CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NZ_CP030868	Oenococcus sp. UCMA 16435 chromosome, complete genome	2 crisprs	DEDDh,csa3,cas3	0	1	5	0
NZ_CP030869	Oenococcus sp. UCMA 16435 plasmid unnamed, complete sequence	0 crisprs	NA	0	0	0	0

1. NZ_CP030868

CRISPR-Cas detection and classification

Crispr_ID: NZ_CP030868_1

• CRISPR_ID: NZ_CP030868_1
• CRISPR_location: 1351464-1351621
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP030868_1

Consensus_repeat	Method
AAACCCTTGCTACGAGCGGAAGTTCAAAAAATGAACTT	CRISPRCasFinder

spacers of NZ_CP030868_1

>1.1|1351502|82|NZ_CP030868|CRISPRCasFinder
CCGCGGGAGACCGTTGAAACCCTTGCTACGAGCGGAAGTTCAAAAAATGAACTTCCGCATAAGTTCGTTGACGACACTCCTC

CRISPR arrays and Neighbor proteins around NZ_CP030868_1

CRISPR arrays

The CRISPR arrays of NZ_CP030868_1

>merge|NZ_CP030868|1|1351464-1351621|CRISPRCasFinder
AATCCCTTGCTACGAGCGGAAGTTCAAAAAATGAACTTCCGCGGGAGACCGTTGAAACCCTTGCTACGAGCGGAAGTTCAAAAAATGAACTTCCGCATAAGTTCGTTGACGACACTCCTCAAACCCTTGCTACGAGCGGAAGTTCAAAAAATGGACTT

>NZ_CP030868|1|1|1351464-1351621|CRISPRCasFinder
AATCCCTTGCTACGAGCGGAAGTTCAAAAAATGAACTT	CCGCGGGAGACCGTTGAAACCCTTGCTACGAGCGGAAGTTCAAAAAATGAACTTCCGCATAAGTTCGTTGACGACACTCCTC
AAACCCTTGCTACGAGCGGAAGTTCAAAAAATGGACTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP030868.2|WP_127825261.1|1355459_1355747_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP030868.2|WP_003558063.1|1348007_1348436_+|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
NZ_CP030868.2|WP_127825254.1|1346796_1347798_-|LacI-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224525
NZ_CP030868.2|WP_127825258.1|1353795_1354428_-|NAD(P)H-binding-protein	unknown	unknown	gnl|CDD|187579
NZ_CP030868.2|WP_127825253.1|1345505_1346456_+|glucose-transporter	unknown	unknown	gnl|CDD|284268
NZ_CP030868.2|WP_127825255.1|1350158_1350536_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP030868.2|WP_127825262.1|1355840_1356719_+|proline-iminopeptidase-family-hydrolase	unknown	unknown	gnl|CDD|188121
NZ_CP030868.2|WP_127825249.1|1340292_1341849_+|MobA/MobL-family-protein	unknown	unknown	gnl|CDD|375635
NZ_CP030868.2|WP_127825266.1|1359679_1360297_+|TetR/AcrR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224228
NZ_CP030868.2|WP_127825252.1|1344235_1345345_+|NAD(P)-dependent-alcohol-dehydrogenase	unknown	unknown	gnl|CDD|176188
NZ_CP030868.2|WP_003636296.1|1349031_1349823_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|224113
NZ_CP030868.2|WP_127825265.1|1358942_1359566_-|NAD(P)-binding-domain-containing-protein	unknown	unknown	gnl|CDD|224996
NZ_CP030868.2|WP_127825259.1|1354465_1355107_-|carbonic-anhydrase-family-protein	unknown	unknown	gnl|CDD|239398
NZ_CP030868.2|WP_127825260.1|1355248_1355365_+|hypothetical-protein	unknown	unknown	gnl|CDD|225428
NZ_CP030868.2|WP_127825250.1|1341930_1342242_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP030868.2|WP_127825257.1|1352310_1353705_+|FAD-binding-protein	unknown	unknown	gnl|CDD|273050
NZ_CP030868.2|WP_127825263.1|1357095_1357857_+|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|187600
NZ_CP030868.2|WP_127825251.1|1343383_1343803_-|LacI-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224525
NZ_CP030868.2|WP_010011603.1|1349894_1350134_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP030868.2|WP_127825264.1|1357925_1358843_-|aldo/keto-reductase	unknown	unknown	gnl|CDD|381309

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP030868.2|WP_003558063.1|1348007_1348436_+|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	5.43706e-17
NZ_CP030868.2|WP_127825254.1|1346796_1347798_-|LacI-family-transcriptional-regulator	gnl|CDD|224525	COG1609, PurR, Transcriptional regulators [Transcription].	6.37935e-81
NZ_CP030868.2|WP_127825258.1|1353795_1354428_-|NAD(P)H-binding-protein	gnl|CDD|187579	cd05271, NDUFA9_like_SDR_a, NADH dehydrogenase (ubiquinone) 1 alpha subcomplex, subunit 9, 39 kDa, (NDUFA9) -like, atypical (a) SDRs. This subgroup of extended SDR-like proteins are atypical SDRs. They have a glycine-rich NAD(P)-binding motif similar to the typical SDRs, GXXGXXG, and have the YXXXK active site motif (though not the other residues of the SDR tetrad). Members identified include NDUFA9 (mitochondrial) and putative nucleoside-diphosphate-sugar epimerase. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Atypical SDRs include biliverdin IX beta reductase (BVR-B,aka flavin reductase), NMRa (a negative transcriptional regulator of various fungi), progesterone 5-beta-reductase like proteins, phenylcoumaran benzylic ether and pinoresinol-lariciresinol reductases, phenylpropene synthases, eugenol synthase, triphenylmethane reductase, isoflavone reductases, and others. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. In addition to the Rossmann fold core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	2.59885e-15
NZ_CP030868.2|WP_127825253.1|1345505_1346456_+|glucose-transporter	gnl|CDD|284268	pfam06800, Sugar_transport, Sugar transport protein. This is a family of bacterial sugar transporters approximately 300 residues long. Members include glucose uptake proteins, ribose transport proteins, and several putative and hypothetical membrane proteins probably involved in sugar transport across bacterial membranes. These members are transmembrane proteins which are usually 5+5 duplications. This model recognizes a set of five TMs,.	2.02398e-65
NZ_CP030868.2|WP_127825260.1|1355248_1355365_+|hypothetical-protein	gnl|CDD|225428	COG2873, MET17, O-acetylhomoserine sulfhydrylase [Amino acid transport and metabolism].	1.7668e-14
NZ_CP030868.2|WP_127825262.1|1355840_1356719_+|proline-iminopeptidase-family-hydrolase	gnl|CDD|188121	TIGR01250, Proline_iminopeptidase, proline-specific peptidase, Bacillus coagulans-type subfamily. This model describes a subfamily of the alpha/beta fold family of hydrolases. Characterized members include prolinases (Pro-Xaa dipeptidase, EC 3.4.13.8), prolyl aminopeptidases (EC 3.4.11.5), and a leucyl aminopeptidase.	1.05896e-71
NZ_CP030868.2|WP_127825249.1|1340292_1341849_+|MobA/MobL-family-protein	gnl|CDD|375635	pfam18208, NES_C_h, Nicking enzyme C-terminal middle helical domain. This domain is found in nicking enzyme in S. aureus. NES initiates and terminates the transfer of plasmids that variously confer resistance to a range of drugs, including vancomycin and gentamicin. This domain is found in the C-terminal region of NES. The C-terminal region is required for conjugation and significantly impacts the catalytic activity of the N-terminal relaxase.	1.04364e-37
NZ_CP030868.2|WP_127825266.1|1359679_1360297_+|TetR/AcrR-family-transcriptional-regulator	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	2.94821e-14
NZ_CP030868.2|WP_127825252.1|1344235_1345345_+|NAD(P)-dependent-alcohol-dehydrogenase	gnl|CDD|176188	cd05285, sorbitol_DH, Sorbitol dehydrogenase. Sorbitol and aldose reductase are NAD(+) binding proteins of the polyol pathway, which interconverts glucose and fructose. Sorbitol dehydrogenase is tetrameric and has a single catalytic zinc per subunit. Aldose reductase catalyzes the NADP(H)-dependent conversion of glucose to sorbital, and SDH uses NAD(H) in the conversion of sorbitol to fructose. NAD(P)(H)-dependent oxidoreductases are the major enzymes in the interconversion of alcohols and aldehydes, or ketones. The medium chain alcohol dehydrogenase family (MDR) have a NAD(P)(H)-binding domain in a Rossmann fold of a beta-alpha form. The N-terminal region typically has an all-beta catalytic domain. These proteins typically form dimers (typically higher plants, mammals) or tetramers (yeast, bacteria), and have 2 tightly bound zinc atoms per subunit.	9.01953e-151
NZ_CP030868.2|WP_003636296.1|1349031_1349823_+|AAA-family-ATPase	gnl|CDD|224113	COG1192, Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning].	1.90607e-27
NZ_CP030868.2|WP_127825265.1|1358942_1359566_-|NAD(P)-binding-domain-containing-protein	gnl|CDD|224996	COG2085, COG2085, Predicted dinucleotide-binding enzymes [General function prediction only].	5.19299e-37
NZ_CP030868.2|WP_127825259.1|1354465_1355107_-|carbonic-anhydrase-family-protein	gnl|CDD|239398	cd03124, alpha_CA_prokaryotic_like, Carbonic anhydrase alpha, prokaryotic-like subfamily. Carbonic anhydrases (CAs) are zinc-containing enzymes that catalyze the reversible hydration of carbon dioxide in a two-step mechanism: a nucleophilic attack of a zinc-bound hydroxide ion on carbon dioxide, followed by the regeneration of the active site by ionization of the zinc-bound water molecule and removal of a proton from the active site. They are ubiquitous enzymes involved in fundamental processes like photosynthesis, respiration, pH homeostasis and ion transport. Most alpha CAs are monomeric enzymes. The zinc ion is complexed by three histidines. This sub-family includes bacterial carbonic anhydrase alpha, as well as plant enzymes such as tobacco nectarin III and yam dioscorin and, carbonic anhydrases from molluscs, such as nacrein, which are part of the organic matrix layer in shells. Other members of this family may be involved in maintaining pH balance, in facilitating transport of carbon dioxide or carbonic acid, or in sensing carbon dioxide levels in the environment. Dioscorin is the major storage protein of yam tubers and may play a role as an antioxidant. Tobacco Nectarin may play a role in the maintenace of pH and oxidative balance in nectar. Mollusc nacrein may participate in calcium carbonate crystal formation of the nacreous layer. This subfamily also includes three alpha carbonic anhydrases from Chlamydomonas reinhardtii (CAH 1-3). CAHs1-2 are localized in the periplasmic space. CAH1 faciliates the movement of carbon dioxide across the plasma membrane when the medium is alkaline. CAH3 is localized to the thylakoid lumen and provides CO2 to Rubisco.	6.21742e-74
NZ_CP030868.2|WP_127825257.1|1352310_1353705_+|FAD-binding-protein	gnl|CDD|273050	TIGR00387, Glycolate_oxidase_subunit_glcD., glycolate oxidase, subunit GlcD. This protein, the glycolate oxidase GlcD subunit, is similar in sequence to that of several D-lactate dehydrogenases, including that of E. coli. The glycolate oxidase has been found to have some D-lactate dehydrogenase activity. [Energy metabolism, Other].	3.69636e-105
NZ_CP030868.2|WP_127825263.1|1357095_1357857_+|SDR-family-oxidoreductase	gnl|CDD|187600	cd05341, 3beta-17beta-HSD_like_SDR_c, 3beta17beta hydroxysteroid dehydrogenase-like, classical (c) SDRs. This subgroup includes members identified as 3beta17beta hydroxysteroid dehydrogenase, 20beta hydroxysteroid dehydrogenase, and R-alcohol dehydrogenase. These proteins exhibit the canonical active site tetrad and glycine rich NAD(P)-binding motif of the classical SDRs. 17beta-dehydrogenases are a group of isozymes that catalyze activation and inactivation of estrogen and androgens, and include members of the SDR family. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet), an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Classical SDRs are typically about 250 residues long, while extended SDRS are approximately 350 residues. Sequence identity between different SDR enzymes are typically in the 15-30% range, but the enzymes share the Rossmann fold NAD-binding motif and characteristic NAD-binding and catalytic sequence patterns. These enzymes have a 3-glycine N-terminal NAD(P)(H)-binding pattern (typically, TGxxxGxG in classical SDRs and TGxxGxxG in extended SDRs), while substrate binding is in the C-terminal region. A critical catalytic Tyr residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase (15-PGDH) numbering), is often found in a conserved YXXXK pattern. In addition to the Tyr and Lys, there is often an upstream Ser (Ser-138, 15-PGDH numbering) and/or an Asn (Asn-107, 15-PGDH numbering) or additional Ser, contributing to the active site. Substrates for these enzymes include sugars, steroids, alcohols, and aromatic compounds. The standard reaction mechanism is a proton relay involving the conserved Tyr and Lys, as well as Asn (or Ser). Some SDR family members, including 17 beta-hydroxysteroid dehydrogenase contain an additional helix-turn-helix motif that is not generally found among SDRs.	5.38807e-105
NZ_CP030868.2|WP_127825251.1|1343383_1343803_-|LacI-family-transcriptional-regulator	gnl|CDD|224525	COG1609, PurR, Transcriptional regulators [Transcription].	4.19e-26
NZ_CP030868.2|WP_127825264.1|1357925_1358843_-|aldo/keto-reductase	gnl|CDD|381309	cd19083, AKR_AKR11A1_11D1, AKR11A and AKR11D families of aldo-keto reductase (AKR). Bacillus subtilis aldo-keto reductase IolS, also called vegetative protein 147 (VEG147), is a founding member of aldo-keto reductase family 11 member A1 (AKR11A1). It is able to reduce the standard aldo-keto reductase (AKR) substrates DL-glyceraldehyde, D-erythrose, and methylglyoxal in the presence of NADPH, albeit with poor efficiency in vitro. Bacillus aryabhattai aldo keto reductase is a founding member of aldo-keto reductase family 11 member D1 (AKR11D1).	1.4976e-131

Protein sequences

>NZ_CP030868.2|WP_127825255.1|1350158_1350536_+|hypothetical-protein
MGISISVIFLFASLIVFWIVPAIGIAKNHLVDDRFFIRQWLFPMQYWLQLLFERISGNRRIVVRILQIMSLFITYFCGLLMLLVFSAFDINTAKHFSVFILFEYLLVSSIAYWFQPKAGKIYKTK
>NZ_CP030868.2|WP_010011603.1|1349894_1350134_+|hypothetical-protein
MAFDPENKNIKKALQKNETEQPTDTKDKLVIPVFKDEEERTKNYTFSLQPSARKRLDGLAKEHNFKSASKFLNELIKNM
>NZ_CP030868.2|WP_003636296.1|1349031_1349823_+|AAA-family-ATPase
MEIITFSAIKGGVGKTTLAFNYGEWLAKNGKHVLFIDLDHQSNLTQTYNIYDNQDTVGNIFLDRGKVKIHEISAYISIIAGDMHLDDIERTIENKTNKNMFLYMWLSDNYERLNLGKFEYIILDCHPDFSTATKNAVIISNAILSPITPSEHGYNAKFNLEERINELRKEAIDYSTRKSYVTTKLFFIANMIKHNTRSSRELLKALKGDPSVLATVPEKELFNRSTLDKKSLSKMAEDHKTYIDQHEFFDSMDKTFNEITEKL
>NZ_CP030868.2|WP_003558063.1|1348007_1348436_+|MarR-family-transcriptional-regulator
MTDIEIDGLIATINTASRQLQTYLDEQLKPLKLTSSNYYFILKINQAPTLTQDQLFKRIYLSQSNVTRRLEQLIRLGYVQKQRSQTDGRSWSISLTSTGKALVPKLNERLEYVNNRIFSGIDRVTQDRLMAALIKVEQNLMQ
>NZ_CP030868.2|WP_127825254.1|1346796_1347798_-|LacI-family-transcriptional-regulator
MADIARIAGLSSASVSRILNGHGRYSEETAKRVKKIADEIGYYKNRSAADLASPTNNTIGVINYPAETGANDQVIRGIMEEANHNGLDVIIMMSERDDQESIGRTVQNMIERRVFGVLFLSVRPDQEIIDKLKQANIYPQEVASASDHQISYVSSNDFQIGYQATKFLINQGYHEIGFVGADISKDFIGVNRYQGYQKALAESRIKPDDRWIFEGDGKYSYESGIQAVQYFEQESIPVSAVLATSDDAALGLINGMADVGKHIPDDLAVIGIDGTQVCVRNRPQITSVTQNFRLMGQMAVDELIRPNRKITDVRQIEIPFSIEQRETTKQGLR
>NZ_CP030868.2|WP_127825253.1|1345505_1346456_+|glucose-transporter
MAILMALIPPLTWGSVGLICTKMGGSAGQQVLGESLGALILGTFIYLTFVIPRGVIITDRIWIVGILSGLFWAVGTSEQFIAFKKMGVSSALPISTAGQIISNALMAAAVLGEWITVKMWLFGSISIALITIGAILTAARSTLDKHQATKRPATYNQGMIVLIISTVGFMLYFVFPNLLVKVGYISNHIHNANNGINYMTAIVTPQAVGQVIGSILIIIFLFHERTIMFQKYTWKNLTTGIDWGIGNLFMFISAANPLIGQAMATTLSQTGVIIGTFGGIYLLHEYKTKDQMVRIVIGSGLVILGSVLISNLKALG
>NZ_CP030868.2|WP_127825252.1|1344235_1345345_+|NAD(P)-dependent-alcohol-dehydrogenase
MDVKERVSLPNYTKDNYPKTTRSAVLNKVFDIEIKDTPLPAMKPTDVLIKVMAVGICGSDVHYYDTGHIGDFVVKKPLILGHESSGIVVATGDEVTTVKRGDRVAIEPGVPCGHCNYCREGKYNLCPNMKFMATPPVDGDLSELIVYPQDFVFPIPDEMPYEIAALNEPFSVGVHVCQKLDVKPGTTAFISGMGAVGLLAILAFRQFGVDRIIVSDSEDLRLETAKKMGADEIIDIRKTDSLEEIMSLTNNEGVDYVMDASGNPAAEREDLRALKRGGKIAYVGVPTTDKIPLDIPFMTDHETQIFGIFRYANTYALGVKILAKHLDVLENLLTNYYSLDETRDALEETRTDKGGSLKVMIYPNEKLRS
>NZ_CP030868.2|WP_127825251.1|1343383_1343803_-|LacI-family-transcriptional-regulator
MRVKIADIAKIAGLSTASVSRILNDRGGYSKATASRVMQIADELGYYKDRSASDLASQSNHTIGLIYTDSETNFNDLVIKGIMAEATINKLDTILMIAKKNDPISLTKVVRDMIERRVFGLLFVSTQPCSLNKMIALIS
>NZ_CP030868.2|WP_127825250.1|1341930_1342242_+|hypothetical-protein
MANKQKWHSLAQASRELGHGRNYVSAWLSRHREEFPEELMLGSGKSKLISDEGIEWIKKHIKKEGVLVSSRVANGDQHLEIRLLGVTLLTIHFTGRVRGKLVV
>NZ_CP030868.2|WP_127825249.1|1340292_1341849_+|MobA/MobL-family-protein
MMINIFYGRSFLKEADFTPREFYTLIKLAEYFKDLKQKNIPDRISEKSFVDQGIQETPTQHEGINSQRKKRKAFNQQVSAQRSAQAKYHNLDEKIRNHEHFDALTDELSFSEKHTISHLSQQLKTYVDLEHLDDKQRMLFNWKNSLLIKHAIGEDVTKQLLTIDQQTTSLAQANQLLNKVVERATKKLYPELNFEQTTAAERRELIKETNSEQTIFKGSELAERLADIRSDLLTQQLLTFTKRPYTSWQLVNQQAQTIEKQLTTVLAKHGHQLDDLKHTDRGMLAAYQPNELEFISKAVKNLRVIREVKAVVQTQYNSILTTAFPDSDLDKLETIDKEQIYTAVVYYDPELKPLSADDLSQLQQQPPVVFTSQQHQAGLNYLLGKMELKDIQDHRLQRVLKHDGTRQLFIGECGQDPKLDHKQIEMVQARLKQQTTRFDQYKQDQIKDYQAINYHPTSPQNYLMNILDEALVTILYAKNTDYLRKQQLRGLKETEWEMTKKQRQHQTRNRHEDGGMHL
>NZ_CP030868.2|WP_127825257.1|1352310_1353705_+|FAD-binding-protein
MTVFKAFSNERVLSFLRNQVVDGRVLSDPETLKKYSFNKYFSSDDGGLALAYVEAHSVSDIQGTMRAARKFHIPVVPQSQRTSTVVGSEGIDGCLLLSTDKMNKILEISKEDSLAVVEPGVINNDLDKEARKEGMFYAPDPGSKEISGIGGNVATNAGGMSTVKYGATKDNVLGLKAVLADGREIKFGGRTFKQAFGYDLTQLFVGSEGTLGVITEIIVKLLPIPLGTPVMGVAFFDNMTELAKAVTAIRISGVYPTMLEALDGNTVLALDNYEGTHYAENNAAMLIFRMDSGGQSNMELVQKILSQHQANHVTVTTSAKEQEDLEKLRNDMLPAIFADQNHIMEDMAMPLSKLAPMIDYIQELGRRLDLKIYTAGHAGDGNVHPTLVWPKEQTEVPDKVVEALQDMFHKTLELGGTISGEHAVGMLKNQWNNEELGEDVDQIQHQIKDLFDPMNLLNPKRKIN
>NZ_CP030868.2|WP_127825258.1|1353795_1354428_-|NAD(P)H-binding-protein
MKIVVFGGSGFIGQKVLEILEEKGHQIISVSRHGRPSNLTQNWADKITWVSSDILKDHEWQKYINGTDWLIDLIGILFENRKKNITYDQFIVQPVREITNFLKTNKSKSKLLFISANKGPFILKKYMQAKYLAEKIIQKQNKENLIVYPGLVFDSARPSSIAITLPLRILSHIPILNKLIIGYLPIKRVTLAKEINKIIDGEKSIYTSRR
>NZ_CP030868.2|WP_127825259.1|1354465_1355107_-|carbonic-anhydrase-family-protein
MVKLDYNNQNTWLFETGQMQSPVALESNKAKRTRKQSALKLNYSTNASYVHDTGQGIEIGLKGEAIIDNRLFSLQQFHIHTPSEHLLNDYRFDGEIHFVHQAEDGRMAVIAVFLKAGKTSVTFSQILDHINRDQNFVCNLNDLIPENKAYYHYLGSLTTPPLTENVEWYILANPAQMSGKQLAEFHKLYPYNNRQLQSLNGRPVLYCSPSIKN
>NZ_CP030868.2|WP_127825260.1|1355248_1355365_+|hypothetical-protein
MDQQLKAVGITPDLIRVSIGIENVEDLIADLDQALAKV
>NZ_CP030868.2|WP_127825261.1|1355459_1355747_+|hypothetical-protein
MALAEAESEKLNVEGLSIMLAKNIDSLNADEDKNVEKYLLKSIYDNADIHKSEKIDEYPKVDSKKVAARIDELEKDEPQDAKKTFSDLRTWAKVK
>NZ_CP030868.2|WP_127825262.1|1355840_1356719_+|proline-iminopeptidase-family-hydrolase
MKNGTHILTLTSGFHLWSHTENSGQISKMIAVHGGPGETHESFETLPLGIPNTEVTYYDQLGSWYSDQPDFSDPKLAKKYLRIEYFVNELEEVRRQLEYDKFILLGYSWGAMIALEYALKYPNNLDKLVIVGMSDRESDFTDRMKDEVAKVLSKDEAKYVFTEAKKDELDDPLFNKFMEKFYSDYYSRFSESQTKHAVDTSNIKIANYMMGSNPFHMGGMMSGWNVSDKLAQIKTPTLLLIGDQDMISSKRARATADRLPNGKLEIIPDATHVSLRDNPEYFFQQLNQFLTN
>NZ_CP030868.2|WP_127825263.1|1357095_1357857_+|SDR-family-oxidoreductase
MVDRLKGKVAIVTGGTLGIGLSIVDLYLKEGARVIFTGRRQTVGEEAFKHLSNPKNAKFVVHDASNEEGWKKLFADVIAEFGKVDILVNNAGIGINGDVEHTDYAQWRQTMAVNLDGVYFGTHYGVINMKNPADGDASIINMSSIEGLVGDPNLFAYNATKGALRIMTKSAAIYCAQNDYNLRINTIHPGYIKTPLVENMDGAEASMSERTKTPMGHIGDPEDIGWLAVYLGSKEAKFATGSEFTVDGGYTAQ
>NZ_CP030868.2|WP_127825264.1|1357925_1358843_-|aldo/keto-reductase
MTEEIQIGKSEVRTGKLGLGTNKVGGHNLFNDLQDSDGSQIIEEALKENISLLDTAYMYGLGRSEEIIGQVLQAYDRSKVVLATKAAQDPNDGLHLNNKPDFLKASVDSALKRLKTDYIDIFYIHFPDEKTPKDEAVEALAKEKKAGKIRAIGVSNFSLEQIKEANKNHQIDIVEDNYSLVHRDAEKNLLPYLKEQGISFVPYFPLASGLLTGKYAIDGQSKFKKFSPVKYEKIIKALEKVRILAKEHDSTVSQIILAWYIANPNISVVIPGARKAEQVKSNAQALKINLSNEEFQQIDQLFKGF
>NZ_CP030868.2|WP_127825265.1|1358942_1359566_-|NAD(P)-binding-domain-containing-protein
MKIAFIGSGHVGQVLAKLFIKTGHSVVLTNRHGKDSLLSIINALGPKAQAATIDSLGEDQDLIVLAIPFNGINNLDQNLLKGKKVIDASNYFPQRDGQIPKFINHEITSSQFVADYFKGSTVVKAFNTIPVAELEDLARLENKSGRTAIPIAGDNTKFKNSVTELIDQIGFDVYDAGDLKNSFAIQADGPVFGLATSKKELSDKLNK
>NZ_CP030868.2|WP_127825266.1|1359679_1360297_+|TetR/AcrR-family-transcriptional-regulator
MKKTNKGDLQKEKLLSAARQLFAKKGYEASSTKEINHQAGSSDGLLYYYFPGGKEQLLNEIIKQTTDNKTSEFIIRFDQIVSIDCSTEETLVKIFLMIWSLLTRKENYQVLLIMVRERAVIDREQIGWLLKLDGTFQTKISDYLTSQISTRIIQGNDPKTMADVISSIYESFIYCQLVLSNNTKFTDNLRERLTREIHLVLKGWK

Crispr_ID: NZ_CP030868_2

• CRISPR_ID: NZ_CP030868_2
• CRISPR_location: 1895567-1895664
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: cas3

Consensus repeat of NZ_CP030868_2

Consensus_repeat	Method
ACTTGATGAGCTGCTGGAACTTGAAG	CRISPRCasFinder

spacers of NZ_CP030868_2

>2.1|1895593|46|NZ_CP030868|CRISPRCasFinder
ACGAACTCTTCGAAGAACTAGAACTACTTTTGCTTGATGACGATTT

CRISPR arrays and Neighbor proteins around NZ_CP030868_2

CRISPR arrays

The CRISPR arrays of NZ_CP030868_2

>merge|NZ_CP030868|2|1895567-1895664|CRISPRCasFinder
ACTTGATGAGCTGCTGGAACTTGAAGACGAACTCTTCGAAGAACTAGAACTACTTTTGCTTGATGACGATTTACTTGATGAGCTGCTGGAACTTGAAG

>NZ_CP030868|2|2|1895567-1895664|CRISPRCasFinder
ACTTGATGAGCTGCTGGAACTTGAAG	ACGAACTCTTCGAAGAACTAGAACTACTTTTGCTTGATGACGATTT
ACTTGATGAGCTGCTGGAACTTGAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP030868.2|WP_127825698.1|1896922_1897342_-|HIT-family-protein	unknown	unknown	gnl|CDD|223611
NZ_CP030868.2|WP_127825704.1|1900786_1902094_+|UDP-N-acetylmuramate--L-alanine-ligase	unknown	unknown	gnl|CDD|234757
NZ_CP030868.2|WP_127825687.1|1886643_1887012_+|preprotein-translocase-subunit-YajC	unknown	unknown	gnl|CDD|235822
NZ_CP030868.2|WP_127825689.1|1887763_1888726_+|bifunctional-oligoribonuclease/PAP-phosphatase-NrnA	unknown	unknown	gnl|CDD|223691
NZ_CP030868.2|WP_127825693.1|1891084_1892983_+|ribonuclease-J	unknown	unknown	gnl|CDD|223668
NZ_CP030868.2|WP_127825706.1|1902946_1904461_+|peptide-chain-release-factor-3	unknown	unknown	gnl|CDD|179105
NZ_CP030868.2|WP_127825699.1|1897382_1898117_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224054
NZ_CP030868.2|WP_127825703.1|1900172_1900784_+|DUF4479-domain-containing-protein	unknown	unknown	gnl|CDD|239196
NZ_CP030868.2|WP_127825692.1|1890584_1890854_-|30S-ribosomal-protein-S15	unknown	unknown	gnl|CDD|180170
NZ_CP030868.2|WP_127825701.1|1899151_1899817_+|tRNA-(guanosine(46)-N7)-methyltransferase-TrmB	unknown	unknown	gnl|CDD|234649
NZ_CP030868.2|WP_002816950.1|1894661_1894859_+|50S-ribosomal-protein-L35	unknown	unknown	gnl|CDD|234676
NZ_CP030868.2|WP_127825688.1|1887052_1887745_+|metal-dependent-hydrolase	unknown	unknown	gnl|CDD|234811
NZ_CP030868.2|WP_127825700.1|1898109_1899168_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|377581
NZ_CP030868.2|WP_127825694.1|1892975_1893935_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP030868.2|WP_127825702.1|1899813_1900134_-|hypothetical-protein	unknown	unknown	gnl|CDD|227871
NZ_CP030868.2|WP_127825695.1|1894881_1895472_+|50S-ribosomal-protein-L20	unknown	unknown	gnl|CDD|179959
NZ_CP030868.2|WP_127825705.1|1902170_1902893_+|Bax-inhibitor-1/YccA-family-protein	unknown	unknown	gnl|CDD|198414
NZ_CP030868.2|WP_127825697.1|1896644_1896923_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP030868.2|WP_127825690.1|1888876_1890241_+|DEAD/DEAH-box-helicase	cas3	cd09639_cas3_CAS-I	gnl|CDD|223587
NZ_CP030868.2|WP_127825691.1|1890296_1890563_-|30S-ribosomal-protein-S20	unknown	unknown	gnl|CDD|178943

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_CP030868.2|WP_127825690.1|1888876_1890241_+|DEAD/DEAH-box-helicase	cas3	cd09639_cas3_CAS-I	3e-13	44.2	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP030868.2|WP_127825698.1|1896922_1897342_-|HIT-family-protein	gnl|CDD|223611	COG0537, Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only].	3.75539e-45
NZ_CP030868.2|WP_127825704.1|1900786_1902094_+|UDP-N-acetylmuramate--L-alanine-ligase	gnl|CDD|234757	PRK00421, murC, UDP-N-acetylmuramate--L-alanine ligase; Provisional.	0
NZ_CP030868.2|WP_127825687.1|1886643_1887012_+|preprotein-translocase-subunit-YajC	gnl|CDD|235822	PRK06531, yajC, preprotein translocase subunit YajC; Validated.	2.88458e-22
NZ_CP030868.2|WP_127825689.1|1887763_1888726_+|bifunctional-oligoribonuclease/PAP-phosphatase-NrnA	gnl|CDD|223691	COG0618, COG0618, Exopolyphosphatase-related proteins [General function prediction only].	6.46658e-72
NZ_CP030868.2|WP_127825693.1|1891084_1892983_+|ribonuclease-J	gnl|CDD|223668	COG0595, COG0595, mRNA degradation ribonucleases J1/J2 (metallo-beta-lactamase superfamily) [Translation, ribosomal structure and biogenesis; Replication, recombination and repair].	0
NZ_CP030868.2|WP_127825706.1|1902946_1904461_+|peptide-chain-release-factor-3	gnl|CDD|179105	PRK00741, prfC, peptide chain release factor 3; Provisional.	0
NZ_CP030868.2|WP_127825699.1|1897382_1898117_+|ABC-transporter-ATP-binding-protein	gnl|CDD|224054	COG1131, CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms].	9.63056e-69
NZ_CP030868.2|WP_127825703.1|1900172_1900784_+|DUF4479-domain-containing-protein	gnl|CDD|239196	cd02796, tRNA_bind_bactPheRS, tRNA-binding-domain-containing prokaryotic phenylalanly tRNA synthetase (PheRS) beta chain. PheRS aminoacylate phenylalanine transfer RNAs (tRNAphe). PheRSs belong structurally to class II aminoacyl tRNA synthetases (aaRSs) but, as they aminoacylate the 2'OH of the terminal ribose of tRNA they belong functionally to class 1 aaRSs. This domain has general tRNA binding properties and is believed to direct tRNAphe to the active site of the enzyme.	5.86446e-41
NZ_CP030868.2|WP_127825692.1|1890584_1890854_-|30S-ribosomal-protein-S15	gnl|CDD|180170	PRK05626, rpsO, 30S ribosomal protein S15; Reviewed.	6.37434e-48
NZ_CP030868.2|WP_127825701.1|1899151_1899817_+|tRNA-(guanosine(46)-N7)-methyltransferase-TrmB	gnl|CDD|234649	PRK00121, trmB, tRNA (guanine-N(7)-)-methyltransferase; Reviewed.	5.02352e-70
NZ_CP030868.2|WP_002816950.1|1894661_1894859_+|50S-ribosomal-protein-L35	gnl|CDD|234676	PRK00172, rpmI, 50S ribosomal protein L35; Reviewed.	2.34517e-18
NZ_CP030868.2|WP_127825688.1|1887052_1887745_+|metal-dependent-hydrolase	gnl|CDD|234811	PRK00685, PRK00685, metal-dependent hydrolase; Provisional.	5.3636e-86
NZ_CP030868.2|WP_127825700.1|1898109_1899168_+|ABC-transporter-permease	gnl|CDD|377581	pfam05975, EcsB, Bacterial ABC transporter protein EcsB. This family consists of several bacterial ABC transporter proteins which are homologous to the EcsB protein of Bacillus subtilis. EcsB is thought to encode a hydrophobic protein with six membrane-spanning helices in a pattern found in other hydrophobic components of ABC transporters.	4.57533e-29
NZ_CP030868.2|WP_127825702.1|1899813_1900134_-|hypothetical-protein	gnl|CDD|227871	COG5584, COG5584, Predicted small secreted protein [Function unknown].	2.66392e-07
NZ_CP030868.2|WP_127825695.1|1894881_1895472_+|50S-ribosomal-protein-L20	gnl|CDD|179959	PRK05185, rplT, 50S ribosomal protein L20; Provisional.	3.97213e-61
NZ_CP030868.2|WP_127825705.1|1902170_1902893_+|Bax-inhibitor-1/YccA-family-protein	gnl|CDD|198414	cd10432, BI-1-like_bacterial, Bacterial BAX inhibitor (BI)-1/YccA-like proteins. This family is comprised of bacterial relatives of the mammalian members of the BAX inhibitor (BI)-1 like family of small transmembrane proteins, which have been shown to have an antiapoptotic effect either by stimulating the antiapoptotic function of Bcl-2, a well-characterized oncogene, or by inhibiting the proapoptotic effect of Bax, another member of the Bcl-2 family. In plants, BI-1 like proteins play a role in pathogen resistance. A characterized prokaryotic member, Escherichia coli YccA, has been shown to interact with ATP-dependent protease FtsH, which degrades abnormal membrane proteins as part of a quality control mechanism to keep the integrity of biological membranes.	2.96736e-42
NZ_CP030868.2|WP_127825690.1|1888876_1890241_+|DEAD/DEAH-box-helicase	gnl|CDD|223587	COG0513, SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis].	8.37425e-123
NZ_CP030868.2|WP_127825691.1|1890296_1890563_-|30S-ribosomal-protein-S20	gnl|CDD|178943	PRK00239, rpsT, 30S ribosomal protein S20; Reviewed.	2.81771e-13

Protein sequences

>NZ_CP030868.2|WP_127825695.1|1894881_1895472_+|50S-ribosomal-protein-L20
MRVKGTNVTRIRRKKMIKLAKGYRGQRHINFKVAKQQVWKSYLYAYRDRKNVKRDYRKLWIARINAASRMNGISYSQLMHGLKIAGVDLNRKMLAELAVSDFATFSKLAETAKKQVAAPVRKAATLDTDIKVERIEKGEAKPTVLEPGKSVKAEDVAVAEKPTAASTVAEIKAYLDSEKIKYLSSAKKADLLALIK
>NZ_CP030868.2|WP_002816950.1|1894661_1894859_+|50S-ribosomal-protein-L35
MPKMKTNRASAKRFKKTASGGFKAGQAFTSHRFHGKTKKQRRQLRGTAMMNKVNVKRYAKILSNL
>NZ_CP030868.2|WP_127825694.1|1892975_1893935_+|hypothetical-protein
MSENSQQLTFDELVKQGHLEVDHNNFHQAASYFEMAYDKKQELDLNRILVGTLYEDQQFSLANVYLEDFLDDYLNTEELFKLAINVLLKNQNFIYAREMANFSDPRWQSWAIDEISNQEASVRSQMSATQKTLMQSFYHLSDGNFAKQRSRFENSFKLPLHEWWSGTKFLLLDPYINPLIRSSLIETAQKLQIDEKVDFYWIDKKIYQVNPSKLKPLLQVDEYIKLKKMLDDELGADDPMAGEMLTANLRMQTSILYPKISSGIFEFSNWIDEMINQYQGADKISRISDKQRKIFEQIEKLIDEIVKSEHEQEKRASNN
>NZ_CP030868.2|WP_127825693.1|1891084_1892983_+|ribonuclease-J
MVKTALSIIPFGGVRENGKNMYAVTVNDEIYILDAGLKYPETDLLGVDVVVPDFNYLVDHADQVVGVFLTHGHADAIGALPYLLEALRVPVFGTEFTLALAKQQVSRRPSLSDFDDYNVITPDSIVEFGKTKVSFFSTTHSIPESVGIVLETEYGQIVYTGDFKFDNTAKGPYKTDYSRLTRIGQRGVLALLADVNGVETPGESVSESAIDEFVFQTFRENADRRIIVATVASNVQRIQEVINSAYQTGRKIAISGNDLEQVVKTALDSKRLNLPTSYNKLFTNIKNLKSVEPNKLVILETGKMGEPIRDLQRMAKGDDRYVSFNENDLIFVATTPSISSESIMAKTRDLIFRRGANVVSIKDNLRSSGHASQNDLQFMLNFIKPDYFFPVSGEYRVFSVADFLAQEVGIKKDHIFLSMKGDQYKFEPENKKFVLEDSFEVDDTMIDGSGNTDVGNIVLRDRKMLSEDGVVIAAATIDRKKKKVVAAPRITTRGFIFVKTNRELIHESAKVMVDQIELYLDNTDDFDWNDLKSGVKDAMSKFFYEQTKRRPVVMPVVMEVNQNRRPNSKKKTENNQKKEVAEEQGKTTRNNQNRRPRQRVKSTPRSIRPKKETIEKINAKLAEKQQNVEENV
>NZ_CP030868.2|WP_127825692.1|1890584_1890854_-|30S-ribosomal-protein-S15
MALTQEAKNQIIKEYARHSGDTGSVEVQVAVLTADINELNNHMSENKHDFSSQRGLMKKIGHRRNLLRYLRDIDVARYRTLISKLGLRR
>NZ_CP030868.2|WP_127825691.1|1890296_1890563_-|30S-ribosomal-protein-S20
MPIIESSIQRERLNKAERAVRAPQISAYRTAVKNFEKAAATGADNLQELFSKTSAAIDKAETKSLIKKNKAARDKARLYKLLKTATSK
>NZ_CP030868.2|WP_127825690.1|1888876_1890241_+|DEAD/DEAH-box-helicase
MTNQFGQFNLKTEIVKAIDGIAFSKPTKVQKRLIPPILAGRDVVGQSQTGSGKTHAFLLPIFNALDPSLHETQAVITSPSRELAEQLYQAFRDFQKSLSAVDESFADLRIADYIGGTDRNKQIRQLERNQPQIAIGTPGRLKDFLSKNFLLVNQNKFFVVDEADMALDMGFLEDVDTIASAMSDDLQMLVFSATIPDKLTPFLKRYMKNPLIEEIPVSTVVADTIDNYLLATKSKDKNEVIFDLLTRKESYLTLVFANTKERVHELARFLDSQGLKVAEVHGGIEPRERRRTMKRIKNQEFQYVVATDLAARGLDIQGVSEVINDDIPTDLEFFIHRVGRTGRNGLSGTAITLYGPDEEDKVEQLERLGINFQAKQLKDHQLIDVKDRNRRAHRRASQKQLDPELVGLVKKKKAHVKPGYRRQIKGAIRFKQMKENKISQRTASRAARKAKRSK
>NZ_CP030868.2|WP_127825689.1|1887763_1888726_+|bifunctional-oligoribonuclease/PAP-phosphatase-NrnA
MDIQYQILRQIEKYQTIIIHRHQRPDPDAIGSQLGLKTGLQAAFPEKNVYAVGKEITGLAWVGSMDVIPDSTYENALVIVIDTANLARIDDDRYKKGDKLIKIDHHPNDEPYGDLMWVEPGRSSCSEMVTFFLDDNIPLLLTNEAARNLYIGIVGDTGRFMYASTPETFIAVSKLYHFSINYETINREMSSISLVQARFSGKVYDEMKVEDHVGWITLTKDEIEAGHLGNEGTNFVVGMFGSIKEVLVWANFIENDDGSFRVRLRSKGPNVNEIAKLHDGGGHDMASGAKAQDQTEIDQIINELKKSASVFSNKMEKSVK
>NZ_CP030868.2|WP_127825688.1|1887052_1887745_+|metal-dependent-hydrolase
MKITYFGQSAFQIKTGKTTILIDPFLTGNKHTNIDPSSLDSEYILLTHAHQDHTGDTFDIARKTGATIITQTDYAQYINNILPEAKGCHAEGINFGGTFSAEDFSVKLFPAWHTDARMVGNALIPLGVAAGMALTIEDKLIYDTGDTCLFSDLKLVARKRPVDLALICIGGHFTMDADDALVAADFLQAKHVIPTHYNTFPAIKADPQKFVKELPTGVGMLPDFDKEFDF
>NZ_CP030868.2|WP_127825687.1|1886643_1887012_+|preprotein-translocase-subunit-YajC
MFNNLFIAAAKSGLSSWLPMILIYAVLIGGMFWWSSRRRKQATEQQQKMHSGLVKGAQVVTIGGLHGIVDSIDSEKKIVTLDVEGVYLPFDQRAIAKIIGPVDDTKETKITGSENKNKKENK
>NZ_CP030868.2|WP_127825697.1|1896644_1896923_-|hypothetical-protein
MAESEKTDNFFQKETDKIFYYLKNEGNVLKKTFSAIKELIISQPNQEKNLSELSEHFQRSKKEIDKSKTKLDKDIQSLENELSTVKYPFHKK
>NZ_CP030868.2|WP_127825698.1|1896922_1897342_-|HIT-family-protein
MEDIFDKIIQGEIPSYKVYEDDDVFAFLDISQATPGHTLVVPKVDVKDIFAYDDELAKKILTKLPIIARAVKASNPKILGINILSNNGVAAGQSVPHSHWHIIPRYENDGLHLPGAVDHSNQYDEKRYKAIAKSIREQF
>NZ_CP030868.2|WP_127825699.1|1897382_1898117_+|ABC-transporter-ATP-binding-protein
MTLKISHLTGGYGQTNTIKDLNFTVEAGTVTALIGLNGSGKTTTINHVIGLMQPKNGSISFNGQDSRKDSFNYQHNLAYIPELPIIYEDLTLWEHIQTTIAAYHLDSKRVSEETTKLLEIFRLKDKLTWFPIDFSKGMRQKVMIVLALLTNAPLLVVDEPFIGLDPLAVSDLINLLNEKKAAGTTILMSTHLIEGAEKFVDQFLLIDRGQIRARGKMNDIFKAFPQQKTINEIYLQLAREAANG
>NZ_CP030868.2|WP_127825700.1|1898109_1899168_+|ABC-transporter-permease
MDKIFNRRRDLSFQRNFRYLSRAFNDQFIGFLFIAVALLGYEYLHNLNNIHGNWMTILLVLFASVSFLFFGDLVTYLQNADQVFLIADLPDLKRYLKKSFFKSLILGILIQFFLNLLLIPILLKILGLIISLIYLFFFLLTKTFLIGLKYRKIVKDNRIDWSYGINLEVKRVNRINVFLNFFTDVKELKHDNRPTKIWNWLIKCLPSFNQSYHWILFTRYFFRSRQFMSTILLTSFFGMVLAFFLPSLSAATISGLFIVFALSYQMKPIFSHYSNHKMAQVYQQDSKKKLADFQLLAIKVFAPIVFLLLISLLASHKTVIVLISFLLIISFTWLIIRWYLPRLVGFKYEIKK
>NZ_CP030868.2|WP_127825701.1|1899151_1899817_+|tRNA-(guanosine(46)-N7)-methyltransferase-TrmB
MRLRSKKWAVPFINEHPKLVINSQQAEQLKGNWSSRFGNSHPVYLEIGSGKGQFILDNALKYPEKNFIGLELQPTAVAIAGKKAFEQGRQLTNLKLILGDGADVSNYFAENEIGKIFLNHSDPWPKAKHEKRRLTAANFLRSYSAILVSNGTLELKTDNLGLFEYSLSSFKKFGLSWSDNQISYDLHHELKKNPANIETEYEKKFAEMNQPEYWIRINFSF
>NZ_CP030868.2|WP_127825702.1|1899813_1900134_-|hypothetical-protein
MNKKHKNLIAATAGFLIGSGISIFIAKKIKENNADQILETVKKTLSEQGTVSNAWINGERISGEHYGTKTVYNGGANITSDQGETKSIDFIADADTGELFKVEVVD
>NZ_CP030868.2|WP_127825703.1|1900172_1900784_+|DUF4479-domain-containing-protein
MLVADYNSDTLITFLAPEEPDSSFETKKRITRIYKNGQTLAYHFTGIAPLGKGPVKLTTKKIKELNELLLCTEFKPELVYDPAAKFVIGYVDSFVEHPDSDHMHVVQVKISPNKSVQIVSGSPNLRRGIKTVVCLPGAIMPSGKIIWPGKLRGVDSYGMMAAPKELGLKNAPDRPGMIILPDSFGEVGEAFDFIKGNELEFNN
>NZ_CP030868.2|WP_127825704.1|1900786_1902094_+|UDP-N-acetylmuramate--L-alanine-ligase
MANYYFIGIKGTGMASLALILHDQGNKVLGSDIDKETFTQFPLIKAGIQITNFDPNLIQSSYVVVKGNAFSDDHPQVLAAKKVGAKVLTYPQAVEEVIRRHFSIAISGAHGKTSTTSLLAHILSNCESTSYLIGDGVGKGVFASKYFVVEADEYDRHFQPFTPDIAIITNIDWDHPDYYKSLDDVKSAFSEFADHVKKIIFAYGEDPEIKKLSPRTAKVLSYGFEKSDYFYANNIDKRTEGSYFSLVKDGQKLGDFFATIEGNHGILDTTAAIAVADYLGLSVDQIQKGLLTYQGAKRRFNISQAGDLTIIDDYAHHPTEIKATIDAARQKFPNKRLVAVFQPHTYTRVKAFKDEYVDVLKSADKVYITPIFGSLREKAGNAKSEDILNKLPNAGTIITESNAYEKLSVEHGSVLIFMGAGDIEKYEDALKRGLK
>NZ_CP030868.2|WP_127825705.1|1902170_1902893_+|Bax-inhibitor-1/YccA-family-protein
MQNYSDNRIIKDVTDSTKESGLAAFFQRTYAYMGVALLITFGLAYALAYPFYAEFARFYSSNGALTWIVLAIAQLAVVFLIGRNALKNPALAFGGLLAFAIVEGIFFGAIFAMYNLQSIVSAFLMASVDFGAMALYGFFTKKNLARLAPILFGAMIALMVGLVISIFVPGFSFVMSVLGVVIFSVYAAYDNNRLKQMYFELQGQGNETINGLAISGALSLYLDFVNLFLYLLRIFGNQRN
>NZ_CP030868.2|WP_127825706.1|1902946_1904461_+|peptide-chain-release-factor-3
MTNFKEEYKKRVTFAIISHPDAGKTTLTEQLLLHGGVIRRAGTVKGRGSNKMASSDWMAIEQQRGISVTSSVLQFNYAGRRINILDTPGHEDFSEDTYRTLMAVDSAVMVIDSAKGIEPQTRKLFEIVSKRHIPIFTFFNKLDRDGRQALDLVDELEKTLGIQAYAMNWPIGSGQVLQGIYDLQRNKFIKYNNVKNLDQSVYDESMEEIELLKDAGNVLDENKVLQGAQTPVFFGSALSNFGVEQFLTEYLKYAPSPSEKATIDHKEIQPDNDQFTGFVFKIQANMNPNHRDRIAFVRIVSGEFQKGMEVNLARNGKKLKLSNVTQFLADERENIETAVPGDIIGLYDTGNFQIGDSIYTGKQKVEFEPLPTFTPELFNRVIAKDVMKQKSYHKGIKQLVQEGTVQLFESWHGQEYILGAVGQLQFEVFQFRMANEYNSQVIFEPLGKKIARWIKADELDEKMNTSRSILMKDQQGNPVILFENRFALNWFVDKYPDVDLESKL

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP014914	Lactobacillus paracollinoides strain TMW 1.1979 plasmid pL11979-2, complete sequence	8396-8477	22	0.732
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP014916	Lactobacillus paracollinoides strain TMW 1.1994 plasmid pL11994-1, complete sequence	856-937	22	0.732
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP047123	Lactobacillus hilgardii strain FLUB plasmid unnamed2	463-544	22	0.732
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP046661	Lactobacillus plantarum strain 83-18 plasmid p83-18.1, complete sequence	22711-22792	22	0.732
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP012290	Pediococcus damnosus strain TMW 2.1535 plasmid pL21535-2, complete sequence	33651-33732	22	0.732
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_AP014682	Lactobacillus hokkaidonensis JCM 18461 strain LOOC260 plasmid pLOOC260-2, complete sequence	463-544	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP030883	Lactobacillus plantarum strain nF1 plasmid unnamed2, complete sequence	23058-23139	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP017412	Lactobacillus plantarum strain RI-113 plasmid pRI113_6, complete sequence	13074-13155	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP032650	Lactobacillus plantarum strain ZFM4 plasmid unnamed2, complete sequence	8216-8297	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP025283	Lactobacillus plantarum subsp. plantarum strain nF1-FD plasmid pnF1FD02, complete sequence	30263-30344	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP015967	Lactobacillus plantarum strain LZ206 plasmid LZ206p2, complete sequence	13800-13881	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NC_020820	Lactobacillus brevis KB290 plasmid pKB290-1, complete sequence	20088-20169	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP032746	Lactobacillus paraplantarum strain DSM 10667 plasmid unnamed2, complete sequence	676-757	23	0.72
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP032634	Lactobacillus sakei strain ZFM220 plasmid unnamed1, complete sequence	41133-41214	33	0.598
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_LT960785	Lactobacillus sakei isolate MFPB19 plasmid 2, complete sequence	3843-3924	33	0.598
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP032636	Lactobacillus sakei strain ZFM225 plasmid unnamed1, complete sequence	45577-45658	33	0.598
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_LT960791	Lactobacillus sakei strain J54 plasmid 2, complete sequence	3842-3923	33	0.598
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP032653	Lactobacillus sakei strain LZ217 plasmid unnamed1, complete sequence	45599-45680	33	0.598
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP025137	Lactobacillus sakei strain WiKim0072 plasmid pLSW72_1, complete sequence	31990-32071	33	0.598
NZ_CP030868_1	1.1|1351502|82|NZ_CP030868|CRISPRCasFinder	1351502-1351583	82	NZ_CP032641	Lactobacillus sakei strain ZFM229 plasmid unnamed1, complete sequence	12357-12438	33	0.598

1. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP014914 (Lactobacillus paracollinoides strain TMW 1.1979 plasmid pL11979-2, complete sequence) position: , mismatch: 22, identity: 0.732

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
************************************************************

2. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP014916 (Lactobacillus paracollinoides strain TMW 1.1994 plasmid pL11994-1, complete sequence) position: , mismatch: 22, identity: 0.732

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
************************************************************

3. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP047123 (Lactobacillus hilgardii strain FLUB plasmid unnamed2) position: , mismatch: 22, identity: 0.732

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
************************************************************

4. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP046661 (Lactobacillus plantarum strain 83-18 plasmid p83-18.1, complete sequence) position: , mismatch: 22, identity: 0.732

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
************************************************************

5. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP012290 (Pediococcus damnosus strain TMW 2.1535 plasmid pL21535-2, complete sequence) position: , mismatch: 22, identity: 0.732

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
************************************************************

6. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_AP014682 (Lactobacillus hokkaidonensis JCM 18461 strain LOOC260 plasmid pLOOC260-2, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttaaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
***************.********************************************

7. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP030883 (Lactobacillus plantarum strain nF1 plasmid unnamed2, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

8. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP017412 (Lactobacillus plantarum strain RI-113 plasmid pRI113_6, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

9. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP032650 (Lactobacillus plantarum strain ZFM4 plasmid unnamed2, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

10. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP025283 (Lactobacillus plantarum subsp. plantarum strain nF1-FD plasmid pnF1FD02, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

11. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP015967 (Lactobacillus plantarum strain LZ206 plasmid LZ206p2, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

12. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NC_020820 (Lactobacillus brevis KB290 plasmid pKB290-1, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

13. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP032746 (Lactobacillus paraplantarum strain DSM 10667 plasmid unnamed2, complete sequence) position: , mismatch: 23, identity: 0.72

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ccgcgggagaccgttgaaacccttgctacaagcggaagttcaaaaaatgaacttccgcat	Protospacer
*****************************.******************************

14. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP032634 (Lactobacillus sakei strain ZFM220 plasmid unnamed1, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

15. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_LT960785 (Lactobacillus sakei isolate MFPB19 plasmid 2, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

16. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP032636 (Lactobacillus sakei strain ZFM225 plasmid unnamed1, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

17. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_LT960791 (Lactobacillus sakei strain J54 plasmid 2, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

18. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP032653 (Lactobacillus sakei strain LZ217 plasmid unnamed1, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

19. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP025137 (Lactobacillus sakei strain WiKim0072 plasmid pLSW72_1, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

20. spacer 1.1|1351502|82|NZ_CP030868|CRISPRCasFinder matches to NZ_CP032641 (Lactobacillus sakei strain ZFM229 plasmid unnamed1, complete sequence) position: , mismatch: 33, identity: 0.598

ccgcgggagaccgttgaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	CRISPR spacer
ggtcaaaaaagctctcaaacccttgctacgagcggaagttcaaaaaatgaacttccgcat	Protospacer
   *...*.* * .* ********************************************

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	9924 : 20112	8	Enterococcus_phage(66.67%)	NA	NA
DBSCAN-SWA_2	334755 : 341719	10	Oenococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_3	581942 : 589721	9	Lactobacillus_phage(16.67%)	protease	NA
DBSCAN-SWA_4	1715193 : 1725942	11	Streptococcus_phage(25.0%)	protease	NA
DBSCAN-SWA_5	2008221 : 2025863	16	Prochlorococcus_phage(16.67%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_CP030868|9924:20112|DBSCAN-SWA
AATGATAAACCAAGATAATGATTCACCAGCAACATTAACCGCCATTAAAATCAAGGAAGACGATGGAAGTATCTCTGAATTGAAGGACGACCAAATAGAAAAAGTGCTTTTACACGCCAATGACAAAGTTGATCAACCGCTTGACAGCCAATTAATCAAAAATATTGTTGATCAAGTCATGACAAAAATGCCGCTTTCAGATGATTCTGTAGTAACCCGTCAGGGCTTGAACACAGCTATTTTGCGTTCTTTAAAAGAGCAAGGCAATCCACAATTAGCACAGGTCGCAAATAACCAATTATTGTCGGCAGAAATTAATTCTAGCAAAGCAACAGATATCAATTTTACGATTCAAAAACTGCTCAATAAAGACAAAACGGTTGTCAATGAGAATGCGAATAAAGATAGCCATGTTTTCAATACTCAACGAGATTTAACCGCGGGAACCGTTGCGAGGTCGATTGGACTAAAAATGCTTCCGCCAAGGGTTGCCAAAGCACATATGAGTGGTGATATTCATTGGCACGATTTGGATTACCAACCATACAGTCCGATGACCAATTGCTGTTTGATCGATTTTAAAGAAATGTTGACTAATGGATTTAAAATCGGCAATGCTGAGCTTGAATCACCAAATTCAATCCAGACTGCCACGGCTCAAATGGCACAAATTATTGCCAATGTTGCTTCCAGCCAATACGGAGGTTGTTCAGCAGACCGGACCGATGAATTTTTAGCGCCCTTTGCTGAAAAAAATTATCATAAGAATTTAGCTGAAGCAAAGGAATGGATCGAAGACGAAGACAAGCAAGAAGCTTTTGCTCGCCAAAAGACCGAAAAAGACATTTATGATGCTATGCAGGCTTTGGAATATGAAATTAATACTCTGTATTCTTCTCAAGGACAAACACCTTTTACAACTGTTGGTTTTGGATTAGGGACAAGCTGGATCGAACGGTCAATTCAAAAGGCGATTTTGCAAGTCAGAATTAAAGGACTGGGTAAGGAAAGGCGGACAGCAATTTTTCCAAAACTAGTCTTTACTATCAAACGCGGTTTGAATCAAAAACCCGAGGATCCTAACTATGATATTAAAGAGTTGGCAATCGAATGTGCTACTAAGCGTATGTATCCAGATGTTTTAATGTATGACAAAATTGTTGAACTGACTGGTAGTTTCAAGGCTCCAATGGGTTGTCGTTCATTTTTGCAAGGATGGTGGGACGAAAACGGTCGCGAGGTTAATGCCGGCCGAATGAACTTAGGCGTTGTTACAGTTAATCTGCCTAGAATAGCTATGGAATCAAAAGGCGATCAGGCAATGTTTTGGAAGATATTCGAGGAACGTTTGGATGTTTGCAAAGAGGCACTTGTTTTTAAGATAAACAGGGCCAAAGAGGCTAATCCGGAAAATGCTCCAATTCTTTATGAATACGGGGCCTTTGGAAAACGCTTGAAGCCAAATGATTCAATCGACCAACTCTTCAATAAATCTCGCGCAACTATTTCTCTGGGATATATTGGTATCTATGAGGTTGGAACTGTCTTTTTCGGTCACGCTTGGGAACATAATCCTGAAGCTAAAGCATTTTCTGTTAAGATTGTAAAAACCTTATGGGAACATTGCAAAGCTTGGGAAAAGGAATATGGCTATCATTTCAGTGTATACAGTACCCCGAGTGAAAGCTTAACTGACACATTCTGTCGGCTTGATACAAAGAAGTTCGGTATTGTTAAGGATATTACTGATAAGGAATACTACACAAATAGTTTCCATTATGATGTTCGAAAGAAAGTTACTCCTTTTGAAAAGATTGATTTTGAAAAGGATTATCCAAAATACTGTTCCGGTGGTTTTATTCATTATTGTGAATATCCAAATTTGAAACAAAATCCGAAAGCCTTGGAAGCGGTTTGGGACTATGCTTATGACAAAATTGGATATTTAGGGACTAATACCCCAATCGACCAATGTTTTAAATGCGGTTTTAAGGGCGAGTTTGAAGCCACAGCGCGTGGTTTTAAGTGCCCGAAGTGTGGTAATACCGATCCTGCAACTTGTGATGTTGTCAAGCGGACTTGTGGATATCTTGGCAACCCATTGCAGCGGCCAATGATTCATGGACGTCATCAGGAAATTATTTCTCGTGTTAAGCACATGTCGTTAGGAAACGATAATACGACTAGTGCCCGCCAAGGATAAGGGAGATTTTAATGAGTGAAAAAGAAACGAAAACTGTGGCGAAAAGACAGCATCAACATCGGCAACGTTTACCAAAAAATCCAAAACCTAAAGAATGGTTAGCCAAGGATTTAAGCTTAAATTATGTAGCTAGTTATAAGCCGTTTAATTTTGTTGACGGCGAAGGGGTTCGTTGCAGCTTATATGTTAGTGGGTGCAAGTTTGATTGTCCTGGTTGCTATAACAAAGTCGCTCAGAGTTTTCATTATGGTCAACCATACACAAAAGATTTAGAAGATCAGATCATTGCTGATCTTGGCCAGTCCTATGTTCAAGGCTTGACTTTATTGGGTGGCGAACCCTTTTTAAACACTCATGTATGTTTGCAATTAATTGATCGAATTCATAAAGAATATGGGCATAGCAAAGACATTTGGTCTTGGACCGGCTATACCTGGGACGAACTGCAGCTAGAATCGGATGATAAAAAAGAAATGTTGAGCAAGTTAGACATTTTAATTGATGGCCGTTTTTTGGAAGCACAAAAAGATTTGACGCTGCAATTTAGAGGCAGTTCGAATCAGAGAATCATTGATGTTCAAAAATCCTTGCAGCAATCCAAGGTGGTTATTTGGGACCGTTTAGTTCGATAGGAAGGTGAGACTGATTAGTGACAACTTTAGAGATCAAAAATTTACATGTCCAAGCAGAGGGACAACACATTTTAAAGGACGTTGCTGAAAATTTATTTGCTGGATCGAATTATGATACGGTGATTGCGATTCAGATTCCCCAAACACATGCGACAATGCATTTGGATACAGTTTTTACAATGGTTAATTTTGATCAGTTCACTGTTCATCCGATGATTCTCAACAGCAATGGAGAATTGCCGATTCTTGTAATGCATAAAGACAAAGACAACCAGATTAAAATCGAGTCCTCAAACAACCTTAAATCAGTTCTAAAAGAACAACTCGGTTTAAGCGAACTCGATCTGATTTCAACCGGTGATGGCGATCCGATAATTTCAGCCCGCGAGCAGTGGAATGATGGATCGAATACTTTGGCAATTGCACCTGGATCAGTGGTTACCTATGATCGAAATTATGTTTCAAATGAAGCTTTGCGTAAACACGGAATTCAGGTTTCTGAGGTTCCTTCAAGCGAGATTTCCCGTGGACGCGGGGGCCCACGTTGCATGAGCATGCCGATTTATCGCGAAGATATCGAAAAATGAAATATTTAAAAAAGGTTGCATCAAATAGTCAATGCAGCCTTTTTTAAATTAATTGTTAATTCGTTGTTTTCAAGAAATTCCCAAAGAGATTCGGGCGATTCGAGAAATTCGATTTGGATCCCAAACGATTGTTGGATCGATTTGTACCAGGACATTTGTAAAGTCACTGTATGTCATAATCGCGTCTTCGATAATTGTCTGTAGTTCGGCAGTTAAAGGGCATCCGAGGATTGTTAAAGCCATTAAAACGCGTAATTGCCGTTTCTTGTCTTTTTCAACAACTTGCAAACTGTAAATCAAACCGAGGTCCTGGACACTAACTCCCATTTCCGGGTCAATCGCCTGTTTTAAAGCTTCTATGACTGCAGAAAACTCTGCTTCCGTCAAAGATTTTTCAACATTTTCAACTTGTGTATTTTTATTCAAAGCTTGTCACCAACCTCCCGATAAGTTTAATAAAAGTTTAATAAATTCTCACTTAAAATTAATTTTTTTCAACGGCTCCAGATTAGCATGATTCAAGCAAAACATCTATATTTTCGCCTCAAAAAAACTAACTCTAAGACACTTTTTTAGATTGAACCTTGTTGGAGAATCCGTTATTATTGGCGTTAATCAAAAAGATAAAGGAGTTGAATAAAATGATAAACCAAGATAATGATTCACCAGCAACATTAACCGCCATTAAAATCAAGGAAGACGATGGAAGTATCTCTGAATTGAAGGACGACCAAATAGAAAAAGTGCTTTTACACGCCAATGACAAAGTTGATCAACCGCTTGACAGCCAATTAATCAAAAATATTGTTGATCAAGTCATGACAAAAATGCCGCTTTCAGATGATTCTGTAGTAACCCGTCAGGGCTTGAACACAGCTATTTTGCGTTCTTTAAAAGAGCAAGGCAATCCACAATTAGCACAGGTCGCAAATAACCAATTATTGTCGGCAGAAATTAATTCTAGCAAAGCAACAGATATCAATTTTACGATTCAAAAACTGCTCAATAAAGACAAAACGGTTGTCAATGAGAATGCGAATAAAGATAGCCATGTTTTCAATACTCAACGAGATTTAACCGCGGGAACCGTTGCGAGGTCGATTGGACTAAAAATGCTTCCGCCAAGGGTTGCCAAAGCACATATGAGTGGTGATATTCATTGGCACGATTTGGATTACCAACCATACAGTCCGATGACCAATTGCTGTTTGATCGATTTTAAAGAAATGTTGACTAATGGATTTAAAATCGGCAATGCTGAGCTTGAATCACCAAATTCAATCCAGACTGCCACGGCTCAAATGGCACAAATTATTGCCAATGTTGCTTCCAGCCAATACGGAGGTTGTTCAGCAGACCGGACCGATGAATTTTTAGCGCCCTTTGCTGAAAAAAATTATCATAAGAATTTAGCTGAAGCAAAGGAATGGATCGAAGACGAAGACAAGCAAGAAGCTTTTGCTCGCCAAAAGACCGAAAAAGACATTTATGATGCTATGCAGGCTTTGGAATATGAAATTAATACTCTGTATTCTTCTCAAGGACAAACACCTTTTACAACTGTTGGTTTTGGATTAGGGACAAGCTGGATCGAACGGTCAATTCAAAAGGCGATTTTGCAAGTCAGAATTAAAGGACTGGGTAAGGAAAGGCGGACAGCAATTTTTCCAAAACTAGTCTTTACTATCAAACGCGGTTTGAATCAAAAACCCGAGGATCCTAACTATGATATTAAAGAGTTGGCAATCGAATGTGCTACTAAGCGTATGTATCCAGATGTTTTAATGTATGACAAAATTGTTGAACTGACTGGTAGTTTCAAGGCTCCAATGGGTTGTCGTTCATTTTTGCAAGGATGGTGGGACGAAAACGGTCGCGAGGTTAATGCCGGCCGAATGAACTTAGGCGTTGTTACAGTTAATCTGCCTAGAATAGCTATGGAATCAAAAGGCGATCAGGCAATGTTTTGGAAGATATTCGAGGAACGTTTGGATGTTTGCAAAGAGGCACTTGTTTTTAAGATAAACAGGGCCAAAGAGGCTAATCCGGAAAATGCTCCAATTCTTTATGAATACGGGGCCTTTGGAAAACGCTTGAAGCCAAATGATTCAATCGACCAACTCTTCAATAAATCTCGCGCAACTATTTCTCTGGGATATATTGGTATCTATGAGGTTGGAACTGTCTTTTTCGGTCACGCTTGGGAACATAATCCTGAAGCTAAAGCATTTTCTGTTAAGATTGTAAAAACCTTATGGGAACATTGCAAAGCTTGGGAAAAGGAATATGGCTATCATTTCAGTGTATACAGTACCCCGAGTGAAAGCTTAACTGACACATTCTGTCGGCTTGATACAAAGAAGTTCGGTATTGTTAAGGATATTACTGATAAGGAATACTACACAAATAGTTTCCATTATGATGTTCGAAAGAAAGTTACTCCTTTTGAAAAGATTGATTTTGAAAAGGATTATCCAAAATACTGTTCCGGTGGTTTTATTCATTATTGTGAATATCCAAATTTGAAACAAAATCCGAAAGCCTTGGAAGCGGTTTGGGACTATGCTTATGACAAAATTGGATATTTAGGGACTAATACCCCAATCGACCAATGTTTTAAATGCGGTTTTAAGGGCGAGTTTGAAGCCACAGCGCGTGGTTTTAAGTGCCCGAAGTGTGGTAATACCGATCCTGCAACTTGTGATGTTGTCAAGCGGACTTGTGGATATCTTGGCAACCCATTGCAGCGGCCAATGATTCATGGACGTCATCAGGAAATTATTTCTCGTGTTAAGCACATGTCGTTAGGAAACGATAATACGACTAGTGCCCGCCAAGGATAAGGGAGATTTTAATGAGTGAAAAAGAAACGAAAACTGTGGCGAAAAGACAGCATCAACATCGGCAACGTTTACCAAAAAATCCAAAACCTAAAGAATGGTTAGCCAAGGATTTAAGCTTAAATTATGTAGCTAGTTATAAGCCGTTTAATTTTGTTGACGGCGAAGGGGTTCGTTGCAGCTTATATGTTAGTGGGTGCAAGTTTGATTGTCCTGGTTGCTATAACAAAGTCGCTCAGAGTTTTCATTATGGTCAACCATACACAAAAGATTTAGAAGATCAGATCATTGCTGATCTTGGCCAGTCCTATGTTCAAGGCTTGACTTTATTGGGTGGCGAACCCTTTTTAAACACTCATGTATGTTTGCAATTAATTGATCGAATTCATAAAGAATATGGGCATAGCAAAGACATTTGGTCTTGGACCGGCTATACCTGGGACGAACTGCAGCTAGAATCGGATGATAAAAAAGAAATGTTGAGCAAGTTAGACATTTTAATTGATGGCCGTTTTTTGGAAGCACAAAAAGATTTGACGCTGCAATTTAGAGGCAGTTCGAATCAGAGAATCATTGATGTTCAAAAATCCTTGCAGCAATCCAAGGTGGTTATTTGGGACCGTTTAGTTCGATAGGAAGGTGAGACTGATTAGTGACAACTTTAGAGATCAAAAATTTACATGTCCAAGCAGAGGGACAACACATTTTAAAGGGCGTTGATTTAACTATATCTACCGGTGAAATTCATGCTATTATGGGTCCGAACGGCACCGGAAAATCGACTTTGTCCGAAACGATTATGGGCAGAAGCGGATATCAAGTGACCGAAGGCGACATTTTATTGGATGGCGAAAGTATTTTAGACTGGACAGTCGATAAACGTGCTCGGCACGGTCTGTTCCTCGCGATGCAGTATCCTCAAGAAATACCCGGAATTACGAATATGGAATTTATTCGAGCAGCGGTTAATGCTGGTCGGCCAAAAGAACAGGCAATTAAGGTTCGTGATTTTCTTCAACAGCTGGATGAGAAAATGGCTTTGTTAAAAATACCGGAAGAAATGGCTGAGAGGTATTTAAACGAAGGTTTTTCCGGTGGCGAGAAAAAACGTAACGAAATATTGCAACTTTTGATGCTGAAACCTCATTTTGCAATTCTTGATGAGATTGATTCCGGTCTTGATATCGATGCGTTAACGATTGTCGCTAATGGGGTCAACTCTTTGCGCGGATCTACTTTTGGTTCTTTGATTATCACTCACTATCAGCGACTTTTAAAATACATTGTTCCTGATGTTGTCCATATTATGATGGGTGGACGTATTGTAAAAACGGGTGGTCCTGAGTTGGCAGCCGAACTAGAAAAAACCGGATATGAGGGTCTCGCAAAGACTCTTGGCTTAGAGACTGCTGCCGATGATTAAAACGAGACATTCTGAATTTTTTAAACGCCAATTGGATAATTTATCAGATCTTCACGAAGTTGAATGGTTGACCGAGAATCGTAAAAAAGCTTTTTCTCTGAGCCGAGACTTGAATTGGCCGGATTATCCACGAGTTTTAAAGACGACTTTTCAAGCAATTTCAGCGCCATCAAGATGGTCAATCGAAGAAGAAAAATATTTTTTTACTGAAAAATCACAAATTAGGATCGAACAGCTTAATTTATCCAGTTTAAAGATTTATCTTTCTTCAAAGCTTCAAAAACTTGGCGTCATTGTGATGGATCTTTTCGAAGCGGCAGAAAAGAAACCTGACTTGGTCCAGAAGTATTTGCAAAATGATCCGGATAATCGTTTGCTGGCCATGCACCAAGCTTATTGGAATTGTGGATTATTGATTTATTTGCCAAACGATCTTCATTTAAAACAGCCAATTGAAATTTCTTTAATTGTAGATGATTATGCTTCGGCGATTGAACAGCATATTTTATTTATTGCTGGAAGCAACGTAAAGGCAACAGTTGTCCAAACGACAAAGTCTTCAGCTGATTTGAACAAAGTTCAGCTTAATTCTGTTTTTGATTTGATTGCCGGTCCGGGAAGCCATCTTGATTGTTTTGCGGTCGACCAATTGAATCATTCCCGGATTAGCTATTTTAATCGTTTTAGTCGTCTTGGAACAGATGCACAAGTCAATTGGCTTTTGGCCGAAATGAATTTGAATAATTTAGTCGGTGAATGTTCAGCAATTTTAAACGGCAATGGTTCACAAGCAAATTTAAGAGTTGTTAGTTTAGCCGATCGAGAACAAAAACAGGCTTTAATGACAAAATTAACTCACATCGGTCAACATACAACTGGGAATATTAATCAACGCGGGGTAATTCTTCAAAGGGGCCGTTTGATTTATAACGCTGTCGGCAAAATTGTTAAGGGTGCCCATGGTGCAAATTCGGAACAGACCAGTCGAATTTTATTATTGTCTCCCACTGCGACAGGTGATGCCAATCCAATTCTTTTAATTGATGAAAATGATGTCGAGGCCGGCCACGCTGCAAGTATTGGTCGAGTTAGTCCCGAGCAGCTTTATTATTTAATGAGCCGAGGCTTGACAGTTGATAGGGCTCGCCAACTACTTGTTAAAGGCTTTTTCGATGATCTGTTGGATCGTTTGCCGATTAATGATTTAAGAGTTGAATTGGATCAGGCATTAGAAAGGAGATTGTTAACGAATGCCAAAAAATCAATTTCGTGATGACTTTCCTATTTTGAATAACATAAAAATGAATGATGAACCTTTGACCTATCTGGACAATGCTGCAACGAGCCAAAAACCTCAACTTGTGATTGATAGAATTAGCAAATATTATGCCTATGAAAATGCTAATATTCACCGGGCAACACATACTTTGGCTTTAAAAGCAACTGACGATTACGAACAGGTCCGTGATCAGGTTCAACATTTTATTAATGCAGAATCCCGTGATGAGATAATTTTTACCCGCAGCACGACTGAAGGCCTAAACTGGTTGGCTCAACGGTGGGGCGAGGCAAAACTGAAACCGGGAGATGAAATTGTTCTTTCAATTTTAGAACATCATAGTAATCTTGTCCCCTGGCAGCAGGTAGCCAAAAAAACGGGTGCCCGCTTACATTTTTTAGATTTTAATCGAGAAGGTGTTATCGATTTAAATTCTGCTAAAGAGATAATTAATTCAAAAACAAAAATTGTTAGTATTACCCAGGTTTCCAATGTGCTTGGCAGCATTCAGCCGATTAAAGAGTTGGCAATCATGGCGCACAGCGTTGGTGCAGTTATGATTGTCGATGCTGCTCAGAGTGTTCCCCATTTTGCGATTGATGTCCAAAATCTGGATTGTGATTTTTTGGCTTTTTCTGCCCATAAAATGTTGGGACCAACAGGAGTTGGCGTTTTATACGGAAAAAACGAACTATTAAATCAAATGGACCCTGAGTTTTTTGGTGGCGAGATGATTGAAGAGGTTAGCAAAACTAAAGCAAGCTTCAAAACCGGAGCTTTGCGTTTTGAAGCTGGCACGCAAAATATTGCCGGCGTAATTGGCTTTGGCGCAGCTCTAACATATTTACAGAAAGTTGGTTTTGATAAAATTACCGCACAGGATAAATCTTTGATGGAAGCTGCCATGTCCGGCTTGCAAAATAGCCGGAAGGTAAAGATTTATGGATCTGTTGATCCGGCCAATCACACTGGAATCATCTCTTTTAACGTTGATAAGATTCATCCTCATGATGTTTCGACAGTCTTTGATCTAGACGGTGTTGCGATTCGAGCGGGCCATCATTGTGCCGAACCTTTAATGGATCGTTTGGGCGTTTCGGCGACCTGTCGGGCAAGCTTTTATTTTTATAACAATTTAGATGATGTTGAAAGATTTTTAATTGCTTTAAAAGACACCGAAGATTTTTTTAATCGTCATCCTTCAAAGGAGTCTTCAAATGGCTAA

Protein sequences of DBSCAN-SWA_1

>NZ_CP030868|9924:20112|12137_12758_+|WP_127824163.1|DBSCAN-SWA
MSEKETKTVAKRQHQHRQRLPKNPKPKEWLAKDLSLNYVASYKPFNFVDGEGVRCSLYVSGCKFDCPGCYNKVAQSFHYGQPYTKDLEDQIIADLGQSYVQGLTLLGGEPFLNTHVCLQLIDRIHKEYGHSKDIWSWTGYTWDELQLESDDKKEMLSKLDILIDGRFLEAQKDLTLQFRGSSNQRIIDVQKSLQQSKVVIWDRLVR
>NZ_CP030868|9924:20112|9924_12126_+|WP_127824162.1|DBSCAN-SWA
MINQDNDSPATLTAIKIKEDDGSISELKDDQIEKVLLHANDKVDQPLDSQLIKNIVDQVMTKMPLSDDSVVTRQGLNTAILRSLKEQGNPQLAQVANNQLLSAEINSSKATDINFTIQKLLNKDKTVVNENANKDSHVFNTQRDLTAGTVARSIGLKMLPPRVAKAHMSGDIHWHDLDYQPYSPMTNCCLIDFKEMLTNGFKIGNAELESPNSIQTATAQMAQIIANVASSQYGGCSADRTDEFLAPFAEKNYHKNLAEAKEWIEDEDKQEAFARQKTEKDIYDAMQALEYEINTLYSSQGQTPFTTVGFGLGTSWIERSIQKAILQVRIKGLGKERRTAIFPKLVFTIKRGLNQKPEDPNYDIKELAIECATKRMYPDVLMYDKIVELTGSFKAPMGCRSFLQGWWDENGREVNAGRMNLGVVTVNLPRIAMESKGDQAMFWKIFEERLDVCKEALVFKINRAKEANPENAPILYEYGAFGKRLKPNDSIDQLFNKSRATISLGYIGIYEVGTVFFGHAWEHNPEAKAFSVKIVKTLWEHCKAWEKEYGYHFSVYSTPSESLTDTFCRLDTKKFGIVKDITDKEYYTNSFHYDVRKKVTPFEKIDFEKDYPKYCSGGFIHYCEYPNLKQNPKALEAVWDYAYDKIGYLGTNTPIDQCFKCGFKGEFEATARGFKCPKCGNTDPATCDVVKRTCGYLGNPLQRPMIHGRHQEIISRVKHMSLGNDNTTSARQG
>NZ_CP030868|9924:20112|18858_20112_+|WP_127824166.1|DBSCAN-SWA
MPKNQFRDDFPILNNIKMNDEPLTYLDNAATSQKPQLVIDRISKYYAYENANIHRATHTLALKATDDYEQVRDQVQHFINAESRDEIIFTRSTTEGLNWLAQRWGEAKLKPGDEIVLSILEHHSNLVPWQQVAKKTGARLHFLDFNREGVIDLNSAKEIINSKTKIVSITQVSNVLGSIQPIKELAIMAHSVGAVMIVDAAQSVPHFAIDVQNLDCDFLAFSAHKMLGPTGVGVLYGKNELLNQMDPEFFGGEMIEEVSKTKASFKTGALRFEAGTQNIAGVIGFGAALTYLQKVGFDKITAQDKSLMEAAMSGLQNSRKVKIYGSVDPANHTGIISFNVDKIHPHDVSTVFDLDGVAIRAGHHCAEPLMDRLGVSATCRASFYFYNNLDDVERFLIALKDTEDFFNRHPSKESSNG
>NZ_CP030868|9924:20112|17600_18881_+|WP_127824165.1|DBSCAN-SWA
MIKTRHSEFFKRQLDNLSDLHEVEWLTENRKKAFSLSRDLNWPDYPRVLKTTFQAISAPSRWSIEEEKYFFTEKSQIRIEQLNLSSLKIYLSSKLQKLGVIVMDLFEAAEKKPDLVQKYLQNDPDNRLLAMHQAYWNCGLLIYLPNDLHLKQPIEISLIVDDYASAIEQHILFIAGSNVKATVVQTTKSSADLNKVQLNSVFDLIAGPGSHLDCFAVDQLNHSRISYFNRFSRLGTDAQVNWLLAEMNLNNLVGECSAILNGNGSQANLRVVSLADREQKQALMTKLTHIGQHTTGNINQRGVILQRGRLIYNAVGKIVKGAHGANSEQTSRILLLSPTATGDANPILLIDENDVEAGHAASIGRVSPEQLYYLMSRGLTVDRARQLLVKGFFDDLLDRLPINDLRVELDQALERRLLTNAKKSIS
>NZ_CP030868|9924:20112|16199_16820_+|WP_127824163.1|DBSCAN-SWA
MSEKETKTVAKRQHQHRQRLPKNPKPKEWLAKDLSLNYVASYKPFNFVDGEGVRCSLYVSGCKFDCPGCYNKVAQSFHYGQPYTKDLEDQIIADLGQSYVQGLTLLGGEPFLNTHVCLQLIDRIHKEYGHSKDIWSWTGYTWDELQLESDDKKEMLSKLDILIDGRFLEAQKDLTLQFRGSSNQRIIDVQKSLQQSKVVIWDRLVR
>NZ_CP030868|9924:20112|13986_16188_+|WP_127824162.1|DBSCAN-SWA
MINQDNDSPATLTAIKIKEDDGSISELKDDQIEKVLLHANDKVDQPLDSQLIKNIVDQVMTKMPLSDDSVVTRQGLNTAILRSLKEQGNPQLAQVANNQLLSAEINSSKATDINFTIQKLLNKDKTVVNENANKDSHVFNTQRDLTAGTVARSIGLKMLPPRVAKAHMSGDIHWHDLDYQPYSPMTNCCLIDFKEMLTNGFKIGNAELESPNSIQTATAQMAQIIANVASSQYGGCSADRTDEFLAPFAEKNYHKNLAEAKEWIEDEDKQEAFARQKTEKDIYDAMQALEYEINTLYSSQGQTPFTTVGFGLGTSWIERSIQKAILQVRIKGLGKERRTAIFPKLVFTIKRGLNQKPEDPNYDIKELAIECATKRMYPDVLMYDKIVELTGSFKAPMGCRSFLQGWWDENGREVNAGRMNLGVVTVNLPRIAMESKGDQAMFWKIFEERLDVCKEALVFKINRAKEANPENAPILYEYGAFGKRLKPNDSIDQLFNKSRATISLGYIGIYEVGTVFFGHAWEHNPEAKAFSVKIVKTLWEHCKAWEKEYGYHFSVYSTPSESLTDTFCRLDTKKFGIVKDITDKEYYTNSFHYDVRKKVTPFEKIDFEKDYPKYCSGGFIHYCEYPNLKQNPKALEAVWDYAYDKIGYLGTNTPIDQCFKCGFKGEFEATARGFKCPKCGNTDPATCDVVKRTCGYLGNPLQRPMIHGRHQEIISRVKHMSLGNDNTTSARQG
>NZ_CP030868|9924:20112|13414_13771_-|WP_127824161.1|DBSCAN-SWA
MNKNTQVENVEKSLTEAEFSAVIEALKQAIDPEMGVSVQDLGLIYSLQVVEKDKKRQLRVLMALTILGCPLTAELQTIIEDAIMTYSDFTNVLVQIDPTIVWDPNRISRIARISLGIS
>NZ_CP030868|9924:20112|16837_17608_+|WP_127824164.1|DBSCAN-SWA
MTTLEIKNLHVQAEGQHILKGVDLTISTGEIHAIMGPNGTGKSTLSETIMGRSGYQVTEGDILLDGESILDWTVDKRARHGLFLAMQYPQEIPGITNMEFIRAAVNAGRPKEQAIKVRDFLQQLDEKMALLKIPEEMAERYLNEGFSGGEKKRNEILQLLMLKPHFAILDEIDSGLDIDALTIVANGVNSLRGSTFGSLIITHYQRLLKYIVPDVVHIMMGGRIVKTGGPELAAELEKTGYEGLAKTLGLETAADD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_127824162.1|9924_12126_+	anaerobic ribonucleoside-triphosphate reductase	A0A0C5KKX3	Enterococcus_phage	1.1e-259	68.6
WP_127824163.1|12137_12758_+	anaerobic ribonucleoside-triphosphate reductase activating protein	A0A288TZV3	Enterococcus_phage	6.4e-48	54.1
WP_127824161.1|13414_13771_-	DUF59 domain-containing protein	NA	NA	NA	NA
WP_127824162.1|13986_16188_+	anaerobic ribonucleoside-triphosphate reductase	A0A0C5KKX3	Enterococcus_phage	1.1e-259	68.6
WP_127824163.1|16199_16820_+	anaerobic ribonucleoside-triphosphate reductase activating protein	A0A288TZV3	Enterococcus_phage	6.4e-48	54.1
WP_127824164.1|16837_17608_+	Fe-S cluster assembly ATPase SufC	A0A1V0SE00	Indivirus	8.1e-08	24.5
WP_127824165.1|17600_18881_+	SufD family Fe-S cluster assembly protein	NA	NA	NA	NA
WP_127824166.1|18858_20112_+	cysteine desulfurase	Q2XUY6	environmental_halophage	3.3e-99	42.7

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_CP030868|334755:341719|DBSCAN-SWA
TTTACAGCTGTTCTAATGCTTCTTTATTTAGCCTCGCCTGCAGTCTTTCTATCGTTTCATGATCCTTGTCATAGACCGTGTAAACTGCAAACAAATGTGTTTCCCCATCGGCTAAAGCGGCAATGCTGCCACTATCTGCAATCGATATTTGATCATTGCTAAAATCCATATCGACAACATCATCATCGCTTTCTTTAGCTTTTAAGATTATCTCCTTAACGGCTTTCTGAATTGTAGGATTTAGTTCATTAATGCTTGCTCTTAAATTATTCACAATCATTCATTGTAGGACAGATATTTCTATCTTTAAGTTAACGAATACTATTTAATAATTAATCATTAAGAATCCTCAAGTTAATGCGAGGTTTATTAATCAGGGATGAGATTAAATATAATAAACAGTATATTTTATTTTCTATTCCGGTGTTCCGTTAAAATAGACTGAGGATAAGCTTTAATCATATCGAGTTTATGACTAATAAAAAAAAGGAGAATCACCTTAGATGAAACACGAGATCGTAGCCATCAAACTTTCCAAAAACAATCAACGAATTATCGGAGTGAAAATTAAACAAAGCAAATTAAAGCAAACCTTTGGAGTGCCGGATATAGTTGAAGCTTTTGATGTAACCAACAGAATTAAAAAAAGTGATAAATATTTTTATAAAGATCAGCAGGGCCATGAAGCCGAAGTAGAATTCGTAGACAGACACGATATATTAAAAGCCTATATAAAAACTGCTGGTGAACCAACAAAAACTGATAATCTGAGAAATTTACCCACTTTTTAAAGACTGGAAAATTCTTAGATATTATATGTTAGTCCTCATCGTAAATAAAATAATTGCAAGAGCCATATAAGTTAAAAAAGACAAAAAAGCTTAAACTGATCGGCTGGTACTTTTATTCAAAAAAACTATTTTGATTGAAAATAAATAAAAACTGTTGAATCATTCAACAGTTGAAACTCACTTTTTAGATTTGAGCTTTATTGATTTTAAAGACCAATAAATATTATACAAAAAAACACTCACCAAAATAATCCAGCTTGTTGAAACAAATTAATAATATATTAATGCAAACTGTATTTGAATATTGATCTTTAGTACCCACGAACATTATATGTAATTGCTTTACAACCTTATTGACTGCAAATTGATTAGGACCATTTATAATCTTGCCAAATTTTTAATTGAATAAATATAAAATAACTGTCTTAATTGAGCAATCTGTTCAACTCTTCATAGACTATTGGCAATTTAGTAATATTATCGCGATCAATAAAATGTTTGCCCATAGGCATCAAAATGGATTTACAGTTAATATGTCTGGCCAAGGTTTGCGAATAAGGAAATGGCACAATATCGTCATCAAAAGCAGAAATAACTACAGCCTGATTAATTTTCGGCAGAATCTTAGCATAATTCAGCGGACAATCGGCGAATTCATCCAGTTCCGGTAAAGCGTAGCTTTTTTCGTCAAAGCCTGAAACCAAAATCAGATTAACATTACTAACACGATGTTGCTGGATAAAACGTAAAGCTTCAATACAACCCAAGCTGTGCCCGACCAACGTTAAACCATCCACTTCAGAAATTTGTTCATTGCAATATTTGTCCCATTCAGATACTTGGGGATGTGGTGAATTGGGCATTTTTTAAAACCTCAATCGACACATTCATTTTTTTCTTTAGCATTTTTTTAACCATGGGTGCCATTCGGATGTCGGACTGGAATTATATCCTTGAATTAAGTAAACTCTTTTGCTCATTAAGGTTGTTTCCTTTGCATTATTGTTTTGACATTAGAAAATGTTTAACTTGACTAAAAGACACTTTGGCAATTGAATGAAACGAAATTATTCCACAATCTTATAGAGATCAAGGATTTGCCCGGTGTTATTCACTACTTCGCCAGTCTCTTCATCGATATAAGCATAGAAATTAAAATGATACTTAACTGCTAGTTTTTGCATGGCAATAATAAAATCAATTTCTTCTAAATTGGTTAGAGATAATAATTCATTATATTCAATTGCATGTCCTTTAGTTCTTAAGGGAAGCTTTTTAATGGTTTGGATAATTACCTGTTCAGCTGTCATAGATTAATTATACGAACAGGTGTTCGGGAGAGCAAGGATAAAAAAATTATTTATTGATCTTTAAACGGCTTCAGCATCTCCCTTTTCTCTTTATTTTTATTATTTATCTAAATATGTAAGAAAGAATATTTCTCAGACTAAACCATCGATATAAATCTTTATTTTTAAAACAAGGTTTTAAAACCTAATAAGACCAAAAAAAATGCAATTACTGGTTTAATATATTTACCAACTTTACTCTTAGTCAACCTTGTTAACAATCTAGGACCAATAGCCGCCCCGATTAAGGCCCCAACCATTAAACTAATACCGGCATTCCAATCAACTTGGCTTCCTACAATATGAAAGACAGTTCCAATTGCCGACATGAATACGAGTACGTAGGCTGAAGTTGCTACAGCATTCACAGTTGACAGGCCTATTAAAAAGAGACCGGCAATAATTGGAGCGCCACCACTCATTCCAGCAACTCCAACCATTAAGCCACCAATGATACCGAATATGCCAGCTTTAAACCGGTCTTTTCGATTAATTTGCTTCGACATAACAGGATCAACCTGTGATTTCTGTTTTTGGAACAGCATATTAATACCAAGTAAAATTAAAATAATTCCAACTATCCATTTATATAAATTATCCGGAATATAAGAAGAAATTAATGAACCGATAATGACCGCTGGAATTGCTGTGATAAGCATCTGATTTCCCAATCTCGTCTTAATCGTTCCTTGCCGATAATAAGTCCAAACTCCTAAAATTAAAGATGGTAAGACTGTCACTAGTGACGTAGAAGCTGCTGTGGATGCATTCAAGCCAACTACCCCCGTCAAAATTCCTAAATAAATAGCCGCACCACCACCACCAAATAAAATCACAAAGGTACCAACGATTAATCCAATAACAATTAAAAATACAACGTTCATTTCAAAATCTCCTTTTTCTATAAAAGCCTTAAAACAATCGGAAAATAAGCAGCCAGAATGGTATAAAAATTCAATAATCGTTATTATTTATTTGGTGGAGCTCACTCTTAGAGCTGCTTTTAAGTTGTTTATAAATGTAAGTGCTAATTTTCAAAGATTGGATAATCATACATTTACAATGTGTAATTATAAATGATAATATGTAATTGTCAATTACCATCATTTAATTAAGGAGATTTTTATATGCCACATCAAATTTTGACATCTGAAAAAATTGTTCAGGCCGGCGTGAACATAATCGAAGCTGATAAAGTTTTGACATTTTCAACGATTGCTCACAATTTAGGTACACATTCTCAAGCATTATATGTGTATTTCGATAACCAAAAACAATTAAGTTACGCCATAGTTGGCTGGGCGGTTACTCAAGTAATAGAATCATTGAAGACCAAGGTATTCGGTCATTCTGGAAAACAAGCGATAATTATTTTTGCAACAGAACTTAGATCAATAGCATTAAAGCATATACAATTAAGCCGTTTTGTTTTGACTGTACAAAGAGACGACCAAAATCCAGAAGTTCAAACTGCTTTTGAAAATTTGCGTGATCTCTTGCATCGACTGATTAATAGTATTTTTTATGATTCGGATAACCGTATCCTAGCTAGCCGTTGTATACGTGACTTAATAGTTGGCGATATTTTAAATGTTGGTAGCGGTTGGTTTGCGGATCCTACAATTTCTCCGGACGATAGTTTTCAAGAATCGCTTAACTTGTGTTTGACAATAATTATTCAGAATGAAAACAAAAATAAAAATAAGTGAGATAGATTCCATTCGAAATCATTTAAAACTATATTAACGACTAGTACGATAAATTTTCTCATGGCTGCTTAATAATAATTAGATCCAAAGCTTAATATAAAAAACACCCACCAGTAATTACCAAATGCTGCTCAACATCTCTCGCAACCAGATAAAGCCCTTTATAACGGTCATTTTGAAAAACGAGGAAAAAGCAGGCTGCGCAAATCTAGGTTAATTAGTGCGGAATATCATGTCTTAGTTGCTAGACAAGAATATGCTTTCAGATCATACTTTGTTGTGTAAAATATTAAATTTACACATTTAAAAACTGAAGAAAAGAGAAAATAAGAAATGTCCAAATTCCCAGAACAGTTAAAAAAATACCGTAATAAAAAAAGCCTGTCCCAAGAAGATTTGGCAGGAAAATTATTTATCTCTCGTCAAGCCATCTCTAAATGGGAAAGTGGCGAAGGAACACCCGACTTGAATAATCTAATTAAATTATCTGAGCTTTTAGACGTGAGTTTGGATACTTTGGTGATAGGTACCGAAGAACAGAAGTCCAAAGTAGATAGTCAATCATTTTCATTTGATCCAACCAGAGGTATTTATAAAAGAAAATACGGTCAAATGAATGTTTGGGATTTTCTAGCTCGGTTTTGGTGGTTAATATTTCCAGTTGGAGCTTTTATTGCCTGGATTATAAGAGGCGGAAACTAGAGTTTAAATTAAATCTTTCGTAGAAATATTTAATCTCACCTTCATCTTACTTTCATATTTAATGCATAGTCATTCCGCAAATAGCTTTGGCTGCTTGCTTTAATTTATTATTGGCGTGCTCATCATTAACCGCTTCAGATTTTTTACGTAAATTAAAAGTAATCGCAAATAGGATGATTGACAGCAGCAAATAAAATATATGCATGTTTACTTCAATAAAAATTTGTAAAATTAAAGTATGGTAAAAAAGAAAGCAAAACTTAAAAGAGAAATAGTCGCTGTTAAATTGTTTGTAGATTCAAAAGGAAACAAAAGAGTCGCTGCAGTGGAACTTTCTAATCCAAGAATAACAAAGGATTATCGAATAAGTTACCTTGAAAGTGTCTACGAAATAGCTGATGAAATAAAAAATAATGTTGGCTATTTTTATATTGATCCTTCTAAACAAAAGAAAGCAAATAAAGTTAAAGTCGTTACCAAAAAAAATCCAAAGAAAAGCTATATAGTAACCAAGGACAGCAACTCGGAAAACGACAATCTTTTAAAACTCCCACATTTCCAATAATAAAAACCAGCCTTTACTAAATTCTTCAAACCTTCAATCTTTCGTTATATATAAGAATTACAAACACAAAAGACAAAATATTTAATCAAACAAAATTAATAAGAATTTGGATTATTTGACAAAAAAATATATATTAAATCAGTTGTCTATTATGTCTTAAGGTATACACTTCAATACTGTTAATCCACAATGTTTCTATTAAATATACTTAAGTGAGCGTTTGGGACATGCGAATATTGCAATCACCAAATCTGTCTATGCTGATCTACTGGATGATCGCAAATAAGAAGAAAGCAAGATCGTGAACATTTTTTAGTGTGATAATTTGTACCAAATATTTAAAACTAATCAAAAGAAACGATAAAATTTAAATAGTTTAAAAAATGTCTATAAACCCTAGTATAACAACGTTCGAACAAACAAAAAGCTCTATATCAACTTTTGTCAATATAGAACCTAAATGCCCCAAACAGGAGTCGAACCTGCACGAGATTTCTCTCACAGCGACCTGAACGCTGCGCGTCTGCCAATTCCGCCATTGGGGCTTAAATGAATGCGACTAATCTATTATCGCAAAAAACTAGTCAAAAGTTCAAATTTTTTGCTATGATTTTCAAGAAAGTTTTTTTAGGGGGAGAAATTTAAATGTTAAATGAATTTAAGCAGTTTATTATGCGTGGAAACGCAATAGACTTAGCTGTTGGGGTTGTTATGGGAGCTGCTTTTACCAATATCGTTAACTCAATCGTTACGAATCTGATTGGTCCGATTATTGGTATATTCGCCGGCGCAGTTGATTTATCATCGCTTAAATTCTCAGTTGGTACAGCCGTTTTCAAATATGGAGCTGTTTTAAATCAAGTGATCAACTTTATTATCGTTGGTTTTATAATCTTCTTGATTATAAAGGGCATCAATAAATTCTTTAAAAAGAACGAAAAAAAAGAGGATGCCGAAGCTGAATCAGAAGTTAAAATATTGACCGACATTAGAGAAGAATTAAAAAAATCTAATCAATCTGCGAACGAAGTTTAAAGATCGTATAATTTTTATAATATTTTAAAGCGCCGCTAAGACGCTTTTTGTATACAACAATTTTATTTTTATTAAAAATCCACAGACTTATCCACCCATTTTTGTTCCCCTAGATGCTAAATTAGCTAAAGATAAATTGTGAAAGTGGGGAAACATGGTGATAATAACAGCAGGAATGATTGGTGTAGGGAAAACAACATTAACAAAGTTGATCTCCGAACACTTAGGTACAGAGCCATTTTATGAGCCGGTAGCGGACAATCCAGTTTTGCCTTTATATTACTCGGATCCCAAACAATATGGCTTCTTACTCCAAATTTATTTCTTAAATCGACGATTCAGCATGATCAAAGCAGCCTTAGCCGATGACAACAACGTTTTAGATCGTTCAATATATGAAGATGCCCTTTTTACAGAACAAAACCATTTAGATGGAAATATTTCTGACCAGGAAATGAGTGTATATAATGAACTCTTAAATAATATGATGTCCGAATTGAAAGGTTTAAAGAAAAAAGCTCCTGACTTGATGATTTATGCAGATACCGATTTTGAGACAATTCTGTATCGAATTAAAAAACGAGCACGTCCTTACGAACAATTCGATAATAATCCGACTCTTCGCGATTACTATCACAAAATGTGGGCCGCTTATAAGCAATGGTATGAAGAATACGATAAATCTCCTAAAATGAAAATCGATTTGCAACGTTGGAATTTAGAAGATCCAAAAAACCAAAAAGTTGTTCTATCAATGATTGACGATAAACTCGCTGATCTGCGTGGAAAATCTTTTAGGATGAGAATCGCCTAA

Protein sequences of DBSCAN-SWA_2

>NZ_CP030868|334755:341719|339363_339510_-|WP_143804128.1|DBSCAN-SWA
MHIFYLLLSIILFAITFNLRKKSEAVNDEHANNKLKQAAKAICGMTMH
>NZ_CP030868|334755:341719|334755_335034_-|WP_127824439.1|DBSCAN-SWA
MIVNNLRASINELNPTIQKAVKEIILKAKESDDDVVDMDFSNDQISIADSGSIAALADGETHLFAVYTVYDKDHETIERLQARLNKEALEQL
>NZ_CP030868|334755:341719|337019_337778_-|WP_002821165.1|DBSCAN-SWA
MNVVFLIVIGLIVGTFVILFGGGGAAIYLGILTGVVGLNASTAASTSLVTVLPSLILGVWTYYRQGTIKTRLGNQMLITAIPAVIIGSLISSYIPDNLYKWIVGIILILLGINMLFQKQKSQVDPVMSKQINRKDRFKAGIFGIIGGLMVGVAGMSGGAPIIAGLFLIGLSTVNAVATSAYVLVFMSAIGTVFHIVGSQVDWNAGISLMVGALIGAAIGPRLLTRLTKSKVGKYIKPVIAFFLVLLGFKTLF
>NZ_CP030868|334755:341719|336612_336855_-|WP_127824441.1|DBSCAN-SWA
MTAEQVIIQTIKKLPLRTKGHAIEYNELLSLTNLEEIDFIIAMQKLAVKYHFNFYAYIDEETGEVVNNTGQILDLYKIVE
>NZ_CP030868|334755:341719|339543_339870_+|WP_071419561.1|DBSCAN-SWA
MVKKKAKLKREIVAVKLFVDSKGNKRVAAVELSNPRITKDYRISYLESVYEIADEIKNNVGYFYIDPSKQKKANKVKVVTKKNPKKSYIVTKDSNSENDNLLKLPHFQ
>NZ_CP030868|334755:341719|338021_338603_+|WP_002824150.1|DBSCAN-SWA
MPHQILTSEKIVQAGVNIIEADKVLTFSTIAHNLGTHSQALYVYFDNQKQLSYAIVGWAVTQVIESLKTKVFGHSGKQAIIIFATELRSIALKHIQLSRFVLTVQRDDQNPEVQTAFENLRDLLHRLINSIFYDSDNRILASRCIRDLIVGDILNVGSGWFADPTISPDDSFQESLNLCLTIIIQNENKNKNK
>NZ_CP030868|334755:341719|341059_341719_+|WP_127824443.1|DBSCAN-SWA
MVIITAGMIGVGKTTLTKLISEHLGTEPFYEPVADNPVLPLYYSDPKQYGFLLQIYFLNRRFSMIKAALADDNNVLDRSIYEDALFTEQNHLDGNISDQEMSVYNELLNNMMSELKGLKKKAPDLMIYADTDFETILYRIKKRARPYEQFDNNPTLRDYYHKMWAAYKQWYEEYDKSPKMKIDLQRWNLEDPKNQKVVLSMIDDKLADLRGKSFRMRIA
>NZ_CP030868|334755:341719|335257_335545_+|WP_127824440.1|DBSCAN-SWA
MKHEIVAIKLSKNNQRIIGVKIKQSKLKQTFGVPDIVEAFDVTNRIKKSDKYFYKDQQGHEAEVEFVDRHDILKAYIKTAGEPTKTDNLRNLPTF
>NZ_CP030868|334755:341719|340515_340905_+|WP_127824442.1|DBSCAN-SWA
MLNEFKQFIMRGNAIDLAVGVVMGAAFTNIVNSIVTNLIGPIIGIFAGAVDLSSLKFSVGTAVFKYGAVLNQVINFIIVGFIIFLIIKGINKFFKKNEKKEDAEAESEVKILTDIREELKKSNQSANEV
>NZ_CP030868|334755:341719|338936_339305_+|WP_071419560.1|DBSCAN-SWA
MSKFPEQLKKYRNKKSLSQEDLAGKLFISRQAISKWESGEGTPDLNNLIKLSELLDVSLDTLVIGTEEQKSKVDSQSFSFDPTRGIYKRKYGQMNVWDFLARFWWLIFPVGAFIAWIIRGGN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_127824439.1|334755_335034_-	hypothetical protein	V9QIY2	Oenococcus_phage	3.2e-31	77.2
WP_127824440.1|335257_335545_+	DUF3892 domain-containing protein	NA	NA	NA	NA
WP_127824441.1|336612_336855_-	hypothetical protein	Q6EVM6	Oenoccocus_phage	4.6e-26	71.2
WP_002821165.1|337019_337778_-	sulfite exporter TauE/SafE family protein	Q6EVM7	Oenoccocus_phage	6.5e-127	100.0
WP_002824150.1|338021_338603_+	TetR/AcrR family transcriptional regulator	Q6A200	Oenococcus_phage	1.3e-95	99.4
WP_071419560.1|338936_339305_+	helix-turn-helix transcriptional regulator	A0A0A7AQV8	Bacillus_phage	1.8e-05	44.2
WP_143804128.1|339363_339510_-	protein BatD	NA	NA	NA	NA
WP_071419561.1|339543_339870_+	DUF3892 domain-containing protein	NA	NA	NA	NA
WP_127824442.1|340515_340905_+	large-conductance mechanosensitive channel protein MscL	NA	NA	NA	NA
WP_127824443.1|341059_341719_+	deoxynucleoside kinase	C1KFI3	Lactobacillus_virus	2.4e-48	45.9

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_CP030868|581942:589721|DBSCAN-SWA
ATTACTCGTGGATATATTGATAACTTGAAGCAGATGTAACAGTACGAGTGTTTGTTGCAAGTCCAGCATAATTCCCTTCGGAAATACGGATAGATCCATCACTATAAACAGCGGTAACAACAGCAACATGACCTAAGCTACCGGCATATGCTTGGCCAGCCTGGAAAACGACAACCGAACCAACGGCTGGAGTGTTATTAACGGTATAACCTTCAGCTGCAGCTGCAGAAGCCCACTGATAGGCATTTCCTAATCCATTCGGAACCCATGAAAGCATATTCTTAACATACCAAGTGCATTGGCCATAAGTGTATGTGTTGGTACTAGACGAAGTCGTTGCATAACTAGAAGAAACTCCACTAGTAGTAGTCTTCGAAGCTGCAGACGTTGATGACGTAGTTGCATATGTGCGAACAGTCGAGTACGAAGAAGTACTGCTTGAAGCTTGAGTAGCAGAAGAACTGGTTGCTGGTGCCTGGCTGGAAGCTGCAGAAGAAGCAACTGATGAGCTGGCAACCGAAGTGCTGGAAGCTGCAGAAGAAGCAACTGATGAGCTGGCAACCGAAGTGCTGGAAGTTGCAGAAGAAGCAACTGAAGATACGGCATCAGATGAAGTAGTCGTTGTTGCGGCAGAACTAGTAGTCGCTGTTGCGGCACTGCTGGTAGTTGTAGTAGCTTTCAAAGAAAGCTTCTGACCGGCAACAATAAATGTTGATCCATCATTATTAGCAATTAAAGTCGAAACAGAAACGCCATAACGTTCAGCAATTCCATAAAGGGTATCACCAGAAGCAATCGTAACAGTTCCATCAGAATTTTCAGCAGAAATACTTGTAGCGGCTGTTGTAGAAGCTGAAGAAGCTGTTTCACTAGTAGTTGTTGTAGCAGCAGATGAACTTGAAGGAATATTCAAGCTCGAACCACTTAAAATCAAAGCAGGATTTGATAATTTGTTGGCCTTAGCGATCGCACTAACACTCGTATCGTACTCTTTAGCCAAAGCCCAAACACTATCACCCTGCTTAACAGCAACAGTATCGGCATTTGCAGAAACAGCACCAACCGCAAGAGCAGCGGCAGCACCGGTAGAAATAAGAAGCGCATTTTTAACAGTTTTTGTAGTCATCAATAATTCTCCAACGTGCAAAGTATCCGATTTTTTAAAAATCTATAAGGATTTCTAAAGCACGGTCTCTACAATAGGGGGCTTTCTTGACAGCACAATTAATACTTTTTTAAGGTTATTTTACATTGTTACAGAAACATTACATAAATAAATTGAAAGCCCAGTGTAATGGGCTTTCTAAAGGTTTACATCAATCATTAAAATAGATTTTTTTATTGAATTAATCAAAATTTTGTAAAAACAATTCAGGGAAAATCGCCTTTTTCCGACTTAATTGTCTTATATATTTCTTAAAAAGTTTCTTTTAATTTCCCGAAGTCGAAGAAGAATTGACAATCGACTTTATTGTTGCGACCACCGTATTGGACGGAATCGAAAAACTCATTCCCTCAACATCCTCACTACCATCTTCGGTCGAACTGATTTTCATCGAATTTATGCCGATAACTTCTCCGGCCATATTGATCAAAGGTCCACCTGAATTACCAGCATTTAGAGCAACGTCAGTCTGGATAGCCGACAATTTAATTGGGTCATCATCAATTTGGCGGTTGACTGCCGAAACAATTCCAGAAGTTAGAGAGCTTGCATAATCGGATCCCAAAGGCGAACCGATTGCCAAGACCTGCTGACCAGGCTCAACATCGCTGGAATTAACAAAAGTTGCCGTCGACGTAACATCAGCCGAACTAATTCTTAAAACAGCAACATCTTTTGTTGCATTCTTCCCGATCAGCTTCGCTTTAACTTTAGTTCCGTTGGCCATTATGATCTCAATTTCGTTAGCCCCTTTAATCACATGATTATTTGTCACAATATAAGAATAGTTGCCATCGGTTTCGTAAATCATTCCGGTTCCCTCGGCTGCCAATTCGTCCTCTGTAGATGAAGAACTGCTTGAAGAATCCGAACTACTGCTGCTGCCGCTTTGACCAGACTCGCTGCCAAACCATTCAGAAAAATAATCACTGGCTTCCGCAGAAGGTTTTTGGTAATTTTCAACCGTTACAACAGCATTTTTAACTTTGTTATAAGCCTTGGTCGCTTGTGAGCTTGAAGTCCCGGTCAAATTAACAACTTTTGTCATACCAGCTGCTATCGACGAACTTTTGGCAGCTTTATTTTGAGCCGGTGCTAAATAAAATAGATAAAAACAGCCCAAAACAACAGTGGCTCCGATTATGGCGCTCAACAGCCCAATTAAAAAATACTTGAAAATATGGTCTTTATTTTTCATGCTTATATTATTATCTCTAAAAATAAAATTAAAGTTAACTATTTTTTTAAAAAACAAAAATAGCCCTTACCCTGAGCTATTTAAAAGTTACATATAAAATAGTTTATTAACAAATTTATCGGCCCCTTCTTGAGTCAACTGCCAATTATCATTAATAATGACCGTTGCCCGATTTTCAAGTTTTTTAGGAAGGTGCATATCGCGTTCGAAATCATTTGAGCTGGTTCGTTCAACAACCCGTTTTGGATTGTCTCCACGCGCAATAAGGCGGTTTCTCAAACCGGCAACATCGCTAACTGTTACAAACCAGATAATTGCTTGATCCTTCAGTGTTTCCTTATAGGTAATCGCTCCAATCGTATCGACCACCAGGCTTATAATGCCCGGATGATTCGATTGTTTTGACTTAGCCCAAGCACGCTCGAGCCCCTCATAAGAAGAACCATATTTGTAGCCGGAATAATTAACCTGTTCGATAAAGTGGTTCTTATTCCATGAGTCTTTGGTTTCAAAGTAATAATCAACGCCATCAATTTCCCCTTCCCTTGGTTCGCGGGTTGTATGAGTGATCACACGCGGAACACTGTATTTAGCCCGAAGATAACGGGCAACTGATGTCTTACCGGCACCGGAAGCGCCAGTGATTACGATTACGCGATTTTCATTTTCCATATTGATTAAATATTATAAACTGAATTAACTTTTTCAAGCCTAAAATAAAATAATTCCCAAAATACCAAAAATTATTCTTCCACTTCTCCCGGCTGCATATTCGACATGGAAGCAATATCGATGACTTTATCGATCCAGCCTTCATAAAAACTCCGTTCGTGAGTAACAAGGATCAAACTGCCATCGAATTTTTGAATTGCTTTTTTCAAAGAATTTTTAGTTGCTTCATCCAAGTGATTGGTCGGTTCGTCTAAAATCAAGAAATTTGATGGTGTTAACTCCATGAGCGCCAATTTAACTTTTGTTTGTTCGCCACCAGACAATAAACGCATTTGCTTAGTCGCGTTATCTGCATTGATACCAGCCGCACCAAGCCTCTGGCGCAGTTGTTTCTGTTCTTCTAAAGGATAAGCAGCCTGCATGATCTGCAAAGGCGTCTTTTTATCATCATCCCAAATTAAATCCTGATCAAAGTAATTCGTCTTTGCTGACGGAGAAAATTTCGATTTACCGGAAATAGCCGGTAAAACACCAAGCAGGGTTTTAATTAAAGTTGACTTACCGGCACCGTTAAAACCGGTAAAAACAATTTTGTCACCTGAAGACATGCTGAAAGTGATCGGATTCAAGACCGGTTTTTTAGGATCATATCCAACCACTAATCTTTCCGCTTTCAAAGCATCGGTCGACTGAGATTCAATATAAGGAAATTTAAAAGTCGCCTTTGGATTAGTCTGCGGTGGCTCAATGATATCCATATGAGCCAACATTTTCTCTCGCGACTTAGCTCGTCCGGTTGTTGAAGCACGTGCCTTATTCTTTTGAATAAAAGTCTTTGTTTTCTTAATAACTTCCTGCTGTTTGTTATAAGCCCGCAACTGCTGCTCGGTTTTTTCTGTTTTTTGCCGCATCGCCTGATCGAAATTTCCACGATACTTTGTCAAAGTGTTAAAAGACACGTCCAAGATCACGTTGGCAACGTTGTTTAGAAAGTCAAAATCATGGCTGATAATTAAAGCGGCTCCGTCATAATTTTGTAAATATCCTTCCAGCCACTTAATATGGGAAACATCCAGATAATTGGTCGGCTCATCAAGAATAATGACATCATTACCTTCTAAAAGCAGTTTTGCCAAAATAATTTTTGCCCGCTGGCCACCCGACATTTCAGAGATAATGTGATCGCGACCGATCGAATCCAAGCCTAAGCCGGTAATAACCTGTTCGACATTATTATCAATCGAATAAAAATCGGCTGCATCCAATTCATTTTGAAAACGCGTCGCCCGTTCCAACAATTTGTCATCGACAAGCTCGGCATACTTCGAATATAAATCAGTCATCTTTTTTTCTTTATCGTAAAGATCACTGTAAGCGGTATGCAAAAAATCAATTAAGCTCATTCCTGAAGGAATATCGGCATACTGATCCAAATAACCGATCTGGATTTTTTTCTTCCATTCAATCCGACCGGCAATTGGCAAGACTTTTCCGGTCAAAATTTTAATCAAAGTCGATTTACCGGCTCCGTTTTGACCAACAATCCCTAAATGCTCTCCTCGCTCTAGCGTAAAATCCGCATCGGTATATAATTTTTTATCGGCATAGGCCATTGTCAACCCAGTCACTTCTAATAAAGCCATCAGAAACAGTCTAGCATGTTAGAATATTTGCTGAAATGAAACCTCGTAAAATGCGTCCAAAAATAATTCCGGCCGACGATATAAAGCGTGCTTATCGCTTTTATCGGGACGTTTTTGAATTCCTTCGCAATCCAAAGGATCAAACAACATTAATTGTTGACGGCCAACCGATAAAATTTGTCAAAAGCTCACAAAGAATCGAACTCGAACTGCTCGTACGCGATCATCTTCATGAAATTCGCGAACATTTAACCAATAATTTTTTAACAGAAATAGCCGAACCGGAACATCGTTTTAATAAAAAAATTGCCTTGAGAGTCCATGACTCGGAAGGCAATACAGTTATTATCGAGGGTAATGAGGATAATTAATCTTTCAATGCTTGAGCAGCAGTGATAATAGCTACTTTGTAGGCATCTTCTTCGCTCGCGCCGCGTGACAGGTCGGAAACAGGCGCTGCCAATCCTTGTAAAATGGGGCCGATTGCTTCATAGCCACCCAGGCGTTGGGCAATTTTGTAACCAATATTTCCAGCTTCGAGACTTGGAAAAATGAATACATTCGCATGCCCGGCAACTTTCGATCCCGGCGCCTTTGATTTGGCGACCGATTCGACAAAAGCTGCATCGAATTGCAACTCTCCATCGATACTATCAGCTAGTTCCGGCGCCATTTCCCGTGCCAATTTGGTTGCTTGAACAACTTTATCGACTAATTCGTGTTTTGCCGATCCTTTGGTCGAAAAACTCAGCATAGCAACTTTTGGATCAATTCCAAATATTTTAGCCGTAGCAGCCGATTGAACGGCAATTTCAGCCAAAGTCTCTGCATCGAGTTCGATATTAATCGCCGAATCGGCGAAAAGATAGCGTTCAACCCCTTTTTGCATAATAAAAGCACCGGAAATACGACTAACACCAGGAGCCGTCTTAATAATTTGTAAAGCCGGACGAACCGTATCGCCAGTTGGATGGACAGCACCGGAAACCATTGCATCGGCTCTGCCGGTATAAACAAGCATCGTGCCAAAATAGTTTACTTCCTGCAACCACATAGCTGCCGTTTGCGCGTCGGTTTTCCCTTTTCGACGAGCCACCAGTTTATCAACCAATTGGTTGAACTGAGTTCCATCGAATTTAACCGGGTCGATAATTTCAATTTCATTTAGATCGAAATTGTTATCCGCAGCTGTTTTTTCAACTGCTGCATGGTCACCCAATAATATCGGAGTTAGCAAATCATCCTTTTTTAAACGGATAGCCGCACCCTGAATTCTTGGGTCATCACCTTCGGGAAAAACGAGCCGCAGGTTTTTCCCTTTAATTTTATCAGCCAACTCAGTAAATAAATTTGTCATATTTCCTCCAACCCCATTATCATAGAAAGGGTTTTCATTTGCACGCTATTTCAACCAATCAATTGCCGTTCGGTCGTGTGAAAGCAGCCAATCATTTGTTTGACTGAAAGGTTTGCTACCGAAGAAACCTCGATTTGCCGAAAATCCCGATGGATGGGCCGACTGAACGATCAAATCTTTTTCTTGATCAATCAAAACTGCTTTTTTTCGAGCAAAACTTCCCCACAAAATAAAGACTTTCGGCTGTGGTTCGGCACTGGCTAACTGGATAACCGAATCAGTAAATTTTTCCCAGATAAGTCCAGCATGCGAATTGGCTTTATGTTCTTCAACAGTTAAAACAGAATTCAAAAGTAGTACACCTTGTTTAGCCCAGGGTATCAAATCATGCGAACTACGTGTTTTTCCAAGGTCACTGGCAATTTCTTTATGAATATTCTGCAGACTGCTTGGAGCAGGAAAATCGTCCGGTACACTAAAGCTGAGACCTTGTGCCTGGCCAAATTCATGGTATGGATCCTGGCCAACAATCACAACCTTTGTATTTGCCAGGCTCGTATAAAGCATCGCCGAAAAAATTTTGTCCTCCGGTGGAAAAACCCGAAGCGATCCAGTATAAGCCTTATTAAGAAAGTCATTAATCTGCTTCAGATACACCAAACCCAGAACCGGTTTTAAGTGTGGATACCAATCAGTCTTTTTTAAGTTAACTAAATAATCTTTCACGGTTAAAATTATAGTATGAGTCGTTACTTTTTAATGCAACAACATAATACAAATCAAAGAGAAAATCGAGCTTACAACGAAGACTTTTCAATTGCCTTTAATATTTCCGGAAAACTTGGAAGTAAAAATGATGTTATCTATGTATACGATACTCAAGGTGTCGAACAATCGCGGATCAGACAGGTATCCTACGGAATATTACCGCGTTTTCAGCTCCTGTATCAAGACAAATACATTGGCTCGATTGGTTTTAATTTTGCCGGTTTTAATGATGTAATTTTCGTTCGTTATTTGAATTGGGTGATCACCGGTGAAATTATTTCAGGCAAGTACCGCATTAGACACGGACGAAAAAAGTTATTGGAAGTCAATCCAGTTGAATTCCCTGATGGCCTTTTCTATCAGCTGGATGTGCAAAACGATGCTCAAGCTTCGGTTCATGTTGCAATCGCCGCTCTTTTGGATCGTTGGGGAATGAAAAAAAATCGTGGTCTATTGAAGCTGCCAACCAGATCGACCAAATATAAATACAAAATGGCAACAAAAGTTAATCAATGAAAATTCTTTAGATTTTTTCCCAACTCTCGTTTTAGATCACGTTCTTTTATTGTTTGCCGTTTGTCATAATTCTTTTTACCGGTTCCAATCGCAATTAAGATTTTGGCGAAACCTTTGACAATGTAAACACGCAAAGGAATAATTGTTTTCCCTTCTTTGGAAACTGCCCGATCAAGCGCAAGGATCTCTTTTTTATGCAAAAGTAATTTGCGCCGCCGTAATGGATCGACATTAAATTGGTTCCCCTGCTTATAAGGAGAAATATTGGCGTTGTTTAAATAGGCTTGCTGGTTGCGAATCGTGATGTAAGCATCCCCGATTGTGATTTGGCCAAGACGAACCGATTTAATTTCGGTACCGGTAAGCTGGATGCCCGCTTCATAAGTCTCGCCAATAAAATAATTAAAAGATGCTCGACGATTTCTTGCTAGGGCATCATCATGCTTATCTTTTTTGGCCAT

Protein sequences of DBSCAN-SWA_3

>NZ_CP030868|581942:589721|588735_589260_+|WP_127825838.1|DBSCAN-SWA
MQQHNTNQRENRAYNEDFSIAFNISGKLGSKNDVIYVYDTQGVEQSRIRQVSYGILPRFQLLYQDKYIGSIGFNFAGFNDVIFVRYLNWVITGEIISGKYRIRHGRKKLLEVNPVEFPDGLFYQLDVQNDAQASVHVAIAALLDRWGMKKNRGLLKLPTRSTKYKYKMATKVNQ
>NZ_CP030868|581942:589721|583371_584304_-|WP_127824659.1|protease|DBSCAN-SWA
MKNKDHIFKYFLIGLLSAIIGATVVLGCFYLFYLAPAQNKAAKSSSIAAGMTKVVNLTGTSSSQATKAYNKVKNAVVTVENYQKPSAEASDYFSEWFGSESGQSGSSSSSDSSSSSSSTEDELAAEGTGMIYETDGNYSYIVTNNHVIKGANEIEIIMANGTKVKAKLIGKNATKDVAVLRISSADVTSTATFVNSSDVEPGQQVLAIGSPLGSDYASSLTSGIVSAVNRQIDDDPIKLSAIQTDVALNAGNSGGPLINMAGEVIGINSMKISSTEDGSEDVEGMSFSIPSNTVVATIKSIVNSSSTSGN
>NZ_CP030868|581942:589721|585047_586619_-|WP_127824661.1|DBSCAN-SWA
MALLEVTGLTMAYADKKLYTDADFTLERGEHLGIVGQNGAGKSTLIKILTGKVLPIAGRIEWKKKIQIGYLDQYADIPSGMSLIDFLHTAYSDLYDKEKKMTDLYSKYAELVDDKLLERATRFQNELDAADFYSIDNNVEQVITGLGLDSIGRDHIISEMSGGQRAKIILAKLLLEGNDVIILDEPTNYLDVSHIKWLEGYLQNYDGAALIISHDFDFLNNVANVILDVSFNTLTKYRGNFDQAMRQKTEKTEQQLRAYNKQQEVIKKTKTFIQKNKARASTTGRAKSREKMLAHMDIIEPPQTNPKATFKFPYIESQSTDALKAERLVVGYDPKKPVLNPITFSMSSGDKIVFTGFNGAGKSTLIKTLLGVLPAISGKSKFSPSAKTNYFDQDLIWDDDKKTPLQIMQAAYPLEEQKQLRQRLGAAGINADNATKQMRLLSGGEQTKVKLALMELTPSNFLILDEPTNHLDEATKNSLKKAIQKFDGSLILVTHERSFYEGWIDKVIDIASMSNMQPGEVEE
>NZ_CP030868|581942:589721|581942_583067_-|WP_127824658.1|DBSCAN-SWA
MTTKTVKNALLISTGAAAALAVGAVSANADTVAVKQGDSVWALAKEYDTSVSAIAKANKLSNPALILSGSSLNIPSSSSAATTTTSETASSASTTAATSISAENSDGTVTIASGDTLYGIAERYGVSVSTLIANNDGSTFIVAGQKLSLKATTTTSSAATATTSSAATTTTSSDAVSSVASSATSSTSVASSSVASSAASSTSVASSSVASSAASSQAPATSSSATQASSSTSSYSTVRTYATTSSTSAASKTTTSGVSSSYATTSSSTNTYTYGQCTWYVKNMLSWVPNGLGNAYQWASAAAAEGYTVNNTPAVGSVVVFQAGQAYAGSLGHVAVVTAVYSDGSIRISEGNYAGLATNTRTVTSASSYQYIHE
>NZ_CP030868|581942:589721|586986_587976_-|WP_127824662.1|DBSCAN-SWA
MTNLFTELADKIKGKNLRLVFPEGDDPRIQGAAIRLKKDDLLTPILLGDHAAVEKTAADNNFDLNEIEIIDPVKFDGTQFNQLVDKLVARRKGKTDAQTAAMWLQEVNYFGTMLVYTGRADAMVSGAVHPTGDTVRPALQIIKTAPGVSRISGAFIMQKGVERYLFADSAINIELDAETLAEIAVQSAATAKIFGIDPKVAMLSFSTKGSAKHELVDKVVQATKLAREMAPELADSIDGELQFDAAFVESVAKSKAPGSKVAGHANVFIFPSLEAGNIGYKIAQRLGGYEAIGPILQGLAAPVSDLSRGASEEDAYKVAIITAAQALKD
>NZ_CP030868|581942:589721|584391_584976_-|WP_127824660.1|DBSCAN-SWA
MENENRVIVITGASGAGKTSVARYLRAKYSVPRVITHTTREPREGEIDGVDYYFETKDSWNKNHFIEQVNYSGYKYGSSYEGLERAWAKSKQSNHPGIISLVVDTIGAITYKETLKDQAIIWFVTVSDVAGLRNRLIARGDNPKRVVERTSSNDFERDMHLPKKLENRATVIINDNWQLTQEGADKFVNKLFYM
>NZ_CP030868|581942:589721|586669_586990_+|WP_127825837.1|DBSCAN-SWA
MRPKIIPADDIKRAYRFYRDVFEFLRNPKDQTTLIVDGQPIKFVKSSQRIELELLVRDHLHEIREHLTNNFLTEIAEPEHRFNKKIALRVHDSEGNTVIIEGNEDN
>NZ_CP030868|581942:589721|589253_589721_-|WP_127824664.1|DBSCAN-SWA
MAKKDKHDDALARNRRASFNYFIGETYEAGIQLTGTEIKSVRLGQITIGDAYITIRNQQAYLNNANISPYKQGNQFNVDPLRRRKLLLHKKEILALDRAVSKEGKTIIPLRVYIVKGFAKILIAIGTGKKNYDKRQTIKERDLKRELGKNLKNFH
>NZ_CP030868|581942:589721|588021_588702_-|WP_127824663.1|DBSCAN-SWA
MKDYLVNLKKTDWYPHLKPVLGLVYLKQINDFLNKAYTGSLRVFPPEDKIFSAMLYTSLANTKVVIVGQDPYHEFGQAQGLSFSVPDDFPAPSSLQNIHKEIASDLGKTRSSHDLIPWAKQGVLLLNSVLTVEEHKANSHAGLIWEKFTDSVIQLASAEPQPKVFILWGSFARKKAVLIDQEKDLIVQSAHPSGFSANRGFFGSKPFSQTNDWLLSHDRTAIDWLK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_127824658.1|581942_583067_-	LysM peptidoglycan-binding domain-containing protein	A0A0A7NU10	Lactobacillus_phage	1.9e-05	32.8
WP_127824659.1|583371_584304_-|protease	trypsin-like serine protease	A0A1B1IT49	uncultured_Mediterranean_phage	1.6e-10	33.6
WP_127824660.1|584391_584976_-	guanylate kinase	A0A223FNL1	NY_014_poxvirus	4.2e-09	29.0
WP_127824661.1|585047_586619_-	ABC-F family ATP-binding cassette domain-containing protein	A0A2K9L0W2	Tupanvirus	2.7e-50	28.0
WP_127825837.1|586669_586990_+	lactoylglutathione lyase	NA	NA	NA	NA
WP_127824662.1|586986_587976_-	phosphate acetyltransferase	NA	NA	NA	NA
WP_127824663.1|588021_588702_-	uracil-DNA glycosylase	Q53CZ3	Macaca_fuscata_rhadinovirus	2.5e-37	42.7
WP_127825838.1|588735_589260_+	hypothetical protein	NA	NA	NA	NA
WP_127824664.1|589253_589721_-	SsrA-binding protein SmpB	W5RAM5	Staphylococcus_phage	2.8e-35	49.3

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_CP030868|1715193:1725942|DBSCAN-SWA
CATGGTACAAAAAGTTAAAAAGGCCGTCATTCCGGCCGCTGGATTAGGTACACGTTTTTTGCCTGCAACAAAGGCTTTGGCAAAGGAAATGCTGCCGATTGTTGATACACCAACAATCCAATTTATTGTTGAAGAAGCAATTCAATCAGGAATTGAAGATATTGTCATCGTTGACGGGAAATCGAAACGTTCAATTGAAGATCACTTTGATTCCAATACGGAATTGGAAGATAATTTGTCTGCTAAAGGCAAAGACAAGTTATTAAAATTAGTTCAGGATACGACTGATTTGAATATTTATTTTATTAGGCAGTCGCATCCACGTGGCTTAGGGGACGCTGTTTTGAAGGCAAAATCCTTTATTGGCAACGAACCTTTTGTCGTCATGCTTGGTGACGATCTAATGACTGATCGTGTCCCTTTGACCAAACAATTAATCGATCGTTATAACGAAACCGAACAGTCAACTTTAGCAGTGATGCCGGTTCCCCACGAAGAAACTTCAAAATATGGTGTAATTGACCCTTCTAAGGAAGTTAAGCCAGGTTTGTTTGAAGTTAAAAATTTTGTTGAAAAGCCACGTCCTCAGGATGCGCCTTCTGATTTGGCGATTATTGGACGCTATTTATTTACACCGACAATTTTTGCTGAACTTGAAAATACGATGCCTGGCAAGGGAAATGAGATTCAGTTGACTGATGCAATCGAAAGTTTGAACCATAAAGAACATGTTTATGCTCACCAGTTTAACGGTAAGCGTTATGACATTGGTTCAAAGATTGGTTTTCTTGAAACGAACATTGAATTTGGACTGAACCATCCCGATACTGGTGAAGAACTTCGTAAGTATATTAAAGAGCTTGCCAAGACACTCTAAGCTTTATAGCAAATTTAAACAATCCGCGTCCAGAATTGGGCGTTTTTTTATCTAATTGAGTGAAAGCAATAGCTGTGTTAGACTAACTATTAGTAAGCAGGAGATTTTATGACGCAGAAATATGATGTCGTGATAATCGGCGCTGGGCCAGCCGGAATGACGGCTGCGACTTATGCCAGCCGAGCAAATTTATCAGTCATGATGATTGATAAGGGTATTTATGGTGGCCAGATGAATGATACAGCTGAGGTTGAAAATTACCCGGCTTTTGATTCAATATTGGGACCGGATTTGGCCGAGAAAATGTATGCAAGTTCAACTCGTTTTGGAGCTGAATATGCTTTTGGCGAAGTTCAAAATGTAATTGATCACGGGAAAACAAAAACCGTGATTACCGATGATGAACAATACGAGGCGAAAGTTGTAATTATTGCCAGTGGAGCAACTCACCGCCATATTAACGTTCCCGGAGAAGATAAATATTCTGGTCGTGGCGTTTCTTATTGTGCCGTTTGTGATGGGGCTTTCTTTAAAAATGAGCAAATTGTCGTAATTGGAGGTGGTGATTCGGCCGTCGAAGAAGCTAGCTATTTAGCTAATTTAGCTAAGGATGTTACGATTGTTCACCGTCGTGATCAATTGAGAGCTTCTCGAATTGCTCAAAAACGAGCTTTTGATACGGACAACATTGATTTTTCTTGGAACAAACAGACTGAAGAAATTATTGGTGATGGTGAAAAGGTAACCGGTGTTAAAGTTCTCGATAAAATTACTAACAAAGAATCTGTGATTAAGACGAACGGTGCCTTTATATACGTTGGGATAGACCCAAACACCCAAGGATTAGAAAATTTGGGTATTTTGGATGAAAAAGGTTGGGTTCTTACTGATGAAAACATGCAGACTAAAGTTCCCGGTGTTTATGCTATTGGGGATGTTCGAAAAGATTCCATTCGTCAGATTGCTGCTGCCGTTGGTGATGGGGCCGTTGCAGGGAAAATTTTATTCGATTATGTTCAAAGCCTTTCTGATACAGAGGTAGAAGCCTGATATAATCATATTTGGCATGAAAATAAAGGTTATTTCTTTTGGTTTTAAATATAAAAATATTCCAGAGGCTTCAATTCTTTTTGATTTACGTTTTTTAGATAATCCTTATTGGCAGCCGGAAATGAGAACAATGACCGGACTCGATAAAAAAGTTTCTGATTATATTATGTCAGTTCCGGGGGCCAGCGAATTTTATGAAAATTACAAAAAGACAATTGAACAAGTATTACCATTAGCTAAAAAAAAGGAAGCTAATGGTGGCGATATACAGTCGGAAATTGTGATTGCATTCGGCTGCACCGGCGGCCAACATCGATCGGTTGCTTTTGCTGAACGATTGGGAAAAGATTTAGAAAAAGCTGGCTATGATGTTACAATTTTTCATCGTGATCTGCAGTCCTCTTTAAAGAGGGAACTTGTTAAAGCCAAAGAGGAGGCCAGGCTGTGACGGACAGAAAAAAAAGAAATATTGTCGTAATTGGTGGTGGTTCCGGTTTGCCGGTCATTTTGCGCCCTCTACGAGATTGTAATGTCGAGGTAACGGCAATTGTAACTGTTGCTGATGATGGTGGATCGTCAGGTGTGATAAGAAATTTCATGAATATTGTTCCGCCTGGAGACATTAGGAATGCTTTGGTCTCTTTATCCTTGCTACCGGAAGATTTTTTGGATACTTTTCAATACCGTTTTGACTCTTCGGATGAGTTTTTTAAAAATCACGCTTTAGGAAATTTGATTATTGCAGCGATGACAGAAATGTCGGGTGATATCTTTGGAGCGGTGCAAAAACTTGGCCGTTATATGATGATTTCTGGAAAAGTTTATCCAGTGGCTAATGTCCCTTTGGTTTTGCACGCTGCTTTTACCGATGGAACGACTGGTGTAGGCGAACACGAAATTACAATCGCCCATAAAGTGATTAAAAAGTTATCGATTACAACCGAGGATGGCAAGCAACCTATACCGACTTCGGAAGTTTTGTTAGCGATTAATCATGCTGATATGATCGTCTTTGGTCCGGGTTCACTTTATACTTCGATTTTGCCTAACTTGGTTATTCCGGTTGTTGGTAAAGCAGTCAAAGAGAGTCCGGCAAAGAAGGTTTATATTGCCAATATTATGACTCAAAAAGGTGAAACGGATAATTATACGGATGCCAGCCATATTAAAGCGATTTATCAAAACGTTTCCAACAATATCGTTGACTATGTTTTGACTAATACGGCGGTTGTACCTGAAGATTATATCGATTATCAAAAATGGAATGAAATTTCAACCCAGGTTAAGGTCAATACAAATGAGGATCGAAAACTTGGAGTTACTCCGATTACCGGAGATTTTCTTAAATTGCGCGATCAGGGTGCTTTCCACGATGGCGATAAAATTGCCGGGAAATTACTCGATATTCTGGATAATAAATTTAAATGACTTTTACCCAACAAGTTAAAAAAGAACTTTCAATATTGCCGATTAATATTAAGACGTCAAAGTCGGAGCTATCGGCAATATTTCGTTTGAATGGTATTTATCATCTTGGCAGTGCTGTCGGGAATACTTTGGAAGTTCAGACTCAAAATCCTGCCAGCGCAAGAAGAACTTATCAATTGCTTTCACAAACTTACGAAGCAGATATTCAAACGAATATCGAAAGAGGAGGTTCGACAAAAATTTTCGGTCTGCATCGCTATGGTGTTATTACAATGAAGCAAGCCGATCAGATTCTTGACGATATACAACTTGATCCTTTTTCCAGTGATCGACGGGTTCCGGAAGTTTTTTTGAATTCTCAAGCAAAGCAGCAGGCTTTTTTGCGAGCTGCTTTTTTATCAACCGGATCGGTTAATGCTCCTAACTCTAAAAATTATCATTTAGAAATCTCTGCTGCTGATGAGGACTTAATTGAGCAGATTTTTTCAATTATGAATAATCGCAATTTTAATTTGGGTGCAAAAATTGCCGACCGTCGGAATAAATTAATCGTTTATTTAAAAACCGGCGAGCGAATTTCCGATTTTTTATCAATTATTCAGGCAACCAGTTCGATGTTGCATTTCGAGGATGCGAGAATCATGTCGGACATGCGTAATTCAGCCAATCGTTTAGCTAATGCCGACAATGCCAATGTTACCCGTATGGCCGAAGCCGCCGAGAGACAGTACGAAGCGATGGATCTTTTGCGTCAACAAAACCTCTTGGATAACTTACCGGAAAAATTAAGAATTGTTGCTGATTTACGATTAGAGAATCCGGAAGCCAGTTTAAGCGATCTAGCCGAAATGATCGAAGGGCAGGAATTAACGAAATCCGGGATCAATCATCGGATGCGAAAATTGATGCAAATCGTGAAGGAATTGAGTGATAAAAAAGTTTGACCTTTCTTGACCATTGAACTATACTTAACTTTATTAAATTTAAGGAGGCGCGATATGTGGCCTGGAGTTATTGAACAAACAGCAAATGGACGCGAGAGTTATGATCTTCCAAGTCGTCTTTTAAAGGACCGAATTATTTTGGTTCAAGGAGAAGTCGAAGATCAAATGGCAACGAGCATTGTTGCTCAACTATTGTTCTTGGATGCTCAAGATCCAAATAAGGATATATATATGTATATAAATTCACCAGGGGGATCGGTTACGGCTGGTATGGCAATTGTCGATACAATGAACTTTATTAGATCCGATGTTCAAACAATTGTCATGGGAATGGCTGCTTCAATGGCAACCATTATTGCTTCATCTGGTACCAAAGATAAACGCTTTATGCTTCCCAACGCTGAATACTTGATTCATCAGCCAATGGGAGGTGCTGGAGCTGGCACACAGCAGACTGATATGTCGATTATTGCTGATCAACTGTTAAAGACTCGTCAGAGGTTAAACAACATTTTAAAAGAGAACTCTGGTCAGCCGATTGAAAAGATTGAGCAGGATACTGAACGTGATCACTGGATGGATTCCAAAGAAACTTTGGATTATGGTTTGATTGATAAGATTTTAATCAATAAAGAAAAAAACAAATCCGAAAAGAAAAAGTAATTTTTAAGAAGTCGTTGGACTTCTTTTTTTTGGAAAATTTATTTATTTCACATTTGTAAATGTTTCACATAAGTGATATAATATTTAAATGAAGGAGGTTTCCAATGGAAATTGACATAAAGGCCTATCTAATAGATCACGATTTGACGATTTATCAAGTTGCCAAGGCGGGAGGATATGGCTATACGACAATTCATAAATCTTTTAACAAGCCACAATCCGATGCGACGAGCCTGAATCTACGGGACCTCGACGCTCTTGCGCAAGCAACTCAAAGTAGTATGTGGGAGGTTTTAAAAGAATTAGAAACCGATTATTTAGAAGATTGATAGGAGGATTCAATCATGGCTAATAATGATTATTTTAATAGCAGTAATAACGATCCATTTAACTCGATGGATGACATATTTAATAATTTAATGGGACGTATGAACGGAATTAATTCTGATTCTCGTTATTTAATCAATGGACAAGAAGTAAGCCCGGAAGAGTTTGCTGCCTATCGTCAAAGTGGAAGAACGCCGATTAACGGTCAATTTCAAGAAGTTGGATCGCAGATTCAGCCTGAACAAACAGGACCAGCTGTTTCTCAAGAAAATGGTCATTCGAAGAAAACGGGCATTTTGGAAAAACTTGGTCGTAATTTGACCGAAGAGGCTCGACAGGGCAAACTTGATCCGGTAATTGGCAGGAACAAAGAAATTCAGGAAACTGCCGAAATTTTAAGTCGAAGAACGAAGAATAATCCGGTTTTGGTTGGCGATGCCGGAGTTGGAAAAACGGCCGTTGTCGAAGGGCTGGCTCAGGCAATTATCAATGGAAATGTTCCAGCAGCGATTAAGGGCAAGGAAATCTATTCAATCGATATTTCTGCTCTTGAAGCAGGCACCCAGTATCGTGGAAGCTTTGAAGAAAATATTCAAAAATTGATTAGTGAAGTTAAAAATGCTGGTAACGTGATTCTTTTCTTTGATGAAATTCACCAAATTTTAGGTGCCGGTAATACCGGTGAAGAGTCCGGTTCTAAAGGAATGGCTGATATCCTAAAACCAGCTTTAAGTCGGGGCGAGGTTTCTGTGATTGGTGCCACAACCCAAGATGAGTATCGGAATACGATTATGAAAAACGCAGCTTTGGCACGTCGTTTTAACGAAGTTACCGTTAATGCGCCAAGTCCGGAAGATACTTTGGCAATTTTAAAAGGTGTCCGTTCACTTTACGAAAAACATCATCACGTTAAGTTTCCCGATGATGCCTTAAAAGCGGCTGTTGATTATTCTGTTCAGTATATTCCGCAAAGATCTTTGCCGGATAAAGCGATTGATCTGGTAGACATGACAGCGGCTCACTTATCGGCCCAACATCCGGTAACAGATAAAGTCAGTTTGGAAAATGATTTGAAAAATGCCAAAACAGAACAGGATCAAGCTGCTGCAAAAGAAAATTTCGAGAAAGCTGCAGCTGCTAAAAAGCGGGTTGAGAAGCTTGAAGATAAGCTGAAAAACATTTCCAGCGAAAATAAAAAAGAAGCAGTCGTCGTTAAACCGAATGATATTGCTCAATCGGTCGAGCGTTTAACTGGCATCCCTGTAGCTAAAATGGGTGCTAATGATATCGAGCATCTAAAGGGCATTTCCGATCGTTTAAAGGGCAAAGTAATTGGCCAAAACGATGCCGTCGAAGCGGTTGCCCGAGCTGTCCGTCGCAATCGGGCCGGTTTTGACGAAGGGAATCGTCCAATTGGAAGTTTCCTATTCGTTGGTCCAACCGGAGTAGGAAAAACTGAATTGGCCAAGCAATTGGCTTTGGATATGTTTGGTTCCAAAGATGCGATTATTCGCCTGGATATGTCTGAATATTCCGATTTAACTGCTAGTTCTAAACTGATCGGTACATCAGCCGGATATGTCGGCTACAACGATAATCAAAATACGCTTACAGAAAAAGTCCGGCGCAATCCTTATTCGATTGTTTTGCTTGATGAGATCGAAAAAGCTAATCCACAAATTATCACTCTCTTGCTTCAAGTTCTAGACGATGGTCGTTTGACGGATGGGCAAGGCAATGTTGTCAACTTTAAGAATACGGTTGTGATTGCTACTTCAAACGCCGGTTTTGGCAATGAGTTAAATAATAAAACAGAAGCCCAAGGCAAGTCAGTTATTGAACGCTTGGAACCTTATTTCCGTCCGGAATTTTTGAATCGTTTTAATGCAATCGTTGAATTCAGTCATTTAAGTAAAGATGATCTAAAACAGATTGTTGAATTAATGCTTACGGAAGTTAACCAGACTTTGGCTAAGAAGGGCATAAAGTTGGAAGTTACTCAAGCTGCAAAAGATTATTTGATGAATCAAGGATACGATGAAGCAATGGGAGCCCGTCCTTTGCGGAGAGTGATTGAACAACAAATTCGCGATAAAGTTACTGACTTCTATCTCGATAATCTTGATGCTAAGAATCTTAAAGCGGATATCGATAATGGAACGATTAAGATTACCGGCAAATAATTTGTATTAAAAAATCCCTAAAAATTATTTTTGGGGATTTTTTTAACTTTTAAATAATTCAACTGGAAGTAATGGAGGATTGGCAAAATGTAGATCCGGTTTTTCTATCCGTTTAAAAAGCAGATCAATCAAAGCATCGGCAATTTGGGAAGTTGGCTGGACGATTGTCGCAATGTCAGTGAGATACAGACGGATAAAAGCCGTACCATCATAACCGATTACAGGAATCTTTTTAAAATGGTTCTCTTTAATAATTTTATTGATTTGAAGAGCGGTCGTATCATTGTTGGCAAAAATACCATCAAACTTGTTTCCAGAAAGTAAGTCCTTTAGCTCTTCGGATTTTTCTTCTTCTGTGAAGTGAGCATCCGGAAAAGCAAATTCTTCAGCTTGAATATTTGCTTTATGAATTGGGTTTAAAGCACCAATTGCCCGCAAAGAAGTTGGAGACTTTGAATCGTCGTCATCAGTAATAATGGCGATTTTTTTGGCTCCTTGATCAATCAAATACTGAGTAGCCAATTTTCCACCATTGAGGTTGTCTGAAGAAACGATTGGAATTTTATCCGACAAAAAACAGTCAAAAGAAACAATCGGCATATTTACCTGATCATATTCTTCAACACCAAGATTGTGCGAGCCGGTGATAATTCCTTCAACCATATTGGCAGCCAGCATTCCAAGATAACGTCTTTCTGCCTCGACATTGTTTGCCGAACTGGCAATAATAATCTTATATCCCTTAGCTGAAAGCTTAACTTCTAATTCGTTTGAAAGTTCCGAGAAAAAGGGATTTGCAATTGTTGGGAAAATTAGACCGATAAACTTTGATGATTTCCCTTGCAGCGAACGCGCCAAAGCATTCGGATGATAGTTTAACGCTCTAATTGCTGCATAGACCTTATCGTGAGTTTTTTTGGAAACGTGTGGAAAATCGTTTAGGACACGCGAAACCGTCGTGATTGTGACGCCAGCCCTTTTAGCAACGTCTTGTAATTTTGCAACCATAAAGAATTCCTCTTGCTACATTTTAACAATCTTCGACCAAGCTGTGAATTCTTCGTCTTTTAAAAACACAATATTTAGGAAATATTTGTTGATTCAATAGCTGTTTTTATAAGAAAAGCCGGATCTAAATCCGGCTTTTCTTAATTTAAAATAACTGCAACTTTTTATTCATATGTGTGAATGGCTGGCAGCCATTTTCAGTTACATGAACGCAGTCTTCGATGCGGACTCCTAAATCTCCAGGAATATAGATCCCTGGCTCAAGGCTAAAGCACATTCCCGGTTCCAAGACGAGATCGTTTCCTTGCATAATTGAAGGGTATTCGTGTTCGGACATGCCCATTCCATGCCCTAATCGGTGAATGAAATATTGTCCATAGCCGGCTTTTTCAATAATATCGCGAGCTATTTTGTCTAATGATGAAGCAGTTACACCTGGTTTGACTGCTGCTTGAGCTGCCAATTGAGCTTCCAGAACAACCTGATGAACTTCCCGCATATGATCGCTTGGTGTGCCCAGGGCAACCGTTCGGCTGGCATCTGAGATATACCCCTTATAAACAGTACCTAAGTCAAATAGAACCAATGAATTGTTTTTTAATGTCAAGTCCGATGTTTCTCCGTGCGGATCGGCAGCATGCTCGGCTGTCTGAACCAGAGTACCAAAGGACATTTCCGAAACGTTGCGGTTTTTCGTTGCGAACTCAAGCTCAGCAGCAATTTGAAGTTCCGTTTTACCAACTTTTAATGCTTTAAAACCGGCTTCAAAGGCCAAATCGGCATCCCTACCGGCTTGCTCCAATTTCTTTATTTCATCTTCGTCTTTAAGCAGGCGCTGATGCTCGACAACCGGTGTTAAATTAAATGAATAATCGGCATCTGGAAAGGCTTCATGGAGTCGATTAAAACTAAATAGAGTTAAATTTCCCTGCTCGGTTGCTATTTTTTTTGGATTGCTGATTCGTTCTTTGATGTGGTCGTAGATCATTTTTAAGCCATCTTCATTATCTTGGTAGCCATATAGATCGTAGGGCCAGCCAACCGATTTGACAACTTCAACCTCCAAGGCCGGTGCGAAAATAAAGGGGTCTTTATCGGCAAAGACAATCATTGCCAAAATTCTTTCGTAAGGATTGGAACCAAATCCGGTGATATATTGAATTGTTTTGTAGTCTGAAATAAAAGCGAAGTCGATCTGTTTGTCGACAAGGGTTTCTTGCAGTTTATTTAGTCTTGTCTGATTGAATTTAATCATAGATCGAGTATAGTTCAAACAACTTTTGTAGAATGAGGATATGACAAAATTATTGTTGCTGCAAAAAATTAAAGATCAGGATCTTGCACAGATTCGTCGTGACTTTCCTGATCTTGAGCTGATCAGTGTTGACCAGATGACTGATGAATTGGTTGATCAAATTGAAATTGTTTATGGTCAATTTAGCCAGTTTCAAAAGGGCTATGGCTTTAGTCCTTGGTTTGGTAAAGTCGTTCCAAACGGTAAATCCCTAAAATGGGTTCAAACAATTTCCGCTGGCATTGATTTTTTGCCTCTTGATCAATTGGCCAAACGTGGAATCGTGGTTTCGAATATGAGTGGCCTTCATTCTGAAGCGATTTCGGAAAATGTTCTGGCTTACATTTTAGTTTTGAATCGTGGTTTAAAATTTGCCCTTGCAAATCAGATAAAGCAAAGTTGGAATTTTAATTTTCCGAAAATAAAACAGCTGCAGGATAAGAAAATTCTTATTTTCGGAACCGGTGCAATTGGTTCGGCAGTGGCTAAACTATTACAGGCTTTCAATGTTGAAGTTATTGGTGTTAATCGTCATGGAAAGGATCTCCAATATTTTGATCAAGTCATCACTCATGACCAATTGAGAAATTTTGCGGATGCCGATTATTTGATCAGTGATATGCCGTTGACAGCACAAACCCGCGGTTATTTCAATTTGGATTTCTTCTCGCTATTTAAAAAACAACCGATTTTTATCAACGTTGGTCGTGGTCCGAGTGTTATCGAGAAGGACTTAGCTAAAGCTTTGGAAGATAATATCTTATCTGGTGCCGCTTTGGATGTTTTTGATCATGAGCCGCTTGCGAGTGATTCACCGCTTTGGAAAATGGAAAATGTGATCGTTACCCCTCATTCTTCGGCGCTTTTGGAACATTTCCAACGCGATGCCTATAAAATTTTCGGACCAAACTTAAAAAGTTATTTGGCCAATGGTAAACTGGCCGTTAACGAAGTTAATTTAAAAGAAGGCTATTAA

Protein sequences of DBSCAN-SWA_4

>NZ_CP030868|1715193:1725942|1717135_1717567_+|WP_127825537.1|DBSCAN-SWA
MKIKVISFGFKYKNIPEASILFDLRFLDNPYWQPEMRTMTGLDKKVSDYIMSVPGASEFYENYKKTIEQVLPLAKKKEANGGDIQSEIVIAFGCTGGQHRSVAFAERLGKDLEKAGYDVTIFHRDLQSSLKRELVKAKEEARL
>NZ_CP030868|1715193:1725942|1719545_1720154_+|WP_127825540.1|protease|DBSCAN-SWA
MWPGVIEQTANGRESYDLPSRLLKDRIILVQGEVEDQMATSIVAQLLFLDAQDPNKDIYMYINSPGGSVTAGMAIVDTMNFIRSDVQTIVMGMAASMATIIASSGTKDKRFMLPNAEYLIHQPMGGAGAGTQQTDMSIIADQLLKTRQRLNNILKENSGQPIEKIEQDTERDHWMDSKETLDYGLIDKILINKEKNKSEKKK
>NZ_CP030868|1715193:1725942|1715193_1716069_+|WP_127825535.1|DBSCAN-SWA
MVQKVKKAVIPAAGLGTRFLPATKALAKEMLPIVDTPTIQFIVEEAIQSGIEDIVIVDGKSKRSIEDHFDSNTELEDNLSAKGKDKLLKLVQDTTDLNIYFIRQSHPRGLGDAVLKAKSFIGNEPFVVMLGDDLMTDRVPLTKQLIDRYNETEQSTLAVMPVPHEETSKYGVIDPSKEVKPGLFEVKNFVEKPRPQDAPSDLAIIGRYLFTPTIFAELENTMPGKGNEIQLTDAIESLNHKEHVYAHQFNGKRYDIGSKIGFLETNIEFGLNHPDTGEELRKYIKELAKTL
>NZ_CP030868|1715193:1725942|1724967_1725942_+|WP_127825545.1|DBSCAN-SWA
MTKLLLLQKIKDQDLAQIRRDFPDLELISVDQMTDELVDQIEIVYGQFSQFQKGYGFSPWFGKVVPNGKSLKWVQTISAGIDFLPLDQLAKRGIVVSNMSGLHSEAISENVLAYILVLNRGLKFALANQIKQSWNFNFPKIKQLQDKKILIFGTGAIGSAVAKLLQAFNVEVIGVNRHGKDLQYFDQVITHDQLRNFADADYLISDMPLTAQTRGYFNLDFFSLFKKQPIFINVGRGPSVIEKDLAKALEDNILSGAALDVFDHEPLASDSPLWKMENVIVTPHSSALLEHFQRDAYKIFGPNLKSYLANGKLAVNEVNLKEGY
>NZ_CP030868|1715193:1725942|1723817_1724927_-|WP_127825544.1|DBSCAN-SWA
MIKFNQTRLNKLQETLVDKQIDFAFISDYKTIQYITGFGSNPYERILAMIVFADKDPFIFAPALEVEVVKSVGWPYDLYGYQDNEDGLKMIYDHIKERISNPKKIATEQGNLTLFSFNRLHEAFPDADYSFNLTPVVEHQRLLKDEDEIKKLEQAGRDADLAFEAGFKALKVGKTELQIAAELEFATKNRNVSEMSFGTLVQTAEHAADPHGETSDLTLKNNSLVLFDLGTVYKGYISDASRTVALGTPSDHMREVHQVVLEAQLAAQAAVKPGVTASSLDKIARDIIEKAGYGQYFIHRLGHGMGMSEHEYPSIMQGNDLVLEPGMCFSLEPGIYIPGDLGVRIEDCVHVTENGCQPFTHMNKKLQLF
>NZ_CP030868|1715193:1725942|1722706_1723672_-|WP_127825543.1|DBSCAN-SWA
MVAKLQDVAKRAGVTITTVSRVLNDFPHVSKKTHDKVYAAIRALNYHPNALARSLQGKSSKFIGLIFPTIANPFFSELSNELEVKLSAKGYKIIIASSANNVEAERRYLGMLAANMVEGIITGSHNLGVEEYDQVNMPIVSFDCFLSDKIPIVSSDNLNGGKLATQYLIDQGAKKIAIITDDDDSKSPTSLRAIGALNPIHKANIQAEEFAFPDAHFTEEEKSEELKDLLSGNKFDGIFANNDTTALQINKIIKENHFKKIPVIGYDGTAFIRLYLTDIATIVQPTSQIADALIDLLFKRIEKPDLHFANPPLLPVELFKS
>NZ_CP030868|1715193:1725942|1720258_1720483_+|WP_127825541.1|DBSCAN-SWA
MEIDIKAYLIDHDLTIYQVAKAGGYGYTTIHKSFNKPQSDATSLNLRDLDALAQATQSSMWEVLKELETDYLED
>NZ_CP030868|1715193:1725942|1720498_1722664_+|WP_127825542.1|protease|DBSCAN-SWA
MANNDYFNSSNNDPFNSMDDIFNNLMGRMNGINSDSRYLINGQEVSPEEFAAYRQSGRTPINGQFQEVGSQIQPEQTGPAVSQENGHSKKTGILEKLGRNLTEEARQGKLDPVIGRNKEIQETAEILSRRTKNNPVLVGDAGVGKTAVVEGLAQAIINGNVPAAIKGKEIYSIDISALEAGTQYRGSFEENIQKLISEVKNAGNVILFFDEIHQILGAGNTGEESGSKGMADILKPALSRGEVSVIGATTQDEYRNTIMKNAALARRFNEVTVNAPSPEDTLAILKGVRSLYEKHHHVKFPDDALKAAVDYSVQYIPQRSLPDKAIDLVDMTAAHLSAQHPVTDKVSLENDLKNAKTEQDQAAAKENFEKAAAAKKRVEKLEDKLKNISSENKKEAVVVKPNDIAQSVERLTGIPVAKMGANDIEHLKGISDRLKGKVIGQNDAVEAVARAVRRNRAGFDEGNRPIGSFLFVGPTGVGKTELAKQLALDMFGSKDAIIRLDMSEYSDLTASSKLIGTSAGYVGYNDNQNTLTEKVRRNPYSIVLLDEIEKANPQIITLLLQVLDDGRLTDGQGNVVNFKNTVVIATSNAGFGNELNNKTEAQGKSVIERLEPYFRPEFLNRFNAIVEFSHLSKDDLKQIVELMLTEVNQTLAKKGIKLEVTQAAKDYLMNQGYDEAMGARPLRRVIEQQIRDKVTDFYLDNLDAKNLKADIDNGTIKITGK
>NZ_CP030868|1715193:1725942|1717563_1718547_+|WP_127825538.1|DBSCAN-SWA
MTDRKKRNIVVIGGGSGLPVILRPLRDCNVEVTAIVTVADDGGSSGVIRNFMNIVPPGDIRNALVSLSLLPEDFLDTFQYRFDSSDEFFKNHALGNLIIAAMTEMSGDIFGAVQKLGRYMMISGKVYPVANVPLVLHAAFTDGTTGVGEHEITIAHKVIKKLSITTEDGKQPIPTSEVLLAINHADMIVFGPGSLYTSILPNLVIPVVGKAVKESPAKKVYIANIMTQKGETDNYTDASHIKAIYQNVSNNIVDYVLTNTAVVPEDYIDYQKWNEISTQVKVNTNEDRKLGVTPITGDFLKLRDQGAFHDGDKIAGKLLDILDNKFK
>NZ_CP030868|1715193:1725942|1716177_1717119_+|WP_127825536.1|DBSCAN-SWA
MTQKYDVVIIGAGPAGMTAATYASRANLSVMMIDKGIYGGQMNDTAEVENYPAFDSILGPDLAEKMYASSTRFGAEYAFGEVQNVIDHGKTKTVITDDEQYEAKVVIIASGATHRHINVPGEDKYSGRGVSYCAVCDGAFFKNEQIVVIGGGDSAVEEASYLANLAKDVTIVHRRDQLRASRIAQKRAFDTDNIDFSWNKQTEEIIGDGEKVTGVKVLDKITNKESVIKTNGAFIYVGIDPNTQGLENLGILDEKGWVLTDENMQTKVPGVYAIGDVRKDSIRQIAAAVGDGAVAGKILFDYVQSLSDTEVEA
>NZ_CP030868|1715193:1725942|1718543_1719491_+|WP_127825539.1|DBSCAN-SWA
MTFTQQVKKELSILPINIKTSKSELSAIFRLNGIYHLGSAVGNTLEVQTQNPASARRTYQLLSQTYEADIQTNIERGGSTKIFGLHRYGVITMKQADQILDDIQLDPFSSDRRVPEVFLNSQAKQQAFLRAAFLSTGSVNAPNSKNYHLEISAADEDLIEQIFSIMNNRNFNLGAKIADRRNKLIVYLKTGERISDFLSIIQATSSMLHFEDARIMSDMRNSANRLANADNANVTRMAEAAERQYEAMDLLRQQNLLDNLPEKLRIVADLRLENPEASLSDLAEMIEGQELTKSGINHRMRKLMQIVKELSDKKV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_127825535.1|1715193_1716069_+	UTP--glucose-1-phosphate uridylyltransferase GalU	A0A127AW70	Bacillus_phage	6.9e-72	49.0
WP_127825536.1|1716177_1717119_+	thioredoxin-disulfide reductase	G3MA85	Bacillus_virus	6.1e-82	49.8
WP_127825537.1|1717135_1717567_+	hypothetical protein	A0A0R8VB27	Thermobifida_phage	9.4e-14	33.3
WP_127825538.1|1717563_1718547_+	uridine diphosphate-N-acetylglucosamine-binding protein YvcK	A1IMD5	Streptococcus_phage	7.8e-72	43.7
WP_127825539.1|1718543_1719491_+	DNA-binding protein WhiA	Q7AWZ3	Streptococcus_phage	1.2e-29	32.7
WP_127825540.1|1719545_1720154_+|protease	ATP-dependent Clp protease proteolytic subunit	A0A223W000	Agrobacterium_phage	1.2e-46	51.5
WP_127825541.1|1720258_1720483_+	transcriptional regulator	NA	NA	NA	NA
WP_127825542.1|1720498_1722664_+|protease	ATP-dependent Clp protease ATP-binding subunit	H6X3M6	Enterobacteria_phage	7.8e-117	38.8
WP_127825543.1|1722706_1723672_-	LacI family transcriptional regulator	NA	NA	NA	NA
WP_127825544.1|1723817_1724927_-	aminopeptidase P family protein	NA	NA	NA	NA
WP_127825545.1|1724967_1725942_+	phosphoglycerate dehydrogenase	M1H502	Paramecium_bursaria_Chlorella_virus	4.0e-12	23.9

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_CP030868|2008221:2025863|DBSCAN-SWA
GATGTCAAACACGAAGATTGCCGTTGTAATGGGATCGGTTTCTGATTGGGAAACAATGAAAAATACGGTCGATATTCTGAATGATTTTGGAGTTGAAGTTGAAAAACATGTTATTTCCGCACATAGAATGCCTGATCAACTGAGTAAATTTGCTAAAGGAGCTCGTGGACGCGGTTTACAGATGATAATTGCCGGTGCCGGTGGTGCAGCTCATTTACCGGGTATGCTGGCTGCTAATACAACACTTCCAGTAATTGGCGTTCCAGTTCAATCGCATGCTTTAAATGGTTTGGATTCGCTTTTGTCGATTGTTCAGATGCCGGCTGGGGTGCCGGTTGCTACGACAGCGATCGGCAATTCCGGTGCTAAAAACGCAGCCTATTTGGCATTATCGATTCTTAGTTTACAAAATCGAGAAGTTGAAAATAAATTAATTATTTTTCGCCGGGAACAAACAAAAAAATCGCTTGAAAGCGAGTCACAGCTCAATGATTGAAAGAGCGATTTTACCACCGGCAACAATTGGAATTATTGGCGGTGGCCAGTTAGGACAGATGATTTCCTTGTCCGCTAAATCAATTGGCTATCATGTTGGTATTTTGGATCCTACAAGACAATCTCCAGCAGGCCAGGTTTCTGATTTTCAGATCGTAGCCGAATATGACGATGAAAAAGCATTGACCAAATTAGCTGAAAAATCGGATTTGTTAACCTATGAATTTGAAAATGTCGACCAGAATGTTCTAGCACGTGTCCAAAAGAGAACCGGAGTTTTAGTTCCCCAGGGTGTTCAATTGTTGATGATTACTTCAAATCGAATTAATGAAAAAAATTTCCTTCGTAATCATGGTTTGCCGACAACCGATTTTGCAAAAGTTGCTTCGCCCAGTGAATTTAAAGTAGCAGTAAAACGGCTTGGTTTACCGGCAATTTTAAAAACTGTTTCCGGTGGTTATGACGGTCATGGACAGCGGGACATTAATTCGGAGCAGGATGTCAAAAATTTACTTGAAGAATGGCCGAAGGGATTATTGGCTATCTTGGAAAAAAGAGTAGATTTCGTTAAAGAGATTTCTGTGATGGTTTCTCGCGATAATCAGGATCAAGTTAAACTTTGGCCGATTACCGAGAATCAACATAAGAATCATATTTTGCATCTTTCGTTTGCACCTGCGTCTATTTCAGAGTCAGTGGTTCGGTTAGTTAAAAAAGAAGTGAGCAAGTTGGCTAATGAAATTAATTTATATGGTGTTTTGGGAGTTGAAATGTTTCTTCGAGCCGATGGAAAAATTTTAATTAATGAATTGGCGCCAAGACCGCATAATTCCGGTCATCTAACGATTGAAGGCTGCAATGTATCACAGTTTGAGGGTCATGTGCGTTCAATCTGTGGTTTGCCGATTCAAGATCCGCTTTTAATCAGACCTGCTTTAATGCGAAATTTATTGGGCCACGATCTGGTTAAAGCTCGAAACGATCTTGTCAATCATCCTGAATGGTATTTCCATGATTATGGAAAAGCCGAAATTCGACCCCAGAGAAAAATGGGTCACATCACGGTTTTAGGTGACGAGGCAATTAAAAAATTGAAAGTGTGGGATAAATGACTGAAAGTCTTTTATATTCGGGCAAAGCAAAAAATATGTTTCAAACTGACGATCCAGAGATCGTCCACATTCATTACAAAGATCAGGCGACCGCTTTGAATGGAAAAGTCAAAGAGAAAATCGAAGGAAAGGGACAATTGACTTCACACATTTCGGCTTTACTGTTTGACTATTTAACCGTTCAAGGGATTGAAAATCATTTCCGAAAAGAATTGGAAAATGGTGATGCTTTGGTCAGGAAGGTTAAAATTATTCCCTTGGAAGTTGTGACTCGTAATTTTGCCGCCGGCCATTTTGCTTCACGCTTTAATGTTCCAATGCACAAAGCTTTAAAACCTGCTGTTCATGAATTTTATTTCAAATCCGATCCTTTAGATGATCCATTTATCAATGATGAACAAATTTTGGCGCTAGAAATTGCCGATAAGAAAACTATTAATGAAATGAAAGAGGAAGCAGAGTTAATTAATCAAAAACTGATCAGTTTGTTTAACCAAATCGGAATTGCTTTAATTGATTTCAAGGTTGAATTTGGTTTTACTAATCAAGGAAAACTTTTGCTTGCCGATGAACTTTCGCCGGACAATATGCGCTTGTTGGACAAGGAAAGTGGCAAATCGCTTGATAAAGATGTCTTTCGTCAAAAAATTGGTGATGTCAGAATTGGTTATCAAACCGTTTTGGATCGTTTGAATAACAAATTAATTACAAAGGAAAATTAAAATGTTTTTAGCAAAGATCTATGTTACTTACAAACCTTCAATTCTTGACCCACAGGGTGAAGTCATAAAATCGGCTCTCCATCGTCTTGATTATACTGATGTCAATTCGGTCATACAGGGAAAATACTTTGAAATCAAGCTTGATGCAAAAGATCAAGAGACTGCCAAAAAAGAAGTTGAGGCTTTTTCAGACGAATTATTGATTAATGTCAACATGGAAACTTTTACTTATAAACTGAGCGAAATAGCTTCGGTGGAGGAATAAAAATGAAGGCTGCAGTTCTCGATTTTCCTGGTTCTAATTGTGTTTTTGATATGTACTATGCATTGATCGATTTTGGGATTGACGCAAAAATAATTGATGCCCGACAAAACAACTTGGATAATTTCGATGCAATCTTTTTACCAGGAGGATTCTCATATGGAGATTATTTAAGAACAGGAGCGATTGCTCGTTTTGCACCAGCAATGGAAGCAGTGAAAAAAGCAGCTTATGACGGTCGAATCGTTGTTGGAATTTGTAATGGTTTTCAAATTTTAACCGAAGCCGGACTTTTGCCTGGAGCTTTAAAAATGAACGCCAAACCAGGATTCATTTGTGATGAAGTTCTGCTTAATGTTGAAAATGATAGTTCTCTTTTTACAAAGAATTTTTCTCATAAACAACTTTTATTACCAATTGCTCATGCTGGTGGCAACTATTATGTTGATCAAGAAACTTTAACAAAACTGCATGCCAACCGACAGATAATCTTTACTTATCAGGATAATCCAAACGGTTCAATTGATGATATTGCTGGAATTGTCAACCAAGGCGGAAATGTTTTCGGAATGATGCCACATCCAGAACGAGCTGTTGATTCTTTGCTTGGCAATACCAACGGCCGTCCATTCTTTGAATCGATTTTACAAACAAGCGGGGTTTTAAACTAATGCCAACAGTTGTTAATCCACAACCTAAATCGGCTGAGCAGATCAAGGCAGAACGCGTTTATGCGCAATGGGGCCTGACCGATCAAGAATTTAAAATAATTGAAGATAGAATGGATCGTTTGCCAAATTATACCGAAACAGGTTTGTTTTCAGCAATGTGGTCGGAACATGCTTCTTATAAAAAATCCAAGCCAATTTTGAGAACTTTTTGGTCAAAAAACGAACGTGTTTTGCAGGGGCCTGGCGAAGGAGCCGGAATTCTCGATATTGGCGATGGTCAAGCAGTTGTTTTTAAAGCCGAAAGCCATAACCATCCTTCTCAAGTTGAACCTTATCAAGGGGCTGCGACTGGGGTTGGCGGTATTTTACGTGATATTTTTTCGATGGGTGCCCAACCGATTGCGGTTTTGGATTCACTCAGATTTTCAGAAATAAAGGATGAACAGACCAAGTCTCTAATCGATGGAGTAATTGCCGGAATTGCCGGCTATGGAAATGCAATTGGTATCCCGACCGTTGGTGGCGATGTTGCTTTTGATGATGCCTATGAAGGAAATTTGCTCTGCAATGTCATGTCGGTAGGTTTGCTTGATCATCAGGATACGATCAAAGTCGGGCAAGCACACGGAAAGGATAATTTAGTTATTTACGTTGGCGCCAAAACCGGTCGGGATGGAATTAACGGCGCTACTTTTGCTTCGGCTGATTTTTCTTCTCAAGAAGAATCTCAACGTTCTGCTGTCCAAGTTGGTGATCCTTTCATGGAAAAATTAGTAATGGATGCAACGATTAAAGCAGTCAGAGAGATGCCGGAGGCGGTAATTGCTATTCAGGACATGGGCGCAGCCGGAATTTTGTCCTCTTCGTCTGAAATGGGTGAAAAGGGCGGATCTGGAATCTGGCTTGACTTGGATAAAGTACCCGTTCGAGAAAAGGGAATGATACCTTATGAATTAATGCTTTCCGAGTCTCAGGAACGAATGCTGCTGGTCGTTGCCAAGGGCCGGGAAAAACAGATAATCGATCTCTATAAAGATGCCGGCCTGGATGCCGTAGTCATCGGTAAAGTAACCGATGACAATCGTTATCGTTTATCTTTTCAAGGGGAAACAGTTGCAGATCTTGATATAAAACTGTTGACTAAAGCACCTTCTTACAAACTGCCAAGCAAGCTTCCGACTCACATTGAAAACGCCGATCAGGAACAATTTCAACCAAAAATTTCTAATCTGCGTCAAACGATTATGCAAATTCTTGCTCAACCGACAATTGCGTCCAAAAAAACTTTTTATCGTCATTTTGATTCGATGGTAAGAGCTGATACTGTTGTTAAACCAGGTGGTGATGCAGCCGTAATCAGAATTCGCGGAACAAAAAAAGCTTTGTCAATAACGTCCGATGTTAATGGCCGCTATGTTTATTTAGATCCTTATATTGGAGGACAGATGGCGACGGCTGAAGCGGCTCGCAATATTGTTTCAACCGGCGCTTTGCCAATTGGAATCACCGACTGTCTAAACTTCGGTAATCCTGACAATCCGGAAATTTATTATGAATTGGAACAGTCTGTCGCCGGCATAAATAGTTTGGCCAAACGGCTGAATACTCCAGTTGTCTCCGGAAATGTGTCACTTTATAACGAAACCGACAACCGGGCCATTTATCCAACCCCGATGGTCGGAATGGTTGGACTGATTAGTGATAATCGCAAAATCACGACGATTGATTTTAAAAACATCGGTGATCTGATTTATTTAATCGGATCTACCGGCAATGACTTTAATGGATCTGAAATCCAAAAGCTGCAGACCGGAAAAATCTCGGGGAAATTATTCGACTTTGATGCCGGTGCCGAATTGAGTAATCAAAAATTAGTCTTAAATGCGATTAATGCTGATTTATTGAAATCCGCTCATGACCTCAGCGAAGGAGGACTGATTGTTGCTTTGTTTGAAGCAGCTTTTGAAACAAACTTTGCTTTTGAAGTCGATCTTAAACTCGATGATGCACAACTTTTTGCGGAAACAAATAGTCGCTTTATTGTCACGGTTGATCCTGCAAAACGACATACCTTTGAAAAAATTGCTGGTGATAAAGCTGAACTGGTTGGTCGGGTTACTAGTGGAAAATGTTTTCAAATTAAAACGAATCAAAGCAGTTTTTCGGTTGAAAAAGAACAGGCAGTCAGTACCTGGCAAAATTCGATCGCGGATTTAATGGAGTAAACGAGGAAAAAATGACGGAATTGCAAACTGCAACAGATTTTCGCGGACTGAATGAAGAATGCGGTTTATTCGGTGTTTGGGGATTGCCTGATGCCGCTCAAACAACTTTTTATGGTATGCATGCCTTACAGCATCGCGGTCAGGAGGGTGCCGGAATTGTTTCAAATGACGATGGCCGACTTTGGCAGCGCCGTGGTCTTGGGCTCTTGTCGGATGTTTTCCGTAATCCGGAAAAAATTGCCAGTCTAAAAGGCAGCTCGGCGATCGGCCACGTACGTTACGCAACCGCTGGTACTCACGGAATTGAAAATATTCAACCTTATTTAGTTCACTTTAATGATTATCAAATTGCTCTTGCCCACAATGGCAATATTACAAATGCTTTGACTTTGAGGAAACAACTCGAAGATACCGGATCGATTTTTCAATCGTCATCAGACTCGGAAATTTTGTTGCATTTAATTCGTCGCTCTCGTCAGAACTCAATGAAAGAAAAAATTGCCGAATCTTTAAGACAACTGCGCGGAGGCTTTGCTTTTCTTTTATTGACTCCCGATGCTCTTTTCGCTGCTCTTGATCCACATGGTTTTCGTCCTTTCTGTATTGGAAAATTACCTGGTGGTCAATATGTGGTAGCTTCTGAAACAGCCGCTTTGAATATGACTGATGCTGAATTTGTTCGCGATGTTCAACCGGGCGAACTAATTACTATTAATGATCAGGGCATGCAAATCGATCATTACACAAATAATGTGACTTTAAATATCGACGCCATGGAATATATTTATTTTGCTCGACCTGATTCGACGATTTATGGTGTTAATGTGCATATTGCTCGTAAGCACATGGGCCGTTGCTTAGCCCGCGAACAACCGGTTGCTGGAGCTGATATTGTTGTTGGTGTTCCAAACTCTTCCTTGTCGGCTGCTCAGGGCTATGCCGAAGAAGCCGGATTGCCAAATGAAATGGGGTTGGTTAAAAATCAATATATTGCTCGGACCTTTATTCAGCCAAATCAAGATAAACGTGAGCGAGCAGTACGAATGAAACTTTCGGCCATCAAGGAAGTTGTTAATGGAAAATCAATTGTGTTGGTTGACGATTCGATCGTTCGTGGCACTACTTCTATGTATATTATTCGTATGTTAAAGGATGCCGGAGCTAAAGAAGTTCATGTTCGGATTGCTTCGCCGGCTTTTAAGTATCCCTCCTTTTATGGTGTTGATATGCAAACGACAACCGAATTAATGGCCGCAAATCATAGTTTGGAAGAAATGACCAAAATGATTCAGGCTGATTCTTTGGCTTTTCTGTCCGTCCAAGGACTTGTCGATTCGATTAATTTAAAGACCCCATATAATGGAAGCGGACTGACAACTGCTTATTTTGATGGCCATTATCCTTCACCGATCTATGATTATCAAGCATCGCTGCAGGATAAGGTTGATGCAGGACTGGTTAATTTTGATCCTGAACCTATTGCCATTATGCCGGAAATTTTTTCTGTTAGGAAAGGTATTTAAAATGGTTGATGCATATTCCTTAGCCGGTGTTGATATCGAGGCCGGTAATCTGGCAGTCAAAAAAATGTCAACAGCGGTTAAATCGACTTATAATGACCAGGTTCTTGCTGGTATCGGAGGTTTTGCTTCTCTTTTTAAATTTCCGAAAGGATATCGTAAACCGATTTTGGTTTCCGGAACCGACGGTGTTGGTTCGAAACTTTTATTGGCTCAAGCTGCTAATGAACACCAATCAATTGGTCAGGACCTAGTAGCTATGGTTGTAAACGACTTGCTTGCTCAAGGCGCCAAACCACTTTTTATGCTTGATTACATTGGTATTGACAAAGTTGCTTCGGATAAAGTGTCGGAAATTGTTAGTGGAATTGCCAAAGCTTGTCGACAATCAAAAATGGCTTTAATTGGTGGTGAAACGGCCGAACTGCCCGACATGTACGCTAAAGACGAATATGACCTAGCTGCTTTTGCAGTGGGGGTCGTTGAGGAAGACAAAATTTTAAATGGCAGTCGACTTCAAATTGGGGACGCACTGCTTGGAATAGCTTCAAATGGTCTGCATTCCAATGGCTACAGCTTGGTTAGAAATTTATTGCTCACTCAGGCAAAGAAGACTTGGCAGCAACTAGATGATTCTTTACAAAAGGAATTATTAAAACCCACCCGTATTTATGCGGCATCGCTGATTCCGCTCTTGAATAACAACAAAATTCATGCACTATCGCATATTACCGGTGGAGGCCTTTTGGAAAATGTTCCGCGAATGTTGAGCGATCAAACAGCTGTCGAAATTAATTGGGACAGTTGGCCAATTCCGGGAATTTTTCAGAGACTGCAGGAAATCGGTAAACTTTCTACTCACGAAATGCAGGAAACATTCAATTTGGGTATCGGAATGGTTGCGGCTGTTTCAGATAAAGAATCTGCCGAAATAATGAATCAACTTAAAGAAAGTGGCGAAAAAGTCTATCAAATCGGAAAAGTTGTTTCCCGAGCAAAGGGTCAGCGAATAATCAAATTTATCGGGAATGAGCCATGGAAAGAAAAATCATGAATCCGATTAAACTAGCTGTTTTTGCTTCTGGAAACGGAACTAATTTCACGGCTCTTGTTAATTATGTGAAAAAACAATTACCGAACGTAGAAATCGTTCGTCTGATTGTTGATCATAAAAATGCTTTTGTTATTCAAAGAGCGAAAAAATTTGGAATACCATCAACTTATATTAATTATCGAAAGTTTATCGATAAGTCCGATGCTGAAACTAAAATTATTGGTTGCTTAAAAGAAAATCAGGTTAGTGGAATCTTACTCGCCGGTTTTATGCGAATCATTGGTCCGAATTTATTATCAGCTTTTCCAAACAGAATTATCAACATTCATCCGGCTCTTTTACCGAGTTTTCCAGGTCGGCATGGAATTGAAGATGCATTTGAATATGGTGTCAAAGTGACCGGTGTGACAATTCACTATGTTGATAATGGGATTGATTCGGGAAAAATAATTGCTCAAGCTCCTGTAAGAATAAAAGAAAGCGATAATTTGGAAAGTTTGGAAAAAAGAATTCATCGATTGGAACACAGATTATATCCACAAACGTTAAGGCAACTAATTAAAAAAGGAGTTTTCACAGTATGAAAAGAGCATTGCTAAGTGTATCCGATAAAAGAGGCTTGATTGATTTTGCCAAAGGTCTGATTGAAAATGATTACGAAATAATTTCGACCGGTGGAACTTTAAAATTTTTGACAGAGGCCGGGGTTAAAGCGAAGGTTGTTGAAGAAATTACCGGTTTTCCGGAAATATTGGATGGGAGAGTAAAAACGCTTCATCCAAAAATTCATGCCGGTTTGCTTGCTAAAAGAGAAAATTTCGAACATATGAAGACTTTAAAGGATCACGATATTACGCCGATCGATTTACTGGCGGTTAATCTTTATCCTTTCAAGGAAACAATTGAAAAAAATAATGTTTCTTACGACGAAGCAATTGAAAATATTGACATCGGTGGACCGTCAATGCTTCGTTCCGCTGCTAAAAATGCACGAGATGTGATTGTTGTTGTCGATCCGGATGATTACGATTTAGTATTAAAAGTGATTGCAAATAGCACTATTAGTGATGATTTTCGACAACATTTACAAGCAAAAACTTTTCGTCATACAGCGGCCTATGATGCATTAATTGCTAATTATCTTTCCAAAGAAGAATATCCGGAAAAGTTAACTGTAACTTATGACAAGGACTTTGATTTACGCTATGGTGAAAATCCGAATCAGACAGCCGCTGTTTATGCAGATGTGATTCCGAAAGCCTATTCGATTCTGCAGGCAAAAATTCTTCATGGTAAAAAGTTAAGTTATAACAATATCAAAGACGCCGATGCTGCTCTAAGAACGATCGCCGACTTTCAAGATCAACCGACTGTTGTAACTTTGAAGCACATGAATCCAGCTGGAATCGGTCAAGCAAGCACAATTGAAAATGCTTGGGACAAAGCTTTTTATGCTGATAATATTTCTATTTTTGGTGGAATAGTTGTTTTAAATCGGGAAGTCGATTTAGCGACTGCTGAAAAAATGCATGCTATTTTTCTTGAAATTATCATTGCACCGAGTTTTAGCGATGAAGCCTATCAAATTTTGGCAAAAAAGAAAAACTTACGCTTATTAACAGTAGCTATGACCGATATACTACCAAAAGAACTCGAGCTTACTTCGGTCCTCGGCGGAGCAGTTGTTCAAGAAATGGATACATTAGTTGAAAATGCTGCTGATTTTGAGGTCGTTTCATCTGTTAAACCAACTGATGAACAATTAAAAGCGTTAGTATTTGCTCAAAAAGCGGTTAAACATGTTAAATCGAATGCGATTTTAATTGCTGCACAAGGCCAAACGCTGGGAATTGGCGCCGGTCAGCCGAATCGAATCGATTCGGTTAAAATTGCCCTCAAACACGCTGAATTAAAAACGAATTTTGATCAAGCTGTCTTGGCTTCGGATGCTTTTTTCCCAATGGACGATTCGGTTGAATTTGCCGCTGAGCAGGGAATTAAGGCGATCGTTGAACCAGGTGGATCGATCAAGGACGAAGATTCGATTGCGATGGCAGATAAACTTGGCGTGGTTTTGGTTTTCTCACATAATCGTCATTTTAGACATTAAGGATGATAGAAAATGGCTAAGGTTTTAATTATTGGCGCTGGTGCGCGTGAACACATTTTGGCGAAGACTTTTCTTAAAAGTCCTCAAGTCGATCAGGTTTTTGTTGCTCCTGGCAACGAGGGGATGATTGAAAAACAAATTAAAATTGTTCCGATTAACGTTAGTAATCTAAAGGGACTGGTCGATTTCGCAAAAAAAGAAACAATTGATCTGACTTTTGTTGGCAGTGAAGAGCCTTTAGTTTTGGGAATTGTTGATGAATTCGAGAAAGCTGGTCTGAAAATTTTTGGACCAAATAAAGCTGCGGCCCAACTCGAAGGGTCCAAATCATTTGCTAAATCGATTTTAAAAGAAGCAAAGGTTCCAACAGCTGCTTTTTCGATAGTTCGATCTTTATCAGAAGCACAGAGGACTCTTATTAAACATGATTTTCCAGTTGTCTTCAAACTTGACGGATTGGCTGCCGGAAAAGGTGTTTCGATTATTTCTTCTTGTCAACAGGCGGAAGATTATATAGCAAATTTATATAAGGATAATCCGAATAAGAAACTGCTGATTGAAGAATTTATGCAGGGCCCCGAGTTTTCTCTTTTTAGCTTAGTCGGTAAAAATAATACAGTTGTTCATACGCCGATTGCCCAGGATCACAAACGTCGTTTTGATGGTGATAAAGGTCCAAATACTGGCGGAATGGGGGCCTACAGTCCGGTTTCTCAGATATCTTCCGCGGTTGTTGAGAAAGTGATTAAATCGATTGTCGAACCAACCTTAAATGTAATGCGAGATAAAGGCAATCCTTTCATTGGTGTTTTGTACACTGGGCTGATGCTGACAAAAAGCGGTCCAAAAGTTGTTGAGTTTAATGTCCGTTTTGGCGATCCCGAAACCCAGGTTGTTCTCCCACAACTAAATGGTGACTTCTATCAAGTAGTTATTGATCTTTTGAATGGTCAAAAACCCTTAGTCGAATGGCAAAAAAAAGAAATTTATTTGGCTGTTGTGATTGCAGCTCCTGGTTACCCAAATGATGTTAAGAAAGGATTTTCGACACCAATATTATCTGATATACCACCGGATTTGCAGATCGATTATGCTGCAGTTAAAAAAGATGGTCATAATTTGATATCCGATGGCGGTCGAGTGGCTACGATTGTCAGTCATGCAAAAAAGGTCCAGTTAGCGCAAAAAAATATTTATTCTTATTTGGATCAAGGCAAGTTACAACTTGCCTATCGTCATGACATTGCTTATCAACTAGCAAAATTTGAAATGAAAGACTAATCAAAAATTCCTTAATTTATTTGAAGTTGTTTTCGCTTGAAATATGCTTGCATTTAAACTTATTTCTGGTAAGATAAATAGCAACCAAGCAGGTATATCGTCGGATAATGGCTGACAGTTTCTACCCAACACCAATGTTGGACTATCTGTAGATGTCTTTTTTTGGCGTCTGCAGTGACTCTTGAAGCTTTCTGCGGATGCCTTTTTGTATGAATAGAGACGAGGATAAAGATGACAGATTTTTCAAATAAATATACTAAACTCGGTTTGACTTTTGACGATGTTTTACTTATTCCGGCGAAATCGGAAGTAACCCCTGATCAGGTTCAACTGGGAACCGATTTGACACCGAGCCTGCATTTAAATATTCCGATTTTAAGCGCTGCAATGGATACAGTTACTGAAAGTCCTATGGCAATTCAATTAGCTTTAAATGGCGGCCTGGGTGTCATCCATAAAAACATGCTGTCTGTCGATCAGGCTAAAGAAGTATCCAAGGTTAAACAGGCTGTAATTGATTTTGATAAATATCCGGACGCTGCTACTGATGAACACGGAAGATTAATCGTAGCCGCTGGTGTTGGCGTTACTAATGACACCCTTGATCGAGTTAAGGATTTAGTAGAAGCAGGTGCCGATGCAATTATTGTTGATTCTGCCCATGGACATTCAGAAGGCGTCCTAAGAAAAATCAGAGAAATTCGTGAAACATATCCTACTCTGAATATTATTGGCGGCAACATAGCTACTGGAACTGGCGCCCAAGCAATTTTTGAGGCCGGTGCCGATGTTGCAAAAGTTGGCATTGGTCCTGGATCGATTTGCACAACCCGCGTTGTTGCGGGTGTTGGCGTTCCACAGATTACGGCAATCACCGATGCTGCTGAAGTTGCTTCTAATTATAAAAAAACAATCATCGCCGATGGCGGTGCCAAGTGGTCTGGAGATATCGTTAAAGCGATTGCAGCTGGTGGAAATGCTGTCATGCTTGGATCAATGCTTGCCGGGACCCAAGAAGCTCCTGGTGAAGTAATCGTTGGTGAAGATGGCAATAAATATAAGACCTATCGTGGCATGGGCTCGATGGCTGCTATGCAAAACGGTTCCAAGGACCGTTATTTCCAAGGCGAAGTTAAAGAGGTCAATAAATTGGTTCCTGAAGGAATTGAAGCCGTTACTGCTTACAAAGGGACCGTTGATCATGTTATTTTTGAAGATTTAGGCGGTTTAAGGGCTGGCATGGGCTATACCGGATCGGCAACTGTTAAAGATTTGATTGAAAAGGCACAATTTGTCAGAATTACCAATGCTGGTTTGGTTGAATCCCATCCGCATGATGTTCATATAACTAAGCAAGCTCCAAATTACGTCCGCGTATGATAATGTTCGTGTTCTAATCGCATATAGTAAAACACGTCGAGGACAACGACGTGTTTTTATTAATATTTAGGAACTTAGGAGAATTTCATGGCGGGAATTGTCGTAGTTGGCTCCCAATGGGGAGACGAAGGAAAAGGAAAGATTGTTGATTTATTGTGTCAAACAGCTGACGTAGTCGTCAGGTATCAGGGCGGAGACAACGCTGGACACACGGTTTATCACCAAAACGAAAAATTTGAGTTGTCTTCTTTACCGGTTGCAATCATTAATCCAAATCATTTAGCCGTAATTGGCAATGGAGAAGTGGTTAATCCGAAGGCTCTTTTACTGGAGATGAAGATGTTGGCCGAACGTGGTCTTGATCTATCTGGATTAAGGATTTCCGATCGGGCTCACGTTATTATGCCTTATCATATTGCTTTAGACGCACTTTGCGAGCAGGCTAGTGGGGGAAGAATCGGTACGACTAAAAAAGGAATCGGACCGACTTATGCAGATAAAATTAATCGTCGGGGGATTCGGATGGTCGATTTAGTTGATCCGAAATCTTTTGCCGAAGTATTAAAAGAATTTTTACCTGAAAAAAATAATGAAATTACCAAACTTTATGGTGGCCAAGCTTTTGATTTCCAGACTATTTATGATGAATATGTTGAATATGGTCGCCAGTTAGCAAAGTATGTGACCGATACAACTGTTTTACTTGATAAATTATCTCAGGAAGGTAAACGGATTATTTTTGAAGGAGCTCAGGGAATTATGCTTGATATTGATCACGGCACTTATCCATATGTGACTTCTTCGAATCCGGTAGGCGGCGGCGCAGCTGTCGGTAGTGGGACTGGTCCGAATAAAATCAACCAAGTTATCGGAGTTGTTAAGGCTTATACTTCGCGTGTCGGAGAAGGTCCTTTCCCAACTGAATTAAAGAACGAAATTGGCGATAAAATTCGTGAAACCGGCCATGAATATGGCGTGATCACCAAACGTCCGCGCCGGATCGGCTGGCTTGATGCAGTAGCTTTGCGGCATTCTGTTTTAGTAGCTGGAATCACACAATTGTCAATCAATTCACTGGATGTTTTATCTGGATTAAAAGAAATTAAAATTGCCACCGCTTATCAAGTCGATGGTCAAAAATTGGATCATTTTCCAGCTAATCTACGAATTCTGGAAAAAGCTGTTCCGATTTATGAGACGATTCCGGGCTGGTCTGAAGATATTAGTGGGATTGAACACCGCCAGGATTTGCCTGCCAGTGTTCAGAATTATTTGAATCGGATCGAAGATTTGTTAAAAACACCAATCTTGGCTTTTGCTGTTGGCCCTCATGCCGAACAGACTCATTTGCTTAGAGACCCTTGGTCGGAAAATAAGGAGGTTTTGCACACGATATGATTGATCGCTATACAAAACGTGAAATGGGTGCAATTTGGGCACTGAAAAATCAATACCAAACTTGGTTGGAAGTTGAAATAGCTGTTGATCAGGCTTGGGCAAATTTTGGCAAAATTCCTCAGGCCGACGTTGACGCAATTAAAGATAAGGCGTCTTTTGACGTTGACCGGATCGCCGAAATTGAGGCAAAGACACATCACGATGTCGTTGCTTTCACCCGCGATGTTTCCGAATCGCTTGGTTCGGAAAAACGCTGGATTCACTTTGGCCTGACCTCGACTGATGTTGTTGACACAGCCCAGGGGCTCCGTTTGAAACAGGCCAATAAAATTATTAAAAATGATTTACTTGTTTACCTGGCCCAGATTAAAGAAATGGTACTTAAATATAAGACTACTGTCATGATGGGAAGAACACATGGCGTTCATGCCGAACCAACAAGCTTTGGTTTGGTTTTGGCTCGTTATTATGAAGAAACCAAACGGAATATCGAACGTTTCGATCGAACTTCAAAAGCAGTTGAGACTGGTAAACTGTCTGGTGCTGTCGGCACATTTGCTAATGTACCGATGGAAGTTGAAGAAGACGCCATGAAACAGCTGGGATTGACAGCTCAACCAATTGGATCACAAGTTTTACCACGTGATCTTCATGCTGATTACATTAACTGCATTGCTTTGATTGCCACCGGTATTGAAAACTTCGCCACAGAAATTCGTGGCCTCCAACGTTCGGAAATACATGAAGTTGAAGAAAATTTTGCGGCTGGTCAAAAAGGTTCTTCGGCAATGCCACATAAAAGAAATCCAATTGGATCGGAAAATATGACCGGTCTAGCAAGAGTTATTCGTGGGCATATGGAAACAGCTATGGAAAATATAACTTTATGGCATGAAAGAGATATTTCTCATTCTTCAGCTGAACGGATAATCCTTCCCGACACAACGATTTTAATTGATTATATGCTTCAACGTTTTACAAATATTTTAAATGGTTTGGCTGTTTTTCCAGAAACAATGAAAAATAATATGAAAAAAACATACGGTTTGATTTATTCACAGCGTCTGCTTTTGAAATTAATCAATAAAGGAATGAGTAGGGAAGAATCTTATGATACTGTTCAGCCATTGACGGCTCGTTCTTGGGACGAACATCTCATGTTTAAGGATTTGGTAGAAAAGGATCCATTGATTAGTTCAAAACTCAGTCAAGCGGAAATTGATGATGCTTTTGATTATCACTACCATTTGAGAAATGTTGATAAAATTTATGCACGACTGGGATTGGAGGAAGCATGAATGCATTAGTTAGTCATCCTGCCATTAAAGGTGTTTTGGCTACGGAAACAGATATCTCGGCAGTTGTTCAACGAATTGCCGACCAGTTGGATGCCAAGTTTTCTCAATCGAGTCAGCGGCCCCTGTTTATTTCAGTATTAAAAGGGGCGGCGATTTTTACGACTGATCTACTGAGAAAAATGACTCTGGATGTGGATCTGGATTATATTGACGTTAAATCTTATAATCATGCCCAATCAACCGGCAATATCCGCGTTACACATGATGTCGATACAGATTTGACTGATCGTGACGTCGTGGTTGTTGATGAGATTGTGGATACCGGTCGGACGATGAAGTGGCTGACAGATTACTTCAAATTAAAGGGTGCTAGATCAGTTACGACGGTTGTTTTAACGGATAAAAAAGATGCCCGGATTTTAGATGTCGAGATTGATTTTACCGGTATTCAGGTTCCTAATGAATTTTTGGTTGGCTATGGCATGGATTACAATAGTTATTTTCGCAATCTTCCCGTGATTGCAGTTATCGATACAAATAAATTGGATACGATTAAATAAAATGATAGAACTTGAAAAAAAATATGATAAGATCCTTGTCCTTGATTACGGTAGCCAATATAATCAGCTGATTACTCGCCGAATTCGCGAGTTTGGAGTTTTTTCAGAGCTAAAATCAAGAAAAATGACAATTGACGAAATTAAGGATTATGCTCCAAAAGCAATAATTCTTTCCGGCGGACCAAAATCAGTTTATGCCGATGACGCTTTTACGATTGATCCGGAGATTTTTAAATTGGGAATCCCGATTCTTGGTGTTTGTTACGGTATGCAGTTAATGGCCTATGTTTTACCTGGCGGAAAGGTTCTTCCTAATAACGGCAATGGCGAATTTGGTCAGGCTGCTCTGCATTTTGATGAAAATTCGCTTTTGTTTGCTAAGACGCCGGAAGGACAGAAAGTACTGATGAGCCATGGCGACTCGGTTGAAGCGGTACCGGAAGGTTTTGTCGTTGCTGCCAAGACAAACAAGACCAAAATTGCCGCTATTGCCGATGATGATAAGAAACTTTATGGTGTCCAGTTTCATGCCGAGACGACCTTATCCGAGTACGGGAATCAAATTTTAAAGAACTTTGTTTTTGAAATCGCTCGGTGTCAAGCGAATTGGCAAATGAAAGATTTTATCAATGACCAAATTGAGAAAATCCGCGCCGAGGTTGGCAATAAAAAAGTTCTTTTAGGTTTATCGGGTGGGGTTGATTCTTCTGTGGTGGCTGTTTTGCTCCACAAGGCGATTGGCCATCAATTGACCTGCATTTTTGTAGATCATGGTTTATTGAGAAAAAATGAAGCCAAACTGGTAATGGAATCGTTGGCCGGCAAGTTTGGTTTAAACATTATAAAAGTCGATGCTCAAAAACGTTTTTTGGATAAATTAGAAGGAATTAGCGAACCTGAGCAGAAACGAAAAATCATTGGTAAAGAATTTATCGAGACCTTTAATGATGAGGCGAAAAAATTGAATGGAATTGATTTTTTGGCTCAGGGAACCCTTTATACAGACGTAATTGAATCCGGGACTGATACTGCCCAAACGATTAAGTCGCATCACAATGTTGGCGGTTTGCCAAAGGAAATGCATTTTAAATTAATAGAGCCTTTGCGGACTTTATTTAAGGATGAAGCACGTGAATTAGGCGAAGAATTAGACATGCCACATGCTTTGGTCTGGCGCCAACCGTTTCCCGGTCCGGGATTAGCAATTCGAATTTTAGGCGAAATTACAGAAGAAAAGTTGGCTGTTGTGCGTAATTCCGATGCGATTTTGCGTGATGAAATTGCCAAAGCCGGTTTAGAAGATTCGGTTTGGCAGTACTTTACGATTTTGACTGGTCTGCGCTCTGTCGGAGTAATGGGCGATGGTCGAACTTATGATTGGACGATTGCCATTCGGGCAATTACTTCCGTCGATGGCATGACAGCTGATTTTGCCAAGCTGCCATGGGATTTGCTGGGTAAAATTTCTGAACGCATTGTCAACGAAGTTGGTCACATCAACCGCGTAGTCTACGACATTACGAGCAAGCCGCCTGCAACGATCGAGTGGGAATGA

Protein sequences of DBSCAN-SWA_5

>NZ_CP030868|2008221:2025863|2016277_2016865_+|WP_127825903.1|DBSCAN-SWA
MNPIKLAVFASGNGTNFTALVNYVKKQLPNVEIVRLIVDHKNAFVIQRAKKFGIPSTYINYRKFIDKSDAETKIIGCLKENQVSGILLAGFMRIIGPNLLSAFPNRIINIHPALLPSFPGRHGIEDAFEYGVKVTGVTIHYVDNGIDSGKIIAQAPVRIKESDNLESLEKRIHRLEHRLYPQTLRQLIKKGVFTV
>NZ_CP030868|2008221:2025863|2010816_2011482_+|WP_127825802.1|DBSCAN-SWA
MKAAVLDFPGSNCVFDMYYALIDFGIDAKIIDARQNNLDNFDAIFLPGGFSYGDYLRTGAIARFAPAMEAVKKAAYDGRIVVGICNGFQILTEAGLLPGALKMNAKPGFICDEVLLNVENDSSLFTKNFSHKQLLLPIAHAGGNYYVDQETLTKLHANRQIIFTYQDNPNGSIDDIAGIVNQGGNVFGMMPHPERAVDSLLGNTNGRPFFESILQTSGVLN
>NZ_CP030868|2008221:2025863|2023744_2024308_+|WP_071435798.1|DBSCAN-SWA
MNALVSHPAIKGVLATETDISAVVQRIADQLDAKFSQSSQRPLFISVLKGAAIFTTDLLRKMTLDVDLDYIDVKSYNHAQSTGNIRVTHDVDTDLTDRDVVVVDEIVDTGRTMKWLTDYFKLKGARSVTTVVLTDKKDARILDVEIDFTGIQVPNEFLVGYGMDYNSYFRNLPVIAVIDTNKLDTIK
>NZ_CP030868|2008221:2025863|2019903_2021052_+|WP_127825808.1|DBSCAN-SWA
MTDFSNKYTKLGLTFDDVLLIPAKSEVTPDQVQLGTDLTPSLHLNIPILSAAMDTVTESPMAIQLALNGGLGVIHKNMLSVDQAKEVSKVKQAVIDFDKYPDAATDEHGRLIVAAGVGVTNDTLDRVKDLVEAGADAIIVDSAHGHSEGVLRKIREIRETYPTLNIIGGNIATGTGAQAIFEAGADVAKVGIGPGSICTTRVVAGVGVPQITAITDAAEVASNYKKTIIADGGAKWSGDIVKAIAAGGNAVMLGSMLAGTQEAPGEVIVGEDGNKYKTYRGMGSMAAMQNGSKDRYFQGEVKEVNKLVPEGIEAVTAYKGTVDHVIFEDLGGLRAGMGYTGSATVKDLIEKAQFVRITNAGLVESHPHDVHITKQAPNYVRV
>NZ_CP030868|2008221:2025863|2010550_2010814_+|WP_127825801.1|DBSCAN-SWA
MFLAKIYVTYKPSILDPQGEVIKSALHRLDYTDVNSVIQGKYFEIKLDAKDQETAKKEVEAFSDELLINVNMETFTYKLSEIASVEE
>NZ_CP030868|2008221:2025863|2008708_2009827_+|WP_127825799.1|DBSCAN-SWA
MIERAILPPATIGIIGGGQLGQMISLSAKSIGYHVGILDPTRQSPAGQVSDFQIVAEYDDEKALTKLAEKSDLLTYEFENVDQNVLARVQKRTGVLVPQGVQLLMITSNRINEKNFLRNHGLPTTDFAKVASPSEFKVAVKRLGLPAILKTVSGGYDGHGQRDINSEQDVKNLLEEWPKGLLAILEKRVDFVKEISVMVSRDNQDQVKLWPITENQHKNHILHLSFAPASISESVVRLVKKEVSKLANEINLYGVLGVEMFLRADGKILINELAPRPHNSGHLTIEGCNVSQFEGHVRSICGLPIQDPLLIRPALMRNLLGHDLVKARNDLVNHPEWYFHDYGKAEIRPQRKMGHITVLGDEAIKKLKVWDK
>NZ_CP030868|2008221:2025863|2013718_2015230_+|WP_127825804.1|DBSCAN-SWA
MTELQTATDFRGLNEECGLFGVWGLPDAAQTTFYGMHALQHRGQEGAGIVSNDDGRLWQRRGLGLLSDVFRNPEKIASLKGSSAIGHVRYATAGTHGIENIQPYLVHFNDYQIALAHNGNITNALTLRKQLEDTGSIFQSSSDSEILLHLIRRSRQNSMKEKIAESLRQLRGGFAFLLLTPDALFAALDPHGFRPFCIGKLPGGQYVVASETAALNMTDAEFVRDVQPGELITINDQGMQIDHYTNNVTLNIDAMEYIYFARPDSTIYGVNVHIARKHMGRCLAREQPVAGADIVVGVPNSSLSAAQGYAEEAGLPNEMGLVKNQYIARTFIQPNQDKRERAVRMKLSAIKEVVNGKSIVLVDDSIVRGTTSMYIIRMLKDAGAKEVHVRIASPAFKYPSFYGVDMQTTTELMAANHSLEEMTKMIQADSLAFLSVQGLVDSINLKTPYNGSGLTTAYFDGHYPSPIYDYQASLQDKVDAGLVNFDPEPIAIMPEIFSVRKGI
>NZ_CP030868|2008221:2025863|2018403_2019672_+|WP_127825807.1|DBSCAN-SWA
MAKVLIIGAGAREHILAKTFLKSPQVDQVFVAPGNEGMIEKQIKIVPINVSNLKGLVDFAKKETIDLTFVGSEEPLVLGIVDEFEKAGLKIFGPNKAAAQLEGSKSFAKSILKEAKVPTAAFSIVRSLSEAQRTLIKHDFPVVFKLDGLAAGKGVSIISSCQQAEDYIANLYKDNPNKKLLIEEFMQGPEFSLFSLVGKNNTVVHTPIAQDHKRRFDGDKGPNTGGMGAYSPVSQISSAVVEKVIKSIVEPTLNVMRDKGNPFIGVLYTGLMLTKSGPKVVEFNVRFGDPETQVVLPQLNGDFYQVVIDLLNGQKPLVEWQKKEIYLAVVIAAPGYPNDVKKGFSTPILSDIPPDLQIDYAAVKKDGHNLISDGGRVATIVSHAKKVQLAQKNIYSYLDQGKLQLAYRHDIAYQLAKFEMKD
>NZ_CP030868|2008221:2025863|2008221_2008716_+|WP_127825798.1|DBSCAN-SWA
MSNTKIAVVMGSVSDWETMKNTVDILNDFGVEVEKHVISAHRMPDQLSKFAKGARGRGLQMIIAGAGGAAHLPGMLAANTTLPVIGVPVQSHALNGLDSLLSIVQMPAGVPVATTAIGNSGAKNAAYLALSILSLQNREVENKLIIFRREQTKKSLESESQLND
>NZ_CP030868|2008221:2025863|2022446_2023748_+|WP_127825810.1|DBSCAN-SWA
MIDRYTKREMGAIWALKNQYQTWLEVEIAVDQAWANFGKIPQADVDAIKDKASFDVDRIAEIEAKTHHDVVAFTRDVSESLGSEKRWIHFGLTSTDVVDTAQGLRLKQANKIIKNDLLVYLAQIKEMVLKYKTTVMMGRTHGVHAEPTSFGLVLARYYEETKRNIERFDRTSKAVETGKLSGAVGTFANVPMEVEEDAMKQLGLTAQPIGSQVLPRDLHADYINCIALIATGIENFATEIRGLQRSEIHEVEENFAAGQKGSSAMPHKRNPIGSENMTGLARVIRGHMETAMENITLWHERDISHSSAERIILPDTTILIDYMLQRFTNILNGLAVFPETMKNNMKKTYGLIYSQRLLLKLINKGMSREESYDTVQPLTARSWDEHLMFKDLVEKDPLISSKLSQAEIDDAFDYHYHLRNVDKIYARLGLEEA
>NZ_CP030868|2008221:2025863|2015231_2016281_+|WP_127825805.1|DBSCAN-SWA
MVDAYSLAGVDIEAGNLAVKKMSTAVKSTYNDQVLAGIGGFASLFKFPKGYRKPILVSGTDGVGSKLLLAQAANEHQSIGQDLVAMVVNDLLAQGAKPLFMLDYIGIDKVASDKVSEIVSGIAKACRQSKMALIGGETAELPDMYAKDEYDLAAFAVGVVEEDKILNGSRLQIGDALLGIASNGLHSNGYSLVRNLLLTQAKKTWQQLDDSLQKELLKPTRIYAASLIPLLNNNKIHALSHITGGGLLENVPRMLSDQTAVEINWDSWPIPGIFQRLQEIGKLSTHEMQETFNLGIGMVAAVSDKESAEIMNQLKESGEKVYQIGKVVSRAKGQRIIKFIGNEPWKEKS
>NZ_CP030868|2008221:2025863|2016861_2018391_+|WP_127825806.1|DBSCAN-SWA
MKRALLSVSDKRGLIDFAKGLIENDYEIISTGGTLKFLTEAGVKAKVVEEITGFPEILDGRVKTLHPKIHAGLLAKRENFEHMKTLKDHDITPIDLLAVNLYPFKETIEKNNVSYDEAIENIDIGGPSMLRSAAKNARDVIVVVDPDDYDLVLKVIANSTISDDFRQHLQAKTFRHTAAYDALIANYLSKEEYPEKLTVTYDKDFDLRYGENPNQTAAVYADVIPKAYSILQAKILHGKKLSYNNIKDADAALRTIADFQDQPTVVTLKHMNPAGIGQASTIENAWDKAFYADNISIFGGIVVLNREVDLATAEKMHAIFLEIIIAPSFSDEAYQILAKKKNLRLLTVAMTDILPKELELTSVLGGAVVQEMDTLVENAADFEVVSSVKPTDEQLKALVFAQKAVKHVKSNAILIAAQGQTLGIGAGQPNRIDSVKIALKHAELKTNFDQAVLASDAFFPMDDSVEFAAEQGIKAIVEPGGSIKDEDSIAMADKLGVVLVFSHNRHFRH
>NZ_CP030868|2008221:2025863|2024309_2025863_+|WP_127825811.1|DBSCAN-SWA
MIELEKKYDKILVLDYGSQYNQLITRRIREFGVFSELKSRKMTIDEIKDYAPKAIILSGGPKSVYADDAFTIDPEIFKLGIPILGVCYGMQLMAYVLPGGKVLPNNGNGEFGQAALHFDENSLLFAKTPEGQKVLMSHGDSVEAVPEGFVVAAKTNKTKIAAIADDDKKLYGVQFHAETTLSEYGNQILKNFVFEIARCQANWQMKDFINDQIEKIRAEVGNKKVLLGLSGGVDSSVVAVLLHKAIGHQLTCIFVDHGLLRKNEAKLVMESLAGKFGLNIIKVDAQKRFLDKLEGISEPEQKRKIIGKEFIETFNDEAKKLNGIDFLAQGTLYTDVIESGTDTAQTIKSHHNVGGLPKEMHFKLIEPLRTLFKDEARELGEELDMPHALVWRQPFPGPGLAIRILGEITEEKLAVVRNSDAILRDEIAKAGLEDSVWQYFTILTGLRSVGVMGDGRTYDWTIAIRAITSVDGMTADFAKLPWDLLGKISERIVNEVGHINRVVYDITSKPPATIEWE
>NZ_CP030868|2008221:2025863|2009823_2010549_+|WP_127825800.1|DBSCAN-SWA
MTESLLYSGKAKNMFQTDDPEIVHIHYKDQATALNGKVKEKIEGKGQLTSHISALLFDYLTVQGIENHFRKELENGDALVRKVKIIPLEVVTRNFAAGHFASRFNVPMHKALKPAVHEFYFKSDPLDDPFINDEQILALEIADKKTINEMKEEAELINQKLISLFNQIGIALIDFKVEFGFTNQGKLLLADELSPDNMRLLDKESGKSLDKDVFRQKIGDVRIGYQTVLDRLNNKLITKEN
>NZ_CP030868|2008221:2025863|2021139_2022450_+|WP_127825809.1|DBSCAN-SWA
MAGIVVVGSQWGDEGKGKIVDLLCQTADVVVRYQGGDNAGHTVYHQNEKFELSSLPVAIINPNHLAVIGNGEVVNPKALLLEMKMLAERGLDLSGLRISDRAHVIMPYHIALDALCEQASGGRIGTTKKGIGPTYADKINRRGIRMVDLVDPKSFAEVLKEFLPEKNNEITKLYGGQAFDFQTIYDEYVEYGRQLAKYVTDTTVLLDKLSQEGKRIIFEGAQGIMLDIDHGTYPYVTSSNPVGGGAAVGSGTGPNKINQVIGVVKAYTSRVGEGPFPTELKNEIGDKIRETGHEYGVITKRPRRIGWLDAVALRHSVLVAGITQLSINSLDVLSGLKEIKIATAYQVDGQKLDHFPANLRILEKAVPIYETIPGWSEDISGIEHRQDLPASVQNYLNRIEDLLKTPILAFAVGPHAEQTHLLRDPWSENKEVLHTI
>NZ_CP030868|2008221:2025863|2011481_2013707_+|WP_127825803.1|DBSCAN-SWA
MPTVVNPQPKSAEQIKAERVYAQWGLTDQEFKIIEDRMDRLPNYTETGLFSAMWSEHASYKKSKPILRTFWSKNERVLQGPGEGAGILDIGDGQAVVFKAESHNHPSQVEPYQGAATGVGGILRDIFSMGAQPIAVLDSLRFSEIKDEQTKSLIDGVIAGIAGYGNAIGIPTVGGDVAFDDAYEGNLLCNVMSVGLLDHQDTIKVGQAHGKDNLVIYVGAKTGRDGINGATFASADFSSQEESQRSAVQVGDPFMEKLVMDATIKAVREMPEAVIAIQDMGAAGILSSSSEMGEKGGSGIWLDLDKVPVREKGMIPYELMLSESQERMLLVVAKGREKQIIDLYKDAGLDAVVIGKVTDDNRYRLSFQGETVADLDIKLLTKAPSYKLPSKLPTHIENADQEQFQPKISNLRQTIMQILAQPTIASKKTFYRHFDSMVRADTVVKPGGDAAVIRIRGTKKALSITSDVNGRYVYLDPYIGGQMATAEAARNIVSTGALPIGITDCLNFGNPDNPEIYYELEQSVAGINSLAKRLNTPVVSGNVSLYNETDNRAIYPTPMVGMVGLISDNRKITTIDFKNIGDLIYLIGSTGNDFNGSEIQKLQTGKISGKLFDFDAGAELSNQKLVLNAINADLLKSAHDLSEGGLIVALFEAAFETNFAFEVDLKLDDAQLFAETNSRFIVTVDPAKRHTFEKIAGDKAELVGRVTSGKCFQIKTNQSSFSVEKEQAVSTWQNSIADLME

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_127825798.1|2008221_2008716_+	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	8.5e-19	40.1
WP_127825799.1|2008708_2009827_+	5-(carboxyamino)imidazole ribonucleotide synthase	NA	NA	NA	NA
WP_127825800.1|2009823_2010549_+	phosphoribosylaminoimidazolesuccinocarboxamide synthase	A0A1D7SPE1	Cyanophage	1.9e-35	38.6
WP_127825801.1|2010550_2010814_+	phosphoribosylformylglycinamidine synthase subunit PurS	NA	NA	NA	NA
WP_127825802.1|2010816_2011482_+	phosphoribosylformylglycinamidine synthase subunit PurQ	NA	NA	NA	NA
WP_127825803.1|2011481_2013707_+	phosphoribosylformylglycinamidine synthase subunit PurL	A6N228	Microbacterium_phage	1.8e-137	40.4
WP_127825804.1|2013718_2015230_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	5.8e-50	32.3
WP_127825805.1|2015231_2016281_+	phosphoribosylformylglycinamidine cyclo-ligase	Q58MH8	Prochlorococcus_phage	3.6e-67	43.8
WP_127825903.1|2016277_2016865_+	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	1.8e-31	40.9
WP_127825806.1|2016861_2018391_+	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	Q58MG4	Prochlorococcus_phage	2.1e-71	48.2
WP_127825807.1|2018403_2019672_+	phosphoribosylamine--glycine ligase	NA	NA	NA	NA
WP_127825808.1|2019903_2021052_+	guanosine monophosphate reductase	A0A1V0SHK8	Klosneuvirus	5.2e-59	31.6
WP_127825809.1|2021139_2022450_+	adenylosuccinate synthase	G5CQQ4	Megavirus	3.1e-68	36.8
WP_127825810.1|2022446_2023748_+	adenylosuccinate lyase	A0A1B3B081	Gordonia_phage	2.0e-19	31.1
WP_071435798.1|2023744_2024308_+	hypoxanthine phosphoribosyltransferase	A0A218MMB5	uncultured_virus	1.5e-11	26.9
WP_127825811.1|2024309_2025863_+	glutamine-hydrolyzing GMP synthase	A0A1V0SH76	Hokovirus	4.6e-18	31.1