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
CP014204	Clostridium baratii strain CDC51267 chromosome, complete genome	2 crisprs	cas3,csa3,DEDDh,cas2,WYL,DinG	0	0	4	0
CP014203	Clostridium baratii strain CDC51267 plasmid pNPD11_1, complete sequence	0 crisprs	c2c10_CAS-V-U3	0	0	0	0

1. CP014204

CRISPR-Cas detection and classification

Crispr_ID: CP014204_1

• CRISPR_ID: CP014204_1
• CRISPR_location: 368104-368200
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP014204_1

Consensus_repeat	Method
AAGCCAAATAAAAGATTTGGAGG	CRISPRCasFinder

spacers of CP014204_1

>1.1|368127|51|CP014204|CRISPRCasFinder
AGAATATAAGAAACTCAGAGATTACGATGTTCTTTCTGAGTAAGTTCGCCT

CRISPR arrays and Neighbor proteins around CP014204_1

CRISPR arrays

The CRISPR arrays of CP014204_1

>merge|CP014204|1|368104-368200|CRISPRCasFinder
AAGCCAAATAAAAGATTTGGAGGAGAATATAAGAAACTCAGAGATTACGATGTTCTTTCTGAGTAAGTTCGCCTAAGCCAAATCAAAGATTTGGAGG

>CP014204|1|1|368104-368200|CRISPRCasFinder
AAGCCAAATAAAAGATTTGGAGG	AGAATATAAGAAACTCAGAGATTACGATGTTCTTTCTGAGTAAGTTCGCCT
AAGCCAAATCAAAGATTTGGAGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP014204.2|AQM58903.1|368449_370276_+|glutamine--fructose-6-phosphate-transaminase-(isomerizing)	unknown	unknown	gnl|CDD|234729
CP014204.2|AQM58867.1|370922_372002_+|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM61147.2|363413_365279_-|ABC-transporter	unknown	unknown	gnl|CDD|224055
CP014204.2|AQM60861.1|367025_367472_-|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
CP014204.2|AQM60302.1|365268_367011_-|multidrug-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224055
CP014204.2|AQM59659.1|374129_376061_-|threonine--tRNA-ligase	unknown	unknown	gnl|CDD|234752
CP014204.2|AQM61341.1|353953_355099_+|cysteine-desulfurase-NifS	unknown	unknown	gnl|CDD|224029
CP014204.2|AQM60995.1|352832_353720_+|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM60991.1|372809_374093_+|O-acetylhomoserine-aminocarboxypropyltransferase	unknown	unknown	gnl|CDD|225428
CP014204.2|AQM60312.1|372222_372786_+|5-formyltetrahydrofolate-cyclo-ligase	unknown	unknown	gnl|CDD|274270
CP014204.2|AQM60729.1|380383_380854_-|2-C-methyl-D-erythritol-2,4-cyclodiphosphate-synthase	unknown	unknown	gnl|CDD|376811
CP014204.2|AQM60696.1|356376_357942_+|hypothetical-protein	unknown	unknown	gnl|CDD|189968
CP014204.2|AQM61359.1|367681_367924_+|hypothetical-protein	unknown	unknown	gnl|CDD|198403
CP014204.2|AQM60470.1|379039_380335_+|sodium:proton-antiporter	unknown	unknown	gnl|CDD|224671
CP014204.2|AWG43616.1|361172_363287_+|hypothetical-protein	unknown	unknown	gnl|CDD|274746
CP014204.2|AQM59892.1|377875_378667_+|5'-methylthioadenosine/S-adenosylhomocysteine-nucleosidase	unknown	unknown	gnl|CDD|180148
CP014204.2|AQM59397.1|355095_356250_+|tRNA-4-thiouridine(8)-synthase-ThiI	unknown	unknown	gnl|CDD|234960
CP014204.2|AQM59043.1|352291_352846_+|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM59129.1|376971_377646_+|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM59825.1|376387_376792_-|HNH-endonuclease	unknown	unknown	gnl|CDD|238038

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP014204.2|AQM58903.1|368449_370276_+|glutamine--fructose-6-phosphate-transaminase-(isomerizing)	gnl|CDD|234729	PRK00331, PRK00331, isomerizing glutamine--fructose-6-phosphate transaminase.	0
CP014204.2|AQM59659.1|374129_376061_-|threonine--tRNA-ligase	gnl|CDD|234752	PRK00413, thrS, threonyl-tRNA synthetase; Reviewed.	0
CP014204.2|AQM61147.2|363413_365279_-|ABC-transporter	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	0
CP014204.2|AQM60861.1|367025_367472_-|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	4.59135e-27
CP014204.2|AQM60302.1|365268_367011_-|multidrug-ABC-transporter-ATP-binding-protein	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	8.59148e-178
CP014204.2|AQM59892.1|377875_378667_+|5'-methylthioadenosine/S-adenosylhomocysteine-nucleosidase	gnl|CDD|180148	PRK05584, PRK05584, 5'-methylthioadenosine/adenosylhomocysteine nucleosidase.	8.08921e-105
CP014204.2|AQM61341.1|353953_355099_+|cysteine-desulfurase-NifS	gnl|CDD|224029	COG1104, NifS, Cysteine sulfinate desulfinase/cysteine desulfurase and related enzymes [Amino acid transport and metabolism].	2.17083e-170
CP014204.2|AQM60991.1|372809_374093_+|O-acetylhomoserine-aminocarboxypropyltransferase	gnl|CDD|225428	COG2873, MET17, O-acetylhomoserine sulfhydrylase [Amino acid transport and metabolism].	0
CP014204.2|AQM60312.1|372222_372786_+|5-formyltetrahydrofolate-cyclo-ligase	gnl|CDD|274270	TIGR02727, Uncharacterized_protein_YqgN, 5,10-methenyltetrahydrofolate synthetase. This enzyme, 5,10-methenyltetrahydrofolate synthetase, is also called 5-formyltetrahydrofolate cycloligase. Function of bacterial proteins in this family was inferred originally from the known activity of eukaryotic homologs. Recently, activity was shown explicitly for the member from Mycoplasma pneumonia. Members of this family from alpha- and gamma-proteobacteria, designated ygfA, are often found in an operon with 6S structural RNA, and show a similar pattern of high expression during stationary phase. The function may be to deplete folate to slow 1-carbon biosynthetic metabolism. [Central intermediary metabolism, One-carbon metabolism].	1.17278e-58
CP014204.2|AQM60729.1|380383_380854_-|2-C-methyl-D-erythritol-2,4-cyclodiphosphate-synthase	gnl|CDD|376811	pfam02542, YgbB, YgbB family. The ygbB protein is a putative enzyme of deoxy-xylulose pathway (terpenoid biosynthesis).	1.10155e-100
CP014204.2|AQM60696.1|356376_357942_+|hypothetical-protein	gnl|CDD|189968	pfam01391, Collagen, Collagen triple helix repeat (20 copies). Members of this family belong to the collagen superfamily. Collagens are generally extracellular structural proteins involved in formation of connective tissue structure. The alignment contains 20 copies of the G-X-Y repeat that forms a triple helix. The first position of the repeat is glycine, the second and third positions can be any residue but are frequently proline and hydroxy-proline. Collagens are post translationally modified by proline hydroxylase to form the hydroxy-proline residues. Defective hydroxylation is the cause of scurvy. Some members of the collagen superfamily are not involved in connective tissue structure but share the same triple helical structure. The family includes bacterial collagen-like triple-helix repeat proteins.	5.00317e-12
CP014204.2|AQM61359.1|367681_367924_+|hypothetical-protein	gnl|CDD|198403	cd10456, GIY-YIG_UPF0213, The GIY-YIG domain of uncharacterized protein family UPF0213 related to structure-specific endonuclease SLX1. This family contains a group of uncharacterized proteins found mainly in bacteria and several in dsDNA viruses. Although their function roles have not been recognized, these proteins show significant sequence similarities with the N-terminal GIY-YIG endonuclease domain of structure-specific endonuclease subunit SLX1, which binds another structure-specific endonuclease subunit SLX4 to form an active heterodimeric SLX1-SLX4 complex. This complex functions as a 5' flap endonuclease in yeast, and has also been identified as a Holliday junction resolvase in human.	1.65306e-38
CP014204.2|AQM60470.1|379039_380335_+|sodium:proton-antiporter	gnl|CDD|224671	COG1757, NhaC, Na+/H+ antiporter [Energy production and conversion].	3.51585e-68
CP014204.2|AWG43616.1|361172_363287_+|hypothetical-protein	gnl|CDD|274746	TIGR03721, exospore_TM, BclB C-terminal domain. This domain occurs as the C-terminal region in a number of proteins that have extensive collagen-like triple helix repeat regions. Member domains are predicted by TmHMM to have four or five transmembrane helices. Members are found mostly in the Firmicutes, but also in Acanthamoeba polyphaga mimivirus. Members include spore surface glycoprotein BclB from Bacillus anthracis, a protein of the exosporium. The exosporium is an additional outermost spore layer, lacking in B. subtilis and most other spore formers, consisting of a basal layer and, above it, a nap of fine filaments.	5.05643e-34
CP014204.2|AQM59397.1|355095_356250_+|tRNA-4-thiouridine(8)-synthase-ThiI	gnl|CDD|234960	PRK01565, PRK01565, thiamine biosynthesis protein ThiI; Provisional.	0
CP014204.2|AQM59825.1|376387_376792_-|HNH-endonuclease	gnl|CDD|238038	cd00085, HNHc, HNH nucleases; HNH endonuclease signature which is found in viral, prokaryotic, and eukaryotic proteins. The alignment includes members of the large group of homing endonucleases, yeast intron 1 protein, MutS, as well as bacterial colicins, pyocins, and anaredoxins.	7.45771e-05

Protein sequences

>CP014204.2|AQM61359.1|367681_367924_+|hypothetical-protein
MNYVYIIKCSDDSLYTGWTNDLEKRFKNHQEGRGAKYTRGRGPLELVYFEEYETKVQAMKREYEIKKMSREKKIKLISKK
>CP014204.2|AQM60861.1|367025_367472_-|MarR-family-transcriptional-regulator
MGLDEEFSFHRLLGEVVRLHFSLTHSNLEKEGLYPGQPPLLYALHHHGGLSQKDIAKKLNLKPATITVMIKRLEKSGFIIKTPDEKDQRVSRIYLTDKGTKACESLKSIVNKIDNICLNNFSKEELENLSFLLNKVKINLENHKNEID
>CP014204.2|AQM60302.1|365268_367011_-|multidrug-ABC-transporter-ATP-binding-protein
MLKLFKHLKPYSKQLTFILVLLFVQTMAQLYLPTLLSEIVDTGIINGDVNYILKIGGLMILVAFIGSIATIFASFVSSKVAMGFGRDIRRKIFTKAESFSLGEFDKVGTASLITRTTNDVNQVQQVLIMILRMMVTAPLTCIGGIIMAISVDKDLSLILLVSMPLVLIAIGLIGKKGMPRFKAMQVKLDKINKILRENLTGIRVIRAFNKQKFEVKRFEEANNDFTENAIKVNKIIALLMPILMLILNVTSVAILWFGAKRIDVNAMEVGNLMAFLQYVMQIMFSLIMVSMLFIMIPRASASADRINEVLSINPEIVDKESTNDKTTKKGYVKFDNVSFFYPGAESPAVSNISFETKPGETTAIIGGTGSGKSTILNLLERFYDASEGKILVDDIDIKDMSQQSLREKIGFVPQKAVLFSGTIAENLRYGKEDATAEDLVHASKIAQAYDFISEKENNFDSIVEQGGRNFSGGQKQRLAIARALIRKPEIYVFDDSFSALDFKTDSKLRAALKSETKESAVIIVAQRVSTIMDADRILVLDDGNVVGMGTHKELLDNCAIYKEIASSQLSEEELSNEHGK
>CP014204.2|AQM61147.2|363413_365279_-|ABC-transporter
MANNKKGSAPMGGNRGGHGVVIGGEKAKNFKGSAKRLLRYLKPNSGKLIAVIFMAIISTAFTVFSPRLLGDTINVILEGMIAKFKGVPGASIDFHELTKYILLLLGFYILSALFMYLQQYIMAGVAQSTVRDMRRDVDEKLNRLPIKYFDANSKGDILSRVTNDVDNISSTLQQSLTQLISAVVTIVGITIMMLTISPLLTLICIITLPVCIIATRPIIGKSQKFFFNQQKQLGELNGHVEEVYTGHTVVKAFGHEKKAIKEFDEINENLYDSAWKAQFMSGLIMPLMQFINNIGYVIIAVVGGILVTKNKLSVGYIQSFIQYSRQFTQMVNQTANIANILQSTMASAERVFEVLDEEEVIPDPANPITLENAQGTVKFNNVQFGYNKDQLLIEDMNVTAKTGQTVAIVGPTGAGKTTLINLMMRFYELNGGDITFDGVDITKFSREYLRSMFGMVLQDTWLFNGSIKDNIAYGKENATFEEVVEAAKAAHADHFIRTLPDGYDTILNEEASNISQGQKQLLTIARAILANPRVLILDEATSSVDTRTESYIQNAMTKLMEGRTNFVIAHRLSTIKDADLILVMNHGNVIEQGNHEELLKKNGFYADLYNSQFAHEDEATA
>CP014204.2|AWG43616.1|361172_363287_+|hypothetical-protein
MIGPTGATGVQGEIGPQGPQGLVGPTGATGAQGLIGSTGATGVGLSGIVAFNPEDEAGYRIGQVVTYKGSTYIVNNDSPTGVPGESQDYQLIAAAGLQGPQGLVGATGPTGVQGEIGPQGPQGLVGPTGATGAQGLIGPTGATGVQGEIGPQGPQGLVGPTGATGAQGLIGPTGAQGPQGLVGPTGATGPQGLVGPTGATGPQGLVGPTGATGAQGLVGPTGATGAQGLIGPTGATGAQGLIGPTGATGAQGLVGPTGATGAQGLIGPTGATGVQGEIGPQGPQGLVGPTGATGAQGLIGPTGATGVQGEVGPQGPQGLVGPTGATGAQGLIGPTGATGVQGEIGSQGPQGLVGPTGATGAQGLIGPTGATGVGLSGIVAFNPEDEAGYRIGQVVTYKGSTYIVNNDSPTGVPGESPDYQLIAAAGLQGPQGLVGPTGATGAQGLIGPTGATGAQGIAGPTGATGAQGLIGLQGPQGLVGPTGATGAQGLIGPTGATGPQGLIGPTGATGAQGIAGATGAQGLIGPTGATGVAGSSAIIPYASGLPVSLTTVVGGLVGTTSLVGFGNSATGVNIVGGVIDLTGAAGTLLNMSFSVPRAGTITSIAAYFSITAGLSLIGSTITIKAQLYQSTTPDNKFSAVSGAEVNLTLTDTITLGAVRHGITTGLNIQVQPQTRLLLVFSATASGLSLVNTVAGYASAGVSIS
>CP014204.2|AQM60696.1|356376_357942_+|hypothetical-protein
MKYKIIPEYTKQYVDGYLKSSSDILCVCNLYDKYNDKSKKYSFLLEFDISNREFELVQDAKLLIRFKGLKNTREFCADFKFVAKDCNDQQVKEFIIRKELYCEDAEEYISIDFTDIFYEDLNEISTILVYVLPGNLRGMATFDSINTRVAPYICIEDDESIVYSHSEECQQSIRGIVGPQGPRGEQGPQGKTGPIGLKGEQGPQGIQGPPGVQGPEGRVGPEGPQGIQGPIGPTGPRGFQGMKGEKGDTGPQGLRGEVGPTGATGPTGPQGEQGPRGATGLGFLGVKIFNAEETLKYPEGQVVVYNGSSYVALKDSPAGVPITSEDYLLVSAAGTTGPQGIRGERGEVGPQGPVGPQGKSGAQGLMGPEGPAGIQGPIGPMGPTGVAQLYAYGAYVKRGSIEATPETSSRLNLFGDIVNAEVGVSHSKENDQLNIIYDGVYRITFYMFIPIETFIDRIIIDGIGGNNRGNIIKASEGQGVYYDSIVTLKAGSTISIRLSNVERIEVDSEENIAYFTILKIA
>CP014204.2|AQM59397.1|355095_356250_+|tRNA-4-thiouridine(8)-synthase-ThiI
MRKLILIKYASEIFLKGLNKNKFEKRLRDNIKKKLKGLDFEIINDQNRYFIKIDDLDEGIERVRKVFGVSEVSIVTEVERDLDAIKEEALRKVQEAKPKTFKIDTNRANKVFDKTSIEISREIGAYVLKNYDGELSVDVKNPECLVKVEIRENAYVYTSSDKVKGVGGLPYGMNGSTMLMLSGGIDSPVAGYLMARRGVELNCIYYHSHPYTSERAKDKVKELAKILSGYTEKVRLFIVPFTDIQMEIINNCPEDELTIIMRRFMMRVACKVAENEGIQSVSSGESIGQVASQTMEGLVVSSDCADRPVFRPLIAMDKEDIMDIARNIGTFETSILPYEDCCTIFVPKHPKTKPRLKEIRKSEENLKIEELIDKAINNTEVVVF
>CP014204.2|AQM61341.1|353953_355099_+|cysteine-desulfurase-NifS
MEIYLDNSATTKPYEEVINVMADGMRKYYGNPSSLHKLGIEAERMLNKSRETIAKTINASRDEIYFTSGASEGNNLVIKGIAKPNHHVITTKFEHHSVLKVYEELEKLGVKVTYLNVDKNGMISLEELRDSICKDTVLVSIMFVNNEIGSIQGLERIGNLIKEKSSRAKFHVDAVQGYGKFKIDVKKMKIDALTVTGHKFHGPKGTGFLYLKKGINLTSLIHGGEQEKGVRAGTQNVPGIMALEKACEISNEHREENYKKVLEIKRYMLKRLEEIDDIRINSVDDEFHSPYILNVSFIGVRAEVVLHLLEAEGIYVSTGSACTSKTNIANGSYVIKAMGLCDDEAIGAIRFSFSEENTKEEIDKVIEVLKGSLTFLRRIKK
>CP014204.2|AQM60995.1|352832_353720_+|hypothetical-protein
MKLTKRQIVLSIIVGIIVCINLAYYLISRVDKPIAIKKYSELFFNDRLTIEMIKENNTDSEVESEGLFYDGADNITVEFPEINKTYYMSANNHGDIKNKYKLLKYNLIMNQEEDLSEYINENGAITLTRAIIIDKDKNYDVDLGEITLHPNKDRYKESKMRQLNSYGNNEEQCIDFYAHEEYYLNKIESKYLDELKKYYDFYIIVGGENEDREKISIENIKYPYKIKKDKILLFVAAKKDNIDIINLEKYYDTCIRIEVENEKKEIEELYLKIKNKDSVGLLNEKSILNLKYNDI
>CP014204.2|AQM59043.1|352291_352846_+|hypothetical-protein
MGKYYKKMFWGYLLIFLHFNIPMGYKSVDILPDFIGYIMIGLALTKLATKEKIFKKGVNASYILAAVGIFNIGISAESITRYSFVINIFSAIVGLFVTYSICKGIENEGIKYNKEDLSNKAKLLWKLEFIRTMLYIAITSIMINFNEGAIILTANGLLLMFSIFTSAMLLMLLRLAGGEFNEVN
>CP014204.2|AQM58903.1|368449_370276_+|glutamine--fructose-6-phosphate-transaminase-(isomerizing)
MCGIVGYVGKGKATDFLVEGLSKLEYRGYDSAGVAVLIDDVINVRKQKGRLANLEESLDKNPMNGNIGIGHTRWATHGEPSDINSHPHLSSKGDIAVVHNGIIENYIELRDFLKEKGCNFVSETDTEVIPNLIEYYYKGDLFEAVVKASKELQGSFAIGVISNHEPDKLIAVRHDSPLIVGLKEDENFIASDIPAVLNYTRNVYLLEDDEFVIMTSEGVKLVDENGNDIDKEVFNVTWNEDAAEKGGFDSFMLKEIHEQPKAIRDTMTSRVSMEHDIVFDDFKISKEELQGIDRIYMVACGTAYHAGLMGKYSIEKLARIPVEVDIASEFRYRNPLVTEKSLVIVLSQSGETADTLAVLRDCNKIGAKTLAVTNVVGSTISREADYVIYTMAGPEISVASTKAYTTQVVIMHTIAMYFAQLLGKVSKEEIEELKKELLLIPEKIEEVLKDQEGIKAIAEEVKNEDDIFFLGRGMDFALALEGSLKLKEISYIHSEAYAGGELKHGPIALIEEGTKVISVLTQSDLMDKMISNVVEIKSRGAKNFGITFKSKEKAQGVLDKTIFIPEANDMFAPILAAVELQLLAYYVASFKGFDIDKPRNLAKSVTVE
>CP014204.2|AQM58867.1|370922_372002_+|hypothetical-protein
MQNMQDMLNKLELMLVGLKQMKINIVFTWFPKMNKDEVLKAISESPKFKIEGDVVSLKSETEIYEEELQKDILKELMDDEDQVEDILDYDDDIELLEVSVDEDNIVEIDMSKDIIEDIEVSEVDEDVTLQSKDIDNIWANVQELAKEVSGESKMQTQEDSNLEVNNDSIENIAIATEINELAENINEVEKIVEKTVVVKDTSGLKGSDIEYNELIRLISEYNHEVQHKIETTDENKYENKEKAIVKFYENKYIVKVKENNTDINANIFSLIHKKKGMEVAYLVVSETLDSKILNFMLENYEDEVVYFCPIQGCEVEFEVDLNEFYLKETSKIFDKYLERYVITEENACVIKKGEVVIGR
>CP014204.2|AQM60312.1|372222_372786_+|5-formyltetrahydrofolate-cyclo-ligase
MKKELRREIIKKRDKLDCMEKAIKDKKIIEKLKDTKEYKEAKGIFVYIGFGSEINTKILIEDALKDGKEVYVPKVIKKEMVFIKINSLENLVTSSYGILEPVGDKSNFNVDNLGLIVMPGLAFDKQGNRLGYGGGYYDKFLSSNKIDTKKIALAYDFQVLDKVPSEKHDIKIDSIITEDKEIDISNK
>CP014204.2|AQM60991.1|372809_374093_+|O-acetylhomoserine-aminocarboxypropyltransferase
MKREFKKGTTCVQGGYNPGNGEPRVLPIYQSTTYKYDDPDFVEGLFNLENEGHLYSRISNPTVSALEEKFALLEDGVGAVATSSGQAAVLTAILNICKAGDHIVSASTLYGGTVNLFKVNLKKMGIDVTFVDPDDSEENIIKAANENTKIIYGETIGNPGLNILDFDKFSKVAKKLDVPFIVDNTVATPIHCNPLKLGANIVIHSTSKYSDGHAQALGGIIVDGGNFNWDNGKFNEFVDPDPSYHGLSYVKTFKEAAYITKLRVTLIRDLGGIQTPFNAYLTNLGLETLELRMERHSKNALEIAKWLINHPKITWVNYPYLEGSSEYEKAQKYLNGGASGILTFGVKGGIPAAKTLMKELKLVALVVHLGDARTSLLHPATTTHNQLNEEEQRIAGVAPDLIRFSVGIERVEDIIADLDRALEKIEI
>CP014204.2|AQM59659.1|374129_376061_-|threonine--tRNA-ligase
MIKVTLKDGSVKEFEKGVSVLDVARGISEGLARNALCGIVNGEVVDLRHTLNDDVELSICTFDSKEGKDALRHTASHVLAYAVKRLFPEVKIAIGPAIDNGFYYDFDKEVAFTTEDLQKIEAEMKKIIKENPEIERFELPRDEALELMKDEPYKVELINDLGEDEVISFYKIGDFTDLCAGPHIMSLKPMKAVKLLRSAGAYWRGDENHKMLSRIYGTAFLKNKDLEEHLAALEEAKKRDHNKLGRELKLFTTDENVGQGLPLIMPRGSRIIQTLQRWIEDEEERRGYVLTKTPLMAKSDLYKISGHWDHYKDGMFVLGDEEKDDEVFALRPMTCPFQYAIYNSEQHSYRDLPVRYAETSTLFRNESSGEMHGLIRVRQFTLADGHIVCTPEQLEEEFKGAVDLIKHVMATLGIDGDISYRFSKWDPNNTKKYINDPEAWERTQDIMKKILDHLEIDYVEADDEAAFYGPKLDIQFKNVHGKEDTIITVQIDFALAERFNMTYIDKDGEKKRPYIIHRSSIGCYERTLAMLIEKYAGAFPTWLAPVQAKVLPLSDKYNDYAEKIVKDLRNNGVRVEGDYRAEKLGYKIREARLERTPYILVVGEKEMANNEVSVRSRKNDDEGSMNYEAFKSRLLLEILNKDL
>CP014204.2|AQM59825.1|376387_376792_-|HNH-endonuclease
MYYCEICNKKADIHHIVHRSEGGFDMEINYMYLCEEHHRGKNGPHHSLETDLIYKIRLQKKLYKILPKRYYSFKELSSILNISSNITKRITKDIKLYKEGYRKDDIILKIMGGSYYEEELLENLKLEKLYESIY
>CP014204.2|AQM59129.1|376971_377646_+|hypothetical-protein
MRDNYNSFDYWTQNVNEHRAIRAHIFMGKLPTKNSVYIHTLMFSNKNGIENIYASFPNGRALLGYLQHAFLQKVFYNWVNGTKKLIMKIPPIPVTDLISDFKAKGKITNEEFQCMTEQYNLLKNLWDKSDDEIIKGIIKFSKEFNRAWLGDDTEFLYLKIFKTPDELGQFVAETVETTDKEEEFKKGIGLSVEDFKDLCKKVYTDKECCNVFRNILLNKLSETL
>CP014204.2|AQM59892.1|377875_378667_+|5'-methylthioadenosine/S-adenosylhomocysteine-nucleosidase
MKKKSLLVMTLLLIVSLFNFLGCSKTNDASKEKVLGVIGAMEEEVAILKGKMKIEDTLKEAGMEFYKGNLDGKEIVLVRSGVGKVNMAACTQILVDKFNVSAVINSGVAGTMDPELKQGDIVISTDAVQHDFDTTACGDPLGEISRLGITFFKADKGMIDTLEKASKNVNGVTVKEGRVASGDQFVAGGEVSKRIKKNFGNVGAVEMEGAAMAQVAYLNNIPFVIIRSISDKADGSADLSYEQFLPIASKNASSLLEEFIKLY
>CP014204.2|AQM60470.1|379039_380335_+|sodium:proton-antiporter
MRKGNPLALLPLLVFIVVYLGISIIAKDFYAVSVIIPFLISAIVALIMNRKIKFEEKLHIFCKGAGNPDIILMILIFVLAGAFAQIAKAMGAVDSTVNLGLSVLPASILVSGIFVVACFIALSVGTSMGTIVALVPIAVGISDKTGIAIGIVVGAVVSGAMFGDNLSIISDTTIAATRTQKCEMRDKFKMNFKIVLPAAIITAILFAVITSGTSSYALGNYDYSLIKILPYVGVLIFALIGVNVIFVLSSGIILAGVIGIATGSFDIIGLFQNMAQGISGMSELIIISLLIAGTISIIKHNGGIDFILHKGLKNFKTRRGAELGIGALVSLVDICTANNTIAIVTVGPIAKDISDEFDLEPKRVAGILDMFSCSFQGIIPYGAQLISAAGLADISPFQIMKYLFYPYLMGISVVIAIFIYWSRNKERNIIE
>CP014204.2|AQM60729.1|380383_380854_-|2-C-methyl-D-erythritol-2,4-cyclodiphosphate-synthase
MRIGLGYDVHRLVKDRDLILGGVKIPHELGLLGHSDADVLIHAIMDSLLGASALGDIGKHFPDTDPKYKGISSVKLLEEVGKLLYKNNFTIGNIDATIIAEKPKMAPHIMEMRNNIAKALKIDVNKINVKATTEEGLGFTGEKLGISSQAICLLND

Crispr_ID: CP014204_2

• CRISPR_ID: CP014204_2
• CRISPR_location: 617792-617868
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP014204_2

Consensus_repeat	Method
AAGAAGAAGAATTGATGATAGACCAA	CRISPRCasFinder

spacers of CP014204_2

>2.1|617818|25|CP014204|CRISPRCasFinder
TTAATAATAGGCCAATTAATGATCA

CRISPR arrays and Neighbor proteins around CP014204_2

CRISPR arrays

The CRISPR arrays of CP014204_2

>merge|CP014204|2|617792-617868|CRISPRCasFinder
AAGAAGAAGAATTGATGATAGACCAATTAATAATAGGCCAATTAATGATCAAAGAAGAAGAATTGATGATAAACCAA

>CP014204|2|2|617792-617868|CRISPRCasFinder
AAGAAGAAGAATTGATGATAGACCAA	TTAATAATAGGCCAATTAATGATCA
AAGAAGAAGAATTGATGATAAACCAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP014204.2|AQM59638.1|614275_614575_+|50S-ribosomal-protein-L27	unknown	unknown	gnl|CDD|235464
CP014204.2|AQM59254.1|628109_629369_+|hypothetical-protein	unknown	unknown	gnl|CDD|370821
CP014204.2|AQM61246.1|624260_625616_+|23S-rRNA-(uracil(1939)-C(5))-methyltransferase-RlmD	unknown	unknown	gnl|CDD|225174
CP014204.2|AQM60651.2|617020_617593_+|phosphohydrolase	unknown	unknown	gnl|CDD|224627
CP014204.2|AQM59257.1|613568_613880_+|50S-ribosomal-protein-L21	unknown	unknown	gnl|CDD|235510
CP014204.2|AWG43617.1|620474_620681_-|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM61441.1|611988_613437_+|ribonuclease	unknown	unknown	gnl|CDD|273254
CP014204.2|AQM60802.1|620875_622177_-|hypothetical-protein	unknown	unknown	gnl|CDD|224600
CP014204.2|AQM61333.1|616413_617019_+|nicotinate-nicotinamide-nucleotide-adenylyltransferase	unknown	unknown	gnl|CDD|234611
CP014204.2|AQM61145.1|622309_622951_+|hypothetical-protein	unknown	unknown	gnl|CDD|213597
CP014204.2|AQM58988.1|609429_611289_+|B12-binding-domain-containing-radical-SAM-protein	unknown	unknown	gnl|CDD|188475
CP014204.2|AQM58759.1|614794_616084_+|GTPase-CgtA	unknown	unknown	gnl|CDD|237046
CP014204.2|AQM59616.1|620169_620397_+|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM59938.1|623883_624216_+|hypothetical-protein	unknown	unknown	gnl|CDD|377640
CP014204.2|AQM60048.1|613884_614271_+|ribosomal-protein	unknown	unknown	gnl|CDD|184740
CP014204.2|AQM60258.1|623160_623865_+|hypothetical-protein	unknown	unknown	unknown
CP014204.2|AQM61167.1|625849_628117_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|183088
CP014204.2|AQM60834.1|616094_616412_+|RNA-binding-protein	unknown	unknown	gnl|CDD|376702
CP014204.2|AQM60582.1|611272_611974_+|radical-SAM-protein	unknown	unknown	gnl|CDD|378393
CP014204.2|AQM60721.1|619140_620037_+|RNA-pseudouridine-synthase	unknown	unknown	gnl|CDD|223638

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP014204.2|AQM59638.1|614275_614575_+|50S-ribosomal-protein-L27	gnl|CDD|235464	PRK05435, rpmA, 50S ribosomal protein L27; Validated.	3.9583e-56
CP014204.2|AQM59254.1|628109_629369_+|hypothetical-protein	gnl|CDD|370821	pfam10117, McrBC, McrBC 5-methylcytosine restriction system component. Members of this family of bacterial proteins modify the specificity of mcrB restriction by expanding the range of modified sequences restricted.	3.11605e-80
CP014204.2|AQM61246.1|624260_625616_+|23S-rRNA-(uracil(1939)-C(5))-methyltransferase-RlmD	gnl|CDD|225174	COG2265, TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis].	2.4558e-128
CP014204.2|AQM60651.2|617020_617593_+|phosphohydrolase	gnl|CDD|224627	COG1713, COG1713, Predicted HD superfamily hydrolase involved in NAD metabolism [Coenzyme metabolism].	2.04523e-59
CP014204.2|AQM59257.1|613568_613880_+|50S-ribosomal-protein-L21	gnl|CDD|235510	PRK05573, rplU, 50S ribosomal protein L21; Validated.	6.21502e-49
CP014204.2|AQM61441.1|611988_613437_+|ribonuclease	gnl|CDD|273254	TIGR00757, Ribonuclease_E/G-like_protein, ribonuclease, Rne/Rng family. This model describes ribonuclease G (formerly CafA, cytoplasmic axial filament protein A), the N-terminal domain of ribonuclease E in which ribonuclease activity resides, and related proteins. In E. coli, both RNase E and RNase G have been shown to play a role in the maturation of the 5' end of 16S RNA. The C-terminal half of RNase E (excluded from the seed alignment for this model) lacks ribonuclease activity but participates in mRNA degradation by organizing the degradosome. [Transcription, Degradation of RNA].	2.22152e-97
CP014204.2|AQM60802.1|620875_622177_-|hypothetical-protein	gnl|CDD|224600	COG1686, DacC, D-alanyl-D-alanine carboxypeptidase [Cell envelope biogenesis, outer membrane].	1.53519e-93
CP014204.2|AQM61333.1|616413_617019_+|nicotinate-nicotinamide-nucleotide-adenylyltransferase	gnl|CDD|234611	PRK00071, nadD, nicotinate-nucleotide adenylyltransferase.	4.74833e-91
CP014204.2|AQM61145.1|622309_622951_+|hypothetical-protein	gnl|CDD|213597	TIGR01259, ComE_operon_protein_1, comEA protein. This model describes the ComEA protein in bacteria. The com E locus is obligatory for bacterial cell competence - the process of internalizing the exogenous added DNA. Lesions in the loci has been variously described for the appearance of competence-related pheonotypes and impairment of competence, suggesting their intimate functional role in bacterial transformation. [Cellular processes, DNA transformation].	4.74714e-28
CP014204.2|AQM58988.1|609429_611289_+|B12-binding-domain-containing-radical-SAM-protein	gnl|CDD|188475	TIGR03960, radical_SAM_domain_protein, radical SAM family uncharacterized protein. This model describes a radical SAM protein, or protein region, regularly found paired with or fused to a region described by TIGR03936. PSI-BLAST analysis of TIGR03936 suggests a relationship to the tRNA pseudouridine synthase TruA, suggesting that this system may act in RNA modification. [Unknown function, Enzymes of unknown specificity].	0
CP014204.2|AQM58759.1|614794_616084_+|GTPase-CgtA	gnl|CDD|237046	PRK12297, obgE, GTPase CgtA; Reviewed.	0
CP014204.2|AQM59938.1|623883_624216_+|hypothetical-protein	gnl|CDD|377640	pfam06271, RDD, RDD family. This family of proteins contain three highly conserved amino acids: one arginine and two aspartates, hence the name of RDD family. This region contains two predicted transmembrane regions. The arginine occurs at the N-terminus of the first helix and the first aspartate occurs in the middle of this helix. The molecular function of this region is unknown. However this region may be involved in transport of an as yet unknown set of ligands (Bateman A pers. obs.).	1.41135e-07
CP014204.2|AQM60048.1|613884_614271_+|ribosomal-protein	gnl|CDD|184740	PRK14553, PRK14553, ribosomal-processing cysteine protease Prp.	3.66389e-28
CP014204.2|AQM61167.1|625849_628117_+|AAA-family-ATPase	gnl|CDD|183088	PRK11331, PRK11331, 5-methylcytosine-specific restriction enzyme subunit McrB; Provisional.	2.262e-30
CP014204.2|AQM60834.1|616094_616412_+|RNA-binding-protein	gnl|CDD|376702	pfam01985, CRS1_YhbY, CRS1 / YhbY (CRM) domain. Escherichia coli YhbY is associated with pre-50S ribosomal subunits, which implies a function in ribosome assembly. GFP fused to a single-domain CRM protein from maize localizes to the nucleolus, suggesting that an analogous activity may have been retained in plants. A CRM domain containing protein in plant chloroplasts has been shown to function in group I and II intron splicing. In vitro experiments with an isolated maize CRM domain have shown it to have RNA binding activity. These and other results suggest that the CRM domain evolved in the context of ribosome function prior to the divergence of Archaea and Bacteria, that this function has been maintained in extant prokaryotes, and that the domain was recruited to serve as an RNA binding module during the evolution of plant genomes. YhbY has a fold similar to that of the C-terminal domain of translation initiation factor 3 (IF3C), which binds to 16S rRNA in the 30S ribosome.	6.92203e-32
CP014204.2|AQM60582.1|611272_611974_+|radical-SAM-protein	gnl|CDD|378393	pfam10105, DUF2344, Uncharacterized protein conserved in bacteria (DUF2344). This domain, found in various hypothetical bacterial proteins and Radical Sam domain proteins, has no known function. This domain is distantly related to tRNA pseudouridine synthases, suggesting this family may carry out a function related to RNA modification. But this family appears to lack the catalytic aspartate found in pseudouridine synthases.	5.73919e-78
CP014204.2|AQM60721.1|619140_620037_+|RNA-pseudouridine-synthase	gnl|CDD|223638	COG0564, RluA, Pseudouridylate synthases, 23S RNA-specific [Translation, ribosomal structure and biogenesis].	1.32525e-96

Protein sequences

>CP014204.2|AQM60651.2|617020_617593_+|phosphohydrolase
MEITYIYDYLKKNLKEKRYIHVLGVVSTAKKLAKLNGVSEEKAEIAALCHDAGKNLTKEQLLNIIEKNNIKLTLDEKKTPELWHAIVSPIIAKEEFNINDEEILEAARWHTTGKPNMTKLEKIIYISDMIEPSRVFNGVDSIREAVLEDLDLGVLKGMEHTIRYLLDKEQIVDKNTIEARNYLIIEKNNI
>CP014204.2|AQM61333.1|616413_617019_+|nicotinate-nicotinamide-nucleotide-adenylyltransferase
MKKYGIIGGTFDPIHNAHLYIAYEAKELLGLDKVIFIPNGSPPHKDNKNITGASLRYRMVLEAIKDFEDFEVSKYEIEKKELSYTYKTLEHFKEDDVELYFITGADCLVDLDKWKNVSEIFSLCKFVVFTRPGFKEEDLIEEKKRAEKKYNGEIIFLNILDLEISSTDIRKRISEGKRIDFFVPKRVINLIEKENIYNERN
>CP014204.2|AQM60834.1|616094_616412_+|RNA-binding-protein
MLIGKQRAYLRGLANDMQPIFQIGKNGIEASFLNQVKEALEKRELIKIKVLENSGLEAREASDYICNELKCEGVQAIGSKIVLYKRSSKKPKIEIPRKFKNIKNK
>CP014204.2|AQM58759.1|614794_616084_+|GTPase-CgtA
MFIDKAKIFVKSGQGGGGAVSFRREKYVPLGGPDGGDGGKGGSIIFKVDTGITTLMDFKYKRKFIAEPGENGGTSKCYGRDGEDLYISVPLGTIIREAESNKIICDLSEKDDEYLLLKGGRGGKGNCKFCTPTRQAPNFSEPGMPGEEMNIILELKLLADVGLLGFPNVGKSTFLSMTTKAKPKIANYHFTTLKPNLGVVATEGIEPFVMADIPGIIEGASEGVGLGLEFLRHIERTRLLIHVVDISGIEGRDPFEDFLKINEELKKYSVKLWDRPQIVVANKTDLLYDESVYEDFKKKLNELGYDKVFKMSAATREGVDEVLKEAARMLKEIPITGLEIADEERYIPEEKRFTYEISIEDGEDDNKVFVVSGSFVDRLLDAVNLYDMDSLRYFHKVLKNKGVMDELRELGIQDGDMVRLNDFEFEYVF
>CP014204.2|AQM59638.1|614275_614575_+|50S-ribosomal-protein-L27
MMIMNLQLFAHKKGMGSTKNGRDSESKRLGVKSADGQFVLAGNIIVRQRGTKIHPGNNVGRGKDDTLFAKIDGVVKFERVGKDKKKASVYPINVEEIAE
>CP014204.2|AQM60048.1|613884_614271_+|ribosomal-protein
MIRAKINFKDDKILGFVIDSHAMPEDRDFNNDVLLVGEAFDMVCNSVSVLSQSVLIGIDEVLKLNCTYEIADGYLKLDLSDFSEEELAKSQVLLKTFEKSLESVISSLDQMFGCNKRREYIKLVKEEV
>CP014204.2|AQM59257.1|613568_613880_+|50S-ribosomal-protein-L21
MYAVVLTGGKQYRVQEGDVLFVEKLDAAVESQVELTEVLAVSNGETLTVGKPMVEGAKVVAKVVAQGKAKKVTVFKYKAKKDYRRKAGHRQPYTKLVIEKIEA
>CP014204.2|AQM61441.1|611988_613437_+|ribonuclease
MKEIFIERRDKSLRIAVKLNNELEECFIEEKTDEPTTGEIYKGRVKNIVPAINSLFIDLGLEKEGYMYFSEELKRTNIKKGDELLVEVLKEPLNEKGAKVTNKYSIPGKYLVFTYGETNISFSKRINDEVKKKLILAELEEVEGINIVVRTEGSNVPIEVLKKEREKLKEIYEEMNRKLLYSIELGKVYGEDISLNKVLKDNITKGNVKIYVDNIKDYEFVSSCIDGEENVSLVMYEGLRTLFDYYNIEKEILKLRHNKVTLNCGGDIVIEKTEAMYVIDVNSGKNIKGRSLEKTILQTNVEAAKEIGKQIMLRNLSGIILIDFIDMRDKSHRFEVMKALKESLKIDKGNSKIYPFTELDLVQITRRRRGKSIYDSIEEKCDLCKGSGNILKLSYIEDLIKNDILRSVEDNTIESFYIELDSIYKERVQGDLFSFLKNIGGLDKEIFLNYLDGINGYKIEPLIFKNQKENLENYRVKNIEKY
>CP014204.2|AQM60582.1|611272_611974_+|radical-SAM-protein
MRYLIKFTKEANIKFISHLDLMRTIQKVIRRSGLPVEYSKGFNPHMSLSLAQPLSVGVYSSGEYMDVVLSEERDPEEIINKLNECTASGIKFINAKGIEIIPNVKRLPQAMALIDAARYTIKIEYNDISKFEEELKAFLDKEEWVMLKKSKKGEKEVDIKPLVHELKYWTVDNEAVFNILISSGSREHLSPDLFVKAIKDNTTNYNEDTFVPIKREEMYLMREGTFVPLYQCV
>CP014204.2|AQM58988.1|609429_611289_+|B12-binding-domain-containing-radical-SAM-protein
MNKISDSILCKVEKPARYVGGELNQIIKDPKEVDIRFAFCFPDVYEVGMSHLGTRILYHTINNRQDTYCERVFAPWPDMEAEMRKNNVPLYALESKDSLKEFNILGFTLQYEMSYTNILNMLDMSGITLRASERGEDEPIVMAGGPCAYNPEPLYDIVDFFELGEGEEMMNDVLDVYKKYVGTKGKKKEFLREISKIRGIYVPSLYDVTYNEDGTIKEFIPKYDDVPKVVKKRIVADFDKVDFPIEDMIVPYTEVVHDRIVLETSRGCTNGCRFCQAGMIYRPVREKTRETLVEQARGLVKSTGYQEISLASLSICDYSDIKNLTQELMEEHEKNKVGIALPSIRIDAFSVDLIKEIQKVRKTGLTFAPEAGSQRMRDIINKGLTEERILEASRSAFESGWSTLKLYFMIGLPYERIEDCAGIGELANKIADEYYAVPKNVRNKGLRITVSTSILVPKAFTPFQWAPMERMEVVTEKIKAVKESIKSRSIVYNYHAQKTSYMEAVFARGDRKLCDVLIKAFEKGCKFDGWSEYFKFDAWQEALKECNVDGDFYTYRERSYDEILPWDFIDIGVNRDYLVRENEKAKNEELTQNCRKGCTGCGINVNFKEGECFKGAISN
>CP014204.2|AQM60721.1|619140_620037_+|RNA-pseudouridine-synthase
MSTLEKSVPLEYDGIKLRHYLKEGFELSSRFIKRVAVENRALVNGEAAMMNLRVKTGDKVTVLLDREEKQDIVPEKMDLDIVYEDEDILVVNKKPFMVVHPTKSHQSGTLANGVINYFRECGKNHIVRLVSRLDMNTSGLIVIAKSQYAHMTLQRSEMEKRYIAIVHGHLKEKEGTIDLPIYRPQPEDGFDSIKRVVDDRGQRSITHYKVLESFNGGDVVECLLETGRTHQIRVHLSHLGHPIYGDFIYGDGDNELHLIKRQALHAYGLNFISPRSGKELSLRADLPYDFKELIEKLK
>CP014204.2|AQM59616.1|620169_620397_+|hypothetical-protein
MNKLDIAIAMNMINLKCLIMVVFVCGLFTFIKGILKSLNLHAKAILINKCSNFIFIFGCTSISIMLIISFIMVFK
>CP014204.2|AWG43617.1|620474_620681_-|hypothetical-protein
MSVIQCYIFMLFILGTMYLIKKYMGDDILGKMSCIFLSIFGLIFAFYNLFILHFEFIHLMEKASNIIK
>CP014204.2|AQM60802.1|620875_622177_-|hypothetical-protein
MKKNLKLGIKILFSLFIFYNLIYTGANAATTNPPDINAKAAILIDANTGDILYSKNGEETHFPASTTKVLTALITLEHTNLNDVVTIGKNPPFAKGSSIGLKEGEKFTVETLLTGLLLESGNDCAEALAEHVGGSIENFAKMMNEKAKELGCTNSNFVNPSGLPDDNHVTTAHDLALIMQAALKNNDFIRISRLVSVELPASNLDGQKRWANNHNYLINPNSKYFYKYALAGKSGYTDVARHTFIISGEKDGQRLIAVFLKAEDKNKNYEDMAKLLDYGFNNFENIKLYSKGQEIDSIKINKDTNIPLLADEDIFATVKKDEANSIKPTINYDLPKNIGKMTINKGEELTKGNVVLNGHEIGKVNLVSGTSREYSTKVAVTEFLKSNSILVIGISILVLICILILIRIHIVKKRRKKLAFKKRWQHLKKNKRF
>CP014204.2|AQM61145.1|622309_622951_+|hypothetical-protein
MRVDKKGIGLILIALVIGAVAFTIYITNGRDTLKKNDTSTMFVDEGETEQEKSKDKDGKEEIPLKDKKIAVDIKGEVKKPGVYYVNDGSIILDLINEAGGTTNKANLDSINRAQKLKENECIVIPNVDDVNNDVMVSTKGLTNNSSKKEDDKVNINTADVNELNKLNGVGPSKANAIIKYREENGSFKSIEDIKNVSGFGEATFEKIKDSISI
>CP014204.2|AQM60258.1|623160_623865_+|hypothetical-protein
MVKKTIAVLIATTIVFSLAGCGSKKDDKKEQDTAKKVELNIDDQEQFKDLKGDWIRDFTYDDFNKETNELMGKVEETTKSLGLEYQKDEKVQDINGNTANVKSIYLDNKNPENNRLESMQFQSQFIGKAQEYGRIQMKLSLKFDGEGAIKDNNFNLGDTAIAKYAEIMTKVPNRDYKDINNKIMDIIKGEKSEGVVKDSINGLEEEFAVSKDYIVYTLSTKIYEFEKAPSEGIK
>CP014204.2|AQM59938.1|623883_624216_+|hypothetical-protein
MSKKDENTIKDLLNGEELEKEILEEELEEVDSNPSFFKKLFASLLDQAILIGVSALLLVIFDLIIGFIGYMVVEPTGIILIIFGILNVLYRPIFEGKNKRTLGKRILAIK
>CP014204.2|AQM61246.1|624260_625616_+|23S-rRNA-(uracil(1939)-C(5))-methyltransferase-RlmD
MRRGNEITVKIEKTEFPSVGISSFDGKKIYVKNAFPGETVKGRVKKKKADYADLKLIEVVEKAPYEIEAKCPHFGICGGCSSQHLSYDKQLELLSDEVLELFKNAEVTTGEYEGVVGSVDQFEYRNKMEFTFGDEYKGGELCLGMHMRNQSFGIITVNECKLVDEDFRKVINATVEYFRGKDLPYYRVMKREGYLRHLVIRKAKNTGELLVNLVTTTQVDFDLTEWTNIIKGLDFQGELVSILHTENNSFSDAVIPEKVNVLFGKDYIMEELLGLKFKISPFSFFQTNTKGAEELYSIVREFMGNSDNKVVFDLYCGTGTIGQIVAPKAKKVIGLELIEEAVEAAKENAKLNGLDNCTFIAGDVAETIKEVKDKPDIIILDPPRSGVSPKALEYVIKFDAKEIVYVSCNPKTLVDNLKDLMTHGYKIERTRVKDMFPNTPHGEVVVKLIKK
>CP014204.2|AQM61167.1|625849_628117_+|AAA-family-ATPase
MNLQELINDVGTFELKRDYFIKLNESKKWFREEFKLDDLDNMDIERYIVQKDNYPKTYDKTFVYELERGKRIGGGIGGGNASKSYIYMDSTGKYCIGAGKKKRYVDGIELDNEYKKLMSKIKKAIELAKEDKFDEIEELDIPIFKTMLLKILAIYIPDKFLDIYSKDKLVELGKIIGIKGNIDNVFELNAIITENLKEIPELKDFNNVELTEYLYSKIPDPNRKPVYWSLGHSYNGQDVLGMFKEKSKVCIGYVKENLENVIGDSKLLDEYLSSIGANDNEKRSLKKFSNIKTGDIILLKSSFTRGEKGKTTVYRVDAVAKVLEDVREGYDFDEELCHCINVEFLDYNPIEIEGINYLRPIEKVTNEKYLEMINKALNGEKTEENAEAVVEYIGSNGNGSLDESTKNFILYGPPGTGKTYNVINKAIEIIDKDFYSEISDSREKILNRYKQLVESGQIEFCTFHQSYGYEEFIEGLKSDGNGNFVTEDGVLKKIALRASYDALKRDLKRKLQGGAEANYEEKKKVVLDNINRENSFRDNKKYVLIIDEINRGNISKIFGELITLLEEDKRIGTTNHVTVSLPYTKEQFALPSNLYIIGTMNTSDKSIAQIDVALRRRFSFEEMMPSYEDLEEIDEIDVSKLLETINKRVEFLLDRDHLIGHAYFVRINTLDELIDTVTKKIIPLLQEYFYGDNEKVGMVLGGIDNKENNEYIVYKENIKSDDLFKGFRNISDLGTKESFVVNKEISKDMIRRVYE
>CP014204.2|AQM59254.1|628109_629369_+|hypothetical-protein
MSKKYLTLREGFDYLYIGAGENNLTEREFQSLSRYIEENLSSQLVVFGYRKLRFINYVGIIALDNLIIEILPKISLSREDSEDRRVLIFMLSKCRKLNIRAEEFMGSSTMNNTLIDIIGEIFYRELSKELQKGTYNEYVSVENSIGNIKGKLLVTKHSKVNMFNKNKAYCTYDEFTEDNYFNRILKRALDYLLRKVKNERLKSNLRILERSFEEVSDEFIDKHHFNRYKLNRRNERFKNSFELAKMILNGSMGDNSKGKEFGFTLLFEMNYLYEEYIGTVLKEITCEDEDILVSTQEKARYLLYNEKRNKEEISLKPDIVIYKGEIPKIIIDTKWKRGTWNGKENYSQGDVYQMYAYITSYKECEKCVLLYPKEEDGGDVLWSVKGYDSKDILMRSVDLSSYEKTKKSLTNIIKFKKSL

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	973058 : 987533	12	Only_Syngen_Nebraska_virus(11.11%)	NA	NA
DBSCAN-SWA_2	1014004 : 1025455	9	Cyanophage(25.0%)	NA	NA
DBSCAN-SWA_3	1466903 : 1480359	24	Clostridium_phage(50.0%)	NA	NA
DBSCAN-SWA_4	1484774 : 1504406	23	Clostridium_phage(27.27%)	capsid,portal,bacteriocin,terminase,tail	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP014204|973058:987533|DBSCAN-SWA
ACTAATCTTTTATAAAAAGTTTTACTATTTCATTTATAGCAAATGGAACAAGTGAGATTAAGAATACAAATTCAAAATCTCCAATATTAAGAGGATAAACTTTAAATACTGATGCTAAAAATGGAACTGAAATTATTATAATTTGTAGTGCAATTCCTAACAGTATTGAAAGTAATAAATATTTATTTTTAAATATACCAACTTTAAACACTGATTTTCTTAAACTTCTCATAGAAAGTGATAAGAAAAGCTGTGAAATACTAAGAACTACAAATGCCATAGTTTGAGCATGGATTAACGAGTCATTATAGTAATTAAGTCCAACTTGGAAGGCTATAAGAGTAACAGCACCAATAACTATTCCATTTAAAATTAAAATAAAAGTATTTTCTTTATTAAATATTTTTTCTTTTGGACTTCTAGGTGGATCATCCATAACACCTTTATCAGATGGATCAACTCCAAGGGAAAGTGCAGGGAAACTATCTGTTATTAAATTTACCCATAATATGTGTATTGGTAGTAGTGGAGCTGCCCAATTTAAAAGTATTGCAACAAATAAGGCAATTATTTCTCCAAAGTTACAAGATAGAAGGAAAGTAATAGCTTTCTTTATATTAGTATATATATTACGCCCTTCTTCTACAGCCCCCACAATTGTTGTAAAGTTATCATCGGTTAAAATCATATCAGCTGCACCTTTAGCAACATCAGTACCTGTTATACCCATAGCAACACCTATATCAGCACTTTTAAGGGAAGGAGCATCATTTACACCATCTCCAGTCATAGAGACAATATTATCATAAGATTTGAAGGCTTTAACAATTTTAACTTTATGCTCAGGAGAAACTCTAGCAAATATCCTATATTTATTTATATTTTTAGTAAGTTCCTCATCACTTAATTTATTTATCTCACTACCTTCAATACATTCATCAAAATTATCAGAAATGCCAAGTTCATGACCTATTGCATAGGCAGTATTTTTATGGTCGCCAGTTATCATAATTGTTCTTATACCAGCTTTTTTACAAAGAGCTATTGAATCTTTAACTTCTTCTCTTGGTGGATCTATCATACCCATAAGTCCAACAAATATAAGATCTTTTTCTATTTCATCTACAGCAATATCTTTAGAAGATAAATCTTTATAAGCCCCTCCAAGTACTCTTAGAGCATCATCAGACATACTATTTGCTTTAGATAATAATTCACTTTTTATTTCAGCTGTTAAAGGGACAACTTCTCCATTTAATAATATTGAATTACATACATTAAACAATGAATCAATAGCACCTTTTGTATGAACTCTATATCCATTTTCATACTCATTTAATGTACTCATAAGTTTTCTATCAGAATCAAAAGGTACTTCATTAACTCTACTATATTTTGAATTTAAATCATCTTTAAAAAGATTAAATCTTACTCCAACATCTAAAAGAGCAACTTCAGTTGGGTCACCAGTTGCACCTTTATCTGAAGAGGTTGCATCATTACAAAGAATCATAGTTTCAAATAAAATTTTAGAATTTAAATTAAGTTCTTTAACATCTGATACAGAATAAATACATTCATTATCATAAATTTTTCTAACTGTCATTTTATTAAGAGTTAGTGTACCTGTTTTATCTGAACATATTATATTTACTGAACCTAGGGTTTCAACAGCAGGTAGTTTTTTTACAATTGCATTTTGCTTAATCATTCTTTGAACGCCAAGTGCAAGAACTATAGCAACTATTGCAGGAAGTCCTTCTGGAATTGCAGCAACAGCTAAACTTATAGAAGTAAGTAACATTTCAAATAAGTCTCTTCCTTGTATTACACCAATTATAAGTATTAAAGCACATATTAATACAGCGGCAATACCAAGAGTTTTTCCAAGGGAAGATAACTTTTTTTGAAGTGGAGTTAAGTCTTCTTTTTCTTCATCTAACATTTTAGCTATCTTACCAATTTCAGTATTCATTGAAGTTCCAACACAGACACCTACTCCTCTTCCATAGGTTGCAAGGGTAGACATATAAGCCATATTTTTTCTATCACCTATAGGAACATCAGCATCTTCTATAATTATATTAGCATCTTTATCTGACGGGATAGATTCACCAGTAAATGCGGATTCTTCAATTTTTAAATTTGCAGTTTCTATTAACCTAAGATCACAAGGTATATATCTACCAGCATCTATTACGATAATATCACCAATTACTACATCTTCAGATGGGATTTCAATAATTTCTCCATCACGTTTTACAAGAGCTTTAGGAGTAGATAAACTTTTAAGAGCAGATAGAGCTTTCTCTGCTTTAGATTCCTGAACTACACCGATTATTGCATTAATAAATATAACTATTAAAATTATTATAGAATCACTAAATTCACCCATAATAGCAGAAATAATTGCAGCACCAATTAGTATATAAATCATTGCATCATTTATTTGGGCAAAGAATATACTAAGTAATGTTTTAGCTTTCTTTGTTAGTAATTTATTTGGTCCGTTCTTTTGAAGTCTATTATTTGCCTCGATTTTAGTAAGACCATTAATAGAATCAGAGGAAACTTCTTTTAATACGGTATCGATACTTTTGTTATACATAAATTAATCACCTCAATACAAAAATATTATAAAATTTAATATACCTACTAAAATATAGAGTAATCATAATGGTGCGATTAAATACATGGTAAATTTATAGAGATATATAAATTTTTTTGATATAATTTAATATAAAGAAAAAATTAGTAAGTCTATATACTATATACATTTTTTCAGTTTAATAACACAATAATATATGTAGAAATATAAGGAGGAGATATTATGAAAAAGAAAATAGCAAGTATTTTAATTGTTATGCTTTCAGTTTTCACATTAATCGGATGTGGAACAGAAAAGAAAGCAGAAGAACCTGCAAAAGAAATTAAAGTAATTGTTCCAGATGGATTACCTGCAATGTCTGCAGCTGAACTTATAAATAATAATAAAGAAATTGAAAAAGGAATAAAGGTAAACTATACAATAGAGAAGACGCCTGAAACACTTGTAACAGATGTTATGAAAGGTGATGCTGATATTGCAATAGTACCTTCAAATGTTGCTGCAACTCAATACAATAAAGGAGCAGGATATAAAATTGCCGCAACAACAGGTTGGGGATCATTTTATTTAGTATCAACTGAAAAGATAAATAATATAAAAGAATTAAAAGGAAAAGATATATATAACATAGGTAAAGGACTTACACCAGACATAGTTACAAGAGATGTATTAAATAAACTTGGATTAGATACTAACAAAGATGTAACATTTAGCTACTTAAATGGAGTAACAGAACTTGCACCTACTATTCTTTCAGGAAAAGCTAAGTTTGCAGTTATACCAGAACCAGCTTTAAGTCAAGTATTAGCTAAAAAACCAAATTTAAATATAGTTATGAACATAAATGATGAGTGGAAAAAATTAAATAAAACAGAATATGGATTCCCTCAAGCAACAGTAATAGTTAAAGAAGATTTAATTAAAAACAATAAAGAATTCGTAGATAAATTCTTAGATGAATTAAAGGAAAGTGTAAATTTTGCAGTAGATAATGAAGATAAGATAGGTGAAATCTGTAGCAAAATAGGAGTATCAGCAAATAAAGATATAATAGGAAAAGCTATGGAAAAAGCTAATTTAAAATATGTACCAATCAAGGATTCAAAGAACGAATATAATACTTACTTTAAAAAGTTATATGATTTTGATAAAAAATCAGTAGGAGGAAAGATTCCAAATGAAGGAATCTACATGGAATAATAAAATACAGATAATATTAGGAGGTATTTTATTATTAGTTATATGGCAACTTGTTGCATGTAAAATAAATAATGATATATATATTCCAAAGCTTCAAGAAGTGTATAATTCACTAGTTGAAATAGTAACAGGAAAAGATTTTGTAAAAACTGTACTAAGTAGTTTTTATAGAAGTTTAGTAAGTTTTTCTGTTGCACTTCTTTTAGCAACTATAATAGGGGTACTATCTAGTTTGTACCCCTTTATAAATAATCTTTTAAAACCTTTGAATTCTATAGGTAAAACAATTCCCACATTAGTATTAGTTGTATTAGCACTTATATGGTTTAATAAAAATAGTGCGCCATTTGTAGTTGGTACTGCAATAGTATTTCCTATTTTATATGATGGAATAGTAAATACTCTTACTAAAAAAGATAGAAAGATAGAAGAAATGCTAGAAATATATGAAGTACCAATTAAAAAGAGAATTAGTAAAGTATATATTCCAAATATAATATTTTATATATTAAAAGTATTAGTTCCAAGCTTATCATTAGCTTTTAAAGTTGTAATAGCTGGAGAAGTACATGGTCAACCTAAGTATGGAATAGGTACGGCAGTTCAATTAGAAAAAATGAATTTTAATACGCCAGGTATATTTGCATGGATAGTTATCATTGCAATAATATCAATATTATTTGAGTTATTAAATAGAATTTTAACTGGAAAGTATTATAGGTGGCAAGAAGATGTATAAATTAATTTTAAAAAATATAAATAAGAGTTTTGGAGATAAAAATATACTTAAAGATTTTAATTTAGAATTAGATAATTGCAAGATAAATTGTTTAATAGGAGAGTCTGGAAGAGGAAAAAGTACAATCTTGAATTTAATATCAGGACTTTTAAAACCAGATAGCGGAGAGATAATAGGTGCTAGTAAAGAAAAGGTAAGTTATATATTTCAAGAAGATAGATTATTACCATGGCTTACAGTATATGAAAATATTGAACTAGCATTATGTAAATATTATAGCAAAGATGAACTAAAAGAAAAAATAGATTATGTACTTAAGAAAGTTAATGGTGAGGAGTGGAAAGATATTTATCCAGGAAAGTTAAGTGGAGGTATGAGACAGAGAGTAAATATAGCAAGAGCACTTGGAAAGCCTTCAGATATAATACTTATGGATGAACCATTTAAATCTTTAGATTATAAAACAAAGTATTCTATAATGAAAGAATTTAAAAATATATTTTTAAATGACCATAGAATAGTAGTTTTTGTAACCCATGATGTAGATGAATGTATATATTTTAGGGGGAAGGTTATTGTAGTTTCAGGTACACCATTAAGTATCAAGGGAGTATTTAATGAGAACTTAGAAAAACACAAAGAAGAAATTATAAATTTATTGTAGGGAGGAGCACATGATTAAAAAATTTATTAACTATTATAAACCGTATAAGAAATTATTTTTCTTAGACATATTTGTAGCACTTATAGCAGCTGTATGTGATCTGGTTTATCCATATATGACTAAAGAACTTATAAATATTACTATTCCTAATAAAAATGTTAGGATGATAGTTATATTTGGAATAGTCTTGATTGGAATATTTATTGTAAAAGCTATATGTGGATACTTTATGCAATATTGGGGACATGTTGTTGGAGTTAGAATGCAAGGAGATATGAGAAGAGATTTATTTACTCATCTTCAAAAGCTTCCAAATAGCTATTTTGACAATAATAAAACTGGGGATATAATGTCTAGAATAGTTAATGATTTAAATGATATTTCAGAACTTGCACACCATGGACCTGAAGATTTATTTATCTCTTTAATAATGTTAATTGGATCATTTTTAATACTTGTAAATATTGATGTTACTTTAACACTTATAATATTTGCTTTTATTCCAATAATAGTTATATTTACTTTTATTCAAAGAAAGAGAATGCATAAAGCTTTTTTAAAGACTAGGGAAGAAACAGGTTTTGTAAATGCAACATTACAAAATAGTATTTCAGGAATTAAAGTTTCAAAAGCTTTTGTAACAGAAGAGTATGAAATAGAAAAGTTTGAAGTTGGAAATAGTAGATTTAAACTTGCAAGAGAAAAGGCTTATAAAGTTATGGCACAATATTTCTCAGGAGCTAATTTAGCAGTTGATATATTAAACTATGTTGCCTTAATTGCAGGTGGTATATTTACATTATATGATAAGATTTCTATAGGGGATTTTATGGCATATGTTTTATATATAAAGATGTTTACAGATCCAATAAAGAAACTTATAAACTTCATGGAACAATATCAAAATGGAATGAGTGGTTTCCATAGATTTATAAATACACTTTCAATAAAGCCTGAGGAAAACAATGAAAATAGTGTAGAACTAAAAGATATTAAAGGTACAATAGAATTTGAAGATGTACACTTTAGTTATGAAGATAAAAAAATATTAGAAGGAATATCACTTAAAATTGATTCAGGAAAGATGTTTGCTTTAGTTGGACCATCAGGTGGTGGAAAGACAACATTTTGTAATCTTATTCCAAGGTTTTATGACATAGAAAGCGGTGACATTAAAATTGATGGACAAAGTATCTATGATGTAAAATTAGAGTCACTTAGAAATAATATAGGGATGGTTCAACAAGATGTATTTTTATTTACAGGAACAATAAAAGAAAATATACTTTATGGTAATATGAATGCAACAGATGAAGAAGTTATAAATGCTTGTAAAATGGCAAATATTCATGACTTTATAATGGAACAAAAAGATGGATATGATACTTTCATTGGAGAAAGAGGAGTTAAGTTATCAGGTGGACAAAAACAAAGAATATCTATTGCAAGAGTATTCTTAAAAAATCCTAAGATATTAATATTAGATGAAGCAACATCAGCTTTAGATAATACTACAGAATATATGATACAAAAATCCTTAGAGAAACTTTGTAAAGGTAGAACTACTATTGTGGTAGCGCATAGATTATCAACAATAAGAAATGCAGATGAAATAGTTGTATTAACTGATAATGGAATTGAAGAAATAGGTAGTCATAAGGAACTTATGCAAAAAGGTGGAATTTACAAAAATTTATATGATTCATCAATGAAATTAAGCTAATTTAATAAGATTTTATATAAAAGGACAAAGAGTTAATTAACTCTTTGTCCTTTTTAAAATTTCATAAGAATAATAAAAGAATAATAGTTAAAAATAGTATTGACTATTAAGATAAAAAGTATTAGAATTAATAAAAAAGATAAAATACCCCTTAGGGGTATATTGAGAAGGAGGAGTTTATTATGCCAAGACATATCGGGGATAATAATTTTAATACAGAAGTTTTAGAAAATAAAGGAGTAGTACTAGTTGACTTTTTTGCAACTTGGTGTGGACCATGCAAGATGATTGCTCCAATTATAGATGAACTAGAAGCTGAAATGGGAGACGTTAAATTCGTAAAGGTTGACGTTGATGAAAGTCCAGAAGTAGCAACAAGATACGGAATACAAAGTATACCAACATTAAAAGTATTTAAAGATGGAGAAAATGTTGATACTGTTGTAGGTTTCTTACCAAAGGAGCAAATAAAAGCTTTAATAGAAAAGAATATGTAAGAGGATGATTCTATGAATGAAAGATATGATATTGCAATAGTAGGTAGCGGACCTGCTGGACTATCTGCAGCCCTTAATGCAAAGATTAGAAATAAATCCTTTATAATATTTGGAAGTGATAACTTTAGTGAGAAGTTAGAAAGAGCACCTAAAATCAATAATTATTTAGGTTTTTGTGGTGGTACAGGAAAAGATCTTTCAGATAATTTTAAAGAACACATAACTAAGATGGGAATAGAAATAACTAAAGAAAGAATAAACAATATTTATTCTATGGGAGATTATTTTGCGTTAATGGTCAACCAAAAGATGTATGAAGCAAGATCAGTTATTTTAGCAACAGGAATAGAATACACAAAACCATTAAAAGGTGAAGAGCAGTTTATTGGAAAAGGTGTAGGCTATTGTGCAACTTGTGATGCACCTCTTTATAAAGGTAAGAGAGTAACTATAATTAGTTATATGGAAGAGGGAGAAGAAGAAGCTAATTTTGTAAGCGAGCTTGCAGAAGAAGTATTCTATGTACCATTATATAAAGGTGAATATAAATTAAATGATAATATAAAAGTAATAGATGATAAGCCTTTAGAAATTGTGGGCGAAAACCACGTAGAAAAAGTAGTGTTTAAAGATAGTGAAATACAAACAGATGGAGTATTTTTACTTAAAAATGCCGTTCCACCTACTCAATTAGTACCAGGACTTGAAATTGAAGATGGACACATAAAGGTAGATAGACTTATGCAGACAAATATTAAAGGTTGTTTTGCAGCGGGAGACTGCGTAGGTAAGCCTTATCAGTATATAAAATCAGCTGGAGAAGGCAATATTGCAGCACTTAGTGCAACATCATATTTAGGATAAAAAAGTGTCAGAATTTCTGACACTTTTTTTGTTGACAAGGATATAATATACATTATAATATATTTTTAAACGTATAATTTAAAGGGGGGGAATTAAAATGAAAGATCATAGAGAAGTACTTATCTCAAAAATTAAAGAAGCTTCAAAAAAAGAATATACAAGAGAAAGTCTTTCATTATTAAATTTTGAAGAGCTTAAAAAGTTATCAGAAGAGCTTACTTCAAAATAAGAAAGGATTAATTTATGCTTGTAGAATATTTTATTTAAAGAGAGTAGCGTAATATTTATTATATTTGCTGCTCTTTTTAATTTATATAATAAAATCTTAGGAGGAATAAATGATAAAAATAATATTGGTAATATGCATTATTATATTAGTAAGCGTTATTATATTAGTAGAATATACATATAAAAATGCTATTATGGCAGAGAGAAAAACAGAAGAGATAGCAATAGAAGTATTAAAAAATAGAAATTTATATAATAGTGAACTAGAGAATCTTTTAGAAAAATCTAATTATGAAGAAATAGAATGCTTATCAAAAGAAGGATATAAACTTAAAGGATATTACTATGAGAAATATAAAAATGTTGATAAAGGTGTTATATTAGTTCATGGATATACAGCAAATCATATAATACATAGCCCTTTTGTAAAACTGTTTTTAGATGAGGGATTTAATGTTCTTTTAATAGATATGAGAAGTCATGGAAATAGCGAAGGGAAATATGTAAGTTATGGGATGCACGAAAAGGAAGACTTAAATATATGGCATGAAATATTAAAGTCAAAACTTAAAGAAGGAGCATTTATAGGTCTCCATGGACAATCAATGGGAGCGGCAACTTGTCTTATGTATGGAGCATATAAAGAAAATGTAGATTTTATAGTTGCAGATTGTGGTTATTCAGATGGAAAAGAACTTATGAAATATCAAATACATGAGAAATCTAAAGCACCATTTAATATAATTTATTATTTACTAAATAAGAAGTTAAAAAGAAAATGTAACTTTAGCTTTGATGAAATATCACCAATTAAAGATATAAAAGATTTAAATATACCAATATTTTTTGTTCATGGAACACTGGATACAAAAGTTCCATTTAGAATGAGTAGAGAAATGTATGATAGTAGAAAGAAAAATTTTGATAAATTTCTTGAAGTTAAAGATGCAGAGCATATGGTTTGTTTTGCAAAAGAAACAGATAGCTATAAAACTATGTTACATAACTTTTTAGAAGAAGCAGAAGATTTAAAAAAGCATTAAGGAAATATTTCCTTAATGCTTTTAATATACTAATTATTTTCTTTTAGTAGCTACTTCAACGTTAACTCTTCTACCGTTAAGCTTAATCCCTGAACATTTAGCTATAACTTTTTCAGTTATATCAGGTTCAACTGAAACGAATGAGAAGTTTTCAAGTATATCAATCTTATTGATTTTTGATCCCTTAACTCTAGCTTTTTCAGTAATGAATTGAACAAATTTCTTTGGTGATAATTTTTCTCTCTTACCGATTGAGAAGAATAATCTAACGTCTTCTGATTTAGGTGTACCTAATGCATTTTCTTTGTAATCAAATGACATTTCATTATCAAATTGCATTTTTAAAAGTGCAGCTAAAGCATCAGCAGCTTCGAAATTGTCTAATATTTCTTCAGCAAGTGGTAAATACTTCTTGTAAGCTTTCTTTTGTAGAACGCCTTCTATACTTGAGTATTTATCTTTAAGCTTCTTATCTAATATTTCATTAACTGTAGGTAATTGAGCTTTTTCTATATCACCTTTAGTAACTCTTTTAATTTCTCTCATCATAGAATTTTCTCTTGGAGTAACAAATGAGTAAGCAGTACCTTCTCTGTTAGCTCTACCAGTTCTTCCTATTCTATGAACATAGCTTTCAACATCTTGAGTTAAATCGTAGTTTATAACGTGAGTAACACCATCAACGTCAATTCCTCTAGCAGCAACATCTGTAGCAACTAAGAAGTTTAATGAACCATCTTTAAATCTCTTTAAAGTTTTCATTCTGTGTTGTTGTGACATATCTCCGTGCATTCCTTCAACAACATAGTTTCTGCTTTGCATTTGTTCTACTAGTTCGTCAACACCTTTTTTAGTCTTACAGAAGACTATAGCTATTTCAGGAGTATCAAAATCTAAAACTCTACATAATGCTTCAAATTTATTTCTGTGATTAACTTCAAAGTATTTTTGTTTAATTTTTGAAACAGTCATAGCAACCTTTTTAATTTCTATGTGCTTAAGATCTGGTTTCATATATTTTTTTGCTAATTTTTTAATTTGAGGTGGCATTGTTGCAGAGAATAAAAGAGTTTGACGAGTTTCAGGAAGTTCATTTATTACGCTTTCTATATCATCAATGAATCCCATATTAAGCATTTCGTCTGCTTCGTCTAGTACTAGATAATTAGCATGATCTAATATAAGTTTTTTTCTTCTAATTAAGTCAAGAACTCTTCCTGGAGTACCAACAACTATATCGACATGGTTGTTTAAAGCTTTTATTTGTTTTGTTATTGAGTCTCCACCGTATACTGGAAGAACAGAAATCTTTTCGTATTTAGTAAGTTTCTTAAATTCCTCATAAACTTGGATTGCAAGCTCTCTAGTTGGTGTAAGTATTAATGCTCCAACGTGTTTTGATTTTTCAAATGTATTAAGAATAGAACAACCAAAAGCAGCAGTTTTTCCAGTTCCTGTTTGTGCTTGCCCTATAATATCATATCCTTCAGTAGCTAGTGGAATACTTTCTGCTTGTATAGCAGAAGGCTCTTCATATCCTAAATCAGTTATTGCTTTTAAGATATTTTCTCTTAAGTTTAAATTTTCAAATTTTATATTATTCATTCAAATTTCCCTTCATGTTTATATTTGTACCGTACAATCTATAATAATTTTTATCAACTTATTAAGTATATAGTATATTGAGGGTAATTGTAAAGGCACATTCACACATTTAATCAAGTAATCTATTACATTAAAAGTAATATTTAAGAAAAAGAATTTTTTATGTAAAATTAAAGAGAGTATTGACTAAAAATGAAATAATTTGTATCCTTAATATTAAGCAATTTTTAATTGACATACTTAGAATATACAAAAGGATAGGTGAGATATGGTGATAGTAGTCGGTGGTATGATAGGACTTGGTAAAAGTTCAGTTGCCAAAATATTAGGGGAATATTTAAATTCAGATGTATTTTATGAGAGTGTTGATGATAATCCAATACTTCCTTTATTCTATAGTGAATCAGAAGAAGAGATAAATAAAAAGAGATATCCATTTTTATTACAACTATATTTCCTAAATACTAGATTTAAAAGCATAAAAGAAGCATTAGTTAATGATAATAATGTTTTAGATAGATCAATTTATGAAGATTGGTATTTTGCAAAGAAGAATATGGAACTTGGAAGAATATCAGATCTTGAAATGTCTATATATGAAAATCTTTTAAATAATATGATGGAGGAACTTGAGGAATTACCTAAGAAGTCTCCAGATGTTATGGTTTATTTAAAAGGTTCTTTTGAAACAGTTTTAAATAGGATAAAACTTAGAGGAAGAGACTTTGAAGTTGATGATGATTTAAAAGATTATTATGAATTCCTATGGAAAGATTATGATGATTGGGTACAAAATCATTATAAAGCATCAGAAGTATTGATAATAGATATGGACAAGATGGATGTTGTAAACAATAAAGAAGATGAAAAAGAATTAGTTAGACTAGTTAAAGAAAAGCTTGAAGAAGTAAGAGGAATAAAATAAAAATAATTAATATATGGTATAATAATATATAATTATTTTGTAAAGGAAGATGTATAATATGGGGTTATTTGGTGGAATATTAGGAAATGCTTCAGAAATCTCAAGAGATTCTGTTGTTAAAGATTTTGGAAAGTTACTTTGGAATGGTGAAGAGGTATTAAAAGCATACAAGCTTATAAGAGATACAATGATCTTCACTGATAAAAGGCTTATAATGATAGATGTTCAAGGTGCTACAGGAAAGAAAACTGAATATCACAGTATACCTTATAAAAGTATAACTCATTTTTCAATAGAGTCAGCAGGACATTTTGATTTAGATTCAGAATTAAAGATATGGATTTCAAGTACAGCAGAACCAATACAAAAGCAATTTACTAAAGGTGTAGATATATATGAAATACAGTCTATATTAGCACAATTAGTTTGTAGATAAGAAAAGATGGTGATAAGTTATCACCATCTTTTTATTTTATCTAAAAGAATTTACTGATGCATCAGATGGCATTCTAAAGTCTCCACGTGGACTTAAAGAAATTGATCCAACCTTTGGTCCATCAGGAAGAGCACTTCTCTTAAATTGTTGAGAGAAGAATCTCCATAAGAATTTATCAAGCCATTTTTCAATTATTTCTTCTGAATATTCATCTTTAAATGCTTTTTTAGCTAAGAATAAAATTCTTTCCTTAGAAGAACCATGTTTAATAAAATGATATAAGAAGAAATCATGTAATTCATAAGGGCCTACGATATCTTCAGTCTTTTGAGCTATTTCCCCCGTCTTTTCATCCTTTGGTAGAAGCTCAGGACTTACTGGAGTATCTAATATATCAAGTAGAGTTAATTTAGCAGCTTCTGATGATTCATTTTCTGCAACGTAATTAACTAAATATCTAACTAAAGTCTTAGGAATTGATGGGTTTACTGAGTACATTGACATATGGTCACCATTATATGTACACCAACCAAGTGCAAGTTCTGATAAATCTCCAGTACCAATTAGTAAGCCACCTTCTTTATTTGCAATGTCCATAAGAATTTGAGTTCTTTCTCTTGCTTGAACATTTTCGTAAGTAACATCATGAATATCTTTATCGTGACCTATATCTTCAAAGTGTTGAAGAGCTGCCTTTACTATATTTATTTCTCTTAAATCGCAATTTAACTCTTTGCAAAGAGTTAATGCGTTATTGTAAGTTCTATCTGTAGTTCCAAACCCAGGCATAGTTATAGTGATAATATTTTTATTATCTATATTTAGAAGCTTAAATGTTTTTACTATAACAAGTAATGCAAGAGTTGAATCTAAGCCACCAGATATTCCAATAACAGCTTTTTTAAGACCAACATGTTCAAGTCTTTTTGCAAGTGCTGCAGCTTGAATATTAAATATTTCTTTGCATCTTATAGTCATTTCTTCTTTTCTTGAAGGAACAAAAGGATGATTATCAACATATCTATCAAAATGATCTAATGTTAATGAATCATAATTAAATTCTATAAATTTAGCTTTAAATGGAGAAAGTCTTGAAGAATCTCTAAAGCTTAAATTTTTCATTCTTTCAGAATTTAATCTAAATACATCTATATCAGCATATATAACTTCATTCTCTCTTTGGAATCTTTCATTTTCTTTAAGCATTGTTCCATTTTCGCTTATTAATAAATGTCCACTAAAAAGTAAATCAGTACTTGATTCATGTACTCCAGCAGAAGAATAAACATAAGCACATAATGAACGTGCACTTTGGCTTGAAACTAAGCTTCTTCTATAATCAGCTTTAGACACTAATTCATTTGAAGCTGAAAGATTAAATATAATATTTGCTCCTTCAAGCGCTAAATATGAACTAGGTGGAATTGTTACCCAAAGATCTTCACATATTTCACATCCAAAAGAGAAATCATCACATTTAAATATTAAATTAGTTCCAAATGGAATATCTTTTTGGAATGGAAGATCAACTTTTTCATCAACTATAGCTGCACCTTCAGTGAACCATCTTTTTTCATAGAATTCACTATAATTTGGAATATATGATTTAGGAACTATTCCAAGTATTTTACCTTTAAATAAAACAAATGAGCAATTATAAAGGCTACATCCCTTTAAAAGAGGTGCTCCAACCATTATAAGCATATCAATATTAGATGTTTCTACAGCAATTGATACTATACCTTTTAGTGCATCATCAAGTAATCTACTTTGAAGAAATAAATCTCCACAAGTATATGAAGTTACACAAAGTTCAGGAAAGGCAATTGCTTTAGCTCCTTTACTCTCAGCATCATCTATACATTTTAAGATTTCTCCTACATTATATTTAACATCTGCTACCTTGGTTTTAGGACAGGCTGATGCTATCTTTATAAAATCCAT

Protein sequences of DBSCAN-SWA_1

>CP014204|973058:987533|976842_977604_+|AQM59942.1|DBSCAN-SWA
MKESTWNNKIQIILGGILLLVIWQLVACKINNDIYIPKLQEVYNSLVEIVTGKDFVKTVLSSFYRSLVSFSVALLLATIIGVLSSLYPFINNLLKPLNSIGKTIPTLVLVVLALIWFNKNSAPFVVGTAIVFPILYDGIVNTLTKKDRKIEEMLEIYEVPIKKRISKVYIPNIIFYILKVLVPSLSLAFKVVIAGEVHGQPKYGIGTAVQLEKMNFNTPGIFAWIVIIAIISILFELLNRILTGKYYRWQEDV
>CP014204|973058:987533|980500_981352_+|AQM59755.1|DBSCAN-SWA
MNERYDIAIVGSGPAGLSAALNAKIRNKSFIIFGSDNFSEKLERAPKINNYLGFCGGTGKDLSDNFKEHITKMGIEITKERINNIYSMGDYFALMVNQKMYEARSVILATGIEYTKPLKGEEQFIGKGVGYCATCDAPLYKGKRVTIISYMEEGEEEANFVSELAEEVFYVPLYKGEYKLNDNIKVIDDKPLEIVGENHVEKVVFKDSEIQTDGVFLLKNAVPPTQLVPGLEIEDGHIKVDRLMQTNIKGCFAAGDCVGKPYQYIKSAGEGNIAALSATSYLG
>CP014204|973058:987533|975887_976865_+|AQM59702.1|DBSCAN-SWA
MKKKIASILIVMLSVFTLIGCGTEKKAEEPAKEIKVIVPDGLPAMSAAELINNNKEIEKGIKVNYTIEKTPETLVTDVMKGDADIAIVPSNVAATQYNKGAGYKIAATTGWGSFYLVSTEKINNIKELKGKDIYNIGKGLTPDIVTRDVLNKLGLDTNKDVTFSYLNGVTELAPTILSGKAKFAVIPEPALSQVLAKKPNLNIVMNINDEWKKLNKTEYGFPQATVIVKEDLIKNNKEFVDKFLDELKESVNFAVDNEDKIGEICSKIGVSANKDIIGKAMEKANLKYVPIKDSKNEYNTYFKKLYDFDKKSVGGKIPNEGIYME
>CP014204|973058:987533|985625_987533_-|AQM60583.1|DBSCAN-SWA
MDFIKIASACPKTKVADVKYNVGEILKCIDDAESKGAKAIAFPELCVTSYTCGDLFLQSRLLDDALKGIVSIAVETSNIDMLIMVGAPLLKGCSLYNCSFVLFKGKILGIVPKSYIPNYSEFYEKRWFTEGAAIVDEKVDLPFQKDIPFGTNLIFKCDDFSFGCEICEDLWVTIPPSSYLALEGANIIFNLSASNELVSKADYRRSLVSSQSARSLCAYVYSSAGVHESSTDLLFSGHLLISENGTMLKENERFQRENEVIYADIDVFRLNSERMKNLSFRDSSRLSPFKAKFIEFNYDSLTLDHFDRYVDNHPFVPSRKEEMTIRCKEIFNIQAAALAKRLEHVGLKKAVIGISGGLDSTLALLVIVKTFKLLNIDNKNIITITMPGFGTTDRTYNNALTLCKELNCDLREINIVKAALQHFEDIGHDKDIHDVTYENVQARERTQILMDIANKEGGLLIGTGDLSELALGWCTYNGDHMSMYSVNPSIPKTLVRYLVNYVAENESSEAAKLTLLDILDTPVSPELLPKDEKTGEIAQKTEDIVGPYELHDFFLYHFIKHGSSKERILFLAKKAFKDEYSEEIIEKWLDKFLWRFFSQQFKRSALPDGPKVGSISLSPRGDFRMPSDASVNSFR
>CP014204|973058:987533|982656_984228_-|AQM58927.1|DBSCAN-SWA
MNNIKFENLNLRENILKAITDLGYEEPSAIQAESIPLATEGYDIIGQAQTGTGKTAAFGCSILNTFEKSKHVGALILTPTRELAIQVYEEFKKLTKYEKISVLPVYGGDSITKQIKALNNHVDIVVGTPGRVLDLIRRKKLILDHANYLVLDEADEMLNMGFIDDIESVINELPETRQTLLFSATMPPQIKKLAKKYMKPDLKHIEIKKVAMTVSKIKQKYFEVNHRNKFEALCRVLDFDTPEIAIVFCKTKKGVDELVEQMQSRNYVVEGMHGDMSQQHRMKTLKRFKDGSLNFLVATDVAARGIDVDGVTHVINYDLTQDVESYVHRIGRTGRANREGTAYSFVTPRENSMMREIKRVTKGDIEKAQLPTVNEILDKKLKDKYSSIEGVLQKKAYKKYLPLAEEILDNFEAADALAALLKMQFDNEMSFDYKENALGTPKSEDVRLFFSIGKREKLSPKKFVQFITEKARVKGSKINKIDILENFSFVSVEPDITEKVIAKCSGIKLNGRRVNVEVATKRK
>CP014204|973058:987533|980173_980488_+|AQM59806.1|DBSCAN-SWA
MPRHIGDNNFNTEVLENKGVVLVDFFATWCGPCKMIAPIIDELEAEMGDVKFVKVDVDESPEVATRYGIQSIPTLKVFKDGENVDTVVGFLPKEQIKALIEKNM
>CP014204|973058:987533|978278_979991_+|AQM59369.1|DBSCAN-SWA
MIKKFINYYKPYKKLFFLDIFVALIAAVCDLVYPYMTKELINITIPNKNVRMIVIFGIVLIGIFIVKAICGYFMQYWGHVVGVRMQGDMRRDLFTHLQKLPNSYFDNNKTGDIMSRIVNDLNDISELAHHGPEDLFISLIMLIGSFLILVNIDVTLTLIIFAFIPIIVIFTFIQRKRMHKAFLKTREETGFVNATLQNSISGIKVSKAFVTEEYEIEKFEVGNSRFKLAREKAYKVMAQYFSGANLAVDILNYVALIAGGIFTLYDKISIGDFMAYVLYIKMFTDPIKKLINFMEQYQNGMSGFHRFINTLSIKPEENNENSVELKDIKGTIEFEDVHFSYEDKKILEGISLKIDSGKMFALVGPSGGGKTTFCNLIPRFYDIESGDIKIDGQSIYDVKLESLRNNIGMVQQDVFLFTGTIKENILYGNMNATDEEVINACKMANIHDFIMEQKDGYDTFIGERGVKLSGGQKQRISIARVFLKNPKILILDEATSALDNTTEYMIQKSLEKLCKGRTTIVVAHRLSTIRNADEIVVLTDNGIEEIGSHKELMQKGGIYKNLYDSSMKLS
>CP014204|973058:987533|985211_985589_+|AQM60233.1|DBSCAN-SWA
MGLFGGILGNASEISRDSVVKDFGKLLWNGEEVLKAYKLIRDTMIFTDKRLIMIDVQGATGKKTEYHSIPYKSITHFSIESAGHFDLDSELKIWISSTAEPIQKQFTKGVDIYEIQSILAQLVCR
>CP014204|973058:987533|981879_982623_+|AQM60113.2|DBSCAN-SWA
MECLSKEGYKLKGYYYEKYKNVDKGVILVHGYTANHIIHSPFVKLFLDEGFNVLLIDMRSHGNSEGKYVSYGMHEKEDLNIWHEILKSKLKEGAFIGLHGQSMGAATCLMYGAYKENVDFIVADCGYSDGKELMKYQIHEKSKAPFNIIYYLLNKKLKRKCNFSFDEISPIKDIKDLNIPIFFVHGTLDTKVPFRMSREMYDSRKKNFDKFLEVKDAEHMVCFAKETDSYKTMLHNFLEEAEDLKKH
>CP014204|973058:987533|973058_975665_-|AQM59178.1|DBSCAN-SWA
MYNKSIDTVLKEVSSDSINGLTKIEANNRLQKNGPNKLLTKKAKTLLSIFFAQINDAMIYILIGAAIISAIMGEFSDSIIILIVIFINAIIGVVQESKAEKALSALKSLSTPKALVKRDGEIIEIPSEDVVIGDIIVIDAGRYIPCDLRLIETANLKIEESAFTGESIPSDKDANIIIEDADVPIGDRKNMAYMSTLATYGRGVGVCVGTSMNTEIGKIAKMLDEEKEDLTPLQKKLSSLGKTLGIAAVLICALILIIGVIQGRDLFEMLLTSISLAVAAIPEGLPAIVAIVLALGVQRMIKQNAIVKKLPAVETLGSVNIICSDKTGTLTLNKMTVRKIYDNECIYSVSDVKELNLNSKILFETMILCNDATSSDKGATGDPTEVALLDVGVRFNLFKDDLNSKYSRVNEVPFDSDRKLMSTLNEYENGYRVHTKGAIDSLFNVCNSILLNGEVVPLTAEIKSELLSKANSMSDDALRVLGGAYKDLSSKDIAVDEIEKDLIFVGLMGMIDPPREEVKDSIALCKKAGIRTIMITGDHKNTAYAIGHELGISDNFDECIEGSEINKLSDEELTKNINKYRIFARVSPEHKVKIVKAFKSYDNIVSMTGDGVNDAPSLKSADIGVAMGITGTDVAKGAADMILTDDNFTTIVGAVEEGRNIYTNIKKAITFLLSCNFGEIIALFVAILLNWAAPLLPIHILWVNLITDSFPALSLGVDPSDKGVMDDPPRSPKEKIFNKENTFILILNGIVIGAVTLIAFQVGLNYYNDSLIHAQTMAFVVLSISQLFLSLSMRSLRKSVFKVGIFKNKYLLLSILLGIALQIIIISVPFLASVFKVYPLNIGDFEFVFLISLVPFAINEIVKLFIKD
>CP014204|973058:987533|977596_978268_+|AQM58744.1|DBSCAN-SWA
MYKLILKNINKSFGDKNILKDFNLELDNCKINCLIGESGRGKSTILNLISGLLKPDSGEIIGASKEKVSYIFQEDRLLPWLTVYENIELALCKYYSKDELKEKIDYVLKKVNGEEWKDIYPGKLSGGMRQRVNIARALGKPSDIILMDEPFKSLDYKTKYSIMKEFKNIFLNDHRIVVFVTHDVDECIYFRGKVIVVSGTPLSIKGVFNENLEKHKEEIINLL
>CP014204|973058:987533|984496_985153_+|AQM60014.2|DBSCAN-SWA
MVIVVGGMIGLGKSSVAKILGEYLNSDVFYESVDDNPILPLFYSESEEEINKKRYPFLLQLYFLNTRFKSIKEALVNDNNVLDRSIYEDWYFAKKNMELGRISDLEMSIYENLLNNMMEELEELPKKSPDVMVYLKGSFETVLNRIKLRGRDFEVDDDLKDYYEFLWKDYDDWVQNHYKASEVLIIDMDKMDVVNNKEDEKELVRLVKEKLEEVRGIK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AQM59178.1|973058_975665_-	ATPase	A0A1J0FA34	Only_Syngen_Nebraska_virus	8.1e-84	29.5
AQM59702.1|975887_976865_+	ABC transporter substrate-binding protein	NA	NA	NA	NA
AQM59942.1|976842_977604_+	ABC transporter permease	NA	NA	NA	NA
AQM58744.1|977596_978268_+	ABC transporter	G3M9Y6	Bacillus_virus	6.6e-22	34.6
AQM59369.1|978278_979991_+	thiamine ABC transporter permease	W8CYL7	Bacillus_phage	6.3e-61	32.3
AQM59806.1|980173_980488_+	thiol reductase thioredoxin	A0A1J0GW78	Streptomyces_phage	2.1e-18	44.9
AQM59755.1|980500_981352_+	thioredoxin reductase	A0A249XZT7	Enterococcus_phage	1.7e-22	28.5
AQM60113.2|981879_982623_+	hypothetical protein	NA	NA	NA	NA
AQM58927.1|982656_984228_-	DEAD/DEAH box helicase	Q5GF26	Diachasmimorpha_longicaudata_entomopoxvirus	1.5e-61	38.4
AQM60014.2|984496_985153_+	deoxynucleoside kinase	C1KFI3	Lactobacillus_virus	1.9e-42	46.6
AQM60233.1|985211_985589_+	cytoplasmic protein	A5GYQ0	Lactococcus_phage	1.9e-18	43.0
AQM60583.1|985625_987533_-	NAD(+) synthase	A0A2L0UZF5	Agrobacterium_phage	5.8e-15	26.5

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>CP014204|1014004:1025455|DBSCAN-SWA
ATTAACAACAACCTATTAAATCCCCACCAAAGCATTCACAAAGTGAATCTAAACACCAAAGGTTAAGACAACAGTTACAAGCATCTGCATTTCCACCTTGTGTAGTTCTATATGGATTTCCATAACTAGTTGCTCTTGAATTTAATTGGTTAAGTGCCTGTCTGTATTCAAAATTATTTGGGTCCATATTAACAGCTGTTTGAAGATGATTAAGTCCTGAGTCAAACCATCCTTTATTAACATGACAAATACCCATTAAGAAATTCCATTCAGCATTTCTATTTGAGATACTATTAAGCTTAATTTCAGCTGCATTAATATTTCTTGTTTGAAGAAGTCTTCTAACTTCTTGGAAAACAATTTGATCATTTTGACTGCTATTTGTATTATATCCGCTAGTATTACTATTAGAGTAGCTTGAATTTCCTGCATTTCCTTTAGTTAATGTATCATAAGCTGCATTAATTTCAGCAAGTTTTTCTTGTGCTAATTCTTTAAGTGGATTATCACCATATTGATCAGGGTGATATTTTTTTACAAGCTTTCTATAAGCGCTTTTAATTTCTTCTTGAGATGCGCCTTCTTTTATACCAAGTACTTCATATGGATTCATTTTTAAGTTTCCTACCTTTCTCTTTACAATTACAATTGGTTGTCACCTTTACGTATTTATCCATCATTCCAAGATTAATTATATTTTCAAGTATTTCTTTATTTCTCTCTAATGGGAGTTCATTTAGTATTTCCTTACAGGTATATGCTAAGTTGAATATACTAAATTCTAATCTTCCCTTAATTTCTTTTAATAATTCTTCATATGGAATGTTATCTTTATTATAAAGATAATTTATTGGATTAAATTTATTTTTTTCTATATCCTCTTTTAAATCGTCTAATGCATCCATTAGATATATCCATTTACCAAGAGAATAACCAAATTTATATAAGTTTTCTCTAAGAATTTCTGAATCTTCCTTAAATTCATTAGGATATTCTTTTAAAATAGATCCAACAATTACACTGAATGGATCACATATTTCATCTATAAATTTAAAATTTTTATTCTTTTCTAAATTACTAAGCTCTTTAAGTTTTTCTTCAATTAAGGAATTTATTTTAGTTACTGAAGAGGGGAATTTCTTTTTATAATGTTTAATAACATTTAGAAGAAATTTGCTCTTTAATGAATTATCGTCATAAACATCATCAAGAAGTTTATAATATGTAAGGGATACATTCATAGTTGCAGCATAATTTATTGCCTTATTATTAAGAAGAATAGGCTTCTTTTTATTAGGATGAGCCATACATCTTTTAAGCTTTAGATTAAGTTCTTCATTAGAGGATAAACCATCTAATAATAATGCTAGAAAAGTCATATCATAATTTAAAGTCATCCTTGGAAGCTCGCCATAAAGATTTTTAATCCCAAGACAAACACCACAATAATAACTTTGAAATTGATTATATTCTCTAATCTTTAGTTCAGGTTTTAGAGGAGTTACATAACCAAACAATAAAAAACACTCCTTTAAACTTTTAGTATAAAGACATTATACAATAACTTTACTATTTAAAACAGTAGTATATGTATAAATTACAAAACTTTACATAAAATAATAGTGACCTTTCAAAGTAAGGGTTGCGTAGGTTTGAGCTTGCTGGCATAATTTTGCCAGCTTTTTTTATTTTAACTGGAAAAAATAAAACTATTATTATATAGTGAATATATTCATAAAATGCATAAATACATAATATATAAATAAAATATATAATTATTATTCGTATATATACGAATAATAAGATAAATTAAATTAATAATGTTGACTTTTTGGGTCTGTGGTGCTATTCTGAAATTACCAAAACAAATAATGGAAATTAGGGAATCTAAATCAGTGGAGGGGAAAGAATGGTTAATATTAAAATGGTATTCGTTGAGAAGAAAGAAGGCTTTAATATTGAGGGGAAGATTTTACTTGAGGATTTTAGAACTAATTTAAGAATAGATTCATTAGAGGAAGTTAGAGTATTAAACAAATATCTTATTTCAGATATCTCAGATGAATATTATAATAAAGCGCTACATACTATTTTCTCAGAACTACCAGTAGATAAAGTATATGAAGAGAAGATTGATATAGATAAAGATGACATTGCTTTTGGAGTAGAGTTTTTACCAGGACAGTATGATCAAAGAGCTGATTCAGCATCAGAGTGCATAATGTTATTAACAGCGGATAAAAAATTAGATGTTAAATGGTCAAAAATAATTGTCTTAAAAGGAAACCTTTCAGAAGAAGAAGTTCAAAAAATAAAGAAATATTATATAAATCCTGTAGATTCAAGAGAAGTAGATATTTATTCTAAAAAGATATCTAATGAATTTAGCATACCTAATGATGTAGAAGTGTTACATGGTTTTATTGACAAGAATGAAGAGGAGATTAAAAACTTCCATAAAGAATTAGGACTAGCTATGAGTATTGAAGACTTAACTATGATAAGAGATTACTTCAAGCTAGAAGAAAAGAGAAATCCTACAATAACTGAAATAAAGGTTATTGATACTTACTGGTCAGATCACTGTAGACATACTACATTTGAAACATCCATAAAAGAAGTAGAAATAGAAGAAAATAAATATAACGTTCCAGTAAAGAAAGCTTATGAAGCTTATTTAAAATCAAGAGAATTTGTGTACGGAAAAAATACAGATAGAAAAGTTAAATTAATGGATCTTGCAGTTATTACTATGAAGGAATTAAGAAAAAGAGGTCTTTTAGATGATTTAGATATTTCTGATGAAATAAATGCATGTTCAATAAATATAAACGTTGAAATGGAGGACGGAAAAGTTGAAGAATACCTACTAATGTTTAAAAATGAAACTCATAACCATCCAACAGAAATAGAACCATTTGGTGGAGCAGCAACATGTTTAGGCGGAGCAATAAGAGATCCACTTTCAGGAAGAACTTATGTATATCAAGCTATGAGAGTTACAGGAGCTTCAGATCCAACAGTTGAAATTGAAGAAACATTAAAAGGTAAATTACCACAAAGAACTATTACATTAGGGGCAGCACATGGATATAGTTCTTATGGAAATCAAATTGGACTTGCAACAGGTCAAGTTGATGAAGTATATCATCCAAATTATGTAGCTAAGAGAATGGAAGTTGGAGCAGTAATTGCAGCAGCACCAAAAGAAAATGTAGTTAGAGAAGAGCCAAGTCTTGGGGATGTAGTAATTTTACTTGGTGGAAGAACAGGAAGAGATGGTGTTGGTGGAGCAACAGGTTCATCAAAAGAGCATACAGAAGAATCAATAGAAAACTGTGGGGCAGAGGTGCAAAAAGGGAATGCACCAACAGAGAGAAAGATTCAAAGACTTTTTAGAAAAAAAGAAGTAGCAATAATGATAAAAAGATGTAATGACTTTGGAGCTGGTGGAGTATCAGTTGCAATTGGTGAGTTATGTAGGGGGCTTAATATAGATTTAGATAAAGTTACTAAAAAGTATGATGGACTTGATGGAACAGAACTTGCAGTATCAGAATCTCAAGAGAGAATGGCTGTAGTAGTTACTAAGGAAAATGCAGAAAAGTTCATTGAATTTGCAAAGAAAGAAAATTTAGAAGCTACAGTTGTTGCAAATGTTACTGATGACGAAAGACTTACTATGACTTGGAGAGGAAAAACAATTGTTGACTTAAAGAGAAGTTTCTTAGATACAAATGGGGCGGAACAAGAAACTAGAGTAAAGGTAACAGCACCAACAGAATATCCATACGAAATTAAAGATATTGATGTTAAAAAAGAATGGATAGATAATCTTAAAAAATTAAATGTTTGTAGTAAAAAAGGTTTAATAGAAAGATTTGATTCAACTATTGGATGTAATACAGTTCTTATGCCACTTGGAGGAAAGTATCAAAAAACTCCAGCTGAAGGTATGGCAGCAAAGATTCCAGTACAAGGTAATGAAAGCTTAGATGCTTCAATAATGACTTATGGATTTAATCCATACCTTGGAATGTGGAGTCCATTCCATATGGCATTTTACTCAGTAATCGAATCTGTTACAAAACTTGTAGCAATGGGAGGAGATTACAAGAAGGCGAGACTTACTTTCCAAGAATACTTTGAGAAGTTATCAAAGGATGAGAAGAGATGGGGAAAACCATTTGGAGCATTACTTGGGGCGTATAAGGCTCAAATGGATTTAGAAATACCAGCAATAGGTGGAAAAGATTCAATGAGCGGAAGCTTTGGTGATATAGATGTACCACCTACATTAGTATCATTTGCAGTAGGAGTAGAAAAAGCTAAAAATATAATATCACCAGAATTTAAGAAAGAAAATTCAAATGTAGTTTTACTTAAATCTACAAAGTTAGAAGATGGAACAATAGAAATGAATGAGTTTAAGAACAACTTAAATAAAGTTCATGAACTTATATTAGAAGGAAAAATAATTTCAGCATATTCAGTTAAGTTTGGTGGGGTATCAGAAGGATTAACTAAGATGGCTCTTGGAAACAAAATTGGAGTAGAGTTTGATAATCTTTCTAAAGAAGAATTATTTGGATTTAATTATGGATCATTAATTTTAGAAATAAATGAAGATGTAAATATAGATGAAGAATTTACTGGGCTAAACTTTAAAGTTATAGGAAAAACAAATGGAAGTAATAAAGTAACATCAAAAGAATATGATTTAAACTTTAATATAGATAAATTAGAAGAAGCTTATGAAGAGAAGTTAGAAGGGGTATTTAAATCAAAGACTAATGAAAATAAAGAAAATGTAGAAGAAGTTTTAAAAGACAATAAGGAAATAAAAAAATCTAAGTTTAAAACTGCAACACCAAAAGTAGTAATACCAGTATTCCCAGGAACAAACTGTGAAACAGATTCTGCAAGAGCATTTAGACGAGAAGGAGCAGAAGTTAAAGAAGTTCTTATTAGAAACTTAAATAAAGAAATGCTTTTAGAATCATTAAAAGAACTTAAAGAAGCTATTAATGAGTCACAAATAATAATGATACCTGGAGGATTCTCAGCAGGGGATGAACCAGACGGATCAGCTAAGTTTATAGCTACAATATTTAGAAATGAAATGATAAAAGATGCAGTAACAGATCTTTTAGAAAATAGAGATGGATTAATACTTGGAATTTGTAACGGCTTCCAAGCACTTATAAAACTAGGACTTCTTCCTTATGGAAAGATATGCGATATAGAAGAAGACATGGCAACACTAACTTACAACAATATAAATAGACACATGTCAACTATGGTAAGAACTAAGATTGTATCTAAAAATTCACCTTGGTTTAGTGAAGTTAATTTAGGAGATATTCATACAATTCCTGTATCACACGGAGAAGGAAGATTTGTAGCACCAAAAGAATTACTAGAAGAACTTTTAGAGAATGGACAAGTAGCAACTCAATATGTTGATTTTAATGGAGAAATAAGTATGGATATGCCATACAATCCAAATGGATCAATGCTTGGTATAGAAGGAATAACAAGCAAGTGTGGAAGAGTACTTGGTAAGATGGGTCACTCAGAAAGAATTGGAGAAAATCTTTATAAAAATATTATAGGAAACTTTGATCAAAAGATATTTAAAGCAGGAGTAAATTATTTCAGAGATTAAAAAAGGGGTGTTAATTATATGAAAGTAGCAATATTTTTCGGAAGTAAATCAGATATAGAAGTTATGAGAGGTGCTGCTAATGCACTGAAAGAATTTAATGTAGATTACAAAGCTTATATATTATCAGCACATAGAGTTCCAGAAAAACTTACAGAAACATTAAAAGAAATAGAAGAAGATGGATGTGAAGTAATAATTGCAGGTGCTGGACTTGCAGCACATCTTCCAGGGGTAATAGCAAGCCAAACAACACTTCCTGTTATTGGAGTTCCAGTTAAGGCTGCACTTGAAGGAATGGATGCATTACTTTCAATAGTTCAAATGCCAAAGGGAATTCCAGTTGCAACAGTTGGAATAAATAATAGTTATAATGCAGGAATGTTAGCTGTAGAAATGCTTTCATTAAAATATCCTGAAATAAAAAAGGATTTAATAGATTTTAGAATTAGAATGAAGAAAAGATTTATTGAAGAAAACGGAGAAGGAGTGGATTTATAATGGTTAAAAAGTTTGAGATGTTATATGAGGGAAAGGCAAAACAAATATTTAGAACTGAAAATGAAAATGAGGTTATAGTTCACTATAAAGATGATGCAACAGCATTTAATGGAGAAAAGAAAGCTCAAATAGATAATAAAGGTATTTTAAATAATGCAATTACATCAATGATTTTTGAAATGTTAAATAAAGAGGGTATTAAAACTCACTTTATAGAAAAGCTTAATGAAAGAGATCAATTATGTAAGAAAGTTTCAATAGTACCACTTGAAGTTATAGTAAGAAATGTTGCAGCAGGAAGTATGGCAAAGAGACTTGGACTTGAAGAAGGATATAAGCTTAAAACTACAGTATTTGAATTATCTTATAAAGATGATGAACTTGGAGATCCACTTATAAATGATTATCATGCTGTAGGAATTGGAGCAACAACTTTTGAAGAATTAAATAAAATTTATGAAATGACAGATAAAATAAATAACCTTTTAAAAGAATTCTTTAAGAAACAAAATATAGATTTAATTGACTTTAAAATAGAATTTGGTAGAGATGAAAATGGAGAAGTTATATTAGCTGACGAAATATCACCAGATACATGCAGATTCTGGGATAGCAAAACTGGAGAAAAGCTTGATAAAGATAGATTCAGAAGAGATATGGGCAACGTTGAAGAAGCATACATCGAGATATTAAATAGAATTAAAGGAGAATAATGTATGATACATGCAAATTTCGATATTATGGATCCACAAAATGATAAGTTTAAAGATGAATGTGGAGTATTTGGAGTATATGCAAATGAACCTGTAGATGTTGCATCTGTAACTTATTATGGATTATATGCACTTCAACATAGAGGTCAAGAAAGTACTGGAATAGCAGTTTCAAATGGAGAAGAAGTAAAAATTCATAAGGGTCTTGGAATTATAACAGAAGCTTTTACAAAAGAAAATTTAGATTTTCTTAAAGAGCATAATGGAAATATTGCAATAGGGCATGTAAGATACTCAACAGCTGGAGCTAAAACTATTGAAAATTCACAGCCACTTTTAAGTACAACAAAACTTGGTCAAATAGCAACAGCTCATAATGGCAACTTAGTAAATTATGATGTTATTCGTGAATTGCTAGAAGAAGGTGGACATGTATTTAATACAACTGTTGATTCAGAAGTAATAACAACTCTTATTGCAAGAGGGTCAAAAAAGGGAATTGAAAGAGCAGTAATTGATGCAATATCAGCAGTTAGAGGATCTTTTGCTATGGTAATAATGAGCAAAGATAAACTTATAGGAGTTAGAGATCCACATGGAATAAGACCTTTATGCATTGGAAAAATTGCAGAAGGATATATTCTTTCATCAGAAAGCTGTGCAATTGATGCAATTGGAGGAGAGCTTATTCGTGATGTAAGACCAGGCGAAATTGTAATAATTGATGAAAATGGTATTAAGTCAATTAACTACTCAGAAAATACAACATGTAGAACATGTTCTTTTGAATATATATACTTTGCAAGACCAGATTCAGTTATGGATGGAATTGATGTTCACACAGCAAGAGTTAGACAAGGAGAGCAATTATTTAAGGAATATCCAATCGATGCAGATCTTGTAATTGCAGTTCCAGACTCAGGAATACCAGCAGCACTTGGATATTCAAGAGCTTCAGGAATACCTTATGATGTTGGATTTGTTAAAAATAGATATGTAGGGAGAACATTTATATCACCATCACAAGAACTTAGAGAAAGAGCAGTTGCAGTTAAACTTAATCCACTTAAAGTTAATGTAAGTGGTAAAAAGGTAATAATGATTGATGATTCAATAGTTAGAGGAACTACATCAAAGCATTTAATAGAATCACTTAGAAGAGCTGGTGCTACAGAAGTACACTTCCTAGTTGCATCACCTGTTGTTAAATATCCTTGTTACTTTGGAATAGATACTCCATATAGAAGTGAATTAATTGGAGCTAATAAAAGTCTAGAAGAAATAAGAGAAAACATTGGGTGCGATTCTTTAGGATATTTAAGCTTAGAAGGGATATATGAAAGCTTAGAGAAGAGAAGAAATTTCTGTGTAGGATGTTTTAATGGGGTATATCCAGTATCAGCACCTATGGAAGCTTTAAATGAAAATCTTGAAAGGTAGGGTAAAGAATTTATGTTAACTTACAAAGAATCAGGAGTAAATATAGAAGAAGGTTATAAGTCAGTTAAGCTTATAAAAGATTATGCAAAAAAAACAATGAGCGAGTATGTATTAAATGGACTTGGTTCATTTGGTGGAATGTTAGAGCTTCCAGAAGGATATAAAAAGCCAGTTTTAGTTTCAGGAACAGATGGGGTTGGAACTAAACTTGATATAGCATGTAAAAAGAAAAAGTACGATACAGTAGGAATAGATTGTGTTGCAATGTGTGTAAATGATATTTTATGTCATGGTGCAAAGCCACTATTTTTCTTAGATTATATAGCTTGTGGAAAGCTTGAAGCAGAAGTTGCAGCTAGTTTAGTTAAAGGTGTATCAGACGGATGTGTAGACTCTAATTGTGCATTAATTGGAGGAGAAACAGCTGAAATGCCAGGCTTTTATAAAGAAGGGGATTATGATATTGCAGGATTTGCAGTTGGAATAGTTGATAAAGATAAAATAATAAGCGGAGAAAAAATAGCTAAAGGGGATAAACTTATTGGAATAAAGTCATCAGGTATTCATTCAAATGGTTATTCATTAGTTAGAAAAGTATTTAAAGATTTAGATAGAGAATTTAATGGAAGACCAATTTGGGAAACACTTTTAACTCCAACAAAAATATATGTTAAACCAATATTAGCACTTTTAGAAAAATACGAAATCAAAGGTATGGCTCATATAACTGGTGGAGGATTTATAGAAAATGTTCCAAGAATGTTTAATGGAAGAGAACTTACAGCAGTTATAAGAAAAGATAGTTATCCACTACCTGAAATATTCGAAGAGATGGAATCTTTAGGAGTAGATAGAGATCATATGTATAACACTTTCAACATGGGTATAGGGTTTGTACTTTGCGTAAAGGAAGAAGATGTTAATCCGATTTTGAAAGAATTACTAGAAATGGGTGAAGTAGCTTATGAAATTGGACATGTTACATCTGGAGGTGAAGGTATTTGTTTAAAATAGCAGTACTTGCATCAGGCTCAGGGTCTAATCTTCAATCAATAATAGACAATATAGAAAATGAGAATTTAAATTGTAAAATAGAGATGGTTATAGGAAGCAAGGAAGGAATATACGCATTAGAAAGAGCTAAAAGTGCAGGTATAAAAACTTTCGTTGTTTCAAAAAAAGACTATGGAAAGAATACTTCAGATGAAGTATTAAAACTTGTAGATGGAAAGGTTGATTTAATTGTACTTGCAGGATACCTTTCCATCCTAGATGGAGAAATTTTAAAAAGGTTTAAAAATAAAATAATTAATATTCATCCATCACTTATTCCTTCATTTTGTGGTCCTAATATGTATGGTATTAAAGTACATGAAGCTGCAATAGAAAAGGGAGTTAAAATATCAGGATGTACAGTACATTTTGTAAATGATGAAGTTGATGGAGGAGCAATTATTCTTCAAAAAGCAGTTGAAGTTTTATTTGAAGATGATGCTTCATCACTTCAACAAAGAATATTAAAAGAAGAACATAAACTTTTGCCAGAGGCAATTAAGTATTTAATAGAAGATAAAGTATCAGTAGTAAATGGAAGAGTTAGAATCTTAAAATAATGGAGGGTAAAAATTCTATGAAAAAGAGAGCGTTAATCAGTGTATTTGATAAAGAAGGAGTATTAGAACTTGCTAATTTCTTAAATAATAGAGGGGTTGAAATAATTTCAACTGGTGGAACATATAAGCACTTAAAAGAAAATGGTGTACCAGTAATAGAGGTAAATGAAGTAACAAACTTCCCAGAAATGTTAGATGGAAGAGTAAAGACACTTCATCCAATAATTCACGCTGGTATATTAGCAATAAGAGATAATAAAGAACATATGGCAACAATTCAAGGAAGAGACATAAACACTATTGATTACGTAGTAGTTAACCTTTACCCATTTTTTGAGAAAGTTAGAGAAGATTTAAGCTTTGATGAAAAGGTAGAATTTATAGATATAGGTGGCCCAACAATGCTTAGAGCTGCAGCTAAAAACTTCAAAGATGTTGTAGTATTATCTGATAAAGCTGATTATAAAAAGGTAATGGAAGAAATAGAAAATGAAGGTGAAGTTTCATTAGGATTTAGAAAGAAACTTGCTGGTAAAGTATTTAACTTAATGAGTGCTTATGATGCTGCTATTTCAAACTTCTTATTAGAAGATGAAGAATATCCTGAGTATCTTTCAGTTTCATTCAGAAAGAAACAAGGTTTAAGATATGGAGAAAACTCACACCAAAGTGCGGCATTCTATGAATCAACTACTGTAGATGGTGCTATGAATACTTTTGATATATTAAATGGTAAAGAATTATCATATAACAATTTCAAAGATATGGATATTGCATGGAAGTGTGTATCAGAATTTGAAGAGCCAACGTGTTGTGCATTAAAACATAATACACCATGTGGAGTTGCTATTGGAAAAGATTCTTATGAAGCTTATATGAAAGCTTACGAAGTAGATCCAACATCAATATTTGGTGGTATAGTTGCCTTTAATAGAAAGGTAGATAAAAAGACAGCAGAAGAAATGGTTAAGATTTTCTTAGAAGTAATTGCAGCACCAGAATATGATGAAGATGCTTTAGAAATATTAAAGACTAAAAAGAATTTAAGGGTATTAAAATGTCATAATACTCCACAAGACAAGAAATACATGGTTACAGTTGATGGTGGAATATTAGTTCAAGAAGAAGATAAAAAGTTAATTGAAGAATTAAAAGTAGTAACAGAAAAGAAGCCAACTGAAGAAGAAATGAAAGATTTAATCTTTGGAATGAAAGTTGTTAAGTATGTTAAATCAAATGCTATAGTTGTAGCAAAAGATGGAGTTGCTCTTGGTATTGGTGGAGGTCAAGTTAATAGAATATGGCCAACAGAAGATGCTTTAAAGAGAGGGGCTGGAGCTATAATACTTGCATCAGATGCATTCTTCCCATTTAGAGATGTAGTAGATGAAGCTTTTAAAGGTGGAATAAAAGCAATAATTCAACCAGGTGGTTCAATGAGAGATCAAGAATCAATTGATGCTTGTAATGAACATGGAATAGCAATGGTGTTTACTGGTCTTAGACATTTCAAACACTAG

Protein sequences of DBSCAN-SWA_2

>CP014204|1014004:1025455|1015912_1019671_+|AQM61318.1|DBSCAN-SWA
MVNIKMVFVEKKEGFNIEGKILLEDFRTNLRIDSLEEVRVLNKYLISDISDEYYNKALHTIFSELPVDKVYEEKIDIDKDDIAFGVEFLPGQYDQRADSASECIMLLTADKKLDVKWSKIIVLKGNLSEEEVQKIKKYYINPVDSREVDIYSKKISNEFSIPNDVEVLHGFIDKNEEEIKNFHKELGLAMSIEDLTMIRDYFKLEEKRNPTITEIKVIDTYWSDHCRHTTFETSIKEVEIEENKYNVPVKKAYEAYLKSREFVYGKNTDRKVKLMDLAVITMKELRKRGLLDDLDISDEINACSININVEMEDGKVEEYLLMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRTYVYQAMRVTGASDPTVEIEETLKGKLPQRTITLGAAHGYSSYGNQIGLATGQVDEVYHPNYVAKRMEVGAVIAAAPKENVVREEPSLGDVVILLGGRTGRDGVGGATGSSKEHTEESIENCGAEVQKGNAPTERKIQRLFRKKEVAIMIKRCNDFGAGGVSVAIGELCRGLNIDLDKVTKKYDGLDGTELAVSESQERMAVVVTKENAEKFIEFAKKENLEATVVANVTDDERLTMTWRGKTIVDLKRSFLDTNGAEQETRVKVTAPTEYPYEIKDIDVKKEWIDNLKKLNVCSKKGLIERFDSTIGCNTVLMPLGGKYQKTPAEGMAAKIPVQGNESLDASIMTYGFNPYLGMWSPFHMAFYSVIESVTKLVAMGGDYKKARLTFQEYFEKLSKDEKRWGKPFGALLGAYKAQMDLEIPAIGGKDSMSGSFGDIDVPPTLVSFAVGVEKAKNIISPEFKKENSNVVLLKSTKLEDGTIEMNEFKNNLNKVHELILEGKIISAYSVKFGGVSEGLTKMALGNKIGVEFDNLSKEELFGFNYGSLILEINEDVNIDEEFTGLNFKVIGKTNGSNKVTSKEYDLNFNIDKLEEAYEEKLEGVFKSKTNENKENVEEVLKDNKEIKKSKFKTATPKVVIPVFPGTNCETDSARAFRREGAEVKEVLIRNLNKEMLLESLKELKEAINESQIIMIPGGFSAGDEPDGSAKFIATIFRNEMIKDAVTDLLENRDGLILGICNGFQALIKLGLLPYGKICDIEEDMATLTYNNINRHMSTMVRTKIVSKNSPWFSEVNLGDIHTIPVSHGEGRFVAPKELLEELLENGQVATQYVDFNGEISMDMPYNPNGSMLGIEGITSKCGRVLGKMGHSERIGENLYKNIIGNFDQKIFKAGVNYFRD
>CP014204|1014004:1025455|1020168_1020882_+|AQM61313.1|DBSCAN-SWA
MVKKFEMLYEGKAKQIFRTENENEVIVHYKDDATAFNGEKKAQIDNKGILNNAITSMIFEMLNKEGIKTHFIEKLNERDQLCKKVSIVPLEVIVRNVAAGSMAKRLGLEEGYKLKTTVFELSYKDDELGDPLINDYHAVGIGATTFEELNKIYEMTDKINNLLKEFFKKQNIDLIDFKIEFGRDENGEVILADEISPDTCRFWDSKTGEKLDKDRFRRDMGNVEEAYIEILNRIKGE
>CP014204|1014004:1025455|1022334_1023336_+|AQM61109.1|DBSCAN-SWA
MLTYKESGVNIEEGYKSVKLIKDYAKKTMSEYVLNGLGSFGGMLELPEGYKKPVLVSGTDGVGTKLDIACKKKKYDTVGIDCVAMCVNDILCHGAKPLFFLDYIACGKLEAEVAASLVKGVSDGCVDSNCALIGGETAEMPGFYKEGDYDIAGFAVGIVDKDKIISGEKIAKGDKLIGIKSSGIHSNGYSLVRKVFKDLDREFNGRPIWETLLTPTKIYVKPILALLEKYEIKGMAHITGGGFIENVPRMFNGRELTAVIRKDSYPLPEIFEEMESLGVDRDHMYNTFNMGIGFVLCVKEEDVNPILKELLEMGEVAYEIGHVTSGGEGICLK
>CP014204|1014004:1025455|1023952_1025455_+|AQM60190.1|DBSCAN-SWA
MKKRALISVFDKEGVLELANFLNNRGVEIISTGGTYKHLKENGVPVIEVNEVTNFPEMLDGRVKTLHPIIHAGILAIRDNKEHMATIQGRDINTIDYVVVNLYPFFEKVREDLSFDEKVEFIDIGGPTMLRAAAKNFKDVVVLSDKADYKKVMEEIENEGEVSLGFRKKLAGKVFNLMSAYDAAISNFLLEDEEYPEYLSVSFRKKQGLRYGENSHQSAAFYESTTVDGAMNTFDILNGKELSYNNFKDMDIAWKCVSEFEEPTCCALKHNTPCGVAIGKDSYEAYMKAYEVDPTSIFGGIVAFNRKVDKKTAEEMVKIFLEVIAAPEYDEDALEILKTKKNLRVLKCHNTPQDKKYMVTVDGGILVQEEDKKLIEELKVVTEKKPTEEEMKDLIFGMKVVKYVKSNAIVVAKDGVALGIGGGQVNRIWPTEDALKRGAGAIILASDAFFPFRDVVDEAFKGGIKAIIQPGGSMRDQESIDACNEHGIAMVFTGLRHFKH
>CP014204|1014004:1025455|1020885_1022322_+|AQM59548.1|DBSCAN-SWA
MIHANFDIMDPQNDKFKDECGVFGVYANEPVDVASVTYYGLYALQHRGQESTGIAVSNGEEVKIHKGLGIITEAFTKENLDFLKEHNGNIAIGHVRYSTAGAKTIENSQPLLSTTKLGQIATAHNGNLVNYDVIRELLEEGGHVFNTTVDSEVITTLIARGSKKGIERAVIDAISAVRGSFAMVIMSKDKLIGVRDPHGIRPLCIGKIAEGYILSSESCAIDAIGGELIRDVRPGEIVIIDENGIKSINYSENTTCRTCSFEYIYFARPDSVMDGIDVHTARVRQGEQLFKEYPIDADLVIAVPDSGIPAALGYSRASGIPYDVGFVKNRYVGRTFISPSQELRERAVAVKLNPLKVNVSGKKVIMIDDSIVRGTTSKHLIESLRRAGATEVHFLVASPVVKYPCYFGIDTPYRSELIGANKSLEEIRENIGCDSLGYLSLEGIYESLEKRRNFCVGCFNGVYPVSAPMEALNENLER
>CP014204|1014004:1025455|1023323_1023935_+|AQM61425.1|DBSCAN-SWA
MFKIAVLASGSGSNLQSIIDNIENENLNCKIEMVIGSKEGIYALERAKSAGIKTFVVSKKDYGKNTSDEVLKLVDGKVDLIVLAGYLSILDGEILKRFKNKIINIHPSLIPSFCGPNMYGIKVHEAAIEKGVKISGCTVHFVNDEVDGGAIILQKAVEVLFEDDASSLQQRILKEEHKLLPEAIKYLIEDKVSVVNGRVRILK
>CP014204|1014004:1025455|1019689_1020169_+|AQM60646.1|DBSCAN-SWA
MKVAIFFGSKSDIEVMRGAANALKEFNVDYKAYILSAHRVPEKLTETLKEIEEDGCEVIIAGAGLAAHLPGVIASQTTLPVIGVPVKAALEGMDALLSIVQMPKGIPVATVGINNSYNAGMLAVEMLSLKYPEIKKDLIDFRIRMKKRFIEENGEGVDL
>CP014204|1014004:1025455|1014602_1015520_-|AQM59045.1|DBSCAN-SWA
MFGYVTPLKPELKIREYNQFQSYYCGVCLGIKNLYGELPRMTLNYDMTFLALLLDGLSSNEELNLKLKRCMAHPNKKKPILLNNKAINYAATMNVSLTYYKLLDDVYDDNSLKSKFLLNVIKHYKKKFPSSVTKINSLIEEKLKELSNLEKNKNFKFIDEICDPFSVIVGSILKEYPNEFKEDSEILRENLYKFGYSLGKWIYLMDALDDLKEDIEKNKFNPINYLYNKDNIPYEELLKEIKGRLEFSIFNLAYTCKEILNELPLERNKEILENIINLGMMDKYVKVTTNCNCKEKGRKLKNESI
>CP014204|1014004:1025455|1014004_1014616_-|AQM59941.1|DBSCAN-SWA
MNPYEVLGIKEGASQEEIKSAYRKLVKKYHPDQYGDNPLKELAQEKLAEINAAYDTLTKGNAGNSSYSNSNTSGYNTNSSQNDQIVFQEVRRLLQTRNINAAEIKLNSISNRNAEWNFLMGICHVNKGWFDSGLNHLQTAVNMDPNNFEYRQALNQLNSRATSYGNPYRTTQGGNADACNCCLNLWCLDSLCECFGGDLIGCC

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AQM59941.1|1014004_1014616_-	molecular chaperone DnaJ	A0A2H4UUB5	Bodo_saltans_virus	4.6e-06	50.0
AQM59045.1|1014602_1015520_-	hypothetical protein	NA	NA	NA	NA
AQM61318.1|1015912_1019671_+	phosphoribosylformylglycinamidine synthase	A6N228	Microbacterium_phage	6.1e-32	26.2
AQM60646.1|1019689_1020169_+	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	3.3e-28	46.4
AQM61313.1|1020168_1020882_+	phosphoribosylaminoimidazolesuccinocarboxamide synthase	M4SM18	Cyanophage	1.5e-45	43.4
AQM59548.1|1020885_1022322_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	1.0e-56	33.5
AQM61109.1|1022334_1023336_+	phosphoribosylformylglycinamidine cyclo-ligase	A0A1D7SR00	Cyanophage	3.8e-66	46.8
AQM61425.1|1023323_1023935_+	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	1.7e-24	36.7
AQM60190.1|1023952_1025455_+	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	S4VT61	Pandoravirus	5.9e-47	36.1

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>CP014204|1466903:1480359|DBSCAN-SWA
TATGTTAAAAATACAGGTATTATTAAATAGTATATTAGAAAAACTAGGATTGTTTAGAAAGAAACTTCATTATGTAGGAGGAAGTGATGCGCTTCCACCACCACTTGCAAAAGATGAAGAAGAAGATTTAGTAAATAAACTAAGAAATGGTGATGAAAAAGTAAGAAGCACTTTAATAGAAAGAAATCTAAGATTAGTTGTATATATAGCAAGAAAATTTGAAAATACAGGAGTTTACGTAGAGGATTTAATATCTGTTGGAACAATAGGACTTATAAAAGCTGTAAATACATTTAATCCTGAAAAGCAAATAAAACTTGCAACTTATGCATCAAGATGTATAGAAAATGAAATTTTAATGTATTTAAGAAGAAATAATAAAATAAAAGCAGAAATATCATTTTATGAACCACTTAATATAGACTGGGATGGAAATGAACTTCTTTTATCAGATATATTAGGAACTGAAAATGATACTGTGTACAATTTAATTGAAGATGAAGTTGACAAGCAACTTTTATTTATAGCTCTTAAAAATTTAAATGATAGAGAAAAAGAAATTGTTGAATTAAGATTTGGTCTAAATGGATGCAATGAAAAGACGCAGAAAGAAGTAGCTGACATACTTGGCATATCTCAATCTTATATTTCAAGACTTGAGAAAAAAATAATAAATAGATTAAAAAAAGAAATAAGTAAAATGGTTTAGGTTGTCTGTAGTATAAAAGTGTAGCCTTGAGGAAATACTGTTTATTAGAAATGATATTACTTCCGAAGGAGCTGAGAACTTTGATCATAAATAAGGTTGAAATATGCGGAGTAAATACTGCGAAACTTCCTGTACTTAAAGAAAAGGAAAAGAGAGAATTACTAATTAAGATGCAAAATGGTGACAACAGCGCAAGAGAATCATTTATAAAAGGAAATTTAAGATTAGTTTTAAGTGTAATACAAAGATTTAATAATAGAGGAGAAAATGTTGATGATTTATTCCAAGTTGGATGTATAGGTCTTATGAAGGCTATAGATAACTTTGATTTATCACAAAATGTTAAATTCTCAACTTATGCTGTGCCTATGATTATAGGTGAAATAAGAAGGTATTTAAGAGATAACAATTCAATAAGAGTTAGTAGATCACTAAGAGATATTGCGTATAAAGCGTTACTTGTAAGAGATAAACTTGTAAAAGAAAATAATAAAGAACCTAATATATCACAAATTGCAAAAGAACTTAATATACCAAGAGAAGATGTTGTTTTTGCATTAGATGCAATACAAGATCCTGTATCATTATTTGAACCAATTTATCATGATGGTGGAGATGCAATTTATGTAATGGATCAGATAAGTGATTCTAAAAATACTGATGAAAATTGGCTTGAAAATATATGTATTAATGAAGCTATGAAAAAATTAAGTGATAGAGAGAAATTAATATTAAATCTTAGATTTTTTAGAGGTAGAACACAAATGGAAGTTGCAGATGAGATAGGAATATCTCAAGCTCAAGTTTCAAGACTTGAAAAAACTGCACTTAAACATATGAGAAAGTATGTATAAAGAAAAGGAACTCAATTTTGAGTTCTTTTTCTTAAAATATATAAATATTAAAAGGGGGAAGGAAATATGGAAGAAAACTTACACTCAATAAATTCTATGAGAAATATGGATGTAATAGATATAAAGACTGGTAAAAAGCTTGGATATATAAGTGATATTAAGTTAGACTGCGAAGAGGACAAGGTATTAGCTTTAATAGTTCCAGGAGAAAGTAAAGGTTGGTTTGGAAAAACAGAAGACATAGAGATACCTTGGGAAGATGTTGAAAAAATTGGTATAGATGTTATACTAGTTTCAGCAGAAAATATAAATATATGTAGTGAAGACAATAATATTTATAGATAATAGTAGTCAGAAATGAGAAAAATATGTATAATAACCTTATAAGACAAGTGAATAATGTACAGAAAGGTGGGAGATATCTATGAAATGCCCATTTTGCTCATTTGAGGAAAGCAAAGTAGTTGACTCAAGATCAACAGATGATAACACTACAATTAGAAGAAGAAGAGAATGCTTAAATTGCAATAAAAGGTATACTACTTATGAAAAAGTAGAAGATATTCCAATTTTAGTTATAAAAAAAGATTCAACTAGAGAAAACTTTAATAAAGAAAAGATAATAAATGGCCTTATTATTGCATGTCAAAAAAGACCTATATCAAGGAAACAGATTGAAGGAATTGCAGAAGATATAGAAAAAACAATATCAAATAAAATGATGACAGAAGTTCAATCTAATTATATAGGTGAAATGGTTATGGAAAGGCTTAAAGAAATAGATGAAGTCTCTTATGTAAGATTTGCGTCAGTATATAGGCAATTTAAAGATATAAACACTTTCATGGAAGAAATAAATAGATTAATGATGTAAACCAAAGTAAATAAGCCATTTAAATTGCAAACGGCAAAAAAACGTCAAAAAATATTATTTATAATATTTGAAGCTCTGTTTAGCATATCATTGGTAACATGGCTATATGTTTTCATAGTTTGCTCAACAGTATGTCCAAGTAAATTGGCAGCAGTTTTAAAATCTATTCCGTTTGCAATTAATTTGGTTGCATAAGTGTGTCTTAATTCATGAATTGATATATTAAAGCCAAGTGCTTTAAATTTTTTGTTTAAGAAACTTATAACAGCATCGTTACTTTGACTTTTAATTATTCTATTCAAAGGATTTGAAGGCTGTGTTTGTTTCAGTTTTTCTAAATATGCAATGGTTTTCGGTGGTATAGGAACAGATCTATAAGAATTTTTAGATTTTAACTCGTCAAATCCATATCTTTTTGGAGTGAGACTAACTACTTTCCATTGCTTATTTACAGTTAATACAGCAGATTTAAAATCTACATCTTCCCAAGTTAATCCCATTATCTCACCTATTCTTAAACCACATGTACCAGCTATAATAATTACAGGTACATAATTAACATACTTTGAATTTTCAAACGTCCTTACTAATTCATCAAATTCTTTATCAGTGAGAGCTTTTTTCTCAAACTTCTTTTTAGATTCTTTAATATTTAAATTTTTCACAGGTGATTTTGCAATTATATTATAGTTGTTTATAGCAGTATTAAATATAGTTGATAATTTAGTGATGTAATCTTTTATAGTTGTTTCTCTTAAACCTTTTTTAGTTAATTTATCTATACATTTTTGTATATTAAATGTATTTATATCTTTTAATTTTAAATTATCTAGGTCTTTAAATGCTTTTATAGTAGATTGATAAACAATTACTGTTTTTAAGGATCTATAAAGCTTTATATGTTCAATATACATATTAGTAAATTGTTTAAATGTAATTTCACAGTAATCTAGATTTATTTTGTTTTCTAGATTATTTTTTATTTCTTGAAGTAAAGCATCAGCAGCAAGTTTAGCTTTCTTTTTACCTTCTCTAGTATTAGGAAATCCTTGTTTTGATTTTTGTTTCCACTTTCCAAAATCATCTTTATAGGACACAATTACTTGTATACCATTATTTTTTTCTCTATAGGTAATATTATAATCCATAAAATTCACTCCTTTACGAATGTATGTTCTTATAAATCTATAAAATAAACAGTTGTTATTACAACTGGATCTATCAAAATGCTTTAGTAATTTGAATGCCATTATAGAATGTAATATAGTAATTATCTATTTTACACCCATCTCCATATTTATGGTAAAAATAATCAATAGCTTCATTTAAATAAGTTTCAGTAACTCCAAGAAATTCAGCTATTTCATGTTTATTTACACAACCATATTCAAAGGCATTAATAATGCCAATAATACCAACATTTTTTTCATAGCCCCATTTTCTAGCTAAAAGTTCCTGTTTTTTATTATTTATTTTTTTAGTATCTAATATATTTCCAACAGTTAATTTATAATGACCTAATTCCTCAGCTAATATACAATATTTTTCTGAATCCTTTATTCTATTGTTAATTATAATTATATTGTCTATACACTTTCCGCAAGGAGTAGTAGTCCCTAGATCAATCTCTACAACCTTTGCTCCTTGCTTATGTGCCTCAATAACTAAATTCTCATACTTTGTCATAGGTTATATCATTCCAATCAAAATAAAGTATCTTATTTATGTTTCTTTAAATATTCATTTATCTTTTGATCCATTACAGCTTTTTCTTCATCAGTTAGATTATCATCATGTGCTGCTATTGGAGCTAAGTAATCAGATTCAGTTTCTTTAATATATTTAGGCATTTCTATTAAATCTTTTGTATATGTAATAACCTTTTTTTTACCCATGTCATTTAATTTTCTTAAATCTTCTAGATGGTTCTTTTCTTCTATAGATAATTCAATTGCTTTATCTATATTAGTTGAAATTTCTTTTTCTCCATTAAGTTCCTCTAATGAAACGTTAAGTCCTTGAGATAATTTAAAAGCAACTTCTAAAGAAATATTTTTTGTTTTTCTAGAAATTATGCTTCTTAAAGTAGAGTCAGATAAACCTGTAGCTCTTGATATCTCTGGTATAGATAAATTTCTAGTTTTCATTAAATTTTCTAATACTTTGTAAAAATCCAATTTATTCACGTCCTTTCATAAGTTATTATACTACTTTTTTCACGCATTGCAAGAAAAAAGTTAAAAATAAGTATTGACAATTAACGCAATGCGATATAACATTAAAGCATAAACAACGCAATGCGTTAGAGGGAGGTGTGAAATGAGAACTTCAAAAATAATGTTTTCAAATCTTAGAGCTGAGATGGCTAGAAAGCAAATAACTATTATTAAAATATCCGAATTACTAGGAGTAAACAGAGATACTGTAAGTCGAAAACTTTCAGGGAAATCTCCATTATTTCTTAATGAAGCTCTACTTATAAATAAAGAGTTTTTTCCTAATAAAAAAATTACTTATTTGTTTAAAGAATTAGTTCCAAATAAAAAAGTTAGTTAAGGAGGGAACGCAATGAGTGAATTAATAAAATTAAATACTAATAGTAATGATATTACATTAAGCGCTAGGGAATTACATAATTTCTTAGAAGTTACAGAGAGATTTAATAATTGGTTTAATAGACAATTGCAATATGGATTTGAAGAGAATAGGGATTATGTTGGGTGTAAAGTTTTTAACACCCTAGCAAAACAAGAATTATTAGATTATGAAATAAAACTTGATATGGCAAAAGAAATTGCAATGATACAGCGTAGTGAAAAAGGTAAACAAGCTAGACAATACTTTTTACAAGTTGAAAAAGCATGGAATAGTCCAGAGATGATTATGAAAAGAGCTTTAGAGATTGCAAATAAACAAGTTGAGAATTTAAAGCTAGAAAATATGGAACAAAAGAAATTATTAGATGAACAAAAGCCAAAGGTTCTTTTTGCTGATGCGGTTAGTACAAGCCATACATCAATATTAATTGGAGATTTAGCAAAACTAATAAAACAAAATGGAATAGATATTGGGGGAAGAAGGTTATTTGAATGGTTAAGAGCTAATGGATATTTAATAAAAAGAAAAGGAACTGATTATAATATGCCTACACAAAAATCAATGGATTTAGGACTGTTTGAAGTTAAGGAAACAACAATAAACCATTCTGATGGTCATATTACAACTAATAGGACACCAAAAGTAACAGGAAAAGGACAACAATATTTTATAAATAAGTTTTTAAATTAAGGAGGACAAGCATATGAATGAAAAATTATTAACTGTTAGGGATTTAGCTGAAAGGTGGCAAAAGACAGAACTTACAATAAGAAGATATGTTGCTGATGGAATACTAACTCCTTGTAAGGGAGTACCAGGAACTATGTTTGCACCATCATATATAGCTAAATTAGAAGGTGTTGAATTAGAGAGAGTTTCTCCATTAGAAAAAAGAAGATTAGAAACTGAAAGAGATATGTATAAGAAAAAGTATGAAGATATGAAAGCAATTATAACTAATGTATTAATAGAGGTTTCTAAAGTTATAAAGATACCTAAAGAAAATGAATTAGACAATATCAATGTATGGAGATAAGTAATTTAAAAATGAATTTATTATTCAAGATGAGGAAGGTGATAATTAATGCACTTTATCAAATATTTAATAATCGGAGCAGTAGCTACTTTACAGATAGCAACATTTTGTATAGCAGTAAGTAAATATATTGATTCTAGTAATAGAAAAGACAGAATTGAGTATTTACTAATGGCTTTAAGTGGATTAATAGGATTTATATTATTTTCTAATCCAGTTGTACTTTTATATTAGGGTGGTGATTAAGATGACTAAAGAGAAGCTATTAATGCAATTAAGGGATTTACATTATAATTTGAAAAATTTTGAGAGTGTAGAAAGTACAGAAGATGATGTACAAGCTTTAGAAATAGCTATTAGAGAATTAGAGGGTGCAGTAGGTTAATGTAAATTAAGAAAGGATTGATTTAAGAATGATTAAATTTATAAGAAGGCTTTTAGGATTAGAAATGAGTAAAAAAGATAAAAAGAGATTTCTAAAAACTTTAACAGTGGAGGAGTGATTTATGGATAAATTAGAAGTTGCAAGAGAAGCAGTAATTATATATTTTGAAGAAAATATTTCAGCTACAAGAGCAATAGAAAAGGTAAAAGAAAAGTACCTTGACACCGACCAAAGTATTCAAGGTACAAATATTAATGAAACTATTTTCAATAACATAATACCACTACAAGGCAATTTAAACAATACGTAAAGGAGTTATAAATTATGAGTTTACCAGATTGTTGTTATGACTATAGAAATATAGAAAGTGAATGCACAGAAATAGATACTTGTACTGAATGCGGGTGCGGTATATATGAAGGAGAAGAATATTACGAGATTAGTGGACAAGTTATATGTTGTGATTGTATTCAGTATTTCAAGAAAAAAGCAGAGTTATAGGAGGTTTAATTATGGCAGGAGAAAAGAAACTTAATATATATCAAAAAATACAAAAAGCTAGAGTAGAGCTTCAAAATAAAAAATTAAAAAAGAGTGGAAAGAATACGTATAGTAACTATGAGTACTTTGAATTAGGAGATTTCCTACCAGGGGTAAATGATGTTTGTAATAATAATGGATTATCAACAATATTCCATTTTGAAAAAGATAAAGCAAGTTTAAAAGTTATTGATGTTGATGAACCAACAAGTTGTATATTATTTGAGACACCAATAGAAATGGCAGCTATAAAAGGGAGCTCAGTAATGCAACAAATAGGAGGAACTCAAACATATGCTAGAAGATATTTATATATGATGGCTTTTGAGATAGCAGAAAGTGATGTTATTGATGGTGGAGAGATTGACACAGAAGCAGAGGAAAGAAGAAAGAAAATAAATAAAGCTAGTGTATTAACTATAAATAAATTAATAGATGAAACTGAAACAGATAAGAAGAAGTTTTTAGCATGGGCAGGGGTAAATAAAGTAGAGGATATAACAAATGAAGCGTTAGGAACCTGTCTGCAAATGTTAGATAAAAAGAAAAAAGATATTGATTTAAAAAAGCAACAAGAAGAGCACCAAAAGGAATTAGAACAACATCAAACAGATTTTGAATTTTAGGAGGGCTAGAGAATGAAAGAAATGCAAATTAATAAACAATTACCAGTAATAACAATGAATTTTGAAGAAGTTAAAGGATCACTACAAGAAACTATGAAAAAGTATGAGGGAATAGTTGTAACAGAAGATAGATTAAAAGATTGTAAAGCAACTCAAAAGAGTTTAGCTGGACTTAGAAATAATATAGATGGTTATAGAAAAGCAGTAAAAAAAGAAATGGAAGCACCTATTAAAGAGTTTGAGGGTAAATGCAAGGAACTTATTAGTCTCATAAGTGATGTAGAAAAACCAATAAAAGAAGGTATAAAAATCTATGATGATAAACGTAAAGAAGAAAAGAAACAAAAAGTATTAGAAATAATTAATGCAGCTATAAAAGATTTTGAATTAGAAAAAGAATTTGCAGATAAATTAGATTTAAAAGATAGTTACTTAAAGTTGACTGGAAGTATAAAGAGCATTAAAGAAGATGTTGAAATGAGAGCAACGATGTTAAAAAGAGAGCAGGAAGATAAAAATACAAGAATTAAAATGCTTGAAGTTTCAGTTAAGAATGAAATTGATATAGTGAATGAAAAGATTAAAACAAAGTTAGATTATGAAAAATTTCAAGTTTATGTATTAAAGGATTATCCATTAGAAAGAATTCTAGCTGAAATAAATAAACAAGCTGATATCATATTAAAAGCAGAAAATAATACTAAGCAAGAAATTAAAGAAGAGAAAGAAACAATTAAAATTCCTTTAGAGATTTCTAATAAGGTAGTTGAAGAAACTAAAAAAGAAGTTAAGGAAGATAAATTCTTTGTAGATGTTTATGTAGAACATAATCTTGATATGATCCAAGCTTTAAGTAAATTCTTAAAGGATAATGGATATAAATACAAGGTTCATAAAAAAGGAAAAGTTAAGTAAGAAAAGGTGATTAATTTGGATAAGGCTTCAAAGGGATTTATAAAACTAGATAGAGCTATCTTTGAACATTGGATATTTCAAGATGCAGAAAAATTCAGAGCATTTGTGGATCTTATCCAATTAATGAGATGGAAAGATGAAAAGTTAGTAATAGGAAATAAGGTTGTAGATATTCCTAGAGGAAGTTATTACACTTCTGAATTAAAACTTGCCGAAAGGTGGGGGTGGAGTAGGAACAAAACAAGGGACTATCTTAAATTATTAGAAAATGAAGGGATGATAACTAAAAAAGGTACAGCAAAGGGAACAATGCTAAGCCTTGAAAACTATGACTTATATCAAGGTGAAGGTACAACAAAAAGTACATTAAAAGAGCAACAGTATATATATCAAGATGTGCAACAAAAAAAACATCAAGAAATACATCAAGAAAACATTGAAGAATACACAGAAAAAGGTACAACAAAAAGAACAACTCCAAGCCTTGGAAACAGTAGCTTTTACCAAGATGAGGGTACAACAAAAGGTATATCAGAAAAACAACAACAGGTACAGCATGAGGTACAACAGAAGGTACATCAAAAAAACATCAAAAGGTACACAAAAGAAGAAATTAAAGAAAATAAAGAAGTTAAAGAAGGAGAAGAAAGGAAAGAAGTTAAAGAAAATATACCACAACTTGAACCCCTTTCTTTCCCAACTCCATCCTGTTCAAAGATTTATAAACTAATAGGAGAGAATGGTTATAGATTCTTTATGAATACAGATATAAAAGAAAATGATGAAACTATATCAATAAAAACCAAGAGTAATGTAGATAAAACTATAATAGCTCAATATATACCAAGAATAGATTGGAAATTAAATAAAAGAATAGAGGTGGTTTAATGGATCCTAATGAATTAATAGGTAAGCTAAATATATGCGTTGCTGCTTTAACTAAAGGTAATATACAGCTAAAGACATTAGGTCTTAAAAAAGCTGAATCAGAAAGAGTTTATAGAGTTGCATTAGCTAAAAAAATATTTAATTTAAAAATGAATAAAGTTCAAGTTAGTTTGATACGTGATTTATCTAGGGGTGATGAAGAGATATCACGATTAAGGCTAGAACGAGATAGTGCAGAGAATGATTACTATGTTTGTAAAAGTTCAATGGAAAATCTAAAAGTTGAAATAGAGGTCTTAAGATCTAAACTTGCATGGCTTAAATTAGAGTTTAAAAATTATTAGGAAGTATTTAAAAGATTCTGAGATTTGTTTACTTAGTAGGTCATCAAGAATATAAATTAAAAGTTAAGAAGAAAAAGAATCTATTTAACTAAAGAGATGTTAGAAGTAGGTGTTATAAGTTGAAAAATGAAGGTAAGAGGTTTGAAGAAGATTTTAAAAAATCTATTCCAGAGTGGTGTTGGTGTAATAGATATAAAGATGGAACAGCAAACTTTGGAGGGACTAAAAATGAAAATGTAAGATTTCAAGCACATAATATTTGTGATTTTGAAGTATTAGCAGAGGATAAATTATTTTTACTAGAACTTAAGAGCTATAACGGTGTAAGTATTCCTTTAAGTGGAATAAGAAAAACTCAGTTAGAAGAAATGTTAAAAGCTAGTGAGTATAAAAATATAAAACCGTATTTTATGTTTAATTTTAGACCATTACAGAAGATTTATGCTGTTAAGGTAGAAAATGTACAGGAGTTCGTAAAAAAGGCAGAGAGGAAGAGTATTCCTGTTAAATGGTGTATAGAAAATGGAATAGAATTAGAAGGTATTAAAAAGAAGGTTAGATTTAAATATAATCTAGAAGAATTCTTTAGAAATTAATAATCTTATATAATTTACTCGTAAATGATTATTAAATTAAAATAAAAAACTAAACAAAAATATAAACAATAAATCAAGAAGGTGTTTAAGGTGATAGATGGACAAGTTAGTATATTTGATTTAGAAGAGGATGAAATAATTCAAATTGAATTTACTAAAGAGCAGCAAGACACTATAGAGAAACTTAAAGAAAAGAATTGGATAGAATATAGCCTATATGATAACGGCATGGTTATATTTATATTAAAAGAGCAAGTAAATATTAATGTAATTCCACAAGGAAATGTAGAACAAGAATATAAAATTAGAGATAATTATAAGTCTTATTTTATAAAAGAAAACGGAGAAATTGATTGTTATGGATTGGGTATAACAAGATGGAATGATCCTATAAAGGTTATTGAATGTTAAGAAGTTTAAAATATTAATATATTGTAAAAAATTGATCTTTGAAAATTGAATAATACGGTATTAAAAAAATATTGTTTTGGAAAGATTTTATGAATTTATCTTTGAAATAATAAAAAATAAGTAATTAAACTTTTTCGTGGGAAGCTTTACAAAAATACTATAATGCTATACAATATAGTGGTAGGTTGTATAGCAAGGTAGGTGTATAAAAAGTTATGGAAAGAATAAGAAAGGATAAGTATTGTTTAAACGGTGAATATTATGAGGCACTTGAAACAATAAATTCTAGATTAGGGTTTGTAGTTCCCAAAAGCTTTAGAAAAGAAGTATATAATGATTTATTAGAGTTTCTTTTCAGAAACCAAAGATTAGGAAAACCTCTAAATAAGGCTCTAGGAAAAAGTCTTGATGATTTTATTGATGAGTTAGTAGAAACATATTATTTAACATTAGGGAAAGGAAAATTTATTAATTATTTTTTGCAGAATGGGTTTTTATGTTCTTTCTCATGTATTATGTTTTATATTATCAATTCATCTTTTAATGATAGTAATGTATTACCATATTCATTTGCAGCATTAATTATGGGAATGATAGGTTTTCTAGGTGGAATAATTCGTGTTTATACAAATTATAAATGTTTATATAAATTTACTGGATATAAAAAACACTTATTTCAAGTTTTTTTAATGTTATGGCCATTGTATTTTGTGATATTTGGAGATAATTATATATTTAATTTAACTAAAAATATAATTATATCTAAAAATGTAGTATTGGGTATTATAATTGTAGAAGCCATAATATATTTAGTATTAGTTTTATTATTTAGATATGAAGGAAAGAGAGACTAATATGGCAGTTAACTCACAGTTATTAAAAGGATTAATGGATAAAGTAATATTAAAAATTATTAATGAAGAAGAGACTTATGGATATGAAATATATATAAAACTTCAAAAATTAGGATTTATAGATTTTGCTGAAGGCTCTCTATATCCACTTTTACTGAGGTTAGAGAAAAAAGGATTAATTAAAGGAATAAAAAGAAAATCACAAATAGGTCCAGACAGAAAATATTATTCTTTGACTGAAGAAGGAATACAGGAAATGAATGATTTCAAAGAAAATTGGGATAAAATAAATTTAGCCATAGAAAAACTATGGAATAATGGATAATAAATTTTTTCACTATCAAATTTATTTTGCAATTTTAATATACTACGAAAATGACGTACTTAAATACCGTATTATTCAAAATGAATATACGGTATTTTTTAGTGCGTAATTCCAAGAAAATATGAATTAAATGGAGGTTAAATCATGAGGAAATGTAAATGTGGTGGGAATTTTATTTATGATGGCTATGATGAAATTGAAATAGATGAAAGAGATTTAATAGTGATAAAAGGTGAGTGTAAATGTAACAAGTGTGGTATAGAAGCTTATTATGAAGAGTATCACCAAGTTGATTTTAATAAACCATTTGAAGTTGAAATTGATACTAATATAGATGGAATTGATTAGGTTCACAATAGCAAGATAGTGTGAACTATTTGAGAAAATTTGATCTTTAAAAATTGAATAATACGGTATTTATAAAATATGTTATAATCAATTTATAACTATAAATTAGAATTCGGAATAAGGAGGAAAACACATGGAATATTTTATTGTTTTACTATTTGTTATAGTTGGTATGCTTGCATTTAATGAAATTTCTGTATTAAAGAAAAGAATAAAAATTCAAGAAGATCGTTTAAATGAATTATGCAAGATAACAGGACATGACAACCTATCATCTTATTGGGTTTCAGATGAATTAAAAGAACTAGCTATTCATCTAAAACGAACTGGAAAAGAAGTTGAAGCTATTAAAAAAATTCGTGAACAAACACAAATGTCTTTAATAGAAGCAAAACAATATGTTGAAAAATTAGATTAGTTTCTATAAATATTAATGTGTTAAATTCCAGTTTATTATTACATATTTAAAAGTATAATTAAAATACCGTATTATTCAAAAAAGAATATGCGGTATTTTTTAGTTCGCAATACAAAGAAATGATGAAATTAGATATATACTGGCTAGGTAAAATAATATTAAAGAAGAAAGGACCCGAAAGGGACTATTACACAAGTATTGTTTTTTGTACAACCTAGCCAGTTTATTTATAGGAGGAATTATGATAGATAAAAATATTTTTAGAAAAACAGAAGCAATATTATATGATTACAATAATTTAGCGTTAAGAATAGAGTTATTGAAAGCAGAAATAAAAGATATGGAAGAAACGTATCAAGGGTGTGGATCTATATCATATGAGGAAAGAACACAAGCAACTAATAAGTTTAATTCAAGTGTAGAAAATGAAATTATAGAAAGAGAAAAAGAGTTGAGAGCTCTTAAGTTAGATTTAAATAATAAGATTAAATTAAAACGTAGAGTAGATGCTGCAATACAGGGATTAAAGAAAGATGAAGAAAGAAAATTAGTAGAACTTAGATATATAAATAAAAGACCTTTAAGTTGGAATCAGATTGCATATGTTCTTAAATATAGTCAAGAGTATTGTAGAAAAGACTTAAGAAGAGATGCTATAAAAGGAATAGCAGATACTGTATTTTATAACCCATATGAACAAACTAAATTTTTCCCTGATATTTGTAAAAAATACTAG

Protein sequences of DBSCAN-SWA_3

>CP014204|1466903:1480359|1474536_1475439_+|AQM60116.1|DBSCAN-SWA
MKEMQINKQLPVITMNFEEVKGSLQETMKKYEGIVVTEDRLKDCKATQKSLAGLRNNIDGYRKAVKKEMEAPIKEFEGKCKELISLISDVEKPIKEGIKIYDDKRKEEKKQKVLEIINAAIKDFELEKEFADKLDLKDSYLKLTGSIKSIKEDVEMRATMLKREQEDKNTRIKMLEVSVKNEIDIVNEKIKTKLDYEKFQVYVLKDYPLERILAEINKQADIILKAENNTKQEIKEEKETIKIPLEISNKVVEETKKEVKEDKFFVDVYVEHNLDMIQALSKFLKDNGYKYKVHKKGKVK
>CP014204|1466903:1480359|1471676_1471895_+|AQM59936.2|DBSCAN-SWA
MFSNLRAEMARKQITIIKISELLGVNRDTVSRKLSGKSPLFLNEALLINKEFFPNKKITYLFKELVPNKKVS
>CP014204|1466903:1480359|1466903_1467611_+|AQM60085.1|DBSCAN-SWA
MLKIQVLLNSILEKLGLFRKKLHYVGGSDALPPPLAKDEEEDLVNKLRNGDEKVRSTLIERNLRLVVYIARKFENTGVYVEDLISVGTIGLIKAVNTFNPEKQIKLATYASRCIENEILMYLRRNNKIKAEISFYEPLNIDWDGNELLLSDILGTENDTVYNLIEDEVDKQLLFIALKNLNDREKEIVELRFGLNGCNEKTQKEVADILGISQSYISRLEKKIINRLKKEISKMV
>CP014204|1466903:1480359|1478533_1478857_+|AQM59435.1|DBSCAN-SWA
MAVNSQLLKGLMDKVILKIINEEETYGYEIYIKLQKLGFIDFAEGSLYPLLLRLEKKGLIKGIKRKSQIGPDRKYYSLTEEGIQEMNDFKENWDKINLAIEKLWNNG
>CP014204|1466903:1480359|1473479_1473668_+|AQM61260.1|DBSCAN-SWA
MDKLEVAREAVIIYFEENISATRAIEKVKEKYLDTDQSIQGTNINETIFNNIIPLQGNLNNT
>CP014204|1466903:1480359|1472640_1472973_+|AQM60092.1|DBSCAN-SWA
MNEKLLTVRDLAERWQKTELTIRRYVADGILTPCKGVPGTMFAPSYIAKLEGVELERVSPLEKRRLETERDMYKKKYEDMKAIITNVLIEVSKVIKIPKENELDNINVWR
>CP014204|1466903:1480359|1468889_1469339_+|AQM60350.1|DBSCAN-SWA
MKCPFCSFEESKVVDSRSTDDNTTIRRRRECLNCNKRYTTYEKVEDIPILVIKKDSTRENFNKEKIINGLIIACQKRPISRKQIEGIAEDIEKTISNKMMTEVQSNYIGEMVMERLKEIDEVSYVRFASVYRQFKDINTFMEEINRLMM
>CP014204|1466903:1480359|1479338_1479623_+|AQM60060.1|DBSCAN-SWA
MEYFIVLLFVIVGMLAFNEISVLKKRIKIQEDRLNELCKITGHDNLSSYWVSDELKELAIHLKRTGKEVEAIKKIREQTQMSLIEAKQYVEKLD
>CP014204|1466903:1480359|1467691_1468465_+|AQM59904.1|DBSCAN-SWA
MIINKVEICGVNTAKLPVLKEKEKRELLIKMQNGDNSARESFIKGNLRLVLSVIQRFNNRGENVDDLFQVGCIGLMKAIDNFDLSQNVKFSTYAVPMIIGEIRRYLRDNNSIRVSRSLRDIAYKALLVRDKLVKENNKEPNISQIAKELNIPREDVVFALDAIQDPVSLFEPIYHDGGDAIYVMDQISDSKNTDENWLENICINEAMKKLSDREKLILNLRFFRGRTQMEVADEIGISQAQVSRLEKTALKHMRKYV
>CP014204|1466903:1480359|1473679_1473859_+|AQM59896.2|DBSCAN-SWA
MMSLPDCCYDYRNIESECTEIDTCTECGCGIYEGEEYYEISGQVICCDCIQYFKKKAEL
>CP014204|1466903:1480359|1468531_1468810_+|AQM58892.1|DBSCAN-SWA
MEENLHSINSMRNMDVIDIKTGKKLGYISDIKLDCEEDKVLALIVPGESKGWFGKTEDIEIPWEDVEKIGIDVILVSAENINICSEDNNIYR
>CP014204|1466903:1480359|1471057_1471486_-|AQM60383.2|DBSCAN-SWA
MKTRNLSIPEISRATGLSDSTLRSIISRKTKNISLEVAFKLSQGLNVSLEELNGEKEISTNIDKAIELSIEEKNHLEDLRKLNDMGKKKVITYTKDLIEMPKYIKETESDYLAPIAAHDDNLTDEEKAVMDQKINEYLKKHK
>CP014204|1466903:1480359|1470560_1471025_-|AQM60407.1|DBSCAN-SWA
MTKYENLVIEAHKQGAKVVEIDLGTTTPCGKCIDNIIIINNRIKDSEKYCILAEELGHYKLTVGNILDTKKINNKKQELLARKWGYEKNVGIIGIINAFEYGCVNKHEIAEFLGVTETYLNEAIDYFYHKYGDGCKIDNYYITFYNGIQITKAF
>CP014204|1466903:1480359|1469383_1470487_-|AQM58960.1|DBSCAN-SWA
MDYNITYREKNNGIQVIVSYKDDFGKWKQKSKQGFPNTREGKKKAKLAADALLQEIKNNLENKINLDYCEITFKQFTNMYIEHIKLYRSLKTVIVYQSTIKAFKDLDNLKLKDINTFNIQKCIDKLTKKGLRETTIKDYITKLSTIFNTAINNYNIIAKSPVKNLNIKESKKKFEKKALTDKEFDELVRTFENSKYVNYVPVIIIAGTCGLRIGEIMGLTWEDVDFKSAVLTVNKQWKVVSLTPKRYGFDELKSKNSYRSVPIPPKTIAYLEKLKQTQPSNPLNRIIKSQSNDAVISFLNKKFKALGFNISIHELRHTYATKLIANGIDFKTAANLLGHTVEQTMKTYSHVTNDMLNRASNIINNIF
>CP014204|1466903:1480359|1473870_1474524_+|AQM61055.1|DBSCAN-SWA
MAGEKKLNIYQKIQKARVELQNKKLKKSGKNTYSNYEYFELGDFLPGVNDVCNNNGLSTIFHFEKDKASLKVIDVDEPTSCILFETPIEMAAIKGSSVMQQIGGTQTYARRYLYMMAFEIAESDVIDGGEIDTEAEERRKKINKASVLTINKLIDETETDKKKFLAWAGVNKVEDITNEALGTCLQMLDKKKKDIDLKKQQEEHQKELEQHQTDFEF
>CP014204|1466903:1480359|1479864_1480359_+|AQM59867.1|DBSCAN-SWA
MIDKNIFRKTEAILYDYNNLALRIELLKAEIKDMEETYQGCGSISYEERTQATNKFNSSVENEIIEREKELRALKLDLNNKIKLKRRVDAAIQGLKKDEERKLVELRYINKRPLSWNQIAYVLKYSQEYCRKDLRRDAIKGIADTVFYNPYEQTKFFPDICKKY
>CP014204|1466903:1480359|1473021_1473207_+|AQM58664.1|DBSCAN-SWA
MHFIKYLIIGAVATLQIATFCIAVSKYIDSSNRKDRIEYLLMALSGLIGFILFSNPVVLLY
>CP014204|1466903:1480359|1479001_1479205_+|AQM59434.1|DBSCAN-SWA
MRKCKCGGNFIYDGYDEIEIDERDLIVIKGECKCNKCGIEAYYEEYHQVDFNKPFEVEIDTNIDGID
>CP014204|1466903:1480359|1471907_1472627_+|AQM60908.1|DBSCAN-SWA
MSELIKLNTNSNDITLSARELHNFLEVTERFNNWFNRQLQYGFEENRDYVGCKVFNTLAKQELLDYEIKLDMAKEIAMIQRSEKGKQARQYFLQVEKAWNSPEMIMKRALEIANKQVENLKLENMEQKKLLDEQKPKVLFADAVSTSHTSILIGDLAKLIKQNGIDIGGRRLFEWLRANGYLIKRKGTDYNMPTQKSMDLGLFEVKETTINHSDGHITTNRTPKVTGKGQQYFINKFLN
>CP014204|1466903:1480359|1477357_1477678_+|AQM61302.1|DBSCAN-SWA
MIDGQVSIFDLEEDEIIQIEFTKEQQDTIEKLKEKNWIEYSLYDNGMVIFILKEQVNINVIPQGNVEQEYKIRDNYKSYFIKENGEIDCYGLGITRWNDPIKVIEC
>CP014204|1466903:1480359|1476790_1477267_+|AQM58637.1|DBSCAN-SWA
MKNEGKRFEEDFKKSIPEWCWCNRYKDGTANFGGTKNENVRFQAHNICDFEVLAEDKLFLLELKSYNGVSIPLSGIRKTQLEEMLKASEYKNIKPYFMFNFRPLQKIYAVKVENVQEFVKKAERKSIPVKWCIENGIELEGIKKKVRFKYNLEEFFRN
>CP014204|1466903:1480359|1475454_1476327_+|AQM58883.1|DBSCAN-SWA
MDKASKGFIKLDRAIFEHWIFQDAEKFRAFVDLIQLMRWKDEKLVIGNKVVDIPRGSYYTSELKLAERWGWSRNKTRDYLKLLENEGMITKKGTAKGTMLSLENYDLYQGEGTTKSTLKEQQYIYQDVQQKKHQEIHQENIEEYTEKGTTKRTTPSLGNSSFYQDEGTTKGISEKQQQVQHEVQQKVHQKNIKRYTKEEIKENKEVKEGEERKEVKENIPQLEPLSFPTPSCSKIYKLIGENGYRFFMNTDIKENDETISIKTKSNVDKTIIAQYIPRIDWKLNKRIEVV
>CP014204|1466903:1480359|1477893_1478532_+|AQM60455.1|DBSCAN-SWA
MERIRKDKYCLNGEYYEALETINSRLGFVVPKSFRKEVYNDLLEFLFRNQRLGKPLNKALGKSLDDFIDELVETYYLTLGKGKFINYFLQNGFLCSFSCIMFYIINSSFNDSNVLPYSFAALIMGMIGFLGGIIRVYTNYKCLYKFTGYKKHLFQVFLMLWPLYFVIFGDNYIFNLTKNIIISKNVVLGIIIVEAIIYLVLVLLFRYEGKRD
>CP014204|1466903:1480359|1476326_1476671_+|AQM60250.1|DBSCAN-SWA
MDPNELIGKLNICVAALTKGNIQLKTLGLKKAESERVYRVALAKKIFNLKMNKVQVSLIRDLSRGDEEISRLRLERDSAENDYYVCKSSMENLKVEIEVLRSKLAWLKLEFKNY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AQM60085.1|1466903_1467611_+	sporulation sigma factor SigE	A0A2H4JC68	uncultured_Caudovirales_phage	8.5e-20	45.0
AQM59904.1|1467691_1468465_+	sporulation sigma factor SigG	A0A0A0RV91	Bacillus_phage	6.1e-48	43.0
AQM58892.1|1468531_1468810_+	YlmC/YmxH family sporulation protein	NA	NA	NA	NA
AQM60350.1|1468889_1469339_+	transcriptional regulator NrdR	NA	NA	NA	NA
AQM58960.1|1469383_1470487_-	hypothetical protein	F8HGP4	Streptococcus_phage	2.7e-28	29.9
AQM60407.1|1470560_1471025_-	hypothetical protein	A0A0A7RVV2	Clostridium_phage	3.8e-29	48.0
AQM60383.2|1471057_1471486_-	hypothetical protein	Q8SBN0	Clostridium_phage	1.3e-15	38.8
AQM59936.2|1471676_1471895_+	hypothetical protein	NA	NA	NA	NA
AQM60908.1|1471907_1472627_+	oxidoreductase	I6SN64	Staphylococcus_virus	7.7e-77	61.6
AQM60092.1|1472640_1472973_+	hypothetical protein	NA	NA	NA	NA
AQM58664.1|1473021_1473207_+	hypothetical protein	NA	NA	NA	NA
AQM61260.1|1473479_1473668_+	hypothetical protein	NA	NA	NA	NA
AQM59896.2|1473679_1473859_+	hypothetical protein	NA	NA	NA	NA
AQM61055.1|1473870_1474524_+	recombinase	A0A0A7RVW0	Clostridium_phage	4.6e-28	37.7
AQM60116.1|1474536_1475439_+	hypothetical protein	A0A2H4J082	uncultured_Caudovirales_phage	1.3e-17	36.4
AQM58883.1|1475454_1476327_+	hypothetical protein	A0A0A7RTY6	Clostridium_phage	3.7e-25	46.1
AQM60250.1|1476326_1476671_+	hypothetical protein	A0A0A7RTL9	Clostridium_phage	3.2e-25	52.6
AQM58637.1|1476790_1477267_+	hypothetical protein	A0A1P8CX67	Bacillus_phage	5.0e-08	32.1
AQM61302.1|1477357_1477678_+	hypothetical protein	NA	NA	NA	NA
AQM60455.1|1477893_1478532_+	hypothetical protein	NA	NA	NA	NA
AQM59435.1|1478533_1478857_+	PadR family transcriptional regulator	NA	NA	NA	NA
AQM59434.1|1479001_1479205_+	hypothetical protein	NA	NA	NA	NA
AQM60060.1|1479338_1479623_+	50S ribosomal protein L7/L12	NA	NA	NA	NA
AQM59867.1|1479864_1480359_+	DUF722 domain-containing protein	Q0SPJ6	Clostridium_phage	3.8e-27	43.2

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>CP014204|1484774:1504406|DBSCAN-SWA
GATGGATAATAAGAAGCTAACACCAAAACAGAAAGCATTTGCAGATTACTACATTGAGTTAGGTAATGCAACAGAAGCAGCAAGAAGAGCAGGATATAAAAAGCCTAATGTGCAAGGAAGTCAAAACTTAGAAAAACTTAGTGTTAAATCATATATAGAAGAAAGAATAAAAGTCTTAGATGAAAAGAGAATAGCAAAAGGTGAAGAAGTTCTCCAGTATCTCACAAAGGTTATGAGAGGAGAAGAAAAAGACCAATTTGGATTAGATGCTTCACTTCAAGATAGAACTAAAGCAGCAGAGCTATTAGGTAAGAGATATAGGTTGTTTGTTGATAAAGTAGATACTAATATAAATGCTAGTATTGTTTTTGAGGGAGAAGATGAACTTGAAGATTAACAATGAGTTAAGAATAAGTTTACCAAGTAAGATAGGTAAAGGCTACGGTACTTTTTGGAGATTTAAAGGTAGATATAGAGTTGTAAAAGGTGGTAGAGGAAGTAAGAAATCAACTACTACTGCTCAGTGGATAATCTATAATATGATGAAGTACCCTAAAGCAAATACTTTAGTTATAAGGAGAGTATTTAATACTCATAAAGATTCTACTTATACTCAGTTAAAATGGGCAGCTAATAACCTAGGTGTATCTCACTTATGGCATTTTAGTAAGTCACCTTTAGAAGCTACATACATTCCAACAGGACAGAAAATATTATTCAGAGGATTAGATGATCCTATGAGCATAACTTCTATTACTGTAGAGAATGGCTTTTTATGTTGGTGTTGGTTTGAAGAAGCTTTCCAAGTAATGAATGAAGATGATTTTAATAAAGTTGATATGTCTATTAGAGGGGAATTACCTAAAGGATATTTTAAACAGATTACTTTAAGCTTTAACCCTTGGAGTGAAAAACATTGGTTAAAGAAAAGGTTCTTTGATACTGAAGATGATAATATCTTAGCATTAACTACTAATTATAAATGTAATGAGTTCTTAGGTGAAGATGATAGAATATTATTTGAAAGTATGAAAGAAAAGAATCCAAGAAGATATAAAATTGAAGGGCTTGGAGAGTGGGGAATAGCAGAAGGTTTAGTATATGAAAACTTTACTGAACTTGAATTTGATATAAAAGAAATAAATAAAAGAGCAGGAGTTATTAGTGTCTTTGGTTTAGACTTTGGATATACTAATGATCCAACTGCATTTATATGCTGCTTAGTTGATGAAAAGGATAAGGAGCTTTTTATTTTTGATGAACATTATCAAAAAGCTATGAGTAATACTGACATAGTTAATATGATTAAATATAAAGGTTATTCTAAAGAAAAAATAATTGCAGATAGTTCAGAACCTAAGAGTATTGATGATATTAGAAAACAGGGAATAAGAAGAATTAAAGCAGCTCAAAAAGGTAAAGATAGCATCTTAAATGGAATACAAAACATACAGGATTATAAAATATATGTTCATCCTAAATGTGAAAATACATTGGTAGAATTAAATAACTATGTATGGGACACAAAGGAAGGACAAGTTATAAATAAACCTATAGATGATTATAATCACCTTATGGATGCTTTAAGATATGCTATGGAACAAACTAAGAAAAAAGGTGGAATGAGAGTACTTAAATAGAAAGGAGGAATAATATGTTTGGATTAGGACAACCAGTACCAACAATAGGACCTATGAATACTATTCAATGGTTATCAGAAGAAATAAATGAGTTTCTAAGTTCACCTAGTAGAAAACTTATGATAACTGGAGAGCAATATTATGAGGTTAATAATGATATATTCCAGAGAAAAATAACCAGACCTACATCAAATGGTGGCAATGAAGAATTAAAGTATAAAGCTAATAATAAACTGGCTCATGCTTTTTATAAGAATCTAGTAGATGAAAAAGTAAATTACCTACTAGGTAAAGACTTTACTCTTAAAAGTGATAATGAGGAATATATTAAAAAACTTGATTGGACTTTAGGAGAGGACTTCTTAGATATACTAAATGAGTTAGGATATGAAGCTTCTAATAAGGGAATAGGATGGTTACATATATTTATTAATGAAGAATCTAAGTTAGATTATATGGTTATACCTAGTGAACAAATAATACCTATATGGACAGATAGAAGGCATAAGACTTTAGATAGACTAATAAGGATTTATGATGTGGTAGTCTATGAAGGTACTGAAAAGAAAACAGTAACTAAGATTGAATTATGGTATCCAGATAAGGTTGATTATTATATAAAAGATGGAGAACAAATATTATTAGATAGTGAAAAATATCTTAATGTAAATGGCAATATAGGACATTATTTAAAAGATGGTAAGTATGCTGTGTGGAATAAGATACCATTCATTTCATTTAAAAATAATAGAATAGAGATAGGAGATATTAAGTTTATTAAGAGTTTAATAGACAGCTATGACTTATCTAGGTCAGATGTAGCTAACTTTATAGAAGAAGTTAAGAATCTAATCTATGTATTAAAAGGATATGGTGGAGAAGATTTAGGCGAGTTTATGGATAACTTAAATTATTATAGAGCCATAAGTGTTGATGAAGATGGTGGAGTAGATTCATTAAATCCTACTATGGATGTAGAAGCTATTAAAGTACACTATGAACAATTAAAAAGAGATATTAACGAGTGTGGACAAGGAGTAAATAAAGATCTTGATAAGTTTGGTTCAGCTCCTTCTGGTATAGCATTAAAATTTTTATATAGTGGAATAGATTTAAAGTGTAACTCTTTAGAAGTTTTATTTAAAAAAGCTTTTAAGGAGTTATTGTATTTTATAAACATTTATTTATCAGAAAGTAATCAAGGATCATATAAAGATGTACCAGTAGAATTAATATTTAATAAGAATATTAAGATTAATGAAACTGAAACAATAACTAATTGTATAAATAGTAAAGGCGTAATTAGTAATAAAACCATTATAGCTAATCATCCTTGGGTTAAAGATCCGGTAGAAGAGCAAAAGCAAATAGATAAAGAGAATGAAGAGTTTGGAGTAAATTTTGATAAAGTACCAATAGGTGAAGGTAATGAAGAATAGTGAATACTGGGAAAAAAGAATAGCTAAGAATACTTGGAATATTTATAATACCTTAGAACAAAAGAATAAAGCTTTATTAGAAATGTATCAAGAAGCAAGTACGAGCATTAGTGATGAACTTTATAGATTAGCTGAAAAGATCAAAACAGCAACTCCAACGCTTTCTGATATGCATAAGTTTAATAGGCTTACTAAATTACAAGAGAATATAAATTTTATAATCAAAGAACTTGGAAATAATTTAGAGAGCTTTGGTAAGAAGAATATGTATGAAGGTTTTAGTAATAATTATAAAACTATTATGGAAGCACTAGGACAAATTGATTTTGCTATGCCTAATAAAAAGTTGATGGAACAGTTATTAAATAAACCATGGTTAGGTAGTAATTTCTCTGAAAGACTATGGAAGAATACTAAAGTCTTAGCTATGAATCTTAATGATATTCTTACTACTGGATTAGTGCAAGGAAAGACAGTAACAGAAATGGCCATTCAACTTAATAATAGAATGAATCAAGGTTTCAATGTAGCTCATAGATTAGTTAGAACTGAAACAATGCATTATCTAAATGAAAGTAGCTTTATGGCTTATAAAGATGTAGGATGTGAAAAAGTTCAATATTGGGCAGCAGAAGATGAAAGGACTTGTCCTAGATGTGGAATGAAGCATGGCAATACATATAGCCTTAAAGATAGACCAATATTACCTCTTCATGCTAATTGTAGATGTACCTATTTACCTGTAATAAACGAGGTAGATGAAAAAAGAAATTATGATGAAGCTAAAAATATTAATAATGAGAATAATGTACAAGAATTTAAAAATGATGGTATAATTAATAATAAGAATTGGTTAAAAGCTGAATTTCCAAATGAAAAGAAATTCAAAAAACATGTTGAGAAACATTCTAATGAATATAATAATATATCAGCTGAAAAATATTTAAATCTTGCACGAAATCTTCTTGCAGCAGATTTAAATAAAGATATAGATGGATTTAAAAGTAAAGAAGGATTTATTTTTAAATATAATAAAGAAACTAATGATTTTGCAATAGGAAGAGCTGATGGTAAAATATCAACGTTATTTAAACCAGATGAAAAGTTAGATTATTGGGAAGCTCAAAAAGAACTTTATGGCAAGGAGGAATAAGTTATGAAATGTCCAGTTTGTGGTCAAGAAGTAGATATGTTTGATATTTGTGATAACTGTAATTATGAAAATAATGGACCAAAAGAAACAGAAGATATTCCAAAAGGTCCAAATAAAATGTCACTTAAAGAAGCAAGAGAAGCTTATAAAAATGGTAAAAAGATAAATTAAAGGCACTTACTTAGATAAAGAGTAGGTGCTTTTATTATGTATAAATTTAATGAGTCTTAGAAATAAGGCTTTTTTATTTTGCCTTTTTTCTTGCTTTACAGGCGTAAAAGAATAAAGATAAGAGCCACATTACAAGAGCAACACTTGTAAAAAGCGTAAATGGAGGGATATATAAATGAATTTAGAAGAATTATTAAAAGCTCAAGGATTAGATGATAATCAAGTTAAATCTATTTTGGGAGCTATGAAAAAAGAAAAGATTTATACTACTAATCTTGAAAACATAGAGGAAAGGTATAACAAGTTAAAAAGTCAAAAAGAGGACTTAGAAGGGCAACTTAATACTGCTAATTCTACTATTAAAGATCTTAAAAAGAACAATGCTGACAATGAGGAACTTCAAAAGACTATTAAGCAGCATGAAGATACTATTAAGACACAAAAGGCAGAATATGAGAGCAAAGTAAGAAATTTAACTTTAGATAGTGCTATCAATAGTGCATTAACTAAGGCTAAAGCAAAACATTCTGATTTACTAGCATCTAAATTTGATAGAGATAAGCTAGTAATAAATGAAGATGGAACTGTAACGGGATTAGATGAACAACTTAAAGGATTTAAAGAAACATATAAAGATATGTTTGAAGTTACTTTAGGTGGAGGAACACCAGCTAATCCAGAGTTTAAACCAACTACAATTACAAAAGAACAATTTAATAAAATGGGATATCTTGAAAGAGTTAAGTTAAACCAAGATAATCCAGAACTATATAATTCACTAAAAGGAGAGATATAAAACATGGGAACAGGAATAACAAAAATAGAAAATTTAATTGATCCAGAAGTTATGGCAGATATGATTGATGGACAAATAGGTAAAAAGATAGTAGTAACACCATTTGCTAAGATTGATACTACTTTACAAGGAAAACCAGGAGATACTATAACAGTACCAGTTTATGAATACATTGGAGATGCAGAAGATGTTGCAGAAGGTGTAGAAGCAGGAACAACTGTATTAACTGCATCAACTACAAATGCAAAGATAAAGAAAGCAATGAAAGCAGTTGCATTAACAGATGAAGCAGTATTAAGTGGATATGGGGATCCATTAGGACAAGCAACTGGACAATTATCAAAATCTTTAGCTGCAAAGGTTGATAATGACTGTATGAGTGCTTTAGCAGGAGTAAAGACATTAGTTTATGATGGTTCATCTGCCAAGATTTCATATAATGGGGTTGTAGATGCAATAGATTTATTTGATGAAGAAACTCCAAGTCCAAAAGTAATGTTTGTAAATCCTAAGCAAGTTACAACTTTGAGAAAAGATCAAGATTTTATTGATGCTCACAAGTACAATAACAATGTAATGATGACAGGAGAAATAGGTTCTATAGCTGGTGCTAGAGTAGTAACATCTAAAAAAGTAGCTTTAGACTCAACAAGTGCTTTTTATTCTTGTCCAATTGTAATACTAGAACAAAATCCAGAAGATAATGTACAAAATGAAGAAGTACCAGCTTTAACAATTTACTTAAAAAGAAATGTAAATGTTGAAAAGGAAAGACAATCATTAAAGAGAACTACAGTGGTAAGTGCAGATGAATTTTATACAGCAGTAGTATCTAATCCTAGTAAAGTTGTTTTAGCTAAGTTTAAGAAATAAGAGAGGATAAAACCTCTCTATTTTTATAGGTGATAGTATGGATAAGGGTAAATTATTAGAAAAAATTAAAAGAAGAAGTAGTGCAGCAAAGAATGAAAGTGATGAATTACTTAATGATCTTATAGATGAAACACAAGAAGAAATAAAGGAGTTTACTCATAGAGAAGATATTCCTCCTAGTTTAGAAGGTTCTTTAATAGAGTTAGTGGTTATTAAGTGCAATAGGCTAGGGACAGAAGGAATAAGTTCAGAGAGCTTTAGTGGAGTATCTACAAGTTATTTGAATGGATTTCCTAAGCATATAGAAAAGAAATTAAGAAAGTGTAGAAAGTTACCATAGGTGATTATATGAGTATTAATGGAGACATGAAAAGAATATTATTACAAGAAAATAAAGAAGTTATAAAACCTTCTGGAGCTAGAAAAAAAGAATGGATTGATATAGAAGAACCTATTTTAATAGCAATCTATGAAACTGATAATAGAGTTAATACAAGTAATGCTATATATAATTCTAGCACTCATATAGGACTAACTTTTAATAAGAGTATTACTTCTAAGAACAGGTTAAAAGATGGAGAAAGAATATATAATATAACTGGTGTAAATCCACAAGGACGATTAAATCAAATATTCTTGAAGGTGATAGAAAATGTCTGATAATGAACAGTTTAAGAGTAGTTGTCAAAAAGCAAAGCTAATTATTGGTAAACAGATATTTAATAATGTAACTAGAGCATGTTTATTAATAGAAAGGGAGGCTAAAAAGAATTGTCCTGTAGACCAAGGTCCATTAAGAGCAGCTATGACATATGATGTTAATTTAATGTTTGGAGAAATAAGAGGAAAGGTTGGAAACACTATGGAGTATTCTCCATATGTACATCAAGGTACTGGTATTTATGCTAAGAATGGTGATGGGAGAAAAACACCTTGGAAGTATAAAGCAGAAGCTGGAAAGTATGCAGGATGGCATACAACGGTTGGACAAAATCCACAACCATTTTTAGAAAAAGCTAAAGTTGATAATATTGCTAAAATACAAAATATATTAGGGGAGGGATTAAGATAGAAAATAAAATTATAGAGTACTTAAACACTAATCCTTTATTAGTAGATTTAGTTGGTGAAAATAGATTTTTTCCTCTTTTTACTACAGATATTTCAAAACCTTCCCTGGTGTATTCATATTCTCCTATTACAAAGGATTATGTAAGTCAAACTCAACTTGAAATAAAGGTAATATGGAATGACTATGATGAAGTTAAAGAGATAGAAAAATGTTTGGAAAAAATACTTTCAAAAAAAGATAGTGATTTTAAGTTTAAAACTTATAAGGATTTAATATTTAAAGCTACCAGAAGTGGTGGAGGAACGCTATTCAGAGATGATCTACAAATGTTTGAGAATAGCGTTATTTTTATAATCAAATATAGAGAGGATGATTAAATAATGGCAGAAGAAAATAAATCAATAATGCTTGGAGCAGGAGACATATATATGATGCCTTTTGATGGTGTTGCTATTCCAGAAGATGCAACTATAGAAACACCAGCAAATAATGTAGGAGATTGTAGTGGAGGTTTTAAAGTTGAATATAAACCTAAGTTATATGATGTTAAAAATCAATACAATCAAATTGTAAAAAGATTTATTGTAGATGAACAAATTAGTGCTAAGACAGGAATCATAACATGGGATATGAAGAAATTAGCCATGTTATCTACTGCTAAGATTACAGAGGATAGTTCTAAAAAAGTGAGAAAACTTACTTTTGGTAATGGTGGTGGAGAATTACCTTGTGTTCTATTAAGGTTTATTCAGAAGAATACAGGATTAAAATTTACTATGATTGGACAAGGTGGAAGTGGATTTGGACTAGAGTTTGGTGAAAAGGAAACTACTATAAATGCTGAACTACAAGGAATCGTAAAAGTCAAAGATTTCTTAGCAGAATTTGAAGAAAAGTTACCAGAAGCTTAGGAGGAATTATATGCTAGATTTAGATTTAATAAATGAAGAAACATTAGATATTAAATTAAATAAAGAAATTATTAATGTAAAAGAGCCTAAGTATTCCTTGGTTATAAAAACTAAGGATTTTTTTAATAACGTTAATAAAGGTGATCCGATAAAAAAACAAAATGAAATATTATTAGAATTTCTAAATAATAATACAAATAATAGAAAATTTAAAGAAGAAGATATTATGAATATGTCTAGTAAAGCAGTTACAGCTCTATCTAAGTTGTTAATAGATATAATTATGGGAACAGAAGAAAACCCAAATTAAAAACTCCCATTCCAAGTGGAGAAATTGGCGAGATTATAATTGAACAATACTTTCCAACAGAGGGATGGGAGAAAAATAATAACTTTTCTTGTGTAACTGCAAAAATAAAAGCAATAAGTGAGTATACAGGTTTAAATTTCAATGAAGTTTATAACTTGCCATATTCGCTTTTTTTATTGTATGCAAAAGAATCTTGGCTTTATGGATTAAAGCAAAGTGAGAAAGGTAGAGAGTTCTTAAAAACTATTTGGGAGCTAAGACAAACAGAAACAGATATAGATGCAGTAAAAGAATTTGAAGGGAGGTATAGATAATGTCTAACGGAATAGAATTAGCACCTTTGGTAGTAGAAGTTAATGCTAAATTAGATAATTTCAATAATGGAATGGATAAGGTAGAGCAAAAAGGAGAACAAACAGCAAAGAGTGCTACTAGTAGGTTAAATAAAATTGGTAGTGGTTTAGAAAAAGTTGGTGGAAAATTGACTACTCATGTATCTGTACCTCTTGTAGCAGTTGGAACTATAGCAGCTAAAACAGGAATGGATTTTGAAGCAGAAATGTCTAGAGTTAAAGCTATAAGTGGAGCAACTGGAGATCAATTCAAAATGTTAGAAGACCAAGCATTATCATTAGGACAAAGTACAGCTTTTAGTGCAAGTGAAGTTGCAGAAGGTATGGAAAACTTAGCAAGTGCAGGTTTTTCTACAAATGAAATTATGGAAGCTATGCCAGGACTTTTAGATTTAGCAACAAGTTCTGAAATTGCAGCTAGTACACTTAGAGGTTTTGGTTTAGAGGCTAGTAAAACTGGACATGTAGCAGACGTTTTAGCTAAAAATGCAGCTTCTACTAACGCAGCCGTAGCAGATACTGGGGAAGCTATGAAATATATTGCGCCAAATGCACGTGCAGCAGGCCTTAGCTTAGAAGAAGTAACTGCGGCAATTGGAGAACTAGCTAATGCTGGTATTAAAGGTAGCCAAGCTGGAACAACACTTAGATCGGCTTTAGTAAGATTAGCAAAGCCATCTGATCCAGCAGCTACTGCTATGGAACGAATAGGATTTACTGCTTTTGATTCAAGTGGAAAGATGAAATCACTTGCAACAATAATGGGAGAGTTAAATGAAAAGACAAAAAATCTTACAGATGAGCAAAAACAAAATACTATTGCAACTATTTTTGGTACAGAGGCTTTATCTGGAATGACTGTTTTAATGCAAGGTGGAAAAGAAGGTTTAACAGATTTAACTGAACAATTTAAAAACTGTGATGGTGCAGCTAAAGAAATGGCTGAAACTATGCAAGATAACACTAAAGCAACTATAGAACAAGCAGGAGGTGCGTTAGAAACAGCATCTATAAAAATGTTAAATATAGTAGCACCAGCCATAAAGGATGTTGCGGATGGCATTGGAGACCTTGCAGATAAATTTAGTGCTTTGTCTCCAGAAACACAGGAACTTATTTTAAAGATGGGAATGGTTGCTATAGCTGCTGGTCCTGTTATATCTACAGTTGGGAAGGGAGTAACTTTATTTAGTAAACTAACACCTTTAGTTACAAGTGCAGGAATAGCAACAGCAGGAGCAGGAGCAAGTGCAGGAGGTGCAGCAGTAGGCTTTGGAGCTTTAAGTACAGTTGCACTACCTTTAGTTGGGATTTTAGCAGCAGTAGCAGGTGGGATATATTTATTTACTAAAAACACTGAGGTAATGTCTAGTAGTTGTTTAAAGTCTAAAGAGGAATTAGGGCTAGTTGGCAATGCTTTAGAATTCTTACATGGAGATATAGCATTAAGTACAGAAGAAATGGCTAAAATGAATATTAAACATAAAGAGTGGTCTGATAAAATAAGTCCAGAAACTCAAAAGGCTTTAACTGAAACCTCTGATAAGATTTCTAAGCTTAACTATGAATTAGAAAGTAGTAATGGATTAGATGGAGTTATTAGTAAAGGTCAAATAAATTCCTTGAAAAAACGAACTGATGAATTATTTAATGAAACAATTAAGAAAATTAAATCAAAATCACCAGAGGTTCAAAAAGAAATGGCAGAAGCATTTAAGGCAGATGATGGAACTTTAGATAAGAATGAAAAGAAATTAATGGATTTCTTTAATCAATCTCAAAATAAGCAGATAAAAGAAGTTAAAGAATATCAAAACAAATTAATTCAATTTATGATAAAGCAGCTAAAGAACATAGAGATTTAAAACAAGATGAGATAAAAACTATTCAAGATTTAACTATAAAAATGGGACAAGTTAATTTAAATAATACTGTTAAAAATAATCAGGAGCTTATAGCAGCACAAGCAGATTTTAATGCTAGAATGAAAGATTTAGATATGAATGGCTTGAGTTCTCTATTAAGTGAAAAGGCTAAAGCAAGAGATAAAGAAATAACAAGTATAAGACAAAATTATGATAAACAGATAGAAGAATTAAAGTTATATAGACCTAAAATGAATGCAGAACAAAAAAAGGCTTGTGATGATCAGATTGATAAATTAGAAAAGCTAAAAACTAATTCTGTTAATAATGAAAAGAAAAAGTATCAAGGATTTTTAGATGAAGCTATGAAGAAATATCCTCAACTTATAGATTATATAAATACTAGCAATGGTGAAATTATGAGTGATGAAGAGCAAAATAGCTATAAAAGATTAACTAGATATTCAGAAACTATGGAGGGAATGATGGGAATAACTAAAAGTGGTTATTATCAAATTAAAGATACTGTAGATGGATCTATGCATGATTGTTATGTTGATGTCGACGATGCAACAGGAAGAATTAACGGTGTATGGGATAATACAACACAGATGATATATGGAAATCCAGTTAAAGCACGAGAAGCTATAGATCAAGATTTAAAAAATGGTCAAAAATTTCAACCTATTGTTAATTCATACGACAGCAAAAGGAATGATATCTGGAAAAATGCAATAAAAGTACAATGTGAACAAGATACAGGTATATTTGCTTGGGTAAGAAATGCTTGGAATGATAGTTTAGGATATATATTAGCACATCCTATAAAAGCAGCTAAAAACTTTTTTGGTGGAGGAAATGATGGGAACCACTATAACGGATTAGATAACGTTCCATATGATGGGTATATAGCTCGTTTGCACAAAGGAGAAAGAATACTTACAGCAGAAGAAAATGCTAGATATAATTCTAATACAGATAATAGTATACAAGTAACACAAAATATCTATGCAGATACTGCAAGTCCTTACGAGATAGCAAAAGCAACTAAGCAAGGATTAAGGGAATTGCAGTTTATAGGAAGGTAGAGAATATGTATTGTAATATAAAACTTACAAATTTAAATAACAAAAAGAGCATAAATATAGAAAGCAATATAAATAATAATGGAATAGTTTGTACTAACTTCTCTGATAATCAAGTTAAAGGAGATTTTCAAAGAACTAAGGGAGTTAATCAATTAGGACAATCTATTAATTCATCTACTCTAAGTGTTAGAGATCTTATTTTAGAAGGAATTATTATAGGAGAAAATCTTACTCAAAGAGAAATATTAAAGAAAGAGTTAGTAGTTATATTAAATCCACTTGATGATGTGTTACTTGAATATACAGATGATTGTGTACAAAAAGCTATAATAGTAAGAGCTACAAATGTTCCTATATTTGATAAGGAATTAAATACTAAAAATCTTAGAAAGTTTATGGTGCAATTAGATGCTGAATATCCATTATGGCAAGATCAAATATATACTACAATAAATGTGGAAACTTGGAAGGGTAATTTCGAGTTTCCTTTTTTTATACAAAGTACAGGCATAGAATTTGCAATTAAAGGTCCAAATGAAATTGAGTTTATAAATAATGGAGAAGAAAAAGCACCATTAGAATTTTACTTTAAAGCTCCTGCTTTAAATCCTAAAATTATTCTGAATGGCAATGAATATATAAAGGTTAATAGAAAAATAGAAGATGGAGAAATACTTTATTTATGTACAGCGTATGGAAATACTAAAGTAGAAATAATAAGGTCTAATGGTGAAAGAGAAAATGCTTATGGATATATAGATAAATTTAGTACATTTTTTAAACTGCCAGTTGGGTTTAATGTTATTTCTTATAGTACAGATGGAGATTTTATTCCGCAATCTGTGATAGTTAAATATAAAAATCAATATTTAAGTTTATAGCAGGTGATTAAGTGGCAGAGTTTGGCGGATTTTTTAATAGTGTTAATGGAGATAGAAAATATAAAAGCGAAGATTTTGCGAAGTATTTCAGCACATTTATGAGTACAGGTGTTAATCCTGCAATAGATAATTTAAGAGTATATAAAAAGAATAATAATACTATAGAAATAAGAAAAGGAGCAGCTAACATAAATGGATATTTATATCTTAATGATAATGCATTAGATAAAAATATAGATATTGGAACAAGTAGAATCGATAGAGTAGTATTGCAATTAAATTTGGTTAACAGAACTTTAAATATATTAATTAAAAAAGGTTCTACTAATGCTCCTCCTAGTATACAGAGAGATAACAGTATATTTGAATTAAGCTTGGCACAGATACAAATAAAAGGATCAGATTTTAATGTAATTGATGAAAGAGATAATTATAATGTCTGTGGTTACATGACTTTTACGGGTAAAGCAGATACTCAAGAAATGTGGAATATATTTAATAGTGAGTGGAATAATCAAAAATCCGTATGGCAAAACTGGTTTGAAAATATGCAAGGACAGAGCATAAGAGGTATTTATATACAAGACCAAAAGCCTATTAATAGTAAGGTGGGAGATGTATGGATACAGTTATTAGAATAATAGATACAAATTTTAATTTTAAGGGCATGATTGATGATTATAGCTCTTTTTATTTTGTAAGAAATTATTATCAAGCTAAAGAATTTCAACTTGTATGTTCCTGTAAATATAAGGAGATTTTAAAAGATGGGGATATAATTTTTATTGATCCTAAAAAACCTTTAATAATAGAGAGCATTATAATAGATGAAAGTAAAAATCAAATTACTATAAAAGGTAGAGATATAAAAAGTATTCTGGAAAGAAGAATAACAGTACCAACAGTAGGACAGGCGCATGATAGTTTTAAAGGAAATGCTGAGGATGTAATTAAACATTACGTAGAAACCAATGCTGTTAATTCAGTAGATAAAAAAAGAATAATAAATCAATTGATTATAGCTCCTACTACGCATAAAGGACAAATTTTAAACTGGCAAAGTAGATATAAATATTTGAATTCAGAAATAACTAATATATGTAAAACAACGGGACTAGGTTGGGAAATTACTTTAGATTTAGTAAATAACAAATTTGTTTTTGATGTAATAGAAGGTAGGGATTTAACTAATTCAAAGCAAAAAGTTATTTTTAGTGAAGATTTTAATAATATAACTGATGTTATAAAAACTAATGATTCTAAGAATTATAAAACAATGGGATATGTAGCTGGTCAAGGAGAAGGCGAAAATAGAGAAGTTAAAGAAGTGTTTAAAAATAATGACACTGGTTTAGACCGTAGAGAATTATTTATAGATGCAAGGGATATAGAAGAAAATCAAGATGATAAGTTGACAGATAGAGCAGAAGCTAAACTTAAAAATTTTGATTATATTACTTCTACAGAAAGTACAGTTTCAAATACTAACTTTATATATCAAAAAGATTGGAATTTAGGGGATATAGTAATTAGAAAAAGTGATAGTTATTTTGAGAACTTAAGAGTTACAGAGGTCACAGAAGTGTATGAAAAATATTTTAAAATTGATGTTGTATTAGGAGATGTTATACCAAATGCAATTGAAGAAATAAATGAAGAGATTAATTCAACACCAAGTTATACCGAAAATAATGGATCTAAATTATGGAGACCTAAAGTAGATTCTAATGGGAATATATCTTGGTCTGTAAATACAAGTAATGAATCACCTAAAATTGTAAATATCAAAGGTCCAAAAGGTGATGTTGGTCCTCAAGGTGAAAAAGGTCCTATGGGAGTACAAGGGCCCAAAGGAGAGAGAGGTGATATTGGGCCAAAGGGAGATAAAGGAATTCAGGGCGAAGTGGGACCAAGAGGGCCGATAGGTCCTAGAGGTGAGCAAGGGCCAGTTGGTCCGGTAGGTCCAATAGGTTTAACTGGACCAAGGGGAGAAAAGGGAGATCAAGGTCCTAGGGGGCCTCAAGGAATACAAGGAGTACAAGGTCCAGCAGGAGATGGTCAAAGTTATATTGTATTCCAAGAAATTTTTATAGCTGATGAAGGTCAAACTGTTTTTAGTTGGAATGATGGATATGTTTATCCCGTAGGAATTAATGCTGTAGCAGTATATTTAAATGGAGCTAGGATAACTAACAAATCTATAAAAGAAGTAAATGGACATACAGTAGAATTTAAATTTGCATTGAATAAAGGTGATAGAGTTTTTATAGAAGCTATGCAGGCAGTAAAAGATTTGCAGGGGCCACAAGGAGAACGAGGTCCTCAAGGAATTCAAGGTCCAAAAGGTGATAAAGGTGATATTGGTCCTCAAGGACCAACAGGAGCAAGAGGAGCAACAGGAGCAATAGGTTTAACTGGACCTCAAGGAATACAGGGTGAACGTGGACCTCAAGGTATTCAAGGTGTTAAGGGAGATAAAGGAAATGATGGATTAACTCCGGTTATTGGAGCAAATGGTAACTGGTTTATAGGTGGAAAGGATACTCTAAAACCATCAAGGGGCATACAAGGAGAAAAAGGAGCTATTGGTGCAGTTGGACCACAAGGAGCTCAAGGTATCAAAGGAGAAAGGGGAATACAAGGACCTCAAGGGCCTAAAGGAGATACAGGTTTACAAGGACCGGTAGGGCCAAAAGGTGATGTAGGTCCAATGGGACCAACAGGTCCACAAGGAAAACAGGGTATTCAAGGACCTAAAGGAGATAAGGGAGACAAAGGAGATCCAGGAACACAAATAATAGTATCTAATAGCAAGCCTTCAGATATTATTAAAGGTCGTGTTTGGATACAAACATACTAGAAAGGAGAAGTTTTATGGCAACAAAAAATGCAGTTTATAAAGTTGATAACGGTGATGGTAGCTTTGATGAACTAATGTTTAAAACAGTTGAGGATATGATTGGAGGTCAAAAACAAAGATTATTTTATGGTCAAGGGTATAGAGTCTTTCCGGGTGGACTAATATTACAATGGGGATATGTAGGTAATTTAAGTTCAAAAAAACTAAATACTATAAATTTACCAGTTGCTTTACAAGAGAATAACTATATTGCTGTAGCAACTATGTGTAATGGTAGTAACACCGACCCACGAATTAAAACAGTTTACCTAAAAAAAGATAATTTTAAAATCCAAGCTTATGCAGATGGATTAGATGTTTGTTGGTTAGTAATAGGACATGTATAAGATAGGAAGGTGATAATATGAAAATATATTTTGCTTATAAAGATGATGGAGAATTTGATGGATTTTATAATGATGAAATATTCAAAGAAATACCAAGTAATACTGTAGAAATAACAAATGAATTATGGAACCATATGTCATGTGGAATATTTAAATTTAAAATAGATAAATTAAGTGAAATAACTACCCCTTTAACTTTAGAGGATAGAGAAAATTATTTTGAAGAAATTCAAGAAGAAGAAAATAAATTTTTAAATTTAGATGAAGAATCAGCTAAACAAATAGCCAAGCTGAAAATAGAAAATCAAAAGAAAGATTTTATGTTATTACAACTATCTAAATTAGTTAATCAATTAAAAATAGAAATAAATAAACTTGGAGGTAATAATTAATGGAATTTTATAAAGCAGCATATGAGTTTGGTTATTTAACTACAGAAGATTTAAAAGAAGCAACTAAATGGGGGTGTTTAGATAAAGAGTCATTTGAAAAAATAACAGGAGAAGCATTTGAAGACACTCCAAAAATTATTTAACCTTAGGGAATATTAGAGAATATTTAAGGAAGGTGAGGACATAATGGAATGAAAGAAATTGAAGAACTTATAAGTACAGTTGGATTTCCCATAGCTTGTTGTGTAGCTATGGGTTATGTTTTATGGAAAGTATATAACAAGATGGTTGCTACTTTAGATAAAGTAACAGAAACCAATTCAGAATTAACAAAGACAAACAGTAAATTAGCAGAAAAGATAAATGCAAAGATAGATACTTTAGAAGATAAAGTAGATAAAATAGTAGACAAAATTTTATAGAAAGAAGGAATTAACATGGAACAAATTTTAAATTATTTACAAGCACATTTACCAGAAACATTAACAATTTTAGCTGTAGTACTGTATGCAGTAGGATCATACTTAAAGATGACACCAAAGATTAAAGATTGGAGTATCCCATATATTTTAATGCTTATTGGAGCAGTATGTTCTTGTGGTATTCAACATAATATTGAAGTTATTACAATATTACAAGGTGCTGCGTGCGGTATTTTAGCAGTTGGTGCTAATCAATTAAAAGTTCAATATAAAAAGAAGGATGAAAATAAAGAGCAACCACAATAAAAGTTGCTCTTTTAGTTTACAAAATTATAGTTAAAACAATTATTAATATATATAAATAAAATACGAAAGAAGGAATGTTAAATGTTAAAAGGAATTGATGTATCAGAACACCAAGGAGTAATAGATTGGAATAAAGTAAAGGACCATGTAGATTTTGCTATGTTAAGAGCTGGGTATGGTAAAAACAATATAGACAAGCAATTTGAAAGAAATATAAAAGAATGTAATAGACTTGGAATACCAGTAGGTATCTATTGGTTTAGTTATGCATTAAATGAAGACATGGCAAGACAAGAAGCTAAATATGCATTAGCAGCAGTTAAGGATTATAGACTAGAATATCCTATTTCATTTGATTTAGAATATGATACTTTAGATTATGCTAAGAAGAATGGAATTAATATTGATAAGAGATTAGCTACAAATATGGTAAAGGCATTTTGTTCTGAAATAGAAGCCGCTAAGTATTATGCAATGAATTATACAAATCAAGATTTTATAAATAATTATTTTTATTTTAATGAAATAGAAAGATACTGCCCTTGGTATGCATGGTATAACAAAGAACTGGATAGAAGTAATGTAGGTATGTGGCAATACTCTGATAAAGGAACTATTCCAGGTATTCAAGGTTCAAGCGTAGATTTAGATTATGCTAGAGTTGATTTTGCTAAAGATATAAAGAATAGGCATTTAAACAACATAGATAATAGTAGCCCAGCTCCTAAGCCAAGTTATAAATTAATACCACAAAACGGAACATGTACAGTAATAGTTGATGAATTAATGATAAGAGAAGAACCTTCAACAAGTTCAAAATCAGTAGGTTCTTATAATAAAGGTGAAAGCGTAATTTACGATTATTATGTAGACAATGAAGGTTATAGATGGATTAGTTGGATTGGTGCTAGTGGTAATAGAAGATATATGGCTGTAAGGGTTTTAGCGACTAATAAAAAGTATGGTATTTGTATATAGGTAATTTAAAAGAGCTGTAGGGATTAAGTTCCTTATAGCTCTTTTTTGTTTTTAATTTTCTATGTAGGTATTAGTTTAGTTACTATAACATTAATTTTATATTATATAAGTAAAATCATATATATATTATATGAAAAAAATATTTATGTAATATTAGTTTAATTATAAAAAAAGTTTTGGTTTTATGTTAGAATATATTAACAAAAAAGGAGGTATATTCATGAAGAAAAAATTAATTATTTTAATAGCAATAATTCCAGGAGTTTCTTTATTTTTAGTATGTAAAGTTACGAACAATACAAATACTATATCGTATAAGGTAAAAAAAGAATCTAAAAAAATAAAATTGGATGAATTAACTACTGATTTTGAAGTTTTGAATGTTAAAGAAGTTAAAAGTATATGCACTAATTCAAGTCAAATTAATCCAAAGGGTAAATTTATAGTAATAGAAATATTATTAAAAAATATTTCAAAGGAAAATATTAATTATTCTCCAATAAGTCTTCAATTAATTAATAATGGATATGAATATCATTTAGATGAAAATTCCTTTGAAGCATTAAAAAAATTAACATCTCAAGAGATATTAAATAATAAAAAATGTAATTATATTAGACCATATACTGTACTTGCTCCAGGAGAAACTAAGAGAAGCTTTGTTATATTTGATGTTCCAAAAGATTTAAAATTAAAAGATAGTAAATTGATAGTTAATAAAAATGAAGAGATTCAATTGGATATTGCTAAATAAATTTAAAAAGATTAGAAGCGTTTATTCCCAATATAGCAAAATAACTGTGTGAGTAAATCTTATAGCTATTTTAATTTTATAATTTATATACCTAAGTAATTCAGAACATAGTATAGTTACTACAATTTAATTACATATTATATACACTAGAAAATAAATTAAGGACTGGTATAATTACAATTATTTTTTTATTTAATTAGTTGGTATCATATTTATTTAAAAATACATATAAATATTCAGAGAATATAAATAATAAAGATTTGGATTACTTCTCCTATTCAAAAGATAAAGAAGGTTAGTTAGTTAAATTTCATTAACCTTTTTATATATAACATATATAATAAAATGAGTTTTATCTACTAATAAAAGAAATAGTAATTGTGTATAGAAAGTATTTTAGGCAGGAGAAATCCTGCCTTTATTTTTAGTTTATAGGAAAATATAAATATTAAAAAATACTAGAAATAAAAGTAGTAAAATATAGATATAAATTTAAAAAGGATATACATACAAATAAAATAATAATATAATAGATTTTCCAAAATAAATACAATTTACATGTAATTTACAAATGACGATACTTAATATGTTAAAATATCTTTATATATTAGTAATTTTATGAATGATAAATATTTTGCAAATTAGAGGTGATTTAGTTGAGTGGGAAAAAGAAAAGAATACTAGAAGAAAATGCTTTGTTAGCAAGGGTTTATGATTTGATTTTAAATAAAGAAACTGCTGAAGATGAGCGCATTAAACTTGTTGAATTTAAAAATGCAGTTGAAAATGGAAAAGATTTTGAATTAGAAACAATGAAATTAGCAAGGGAGTTAAGATTATTAGCACTTAGTAAATTTAAAAATAAAAAAAATCTTAGTCCAGAAGTTGGTAAACTTTACATGGATATTTCTTCAACTGGATTCTTTAAAGCAGAATTAGGTCGTGGACTAATTGCTCTTTCAGGAATGTTAGGTAATCATTAA

Protein sequences of DBSCAN-SWA_4

>CP014204|1484774:1504406|1504079_1504406_+|AQM61165.1|bacteriocin|DBSCAN-SWA
MSGKKKRILEENALLARVYDLILNKETAEDERIKLVEFKNAVENGKDFELETMKLARELRLLALSKFKNKKNLSPEVGKLYMDISSTGFFKAELGRGLIALSGMLGNH
>CP014204|1484774:1504406|1490882_1491185_+|AQM59505.1|DBSCAN-SWA
MDKGKLLEKIKRRSSAAKNESDELLNDLIDETQEEIKEFTHREDIPPSLEGSLIELVVIKCNRLGTEGISSESFSGVSTSYLNGFPKHIEKKLRKCRKLP
>CP014204|1484774:1504406|1500588_1500963_+|AQM59064.1|DBSCAN-SWA
MKIYFAYKDDGEFDGFYNDEIFKEIPSNTVEITNELWNHMSCGIFKFKIDKLSEITTPLTLEDRENYFEEIQEEENKFLNLDEESAKQIAKLKIENQKKDFMLLQLSKLVNQLKIEINKLGGNN
>CP014204|1484774:1504406|1492838_1493138_+|AQM59269.1|DBSCAN-SWA
MLDLDLINEETLDIKLNKEIINVKEPKYSLVIKTKDFFNNVNKGDPIKKQNEILLEFLNNNTNNRKFKEEDIMNMSSKAVTALSKLLIDIIMGTEENPN
>CP014204|1484774:1504406|1493451_1495356_+|AQM61247.1|tail|DBSCAN-SWA
MSNGIELAPLVVEVNAKLDNFNNGMDKVEQKGEQTAKSATSRLNKIGSGLEKVGGKLTTHVSVPLVAVGTIAAKTGMDFEAEMSRVKAISGATGDQFKMLEDQALSLGQSTAFSASEVAEGMENLASAGFSTNEIMEAMPGLLDLATSSEIAASTLRGFGLEASKTGHVADVLAKNAASTNAAVADTGEAMKYIAPNARAAGLSLEEVTAAIGELANAGIKGSQAGTTLRSALVRLAKPSDPAATAMERIGFTAFDSSGKMKSLATIMGELNEKTKNLTDEQKQNTIATIFGTEALSGMTVLMQGGKEGLTDLTEQFKNCDGAAKEMAETMQDNTKATIEQAGGALETASIKMLNIVAPAIKDVADGIGDLADKFSALSPETQELILKMGMVAIAAGPVISTVGKGVTLFSKLTPLVTSAGIATAGAGASAGGAAVGFGALSTVALPLVGILAAVAGGIYLFTKNTEVMSSSCLKSKEELGLVGNALEFLHGDIALSTEEMAKMNIKHKEWSDKISPETQKALTETSDKISKLNYELESSNGLDGVISKGQINSLKKRTDELFNETIKKIKSKSPEVQKEMAEAFKADDGTLDKNEKKLMDFFNQSQNKQIKEVKEYQNKLIQFMIKQLKNIEI
>CP014204|1484774:1504406|1497944_1500185_+|AQM61497.1|DBSCAN-SWA
MDTVIRIIDTNFNFKGMIDDYSSFYFVRNYYQAKEFQLVCSCKYKEILKDGDIIFIDPKKPLIIESIIIDESKNQITIKGRDIKSILERRITVPTVGQAHDSFKGNAEDVIKHYVETNAVNSVDKKRIINQLIIAPTTHKGQILNWQSRYKYLNSEITNICKTTGLGWEITLDLVNNKFVFDVIEGRDLTNSKQKVIFSEDFNNITDVIKTNDSKNYKTMGYVAGQGEGENREVKEVFKNNDTGLDRRELFIDARDIEENQDDKLTDRAEAKLKNFDYITSTESTVSNTNFIYQKDWNLGDIVIRKSDSYFENLRVTEVTEVYEKYFKIDVVLGDVIPNAIEEINEEINSTPSYTENNGSKLWRPKVDSNGNISWSVNTSNESPKIVNIKGPKGDVGPQGEKGPMGVQGPKGERGDIGPKGDKGIQGEVGPRGPIGPRGEQGPVGPVGPIGLTGPRGEKGDQGPRGPQGIQGVQGPAGDGQSYIVFQEIFIADEGQTVFSWNDGYVYPVGINAVAVYLNGARITNKSIKEVNGHTVEFKFALNKGDRVFIEAMQAVKDLQGPQGERGPQGIQGPKGDKGDIGPQGPTGARGATGAIGLTGPQGIQGERGPQGIQGVKGDKGNDGLTPVIGANGNWFIGGKDTLKPSRGIQGEKGAIGAVGPQGAQGIKGERGIQGPQGPKGDTGLQGPVGPKGDVGPMGPTGPQGKQGIQGPKGDKGDKGDPGTQIIVSNSKPSDIIKGRVWIQTY
>CP014204|1484774:1504406|1501772_1502669_+|AQM59299.1|DBSCAN-SWA
MLKGIDVSEHQGVIDWNKVKDHVDFAMLRAGYGKNNIDKQFERNIKECNRLGIPVGIYWFSYALNEDMARQEAKYALAAVKDYRLEYPISFDLEYDTLDYAKKNGINIDKRLATNMVKAFCSEIEAAKYYAMNYTNQDFINNYFYFNEIERYCPWYAWYNKELDRSNVGMWQYSDKGTIPGIQGSSVDLDYARVDFAKDIKNRHLNNIDNSSPAPKPSYKLIPQNGTCTVIVDELMIREEPSTSSKSVGSYNKGESVIYDYYVDNEGYRWISWIGASGNRRYMAVRVLATNKKYGICI
>CP014204|1484774:1504406|1489975_1490845_+|AQM60185.1|capsid|DBSCAN-SWA
MGTGITKIENLIDPEVMADMIDGQIGKKIVVTPFAKIDTTLQGKPGDTITVPVYEYIGDAEDVAEGVEAGTTVLTASTTNAKIKKAMKAVALTDEAVLSGYGDPLGQATGQLSKSLAAKVDNDCMSALAGVKTLVYDGSSAKISYNGVVDAIDLFDEETPSPKVMFVNPKQVTTLRKDQDFIDAHKYNNNVMMTGEIGSIAGARVVTSKKVALDSTSAFYSCPIVILEQNPEDNVQNEEVPALTIYLKRNVNVEKERQSLKRTTVVSADEFYTAVVSNPSKVVLAKFKK
>CP014204|1484774:1504406|1497336_1497966_+|AQM61068.1|DBSCAN-SWA
MAEFGGFFNSVNGDRKYKSEDFAKYFSTFMSTGVNPAIDNLRVYKKNNNTIEIRKGAANINGYLYLNDNALDKNIDIGTSRIDRVVLQLNLVNRTLNILIKKGSTNAPPSIQRDNSIFELSLAQIQIKGSDFNVIDERDNYNVCGYMTFTGKADTQEMWNIFNSEWNNQKSVWQNWFENMQGQSIRGIYIQDQKPINSKVGDVWIQLLE
>CP014204|1484774:1504406|1500199_1500571_+|AQM59467.1|DBSCAN-SWA
MATKNAVYKVDNGDGSFDELMFKTVEDMIGGQKQRLFYGQGYRVFPGGLILQWGYVGNLSSKKLNTINLPVALQENNYIAVATMCNGSNTDPRIKTVYLKKDNFKIQAYADGLDVCWLVIGHV
>CP014204|1484774:1504406|1485153_1486413_+|AQM59738.1|terminase|DBSCAN-SWA
MNLKINNELRISLPSKIGKGYGTFWRFKGRYRVVKGGRGSKKSTTTAQWIIYNMMKYPKANTLVIRRVFNTHKDSTYTQLKWAANNLGVSHLWHFSKSPLEATYIPTGQKILFRGLDDPMSITSITVENGFLCWCWFEEAFQVMNEDDFNKVDMSIRGELPKGYFKQITLSFNPWSEKHWLKKRFFDTEDDNILALTTNYKCNEFLGEDDRILFESMKEKNPRRYKIEGLGEWGIAEGLVYENFTELEFDIKEINKRAGVISVFGLDFGYTNDPTAFICCLVDEKDKELFIFDEHYQKAMSNTDIVNMIKYKGYSKEKIIADSSEPKSIDDIRKQGIRRIKAAQKGKDSILNGIQNIQDYKIYVHPKCENTLVELNNYVWDTKEGQVINKPIDDYNHLMDALRYAMEQTKKKGGMRVLK
>CP014204|1484774:1504406|1489008_1489176_+|AQM61432.1|DBSCAN-SWA
MKCPVCGQEVDMFDICDNCNYENNGPKETEDIPKGPNKMSLKEAREAYKNGKKIN
>CP014204|1484774:1504406|1493146_1493452_+|AWG43618.1|DBSCAN-SWA
MPSGEIGEIIIEQYFPTEGWEKNNNFSCVTAKIKAISEYTGLNFNEVYNLPYSLFLLYAKESWLYGLKQSEKGREFLKTIWELRQTETDIDAVKEFEGRYR
>CP014204|1484774:1504406|1484774_1485170_+|AQM60398.1|terminase|DBSCAN-SWA
MDNKKLTPKQKAFADYYIELGNATEAARRAGYKKPNVQGSQNLEKLSVKSYIEERIKVLDEKRIAKGEEVLQYLTKVMRGEEKDQFGLDASLQDRTKAAELLGKRYRLFVDKVDTNINASIVFEGEDELED
>CP014204|1484774:1504406|1491497_1491917_+|AQM61166.1|DBSCAN-SWA
MSDNEQFKSSCQKAKLIIGKQIFNNVTRACLLIEREAKKNCPVDQGPLRAAMTYDVNLMFGEIRGKVGNTMEYSPYVHQGTGIYAKNGDGRKTPWKYKAEAGKYAGWHTTVGQNPQPFLEKAKVDNIAKIQNILGEGLR
>CP014204|1484774:1504406|1492297_1492828_+|AQM61315.1|DBSCAN-SWA
MAEENKSIMLGAGDIYMMPFDGVAIPEDATIETPANNVGDCSGGFKVEYKPKLYDVKNQYNQIVKRFIVDEQISAKTGIITWDMKKLAMLSTAKITEDSSKKVRKLTFGNGGGELPCVLLRFIQKNTGLKFTMIGQGGSGFGLEFGEKETTINAELQGIVKVKDFLAEFEEKLPEA
>CP014204|1484774:1504406|1496449_1497325_+|AQM60764.1|DBSCAN-SWA
MYCNIKLTNLNNKKSINIESNINNNGIVCTNFSDNQVKGDFQRTKGVNQLGQSINSSTLSVRDLILEGIIIGENLTQREILKKELVVILNPLDDVLLEYTDDCVQKAIIVRATNVPIFDKELNTKNLRKFMVQLDAEYPLWQDQIYTTINVETWKGNFEFPFFIQSTGIEFAIKGPNEIEFINNGEEKAPLEFYFKAPALNPKIILNGNEYIKVNRKIEDGEILYLCTAYGNTKVEIIRSNGERENAYGYIDKFSTFFKLPVGFNVISYSTDGDFIPQSVIVKYKNQYLSL
>CP014204|1484774:1504406|1501400_1501691_+|AQM60945.1|DBSCAN-SWA
MEQILNYLQAHLPETLTILAVVLYAVGSYLKMTPKIKDWSIPYILMLIGAVCSCGIQHNIEVITILQGAACGILAVGANQLKVQYKKKDENKEQPQ
>CP014204|1484774:1504406|1502889_1503423_+|AQM59754.1|DBSCAN-SWA
MKKKLIILIAIIPGVSLFLVCKVTNNTNTISYKVKKESKKIKLDELTTDFEVLNVKEVKSICTNSSQINPKGKFIVIEILLKNISKENINYSPISLQLINNGYEYHLDENSFEALKKLTSQEILNNKKCNYIRPYTVLAPGETKRSFVIFDVPKDLKLKDSKLIVNKNEEIQLDIAK
>CP014204|1484774:1504406|1495397_1496444_+|AQM58890.1|DBSCAN-SWA
MGQVNLNNTVKNNQELIAAQADFNARMKDLDMNGLSSLLSEKAKARDKEITSIRQNYDKQIEELKLYRPKMNAEQKKACDDQIDKLEKLKTNSVNNEKKKYQGFLDEAMKKYPQLIDYINTSNGEIMSDEEQNSYKRLTRYSETMEGMMGITKSGYYQIKDTVDGSMHDCYVDVDDATGRINGVWDNTTQMIYGNPVKAREAIDQDLKNGQKFQPIVNSYDSKRNDIWKNAIKVQCEQDTGIFAWVRNAWNDSLGYILAHPIKAAKNFFGGGNDGNHYNGLDNVPYDGYIARLHKGERILTAEENARYNSNTDNSIQVTQNIYADTASPYEIAKATKQGLRELQFIGR
>CP014204|1484774:1504406|1501154_1501385_+|AQM58876.1|DBSCAN-SWA
MKEIEELISTVGFPIACCVAMGYVLWKVYNKMVATLDKVTETNSELTKTNSKLAEKINAKIDTLEDKVDKIVDKIL
>CP014204|1484774:1504406|1491193_1491505_+|AQM59209.1|DBSCAN-SWA
MSINGDMKRILLQENKEVIKPSGARKKEWIDIEEPILIAIYETDNRVNTSNAIYNSSTHIGLTFNKSITSKNRLKDGERIYNITGVNPQGRLNQIFLKVIENV
>CP014204|1484774:1504406|1486427_1487852_+|AQM60853.1|portal|DBSCAN-SWA
MFGLGQPVPTIGPMNTIQWLSEEINEFLSSPSRKLMITGEQYYEVNNDIFQRKITRPTSNGGNEELKYKANNKLAHAFYKNLVDEKVNYLLGKDFTLKSDNEEYIKKLDWTLGEDFLDILNELGYEASNKGIGWLHIFINEESKLDYMVIPSEQIIPIWTDRRHKTLDRLIRIYDVVVYEGTEKKTVTKIELWYPDKVDYYIKDGEQILLDSEKYLNVNGNIGHYLKDGKYAVWNKIPFISFKNNRIEIGDIKFIKSLIDSYDLSRSDVANFIEEVKNLIYVLKGYGGEDLGEFMDNLNYYRAISVDEDGGVDSLNPTMDVEAIKVHYEQLKRDINECGQGVNKDLDKFGSAPSGIALKFLYSGIDLKCNSLEVLFKKAFKELLYFINIYLSESNQGSYKDVPVELIFNKNIKINETETITNCINSKGVISNKTIIANHPWVKDPVEEQKQIDKENEEFGVNFDKVPIGEGNEE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AQM60398.1|1484774_1485170_+|terminase	terminase small subunit	S5MA50	Brevibacillus_phage	4.1e-24	48.9
AQM59738.1|1485153_1486413_+|terminase	terminase	A0A0S0KEN9	Bacillus_phage	1.2e-146	62.2
AQM60853.1|1486427_1487852_+|portal	phage portal protein	A0A0A7S074	Clostridium_phage	8.8e-109	45.1
AQM61432.1|1489008_1489176_+	hypothetical protein	A0A1X9I649	Streptococcus_phage	1.5e-07	53.7
AQM60185.1|1489975_1490845_+|capsid	N4-gp56 family major capsid protein	Q9AZ61	Lactococcus_phage	4.6e-44	39.2
AQM59505.1|1490882_1491185_+	hypothetical protein	NA	NA	NA	NA
AQM59209.1|1491193_1491505_+	hypothetical protein	NA	NA	NA	NA
AQM61166.1|1491497_1491917_+	hypothetical protein	A0A0S2MVE4	Bacillus_phage	1.8e-09	38.9
AQM61315.1|1492297_1492828_+	hypothetical protein	NA	NA	NA	NA
AQM59269.1|1492838_1493138_+	hypothetical protein	NA	NA	NA	NA
AWG43618.1|1493146_1493452_+	hypothetical protein	NA	NA	NA	NA
AQM61247.1|1493451_1495356_+|tail	phage tail tape measure protein	D9ZNE6	Clostridium_phage	1.2e-81	49.3
AQM58890.1|1495397_1496444_+	hypothetical protein	A0A2H4IZQ5	uncultured_Caudovirales_phage	7.6e-09	43.7
AQM60764.1|1496449_1497325_+	hypothetical protein	NA	NA	NA	NA
AQM61068.1|1497336_1497966_+	hypothetical protein	E2ELJ8	Clostridium_phage	3.9e-24	42.6
AQM61497.1|1497944_1500185_+	hypothetical protein	A0A0K2CZQ1	Paenibacillus_phage	2.3e-50	35.0
AQM59467.1|1500199_1500571_+	hypothetical protein	NA	NA	NA	NA
AQM59064.1|1500588_1500963_+	hypothetical protein	NA	NA	NA	NA
AQM58876.1|1501154_1501385_+	iduronate sulfatase	NA	NA	NA	NA
AQM60945.1|1501400_1501691_+	hypothetical protein	NA	NA	NA	NA
AQM59299.1|1501772_1502669_+	hypothetical protein	D3W0F3	Lactococcus_phage	1.0e-09	44.3
AQM59754.1|1502889_1503423_+	hypothetical protein	NA	NA	NA	NA
AQM61165.1|1504079_1504406_+|bacteriocin	bacteriocin immunity protein	NA	NA	NA	NA