTAGAAAGTGAAAAACCGACATTCATTAGTGACCTTCGTGATAAAGGTCAATGGCTTAGAACAACTGACAAGCCTGAGTTATTAGATTTTTACAACGAACATGATAAATTTACGGCAACCAATAAAGCACGTAATACCTATAACAGCGCAAATAAAAAGTTAGAGCAATGGCAAAAAGATCTCCTTGTTGATGAAAGAAATTTCTACATCGTTGATTTTGAAAATAAGGGTGGTTTGGTCATGCCTATTATTGTGCAATTAACTTTTGCAGATAAAACAACAGAACAAGTACATATTCCTGCAGAAATCTGGCGTAAAAACAGTAAAAATGTTTCTAAATTATTTATTACTGATAAAGAGATTACCGCTATCGCTATTGATCCAAACTGGGAAACAGCTGATGTAGATGTTAACAATAACTACTGGCCAGCACGCCCTATTAAATCAAGCTTTGAGTTATATAAACGTAAGAAAAAAGACATGATGCGTGACTATAATGTTAAATTAAAGTCGGCTGATGACGAAAAAGAAGACAAGGAAGAAGAAGATAAATAATGACAAAAACCTCATTATTTAAAAGCTTTATTTTTTGTTTATTGTGTGGCGTTGCGCTTTCAAGCGCAGCCCACCGATACTTCTTTGGATTAACTGATTTATCAGTTAATCCAAGAACCCATAACATAGAAGTTATTCATCAATTTACGGCTCACGATATTGATAATGCTATTGCTGAGCAACAGCAAATACGCTTTTCAGCTGAGCATCCTGAATACGAAAAGTTCATTCAAAACTATGTTGAAGCACATTTCCAACTTATTGATGTTCAAGATAATAAAAAACAGCCAATAAAGCTCAATTGGATAGGTTTAGAAGTCGCTAAAGGTAACGTTTATATTTACCAAGAAGCTAATTTTGAAAACTTTTTATCCGGATTAGTGGTAAAAAATGATTTACTCATCGATACTTACCCTAAGCAAGTAAATACTGTAAATTATAAAGACGAAACAATTATTGGCAGCTTAACTTTTTCGAAATCAGTTAAAATGGCGATAATAAAAAACAATAACTAGTAGGAACGATTTACATTTGCTAAATTAACATGCAAAATAAAATGACTAGTATAACTAAGCCCTTGGGAAACATTCATGAATGTAGAGTTTATTAACCCTTTTTTATCTTCAATGCTCAATGTAATGTCTACTATGGCACAAATGGAATTAGTACCTGAAAAACCTCGTTTGAAAAAAAATGAAGTTGCTATGGGCGATGTTTCTGGTTTAATTGGTATGGTGAGCGCTCAGACAAAAGGCTCACTATCGATTACTTTTGAAGGAAAGTTAGCACTGGCCACCATGAAAAAAATGGTTGGCGAAGGTCCTGACGAAATCAATGAAGAAATTACCGATTTAGTCGGCGAAATTACCAATATGGTCACGGGTGGCGCTAAGCGTATGCTGAGCGAAAAAGGCTTTGAATTTGACATGGCAACGCCTATGGTTGTTTCTGGTCAAAACCATACGATTCACCACAAAGCTGATGGACCTATTATTATTATTCCATTAAATTCTGAATTTGGTAAAGCTTTTATTGAGTTCAGTTTCGATAAATAGTGAATTAAGTAATTTGTAGTCATAGACTAAAACCTCGTTTAGTAATAAACGAGGTTTTTTATTTTTTACGCTATATTTAGTTTATTGACCCAATAACAACTGACAATTAATGACATTAGAGTAAAGAGTGACGGTTGAGTGCGCTGTTAATGCATTGTTGGCGACTTTACCAAGAAGATGCGGAGTGTGCTTAGTCTTTACAAAAGACCTTTACTGCGCTGACAAGGTAATTTGTACACGGCGAGTAATATTACATAAGAGCTCATAGGGGATGGTAGTTGCACATAGTGCTATTTCGGCAACAGATAATTGCTCTCCCCACAAAGTCACAACATCGCCAACCTGTTCTTGTGCATTTATCCCTAAATCAACGGTGATCATATCCATTGATACTCTCCCTACCAAGGGAACCCTTCGTCCATTGACCAAGACAGGTGTGCCATTTCTAGCATGCCGAGGGTAACCATCACCGTAACCAATTGCAACAACACCAATAATAGTCTTTTGCTCACTTGTCCAAGCATTGCCGTAACCGACTGATTCTCCAGCGGCTAACTCACGTACGGCGATCAAACTTGACTTCAGCGTCATTACTGGCAGAATATCCAAAGTTATATCTTTATTGTGCAAAACACTCTCTGGCGCGCAAGTTAATAAATTTGCAGCGCTACTTTCAAAGGGTAAAGGAGAAATCCCGTATAATAATAATCCGGGGCGAAGCCATTGGTAATGGCTTGCTGGCCATGCACAAATACCGGCAGAGTTTGCCAATGTTCGTTCTTCGTTACAGCCTAGCGTTACTTTTTCAAAGAGTGATATTTGTTGGCGAGTCGCCTGATTGCTTTTATCATCAGCACAACCTAAATGACTCATTAGCACAATATTTTTTTGCACGTTTACTGAGTCCGTTAGTTGCTGATAGAAATGGCTAAACTCCTCTGGATTTATACCTAAACGGTGCATACCGGTATCGATTTTTAGCCAAACCTTTAACGGAGAAGGAAGCGTTGCCGATAAAAGAGCATCAAGTTGTTGATGGTTATGAATAACCGTTTGTAAATTATTGACCGCAAGTATCGCTAAGTCTTTTGCATTAAAAAAACCTTCGAGCAAGACAATCGGTTGAGTAATACCTGAAGACCGTAATGCTAGCGCTTCATCAATTCTTGCCACGGCAATAGCATCAGCGGTGATCGATGAGTGGCCGTGTTCATTTATCTTAGCTTGCTCAGAAAACAATGCGTGTGCAATGCGTTCTAGGCCATGGCCATAGGCATTAGCTTTTAAAACGGCTAGTACCTTTGCTGTCGGTGCAAGTGATTTTATCTGCGCTAAGTTGTGCTTGAGCGCAGATAAATTAATAATTGCCGTTGCGGTCGTTAGTGCCATTAATCTTCATCTAATACATGCGGGCCGGCATAATTATCAAAACGAGAAAACTGTCCTTGGAAAGTCAACGGAACACGGCCAATGGGACCGTTACGTTGTTTACCAATAATAATTTCTGCCATACCTTTAAACTCTGAATCATCGTGATAAACCTCATCGCGATAGATAAACATGATCAAATCGGCATCTTGCTCAATAGAGCCTGATTCACGAAGATCTGAGTTAATCGGCCGTTTATCTGAACGTTGCTCCAAACTACGGTTTAACTGAGACAGTGCCACAACCGGCACTTGTAATTCTTTCGCTAATGCTTTTAATGACCGTGATATTTCCGCAATCTCTAAGGTGCGGTTATCAGCAAATTGTGGTGCGCGCATCAACTGTAAGTAATCGATCATGATCATACTTATACCGCCGTGGTCACGGGCGATGCGGCGCGCACGAGAGCGAACATCGGTTGGCGTTAAACCAGCGGCGTCATCAATAAACATCTTACCTTTATCAATAAGTAACCCCATGGTTGATGATAAACGCGCCCAATCTTCGTCACCTAATTGCCCGGTACGAATTTTGGTTTGGTCAATACGGCCTAATGAGGCAAGCATTCTCATCATCAGTTGTTCTGCAGGCATCTCTAAACTAAAAATCAATGCAGGTTTATCTTCAGTCATCGCTGCGTTTTCTGCGATGTTCATCGCAAAGGTAGTTTTACCCATTGACGGACGTGCAGCAACGATAATAAGATCTGACTTTTGAAAACCAGCAGTCATCTTATCTAAATCAGAAAAACCACTAGAAACCCCGGTAACACCATTATTTGGCGATGAACAAAGTTGCTCAATACGATCGACTGTTTTTTCTAATACTGAGGTAATGTTTTCTGGCCCTTCAGACTTGTTAGCCCGCTGTTCAGCGATAGCAAATATTTTAGTTTCAGCAAAATCAAGAAGCTCTGCACTGGCACGGCCTTGAGGATCATAACCCGCTTCAGCAATTTCATTCGCCACACTGATCATTTCACGAGTAACCGCACGTTCACGAACGATGTCAGCATAAGCGGTGATATTGGCCGCACTGGGTGTATTCCTCATCATTTCTGCAAGGTAAGCAAAGCCGCCAGCATCTTCAAGTCGTTGCTCATTTTCTAAAGCTTCAGATAAGGTAATTAAATCGACAGGGTTGCCTAGTTCAATTAACGCAGCAATGGTTTCAAAAGTAATACGATGTGAACGACTATAAAAATCCTGAGCGACAACACGTTCGCCAACACGATCCCACGTCTCGTTATCGAGCAATAAACCGCCCAATACAGATTGCTCTGCCTCAAGCGAATGAGGTGGAACTTTTAAAGCATTCATTTGGCTATCTTGAGAATACTTTTTATCTTTGAAAAATTTATTTGGCTTGCGCTCTGCCATTTATATACCCTAAAACTCTATCGCAAATGCGAGATTAAAACTTTTGGTAGGTTAGCAGAATTTACTTTGAAACAGAATATAAATACGAGCCAGAAAGCGCCCTAACTCGTTCTATTTTCAATGCCAGAGTCATAAAAATTAATTGCTGACGCTAATATTGCCATTTACCGTATTTACACGTACGTTCGCGTTGGCACTACCGGTTTCAAAGTCTAATTTTGAGCTTGGTCCATACTTAGCTTTATTTGATTTTTGCGTGGTAATTTTATTAGTGATTTCACCACCAGCACTGGCTGATAACCGGAAGCTCGCTTGAACATTTTTCTGTAGCTTTAACGATAAACCGCCACTAACACTCGACATCTTAACGACACCACCATCATTTAACGATAACCTTGCTGAAAGATCGCCACTGACATTTGCAACGGTAAGTTCGTCAGTCTCATTTAATCCTACGTTAATATCGCCACTGACATTTTCAATCGTCACTTCTTTTGCTGTTGATTGTGCGTCAATTTCACCACTGACCACGCGTAAACTTAAACGCCCACGTGACTGACGATCTTTAATATTACCGCTAACACTCGACAAACTCACTTTTCCTGATAATTTGCTGCTGTTAATATCACCACTAACTGAAATTAATTCAATACGTTCACTCAAATTTACCGCTTTGATGTTACCACTTACGGTTTTTGCTTCGGCGCTGGCATGCAAGTTCTCAAAATTAATATCACTGGCAATCCCCTCAAAACTGACTCGAATGTTTTTAGGCATATGAATCGTTAATACAGAACCTTTAGCATTGTTACCCCAGAAGTTGTTGCTATGATTTTCAAGCTCAACCTTAATTTTCACACGTGAGCCTTGTTGCTTAAAGACTAAACCTTCGGCGTCGTCTTCCAATTCTCCCTTTATCGAAATAGTGTTTTTGTCCCAACCAATAACCGTAATATTACCGCGTAAATTCTCAATGTTTACACTACTAACATCACTGACCAGTAATGACTTGTCTATCTGCTCACCAGCAAAACTTGAACAAGTGGCTGAAAATAACATCATCGTAATAACTTTTTGGAAAACTCTCATAACTACCTCTATATAGTGTTATCTTTAAATACTTTGCCATTTAGGGCTGTATAGTTGGCTTAATAGATCTAATTCTTGTTTTTGGGTCCAACGTAATAAATTAAGTAAATCATTATTACTTGGGTCTTCATTTAGGGCCTTTTCAATCGTAGCTTGTGCTGAGCTCAGGTTTATTAGCTCTTGTTGAATTTCTTTTGGCAGTGCCGATATTTTAGGCTGGCCAAAGCTAATCAACATAGATTGCTTGGTGTGCTTAAAATTTTCTTGCATCGCGGTTACTAAGGTCAGGGGTGAGTTATTTTGTTGCGCTAAATCCAATGGCTGTTCTGAAAATTGAGGCGAAAAAGAAAGCCAAGTAGCCAATACTGCAAGCACTAAAGATGCCGCCCATGCTGTAGGCATAAACACTTTTTTTACCGGTGATACAAAGACGGGGTTGTCTTGTGTTTTAACTTCAATTGCCCGTTCAATACCAGCCCATAAATCACGTTGTGGTGTCATTTCATCAGGTAATTTTGCCAGTGCTTTTTGTAAAGCTTGCTCTGATAATAACTTATTCATATCTCGATCCACTCCATTAATAAATTTCTAGCTCTGTGGTATTGCGCTTTACTAGTACCTATTGCCATGCCGAGCATATTTGCAATTTCTTCATGGCGGTAACCTTCAACCGCGAACAACACAAAAACTAAGCGAGCTCTTTCAGGTAAACGAGCGATATGTTTATCTAATTCGGTTAGACCCGCGCTATCTGGCATTTCTACGGCAATATCTGCCATGGTCTGATCTTCTATACTAAAGATACGTTGCAACCAATTTTTATGTTTGCGCAAGTGTCCAAGTACAATATTGTTGGTGACACTGTGTAACCAAGTAGAAAATTTACTTTCACCACGAAAATTAGCTATCTTTTGCCATAGTTGTACAAAAACCTCTTGGCAAACATCCTCGGCACTATCTTTATCTGCAAGCATGCGCCAGCAAATAGCATAAACTTTACGATGATACTGCTGATAGAGTTGATAAAAAGCCTGCTGATCACCCTGCTGTGCTCGACTAATAATCGCACGTTCTTTTGCAAGGTTTTCAGCAATAGTGGTCGGCGGTTCAGCGCAGTTTTTAATGTAAATAACTTTCGGGTTATCCAAAGGTTAACTCTCAATAATGGTGTCGTTATAAAGTAAGATACAGTATTGATGAAAAGGGTTTAAAGAAAAGCGAAAAATATTATCTTTTTTGAGAACGTAGCAAAGCTCAATGGTATTTCAATGGATTTTTAGGCATAAAAAAAGCGTCTTGCGACGCTTTTTTTTACATTTTGATTTTAGCGCAAAATTACTTGCTGCTAAGTGCACCAAAACGTTTGTTGAATTTATCAACACGACCACCGGTCTCAGCAGCTTTTTGTTTGCCCGTGTAAAATGGGTGACAAGCTGAACATACGTCTAAGTGAATATCTTTTTTCGCTGTAGAACGAGTTACGATGATGTTACCGCAAGAACAAGTTGCCTTGAACTCAACATAATTAGGATGAATACCGTCTTTCATAGAAACCTCTGTATAAGGCCGTATCGCCACTTAGTCAGTCATTATTGCTGCTAAGCACCATACGAGTTAAAAATAATGGAGGCGAATTTTAAATCATCGACAGATGCTTAGCAATAGCCTAATGACACTAATTGCTAAAAAATGAACAATTAATCAGTTAAGGTGATTAAAGTTAAACTTTCTATAAAATCGTACTTGGCATATTAACAACAAGTCGGCAGAATAAGCTTAATTATCGTCAAAAAAGTACTCGTTATGCAGGTTAGTTATATTCAAGTCGCTATTCCTGTACCTATGCGTCAGTTATTTACTTATATCGTCCCAAAAACCATCAGTAATGACGAGATTCAAATAGGCGCACGGGTGATCGTGCCTTTTAGTCATAGAGAAGTTATTGGTATTATTATAAGTGCCAGTGAAGTCTGTGATATTGACGACAAAAAACTTAAGCCGATTATTGGCTTAGTCAATGACAACTTTCGTTTTCCTCCCGCGCTGTTAAAGTTTTTACTGCGCTGTGCTGATTATTATCATCACCCTATTGGAGACGTCTTACAACTGGCGCTTCCCGTGTTGCTTCGTCAAGTTGAGCAACCTACTATTGATTTAGCGACTACTTGGCATTGTTTCTTGCTTGAGCAAGACAGTGAAGAAAAGTTGCTATTAGAAAAAATAGTTAAGCGAGCGCCCAAACAAGCCGAACTGCATAATGTCATTAAAACCCACCCGGGGCTAACTTGGGCAGAAATTAGAACATTAGGCTATACAAAAGCACAATTAAATACACTTGAAAAGAAAAAGTTAATTGAAGAAAGACAACAAAAAGCTGAAACCTTTGTCTATCACCAAGACGCTTTAGCTGAAAATGAAAAGCTAACCTTAACCGTTGAACAAGCGGTTATTGTTTCTGCGGTAAAAGCGTCCTTTGATCAGTTTTCTTGTCATTTAGTAGACGGTGTCACCGGTAGTGGTAAAACCGAAGTTTATTTACAAGCGATGGAAAAAACTCTCGCCGCCAATAAACAAGTACTGGTATTAGTGCCTGAAATTGGTTTAACACCACAAATGCTCAGTCGGTTTGAACAACGCTTTAATTTACCTATTTGCTTGCACCACTCAGGATTAAACGACAAAGAACGTTTACAAACTTGGCTGGCTGCACAACGGGGCACCGCCGCAATAATTATTGGCACGCGTTCAGCCGTTTTTGCTCCACTACATCATTTAGGTTTAATTATTGTTGATGAAGAGCACGATGGCTCTTTTAAGCAACAAGACAGTTTTCGTTATCACGCGCGCGACATTGCTATTTTACGCGCGGGTCAGTTAAATATTCCCATTGTACTCGGTAGTGCCACGCCTAGTTTAGAAACGCTACAAAATGCATTGTCGGGTAAATATCAATATCATCAATTAACTAAAAGACCCGGTCAAAGTACTCAAGCCAAAATCAGTCTTATTAATGTTGCCCAACAGCAAATGGAACATGGCTTATCAGGTACACTGAAAAAGGCGATTGAAACAACACTTAAACGCGGTGAACAAGCCTTAATATTTTTAAATCGCCGTGGTTATGCGCCAGCGATTAATTGTCAAGAGTGTCACTGGGTAGCCGATTGTCAGCGTTGCAATAAACCTTATACTTTGCACCAAGGGAAAAAATTATTAATTTGTCACCACTGTAGTAGTCAAAAGCGTATCCCATACCAGTGTCCTAGTTGCGGAAGTGTCCGTATTAAACCCATGGGGCAAGGTACAGAACAATTAGAAGAGCGCATCGGCGAACTTTTTGCCGACTATAGTACCGTAAGAATCGATCGCGACAGTACTCGTAAAAAAGGTGAATTGGCAAAATTATTACAGGAAGTCAGTGATAAAAAACATCAGTTACTGATTGGCACACAAATGTTAGCAAAGGGACATCACTTCCCTGATGTAACACTGGTTGCGGTGTTAGACGTTGATGGCGCACTATTTAGTTTTGACTTTCGTGCCGCCGAGCACATGGCACAATTATTAGTGCAGGTTGCTGGCCGTGCAGGTCGAGAAAGTAAGCCCGGTAAAGTTTTAGTACAAACCAACTTCCCTGAGCATCCATTACTGCAAGATTTAGTCAACAACGGTTACCCACACTTTGCTAAATATGCGTTAACTGAGCGCAAACAGGCCTTATTACCGCCGTTTAGTTATCAAGCACTTTTTCGCGCAGAAGCTAACTATCCTTCTTATCCTGAAAAATTTCTCAGTGCATTAACCGAATTCACTTTTGATGGCTGCCAATTTGCCGGTCCAGTGCCAGCTGCGATGGAGAAAAAAGCGGGTAAATATCGCTATCATTTAATTGTACAAGCTAAATCACGCAAGCAACTTCATCTTGCTATTTATCAGCTGATTAACGCTATTTCTCAGAATGAATGGCAGAAAAAAGTACGCTGGACAGTCGATGTTGATCCACTTGATTTAAGTTGGTAATTTTAAGTAATAGGTCTTCTGTTACAATTTTCTTTTTAAACTAGTGTCATTTCCTTACCAGTTGGTTAGAATTACCCGACGTTTACCGGTATATTATTATTTCATGGCTCATCAAGATTACGTTTCCCGCGCACAAAACAAAAAGAAAAGTCCCTATAAAGGTAAGGTAGCACCTAAACCAACCTTCACCTTAAAGTTTAAGCTTTCACTCTTTTTAGTCATGTTATTGATCGGTGGTTTTATTTATGGATTATGGTCGATAAAAGACAATAAACCGCCAGTTTCTCCGGTAAAAATAGTCAAAGAAGCCCCACAAGCTGTGAAAGAAAAAGCATTACCCGCTCCACCAAAAGAGATATGGGCATATGTTGACAACCTAAAGAGTAAAGAAGTTGAAGTGGGTAAATATGAAGTTAAGGATAAAGGGCCGTATAAGATGCAGTGCGCGTCGTTTAGAACGATGAGACAAGCCGAAGTATTAAAAGCCAATATAGCCTTTACTGGCTTAACGGCTCAAATAAGTGAATCTAAAGGTAAAAACGGTATTTATTACAAAGTGTTTTTAGGTCCTTATGAGCGTAAACGTGAAGCAGAAAAAGACAAACATAAGCTAAAAAGTAATAATGTTAATGGCTGCCAAATTTGGCTTTGGAAATAAAATCCAACGGATTAATGAAAATAAATTAGTCCGATTGACATAATAGACACATTTATCTAGCTCCCTCCTTGAAAAAGTCATAATTAGCCTTATCTATTCTTCATAGATATAAATAAATATTTGAGGTTAATTGTGACAACTATCGTATCCGTAAGACGTAATGGCAAAGTAGCAATTGGTGGTGATGGTCAAGTATCACTTGGAAATACCGTAATGAAAGGTAATGCTCGCAAAGTTCGTCGTTTATATAACGGCAAGGTCCTTGCTGGTTTTGCTGGCGGCACTGCTGATGCTTTTACTTTATTTGAGCGCTTTGAAAGTAAACTTGAACAACACCAAGGCCATTTAACTAAAGCCGCTGTTGAGCTTGCTAAAGATTGGCGAAGTGACCGCGCCTTAAGAAAATTAGAGGCTTTACTTGCTGTTGCAGACGAAACAGCTTCATTAATCATCACCGGCAATGGTGATGTTATACAACCAGAAAATGACTTAATTGCTATCGGGAGTGGTGGTAACTTTGCACAGTCAGCAGCAACTGCACTGTTAGAGAATACCGAGCTTTCTGCGATCGAAATTGTTGAAAAGTCATTAAAAATCGCTGGCGACATTTGTGTATTCACCAATCATCAACATACGATTGACGAGCTATAAATCTCGACTTTCGTCTCGCTTAGTAAGTGTATCAAATAAGTAAAATGCTTAAGGAATTATCATGTCGAATATGACACCACGTGAAATAGTCAGTGAATTAGACAGCCACATTATTGGTCAAAGTGATGCCAAACGTGCTGTAGCCATCGCCTTAAGAAATCGCTGGCGCAGAATGCAGTTGAACGAAGAGTTACGCACCGAAGTTACCCCTAAAAACATTCTAATGATTGGTCCAACAGGGGTTGGTAAAACAGAAATAGCAAGGCGTCTGGCCAAGCTTGCCAACGCTCCTTTTATTAAAGTTGAAGCAACTAAATTTACCGAAGTCGGCTATGTTGGCAAAGAAGTCGAAACGATCATTCGTGACTTGGCTGATATGGCAATAAAGATGACCAAAGAGCAAGAAATGGCTAGGGTAAAACATATCGCAGAAGAAGCCGCTGAAGAACGAATTTTAGATATATTATTACCGCCGCCACGAGACGGTTTTGGCGCTGATGGAGCGACTGATAATAGCAGTACTCGTCAAGCTTTTCGCAAAAAATTTCGTGAAGGTCAACTTGACGATAAAGAAATAGAATTAGATTTAGCTGCCCCACAAATGGGTGTTGAAATAATGGCACCTCCTGGTATGGAAGAGATGACTTCGCAGCTGCAAAATATGTTTCAGGGCATGTCTAATGAAAAAACCAGTAAGCGTAAATTAAAAATTAAAGATGCTTTTAAAGCGTTGCAAGAAGAAGAAGCCGCCAAAATTGTTAACAATGACGATATCAAAGAAAAGGCTATTTATGCGGTAGAGCAAAATGGCATCGTTTTTATCGATGAAATTGACAAGATTTGTAAGCGTGGTGATAGCTCAGGTCCTGATGTTTCTCGAGAAGGGGTACAACGAGACTTACTACCACTGATTGAGGGTTCAACAGTAAGCACTAAGCATGGCATGATTAAAACAGACCATATTTTATTTATTGCTTCAGGCGCATTCCAGATGGCAAAACCATCTGATTTGATCCCTGAATTGCAAGGTCGATTACCAATTCGTGTTGAGTTACAAGCGCTAACTACCCATGATTTTGTTAGAATTTTGACTGAGCCAAACGCATCATTAACTGAACAGTATATTGCTTTGTTGGCAACTGAAGGTGTGCATGTTTCTTTTAGTGAAGATGGCATTCAGGCAATCGCTAATGCCGCATGGCAAGTTAATGAAAGTACAGAAAACATTGGCGCAAGACGCTTACATACTATGATGGAACGTTTAATCGAAGACCTATCATTTAATGCTGATAAGCGTGCTGGGGAAGTTATTATAATTGATCAAAAATACGTAGATGACACTATTTCTGAATTAGTTAAAAATGAAGATTTAAGCCGTTTTATTCTATAGAAAGAAAAGAGTAGGAAGTTAACTTCCTACTCTTTTAGTCAATATAAGCGCAGGAATTAATGAAAATCATTCAGTTTACCCTTGATCGCAAGCAAAATAAATTAACCCTTAATTTTGATAGTAACCTTCAACTTAGTTTCTCCTTTGAATACCTAAGAGTATTTTCTCCCGTAGAAACGAAAGCTAAAAATGGCGTTAAAATACCAGAAGTGTTTCATAAAAAAGACGTGCTATTAACTGATATTGAACCGCTAGGTAAGCATGGCCACCGCTTAGTATTTGATGACAAGCACAGCGCTATTTACACTGACCAAACATTCAAAAATCTCTTTGAAAATTACGACATTAATTGGCAAAGCTATTGTTCAAGTTTAACCACAAGCCAAAATAGAGAAGCGTCAATTAGTTTTGTTGAGGTGAAATAAAACGAGTTAGCACGATCAATCAAGATGGTTTTTATTTAAGCGAATTCTGCCTAGTAATAACTAGACAGAGGTAACGTTTTCTCTTGAAAATACCTGTTCGGTATCTTCAAGAGAAAAGTATATTTCTAAACTTTAAACTGACTCACTTCATTATTCAACACTGCCGCCTGCTGAGATAACTCTTCACTCATTTGTGCATTTTGATGAGATATTAGCCCGGCTTGCTCGGCGACGTCTCTTATCTCAACCACATGTTGATTAACTTCAGAAGCGACCGTACTTTGCTCTTGAATGGCTGATGCGATAGCTGTATTCATTTCCATGATGGTTGAAACATCATGGGTTATTTCTTCTAGCATTTTACCCGCTGAACTTGCTTGGTTTGCGCTGTCTTGACCTTGTGTTCGACAAATAGCCATATGAGAAACGATTTCTTTGGTTCGTCCTTGTAATGAACTAATAATCGTTTCAATTTCTTGTGTCGAATCTTGAGTCCGACTGGCTAACGTTCTAACTTCATCAGCAACTACAGCAAAACCACGCCCTTGTTCACCCGCCCTGGCTGCTTCGATAGCCGCATTTAACGCCAGCAAGTTTGTTTGCTCCGCTATGCCTCGAATAACATCTAATACTGAACCAATAGTATCGCTATCTTTAGCAAGTTCGTGCACTATATTTTCTGACTCCCTTAGCTTTTCAGAAAGCTCATCAATTTTCGCAATAGTTTGCTCAACCACTTCTTTACCACTAATCGCATTATTATTGGTTGCTTCAGCTTTACTCGCAGCGGCATTGGTATTATTAGCAATTTCATCAACTGTCGCAACCATTTGAGTCACTGCGGTGGCGACCATATCCGTTTGTTGAATTTGTGAGTCAACCCCGGTATTAGCAAGGTGAATGTTTTTTGATAAACTATCTGTTGCTTCGTGCACAGTATCAACAGAAAGATTAACGGCCGTTATTAAGTTTCTGAACTTACCCAGCATATTATTAAAAATAGTGGCCATTTCGCCGAGTTCATCATCACTGTGAGTCGATACGGTCAACGATAAGTCCTGAGTATCAGCTACTTTTTTCATAGTCTCGTTTAGCTGATTTATGCTTAGTAAAATACTTCTACTGACAAAAAAGGCAAAACTGATGGCAATAATTAATATGCTAAAAAAGACACTGTAGGCAACCAAGTCAACAAATTTGGTGTGATCAACAACCCCATTTTTACTCAGTAAAACAAGTTTATCTAAAATTTCATCCACTTGATGAACAGCATTGCGCATATCACCTTTTAGACCTTCTTTAGCAGTGAAACCAAGCCGTTTTTGTCCGGCAACAAAGTCTGTAAAGGCTTGTTCATAGAGAGACATATTATTAATAGCTTGTGATTTAGTATCACTGGATAAATCGCTTACGTTAATGTCTTGAACAAAAGAACTGGCATTATTATTCCAACGGTCGACGTATTTCTCATCGAGACGTAACATAAAGTCTTTCTCATCGCGTCTAAGTTGTAGCATATTGCTCAGCAATTTATAGTCACTATTACCAATCGACTCTTCAACTACATGAACAGCAGATCTTAATGAGCCGTATAGACCGTCGGTTGAAGATAAACCAAGATCTTTTTGTGCATCAACTAAGTCTTTAAAGTACCCTTGATAATCATTTAGCACGGCGCGAAGCTTATTTAATTCAGGAAGGTCTTCGCCTATCGTTTCGTAAGCTTGCTCAAGTGAACTAATATTTCTTATAAGCTCAGCATACTTTTCATTAAACGCCTCAAAATACTTGATATCTTTTCTGGCTAAAAAATCTTTTTCATTACGACGCAACTGTAAAATTTCGGTTTGGATATTGCCAATTTCTCGAGCAATTTTTATATCAGTTTCCAAAGACGACATAGTAAAATTAAGTAAGCCCAACATAAAGACCATTGATAAAACCAAAATTCCGGTGTTAGCAATAAGCTTGTGCTTGATTAGCATAAAGGAGATCCTAAAAACATTAATAGATTGATATTTTTAGTATAGGTAGAAAATTAAAATTTGAAACAAATTTATAGGTTTTTTTATATGAAATAATAAGATGATAATTATCGGGAAAAGTATTTTTTCAATGCTTCTTCGGGTATAGGCTTACTGATGTAATATCCTTGAACTGCATCACAGCCAATGTTGCGTAATACCCTTAGTTGTTCTTCTGTTTCAACTCCCTCGGCTAAAACACGTTTACCTAAACCATGAGAAAGCTCAACCATAGATTTAACAATCGTTAAATCTGAATCATTACTTGCGACTTCTTCAATAAAACTCCGATCAATTTTAATTTTGTCGATAGGCAGTTTACGCAAGTATGCCAATGAGGAATACCCTGTACCAAAATCATCAATTGAAACTTTTATGCCCATGTTCTGCAAAATAACAATGGTATTCATTGCTGTTGCTATTTCTGTCATCACAACATTTTCGGTAATTTCTAAATCTAAGCATCTTGGTGTAATTTGATACTTAAAAAGTAAGGCTTGGATATTTTCAATCAATTTTGGATCTTGAAATTCAACAGCGGTAATATTAACCGCAATAGTCACTCGACGATGATATGCTTTTTGCAAACGTGCAATAGTTTGACATGCCCGTTCAAGCACATAACTGTCTAGGTCACTAAGTAAGTTAAGCGATTCAATATCAGGTAAAAAACTTGCTGGTTGTAATAAACCACGTTCTTGGTGTTGCCAGCGAACAAGCGCTTCGAAGCCTTCTATGCGATTATTTAATAAGTTAAGTTGTGGTTGAAAATAGAGTACAAATTCATTGTTTTCAAAACCATCGCGAATTTCTTTTTCCATGGCAAGTAATCTTCGACCATGCGATTGCATTCCCGTTTTATATTTGACCGTCGCCACATTTTGGCTTTCAGCTTGCGCTAAGGCTAAATTAGCTTTTTGCAATAAATCTTCAGCTAACCCCCCATCCTCAGGATATAAACAATAACCAACAGAGCATTGTAATAATACTTTATGCTGTTTGATATGGTACGCCCGACTTATTAAGCCGTGTAAATGTTCTATTGCAGCGGCTTGTTGCTTTTCGTCAACACCATCAATAATAAAAACAAAAGAATCACCGCTTAATCGTCCAACTACCTGGGGTAAAAATATACTTTCATCAAGTCTACGCGCTATTTCACCTAAAATAGCATCCCCAACCTTAAGCCCGTAGGTATCATTGACAAATTTAAAGCCTTTAATATCTAATAAAAAAACCGCTAAGTTTTGTTGGTTACTGGCGGTTTTTTCGATGATTAAAGGTAGTTTTTCCATGACTTGTTGTCTGTTTAACGCCCCCGTTAATGAATCGTGCTTACCTAAATATTGAGCCTTATTCATCGCAGAGGTCGCAATACTTCGCTCTGCCCCTTGCATCCAAATAAGCAGAGTAAATGCTAATAAAGTAAAGGCACCCAAATCAAAATAAATCAATACTTCCGCTAATGGCCTAAACCAATACTCATTGATAAGTACAATAGAAAGAAAGGAAAACAAAACATACCTGCCTCCCATAATAAGACTATAAACAATAAGAATATGTGCAGAAAAATACTTTTTCGGCAAGTTATATAAATAAAAGGCCGTTAGTAATAAACCACAGCCCATCACAAATGCAGGTAAACTCTCTCGCAGGTAAAAGCGGTTATAAACTTCGTTAACCTCAAACCCATAGAGTAAAGTTGCCGTTAGTGCGAACAGAGCACTGAGTATAAAGATGCTATTAGTGATTTTTTTAGAAATAATTTGTTTTGAAACTGCACTATAAATACCGAGTAAAAGTGCGCAGAGATGAAAGTAAAAACTAACTTGAATACCTACTGTAAGAAGAACTTTCTCTAAGGCGATAACACTGAGGTCGTTAAGTTGGGTTTCAATGGCAAGACAAAGTTGATGGGCACTTAAAGAAAATAGGCTTACCGCCCAGTAGGTAACATACTGTCGGCCTATTCCCCGAGAATACAGCAAAAAAAATATAGCAAGTAAGCCAAAAACTAGGGCTTCGACAGAAAATAATAGACCGTGATAAACGTCTTTCTCACCTAGCATGTTATATTCTCTATTAAGTTGCCAGCATCCATTAAATATTCTTTTGCTTAGCAATACAAGACAGTCACTATTATTATTTGCTGATTATACGGTTATTTACCATTGAATATATTTCACACAAGGTTTGTACATCAAGCTATACTAAGCGCCAATTGATTAAAATTTTCCCACTTTATATTTACTGTTGCTGTGAGCGAAAATTTAGTAGCATGGATATAAGCATTCAATCATAGCATTAAGGAAGAATCATGGAATACAACACCTCAGAGCTTTGTAATATTTATGCCGACCTAATTGATGTTGTTGATCCTATCTTTTGTAATTATGGCGGGCGCAGCTCTTTTGGTGGTCAAGTTGTTACCATTAAGTGCTTTGAAAATAATGGTTTAATAGCACAAATTGTAGCGACAGATGGACGAGGAAAAGTCCTTGTTATTGATGGTGGTGGCTCAACACGTAGGGCACTGATTGATTTTAACATTGCTGAACAGGCCGCTAACAATGCTTGGGAAGGAATTGTTTGTTATGGGAGTGTCCGTGACGTAGATGCAATAGAAGAGCTCGATTTAGGCATTCAAGGCTTAGTCTCGATTCCTGTTGGTGCTAGCGACCAAGATATTGGCGAAAGTGATTTAGCAATAAACTTTGCTGGAGTAACATTTCTACCTGAAGATCACATTTATGCTGACAATACCGGTATTATTCTGTCACCAGAGCCGTTAGACATTGAATAAATCATCTAGACTTTACATTCAGTAAGTTACGCCCACTAACTTAAATTGGGCTTACTTAGCTGGTGCACTATGTGGATATTGTTCAAGCCAACGCTTAGTCCAAATTTCAATTTCATCAAAAACAACCCCACGACTTAAATATCGACCCTCTGCATATTCCCCGCCCATTGATATAAATGCTTGTTCAATATTACTATTATTAATTGAGGTGCCTATAAGGGGTAGTTTCATTGCTCGGGTTAAATTGATGAGCGCATTAATAATAGCCTTATCTGAGCTACCACTCTCAATATCATTCTCACGATTACCCAACAAGCCACAATTAATTTTTACTTGGTGGATACTCAGCTTTCGTAAGTATCGTAATGACTCATAGCTGCCTGAAAAATCCCCTATCGCGATCTTTATATTTAAAGATTTCAGCTGATCAATAATCGCTTTTGCTCTTTGGCTAGCAGATAAAATTAGCGCTTCTTTAAACTCGATAATTAAAGAATTTGTATTAATACTATATTCTTTAGCTTGTAAAACAATGTAGTCAATTAATGCCGGTTCAAGTAACTCTTTACTAGCAAAGGTAATGGTTACTGGCCTTTCAAAGCCTACCTTTTCTAATTGAGCAATGGCCTTACATGCTTCAATAATCATCTGCTTTGTTAATAGATAGATATCGCCACTATGCTCGGCAATGTCAACAAATTGGTTGAGTCCACGCGGTGCTTTATCATCGTTATACCAATGCACCTCCATGTGAAAGCCGACAACTTTTTTATTCGCTAAACCTATTTGTGGTTGTAAATACCAATGTAATTTTTCATCGGCTATATCTTGTTTTAATTGCTCCATACGCTGTAATTGTTGTTCGGTATAAAGTGCACTATTGTGGTCAAAGTAACTAACAACCTGTTGATTTTTTTCTGAAACGAGCAAAGCATCTTCAGCAAATGAAATAACCTCACTGACACTATTACTGTATTCCCCTATATAAGCTGCACCAAAAGCCAATTCAAAATTAAGAGAAAAACTTTTGAAACTCATTGCACTGGGTACAGCAGCCATAAGCTCACGGCAAAGTTGATCAACTTTAGTATGGTCAGGGTAGTTGTCAGTACTCAAGTCTAGCACGACTAAAAAGTGTAACCCTTGAAGCCGAGCGATTTTTATCGGTGTTTGTTCATCTGAAAAGTTAACCAATAAAATATTTTCAGCGACTTTCTTCTGTAAACAATACGCTAATTGTAATAATAAAATATCAGAATTATGGTGACCTAAAACGGTGTTAACTGCTTGAAAATTTACTGGCTTAAAAACAATACTCACCAAGCGACGCTTAGGCTGCTGCTTTATAACATGGTCTAATTTTTCCAAAGCTTGCTGATAACAGGGTAAATTTGTTGCTGGGTCTAACGAATATGCTGTTAATATTTTTTTACTAATATCATCGCTATTATTAAGTTCGACGCGAATGGCTTGCACTAAATACCAACAACCATTGACCAAAGCGGCTAGATAGGAAATAACGATTGCCGATACTAACCAAACTAGACTGATAAAAGCATTTAACCACGCGAAAAGAATAACCACGAAACAAAGGTGTATACACCACTGTGCCGTTAATCTCACATTACTAGGCTCTTTGATTTTTTTTGATGAAAGCACCGCAACGCCAGCACATGCAAGCACGAGTAAACTTGCCGCCAGCCAAGCTAAATAACCATCAATATTGGGTAAAAACCATAAACTAAAAACAAAAGATAGCGCTGTTGCGACGACAATAAAATTGATGACATAATTTACTTTTTCAGCCGATTGAGAATAAGTGCTTCGTAGCCAAAAAAATAACACCGAAGAAAAAATCATCGCTGATGAAAGTATCAATTCACTTTGATGGCTTTTTGGATAAGCCAAGGCATAAAGCATCAATAAAACACTCAGAGAAATCAGTAAGGGGTAACGAAGACGAATATTTTTTAAGGGCTTAACTAAGGCGATGATTAATATAACAGGAAACATTAACCCCAACACAAAGGCAATATTAAATTCAGTAAAAGAAAAAGAAGCGGCTTGTGCCGTACTCGAAAATAAAAACAAGCTTAACACTACCATCAAAAAACCAGTGAACGAGAAGCGTGTCGAGCGAAAGTGTTTCATATAAAGCCTTTTACCTAATGACAACAAACCTATACGATTGATGAGTTTAACTAGGAAATTAGATCAATTATTGCAATGCCAAACGGGGTTTATCGCTAAACACCATCAGACGAACCTGCGTATTGAAGTAGAACGGGTATATATTAAGACTAAGCAATATAGTGAAGTTTGTATAGGGTGTTTTTAACTAGGCTTATCACAGAAGAAATTATCACCTGAATATAAGCCCATTTAATTAAATTAAATGGCTTTATTACCCGCCACAAATAATTCACTCAGTGGGTTTACGCCAAACTGATAACAAAGTTCCGCCGGTTGCTCTATATTCCACAAAGCAATATCTGCATCAAAGCCAAGCGCAAGCTGACCTTTATTCGCTAAACCTAGTGCTTTAGCACCATAACAAGTAACACCAGCTAGTGCTTCTGCCGGTGTTAATCGAAAGAATGTGCATGCCATATTAAGCATCAGTTGAATATTATGAATGGGTGATGAACCGGGGTTTGCATCGGTCGCAATCGCCATTGGCACTTGATACTTGCGTAATAATTCCATGGGTGGTAATTGTGTTTCACGAAGAAAATAAAAGGCTCCGGGTAACAATACTGCAGTCATGTCTGCAGCTTTCATGGCTTTAATACCGGCTTCATCTAAAAATTCGATATGATCAGATGAAAGCGCATTATATTTTGCTGCTAATGCGGTAGCGCCTAAATTTGATAATTGCTCAGCGTGAACTTTTATCGGTAGATGATGCTTTTGAGCGGCAGCAAAGACACGTTCTGTTTGTACTAAACTAAAACCAATACTTTCGCAAAAAACATCAACCGCATCGGCTAATTTACCTTCGGCAATGATAGGTATCATTTCATCACAAACTAAGTCGACATATTCATCAGGATTATCTTTGTATTCAACAGGTAAAGCATGAGCGCCAAGGAAAGTCCGCTTTATAGTAACCGGCAGCTTTTCAGCTAACTGCCCTGCTACTTTAAGCATTTTAATTTCGTTTTCTGTATCAAGACCATAACCCGATTTAATTTCAATACTGGTCACACCTTGTTGATGTAATGCAGTTAACCTGGGTAAGGCATTGGCTAATAATTCACTTTCACTGGCTTTACGTGTTGCAGATACTGTTGAGACTATGCCTCCGCCAGCATTAGCAATTTCTTGATAACTTTTACCGAGTAAGCGCATTTCAAATTCATTGGCTCGGTTACCGCCATAAACGATATGAGTATGACAATCAACGAGTCCGGGCGTTAACCATTTGCCTTTTCCATCAATAACCCGTACTGATTTTTCATCATATGGGGGTAAAGAAGTTTCAGCACCTAACCAAGCAATTTTACTTCCACTTATTGCTAAAGCACCATTTTCAATCGCACCATAGCTATTAGCGCCATCAGTCATAGTCGCTAGATTTACATTAATGAAGAGAGTGTGCCAAGCAGAAGAATTAATCGTCATAATAGATCCAAAAGGTGATTTAAACGCTAAACTTTTAACCAGCGTTTATATCAAAAGGTGGCGGTATCAAAAGCGTAGTGTTTGATTACTAATAACGCTACTTTACGCGATAGAGAATAGACAAGCAAGCTTGTATATACAACTATTGACATGGGCACTAATAAGTGAGATTGTATATACAAGTTGTAGCGTTGAGACGACAACAGTCTTATAAACAATAAACCTAGCGAATTAACATGACTAAAGTAAAAACAGCAAAATTTACCGTAATAAAGCAGCATATTTGCCAAAAAATTGAATCTGGCGAATGGCAGCAACATGCAAAAGTCCCTTCTGAAAATGAACTCGCTGATCAATTTTCAGTAAGTCGTATGACAGCAAGACGTGCTTTACAAGAACTTACCGAGCAAGGACTACTGATCCGTTCGCAAGGTTCGGGCACTTTTGTTGCAACGTTTAAGTCACAGTCTTCGTTATTAGAAATTCGCAATATCGCTGATGAAATTCAAGAGCGAGGTCATCGACATCACGCTAAACAGCTGACCTTGAAAGCGGTTGCTGTTAACGAAGAAATCGCTATTTTACTTAACTTAAAAACTAATTCAATTAATAGTGTGTCAGTTTTTTATTCTGAAGTACTGCATTTTGAAAATGATCAACCGATTCAACTCGAACAACGTTTTGTTAATAGTGACTTAGTAAAAAATTATTTACAGCAAGACTTCACGCAAATAACGCCTCACGAATATTTATCAAGTGAAGCACCATTAACAGAAGCAACACACGAAATAGAAGCTGTATTAGCAGAAGCCTATATTTGCCAATTACTACATATAAAAGAATCAATGCCTTGCTTACAAGTGAAACGTCGTACTTGGTCAAGTAAAGGAGTAGTCAGTTTAGCGACCTTAACCTCTCCGGGTAATAAGTATCGTTTAGGCAGTCACTTAAAGTTCTAAATAAATAATCATCCTTTTTACAACCCATAGTTAGGAAAATATCATGACTATCGAAAATACCTCAATAGACCCAAGATTAGATACAAGCCGAGTGATCAGAGCAGATCGTGGTAATAAAATCACCGCAAAAAGTTGGTTAACCGAAGCGGCTAAACGCATGTTAATGAATAACCTTGACCCTGAAGTTGCTGAACACCCACAATCATTAGTGGTCTACGGCGGGATCGGCCGTGCCGCACGCAACTGGGCTTGCTATGACAAAATTATTGAAGTATTAAATCGTTTAGAAGATGACGAAACATTAATGGTGCAATCAGGCAAGCCGGTTGGTGTATTTAAAACCCACTCGAATGCGCCACGTGTTTTAATTGCTAATTCAAACCTAGTGCCAAACTGGGGGAATTGGGAACACTTCAACGAGCTCGATAAAAAAGGCTTGATGATGTATGGCCAAATGACTGCAGGCTCTTGGATTTACATTGGCTCACAAGGTATTGTGCAAGGTACTTATGAAACTTTTGTCGCGATGGCTAAGCAACACTTTGGCGGAAGCGCTAAAGGTAAGTGGGTACTTACTGGTGGGTTAGGCGGTATGGGTGGTGCACAACCTCTCGCAGCAACTATGGCTGGTTTTTCAGCATTAGTGGTTGAATGTGATGAAACCCGAATCGACTTTCGTATCAAAACTCGTTATGTAGACAAAAAAGCAAAAACGTTAGATGAAGCTTTAATCATGATCAACGAAGCCTGTGCTAGAGGTGAAGCGATATCTGTTGGCTTATTAGGTAACGCCGCTGACGTTTTTCCTGAATTAGTAAAGCGTGGTATCACACCCGATGTAACCACAGATCAAACATCAGCACATGATCCATTAAATGGCTACCTTCCACAAGGTTGGACCATGGAATACGCAGCAGAAATGCGCTTAAAAGACGAAGCTTTTGTAGTAAAAGCGGCGAAAAAATCAATGGCAGTACAAGTACAAGCCATGCTCGACTTACAAGCGGCAGGTTCTGCAACAACAGATTATGGTAACAACATTCGTCAAATGGCTTTAGATGAAGGGGTGAAAAATGCTTTTGACTTCCCCGGCTTTGTACCTGCTTATGTTCGTCCCTTATTTTGTGAGGGCATAGGTCCTTTCCGCTGGGTAGCATTGTCTGGCGATCCAGAAGATATCTATAAAACAGATGCAAAAGTTAAAGAATTGATCCCCGATAATCCTCATTTACACAATTGGTTGGATATGGCTCGTGAGCGTATCGACTTTCAAGGTCTACCGGCACGTATTTGTTGGGTCGGTTTAAAAGACCGTGCGCGTTTAGCGTTAGCCTTTAACGAAATGGTTAAAACTGGCGAATTATCTGCCCCCGTTGTTATCGGTCGAGATCATTTAGATTCAGGCTCAGTTGCTTCACCGAATCGTGAAACTGAAAGTATGTTAGATGGCTCAGATGCTGTTTCTGATTGGCCATTACTTAATGCCCTACTTTCAACATCTGGTGGTGCTACTTGGGTAAGCATACATCACGGAGGTGGTGTTGGTATGGGCTTTAGCCAACATTCAGGTGTGGTTATTGTTGCTGACGGAACTGACGAAGCAGCTCAGCGTATTGGCCGCGTTTTATGGAACGACCCTGCGACAGGTGTTATGCGTCATGCCGATGCGGGTTACGATATAGCCGTTGATTGTGCAATAGAGCAAGGCCTTGATTTACCTATGATTGAAGGCGCTAACGGTAAGTAACTTTTTCTTCGTGGCTGATGTAATGACTTAATGCAGCCACATTAAAGAAAACTCATTTAACGAATTAATTAGAATTAACGAGAAATACATGTCAGATATAAGCACATTAAACATTATTCCAGGGCAATTAACCCTAGCGCAATTACGCAACGTCGTTAAATACGAAGGGATTCAATATAGCCTTGACGAGAGTGCCTTTGATGCGATTCATCAAAGTGCTGAAGCGGTACAACAAGTTATCCGTGAAAACCGTGTCGTTTATGGTATTAATACCGGCTTTGGCTTATTAGCCAGCACACGCATAAAGACAGAAGAGCTAGAATTATTACAACGCTCTATCGTACTTTCTCACTCAGCAGGTTTTGGCGAATACATGGAAGATGCCACAGTACGCTTAATGATGGTATTAAAAATCAATTCATTGTCACGTGGCTTTTCAGGCATACGTTTAAAAGTCATCCAAGCCTTAATCACTCTGCTTAATGCTGAAGTCTATCCTTGTGTACCCAAAAAAGGTTCAGTTGGCGCATCTGGCGATTTAGCGCCACTTTCACATATGGTTTTACCTTTACTAGGTGAAGGTGAAATGTCGCATGACGGTGAAGTCATTACCGCCCTTGAAGGTTTAAAAATTGCAGGTCTTGAACCAATAACACTTGCCGCTAAAGAAGGTTTAGCGCTTCTTAACGGTACACAAGCATCTACGGCTTTTTCTTTGGAAGGTTTATTTCACGCTGAAGATTTATTTGCTGCTGCTGTGGTTATTGGCTCAATGTCTGTTGAAGCAGCATTAGGTTCACGTGCTCCTTTTGACGATCGCGTTCACCAAGTACGTGGCCAAATAGGCCAAATAGATGCAGCAACCGCTTACCGTTATGTTTTAGATACAAACTCTGAAATTGGTGGCTCTCATGTTGATTGTGAAAAAGTACAAGACCCTTATTCATTACGTTGTCAGCCACAAGTGATGGGTGCCTGTTTAACGCAAATTCGTCAGGCCGCTGAAGTGCTTCATATCGAAGCCAATGGAGTAACTGATAATCCATTGGTTTTTGCCAATGAAGGTGATTTTATCTCGGCAGGTAATTTCCACGCTGAACCTGTCGCTATGGCCGCTGATAATTTAGCCCTCGCCATTGCCGAAATAGGTTCGTTGTCTGAACGTAGAATGGCACTATTGATTGATGCAAATTTAAGTAAACTTCCTCCCTTTCTTGTAGATAACGGCGGTGTTAACTCAGGTTTTATGATAGCTCAGGTGACCTCAGCAGCTTTAGCATCAGAAAATAAATCGTTAGCTCACCCGGCTTCTGTTGACAGTTTACCAACGTCTGCTAACCAAGAAGATCACGTATCGATGGCTTGCTTTGCTGGTCGTCGTTTAGCTGATATGGCAGAAAACACCAATGGTGTCTTGGCCGTAGAGTATTTAGCTGCCGCGCAAGGTTTAGACTTTAGAGCTCCTCTTAAAGGTGCTGAAAAAGTTGAATTAGCCAAAGCTATTTTACGTCAAGAAGTAAGCTTTTATGATAAAGATAGATACTTTGCACCCGATATTGCACAAGCCTCGGATATTATTGCTGATGGTGAATTAAATCAATTAATACCTGCTGGTACACTACCAAGCTTCTAGTATTTAATAACAATATAAAAATAAAGCCCGTTAATGAAAATTAACGGGCTTTATATGTTCAGGATGAACGGTATGCCATGATCACATGGATGTGAAAGAATGGCGATGTTCAGGATGAACGGTATGCCATGATCACATGGATGTGAAAGAATGGCGATGTTCAGGATGAACGGTATGCCATGATCACATGGATGTGAAAAAATGGCGATGTTCAGGATGAACGGTATGCCGTGATCACATGGATGTGAAAGAATGGCGATGTTCAGGATGAACGGTATGCCGTGATCACATGGATGTGTAAGAATGGCGATGTTCAGGATGAAGGGTATGCCGTGCTCACACGGATGTAAAAAGTAAAGCAACATCTATTACTGCTAGGTATCCACGCATTCATCTTATTAATACTCCCCTGCATATCAATGTTTGAGACAAGGATATTAGAGAGTATCAGGGCCAGACTAACGTGGGGAAGTTACCCGATAACCTAGACTTAACTAGAAAATATAATTCAATAACAAACTTGACATAATATGTCGAGCTTGCTAACTTTATTTTTACATAAGTGATCATAAATTTTACCTCTTCATAATAATATAACAACAGTATCTATATTTTTTTAACCTGTTAATCTATTGAAGTATTAATAACAAGGAGTTAGCGGTGGAATACATACTTTACTTTGAAACATGGATTGTTCTAGCCATATTATTTGCTTGCGCAGAAATTTTTGTTCCCGGTGGTATCCTCTTAAATTTAGGTATTGCCTCATTATTAGTCGCTATTGGTGTACAACAACAATTACTCGATACTTGGACTCTAACTTTAACGACTTGGTTTATTCTTGCTTCTTTTTTACTATTTGTACTTTATTTTGTCACTGAGCGGTTTTTCAGTGGTGAATATACCGTTGAAAATATTTATGAAGAACTAGACATATATGGAAAAGAAGTAACGGTTATAGAAAAAATTGGACCAGGCACTCATGCTGGTCGCGTAGAATTTCAAGGCACTACTTGGACAGCACTGAGCGACGGTTCAGAGTTACAAGAAGGTAGTCACGCCACTATTGTTTGTAAAGAAAATATCTCTTTGGTTGTTGAACCGATAAAGTAACAACAACAAAACTATCATTCTAACTAAAAATATGGGAGCAACCTATGCTAGCCACACTCACCTTTGTCTTTCTTGGATTACTGTTTATTGTTGTCAAACTGGTCCTTATTGTGCCAATGAAAGAAGTTTGTATTATCGAACGTTTAGGTAAATTTCGCGCAATAATGCAACCTGGATTACATTTTCTTATTCCTTTTATTGACCGCGTCGCTTACCGTCATGAAACAAGAGAACAAGTCTTAGACATCCCTTCTCAAAGCTGTATATCTCGCGATAATATTCAAATTGAAGTCGACGGCTTAGTTTATATTCAAGTTATGGACGGTGCCAAAGCCAGCTATGGTATAGAAGATTACCGCCGAGCTTGTGTGAATTTAGCGCAAACTACTATGCGAAGTGAAATTGGTAAGCTAAAACTCGGACAAACGTTTTCAGAACGAGACACCCTTAACGAAACGATTGTCCGTGAAATAGACAAAGCATCAGATCCTTGGGGCATCAAAATGTTGCGTTACGAAGTTAGGAATATCACCCCTTCTGCTAATGTCATTCATACCCTTGAAAAACAGATGGAAGCCGAGCGAAAAAAACGTGCTGAAATTACTTTAGCTGAAGCTGACAAAGAGTCGACAATAAATTTATCAGAAGGTGAGCGTCAAGAAGCCATTAATATTTCAGAGGGTGATAAACAACGACAAATTAATGAAGCACATGGTTTTGCAAAAGAAATTGAAATACTAACGCAAGCCACCGCAGAGGGCATGAACATGATTGCCAAAGCGTCAATGACTCCGGGTGGCGACAAAGCAATAAAAATGCGTTTACTAGAGCAATTTATTAAACAAACTGGGTCTATTTTAAAAACTGCAGATGTCTCAATTATGCCCGCTGAAATGGCGAAATTAGAAGGCTTTTTCGAAGGCATGGACAAAGTAACTCAAACCGTTCAAGGAGCAAAATAATGATCCAGCAAACTATAAGTAATATTGGTGGCAGTAACCTTGATATCGTGGTGCTGGCTATTTGGGGCGCTATATTTCTCTTTCTAGCCTACAAATTCGTACAAGCTATTTGCTTAGTACCAACAAAGTCTGCCTATGTCGTTGAACGTTTAGGCAAGTACCGCTGTACCTTAGAAGCAGGCTTTCATCTTTTATTGCCATTTATCGACCGTGTGGCTTTTATTCAAGATTTAAAAGAAGAAACAATCGACGTACCACCACAAGAATGTTTTTCAAAAGACGAAGTGAATGTTGAAGTTGATGGCGTTATTTACATCGAAGTCATTGATTCATTAAAAGCAAGCTACGGTATCACTGACTATCGTTTTGCCGCGATGCAATTAGCACAAACCACCACGCGTTCGGTTATTGGTACCTTAGATTTGGACAGAACCTTTGAAGAGCGTGATGTTATCAGTGCTAAAGTGGTAGAAGTATTAGATAAAGCAGGCGAAAGTTGGGGAATACGTGTTCATCGCTATGAAATAAAAAATATAACACCACCTGATACCGTTAAAAATGCCATGGAGTTAGAAGTTAATGCAGAGCGTGAACGCCGGGCAATTCTAGCAAAAAGTTTAGGTGATAAGGCGAGTCGTATTAACCGTTCAGAAGGTTTAATGACTGAAATGATCAATATTTCAGAAGGTGAAAAACAACGTCGTATAAATTCTGCGGAAGGTAAAGCGGCACAAATAATTGCTATTGCGCAGGCAACGGGGGATTCAATCACTAAAATAGCGATAGCCATTGAGCAACCGGGTGGACAACAAGCACTTGATTTACAATTAACCGAGCAGTACCTTCAACAAATGCAAGGCTTAAGCCAGGCAAACAGAAAAGTTATTTTACCAGCAAACTTACTTGATTTTAAGCAGTGGTTAGCCGTATCAGGTATTAAATAATAGCTAAGCTTCAAAATAGTAGAATAAATAAAGCACGTAGTTAACTCGCTTTTTAACTAGGTGCTTTGATAAATAAATAACATTATGTTATTAACTTGAAAATAAAAAAAAGCCAATGAGTAATACCATAACCACTGAGCCCACCACAAAAAAATGATTACCCATCGTGAGTTTTTTTTCTGCTAAACCTATTCGAATCTTAGTGACGACAATATAAATAAGGGCCGCAATTAAAGCAGTAATAAAATGAGTAAGTAAGGTATTAAGTTCGCTATTTTGTTGCCACAAAAACACAATGCCTCGTTTGTTAACAAAAAATAAGTTTAATAACGAAATATGCAACCATAAAACAAAAAACAACTGAGTGGCTTTGTTAGTTAACCAAGCTTTAAGCATCTTATAACCCTGCAACCGATTTATATAACCAAACAATTAAATCATCATGAGTAAATTGATAAGTAAAACTATTACGCAGTTTTGCATCATTAATACGTTTACCAAAACGCATTGATGTTTCAAACGAGAACTCTGGCAACGGCAAGTTTAAAGCCTCAGCTGCCGCATGGTAATAATGTTGTTTAGATGTTTCCGTAGCGCTGACCGCGTTATAAATACCCCTAATGTTTTCATCTTTAATGATCTCCATTAGAACACCAACCGCATCGTCCTGATGGATTAGATTGATAAAGGCTTGTGGGTCAGAAAGTAATTTTCTTCCTTGTAAAAACCTACCGGGGTGGCGCTCAGGCCCAATTAATCCGGCCAAGCGCAATATAACTGTTTCGCCTGAAAAGGCCTCTGCTGCTTTTTCGGCGCGAATAAGAGTAGCCACTTTATCAGCGTTCATATCTAGCACTGATTGTTCATCAACTAAACCTGACAAACCATTATAGACAGCAGTACTACTTAACAAGACAATTTTTTTTACACAGCCTAGTTCAGCCATTTCAATTAACTGGGCAACTTTTTCAGGGTAATCGCTTCGCCCTTGGCGTATCTGTGGTGTTATAGAAATAATAAGCGTATCGTGACCAAAAACACTTAACACTGTTGATTTAGGATCTTCAACAGGTAAAATCAAAAGCTCTGTATCTATTTGCTCTTTAGCTAGTCTTTGCTTTTTCTCTTCACTTTGTACCGTTACGGTGACGCGATATTGTTCTCTCAATAATTGCTTTGCTAAAGCGTAGCCAAGCCAACCACAACCTATAATCGCAACATTTTTTGCCATCGTATTCCCTTAATTTATTAACGATTCTTTTGATGATGTTCTTTAATTTTACTGACAACGTCTGTTGAAATAGTATTAGGAACAGGTATAGAAAGATTATACTGTAAAATTTTCCAACCATTAGACGTCAACTTAAGCACACCAGAGCCCCGGCATTCGCCATAGTGACTATTGTCGAGTAACTCGTCAAAAAATGCCAATTGCTCGCTATTATTTGCTGATGCAATAAGCGTAATATTTCTTTGACGAGATTTATAGCGCCAACCTTGTCCTTGACTAAAATAAGGAGTAACAAACTCAGTAAATTGTTCTTTTGTCCAACGCTCTTGACCATCAGTGCCTAAAAATACGGCTTGCTCATCAAGTAAATCAAGATAAATTTTTTGGTCAGCATCGCCAGCAGCTTGATGAAAAGTATCTAGCACTTTATCTATGTCGCTGTTTGCAAATACACTGACGTTAAAAAAACAAAGGCCTATAAGGCAAACTATAATTTTTATCATGGTATCAAATCCTAAATTTGGCTTATTTTGGTAGAACAAAATATAAGCCATTAAAAGTTGCGGCTACTTTTTCTCCACTCATTACCTGAACTTCAACGCAGAGTTGTCTTTTTTGCTTGGTCAATAAGTTATCAATACTGCCTGAGCTTAATGAGCGTCCTGTTTTTGCAAAAGCTATCCCTGCTATTGGGCTATGATATCTAATCTTGGCATCAGCTAACACTATATTGCCCTTAAGATTATTCTGTTCCATTAACAAATAAACCCAGCCCCATCCCGTTAATGTTGCTAGTGTGTAGATACTGCCCGCAAACATAGTATTGTGTAAATTTTTATTAAAAAGCTCATCACAAGTCGTGACTAAATTTTGTTGATCGTAATAACCAACCGTCACTTTCATCGCTTTGCTCATTGGTATAGTGCTATGCCAAGTCTTTTGCAGTGCTGTTGATAGTTCATCACAATGAAAATCATCGCTTACCAGCGTTTTTTCCATATTGAAATGCTTAATTTTATTGAATAATAAGTGCGAAAAGCCAATGTTTTTATAAGATTGTTTTTCATAGAAGCTGATCGCTTGTTCCCGTGCTTTCAAAGAGAGCTTAGTGACACCTAAACGGCTCGCAAACTGTTCAAGGGAGAGTATTAACTGTTGTCCTAACCCTTTACCCTGAAAATCATCAGCAACCGCCATATAACGGATTTGCCCTGCTAACAAGCTACAAAAGTGAAGACGGGCAACAGCGATAATATTACCTTTATCATCAAAAATGGCTCGATGAATCGCTTGCCTCTCCAAGTCATCTTTTTCACTTCCTTGTTTTTGTTGTGATGGTTTACGTAATATTGTCCAGCGTAAGTGGTAGTATTGGTCAAATTCTTGCTGGCTTATGGGTGCTCGACACTCAAACATTGGTTATGCTTACCTATAACAATTGAAAAGATTCGTTCGTATACGCTATTATGAAATTAGTTAAAAATATCCAACAGGGTCAATTAAGTTACTACACGCAAAATGATGACTCCATTTCGGTGAGTGAAAACCAACACTATCGTTGGTTAGCTTTTGATAATGTCGTGCAAAGCATGATGCTAAAGCGTAAGCCCTCACAACTCACATTCCCTCATCAAATCAGCTTATTATCACCTTTACTTTATTTTCGCCCTAAAAAAGTTGTTGAGTTTGGCTTAGGTGGTGGTAATTTAGCACGATTTTTATTACATTATTTACCTGATTTAACCTTACACACCATTGAATATTCGCAAGAAGTTATTGAATGTTTCGAACGCTTTTTTAATCCACAAGCGACCAAAGTTAATTTACACCATTGCTCGGCACTAGATTGGCTTCATCACCATAAAAAAATGAAACCTGATTGGTTTATTTGTGATATTTACCATAAAAATCAGTCAATTAATGACTCATTAATTTTAACCAAAAATATCTTAAAAAAAGTAGACGAGCAAGCTGTTTTATCACTTAACTTGCCAAGCCCATCAAACGAAGAAATTAATTATTTTCTCGCCGAATTAAAAGTGCTCGCTCCAACTAAACAGCTAGTGTACTTTCATATTCCTCATTACTTAAATGTTATTATTCATTTACTGCCCTACGATATGTTAAGTCAAGCTGAAGAGAGTTTACTTGCTAACACCGTGCTACCCGCGAGAACATTTAAACGCTGGCGTAAATATTGGCGACATGGCATGCAATAGTTCATTCCACTTAGCAAGTGAGTGTAAAGGTAACGGGACCATCATTGACTAGTTCGACTTTCATATCGGCACCAAACTCGCCCGTAGGCACGGCAAAACCATGACCACGCAATTGTAAACAGAAATAATTATATAGTGGGATGCTGACTTCTGGTTTAGCTGCAGAAGTAAAGCTTGGACGCATACCTGAACGGGTATCAGCGGCTAATGTAAATTGTGAAACAACTAAAATTTCTCCGTCAATATCACTAACATTTAGGTTCATTTTTCCTGCATCGTCTTCAAAGATACGATAACCGGCAATCCGTTGCGCTAAGCGTTTAGCTTTAGTTTCGTTGTCGTCAGGCTCAATGGCAAGTAAGACTAAAATCCCTCGATCAATTTTCCCTATCACTTGTTGATTAACCGTAACACTTGCTTGTGAAACTCTTTGAATAACTGCGATCAT

Protein sequences of DBSCAN-SWA_4

>NZ_CP014944|1968117:2043897|2017603_2018140_-|WP_083278149.1|DBSCAN-SWA
MAENLAKERAIISRAQQGDQQAFYQLYQQYHRKVYAICWRMLADKDSAEDVCQEVFVQLWQKIANFRGESKFSTWLHSVTNNIVLGHLRKHKNWLQRIFSIEDQTMADIAVEMPDSAGLTELDKHIARLPERARLVFVLFAVEGYRHEEIANMLGMAIGTSKAQYHRARNLLMEWIEI
>NZ_CP014944|1968117:2043897|1985250_1986405_+|WP_070374975.1|transposase|DBSCAN-SWA
MIKHNILFIGLDTHKTFTEVAYIEDQRGAKSTHLGKILSNKAAFKKLARQLQSKYPDATLHFVYEAGPCGYWIYRFLTSLNHCCYVIAPSLIPKKPGDKIKTDKRDALKLAKLLKSEDLTSIYVPEPEDEAVRDLSRARETGMKDLKDAKYQLKALLLRNNINSKIKDNWSLQHLRWLAELVLPHPCQQIVLQEAVLTITERLKRLKRLDNELTHQVKNWRFYPVVKAIQALRGVRLLVATGVIAELGDLSRFDHPRKLMSYLGLVPSEHSSGDKRHLGAITKCGNSRARRLLVEGAHSYKHNANISKEMQLRQEGLSKEIIDMAWQAQLRLCRRYQRLMHKGKHRNVVVTAIAREMIAYIWAISREVVLPKIDVKLRISRVPA
>NZ_CP014944|1968117:2043897|2018381_2018594_-|WP_070374999.1|DBSCAN-SWA
MKDGIHPNYVEFKATCSCGNIIVTRSTAKKDIHLDVCSACHPFYTGKQKAAETGGRVDKFNKRFGALSSK
>NZ_CP014944|1968117:2043897|2023824_2024190_+|WP_070375004.1|DBSCAN-SWA
MKIIQFTLDRKQNKLTLNFDSNLQLSFSFEYLRVFSPVETKAKNGVKIPEVFHKKDVLLTDIEPLGKHGHRLVFDDKHSAIYTDQTFKNLFENYDINWQSYCSSLTTSQNREASISFVEVK
>NZ_CP014944|1968117:2043897|2002828_2003158_-|WP_070374987.1|DBSCAN-SWA
MKLINSILTVALLSIPSISLADEYKITNIDISRSLDCSGHFIEVPDDVILKHIGFIGKHCKIQLVHSKNISLSGKKVVIAQMESDVKNTYGGSSFTTSGINSIESYIIK
>NZ_CP014944|1968117:2043897|2009743_2012095_+|WP_070374993.1|DBSCAN-SWA
MKYSIKSALICLFVVASGSAIAKNTISSDKFRQLEESLPTPNTYRTASGAPGHQYWQQQVDYKINIQLDDKTQTLTGSETMSYTNNSPDTLRYLWIQLDQNRLKRDSDNRLTATAPSKKITYSGLRGAIESTEFDGGNTITAVTASNGSALDYVINGTMMRVILPKALKSGDDVELNIKWNYKLHEQKVLGGRSGYEYFKEDDNYLYELAGWFPRAAAYYDVMGWQNKQFLGNGEFTLEFGDYDVKITVPADHIVAATGELQNESKVLTKTQRKRLEQAKNAKKPVLIVTVDEALENEKSRSTKTKTWHFKAKNVRDFAFASSRKFIWDAQGYKEGGTDTMAMSFYPNEGNPLWEKYSTEAIIHTMQQYNKYTFAYPYPVSISVNGPVGGMEYPMITFNGPRPTLDKETGEKTYSRGTKYGLVGVIIHEVGHNYFPMIVNSDERQWTWMDEGLNTFLQFLAQQAWEEGYPSRRGHAADITNYMKSTNQVPIMTNSESILQFGNNAYGKPATALNILRETVMGRELFDFAFKEYAQRWMFKRPTPSDFFRTMEDASAVDLDWFWRGWFYTTDHVDIALGNIHLYRPDSQNPDTEAAWNRALESEKPTFISDLRDKGQWLRTTDKPELLDFYNEHDKFTATNKARNTYNSANKKLEQWQKDLLVDERNFYIVDFENKGGLVMPIIVQLTFADKTTEQVHIPAEIWRKNSKNVSKLFITDKEITAIAIDPNWETADVDVNNNYWPARPIKSSFELYKRKKKDMMRDYNVKLKSADDEKEDKEEEDK
>NZ_CP014944|1968117:2043897|1978646_1979153_-|WP_070374969.1|DBSCAN-SWA
MSTVLSISNKIFSLKGQMFIDDENGERCYEAKGEFALFCPIWTLKNSVKDLATVKRKLWSWSPTWNVESTIGDFIIKRKLFSWTRAYNVAGGLYDGAVIKGNVWDLKFEISYKDECIASAKSKILSLRDTHNILVHETNNDAELFTTIIMVALHLDQKDDKNDSGSSD
>NZ_CP014944|1968117:2043897|2018849_2021066_+|WP_070375000.1|DBSCAN-SWA
MQVSYIQVAIPVPMRQLFTYIVPKTISNDEIQIGARVIVPFSHREVIGIIISASEVCDIDDKKLKPIIGLVNDNFRFPPALLKFLLRCADYYHHPIGDVLQLALPVLLRQVEQPTIDLATTWHCFLLEQDSEEKLLLEKIVKRAPKQAELHNVIKTHPGLTWAEIRTLGYTKAQLNTLEKKKLIEERQQKAETFVYHQDALAENEKLTLTVEQAVIVSAVKASFDQFSCHLVDGVTGSGKTEVYLQAMEKTLAANKQVLVLVPEIGLTPQMLSRFEQRFNLPICLHHSGLNDKERLQTWLAAQRGTAAIIIGTRSAVFAPLHHLGLIIVDEEHDGSFKQQDSFRYHARDIAILRAGQLNIPIVLGSATPSLETLQNALSGKYQYHQLTKRPGQSTQAKISLINVAQQQMEHGLSGTLKKAIETTLKRGEQALIFLNRRGYAPAINCQECHWVADCQRCNKPYTLHQGKKLLICHHCSSQKRIPYQCPSCGSVRIKPMGQGTEQLEERIGELFADYSTVRIDRDSTRKKGELAKLLQEVSDKKHQLLIGTQMLAKGHHFPDVTLVAVLDVDGALFSFDFRAAEHMAQLLVQVAGRAGRESKPGKVLVQTNFPEHPLLQDLVNNGYPHFAKYALTERKQALLPPFSYQALFRAEANYPSYPEKFLSALTEFTFDGCQFAGPVPAAMEKKAGKYRYHLIVQAKSRKQLHLAIYQLINAISQNEWQKKVRWTVDVDPLDLSW
>NZ_CP014944|1968117:2043897|2026282_2028283_-|WP_070375006.1|DBSCAN-SWA
MLGEKDVYHGLLFSVEALVFGLLAIFFLLYSRGIGRQYVTYWAVSLFSLSAHQLCLAIETQLNDLSVIALEKVLLTVGIQVSFYFHLCALLLGIYSAVSKQIISKKITNSIFILSALFALTATLLYGFEVNEVYNRFYLRESLPAFVMGCGLLLTAFYLYNLPKKYFSAHILIVYSLIMGGRYVLFSFLSIVLINEYWFRPLAEVLIYFDLGAFTLLAFTLLIWMQGAERSIATSAMNKAQYLGKHDSLTGALNRQQVMEKLPLIIEKTASNQQNLAVFLLDIKGFKFVNDTYGLKVGDAILGEIARRLDESIFLPQVVGRLSGDSFVFIIDGVDEKQQAAAIEHLHGLISRAYHIKQHKVLLQCSVGYCLYPEDGGLAEDLLQKANLALAQAESQNVATVKYKTGMQSHGRRLLAMEKEIRDGFENNEFVLYFQPQLNLLNNRIEGFEALVRWQHQERGLLQPASFLPDIESLNLLSDLDSYVLERACQTIARLQKAYHRRVTIAVNITAVEFQDPKLIENIQALLFKYQITPRCLDLEITENVVMTEIATAMNTIVILQNMGIKVSIDDFGTGYSSLAYLRKLPIDKIKIDRSFIEEVASNDSDLTIVKSMVELSHGLGKRVLAEGVETEEQLRVLRNIGCDAVQGYYISKPIPEEALKKYFSR
>NZ_CP014944|1968117:2043897|2043459_2043897_-|WP_070375020.1|tRNA|DBSCAN-SWA
MIAVIQRVSQASVTVNQQVIGKIDRGILVLLAIEPDDNETKAKRLAQRIAGYRIFEDDAGKMNLNVSDIDGEILVVSQFTLAADTRSGMRPSFTSAAKPEVSIPLYNYFCLQLRGHGFAVPTGEFGADMKVELVNDGPVTFTLTC
>NZ_CP014944|1968117:2043897|2008099_2008255_-|WP_157470921.1|DBSCAN-SWA
MMNVNEFDRMNTLSEKILSSTASAHEIAEFTVLLNLWKSSEKFNLVIDLPQ
>NZ_CP014944|1968117:2043897|2016095_2017046_-|WP_083277951.1|DBSCAN-SWA
MRVFQKVITMMLFSATCSSFAGEQIDKSLLVSDVSSVNIENLRGNITVIGWDKNTISIKGELEDDAEGLVFKQQGSRVKIKVELENHSNNFWGNNAKGSVLTIHMPKNIRVSFEGIASDINFENLHASAEAKTVSGNIKAVNLSERIELISVSGDINSSKLSGKVSLSSVSGNIKDRQSRGRLSLRVVSGEIDAQSTAKEVTIENVSGDINVGLNETDELTVANVSGDLSARLSLNDGGVVKMSSVSGGLSLKLQKNVQASFRLSASAGGEITNKITTQKSNKAKYGPSSKLDFETGSANANVRVNTVNGNISVSN
>NZ_CP014944|1968117:2043897|1998638_1998938_-|WP_070374982.1|DBSCAN-SWA
MPKLSKEQFRLLLWLTLPSSFFEVTSDHHLHDVLYNGLHNYKDEKGERYKFDIRTLQALAANKLVDFDTVYYCGLEWTRYTITDAGKLLTLNMTADCYV
>NZ_CP014944|1968117:2043897|1977590_1978274_+|WP_070374968.1|DBSCAN-SWA
MKHKIIIALGMLVLGGCASTTPTKTTEQAYMVIDVQGDSSIRESVLDTVIKTAQENMDSLTVSRGLPPSSLPEKASRFELVSPFANTQLGGMISGFSALSQASGGASMKIPSCKDPILTMKSDSSVRGWSEKTSFFICVVQYKKGYHVDVYTTFEKQSGGLSVNALSRTLASSLVGDTSQKIPQTMKRLKDALALLKTETKVVDSYIPTKWKGLFADDTSALTAASE
>NZ_CP014944|1968117:2043897|1996891_1998646_-|WP_070374981.1|DBSCAN-SWA
MFNKSKIVSCIEGAVVHEVIAPYLTGTDKLNDDFLIQRLSMFSYSIQAIILKNGFDQKTVKERNIYIRKSTDDLYALLPKKLSHLFFSHDNNIQTLAKECSTYCRKVIIDPQNETFLTLQHDKTVNGKNRTNKGDIRTNPLSKNSVNEKSRSLNSVNGISTLYKNFTQEERSFVYEYLARYVTTFNIEPPKSTNIIKVSGCLKRLADNRWWLRRIRTMINQANEKAAILLNLVNSKKQIYSSDITTKNRLTQIARNEQLLSSHYIINDEGQRFSLKEISDMNVSNPEVKKAELINRCRGFEDLSEEFGHDGLFVTITCPSKFHRAYSKSGAKNPKWDGSMPDEAQRYLNKVWSRIRAELKRKNISIYGFRVVEPQHDGTPHWHCLFFTEPTSLKNLEQIIRLYSLQEDGDEKGALENRCDFKKVDPKKNATGYIMKYIVKNIDGKGLVKDKFGNDSITTAIRINAWASCWCIRQFQQIGGASVSVWRELRRLKASIFPDSILEKARVAADTSNWNGYIKAMGGIFTPTRNHPIKLHYDVNINFDTGECSQSYYDGELVTKVKGLIFEGKAFITRTMSWRLQRVL
>NZ_CP014944|1968117:2043897|1975825_1976380_+|WP_070374967.1|DBSCAN-SWA
MKLSETFELLMLEHDGQFHIPLNYVATRYFKMESAAFKKHLNSGALPKDFTNSVELNVVPTRSLANLFEYLKKEKEQIIMCNRTKNSQKSNDMTNDLNPMGRWMLMSSLMQQYGTAIIPYTRIAADYLNWKSEKTAMAKYNDGTVTKLQLVTIQSNVGRKQPVFVAVQDLADFLLSNRNVAILN
>NZ_CP014944|1968117:2043897|1991168_1992056_+|WP_070374971.1|integrase|DBSCAN-SWA
MNQLQEQHYNFLYEQHLINLRLQGKRPSTIDAYARAVRRITAFFDKTPDTLTMADLKQYFNSLIQTHSWSTIKLDRNGLQFFYRYTLNKQWEWLSIVKPPQVKRIPDILTVKQVSDVINQTKQLRYQVFFMSLYSMGLRLSEGLNLTIHDIDKSTMLVHVREGKGGKDRMVPMPEHTLLALRNYWTTHRHALLIFPGLHVNAKTHMDKGGVQKSLKKVLRDCRIQKLISPHSLRHCFATHLLEQGLDLRSLQQLLGHASLNTTARYTQLTKVKQRDMSRAVNKLTDKLNITWSVK
>NZ_CP014944|1968117:2043897|1984866_1985121_-|WP_070374976.1|DBSCAN-SWA
MLVAFIIVLLFLSFKFGYIVLDRKVFRFQVSHILKRGRINNIREYRVIHNYIEMLFENDPDSFEVNPSLPLLNKMMNDFGGTNT
>NZ_CP014944|1968117:2043897|2003302_2003656_-|WP_070374988.1|DBSCAN-SWA
MSELEQTISLSNKDSEAKTNALIAYGLMGVGLFTGIFWIIGAIWAMVKKDDAVGTLFEDHYSNIIKIFWWGLGLSVIGFVLIFFVVGYFVLLAVWCWSVFKLIKGFAKITSNKPYNS
>NZ_CP014944|1968117:2043897|2031408_2032641_-|WP_070375009.1|DBSCAN-SWA
MTINSSAWHTLFINVNLATMTDGANSYGAIENGALAISGSKIAWLGAETSLPPYDEKSVRVIDGKGKWLTPGLVDCHTHIVYGGNRANEFEMRLLGKSYQEIANAGGGIVSTVSATRKASESELLANALPRLTALHQQGVTSIEIKSGYGLDTENEIKMLKVAGQLAEKLPVTIKRTFLGAHALPVEYKDNPDEYVDLVCDEMIPIIAEGKLADAVDVFCESIGFSLVQTERVFAAAQKHHLPIKVHAEQLSNLGATALAAKYNALSSDHIEFLDEAGIKAMKAADMTAVLLPGAFYFLRETQLPPMELLRKYQVPMAIATDANPGSSPIHNIQLMLNMACTFFRLTPAEALAGVTCYGAKALGLANKGQLALGFDADIALWNIEQPAELCYQFGVNPLSELFVAGNKAI
>NZ_CP014944|1968117:2043897|2042696_2043449_+|WP_070375019.1|DBSCAN-SWA
MKLVKNIQQGQLSYYTQNDDSISVSENQHYRWLAFDNVVQSMMLKRKPSQLTFPHQISLLSPLLYFRPKKVVEFGLGGGNLARFLLHYLPDLTLHTIEYSQEVIECFERFFNPQATKVNLHHCSALDWLHHHKKMKPDWFICDIYHKNQSINDSLILTKNILKKVDEQAVLSLNLPSPSNEEINYFLAELKVLAPTKQLVYFHIPHYLNVIIHLLPYDMLSQAEESLLANTVLPARTFKRWRKYWRHGMQ
>NZ_CP014944|1968117:2043897|2041755_2042646_-|WP_070375018.1|DBSCAN-SWA
MFECRAPISQQEFDQYYHLRWTILRKPSQQKQGSEKDDLERQAIHRAIFDDKGNIIAVARLHFCSLLAGQIRYMAVADDFQGKGLGQQLILSLEQFASRLGVTKLSLKAREQAISFYEKQSYKNIGFSHLLFNKIKHFNMEKTLVSDDFHCDELSTALQKTWHSTIPMSKAMKVTVGYYDQQNLVTTCDELFNKNLHNTMFAGSIYTLATLTGWGWVYLLMEQNNLKGNIVLADAKIRYHSPIAGIAFAKTGRSLSSGSIDNLLTKQKRQLCVEVQVMSGEKVAATFNGLYFVLPK
>NZ_CP014944|1968117:2043897|2033643_2035347_+|WP_070375011.1|DBSCAN-SWA
MTIENTSIDPRLDTSRVIRADRGNKITAKSWLTEAAKRMLMNNLDPEVAEHPQSLVVYGGIGRAARNWACYDKIIEVLNRLEDDETLMVQSGKPVGVFKTHSNAPRVLIANSNLVPNWGNWEHFNELDKKGLMMYGQMTAGSWIYIGSQGIVQGTYETFVAMAKQHFGGSAKGKWVLTGGLGGMGGAQPLAATMAGFSALVVECDETRIDFRIKTRYVDKKAKTLDEALIMINEACARGEAISVGLLGNAADVFPELVKRGITPDVTTDQTSAHDPLNGYLPQGWTMEYAAEMRLKDEAFVVKAAKKSMAVQVQAMLDLQAAGSATTDYGNNIRQMALDEGVKNAFDFPGFVPAYVRPLFCEGIGPFRWVALSGDPEDIYKTDAKVKELIPDNPHLHNWLDMARERIDFQGLPARICWVGLKDRARLALAFNEMVKTGELSAPVVIGRDHLDSGSVASPNRETESMLDGSDAVSDWPLLNALLSTSGGATWVSIHHGGGVGMGFSQHSGVVIVADGTDEAAQRIGRVLWNDPATGVMRHADAGYDIAVDCAIEQGLDLPMIEGANGK
>NZ_CP014944|1968117:2043897|1980109_1980997_+|WP_070374971.1|integrase|DBSCAN-SWA
MNQLQEQHYNFLYEQHLINLRLQGKRPSTIDAYARAVRRITAFFDKTPDTLTMADLKQYFNSLIQTHSWSTIKLDRNGLQFFYRYTLNKQWEWLSIVKPPQVKRIPDILTVKQVSDVINQTKQLRYQVFFMSLYSMGLRLSEGLNLTIHDIDKSTMLVHVREGKGGKDRMVPMPEHTLLALRNYWTTHRHALLIFPGLHVNAKTHMDKGGVQKSLKKVLRDCRIQKLISPHSLRHCFATHLLEQGLDLRSLQQLLGHASLNTTARYTQLTKVKQRDMSRAVNKLTDKLNITWSVK
>NZ_CP014944|1968117:2043897|1970657_1971047_+|WP_070374962.1|DBSCAN-SWA
MSTAIEFYKIYTRQSRSSWADRARVVLTFDAESKQGVYLHLGDFGINGFSISKQLQTLLPNSLQQQYVDVAHIDIVMHIFNKKIEFYCKEHVIESAFKEVFFLNQDAFFSNSTKNQWEMSYHSFIEHSE
>NZ_CP014944|1968117:2043897|2028531_2029017_+|WP_070375007.1|DBSCAN-SWA
MEYNTSELCNIYADLIDVVDPIFCNYGGRSSFGGQVVTIKCFENNGLIAQIVATDGRGKVLVIDGGGSTRRALIDFNIAEQAANNAWEGIVCYGSVRDVDAIEELDLGIQGLVSIPVGASDQDIGESDLAINFAGVTFLPEDHIYADNTGIILSPEPLDIE
>NZ_CP014944|1968117:2043897|1972419_1972863_-|WP_070374964.1|DBSCAN-SWA
MKILKSTICIGLLASCVSCVSPSSIPTEEISTLEKMGLDNPQRSMAGYAHWTSDIVKVTNLDTKKVIYKPSEWELVNPFGDMYLRLTPSHYQVVTRCTHSSDKNKRSGRFDELTIEVKGNEKMKLVVNAGGNSCTTNIKTTTYTSES
>NZ_CP014944|1968117:2043897|2032877_2033600_+|WP_070375010.1|DBSCAN-SWA
MTKVKTAKFTVIKQHICQKIESGEWQQHAKVPSENELADQFSVSRMTARRALQELTEQGLLIRSQGSGTFVATFKSQSSLLEIRNIADEIQERGHRHHAKQLTLKAVAVNEEIAILLNLKTNSINSVSVFYSEVLHFENDQPIQLEQRFVNSDLVKNYLQQDFTQITPHEYLSSEAPLTEATHEIEAVLAEAYICQLLHIKESMPCLQVKRRTWSSKGVVSLATLTSPGNKYRLGSHLKF
>NZ_CP014944|1968117:2043897|2004468_2004831_-|WP_070374989.1|DBSCAN-SWA
MANLAISAESFKVNRNFYDDRNYPRGIKRSGDFNLAEAEALEKYGVALMALSLGSRLPVTEEEQHFVEVCRGKAVVSNTIEKAWLKYQNIILTPKQFHTLFGRTKVETDDELESDPDDLD
>NZ_CP014944|1968117:2043897|2014538_2015957_-|WP_070374997.1|DBSCAN-SWA
MAERKPNKFFKDKKYSQDSQMNALKVPPHSLEAEQSVLGGLLLDNETWDRVGERVVAQDFYSRSHRITFETIAALIELGNPVDLITLSEALENEQRLEDAGGFAYLAEMMRNTPSAANITAYADIVRERAVTREMISVANEIAEAGYDPQGRASAELLDFAETKIFAIAEQRANKSEGPENITSVLEKTVDRIEQLCSSPNNGVTGVSSGFSDLDKMTAGFQKSDLIIVAARPSMGKTTFAMNIAENAAMTEDKPALIFSLEMPAEQLMMRMLASLGRIDQTKIRTGQLGDEDWARLSSTMGLLIDKGKMFIDDAAGLTPTDVRSRARRIARDHGGISMIMIDYLQLMRAPQFADNRTLEIAEISRSLKALAKELQVPVVALSQLNRSLEQRSDKRPINSDLRESGSIEQDADLIMFIYRDEVYHDDSEFKGMAEIIIGKQRNGPIGRVPLTFQGQFSRFDNYAGPHVLDED
>NZ_CP014944|1968117:2043897|1969336_1970539_+|WP_070374961.1|integrase|DBSCAN-SWA
MAYFDITAVKSRDTKRYKVRVREKNKFASKKCESKTFDTMQEASNWAQQTKHKFEQLLEKQKSPYKNSLSNGRNIIFCNFDKPSLTEDSPLREFIDYYLYHEVDAPNPISITSRGSLKLIKDYDLANIHVSKIDFESLKEFCLQRLTTCRASTVRVDISSAMRAIREVAGMLEIPITDSMIRNHYSQLKRDGFIADAPNRSRRLLQGEFRKVLRGFWKYQRGCKVKNNYAAMIILYIETTLRSSELTELTWGDIDFVNECIHVNSGKNTVRGSIGTNEEPRSIPLWGLAKKVLHKLKSKNVKNNTSIFNIKGRSLSSIFPKVMKQIGIIGLQQRDLRREGVSRLLEMGLSEVLVAEFTGHKDYQMIRSVYKKLNAKNIIKNLELIQQTKTTMQSNFMMAA
>NZ_CP014944|1968117:2043897|1995332_1996184_-|WP_070374980.1|integrase|DBSCAN-SWA
MTPLRQQLLDCMQVRHFSIRTQQAYVRWVYDLAKHTHRSPDSLQDSELKKYLWSLTLERHLSSSSCAQAFHALNFFYGQVLGRTFGEQLLPPMKREQKIPELLSVSEVKRIIDICHNPKYRMMIMLCYGCGLRLSEVCSLKVKNIAGEEKVIHLQQAKGAKDRRIPVSESLLHQLRLYWQGLHPIIYLFFKPGEDKPLHQSSLQKAYYKAKKDAGILKIGGIHALRHAFATHQLMAGMPLPELQHILGHKDIRTTVRYTHWLPHYQAVDGAQFDLLKQLEQQS
>NZ_CP014944|1968117:2043897|1979503_1980058_-|WP_157470913.1|DBSCAN-SWA
MEGSYKATLPQSGFVQQGIQTDKKQLVVFTPFNILTNNFLPLNVALYAKDASLKYSLLLILLITSCASIKNPVSPIEIGVWDLVSDYCDESYEFKIDGTIKFVSSPEMTIDNYTLTKIGNDGFYEWSYEVIEYNNKPSCNGTFDTYRGQKTTTYVKFSDDLNVMKIYFDPHEGTYIGAYLKRRE
>NZ_CP014944|1968117:2043897|1982962_1983199_-|WP_070374974.1|DBSCAN-SWA
MKHELWHYGDGLSTFCLAGKQGDDVRKNIVEPDGKIVWTCEAKSHFEAMTKYYEYMKWGEYETDVENFKETYSDWGWE
>NZ_CP014944|1968117:2043897|2005009_2005801_-|WP_070377074.1|DBSCAN-SWA
MAFATTPFQIPRSKVVEIKDPDSQRVYPLFIKLPKSYAKNDDKTYPVIYLTDAWYTFQIVSGATRYPMNAQKMKEAIIVGISYAKGSKRDASRVRDYTPTINKSWQQTTGGAQQHMAFIEASVINYIDKNYRTDRQDRTFVGNSLGGLFGTYILLTKPTLFNHYILGSPSYWFDNKVIFTLEEAHRKRQLTINANIFIAIGERESKALDSSHDMVKDAENFYEKILNWQQTHVKAKIVIIPEANHQTAFPTTVIQGLHWIYKI
>NZ_CP014944|1968117:2043897|2022436_2023765_+|WP_070375003.1|DBSCAN-SWA
MSNMTPREIVSELDSHIIGQSDAKRAVAIALRNRWRRMQLNEELRTEVTPKNILMIGPTGVGKTEIARRLAKLANAPFIKVEATKFTEVGYVGKEVETIIRDLADMAIKMTKEQEMARVKHIAEEAAEERILDILLPPPRDGFGADGATDNSSTRQAFRKKFREGQLDDKEIELDLAAPQMGVEIMAPPGMEEMTSQLQNMFQGMSNEKTSKRKLKIKDAFKALQEEEAAKIVNNDDIKEKAIYAVEQNGIVFIDEIDKICKRGDSSGPDVSREGVQRDLLPLIEGSTVSTKHGMIKTDHILFIASGAFQMAKPSDLIPELQGRLPIRVELQALTTHDFVRILTEPNASLTEQYIALLATEGVHVSFSEDGIQAIANAAWQVNESTENIGARRLHTMMERLIEDLSFNADKRAGEVIIIDQKYVDDTISELVKNEDLSRFIL
>NZ_CP014944|1968117:2043897|2009144_2009582_+|WP_070374992.1|DBSCAN-SWA
MNAEELLIQAKESCKKRGARFTLAREQVFKLLTGHSGAIGAYDLLDELKLIDPAAKPATIYRALDFLGKQGFVHKIESINAFVMCHHFSECNHPVQLLICDRCGHVEEIQSSNLDLALRSMADATGFTISHQIVEAHGACQSCSK
>NZ_CP014944|1968117:2043897|1974981_1975749_+|WP_070374966.1|DBSCAN-SWA
MKQLAFDFDTTTKENNMINVNNNASDISNKTKISTCINEILNKKIIPPCVIIPNFLVGGESTMLCSLAGDAKTFFSQYSAACIATGSKFLGTTIDEAQSVLYIDSELSEYQIQQRFKLIYNSLGVSPKEGFLKIIHKRSFKGGMPDLSSKAGFEKLKPEIENSKVIILDNISSLYRSAEETVQNDWNFYNDCLDELRALDKAVLVLHHTDKRADNKTVISIVNTKNRHCANDGNMLKFEFGAIGIQEKFEFRKII
>NZ_CP014944|1968117:2043897|1994202_1995336_-|WP_070374979.1|transposase|DBSCAN-SWA
MNGSLLQQIIAQGLPHLEKKTITPRQWQVLHHLQDCRTQAMGSYQWHCNHCEQDTQWYCSCRDRHCPVCQGKAREQWLRKRQADVLPVAYHHVVFTLPHQFNGWATLHPEILYKTLFKAVWETLSEFANARHHMEGQLGMLAVLHTWGQTLCRHIHLHCLIPSGVLTQDKQWCNSRKAHYLFPVKALSVKFRGKMLNGLEEQANAGELHRLEQPTITQVLNQTARLKWNVYSKPTIGHTDTVVNYLARYCNRVGISESRLSLRGENNVLMRYKDYRTNETTHMDLSPAELIRRFLLHVLPKGFMRLRYYGFMANSIRRKSLILIRKSLDKEIEKLEDDITDRVKDEIGPECPRCHHAGMILIGILLPNKPLAQFRTI
>NZ_CP014944|1968117:2043897|2021169_2021724_+|WP_070375001.1|DBSCAN-SWA
MAHQDYVSRAQNKKKSPYKGKVAPKPTFTLKFKLSLFLVMLLIGGFIYGLWSIKDNKPPVSPVKIVKEAPQAVKEKALPAPPKEIWAYVDNLKSKEVEVGKYEVKDKGPYKMQCASFRTMRQAEVLKANIAFTGLTAQISESKGKNGIYYKVFLGPYERKREAEKDKHKLKSNNVNGCQIWLWK
>NZ_CP014944|1968117:2043897|1980993_1982052_+|WP_070374972.1|transposase|DBSCAN-SWA
MSTFIDLLRQHHQALETQYSVKLTPDMRHAIFAMLSCKTAQQGKSLWACSSCEHHDSQALSCGNRHCPQCQQSTTSTWLERQKQKRLPVEYFMTTFTLPYELRALARRRPKALYQIMFSVSASILKDFAQYNNLGKIGFTSVLHTHNRKRDLHPHIHIIVPNGGYDAKRKQWKKGKSGYLFNAKTLAKVWRARIFEAINQHHDLSLKNIKIMPKKWVVDCRKVGYGLPALKYLSRYLYRGVLADKDIIHHDKDNVTFRYIDSTTKKTDTHTLPTLKFLLLILRHVLPKGLQRVRDYGLLSSGARKLRLLIQLLLTEFTHVLPPSITPIKPKATRVCPCCKHHMLCTGVIRAG
>NZ_CP014944|1968117:2043897|2037619_2038093_+|WP_083277953.1|DBSCAN-SWA
MNNKELAVEYILYFETWIVLAILFACAEIFVPGGILLNLGIASLLVAIGVQQQLLDTWTLTLTTWFILASFLLFVLYFVTERFFSGEYTVENIYEELDIYGKEVTVIEKIGPGTHAGRVEFQGTTWTALSDGSELQEGSHATIVCKENISLVVEPIK
>NZ_CP014944|1968117:2043897|2024315_2026175_-|WP_070375005.1|DBSCAN-SWA
MLIKHKLIANTGILVLSMVFMLGLLNFTMSSLETDIKIAREIGNIQTEILQLRRNEKDFLARKDIKYFEAFNEKYAELIRNISSLEQAYETIGEDLPELNKLRAVLNDYQGYFKDLVDAQKDLGLSSTDGLYGSLRSAVHVVEESIGNSDYKLLSNMLQLRRDEKDFMLRLDEKYVDRWNNNASSFVQDINVSDLSSDTKSQAINNMSLYEQAFTDFVAGQKRLGFTAKEGLKGDMRNAVHQVDEILDKLVLLSKNGVVDHTKFVDLVAYSVFFSILIIAISFAFFVSRSILLSINQLNETMKKVADTQDLSLTVSTHSDDELGEMATIFNNMLGKFRNLITAVNLSVDTVHEATDSLSKNIHLANTGVDSQIQQTDMVATAVTQMVATVDEIANNTNAAASKAEATNNNAISGKEVVEQTIAKIDELSEKLRESENIVHELAKDSDTIGSVLDVIRGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLASRTQDSTQEIETIISSLQGRTKEIVSHMAICRTQGQDSANQASSAGKMLEEITHDVSTIMEMNTAIASAIQEQSTVASEVNQHVVEIRDVAEQAGLISHQNAQMSEELSQQAAVLNNEVSQFKV
>NZ_CP014944|1968117:2043897|2035444_2036980_+|WP_157471107.1|DBSCAN-SWA
MSTLNIIPGQLTLAQLRNVVKYEGIQYSLDESAFDAIHQSAEAVQQVIRENRVVYGINTGFGLLASTRIKTEELELLQRSIVLSHSAGFGEYMEDATVRLMMVLKINSLSRGFSGIRLKVIQALITLLNAEVYPCVPKKGSVGASGDLAPLSHMVLPLLGEGEMSHDGEVITALEGLKIAGLEPITLAAKEGLALLNGTQASTAFSLEGLFHAEDLFAAAVVIGSMSVEAALGSRAPFDDRVHQVRGQIGQIDAATAYRYVLDTNSEIGGSHVDCEKVQDPYSLRCQPQVMGACLTQIRQAAEVLHIEANGVTDNPLVFANEGDFISAGNFHAEPVAMAADNLALAIAEIGSLSERRMALLIDANLSKLPPFLVDNGGVNSGFMIAQVTSAALASENKSLAHPASVDSLPTSANQEDHVSMACFAGRRLADMAENTNGVLAVEYLAAAQGLDFRAPLKGAEKVELAKAILRQEVSFYDKDRYFAPDIAQASDIIADGELNQLIPAGTLPSF
>NZ_CP014944|1968117:2043897|2029068_2031168_-|WP_083277952.1|DBSCAN-SWA
MKHFRSTRFSFTGFLMVVLSLFLFSSTAQAASFSFTEFNIAFVLGLMFPVILIIALVKPLKNIRLRYPLLISLSVLLMLYALAYPKSHQSELILSSAMIFSSVLFFWLRSTYSQSAEKVNYVINFIVVATALSFVFSLWFLPNIDGYLAWLAASLLVLACAGVAVLSSKKIKEPSNVRLTAQWCIHLCFVVILFAWLNAFISLVWLVSAIVISYLAALVNGCWYLVQAIRVELNNSDDISKKILTAYSLDPATNLPCYQQALEKLDHVIKQQPKRRLVSIVFKPVNFQAVNTVLGHHNSDILLLQLAYCLQKKVAENILLVNFSDEQTPIKIARLQGLHFLVVLDLSTDNYPDHTKVDQLCRELMAAVPSAMSFKSFSLNFELAFGAAYIGEYSNSVSEVISFAEDALLVSEKNQQVVSYFDHNSALYTEQQLQRMEQLKQDIADEKLHWYLQPQIGLANKKVVGFHMEVHWYNDDKAPRGLNQFVDIAEHSGDIYLLTKQMIIEACKAIAQLEKVGFERPVTITFASKELLEPALIDYIVLQAKEYSINTNSLIIEFKEALILSASQRAKAIIDQLKSLNIKIAIGDFSGSYESLRYLRKLSIHQVKINCGLLGNRENDIESGSSDKAIINALINLTRAMKLPLIGTSINNSNIEQAFISMGGEYAEGRYLSRGVVFDEIEIWTKRWLEQYPHSAPAK
>NZ_CP014944|1968117:2043897|1982320_1982860_-|WP_157470916.1|DBSCAN-SWA
MKGIGMYSIRKFVALIVLSHFVNNVQGNEYSDKLVEHLNYKEQFENVIETCLKGNEYITPESLLINEPNYFYGFNESSNEWPELVAIYKEYYDSGCHSINVETYLRIISKEYESLLSKEQLLQAIAFYSSPVGIKIAKADVQANIKFQTKMNEDSVKIHNDATEIYSRKLLNLAKKAGK
>NZ_CP014944|1968117:2043897|2008579_2008729_-|WP_157470923.1|DBSCAN-SWA
MINDTYLTRKRLMKATFSLANRITLLPNYAVKATKRSLNVNSDTIVANG
>NZ_CP014944|1968117:2043897|1989518_1990673_+|WP_070373630.1|transposase|DBSCAN-SWA
MIKHNILFIGLDTHKTFTEVAYIEDQRGAKSTHLGKILSNKAAFKKLARQLQSKYPDATLHFVYEAGPCGYWIYRFLTSLNHCCYVIAPSLIPKKPGDKIKTDKRDALKLAKLLKSEDLTSIYVPEPEDEAVRDLSRARETGMKDLKDAKYQLKALLLRNNINSKIKDNWSLQHLRWLAELVLPHPCQQIVLQEAVLTINERLKRLKRLDNELTHQVKNWRFYPVVKAIQALRGVRLLVATGVIAELGDLSRFDHPRKLMSYLGLVPSEHSSGDKRHLGAITKCGNSRARRLLVEGAHSYKHNANISKEMQLRQEGLSKEIIDMAWQAQLRLCRRYQRLMHKGKHRNVVVTAIAREMIAYIWAISREVVLPKIDVKLRISRVPA
>NZ_CP014944|1968117:2043897|2021856_2022375_+|WP_070375002.1|protease|DBSCAN-SWA
MTTIVSVRRNGKVAIGGDGQVSLGNTVMKGNARKVRRLYNGKVLAGFAGGTADAFTLFERFESKLEQHQGHLTKAAVELAKDWRSDRALRKLEALLAVADETASLIITGNGDVIQPENDLIAIGSGGNFAQSAATALLENTELSAIEIVEKSLKIAGDICVFTNHQHTIDEL
>NZ_CP014944|1968117:2043897|2006200_2007421_-|WP_070374990.1|DBSCAN-SWA
MNKLFIIGMLFALNACTSESKNSLGMTSNPKPYVLLISLDGFRWDYVDKYQPTFLSQFAKDSAHLTSLRPTFPTKTFPNHLSIVTGSYPENHGIVSNRFYARDLNKTYSIRDSEAVTNPDFYLRKPLWIIAEEQNMRTANYFWPSSEAAIAGIYPSHFKKYDHNASHQERIDGVLNWYQLPSSERPQLITTYFHDIDSAGHGFGQDSPELIAAINRVDSTIREMVEKVRALDFEVNIIIVSDHGMADYPAKNYEYLPNWLNEEYKVLATNPITLIYDEGKSTRTLAQTVAQLNQQAKHYKCYQYQDIPAKFNASKSSRIGDIACLTDNDWSIGFTGKTSKGNHGWSQFDTTDMDGIFYAQGPAFKKAYQLDTAENINIMPLIADILGLEITTPIDGKLAIMKPLLK
>NZ_CP014944|1968117:2043897|2013360_2014539_-|WP_070374996.1|DBSCAN-SWA
MALTTATAIINLSALKHNLAQIKSLAPTAKVLAVLKANAYGHGLERIAHALFSEQAKINEHGHSSITADAIAVARIDEALALRSSGITQPIVLLEGFFNAKDLAILAVNNLQTVIHNHQQLDALLSATLPSPLKVWLKIDTGMHRLGINPEEFSHFYQQLTDSVNVQKNIVLMSHLGCADDKSNQATRQQISLFEKVTLGCNEERTLANSAGICAWPASHYQWLRPGLLLYGISPLPFESSAANLLTCAPESVLHNKDITLDILPVMTLKSSLIAVRELAAGESVGYGNAWTSEQKTIIGVVAIGYGDGYPRHARNGTPVLVNGRRVPLVGRVSMDMITVDLGINAQEQVGDVVTLWGEQLSVAEIALCATTIPYELLCNITRRVQITLSAQ
>NZ_CP014944|1968117:2043897|2038137_2039055_+|WP_070375014.1|DBSCAN-SWA
MLATLTFVFLGLLFIVVKLVLIVPMKEVCIIERLGKFRAIMQPGLHFLIPFIDRVAYRHETREQVLDIPSQSCISRDNIQIEVDGLVYIQVMDGAKASYGIEDYRRACVNLAQTTMRSEIGKLKLGQTFSERDTLNETIVREIDKASDPWGIKMLRYEVRNITPSANVIHTLEKQMEAERKKRAEITLAEADKESTINLSEGERQEAINISEGDKQRQINEAHGFAKEIEILTQATAEGMNMIAKASMTPGGDKAIKMRLLEQFIKQTGSILKTADVSIMPAEMAKLEGFFEGMDKVTQTVQGAK
>NZ_CP014944|1968117:2043897|1999273_2000185_-|WP_070374984.1|DBSCAN-SWA
MLEKEYYRLSELSRHSKISLEDYQYFIENYKETLYFRLHDQPIVIVEQFSKRELTQFNEDSDNLFQELTELTSILDEEETQYQGVCVGHYSGLARLSRQDKKTLLREGTVRCFHVRIDDIKGLKRENKAYPFSTTLPNKYLVQWGELHPESQYGLESFLLNKDSGQLDICIKTINFDDLLVPIGMVEYIEKCFKPREEKPQEAFQADISNKAVTKNRFDDFQELLIDILTKHPAYSNKEVWKLLKNESEDFGDYRTFDKYNLLQEMSGDDIEWEDKKGKPRKSISAKGLANRLTSGRKLINNN
>NZ_CP014944|1968117:2043897|2040089_2040395_-|WP_070375016.1|DBSCAN-SWA
MLKAWLTNKATQLFFVLWLHISLLNLFFVNKRGIVFLWQQNSELNTLLTHFITALIAALIYIVVTKIRIGLAEKKLTMGNHFFVVGSVVMVLLIGFFLFSS
>NZ_CP014944|1968117:2043897|1998930_1999176_-|WP_070374983.1|DBSCAN-SWA
MPTTQNKRALSEIETAEYIGMSRSFLRQSRMEGNRENRTPAPPFIKIGRAVRYIKDDLDNWLNSFYRMEHLGQKPVGDSHA
>NZ_CP014944|1968117:2043897|1987785_1988844_+|WP_070374972.1|transposase|DBSCAN-SWA
MSTFIDLLRQHHQALETQYSVKLTPDMRHAIFAMLSCKTAQQGKSLWACSSCEHHDSQALSCGNRHCPQCQQSTTSTWLERQKQKRLPVEYFMTTFTLPYELRALARRRPKALYQIMFSVSASILKDFAQYNNLGKIGFTSVLHTHNRKRDLHPHIHIIVPNGGYDAKRKQWKKGKSGYLFNAKTLAKVWRARIFEAINQHHDLSLKNIKIMPKKWVVDCRKVGYGLPALKYLSRYLYRGVLADKDIIHHDKDNVTFRYIDSTTKKTDTHTLPTLKFLLLILRHVLPKGLQRVRDYGLLSSGARKLRLLIQLLLTEFTHVLPPSITPIKPKATRVCPCCKHHMLCTGVIRAG
>NZ_CP014944|1968117:2043897|2000442_2001153_-|WP_083277950.1|DBSCAN-SWA
MFLFLYSFKSSSSESEIIVFGANEKLVEQYAAQYVIENIYSSLGLKMSVIPLPPARAKNLNLNKSIDGEIARIKPYGNNKPSLIRIEPSYYYLESAAYCLKDSTLKITSAKDLNGLKVATIRGVAHSNEATANLKYVNKVSSAMQLFEFLKRGRAEVVIDTEINGRRILQLDKYFPFVKNCGVFARYGLYNYINDNKQEVSNRVSSKIRELQISGELEKLVKDAEIKALLLGPEYF
>NZ_CP014944|1968117:2043897|1993367_1993910_-|WP_157470918.1|DBSCAN-SWA
MNRVVVCLLIIILSACDEDTESKKLAQNIFPSVIEYQQCLENMDPSDDQYHKVVIEFDSGGYSGIGWAVYDDSNCETLANRSHDVNSHYPMRLGYQVINKDGTTGHELIFADPENAGKSGTVYHIENDVLCFAVGTVKLNIGFTNRPNLSSINFTSASINGDFSNLEIDRDNCFKINMGE
>NZ_CP014944|1968117:2043897|2039054_2039999_+|WP_070375015.1|DBSCAN-SWA
MIQQTISNIGGSNLDIVVLAIWGAIFLFLAYKFVQAICLVPTKSAYVVERLGKYRCTLEAGFHLLLPFIDRVAFIQDLKEETIDVPPQECFSKDEVNVEVDGVIYIEVIDSLKASYGITDYRFAAMQLAQTTTRSVIGTLDLDRTFEERDVISAKVVEVLDKAGESWGIRVHRYEIKNITPPDTVKNAMELEVNAERERRAILAKSLGDKASRINRSEGLMTEMINISEGEKQRRINSAEGKAAQIIAIAQATGDSITKIAIAIEQPGGQQALDLQLTEQYLQQMQGLSQANRKVILPANLLDFKQWLAVSGIK
>NZ_CP014944|1968117:2043897|2012685_2013150_+|WP_070374995.1|DBSCAN-SWA
MNVEFINPFLSSMLNVMSTMAQMELVPEKPRLKKNEVAMGDVSGLIGMVSAQTKGSLSITFEGKLALATMKKMVGEGPDEINEEITDLVGEITNMVTGGAKRMLSEKGFEFDMATPMVVSGQNHTIHHKADGPIIIIPLNSEFGKAFIEFSFDK
>NZ_CP014944|1968117:2043897|1968117_1969230_+|WP_070374960.1|integrase|DBSCAN-SWA
MANYTINKRSRKNGIVYCARVRTKESGVVTFSKSKTFNSKVAATRWAKETIHKVEKNLTNQPFDLIDCTLEELIHKYVERKQSSDKPLGRTAYYALRQIRSFPIAKLLVTRMNSADIVDFCLARKRESTKPSPQTISIDVSCIRKVLRIAKPMFNINIDDRPVIDAYPALHDLKLIARSNKRERRLKGNELQQLLSELKIKEKHHCCFIPYSDIFLISILTCCRIGELSSLRWQDLCVDSKTIMIRNRKNPNGSLGNNSILPLLGESLSILVRQPKISELIFPFNSRSITAGFRKASKKIGITGLRYHDLRREGASRLIEHGLSVEETARITGHKDLNILWQVYVSIQPEHFKNYFDKNLKLIPNINSNS
>NZ_CP014944|1968117:2043897|2041247_2041733_-|WP_083278151.1|DBSCAN-SWA
MIKIIVCLIGLCFFNVSVFANSDIDKVLDTFHQAAGDADQKIYLDLLDEQAVFLGTDGQERWTKEQFTEFVTPYFSQGQGWRYKSRQRNITLIASANNSEQLAFFDELLDNSHYGECRGSGVLKLTSNGWKILQYNLSIPVPNTISTDVVSKIKEHHQKNR
>NZ_CP014944|1968117:2043897|2040396_2041230_-|WP_070375017.1|DBSCAN-SWA
MAKNVAIIGCGWLGYALAKQLLREQYRVTVTVQSEEKKQRLAKEQIDTELLILPVEDPKSTVLSVFGHDTLIISITPQIRQGRSDYPEKVAQLIEMAELGCVKKIVLLSSTAVYNGLSGLVDEQSVLDMNADKVATLIRAEKAAEAFSGETVILRLAGLIGPERHPGRFLQGRKLLSDPQAFINLIHQDDAVGVLMEIIKDENIRGIYNAVSATETSKQHYYHAAAEALNLPLPEFSFETSMRFGKRINDAKLRNSFTYQFTHDDLIVWLYKSVAGL
>NZ_CP014944|1968117:2043897|1971171_1972392_-|WP_070374963.1|DBSCAN-SWA
MNKVKKSLIGIILSLLLFGCSSTFYTTTKLETVDLSQSRSFSDAMDSMAIQFNTTLNPITNQFGNVLLLTYKSNVNNNDANKLRTDLFYGFYPQLKKTCSSGFGSFGNLDAAYLEGLFDTKRYNISNENADMLKDLPDGTITVQGGREVHWKGMRYFKGVQSRKGAKLNQVLPPENNNDISLIAGRGGYKFSDSKTYGVKDYAKSVLNDYGLKVSLSDAFICSKGGELQEAIIVGSSRYGSPNPKHYVLYLDKKILTKFINKHLDSAVKYALDVRLKQDIKNKIEIKKYKVWAENKKIEDENKKINAKKIAKSFEKVWSQRSNETYELGDKICSYSDNKMGYIEQLGVNNFKILWKGKVKKANGYFFGNYSNMMDYLLNKTKFNYISMNDTTWENKDNFAPCSFSL
>NZ_CP014944|1968117:2043897|2001415_2002561_-|WP_070374986.1|integrase|DBSCAN-SWA
MPIKSKITVTNIKNLVPSDKRLNDTDISGFHARITPLGLITYYLFYRLNGKQVNYRLGVDGQMTPAQARDLAKSKIADVTQGVDVQALRKQERTSTKYSKLSSLQYFLDEKYTPWLKSRNPKTAEKTVKAFKSSFPKLMDFQLSDINAWEIEKWRNKRLADGVKPATTNRQINTIKGCLSRAVEWGVIDSHDLRNVKTLTVDNSKVRYLSKDEESRLRESLKSCDTAFLEVIVLLAMNTGMRKGELLSLQWHDINFDNKILTVDFQNAKSGNTRHLPLNTEAFNQLIHWQKLSGSEGYVFKGRNNEPLKDFPSLWAEILDEANITHFRFHDLRHHFASKLVMASVDLNTVRELLGHSDLKMTLRYAHLAPEHKAAAVNLIG
>NZ_CP014944|1968117:2043897|1973586_1974354_-|WP_070374965.1|DBSCAN-SWA
MIQRNERGILERYIKSLSTQARHQAKLFSLLDWIYRFGFTSPSVIELLWAVDRSVVNRLLRRYEREGVIAEVATFACRDKRVFLLKPQGVRMLETLHNQDLKYSQKKSTLLFKTLTHDLMVQAVVAQGVKQGKYVFFITESEQEKENLGKKRRFDAIAFDGSEMVGLEIEASSKTIPNRLDILKRYKYAISDEERVSKILIISHKRRFVLDAERIHNKIFIKPENNLNKAFFDKHVKYIYNQDLMLMLYHKFWMH
>NZ_CP014944|1968117:2043897|2017070_2017607_-|WP_070374998.1|DBSCAN-SWA
MNKLLSEQALQKALAKLPDEMTPQRDLWAGIERAIEVKTQDNPVFVSPVKKVFMPTAWAASLVLAVLATWLSFSPQFSEQPLDLAQQNNSPLTLVTAMQENFKHTKQSMLISFGQPKISALPKEIQQELINLSSAQATIEKALNEDPSNNDLLNLLRWTQKQELDLLSQLYSPKWQSI
>NZ_CP014944|1968117:2043897|1986901_1987789_+|WP_070374971.1|integrase|DBSCAN-SWA
MNQLQEQHYNFLYEQHLINLRLQGKRPSTIDAYARAVRRITAFFDKTPDTLTMADLKQYFNSLIQTHSWSTIKLDRNGLQFFYRYTLNKQWEWLSIVKPPQVKRIPDILTVKQVSDVINQTKQLRYQVFFMSLYSMGLRLSEGLNLTIHDIDKSTMLVHVREGKGGKDRMVPMPEHTLLALRNYWTTHRHALLIFPGLHVNAKTHMDKGGVQKSLKKVLRDCRIQKLISPHSLRHCFATHLLEQGLDLRSLQQLLGHASLNTTARYTQLTKVKQRDMSRAVNKLTDKLNITWSVK
>NZ_CP014944|1968117:2043897|1983313_1984468_+|WP_070374975.1|transposase|DBSCAN-SWA
MIKHNILFIGLDTHKTFTEVAYIEDQRGAKSTHLGKILSNKAAFKKLARQLQSKYPDATLHFVYEAGPCGYWIYRFLTSLNHCCYVIAPSLIPKKPGDKIKTDKRDALKLAKLLKSEDLTSIYVPEPEDEAVRDLSRARETGMKDLKDAKYQLKALLLRNNINSKIKDNWSLQHLRWLAELVLPHPCQQIVLQEAVLTITERLKRLKRLDNELTHQVKNWRFYPVVKAIQALRGVRLLVATGVIAELGDLSRFDHPRKLMSYLGLVPSEHSSGDKRHLGAITKCGNSRARRLLVEGAHSYKHNANISKEMQLRQEGLSKEIIDMAWQAQLRLCRRYQRLMHKGKHRNVVVTAIAREMIAYIWAISREVVLPKIDVKLRISRVPA
>NZ_CP014944|1968117:2043897|2007730_2008009_-|WP_070374991.1|DBSCAN-SWA
MNYTASFLVSLISLALLASCGGGSGERSEKITTPQPTVPTPPVVDAIFTEDNAGDIALWSKVLTEASIDAANIIEQEVIWFHHAPENILMNL
>NZ_CP014944|1968117:2043897|1992052_1993111_+|WP_070374972.1|transposase|DBSCAN-SWA
MSTFIDLLRQHHQALETQYSVKLTPDMRHAIFAMLSCKTAQQGKSLWACSSCEHHDSQALSCGNRHCPQCQQSTTSTWLERQKQKRLPVEYFMTTFTLPYELRALARRRPKALYQIMFSVSASILKDFAQYNNLGKIGFTSVLHTHNRKRDLHPHIHIIVPNGGYDAKRKQWKKGKSGYLFNAKTLAKVWRARIFEAINQHHDLSLKNIKIMPKKWVVDCRKVGYGLPALKYLSRYLYRGVLADKDIIHHDKDNVTFRYIDSTTKKTDTHTLPTLKFLLLILRHVLPKGLQRVRDYGLLSSGARKLRLLIQLLLTEFTHVLPPSITPIKPKATRVCPCCKHHMLCTGVIRAG
>NZ_CP014944|1968117:2043897|2012094_2012610_+|WP_070374994.1|DBSCAN-SWA
MTKTSLFKSFIFCLLCGVALSSAAHRYFFGLTDLSVNPRTHNIEVIHQFTAHDIDNAIAEQQQIRFSAEHPEYEKFIQNYVEAHFQLIDVQDNKKQPIKLNWIGLEVAKGNVYIYQEANFENFLSGLVVKNDLLIDTYPKQVNTVNYKDETIIGSLTFSKSVKMAIIKNNN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_070374960.1|1968117_1969230_+|integrase	site-specific integrase	S5MDN5	Escherichia_phage	8.8e-72	40.9
WP_070374961.1|1969336_1970539_+|integrase	tyrosine-type recombinase/integrase	A0A1D9C9R5	Salinivibrio_phage	4.6e-18	25.1
WP_070374962.1|1970657_1971047_+	hypothetical protein	NA	NA	NA	NA
WP_070374963.1|1971171_1972392_-	hypothetical protein	NA	NA	NA	NA
WP_070374964.1|1972419_1972863_-	hypothetical protein	NA	NA	NA	NA
WP_070374965.1|1973586_1974354_-	MarR family transcriptional regulator	NA	NA	NA	NA
WP_070374966.1|1974981_1975749_+	AAA family ATPase	NA	NA	NA	NA
WP_070374967.1|1975825_1976380_+	hypothetical protein	NA	NA	NA	NA
WP_070374968.1|1977590_1978274_+	hypothetical protein	NA	NA	NA	NA
WP_070374969.1|1978646_1979153_-	hypothetical protein	NA	NA	NA	NA
1979442:1979463	attL	NA	NA	NA	NA
WP_157470913.1|1979503_1980058_-	hypothetical protein	NA	NA	NA	NA
1980007:1980066	attL	NA	NA	NA	NA
WP_070374971.1|1980109_1980997_+|integrase	tyrosine-type recombinase/integrase	A0A1P8DJJ6	Virus_Rctr41k	1.8e-19	24.7
WP_070374972.1|1980993_1982052_+|transposase	IS91 family transposase	NA	NA	NA	NA
WP_157470916.1|1982320_1982860_-	DUF2059 domain-containing protein	NA	NA	NA	NA
WP_070374974.1|1982962_1983199_-	hypothetical protein	NA	NA	NA	NA
WP_070374975.1|1983313_1984468_+|transposase	IS110 family transposase	NA	NA	NA	NA
WP_070374976.1|1984866_1985121_-	hypothetical protein	NA	NA	NA	NA
WP_070374975.1|1985250_1986405_+|transposase	IS110 family transposase	NA	NA	NA	NA
WP_070374971.1|1986901_1987789_+|integrase	tyrosine-type recombinase/integrase	A0A1P8DJJ6	Virus_Rctr41k	1.8e-19	24.7
1986799:1986900	attR	NA	NA	NA	NA
WP_070374972.1|1987785_1988844_+|transposase	IS91 family transposase	NA	NA	NA	NA
1986799:1986900	attR	NA	NA	NA	NA
WP_070373630.1|1989518_1990673_+|transposase	IS110 family transposase	NA	NA	NA	NA
WP_070374971.1|1991168_1992056_+|integrase	tyrosine-type recombinase/integrase	A0A1P8DJJ6	Virus_Rctr41k	1.8e-19	24.7
WP_070374972.1|1992052_1993111_+|transposase	IS91 family transposase	NA	NA	NA	NA
WP_157470918.1|1993367_1993910_-	hypothetical protein	NA	NA	NA	NA
WP_070374979.1|1994202_1995336_-|transposase	IS91 family transposase	NA	NA	NA	NA
WP_070374980.1|1995332_1996184_-|integrase	tyrosine-type recombinase/integrase	A0A218M4I3	Erwinia_phage	6.0e-12	29.5
WP_070374981.1|1996891_1998646_-	replication endonuclease	Q19US8	Mannheimia_phage	6.7e-74	38.6
WP_070374982.1|1998638_1998938_-	hypothetical protein	NA	NA	NA	NA
WP_070374983.1|1998930_1999176_-	DNA-binding protein	NA	NA	NA	NA
WP_070374984.1|1999273_2000185_-	hypothetical protein	NA	NA	NA	NA
WP_083277950.1|2000442_2001153_-	ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_070374986.1|2001415_2002561_-|integrase	site-specific integrase	A0A0S2SYQ7	Pseudomonas_phage	2.9e-25	28.3
WP_070374987.1|2002828_2003158_-	hypothetical protein	NA	NA	NA	NA
WP_070374988.1|2003302_2003656_-	hypothetical protein	NA	NA	NA	NA
WP_070374989.1|2004468_2004831_-	DUF413 domain-containing protein	NA	NA	NA	NA
WP_070377074.1|2005009_2005801_-	alpha/beta hydrolase	NA	NA	NA	NA
WP_070374990.1|2006200_2007421_-	alkaline phosphatase family protein	A0A0M3PB47	Turkeypox_virus	2.2e-52	31.8
WP_070374991.1|2007730_2008009_-	hypothetical protein	NA	NA	NA	NA
WP_157470921.1|2008099_2008255_-	hypothetical protein	NA	NA	NA	NA
WP_157470923.1|2008579_2008729_-	hypothetical protein	NA	NA	NA	NA
WP_070374992.1|2009144_2009582_+	zinc uptake transcriptional repressor Zur	NA	NA	NA	NA
WP_070374993.1|2009743_2012095_+	M1 family metallopeptidase	NA	NA	NA	NA
WP_070374994.1|2012094_2012610_+	hypothetical protein	NA	NA	NA	NA
WP_070374995.1|2012685_2013150_+	chemotaxis protein CheX	NA	NA	NA	NA
WP_070374996.1|2013360_2014539_-	alanine racemase	NA	NA	NA	NA
WP_070374997.1|2014538_2015957_-	replicative DNA helicase	A0A1B0VG30	Salmonella_phage	1.1e-178	71.5
WP_083277951.1|2016095_2017046_-	DUF4097 family beta strand repeat protein	NA	NA	NA	NA
WP_070374998.1|2017070_2017607_-	hypothetical protein	NA	NA	NA	NA
WP_083278149.1|2017603_2018140_-	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
WP_070374999.1|2018381_2018594_-	50S ribosomal protein L31	NA	NA	NA	NA
WP_070375000.1|2018849_2021066_+	primosomal protein N'	NA	NA	NA	NA
WP_070375001.1|2021169_2021724_+	cell division protein FtsN	NA	NA	NA	NA
WP_070375002.1|2021856_2022375_+|protease	ATP-dependent protease subunit HslV	NA	NA	NA	NA
WP_070375003.1|2022436_2023765_+	HslU--HslV peptidase ATPase subunit	A0A2H5BJT2	Erwinia_phage	1.1e-44	29.2
WP_070375004.1|2023824_2024190_+	DUF971 domain-containing protein	NA	NA	NA	NA
WP_070375005.1|2024315_2026175_-	methyl-accepting chemotaxis protein	A0A2H4J162	uncultured_Caudovirales_phage	3.5e-33	41.9
WP_070375006.1|2026282_2028283_-	phosphodiesterase	NA	NA	NA	NA
WP_070375007.1|2028531_2029017_+	ribonuclease E activity regulator RraA	NA	NA	NA	NA
WP_083277952.1|2029068_2031168_-	EAL domain-containing protein	NA	NA	NA	NA
WP_070375009.1|2031408_2032641_-	imidazolonepropionase	NA	NA	NA	NA
WP_070375010.1|2032877_2033600_+	histidine utilization repressor	NA	NA	NA	NA
WP_070375011.1|2033643_2035347_+	urocanate hydratase	NA	NA	NA	NA
WP_157471107.1|2035444_2036980_+	histidine ammonia-lyase	A0A1V0S940	Catovirus	3.5e-87	39.4
WP_083277953.1|2037619_2038093_+	NfeD family protein	NA	NA	NA	NA
WP_070375014.1|2038137_2039055_+	paraslipin	NA	NA	NA	NA
WP_070375015.1|2039054_2039999_+	paraslipin	NA	NA	NA	NA
WP_070375016.1|2040089_2040395_-	hypothetical protein	NA	NA	NA	NA
WP_070375017.1|2040396_2041230_-	SDR family oxidoreductase	NA	NA	NA	NA
WP_083278151.1|2041247_2041733_-	nuclear transport factor 2 family protein	NA	NA	NA	NA
WP_070375018.1|2041755_2042646_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_070375019.1|2042696_2043449_+	hypothetical protein	NA	NA	NA	NA
WP_070375020.1|2043459_2043897_-|tRNA	D-tyrosyl-tRNA(Tyr) deacylase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_CP014944|2918137:2982135|DBSCAN-SWA
GCTAATTCACAAGCTTGATTGGTGGTGCGCGAGGTTTCAACCTGCAAATTAGAATATCTTTAATAATCATTGGCTCACTACATTCTGGGCATGTAAAGACAATACTTTTTGCAGGTGGAAGTGATTTACCCTCAACTAATTCCGGTGTGGTTACTTCAGGCACTTTTACATTAAGTAGGCTCTTAACTTTAGTTAAGTTCTTCTTACAAGTCGTATTGGCAATCAAGCCATAATGCCTGATACGTTGAAACCCCGAAGGTAAAGCATGCAACAAAAACCGTCGTATAAATTCACCATGGCTTAATGTCATCGTTCGGTATCGCTTTGACGCTTTAGCACGATAGTTTTTAACACGAAACGTAACGTCATTTTCATCACTTTTAACCAAGCGACTATTGGATATCGCTACGCGGTGTGTATAACGAGCAAGGTAAGCGAAAACAGCTTTAGGCCCTGAAAAAGGTCTTTTAGCATAAACTACCCATTCTTTTTTTCGTAACGGCGTAAGCCATTTGGTAAACGACACTTCATCTTCAAGCGACTTACTTTCACCAAAGAATATCAGTTGATTTTGTTGATAAGCTTGCGCTAATTTCTCAAGGTATAAGCGACGAAACAATCGCGATAACACACGCACAGGCAGGAAGAAGCCTGATTTACTTGATACCCACTTTTCCCCATCAAGAGATAAACCACCACCTGGTACAATACCATGCACATGCGGATGATGTGTCATCGCAGAGCCCCATGTATGAAGGACAAAAGTAACCCCTAATTTAGCGCCGAGTCGCTTTTCATCAGCGCCTATCGTGAGAAGCGTTTCTGCCGCCGTTTTCAGTAATAAGCCATACATTATCGACTTGTTGTAGTAGGCAATTTCTGCGATTTCTTTTGGTAAGGTAAAAACCAAATGATAATAATCGACAGGTAGTAGTTGCGCTTGTCTCGCTTCAAGCCATCTTTTTGCTGAGCTTGCTTGGCATTTTGGGCAATGCCTATTACGACATGAGTTATAAGAAATATGAGTCTTATGACATGATTGGCAATAAAGTTGATGTCCACCTAAAACCTCTGTTCGACAATTTTCAATGGCTGACATGATTTTCAATTGACTGAGGTTAATATGCCCCTGATGCTTATCACGCCATACTTGACCGTTCTGTCGAAATATATCGGATACTTCTAATTGAGGACGAGTCATGATAAATACTCACGACTTGTCCTTATCTTTAGTCTTATCCTTGCTTTCTAAAGCGTCAAGTGGACTGATAACTTCGCGTAATAAGTTTGTTGCGACCTGAGCATATAAAGCCGTGGTACCTAATTTAGCATGCCCAAGCAATACCTGTATGACACGTATATCAACATGCGCTTCAAGTAAATGTGTAGCAAAGCTGTGACGTAAGGTATGCATCGATACCTTTTTATTAATACCAGCGTCCTTGGCCGTTGTTGTACAAACTCTAGCAAGCTGACGACTCGTCATATGATTAATCGGATTAAGCCCTGGAAACAACCAACCTTCACGATGCATTTGCCCATGTTTATTAGCAAACAACCACCAATGTCGTAAATGCTCGAGTAGCGCAGGAGATAACATAGCGTATCTGTCTCAGCTTCCTTTACCTTGTTCAACGCGAAGTACCATACGCTCACTGTCTATATCTGAGACTTTAAGCGAAACGACTTCGCTAACGCGAAGCCCAGCACCATAAGCAACAGAAAATGCAGCATGGTATTTAGGATGAGCGGCTGCCCCAAGAAACAGTTTTATCTCTTCTAGACTCAAAATAATGGGTAACTTACGTGCGATTGAAACAGTGATTAATTTGGTGAGTAACTGCGGTTTATCTAACGTAACATTATATAAAAACCTCAAACCAGAAAGGGTGCTATTAATCGTTGTTCCTGTTGCGCCGTCTTCAACTAAAAACAATTGGAACTCACGCAAATTGTCACGGGTAGCGTTTTCAGGTGAATGTTTCAAATATTCACATAAACGATTTAGTGCTCGGACATAACCTATCTGTGTTTTAGCCGTAAGCTTACGGATAACCATGTCTTCAGTGAAACGTTGGCTCAGTTCAGGATCAAAATAAGTAGAAAAAATCATGTTAAAACTCCTCGTTAATTGAGACGAAATGCCTCAATACTAAGAGTAGAAAAGAATATGGAAGGTTAAAGGATTTAAAGAGTTAGCCAAGAGCTCCAATACCGCGGAGCGGTTTAGTTCTTTGGCTAACTGAAGAAGGCTCTAATACAATCTGACTCAATATTAAAAAGATAAGATATAGTTATCCACATATATAAATATGCATTGTTTGACTATAAATATTACCGATTAATCGAATAATCTGACTGGCAAAGAAGACTATTTATTGTGGTGAATTCAAAGCGAAATTAGGACCGTTTTGTGCATTTTGCGACATTTTAGTAATATTATTTAAGTAATTAATTTATACATAGAAAATGCTACACATGCGCTAAAAATAAAACGTTTAACTTGCAGAAGTTCGCTTTAAATTCTAATTTTGATTGGTTAGGTGATTTCCCTGTAAGTCATTATTAGGCCTTATAAGCCTATGGAAAATTGGTCACATATGGATATTCAGGAAGAATATAATATAGTAATTAAGCTAGAACTCAGCTAAATTTCATTTCCTTTATGGCTATAGTTATATAGATTTGCTTAGGTGTTGGTTTAGCTTTTTATGTAACCTTATGTGCGGACAGAGGGGTAAAGGTAAATTTGCATTGGTTAAACGGGCTTAATAAGTCGCTCAAGAGTGAAAATTTGCAGTTGGCTGTTTTCGCTCCGTTCAACATTTTACCCAACTACAAATTTCTCCTTAGCGGGGCTTTGGTACAATAATTAGAGATCAAACATGAAAAAGATACTTGATGAATATAAAGAGTTTGCGCTTAAAGGCAATGTAATGGATATGGCGATTGGTATCGTTATTGGCGGTGCATTTGCTACGATTGCTTCTAGCTTAGTTGCTAATATTATTGCACCAATTATAGGTTTGCTATCAAGTGGTGTGGATACTGTTGACTTGTTTCTCGTTTTAAAAGAAGGGGCAGTTGGAACGCCTTATTTGAGCCTAGACCAAGCCAACAAAGATGGCGCTGTAACCCTTAGCTATGGTCTTTTTATTAACAGTGTTTTTAGCTTTCTTATTGTCTCCTGGATTACATTTATATTGATAAAAGCAATTAATAGAATCAATAGAAAAGAAGAAAGAGATATATTCAACAAAACCAAGGATTGCCCAATGTGCTTTTCAGAAATTCATAAAAAAGCGATGATATGCCCTAATTGCACATCGAAAATCGAGACAATTACCTAACAAGGCGGAGCGCTTCGCGTTTGCAGTTTACGACGTTGGTATGACTTAGCTAGCAGTAAAAAAGGTTAGGGAATAGAAAGCACAAAGCGCTAATATAACTGCCACTATCAATGAACCAGAGAGACAAGGCTATGAGCATGATTAAGGATTTCAAAAAATTTGCGGTGAAGGGAAATGTCGTCGACATGGCGGCCGGAATCGTTATTGGGGTGGCGTTCGGGAAAATCATCACAGCATTGGTTTCTGGGGTTATTATGCCTCCGATTGGCGTGCTATTAGGTGGCGTAAACTTTTCTGATTTAGCAATTGTCATCAAGGAGGCTGTAGGCGAAGCGCCAGCAGTGGTGATAAGTTACGGAGCATTTATTCAAACCATTGTTGATTTCACTATCATTGCATTTGTAATATTTATGGTTGTTATAGGAATCAATAAACTAAAGAAAAAAGAAGAGGAAGCGCCTAAAACTCCCAGCCCCCCTTCTAAGGAGGAGATGTTGCTAACGGAAATACGTGATTTACTTAAATCTAAATCATGATGACTGTTTGAAGATAAAATGTGTAACAAATCGCATGCAGTCGGACGCGGCATTATCGATACAAGATCTAATCGAATCTGTCCATTAGCTGTAATTGCTAATGTCTCTTTTACGCTAAGCGGAAGCTAGAACACTGTTATGTCTAACGTCTTTTGCAAGTCTTAAACCAGCCCCACAAGTGAGCAGAAAATCTTGGCTAATATTGCCCTAAATATGCTCCTGAATTTGCAAAGGCTAATGTCCGCAATTGGCTCAGCCTGTGTGAAAACGTTTTGATCACTTTTTCGAATAAGCACCGGATACTTATGATCAATCAATCTCAAAACAAGATAATATATCACTCAATATTTGCTATAATATTCATTAGGTTAATTGATTATATGTTGGCTGTATGTCACGTCATATTAAAGGTTTATCTCGCTCCCAAGCAACCCTCTTTCCAGAAATGCTTGAAGATTTTGTCGCTAAAGAAAATCCTGTTAGAGTAATTGATGTATTTGTCGATGGTTTAGATTTAGAAAACCTTGGTTTCAAAGGTGTTCAATCTAAAGCAACTGGCCGACCTGGTTATCACCCCGCCATATTACTCAAAATTTATATCTATGGTTATTTAAACCGAATTCAGTCATCACGCTGTCTAGAGCGAGAAACACAACGTAATGTTGAACTTATGTGGCTCACGGAGCGTTTATCCCCAGACTTTAAAACGATTGCTGACTTTAGAAAAGATAACCACAGTGGAATTAAAAACACCTGTAAAACCTTCGTTCAAATGTGCCATAAATTCAATATGTTTAGTGAAGCGACTGTTGCTATAGATGGTAGTAAGTTTAAGGCATCCAACAACAAAGATAAAAACTACACTCCAAGTAAAATGAAGTCTCATATTGAGCGAGTAGAAAAGCATATTAATAATTATTTTTTGAAGCTTGAACAGTCAGATTCACAAGAGAACACATCACAATACATTGCTAATATTGAATCTAAATTAGATTTCTTAAAACAACACCTCGTTGAACTAAAAGAGATGGAATTAGCCGTCAATAATCATCCTGATAAACAAGTATCAACAGTCGATCCTGATTCTCGCTTGATGAAAACACAGGGCATGACACGAGCGATTTGCTATAACATACAAAGCGCTGTCGATACTAAACATCATTTAATTGTTGCTCACGAAGTCACCAATACAACAGATAGGGGGCAGTTGTGCAATATGACCAAACTGACACTTAAAGCGTTAGGGAAAAGTGTTACAACAATATTGGCAGATAAGGGTTATTACAGCCGACAAGATATTAAAGATACTCAAGATTTAGGTGTATCGACGCTTGTACCAAAAACCGATACATCAGGCTCAGAAAAGAAGGGAATTTTTAACAAGTCACTGTTTGAATATAATCAAGATAATGATGTTTATATTTGCCCTGCGGGCAATGAGCTTCAACATCGATTCAATGCGATAGAAGGAGGGTTAGATATCAAAATTTACTTCAATGGTATGGCTTGTAAAAATTGCACTATCCGAAGCCAATGTACCCGTTCTAAAAAAGACCCAAGAAGAATGAGACGTTGGATCCATGAAGCTGATATGGAAAAAATGGAAGCCTTGCTCAAAGCAACGCCTGATGCGATGCTTCAACGAAAACAAACGGTTGAACATCCCTTTGGTACGATTAAGTTGTGGGCAGGAGCCACGCACCTTTTAACAAGAGGGTTTAAAAATGTCAGTACAGAATTGAACCTGCATGTATTGGCGTATAATTTAAAAAGAATGCTCAATATATTTGGAATAGAAAAGTTGATGAAGGAAGTGATGTTGCCGTAAGAGGTAACTCTTTCCTTAAAAGACCCAAATATGTTTCAAATAGGAGCCAATATCAGCAATTTTGAACGAATAAAAAATATAAAGCATGGATATTCATAAATATCGGCTTCGCTACGCGAAGCCTTCTAAATAGCTGATATAAACCCTCAATAATGAAAACTTACAATAATTAGTTTTCACACAGGCTGGGCTAGCAGTTGCCCTAAGGCTCAGCTAATAACTAATGACTGCAAAGTCGGTTCTGCTAACATTAGTTACGCAAATCCTAACGGCTGTTATGTACAAAGCTATTCCACTTAATAGAAAATAGTTTACACACTTCTGTTTGACCAATTAAGCCTTGTTCAAATAATTTCTTAGCGTATGCTCGCCTAACCTTCACATCTGGAAATTCATTTTTAAAAAATTCAATTGCAGCTTGGCTTCTTTGTTCTAACCTTTCATTTTCTAGTATTAACTGGCGGTGCTCCTCTTCTATCTGTCGTAAATGCTCAATTCGCTCGACAGACAATCGAGTAAATTTCTTTCTCCATACATCGACAGTTGTAGCATTAATTTTATGCTTCTTATAAAACTCCGAGTCACCTCGCCCCTGATTTTCCAAAGCTTTTAAAATATTACATATCTGCTCTGCTGAATATTTGTACTTTGTCATCAGTTTATTCTCTATAAAACCATTCACCTATAGTAAAAACCTTAAGAAAAACGCAATAAAACACTATTAAATAAGGGGGTTACTAACTATCTTTTCCTTAAAGCAATTGGTCGTATGTAAATTTGATTTAATTTGAGTTTAAATATATCCCCGTAATCAGTGGAACTAAAAAGGTTTGATTTTGGCAATACATGAACGGTCACTTTTTGACCAAACGAAATTACTATGCTACGCTTGATTGCTCACAAAGTAAACAATTATTTTTTTAGGATCAAAATTTTTAGAGATATCTCATGAGCAAAAAAGTACAATGCGAACAAACATAGAGGCCGACACATATTCCGGTTTAATTCTAAAAAGAATGGTAATGGCATTATTGGCTGCGGCATTAAGGTCGAGTCATTTTTAGAATACTGTTACGCATGTATTTTTGAATGTGACCCAAACATAATCTCTTTTGCTAGCCAGCCTGAAACAATGCATTCAGAAGTTGGTGATAACGAAAAACCCAAAGGAAAAACGCCTGATTTTCTTGTGAAATATGCCAATGGCAGCTCAGAATATATTGAAGTTCACTGGTCAAAAAAAGTTGATGAGGAATACCGAGATAAGATAGAACATTTCTCTAATTACTCTGCTTCTAAAGGTCAATCTAAAATCCGCATCGTCACTGAGCTAGGGTTAACACCTTTTATCCGTGTGAATTACCAGTTAATTGCAGATTGTATGTCTCAAGAGCTGTCTTTTTCAATTGAAGATTGTGAACTACCCGAACATATCACTTTGAATGAGCTAATCGAGACTCTTAGCAACTACACAGAGACTCACATCGAAGAGGCTTATTACTTAATAGCCATTGGATATTACGAGTTCGACATGGCTTCATTATTGCGATGCGATACAGCATTGAAAAAGGTGTCGTAATGTTAGAAGGCGTTAATATTGGCTCAAAATTTCATAACCCACAAGGTGGTATTGAAACAATAATTTTCAAAGATGCGTATAGCTATATGCTTGAAGAGGATGAAGACAAAACAAAAAAACATCTTATTGAATCAGACACTTTTGAAAAGCACCTTGAACAGCAGAAGTACATTCAAAAGTTAACTGAAAGGCCACATCTACAACTAAATGAATATCAAAAGGCTGACAGGGATGAACGCTTAAAGTATATCCTTACTCTAAAAGATTTAGTTCACGAACAAAAACTTAGCCCTACAATAGAAAATACTTATAATTTTTTAATTGAGGAAGTTGAAAAGCGCCACCCTGAAACTCAAGCAAGTAAGCACCCTGCCCATAAAACCATCGCTAAATATTGGCGGTGTTGGGTGGTATCTGGTTTTGATAATGACAGTCTCGCTAGCAAGAGAAGAAATGCTCCTACACGTTTAAACTCAGCAACTGAAGCTCAAATCCAACACCATATTGCAACACTTTGGTCAGACAGTAATTCAAAACTAAAAACGGCTCATTACAAAGCATATAAGTTGCAGGTTGAAGAAAAATCTCAGGGTAACCCCTCAATAAAAGTTGCTAGTGAGCGTACATTTTATCGCAGACTTGCTGCGTTAAGTGAAATTGAAGATAAGCTTAACAATCCAAATACCTCTCAAGCAACAAAAAATCAACTGTCTCTTACTTTAAGGCGACGTATTCGTACTTATTTCGCCATGCAAAGAGTTGAGCTAGATCGGATGCATGTAAATATGTGCCTAGTTGATGACGAAACACTTGAGCCAACTAAGCCGATATCTCTCTATACAGCGATAGACTGCATGACACGAAATATACTAGGTGTCGTTGTTGATTATGGACAAGGTGAAAACAAAGAAAATGTTTTAAATCTTATTCGACAATGTTACTTAGCAGATAACAACCTTATTGCTAAAGGCAAACCTGTAGTAATGGTGATGGACAATGGCTCAGGCTTTAATAATGCTGCGATTTGGAAAACTTGCAAACGATTAAACATAACACCAGTTTACACTCCCTCAAATCAACCAGCAAAAAAGCCTTTTGTCGAATCCTATAATAACGTTCTTCGAGCTTCCTTTTTTAGAGGTATGATTATCACAGATAGTAAGGGCAATAAAACCGTCGGTTTCAATAGCTACAAAGGAAAAAGAACCGATTATTAGGCGACAATTAGCTTGGCCGGGTCGCGACAATTAGGTTGACCGGTTTTGGTACACTTTAGATATATCAAATTCAATAGAGAAAGATATGTCTGGAAAACCCATAACCAAGCAACAGGTTAATTTATATATGTCTTATCGTAAGGATCATAAACAAACAGCAGCCGCTGCCCAATCTGGTATGTCAGAGCGTACAGCTCGGCGTATCGAATCCGGCCAGCATTCAACCACACATCTCCCTAGGGTTTATCGAACACGCAAAAATCCATTTAATGGTGCGTTTGAAGAGCATCTAGTGCCATTGCTCAAAGCAGATCCTGAACTTCAACCCATAACTTTATTAGATCAGCTCGATACACTCATGCCAGGTAAATTTGGTCACAATCATTTACGTACGTTACAACGTCGAGTCAAAAAGTGGTTGGCAACTGAAGGGCCAGAGCAAGAAGTTATCTTTCGTCAAAAGTACATGCCAGGGTTTATGGGGATATCTGATTACACTTGGATGAACAAACTTGAAATATCTATTGCAGGCCAAGCATTTTCTCATAAGCTTTTTCATTACAAGTTAGTGTTCAGTGGCTGGACGTATGCTCAACTTGTCTTTGGTGGTGAAAGTTTCGAATCACTCTCTACAGGTTTACAAAATGCATTTTGGCGCAGTGGTGGTGTACCACAGACACACCGAACCGATAGCTTAAGTGCTGCATTCAATAATCATTATGAACAGGAAGCGTTAACTGAACGCTATCAAAAGCTATGTGCTCACTATAGCGTTGTTGCGACGCGTAACAATAAAGGTGTAGCTCATGAAAATGGTGCGATTGAAGTGGCACATAGCCATTTAAAACGAAAAGTAGATCAGCAATTACGACTACGTGGCAGTCGTGATTTCGCGACAATTACCGAGTACCAATCGTTTCTTGATGTAATTGTCGCCAAAATTAATCGCCAATGCAAAACTCGATTTGATGAAGAGCGCAAGCACTTAAATGATTTGCCTAAACGTCGTACCAACGACTTCTGCGAACAATACGTTAAAGTTACCTCTAGCAGCACCATCAGTGTTAAACGTGTGACGTATACCGTACCTTCTAGATTAATTAGTCATCGATTACTTGTACACATTTATGATACTCGGCTGGATTTATTTCTTGGTCATGAAAAAACGTTATCCCTGTCTAGAGTCTATGCTCAAGGACACTTAAGATCACGAGCAGTAGATTATAAACATGTGATCCACTCACTTGCGAAAAAGCCCAATGCGTTCAAATACTCGCAGTTACGAGAAGATTTGATCCCAGAAGGTGACTTCAGTTTGTTGTGGCAGCAGTTAACAGCAGAGCATGTTAGCGATAAAGACTGTCGTTATATGGTTGAATTATTGTTACTCGCTCATAACTATAATTGCGAGCATGCCCTTGGTCGTTATGTCTTGAAAAACCACGAGCAAGGTAAGTTTATATCTATTGATATGTGCCGTAAATTGTTTGCCCCTAGCACGCTCGTCATACCAAACATTGTCAGTCATCAACATCAAATAAGTGATTACGATATATTGCTTGGAGGGTTACATGGCTAATATTCTAAGCTTACCAATATTACTGAAAGAGCTGCGCTTAAGTGCGATAGCCAAAGAATGGGAAGTCCTTGCCCAAAAGGCTGTTTCACAGGAGTGGGAGCCTGAATTATTCCTTGCCGAGCTATGTGAACTTGAAGCTAATCATCGTCATGAAAGTCGATTAAAACGGTTACTTAAAGAGAGTAAATTACCCGTAGGTAAACAACTACATCAATATAAATTTGACGAAATAGAAGGTATTACGTCACTGCAAATGAAACAAAAAGTTAATCAGATTGACTGGCTTAGACAAGGCCATAATATCTTATTGTTTGGTGCTAGTGGTTTAGGGAAAACTCACTTAGCGTGTGCTATTGGTTACTCATTACTTGAAAAAGCAGTGCGCGTTAAATTCAGCACTAGTACAGCTATTGTTCAAGAACTCCAACGTGCAAAAGAAACGTTGGGCTTAACTGATGCCCTAAGAAAACTCGATAAATATGAGCTGTTGATATTAGATGATATCGGCTATGTGAAAAAGACTGATAGTGAAAGTCAGGTGTTGTTTGAACTGATTGCACATCGTTATGAACGAGGCAGTTTGTTGATCACATCGAATCAAGCATTCAGTGAGTGGGATAGTATATTTGGTGACAACATGATGACTGTTGCTGCTATCGACAGACTTGTTCACCACAGTGATATCTATCAAATAAAAGGAGAAAGTTACCGAAAAAAACAAGCTATGCAACTAAATTCAAATACCGGCCAAGTTAATTGACGCCAACCGGACAAGTTAGTTGACGTCTAATAACCGATATTGATAACGAAAAACTTGAGATGACACTACAAAAATATGCAGATATAAAAGTTAGCGACTTTCTTCGCTTACTCAATATTTTTCTTACTGAATATTCCCATAAAATTCATAAAGAAACGAAAGTTGCCCCTATAATGGCGTGGAACGAATCCATTAAGCGAACCCCACGACCCCATGTTTCCTATCACCAAGCAAAGCAAGGTTTTCATGTATTCAAAGAAAAGAAAACAAATAAGTTACAGGGACGAGGAACCGTTCGCTTACTTGGTCAGGATTTCTTTAATTACGAACTTAAACTAATTCATATGGCAATGAGTAAATACGTAAAAAAAGGTGAAAACCCCGATATCGAGGTGTTTTTTGACCCCTTCGACGCACGCTATGTCACGGTTAGCTTTATTGACCCAATAACGGGTAAAGAAAGGGACATCATGGCTGATAACATCAATTTGGACATTATGCCTAAAATGGTGTCCTTCGATGAATTAAAAGGGTTTAAGCCCAAAAGCTATGACATATTGCAAGAGAAAAAGCATGACATCACAGGTTATTACCAGGGGAAAATTGAAAGGTTTTATTCCCAAGCAACACGCCCAAAAAGAAGTGGAACTCAGCCAGCGTCCTTTGAAGAAAACAATGCCAAAGAGTTAAGTGTTGAAGAGCGTATTAAACAATCTCATTGTGAAAAACCAAAGGCTAACAGAGAGCCAAAATCCTTTTATGCAAACCTTAAAGCTATAGATGATAAAACAGCGCCTAAGACTAAAGCGCCAAAAGAATCTATGACAACAACGCCAAGTGGTAAGAAACGAAAATGGTAGTGGTAAATAAAGTTAAGCGTGAGCCTGCAAAGATGCCAAGCTCTCTTGTAAAGCATGATTCTCTAAAAATTGCATGGCAACGAATATGTCGAGTACATGCGATGCATTCGCAACCTAAAAATAAAAAGGGGGTGCTTATCTATGGTGTGTCTGGAGAAGGAAAGTCCTACCTAGTAAAGCAATATGAAACATTGTTTCCACAACAAAAAATTCGTGAAAAAACTATAATGCCTGTATTTCTTTACCGATTCAAAGAATCTAAAAAACAAGTAGACGACATTTTAAAGCTATTGATAAAAGCACTCGGTACAACTCCCCCTAAGGGAAAGACAGAGCCAGGTGAATTAGATGAACAATTTTGCCACTTAATAAAAGAGCTAGGCGTTGAACTTATTATTCTTGATGAAATCCAGCAAGTCTTACCCAACACAGATGGTGTGACGGCTCTTAATACACTTAAGTATTTATGTAGTTTACTTGATGGACTCAGTGCTTCAATAGTATTTATCGGCAGTGAGAGAGCAATGCGCTTACTAACATTTGGGAAAACAGAGAAAGCGGTAGATGATAACGAACAATTGAGTCGTAGAATGATGCGGTCAGTGAAGCTAGAACGTATTGAGCCAAGAACCGATGATTGGCTAGATTGTATTAACTGGTTCATTGATAAAATCCAATTTCCCTTTTTAAACTACAAGGATGGCCCTTTACTGAACAGGCTTTACCTAGCATATATGGAACGAAGTTTTAGTACACTAGAGAGCTTGTTTTTACTAGAGGACATGTCGGGTATTCAAGACAAACAAGAGCTAATAGCTAGATTAAAAGATAATTATGATATCTATGGAAAAGCCAAGCTTAACCCCTTTTGTTCAACTGATATTTCAGACGAAGAAGTTAATACACATATCAATCATGTGTTCCAGACAAGCCACTAGGAATTAATAATGCAACTTTCAATTACACCTATAGCATTCCCTGATGAAAGTAACATTGGTTTTGCCTTAAGAGTGGCGCTACGCAATGGTTTTACTTACGTTGACAGAGTGTATCCTAAGTCAATAATAAATAAAATTATAAGAGGTAATCCTGTAACTACTCCATTTCCGATCGACTTGAAGCCTAGGCTATATCACTCTGTACAGACTTATATTACAACACCATTATTCGAGTGCCATATTCAAATAGAGCCGAAGGTTTGCTTAAGATGCATTAGAGAAAAAGGGTATATTAAAATGGAAGTACAAAGTCCATTCATCCACCTGTGCTCATCACATCATGAACCACTAATTGACAAATGTTATACCTGTAATAATCAATTAACTTGGGATATTGCTTTGCTTAAAGGGAGGTGTACTTCAAAGCAATGCGGCATAAAGTTAATTCCAGTTCCTCCAACTCAGCTCCCCCTATTATTAGAAGCGCAAGTTGCAGATTGCTTACTTGCCTCATACTTTCTAAACAATCAAGAAGAGCTCCTTTTAAAGCAACCTCGTTATCCATCACTTCCCAATTACCAAGAAAAAATCAGAGAAGGTTTTGAATTCCTTAACTGCCATACAGATGCACGAAATTGGATGCACAAATGTATCAATCAACACTCATCTTTTTTCCCGACGAATTTTGCTGCGATAAATATAACTCTATTATTCAATAATCTAAAAGCTATCTGGCCTATAAGCTGTGTCCTCCAGCAATATGAAGCTATTGAACGTACAAGTTCCAGTAATGAAATTAAACCACTCTGCATAGACATAACAACTGCTAGCAAATTATTGGGTGTTTCTAAGGTGGGAATTAAAATCCTTTTAGAAAATGATTTTATAAAATCTAAAGGAACAAAAACACTTCACTACAAATCAATTATAGATATATCACCTGTAATAGAATTATTTTCCCCTCATTTCATTTCTAATATTATGAAACCTCTTTCGGAGCAGAAAGAAAGTCTGATCTATAACAATATTTGTCTGAGCAATATATTTTTAGCCGTCAAGGAAGATAAATTAAATATAGGATTTCAACCCAGCTCAGACCTTATGTCTTCACTTTATTGCGCACCTGATGATTTAAAGGTTTTAATAAAAAAAAAGCGTCATCATAATATACAAATGACCATATCTAATTTGGGTGAAATCGAAGAAAGTAAGCTGTTTAGTGACTCTAGTAGAGAAAGAAGTCTTAGGTATAAAAAAAGCAATCAACTAGGTTTTAACTTTTAACTAACCGCTCTCAATATATCAAGCTCATTTTTTGCGTTGGTAAGTCACACCTTGCAATGCTAACTTTTGCCACTTTGGTGACTTTAGCATTTTAGAATTAATACTGAAAATTTTTGTATGTTTTGATCTACAGCGGACATGGATGAACAACCACTCTACGCTAGAAGTTTCCAGATAGCTGACGTTCCCCTTAGTTGAATACAGGTGTCGTTTGATAATAACTTTTTACCAATAAGCAGCTAAGTTCGAGTGTGAACTAAGCCACCATAGCAGTCATTCTGCGTTCACTTTTTAACGATCACTTTGTGCGCTTTGCTGACGTTAGCTACTGGTTGTTCTTTAGGTCACTGATTAGCCATAAGCCGACATTAGCTTTTGAGTTACTAACGGCAGCTCAGAGCCTAAAGCGGTCATAAGCGAATTCGAACGATCTGACTATATTGAGCGAAAAACAATCATACGATTAATCAAATGTGACTGACGGCAATAGAGTGATCACCGGACAGTCAGTGACTTTTCACATTTTAACTGACTTTAACGATAGCGGACTGTCGGTTATTACATTACTTGGTCTATTAGCACACTCGAATTACCCAATTGCTATAGCATTCATCGCCAATACGACGCTGCAACCTGCATAGGCAGTCACATTTTTTGATATAAGGTGTGATATCTAACTCATACCATTAGTATTTATTGTGTCGGGTTTATTTACACAATTGATACTTTTAAATAAGTAATGTTTATTAAATTATTGTTTTTAATAAATTAAATAGTCACGGCGTGATTTTTGCTATGTTTAATGTATTGGGCAGTAGCCTCTTCTTTTTTTGTTATTCTTAAGCACCGTCTGTGCGTGTCTTTCTTAATTTGAAGTCCTTACCTCAGGAATAAATTTTACCCTAAGTAGGCTTAACAATTTATATCTACACGCATATATAATAACCAAGTGACTTTAAATATTTGATTGAATTGTAATGGGTGTCTACGTAATTCCGTTAAGCTTCACCAAGGTGCAAGGGTTTATAAGTTAATTTTTTAATAAATGCCCACTAATTCAGGTGGCATTAAAAAGGGAAGATAATGAAATTTAAATTTTTAAAGCAATTAGCATTGGGTTTTGCTTTAGTTGTAAGTGCTAATGCTACCGCAGGCATCATTAGTAGTACTAATAGCCACATCACATCTGATGGTTCTGTCGTAAATTTATCTGGCCTAGATTGGTTGAGTTGGGATGTAACAACAGGGCAAAGTAGAACGGATATCGAAAATGGTTTCATGGGGTTACTCGATGATGGGTGGCGATATGCGACTGTGATGGAATATAAAACGATGATGGAAAGCGTTTTTGACACGCACAGTGGTTGGAGCGTTGACAACAGCGACGGTGCACTTTGGCTTTACAGTAATTTGTACGGGCACAACGAAGCTTCGACTTTTAATAGTATTCAATATTTTAATTTTTACGGTGATGGTTCGGAGAATGGTGGCACGTTTTCTAGTTACGGCCATTTCAGGTTTTATTCCAGCAGGTTACGTGATATATCCTCCGAAATTACTCACGGTTGGTCAAGATATTCGCAAAATAATGGGTCGATAAGTGCAAGCAAAGATAGGACACGCCAGATGGCATCTGCGTTAGTTCGCGCGAATGTTGTACCCGAGCCGTCCACACTCGCTATTCTTGCATTAGGAATGATTGGTTTAGCATCACGCCGATTTAAGAAACAATCTTAAAAAATTAGTTCCATTTTCAAAATCGATTATCGACGACGGTATGCCTGAATAGACCCATGTAACCCAACGTTGTCGATAATCATCAAGAAGCATCTTCCAGTTTGGTTGATGCTTTTTTTGCTCATAAAGCTGCGTTAATCGACGAATGTGATTTTCTAAAGTTTGTTTTGAAATGGTTAATTTTTCCTCGCCAAATCGATAACCCAAAAAATCAAATTCCTTTTCAATACGCCCAATAAAGGTCTTATCCGGCGCTTGCGCCATTTTTAATTGGTTAAAGTGTTGATTGACTGTTTTCACCGCTTTGCGCAAGTGCCAGCGGGTTTTGGCTAATACAATGACGTCATCCATATATCGGCGATAAAAATAGCGTGTGTCACCTTCCATCTGTTTATCTAAGGATGTTAAGTAGTAAGCTGCGATAACCGGTGAGAGTGAGCAGCCTCTTGATATACCGCAGGTAATGGACTTAAACGTACCGCCTCTTTCAACGGTACGTTTCACAAATTGCACTAACAAGCGCCAGATAAAAGGGTCGGTGATGTCTTTGTCCAGTTGCTTGAGCAATATCGTATGGTCAATCGACTCATAATAGCGCTTCACATCGGTTTTCATCACGTAGCGATAATTCGGCAAAGCTGCGTGCAAGGCACTCACGGTCGCTTTTAACCCACCATGCCCTTTGATATGAGTGCAATGTGGCGATAATGCCAAGGCATCTGGTAAGGCCATTGCTAACATTTTTAATACCAGCGCATCTTGTGATGACCACAAATGAATACTTTCACCATCGGCTTTGGTGACCACACTGAGCGGCATGAAGGTGTAATCTTGTTTGTTGAGTGTTTGCAGCAGCTCACCACGGATAGTGTGCCAGTGAAAACGCAGATGCCAGATATCGGCATTGGCGGGAAAGTTACGCCGCTGCTTACACAACCATGAATAAGCGGTATCGAGAGTGGCTTCGGTGAAAACATGTTTGGTATCTAGCATGGCTTAAGCATAGCTGAATGACCGCTAAGTGAACAAGCTTTGGTTGTTTTCAGAAAAGCTGAATGACGGGTGTTGGCCGACGGATAGAGAACGTTCCTAAAGATGGGTTTTAGTAGCAAAATACACCAATATAACTCTAAGTGCTTATGTCTGCTTTGTCGGATCACTTGCCGTTAGATAAGCCAAGGCTAACGTCCGCAATCGTATCAGAGAAGACCTTTTTGGTGCTGATTTAGGGTGTTAGGAAAGGTCTCTTTTGTGGCATTAGTTAGCGTTAATATGTGAAATAGCACCGTCCGCAATGAGCTTTCAGCAGTCATAGAGGCTGTCCTCGCTCTATAACATTATTTTACTTTTTTGATCATAAAATTAGCATCAAAGTTGATTTGGGGAACGTCCACTTTCCTAATGATTTTCAATTCTGCTGTCGAATGTCTAAGATCAACTAACGGGTGCTTAGTTGACCTCGATAAATTCTTAATATCAAAAGTTTTATTCAGCTTAGCACTTTTCTGACCTAGTATTAAAACTAAAAATCCGCATCAAAAGGGCTGATTGGAAAAAGTGATCAACCTTTAGTGTTAAATGCTTCATTGAAGGTGTTTATTGCCAATATCATTATGTAAACCTTTTAATAATTGTTTACCCCTCAAGTTACTGTTTAAAAAACAGGCTTGTGGTTAATTTCGAGGGGAATAGTACAAAACCCTTTTTAGTGTTAATTTGAAAGGTTGAAAAAACATTGTGAAGATATGGGTATACCATTATCTCAATTCACAAGAATGAAGTTGCTGGAGGTTTTGAGGGTTAGTTGATAATCGACAATGGTTTATTAGTACACACTTTGTGTGTACTAATGGATAATACATCTAGTTCATAGGGTGACTGTTATGAAAATTCAAAAAATCGAAACAGATGAACAACTTGCGGCAGCTATAGCACGCGTTGATGAGGTTTGGAACTCTGTTGATGTAAGTGAAATATATGAACTTAATGAGTTAGTATCGCTTATTGAAAATTACGAAGAAAAATACATAAAATAAAAAGTGGAGAATCTCTAGCAGCAGTGCCACGTAATTGTATTTGCCTAAGCCAACCAATTACATTTAACTATACCACAACATTTCGGCCTTATTAAAGTTGTCACTTTGGATAAGTTGAACACTGATAATGCTCACTTTTGCCACATTCGAGACGTTAGCTTTTTAGAATTTACATTGAAATAATTTGTATGTTTTGATCTGCAGCGGACATCGCTTCACGACCACATTGCATTAGCTGTTCCCTGTAGCGGAAGTTCGGTATAGATGAGAACAGATGTATATTGATGATGATTTTTGCCAAAAAACCAGTAAATCTGAGTGCGAACTAAGCCACAAAACCGGGCAGTCCCAGATTTGGTGGTATGGCTTCAAAGTGCTCATTATAGTTTTCAAGTTTAAGCTAGGTACGAGTTATGTATCACATCACAATTTTTAAAATCCAAAATAGTGACTTGACTTAATACCATGAAAATATTAGATTAAAGTTCTTATTGTAGAAATATTCTTGTTTCAAATCAATTTGAAAAGGCAACCTTGAGAGAAATCCATGGACGCAAAGGCTCTAACCGCACACGAAAGTAGGTTGAGAGATTGCAGAAAATTAAACATCTAATGTCAACCTCCTGCAAAAATAATACACGCATCTTAAGATGTGAATCAAACTTGTTCAAAATAAAGGATTAATAAATGAAAATTGGTATTATCGATAAATATCGAACTTTTATCTCGGCTTCATTTCTCGTATCACTAGCAGCATGTGGTGGAGGATCAGGTTCGGATTCGAAAGATACAACGCCAGTTCCTATTGCTAATGTTGCGCCAATTGTCTCTGCTGGGGATGATGCTTCTGTAAATGAAACCGAAATTTTTACCTTTAGCAGTTCAGCATCAGACAGTGACGGCACTATTAATAATGTTTTGTGGGAACAAACAGCAGGAGAAAGTATTGTTATATCCAATGCTGATAGCTTAACTGCTGCTTTTACAGCAATTGAAGTAGTTGAAGATACTACTTTAACTTTTCGTTTAACTGTAACTGATGATGATGGAGAACAATCATCAGATGTTGTTAACGTTTTAATTATGAATGTTAATCAGTTACCTACTGTGGCAGCTATCGATGACTTTGAAGTTTTTGAACAGGTAGCGGCAGAGTTAAGTGCGGTAGCTGAAGATATAGACGGTACAATTGCAACGTATAAATGGGAGCAAACAGCAGGAAAAGAAGTCAGCTTAACAAATGCGGAACAACCAACAGCAACTTTTGTTAGTGGTGATTTTACAGCCATTGAAACATTGAGCTTTTCAGTGACGGTTACTGACAATCATGGAGGAAGTGCTACTGATACAATGAATGTTACAGTAAATCCAAATTTCCCACCTGTTGCCGTCATTGGTATTGAAGGTGGAGACAAAGTTATTTCACAGTTTATTACTTCTGGCGATACAGTCACTCTTGTTGGTATGAACTCTTATGATAACGAGTTAAATAACTTAACTTATCAATGGCAACAAATTGATGATACTGGTGTTGAACTAGTAATAACAAATAACAATGCTGCTGATACAAGTTTTGTTGCTAATACTTTAACTTCAGCCGAAACCGTTACTATACAATTAAGCGTAACTGACGAGTTAGGTTTGAGTGATACTGAGCAAGTCCGCATTGCTATTACACCTGTTATCCATGAAAAAATGAATGATACAGGATTAACGTTTTGTGCAGATTATGCTTACGATGGAAGTGGTAATCATAGCAATACTGAAAATTGTGCTGATGTTGTAGATGTGGATGCAGATCCTATTCCCGATGGGCAAGATGCAGATTACGGTCGAGATAAAGTTGCGGCAGACGATAGCGATGGTAGTAAGGGGTTTTCTTTCATTAAGCTAGATGAAAACGGTGAACCATTACCGCAAAATGCAACTGCATGGTCTTGCGTATTAGACAATGTTACAGGCCTTATCTGGGAAGTTAAAGACGAATCAGGCTCTACAGGTATTCGTGATGCTAACAGTAGATACACTTGGTACAACAGTACAGGAATTAATGATGGTGGTTCAGCAGGTACAGAAGATGGTGGTTCTTGTACCGATACGGGTAATTGTGACATTGAAAAATACGGATCAAGCGTGAATGCAGTCAAGCTATGTGGAATTACTACGTGGCGTGTACCTACACATCAAGAATTAAATACTTTAGTTGATTTTAGTCGACAACTACCAAGTGTTGACACTAATTATTTTCACCATACCAAGTCAGGTCTTTATTGGTCATCAACGCCATATAACAACAGTAATAATGCATGGGGAGTTAACTTTAGCGAAGGTTTAAGCTCATCGGCTGGCTCAAGCAAAAACAACTCAGGTTACGTTCGTTTAACGGCAACTAAAGGATAGGAAATCATTATGAAAAAATTACTAATTTTAATATCGGTTGCTTTTATTTCATCTGTTCAAGCTGCTCATACTTGTAATGACAATATTACAAAATCCACTCCGACAGCTAGGTTTACAGATAACGCTGATGGCACAGTAACAGATACAGTAACTGATTTAACTTGGATGCGCTGTACATTAGGGGAATCATGGGATGGGGCAAACTGCACAGGAGCAGCCCAAACATATGATTGGCAGGAAGCTTTAACTGAGGCTGATAGCTCTAATTTAGCAACTCATACTAATTGGCGTTTACCAAATATCAAAGAGATGCAATCAATAGTGGAGTATGCATGCTATGACCCCGCTTTTAACGTAAGTGTCTTCCCTGAATCGAGTAATTCAAATCCACAGTATTGGTCGTCTTCGATATATTCAAAAACAAATTACCATTCTGCTTGGGCATTGTCACAAGCATCAGGCTCAATTTCTGATGAAGTGAAAAGCAACAGTAAATTGGTTCGCTTGGTTAGAGATTAAAAAAATTTATGAAGGGTGCTTAACATTATGAAATATTGAAGCACTCCTTTAATCAATCTAATTAAGATGATACCTGAGTGGCTATATTAAAAAAGGTTCTCTGAAATACATAAATTCAAGCTGTTGGTTTCTAAAACAGTAATTAGAAGCAGTTAACAGAGCGTTAGACTTTTATTCGTCCAGTCTAGCGCCCTCTAATTCATAGGACGTGGAGTAATAAAATGAAAAAATTAGTGTTATTATTAATGTTTGCAGTATTGGGTGGCTGTGCAAGCCATGCTGAAATAAAAATGCCCACGCTTACAGCAGTTCATGATCCTGTATATGAAAACAAAACATTAAATTATGAAGTTTTATATAGTCAGCCAAAACCTGGGATTTTCTCGGGTGGAGAACAATTACCTCTAGCACCATTAGAAAACGCAGAACTTTCTGTTGCTTCGGCATCAACGTTAAGGGATCTTCCTAAATTAATATTTAATCAATTACCAGTTTCTGTTAAGCATTTAGCGGATAATGCGGATTTAACATTAAAACTCGAAATTACAGCGTATGATAAAAAAGGCCCAGCTTATTCTGATCACGAGTTCGCAAAAAGTTTAGGCAAAAATTTACTAACATTAGGTTTTGCATCATCTGAGTATAATATAGTTGCTGATTTTGACGTGAAATATATATTAGAACAGCGTGGTAAAGTAATATTTACTAAAGATTTTAAAGTTAAGGATGAAGTAGACCATGAAAAAGGAGATTTTGATTCTTATAATACTTTAAACGAATTCACATCTCAAATGCTTGAAAAGCACTTTACTTTGACACTACATAGTTTCTTTACAGAAGCAGCTATGCATTTAAAATCCTAAATAAACAAGACGATCAAACGGAAAAATACAACTCGTTGCGATCACATCTAGCGCATTTTAGCCAACTGTATTTTTCCGCTAACTTTTGTTATTGATAAAGAAACTGATCCGAATTCAATTCTAGCCCATTAGTGCTATTTCCAGTGTGGCAAAAGTTAGTTTCCTGATATGGACTCCCACAGGCCGCAATGAGCTTACAGCCTTTATAGAACTTGTTCTCGTTCTATAATTGTATTTTTGCTTTTTTGACCTTGAAATTAACCTCAAAACTGATCTTGGAAACGTCCGCTTTCCTAATAACTTTCAATTCTTCTGTCAAATGTCTTAGGTCAACTAACTGGCGATCAATTGACCTCAAAAAACACTAAAAACTTCAACCTTGTACTTCCGCTTTGCGCACTTAGTGATCGTTAATAATTCAAAAGTGTATGACTGCTGATGGCTTTTGCGACGGTTAGATTAGATTAAGTAAAGTCATTGTGACTCTGAGTACATGAGTACGTGCATTTTTTGCGTACTCATGGCCTCTAAAGTGCAATATTGGCTTAGTTGGCTATCAAAATAAAGTATAAAACCTTTACCTAGGTTCATATAATCTGGCAAGAACTTACCTCTTAAATAATACATTTATATAAAGTTATCCCCCTAATACGCTCCTATGGTAGTGATAACCACAAAAAAATAGCTAGATATTGCTTTTTCTTCTTAGCATACTTTTGTTTGTGTAATGTATGCGATCTCATAATGTAATAAATCTCAATCTATAAGGCAGTAATGTGAACAATTCTCAAGTTAAATGGCAGTCAAAAAATATGGGGGAATTGCAAGTCATTGAATATTAAGGCTGTCACTTGCCTGAGATTCTCAACTTAAGTGGCGGTGATCAGTGCTTCATGTCGTGCTTCAAAATATTTTGACGACAACGTTAAAGAAAATAAAGAAGCATAGGTATATAAATAGATAAGAATAAACCTTGGGTAAATAGCTAAAATGGGCAAAAGACAATAACGGTTAATTGCTGTCTCTTGCACAAGTCTCAACAAAGTTCCACTAGTTCGATGTCGTTAATTTATCTCTCAACTCATTAAGCGCTGTAACTGAAAAACCCTCATCATAAAAATATACAATGATGCCATTTTTATCTAACAGTAACACTCGGGCGTTATTAGGGCTTTCATTTCCAGTGAACGCTTGAACTTTATCACCGTCTTCATAAATTGTAATCACCCCTTTCCAAAGAGGTTTTGGAATACCAGCACGCATACCATTGTCGATAAAAGTACTAAACATTTTTGGGAACAACCCTTGAATAGTCGGGAGCTCATAGACATCAACTTTGGTTTCAGTCATATCTAAACCAATTAACCATCTATCGATATCGAACTGTGAATTTTGTTTGTAGCCTACTAATAATAAGGTAAATTCTTTGTTAAAGTCGGCTGGAATATTGACCATGTTTTCTTCTAATGTTTGTCCGGTAACCGCTGGAAAAGCTTTACCCGTGACTGATTGATTTGTATATTTTGTGCTACAACCTGAGGCAAGGCTGATGAACAAAATCAATAAAAAAATGCGCATATATTTTTACTCGTTGGTTATTATTTTAAATTAAATCTAACGCTGCATACGTTAGAGTATTAATTTTAGCTCATTTTTAGCCGTTTTGATCTTAACAAGTTTATTTTGCGTATTTACGAAGTGATATAATTTTAATACTTGGTGGAATTTATTGATGCGATTTATTTTAATTTTATGGTTATCTTTCAGTGCTTACGCCAGTGGTAACGATATTAATAAACAGGCCAATGATAATTCAAATGGCAATAAGAAGGCTTATATGATTGATTTTTCAAAGCAAGAAAACGGACGCTGGCGAATAACCAATGATGGCGTTATGGGCGGCTTGTCAAACGGTGAAATGACATTTACTCAAGATCATGGCATTTTTAGCGGTAGCATCTCTCTGGATAATAATGGCGGCTTTAGTTCGGTTTTTCGTGCTGTCGATAATCTTCCACAATCTTATAAGAAACTTGTTATTAACACCGAAGGTGACGGGCAAGCCTATCAATTAAGGCTAATTATTTATGTAAATGGCTACCGATTAGCTTATAAACATGACTTTAAAACTGTCGCTAATAAGCGTGAAAATCATATCTTCGAGCTTGCAGACTTTAAAGCAACCTTTCGTGGAAGGGCTATACCCAATGCGCCTTTACTTAATTCAGAAGATATTAAAGAAGTCGGTTTTTTAATGACTAAAAAAGTCCCTGGGCAATTTGCATTATCGATATTTACACTGTCTTTCTTGAAACAATAACTTATACATTAAGGTAAAGATGAATAAAATTAACCCCAAAGCCCTCATCAATAGTAAGTGGACTAAAGTTGATATTACCAATAAAGAAAAACACTTTATTATCACTAAGGTGGAATTTGACGAAGAGCAAAAAGTAATTGCCTGTGTTATCGAAGCGGTGATGACTCATAATGAATACACCATAGATTGGCGTGATCTAAAAGTCAGTGACCAATGGCGAATCGGCTGGAAATAAATTTATAATTAAGTCACTTGCAGCCGATTTTAATGTTTGCTTATCGCTAAAGGTTAATAGGCTAACTGAACTTTTATAGTCATGTTATAAAATAAACTCCCTAATCGATTTTTTAATTAATTGACTTCTTTGAGTGTCGAAAGAATGTTTGTTTTGGCAAAGGTATAAGGTTTCACTGACCGGTATCTCCAATGTGTGTATTTTTATTAGGCTTTGCTCAGGGAAAGCGTTTACCGCATGCAGGGGTAATACGGTAAAACCTAATCCTTGACTAACGGGCAATAAAATCAAACTTATTTGATTAGAAAATCCTTTGTGCTTAAATTGGCTGGTATGTTCAAATTCAAGATAATTTTTACTCAATAACTGTTGTGCATGATGTTCTGAATCAGGGTGGCTGATAAAACCTATAGAAGTAAGCACTTGCCAGTTGATGCTTTTGACATCACTTGACGTCACTAAAACCAAAGGCTCAATGGCTATTTTTTTGTAGACTAACTGTGGGCTCTTATTTAACTCAGTGAGTATCCCCAGATCAATTTTTCGTTCAATTAAATTTTGTTCTATATTTTTATTGGGTGCAAAGGTGTAATCGATAATAAGCGCCGGATAGCGTTGCTGCATATCAAGCATCTTTGGGTATAGTTTTAAGCCGACACTGCCAGGTGTACTTATTTTAATGACACCGATAAAAGCATCATCTTGTTTAATTGAAGCTTCAATATCAGCAGATGTCTCTAATAAATCTTGCCCTTGTTGGCGTAATTTAATACCCGCATCGGTCAATGAGAAAGATTTACCCTCCCGCGTTAATAATAAAGTGTCCAATTGCGCTTCAAGTTTTTTTATATGCTGGCTTACCCCTGATTGCGTCATAAAAAGAATTTCTGCTGTTTGGGTAAAATGACCAACGTCAGCAAGCGTGCAAAATGTTTTTAACCAAATAAGATTTATCATAACAAAATGTACTCATTTCTATTGCAAATGATAATTTTATATACTTTATAAAGTTCAATATACTTTGTCTATCAAATTTAACGAGGTAGTAAAAATGAGTAAAGCATATCCAAGAACTTTTTCCCATATCGGTATTTCAGTCCCTAATTTAGAGGCTGCTGTTGAATTTTATACTGGCGTTTTAGGTTGGTATGAAATAATGAAACCGACAGAAATCATTGAAGATGATAGCCCCATTGGCGCTATGTGTACCGACGTATTTGGCGCTAATTGGGGTAAATTTAAAATAGCTCACATGTCGACAGGCGACCGCATCGGCGTTGAGCTATTCGAATTTGCTAATCAAGAAAATCCAGAAGACAACTTTGAATACTGGAAAACAGGCGTGTTTCATTTTTGTGTGCAAGATCCTAATCTTGAAGAACTGGTGGAAAAAATTGTCGAAGCGGGTGGTAAAAAGCGTATGGCAGAGCCACGTTACTACTATCCCGGTGAAAAGCCCTATCGTATGATTTACATGGAAGACCCTTTTGGTAATATTTTAGAAATATACAGCCACAGCTATGAATTAACCTATGCGGCTGGCGCTTACTAATTTAAAGTCATAGCTTATCAACACTGATGATTTAATAACCCAATAGAAAGTCATTTTCTCTTGGGTTATATCAAGATAACTTTAGCGCTTAATCCTGTCTCCTGTCTCTGCACTATGCAAGTTCATCCACTGAAAAAATATTGGCTAAATAAGGATTATGTCGCTAGCATAATGCCTATTGATAATTTTCTACTACAATTAAAATTTGTATAATATCATCAACAGTTAAGGTTTATTAGTGAGTAAAAAGCAACCATTACCCGTTACTTCACCGTCAAAGGATAATTTATCCGTAGACGTTAATATGTTAGCAGAAGTGTTAAATAACGTTGGCACTTGTATATTCACTAAAGATATTCATGGTTGCTATACCTATGTAAACCAGGCTGTACTTGATTTATTTAATGTTAACTCAACAGATATCATTGGCTTTGAAGATAGTCATTTCTTTGATTTAGCGTTATCTCAGCAACTAAAAGAAAATGATCGAAAGGTTATTAAAGAGGCTATAACCGTAGAAAATGAAGAAACAAACTTCATCAAATCTCTACAAGAAACCCGGATATATAAAACGGTTAAAAAACCCTTATTCGATGATGCTAACAATGTCATCGGTATTTGTGGTGTATCAATAGATATAACAGCAGAAAAAAAGCTCCAAAAAATAGTTAAAGCACAGAAAAAATTACTTCATGCGGTACTTGATAATGTTGATGCTTATATTTATATGAAAGATAGTGAGCGAACATTTAAATATGTAAACAGTAAAGTTGCTGAATTATTTGGTACGTCAGCAGAGAATATTATTGGTAAGAAAGACACTGAGGTTTTACCACTTGATGTTGCTGAGCATTTTAACCAATCTGATCAAAAAGTTTTTGATACGGGCGAAAAACAAACCATTGAAGAAACCTCAGCAGATGAACAAGGTAATGTACGCTACTATATTAGTACAAAAATTCCTTATCAAAACCAAGGTGAACTCCCAACGTTAATTGGATTTTCTACCGACGTCAGTGAATTGTATGCGCTAAAAGAAGAATTTAGAAAACAAGCGAATACCGATTCATTAACTAAGCTGTATAACCGCCGCTACTTTATTGATCATGCTGAACGAGAATTTCATCGTGCTAAAAGGCACCTTGGCATTCTATCCTTGATTGCCATTGATATTGACCACTTCAAAGATATCAATGATAGCTACGGCCATCCGATAGGGGATAATGTGCTAATGTCAGTGGCTCAATGTTTTCTTCCTTGTCTTCGACAAGAAGATATTTTAGCCCGCATTGGCGGTGAAGAATTTTCAATATTGCTCCCAGAAACTACATTGCAGTCAGCAAAGGTTGTCGCAGAGCGTATTCGACTTAATCAAAGTAATTTAATTATCAAAGGTGAGTGGCAGGGAGAAATTAAGATAACCGTTAGTATCGGTGTTACTTGTATAAGATTTGAAGATGATAACTTTGATGATTTCTTTACCCGCGCTGACCGAGCATTATATCAAGCGAAAGACTCAGGTCGTAATCAGGTTTTTTGTGGGTAAATATTTTTGCTCGAAATAATTCGATCAACGCCTTAAGATAAAAACTGACTATGAATTTCGCTATCAAATAAATTCTTAATCAGTAAGGCAAACTCTTTAATGAATGTTTTTTGCTCGTTAGTGACTTTATTGTTAACAACGCCAGAGAGAATCTCTTCTAAATCATAAACAATAGCATCAACTTCTCGAATAATAGTATTGCGCTGATTAAAAGACAACGCTTCGTTCTGGCTGCAAATACTGATAATTTGTTCACTTAATTCTTGTTCAATAACGGTCATAACGGTATCTGAATCAGCACTTACTGAGGGGGGATTTTCAAATAAACTGAAATGCTCAGTCAAGTATTCGATAATATGGATGTAACCTTCAGTATCTGTAACCATTAAAAATTTAACCTTTATAAAAGAATATACCATACCTCTTATATAGGCGTTTGATCAAGGTTGGTCACTGCTATTTTTTCGTTATTTATAAAAACAATTTAGATTGAAATATGTCTATTAATTAGTCTTCTTTAAAAAAAGATATGTTGTTGCAAACATTACTGCACGAACAAATAAATATTTATATAAATGTCAGGTGTTAACTATAGTGATAGTCAAGGGGGTATCTACAGATAACGTTTTATATATCTAGATATCTCAGTTATCAATTAAGTTTATTTCATGTGTTAACTGTCGTCGCGTCAAATTTTGGCTGCTTACTCATCGAAACAGAGGATTATTTTTATCCTCAACACGTTGACTAAAAATTAACGAAAGTCCCCCTTAAATTTTTAACGGGTCATGTAAATAAGGGGGATAATTCAAACATTGACATTATTTTTGGGATAGGTGAATAGTTATCTTTTTGATTCGCTCACTCACAGAGCTACAGTTAAATTGATTTGTATTATATAAAGCAGAACTCATTGCAGCCCCCTCAAGTGATTTATAGCTTAATTTGATAGCTGATATTTGAAATACTTCAATTAATACAGACATTTTGTATAAAATATTTTTACAAAAAAGTTATTAAAAAGCTTTTTTTTTGTTTGTAGCGTCTATAAATCGATACATATTTGGATGCGATTTGTTTAATAGATAGACTATTTCATTGGTTAACAGTTGGTTAGGTACTAATCAAAAAGTTCAAAAACATTTTTATAATAGGGGTTGTAATATTTCTATATTCAGGCAGAATTAATGGATATTGTTACGTAATTTAACAATTTGTTGAAGTATTCAAAGAATTTAAAACAATAAATATTTAAACTATAAGTCCAGAGAGAAACACTAATATGAAAAATTCTAATTTAAAGCGTAGCTTTAAACAATCAATTACTGCTGTAGCAGTAGCGATGTCATTGAGTGCAGCAATGCCTGCAATGGCAAATAACACAACAGGTTATATTACTGGTAGTTCTATTAGCCAAGGTGGTCAAGTTCTTGGTTCAGTTACAATTAAAATTGTAAACAAAGACACTGGTTTAACCCGTTCTGTTGTTTCTGATAGCGAAGGTTCTTTCCGCTTCCCGCTTCTTCCTCCTGGAATGTATGACATTACAGCAATGAAAGATGGCTTCCAAATTACAGCTCAAAAAGATGTTAAAGTTGGTATGGGTGGTAAAGTTAGCCTTAACATGACTTTAGCTGCTGATGATATTGAACGTATTGAAGTTACTGGTTCAGCTATTGCTATGGTTGATATCACAAGTTCAAGCACAGGTATCGTTGTTGATACTTTAACGCTTGATAGAGTACCTGTTGCACGTGATTTCACTGGTGTTGCTTTATTAGCACCGGGTACAACTAAAGGTGATTCTGCTTTTGGTAACAACCCATCTATTGGTGGTGCATCTGTAGCTGAAAATGCTTACTATGTGAATGGTCTTAACATTACTAACTTCCGTACAGGTGTTGGTTCTAGTCAACCACCATTTGAAATGTATGATACATTTGAAGTTAAAACTGGTGGTTACTCGGCTGAATTTGGTCGTGCTACTGGTGGTGTAATTAACGCAAAAACTAAAAGTGGTTCAAACGAATTTAAAGCTGGCGCGAATGTTTTCTACGAACCAGATGCTTTAAGAGAAGATAAACAATCACAAAGACGTGATGACGGTACTTTACGTATTGATAACACTGGCGATGAGAATGACTTCTATGAAGTTAACTTATGGGCAAGTGGCGCTATCATCGAAGATACTCTTTTCTATTACGCACTATACAGCCCGCGTAGCGATGAATTTGAATACAACGGTGGACAAGCTTCTACTCCAGAGGGTATTGCACAAAGTTTGTACACACAAAAAGATGATGATTCTTTTTGGGGTGCAAAAGTAGATTGGTATATTACTGAAAACAATATCCTTGAAATCTCAGCTTTCTCTGATCAAAGTACTACAACTACATTTAGAACTGATTATCTTGGTTCTACTCCCCAAGTACCAAAAGAAAGTTTTGAAGACAATGGTGGTTTGAACTACACAGCTAAATTAACGTCTATTATTACTGACGATTTTTCAGTATCAGTTCAATACGGTATCAATGAAACAGACCGTACAGCTGGTAGTGTTTTAGATGCTAACCCAGCAGTTTACCGTAACTTCACTAGAACAAGAGCGTTTGTTCCTGGTGGTAACTTTGCTAACTTTAGCATTGGTGAAGGTGATGATCAGCGTCAAGTTGTTCGTATCGATGCTGATTGGTACTTAGGTGATCATGAAATACGTTTTGGTGTTGATAAAGAATCATTAACGGCAAACCAACAAACAATTAACTCTGGTGGCGCTTACTACTTATACGTAATCGGTGAAGATGATACTACGATTGATTATGTACGTCACCGTACATACAGCAGCGGTGGTTCTTTTGAATCAGAAAACTTTGCATACTACATTCAAGATCAATGGCAAGCTACAGACGATCTAGTTATTAATGCTGGTATTCGTAATGATTCATTTGAAAACAAGAATGGTGTTGGTGAATCTTTCATTAAACTTGAAAACCAATGGGCATTACGTTTAGGCGCAGTATACGATGTTATGGGTGATGGCGAGTCTAAAATATGGGCAAGCTACGGTCGTTACTATCTTCCAATCGCTGCTAACACTAACATTCGTTTAGCCGGTGCTGAAACTTATATTCAAGATTACTACAACTACGACGGAATGAGCAGCGATGGGTTAGAAATTCCTAACCTAACTGGTGGTACTTACACTGGTCGTCCTCAAGATGTATTCTCAAACGGTGATGTTCCAGAAGCAGGCGCAATCGTTGATTCAAGCATCGACCCTATGTATTCAGATGAATTCATTGCCGGTTACCAGTTCCAGTTAAATGACGAATGGAGCATGGCAGTTCAAGGTACTTACCGTGAGCTAGCAACAACTATTGAAGATGTTGCAATCGATTTTGGTTTTAATGAATATGTTAATCGTGAATTTGGTTCAGCTTGTACTGAATGTACAGGTTTCCATTACTATGTATTAACTAATCCTGGTACAGATATCACTGTAACTACTGACCCTGATGATAATCAAAAAGATGCAAATGGTGATTACTTCAATGGTCCTTTGCCTAATCAAGCATACACTATTCCTGCAGGTGACTTAAACTACCCTGAAGCTATCCGTAAATATGCTGCTGTTGACGTAACTGTTAACAAAGAGTGGGATGGCAAATGGATGTTAACGGGTACTTACACTTGGTCTCATAGCTGGGGTAACAACGAAGGTTTAGTTCGTTCAGACAACGGTCAAGATGACGCTGGTTTAACAACTAACTTTGACCAACCTGGTTTATTAGATGGTGGTGATGGTAACTTACCAAATGACCGTCGTCATTCAGTTAAAGTATTTGGTTCTTACCAAGTTACTGATGACTTGAATATTGGTGCAAACTTCTCATGGCAAGCAGGTAAGCCAAGAAGTGCATTTGGTATTCACCCAACTGATATATTTGCTCAGGCATATGGTTCAGAGTCTTTCTACAAAGGCGGTCAATTAGCTAAACGTGGTTCAGAAGGTACAACAGATTCTCTTTGGAACCTTGATTTAACGGCTAGTTACGACATTGAATTTGAAGACTTTGACTTAAATCTTCGTGCAGATATTTTCAACGTATTTAACAATGATACAGCATCTGAATTCGACGAAATTTATGATGATGAATCTAGAACTGAGTTTAATGAAGACGGTTCAGGTAACTACTTCGTTAGCCCAACTTACGGTTTAGCACAGAACTGGCAGACTCCACGTTATGTTCGTTTAAGCGCTTCAATCCGCTTCTAAAAATTGATTAAACAATAATTTAGTTGTTAAAAAACCCGCTACTTAGCGGGTTTTTTTATGGTTAATATTTAACAAGCGATATTTATTGTTCACTGAACTAAAATGATTGGTGTATTTATATAAGGGTAAATGCCATACATTAAAAATTAGAGGACGTTAAATGAAACGATTATCTATAAATAGAAGAGAATAAAGAGTAAGGGTTGATCTCTTTCAGTCATCAGCGATGCTTTAAATACAACTGTGTTACCCGCTATTAATGCAGGAAAAATAGGACCGTTAGGTAAATGACCAGGGAAGTTGTAAGGACCAAAATGGCAACAACACCATGAGGCTTATGACGTATCATTGCTTTTGCACCAGGCATTGGGCTTTCAACAGTACCTGTTCGCTCATTGTTTGCTTTGACAGAAATCGCTATTTTACCCATCATCGCGCCAACTTCTGTAAGGGTTTCCCAAAGAGGCTTACTTGTTTCTTCTGTAATGGTTATTGCAAGATTTTTGTTTGTTTGTAGCGTCTATAAATCTATACATATTTGGATGCAGTTTGTGTAATAGATTGATTATTTCATTGGTTAACAGTTGGTTAGGTATTAAGAAAAAAGTTCAAAAACATTTTTGTAATAGGGGTTGTAATATTTCTATATTCAGGCAGAATTGATAGATATTGTTACCTAATGTAACAATTTGTTGAAATATTCAAAAACTTAAAATAATAAATATTTAAACTATAAGTCCAGAGAGAAACACTAATATGAAAAATTCTAATTTAAAGCGCAGTTTTAAACTTTCGCTAGCTGCAATAGCAGTAGGTGGATGTTTAGTTACATCACCAATAACATTTGCTGCAGAAGAAGAAGCAGAAGAAGTAATTGAAAAAATCCAAGTAACAGGTTCTCGTATCAAACGTGCAGATATGGAAACATCTAGCCCAGTTACAATAACAAGTGCTGAAGATATTAAAATAGCAGGTTTCACACGTGTAGAAGACTTGCTAAATAATTTACCACAAATAGAAGCTGCTTCTACCGCTTTCGAAGCTAACGGAGCATCTGGTCGAGGTACTCTTGATTTACGTGGTTTAGGTTCTAATCGTACATTAGTACTTGTAAATGGCCGCCGTATGCAACCTGGTGGTGGCAGTTCCGGTTCTGCTGATGTTAACTCAATTCCTTCGGCATTAATTAAGCGTGTTGAAGTAATGACTGGTGGTGGTTCATCTGTATATGGTTCAGATGCAATTGCTGGTGTTGTTAACTTTGTTATGGATAACGAATTTGAAGGTATTAAAGTAGACGTTAATGGAACGGGTTACCAACATAATAACGATAATAGTTACATGCAAGACTTAATGGACGATAAAAGTTTTGATTATCCTGAAGGCAGCAGTGGCATAGATGGCAAAACTTTTAGCTTAGATATCTCTGCTGGTTCAGAATTTGCTGACGGTAAAGGTCATGCTGTAGCATTTGCTACTTATAAGCAAACTAAAGAATTACGTCAATCTGCTCGTGATTATTCATCATGTGCTCTTCACAGTTCAGGTACAAGATGTAATGGTTCTTCTACTGCTGTAGTTCCTAACTTTTTCATCGCGCCAATTGGTCCTGATGGCTATGACTACTCTCAAGAACAATGGGTTAAGCTAACGCCAGACAATAGCTTCAGCGAAGATCGTAGTGACAACGTATATAACTATGCACCAATCAATCATTTCATGCGTCCAGATGAAAAGTTTACCTTTGGTACATTCTTAAACTATGAAATAAACGATACATTCCGTCCATACATGGAATTGATGTACATGCGTGACCAAACTAAAGCACAAATTGCTGAGTCTGGAACATTTTATGCTGATAACATCACTATGGATGTTTCTAATCCTCTAGTATCAGATGCACAACGTACTTACCTTGCTGATCAATTTGGTCTAGGTATGGATGACCAATTTGGTGCATACATTGGTAAACGTAACGTTGAAGGTGGTCCTCGTACTAGTATTATTCAACATGATTCATTCCGTATTGTTTTAGGTACCGCAGGTGATTTATCTGATAACTGGACTTATGATGCATCAATACAAGTTGGTTCAACTACAAATGCTACTATTTCTATCAACGATTTATCTCGCCCGAAAGTAATCGAAGCGGTTAGTGGTGATGGTACAGATTGTGCTAGCATTTCAGGCTGTGTGCCTTATGAAGTATTTACATACCAAGGTGTAACCCCAGAGCAGGCTAAAGGTTTAACATCTACAGCTATTAGTAGTTCTTTCTCAGATCAGTTTATCTTTAGTGCTTTTGCTACGGGTGACTTAGATTTAACTGTTCCTGGTGCTGATAGTCCAATTGCTGTAGTAGTTGGTACAGAATACCGTAAAGAAGAATTTGAATATGTACCAGATCAAATTGTTGCTGAAGGCGCATTAACAGGTATGGGTGGTCCATCTGATCCACTTCAGGGTAGTTTTTCAGTAAAAGAAATCTATGGTGAAGCAAATATTCCTTTAGTTGCTGATGCACCTATGATTGAATCATTAGTTCTTGAATTAGGTTACCGTTACTCTGATTACGATTTAACTGGTGGTCAATCTACTTATAAAGTAGCGCTTGACTGGACACCAATCGATGATTGGAAAGTTCGTGCTGGCTATAACCGTGCCGTACGTGCACCAAACATTGGTGAATTATTTGCTGTTCAAAGTATTGGCTTATGGAGTGGTACAGATAATTGTGCTGGAGCAACACCTGCGTTTAGTGCAGCACAATGTGCTAATACGGGTGTAACTGCTGATCAGTACGGAAATGTATCAGCAAGCCCTGCAAATCAATATAACTCTGTAACTGGTGGTAACAAAGAACTAAGTCCAGAAATTGCAGATACTTACACGTTTGGTATTGTTGGTCAAATTTCAGACGATATTGATTTCTCTATTGATTACTGGTCAATTGAAATTGAACAAGTTATTGGTGCTATCGGTGAAGAACTAACGATAGATCAATGTGCTACAACGGGTAATGCAGCTTTTTGTGATAACATTACACGTTCTCCTACAGGTAACCTTTGGCAGGGACAGGCTGGTTCTATTCAAGCGACCAGCATTAACTTAGCTAACCGTAAGTGGGAAGGCATTGATATTTCTACAGGCTACCGCACTGAAGCTTTAGGTGGTGATTTTAGTGTAACTATGATGTCAACATTTATGATGACTAAAGAATACACGCCATTACCAGGTGATGAAACGGCTACTTACGATTGTTCTGGTATGTTTAATAGTAATTGTTTCCCTCAACCAGAGTGGAGAAGCGTAGTTAATGCTAACTTCGACAAAGATGACTATGGTTTAAATGTTAAATTACGTTATTACGGCGAAGTTGAATACGATGAAACAGTTGATGAACTTTTAGTTGCAGATGGTGGTATTAGCGCACAAGCCTACCTTGATGTTGCTGGCCGTTATATGGTTAACGATAACATCACTGTACGTTTAGGTATTAATAACCTTCTTGATAAAGAAAGACCACTAACTGGTGGTGCTCTAGGTCAAGGCGCGTTTTACGATCAATTAGGTCGTTACTTACACGCAGGCGTATCATTTCAGTTTTAATTAAATCTGATTAACTAAAAAAGCGGCTACTGAAAAGTAAGCCGCTTTTTTTATATCACTTTCATAATAATTAAATTTTAAATAGACAAGAACATCAAAAATGAAATCAAAATCATCCGTTAGCTATGCGTTAAAGCTGTTAAATTCAAATAAATTAATAGAGGGGCGAAAAGTCTTAGATCAAATATTGTTAGACACTCCTACTAACATTGATGCCCATCAATTGATGGTTAAACTTGGATTTATTAGCAAAGATTTTAACTTAGCCGAAAAATACTTAACGGCATTAATTGAATTTCAGCCGATGTCTGAACATTATATTAAGCTATTAGTTGATCTTTATAGTCATCAAAACCGATGGAAAGATATCTCAGTTCTTCAGTTAGGATTAGCAAGGAAACAGCCAGAAAACGCCACGATACAATTTAATTGTGCTTATTATTTAAAGCTTTCTGGCGAATTTAATAATGCCATCACGTTTTATAAAAAAGCATTAGAATTAGGGATTGATGATGATTATGAAATTTACTTAAATATAGCAATAATTTATAGCGAACATTTATCAATGCCAGAAAGGGCAATTGAAATTCTGACTCTCGGCATAAATAAATATCCCGATCAAGATCTATTACTCTATAATTTAGGTAACATTTATGAGCAATTAGGAAATAAAGAACAAGCTAAGTCAATGTTTAAATTATCATTTTCTAAAAACCCTAAAAATTATGATGCACTTGCAAGACAAGCCGATATTTACAAATTTAAAACAAAAGATGATGACTTAATCAGTAAGATGGAGTCCGTATTTAAATCATCTACTGTTGATGCAATTGATAAAATAAATATTGCCTATGCACTCGGTAAGTCTTACGACGACTGTACCGAATATTCATTAGCATCTCAGTATTACCAGCTCGCTAATGAGTTTGATCAAAAAACTTTACCTCTATATGATCCTGTAAAATATGAGCAATATATAGACAATACAATTAATGTATTCAATAAAAATTGGTTCGATTCTTTTGAGGCTCCAACATTAACTTCTCTTAGTAAGCCCCCCATTTTTATTTGTGGCATGTTTCGATCTGGATCAACATTATGCGAGCAAATATTAGCCGCTCACTCTCATATTAGTAATGGTGGAGAGCAAGAGTTTTTTCATAGAAGTATGAGCTGCAATTATCCTAATTACCCTTTTAATACATCTGACCATTTTAGTGAAAACAAAAAACAATTACTTAAGGCATATGAAGATGAAATAAAAAAACATCACAAGACAGGTGTACAATTAACAGACAAACGGCCCGATAATTTTTTATACCTGGGCTTAATTAAAGCATTGATGCCAAACGCTAAAATCATTTGGACTCAACGTAATATGCTAGATAATTGTTTGTCGGTATATTTCCTTCGTTTAGGTAAATCCATGCCTTACTCAACAAAAATAGAAAATATAGTACATTTTTATAAACAACAAGAGAAATTAATGAATCATTGGAATTCATTATTTAGTGATGATATTCATCAGTTTATTTATGATGAGCTGATTAATTCTCCAGAAGAACACATTAGAGGTATGTTAAATTTTCTTGATTTACCGTGGCAGAATGAATGTTTACATTTTCATGAGGTGAAGAATCAAGTAAAAACAGCAAGTGTTTGGCAAGTTAGACAGCCACTATATAAAAGCTCTTCCCAACGCTGGAAAAATTATGAAACTATAATCGAAAAATTCATTTGATTTTTTAGTCATAGCCTTTATTGAACTAGAGCCAACATGAAAGGGAAAATAACAACTAACGTAGTTATCGTTTGGAGATGATTAAAAAAGTGATTGACTATAATTGATAATCAATCACACGTTATAAATGTTCAGGCTAGTTATTTTTTATTAAGCAGCGTTGGTGCTTTCAAATATCTTATCTGCAGAAGCTGCAACAAAACCAGCATATAGCTCGCCAGAATTTAATGGGTATCGCTTAGCAAATTCATAAAAACAGCTAGGGATCTCTGCTTCTCCATCTGAGAATTTAACAATAGCTTTATCTGCCATGGTCGACGATTGTTCAAGTTTAACGATTGAGTCGCCTTTGATTTCACCGCCAGTAGTGTTTAATAAAAACCCACCTGCTTTAACGGCGCTATTTACTTTTTCAATAGTCGAAAAGTTATCTAGGTGATTGATACTGACCGTAAAGTGGTTTGCACGGTAACCCCAAGCAGCCACCCAAGCAGCATATTCACTTTCTGCTAACAAAGTTTGGTACTCTGCTTTGCTTACTTGCCAATGCGTACCAGAATACAAGAAACTACTCTGGGCAACTTTCTCATCGTCTATAGCACTAACCATTTTTTCGATAATGTTTTGAACATTAACTGAAAATTCTTTGACGCGTAATTCACTGATAAAAACTTTTGGCAAGCTAGCATCACTGTGTTCAAAATGTTTTGCATTAAGTTTTTTGCTTGAAAAGTCATATTCACCAGAATATTTATAACCTAGCGCTATTAAGATAGCGGCTAATTTATCTAAATTTACCTTCGCACTATCAAAGGTTCGATAAGCAACATGATCGTTGATTAAATCGCCTCCTGAGCTAAGTAAGTGATGAATTTTATCGGCAGAAGGCGTAACTTCAATATAGTTTTGCCAAATGTTAGCGAACAAGTCAGTAACTTGCTGGTGTTGAATTGAATTAATATTTGTCATGTAAATATCCGTAGTAGGAGTTGGTAAAATTAGTGACTAATGAATAGTTAAAGAGAGGCGTTCATTTTAAAAGGATTTATGAGAATGCGAGTCACTACTAACTATTCAGGCTGAATGGCTAGATTTGATCTATATTCTTAAAAAAGCTGGGACGAAGCCCAGCTTTGATTATTAACTTATTAGCGTACATTGCTTTAGATGTGCCTAAATACTTAAGCCTGGGCTTAATGTTGCTGGTAATGACACTTTAGGTGCTTCAACAGAGGCTACTGGGTAAGCACAGTAATCAGCTGCATAGAATGCACTTGCTCTGTGATTACCACTTGCGCCAATACCACCAAATGGAGCCGCACTACTTGCGCCAGTAATTGGTTTATTCCAATTAACAATGCCTGCACGTATTCTACGGAAAAAGTGGTTATATAAATCTTCGCTGTCACTTAATAAGCCAGCAGATAAACCAAATGAAGTATTGTTTGCTTCATTGATCGCCGCGTCGAAATCTGTGTAACGGTATACTTTTAATAACGGACCAAAATGCTCATCATCGGGCATAGCTTTAACCGATGTTACATCAACAATACCCGGAGAAATAAAACCCGTACCTACTTCTAAATGCTTCATTTCAACTAATGATTGTGCACCTAAATCTAGTAACTGTTGCTGTGCAGCAACAAGACTTAACGCTGCTTTTTCAGAAATCATTGAACCGATAAAAGGTTGTTCTTCATCGTCAAAATAACCTATTTTAATCGCTTTCGTCGCTTCAATAAGCTTAGCGATAATAGCATCACCTTGTTCGCCTGCTTCAATAAATAAGCGTCTTGAACAGGTACAACGCTGTCCTGTAGTAACAAAGGCTGATTGAATAATATCATGCACTACCGCTTTAACATCGCTAATATCTTTAACGATTAGTGGGTTATTTCCACCCATTTCTAAAGCTAAGATTTTACCGGGTTGGCCGCCAAATTGTTCATGTAATAAATGGCCAGTATTTGAACTGCCGGTAAAAAACAAACCATCGATTTGTGGATGTGAAGCAAGCGCTTTGCCTGTTTCAACTTCACCTTGTACGAGATTTATGACACCGTTTGGTAAACCCGCTTGTAGCCAAAGTTTTAAGGTTTCTTCAGCAACTTTTGGTGTTAATTCACTTGGTTTAAATACAACCGTGTTACCCGCTATTAATGCAGGAACAATATGACCGTTAGGTAAATGACCAGGGAAGTTGTAAGGACCAAAAATGGCAACAACACCATGAGGCTTATGACGTATCATTGCTTTTGCGCCAGGCATTGGGTTTTCAACAGTACCCGTTCGCTCATTGTTTGCTTTGACAGAAATCGCTATTTTACCCATCATAGCGCCAACTTCTGTACGGGTTTCCCAAAGAGGCTTACCTGTTTCTTCTGCAATGGTTATTGCCAGATTTTCTTTGTTCTCGCCAAGAAGCACAGCAAATTTTTCAGCAATAGCAATACGTGCTTCTAGGCTCATGTCTGCCCATGACTCAAACGCCGCTCTCGCACTTTTTACCGCAATATCAACTTGTTCTTTAGAAGCAGACTTTCCCTGCCAAATAACTGTGTTTCTTGCTGGGTTTAACGAGCTAACATCGTGACCTAAACCTGCTTGCCACTGACCATTAATTAATTGTATTGCTTTTGACATTTTTCTGTCCTTATACTTTGCGACGTTACCAGGTGATATGAAAAACCCACCTAACGAACTAATTATTATTTCACTGCGCGTTGCTCAGTGAAATAAAATGATTGCTTAGAGAATCAAGGTTTACGTTAATTGCGAACTAAGCGTACAAAATCACCTTCATTTACATGCAGTGCTTTAGCGATATCGTCTGATATCAACACTTGTTCAGCAGTCGCTCTTAGCGATACCATTGCTTGAACAGCTCTAAAACCTGCAACTTTCGTGTTACAAATAATAAAATTAGCTTTATCATCTGTCTCACCAATAATGACTTGGTACTTGCCACTATTTCGAATTGTTTTTACTTTGGCTGTTTGTGCTTCAACCGTGGGGCCGCCATCAAAGATGTCAACGTATCCTCGGCGGGCAAAACCTTCGGCTTCTAATAATCGCAAGGCAGGTAATGTCTTAGGATGAACTTCGTTAATCACTTTTTGTGCATCTTTGCTTAATAAACTGACATAGATAGGATGCTTTGGCATTAACTCAGCGATAAACACTTTTTTACCAATACCGGTTAAGTAATCGGCTGTTGGAAAGTCCATCGAAAAGAAATGCTCTTCTAACCAATTCCAAAAAGGAGAACGTCCTTCTTCATCAGATATACCACGCATCTCAGCGATAACCCTGTCTGCAAAGCGTTCGTGATGTTCAGCCATAAACAAAAATCGACAACGAGACAGAAAACGGCCATTTTTATTTTTTCGGTGACTCTCACCCAAAAATAAAGTACAAATTTCAGATGCACCCGTGTAGTCATTACACAGTGACAATGTTTCTACGGTATTATAAATGCCTAACTCACGAGAGTTATGGACGACTTTACCTAAATGATAATGGTAAAAAGCATCTTCTAAACCTACAGCGGCTTCAATCCCACTTGTACCAACAACCTGACCCGTGTCAGTATCTTCCATTACAAACAGATAACCTTCGCTAGACGGGTGCGACACATCTTTATCGAAAGAATACTCAGAATGAGCGATACGTTGCTTTAATAAGCCTTCATTGACAGGTAGTGATGTAAAACCGTGTCCTGATTCTATCGCAATACGATGTAAAGAGTCATAATCGCTCGCTTGAATAGGGCGTATAATAATCATAGAAAGATCTCATTTTTTACAAAGAAAAATGAAATTGTGGTTATTTTAGAAAAATAACCACAATTTCAACGGTGTAATTGTTTTATTAACGTAATTTAACAATGACTATTTTGCTAGTTTAGCAACAGCTTTTTCAAAACGTGCTAAGCCTTCATCGATATCAGCATCTGGAATAACTAATGAAGGAGCAAAACGAATAATGTTTGCGCCAGCAACTAAGGTCATAACACCTTCTTCTAAAGCTGCGTTTAAAAAGTCTTTTGCTTTGCCATGATACTGCTCGGTTAGTACCGCACCAATTAACAAGCCTTTACCACGAATTTCTTTAAATACTTTATGCTTAGCATTAATTGCGTTTAAACCTGCAACGTAGCGTTTTGCTTTTTCTTTTACACCATTTAAAATTTCTGGCGTATTAACCGTATCAAATGCGGCTTCAGCTACAGCACAGGCTAATGGGTTACCACCATAAGTACTACCGTGAGTACCTATTTTAAGGTGTTTAGCAAGTTCAGTTGTTGTTATCATCGCGCCGATTGGAAAACCACCACCTAATGCTTTTGCGGTTGTTAAAATATCAGGTACAACATTTAGACCCATATAAGCATATAAGTCGCCAGTACGGCCAACACCTGTCTGTACTTCATCAAAGATTAGTAAAGCGTTATGTTGATCACAAAGTTCACGCACACCTTCAATGAACTCTTGTGTAGGAGAAACTAAACCGCCTTCACCTTGTAATGGTTCAATCATTATGGCACAAGTTTTATCAGACATAATTGCTTTTAGTGCTTCTAGGTCGTTGTAGTCAACGTGATCTATATCACCAGGCTTAGGGCCAAAACCATCTGAATAAGCTTTTTGTCCACCGACAGTAACGGTAAAGAAAGTACGGCCGTGAAAACCTTGATTAAATGCAATAATTTGTGTTTTGCCTGCGCCATGAACATCAAGTGCCCAGCGACGAGCTAATTTAAGGGCTGCTTCATTTGCTTCAGCGCCCGAGTTGGCAAAGTAAACTTTATCTGCAAAAGTATGATCAACCATTTTTTTAGCTAAACGTAAAGCGGGTTCATTCGTCATTACGTTTGATAAGTGCCAAATTTTATCAGCTTGGTCTTTTAATGCGCCAACCAATGCTGGGTGACAATGGCCTAAACAGTTAACCGCAATGCCGCCAGCAAAATCAATAAATTCACGGTCTTGTTGATCCCAAACACGAGAGCCTTTACCACGTACAGGGATTACCGTTGACGGCGCATAGTTAGGTACCATTACGTCATCGAATAATTTACGGTCTACAGGAAAATGGTTAGTCATTGTTCACACCTCAAGTTATTAAACACTGCTGTGCAGTGTATCTTGGCATTACCGCAAAATAGCTCAGCAGGTAAAAACCTTATATTAGTTTATTTTTCAGCAGACATAAAAATGATGAAGCTAAAAATTAGGCGCTAAGTATGACAGAGAAAACAAGTACTGTCTTGCTCAAAATGACTACAGACCTTATAAAACAAAGGCTTGCCATGTTTTATTCAGTATAGATGCATAACTATATAAAGAGACTTTTATAGGCTTACTAACGGAATTGCTCGTTAGGTAACGAACACAGTGGGTTATTAACAATAGGTAAACTTTTCATAATTAATCAAAAATTATTTAAAATTTAATTTTATGTGATCAATGTCGCTTTTCTTTAATAAATTGATCTCTTGTGGCGTGATTCGTACTGTTGTTAACAGTAACTTAGCTTCATCATTACTGATTAAATCATCTTTAGCTAAGCTTCTAAAAGCAACATACGCTTTTGCTTTGGTGACTATTTGCGCTAATGGGCACATTTTTTCTAATGTTTCTGTGTAGGCAAGATCAAATATAGCTTCGGTAATTTGCAAGCGGTCTAGACGCATCAACTCCACTAAATCTGCTGATATCTTGCTACTGCGTGTTATTAGCTGTTCGATTAATAAGTCTGGTGAAGCGTCAAAGGCAACTAATGTATCATGAAGTTTTTTATCTTTATTCTCGTAAGCAGCTTTTAATTCTGCGGTATGTAACTCACTGTAAGTGGTTAAAAAGCAGCGAGAAACAGCGATTAGTCCTAGGTGACTAAACATGCCAGCAGCAAAAGCCGAAAATTCATCCATACCTGCTTTTTTAGCCAATACGGAGGAAGACATGGCAACAGCCAAACTGTCATTCCAAAGTTTTCTTTTCATTAACGTGTAAGGAGCCGTGCTATTAGGTAACCAATGTTTGAGCATAAAGGTTGGCATGACTAATTTTAAATTGTCTAAGCCGATATAACTTAATGCTAAACTTGCGTCAGTAACTTGGACATCGGCCCGTTTACGATACTGTGGTTTATTGACCAGATTAATTAGCTCATTTGCTAACCAAGGTAATGATTTAGCTAAAGGAATAATACGATTAATCGAAGCGGCGCGCACTGACAGTATTTCCATAATACTGGGAATGGCATCTTCAATTTTTAATATTTTGTTGTAGAGATTTTCTTTGTTATCAAATTTTTTGTTTACTTCAGTGGTCACATGGGTAAAAAATTTAGTCATGACTTGCTCAGTAAAGAAACTTTCTCCGTGGGCCTGAATGATTTTATTTTTATTTGCTTCTTCTTCAACCGCAAGTAATTCTCTGCGGCGATTAGCTTGTTCGCTGTTTTGATGGACAGCAACAGACACTTTTCCACTTTGCTTTTCAGCAAAGCCTTTACTGATCATTAAGCTCATCGCTCTTTTATATATTGGGGCGACTAGGTCGTTGTTTTCAAATATCTGCATGAGCTAATAGGGTGTTTTCCAATAAAGTTGAACTTGAATAGTCTTTATCGGCGACATACACAAAAGTATGAATGATGACAAATGAGAGTGATCGCCTGACGCTAATTTTTTTGTTTTACTTGCAGTGAGTAATAAAGTTCTTCAGTAACATCATACCTTGTTCCGTTAAAATCGATTCAGGATGAAATTGTACACCGACAATAGGCAATGTTTTATGGGCTAAGGCCATAATTTCATTGTTTTTACCCTGTTCATCTTTGCTCCAAGCCGTTACTTCAAGGCAATCAGGTAAAGTGTCTTTATTAACAATTAATGAATGATAGCGGGTCACAGTTAAAGGGTTATTTAATTGATGGAATAAGCCACTTTCGTTATGTTTTATTCTACTTGTTTTCCCATGCATCACGACAAGTGCTTTTTCAATACTTGCACCAAAGTGTTGTGCAATACACTGATGACCTAAACAAACACCTAAAATTGGCACTTTACCGGCAAAGTGTTTAACTATCTCTAATGATAATCCCGCTTCATTTGGAGAACATGGACCTGGAGAAATAACAATATACTGGGGTGATAGTACCCTAATTTCAGCTAAAGTTATTCGGTCATTTCGTGCAACGACGACCTCTTGCCCTAATGCTTGGAAGTAATGTACTAAATTAAAAGTAAAAGAGTCGTAATTGTCGAGCATCAATAACAAAATAGTCCCTTGGGTAGGAAGATAATAAACGCGGCTATTCTAATCGCTCATCATTGACAATTCATTATATATTTCTACTTTGCTGCTTTGCTGTTGTTTTTGTTGGTTTTTTAATAACATAACAGACACCCCACATAAAAAAGGCTGATACTTACGTAACAGCCTTTAATTAAGATGATGTTCAAGCGTAAGTTTCTAGAACTTAGTTGCAACTTGTATCCATAGTTTGCTGGTATCCGTACTCAATTCATCAGCACTGTAACGGGCAAATTTTACCAGTAAGTCGTAATCCTTTTTAAAGGTATAGGCGGCGACAAGATCTAATTCTGTACCATAATCTATATTGCCTTCATTTGCCGCTAGGTCATGGAATGTTGCCGCTAACTTAACTCCGGCCAATTTTGTTTTAACGCTAATGTATGTATCTTCAACACCATTTGGCATGCCAGTACTGCTACCCGTATTTAAGAATTTGTCTGAAAAACCTTGGAATTTATGTAAGGTCGCAAAAGGTGTGCTAAATGCTGCTTTAGCGTTATCACTGCCTAAAACCTCAATGCCTGCTAGTAATGTAACTTGACCTAAGTCAGTCGCTATCTCAGCATTGTAGTAGTTAGCATTGTAATTTACGGCGTTATCACCGGCGTCGCTTTGTATTGCTGCACTTAAGTTAACACTTACCGCGCCAAATTTACCCTTGTAAAGTGCGCCGACGGTACTTGAAGACATTGCATGTGCTCTATCAAAGTCTAATACATAAGCAAATGCTGATATTTTGTGTCCGGTATTTATTTTGTAGGTAGCATTAGCAAAATGAAACGCACCAGAAAGATTGTCACCTTTTTTGTCATCGCCAAAAATGCGGTTTGCGTTATAGATGTAGCTGTAATCAAGGGAAAGTGCAGCGCTTGCGGTATATTCAATTCGGTAACCGTCATAGGTTTGTTCATTTTGACGCCAGCCAACACCACCAATAAAACGCTGGTTATTATGTAAAATACGTTGGCGACCTGCTGTTAATTTAACTTTTCCGCTACGGTATTGTAAAAAAGCCTGGTTAACATCGGTTATTTCAGGGTCAGCAACAACAGCATCACTGCCAGAGTAATCAAAGGTTAAGTCATTATAATCATCAACAATGGCGGTTACATTATCAACCTCAAGGCCTAGCGACCAGCTTTTATAATCGCCTGTTTGTAGGGTCAGACGAGACTTTACTGTTAACGCTGTTGCATCTTTATCTGTGGCGCCATTTGCGCCTTCTTCATCAACACCTTCATAACGGACGCGTAAACTCACCTTTACTTTACTGTCTGTAAGCGCTTTTTTAATACCTGAATTGAATGCCGCATCGTCTGCCATTGCAAAAGGCGCAGAAATAATAGAGCTGGCAATTAAAGCCAGTGATAATTTTGTTTTCGTAAATTTCATCATGTATATCCTATCTATTTTTATGTATGTGTCTTGCGGCTCAATACACGTTATTGCGACCAAACAAGGAGGCCACACACAGTGGAGTTATTTAATATGGTTAAGTTTTTATTTCTTGAGAATTCATTAAAGGGCTGATTTTGTCACTTTGTCAAAATGCAAAGTTTGATTTAAATCAAGTTGTGATTTTGTCTAATGATGCAGCTGTTTTATTGTTGATTTACATCAAACATCAGCGTGATACTGCTAGAGGGGATTAAAAGTAGAATCATAAAATGCTAGATATACAGCAGATAAAATATAGTAAAGAGGATTGAATTATCTCAGCGCTAAAGTAAAGCATATCTGCTTATCAAAGCTTGTTCAGACAAAGTGAGTTATAAAAAAAGGCGAGCCGTTAAAAAGTGAACGGTATCAACTGCAGCTCACTTTAGTCACGTTAGGCTATATGTATCGAAGGTTTATCGGGTATTATTCTTTTCAATAAGAGCAGTTGCTTATTATTTTTTTGCTAACACTAAGTCTGATTGTGGCACTGAGCTACAAGCTAAAACAAAGCCTTGCTCTTTCTCGTCGTCACTTAAACCGTCGTTAGCTAATTGTCTAACATCACCATCTATTAGTTTTATTTTACAACGACCACACATGCCACCACGACATGAATAGGGTAGTAGCATTCCTGCTGACTCACCTTGTTCTAAAATAGAGTCTTTTGTGTTACCAATAACGTTTTTGTTCCATGACTCAAAGTTTAAATTAACTTTTCCTTTACGCATTTTTTTTGGCTCCTTGTTAACACTGGTTTGTGCAGTCGTTTTTTTGTTAGCTGTTTTTTTTGTTGGTTTGGGTATAAATATAGGTGCAGTTTGCTTCTTTAAAATAACAATTTCATCACCTTGCTGAATACTCCCTTGATTAAGTGCAATTAAATTTTGCCCAAACATCACATCTCCACTAGCCACTTGTCGGTAGTTTATTAAGGTTGTTAGCGGTTCTTGCTGTGGATGATTTTCGGCATTGTTAGGGTTCACTGTAGTGAAAATGCAACGAGAACAAGGCTTGGTTACTTCAAATTCAACCTCGCCAATACGAATATGCTGCCAAGTGTCTTCGGCGTAGGCATCGCAGAGGTTAGCCACAATATTAGGCCTAAATTGTTTCATGGTAATCGCAGGGATTGATTGTTGAATTAGCCGGTTATTTAAATCATCGAGTGAGGCCTGAGAGGTAAGTAATAGTGGATAACCGTCAGCAAAAGCGATTTTTTTATGGCTTTTGCTAACTAAACGCTGTGATTTGTGACCAAAATAAAGAAGCTGGCAAGGTTTTTTTAGAAATTGGCTGAACCATAAGTCAAAATTTTCATGGCCATACTGTGCTTGTATATCATCTTGCCATACCGTTACTTTTTTATAGGTGGGTGACAATTCTTGATAAAGTACATGCAGCGCTGGCATATCTGGAGCGGTTAATATTAAGCCCTGTGCAGATAAATTAACCTTAATAAGGCAAAGTGTTGGTTCAGTGCGAGCGGTTATAAATTGGCCATTTTTATCTGTTATGACAAAACGGCGGTCAAGGCTCAAGCCCAAGTCATCAACCCAACTAGTCGATAATGAAATACCAGCAGCCGATTTAATTGGGTAAATATGAAGTGATTGTAGTGAAGGTGATCGCACGTCGCATCCTTTAATTTAGTATGGCTATGCATACTTACTAAATTAACAAGGCATTGCAATGCCTTTTTACTTTCTTATCAGGTATATTATCAGAGATTATTTTGATCTTATTTTTATTACTGGTTGCCACAGCAATGCCAAGGTAACCAAGCCTTAACGGACATAACATGCATATTCACATTTTAGGTATTTGCGGCACATTTATGGGCGGTATCGCCGCTATTGCAAAACAGCTGGGTCATCGTGTTTCAGGTTGCGATGCTAATGTTTATCCGCCAATGAGCACACAACTTGAACAATTAGGTATTGAGTTAAAACAAGGCTATTTAACAGAACATTTAAAAGATGAGCCTGATTTAGTGATTGTTGGCAACGCCATGTCACGCGGCAATGTTATGGTTGAATACGTACTCGATAGAAATATCGCCTACACGTCTGGCCCGCAGTGGTTATTAGATAATGTTTTAAAAGACCGTTGGGTCATCGCTATTTCGGGTACTCATGGCAAAACTACCACCAGCTCTATGGTTGCCTGGATCCTAGAGTATGCCCATATGAAACCAGGTTTCTTAATTGGTGGTGTACCACAAAATTTCGATTGTTCGGCACGTTTAGGTGACGCCCCCTTTTTTATCATTGAAGCCGATGAATACGATACCGCCTTTTTTGATAAGCGCTCTAAGTTTGTTCATTATCGTCCGCGCACCTTAGTGATTAATAACATGGAGTTTGATCACGCTGATATTTTTAATGACTTGTCTGATATACAACGCCAATTTCATCATCTTATTCGTATGGTGCCAAGTAACGGCCTAGTGTTGTCACCCAAAAATGAATCAGCCATCACTGAAACTTTAGCGCAAGGTTGTTGGACACCCACCGAATTTAGTGTCGACAATGAATTTAGTAAAGCCGGCTGGTATGCGGAAAAACTCATCGGCGATGGTAGTGAGTTTATTGTCTACTTTAAGGATGAAATACAAGGCACAGTAAAATGGAATTTAATTGGTGATTTTAATATCGATAACGGTTTAATGGCTATTGCCGCTGCTCGACATGCCGGCGTTCCTAGCCATGTTGCTATTGATGCACTGGCCGAGTTTATTAATACCAAAAGGCGTTTAGAGCTGCGCGGTGAAGTAGGGAAGGTGCGTGTATTTGATGACTTTGCCCATCACCCTACCGCTATTGCTAAAACGTTAGCCGGTGTTCGAGCGAATGTAAGTGCTAACGGTGAAGGCGATCAATCATGTCGCGTAATCGCGGTATTAGAACCAAGATCAAACACCATGAAATCAGGTGTTCATAAAGACACTCTCCCAGCATCATTAGCGCAAGCAGACGTTGTCTATTTATTTCAAGACGAGCAAGTGCAATGGTCAGTAAATACACTGATTAAAGAATGCCGACAGCCGTGTTTTGTTGAGACAGATATAGATGTTTTAGTGAGTCATATCGTTAACAATTCACAAGCAGACGATACTATCGTCGTGATGAGTAACGGTGGTTTTGGCAATATTCACCAAAAAATATTAGATCAATTAGCAAAGAAAGGATAGTTATGAACGAGTTTCGAGAAAAAATTACTGTCGCAATTACCGGCGCATCTGGTGCTCCCTATGCATTAAGATTAATCGAATGTTTAGTTGCGGCGAATGTACAAATTTATGTTTTATGTTCAAGCGCAGCACGAGTTGTTCTTGACACAGAAGTTGGCGTTAAAATACCGGGCTCCCCTGACGGTGCCACTCAATTTCTTAGTGAAAAATTTAAAGCAAAACCTTCACAAATCACAGTCTTTGGCAAAGAACAATGGTTCTCCCCCGTGGCTTCAGGCTCTGCAGCCCCTAAAAAAATGATTGTCTGTCCTTGTTCAACCGGCACATTAGCCGCTATTACCTTAGGTATGAGTGACAACTTGATTGAGCGTGCAGCCGATGTTGTTATTAAAGAAAGAGGCCAGTTGATTTTAGTGGTACGAGAATCACCTTTTTCTACTATACACTTACAAAATATGCTGACACTTTCACAAATGGGCGTAACTGTCATGCCAGCGGCACCTGGCTTTTATCATCACCCTAAGTCGATTAATGATCTAATTGATTTTATGGTAGGCAGAATGTTGGATCATTTAGGTATTGAACAAGCGATTATTCCGCGCTGGGGGTATCAGCTTTAATGTTTGCTTGTGGTGTTTGGCTGTTATGCTCTGTTTTACAATTGGGATCGATCTCTTTGCGGTGAATATCGCAAGGAGCTGATTGACCATTAATTATAATTTTTTGTCGACCATTGCTCATTGATACAGAACCACAAGAAAATAAAAAAAGTATCAGTGTAAAAAGTAACATTGTTTTCATATTTATTGCTCACCACTAGTTGTAAAGTCAGTATGGCTTAATTAGTCTAGCTGCGAACAGTTTTTTAAGTCAGTTGAATGCTTTAAATTTTGATATTGAGAGGGCTTACTATTAAAAATGTCACTGTATTACCCGCAATCGTCGCTGGTCCAATATTAAGGCATTGCGATACCAAGCAAGTAAACTTTTGGTTAGTGACCTCTCAATACTATGCCAATGCTTGGAAGATCAACAATAAGGTCGGTCGAAAAGCACTTTTAAAGGACGTTTATTCTGAATTAGCGTTAGATAAGCCTTTAAATGAAAAGAATCAATTAGTCTTAAATAGCCAAGACAAGGTGCTAATACTAAATTTTATTGCCAGTAAAAATTCTCATACCAATGAAAAGAAATATACGTTGGGTGGCTTCTCTATGGAGCAAAGCAACTATAAAGAAAGTCGTATGCTGCCTTTTTATGATCAAGTGATTCAAAACGAGGCAATTACACAGGCGTATTTAGCCCTAGTATCAAACAAAGAGATAAACGTTAATAACCTTGCAGAGCAACTTGGTGAAGCTAAAGGGCAGATAGTATTACCGAGAGGGGTCACTATTAATATTTATAACCAACATTTAATGTTAAAGGTAAACGCTACTGAACTTGTTGAAATTCATTTGTTGGAAGAAGTCTTTTTAAACGCTAACGATAACGCGAATTCAAATTCAAAAGCTATTTGGGCTTTGGGTGATTTTATTCAAGGGGGATCATTTGAACAACTTCAAAAGTCTTTTCCTGACGATGCCTATGAGAGTAATTATGGTATCGAAATACCGTCGGTAGGGTATTCGTTATTTTTGCTCTTTGATGATTATAATAAGGGAAAGCCGTTATATGAAGCGGTAATTAGCGTATATTAATTACAGTCTATAATGAGTCGTTAAAGATCAATATTGAGTCGTTAAAGATCAATATTTGCTAATTTCACTGAAGTTATGTTTTAGTAAATTCAGTGAAATTAGCTGCAGCGATTGGTCGCTAATAGATCAAGTTACCCGAGTAACTTGCCTAAACCTTGCGTTAATACTTGTTTTGCGTCTTGCCCTTGTGGAGTGTCTAAGTAGCTTTGAGCACTAGAAACAAAGCTGCTGATCATTTCTGGATTTAAACCTAATGCTTCAAATTGCTTTTTTATATCATTAATAGACTTTAATGAATCGCTGTATTGTGAAGCTTTGTCAAGTAAACCGCCTAAGCCTTTGCCAGAGCTAAGTTCGCTAATATCAGGCATTTGACTAACAAGTCCATCGACACCCGGTAATGATTTAGCTAACTGACTAAACTGTTCTGTTGAAACATTACTTTTTACGTAATTAAAAATAGCACCCATACCGCCAGCGGCTTGTTCAGTATTAACATTTAATGAATTTGTTAATTGTTCAACTAAACCTTCAGTGCTTGGCAATTTTACACTTTGCTCTTCAACTTCGCCCATTCCAACAAAGCTTTTTAAGCTATCAAGCCAGCTAGCTTCCTGTGCCATAGCCGAACTGCTTAATGTTGAAATAGTTAATAAAATGATAATTTTTTTCATGGGGGGATTTCCGTAATGATTAAAAGTTATTAATAAATTAGGGTAATTGTACGACATATTGCCGCTTAATAGGAGCAAATATATCGGTTAAATTGCCAGGAGTTCACAACCCAAGAATCAGTTTTGAAGGGCGTTTAGCTATTTATACAAGCGCGTTTATTCTTTACAGGACTTACCCATTACCTATGTACGTTAGGCGTATTAACGCGATATTTTTCTTTAGGCAATAAAAAAGCCTTACAAAGTGTAAGGCTTGAATTGCTCGCTGTAGGTCTAGTTTATACTAGCTTCTTTTTAGTTATTTCTTTTATTATTATTATTTTTATTTGTGTACTTCTTTAACGCGGGGCAATTTATAACAAAGCGAAAAAGCGAACGCAACAACTTTAATAGAGCATTTATACCACGACTTTTTTCGTATAAAGTAACTTTTGTTACAATTAATTATATTTATTGAAATTAAGTGTAGAGTTTATTTTCAGTGGAAATCTGTTCAGTCTACTGAAAATGCTAGTTTTTATGGAGTTTTACTACTTGGAATGGTCTAATTCATTACTTCTAATTCTAACTTTTATTTGAATTTACTCTGGAACAATGAATTATTTTTTATTAGAAAAAAAACTTTTTTTAATTGGTGTAGTGGTATTTTTAGTTTCACTAAAATCTTTATATCTATTACTTGTAGTAGAGTCTTTGAAGTTATAACTCTATTATGGTGTTATCTCTATGCGAACAAAAGTACTTCTTTGAATAGACATTACAAATGAGATTATCTCAACAAGCCGGTCTATTGAAATCAAAACATTAAGGAGATGATGTTTTCGAATTAAATCGATTTTTAGTCATCGAGTTGAGACACGCTAATAAGTTGTCGAGACAGAAAGATATTAATGATCACTTTGTGCGCTTAGTTGACATAACGAGTTGAAAAACTTAATGTCTTCTTAGAACGAATTACGGTCGTTTGTAAAATAATAAAAATGGATAAGGATATTCTCAAATGATAAAATCTCTAGGCTTCGGTCTTTCCCTCTTAATATTGTCAAACCAATCACTTGCTCAATTTACTTTTGGCGTTGATTACATAAATATTGAGCAAGAAGTTAATATTATACATACTCTCTTTGATGCCAATGTTAACGCTGTTGCAGCAACTGTTGGTTATTCATTCCATTACTCGGACAATATAACTATAACTCCTGAAATTAGTTACGGTGTCGGTATTAGCGGAGATGAAGATAATTGGGTCAGTTTTGACGATATGATCTTTAGAACTGATGTCGAATTAGATAGCGTTATCAGAATTTCAACCAAGTTCTCTTATGAACTTAATTCCGATTTCAAACTATTCACTACTCCCACGTTTTCTTTTACAGACTTTAGCTCTAACCTAGGTGGTTGGACGGTATCAGATGATTCGGATTTTGGTGTTGATTTTGGTGGTGAATATAACTTCGGTCAACATTGGTCTGCTCAAGTGTCGTATGGACTCTATCAATATAGCGAACTTTGGCGTTTTGGCATTAGATATACGTTTTAACAAGTCCTAATTCTCTCGTGCTAACTTCCACTATATGGCACTAAGCAGTCCTTAAAAGGCTGCTTTTTAGTTTCAGTATTTGGTCAGCAAAGTGGCAGCAGTGAGCATTAGCAGTGTTCAATTTATCCTAATGTTATAGCTTTAATAAGACTGTAATTGTCTCAAACTATATTGTTAGGATTCAACTAAATGAATCCTAAGATTATAGTTTTAGACATTGTGAGTGGTTTAGGTATTATTACAACCTAACTATTTTTTCAGCTTAATCATAATAAAGATAGAGACATTTCATTTTATCAGTCAATTTTAAACAGTGTGATTTAAAATATTAAATTACAGGATCATGAAAATTAGGTACTCGGTTCAATATTCACTACTGTCACAAAGTGATCTTTTATGTCCCTCAGTCTCGACAACTTCTGAGTTAGTCTCAACCCGATGACTAAAAATCGATTTAGTTCGAAACATCATGCCCAGAATTTGTTGTTTTCAATGGTCCAGCTTGTCGAGATAATCTCATTTGTAATGTCTACTCACATATTTTGAGAAAATCAAAGAAGAGTGGAGAAAAAAAGTTGATTATTTTTTTGGTTATGTCATAAAGGTAAATCAAGTTACACGTAATAATAAAGGAATATTAAGTGGGGGATTGAATCGTTTTAGTTACCTCCTAATCATTAAATATGTCATTAATTTACAAATATATTGTTATCTTATTATCATTAGTTAGTTTTACCGTCTTTGCGACTAATAATATTCAATTACAAACCGAAAATGAGATAAGAGAATCACTCAAAAAAACAACTTCACATGATCTTTTACTTAGCTTAAATGATGCTCAGATTTTTATGAATGATTTACTAGTGAAAGTGTCAGGTATTACAGATAAAGCTCTAGCTTTAGAAGTGTACTATGCTAATTTAGTTTTTTTGACTACAAGTGATGCACCCGTCGATGATTTTCATAAAGCACTAAATGATGTTCTTCACCTAGCTAAAGAAATTAAAAACCATGAGACTTATGGGCTTGCTCTTACCTTGAAAGGTGCTTTTTATTCCAGAAAAGATAATATTCCTGAAGAGATAGCTGCTTATAAAAACGCTTTGAAATATGCCAAAAAGCATAACTTAAAACAAGTATTTTCAGGAAACTTAAATAACTTAGGCAATAGGTATCAATCGTTAGGTTTGCTTGACCAAGCGTTAAAGTATTTCCAAGAAGCTATAGAAATTGATAGTTACCCACTTATTGTTAACAACTTAGCTACTATAAACATATTGCTTGGTAACTTAGACACCGCAGAGCATATATTAAATAGCGAAGATGAGCTTGGCAAGTCAGGTTTACTATTACTTTTTGATGTCAGTGTCGCACAAAAAAACACCGAAAAAGCAAAAGCGCTACTGGAAAAAATTAAGAGGGACTTTCAACCTTTGTCTTCAGTGTATATAGCATATACAACATTAGCGGAAGCTGAACTTTATTATTCATTAAAGGAATATGGGAAAGCAGCAGACTTATTCGAGAAAGGGCTAAATTCCAATGTGTATTTGGAAAAAGAATACAAACATGAAGCACTTCTTCTTCTCTCTAAAAGTTACTTTCAATTGGGTAATTATAAATTAGCAGCTAGTAGCTATGAAAAGTGGGCACTATATAGTGATGAAGCTAATAAAAAACGTACAATGCAGGCGACAAGTGTAATTTTAGCTGAATTCAACTTAGAACTAGAAGTTAATAAAAAAGAAATAGCCGAGAAAAACCTATTAATTGCCAATGATAAATTAGCATCTCATCAAAGAATTAAGACATTAGAAACATTCATTACCGTTTTATCGCTAGGTTTAGCAATATTGATCGCTTTTATGTTTTATAAACAGCATCGTAAAAATAGGATGCTAAATGAATTTGCTCACACAGATACATTAACTAAAGTAAACAATCGAAGAAGCCTTCTTTCCCACTTAGAAAGGAGAATTTGCAATATTAAAGAGGGTGAACTTCTAAGTATTGCTATGTTGGATATAGACCACTTTAAGCGTGTTAATGATACTTACGGTCATGATATTGGTGACAAAGTCTTATGCGAGTTCTCTTCTTTCGTTGCTGGTTTTTTGAGAAAGTCGGATATTTTCGGTCGATTTGGCGGAGAGGAGTTCTTAATTATTTTTAATGATAATAATGTTGAACAAGCAAAGAATATTATTGAACGTTTACTTGTTCAATTAGCTGATGTGCCATTTTCAGAAGTTGGAAAAGTTACATGTAGCGTAGGTTTAGCCCAATATCTAAATCACGATATTAAAGCATTGATAGTTGAAGCTGATGAAAAATTATATATAGCAAAGAATGCTGGGAGAAATCAAGTAGCAGCTTAAAGAAGTGCACGGTATTTTGAAAAACATAACGGGTGAAAGTTAAGATTTTCAGAACACTCACTAATGTCACAAAGGTGCGCAAAGAGGAAGTAACCACATTACTCTGCCTTAGGTCTGCTTCAAGTCTCAAAGCCGACTGTGGAGTTCAACCTTTAGATGTTAACTATGATACAAAAGTAATTGTTGATCGAATAAGAAATCAAAGTTCGCGTTATCAACATTCTAATTCACTAGCAACGGATAAAACTCTGTTAGTATGCATATATTGAATTTCACCATCTTTTTTTATGCTAATCTCATGAATATAGAAATAGATAAATCACTATAAAATCAATATCTTGATTTTATAGTAAGACCAATGAATGACATGTCAAACCAACTGATTACAAGTCAGTTGCTAGGTGGTGACAAGGTGATGTATTTACTGGTTTGTAGTGGTGTTGAAGCGACTAATTACAATAATTAGCACCACTGAGTTTTAATCAATTACACTACTTCAATGGTTGTTTTATATTGTTTAAATATATTTATTTTAAAGATTTATATCTAGTTGATTGTTAAATTCAATCATCTAATAGTATTTTTATACTAAAACTAATTTAAATTACAGATTGATAATATTTTGTCATAAATTCAGTAGGTTGATGAGTTGGTAGTGTCAGGTTATTATACAGACTTACTGTGTTTTAATTTATTGAATTTTTATGCTATTGAAAATGTTGGGTATTGTCATTTTGGCGTGATTTTTGTAATTGCCATGTGAGATTAATGTGTTTTATTAAAAGGATTATCAAATCAAATGAAATTTAAATTTCTTAAATTAGCTGTTATCGGTTTAACTCTAACAATTGGTGGAATTGCAAATGCTGGGTTAATTTATGACAACGGAGGGCCATCCACTTATTCTGCATATTCCATTGGAAGTAGTGAAACTGCAGATGATTTCATATTGGCAACTGCATATGACATAAATTCAGTAGAGTTTTATTTTCAAAATTTCAATGGAATTACAGGATGGGGTCAAGATATAACTTATAGTTTTTATAATGATAATTCTGGTTCAATTGGTAGTTTAATAGCGACAGGTAATGGACAAAATGTTACCGCTGTCGACTCAGGCTTAGCATGGTGTTGTGGTGGTAACGCTTGGGAAGTGAACTTCGATTTAGCATCTACTATCTCTTTAAATGCAGGGCATTATTGGCTAGGGCTTACAGGAGCGTCAGGCAGCTCACCTTGGTGGGTGACTACCTCAGCAATCTCAGGATATAGCGGGAAGATAAATGGTTCAACCGTGGCAAATGATTTTGCCTTTTCTTTATCATCTCAGGACGTGCCAGAACCATCTACGCTGGCTATTTTTGCATTAGGAATGATTGGTTTAGCATCACGTCGATTTAAGAAACAATAAAATTTATATCTTTTATTCTAGAAAACATCAATTGTAATGATTGGTGTTTTTTTGTTTTTACTGGTTGGTAAATTTTTACTGTAAAAAATTTCGACACTTATTGATTTATTAACCGTGGTTTTCATTCAGAATCACTACCACAGGATTAAGTATCCGTTGTTATGCCATGTAAATAAATACCTCTGACGATTTCCACTAAATAATAAGCACTACTTGAGTATATTATTCTTTTTAACCTCAAAATAATTCCCATCGAGTGTCTGCTGTGTGGCTAAGCGGACTATTTATAGTGATAAATCCAAGGCTAAATTAGGACTGCTCTGTGGCATTAGTTAGCCTAATCACTCAACACTAAGTCGTTCAATTTTTTGCTTGTAAATTATCAAATGCTTAATACTTCTTGGTGCGCAAATTAGCTGACATTAAGCTTAAATTTTTTGCCTTATATTTTCTAATGAATTATTTTTGTCATCTTAGTGATAAGTCTCAGTAATATCCGAATTATGCTAAAAATTAAATATTTGTAGTTTCTAAAACATTGAAATTATGTGATATTAATACGAATTAAATAAAAACCATTAGATTTTCAAGGAGGTAAAGTGGAACTGGCTGATATTTCAAAAAGACTTCGACACTTGATCGATGATGACCCAGCTAGAGCCATTAGTGAAGCTTTACAGCTTATGGGAAACATAAATCTTGAGTTATTGAAAGCCGCAATTCTTATCGATGCGGGGGCATTGCTTAAAAACTATGATGCGGTTGTTGAGGGTGTTGAAATCTATCGTAATGCTGTCAGCAGATATCAAGACAACTCCGAATTAAAATATAATTTAGCTAATGGATTACATGCTCTTGCTTTATCTACCACGGATAAAGACTTTAGCTGGTATAAAGATACAGAAGCTTTTCGATTAGAAGCTAGGCAATACTTCTATGTGGCTGCAAATGATAATGACACAACTATTGATATAAGGTCTCAATCTTATACAAATTTGGGCAACCTATTGTGGTCATCTTATCGTTGGGTGGAAGCATATGATTTCTATACATTAGCTCTAATTGAAAATCCTAAAAATGGTGTTGCTAGTTCAGGTGCTTTGAAAATGCTCAGATATGCTCTACAGCAAGAACTGGGAGACTATGAGTTATTAGTTGAAGAGATTGAGTATTTGGCTTTTCATGTAAGGCAAAACCTTGAATCTATTTATTCTTATTCGGGAGGCTACGGAGTAAAGGGAATAGTAGATGAAGTTAAAGATATTAGTGGTGTAGAAAAAAACAGATTCGAGGTTGATGGAGACGAATATGAAAGGTTCGTTGTTTTAAATAATTTAACATTATCTCCGACCATTCACTCTCATTCGCATGAATCAAAATACTGGGATAATATTAATATATCTTCTGTAGCCGTTGGATTAGGCTGTGATAGCACAGTACCAGAAATTTTCGCTATGATAAATATATTAAAATCTGACTACATCCTTGCAAGACAGTTATTTTTTAATGCTTCAAACAAGTTATTCAAAGAAACTGGCAACTACAATGACACTCTTAATTATGCCTGTTATGGAGTGAATGAGTCTGCTTTAGCTTTGGCACAGCGAAGTGCATTGGATATTTTAGATAAAGTAGCAGTAGCTACTTTATCTTATTTGGGGATTGGTGGAGCAAAGAGAACTTCATTCAAAGAAGCTTGGTTTAAAAAAGGTAAAGAAGAAAAAGAAAAACTTAAGCCAGCAATTTTAAATGAAATAGAAAATGGTAATACAGCACTATTAGCATTGACCGAGGTTTCTAGAGATCTATCAAATAAAATAGGCTTTTTATCCGAAAAGCAGGCATCTAGAAACTCATCCACCCATCGGTTCACTGTACTTCATGACTTAGGCGTAACTCCTGTAAGTCATTCTGGCTGTTTGGAATATTTTGATTATGAAATTTTCTTGAGAGAATCCCTTCATACGTTAAAGTTAGCTAGAAGCTCAGTGATATATTTTGTTCAAATGGTGTTGATTAGGGAAGAAAAATCATCTCAAAAAAAAGATGGAATTATAATGCCATTAATCGTTCCATCTCATGAAGATATTCGAGGTTTCGATGAGTGAATAGACATTACGAATAAGATTACCTCAACAAGAAGGATCAGCGGAATTAACAGTTTCAAGAGATAACATTTTCGAGCTAAATCGATGTTTAGACATGGAGTTGGCACTCATTCATAAGTATCGAGACTGAAATACAGCCATAATCACTTTGTGCGCATGCGAAAGTTAGCCGCTCGCTAATCCTAACGTCTTCTTCAAGGCTCAAAGTGATCGTTAATATTGACCAATATCATAGTGATGATATTGGTCAATTCGCATAGTCTCGACAATGTTTTTATGTCTTAAAGTTGATTTGACCCTAATAAATGCAGGAGGCTTGTTTACTTATAAGTCATTAATAATTAATGGTATGGTATAAATATTTCGTTGTACTATACTTTTTCGATTAACAATTTATTCTATTTATAAAAAAGGGAATTATATGCAACAAGTTTTAGGAATTGTGATTGTGTTTAGCACCATCATCTACAGTATGGTTTTGTCTGGCAGCATATTAATGTTTATTGATACACAAGCATTTGTGATTTCTCTGGGGATATTTTTAGCGGGTATTAAGTTAAATACCACAAAGGAAACTAATTTTAGAACACATTTACGACGAGTCTTTTCGAATGATATATTAACGACTGCCGAAGCTGAAAGTTCAGCAAGTTTCTATTCAAACTTGAATAAATTTACGATTGCTGCATCCGTTGTTACATTGATTATTGCCGCTCTGTCTACCCTACAACAGTTCGACCAGCCGAAAATACTCGGACCAATTATTGCCATTACCTTACTCGTTACATTATATACAGGCATAGTTTCAACGTGCTTTATTATTCCTGCAAAATTTAAACTCCTATCTTCTCTTTCTGAAAATAACCTTAAAGACACTCCTACATCCAGTGTTTTTTTAAAAGCGACAGTAGGGACGCTACTCATCAATATTGTTTTAATTACACCTTGGGCATTAGGCGGTTCTTTGGCCTTCTTAATCGATTTACCAAGTCTACTGATGATTGCACTCATTCTGCTAGGCGGCTTAATTTTTGTTAAAAACATTAAAACTAAAGTGTTGTCACACTATTTGTTTTCATTTTTGATGACAGCAGGGATATTGTTATATTTAGTGGGAGTAGTTGCGATATTATCGTACGATGTAGATAGTTTTAATACACTACTCACTGCGTTCTCTGTCGCTTCACTGACTGTTCTTCTAGCGGTAATTATTGTTTTACCTTTTTCATTACTGCTAAATTATATGATGCAAGATATTAAAAACACGGAATTGAATATTGGATTGTTTACTGAAAATAAAAGTTTTGTGAAGTCATACGCTTTAATTACAGTAGCTTCATCTTCGCTGACTCTTCTTGTTTTAATCGTTCATTTTCCTAAGTAGGAAAATGCAGGTAATTTATTACGTTAAAGTGCAGTGGCCAAGTTAATTAGGCCACTGCATAATTATTTACTACAAACTCACCAAGTTGTAGTTTTGTATCACTAAGGAATATCTTTTAATTTTAAATCTATCTTAGCGAGAGCACGAGTTATGATTTTTCTATATTTATCGCCTGTTTCTTCATTCCCTACTTTCTCAGCTATTTCACTGTAACTATAACCTGATAACTTTAACTTTATGAGTTCAATTTCTTCAAGAGTAATGCCTTTTTCTAGCATATGACCTTCAAGTCTGTCAGCAAAAATAGTTTCTACATCATCATCATGGGTAAGTATTTGCTCTAACCAGCTTCCTTCATTTTTATCTGAGTCACCATTAGGCTGAGGTTCATATGTTCTTGCTCTTACTGCTGGTTTCAAATTACGTTCATATTCACGAGACTCATCAAAAGCCTTTTTACTGGCATCCTTATCACTGGACCATCTGATTATTCTATCGATGCATTGGTTTTTAACGCTAATTGTTAATGATTTAGCGACAAATTTAGGGTCTCTATTGAGGGCATCAAAAAGTTCTTGAGGCGTTTTACGTAATTTAAGTTTTTTGATTACTTTTTCTAAAGAGTCTGACTCAGCGTTTTGTTCTTGTGCAGCAAAGGCTTTTGTCGCTTCTTCAATTTTATTCTGTTTTTCAACAGAGTTGTCGTTATTGGCATACGTTAATAGTTGAGTGACTGCATTGAACAGAAAATCTTCACCTATTTGAATGTTTTCATTCGAGCCTTTTTGAAAGGCAGCTAAATATTTAAAGACTATCCTCTGTGATAAGGATAAAAGTGCTTGGCTTTCTTTTGTTACAACTTTTTCAAAGTTAATTAACGCTAATGATTTTGACATCAATTATATCTCCATTTTATATAACTCATTGATTAAATACACCTTACCTGTTTAAAGATAAAAATAAACAATTATTTTGTCCTTTTAATAAATAACTTTAGAGGTAGTTGGTATAGAGAGAGGTATTCAGTCATTTATTGTTAATAAATAAACATTTTTAAAAAACTTGTCCTCTCTTGATGAAACTTTAGAGGTAGTTGGTATAGGAGGGGGAATAAGCCTTAAACACCTCCTTATAACAATAAGAACTATCAGTTGCTTTTTAAAAGCAAAAGATAATTTATCTATAACTTAAGTACTTATTTTGCTCATTAATATAATTTTTATAAATGAAGTGATTGAAATAGCGACTTTAACCTTTTGAACCTAAAGGGCTTGTGGCAAAAATAAGGTTAAAAGTCCTTTATAAACATTATATTAACTCGGTTTTGTAGATATTTGACAAAGTTGATTTTAAGTACGATATAAAATATTAACAGAAATTTAATTGGAGAAATTAGATGAGCAAACGTAGTGAATTATCAACATCGTTAGAGAAAGCGCTCAAAACTACATTAGTTCGCAATCTTAAAAGCACAAGCCATGGACGGCCAATGGTTATTGCAAAGTCATTTATAAGTAAAACCAGTAATGTATTTGAAAGTATTGATGAAAAATGGGCTGCGGAAAGCTTCGAGTTTGACCCCAATGTCGAGTGTTATATATCCCAACCATTTAGTTTTAATTACGAAAACCCAAATGGTCGTATTGTCCGCTACACACCTGACTTATTAGTGAGGTATGTAGGCAGAACTTATAAGTTTATTGAACTCAAAGATGAACGAGGTGCTAGCAGTGCAAAGACCTTAAAAAAGCATATGGAAGTCACGCCAATTTTTGAAGACATTATTGGTTATCCCATTGAGATTTTTAACCGAGCTGAGCACCAACCAAAACGAACTTTTGCAAATTTACAGTTACTCAATCGCTTTCAGCGCTTGTTTCTAGATGAAACGGTTACCGCCTTAATCAAATCCAAAGTCGGCAAGGACGGTTGTAGCTTTGCCGAGCTTACTACAATAGCCGAAGCCTATGAACAACCAGTCAGTTATGTCATGACGTTACTTGCTAAGCAAGAATTTACGTTTGATATGACTGAGATAGTTACCCCTAACACTTTATTAATTGCAGCTTAATTAGCTGAAAAAGGAAATTATTATGAATACATTTAGAGCTGGGTTTTTACGTGAAAATACAAATATTACTTGGGGAAGTCAAGGGGGACATATTTCAGCCGTACATGCTGATTATGTGGTTCTGATGCTTGATGGAGAGCCTGAGCTTTTTAAGACTCGACAAGTGGTTGAAGCAATATCGGGGGGAACTTGCAGATATTAGAGCCAGAGAAAGCGATTGTTTATGATGCGATCCATACACCAGAGCAACTTGCTGAATATGAGTACATCAAGGCTCATATGGGGTTGTTGCAGTTAGAAGCTGATCCTTCATCTGAGAGTACACGTGAGCGAGTCGCTCTAAAAGCTCAAGTGTTACTTAAATCAGATAAAGCCATTAGCATTTCTGGTTTATATCGTATGCACCAAAAGTATAAGGTTTGTGGAGGACATATTCAGTCCATGGTCGTTAAGCCAGCCCGTCAACGCAAATCCACTCTAAATGAAGCGTCAGAAAACTTTTTCTTTGATGTTATTTGGGATGTATATATGCAGCTTAATGGTCCATCGATAGGTGAAACATTATCTGCTTACAATGAACGATACGATGACTTATCCAAAGCACAGCAAAAAGAAATAAAACTGATTAAAAAAACGCAGTTTTATACAAGAGTCGATAATCTAGATGTAGTAGAAACTACACGTGCTCGTGAGGGGGAGGATGCTGCCCGACGTCTTGCTCGTAGCCATGAAGATATGTTTATGGCAGATCATGTAAAACAACGATATGAGCTAGACGCAGTTCATCTTAATGTACCTTTACTTTCTGATGACAGAACTAGATACATTGGTAAAATTATTCTTTATGTTGCTATAGATGTTTATAGCCGTGCAATTGCAGGTTATTACATGGCTGTAGTCGGCGATGATGAGCTGTGTTGTTCAAAAGGTGAAGATTCATCTGGTGTTATTAAGATGCTAAATCATGTTGTGCTCAAGGATAAAGTCTCTAAATATGCTATCAATCCTTGGCCGTTATCGGGCGCTGCTGTTGATTTTGTTTGTGATGCGGGCACCGCATTTAATAATGAAGTTGTTTCTTCATATGTCTCTGCGTTAGGGAGTACCTTGATTGTGACTCAAAGTGCCTCTCCTTGGAAAAAACCGTTTATTGAGCGTTTTTTTCGAACATTGAGAGGACAATTTGCAAAACATTTACCGGGTTACCTTGGGAATTCATCAGATAGGGCTAGCGGGAAAAACATCGTGGGTGAAGTAGCAACATTAACGAAAAGTGATGTGACCGAATTACTCGAACGCCATTTCTTAGATACCTACCATACCAACCCACATTGCGGTCTACAAGGTCGTTCGCCATTAGAGGTTGCTTCAAGTAATAATGCTAACGGTATGTATGACCTCCCTGCTAAGTTTGGGTCGCTTGAATATGATTATGGTAAGCCATATGAACGTAAAATGAGTGCAAATGGCATTATAAATCTGAAAGGATTTGAGTTTGCAAATGGGGCTTCTAAAGCATTATTTTTCCGCTTAGCTAAAGTCAAAGAAAAAGATAAATCCATCAAAGTGAAAGTTTTGTTTCGTAATCAAGATATTTCCACTATTACGTTGATAGATCCTAATACACTTGAAGCTATTGTTGTTGGGAACAGGAAGGTTAAAACAGAAATCTCATTGGCTGAATATAAAGCACTTCAAGGTGATAAACCGAAAGTTAAAATACGCAAGTCTCTTGTAAATAATGATGCGCAACGTGCAGTCATTGAAAACGCTAAAAAACAGAAAAAACGCTCTGACAATAAGAAGCGTTCAATCAAACGTGCCGAAAAGCGAAGTAGCGCCCCAGTAGCGCCAAATGCAGAACCCTTAACGGCTGATGATTTAGATAATGTTTTGGTCCAAGGTGGTGCTACAACCGGTGCCTATGTTGAGCCTAGTCAACAAGCTAAACCAGTTGACCCGACTAAAAATTCAGGACAAACAAAACGTCAAAGAAAGTCAGGGAAGAAATAA

Protein sequences of DBSCAN-SWA_5

>NZ_CP014944|2918137:2982135|2964118_2965297_-|WP_070375704.1|DBSCAN-SWA
MRSPSLQSLHIYPIKSAAGISLSTSWVDDLGLSLDRRFVITDKNGQFITARTEPTLCLIKVNLSAQGLILTAPDMPALHVLYQELSPTYKKVTVWQDDIQAQYGHENFDLWFSQFLKKPCQLLYFGHKSQRLVSKSHKKIAFADGYPLLLTSQASLDDLNNRLIQQSIPAITMKQFRPNIVANLCDAYAEDTWQHIRIGEVEFEVTKPCSRCIFTTVNPNNAENHPQQEPLTTLINYRQVASGDVMFGQNLIALNQGSIQQGDEIVILKKQTAPIFIPKPTKKTANKKTTAQTSVNKEPKKMRKGKVNLNFESWNKNVIGNTKDSILEQGESAGMLLPYSCRGGMCGRCKIKLIDGDVRQLANDGLSDDEKEQGFVLACSSVPQSDLVLAKK
>NZ_CP014944|2918137:2982135|2950307_2953160_+|WP_070375695.1|DBSCAN-SWA
MKNSNLKRSFKLSLAAIAVGGCLVTSPITFAAEEEAEEVIEKIQVTGSRIKRADMETSSPVTITSAEDIKIAGFTRVEDLLNNLPQIEAASTAFEANGASGRGTLDLRGLGSNRTLVLVNGRRMQPGGGSSGSADVNSIPSALIKRVEVMTGGGSSVYGSDAIAGVVNFVMDNEFEGIKVDVNGTGYQHNNDNSYMQDLMDDKSFDYPEGSSGIDGKTFSLDISAGSEFADGKGHAVAFATYKQTKELRQSARDYSSCALHSSGTRCNGSSTAVVPNFFIAPIGPDGYDYSQEQWVKLTPDNSFSEDRSDNVYNYAPINHFMRPDEKFTFGTFLNYEINDTFRPYMELMYMRDQTKAQIAESGTFYADNITMDVSNPLVSDAQRTYLADQFGLGMDDQFGAYIGKRNVEGGPRTSIIQHDSFRIVLGTAGDLSDNWTYDASIQVGSTTNATISINDLSRPKVIEAVSGDGTDCASISGCVPYEVFTYQGVTPEQAKGLTSTAISSSFSDQFIFSAFATGDLDLTVPGADSPIAVVVGTEYRKEEFEYVPDQIVAEGALTGMGGPSDPLQGSFSVKEIYGEANIPLVADAPMIESLVLELGYRYSDYDLTGGQSTYKVALDWTPIDDWKVRAGYNRAVRAPNIGELFAVQSIGLWSGTDNCAGATPAFSAAQCANTGVTADQYGNVSASPANQYNSVTGGNKELSPEIADTYTFGIVGQISDDIDFSIDYWSIEIEQVIGAIGEELTIDQCATTGNAAFCDNITRSPTGNLWQGQAGSIQATSINLANRKWEGIDISTGYRTEALGGDFSVTMMSTFMMTKEYTPLPGDETATYDCSGMFNSNCFPQPEWRSVVNANFDKDDYGLNVKLRYYGEVEYDETVDELLVADGGISAQAYLDVAGRYMVNDNITVRLGINNLLDKERPLTGGALGQGAFYDQLGRYLHAGVSFQF
>NZ_CP014944|2918137:2982135|2921021_2921486_+|WP_070374361.1|DBSCAN-SWA
MKKILDEYKEFALKGNVMDMAIGIVIGGAFATIASSLVANIIAPIIGLLSSGVDTVDLFLVLKEGAVGTPYLSLDQANKDGAVTLSYGLFINSVFSFLIVSWITFILIKAINRINRKEERDIFNKTKDCPMCFSEIHKKAMICPNCTSKIETIT
>NZ_CP014944|2918137:2982135|2941459_2941942_+|WP_070377148.1|DBSCAN-SWA
MIDFSKQENGRWRITNDGVMGGLSNGEMTFTQDHGIFSGSISLDNNGGFSSVFRAVDNLPQSYKKLVINTEGDGQAYQLRLIIYVNGYRLAYKHDFKTVANKRENHIFELADFKATFRGRAIPNAPLLNSEDIKEVGFLMTKKVPGQFALSIFTLSFLKQ
>NZ_CP014944|2918137:2982135|2958791_2960006_-|WP_070375700.1|DBSCAN-SWA
MTNHFPVDRKLFDDVMVPNYAPSTVIPVRGKGSRVWDQQDREFIDFAGGIAVNCLGHCHPALVGALKDQADKIWHLSNVMTNEPALRLAKKMVDHTFADKVYFANSGAEANEAALKLARRWALDVHGAGKTQIIAFNQGFHGRTFFTVTVGGQKAYSDGFGPKPGDIDHVDYNDLEALKAIMSDKTCAIMIEPLQGEGGLVSPTQEFIEGVRELCDQHNALLIFDEVQTGVGRTGDLYAYMGLNVVPDILTTAKALGGGFPIGAMITTTELAKHLKIGTHGSTYGGNPLACAVAEAAFDTVNTPEILNGVKEKAKRYVAGLNAINAKHKVFKEIRGKGLLIGAVLTEQYHGKAKDFLNAALEEGVMTLVAGANIIRFAPSLVIPDADIDEGLARFEKAVAKLAK
>NZ_CP014944|2918137:2982135|2928217_2928985_+|WP_070373500.1|DBSCAN-SWA
MANILSLPILLKELRLSAIAKEWEVLAQKAVSQEWEPELFLAELCELEANHRHESRLKRLLKESKLPVGKQLHQYKFDEIEGITSLQMKQKVNQIDWLRQGHNILLFGASGLGKTHLACAIGYSLLEKAVRVKFSTSTAIVQELQRAKETLGLTDALRKLDKYELLILDDIGYVKKTDSESQVLFELIAHRYERGSLLITSNQAFSEWDSIFGDNMMTVAAIDRLVHHSDIYQIKGESYRKKQAMQLNSNTGQVN
>NZ_CP014944|2918137:2982135|2942261_2943134_-|WP_083278005.1|DBSCAN-SWA
MINLIWLKTFCTLADVGHFTQTAEILFMTQSGVSQHIKKLEAQLDTLLLTREGKSFSLTDAGIKLRQQGQDLLETSADIEASIKQDDAFIGVIKISTPGSVGLKLYPKMLDMQQRYPALIIDYTFAPNKNIEQNLIERKIDLGILTELNKSPQLVYKKIAIEPLVLVTSSDVKSINWQVLTSIGFISHPDSEHHAQQLLSKNYLEFEHTSQFKHKGFSNQISLILLPVSQGLGFTVLPLHAVNAFPEQSLIKIHTLEIPVSETLYLCQNKHSFDTQRSQLIKKSIREFIL
>NZ_CP014944|2918137:2982135|2956074_2957544_-|WP_070375698.1|DBSCAN-SWA
MSKAIQLINGQWQAGLGHDVSSLNPARNTVIWQGKSASKEQVDIAVKSARAAFESWADMSLEARIAIAEKFAVLLGENKENLAITIAEETGKPLWETRTEVGAMMGKIAISVKANNERTGTVENPMPGAKAMIRHKPHGVVAIFGPYNFPGHLPNGHIVPALIAGNTVVFKPSELTPKVAEETLKLWLQAGLPNGVINLVQGEVETGKALASHPQIDGLFFTGSSNTGHLLHEQFGGQPGKILALEMGGNNPLIVKDISDVKAVVHDIIQSAFVTTGQRCTCSRRLFIEAGEQGDAIIAKLIEATKAIKIGYFDDEEQPFIGSMISEKAALSLVAAQQQLLDLGAQSLVEMKHLEVGTGFISPGIVDVTSVKAMPDDEHFGPLLKVYRYTDFDAAINEANNTSFGLSAGLLSDSEDLYNHFFRRIRAGIVNWNKPITGASSAAPFGGIGASGNHRASAFYAADYCAYPVASVEAPKVSLPATLSPGLSI
>NZ_CP014944|2918137:2982135|2941961_2942177_+|WP_070375691.1|DBSCAN-SWA
MNKINPKALINSKWTKVDITNKEKHFIITKVEFDEEQKVIACVIEAVMTHNEYTIDWRDLKVSDQWRIGWK
>NZ_CP014944|2918137:2982135|2946557_2949551_+|WP_070375694.1|DBSCAN-SWA
MKNSNLKRSFKQSITAVAVAMSLSAAMPAMANNTTGYITGSSISQGGQVLGSVTIKIVNKDTGLTRSVVSDSEGSFRFPLLPPGMYDITAMKDGFQITAQKDVKVGMGGKVSLNMTLAADDIERIEVTGSAIAMVDITSSSTGIVVDTLTLDRVPVARDFTGVALLAPGTTKGDSAFGNNPSIGGASVAENAYYVNGLNITNFRTGVGSSQPPFEMYDTFEVKTGGYSAEFGRATGGVINAKTKSGSNEFKAGANVFYEPDALREDKQSQRRDDGTLRIDNTGDENDFYEVNLWASGAIIEDTLFYYALYSPRSDEFEYNGGQASTPEGIAQSLYTQKDDDSFWGAKVDWYITENNILEISAFSDQSTTTTFRTDYLGSTPQVPKESFEDNGGLNYTAKLTSIITDDFSVSVQYGINETDRTAGSVLDANPAVYRNFTRTRAFVPGGNFANFSIGEGDDQRQVVRIDADWYLGDHEIRFGVDKESLTANQQTINSGGAYYLYVIGEDDTTIDYVRHRTYSSGGSFESENFAYYIQDQWQATDDLVINAGIRNDSFENKNGVGESFIKLENQWALRLGAVYDVMGDGESKIWASYGRYYLPIAANTNIRLAGAETYIQDYYNYDGMSSDGLEIPNLTGGTYTGRPQDVFSNGDVPEAGAIVDSSIDPMYSDEFIAGYQFQLNDEWSMAVQGTYRELATTIEDVAIDFGFNEYVNREFGSACTECTGFHYYVLTNPGTDITVTTDPDDNQKDANGDYFNGPLPNQAYTIPAGDLNYPEAIRKYAAVDVTVNKEWDGKWMLTGTYTWSHSWGNNEGLVRSDNGQDDAGLTTNFDQPGLLDGGDGNLPNDRRHSVKVFGSYQVTDDLNIGANFSWQAGKPRSAFGIHPTDIFAQAYGSESFYKGGQLAKRGSEGTTDSLWNLDLTASYDIEFEDFDLNLRADIFNVFNNDTASEFDEIYDDESRTEFNEDGSGNYFVSPTYGLAQNWQTPRYVRLSASIRF
>NZ_CP014944|2918137:2982135|2970230_2970770_+|WP_070375710.1|DBSCAN-SWA
MIKSLGFGLSLLILSNQSLAQFTFGVDYINIEQEVNIIHTLFDANVNAVAATVGYSFHYSDNITITPEISYGVGISGDEDNWVSFDDMIFRTDVELDSVIRISTKFSYELNSDFKLFTTPTFSFTDFSSNLGGWTVSDDSDFGVDFGGEYNFGQHWSAQVSYGLYQYSELWRFGIRYTF
>NZ_CP014944|2918137:2982135|2926731_2928225_+|WP_070375682.1|transposase|DBSCAN-SWA
MSGKPITKQQVNLYMSYRKDHKQTAAAAQSGMSERTARRIESGQHSTTHLPRVYRTRKNPFNGAFEEHLVPLLKADPELQPITLLDQLDTLMPGKFGHNHLRTLQRRVKKWLATEGPEQEVIFRQKYMPGFMGISDYTWMNKLEISIAGQAFSHKLFHYKLVFSGWTYAQLVFGGESFESLSTGLQNAFWRSGGVPQTHRTDSLSAAFNNHYEQEALTERYQKLCAHYSVVATRNNKGVAHENGAIEVAHSHLKRKVDQQLRLRGSRDFATITEYQSFLDVIVAKINRQCKTRFDEERKHLNDLPKRRTNDFCEQYVKVTSSSTISVKRVTYTVPSRLISHRLLVHIYDTRLDLFLGHEKTLSLSRVYAQGHLRSRAVDYKHVIHSLAKKPNAFKYSQLREDLIPEGDFSLLWQQLTAEHVSDKDCRYMVELLLLAHNYNCEHALGRYVLKNHEQGKFISIDMCRKLFAPSTLVIPNIVSHQHQISDYDILLGGLHG
>NZ_CP014944|2918137:2982135|2938249_2938759_+|WP_070375688.1|DBSCAN-SWA
MKKLLILISVAFISSVQAAHTCNDNITKSTPTARFTDNADGTVTDTVTDLTWMRCTLGESWDGANCTGAAQTYDWQEALTEADSSNLATHTNWRLPNIKEMQSIVEYACYDPAFNVSVFPESSNSNPQYWSSSIYSKTNYHSAWALSQASGSISDEVKSNSKLVRLVRD
>NZ_CP014944|2918137:2982135|2962382_2963618_-|WP_070375703.1|DBSCAN-SWA
MKFTKTKLSLALIASSIISAPFAMADDAAFNSGIKKALTDSKVKVSLRVRYEGVDEEGANGATDKDATALTVKSRLTLQTGDYKSWSLGLEVDNVTAIVDDYNDLTFDYSGSDAVVADPEITDVNQAFLQYRSGKVKLTAGRQRILHNNQRFIGGVGWRQNEQTYDGYRIEYTASAALSLDYSYIYNANRIFGDDKKGDNLSGAFHFANATYKINTGHKISAFAYVLDFDRAHAMSSSTVGALYKGKFGAVSVNLSAAIQSDAGDNAVNYNANYYNAEIATDLGQVTLLAGIEVLGSDNAKAAFSTPFATLHKFQGFSDKFLNTGSSTGMPNGVEDTYISVKTKLAGVKLAATFHDLAANEGNIDYGTELDLVAAYTFKKDYDLLVKFARYSADELSTDTSKLWIQVATKF
>NZ_CP014944|2918137:2982135|2924982_2925429_+|WP_083278003.1|DBSCAN-SWA
MHSEVGDNEKPKGKTPDFLVKYANGSSEYIEVHWSKKVDEEYRDKIEHFSNYSASKGQSKIRIVTELGLTPFIRVNYQLIADCMSQELSFSIEDCELPEHITLNELIETLSNYTETHIEEAYYLIAIGYYEFDMASLLRCDTALKKVS
>NZ_CP014944|2918137:2982135|2968687_2969230_-|WP_070375709.1|DBSCAN-SWA
MKKIIILLTISTLSSSAMAQEASWLDSLKSFVGMGEVEEQSVKLPSTEGLVEQLTNSLNVNTEQAAGGMGAIFNYVKSNVSTEQFSQLAKSLPGVDGLVSQMPDISELSSGKGLGGLLDKASQYSDSLKSINDIKKQFEALGLNPEMISSFVSSAQSYLDTPQGQDAKQVLTQGLGKLLG
>NZ_CP014944|2918137:2982135|2922413_2923850_+|WP_070373900.1|transposase|DBSCAN-SWA
MSRHIKGLSRSQATLFPEMLEDFVAKENPVRVIDVFVDGLDLENLGFKGVQSKATGRPGYHPAILLKIYIYGYLNRIQSSRCLERETQRNVELMWLTERLSPDFKTIADFRKDNHSGIKNTCKTFVQMCHKFNMFSEATVAIDGSKFKASNNKDKNYTPSKMKSHIERVEKHINNYFLKLEQSDSQENTSQYIANIESKLDFLKQHLVELKEMELAVNNHPDKQVSTVDPDSRLMKTQGMTRAICYNIQSAVDTKHHLIVAHEVTNTTDRGQLCNMTKLTLKALGKSVTTILADKGYYSRQDIKDTQDLGVSTLVPKTDTSGSEKKGIFNKSLFEYNQDNDVYICPAGNELQHRFNAIEGGLDIKIYFNGMACKNCTIRSQCTRSKKDPRRMRRWIHEADMEKMEALLKATPDAMLQRKQTVEHPFGTIKLWAGATHLLTRGFKNVSTELNLHVLAYNLKRMLNIFGIEKLMKEVMLP
>NZ_CP014944|2918137:2982135|2957669_2958686_-|WP_070375699.1|DBSCAN-SWA
MIIIRPIQASDYDSLHRIAIESGHGFTSLPVNEGLLKQRIAHSEYSFDKDVSHPSSEGYLFVMEDTDTGQVVGTSGIEAAVGLEDAFYHYHLGKVVHNSRELGIYNTVETLSLCNDYTGASEICTLFLGESHRKNKNGRFLSRCRFLFMAEHHERFADRVIAEMRGISDEEGRSPFWNWLEEHFFSMDFPTADYLTGIGKKVFIAELMPKHPIYVSLLSKDAQKVINEVHPKTLPALRLLEAEGFARRGYVDIFDGGPTVEAQTAKVKTIRNSGKYQVIIGETDDKANFIICNTKVAGFRAVQAMVSLRATAEQVLISDDIAKALHVNEGDFVRLVRN
>NZ_CP014944|2918137:2982135|2978152_2978947_-|WP_070375715.1|DBSCAN-SWA
MSKSLALINFEKVVTKESQALLSLSQRIVFKYLAAFQKGSNENIQIGEDFLFNAVTQLLTYANNDNSVEKQNKIEEATKAFAAQEQNAESDSLEKVIKKLKLRKTPQELFDALNRDPKFVAKSLTISVKNQCIDRIIRWSSDKDASKKAFDESREYERNLKPAVRARTYEPQPNGDSDKNEGSWLEQILTHDDDVETIFADRLEGHMLEKGITLEEIELIKLKLSGYSYSEIAEKVGNEETGDKYRKIITRALAKIDLKLKDIP
>NZ_CP014944|2918137:2982135|2965464_2966856_+|WP_070375705.1|DBSCAN-SWA
MHIHILGICGTFMGGIAAIAKQLGHRVSGCDANVYPPMSTQLEQLGIELKQGYLTEHLKDEPDLVIVGNAMSRGNVMVEYVLDRNIAYTSGPQWLLDNVLKDRWVIAISGTHGKTTTSSMVAWILEYAHMKPGFLIGGVPQNFDCSARLGDAPFFIIEADEYDTAFFDKRSKFVHYRPRTLVINNMEFDHADIFNDLSDIQRQFHHLIRMVPSNGLVLSPKNESAITETLAQGCWTPTEFSVDNEFSKAGWYAEKLIGDGSEFIVYFKDEIQGTVKWNLIGDFNIDNGLMAIAAARHAGVPSHVAIDALAEFINTKRRLELRGEVGKVRVFDDFAHHPTAIAKTLAGVRANVSANGEGDQSCRVIAVLEPRSNTMKSGVHKDTLPASLAQADVVYLFQDEQVQWSVNTLIKECRQPCFVETDIDVLVSHIVNNSQADDTIVVMSNGGFGNIHQKILDQLAKKG
>NZ_CP014944|2918137:2982135|2921617_2922022_+|WP_070377146.1|DBSCAN-SWA
MSMIKDFKKFAVKGNVVDMAAGIVIGVAFGKIITALVSGVIMPPIGVLLGGVNFSDLAIVIKEAVGEAPAVVISYGAFIQTIVDFTIIAFVIFMVVIGINKLKKKEEEAPKTPSPPSKEEMLLTEIRDLLKSKS
>NZ_CP014944|2918137:2982135|2918137_2919337_-|WP_070375678.1|transposase|DBSCAN-SWA
MTRPQLEVSDIFRQNGQVWRDKHQGHINLSQLKIMSAIENCRTEVLGGHQLYCQSCHKTHISYNSCRNRHCPKCQASSAKRWLEARQAQLLPVDYYHLVFTLPKEIAEIAYYNKSIMYGLLLKTAAETLLTIGADEKRLGAKLGVTFVLHTWGSAMTHHPHVHGIVPGGGLSLDGEKWVSSKSGFFLPVRVLSRLFRRLYLEKLAQAYQQNQLIFFGESKSLEDEVSFTKWLTPLRKKEWVVYAKRPFSGPKAVFAYLARYTHRVAISNSRLVKSDENDVTFRVKNYRAKASKRYRTMTLSHGEFIRRFLLHALPSGFQRIRHYGLIANTTCKKNLTKVKSLLNVKVPEVTTPELVEGKSLPPAKSIVFTCPECSEPMIIKDILICRLKPRAPPIKLVN
>NZ_CP014944|2918137:2982135|2979447_2980122_+|WP_070375716.1|DBSCAN-SWA
MSKRSELSTSLEKALKTTLVRNLKSTSHGRPMVIAKSFISKTSNVFESIDEKWAAESFEFDPNVECYISQPFSFNYENPNGRIVRYTPDLLVRYVGRTYKFIELKDERGASSAKTLKKHMEVTPIFEDIIGYPIEIFNRAEHQPKRTFANLQLLNRFQRLFLDETVTALIKSKVGKDGCSFAELTTIAEAYEQPVSYVMTLLAKQEFTFDMTEIVTPNTLLIAA
>NZ_CP014944|2918137:2982135|2929838_2930783_+|WP_157470980.1|DBSCAN-SWA
MVVVNKVKREPAKMPSSLVKHDSLKIAWQRICRVHAMHSQPKNKKGVLIYGVSGEGKSYLVKQYETLFPQQKIREKTIMPVFLYRFKESKKQVDDILKLLIKALGTTPPKGKTEPGELDEQFCHLIKELGVELIILDEIQQVLPNTDGVTALNTLKYLCSLLDGLSASIVFIGSERAMRLLTFGKTEKAVDDNEQLSRRMMRSVKLERIEPRTDDWLDCINWFIDKIQFPFLNYKDGPLLNRLYLAYMERSFSTLESLFLLEDMSGIQDKQELIARLKDNYDIYGKAKLNPFCSTDISDEEVNTHINHVFQTSH
>NZ_CP014944|2918137:2982135|2980144_2980324_+|WP_070375717.1|DBSCAN-SWA
MNTFRAGFLRENTNITWGSQGGHISAVHADYVVLMLDGEPELFKTRQVVEAISGGTCRY
>NZ_CP014944|2918137:2982135|2935687_2935840_+|WP_157470982.1|DBSCAN-SWA
MKIQKIETDEQLAAAIARVDEVWNSVDVSEIYELNELVSLIENYEEKYIK
>NZ_CP014944|2918137:2982135|2943228_2943729_+|WP_070375692.1|DBSCAN-SWA
MSKAYPRTFSHIGISVPNLEAAVEFYTGVLGWYEIMKPTEIIEDDSPIGAMCTDVFGANWGKFKIAHMSTGDRIGVELFEFANQENPEDNFEYWKTGVFHFCVQDPNLEELVEKIVEAGGKKRMAEPRYYYPGEKPYRMIYMEDPFGNILEIYSHSYELTYAAGAY
>NZ_CP014944|2918137:2982135|2924115_2924532_-|WP_157470978.1|transposase|DBSCAN-SWA
MNGFIENKLMTKYKYSAEQICNILKALENQGRGDSEFYKKHKINATTVDVWRKKFTRLSVERIEHLRQIEEEHRQLILENERLEQRSQAAIEFFKNEFPDVKVRRAYAKKLFEQGLIGQTEVCKLFSIKWNSFVHNSR
>NZ_CP014944|2918137:2982135|2933777_2934797_-|WP_070375686.1|DBSCAN-SWA
MLDTKHVFTEATLDTAYSWLCKQRRNFPANADIWHLRFHWHTIRGELLQTLNKQDYTFMPLSVVTKADGESIHLWSSQDALVLKMLAMALPDALALSPHCTHIKGHGGLKATVSALHAALPNYRYVMKTDVKRYYESIDHTILLKQLDKDITDPFIWRLLVQFVKRTVERGGTFKSITCGISRGCSLSPVIAAYYLTSLDKQMEGDTRYFYRRYMDDVIVLAKTRWHLRKAVKTVNQHFNQLKMAQAPDKTFIGRIEKEFDFLGYRFGEEKLTISKQTLENHIRRLTQLYEQKKHQPNWKMLLDDYRQRWVTWVYSGIPSSIIDFENGTNFLRLFLKSA
>NZ_CP014944|2918137:2982135|2980311_2982135_+|WP_070375718.1|integrase,transposase|DBSCAN-SWA
MQILEPEKAIVYDAIHTPEQLAEYEYIKAHMGLLQLEADPSSESTRERVALKAQVLLKSDKAISISGLYRMHQKYKVCGGHIQSMVVKPARQRKSTLNEASENFFFDVIWDVYMQLNGPSIGETLSAYNERYDDLSKAQQKEIKLIKKTQFYTRVDNLDVVETTRAREGEDAARRLARSHEDMFMADHVKQRYELDAVHLNVPLLSDDRTRYIGKIILYVAIDVYSRAIAGYYMAVVGDDELCCSKGEDSSGVIKMLNHVVLKDKVSKYAINPWPLSGAAVDFVCDAGTAFNNEVVSSYVSALGSTLIVTQSASPWKKPFIERFFRTLRGQFAKHLPGYLGNSSDRASGKNIVGEVATLTKSDVTELLERHFLDTYHTNPHCGLQGRSPLEVASSNNANGMYDLPAKFGSLEYDYGKPYERKMSANGIINLKGFEFANGASKALFFRLAKVKEKDKSIKVKVLFRNQDISTITLIDPNTLEAIVVGNRKVKTEISLAEYKALQGDKPKVKIRKSLVNNDAQRAVIENAKKQKKRSDNKKRSIKRAEKRSSAPVAPNAEPLTADDLDNVLVQGGATTGAYVEPSQQAKPVDPTKNSGQTKRQRKSGKK
>NZ_CP014944|2918137:2982135|2966858_2967476_+|WP_070375706.1|DBSCAN-SWA
MNEFREKITVAITGASGAPYALRLIECLVAANVQIYVLCSSAARVVLDTEVGVKIPGSPDGATQFLSEKFKAKPSQITVFGKEQWFSPVASGSAAPKKMIVCPCSTGTLAAITLGMSDNLIERAADVVIKERGQLILVVRESPFSTIHLQNMLTLSQMGVTVMPAAPGFYHHPKSINDLIDFMVGRMLDHLGIEQAIIPRWGYQL
>NZ_CP014944|2918137:2982135|2967447_2967657_-|WP_070375707.1|DBSCAN-SWA
MKTMLLFTLILFLFSCGSVSMSNGRQKIIINGQSAPCDIHRKEIDPNCKTEHNSQTPQANIKADTPSAE
>NZ_CP014944|2918137:2982135|2953260_2954901_+|WP_070375696.1|DBSCAN-SWA
MKSKSSVSYALKLLNSNKLIEGRKVLDQILLDTPTNIDAHQLMVKLGFISKDFNLAEKYLTALIEFQPMSEHYIKLLVDLYSHQNRWKDISVLQLGLARKQPENATIQFNCAYYLKLSGEFNNAITFYKKALELGIDDDYEIYLNIAIIYSEHLSMPERAIEILTLGINKYPDQDLLLYNLGNIYEQLGNKEQAKSMFKLSFSKNPKNYDALARQADIYKFKTKDDDLISKMESVFKSSTVDAIDKINIAYALGKSYDDCTEYSLASQYYQLANEFDQKTLPLYDPVKYEQYIDNTINVFNKNWFDSFEAPTLTSLSKPPIFICGMFRSGSTLCEQILAAHSHISNGGEQEFFHRSMSCNYPNYPFNTSDHFSENKKQLLKAYEDEIKKHHKTGVQLTDKRPDNFLYLGLIKALMPNAKIIWTQRNMLDNCLSVYFLRLGKSMPYSTKIENIVHFYKQQEKLMNHWNSLFSDDIHQFIYDELINSPEEHIRGMLNFLDLPWQNECLHFHEVKNQVKTASVWQVRQPLYKSSSQRWKNYETIIEKFI
>NZ_CP014944|2918137:2982135|2960341_2961487_-|WP_070375701.1|DBSCAN-SWA
MQIFENNDLVAPIYKRAMSLMISKGFAEKQSGKVSVAVHQNSEQANRRRELLAVEEEANKNKIIQAHGESFFTEQVMTKFFTHVTTEVNKKFDNKENLYNKILKIEDAIPSIMEILSVRAASINRIIPLAKSLPWLANELINLVNKPQYRKRADVQVTDASLALSYIGLDNLKLVMPTFMLKHWLPNSTAPYTLMKRKLWNDSLAVAMSSSVLAKKAGMDEFSAFAAGMFSHLGLIAVSRCFLTTYSELHTAELKAAYENKDKKLHDTLVAFDASPDLLIEQLITRSSKISADLVELMRLDRLQITEAIFDLAYTETLEKMCPLAQIVTKAKAYVAFRSLAKDDLISNDEAKLLLTTVRITPQEINLLKKSDIDHIKLNFK
>NZ_CP014944|2918137:2982135|2936527_2938240_+|WP_070375687.1|DBSCAN-SWA
MKIGIIDKYRTFISASFLVSLAACGGGSGSDSKDTTPVPIANVAPIVSAGDDASVNETEIFTFSSSASDSDGTINNVLWEQTAGESIVISNADSLTAAFTAIEVVEDTTLTFRLTVTDDDGEQSSDVVNVLIMNVNQLPTVAAIDDFEVFEQVAAELSAVAEDIDGTIATYKWEQTAGKEVSLTNAEQPTATFVSGDFTAIETLSFSVTVTDNHGGSATDTMNVTVNPNFPPVAVIGIEGGDKVISQFITSGDTVTLVGMNSYDNELNNLTYQWQQIDDTGVELVITNNNAADTSFVANTLTSAETVTIQLSVTDELGLSDTEQVRIAITPVIHEKMNDTGLTFCADYAYDGSGNHSNTENCADVVDVDADPIPDGQDADYGRDKVAADDSDGSKGFSFIKLDENGEPLPQNATAWSCVLDNVTGLIWEVKDESGSTGIRDANSRYTWYNSTGINDGGSAGTEDGGSCTDTGNCDIEKYGSSVNAVKLCGITTWRVPTHQELNTLVDFSRQLPSVDTNYFHHTKSGLYWSSTPYNNSNNAWGVNFSEGLSSSAGSSKNNSGYVRLTATKG
>NZ_CP014944|2918137:2982135|2930792_2932067_+|WP_070375684.1|DBSCAN-SWA
MQLSITPIAFPDESNIGFALRVALRNGFTYVDRVYPKSIINKIIRGNPVTTPFPIDLKPRLYHSVQTYITTPLFECHIQIEPKVCLRCIREKGYIKMEVQSPFIHLCSSHHEPLIDKCYTCNNQLTWDIALLKGRCTSKQCGIKLIPVPPTQLPLLLEAQVADCLLASYFLNNQEELLLKQPRYPSLPNYQEKIREGFEFLNCHTDARNWMHKCINQHSSFFPTNFAAINITLLFNNLKAIWPISCVLQQYEAIERTSSSNEIKPLCIDITTASKLLGVSKVGIKILLENDFIKSKGTKTLHYKSIIDISPVIELFSPHFISNIMKPLSEQKESLIYNNICLSNIFLAVKEDKLNIGFQPSSDLMSSLYCAPDDLKVLIKKKRHHNIQMTISNLGEIEESKLFSDSSRERSLRYKKSNQLGFNF
>NZ_CP014944|2918137:2982135|2929044_2929845_+|WP_070375683.1|DBSCAN-SWA
MTLQKYADIKVSDFLRLLNIFLTEYSHKIHKETKVAPIMAWNESIKRTPRPHVSYHQAKQGFHVFKEKKTNKLQGRGTVRLLGQDFFNYELKLIHMAMSKYVKKGENPDIEVFFDPFDARYVTVSFIDPITGKERDIMADNINLDIMPKMVSFDELKGFKPKSYDILQEKKHDITGYYQGKIERFYSQATRPKRSGTQPASFEENNAKELSVEERIKQSHCEKPKANREPKSFYANLKAIDDKTAPKTKAPKESMTTTPSGKKRKW
>NZ_CP014944|2918137:2982135|2938980_2939622_+|WP_070375689.1|DBSCAN-SWA
MKKLVLLLMFAVLGGCASHAEIKMPTLTAVHDPVYENKTLNYEVLYSQPKPGIFSGGEQLPLAPLENAELSVASASTLRDLPKLIFNQLPVSVKHLADNADLTLKLEITAYDKKGPAYSDHEFAKSLGKNLLTLGFASSEYNIVADFDVKYILEQRGKVIFTKDFKVKDEVDHEKGDFDSYNTLNEFTSQMLEKHFTLTLHSFFTEAAMHLKS
>NZ_CP014944|2918137:2982135|2955051_2955870_-|WP_070375697.1|DBSCAN-SWA
MTNINSIQHQQVTDLFANIWQNYIEVTPSADKIHHLLSSGGDLINDHVAYRTFDSAKVNLDKLAAILIALGYKYSGEYDFSSKKLNAKHFEHSDASLPKVFISELRVKEFSVNVQNIIEKMVSAIDDEKVAQSSFLYSGTHWQVSKAEYQTLLAESEYAAWVAAWGYRANHFTVSINHLDNFSTIEKVNSAVKAGGFLLNTTGGEIKGDSIVKLEQSSTMADKAIVKFSDGEAEIPSCFYEFAKRYPLNSGELYAGFVAASADKIFESTNAA
>NZ_CP014944|2918137:2982135|2975158_2976667_+|WP_070375713.1|DBSCAN-SWA
MELADISKRLRHLIDDDPARAISEALQLMGNINLELLKAAILIDAGALLKNYDAVVEGVEIYRNAVSRYQDNSELKYNLANGLHALALSTTDKDFSWYKDTEAFRLEARQYFYVAANDNDTTIDIRSQSYTNLGNLLWSSYRWVEAYDFYTLALIENPKNGVASSGALKMLRYALQQELGDYELLVEEIEYLAFHVRQNLESIYSYSGGYGVKGIVDEVKDISGVEKNRFEVDGDEYERFVVLNNLTLSPTIHSHSHESKYWDNINISSVAVGLGCDSTVPEIFAMINILKSDYILARQLFFNASNKLFKETGNYNDTLNYACYGVNESALALAQRSALDILDKVAVATLSYLGIGGAKRTSFKEAWFKKGKEEKEKLKPAILNEIENGNTALLALTEVSRDLSNKIGFLSEKQASRNSSTHRFTVLHDLGVTPVSHSGCLEYFDYEIFLRESLHTLKLARSSVIYFVQMVLIREEKSSQKKDGIIMPLIVPSHEDIRGFDE
>NZ_CP014944|2918137:2982135|2967752_2968556_+|WP_070375708.1|DBSCAN-SWA
MRGLTIKNVTVLPAIVAGPILRHCDTKQVNFWLVTSQYYANAWKINNKVGRKALLKDVYSELALDKPLNEKNQLVLNSQDKVLILNFIASKNSHTNEKKYTLGGFSMEQSNYKESRMLPFYDQVIQNEAITQAYLALVSNKEINVNNLAEQLGEAKGQIVLPRGVTINIYNQHLMLKVNATELVEIHLLEEVFLNANDNANSNSKAIWALGDFIQGGSFEQLQKSFPDDAYESNYGIEIPSVGYSLFLLFDDYNKGKPLYEAVISVY
>NZ_CP014944|2918137:2982135|2961602_2962187_-|WP_070375702.1|DBSCAN-SWA
MLLMLDNYDSFTFNLVHYFQALGQEVVVARNDRITLAEIRVLSPQYIVISPGPCSPNEAGLSLEIVKHFAGKVPILGVCLGHQCIAQHFGASIEKALVVMHGKTSRIKHNESGLFHQLNNPLTVTRYHSLIVNKDTLPDCLEVTAWSKDEQGKNNEIMALAHKTLPIVGVQFHPESILTEQGMMLLKNFITHCK
>NZ_CP014944|2918137:2982135|2977088_2978051_+|WP_070375714.1|DBSCAN-SWA
MQQVLGIVIVFSTIIYSMVLSGSILMFIDTQAFVISLGIFLAGIKLNTTKETNFRTHLRRVFSNDILTTAEAESSASFYSNLNKFTIAASVVTLIIAALSTLQQFDQPKILGPIIAITLLVTLYTGIVSTCFIIPAKFKLLSSLSENNLKDTPTSSVFLKATVGTLLINIVLITPWALGGSLAFLIDLPSLLMIALILLGGLIFVKNIKTKVLSHYLFSFLMTAGILLYLVGVVAILSYDVDSFNTLLTAFSVASLTVLLAVIIVLPFSLLLNYMMQDIKNTELNIGLFTENKSFVKSYALITVASSSLTLLVLIVHFPK
>NZ_CP014944|2918137:2982135|2945307_2945661_-|WP_070375693.1|DBSCAN-SWA
MVTDTEGYIHIIEYLTEHFSLFENPPSVSADSDTVMTVIEQELSEQIISICSQNEALSFNQRNTIIREVDAIVYDLEEILSGVVNNKVTNEQKTFIKEFALLIKNLFDSEIHSQFLS
>NZ_CP014944|2918137:2982135|2940672_2941200_-|WP_070375690.1|DBSCAN-SWA
MRIFLLILFISLASGCSTKYTNQSVTGKAFPAVTGQTLEENMVNIPADFNKEFTLLLVGYKQNSQFDIDRWLIGLDMTETKVDVYELPTIQGLFPKMFSTFIDNGMRAGIPKPLWKGVITIYEDGDKVQAFTGNESPNNARVLLLDKNGIIVYFYDEGFSVTALNELRDKLTTSN
>NZ_CP014944|2918137:2982135|2971453_2973148_+|WP_070375711.1|DBSCAN-SWA
MSLIYKYIVILLSLVSFTVFATNNIQLQTENEIRESLKKTTSHDLLLSLNDAQIFMNDLLVKVSGITDKALALEVYYANLVFLTTSDAPVDDFHKALNDVLHLAKEIKNHETYGLALTLKGAFYSRKDNIPEEIAAYKNALKYAKKHNLKQVFSGNLNNLGNRYQSLGLLDQALKYFQEAIEIDSYPLIVNNLATINILLGNLDTAEHILNSEDELGKSGLLLLFDVSVAQKNTEKAKALLEKIKRDFQPLSSVYIAYTTLAEAELYYSLKEYGKAADLFEKGLNSNVYLEKEYKHEALLLLSKSYFQLGNYKLAASSYEKWALYSDEANKKRTMQATSVILAEFNLELEVNKKEIAEKNLLIANDKLASHQRIKTLETFITVLSLGLAILIAFMFYKQHRKNRMLNEFAHTDTLTKVNNRRSLLSHLERRICNIKEGELLSIAMLDIDHFKRVNDTYGHDIGDKVLCEFSSFVAGFLRKSDIFGRFGGEEFLIIFNDNNVEQAKNIIERLLVQLADVPFSEVGKVTCSVGLAQYLNHDIKALIVEADEKLYIAKNAGRNQVAA
>NZ_CP014944|2918137:2982135|2925398_2926646_+|WP_083278004.1|integrase,transposase|DBSCAN-SWA
MRYSIEKGVVMLEGVNIGSKFHNPQGGIETIIFKDAYSYMLEEDEDKTKKHLIESDTFEKHLEQQKYIQKLTERPHLQLNEYQKADRDERLKYILTLKDLVHEQKLSPTIENTYNFLIEEVEKRHPETQASKHPAHKTIAKYWRCWVVSGFDNDSLASKRRNAPTRLNSATEAQIQHHIATLWSDSNSKLKTAHYKAYKLQVEEKSQGNPSIKVASERTFYRRLAALSEIEDKLNNPNTSQATKNQLSLTLRRRIRTYFAMQRVELDRMHVNMCLVDDETLEPTKPISLYTAIDCMTRNILGVVVDYGQGENKENVLNLIRQCYLADNNLIAKGKPVVMVMDNGSGFNNAAIWKTCKRLNITPVYTPSNQPAKKPFVESYNNVLRASFFRGMIITDSKGNKTVGFNSYKGKRTDY
>NZ_CP014944|2918137:2982135|2944033_2945275_+|WP_070377150.1|DBSCAN-SWA
MLAEVLNNVGTCIFTKDIHGCYTYVNQAVLDLFNVNSTDIIGFEDSHFFDLALSQQLKENDRKVIKEAITVENEETNFIKSLQETRIYKTVKKPLFDDANNVIGICGVSIDITAEKKLQKIVKAQKKLLHAVLDNVDAYIYMKDSERTFKYVNSKVAELFGTSAENIIGKKDTEVLPLDVAEHFNQSDQKVFDTGEKQTIEETSADEQGNVRYYISTKIPYQNQGELPTLIGFSTDVSELYALKEEFRKQANTDSLTKLYNRRYFIDHAEREFHRAKRHLGILSLIAIDIDHFKDINDSYGHPIGDNVLMSVAQCFLPCLRQEDILARIGGEEFSILLPETTLQSAKVVAERIRLNQSNLIIKGEWQGEIKITVSIGVTCIRFEDDNFDDFFTRADRALYQAKDSGRNQVFCG

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_070375678.1|2918137_2919337_-|transposase	IS91 family transposase	NA	NA	NA	NA
WP_070374361.1|2921021_2921486_+	large conductance mechanosensitive channel protein MscL	NA	NA	NA	NA
WP_070377146.1|2921617_2922022_+	large-conductance mechanosensitive channel protein MscL	NA	NA	NA	NA
WP_070373900.1|2922413_2923850_+|transposase	IS1182 family transposase	NA	NA	NA	NA
WP_157470978.1|2924115_2924532_-|transposase	transposase	NA	NA	NA	NA
WP_083278003.1|2924982_2925429_+	hypothetical protein	NA	NA	NA	NA
WP_083278004.1|2925398_2926646_+|integrase,transposase	DDE-type integrase/transposase/recombinase	NA	NA	NA	NA
WP_070375682.1|2926731_2928225_+|transposase	IS21 family transposase	NA	NA	NA	NA
WP_070373500.1|2928217_2928985_+	AAA family ATPase	A0A2L1IVB6	Escherichia_phage	1.0e-34	35.6
WP_070375683.1|2929044_2929845_+	hypothetical protein	NA	NA	NA	NA
WP_157470980.1|2929838_2930783_+	AAA family ATPase	NA	NA	NA	NA
WP_070375684.1|2930792_2932067_+	hypothetical protein	NA	NA	NA	NA
WP_070375686.1|2933777_2934797_-	hypothetical protein	H7BVE9	unidentified_phage	2.0e-06	20.9
WP_157470982.1|2935687_2935840_+	hypothetical protein	NA	NA	NA	NA
WP_070375687.1|2936527_2938240_+	DUF1566 domain-containing protein	NA	NA	NA	NA
WP_070375688.1|2938249_2938759_+	DUF1566 domain-containing protein	NA	NA	NA	NA
WP_070375689.1|2938980_2939622_+	hypothetical protein	NA	NA	NA	NA
WP_070375690.1|2940672_2941200_-	hypothetical protein	NA	NA	NA	NA
WP_070377148.1|2941459_2941942_+	CIA30 family protein	NA	NA	NA	NA
WP_070375691.1|2941961_2942177_+	TIGR02450 family Trp-rich protein	NA	NA	NA	NA
WP_083278005.1|2942261_2943134_-	LysR family transcriptional regulator	NA	NA	NA	NA
WP_070375692.1|2943228_2943729_+	lactoylglutathione lyase family protein	NA	NA	NA	NA
WP_070377150.1|2944033_2945275_+	diguanylate cyclase	A0A127AWB9	Bacillus_phage	3.2e-22	39.8
WP_070375693.1|2945307_2945661_-	DUF3802 family protein	NA	NA	NA	NA
WP_070375694.1|2946557_2949551_+	TonB-dependent receptor	NA	NA	NA	NA
WP_070375695.1|2950307_2953160_+	TonB-dependent receptor	A0A0P0I887	Acinetobacter_phage	6.4e-42	24.6
WP_070375696.1|2953260_2954901_+	sulfotransferase family protein	NA	NA	NA	NA
2953392:2953407	attL	NA	NA	NA	NA
WP_070375697.1|2955051_2955870_-	DUF1338 domain-containing protein	NA	NA	NA	NA
WP_070375698.1|2956074_2957544_-	succinylglutamate-semialdehyde dehydrogenase	NA	NA	NA	NA
WP_070375699.1|2957669_2958686_-	arginine N-succinyltransferase	NA	NA	NA	NA
WP_070375700.1|2958791_2960006_-	aspartate aminotransferase family protein	A0A1V0SKB7	Klosneuvirus	5.3e-22	25.6
WP_070375701.1|2960341_2961487_-	HDOD domain-containing protein	NA	NA	NA	NA
WP_070375702.1|2961602_2962187_-	aminodeoxychorismate/anthranilate synthase component II	A0A0P0IKJ1	Acinetobacter_phage	2.7e-64	57.4
WP_070375703.1|2962382_2963618_-	hypothetical protein	NA	NA	NA	NA
WP_070375704.1|2964118_2965297_-	MOSC domain-containing protein	NA	NA	NA	NA
WP_070375705.1|2965464_2966856_+	UDP-N-acetylmuramate:L-alanyl-gamma-D-glutamyl- meso-diaminopimelate ligase	NA	NA	NA	NA
WP_070375706.1|2966858_2967476_+	UbiX family flavin prenyltransferase	NA	NA	NA	NA
WP_070375707.1|2967447_2967657_-	hypothetical protein	NA	NA	NA	NA
WP_070375708.1|2967752_2968556_+	hypothetical protein	NA	NA	NA	NA
WP_070375709.1|2968687_2969230_-	DUF2780 domain-containing protein	NA	NA	NA	NA
WP_070375710.1|2970230_2970770_+	outer membrane beta-barrel protein	NA	NA	NA	NA
WP_070375711.1|2971453_2973148_+	GGDEF domain-containing protein	A0A127AWB9	Bacillus_phage	5.2e-23	36.9
WP_070375713.1|2975158_2976667_+	hypothetical protein	NA	NA	NA	NA
WP_070375714.1|2977088_2978051_+	hypothetical protein	NA	NA	NA	NA
WP_070375715.1|2978152_2978947_-	hypothetical protein	NA	NA	NA	NA
WP_070375716.1|2979447_2980122_+	hypothetical protein	NA	NA	NA	NA
WP_070375717.1|2980144_2980324_+	hypothetical protein	NA	NA	NA	NA
WP_070375718.1|2980311_2982135_+|integrase,transposase	DDE-type integrase/transposase/recombinase	NA	NA	NA	NA
2992174:2992189	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NZ_CP014944|4210817:4312478|DBSCAN-SWA
ACTATCCTTTTTCTTTAATGTATTTGCGAATTGTATCAGCGGAAGCATTGCCGACAGAACAAACAAAATATCCATCAGACCAGAAAGTATTCTCAATCCAAAACTGCTTTTTCAGGCTTGGATACCTCTTCCAAATCAACTTATTTGTCTGCTGCTTAATCCTTCTAACATGTTGCCCAATGGTATATCTTGGAGAAATCATCAGAAGTATATGGATGTGATCCTTGTCTACTTCAATCTCCTCAACTGAAAAGTCAGAGCTATCTGATATGTCTAAAACAGCCTGCTTTACAAACTCTCCCATATCGCCAAAAAGTAGTTGCTTTCGATATTTAACCACGAGAATTAAATGCAGAGCAATTAGGTGCTTACAATGTGAATTCGTTTGATATTCCACTTGACAATCTCGGCTTGTACAGTAGTCTATACAGTATATGAAAAAGACGATCAGATACAATTATCGGCTCAAGCCGACGGCAGAACAAGAAGTCAAACTCGTTGAGTTTGGAGCATACGCCCGTGGCGTATGGAACTTGTTGCTATCTGAAAATATGCGTCGATATCGGTACGATAAAACATTTCTTTTTTACAATGAAATGGCATCGCTGATAAAAGATTTAAAAATGTTCGATGAATTCTCATGGCTCAAAGATTTTGACTCTGCGGCTTCACAACAAGTGGCTCGTGACCTTGAAACAGCACTAAAGAATTCATTCAATAAAGGCAGGGTTCAAAAGTTTCCGACTTTCAAGGTCAGCTTTAAGCAGAAGAAACTTCACGATGATAGCTACCGCTCGGTCAATACGAATGAAAATATAAGACTGGAAAATAACGGCATCACTATTCCAAAAATTGGTACGGTTAAAATTGCACTTCATCGTAAACTTAAAAGTAAAATCAAGTCAGCAACCTTCAAGATGAGGCACGGGAAGTGGTACGTTTCACTGACTCAAAAAGTTGAGTGCAAGAGTAAAAAGCAAGTGCTATCAACACTTGTGGGCTATGACATCAACAGCCACTATACGGTTGTCGGCTCAAATGGTCTGTACGTTGAAAACCCGAAAGTTTTGAAGAAGTCATCAACGAAATTAAAACAAATTCAAGTCCAGTTGAGCCGTCGTAAGAAAGGTTCGAATCGCTGGCACAAAACAAAATCACGTTTAAACAAAATTCACGGGAAAATCTCTAGCCAACGCCTAGCGTTCGCTCACGAAGTATCATGCTCGATAGCCAAGAGTAGCGATATTATCGTGTTTGAGGATTTAAACGTGAAAGGAATGCAGCAATTTAATGGCCAGATGGTGAATGATAATGTGATGGGAATGATCACTGAATTAACCAGGTATAAGGCTGAATTAAATGGCGTTGTTTACCATGAAATTGGTCGGTTTGTGAAATCTTCCGGCATTTGCTATGGATGTAAGTATGAGCATAAATTCGATTTGAGTGTGAGAGAATTTTCCTGTGAGAGCTGTGGATTAGTACAGTGCAGAGATTTAGCAGCAGCTAAATCTGTTGCAGACACAGGCGAAAAAGAGTTAATAGCTAATGGGATATTAGCTAGGGCGTTGCCCAAATTTCAGCAGAAATCAGCTTCTAAAATGAAAGTCTTTGAGCAATCAAAGTTTGGTGTGGGATCTGAGAAAAAAGAAGCAGCCTAGTTATCAAAAGCTAGATTGCAGAAGCCCCGTGATCAGAGCGAAGCGAAGTCGCGGGGTAGTTCACCTTAGTTTAAAAGATAGAAAGCAACTTACCTTAATGGCTAAACATTGGCGTATGTGTTTATTTGTTGGTATCACCAGCGTTATTGGTTCAATTGGTTGGTTTACTGCCGCTAGTTTTGAAAATGCAGCCTATGTGAAGGCACTAGGGCAAGTAGAGTTTTTTATTACTTTATTGTTAACTTATCGAATTTTTAAGGAGCGTATTAGTCGAATTGAATACCTAGGCATGTTATTAATTATTGTTAGTGTGGTTATTTTATTACTTTGGGCATAGTGGCTAGCGTCTGTTTTTGCTACACTCGCAGAAAATTATTATTGTATTAATTAAATTGGATTTAAAATGAAAATTGCAGATAAAACCGTTGTTCAATTTCACTACACCTTAAAAGATGAAGCTGGCAATGAAATTGAATCATCATACGCGGGTGATCCTTTAGCCTATCTTCATGGCTATAAAAATATGTTAGTCGGTGTTGAAAATGCCTTAGTGGGTAAAGAAGTAGGCAACAAATTTTCAGTTACGCTACAACCAGAAGATACTTACGGTGAGCGTAAAGAAGATATGATCCAACGTGTTCCAGCAAAACATCTACAAGACGGTCAAGGGACCACTAAATGGCAAGCTGGCATGACAGCTTCTGTTGAAACCGAGCAAGGTCAACGTCAAGTGACTATTGTTAAAGCGGGCAAGTTTATGATCACGGTTGATATTAACCCACCCCTTGCTGGTATGGTATTAACCTTTGACTTAGACGTCATTGATGTACGTGCTGCTACAGATGAAGAAATTGAACATGGTCACGCACATGGCGCTGGCGGTCATCACCACTAAATTTTCTTAGTTAAAGTGGTCATTTATTTGAATGTTAAAGGTCAGCTCTGCTGACCTTTTTATATTGAGTTGCTGAGTGTGTTTTAAAGTTAATCATCAACTTTATTTATTGACAGCACATACATTTCATTATTTAAATTTACTTGCCAGCATATATTTAAATTATAGAGTTTCATGCCATAGATTTTATCATCGCCTTGTCGCTTTTTATAAGCGGGCCTAGGGTCCTGCGTTAAGACTTGTTCAATAAAAAGTGCTAGCTCTGGATACTCTCGTTGATACTTTTGCATATCATCTTGTGCTTGCTGAGAAAACTTGGTGGTTAACGCTTGCAAGGGTTGTTGTTGTGCAAAGCCGGCCTGTGCATTATCAATACTATCAGAGTAGGGAATATAAGGTTTAATATCAACAACGGGCGTTTGATCAAGCAGGTCTAGTCCAGAAATATTAATAACAGTTTGTTTGTTGTTTTGCGTAATACCCTCTAACTTTACTACCGACATGCCAATTGGGTTAGGTCTGAATGTAGAGCGAGTGGCTAATACCCCCAGTTTTTTATTTCCTCCCAAGCGAGGTGGTCTCACGAGCGGTTTCCAACCTTGGCGTTGCGTACCATGAAATATAAACAATATCCACAGGTGACTAAATTGCTCAATGCCACGAAGTAACTCTTCGTTATTGGCATCATCAAGCAATAAAATTGAGCCTTGTGCTGCACTCACTAGACCCGGTTGACGAGGAATAGCGAATTTTTCTTTGTAGGGAGAATTAACGCGACCAATATAGTTGAAGGTTACCTGGTTTTCAGGTGATACAGTCATTAGTTAATCTTTTTAAGCGGTTCAACTTGATAAGCAATACCATAGCAGACAAGGGTTGCATTACATTGCTTATTTGCTTGGTCGTCATCAATCAGCGCGCAACCGCTAAAAATTATCGCATTCGCTTGTTGCTGAGCTGCTTGTCTACGCGCTTCAGTTCTTGCCGCTATTTTATCAGGTAAGGCATGATGACTTTTTGCCTGACAATCTTCACCTTCAACTAAGCCAATAAGTTTATAACGGCCAGGAAATTCACTCTCATCTTGAAAAATTTTTACCTGTGCATGGCTGAAATATGTTTGAAAATTTCCTTTGTCCAAATTTGTTGAAACGGTATATTGAGATGAGCATGCTGATAATCCGATCAACGTCAGCATTAGTATTAATTTATTGTTGGTTTTACTTGTTGGCTTCATTTTTATCACTAGGTTACTTACTTACTTATATTTGCTTTAACAGGGGCTTTATTACTGATCCAATAATTAAATAATTTATCAATAACTTTGCTTTGTTGTTTCATATTTATCCAATTACGCATAAACAGTTCAAAAGCTTGATCGTTATGATTAATCGGGAATGCCATAGATATAGGTGCTAAGACAGGTTTAGGCACAATAACTGTGTACTCAGGATATAATAATGTCCAGGCAGAAGCTGCAGCAGCACCAAATAGCATACCATCAAAATGTTGATGCTTTTCTTTAAAGAATAATCTGGGTGTTGATATTTTCCAGGCCTTATTATGAATAAAGTTGCGTTCAACAGCGGTTTGGTAGAAAAAAGTTTCAGGTATACCGATAATCAGCGCTTTATTTTCGATGATTTTAGACCATAGCTTAAACTCTACACGCCTTTCATCTTTTACAATAAAGGCCAGTGATTGCTGAGAATAAGGCACCGTAAGGGTGAATTTAGTCATATTATCTGGGATAACGGGAATACCTGTCGTGATATCCAAATAGCCTGATTGTAAGAGTGCTTCCGCTTGATGATGAAATATTCTTACAAATTCAACATTGACGTTGAGGTCAATGGCGAGTTGATTCATTATTTCAATATCAAAACCGACCAACTTACCGTTATTGTTATGAAAGGCGTAAGGTAAGTCATCTCTGAAATAGCCAACCCTAATAAAACCACGTTGCTGAATTCGTTTTAGCACAGGAGAAAATGTAGGTTTGATGACAGCATTAGCAGGGCTGTTTTCGAGGTAGTTGCTTTCAACACCAGTGAACAAAAAGTCTCGCTCTATAAATTTGGTATAGCCTTGATACTGGTGACTTATAGCGTCAAAACTAAAACGTAAGGAGATAAATGCCAATACCGATACAAGCGGGATTATCGCTAAGTTACGCAGCAGTACACGCCATTTTATAGTAAAGCGTTTTAACATTGCCGTGGCAATTAATAGCGGTAAACAGCTAGAAAATACCACTGAAAAAATAGCACTTAATCGAGCGCCAATAAGATTCTCTGCCACTAAATAAAAGTCGAACATAGCACCGGAAACATTAAACAATTCTAGTAAATTTTGCATCGCTAATGTTGTGCTACCAAATAACTGTGGCAAGCCAGCAACAACTAGATTGATATGATCAGTAAAAGAAATATGGGCACCAGAGAACCAAGCGGCAAAGAGCACAAAAAGTAAAGCAAGCAGCTTACCACCGACGGGTAAACTAAAAGATATTGGCACAATAATCTCTGATATTTTTTCAAGATCGCTATCTTGAGGGTATTTTTGCTTAAGTAATTTTTTAGTGTTTTCAACAATCACAGGCAATACTGAAAAGAAGCTGCCTGTAGCAAAAGCAGTGATCATTGGCTCGCGAGAAACACTAACTATTTCTCGATAACCAAAAGGGGTGACCGTAGCAACAATGGCGGGGAATACTACAAAACAAAGCAGAGTTACCAAAACTATTGCACTAAGCATATAAACAACTAAACCATCGAGTTGGCTTGCATCAAGAGTAACAGCGGCACGCCAACCGATACAAAATATACCCAAAGGGGCAAATTTCATAATAAAACCATTAATGTTTGCGGTTGCTTGTTGTAAGTTTGAAAGCATTAACAAGGTTTGTCTTTTAGATTTAATCTTCATTAAACCAAGCCCCATACAGATACTAAAAAAAACTACCGCAGGGATTAAAGTATTTGCTAAGGCATTAAAAGGGTTTGCCGAGATAAATAAGTCAACCAAGCTAAATTCTGGCACAGATTGTATGGTGTTATTAGAATAAAACTCGGCATGTTGCCATTGAGGAAAGGACAAAGGGGTGCTAAAAATAAAAAATAGTACGACCGCTATCATCATTAAGATAATCAATAAACTTTGTTTAGAGACCTTTTTGGCTTTACTCGGCGTAAGCCCACCTATACCAACAACTAGTGACAGCACAATATAAGGCAGTACGGTCATTTGCAGGGCAGTAACAAAAGCATTTGCGGTGTTATCAATCACTGAATATTCGGTTGAAAAGTGATACCCCATCAACAACCCAAGAAACATCGCTAAGATAATTTGTACTAATAACGGTGGTTTAACAAACAACATTAAAATATTGTACTCATAAGTATTTTGCCATAATAATTGTAACGAACTATTTGAAAATTATAATACAAAAAAGCAGTGAACGTTCACTGCTTTTATCTCTTTGGTATTAACAGCTGACAGAGGGTTGTTATTTCACCCGCATACCCGGCTGTGCACCGTCGTCAGGATTTAATATCCATAAATCTTTACCACCAGGGCCTGCCGCAAGCACCATGCCTTCAGACATACCAAAACGCATTTTTCTTGGCGCCAAATTAGCAACCATCACGGTATGCTTACCAATTAAATCTTCTGGTTGATACGCTGACTTAATACCAGCAAACACTTGGCGTGTTTTACCACCTTCTTCTTTGGAATCAAGAGCAAGGGTCAAACGTAGCAGTTTATCAGCTTTTTCTACATGCTCGGCATTAATGATTTTTACTATACGCAAATCAATTTTAGCAAAATCGTCAAATTGAATTTCTTCGCTAATAGGATCACACCCTAATGGGTCATTAAGAGCCGCACTATTATCGACGATTTTTTCTTTTTTCGCTTTTTTTACCGGTTTTTCAGCGTCATCTTTAACAAGTAAATTGTCTTTCGATGCATCTGTCATTGCGTTAACTTTATCCATGTCGACACGCTGTAGTAAGGCTTTAAATTTATTGATCTTGTGGCTCGTCAATAATTTCTTATGTCCTTCCCAAGTTAATTCATCATTTAAAAACGTCGCTGTGCTATCAGCTAATACCGGTAATACTGGCTTTAAATAAATCATTAAGGTGCGAAACATATTGATACCTAGCGAACAGATGTCTTGCACTTCTTGTTGCTTAGTTTCATCTTTCACTAACTGCCATGGTTCTTTTACGGCTATATATTCGTTAACTTTGTCGGCCAATGCCATTATTTCACGCATACCACGGGCAAAATCACGCGCTTCATAGTGAGCGGCAATAGAGTCACCTGCCGCCATGACCTCTTCAGCGAGAGCTGGGTTGTCGATGTTTTCTGACAACATACCGTCAAAGCGTTTAGTGATGAAACTGGCACAACGTGAGGCAATATTAACCACTTTACCCACTAAGTCTGAATTGACTCGTTGCGCAAAATCTTCAAGATTTAAGTCTAAATCATCAATTTTATGGGTTAATTTAGCCGCATAGTAATAACGTAAATATTCAGGATTTAAATGATCTAAATAAGTACGGCCTTTAATAAAGGTGCCTTTAGACTTAGACATTTTTGCGCCATTAACAGTCACAAAACCATGAGCATGCACTGCCGTTGGTTTTCTAAAACCTGCACCTTCGAGCATAGCTGGCCAGAATAAACTATGAAAATATATAATGTCTTTGCCAATAAAATGGTAGAGCTCAGCTTCTGAGTCAAGTGCCCAAAACGCATCAAAATCGATACCGGTTTTATCACATAAGTTTTTGAAACTGCCCATGTAACCAATAGGAGCGTCTAGCCAGACATAAAAGTATTTGCCCGGAGCATTGGGTATTTCAAAGCCAAAATAAGGAGCGTCGCGGCTAATATCCCATTGTTGTAAACCAGACTCAAACCATTCAGCTAACTTATTAGCCATTTCATCTTGCAATGCGCCACTTCGTGTCCAATCTTGCAACATCTCACTAAAAGCAGGCAAGTCAAAGAAGTAGTGCTCTGAATCTTTTAATACTGGTGTTGCGCCAGAAACAACTGAACGCGGGTTTAGCACTTCAGTGGGCGAATACGTCGCGCCACACTCGTCACAGCTATCGCCGTTTTGATCGGCTGCCTGACACTTAGGACAAGTGCCCTTGACAAAGCGGTCAGGTAAGAACATCCCTTTTTCTGGATCGTATAGTTGAGAGATGACTCTAGTTTTAATATGACCTTTAGCATGCAAACGATTATAAATTTCGTGAGCAAACGCTTCATTCTCTGGACTATGCGTTGAATGATAGTTATCGAAACTAATATGAAAGTCTGCAAAGTCGCTCATATGCTCTTCACGGACACCATTGATCATTTCTTCAGGTGTTACCCCTAACTCATGCGCTTTAAGCATAATAGGCGTGCCATGGGCATCATCAGCACAAACAAAATAAGTTTCATGGCCGCGCATACGTTGAAAACGCACCCAAATATCGGTCTGAATATGTTCGAGTAAATGACCTAAATGAATAGAGCCATTGGCATAAGGCAGCGCACAAGTTACAAGAATTTTACGTTTATTTTTAGCGGTTGATGATGACTCTGATAACGACATATAAAGTTTACATTTATTGGTGGTAATTATGAGGGGAATGGTACAGAATTTGTCATTACTTTTCATTAATAATTATTGCCTAAACGCGATAAAGTGCCTTTTAAAATGTTCTCAAAGATATTTTCGTCAAAAACACTCCCCAGTGACGCTAAACAAACGCTTGTTGATAGCTTAAATCGTTATCGCAGTGAAAATTTTCCTCAAGGAATGCTGTATCCTGATATTGACCCTGAAATTACCTTAGAAAAAGGCAATGATATTGTCATTAAATTGTCTTTACCTTTCCCCTGCAATAGTGAAATACACTTATTAAGTGAAATGCTTACTAAAGAAGTTAAGCAAACCGTTCGTTTTGATGTTAAGTACAATGTTAAGCCGGTTCGCCGCCATGAACTCCTAGGTATAAAGAATATTATTGCTATTGCCTCTGGAAAAGGTGGAGTAGGGAAGTCGACAACAGCGGTTAATCTTGCCTATGCGTTAATCGCAGAAGGAGCCTCGGTTGGCATTTTAGACGCTGATATTTATGGCCCATCAGTTCCTACATTACTGGGTTTAAAAGGAGCAAAGCCTAGCTCTGATGATGGTAAGTTACTCACGCCAATAAATGCCAATGGTTTAAGCGCAATGTCGCTGGGTTTTTTAGTCGATGAGGATGATGCAACTGTTTGGCGAGGTCCAATGGCAAGCAGAGCTTTTAGTCAATTACTTAACGAAACTGATTGGCAAGGTATAGATTATTTAATTGTTGATATGCCCCCAGGCACCGGTGATATTCAATTAACGTTATCACAACAAGTACCCGTGGCAGCTTCTGTGGTTATTACCACACCACAAGATATAGCACTGGCTGACGCGATAAAGGGTATTGCGATGTTTGAACAAGTAAAAGTACCTGTGCTTGGTATTATTGAAAATATGAGTTATCACCAATGCGAAAATTGTGGTCACCATTCACACTTGTTTGGTGAAGGTGGAGGTCAACGGGTTGCCAATAAATATGATACGCAACTTTTAGGACAACTGCCGCTTGATGTCAGTATTCGTCGCGATGCAGACCAAGGGGTTTCGCCATTATTAACAGATAACACTAGTAACATCAGTGAGCAATACCGTAAGATAGCGCGAACTATCGCTGCACAATTATATCTGCAGTTGGATTCACGCAGTCCAAATACCGCAAAAATATTGATTGAAGATTAGCCTTTATAGCTAATTCCCTAACCTTAAAGTAATAACGTAAGAAGAACTAACATGAGATTGTCCGACAAAGACATAGAAACATCGCTTGAAAGAGGTGAAATTATTATTACACCCGCACCCGATAGCAGTATGATTTCAGGGGTAAGTGTTGATATTCGTTTAGGTAATGAATTTCGCGTTTTTCAAGATCATACCGCACCTTATATCGACTTAAGTGGTCCCAAAGCTGAAATGCAAAAAGCGATGGACTCAGTAATGAGTGATGAAATTGTTATCGCTGATGGTGAGGCTTTCTTTTTACATCCAGGTGAATTAGCGCTAGCGGTTACCTATGAGTCGGTTACCCTACCTGATAATATCGTTGGTTGGTTGGATGGTCGTTCATCATTAGCGCGCTTGGGCTTAATGGTCCATGTTACCGCGCATCGCATCGATCCCGGTTGGTCTGGACAGATTGTTTTAGAGTTTTATAATAGTGGTAAGCTTCCTTTGGCGCTTCGCCCTAAAATGAAAATAGCGGCACTAAATTTTGAAACTATGTCTTCAAGCGCTGCACGTCCTTATAATAAACGTGAAGATGCCAAATATAAAAATCAAACAGGTGCTGTTGCTAGCCGTATTAGTCAAGATGAAGCTTCTAAAAACTAAAAACTAAAAACTAAAAACTAAAAACTAAAAACTAAAAAGCCGTAAAATGAATGATCATTTTACGGCTTTTTATCAACAGTCTAAAAACTAGGCAGAAATACTATTTTGTTTATCAATACCACTTATGCAAAGTTTTAATGCCTGTAACAGTTTCTCTTTATCGTGGTTATGACTGTCTGAACCATTAGAAAGGTCGCAATGAATCACGGGTAAAATAGTAGATGTTACCGTTTCATTTTGACAAATAACACTATCAATAGGTAAACAGCCAATATTTTCTTTGATCCAATTAAGTTTCTCATCTAATGATAATGCTGCGGCTGGACTATCTTCTGGCCCTAAGTTCTCAATAAATACACAATGAGCAGAGCTTGCCTGAATCGCTTTAGTAATATCTCGCACTAACAAGGGTGGAATAACGCTGGTAAGAAAGCTCCCAGGGCCTAAAATAATCAAATCAGCAGACCTTATTGACTCAATACACAAAGGCAAGGTTTTAACCAACGGGGCCAATAATAATTTTTCTGGCATTATCGGCATTTTATCAACTGAGAGTTCACCTATTTTACAACGTCCCTTGGGGTAGAAGGCCATAAGATCGGTTGGTGTCTCTGACATCGGATATAAAGGCGTTCTAACCCCTAATAAACGTCTGACAAGCTTTATCGAATCAAGTGGCCGAGATTGCAATTTCCCCAGGGCATATAAAATAAGATTTCCTAGATTGTGACCACCCAGTTCATCTTGCCCATCAAATCTAAAATCAAATAACTGGCTGCCAACAGAGTCCTCATCAACAAGTAATGTTAAACAATTACGTAAATCGCCCCAAGCAATAGAACTACTGCGCTTACGTAAGCGGCCAGTAGAGCCTCCATTATCGGTTGTGGTTACTATACCCGTTAACTGCTTTTTTAAAAAAGAGAGAGTAGATAACACACGACCTAAACCGTGTCCGCCACCAATAGCGACAACATTTAGCTTTTCTAGCTGCATGAAAAATTCTTATTATTATATCTTAGTGCAACTTTACCCCCAATTTTGTCATAAAGAAACTATAAACCCTTATTTCATTGAGCTTGCCTACGTGTATTCTTTGAAATTAGGGAAAAAATAGCACCTTGTAGATAAATAATCGTTTAACATTAGCGACATCGCTTAATTGCAGATAAATAAAAGCCCTTTCAAAAAGTTGATATTGATAAATCACTGATTAAACAAAAAATAGTCAACTTGGCGTTTAAGTAAACACTTAACTAAAAACTTTGCAAAAAATACCTTTTTATCTAAAATAATAGTTGACAGTTTTAGGGCGGGTGCTTAGAATGCGCCTCGCTTTCAACGAGTGATTAATCATTTGTTAGGCAATGAATTTATAGCATATTAGGCCATGTTATTAATTTGTAGCGGGGCTATAGCTCAGCTGGGAGAGCGCTTCGCTGGCAGCGAAGAGGTCTGCGGTTCGATCCCGCATAGCTCCACCAAGTTTTAAGTTATTTAATTAAGTTAATCTTTATTTGAGTAATATTGGTTTTAAGTGCTTTTTTATCACTTAAAATAGAAAAGTTTACTTTTCACGATAGTATTTGTGTCCCTATCGTCTAGAGGCCTAGGACACCGCCCTTTCACGGCGGTAACAGGGGTTCGAATCCCCTTAGGGATGCCACTTATTTTTTATCGCCATATTGGCAGTAATTAAATAAGTAAACAGGGTATAACAAACTAGGTCTTGTTATCTCCTTTGATTGAAAGATTTTTTCAATGATAAAAACAAGATGTAAATCTTGTCCGATGCTTTTCTAAGTAGTTGAACCTTGTTTATTCAATGTTCACTTGCTCAATAGTTTTAGTGTCCCTATCGTCTAGAGGCCTAGGACACCGCCCTTTCACGGCGGTAACAGGGGTTCGAATCCCCTTAGGGATGCCACTTATTTTTTATTTCCTTTATCGGAAGTTAATAAATAGGTAAAAAGGGTATAACAAACTAGGTCTTGTTGTTTCCTTTGGTTGAAGAACGTTTCAATCATAAAAGCGAGATGAAAATCTTGTTTGATGCTTTTCTAAGTAGTTGAACCTTGTTTATTCAATGTTCACTTACTCAATAGTTTTAGTGTCCCTATCGTCTAGAGGCCTAGGACACCGCCCTTTCACGGCGGTAACAGGGGTTCGAATCCCCTTAGGGATGCCACTTATTTTTTATTTCCTTTATCGGAAGTTAATAAATAGGTAAAAAGGGTATAACAAACTAGGTCTTGTTGTTTCCTTTGGTTGAAGAACGTTTCAATCATAAAAGCGAGATGAAAATCTTGTTTGATGCTTTTCTAAGTAGTTGAACCTTGTTTATTCAATGTTCACTTGCTCAATAGTTTTAGTGTCCCTATCGTCTAGAGGCCTAGGACACCGCCCTTTCACGGCGGTAACAGGGGTTCGAATCCCCTTAGGGATGCCACTTATTTTTTATGTAACGAGTTTACTAGAGAGTCAGTGCTATAAGTGATATAAAAAAACCGACTTATTGTCGGTTTTTTTATGCTTGAAATTTGATGCTTCAACAAGAAGATTACCTTAAGTCTATTTTAAGCATTTAAGCAATCCTGTGTTACATTGCTAAGCTTGCAACATACAAAGTGACTTATGATCACCTTTTTCGAGTTTGTCTGCTAGGGTGCTTTAGCTTTTTCGTCGTGCTATCACTATTTTATTATCTGACAATCTTATGAATTTACTGAGCAGCTTAAAGGCGATAGTGAAAGCAAAGTAACAGGATGACCTGTTACTTATTAGCAAATCAATCTTTAGTGACCAGCGTACTGGTTAAAGCCATTATATTACTGCTTATTCGGTTTGATCATCGCTAAGCTTTCCTCAGCAAAACCAACGCCAGCCTCAGTATAGAAGTTAAACACTTTATCTACGCCAAAGGTTTCAATCTCTTGGCGCTCATCATCAAACCGAGCAATAGCCGCTATTTGACCCTGATAATTTGCATGTCTTAATTGTAAGGTTATATTTTTAATATCTTGAATTTGTGGCAGAGCGAGCAAGATTAACTCTAGTTTCTCTATTTTTATATTTTCCCAAAAATCGATATTCTCAGCGTCACCACAAAATGCTTGTACGTTATTGTCATTTAACCAAGCGATTTTACCTTGGTCGGCATCTAATCCCCATACTTGACCCGTAGCCTGGCTGTCTAAAGCTTTATAAGCGCCCATACCAACGCGTCCCATACCAATTACAACAATCGGTGCATCACAAGGTTGTATAAAGTTATCTTCGCTGAGTTTACTTTTTCTTTCGTATTTACAAATAAACAATTTATGCCGAGTGAAAATCTGATGAGCATAGTTATAAGTGATATTAGTAATAATAAACGATAAGGAAACGGCCAAGGACAAAATGACCAACCAATCATTTGTTAACCAGCCATTTTTTGTTGATAGCGAAGCGATGATCAAACCAAACTCACTAAAATTGCTTAATGCTAGTGCAGTTAAGTAAGAGGTTCTGCCACGTAATTTAAATTGTGTGAATAAGAAAAAGAACAAGCAAAATTTTACAGGGATAAGTAAAGTTAGTAGACCTGCCATAGCAAGCATTTCTAATGTGGGTAATGCAGTAAAGCCAATAGATAAGAAAAAACCAATTAAAAAGAGATCTTTAAAGCCCATCAATGATTTATTAATTTCGCTGGCTTTACTGTGCGAAGCCAAATACATCCCGACGAGCAGGGCGCCTAAATCGCCTTTAATACTCACTAACTCAAAAAGTTCATAGGCACCAAAGGCTAAGAAAAACCCGGTTAGCGGAATAAGCTCACCGTGGCCTACTTGGTCAATAAGTTTATTGATTAACGGCTTTATCAAAAAGGCGCTTAACAACAGTAAAGCCCATAATGTTGGAGACTTACCGGTCGCCACCACTAAAAATATTACCGCGACAATATCTTGTATCACTAAAATTCCCACGGCTAATTTACCGTGGCGCGTGCGCATTTCGCCGTGATCTTCCATCAGCTTAACGACACAAACCGTACTACTAAAGCTCAAGGCAAAAATAATTAAACCTAAGGTGTAGAAAGACAAATCAGCAAAGTAGCTAATAGCAGCAAGGGCGAATAATTTTAGCAGCAAAGCACCTATTAACACCCAAGTGACACTATGAGACAAACTACCTAACCAAACTTCTTTTTTTAATAAGTCTTTAACATTAAGTTTTAAGCCAATAGTAAATAACATTAAGGTTATGCCTAGGTTTGCTAATGTATTGATACTGTCGTCGGCTTGAAAACCGAGAAAATTTAGTAAAAATCCCGCAAATAAATAACCAATTGATGGTGGTAATGAAAATGACTTTGCCGCCATCCCACAACCGAAGGCAAATAGAATCCAAATAAAGTCCATATTATTTTTCCATTATTTCTGTAAACTGACTAGCGACAAACTCAGCAATAATTGGCTGAGCTTTAACATTGGGGTGAATGCCATCTTTTTGCATTAAACTGGCGTCGGTGACTAATGGCTCAACAAAAAACGGTAACAAGTTAATGTTAGTTTCAGCGGCAACATCAATAAATACTTGTTCGAACATCTTATTATAACGAGGCCCATAATTTGGGGTGATTTTGATTTGATAGAGTGTCACTGGAATTTTTTTATCTTGAGCGAGCTTTATCATTTGTAACAAATTATTTTTAATTTTCTTTGGGGAGTAGCCTCTAAGGCCATCATTACCACCAAGTTCTATCACTAAATGGTCAACCTTTTCTTTGGCTAATATTCCCGGTAACCTTGATAAACCGCCTGTTGTAGTCTCACCACTAATGCTAGCATTAGTGATCTTATAAGGACTTTTTTGCGTAGTTAATTGTGTATTTAGCAGGTGAACCCAGCCTTGGTTTTGTTTCATTCCATAGCTTGCACTAACACTATCACCTAGTAGTAAAATAGAATGCCTGGCTGAAGGGTTAGCCAATGTCGAAAAAGATATAGAAATTAAAGCTATTAAGCTTAAAAACAAAATATAAATGGGATGTTTATTCATGAAGTCAAATTCCGAAGCCATATTAAAAGTAAGTGCGTTAACTAAGTCTGTGCAGTTAGAAGAGAAAACTCTTGATCTACTTCAACCTGTTGACCTAACGGTCAATACAGGTGAAACATTAGCAATAGTAGGTTCATCAGGCTCAGGAAAAACAACCTTGTTAGCTATTTTAGCGGGCTTAGATTTACCTACATCAGGTGAAGTTTATCTTAAAAACCACCCATTGCACCAGTTTAATGAAGAGCAACGTAGTCAAGTACGAGCAGATCACGTTGGATTTATCTTCCAGCAATTTTTATTAATTAGCAGTTTAACCGCACTTGAAAATGTTATGTTGCCGGCTGAGTTGGCAAATTTACCTGATGCAAAACAGCAAGGACTGGCGTTACTTGAAGCTGTAGGTCTTGGTGAACGTGCCGAACACTATCCGTCACAATTATCGGGTGGTGAACAACAACGGGTCGCTATTGCTCGCGCTTTTATTACCAAGCCCGACGTATTATTCGCCGATGAACCTACCGGAAATTTAGATACCAAAACAGGGGTGCATATCGCCGATTTACTTTTTCAATTAAATGAAAAACATGGCACTACCTTAATATTGGTTACTCACGATCCAAAATTAGCCCAGCGCTGTCAACGTCAAGTTGAAATGGACAGCGGCGTTTTACAAGAAGTTAATCTCAACAACGCCAATCAAGATGAACTTCCTGCTCATATGAAAGTAGGTTAACGATGACTGAATTAAGGGTAAAACCATCAAAGACTTGGGTTAAACAATCATTACGACTGTTACATCATGAGTTTCGCCGCGGTGACTTAACCATTATATTTTTAGCGATTGTTCTCGCAGTCGGTACCGTATTTTCATTAACTGGTTTTTCAGAGCAAATTAAGCAAGCTATCATCACCAACAGCGCTAACACCATAGCAGCCGATCGGGTGCTGGGCTCTAACCGAGTAATACCGACCGAATATCTTGATAAAAGTGATAGTTTATCGCTCAATGTCGCCTCGAAAATATTACTCGATTCTATGGTGTTTTCAGGTGATAACATGTTGTTATCTGAACTTGATGTTGTTTCTGAAAAATATCCTTTGCGTGGCGAATTTCTCGTTAAAACGTCGCTAGATCAAGAAATACCCAGCTCGGTTGGCGCGCCAAAACAAGGAACGGCTTATGTTGAAGAAAGTATTCTTAGCCGTCTAGATGTTAAAGTCGGTGGCACAATAGAAGTAGGGGTGCTCCCGCTGACTGTTGCCGGTGTTATTGTAGAAATTCCTGACCGTTCATACCGTATGTTTGTTGCCGGACCCACTATATTTCTTAATATTAAAGATATTGAGAAAACCCAGTTGATAAAGCCCGGCAGTCGCGTTTATTATCAATATATGTTTGCGGGGGAGCGTGACAATATTGAAGCATTTGAAACCTGGATAAAACCACAACTCAATGAAACTCAAAATTGGTACGATGCTAAATCAGCAAAAAATCGTCTATCAAAGGTCTTAGACAGCTCAGAGAAGTTTTTATCGTTAGCCAGTATGTTAGGTATTGTGCTTGCTGCTGTTGCTGTTGCGGTTGCCAGTCGACGATACGGGCAACGTCATCAACCTATGGTTGCTGTATTTAAAGCGTTAGGCGCTTCAACGTCTCATGTAAAAAAATTGTATATGCTGCACTGGGGCTTACTTAGCTTAATAAGTATCATAGTAGGGCTTGTTGTTGGTTATATGCTGATGCTCGCCGGTGTGAGTGCTATAGAAAGCTACTTGTCATTAGATGAAAGCCAACTAACGTTTAAACCATTTATCACTGCTGTGATAACCGGAGTGCTTTGTGCGGTTGCCTTTGCCATTCATCCTATTACTGAATTAATTTCAACGAAACCACTCGATGTTATTCGCGGTTTTAGCAAAAATGAATTACCAAGGTTTGGTTGGCATCAAGTGATCCCATTACTGGCACTCTTTGCGCTACTGATGTTATTTAGTCGCGATCTCGTTATGAGTTTGTCATTGTTGTTAGGTGGTATATTAGTTTCTGGTGTTTTATTGCTTTTAGGGCGATTAATCATGGGGGCAGGGCGAAGTGCCGGTGCTAAAGCCGGTAAAGCTTGGCATCTGGCTTTAGCCAACTTAAAGCGCCGCGCCAATGAAAATAGTGTGCAATTAGTCAGTTTTACAATCGCTATTCAGTTATTACTGCTAATAACGGTAATGAAAAGTTCAATTATTGATGAGTGGCAAGCACAATTCCCGGAAAACACGCCTAATCATTATTTACTTAATATTGCCAATGAAGAAGTTGCACCACTGCAAGCTTTTACTGAGCAGCTCAATCTCGATAATCAGGGGTTTTATCCTATTTTTCGAGGACGTTTATCAGCGATCAATGGTGAAAAAACAGTCAAAGTTGACGAAGATGAAAAAAAAGATTCAGCAACGACTGACACAGACGAACCCAAGGTAGAGGATAAAGAAAAGCCAAAAGAGCGAAAAGGTGCTGGCCGTGAATTAAGCTTAACATGGCAAGAGCAATTACCTTTGACCAATGAAGTTATCGAAGGGCAATGGTGGCAAATAGAGGATACATTACCGCAAGTCTCTATGGAAAAAGGTATGGCTGAACGTTTAGATGTTAAACTCGGCGATGAGCTCACTTTCACTATTGGTACTGACGAATTCACCGTGCCGGTTACTAGTATTCGCGACGTCAACTGGAAGAGTCGACAGTTAAATTTTATTATGATTTTCAATGAAGCTGCCGTTATCGATATAGAGTCGACTTCTATTTCGGCGTGGATGATATCAGACCAGCAAAAAAATGAAGTTTATCGCTTTTTAAGCCAATATCCTACCATCTCAATTATGGATTTTGGTGCAATTATGAAACAACTGACCAGCATGATAGAGCAAGTTTCAATCGCGATTGAACTTATTTTAGTGTTAGTTATTTTAGCGGGTAGTTTAGTGTTGGTTGCACAAGTGCAAGCAAGTATGGAAGAGCGTGAGCGAGAGTTAGCGATATTGCGTACCTTAGGCGCAAAAGGTTCACTACTGCGAAATAGCGTATTGTTTGAGTTTGTTGCACTTGGCGCTGTTGCGGGGTTAATGGCGAGTATTGCGATGGAAATAGCGGTGTTTTTCTTGCAAACGCAAGTCTTTGAAATGTCGGCGAGCTTTCATTTCAATTACTGGTTAGTGGGTATCGCTGCTGGCGCCGGATTTGTTGGTATCATGGGCATGCTAAGTTGTTGGCGATTATTGAATATGTCAAGTTTGACCTTGATCCGTCGAACAATGTAAACCGCGCTTGCTTGTTAACAATCGAAACTTAAGTTTATTAACACTAGATTTAAGTTTCGGGTATAGTAAGGTTTTTTAAATGATAAAGTTAACACTATGGGATTAATGGAAAAATCAGGCGGCGCAGTAAAAATGCTGGTAGTAACCGCAGCACTGTTTATTGTTTTTGCAGGGATAAAAACGGCTGCTAATATTTTAGTACCTTTTTTACTTTCTGTTTTCATCGCTATTATTTGTAACCCGCTTATTGCTCGCGCTAGCCGCTATAAAATACCCAAAGTAATAGCGGTACTTTTAGTCATCGCCTTGTTCGTTATTGTTGCTTTATCTCTTGCGGGGTTAGTTGGAAAATCACTCACCGAACTATCCCTTAAACTACCTGAATATCGCGAGCAATTAAGAGTACAGTTTATTTGGATAACTGAGCAGTTAGCCGATAAAAATATTATTATATCGTCAGCGTTATTAATGGAATATTTTGACCCCGCTGCAGCCATGGGCTTAGCAGCCGATATGCTTAGCGGATTAGGCAGTGTGATGGCCAATTTATTTCTTATTATCATCACAGTTATTTTTATGCTTTTTGAAGCTTCGTCTTTACCTAAAAAGTTACATTTTGCCTTAGCGGATCCCGAAATGCGCTTAAAGCAAATAGACCGTTTTCTTACCTCGGTAAATAACTATTTAGCGATAAAAACCTTAGTGAGTATTGCTACCGGTATTATAGTATCAATAATGCTCTGGGCGTTTGGTTTAGACTTTTACTTGCTTTGGGGAGTGCTTGCTTTTCTGCTTAATTATATTCCTAATATTGGCTCTATTATCGCAGCGGTTCCGGCGATGTCACTGGCCGTATTACAATTGAGTTTACCTGAGGCAGGCCTTATCGGTTTAGGCTATATCACGATTAATATGGTGATGGGTAATATTGTTGAACCTCGTTATTTAGGAAAAGGCTTAGGGCTATCAACCCTAGTAATTTTTCTGTCGTTAATCTTTTGGGGTTGGTTGCTTGGCTCAGTGGGGATGTTACTTTCGGTGCCATTAACCATGATCATTAAAATAGGCTTAGAGAACGCAGAAGAAGGTCGTTGGTTTGCTGTGCTATTGTCAGGTGAAGACGATATTAACGAACTTGAACATGTTAAGCGCTAAGCCTAAATTTAATCGGCTGTATCTGTTTTTACTTTTTTAAGCCAAGCTTACATTGACCATTAGATAAAAATTGCACCGCTTCTTTACGCTTTTTGCCGATAAGAAGTGGTCCATCATCCATAAAAAGAAAGTTCTTCCAACAACGTTGGAAAACAGCCCAAGTTGTTTCAATGACATTGTTTTTTGCACTACAAAAATAAACCACGGTATTATTGTCCCACGCTAAATGAGCAATAACTTCTGCAGGCAACTCTGCTTGTTCACTGTCCCAAATACTTTCCCAAGCCAATGTTTTCTGCCAGGTTGTTTCTTCAAATGGCCAATCACCCTTTTTGAAAAAATCAGGATGGTCAACTTGTCGACTAATAAAGGTATCCCAAACAACTTGTGCGCGTGCTTGAACCATAGGTTTTATTTTTGTTTTATCTTTATCATCGATCGGCAGGCTTTTATGTCTAAAAATCCAAGCATTTTTAAGGTCATCTAAAGGAATATAATTCATGAAGTCACTAGTATTGGTTTAATGTTATAAGCAGAAGTAGGCAGATGATACACCATTATGATTGAGTTTTTATCTTGAGACTGGGTTATTTTTTATATCGCCTGCATAGCTAAGCTAAATAAAACATATTTTTATAAATATTTAACCGCTTAGGGATCATCTAACTCAGCCAATAGCTATTAAATTAACTGACTTAAATAGTTATGATATTGATTTGTCAATTTTATTGAACTAAAGTTATGGTATCTTGATTTAAAGCGCGATTTACAGGGACTTAAAGGGTTAGTTTTTATTGGAGATGGTAGCAATTGAACCCTCATATATCGAACTTTAACAATAGTAAAATTGATGTTAATAATGTCTGTATAACGGGATAAAAATGAATAAAAATAACACACTATTTACATACCTTTTATGTATTTTATTTGCTGAAAGTTTGCTCTTGGCTTTCATCTACGACTCATACTTATCTGCACTTATCATTGGCCTACCTGCATTACTTGTGCCTATATACTTCTACAAAACAGCTGGAGATGGTGCTATTTCCGGTCATGTTTCAGCGCTCGCAGTCATGATATTTGCAGCCTTGCATATTCATCAAGCACAGGGCTTAATTGAAGTTCACTTTGAAATCTTTATCCTTTTAGCGTTTTTAATTATTTTTCAAGATTGGCGGGTATTTATTACCGCTATTCTTGTTGTTGCCGTACACCATTTTTCTTTTTACTACTTACAGGTAAATGATACGGGTGTTTATATCTTTGACGAAGATAGATTACTCTTTTCAACCGTGATAATACATGCTGTTTATGCTATTACTGAGTCTATTATTGCTGGCTACATAGCACACTCTATGAAAGTAGAAAGTGAAGCGGGCAAAGAATTATCGTCAGTGGCGACTTCATTAACGGTTGATGTCAATGCGATTGACTTGAGCATCAAGGCAAGGGCCAATAATAATAGAACTTTACTGTCTTTTAATGAATTATTAGACTTATTATCAAAGGTTATTCAAGGGGTAAAAGAGCAAGTTGTAGAATTAAATGCTAACTCACAAAATTTAAATAGAACCAAAGAAGAACTTGAAAGCTCGACAGCACAGCGTCAACAAGAAACTGAAGTGATTGCGACATCAGCAGAAGAAATGGCAGTGACAGTAGCATCTATCGCGCAAGAAACGACCCAATTAAGTGATCAGATGAAAGAAGCTACTGACTTTACGAAGGCATCTAATGAAGAAATTATTAGCATTAATAATCAAAACAAAAATTTAACATCTGCACTTGAAAAGACCAGTGAACAAGTGAACGATCTCGCTAACTCTACAGAAGCTATTTCGAAAGTGTTATCTGAAATAAGTGGTATTGCTGAGCAAACAAATTTATTAGCGTTAAACGCGGCAATAGAAGCAGCAAGAGCAGGAGAGCAAGGTCGAGGGTTTGCTGTTGTTGCCGATGAAGTCCGTGCGTTAGCAACTCGCACTAAAGAAAGTACTGATAAAATAGGTCAAACGCTTTCCCTGTTAAAAAGTTACTCTAAGTTAACAACAGACTCAATGACCCATAGTATTGGGATTGTGCAATCGGTCATTGAAAGTGCTGATAAAGCTCAAAAACAAATAGCTCAAGCGTCAGCACTTGTGGAGCATGCCAGTGCTATATCGATTAATGTCGCCGCAGCGGTTGAGCAGCAATCAGTAACCACTGCAGATATAGCAAAAAGTGCCGAAACGTTAAGAGATACAGCCTTAGTCGACAGAGAAAGAGTCCAAGCATTAGCTTCAGAAGCCGATAGTGTCAGTGTTACCTCGAATGCAATGGCACTTAATATTGCTCGTTTCAAATAAACTAATGACAAAAATTCAGTTGGGTGTACTTACCGTGTGGATAGCTTTTACGCTATCTGCATTTGGTTACCTGATAAAAGATAGGCTTGTCGAGTTTGATGAGAATAATAAATTAGCGGGTGTAGGAAATCAGGAGCTATCTGGTTATTTGCTACCTTTTGCCAAGCCGGCCAATATTACGGGTCAAAAAACACTATTACATTTCTCTACACCGAGTTGTGAATGCCAACAGTACAGTGAAAAACATATTAAAGATCTTAATAAACTGGCGGGTGCAAATGATTTTTTAATAAAAAATGTTGTCATTAATGAGCACAATGTTATTCCCTCAACGCCCTCTGTAGCATTAATAGATGAATCAGGTGAGATTGTCTATTTTGGTCCTTATGGGCAAGGTTTAGCTTGCTCGCAAACGTCAGGCTATGCCCAGACTATGTTAAATAACTACTTAAAAGGTTATGCCGCTAATCTTGTTGTTAAAGAAGCGAAAGGTTGTTATTGCAATGTATAAAGTTACTTTATGTTAATCTGTCGCTAACCATTTTAGTCATGGTTATTTTTCTTTACTTAGGTTGTTTTTACTCGGTTTATACGCTGTAAATAATTTAAGTTATTTTACCAACAAATTTCAACTGAAAAAATATGAATAAACATCTTAAATTAGACATTGTCTCCGACGTTTCCTGCCCTTGGTGTATTATTGGATACCAGTCTTTAAATCAAGCATTAACCAAACTTGCGGATGATATTTCAGTTGATATCACCTGGCAACCGTTTGAGCTCAATCCTGATATGCCAAAAGAAGGTCAGGATATTACCGAACACATTACTGAAAAATACGGCATTAGTGTTGAACAAAGTGAGCAAAATAGATTGATGATCAAGCAACGAGGCTTAGCGCTTGGTTATGAATTTGGTAACCGTGGTGGCGGTCGAATATATAATACATTCGATGCCCATCGGCTGCTTCATTGGGCGAAAGAATATAATAAGCAGACTGAACTTAAACTCGCCTTGTTTGATCTATATTTTAAAGAGAGTGGCGATCCCAGTGATCATCAAAAGCTACTCGATGTAGCGAAAAGTGTTGGTTTAGATAATGAAAAGGCTCAACAAATATTAGCGTCTAATGAATACGAAGAAGAGGTGCGTACTTTGCAACGCCATTATCAATCGATGGGCATAAGCTCAGTACCTGCCGTGATAGTCAATGATAAGCATTTGATCAGTGGTGGTCAGCCAGCGGATGTTTTTGAACAAGCATTGCGTGAAATAGCTAAAGAAAGTTAAGAAACGTCCTAACAACCCTTTATAAATGAACGTTCAAATGGTATTTAAGTGGATTTAATCGGCCTTACATAAGCTGCTATGAGTTTTACCAGGTTCTTATTCAAATGCGCTTAGGTTACATTTTTAATCAATAAACGCTGCCACTTAACTTACCGTCACATTAATATCATCAGCTGTTGCGCGGCGAAAGTTTATCTAAACGTTAACTCGCATAACTATCATAAAAGAAATACAGGGTGGTTATAATACTTGCGAATATAACAAAATACCTGACCTTGGCTTGTGGCAGTTTGCGTGAAACATTTGCGGCAATATAACCTCCAGCTAATGTGCCACACAGCACAATAGTTCCTTGATACCAGGCAATCACATCATTGTAAATAAACACAGTGATAGCAATTAGTGACACTGCAGAAGATATCAATAGCTTTAAGCCATTCATTGTATTGATATTAGTGTGACCAGCTAAGGCTAGATAGCTAAGGGTAATTATGCCTAAACCGGCATTAAAAAAACCACCATAAATAGCGATACCTAACAGAACAATGATCAGTAATAAACTACCTATTGATGAGGCATGTTGGTGATTGACGGCCATTTTTTTTAGTCCAGCATTAACCTTGCCGCCAAAAACAAACAATACACTCGCAAATAACAGTAACCAAGGGATAGCCTCACGAAACAGCACTTCAGGTGTTTTTAGTAATAACCATGCACCGATAATACCGCCGATTACGCTGATTGTTATAATGAGTGGTAGTTGATTTTTATTAGCAGCAATCTCTTTTCGAAAAGCATAAGTACCGCTCATATAGCCAGCACATGAGGCAAAAGTGTTGGTCGCATTTGCGATAATGGGAGGAACGCCAACAAAAATAAGTGCGGGGAAGGTAATAAAGCTCCCGCCACCAGCAACAGAGTTAAGCACACCACCAAAAAAACCGGCAAAGAACAGAAAAATCAATTCAAATGACATTAAAAATAATAAACCTGAGCGATTACATTAGCTAGACGGTAACATATTTACATTGAGTCCAATAGCAACAAATAGTTTACTGACAATCTAAAAATTAAAGGGGCTATAAAGGGTGGGGTAGTGCAGTAAAGCTATATAGAAAGGGGCTATTACGTTACACATTGAAATAATGTTTACTTACTCGAAAAAGTATTCATTGCACTAAATATTATCATGCCTGAGCACTCATTTTTGGTAAAAAAATCTATAAAGATACAGTCTCTGGTTATTATTATTTATCAGCACCGTCGAGAAAACTCGGTACTTTAGCGCCGAGTAGTTCACATGACTATCCTGTATAGCATTTATCATTATTGGTGATTTACCTATCTCCCCTGTTAGTTATAAAGTGTAAGATATAGCGAAGAAATGTTTTTTGGACAAATATGCCACAATTTCACCGAGACAGTAACCATTCAATTTTATTAGCAGGTATCTTAGCCCTTGTGGTTGGGGTTGGTGTCGCTCGTTTTGTTTTTACGTCGCTATTACCGACTATGCTAGAGGAGTCAATCAGCATCGCCTTCGCTGGTGTGCTTGCCTCAATCAATTATCTTGGCTATTTGATGGGCTCTGTTTTTTCTATTTTTATTAAAGATATACATGCCAAGGTTAGGTATTTTAGATTTGGTTTGTGCCTTTGTGTGCTTTCTTCTTTTGTTTTAGGCATTACCGAAAATAATACTCTATGGATTATTGCGCGATTATTGGCGGGATTTGGTGCGGCAATGGCGCTCGTTGTTGGCTCTGCTGTTGTTATGTTAAAGCTAAAAGCCACCAATAAGACGAAGGCGATGGGCATCCACTTTAGCGGTTTAGGTTTTTCAATTGTCATTACTGATTTAGTTATGAGAGCGGTATTTTATTTTGGTGGCGATTGGAAAGATGCATGGCTAGTACTCGCTATCCTTGGCGCTTTTTTATCTTGTTATTCGGCTTATATCTTAAGGTTTGATAGACAACCAAGCAGTGAAGTGGTGAAACACAAATTTGATAAAACGCTTTTTTCACCTATGGTTATTGTCTTAATCTTGGCTTACTTTACCGAAGGTATCGGTATGGTGGTACAAGCAACATTTCTGCCTGATATCGTCAATTCATTAGACGGATTAGCAGGATATGGCGGCTATGTATGGTTAGCCGTTGGTATTGCTGGCATCCCTTCTTGTATTATATGGATGCGTTTAGCACATCGCTTTGGCAGTATTAATATCATGATGGCCGCTATGTTGTTGCAGATTGTTGGTATCTTAATTCCTACTTTTTCGAATAATATTATTATGAACCTTATTAGTGGTTTGTTTTTTGGAGCAACATTTATAGGTTTAGTTGCTTTGTTTATGAATTTTGCTGGCCAGCTGTCCAATAAAAACCCGGTCTTTATCATGGGCGCAATCACATCAGCTTACGGCCTTGGCCAAATTATTGCTCCCTTGTATTGTGTGGCACTTATTGAACAATTTACCACTTATAACTATGCCTTATATTTAACGGCTATTATCGTTGCGGGTGGTATTTTTTTATTGATTTATGCCAAGCTAAACTTCAAAGAAGCCAATCAAACTATGTTTTAGATTTTAGTTTACGTTTTATCTGCAGACACAGATAAAACGCATTGTAGGTTAACGGTAAGTTTATTATCAAGTGTGACTGCACATAACGATTGATATTAGTCTCATTTACGGTTGGTAGTTTTTTAAAGGGATGCAGTTAAGGTTTTTTTTTGAAAAAACGACTGTTCAGTTATAATATTTGAGGTTCAACTGGCAATACTTAGGATAACTTTGTGCGCTTTACATAACGAGTTGAAAAACTAAGGTCTTCTTAGTTAAGGTTTTAAGATATCAGCCATGCGACAGAGCCTATCAACATCTGCGACCTAGCGGCTGATGTCTAAAAGGCCCTCAAAGTGGAAACCGCGGGAAGTTAACTCGGTGCTATGGGGATTGCTTAATTGTCTTTGGGTCTACGCTGGTGAAATATTGGGGAGCATCTTTTATCGACACTATTTAATGGCTTTATTGTGATTTTCATCATGATACTTTTCTCTAACATCACTTTATTATAGCGAATATTCGACAATATTGAGCAAACAAACCATAACTATCCCTTATCCCCATTGCCGATAATTTAGCCTTACTCATCTGTCACAACTAACTTAGCCGTTTAGGTGGTGCTCGCGGTAAATATAAATGAAGCAATACTTCTGTCACTACCATGCTTGCGCCACAACACGGACAAATAAAGGTAGGTAAAGGCTCATGAGCTTTTTCCTCATCAGTCTTGTCTTCATCGGGTAGTGCCATAGGTACTTTAACATTCAGTAATTGTCGTGCTTTAGCCAAATTCTTTTTACGTCCCGTATTGGCCGTTAAACCATAATGTCGAATACGGTGAAAGCCACTCGGTAATACATGCAATAAGAAACGCCGGATGAACTCATCCTTAGTCAGCGTCATAGTGCGGTGCCTATTTTGTTCTTTCACACGATAATTCTTCCACTTGAAACTCACCGTTTGTTTATCCATACCAACCAGTCGAGAGTTCGCAATAGCGACACGATGGGTATATCGAGATAGATACGCTAATACCGCTTTAGGCCCAGAAAAAGGCCGTTTGGCATAAACCACCCATTCAACTTTACGTTGATTGTTTAGCCACACCAAAAAAGGTATTTCGTCCTCAAGAGGTAAGCAATCACCAAAGAACAGTAATTTATTATGCTCATACGCTTCACGTAATCCCTCAAGGTATAACCGTCGAAACAAACGCGATAACACACGCACAGGCAAAAAGAATCCAGCTTTACACGATACCCATTTATCACCATCAAGTGATAAACCACCACCAGGAATAATGCCATGCACATGAGGGTGATGCGTCATGGCACTGCCCCACGTATGCAATACAAAAGTTACCCCTAAACGCGCACCTAAGTGTTTGGTGTCAGCGCCAATCGTTAACAGTGTTTTTGCGGCAGCTTTGAGTAACAAGCCATACATCACAGACTTGTTGTAATAGGCCAATTCGCTGATAGCTTGTGGCAAGGTGAAAACCACATGATAATAATCAACAGGAAGTAGTTCAGTTTGCCGAGCCTCCAGCCAACGTTTCGCTGCACTTGCTTGACACTTAGGGCAATGTCGATTGCGACACGAGTTATAAGCAATTTGCACATGCTTACACGCAGGGCAATACAAAACATGACCGCCAAGTACCTCACTACGACAATGCTCAACACCAGACATCACTTTGAGTTGCGCTAAACTGACATGCCCCTGATGTTCATCACGCCACTGCTGACCGTGTGCACGAAACACATCCGCCACCTCCAGTTTTTCTCGTGACATGATCGACTCACTTCACGTCCTTTACCTTCTTTTTTTGCGGTGTGATGGTATCTAACGGACTGATCACCTCCTTGAGTAAATCCGTTGCCACCTGTGTATAACGCGCAGTGGTATTGAGTTGAGCATGCCCCAACAAGACTTGAATAACACGTATGTCGACTTTAGCCTCGAGTAAGTGAGTCGCAAAGCTATGACGTAATGTGTGCATAGAGACATTCTTTTTAATCTCAGCAGCATGAGCGGTTTGTTTACACACGCGACTGAGATGACGAGCCGTCATATGATCGATAGGGTTCAACCCAGGAAATAACCAACCCCCAGCAAACATCTGTCCTTGTTGATTAGCAAAACGCCACCAATCTCTAAGATGCTCAAGCAAAGCGAGTGATAATAGTGCATAGCGATCACGACTTCCTTTGCCTTGCTCTACACGTAATGCCATTCGTTTACTGTCTATGTCACTCACTTTTAAGGAAACCACTTCACTTACGCGTAAACCTGCACCATAGGCGACAGCGAATGCGGCTTTAAATTTAGGGTGCGTGGCCATAGCCATAAAACGCGTAGTTTCTTCCAAACTGAGCACGATGGGTAATTTACGCGCAACCGTTACGGGATAAATCCGTGCAATCACTTCCGGTTTATCTAAAGTGACTTGAAAGAAAAACTTAAGCGCCGAGAGTGTGGCATTGACCGTGATCCCCGATACACCGTGATTGACCATGAAAAGTTGAAACTCACGCAACTCTTCTTGGGTGGTTGATTCAGGAGGATGTTGTAAATGTTCACAGAGTTTATTAACGCCACGGAAGTAGTCAATTTGTGTTGAAGTTGCCAGTTTGCGCATGGTCATATCTTCATTGAAGCGTTGGCGTAAAGGGGCTGAAAAGTATGGGCTGATGTTCATGAGGTATTCTCCAATCTAAGGTGAGGCGACATGCCTCAAAACTTAGAGTCAGAAAGAATAAAAAAGTTATGGGGGGTAATGCGATGCTTGCCAAATACACCATTACCGCGGTGAGCGGTTTAGTTCTTTGATACGAAACCGGACGTTAGCATCAATGGATTTTCGAGCTATTTTTAGTGCTCATTAGACGTTGAGCTACCTTTACCCTGACAGACAACAAAGCCACCTTTGCGGTCATTTGCCATTAAACTGGAAATGTTAATTCTATGCTCAAAGAAGACATTAGATGTCAGTTCTTCTTTAGGGAAACTGACCGCTAATAGCTGAAATTGATGCTTTATTAGTCCGAGCGTAAGGTTAACCCCCCCATTTTTAGATGGGTAGCTTTAGCTAGCAGTTGTCTTTAGAATGTTTATATGAAATATCGTACTGGGTCACATACAAAATATAATATTCAATACCACTTTGTTTGGGCAACGAAATACCGTTACCAAGTACTAACTGGTGATGTAGGATTTCGAGTGAGAGAGTTGGTCAGACAGACTTGTGAGCAGCTTGAGGTTGAAATACTAAAAGGTGTAGTGAGTAAAGATCATGTTCATCTATTAGTTTCAGCGCCCCCGACAGTGTCAGCTTCAAATATAATGAAGCGTGTCAAAGGGAGAAGCTCGACGAAGTTTTTTCAAGAGTATCCGCTATTGAAAAAGCGATATTGGGATCAACACTTTTGGGCCAGAGGCTACTTTTACGTAACGGCAGGGGAGTTGACGGAAGTGATGATACAAGAATACTTGGAGCATCACTTTCAGCGTAAAGAGAAGGATAACTTCGATTTAGAGTGATTAACGTTCCAAGGCCATAGGACTTTCAGTCCGCAAAATAACCTACCGTCTTTAGACGGTAGGTTATTTTGATTACTAACTTTATTGTTAGAATAGCTATCCTAACAGCGCTCATAGTTATGTCTTCTATCGTCAAGGATATCTATATTACAAGTATTTTTCTCTAGCACTTTCCCTTTTTATTTTATAAATTCAAGCTAGTTTCAGAAACGTTTTAAATTGAAGGGAAATACTTATAAATAACTTATTCCCAGTAAGGGGTATTCCCAAAATATTCAGCAAAGTAATCTATAAAGGCTCTAACTTTTGGTGCAAGAAGCCTTGAGCTAGGGTAAACAGCCCAAATTGCGGTGTTAGTCGCAATAGGATATTCATTAAGTATTTGAACAAGCTCGCCACTTTGAAGATGTTTATAAACACTCCATTTAGAACTTATGGTTACACCTAAACCATTAACACACGCATCTCTAACAGCTTCTCCATTATCAGTTCTTAAAACGCCTTTAGCTTTAATGTTTACTTGTCCTTTTGGTGTTTTAAATGCCCAATCATCTAAGCCCATTAATGTTATACATTGATGTAAATTTAAATCTTCTGGAGATTGTGGTTCTCCATTTTGGGCTAGATATTCTGGTGATGAGCATAATATTCTGGTATCAGGCGCTAATTTTTTGGCAATTAAGCTTGAATCTTTTAATGCGGAATTACGAATGGCAATATCAAAGCCACCTTCAACCAAATCTACTATGGTATCAGAGAGCTTTAAATCAACATTCAAATCAGGATATAAGGTTAGAAATTTTGTTAGTGCAGGCAATATATGCATTCGTCCAAAAGAAGCAGGCGCAGCAACGCGTAATGTTCCTCTGGGGAATGCGTTACCCGCACCGACTGAAGCTCGTGCTGCTTCAATGCTAGATATCACATCTTCTGCGTGTGGAAGAAAGGCTTTCCCTTCTTCAGTAAGTGACACTTTTCGAGTTGTCCGATGAATTAATCTTACCCCTAAGTCAGCTTCTAATTTATTGATGTGAGCGCTAGCAACCGCGGGAGATAATCTTAACTCGCTGCCGGCTAAGCTGATGTTATGGGTCGCTGCAATTCTAATAAAAAGCTTAAGGTGTTCAATATTCATTTTATCAACAAAAACTATAAAGTGATTCTTTATACGAGTCTATTATCAAAGTAATCAATAGTAAATATACTTACTTCATTAAATGATATCTATTAGTTAATGACTTAAACAAAAAGGTAAACCTCATGAAAGCAATGATCATAAAAAGTTTTGGTGGTTCAGAAGTATTTGAAGTAGCAGATATCGCAAAACCAGAAATTAAAGCAGGCCATGTACTTGTTAATATTAAAGCAAGCAGTATAAACACTGTAGATACTATGATTCGCCAAATGGGTGATGATTTACCTCTTTCTCCGCCATTACCTGCAGTACTAGGAATGGACTTTGCTGGCATCGTTGAATCAGTAGGTGAAGGTGTTACTCAGTTCACAGTTGGAGATGAAGTTTATGGTTGTGCTGGCGGATTAGCTGATTTACCTGGTACTTTGGCTGAGTACATTGTTGCTGATGCTAACTTAATGGCTAAGAAAGCTAAAAACTTAACAATGCGTGAAGCGGCTGCAATTCCTTTAGTAGGTATTACAGCTTATGAAGGATTAACACGTTCAAACGTAAGAGAAAATCAAAATGTATTAGTACATGGTGGCTCAGGTGGTGTTGGACATATCGCTGTTCAACTTGCTAATTACATGGGTGCTAATGTATTTGCTACCGGTGGAGGTGAAAAGCAACTTGCTTTAATTGAAGAACTTGGTGCAAAAGGTATTAATTATAAAAGCGAAACAGTTGAAGAATACGTTGCTAAACATACCGAGGGTAATGGTTTTGATGTGGTATTTGACTCTGTTGGTGGTGAAAACATGACTAACTCATTTAACGCAGCTTCGTTAAACGGTCATGTTGCTTCAACAGTTGCTATGGTGGAATTAGATTTAAGCGTGGCGCATTTCAAAGGTCTTTCATTACATGTTGTGTTTATGTTGATCCCTATGTTGAATAACTATAAACGTGAAAACCATGCTCAAATTCTTAACACGTTAACTAAAATAGCAGAATCTGGTGCATTACGTCCTGTATTAGATGAGCAAACTTTTAGTTTAGAAGAAGCTGGCAAAGCACACGATCGTCTTTCAAGTGGCCAAGGCATGGGTAAAGTAGTCGTAGACGTTTAAGTGATTTGAGGTTTAGCTTAGGTAATGATGAGTCAGGATTAAGTTAGTTAATCATTTTATCCTGACACATTATGGTTAAGTAAAAAAACAGAAAAATGAGAAGAAGTGAAGTTGAAATGCAGACCTCGTTAGAAAACGTTGATTTTGAATGGGTTAATCGCGGTTACAATCATATTTTTAAAGCAAATCGATTAAGTATTGGTTTAGTTATCCCTATAGAAAATTATGCTGATTGTTCTGTACCAACAATGGAAGATCATATTGAACGTGTTCAACTTGCTGAACGTTTAGGTTTTGCTTCGATATGGCTGCGAGATGTTCCATTTGATGTACCTACGTTTGGTGATGCAGGGCAAATCTTCGATCCTTTTGTTTATTTGGGTTTTTTAGCGGGTACAACTAAAAATATTACGCTTGGCGTATCAAGTATTGTATTACCTACAAGACATCCAGCTCATGTAGCAAAAGCTGCCGCAAGTGCTGATGTATTATCAAAAGGGCGTTTAGTTCTAGGTGTTGCTTCTGGTGATAGACCAGAAGAATATCCAGCGTTAAATCAATCGTTTGATGATCGTGGTTTTCGCTTTCGAGAAAGCTTTTCTTATATAAAACAAATGTGGCAAGACAAACCACAGTTTACTAATCACTATGGTAATCTTAATGGCAGTATAAATATGCTGCCTAAACCCGCTTCGAAAAAGCTTCCTTTAATTGTTACAGGTAGTAGCCAACAAAATATGAATTGGATTGCTCAAAACAGTAATGCTTGGATGACATATCCAAGAAAACTTGAAGAGCAAACTCATGTTATTAATAGTTTTCAACAAAAAGTGAAAGAGGCAGGAAGAGAAATTCAACCTGTTATGCAGCCACTTTATATTGATTTGGTTGAGGATCCTGACTTTCCTCCAACACCTATTCATCTGGGCTTTAGAATTGGAACTCGCCATCTTATTAATTATTTACAGTCTTTAGAAAATATAGGGATAAACCACGTTGCGCTTAATTTACGATTTAATCAATTAAACATTCCAGCAACGTTAAAACGTATTGCCGATGAAATATTGCCTAATTTTGCAGAATAACTTTTACTCTTTTAAGGATAAATAACATGAAAAAAACAATCTTGATCACCGGTGCAACAGACGGCATTGGCCTAGAAACAGCGAAACTTTTAGCGTCTGCTGGGCATGATTTATTAATACATGGACGTAACCTTGAAAAGTTAAATTTGGTTAAAAGTTTATTAGCTGACATACCGAACGCAGGTAGTATTAAAAGTTATTTAGCTGATTTATCTGTATTTTCTGATATTAAAAAGTTGCTAGAAGATATTAAGAATGACCATAAAAGCCTTGATGTGCTTATTAATAACGCAGGTATATTTAAAACAAATAACGCAATAACAGGTGATGGATTAGATATTCGATTTGTTGTTAATACCATTGCACCTTATATTTTTGCCCAAGAATTATCATCTTCACTTGGAAGCTCAGGACGCATTATTAATCTGTCTTCTGCCGCCCAAGCGCCTGTAAACATTGAAGCTTTACTTGGGAAAATACAGCTAACTGATATGGAAGCTTATGCTCAAAGCAAATTGGCCATTACCATGTGGAGTAAAGTACTTGCCGAAAAGTTTGGCGAAAAAGGGCCTACAATTATTGCCGTTAACCCTGGATCTTTACTCGCCTCAAAAATGGTAAAAGAGGGGTTTGGTGTTGAAGGACAAGATTTAAGTATTGGCGCGGAAATATTGAAACGTATGGCACTAGAAGAAAGTGTTTCCCAACATTCAGGTCAATATTTTGATAACGATAGTGGGCAGTTTTCTCAGCCACACCCAGATGGATTAAACTTAAAAAAATCAGAAGAGGTTGTAGAAGCAATAGAAATTATTATAAATAAAGGCTAACGTTCTATTTAACTTTATGCCATTACGTCATCGTAATATAAAACTTATGCCTGCTATATGAACGAAAAGTGGTATCTCGTTTCATCTAATTATTTGTGACCATAAGAACAAGTACAGAATGCAATAGAATTTTTATTAGCGTCTTCTCTCGTGTCTTGGTGATAGTTAACAAAGCTCAAGGTTCCAATTCTGAATTTTTCTATTTTTCATTAGTTATAGAAATTAGCGTTATGGTATCAAATTCCAACGTCAGCTTTGAGCTTAAACCAGCCCCACAAGTGAGCAGAAAATCTTGCCTAATAGTGCCCTAAATATGTTCCTAAATTTGCAAAGGCTTAATGTCCTCAATTGGCTAAGAGAGGCATTCTTCACTTACATACGCATAATGTCTGCTATAAATAAATTTTAGTGTATCAAGCCATACTTATAGTCCCTTCAAGAAAGGAGCACTATTATGAATAACAGCAAATCAACTTCACGAAAAACCTGCTGGAATAAAGGCAAATTAGTTGGTCAAAAACTTCCCCTTAAACTCGAAGAAATATGGTCAATTAGGATACGATTAGAGCTGGCAAATAACCTGCGAGAATTAACGATGTTTAATTTGGCTTTAGACTGTAAATTACGCGCCTGTGATTTTATTAAACTAAAAGTTTTGGATATTGCTCATGGAGCTACTATTCAGTCCAGAGCCATGCTTATTCAACAGAAAACAGGTAGTTCGGTTCAATTTGAATTAACCCCTAAAACTAGAAAGTCACTGCAAGAATGGATAGCACAAAAATCGCTTAGGTCGGGTGATTATTTGTTTGGCAGTAGAGTAAAAAAAGATTTTCATTTAACTACTCGGCAATATGCAAGGATCGTTAAAAAATGGATTTCAAGTATAGGTTTAGATCTCACATTATATGGCACTCATACCATGAGACGAACTAAAGCATCTTTAATCTATAAGAAAACAAAAAATTTGAGAGCAGTTCAAATATTACTTGGGCATACGAAACTAGAGAGTACGGTTCGTTATCTTGGTGTTGAAGTAGATGATGCGCTTGAGCTTTCAGAAGCAACCGATATTTAACTCAAACAGAAGGCATGGACGCCTTCTTCAATGATACGATAGTTGACCTTAATAAAAATTCTATTTTTATATCTAATTTGTTCTGATGGAATAAATGATTAGAGGCAACGAGAGTCAACTGTCGGATCATATAGCGGACATAACTTTAACAGTTCTCTGGCGCTAGAAGGGAACATTGCGAGATAGATTTTATGGCAACTTGGTGTCCACAAATCCCACAATGAAGAAACCGCGTTAAACAAGTGCCAATAGGGAATGACGTGATCAACCTTCAACGTCGGCTCATTCAAGGAACGCATAAATCAACGGATATCAATTAAGCGTTGTTTTTAAATGTCAGCTGTACTTTCAACCATTGCTAGTTGAAACTTATCAAGCGGTTGTTTATTGGAATATTTTTGAGTAAGTAGTGTGCCTTTGAACAACTGATGCCAACGTTCAAGTACTTCTTCCATTGACCAATTGTTCACTTGCTCACTATCAATATGTATTACCAAATGTAAGTGATTATGCATTACAGCATGTGTGCAAATATCAATAGCAAACACTTTAGATAGTTGAAATATACGTTTTTCAATCCATGTGCGCCTATGCTCAAAACTAACACCTGTTTCTTTATCTATTCCACACAAAAATGACTTTCGTACTGTGCGACTGCAAATATGATAATAAGGCGTATCTAATAAACTAATTTGTTATGAACGAGGCTTAGGCATAACAATCACCAGACTTAACAAAGGTAAATTAAGCTTAGTTTAGTGATGTAAATATGCCCGAGTTATTATGGGTGGCCTAATAAGTTTAAAGCATAAAAAAATCCGATGTTAAGTGAACATCGAATTCTGATCTCATTCAGCCAAAAATCAATAGTTTTTTTCTTAACTGATCGGCATTAGGGCTTTGGGTGTGCTTATTTATATCTAATAAAGAGGTCATTCAAAATAGATCAAATGCGCTGACCTTCTTTATTCACTTAATTAAAGTGTACCTGACCCCATTTATTCACACAAAAAAATGCCTCAAAAATTGAGGCATTTGATCTGACTTAACAGTATTATTTCTTAATTTTAACCCGACCCCATTTTAGTTATAACCTGACCCAATTAAATTAAGTAATATTTTTTATGTCTGAAATAAAGTTATTAGTTGTTTAAATTTAACCTACCACCTTTATTTTTTTACTTTATATTCCTTAACTTAAATAGCCTTGAAAATTTATTCCCAAATTTAGCACTTAAAATAAAAAATAAAAAACAAAAAACATTAAAGCTTGTTTTAGTCGTCATTCCGGTATTGGGCCAAATTATTTTTTCATCATCAATAGCTAATCCCCATAAGTTTAAAACTCCTTCGCGTCGACTGTTTTCAAGCCATAATTCTACTTCTTTTCCTCTATTTAAAACCAAATCGAGGTCACTACAGTAAATTACAATCGCCAAGTCTATTTCATCATCAATACCTACAAATTGGATGCTTAATGAATCCGAGGTTCTTGTATAATCAGTACAGCTATAATAAGCTATTTTTGCTGTTTTTTTATAAACATCCTTGGGGTTCACACCTATTTCAATAAAAGAATATTTAATACCTATTATTATTAAAACAATTGATAGAATTAGATATATGATCATTTTAAAGTTATTCATACCCCCTCCAAAAAATTATGGTTTCGACATAAAATCAATTGTATTTTTTCCATCAGTAACTCCACCCATAACGTCAAAAAAGTTCCCTTTTCCTTTTAAAACGTCAGACCACCCTTTAAAACCTCCTGCTCCTAAGCTAGCTCCCAAATAAATTGCCTGAACGTTTTGATTTGAGTATTTCAGACCCGTTTGATCTAAGGTAAATTTAATTGATTCCTTAATAATAGAGGGCTGTCCTGTAACTTTTTCATACAACCCATCAAGTCCATAAGTCATAGCCATATAACCTGGACCTGCTCCAATTACAGTAGTAGTTGCAAGATAGCCGAATCCAATTGCAGAAAGATCCCCTACTGTCCCAATAGGGTCTTTGCGGATACCCAAAGGTACAGTATTCACAGCAGAGTCACTGGCTGAAGTTAAGGATTCTTCAGCACTATCAGCAGTTTCTTGAGTAAAACTGAAAAAGTTTTTTACTCGTTTTAATGCTGCCTGCGTATTTCCTTTAAAGTCAGAGCCAACTGTATTCCCACATCCTGCGGTTGGATCATTAAATTTACCACACAAACCACTCGGATCAACCACATTAACCGGATCATTCCCAACGTAAGCATACCAATTCATACCATCGTCATAACCAATAGGATCAGTTTGCATGAAACGACCTAACTTTGGATGATAAATCCGTGCTTTGTAATAATATAATCGTAATTATGATCCAGTCTTATGACTGCACAACCATTTCATATTAAAAGATTTTTGTTGAAAAAGCTAAAGATAGAACCAAAGAAGAAGACCACCAATAGGGTTACTATTGATGGCCTTTGATAAGGGGTAGTGATTAACATCATTGTTAACCCAGCATGCTCTTGTTGCTTAACGCTGATGGGTGAGTTTTGTTGTAAACCTCAGTGAGTTTTGAACGTGAAACAAAGGTGTATACTTGCGTACTGGTAATGTTTACATGGCCTAGCATTTCTTGCACATGACGAAGATCAGCGCCATTGTCCAACATAATGGTTGCAGTAGAGTGTCGAAATAAGTGACAAGCACCAGCACGCTTAAAACCAGCTAATCTGACATAACGTGAAGCCATATCAGATAATCCGTTTACTCTAAAACGTGTTCCTTTATCATTGAGAAAAAGCGCACTGCCTGAGGTAATGGTGGCAAGTTGAGGTCTTAACTTAGCAAGATAAAACACAATCCATTCACAAGCTCTTTCACTAATTGGCAATATGTATTCTCTGTCACCTTTACCTTTTCTGATACGCACCAGTTGCTGCTTAATATCTATGTCTTCAATATCGAGGTTGCGTAACTCAACACGACGAATACCTGTGGCGAAGAACGTTTCTAGAATCACTTTATCAACCAAACCTTTTTTGCCAAAAAGTAGTGGTTGCTCTAGTATTTTTTCAACTTCTTCTGCGGTAAAAATTGCTTTAGGTAATGGTCTACCTACGGTGGGTAATTCAATGTGCGCAATAGGGTTGTTATTTATTAACTCTCGGTTGTGCATTTTACCCATAAAGTTTTTAACATTAAGCAGTAAGGCGTACTTATTTGCCTTACAAATGGGCTGATTATCCTTAGGTTTTCGATACGCATTGAGATATTCCATATAATCATCCATCAATTCAATATCAATCTCATCGATAGTAAATACGTTTCGAGCAAAACACCAAATACAGAATTTTCTAAGACTGTATTTTTTTGCTCTAATAGTGTCGTTTGCTTGCCCTCTGATAAGGCACAACGCTAGATAATAACTAATACACCGCCAAAGACGGCTAGTGGTAGGCTTTTGCATACGATATCTCCTTTACTAATTTCATGCCTTCTAAGGCAAATTGACCCAACTCAGGTTTGTGCCAGTGGATAACAGCTTTTTGCCATTTTCTAACTCGCCCGTAGCGATAGCCTATAGCTGAAATAAAGTGCCCGAACTCATCTTGTTCAGGAAAAACAATACAGCCTCGAAATAGCTCGCTGTGAGCGGATACAAATAAACCGCTATGTAAAAATTGACCACGGATTGCACCACCTTCAGGGTTTCGACTGTTAGCTATTTTAAGACCTAGCGTGCGGTCACATATGCCCATGTAGGGGTGTGATAATAACTCTTCGGGTATTATCTTTGTAGAACGTGCAAGCTTCAGTTTTTCCTCATTACTTATTAAGCAAGACCGGTAATAATCAAACCCTTGCTTAATATACATATCCTCAAGGGATAATTGACCAAAGATTTCTTCATGCATTTTTATTTCCCCCTTTTGAAGATTTAGCCATTAACTGACGACCAAGCTCGGTACGATAAGAGTCTTTATCCCAATCAATATGATCGATATAAGGAATAATTCTATCTAACGATGAATCTGCAATACCCTTATCAACAAAACATTCATACCACTGACTCGGCTCATACAAAGAAGTGATCAAAAGTGAGCCATTTCTTTCTCTTAACTCAATAAGTTCAAGCAGTAGATGTCTTTCATGAGATTTGAGCGGCTTTATTCCCCAATCATCTATCATCAGAACTCTAAATTTTATGAGTCTTTTTTGTAGTTTAATGAGAATATCTTCACCTGCCTTTTCCGCTATGATTAAATCTCTGACCAATGCTGAAAAGTGGTAACAGATAACTGAATACTCTTTTAATATGGCCTCATCAGCTAACGCACTTGCTAGATGTGTTTTTCCTGCGCCGGTAGGTCCTGTAATTGCCACGTGCAAATAATTCTCAACCCAAGCACACTCTGCAAGATCTTTCAGCTTTGATAGTTTTACTGGTAGTACCTTTTTAATCGCATAGTCTGCTAGTGAAGCTTGAGGCCATCGCAATTTTGCAGCTTTCCGAAAACGAGATATTTTACTAATATGATTGTTGTCTATTTGTGCTTCTAATAGACAAAAAATACGTTCAAGAAAGCTGCATTCAATTGATTCAGGCGATGCCTCCTGTTTTTCTAGTGCTTGAAATAAAGGTATGAGTCTCGCTTTTTCACACAAACACTTCAGCTTTGTCATTAGATCATTCATGATGGAATCCCTCGTAATATGATTTACCTCGAATATTTTGTTGAGAAGCGATTAAAGGCGCTAACAGTGGCTCTTCTTCATCTTCATAAATACGAGATTTTAAGATTAACTGGATATCACTTGGCGTATGCATTTCTTGATTCAAAGCATAAGCGCAACCAAGCTCGAGCTCTTCTTTACCAAATGTCTTCGCAAGCTTTTTAAGTGCGATACATTTTTTTCCAGCAGGGCGTGATGAATGAGATTTCATACCTTCGTATTGCTGTTTAACAATAGCAACAACGCTCTCGCCAATACTTTCAGCCCATTTAATGAACTCAGTTTCGTTCTTATTACTTTCAGCAAAGTGATTTGGCGGCATGTGTGTAGGAAGAATTGTTCTACCACCTTTCTCATTAGAAAGTTGATGTGTTACAAGTACCTGAAGTTCATGTAACACAACTAATGTGTCTCCCGATACCTGAAGCGTTAAATAAGTATTGCGATGTTTATACGGCACACTATATTCATGGGTGTTATAGGTAACCGTATATCCAGCCGATGATTTTTGTTTAAAGCGTTCATCGTAAGGCTGGTAGGGGATCTCAGGAATACCATTTAATGCCGGCAACTCCTTTTCCACATAATTTTGATGGCGAGATACTTTCGTTTTTTGCATGGGTTCATGGTTAAGCGCTTCAACCTTTTTTATCAAATAGGCATTGGCTTCATCCCGGCTATAGAATTTCTCACGACGTAAAAGTAGCAAGACTCTATTTTGAATATGTTGAACTTGCTTTTCTGCATTAGGATTATCCTTGGGGGTCAAAGGTCTTGAAGTATCACACACGTTATTATAATAACGGGAGAACACTTGGGCTTGCTCATGAAGCTCAGCAATAAGTCCCGAAATATTCACCATTGCCGCATTATCAAAATGAATGACAGCAGGACTCCCCTTAAAAAAGTGTATAGCTTTTACTAAGCCTTCCACCCAAGCTTTTGCGGTTAAGTTTTTTGTTAGATAAGCAAACATATATTTTGAATGACCAAGTACTGCAACAAACATATAGAGTTTGACGGCCTTACCAGAGCGCCTGTCAGTATAAGAGGCTACTATCCCTGCATAATCACAGAACAACACCTCGCCTGGCTGATAAGTAATCCTAAATTCTAACTTACTGTTTTTGCAATGTTGCGCCCAGAGAGCACAATAACGAGAATAGCTAAGCGCTGTAGCTGGCTCTTTTGCGCGATAAAGTAAGTACATAGTCATCAGCTTTAATCGGTATTTCTTCGGTGAGACTAACGCTTCTTTTTCCATTTCAATGATGGGTGGTCGTCGTTTGTAATTGATACGCTTTTTATAATGAGGATAAAAGACAAGCAGTAAAGTTTTGCCCTCTATTTCATCAAAATTAGGTAGCGGTAAAGCCATAGCGAGAAGCTTTTGGGTAATACGCCCAACTGTTTGGTGGGAGCACCCTACATTTCTCGCCACTATTCGTTGAGAAATAAAGCCAAATAATATGGCCGAAGTTAACATCGTTCGCTCATAGCCATCTTTTACTGCTTTATCAATAAGCAGTGAAAGCGTATGAGTTAAGTTTCGTAGTGAAGCTGAAGTCAGCATATCTTACCTCCGTCATTTTGCTAAAAATGAAGCATAGGAAGATAGTCATTAGATAATTGCGAATATCTAATGTTTGACTATACTGGGGATATCGAGAGTTAAAATCGATAACCTTTAATAAAGCCTGCGAGTCGCCAAACTTATGCAGGCTTTATTATTTCTATGCCTTGTTAAATTTTATGTCTGTATTTCTTCCTTTATCCTTTTTGGTTTTAGCCGCTCACTTGCAAGCCACCTCGCCACCTCACGGCTTAACGCGAACCGTCCGCGCCTGTTTGGTAGCGTGAAAATCTCAACGGGAATTGTCTTTCGTGACAGCGCTTGCCGAAAAGCATCATGACTAGAAAACCCCAACGCTGCATATAAATGCTTACCAAACAAAAGTGGGCCTATGTAGCTATAAAGCTCGCGCTCAATGTCATTAGTCAGCTCATCTAATTGTGATTTTTCCATTAGACACACCTTGTCACACAGATAGTTATCCATTGACATTAGTTGGCGATTTTAAGTTGTTCAATGTGTAACAAATTTCGGATTGTTACAGGAAAAGATATGCATCTTGCGCTAAGCTTAAGCGTGACAACAAATAATAAAAAAGGTTACTAACTCAACAATATTGCTCATCACTAATAAAAATAAATTGTGCTTTTAGAAACAAAAATTGTCCGATATGAAGGCAGTTCTAGCTAAGAAAAGAGGCTTGAAAAAGTGAAATTTATTTTGAATAAGTGTGTATTAAGCAGTTTTTATCACCTTAAAAGCCGTGATATTGATATCACGGCTTCCAAAAATTCATCATGAGTGGGTTAACTGTTCATAAGACATCTGAAACAAACCGTTTAAGAACGCTTTGTTGCTTTACCTTGGCCTGTGACCAGCTAAAAATCCCTATGAATGGCAATAAAATGGAGAACGCTTTTCCTTCGCGTAATATTCATGAAGATAAAAGAGCTGTGCGCTCTGGAAAGTTTAATAAGCTACTAAAATTTGACTCGGTACCATCATTAGATACCATTCTTGATTTAGACGACAAAGTGGAGGGTGTCGCGGCATTATTTCACTCGCCTCTTTGGTCGACACTCTATTGCCTTGAATCAAATACACAAGACATCGACATTCAACTAGCCTCACTAGATTTAGAAGTAATAGAACATGTATTCGAACCGCAAAAGGATTGCTTGGGTAACTTGAAGCGAAAAATACTGAACAGTACGGAAATTAAGAATATTTTTACAATAGGCACATTAAGCGCTTTATCATGCTTACTTTTATTAAGATATGAATTTGATAAGCGATATTGCGAGGTGAGTAAACATTACTTAGACAAGCTCATTGTGGAGAGTTTTATTAATGTTTGTGTGACGGGAAAACTTGCCTGTTTACGATGGCCTCTTTTTAGCAAAATATCTGCCTGGCTATTTCAAAAGAACAAAACTTCATACAAAAGCATCCTTCAAGATGAAACAGCTCTTTTAAAGCGTATTTCAAAACGTATTAACTTATTGCAGTTATTTCATAAAATTAAGCCAAGAATAGCTAGAGGTGAATCTACCTTAGTTGTAAATTTAATCTCATTAAGTGATGAAAAGTTATTAAATAAAGAATTATCTGATGTGGTCAAGCATAGCTATTTACAGAAAATTGAGCCAAAAGAATGTAAAGGGCTTTGTTGGTTAATACGCAAAATAAACACAGCTAGCGTCCGCTCTGAAAGAATTCAATTGAATCACCTAAATAACAAAGTCCAACTTTTCTACCCATATTATGACTAAAACACTTCACTGGTCCATCATACTAATATGGGTGGTCCATCCTATTAAGGTGGTATGTTCCACGTTAATAAAATTACTGGTTCAAATGATAAGAATATGCAGATGCAAAATCCTGTACGTTTGAACCGGCTTCACCATTATGGTGAACCACTCTCATTATTAGGGTGGACCAGCATCATTACTATGATGGACCACAGGTCAAAGTCGCAGCAATAAATTTAGGTTGAATTAATCAGGCTTAAAAAATTATCTTGCCAGCCAACTAGCAACTAAAAACACATCCAATATATCCCATGCACACTCCATATTTGTTTTATACTAGAAGAGGTAATTAATGGTTAATCTAGGCTAACCAACATTTAAACGTGGTGAGTGATATGACTCAAGCAGAGCAGAAAAAATTCATTTTAGACTTCGTTCAGGATTGGGCGGGTTCGAAACAAGCAGCGCTTAAATGGTACGAATCTGAAGTCATTCCTGCGCTTGATAAAACGGTTCAACAAGCTGTTAATGGTGGTGATTTTGATGCAGTAAAACATTACCTGAAGCATATTGAACAAGGTGGTTTTGCTTAATATTTGGCTTCAAATCAAATCAAAGCTAAGAAAAATTCTCTGTTGAATCCTTCAAGTAACGCTTTACGCGATACCCTGGAGTAACGCCTTAGACTAAACGTATAAAGCGTTACTACTCCTTATCTGGCTTCAAAAGCTTAAAGGCTTGGTCAATTGGCTATTAAATTACAGCGCCTGATCCAAAGTCTCTATTGCAGATACAATGGTATGAACTGAATTTCTTTCAAATTCTGCTCGATTTACTTCATCGTGGGTCCCTTTGTTCAGATACCGCCATTCGAGAGAATTACCATTAATACCTAATAATATTTCTATGGGCGATAAAATATTCCCTTTATCAGGATCAGTAAAGTCACTTTTGCTAATCTTAGTTTTAAGTTGATCTGTTAATTGGCGTAGCTCAATAGGTGCATTTGCGGCACGCATCTTTATACTTAAGTTACCATCACCATGTTTACTGACATACCGCCATACTTTCCCTGTAGTTAATGACTCCAATGCTTGGCGAGATTTGCCTAGTGCAAATCGCAATTCATTTTTGCGGATATGCTCTAATGCTCCTTCAATATAGTTTCTAGGAGCGCATTTGTAATCAACTTGAATATGCTGCTCATTAGTACGAGGTAAGAACGCTAATCGCTGACTATTCTTAACTTGTTCCACAGATAATTGATTTTGGATATCTTTAAAAAATTCTTCTCCATGACATGTCAAGATAATCTGCTTTCCATCAAAGTAGTTATCTTCGAAAAGAGTGTGCCTGATGGATTGACGATGATCATCATCAATAGCATTAACAGGGTCGTCAAAGATAAGGAGAGGACAATCTTCCTTGATGTTTTTCGCCAGCAATATTGCTAAGCCAACACAGCGGATATGACCTTCACTTAGTACATGAAGTGCATCGAAATACTTTTCAGGCTCATTTTGATAAGAAATTTTTAATTTCTGATTTTGTGCTAACGGTAACTGAATAGAGGCCATTAACTCAGTCGGGGCGTCATTTCGATTAAAAGCATTATAAAGTTGAACAACTACGTCACCTAAATTTTCAACTAACAGTGCTGGTAACTTTTTACGGTAGGCATTAAGTAAACCCACAAACTTTTGATAAGACTCTCTTATTTCAATATTCTGCGTAACAATAGGTTTTTCTAGCTCTACTTCATCAATAAGTGTTTTGTTCGCTTCGTCAAACTCATTAATTAACTTTTGAGCATCTTCAATTGCTTTAATTGCGGCACTCTTCCTTGCAGCTAGCTTTTGAGCGTCATTTAGAAAGCCTTTTAATCGCTTCAACTCTACTTGTTGGGTGTTTTTATTTTGGTCAATTTGAATACTATCAGCATCCTGTTTTTCTAAACAGGCTACTTGGGTTTCAATATGCTGAAACGCTGTCGTGCCATCATCTAGGTTGATATGTAAACTGTTCCACCAAGTCACACTCAAATGTGACATATCAACTAACCTAAACGATGCCAGCTTGTTGTTAGAATAAAAGTTCAAGCAAGTAGATAATATTTGATGCAATTCTTGAAGCTTTTGAAGCACTGTTTGCTCAAGCTGCTTTATCTTAACTTGCAATTCAGCTAGGTGCTGAAGTTTGACTAGCTCCTCTCCTGCATGAGTGAAAGGATTAATGATTACTTCCGTTAATGGGGTTAAACATGCAGGGCATTTATCAGAACTAATTTGCTGTACTTGAGTTACAGCTTCAAAAAGCTGCTGAAAAGATACTTGTTGGCTTGAATTCGCTAATTCTTTACTTTTTTCCTTATGGTCGTTTAGACTGCTTACCAACGTTTTCTGGATTAAGGCTAGGTTAGCAGCGGTTAGATTACTTTTTTGTGGAGCAGGCTTTTGCAGCTCAGCTTCTAATAAGGGTATTTGCCCTTGCTTGCCCTCTGACCCATTAAGTTCAAACATCATTTTAAGTAAAGTACAGCCTTCTCTATAGCCTGATGCTAATGGAGTTTCTTCATCTTTTACCTGTTCAACTATGCCTTGATTAAGCTTTATCTGCTGTTCAGCTCCTTGTAGTTGCAGCCGTTTTTGAGAAAGCTTCTTTGCTTTTACACCTTCTACATCTATATATCGACCATCAATTTCAGGTGAGAAGTTTTTAACAAATTCATTAAACGCATCAAGTCCAAATAATGTTGATATTAGCTCTGATTGTTTAGCTGGAGCTTGCGCAGCAATACGCGAAAAACTGTCTATTCGGTTTTTCTCAACAAAACAAAATCGATAAAGAGCATCATTAGATTGGATATTGACATCACTGCCTTCAGCATCAATTCCGATCAATTTGGGCGGTACAAACTTATTGGTATGCGCATTTTTCAAATAAGCTTCAACATCTCTAAAACGCTTACTTTCAGCTTCTGCTACTGAGCCTAATAAGGCGTATTCTAATGCTTCACAAAAACTAGACTTACCCGTACCGTTTGGCCCGAAGATAAGCACTAGCAAGCTTTTTAGGTCAAAAACTTCTTCACGGCTAAATCCCCTAAATGAGTCCACAGATAACTCTTTGAGTAGAGTAAAAGATGCTACATCTGACTCAACATCTTCAAGGTTAGTTGGAATATCTTTGCTTAAATTAGCCCATTCTTTTTGAGCAAGATCCGCTAAATACTTAACCCGTTGCCCTTGATGAGTACCGAGTGGAACAAGTTCATTCAAATGCATCAATACCAAGTTAGCGAATTTATGAACCGATGCTTTAGATGGCGATGATAATAAAGTTTGAAGAAAGCGCTGAAATTCGGACTGGATCATATCTTCCCTTATATTTAATAAATTGTCAGGCTGGCTATCAAAGCCTAAACCTAACGACACATTCCTAGTAAATTCTAAAGTCAAAGTTATCAGTTGAAGAAACACTTGTAAATCAACACGCAATCTAACATTGATTACTTTGACTTATCACAATAAAAAGCCCCGACTAGCGAGGCTTTGGATTCAAACTAACTAGAGCATCAACTACCGTGCAATAACAATTGAGATAAGTTTTGCGATATTAATTTTGGCTCTACATTTTTCCGTCTCGATATAGCAGGTAATATCTAAGTTGTCAGTTGAAAAAATATAAGATATACCAAGATTATCTTCAAGAGCAAATGTCCCTCCTTCTTCTCCGCTAAACAGTAATTTAGAATTAGATAAAATTAACCTAATATCCTGAAATGTGTCACCTATGCATATACTTTCGTTGCAAAATTTTGAATCTACGATTGAAATTATATCTATTTTATTATCAACAGTGTTTACATCTACCAAAACTTTTTTATTACAGATCAACCCTCTATAAACATAATCTTCACCATTTTCTGTATAAATAGTATTTTTATCAAATATCGATTCAATCTGATCCGAGCTATTACCTAAATTTAGCTCACAAATAGAATCGTTCGCCAAAACTGTATTTGCACTTATTTCAGTAGCATTACAGGCTGATATGTTTAATACGGATATTAAAAAAACTAACTTCAAAAACAACTTAATCATGGATTTGGTTTCCTTTTCCAATTATTGTAAAACTGAGTACCTTTACCTACATTTTTTTGATCTATATGAACACTACCTGAAGGATATAAATTAACACGCTGAAAATTACCAGAGTCAACAGCAGCTTTAGATAAGTCTACACCAGATATATTGTTCGCTGAAATATCAGCTGCATCACCAATTGTATGTTGTGAAGTACTTGCAACGGTATTTGCATTATTTCCCTTGAGTGAATTTTGTTGCGCTTGTGACCTAACTCCACTATGAACATTTATTGTGCTACTAACTGTATCACTAAGATCCAATAAATTATCTTCCATACCGCTCGTTACAGTTGCAGGAGCACCATTTGCAGAAGATTGTGGTAATAACCTAATTTCTCCTGATGGACTAGTTGTAGAGTTACTTCCATTGGTCACAGTATCTGTTCTACTGACAGTGACCGAGTTATCTGCATTAGTAGTTCGGCTAACTTGTTCGACACAGTTAGTCGATTTTTGCGCACATAATCCACTAGGGTCAGTTAAATTAACTGGATCATTCCCCACATAAGCATACATATTCATACCATCATCATAACCAATAGGGTCAGTCTGTAAGAATCGACCTAACTTTGGATGATAAACCCGTGCTTTGTAATAATATAATCGTAATTATGAACCACTGTATTTTAGGGGAAAAACAAGTGAATACAATATGTTGTAATTATAGTTCAATACAGCAAAGCGAGAAAAAATAAAGCCCCGACTAGCGAGGCTTTGGATTCAATTTTTTTATCAATCGAAATTTAGCCAATCATTAACCTCTTGACTTGATTCACTTTCTATCCAAATTTTATATCTTTCTCTTAGAGCTTTCTTCTGTGCTTTTTCCAACATTAAGAATTTATCATCGTATTCAATACTAATATCATCACACATCTTTTTATCCTTATTCGCTCGAATTATGTCCGTCGGCAAAATGAAAGCAATACTCATCACCAGCAACCCACCAAAACAATATACAAATGCTAAAAGGACTTTACCAATTGAAAAATCTCCCAAATTCTTAAATAAAACGATAGTAATACCAATAAAAATCACCATTGTTAGATTAATCATTATTGAAAAAAAGTTTTCATATTTGGATAGAGTTAACTTCAAATTCATTATTTGTCTCCTAGAATTGTTTCAGTAACCTTCTTAACTGCTTCTATTGCACTATTCGCAAATTGCTGTTTACTACCTTTCAACCCCATTTTTCCAGTGCCCGCAGAAACACTAGAGTTGACTAAACCACCTTCGGCACCACCAATCAAAGGGGTCAGAGTTATTGATTTTCAATAGACTTTAAAAAAATTTTAGACTTTCGATCTCCCCCTTTACCTAAATGGCTTGCTCGTCTTCCTGTGTCTTGTTCAATTTGCTGTTTAAAACGGCTATCTCCTAACACCCAAGCTTTATTAGTGGCATCTCTGATTTCTTGTAATGCTAATTCATCAACATGAGCAGAAAATAAAGCTTGGTAAGCTTTCTTTCTCTCAAGCGCCTTATTCCCTAATGCCAAATACAAAGAATGAGACGTTAATAATTCAATGTTTTTATCTAACGCATTACCTTGAAAACTCGACCAAGGATACTCCGCTGGATGATTTACCATTGCTGCTCTAACAGGGTTTAATTCAATATATCGGCTCACCAATAAAAAGTATTGTTCGCTGTTTATTAATGTTGATTTATATCGACCTTCCCATAAAGTGCCTGACCGATGGTAGGTTTGATTTACATACCTTACATAATAGCGACCAAGCGATTGCATTAATTGACTAACACCTTTCTCTGTAGTTGGTGTCATCAATAAATGAACATGATTTGTCATTAATACATAAGCGTGAACAGCTACTTGATATTTTTTACTGTATTCTTTTAATTTATCAAGATAAACAAGATAATCTTGCTCTGCAAAAAAGCACGCTTGACGGTTATTTCCGCGTTGCACTACATGTTGTGGAATGTTAGGTAAGTTTAATCGGGGAAGTCGAGCCATTATTTATAATCTATCCATAAATTATATCCTTAATATAGAATAGTTTAGAGATTATGTTAAATCAATGACTCTGACCCCTTTGATTCTTTGATTGGTTACTAGTTCACTAACATTGGTGACAAAAACGGAAAAACCAGCTTCCGCTGGCTTTGGGTTGAGAGCAAATATTGTTAGTTTGGTTGAATCAAAGCCCCGACTAGCGAGGCTTTGGATTCAAAATATGTATTAACAAGATTAAACAGAATTAGATGAGATCCGTTATCAAGTGTCACCTACCCCTTTGATTTTTCATTTATTTTTTTTTACAAATTTTATATATAAATATTGGTGCTGTTACAATAACAAATGCAAAAATTATATTTAATAGTTTATTAATATGGAAGCTATCATAATATTTCTCAATAAAATCAAAAAATGACAATGAATCTTCAACCAACTGAAAGTATTGAAAAACAATTTGTACACTCATTATGCATAAAGGTAGCGCACTCAGCAATAATACAATAATTAAAGATCTTATTAGCTTATTTTTAGTGGTTATCACTGATTCATTTCCTTTGCGGCTATTTGAGCAGTAGATTGCCCCATAATTTCAGGTAATGCATCAGTTATTTTCTTAGTTACCGCAATACCTAATCCAACTATCGCGTTTTTACTACTACCTCCAACCACCGTATCTATACCCTTTCCAATAAGAGTGCCGGCACCACCACCAGCCATACCGCCGACCCCATTTGCAGCTATATTACCTGTAGCATCAGTAGTTTTACCTGTTATCATATCGGATACTGAATCTACAGCAACACCAGTTGTTATCGCTATTCCAGCACCTGAAACTGTATTTACAGAAGTTTCAATAGCTGTTGCTGCGACCTTTGATACCTGCATCGCCTTTGTAATTGTAGATATTCCATTAGCAATCCCCAACCCTGCCATACCTGCGGCGGCAGCACCAGCGGTTTGAACATAATTAATATCACCAAACCCTTTTGTCAGTCCTTGAGCTAAAACATCTATCGATGCGGCAATTAATCCTGTTACAAAAAAACCAATCGTCCCTGTTGGATCAGACATATTAACAGGATCATTGCCCACATAGGCATACATATTCATGCCATCATCATAACCAATAGGGTCAGTTTGTAAGAATCTCCCTAGCTTTGGATGATAAACCCGTGCTTTGTAATAATATAACTCAGTACCTGGTAGTAGTATTTGGCCAGTATACCTAAAACGCGAGGTACTGGTATTAATCGGCTCTCCGTAAGGCCCATACTGATGGGTTGCGCTGATTGTACCCGTGTTACTTGTTTCTGCAACTATAGAGCCTCGCTCATCTGCAAGTAAATAACGGGTATTACTCGTACCTGAGCCTATGTACCATACAAGTGGGTCATCTGCTGCGATACCATGAACATAACGATTAATTAAGCTTCCGCTGCTGTTATATTCACCAACAAGTTCATTACCATCATATAAAAAGTTGGTTTTACTGCCATTGAGTGTTGAGCTTTCTAATCGACCTGTTGGGTCGTAAGCTAACGCTAAAGTGGTTCCTGATTTCGCTGCTGATATCAGCCGGTTGTGTGCATTGTAGTCATAAGTCCAGCTGTCATAACTGGTGAGGTTACCAGCGTTGTCATAGTTAATGCTTTGACCGCCAACGCTATCGTATTGGTTAAGGTTATTGACTTCATAACTTTGTTCACTTATGGAAGGTATAGTGATTTTAAAATCATTATTACTTACGATGCGGTTAATCAATTGACTTGCTGGATTATAATCAAAACTGGCATTGTTAATATTGAGGTGGTTAAAGTTTTGCACTTGCCCTGCGTTATTGTAGCTAAGAGATGAGGTCACACCATTATTTCGCGTGACGGAGGTTAAACGTCCGTAGTTGTCATAACCATAACTGGCTAATGTTTTACTGTTATTTTCTTTTATCGAGGTTAATGCCCCTGAGCTATCGTAAGCATAATTGACAGTAAAGTTATCAGGGTGTTTGAGTTTATTACGGCGTCCAGTCGCATCATATTCATAGGTAAGCATTCGGCCATTCGTCGTCGTTGTTTCAATACGGCCAAGGTCATCATAAGCATACCCCACTGAGCTATTATGGCGTGTAGCGAGTGTTTGTCTCCCTAAGCCATCATAATTAAAATTAAGGGTGTATTCACCTGAGATACTGGTACTTGTTTTTGAATTAATGGCATCATAGTCATGCGTGAGGATTATGCCATCACGTTTCCGCCATGTTTTTAAGTTGCTATTGGCGTCATAGGTATTACTCTCATAACTATTGTCTGGGTAGGTGGTTTTATATAAGCGGTCAACACCATCATATTGGTAGTGAGTGGTATTGCCGTTGCCATCTTTTTTAAAGTCTACTTGGCCATTGTCAGTGTAACCTATTTCGATATCAATGCCCGCAGCCTCAGTGCCATAACCAGAGACCGTTTTCGTAATACGCGATAAGGTATCATAAGTATTATAGGTAATACGGTCAGGTCCAAATTCACCTTCAGATCCTAGCAAACAAGCAGAGCTTGGTAATGCGCTAAACTTTAAAGGGTTCATGCGTAATGCAGTACATTGTGGGCGGTTTAAGCTGTCATATATTGTTTGAGTTATTTTTTCTGTAGTGCTTGAAACTAACTTAGTTTCTGTCAATAAACCTAAACTATTAAAGTTGTTGTCAATGGTTAAGTTAACTGTAAGATTTGAGCTTGAAGAAGAAGGCAAGATACCTTGTTCAGACTTAGCTACTTGGTTATCTTGGTCTCGATAAGTTACCCTTGTTGCAACCCGATAGCCTTTTTGATTGACAGCTCCTATATCCCACGTTTTTCGTCCTGATAAATCATAGCGTGCATAGGTTGCATCATTTGTGCCTGGAAGCGGGCCATCCACTTTATTCACATTCCCAGAGGGCCAATAGGTGTAAGTGGTTGTTTGGCTTTCACTGCCCGTACCATTGGTTTTAGTGATGGTTTCAGGAAGATTTGTATCTTCCCAATATGCGTAGGTGGTGATTTGTTCGTCTTTTGTGCCACACTGGTTACTGCCACAGATGGATGTCTTGGTTAAACGGTCAAATCCATTTATCGCTGTATAGGTGTTGGTGGTTATTCTGCGCGTGCCACTATCAGCGATCGGCTCATTTTTCGTCAGCATACCGCCATGATTCGAGTCAAAGGTATAATCCGTACGGTTGCCATTAGCATCAACGATGTAAGTGGGGCGATAGCAGTTTAACCCTGAGCAATTAGATAAATCATAATTAGCAGTGATAACAATATCAGCAAGACTCGACCCCGGTTTGCCTTTAAGTCGTTTTGAGGTAATATTTCCTAATGAATCGTAAGTGTATTCTTCTTTATTTCCTTCTGGGTAGGTGACGTTAAGCAATCTATTACCTGTAGTGTAAGTGTAATATGTTGTGTTACCTAAACTATCCGTGACAGCATTAATAAACTGTCGATGGTTTGGTGCTGGCTTCACCGTAAAATCGACTTGGCGGCTATAGCTGGAAGGACCCGTAATAGACATCTGACTGAATTGCTCTTTGGGGTCGTAACCTGTTCCCGTTTTAGCGGTATAGGCATAATTAAAGGATTGACCATCACGCGTTATATTGGTGACAAAATTATTATGTATTGTGCCGCCATAATTTACGGATGCTGAAGTGACAGAAAGGCTGTTTGAACTGTCGCTCGGTTTTTTTAAGGTAAAACTTTTTGCATAATCGTCACCGCCTTGCGAACTACTAAAGCCAGTGTATTGCCATGTTCTATTATTTAAATCCGTTAGTTGTGTTGTGCTAGAGTCACTATAGGTGTGTTTCGCTAGTATTTCACCTGAACTGCTTTTAATGATTTTAGCTGTTTTCGCTTTCCCCCACCCAATGTCACCCAAGACACTTGATTGATAATCAATCAGCATCTCGTAACCCGTATTTGATGAAATACTTGTAGGGCGATATGAATCAAATAGGGCCGAAGAAGCGACAACATCATAGGTATACGTTAATACCTCACCATCAGGATAAACAATACTTGAAGCGTACCAGCCACCTTGCGTTTTACCTGAAGAATTAAATCCCCATGCTTTATTACTATAGATAACCTTAATACCGCTCCCTCCCTGAAGGTATATTATAGAGCTAGAGTTGATAGTACCCAGTAAAGTAGAGCCGTTATCATCAGTAGCAATACATTCACTAGCTGTACATTTAAAATAGTCAGACGTTTTTCCACCGAAGGTAACTGAAAATGAGCCATTACCTCCGGCATAGCCAAGGCCGACAACTTTTGCTTCAAGTTGTTGAATGGTATGCAAAGTCAAGTTAGGCGCAGCGGGGTACTTAATATAGGTAAATTAGGTGTATATTTACCTGATAATAAATCAACAGAGTTTACGTCAGTGACCATGTCTAACGGTTTGATTTTTGCAACGTCATCTTCTGCGCTTACTTGTGTCATTATCGACAGTGAGCATAAGATAATTGTAGTTTTTAATAGTTTGTTCAGCATCTAGTTATGCCTTATTTTTATTAGGTGATGTAATTCAGATATTCATAGTTGAGATAATGATTTCTAGGTTAATTACGGTCGCTTGTAACCCGTATGAATTTTGCCTTTGAATCAGAAGTTACTGCGTCATAACACGTTAATGTATATGCTGTAGTTTCATAAATATTGACGGATTTTGAGCCTGAAGAGCTTAAGTTAGGAGGGTTTGCTGAACTGCCTGACTCAACTAGAGTACAGTGTGTAGTATCTGTTGATGCCCAAATTAATGTAATGGCCTTTCCTGAATAACTAACACTGCTAGGCCCAGTAAAGCTGGTAATGACAGGTAAAGTGGGTTGATAGGGTGAATCAGATACATTTAACCGATTACCTGCATCATCAAGTGTGTAATACACTTCATCAGCAGAGCTATTGGCAGCTTTAATAAGGCGACCTCTTGCATCATAAGTATATTGCGTCACATAATCTTGAGCAAATACGCCTATGGATACGGCGGACATAAATAGACATAAAGCGACTCTCCTTTTCTTCATACATATCATCCTTGAGGAAGGGACCTCATTATTATTGTAAGTAAAGTCTTTAACCTTTTACTGTATAAATAATACAACAGCATGAAAAGCGAGTGACTAGTGTTTGTTTAACGTACAATTTAGGGGGGTAATGTCAATGTTTTTTTAGATTTAAAGGGAAGTGTTTTTGATGTAAAAATTACAATTAATGTAAATACTAAAATAACAATTATTAAAAAAATTTAGGTCATTCATGAGTAAATCTAATCTGAAATAACTGTCACTATTTATACAAAACCGCCCGCTTTTGGGTAATAGTGACGGTTAGCAGTATCTCATTAGCGAGATGGAGCTAATACCTTTATTTTCGTGAATCCAATATGATTCTAATGTCCGCTTTTGAAATTAAGTCATAGTTGTACGTTCAATATTAAGTGAATTTTAGAGTACAAATAAATAAAATTAGTTAAATTATAAGGTCAGCTCAAGGCTCTGAACTGCCGTTAGCAACTCAAAAGCTAATGTCGGCAATTGGCTATTTGTTGACCCAAAGAATAATCAGCAGCTATCGTCAGTAAAGATACGTTAGCGGACGTTAACATCAATGGATTCCCAAGCTGTTATTAGTGTTCATTAGACGTTGAGCTACCTTCATCTTGATAGTCAACAAAAGCCACTACAGCGGTCATTCATCATCAAACAGTTAATGCTAACCGATGGCATCAGCAAAATAAAAAAGAGATACTTTTTCTAATGGTTAAGTTATCTATCAATGGGGCTAAGAGTCCCTGAAGAATGCTGGCCAATCACATGAGTATAGATTTGAGTAGTCTTCAAATCATTATGGCCAAGTAATTCTTGTACCGTTCTAATATCAGCTCCATTTAACAGTAACTGAGTCGCAAAACTGTGTCTGAAAGTATGTGCTGTGACATGCTTTCTAATATCAGTTTTCACAACGGCAGATCTCAGAGCTTTGGTTAATGAGGTCCAATGTAAGTGATGACGACAAAAATAACCATCCGTTGGATGCTTACACCTCACGGTTGAGGGAAATAAATATTGCCATTTAAACTGAGTAATTGCTTTTGGATATTTACGTGATAATCCTGAAGGCAAACTCGTTTTACCTTCTCCTTCAGCTAAATCTTTACTATGCAAGTCTTCGACTTTGTCTATTTGGGCCTTGAGTGACTCTATGAGTATTTTAGGCAATAAGGTCATTCTGTCTTTAGCCCCTTTCCCCCTAAAAACGTAAATTGAATTACCGTCAAAATCGATATCTTTGATACGCAATCTCAATAGTTCCGCTTTTCTTAATCCACACCCATATAACAAGCTGAACATAAGGTGGTACGGAGGCTTTAATTCTTTGATAATCGCAGTAGCCTCTTGGTTTGATAATACCATTGGCACCCTAGTTGGCGCTTTAGCCCTAACCGTATCAGATAAGAGGGTTAGTTCTCTTTTAAATACATGCTTGTACATGAAAACAATTGAGCATAACGCTAAGTTTTGGGTTGAAGAGGTTACTTGCCTATCAACAGCTAAGTACGTGAGATAATTACTTACTTCTTGCTCTCCCATATCTTTGGGGTGTCGCTTTTGGTTAAAAAGAATGAAGCGTTTAATCCAAAGCAAATACGCTTTTTCAGTTTGGATACTGTAATGTTTTGTACGAAGGATATGACGGATACTTTCAAGAAAAGGCGATGTAGACATTATTACCAACCTATAACTGTGTTTATATACAGTTATAGGTTTCAATTAAATAAAGATCAAATATTTTATCAAATGGATATTACTGAGAAGTCTCAGTAAATGACCAAAACCCTGATATATCATTAAAATTTCAAGTTATCTTACTGAATAAAAACGCTTTTTTGTTTTTGGTGTTGGCAGGATATTACTAAGACTTCTCAGTAATATCCGAACACAATAAGTTTTAGTTAAATTAATCTTTCTAATTTATTGAAATTGTGGAATATTAAGTGATAATTAATAAAAATTATGGAACGGACATTACTGAGAAGTCTCCATAATAAGCTGTTGAACTAAACCGCTTCGCGGGGAGTGCCAACTCCCTGACATATCACTGCATTTCAACCACACTTAACTTGCTACTCAACCTTTTTTGGAGGCAAGTTATGACACCACTAAGACAACAGTTACTTGACTGTATGCAAGTACGACACTTTTCAATTAGAACACAGCAAGCCTATGTTCGTTGGGTTTACGACTTGGCGAAACATACCCATCGCTCCCCTGATTCATTGCAAGACAGTGAGTTAAAAAAGTACCTTTGGTCATTAACCCTAGAGCGCCATTTATCGTCAAGTTCATGTGCACAGGCGTTTCATGCGTTGAACTTTTTTTATGGTCAAGTGCTAGGGAGAACATTCGGTGAACAATTATTACCGCCGATGAAGCGAGAGCAGAAGATCCCTGAGCTATTAAGTGTATCTGAAGTGAAGCGGATCATTGATATATGCCACAATCCTAAATATCGCATGATGATCATGTTGTGCTATGGCTGTGGTTTACGCCTTAGTGAAGTCTGCTCGCTCAAGGTAAAAAATATAGCGGGTGAAGAGAAGGTTATACATCTTCAACAAGCCAAAGGGGCTAAGGACAGGCGTATCCCCGTATCTGAATCATTGCTACACCAGCTACGACTTTATTGGCAAGGTCTTCATCCCATCATTTACCTGTTTTTTAAGCCTGGAGAAGATAAACCGTTACATCAATCGTCATTACAAAAAGCTTATTACAAAGCGAAAAAAGATGCGGGGATTTTAAAAATAGGCGGTATACACGCCTTGCGGCATGCTTTTGCTACGCATCAGCTAATGGCTGGTATGCCACTACCGGAGTTACAGCATATTTTAGGGCATAAAGATATCCGAACTACCGTGCGATATACCCATTGGCTACCCCATTATCAAGCGGTGGACGGAGCACAATTTGATTTACTCAAGCAACTGGAGCAACAATCATGAACGGCTCATTGCTTCAGCAAATTATCGCACAAGGACTACCACACCTTGAGAAGAAAACCATCACACCAAGGCAATGGCAAGTGTTGCATCACCTTCAGGATTGTCGAACTCAAGCGATGGGCAGTTATCAATGGCACTGCAATCACTGTGAACAAGATACCCAGTGGTATTGCTCTTGTCGTGACCGACATTGTCCGGTGTGCCAAGGTAAAGCACGAGAGCAATGGTTACGTAAACGACAAGCGGATGTACTCCCTGTCGCTTATCACCATGTGGTATTCACTTTACCGCATCAGTTTAATGGTTGGGCAACATTACATCCTGAGATACTTTATAAAACGCTATTCAAGGCTGTCTGGGAAACATTAAGTGAATTTGCAAATGCAAGACATCATATGGAGGGTCAGTTGGGTATGTTGGCGGTGTTACACACTTGGGGTCAAACCTTGTGTAGGCATATTCATTTGCACTGCCTCATTCCAAGTGGAGTATTAACCCAAGACAAGCAATGGTGCAATAGTCGCAAGGCCCACTATTTATTTCCTGTAAAAGCTTTATCAGTGAAGTTCAGAGGGAAAATGCTGAATGGTTTAGAGGAACAAGCCAACGCAGGTGAGCTTCATCGATTAGAGCAACCAACTATTACGCAAGTATTGAATCAAACAGCTCGGTTGAAATGGAATGTTTATAGCAAACCTACCATTGGTCATACCGATACAGTGGTTAACTATTTAGCACGTTACTGTAATCGCGTAGGCATTAGTGAAAGTCGTTTATCTTTAAGGGGCGAAAATAACGTATTAATGCGCTACAAGGACTATCGTACCAATGAGACAACTCATATGGATTTATCTCCGGCAGAGTTGATAAGGCGATTTTTATTACATGTTCTGCCCAAAGGTTTTATGCGGCTGCGTTATTACGGATTCATGGCTAATTCAATAAGGCGTAAATCGTTAATCCTCATTAGGAAAAGCTTAGATAAAGAGATAGAGAAGCTTGAAGACGATATCACAGACAGAGTAAAGGATGAAATAGGACCTGAATGCCCAAGATGTCATCATGCAGGGATGATCTTGATAGGAATTCTATTGCCGAACAAACCGTTAGCGCAGTTTCGAACGATCTAGTTGAGTGGTGTAATCTGTTAATTATGCGTTGAAAAAAGCGATAGTAGAGGCTTCGTTTGTCTTGAATAAAGCCCCTGATAAGGTAAACTGGCTTGATAACGTTGAGCAAAATAGAGTAAGGGAGCTATTGAAAATTCAATTTATGGATAATCCCCTTCCTACTACAGAAATAACTCAATAAACAAAAACCATATAGACTGTGCCAGGCGGCTCAGTCCAACAGGACATTTATCTCTCATGCTTCGACAAGAGATAAATGCTTAATTGTTAGAGCTCTTCGAGGTTGAGTATGGAAATTGATTGGCAATCTGCAATATCTACAGGTCTCACAGTTTCTATTATTGGTTACTTAACAAATAGAGCAGTGTACAGCCAAAAAAAGGGTAACCTTAAATACGGAATGCCAATGAAATTTCTCGGTATAATCTGTTTTATTGTCTCAGTTGTTCCTCTATATGTTTTATTAGCTCAGAATTACCAAGTAGATAAACCTGGGGAAACGACAGCTTTAATTGGGCTAGCCGTTGGGTTCGGGTTAGGTGCTATTTATTTCGTTACTGAATCATTTTTCGTTTTTGGAAATTATGATTGTAATAAAATTGAATTTTTCTCTCCTTGGACTGGAACTAAAACACAAGATTTTAAAAACCTAGATTATTGTTCCCTTAACCCATTTTGTGGGTATTATGTTCTTAAATTCAAAGATGGGACAAAAATCAGGTTGTCTACTCAACTTGGTGGGCATGGACATTTAATTGATTTTTTGAACAAAGGCGAAAATGAGCTATAACAAGCCACTCAAGCAGGACAAATAACAGTTGGTTTTGTTCGCTTCGCTCTCTATTATAACCAACTATTATTTGCCTCTTAGTGGGGCGTTGGTATGACTCCCCACGTCAAGTTAAATACACTGATCCTTGTTCATTAATTTCAGAACCATTGTATTCACTTTTAGTATTAAGTGAGTTAACGCATAGAATGAAGCAAGTAATTTCGTCGGTTATCATGCTGATATTCGTGGATTACTAACTTGTTTGCTAGCAGCGCCTACCTTACTCATTTCGTCGTGGCACCTGTCTTCAGTCTATGTTCGCGGTTCAATAGCCGTTAGGCTATTGCCGTCCTAACGCCGTCGGTGATTGTGCCACACCCGATGCTTGATCCCATGCGCTAACTCAAAACTTTTATTCATGCAGGTACTCTCGATATTCTTAGCTTCACATCAATTTTTGGTAGCACTACCTCGCGAGAAATAGCCCAAATATAAGCGATCATTTCTCTGGCGATGGCCGTAACGACCACATTACGATGTTTGCCTTTATGCATGAGTCGTTGATAGCGGCGGCACAACCTCAGTTGAGCTTGCCAAGCCATATCAATAATTTCTTTGCTTAAGCCTTCTTGTCTTAATTGCATTTCTTTTGAAATATTGGCGTTGTGTTTATACGAATGTGCACCTTCGACCAGTAGTCGTCTTGCACGGCTGTTACCGCATTTGGTAATAGCACCTAAATGGCGTTTATCGCCACTTGAATGTTCGCTTGGTACAAGACCAAGGTAACTCATTAATTTTCTAGGATGGTCGAACCGTGATAAGTCACCTAGTTCGGCAATCACTCCTGTGGCGACTAATAACCTCACACCACGGAGCGCCTGTATCGCTTTAACTACAGGATAAAACCGCCAGTTTTTCACTTGATGTGTTAATTCATTATCCAGCCTTTTTAAGCGTTTTAGTCGTTCATTAATGGTTAAAACCGCTTCTTGCAAAACAATTTGCTGACAAGGATGAGGTAATACTAATTCAGCGAGCCAACGCAAATGTTGTAATGACCAGTTATCTTTTATTTTGCTGTTAATGTTGTTACGTAATAACAATGCTTTAAGTTGATATTTAGCATCCTTTAAGTCTTTCATGCCTGTTTCTCGTGCCCGAGATAAGTCCCGTACGGCTTCATCTTCGGGCTCAGGGACATAGATAGATGTTAAGTCTTCAGACTTGAGCAGCTTTGCAAGTTTGAGCGCATCACGTTTATCGGTTTTGATTTTATCTCCTGGTTTTTTAGGGATAAGAGAAGGTGCGATGACATAGCAACAATGATTAAGGCTGGTGAGAAAGCGGTAAATCCAATAGCCACAAGGACCTGCTTCGTAAACAAAATGAAGTGTGGCATCTGGATATTTTGATTGTAATTGTCGTGCAAGTTTTTTAAAGGCGGCTTTATTACTGAGTATTTTACCTAGATGAGTTGATTTAGCGCCACGTTGGTCTTCAATATAAGCGACTTCAGTAAATGTTTTATGGGTATCTAAGCCAATGAAAAGTATGTTATGTTTTATCATGCTAGCCTCTGTTTGATAATGTTGACACATATATTATGGCTCTGGTTTGTAAAACTAACCCACATTTAGAGGCTAGCACCTTGTGGGGAGTCATTGTGTCTATATGCCCGTAATAGCAAAGTCGATCGCTGCAATAATCTCATCTCTTAATGATTCAACCGAGCCAACAGGGCTTTTGAGTAAATTTGCTGGCATCGATGAAATCTGAGGTGTGAGTAAAATGAATTGTTCATTTTCATATTCTATCGCTGGAGTTAAGCCATTCATTTTTTCATTTCTAAAATGACTAAGCTTCCCTAAAGGGAGCACAATTCTAGTTGCAATATCGCTAATTAACGCATTTTGGATATCAATTATATAAGGATATGCTTCTCTGCTTTTTTTACTTGGGTTTATGTATACATCAAATTGTGCCATTAAAATTCTCTAAATTCGTCACCAAAACAGCCATTTTCATCTACAAAATCATTGTAGGCTTTTATAGCGTTTTTATTTTCTTTTACCCATTTTTTAGCTTCAATACTTTTCAATTTATCTTTTAATGCTTGCTCTAAAGTTGCAGATAAATTAATGTTAAGTGCTCTTGTTCTTTTTAGTAAGTCACTATTTAGGCTAAGGTTTGTTGCTTTTTTAGGGGCTTCAAGATCGTATAATGCTTGCATAGTATGTCTCCAAGTAATCATTACGTTTATTATGCGCACTCTAATGCGTATTGTAAAGGGCATATAAGCTATTCAAACGGACGCTAAACAGTTGGCTAGCTTCGTTCCTCGCAATTTTAGCCAACAATTTTTCGCCGCTTAATAGGGCGTTAGCTGTACAAGGAGAGTTAGGTGTTAAATTGGTTAAAGGAAAAATGTTCTAAAAGTGTTTGGCATACTTTAGCTATGGTAATAGTTATTCTGCTTGCTGGGCCAGAGGTAATGATAAGTATGGAGTTAATGGCACTAGTAGAACTATTGGGTGCTTCAACTTTCGTTTTACTCTATGTGTCAGGGGTTAAGATGTTTTTCGCTAATGTTGTTAATAAATTTAAAGCTTTTGAATCTTACTCTGTTTTATTTATTCCAACACTTGAGTCTTTAAAACAAATGCCATTTCTTATGCTTCATGCAATACCAGAACGTAGTACTTCAATTCTATTTATTAGTTTTGTTACTTTAACCATACCTTTAATATATTTATTAAAAATGGTTTAAGGGGAATGCACAGCTAACGCCATTCAAGCAGGACAAATAACAGTTGGTTTTGTTCGCTTCGCTCTCTATTATAATAACCAACTGTCATTTGCCTCTTAAAACGGCGTTATATTTCAATAGGGACACTATGCGCATTCTGATAGTTTTATTTTTATTTTTATTTATCTGCCTTTCAGGCTGTGTTGGCTTAGCTGTTGGGTCATATGGAACATTTGAGTCAAAAAAAGATAGCTTTCATTTAACTGAGCAAAGAAATAAACAAGGTTACGGTGAAAAAATATCTTATTCAAAAGAGCAAGTAATATCACTTTGGGGCGCTCCCGATGAAATAATTACTAATGGTTCTTGTGATGTTCTTTCATACCACGATGGGTATAATTGGTCTGGTGTCGGTGCATTTGTACTAATTGTACCTGTACCACTAGCTTTACCTAGCGGAACTGATGAAACTAAAATTTATTTTAAAAATAATCAAAGTGTAAAGCTTGTTTCTGAGTACGGTGAAATTACAGGAATGTTTGGTTATATGTGTGGCAGTAACGAGTGTGGCTTTAAAGCTGGTGCAGTAAATACAGATAAAACTCGAATTGTACCTGTTACTTGGTGCGAGTAATTGAAATATAACAAAAAAACAAACAAGGACACGTAACAGTTGGCTACGTTTCGCTTCGCTACACAATTTTAGCCAACCATTACTTAGCCTGTTATTTGGGCGTTAGGCATACAAGGAGAGTTCAGTGAAAAAATTAACTTTAGTATTCATATCCCTTATTTTATCTTTTTCAATTTCTGCAAATGACAAGTTGACGGCAGATCAGTTAATCGAAAAAGCAAAGGCATTTGTATCAGCCAAAAATGCACGCCAACAACCAAATACAACCACTAAAGAAATAGACCATTATATATCGCTATTATCTGATAATTTCATCGATGAACATGTTAAATTCAAGTTTACGTATACTGATAAAACGAAACTCCGTTCAGATATGATTGGTAAACTAAAAGATGAAGTTATAAACAGCAATATTGAGATAAACGAAATTATGGTAGGGGCTAATGTTGTTTTTATAAAAATGACTGAAATGGGTAAAGTTAAGCCTGCACATTTAGATAAAACCATTGAATATAGTAAAACTAATATTGTCTCATTAGAGTTTAACGAATCAGGTTTAGTAAAGCATATCCGCCGACATCACGGTTAATGTATGCCTACAAGCATTTCAAGCGGGACTGCTAACAGTTTGCTCGGTTTCGCTTCGCTACACATTTTAGCAAACTATTATCAGCCCCTTAAATGGGCGTTATGTTTCAATCAGAGTATGCAAATTTAAATGGCTCAGTGTAAAAATGCAAGGCCGATATTGTTCCCCTAGAAGTTAAGGTGGCAATGAACAAATCATATTTTGTTTGCCCGGTTTGCAAACATAGAATTAGTAGCTTTAGTCTAAAAGGTTTATTGATCTTTATCGGTGGTGTAATATTGTTATGGGCTGTTCTTTTTATACATCATCACATGACAAATTAACTTTTTAGTGTTGTGTATTTGAAACATAACAAGAAATTAAACAAGGACAAAAAAACAGTTTGCTGTTTTCGTTCCTCAACATTTTAGCCAACAATTTTTTGCCTGTTAATAGGGCGTTGGTATAGTTTTACATTTGAGATTAGTTATATGGAAAAAGTATCAGTAGTTTGTATTTTGTTGTTAGTCACTAGTTGCGCTAAGACCATTCAAGTTCCTAGTAATAAATTAGGAGATTATCCTTCAATTATGGAGATATCATCACCTGACCTTAAAGGGTATATCGCAATTCCTCTAGTTAGCAATAAGGTAGTCGATGTGTCGATTTATAATAATGACACCTGCTCAATTGGAGGAAACAACTATAAAGGTGAAACTTTGGGAGAAGGAACATTAACTCCATCTGATTATGCCCAAAAAGTTTCTATCCCTTCTAATACATGGCTAGTAATTCAATCGGAATCGGAAGAGTTTATGGCGGGGCAATTTTCCCAATGTAAGACAGCGTTAAGGTTTTATAGCGAGATTGGAAAGAATTATATATTTAGATTTAAACCAGGAAAATCTTTTGGCTACCTTACCTGTTCAGGTAGTTTAACAGAAGTTATTGTAAAAGAAGGTATAAAAAAAGAAGTAGAGGTTTCCTCTGTATTACATGGAACTTTAAATTATAAAGGTTTTTGGGAAGGTAATAAATTAGGTGAAAACCTTTGTCAAGGCTCATAAATAGCCTAACAAGCAAATCAACAGGACTAAAACAGTTGGCCGCTGCTCGTACCTCGCTATTTTCGTCCAACAATTTTAGCCCGTTATTTGGGCGTTGAGGCTGTAGAATTTCTCCAAAAGGTACATTTTCAATGTTCCTTTTATTATTTTAAACTTGTTCGTTTTTTAACCTTGCCCCGTGATCTTGTTTGAGATCTAATAGATATTATTCACTGACAGTAAAATGTTATGGCGAACTACAAACCCGATTTATCCTGCCAAAGTAAATTCATTCCCATTGATTTTTCAGTACAAATTGTTCCCGGTACTTTTGAATATGCGCTTGCGCATATTATTGATAATCATCTCGATTTATCAGGTTTTGATGCTTGGTATCATAATGATAAAACAGGTGCTGCGGCATACTCCCCAGCCGTGATGCTAAAAATCATATTGTTTGCCTACGCTCGTGGATATATTAATAGTCGCCGTATCGCTAATGCCTGTGAAACTAACATTACTTTCATGAGTTTATCAGGTGATGCCCAGCCGCACTTTACATCGATTGCCTCATTCGTTGCTCGCATGAAAGACCAAATAGCACCGCTGTTTACACAGGTTTTGATGATTTGTGACAAAGAATGCCTGATTGGTAGGCGCATGTTTTCAATCGATGGCTGTAAAATCAAGTCTAACGCCAGTAAAGAATAGAGTGGCACCATTGAAGAGCTAACGCGTAAAGAGGCTAAGCTGCGCCGAGCCAGTCAACGTATTCTAACGCGGCATCAAGCCCAAGATGGCTTGAATGAAGAATAGGTTGACCATGACCTAAAGCAAAAAGCCAAACTCGATAGTAGCGTAGAGAAAATCCAGCAATTCTTATCATGTAACGAAGATAAAATAGGTAGTCAAGGCAACCCCGTTAAAAGCAATATCACCGATAACGACAGCGCCAAAATGACGACGAGTAAAGGAACCATCCAAGGTTACAACGGTATTGCGATTAACGACGACAAACATTAAATAATCCTTCAAGCGCAAACATGGGGCAGTGTTGGCGAGCAGCAAACCTTAAAACCTGCTGTAGGGCAACTCAAGCAACAACTCAATAACCTAGGTACGCCAGATACCTTTTCCACCGCTAAGTTTACTGCCGACAGTGGTTTTCATAGTGAAGTTAATCTAGCGTATATGGCAAGCACTGGGCTTGATAGTTACATGGCTGACAATGCCTTTATAAGTCGTAATCCACTATTTCAAGTCAGTGAAACCTATCCTTTAGAAAAAGAAAAACGACGATTAAAACGCAGCCAAGGTAAACCTAAACAGTTTAATAAAGATGACTTTTATTTTGATAGAAGTACCAACACCTGTCGTTGCCCAGCGGGCAAAGATATGTGGTTACAGGGTAACAACATTATTATGGTTGGGAAAAGTTACACCCGTTTCACTGGTTATTTAAAAGACTGTAAGGTGTGCCCACTGAGACGGCAATGCATGCGTAAATCGCCAACGAAAACGGGACGACAAGTGCAGTTTGTTAACGAGTGCTCTGCAAACATCATCAGCTACAGTGACAAAATGAAGGTAAAAATAGACAGCAGCGCAGGACGGCGACAGTACAGTAAACGATTGGGTACTATTGAGCCGGTATTCGGTAACATCACAGTTAATAAAGGCATGAATAAATTCACTCTACGGGGACAAGAAAAAGTAAATGCTCAATGGCAAATGTATTGCCTTGTTCATAACATAGAAAAGTTAAGAAATAGCCTGCATTAAGGCGAAAAGCCTTGAATTTCCGCACGAAAAGCGCATCAAAAGCCGAAAGTCAGCTATCACACCATGATCAACGATGTAAAAATAAAAACAATCCAGTTAGAGTATTTTTATTAAAAATACTTTAAAAACGAGTAATTCTACAGGCTCGTTGGGCTCATGGTAATATCAACTAAGGAGTAGTATGAATAAAGTATTGATTGTCTTCGGATTACTTATGCTTACGGGATGAGCACAACTCCAAATAGGACATAAAGAATTTTATAGCCAAGTTTCACCCAAGAAATATCCGTTGACATCAAATGTTATGGTATTTGAATACAGTAATGTTGATCTAAATGAGCTATACGAATTACTTTACTCTGATCTTCTAATTATTGGTAAATCAAGTTTTAACGGTCCATATGAAAATCCAACCCAAGCTTTATTTTATGCTAAATCAATAGGTTCAGACGTTTTTATAACAACGGCTCAATTTAAAGAAACACGAACATCTTTTATGAATATGACAACACTAACATCAAGTACCACTTATATTAGCGGTTATAACGGTAGTGGCTCTGTTTATGGCACGGCAACGACATACGGCACAAAAAAAACTACGATACCTATTCGAGTTAATCGCTTTAATCAAGAAGGGTTTTATCTAAAAAACCTTAATAATATTGACGTTTTGTGGGAAAGAACTATCGATCAATATAAGGAAACTGTTCATAACTCTATTTCTGGTATTTGGGAGAATGGGAGTTACCACATAAATGTATTTCAATCAGGAAAGCAAATTGTTGCATTGACCATTTGAACTCAAGGCTCAAAACAGGCACTCACCGTTACTAGCTATAATGACTTAATTGAACGATAAGCAATGATTTAATATACTTCATTTCACAGATTGTAAAATCATTTAAATTTATAAGTGACTATAGGTATGAAGACAATTGGTAAGCTCGCTAAAGAGTTAGATATAAATGTTGAGACCATAAGGTTTTATGAAAAAAAAGGGCTTGTTTCTCAACCAATAAAGCCAGAAAATGGTTATCGTTTATATAGTAGTGCTATTGCAGACAAGCTTAGGTTTATTGCTAAAGCAAAAGCTCTTGGCTTTACATTAAAGGAAATATCCTCATTAATGTCTATGGAGAATAACTGCGCCCAAGTAGAAAGTCTAGGTTTGCATAAATTAGATATAATTCGAAATAAAATATCTAATTTACAGCGTCTAGAGAGTGTTATTAGTAAAATGACTAATTCATGTAAAACCAATCAAGACCAATACTCTTGCCCTATTATTGACTCATTAAAGTAATTGTTGACTCCGTATCTATATACGGAGTTTATCGTGATTATAAATTACTTAGGAATGATTCTATATGATAAACAAATTACTCGATAAAGTTGGCTCTGGTGGGGTTTGGATAGCAGCTCTTAGTTGTACTGCCTGTTTTCCTGCATTAGGCTCTTTGGCATCAGCACTTGGCTTGGGATTTTTTTCGTCTTTTGAAGGCGTTGCAGTAAATACTTTACTACCTATTTTCGCTACCCTTGCGTTACTCGTAAATATATATAATTGGTATCGCAATAAAAGCCATTTAAGAGGTGCTTTAAGTATTCTTGGTCCTACAGCTGTTTTACTAACACTATATCCTCTTTGGCAATATGGTTGGAGTACCTATTTATTCTACTTTGGCATAAGTTTAATGGTCGTAATGTCAGTATTAGATATTGTAAAACCTATAAAGGATCGAATATGCAAAGTATAAAATTAAACTCAACAATAACTTGTCCTGAGTGTGGTCATAGTAAAACAGAAAAAATGCCAACCAATGCCTGTCAGTGGTTCTATGAATGTGAATCATGCAAAGTATTATTACAGCCTTTAAAAGGTGATTGCTGCGTTTTCTGTTCTTATGGAACTGTTAAATGCCCACCAATTCAAGAAGGACAAGATTGCTGTAATAGCTAACCGTCTATGTCTGCTGTGGTGTAATTTTTGCCAGTAATGAGAGAATTATTGGTTCGGTCAAATCTATGTATTCTGAAATACCTATAGTTGACGTAACTATTTGAAATAGCTTAATGTCAGCTTAGTAACAAACAGTTGGTTGTTGAAAGCATAATAATTATATTGGATAAAAATGATAAAATTTAAAAAGTTATTAATTTCTTTACTAGGGTTTAGTTTTTCGATGGCAACTCATGCTAATTCTTTATGTCATAGCTCATGCACCTTTGTTTTAAAAAGTGAACAGTCTGGTGAATACAGCATTATAAATCCCGAAAGAGCTGTTAAGCGAATGACACCTTGGTCAACATTCAAAATTCCACATTCCCTTATAGCTTTAGATACAGGCGTCATTAAAAATACTGAAGTAGAGCTTACTTTTGATATAGCGGATTATCCAATTCGAAAGTGGTGGCCTAAAACTTGGTATGAAGCACCTATTTCTTTAAGGGAGGCTTATAAGTATTCGGCAGTTCCTATCTATCAAGATACAGCAAGTCAAATTAATAAAAAGAGAATGAGTCAATACTTAGCTAATTTTCAATATGGTAATCAAGATATATCATCAGGTATTGATAATTTTTGGTTGAATAAAAGTATAAAAATAAGTGCTAAAGAACAAGTCGACTTCCTCCAACGCTTATATAATCATAAGTTAGCAGTATCGAAAAATTCATTGATGCAGTTAAAAGACATCATGTTAGCTGAATCTACCGAAGATTATAAACTATATGCCAAAACGGGAGCTGGTGGGGGCGCTAAAGATAAGGCCCTAGGCTGGTATGTAGGGTTTATTGAAACCAAGAAAGACACTTATTATTTTGCTTTAAATATTGATGGCAAGTCTTTCAAAGAGGTCATCAAAACTCGAATTGATGCTGCAAAAGAGCAATTATCGTTAGCGGGTATAATATAATTTAATAATCACATAACCACTTCAGAATAAAATGCCCTGTTGGTACTAAGCTAGTGTTCGTTTTATGATGAATGTCGGCAAGTGGTATTGTTAACTGTCAAGATGAAGGTAGCTCAAAGTTTAATGAACACTAAAAATAGCTCAGGAAACTATTGATGTTAACTATATCGTATCTTTGCTGTCGTTAGGTATTAGTTGAGCCTTAGGGCAACTGCTAGCCCACGCTGTGTGATAACTCTCAGCTTACAATTTTTATGCAACGCTACGTAAATTCAAAGGTAGTTTGACGCCAAACTTATTGCAGATTTAAATCTACAGAGCATTTTTTCGTTGATATTTCCGAATTACGCAAGTTCAAAATAGTTTTCACACAGCCTGAGCCAAAAGCGGACATTCGATTAACAGTATTTTAGGTATTAAATTTTTATGAGTCTACGCTTTGGGGGGCACATACCGCCTTAGAATTTATGATCCCTTTGTGCGCAGTACTGACTTTAGCAATAAGATTTTTTTGCAATATATTTTCTAATGAATTATTCAGGCCATATTACTGGAAGTATCAGTAATAAACCAAAATCAATGCAAGTCATGACGAAAGTTAAAGTTACGACCTGTAAGTCTTTGAAATAATATCTGAATTAACATCAGTTAAATAAAACTTATGGGGCGGAATTACTGAAAAATCAGCCATGATAAGCGTTAGTTTGCCAAATAACTTCACCTTCGACTATAGTTATTACTCCATAAAGAAAAGGAGATAAATAATGCCAAAATATGTAATCGAGAGAGAAATTGAAGGTGCAGGAAAGTTATCATCATATGATCTTAAAGGGATATCACAAAAATCCTGTAATGTTTTAGATGAATTGGGTTCAAAGGTTCAATGGGTTCATAGCTATGTTACAGATAATAAAATCTATTGCGTTTATATAGCACCAGATGTTTTATCTGTTCAAAAACACGCGGATATGGGCGGTTTTCCTGCTAACTCTATCTCGGAAGTTAGGAGTATCATTGATCCAACAACATCTGAGTAAATGGTAAACTATAAGTCGTTAAAGCAACAAATAACGGTTGGCTTTGTTCATGCGTCGCTTATTTTAGCTAACATATTATTTGCCTCTGAACGAGGCGTTGAGGCTGTAGAATAACTAATTCAGCCAAAACTGCTAATGTTTTACTCCTGTATCGCGTTGTAGACGATTAATTCGATATAGGTCATGCATTTAGTCCCCTATTTTATGGGGTGATTTATAATAAAAAAGTTATTCTACAAGCTCGTTATGTTCGACAAAAATTCAGAGCGACTATTACATAAAATATCTAACTATGATGGGCGAGGATGAGTAGATGATTCAGTTTTTGGATGTTATTGAAAGCAGAGAACAGTTTAGAGAGTTAATGGGAGAGCCAAGTGAGAAAGTTACTCGCAAAACGCTCGGTAAATTAGATAACCATTGCCAAAATTTCATTAGTCGATCACCTTTTATAATATTAACTTCAGCAGATTCTTCTGGCAATCAAGATGTTTCACCAAAAGGCGACCCCGCCGGCTTTGTCATGATACTCGATGAAAATACGATCGCAATTCCAGATCGACCCGGAAATCGTAGAGCCGATACCTTTGAGAATATTTTGCAAAATCCTAATGTGGGCATCATTTTCCTTGTCCCTGGAAAAACAGAAACTCTTAGGATAAGTGGTACTGCTAAGATCGTAAGAGATGAAAAATTAAGAACATCGATGTCAATTAAAGGTCGCTTACCAGACTTTGCATTAGTTATTGAAGTGAAGGAAGCCTTTTTTCATTGCTCTAAATGCATGATTCGATCAAAATTGTGGAAATATGAAGAGTGGGCAAATCTCGACGGTTTGCCTCTTTTAGCAGAGACAATGGTGGATGCTGGAAAGTTGGACCTTTCTGTTGAAGAAATGCACCAAATTGTATTGAATGATGAAAACGAACGTTTGTACTAGCTAGATCGGAACATAACAACAAAATCGACAAGGACTCTGATCTGTGTGAAAACTCCCGAAGGAAAAATTTTATGCAACGCTACGTAAATTAATAGGTAGCTTTAAATTAAATATAATACAGAATTTAATCTAAAGAACCTTTTTCCGTTGGTTTTAACCAATTACTCAAGTTTGAAATAGTTTTCACACAGGCTGGGCTAGTTGAACATGTCTCTAATGATCACTAGCTTGATGTTAATAAAGATACGAATATAGTCGTTTCACTATTTCGTTTTTATGACTTTTTGGTGCTGACATTTATTTCAACTAGTAGTGCAATACTTTTTCTAATACTTCTTGTGCTTTAAATGGAAATAAATATTAGTTTACTGATACTTTGAGCTCCGACACTATTAGAACTTAATTGATCAGTGATACTAGCAATTTTCTATACATCGATTAACAAATCGGTTAAAATTTTTTAGCATCAGTTGAAAAAGGCAAACTAGGTTAAAGTCTAGGACGCAAAGCCAACGGTCTAAGGAAATTTAGCAATTTTTTTCTATGATAGCGTAGCTACCGACACTGGAGTATTGAATAATTAACACTCACTTCAATATCCTCCTTTTAAAATGATTGACATAATCGTCCCTGTTTCAGCATGCACCCTTAATTAACTATTTAATAATTAGTGAGAAAATCATGTGTGATGAACAAAAAAGATATTATACCGCCAATTGGATCGTAAAATTTGAAAACAAAAGTTTTGTGCCTGGTGTAAATGGCCCCCTCTTTATTTAACAAACGCTGAAGCCATACCATTATTAAAGCTAGGTGCTATTTTTGAAGTAAAAAATAGTAATAAACTTCTATCCAACTCAAGGTGTGTCCAATGAACACAATAAAACAATTTATCATCGTGATTTTTATCACTTTGGCTGTTTGTAGTTGTAGCTCAGATACCGAAGATACTGCTGAAAGTGTTGGGATAGCGTTTTTCGATGCTCTTTATAATCAAAAAGACATAAAAAAAACGACTGCTTTATGTACTCCTATTTTTGCCAAAGAAATTAATAAATACATAACGACTAAAAATGCAGCCCGACGTTTATTCAATATGTCATTTGATTCAGTTAAAATTGATGCTGCATTAGGGGATTTAAAAGTTAGAGAAGACTTCGTAAATTCAGGAAGTTTGACATTCTTATTTACTGGTGTCCGCAACGGAAAAATATATAAAGAATTAAAAAAAATTAAGCTAATTAAGAAAGGAAATACATGGTTGGTAGATCAAATATTGAAAGATCCCATGCCTAGATAAATAAGCATATAACCGACTAAAACTATAAGAGTACCTTTATAAGATCTAATCCAAACCACTGTTTCGATTCTAATGTCTAATGTCTCGAATGTTGCAAAAGTTAGAGTTATAAGTTGGGAAGTTACCGTCGCCTATGAGCTTAAAGCTCACAACAGACCATACTTAGTTCTCCTTTAATAATGGAGAACTATCATGTTACCTTTAACAATCCCTCCTTCAACATCAGAAGGTCCGACCTTTAACTGGGCACTTTTATTTGGTCCTTCGTTTAACTTATTTCCTATCCGCCACAGGAATCATTATATGTGCATAATCGGTTTTCCCCCACATCACATAAGGACCTCCTGCTTGGGGATCATTGGTGATGCCCTTAAGAGCAGCTTTAGGCACAATGATCATCAGGTGCGGTCCTTCCTTAATAAAGTCGGGCGCATTCATATGGTCTGCGTGGTAGGGGGTGGAATTTGACACGCCTCCATCGCCCTGTAACATATAGGAAAACCCCATTTTGGTTGCCGTGAAAGGGGCTTTAGTGCCCACTGCGCCCATCATTTCCATCCACACCGCATCGTTGCACATTGGCGCATTGTCATCGGGCATGGTTTCCGGCAAGCAAATCCAGTCGTTGCTTCCTTCTACGAGAATTTCTCCACGATACATTATTGTGGCATTGGCACTAATCATGGATGGTGCTGCGGATCTGGCTTTCGTGATCAGGATATTGTTATCGGCTGCTTGGACTGTGCCAGCAATCAAGAGTACAGCAGTGGTAATTAAAATTTTCTTTTTATTTAGCTGGAACATCAGCATTCTCCTTGGTTAAGTTCATATAAAGAGTAGAACACATTTCTTGTTTTTGCTTAAAAATCGAACAACTGAACTAACAATAATAAAAATACAAGATTTTTAGAACGATTGTAATTGTTTAAAACATGCTGTCGGTGATATCACCGACAGCAATGAGCTTGTAGGATGCATATACGCATCGACACTGATTTTTCATTACCCTAACTGGCTCCTGAGCCACACAGCGGTCGTTCACGTAATTGTATTGGCATGAATTCAAAGTGCGTTAAACAGAAGTTATCAGAAAAAAATTCTACACTAGATTTTAGACAAATTTTACTATAGATACATGATTACTTTTATCACACTGAAGACTTTAGGATTTGGGAATTTATACTGAAAAGTTTTGTATTTTTTGGCTAGCTGAAGTGATCTCTAATGATCACTAGCTTAATGTTAACAAAGATACGAATATAGTCCTTTTGGTCTGAATAAACCTATAATTAGGGTATTCAGATCATGTACCTATTTCATACGAATATTGATACGATATCATTTCGATGGTCACCGCTTTACTTTGATGTCATAGGTATGCCTTAACTTAAAAACGAATACTCAGGCTTGTGTAAACGCTATCTATATTGCTTTCGAAGAGCTTTGGCATAAATGCTGACAATAAAATTCATTATGGATTAATTAATAAATTAGTAGCGTTTACTTTACTAACGACAGCTCCAAGACTTAAAGCAGTCATTAGCGTCCATGATTCCCTTATGACTTTTGCTCCGACAAATAACTAAACATCAATAGCTTCTTAGGCTGTTTTCAGTTTCAGAAGTAGTAGACTTACCTTTTTCCTGATAGACAACTAAGTCACCATTGGCGACAGTTACTTCTGAATTATTAACGGTCACTTAGTGCACGGTTTCATTAAGCTAGGAGCTCCGAATGATTTATCCAACAGAAACTCGACTCTGTTTTTGTTATTTGATTTCCACCAGTATAGGGCTTTTTCAGTTCACTGAAATACACGTTACTTTAGCTCTGAATAATGTTTGTTATACCAAAGACTACAACCTTATTCAGGCTACGTAAATCAAATGGGGGGTCTCCAATTGAGTTTGGATAGTTAAAAGTAAATGTATCTTATATCGCTTGACCAGAACAATTCTACAATTTATTATATTTTTGATATATCTCAAATGTTGTAGAGCATATTAAAAAATTTAATATAGTTAATGTAAATATCTTTTTATTAGTAATTATTTTTACTACTATCCTTTTATCGTCCGCGGATAGTATAGCCTCGAGTACAAACTCTGTAATTGACACTCCTAATATTTCTTTTGATAGTTCGCAGGCCGCAGCTCTCACATTTAATCAACGCTCTCAGCACGGGCAGGAATATTTAATTGAAAACCAAAAGTTTCAGGCCAGATATTCTGCCGAGGGCTGGATGTTTGTACCTGACGATGGCGGGCCTCAATGGCATTGGAAATTAGTCGCCACTAATGCGTCAGATAAATTAGACTTTAATGCAAAACCAGAGGCATACGGATTAAGGGATATTCGATACCATCGTGGCGCTATTATTGAACAATACATTGCCAAGCCACAGGGTATGGAACAACAGTTTTTGATCACGTCTCCTCTTGATTTAAACGGGCAGGCGTTGCAGATAGAGGGAGAGATTGAAGCTGATGGTTTATTTGTTGAGACTTCTCATGGGTGGTTATGGCAAAACTCAAATGGTGTTGTGAGCCTGGGTGATGTTACCGTTATTGATGCCGATGGGCAACATTTATCAGCTTATATGGAAGTTACATCAAATCATACTCGAATAGTGGTTGATGCCAAAGATTTAGCGACCGCTGCTTATCCTGTTTTAATTGATCCAGAAGTTGGAACTAATGATTTCAGAATTAGCACTATGGGGCCTGATGGTTCTGCTGGTTATACTGCTGATAACCCTGCTGTTGCCTACAACAGTAGTTTAAATGAGTATTTAGTAGTTTGGGAAGGCGATGATGATACCGTCCCACTAGTTGACGAAGAAATAGAAATATTTGGCCAACGCATAAATGCTGAAACAGGAGCGCTTGTCGGCTCCCGCATAAGAATCAGTGAAATGGGGCCTGACGGTGATACCACATACAGAGCAAACACTCCTACTGTGGCCTACAGTAGTGCCGAAGATGAATATCTTGTTTGTTGGAGTGGTGATGATGATAGCGCGTCTAAAGTTAATGAAGAGATTGAAATTCACTGTAATTATGTTGTCGCTGCAACAGGAACTACGCCATTCTTCCCCATTATATATTCAGATATGGGCACTGATGGCAATACAAATTACTCTGCATTCAACCCTGATGTTACTTATAACGCAATCAATAACGAGTATCTATTAGTTTGGGAGGGAAGTGACAATACAGGAATTTTGGTAGCAAGTGAATTTGAGGTTTACGGTCAAAGAATATTAAGTACCACAGGCGCAGAAATTGGTAGCAATGACTTTCGCATAAGTGATATGGGTAATGATGGAGATGCTGACTTTGATGCGCTAAGACCAGCCGTTAGCCACAATGAAATTAATAATGAATATTTAGTTGTATGGGGTGGTGAAAATCAGGGGCTAGTTGATGAATGGGAAATTTATGGTCAACGAATTGATGGTGCATCGGGCACTGCTATGGGTACTAATGAGTTAGGCATCAATGACTTTCGCATAAGTGATATGGGGACTGATGGTTCAACGTTATTTTCTGGATTTGAACCAGATATTGCTTTTAACCGTTTTAATAATGAATACCTTGTTGTTTGGGAAGGTGAAGATAATACCGGCACATTAGTCAGTGGTGAGTTTGAAATTTTTGGTCAGAGATTATTAGGGGAAACGGCTGCTGAAACTGGTACGAATGACTTTAGAATTAGCGATATGGGGACCGATGGAAATACAAGCTTTGAAACTTTCGGCGCAAGTGTTTCATATAATAAAGTTAATAATGAATATTTAGTGGTTTGGAGTGGAGAAGACAATACCGGTTTGTTAGTTGATGGTGAGTTTGAGATTTATGGGCAACGCTTAATTGCTAGTAGTGGTGTTGAAGTTGGCACCAATGATTTCAGGATCAGCGACATGGGAACTGATGGAGATGCCGATTTTGATGCTTTAAATAAGGCTATAGCATACAACCCAGAGAATAATGAGTATCTAGTAGTTTGGGAAGGTGAAAACCAGATTCTGATCAGTGAGTTTGAAATTTATGGTCAACGAATAGAGATAAACTTGGGATTGGTTTTAAACGAAATAGATTATGATCAACCGGGCTCGGATAATAACGAGTTTATTGAATTAAAAAATACCGGTGATGCTGGTATCGATTTAAGTGTTTTTTCGGTTGAGCTTTTTAATGAAAGCAGCAACTCGGTTTATAAAACGTTTACATTACCATCAGTCATACTCGCAGCAGGTGATTATTATGTGATATGTGGAAATTCAACCAGAGTCAGTAATTGTGATCAAGATGATGTCACGGATATCGACTTGATTCAAAATGGATCCCCAGATGCCGTCGCTTTGAAGTGGGATACAACAATTGTCGATGCCGTTAGTTATGAGGGTGATAGCACCGCGCCTTATTTAGAAAATACCGGTGTAGGCATACTTGATGACCCTACGATGAATTCTGGTGGTATTGGTCGAATTCCAGATGGTAATGATACCAATGATAATGCAACGGATTGGTTATTTAGTTGTGTAACACCTGGTACCGATAATCTTAATGTAACAACAGACTGCAATGTAGCTTCAGTTTTAACAATAGCTGGTGCTAATTTGAGTTATGAAGAAGGTGATGGTGCGGTTGTTATTGCCGCTTTAACTACCGCTACCGATTATGACTCAGCAGCTTTTGATTCTGGTGATTTTACCATTGATATTACTTCAAATGGTACGGCAAATGATCGCTTATCAATTATTAATGTTGGCAGCGGTGCGGGAGATATTGGCTTTAATTCGGCTACTGGCGATGTTAGCTATGAAGGTGTTGTTATTGGTTCTGCATCTGGTGGAAATAATGGTTCGACACCACTAGTCATTAGTTTTAATACTAATTCCACTATTGAAGCTATAAATGTGTTAGCAACCAAAATTACTTTCGAAAATACTTTCGATAACCCTAGTACTCTAAATCGAACGGTTAGATTTGTTTTAAAAGATGATGATTTAGATGATAGTAATGCAGTCACTAAGATTATTGAAATCTCGAATATTAATGATGTGCCAGTTAATACCGTAGTACCGATAATTAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCGGACGGCGATACACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAACAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATTCACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACGAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAACAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATACACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAACAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATACACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACGAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAACAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATTCACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACGAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAGCAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATTCACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACGAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAGCAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATACACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAGCAATGCGGCGCCGGTGAATACGGTGGTACCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATTCACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAGCAATGCGGCGCCGGTGAATACGGTGGTACCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATACACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAACAATGCGGCGCCGGTGAATACGGTGGTACCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATTCACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAACAATGCGGCGCCGGTGAATACGGTGGTGCCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATTCACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACAAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTACACGCACCGCGATCAGCAATGCGGCGCCGGTGAATACGGTGGTACCTGTCATGAGCGGTACGGCCAGCATTGGCAATGCGTTGTCATCGACAACGGGCAGTTGGACGGATGCAGACGGCGATACACCAAGTTACAGTTATCAATGGTATCGAGCCGATGATAATGGTGGCACCAATGAGGCCGCCATCGCTGGCGCGACGACGAATAGTTACACACTGAACAGCGCGGATGCGCATCAATACCTACGCGTAATCGTCACTGCCAATGATGGCAATGGCAGCAGTGATCAAACGGCGAGTAGTCTTTATACATTAATAAGTAACAGTTTACCTTTTTTATCTGGAACATTTACGACAGACGGTGTTGTCAATGATAACGCAACAATTACACCTTTTAGTGGAGTAACCGTTGCTGATTCTGATACTGATAATGTTTCAATTAATATTACTTATACTTCCGCAAACGGAACTTTAAACGGAACTGGTATTACAGGCTCGGCAGGTAATTACACAGTCACATCTGCCTTAGCTGCAACGGCGACTTCTAATTTACAGGTTATCATTTTTACACCTACTGAGAATCAAACTGTAGTTGGTTCAACAGTTGTCAGTAGCTTTACTTTGATCCCAAATGACGGTATTGGAAATGGAATATCTAATGCTACAAGCCAACTAACAGCCACATCAATCAATGATGAACCAACTATTTCTGGTACACCAGCAACGAGTGTCACAGAAGACACTAATTATAGTTTTCTACCAACAGGAGTTGATATTGATAGTGGTGAGAGCGCTACTTTAGTTTATAGCATTACCAATAAGCCTGGTTGGGCGAGTTTTGATATTGCTACTGGCGCCTTAACTGGAATACCCAATGACTCTGGCGTAGGTACAACGAGTGGTATTGTTATAACTGTGACTGATACTCATAGCGCTGCTGATTCACTGGCTAGTTTTGATCTGACGGTGACAAATATTAATGATGATCCTGTTATTACGGGTACTGCAACAACTAGCACAGTAGAAGATAGTCTATATAACTTTACACCTTCTGCTAGCGATTCTGATAATGGCGAAACTGCCAGCCTAGTTTTTAGTATCACCAACAAACCAACGTGGGCTAGTTTCAGTACCAGTTCCGGCGCCTTAACTGGAATACCCGATGATTCTGATGTCGGTACAACTAAAGGTATTGTGATTAAAGTGACCGATATTAATGGAGCTATAGATACCTTACCAAGTTTTGACTTAGTGGTTACAAATTTTGATGATCCACCTACGGTGGTAAATATTTTGCCTGATATAACGGTTAATGAAGATTCATCAGATACTAATATTAATTTGAACTTAGCATTTGCTGATGTTGATAGTGATGATACCGCCATTACTAAATTAGTTCAGACAAATACAAATGCTGCTCTTGTGACTGCTTCAATAACTGGAAATTCGCTGATTTTAAGTTACTTAACTGATATGAATGGCAGTGCTAATATTACCGTTAGAGCAACGTCTAATGGTAAAACGGTTGATGACACATTCACTGTGATTGTGACTGAAAAAAATGATACTCCGATATTTTCAAGTATTGAAATAGCCATGGTTAATGAAGATTTTCCTTACAACTACAGTATCACAACCGATGATGTTGATGGTGAACCTGTCAGTATTTCGGCTTCGAATATTCCTAATTGGCTATCATTAACAGATAACAGCGACGGTACAGCTATTTTGTCTGGAACTGCAAGTAATGATGAGGTTGGCCCTCATACCATTAGCTTAAAAGTGAGCGATGGCGATTTATTTAGTTATCAAGATTTTATAATAACGGTAAGTAATGTTAATGATACTCCGGCTATCAATAGTGCCGAAATTTCCGTTGCAACCGAAGATTTAACTTATAGTTACACCGTAATTGCAACGGATGTTGATGTTGGCGATAGCCTTATTTTTAGCGCTCCTACTTTACCAAGCTGGTTGAATTTTGATAGTGGAACTCATACTTTAACTGGTATGCCATTTAACGGTGATGTGGGTATTCATAATGTAGTATTACGTGTGACAGATGCTAGCGGTGCAAGTTTTGATCAGAATTTTAGTATTGAAGTGTTTAACGCCAATGACACACTATTTGTTGATAGCGCAGCAATTGTCAATGCAACTGAGCAAGTAATATACAGTTATACATTGAAAAGTCATGATATTGATATTGGTGATAGTTTAACCTCTAATGTGATCACTAAACCTACTTGGTTAAGCTTTACTCCTATTACCAATGTATTGAGTAATGGAGTAATTATCGATAGTGGTGTATTAACAGGGACTCCGACAAATAGTGATGTAGGCGAGCATAATGTTGTACTTCAAATCACTGATGGTGTTATACCAGAGCATCAAACTTTTACTATCAATGTAGGCAATATTAATGATATCCCTGTTATTAGTGGTGTGCCAAATAGCAGTGTCGATGAAGATGCTTTGTACTATTTTAAGCCTCTGGTTACCGATCAAGATTTAGGTGACAGTCAAACTTTTAGTATTACAGGTAAACCTGATTGGGCAAGTTTCAATACCAGTAACGGTGAGCTTACGGGCACACCTGGTAATACCGATGTGAGCGTATATAATAATATTGTGATAACAGTGACTGATGCAGCTTTTGCCAGTGATAGCTTATCAGCCTTTAATATTACTGTCGGTAACACTAATGATGCACCAATCATTAACAGTCTTGCATCAACAAGTGCTAATGAAGGTGAGTTATATAGTTATACCGTCATAGCCAGTGATGTTGATGTTGGAAATAGTTTAACTTTTAACGCGCCGATACTGCCTACATGGTTAAGTTTTGATGCAGGAACACAATTACTAAGCGGTATTCCTGCTCAGCAAGATATTGGCTTTTATACTGTGGTTTTACGTGTGAATGACGGTAATGTGAATGTTGATCAAAGTTTTGTGATCGAGGTTTCTGCGACCAATAATTCGCCAGTGATCACAAGCACCGCAGCAACAATCGCGATTGAAGATATTTTGTACATTTATGCCGCAACAGTAGTTGATCCTGATGATAGTAATAACGGCATTGATCTGAACTGGAGTTTAACTAATGCGCCAGCAGGTATGCTTATTTCTAATCTCGGAGTAGTTACCTGGACACCAGCCAATGCAGTTACAACTTCAGGTTCAGTCACTTTATGGGTTGCTGATGGCGGTGAAAATGGTTCAGCTGCAGCTACAGAAAGCTTTATTATTACGGTGACTAATACCAATAATGCGCCTACCATTACAGGCGCACCCGCAACCAGTGCATCAGAAGATAGTACTTATAGTTTTACCCCCTATGCTGATGATGTGGATGTTGGGGACAGTTTAAGCTTTAGCATTATCAATCAACCAATCTGGGCGATCTTTGATACAAGCACCGGGGCTTTAACTGGCACACCGACCAATGCTGATGTGGGGGTCACCAATGGTATCGTGATCACGGTAACCGATCTTGATAGTTCTTCAGCCTCTTTGAGCAGTTTTGATTTGAGTGTGATCAATGTGAATGATGCCCCCATCATTTCAGGTACGCCTGCGAACAGTGTGGCAGAGGACAGTCTTTACAGTTTTATCCCCGCAGCTTCTGATGTGGATGCTGGTGATAGCTTAAGCTTTAGCATTATCAATCAACCCGCTTGGGCAACTTTTAATCCAAGTAATGGTGCGTTAACGGGTATACCGAATAACTCAGACGTAAGTCTGAGTAGTGGCATTGTGATATCAGTGACTGATCTCAGTAATGCCTCAAGCAGCTTAGCCAGTTTTAATATTACAGTAATTAATATTAACGATGCCCCCACCATTTCAGGCATGTCTGCAACCAGTGTGGCAGAGGACAGTCTTTACAGTTTTATCCCGACGGCTTCTGATGCGGATGCTGGTGATAGCTTAAGTTTTAGCATTATCAATCAACCCGCTTGGGCAAGTTTTAATCCAAGTAATGGTGCGTTAACGGGGATACCGAATAACTCAGACGTGGGTATGAATAGTGGCATTGTGATTTCAGTGACTGATCTCAGTAATGCCTCAAGCAGCTTAGCCAGTTTTAATATTACAGTGATTAATATTAACGATGCCCCCATCATTTCAGGTACGCCTGCGAACAGTGTGGCAGAGGACAGTCTTTACAGTTTTATCCCGACGGCTTCTGATGCGGATGCTGGTGATAGCTTAAGTTTTAGCATTATCAATCAACCTGGCTGGACAACCTTTAATCCAAGTACTGGAGCTTTAACTGGCACGCCCGGCAATGTTGATGTGGGTGTCACCAACGCTATCGTGATCACGGTAACCGATCTTAATAATGCAGCTGCCTCTTTGGTCAATTTTGATTTGAGTGTTATCAATGTGAATGACGCACCCACTATTACTGGTACGCCTGCAACTAGTGTGGCAGAGGATAGCCTTTACAGCTTTACCCCAGCGGCTTCTGATATCGATGCTGGTGACGTGTTAACTTTTAGTATTAGTAACCAACCGAACTGGGCAAATTTTAATACCAGCACAGGCGCTTTAACTGGCATGCCTACTAATGCTGATGTGGGAGTCACCAACGGTATCGTGATCACGGTAACCGATCTTAATAATGCAGCTGCCTCTTTGGTCAATTTTGATTTGAGTGTTATCAATGTGAATGACGCACCCACTATTACTGGTACGCCTGCAACTAGTGTGGCAGAGGATAGCCTTTACAGCTTTACCCCAGCGGCTTCTGATATCGATGCTGGTGACGTGTTAACTTTTAGTATTAGTAACCAACCGAACTGGGCAAATTTTAATACCAGCACAGGCGCTTTAACTGGCATGCCTACTAATGCTGATGTGGGAGTCACCAACGCTATCGTGATCACGGTAACCGATCTTAATAATGCAGCTGCCTCTTTGGTCAATTTTGATTTGAGTGTTATCAATGTGAATGACGCACCCACTATTACTGGTACGCCTGCAACTAGTGTGGCAGAGGATAGCCTTTACAGCTTTACCCCAGCGGCTTCTGATATCGATGCTGGTGACGTGTTAACTTTTAGTATTAGTAACCAACCGAACTGGGCAAATTTTAATACCAGCACAGGCGCTTTAACTGGCATGCCTACTAATGCTGATGTGGGAGTCACCAACGGTATCGTGATCACGGTAACCGATCTTAATAATGCAGCTGCCTCTTTGGTCAATTTTGATTTGAGTGTTATCAATGTGAATGACGCACCCACTATTACTGGTACGCCTGCAACTAGTGTGGCAGAGGATAGCCTTTACAGCTTTACCCCAGCGGCTTCTGATATCGATGCTGGTGACGTGTTAACTTTTAGTATTAGTAACCAACCGAACTGGGCAAATTTTAATACCAGCACAGGCGCTTTAACTGGCATGCCTACTAATGCTGATGTGGGAGTCACCAACGCTATCGTGATCACGGTAACCGATCTTAATAATGCAGCTGCCTCTTTGGTCAGTTTTGATTTGAGTGTTATCAATGTGAATGACGCACCCACCATTACTGGTACGCCTGCAACTAGTGTGGCAGAGGATAGCCTTTACAGCTTTACCCCAGCGGTTTCTGATATCGATGCTGGTGACGTGTTAACTTTTAGTATTAGTAACCAACCGATCTGGGCAAATTTTAATACCAGCACAGGCGCTTTAACTGGCATGCCCACTAATGCTGATGTGGGGGTCACCAACGGTATCGTGATCACGGTAACAGATCTTAATAATGTATCATCATCGTTGACCGGTTTTGACCTAACAGTAATTAATGTCAACGATACGCCAGAGGTTATTGATCAAAATATAACTACGAACGAAGATATTGCAGTTTCGATTGTATTAATTGGCACTGATGTCGATGGTGATAGCTTGTCTTTTATGTGGGTGAACGAACCATCAAATGGAACTCTTACGGGAGTTTTACCTAATCTTAGCTACACTCCAAATGCCAATTTTTCAGGTAGCGACAGTTTCTCCTTTAAAGCTAATGATGGGACAACCGACTCAAATACAGCTACAGTTTATCTTACGATTAATAGCACGAATGACACTCCTTTGGTCAGCGACAAAACCGTTACTATGTTAGAGGATTCTAGTGTAGATATTATTTTGACGGCTAGCGATTCAGATAATGATAAGCTGACATTTGTTGTCGTAAGGCAACCTAGCAATGGTTTGTTGACTGGTCAGGCTCCGGATCTCCTTTTTACCCCCAATGGTAATTTTAATGGCAGTGATAGTTTTACTTTCAAAGCCAATGACGGAGAGTTAGATTCTGAAACGAAAACAGTTGCAATTGATATAACACCTGTTAATGATGAGCCTCAAGCTGTCGATGATTACCTAAGTAGAGATAATTGGGATACTGTGACTATTGATGTGCTATTAAACGATAGTGATGTAGATGCAGACGCTATGACTATTGAAGGCGCTAATGTTAATTCTGGTACGCTCAGCTGGACTGACGAGCTATTGACCTTCACCCCGAATATTGGTTTTAAAGGTGTAGTGGTGATTGACTATACTATTAGCGATAATCAGCAGGGAAGTGACTCAGCTCAAGTCTTTATTGATATCAATGTAGATGATGTCAGTTTACCTGTGATCAATGCACCTGCAGATGTAGAGGTTAATGCAGATGCGTTATTAGTCAAGGTTGAACTTGGCGTTGCAACGGCGGTGGATCAGTTTGGACGCTCAATTGCTGTGACTTTAGTTGACGACCTAACATTTTTCAAACCGGGTATTCATTCTGTTATATGGCGCGCAATGGATAGCGAAGGGCTTGTTGCTGAAGCAAGTCAATTAGTGCGTATTAACCCATTAATTTCTCTTGATAAAGACCAAACTATGCTTGAAGGGGGTGGGGTAACAGTTGGTATCCGACTGAATGGGGTTTCTCCGCAGTATCCCCTGCATATCCCCTTTATTGTTACAGGTAGTGCAAACTCAGGAGATGATCATAATTTGAATAGTGGTGTGGTTGTGATTGAATCAGGGACTGAGGCTTTCATCCATTTTGATATCTTAGCGGATGTTGAAATAGAAGGGCAGGAGACAATTGTTTTGGAACTTGGTAATACCGTTAATCGAGGTAGCAAATTTATTCATACGGTGACCATTAATGAAGATAATGTTGCGCCTCGAGTAAGTTTAACTTTAGAGCAATCAGGTTCCGCTCATGCCATTATTTATCAACAAGCGGGTGAAGTTGTTGTCAATTCAAAAATCGATCATCCAAAGCCTGATAGGCAGTTCAGCTATATCTGGTCTAATCAAGAACAGATAATTACTGATGTTGATAATATAGATGAAAGCTTTAGTTTTGACCCTTCCAACTTGTCGCCAGGTCTTTACCATATTCAATTGAAGGTGACAGATCTTAATGAACCAGAATTTAGTGATGTTTTTGAGTTGAATTTTAAACTTCAAACAATGGCAATTGATCTGGGAAGTGATGATTTTGATGGGGATGGTATACCCGATAATATTGAGGGACACGAGGATAGCGATGGTGATGGACTTGCTAACTATATGGATGCTTTTGCTGAATGTAATGTTATGCCATCCCAAGTTGATACCAGTAACTTCTTGGTTGAAGGCGAACCTGGAGTTTGTTTACGTTTGGGGGATGTTGCCCTTGATAATGGTGCCAATGGTCTGCGAATAATAAATGAGCAAATAACAGACACTGAAACCGTCAATATGAGTAGTGTCTTCGATTTTATTGCTTACAATTTACCAATGGCAGGTGAGAGTTATCAAATTGTTTTACCCCAGGTTCAGCCTGTGCCTGCCAAAGCTATCTATAGAAAACTAATGCCACTAATTGGCTGGGTGACTTTTAGTGAAACTCAAGCAGATCAACTTTGGTCAACTCAAGGAGAACGTGGCTATTGCCCTCCACCCGGAGATATAAGTTGGCAAAAAGGTCTCGTTGAAGGAAGCTGGTGTGTTCAACTTACGATCCAAGACGGGGGTATTAATGATGCTGATGGACTCTCTAATAATATGATTGTTGATCCTGGTGGTGTTGCTGTGTTCATTAATAATAATACCCCTCCTGTTGCAAATGACGATATGGCTGAAACTAGTATCAATACTTCGCTGATCATTGATGTATTAGCCAATGATAGTGATGTTGATGGTGATTTGTTAACGATTAGTTCTGCAAATGCGAACTTAGGTCAGGTTATTGTTGTTGGCAGTCAGTTAGAGTATCAGCCTGTTATGCAATTTATCGGTATTGATACTATCGTTTATGCTATTACAGATGGTATGGGGGGGGCTACCTCTGCTAGTGTCAGTATTGAAGTATTAGCCAATCAAAAACCGATTGCCAATAATGACATAGCGACAGTTAAGGCTGGGCAACAAATAATTATAGATGTTTTGGTTAATGACTCCGATGGTGAAAATGATATATTGCAAGTGATTGAAGTGACTGCTGAGCAGGGAAGTATTTTTATCAACGCTGATAATACACTTACCTATACTGCACCACTAGACTTTATAGGCGTGGATAGTGTCAACTATTTGATCCGTGATGAATTTGGCGGTGAAGCGAGCGGTCAGATCGAAATTACAGTGACTTCTGGCACTATAGAAATGACTCTTACGACCACTGGCGGCGGTTCAATAGGGTTGTTTTTCATATTATTATTATTGTTAATCACAAATATAAAATATTTGAGCTTACTCCAAGATATCAGAATAAGACAAATAAATGCTCAAACATGATTACAACGTCATTTACCAAAATGGAAAATATTAGTGATTAAAAAAGTAGGTGTTATTGGATTATTGTTATGTCTGTCTGGATCATTAGTGGCTGAAGCTGCGGATAATACTCATTGGTATATTCTAGGGGGTATTGCTCAAGTTTCGGGAAACAGTTCAAGTCAAGAGTTAACACAAGATTTGGTTCAAGTTGGAGTGACGGTCAACCAACTAACGATTGAGGATAACCGCACTGGTTGGCAGTTCAAGTTAGGTCGTAGTCTCACCGAGCATCTGGCGCTGGAAGCCGGTTTTATTGATTTAGGTGAAGTGGCTATAAGTATGACAGCAGAAGTCAGCAATCCTGATGGGTTGATTGCTTCCGCCAATAAAATACATCCAAATTCAGCCACAGGCTACACTTTTGGCGGTGTATATCGCTATTGTATTTATAGCCCATTTTACTTAGAGGCTCGTGCAGGTCTATTTATCTGGCATGGTGATTTTGAAAGCGAGTTGCCCCGTGGCTATCAACAAATTAATAGTCATAATTCAGGTATAGATGCTTATTTAGCCTTAGGGGGGCTTATAGATTGAATGACAATAGTGCTATATCAATAACATGGGGAAGATATCAATTAGACAAGCAATATTCAGATGTATTATCTTTTAATTGGCAATATTACTTTCGTTGACTATATCGCCTTTTTTGATAGGGCTAACCCCAGTCTCCTCATTGAATGTTCGTTCTTGTAAATTCATCAAATAATCGACTAGATTCAAAGTCTATTTTTTCAGTAAGCCTCTCTAATTTTTTTAAACGTTTATTGTTTGTTGGCGATGATAACGGCTCTGTTGCGGTAGTTTTTGATGCAAACAATCTTCAATTTGTAACAACTTTCTAGTGAATAGGTCAAATTATAATAATCATTTTTGCATGATGAATAACACTTTTTGTCATAAACCAAAAAATTGAGTTATTTGTAATAATCCTAAAGTTAGTTACTCTGTTTAGGTCAACAAGCGGGGGACAATTGATCTCGACCAATACACAAAATTTCAAATTCTTACTTCTTCAATGCGCACTAAGTGACCATATTAGCATTATGAGTTTTGTTGGCTTTTTAGAGTGTTATAAATACGTAGACATTTCACTGTTTAACGTTGTTGTGAAGTCTTCAAAAGATATCAGAAATTTATTAGTATTTTCATATAAATTTAGTGTTCGCTGATTTCTACCAGTACTAGCTGCTTTTGATTTATTGCTTGAAAAAACGCTAACTATTTACGTCCGCTTGAGTAACTTATACGCAATTTGCACGTCATTGGAAATGCACTGTATTTTAAGGATGATTTTATAAAACGTACTCATAAAGAGTGTTTTCCAAACATTATAAAAGCGCACTTCTATCGCTATATGCATAAAATATGATACGGATAAAACAATCGATATGATTACTATATAAATAAAAAATTTATTTTCTTCTGAACCGTATTTAGAAATAAACATATAACCGAAATGTGCATGAATTAAATATACCGGATAGGTTAATGCACCCAGCGTCTTTGAAAGGGGGAGCGTTAATAATTGCGCCTTTTTTGTATTCATATAAATGAAAAAAACAAAGAAACTGACAATAATTCCCCCGACAACATATTCTGAGAAGACTACGCCCATGGACTCGGATTTTAATAATGCTTGCTCAGTTGAATAAAACAAACCTAAACCAAAAGATATAATGATTGATAAAATAATCTTCAGCGATTTATCTATTTTTAATAGTGCGAATAACGCCCCCGCAGAAAAATAGTAAAAATAGCCACCAAGATAAGGAAGATCATCATGACCAATGATGAATGCTATGAGCATTGCAATAGGCCACAACATGAATAATAGATTTAAATGTTTTTGTAATCCGATAATAAGTAGAAAGAAAACTAAGGCATAAAACTTTATTTCATATACCAATGTCCAGTACACTCCGTCAACATGAGCAATATTTAGATAATTTTGTAGCAGTGTAAAATTCATAATTATTTGATTAGGGTTTACTGACATAAGATCGCCCCCCCAATACCATGCAAAGATAGATGTAAAAATTACTGCAAACCAATAGGAAGGATAAAGGCGGATGGCTCGAGAGACTGCAAACTGGGCAGGTGTTCTGTTTTTGGCGGAGTTAAAAATGACAAAACCACTGATCATAAAAAACAACTCAACGCCAAGGTATCCATATTTGGTGAATTCAATCAGGGAATCTATATGATCTAAAGAGTCAATTTTCCCATTCGCTATGCCATTAAAAGTATAATGGAATAAAACAACTATTATAGCGGCAAAAAAACGACCATAATCCAACAATTCTAATCTTTTCATCTGTAATATTCCTTAACATAAAAATTTAAATGGAATTAACTACTCTTTAGAGCTGTTTGTAATAAATTTAACTTGTTAACCACTGAGTCGTTTTTTTTCCATGAGAGCCCATATAGACCCACTAAATGCTTGTCTTTACCGTTGGCATACCAACGTAATAACACCACAGCAAATATCATCCAACCTAACACCGAACCCATAATATAAAGACCAGCGAAAGCGAAGAACGGATAGGTCAGTGTTAATCCGAACAGATCATTTTTTCTTCAGTAGAATTTGGATTAAGTTGTTTTTTATCATGTGAGTATCAGTCCAAATGCGAGTAATAAAAAAGCGGTAATATGCGTATTGTGTTATGTCAGCTTACTTTTTCTATTGACTAAAATAGTGTTGTTACTACTTGTATAGCTAAATGTGTGCCAAAACTCACCATTTTATGTAATGTTCTGATTTATAAGTTTTTATTTGATTTTTAATGTTTTTTTAATGAAGGGATTGATGTGGTAAATTGCAAAATAAAAAGGTTATTTTCATTTTGCAATTCTTTACAGATGTTAAATTTTTGTAAAGAAACCTAATACGAGTTCAGTCTTTTTTAAGTATTATTTGAATTAACTTATTACGCTGCGATAGGATAATTAATCCTAAGGTAATAAATAGAAACCCAGTGATTTCGTCAACAAAAGCAATAATGTATTTAGGGCTACTTTGTTTCATTGGATAAGATGGCGTTGTTAACATTTTCAGTACAGGATAAGAGGCAAAACATCAGACTTACTTTCTTCAAGCCTTGACGCAGCAGACGCAAAAATTGCTTCCGCCATGTTAAATTTTCTTTATAAACGTTCTAATTCAACAATTTATTGTGAGTAAATTTTTAATTGGTCCCCCAAGTGGAGTACTGAGCGTCCTAGATCCCCCAACATTGACTCTTGTCCCTTTTACTTTGTGTAAGCGTGAATTAAATCAGCAAATAATTTAGAACGTTTTGGGTTTAATTCTAAATTTAATGAGTTAAATATTTCATTAGAATTCACACCTTACATTTGACTGCTTCTTTCGTTAATCGCGATACGGATAAAATTTAATCTTTTTTGCTGTGCTTTAACTTTTGGGTGATTTTGGCCATTGAAATCGCCCTTGTTCTAAGGGACGATAATAAAGCCAAAAACCATTAGTATCCCAAAATAATATTTTTAATTTATCGCACTGCTTATTACAAAAAAACCAAGCTTGACTCAAAGGATCTAGTGATAAGGTCTCACTAACAATAATACTTAGGCCATTGATTGATTTTCTCATGTCAGTGAAATCAGTGACCAAGTAAACTTGGTTTGGGGTATGCATTACAACGCACCCAATAATAGAGATAACGTTTGAGGCATTAATGTCGACTCAAAATTTAACTGGTACCCCATTGGTGTGGTGATTTTACTCATGGAAGGTTGAGTTAAAAGTTGTTCATGTATAACAAAGGGGCTCACCTGTTGAGGTTTAATTGGTTGGGTTTTATCTGCAAGTTATTTACGCCAACCATTGAAGGTGGACACGTTAATCTTGTTATCTCGGCAAAATTGAATGATAGTTAAATCGCTACGTTGTTGCTATTTAAATATGTTTTGCCAGTGTTTTATTTTTTGCTGTTTATTCATCATGACCTCATGTTAATTTACTGAGGTAATTATGCGTAGGCTTTATTAATATTGGTATGTGGGGCTAATTACGCGCTTACTTTTTAACGACAACTAAATCGAACATGCTCTTTCTTAAACGTAGGCTATACTCTGTATTTTTAACAATGCTATAATTTATACTGCTGTAAGGTGTTAATAACAAATAACAAATAACAAATAACAAATATTGTTATATTGGAGTGTTTTTATGCAAAAAGGGAACAAATATAATTGGCAAAGTAGTATATGGCTACTCCTCTTTTTATGTATAAGCAGTAATACAATTGCAAGTAGCTATTACTCCTCAGCACAAAGTATTTCTGCTAGTGACGGTCTACCTGAGACTACTATATTTTCCATGGCATACGATAAGGAGGGTTTCATTTGGCTTGGAACACCTTCTCGACTAATTCGATATGATGGATATGAATTTAAATCATTTTCAAACGCCAAACAAGAATCAAAACCGCTAGTTGTGTCAAATATGGGGAATATCTTCATAGACAGTCATAATAGACTTTGGATAGGCAGTTGGGGAGAGGGGATTGCAGTTTACTCAACAGACTTAGTTTTATTACATTATTTTCAAGAAGATAAAACCAATGTTAGGTCTTTGCCTAATAACCGTATACAAGTTATTTTTGAAGATAAGAATAAGACTATATGGCTAGGCACCAATGGGGGTGGTTTAGCTCGGTTTGATGAGTCTTCAACTGATTTTACTGTTTTTGAAAATGATCCCAATGATAACAATACACTTAGTCATAATCGTGTATGGAGTATCGCGGAAGATAAAAATGGAGCGATATGGGTTGCAACGAGTAAGGGGTTAAATAAGTTGCCCTTGCATTCTCAATTTTTTGAAACGTTTTATTATGACAGCAACTCTAACACTTCTCTGAATCATGATTTAATTCGAAGTTTACTAGTAGACAAAAAAGGGAGGCTTTGGGTTGGTACACAAACTGGATTTGGTGAGTTTGATGTCGACAAGCACGTTTTTGAACGTATTGAATTACTGAATCAATCTGGTACTAGTACTGTTTCTCGAATTAAGGAAGATAGAAATGGAAGTCTTTTTATCGGTACATTAGAAGGACTTTATCGTTACATTCCGGATAAACAACAATTAACACCTTGGTCTGGTGACAAAAAATATCAACTTTTCCCTCAAAACGACATACGTGACATTCTATTTGACCGTTCAGGCCTTCTTTGGGTTGCGACACGATTTGGCGGGCTTATTAAAGTTGATTTGACGCCTAATATATTTAAACATATTGATAGTTATACTATTGATAGTGCATTGAAACCTATTAGACGTGTTTATGCTCTATTTCAAGATAGTAATAATATAGTTTGGATTAGTACGGCTGACGGACTTTTAACTATGGATTTACAGACAAACTTAGTTACTTCTCATCTTACTAAAGAAAAAAACTATCAGGGAAATATTACCTCTATATCTGAAGATAAAGAAGGCACTTTATGGCTTAGTGGTTCATTTGGGCTATTAACATTGGATAAAGCCAGAGCAACTTTTGCTAATAGAAACGATGTTCTTGAAGGTATTCAAAATAAAAATGTAAACAAAGTCTTTGTTGATTCACATAACCACTTATGGGTAGGTATGACACACGGAGGACTCATTTTTTATGACTTTTCAGGTATTAGAAACGTTTATAGATATGATAAAAATAATCTACATTCTTTAAATGATAATACTATCTTATCTTTGTTTGAAGATAGAGCTGAACACATTTGGGCAGGAACCCCCGTAGGACTTAATCGTTTTGATTCGGTGAATAACATATTTAGCCACTATGATTCAAATCTAACAGATTATTTAATTAATGATATTACCCAAACTAACGACGGAGCTATATGGTTAGCAACTCCTGCCAGTTTAAACAAGTTCGACTATATTTCTGGAAATATACAACGCCTTAGTGTCAGTCATGGATTAAGCAATGATAATATTAAAGGCGTTCTTGAGGATGATTTTGGTAATTTATGGGTTAGTTCAAGTCATGGTATTTCTAAATACAATATGGGAGAGGAGTCTTTCATAAATTATAGCGCTACTAGAAGTTTTAATAATAATACGTTTCTTCCCGATATTGCCCTAAAAGCGACTAACGGTACTATGTATTTTGGAGGAATAAATGGGATTGATAAAATCACTCCTGCTCGTGTAAGTCCATCATCCTATAAACCTAATACAGTTATTACTGATGTATGGGTCGATGACAAGAAGATATTTATAGATAATCAATCACCAAATCGCACTATAAAACTACCACATGATACTCTTCGGATAGAGATAGCTTTTGCAACGCTTGATTTTTTTGAACCATCAAAGATTCAATATAGCTACATTTTGAACGGCTTAAATGATGAATGGCGTCAACCGTCAACTTCTAGAATTGCCACATTCACCAGTTTAGATCCTGGAGTTTATATTTTTTCAATGATGGGAATAAATAGTCACAATATTAAGAGCCAAAACATATCCGCATTAAAAATAATCATAGCGACTCCGTGGTGGGAAACTCTTTGGGTCAAACTTTTAATGAGTATTACAGTGATTTTTTTATTCTATAAGCTATATCAATACAGAGTAAAAAGGTATGAGTTGCAAAAAGATAAGTTAGAAAGAAAAGTTTCAAATAGAACTGAAGAGTTAAAAAAATCTAATCTACAATTGGCTTCAACCGTTAAACAATTACACACGTTCCAAAAAGAACTAGTGGAAAAAGAAAAAATGGCTACTTTAGGAAAAATGGTTGCTGGTGTAGCACACGAGGTCAATACACCGATAGGGATTGGGATCACTGCATCAACTTTATTACATGAGAAAATGGACGATCTTCAAGCAGCATATGAAAACCAGAAAGTAACAAAATCCAAAATAGAAAAATTTCTTTTTGAGGGAAATGAAAATATTGGTCTGCTTTGTAGAAGTCTAGATCGAGCATCTAAATTAATTAATAAATTTCAGCAGGTTGATATTGAACAATCAAATAAAAACGTCACCCAACTTCACCTGTACCACTTAATAACTGAAATGATTTCACCTTTTCAGTCTAATGGGTCAAAACATGAGTTTATTATCGATTGTGATAAAAATATGTTGATCACTAGCAAAAGAGAATCGATTGAACATGTTTTAAGTAACCTTATAGAAAATTCGCTAGGTCATGGCTTTGAGGGTATCGAAAAAGGGACGATTATGATTGAATGTACATTCTCTGAAAACTCTTGCACAATCATGTATTCTGATAATGGTAATGGTGTCAGCGAAGAGTTTCAAAAAGTTATCTTTGATCCATTTTCAACGACTAACCGTGGGAGCGGGTCTGGGTTAGGAATGCATCTAGTTTATAATATAGTCGCTCAGGCGCTGCATGGAAGTATTGAAATTCATAATAATCAAGGTTCAGGGATCAAGTTTAAAATAGAATTTCCTATGTTGGATGTTTGAGAAAGTAGGGGAAGGATACTCAATTCGTATATAGTAGCTCTTTAAATATATAGTGTTTTTAATTAGTCCTGCTGTAGTGTTAGTAATTTTTATGATCGTGTTGTTAATAATGTTGCGGTGATTGATTTTTTAAATATTGGTATTGGCTCTATTCGAGCAGAAATTTTTAATGTAGTGGATATCGTAATAATGTTAGGCGTTTTTCTTCTCCTATTTACTCAAAACAAAAATCAAGCTAAGGCGTAAAAGACTACTAACAAGGCTGTAAAACATACTGTAGCTTCAGCGGACATCAATTTTATAATTCTATCGTGCTTTTGAGGCAAAATGAGAAAAAAATACTGCTAATGTCAGGTATCCTTGAAGATAGTGGACATAATATTAGTGATTGGTCGTCTCAAAAATCATGCTCTTTCACATAAGGTCATCATTTTACGTTTATTCATATAATGACCTTGCTTATATTATGAGTTTATTTACTGACTTAATACATTATTAACTAGTTAACTCTTTGCTGACTATAACTTTTCAACTAAGTCTATTAAACGCCGCCAATACTCGTTTATAATCTAAGAGTCATTCTTAATAAAAGTATAAAAAATGAAAAATAAAATAGCTTTAACCTTATTTACTTTAGCGCTGGTAAGTGGCTGTAGCAAAGAAAGTAATGTTTCAAAAAATACCGAAGTAGATGTTGCGGCGAGTTATCAAAGCATTAACAAAGAACAACTTATTGAGCATATCAAAGTACTTGCTTCAGATGAGTTTGAAGGGCGCGCACCGTCAAGTAAAGGTGAAGAGCTTACGCTTGATTACTTAACTAAACAATTAACGGCAATAGGTTTTAAGCCAGGCAATGGTAATAGTTTCCTTCAAGCCGTACCTATGGTGTCAATTGAGGCATCACCAGACATGACATTGTCAATTGGTGATAAAGATTATCAATACGGGACGGATATGGTAATGGGCTCTGCTCGCATAAGTAACTTTGAACAACTTAAAGACTCAGAATTAGTCTTTGTTGGTTACGGTATTAACGCGCCAGAGTACAACTGGAATGATTATCAAGATTTGGATGTTAAAGGTAAAACCGTTGTTATTTTAGTTAATGATCCGGGTTTTGCAACTCAAGATGCTAAACTTTTCAACGGTAATGCGATGACCTATTACGGGCGCTGGACCTATAAATATGAAGAAGCTAGCCGACAAGGTGCTGAAGGTGCGATCATTATTCACGAAACTGCTCCCGCATCATACGATTGGTCGGTAGTCGAACACTCGTGGTCTGGTCCTCAATTTGGCTTTGTGCGTGAAGACAAAAATAAAGACCGTGTAGCGGTTGAAGGTTGGATAAATAGTGAGGTTGCCAAAGAATTATTTACTCAAGCCGGTGTAAACTTCGAACAGGCTAAAATTGCGGCTGCCAAGGGAAGTTATCATCTTGATATGGGCGACTTAACAGCTTCTGTTACGGTAAATAACACGGTGAAAGAATCTGTATCTTATAACTTTATCGCCACTTTACCTGGAAGCGTTAAGCCTGATGAACATATTTTATATACTGCACATTGGGATCACTTAGGCAAAGATACCAGCTTAATTGGCGACCAAATTTATAATGGCGCTGTCGATAATGCATCGGGTACAGGGGCACTTATTGAAGTTGCTGAAGCTTTTGCTAAATTGCCTGTTGCACCAGCGCGTTCCATTACCATCATGGCAGTAACTGCAGAAGAACAAGGGTTGTTAGGTTCTAAGTTTTATGCGGCTAATCCTATTATTCCAGCGGCTAAGACAGTTGCAAATATTAATATGGATGCTTTAGGGGTTAATGGTCGAAGTAGCGATGTCTCTGTCTATGGATTAGGGCAGTCAGAACTCGATAACTTTCTTAGTGATGCAGCGAAGAAGCAAAACCGCACCATCGCCGGGGATCCTCGTCCTGCTGCGGGTATCTATTACCGCTCTGATCACTTTGCCTTTGCAAATATCGGCATTCCAGCGTTATATGCTAAAACGGGAGAAACTGCCGTTGATGAAGCGACTAAAACGTTGAGAACTCAGTTAAAGGAAAGTCTTGGTAAGTGTTATCACAACCTTTGTGATGAATATAATGATACATGGGATCTTTCTGGCGCAGAAGAAGATATGCAAGCATTTTTTGACATTGGTTATCAGCTTTCCAAAGAAAATGTTTGGCCACAATGGAGTAAAACATCAGAGTTTAAACGCTAAACGCTGAATATAGCTAAGCGAGTACAAGTCTTACTTTATTGATGACTTTGCTCGCTTAACTCGTTAACAAAGTGTTTTTAGATGCTTTTATACCAGTTTTTCAGTAAAAAAGGCTAGGGTGCGATGCCAGGCAAGCTCGGCATTTTCTTTATCATAACGGCTGGTCGAGTCATTATGAAAGCCATGTTTGGCATTTTTATAGATCTGCACTTGAAAAGGGGCTTGAACAATTTTCAAGTCACTTTCATAGTCAGGCCAAGAGTTATTAACCCTTTCATCGAGTTCAGCCAATTGAATCAGTAACGATGCCTTAATATTTTTACGCAATTCTTTTTTGGCTGGCGTGCCATAAAAAGGTACGCCGGCAATAATCAAATCAGACTCCACTGCGGCTAAGTAATTGACTATGTAACCACCAAAACAAAAGCCAACAGCACCAAGTTTTCCATTACTTCTGTGATGTTTTTTGATGAATTTTGCTGCTGCAACAAAGTCATGCTGTATTTTTTCAGCATCCATCGACTTTTGCATAGATCTGCCTTCATCATCATTACCTGGATATCCTCCTAATGGGAACAATGCATCTGGAGCAAAGGCAAGATACCCCGCTTTAGCTAAACGTCGAGCAACATCTTTTACGTAGGGGTTTAAACCTCTGTTTTCATGAATAACTAAAACAACAGGCAAGGTTCCTGTTTTGTTGGTTGGTGTTACTAAGTAGCCGACACCTTTATCGTAACCTTCGGGTGAATCAAAAGTTTCATAGGTAGCTTTTATTTCATCATCATTAAAAGAAACTTGTTCTGCTAGGGCATAATTTGGAAGCAATGCCGATGTGAGCACTGTCATTGAGTATCCCACTGCAACTAAAGTCGCTAACTTTGCCATAAAGCTTCTGCGATCCATACCGCCATGCGCGTATTCGTCGTACCAGTCAAATGCTTCTTGAGGGATATCACTAGCTGATTTTTTTGACATTTATTTATCTCACTTATTAATTTAAATAATCTAACCCTTCATAAACAACTTATAAAATATATTTATTTAAGTATTTTCGCAAATTTATTCAGATAATTTAGTCTTGATTACTTAGACGTTATCCTTGAACTTCGATAATAAAATTTTATAGTTTTTTGACATAGTTCATTGCTTAGACGAGGCTATTACTCAAGAATAAGGTGACGATATACTTGTAGCCTAAAGGATGGGTTTTTTATTAGATAGGGTGGATGTGATTATATTTTATCCGTTTTTATTATAAAAATGTTAAGTAAACTGATCTTAATTGTTTAACAGTACGTAAATATTGGCTGAAACTAAATATTATCCATTAAATAGGAATTAACATGTTAAATAAATTTATTACAACAGGTTTACTCGTAGTTGCCAGCCTAGCTTTTATGCCGACTTCTCATGCAGAACACCATGGTATGAAAAAAGACATTGTTGATGTAGCTGCGGCAAATGGTTCTTTTAATACTCTTGTTGCTGCCGTTAAAGCCGGTGGACTTGTCGATACACTCAAAGGAAAAGGGCCTTTTACTGTATTTGCACCAACTGATGAAGCTTTTGCAAAGTTACCTGCAGGCACGGTTGAAATGCTATTAAAGCCAGAAAACAAAGATAAATTGGTATCGATTTTAACCTATCACGTCGTTGCTGGAAAAGTGATGTCTACAGATGTTGTTAAAGTCGACAGTGCTAGTACAGTACAAGGCCAAATGTTGATGGTGAAAGTAGACGGCGGTAATGTAATGATAAATAATGCGAAAATTATTATGGCTGACGTTAAAGCAAGTAACGGTGTCATACATGTCATTGATACAGTCTTAATGCCTAAGTAAAGTTATTGTAAAGTATTGCTTTAACTACTGATACTTAATCAATTGTTTACTATTAAGCCAGCTTTAGCTGGATTTTTCTATCGCGGTGCGAATAAAAAAATTTTCACCCACTTATCTGTTTGCTGATAAATCAAGAATAGTGGCAATAAACCTTGCTGCACCTCCAAATATAGTGATAATCGGGCAAGGTTCTATTTACTGAGTTTATAAAGTGCAACTATTAGCAGTAACGTGTTTGAACAAAACACTACGATTAGAAGGTTCAATGGCGGGATGGCAACAACTTTTTTGGGACGACCAGTGTGTCTCACAAATTGACGCGGTTGATGGCAACGATACCTTTACACATCAATTCTCTCTACAAAGTGAGCAAGGTGAATTACATATAGAACTTAAGGGCACACTGCATTGGCAGCCTTTTGTGCTTAAATACCAGCTTTTTATTGATAATAAACTTCAACAAGAAGATACCCTCATTGAAAAAGATATAGAACAACGCCAAGTTAGCAAAGCTAGCAAGCAACCGATGAAATTTAGTTTCATTGGCATGGCTGGACTTGGCTTGAAATTGTTAAAAAGTGCCAAAGTCATCAAAGTGCTATTTGCTGCTGGTAGTTTGGCCGCATATAGTTGGTTATTTTCTATTGAATTTGCCATAGCACTTATTCTTTGTCTCGTCTTTCATGAATATGGACATATTAAGGCGATGAAATACTTTGGTTTGAAAACCAAAGGTATTTACCTTATTCCTTTTGTCGGAGGCCTAGCATTGAGCGACGATAAAATTAATACCCGCTGGCAAGATGTTGTTATTTCGATAATGGGCCCTTTCTTTGGTCTAATACTCTCTATTGCTTGCTTGGTAGGTTACTGGCTAACCGATTTAGAAATACTGGCCGGTTTAGCGGTCTTTAACGCCTTACTTAATCTATTTAATTTGTTGCCGGTATTACCCTTAGATGGTGGACACATACTCAAGAGTATTGCCTTTTCAATTAATACCCGCGTTGGTTTAGTTGCTTGTGTATTAGGTGCAGCATTAGGGGTTTATATTAGTTATCACTTTGGTTTAGCGCTATTAGGCTTTTTACTTGCTATTGGTAGTATAGAAATTTTCTTTGAATATAAGCGTCGACATTTGAGTGACCTATTACCCCTAAACCGTTATGCTCAAATTGTCTCAGTATTATGGTATGTCATTACATTAGGCGGGCTAAGTGGCATTATTTGGTTTGTTGGTCAAACAGGCAACAGTGCGTTGTCATTACCGCTAAAAATACTGGGAAGTTAA

Protein sequences of DBSCAN-SWA_6

>NZ_CP014944|4210817:4312478|4250028_4251648_-|WP_070376626.1|integrase,transposase|DBSCAN-SWA
MLTSASLRNLTHTLSLLIDKAVKDGYERTMLTSAILFGFISQRIVARNVGCSHQTVGRITQKLLAMALPLPNFDEIEGKTLLLVFYPHYKKRINYKRRPPIIEMEKEALVSPKKYRLKLMTMYLLYRAKEPATALSYSRYCALWAQHCKNSKLEFRITYQPGEVLFCDYAGIVASYTDRRSGKAVKLYMFVAVLGHSKYMFAYLTKNLTAKAWVEGLVKAIHFFKGSPAVIHFDNAAMVNISGLIAELHEQAQVFSRYYNNVCDTSRPLTPKDNPNAEKQVQHIQNRVLLLLRREKFYSRDEANAYLIKKVEALNHEPMQKTKVSRHQNYVEKELPALNGIPEIPYQPYDERFKQKSSAGYTVTYNTHEYSVPYKHRNTYLTLQVSGDTLVVLHELQVLVTHQLSNEKGGRTILPTHMPPNHFAESNKNETEFIKWAESIGESVVAIVKQQYEGMKSHSSRPAGKKCIALKKLAKTFGKEELELGCAYALNQEMHTPSDIQLILKSRIYEDEEEPLLAPLIASQQNIRGKSYYEGFHHE
>NZ_CP014944|4210817:4312478|4260070_4263877_-|WP_070376635.1|DBSCAN-SWA
MTLHTIQQLEAKVVGLGYAGGNGSFSVTFGGKTSDYFKCTASECIATDDNGSTLLGTINSSSIIYLQGGSGIKVIYSNKAWGFNSSGKTQGGWYASSIVYPDGEVLTYTYDVVASSALFDSYRPTSISSNTGYEMLIDYQSSVLGDIGWGKAKTAKIIKSSSGEILAKHTYSDSSTTQLTDLNNRTWQYTGFSSSQGGDDYAKSFTLKKPSDSSNSLSVTSASVNYGGTIHNNFVTNITRDGQSFNYAYTAKTGTGYDPKEQFSQMSITGPSSYSRQVDFTVKPAPNHRQFINAVTDSLGNTTYYTYTTGNRLLNVTYPEGNKEEYTYDSLGNITSKRLKGKPGSSLADIVITANYDLSNCSGLNCYRPTYIVDANGNRTDYTFDSNHGGMLTKNEPIADSGTRRITTNTYTAINGFDRLTKTSICGSNQCGTKDEQITTYAYWEDTNLPETITKTNGTGSESQTTTYTYWPSGNVNKVDGPLPGTNDATYARYDLSGRKTWDIGAVNQKGYRVATRVTYRDQDNQVAKSEQGILPSSSSSNLTVNLTIDNNFNSLGLLTETKLVSSTTEKITQTIYDSLNRPQCTALRMNPLKFSALPSSACLLGSEGEFGPDRITYNTYDTLSRITKTVSGYGTEAAGIDIEIGYTDNGQVDFKKDGNGNTTHYQYDGVDRLYKTTYPDNSYESNTYDANSNLKTWRKRDGIILTHDYDAINSKTSTSISGEYTLNFNYDGLGRQTLATRHNSSVGYAYDDLGRIETTTTNGRMLTYEYDATGRRNKLKHPDNFTVNYAYDSSGALTSIKENNSKTLASYGYDNYGRLTSVTRNNGVTSSLSYNNAGQVQNFNHLNINNASFDYNPASQLINRIVSNNDFKITIPSISEQSYEVNNLNQYDSVGGQSINYDNAGNLTSYDSWTYDYNAHNRLISAAKSGTTLALAYDPTGRLESSTLNGSKTNFLYDGNELVGEYNSSGSLINRYVHGIAADDPLVWYIGSGTSNTRYLLADERGSIVAETSNTGTISATHQYGPYGEPINTSTSRFRYTGQILLPGTELYYYKARVYHPKLGRFLQTDPIGYDDGMNMYAYVGNDPVNMSDPTGTIGFFVTGLIAASIDVLAQGLTKGFGDINYVQTAGAAAAGMAGLGIANGISTITKAMQVSKVAATAIETSVNTVSGAGIAITTGVAVDSVSDMITGKTTDATGNIAANGVGGMAGGGAGTLIGKGIDTVVGGSSKNAIVGLGIAVTKKITDALPEIMGQSTAQIAAKEMNQ
>NZ_CP014944|4210817:4312478|4248787_4249255_-|WP_070376624.1|DBSCAN-SWA
MHEEIFGQLSLEDMYIKQGFDYYRSCLISNEEKLKLARSTKIIPEELLSHPYMGICDRTLGLKIANSRNPEGGAIRGQFLHSGLFVSAHSELFRGCIVFPEQDEFGHFISAIGYRYGRVRKWQKAVIHWHKPELGQFALEGMKLVKEISYAKAYH
>NZ_CP014944|4210817:4312478|4269894_4271049_-|WP_070373630.1|transposase|DBSCAN-SWA
MIKHNILFIGLDTHKTFTEVAYIEDQRGAKSTHLGKILSNKAAFKKLARQLQSKYPDATLHFVYEAGPCGYWIYRFLTSLNHCCYVIAPSLIPKKPGDKIKTDKRDALKLAKLLKSEDLTSIYVPEPEDEAVRDLSRARETGMKDLKDAKYQLKALLLRNNINSKIKDNWSLQHLRWLAELVLPHPCQQIVLQEAVLTINERLKRLKRLDNELTHQVKNWRFYPVVKAIQALRGVRLLVATGVIAELGDLSRFDHPRKLMSYLGLVPSEHSSGDKRHLGAITKCGNSRARRLLVEGAHSYKHNANISKEMQLRQEGLSKEIIDMAWQAQLRLCRRYQRLMHKGKHRNVVVTAIAREMIAYIWAISREVVLPKIDVKLRISRVPA
>NZ_CP014944|4210817:4312478|4273920_4274496_+|WP_157471048.1|DBSCAN-SWA
MEKVSVVCILLLVTSCAKTIQVPSNKLGDYPSIMEISSPDLKGYIAIPLVSNKVVDVSIYNNDTCSIGGNNYKGETLGEGTLTPSDYAQKVSIPSNTWLVIQSESEEFMAGQFSQCKTALRFYSEIGKNYIFRFKPGKSFGYLTCSGSLTEVIVKEGIKKEVEVSSVLHGTLNYKGFWEGNKLGENLCQGS
>NZ_CP014944|4210817:4312478|4278389_4279172_+|WP_070376650.1|DBSCAN-SWA
MIKFKKLLISLLGFSFSMATHANSLCHSSCTFVLKSEQSGEYSIINPERAVKRMTPWSTFKIPHSLIALDTGVIKNTEVELTFDIADYPIRKWWPKTWYEAPISLREAYKYSAVPIYQDTASQINKKRMSQYLANFQYGNQDISSGIDNFWLNKSIKISAKEQVDFLQRLYNHKLAVSKNSLMQLKDIMLAESTEDYKLYAKTGAGGGAKDKALGWYVGFIETKKDTYYFALNIDGKSFKEVIKTRIDAAKEQLSLAGII
>NZ_CP014944|4210817:4312478|4254160_4256776_-|WP_070377250.1|DBSCAN-SWA
MIQSEFQRFLQTLLSSPSKASVHKFANLVLMHLNELVPLGTHQGQRVKYLADLAQKEWANLSKDIPTNLEDVESDVASFTLLKELSVDSFRGFSREEVFDLKSLLVLIFGPNGTGKSSFCEALEYALLGSVAEAESKRFRDVEAYLKNAHTNKFVPPKLIGIDAEGSDVNIQSNDALYRFCFVEKNRIDSFSRIAAQAPAKQSELISTLFGLDAFNEFVKNFSPEIDGRYIDVEGVKAKKLSQKRLQLQGAEQQIKLNQGIVEQVKDEETPLASGYREGCTLLKMMFELNGSEGKQGQIPLLEAELQKPAPQKSNLTAANLALIQKTLVSSLNDHKEKSKELANSSQQVSFQQLFEAVTQVQQISSDKCPACLTPLTEVIINPFTHAGEELVKLQHLAELQVKIKQLEQTVLQKLQELHQILSTCLNFYSNNKLASFRLVDMSHLSVTWWNSLHINLDDGTTAFQHIETQVACLEKQDADSIQIDQNKNTQQVELKRLKGFLNDAQKLAARKSAAIKAIEDAQKLINEFDEANKTLIDEVELEKPIVTQNIEIRESYQKFVGLLNAYRKKLPALLVENLGDVVVQLYNAFNRNDAPTELMASIQLPLAQNQKLKISYQNEPEKYFDALHVLSEGHIRCVGLAILLAKNIKEDCPLLIFDDPVNAIDDDHRQSIRHTLFEDNYFDGKQIILTCHGEEFFKDIQNQLSVEQVKNSQRLAFLPRTNEQHIQVDYKCAPRNYIEGALEHIRKNELRFALGKSRQALESLTTGKVWRYVSKHGDGNLSIKMRAANAPIELRQLTDQLKTKISKSDFTDPDKGNILSPIEILLGINGNSLEWRYLNKGTHDEVNRAEFERNSVHTIVSAIETLDQAL
>NZ_CP014944|4210817:4312478|4239682_4240108_+|WP_070376616.1|transposase|DBSCAN-SWA
MKYRTGSHTKYNIQYHFVWATKYRYQVLTGDVGFRVRELVRQTCEQLEVEILKGVVSKDHVHLLVSAPPTVSASNIMKRVKGRSSTKFFQEYPLLKKRYWDQHFWARGYFYVTAGELTEVMIQEYLEHHFQRKEKDNFDLE
>NZ_CP014944|4210817:4312478|4303055_4303298_-|WP_083278088.1|DBSCAN-SWA
MHTPNQVYLVTDFTDMRKSINGLSIIVSETLSLDPLSQAWFFCNKQCDKLKILFWDTNGFWLYYRPLEQGRFQWPKSPKS
>NZ_CP014944|4210817:4312478|4272985_4273450_+|WP_070376644.1|DBSCAN-SWA
MKKLTLVFISLILSFSISANDKLTADQLIEKAKAFVSAKNARQQPNTTTKEIDHYISLLSDNFIDEHVKFKFTYTDKTKLRSDMIGKLKDEVINSNIEINEIMVGANVVFIKMTEMGKVKPAHLDKTIEYSKTNIVSLEFNESGLVKHIRRHHG
>NZ_CP014944|4210817:4312478|4235395_4236583_+|WP_070376613.1|DBSCAN-SWA
MPQFHRDSNHSILLAGILALVVGVGVARFVFTSLLPTMLEESISIAFAGVLASINYLGYLMGSVFSIFIKDIHAKVRYFRFGLCLCVLSSFVLGITENNTLWIIARLLAGFGAAMALVVGSAVVMLKLKATNKTKAMGIHFSGLGFSIVITDLVMRAVFYFGGDWKDAWLVLAILGAFLSCYSAYILRFDRQPSSEVVKHKFDKTLFSPMVIVLILAYFTEGIGMVVQATFLPDIVNSLDGLAGYGGYVWLAVGIAGIPSCIIWMRLAHRFGSINIMMAAMLLQIVGILIPTFSNNIIMNLISGLFFGATFIGLVALFMNFAGQLSNKNPVFIMGAITSAYGLGQIIAPLYCVALIEQFTTYNYALYLTAIIVAGGIFLLIYAKLNFKEANQTMF
>NZ_CP014944|4210817:4312478|4303832_4307108_+|WP_070376658.1|DBSCAN-SWA
MQKGNKYNWQSSIWLLLFLCISSNTIASSYYSSAQSISASDGLPETTIFSMAYDKEGFIWLGTPSRLIRYDGYEFKSFSNAKQESKPLVVSNMGNIFIDSHNRLWIGSWGEGIAVYSTDLVLLHYFQEDKTNVRSLPNNRIQVIFEDKNKTIWLGTNGGGLARFDESSTDFTVFENDPNDNNTLSHNRVWSIAEDKNGAIWVATSKGLNKLPLHSQFFETFYYDSNSNTSLNHDLIRSLLVDKKGRLWVGTQTGFGEFDVDKHVFERIELLNQSGTSTVSRIKEDRNGSLFIGTLEGLYRYIPDKQQLTPWSGDKKYQLFPQNDIRDILFDRSGLLWVATRFGGLIKVDLTPNIFKHIDSYTIDSALKPIRRVYALFQDSNNIVWISTADGLLTMDLQTNLVTSHLTKEKNYQGNITSISEDKEGTLWLSGSFGLLTLDKARATFANRNDVLEGIQNKNVNKVFVDSHNHLWVGMTHGGLIFYDFSGIRNVYRYDKNNLHSLNDNTILSLFEDRAEHIWAGTPVGLNRFDSVNNIFSHYDSNLTDYLINDITQTNDGAIWLATPASLNKFDYISGNIQRLSVSHGLSNDNIKGVLEDDFGNLWVSSSHGISKYNMGEESFINYSATRSFNNNTFLPDIALKATNGTMYFGGINGIDKITPARVSPSSYKPNTVITDVWVDDKKIFIDNQSPNRTIKLPHDTLRIEIAFATLDFFEPSKIQYSYILNGLNDEWRQPSTSRIATFTSLDPGVYIFSMMGINSHNIKSQNISALKIIIATPWWETLWVKLLMSITVIFLFYKLYQYRVKRYELQKDKLERKVSNRTEELKKSNLQLASTVKQLHTFQKELVEKEKMATLGKMVAGVAHEVNTPIGIGITASTLLHEKMDDLQAAYENQKVTKSKIEKFLFEGNENIGLLCRSLDRASKLINKFQQVDIEQSNKNVTQLHLYHLITEMISPFQSNGSKHEFIIDCDKNMLITSKRESIEHVLSNLIENSLGHGFEGIEKGTIMIECTFSENSCTIMYSDNGNGVSEEFQKVIFDPFSTTNRGSGSGLGMHLVYNIVAQALHGSIEIHNNQGSGIKFKIEFPMLDV
>NZ_CP014944|4210817:4312478|4214192_4214609_-|WP_070376599.1|DBSCAN-SWA
MKPTSKTNNKLILMLTLIGLSACSSQYTVSTNLDKGNFQTYFSHAQVKIFQDESEFPGRYKLIGLVEGEDCQAKSHHALPDKIAARTEARRQAAQQQANAIIFSGCALIDDDQANKQCNATLVCYGIAYQVEPLKKIN
>NZ_CP014944|4210817:4312478|4300859_4301951_-|WP_070376657.1|DBSCAN-SWA
MKRLELLDYGRFFAAIIVVLFHYTFNGIANGKIDSLDHIDSLIEFTKYGYLGVELFFMISGFVIFNSAKNRTPAQFAVSRAIRLYPSYWFAVIFTSIFAWYWGGDLMSVNPNQIIMNFTLLQNYLNIAHVDGVYWTLVYEIKFYALVFFLLIIGLQKHLNLLFMLWPIAMLIAFIIGHDDLPYLGGYFYYFSAGALFALLKIDKSLKIILSIIISFGLGLFYSTEQALLKSESMGVVFSEYVVGGIIVSFFVFFIYMNTKKAQLLTLPLSKTLGALTYPVYLIHAHFGYMFISKYGSEENKFFIYIVIISIVLSVSYFMHIAIEVRFYNVWKTLFMSTFYKIILKIQCISNDVQIAYKLLKRT
>NZ_CP014944|4210817:4312478|4279936_4280209_+|WP_070376651.1|DBSCAN-SWA
MPKYVIEREIEGAGKLSSYDLKGISQKSCNVLDELGSKVQWVHSYVTDNKIYCVYIAPDVLSVQKHADMGGFPANSISEVRSIIDPTTSE
>NZ_CP014944|4210817:4312478|4282020_4282449_+|WP_070376653.1|DBSCAN-SWA
MNTIKQFIIVIFITLAVCSCSSDTEDTAESVGIAFFDALYNQKDIKKTTALCTPIFAKEINKYITTKNAARRLFNMSFDSVKIDAALGDLKVREDFVNSGSLTFLFTGVRNGKIYKELKKIKLIKKGNTWLVDQILKDPMPR
>NZ_CP014944|4210817:4312478|4210817_4211213_-|WP_083278085.1|transposase|DBSCAN-SWA
MEYQTNSHCKHLIALHLILVVKYRKQLLFGDMGEFVKQAVLDISDSSDFSVEEIEVDKDHIHILLMISPRYTIGQHVRRIKQQTNKLIWKRYPSLKKQFWIENTFWSDGYFVCSVGNASADTIRKYIKEKG
>NZ_CP014944|4210817:4312478|4219103_4220201_+|WP_070376601.1|DBSCAN-SWA
MFSKIFSSKTLPSDAKQTLVDSLNRYRSENFPQGMLYPDIDPEITLEKGNDIVIKLSLPFPCNSEIHLLSEMLTKEVKQTVRFDVKYNVKPVRRHELLGIKNIIAIASGKGGVGKSTTAVNLAYALIAEGASVGILDADIYGPSVPTLLGLKGAKPSSDDGKLLTPINANGLSAMSLGFLVDEDDATVWRGPMASRAFSQLLNETDWQGIDYLIVDMPPGTGDIQLTLSQQVPVAASVVITTPQDIALADAIKGIAMFEQVKVPVLGIIENMSYHQCENCGHHSHLFGEGGGQRVANKYDTQLLGQLPLDVSIRRDADQGVSPLLTDNTSNISEQYRKIARTIAAQLYLQLDSRSPNTAKILIED
>NZ_CP014944|4210817:4312478|4212574_4212814_+|WP_070376596.1|DBSCAN-SWA
MAKHWRMCLFVGITSVIGSIGWFTAASFENAAYVKALGQVEFFITLLLTYRIFKERISRIEYLGMLLIIVSVVILLLWA
>NZ_CP014944|4210817:4312478|4271465_4271711_-|WP_070376641.1|DBSCAN-SWA
MQALYDLEAPKKATNLSLNSDLLKRTRALNINLSATLEQALKDKLKSIEAKKWVKENKNAIKAYNDFVDENGCFGDEFREF
>NZ_CP014944|4210817:4312478|4247009_4247678_-|WP_083278086.1|DBSCAN-SWA
MYHPKLGRFMQTDPIGYDDGMNWYAYVGNDPVNVVDPSGLCGKFNDPTAGCGNTVGSDFKGNTQAALKRVKNFFSFTQETADSAEESLTSASDSAVNTVPLGIRKDPIGTVGDLSAIGFGYLATTTVIGAGPGYMAMTYGLDGLYEKVTGQPSIIKESIKFTLDQTGLKYSNQNVQAIYLGASLGAGGFKGWSDVLKGKGNFFDVMGGVTDGKNTIDFMSKP
>NZ_CP014944|4210817:4312478|4240352_4241243_-|WP_070376617.1|DBSCAN-SWA
MNIEHLKLFIRIAATHNISLAGSELRLSPAVASAHINKLEADLGVRLIHRTTRKVSLTEEGKAFLPHAEDVISSIEAARASVGAGNAFPRGTLRVAAPASFGRMHILPALTKFLTLYPDLNVDLKLSDTIVDLVEGGFDIAIRNSALKDSSLIAKKLAPDTRILCSSPEYLAQNGEPQSPEDLNLHQCITLMGLDDWAFKTPKGQVNIKAKGVLRTDNGEAVRDACVNGLGVTISSKWSVYKHLQSGELVQILNEYPIATNTAIWAVYPSSRLLAPKVRAFIDYFAEYFGNTPYWE
>NZ_CP014944|4210817:4312478|4277624_4278014_+|WP_070376648.1|DBSCAN-SWA
MINKLLDKVGSGGVWIAALSCTACFPALGSLASALGLGFFSSFEGVAVNTLLPIFATLALLVNIYNWYRNKSHLRGALSILGPTAVLLTLYPLWQYGWSTYLFYFGISLMVVMSVLDIVKPIKDRICKV
>NZ_CP014944|4210817:4312478|4309430_4310321_-|WP_070376660.1|DBSCAN-SWA
MSKKSASDIPQEAFDWYDEYAHGGMDRRSFMAKLATLVAVGYSMTVLTSALLPNYALAEQVSFNDDEIKATYETFDSPEGYDKGVGYLVTPTNKTGTLPVVLVIHENRGLNPYVKDVARRLAKAGYLAFAPDALFPLGGYPGNDDEGRSMQKSMDAEKIQHDFVAAAKFIKKHHRSNGKLGAVGFCFGGYIVNYLAAVESDLIIAGVPFYGTPAKKELRKNIKASLLIQLAELDERVNNSWPDYESDLKIVQAPFQVQIYKNAKHGFHNDSTSRYDKENAELAWHRTLAFFTEKLV
>NZ_CP014944|4210817:4312478|4230384_4230858_-|WP_070376608.1|DBSCAN-SWA
MNYIPLDDLKNAWIFRHKSLPIDDKDKTKIKPMVQARAQVVWDTFISRQVDHPDFFKKGDWPFEETTWQKTLAWESIWDSEQAELPAEVIAHLAWDNNTVVYFCSAKNNVIETTWAVFQRCWKNFLFMDDGPLLIGKKRKEAVQFLSNGQCKLGLKK
>NZ_CP014944|4210817:4312478|4284691_4299595_+|WP_070376655.1|DBSCAN-SWA
MFVPDDGGPQWHWKLVATNASDKLDFNAKPEAYGLRDIRYHRGAIIEQYIAKPQGMEQQFLITSPLDLNGQALQIEGEIEADGLFVETSHGWLWQNSNGVVSLGDVTVIDADGQHLSAYMEVTSNHTRIVVDAKDLATAAYPVLIDPEVGTNDFRISTMGPDGSAGYTADNPAVAYNSSLNEYLVVWEGDDDTVPLVDEEIEIFGQRINAETGALVGSRIRISEMGPDGDTTYRANTPTVAYSSAEDEYLVCWSGDDDSASKVNEEIEIHCNYVVAATGTTPFFPIIYSDMGTDGNTNYSAFNPDVTYNAINNEYLLVWEGSDNTGILVASEFEVYGQRILSTTGAEIGSNDFRISDMGNDGDADFDALRPAVSHNEINNEYLVVWGGENQGLVDEWEIYGQRIDGASGTAMGTNELGINDFRISDMGTDGSTLFSGFEPDIAFNRFNNEYLVVWEGEDNTGTLVSGEFEIFGQRLLGETAAETGTNDFRISDMGTDGNTSFETFGASVSYNKVNNEYLVVWSGEDNTGLLVDGEFEIYGQRLIASSGVEVGTNDFRISDMGTDGDADFDALNKAIAYNPENNEYLVVWEGENQILISEFEIYGQRIEINLGLVLNEIDYDQPGSDNNEFIELKNTGDAGIDLSVFSVELFNESSNSVYKTFTLPSVILAAGDYYVICGNSTRVSNCDQDDVTDIDLIQNGSPDAVALKWDTTIVDAVSYEGDSTAPYLENTGVGILDDPTMNSGGIGRIPDGNDTNDNATDWLFSCVTPGTDNLNVTTDCNVASVLTIAGANLSYEEGDGAVVIAALTTATDYDSAAFDSGDFTIDITSNGTANDRLSIINVGSGAGDIGFNSATGDVSYEGVVIGSASGGNNGSTPLVISFNTNSTIEAINVLATKITFENTFDNPSTLNRTVRFVLKDDDLDDSNAVTKIIEISNINDVPVNTVVPIISGTASIGNALSSTTGSWTDADGDTPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAINNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDSPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAINNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDTPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAINNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDTPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAINNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDSPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAISNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDSPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAISNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDTPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAISNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDSPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAISNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDTPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAINNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDSPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAINNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDSPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSTRTAISNAAPVNTVVPVMSGTASIGNALSSTTGSWTDADGDTPSYSYQWYRADDNGGTNEAAIAGATTNSYTLNSADAHQYLRVIVTANDGNGSSDQTASSLYTLISNSLPFLSGTFTTDGVVNDNATITPFSGVTVADSDTDNVSINITYTSANGTLNGTGITGSAGNYTVTSALAATATSNLQVIIFTPTENQTVVGSTVVSSFTLIPNDGIGNGISNATSQLTATSINDEPTISGTPATSVTEDTNYSFLPTGVDIDSGESATLVYSITNKPGWASFDIATGALTGIPNDSGVGTTSGIVITVTDTHSAADSLASFDLTVTNINDDPVITGTATTSTVEDSLYNFTPSASDSDNGETASLVFSITNKPTWASFSTSSGALTGIPDDSDVGTTKGIVIKVTDINGAIDTLPSFDLVVTNFDDPPTVVNILPDITVNEDSSDTNINLNLAFADVDSDDTAITKLVQTNTNAALVTASITGNSLILSYLTDMNGSANITVRATSNGKTVDDTFTVIVTEKNDTPIFSSIEIAMVNEDFPYNYSITTDDVDGEPVSISASNIPNWLSLTDNSDGTAILSGTASNDEVGPHTISLKVSDGDLFSYQDFIITVSNVNDTPAINSAEISVATEDLTYSYTVIATDVDVGDSLIFSAPTLPSWLNFDSGTHTLTGMPFNGDVGIHNVVLRVTDASGASFDQNFSIEVFNANDTLFVDSAAIVNATEQVIYSYTLKSHDIDIGDSLTSNVITKPTWLSFTPITNVLSNGVIIDSGVLTGTPTNSDVGEHNVVLQITDGVIPEHQTFTINVGNINDIPVISGVPNSSVDEDALYYFKPLVTDQDLGDSQTFSITGKPDWASFNTSNGELTGTPGNTDVSVYNNIVITVTDAAFASDSLSAFNITVGNTNDAPIINSLASTSANEGELYSYTVIASDVDVGNSLTFNAPILPTWLSFDAGTQLLSGIPAQQDIGFYTVVLRVNDGNVNVDQSFVIEVSATNNSPVITSTAATIAIEDILYIYAATVVDPDDSNNGIDLNWSLTNAPAGMLISNLGVVTWTPANAVTTSGSVTLWVADGGENGSAAATESFIITVTNTNNAPTITGAPATSASEDSTYSFTPYADDVDVGDSLSFSIINQPIWAIFDTSTGALTGTPTNADVGVTNGIVITVTDLDSSSASLSSFDLSVINVNDAPIISGTPANSVAEDSLYSFIPAASDVDAGDSLSFSIINQPAWATFNPSNGALTGIPNNSDVSLSSGIVISVTDLSNASSSLASFNITVININDAPTISGMSATSVAEDSLYSFIPTASDADAGDSLSFSIINQPAWASFNPSNGALTGIPNNSDVGMNSGIVISVTDLSNASSSLASFNITVININDAPIISGTPANSVAEDSLYSFIPTASDADAGDSLSFSIINQPGWTTFNPSTGALTGTPGNVDVGVTNAIVITVTDLNNAAASLVNFDLSVINVNDAPTITGTPATSVAEDSLYSFTPAASDIDAGDVLTFSISNQPNWANFNTSTGALTGMPTNADVGVTNGIVITVTDLNNAAASLVNFDLSVINVNDAPTITGTPATSVAEDSLYSFTPAASDIDAGDVLTFSISNQPNWANFNTSTGALTGMPTNADVGVTNAIVITVTDLNNAAASLVNFDLSVINVNDAPTITGTPATSVAEDSLYSFTPAASDIDAGDVLTFSISNQPNWANFNTSTGALTGMPTNADVGVTNGIVITVTDLNNAAASLVNFDLSVINVNDAPTITGTPATSVAEDSLYSFTPAASDIDAGDVLTFSISNQPNWANFNTSTGALTGMPTNADVGVTNAIVITVTDLNNAAASLVSFDLSVINVNDAPTITGTPATSVAEDSLYSFTPAVSDIDAGDVLTFSISNQPIWANFNTSTGALTGMPTNADVGVTNGIVITVTDLNNVSSSLTGFDLTVINVNDTPEVIDQNITTNEDIAVSIVLIGTDVDGDSLSFMWVNEPSNGTLTGVLPNLSYTPNANFSGSDSFSFKANDGTTDSNTATVYLTINSTNDTPLVSDKTVTMLEDSSVDIILTASDSDNDKLTFVVVRQPSNGLLTGQAPDLLFTPNGNFNGSDSFTFKANDGELDSETKTVAIDITPVNDEPQAVDDYLSRDNWDTVTIDVLLNDSDVDADAMTIEGANVNSGTLSWTDELLTFTPNIGFKGVVVIDYTISDNQQGSDSAQVFIDINVDDVSLPVINAPADVEVNADALLVKVELGVATAVDQFGRSIAVTLVDDLTFFKPGIHSVIWRAMDSEGLVAEASQLVRINPLISLDKDQTMLEGGGVTVGIRLNGVSPQYPLHIPFIVTGSANSGDDHNLNSGVVVIESGTEAFIHFDILADVEIEGQETIVLELGNTVNRGSKFIHTVTINEDNVAPRVSLTLEQSGSAHAIIYQQAGEVVVNSKIDHPKPDRQFSYIWSNQEQIITDVDNIDESFSFDPSNLSPGLYHIQLKVTDLNEPEFSDVFELNFKLQTMAIDLGSDDFDGDGIPDNIEGHEDSDGDGLANYMDAFAECNVMPSQVDTSNFLVEGEPGVCLRLGDVALDNGANGLRIINEQITDTETVNMSSVFDFIAYNLPMAGESYQIVLPQVQPVPAKAIYRKLMPLIGWVTFSETQADQLWSTQGERGYCPPPGDISWQKGLVEGSWCVQLTIQDGGINDADGLSNNMIVDPGGVAVFINNNTPPVANDDMAETSINTSLIIDVLANDSDVDGDLLTISSANANLGQVIVVGSQLEYQPVMQFIGIDTIVYAITDGMGGATSASVSIEVLANQKPIANNDIATVKAGQQIIIDVLVNDSDGENDILQVIEVTAEQGSIFINADNTLTYTAPLDFIGVDSVNYLIRDEFGGEASGQIEITVTSGTIEMTLTTTGGGSIGLFFILLLLLITNIKYLSLLQDIRIRQINAQT
>NZ_CP014944|4210817:4312478|4272375_4272861_+|WP_070376643.1|DBSCAN-SWA
MRILIVLFLFLFICLSGCVGLAVGSYGTFESKKDSFHLTEQRNKQGYGEKISYSKEQVISLWGAPDEIITNGSCDVLSYHDGYNWSGVGAFVLIVPVPLALPSGTDETKIYFKNNQSVKLVSEYGEITGMFGYMCGSNECGFKAGAVNTDKTRIVPVTWCE
>NZ_CP014944|4210817:4312478|4233346_4233994_+|WP_070376611.1|DBSCAN-SWA
MNKHLKLDIVSDVSCPWCIIGYQSLNQALTKLADDISVDITWQPFELNPDMPKEGQDITEHITEKYGISVEQSEQNRLMIKQRGLALGYEFGNRGGGRIYNTFDAHRLLHWAKEYNKQTELKLALFDLYFKESGDPSDHQKLLDVAKSVGLDNEKAQQILASNEYEEEVRTLQRHYQSMGISSVPAVIVNDKHLISGGQPADVFEQALREIAKES
>NZ_CP014944|4210817:4312478|4265339_4266299_-|WP_070376638.1|integrase|DBSCAN-SWA
MSTSPFLESIRHILRTKHYSIQTEKAYLLWIKRFILFNQKRHPKDMGEQEVSNYLTYLAVDRQVTSSTQNLALCSIVFMYKHVFKRELTLLSDTVRAKAPTRVPMVLSNQEATAIIKELKPPYHLMFSLLYGCGLRKAELLRLRIKDIDFDGNSIYVFRGKGAKDRMTLLPKILIESLKAQIDKVEDLHSKDLAEGEGKTSLPSGLSRKYPKAITQFKWQYLFPSTVRCKHPTDGYFCRHHLHWTSLTKALRSAVVKTDIRKHVTAHTFRHSFATQLLLNGADIRTVQELLGHNDLKTTQIYTHVIGQHSSGTLSPIDR
>NZ_CP014944|4210817:4312478|4214626_4216753_-|WP_070376600.1|DBSCAN-SWA
MLFVKPPLLVQIILAMFLGLLMGYHFSTEYSVIDNTANAFVTALQMTVLPYIVLSLVVGIGGLTPSKAKKVSKQSLLIILMMIAVVLFFIFSTPLSFPQWQHAEFYSNNTIQSVPEFSLVDLFISANPFNALANTLIPAVVFFSICMGLGLMKIKSKRQTLLMLSNLQQATANINGFIMKFAPLGIFCIGWRAAVTLDASQLDGLVVYMLSAIVLVTLLCFVVFPAIVATVTPFGYREIVSVSREPMITAFATGSFFSVLPVIVENTKKLLKQKYPQDSDLEKISEIIVPISFSLPVGGKLLALLFVLFAAWFSGAHISFTDHINLVVAGLPQLFGSTTLAMQNLLELFNVSGAMFDFYLVAENLIGARLSAIFSVVFSSCLPLLIATAMLKRFTIKWRVLLRNLAIIPLVSVLAFISLRFSFDAISHQYQGYTKFIERDFLFTGVESNYLENSPANAVIKPTFSPVLKRIQQRGFIRVGYFRDDLPYAFHNNNGKLVGFDIEIMNQLAIDLNVNVEFVRIFHHQAEALLQSGYLDITTGIPVIPDNMTKFTLTVPYSQQSLAFIVKDERRVEFKLWSKIIENKALIIGIPETFFYQTAVERNFIHNKAWKISTPRLFFKEKHQHFDGMLFGAAAASAWTLLYPEYTVIVPKPVLAPISMAFPINHNDQAFELFMRNWINMKQQSKVIDKLFNYWISNKAPVKANISK
>NZ_CP014944|4210817:4312478|4220252_4220849_+|WP_070376602.1|DBSCAN-SWA
MRLSDKDIETSLERGEIIITPAPDSSMISGVSVDIRLGNEFRVFQDHTAPYIDLSGPKAEMQKAMDSVMSDEIVIADGEAFFLHPGELALAVTYESVTLPDNIVGWLDGRSSLARLGLMVHVTAHRIDPGWSGQIVLEFYNSGKLPLALRPKMKIAALNFETMSSSAARPYNKREDAKYKNQTGAVASRISQDEASKN
>NZ_CP014944|4210817:4312478|4237162_4238359_-|WP_070376614.1|transposase|DBSCAN-SWA
MSREKLEVADVFRAHGQQWRDEHQGHVSLAQLKVMSGVEHCRSEVLGGHVLYCPACKHVQIAYNSCRNRHCPKCQASAAKRWLEARQTELLPVDYYHVVFTLPQAISELAYYNKSVMYGLLLKAAAKTLLTIGADTKHLGARLGVTFVLHTWGSAMTHHPHVHGIIPGGGLSLDGDKWVSCKAGFFLPVRVLSRLFRRLYLEGLREAYEHNKLLFFGDCLPLEDEIPFLVWLNNQRKVEWVVYAKRPFSGPKAVLAYLSRYTHRVAIANSRLVGMDKQTVSFKWKNYRVKEQNRHRTMTLTKDEFIRRFLLHVLPSGFHRIRHYGLTANTGRKKNLAKARQLLNVKVPMALPDEDKTDEEKAHEPLPTFICPCCGASMVVTEVLLHLYLPRAPPKRLS
>NZ_CP014944|4210817:4312478|4256980_4257505_-|WP_070376630.1|DBSCAN-SWA
MIKLFLKLVFLISVLNISACNATEISANTVLANDSICELNLGNSSDQIESIFDKNTIYTENGEDYVYRGLICNKKVLVDVNTVDNKIDIISIVDSKFCNESICIGDTFQDIRLILSNSKLLFSGEEGGTFALEDNLGISYIFSTDNLDITCYIETEKCRAKINIAKLISIVIAR
>NZ_CP014944|4210817:4312478|4280522_4281149_+|WP_070376652.1|DBSCAN-SWA
MIQFLDVIESREQFRELMGEPSEKVTRKTLGKLDNHCQNFISRSPFIILTSADSSGNQDVSPKGDPAGFVMILDENTIAIPDRPGNRRADTFENILQNPNVGIIFLVPGKTETLRISGTAKIVRDEKLRTSMSIKGRLPDFALVIEVKEAFFHCSKCMIRSKLWKYEEWANLDGLPLLAETMVDAGKLDLSVEEMHQIVLNDENERLY
>NZ_CP014944|4210817:4312478|4268995_4269496_+|WP_070376639.1|DBSCAN-SWA
MEIDWQSAISTGLTVSIIGYLTNRAVYSQKKGNLKYGMPMKFLGIICFIVSVVPLYVLLAQNYQVDKPGETTALIGLAVGFGLGAIYFVTESFFVFGNYDCNKIEFFSPWTGTKTQDFKNLDYCSLNPFCGYYVLKFKDGTKIRLSTQLGGHGHLIDFLNKGENEL
>NZ_CP014944|4210817:4312478|4258281_4258653_-|WP_070376632.1|DBSCAN-SWA
MNLKLTLSKYENFFSIMINLTMVIFIGITIVLFKNLGDFSIGKVLLAFVYCFGGLLVMSIAFILPTDIIRANKDKKMCDDISIEYDDKFLMLEKAQKKALRERYKIWIESESSQEVNDWLNFD
>NZ_CP014944|4210817:4312478|4271882_4272248_+|WP_070376642.1|DBSCAN-SWA
MLNWLKEKCSKSVWHTLAMVIVILLAGPEVMISMELMALVELLGASTFVLLYVSGVKMFFANVVNKFKAFESYSVLFIPTLESLKQMPFLMLHAIPERSTSILFISFVTLTIPLIYLLKMV
>NZ_CP014944|4210817:4312478|4212880_4213372_+|WP_070376597.1|DBSCAN-SWA
MKIADKTVVQFHYTLKDEAGNEIESSYAGDPLAYLHGYKNMLVGVENALVGKEVGNKFSVTLQPEDTYGERKEDMIQRVPAKHLQDGQGTTKWQAGMTASVETEQGQRQVTIVKAGKFMITVDINPPLAGMVLTFDLDVIDVRAATDEEIEHGHAHGAGGHHH
>NZ_CP014944|4210817:4312478|4243466_4244270_+|WP_070376619.1|DBSCAN-SWA
MKKTILITGATDGIGLETAKLLASAGHDLLIHGRNLEKLNLVKSLLADIPNAGSIKSYLADLSVFSDIKKLLEDIKNDHKSLDVLINNAGIFKTNNAITGDGLDIRFVVNTIAPYIFAQELSSSLGSSGRIINLSSAAQAPVNIEALLGKIQLTDMEAYAQSKLAITMWSKVLAEKFGEKGPTIIAVNPGSLLASKMVKEGFGVEGQDLSIGAEILKRMALEESVSQHSGQYFDNDSGQFSQPHPDGLNLKKSEEVVEAIEIIINKG
>NZ_CP014944|4210817:4312478|4246526_4246994_-|WP_070376621.1|DBSCAN-SWA
MNNFKMIIYLILSIVLIIIGIKYSFIEIGVNPKDVYKKTAKIAYYSCTDYTRTSDSLSIQFVGIDDEIDLAIVIYCSDLDLVLNRGKEVELWLENSRREGVLNLWGLAIDDEKIIWPNTGMTTKTSFNVFCFLFFILSAKFGNKFSRLFKLRNIK
>NZ_CP014944|4210817:4312478|4266724_4267576_+|WP_070374980.1|integrase|DBSCAN-SWA
MTPLRQQLLDCMQVRHFSIRTQQAYVRWVYDLAKHTHRSPDSLQDSELKKYLWSLTLERHLSSSSCAQAFHALNFFYGQVLGRTFGEQLLPPMKREQKIPELLSVSEVKRIIDICHNPKYRMMIMLCYGCGLRLSEVCSLKVKNIAGEEKVIHLQQAKGAKDRRIPVSESLLHQLRLYWQGLHPIIYLFFKPGEDKPLHQSSLQKAYYKAKKDAGILKIGGIHALRHAFATHQLMAGMPLPELQHILGHKDIRTTVRYTHWLPHYQAVDGAQFDLLKQLEQQS
>NZ_CP014944|4210817:4312478|4234196_4234970_-|WP_070376612.1|DBSCAN-SWA
MSFELIFLFFAGFFGGVLNSVAGGGSFITFPALIFVGVPPIIANATNTFASCAGYMSGTYAFRKEIAANKNQLPLIITISVIGGIIGAWLLLKTPEVLFREAIPWLLLFASVLFVFGGKVNAGLKKMAVNHQHASSIGSLLLIIVLLGIAIYGGFFNAGLGIITLSYLALAGHTNINTMNGLKLLISSAVSLIAITVFIYNDVIAWYQGTIVLCGTLAGGYIAANVSRKLPQAKVRYFVIFASIITTLYFFYDSYAS
>NZ_CP014944|4210817:4312478|4307225_4307354_+|WP_083278089.1|DBSCAN-SWA
MIDFLNIGIGSIRAEIFNVVDIVIMLGVFLLLFTQNKNQAKA
>NZ_CP014944|4210817:4312478|4220936_4221845_-|WP_070376603.1|DBSCAN-SWA
MQLEKLNVVAIGGGHGLGRVLSTLSFLKKQLTGIVTTTDNGGSTGRLRKRSSSIAWGDLRNCLTLLVDEDSVGSQLFDFRFDGQDELGGHNLGNLILYALGKLQSRPLDSIKLVRRLLGVRTPLYPMSETPTDLMAFYPKGRCKIGELSVDKMPIMPEKLLLAPLVKTLPLCIESIRSADLIILGPGSFLTSVIPPLLVRDITKAIQASSAHCVFIENLGPEDSPAAALSLDEKLNWIKENIGCLPIDSVICQNETVTSTILPVIHCDLSNGSDSHNHDKEKLLQALKLCISGIDKQNSISA
>NZ_CP014944|4210817:4312478|4238366_4239266_-|WP_070376615.1|integrase|DBSCAN-SWA
MNISPYFSAPLRQRFNEDMTMRKLATSTQIDYFRGVNKLCEHLQHPPESTTQEELREFQLFMVNHGVSGITVNATLSALKFFFQVTLDKPEVIARIYPVTVARKLPIVLSLEETTRFMAMATHPKFKAAFAVAYGAGLRVSEVVSLKVSDIDSKRMALRVEQGKGSRDRYALLSLALLEHLRDWWRFANQQGQMFAGGWLFPGLNPIDHMTARHLSRVCKQTAHAAEIKKNVSMHTLRHSFATHLLEAKVDIRVIQVLLGHAQLNTTARYTQVATDLLKEVISPLDTITPQKKKVKDVK
>NZ_CP014944|4210817:4312478|4310689_4311187_+|WP_070376661.1|DBSCAN-SWA
MLNKFITTGLLVVASLAFMPTSHAEHHGMKKDIVDVAAANGSFNTLVAAVKAGGLVDTLKGKGPFTVFAPTDEAFAKLPAGTVEMLLKPENKDKLVSILTYHVVAGKVMSTDVVKVDSASTVQGQMLMVKVDGGNVMINNAKIIMADVKASNGVIHVIDTVLMPK
>NZ_CP014944|4210817:4312478|4299628_4300171_+|WP_070376656.1|DBSCAN-SWA
MIKKVGVIGLLLCLSGSLVAEAADNTHWYILGGIAQVSGNSSSQELTQDLVQVGVTVNQLTIEDNRTGWQFKLGRSLTEHLALEAGFIDLGEVAISMTAEVSNPDGLIASANKIHPNSATGYTFGGVYRYCIYSPFYLEARAGLFIWHGDFESELPRGYQQINSHNSGIDAYLALGGLID
>NZ_CP014944|4210817:4312478|4271148_4271466_-|WP_070376640.1|DBSCAN-SWA
MAQFDVYINPSKKSREAYPYIIDIQNALISDIATRIVLPLGKLSHFRNEKMNGLTPAIEYENEQFILLTPQISSMPANLLKSPVGSVESLRDEIIAAIDFAITGI
>NZ_CP014944|4210817:4312478|4267572_4268706_+|WP_070374979.1|transposase|DBSCAN-SWA
MNGSLLQQIIAQGLPHLEKKTITPRQWQVLHHLQDCRTQAMGSYQWHCNHCEQDTQWYCSCRDRHCPVCQGKAREQWLRKRQADVLPVAYHHVVFTLPHQFNGWATLHPEILYKTLFKAVWETLSEFANARHHMEGQLGMLAVLHTWGQTLCRHIHLHCLIPSGVLTQDKQWCNSRKAHYLFPVKALSVKFRGKMLNGLEEQANAGELHRLEQPTITQVLNQTARLKWNVYSKPTIGHTDTVVNYLARYCNRVGISESRLSLRGENNVLMRYKDYRTNETTHMDLSPAELIRRFLLHVLPKGFMRLRYYGFMANSIRRKSLILIRKSLDKEIEKLEDDITDRVKDEIGPECPRCHHAGMILIGILLPNKPLAQFRTI
>NZ_CP014944|4210817:4312478|4276546_4277056_+|WP_070376646.1|DBSCAN-SWA
MTSNVMVFEYSNVDLNELYELLYSDLLIIGKSSFNGPYENPTQALFYAKSIGSDVFITTAQFKETRTSFMNMTTLTSSTTYISGYNGSGSVYGTATTYGTKKTTIPIRVNRFNQEGFYLKNLNNIDVLWERTIDQYKETVHNSISGIWENGSYHINVFQSGKQIVALTI
>NZ_CP014944|4210817:4312478|4211250_4212477_+|WP_070376595.1|transposase|DBSCAN-SWA
MKKTIRYNYRLKPTAEQEVKLVEFGAYARGVWNLLLSENMRRYRYDKTFLFYNEMASLIKDLKMFDEFSWLKDFDSAASQQVARDLETALKNSFNKGRVQKFPTFKVSFKQKKLHDDSYRSVNTNENIRLENNGITIPKIGTVKIALHRKLKSKIKSATFKMRHGKWYVSLTQKVECKSKKQVLSTLVGYDINSHYTVVGSNGLYVENPKVLKKSSTKLKQIQVQLSRRKKGSNRWHKTKSRLNKIHGKISSQRLAFAHEVSCSIAKSSDIIVFEDLNVKGMQQFNGQMVNDNVMGMITELTRYKAELNGVVYHEIGRFVKSSGICYGCKYEHKFDLSVREFSCESCGLVQCRDLAAAKSVADTGEKELIANGILARALPKFQQKSASKMKVFEQSKFGVGSEKKEAA
>NZ_CP014944|4210817:4312478|4226627_4229201_+|WP_070376607.1|DBSCAN-SWA
MTELRVKPSKTWVKQSLRLLHHEFRRGDLTIIFLAIVLAVGTVFSLTGFSEQIKQAIITNSANTIAADRVLGSNRVIPTEYLDKSDSLSLNVASKILLDSMVFSGDNMLLSELDVVSEKYPLRGEFLVKTSLDQEIPSSVGAPKQGTAYVEESILSRLDVKVGGTIEVGVLPLTVAGVIVEIPDRSYRMFVAGPTIFLNIKDIEKTQLIKPGSRVYYQYMFAGERDNIEAFETWIKPQLNETQNWYDAKSAKNRLSKVLDSSEKFLSLASMLGIVLAAVAVAVASRRYGQRHQPMVAVFKALGASTSHVKKLYMLHWGLLSLISIIVGLVVGYMLMLAGVSAIESYLSLDESQLTFKPFITAVITGVLCAVAFAIHPITELISTKPLDVIRGFSKNELPRFGWHQVIPLLALFALLMLFSRDLVMSLSLLLGGILVSGVLLLLGRLIMGAGRSAGAKAGKAWHLALANLKRRANENSVQLVSFTIAIQLLLLITVMKSSIIDEWQAQFPENTPNHYLLNIANEEVAPLQAFTEQLNLDNQGFYPIFRGRLSAINGEKTVKVDEDEKKDSATTDTDEPKVEDKEKPKERKGAGRELSLTWQEQLPLTNEVIEGQWWQIEDTLPQVSMEKGMAERLDVKLGDELTFTIGTDEFTVPVTSIRDVNWKSRQLNFIMIFNEAAVIDIESTSISAWMISDQQKNEVYRFLSQYPTISIMDFGAIMKQLTSMIEQVSIAIELILVLVILAGSLVLVAQVQASMEERERELAILRTLGAKGSLLRNSVLFEFVALGAVAGLMASIAMEIAVFFLQTQVFEMSASFHFNYWLVGIAAGAGFVGIMGMLSCWRLLNMSSLTLIRRTM
>NZ_CP014944|4210817:4312478|4311398_4312478_+|WP_070376662.1|protease|DBSCAN-SWA
MQLLAVTCLNKTLRLEGSMAGWQQLFWDDQCVSQIDAVDGNDTFTHQFSLQSEQGELHIELKGTLHWQPFVLKYQLFIDNKLQQEDTLIEKDIEQRQVSKASKQPMKFSFIGMAGLGLKLLKSAKVIKVLFAAGSLAAYSWLFSIEFAIALILCLVFHEYGHIKAMKYFGLKTKGIYLIPFVGGLALSDDKINTRWQDVVISIMGPFFGLILSIACLVGYWLTDLEILAGLAVFNALLNLFNLLPVLPLDGGHILKSIAFSINTRVGLVACVLGAALGVYISYHFGLALLGFLLAIGSIEIFFEYKRRHLSDLLPLNRYAQIVSVLWYVITLGGLSGIIWFVGQTGNSALSLPLKILGS
>NZ_CP014944|4210817:4312478|4213461_4214193_-|WP_070376598.1|tRNA|DBSCAN-SWA
MTVSPENQVTFNYIGRVNSPYKEKFAIPRQPGLVSAAQGSILLLDDANNEELLRGIEQFSHLWILFIFHGTQRQGWKPLVRPPRLGGNKKLGVLATRSTFRPNPIGMSVVKLEGITQNNKQTVINISGLDLLDQTPVVDIKPYIPYSDSIDNAQAGFAQQQPLQALTTKFSQQAQDDMQKYQREYPELALFIEQVLTQDPRPAYKKRQGDDKIYGMKLYNLNICWQVNLNNEMYVLSINKVDD
>NZ_CP014944|4210817:4312478|4225890_4226625_+|WP_070376606.1|DBSCAN-SWA
MKSNSEAILKVSALTKSVQLEEKTLDLLQPVDLTVNTGETLAIVGSSGSGKTTLLAILAGLDLPTSGEVYLKNHPLHQFNEEQRSQVRADHVGFIFQQFLLISSLTALENVMLPAELANLPDAKQQGLALLEAVGLGERAEHYPSQLSGGEQQRVAIARAFITKPDVLFADEPTGNLDTKTGVHIADLLFQLNEKHGTTLILVTHDPKLAQRCQRQVEMDSGVLQEVNLNNANQDELPAHMKVG
>NZ_CP014944|4210817:4312478|4307708_4309343_+|WP_070376659.1|DBSCAN-SWA
MKNKIALTLFTLALVSGCSKESNVSKNTEVDVAASYQSINKEQLIEHIKVLASDEFEGRAPSSKGEELTLDYLTKQLTAIGFKPGNGNSFLQAVPMVSIEASPDMTLSIGDKDYQYGTDMVMGSARISNFEQLKDSELVFVGYGINAPEYNWNDYQDLDVKGKTVVILVNDPGFATQDAKLFNGNAMTYYGRWTYKYEEASRQGAEGAIIIHETAPASYDWSVVEHSWSGPQFGFVREDKNKDRVAVEGWINSEVAKELFTQAGVNFEQAKIAAAKGSYHLDMGDLTASVTVNNTVKESVSYNFIATLPGSVKPDEHILYTAHWDHLGKDTSLIGDQIYNGAVDNASGTGALIEVAEAFAKLPVAPARSITIMAVTAEEQGLLGSKFYAANPIIPAAKTVANINMDALGVNGRSSDVSVYGLGQSELDNFLSDAAKKQNRTIAGDPRPAAGIYYRSDHFAFANIGIPALYAKTGETAVDEATKTLRTQLKESLGKCYHNLCDEYNDTWDLSGAEEDMQAFFDIGYQLSKENVWPQWSKTSEFKR
>NZ_CP014944|4210817:4312478|4249247_4250036_-|WP_070376625.1|DBSCAN-SWA
MNDLMTKLKCLCEKARLIPLFQALEKQEASPESIECSFLERIFCLLEAQIDNNHISKISRFRKAAKLRWPQASLADYAIKKVLPVKLSKLKDLAECAWVENYLHVAITGPTGAGKTHLASALADEAILKEYSVICYHFSALVRDLIIAEKAGEDILIKLQKRLIKFRVLMIDDWGIKPLKSHERHLLLELIELRERNGSLLITSLYEPSQWYECFVDKGIADSSLDRIIPYIDHIDWDKDSYRTELGRQLMAKSSKGGNKNA
>NZ_CP014944|4210817:4312478|4247847_4248618_-|WP_083278211.1|integrase|DBSCAN-SWA
MEYLNAYRKPKDNQPICKANKYALLLNVKNFMGKMHNRELINNNPIAHIELPTVGRPLPKAIFTAEEVEKILEQPLLFGKKGLVDKVILETFFATGIRRVELRNLDIEDIDIKQQLVRIRKGKGDREYILPISERACEWIVFYLAKLRPQLATITSGSALFLNDKGTRFRVNGLSDMASRYVRLAGFKRAGACHLFRHSTATIMLDNGADLRHVQEMLGHVNITSTQVYTFVSRSKLTEVYNKTHPSALSNKSMLG
>NZ_CP014944|4210817:4312478|4244724_4245348_+|WP_070376620.1|integrase|DBSCAN-SWA
MNNSKSTSRKTCWNKGKLVGQKLPLKLEEIWSIRIRLELANNLRELTMFNLALDCKLRACDFIKLKVLDIAHGATIQSRAMLIQQKTGSSVQFELTPKTRKSLQEWIAQKSLRSGDYLFGSRVKKDFHLTTRQYARIVKKWISSIGLDLTLYGTHTMRRTKASLIYKKTKNLRAVQILLGHTKLESTVRYLGVEVDDALELSEATDI
>NZ_CP014944|4210817:4312478|4278001_4278217_+|WP_070376649.1|DBSCAN-SWA
MQSIKLNSTITCPECGHSKTEKMPTNACQWFYECESCKVLLQPLKGDCCVFCSYGTVKCPPIQEGQDCCNS
>NZ_CP014944|4210817:4312478|4253797_4253995_+|WP_070376629.1|DBSCAN-SWA
MTQAEQKKFILDFVQDWAGSKQAALKWYESEVIPALDKTVQQAVNGGDFDAVKHYLKHIEQGGFA
>NZ_CP014944|4210817:4312478|4252538_4253420_+|WP_157471044.1|DBSCAN-SWA
MNGNKMENAFPSRNIHEDKRAVRSGKFNKLLKFDSVPSLDTILDLDDKVEGVAALFHSPLWSTLYCLESNTQDIDIQLASLDLEVIEHVFEPQKDCLGNLKRKILNSTEIKNIFTIGTLSALSCLLLLRYEFDKRYCEVSKHYLDKLIVESFINVCVTGKLACLRWPLFSKISAWLFQKNKTSYKSILQDETALLKRISKRINLLQLFHKIKPRIARGESTLVVNLISLSDEKLLNKELSDVVKHSYLQKIEPKECKGLCWLIRKINTASVRSERIQLNHLNNKVQLFYPYYD
>NZ_CP014944|4210817:4312478|4251825_4252101_-|WP_070376627.1|DBSCAN-SWA
MEKSQLDELTNDIERELYSYIGPLLFGKHLYAALGFSSHDAFRQALSRKTIPVEIFTLPNRRGRFALSREVARWLASERLKPKRIKEEIQT
>NZ_CP014944|4210817:4312478|4232708_4233215_+|WP_157471040.1|DBSCAN-SWA
MTKIQLGVLTVWIAFTLSAFGYLIKDRLVEFDENNKLAGVGNQELSGYLLPFAKPANITGQKTLLHFSTPSCECQQYSEKHIKDLNKLAGANDFLIKNVVINEHNVIPSTPSVALIDESGEIVYFGPYGQGLACSQTSGYAQTMLNNYLKGYAANLVVKEAKGCYCNV
>NZ_CP014944|4210817:4312478|4229306_4230356_+|WP_070377248.1|DBSCAN-SWA
MEKSGGAVKMLVVTAALFIVFAGIKTAANILVPFLLSVFIAIICNPLIARASRYKIPKVIAVLLVIALFVIVALSLAGLVGKSLTELSLKLPEYREQLRVQFIWITEQLADKNIIISSALLMEYFDPAAAMGLAADMLSGLGSVMANLFLIIITVIFMLFEASSLPKKLHFALADPEMRLKQIDRFLTSVNNYLAIKTLVSIATGIIVSIMLWAFGLDFYLLWGVLAFLLNYIPNIGSIIAAVPAMSLAVLQLSLPEAGLIGLGYITINMVMGNIVEPRYLGKGLGLSTLVIFLSLIFWGWLLGSVGMLLSVPLTMIIKIGLENAEEGRWFAVLLSGEDDINELEHVKR
>NZ_CP014944|4210817:4312478|4216880_4218998_-|WP_070377247.1|tRNA|DBSCAN-SWA
MSLSESSSTAKNKRKILVTCALPYANGSIHLGHLLEHIQTDIWVRFQRMRGHETYFVCADDAHGTPIMLKAHELGVTPEEMINGVREEHMSDFADFHISFDNYHSTHSPENEAFAHEIYNRLHAKGHIKTRVISQLYDPEKGMFLPDRFVKGTCPKCQAADQNGDSCDECGATYSPTEVLNPRSVVSGATPVLKDSEHYFFDLPAFSEMLQDWTRSGALQDEMANKLAEWFESGLQQWDISRDAPYFGFEIPNAPGKYFYVWLDAPIGYMGSFKNLCDKTGIDFDAFWALDSEAELYHFIGKDIIYFHSLFWPAMLEGAGFRKPTAVHAHGFVTVNGAKMSKSKGTFIKGRTYLDHLNPEYLRYYYAAKLTHKIDDLDLNLEDFAQRVNSDLVGKVVNIASRCASFITKRFDGMLSENIDNPALAEEVMAAGDSIAAHYEARDFARGMREIMALADKVNEYIAVKEPWQLVKDETKQQEVQDICSLGINMFRTLMIYLKPVLPVLADSTATFLNDELTWEGHKKLLTSHKINKFKALLQRVDMDKVNAMTDASKDNLLVKDDAEKPVKKAKKEKIVDNSAALNDPLGCDPISEEIQFDDFAKIDLRIVKIINAEHVEKADKLLRLTLALDSKEEGGKTRQVFAGIKSAYQPEDLIGKHTVMVANLAPRKMRFGMSEGMVLAAGPGGKDLWILNPDDGAQPGMRVK
>NZ_CP014944|4210817:4312478|4242450_4243440_+|WP_157471042.1|DBSCAN-SWA
MRRSEVEMQTSLENVDFEWVNRGYNHIFKANRLSIGLVIPIENYADCSVPTMEDHIERVQLAERLGFASIWLRDVPFDVPTFGDAGQIFDPFVYLGFLAGTTKNITLGVSSIVLPTRHPAHVAKAAASADVLSKGRLVLGVASGDRPEEYPALNQSFDDRGFRFRESFSYIKQMWQDKPQFTNHYGNLNGSINMLPKPASKKLPLIVTGSSQQNMNWIAQNSNAWMTYPRKLEEQTHVINSFQQKVKEAGREIQPVMQPLYIDLVEDPDFPPTPIHLGFRIGTRHLINYLQSLENIGINHVALNLRFNQLNIPATLKRIADEILPNFAE
>NZ_CP014944|4210817:4312478|4231237_4232704_+|WP_070376609.1|DBSCAN-SWA
MNKNNTLFTYLLCILFAESLLLAFIYDSYLSALIIGLPALLVPIYFYKTAGDGAISGHVSALAVMIFAALHIHQAQGLIEVHFEIFILLAFLIIFQDWRVFITAILVVAVHHFSFYYLQVNDTGVYIFDEDRLLFSTVIIHAVYAITESIIAGYIAHSMKVESEAGKELSSVATSLTVDVNAIDLSIKARANNNRTLLSFNELLDLLSKVIQGVKEQVVELNANSQNLNRTKEELESSTAQRQQETEVIATSAEEMAVTVASIAQETTQLSDQMKEATDFTKASNEEIISINNQNKNLTSALEKTSEQVNDLANSTEAISKVLSEISGIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRALATRTKESTDKIGQTLSLLKSYSKLTTDSMTHSIGIVQSVIESADKAQKQIAQASALVEHASAISINVAAAVEQQSVTTADIAKSAETLRDTALVDRERVQALASEADSVSVTSNAMALNIARFK
>NZ_CP014944|4210817:4312478|4264133_4264598_-|WP_157471046.1|DBSCAN-SWA
MKKRRVALCLFMSAVSIGVFAQDYVTQYTYDARGRLIKAANSSADEVYYTLDDAGNRLNVSDSPYQPTLPVITSFTGPSSVSYSGKAITLIWASTDTTHCTLVESGSSANPPNLSSSGSKSVNIYETTAYTLTCYDAVTSDSKAKFIRVTSDRN
>NZ_CP014944|4210817:4312478|4258813_4259530_-|WP_070376633.1|transposase|DBSCAN-SWA
MARLPRLNLPNIPQHVVQRGNNRQACFFAEQDYLVYLDKLKEYSKKYQVAVHAYVLMTNHVHLLMTPTTEKGVSQLMQSLGRYYVRYVNQTYHRSGTLWEGRYKSTLINSEQYFLLVSRYIELNPVRAAMVNHPAEYPWSSFQGNALDKNIELLTSHSLYLALGNKALERKKAYQALFSAHVDELALQEIRDATNKAWVLGDSRFKQQIEQDTGRRASHLGKGGDRKSKIFLKSIENQ
>NZ_CP014944|4210817:4312478|4225253_4225892_-|WP_070376605.1|DBSCAN-SWA
MNKHPIYILFLSLIALISISFSTLANPSARHSILLLGDSVSASYGMKQNQGWVHLLNTQLTTQKSPYKITNASISGETTTGGLSRLPGILAKEKVDHLVIELGGNDGLRGYSPKKIKNNLLQMIKLAQDKKIPVTLYQIKITPNYGPRYNKMFEQVFIDVAAETNINLLPFFVEPLVTDASLMQKDGIHPNVKAQPIIAEFVASQFTEIMEK
>NZ_CP014944|4210817:4312478|4277182_4277560_+|WP_070376647.1|DBSCAN-SWA
MKTIGKLAKELDINVETIRFYEKKGLVSQPIKPENGYRLYSSAIADKLRFIAKAKALGFTLKEISSLMSMENNCAQVESLGLHKLDIIRNKISNLQRLESVISKMTNSCKTNQDQYSCPIIDSLK
>NZ_CP014944|4210817:4312478|4241368_4242355_+|WP_070376618.1|DBSCAN-SWA
MKAMIIKSFGGSEVFEVADIAKPEIKAGHVLVNIKASSINTVDTMIRQMGDDLPLSPPLPAVLGMDFAGIVESVGEGVTQFTVGDEVYGCAGGLADLPGTLAEYIVADANLMAKKAKNLTMREAAAIPLVGITAYEGLTRSNVRENQNVLVHGGSGGVGHIAVQLANYMGANVFATGGGEKQLALIEELGAKGINYKSETVEEYVAKHTEGNGFDVVFDSVGGENMTNSFNAASLNGHVASTVAMVELDLSVAHFKGLSLHVVFMLIPMLNNYKRENHAQILNTLTKIAESGALRPVLDEQTFSLEEAGKAHDRLSSGQGMGKVVVDV
>NZ_CP014944|4210817:4312478|4301986_4302151_-|WP_157471050.1|DBSCAN-SWA
MGSVLGWMIFAVVLLRWYANGKDKHLVGLYGLSWKKNDSVVNKLNLLQTALKSS
>NZ_CP014944|4210817:4312478|4257501_4258071_-|WP_083278087.1|DBSCAN-SWA
MNMYAYVGNDPVNLTDPSGLCAQKSTNCVEQVSRTTNADNSVTVSRTDTVTNGSNSTTSPSGEIRLLPQSSANGAPATVTSGMEDNLLDLSDTVSSTINVHSGVRSQAQQNSLKGNNANTVASTSQHTIGDAADISANNISGVDLSKAAVDSGNFQRVNLYPSGSVHIDQKNVGKGTQFYNNWKRKPNP
>NZ_CP014944|4210817:4312478|4263873_4264065_-|WP_070376636.1|DBSCAN-SWA
MLNKLLKTTIILCSLSIMTQVSAEDDVAKIKPLDMVTDVNSVDLLSGKYTPNLPILSTPLRLT
>NZ_CP014944|4210817:4312478|4223677_4225252_-|WP_070376604.1|DBSCAN-SWA
MDFIWILFAFGCGMAAKSFSLPPSIGYLFAGFLLNFLGFQADDSINTLANLGITLMLFTIGLKLNVKDLLKKEVWLGSLSHSVTWVLIGALLLKLFALAAISYFADLSFYTLGLIIFALSFSSTVCVVKLMEDHGEMRTRHGKLAVGILVIQDIVAVIFLVVATGKSPTLWALLLLSAFLIKPLINKLIDQVGHGELIPLTGFFLAFGAYELFELVSIKGDLGALLVGMYLASHSKASEINKSLMGFKDLFLIGFFLSIGFTALPTLEMLAMAGLLTLLIPVKFCLFFFLFTQFKLRGRTSYLTALALSNFSEFGLIIASLSTKNGWLTNDWLVILSLAVSLSFIITNITYNYAHQIFTRHKLFICKYERKSKLSEDNFIQPCDAPIVVIGMGRVGMGAYKALDSQATGQVWGLDADQGKIAWLNDNNVQAFCGDAENIDFWENIKIEKLELILLALPQIQDIKNITLQLRHANYQGQIAAIARFDDERQEIETFGVDKVFNFYTEAGVGFAEESLAMIKPNKQ

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_083278085.1|4210817_4211213_-|transposase	IS200/IS605 family transposase	A0A1S5RG71	Helicobacter_phage	3.4e-26	43.2
WP_070376595.1|4211250_4212477_+|transposase	transposase	A0A191SB13	Nostoc_phage	2.5e-19	26.8
WP_070376596.1|4212574_4212814_+	EamA family transporter	NA	NA	NA	NA
WP_070376597.1|4212880_4213372_+	peptidylprolyl isomerase	NA	NA	NA	NA
WP_070376598.1|4213461_4214193_-|tRNA	tRNA (N6-threonylcarbamoyladenosine(37)-N6)-methyltransferase TrmO	NA	NA	NA	NA
WP_070376599.1|4214192_4214609_-	hypothetical protein	NA	NA	NA	NA
WP_070376600.1|4214626_4216753_-	cation:dicarboxylase symporter family transporter	NA	NA	NA	NA
WP_070377247.1|4216880_4218998_-|tRNA	methionine--tRNA ligase	A0A1V0S905	Catovirus	1.5e-24	23.7
WP_070376601.1|4219103_4220201_+	iron-sulfur cluster carrier protein ApbC	NA	NA	NA	NA
WP_070376602.1|4220252_4220849_+	dCTP deaminase	I4AZP2	Saccharomonospora_phage	3.2e-28	38.9
WP_070376603.1|4220936_4221845_-	uridine diphosphate-N-acetylglucosamine-binding protein YvcK	A1IMD5	Streptococcus_phage	6.6e-25	28.6
WP_070376604.1|4223677_4225252_-	cation:proton antiporter	NA	NA	NA	NA
WP_070376605.1|4225253_4225892_-	arylesterase	NA	NA	NA	NA
WP_070376606.1|4225890_4226625_+	ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	2.5e-30	37.4
WP_070376607.1|4226627_4229201_+	FtsX-like permease family protein	NA	NA	NA	NA
WP_070377248.1|4229306_4230356_+	AI-2E family transporter	NA	NA	NA	NA
WP_070376608.1|4230384_4230858_-	DUF2947 domain-containing protein	NA	NA	NA	NA
WP_070376609.1|4231237_4232704_+	hypothetical protein	A0A2H4J162	uncultured_Caudovirales_phage	4.8e-17	44.4
4231923:4231939	attL	NA	NA	NA	NA
WP_157471040.1|4232708_4233215_+	hypothetical protein	NA	NA	NA	NA
4231923:4231939	attL	NA	NA	NA	NA
WP_070376611.1|4233346_4233994_+	DsbA family oxidoreductase	NA	NA	NA	NA
WP_070376612.1|4234196_4234970_-	sulfite exporter TauE/SafE family protein	NA	NA	NA	NA
WP_070376613.1|4235395_4236583_+	YbfB/YjiJ family MFS transporter	NA	NA	NA	NA
WP_070376614.1|4237162_4238359_-|transposase	IS91 family transposase	NA	NA	NA	NA
WP_070376615.1|4238366_4239266_-|integrase	tyrosine-type recombinase/integrase	S5W9T9	Leptospira_phage	2.9e-25	32.1
WP_070376616.1|4239682_4240108_+|transposase	IS200/IS605 family transposase	NA	NA	NA	NA
WP_070376617.1|4240352_4241243_-	LysR family transcriptional regulator	NA	NA	NA	NA
WP_070376618.1|4241368_4242355_+	zinc-dependent alcohol dehydrogenase family protein	NA	NA	NA	NA
WP_157471042.1|4242450_4243440_+	TIGR03571 family LLM class oxidoreductase	NA	NA	NA	NA
WP_070376619.1|4243466_4244270_+	SDR family NAD(P)-dependent oxidoreductase	NA	NA	NA	NA
WP_070376620.1|4244724_4245348_+|integrase	tyrosine-type recombinase/integrase	A0A0A8WF93	Clostridium_phage	7.7e-09	31.0
WP_070376621.1|4246526_4246994_-	hypothetical protein	NA	NA	NA	NA
WP_083278086.1|4247009_4247678_-	RHS repeat-associated core domain-containing protein	NA	NA	NA	NA
WP_083278211.1|4247847_4248618_-|integrase	tyrosine-type recombinase/integrase	A0A0K2CP59	Brevibacillus_phage	1.7e-18	31.1
4247772:4247788	attR	NA	NA	NA	NA
WP_070376624.1|4248787_4249255_-	hypothetical protein	NA	NA	NA	NA
4247772:4247788	attR	NA	NA	NA	NA
WP_070376625.1|4249247_4250036_-	hypothetical protein	NA	NA	NA	NA
WP_070376626.1|4250028_4251648_-|integrase,transposase	DDE-type integrase/transposase/recombinase	NA	NA	NA	NA
WP_070376627.1|4251825_4252101_-	hypothetical protein	NA	NA	NA	NA
WP_157471044.1|4252538_4253420_+	hypothetical protein	NA	NA	NA	NA
WP_070376629.1|4253797_4253995_+	hypothetical protein	NA	NA	NA	NA
WP_070377250.1|4254160_4256776_-	AAA family ATPase	NA	NA	NA	NA
WP_070376630.1|4256980_4257505_-	hypothetical protein	NA	NA	NA	NA
WP_083278087.1|4257501_4258071_-	DUF882 domain-containing protein	NA	NA	NA	NA
WP_070376632.1|4258281_4258653_-	hypothetical protein	NA	NA	NA	NA
WP_070376633.1|4258813_4259530_-|transposase	transposase	NA	NA	NA	NA
WP_070376635.1|4260070_4263877_-	RHS repeat-associated core domain-containing protein	NA	NA	NA	NA
WP_070376636.1|4263873_4264065_-	hypothetical protein	NA	NA	NA	NA
WP_157471046.1|4264133_4264598_-	hypothetical protein	NA	NA	NA	NA
WP_070376638.1|4265339_4266299_-|integrase	integron integrase	A0A1P8DJJ6	Virus_Rctr41k	7.1e-54	37.9
WP_070374980.1|4266724_4267576_+|integrase	tyrosine-type recombinase/integrase	A0A218M4I3	Erwinia_phage	6.0e-12	29.5
WP_070374979.1|4267572_4268706_+|transposase	IS91 family transposase	NA	NA	NA	NA
WP_070376639.1|4268995_4269496_+	hypothetical protein	NA	NA	NA	NA
WP_070373630.1|4269894_4271049_-|transposase	IS110 family transposase	NA	NA	NA	NA
WP_070376640.1|4271148_4271466_-	CcdB family protein	NA	NA	NA	NA
WP_070376641.1|4271465_4271711_-	type II toxin-antitoxin system CcdA family antitoxin	NA	NA	NA	NA
WP_070376642.1|4271882_4272248_+	hypothetical protein	NA	NA	NA	NA
WP_070376643.1|4272375_4272861_+	hypothetical protein	NA	NA	NA	NA
WP_070376644.1|4272985_4273450_+	hypothetical protein	NA	NA	NA	NA
WP_157471048.1|4273920_4274496_+	hypothetical protein	NA	NA	NA	NA
WP_070376646.1|4276546_4277056_+	hypothetical protein	NA	NA	NA	NA
WP_070376647.1|4277182_4277560_+	MerR family transcriptional regulator	NA	NA	NA	NA
WP_070376648.1|4277624_4278014_+	organomercurial transporter MerC	NA	NA	NA	NA
WP_070376649.1|4278001_4278217_+	hypothetical protein	NA	NA	NA	NA
WP_070376650.1|4278389_4279172_+	hypothetical protein	NA	NA	NA	NA
WP_070376651.1|4279936_4280209_+	DUF4242 domain-containing protein	NA	NA	NA	NA
WP_070376652.1|4280522_4281149_+	pyridoxamine 5'-phosphate oxidase	NA	NA	NA	NA
WP_070376653.1|4282020_4282449_+	hypothetical protein	NA	NA	NA	NA
WP_070376655.1|4284691_4299595_+	tandem-95 repeat protein	NA	NA	NA	NA
WP_070376656.1|4299628_4300171_+	hypothetical protein	NA	NA	NA	NA
WP_070376657.1|4300859_4301951_-	acyltransferase	NA	NA	NA	NA
WP_157471050.1|4301986_4302151_-	hypothetical protein	NA	NA	NA	NA
WP_083278088.1|4303055_4303298_-	IS66 family insertion sequence element accessory protein TnpB	S5VXZ8	Leptospira_phage	4.5e-13	49.3
WP_070376658.1|4303832_4307108_+	hypothetical protein	NA	NA	NA	NA
WP_083278089.1|4307225_4307354_+	hypothetical protein	NA	NA	NA	NA
WP_070376659.1|4307708_4309343_+	M28 family peptidase	NA	NA	NA	NA
WP_070376660.1|4309430_4310321_-	dienelactone hydrolase family protein	NA	NA	NA	NA
WP_070376661.1|4310689_4311187_+	fasciclin domain-containing protein	NA	NA	NA	NA
WP_070376662.1|4311398_4312478_+|protease	site-2 protease family protein	NA	NA	NA	NA