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_CP009472	Lactococcus lactis strain AI06 chromosome, complete genome	3 crisprs	cas3,DEDDh,csa3,DinG	0	0	6	0

1. NZ_CP009472

CRISPR-Cas detection and classification

Crispr_ID: NZ_CP009472_1

• CRISPR_ID: NZ_CP009472_1
• CRISPR_location: 778363-778457
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP009472_1

Consensus_repeat	Method
AGCTGATAATTCTGTCAGTAGCGATTG	CRISPRCasFinder

spacers of NZ_CP009472_1

>1.1|778390|41|NZ_CP009472|CRISPRCasFinder
ATTAATGAGCTTTAAATCGGCAAATAAAAGAATTGTCAGTC

CRISPR arrays and Neighbor proteins around NZ_CP009472_1

CRISPR arrays

The CRISPR arrays of NZ_CP009472_1

>merge|NZ_CP009472|1|778363-778457|CRISPRCasFinder
AGCTGATAATTCTGTCAGTAGCGATTGATTAATGAGCTTTAAATCGGCAAATAAAAGAATTGTCAGTCAGCTGATAATTCTGTCAGTAGCGATTG

>NZ_CP009472|1|1|778363-778457|CRISPRCasFinder
AGCTGATAATTCTGTCAGTAGCGATTG	ATTAATGAGCTTTAAATCGGCAAATAAAAGAATTGTCAGTC
AGCTGATAATTCTGTCAGTAGCGATTG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP009472.1|WP_038599873.1|785545_787510_+|DHH-family-phosphoesterase	unknown	unknown	gnl|CDD|226404
NZ_CP009472.1|WP_038599848.1|772284_773967_-|2-succinyl-5-enolpyruvyl-6-hydroxy-3--cyclohexene-1-carboxylic-acid-synthase	unknown	unknown	gnl|CDD|224087
NZ_CP009472.1|WP_003132455.1|781168_781513_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP009472.1|WP_038599859.1|777334_778258_+|bifunctional-oligoribonuclease/PAP-phosphatase-NrnA	unknown	unknown	gnl|CDD|223691
NZ_CP009472.1|WP_038599856.1|776034_777315_+|CBS-domain-containing-protein	unknown	unknown	gnl|CDD|226594
NZ_CP009472.1|WP_155273343.1|767182_767320_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP009472.1|WP_038599877.1|787964_789332_+|replicative-DNA-helicase	unknown	unknown	gnl|CDD|180232
NZ_CP009472.1|WP_003132464.1|787506_787959_+|50S-ribosomal-protein-L9	unknown	unknown	gnl|CDD|234659
NZ_CP009472.1|WP_003132467.1|789851_790625_+|phosphotransferase-family-protein	unknown	unknown	gnl|CDD|223584
NZ_CP009472.1|WP_052053835.1|771478_772288_-|2-succinyl-6-hydroxy-2,-4-cyclohexadiene-1-carboxylate-synthase	unknown	unknown	gnl|CDD|274729
NZ_CP009472.1|WP_038599844.1|770104_770947_-|1,4-dihydroxy-2-naphthoyl-CoA-synthase	unknown	unknown	gnl|CDD|180958
NZ_CP009472.1|WP_038599869.1|784783_785452_+|HAD-family-phosphatase	unknown	unknown	gnl|CDD|223710
NZ_CP009472.1|WP_038599839.1|767513_768626_-|o-succinylbenzoate-synthase	unknown	unknown	gnl|CDD|213667
NZ_CP009472.1|WP_080739838.1|774020_775235_-|isochorismate-synthase-MenF	unknown	unknown	gnl|CDD|224091
NZ_CP009472.1|WP_010905537.1|781573_783085_+|flotillin-family-protein	unknown	unknown	gnl|CDD|225177
NZ_CP009472.1|WP_038599866.1|783121_784474_-|aspartate-kinase	unknown	unknown	gnl|CDD|236364
NZ_CP009472.1|WP_010905542.1|789525_789783_+|Veg-family-protein	unknown	unknown	gnl|CDD|226872
NZ_CP009472.1|WP_038599841.1|768622_769978_-|o-succinylbenzoate--CoA-ligase	unknown	unknown	gnl|CDD|162605
NZ_CP009472.1|WP_038599853.1|775446_776028_+|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379112
NZ_CP009472.1|WP_026138879.1|778531_779500_-|asparaginase	unknown	unknown	gnl|CDD|199208

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP009472.1|WP_038599873.1|785545_787510_+|DHH-family-phosphoesterase	gnl|CDD|226404	COG3887, COG3887, Predicted signaling protein consisting of a modified GGDEF domain and a DHH domain [Signal transduction mechanisms].	0
NZ_CP009472.1|WP_038599848.1|772284_773967_-|2-succinyl-5-enolpyruvyl-6-hydroxy-3--cyclohexene-1-carboxylic-acid-synthase	gnl|CDD|224087	COG1165, MenD, 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase [Coenzyme metabolism].	0
NZ_CP009472.1|WP_038599859.1|777334_778258_+|bifunctional-oligoribonuclease/PAP-phosphatase-NrnA	gnl|CDD|223691	COG0618, COG0618, Exopolyphosphatase-related proteins [General function prediction only].	4.53321e-95
NZ_CP009472.1|WP_038599856.1|776034_777315_+|CBS-domain-containing-protein	gnl|CDD|226594	COG4109, COG4109, Predicted transcriptional regulator containing CBS domains [Transcription].	0
NZ_CP009472.1|WP_038599877.1|787964_789332_+|replicative-DNA-helicase	gnl|CDD|180232	PRK05748, PRK05748, replicative DNA helicase; Provisional.	0
NZ_CP009472.1|WP_003132464.1|787506_787959_+|50S-ribosomal-protein-L9	gnl|CDD|234659	PRK00137, rplI, 50S ribosomal protein L9; Reviewed.	9.50619e-48
NZ_CP009472.1|WP_003132467.1|789851_790625_+|phosphotransferase-family-protein	gnl|CDD|223584	COG0510, ycfN, Thiamine kinase and related kinases [Coenzyme transport and metabolism].	3.3076e-76
NZ_CP009472.1|WP_052053835.1|771478_772288_-|2-succinyl-6-hydroxy-2,-4-cyclohexadiene-1-carboxylate-synthase	gnl|CDD|274729	TIGR03695, menH_SHCHC, 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase. This protein catalyzes the formation of SHCHC, or (1 R,6 R)-2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate, by elmination of pyruvate from 2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate (SEPHCHC). Note that SHCHC synthase activity previously was attributed to MenD, which in fact is SEPHCHC synthase. [Biosynthesis of cofactors, prosthetic groups, and carriers, Menaquinone and ubiquinone].	2.69059e-102
NZ_CP009472.1|WP_038599844.1|770104_770947_-|1,4-dihydroxy-2-naphthoyl-CoA-synthase	gnl|CDD|180958	PRK07396, PRK07396, dihydroxynaphthoic acid synthetase; Validated.	0
NZ_CP009472.1|WP_038599869.1|784783_785452_+|HAD-family-phosphatase	gnl|CDD|223710	COG0637, COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only].	2.14334e-58
NZ_CP009472.1|WP_038599839.1|767513_768626_-|o-succinylbenzoate-synthase	gnl|CDD|213667	TIGR01928, o-succinylbenzoate_synthase, o-succinylbenzoate synthase. This model describes the enzyme o-succinylbenzoic acid synthetase (menC) that is involved in one of the steps of the menaquinone biosynthesis pathway. It takes SHCHC and makes it into 2-succinylbenzoate. Included in this model are low GC gram positive bacteria and archaea. Also included in the seed and in the model are enzymes with the com-name of N-acylamino acid racemase (or the more general term, racemase / racemase family), which refers to the enzyme's industrial application as racemases, and not to its biological function as o-succinylbenzoic acid synthetase. [Biosynthesis of cofactors, prosthetic groups, and carriers, Menaquinone and ubiquinone].	4.90996e-175
NZ_CP009472.1|WP_080739838.1|774020_775235_-|isochorismate-synthase-MenF	gnl|CDD|224091	COG1169, MenF, Isochorismate synthase [Coenzyme metabolism / Secondary metabolites biosynthesis, transport, and catabolism].	4.87835e-148
NZ_CP009472.1|WP_010905537.1|781573_783085_+|flotillin-family-protein	gnl|CDD|225177	COG2268, COG2268, Uncharacterized protein conserved in bacteria [Function unknown].	1.6673e-105
NZ_CP009472.1|WP_038599866.1|783121_784474_-|aspartate-kinase	gnl|CDD|236364	PRK09034, PRK09034, aspartate kinase; Reviewed.	0
NZ_CP009472.1|WP_010905542.1|789525_789783_+|Veg-family-protein	gnl|CDD|226872	COG4466, Veg, Uncharacterized protein conserved in bacteria [Function unknown].	6.02719e-36
NZ_CP009472.1|WP_038599841.1|768622_769978_-|o-succinylbenzoate--CoA-ligase	gnl|CDD|162605	TIGR01923, 2-succinylbenzoate--CoA_ligase, O-succinylbenzoate-CoA ligase. This model represents an enzyme, O-succinylbenzoate-CoA ligase, which is involved in the fourth step of the menaquinone biosynthesis pathway. O-succinylbenzoate-CoA ligase, together with menB - naphtoate synthase, take 2-succinylbenzoate and convert it into 1,4-di-hydroxy-2- naphtoate. [Biosynthesis of cofactors, prosthetic groups, and carriers, Menaquinone and ubiquinone].	0
NZ_CP009472.1|WP_038599853.1|775446_776028_+|GNAT-family-N-acetyltransferase	gnl|CDD|379112	pfam13302, Acetyltransf_3, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	7.46806e-36
NZ_CP009472.1|WP_026138879.1|778531_779500_-|asparaginase	gnl|CDD|199208	cd08964, L-asparaginase_II, Type II (periplasmic) bacterial L-asparaginase. Asparaginases (amidohydrolases, E.C. 3.5.1.1) are enzymes that catalyze the hydrolysis of asparagine to aspartic acid and ammonia. In bacteria, there are two classes of amidohydrolases. This model represents type II L-asparaginases, which tend to be highly specific for asparagine and localized to the periplasm. They are potent antileukemic agents and have been used in the treatment of acute lymphoblastic leukemia (ALL), but not without severe side effects. Tumor cells appear to have a heightened dependence on exogenous L-aspartate, and depleting their surroundings of L-aspartate may starve cancerous ALL cells. Type II L-asparaginase acts as a tetramer, which is actually a dimer of two tightly bound dimers. A conserved threonine residue is thought to supply the nucleophile hydroxy-group that attacks the amide bond. Many bacterial L-asparaginases have both L-asparagine and L-glutamine hydrolysis activities, to a different degree, and some of them are annotated as asparaginase/glutaminase.	3.8502e-134

Protein sequences

>NZ_CP009472.1|WP_038599859.1|777334_778258_+|bifunctional-oligoribonuclease/PAP-phosphatase-NrnA
MNEILEKIKAYELILIHRHKNPDPDAIGSQAGLRAILRENFPEKRIYAVGYDEPTLTYLAEMDLFELREDEKYLSIVCDTANTPRIDDDRYKNADFLIKIDHHPNDDAYGDLLLVEPERSSASEIVADFAFETGLKLNSEAARLLYAGIIGDTGRFLYPATSPNTLKVASKLAEFPFDRPALGREMSSFDMKVARLQGFVYENMEVSEKGAARVLLTQEILKKFDLRDAETSSIVSTPGNIRGIESWAIFVEQADGHFRVRMRSKVKPINEIAKRHDGGGHALASGANSYSLEENQQIWQELQDNLE
>NZ_CP009472.1|WP_038599856.1|776034_777315_+|CBS-domain-containing-protein
MSKHEEILNYIEGLEIGKQVSVRGIANRMKVADGTAYRAIKEAEILGLVAVNDRSGTVRVAVKGQKVANRLTFGKLAEIANADVLGGLAGLEVEFSKFVISAMQRESFKRYLSPNGLVIVGDRKEIQNLALREQNAVLVTGGFDVDQEVVNYANQLGIPLLRTAYDTFTVANRISHALANELIKKDIITVGDVFHQKRATLREEDTVKDFLDLVKKTNDSRFAVVNTYNVVVGVVAMRDVTNKKNDTPLNKVMTRANVARASMTVASVSQKMIYEGYDMMPVVYENYTYAGIITKSDLLQSLQKAQEESQVAHTFSDNIANSLVEKGSAYTVTVEPFMINSVGTIANGVFAELITQVVQRVFAKKRRRNIIIEALNMHMMGAAAIDNVLEIYPKVIGETRIGAMVDCEIYHVNNIVAKVLVNVQLT
>NZ_CP009472.1|WP_038599853.1|775446_776028_+|GNAT-family-N-acetyltransferase
MNIYVKLAEFSIIETKRLLLRPFDLKDAEDMFDYSGNPENLKFVFAPHLSLSETRFSIANDYMKSPLGKWAIELKSEHRLIGDIHFVKISDKNQSAEIGYVLNQNYWNQGLLTEALKVLTEFSFEQFGLKKLILLIDKENVPSKKVALKSGYHLVKKFKGTNQYSKKIRDFEQYELRKSDDEIYQKNSEIGEI
>NZ_CP009472.1|WP_080739838.1|774020_775235_-|isochorismate-synthase-MenF
MKICNFRAHYSSPMLSYVIIFMVEKMNYIKINLKLNNPLAFWANFSESERFFWFDPQKETFVIGCERLKAIDLEHDKFSDYPYLFHSQTFFDDIKGELWENFGGETIAFKHYFVVNKENSYTLTCDSPREIPEITIPKFKHQLTEKASDFSAWQELFYAIQKNFADGKSRKIVASRELEFTSQTSFELESIIQNLLDNNPNAFIFAYQKGKRIFLGASPEILVQKENDQLLSYALAGTFPKTMENAGQKLLTDPKNLLEHDIVVQKIKRNLLEKAEIVKVGTTELMELKNVYHLRTILSAKNSELSLIEWTKQLHPTPALGGEPRHEALEFLRKHENHERGLYAAPLGLIDSKGNGTMIVGIRSALIVDKKLYAYAGCGIIPSSDALEEFRETKVKLKTILEAL
>NZ_CP009472.1|WP_038599848.1|772284_773967_-|2-succinyl-5-enolpyruvyl-6-hydroxy-3--cyclohexene-1-carboxylic-acid-synthase
MTNEYLAPFVDELFNLGVREAVFSPGSRSTALAMLFEEYKKYDTYVNIDERSAAFFALGIAKAKKRPVVLVCTSGSAAAHHFPAVLEAKMSRVPLIILTADRPAELQFVGAPQTVDQTRFFGNFVNHFENLEAPHIQTQSQTENFWTYPRKVAQRAVLSAISPLSGPVQINVPLRDPLVPELKSENYEKGRSKHAFKFYKGQAQVILPFDETLLSGKTLILAGANFDKDYSEALLKLAEQLKAPILADPLSNLRNHNHPLVIDSYDAFLANNDLKTQLKADAILLFGQMPVSKRLQQFVVFNNEAEFIQVDPALDYRNPSLTTTTMVQSDVLPFASSIKKVNSDSSYLEKWQNAQEKMRQLLEKVTYEENPFEGRYVQELQKHLEALDAQLLVSNSMEIRDIDYWWKKADAKVRILGNRGVNGIDGTESTALGIATTGKPTVLLTGDLSMLHDLNGLIVGKTHELNLTIVLFNNDGGGIFHHLAQKGVPNFDYLFSTPHGLNFAGLAELTGLDYHLVSGYADFGQQFEASLHQSGIHLLEIKTDKDLSLALHQKYTTYEN
>NZ_CP009472.1|WP_052053835.1|771478_772288_-|2-succinyl-6-hydroxy-2,-4-cyclohexadiene-1-carboxylate-synthase
MIKKIITIDGFDYAVRIWGTGEVLFALHGFSESSNTWRNLHLTGYKIVAIDLLGHGSSAKPKELTPYKLEAILKNLHLLFAQFTDGNAFSLLGYSMGGRLALRYCLAYPSAPVKYLILESTGPGLLSSEDRKKRRLADEELGQKILLNGSAWFADFWANISLFESQKKLSVKIQQEIWESRASNSPLALAQTLNGTGQGQLFYVGDKISLIKSNILYLSGDLDEKYSKIAKEIFAPNPNVTWISVAASGHNIHLENPVTYQKILEEFLP
>NZ_CP009472.1|WP_038599844.1|770104_770947_-|1,4-dihydroxy-2-naphthoyl-CoA-synthase
MSKFNWVALNRNYEDIIYETYDGIAKITINRPEVRNAFRPKTVVEMIDAFSVARDDTNVGVIILTGANHGKGEDKEAFCSGGDQKVRGNGGYVGEDQIPRLNVLDLQHLIRITPKPVIAMVNGFAIGGGHVLHIVCDLTIASENAKFGQTGPRVGSFDAGYGAGLLAAMVGQKKAREIWFLCRQYTAQEAMDMGMVNTVVPFDHLEEETVQWAQEMLALSPMALRMLKGSMNAATDGLAGLQQFAGDATLMFYTTDEAKEGRDAFKEKRKPDFDQFPKFP
>NZ_CP009472.1|WP_038599841.1|768622_769978_-|o-succinylbenzoate--CoA-ligase
MKWLKKQAELYPQKQFLNDYTFAQINQEVNKMAEHLAPLIDNQSRVALLSENSVEMAVVLFALLGLSKEVLLLNTHLTEYELADQIKELEIETVFTSDSLTEKIADSISFSEIWTSNPCPVSLSADFPDEKIVVIMNTSATTGKFKSVPITWGMISNHVKASKETLGAYDNDNWLVILPMFHVSGLSIIMRTLYNATSATVVDKFDENQLLEMVNSGKINMISLVPTLLTRIADKLHSNNLRVILLGGEFIPQPLIKKCQELGLPIYKTYGMTESFSQSVTFNILDFPDKTSSVGRPLPGVEIEIRQADLAGVGEIWLKSPMLMKAYLGQKPYGTAFETGDIGYLDADGFLYLLNRRKDIIISGGENIYPKEIEDLVYSLPEIKECALVAKPDAKWGQVPILFVSGNISQEKLENFLTEKLAKYKRPQSITFMDELPKNASGKILRKELKG
>NZ_CP009472.1|WP_038599839.1|767513_768626_-|o-succinylbenzoate-synthase
MIIEKITMFHVQLPMKFDFKTAKGSLNLRDTIIIKVESPNGLSGFGEVVAFTTPFYTSETFADSWKILEETYLPEILQKEFSHPFEIHEFFRNPLPMALAGLENALLDLYFKGKNENLITGLFQEKLADKIPRGAVLGQMSDEQTIKEIDQLINSGVKRIKLKISPQIGTDLIKKLVKRYPQITFALDANRSFQLTDWPVIKELDELGLACIEEPFDIKDLSELKLLTENFLTPICFDESVQDLESLKILTELPFQTMLNVKIGRLGGLYQTQKAIEFCRQHQIGFWIGSMVESGISKILHVQLAALSGNAMAGDLSDSKHYFDIDLIQPEIAFPNGWMTVPTGIGIGLSVNETLLKGYTVNKLIMTYFR
>NZ_CP009472.1|WP_155273343.1|767182_767320_-|hypothetical-protein
MLKRNENRKYLLAGQASAKKAFFIISRQSATNLLVAVPEARALKC
>NZ_CP009472.1|WP_026138879.1|778531_779500_-|asparaginase
MKKILILHTGGTISMAEDENGHVSPNAVNPMNAVSMQFDEVNLVTEDIFNLPSPHVTLSDMLVLKNRIKTAFIAEDFDGVVITHGTDTLEETAFFLDTTLSRGKPIVLTGAMRSSNELGTDGIYNLLTAIRVAADSNSSDRGVLVVMNDEIHSARYVTKTHTTNVSTFQTPTHGPVGLLTKNKIIYFHKDSENQHLDVATVHGKVPIVKAFAGMTGEILDLLNLEQLDGLVIEALGAGNLPPIASQSLQRLLDAKVPVVLVSRCFNGIAEPVYSYQGGGSQLYEAGVMFADEVNSQKARIKLIIALNAGLKDLSELRPFLEN
>NZ_CP009472.1|WP_003132455.1|781168_781513_+|hypothetical-protein
MLFIIITLIIIVLIIFLTILLLPGMAFFNKMSDQKYNADEKDLLTGILTTAISSKEATGEVMTTFVNESRKTMPAKIYLPNKDNIEQIESGAQVLIIESKAGIAYVIPYQQTIY
>NZ_CP009472.1|WP_010905537.1|781573_783085_+|flotillin-family-protein
MPLLYILAIVVIVIILILLGIIAANYKKSGPQAALIVYGSGLGSKGVNKDSQGNRLKVVRGSGTFVLPIFQNARYLSLQSAAIDIKTEKVLSKDKIPVTVEATAMIKVGSTLQDIATAAEQFLGKRDEQRDAMADQVLRGHLRAIVGTMTVSELIEDRNKFSAEVQGQAGTDLSKMGLSIVSFVINDIRDDQNYIKALGAKEVARVQQEAAIAVANADKETRIQKAAADQDAQKAEALAATQVANAQKEKAISLAHYEQEQSIAAAEAKAQADQAQASADQAYAIQEAISKKETTEAEMQVELIKKQRETDLETQEVLRKAQENEANVVKAAEAAKAAQIAKAEADAREREVRAQAEAAAIEATAKATAKQREVTAMAEATAIEATGKAEAEAIRLKGLAEAEAIDKKAEAMQKMNDAAKLNMALEILPEVVASVSSNLQAVDSINIYGGEGSSKILGMSQESLKQGLDVLGTMGIDVPDLLNNFSSRGNSNETLEKVEKIEE
>NZ_CP009472.1|WP_038599866.1|783121_784474_-|aspartate-kinase
MKVAKFGGSSLASASQIKKVFDIVQADKQRKFIVVSAPGKRSGADTKVTDALIAYYKAYKSADEKGIHYYQNWIIERFREIYDELGLKSPVINQIAENINHLAQLDLDNVFTYDTFLAAGENNNAKLVADFFNHSGLPSRYVHPSDAGIMVSSDPGNARLLGGAYEHIKYLNELEETLIIPGFFGITKAGEVCTFSRGGSDITGSIIAAGVRAELYENFTDVNGIFAAHPGIVKNPAYISELTYREMRELAYSGFSVLHDEALVPAYRAHVPLVIKNTNNPDHPGTKIVVQRETKGSPVVGIASSSAFSSLYVSKYLMNREVGFGRKVLSVLENLGVRFEHMPTGIDDMSIIIRSRYLTQPISKALISNLTESLHPDEVYIDRDFSIITIVGEDMKEHVGVTARATAALSKQGISIAMLSQGSSEVSVMFIVKEKYEKEALKAIYSAFFD
>NZ_CP009472.1|WP_038599869.1|784783_785452_+|HAD-family-phosphatase
MKFKAVIFDMDGVLVDTERYYLQRREEFFGGHGISISHLTPSDFIGGNMKDIWPRILQGDFDEEKASELQEDYEQFKENHPMPYAELLFSDVPDILEFLRQKEVKIALASSSSMFDIKQMLDIHQLNSYFEVVVSGNDFKQTKPNPEIYQSTMKKLGVTPSETLIIEDSEKGIQAGEATGATVWAIEDKRFGMNQEKADLKVDSLTAIQKLLTESSLKMIKA
>NZ_CP009472.1|WP_038599873.1|785545_787510_+|DHH-family-phosphoesterase
MNFVRRFSPLAIIIIMVIVQIIETVVVHVSATRWSIWIYLLILNIAITLILLSQTQNYQLRRQDFIRKINDEAENSLNATLDNMPIGVIRFNSETFEPEWFNPFIDMIFKGNDKVINRDDIKKILKNASEDQYITLGKQKYVAELDSDKNLIYLIDATKEVAFKSEFNDSRAVIGAISVDNYDDATDLITDSGRTAINSFIASFLEEFADKYGVYLRRINSSRHYFFCDYRILEKMLKDKFAVLKEFRELSAQKDIPLTLSVGVAYGWNDFPAIGKVALNNLELAQVRGGDQVVLRENTPQARPVYFGGNSESRTQKSRTRARAISTALRTIIAEAEDVFIVGHRFTDMDALGAAVAMKAFANMSGKEAFVVYDPEQLLPDVERAINKMNESSDGFTHIVKLETAQKLKKKDSLLIMVDHSKTSQTLNLEFYKSFEKLVVIDHHRRDDDFPEHALLSYIESSASSASELTVEILQFHDNNQRKMSTIEASIVLAGIELDTKNFTKTTTERTFEAAAYLRSRGADNDLIKMIMATDFDKYKKANEIVLNAKMVLPGIALGVGLKHQKYDNIATAKAADTLLDMAGITAAFAITQHNNGYISISARSRNGFNVQTIMEQMGGGGHFNNAATQIYEKYIDEVQEDLIEILKERENEK
>NZ_CP009472.1|WP_003132464.1|787506_787959_+|50S-ribosomal-protein-L9
MKVVFLEDVKGQGKKGQIKEVPTGYAQNFLIKKNLAKVATAAALSEVKGQAKAKEKEEAELLAEAKALKEVLEKEDTVVEIKMKVGQTGHTFGAVDKADIAKALKSQFNLKLDKRKIQLINKIQALGTKDVPVKLHRDVTAVVKVKISEA
>NZ_CP009472.1|WP_038599877.1|787964_789332_+|replicative-DNA-helicase
MPEIDLIKAPPQDLAAEQAVLGAVFLDSERLVEIKEFLSSDDFYKNAHKIIFRTMEKLSDAREAIDVLTIRSHLENQGELEAIGGIAYIAELATATPTAANAAYYAKIVAEKSLLRQLINRLTESVEKAYEQDSPADDILAQAEKSLIDVQQGRNTNGFKKISDVLAIHMDDLEQKAQQKSNITGIATGYPALDNMTTGLHEEELIILAARPAVGKTAFALNIAQNIGTKQDRTVAIFSLEMGAESLVSRMIAAEGSIDSHSLRTGQLNDQEWNDYFMATGTLSRASIYIDDTPGIKISEIRARSRKLAQETGNLGLVVIDYLQLISGTGRENRQQEVSEISRQLKILAKELKVPVIALSQLSRGVEQRQDKRPVLSDIRESGSIEQDADIVAFLYRDDYYERGTGEDEDGEEILEDNKVEVIIEKNRSGSRGTVELLFIKEHNKFASIDNRYGD
>NZ_CP009472.1|WP_010905542.1|789525_789783_+|Veg-family-protein
MDNQNQEIGKIVDIREKVQAHLGETIEITSQFGRKRENRHKVNLIEAYATHFIIENIPARGPKTTESYQYADILTQTILIHYPNA
>NZ_CP009472.1|WP_003132467.1|789851_790625_+|phosphotransferase-family-protein
MMKADWDMTPVKGGSGNAFFGKSDQERVFIKKNGSPFLPSIYLEGITPKVLWTKRTAEGDTLSAQPWIDGHTLSPEDMEDRQINHILAHLHDSKKLVESYKKLGSQIILPEQLLEDCVQNTEALRTNHFLSGIIEEMRQQVPEIKNEEVVVVHGDVNHKNWLVDDNSGKIYLVDWDTVFLSDSMVDMAHVLSHYIKPNNWSLWLMTSGVRPRSDIMDKVAWYGKLSFLRQISEYLSRGKMKEVNQEILGLRKFCELF

Crispr_ID: NZ_CP009472_2

• CRISPR_ID: NZ_CP009472_2
• CRISPR_location: 1126372-1126464
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP009472_2

Consensus_repeat	Method
AATGCGATTAACATGAGCATTTTAT	CRISPRCasFinder

spacers of NZ_CP009472_2

>2.1|1126397|43|NZ_CP009472|CRISPRCasFinder
CGATGAATAAAAGAAGGTTCAGCAATCTGAACTTTCTGTCAGT

CRISPR arrays and Neighbor proteins around NZ_CP009472_2

CRISPR arrays

The CRISPR arrays of NZ_CP009472_2

>merge|NZ_CP009472|2|1126372-1126464|CRISPRCasFinder
AATGCGATTAACATGAGCATTTTATCGATGAATAAAAGAAGGTTCAGCAATCTGAACTTTCTGTCAGTAATGCGATTAACATGAGCATTTTAT

>NZ_CP009472|2|2|1126372-1126464|CRISPRCasFinder
AATGCGATTAACATGAGCATTTTAT	CGATGAATAAAAGAAGGTTCAGCAATCTGAACTTTCTGTCAGT
AATGCGATTAACATGAGCATTTTAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP009472.1|WP_038600606.1|1129172_1129643_+|hypothetical-protein	unknown	unknown	gnl|CDD|225613
NZ_CP009472.1|WP_038600593.1|1123881_1124598_+|GntR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225099
NZ_CP009472.1|WP_038600608.1|1129652_1130369_-|16S-rRNA-(guanine(527)-N(7))-methyltransferase-RsmG	unknown	unknown	gnl|CDD|223434
NZ_CP009472.1|WP_003131090.1|1130365_1131325_-|polyprenyl-synthetase-family-protein	unknown	unknown	gnl|CDD|223220
NZ_CP009472.1|WP_003131089.1|1131315_1131846_-|Gx-transporter-family-protein	unknown	unknown	gnl|CDD|227110
NZ_CP009472.1|WP_038600599.1|1126525_1127314_+|dihydroorotate-dehydrogenase-electron-transfer-subunit	unknown	unknown	gnl|CDD|99814
NZ_CP009472.1|WP_038600583.1|1118698_1120018_+|extracellular-solute-binding-protein	unknown	unknown	gnl|CDD|224567
NZ_CP009472.1|WP_038600602.1|1128457_1129171_+|orotidine-5'-phosphate-decarboxylase	unknown	unknown	gnl|CDD|234695
NZ_CP009472.1|WP_038600580.1|1117656_1118583_+|1,4-beta-xylanase	unknown	unknown	gnl|CDD|381624
NZ_CP009472.1|WP_038602825.1|1127384_1128320_+|dihydroorotate-dehydrogenase	unknown	unknown	gnl|CDD|235982
NZ_CP009472.1|WP_038600574.1|1115241_1116453_-|SPFH-domain-containing-protein	unknown	unknown	gnl|CDD|226711
NZ_CP009472.1|WP_104142523.1|1120103_1121003_+|sugar-ABC-transporter-permease	unknown	unknown	gnl|CDD|224096
NZ_CP009472.1|WP_038600613.1|1133304_1134330_-|NAD(P)H-dependent-glycerol-3-phosphate-dehydrogenase	unknown	unknown	gnl|CDD|234629
NZ_CP009472.1|WP_012897960.1|1131842_1132250_-|NusG-domain-II-containing-protein	unknown	unknown	gnl|CDD|227646
NZ_CP009472.1|WP_038600596.1|1124760_1126125_+|MFS-transporter	unknown	unknown	gnl|CDD|341046
NZ_CP009472.1|WP_173402260.1|1120999_1121839_+|carbohydrate-ABC-transporter-permease	unknown	unknown	gnl|CDD|223472
NZ_CP009472.1|WP_038600577.1|1116619_1117558_-|acetylxylan-esterase	unknown	unknown	gnl|CDD|368448
NZ_CP009472.1|WP_038600590.1|1122382_1123825_+|glycoside-hydrolase-family-1-protein	unknown	unknown	gnl|CDD|225343
NZ_CP009472.1|WP_015426578.1|1132320_1133262_-|UTP--glucose-1-phosphate-uridylyltransferase-GalU	unknown	unknown	gnl|CDD|224131
NZ_CP009472.1|WP_038600586.1|1121835_1122390_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP009472.1|WP_038600606.1|1129172_1129643_+|hypothetical-protein	gnl|CDD|225613	COG3071, HemY, Uncharacterized enzyme of heme biosynthesis [Coenzyme metabolism].	0.000168571
NZ_CP009472.1|WP_038600593.1|1123881_1124598_+|GntR-family-transcriptional-regulator	gnl|CDD|225099	COG2188, PhnF, Transcriptional regulators [Transcription].	1.89896e-68
NZ_CP009472.1|WP_038600608.1|1129652_1130369_-|16S-rRNA-(guanine(527)-N(7))-methyltransferase-RsmG	gnl|CDD|223434	COG0357, GidB, Predicted S-adenosylmethionine-dependent methyltransferase involved in bacterial cell division [Cell envelope biogenesis, outer membrane].	2.42229e-85
NZ_CP009472.1|WP_003131090.1|1130365_1131325_-|polyprenyl-synthetase-family-protein	gnl|CDD|223220	COG0142, IspA, Geranylgeranyl pyrophosphate synthase [Coenzyme metabolism].	9.30264e-84
NZ_CP009472.1|WP_003131089.1|1131315_1131846_-|Gx-transporter-family-protein	gnl|CDD|227110	COG4769, COG4769, Predicted membrane protein [Function unknown].	1.74231e-64
NZ_CP009472.1|WP_038600599.1|1126525_1127314_+|dihydroorotate-dehydrogenase-electron-transfer-subunit	gnl|CDD|99814	cd06218, DHOD_e_trans, FAD/NAD binding domain in the electron transfer subunit of dihydroorotate dehydrogenase. Dihydroorotate dehydrogenases (DHODs) catalyze the only redox reaction in pyrimidine de novo biosynthesis. They catalyze the oxidation of (S)-dihydroorotate to orotate coupled with the reduction of NAD+. In L. lactis, DHOD B (encoded by pyrDa) is co-expressed with pyrK and both gene products are required for full activity, as well as 3 cofactors: FMN, FAD, and an [2Fe-2S] cluster.	3.71715e-107
NZ_CP009472.1|WP_038600583.1|1118698_1120018_+|extracellular-solute-binding-protein	gnl|CDD|224567	COG1653, UgpB, ABC-type sugar transport system, periplasmic component [Carbohydrate transport and metabolism].	1.21811e-32
NZ_CP009472.1|WP_038600602.1|1128457_1129171_+|orotidine-5'-phosphate-decarboxylase	gnl|CDD|234695	PRK00230, PRK00230, orotidine-5'-phosphate decarboxylase.	8.13328e-135
NZ_CP009472.1|WP_038600580.1|1117656_1118583_+|1,4-beta-xylanase	gnl|CDD|381624	cd19606, GH113-like, Glycoside hydrolase family 113 beta-mannosidase and similar proteins. Family 113 glycoside hydrolases cleave (1->4)-beta-glycosidic linkages, such as endo-1,4-beta-mannanase. This family also includes TIM-barrel domains found in gene transfer agent proteins.	2.86646e-96
NZ_CP009472.1|WP_038602825.1|1127384_1128320_+|dihydroorotate-dehydrogenase	gnl|CDD|235982	PRK07259, PRK07259, dihydroorotate dehydrogenase.	0
NZ_CP009472.1|WP_038600574.1|1115241_1116453_-|SPFH-domain-containing-protein	gnl|CDD|226711	COG4260, COG4260, Membrane protease subunit, stomatin/prohibitin family [Amino acid transport and metabolism].	7.67835e-168
NZ_CP009472.1|WP_104142523.1|1120103_1121003_+|sugar-ABC-transporter-permease	gnl|CDD|224096	COG1175, UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism].	2.98051e-69
NZ_CP009472.1|WP_038600613.1|1133304_1134330_-|NAD(P)H-dependent-glycerol-3-phosphate-dehydrogenase	gnl|CDD|234629	PRK00094, gpsA, NAD(P)H-dependent glycerol-3-phosphate dehydrogenase.	1.15477e-179
NZ_CP009472.1|WP_012897960.1|1131842_1132250_-|NusG-domain-II-containing-protein	gnl|CDD|227646	COG5341, COG5341, Uncharacterized protein conserved in bacteria [Function unknown].	7.84966e-52
NZ_CP009472.1|WP_038600596.1|1124760_1126125_+|MFS-transporter	gnl|CDD|341046	cd17503, MFS_LmrB_MDR_like, Bacillus subtilis lincomycin resistance protein (LmrB) and similar multidrug resistance (MDR) transporters of the Major Facilitator Superfamily. This subfamily is composed of multidrug resistance (MDR) transporters including Bacillus subtilis lincomycin resistance protein LmrB, and several proteins from Escherichia coli such as the putative MDR transporters EmrB, MdtD, and YieQ. MDR transporters are drug/H+ antiporters (DHA) that mediate the efflux of a variety of drugs and toxic compounds, and confer resistance to these compounds. For example, MMR confers resistance to the epoxide antibiotic methylenomycin. This subfamily belongs to the Methylenomycin A resistance protein (also called MMR peptide) and similar multidrug resistance (MDR) transporters (MMR-like MDR transporter) family of the Major Facilitator Superfamily (MFS) of transporters. MFS proteins are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.61438e-56
NZ_CP009472.1|WP_173402260.1|1120999_1121839_+|carbohydrate-ABC-transporter-permease	gnl|CDD|223472	COG0395, UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism].	1.26728e-58
NZ_CP009472.1|WP_038600577.1|1116619_1117558_-|acetylxylan-esterase	gnl|CDD|368448	pfam05448, AXE1, Acetyl xylan esterase (AXE1). This family consists of several bacterial acetyl xylan esterase proteins. Acetyl xylan esterases are enzymes that hydrolyze the ester linkages of the acetyl groups in position 2 and/or 3 of the xylose moieties of natural acetylated xylan from hardwood. These enzymes are one of the accessory enzymes which are part of the xylanolytic system, together with xylanases, beta-xylosidases, alpha-arabinofuranosidases and methylglucuronidases; these are all required for the complete hydrolysis of xylan.	9.67636e-104
NZ_CP009472.1|WP_038600590.1|1122382_1123825_+|glycoside-hydrolase-family-1-protein	gnl|CDD|225343	COG2723, BglB, Beta-glucosidase/6-phospho-beta-glucosidase/beta-galactosidase [Carbohydrate transport and metabolism].	0
NZ_CP009472.1|WP_015426578.1|1132320_1133262_-|UTP--glucose-1-phosphate-uridylyltransferase-GalU	gnl|CDD|224131	COG1210, GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane].	5.53483e-173

Protein sequences

>NZ_CP009472.1|WP_038600596.1|1124760_1126125_+|MFS-transporter
MNKNNHFHLLGAVIATGILSFSGVLIETAMNVTFPTLINEFGLSTSKIQWVTTIYLLVIAITIPLSSYFNERFSARKLFLVANLIFLVGVLTNCFSPNFAMLLFGRLLQGVGTGIGLPLMFHLILTKAPLHKRGMMMGIGTLTTSIAPAIGPTYGGIISNSLDWRYIYIFLLPLVVISLVLGLACLPRERAKTPKKLALRPVIALSIMFFAFISALSAEHLMTFALLFIVGLVGAFLFVRFNRKESLIDLGILQNHRFVALIFSLLVYQALLLGLSFVLPSFIQVSAGFSSSVAGLFMFPGALIGAALAPISGKVLDQIGARKPITTGLILAALGLALLFVFLPTKSLALLLVAHIVLMLGLGISYSNLMTCSLSTLATDQLSDGNALVNTLQQFIGAVATAVVATTLSIFQGLNGFKVGTSHGTSIILALFFILIIVSLIVSFPNLKKIRANH
>NZ_CP009472.1|WP_038600593.1|1123881_1124598_+|GntR-family-transcriptional-regulator
MNKYAKIRNDVRNKIISGKYKPGTLLPKESEMIMKYSASKLTIKKAMDELVNEGLIVKRRGSGTFVKGLSTEDIEKLKVVNQFQGSSAFFADKVVESRILVFEVVKSEPEIMERLGLSEVSDLYHVVRTRLIDEDPYVIESTYMPVDLIKNLTFEICSGSIYEYIEDELGLTIGSAHRKIEARKGTDEELSELGGKSGDPIVLVSQVGYLSDGRTFEFSTNVHRYDKYAFETVLMHKN
>NZ_CP009472.1|WP_038600590.1|1122382_1123825_+|glycoside-hydrolase-family-1-protein
MTKIIFPKEFWWGAATSGPQTEGRFKKKHANIFDYDFEKNPERFWHEIGPDMASNFYNDFREDIKLMKKAGLNSVRTSIQWSRLIDDLEEGTVNQDAVDFYNAVIDEFIANGIRPVINLHHFDLPVDLLHKYGGWTNKHVIGLYVKFAEQCFKLFSDRVSDWFTHNEPMVVVEGGYLYQFHYPDLVDGKLAVQVAYNLQLASSLAIQKFHEINQNPNGKIGIVLNLSPNYPASQAKEDIAAAHIADLWQNQLFMDASVKGEFPKELVELLTKDKVIWESTKEELAIIKNNKVDRLGVNYYHPNRAQKPYYSPNSLAVDWLPNKYFANYQMHGARMNVDKGWEIYPRALYEIAKNIQKNYNNIPWFVSECGMGVSNEERYLNEEGQIDDDYRIQFIQEHLYWLHQAIEEGSSCFGFHLWTAIDCFSWRNSYRNRYGLISVNIHTQEKTLKKSAHFFKNLTENSGLELSEEFFDKFNKTFRF
>NZ_CP009472.1|WP_038600586.1|1121835_1122390_+|hypothetical-protein
MKVSGFIWLIQQVYMIIIASLMFWLNILLGFVFLGTTFSFKRTFAYLGGNYYDKYRERTKEVELKFEWSNLILLFIIGVFVLASHFPLSNLGTFLILVSSAYFVLTLIYIIFKTYYRLEKFTDVMQKLMGNWSMAIYSLMLILLAIFLTGFNRVWFLFFVPGLFCKMIDISFKHLDKKKVKVND
>NZ_CP009472.1|WP_173402260.1|1120999_1121839_+|carbohydrate-ABC-transporter-permease
MMNKTDKKIFHIGVILKYIPLVLAAIVAVLPLLVVFIGSFKSMTEFTNSGVLTLPKHFSIDNYTKAFTEGNMLTGFKNTVIIFVVSMVGQLLISSSFAYVMNRFEFRLKKLILALFTIAMLIPAITSQVAVFQLVNKLGLVGTRWSVIILYIGTNVIALYIFLQFLQEIPYSLDESALLDGASYFRIFWSIILPNLKAPIVTMVIISGVGVYNDFYNPYLYMPDPSLQVISTALFAFKGSSVVQWPVILAGVMIVIIPILIVFIVLQKYIYNGVTGAVK
>NZ_CP009472.1|WP_104142523.1|1120103_1121003_+|sugar-ABC-transporter-permease
MILSKLSQKAQKRLIIFSFTIVPIVLLLMFSYYPLVRMIQYSLTDWNGISPSSNYIGFANYEKVFSNPNYFGVFKTSLYYFLSSFPQLGLALLFATILSFKVKFANFWKGILFFPYLLNGVAIGFMFLYFYKTGGTLDSLLHLFGIHHLPLWLGNQSINNISLSFVSIWRYMGFNFLIFLGAIQSVDPEIYEAAEIDGANRWNQFRYIIIPAIRNILFLNIILSVSGSLSVFEVPYIMTGGANGTMTFVIQTVQTAFNYNQVGLASAMAVILLIIVVLVSAAQFILTQDRSVAKKKAGA
>NZ_CP009472.1|WP_038600583.1|1118698_1120018_+|extracellular-solute-binding-protein
MKKRYIFGSLAITGLAALTLAACGSKTSSSGTGKNIKATITFVNQKTDMHSNGMWKKYIAEFNKEYPNITIKEQALNNYDQTEQTRMSSKNFGDVVAIPAAVAPKDYPNFFSSLGKTKDLEKKYTSLQDRTYKGEQYGLPSEVNANGFVVNWNVFKKAGIDKWPTTTDEFIQDLKTIKAKLPDVTPLYTNYACGWALVDWDFQRSSVAGDPNFDLALAKTDKPFTEGQPMYTIYNTLYTAAKDGLINHDPTTDDWNTSVSQMAKNKVAVMMLATWAVPQVQAQMSSNKDAINVEPFPQTAPDGKTYMLVGGDYNWGVNKNSKNQEAAKDWVKWLVDKSDFAKDNGGMTAMKNQPYPTDLNDAKKNGVVFFEAGSTPADKADLFSNINNGSQVGIGTTQTVKQQIIDSGVGSSKKSFASIMDGLNTAWSQNVKQYNPDKK
>NZ_CP009472.1|WP_038600580.1|1117656_1118583_+|1,4-beta-xylanase
MKAIKAASFGYYAKPGELNNCNAQRSMKILKERTNINTIVLTIVAEQANAHTTSINWQTMPPKDEEVKATIRYAQSLGLDVILKPMINCTDGTWRAYINFFDIDVICEPKWSDWFAAYTEFQLHYAKIAQECGATMFVVGCELVSSDHREKEWRKLIDDVREIYKGLITYNCDKYQENHLTWWDAVDVISSSGYYPFDQWDKELRRIEKVIKKYDKPFFFCEAGAPSIDGGDLLPNDWTIKGEVNLEAQTRYYKGMLTACAKVDFVLGFGLWDWKAQVYSEDQARFDKDYAFYNKPAEKLIKDYYDKP
>NZ_CP009472.1|WP_038600577.1|1116619_1117558_-|acetylxylan-esterase
MTKINNWQDYQGSSLKPETFEKFWDEKINLVSNHHFEFELIKKNLSSKVAKFYHLWFTAIDGAKIHAQLIVPKNMKEKHPAILQFHGYHCDSGDWVDKIGIVAEGNVVLALDCRGQGGLSQDNSQTFGMTMKGLIVRGIDEGYENLYYVRQFMDLMSATKILSEFDFVDETDISTQGASQGGGLAIACAALSPLIKKVTATYPFLSDYRKAYELGAEESAFEELSYWFQFKDPLHLKEDWFFNQLEYIDIQNLAPRIKAEVIWILGGKDTVVPPITQMAAYNKIQSKKSLYVLPEYGHEYLPKISDWLRENQ
>NZ_CP009472.1|WP_038600574.1|1115241_1116453_-|SPFH-domain-containing-protein
MGIIKAATGSLGGALADQWLEVIEPNEMSDQTVFTKGIKVRKDAKRGSNRKGTEDVISDGSIVHVYENMMMILVDGGKIIDYTAEPGYYTVKNDTAPSLFNGDLRDSIQESFFRFKFGGTTPQKQEVYYVNLQEIKGIKFGTATPLQYFDNFYNAELFLRTHGTYSIKIIDPLAFYANVIPKNADHVEIQEINDQYLAEFLTALNTSINQYSAQGERVSFLTSKSMELSKYMASVLDEDWKQLRGMEIVSVAVASISYTDDSQKLINMRNQGAMLGDPSIREGFVQGAVARGLEAAGSNTGGATNAFMGMNMGGQNLAGFSQTNQAQMQSQAENKADTWTCPECNTKNTGKFCSNCGQAKPSATPVMPELNMACNECGAVVNLANGVPKFCPECGKPFVAKAL
>NZ_CP009472.1|WP_038600599.1|1126525_1127314_+|dihydroorotate-dehydrogenase-electron-transfer-subunit
MPKLQEMMTIVSQREVASNIFEMVLKGELVEEMNLPGQFLHLAVPNASMLLRRPISISSWDKVAKTCTILYRSGDETSGTYEISKLQTGAKIDVMGPLGNGFPVDEVVSTDKILIVGGGIGVPPLYELAKQLEEKNCQMTILLGFASEKVKILEKKFAELKNVSLKIATDDGSYGTKGHVGMLMEEVDFEVDALYTCGAPAMLKAVAKKYDQLERLYISMESRMACGIGACYACVEHDKEDENHALKVCEDGPVFLGKQLSL
>NZ_CP009472.1|WP_038602825.1|1127384_1128320_+|dihydroorotate-dehydrogenase
MTENNRLSVKLPGLDLKNPIIPASGCFGFGEEYAKYYDLNKLGSIMVKATTLHPRFGNPTPRVAETSSGMLNAIGLQNPGLEVIMAEKLPWLNENFPDLPIIANVAGSEEDDYVAVCAKIGDAPNVKAIELNISCPNVKHGGQAFGTDPDVAAALVKACKAVSKVPLYVKLSPNVTDIVPIAKAVEHACADGLTMINTLMGVRFDLKTRKPVLANITGGLSGPAIKPVALKLIHQVAQVVDIPIIGMGGVESAQDVLEMYMAGASAVAVGTANFADPFVCPKIIEKLPEVMDQYGIDSLENLIQEVKKSKN
>NZ_CP009472.1|WP_038600602.1|1128457_1129171_+|orotidine-5'-phosphate-decarboxylase
MQENRPVIALDFPEFSDVKDFLEKFDPSEQLYIKLGMELFYTAGPQVVYYVKSLGHSVFLDLKLHDIPNTVESSMRVLARLGVDMVNVHAAGGVEMMVAAKRGLEAGTPLGRQRPKLIAVTQLTSTSEEIMQNDQKIMTSLEESVINYAQKTAQAGLDGVVCSAHEVEKIKAATSKEFICLTPGIRPEGASKGDQKRVMTPKEARTIGSDYIVVGRPITQAKDPVASYHAIKAEWNQ
>NZ_CP009472.1|WP_038600606.1|1129172_1129643_+|hypothetical-protein
MKKLLHFLVVLLGIFVAFILARLFIEIYTIVGDVYLQVDNKTITLYKVLAEIDYLSVGITFAMVFAYMLLLDLIVVVVVRSWFKIQNKSQKQSQKVWKNKFTKFWFRYRSIHITFILLSIFISLSLTAPAMVMNSFTAIVSISVLVINLSKKIGKD
>NZ_CP009472.1|WP_038600608.1|1129652_1130369_-|16S-rRNA-(guanine(527)-N(7))-methyltransferase-RsmG
MTPDEFLSALTEFDIQLSDKQIKQFERYFELLVEWNEKINLTAITEKNEVYLKHFYDSIAPILYGLITDQPVSILDIGAGAGFPSLPMKIIFPELKVTIIDSLNKRINFLSLLTEELGLENVTLLHGRAEDFGQDANYRGTFDFVTARAVARLSVLTEFTIPFLKKNGILLSLKAAQFEEELNDAKKAIATLGGKFIKEVAYELPNGDERHIALIEKKKETPKIYPRKAGTPAKNPIK
>NZ_CP009472.1|WP_003131090.1|1130365_1131325_-|polyprenyl-synthetase-family-protein
MDLKNNFWKDYPELEKELVQVQQLMKSHVTIKNSDVKSAIFDIFDAGGKMLRPAYLLLFSGFTDLSESERLALAASVEMMHTATLVHDDVIDHADTRRGVATLSAKYGPEIAVYAGDYLFIAVFRLMSEHSLELSNLTKNIGSIERLLGGELGQLNHHFNLQQTLDDYIENISGKTGELFALSASVAPLISKNNTLTKRAYKIGMNIGISFQIMDDYLDYASTAQTLGKPVLEDIKQGIYSAPVLFALQENNALVSELIKNEKFDEVYDFIKTSDALEKTKALAKSYTLSALNLIDKLPKGKNRELIAEITRKLLERTL
>NZ_CP009472.1|WP_003131089.1|1131315_1131846_-|Gx-transporter-family-protein
MNIKEYVYVSLLTAAAVVMGIIESSLPPFFAFAPGAKVGLANLVMIIAVFTLRWRQVWVMQILRLLITALFTGFSVFLYSFAGGILSLLAMYLMKQFGPKLVSMIGISTVGGFFHNFGQLAMASLLAKTTSVMLYLPWLAFFGILAGFAIGIAGNQLITRVKPIQELFIKESKQWT
>NZ_CP009472.1|WP_012897960.1|1131842_1132250_-|NusG-domain-II-containing-protein
MNFFKNTVNFFKSIKTKPLDFVIIFLLFIASFSTLFFFATGSKGAQAELRISGKVIKTFDLNKNQTWTYRDKDGDYNKIQVKNGEIAVVEANCKDQIDVQRGYISKTGETIVCLPHNLVIEVMSGQKDEQVDYKV
>NZ_CP009472.1|WP_015426578.1|1132320_1133262_-|UTP--glucose-1-phosphate-uridylyltransferase-GalU
MKQNTIPTKARKVRKAVIPAAGLGTRFLPATKAIAKEMLPIVDKPTIQFIVEEALKSGIEDILIVTGKAKRPIEDHFDSNIELEQNLLEKGKTELLKLVEETTDINLHFIRQSHPKGLGHAVLQAKAFVGNEPFVVMLGDDLMNITGNETPLTKDLINDYEKTHASTIAVMKVPHDDVDKYGVIDPNGEVSKGLYNVERFVEKPNVDEAPSDLAIIGRYLLTPEIFDVLETQVPGAGNEIQLTDAIERLNKTQRVFAHEFTGKRYDVGDKLGFVETTIEYGLEHPQIGANLKNYIIEKAKELSKDDSKNITKK
>NZ_CP009472.1|WP_038600613.1|1133304_1134330_-|NAD(P)H-dependent-glycerol-3-phosphate-dehydrogenase
MNPQKIAVLGPGSWGTALSQVLNDNGHEVRIWGNNPEQMAEINEKHTNTRYFKDVVLDEKIKAFDRLDLALENVDAILFVVPTKVTRLVAKQVAEVLEHKVHILHASKGLEQGTHERISTILEEEIPAQFRGEIVVVSGPSHAEETIVRDITLISAASKDHDEAKYAQAIFSNDYFRLYTNTDVIGVETAGALKNIIAVGAGALHGLGFGDNAKAAIITRGLAEITRLGVAMGAEPLTYSGLSGVGDLIVTGTSIHSRNWRAGDALGRGEKLADIEKNMGMVIEGVSTTKAAFELAQQLGIDMPITETIYKVLYENLDAKTGILDIMRRETRAENEFINNK

Crispr_ID: NZ_CP009472_3

• CRISPR_ID: NZ_CP009472_3
• CRISPR_location: 1786948-1787043
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP009472_3

Consensus_repeat	Method
TGATTTGCTGACAGTTCTGTCAGT	CRISPRCasFinder

spacers of NZ_CP009472_3

>3.1|1786972|48|NZ_CP009472|CRISPRCasFinder
TCAACACGACCAACGAAAGCTGTTGAATCGGCAGATTGAGGAACTGGC

CRISPR arrays and Neighbor proteins around NZ_CP009472_3

CRISPR arrays

The CRISPR arrays of NZ_CP009472_3

>merge|NZ_CP009472|3|1786948-1787043|CRISPRCasFinder
TGATTTGCTGACAGTTCTGTCAGTTCAACACGACCAACGAAAGCTGTTGAATCGGCAGATTGAGGAACTGGCTGCTTTGCTGACAGTTCTGTCAGT

>NZ_CP009472|3|3|1786948-1787043|CRISPRCasFinder
TGATTTGCTGACAGTTCTGTCAGT	TCAACACGACCAACGAAAGCTGTTGAATCGGCAGATTGAGGAACTGGC
TGCTTTGCTGACAGTTCTGTCAGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP009472.1|WP_038602909.1|1789806_1790412_-|sugar-O-acetyltransferase	unknown	unknown	gnl|CDD|100047
NZ_CP009472.1|WP_015426869.1|1794392_1795619_+|extracellular-solute-binding-protein	unknown	unknown	gnl|CDD|270373
NZ_CP009472.1|WP_038601651.1|1798880_1799900_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP009472.1|WP_038601639.1|1778887_1780630_-|1-deoxy-D-xylulose-5-phosphate-synthase	unknown	unknown	gnl|CDD|237053
NZ_CP009472.1|WP_038602905.1|1773148_1773889_-|demethylmenaquinone-methyltransferase	unknown	unknown	gnl|CDD|334435
NZ_CP009472.1|WP_038602915.1|1798079_1798655_-|CPBP-family-intramembrane-metalloprotease	unknown	unknown	gnl|CDD|376806
NZ_CP009472.1|WP_038601644.1|1783085_1784060_-|LacI-family-DNA-binding-transcriptional-regulator	unknown	unknown	gnl|CDD|224525
NZ_CP009472.1|WP_038601646.1|1784212_1786468_-|glycoside-hydrolase-family-65-protein	unknown	unknown	gnl|CDD|237517
NZ_CP009472.1|WP_038602913.1|1795735_1797079_+|sugar-ABC-transporter-permease	unknown	unknown	gnl|CDD|224096
NZ_CP009472.1|WP_038601648.1|1788242_1789817_-|alpha-amylase	unknown	unknown	gnl|CDD|200455
NZ_CP009472.1|WP_038601637.1|1778504_1778771_-|membrane-protein-insertion-efficiency-factor-YidD	unknown	unknown	gnl|CDD|223830
NZ_CP009472.1|WP_038601630.1|1772277_1773111_-|Rgg/GadR/MutR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|273772
NZ_CP009472.1|WP_003130364.1|1782240_1782918_-|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|223816
NZ_CP009472.1|WP_038601635.1|1776950_1778384_-|6-phospho-beta-glucosidase	unknown	unknown	gnl|CDD|236580
NZ_CP009472.1|WP_033899066.1|1792270_1794025_-|alpha-glycosidase	unknown	unknown	gnl|CDD|200477
NZ_CP009472.1|WP_038601641.1|1780776_1782147_-|HAMP-domain-containing-histidine-kinase	unknown	unknown	gnl|CDD|223715
NZ_CP009472.1|WP_038602911.1|1790438_1792034_-|alpha-glucosidase	unknown	unknown	gnl|CDD|200472
NZ_CP009472.1|WP_144242775.1|1800235_1800481_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP009472.1|WP_038601633.1|1773986_1776692_-|YhgE/Pip-domain-containing-protein	unknown	unknown	gnl|CDD|224428
NZ_CP009472.1|WP_015426871.1|1797084_1797951_+|sugar-ABC-transporter-permease	unknown	unknown	gnl|CDD|226354

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP009472.1|WP_038602909.1|1789806_1790412_-|sugar-O-acetyltransferase	gnl|CDD|100047	cd03357, LbH_MAT_GAT, Maltose O-acetyltransferase (MAT) and Galactoside O-acetyltransferase (GAT): MAT and GAT catalyze the CoA-dependent acetylation of the 6-hydroxyl group of their respective sugar substrates. MAT acetylates maltose and glucose exclusively at the C6 position of the nonreducing end glucosyl moiety. GAT specifically acetylates galactopyranosides. Furthermore, MAT shows higher affinity toward artificial substrates containing an alkyl or hydrophobic chain as well as a glucosyl unit. Active MAT and GAT are homotrimers, with each subunit consisting of an N-terminal alpha-helical region and a C-terminal left-handed parallel alpha-helix (LbH) subdomain with 6 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X).	2.96242e-90
NZ_CP009472.1|WP_015426869.1|1794392_1795619_+|extracellular-solute-binding-protein	gnl|CDD|270373	cd13655, PBP2_oligosaccharide_1, The periplasmic binding component of ABC tansport system specific for an unknown oligosaccharide; possess the type 2 periplasmic binidng fold. This group represents an uncharacterized periplasmic-binding protein of an ATP-binding cassette transporter predicted to be involved in uptake of an unknown oligosaccharide molecule. Members of this group belong to the type 2 periplasmic-binding fold superfamily. PBP2 is 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. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	2.83165e-133
NZ_CP009472.1|WP_038601639.1|1778887_1780630_-|1-deoxy-D-xylulose-5-phosphate-synthase	gnl|CDD|237053	PRK12315, PRK12315, 1-deoxy-D-xylulose-5-phosphate synthase; Provisional.	0
NZ_CP009472.1|WP_038602905.1|1773148_1773889_-|demethylmenaquinone-methyltransferase	gnl|CDD|334435	pfam01209, Ubie_methyltran, ubiE/COQ5 methyltransferase family.	3.3274e-143
NZ_CP009472.1|WP_038602915.1|1798079_1798655_-|CPBP-family-intramembrane-metalloprotease	gnl|CDD|376806	pfam02517, Abi, CAAX protease self-immunity. Members of this family are probably proteases (after a isoprenyl group is attached to the Cys residue in the C-terminal CAAX motif of a protein to attach it to the membrane, the AAX tripeptide being removed by one of the CAAX prenyl proteases). The family contains the CAAX prenyl protease. The proteins contain a highly conserved Glu-Glu motif at the amino end of the alignment. The alignment also contains two histidine residues that may be involved in zinc binding. While they are involved in membrane anchoring of proteins in eukaryotes, little is known about their function in prokaryotes. In some known bacteriocin loci, Abi genes have been found downstream of bacteriocin structural genes where they are probably involved in self-immunity. Investigation of the bacteriocin-like loci in the Gram positive bacteria locus from Lactobacillus sakei 23K confirmed that the bacteriocin-like genes (sak23Kalphabeta) exhibited antimicrobial activity when expressed in a heterologous host and that the associated Abi gene (sak23Ki) conferred immunity against the cognate bacteriocin. Interestingly, the immunity genes from three similar systems conferred a high degree of cross-immunity against each other's bacteriocins, suggesting the recognition of a common receptor. Site-directed mutagenesis demonstrated that the conserved motifs constituting the putative proteolytic active site of the Abi proteins are essential for the immunity function of Sak23Ki - thus a new concept in self-immunity.	0.000294243
NZ_CP009472.1|WP_038601644.1|1783085_1784060_-|LacI-family-DNA-binding-transcriptional-regulator	gnl|CDD|224525	COG1609, PurR, Transcriptional regulators [Transcription].	2.52377e-96
NZ_CP009472.1|WP_038601646.1|1784212_1786468_-|glycoside-hydrolase-family-65-protein	gnl|CDD|237517	PRK13807, PRK13807, maltose phosphorylase; Provisional.	0
NZ_CP009472.1|WP_038602913.1|1795735_1797079_+|sugar-ABC-transporter-permease	gnl|CDD|224096	COG1175, UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism].	9.92553e-58
NZ_CP009472.1|WP_038601648.1|1788242_1789817_-|alpha-amylase	gnl|CDD|200455	cd11316, AmyAc_bac2_AmyA, Alpha amylase catalytic domain found in bacterial Alpha-amylases (also called 1,4-alpha-D-glucan-4-glucanohydrolase). AmyA (EC 3.2.1.1) catalyzes the hydrolysis of alpha-(1,4) glycosidic linkages of glycogen, starch, related polysaccharides, and some oligosaccharides. This group includes Chloroflexi, Dictyoglomi, and Fusobacteria. The Alpha-amylase family comprises the largest family of glycoside hydrolases (GH), with the majority of enzymes acting on starch, glycogen, and related oligo- and polysaccharides. These proteins catalyze the transformation of alpha-1,4 and alpha-1,6 glucosidic linkages with retention of the anomeric center. The protein is described as having 3 domains: A, B, C. A is a (beta/alpha) 8-barrel; B is a loop between the beta 3 strand and alpha 3 helix of A; C is the C-terminal extension characterized by a Greek key. The majority of the enzymes have an active site cleft found between domains A and B where a triad of catalytic residues (Asp, Glu and Asp) performs catalysis. Other members of this family have lost the catalytic activity as in the case of the human 4F2hc, or only have 2 residues that serve as the catalytic nucleophile and the acid/base, such as Thermus A4 beta-galactosidase with 2 Glu residues (GH42) and human alpha-galactosidase with 2 Asp residues (GH31). The family members are quite extensive and include: alpha amylase, maltosyltransferase, cyclodextrin glycotransferase, maltogenic amylase, neopullulanase, isoamylase, 1,4-alpha-D-glucan maltotetrahydrolase, 4-alpha-glucotransferase, oligo-1,6-glucosidase, amylosucrase, sucrose phosphorylase, and amylomaltase.	0
NZ_CP009472.1|WP_038601637.1|1778504_1778771_-|membrane-protein-insertion-efficiency-factor-YidD	gnl|CDD|223830	COG0759, COG0759, Uncharacterized conserved protein [Function unknown].	3.92869e-41
NZ_CP009472.1|WP_038601630.1|1772277_1773111_-|Rgg/GadR/MutR-family-transcriptional-regulator	gnl|CDD|273772	TIGR01716, HTH-type_transcriptional_regulator_rgg, transcriptional activator, Rgg/GadR/MutR family, C-terminal domain. This model describes the whole, except for a 60 residue N-terminal helix-turn-helix DNA-binding domain (pfam01381) of the family of proteins related to the transcriptional regulator Rgg, also called RopB. Rgg is required for secretion of several proteins, including a cysteine proteinase associated with virulence. GadR is a positive regulator of a glutamate-dependent acid resistance mechanism. MutR is a transcriptional activator for mutacin biosynthesis genes in Streptococcus mutans. This family appears restricted to the low-GC Gram-positive bacteria, including at least eight members in Lactococcus lactis. [Regulatory functions, DNA interactions].	4.72496e-59
NZ_CP009472.1|WP_003130364.1|1782240_1782918_-|response-regulator-transcription-factor	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	5.03478e-70
NZ_CP009472.1|WP_038601635.1|1776950_1778384_-|6-phospho-beta-glucosidase	gnl|CDD|236580	PRK09593, arb, 6-phospho-beta-glucosidase; Reviewed.	0
NZ_CP009472.1|WP_033899066.1|1792270_1794025_-|alpha-glycosidase	gnl|CDD|200477	cd11338, AmyAc_CMD, Alpha amylase catalytic domain found in cyclomaltodextrinases and related proteins. Cyclomaltodextrinase (CDase; EC3.2.1.54), neopullulanase (NPase; EC 3.2.1.135), and maltogenic amylase (MA; EC 3.2.1.133) catalyze the hydrolysis of alpha-(1,4) glycosidic linkages on a number of substrates including cyclomaltodextrins (CDs), pullulan, and starch. These enzymes hydrolyze CDs and starch to maltose and pullulan to panose by cleavage of alpha-1,4 glycosidic bonds whereas alpha-amylases essentially lack activity on CDs and pullulan. They also catalyze transglycosylation of oligosaccharides to the C3-, C4- or C6-hydroxyl groups of various acceptor sugar molecules. Since these proteins are nearly indistinguishable from each other, they are referred to as cyclomaltodextrinases (CMDs). The Alpha-amylase family comprises the largest family of glycoside hydrolases (GH), with the majority of enzymes acting on starch, glycogen, and related oligo- and polysaccharides. These proteins catalyze the transformation of alpha-1,4 and alpha-1,6 glucosidic linkages with retention of the anomeric center. The protein is described as having 3 domains: A, B, C. A is a (beta/alpha) 8-barrel; B is a loop between the beta 3 strand and alpha 3 helix of A; C is the C-terminal extension characterized by a Greek key. The majority of the enzymes have an active site cleft found between domains A and B where a triad of catalytic residues (Asp, Glu and Asp) performs catalysis. Other members of this family have lost the catalytic activity as in the case of the human 4F2hc, or only have 2 residues that serve as the catalytic nucleophile and the acid/base, such as Thermus A4 beta-galactosidase with 2 Glu residues (GH42) and human alpha-galactosidase with 2 Asp residues (GH31). The family members are quite extensive and include: alpha amylase, maltosyltransferase, cyclodextrin glycotransferase, maltogenic amylase, neopullulanase, isoamylase, 1,4-alpha-D-glucan maltotetrahydrolase, 4-alpha-glucotransferase, oligo-1,6-glucosidase, amylosucrase, sucrose phosphorylase, and amylomaltase.	0
NZ_CP009472.1|WP_038601641.1|1780776_1782147_-|HAMP-domain-containing-histidine-kinase	gnl|CDD|223715	COG0642, BaeS, Signal transduction histidine kinase [Signal transduction mechanisms].	4.84374e-49
NZ_CP009472.1|WP_038602911.1|1790438_1792034_-|alpha-glucosidase	gnl|CDD|200472	cd11333, AmyAc_SI_OligoGlu_DGase, Alpha amylase catalytic domain found in Sucrose isomerases, oligo-1,6-glucosidase (also called isomaltase; sucrase-isomaltase; alpha-limit dextrinase), dextran glucosidase (also called glucan 1,6-alpha-glucosidase), and related proteins. The sucrose isomerases (SIs) Isomaltulose synthase (EC 5.4.99.11) and Trehalose synthase (EC 5.4.99.16) catalyze the isomerization of sucrose and maltose to produce isomaltulose and trehalulose, respectively. Oligo-1,6-glucosidase (EC 3.2.1.10) hydrolyzes the alpha-1,6-glucosidic linkage of isomaltooligosaccharides, pannose, and dextran. Unlike alpha-1,4-glucosidases (EC 3.2.1.20), it fails to hydrolyze the alpha-1,4-glucosidic bonds of maltosaccharides. Dextran glucosidase (DGase, EC 3.2.1.70) hydrolyzes alpha-1,6-glucosidic linkages at the non-reducing end of panose, isomaltooligosaccharides and dextran to produce alpha-glucose.The common reaction chemistry of the alpha-amylase family enzymes is based on a two-step acid catalytic mechanism that requires two critical carboxylates: one acting as a general acid/base (Glu) and the other as a nucleophile (Asp). Both hydrolysis and transglycosylation proceed via the nucleophilic substitution reaction between the anomeric carbon, C1 and a nucleophile. Both enzymes contain the three catalytic residues (Asp, Glu and Asp) common to the alpha-amylase family as well as two histidine residues which are predicted to be critical to binding the glucose residue adjacent to the scissile bond in the substrates. The Alpha-amylase family comprises the largest family of glycoside hydrolases (GH), with the majority of enzymes acting on starch, glycogen, and related oligo- and polysaccharides. These proteins catalyze the transformation of alpha-1,4 and alpha-1,6 glucosidic linkages with retention of the anomeric center. The protein is described as having 3 domains: A, B, C. A is a (beta/alpha) 8-barrel; B is a loop between the beta 3 strand and alpha 3 helix of A; C is the C-terminal extension characterized by a Greek key. The majority of the enzymes have an active site cleft found between domains A and B where a triad of catalytic residues performs catalysis. Other members of this family have lost the catalytic activity as in the case of the human 4F2hc, or only have 2 residues that serve as the catalytic nucleophile and the acid/base, such as Thermus A4 beta-galactosidase with 2 Glu residues (GH42) and human alpha-galactosidase with 2 Asp residues (GH31). The family members are quite extensive and include: alpha amylase, maltosyltransferase, cyclodextrin glycotransferase, maltogenic amylase, neopullulanase, isoamylase, 1,4-alpha-D-glucan maltotetrahydrolase, 4-alpha-glucotransferase, oligo-1,6-glucosidase, amylosucrase, sucrose phosphorylase, and amylomaltase.	0
NZ_CP009472.1|WP_038601633.1|1773986_1776692_-|YhgE/Pip-domain-containing-protein	gnl|CDD|224428	COG1511, COG1511, Predicted membrane protein [Function unknown].	0
NZ_CP009472.1|WP_015426871.1|1797084_1797951_+|sugar-ABC-transporter-permease	gnl|CDD|226354	COG3833, MalG, ABC-type maltose transport systems, permease component [Carbohydrate transport and metabolism].	8.20065e-99

Protein sequences

>NZ_CP009472.1|WP_038601646.1|1784212_1786468_-|glycoside-hydrolase-family-65-protein
MKQIKRIMGIDPWKITSNQIEKEDRRLQESLTSIGNGYMGMRGNFSETYSGDSHQGTYIAGVWFPDKTRVGWWKNGYPEYFGKAINALNFASVRVFIDDKEVDLAASHVTDFNLSLDMEKGILTYTYVAYGVRVTAERFFSIAQQELAVFAFMFESIDGEIHQIRTASIIDANVRNEDSNYDEKFWTVKNLDNTATGSFIVTETIPNPFGVEQFTVAAKQSFAGDFTRVKQETRESSVLDVYEAKLVENAPLTFIKNVLVVTSRDIEPSNLTKVLSNLTLEISKKTYHEFYKEQEIAWKKRWEIADVQIDGSAEAQQGIRFNLFQLFSTYYGEDERLNIGPKGFTGEKYGGATYWDTEAYAVPLYLALSDEKVAKNLLKYRHNQLPQAQHNARQQGLKGALYPMVTFTGVECHNEWEITFEEIHRNGAMAYAIYNYSNYTGDETYLAHEGLEVLIEIARFWADRVHYSKRNDKYMIHGVTGPNEYENNINNNWYTNKLAAWVLTYTAESLAKYPRPDLIEGAETAHWSEIVDKMYYPEDEELGIFVQHDGYLDKDLTPVAQLDPKNLPLNQNWSWDRVLRSPYIKQADVLQGIYFFGNQFSLAEKQRNFDFYEPLTVHESSLSPSIHAILAAELGMEDKAVEMYERTARLDLDNYNNDTEDGLHITSMTGSWLAIVHGFAQMKTWDGQLSFAPFLPQAWTGYAFHINYRGRLLKISVGQEVKLELLRGQALNLEIYGEKIELRDFYVTKTK
>NZ_CP009472.1|WP_038601644.1|1783085_1784060_-|LacI-family-DNA-binding-transcriptional-regulator
MAVTIKDVAKKAGVNASTVSRVIKDSSEISDKTKVKVRKAMHELGYRRNAAAQILASGKTNTIGVVFPPVADKASQPFFMKILTSINETARDYDVSIAIATGHSAKELKKQVELQYSEKRVDGFIVLYAGKNDEVRDYLLENKVPFVLVGTPAEGKNEITHVDNDNMLLGREAVRHLAQLDHQNISFVTDTKETEVFEERYQGFKDESEKLGLNHDLLFMDANFSLRNETALVVMDDVLSLKVVERLRSQGLNVPEDVSLITYNNSIFGAMIHPYLTTFDIHIEQLGASAIKKILDLRDKKENLPEKSIIPFELIIRESTKARI
>NZ_CP009472.1|WP_003130364.1|1782240_1782918_-|response-regulator-transcription-factor
MDSMIKILLVEDDLSLSKSVYDFLKSFAQVKQVYDGVEGLYEAELGIYDLILLDLMLPEKNGFEVLKELREQNVDTPVLIMTAKESLDDKMHGFDIGADDYLTKPFYLDELKARIQALLKRTGKLEDSNGLTYGNIRLNLSNKSTLVDDQPVDLIGKEFDLVVYLMQNQNVILPKEQIFDRIWGYDSDTTVTVVEVYMSKIRKKLKDTEFVNNLSTLRNVGYILR
>NZ_CP009472.1|WP_038601641.1|1780776_1782147_-|HAMP-domain-containing-histidine-kinase
MKKIIKKVKSSAIVKNDGKNFLHFFLAFTVIFVALAVIIIQVMQLGMYRATDQNLHNLAQNRVFLIEAANNQLGMNNSQDSGYYGPNNSVIFYDSEGKSFIPSAGSNANISTNFGMSLLQKTMKFNENQINTIQTVSVKNPYGDNWHYRYLTTSQFIITNTDGTVTPVYAQIFSNVDQIQDAMSRAMWVIVTTMITFWLLSVIISLYLANWTLRPILAAYEKQKEFVENASHELRTPLAILQNRLELLFQKPTATIIDESENISESLSEVRNMRLLTSNLLNLARRDSGIRIEPEATTTTYFENIFNSYEMLAENAGKKFSGHLKLDGTINLDQALIKQLLTILFDNALKYTGDEGEISVDVQKNGGFLVFAVADNGEGISDEDKKKIFDRFFRVDKARTRQKGGLGLGLSLAKQIVEAYNGKITVEDNKPKGTKFIIRIRVDSTISNPAKIFQKL
>NZ_CP009472.1|WP_038601639.1|1778887_1780630_-|1-deoxy-D-xylulose-5-phosphate-synthase
MSVLEKIDSPADLKKVSNQELEELASEIRTAVLHKVSNIGGHVGPNLGVTELTIALHKVFNSPIDKFIWDVSHQTYPHKILTGRKNGFTDGHFHDITPYTSQRESEHDFFTVGHTSTSIANALGYAKARDLTNDKGNIVAVIGDGSLSGGLAMEALNNAGDFKGNLIILVNDNQMSIAENHGGLYRNLAELRATNGQAENNFFKTFGLDYKYLANGNDIESLIHLFEEVKDIDHPIVLHIHTEKGRGYQPALENKEAFHWHMPFDLETGQSKVIDSGKSYSSVMLDYMDKKVSEGLPLVAINAAIPGIFGLKQFAAKYPDRYIDAGIAEQFTITFGGAMAAAGARPIIFHNSTFVQRAYDQFWHDLAINEEPAIVIVKGGVISGSDETHQGSSAMTWISNIPNIKYLAPTSEEEFISILDWALEQHEEPVVIQMPEHGLESRPTVLTDYSTPSYQMTKSGEKVALLALGGLYSHGEKVAKVLAENGINATLINPLFINDLDQAFLENLVENHQVIATIEDGILDGGFGQKVASFLGKYDVKVLNFGAKREFNDSVPVTELYNRYHLTPELMVADILSLLK
>NZ_CP009472.1|WP_038601637.1|1778504_1778771_-|membrane-protein-insertion-efficiency-factor-YidD
MKKVLVKAVHGYQRWISPAFPPACRYYPTCSNYMIQAIEKHGPAKGLAMGTARILRCHPFCQPGYDLVPDHFSLRRNWAEPEKEEDSN
>NZ_CP009472.1|WP_038601635.1|1776950_1778384_-|6-phospho-beta-glucosidase
MPFSKNFLWGGATAANQCEGGYNQGGRGLANVDLVPHGKDRFPIITGEMKHLEFDEEHFYPAKEAIDMYHHWKEDLALFAEMGFKTYRMSIAWTRIFPKGDEQEPNEEGLQFYEDIFRECQRLGIEPLVTITHFDCPVHLIKEYGGWRNRKMVGFYENLARAIFTRYKGLVRYWLTFNEINMLLHAPFMGAGLVFEEGENKEQAKYLAAHHELLASALATKIGHEVDPENKIGCMLAAGDYYPFDCNPENVFEAQKQNHDNLFFIDVQSRGKYPNYLLKRLEREEITLPIEKGDLEILAENTVDFISFSYYASRVAKVKDEDADKSAGNIFESVKNPYLEASEWGWQIDPLGLRITMNSIYDRYQKPLFIVENGLGAVDKPDENGFVADDYRIDYMAAHIKEMKKAVELDGVELLGYTSWGCIDLVSAGTGEMSKRYGFIYVDRDDYGKGSLKRTPKKSFNWYKKVIASNGEDLTNE
>NZ_CP009472.1|WP_038601633.1|1773986_1776692_-|YhgE/Pip-domain-containing-protein
MKSIKNTWKLFALDWKRIFKNPVATFLIVALMIIPSLYAWFNIKALWDPYANTSQLPIAVYSADKSASFQDKTINIGDEVLKNLKKNHQLGWKFVDSKADLDKGVKSGKYYAGIYLPKDFSKDLLSFTTGDIKKPQIVYSINEKINAIAPKITSKGASSLQSQISEEFIKTASSTLLKTFNTIGYDIDKNMVSIQKVKSAILSTNDNLGTIDKYTQQVVDLHGKMPEIKEKLAKANEFITYLPEVDALGQKVIKLNDKMPEIDKSFSLVLTLQEKIPEIQNAGKQISMIDDDFASVESTMTQGIQEAKQGLQIINQVQKSMPDIKKLGQDADSLGTITLDAAKKMQSALPSITNSVQITLQSIQEFSKNTSSVISVIDQAIADNQLTDDEKEQINSLITNFTSNIAKQREAIQNIVEYMKQVQESNGNHDLDSTIEQLNNLDSLLSELSTRMSHLNDLVQEGDVSKIRAYLSQINDVVNNISDLINKIDVSEISSTINQALTTLINTITNAKGLLNQAQQIDFDALLNSTSQTVSNAITILEKYQAKCQPLNKKIHDANVMLNGNMTTIVNAINEGANLYKNEFPTLKSKLGTASDFFKNDYAGVRKDLTDTLTMANEKMPDVESALNQANDLIQNDWPQIKSGIQKAATAIQKGEKEVDLGEIVKLLKLDATKESDFLTQPVEVQENQIYPIANNGSASTPFYTALCLWVGAVLLSSLATTEVHLSDKDKKRYSKREQFFARMGSFVAIGLAQALIVTLGNYFGLGVDVRDPFYSVLFALLISIAFMIMVYVLVALFGNVGKGIAIIILVLSISGGGGNYPIQVSGKFFQAINPYLPFTHAVNLLRESAGGIYWPNAWFAIIILVAVSIVFVAIGAFLFPHFEDKTKKISEIGSKSHFFH
>NZ_CP009472.1|WP_038602905.1|1773148_1773889_-|demethylmenaquinone-methyltransferase
MTKVNEERVQEIFNSISSDYDKMNAIISFKQHDLWRAKTMKRMGDLTGLSILDLCCGTGDWTFDLSESIGPSGKVIGLDFSENMLEIAKAKLKEEAKKNIEFLQGNAMALPFENESFDVVTIGYGLRNTPDYLTVLKEIFRVLKPGGRVVCIETSHPTLPIYKQAFELYFKNVMPFFGKVFAKSLKEYQWLQKSAEDFPDAKTLEELFRKAGFVAVDYQKHGGGAIASHFATKSKKPKSNIRIGKK
>NZ_CP009472.1|WP_038601630.1|1772277_1773111_-|Rgg/GadR/MutR-family-transcriptional-regulator
MPYKRYGEIFKKLREQKNFSLSHFSEIGISKANLSRFELGQTMISFERLDSVLQEMNVTLAEYEHFINNFSMDYKEEFLEDIILADIADDVDKLHNLYPEAMKYDSKMLAYCAKSRYEILTQTEADDVVEYLYDVGEWGYFELSIFYLTLDSFSEREIMYLMKELWGKSKHLYGVFKYRRRVLQSSYRSVVLLSSKGARDSARSILQKSYPKDDFYDLYVENLRNLAHGFYSYCFKDKISGEKQIKNAIEIFRQVGYEDLAGYYQKRYQKLLGKLLT
>NZ_CP009472.1|WP_038601648.1|1788242_1789817_-|alpha-amylase
MKNKLLLLSVTLLATCALSACQKANSKDSSVKKAAVSQKVDRSLYRNFYEIFTSSFADSNHDGEGDLNGVTQHLDYLNTGKSNSTTDLKVQGLWMTPIFASPSYHGYDVTNYEKINPKFGTMADFENLIAQAKKRGIAVILDMPFNHTATDNVWFQKALAGDKKYVTYYNWSDTAKEGYSLASNGKYYESEFDKSMPDLNLANPEVKKEIAKITKFWLDKGVSGFRLDAVGFYFSNDDKKTTAFTKWLTDTVKKQNPKAYLVGEVFSTASAIDDIYPSGIDSLFDFPNALQSSSSPINSALVLGEGSLFGQQMEAWDQEIHADNPKAIDAPFLSNHDTDRSATLLSSLSMQKMAAQTYLLMPGNPFIYYGEELGLTGSGIDQNKRLPMPWNAAGTDSPKADISVPGATEIATTDGGSVAQQEANPNSLINWYKKILRVKAKYPEIATDRLKNISVSEESLSVINYGKDLTIINNFSDTENVTMKLPKSVVGTKITDQLSVSSSQAKLTDGKLTIPAYSTVILKK
>NZ_CP009472.1|WP_038602909.1|1789806_1790412_-|sugar-O-acetyltransferase
MSEFKRMVAGKLYKASKVEPEYKPDNNRALNQEINQLNLLDTEKIVALEKELFGQTGDELFVNPPLYIDYGKNTKIGQRFYANMDCIFLDVAPITIGDDVMFGPRVSLITASHPIDAGVRQRGLEYGKAITIGDRVWLGAGVIVNPGVTIGENTIVGSGTVVTKNLPANVIAVGNPARILREITDSDRLYWEEKENEYYEK
>NZ_CP009472.1|WP_038602911.1|1790438_1792034_-|alpha-glucosidase
MKENWWQKTVVYQIYPRSFMDANGDGIGDLQGIISKLDYLEKLGIGAIWLSPVYQSPMDDNGYDISDYQAIADVFGTMADMDELLKEAKKRNIQIVMDLVVNHTSDEHKWFVEARKSKDNAYRDYYIWADEPNGLQSTFSGSAWEFDEESGQYFLHLFSKRQPDLNWENPQVHQEVYDMMNFWIDKGIGGFRMDVIDLIGKEIDQEITGNGPKLHEYLHEMNQATFGQKNLLTVGETWGATPEIAELYSDPKRQELSMVFQFEHITNAYLDEGEKWDKKEFSVSKLKEILAKWQALEKGWNSLFWNNHDLPRIVSNWGNDGKYRLKSAKAFAILLHLMKGTPYIYQGEELGMTNYPFESIEEVNDIESRNMFAERLAAGHSENEIMDSIRRVGRDNARTPMQWTAGENAGFTDGKPWLAVNPNHEEINADQAMSDPDSVFYTYQKLIELRKQHDWVIYGDFKLIDSEADVFAYLRTYKGKKYLVVANLSDEENQFKTGFVCRDLLIHNENFLPELSQIKLKAWEAFACEVE
>NZ_CP009472.1|WP_033899066.1|1792270_1794025_-|alpha-glycosidase
MNKAAIYHRPESEFAYLYAKNLMHVRLQTQKSDVEKVELFYGDPYSWEGLDNPETQYWASQKVEMKKYLSTNISDYFEAEITVATKRVDYLFVITGLDGEKVVYTDQGMFDYDESLVTKKYGAFRLPYFHESDRFKAPEWVKETVWYQIFPERFANGDTSNDPEGTKAWNPQDVPDRQDFYGGDLQGVIDHLEHLTELGVNGIYFTPIFQAFSNHKYDTEDYMEIDKQFGDKELFKTLVKEAHARGIKVMLDAVFNHIGDTSAQWQDVLKNQEKSKFADWFHVNSWPATYTPTDDFENAENATYDTFAFTPHMPKLNTANPEVEAYLLKVADYWISEFDIDAWRLDVADEVDHTFWKKFRTTCDAAKDDFYILGEVWHSAQPWLVGDEFSAVMNYAYTDAIKDGLITKKISLEQMVSNINTQLTLYRKQVNQMMFNVLDSHDTPRILTVAKNNKNLMKLVETFTFMQPGVPCIYYGDEYAVTGGMDPECRKVMPWEEKDQDLEMFEFFKNLIALRKQYQGILSDSEVEWKIVDSENGIVKFERGTLKAIFNIGEKPAYFSADEVVFSNLVDQNNILQYGFVIYK
>NZ_CP009472.1|WP_015426869.1|1794392_1795619_+|extracellular-solute-binding-protein
MKSWKKVALGGASVLALATLAACGSSASSNKSSSSSSDSIKGTVRVYVDTQQKATYTDVAKGLASKYPDLKVQIIANASGSANAKVDIAKDPSKYADVFAVPNDQLGDMADKGYINPVATKFANEIKKDNSDVTVNGVTYKDKIYAFPKSTESLVLFYNKSKLSADDVKTWEGMTAKAGFAANYTDPYYSYPVFFTAGTTLFGKSGEDVKSTDVASANGVKALEWIAAQKSNKNVIQTTNALNQLQAGKVAAMFDGPWDTANIKKILGDNFAVAPYPTINIDGQAKQLQSFQGIKGFAVNSASKSQAAAQTVAQYLSSESAQLKLFNSQGDVPTNNDAQMNDAVKNSDVTKAVITMSKEGNSVVMPKLPQMATFWNNAGPLMNGAYTGSIKPADYQAQLQKFQDSISK
>NZ_CP009472.1|WP_038602913.1|1795735_1797079_+|sugar-ABC-transporter-permease
MSSEEKSIKLGEVFSKGDTVTKLTFFVMGLNQIKNKQWVKGFTLLILEIAFIGWLLFSGISAFSLLSSLGPNKIKRTITDASGFPQTLQPDNSVLILLWGLIACLVVILFILLYWFNYRSNKHLYYLKREGKHIPTNKENLASLLDEKLYATLMAVPLIGVLAFTVLPTVYMISMAFTNYDRLHATAFSWTGFQAFANVLTGDLAGTFFPVLGWTLVWAIVATATTFLGGVLLALLIESTGIKFKGFWRTVFVIVFAVPQFVTLLMMAQFLDQQGALNGILMNLHLISNPINFIGAASDPMVARITVIFVNMWIGIPVSMLVSTAIIQNLPQDQIEAARIDGANSLNIFRSITFPQILFVMTPALIQQFIGNINNFNVIYLLTSGWPMNPNYQGAGSTDLLVTWLYNLVFGQTQRYNAAAVLGILIFIVNASISLVAYRRTNAFKEG
>NZ_CP009472.1|WP_015426871.1|1797084_1797951_+|sugar-ABC-transporter-permease
MKSYKTQRRISLSLRYILLALLAIVWIFPIIWIVLASLTQNNTGFVSTIIPKTFTFENYIQLFQNKSGSFPFVSWIINTFIVAVISATLSTFITIIMSYTLSRLRFAFRKPFLQIALVLGMFPGFMSMIALYYILKAMNMLNLGGLILVYVGGAGLGFYIAKGFFDTIPRSIDEAATIDGANKWQVFTHITLPLSRPIIVYTALMAFIAPWTDFIFSGIILGNNQAHPETFTIAYGLYSMVHSQKGAATAFFTQFIAGCVIIAIPITILFVIMQKFYVNGITAGADKG
>NZ_CP009472.1|WP_038602915.1|1798079_1798655_-|CPBP-family-intramembrane-metalloprotease
MSSIDLHIGYVQEFTLLIFSIVGVAVIFGNQALIWFSKPQGRYIKIAIACLIINTIWSMLGGTIVALVFGNSGNHANAAFGDFILIFFVPFMIMGEELFSIGILETLRTKWGLSTMISTLVTSVIFGLIHFNTYNGGNVLRTIIQILLVQGVARLIFNYAYLKTSSIWTSYAVHLVFDLVFLFVLPFVIPK
>NZ_CP009472.1|WP_038601651.1|1798880_1799900_-|hypothetical-protein
MKKSKIITLSAAALLVMTVTMPVSAATALGTVSGTWQDQTGQIIGYHMSGQGDVYKDGNVWYQNGLQVNEPVVANTTGIAPQNDPAPSNASTYKQTENIAQRIEILKQSNDPANRSADTRATAGQNPSDYKATELQAQHEEQQTELRAEFNNLKAAKYNQSPSAYKDAEISAQEASIGNPDNIKGSDYKTAVLKRQASEKEAQEHNISGTDYRKSVTKLQELNKKDSAKTTETTETTNKVAGKEAVKVNPIVSSGTVSIHSAQPESAKAVKATATGTKATTTSATKSANQNEVKTLAASLPTTGDDAGLSLFLTFIGMILFGAVGVILALFQKHGRHSK
>NZ_CP009472.1|WP_144242775.1|1800235_1800481_-|hypothetical-protein
MVISIVFNIHESQRCEVLIQKYKVEHITRARQYNMIMLLYKSVPIEWENAQNENSKLSDTKLVKTLDDAKEFNEKESKIGQ

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	285463 : 295334	15	Lactococcus_phage(100.0%)	integrase	attL 282272:282288|attR 286692:286708
DBSCAN-SWA_2	414483 : 426613	14	Streptococcus_phage(40.0%)	tRNA	NA
DBSCAN-SWA_3	1039685 : 1090051	65	Lactococcus_phage(78.0%)	holin,capsid,integrase,head,tail,protease,portal,terminase	attL 1040116:1040133|attR 1098604:1098621
DBSCAN-SWA_4	1449188 : 1457456	9	Staphylococcus_phage(50.0%)	NA	NA
DBSCAN-SWA_5	1464267 : 1475003	9	Bacillus_virus(33.33%)	NA	NA
DBSCAN-SWA_6	1830807 : 1840665	9	Prochlorococcus_phage(33.33%)	tRNA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_CP009472|285463:295334|DBSCAN-SWA
TCTAAAAATTGGCATATTTGGCGAAAAGTTCAACTGCTTCAGATTCTTTTTCTTTTTCCAAATGGCTATAAATATCCATAGTCATTTTTATACTTGCATGTCCTAATCTTGTTTGAATTTCCTTATATGATACTCCAGCATTCAATAATAATGATGCATGAGAATGCCGAAAGCCATGAAATCCAATATCATGAAGTTCAGTAGCTTTAAAAGTAGCCTGTAGTGATTTTCTAAGCCGTTGATAGTCGAGTATTTTACCTTGATTTGTAGGAAAAATAAGTGATTGATTAGGTTGGCCAAGCTTTAAAAAGTATGACTTTTGATATAAATGCCAACGTTGCAAGTGTGATATTGCTTTGCTGTCAATGATAACCACTCGCTTGCTATGCTTTGTTTTCGGAGTATCTTGTATTGTTTGGTGTCCAGTAGTAGTTTTACTGACAGAAATTGTCTGCTTTTCGAAGTCAATATCAGACCATGATAAGGCAGTGGCCTCGCCTATCCGCAAACCAGAAGCTGTCAGTAAGCGACAAATGGCTCTTAGCTCATTATTTACCCAAGTATTTGGCAAACTCTCCATATAATCAAAATAGGCTTGTAACTGTTCTTTGTTGAAATGCTTTACTTCACGTTCAGTGGTTTCCATTTTAACATTAGGGACAATGACAGTTAGGCATGGATTAGAGCTGACCAATCCCATAGAAATCGCATATTTAAATATCCTATTGGTTACATTAAGAAGCAGTTTGTACCCTTTGGCATTGCCTTTATTTCTTCTCATTGCTCCATTAAGTGGTTGCCCTGCATTTTTAGCCCAACGATTGACTTGTAGCTGAATTTGAGAAGTTGTCAGTCTATCGATTTTAGTATTGCCAAAAGCTGGCAAGATATATCTGTTTAGATTAGATCGCATTATCTCTATTGAATGGCTTTTTACTGTATGTTGATACATATCAAACCATGATTCAGCAACCTCAGCAAATGTCTTTAGCTGCTTTTCTTTTTTCATGCATCCATTTTTAATAAAATCATTCTGCAGACGTTGAAGTTTAGTTTTAACGTCTTTTTTTGTGCGTCCTCTTACATCAGTTCGCATTTGCTTACCTGTCAGCACATCAGTACCAATATAAGCGCCACGGAGAATATAACGTACCTCTCCAGCTTTAGTTTTGTATTCTTTTATATTTAATTTGTTCATGTTTGTTCTCCTGTTTTGCATTTGGCCGTGCGCAAAATTGAGAACATGAAAATTTTATGCTGATTAGTTATAAATTTTTTAACTATTTAATTCTTTGGTCTATTTTTTTTGTAAAATCACGAAGTGAATCAAGCTTAGATGCTATTTTGGAATCATCCAAAAAACGTAAAGCATCAAAATATGCATCTAAGAAATCCTCTAGAGAATGTAGCCTTTCAAGTATTTCCCTAGAATTCTCTGTTAAATAATCCCCAGCACTTGTCTCTTCATTATCGTTATTATAGTAACTTTTGTACGAATATTTCATAGTATCAAGGATTCTAGTACGCAATTCTCTACTAAGATTCATTAATATTTTGCGTTCCAAACTTTCAGGATCCGACCAAGATTCAATAGTATATTTTTTAGTCTCATTAAACTTTTTATCTGCTTGTTCAGTATTTAAGAAACTTGAAGCATTCGAATACATTATACTTTTTACTTCACTCACAATAAAAGGAATGACAGCGTTACTTATACTTTTATCTGCTAACAGGTCTGTTTGAAGTTTGGTTATAAGATTGTCAATATATTCATCCATAGTGCCATGAAGAATATATTCTATAGTAGTATCTCCAAGATTTGAAATCTTTAATAAGTTTTCTTTATTTGGAAGATTACGTCCTTTTTCCCAGTTATTTACAGTTCCTTTAGATGTATTGAATAGCTTTCCGAATTGTTCCATAGATAAGCCCAAAGAAAGTCTGATATCATTGATTCTTGAGCCGACAGATTTTGCATTTATATCCATATATTATTACCTCTTTTACCATGATAAACTTTTTTTGTAAAAAAGTAAATAAAAGTATTGACAAAATAAAAAAGAAAGTTTATAATTGTCGTATGCAAAAGTAAAGGAGGTGTTCATTGTGGGGTATAGAAATAAAGTTCGTGGTTATAGAAATATGTTGGGGCTTACTCAACAACAACTTGGAGAAAAATTAGGTATGACCAAACAAACTTATTATAACAAGGAGACAGAAAAACAGCATTTTCTGATTCTGAGAAAATTGCTTTTAAGAAATTACTTATTCCTATTTTTCCAGATATCACAATAGAAGATATTTTTTTTTAACTGAAAAGTATGCAAAAGTAAACGAGAGCACTTGGCCGTGCGCAAAATTGAAAGTATGAAGTCAGCCGTTGAGATACGGTATTGCGTATTAAACGCTGGAAAGAGATTTAATAATGAAAGACTTAGCATTTTTAACCAGTCCTGATTTGAGTAAAGCGGAAGTTGTAACTAACCATATCGTTATTGCTCAATATGCAGGAATTGAAAGAAAATCAGTTCGCAGACTTATCAATAATCATAAAAATGATTTTGAAAATTTTGGTAGGTTGAGATTTGAAATCACCACCTTACCAGAAAGTAGAGGTCAAAAAGTAAAAATCTATCAACTTAATAGAAATCAAGCCATGCTGATGATTACTTATCTTGATAATACTGAAGTAGTTAGAAATTTTAAAATCGCTCTTGTAAAACGATTTAATGAAATGGAAAAGGAACTCTATGCTCGCAAGATTGCAAGAGCAGTCGAGAAGCCAAAAGGTGTTACTCTTCATCAATCTATTTCAGAATGGGTACATTATCCACGTCATGGCAATACATGGCACACCATTATTAGAAGTTTGCTTGCTACTACTGTGACGGGACAAACTAAAAAACAAATTCAAGCACGAGATACCGATTGGCAAAAAGAAAAAACGCTCCTAGACCTCTTAAATTCAGAGGAAATGGAACGTTACAAAATGCTTGAAAGTATCGCAATAGCAATGATTGAAGCTGGTTCTGATTATGACCCTATCAAAGTTGCTATTAAAGCAACAATGACAACAAAAAAAAGTACACCGACCAAAGTAGAGACTTTTAAACTATAAGTAAGGCAAGCTCTTCATGAGTTTTGCTTTACTCAAATTATAACATATTTGAGGAGAAACACAAATGACAGAATTTATAACCATTGATGAAGCGAAGCTATTATTCACAGAGTGCTTAGCAAAATCGAGACACCATATTGAAGTGGATGATGTCACTGACAAACTTTTTGATGGTAAAAGCGTAGCCACCTTTACTTTTATGGGTAATGGCTATCAAGTGGAATTGGAGGCTTAAAATGCAATCATCTACTTTCAAAATAGAAGATTTAGAGAAAGCACGAACTTTTGAAAATAAACATTTTGTAATTCTCTCTGTAAAAATGAATCCTGAAATTGGACATCAAGTTTTTTTAAAAAGTATAAAAAACAAAAAAACAGTAATTATTTTCAATCAAAATAAAGCTCCTCTTTGTATCAAAGTATCTCATGAGTTTGCACAAAGTTGGAAACTGAAAGAACAAGCTGAAACTAAGAAAAGAGATAAAGTATGAAATTTATAAAAATGGACGTTATAAGCACAGAAATACTACCTACTTGGTGGGTTAAATCCAGTCGTGTTGAAGTTAGAAAATTATTACTTGTCAATGAATCTAAAGCTCCAAAGTTGCATATAAGACTTAAACGAGGAGGGAAATCATGAGTATCTTATCATTTGAAGCAGAACAAGAGCTAACACAATCAGTATTAAGCCGTGTTGATAAACTGGTTGAAGCAAGAATCGAACAAAGTCGTGAATTTCCATATAAGAAAAAATCTGATTTAAAGCGGAAGCTTTCAATAAATGAAGCTTATTATAAAAAGCTAGTAGTTGCTGGATTACGTGAAGTCATACTTGAAGAAGGCGACAAAACTATTTGGGTATCCGAAGAGCAGTTAACTGAACTCATGGACCAGTTGGCAGAGTAGAGGGAGAGAAAGTGACAGAAGTTAAAATTGATTACGGAGATTTGGAAAAGCAACGCAAAGCATGGGAACGTTTAGAAAATAATCTGAAAAGTGTGATTAATCTTCCCTGGGAAAAATTTGGAAACATTGATGGCGCTAAGATTCCTCAAAGTCTTGATTTAGTCCATATCTTGCATCGTGATATTTATGAATATCCTTATCTGTCAGTAAAGTCTACAGGAGAAAATAAAAGAATCAAAAGACCTAGTTTACATTTAAACAACGGTCAAAATACTGTATCTATTTTCTACGGTGGAGTTAATAAAAAAGCTGAAAAAACTGACGATGGAGAAGATAAAGAAGTAGTTACATTAAAATCAAGTAAAAGTATACCTCGTTTTGTCAATGTGATCCTAGATTATCTATTTGGAAAGCTTGCCTTGCATAATGGATATTTATATGATATTTCAACCTCACAATTCAAACGATTGTCGGAGATGGATATTGCTCATGAATATAAATTAGGTAAGCGTTCTGATTTCACAGCTAGTGAGGTTGTAGAAATTATATCTTTTATAGATGAACAGATAAAGCTAAAACCTCTTAAGGAAATTAAAGCATCCATTATTGCTTGTCATGACTTTCAAATGGATCTACATCAAAAGAAAATTTTAAAAAATTGTTCTATCAAAGACAATGAATGTTACTTTAAAGTGTTTGATTGCCAACTCTCTGATGTAATTGAGATGTCAATCTTGAACGCTAATTACTTAGGAATGGTGATAGACGATGCAGACAGTTTGCATAATGCGCAACTACAGCCAATCTATCAAATGCTAGTGGCATGTCGTGAGATTACTAAGACAAGGTTCTTTGTCAGTAAATCTGGGACACGTACTGGTAAAGGATTACGTCATAAAGTAATTTCATCAATTTTTGATACCAAGCATGTCAATCTAGACGAACTTTCAAATAAAGCAACGGCTGCAATGGCTTGGGCTGGATTTGATGGCGGAGAAATGTTACTGGTGACTGAATCAGGAGAAATCGGAAAGAGTTTAGAACGTTATTTGAAAATACTGGCTACTGAAAGTACATATCGTGGTCGAGGTATTGGCCAAAACTATGCGGATATTAATCTGACTGGTGTACTGTCTATTGATTCAAATGAAAAAGTATTATTTTCTTCTGAAATGAACAGCAGGGCTGTGAACATTGCTTTTAAGAATCGTCCTAAAAGGGAAACTGATAGCGAACGTGAATCAATCTTTGCGCCCTATTGGGAAGCATTCACTGAACAGCGAGTATCTGAGACCAGTAGAGAAGCAACGGCGCTTGCAGGAGTGGCTGCTTTATATTCTTCATTTGTCTATTGGAGACAGAATAAATTTAAGTTCAATTTTAAACAAGTGGAAATGGATAACTTCAGTAGTGATCACTTTGATTTTGACGATGTGCAAATTTATATTATCGAGGAACACATCAAAGGGAACAAGACAATAATCAAAACGGATGAGGTTCAGAAGCTATTGAAAGAAACCTATTATGGTGCTGGAAGTCCTAAACGAAGAAAAGAAGCTCTTGATATTATTGGATATTTTGAAACTACGAGAAAATTTCCAACAAGAGATGGTAATCGAAAAACTTTTAGAGTAATTGCAATAGGGAATCCTCGTCGAGCATCAAAAGCAGTCACAGTGTTTCTTGAAACAATGTATGAGCCACCATAATGACCACATTTTGACCACATATTTACCACGTTTTATTAATAGCTATAAATAGTAGTATTAAAGGAATGACCACGTAAAATACGCAAAAAACGTTTTTTGTTTTGATTAATATTTTTATAGAGTTTATATATAGGTTTTAGTTATACCAATTTTAAAGGTTGATTAGAGTATATATTATTACTTTATAGGAATTTCATAAAAAAAACGTGTCCTCTGTGTCAATGGCTTAGTAGAGCTGTTTATAAGCGTAGTAAATATGTGGTTGACCACGCAAAAAAAGTGTGGTCAAAGTCAAAAAGAAGAAATATCCTCTAAAAATATGTTCAATATTCAACTATACCAATTTTGAAAAGGAAAGCTAATGAAACAAATACTTGAAGTAAAAGCAACTATTCCTATTTTGATTCCAGAAGATATGATTTTGATAAATAAAATAGAATATCAAGAACTCAAACAACAAGATTTTGATGGATGGGTTGGCATGGATGTTTTTACAGAAAAATCCAACCGTAGTGTTCCAACAATTTCAAAAGTTTTAAGAAAACCTGATTTAAGAAAAAGAATATCAGTTGAAAACGGAGGTTGGGTTTACTACCCAAATGGTAAAGGAGATAACTGGTCATTTCACTATAAAGAAATGATGGAATTTATAAATAATGAATTTTATCAGAAATTTAATGGAGGAAGTAAATAATATATTTGGATTTTAATAAGAAGAGAAATAGTATGATTCTTGCTGATTATAATAAAAGAGCAGAACTTATCGGATTTGAATTAGAAGAATAGGAGAAAAAATAATGAGCGATAAAGTAATTATGGTTTACACAGTGAATGATGCATCAGCATTTGTCTTTAATCAGACACTGGATAATATGAAAGTCATTGGCAAATGGCAAGATGACCCTGACCAGTTATTTAAATTAGGCACTACAGTATTTAATGGAAGTCATGTTGTGGCGATTAAAGTCGCAAAACGTGGGCCACTTGGTACAGTACCAGAATAATAAAGGAGAAATAATGAGGGCAAGATACCCACCAAAATCAGTTGTTTTAACTAATTTATAAAAACAGCTATCAACCCAATAAACACAAGCGATTACAGGGGCTATCAATAGTTCCGATTATAATATATATTTACCAATAGAAAATGGAGAAATTAACATGACAAAGGAAAATGGTTTTGACAATGGCTTTCTCACTGATTCTAAGCAGTGGGAAAAAACTATCAAAGAAAATGACCTCAAACGTGCTGAGCAAAGTCGAGCATCTTTACAGGAACTGACAGATAAAGTAGAACGTAAACGTGCTGCAGATCAAGAGCTTTTTTATAAAGCTCTATTAAAGACACGTAAAGAAGAGGAGGAAAAACGAGCCGTAGAATTAGAAAAAGCAAAGGCAAGAGCCTTGAATAAAGTAGAAGAAGAGTATGAGAAGCATGGAGTAAAATCCAGTAAGACAGAAAAATTAGAGAACGCCTATCGATCAACGTTGGGAAATCTTAGGGGGCTTGATGATTGAGTAATAAGGAACAACGAAGAGGATGGAAGAAAAGCTTCAACAGTGGTGACAGAGTTGTCAGAGATATATCAGGACCTTATGCAGGAATACCAGGAACAATCATAGGTAGAAGTCAAGTCCAATATGGTTATATCCATGATGTAAGGTACAGGATTAGACTTGATGAGAGTGACATTATTATCGGTGAGTATTCAAAGAACATTCTATACTATGATGATGAAACGAAACAACCAATCATCGAGTAACATTAAGAAGTTACTGAGATCAGTGTGCAGTGCTTGCTCATAGCTATAAAAGATAACCAGATGAAGCTATGTTAATCATTATTTATTAACATAGTAGTTTAAATAAATAATAAAAAAACATTTATATTAATTTATTATTTGTTAATTTTATTTTTTCAATCTGAAAATATTTTAAAGAAACTATGGGGGCATAGCCCCCTCCCTCTGGGTCAGCTCGTACTTCACGCCGTCACTGTACATTTTTTCTCGTGTATGTGTTTAACAAGCAGAAAGGAGGGGAGAAATGAGCGTTATTCGGTGCAAAACTTGCAAAAATTTGTTCAATACTGCCAAGCAAGAAAGATATTGTAGCGAAGAATGTAGAAAAGAAGCTCGTAAGAAAACTCGTAAAAAATGGGAAACAAGGAATCCTGAATATATGAAAAATTATATGCGAGAATATCGTGAAAAATAGTCTCGCAAGTTCAGTTTTATCGAAGTACAAAATATAAAACAAATAAAAAGTCCCCTAAAGGGCTATGATATAATAGTAGTTAAGAAATCTGTTTTTAAAGCGCATTGCAGTGCGCTTTTTTTTGTTTATATTCTAGTGATATAATGATAATAATCGCAAGTAGAAGAGGAAATTATGGAAATAAAATTCAAGATAATGATTCTATAAATGAGTTAGGAAAAATTATTAAAACGACAAAGGTTTTGAATCCTATTTTAAAGTTATTAAATATAAATCCTGGAATAGACATCAACAAGATCACAAAAGAATATGCTGATTTATTGACATTAAACGATGACTTTAATACGTACTATCATGATAGGGGATGGATTGCTCATGAATCACTTAACATAGATGTTTTGAAATTCTGTGTTAGTACCGCAAAAGCTGGTGATATTGATCGTGGTGAAGAAACTCTGATAGAGTATTATGAAGGTGAATTAAAAAAATTTTGAGAAATATTCTTATAGAAAGCATTTTTATGATAGACAGGAGCTATTAAACCTTGCGATAGAAGATTATTTTTCTGGACGATACCACTCTTCTATACCGATAGCATTATTAAGTGCTGATGGAATAATAAATGATATTGAACCAACGGGACTATTTGCGAGAGAAACTGACTTAGAAGTTTGGGACAGTATCTCTGGTCACGGGAGCGGATTAAAGTCTTTGGTTTCGCTATTAAGTAAAAATCGAAAAAAAACTAGTACGGATTCTATATCTCTTCCATATAGAATGGTATTTTGCATGGAAGAGATATAAATTACTATAACAAATTCGTTGCCATTAAATCTTTTGCATTATTAATATATTTAGCAGATTGGATAAGAGAGAAATCTAGTGAAGCTGATAGGATGAGAAAAAAAGAAGAGAAGGAAACAAAAACATGGGGAGAATTATTTAAAAGCATAGCCAATACAACTAGGGAACAAAAAGAAAATGAAAAGTTGCTAAAGGAATGGGAACCGAGAGTTTTTGAAGTAATTCCATCTACCTATGAAAGTAATTCTCCAGAAGAAAAGGTCTTTGAGTTCTTAGAATGTATAAAAAATAAAAATTATGGCACACCTACCTCTATGTACCCAACTTTTATTCTAGGGAGTTCCTCAAGAAAATCAAAAGCTGGAATACTTAGAGAAAATTTTAAAGATATAACGATTACTAATTATGAAGTAGTTAAAATTAATGATAGTGCAGCAGCAGTCACTATGATAACGGTGAAAATAGCTTATGAATATAAAGGAATGTTAAAAGAAAAAAATGTAGATTTTAGAGTAATATATGAAGTTAACGGAGAAGTAAATAATCGACTTAAATTAAATGGTAGCTGGAAAATTACAAATATAGAAGGTATTAGCTACATGATGATAGAATGACAAAAAGTAACTAATTTTTTCACGATTAATAAAGTTTTTCAGTTCAGAAAAAAGTAATGTGAAGAATGCGACGAAATAAAGTATTCTTTGTTGCTTGGAGGTTTTTTTGTATTCCTAAATAGTATTACTATTTATGGATATGGTAACTTAATAAGAATGAACTATAAAATTAACCCTGACTTCGGTCAGGTTTTTTATAATTTTCAAGTTGTATGTTTTGATAGATATTATAAATATGAGACAATAAAAATTTATATTAGAAAGTAGGTAATTATGCAAAGAAAAAATCTAAAAAATGATACCGACTATCCGTTGATTATGACCCGAGAATTAGCAGCTGAATTTATTGGTGTAAGTGGGAACACATTTGACAAGTACTATCGCTATGCACATAATTTCCCAGTTGTGAAAAATGGAGATGTTGAAGAAGCTTTTCCACGGGACCCAATCATTAAATGGATTGCGGATAATTGGCAATTATTAGAAAAAAGGAGAAAACGCTAG

Protein sequences of DBSCAN-SWA_1

>NZ_CP009472|285463:295334|286742_287450_-|WP_038598925.1|DBSCAN-SWA
MDINAKSVGSRINDIRLSLGLSMEQFGKLFNTSKGTVNNWEKGRNLPNKENLLKISNLGDTTIEYILHGTMDEYIDNLITKLQTDLLADKSISNAVIPFIVSEVKSIMYSNASSFLNTEQADKKFNETKKYTIESWSDPESLERKILMNLSRELRTRILDTMKYSYKSYYNNDNEETSAGDYLTENSREILERLHSLEDFLDAYFDALRFLDDSKIASKLDSLRDFTKKIDQRIK
>NZ_CP009472|285463:295334|287887_288580_+|WP_038598928.1|DBSCAN-SWA
MKDLAFLTSPDLSKAEVVTNHIVIAQYAGIERKSVRRLINNHKNDFENFGRLRFEITTLPESRGQKVKIYQLNRNQAMLMITYLDNTEVVRNFKIALVKRFNEMEKELYARKIARAVEKPKGVTLHQSISEWVHYPRHGNTWHTIIRSLLATTVTGQTKKQIQARDTDWQKEKTLLDLLNSEEMERYKMLESIAIAMIEAGSDYDPIKVAIKATMTTKKSTPTKVETFKL
>NZ_CP009472|285463:295334|293555_293906_+|WP_038598962.1|DBSCAN-SWA
MIIIASRRGNYGNKIQDNDSINELGKIIKTTKVLNPILKLLNINPGIDINKITKEYADLLTLNDDFNTYYHDRGWIAHESLNIDVLKFCVSTAKAGDIDRGEETLIEYYEGELKKF
>NZ_CP009472|285463:295334|288644_288815_+|WP_010906219.1|DBSCAN-SWA
MTEFITIDEAKLLFTECLAKSRHHIEVDDVTDKLFDGKSVATFTFMGNGYQVELEA
>NZ_CP009472|285463:295334|285463_286660_-|WP_038598922.1|integrase|DBSCAN-SWA
MNKLNIKEYKTKAGEVRYILRGAYIGTDVLTGKQMRTDVRGRTKKDVKTKLQRLQNDFIKNGCMKKEKQLKTFAEVAESWFDMYQHTVKSHSIEIMRSNLNRYILPAFGNTKIDRLTTSQIQLQVNRWAKNAGQPLNGAMRRNKGNAKGYKLLLNVTNRIFKYAISMGLVSSNPCLTVIVPNVKMETTEREVKHFNKEQLQAYFDYMESLPNTWVNNELRAICRLLTASGLRIGEATALSWSDIDFEKQTISVSKTTTGHQTIQDTPKTKHSKRVVIIDSKAISHLQRWHLYQKSYFLKLGQPNQSLIFPTNQGKILDYQRLRKSLQATFKATELHDIGFHGFRHSHASLLLNAGVSYKEIQTRLGHASIKMTMDIYSHLEKEKESEAVELFAKYANF
>NZ_CP009472|285463:295334|291556_291889_+|WP_038598946.1|DBSCAN-SWA
MKQILEVKATIPILIPEDMILINKIEYQELKQQDFDGWVGMDVFTEKSNRSVPTISKVLRKPDLRKRISVENGGWVYYPNGKGDNWSFHYKEMMEFINNEFYQKFNGGSK
>NZ_CP009472|285463:295334|292356_292713_+|WP_038598953.1|DBSCAN-SWA
MTKENGFDNGFLTDSKQWEKTIKENDLKRAEQSRASLQELTDKVERKRAADQELFYKALLKTRKEEEEKRAVELEKAKARALNKVEEEYEKHGVKSSKTEKLENAYRSTLGNLRGLDD
>NZ_CP009472|285463:295334|294197_294830_+|WP_038598965.1|DBSCAN-SWA
MHGRDINYYNKFVAIKSFALLIYLADWIREKSSEADRMRKKEEKETKTWGELFKSIANTTREQKENEKLLKEWEPRVFEVIPSTYESNSPEEKVFEFLECIKNKNYGTPTSMYPTFILGSSSRKSKAGILRENFKDITITNYEVVKINDSAAAVTMITVKIAYEYKGMLKEKNVDFRVIYEVNGEVNNRLKLNGSWKITNIEGISYMMIE
>NZ_CP009472|285463:295334|288816_289071_+|WP_038598935.1|DBSCAN-SWA
MQSSTFKIEDLEKARTFENKHFVILSVKMNPEIGHQVFLKSIKNKKTVIIFNQNKAPLCIKVSHEFAQSWKLKEQAETKKRDKV
>NZ_CP009472|285463:295334|292709_292958_+|WP_038598956.1|DBSCAN-SWA
MSNKEQRRGWKKSFNSGDRVVRDISGPYAGIPGTIIGRSQVQYGYIHDVRYRIRLDESDIIIGEYSKNILYYDDETKQPIIE
>NZ_CP009472|285463:295334|293241_293412_+|WP_038598959.1|DBSCAN-SWA
MSVIRCKTCKNLFNTAKQERYCSEECRKEARKKTRKKWETRNPEYMKNYMREYREK
>NZ_CP009472|285463:295334|289216_289486_+|WP_038598940.1|DBSCAN-SWA
MSILSFEAEQELTQSVLSRVDKLVEARIEQSREFPYKKKSDLKRKLSINEAYYKKLVVAGLREVILEEGDKTIWVSEEQLTELMDQLAE
>NZ_CP009472|285463:295334|295103_295334_+|WP_038598968.1|DBSCAN-SWA
MQRKNLKNDTDYPLIMTRELAAEFIGVSGNTFDKYYRYAHNFPVVKNGDVEEAFPRDPIIKWIADNWQLLEKRRKR
>NZ_CP009472|285463:295334|291992_292199_+|WP_011675329.1|DBSCAN-SWA
MSDKVIMVYTVNDASAFVFNQTLDNMKVIGKWQDDPDQLFKLGTTVFNGSHVVAIKVAKRGPLGTVPE
>NZ_CP009472|285463:295334|289497_291195_+|WP_038598943.1|DBSCAN-SWA
MTEVKIDYGDLEKQRKAWERLENNLKSVINLPWEKFGNIDGAKIPQSLDLVHILHRDIYEYPYLSVKSTGENKRIKRPSLHLNNGQNTVSIFYGGVNKKAEKTDDGEDKEVVTLKSSKSIPRFVNVILDYLFGKLALHNGYLYDISTSQFKRLSEMDIAHEYKLGKRSDFTASEVVEIISFIDEQIKLKPLKEIKASIIACHDFQMDLHQKKILKNCSIKDNECYFKVFDCQLSDVIEMSILNANYLGMVIDDADSLHNAQLQPIYQMLVACREITKTRFFVSKSGTRTGKGLRHKVISSIFDTKHVNLDELSNKATAAMAWAGFDGGEMLLVTESGEIGKSLERYLKILATESTYRGRGIGQNYADINLTGVLSIDSNEKVLFSSEMNSRAVNIAFKNRPKRETDSERESIFAPYWEAFTEQRVSETSREATALAGVAALYSSFVYWRQNKFKFNFKQVEMDNFSSDHFDFDDVQIYIIEEHIKGNKTIIKTDEVQKLLKETYYGAGSPKRRKEALDIIGYFETTRKFPTRDGNRKTFRVIAIGNPRRASKAVTVFLETMYEPP

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
282272:282288	attL	NA	NA	NA	NA
WP_038598922.1|285463_286660_-|integrase	site-specific integrase	Q9AZI0	Lactococcus_phage	4.2e-128	57.9
WP_038598925.1|286742_287450_-	helix-turn-helix transcriptional regulator	Q9AZH9	Lactococcus_phage	5.9e-98	79.1
286692:286708	attR	NA	NA	NA	NA
WP_038598928.1|287887_288580_+	Rha family transcriptional regulator	R9QNB1	Lactococcus_phage	8.4e-105	89.5
WP_010906219.1|288644_288815_+	DUF1655 domain-containing protein	Q9AZH6	Lactococcus_phage	4.6e-25	100.0
WP_038598935.1|288816_289071_+	hypothetical protein	Q9AZH5	Lactococcus_phage	2.4e-17	97.8
WP_038598940.1|289216_289486_+	hypothetical protein	Q9AZH3	Lactococcus_phage	2.4e-23	65.2
WP_038598943.1|289497_291195_+	hypothetical protein	Q9AZH2	Lactococcus_phage	2.0e-245	97.9
WP_038598946.1|291556_291889_+	DUF771 domain-containing protein	A0A1B1IMW0	Lactococcus_phage	9.7e-51	84.5
WP_011675329.1|291992_292199_+	hypothetical protein	Q9AZG9	Lactococcus_phage	2.8e-32	98.5
WP_038598953.1|292356_292713_+	hypothetical protein	NA	NA	NA	NA
WP_038598956.1|292709_292958_+	hypothetical protein	NA	NA	NA	NA
WP_038598959.1|293241_293412_+	hypothetical protein	Q9AZG5	Lactococcus_phage	3.1e-05	95.7
WP_038598962.1|293555_293906_+	hypothetical protein	NA	NA	NA	NA
WP_038598965.1|294197_294830_+	hypothetical protein	NA	NA	NA	NA
WP_038598968.1|295103_295334_+	hypothetical protein	A0A1P8BME4	Lactococcus_phage	2.1e-36	94.7

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_CP009472|414483:426613|DBSCAN-SWA
AATGATTATTCCAGAAAATATTGAAAATTTAGCCGAACTTGTAAAAGGACCGGAAAAGACAGTCTTCTTTTTCACGGCTGGTTGGTGTGGGGATTGTAATTTTATTAAGCCAAAAATGCCAGAAATTGAAGTAGAAAATCCAGAATTTAAATTTGTTGAAGTAGATCGTGATGAATATATGGATCTTGCGATTGAATGGGGAATTATGGGAATTCCAAGTTTTGTCGTGATTGAGGATGGTAAAGAAAAAGCTCGATTAGTAAATAAATTACGTAAAACAAAAGAAGAAGTCAATACTTTCTTAGCGAGTGCGAAATAATATCAGCGCAGGATAAGCGTTGATATATTAAGAATTATATTCTATAATAATCAATGTTAAGAAATTAAAAGGGAAAAATAAGAAAATGATTGCAACATACAACACAAATGTCGGTGACGTTTTAATGCTTATCACTGCAAATGATAAGGGAGAAAAAGTAAACTTCGAACGTAAGGGAAAAGTAGCTCGTGTTTTTATTGAAGAAACTGGAGCGACGGTTGCTTGGAATATTTTTGAAGCGAAATCTCTGTTGGCTAATTTGTCAGGAAATGGTCAAGTCGACTTATCATCTGATGATATTGAAACGTTGAACAAAGAGCTTGGGAAATCAGGATTTAGCGATGTTCTTGTTCACGATGCACAACCCAAATTTGTTGTCGCTGAAATTGTTGAAATGGAAGATCATCCAGATTCAGACCATTTACATATCTGTAAAGTTAATGTTGGTTTTGCCGATCCAGTACAAATTGTTTGTGGTGCTCCAAACGCAGCTCTTGGCTTAAAAACAGTTGCTGCTTTACCTGGTGCTATGATGCCTAATGGCTCATTGATTTTCCCAGGAGCCCTTCGTGGTGTTCAATCTTACGGAATGCTTTGTTCAGCTCGTGAACTTGAATTACCAAATGCACCTGAGGTTCGTGGAATCATTGAATTATCATCAGATTTATCCGCTGGTAAAGCTTTTGTTTCAGAAACAATGTGGCAAGCATAATAATAAAACTGTCAAAATAGTTTATTTTGGCATTTTTTTTATCTAAAAAAAATAAAATAAATTTTTCACAAAGTTCACAAGCGCTTACAAAAGAAAATAGAAGGACTTATGCTAAACTGAATAATGTAAAAAGAATTTTACATTTAAAGGAGAATTATTAGCATGAAAATCGTAGTTATCGGTACGAACCACGCAGGCATTGCTACAGCAAATACATTAATTGATCAATATCCAGGCCATGAGATTGTTATGATTGACCGTAACAGTAATATGAGTTACTTAGGGTGTGGAACAGCTATTTGGGTCGGAAGACAAATTGAAAAACCAGATGAGCTGTTTTATGCCAAAGCAGAAGATTTTGAAAAAAAGGGAGTAAAGATATTAACAGAAACAGAAGTTTCAGAAATTGACTTTAGTAATAAAATGATTTATGCCAAGTCGAAAACTGGAGAAAAGATTACAGAAAATTATGATAAACTCGTTCTGGCAACAGGTTCACGTCCAATTATTCCTAACTTGCCAGGAAAAGATCTTAAAGGCATTCATTTTTTAAAACTTTTTCAAGAAGGGCAAGCCATTGACGAAGAGTTTGCTAAGAATGATGTGAAACGGATTGCTGTGATTGGTGCTGGTTATATTGGGACAGAAATTGCTGAAGCTGCCAAACGTCGTGGAAAAGAAGTTCTACTTTTTGATGCAGAAAGTACTTCACTTGCTTCATATTATGATGAAGAGTTTGCTAAAGGGATGGATGAAAATCTTGCCCAACATGGAATTGAACTCCATTTTGGGGAATTAGCTCAAGAGTTTAAGGCAAATGAAAAAGGTCATGTATCACAGATTGTAACTAATAAATCAACTTATGATGTTGACCTCGTTATTAATTGTATTGGCTTTACAGCCAATAGTGCACTGGCTGGTGAACATTTAGAAACCTTTAAAAATGGAGCAATCAAAGTGGATAAACATCAACAAAGTAGTGATCCAGATGTTTATGCTGTAGGAGATGTTGCCACAATCTATTCTAATGCTTTACAAGACTTCACCTACATTGCCCTTGCCTCAAACGCTGTTCGCTCAGGGATTGTTGCTGGTCATAATATAGGAGGAAAATCAATAGAATCTGTTGGTGTACAAGGTTCTAATGGAATCTCTATTTTTGGTTACAATATGACTTCTACAGGCTTGTCGGTTAAAGCTGCGAAAAAAATCGGCCTAGAAGTTTCATTTAGTGATTTTGAAGACAAGCAAAAAGCATGGTTCCTTCATGAAAATAATGATAGTGTGAAAATTCGTATCGTTTATGAAACAAAAAGTCGCAGAATTATTGGCGCTCAACTTGCTAGCAAGAGTGAAATAATTGCAGGAAATATTAATATGTTTAGTTTAGCTATTCAAGAAAAGAAAACGATTGATGAATTAGCCTTACTTGATTTGTTCTTCTTACCACACTTCAATAGTCCATATAATTACATGACTGTTGCAGCTTTAAATGCTAAATAAACCATAAAAATCTATCAATTGATAGATTTTTTATTTTTTGTGTGACAAATGCTCTAACTTTTCGTATAAAAAGTTAGGAGGATTTTATTATGAATAAAACCATGTTAATTGGACGCTTAACCAGTGCGCCAGAAATTTCAAAAACAACAAATGATAAATCTTATGTCCGTGTGACCTTGGCAGTCAATCGCCGTTTCAAAAATGAAAAAGGAGAGCGCGAGGCAGATTTTATTTCAATTATTATTTGGGGAAAATCTGCAGAAACTTTAGTTTCTTACGCAAAAAAAGGAAGTCTTATTTCAATTGAAGGAGAAATTAGAACTAGAAATTACATGGATAAGCAAAATCAAAAACATTATGTCACAGAAATCTTAGGACTGAGTTATGATTTACTTGAAAGTAGGGCAACAATCGCTTTACGAGAAAGCGCTATAAAGACTGAAGAAACCTTACTTGATGCGGAAGAACTCCCTTTCTAATTTATTTCATAAAATCTAAATGTTTTCTCTTGACTAAATCTGACCATTGAGATAAAATAAGAATATGTTAGCACTCGCTTAATAAGAGTGCTAAAAAATAAAAAATGGAGGAAAATATAATGTTGAAACCTTTAGAGAATCGCGTAGTTTTACGTGTAAAAGAAGAAGAGGAAAAATCAATGGGTGGAATTGTTTTAACAAGCGCTTCCCAAGAAAAACCTCAAACAGCTGAAGTTGTTGCCATCGGTGAAGGGAAAACAAATCATCATGGAACACTGATTTCTCCACTCGTAAAAGTAGGGGACACAGTAATTTTTGAAAAATTTGCTGGAACGACCGTAAAAATGGATGGTGAAGAATTCTTGATTCTCAAAGATTCAGACCTTCTTGCAATTGTAGAGTAAAATTATAAAAGCAATCATTTTTTGGTTGTCTTTTGTCTATCTTAAAATCTATAAAATTAAAAATATATTCTTAAAAAGGAGCTAAAATGTCAAAAGATATTAAATTTTCAAGTGATGCTAGAACAGCGATGATGCGCGGGATTGATATTCTTGCTGATACAGTAAAAACAACCCTTGGACCAAAAGGTCGCAATGTTGTGCTTGAAAAATCATATGGGTCACCTTTAATTACAAACGATGGTGTAACGATTGCTAAAGAGATTGAACTTGAAGATCATTTTGAAAATATGGGAGCTAAACTTGTTTCAGAAGTTGCTTCAAAAACAAATGATATCGCAGGTGATGGAACAACAACAGCGACAGTTTTGACACAAGCTATTGTTCGTGAAGGGTTAAAAAATGTTACCGCAGGTGCAAATCCAGTTGGTATTCGTCGAGGAATTGAGCTTGCTGCTGAAACAGCTGTTGCTTCAATTAAGGAAATGGCAATTCCTGTCCACGATAAATCAGCAATTGCGCAAGTAGCTACTGTTTCATCACGTAGTGAAAAAGTTGGTGAGTATATTTCTGATGCAATGGAACGTGTAGGTTCTGACGGAGTTATCACCATTGAAGAATCAAAGGGAATGCAAACTGAACTTGATGTTGTTGAAGGAATGCAGTTTGACCGTGGATATTTGAGTCAATATATGGTTTCTAATACAGAAAAAATGGTTGCTGAGTTAGATAATCCTTATATTCTTATTACCGACAAAAAAATCTCAAATATTCAAGAAATTTTACCTCTCCTTGAACAAATCTTGAAAACAAATCGTCCACTTCTTATTGTTGCTGATGATGTTGATGGAGAAGCATTGCCAACGCTTGTTCTTAATAAGATTAAAGGAGTCTTCAATGTCGTAGCTGTAAAAGCGCCAGGATTTGGTGATCGTCGTAAAGCTCAATTGGAAGATTTGGCTATCTTAACAGGTGGTACAGTAATTACTGAGGAACTTGGTCTCGATCTTAAAGATGCTACTCTTGAAGCTTTAGGACAAGCAGCTAAAGCAACAGTGGATAAAGACCACACAACAATTGTTGAAGGAGCTGGTTCTGCTGATGCTATTTCTGATCGTGTAGCTATTATCAAAGCGCAAATTGAAAAAACAACTTCTGATTTTGACCGTGAAAAATTACAAGAGCGTCTTGCAAAATTAGCTGGTGGTGTTGCAGTGGTTAAAGTTGGTGCTGCAACTGAAACAGAACTCAAAGCAATGAAACTCTTGATTGAAGATGCACTTAATGCAACACGTGCAGCCGTTGAGGAAGGTATTGTTTCTGGTGGTGGTACAGCACTTGTTAATGCTATTGCGGCTTTGGATAAACTTTCAGAAGAAGGAGATATCCAAACAGGAATTAACATTGTTCGCCGTGCTCTTGAAGAACCAGTTCGTCAAATTGCTGCCAATGCAGGATACGAAGGTTCAGTTATCATTGATAAACTTCGTTCAGAAGAAGTAGGTACAGGTTTCAATGCTGCAACTGGTCAATGGGTTAATATGATTGAAGAAGGAATTGTTGACCCTGCAAAAGTAACTCGTTCAGCTTTGCAAAACGCGGCTTCTGTTGCTGGGTTGATTTTGACTACTGAAGCAGTAGTTGCTAATAAACCAGAACCAGCTGCTCCGGCTATGCCTCCAATGGACCCTAGCATGGGAATGGGTGGTATGATGTAAAAAAAAAGAACCCTAAGGGTTCTTTTTTATTTGCTGATGAGTAACTAAATATCGTAAAGTTGACTAGCATGTTCGTGACTAGTATCAAGGATCTTCAAGTCCTTTTTAGTATCGACATCATGTTGTTGTAAGTAACCATCCATAGTAAGATGAGCAAGCTCTTTGATATTATTATTTAAACTCAAGTGCCCTAGAAAAATTCGTTTTGTCTTATTGCCATGAATACTAAAAGCCGCCTCAGCGCCGTCCTCATTAGATAAGTGGCCTTGGTCACTTAGGATACGTTGCTTTGTCCGCCAAGGATAGGCTCCCATGCGGAGTATCTCAATGTCATGGTTTGATTCCATAAGATAAGCATCCGCATTTTCAATGGTTCCACGCATTCTATCGGATACATAACCTGTATCAGTTAGCATAACAAAACTCTTGTTATCTTTCATGAAACGATAAAATTGTGGTGCGATGGCATCGTGACTCACGCCAAAAGATTCAACATCAATATCACCAAAAGTCATTGTTTTTCCCATTTCAAACAGATGTTTTTGTTCAACAGGGATTTTTCCTAAAGCATTTTTACTATCTAGTTCAGACCAAGTATCTTCATTTGCGTAAAGGTCAATACCATATTTCCTTGCCAAAACACCAATCCCTTTGATATGGTCACTATGTTCATGGGTAATTAATAAAGCATCAATATCATGAATATCACGGTCAATTTCTGATAGTAAACTTTCTATTTTTTTTCCAGATAGTCCGGCATCAACAAGAATTTTTTTCTTTGGAGTTTCTAAGTAAAAAGAATTTCCTGTTGAACCAGAGGCTAAAATGGAATATTTAAAGCCATTTTGTTCAGTCATACAGTCTATTGTAGCAGAAAAATAGTGGGATTGCCATGAGCTTTTATATTTTATTTGAAAATAAATTTATCAGGAAATTCATTAGCTTAAGAGAGTTTTTTGTGTTAAAAGTCTAGGTTTATTCATAAAAAAAGAGTCCACAAATATGTGTGGACTCTTTTTAGGGAAAATTATTCATTACCCTCAAATTCAAACTCATCAGTGCCATCATCCCAGTCATCTGCGGCTTCTAAAGAATATGGAAGAGTGAAACTAAAGGTTGTTCCTTTTCCTTCTCCATCAGAGCTTGCAAAAATTGTTCCGCCATGTATTTTAACAATATCATGGACAATAGAGAGGCCTAAACCTGTTCCCCCAACTTTTGAATTTCTTGAAGCGTTATCAACTCGGTAGAAACGGTCAAAAATCTTAAGTAAATCAGATTTTGGAATTCCCATTCCTTGGTCACTGATGGAGATTAGAACGTCACTTTCACGTTTTTCAACGGAAATTGTAATCGTTCCACCTTTAGGGGAATACTTAATTGCGTTTCCGATGATATTGTCAATGACTTGAGCAATTTTATCGGTATCAATTTCGACCCAGATGGGCTGTTCAGAGTATTTTCTGATGAGAGTGAAATTAGAAGAGATTAAATCGTTTGATTCGGTTTCTAAAATTTGGTCTAAACGGTTAATTTGATAGTCTAAGAAGGCAATTAAATTAATCATTTCTTTATTAAGAACGATTCGGTCTTGATCCATTCTTGATAAAGTCAAAAGGTCGGAAATCATTCGAATCATCCGATTAGTTTCAGTAAGTGAAACATTAATAAAGGATGAAGCTGTTTCTTTATCCTCAATGGCTCCGTCTTCTAGTGCTTCCAAGTAGGCTTTTACTGAGGTGAGCGGAGTTCGGAGTTCGTGTGAAACATTAGAAACAAATAGGCGTCGTTCACGTTCTGCTTTATCTTGTTCAGTCATATCATGTAAAACAGCAATAATTCCTGAAATAAAACCAGACTCACGACGAAAAAGAGCAAATTTTATGTGAAGTGAAATGGCTTCATTTCCAGTATCATGTGTTTCAATAGTTACCTCTGGCTCTTTTTCCAATAAATCATAGAAATTATACTGGTCTTCAATTTTTAAGACCTCAACAATATTTTTTTCCATCAAGAGATCATTATCTGTATTCAAATAATGCAAAGCTGATTTATTGGCCATAATAATATTCCCGCGACGGTCGGTGGCAATGACGCCATCAACCATATAGGCGAGGATGCTGTCTAATTGATTTCTCTGATTTTCAAGATTGTTCTGAGTGCGAACAATATCTTCACCAAGTTTTAAAATTTCGTCGTATAATTCATTGATTTCACTTGTCCCTTTTGGGAGTTTATCACGATTTAAATAGCCATTTTTTATGTCATTCATCTGTTTAGAAACATTCACAATCATGCGATGCTGCTGATTAAGAAAGACTAAAACAAAGACGAGTGAAAATAGGTAGTAACCGATAAAAGTACTTAAATGAGCAAAATTGTAATCAAAACTGCTCATAAAAAGGATGACAAAAAGAAGTAGGTGGGCAACTACTCCTTTAAAAATCATTGAATTAAAAAATTTAATCATGCGGGTTGCTCATATAGTAGCCAACCCCACGGCGTGTTGAAACGTATTGTGGACGGCTTGGTGTATCTTCAACTTTTTCACGTAAACGACGAACAGTAACGTCAACTGTACGTACATCGCCGAAATAGTCATAACCCCAAACGGTTTCCAAAAGGTTTTCACGAGTGATCACTTCGCCAAGGTGTTGTGCAAGGTAGTAAAGCAATTCAAACTCACGGTGTGTAAGATCGAGTTGTTTATCGTTTTTATATGCAGCATAATGTGCTGGATTGATACGGAGGTTTCCGATAACCAATTCTTTTTTGACATTGTCAGTAGATTCAGCAGGTGCGACATTGATACGACGCAAATTGGCTTTGATACGAGCTAATAGTTCACGGTTTGAGAATGGTTTTGTGACATAATCATCAGCACCAAGTTCAAGACCAATTACTTTGTCAAATTCACTATCTTTAGCTGACACCATAATAATTGGAGTGTCAGAAGTTTTACGGATTTCACGTGCAACATCAAGACCATCAAGTTTAGGTAACATCAAATCAAGCAGGATAAGGTCAGGTTGTACTTCTTTAAATGCTTCAAGAGCTTCTTCACCATCAAAAGCTGTAAAGACTTCAAAACCTTCTTTGGTTAAATTAAATTTTACGATATCTGAGATTGGTTTTTCATCATCAACAACAAGAATTTTTTTCATAGTTGTCCTTTCAAGTGGAAAATTTTTTTATTGAATGTTACTCGTATTTATTTGAATTAACAAATCAAGTAAGCTGTTTCAGTTATATTATACAATTTTTAGTAAAATTACGCAAAAAGAGACCCTATTATTTTTAGAAAAAAGATAAAATGTTTGTTTTTTTGGTATAATAGAGGCTATGAACGGAATTTTAATTTCCCTTGAGGGACCCGATGGAGCAGGAAAAACAACGGTTTTAAAAGAAATTTTACCTGAAATCCAAAAAATGAAGCGTGAAATTGTCGCCACTCGTGAACCAGGCGGTGTTCGAGTGGCGGAAGAAATTCGCCAAATTATTCTTGATCCAAAGAATACAGAAATTGATTCTAAAACTGAGTTAATGCTTTTTGCGGCGGCGCGTCGTTTACATATGCAAGAAAAAATGTTGCCAGCTTTACAAGCGGGTAAAATTGTCATTGTTGACCGATTTATTGATTCATCTGTCGCCTATCAGGGATATGGCCGTGATTTGGGTGTCGAAGTTGTTGATTGGCTTAACTATTTTGCAACAGATGGGTTGAAGCCTGATTTGACGCTTTATTTTGATGTTGATACGGATGTTGCCCTTGAGCGAATTATGAAAAATCGAGCTGATGAGGTAAATCGTTTAGATTTGGAAAGAGCTGAGATGCATCGTAAAGTTCGGGAAGGTTATTTGGAGATTGTTGCAAAAGAACCTGAGCGTTTTGTAAAAATAGATGCAAGTCAACCTTTAGAAAAAGTCGTAGTTGATACACTTTCCGTCCTCAAAAAAAGATTTGTCAGTGAATTTTAAAGACAATTTAATCTGTCAGCAAAATTAAGAATGCTAAAAAATACTTACATTTTTCAAAAAATGAGGATGTTAAATAGTTTTTTTTATTTTGTTATTTAGACTAGATTTGGTAAATATTTAGAAAGGTTTCTTGTGGAAATAAGAGATATTCAGCCTCAACTTTATAAGCAGTTCTCAACGATTTTGCAACATGGAAAATTAAGTCATGCTTATTTATTTTCAGGGGGATTTGGTTCTTTTGAATTAGCAATCTGGCTGAGTCAAGCCTTATTTTGTGAGAATCCTGAAAATGCTTTGCCTTGTGGTCATTGTCGTTCTTGTCGTCTTGTTGCACAACAAGAATTTACTGACTTACATATCGTTGAACCTGATGGACAAACGATTAAAACGGCACAAATTCGGGAGCTGACACAGGTTTTCAATGAATCTGGTTATGAGGGAAATCAACAGGTGCTTTTAATTAAGGAAGCTGAAAAAATGCATCCTAATGCAGCAAATGCTCTATTGAAATCAATTGAAGAACCAGAAACAGAAATTGTTGTTTTTTTACTGACAGACAATGAAAATATGATTTTACAAACAATAAAATCACGGACACAAATTATTAATTTTCAAAAAAATGTTCAATACTTACAAGATTTTTTGGAAAAGAATGGTATTTTAAAAACACAAGCAGAACTTCTTGCGGAAATCTGTAATTCGACTGACAAAGCATTAGAATTAGCTCAGCAGAGCTGGTTTATCGAAGGACTTCAAAGACTTCAACAATTTGTAAAACTTTTAAAAAAATCTGCTGACGAGGCGTTCTTGTATTTGAAAGAATTAGTCGAAATTTTTGATGACAAAGAAAAACAAAATCAAGCGTTTGAACTTTTATTACAACTTTTTAATCAAGAAAGAATGAGTCAGGAACTTTTAAAAACATTTCAGGCAATAAAAATGTGGAAAAGCAATGTCCGATTTGAGTCAAGTTTAACTTTTATTGTTTTATGAAACTTGTCAAACTTATCCTTTGATTGAAAAATCTTATATCAGGAGAATATTATGATTTATGAAATAAAATTTGCACATGGCGAATCAAATGTATTTGCAATAAGTGATATAGAACTTGCTCCACAAACAGAAGTTATCCTTCGTTCAGATAAGGGAAACTTTTACGGAAAAATTGTACGTGAAATTTCTGAAGAAGCGAATCTTGAAATTCACCACACGATTGTGCGTAAAGTAAATGAGGATGATCTCCAAGTTATTGCAAAACTTGAGGAACGTTCTAAACAAGCCAAAGATAAAGTTCGCCAACTTGTCATCGAACAAGGTTTGGAAATGAAAATTATTGATGTTGCTTATAATTTTGACCAAATGCAACTTTTTATTTCGTTTACGGCAGAGAATCGTGTTGATTTTCGATTGCTTTTGCGTGAGTTGGCAACAACTTTCAGAATCAGGATTGAACTTCGCCAAATTGGGCCAAGAGATGCGGCGAAAATTCATGGTGGACTTGGACCTTGTGGGCGTCCTTTGTGCTGTTCTGAGTTTGTTTATGAATTTCCAAATGTTTCAATCAAAATGGCCAAAAATCAAAATCTATCTTTGAAACAAAATAAATTAAACGGTCTTTGTGGTCGTTTGATGTGCTGTTTAACTTATGAAGATAGTTTTTATAAAGAAGCCCAACAACTTTTCCCAGATTTTGGTGAGTTTGTAACTACTTCAGAGGGAAAAGGAAAAGTTGTTGGCTTAAATGTTTTAAAAAATAGAGTAAAAATCCGCTTTGGAGAATATAGCAAGGATTTTGAACTTGCAGAAATTGAGGTGAATCATGGCTGATAAATATGATGTTTTCGACCAACTGGGCGAACTTGAAAATACATTAAATACCACATTAACGCAAATTTCAGGAATTCGCCAAGTGCTTGAATCATCAATGACTGAAAATGCAACCTTACGCATGGAATTAGAAAAATTGCGTGACCGTTTGGCAGAATTTGAGAAAAAAGAAGTTAAAAAAGAAACGCCTAAAGACCAGCCAAATCCTAACTTGATTCAAATTTTTAATGAAGGTTTCCATGTTTGTCATCTGCATTATGCAGAACGATTGGCTGAAGGGGAATCTTGTTTAGATTGTTTGGAGCTTTTGTATCGCTGATGGAAAATAAATTTAGTATTCAACGGTCATTTAAAGGCCTAAAAACTGCTGGAAGTCTTTATTTGGTTCCAACACCAATTGGCAATATGCAAGATATGACTCTACGTTCTCTTGAAACTTTGAAAACTGTAGATTTGATTTGTTCAGAAGATACGCGAAATACTTTGCGCCTTTTAAATCACTTTGAAATTAAAGTTCCGCAAGAATCTTTTCATGAACATAATTCCCAAGAAAAAATTCCTAAATTAATTGATTTTTTGAAAAAAGGACAATCTATTGCACAGGTTTCTGATGCTGGAATGCCTTCAATTTCTGACCCAGGCCATGATTTAGTTTTAGCTGCAATTGATGAAGGAATTGATGTTATCGCTCTTCCTGGTGCCTCAGCAGGAATTACTGCCTTGATTGCCTCAGGATTAGTTCCTCAACCTCATATTTTTTATGGCTTTCTTCCTAGAAAAAAAGGGGAGCAACAAAAGTTCTTGAAAAGTAAGCTTTCTTATCCAGAAACACAAATTTTCTATGAAAGTCCTTTTAGAGTTGGGGATACTTTGGCTAACATGCAGGAAATTTATGGGGATAGAGAAGTTGTTTTAGTTCGCGAATTAACGAAAATTTATGAAGAATATCGTCGTGGTAAGATTTCAGAGGTTTTGAAATCTTTAACGGACCAACCAATAAAAGGGGAATGTCTAATTATTGTTTCAGGAGCGGATGAAGTGGCTCAAGAAGTTCAAGAGCCAGAATTGACAGCGCTCGAAGCAGTTAAAGTTTTAGTTGAACAAAATGTAAAACCCAATGTTGCCATTAAACAAATTGCTAAAGAACGAGGTCTAAATCGTCAAGAATTATATGCAGAATTTCATGACTTATAA

Protein sequences of DBSCAN-SWA_2

>NZ_CP009472|414483:426613|423724_424585_+|WP_038599199.1|DBSCAN-SWA
MEIRDIQPQLYKQFSTILQHGKLSHAYLFSGGFGSFELAIWLSQALFCENPENALPCGHCRSCRLVAQQEFTDLHIVEPDGQTIKTAQIRELTQVFNESGYEGNQQVLLIKEAEKMHPNAANALLKSIEEPETEIVVFLLTDNENMILQTIKSRTQIINFQKNVQYLQDFLEKNGILKTQAELLAEICNSTDKALELAQQSWFIEGLQRLQQFVKLLKKSADEAFLYLKELVEIFDDKEKQNQAFELLLQLFNQERMSQELLKTFQAIKMWKSNVRFESSLTFIVL
>NZ_CP009472|414483:426613|422956_423592_+|WP_038599196.1|DBSCAN-SWA
MNGILISLEGPDGAGKTTVLKEILPEIQKMKREIVATREPGGVRVAEEIRQIILDPKNTEIDSKTELMLFAAARRLHMQEKMLPALQAGKIVIVDRFIDSSVAYQGYGRDLGVEVVDWLNYFATDGLKPDLTLYFDVDTDVALERIMKNRADEVNRLDLERAEMHRKVREGYLEIVAKEPERFVKIDASQPLEKVVVDTLSVLKKRFVSEF
>NZ_CP009472|414483:426613|414886_415513_+|WP_038599182.1|tRNA|DBSCAN-SWA
MIATYNTNVGDVLMLITANDKGEKVNFERKGKVARVFIEETGATVAWNIFEAKSLLANLSGNGQVDLSSDDIETLNKELGKSGFSDVLVHDAQPKFVVAEIVEMEDHPDSDHLHICKVNVGFADPVQIVCGAPNAALGLKTVAALPGAMMPNGSLIFPGALRGVQSYGMLCSARELELPNAPEVRGIIELSSDLSAGKAFVSETMWQA
>NZ_CP009472|414483:426613|417614_417899_+|WP_038599188.1|DBSCAN-SWA
MLKPLENRVVLRVKEEEEKSMGGIVLTSASQEKPQTAEVVAIGEGKTNHHGTLISPLVKVGDTVIFEKFAGTTVKMDGEEFLILKDSDLLAIVE
>NZ_CP009472|414483:426613|419658_420471_-|WP_038599190.1|DBSCAN-SWA
MTEQNGFKYSILASGSTGNSFYLETPKKKILVDAGLSGKKIESLLSEIDRDIHDIDALLITHEHSDHIKGIGVLARKYGIDLYANEDTWSELDSKNALGKIPVEQKHLFEMGKTMTFGDIDVESFGVSHDAIAPQFYRFMKDNKSFVMLTDTGYVSDRMRGTIENADAYLMESNHDIEILRMGAYPWRTKQRILSDQGHLSNEDGAEAAFSIHGNKTKRIFLGHLSLNNNIKELAHLTMDGYLQQHDVDTKKDLKILDTSHEHASQLYDI
>NZ_CP009472|414483:426613|420641_422084_-|WP_052053826.1|DBSCAN-SWA
MIKFFNSMIFKGVVAHLLLFVILFMSSFDYNFAHLSTFIGYYLFSLVFVLVFLNQQHRMIVNVSKQMNDIKNGYLNRDKLPKGTSEINELYDEILKLGEDIVRTQNNLENQRNQLDSILAYMVDGVIATDRRGNIIMANKSALHYLNTDNDLLMEKNIVEVLKIEDQYNFYDLLEKEPEVTIETHDTGNEAISLHIKFALFRRESGFISGIIAVLHDMTEQDKAERERRLFVSNVSHELRTPLTSVKAYLEALEDGAIEDKETASSFINVSLTETNRMIRMISDLLTLSRMDQDRIVLNKEMINLIAFLDYQINRLDQILETESNDLISSNFTLIRKYSEQPIWVEIDTDKIAQVIDNIIGNAIKYSPKGGTITISVEKRESDVLISISDQGMGIPKSDLLKIFDRFYRVDNASRNSKVGGTGLGLSIVHDIVKIHGGTIFASSDGEGKGTTFSFTLPYSLEAADDWDDGTDEFEFEGNE
>NZ_CP009472|414483:426613|414483_414801_+|WP_038599179.1|DBSCAN-SWA
MIIPENIENLAELVKGPEKTVFFFTAGWCGDCNFIKPKMPEIEVENPEFKFVEVDRDEYMDLAIEWGIMGIPSFVVIEDGKEKARLVNKLRKTKEEVNTFLASAK
>NZ_CP009472|414483:426613|424636_425419_+|WP_038599202.1|DBSCAN-SWA
MIYEIKFAHGESNVFAISDIELAPQTEVILRSDKGNFYGKIVREISEEANLEIHHTIVRKVNEDDLQVIAKLEERSKQAKDKVRQLVIEQGLEMKIIDVAYNFDQMQLFISFTAENRVDFRLLLRELATTFRIRIELRQIGPRDAAKIHGGLGPCGRPLCCSEFVYEFPNVSIKMAKNQNLSLKQNKLNGLCGRLMCCLTYEDSFYKEAQQLFPDFGEFVTTSEGKGKVVGLNVLKNRVKIRFGEYSKDFELAEIEVNHG
>NZ_CP009472|414483:426613|425737_426613_+|WP_038599205.1|DBSCAN-SWA
MENKFSIQRSFKGLKTAGSLYLVPTPIGNMQDMTLRSLETLKTVDLICSEDTRNTLRLLNHFEIKVPQESFHEHNSQEKIPKLIDFLKKGQSIAQVSDAGMPSISDPGHDLVLAAIDEGIDVIALPGASAGITALIASGLVPQPHIFYGFLPRKKGEQQKFLKSKLSYPETQIFYESPFRVGDTLANMQEIYGDREVVLVRELTKIYEEYRRGKISEVLKSLTDQPIKGECLIIVSGADEVAQEVQEPELTALEAVKVLVEQNVKPNVAIKQIAKERGLNRQELYAEFHDL
>NZ_CP009472|414483:426613|417105_417495_+|WP_038599186.1|DBSCAN-SWA
MNKTMLIGRLTSAPEISKTTNDKSYVRVTLAVNRRFKNEKGEREADFISIIIWGKSAETLVSYAKKGSLISIEGEIRTRNYMDKQNQKHYVTEILGLSYDLLESRATIALRESAIKTEETLLDAEELPF
>NZ_CP009472|414483:426613|417985_419614_+|WP_003131585.1|DBSCAN-SWA
MSKDIKFSSDARTAMMRGIDILADTVKTTLGPKGRNVVLEKSYGSPLITNDGVTIAKEIELEDHFENMGAKLVSEVASKTNDIAGDGTTTATVLTQAIVREGLKNVTAGANPVGIRRGIELAAETAVASIKEMAIPVHDKSAIAQVATVSSRSEKVGEYISDAMERVGSDGVITIEESKGMQTELDVVEGMQFDRGYLSQYMVSNTEKMVAELDNPYILITDKKISNIQEILPLLEQILKTNRPLLIVADDVDGEALPTLVLNKIKGVFNVVAVKAPGFGDRRKAQLEDLAILTGGTVITEELGLDLKDATLEALGQAAKATVDKDHTTIVEGAGSADAISDRVAIIKAQIEKTTSDFDREKLQERLAKLAGGVAVVKVGAATETELKAMKLLIEDALNATRAAVEEGIVSGGGTALVNAIAALDKLSEEGDIQTGINIVRRALEEPVRQIAANAGYEGSVIIDKLRSEEVGTGFNAATGQWVNMIEEGIVDPAKVTRSALQNAASVAGLILTTEAVVANKPEPAAPAMPPMDPSMGMGGMM
>NZ_CP009472|414483:426613|425411_425738_+|WP_003131570.1|DBSCAN-SWA
MADKYDVFDQLGELENTLNTTLTQISGIRQVLESSMTENATLRMELEKLRDRLAEFEKKEVKKETPKDQPNPNLIQIFNEGFHVCHLHYAERLAEGESCLDCLELLYR
>NZ_CP009472|414483:426613|415675_417016_+|WP_038599184.1|DBSCAN-SWA
MKIVVIGTNHAGIATANTLIDQYPGHEIVMIDRNSNMSYLGCGTAIWVGRQIEKPDELFYAKAEDFEKKGVKILTETEVSEIDFSNKMIYAKSKTGEKITENYDKLVLATGSRPIIPNLPGKDLKGIHFLKLFQEGQAIDEEFAKNDVKRIAVIGAGYIGTEIAEAAKRRGKEVLLFDAESTSLASYYDEEFAKGMDENLAQHGIELHFGELAQEFKANEKGHVSQIVTNKSTYDVDLVINCIGFTANSALAGEHLETFKNGAIKVDKHQQSSDPDVYAVGDVATIYSNALQDFTYIALASNAVRSGIVAGHNIGGKSIESVGVQGSNGISIFGYNMTSTGLSVKAAKKIGLEVSFSDFEDKQKAWFLHENNDSVKIRIVYETKSRRIIGAQLASKSEIIAGNINMFSLAIQEKKTIDELALLDLFFLPHFNSPYNYMTVAALNAK
>NZ_CP009472|414483:426613|422076_422778_-|WP_038599193.1|DBSCAN-SWA
MKKILVVDDEKPISDIVKFNLTKEGFEVFTAFDGEEALEAFKEVQPDLILLDLMLPKLDGLDVAREIRKTSDTPIIMVSAKDSEFDKVIGLELGADDYVTKPFSNRELLARIKANLRRINVAPAESTDNVKKELVIGNLRINPAHYAAYKNDKQLDLTHREFELLYYLAQHLGEVITRENLLETVWGYDYFGDVRTVDVTVRRLREKVEDTPSRPQYVSTRRGVGYYMSNPHD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_038599179.1|414483_414801_+	thioredoxin family protein	A0A0K2FIM3	Achromobacter_phage	4.5e-05	30.4
WP_038599182.1|414886_415513_+|tRNA	DUF4479 and tRNA-binding domain-containing protein	NA	NA	NA	NA
WP_038599184.1|415675_417016_+	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_038599186.1|417105_417495_+	single-stranded DNA-binding protein	A0A0K0MWE1	Streptococcus_phage	1.8e-24	45.0
WP_038599188.1|417614_417899_+	co-chaperone GroES	A0A221S386	uncultured_virus	3.1e-13	43.0
WP_003131585.1|417985_419614_+	chaperonin GroEL	A0A219YK78	uncultured_virus	4.9e-156	56.8
WP_038599190.1|419658_420471_-	MBL fold metallo-hydrolase	A0A0C5AJ83	Bacteriophage	4.1e-34	38.1
WP_052053826.1|420641_422084_-	cell wall metabolism sensor histidine kinase WalK	W8CYF6	Bacillus_phage	3.0e-32	32.6
WP_038599193.1|422076_422778_-	response regulator transcription factor	W8CYM9	Bacillus_phage	9.2e-43	39.7
WP_038599196.1|422956_423592_+	dTMP kinase	M1PSC7	Streptococcus_phage	5.2e-61	62.9
WP_038599199.1|423724_424585_+	DNA polymerase III subunit delta'	M1NSC1	Streptococcus_phage	1.1e-66	45.5
WP_038599202.1|424636_425419_+	stage 0 sporulation family protein	NA	NA	NA	NA
WP_003131570.1|425411_425738_+	DNA replication initiation control protein YabA	NA	NA	NA	NA
WP_038599205.1|425737_426613_+	16S rRNA (cytidine(1402)-2'-O)-methyltransferase	M1PLC5	Streptococcus_phage	2.5e-98	65.0

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_CP009472|1039685:1090051|DBSCAN-SWA
ATTAAAGATTGACGGTGAAAGTTGTTCCTTTTCCAAGAATGGATACAACGTCAATTGTTCCGTGAAGCTCTTGAACATTCTTCTCGACGATAGCAAGTCCTAAACCTGTTCCATTAACTTCTGCTCGACTTTCATCAACCCGGTAGAAGCGGTCGAAAATTCGCTCTTTTTGAATTTCACTAAGACCAGGACCATTGTCAGTTACACTGAAAATGACTTTATTTTGTTCAAGATGTAAGCTGACAAAAATTTGCCCATTTGCTGGAGTGTATTTAATTGCATTTTCAATCAAATTCTCAAAAATGCTATGAACCATTTGTTCATTGGTTTTAAAAGTGATTTCTTCAATTTGGGATTCTAAATGAAGTGATTTTTCATTAATTTGTGGTCCGGAGCTTTGGAGAATATTTTGTATCAAAGCTGTAAGATTAATTTTCTTTTTATCAATTCGATGATTTTGTTTGGTCAAAAGCAGTGTATCCTGAACTAAATTCATCAGGCGTGAACTTTCCTTATTGATAATAGATGCGAAATTTTTGGTGTCAGAACTTGAAATTGAATCTGTTTCCAGAAGTTCAGCGAAGCCTTTGATAGAAGTAAGGGGAGTTTTTAATTCATGAGAAACGTTAGCAATAAAAGCATTGTGGGCATCCACTGTTCGACGATAAGAGCTAACATCCATCATAGTCACCATAAATCGACTATCCAAATCAGGTAAAGGAGTGATACGGACTTGATAATAAGCCCCAAGTTTTTCAAAATAGAAAAGTTTTTCCTGAATATCAGGATGTAAAATTTTATCAACAAGAAAATTTAAGAAATCAGCATAGGGGCTGAAAATATCTAGATTTTCAGTATCTGAAAATTCATTTTTGAAAGAAGCATTGGTCCGACGAATTTTTCCTTTATTATTATAAATGAAAATCGGAAATTGGAAAAATTCAATAAATTCGTAGAGATTTTCTTTCTTTTCAGTATGAGAAAGTGCTTGTTTCTGAATTTTTTCGCCCAGTTTATTGAGCTCAGTTGTAATTTTATCGTCGTTCTCATTCATCAAATAGCTTTGAGTTAATGGACTGCGCTCGATATTTTTAATTTTAGCAACGGTATTTTCTCGAAAAACATAAGCTCTCTGAGCAGAACGTAAAACTTGGATGGCGACAGCCAAGTAAAATAAAATTGCAAAAATGATAATGGCAAAATCGGTAAAGAAAGTAGAGGTACGATTTTCTGTAACCTTTAGATAACCGTTAATTTGACCCTCGCTAAATATGGGACTAGTCACGGTTATTTCTTGAGAATCTAAACTACGTGCGTAAGTCGCACCCTTTTTAATTTTTTTAGTATCCGAATTTACTGTACTCTTTGGAAGATGTTCAAAATTATCTGGCAGAGGATTATCAGGATGTTTTTCTAAAAAGAGTTGTATTTTATCTATTGTTTTTAATACTCGATTTGTATCATTTTCTAAGATATTTTGGTTCGATAGAATCACCAAACTTAAGGTCGCAATAATATATAGGACCGTCATAAGCATGATGTATTTAAGTTTCATTTTCTTCAAAATAGTATCCGAATCCTCGTTTTGTTTTGATATAATGATTATTTAATTTTTTACGAATTTTAGAAATGAGCACATCAATGGTGCGGGTTTCAGCAGTGTCTGAAATTCCCCAAAAATGTTGTAGGAGCTCTTCACGACTGACAATTTTCCCCTCTCTTTTAGCTAAGAGTTCAAGGATTTCAAATTCTCGTTTGGTTAAATCTAAAACTTTTTCGTCAAAAGTGACTTCTTTTTTTATAAAATCAATGACCAATCTGTCAGTAACTAATGATGAAGGACTCTCATCTAAAGATTCAATGACAGTTTCGGAGGGTGCTTGGTTATACATTTGATTTCTGCGAATGAGCGCATCGGCTCTGACAATGATTTCTTTCATTGGAGTCGTTTTATCTAAATACTCATCAGAACCTGCTGACAGCCCTGTCAGTTTCATTTCATCATCCTCTCGAGCAGTTAAAATTAAAATTGGTGTAAAATTACCTTCTTTACGAAGTTTTTGGGTGACTTCAATTCCGGAATATTCGGGCATCATTAAATCAAGTAGAAGTAAATCAAAGGGATTTTTACGAGCTTTGTCATAAGCTTTTTTCCCGTCCGATACAATAGTTACTTCGTAATCATTTTGCCGAAAATTATAAGATAAAAGGGTCAAAATTGCCCGATCATCATCAGCAATTAAAATTTTTTTCATACTTTCAATTATAACGAAAACAAGGAGTTTTGTATAGAATAAATTATTATTTTGAGCTAAAAAAATAATGGATATTTAGACTTTGATAAAGATAAAAAAAATTACATTTTATTATTTTAAATCATCAATTAGAAAATAATGAATAAACATAAAAAATGATATAAATTTTGTTATAATAGAGCTTATGGAAATCGAAAAAACGAATCGGATGAATACTCTTTTTGAGTTTTATGCGACACTCTTGACTGATAAACAAATGAATTACATTGAACTTTATTACGCTGATGATTATAGTTTGGCAGAGATCGCTGAAGAATTTAATATCAGTCGTCAAGCTGTCTATGACAATATCAAAAGAACAGAAAAAGTACTTGAAAGTTACGAAGAAAAATTACATCTTTTTAGTAATTATGTGGTTCGTAATCAATTGTTAGAAGAACTGATGACAAAGTATTCTACTGACCAATATTTAATCAGTAAATTACAAGAAATTCAACAAATTGATGAAGAAGAGTTTTAAAGAATTTACTGACAGAAATTTTTTTATTACTGACAGCTTTGAATCAAATGATAAAGGAATCTGTCAGCTCACCTTTCTCATAGAAAATACATACTTTAATGAAAATTTACTGACAGAAAAGTTGAAATATGCTATAATTAGACTTCAAGGTTCAAAGATTTACTGACAAAATAATCAGTAGCTCTCTCCTAAAATTTGGGGGCGTTACGGATTCGACAGGCATTGTCGCGCATGAACTGCAACTGCTGAGGGATCAGGATAATCATCCGCAGATAAATATAACTGCTAAAAATAATACACAAACTTACGCAATGGCAGCCTAAACAGCACCATGCGTGCCTGATTTTTGCTCACTGATGGCAACTTGACGGCCTAAACTTTTAGTCAGATACGTTGTTGTGGAGGCTTGACGCAGCAAAAGAGATTTAAAGCCCCGCAAAATGTCGCTGTTTGAGACTGGCTTTGGCATTTTGTTAAATTTGAGAAAGTCCTATGGTTGTAGACGTTGATGTAGCAAGGTGTTTGGACAGGGGTTCGACTCCCCTCGCCTCCATTGAATGGATTTTATAGAATCCTATAGTATTAGAAATCGCTCAACAGAGCGGTTTTTGTTTTTTCTAATTCGATTTGATACGATATAATCTGATAAAAGACAGACCCAAAAGCAGACCCAAAAATTATGTAAAAAAACTAGCTATTTTTAGCTAGTTAAAAGTCGATATATGCAGAAAATTTATCACCAATATTATCTTTAGCAAATTCTGTGATATGAGTATAAACGTTCATGGTAGTTTTTAAATCAGAATGCCCTAACCTAAATTGAACTTGTTTTAAAGTCAAACCTGAGTCAAATAATAAGCTGGCATGAGTATGCCTAAATCCATGTATTCTTATCGGTTCTAAATCGCTATTCTTTATTATCTCATGTAGCCATTTTCTAGGCTTAGAAGGAGAAAGGATGCCACCATTTTCTGATTCAAATATTTTAGTGCTATCAGGAAAAGCAACATGTAGTTGGGTGAGTATATCGCAAGTTTTATCATCAAGACTTATTAGCCTAATACTTGCTTTGGTTTTGGTAGCTGAAATCTCGAGGCCAAGTGGAGAGTTAGATACAGCTTTGTTTATATCAAGTGTCTTTCTACGATAATCAGACCATTTTAGGGCTAATAACTCGCCTTTTCTTATTCCCGTAAATGCAAGGAGTCTAAAAAGGCAATTTTTTTTAATATTATTTGTTTTTTCGAGTAATCTCATGAACTGTTTTAATTCATCTGGATTATAGAAGTCCTTTTTATTTTCGGCTGTTCGCTTTATTTTTGGAGAGGTCACAGGAAGCGCTGGATTGGCTTGTATATATCCATAAAGTGCAGCATGGTTAAATACTTTTCGAATCATTCCGAAGAGCTTACGTGCAAATTTGAGCTTATCCGACAGGTCATTTTGAAACTCTTGTAGTTGTAACGGTGTGAAATCAGATAATTTTTCATCTCCGAACTTAGGTAAAACGTGCTTATCAAAAGCTCTCGTAGTTTTATAATACGTACTGTTCTGAACTTCCTTTTCATAGATAACTAACCATTCATTATATAGCTCTCTGAAAGTCATTTCACTTTTAGGAGTGGGGTTATTTATTTCGCTTTGAAGTTGCATGATAGCTGCTTTTGCTTCAGCTTTGGTAGAAAAACCTGAACGCTTGATATATTTATCTTTACCGTTTTCTTTTTCTAGGTAGATTCTGAACTTATAAGCAGTAGTTCCATTCTTTTTTTTATATTCTTTTATTTCCAAAGTTGCTTTTTATACCTCATTTCTGATAAAATGGTATAGTAAAAAAGCTTATTAAAGCCTTTATACTACTTTATAGTTAAATCCACCCTTGCCGTCCAAAGTATGGGTGGATTTTTTTGTTTATGCAGGTAGGTTATTTACGGCATATTGTGCTTCCTCAGCAGTGAATTTTTCACCATAAGATGAAGTGAGCTGATCATAAATGGAATCTTTTGACATTGCCATTTGAGATTGATAAGACTTTGCCTTTTCTAAAGCATTTTTATTGTAATCTGCATTTAGGTTATCTACTGCGTATTGAGCAGCTTCAGCTGAAAAGCCTTCTCCCATATCAGAGGTTAGTTGGTCGTATATTCCCGCTTTAGACATATGCATCATATTGGAATAAGATTGTGCTTTTTTTAGAGCATTTTTATATTCAATAGGAGTAGCGGCTTCTTTTGCCTTAGCATCAGCTTCGGCTTTAGCTTTAGCTTTAGCTTCTTCATCAGCTTTAGCCTTAGCTTCTGCGTCAGCTTTTGCTTTGGCATCGGCTTCTTTTTTCTTAATTACTTCAGGGTTCTGTTTGATAGTAATTTCTTTAGTAATTTTACCACCATCATTTTTTGCAGTTACTTCAATTGTATCTTGGTCGTTAACTTCATCAATCTCATATTTTAGAGTGAAGTTGCCCTCTTTATCAGAAGTCACTTTGTCACCAATAATACCATATCCAATTTGGACTTTTGTATTTGGTGTTGTTTTACCAGTAATTGCAGCAGTTTTTGATCCATCTGCAACAACTGACACAGGGATTTCAAGCGTAGGTTTATTACTTGATTCAGTTGTGCTTTTTTCGCCACTATTCTTTGACCCCGAATTACTACTCGGAGAGCATGCAGCTAATGAAATAGCAGTAAGCAAAGTTACTCCAATAAGTGCTATTTTTTTCATAATGTTTATGTTCCTAATCTAGCTTTTTATGAGAATCAAGACATTGCTCGTTTTTATATTTGCATAAAGCATCAAAAATTTTAGTCACTTAGTTTATTTATGATTTTCTATAGCTTGCTTAATTTCGTTTTGGTATAAAGCGATATCAATGGGGGTATCTATTTCAAATGTACCAGCGTCACGAATTTCTATTAGGTTTTTTGTCGCTTTTTGATAAAATCTAAAAACCCATTTTCTGTTATTGTCATCGATTAAAATTCCAAAATAACTCTTTGTATCACGATAATATAAACGTGAGGGATCAATAAAGTCTTTCGAAGCTACTTTAAATACAGTGAAAGCCTCAAGTTCTTCAGGAGTAGTAATAATACCATCATCTTGAACCACTTCTTGAATTTCTTCAGTTGTATCAAGCGTCTTAGTTTCGACATTAGTGTTTAAAGCAGCAGAGAGTTTTTCATTTACTCTTTCAGTAATAAATTGGTTAAATCCCTTTTTAATAATTGGCGAAAATTTCTCAAGAGTACTTTTGGTTTTAATCCCATCATAAATTTGAGATACTAAATAAGCTATAAAACTTTCAGTAGGTTCATTTAGGTTCTCAGATAGGAAAAGTTTTAAGTTATTGAGGTATTTCAATTCAGCAGCAGAAGAACTAATTTTATCAACATCAAAATTCTCTTTATGAAATTTTGCTAATTCTAAAAATTGATTATCCTTAATATTAGTAAGGTCAACAGTCAAAAAAGGTGTCGAATCCATTTTGTTTTGTTCATCAAGGTCTGTATAAAAACGATATTCTTTACCGTTTGTTAGGAGACCAAATTTTGAACTTGTAGTACCAAAATAACGGAATAATTGTGAATCATGATTAGTTAAATTTTCGTTAATAGATTTACATTCAATTAAAATTTGAGGAGCGCCATCAATTACCATCGCATAGTCTACTTTTTCACCTTTTTTAATCCCAACATCTGCGGTGAACTCAGGGACAAATTCTAGAGGATTAAACACATCATAACCCAACGTTTGAAAAAATGGCATAATGAAGGCATTTTTTGTTTGTTCTTCATTGGTTATGCTTGGTGCAAGAGTTTCAATACGTGTGCCAAGTGACTTCAACGCATCTTTTAATTTGCTTACTTCCATAAGTTTCTCCTACCAGTATAGTGATGGTGCACATTATTTCCCTAGCTTTTATTGAGGATCTGGGTATTGCTCGTTATTTTTATTTAAATAGGTCCCAAAGCGAAAAAGTTGTTTTCTTATAAACATTGTTATAAGCAGCTTTTTTCGGATTTTTAACCCAACCCATGCCCTTTTTTCCATAACCAGGAAGAAGGGCTTTTTTCACTTTTCGCTTATATTTTGCAGTTGTTCTAGCTTTAAATCTTTTTTAGGTCAGGTTTTCTCATTCTGTCTTTCTTAAATATTGATATAAAGCAGCGGTAGTTTTACAATCATCTAGAGCATTATGTGATTCTGCTTTAATATTTAAAAACTGTTTGATTGTTTCTAGTTTTCTATCTTTGAGGAAATCCAATTTTCTTTTGGATAGAGGAAGAGTATCAAATGCTCTGAATTTAGGTATATCAGTAGTGTTTTCAGCTAATTGAAAAAGAAGAAAACTCATATCAAAGGGAGCATTATGAGCAACCAATGTATATCCTGAAATAAATTCTAGAAAATCAGAGTATTTTTCACTGAAAGTTGGAGAATTTTTGACTTGCAAATTGCTTATTCCTGTTAAATTCGTTATAAAATTTGATATTTCAGAGCGCACAGGTTTTATGTATTCGTTAAATCTTTCTACTTCAATGTCATTTTCATATTTAATAGCCCCGATTTGAATAATTTCATTAGATTCAGGATTTAACCCTGTTGTTTCAAAATCGATAACAATATAATGATCTTCAAATTTTCTTGCTTTTACATATTTTGGAATTTCTGTCAGTAATTTTGGTTTAATTGGCTCTATGAAGGAAGATGAAGAATAGTCATTTTCTATTGGCATATATTTTTCATTAGGTGAAAATTCTTTTGAAATAGTAATACCAATGGAGAAACTATATTTTCTATTACCAGTTATAATTTTCTCGTCGCCAAAGTCATCAAAATCTACATATTTAAACTTACCACCCTTAATGTGGGCTTTGGTAGTTAGAATACGGTTAGAAATATCATTAAGCACTTCAATATCTGGTTTATCAATATAACCTATTAATTCACCTGTCGTAAGATGGACACTAATGGCATTACTATCAGATCTATTATTGGGTTCCCTTTTAAGAATAACATTTATGGTTTCTAAAGAGGAGATTTCCCAAACAGGGTCGTCTTCTGTAGGAAATATTTCCTTTATTTCTCTTGAGGTTAATTCATCATATTTTCCCCAAATTAGTCCATCTTTTACATAATTCTTTACTACTTTTTGTATGACTTGATTTCTATCATTAAAATCTGTACCTTTTAAACTAAAGAAATATGTAGTTTTTTTTATATTATCTTGGGGGTGAGGGATTTCATTATATGTTGAAGAATCAATTATATTGTTATAGGTCTGTGAAGATTCTTCTAATTTTTTGTTTTTGTTTTTTAACATGTATTAAGAATACTACTATAAGCACAAAAATAATAAATACTATCATAAAACTCCTTTTATACAGTTCCCTAGCTTTTTATGAGAATCAAGACATTGCTCGTAGTTTAATTATTTAGACTTCCATAAATGACCGCAATTGTTGCAGTACAACTCTCTTCCCTTATTATCTTTAGTTCCAGTAACTAAAAGAGAGGCCCCACCAGTCATTAAAGCAGCGGCCATTTTTCCTTTAGATTTCTTCTTGACTGTTTTTTCTTTGTGGTTAAATACTGTGAATGGTTTAAAAGGATTTAGATTTAGAGAAGTCGACTTTTTAGTTTTTAAATTATTGTCATTAGACCATAATTGAATATTGTTAGATTTACACTTTGGACATTTTAAACTTGCCATTTACTTTTCTCCTACCAGTGTAGTGATGGTGCACATTATCCAGCTCCCAATAACTGCTGAAATTCTTTTTCTGCCATGCTATAAAAATTGTGGCTCAAATGATAACGATCTAAAAATTGATAAATATTTATAGTCTCAATTACATCAAAATAACTAATATAATCTACAATATAATCATGCATTTCTTGCTTATTAATACTGACTTTTATTTCATCTTCAAATATTTCAGCGATAGCCTCGTGCATCTCTAAGTATTCATTTTTGACGATTGACTCAGCAAGTTCAAAAGGGGCTTCCGTAGTATTTACAAACACGTTAAAATATTCGTAGTTCCCCCCATTGGCTTCAAATATTTCCCAAAGAAGAAGAATGGCCTCGTGATTCGCTCTAACTTCTTGAGGGTTGGTTGCATCAAAGTAATCTCCACGATGATTATCTTTATTTAGAATATGTATTAATTCATGAGCAATCTCAAAGGGAGAAGCTTCATTGGAATTGTAAATCATTATCTTGTTGTCAACATTGACTGCTGCTGGAACTGTAAAGAATCCAACATCAACAATTTTAAACCCACATTTTTCAATTTCCTTGAGGAGATATTCTAAAAGCTCCTGTCTGCTCATAGAAACCTCCTTATTTATCTTCTAATTGTTTTCCAAGGACTTTTTTCATGGCTTCTTTGACTTCATCGGTTAAAGGTTTGCCATCAAACGAAACCCATTTGTCCCAATCAACTTTACTATCATCTACTAAATCGGCAAGGTCAATACCTTGCTTTTGTTGTTCAGCTTTAATGGATACAACCTTAGTCTGTTCTTTTTTCTGCTCTTTCAATTGTGAAGAAGCAGTATCAAGAACTACTTTTTGGCGTGGTTCTTCAAGCTGTGAACTGATTTTATTTATTTCAGATAGAGTTGTAGAAAGGTCAGAAGCACCATACATTAATGTATCAGGATCAGTATTAAATAGATTGACCATTTTATCAAAATCTTCAACCATGGGACTTCTAACCCCTTTTATCCATTTAGAAATAGCTGACTCAGATTTTCCTAGCTTTTCGCCAAACTCTTTCATCGTCCAACTATTCTCTTTTCTGAAATAATCTATCATTTCAGGTAGGCGTATTTTTTTTCATACACTAATTATAGTACAAACAACAAAACTTGTCAATTTGGAAAGTTTTAACTTGACAAATTGACAAGTTGGGGTTATAATTAACTCATAAAGTCAAACAAGTGAACGAACAAAACTGTTGCGAAGCTTCTGAGAATGTAGTTACACGTTGTATTCAACTCAGCGTAAATAGCAAGTTTGGCAAATAAAAAGCCCCAGAGGGGCGGAAAGGTTGCACTATAATAATTCAAATAATCGGATGGTTTGTATTCACTCCTTTAACTATATTGTTTGCATTTTTCAACGAGAAGTTAAATGAACGATATTTCAATGAAACTCTACGATTGATGCTATATCTGGCATGGACAATCTTTTTGATATTATTGATGATTCTTTTAACATTGATTTTGTAGTTTGTGCAAACATTTTAGAATAAAGCTCAATACTTTTGTTATAAATATCAGACTGTTTTCTTTTTTCATCGTAGCTTAATTTTTCAAATGATATTAAGTCTATGTGAGTAGAATATAACTCAGATATAAAGATAAAGGATGATTTATCCATATATTCTATATTTGGTAGTAAAATATCAAGAAATTGATTCCTAATATTAGCTGATAAAATCAATTCATTTGTTCGATAGTTAAATTTCATTATTTCATTAATAAAAGGTAGATATAGCTTATTATACCTCTCCTTAAGTACTGTATTTCTATTTTTCCTTTTTTCATTGAGAGTTGAAATCCAAGGCGAGAGTGAAGCAGCTAATATCACAGCGATTGATGGTGAAATACCTGTTATAAAATCAATAAAATAGCTCATAAAATCTCCAATATAGTTTTAGTTTAGTCACTTACATTATAGCATGGAGTTATGATATCGCTCACAATGAGCAGGGAGGACTGGCGAACAGGTTCGATTCCTGAACTTTCCTTACTGCAAAAGCAGAAATTTAAAACACAGAAAGGAGAAAAAAATATGGATTTGAATCAAATAAAAATAGTTGATGGGAAGCTGTTTTTAGACGATACGGAAGTAAAAGGTATTCAAAAAATAAACCTCCAAAAAGGCATTGATATATACAAAACCTCTTTGAAGATTGAAATGATTGTTGGATCGCCTTTGGATGAATTAGAACCTAAGAATCGTAAATACGAAGTGATTCTAAGAAAGGGGGATTAGTGATCATTTATATATGCATGCCCTGCAGGAGTTATATCTGTAATGATATATGCAGTTGAAGCCAAAGTTTCTAGTGATAGTGCTGAAATATATCCACTATTTAAAAGCTGAGAAATATTATAAAGTACATATGTTTCTGAATATCTATTTAAAGCTTTTACTAATTTAACAGAATCGATATTACCATTTAGCTTTAAGTTTGTCTCTAAATATAACATGATATCTAGAGCGCAGTCGTGAGTTAATTCCATATCACTTACCTCCTTTCTATAATATTTGGGGGCAAGCACTATTAGAGGTAGCGCTTACTCTAAAATATTATATCATCGAGGGTAATAACAAAAACATTAAATTTAAACTACAATTAAGAAAGGAGCAAGTATGGCAGAGAAAAAAACTTATGAGCCACTAGATGACCTATTAGACTCTTCAGGAATGAAGTATAAAGTTATCGCAAAAAAAATTAACGTTCCCTATACAACATTTTATAAGTGGCGTATCAACCCATCTAGAATAGATGCTGTTTCAGCAGCGAACATTGCAGAGGTTATTGGAGTAGATTTAACCGACGTTATTTTCGTGCTGAAAAATTTTAATCAAAAACTTGACAAATTGGCTAGTTAGAGAGGTGGGACATGAACGAATTACAAAATTTTAATTTTAATAACTTACTAGTACGAACTGTACTTATTGACGGTGAACCTTGGTTTGTTGCAAAAGATGTGGCTGATATTCTTGAATATTCCGATACTCAAGCAATGACACGCAGACTTGATAAAGAAGATATCATGACCGACAAATTGTCGGGTATGAATATGAAGTCAACAATCATCAACGAGAGCGGGCTTTATGAAGCAATCATCGGCAGTAAGAAAAAAGAGGTGAAGCCATTCAAGCGTTGGATTACTCATGAAGTCCTTCCGACGATCCGCAAGCATGGAGCGTATATGACGGATGCAAAACTTGAAGAAGTATTGCTTAATCCAGATACACTGATTAGCCTTGCTACACAGCTAAAAGAGGAACGACAAGCACGACTTGGACTTGAGAAAGAAAATAGCCAGCTGAATCTCGAGCTTGCTGCAGCCACTGAGAAAACAACCTACCTTGATTTAATCCTTGAAAGCCCTGATGATATTCTGATCACTCAGATTGCACAGGATTATGGATTTAGTGCAGTGAAATTCAACCGAATTTTAAACGAGTTGCGGATTCAACGAAAAGTCAATAAGCAATGGGTACTGTACTCAAGATATATGGGTAAAGGTTACATTGGCAGTCGAACTCAAAACTATGTGGATAGTAAAGGTCAAGAGAGGGCATCGATTACTACTACATGGAAACAAAAAGGGCGCAAGTTTCTATATGAAACACTAAAAAAATACGGCTATTTACCTCTTGTTGAACAAGATGACTTAGCTAGCTAGAAAGGAAAACTCATGTTTGAAGAAATGATTCAAAAGCTGAGAGATTCAGTTAGAGGAATTGTTTTAGATTCCATGCACGACTATATCTCCAATGACGGAAAGTATCCTCTTGCTTTAACTCAGAAACAAGTTATGGAGCTTATTGGCTGTAAGGATGAGAGCACATTCTCAATTTCATTTAAAGAACATTTGAAATTTGCTGAAATGAATTACGGTAAATCAGGTACAAAATGGTCAAGAGATTTAGTTATTGAATGGTTCAAAGAACCACGAAATCTACAGTTGCAAAGACGAAGTAAATAGTATGACCTACACATACATAGTCAACCCAACAAAATTAAATGCGTGCACCGCTAGAAAAGAGAAATTTATTATTAAACAGATAAAAAAAAACAAGCGATGTTAATGAAGCAAATCGCTTGATTGAAGAGGGATGGGTTGTTGTTGATTTAAATCTTAATGAAATACTACTAGCATTACATAGTTATGATGACAAGATAATTAATCAAGATCATCAATAATCTTTTTAACTTCATCAGCGCCGAAGAATGTTTCGGGCTCTGGTTTAATTCTTCCGTCATGCATGTGGGTTTTGTAGTAATCCTCTAAATTGAAGTTTTCGAATACTTCTTTACTGGAACCCATCATGATTCTTATATCTCCTGCTACTTTAGCATGGAGCTTAGGGTCCGTAAATAAATCATTACCAGTGGCAATGATTAACCAACCATTTTCGAGAAGTAAATTTATCTCAAAATCACTATAAACAGTTCTTACACGATAAATATTATCTAAATTCAAAATAATACTCCTTTCAAGGAGATTATACCACAAAAAAAGAAAGGCAAATAATGCAAAAACAACTAAGTCAGTCAAGCTGGAAAACAGTAGCGCAAAAACGTGAGCGAGATTCTATTGAATTAATTCGCGAAATTCGAGGGCTGAGAATCGAAAAAGCTCAAGGAAAGGTGTATGAGGAAGATTCAGCACGGATGCATCGGTTTGATAACTTCAAGTCACCTTTTGCATGGAAATAAAAAAGCCCGCACGGGAATGCGGACTAAGACGTGATACGTCTACAAAATTTTATACATAGATTATATCACGTTTCAACAAAAATCGGAAACGGAGAACATTATGGAATTACAACTTATACCAGTAGATGGCGATGGACAAAGGGTTGACTTGAATCCATCAGCTATAAAAGATATGGATAATATCACACTTACAGAATTTTTAGCTCAGGCAAAGATTATAGCTGACCTTTATAAAAAGGGTGAAACTGAGGTTAAAAAACGGCTTGATGAAGGTCAACAATTTAATCGTTTGAGTTACGGTAAAGCAGCACAACAAAAGGTTTTAACCATGACTAATAAACAGAAATATGACTTAGTTAAAGCTCATGGTTGGGATTGTGTAGAGCCAATTACTTTAACTAAACTCAAGAGCAAGTTTGGAGATGGAATAGAACAAGAGCTTGAGCAGTCCATTGTTTATAAAGATAAGAAAGCACCTCTTAAATGGGATGCGTGAGGTAAATAATGGCAGATTATGAAGAACAAATGCTTGCCTTACAAAAACCTTTGCAACCAGACCGAGTAGTTTGGAGAGTTCAACAATCAGGATTTTCTAAACAAGGTAAACCTTGGGCTATGGTTCTTGCTTATATGGATAATCGAGCAGTTCAAGAACGTTTTGATGAAGTTTTTGGAATTGCCGGATGGAAGAACGAATTCAAAACAGCTCCAGATGGTGGAACATTATGTGGTATATCCGTTAAGTTTGGAGACGAATGGGTCACCAAATGGGATGGCGCAGAAAATACTCAGGTTGAAGCAGTTAAAGGTGGGTTATCCGGCTCAATGAAAAGAGCTGCTGTCCAATGGGGAGTAGGTAGATATTTATATGACTTACCTACCAGTTTTGCTCAAACATCACTTGAAAAGACTGATGGTTGGAACAAAGTTTTTGATAAAAAAGCAGGAAAGAACTTTTGGTGGAATAATCCACAACTTCCAAGTTGGGCTTTACCTCAGAATTCAAAGGTTCAAAATACAAAAGCTGATTTTACTGAAGAAGAGGTACCAACTCCACCTAAATTATATGTTGTTGGTAAAGATAAAAAAGAATTTGATGAGAAAAAGCTTCAATCTGTAGTTAACAAGATGGTAAGTATTGCTGGAAAAGACTATGGGGCAAGTATTGATGAACAACAATATTGGCTAAAAATGCCACTTGATGAAGCTTACAATGATATCGAAAAATTCGTAGATATAAAAAAAGGAAGAACAAATGATTAATAATGTCACATTAGTGGGGCGAATCACTAAAGAGCCCGAATTAAGATATACACAACAAAATAAGGCAGTTGCTTCATTTACTCTTGCAGTTAATCGTCAATTTAAGAATTCCAATGGAGAAAGAGAAGCTGACTTTATCAATTGTGTTATTTGGGGTAAATCAGCCGAAAACTTGGCCAATTGGACTCATAAAGGTCAATTAATTGGAGTTACTGGCAGTATTCAGACTCGAAACTATGAGAACCAACAAGGGCAACGTGTTTATATTACGGAGGTTGTCGCAAGTAATTTCCAAGTACTAGAAAAAAGTAATCAAGCAAATGGTGAACGAGTTGGTAATCCAGCTGCAAAACCACAAAATAACGATTCTTTTGGAAATGATCCAATGGAAATTTCAGATGATGACCTACCATTTTAATTAACAACCAGGTGCAGCGTGCGTAACAAATGCTTAAATTCGAGGGGATAGGCAATGCGCAACATCCCCCCAGCCTTTAATTGAAAAATAAAACTTGAAATAAATATAGAAGAAAGGAGAAAAATGCAAAGTATTAAGCGAAAAAAAGCAGCGAATAACTTCACTATTTTGAGCAATGAGTTTTTACGTGATGAAAACCTTTCTCTTAAAGCAAAAGGCTTGCTTGCTTATATATTAAGTCTTCCTGACGATTGGAAAATATATTTTGAAGAAATCGAGAAACATCATAGAGATGGGAAAGCTTCACTTAGAAGTGCTTGGAAAGAGCTTGAATCTAATGGATATGCAAGAACCTTGCGCAAAACTGACCCAGAAACTAAAGTTGTTAAAGAGTGGTACAAGGAAGTTTCTGATTTCAAAAAGCCAGATTCCGATTTTCCAGATGTGGCTTTTCCAGATGTGGGAAATCAGCAGCTACTAAATACTAATATACAAAACACTGAAAAACAAAATACTGATAATAAAAAAACTACTACTCTCTCTGATGAAAATAGTGGTCTTTCCCAAAAGCTTTCTGACATTTATCAAGAAAATTTTGGAATGGCAAGTTCTCTTATTATAGAAAATATTAAATATGACTTAGAGGATTTTGGATTTGATTTAGTTAAAGAAGCAATGGCAAGGGCTGCTTTAGATAAAAAAAGTTATCGTACGGCACAAAATATTTTAAAAGATTGGCAACGTAAAGGAGTTAAGACTCTACAAGATGTCGAAGCTGATGATGTTAATTTTAGAAATCGTAATCAAAAAAGTTACTTTAACACTGCTAAAAAAGTTGTCAAACCTGCCCCTAACTGGTCTAATCCTAAAACTAAAAAGGATAGGGAATATATGACCAATGAAGAAGTGGAGGCTTTAATAAATGGCTTGGGAAATCCCTAAAAGTGCATTTGATAAAGATCTTGCGGAATATTACTTGAGTTTTGTTCCAGGAGTAACTTATCAGCAGTTTATAAGATACGTCAAATGGGCCCATGAAAAAGAAATTGTAATGAACCCAGTGACTTTTATCGCATCGGTAAAAAAAATCAGCAATGAATCAGCAACCGAATTAATGATATATGGAGAAGCAAGTGAAGTTCCAGCAAACTAAAAAAGTCAAATACGGAGCTAAAAAAGTAACGGTTGATGGCATCACATTTGATAGTAAGGCTGAATCAATTTATTATCAGTTGCATAAGCATGAGCCGAACATGAAAATGCAAGAGAAATTTGTCTTGCAAGATAAGTTCAGGCTCAATGGGAAAGCTTATCGGGAAATTTACTACAAGCCAGATTTTACTTTCTACGATGATGCTGGCAACTTAATCAAAGTTATTGATGTGAAAGGTATGATTTTACCTGAGTTTAAAATTAAGGCGAAAATGTTCGCTGCTCGTTATGGTTTGCCAATCACGATTGCGAAAAAAGTTGCTCGAAAAGATGAATTTACAGAAAAAGTGATTTGAAGGGAGCGGCGATGAGTGAATTAGAAAATATTAAACCAGTAGCTTTTTATAGAGCCGATTGGAAGGGCGACATGATGTTCAGAAAAGATAATACTGTGGTCATTCGAAAAAATGAGGGCGACTTCACGACTGGATGGATTAAGCCTTTGTATGATGAACTTCCCGAACCTCAATCACAGCTCACGATTCCTAAAAGCATTGCGGATTTACTTGATAAGTTTATCGAGTTTGTTTTTGAAGATATAGGTCATGAGGAATGGTGGATTCAAGAAAATGGGCTTATTGAATGGTTTAGCAAAACACCTAATTGCTATATAAAAGATGCCTACCTCGCAGGCAAAGCCCTCGGAGTTGATTTAGTGAAAGTGGTGGCTGATGAAAATGTCCAAATTTGTTACTAATATAAACTCAAAAATAGTTTGAGTTTAAATAAAAAAGTAAAGAGGTTATTTATGGCCAAAGTAAAAGAATTATTAGTAGTATGTTCAAAATGTGGATTCGATGAAAATTTTGTAGGAATTACTAATCGGGATTGTAAGAAGGATTTAAATCATTCTGATTGGCAACAAAATCCCCTTATGTGTCCAACATGTAAAAAATCGGGTAGCAGAAAATGACCGACAAACTAATATCGCTGGTCAATGACTGGTGGGGAGGGATTGAATGAAATCAAACTGGAAGAAACAAAGACAAGCTACAAAAAAGCGCCAAATTAAGTTATTGAGATGGCAAAATAATTTTGTCAGAAAATATGGATTTAAAAACGTTGCTAAATTAGGAATAAGAGTTAGTGAAGCTGCTAGAAAAATAGCGGATGCTTTCTACAATGTTCTAAAACAATTAACGAAAATGAGGACAACCAATGAAACTTTTGTGTAAGCTGTTCGGGCATAAGTGGGAACCAATGCCATTTACAATGAGCGAAGACCGTTGCGTAAGATGCGGAGAAATACTCAAGCATAATGCTGGGTGCTTCATTTATGATTTCAACCGCTCAGACCTTGACGAGTCAGAGAACGTGTTCCCTGAAAAATGGCTTGATAAACATATGGATTGACCGCAAAAAAAGCCCAAATCAAAGATGAGGGCTTCGAGGGATTAACAAAAATTAACGTGAGGATGTGTCCATGCAAGATGAACATGGTCTAATTTGAAGAGATGGATGAGTTCTGCGAGTGTATTCCATCGCTTCGATATCATTTTCAAAATGTCCGTCAATAAGGTATGAATCATTAACTTTTGGGCGGTTAGGGCAAGTTCCTTTGTGTACTTCATGATAACCACTGAAGTCACCAATTTTATCTACGACATAGCTCATGAGTTAGTCCTCCTTCAAATAGTTTGTATTGTTTGTACAATTTTATTTTAAAACTATTATCAATTGAGTACAAGCAAGATGACTTAAACAAAAGGAAATATAAAAAACCCAAGTTGACCAAGCTTGAGCGAAATACTGAACAATGTTGCGAAGTTAATTTTTGGTCATCAACATTATAGCACACAGAACAATAATTCATACCAAAATAAAAATACCCGAACTGACCAGGTTCGAGCATGAGAATTTACAACTTATTATAATATTTTTAAATATTTTTGGTCAGCTATATTATATCACACACTGAGCTAGGAATCCGCGAAATAATACTAGAAAACAGGTAGTTCAAGTAACTCATCCGATTCGGTTAAACGGCCAAGAGTTTGTATGTATGGAATTCCTATGCTAGGGTGGACTGATGTAACAAATATTTTTTTGCCAGATTTATTCGTATAGGAATATTTGCAACCCCAATCTATGAAATAAGCAACCATAGCTACAGTTTCTACTACACCACTCTCTAACTTTACATGAGTAATTTTATCAGTTGATGAAGCGAAATTATCAGAAAGACGAATATGAGTGATTTTATAAACCATAAATTTCCCCTTTTTGTTTTCATTATAGACTTTATTTGGGAAAAAATAAAGCCCACGGCAATGGGCTTCGTTGAAAGAATTTCTAACTTAATTATACCACAAAAGGAGAATTTGATGAATGGCAGATAAGTTAGATAGAATTATTGGAGATTACGTTAATGGCAGACTCGAAGCCAGAATAAAATCAATTGAAAGCAGATATCTTTATAAGCAAAAAGTTGATAACTTAGGCATTCGTACAGCTTATTCTGGTGGTTCGGAACCCGAAAGTCATGTCTTAAATAAAGAAGCGCTTGAAAATGATGAGGAATACATCAAACTCAAAGACCTGATGTACCAATTCAACCTATGGTATGATTCCTTGATTTACAATGAAAAAGAAATTGTAAGGTTGGAACACTTCGGTTATGGTGGCCTTACTTGGTACAGAGTGATAATGGAGCTTGATAACGAAGGAATTGAGATTTCAGAAAAGAAAGCTAAGTTTATTTATTATCGCTTTAGAAAAGACATTGACCCTCATATTATTAGTTTTATCTGAAATTATGGGACAAATTGGGAGAAAAATAGCACGTTTTTGGCATGAAATTGGCACCTCGAGCCTTATTTTTGCTGATATACTTGTATTATGAAGTAATGTAAAAAAATAAAATCGTCAGAAATGGTGATTTATTTTTCTTTTAATTAATGATATTATTAGTTAATAAAATTAATTAGGAGATTTAAATTTTGAAGGATATTTTTGATTATATTATTTCTGGTGTAAGTATAGGGCTATTGATCTTAGCAGTTTATATGGTAAAGAAAATTCCAGATATGGTAAGAGATAAATTAAAAAGTGACAGAGAATTTGAATTTAATAAGGCATTACAAGTTGATGAGTTCTATCGAAAGGATGGTAATTTACAAGGAATAATGTTAGAGTGGACAAATTATGCTATTTCTAATAATGCAATGGATGATTTAAATAAGGCCAAAGGATTAAAAAAACTTCAGGATTTAGTTCAAAAAACTGTTGGTTATGGATCTAGTAGAACAGTAAAACTGTTAACTGAAATGTTTCAAGAAGTATATCAAAATAATGATTCAAAAGGCCAAAAGGATTCAAGTGAAGATAATAAATCTGATGATGCCTCAGAATCAGATTATACTACAATGGTTGTATTAGCTATGGTTGTGTCTTCATTAAAAGAGGATTTTACTGGTATAAAAATTGAACCATTAGATGTTCTCAAAATAAGAATTACAGACTATACTAAGTACGAAGAAACGTTTAAAAAAATAATCGATAAAACAAATGAAAAACTAGGAGTTGAAATTTAGTAATGGAAATTAATTTTGTAGCTCTAGCCTTGGCTTCTATTGTTGTAAGCTTATTGTTTATTGGAATTTTTATTCTAGTTTACAAATGGTTGAAGAAATAATAAATATAGCTAGACTATGAAAAAGGCAGGTTGTCCAATGGACAGCCTTTTATTGTTAGATTCACAAATAAGATAGGAGGGAGGTGTGAAACTTACTGAAAAGCAGAAAAAATTTGCAGATTATTACATAGAGTTAGGAAATGCAACGCAAGCAGCCATTAAAGCAGGTTATAGCAAGAAAACAGCTAATAGAATCGGTCCTGAAAACTTGTCAAAACTTGTAATTAAAAAATACATTGATGAACGAATGGAACAGCTCGCTTCTGAGCGTATTATGAGCGCACAGGAAATACTTGAAAGGCTTAGCCTTATAGCTAATGCAAAAATAAAAGAAACGGTTGTAATAGCCAATGCAGAGGGTTATTCGGAAGTTGAGAAACCTCCTGACTTTAAGGTTCAAATACAAGCGATGAAAGAACTTCTTAAACGTTATCCTGGTAATGATAAATTACTTGAACAAATTCTTCGCAAACTTACTGCAGAAGCTGATATTGCTGAATTCAAAGCTGCAATGATACAATCTGCAACTGATAAATCAACTGAAGAAAAATTGGATGAATTGCTTGGTAAGATTAGTGAGGTTATAGATGATAAGTGATATTTATAGCAAAAAACAAATCGATGTTTTAAAGCAAACAGTAAATAAAGATTGGTTCATTGCTTTACTTCATGGTGCTAAGCGTTCAGGTAAAACAAAGATGAATAATGATTTATTCTTGTTTGAATTAAGACGTGTTCGTAAAATAGCTGATGAAGAGGGTGTCAAAGAGCCTATGTATATCTTGGCGGGTGTTTCATCAAATACAATAAATAAGAACATCCTCCAAGAGCTTTATAACATGTACAATATAGAGCCCAAGTTTGATAAGCACAATAACTTTAAATTGTTTGGTGTAAAAGTAGTTCAAGCATACACTGGAAATATCGGTGGAGTTGGTGCTATTCGTGGTATGACTGCTTATGGAGCATATATTAATGAAGCTTCACTTGCTAAACAAGAAGTATTTGCTGAAATTGTTTCTCGCTGTTCAGGTAATGGTGCAAGGATTCTCGCAGATACTAACCCTGATAATCCTGAGCATTGGTTAAAGAAAGAATATATAGATAAGCCTAACGAAAATGTTAAGGCTTTTCATTTTGAATTAGATGATAATACATTCTTATCTGAGAGATACCGCGAAAATATTAAGGCAGCAACGCCAAGCGGTATGTTTTATAATCGTGATATAAAAGGACTTTGGGTATCTGCTGACGGTGTGGTTTATCAAGACTTCGATAGCAACAAACATTATATACAATCCAAAGACTTACCTAAACTATCAACATTCTATTGCGGTGTTGACTGGGGTTATGAACACTGGGGTTCAATTGTTGTTATCGGAGAAACGGATGATGGAACAGCTTACTTAATCGAAGAGTACGCAAAACAGCATGAAGAAATTGACTATTGGGTAGATATAGCAAAGGGAATTCAGGAACGTTATGGTTTAAGAGTTCCCTTCTATTGTGATTCTGCTCGTCCTGAACATGTTGATAGGTTTAAACGAGAACATATTGAAGCGTTTAATGGAGACAAAGCACGTTTAACTGGTGTTGAAGCGGTTGCTCGTAGGTTTAAGAAAGATAAGTTATTTATTTGTAGAGATAAAGTCGAGAAATTCCCTAATGAGATCTATCAATATGTTTGGGATGAAAAAAAGGGAGAACCAATAAAACTTTTTGATGATGTACTTGACTCTTTGCGATATGCAATTTACACCAATGAGGTAAGAAATGGCAAGACCGCTGAAATTGTGAGCAAAGTACAATTTGGTCTTTACTAAAGGAGGAACATGGCAATTAAAATAAATAGAGAGATGGCAGGGAATTTAAATAGTCCTACTCCAGAACTGCTAAATTATTGCATCTCTCAACATTTAAGTACTATAGGGAGATTAGATAAACTATCCGATTATTATGACGGCGAACAAGATATTTTAAAGCGAACAAAAGATAATGATGCAATTCCTAACAATAAAGTTGTTATAAATCACGCAAAGTATGTGACTGATATGAATGTTGGTTTTATGGTAGGGAACCCAGTTGCTTATACAAGTAGCGATGGCATTCAATCTATTCTTGACGCTTATACAAAAGTTGATATTGTCTCTCATGATACTGAACTTGAAAAAGATTTGTCAGTATTTGGCATCGGATACGAGCTGATTTATTTAAATGAAGATAAACAAACAGGTAAAACATTTGCTGATATTAAATGTATTGATCCAAGGGGAATCTTTCTTGTTACAGATGATACGATTGATGCAAATCCTTTATTCGCAGTCCATTATCAAAAGGTATATAACTTGCAAGGAGCTATTGACCACTATCTAGTAAAATATTATAACGATAATTGGGTGATCACATATAGAGCTGCATCAATTGGTTTCGGAGATTATCAATTTATTAAAGCGCTACCACATTATTTTAAATCAGTACCAGTTATTGAATATCGTAACAACGAAGAACGACAAGGGGATTTTGAGCAAGCAATTTCATTGATTGATGCATACAACCTTTTACAATCTGACCGTTTGAACGATAAAGAAGCCTTTGTAGATGCAATTCTTTTTATCCGTGGGTTTACCTTACAGGATGGTGATGGTGCTAGGTTAGCAAAAGAAAAGATAATGCAGACATCATTTAAACCTGGTGAAGTAGATGCTAGTTATCTCACCAAGCAAATGGATGAAAATTCAGTGGCTGTCTTGCGTGATGCATTACTCGAAGATATTCATAAAGTGACTTATGTGCCTAATATGAATGACAAAAACTTCTCGGGAAACGTTTCGGGAGAGGCAATGAAGTACAAGCTCTTTGGATTGCTACAGCTTATGTCAGTTAAAGAGCGGTATATGATAAAAGGTCTCAGACAACGTTTGATTCTCTTCGCCAATTATTTAGAAATAAGCAATAATAATGTTGATATTGATGGTATTAAGATTAATCTCAAACCTAATTTACCAATCAATACAACTGATATTATTAATCAAATCGTTCAGGCACACCAAGCAGGAATTCTACCTCTTAAAGTGTTGCTTTCATGGCTTCCAGATATTGATAATGTTGATGAAGTTCTTGAACAGTTACAAGAGGAAAAAGAGGAGGCTATCGAAATGAATCAGAAAGCTATGGGCGTTCAACCAGAAGACAGCCACTCTAATCTTGATGATCCACCTGATGAAAATGAGGAAGAAAATCAAGATAATAACAATAACCAGTCTGACAATCAGACAGATCAAAAAGGAGACCAAGAAAATGGCCAAAACAAAAACAACAAAAAACAAAACTCAAAAAACTAATGCTAAAGCAGCAAAAACCCCTAAAGTAACTAAAACTAAAGGAAAAGCAAAAACTGTTTCTAAAACAGCTACTACAAAAAAGAAAGTAGTCAAAAAACCAGTATCAAAAACAAAAAAAGCTAAATGATTACAGCCAAATTCAAAAAGAAAAACAACCAAATTTATTGGTATCAAGTGACAGGCCATGCAGGTTTTGCAAATATCGGTAATGATATTGTATGTGCCGGGGTTTCTGTCTTATATATCACAGTCACCAACGTATTGTTATCATTTGGTAAGACTTTTGAGCGTGATGAAGGATACTTTATACTTGATCCAACGGATAAAGAACTAGCAAGTCTTAAGATACTTTATGATGGAATTAACTCAATTGCTGAACAATACCCTGAACATGTAATAGTAGAGGAGTAAAAAGAATGTCTGACTACTGGCAAAAAAGAGCGATTAAAGCCGAAAAGAAAGTAAATGACGGTGCTAAACAGCTTGAGGAAGTCGTAGCACAGGCATACAAACAAGCTCAATCATATTTAACGAAACAGATTTCTAAATTATTTAGTCGAACTAAGCAGCAAACGGAACTGGCAGATGATGAAGCCAAAAGAATGCTCAATGAAACTGTTTCTGTTTCTGAATTAGTTGAGCTTAGAAGATTGGCTAAAGATATTAGTAATCCTGACTTGCAAAGAGAAGCTAAAAAGCGGCTCACAGGACTAGCGCTTAAATCAAGAATTACTCGTGCAGAAGATTTAAAAGCAAAGTCTTATCTAGTAACAAAACAACTTGCGGATGTCCAGCTTGATAAGCAGACATCTTTTTATATTGACATGATAAATGAATCTTACAAAGAAACTGCTGCTGAAACAATTATTCGTGAAGCTCAAGAAAATGCTAAGAATGGTATTGTCAAAGAAGTCTGGAATAAAAAAGACTATAAGTTTAAAGAGTTATCCACCAAATCTGTAGAAAACATACTTGATAGTCACTGGCTAGGAAGTAATTACTCTAAAAGATTATGGGGAGATACTGAAGCCTTAGCCAAACGATTAGAACAGCTCTTCACGGTTGAAGCTTTAACTGGAATGAGTGAATTTCAGATGTCAAAGGCAATTGCTAGTGAATTTGACCGCTCAATTAACGTTGCTAGGCGTTTGATTCGTACCGAAGCGAATTACATGGCTAACCAAGCAAAGCTCAAATCGTGGCAAAACAATGGTGTTGAAAAGTATCAAATCATTGCTATTTTGGACTTGAGAACATCACAAATTTGTCGTCATAAAGATCATAAGATATTTCTAGTATCTGAAGCGGTTGTAAACGGTGCAGAAGGTACATATCCACCTTTTCATCCGTGGTGTCGCTCAGTTGCTTCAATATATTCGGAGCGACTAAATAACATAGTACACAAAGCGCTTGACCCTATCACTGGTAAAACATTTGATATTAAAGGAAGCACAACTTACAACGAATGGATGGATAAATTAAAATCAATGCATCCAGATATTGAATTTAAAAGTAGCAAATGAGGTGATCTAACATCTCGCAGTTATGCGTGAAATAACAACTACTTAAATACACAAAGCGTTTGTCACTGACAGGCGCTTTTCTTATGTCCAAGCGTGACGACTTTAAAAGCTTCGGAAGTGCAAGCATTGAACCACTTAAAAAGCAATTGGAAAGGATTAATAACATGATTGAAAAATTACTTAAGTTCAACTTACAACGCTTTGCAGAAGAAGGAGACCAACAGGACCCTGCAGACCCTGAAACTCCTGAATTCAATGCTGACAATCTAACCGATGAACAAGTTGCTGCAATCAAAGAAAAGTTTGGTCTCAAAGATAATACTGAGGTTGACTCTATTGTTAACGCTCGTCATTCTCGTTGGCAAGAAAAACTTGAAGAAGAAAAAAATGAAGCTGCTCGCCTTGCAAAACTTTCGGAAGAAGAACGCCAACAAGCGCTGATTCAAAAAGAAAAAGATGACTTTGAAAAAGAAAAAGCTGTCTTTCGTCAAGAACAGTTGCTTGTAGAAAAAGGCAAACAACTTCAAGAAATTGGTATTCCAAGTGCTTTTGCTGCTCGTATTCAAGGAAATACTGCTGAGGAAGCTATTAAAGATGTCAAAGCTTTCAAAGCTGAATGGGATAAAGCCGTAGAAGCAGCGGTTAACGAAAAACTCAAAGCTTCTGTTGATACTCCGCTTGGAAGTGACGGAAAAGGCATTTCTAACAATCCTTTTGCAAAAGAGACTTTCAACTTAACCGAGCAAGGCCGACTTTTCCTAGAAGAACCAGAAAAAGCTAAGACTTTACAAGCTTTAGCAAACAAAAAATAGAAATAGAGGAATAAAAATGGAACACAAACTCATTAAATTTGATTTGCAAAAATTTGCAGATAAAACAAAAATTGCAGATGTTATCGTACCTGAAGTATTTAACAAATATGTTATTGAACGTACTGCTGAACTTTCTGCTTTATATCAATCAGGAATTGTAGTAAAAGATCCTGAACTCGATGCACTTGCAACCTCTGGTGGTCGATTAATTAATATGCCATTTTGGCAAGACTTGTCTGGTGATGATGAAGTACTTTCTGATACTGACTCACTTTCAACTGATAAAATCACAGCCAGCAAAGACGTTGCTGCTCTCTTGATGCGTGGTAAAGCATGGAAATCAAATGACTTAGCTAAAGCGTTGTCTGGTGATGACCCAATGCGTGCTATTGGTGATTTGGTAGCTGCTTACTGGGCTCGTCGTCAACAAGTTACTTTGCTTTCAATTCTTAAAGGTATCTATGCAGCCGCAGGAACTAAAATGTCAGGCAATGCTCTTGATATCTCAACATTAACTGGTAATGCAGCAGCATTTACTGGTGAAACTTTCCTTGACGCTTCATACAAATTGGGCGATGCAGAAGAAAAACTTACTGCAATCGGGGTACATTCTCAAGTCTATGCCAACTTGCGTAAACAAAACTTGATTGAATTTTCTTTGGATTCAGAGAATAAACCAATTCCTACATACATGGGGAAACGTGTCATTGTTGATGACGGTATGCCAGTAGATGGAGATGTTTTTACTTCTTACATCTTTGGGGCCGGCGCAATTGGGCTTGGTAACGGAGCTGCTCCTGTACCAACAGAAACTGACCGTGATTCATTGGCAGGAGATGATATTCTCATCAACCGTCAACACTTCTTGTTGCACCCTCGCGGAGTTAAATTCACTGACAAATCGGTTGCTGGGGATTCTCCAACGAATGCTGAATTATCAACAGGGGCAAACTGGGAACGTGTATACGAAAATAAAAATGTTCGTATCGTTCAATTTAAACATAAACTTTGGACACCTCAAACAGTTGTTCAAGGTGGAACTGGTGGAGAATAAGGAGTAATAATCTATGGATAAGAATGACGAACCAAAAACTAAAGCAATTGAACGTTTAAAAACTGATTTGGGCGTTGACGAGAATAAGGCTACTTGTTTAATTGAGGATGCGGTTATTCTCGTCCTTGATTATACGAATCAGGATAAGATGTTGGATTCAATGTGGTTGTATGCTCGTCAGTTAGCCACAATTACTTTTAATCGTGAAAGTACCGAAGGAGAGTCTAGCCGTTCAGAAGGTGGCATTTCTCAATCCTTTGTTGAAGATATTCCTTTAAATATCCAGCGTGGCTTGAATCGTTACCGACTCGGAAAGGTGGTTAGTTTTTATGCGCCTGATGAAACGTGACTTAACCACGGTTTATCTGAAAAGGATAGACTCAAACAACACTCAAGATGAAGAGGGAAACGATCAAGTTATTTATCTTGCTCCAATTGCTCTTCAAATGAATGTTCAGTCTGCAAGTGGTGCTGTCGGTGCCACAATTTATGGCTCAAAGCTTTCTATCATGAAATCATGTAAGTATCAAGGTGATGAACTAAAAGAAGGTAGAGATGAAAACAGTGGCGTTTGCCTGTATGTTGATAAGGACAGTGACCCTGATTATAAAATCAAGTCGATTCAACCTTATTCTACACACATCAATGTGATGTTAGAAAGGAACGATGACATTGGGAGTTGAAATAAAAGGATTGGATAGGCTTAAACGAAAAATTAATGCCATGCCTAAAATCTTAAATGATGCTGTGAATGATGCGACTTACGAAATCACAGAGTTAGTTCGTTCTGCAGCTGAATTAAGACTGGCTTCTAGTATGAAATTCAGTTCTGGAGAACTACTTGGAAGTTTAAAGACTGAGGTTGTAGAAAATGCGGAAGGTAAAGTAGTTGGGCGTGTCTGGTCGGATAAAGCTCAAGCCATTTATCGTGAGTTTGGTACTGGTCCAAATGGGCAAGCAAGTTCTAAAAATTTACCAGAGGGTGTTAACCCAGTTTATACTCAAACTCGTTGGTTTATTTCAGCTGAGGAAGTTGGAATTGATTTGAATGAAATCTATGGCATGCCTAAGATTACCATTCAAGGTAAAGAATTTTACATCACAAGCGGTCAACCAGCAAGACCTTTCTTCTATCCATCATTGAAAGAGATACTTCCGCAAATGCCTGAGATATACAAAGAGCACGTTCAAAAGAAATTGAGGGAGCTTAAATAATGGAAAGAGTAAATATTAAAGTTGCTACTGTTTCCATTTTAAGTGGGATATCTGAGATTAAAAAAGTAGCGACTGATTATCCGTCAACATGGAATGACTTTCCTACAGCTATTTACAGAACGGTTAACACGCCACATTTTGTAGATGGAAGTGGAGAGGAACTTCAAACAAAATGGTCAATCACAATTGAATTATATTCTAAAAGTAGTTTGACCACTATCGTTAATAATGTCATCGAGCAATTTGGTGATATTGGTTTTACAGGCACGCAAAGAGACGCTAACACAGCAGATTTAAAGCGTGTCGTTATTGAACTATCCGCAGTCGTGGATAATAAAACAAAATACGTTTTTTCAAAATAGGAGGAAATAAACATGACAACATTTGCAGGTCTATTATCAAAAGGAGCTGTGCTTTCTTATAAAGATGGTTCTACAACAAAAACAATTGCAGCGGTAAAATCTATCCCAGCAATGGGAGCTGACCCTGAAAAAGTGGATGTTACTCACTTGGGTTCAGACAAAAAAGCTTATATTGCAGGTATTCAAGACACTGACAATATGGAATTCGCAATCATTTATCAAGGTGATAACTTTAAAGATATTGATACTTTGGTCAAAACTGGTAAATCAGTCGATTGGACTGTAACGTACTCTGATGGCTTGAAAGTTGCGTTCACTGGTCAACCATCTTATAAATTTGATGGTGTTGAAGTCAACCAAGCACTTGGATTTAACTTGGTAGTGGTTGTTTCGGCAGGTCCTGACTTTACACCAGTATCTACACCAGCTGGTGGTGGTCAATAATTTAGCAATTAAAGGTTAGTCAGAGTGGCTAGCCTTTTTATTTTTATAAATATAGAAATCGGAGAAACAAAAATGATAAAAGAAAATATCGTAAAACTTCCTGGAACTAAACAATTTGAATTTGGTGGCTTAAATCTTCAATTGCGCTTGGATGGTAAATCTATTATTGCGATTGAAAAACGCTTGGACGAATCACTCATGGGGCTTTTTGTAAATGGTCAAGGTGGTTTTAAATTGCCAGCTACAAACAAATTATTGGTAGTGCTTCAAGGTGCAAACCAAACAAGCCGAGTTTCTGATTCAGATTTAGTTAACGCTTTTGAACGTTTTGTTGAAGCAGGAAACACTACTTTTGATTTGTTCAATGCCATTCAAGAATTGCTTGATGAAGCGGGTTTTTTCGGCAAGGACAAGAAGGAGAACGAAGCGACAAATGGGGAATCTCTGGACAACGAACCAGAAGCACCGAGCGAACTCCTTTAAAAACCTACAACAATTTATCCAGCATGCTTGAGGATTTATACCCTCAGGCAGTTGAAGCTGGTATTTCTTCTACAGATTTTTGGGCGATGACTTTTGATGAAATTATGGTCCAAGTAGAAGCAAATAAAAAAAAGCATGAGAACGAGCTAAAAGAAAAAGCGATGTTTGATTATACTCAACAAAGGCTTGGTATCTATGCTTTTAATGATCCAAAGAATTTTCCTAAATATGAAGATGCCTACCCTTTCTTGAAACAACTCAAGGAAGAAGTAGTGCAAGCAGTATCTGAGGAAGAAGAAAAGAAACAAGCGATGCTTACTGACCAAGAAATCATGCGACAAAATGCAATGTTAATTCAGGAAACTCGTAAAAGAAAAAGTCAAAAGACAGATTAAAAAATATTGAATAGAAAAGGAGGTGAGAAATATGGAATTAGAAACGCTAGAGATACTGTTTGATGCAAATACTGCAAAAATGGATGAAGCGCTTAGTAAAGTTTTACCTCGTGTAGAAGCAATTATGTCAAAGTTTGAGAATATCACTGGAAAGTCTATGAAAAAGACCGAAGATAATCTGAATATTGATAAAGGTACAACACAATTTGGTAAACAGTTAGAGAAAATGAATCAGACTTTTGAAAAGATGATGAGTCATCTTGAAAGTTCTTCTAAGAAATCATCAGAAAGTATTGGAGATAATTTATCTACTGGATTTAAGAAAGCACGTCCTAAAGTATCAAAAGAAATTGATGCCATGCTAAATGAAATTAATGCAAAAATGGGTCAAGCTAAAGCTGCTCAAGAAAAAGTGGCTTATCTAAAATCACAGCGTCAAAGTTCTTCAGCAAAAGGAGATGGTGGTCAAACGGTCAAATATGATGACCAGATTGCACGGGCTCAGGCATCAATGGTTAAATACCAAGACCAAGCAAAAAGTCTTGCTCGTTCAATGAAGACTGAGTTTGATGCAGTGCCTTCATCTTTAGAGCGAATTGCAAAAGTAATGGATGCCAATGAAGCTAAGTATTATACAATGCGTGAAAGTGTTCGAGCTTTACAAAAGGAATATCAATATCAACTAAAACCAGTCGGAAGTTTTGACAAAGGCTTTAAAAATGTTGATACTCCTGATTCATTGAAAACTGCTCAAAAAATGCAAGCACAGTCTGACAAAATGCAGAAGCTAGCAAGCAGTAATGATGTTCTGCAAAAGGAATATCAAAGAACAGAAGAGCGTGCAGAATCATTAAGAAAAGCGATAGGACGAATTAATTCAGTTCTTAGTCAATCGTCAATGGCAACTGGAACAGCTGCAGCTGGAGCTAGTATGACAGGCTCAGGATTGAAACAATCTGAACGTGCTGTTTCTAAATATGGCGGAGTATTTAACCGTATGTCAAACTCCATTTCTCACGGTGCTGGAGGAATTGGGAATGGATTGAAAAATTCATTTGGGATATTGGATAAATTTGGAAATCTCTTTTCGAGAAATTCAAATAAGGTTACACAAGGCACTCGTAGCATGTCTATGGGTAACAATGCTTTTCTTCAATCTATGAAGTATTTGTTGCCTTCATTAATTGTTTATCAATTAATTGGTGGAGCAATAAGTAAGTTAGCTGGCGGAATGATGAGTGCATTGAAGACAAATGATCAGTTTTCTAACTCACTTAATCAGATTAAAGTCAACTTGATGACGGCATTCTATCCGATTTATAATGCAATTCTTCCTGCCATTAATGCGATGATGAGCGCAATTGCAACATTAACTGGTCAATTAGCTTCGTTTATTGCCGGATTATTTGGAACGACTTATCAAGCAGCCAAACAAGGCGCGAAGTGTTTATATGATAATGTCCAAGCCATGAATGATACTGGTTCATCAGCGACTAAGGCGAAAGACAAGGTCGATAAACTTCAACGTTCACTTATGGGCTTTGATGAGATTAATCGTATTGGTTTGCAAGATAAAACCGATGATGACACTGACAAAAATAAAGATACAAATGCTCCAGGTATTGATTTTGGGGCTGCAACTGGTAATTATTCAACTCCTAAATGGATGAAGGATATGCAAGCCTTGCTTAAAGATTTCTTCAAACCTTTCCAAGATGCATGGAAAAACCAAGGTCAAAAGGTTATTGATGCGTGGAAATATGCACTTGGAGAAGTTATCGGTTTAGCAAGTGCTATCGGAAAATCATTCATGGAAGTCTGGACAAATGGCACTGGTCAAAAATTCATTGAAAACCTATTGATTTTACTCGCAGATGTGCTTAACATCATTGGTGATATAGCTAAAGCCTTTAAAGATGCTTGGAACGAAGATGGTAGAGGAACTGCCTTAATTCAAACTATTTTTAATATGTTTAATAGCATTCTTGAGCTATTACATTCTATAGCAGGGGCTTTTCGTGATGCTTGGAATGATGGAACAGGAGAAGCTATTGCTGCAAACCTTTTAGAAATATTTACAAATATTTTTAAAGCGGTAGGAAACATTGCTGACCAACTTAAAAAAGCATGGGATCAAGGTGGAGCTGGTAAAGAAATATTCTCTATTATTTTAGGGATTATTAATAATTTGCTTACACATATTAATAATATGGCAAAAGCTACAGCTGATTGGTCAAAGACCTTGGACTTTACACCCATGCTTAATGGAATAAAAAAAGTTCTTGAAAGCATTCAACCTCTCTCTGATAATATTGGAGCTGGACTAGAATGGTTTTATAAAAATGTACTTTTACCATTGGCTGGGTTTACTATTCAAGACTTAATACCTGCTTTCTTACAAGCATTAGGCGGGGCAATAGTTTTTGTAAATGGAGTAATTGAAGCACTTAAACCAGCTTTCAAATTTTTCTGGGATAGCTTTTTGAAGCCAGTCGCTGAATGGACTGGTGGAGTAATTGTTGACGTCTTAAAAGGGCTCGGCGATGTCCTTTCAACTATTGGTGATTGGCTATCTGAGCACGGAAAAGGTTTTTCTGATTTTGTAATTACTCTAGGAACTTTTGCTGGGGTAGTTGGTGGAATCATCGCAGTCGGTACTGCAATCGAAACATTCGTAGGCTTCCTTGGAGGACTTGCTGCGATTGTTACAGGAGCAGGTGGCGTAACAGGAGCTATTGGTTCTCTTGTAGCAATACTTGGTGGTCCAATAACAATAGCTATTGCAGCAGCAATTGCGGTTGGTGTTTTATTGTATAAAAACTGGGATGAAATTAAAGAAGCAGCTGCAAACCTTGGAAAATGGATAGGAGAAAAGTGGGACGATATCAAGAAAGCAACTGGCGACGCTTGGGACAACGTAAAGAAGGCAACGTCTGATAAATGGAATGATGCCAAAAAATCAGTAAGCGATACTGCTGACTCCATTGGTACAAAAGTTTCTACAAAGTGGTCTGAAGTTAAAAAAGGTACATCAGATGCTTGGGACAATGTGAAAAATTGGACTTCTTCAAAATGGAATGATACTAAAACAGCAGTACACAGCATAGCTGATTCTATTGGGTCAAAAGTATCGAGTAAGTGGAATGAGATAAAGAGCGGCACCTCAACCGCTTGGGAAAATGTAAGAAGTTCTGTTTCAAATGCTGCCAACAATGCAAGAGATAATGCTTCAAACGCCTGGTCTAATATGAAAGATAGAATGGGAGGTTATGCAAATTCTATTAAATCTACAACCAAAAGTGCATTTGACAGTGTTGCTTCGTGGGCTTCTGATATGGGCAAAAAGATTGGTTCGGGTCTTGAAAGTGGAGTAAATGCAGTCAAAAGAGGAGCGGCCGCAATCGGTAATGGTATTGCTGGGGTCATTGGAGGTGCCGTTAACGGAGTCATTGACGGGATTAACTGGGTTCTTGGTAAAGTTGGTTCAGGTAATAGATTAGGTCACTGGAGTGTACCAAGATATGCTAACGGTACTGACGGTCACCCAGGAGGACCAGCTTTAGTAAATGATGGCTCAGGGAGTCAATGGCAAGAAATGTATCGAACACCCGATGGTAAAACTGGGCTATTCCCTAAAGTGAGAAATCTTATGGTTGATTTGCCAAAAGGAACCCAAGTACTGAGCGGTGCTAAAACTGCAAAAGCAATGTCAGGAATGCCTGCTTATGCAAATGGTATCGGTGACTGGATGGGTGAAAAATGGAATCAAGCCAAAGAAATGGTTGGTGATATTTGGGACTATGCCACTCATCCAGAAAAGATTTTAAACATTGCAATAAGTAAGTTTACTAATCTTTCTCAAGCAGTTGAACCTGCGTTATCTATTGCGACTGGTGGGATATCTACTATAGCTAATGGAGCGATGGGAATGATTGAAAAGGCAGTCTCAGAAGGCTCAGAAAGCCCATCTGGTACTGGTGTCGAACGTTGGCGACCAGTTATTAAAAAAGCTCTGTCAATGAACGGTGTATCAACTTCTGAAAACTATGTTAATGCTTGGCTAAGACAAGTACAAAGTGAGTCAGGAGGTAATGAGAAAGCAGTCCAAGGTGGATATACTGATATTAATACGATTACTGGCGACTTGGCTAAAGGATTGTTACAAACCATCTCGGCCACGTTCAATGCAAATAAATTCCCAGGACATGGAAATATCTTTAACGGATATGACAATGCGCTTGCTGCAATTCATTATGCATTGGGCCGTTATGGTGACCCTGGTATGCTTCAAGTGATTGGTCATGGACACGGTTATGCAAAAGGCACGCCATATGTTCCTGAAGATCAGTTAGCAATGATTCATGAAGGAGAAATGGTTGTTCCTGCTAAATATAATCCTTATAACTCTATCAGTGATTTCAAATCATTTGAAACTTTGCAGTTGCCTGAAATGTTCACGGACAAACCAACTGATTACAATAATTCTGGAAGCTTTGGTGGAGGTCAAGATGTTTCGAGCTATGGCTTGGCAAACATGAATGGTTCATTAACAAGTGCCATCATGTTGCTTGTTCAATCTTTAGGAGCACAAACGAGCCAAACTTCAAATGGAGATATTGTGATAAATATCGGAGGCAGAGAGTTTGGACGAATTGCAGTTTCAGAAATCAACAAATATCATCAACAGCTTGGGTACACTGAGCTTAACATTTAGAAGGAGGGATTATGTCTGCCGAACTACAATTTAATGGAGTGACGGTAAAAACTCCTAAAGAATTCAGCGTCAGTATTTCAACAATCGACGCTGACTCCTCAGGGAGAAATGCAAATGGAGAAATGGTAAGAGATGTCATTGCTCAAAAAACAAAACTAAACATTAAATGGGGCCCTTTGAGTGACTCAGAAGTATCTGATATTTTACAAAGAATTAATCAACCTTTCTTCGTAGTAATTTATCCAGACCCACAAATCGGAAGACAAAGAAGTAAAACTTTTTATGCTGGAGATTCAACAATGCCTTCTTACTCATGGAATGATAAGTTTAAAGCAATGAAGTGGGAAAACTTATCTGTAAACCTGATAGAAAAATAGGAGGATAGGAAATGCTTACTGTCTCAGATGATTTTAACAATGCCATGAAAGCAGAGAATCGAAGGTTTGAGACTCGAATAAAAGTTGGTGATAAAGTTTTTACAAAAAATGATATCAATAGTTGGGTATACAGTGGCGGCTCTATTTCTGGTGAAACATTTCAAATAGGTTCAACATTTTCAAATTCTATAAAAATAGAATTTTGTTCCATACTTGAAAATGTTAAAGAGTTGACAGAAGTCACTGTAGAAGTCGGAATAGCAACCTATGATGCAGATTATCATTATGATAATATTCCTCCTGAAAAGGTTGGAAGTGCAAGAGTGGGTTATGCTAAATTGATTCATTATAAACCAACGGTTTATGAATATGTCTCCATTGGAACTTTTTATGTTACTAAGTGTGACCCAGATAGAAACGAAAATAAAACGACACTTGAAGCGAGTGATCGTTTTGTTTTTTTAGAAAATGAGTATGTTTCTGAACTGACCTATCCTGCTTCTATTCGAGATGTTGCGTTAGAAATTGCAAATAAAAGTGGTTCGATTATTAACGAAACCAACTTTTCAATGATTAGCACCCAAAAAATAAGAAAACCTGATGGTTATACTTTCAGACAAGCAATAGGCTTAATCGCCCAGTTTGAAGCAGGTTATGCAAGGTTTAGCCGGACAAATCAATTGGAAATCATGCAATTAATTGACCCTAAGTTTGTGGTTTCTCCAGCAGAATATTTTCAAAAGGGGCTAACAAAAAATGAATTAATGTACAAAATAGGGGGTATCTCTTGTACAGTACCTGTTCAAAGCGAAAGTGGAAGTGAACAAGTTACATATTTATCAGGTAGTAATACTGGTCCACAAATTGTTTTAGAAAATAAAGTGATGACTCAAAGTTTACTTGATGATATTTATCAGAAAGTAAAAAATATCAATTTTTATCCTTTTACTTTAAATTGGAGGGGGAATCCAGCACTAGAAACTGGAGATTGGTTAACACTCACTGACAGAGATGGCACACCGTTTAAAACTCCTAATTTGAGTTATACTCTAAATTTTAAGGGAGGACTGACAGCAACTAGTTCAGCTAATACTAACTCTTCAGCTCAAACAGTCTCAGCTTACTCTCCGCCGCTCAATCAAATTATTAAAGATATTAATTCTCGTGTTGATGCAGCGGGTAAAAATTCAGTTTATGATGGAGCAGAAGAACCTCCTTATCCCAAAGAAGGGGATATTTGGTTCAAAAAGAATGGCCCAGATGATGAAATATGGATTTATACTAAACTTGCGGACGGAACTTACGATTGGGTAATGACTACCTCCACAAGATTATCTGATGAAATTCAGGAAAAAATCGATAATTCCGTTCCATCTGATGAAATTATCAAAACAATCAATTTATCACAAGAAATGGATGGTAAAGAGTGGTTAAAAATTACGGGTGCAAAAATTTGGTTAACTGATCAAACTCGAATAGATGATGCTATCATCCAAGATGCTATGATTGGAAATTTGAGTGCTTCAAAACTGACCGCTGGAACTATTAACGCTTCGGATGTAAACATCATTAATTTAAATGCTTCAAGTATATCAACTGGAACTTTGACAGCTGTTGATATAGAAGGGGTAAAAATCAAGGGCTCTAAAATTACTTCTGCGGGAGATGATTTTTCAATGCTTCAGGATAATGGAGCAATTACTTGGATAAGAAATAGCGATGGCAAAGAAATTTTTAAATTTTATACCACGTTAATTAATTTGCAAGAAGGAAATGTTCGACTTGACGTTTCTGATTCTGGCTCTTTATCCATTTATAGTCAGAAAACGGATAAAGATTTCTTGCATTTTTCTGCTGTTGGGAACACTATGTCATGTTCTGCAGATTTAGATCGATTGCAAATAACAGGGGTTAATAATTCACTCTCATATACTCCAACAAACTTTGAATATCAATCTAGTGGTGACAATCGGCCCAATTTAAGAGTGGGAATAACTGGCTTCAAAATAGGAAGTAATGCAACTTACCTATCAGGAGATAACAATGGAGCAATAACAGCTGTAGCAAGTGCTTTAAACATTTTAAGTAATGTTAAAATTAGCCAATTCACTAATATTGGCGGAAATCTTAGTGTTAACGGTAGTTTAAGTGTAATTGGTTCTAAAAATGCTGCTCACGTCACAAGAGATGGGCTTAGATTAACTCCAGCCTATGAAACGGCTGAGTCATATCTAGGCGATATCGGAACAGCAGAAACTGGTGAAGATTGTACAGTTATCGTTCCTATAGAAGAACATTTTTCTGACGTCATTAATACAGATTATGAATATCAAGTGTTTTTACAAAGCTATAGTGAAGGTTTTGTTTATATCACATCCAGAGATAAAACAAGTTTCACAGTGCAATCATCTGTTCCTAATCTACCTTTTACATGGGAAATCAAAGGTAAAAGGAGAGGTTATGAAAATGACCGCTTGACTTTGACTGATATGAAGTTTGAAGAAATAAAAGAAATTGAAGAACAAAACTTTAAAGAGGAGGAAGCATGAATAAAGAAATTGATGCAGAAAAATTGATTAACAAACTACTATCTAAGATTACTCAACTAGAGTTTGATAATGCTAAATTATCAGTATTAGTTGAAACTTATGAGCAAGAAAATTCTAAGGAGGTTGGCAAATAATGAGTTACGAAAAACAAACCTGGAATAAGTATGATGAACTAAAAACTGAAGAAGAGAATATCGAAAATGGTGCGGTTGTTACTGACAATCGTATGAACCATATGGAAACTCGTATTGGTGATAACGATGCTAATCTTGCTTCGCATCTTGCAGATAAAAATAACCCTCACAAAGTTACAGCTGCACAAGTAGGGCTCGATAAGGTTGATAATGTTAAACAAGCTTCAAAAGTAGAGTTTGATTCTCATACAAGTGATATATCTAATCCACATAAGGTTACTGCAACACAAGTTGGGGCTTATTCTAAAGATGAATCAGATCAAAAATTAGCAACACAGAAACAAGCGATAGATTCTCATATCAATAACAAATCTAACCCGCATGCAGTAACAGCTTCTCAGGTCGGAGCTTATACAAAAACAGAAGCAGATGCAAAGTTTGCGACCAGTCAATCACTGACAGATTTATCAAATAAAGTTATCGCAAACAAAGGGAACCTAGCAAGTGGAACTGATTTGGATAATGTAATTGATATTGGTACTTACCGAATTGGAGGACTTAATGGAGGAACAGATATTATTAATGTACCTTCTGAACGTTCGGGTACAACTATATATGCCTATTTAACAGTCAGCGGAACAACGACTTCAGTAGTTCAAGAACTGATAGTATATGATTCAAAAACTGTGTCACAAATTTACAGTCGTTCTCGTTCTGGCAGCACTCCTACTTTCAGCCCTTGGTCAAAAACTGTAATGGCTGATGATTCGGGGAAAGTGACTGTGAAGGATTTAGTTGCTTCTAGCATTACATTACCTAATGACACTGACGACTGGATCACACTTCAAAACTTGCATTATAAAAAGAAAAATGGACTTGTTAGTTTTTGGTTCGACTTCACAACAACAGCATCTGGAACTGCTATAGTCGGTACTTTCCCAGATGGATTTATTCCACCTAATGACGTCATGTTTGTTATTGTCAACTGGACTACCACAACGGCATCAAGTAAAGTTTTACAGCTAACAGGATTGAACAGTAGCATAAATACTGGTTTAGTTGGTATTCTAAACGCCGCAGCAAATACACGATACACAGGGCACTTTACATTTTCAGTATAAAAAGAAAGACAAAAAATGATTACTAAATGATTCTAATTACAGTTTAAGTATGATATTTAGAAAGAAGGATTATGGAGGAGCAAGCATGGCGAGAAGTGCTCGAACGATTAGCTCGAATTGAAACAAAGTTGGACAACTATGAAACAGTTAGAGATAAAGCAGAACGAGCGCTTTTAATAGCCCAAGCAAATGCAAAACTTATAGAAAAAATGGAAGCCAATAACAAGTGGGCTTGGGGCTTTATGCTTACTCTTGCCGTAACTGTTATTGGATATATAATTACTAAAATACTTTAAAAGGAGAAAGAACATGAAAACAATCGACAAAGGAACACTCACACGTACAGTTTTGCTTTGGTTAGCTATCATTAACCAAATTCTAACAGCATTGGGTATTAATCCATTGCCTCTTGATGATAATACTATCAGCACAGTTATTACGACAGTTTTTGCACTTTGGGCATGGTGGAAGAACAACGACTTCACTCATGCAGCAAAAAAAGGAACTGAACTTACTAAAAGTTTAAAAAATGGAGATAGTGTTCAAGTAGTTAAGGCATCTGATTCTGACCATGAATTCACAGAAGGAGGAGAATAATGCCAAGTATTGAAAATATGATTGCTTGGATGCAAGCTCGAAAGGGTAAAGTTACCTACTCAATGACTTCTCGAATGGGTCCTAGAAGTTATGACTGCAGTTCGTCAGTATTCTTTGCCATGATTGCCGGTGGCTTTCTGTCAGCTGGTTCAATGGGAAATACTGAAACATTGTTTGGGATGTCAGGGACAAAACTCAAAGAAATAAGTCGAGGAGAAGTGCAACGAGGGGATATTTTTATCTCAGGCACTCCGGGAGGTTCAGCTGGTTCAGACGGACACACAGGTATTTTCCTAAGTAATGGCTCATTCATTCACTGTTCTTACACTCACAATGGAATTGCGGTTGATACGAATGATGCATATATGAGTACACGTTTGCCACATCACTTTTATCGTATTGTTGGCTCAGGTTCAGCAAATACTGACAACAAACCTCAAATGGTTACATTAAACGTTGATGGACAATTTGGTAATGCAACAGCCAAACGACTTCAAGAATACTTTGATACAGCTGGTAAAGACGGAGTTATTAGTCATCAGTACAAACAAACTTTCAATCAAAATATCTATGCTGCTCAGTTCGATTCATCACTGACAGGTTCGAATGTGGTTAAAGCATTGCAAAGCTTTTTAGGAGTTGGACAAGACGGGCTCTTTGGCCAAGGAACGATTAAATCCTTGCAGAAACATCTTGGAACAACGCAAGACGGAACTATTAGCCCAGTATCTGATTCTGTCCGAGAACTGCAACGTCGATTAAATGCGAATAAATTGTAAGGATAAATTATGGTAGAATTTTTCCAAAGAGTCATTGAATTGCCTGACATGCAACTATTTTTAGACTACTGGTGGATTTGGCTGATTATGGTTGTCGGTCTGATTATCTTGGCTGAATTGAATAGTATAAAATAATTTAACCCTGACTTCGGTCAGGGCTTTTTGTTATGGTAAATCATAAATTAAGGTATAATATATTAAGAAAATTTAGTAAGGGAATATATTATGAGAAAAATTTACTTTCTTTGTACTGGGAACTCTTGCCGCTCACAAATTGCGGAAGGATATGGGCATAAATTATTAAAAGATTGGGAAGTGAAATCTGCAGGTATAGAAACTCATGGATTAAATCCAAGAGCTGTACAAGTTATGGCAGAAGAAGATATTGATATTTCTCAACAGAAATCTGAACTTATTGATATAGATTACTTTAATAGTTGTGATTTAATTATTACTCTATGCGGAGATGCATTAGATAAATGTCCAATGATTCCTAAAGGAGTAAACCACGAACATTGGGATTTACAAGATCCAGCTCGAGCAAAAGGAACAAATGAAGAAATTTTAGAAGAGTTCAGAAAAACTAGAAATTTAATAAAAGAGCGAGTTAAAATATTAACAAAAGTGTAAATTCATCTCGCTTCGGCGGGATCTTATTATTGTGTCTATTTCAAAAATCATACTTTAGTACGATTTTATAATTGCCCTAACTGTTATATAATATATTCGAGATTATTATCATACACGGAATAGGATGAGATTTATGAAAAATTTGAAAAAGAAGGCAGTAATAGGTGTTGTTTTAGGGCTCTTTATAGGATTATCGTACGGCTATATCATTCATAATATGGCTCTTGGTATTTGTATCGGGTTAAGCTTCAGTGCAATAAGTTACTTTAGGTATAGAAAATAAATTAACTCCCGCTTCGGCGGGTGTTTTTTTATTATAGAAAATACATAACCTAAAGACATCTTTTTGTAATGTAAAAGAAATCAATAATTAATTGACAAACGATATTAGGATTGATAGAATGTACATGTGGTATTTAGATACCCGTTAATATTGTAATTCATTCTTTGAGAGTACACACCCTGTTGATAGAGGGAAGTCCGAAATCAAAGAATTTTTTTATTTTATAGGAGAAATTAATGAATAAAAGAGTCGCTATATTAGTTGATGGTGGTTTTTATCGAAAACAGTCATTCAAAGTTAAAGGAGAACTTTCTCCAGAAGCAAGAGCGACTGAGTTGTATGAATATTGCTGGAGGCATTTGGCTGAAGGAAAGAAAAAAGAAAAGCGATTTGATGAATTATATCGTATTTTTTATTATGACTGTTCACCTATCTCAAAAAGAGTATACGACCCTTTAAAAAAGGAGACAATTGATTTCTCTAAAAGCCATACAAAAGAGTGGACAGAAGATTTTTTTCAAGAATTATCTAAGAAAAGAAAAGTAGCATTAAGATTTGGTGAGTTGAGTGAAGGTAGCGTAGGGTATTCTTTTAATACGGAAGCCACAAAAAAATTGCTAAATAAATCAATAACTGTAGATGAAGTCAAGAGAAGACATTTAAAACTATCCGTACAACAAAAAGGTGTGGATATGCGTATAGGATTAGATATTGCAAGCCTTTCTTTTAAGAAGCAGGTTGATAAAATAATTTTGATAGCTGGTGATAGTGATTTTGTTCCTGCGGCAAAGTTAGCTCGAAGAGAAGGGATAGATTTTGTACTAGATCCTTTAGGAAACCATATCAAATCTTCCTTAGCATTGCATATTGATGGTTTACGAGTTTGTGATAATGACTATGCAGATTATTTTAAAAAATAACTCTTCGCCCTCCGGGGTGTTTTTCTTTGTTCTCGTTAAGAAGTTTGCTATAATTAAATTTCTAACACTGATACCCCTTAATTGGGGATCTTTTTTTTTATTTACGAAATAATGAGATTGTGTTATACTAAGATTGACTTTCTAGAGTTATCGCTCCTTATTTGGAGCGTTTTTATTTACAACAAAAATAAAAAGTTATATAATAAATAAATCCAATTAAAACTTTTCTATAGTACCTTCTTAGCGCCTCTCTCCAATAGGGCGCTTTTTTATGTTGACAACCAGAGAACAATATCGTATAATGAAACTGCTTACAAAACATTATAAATCTTCAAAAATTGTTTTGAAGATTTTGCTTGGACGAGTTACGGTTGGGTCGTCCTGCTACAAGCCATTCTTCGGAGTGGCTTTTTTATATCAAAAAAGCACTAGCATTAAGCCAGTGCCGAAAAGTGATTAGAGCAAGCTATGAATAATATAGCGCGGAACTAGATTAACTTGCAATAACTTTTATAATATTATCAATTTTATGAACAATTGTCAATAATAATATGTTATAATGTATTCGGGATGATTGTGGGATTTCATCCTATTTCTAGAGTTAAGCTGCTCTTCGGAGTGGCTTTTTTTATTTAGTGAAAAAGTTGTATAATAGTTTTAGTGGATGAGGAAAAATTCAATTACACACACTTGATAATCTGCAGTTCCATCCACACAGATCTTATATAATAAACAAGATAAGTGCTACAGATTATCATATTTTGGTTCTTTAGCTCAGTTGGTCAGAGCTAACGGCTCATAACCGTTCGGTCGCTGGTTCGAGTCCAGAAAGAACCATGGATAAAAATAACAGACCTTAAAACAGACCCAAAACCTGTAACAGTTGATTTTACAATATATAAAAAACTCCCCTCGCCTCCATTGAATGGATTTTATAGAATCCTATAGTATTAGAAATCGCTCAACAGAGCGGTTTTTGTTTTTTATATTCCGATATGATACGCTAAATTGATTCATTATAAACCAACGGTTTATGAATACGTCTCAATTGGAACTTTTTATGTCACTAAGTGTGACCCAGATAGAAACGAAAATAAAACGACACTTGAAGCAAGTGATCGTTTTGTTTTTTTGGAAAGTGAATATGTTTCTGAACTGCCCTATCCTGCGTCTATTCGAGATGTTGCGTTAGAAATTGCAAATAAAAGTGGTTCTATCATTAATGAAACAAATTTTTTAATGATTAGCACTTCGAAAATAAATAAACTCGAGGGTTATACTTTCAGAAAAGCTATTGGGCTAATTGCACAGTTTGAAGCAGGTTATGCGAGATTTAGCCGGATTAATCAATTAGAAATCATGCAATTAATTGACCCTAAGTTTGCAGTTTCACCAGCAGAATATTTTCAAAAGGGGCTAACAAAAAATGAATTAATGTACAAAATTGGTGGTATCTCTTGTACAGTACCTGTTCAAAGCGAGAATAGCAGTGAACAAGTCACTTATACAGCTGGTAGTAATACTGGGCCACAGATTGTTTTAGAAAATAAAGTAATGACCCAAGATTTACTTGATAATATTTATCAGAAAGTCAAAGATATCAATTTTTATCCTTTTACTTTAAATTGGAGAGGCAACCCAGCTTTAGAAACAGGGGATTGGCTAACGCTTACTGATAGATATGGGACACCATTTAAGACTCCTAATTTAAGTTATACTCTAAACTTTAAAGGAGGGTTGACAGCAACTAGCTCAGCTAATACCAATTCTTCAGCTCAAACAGTCTCAGCTTATTCTCCACCACTTAATCAAATCATTAAAGATATTAATTCTCGTGTTGATGCAGCTGGTAAAAATTCAGTCTATGATGGAACAGAAGAACCTCCTTATCCTAAAGAAGGAGATATTTGGTTCAAAAAAAATGGCCCAGATGATGAAATATGGGTTTATACGAAACTCGTGGACGGAACTTATGATTGGGTGCTTCAAACCTCTACTCGATTACCAGATGATATACAAGAAAAAATTGATAATTCCGTTCCTTCTGATGGAATTGTAAAAACAATCAATTTATCACAAGAGATGGATGGTAAAGAATGGTTAAAGATAACTGGTGCCAAAATCTGGTTGACAGATCAAACAAAAATAGATGATGCCATCATTCGGGACGCTATGATTGGAAGTCTTAGTGCCTCGAAAATCAACGCTGGAACTTTGAATGCGGCAACAATAGATGTAATTAATTTGAACGCTAAATCTTTGAGCGCAGGGACTATTAGTGGAAAAAATTTATCTATAAATCTTGACACTGGTGCCGTTCAATTTCAAAAGGGATATATTGCTGGTGCAGATAATCTAATTCGCTTTGATTTAAATAACAGCTTGTTTCAGTCATTTAGTTCTGGAGGTTCAGGATTTAAAGTTCAATACGGAAGATTTACCTTTTATGATGTTAATCAAACAGAAATAGGTTTCGTGCAACCTTGGGCCTATGAAGATAATCCTGGTATTTATTTAAAAGGTGCAAAAAATCTAAATTTGGAAGGTGATACTGTTAGTATACAACTTGGGACCACTACATATGGGACAAATAGAATAATAATGTTTGGGCGAACTACAATGGTAAACCAAGCAGAAATCTTTGGTAAATTAACCGTAGGTGGTGATTTAAGTGTTATTGGCTCAAAAAATGCGGCTCATGTTACGAGGGATGGCCTTAGGTTGACGCCAGCTTATGAGACAGCAGAATCCTATCTAGGAGATATTGGGACTGCAGAAACTGGCGAAGACTGCACAGTCGTTATTCCTATTGAAGAACATTTTTCTGATGTTATCAATACAGATTACGAGTATCAGGTCTTCTTACAAATTTATGGAGAAGGTTCTATATGTGTTGTATCGAGAGACAAAACTAGTTTCACTGTACAGTCATCCGTTCCTAATCTTCCTTTTGCATGGGAAATCAAAGGTAAGAGAAGAGGCTACGAAGATGACCGACTGATTTTAACTGATATGAAATTTGAAGAAATAAAGAAGCTTGAAGAGCGAAATATATTGGAGGAGGAAGGATGAATAAAGAGATTGATGTAGAAAAATTAGTTAGTAAACTACTATCTAAAATTGCTCAATTAGAATTAGATAATGCCAAACTGGCGGTATTAGTTGAAACTTATGAGCAAGAAAATTCTAAGGAGGTTGGGAAATAATGAGTTATGAAAAACAAACCTGGAATAAGTATGATGAACTAAAAACTGAAGAAGAGAATATCGAAAATGGTGCGGTTGTAACTGATAATCGTATGAATCATATTGAAAATGGTATTGGAGACAATAATACTAATCTTGCTTCGCATCTTGCGAATACAAATAATCCTCACAAAGTTACGGTTGCACAAGTCGGGCTCGATAAGGTTGATAATGTTAAACAAGCTTCAAAGGCAGAGTTTGATTCTCATACAAGTGATGCATCTAACCCACATAAGGTTACTGCCTCACAAGTTGGTTCTTATTCTAAAAGTGAATCAGATGACAAACTAGCAACTCAGAAACAAGCAATGGATTCTCATGTCAATAATAAAGCTAACCCCCATGCAGTAACCGCAAGCCAAGTTGGGGCTTACTCAAAACAGGAAATAGATACAAAGTTATCAAAGGCTGTAATGGCTGATGATTCTGGAAAAGTTATTATTAAGGATTTAGTGGCTTCTAGCATTACATTACCTAATGACACTAACGGATGGATCACACTTCAAAACTTGCATTATAAAAAGAAAAATGGACTTGTTAGTTTTTGGTTCGACTTCACAACAACAGCATCTGGAACTGCTATAGTCGGTACTTTCCCAGATGGATTTATTCCACCTAATGACGTCATGTTTGTTATTGTCAACTGGACTACCACAACGGCATCAAGTAAAGTTTTACAGTTAACAGGATTGAACAGTAGCATAAATACTGGATTAGTTGGTATTCTAAACGCTGCAGCAAATACACGATACACAGGCCACTTTACATTTTCAGTATAAAAAGAAAGACAAAAATGATTACTAAATGATTCTAATTACAGTTTAAGTATGATATTTAGAAAGAAGGAGTAATGGAGTTAGAAAAAATTGTTGAGCAGCACGAAAGTCAGCTTCAACAACAAAGTAAGGAAATAAAACAGCACAGCAAAGAAATTGCTCGGCTTAGTGACATGTCTGTTGAAATGCAAAAGCAAATGAGTGAGGGATTGGCTCGTGTTGATGAATCAAATCGCTTTTTGCGAGAGCAAAATACTCGTCAATCTGAACAGAATGCGCAAATTTTGCAAGCTGTTATCAAGGGGAATGAAAGCTCAGATGAACGTCAGTTTCAGTTGAAATTACTTGATAAAACAAACTTTTGGAAGTTGGCGCTTGGAATCGGAGGTTCTGCAGCAGCAATTTTTGCAGCATTAACTGAAATAATCAAAGTATTTTTTAAATAAAGGAGAAAAAACATGAAAACAATTGATAAAGGAACACTTACAAGAACAATCTTACTCTGGTTAGCAATTTTAAATCAAATTTTAACAGCGTTAAACATGAACCCATTGCCTCTTGATGATAATACTGTCAGCACAGTTATCACAACAGTTTTTGCACTTTGGGCATGGTGGAAGAACAATGATTTCACTCATGCAGCCAAAAAAGGAACTGAACTTACAAAAAGTTTAAAAAATGGAGATAGTGTTCAAGTAGTTAAGGCATCTGATTCTGATCATGAATTCACAGAGGGAGGCGAATAATATGGGAAATAACAACGATAATATTTTTACTTATCATAAGCCAAATGAAAAAACAGAAGACAGATATACCCAACTTCGTGCAAAAGCACGAGAGTTTTCAGAGCTAGTTGATGAACTTGTTCCTGCTAGTCGTGAACAATCATTGGCCAAAACAAAGATTGAAGAAGCGGTAATGTGGGCTAATGCTGGAGTTGCTAGAAACGTCAAAGGAGGCGAATAATGTCAAGTATTGAAAATATGATTGCTTGGATGCAAGCACGAAAAGGCAAAGTTACTTACTCGATGACTTCACGAATGGGGCCCGATAGTTATGACTGCAGCTCATCAGTCTTCTTTGCCATGATTGCTGGAGGATTTCTGTCAGCAAGCTCAATGGGTAATACTGAAACTTTGTTTGGAATGTCAGGAACGAAACTCAAAGAAATTAGTCGTGGAGAAGTACAACGTGGTGATATTTTTATCTCAGGCACTCCAGGAGGTTCGGCTGGTTCAGACGGACACACAGGTATTTTCCTAAGCAATGGTTCATTCATTCACTGTTCTTACACTCACAATGGAATTGTGGTTGATACGAATGATGCATACATGAGCACTCGCTTACCACATCACTTTTATCGAATCGTTGGCTCAGGCTCAGGAAATACTGACAACAAACCTCAAATGGTTACCTTAAATGTTGATGGACAATTTGGAAATGCGACTGTTAAACGATTGCAAGAATACTTTGATACAGCTGGCAAAGATGGAGTAATTAGTCACCAGTACAAACAAAGCTTTAATCAAAATATTTATGCTGCACAGTTTGATTTATCACTGACAGGCTCAAACGTAGTTAAAGCCTTACAAAGATTCTTGGGAATTGGACAAGATGGCTTATTTGGACAAGCTACGATTAAAGCATTACAAAAACATCTTGGAACCACACAAGATGGAACAATTAGTCCAGTTTCTGATTCTGTCATAGAATTACAACTGCGATTAAATGCGAATAAATTGTAAGATAAAAAAATACTTCTATGGTTAGTTTAAATCGTTAACAAATGTTAACGTTTTCTTTGAAATGTAGTGATATAATCTTCCTGTATTCTAACTTTTTGAATGACATATAGGATATATAATAATTTACCATTGGAGATTTTATGAAAAAAAATTTAAAAAAGGCTGTTGTCTCTACTCACATTACTTAGTATTATTTTTGGTATAAGTATATTTAGTTCAAAAGTTCATGCGGAAACGGTGCAACAACAAAAGGTGGTTCAGGAAGCGAATAAGTACCTTGGTGTCCCTTATGTATGGGGTGGAAACACACCTGCTGGCTTTGATTGCTCAGGTTTAACCCAATATGTATATTCTCATGCAGTGAATATTTCGCTACCACGAGTGACTACTGCGCAGGAAAAAGTGGGAAGTGAAGTATCACTAAATAGTTTGCAACCAGGAGACCTTCTTTTCTATGGAATGAGAGGTAATACTACACATGTTGGTATTTATATTGGCAATAACAAAATGATACATGCACCACAGCCTGGACAAAATGTTACAACTGTTGATATAAAGTACTATTATCCAGATTTTGCTAGAAGAATTCTATCATCAACACCTGCTCCAACTCCAAATAATGACGGTCAAAAAGCGGGAGAACAATATGTCTTTAGATTATATAATCCTAATGCAGGACAACATGTTTATATGACAAGCGTTTATGAAGCGACACAAACCCAAAAAGCAGGTTGGACTTACGAAGAAAAAGGTGGATGGGTAGCACCGACTACTGGATCACCGGTTTATCGATTGTACAATAAGACTAGTGGGGAACACTATTACACAATGAGTTCTTATGAAAGAGACAGTTTGGTAAAAGCAGGTTGGAATTATGAACAAGTATCATTTTACTCTGGTGGTACTGTACCAGTTTACTGTCTATTTAATCCAAATGCTAAAGGAACTCAAGAGAGCCATGCCTACACAGTAAGTTCTTACGAAAAAGATTCTTTAGTATCTGCAGGGTGGCGTTATGAAAAAATTGCTTTTTATGCTTTGAGAACAAGATAAATGTCTTGTAGATTCATTGGATAATACAATATGAAAATCCAAATATATGAATAAATTATCCCTGACTTCTGTCAGGATTTTTTTTGATACTCTTAAGGGAAAGTTAAGAAGTAAAATATAAGATAAATAATATTATTATAAAAAAAGAATGAAGGTTTTTAATGAATTTCAAAAAGAAAAGTTTGGTTATTGCAACTACAATTATTTTAGGGGCTACGTTAGTAATTCTATCAGGATGCTCTAGTAGTAATAATGCGGTGCCAAACAAAGATATTGTGACAATGAAGGGAGATTCAGTAAAAGTTTCTGATCTTTATAAAGAGTTGCAAACTTTCCCTAATATATCATCAACTGTTTTAGTTCAAAACCTTACTTTTGATAAGATATTGAGTAAAGATTTTGCTAAAGAAGCTGATGATAAGGCGCTTACTAAACAAGTAAATACTTTAAAATCTCAATACGGAGATCAATTTTCTTCAATGCTACAACAATCAGGGTTAACAAATGAGAACTTAAAGGCGTATCTTCGTACAGGAATGCTTGAACATGCAGCAATTGATGATGATATCAAAAAAACTCAGTACACTGATGCTAACCTTAAAAAAGCTTGGGAATCTTATCACCCAGATGTGACGGCTTATGTTGTTTCTGAAACATCAAAAGATGCAGCAGCAAAAGCATTGGATGCCGCTAAAAAAGATGATGCTGGTAAAGCAAGCTTTGAAAAAACAAATGCTGAAAGCAAAGTAACATTTAACTCAGCTTCAACAAGTGTTCCTGCTGAAGTTCAAACAGCTGCGTTCAAATTGAAAAATGGTGAGTTTTCAGATGTCATTGAGTCTACAAGTTCATCAACAGGTGCTACTTCTTACTATATTGTTGAAATGGTAAAAACATCTGAAAAGGGAACTGACATGAACAAGTACAAAAAAGAACTTCAAAATGTTATAAAAACTGAAAAAGAAAGCGATACCACATATAACAACAGTGTCATTACTAAGTATCTTAAAAAGAATGATGTAGAAGTTAAAAATAAATCTTTCTCTTCAATTTTCTCACAATATTCTACAAGTACATCACAATCATAATATATAAAAAAAACCTGACTCCGGTCAGGGCTTTCTTAAATTTTATTTTCTTTGAAAAATAATGCGGCAACAGCGATAACTAATATACAAATGATAGCCCATGGTAAGTTATCTAATGATTTGCTGAATATCATCACGTAAATAAAAAATATGAGAATAATTAATGCGATAATAATTGCCGATACGCTTGCTATAATAAAATATATCTGCAGTACTTCATCAACATTTTTGATTGGCCTATTCCCATGTAACCAGTATGACACTCCAGCCCATATTAGAGCAGAAACAAAAAGAGAAAAAATGAACATAAATAATTCCACCTATAGATTTAATTTAGTTATTTTAAGTATAGCATAAGTTAATTTATTATAGGAATTAACCCTGAATTCGGTCAGGGCTTTTTATTTTGTGTTAAAATACTTCTAAGGCTGAGGAGGTATAGCATGGAAATAAAAATAATTGATAAAAGCAATCGGTTTTCATATCAAAAATTGAGATTAAGTGCATTAAAGGTTGCCCACGAATCATTCGGCTCTACTTATGAAAGAGAAGTACAGTTTACAGAGCAGCAAATTATAGAACGAATATCACCAAACTCAAATAAATTCTTTATGGGAATTTTTGACAGAAAAGAATTAGTAGGGATGGTTTCATTTCACAAAGAAATTGGAGAAAAGGAAAGACATAAGGGCGATATATATGGAATGTTCATTCATGAAGATTACCAAGGTAAAGGTTTAGGTAAACTTTTATTGTCTACTTTAATTAATAAAGTAAAAAAAGATTATCCGGATTTAGAACAAATAAGGCTGTCAGTTGTTTCAAATAATACTTCGGGTAGAAAACTATATAGTAACTTAGGTTTTGAAAAATATGGAGTTGAAATAAATGCCTTGAAAGAAGGGGACGAATATTTTGATGAAGATTTGATGGTCTTGTTCTTAAAATAA

Protein sequences of DBSCAN-SWA_3

>NZ_CP009472|1039685:1090051|1056575_1056740_+|WP_158423272.1|DBSCAN-SWA
MAKVKELLVVCSKCGFDENFVGITNRDCKKDLNHSDWQQNPLMCPTCKKSGSRK
>NZ_CP009472|1039685:1090051|1060048_1061284_+|WP_038600446.1|terminase|DBSCAN-SWA
MISDIYSKKQIDVLKQTVNKDWFIALLHGAKRSGKTKMNNDLFLFELRRVRKIADEEGVKEPMYILAGVSSNTINKNILQELYNMYNIEPKFDKHNNFKLFGVKVVQAYTGNIGGVGAIRGMTAYGAYINEASLAKQEVFAEIVSRCSGNGARILADTNPDNPEHWLKKEYIDKPNENVKAFHFELDDNTFLSERYRENIKAATPSGMFYNRDIKGLWVSADGVVYQDFDSNKHYIQSKDLPKLSTFYCGVDWGYEHWGSIVVIGETDDGTAYLIEEYAKQHEEIDYWVDIAKGIQERYGLRVPFYCDSARPEHVDRFKREHIEAFNGDKARLTGVEAVARRFKKDKLFICRDKVEKFPNEIYQYVWDEKKGEPIKLFDDVLDSLRYAIYTNEVRNGKTAEIVSKVQFGLY
>NZ_CP009472|1039685:1090051|1066204_1066540_+|WP_038600460.1|head,tail|DBSCAN-SWA
MDKNDEPKTKAIERLKTDLGVDENKATCLIEDAVILVLDYTNQDKMLDSMWLYARQLATITFNRESTEGESSRSEGGISQSFVEDIPLNIQRGLNRYRLGKVVSFYAPDET
>NZ_CP009472|1039685:1090051|1080510_1081194_+|WP_038600499.1|DBSCAN-SWA
MNKRVAILVDGGFYRKQSFKVKGELSPEARATELYEYCWRHLAEGKKKEKRFDELYRIFYYDCSPISKRVYDPLKKETIDFSKSHTKEWTEDFFQELSKKRKVALRFGELSEGSVGYSFNTEATKKLLNKSITVDEVKRRHLKLSVQQKGVDMRIGLDIASLSFKKQVDKIILIAGDSDFVPAAKLARREGIDFVLDPLGNHIKSSLALHIDGLRVCDNDYADYFKK
>NZ_CP009472|1039685:1090051|1049615_1050110_-|WP_038600389.1|DBSCAN-SWA
MSYFIDFITGISPSIAVILAASLSPWISTLNEKRKNRNTVLKERYNKLYLPFINEIMKFNYRTNELILSANIRNQFLDILLPNIEYMDKSSFIFISELYSTHIDLISFEKLSYDEKRKQSDIYNKSIELYSKMFAQTTKSMLKESSIISKRLSMPDIASIVEFH
>NZ_CP009472|1039685:1090051|1057231_1057441_-|WP_038600435.1|DBSCAN-SWA
MSYVVDKIGDFSGYHEVHKGTCPNRPKVNDSYLIDGHFENDIEAMEYTRRTHPSLQIRPCSSCMDTSSR
>NZ_CP009472|1039685:1090051|1050466_1050721_-|WP_017865019.1|DBSCAN-SWA
MELTHDCALDIMLYLETNLKLNGNIDSVKLVKALNRYSETYVLYNISQLLNSGYISALSLETLASTAYIITDITPAGHAYINDH
>NZ_CP009472|1039685:1090051|1044370_1045183_-|WP_038600371.1|DBSCAN-SWA
MKKIALIGVTLLTAISLAACSPSSNSGSKNSGEKSTTESSNKPTLEIPVSVVADGSKTAAITGKTTPNTKVQIGYGIIGDKVTSDKEGNFTLKYEIDEVNDQDTIEVTAKNDGGKITKEITIKQNPEVIKKKEADAKAKADAEAKAKADEEAKAKAKAEADAKAKEAATPIEYKNALKKAQSYSNMMHMSKAGIYDQLTSDMGEGFSAEAAQYAVDNLNADYNKNALEKAKSYQSQMAMSKDSIYDQLTSSYGEKFTAEEAQYAVNNLPA
>NZ_CP009472|1039685:1090051|1050851_1051094_+|WP_038600397.1|DBSCAN-SWA
MAEKKTYEPLDDLLDSSGMKYKVIAKKINVPYTTFYKWRINPSRIDAVSAANIAEVIGVDLTDVIFVLKNFNQKLDKLAS
>NZ_CP009472|1039685:1090051|1056786_1057002_+|WP_038600430.1|DBSCAN-SWA
MKSNWKKQRQATKKRQIKLLRWQNNFVRKYGFKNVAKLGIRVSEAARKIADAFYNVLKQLTKMRTTNETFV
>NZ_CP009472|1039685:1090051|1055537_1055768_+|WP_038600422.1|DBSCAN-SWA
MAWEIPKSAFDKDLAEYYLSFVPGVTYQQFIRYVKWAHEKEIVMNPVTFIASVKKISNESATELMIYGEASEVPAN
>NZ_CP009472|1039685:1090051|1067405_1067768_+|WP_038600470.1|DBSCAN-SWA
MERVNIKVATVSILSGISEIKKVATDYPSTWNDFPTAIYRTVNTPHFVDGSGEELQTKWSITIELYSKSSLTTIVNNVIEQFGDIGFTGTQRDANTADLKRVVIELSAVVDNKTKYVFSK
>NZ_CP009472|1039685:1090051|1054189_1054615_+|WP_038600416.1|DBSCAN-SWA
MINNVTLVGRITKEPELRYTQQNKAVASFTLAVNRQFKNSNGEREADFINCVIWGKSAENLANWTHKGQLIGVTGSIQTRNYENQQGQRVYITEVVASNFQVLEKSNQANGERVGNPAAKPQNNDSFGNDPMEISDDDLPF
>NZ_CP009472|1039685:1090051|1050266_1050470_+|WP_017865020.1|DBSCAN-SWA
MDLNQIKIVDGKLFLDDTEVKGIQKINLQKGIDIYKTSLKIEMIVGSPLDELEPKNRKYEVILRKGD
>NZ_CP009472|1039685:1090051|1089544_1090051_+|WP_038600517.1|DBSCAN-SWA
MEIKIIDKSNRFSYQKLRLSALKVAHESFGSTYEREVQFTEQQIIERISPNSNKFFMGIFDRKELVGMVSFHKEIGEKERHKGDIYGMFIHEDYQGKGLGKLLLSTLINKVKKDYPDLEQIRLSVVSNNTSGRKLYSNLGFEKYGVEINALKEGDEYFDEDLMVLFLK
>NZ_CP009472|1039685:1090051|1058766_1059360_+|WP_038600442.1|DBSCAN-SWA
MKDIFDYIISGVSIGLLILAVYMVKKIPDMVRDKLKSDREFEFNKALQVDEFYRKDGNLQGIMLEWTNYAISNNAMDDLNKAKGLKKLQDLVQKTVGYGSSRTVKLLTEMFQEVYQNNDSKGQKDSSEDNKSDDASESDYTTMVVLAMVVSSLKEDFTGIKIEPLDVLKIRITDYTKYEETFKKIIDKTNEKLGVEI
>NZ_CP009472|1039685:1090051|1056985_1057180_+|WP_038600432.1|DBSCAN-SWA
MKLLCKLFGHKWEPMPFTMSEDRCVRCGEILKHNAGCFIYDFNRSDLDESENVFPEKWLDKHMD
>NZ_CP009472|1039685:1090051|1087122_1088013_+|WP_080739849.1|DBSCAN-SWA
MLSLLTLLSIIFGISIFSSKVHAETVQQQKVVQEANKYLGVPYVWGGNTPAGFDCSGLTQYVYSHAVNISLPRVTTAQEKVGSEVSLNSLQPGDLLFYGMRGNTTHVGIYIGNNKMIHAPQPGQNVTTVDIKYYYPDFARRILSSTPAPTPNNDGQKAGEQYVFRLYNPNAGQHVYMTSVYEATQTQKAGWTYEEKGGWVAPTTGSPVYRLYNKTSGEHYYTMSSYERDSLVKAGWNYEQVSFYSGGTVPVYCLFNPNAKGTQESHAYTVSSYEKDSLVSAGWRYEKIAFYALRTR
>NZ_CP009472|1039685:1090051|1085673_1085961_+|WP_017864623.1|holin|DBSCAN-SWA
MKTIDKGTLTRTILLWLAILNQILTALNMNPLPLDDNTVSTVITTVFALWAWWKNNDFTHAAKKGTELTKSLKNGDSVQVVKASDSDHEFTEGGE
>NZ_CP009472|1039685:1090051|1061293_1062802_+|WP_038600448.1|portal|DBSCAN-SWA
MAIKINREMAGNLNSPTPELLNYCISQHLSTIGRLDKLSDYYDGEQDILKRTKDNDAIPNNKVVINHAKYVTDMNVGFMVGNPVAYTSSDGIQSILDAYTKVDIVSHDTELEKDLSVFGIGYELIYLNEDKQTGKTFADIKCIDPRGIFLVTDDTIDANPLFAVHYQKVYNLQGAIDHYLVKYYNDNWVITYRAASIGFGDYQFIKALPHYFKSVPVIEYRNNEERQGDFEQAISLIDAYNLLQSDRLNDKEAFVDAILFIRGFTLQDGDGARLAKEKIMQTSFKPGEVDASYLTKQMDENSVAVLRDALLEDIHKVTYVPNMNDKNFSGNVSGEAMKYKLFGLLQLMSVKERYMIKGLRQRLILFANYLEISNNNVDIDGIKINLKPNLPINTTDIINQIVQAHQAGILPLKVLLSWLPDIDNVDEVLEQLQEEKEEAIEMNQKAMGVQPEDSHSNLDDPPDENEEENQDNNNNQSDNQTDQKGDQENGQNKNNKKQNSKN
>NZ_CP009472|1039685:1090051|1039685_1041239_-|WP_038600356.1|DBSCAN-SWA
MKLKYIMLMTVLYIIATLSLVILSNQNILENDTNRVLKTIDKIQLFLEKHPDNPLPDNFEHLPKSTVNSDTKKIKKGATYARSLDSQEITVTSPIFSEGQINGYLKVTENRTSTFFTDFAIIIFAILFYLAVAIQVLRSAQRAYVFRENTVAKIKNIERSPLTQSYLMNENDDKITTELNKLGEKIQKQALSHTEKKENLYEFIEFFQFPIFIYNNKGKIRRTNASFKNEFSDTENLDIFSPYADFLNFLVDKILHPDIQEKLFYFEKLGAYYQVRITPLPDLDSRFMVTMMDVSSYRRTVDAHNAFIANVSHELKTPLTSIKGFAELLETDSISSSDTKNFASIINKESSRLMNLVQDTLLLTKQNHRIDKKKINLTALIQNILQSSGPQINEKSLHLESQIEEITFKTNEQMVHSIFENLIENAIKYTPANGQIFVSLHLEQNKVIFSVTDNGPGLSEIQKERIFDRFYRVDESRAEVNGTGLGLAIVEKNVQELHGTIDVVSILGKGTTFTVNL
>NZ_CP009472|1039685:1090051|1074192_1076730_+|WP_038600488.1|DBSCAN-SWA
MLTVSDDFNNAMKAENRRFETRIKVGDKVFTKNDINSWVYSGGSISGETFQIGSTFSNSIKIEFCSILENVKELTEVTVEVGIATYDADYHYDNIPPEKVGSARVGYAKLIHYKPTVYEYVSIGTFYVTKCDPDRNENKTTLEASDRFVFLENEYVSELTYPASIRDVALEIANKSGSIINETNFSMISTQKIRKPDGYTFRQAIGLIAQFEAGYARFSRTNQLEIMQLIDPKFVVSPAEYFQKGLTKNELMYKIGGISCTVPVQSESGSEQVTYLSGSNTGPQIVLENKVMTQSLLDDIYQKVKNINFYPFTLNWRGNPALETGDWLTLTDRDGTPFKTPNLSYTLNFKGGLTATSSANTNSSAQTVSAYSPPLNQIIKDINSRVDAAGKNSVYDGAEEPPYPKEGDIWFKKNGPDDEIWIYTKLADGTYDWVMTTSTRLSDEIQEKIDNSVPSDEIIKTINLSQEMDGKEWLKITGAKIWLTDQTRIDDAIIQDAMIGNLSASKLTAGTINASDVNIINLNASSISTGTLTAVDIEGVKIKGSKITSAGDDFSMLQDNGAITWIRNSDGKEIFKFYTTLINLQEGNVRLDVSDSGSLSIYSQKTDKDFLHFSAVGNTMSCSADLDRLQITGVNNSLSYTPTNFEYQSSGDNRPNLRVGITGFKIGSNATYLSGDNNGAITAVASALNILSNVKISQFTNIGGNLSVNGSLSVIGSKNAAHVTRDGLRLTPAYETAESYLGDIGTAETGEDCTVIVPIEEHFSDVINTDYEYQVFLQSYSEGFVYITSRDKTSFTVQSSVPNLPFTWEIKGKRRGYENDRLTLTDMKFEEIKEIEEQNFKEEEA
>NZ_CP009472|1039685:1090051|1047893_1048175_-|WP_038600379.1|DBSCAN-SWA
MASLKCPKCKSNNIQLWSNDNNLKTKKSTSLNLNPFKPFTVFNHKEKTVKKKSKGKMAAALMTGGASLLVTGTKDNKGRELYCNNCGHLWKSK
>NZ_CP009472|1039685:1090051|1062758_1062929_+|WP_173402258.1|DBSCAN-SWA
MAKTKTTKNKTQKTNAKAAKTPKVTKTKGKAKTVSKTATTKKKVVKKPVSKTKKAK
>NZ_CP009472|1039685:1090051|1066857_1067406_+|WP_038600467.1|DBSCAN-SWA
MTLGVEIKGLDRLKRKINAMPKILNDAVNDATYEITELVRSAAELRLASSMKFSSGELLGSLKTEVVENAEGKVVGRVWSDKAQAIYREFGTGPNGQASSKNLPEGVNPVYTQTRWFISAEEVGIDLNEIYGMPKITIQGKEFYITSGQPARPFFYPSLKEILPQMPEIYKEHVQKKLRELK
>NZ_CP009472|1039685:1090051|1068718_1069090_+|WP_038600479.1|DBSCAN-SWA
MLEDLYPQAVEAGISSTDFWAMTFDEIMVQVEANKKKHENELKEKAMFDYTQQRLGIYAFNDPKNFPKYEDAYPFLKQLKEEVVQAVSEEEEKKQAMLTDQEIMRQNAMLIQETRKRKSQKTD
>NZ_CP009472|1039685:1090051|1078056_1078281_+|WP_017864624.1|DBSCAN-SWA
MEEQAWREVLERLARIETKLDNYETVRDKAERALLIAQANAKLIEKMEANNKWAWGFMLTLAVTVIGYIITKIL
>NZ_CP009472|1039685:1090051|1043167_1044250_-|WP_038600368.1|integrase|DBSCAN-SWA
MEIKEYKKKNGTTAYKFRIYLEKENGKDKYIKRSGFSTKAEAKAAIMQLQSEINNPTPKSEMTFRELYNEWLVIYEKEVQNSTYYKTTRAFDKHVLPKFGDEKLSDFTPLQLQEFQNDLSDKLKFARKLFGMIRKVFNHAALYGYIQANPALPVTSPKIKRTAENKKDFYNPDELKQFMRLLEKTNNIKKNCLFRLLAFTGIRKGELLALKWSDYRRKTLDINKAVSNSPLGLEISATKTKASIRLISLDDKTCDILTQLHVAFPDSTKIFESENGGILSPSKPRKWLHEIIKNSDLEPIRIHGFRHTHASLLFDSGLTLKQVQFRLGHSDLKTTMNVYTHITEFAKDNIGDKFSAYIDF
>NZ_CP009472|1039685:1090051|1069121_1073804_+|WP_038600481.1|tail|DBSCAN-SWA
MELETLEILFDANTAKMDEALSKVLPRVEAIMSKFENITGKSMKKTEDNLNIDKGTTQFGKQLEKMNQTFEKMMSHLESSSKKSSESIGDNLSTGFKKARPKVSKEIDAMLNEINAKMGQAKAAQEKVAYLKSQRQSSSAKGDGGQTVKYDDQIARAQASMVKYQDQAKSLARSMKTEFDAVPSSLERIAKVMDANEAKYYTMRESVRALQKEYQYQLKPVGSFDKGFKNVDTPDSLKTAQKMQAQSDKMQKLASSNDVLQKEYQRTEERAESLRKAIGRINSVLSQSSMATGTAAAGASMTGSGLKQSERAVSKYGGVFNRMSNSISHGAGGIGNGLKNSFGILDKFGNLFSRNSNKVTQGTRSMSMGNNAFLQSMKYLLPSLIVYQLIGGAISKLAGGMMSALKTNDQFSNSLNQIKVNLMTAFYPIYNAILPAINAMMSAIATLTGQLASFIAGLFGTTYQAAKQGAKCLYDNVQAMNDTGSSATKAKDKVDKLQRSLMGFDEINRIGLQDKTDDDTDKNKDTNAPGIDFGAATGNYSTPKWMKDMQALLKDFFKPFQDAWKNQGQKVIDAWKYALGEVIGLASAIGKSFMEVWTNGTGQKFIENLLILLADVLNIIGDIAKAFKDAWNEDGRGTALIQTIFNMFNSILELLHSIAGAFRDAWNDGTGEAIAANLLEIFTNIFKAVGNIADQLKKAWDQGGAGKEIFSIILGIINNLLTHINNMAKATADWSKTLDFTPMLNGIKKVLESIQPLSDNIGAGLEWFYKNVLLPLAGFTIQDLIPAFLQALGGAIVFVNGVIEALKPAFKFFWDSFLKPVAEWTGGVIVDVLKGLGDVLSTIGDWLSEHGKGFSDFVITLGTFAGVVGGIIAVGTAIETFVGFLGGLAAIVTGAGGVTGAIGSLVAILGGPITIAIAAAIAVGVLLYKNWDEIKEAAANLGKWIGEKWDDIKKATGDAWDNVKKATSDKWNDAKKSVSDTADSIGTKVSTKWSEVKKGTSDAWDNVKNWTSSKWNDTKTAVHSIADSIGSKVSSKWNEIKSGTSTAWENVRSSVSNAANNARDNASNAWSNMKDRMGGYANSIKSTTKSAFDSVASWASDMGKKIGSGLESGVNAVKRGAAAIGNGIAGVIGGAVNGVIDGINWVLGKVGSGNRLGHWSVPRYANGTDGHPGGPALVNDGSGSQWQEMYRTPDGKTGLFPKVRNLMVDLPKGTQVLSGAKTAKAMSGMPAYANGIGDWMGEKWNQAKEMVGDIWDYATHPEKILNIAISKFTNLSQAVEPALSIATGGISTIANGAMGMIEKAVSEGSESPSGTGVERWRPVIKKALSMNGVSTSENYVNAWLRQVQSESGGNEKAVQGGYTDINTITGDLAKGLLQTISATFNANKFPGHGNIFNGYDNALAAIHYALGRYGDPGMLQVIGHGHGYAKGTPYVPEDQLAMIHEGEMVVPAKYNPYNSISDFKSFETLQLPEMFTDKPTDYNNSGSFGGGQDVSSYGLANMNGSLTSAIMLLVQSLGAQTSQTSNGDIVINIGGREFGRIAVSEINKYHQQLGYTELNI
>NZ_CP009472|1039685:1090051|1041228_1041939_-|WP_038600359.1|DBSCAN-SWA
MKKILIADDDRAILTLLSYNFRQNDYEVTIVSDGKKAYDKARKNPFDLLLLDLMMPEYSGIEVTQKLRKEGNFTPILILTAREDDEMKLTGLSAGSDEYLDKTTPMKEIIVRADALIRRNQMYNQAPSETVIESLDESPSSLVTDRLVIDFIKKEVTFDEKVLDLTKREFEILELLAKREGKIVSREELLQHFWGISDTAETRTIDVLISKIRKKLNNHYIKTKRGFGYYFEENET
>NZ_CP009472|1039685:1090051|1054738_1055557_+|WP_038600418.1|DBSCAN-SWA
MQSIKRKKAANNFTILSNEFLRDENLSLKAKGLLAYILSLPDDWKIYFEEIEKHHRDGKASLRSAWKELESNGYARTLRKTDPETKVVKEWYKEVSDFKKPDSDFPDVAFPDVGNQQLLNTNIQNTEKQNTDNKKTTTLSDENSGLSQKLSDIYQENFGMASSLIIENIKYDLEDFGFDLVKEAMARAALDKKSYRTAQNILKDWQRKGVKTLQDVEADDVNFRNRNQKSYFNTAKKVVKPAPNWSNPKTKKDREYMTNEEVEALINGLGNP
>NZ_CP009472|1039685:1090051|1078581_1079361_+|WP_038600494.1|DBSCAN-SWA
MPSIENMIAWMQARKGKVTYSMTSRMGPRSYDCSSSVFFAMIAGGFLSAGSMGNTETLFGMSGTKLKEISRGEVQRGDIFISGTPGGSAGSDGHTGIFLSNGSFIHCSYTHNGIAVDTNDAYMSTRLPHHFYRIVGSGSANTDNKPQMVTLNVDGQFGNATAKRLQEYFDTAGKDGVISHQYKQTFNQNIYAAQFDSSLTGSNVVKALQSFLGVGQDGLFGQGTIKSLQKHLGTTQDGTISPVSDSVRELQRRLNANKL
>NZ_CP009472|1039685:1090051|1045276_1046332_-|WP_038600374.1|DBSCAN-SWA
MEVSKLKDALKSLGTRIETLAPSITNEEQTKNAFIMPFFQTLGYDVFNPLEFVPEFTADVGIKKGEKVDYAMVIDGAPQILIECKSINENLTNHDSQLFRYFGTTSSKFGLLTNGKEYRFYTDLDEQNKMDSTPFLTVDLTNIKDNQFLELAKFHKENFDVDKISSSAAELKYLNNLKLFLSENLNEPTESFIAYLVSQIYDGIKTKSTLEKFSPIIKKGFNQFITERVNEKLSAALNTNVETKTLDTTEEIQEVVQDDGIITTPEELEAFTVFKVASKDFIDPSRLYYRDTKSYFGILIDDNNRKWVFRFYQKATKNLIEIRDAGTFEIDTPIDIALYQNEIKQAIENHK
>NZ_CP009472|1039685:1090051|1053034_1053430_+|WP_015426821.1|DBSCAN-SWA
MELQLIPVDGDGQRVDLNPSAIKDMDNITLTEFLAQAKIIADLYKKGETEVKKRLDEGQQFNRLSYGKAAQQKVLTMTNKQKYDLVKAHGWDCVEPITLTKLKSKFGDGIEQELEQSIVYKDKKAPLKWDA
>NZ_CP009472|1039685:1090051|1065153_1066191_+|WP_038600457.1|DBSCAN-SWA
MEHKLIKFDLQKFADKTKIADVIVPEVFNKYVIERTAELSALYQSGIVVKDPELDALATSGGRLINMPFWQDLSGDDEVLSDTDSLSTDKITASKDVAALLMRGKAWKSNDLAKALSGDDPMRAIGDLVAAYWARRQQVTLLSILKGIYAAAGTKMSGNALDISTLTGNAAAFTGETFLDASYKLGDAEEKLTAIGVHSQVYANLRKQNLIEFSLDSENKPIPTYMGKRVIVDDGMPVDGDVFTSYIFGAGAIGLGNGAAPVPTETDRDSLAGDDILINRQHFLLHPRGVKFTDKSVAGDSPTNAELSTGANWERVYENKNVRIVQFKHKLWTPQTVVQGGTGGE
>NZ_CP009472|1039685:1090051|1062925_1063213_+|WP_038600451.1|protease|DBSCAN-SWA
MITAKFKKKNNQIYWYQVTGHAGFANIGNDIVCAGVSVLYITVTNVLLSFGKTFERDEGYFILDPTDKELASLKILYDGINSIAEQYPEHVIVEE
>NZ_CP009472|1039685:1090051|1046594_1047785_-|WP_052053843.1|DBSCAN-SWA
MLKNKNKKLEESSQTYNNIIDSSTYNEIPHPQDNIKKTTYFFSLKGTDFNDRNQVIQKVVKNYVKDGLIWGKYDELTSREIKEIFPTEDDPVWEISSLETINVILKREPNNRSDSNAISVHLTTGELIGYIDKPDIEVLNDISNRILTTKAHIKGGKFKYVDFDDFGDEKIITGNRKYSFSIGITISKEFSPNEKYMPIENDYSSSSFIEPIKPKLLTEIPKYVKARKFEDHYIVIDFETTGLNPESNEIIQIGAIKYENDIEVERFNEYIKPVRSEISNFITNLTGISNLQVKNSPTFSEKYSDFLEFISGYTLVAHNAPFDMSFLLFQLAENTTDIPKFRAFDTLPLSKRKLDFLKDRKLETIKQFLNIKAESHNALDDCKTTAALYQYLRKTE
>NZ_CP009472|1039685:1090051|1067780_1068212_+|WP_038600473.1|tail|DBSCAN-SWA
MTTFAGLLSKGAVLSYKDGSTTKTIAAVKSIPAMGADPEKVDVTHLGSDKKAYIAGIQDTDNMEFAIIYQGDNFKDIDTLVKTGKSVDWTVTYSDGLKVAFTGQPSYKFDGVEVNQALGFNLVVVVSAGPDFTPVSTPAGGGQ
>NZ_CP009472|1039685:1090051|1084262_1084400_+|WP_173402259.1|DBSCAN-SWA
MNKEIDVEKLVSKLLSKIAQLELDNAKLAVLVETYEQENSKEVGK
>NZ_CP009472|1039685:1090051|1055748_1056123_+|WP_038600425.1|DBSCAN-SWA
MKFQQTKKVKYGAKKVTVDGITFDSKAESIYYQLHKHEPNMKMQEKFVLQDKFRLNGKAYREIYYKPDFTFYDDAGNLIKVIDVKGMILPEFKIKAKMFAARYGLPITIAKKVARKDEFTEKVI
>NZ_CP009472|1039685:1090051|1042123_1042459_+|WP_038600362.1|DBSCAN-SWA
MEIEKTNRMNTLFEFYATLLTDKQMNYIELYYADDYSLAEIAEEFNISRQAVYDNIKRTEKVLESYEEKLHLFSNYVVRNQLLEELMTKYSTDQYLISKLQEIQQIDEEEF
>NZ_CP009472|1039685:1090051|1066520_1066874_+|WP_038600463.1|DBSCAN-SWA
MRLMKRDLTTVYLKRIDSNNTQDEEGNDQVIYLAPIALQMNVQSASGAVGATIYGSKLSIMKSCKYQGDELKEGRDENSGVCLYVDKDSDPDYKIKSIQPYSTHINVMLERNDDIGS
>NZ_CP009472|1039685:1090051|1085289_1085661_+|WP_038600502.1|DBSCAN-SWA
MELEKIVEQHESQLQQQSKEIKQHSKEIARLSDMSVEMQKQMSEGLARVDESNRFLREQNTRQSEQNAQILQAVIKGNESSDERQFQLKLLDKTNFWKLALGIGGSAAAIFAALTEIIKVFFK
>NZ_CP009472|1039685:1090051|1068284_1068695_+|WP_038600476.1|DBSCAN-SWA
MIKENIVKLPGTKQFEFGGLNLQLRLDGKSIIAIEKRLDESLMGLFVNGQGGFKLPATNKLLVVLQGANQTSRVSDSDLVNAFERFVEAGNTTFDLFNAIQELLDEAGFFGKDKKENEATNGESLDNEPEAPSELL
>NZ_CP009472|1039685:1090051|1056134_1056524_+|WP_144242772.1|DBSCAN-SWA
MSELENIKPVAFYRADWKGDMMFRKDNTVVIRKNEGDFTTGWIKPLYDELPEPQSQLTIPKSIADLLDKFIEFVFEDIGHEEWWIQENGLIEWFSKTPNCYIKDAYLAGKALGVDLVKVVADENVQICY
>NZ_CP009472|1039685:1090051|1078294_1078582_+|WP_038600491.1|holin|DBSCAN-SWA
MKTIDKGTLTRTVLLWLAIINQILTALGINPLPLDDNTISTVITTVFALWAWWKNNDFTHAAKKGTELTKSLKNGDSVQVVKASDSDHEFTEGGE
>NZ_CP009472|1039685:1090051|1064489_1065137_+|WP_038602801.1|DBSCAN-SWA
MIEKLLKFNLQRFAEEGDQQDPADPETPEFNADNLTDEQVAAIKEKFGLKDNTEVDSIVNARHSRWQEKLEEEKNEAARLAKLSEEERQQALIQKEKDDFEKEKAVFRQEQLLVEKGKQLQEIGIPSAFAARIQGNTAEEAIKDVKAFKAEWDKAVEAAVNEKLKASVDTPLGSDGKGISNNPFAKETFNLTEQGRLFLEEPEKAKTLQALANKK
>NZ_CP009472|1039685:1090051|1088174_1089101_+|WP_038600511.1|DBSCAN-SWA
MNFKKKSLVIATTIILGATLVILSGCSSSNNAVPNKDIVTMKGDSVKVSDLYKELQTFPNISSTVLVQNLTFDKILSKDFAKEADDKALTKQVNTLKSQYGDQFSSMLQQSGLTNENLKAYLRTGMLEHAAIDDDIKKTQYTDANLKKAWESYHPDVTAYVVSETSKDAAAKALDAAKKDDAGKASFEKTNAESKVTFNSASTSVPAEVQTAAFKLKNGEFSDVIESTSSSTGATSYYIVEMVKTSEKGTDMNKYKKELQNVIKTEKESDTTYNNSVITKYLKKNDVEVKNKSFSSIFSQYSTSTSQS
>NZ_CP009472|1039685:1090051|1073815_1074181_+|WP_038600483.1|DBSCAN-SWA
MSAELQFNGVTVKTPKEFSVSISTIDADSSGRNANGEMVRDVIAQKTKLNIKWGPLSDSEVSDILQRINQPFFVVIYPDPQIGRQRSKTFYAGDSTMPSYSWNDKFKAMKWENLSVNLIEK
>NZ_CP009472|1039685:1090051|1063218_1064325_+|WP_038600454.1|capsid|DBSCAN-SWA
MSDYWQKRAIKAEKKVNDGAKQLEEVVAQAYKQAQSYLTKQISKLFSRTKQQTELADDEAKRMLNETVSVSELVELRRLAKDISNPDLQREAKKRLTGLALKSRITRAEDLKAKSYLVTKQLADVQLDKQTSFYIDMINESYKETAAETIIREAQENAKNGIVKEVWNKKDYKFKELSTKSVENILDSHWLGSNYSKRLWGDTEALAKRLEQLFTVEALTGMSEFQMSKAIASEFDRSINVARRLIRTEANYMANQAKLKSWQNNGVEKYQIIAILDLRTSQICRHKDHKIFLVSEAVVNGAEGTYPPFHPWCRSVASIYSERLNNIVHKALDPITGKTFDIKGSTTYNEWMDKLKSMHPDIEFKSSK
>NZ_CP009472|1039685:1090051|1048808_1049285_-|WP_038600386.1|DBSCAN-SWA
MIDYFRKENSWTMKEFGEKLGKSESAISKWIKGVRSPMVEDFDKMVNLFNTDPDTLMYGASDLSTTLSEINKISSQLEEPRQKVVLDTASSQLKEQKKEQTKVVSIKAEQQKQGIDLADLVDDSKVDWDKWVSFDGKPLTDEVKEAMKKVLGKQLEDK
>NZ_CP009472|1039685:1090051|1057767_1058037_-|WP_038600438.1|DBSCAN-SWA
MVYKITHIRLSDNFASSTDKITHVKLESGVVETVAMVAYFIDWGCKYSYTNKSGKKIFVTSVHPSIGIPYIQTLGRLTESDELLELPVF
>NZ_CP009472|1039685:1090051|1086180_1086960_+|WP_038600508.1|DBSCAN-SWA
MSSIENMIAWMQARKGKVTYSMTSRMGPDSYDCSSSVFFAMIAGGFLSASSMGNTETLFGMSGTKLKEISRGEVQRGDIFISGTPGGSAGSDGHTGIFLSNGSFIHCSYTHNGIVVDTNDAYMSTRLPHHFYRIVGSGSGNTDNKPQMVTLNVDGQFGNATVKRLQEYFDTAGKDGVISHQYKQSFNQNIYAAQFDLSLTGSNVVKALQRFLGIGQDGLFGQATIKALQKHLGTTQDGTISPVSDSVIELQLRLNANKL
>NZ_CP009472|1039685:1090051|1053438_1054197_+|WP_038600413.1|DBSCAN-SWA
MADYEEQMLALQKPLQPDRVVWRVQQSGFSKQGKPWAMVLAYMDNRAVQERFDEVFGIAGWKNEFKTAPDGGTLCGISVKFGDEWVTKWDGAENTQVEAVKGGLSGSMKRAAVQWGVGRYLYDLPTSFAQTSLEKTDGWNKVFDKKAGKNFWWNNPQLPSWALPQNSKVQNTKADFTEEEVPTPPKLYVVGKDKKEFDEKKLQSVVNKMVSIAGKDYGASIDEQQYWLKMPLDEAYNDIEKFVDIKKGRTND
>NZ_CP009472|1039685:1090051|1051909_1052200_+|WP_038600402.1|DBSCAN-SWA
MFEEMIQKLRDSVRGIVLDSMHDYISNDGKYPLALTQKQVMELIGCKDESTFSISFKEHLKFAEMNYGKSGTKWSRDLVIEWFKEPRNLQLQRRSK
>NZ_CP009472|1039685:1090051|1059546_1060059_+|WP_038600444.1|terminase|DBSCAN-SWA
MKLTEKQKKFADYYIELGNATQAAIKAGYSKKTANRIGPENLSKLVIKKYIDERMEQLASERIMSAQEILERLSLIANAKIKETVVIANAEGYSEVEKPPDFKVQIQAMKELLKRYPGNDKLLEQILRKLTAEADIAEFKAAMIQSATDKSTEEKLDELLGKISEVIDDK
>NZ_CP009472|1039685:1090051|1076726_1076864_+|WP_011676905.1|DBSCAN-SWA
MNKEIDAEKLINKLLSKITQLEFDNAKLSVLVETYEQENSKEVGK
>NZ_CP009472|1039685:1090051|1052398_1052698_-|WP_038600404.1|DBSCAN-SWA
MNLDNIYRVRTVYSDFEINLLLENGWLIIATGNDLFTDPKLHAKVAGDIRIMMGSSKEVFENFNLEDYYKTHMHDGRIKPEPETFFGADEVKKIIDDLD
>NZ_CP009472|1039685:1090051|1048210_1048798_-|WP_038600382.1|DBSCAN-SWA
MSRQELLEYLLKEIEKCGFKIVDVGFFTVPAAVNVDNKIMIYNSNEASPFEIAHELIHILNKDNHRGDYFDATNPQEVRANHEAILLLWEIFEANGGNYEYFNVFVNTTEAPFELAESIVKNEYLEMHEAIAEIFEDEIKVSINKQEMHDYIVDYISYFDVIETINIYQFLDRYHLSHNFYSMAEKEFQQLLGAG
>NZ_CP009472|1039685:1090051|1085962_1086181_+|WP_038600505.1|DBSCAN-SWA
MGNNNDNIFTYHKPNEKTEDRYTQLRAKAREFSELVDELVPASREQSLAKTKIEEAVMWANAGVARNVKGGE
>NZ_CP009472|1039685:1090051|1079586_1079991_+|WP_038600497.1|DBSCAN-SWA
MRKIYFLCTGNSCRSQIAEGYGHKLLKDWEVKSAGIETHGLNPRAVQVMAEEDIDISQQKSELIDIDYFNSCDLIITLCGDALDKCPMIPKGVNHEHWDLQDPARAKGTNEEILEEFRKTRNLIKERVKILTKV
>NZ_CP009472|1039685:1090051|1051105_1051897_+|WP_038600400.1|DBSCAN-SWA
MNELQNFNFNNLLVRTVLIDGEPWFVAKDVADILEYSDTQAMTRRLDKEDIMTDKLSGMNMKSTIINESGLYEAIIGSKKKEVKPFKRWITHEVLPTIRKHGAYMTDAKLEEVLLNPDTLISLATQLKEERQARLGLEKENSQLNLELAAATEKTTYLDLILESPDDILITQIAQDYGFSAVKFNRILNELRIQRKVNKQWVLYSRYMGKGYIGSRTQNYVDSKGQERASITTTWKQKGRKFLYETLKKYGYLPLVEQDDLAS
>NZ_CP009472|1039685:1090051|1058155_1058578_+|WP_038600440.1|DBSCAN-SWA
MADKLDRIIGDYVNGRLEARIKSIESRYLYKQKVDNLGIRTAYSGGSEPESHVLNKEALENDEEYIKLKDLMYQFNLWYDSLIYNEKEIVRLEHFGYGGLTWYRVIMELDNEGIEISEKKAKFIYYRFRKDIDPHIISFI
>NZ_CP009472|1039685:1090051|1082325_1084266_+|WP_038602807.1|DBSCAN-SWA
MESEYVSELPYPASIRDVALEIANKSGSIINETNFLMISTSKINKLEGYTFRKAIGLIAQFEAGYARFSRINQLEIMQLIDPKFAVSPAEYFQKGLTKNELMYKIGGISCTVPVQSENSSEQVTYTAGSNTGPQIVLENKVMTQDLLDNIYQKVKDINFYPFTLNWRGNPALETGDWLTLTDRYGTPFKTPNLSYTLNFKGGLTATSSANTNSSAQTVSAYSPPLNQIIKDINSRVDAAGKNSVYDGTEEPPYPKEGDIWFKKNGPDDEIWVYTKLVDGTYDWVLQTSTRLPDDIQEKIDNSVPSDGIVKTINLSQEMDGKEWLKITGAKIWLTDQTKIDDAIIRDAMIGSLSASKINAGTLNAATIDVINLNAKSLSAGTISGKNLSINLDTGAVQFQKGYIAGADNLIRFDLNNSLFQSFSSGGSGFKVQYGRFTFYDVNQTEIGFVQPWAYEDNPGIYLKGAKNLNLEGDTVSIQLGTTTYGTNRIIMFGRTTMVNQAEIFGKLTVGGDLSVIGSKNAAHVTRDGLRLTPAYETAESYLGDIGTAETGEDCTVVIPIEEHFSDVINTDYEYQVFLQIYGEGSICVVSRDKTSFTVQSSVPNLPFAWEIKGKRRGYEDDRLILTDMKFEEIKKLEERNILEEEG
>NZ_CP009472|1039685:1090051|1052748_1052934_+|WP_038600407.1|DBSCAN-SWA
MQKQLSQSSWKTVAQKRERDSIELIREIRGLRIEKAQGKVYEEDSARMHRFDNFKSPFAWK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_038600356.1|1039685_1041239_-	two-component sensor histidine kinase	W8CYF6	Bacillus_phage	1.1e-32	38.6
1040116:1040133	attL	NA	NA	NA	NA
WP_038600359.1|1041228_1041939_-	response regulator transcription factor	A0A1V0SGR9	Hokovirus	1.6e-05	29.1
WP_038600362.1|1042123_1042459_+	putative DNA-binding protein	NA	NA	NA	NA
WP_038600368.1|1043167_1044250_-|integrase	site-specific integrase	A0A172LN96	Lactococcus_phage	1.2e-179	85.0
WP_038600371.1|1044370_1045183_-	Ltp family lipoprotein	A0A2H4J5B8	uncultured_Caudovirales_phage	6.5e-08	73.2
WP_038600374.1|1045276_1046332_-	type I restriction enzyme HsdR N-terminal domain-containing protein	A0A1S5SAB0	Streptococcus_phage	8.8e-122	61.7
WP_052053843.1|1046594_1047785_-	3'-5' exoribonuclease	A0A0K2SUJ2	Clostridium_phage	2.2e-28	39.0
WP_038600379.1|1047893_1048175_-	hypothetical protein	NA	NA	NA	NA
WP_038600382.1|1048210_1048798_-	hypothetical protein	Q9AZW4	Lactococcus_phage	2.4e-92	85.0
WP_038600386.1|1048808_1049285_-	helix-turn-helix domain-containing protein	Q9AZQ8	Lactococcus_phage	6.7e-45	88.1
WP_038600389.1|1049615_1050110_-	hypothetical protein	NA	NA	NA	NA
WP_017865020.1|1050266_1050470_+	hypothetical protein	NA	NA	NA	NA
WP_017865019.1|1050466_1050721_-	DUF2513 domain-containing protein	NA	NA	NA	NA
WP_038600397.1|1050851_1051094_+	hypothetical protein	Q77JL3	Lactococcus_phage	8.9e-38	98.8
WP_038600400.1|1051105_1051897_+	phage antirepressor KilAC domain-containing protein	Q38330	Lactococcus_phage	1.2e-107	77.9
WP_038600402.1|1051909_1052200_+	hypothetical protein	Q9AZW0	Lactococcus_phage	1.8e-48	97.9
WP_038600404.1|1052398_1052698_-	hypothetical protein	NA	NA	NA	NA
WP_038600407.1|1052748_1052934_+	hypothetical protein	NA	NA	NA	NA
WP_015426821.1|1053034_1053430_+	hypothetical protein	A0A1P8BL23	Lactococcus_phage	4.2e-69	99.2
WP_038600413.1|1053438_1054197_+	hypothetical protein	Q0ILF6	Lactococcus_phage	3.9e-140	94.4
WP_038600416.1|1054189_1054615_+	single-stranded DNA-binding protein	Q9AZV6	Lactococcus_phage	6.3e-71	93.6
WP_038600418.1|1054738_1055557_+	DnaD domain protein	Q9AYU4	Lactococcus_phage	3.9e-125	98.5
WP_038600422.1|1055537_1055768_+	hypothetical protein	Q94M91	Lactococcus_phage	7.4e-34	95.9
WP_038600425.1|1055748_1056123_+	DUF1064 domain-containing protein	A0A1P8BMB7	Lactococcus_phage	8.3e-59	98.3
WP_144242772.1|1056134_1056524_+	hypothetical protein	A0A1P8BKY9	Lactococcus_phage	7.7e-07	38.6
WP_158423272.1|1056575_1056740_+	hypothetical protein	NA	NA	NA	NA
WP_038600430.1|1056786_1057002_+	hypothetical protein	NA	NA	NA	NA
WP_038600432.1|1056985_1057180_+	DUF1660 domain-containing protein	A0A1P8BLJ5	Lactococcus_phage	1.1e-33	96.9
WP_038600435.1|1057231_1057441_-	hypothetical protein	NA	NA	NA	NA
WP_038600438.1|1057767_1058037_-	DUF3892 domain-containing protein	NA	NA	NA	NA
WP_038600440.1|1058155_1058578_+	DUF722 domain-containing protein	A0A182BQA1	Lactococcus_phage	2.1e-58	83.6
WP_038600442.1|1058766_1059360_+	hypothetical protein	D2IYV7	Enterococcus_phage	3.4e-14	29.2
WP_038600444.1|1059546_1060059_+|terminase	terminase small subunit	A0A059NT97	Lactococcus_phage	8.4e-78	94.1
WP_038600446.1|1060048_1061284_+|terminase	PBSX family phage terminase large subunit	A0A059NT69	Lactococcus_phage	2.1e-239	97.8
WP_038600448.1|1061293_1062802_+|portal	phage portal protein	A0A059NT52	Lactococcus_phage	7.1e-250	94.6
WP_173402258.1|1062758_1062929_+	hypothetical protein	NA	NA	NA	NA
WP_038600451.1|1062925_1063213_+|protease	ribosomal-processing cysteine protease Prp	A0A182BQ95	Lactococcus_phage	7.3e-47	96.8
WP_038600454.1|1063218_1064325_+|capsid	minor capsid protein	A0A059NT80	Lactococcus_phage	7.6e-193	94.5
WP_038602801.1|1064489_1065137_+	DUF4355 domain-containing protein	A0A059NT87	Lactococcus_phage	1.3e-51	85.0
WP_038600457.1|1065153_1066191_+	hypothetical protein	D2J006	Enterococcus_phage	2.0e-166	84.9
WP_038600460.1|1066204_1066540_+|head,tail	phage head-tail connector protein	A0A059NT99	Lactococcus_phage	1.2e-51	93.6
WP_038600463.1|1066520_1066874_+	hypothetical protein	A0A059NT74	Lactococcus_phage	1.8e-55	92.3
WP_038600467.1|1066857_1067406_+	hypothetical protein	A0A059NT55	Lactococcus_phage	1.6e-95	97.3
WP_038600470.1|1067405_1067768_+	hypothetical protein	A0A182BQ88	Lactococcus_phage	3.3e-60	95.8
WP_038600473.1|1067780_1068212_+|tail	major tail protein	A0A182BQ87	Lactococcus_phage	3.1e-65	90.0
WP_038600476.1|1068284_1068695_+	hypothetical protein	A0A182BQ86	Lactococcus_phage	3.5e-50	75.0
WP_038600479.1|1068718_1069090_+	hypothetical protein	A0A059NT78	Lactococcus_phage	2.6e-44	93.1
WP_038600481.1|1069121_1073804_+|tail	tail protein	A0A059NT57	Lactococcus_phage	0.0e+00	89.6
WP_038600483.1|1073815_1074181_+	hypothetical protein	A0A059NT91	Lactococcus_phage	2.4e-63	99.2
WP_038600488.1|1074192_1076730_+	hypothetical protein	A0A059NT86	Lactococcus_phage	0.0e+00	93.5
WP_011676905.1|1076726_1076864_+	hypothetical protein	NA	NA	NA	NA
WP_017864624.1|1078056_1078281_+	hemolysin XhlA family protein	Q9AZR4	Lactococcus_phage	1.4e-32	98.6
WP_038600491.1|1078294_1078582_+|holin	phage holin	Q9AZL0	Lactococcus_phage	2.1e-46	97.9
WP_038600494.1|1078581_1079361_+	C40 family peptidase	A0A1P8BLX0	Lactococcus_phage	1.1e-126	98.1
WP_038600497.1|1079586_1079991_+	arsenate reductase (thioredoxin)	A0A2H4PQT9	Staphylococcus_phage	1.4e-27	48.8
WP_038600499.1|1080510_1081194_+	NYN domain-containing protein	A4JWQ6	Burkholderia_virus	3.5e-39	41.9
WP_038602807.1|1082325_1084266_+	hypothetical protein	A0A059NT86	Lactococcus_phage	2.3e-232	69.4
WP_173402259.1|1084262_1084400_+	hypothetical protein	NA	NA	NA	NA
WP_038600502.1|1085289_1085661_+	hypothetical protein	A0A1P8BKU2	Lactococcus_phage	1.8e-21	96.4
WP_017864623.1|1085673_1085961_+|holin	phage holin	A0A1P8BKR5	Lactococcus_phage	2.8e-46	97.9
WP_038600505.1|1085962_1086181_+	hypothetical protein	A0A0K2CZA1	Paenibacillus_phage	3.4e-12	56.5
WP_038600508.1|1086180_1086960_+	C40 family peptidase	Q38323	Lactococcus_phage	5.1e-119	94.2
WP_080739849.1|1087122_1088013_+	C40 family peptidase	A0A0A8WIF2	Clostridium_phage	7.6e-18	45.6
WP_038600511.1|1088174_1089101_+	peptidyl-prolyl cis-trans isomerase	NA	NA	NA	NA
WP_038600517.1|1089544_1090051_+	GNAT family N-acetyltransferase	Q9AZG4	Lactococcus_phage	5.6e-74	83.3
1098604:1098621	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_CP009472|1449188:1457456|DBSCAN-SWA
TTTATTCTTCGTTAATGAAGTCTTCAATCAAATAACGAGGACGTTGTTTAACTTCCAAGAAGATTTTTCCGATATATTCACCAATTACACCTAGAGCTAGTAGATTAGCCCCACCAAATCCAACAATAGCCAACATTGTCGAAGCCCAACCCGCAACGTCAGAACCATTAATAAAATGGCGAATAATAATATAAATTGCTCCTACAATAGCTAGCAAAAACCAAACTAAACCAATCCAAAAAATCAAACGCATCGGTGCAGCTGATGTTGAAGTAATTCCATCCAGCGCAAAACTAATCATTTTTTTCAAAGGATACTTACTTTCACCGGCAAAACGTTCTCCACGTTTATAATAAACGATATCAGATTTATAGCCAACCAAAGGAACCATTCCTCTTAAGAAGAGATTTTGTTCAGGAAATTGAGCTAAACCGTCAAGGGCACGGCGACTCATTAAACGAAAATCAGCATGATTAGGAACACTTTGGCTCCCCAAACCTTGCATTAATTTATAAAAAGCTCCAGCGGTTCTTCTTTTGAAAACTGTATCAGTGTCCCGATTATCCCGTACACCATAAACGATATCACAGTTCTCATTTTCAAATTTTTCAAGCATTTCATCAATTGCATTAATATCATCTTGCAAATCTGCATCCATTGAAATAACACAATCTGCTAAATTTCTCACGGTCATTAAACCAGCGAGCAAAGCATTTTGATGTCCACGATTTCTTGAGAGATTAATCCCACTAAACATCGGATTTTCATTATGTTTTTCTTGAATTTTTCCCCAAGTCTTATCTTTTGAACCATCATTAACATAGACAACTCTACTTTTTGGACTAATAATATTATTTGAAATCAATTGTTCATATTTAGCCTTGAGACGTTCGGAAGTTTCATCAAGTACCAGTTCTTCATTGTAACATGGCACGACCATATAAAGAATCTTACTCATATTCACTCCTTAATTTTTTTCTTTTTAAACTGCTTATCTATTAAACCTAAACTTGCTAAAGCAATCATAACCGGGGCAAATTGATAAAGGTAACGTGAATTTGTTTCCCATAGAATAAGGAAAAAACTCAATCCAACAAAAGCTAAAGCTGGAATAAACCAGGGATTTGACCAATTTCTCTTGCTAATTAAAATTCGCCAGATTTGACGCCACAGCAAAACAACTAGGCCAATCCAATAAAGAGTTTGAACAGCCTTTAGCATAAACCACCCTGTTATATTACCAGGTCCATCCAAAGAAAATGAGGTTCCTGATAAATAATCAAAGTAACGATTAATAAATTTATTTTCATGATGATAAGTATAAAACGAACTGTTCAAGTCGCCATAAAACCAAGTATAGGCCAACTTACGTCCAATTTGTCGCACAACTCCGACAGGTCCCATCTTCTTAAGATTGTCTATGAAGAGTTGTTTATCAGCCTCTTTTTTCGCTTCATAAGTTGGGAAAGATTCAGAATAGAGTCTCACTTTCTTATTGAATCCACCCGTTTTATTAGTTGGCGACCAAGACATAGCAATCCAGTGCATCATTGGAAGATTACGACGTTCATTAGCCTCTTGAGAAAAGGCTGGCTCGGTCGCAATAGTTGCTTTAACCATGAAATGTCCACCAACAAATAAAATAGCAAACATTGGAAGTAAAAGCAAAAGTTGTTTCCATTTTTTATTAAATCCAAGGAAAATCAGAACAGCAATAAGCACAATTAACACTGTTGGCTTAAATTCATAACCTATAACTGCCAACAATGTCGCCCAAAAGTACCATAGAACTTGTTGAGTTATTTTTTGTGATTTAATGGCATAGATAAAGAACAACAAACTAAAGGATACAAAAGGAAGTGTAATCGTATCACTATAAAGTTGAGCACCATAAACGTAAAAAGGTAGAAACCCAAGGGCACAAACATTGTATAAGAGCGCATGTCTTTTCCCGCTCAAAGCCTTAACACTTAAGGTTCCAGCTAAAACTCCGAGACTTGTCAATAGTGCAGACACTGCTGTCACAACCCACATTTTTAGTTCAACACTTCCTGCAAAAGGAGAGAAAACTTGGTTAAATAAAATCCCTAAAAATTGATTGTTTGGATAACGAAGAAAATATCCTAAACGCGAAGCAGTTTCAGGTAACAGTCCAAAAGATTGACCATGGAGTTCTGTCGTAGAATTAAATATAACGAAGTAGTCCCAAGCATGCTTACTATCAGGCACATGAATCATAAAAAGAAACGGCAAGATAAAAGTTAATAAAGCTACTCCCCAAAAGCTTATTCGATAATATTGAGTTACTGACAAGTCTGTCAGTAACTCAATTTTACTGACAGACTTGTCAGTAGTTTCATTTTTATCCTTCGAGTCAAAAGGTTTTTTTGATAATTTATAAATTCCAACAAAATAAAAATAGGCTGCTATTAAAAGAATATTTCCTAACAAAAGCGCAATGATGTGATCTGCGTTCCACACTTGCGTCAAAGAAATAGCAATCCCGTTAATTAAAAGAAAGAGTCCTATCATTAAAGCAAGACAGAATCCTTTTTTATACTTAATAAATACTATATTATTCATATTACCATTTTACCATAGCTTGGCTTTTGTTTCTTACAATAACCTTAATTTTTAGATGATAATTTCTCATTTTTTACTTCGCATTTATAAACTACACTATAGTTAACGCTTACGACTCTAATTGCAACAGAATTTCTTCTTAATTCATTACTAAAGCAACTATTATTCCTAAAATTGTTCCACCCATCACTTGAATTGGTGTATGCCCCAATAATTCTTTTAAATTTTTATCTACTTTGATTCCGGCATTTTCGACATTTTGTAACATCCGATTGATAATTCTGGCTTGATTTCCTGCCTGCCTTCTAATACCTTGGGCATCATATAAAACGACGAAGGCTAAAACAGTAGCAATAGCAAAAAGCGATGAATCAAATCCTTGTCTCAATCCAGTAGCCGTTGCCAAAGCAACAACCAATGAACTATGAGAGCTGGGCATCCCACCTGTTGCAAAAATTAATTGCCAATTAATACGATGTGTCCGAATAAGTTCGATAATTATTTTAATTAACTGAGCCAGAGCCCAACTCACAATGGCTGTCATTAAAATTTGATTATGAAAAATCTGATTAAAAAAGTTCATAATAGTCTCCTTTTACTAATAAAAACCTACTAACTATCAGTAACTCTATTATACATCATCTATCTTTTATTGATGTCTGATTTGCTGACAAATACAGAAAGTCTGTCAGTAAATATCGTTCATTTTTAAATACAAAAAAACAAGTTTAAACTTGTTCTCTAAGCTTTTCTAATTGTTCATTGAATATCTCAGGAGCATCAACTTGGAATTCCATAAATTCACCAGTTGTTGGATGGTCAAAACCTAATGTTTCAGCATGCAAAAATTGTCCTTTATTAGGTGTCAATGTTTTATTCGGTCCATAGAGTGGATCACCAGCCACAGGATGACCAATGTAATTCATATGTACACGAATCTGATGCGTACGCCCAGTTTCCAAGCGCAATGCAATCAAAGTATAGCCATAAAATCGTTCTAAAACCTCAAAATGAGTCACGGCTGGTTTTCCGCCAGAAACTACGGCTTGTTTTTTGCGATCTTTAAGATTACGACCAATTGGCGCTTCAATGGTTCCTTTATCATTAGCAATTTCACCGTGGACAATCGCTAAATAACGACGTTTGCTAGTCTTATCTTTTAATTGTGCTGCCAAACTTTCGTGTGCCTTATCATTTTTAGCAATCATCAAAAGACCACTCGTATCCTTATCAATACGATGCACAATTCCTGGACGAATTACACCATTAATGCTTGAAAGATCTTTGATATGATACATGATTGCATTAACCAATGTCCCTGAAGCATGACCGGCTGCAGGATGAACTACCATTCCTTGAGGTTTATTTACTACTGCAACATCTGAATCTTCATAAATGATTTCTAGTGGCAAATCTTCAGCAACGATATCAAGAACTTCCGCTTCTGGAACTTCAAATTCAATCCTGTCCCCTACTTTTACTTTATACTTTGCTTTTTTGGCTTCACTGTTAACAAATACTTTATCATTTTTGATAAGTTCTGTCAGTAAACTTCGTGAATATTCTGTTTGATTGGCAAGCGCCTTGTCAAGACGTAAGCCTTTGTTTTCTTCGTTAATTTTTATGATAAGCAAGTATTTTTTTCCTTTTTATAAATGTTAAATAAAACTTTCTGTCAGTGATTTTTTAATCAATTTATTTTGTTTCTTTGTCTGTCAAAATTGCAATGAAAAGAAGAACAAAACCAACAGATAATAAGATATCCGCAATATTAAAAATTGGAAAATTAATAAATTCAGTTTGGAACATATCAACAACAAATCCTTGACGAATTCGATCAATAAAATTTCCCAAAGCACCAGCAATAATTAAAGTTAATCCAATAAAATACCAGTTTTGTGCCATTTTTTTCCATAAAAACCAAAGGGCAACAACTAAGACGATCGGTGTTAAGACAAGGAAAAACCATTGTTGACCTGAAAATGAAGACCAAGCTGCTCCATCATTTTTGATATAAGTTAAACTAAGAACATTAGGCCAAATTTTTTCTGTATCTCCAAGCTGAATATTAGCAACAATCCAATTTTTAAAAATTTGGTCAGCAACAATTCCAACAACGATAATAACAAGTGACAGTAGTTTTTTCATGCTTTAATTATAGCATATTTCGCAATCTGATAGCTCGCTAGAACAGTTTTTATCCTATTTCAAAATAAAAAGCGCATTTAAATAAATGCACTTATAGATAAATTAGCCTATCTTTCTCATCAAATCAACCATTTCAATTGCTCCAACCGCTACTTCAAAACCTTTATTTCCAGCTTTTGTGCCTGCACGCTCAATGGCTTGTTCTATATTTTCAGTTGTTAGCACACCAAACATGACCGGAATATTAGAGTTTAAGGAAACATGAGCAATCCCCTTAGAAACTTCATTACAAACAAAATCATAATGAGAAGTTGAACCTCTGATAACAGTCCCTAAACATATAATTGCTTCATATTTATTGGAAGTCGCCATTTTTTGGGCAATAAGGGGAATTTCAAAAGCCCCAGGAACCCATGCTATATCAATTTCTTCTTCCTGGACTCCATGTCTTTTGAGTGCATCTAATGCTCCTGACAAAAGTTTTGCATTGATAAATTCATTAAATCGAGCAACTACAATCCCATATTTTGCATTCTCTGTTCTTAAATTTCCTTCAATAATTGTCATATTTCTATCCTTACTTTCTATTTTACTTTAGCCAAACAAATGTCCCATTTTATTTTGTTTTACTTTTAAATAATCATGGTCAAAGGGGTTATCTTTGATTTGGAGAGCTACTCTTTCTTCAACTACTAGACCATATTTTTGAAAATCATTAATCTTTTGCGGATTATTAGTCATTAATTTTAATGATTTCACCCCAATTATTTTTAAAATTTGTGCTCCAATCGAATATTCTCGCTCATCTTCTTCAAATCCTAAAGCTAAATTAGCTTCAACTGTATCAAGTCCTTCATCTTGAAGTGAGTAGGCACGAAGTTTATTAATCAAACCAATTCCACGTCCTTCTTGTCGAAGATATAAAAGCACGCCACGCCCCTCATCATTTATTTTTTTTAATGCCTCTTCTAATTGTTCACCGCAGTCACATTTCAAGGAACCAAAAGCATCACCAGTTAAGCATTCTGAGTGAACGCGGCAAAGAATAGCTTGACCGTCACCAATATCTCCTTTAACTAAAGCAACATGGTGCTCACCATTTATTTTATTGACAAATCCTAAAATATCAAACATACCATATTTCGTCGGTAGTTTAGCTCTAGTCACCTGTTCTACTTGCAGTTCATTTTGCTTAAGATACTCTTGAATAGCTTTAATTGTGATATATTTCAAGCCCCACTCTTGCGCTTTTTCCTTCAGTTTCTCCTTACGCATCATTGTTCCATCTTCGTCCATTATTTCAACGCAGACACCTACTTCTTTTAAACCAGCCAGACGCAACAAGTCAACCGTAGCCTCAGTATGACCATTTCGCTCTAAAAGACCATTTTTCTTGGCAATTAGTGGAAATACATGACCTGGTCTACGAAAATCACTTGGTAAACTCTCGGCATCAACAAGTTTTTTTATGGTTAAGGCCCGTTCAAAAGCCGAAATTCCTGTGCTAGTTTCAATATGATCAACCGAAACTGTAAAAGCTGTTCCATGATTATCTGTATTTTTCTCTACCATTGCCTCTAATTGTAAATTCTTAGCATAAGTTTCACTGAGTGGTGCGCAAATCAATCCTTTGGCCTCACTTGCCATAAAATTAATTATTTCCGGACTGATAAATTCGGCCGCACAGATAAGGTCGCCCTCATTTTCTCTATTTTCATCGTCACTAACGATAATCATTTCCCCTGCTTTAAGTGCAGCAAGTGCTTCTTCTACTTTATTATATTGAAACATTTTATCTCCTATAAAAATCCGTTGTTAAATAGTTTTTCTTTAGTTAATGAAGATTCTTTCATCGAAGAACTACTATCGCCCCATAATTTTTCAATATATTTCCCTAAAATATCATTTTCTAAATTAACAGTATCCCCACTTTTTTTATCTGCCATTATCGTCTCTTTGAGCGTATGTGGAATAACGGAAACACTAAAAGATTTCGACTTAACCTGAGCAACTGTAAGACTAATCCCATCAATCGTGATTGAGCCTTTTTCGACGATGTATCTCATTAAATTTATGCTTGTTTTGATTTCATACCAGATGGCATTTTCTTCTTTTTTTACTTCTAAAATCTGGCCAACTCCATCAATATGCCCTGACACAATATGCCCACCAAATCGGCCATTTAATGGCATCGCTCGTTCTAAGTTAACTTTGGCACCCACATTTAAGGTCCCAAGATTTGAACGATTTAGACTTTCAGGCATAATATCAGCCGTAAATTCTTTTTGATTAAATTCAGAAACGGTCAGGCATAAACCATTTGTTGAAATAGAATCTCCAAGTTTCATATCCTCTAAAATCAAGGAAGCACGGATGCTAATTTTGAAGGATTTTTCTCTTTTTTGCAGGCGACTCACTTCCCCTATTTCTTCAATTATTCCTGTAAACATTAAAGAAGCTCACTTTCTAATAAAATATCTTCTCCTAGATAGGTTATTTGAGGCCTTTCTAGGAGATAGGCTTGATTGGGTTGCTCGATTCCATGCCCTTCAACTGGACTTGGTGCTTCTTTTCCACCAAATATTTTAGGGGCAATATAAGTTTGAACTTTTTGAACTATCCCTGCTTTTAATGCCGAAGCATTTAATGTTCCTCCACCTTCCAAGATAATACTGTCAATCCCTTTTTCTCCTAACTTTTTGGTCAATTCTTTCAAATTCAATCTTCCTTCTAGGCAAGAAACTAAGATAATTTCACAACCCGCTTTAAGAAAGGGAGCTTGTTTTTCGGGGTCAGACTCAGCTGTAGCAATAATCGTTGGAATTTCAGTAGCTGTAGAAACAATCTTGGAAGCTAAAGGACTTCTTAAATGAGTATCACAAATGATTCTTATCGGATTTTTCCCCTTTTCCAACCTGACAGAGAGTTGTGGATCATCTAAAATAAGTGTTTCAACACCAATCATAATTGCCATAAAACGTGAACGGTCTTGATGTACTTTCTGTCTTGCAATTTCACCTGTAATCCATTTTGATTGACCTGCTGATGTCGCAATTTTTCCGTCTAAAGTCATTGCATACTTCATCATGACATAGGGAAGCCCTTGACTAACATAATAAAAGAAAATTTTATTTAATTCTTCACATTCTTTTTCTAAAACATTGAAAGAAACTTCAATTCCAGCTTCTCTCATTGCTTTAATTCCTTTTCCTGAAACCAAGGGATTGGGGTCTAAATGCCCGATAACAACACGCTTAATTCTATTTTTTATAATCGCTTCAAAACAAGGGGGTTGTTTTCCCTGATGCGCACAAGGCTCTAAGGTCACATAAAGCGTGGCTCCTTCGGGAGATTCGTTACAATCCTTAAAAGCATTGATTTCCGCATGAGCTTCCCCATATTTTTCATGATAACCCTGACCAATAATTCTTCCTTCTTTGACAATAAGGGCTCCTACTTGAGGGTTAGGGTTGACATTACCACCTCCTTTTTTTGCAAGTACAATTGCTAAATCCATGTAGTATTCGTCTTTTTTCAT

Protein sequences of DBSCAN-SWA_4

>NZ_CP009472|1449188:1457456|1451909_1452353_-|WP_003130996.1|DBSCAN-SWA
MNFFNQIFHNQILMTAIVSWALAQLIKIIIELIRTHRINWQLIFATGGMPSSHSSLVVALATATGLRQGFDSSLFAIATVLAFVVLYDAQGIRRQAGNQARIINRMLQNVENAGIKVDKNLKELLGHTPIQVMGGTILGIIVALVMN
>NZ_CP009472|1449188:1457456|1454512_1455709_-|WP_038601292.1|DBSCAN-SWA
MFQYNKVEEALAALKAGEMIIVSDDENRENEGDLICAAEFISPEIINFMASEAKGLICAPLSETYAKNLQLEAMVEKNTDNHGTAFTVSVDHIETSTGISAFERALTIKKLVDAESLPSDFRRPGHVFPLIAKKNGLLERNGHTEATVDLLRLAGLKEVGVCVEIMDEDGTMMRKEKLKEKAQEWGLKYITIKAIQEYLKQNELQVEQVTRAKLPTKYGMFDILGFVNKINGEHHVALVKGDIGDGQAILCRVHSECLTGDAFGSLKCDCGEQLEEALKKINDEGRGVLLYLRQEGRGIGLINKLRAYSLQDEGLDTVEANLALGFEEDEREYSIGAQILKIIGVKSLKLMTNNPQKINDFQKYGLVVEERVALQIKDNPFDHDYLKVKQNKMGHLFG
>NZ_CP009472|1449188:1457456|1452498_1453404_-|WP_038601288.1|DBSCAN-SWA
MLIIKINEENKGLRLDKALANQTEYSRSLLTELIKNDKVFVNSEAKKAKYKVKVGDRIEFEVPEAEVLDIVAEDLPLEIIYEDSDVAVVNKPQGMVVHPAAGHASGTLVNAIMYHIKDLSSINGVIRPGIVHRIDKDTSGLLMIAKNDKAHESLAAQLKDKTSKRRYLAIVHGEIANDKGTIEAPIGRNLKDRKKQAVVSGGKPAVTHFEVLERFYGYTLIALRLETGRTHQIRVHMNYIGHPVAGDPLYGPNKTLTPNKGQFLHAETLGFDHPTTGEFMEFQVDAPEIFNEQLEKLREQV
>NZ_CP009472|1449188:1457456|1454020_1454485_-|WP_038601290.1|DBSCAN-SWA
MTIIEGNLRTENAKYGIVVARFNEFINAKLLSGALDALKRHGVQEEEIDIAWVPGAFEIPLIAQKMATSNKYEAIICLGTVIRGSTSHYDFVCNEVSKGIAHVSLNSNIPVMFGVLTTENIEQAIERAGTKAGNKGFEVAVGAIEMVDLMRKIG
>NZ_CP009472|1449188:1457456|1455717_1456368_-|WP_038601294.1|DBSCAN-SWA
MFTGIIEEIGEVSRLQKREKSFKISIRASLILEDMKLGDSISTNGLCLTVSEFNQKEFTADIMPESLNRSNLGTLNVGAKVNLERAMPLNGRFGGHIVSGHIDGVGQILEVKKEENAIWYEIKTSINLMRYIVEKGSITIDGISLTVAQVKSKSFSVSVIPHTLKETIMADKKSGDTVNLENDILGKYIEKLWGDSSSSMKESSLTKEKLFNNGFL
>NZ_CP009472|1449188:1457456|1453465_1453918_-|WP_012897620.1|DBSCAN-SWA
MKKLLSLVIIVVGIVADQIFKNWIVANIQLGDTEKIWPNVLSLTYIKNDGAAWSSFSGQQWFFLVLTPIVLVVALWFLWKKMAQNWYFIGLTLIIAGALGNFIDRIRQGFVVDMFQTEFINFPIFNIADILLSVGFVLLFIAILTDKETK
>NZ_CP009472|1449188:1457456|1456367_1457456_-|WP_038601295.1|DBSCAN-SWA
MKKDEYYMDLAIVLAKKGGGNVNPNPQVGALIVKEGRIIGQGYHEKYGEAHAEINAFKDCNESPEGATLYVTLEPCAHQGKQPPCFEAIIKNRIKRVVIGHLDPNPLVSGKGIKAMREAGIEVSFNVLEKECEELNKIFFYYVSQGLPYVMMKYAMTLDGKIATSAGQSKWITGEIARQKVHQDRSRFMAIMIGVETLILDDPQLSVRLEKGKNPIRIICDTHLRSPLASKIVSTATEIPTIIATAESDPEKQAPFLKAGCEIILVSCLEGRLNLKELTKKLGEKGIDSIILEGGGTLNASALKAGIVQKVQTYIAPKIFGGKEAPSPVEGHGIEQPNQAYLLERPQITYLGEDILLESELL
>NZ_CP009472|1449188:1457456|1449188_1450145_-|WP_038601286.1|DBSCAN-SWA
MSKILYMVVPCYNEELVLDETSERLKAKYEQLISNNIISPKSRVVYVNDGSKDKTWGKIQEKHNENPMFSGINLSRNRGHQNALLAGLMTVRNLADCVISMDADLQDDINAIDEMLEKFENENCDIVYGVRDNRDTDTVFKRRTAGAFYKLMQGLGSQSVPNHADFRLMSRRALDGLAQFPEQNLFLRGMVPLVGYKSDIVYYKRGERFAGESKYPLKKMISFALDGITSTSAAPMRLIFWIGLVWFLLAIVGAIYIIIRHFINGSDVAGWASTMLAIVGFGGANLLALGVIGEYIGKIFLEVKQRPRYLIEDFINEE
>NZ_CP009472|1449188:1457456|1450147_1451770_-|WP_052053851.1|DBSCAN-SWA
MNNIVFIKYKKGFCLALMIGLFLLINGIAISLTQVWNADHIIALLLGNILLIAAYFYFVGIYKLSKKPFDSKDKNETTDKSVSKIELLTDLSVTQYYRISFWGVALLTFILPFLFMIHVPDSKHAWDYFVIFNSTTELHGQSFGLLPETASRLGYFLRYPNNQFLGILFNQVFSPFAGSVELKMWVVTAVSALLTSLGVLAGTLSVKALSGKRHALLYNVCALGFLPFYVYGAQLYSDTITLPFVSFSLLFFIYAIKSQKITQQVLWYFWATLLAVIGYEFKPTVLIVLIAVLIFLGFNKKWKQLLLLLPMFAILFVGGHFMVKATIATEPAFSQEANERRNLPMMHWIAMSWSPTNKTGGFNKKVRLYSESFPTYEAKKEADKQLFIDNLKKMGPVGVVRQIGRKLAYTWFYGDLNSSFYTYHHENKFINRYFDYLSGTSFSLDGPGNITGWFMLKAVQTLYWIGLVVLLWRQIWRILISKRNWSNPWFIPALAFVGLSFFLILWETNSRYLYQFAPVMIALASLGLIDKQFKKKKIKE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_038601286.1|1449188_1450145_-	glycosyltransferase family 2 protein	I1TED8	Salmonella_phage	1.8e-49	37.8
WP_052053851.1|1450147_1451770_-	glycosyltransferase family 39 protein	NA	NA	NA	NA
WP_003130996.1|1451909_1452353_-	divergent PAP2 family protein	NA	NA	NA	NA
WP_038601288.1|1452498_1453404_-	RluA family pseudouridine synthase	A0A2H4UV25	Bodo_saltans_virus	5.4e-11	28.2
WP_012897620.1|1453465_1453918_-	lipoprotein signal peptidase	NA	NA	NA	NA
WP_038601290.1|1454020_1454485_-	6,7-dimethyl-8-ribityllumazine synthase	A0A2H4PQS3	Staphylococcus_phage	8.2e-40	54.4
WP_038601292.1|1454512_1455709_-	bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II	A0A2H4PQS2	Staphylococcus_phage	5.0e-113	51.8
WP_038601294.1|1455717_1456368_-	riboflavin synthase	A0A2H4PQS5	Staphylococcus_phage	2.7e-41	43.9
WP_038601295.1|1456367_1457456_-	bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD	A0A1V0SE20	Indivirus	3.2e-50	38.5

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_CP009472|1464267:1475003|DBSCAN-SWA
TTTATTTTATTTTTACGCTTGCAATTTTTTCAAGATCATCAGCAATTGGATGTCCATTGCTTGTTCGATCTGATAATGATAAATCGCACAAATTGATATCATATTTCTTGCCAGTCTCACTGATAACTTCTAATACTTGTTCATCAGTTTCTTTTGTCGCTGGTGCTTTAGCTTGACTGAACAAATCTAATTCTTCGGTCAATGCTGATAAATCAGCAGTCGAATTGATTAAACCGGCTGCAAAGACGGTATGATTATTTGTCTTCAAGGTTCGTAGTACTTGAAGGCCACGGTTAGCACGTGAGGTGGCCGGAATATCATCCGTCTTGACACGTTTGATAAATGCCCGTTGAGTCAAAAGGTACCAACTATTTGAGTTAACAAAGAAGGCGGACTTAATTTTATCGCCATTTTTGAGATTCATGGCCTTGACTCCTGCAGCTCTAGCACCCAAAACTGGAACGTCGTCAAGATTAAAGCGAAGGGCATAACCATTTTCAGAAATAAGCATGAGGTCTGCAAATTGAACTGGAGTGATTAGAACAATTTCATCATCTTCTCCTTTAAGTTTAGCACATGGAGTAGATTTTGAACGATAGGTCCGCCAAGGAGAGAAACTTTCACGTTCAATTTGTTTTATTTGTCCATTTCTTGTGACGACAACTAGATTTTCACCAGCAAATTCGTCCACAATCTGAACAAAAATTACTTTCTCATCAGCTGAGAAATTAGAGAGACTTTGAGATAGATGCTCACCAATATCTTTCCAACGAATATCAGAAAGTTCATGGATTGGGCGATAAATGACATTGCCAAGATTTGTGAAAAGTAAGAGATGTTGAGTTGTTTTAGCATTGGCATAATAAAGAAGCTCATCATCATCACGTTTACCAATTTCTTCAAGTGCTGAGGAAGCAAATGAACGTGGTGAAGTGCGTTTGATGTATCCTGAACGAGTTACTGAAACTACAGTATCCTCTGCCACAATCAATTCGCTCGCTTCAATTTCAATGGTTTGAACTTCATCTTGTAATTCGCTACGGCGTGGTTTGGCAAATTTTTTCTTAACTTCACGAAGTTCGCGTTTCATTAAATTAAACAAGGTACGTTCATCATTAATAATCGCTTTAAGTTCGAGAATTTTTTGCTCTAATTCAGCTTGTTCATTTTGTAGAGTGACAATATCGGTGTTGGTCAAACGATAAAGTTGTAAAGTAACAATGGCTTCGGCTTGCTCTTCGGTAAATCCAAATGAAACTTTGATATTTTCTTTGGCATCTGCTTTATTTTCTGAAGCACGAATCGTTGCGACCACTTCATCTAAAATAGAAACCATGCGAATCAGACCTTCAACAATATGAAGTCTTTTTTCTGCTTTATTTAAATCAAATTGTGAACGTTTAACGATAACGTCTTCACGGTGTTTGACATAAGAACGGAGCATTTGTAAGACACCGGTTTGAACAGGAGTCATATTATCAATTGCAACCATGTTGAAGTTATAATTCACTTGTAAATCAGTATTTTTAAACAAGTAATTCAAAACAAGCTGGCTATCAGCTTCTTTCTTTAATTCAATTGCAATGCGAAGCCCTTCACGGTCTGACTCATCTCTGACTTCTGCAATTCCGGGCACTTTAGCATTGACACGAACATCATCAATTTTCTTGACTAAATTTGCTTTATTGAGCTCAAAAGGAATTTCAGTAACAATAAGTTGCTCACGACCGCCTTTCATTGGTTCAATATCAACTTTTGAACGAACAACGATGCGACCTTTTCCTTTTTCGTAAGCTTTTCTGATTTCGCCTTTTCCTTGAATAATCCCACCAGTAGGAAAATCTGGTCCTGGTAAGAATTCCATGATTTTTTCGACATCAACTTTAGGATGGTCAATCATATGAATGGTTGCATCGATGACTTCCCCCAAATTGTGAGGTGGAATATCTGTCGCATAACCGGCTGAAATCCCGGTTGAGCCATTGACTAAAAGATTTGGGAAAGCTGCTGGTAAAACTGTTGGTTCTTTCTCAGTATCATCAAAGTTCCAAGCTTGACTTACTGTATCTTTCTCAATATCTGCTAAAAGATAATCTGAAATTTCTGAAAGACGGGCTTCAGTATAACGCATAGCGGCTGGTGGGTCACCGTCCATTGAACCATTATTACCATGCATTTCGATTAAAGGTTCGCCCATTTTCCAGTCTTGACTCATCCGAATCATCGCTTCATAGATTGAGCTATCTCCATGTGGGTGGAAATTACCCATGACATTTCCGACTGATTTCGCTGATTTACGATAAGACTTATCAAATGTGTTTCCGTCTTTATTCATTGAATAAAGAATACGGCGTTGTACCGGTTTTAAACCATCACGGATATCAGGAAGTGCCCGCTCCTGAATGATATATTTTGAATATCGACCAAATCGGTCACCCATTATATCTTCTAATGGTAAGGTTTGAATGTTTGACATATTTTAACTTTCTTTTTAGAAAATTTGTTTACTTTTTTAATTAATTAGTTGCTAATTTATAAATAAATCTTTGATTTTTTACTGACAGTTCTCTGCTCTTGACATTCTACAATATAAAATCACTTTTTCTATTCTACCACAAAATCAAAGCGAAAAAAACTTACAAATTATTTATTGGTCAAAATTGATAAGATTGTTTATCTCTTTAAATTCTACTGACAGCTTAATTTGAAGTGAAAAAATTACTGACAGAGCTGTCAGTAAATTATTTCATCTTAGAATTTCAAAATCATATTGACATGTTTAATATCATCTTCGTAAAAGGGTTCAGAATTTTCAACAAAACCAAATGAAGCATAAAAATCACGCAAATAATACTGGGCTTCAATTGTTACTGCTTCTTCCCCATCTTCTTTAAGGACTTCTAAGGCTTTTTCAATGAGTCCTCTTCCCAAATTTTGTCCACGAAATTCAGGATTGACAAGGACACGCCCAATTGAAGCCTCTGCAAATGAAATCCCTTTGGGAAGTAGGCGACAAAGGGCCATCAGTTGACCATTTTCATTTTCTAACCAGAGGTGTTTGGCTACTTGGTCTTTGCCATCAAGCTCTTGATAAGGGCAGTTTTGCTCTACAACAAAGACAGCTGTACGCAGGCTTAAAAGTTGATACATTTCATCTAATGTAAGTTGATTAAAACTTTTTTCTTTCCAAATTGCTGTCATTTTTCTTCCTCCATAATTGTCACAAAATTGGCTTTTTGCATTTCTTTTAGAAAATCAGAATGAATTTTCACTTTCTCTGAATTATGTAAACGAATATTTAAACTCGAACCTACGGAGTATTCTCGTTCAATCGAAATTCCAAGAACTTCAAATCGTTCCCATTTTCGCTCAAGATTTTGCTGATAATAGACTAAAGCTTTGGTAATTGGTAAATTTAACTTTCTGCGAAGGCTGTCAGTAATTTCATCAGAGCTGTCACCAAATAAATCTAACTGACCGAGTTCGTCAGTAACTTCTGATTCTACTGACAGCTCAACTTCTTCAATTTTCTGTAAATATTGATAAAGTTTTGCCGTGATTAAGCAGTCGTTGAGCGCGTCATGCGAACGTAAATCATTCATTTCTAGTAGGTCTTTAAAATTTTCTAGGGCATAAGAAGACATGGTTAATAACTTTTTACTTTCTGCCAAAGTATCATAGACACGAAAAGCCTCAACATCAGTAATGGCACAATCAATAATGGCCTGATAAAGAAAAGAAATATCAAAAGGGGCATTATGAGCCACTAATAAATAACCTTTGATGAAGTCTAAAAATTCAGGTAAGATTTCTTCAATCGTTGGTTGATTTAACAAATCAGCTGGTTTTATGCCAGTCAATTGTGTGATTTCAGTTGAAACATAAGAACGTTGATTTTTTACTAACTGATTAAATCTAGCTTGCTCTTGATTATTCTCATCATATTTTACCGCTCCAATTTGAATAATTTCATTTTTTTGTGCAGAAAATCCTGTAGTTTCAAAGTCAAATACGACATATTTCTCAGACATTTTTATTCAGTTCCTCGATAATTTCTTTTGTTTTAATTAATTTCCCAAATTTTGGTACTTCGTCAGTTTTTGTTTTCTGGAAGTTTTTTAACTTTCTGTCAGCACAGGCGTCTTCAATTATCATCGCTTCAAATCCCAAATCCGCTCCCTCTCTGGCTGTTTTTAATACTCCATTACTCATAGACACACCAGAAACATAAATTTTACTGACAGAATTATTTTTCAACTCGTCAGCTAAGCCATAATCAGATTGTTTAAATGCTGACGGCTCATATTTTACTAATTGATGTAATCTTGGATTTTTATCCAATTCATCTTGCAAAATCATCCGAGAAAAAGCTTTTTTAGCTGATTGCCAAAGTATTTTTGGTTCAACAGTCACAAGATAAACTGGCTGATTTTTTTGGTCAAATGTAGCAATTAAAGCTCGATTATTTTCAATAATTTTGTCCCAGCCATAAGGAACAGCATTTTTCGCTAATTTTTTAATGAATGCTTGCAAATCAATAATAATTAAAGCTGATTTTTGCATTTTTTCTCTTTTCATTTTTTATCTTCTTTTAGAATTTCTTCCATTATATCATAGCTAATAAAATGAAACAAAGTTTCTCTTGCTAGCTTTACTGGCTTACGAATAGGCTTGTTGTTACACCTAAAGTGAGCAATAGTGATATTTACATCATAAATTAAAGTAAAAAACCTCGAAAAATCGAGGTTAATTATTAAAGAAAGTAACTTAGAATACTGTTTCTTCTTCCATTGTAAATTTCACATTATTTTCAATCCATTTACGACGAGGTTCAACTTTATCCCCCATCAGTACTGAAACCCGTTTCTCTGCTTGAGCCGCATCATCAATGGTCACTTGAATCAATGTCCGAGTTTCTGGGTCCATTGTTGTTTCCCAAAGTTGGTCAGCATTCATTTCTCCAAGTCCTTTATAACGTTGCAAATTAGCATTTTTACCAAATTGCTTGCGAAGTTCTGCTAACTCACCATCTGTCCAAGCATACTCAATTTTTTCTTTTTTGCCTTTTCCTTCACTCATTTTATAAAGTGGTGGAAGGGCAATATAGACATGACCCGCTTCAACCAATGGTTTCATATAGCGATAGAAGAAAGTCAATAAGAGCGTTTGAATGTGAGCTCCATCAGTATCGGCATCGGTCATAATAATGATTTTGTCATAATTACGGTCAGCCAAGGTAAAATCTGCCCCAACGCCAGCACCAATGGTATAAATCATTGTATTGATTTCCTCATTTTTGAGAATATCTTGCATCTTAGCTTTTTCGGTATTAATGACTTTACCACGCAAAGGCAAAATGGCTTGGAATTTACGATCTCGTCCTTGTTTAGCGGACCCTCCGGCAGAATCTCCTTCGACCAAATAAAGTTCATTTTTATTTGGATTTTTTGTTTGAGCAGGGGTTAATTTACCAGACAAAAGTCCTTTGTCTTTTTTAGATTTCTTTCCATTTCGTGAATCTTCACGCGCTTTACGAGCCGCTTCACGCGCCTCACGGGCTTTGATGGCTTTACGAATCAAATTTTGCGCTAATTCGCCATTTTCCATCAAATAGAAACTTAGTTTCTCAGAAACCAAAGAATCAACAACTGGACGAGCTAAAGGAGAACCCAATTTATCTTTGGTTTGTCCTTCAAATTGGAGATGTTCCTCAGGAATTAAAACTGACAAGACGGCTGTCAAACCTTCACGATAATCCGAACCTTCAAGATTTTTATCTTTTTCTTTGAGTAAATTGACTTTACGAGCATATTCATTCATTGCTTTCGTAATTGCCGTTTTCAAACCTGCTTCGTGCGTTCCGCCATCTTTTGTTCGGACATTATTGACGAATGAAAGAATATTTTCTGAATAGCCATCATTATATTGAAGGGCAACTTCAACTTCAAAACCGTCTTGTTTTCCTTCAAAATAAAGAACTGGAGTCAAGCTGTCTTTATCTTCATTAAGATAAGAAACGAAATCTTGAACCCCATTTTCATAATGAAATTCTTCTTTTTCATCTGTTCGTCTATCTTCAAGACTAATCGTTACTTCTTTTAAAAGAAAAGCAGACTCATTTAGTCGTTCTGAAATGATATTATATTTAAATTCAGTTGTCGAAAAAATGCTAGAATCCGGCATGAAGGTAACTTTAGTCCCTGTTTTAGATTTTGGTGCTTTTCCTATTTTTTCTAAAGTAGTCGCTGGATGTCCACCATTTTCAAAACGTTGACGATAAACAGTCCCGTCACGAGTAATTTCAACTTCTAACCAAGTCGAAAGGGCATTTACAACTGAAGATCCAACACCATGGAGTCCACCAGAAGTTTTATAACCCCCTTGACCAAATTTACCACCTGCGTGCAAAATAGTAAAAATTACTTCCACAGTTGGAATACCCATGGCGTGTTTCCCAACTGGCATTCCCCGTCCTTCATCTTCTACTGATAAAGAACCATCAGCATTAATGGTCACCGCAATTCTGTTACCAAAGCCAGATAAAGCTTCATCAACCGCATTATCTACAATTTCCCAAACCAAATGGTGCAGACCAGTTCCGTCAGTTGAGCCAATATACATTCCTGGACGTTTTCTGACAGCATCCAATCCTTCAAGAACCTGAATCGCACTGTCATCATAGTTATTAATATCTATTACCATTTATTTCCCTCTCATCGAAAGCCTATATCTTCTATCTAAATCACTATTTTTTTTATCCACAATGAGCTAATAAAAAATATTCATCTTGATTATTGTACCTTGTTCAGAAAGCTTTGTCAAAGGACTGCTGACAATTTTTTCATCTAATAGTAAGAATTTTTTCCAAAAGTAAGTGAAGATGTTTCAATATTGTCAGTAATCTTTATTAAAAATATGATATAATTGTACAGTTAAAAGAGATTATCGATTTTAAACGAAATAAACTTCGGAGAACTTATGCTTACTATTATTCTTCTCATTGCCAGCTATCTTTTAGGGGCAATTCCATTCGGCTTGTGGATTGGCAAGATTTTTTTCAAAAAAAATCTCCATGACTATGGCTCAGGAAATACTGGAACAACCAATACTTTTAGAATTCTAGGTGTAAAGGCAGGAATTTCAGTTTTTGCTTTTGACTTACTAAAGGGGACACTTGCTACTCTTTTACCCCTTTTCTTCCATATCAATGGTGTTTCACCTCTAATTTTCGGTCTTCTTGCTGTCATTGGACATACTTTTTCAATATTCGACCGCTTTAAAGGTGGAAAAGCTGTAGCAACTTCTGCTGGTGTGATTCTTGGATTTAGTCCACTCTTCTTAATTTATCTTCTTGTTGTCTTTATCATTGTCCTCTGGCTTTTTAGCATGATTAGCCTCTCTAGTGTGATAGGTGCTATATTTGCTTTATTAGGAATTCTAATTTTTCCTAGCATCGGATTTATTCTTACTTCCTACGACCTTTTATTCTCAATTATTATTTTTGTTTTAGCAATTATTATTATTTTAAGACATAGAACAAATCTCAAAAGAATCAAAAATCATTGCGAATCCCTTGTCCCATTTGGTTTAAACTTATCAAAACAAAAAGAAAAATAGCACAATATGTTGTGTTATTTTTATAATTTTACATAATTCAACACAATATCTAGTATCTTTAATTTGACTAGATATTTTTTTTACGATAAAATAAGACTATAAAAAGTTGAGAAAAAGTCAAAGACTTTTTACTCTCACTAATAAAATACGTTTGTCCTCAAAGGAGATTTAAAATGGTTACAGTCTATTCTAAAAACAATTGTATGCAATGCAAAATGGTCAAAAAATGGCTCTCAGAACATGAAATTGCCTTCGATGAAATCAATATCGATGAACAACCTGAATTTGTTGAAAAAGTGATTGAAATGGGATTTCGTGCTGCACCTGTCATTACTAAAGATGACTTTGCCTTCTCTGGTTTCCGTCCTAGCGAATTAGCAAAGTTGGCTTAATATGAAACTTGCTTATTTCAGTGTGACTGGGCAAACACGTCGCTTTGTTTCCAAAACAAACTTACCAAATGTCGAAATTAGTCCTGACGATGATATAGAAATGAATGAACCTTTTCTTTTGATAACGCCAAGTTATGCCGAAGAATCTCCAACAGTTTCTAAATCAATAGACGTTATGGACCCTGTTTTTGACTTTATGGCTTATAATGATAATTATAAACATTGTCTAGGAATTATTGGTACAGGAAATCGTAATTTTGCAGGCATTTATATTTTTACTGCTAAAGAAATTTCTGCAAAATACCAAATTCCGCTTTTATATGATTTTGAGTTTAATGGTACACCAGCCGATGTTGCTGCTGTCGAAAAACTCGCTACACAGCTTGACAAAGGAGCGAAAGTCACCTTCAAAAATCCGCTGTGATTTTATGGCTTCACCCTAATGAGTGAAGCTTCTTTATTTTTAACTTTTTATTTCTATTAATTAGTTTGAACTTATTATAATATTCGGGTTCACCCCTCTGTTTTTTATGGTTGAACGCTTTAAGAAAGGTCACTTATGTCTCTAAAACAACTTAAAGATGTAACTTATTTCAAGCTCAATAACGAGATTAACATTCCCGTTAATGGTAGCATTCCTCTTGCTAAAGATAAAGAAGCAATCACTGCTTTTTTTAAAGAAAATGTCGAACCTAATCGTTATGAAGCCGATACATATATTGATAAACTCAATTGGCTCGTTAAGGAAGAATATCTAGAAGCTGAGTTTCTTGAAAAATATAAACCAGAATTTATTACCAATCTTCGTAAAGAATTGAGTAAATTTGAATTTCATTTTGATTCATTTATGGCTGCTTACAAATTTTATAATCAATATGCCATGAAAAACAATGACGGTTCTCTCTATCTTGAAGATTTTGAAGACCGTGTGTTGATGAATGCTTTATACATGGCTGACGGCGATGAAAAATTAGCTAATAATCTTGCTTTTGCAATGATTAATCGTCGTTATCAACCTGCAACTCCGACTTTTCTAAATGCTGGACGTAAGCGTCGTGGTGAATTCGTTTCTTGTTTCCTTCTACAATTAACTGATGATATGAATTCAATTGGACGAACAATTAACTCTGCCTTGCAACTTTCTAAAAATGGTGGTGGTGTTGGTCTAAACTTGACTAATTTACGTGCTGCTGGTGCACCTATCAAAGGTTATGATGGAGTGGCAGCTGGTGTCGTTCCTGTCATGAAACTTTTTGAAGACGCCTTTTCTTATGCCAATCAATTGGGGCAACGTCAAGGTGCTGGTGTTGTTTATTTATCACTATTCCATCCAGATATTATGGAATTCTTGTCCACTAAAAAAGAAAATGCGGATGAAAAAATTCGTGTTAAAACACTCTCTCTTGGGGTTACTGTTCCTGATAAATTTTATGAATTGGTTAAAAAGGGAGAAACAATGTATCTCTTTGAGCCATATTTTGTTGAAAAATATTATGGTAAACCTTTTGCCGAAGTCGATATTACAGCTGAATATGACAAAATGGTAGCCAATCCAGAAATTCGTAAAACACCGATTAATGCCCGTGAACTTGAACAAGAACTTTCAAAACTTCAACAAGAATCTGGTTATCCTTACATCGTAAATGTTGACACAGTCAATCAAGCTAACCCTGTTGATGGTGTCATTTCAATGTCTAACCTTTGTTCTGAAATTTTGCAAGTCCAAACGCCTTCTGTTTTGAACGATGACCAAACTTATAAGGTTGTTGGAACTGACGTCGCTTGTAATTTGGGTTCAACTAATGTTTTGAATATGATGACTTCTAGCAATGAATTTGGAACTTCTATTGAAGCAATGGTTCGTGCTTTAACCTTCATCTCTGAAACTTCAAACCTCGATACTGTTCCAACTGTTCGTAAAGGTAATGATGAAATGCATGCGATTGGGCTTGGAGCAATGGGCTTACATTCTTTCTTAGCACAAAATCAAATTCATTATGACAGCAAAGAAGCCGTTGAATTTACTAGTGTTTATTTCATGTTGTTGAACTATTATACTTTAGTAGCTTCAAATAAATTAGCTGTTGAAAAAGGGTCTAGCTTCAAGAATTTTGAAAAATCTGCCTATGCTGATGGTTCTTATTTTGATAAATATTTAACACATGATTATTTTGCAGCTGTCTCTCCTAAAGTTCAAGAACTTTTCAAAGGAATTGCTGTTCCAACAATCGAGGATTGGACTGCTTTACGTGAGACAGTAAAAACTTCTGGACTCTATAATTCATATCGTATGGCTGTGGCTCCAAATGGTTCTATTTCTTATATCAATGACTGTTCTTCTTCTATTCACCCAATTGTTAATCGCATTGAAGAACGTCAAGAAAAGAAAGTTGGGAAAATTTATTATCCAGCTGCTGGACTTGCCACTGAAACAATTCCTTATTACAAATCAGCTTATGATACAGATATGCGCGCAGTAATTGACGTTTATGCAGCTGCTACAGAACATGTTGACCAAGGTTTGTCACTCACTTTATTTATGCGTTCAACTTTACCTGAAGGTCTCTATGAATGGAAAGTGGCAAATAGTAAAATGACGACTCGTGACTTGTCTATTTTGCGTAACTATGCTTACAAAAAAGGAATCAAAACAATTTACTACATTCGTACATTTACTGACGACCAAGAAGAAGTCGGTGCCAACCAATGTGAAAGTTGCGTTATTTAA

Protein sequences of DBSCAN-SWA_5

>NZ_CP009472|1464267:1475003|1471244_1471883_+|WP_038601309.1|DBSCAN-SWA
MLTIILLIASYLLGAIPFGLWIGKIFFKKNLHDYGSGNTGTTNTFRILGVKAGISVFAFDLLKGTLATLLPLFFHINGVSPLIFGLLAVIGHTFSIFDRFKGGKAVATSAGVILGFSPLFLIYLLVVFIIVLWLFSMISLSSVIGAIFALLGILIFPSIGFILTSYDLLFSIIIFVLAIIIILRHRTNLKRIKNHCESLVPFGLNLSKQKEK
>NZ_CP009472|1464267:1475003|1472834_1475003_+|WP_038601312.1|DBSCAN-SWA
MSLKQLKDVTYFKLNNEINIPVNGSIPLAKDKEAITAFFKENVEPNRYEADTYIDKLNWLVKEEYLEAEFLEKYKPEFITNLRKELSKFEFHFDSFMAAYKFYNQYAMKNNDGSLYLEDFEDRVLMNALYMADGDEKLANNLAFAMINRRYQPATPTFLNAGRKRRGEFVSCFLLQLTDDMNSIGRTINSALQLSKNGGGVGLNLTNLRAAGAPIKGYDGVAAGVVPVMKLFEDAFSYANQLGQRQGAGVVYLSLFHPDIMEFLSTKKENADEKIRVKTLSLGVTVPDKFYELVKKGETMYLFEPYFVEKYYGKPFAEVDITAEYDKMVANPEIRKTPINARELEQELSKLQQESGYPYIVNVDTVNQANPVDGVISMSNLCSEILQVQTPSVLNDDQTYKVVGTDVACNLGSTNVLNMMTSSNEFGTSIEAMVRALTFISETSNLDTVPTVRKGNDEMHAIGLGAMGLHSFLAQNQIHYDSKEAVEFTSVYFMLLNYYTLVASNKLAVEKGSSFKNFEKSAYADGSYFDKYLTHDYFAAVSPKVQELFKGIAVPTIEDWTALRETVKTSGLYNSYRMAVAPNGSISYINDCSSSIHPIVNRIEERQEKKVGKIYYPAAGLATETIPYYKSAYDTDMRAVIDVYAAATEHVDQGLSLTLFMRSTLPEGLYEWKVANSKMTTRDLSILRNYAYKKGIKTIYYIRTFTDDQEEVGANQCESCVI
>NZ_CP009472|1464267:1475003|1467463_1468297_-|WP_038601305.1|DBSCAN-SWA
MSEKYVVFDFETTGFSAQKNEIIQIGAVKYDENNQEQARFNQLVKNQRSYVSTEITQLTGIKPADLLNQPTIEEILPEFLDFIKGYLLVAHNAPFDISFLYQAIIDCAITDVEAFRVYDTLAESKKLLTMSSYALENFKDLLEMNDLRSHDALNDCLITAKLYQYLQKIEEVELSVESEVTDELGQLDLFGDSSDEITDSLRRKLNLPITKALVYYQQNLERKWERFEVLGISIEREYSVGSSLNIRLHNSEKVKIHSDFLKEMQKANFVTIMEEEK
>NZ_CP009472|1464267:1475003|1467017_1467467_-|WP_003130977.1|DBSCAN-SWA
MTAIWKEKSFNQLTLDEMYQLLSLRTAVFVVEQNCPYQELDGKDQVAKHLWLENENGQLMALCRLLPKGISFAEASIGRVLVNPEFRGQNLGRGLIEKALEVLKEDGEEAVTIEAQYYLRDFYASFGFVENSEPFYEDDIKHVNMILKF
>NZ_CP009472|1464267:1475003|1472056_1472275_+|WP_012897612.1|DBSCAN-SWA
MVTVYSKNNCMQCKMVKKWLSEHEIAFDEINIDEQPEFVEKVIEMGFRAAPVITKDDFAFSGFRPSELAKLA
>NZ_CP009472|1464267:1475003|1464267_1466742_-|WP_038601303.1|DBSCAN-SWA
MSNIQTLPLEDIMGDRFGRYSKYIIQERALPDIRDGLKPVQRRILYSMNKDGNTFDKSYRKSAKSVGNVMGNFHPHGDSSIYEAMIRMSQDWKMGEPLIEMHGNNGSMDGDPPAAMRYTEARLSEISDYLLADIEKDTVSQAWNFDDTEKEPTVLPAAFPNLLVNGSTGISAGYATDIPPHNLGEVIDATIHMIDHPKVDVEKIMEFLPGPDFPTGGIIQGKGEIRKAYEKGKGRIVVRSKVDIEPMKGGREQLIVTEIPFELNKANLVKKIDDVRVNAKVPGIAEVRDESDREGLRIAIELKKEADSQLVLNYLFKNTDLQVNYNFNMVAIDNMTPVQTGVLQMLRSYVKHREDVIVKRSQFDLNKAEKRLHIVEGLIRMVSILDEVVATIRASENKADAKENIKVSFGFTEEQAEAIVTLQLYRLTNTDIVTLQNEQAELEQKILELKAIINDERTLFNLMKRELREVKKKFAKPRRSELQDEVQTIEIEASELIVAEDTVVSVTRSGYIKRTSPRSFASSALEEIGKRDDDELLYYANAKTTQHLLLFTNLGNVIYRPIHELSDIRWKDIGEHLSQSLSNFSADEKVIFVQIVDEFAGENLVVVTRNGQIKQIERESFSPWRTYRSKSTPCAKLKGEDDEIVLITPVQFADLMLISENGYALRFNLDDVPVLGARAAGVKAMNLKNGDKIKSAFFVNSNSWYLLTQRAFIKRVKTDDIPATSRANRGLQVLRTLKTNNHTVFAAGLINSTADLSALTEELDLFSQAKAPATKETDEQVLEVISETGKKYDINLCDLSLSDRTSNGHPIADDLEKIASVKIK
>NZ_CP009472|1464267:1475003|1469033_1470968_-|WP_038601307.1|DBSCAN-SWA
MVIDINNYDDSAIQVLEGLDAVRKRPGMYIGSTDGTGLHHLVWEIVDNAVDEALSGFGNRIAVTINADGSLSVEDEGRGMPVGKHAMGIPTVEVIFTILHAGGKFGQGGYKTSGGLHGVGSSVVNALSTWLEVEITRDGTVYRQRFENGGHPATTLEKIGKAPKSKTGTKVTFMPDSSIFSTTEFKYNIISERLNESAFLLKEVTISLEDRRTDEKEEFHYENGVQDFVSYLNEDKDSLTPVLYFEGKQDGFEVEVALQYNDGYSENILSFVNNVRTKDGGTHEAGLKTAITKAMNEYARKVNLLKEKDKNLEGSDYREGLTAVLSVLIPEEHLQFEGQTKDKLGSPLARPVVDSLVSEKLSFYLMENGELAQNLIRKAIKAREAREAARKAREDSRNGKKSKKDKGLLSGKLTPAQTKNPNKNELYLVEGDSAGGSAKQGRDRKFQAILPLRGKVINTEKAKMQDILKNEEINTMIYTIGAGVGADFTLADRNYDKIIIMTDADTDGAHIQTLLLTFFYRYMKPLVEAGHVYIALPPLYKMSEGKGKKEKIEYAWTDGELAELRKQFGKNANLQRYKGLGEMNADQLWETTMDPETRTLIQVTIDDAAQAEKRVSVLMGDKVEPRRKWIENNVKFTMEEETVF
>NZ_CP009472|1464267:1475003|1472276_1472699_+|WP_029343796.1|DBSCAN-SWA
MKLAYFSVTGQTRRFVSKTNLPNVEISPDDDIEMNEPFLLITPSYAEESPTVSKSIDVMDPVFDFMAYNDNYKHCLGIIGTGNRNFAGIYIFTAKEISAKYQIPLLYDFEFNGTPADVAAVEKLATQLDKGAKVTFKNPL
>NZ_CP009472|1464267:1475003|1468289_1468829_-|WP_038602869.1|DBSCAN-SWA
MQKSALIIIDLQAFIKKLAKNAVPYGWDKIIENNRALIATFDQKNQPVYLVTVEPKILWQSAKKAFSRMILQDELDKNPRLHQLVKYEPSAFKQSDYGLADELKNNSVSKIYVSGVSMSNGVLKTAREGADLGFEAMIIEDACADRKLKNFQKTKTDEVPKFGKLIKTKEIIEELNKNV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_038601303.1|1464267_1466742_-	DNA topoisomerase IV subunit A	G3M9Z5	Bacillus_virus	1.6e-97	32.2
WP_003130977.1|1467017_1467467_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_038601305.1|1467463_1468297_-	3'-5' exonuclease	A0A0K2SUJ2	Clostridium_phage	1.1e-21	40.0
WP_038602869.1|1468289_1468829_-	cysteine hydrolase family protein	NA	NA	NA	NA
WP_038601307.1|1469033_1470968_-	DNA topoisomerase IV subunit B	G3M9Z3	Bacillus_virus	1.4e-125	43.5
WP_038601309.1|1471244_1471883_+	glycerol-3-phosphate 1-O-acyltransferase PlsY	NA	NA	NA	NA
WP_012897612.1|1472056_1472275_+	redoxin NrdH	C3U2K9	Lactococcus_phage	7.6e-12	47.6
WP_029343796.1|1472276_1472699_+	class Ib ribonucleoside-diphosphate reductase assembly flavoprotein NrdI	A0A142F1R4	Bacillus_phage	1.7e-12	38.1
WP_038601312.1|1472834_1475003_+	class 1b ribonucleoside-diphosphate reductase subunit alpha	A8E2R1	Enterococcus_phage	1.1e-256	61.0

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NZ_CP009472|1830807:1840665|DBSCAN-SWA
TTTATCCAAATTTACCAGAAATATAATCAGAAGTTTCTTGTTTTTCTGGATTTAAGAAAATACTTTTCGTATCATTATACTCAATCAGGTTTCCGTCTAACATAAAGGCGGTACGATCTGAAATTCGTGATGCTTGTTGCATACTATGTGTAACAATCGCGATTGTATAATCTTTTTTAAGTTCAAGCATGGTTTCTTCGACACGAGCCGCTGAAATTGGGTCAAGGGCTGATGTGGGTTCGTCCATTAGGATAATTTCAGGATTGACAGCAAGGACACGTGCGATACAAACCCTTTGTTGTTGCCCACCTGAAAGTCCAAGTGCTGAACTGTGCAAAATATCCTTGACTTCATCCCAAATATTGGCTGCTTTGAGTGAATTTTCCACCACTTCATCAAGAAGTGCTTTATCTTTCACTCCTTTTAAACGCAATCCATAAACCACATTTTCATAAATTGAAAATGGAAAAGGATTGGGTTGTTGGAAAACCATGCCAATTTCTTTACGTAAATCCACAGTATCAACTTTAGGACTGTAAATATTTTTACCTTTATAATCAATGGCTCCAGTAATTGTTACTGTCGGAATCAAATCATTCATTCGATTGATTGAACGTAAAAGCGTTGATTTTCCACATCCTGATGGACCAATGAGCGCTGTAATTTCATTCTTATAGAATGTCATGTTTATCGTATTCAACGCTTTTTTCTTGCTGTAATAAAGCGATAAGTCGCTGACGGTTAAAACTGCTTCTTTTTCCATATTTTACCTTTTTATAAGTTACTGATAGAACTACTAGCACATTCCTAATGTACTAAAGTACAAACGACTGTCCTATGACGGACAAGTTTTTCGACAAATCAAGAATCCGTCAGTAGTTTTTTTACTGACAAAAATTCCGTCAGTAATTTTAAACTTTATTTTCTCTTAACCAAAGTGACCAGAAACATAATCTTCTGTTGATTGCAAACTAGGTTGAGTAAAAATTGTGCTTGTTTTATCATACTCAATCAAATCTCCTGAATAGAAGAAAGCTGTATTGTCAGAGGCCCGAGAAGCCTGAGCCATATTGTGAGTCACAATGATAATCGTATAATTTTCTTTAAGTTCCATCATTGTTTCTTCAATTTGCATTGTCGAAATTGGGTCAAGAGCTGACGCTGGTTCATCCATCAAAATAATTTCTGGTTTTACTGACAATGCTCTTGCAATACATAAGCGCTGTGCTTGTCCACCGGACATGGCAAGTGCGGATTGATTAAGATTATCTTTTACTTGATCCCACAAAGCAGCTTGCTTCAATGAAGTTTCAACAATCTCATCCAGTTTTTTCCTGTCTCTCACACCATCACGACGATGAATGAAGGCAATATTTTCATAAATTGATTTTGGAAATGGATTAGGTCTTTGGAAAACCATCCCAATTTGCTTACGAACTTCAAAAACATTCACTTTATTTTCGTTAATATTGACCCCTTCATAATTGATTTCGCCAGTCACCCGAGCACCATCAATCGTGTCATTCATGCGATTCAAAGCACGTAAATAGGTTGATTTACCAGAACCTGAAGGGCCAATAAGTGCTGTGATTTCATTTTTAGGAAAAGACATTGTCACGCCATGGATTGCTTCTTTTGTTCCGTTATAGAACACACGCAAATCATTTGTTGATAATGCGATTTCTTCTTTCTCAGGCACCATAATTTTGCGCTGAGACCAGTCATATGTTGTTGCCATAATTATTCTTTCTCTATAAAATCTTTGATTTTCTTAGTTAGAAGATGTTAACTTCTTGTGAATTCGATTTCCAAGGAAACGTGCCCCCAAGTTAAAGAGGAGAACAAAGATAATCAATACTGCTGAAGCTCCTGCAGAAATTTGTTGTGCTGTTGAAATTGTTCCTTCGGTATTAAGTGCCCAGATATGAACAGCCAAAGTTTCAGCTGGTCTGAAAAGTGAGAGTGGCGAAGTCAAGCTCATCGGATTCCAGTTTGCCCAGTTGATTGGTAGGTTCGTTTGTCCAGCAGTGTAAATCAAAGCCGCAGCTTCACCAAAAACACGTCCTGAAGATAAGATAACCCCAGTAATGATTCCGGGCACAGCAGCTGGTAAAATGACTTGTGTTGCCGTTTCCCAACGTGACATTCCGAGTGCCAAACCACCTTCACGTTGTGAAGTTGGAATTGCTCGAAGTGATTCTTCAACATTCCGAGTCATCAATGGTAAGTTGAAAACAGTCAGTGCCAAGGCACCTGATAGAACTGAGAAACCAAGACCAAATTGTAATACGAAAATTAACATCCCGAAAAGTCCAACAACGATTGAAGGAAGTGAAGATAAAACTTCAATAGCTGAGCGAACAACACCAGTTAACCAATGTTTTTGATTCGCATACTCAGACAGATAAATTCCTGCGCCAAGTGATAAAGGAACAGAAATAATCAAAGTGACAATCAAAAGATAAACAGAGTTAAAAAGTTGGACTGCAATCCCACCACCTGTCAATGGATTTGACGCGGTGATGATAAATTTAGGATCTTTAAAGATAACTGGCAAACCTTTAATTAAAATATAAGCCAGTAAAAAAGCGAGGATAAGAACAATGATGCCAGAAAGGACGTAAAGGACACCAGTGGCAATCTTGTCAGAGCGTTTAGCGTTCATTATTTAAGACTTCCTTTCTTAGCAATAGCACGCATTGCGAGGTTGAAAAAGAGTGACATAATCAAAAGGAGTAAGGCAAGTGACCAAAGTGCATTCAATTGAATACCAGGTGTTGCATTTGGAATTCCTGATGTCAAGATTGAAGTCAAGGTTGAAGCTGGTGAAATCAAATCTTTTGGCATCATTACAGCATTACCTACCACCATTTGAATAGCAAGAGCTTCACCAAAAGCACGCGCCATTCCAAAGATAACAGCGGTCAAAATCCCTGGTGTTGCGGCTCTTAGAAGAACACGCCAAATTGTTTGCCAACGCGTTGCACCAAGTCCGAGTGACGCTTCTTTATAATAAGAAGGGACAGCTTTCATAGCATCCACAGTCATTGAAGTTACGGTTGGTAAAATCATGACAAAGAGTACAAACACACCTGACAAGAGACCCAAACCAGTTCCACCAAAAACATTACGAATGGCTGGAACAACAACAGTCAAACCAATGAAACCATAAACAACTGATGGAATACCAACAAGGAGTTCAATGACAGGTTGCAAAATTTTCTTACCATATTTTGGTGAAATTTCTGTCATATAAATTCCCGCACCAATCGCAAATGGAGTGGCAACAATGGCTGAAAGTACAGTAACAATCAATGACCCCGTGAACATTGGCAATGCGCCAACTGCAGGTTTACCGTCAGGGCCAAGATTACCTGGTGACCAATTTGTTCCAAAAAGGAAACGGAAAGGATTAACACCATCTGAATAGAAAGTTGACAGACCTTTTTGAGCAACAAAGACAAGAATTGCACCTACAACGAAGACAATAAGGGCAATACATAAGAAAGTTAAACTCTTACCAAATTTTTCAAGTCTTGAATTTTTATTGCTTGAAAGCAATTTTTCTTTGATTTTTGAATTTTCCATAGGGACCTAACTATTTTTGTTAATTTGCATCTATCTGATTAATGCAAATGAAGTTATTGATTAAACTTATTTTGACTAATTTTTTTACTGACGGAGGATAAGTTTAATTTCCATCAGTAATTATTTAATTTTTTCAACATTTCCTTTAGCATCACGGTCAACCTTCATTTCAGAAACACGGATATAACCAAGCTGCTCTAGGGTTTTCTTATCATTTTGAACATATTTGATAAATTTATTTTCGATTGTGTTTTTACGAGATTTGTTGGTGTACATATGCTCATATGACCAAATTTTCCATGCATTAGTTTTTACATTGTCATAAGTTGGCGCAACACCATCAACATTAACCGCCTTTACACCGGGTTTATTAGTGTAACTGAAAGCAACATATGAAATAGCCCCTGGCGTTTGCCCAACTAATTGAACAACAGAACCTGAAGCATCTTGGGTTGGACCATTCACTTCTGTGGCACCATTCAAAGCATATTTATCAAAATTTACTCGCGTTCCTGAACCAGCAGTACGACCAATGACCGTAATTTTTTGGTCTTGACCTCCTACTTCTTTCCAGTTGGTAATTTTACCAGTGAAAATATCAATCAGTTCTTGTTGAGTCAAATTTGAAACTTTTAACTTTTTGTTGATAATTGGTGCAAAACCAATGACAGCAACTTTATGGTCAATAATTTTATCCACTGCTATTCCTGATTTTTCTTCAGCGAAAATATCAGAATTCCCAATCTGGAAAGAACCAGCCGCAACTTGAGCCAATCCGACACCAGAACCACCACCTTGAACCATAATAATTTCATCAGGATTTTGCTTCATATATGCCATAGAAGCATGTTCAACCATGGGTTGCAAGGCAGTTGACCCACCTGCTGTGACCTGTTTATTTCCAGAACCACAAGCTGCCAATGCAAATAAACTCACACTGGCCATCAAAGCAATAAAAATTTTCTTCTTCATAGCTTAATTATACCATAATGGCCTATCAATGAGCGGTTGATGATAGCGTTCTTATGTAAATGTTTTGTAAATAATACGGGAAAATGCCCAACTCTGAAAAAGAGTGAGCAATTTCCTGTCTTTTAGGGAAAGAATTATGAAGAAAAATTTAAAGATCGTCTCTCATCAGTTCATCCTGTTTATGTTCACTGATAAAATTTTTATAAAAAAGGAGTCAAAATTTAAAATTTTAATTTATGAAGAAGAAAATTTTTATTGCTTTGAATCCGATGGTTATAAACTAATTTATTAATTGTTAAATTTACTGACAGACATTGATTATTCTGAAATTGACTTACTGTCAGTATTATTTTTTAGTGATATTTCCGTCAGCATCACGTTCAACTTTCATGTCACTGATTGGAATGTATCCCAATTTTTTGATATCTTTGTTGTTTTCTGCCACATATTTAATGAAAGCTTTATCTGCTGCAGTTTCTTTCTTAGTATTGGTGTACATATGTTCGTAAGACCAAACTTTGTAGTCATTAGTTACAACATTTGCTTCTGTTGGCTCAACACCATCAATTGAAATATCTTTGATGTCTTTACTTGTATCAACATAAGAAAGTGCCACATATGAAATCGCTCCTGGTGTTTGACCTACCATTTGAACAACTGAACCTGAAGCATCTTGTGTTGGACCTTTAACCTCTGTTGCTCCACCAAGTGCAAATTTATCAAAGTTTACGCGAGTTCCAGAACCCTCAGTCCGTCCGATAACCGTAATTTTTTGGTCTGAACCGCCCACATCTTTCCAGTTTGTCACCTTACCTGTGAAGACATCTTGCAATTGTTGAGAAGTTAAGTTTTTAACATCAATTTTTGCGTTAACAATCGGTGCAAAACCAACAACCGCTACTTTATGGTCAGTAATTGCAGAAGCATCAATTCCTGATTTTTCTTCAGCGAAAATATCAGAGTTCCCAATTTGGAAAGAACCAGCTGCAACTTGTGTCAAACCAACACCAGAACCACCACCTTGCACAGTCACTTGAACACCAGTATTTTTTGCCATAAATTCTGTTGATGATTGTTGTGCTAATGGTTGAAGAGCAGTTGAACCTCCAGCAATAATTTTTCCTGACAGAGCTTTATCAGAAGAACTTGAGCTACTAGATGATGAGCCGTTTGATGAACCACAAGCTGCCAAAGTTAACAATGCACCAGCAGTAATAAGACCAACAAGAATTTTCTTTTTCATGAGAAGTTTCTCCAATTAATTTCTAAATAAGTTGTTAAGCGTTTTTGCTTACAAAACTATTTTATCATCGAAAGAAGGCACTAGGTGTAAACACTTAGTAAATACAAGGTAAATGGATTGTAAACGATATTTTTATCTTGAAAACTTTTTTACTGACGGTAAATCTGTCAATAAAATATGACAAAAAAGGCATATTTTAGCTGTAAATAAAAGAATTATTAGCAAGCTGACAATTCTGTCAGTAAAAAAATCACTGACAGATTTATCAGTGATTTCTTTAACGGTTGTAAGCTTTAATTTGTCTTGCAATATCCCGATTTTGTTCTTTACGTTTGAGCGTTTCACGTTTATCGTAATCTTTCTTACCACGGGCAAGCCCCATCAAAACCTTAGCAAAGCCATTTTTCAAATAAACTTTTAAAGGAATAAAAGTAATTCCTGTCCCTGATAATTCCTTATCAATCTTAGCAATTTCCTTTTTATTTAGTAATAGTTTTCGCGTACGTAATTCTTCAACATTAAAAATATTGCCCTGCTCAAAAGGAGCAATATGAACATTTGATAACCAAACTTCTCCATTACGAACTCTGGCAAATCCATCTTTTAATTGAATTTTTGCCTGACGAACAGACTTAATCTCCGTTCCTGTCAGCACAATTCCTGCTTCAAAAGTTTCGTAAATTTCATAATCATGCCGAGCCTTTTTGTTCTGAGCTAAAGGCTTATCTTCTGTATTTTTTACCATGCCCTCATTTTACCACAAAATGAACATTTATTTAAGGATTTTTAATGACAGATAAAATCTCTCTGACCAACAACTCATAAGCCCTTGATGTAAAATGTAAACCATCAGCTCTCAACAAATTTTTAGGATTTTCAGAGCTCTTCATTATCTGAAAAATATCAATCACCTTAAGCGATTTTTCTTTGCCTAAATTTAATGTGACTTCTCTAAAAAGTTCAACCTCGGAAAGCTTACTATAATGTGTCGGTTCATCATCATTATAAAAAGGAGGAGTAATTAGAACCGTTCTTTCTACACCCAACTGCGCAATCATTTTTAATAAATTTTCGCGAAATTCTGCCGGTCGAATCAAATGATAAGGTGAAGCATCATTTGCCCCAAAGAAAATAAAATTTAAGTCCGCTTCTTCCTCTAGAACGTATTTTAGACGTAGAAGTCCACCATAAGTATCATCTCCATTAATTCCATGAAGTACCACTTTCAGCTTGGGCTCATTTTTCTCAATTAATCTTGCAATAACATTTGACGAACCCCCTTCATCCATTCCAAAACCATTGGTAATTGAATCTCCAAAAATTGTAATCTTCATTTTAGGCATCTCTTTCAAGTATTTTCATCATTTTACCATAAAAATTTACTGACTCATATCCAGAAAATAAAAAATATCGTAGAAATCTACGATATTTATCTTTTTAGGCTAATTTTTCAGCAACTGCGGCCAAAAGTTCAGGAATTCCTGCTGCTTTTGAACCACCAGCCATGGCCATATCTGGTTTTCCACCACCACGACCCTCAACAAAAGGTGCTAATTCTTTAACTAAATTACCCGCTTTTACATCTGATGACTTAGAAGCCACTAAAAGACTTACTTTTTCACCAATTTTAGCAACTAAAACAAGAACATCTGAGAGCTCTTTTTGTTTCCAAATATCTGCCAAATTACGCAAACCATTAGCGTCAGGAACAGTTACTTCACTGGCGATAAAGTTGAGAGAACCAGCTGTTTGCACATTTTTGAAAATTTCATCTGATTGACTTGCTGCAAGTTTTCCAGCCAAAGCATCATTTTCTTTTTGAGCTGTTTTAAGCTCATCTTGTAAGCTAGTAACTTTTGCTAAAACTTGTGAAGTTTGCGGCGCTTTAACCATTGTTGCTACTTCATTCAAAGTATTTTCAGCATCTTTAAAGGCTTCATAAGCTTTTTGCCCCGTCACAGCAATAATCCGACGAACACCAGAACCAATTCCTTCTTCTTTAACAATCTTGAATAAACCAATTTCAGAAGTGGTTTGTGTATGTGTTCCACCACAAAGTTCGATAGAGTAGTCACCAATTTTTACAACGCGAACGTTTTTCCCATATTTCTCACCAAAGAGGGCCATCGCTCCCATTTCTTTGGCTGTAGCAATATCAGTTTCAACTGTTTCAACTTTTAATGATTGCCAAATTACTTCATTAACTTGACGTTCAATCTCAGCCAATTCTTCTTTAGTCACTTGTGCAAAGTGCGTAAAGTCAAAACGTAAGAATTCAACCTCATTAAGTGAACCTGCTTGTAGCGCATGATTCCCAACAATATTATGCAAAGCAGCATGAAGCAAGTGAGTTGCTGTATGATTTTTCACAACAGCAGCTCGGCGTTCTTTGTCAATCTCTAAAGTATAGCTTTCACCAACTTTAAGTGGTGAAAGAGTTTCAACAGAATGAAGATTTTGGCCATGAGGCGCATGTTGTACATCTAATACATTAGCCACAACTTGACCCTCAGCATCTTTAATTACTCCATGGTCAGCCACTTGACCACCCATTTCAGCATAAAAAGGAGTCACATCAAAAACAAGTTGAGCTTTCCCAGAAACTTCATCAACAATTTCATCGTCTTGTATCGCTACCAGTAATTTTCCTTGAGCAGTCTTATCTTCATAAAGGAATTCTGATTCTACTTCGATAGATGACAAGGTTTCATTTTGAGCGCCCATTGAACCACCTTTGACAACAGCAGCACGTGCACGCTCTTGTTGAGCTTTCATGGCTACTTTGAATCCTTCGTGGTCAATTTTGAACCCTTCATCTTCTGCCAATTCTTCTGTCAATTCCACAGGGAAACCATAAGTATCGTAGAGGCGGAAAATATCTGCCCCTTCAAGTCTATCTTTTCCTTCAGATTTAAGATTTACCAAAAGTTCATCAATCAATTTTTGACCCGCATCAATCGTGCGGTTGAAAGTTTCTTCTTCACGATCAATAATTTGCATGATGAAATCTTGTTTTTCAAGCACTTCTGGATAATAGGATTGCATGATTTTTCCAACAGTCGGAACGAGTGAAGCTAAGAATTTCCCTTGAATTCCCAATTTTTTACCATGCATAACTGCGCGACGAAGTAAGCGACGTAAAACATAACCACGTCCTTCATTCCCTGGCAAAGCACCATCACCAATAGCAAATGAGAGTGAGCGAATATGGTCAGCAATCACTTTGAAACTCATATTTTCGCTGTCTGGACTATATGTTTTTCCAGATAGTTTTTCAATTTCACGAATGATTGGTAAGAATAAGTCTGTATCAAAGTTTGTTTTTCCACCTTGAATAATGCAAACCATTCGTTCAAGTCCCATCCCCGTATCAATATTTTTTTGTGGCAATTCAGGATATTCTGAACGAGGGATTGATGGATCGGCATTAAATTGTGAAAGAACAATGTTCCAGATTTCAATATAACGGTCATTTTCAATGTCTTCTGCCAACAATTTTAAGCCCACATGTTCTGGATCATAAACTTCTCCACGGTCAAAGAAAATTTCTGTGTCTGGACCAGAAGGACCAGCACCAATTTCCCAAAAGTTGTCTTCAATTGGCACAAGATGTGTTGGGTCTACCCCAACCTCAACCCAACGATTATAAGTATCCTTATCAGCTGGGTAATAAGTGATGTAAAGTTTTTCTGCTGGGAATTCAAACCATTCAGAACTTGTCAATAATTCCCAAGCAAAAGCAATCGCTTCTTTACGGAAATAATCACCAATTGAAAAGTTACCGAGCATTTCAAACATCGTATGGTGACGTGCTGTTTTACCAACATTCTCAATATCATTTGTCCGGATAGCCTTTTGAGCATTAGTCAATCTAGGATTTTCCGGCACTACTGAACCATCAAAATATTTTTTTAGCGTTGCCACTCCTGAATTTATCCAAAGCAAAGTTGGGTCATTTACAGGAACAAGACTTTGAGAAGGTTCAACAGTGTGACCTTTTGATTTGAAAAAGTCGAGGAACATTTGGCGAACTTCTGCGGAAGTCATGGTTTTCAT

Protein sequences of DBSCAN-SWA_6

>NZ_CP009472|1830807:1840665|1835712_1836609_-|WP_003130880.1|DBSCAN-SWA
MKKKILVGLITAGALLTLAACGSSNGSSSSSSSSSDKALSGKIIAGGSTALQPLAQQSSTEFMAKNTGVQVTVQGGGSGVGLTQVAAGSFQIGNSDIFAEEKSGIDASAITDHKVAVVGFAPIVNAKIDVKNLTSQQLQDVFTGKVTNWKDVGGSDQKITVIGRTEGSGTRVNFDKFALGGATEVKGPTQDASGSVVQMVGQTPGAISYVALSYVDTSKDIKDISIDGVEPTEANVVTNDYKVWSYEHMYTNTKKETAADKAFIKYVAENNKDIKKLGYIPISDMKVERDADGNITKK
>NZ_CP009472|1830807:1840665|1838046_1840665_-|WP_038601726.1|tRNA|DBSCAN-SWA
MKTMTSAEVRQMFLDFFKSKGHTVEPSQSLVPVNDPTLLWINSGVATLKKYFDGSVVPENPRLTNAQKAIRTNDIENVGKTARHHTMFEMLGNFSIGDYFRKEAIAFAWELLTSSEWFEFPAEKLYITYYPADKDTYNRWVEVGVDPTHLVPIEDNFWEIGAGPSGPDTEIFFDRGEVYDPEHVGLKLLAEDIENDRYIEIWNIVLSQFNADPSIPRSEYPELPQKNIDTGMGLERMVCIIQGGKTNFDTDLFLPIIREIEKLSGKTYSPDSENMSFKVIADHIRSLSFAIGDGALPGNEGRGYVLRRLLRRAVMHGKKLGIQGKFLASLVPTVGKIMQSYYPEVLEKQDFIMQIIDREEETFNRTIDAGQKLIDELLVNLKSEGKDRLEGADIFRLYDTYGFPVELTEELAEDEGFKIDHEGFKVAMKAQQERARAAVVKGGSMGAQNETLSSIEVESEFLYEDKTAQGKLLVAIQDDEIVDEVSGKAQLVFDVTPFYAEMGGQVADHGVIKDAEGQVVANVLDVQHAPHGQNLHSVETLSPLKVGESYTLEIDKERRAAVVKNHTATHLLHAALHNIVGNHALQAGSLNEVEFLRFDFTHFAQVTKEELAEIERQVNEVIWQSLKVETVETDIATAKEMGAMALFGEKYGKNVRVVKIGDYSIELCGGTHTQTTSEIGLFKIVKEEGIGSGVRRIIAVTGQKAYEAFKDAENTLNEVATMVKAPQTSQVLAKVTSLQDELKTAQKENDALAGKLAASQSDEIFKNVQTAGSLNFIASEVTVPDANGLRNLADIWKQKELSDVLVLVAKIGEKVSLLVASKSSDVKAGNLVKELAPFVEGRGGGKPDMAMAGGSKAAGIPELLAAVAEKLA
>NZ_CP009472|1830807:1840665|1837385_1837943_-|WP_038601724.1|DBSCAN-SWA
MKITIFGDSITNGFGMDEGGSSNVIARLIEKNEPKLKVVLHGINGDDTYGGLLRLKYVLEEEADLNFIFFGANDASPYHLIRPAEFRENLLKMIAQLGVERTVLITPPFYNDDEPTHYSKLSEVELFREVTLNLGKEKSLKVIDIFQIMKSSENPKNLLRADGLHFTSRAYELLVREILSVIKNP
>NZ_CP009472|1830807:1840665|1833470_1834394_-|WP_038601722.1|DBSCAN-SWA
MENSKIKEKLLSSNKNSRLEKFGKSLTFLCIALIVFVVGAILVFVAQKGLSTFYSDGVNPFRFLFGTNWSPGNLGPDGKPAVGALPMFTGSLIVTVLSAIVATPFAIGAGIYMTEISPKYGKKILQPVIELLVGIPSVVYGFIGLTVVVPAIRNVFGGTGLGLLSGVFVLFVMILPTVTSMTVDAMKAVPSYYKEASLGLGATRWQTIWRVLLRAATPGILTAVIFGMARAFGEALAIQMVVGNAVMMPKDLISPASTLTSILTSGIPNATPGIQLNALWSLALLLLIMSLFFNLAMRAIAKKGSLK
>NZ_CP009472|1830807:1840665|1836886_1837354_-|WP_003130878.1|DBSCAN-SWA
MVKNTEDKPLAQNKKARHDYEIYETFEAGIVLTGTEIKSVRQAKIQLKDGFARVRNGEVWLSNVHIAPFEQGNIFNVEELRTRKLLLNKKEIAKIDKELSGTGITFIPLKVYLKNGFAKVLMGLARGKKDYDKRETLKRKEQNRDIARQIKAYNR
>NZ_CP009472|1830807:1840665|1830807_1831569_-|WP_003130886.1|DBSCAN-SWA
MEKEAVLTVSDLSLYYSKKKALNTINMTFYKNEITALIGPSGCGKSTLLRSINRMNDLIPTVTITGAIDYKGKNIYSPKVDTVDLRKEIGMVFQQPNPFPFSIYENVVYGLRLKGVKDKALLDEVVENSLKAANIWDEVKDILHSSALGLSGGQQQRVCIARVLAVNPEIILMDEPTSALDPISAARVEETMLELKKDYTIAIVTHSMQQASRISDRTAFMLDGNLIEYNDTKSIFLNPEKQETSDYISGKFG
>NZ_CP009472|1830807:1840665|1831734_1832544_-|WP_003130885.1|DBSCAN-SWA
MATTYDWSQRKIMVPEKEEIALSTNDLRVFYNGTKEAIHGVTMSFPKNEITALIGPSGSGKSTYLRALNRMNDTIDGARVTGEINYEGVNINENKVNVFEVRKQIGMVFQRPNPFPKSIYENIAFIHRRDGVRDRKKLDEIVETSLKQAALWDQVKDNLNQSALAMSGGQAQRLCIARALSVKPEIILMDEPASALDPISTMQIEETMMELKENYTIIIVTHNMAQASRASDNTAFFYSGDLIEYDKTSTIFTQPSLQSTEDYVSGHFG
>NZ_CP009472|1830807:1840665|1832577_1833471_-|WP_003130884.1|DBSCAN-SWA
MNAKRSDKIATGVLYVLSGIIVLILAFLLAYILIKGLPVIFKDPKFIITASNPLTGGGIAVQLFNSVYLLIVTLIISVPLSLGAGIYLSEYANQKHWLTGVVRSAIEVLSSLPSIVVGLFGMLIFVLQFGLGFSVLSGALALTVFNLPLMTRNVEESLRAIPTSQREGGLALGMSRWETATQVILPAAVPGIITGVILSSGRVFGEAAALIYTAGQTNLPINWANWNPMSLTSPLSLFRPAETLAVHIWALNTEGTISTAQQISAGASAVLIIFVLLFNLGARFLGNRIHKKLTSSN
>NZ_CP009472|1830807:1840665|1834514_1835366_-|WP_029344245.1|DBSCAN-SWA
MKKKIFIALMASVSLFALAACGSGNKQVTAGGSTALQPMVEHASMAYMKQNPDEIIMVQGGGSGVGLAQVAAGSFQIGNSDIFAEEKSGIAVDKIIDHKVAVIGFAPIINKKLKVSNLTQQELIDIFTGKITNWKEVGGQDQKITVIGRTAGSGTRVNFDKYALNGATEVNGPTQDASGSVVQLVGQTPGAISYVAFSYTNKPGVKAVNVDGVAPTYDNVKTNAWKIWSYEHMYTNKSRKNTIENKFIKYVQNDKKTLEQLGYIRVSEMKVDRDAKGNVEKIK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_003130886.1|1830807_1831569_-	phosphate ABC transporter ATP-binding protein	G3M9Y6	Bacillus_virus	1.5e-17	30.0
WP_003130885.1|1831734_1832544_-	phosphate ABC transporter ATP-binding protein	W8CYL7	Bacillus_phage	7.0e-10	26.5
WP_003130884.1|1832577_1833471_-	phosphate ABC transporter permease PstA	NA	NA	NA	NA
WP_038601722.1|1833470_1834394_-	phosphate ABC transporter permease subunit PstC	NA	NA	NA	NA
WP_029344245.1|1834514_1835366_-	phosphate ABC transporter substrate-binding protein	E3SNT9	Prochlorococcus_phage	4.2e-05	27.3
WP_003130880.1|1835712_1836609_-	phosphate ABC transporter substrate-binding protein	E3SM63	Prochlorococcus_phage	7.2e-08	32.4
WP_003130878.1|1836886_1837354_-	SsrA-binding protein SmpB	W5RAM5	Staphylococcus_phage	2.7e-43	56.6
WP_038601724.1|1837385_1837943_-	SGNH/GDSL hydrolase family protein	NA	NA	NA	NA
WP_038601726.1|1838046_1840665_-|tRNA	alanine--tRNA ligase	A0A1V0SK38	Klosneuvirus	5.5e-64	33.3