CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NC_014755	Sulfuricurvum kujiense DSM 16994 plasmid pSULKU02, complete sequence	0 crisprs	DEDDh,csa3,WYL	0	0	0	0
NC_014762	Sulfuricurvum kujiense DSM 16994, complete sequence	1 crisprs	DEDDh,cas3,csa3,WYL,cas4	0	0	3	0
NC_014754	Sulfuricurvum kujiense DSM 16994 plasmid pSULKU01, complete sequence	0 crisprs	NA	0	0	0	0
NC_014763	Sulfuricurvum kujiense DSM 16994 plasmid pSULKU04, complete sequence	0 crisprs	NA	0	0	0	0
NC_014756	Sulfuricurvum kujiense DSM 16994 plasmid pSULKU03, complete sequence	0 crisprs	NA	0	0	1	0

1. NC_014762

CRISPR-Cas detection and classification

Crispr_ID: NC_014762_1

• CRISPR_ID: NC_014762_1
• CRISPR_location: 515454-515553
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_014762_1

Consensus_repeat	Method
CTTGCAGGTTAGCATTAGAGAGATT	CRISPRCasFinder

spacers of NC_014762_1

>1.1|515479|50|NC_014762|CRISPRCasFinder
TGCTCCTTCAAGATTTGCTCTTTCAAGATTTGCTCCTTCAAAATTTGTTT

CRISPR arrays and Neighbor proteins around NC_014762_1

CRISPR arrays

The CRISPR arrays of NC_014762_1

>merge|NC_014762|1|515454-515553|CRISPRCasFinder
CTTGCAGGTTAGCATTAGAGAGATTTGCTCCTTCAAGATTTGCTCTTTCAAGATTTGCTCCTTCAAAATTTGTTTCTTGCAGGTTAGCATTAGAGAGATT

>NC_014762|1|1|515454-515553|CRISPRCasFinder
CTTGCAGGTTAGCATTAGAGAGATT	TGCTCCTTCAAGATTTGCTCTTTCAAGATTTGCTCCTTCAAAATTTGTTT
CTTGCAGGTTAGCATTAGAGAGATT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014762.1|WP_013459389.1|507378_508071_-|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|223816
NC_014762.1|WP_013459394.1|512622_513204_+|hypothetical-protein	unknown	unknown	unknown
NC_014762.1|WP_013459407.1|521790_523440_-|DNA-polymerase-III-subunit-gamma/tau	unknown	unknown	gnl|CDD|236267
NC_014762.1|WP_013459395.1|513200_514010_+|YmdB-family-metallophosphoesterase	unknown	unknown	gnl|CDD|379099
NC_014762.1|WP_013459391.1|508630_509071_-|poly-beta-1,6-N-acetyl-D-glucosamine-biosynthesis-protein-PgaD	unknown	unknown	gnl|CDD|188455
NC_014762.1|WP_041666722.1|516360_518052_-|hypothetical-protein	unknown	unknown	gnl|CDD|227922
NC_014762.1|WP_013459399.1|518198_518390_-|YwbE-family-protein	unknown	unknown	gnl|CDD|274807
NC_014762.1|WP_013459393.1|510385_512404_-|poly-beta-1,6-N-acetyl-D-glucosamine-N-deacetylase-PgaB	unknown	unknown	gnl|CDD|274867
NC_014762.1|WP_013459405.1|521012_521198_-|hypothetical-protein	unknown	unknown	unknown
NC_014762.1|WP_013459401.1|519076_519715_-|HAD-family-phosphatase	unknown	unknown	gnl|CDD|223710
NC_014762.1|WP_013459396.1|514013_514664_+|3-methyladenine-DNA-glycosylase	unknown	unknown	gnl|CDD|184390
NC_014762.1|WP_013459397.1|514647_514860_-|BrnA-antitoxin-family-protein	unknown	unknown	gnl|CDD|373040
NC_014762.1|WP_013459408.1|523566_524313_-|glutamate-racemase	unknown	unknown	gnl|CDD|234851
NC_014762.1|WP_013459390.1|508114_508618_-|M48-family-metallopeptidase	unknown	unknown	gnl|CDD|224368
NC_014762.1|WP_013459406.1|521374_521593_-|cold-shock-protein	unknown	unknown	gnl|CDD|224197
NC_014762.1|WP_013459404.1|520346_521000_-|methyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|313513
NC_014762.1|WP_013459398.1|514856_515150_-|BrnT-family-toxin	unknown	unknown	gnl|CDD|367913
NC_014762.1|WP_013459403.1|519931_520291_-|cupin-domain-containing-protein	unknown	unknown	gnl|CDD|380351
NC_014762.1|WP_013459400.1|518475_519075_+|hypothetical-protein	unknown	unknown	unknown
NC_014762.1|WP_013459392.1|509077_510373_-|poly-beta-1,6-N-acetyl-D-glucosamine-synthase	unknown	unknown	gnl|CDD|236882

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014762.1|WP_013459389.1|507378_508071_-|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].	3.01887e-55
NC_014762.1|WP_013459395.1|513200_514010_+|YmdB-family-metallophosphoesterase	gnl|CDD|379099	pfam13277, YmdB, YmdB-like protein. This family of putative phosphoesterases contains the B. subtilis protein YmdB.	8.54308e-114
NC_014762.1|WP_013459391.1|508630_509071_-|poly-beta-1,6-N-acetyl-D-glucosamine-biosynthesis-protein-PgaD	gnl|CDD|188455	TIGR03940, PGA_PgaD, poly-beta-1,6-N-acetyl-D-glucosamine biosynthesis protein PgaD. Members of this protein family are PgaD, essential to the production of poly-beta-1,6-N-acetyl-D-glucosamine (PGA). This cytoplasmic membrane protein appears to be an auxiliary subunit to the PGA synthase, PgaC (TIGR03937). [Cell envelope, Biosynthesis and degradation of surface polysaccharides and lipopolysaccharides].	5.59706e-31
NC_014762.1|WP_041666722.1|516360_518052_-|hypothetical-protein	gnl|CDD|227922	COG5635, COG5635, Predicted NTPase (NACHT family) [Signal transduction mechanisms].	1.89179e-05
NC_014762.1|WP_013459397.1|514647_514860_-|BrnA-antitoxin-family-protein	gnl|CDD|373040	pfam14384, BrnA_antitoxin, BrnA antitoxin of type II toxin-antitoxin system. BrnA is family of antitoxins that neutralizes the toxin BrnT, pfam04365. It consists of 3 alpha-helices and a C-terminal ribbon-helix-helix DNA binding domain. As in other toxin-antitoxin systems, BrnA negatively autoregulates the brnTA operon and has higher affinity for the DNA operator when complexed with BrnT. It dimerizes with two molecules of its toxin BrnT.	3.27876e-05
NC_014762.1|WP_013459399.1|518198_518390_-|YwbE-family-protein	gnl|CDD|274807	TIGR03833, TIGR03833, conserved hypothetical protein. A pair of adjacent genes, ablAB (acetyl-beta-lysine biosynthesis) encodes lysine 2,3-aminomutase and beta-lysine acetyltransferase in methanogenic archaea. Homologous pairs, possibly with identical function, occur in a wide range of species, including Bacillus subtilis. This model describes a conserved hypothetical protein, small in size, with a phylogenetic distribution moderately well correlated to that of the acetyltransferase family. This protein family is also described as DUF2196 and COG4895. The function is unknown. [Hypothetical proteins, Conserved].	1.47044e-29
NC_014762.1|WP_013459401.1|519076_519715_-|HAD-family-phosphatase	gnl|CDD|223710	COG0637, COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only].	1.13324e-36
NC_014762.1|WP_013459396.1|514013_514664_+|3-methyladenine-DNA-glycosylase	gnl|CDD|184390	PRK13913, PRK13913, 3-methyladenine DNA glycosylase; Provisional.	1.61901e-84
NC_014762.1|WP_013459393.1|510385_512404_-|poly-beta-1,6-N-acetyl-D-glucosamine-N-deacetylase-PgaB	gnl|CDD|274867	TIGR03938, hypothetical_protein_Pcar_2791, poly-beta-1,6-N-acetyl-D-glucosamine N-deacetylase PgaB. Two well-characterized systems produce polysaccharide based on N-acetyl-D-glucosamine in straight chains with beta-1,6 linkages. These are encoded by the icaADBC operon in Staphylococcus species, where the system is designated polysaccharide intercellular adhesin (PIA), and the pgaABCD operon in Gram-negative bacteria such as E. coli. Both systems include a putative polysaccharide deacetylase. The PgaB protein, described here, contains an additional domain lacking from its Gram-positive counterpart IcaB (TIGR03933). Deacetylation by this protein appears necessary to allow export through the porin PgaA [Cell envelope, Biosynthesis and degradation of surface polysaccharides and lipopolysaccharides].	0
NC_014762.1|WP_013459408.1|523566_524313_-|glutamate-racemase	gnl|CDD|234851	PRK00865, PRK00865, glutamate racemase; Provisional.	1.37474e-89
NC_014762.1|WP_013459390.1|508114_508618_-|M48-family-metallopeptidase	gnl|CDD|224368	COG1451, COG1451, Predicted metal-dependent hydrolase [General function prediction only].	5.40778e-24
NC_014762.1|WP_013459406.1|521374_521593_-|cold-shock-protein	gnl|CDD|224197	COG1278, CspC, Cold shock proteins [Transcription].	1.54795e-30
NC_014762.1|WP_013459404.1|520346_521000_-|methyltransferase-domain-containing-protein	gnl|CDD|313513	pfam10294, Methyltransf_16, Lysine methyltransferase. Methyltrans_16 is a lysine methyltransferase. characterized members of this family are protein methyltransferases targetting Lys residues in specific proteins, including calmodulin, VCP, Kin17 and Hsp70 proteins.	1.04831e-09
NC_014762.1|WP_013459398.1|514856_515150_-|BrnT-family-toxin	gnl|CDD|367913	pfam04365, BrnT_toxin, Ribonuclease toxin, BrnT, of type II toxin-antitoxin system. BrnT is a ribonuclease toxin of a type II toxin-antitoxin system that exhibits a RelE-like fold. The antitoxin that neutralizes this toxin is pfam14384. BrnT is found in bacteria, archaea, bacteriophage, and plasmids. BrnT-BrnA forms a 2:2 tetrameric complex and autoregulates its own expression, which is induced by a number of different environmental stresses. Expression of BrnT alone results in cessation of bacterial growth which can be rescued after subsequent expression of BrnA.	1.48314e-31
NC_014762.1|WP_013459403.1|519931_520291_-|cupin-domain-containing-protein	gnl|CDD|380351	cd02222, cupin_TM1459-like, Thermotoga maritima TM1459 and related proteins, cupin domain. This family includes bacterial and archaeal proteins homologous to Thermotoga maritima TM1459, a manganese-containing cupin that has been shown to cleave C=C bonds in the presence of alkylperoxide as oxidant in vitro. Its biological function is still unknown. This family also includes Halorhodospira halophila Hhal_0468. Structures of these proteins show a cupin fold with a conserved "jelly roll-like" beta-barrel fold that form a homodimer.	2.22922e-36
NC_014762.1|WP_013459407.1|521790_523440_-|DNA-polymerase-III-subunit-gamma/tau	gnl|CDD|236267	PRK08451, PRK08451, DNA polymerase III subunits gamma and tau; Validated.	0
NC_014762.1|WP_013459392.1|509077_510373_-|poly-beta-1,6-N-acetyl-D-glucosamine-synthase	gnl|CDD|236882	PRK11204, PRK11204, N-glycosyltransferase; Provisional.	0

Protein sequences

>NC_014762.1|WP_013459398.1|514856_515150_-|BrnT-family-toxin
MKSLKFEWDDTKASSNITKHGVSFEEAKTVFDDDFARMIPDPDHSEQEERFILLGMSYTLKILAVVHCYRDQERIIRIISARRSTKNEERQYKELLP
>NC_014762.1|WP_013459397.1|514647_514860_-|BrnA-antitoxin-family-protein
MREEYDFSQSVQNPYAKAAKKQISLNIEVDTIEYFKQLALKTGLPYQTLMNSYLTDCAIRHVEPQVKWSS
>NC_014762.1|WP_013459396.1|514013_514664_+|3-methyladenine-DNA-glycosylase
MELQDSWELFSALEKLKLLENSPPLWWPAYGTFEVVVGAVLTQNTQWERVQISLDNLRNSEILAPDLLAQTHPETLMELIRPSGLFKAKASNLIRLSRNMMEEFGDFETFALSTDRNWLLSQKGVGPETADSILCYACARPSMVVDAYTARLLNAFGYEFESYDELQEWCETGVRGYFDTVQLPAAFARFHGMIVEYVKSNSKGKAVNIERISSTI
>NC_014762.1|WP_013459395.1|513200_514010_+|YmdB-family-metallophosphoesterase
MKIAFIGDIVGRPGRSMIKEHLKRLRREHGIDFVIANYENASHGFGVTMKNAHELLGMGIDCMSGGNHTWDKKEVEPLLESLPMLRPHNYPEGVKGTGCKIFDVAGEKLAVLNIMGHYGMPYVDNAFRCARDTVAQLKSEGIHHIFLDFHAEASSEKRGMLMLLSGEVSGIIGTHTHVGSDDFQIVGGTAYLSDIGLSGCRDNVIGMDAKVPLDRFLTGVAGRFEVPEKCRKILQIAVMNLEGGKCNDAFKLKIFDDGRVIRTDAWVEE
>NC_014762.1|WP_013459394.1|512622_513204_+|hypothetical-protein
MEHQKIDELVARIKVLEAELESELQQEYERFTCEITKKRDEILASYRKERQGAWRYLFTAPILNLLSAPVIWSVLFPALILDGFVTIYQWICFPIYKISKVKRQDYIIIDRHRLAYLNSIEKLNCLYCSYFNGLMGYITEVAGRTEQYWCPIRHATRVKSMHGNYKKFFDYGDSENFRQRLAELREDLREEKE
>NC_014762.1|WP_013459393.1|510385_512404_-|poly-beta-1,6-N-acetyl-D-glucosamine-N-deacetylase-PgaB
MRKPIVKFIFAFLSIGSCLMANEIPNICSRDQNPNEFTVLSYHEISEKSETLDSSYAVTPEHFEEQVNWLMKSGYRFISIDDILKYRKGKKPLPKKAVLMTFDDGYQSVYTNAFPVIKKHKIPVVIALVGSWMEAKESVDFDGHKIARGKFLSQKEIKEMVQSGLVEIASHTYSLHKGIVGNPQGNMQPAVITRQWLSDKQRYEDEKSYKERIYNDLATNNTFLENYTGQKPRIMVWPYGYYNKEVRQIVERLGMPIGLTLDDGSNTAITPLWGLRRILIEKNMTLKMLEQDMWSRNANRTDNDRVTKAAHIDLDYMYDPDPAQTERNLGDLLDRIKKLGVNTVYLQAFADPDANGAADYVYFPNRNVPMRSDLFNRVAWQIATRTQVKRIYAWMPMMAWQLPKNNPAANDTVVTLQVDPTHLNMGYPRLSPFSPKAQKVIQEIYEDLAKSPRIDGILFHDDVTLSDYEDDSPFARRQYKKWGLAQSVTQIRSDSGQFEKWTNLKTDFLDQFAMKLAQIVREEHPGLKTARNLYAQVALNEYAEEWYAQGLAESIDKYDYTAIMAMPYMEQAPDPKAFYEKIVERVKREECGVERTVMELQTVNWRKNDAPISSEELNDTIQHLYGLGVHHLAYYPDSVFKNIPDADTMRQAFAKKPTYMHQTTLNNTMPNK
>NC_014762.1|WP_013459392.1|509077_510373_-|poly-beta-1,6-N-acetyl-D-glucosamine-synthase
MTFDIFWHSLWHIMLGYVFYYPLFMSSLWIIGAIFFYFKNEKPYLKYKIPPLRANERWPGVSILIPCYNEGENAVETISYALNVDYPEFEVIAINDGSKDNTLDILVALAKENPKLKVVNLAENQGKALGLQAGALLAKHEYLICIDGDALIDKHCVHWMVKHFIRYPEVAAVTGNPRIRNRTSLLGKIQVGEFSSIVGMIKRAQRSFGRLFTVSGVITGFRKAAVHEIGYWSPDMLTEDIDVTWKLQRNGWDVRFEPRALVWILMPETLRGLWKQRLRWAMGGVQVMLKNFKVLFSHKQTHLWGLMTELMLSTIWAYTMVLVFLVWFLSLFVHISYLMPSSSPILPDQSSVILIGACLIQFAISRWLDGHYDEGMGKNYYWMIWYPFAFWLLNLFTAVTAFPKVLFGKKGRARWVSPDRGVHQKLPKKKG
>NC_014762.1|WP_013459391.1|508630_509071_-|poly-beta-1,6-N-acetyl-D-glucosamine-biosynthesis-protein-PgaD
METLIINKRHEMPRRKRWFWDAMTIALWLGFIYLWKPLLIVLYKIITLKEAPDTISDWIFENVSSVTFENALYMLILTPVILFVLSRLNRHRAPSEHLLYTSYDYSNYFRIDNAELQKCIDSQLVTVYHDDRGHIIHLNDQIENKS
>NC_014762.1|WP_013459390.1|508114_508618_-|M48-family-metallopeptidase
MQTLKYLAHYTREIRSQVQELIDTDTLGDRLLHKYPEPHPYVSDKSLFDYVMEIKNTHLRSSSPISKVLFDTKIRDLHSALGTHTFVSRVQGGKLKAKNEIRISHLFKKVPEPFLRMIVTHELAHLKEKEHNKAFYSLCTHIEPHYHQLEFELRLYLTYLDHFGKLY
>NC_014762.1|WP_013459389.1|507378_508071_-|response-regulator-transcription-factor
MPKPISSTALRILLLEDDFTLSSIIEEYLSDQGYSVTCAYNGESALDFGYEIAFDLFLFDVKVPLLNGFDVLRELRDKERKAPAIFITSLNTIDDLSNAYDAGCDDYLKKPFELKELELRIRALIKRSSILGEDTPIAISETIVFDPKLGRLTNDEDEITLPRKEAKILKILLCHPGSIVSSKVLIESAWDFDEDGSEESLRTHIKNLRKHLGKERIINIRGQGYQIALA
>NC_014762.1|WP_041666722.1|516360_518052_-|hypothetical-protein
MLNTPKFKLKKQVHFLNKPLKFEFKNLFISLTKSAVDAYNAKWDDAAKDALDSLSAMGLQDTCEERGWLLITRSLTNAIFTLSTEHTDIFNEFSTCKSDIEDFCKRISDSLDSFEIELDEDFFSNPASLNFIIPFTEALKSWLIDLNIPDYKAHAIKSRFPMYFVYSLNQEWISNHENYKCLQTQINSPFTQATTQLSEWERYCSALQLDVVHGMFHEAFSLKDMFIWPRAYTITYIEKGSLRKQLRKAFWLKEELSIWLRKKDSKDAIRIISGGPGSGKSSFARMYAAELASNREINTIIIPLHRLKVKDDFEYAIDEFIEKHAKLSINPLKIDNIQSTLLIFDGLDELAMQGKVGAETAINFIRHVKEKISEHNNGHKTAKLLALIGGREIVIQAIMDDYRKEGQIIYLLPYTIEKNEFKEYTSDQLLSLDQRVEWWNRYQQFNGQKVTGLPTALNESKLRDVTSQPLLNYLVALSYQRGKIDFTKEQNLNTVYADLLEGVYERGYEQKHKSIEGISKKQFEQTLEDISLAVWHSDGRKASIQQIENKCNPAVLKSFADGA
>NC_014762.1|WP_013459399.1|518198_518390_-|YwbE-family-protein
MDGRERKNIMSGKRVSIVLKEDQRTGKLTEGIVRDILTKSAIHPHGIKVRLMSGEVGRVKEVF
>NC_014762.1|WP_013459400.1|518475_519075_+|hypothetical-protein
MTIDVNLCDADEDFFDNLDDIMEDSMVQMFFIHPTTPREITEAKKIAGEYGSIFYSLPLHLSDQADENCIAYSVVDEQDRALLPTTQKPLVIDESYLNETLRSLLADCRGVILNATHENSELPNFLLALGAGTIGAFDTESLNKLSMDRLVLQSTYPTHGFEEIAGAVKVISDAMLRPEQSIIARATKSSLELFGFRKS
>NC_014762.1|WP_013459401.1|519076_519715_-|HAD-family-phosphatase
MKKHILFDNDGVLVDTEHWYYTASAEVLASHGYTLTPERYRDIMIAGESAFLIAEETGVPISVTDRWRAKRNELYQHYLRTEEIAIPGVREVLEQLSERYRMGIVTSALRCDFELIHAARGITDYMDFVLCSGEYPRAKPYPDPYLLGLERLGGEKHETIIVEDSERGLRSAVDAGIECVIVHNRFTESHDFTKATHRIKTLDELVALLEKL
>NC_014762.1|WP_013459403.1|519931_520291_-|cupin-domain-containing-protein
MFLHKKIDTIEAAPQKAGKGVAMKMLLSPDESPHFAMRNFTIEAGGHMPLHTNTVEHEQYVLGGRAKVTIGDKTIEAGAGDVLLIPAGVPHSYETLGDETYSFLCLVPKGTDVIEVLAC
>NC_014762.1|WP_013459404.1|520346_521000_-|methyltransferase-domain-containing-protein
MSESIRFRYQTLEFTNTDIHVRTLRDTQQYFDTDGRAEKLGISSASWPLFGVIWDSSKILAHLMSDFDIEGKRILEVGCGIGLASLVLNHRSADITATDYHPEAECFMDENVRINNDEHIPFIRTGWGDLDDALGKFDLIIGSDLLYERDHIHLLAGFIDRHTAQECEVIIVDPGRGNHANFSKRMVSLDFSHTQSKPLDTHYLTLPFKGQLLRYKR
>NC_014762.1|WP_013459405.1|521012_521198_-|hypothetical-protein
MESKEAVLSALKEGKKLTSTITGLQYTLIGGQLHARSSEKTDWHESELRFDNPPSWLNLRA
>NC_014762.1|WP_013459406.1|521374_521593_-|cold-shock-protein
MADVLNGTVKWFNSEKGFGFIQQDNGGKDVFVHFRQINSTGYGRVSLDEGQKVTYTVGQGEKGPQAENVTAL
>NC_014762.1|WP_013459407.1|521790_523440_-|DNA-polymerase-III-subunit-gamma/tau
MGTSEVLALKYRPRRFEELIGQESISQTLSLALDSKRLSHAYLFSGLRGSGKTSTARIFAKSLICENGPTSAPCDVCSHCVMANEGRHIDIIEMDAASSRKIDDIRDLIEHTKYRPASANVKIFIIDEVHMLTKEAHNALLKTLEEPPEYVKFILATTDPLKLPPTILSRTQHFRFKRISHPNIVHHLSHILHLENIEYQAEALDILARSGSGSLRDTLTLLDQAIIYSKGFVDVKTVADMLGLLDPDYISRLFDAIFAKDRSSLISMLQELEAYESEMVIDELIAYLKERLYEGDHRFSPLVIERFFRILSDAKTLFAINADGGFVVSLVLFKMIEALKIKEIDEMIESLESRVSHTPAKATASPIHSEAAAETPSIRVTPAPMPVKSQFEQLCALISDRSAELGACFKNNVTFLSYEESILTWESCAEGEDKELLKNSFGIIRQFVREIYGVTTQIKSQGCTKSAEELSPAPVIEEPSFTEAPAEEETVAENDSMIEEAEIGVGSCVSQCDESSVKEFDGGDVLKEPMIQKAAELFEATKITVQSKV
>NC_014762.1|WP_013459408.1|523566_524313_-|glutamate-racemase
MRVGVFDSGVGGLSVVKSLLEHKLFEEIIYFGDTARVPYGVKDQNTIIRYSLEALEFFKNFEIDLLITACNTVSAYALDEMREHSHCDVIGVVDPGVLALKNAIPSNDANILILGTKATVKSGAYEKGLRSLGYRNLSAIATSLLVPIVEEGLYEGEVLQSALHHYFRDLEKTPDAIILGCTHFPLVARAIDTYFEGKSTLIHSGEAIVEYLESHYDFTKRFDTTNLKFFASENPEGLRRVAKEWLAL

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1991460 : 1998676	8	Salmonella_phage(50.0%)	NA	NA
DBSCAN-SWA_2	2143134 : 2149917	7	Enterobacteria_phage(50.0%)	NA	NA
DBSCAN-SWA_3	2537180 : 2548461	11	Moraxella_phage(12.5%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_014762|1991460:1998676|DBSCAN-SWA
GATGGCAGAATGTATGCAAAATAGTTCAGCATCAAAAATACGTAAAGGATCTATCCTTATTGTAGAAGACTCCTCTCTTTTTAACAATGCACTTCGCAGAGGTTTAATATCTTTTGGGCATGAAGTAACGAGTACATTTACGTTGGATGAAGCTCTTTTGCATTTAGAAAATAATTTATATGATTTAGTTGTTCTTGATTTGCATCTTCCCGATGGCGAAGGGGAAGACCTTCTTGAAAATCTGAGTAGTAAGCAAAAATTAAAAATTATTGTCTATACCTCTGATCCCGACAAAGAGCGTCGAAATGAATGGTTTCGATATGGTGTATTGGGATATCTCTCAAAGAATGACCCATTCCCACATGTCATTCAAGAAATCGATAAAACACTCAAAGCGATTCAGGAAAACACCCACTACAATATTCTTGTAGTTGATGATTCCAGTGTTGTTCGCCGTCAAGTCACTTCATTATTACAACCGCGCAACTATAAAATAAGTATTGCTATCGATGGCGACAGTGCTATCGAGGTTATCAACACCCAACAACTTGATTTGATTTTACTCGATCTCGAACTTCCCGATATGAATGGGGAAGAGGTTTTGAAGTATCTTAAAAAAAATAGTGCTTCCGCTGAAATTCCTGTCTTTATTTTAACAGGAACATACGATGCCTCTACTGTGGGAAGATTGATTAAGCAAGGAGCAAATGAGTTTTTTCTAAAACCTTTCGTCGCCGAAGAGCTTCTGATGAAAATCGATTTTTGGATCGATTCGAAACGGAAAACCCGACAAATCGAGTGTGAACGTCAACTCCTCCAAGAGTATAAAGATACCGTCGATCGCAGTTCCATCGTCTCTAAAACCGATAAACGGGGCATCATCACCTTTGTTAATGACAAATTTTGCGAAATTTCGGGGTATTCACCTGCAGAACTGATCGGAAAACCTCACAATACAGTTCGCCATCCCGATATGCCGAAAGAAGCATTTGAAGAACTTTGGCAAACGATTTTAAGTGGTCAAGTATGGGAAGGAATTGTTAAAAACCGTAAAAAAGATGGTTCTCCTTACTGGGTACAGACGACGATTAATCCAATTGTAGATATAGAGGGAAACATTGTCGAATATATCGGTGTTCGAACCGATATCACTGAACTTCAAAACATCAAAGAGACACTACAAGATAAACTGCACATTTCTGAAGAACATTTCGAAGATATTTATCGGCGGGCACAACTATACGAAAAAGCAATTGATGAGAGCAATATCCTCTCGCGTACAACAGCTGATGGAACCATTCTCTATGTCAATAATCGTTTTTGTGAAATTACAGGGTATAGAGAAGAGGAAATAATCGGCAAAACGCATGCTATTGTTCGACATCCCGATACTCCAAAAAAAGTTTTCGCCGATATGTGGAAAACGATTCAATCTGGAAAAGTATGGAATGGTGTTCTAAAAAATCGGAAAAAAGACGGTTCTCCTTATTGGGTCGATTCGACGATTATTCCGATCAAGGATAAAGAAGAGAAAATTATCGAATATATGGCAATTCGACATGAGGTCACAGAAATTATCACTTTGCACGAAGAGATCGAAAAAACGCAACAAGAAATCATTTACCGAATGGGAGAAATCGGAGAAAGTCGAAGCAAAGAGACGGGAAACCATGTTCGCCGTGTTGCAGAGTATTCAAAACTATTAGCATTTAAAGCAGGTTTAGATGAGAAGGAGGCGAATTTAATTGCAGATGCTTCACCTATGCATGATATCGGCAAAGTTGCCATACCTGATTCTGTGTTACATAAACCAGGATCGCTGAATGAAGCTGAATGGTTAGTGATGCGTTCACATAGCTCTATCGGTCATAAAGTTCTATCAGGATCTGATCGTCCTTTGTTGAATGCCGCATCTATTATCGCCCATGAACACCATGAAAAATATAGTGGTGGTGGTGGGTACCCATCGGGCTTAGTAGGGGAAGATATTCATATTTATGCTCGAATCGTAACCATTGCCGATGTTTTTGATGCCCTTGGAAGCGATCGTGTCTATAAAAAAGCGTGGTCATTGGAGAAAATCATCACTTTGTTCAAAGAAGAAAAAGGGAAACACTTTGATCCTCGGTTGGTTGAATTATTTTTAGATAATCTAGATGATTTTTTAGTGATTCGTGATCGATATCAGGATCATACTCAATTTTAAAAAAGGAATAATACGTGGAACATGTACTAAACGACACTGATTTTTTAGTGTCACAGACCGATTCAAAAGGGAAAATTCTATTTGCCAATGAAGATTTTTGCAAGATTGCAGGATATACCCTCGAAGAGCTAATCGGTAAACCGCACAACATCGTCCGTCATTCCGATATGCCCAAAGCGGCATTCAAAGATTTATGGGACACCGTAAAAAGTGGAAAAGTGTGGAAAGGGTATGTCAAAAACTCTACCAAAAACGGTGGTTTTTACTGGGTATTTGCAACCGTCTATCCGAATATTGCTTGTGGAGATGGAGAAGGTGGTTATATGTCGTGCCGTCGTAAAGCTTCCCCTGCTGAAATCCAAAAAGCCGAAACGCTTTATAAAACAATGCGATAAAAGAAGGGTAATGAAATAATGAAAAACAGTACAAAAATTATAATATTGTCGTTAGTAGGAATTATTGGTTTTATTTTAGCATTCAGCGTTAATTCGATATGGGTCAATGGGGTGGTAATTGGTGTGCTACTAGCAACTGCGTTATGGACAAGTCTATCGTCTTCATCAGGTTCGGATGTATTGACTACACAATTAAATGAACTCGAAGAGTTGATGCAATTTAAACGTAATCAGATTGAACCAGTAAAAGCTGAATACGGAAGTATTGAAGAAAAAATAAATAATCTAACAAAAACACATGAAGCTATTTTAGAACAAGATACCAAAGTAGCGGGTGAGATGGTATTACTTGCTGATAAAGTGCGTCGTGGTCATTTTATGTGCCGTGTTGCAAGTGATTCAAAAACTCCACATGTTCATCTCCTTAAAAAAACCATGAATGCAATGCTCGATGCTACTGAAAAAAATCTCGAGCAAGCTATCAATGTTTTAGAGGCATTAAGCGAAGGGAAGTTCTCAACACGTGCGAAAGTAGACGTTGAGGGTAAAATGGCGCAGATGTTAGAAAAAATCAATGATCTTGGTACCGCATTGCAATCAATGGAGTATCAAAACAATGAAGCCAAAGAAGTTTTGAACAATAATACGCAACAACTCAAGAACACGGTTGAAAACCTCCGTTCTAATCAATTTGTTGAATTGAGCGGAATGATTAACTCTACTGTGGATCGTATTCAAAATGTTGCTAACAAAGAACACGAACTCTCCGGTAATCTTCAATCCCTTGCCGGAAATGCACAAGAAACTAAACAAATTTTGGTCACTATCGGTGATATTGCTGATCAAACCAACCTTTTGGCACTTAATGCGGCAATCGAAGCGGCACGAGCGGGTGAACACGGACGTGGGTTTGCAGTGGTCGCTGATGAAGTTCGAAAACTGGCAGAACGTACTCAAAAGAGTTTGGCTGAAACTGCCGCTACGATTAATATTCTTATTCAGGCTATCAATGACAACAGTGAAGAGCTTAACAAGAATATGGATGAAATGATGAGTTTGACTCAGTATGTTGGAGCTGTGGATGGTAAAATGGGTGAATTGCTTCACACTATGGATCGATTAACGTAAAAGAGTCTTAATGGGAATTAAATGCAGGCATTTTAATCAGTATATGTCCTTACTAGAAAAACATGTATCGACTTCTATTACTGATGTAAATGGTGTTATTGTTTGTGTCAGTGAAGCATTTTGTGAAATGACTGGCTATACACAAGAAGAGTTGATCGGTAAAAAACATAACTTACTTAGACATCCTGATATAGCAGATGAAATATATCGAAATTTATGGGCGACGATCACAGAAGGTAAGACTTGGCATGGGCGCATAAAAAATCTTAAAAAAAATAAAGATTCTTACTGGGTAGATGCTTACATTGAACCTATTTTTGATGAGGGAGCAATTATCGGTTATCAAGCAGTACGGCAAAATATTACCGATGAAGCTCTTTTTGAAACAATGGCAAAAATCGATCCTTTGACTAGATTGTATAATCGTAATTCCATCGAAGAATTTGCCCAATTGTTCATAGATGAAGCACAACGATATCAAACCTCTTTTTCTGTCATTATGGTAGATTTAGATGACTTTAAACACATTAATGATGTTTACGGTCATCCAGTAGGTGATGAAGTGTTGAAAAAACTATCGGTCATATTTCAGGATTTGATTCGTTCAAGTGACCGTATAGGACGATGGGGAGGAGAAGAATTCATTATTCTCTGTCCGCAAACGACGTATTTACAAGCAAAAGAGTTGGCTGAACGGTTACGTTTTGGATTTTCTTCACACGAATTTGAAGAAATCGGTTATAAAACAGCTAGCTTTGGAGTCGCTTTGTTTGAAGATGAAGATACGATTGAAAGTTTAATAGTTAAAGCGGATAATGCATTATACGACTCCAAGAGACTAGGAAAAAATCGGGTTAGTTGATATTAATATAAGGATAAAATTTGAAATTTTTGATTGTTGATGACAGTAAAACTTTAGCTAAACTAATCAGCTTAAAAGTAGAAACGGAGTTGAAAATCGAGGTTGATGTAGCATATTCATTGGCTGAGGCAGAGTTATATACTCAAAAAAATACTTACACATTGGCAATTCTCGATTTGAATCTTCCCGATGCACCAAACGGTGAAATCGTTGATATTTTTTTAGAAAAAAAGATTCCTTCAATCGTTCTAACCGGAAGTGTAGACAAAGTATTTCGAGAGCAAATACTCAAAAAAGATATTATTGACTATGTGTACAAGGGAGGGATAAATGATATTAATTACATTATCTCAATCATCAAAAGACTCCTAAAAAACCGAACCCATAAAGTGATGGTGGTGGATGATTCCTCTGTATTCCGTAATCAAATCAAAAAGATGGTAGAAAATCTCTTTTTTCAAGTCTTTGCATTGGCACACGGAGAAGAAGCTTTACTGATATTAGAACAAAATCCCGATATCAAAATGATTATCACCGATTACAATATGCCGGTTATGGATGGTTTGCAGCTCACAGAAGAAGTTCGTAAAACGTATGATAAAAATCAACTCTCTATTTTTGTCCTCTCTTCGGTTGATAGTCCTGAAGTTTCTGCCATGTTTCTGAAACGGGGAGCGAATGATTTCATCAACAAACCATTCAGCAAAGAGGAGTTTTCGTGCCGCCTCAACAACGCTATCGAAGCATTGGAAAATATTGAAACCATTACCAATTACGCCAGTCGTGACTTTTTAACCGGATTGTATAACCGCCGCTATTTTTTCAATACCATTGAGCCTTATTTTTCTAATGCAGTCGATTCAGAGGAAGAATTTGTTGTAGCGATGGTCGATATTGATCATTTTAAAAAAATTAATGATACCTATGGGCATGATGTCGGTGACAAAGCGATCATCCATCTCTCGGAAATTCTTCGATCCGGTGTGCAACATCAAGATGTTGTTGCCCGATTCGGCGGAGAAGAGTTTTGTATCGTTTTAAAAAATACGACTCGTGAAAATGCGATTGGGGTTTTAGAACGTATTCGTCAGCAGGTATCGTTATCACCTCTAATGATCGCTAATCAAAGCGAGGTATCGTTTACTATTTCCATTGGTGCGGCACTGGAGCATGAAGATACGTTAACTGATACCATCAATGAAGCCGATGCAAAATTGTATCAAGCTAAATCAACTGGACGTAATAAAGTCGTTTTCTAAATACAATTGCTTAAAGGAGAAAATTTGAAATTATTGGTTGTAGATGATAGCTCAACTATGCGACGTATTATTAAAAACACTCTCTCAAGATTAGGATATGAAGATGTTTTTGAAGGGGAAGACGGACTTCAAGGATGGAATATCCTTAATCAAAACCCTGATATTAACATGCTGATTACCGATTGGAATATGCCTGAGATGAATGGATTGGAATTGGTTAAAAAAGTGCGAGCAGATTCTCGTTTTATTGACTTGCCAATTATTATGGTCACCACTGAGGGAGGTAAGGTTGAGGTTGTGACGGCGCTCAAGGCGGGCGTGAACAATTATATCGTCAAGCCTTTTACTCCTCAAGTGCTCAAAGAAAAATTATCTGCAGTTTTGGGTGTAGCCCTGTAATTCAGAAAAAGAAAGGGTAAGGAATGGAAGTACAAGTAAATGTAGATTTTGATGAGCTATTTGGTTATACGGTTCGTGAAACCAGTATGGTATTGAAAGTAGCGAATGATGTTGTCAGACTTGATGATGACAGATTTTTTCAATTATCAGGGGATTTTGATTTTGAAATATCTGAGGGTGATGATGTTGTTATTTTTGATAAAACAATCGATAAGTTTTACTATATGAGATTGATTGCTCAATACCGTGAAATGATTGAAATGGATCCCGAATCCGAATATATAGAAGATGGCATTCGAGCAATCGCGCAATACAGTGTTGAGTTGGAAGAAATTGGTGATGATACTGTTGATCTTTATAAATTAGTCATCAATGATCAAATTTACGATGCAGAATTTAAAGGAACGGTTGACGACTATAATTGAACTATTTTGGGGTAATAGTCACCCCAAATACTCATAAATATCCCCATCCTCCTCAAAATATCGTCCATCATAAGAAAGTTCTCTCCCTATTTGCTCATAATCGATAGCGTTGGCAATGATTGGAGGTAAGTCTTTTAGGTTATAGAATCCATCAATAAAATCATAAGCAACATCTTGCATCGTTGAATCTTCGTGTATGATAACATCCTCGTATTTTTCGAGTGCTTCTTCAAAATTGTTAACCAAACCATTACGGAGTAAAAAACTAACCATCTTTAATTCGTGGTCGTTTAGCCCGTCGGCTTGTTCTGCAATTTCGTTGAGTTTGAATGGGTTGTCAAATTCCCCGATTTCCATAAAACTACACTCATAATCGGTGATAAAGATTTCTTCGTGTTCATTGTCTTCACACACTTCCGCACCTATTGATAAAATTTCTGTAATTTTAGATTTTAAATCGTCTTCATCCATCGGTAGGGATACCCACTCTCCAATAAGATGGCCATTGTTGTATGCCGCTAAGTCAGTGATATAAATTTCCAT

Protein sequences of DBSCAN-SWA_1

>NC_014762|1991460:1998676|1991460_1993665_+|WP_013460832.1|DBSCAN-SWA
MAECMQNSSASKIRKGSILIVEDSSLFNNALRRGLISFGHEVTSTFTLDEALLHLENNLYDLVVLDLHLPDGEGEDLLENLSSKQKLKIIVYTSDPDKERRNEWFRYGVLGYLSKNDPFPHVIQEIDKTLKAIQENTHYNILVVDDSSVVRRQVTSLLQPRNYKISIAIDGDSAIEVINTQQLDLILLDLELPDMNGEEVLKYLKKNSASAEIPVFILTGTYDASTVGRLIKQGANEFFLKPFVAEELLMKIDFWIDSKRKTRQIECERQLLQEYKDTVDRSSIVSKTDKRGIITFVNDKFCEISGYSPAELIGKPHNTVRHPDMPKEAFEELWQTILSGQVWEGIVKNRKKDGSPYWVQTTINPIVDIEGNIVEYIGVRTDITELQNIKETLQDKLHISEEHFEDIYRRAQLYEKAIDESNILSRTTADGTILYVNNRFCEITGYREEEIIGKTHAIVRHPDTPKKVFADMWKTIQSGKVWNGVLKNRKKDGSPYWVDSTIIPIKDKEEKIIEYMAIRHEVTEIITLHEEIEKTQQEIIYRMGEIGESRSKETGNHVRRVAEYSKLLAFKAGLDEKEANLIADASPMHDIGKVAIPDSVLHKPGSLNEAEWLVMRSHSSIGHKVLSGSDRPLLNAASIIAHEHHEKYSGGGGYPSGLVGEDIHIYARIVTIADVFDALGSDRVYKKAWSLEKIITLFKEEKGKHFDPRLVELFLDNLDDFLVIRDRYQDHTQF
>NC_014762|1991460:1998676|1994078_1995188_+|WP_013460834.1|DBSCAN-SWA
MKNSTKIIILSLVGIIGFILAFSVNSIWVNGVVIGVLLATALWTSLSSSSGSDVLTTQLNELEELMQFKRNQIEPVKAEYGSIEEKINNLTKTHEAILEQDTKVAGEMVLLADKVRRGHFMCRVASDSKTPHVHLLKKTMNAMLDATEKNLEQAINVLEALSEGKFSTRAKVDVEGKMAQMLEKINDLGTALQSMEYQNNEAKEVLNNNTQQLKNTVENLRSNQFVELSGMINSTVDRIQNVANKEHELSGNLQSLAGNAQETKQILVTIGDIADQTNLLALNAAIEAARAGEHGRGFAVVADEVRKLAERTQKSLAETAATINILIQAINDNSEELNKNMDEMMSLTQYVGAVDGKMGELLHTMDRLT
>NC_014762|1991460:1998676|1993679_1994060_+|WP_013460833.1|DBSCAN-SWA
MEHVLNDTDFLVSQTDSKGKILFANEDFCKIAGYTLEELIGKPHNIVRHSDMPKAAFKDLWDTVKSGKVWKGYVKNSTKNGGFYWVFATVYPNIACGDGEGGYMSCRRKASPAEIQKAETLYKTMR
>NC_014762|1991460:1998676|1995198_1996050_+|WP_013460835.1|DBSCAN-SWA
MGIKCRHFNQYMSLLEKHVSTSITDVNGVIVCVSEAFCEMTGYTQEELIGKKHNLLRHPDIADEIYRNLWATITEGKTWHGRIKNLKKNKDSYWVDAYIEPIFDEGAIIGYQAVRQNITDEALFETMAKIDPLTRLYNRNSIEEFAQLFIDEAQRYQTSFSVIMVDLDDFKHINDVYGHPVGDEVLKKLSVIFQDLIRSSDRIGRWGGEEFIILCPQTTYLQAKELAERLRFGFSSHEFEEIGYKTASFGVALFEDEDTIESLIVKADNALYDSKRLGKNRVS
>NC_014762|1991460:1998676|1997731_1998133_+|WP_013460838.1|DBSCAN-SWA
MEVQVNVDFDELFGYTVRETSMVLKVANDVVRLDDDRFFQLSGDFDFEISEGDDVVIFDKTIDKFYYMRLIAQYREMIEMDPESEYIEDGIRAIAQYSVELEEIGDDTVDLYKLVINDQIYDAEFKGTVDDYN
>NC_014762|1991460:1998676|1998151_1998676_-|WP_013460839.1|DBSCAN-SWA
MEIYITDLAAYNNGHLIGEWVSLPMDEDDLKSKITEILSIGAEVCEDNEHEEIFITDYECSFMEIGEFDNPFKLNEIAEQADGLNDHELKMVSFLLRNGLVNNFEEALEKYEDVIIHEDSTMQDVAYDFIDGFYNLKDLPPIIANAIDYEQIGRELSYDGRYFEEDGDIYEYLG
>NC_014762|1991460:1998676|1996070_1997309_+|WP_013460836.1|DBSCAN-SWA
MKFLIVDDSKTLAKLISLKVETELKIEVDVAYSLAEAELYTQKNTYTLAILDLNLPDAPNGEIVDIFLEKKIPSIVLTGSVDKVFREQILKKDIIDYVYKGGINDINYIISIIKRLLKNRTHKVMVVDDSSVFRNQIKKMVENLFFQVFALAHGEEALLILEQNPDIKMIITDYNMPVMDGLQLTEEVRKTYDKNQLSIFVLSSVDSPEVSAMFLKRGANDFINKPFSKEEFSCRLNNAIEALENIETITNYASRDFLTGLYNRRYFFNTIEPYFSNAVDSEEEFVVAMVDIDHFKKINDTYGHDVGDKAIIHLSEILRSGVQHQDVVARFGGEEFCIVLKNTTRENAIGVLERIRQQVSLSPLMIANQSEVSFTISIGAALEHEDTLTDTINEADAKLYQAKSTGRNKVVF
>NC_014762|1991460:1998676|1997333_1997708_+|WP_013460837.1|DBSCAN-SWA
MKLLVVDDSSTMRRIIKNTLSRLGYEDVFEGEDGLQGWNILNQNPDINMLITDWNMPEMNGLELVKKVRADSRFIDLPIIMVTTEGGKVEVVTALKAGVNNYIVKPFTPQVLKEKLSAVLGVAL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013460832.1|1991460_1993665_+	PAS domain-containing protein	A0A1B0V854	Salmonella_phage	2.3e-23	52.0
WP_013460833.1|1993679_1994060_+	PAS sensor domain-containing protein	A0A1B0V854	Salmonella_phage	2.1e-25	50.0
WP_013460834.1|1994078_1995188_+	methyl-accepting chemotaxis protein	NA	NA	NA	NA
WP_013460835.1|1995198_1996050_+	diguanylate cyclase	A0A1B0V854	Salmonella_phage	2.3e-19	42.6
WP_013460836.1|1996070_1997309_+	diguanylate cyclase	A0A127AWB9	Bacillus_phage	2.1e-21	37.7
WP_013460837.1|1997333_1997708_+	chemotaxis response regulator CheY	Q56AR1	Bacillus_thuringiensis_phage	1.3e-08	30.1
WP_013460838.1|1997731_1998133_+	hypothetical protein	NA	NA	NA	NA
WP_013460839.1|1998151_1998676_-	antirestriction protein ArdA	A0A1B3AYP3	Gordonia_phage	3.0e-14	34.9

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_014762|2143134:2149917|DBSCAN-SWA
TGTGAAAAAAGCAATTATTACAGGAATTACAGGTCAAGACGGTGCTTATTTAGCTGAACTTTTATTGGAAAAGGGATATGACGTATACGGAACATTCCGCCGTACCAGTTCCGTCAATTTTTGGCGTATCGAAGAGCTGGGGATCGAGTCTCATCCCAATCTGCATCTTGTAGAATACGATCTAACTGATCAAGCCAATACGATCCGCATGGTCATGGAGATTCAACCTGACGAAATCTATAATCTCGCGGCGCAAAGTTTTGTAGGGGTTTCGTTTGAACAGCCTCTCGCCACAGCACACATCACGGGTCTGGGAGCGGCACATCTGCTCGAAGCGATCCGCATCGTTAATCCGAAAATTCGTTTCTACCAAGCCAGTACCTCGGAAATGTTCGGAAAAGTTCAGGAAATTCCTCAAAAGGAATCAACACCGTTTTATCCGCGCAGCCCTTACGGCGTCGCCAAACTGTATGCGCACTGGATGTGTATCAACTATCGTGAAAGCTACGGCATATTTGCTGCCAGCGGTATTTTATTCAATCATGAATCCCCGCTGCGCGGACGGGAGTTTGTAACCCGAAAAATCACCGATACCGTCGCTAAAATATCTTTGGGAAAACAAGATATTCTGGAACTTGGAAACCTCGATGCTAAACGCGACTGGGGATATGCGAAAGAGTATGTAGAAGGGATGTGGCGTATGCTCCAATGCGAGGAACCCGATACTTATGTACTCGCAACCAACCGTACCGAGACCGTACGTGATTTCGTCACAATGGCGTTTAAAGCGGTCGGGACTAAGCTGGAGTTTAAGGGAGAAGGGGAAAACGAAATCGGTGTCGACACCGCCAGCGGAAAAACCGTCGTACGTATCAATCCTAAGTTTTATCGCCCTGCCGAAGTAGAACTTTTGATCGGAAATCCGGAAAAAGCAAAACGTGAACTGGGATGGGAACCATCGACCACACTCGAAGAGCTATGCGCCATGATGGTCAAAGAGGATTTACGAAGGAATACCGTTGGCTTCAGCTTCTAAACGGCTGTTGATAACCGGGATCGAGAGTTTTACGGGGAAATATATCCGTGACATTTTCGAATCGCACGGGTATGAAGTATTCGGTACGGTTTTAGGAAAAACATCCGGAGATCGTATCTATACGTGCGATATTACCCAAGCCGATCAGATTGATGCGGTCATCGCGCACGTACGCCCCGATACCGTTATTCATCTTGCGGCAATTACCTTTGTACCGGATGGGAATTCGGTAGACATTTACAATGTAAACCTGTTTGCGACACTCCATCTGTTAGATGCTTTGGTTCGGCATGCGCTGCCGTATCAAAAAGTCATCTTGCCGAGTACCAGTAATGTGTACGGAAATATCCCCCTCGAAGCAATCCACGAAGAGATATGTCCTCAGCCTCTGTCGCATTATGCCCTGAGCAAGTACGCAATGGAGCAGATGGCACGGAATTATTTTGACCGCCTCCCGATTCTTTTAACCCGTCCGTTCAACTATACCGGAGCCGATCAGGCCGAACGGTTCGTCATACCGAAGATTGCGGCACATTATCGGGAGAAAAAATCGGCAATGGAGCTCGGGAATATTGATGTTTACCGCGATTTCAGCGACGTTCGGGATGTTGCTGAAGCTTACTTCGTCTTAGCCGAATCTGCTGTCTCATCCGAGATATTCAATATCGGATCAGGTAAAGTCTTCTCTCTTCGGGAAATCATCGAAATGGCGGAATCAGCCTCAGCTCACCGACTGGAAATTCGTACCAATCCCACATTTGTGCGTTCTAACGAAATCGAGCGGCTGGGAGGCGACAATACCCGATTGAAAAATCTCGGATGGAAACCCCGCCATACAATGGAAGAGACGATCCGCTGGATGATTAATGCTTCTTCGCTTTAAAAAGGGATACCGTTGAAAGAGACTTTCGCCAGATTTTTGCTCGTCTGCTTCGATGTTCTTGCCATTCTCGTATCCTTATCCGGAGCCTTTTATTTACGCCATCTATTCAGCGGCTTTTTCACTATCCCGCCTCCCCCCGACATCGCGCTTTATTTACAATTGTATCTAATTTACGGAATCGTCCTCATTGTAATCTATTTTGAGGGGATTTATACAAAGCGGTTCGATTTTTGGCAGGAACACAAACGGATCGGCAAAGCCCTTTTAGTCGCTTGTCTAGTCGCATTGGCCGTTCTTGCACTGCAAAAAGAGACAGAATTTTACTCCCGTTTTATCCTGATCATCTCTTTCGTTCTCATGTTCATACTCATCCCTGCGGAAAAATTTCTCGTGAAACGATGGCTCTACAAAATGGGGCTATGGAGACGTCAGGCGATCATACTGGGAGAAGATCCTTTTTTTGAAAAACATGTCTTTGAAAACCCCTATTTAGGATACGTTAAAGGGGATATCAACCATGCGAAAACCCTTTTTATAGCGTCCGATTATCGACAGGTCGGAGAAATTGAAACGGTTCTGGATCAAAGTGTCAAACGCAATCAGGAGGTGATTTTTATCCCTCTCGTCAAAAGCTATGACTTTACCGACTCGTATGTTATCCATCTGTTCAACGCCCGAACCAACCTGATCGTCCTGGAAAACAAACTTCTCAATCCGTTGAATCGGATACTCAAAGATTCAAGCGACTATTTACTCTCTCTGCTTTTGCTCCCGTTTGCCCTTATGGTAATGATCATTATCGCTTTACGGATTAAAAAAGAGGAATCGGAAGGGAGAGTCTTGTTTAAACAAAACCGGATGGGACGTGAAGGAAAAATGTTTGTCTGCTATAAGTTTCGTACGATGCATGAAAACGGTGATCCCATCTTGGAAGAATATCTCCGAAGCCATCCCGAAGAGATACAAAATTATGCAATCTACCATAAATACGAAAATGATCCCCGAATCACAAAAATCGGCCATTTTCTGCGTAAGAGTTCGCTTGACGAACTGCCTCAGATTTTTAATGTTCTCAAAGGGGAGATGAGCTTGATCGGGCCTCGACCGTATATGAGCGAAGAGCAGCAAAAAATCGGTAAAAAACTTCCGATGGTTTTAGCCGTAAAACCGGGAATAACAGGACTATGGCAAGTCTCAGGTCGAAGCGACGTCGATTTTTCCAGCCGGGTTTCCCTAGATGTCTGGTATGTACGCAATTGGAATCTTTGGACTGACTTTGTTATTTTGATGAAAACGGTTAAAGTGGTTTTACGTAGAGAAGGTGCTGTTTAAGGTGGTGCCGGCACGAGGATTTGAACCCCGGGCCTATTGATTACAAATCAATTGCTCTAGCCAACTGAGCTATGCCGGCGATTTGGAGAGCGCAATTATATTCGGGTTTTCCTTAAAAAAACCATATGCGGCATCAAAATTGAACTATGTTATAATTTTTAAAATGAACGCAGAAAAGAGACGTAAATGAAAGGGATTATCCTAGCCGGCGGAAGCGGTACACGGCTTTACCCCATTACAAAAGGGGTCAGCAAGCAGTTAGTCCCGATCTATGATAAACCGATGATCTATTATCCCCTCTCGGTTCTTATGCTTGCCGGAATCCGTGAAGTACTCATTATCTCCACGCCTCACGATCTTCCCCGCTTTGAAGAGCTTCTGGGGGACGGAAGCGATATAGGGATGAGTTTCTCGTATTGTATCCAGCCCTCACCGGACGGTTTGGCGCAGGCATTTATCCTGGGTGAGGATTTTATAGGGTCCGATGATGTCTGTTTAGTGCTCGGCGATAATATTTTTCACGGACACGGCCTCACCAGATTGCTTGCACAATCTGTCCGAAACGTCACCGAAGAGAATAAAGCGACGGTCTTCGGATATTGGGTTAAAGATCCTGAACGTTACGGTGTCGTCGAATTCGACTCAATGGGAAATGCCCTTTCCATCGAAGAAAAACCGGCCGTTCCGAAAAGCTCATACGCCGTCGTAGGGTTGTATTTTTATCCCAACAGCGTCGTCGAGATTGCCAAAAACGTCAAGCCCTCAAAGCGGGGAGAACTCGAAATCACAACCGTCAATCAGACGTATCTGGCTCAAAACGATCTCAAAGTGGAACTGATGGGGCGAGGATACGCATGGCTCGATACGGGAACCCATGAATCCCTGCTAGAAGCAAGTATGTTTATCCAGACGATCGAAAACCGACAAGGGCTCAAAGTAGCCTGTATCGAAGAGATCGCGTATGAAATGGGATACATTTCGAAAGAAAAACTTCTCAACCTCGCTCAGCCTTTAAGTAAGAACCAATACGGCGAGTACCTGATACGCAGAGCAAACGAAGGAAAAATCGGCGAATGATATTTACACGCACTGAGATACCCGATGTTATCGTCATCGATCCGAAAGTACACGGTGATGAACGCGGTTATTTTGTCGAAACGTTTCGTGCCGACAAACTCGAAGCTTTTTTAGGGTTTACGATCCCTTTTTGTCAAGACAATGAGAGTAAATCTTCATACGGGGTACTGCGCGGTCTTCACTATCAACTCCCGCCTCACGCCCAAAGCAAACTGGTGCGTGTCATCGACGGGGAAGTCCTCGATGTCGCCGTCGATATCCGCAAAGGCTCCCCGACCTTCGGCCGTCATGTCTCCGTTCGCCTCTCAGGCGAAAACAAACGCCAGCTGTTCATTCCGCGCGGTTTTGCCCACGGATTCGTCGTCCTCTCCGAAACGTGTACGTTTGCCTATAAAGTCGATAATTACTACAGCCCCGAATGCGACAGAGGAATCGCATTTGACGATCCCTCTATCGGTATCGACTGGCACGTCAATCACTCCGATTTGCAGCTCTCACCCAAAGATACCGAACAGCCTCTTTTAAATGCGGCGGATCTCTTTGATTTTAGCGAAGACCTCTATGCTCAAACAGGGAGTGCACATGCGTAGTATACTCGTCACCGGAGCCAACGGGCAATTGGGTTCCGAGATCAAAAAACTGAGCCGTTTATACCCGCAGTATGAATTTACCTTTTCGGGCAGAGAGACGCTGGATCTGGGCAACCTGTGTAAAATGGAAGATTATTTCGACGGAAAACGCTTTGACGCCATCATTAACTGCGGAGCCTATACCGCCGTCGACAAAGCCGAATCCGAACCCGAGCTTGCGGACACGATCAATCACCGTTTCGTAAGTATGCTGGCCAAAATCGCCAAAATCAAAAAATCGGCCCTGATCCATATTTCAACCGATTACGTCTTTGACGGACAAAACTACCGTCCCTACGTCGAAACCGATCCTACCGATCCGCAGGGGGTCTACGGCAGAACCAAACAAAAAGCGGAAAACGCCATTTTGGCCACGGCTCCTGCAAATACACTTATCATCCGAACGTCATGGGTGTATTCGTCGTTCGGCACTAATTTCGTCAAAACGATGCTCAGACTCGGAAAAGAACGCGACACTCTGGGGGTCATCTATGACCAAGTGGGGACGCCGACCTATGCAGAGGATTTGGCACGTACCGTTTTGGAACTCCTGCCGAAAATCAGTAACGAATCTCCCGAAATCTATCATTACAGCAATGAGGGAGCCATAAGCTGGTATGACTTTTCCAAAACGATCTTTGAACTCTCAGGTATCGTGTGTGACGTCAAGGCGCTTACGAGCGACCAATATCCGACACAGGCGAAACGCCCCCATTACAGTTTGCTGAACAAATCAAAAATCAAAAACGATTTCGGCATCACTATCCCGTATTGGAAAGACTCTCTGTGTAGATGTTTAGAAGAATTAGGAGCCAAGTCATGAAAACCATTCTCGTCACCGGATGCGCCGGATTTATCGGAAGCAACTTCGTCCCCTACTTTCTCGACAAATACCCCGATATCCGTCTGATTAACTTAGACCTTCTTACGTATGCGGGCAATCTCGAAAACCTTGCCGAAGTTGAAAACAACGACCGTCATATTTTTGTCAAAGGGGATATCTGCGACCGTACCCTGGTCGAATCACTTTTCAAAGAGTATGACATCCGAGGGGTGATCCATTTTGCCGCAGAGAGCCATGTCGACAACTCGATCAAAAATCCGGGGATTTTTGTCCAAACCAATGTCAACGGCACCTTTACCCTGATCGACGTCGCCTACAAACAGTGGATGGAAAAACCTTTTGCCTTTAAAGCCGGGTATGAGGGGTGTCGCTTTCATCATATCAGTACCGACGAAGTGTACGGAACACTCGGGGAGAGCGGATACTTTAGCGAAGAAACCTCCTACGCCCCCAATTCGCCCTACAGCGCGTCCAAAGCGGGATCTGATATGATCGTCCGTTCGTATCACCATACCTACGGAATGGACACGGTCATTACCAACTGCTCTAACAACTACGGACCGAAACAGCACAGTGAAAAGCTGATCCCGACCATTATCCGAAAAGCCCTTGCGGGAGAAAATATCCCCATCTACGGAGACGGCAAAAACATCCGCGACTGGCTGTACGTCACAGACCACTGTAAAGGGATCGATTTGGCATACCACAGAGGGCGAAGCGGCGAAGTGTACAACATCGGCGGGCGCAATGAACGTAACAACAATCAGATCGCAGAGCGTATCTGTACCCTGCTCGATACCATGCGCCCCCGCAGCGACGGCAAAAGCTATAAAGAGTTTATCACCTATGTCGAAGACCGAGCCGGACATGACCGCCGCTATGCCATCGATGCGTCCAAAATCGAAACGGAACTCGGGTGGAGAGCCGATGAAAATTTTGAGACCGGTATCCTAAAAACGGTCGAATGGTTTTTAGAGCGTTAA

Protein sequences of DBSCAN-SWA_2

>NC_014762|2143134:2149917|2144152_2145052_+|WP_013460976.1|DBSCAN-SWA
MASASKRLLITGIESFTGKYIRDIFESHGYEVFGTVLGKTSGDRIYTCDITQADQIDAVIAHVRPDTVIHLAAITFVPDGNSVDIYNVNLFATLHLLDALVRHALPYQKVILPSTSNVYGNIPLEAIHEEICPQPLSHYALSKYAMEQMARNYFDRLPILLTRPFNYTGADQAERFVIPKIAAHYREKKSAMELGNIDVYRDFSDVRDVAEAYFVLAESAVSSEIFNIGSGKVFSLREIIEMAESASAHRLEIRTNPTFVRSNEIERLGGDNTRLKNLGWKPRHTMEETIRWMINASSL
>NC_014762|2143134:2149917|2145064_2146384_+|WP_013460977.1|DBSCAN-SWA
MKETFARFLLVCFDVLAILVSLSGAFYLRHLFSGFFTIPPPPDIALYLQLYLIYGIVLIVIYFEGIYTKRFDFWQEHKRIGKALLVACLVALAVLALQKETEFYSRFILIISFVLMFILIPAEKFLVKRWLYKMGLWRRQAIILGEDPFFEKHVFENPYLGYVKGDINHAKTLFIASDYRQVGEIETVLDQSVKRNQEVIFIPLVKSYDFTDSYVIHLFNARTNLIVLENKLLNPLNRILKDSSDYLLSLLLLPFALMVMIIIALRIKKEESEGRVLFKQNRMGREGKMFVCYKFRTMHENGDPILEEYLRSHPEEIQNYAIYHKYENDPRITKIGHFLRKSSLDELPQIFNVLKGEMSLIGPRPYMSEEQQKIGKKLPMVLAVKPGITGLWQVSGRSDVDFSSRVSLDVWYVRNWNLWTDFVILMKTVKVVLRREGAV
>NC_014762|2143134:2149917|2146570_2147461_+|WP_013460978.1|DBSCAN-SWA
MKGIILAGGSGTRLYPITKGVSKQLVPIYDKPMIYYPLSVLMLAGIREVLIISTPHDLPRFEELLGDGSDIGMSFSYCIQPSPDGLAQAFILGEDFIGSDDVCLVLGDNIFHGHGLTRLLAQSVRNVTEENKATVFGYWVKDPERYGVVEFDSMGNALSIEEKPAVPKSSYAVVGLYFYPNSVVEIAKNVKPSKRGELEITTVNQTYLAQNDLKVELMGRGYAWLDTGTHESLLEASMFIQTIENRQGLKVACIEEIAYEMGYISKEKLLNLAQPLSKNQYGEYLIRRANEGKIGE
>NC_014762|2143134:2149917|2147457_2148051_+|WP_013460979.1|DBSCAN-SWA
MIFTRTEIPDVIVIDPKVHGDERGYFVETFRADKLEAFLGFTIPFCQDNESKSSYGVLRGLHYQLPPHAQSKLVRVIDGEVLDVAVDIRKGSPTFGRHVSVRLSGENKRQLFIPRGFAHGFVVLSETCTFAYKVDNYYSPECDRGIAFDDPSIGIDWHVNHSDLQLSPKDTEQPLLNAADLFDFSEDLYAQTGSAHA
>NC_014762|2143134:2149917|2148043_2148913_+|WP_013460980.1|DBSCAN-SWA
MRSILVTGANGQLGSEIKKLSRLYPQYEFTFSGRETLDLGNLCKMEDYFDGKRFDAIINCGAYTAVDKAESEPELADTINHRFVSMLAKIAKIKKSALIHISTDYVFDGQNYRPYVETDPTDPQGVYGRTKQKAENAILATAPANTLIIRTSWVYSSFGTNFVKTMLRLGKERDTLGVIYDQVGTPTYAEDLARTVLELLPKISNESPEIYHYSNEGAISWYDFSKTIFELSGIVCDVKALTSDQYPTQAKRPHYSLLNKSKIKNDFGITIPYWKDSLCRCLEELGAKS
>NC_014762|2143134:2149917|2143134_2144169_+|WP_013460975.1|DBSCAN-SWA
MKKAIITGITGQDGAYLAELLLEKGYDVYGTFRRTSSVNFWRIEELGIESHPNLHLVEYDLTDQANTIRMVMEIQPDEIYNLAAQSFVGVSFEQPLATAHITGLGAAHLLEAIRIVNPKIRFYQASTSEMFGKVQEIPQKESTPFYPRSPYGVAKLYAHWMCINYRESYGIFAASGILFNHESPLRGREFVTRKITDTVAKISLGKQDILELGNLDAKRDWGYAKEYVEGMWRMLQCEEPDTYVLATNRTETVRDFVTMAFKAVGTKLEFKGEGENEIGVDTASGKTVVRINPKFYRPAEVELLIGNPEKAKRELGWEPSTTLEELCAMMVKEDLRRNTVGFSF
>NC_014762|2143134:2149917|2148909_2149917_+|WP_013460981.1|DBSCAN-SWA
MKTILVTGCAGFIGSNFVPYFLDKYPDIRLINLDLLTYAGNLENLAEVENNDRHIFVKGDICDRTLVESLFKEYDIRGVIHFAAESHVDNSIKNPGIFVQTNVNGTFTLIDVAYKQWMEKPFAFKAGYEGCRFHHISTDEVYGTLGESGYFSEETSYAPNSPYSASKAGSDMIVRSYHHTYGMDTVITNCSNNYGPKQHSEKLIPTIIRKALAGENIPIYGDGKNIRDWLYVTDHCKGIDLAYHRGRSGEVYNIGGRNERNNNQIAERICTLLDTMRPRSDGKSYKEFITYVEDRAGHDRRYAIDASKIETELGWRADENFETGILKTVEWFLER

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013460975.1|2143134_2144169_+	GDP-mannose 4,6-dehydratase	A0A1J0F996	Only_Syngen_Nebraska_virus	3.0e-106	56.2
WP_013460976.1|2144152_2145052_+	GDP-mannose 4,6-dehydratase	Q58M85	Prochlorococcus_phage	5.9e-10	25.2
WP_013460977.1|2145064_2146384_+	exopolysaccharide biosynthesis polyprenyl glycosylphosphotransferase	NA	NA	NA	NA
WP_013460978.1|2146570_2147461_+	glucose-1-phosphate thymidylyltransferase RfbA	I7I009	Enterobacteria_phage	5.0e-102	61.7
WP_013460979.1|2147457_2148051_+	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	1.8e-39	49.4
WP_013460980.1|2148043_2148913_+	dTDP-4-dehydrorhamnose reductase	I7HXC9	Enterobacteria_phage	2.0e-34	35.7
WP_013460981.1|2148909_2149917_+	dTDP-glucose 4,6-dehydratase	A0A1D7XFE8	Escherichia_phage	6.3e-77	45.5

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_014762|2537180:2548461|DBSCAN-SWA
CATGCCAACCCGAATCCTGCCTGAGGTTCCCCTTCTCGATCACACAGCACTCGGGAGTTTTTTAGCGAGCCGATTTGAATCGCAAAGTGAAAAACTCTCCGATATTCCCCATCCTTCCAATCTAAAAGATGCGCAAAAGGGGGCCGATCGGCTCGCTCGCGCCATCCGCAACCATGAACGTATCGCTCTCGTCGGTGATTATGATGTTGACGGCGTCACCTCTACCGCTATCGTCAAGCGTTTTTTCGACCTCATCTCTTATCCCCTTATCACGACGATACCGAACCGATTCAGCGACGGATACGGCGTCTCTAAAAACGTTTTGGAACGGCTCGATGCCGATGTGATCTTTACCGTTGACAACGGGATCAATGCCATCGAAGCCGCAGAAGTATGCAAAACACGGGGGATCGATCTGATCATCACCGACCACCACACTCCCGGAGACACTCTCCCCAATGCCTATGCAATCATCAATCCGAAACAAAGCGACTGCCCCTATCCGTTTAAAGAGATATGCGGTGCACAGGTGGGATGGCTTTTTATGGGGCTTCTCAAACAAGAACTGAATCTCTCCATCGACATGCGTCAGTTTTTTCCGTTCTTGGCCCTTGCGATCATCGCTGACGTTATGCCCCTTGTGGGAATTAACCGCGCTATCGTCAAAACGGGGCTTGATATGATGCAAACCTCGTCTCTCTCACCGTTTGTCATGATCCGTGATTTCCTCAACCGATCCGCCGTCTCTTCGGAGGATATCGCTTTTCAGATCGCTCCGCGCATCAATTCGGCTGGACGGCTCGAAGATGCATCCATCGCCCTTGAGTTTCTCATGGCCGATACGACAGAAAAAGCCTATCACCAGTTTGAACTCCTCACCGCGCTCAATACGCTGCGTAAAGAGACCGAAGCTCAGACAACTGCCGAAGCCATGCTGCACGTCAACCCGAAAGAACAGATCATCGTCGTTGCGGGGGAGCATTGGAACGAAGGAGTCGTAGGAATCGTCGCTTCACGGCTGGTAAACCATTTTCAAAAACCGGCCATCGTCCTCAGCGTCCATAACGGCATTGCCAAAGGAAGCGGGCGAAGCATCGGAAATGTCGATCTCTACTCCCTGATCAAATCGCAAGAGAAACATCTGCAAAAATTCGGCGGTCACAAAATGGCGGCGGGGCTGTCTATGAGCAGTGATGCGATCGAAGCGTTTCGTCTGGGAATCAACGAAGCCGCAAAACAGATCAATCCGGCCGACTTCATCCCCCATAGCGATATCATCGGCGAACTCGAACACGAAATGATCAATTTTCAGCTGTTGGAGCTTCTGGAGCGATTTGAACCTTACGGTGAGGGGAATCCCCGTCCGAGATTTTTAATCCGGGAGGCCGACGTCGTAACGGTCAAACTCTTCGGAAGCGACCAGTCCCACAGCCGTTTGGAGCTGCGCCCTTCCCGGCTCAGTCCGAAAACACTGGAGCTGATCGCGTTTCGGCGGACACTGGAGTGTCCCGAAAATAAAAAAATGTCGTGCAGCTATACCGTCAATAAGAACGAGTGGAACGGGCGGGTCTCGATTCAGCTTATGGTAGAGAGGGTATTTTAATGTTCCGGTTATCCTCTTTAGTGCTTTTTGCCCTCTTGATAAACGGCTGCGATACGCCGAATAGATCTTTGCCCTACGCCCTGAGCATTACCGAAGAGGGGCTTGGTTCTTTGCACCCCGATACCCCGTTTAGCCAGGTAAACACCTCCCTGAGCGGCTTTGAATTCGAAAAATTGAGCCAAATCACCCCGGGCCAAAACGAAATGATTTTCCTGATGAAACGGGGGGAGAAAATACTCGCCCAAATTGTTTCCGATCCCTCCGGCAAAAAAATTGCCGAAATTCAGATCACCTCCGAACTGATCAAAAACAGATACAATCAGGGACTTGGGGATCCGCTTCCCACCGGTAAAACACTGCACTGCAAAGGTGACATCTGCCAAAATGAGAATGAGCCTTCCGTACATTATCGAATCGATCAAAAAACACGAATCATTAAAGAAATAACCTTTTCACGGCTATAATACGACATGGACACATTTTTTATTGAATTTCGCGACCCTCTTTTCGGTATCGTCGTCTTTTTTATCCTCCTTTTTATCCTCTCCTTTTTGAGCTATTGGTGGGGGCGCTATAAAGCGGCTAAAGAGCATACCGATCTTAAATCTTTTCTAGGAAAATTCGAGTCTCTCGGCGAAGGGGACAAACTGGCCGAGCAGGTGCAAACCAACTCTCTAACGAGCGAATCGTGGCTTCTGCTGGCACAAAGTTTTGAACATCAGGGGAATTACGAGAAAAGCGTCGAGATCTATCATGCGCTCCTCTCCAAAAACCGTGATCCCATTTTCCAAAAAGACGCCCTTTTACTACTGGGAAAAAGCTTTTTCAAGGCAGGGTTTTTAGAGCGTGCGCGTCAAACGTTTATGCAGATTCTTCACAATTCTCCCCGTACACCGCAGGCATTGCATTATCTGATTCTCATTTATGAGCAGCTACAGCAATACGACAAAGCCCTGGAGGTAATGGAATCGCTGCAGGAGCTCTCTCCCGGAACCTCGAATGAGAAACTCTATATTGAATGCCGGATTCTGCTCAATGACCACCGAATCGACATCGATGAAAAAGCCCAAAAACTGCTCGAACTCTACAGCACGCACCGCCAACTGGGGTACATGATTTTTGAGTGGCTCTTTACCTACCGCCCGGCATTGGCATGGCGGCACTACGACCAATCGCTGAGCCAGCGGCTGAGTGATGTTTTATGGCGGCTCAGAGATGAAAATCTCGATTTGGATATAATTGCAAGCAATACTTTCTTGCGCGAACTGTTCACGGCAAAAGGATCAGTCGATCTTTGCTTGGGAAGCTCGGTTTTCGAACTCGACGTCCTAATCGCCCTTCGCCGCTGCGGCGTTGCCAAAGCGGCATTGCAGTTTGAATATTCGTGTGACGAATGTAATACGATATCATTTTTGCCGTTTCACCGCTGTCCGCACTGTCATGCGATTGATTCTCTGCAAAGCATTATGAATCTCTCAAAGGAACGATTTGAAGAAAATAACTCTCTTCAGTGACGGATCGGCACTCGGGAATCCGGGGCCGGGAGGCTATGGGGCCATCTTGCGCTACGGAGACAAAGAGCGCATCATCCGAGGCGGAGAAGCCCATACGACCAATAACCGCATGGAGCTGCTCGGAGTGATAGAGGGATTGCGGGCGCTTAAAGAGCCGTGCGACGTCACTATCATCTCCGATTCGAGCTATGTCATCAAAGGGATCAACGAGTGGCTGGAAGGGTGGATCAAACGCAACTTCGCCAAAGTCAAAAACCCCGACCTCTGGCAGGAGTATATCCGGGTTTCTGCTCCCCACCGCATTGAGGGTGTCTGGGTTCGCGGCCATAACGGCCATATCGAAAACGAACAATGCGACGTAATCGCCAAAGAAGAGGCGGAAAAATTCAAAAAAGGATTGAACAACTAATGGACAATTTACAAGCCCTGCAAGAACGCTTAGGGTACACATTTCAAAACAAAGAGCTCCTTATTGAAGCGCTGACGCATAAAAGCTACAAACAGCCCTACAATAATGAGCGGCTGGAGTTTTTGGGAGACGCGGTACTCGATTTGATCGTCGGAGAATATCTTTACAAAAAATTCCGCGGCTATGATGAGGGGAAACTCTCCAAAATGCGTGCATCTCTCGTCAACGAGGGGGGATTTACCTCACTGGCCAATCATCTTAACCTCGGAGAGCATATTTTTCTCTCCAATGCCGAAGAAAACAACAGCGGCCGGACCAAAAGCTCTTTGTTATCAAATGCTTTTGAGGCCGTCATGGGGGCGATGTACCTTGAAACCGGATTGGGAAAAGTGCAGGAGATCACCGTTTCTCTTCTCGAACACGTCCATCCCGATATTTCACTCGATTCGCTCTTTAAAGACTACAAAACCTCTTTACAAGAGCTGACGCAGGCACACTACGGAACGACTCCCGAATATCAGCTTATCGCCGCACACGGGCCGGATCATAAAAAAGAGTTTGAAGTTGCTGTCATTATCGATGGCAAACGCTACGCCTCCGCTCAGGGGAAAAGCAAAAAACAAGCTCAGCAGGAAGCGGCACAGATCGCTCTTGAAATGCTGTCCAAGGAGCTCAAATGAATCGGTTCGGAGAACGTTTTACGATCACCACCTTCGGTGAATCGCACGGCAAAGCGATCGGCTGTGTTCTCGACGGTGTCCCGGCAGGGCTTTTGATTGACGAAGATTACATCCAAAGTGAGTTGGATCGCCGCAAACCGGGTCAAAACGAATTTGCCACCGCCCGTAAAGAGGCAGATTGTGTCGAAATTCTCAGCGGCGTATTCGAAGGGCTCAGCACGGGTACACCGATTATGATGGTGATCTATAACACCGATCAAAAAAGCGGAGACTACTCAAACGTCAAAGATATTTTCCGCCCCGGTCATGCCGACTTTACCTATTTTCACAAATACGGTCTGCGCGATTACCGAGGCGGCGGACGCTCTAGCGCACGTGAAACCGCCGCTCGCGTTGCAGGCGGTGCGGTGGCAAAACTGATGCTTTCACAACTCGGCATTACATTTCAAAGCGGTATCAGCGCTATACACGGTATCGAAGCACAGTCTCTCGATTTTACCTACCCCCAAAATAGCCCGATCTATGCGCTCGATGCAAGCGTAGAAGAGGCACAAAAAGCGGCCATTCTAGAGGCTAAAAATTCCCATGACTCCGTCGGCGGCGTGTGCACGGTCAAAATCAGCGGCCTTCCGATCGGTCTGGGTGAAGGGCTTTATTACAAACTCGATGCCGTACTGGCAGAGGCAATGATGGGGATCAATGCCGTCAAAGCGGTTGAAATAGGAGAAGGTATCCGAAGCGGCGAGCTTCTGGCATCGCAAAACAACGATGCTATCACCCCAAAGGGTTTTAAAACTAATCATGCGGGAGGAATTTTGGGTGGAATGAGCAACGGTGATGACGTTCTCGTCCGTGTCCATTTTAAGCCGACCCCGTCGATCTTTATCGATCAGGAAAGCGTTAATACCGAGAATGAGAGTGTTAATGTCTCTTTAAAAGGGCGGCATGATCCGTGTGTCGCCGTACGCGGTTCGGTCGTCGCCGAATCGATGGCGGCACTGGTATGTGCCGATATGGTTTTGCTCAATATGGGTTCTACCATGAACGGAATCAAAGGGTATTACCTCTAATTTCAATATATTTAAGCTTTGTTTCACTACCATAAAGGATTCCTATAAAAAGGGTTCTTTGTGACGAGTCCAACTCAAAACTGCTACCTTCTCGATACCTCTGTTATCTTAGATGATCCAACCAACATTTTACGAATCAGTGACGAAAACCAAAACGGCATCGTTATCACTAATATCGTTTTGGCCGAACTTAACAGTAAAAAAGACGATATGCGTTCCGAAGCCGGTTTTCAGGCTAGAGAATTTTTCCGTCTCGCCGATGCGGCATGGGGAGAGCCGATCAGTTTTATTGAGCTTCCCGAATGCGTCCGCAGCCATGTCGATGTCGAAGAGTGTAAAAACGACAGATACTACCGTTTATCGCTCAATTTTGACCGATCATTGCATGGAGGGGAGGCAAACCTTATTGACCTCTTTATCGTCCACCGTGAACAATACCGCGTAGCCCATAATTTTTCCGAGCCCAAAGGGATCAACGACGCCAAAATCGGTGAAATTGCCGATGATTATGACCTTATCCTTCTCTCTAACGACATGTCGTTTCGGATTGCAGCCGAGATTCGCGGTATCCGTACCCAAAGTATCCGAAACAGCAGCGTCGAGGCTCCCGAACAAATCGATTTTACCTATACTTATGAGTATGAAGATGTCCCCGCTCTCCCGACCGATGCAGAACACCACAATTTTGATCAAATCACGTTTATCCAAAAAGCGCAAAGTACCACGTCAGAGATGTACGAAACGGGAATTCAACGTCACGCTTTTGCATTCAACAACCAGATAGAATGGTGCGATTTCGATCGACGTTTCGGGGAATATTTCAATGAAGAGCTTGTCCGTCCGCTCAACTTGGAACAAAAGTTCTATTATGCGATGATGACCCATCCGCAAAACTACGTCACCGTCGTTTCCGGCTCTACCGGATCGGGGAAAACGCTCGTTGCCCTGCAAGCGGGATTGGAGTTGGTTGAAGAGGGGATCGTCGAGGGGATCGTCTATGCCCGTAACACCGTCACCTCTAACGATCAGGCGGCGGAACTTGGATTTCGTAAAGGGGATGAGGAACAAAAACTCGGATACTTTATGTACCCTCTTTATGCAGCGGTCAATTTCACCATTGAGCACCAAAGCAAGCGTTCGATCGACGCACGTGTCGAATATACCGGCAACACCAATTCGGTCAAACGGGAAAATGCGACCGAAGTGTTTATGAAAAAATACAACATTGAAGTGATGGATATTGCCCACTTGCGCGGTACGACGATTTCGCGCAAATTCGTCATTATCGACGAGGCTCAAAATATGACTAATGCCACGTTAAAGCTTATCGGAACCCGTATGGGGGATGAAACACGTCTCGTCGTGATGGGGGACCCCGGACAAATCGACCATCCGTTTCTCTCCAAACGCCGCAATGCCCTTGTCAGTTTGCTCAACAAAGCGCAGCATAACAATTTTATCGCAGGGATTCAGTTGCGCCATACGATCCGTAGTACGGTTGCCGACTGGTTTGATAAAAACTTTTAATTCTTTTCTTGTCGCCAAGAAAAGAAACAAAAGAAGCGCATCTCTCCGGCAAATCGCTCACGCGACTCTTGGCACTTCTGCCATCGCGCGTGGCTTTTAAGGATGCCGGAGAGATGAATATCTAATTGATAATGCCCCCGAAATTTACCTAGAGCCCAACCGCTGGCAGCAGTGCCAAAGCGGTTGAAAGCGTTCTATTGAGGGGGCGATTTTCTTTTGGTACTTTTCTTATGAAAAAGAAAAGTACAGAGAGAAATATTAGATTGGAAGAACGCGGATTTTCTGAGAGAGTTTTTCTTTGAGTGTCGCTTCGATCGCATACAATGTTCCTGTACTTGAACTCGCACACCCGTTACAAGCACCCAAATAGCGGATATACACATCGATATAATCCGGCGAATCTTTAATATCGATAACTTCCATATTTCCGCCGTCCATGATCAAGAACTGACGAATCGACTCATCGATAACACTGTCAATCGCTTTGATTTTTTGCACCAGCGTCATCGCTTCGAAATCACCGTGCGATCCTGCATCGGCTGCCGCACGCATTTTCTCCTGATCCATTTCGGCACGTACATCAGCCAAAATATCGACAAGATAGTATTCACGTGCTTCATGACCGCCCGGTTTGATACACGATTTACAGAACCCGCCCGCTTTGGTATAGTCGGTTACCTGCTCGATGGTTTTAAGGTCATTCAGTTTAATCACTTCGCGAAGCGTCCCCAAACTGACGCGGGCACATTCGCACACAATGATCTCATCTTCAAAACTTGACTCATCAACACCGAGATAAAGCCCGGCCGCTTTTTTGATAACGTCATACGCCATAACCGAACAGTGCATCTTCTGCGGCGGAACGGCCGGAGTTTCGGGATCGTCGCGAAGTGCTTTTTCGACATCGATATTGGTGATTTTTACGGCATCTTGTACCGTTTTACCGATACAAAGCTCCGCCATCATATCCGAGCTGGCAATCGCCGTACCGCATCCGAAACTTTTAAACTTTGATTTGACGATCGTATCCGTTTTTGGATCAACCGCCCAATACAGACGCACCGCATCACCGCAGCTCTCCGCTCCGAAATCGGCGACGATCAGCTTATAACCATCCGCATCGCACTCTTCTTGGGTAATCTCCCCTTGATTATGCGGGTTGTTCATCAATGTCGTTACTTTATTTGAGTACTGATCCCAAAGAGATCCGCCCAATAGATCATTTTTAGCCATAATTTATTCCTTATTAATGGTGAATATTGCACTCAGCAGCTTTGCCGCCGGGGGTAGGTTGAACTTTTGCATATGAACTGGAAATCGCTCGCAGACGTGCAACCGCTTTCGTAAAGCTCTCGATAACATAATCGACCTCGGCATCCGTCGTAAATCGACTAAGACTGAGACGTATCCCCGTATGGGCCAGTTCGTGGTCTGCACCGATTGCGAGCATAACGGTATTGGCTTCCAAATCTTCACTTGCACAGGCTGATCCTGTCGACGCACCGATGAGGGCATTGTTAAGATCCCACAGCATCCCCTCGCCCTCTACACCGCGAATCGAGATCAAAATCGTATTCGGAGTACGGTTTTCGCGGCTTCCTACGGTAAATACATCCTCCAACTGCGCCAAAAGGGCATCTTCAAGGCGATCGCGCTTGGCACGGATGAGCGCCATTTTCTCTTCGATATTCTGTGTCGCAAGTTCAATCGCTTTCCCCATTCCGACAATGTAGGGAACATTCAGGGTGCCTGAGCGGCGTCCCCCCATGTGTTCTCCGCCGTGCAAGAGAGGGGTAAGTGCTTCAGAGTTGCGGATATACAGCGCTCCGATCCCTTTAGGACCGTGAAATTTATGAGCCGACATCGACATAAAATCGACATGGACATTCTGCAAATCGACAGGGATTTTACCGACGGCCTGTACCGCATCGGTGTGAAACAATACGCCGCGCTCTTTACAAATTTGACCCATCTCTTTGATCGGGAAAATCATTCCCGTCTCGTTGTTGGCCCACATGACCGAGACCAGCGCCGTTTTGTCGGTGATAAAACTGCGAAGCGTATGTGCTTCGACAATCCCCTGATCGTTGACAGGAAGATAGGTTACTTTCACCCCCTGCTCTTCGAGGAATCTACAGGTAGAAAGAACCGAAGGATGTTCCACTTCGGTCGTTACGATATGGTTTTTGTCTCCGTTAAGGATTTTGTCCACCCATACCGATTTAAGTACCCAGTTATTCGACTCGGTCGCGCAGGATGTAAAAATAATATCGTCGTTATCGCTTGCGTTAATCGCTTTATACATCTGATTAATCGCTTTGGTAATTGCGGGATGTGACGCAGTTCCGTATCGGTGAAGCGAATTTGGGTTTCCGTAAATCTCGCTAAAAAACGGGATCATCGCTTCAGTGACGGCAGGATCGACCATCGTTGTCGCATTGTTGTCTAGGTAGACGTGCATCTCATGCTCCTCATCGGGTTTCTAATAAAAGACTAATTTAGTCTTGTTTAACTTTTGGGATGATAGTGCAAACGACGTTATAGCAACCTTAAGGGTTTTTTATGTTTAGCACGGTTTAAGGATTAGATCAACTATCCCATCAACGCAATCAATTGATCAATCGATTCTTGATATCCCGAAATACTCATCGCCTCTTGGGAAAGAAACGCTTCCATCTTCTCTTTTTTACTGATTGCTTCGTCTAACTCCCTATCCGTCCCACGCACGTACGCACCGATACGTATCAGCATCTCATTCTCTTTTAACAGTGTATAGAGTCGGCGAAACCGTCTCACCGCCGCGAGATGTTCCGGTGTAATAATATCGTTCATAACCCGTGAGGCTGAATTGAGAATATGGATAGGGGGATAGATCCCGAAATCGGTCAGTTCGCGAGAGAGGACGATGTGCCCGTCCAAAATCGAGCGCGACTGATCGGCGATCGGATCGGACATATCGTCCCCCTCGACCAATACGGTAAAAAAAGCGGTGATAGAGCCGCTCCCCTCCTCTTTTCCCGCACGCTCCATAAGCTGCGGCAATAGCGTCAAAGACGAAGGGGGATACCCTTTTGAGGTCGGCGGTTCGCCCAGCGCCAATCCGATCTCCCGCTGTGCCATCGCAAAACGGGTCACCGAATCCATCATAAACAGAACATCTTGCCCTTTTCCTTTGAAATACTCCGCAACACTCATCGCACTGAAGGCTCCGTATTTACGCATCAAAGGGGAGTCATCGCTCGTCGCTACGACCAGAACCGTATTTTCCAGATTGCCGCCGAGGCTTTTTTCGATAAACTCGGGAACCTCACGCCCCCGCTCACCGATCAGGGCAACGACTTTGATGGGGGCATCCGCACCTCGAACGATCATCCCCATCAGCGTCGATTTCCCCACGCCGCTCCCGGCAAAAATACCCAGTTTCTGCCCCTTTCCGCATGTGAGCAATCCATCTATCGTTTTTACCCCGACACTGAACGGCTCATCGATCATCCCCCTCTTCATCGCCGCGATAGGAGCTTTAATGATCGATTCAAAATGGGATCCCGCGATGGGCCCTTTTCCGTCAATCGGATTCATAAAGGGATCGACGACACGACCGAGAAGCGCTTCACCCACTTCGATCATCATGCCGCTTTGATTCGGATAAACTTTGTCTCCGGCACGAAACCCCTCGACAAACCGAAACGGGGTGATAAAAAAACGGTTGCGTTCTACTTCACTCACCATCCCGAGCGCTTCCGCACCGCTTGTCTCCGAAACCATCAGTACTGTATCGCCGATACTGACATGGAGCCCTTCGGCGACAATGACGGTAGGGCTGATTTTACTGACAGTACCGAATACGGTGGTGAGTTTTTCAGAGCCCAGGCGACTGCGTAATGCTTTAAGCGGCATCGTTTAGTATCGGTTCCCGCTGGAAGAGTTGATGAGGCTGAAAAATTCCATCCGTGTTTTCTCATCACGTTTAAACAACCCGCGAAGGGCACTCGACGTCGTTGTCGAACTGATTTTCTCCACTCCGCGCATCTCCATGCACATATGGCGGGCCTGAACGACTACCGCTACCCCTTTAGGGGCGATCGCATGCATCAGCGCATCGGCGATCTGTTCGGTGAGCTGTTCTTGAATCTGCATTCGACGGGCAAAAACATCCACAACACGGGGGATTTTGGAAAGCCCCACCACTTTGCCATCGGGAATATAAGCGACATGGGCACGACCGATAATCGGGAGCAAATGATGTTCGCACGTCGAATAAAACTCGATATCTTTGATCAGAACCATCTCATCATTTGACGACTCGAACATTGCCGAATTCAAAATCGACTGCGGGTCTTCTTTGTAGCCGCCGAACATGAATTCATACGCTTTTAAAACCCTCTCAGGAGTTTTCAAAAGCCCCTCCCGTTCGACATCTTCACCGACATGGGCAATCATCGTTTTAACCGCTTTTATAAATAATTCGTTGTTATCCAA

Protein sequences of DBSCAN-SWA_3

>NC_014762|2537180:2548461|2537180_2538782_+|WP_013461370.1|DBSCAN-SWA
MPTRILPEVPLLDHTALGSFLASRFESQSEKLSDIPHPSNLKDAQKGADRLARAIRNHERIALVGDYDVDGVTSTAIVKRFFDLISYPLITTIPNRFSDGYGVSKNVLERLDADVIFTVDNGINAIEAAEVCKTRGIDLIITDHHTPGDTLPNAYAIINPKQSDCPYPFKEICGAQVGWLFMGLLKQELNLSIDMRQFFPFLALAIIADVMPLVGINRAIVKTGLDMMQTSSLSPFVMIRDFLNRSAVSSEDIAFQIAPRINSAGRLEDASIALEFLMADTTEKAYHQFELLTALNTLRKETEAQTTAEAMLHVNPKEQIIVVAGEHWNEGVVGIVASRLVNHFQKPAIVLSVHNGIAKGSGRSIGNVDLYSLIKSQEKHLQKFGGHKMAAGLSMSSDAIEAFRLGINEAAKQINPADFIPHSDIIGELEHEMINFQLLELLERFEPYGEGNPRPRFLIREADVVTVKLFGSDQSHSRLELRPSRLSPKTLELIAFRRTLECPENKKMSCSYTVNKNEWNGRVSIQLMVERVF
>NC_014762|2537180:2548461|2546574_2547879_-|WP_013461379.1|DBSCAN-SWA
MPLKALRSRLGSEKLTTVFGTVSKISPTVIVAEGLHVSIGDTVLMVSETSGAEALGMVSEVERNRFFITPFRFVEGFRAGDKVYPNQSGMMIEVGEALLGRVVDPFMNPIDGKGPIAGSHFESIIKAPIAAMKRGMIDEPFSVGVKTIDGLLTCGKGQKLGIFAGSGVGKSTLMGMIVRGADAPIKVVALIGERGREVPEFIEKSLGGNLENTVLVVATSDDSPLMRKYGAFSAMSVAEYFKGKGQDVLFMMDSVTRFAMAQREIGLALGEPPTSKGYPPSSLTLLPQLMERAGKEEGSGSITAFFTVLVEGDDMSDPIADQSRSILDGHIVLSRELTDFGIYPPIHILNSASRVMNDIITPEHLAAVRRFRRLYTLLKENEMLIRIGAYVRGTDRELDEAISKKEKMEAFLSQEAMSISGYQESIDQLIALMG
>NC_014762|2537180:2548461|2544240_2545215_-|WP_013461377.1|DBSCAN-SWA
MAKNDLLGGSLWDQYSNKVTTLMNNPHNQGEITQEECDADGYKLIVADFGAESCGDAVRLYWAVDPKTDTIVKSKFKSFGCGTAIASSDMMAELCIGKTVQDAVKITNIDVEKALRDDPETPAVPPQKMHCSVMAYDVIKKAAGLYLGVDESSFEDEIIVCECARVSLGTLREVIKLNDLKTIEQVTDYTKAGGFCKSCIKPGGHEAREYYLVDILADVRAEMDQEKMRAAADAGSHGDFEAMTLVQKIKAIDSVIDESIRQFLIMDGGNMEVIDIKDSPDYIDVYIRYLGACNGCASSSTGTLYAIEATLKEKLSQKIRVLPI
>NC_014762|2537180:2548461|2541381_2542455_+|WP_013461375.1|DBSCAN-SWA
MNRFGERFTITTFGESHGKAIGCVLDGVPAGLLIDEDYIQSELDRRKPGQNEFATARKEADCVEILSGVFEGLSTGTPIMMVIYNTDQKSGDYSNVKDIFRPGHADFTYFHKYGLRDYRGGGRSSARETAARVAGGAVAKLMLSQLGITFQSGISAIHGIEAQSLDFTYPQNSPIYALDASVEEAQKAAILEAKNSHDSVGGVCTVKISGLPIGLGEGLYYKLDAVLAEAMMGINAVKAVEIGEGIRSGELLASQNNDAITPKGFKTNHAGGILGGMSNGDDVLVRVHFKPTPSIFIDQESVNTENESVNVSLKGRHDPCVAVRGSVVAESMAALVCADMVLLNMGSTMNGIKGYYL
>NC_014762|2537180:2548461|2538781_2539246_+|WP_013461371.1|DBSCAN-SWA
MFRLSSLVLFALLINGCDTPNRSLPYALSITEEGLGSLHPDTPFSQVNTSLSGFEFEKLSQITPGQNEMIFLMKRGEKILAQIVSDPSGKKIAEIQITSELIKNRYNQGLGDPLPTGKTLHCKGDICQNENEPSVHYRIDQKTRIIKEITFSRL
>NC_014762|2537180:2548461|2547882_2548461_-|WP_013461380.1|DBSCAN-SWA
MDNNELFIKAVKTMIAHVGEDVEREGLLKTPERVLKAYEFMFGGYKEDPQSILNSAMFESSNDEMVLIKDIEFYSTCEHHLLPIIGRAHVAYIPDGKVVGLSKIPRVVDVFARRMQIQEQLTEQIADALMHAIAPKGVAVVVQARHMCMEMRGVEKISSTTTSSALRGLFKRDEKTRMEFFSLINSSSGNRY
>NC_014762|2537180:2548461|2539252_2540296_+|WP_013461372.1|DBSCAN-SWA
MDTFFIEFRDPLFGIVVFFILLFILSFLSYWWGRYKAAKEHTDLKSFLGKFESLGEGDKLAEQVQTNSLTSESWLLLAQSFEHQGNYEKSVEIYHALLSKNRDPIFQKDALLLLGKSFFKAGFLERARQTFMQILHNSPRTPQALHYLILIYEQLQQYDKALEVMESLQELSPGTSNEKLYIECRILLNDHRIDIDEKAQKLLELYSTHRQLGYMIFEWLFTYRPALAWRHYDQSLSQRLSDVLWRLRDENLDLDIIASNTFLRELFTAKGSVDLCLGSSVFELDVLIALRRCGVAKAALQFEYSCDECNTISFLPFHRCPHCHAIDSLQSIMNLSKERFEENNSLQ
>NC_014762|2537180:2548461|2540270_2540705_+|WP_013461373.1|DBSCAN-SWA
MKKITLFSDGSALGNPGPGGYGAILRYGDKERIIRGGEAHTTNNRMELLGVIEGLRALKEPCDVTIISDSSYVIKGINEWLEGWIKRNFAKVKNPDLWQEYIRVSAPHRIEGVWVRGHNGHIENEQCDVIAKEEAEKFKKGLNN
>NC_014762|2537180:2548461|2545228_2546443_-|WP_013461378.1|DBSCAN-SWA
MHVYLDNNATTMVDPAVTEAMIPFFSEIYGNPNSLHRYGTASHPAITKAINQMYKAINASDNDDIIFTSCATESNNWVLKSVWVDKILNGDKNHIVTTEVEHPSVLSTCRFLEEQGVKVTYLPVNDQGIVEAHTLRSFITDKTALVSVMWANNETGMIFPIKEMGQICKERGVLFHTDAVQAVGKIPVDLQNVHVDFMSMSAHKFHGPKGIGALYIRNSEALTPLLHGGEHMGGRRSGTLNVPYIVGMGKAIELATQNIEEKMALIRAKRDRLEDALLAQLEDVFTVGSRENRTPNTILISIRGVEGEGMLWDLNNALIGASTGSACASEDLEANTVMLAIGADHELAHTGIRLSLSRFTTDAEVDYVIESFTKAVARLRAISSSYAKVQPTPGGKAAECNIHH
>NC_014762|2537180:2548461|2542515_2543982_+|WP_013461376.1|DBSCAN-SWA
MTSPTQNCYLLDTSVILDDPTNILRISDENQNGIVITNIVLAELNSKKDDMRSEAGFQAREFFRLADAAWGEPISFIELPECVRSHVDVEECKNDRYYRLSLNFDRSLHGGEANLIDLFIVHREQYRVAHNFSEPKGINDAKIGEIADDYDLILLSNDMSFRIAAEIRGIRTQSIRNSSVEAPEQIDFTYTYEYEDVPALPTDAEHHNFDQITFIQKAQSTTSEMYETGIQRHAFAFNNQIEWCDFDRRFGEYFNEELVRPLNLEQKFYYAMMTHPQNYVTVVSGSTGSGKTLVALQAGLELVEEGIVEGIVYARNTVTSNDQAAELGFRKGDEEQKLGYFMYPLYAAVNFTIEHQSKRSIDARVEYTGNTNSVKRENATEVFMKKYNIEVMDIAHLRGTTISRKFVIIDEAQNMTNATLKLIGTRMGDETRLVVMGDPGQIDHPFLSKRRNALVSLLNKAQHNNFIAGIQLRHTIRSTVADWFDKNF
>NC_014762|2537180:2548461|2540704_2541385_+|WP_013461374.1|DBSCAN-SWA
MDNLQALQERLGYTFQNKELLIEALTHKSYKQPYNNERLEFLGDAVLDLIVGEYLYKKFRGYDEGKLSKMRASLVNEGGFTSLANHLNLGEHIFLSNAEENNSGRTKSSLLSNAFEAVMGAMYLETGLGKVQEITVSLLEHVHPDISLDSLFKDYKTSLQELTQAHYGTTPEYQLIAAHGPDHKKEFEVAVIIDGKRYASAQGKSKKQAQQEAAQIALEMLSKELK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013461370.1|2537180_2538782_+	single-stranded-DNA-specific exonuclease RecJ	A0A0R6PDC6	Moraxella_phage	8.0e-50	46.4
WP_013461371.1|2538781_2539246_+	hypothetical protein	NA	NA	NA	NA
WP_013461372.1|2539252_2540296_+	tetratricopeptide repeat protein	NA	NA	NA	NA
WP_013461373.1|2540270_2540705_+	ribonuclease HI	A0A1C3S7E2	Escherichia_phage	2.0e-24	40.4
WP_013461374.1|2540704_2541385_+	ribonuclease III	A0A167RGU4	Powai_lake_megavirus	3.2e-24	32.1
WP_013461375.1|2541381_2542455_+	chorismate synthase	A0A291AU41	Pandoravirus	5.7e-68	40.7
WP_013461376.1|2542515_2543982_+	PhoH family protein	A0A141HS37	Bacillus_phage	6.7e-19	23.6
WP_013461377.1|2544240_2545215_-	iron-sulfur cluster assembly scaffold protein NifU	A0A2H4N7M4	Lake_Baikal_phage	1.5e-14	39.4
WP_013461378.1|2545228_2546443_-	cysteine desulfurase, NifS family	H7BUW1	unidentified_phage	3.7e-39	40.0
WP_013461379.1|2546574_2547879_-	flagellar protein export ATPase FliI	NA	NA	NA	NA
WP_013461380.1|2547882_2548461_-	GTP cyclohydrolase I FolE	A0A088F7Y4	Vibrio_phage	1.7e-47	52.0

2. NC_014756

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	23094 : 33039	8	Salmonella_phage(33.33%)	transposase	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_014756|23094:33039|DBSCAN-SWA
TATGCCGCGTCGATCGATCTTATCCGCTTCCGAAAAAGAGAGCCTAATCGCCATTCTTGCATCTGAAGAAGAATTGATCCGGCATTACACCCTGAGCGAAACTGATCTATCCATTATTCGTCAGCATAGAGGTGCGGCCAATCGGCTTGGCTTCGCTGTACAGCTTTGTTATCTTCGCTATCCCGGAATTCTATTAGGCCCTAAGGAGGCTCCAAACAATGCGGTTGTAGAGATCGTGTCCCAACAGCTGAAAGTATCTGCTGGTCTATGGGATCAATTTGGAATAAGGGAGCAGACAAGGCGTGAATACCTGCTGGAGCTGCAAAATATTTTTGGATATGAGCTCTTCACAATGAGCCATTATCAATCGGAAGTTCAAGCACTAGGCACTATTGCGCTTCAAACTGACAAAGGGATTGTGCTAGCAACAGAGTTAGTAGAACATTTACGCCGTAAGTTAATAATCCTACCCTCAATCAACGTGATCGAAAGAATGTGTGCGGAAGCACTTACTGTTGCAACCAGACACATTTATTCCACACTCTGCGATCCGTTGAGTAAACAGCAGTATCAACAATTAGACGCATTACTTTTACGAAAGCCCGAAGGAAAAATGACATGGCTTGGCTGGCTACGTCTTTCCCCTGCAAAACAAAACTCCAAATATATGCTTGAACATATTGAACGTCTAAAAATGCTTCAAGAGATCAAATTAGTTGCAGGGATAGAGCGAACCCTTCATCAAAACCGTTTATTGAAAATGGCACGAGAAGGTTCTCAGATGACTCCGGCAGACCTTTCGCGGCTTGAAACAAGCCGAAAATACGCTACTTTAGTGACTATTGTCATCGAGTTAACAGCAACTATAACCGATGAAATCATCGATCTTCATGACAAAATAATCGGTATTCTCTTTAACAATGCCAAAAATAAACATCAAAATCAGTTTCAATCTTCCAGTAAAGCAATAAACGATAAAGTTCGTCTCTACACAAAAATCGGGCAGGCACTCCTTGATGCGAAGCAAAGCGGGAAGGACCCTTATGCAGCAATTGAAAAAATAATCTCGTGGGATGAGTTTGCAAGTAGCATCGATGAAGCCAACAAACTGGCGATGAATGAAGATTTTGATTTTTTGCCTCGTATCGGTGAAAATTATCCGACTCTGCGACGCTATGTTCCCCAATTTTTAAATATTCTTCAACTGCGTGCTGCACCCGCTGCCGTTGATCTTCTTAGTGGCATTGATATCATTCGAAAACTCTATGCCGACAATAGCCGCAAACTCCCTGCCGAAGTCCCCACTACATTTATCAAGCGTCGATGGGGGAAGCTCGTTTTTACAAAAGAAGGTGTTCATCGTATTTACTATGAAATATGTGTTCTGTCTGAACTTAAAAATGCTTTACGTTCAGGAGACATTTGGGTACAGGGATCTCGGCAATATAAAGATTTCGATGAGTATTTGATCCCCTCTGAAACGTTTGAACGTTCCATGAAGGAAGGGACTCTTGCTTTAAAATACGATACCAACTGTGAAATCTATCTTGAAGATCGACTCTCAACGCTTAATGCACGATTTTTAACTGTGAATGAGATGGCAAAAAACAACACACTGCCTGATGCAATCATCGGTCAATCGGGGTTGAAAATAACACCACTGGAAACTATTGTACCTGAGAATGCACAGACATTGATTAATCGTACATCGGCGATGCTGCCGCATATCAAAATAACCGAACTACTGCTGGAGGTAGAAGAGTGGACAGGATTCTCAAACCATTTTACCCATCTCAAAACTGCCGAAAAGGTCAAAGACAAGCTGATGCTATTGAGTGCCATCTTAGCAGATGCCATAAACCTTGGTTTGGTAAAAATGGCTGAATCATCACAGGGAAATACCTACGCAAAACTCTCATGGCTGCAAGCTTGGCATATTCGTGATGAAACCTATTCCAGAGCTTTGGCGGAACTGGTTAACTCACAGTTGAAACAGCCTTTTGCTGCTCATTGGGGCGATGGAACAACCTCTTCATCAGACGGACAACGATTTCGCGCCGGAAGCAAAGCACAAAGCACTGGACATATCAACCCAAAATATGGGAGCGAACCGGGGCGTCTTTTCTATACCCACATATCCGATCAATATTCACCTTTCAGTTCTAAACTCGTAAATGTCGGCATACGAGATTCAACCTACGTGCTTGACGGACTGTTATATCACGAATCTGATCTTCAAATCGAAGAACACTACACCGATACTGCGGGATTTACCGACCATGTATTTGCCATGATGCATCTACTTGGATTTCGATTTGCACCAAGAATCAGAGATTTGGCGGATACTAAAATTTATATCCCGTATGCTTCCATTGACTATGATTCTCTTAAGCTACTGATTGGCGGAACCATCGGAATTAAAAATATTCAAACACATTGGAATGAAATTCTCCGATTAAGTGCATCCATCAAACAAGGAACGGTTACAGCTTCACTGATGCTTCGCAAGCTTGCGAGCTATCCTAGACAAAACGGGTTAGCACTCGCCTTAAGAGAATTAGGACGAATCGAGCGATCTCTCTTTATTCTCGATTGGCTCCAAAGTGTTGAACTGCGCCGCCGAGTAAATGCCGGATTAAATAAGGGTGAAGCCCGAAATGCATTGGCTCGTGCCGTCTTTTTTAATCGTTTAGGTGAAATCCGTGATCGAAATTATGAGCAGCAACGGTTTCGTGCCAGCGGTTTGACATTAGTGACTGCCGCGATTGTTCTATGGAATACGGTTTATTTGGAAAGGGCAATTGCTTCTATGCGTACAAGAGATGACATCGTCGTAGATGATGAATTGTTAAAATATTTGTCGCCACTAGGCTGGGAACATATCAATTTAACAGGCGATTACGTCTGGAAAAAGAGTTCGAAGATCAAAGATGGCAAATTTAGGCCTTTAAGGGCGGTAAAATTCTCTTAACGTGCTATATATTCCGTTTCCTGAAGCGACCCCAATAATGGGCGATGTACGAAGCACCTATAGCTAAAAACAGTATGCTTCCGACAAACAGCTCATCCGAGTTGGTTTTTATAATCTGGGTTAAAAACGGCTCCAGTAGGTATTTGCCGAATATCCATAAAATAGAGAGCAAAATGACTGCACTAAATGCCATCTCTATCAATACAGTCGAAATATTTTCTGTTTTACTGCTCATAAATCCAATAATGAGGAGAATGGGGATGACAGCGATGTCTTGCATAATCAAAATTCCGAGAGAGCGCTGACCGTGACGACGATTAATTTCACCGCTTTCATTAAGGATTTTAAGGACTATCGCAGTCGATGAGAGGGAGAGTACCAGTGCAATAATAAAAGAGGAATTTGGATCAAGTTCCAAAAGATAATAAGCGATTAGATAGACAATAGAGGATGTAATAATGATTTGTAACGTTCCGGCTACAAAAACCTCATTACGCATCCGTTTGAGATGAGCAATAGAAAACTCTAATCCGATCGTAAACATCAAAAAGACAACACCGAATTCGGCAATCTCTTTTAGATCATGGTTGCTTACCGCATTATGAAGATTAAAGCCATACGCGATAGCCGTACCGGTTAAAATATAGCCGATAATAGTTGGGAGATGGATTTTTTTAACAAAGATATTAATAATGAGTGATAAAAGGAGTGTAGTAACAATAATAGTTTGCACATTCTCTCCTTTTTTTGTTTTTTGTAACATTACCAAAGTAACGATAAACTTTTGCTATTATCTGTACAATGAAACTTGTACATATCTTCATAATATCAGCGCTTTTGTTAATGCTTCAAGGGTGTACAAAGAGCACTAATAAACAAAAATTACATATTGCTATTACACGAACAATTGCTACCCATCCGATGTATTTAGCCCAGTCATTTGGATATTTTCCCTCTAAGGATATCGCTTTTTTTGAAACAAAAACACTCGAAGAATCATCTATGGCATTTAATAAAGGAAATGTGGATGCAGCTGTAATTACGTTGAAGCAAGCTGTAGATATTTATACAAAAAAAAATGATTTTGTAATTGTGTTGGTACTCAACCGCTATCATACAACTAAAAAGAATGCTCAAAACGACACTTATAATGTTCTTATCGTTCGCCGTTCTTATCTCTTACATCATTCACAACAAATCAAAGATGTAATTGGAGGATGGTATTCTGCACTAGGATACATGAATATCAATATGAACACAATCGTTCGAGGATATAGCAAATACATTGGAGTGAGTGAAATTGAGTTAAGAAATACACTTGCAACTTTTAATTTCGGAGGATCGGAAGAAAATGCACTTTATCTATTTTCAGAAAAGCCATCTTTACCAATCTATGCTAAGCAGTTAGAAAATCATAAAGAATCGAATATCACACAGCATTCTTTACTTAAGGCTTTTTTGCCAAAAAATACGATTAAAGAACTTCATCGCTATAAAAAATGGAAATATAAAATAGGGCAAACTCACATTTGATCATTTTTGAGTAACTTAAGTTTTTTAAACTTATCACAAACTCTGTATGTTGCATTCACTTATACAATGAAAATACATCTATTTAACACGCATCCTCAGATATACATATTTGTACATAAGGAATCAAAGAAAAATTAAAGAGTGTTCTAGATATATCCATAAAAACTTGAGAGAAAGATAAATAGTATTATAGTCTTATATACTTTTTATATCATACATTACGATTCTATTTTTCCCTTGTTCTTTTGCTTCATACATCGCTTTATCAGCTTCACCGATAATGTATTCGGGATTGATTTTTGGATCACAAAAAAGTGATATCCCGATGCTCACATGACAGCTGTGTTCTGTCTGTTCTAAATGATTGTTTTTTTGCACGTCAAATTTATAGACTTCATTGATTTTAAGACGAATTTTTTCAGCTACTTGGAGAACGTAGGTTCTGGCTTCATCATGTGAATTGCTCAGGTTGGTTAACAAAATTACAAATTCATCTCCTCCAAAACGTGAAACTACATCACTATCTCGGAGTCCTTCTTGGAGACGCGTAGCGGTCTCTTGGAGGATTAAGTCTCCGATAGCATGACCATACAAATCATTAAGCGGTTTAAAATTATCCAAATCCATAAACAACACAGCAGCACAAGATCTTGAGCGTGTCATTATTGTTAAGGTATATTCCAATCGATCAATAAAGAGTCTACGGTTAGGCAATTGGGTTAAAAAGTCATGAAAAGCGAGATGTTCTATTTCCATTTGAGATTTTTTTTGTTCAGTGATATCATGAACAAAGACGACAACCGATTCAACATTTTCCTCTTTAAATATGGGATAATAATCGATTAAAAAAAAGTATCCATCACGAGCATCTTCGATTTTGGCGGCTTTTCCTGTAAAAAAAACTTTTTCAATTATTACTTTTTGTCGTGCAACATAACACTCTTCCAATTGATCACTTAGCTGAGCTCCTAACAGCTGTTCTACTGTTGAGCCTAATCTTTTGGCTGCCGAATCGTTGAGCATTAAAATGTTTCCTTGAATATCAAGCTGTAAGATGCTGTCAGTAGTAGCATTGATCATCAAGGGGTCACGTGCCGAAACGGATAGAATCGTACGCTAAGAGCTAAAAACTGTAAATTTTATCATTTTTTCGTACGCTAAGGCTCCATACGCCAGACATAATCGCCTGTCAGATTAATATGCTCCCATCCTAGAGGTGAAAAATACTTCAAAAACTCATCCGGAATTTCAATTTCTTTTTTAGCCTGTTCAATCGCTTTCTCCAAATAGACAGTATTCCAAAGAATAATCGCAGCCACGATCAGGTTCAGACCAGATGCACGGTATAGTTGATTTTCGAAAGTTCTATCACGAACTTCCCCTAATCGATTAAAAAATACGGTACGCGCCAAGGAATTTCTCGCTTCACCTTTGTTGAGACCAATTTGGACTCTACTCCGGAGTGATGGGTTCTTGAGCCATTCAAGTATAAAAAGTGTTCGTTCAATCCGACCAACATCGCGAATAGCAAGTGCAAGACGATTTTGCCTTGGATAAGACGCAAGCTTGCGGATCAACAGTGACGCTGAAGCTGTACCTATTTTGATAGAAGCGGCTAATCTAAGGACATCATCCCAGTTTTGCTGCATATCTTTTATTTTGAGGGAACCGGTGATGATATTGTTAAATTTCTCTGGAACTTCAACTCCTTCTAATGCAAAGAGCTTCGTATCGGCTATATCTCGAATTCTGGGAGCAAATTTAAATCCAAGCAGATGACACAACGCAAACACATGATCAGTGAAACCAGCTGTATCGGTATAATGTTCTTCAATCTTTAAATCTGATTCGTGATAAAGCAGTCCGTCAAGAACATATGTAGCATCTCTGGCATTTGCGTGGATAATCTGGGTATGAAATGGAGAATACTGATCACTGATATGAGTGTAAAATACCACTCCGGGCTGAGTGCCGTACTTTGCGTTGTACCCACCTAACGCGTCCCCTGTCCCTCCGGTGGGAAATCGCTGACCATCTGATGAAGAGGTTGTACCGTCTCCCCAATTCTTGACCAGCGAAGTTTGGTGATGATGGTTGGTTATTTGCGCCAATGCACTTGAATAATTTTCATCCCGAATATACCAATCAGATGCACTTCTAAGTCTTCCGACGGATATATCGGCGCAAGCATCCGCCATCTTTTGATGCCCTAGATTGATACCATCAGATAGTATCGCCGCAAATAGTGCTTTTTTATCTGTAGATGTCATTCCAGAGCGCAGATGGGTAAACTGATCGGAGAATTTTGTCCAAGTATCTACCTCGATGAGCAAGTCGGTTATTTTAATTCGTGGGAGTAAATTGGCTACATAGCGTATGATATTAGTCGCTTCTTTTGGAGCGCCGTCTGTGCGATAAGGTTTAATCGAATAACCATTTTGTGTAAACTCAACATCGGCAATTGTACCGTCTTTAATCATATCTGAAAGCTCATCGATACTCTCACCCAGTTGCTTTTGGCGATTTATCAAATACCTTGAAAAGTCGATTTCCACGGCGATAGGTAGATTGTTTTGAGATTTCATCTCGCTGTAGCTATGACGTGTCATCAAATAGCTGTCGAAATCAAGATATTGTTTACTCCCCTCAATCCAAATGTCTCCTGAACGGAGTCTATTTTTTAGCTCGCTGAGTGCACACAGTTCATAATATCGCCGATCCATCCCTTCCTCAGTATAGATAAAAGGTTTCCATCGAGAGGGGATAAAAGTAACCGGCGCATCCTCGGGGAGTTTTCGTTTATTTTTTGAATTGAGTTCTTGAAGCAATCTGATCGCATCCATGACATCCCCTCCGCCCGCGGAGGCTTTAAAATCAAACTCTTCTAAAAAACGGGATGTATATTTGCGCATCTGTACGTAGTGGGTTTCTATGAAAGCCAAATGGTCTTGTTTGATAGGTTCTGAGAGGCTAGTAGCCTCTTGTACAGACTGCAAAAACGAATCCCATCCGATGTGCAAATCGATAGATTCCCATGGATTTGCTCCGTTGTTTCTAGATTCAATCAAAAGTTGTGAGGTGCGGGAGAAAAACCGTATAAGCTCTTTTGCCTTTTTGTCCCCATCTTGGATTGTTTGATGAAATCGGTTCTGACTTCGCCGCATCAGTGAACCAATAATACGATCATGCATAGTGATCGCATCATCAATAAGAGCTTTTTGAATTTCAAGAAGAGTAATGGCTATGAGGGTATAACGGCGCTTTGGTTCATACTGACGAAGATGGCTAATGGAGATTCGGTACCCTTCACGACTGTATTGCTGCATTCGGATTTGCGATACTCTACTAGAAATAGTTTCGGAAATTTCAAGCCTCTTGATTGTTTGCAGCCGTTCCATAATAACGAGCATATTAGCGGATGTTGGACGTGACTCACTTTGCCTAAGCCATGAAAAAATACTTTGGCCGACAGACACGTCAAACGCAAGCAAGTCATCGAGTAATTGCATGTTCTTCTTATTTAAAAATGATGTCACGGTTTGTTGAATAATTTTTTCAGCACGACTCAGAGACAGTGATACCATTGATTCTATTTGCAGCAACGAAGGCAAAAGAATTTTTCGATACCGCATTTCATGCATCAAAGTCTGTAATAAAAAAATGCCTTTGTGGTTTTCAATTGCGATTGGGGTTAACCAGCGAACCATCTCTTTCAAATATCGATCGTTGAAATTTTTGTATCCATACTTTTGCATCAACAAGTATTGGTGCTCACGTCTGGTCTCTGCACGCAATGCGTATCCCAAAAAATCTTCATAGTTCAATCCAAGTTGTTCCGCAATAAATTCAACCAAAGCTTTGGGTGGAATTTCATCGATTTTCAGCGTGCGCCCCGGATAGCGCATCATGCACAAAGAAAGTGCAAACCCTAATTTATTAGAAGAGCGTCGTCGCTGAGATATAAATTCAAGATCATCTGAAGTTAGGAGGTAGTGTTTTGCTAATTCCTCAAATTGCTCTGGCAACTTTTCTAGCATTTCGCGCTGTAATGATGAAAGAATTTTTTTACGTGGCATATAGGTTCCTTCACAGTGTTTAGTAATATAATATTATGTTGTTTATAATACTATGAATAATATACTGTTTATGAAGCAATTATTCTTATCTGTTCAGAAAGAAATTCATATGTATCACAAACCTTCGTTTATGATACGGCACTAAAAGGACAAAAATGCTGATTGGTTATGCACGTGTCTCCAAGGCGGATGGAAATCAGGTATTGGATTTGCAGATCGATGCACTTCAAGGTATTGGAATCACGTACGGACAAATATATGTCGATAAAGCTTCCGGAGCCAAAGACGATCGTCCCGGTTTGGATAACTGCCTTAAAGCGTTGCGCGAAGGGGATACGTTGGTCGTTTGGAAACTGGATCGGTTGGGACGAAATCTCAAACATTTGGTCTCAACTGTCGATGATCTGTCCAGGCGTAATATTGGATTCAAAGTTCTCAGTGGTCAAGGTGCCGATATCGATACGACAACACCTGCGGGAAAAATGGTATTTGGAATATTTGCTGCATTGGCTGAGTTTGAACGTGAGCTTATTCGTGAACGCACTATTGCTGGACTTAATGCTGCTCGCGCACGTGGACGAAAAGGGGGAAGAAAATTTCAGCTCACCAAAGCGCAAATCCGTTTAGCACAAGCAGCAATGTCTAATCGCGATACGTCGGTATCTGAGTTGTGTAAAGAGATCGGTGTTACACGTGCGACACTCTATCGTTATGTCGGACCAACTGGAGAGTTACGAGAATTTGGAAAGAAAGTATTGGGAATTGAAGAGACTCCCTGATTACGATGCCCGCACCGGTGTAATCTGAAAATGCAATCCAAGTGAATGCACTACTTTTGCAATGGTATCGAAACGAGGTTTTGAGCCGGGTGCAAATGTTTTATAGAGGCTTTCACGACCAAGACCACTCTCTTGTGCGATTTGACTCATCCCACGGGCTTTTGCGATATGCCCGATAGCACGGATCAGCTCATCGGTATCACCTTCTTCGAGGACTTGGGTTAGATATTCGGCAATCGCCTCTTCGCTATCCAAATACTGTGTCATATCAAATGGGGTTAATGTCAGTTCCATCGTTATATCTCCTTTGCCATCTCTATGGCTTTTTCAATATCGCGTTGTTGAGTCGACTTATCGCCACCAACAAGCAAGACAATTATTTCGTCTCCACGCATCGTATAATAGAGCCGATAACCCGGACCCATATCGATACGCATCTCGTAAACACTTTCACCAACACTTTTAGCATCCCCAAGATTACCACATTGAGCACGTTCAATACGACGTGCGATTGCGATACGGGCTCGCATATCTTTTAGCTTTATCAGCCATTGTGAAAACTTTTGGGTTTGTTGAATGTTATACAT

Protein sequences of DBSCAN-SWA_1

>NC_014756|23094:33039|23094_26064_+|WP_013450040.1|transposase|DBSCAN-SWA
MPRRSILSASEKESLIAILASEEELIRHYTLSETDLSIIRQHRGAANRLGFAVQLCYLRYPGILLGPKEAPNNAVVEIVSQQLKVSAGLWDQFGIREQTRREYLLELQNIFGYELFTMSHYQSEVQALGTIALQTDKGIVLATELVEHLRRKLIILPSINVIERMCAEALTVATRHIYSTLCDPLSKQQYQQLDALLLRKPEGKMTWLGWLRLSPAKQNSKYMLEHIERLKMLQEIKLVAGIERTLHQNRLLKMAREGSQMTPADLSRLETSRKYATLVTIVIELTATITDEIIDLHDKIIGILFNNAKNKHQNQFQSSSKAINDKVRLYTKIGQALLDAKQSGKDPYAAIEKIISWDEFASSIDEANKLAMNEDFDFLPRIGENYPTLRRYVPQFLNILQLRAAPAAVDLLSGIDIIRKLYADNSRKLPAEVPTTFIKRRWGKLVFTKEGVHRIYYEICVLSELKNALRSGDIWVQGSRQYKDFDEYLIPSETFERSMKEGTLALKYDTNCEIYLEDRLSTLNARFLTVNEMAKNNTLPDAIIGQSGLKITPLETIVPENAQTLINRTSAMLPHIKITELLLEVEEWTGFSNHFTHLKTAEKVKDKLMLLSAILADAINLGLVKMAESSQGNTYAKLSWLQAWHIRDETYSRALAELVNSQLKQPFAAHWGDGTTSSSDGQRFRAGSKAQSTGHINPKYGSEPGRLFYTHISDQYSPFSSKLVNVGIRDSTYVLDGLLYHESDLQIEEHYTDTAGFTDHVFAMMHLLGFRFAPRIRDLADTKIYIPYASIDYDSLKLLIGGTIGIKNIQTHWNEILRLSASIKQGTVTASLMLRKLASYPRQNGLALALRELGRIERSLFILDWLQSVELRRRVNAGLNKGEARNALARAVFFNRLGEIRDRNYEQQRFRASGLTLVTAAIVLWNTVYLERAIASMRTRDDIVVDDELLKYLSPLGWEHINLTGDYVWKKSSKIKDGKFRPLRAVKFS
>NC_014756|23094:33039|26865_27597_+|WP_013450042.1|DBSCAN-SWA
MKLVHIFIISALLLMLQGCTKSTNKQKLHIAITRTIATHPMYLAQSFGYFPSKDIAFFETKTLEESSMAFNKGNVDAAVITLKQAVDIYTKKNDFVIVLVLNRYHTTKKNAQNDTYNVLIVRRSYLLHHSQQIKDVIGGWYSALGYMNINMNTIVRGYSKYIGVSEIELRNTLATFNFGGSEENALYLFSEKPSLPIYAKQLENHKESNITQHSLLKAFLPKNTIKELHRYKKWKYKIGQTHI
>NC_014756|23094:33039|31828_32452_+|WP_013450045.1|DBSCAN-SWA
MLIGYARVSKADGNQVLDLQIDALQGIGITYGQIYVDKASGAKDDRPGLDNCLKALREGDTLVVWKLDRLGRNLKHLVSTVDDLSRRNIGFKVLSGQGADIDTTTPAGKMVFGIFAALAEFERELIRERTIAGLNAARARGRKGGRKFQLTKAQIRLAQAAMSNRDTSVSELCKEIGVTRATLYRYVGPTGELREFGKKVLGIEETP
>NC_014756|23094:33039|28754_31673_-|WP_013450044.1|transposase|DBSCAN-SWA
MPRKKILSSLQREMLEKLPEQFEELAKHYLLTSDDLEFISQRRRSSNKLGFALSLCMMRYPGRTLKIDEIPPKALVEFIAEQLGLNYEDFLGYALRAETRREHQYLLMQKYGYKNFNDRYLKEMVRWLTPIAIENHKGIFLLQTLMHEMRYRKILLPSLLQIESMVSLSLSRAEKIIQQTVTSFLNKKNMQLLDDLLAFDVSVGQSIFSWLRQSESRPTSANMLVIMERLQTIKRLEISETISSRVSQIRMQQYSREGYRISISHLRQYEPKRRYTLIAITLLEIQKALIDDAITMHDRIIGSLMRRSQNRFHQTIQDGDKKAKELIRFFSRTSQLLIESRNNGANPWESIDLHIGWDSFLQSVQEATSLSEPIKQDHLAFIETHYVQMRKYTSRFLEEFDFKASAGGGDVMDAIRLLQELNSKNKRKLPEDAPVTFIPSRWKPFIYTEEGMDRRYYELCALSELKNRLRSGDIWIEGSKQYLDFDSYLMTRHSYSEMKSQNNLPIAVEIDFSRYLINRQKQLGESIDELSDMIKDGTIADVEFTQNGYSIKPYRTDGAPKEATNIIRYVANLLPRIKITDLLIEVDTWTKFSDQFTHLRSGMTSTDKKALFAAILSDGINLGHQKMADACADISVGRLRSASDWYIRDENYSSALAQITNHHHQTSLVKNWGDGTTSSSDGQRFPTGGTGDALGGYNAKYGTQPGVVFYTHISDQYSPFHTQIIHANARDATYVLDGLLYHESDLKIEEHYTDTAGFTDHVFALCHLLGFKFAPRIRDIADTKLFALEGVEVPEKFNNIITGSLKIKDMQQNWDDVLRLAASIKIGTASASLLIRKLASYPRQNRLALAIRDVGRIERTLFILEWLKNPSLRSRVQIGLNKGEARNSLARTVFFNRLGEVRDRTFENQLYRASGLNLIVAAIILWNTVYLEKAIEQAKKEIEIPDEFLKYFSPLGWEHINLTGDYVWRMEP
>NC_014756|23094:33039|27792_28677_-|WP_013450043.1|DBSCAN-SWA
MINATTDSILQLDIQGNILMLNDSAAKRLGSTVEQLLGAQLSDQLEECYVARQKVIIEKVFFTGKAAKIEDARDGYFFLIDYYPIFKEENVESVVVFVHDITEQKKSQMEIEHLAFHDFLTQLPNRRLFIDRLEYTLTIMTRSRSCAAVLFMDLDNFKPLNDLYGHAIGDLILQETATRLQEGLRDSDVVSRFGGDEFVILLTNLSNSHDEARTYVLQVAEKIRLKINEVYKFDVQKNNHLEQTEHSCHVSIGISLFCDPKINPEYIIGEADKAMYEAKEQGKNRIVMYDIKSI
>NC_014756|23094:33039|26068_26797_-|WP_013450041.1|DBSCAN-SWA
MQTIIVTTLLLSLIINIFVKKIHLPTIIGYILTGTAIAYGFNLHNAVSNHDLKEIAEFGVVFLMFTIGLEFSIAHLKRMRNEVFVAGTLQIIITSSIVYLIAYYLLELDPNSSFIIALVLSLSSTAIVLKILNESGEINRRHGQRSLGILIMQDIAVIPILLIIGFMSSKTENISTVLIEMAFSAVILLSILWIFGKYLLEPFLTQIIKTNSDELFVGSILFLAIGASYIAHYWGRFRKRNI
>NC_014756|23094:33039|32748_33039_-|WP_013450047.1|DBSCAN-SWA
MYNIQQTQKFSQWLIKLKDMRARIAIARRIERAQCGNLGDAKSVGESVYEMRIDMGPGYRLYYTMRGDEIIVLLVGGDKSTQQRDIEKAIEMAKEI
>NC_014756|23094:33039|32452_32746_-|WP_013450046.1|DBSCAN-SWA
MELTLTPFDMTQYLDSEEAIAEYLTQVLEEGDTDELIRAIGHIAKARGMSQIAQESGLGRESLYKTFAPGSKPRFDTIAKVVHSLGLHFQITPVRAS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013450040.1|23094_26064_+|transposase	Tn3 family transposase	A0A1B0V7H9	Salmonella_phage	0.0e+00	64.1
WP_013450041.1|26068_26797_-	cation:proton antiporter	NA	NA	NA	NA
WP_013450042.1|26865_27597_+	hypothetical protein	NA	NA	NA	NA
WP_013450043.1|27792_28677_-	diguanylate cyclase	G3MA91	Bacillus_virus	1.0e-22	39.6
WP_013450044.1|28754_31673_-|transposase	Tn3 family transposase	A0A1B0V7H9	Salmonella_phage	3.6e-258	46.1
WP_013450045.1|31828_32452_+	recombinase family protein	E5FFF9	Burkholderia_phage	1.9e-39	50.8
WP_013450046.1|32452_32746_-	putative addiction module antidote protein	A4JWV1	Burkholderia_virus	1.7e-14	46.0
WP_013450047.1|32748_33039_-	type II toxin-antitoxin system RelE/ParE family toxin	A0A141GEX6	Brucella_phage	7.4e-23	56.2