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_CP023746	Elizabethkingia miricola strain EM798-26 chromosome, complete genome	1 crisprs	DEDDh,cas3,PD-DExK,WYL,RT	0	0	5	0

1. NZ_CP023746

CRISPR-Cas detection and classification

Crispr_ID: NZ_CP023746_1

• CRISPR_ID: NZ_CP023746_1
• CRISPR_location: 755166-755280
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP023746_1

Consensus_repeat	Method
CGTAAAAGCAAATTAACGAATTTACGATT	CRISPRCasFinder

spacers of NZ_CP023746_1

>1.1|755195|57|NZ_CP023746|CRISPRCasFinder
GCACGAATTCACTAATCTGTAAAATCGTTTAACCGCGTAACCGTTTAACTGTTTAAT

CRISPR arrays and Neighbor proteins around NZ_CP023746_1

CRISPR arrays

The CRISPR arrays of NZ_CP023746_1

>merge|NZ_CP023746|1|755166-755280|CRISPRCasFinder
CGTAAAAGCAAATTAACGAATTTACGATTGCACGAATTCACTAATCTGTAAAATCGTTTAACCGCGTAACCGTTTAACTGTTTAATCGTAAAAGCAAATTAACGAATTTACGATT

>NZ_CP023746|1|1|755166-755280|CRISPRCasFinder
CGTAAAAGCAAATTAACGAATTTACGATT	GCACGAATTCACTAATCTGTAAAATCGTTTAACCGCGTAACCGTTTAACTGTTTAAT
CGTAAAAGCAAATTAACGAATTTACGATT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP023746.1|WP_078702626.1|741319_742084_-|type-I-methionyl-aminopeptidase	unknown	unknown	gnl|CDD|237252
NZ_CP023746.1|WP_078702644.1|759239_759881_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP023746.1|WP_078702647.1|766575_769047_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP023746.1|WP_078678946.1|747555_748062_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP023746.1|WP_078702642.1|758073_758346_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|378935
NZ_CP023746.1|WP_078702639.1|750323_753656_-|DEAD/DEAH-box-helicase	unknown	unknown	gnl|CDD|350770
NZ_CP023746.1|WP_078702627.1|742090_742672_-|peptide-deformylase	unknown	unknown	gnl|CDD|234668
NZ_CP023746.1|WP_078702638.1|748322_749213_-|class-A-beta-lactamase	unknown	unknown	gnl|CDD|379138
NZ_CP023746.1|WP_034870442.1|740351_741218_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|225375
NZ_CP023746.1|WP_078702646.1|762268_766576_-|hypothetical-protein	unknown	unknown	gnl|CDD|197757
NZ_CP023746.1|WP_078702645.1|759984_762267_-|DUF1998-domain-containing-protein	unknown	unknown	gnl|CDD|378167
NZ_CP023746.1|WP_034870429.1|757088_757634_+|YcxB-family-protein	unknown	unknown	gnl|CDD|379553
NZ_CP023746.1|WP_078702641.1|756051_756753_+|hydrolase	unknown	unknown	gnl|CDD|375542
NZ_CP023746.1|WP_078702628.1|742735_743308_-|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
NZ_CP023746.1|WP_078702637.1|744403_747178_-|aconitate-hydratase-AcnA	unknown	unknown	gnl|CDD|236445
NZ_CP023746.1|WP_078702648.1|769046_770789_-|NERD-domain-containing-protein	unknown	unknown	gnl|CDD|377990
NZ_CP023746.1|WP_078702649.1|770799_772518_-|DNA-cytosine-methyltransferase	unknown	unknown	gnl|CDD|223348
NZ_CP023746.1|WP_078702636.1|743535_744375_-|aldo/keto-reductase	unknown	unknown	gnl|CDD|381297
NZ_CP023746.1|WP_157757784.1|755376_755982_+|cyclic-nucleotide-binding-domain-containing-protein	unknown	unknown	gnl|CDD|223736
NZ_CP023746.1|WP_078702705.1|753745_754846_-|metallophosphoesterase	unknown	unknown	gnl|CDD|277368

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP023746.1|WP_078702626.1|741319_742084_-|type-I-methionyl-aminopeptidase	gnl|CDD|237252	PRK12896, PRK12896, methionine aminopeptidase; Reviewed.	5.38216e-100
NZ_CP023746.1|WP_078702642.1|758073_758346_+|helix-turn-helix-domain-containing-protein	gnl|CDD|378935	pfam12728, HTH_17, Helix-turn-helix domain. This domain is a DNA-binding helix-turn-helix domain.	1.48941e-06
NZ_CP023746.1|WP_078702636.1|743535_744375_-|aldo/keto-reductase	gnl|CDD|381297	cd19071, AKR_AKR1-5-like, AKR1/2/3/4/5 family of aldo-keto reductase (AKR) and similar proteins. Aldo-keto reductases (AKRs) are a superfamily of soluble NAD(P)(H) oxidoreductases whose chief purpose is to reduce aldehydes and ketones to primary and secondary alcohols. The family includes AKR1A/B/C/D/E/G/I, AKR2A/B/C/D/E, AKR3A/B/C/D/E/G, AKR4A/B/C, AKR5A/B/C/D/E/F/G/H, and similar proteins.	4.08941e-135
NZ_CP023746.1|WP_078702627.1|742090_742672_-|peptide-deformylase	gnl|CDD|234668	PRK00150, def, peptide deformylase; Reviewed.	4.76283e-62
NZ_CP023746.1|WP_078702638.1|748322_749213_-|class-A-beta-lactamase	gnl|CDD|379138	pfam13354, Beta-lactamase2, Beta-lactamase enzyme family. This family is closely related to Beta-lactamase, pfam00144, the serine beta-lactamase-like superfamily, which contains the distantly related pfam00905 and PF00768 D-alanyl-D-alanine carboxypeptidase.	1.2735e-27
NZ_CP023746.1|WP_034870442.1|740351_741218_-|alpha/beta-hydrolase	gnl|CDD|225375	COG2819, COG2819, Predicted hydrolase of the alpha/beta superfamily [General function prediction only].	1.8973e-38
NZ_CP023746.1|WP_078702646.1|762268_766576_-|hypothetical-protein	gnl|CDD|197757	smart00490, HELICc, helicase superfamily c-terminal domain.	2.70367e-08
NZ_CP023746.1|WP_078702645.1|759984_762267_-|DUF1998-domain-containing-protein	gnl|CDD|378167	pfam09369, DUF1998, Domain of unknown function (DUF1998). This family of proteins are functionally uncharacterized. They are mainly found in helicase proteins so could be RNA binding. This family includes a probable zinc binding motif at its C-terminus.	2.65222e-08
NZ_CP023746.1|WP_034870429.1|757088_757634_+|YcxB-family-protein	gnl|CDD|379553	pfam14317, YcxB, YcxB-like protein. The YcxB-like protein family includes the B. subtilis YcxB protein, which is a functionally uncharacterized transmembrane protein. This family of proteins is found in bacteria, and is approximately 60 amino acids in length.	0.00210122
NZ_CP023746.1|WP_078702641.1|756051_756753_+|hydrolase	gnl|CDD|375542	pfam18089, DAPG_hydrolase, DAPG hydrolase PhiG domain. This domain is found in 2,4-diacetylphloroglucinol hydrolase PhiG present in Pseudomonas fluorescens. 2,4-diacetylphloroglucinol hydrolase is the gene product of PhiG that is responsible for cleaving toxic 2,4-diacetylphloroglucinol (DAPG). The small N-terminal region of the domain is involved in dimerization through hydrogen bonding of the dimer interface. The C-terminal catalytic region resembles the tetracenomycin aromatase/cyclase and has a Bet v1-like fold. DAPG PhiG is the first discovered hydrolase whose catalytic domain belongs to the Bet v1-like fold, rather than the classical alpha/beta-fold hydrolases.	4.12414e-49
NZ_CP023746.1|WP_078702628.1|742735_743308_-|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.32245e-14
NZ_CP023746.1|WP_078702637.1|744403_747178_-|aconitate-hydratase-AcnA	gnl|CDD|236445	PRK09277, PRK09277, aconitate hydratase AcnA.	0
NZ_CP023746.1|WP_078702648.1|769046_770789_-|NERD-domain-containing-protein	gnl|CDD|377990	pfam08378, NERD, Nuclease-related domain. The nuclease-related domain (NERD) is found in a range of bacterial as well as archaeal and plant proteins. It has distant similarity to endonucleases (hence its name) and its predicted secondary structure is helix - sheet - sheet - sheet - sheet - weak sheet/long loop - helix - sheet - sheet. The majority of NERD-containing proteins are single-domain, but in several cases proteins containing NERD have additional domains which in 75% of cases are involved in DNA processing.	9.13474e-11
NZ_CP023746.1|WP_078702649.1|770799_772518_-|DNA-cytosine-methyltransferase	gnl|CDD|223348	COG0270, Dcm, Site-specific DNA methylase [DNA replication, recombination, and repair].	4.80251e-35
NZ_CP023746.1|WP_078702639.1|750323_753656_-|DEAD/DEAH-box-helicase	gnl|CDD|350770	cd18012, DEXQc_arch_SWI2_SNF2, DEAQ-box helicase domain of archaeal and bacterial SNF2-related proteins. Proteins belonging to SNF2 family of DNA dependent ATPases are important members of the chromatin remodeling complexes that are implicated in epigenetic control of gene expression. The Snf2 family comprises a large group of ATP-hydrolyzing proteins that are ubiquitous in eukaryotes, but also present in eubacteria and archaea. Archaeal SWI2 and SNF2 are members of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	2.81876e-101
NZ_CP023746.1|WP_157757784.1|755376_755982_+|cyclic-nucleotide-binding-domain-containing-protein	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.21995e-08
NZ_CP023746.1|WP_078702705.1|753745_754846_-|metallophosphoesterase	gnl|CDD|277368	cd07425, MPP_Shelphs, Shewanella-like phosphatases, metallophosphatase domain. This family includes bacterial, eukaryotic, and archeal proteins orthologous to the Shewanella cold-active protein-tyrosine phosphatase, CAPTPase. CAPTPase is an uncharacterized protein that belongs to the Shelph (Shewanella-like phosphatase) family of PPP (phosphoprotein phosphatases). The PPP family is one of two known protein phosphatase families specific for serine and threonine. In addition to Shelps, the PPP family also includes: PP1, PP2A, PP2B (calcineurin), PP4, PP5, PP6, PP7, Bsu1, RdgC, PrpE, PrpA/PrpB, and ApA4 hydrolase. The PPP catalytic domain is defined by three conserved motifs (-GDXHG-, -GDXVDRG- and -GNHE-). The PPP enzyme family is ancient with members found in all eukaryotes, and in most bacterial and archeal genomes. Dephosphorylation of phosphoserines and phosphothreonines on target proteins plays a central role in the regulation of many cellular processes. PPPs belong to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	2.15994e-49

Protein sequences

>NZ_CP023746.1|WP_078702705.1|753745_754846_-|metallophosphoesterase
MFSSVKSVAILLFSVSISLIQGQEKKPVNSSDGPYVSYKGDSILVQQIEAGSQKKEHYLQKNKKAIKLRISFSDAPEKNFEVKLKQNISNEPSVTAQPKKMLVLSDIEGEFDALRDLLLANKVINKKYEWIFGDGHLVICGDLFDRGTEVPATMWLLYKLEEEAKLKGGYVHTILGNHDIMNLAGNFKYVDQKYFLNAEKLNLSYADLYSEKTELGRWLRSKNLIEKIGDNLCMHGGISPDVNNLGLTIEKLNEIARPYIGWKNLKNTVTDSTILKIFNSTDGIFWYRGYFKEPVVDEKVVDQTLSLFQVKRIIVGHTIIKTNVGFYYNKKVLGVDVNQHKGDHQAALFENNKWYKVGITGDKIML
>NZ_CP023746.1|WP_078702639.1|750323_753656_-|DEAD/DEAH-box-helicase
MELPKEYILPDFNIRTLHIYDLLKHTANADFMAVKEFQDIYPVALELNAGVFTKNSSLSDFPRVAISQVGANLVTSCSCNSAEDKLCIHQAEIIHCLLEEKDYRIFFDAYLRHKTLLPYAKSYGLEEESNLDIYFRLEYLNGRLQVSPKIKELLQVDEHILKRDLLPRRTSIIKELARDTSKKQILVIGKHRYYNQLNFQLMEADTTQTGKLKNPVNSIDVMKLLWKAELASEIKFYTAITSFNNQYGETDPAEAEALKHIVQNPLSLEVYLHDRAIAESISAKSLVPVNLNTLQAEIQLHVFRKEPFYEITGELLFRDTALPFSQVVIRNEYFVYYRNTYYLITDSDMLRVIQFFKSNNEILLVHNSRYEVFMQSILTQLEQRVQINYSYIRQAAPTEIADKDYTTEKLIYLHQEGSYISITPVMKYGNVEIPVYSRKQLLDTDQNGNEFKIARDHNAEIRLTRVVMEQHSDFREQIEEQEYFYLHKDKFLDDEWFLNAFETWRNEDIHILGFNNIKNNKLNAHRAKITIEVTSGIDWFNAQLKVGFGHKKATLKQVNKAIRNKSKFVQLDDGTLGILPEEWIHKIARYFQAGDIDEELLKIPKVSYTEIQDLFEKEVLSSEVQAEVAAFTHNFSANAEIPEVAVPETLNAELRAYQREGLNWLNFLDSHNFGGCLADDMGLGKTVQIIAFILSQREKHGHTTSLVVLPTSLLFNWQEELAKFAPSVKVLTHYGADRQKSTADFQKYEVILTTYGMLLSDITFLKKFRFNYIFLDESQTIKNPNSERYKAARLLQSRNRIALTGTPVENNTFDLYGQLSFACPGLLGSKQYFKDIYAIPIDKFEYSKRATELQKKIKPFILRRTKKQVATELPEKTEMLIYCEMNTEQRRIYDLYEKEVRDFISATDEDEIHNKSMHVLTGLTRLRQICNSPVLLKDGHSGDHAVKIEILTEQIENKSKEHKILVFSQFVEMLDLIKAKLDEKNIRYEYLTGQTRNRGAKVQHFQNNEEVRVFLISLKAGGTGLNLTEADYVYLVDPWWNPAVENQAIDRSYRIGQTKNVVAVRMICSGTIEEKMMNLQKKKKKLAQDLITTETSFFSSLSKDDLLSIL
>NZ_CP023746.1|WP_078702638.1|748322_749213_-|class-A-beta-lactamase
MAKKAILGIIALLMSLPFFSQVHESTVLKKTLESIISGKRATVGISVIGPDTKEVTGINGDQMLPMLSTVKFPLALAVLHEVEKGKLSMAQKLFIKKEELLEDTWSPFKEKYSQGNITITLEEALKWTVSYSDNNLTDILLRLIGGPETVQEFIDSSSFIIKNDEEGMHKDWDSQFINKITPNYATLLLQEFSNGKILNKAHTQWLYNAMLNNASGKKRLKGNLPAGVKIAHRTGTSFTNKEGMTGAINDYGIIELPGKKKIYIAVFVHDTYESFEASEKIISDIGRATYDYYTKK
>NZ_CP023746.1|WP_078678946.1|747555_748062_-|hypothetical-protein
MTYKDFFRVLIKIVGLYFFIQTLFSFLPSQISIAFLNSDSLETAGAMLYTTLIIVICFGILYFLIKNPDKIIDLFKLDKNFDNNSINIQNLNSKNLITIGLFIIGGYLVISNITRFIASAYYKMKLDHSSIPLPDINNSFTILNSALNVILGFILIVYRKNIAAYFEK
>NZ_CP023746.1|WP_078702637.1|744403_747178_-|aconitate-hydratase-AcnA
MNTQKAKSVQELSVNGKNYHYSSLKNLSEKGVDHLPFSIRILLENVLRNYDGFSITDEHVDTLLQWTPAPVDKDIPFKPARILMQDFTGVPAVVDMASLRAEFVRQGKDGQKINPAIPVDLVIDHSVQVDYFGTDYSYDKNVTLEFNRNKERYELLKWAQKGLNNFTVVPPGMGICHQVNLEYLAKGVIDRDGWLFPDTLVGTDSHTPMVNGIGVIAWGVGGIEAEAAMLGQPIFFTCPEVVGLKLTGKIPSHCTATDMVLSITRILRDKGVVGKFVEVFGDGLDNLTVTDRATISNMSPEFGCTVTYFPIDDRTLEYMHATNRSSEQIKIVEEYCKENLLWRTGNENILYSSVVELDLNTLEPTVSGPKRPQDKILVKDLSHKFTEILKDEHHRDYEPISKRTEYAWLSDGGSGTEFTFGKVPIEGPSHSEVIQDTLHTVRIKQNNSEFVLSDGSIVIAAITSCTNTSNPAVMVGAGLLARNAIEKGLRTKPWVKTSLAPGSKVVTKYLERSGLNTDLEALRFHTVGYGCTSCIGNSGPLPPAIATAVDKGELVVASVLSGNRNFEARVHPQVKMNFLMSPMLVVAYALTGHVDIDLTTEPLQYDPNGEPVYLKDIWPSREEIQKTINECLKQGDFEEVYDVIFDGSEDWQNLEVNLDQNFEWDRNSTYIKEAPFFESISADPDPVTDIKDARVLLYLGDSVTTDHISPAGSFKEDSAAGTYLKNNNVNKEDFNSYGSRRGNHEVMMRGTFANVRIKNKIVDKEGGFSRYFPTNEVKTVFDTAMAYEKDHTPLIILAGKEYGSGSSRDWAAKGTFLLGVRAVIAESFERIHRSNLVGMGVAPLVFTDGQNAESLGLDGTETYNISGLAENLTPHKILEVKAVHPSGKETNFKVKARLDSAIEIEYYRHQGILQYVLREYLKNN
>NZ_CP023746.1|WP_078702636.1|743535_744375_-|aldo/keto-reductase
MKDFMLNNGLSIPEIGFGTWQIPEGDVAKNAVLSALENGYRHIDTAKIYENEKSVGNAIKASGVSREEIFLTTKVWNSDRGYHETMAAFEKSLELLQTDYIDLYLIHWPAIPSQFDNWKTLNAETWRALEDLYTSGRAKAIGVCNFLVHHLEALKETAKINPMVNQIEYHPGYLQSDVVNYCKNNEILVEAWSPIGSGRLLDNELLKDIAAKYQVSVAQLCLKFCLQNAVLPLPKSVTPANIKSNLDVDHFNISEEDMETIASMEESGFSGLNPDHVPF
>NZ_CP023746.1|WP_078702628.1|742735_743308_-|Crp/Fnr-family-transcriptional-regulator
MGFLKEYYEQIVELQESEWDFIASHFERKVVTKNEIITQQGETENYLSFIESGIVRFYIPEEEEENELTFNFSFDKELTCAYDSFLTRTPSQYEVQALTKTVIWQISYHNLQRVYHETKVGNYIGRLASEKLFLTKSKRELSLLKYNIKERYLNLFKEEPDVLKHIPLKYIASYIGTTPQGLSRIRRQIV
>NZ_CP023746.1|WP_078702627.1|742090_742672_-|peptide-deformylase
MILPIIAYGHSILKQKCKPVTKNPDLNQLIKDMWETMQNANGCGLAAPQIGQTKQLFIVDSTSVYQLMDAEDREHYFESEDHGINETFINARITDYSDELWDDYEGCLSIPGLSQKVRRPWSINIEYLNADLQLQQRSFSGATARTIQHEYDHTQGILYLDHLKPLTRKLMETKLRKIKNGQTESNYPVKYLK
>NZ_CP023746.1|WP_078702626.1|741319_742084_-|type-I-methionyl-aminopeptidase
MSITNENELIGMQQVSEAVAHSLKKMQAYARAGMSTKELDDYGASILESFGAKSAPLLTYNFPGCTCISVGHEFCHGIPSENRILQEGDLINIDVSAELNGYWADNGASFVIGIDLHQHQKLVDASKDILNKAISHIKGGVKIADIGYLIETEAKKKGYRVIKNLAGHGVGKSLHEQPDEILNYRNKNDQRRFRKNTVVAVETFISTTSTYAEEENDGWTMTGNKGGYMAQHEHTILITDTKPVVLTRMNGIPY
>NZ_CP023746.1|WP_034870442.1|740351_741218_-|alpha/beta-hydrolase
MTLTRCKALFMLVALTIASPLFSQNSTKPLVFGNSEVFHSDILKEDRNINIYLPEEFNPTDATKYPVIYILDGGVEEDFFHIAGIVRYNTQPWVERFPRSIVVGIENTNRRRDFTYAVPDLNFLEKEGFKKESFPQYGGSEKYISFLKNELQPYIEKKYKANNNRTIIGESLAGLMSTEILLKEPEMFNQYIIISPSMWWGGEKLLKEADSLLKSRLKTTKNVYIGAPNKEEDVRMYNEAEALYKILKSNKNIKVSFDYMPDELHSTAIHQGVYNGFKKLYPKSAYSK
>NZ_CP023746.1|WP_157757784.1|755376_755982_+|cyclic-nucleotide-binding-domain-containing-protein
MAEKSTEEYLIDIFKLKEIPQDLEWRGLLENAEVRTYKKNEVILKQHLRFTDVLFVAEGILASEFTMKDKTVIGRFFTPGNLCTNFDSLLNQTVSQYQVVSMTSCRVIAISAAQFMEYYYNSNSVGKILRKIVLEIITEDIWITNVKLMYQKPEMIAFMQQHYPEVVRDVPYKYVALFLGITPEAYSRILKKGYSRILPKS
>NZ_CP023746.1|WP_078702641.1|756051_756753_+|hydrolase
MIAEEKETETLFSTIDQLLSPKPMMLETGVKRLDNGMLLVSVRTDLHGCKSRMLDWWFKYFETTEHLKWWHPHDHVSHGGWDSFWIKNKNYIGATIRATESLGDIPPLPAVIKFHDPAEIFNPVLLDQAYDSEDVGAVVYARIGFGTNAPVDHNGDPADGYMFHVARDTPFGCVLRSQFYLGATVADTDNPLSEEIGLGLMQHCYSEFTYLSHFLASVYYAENQEGDKAPLPW
>NZ_CP023746.1|WP_034870429.1|757088_757634_+|YcxB-family-protein
MELNYKLEEQDYLQLYMYAASKNQVIRQQRQRVLWLLIIIYIICSLLMFSMSIISLFVFIAAAITVTLIYIYYYERKRYEKFYLKNIRTNLKNRIGVNYKTVFGSHDVILTEPNAEAKFKYPNIELVEEINTYYFFKMKTGERFIVPKSAIQNSQEFNQVISRLSKDYNIQLQQELNWKWR
>NZ_CP023746.1|WP_078702642.1|758073_758346_+|helix-turn-helix-domain-containing-protein
MRSQDEKFNYKKERNLSPEDILKVLLDALKNYETSGEKFYDSADLKRLLNISDSTLYRLRKTKSIPFIHFGKKYFYPKSFFDKKAEGVAF
>NZ_CP023746.1|WP_078702644.1|759239_759881_+|hypothetical-protein
MATISKGILGGFSGKVGTVVGVNWRGMDIIRSVPKRSRKRPTDNQMLQQYKFKLVVSFLQPLRSIQELYFGSPQGSLSRVNLATSEMLNTALELVNDVPELVFERILITKGELTGFQNLKISPEKGSILNLEWEDNGTQGNAKEADLVNLICYLETQNAFVIFEGLAARKLIKATAKLPDVYKGKEVHTWAFLNNEKKTQASTSAYLGKITLT
>NZ_CP023746.1|WP_078702645.1|759984_762267_-|DUF1998-domain-containing-protein
MKILRSNQYNQGIGKYKLLSSTAGVGSIITTKVGSYILISDMNKWKFIKWANTKIELIRKNNSDNRKVYELSQIEMSNRGFEFIDDQRFVHFIKTEKELNNLICLIGIPHMSLNEISNTPNWKNHPIKTALETSGENAKGAQFDYMITGTHFPKWFKNRKGELKEISEWKELWEKEGRRNGGTPSINDFAPPRDATDFSKSITVKNSEGKDETYREYKELEQTNLTLICPNGHLSDIPWPNFLNWKTQKETFKLDKDDNGQNLFDIGPCCSNPNLIWTESKTKSEGYGSIFIECKSCELGSGISKEKPKINLEGINSLLPYCKGQKPWEIELDNPNAIPYKKCYKGKDGESKNEREKMQISLVTANNIYYANGFSSLFIPMHLAEDKSKELIEATNLLETKYSKYFERTAILREEYWNSKFDYSDFLIDNNINPYDENTFKAQLESEFLNIPNTIEITDKHEEYRWQEYKCFSQNSSISDIEENKGLNFQDIQLPTELEPFFTKIQQVEELKVTNIQLDFTRVKPKERIVRINESGEKVVEEASIGQNTFSIKKEELFVLPANETYGEGLFFQFNDDTINKWIKDNSSQLEGRFSSFFNKEIDAKEQLAGIKQRIKNNRIKHFLIHSFSHLMMRELEFSCGYPTASLKERLYISNTPEKIMSGVLIYTAEGSEGSMGGLVSQGEPEKILEILKKGLQRSENCSSDPLCWESDGQGILDLNLSACFSCSLVSETACEEMNLGLDRRVLVDEEFRYFSNIST
>NZ_CP023746.1|WP_078702646.1|762268_766576_-|hypothetical-protein
MNKILQKRNSLETFIREQTLGPGINGYKYVDLEDTSLIKKNLKTESYINYDSEILDIVPAAIYSTGILFPEDKSGTCGQGAAMDNNEKRDDQDGVEEKDSQDNSLDPENKENEIELNQMFPKLMGLTCCFREKCLESNEIAFTVSFRYYKKLKQDKEGLFNKKYGLLCEVDKKHFEEFLTLHKLPQFTITTVEQNVFVLLSKITTEEISNLKNILSNIKKEYAEKLFDKTKEIMSPPSSLSKEKCYLSNLKSTIYYELKASIVDDAKRKALYEISQEIELIENITDHLKNLLDIYSGGYGLWQSTPIKRVVKLKNINFPKPQSKISFLYNKPNKDQNITVIDENEIEQNGLSNIFKFNLNEEQKEYASLSANVQLTRDSRKDDNKIFIKIQLINTSTAFVLDKQKDSRYYSTFNEIVNQRAFFGVKISVESEFLVPYSDYKYPPDETNKYDEDTTTRFIYDQFRDYGVGHGCSVKWDKAINKIETEYLPECKTPDIDPIPRDKSKPAIKNKDGDYISPLFLENSQSQEFKWLSVLSDAKNKEVVDGLLAFVGSYGKWIENKRKDVKYQSKLKDIAHQELRRCEDDYDRMKKNIEELLQGDSNKDNLETFRLMNAAMFMQLWHAEKVKEGEVISLIENGDFKVFDLDFYKKADDKLFSETESAGWRAFQLAFILLNLDGVFKLDTDENWSKRNEWVDLVWFPTGGGKTEAYLGLIALTIINRRKLHKEQGGGVASIMRYTLRLLTMQQFQRATLVIMALELIRRWGTYNLGAEPITIGLWVGDNSLPNKTSNKVNNIEKDSLLHEFEKLKNREHNKIPFSNCPWCGSSIEGEDKEDTENLGNRENQWFANKVHLKCINNKCSFSYPKRRSATRSNDQGAIPVCLSDEIIYQHPPTLLFGTVDKFAQLAHKVNGKSDGRNADSRRLFGKGNWEAGKPQNGYLPPDLIIQDELHLLLGPLGSAVALFESAVDQLCIREDGTRPKIISSTATTRNTQLQIAALFDRKVNLFPKPGVECDDSFFAFYRRKFTNAENMGEKYLSKRKYIGVLPTGRTQIWMQMRLSAIIMTHRAIFELKELSENTPIDFDCYTEEFEKAMNFYHTTISYFNSLKEVGKTQSQVQTYILKELRRVYNRVIRPQKLMHAFYTYGPIHDAELTGRLSGEEVKNELKNVETKWTAKNRFANIQNGETSKGNIPPEFVVATNMISVGIDVSRFNTIIMNSMPRNTAEYIQASSRVARNSYGLVLTVHHPFRARDVSHYEKFIEFHEKMYSYVEPISITPFTKKSVERYMGLYLATMIRHTLPIFTDRDSARNISSINDDELSSIVSELTNYFERRKERLSDFDKLINNLLKQENIIQIKGWIKEAFDEWKTLNKGLDPTTDLFFNNKKNMTNQKRKQEQLYVDIEEYEGNIHSKKWQVPMSLRVIEPEAAIKINSI
>NZ_CP023746.1|WP_078702647.1|766575_769047_-|hypothetical-protein
MSIVDKHIGKHLLHFQNEGDSLFDDIFEIIQSEVKQDHYLLLHYIHLLLNEVFPEEISETKTLHLHFEYDLNHDSLLIIAQYILIRFSKENSNTSSLPLQNEDALQLLKTNLHSKLRTLSTCPDGASGLRGGNRIYKNWIKEKNDVQTLINFYDQLNDNIDISTNALFNCQVRLASSLNTIFETRPYAKEIESKNNLLTFNLLNTKLTLNQIDERDNSIIDNLETTILFDCERKKLMQYFSLKDISDYEIKLKKYLIITFGSKSTSTQNLRDRINLIQNRFKVASENSYPIIRSEIDYTLGNKSNKYIPVSFIGIDDTSYFWETFLLETKYQDLYELRSVKMMNLYSLCFSQEIKNHILQEIFSEAETSYLISDETKQKLLYLRSDDLSALKESLENMLNLIISSDIKQIISNKIKSETIFIVDNFILNSQKLRSLISSSLLLTGKNKLVTWSAFENLKNEAIIILSYQDQGKHPCYFYPNVIETTVAKSTAVEAIFHKFLFYNRYQWAKHNISKEIYKLTNHPVRKKYFHWDRLKDSIKNLRPEKDEGVVWEFEQEYSGNIDRETIKLKLKNSKTKTFNSSDLFVYSTDNRFFNVGKIGYIIDLSDCENKYYVHNLDEIQQSLNIYDKIIDTNQYEKELNIIREKFGVENETTGRLWKILLKKKAHSFGENIVYDNLKKHLEKKDLKIVSLNHFQNNWLNPESDSIAPLSKKVFIELCNFLGLPREYLMIIQRLRNTSKQSSRQSTQQMNRLLQNLFNDGCFDDEANLNEIIASNLEIYKIKHPLDELGIDEQYLGKNLIALVQLIKPEITLKEIEEFKKTE
>NZ_CP023746.1|WP_078702648.1|769046_770789_-|NERD-domain-containing-protein
MPVHFYPNNPIDALETILVKEDGSPLHGEINIYRKLWDDLSKSELEWDVWHDLKLPEHSDHFNYYKKTSSQIDFVILSKHGLIVLEVKGGPVSTMSNKFYYGKNFDTPMKQNPFKQVEGYKFTLKDSILNNLKSCFFCEVVAFPHVDYPFESKLIDPNLLWTAHNACNFDQSIEKFLLNAITHSKTKHKRHFRNYNDLSLKEYTTIKKILSPIIGDRNHNNSINTLEWLGIQNIEILEGLYKNQRILLEGPPGSGKTTLAKAFIDKQQNKRGIYLCWNNLLMHYTKSLLNERGILDNVEVTTFFRYFQKLNPDIDYHTLSSFNEDDFYALVKETIARLEQTGELIPYDFLVIDEAQDLFDRGLDLFINSFSGYNKKGLVNGNSLILYDIDQSYSNSGRNVSELADLISEYYSHFKLNEVKRSAQNPDIRKLSSEILDSPGIINTTDFQNLYPDIPVLYHDNLESVKKHIVKNILTPIRETNSSLKGDDCIVLIESTFLKGNYKGKEDLRELLIIKDIEELSESNIRDTANKLRYTSILKYKGLEKKNVYMVISEPSDLNKYEIFVGITRAILNFEINIVK
>NZ_CP023746.1|WP_078702649.1|770799_772518_-|DNA-cytosine-methyltransferase
MTKLTVVDFFCGAGGFSEGFRQAGYNIVRGYDNWNPAIETYNHNFNLQCNVKNILDFEHSIEEIQNIPNTSIILGSPPCVSFSNSNKSGKADKKLGLRLIKTFLRIVAVKKHQPNSVLQGWFMENVVNSKKHLQEIYTFNDLDLGEWAITIGKSPEGEALRVFENTVVMNSADYGSYQARKRSISGEIISKQAFVTPKPTHDQNGEGLIPWNTLGQLINNFPSPAQETIKGEVIDPIYPDIKIKQSELTDHFYDSGLYECEWRQSKELKTNHHCMGKMAFPENLEKPSRTVTATKSGTSREGLVYKSDYNREGNGEYRSPTVREIASIMGFPVTYQFTGNLYAKWRQVGNAVCPSISRALAIEVLKQNNYPIPAKCTLEKEVKLEGIINLNTFTKGIFTNPPKRNKDSKYRRHPIKDGNLTVTLSNFDISTNEKTTGKWLTSIQYGTGAKFKHQEISDNFYPKLEKIIKKEVKKGELFIKIINNGFSEKIAHSSLMQKMYEHQKCENGKREPTQLMDDLKKIINDIEVDNKLYSQDLSNTIFKFKDKVPVKQILALYAVNKIASLTNETDVV

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	37622 : 49336	15	Cellulophaga_phage(20.0%)	NA	NA
DBSCAN-SWA_2	115311 : 124103	7	Mollivirus(16.67%)	tRNA	NA
DBSCAN-SWA_3	192205 : 205629	12	Acinetobacter_phage(37.5%)	NA	NA
DBSCAN-SWA_4	2434010 : 2445846	13	Enterobacteria_phage(37.5%)	NA	NA
DBSCAN-SWA_5	3269402 : 3275883	9	Streptomyces_phage(33.33%)	protease	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_CP023746|37622:49336|DBSCAN-SWA
ATTATAATTTATTCTTTAATCTTAAAAATGGAGCTTCATAATACTTATATGATAAGTGAGAAATACATATTGTAAAACCAAAAACTAAAACATATATTATAAATGAATTATAAATATTGTATTTTTTTGTAAAATAAATTACTGGTACTATTATTATCACATGATACATATAAAGTCCATAAGAAATACTTCCTAAATATTCAATAGGTTTATATTCAAGTATGTTTGAAATTCCGTTATTACAAGCTAGGTTTAATATAATAATTGAAAATAATATAGAATAAATTTCATAATTAAAAAGCCCAAAATTTTTACCTATTGATATTAAAAATATAGAAATAAAAAAAGTAAGTATAAATAAGTAGTCATTTACTAAAAATGTAAAAAATTTTATTTTATAATATTGAACATAAGCAAATAGACCTCCTATAGCCATACAATCAATATTAAACGTATTCCAGAAAGATAAAATATTAATATTAAAAACTGTGGGAGATGGAGTGTATTCTGAAAGAATTTTTTTTGTAAAAATATAAACGAATATTAAAATTAACATTGTTACAAATTCTTTTCTTATAAAAAACATAAAGATTAGTGGCCAAATTAAATAAAATTGCTCTTCAGTCCCAATTGACCATGCTTGAGAAGCATAAGGTATTACTGGAAAATGGCTTAATACCAAATTAGGTAACATTACAATATAACCAATAAACTCTTTTATTGGGAAATTAGTATAACTAATAGTTTTGTCTGGAAAATAGAAAATAGAAAAATTAGGAAGAATAAAAAATGCAAGAATTACTATCAAATAATACAATGGCCATATTCGAAATATTCTTCGTAAATAAAAATTTTTAATATTTATTGAGCCATTAACATCTCTTTCATTTAAAAGTAAGTATGTAATTAAAAAACCACTTAATGAAAAAAATAATATTACACCTAATTTACCTATTTCATGAACAAATGAGTTGTTCCAGTAATTATGAATTCCAAAAATATTTCTTATTTGTTCAATATGATGAATTATTACAATAGTTGCAGCGATAAATCTAAGTCCATTTAAGTTAGGAAAGTGGATTTTTTTATGCATTTGTTCTTTTTTTACAAAAATACAAATAAAAATAGTCATTAAGTTATTATTAAATAATTAATAAATGAATAATCAAAACGTAGATAACATAAATAAACTTTCAAGACTTATTGCTAGAAATCCATTGGCATTTGTAGCAGCTGTTTTTTTCATCATGTTTTGGATTACTTATTTTATTAATATTCGAAAGAATAATGATGCTGAACAGTATTGGAAAGAACTTTATTTAAAAGAAAAGAATGATAAGGACATATTGAAAGATAAGCTCTTAAAAAAAGCAGGAATAATTGAAGAACAAGAAGCTGTAATTAAAAAAGTAGATAGTACTATACGTAAATCTACAGAAAAGGCACCAATATTATTAAAACAAAATAAAAAATGAAAAAGAATGCATTTATAGTAGTATTAGTTTTGCTTGTTATTGCGTTAATAGCAAATCTTATAGGAGGTTGGTTTTCACTTAATAAAAATGATAAGATAGCCAAAGAAACCTTAAAATCAAAGGTTGATACTATTGTTTTAGAAAAATACATAAATAAACAAGATAGTACTACTCATGGTAAGTTTCAGGAAAAACAAGGAGAGGTTATAAAGAATTATGTTACAAATAAATACATGACATATGTTCAAGATACATTAGCTCCAGCTTTAAATATTGCTACATCAAAAATAGATGAACTTACAAGAGCAAATATTATTCTAGAAGGAAAACTAAAAATTACTAGATATGAACTTGATGAAAATAAAAAAGCTCGCATGTTCTATGAAAATAAATATATACAAATAGTTGCAAACTCAGATAGTACAATAAATTACAAATACAATGCTATAGTTGATATTGCAAAGTTCAAGCAACGTAATTGGTTTTTAGGCAAAGAACATACATATATAGATATATCATCTCCCGATCCAAATTTCAAAATAAATGGAGTAGAGCATTTTAAAAAAAGGATAGATATAAAGCCTAAACATTGGGGGATAGGAATTCAAGGGGGGTATTATTATGTACCCGCTTTAAATCAAATATATCCTGCTTTTGGGTTAGGTATTTCTTATAATTTCATCCGGTTTTAAATAAAAATGTTTATACACATTGATTTTATAAAGCTTTTAGCAAAATAAATTTTCCTTCTTCTATTATTATTTTGTGGTAAAAACAGAAGTAATGTCTAAGCAAGAATTGACCACTAAATTCAATAAATTAAATGTAACACTATCCAATATTCCAGATGATTTATATGAGCAAATGGAAAAATATGGACTTAAAACAGATGAAGATAAATTTCGGTTCCTTGCAAACTGTCTGAATGAAACTGGTGGATTTAAGGTATTCAAAGAGAATCTATTTTACACTACCCCTTCAAGATTGGTTGCGGTATTTCCTTCTGCTTTTAGATCAAAGTACAAACCAAACGATTATCTGCGAGATTCTGTAAAACTTGCTAACCTAGTATATGATGACCGAAAGTTTCCTAAAGGTTTAGGTAATATCTATGACGGAGATGGATCTAAATTCATTGGCCGTGGTGCTATTCAAACCACTGGCAGGAACAATTACACTCAGCTTTCAAAAGATACCGGTATTGACTTCATTTCACATCCGGAATGGCTAGAAAAGCCTCCTTACAATTTTATTTCAGCGTTGTACTACTGGAAGAAACACAACTTGTCTGCAAAACCTTCTTTGTTGGCAACAAGGCAAGTGATTGCTGGTAACTATTCAGCAAATCCATTTGGTTTTAAAGAAGTATTAAATTGGTATAACAAACTTAAATCAGCATAAAATCTATTAACCATAAAAACAAAATGAGGTGTTTAATCCTTGTCATTAATTTGGCAGGGATTTTTATTTCTAGCAAACCAATGTTTTGCGTTCACTTACATTTTATTAGTAGTACATAACACCTAAATTTATTTTTCTCATGGGTAGTAATAGATACCGATTAAAGAAAGACGAGGAAGAATTACTGATTCAGTACAGGGAATCAAAAAGAAATCAATCAAAATTTGAAGAACACTGTAAAGAAAGAGGAATAGATGATAAGTCAGTCATTGAATATTGGGATAAAACCAAGGATTTTTCTCTAAGAATTAGACCTAATGATAATATAGGTTTCAATATTAATGATTATGACTTTGAATATGCTTTTAGAAATATAAAGCCATTAATTGTTAATAAAAATAATGTAAAAAATAACATAGAAGCCGATTTTGATAAATTAGTAATTACTGATGTACATATTGGTATGGATGCTTCAGATAGTGGAAGAAGTTTATACAACCATACATGGACAAAGGACGATATTTTCAAAACATTAGACCAAATTGTGGCATTTACTATTCAAAACCAAAAATCTAATATACTTTATATTAAAGATCTAGGAGATATGTTAGATGGGTTCAATGGACAAACAACAAGAGGTGGTCATCATTTACCTCAGAATATGACGAATGAGGAAGCTTTTGATGTTGGATTTGAGTTTAAAGTAAAATTAACAGAATCACTACTTCCATATTATAATAAAATCCACTTTCATAATATAAATAATGACAATCACTCTGGTTCTTTTGCATACTGTTTAAATAAAGCATTTGAAGTTTTGATGCATAAAGCTTACCCGGATAAAGTTACCGTCGTAAACCAACGTAAATTTATTGATTACAGTATTGTTGGTAATTATTGCTTTGTTACTACTCATGGTAAGGACTCTCAACACATGAAACATGGATTTAAACCCAAAATAGATCCTAATCAAATTAATAAAATAGTAGGATATCTAACAGCTAATAATTTATTAAATAAAGGCTATGACATTATTGTAGAGAAAGGAGATTCTCATCAATATTTATTCGATTCTGCGAGCAGTGATTTATTCAAATATTATAATTATCCGGCATTAAGTCCCAGTTCAAATTGGGTTCAGACTAACTTTCAAAAAGGACAAAGAGGTTTTATATTCTTCAATTATTATGAGAATAGAAAAGCTATACATGAGTATTTCTTTTAACAAATAAACCCTCCTAAATTGGAGGGTTAAATTTTAGAATGGAAGATCTTCTGAATCATCACCAAACAAGTCATCTTTTGTATCTTGTAATGGTTGCTTAAAAGTATCTTGCTGATTATTACTTTCATTAGTTTTTTCTATTCGCCATCCTACAATAGAGTTAAAATAACGGACTTGTCCATCTGGAGCTTGCCATTCTCTACCATTTATATTTATACCAACTTTTACCTGGTCGCCTTCATTTAAAGAATCAAGTAATTCTCCCTTCTCTTTGAAGAAATCAATACTAATAGGTTGTGGGTACTGCTCTGTAGTTAAAATGATAAGCTCACGTTTTGTGAATCCTGATTGAAATGTTTGTGTTTCGTTAATTTTTTTAATTATTCCTATAAGTTCCATAAATTATATTGAGGTTATGTAATTATTATTTTATTGGTATTTAAAATTTACAACTGGCATTAATGCTTCAGTATATCCTTCATTATTAGTAAAGAATATTTTGGTGCCAGCACTAACTGTAATTGTTGTTTTATTATCAGTTTCGTTTACAACAACTGGTAATTTTGAAATATTTATATCCTGTATTTCTAGTTTAGTATTTTTTACCTCCATCTAAAGCTCTATTTTCCATTTTATGATCTGGCCTATTTTTATTAAATTTTATTTTTTCATCAATAGCTCCACCTAAATCTAAATTTAATTTACCCGCTAAATCACCTATCCGAATCATTGCATCTGCTAGTTCAACTTCTATCATTTTTCTATGAGGTAAATGATCATCCATAAGATCTTTTCGATCACCTTCCATTGCTTCAGATATTTCAGAAACGATAAGCATTAACATTGTTCCTATTTCTCTCGGTTTATCATGCCATCCTGCTTCTTTTGATTGATTATAACAGTAGGTGACAAACTTGTTTATATTGTTCTTAAATCCATTATCTGTAGTTTCTCTGTACAGACTAGTCGACATTCTTAAATCGTTCATTTTTGTAGTATTAATTCTGTTAATTTTCCTGCGTCCATTCTTCTCATTTTATCAAACAATTCATCATAAATTGATAAATCAATACTTGAATTACTAAGTTTTGAGTGTCTTTGTAAAAACTGAATATGAATCTGATTACTGATTCCAATTAGTTTATTAAGTAGAGTAGTTTGAATACCCTGAGTAGGGCTTGTAATTGTATATTTAAGGTTTGAATGAATATATCTTATTGCTAGAATACAATATAACATTGATTCTAACTCATCATCTGCTTGCTTCTGGAAATCGGATAATAACTTAGAAGATAAACTCCGGAAGTAATCTGTTATTTTGAGATAATTATCATTATAAACATCTTCATTTTTACCTTGTCTTTCATATTCTTCTTTTACCCACCTTTCTTCATCTTTTGAAATATCTTTTAGGATGTTAATAGAATTGAATGCAGGTATATATTTCTTCTTTACAAACCAATCAATGTCCATGAATATATCTCTTGATAAAAATGAGATAATTTGCATGTTAACAAGAATATGTTGTGGAGCTTTAGGATGAAAATCTTTTTTAAATTGAACATTATTTACTCCAAGGTATTGAGATGCTGTTTTAGCATTTACTTTATCATAAGCAATGTTCTTAATGCTAAATGGTATTTTAGTCTCTGTTGCGTTCATCATCATATTCATTTAAATAAATATCTATTGTGTCTTTTATTTTTTGTAAATCTTGTTTAAATTGCCCTTTTTTACGACATCTTACCAATCTTTTTAGTATATCCTGTTCGTAATGATTTAATTCAAGTTTTTGCCCTAATTCCATTAATGATCTAAATGATTTTTTTGAATTATCATAGTGTGGTTGAGGGCTTTCAGAAGAAAAATCAAATAGATTTTCAATGGTATATACCTTAGTTTGAAGTGGTAACATTTCTTTATTCAATACTAGTTTATGTCTAGGGCAGAAACATGTATTAGTTTCAAATTCATTTATGTTATCTAAATATCTTTCATTTATGTTTATATCTAATGATTTTAATTTTAACAAAATAATTTTCCTTTCTTTTTCAGTAGGAGCATGAATAACTTCATTTTCTCCTAAGTCTTTTATGTGTTTTTTAGTCATGTAATTAAATTTTTAAGTCTTAGTCCTATTCGAAAAATAATCTCTGATGTAACTGCGTTTCCAAGCTGTTTGTATCTTTGAGTTTTCGGAACTTCTTTAACCCCTTCCACTATTTCATATATTCCTTCCTTTTTATTTATCCAAACTTGTTTTTCATAGACTCCATATTTTGTCCAATAATCTGGGAATCCCTGTAATCGTTCACATTCTATTTCAGTGAGCTGTCGAATATTATTCTCGATTAGTACACCAGCTGTACCTGAGCAATCCAAAGTATGAGATACTCCATTTTTCACCCTACCTCTTCCTGTAGAATCTTTCACTAAATGGTCAAATCTTACTCCATCTCCATTTTTTGCTATTTCATAACCACTTTTAGTGTTCGATACAATTTTTATGTAATTGTCATCAACACCCATTTTTGACATTCTACTACTTAAACAACTTGCATTTCTATTGGATTGAATCTGAATCCGGCTCCTTGCTCTTTTTTCTTTTCTGAATGATTGATTAAAAAGTTTATCATCTTCTGAGAAAGGAAATACTCCTGGTTTACTTCTTCCATCAAGATGTCCGATAAGGTATATCCGCTCTCTATTTTGGGGTAATACCCACTTTGTATTAAGCAATTGCCATTCAAGTCTATAGCCCCCAATGTTGGCAAAGGCTTGGAGAATTGCCCAAAAGTCTGCGCCAGAGTTTGAGGAGAACGCTCCTTTAACATTTTCCCAGATAAATACACTTGGTCTAACGTCAGTAACCAGGTCAATTGCGTATTGGATAAGGCTACTTCTCGACCCTTCAAGTCCTTTTCGTTTTCCTGCCAATGAGAAATCTTGGCAAGGCGATCCAAAAGTGATTATGTCAATTCCTGTAAAGTCTCCTGACTGAATAGACTTAACGTCTCCGATGTATTTTGCATGTGGAAAATTGTATTTGTAATTAGCGATAGCGTGTTTATCTATTTCACTGAAATAATGTTCTTCTATTTCAAATCCGGCATCTTGTAAACCTTTTGTAAAACCTCCTATTCCAGAAAAAAGCTCAATCAGTTTTATTTTCATACTCTACTAAGTAATTTGCTATTGTACCATTCCTTATATATTCTTTTTCTAATCTTCTTTTTTGATAAATTAGTTTCATATTGTTTATCGCTTTAGAATATTGGTTGTTTTGTTTTTTTTGGTTTGTATTCATCTTCAAAGAATGGATTTCCATTTCCATCAATTGTTATTAAAAAGTCTTCAAATCCTTTACCTCTAGTATCTCTTGCTGAAATAATAGAAGAAGTATTGCCTCGTTCACCATGTTTATTGATTTCAATTACAGTTTCTGCTTTTTGTGCGAGCATTGTACCTAAATGGCCTCTTGCATTTCCATCTGATTTATTCTGGTGAATAATTACAGTAATATGAACATCATATTTTGAAGAAATTTTCATAACCCACTGTACGCATTTAGAACATTCTTCCTGGTTGTTGAAATCATAAACCAGGTCAACAATCCCATCTATTGCTATAAAGCCTATTTTATTGTGATGTTCATCTAAGTAAGCTTCAATTAAGTCTCGTCTTTCATATGGATCTGAATCTCTTAGAAAGAAGTAATCAAATATTGCAGCAATGGATAAAGCATTTTTTATTCTTTTTGCAGTTTTCTGTGCATACCAGCTACCTTGTTCTGTATCAAATACTGCTACACCTTGTTTATTACTTGGAAGATGACCTTTAAGTTTGTCTAAGAAGATATAACCACTAGATGCCATTGCACCTACAATAGTTGAAATGAAAAAAGTCTTTCTAGCTTTTTGTTTTCCAGTTAAAACAGAAAAATCACCTCTTGTTAATAATGATACTTCTTTTGTTTGAGTTCCACAAGATTCAATAATACTTAATGCAACTGGAGGTTTTACTAATTCTTTTGAAGTATCAATTTTTAAAGAAGAGAGTTTATCAAGTAGTGATGTTTTCTTTTCTATATTTTCTTCTTCAGTATTAGTAAACGCAACTTGATCTTTATATTGAGCAATTAATGTATCTGGTTTTCTTTCTAATCCATATCTTTGAGCTAATTCCTTTGCACAAGATTTAAAATCACCATTATGATCTAATAAAGCTTTTATTTGAAATGGTTTGTATGCTTTACCATCGTCAAATGGATGTGCATTAGTAGAAAAAACATAGAAAACATTATGAGCAACTTTACCAAAGGTAGCAGAGAAACCATCGGATAGTTTTTTACCTGGTCGAGTACAATATTTTCCGTTTATAGTCCAACCATTTGTTTTAAGAATTTGTTTTGCTTCTTCTATAGAGTTTAAATCATCATTATAGACATCACCTGCCTTTTCTGAAGATATATTTGTATTAGAGAAAACTTCAACTTCTTCTTTGAAAAAAGTATTAAATGATCTTGCAGCTCTAAATAATAAATCTCTTTCTTCTTTCGATAGCAAAGGAATATCATAAGTATAAGGACTTTTAGCCCATGAATAACCTTCTGTAGGCTCGCAACAGAAATAACCACCTTCACCCCTTGTTTCAATAACACATTCAGGCTTACCATCAGGATACCGATCTGTTTTTTCATTTTCATTAGGTTGTAAAGCTAATTTCTGATTTCCTTCATAATATTCAGATCTAAAAACTAAATGATATCCACCACTACGGGTATATTCAATATAGAATTTATCCTGCATCATCATTTCTCCAACACCATCTATATTTATGAAGTCTTCAAAAATTTCTTTAGCATTGTCTAAGTGATTATCAAAATCCAAACATTCTATGCCTCCTGAAGCTTTACCACATTTAATACCAATACCTTCTGCTAAATAAAACATGAAACTAGAAACTTCTTCTTGCCATTTAAGCTTCGGTAATGGAGCCTTATTTTTCTGAGTGGGCAAAGTTTTTATTCCTTTTTCAAGTAACTTGCTATGTGCTTCCTGTATTGTCATTTAGATTATCGATGTGTTTTTTTAATTTTTCTTCAGCTTTATAAACACGAATTTCATTAGCTTTTATTTTTAACCACTTCTGAACATGGTCACGGATCATATCGAAATAATATACTTCATCTTTATTTTTCTTTCTTAATGCATGAATTGATGATATAGTATTAATCCAGAAAGTATCTACTCCTGCAACTCCATTAACACCATCTTGTAGGTATAATTTAATTGCAATTAATTGAGGTACTGTGACTTCGTCAGTAGTTATTAATAACCGGACAGTTTTTATCCAATCGTTATAACTTGCATTAAGTAGTGTTCTTGTTTGGCCTTTTTTTGATATGAAAGTTTCATGATAGCTTTTTGCTATATAGAAATACAAAGCATCTTCATTTTCTATTGGCTTATTAACCTCTATAAGTTTTTTATCATCAGTATTCTTTCTTACAATATGTAGTTTAACTGGTTCAAAAACTGATTTGTTAAGCCTTTCAGAGGTATACCATTTTGTTCTATCAAAAACATTTTCATTGTAACAACCTACAGATAGGTAACCATTATCTTCAAGTTTTTTTAAGCAAAGGGAAATTTGTTTTTCAGTAAGGTAATAGAATTGTCTCTGAAAACTTTCTATTTTGTTGTAAATCCAATTTTTCCCATCATAAATATTAAGACCATTTATTTTAGCGTGGTGTTGCCATATTTCAATATTAGCTAGAATAATTGCTGCATCAGTTCCAACATTACAAGCCACACAAGGGTCGAATTTTTTCGTAATGCTTTCTATATACATGGTTTATTAATTTTCTAATAATAGTTTTGCAACATCTTCTTTAAGCATACCCTTTTCTCCTAGTTTTGATACAATTTGTGAAGCAAAAAGCAAATCATACTTTTCATGAATTTTTTTAAATTTTTCTTCAGCTTGTGTTTTTATTTTCTTAGTATTTTCAGACGATAAATGTTCTAGATATTTTTCCACTGACTCTCTAGCTAAATCATTTGTTTTATTAATTATACCTTCTACGTATTCTTTAACCGAATATTCAGTTCCATATTTTTTTATTTTATAATCATCATTGAAAAACTTTTCAGATACTAATTCTCCTACTATTTTAGGAATTGAGGGCTCTATTTTTATAGCTATAGTTTCTTGAATTTGTTTTTTTAATTCCTCTTTAACAAGATTTAGCCTTTCATTTAGAAAAGTTTTTAATTCTGTTGAAATTTTCCATCTTAAATCCTGTAAAACAAGGTCTTTGATGTTTTCTTCATTTTCTTCAGAGTATAAATCTGCAAGATCTACTGTTACGTTTATTTTCATTTTGTAATTGTTTTGAGTTGTTTTTCTTTTTGTTGAGCTTCCTTTAATGCTTTTTGGAATGTTGTAGTTTCTAATTTGTACCATTCTTGGTCAATTAGGGCATAGAAGTACTCTTTGCCGATCAGAAATATATGACCGTCAATAGGTAATCCATTTGGATTTTTGTACAATTTAATCGTCTGCTTTAGTGATTTCTTTTATAGTACGTTTGATATGAACAATTTCATCTGTTCTAGGATTATCCATAATTCTACACATATATGCTCTAGCTTTTAATAATTGCTTTTCTATATGCTTTATTTTAGAATCATCACGTTCAGCCTGGAATATTTTTAATCGTTGATTCTCAGGTATTGGTTTGAATATAAAATTTTCATCAAGGTTTTCTAGAGCAACTAAATGTTTCCAATATCCTTCTGTTAAAAATTCTATACTACCATCAAAGTTTTGTATATAACCAGAATCAGAATAAATATGATTTCTAAATATTTGGGTTTTTACTCTTGAAAATTCTTCAGTCATTTCAAATTCATCTGTTGGCATTCCAAAAGGTTTATGACGGTATATAATACCTCGCATTTCTGCTTTAATTAATTCAACTGGAGTATTAACTAGTGTATGAATTACTTGCGCTTTATTATATCCTGTTAACCATAAATAACCAACTGCAACTTGCCATTCATAAATATTCTTTAATGTTTTAGTTTTATCATATGAACGTTTATTGTACGAAGCTTTATTATCAATGACAAATCCAGTTTTATTTTTTCCATGTATTAAATCTGGAGTTCCACTAATGATACCATTACTAAAGTGCTTTTCATTTTTTGTAAGAAAGGCATTATGGTAGTTCCCAATAATTGTTATTCCATCATCTTCAGTTAGCAGACCTTTTTGAACATATTTATTATCCAGATTTTCAACAATGCCATATTCATTTTCATTTATAATATCCCAACATTTAGAAATAGCAGTATCTGAAAGTTCTTCAATATCCTTGAAGGGCTCAAGTTCTTTTAAAACTTTGTTTAATTCTAGTAAAGCTTCTTGATATCCTTTACCACGATCACAATCCTTGTTTTTTAGTTTTAAATATTTTTCGGTGGTATCAAGTATCTGTCCAGCTAATTTTTCATACTTATCTTTCGAAGTGCCTCCTTGTGGGCTTCCAGCAAAGAATCCTAAGTAATGACATCTAAATTCAAATGTTTCTGGATTAAATTGCAT

Protein sequences of DBSCAN-SWA_1

>NZ_CP023746|37622:49336|39092_39788_+|WP_098203365.1|DBSCAN-SWA
MKKNAFIVVLVLLVIALIANLIGGWFSLNKNDKIAKETLKSKVDTIVLEKYINKQDSTTHGKFQEKQGEVIKNYVTNKYMTYVQDTLAPALNIATSKIDELTRANIILEGKLKITRYELDENKKARMFYENKYIQIVANSDSTINYKYNAIVDIAKFKQRNWFLGKEHTYIDISSPDPNFKINGVEHFKKRIDIKPKHWGIGIQGGYYYVPALNQIYPAFGLGISYNFIRF
>NZ_CP023746|37622:49336|39879_40497_+|WP_098203366.1|DBSCAN-SWA
MSKQELTTKFNKLNVTLSNIPDDLYEQMEKYGLKTDEDKFRFLANCLNETGGFKVFKENLFYTTPSRLVAVFPSAFRSKYKPNDYLRDSVKLANLVYDDRKFPKGLGNIYDGDGSKFIGRGAIQTTGRNNYTQLSKDTGIDFISHPEWLEKPPYNFISALYYWKKHNLSAKPSLLATRQVIAGNYSANPFGFKEVLNWYNKLKSA
>NZ_CP023746|37622:49336|38778_39096_+|WP_098203364.1|DBSCAN-SWA
MNNQNVDNINKLSRLIARNPLAFVAAVFFIMFWITYFINIRKNNDAEQYWKELYLKEKNDKDILKDKLLKKAGIIEEQEAVIKKVDSTIRKSTEKAPILLKQNKK
>NZ_CP023746|37622:49336|42314_42644_-|WP_098203580.1|DBSCAN-SWA
MNKFVTYCYNQSKEAGWHDKPREIGTMLMLIVSEISEAMEGDRKDLMDDHLPHRKMIEVELADAMIRIGDLAGKLNLDLGGAIDEKIKFNKNRPDHKMENRALDGGKKY
>NZ_CP023746|37622:49336|41755_42121_-|WP_098203368.1|DBSCAN-SWA
MELIGIIKKINETQTFQSGFTKRELIILTTEQYPQPISIDFFKEKGELLDSLNEGDQVKVGININGREWQAPDGQVRYFNSIVGWRIEKTNESNNQQDTFKQPLQDTKDDLFGDDSEDLPF
>NZ_CP023746|37622:49336|46768_47578_-|WP_098203373.1|DBSCAN-SWA
MYIESITKKFDPCVACNVGTDAAIILANIEIWQHHAKINGLNIYDGKNWIYNKIESFQRQFYYLTEKQISLCLKKLEDNGYLSVGCYNENVFDRTKWYTSERLNKSVFEPVKLHIVRKNTDDKKLIEVNKPIENEDALYFYIAKSYHETFISKKGQTRTLLNASYNDWIKTVRLLITTDEVTVPQLIAIKLYLQDGVNGVAGVDTFWINTISSIHALRKKNKDEVYYFDMIRDHVQKWLKIKANEIRVYKAEEKLKKHIDNLNDNTGST
>NZ_CP023746|37622:49336|43828_44890_-|WP_098203581.1|DBSCAN-SWA
MKLIELFSGIGGFTKGLQDAGFEIEEHYFSEIDKHAIANYKYNFPHAKYIGDVKSIQSGDFTGIDIITFGSPCQDFSLAGKRKGLEGSRSSLIQYAIDLVTDVRPSVFIWENVKGAFSSNSGADFWAILQAFANIGGYRLEWQLLNTKWVLPQNRERIYLIGHLDGRSKPGVFPFSEDDKLFNQSFRKEKRARSRIQIQSNRNASCLSSRMSKMGVDDNYIKIVSNTKSGYEIAKNGDGVRFDHLVKDSTGRGRVKNGVSHTLDCSGTAGVLIENNIRQLTEIECERLQGFPDYWTKYGVYEKQVWINKKEGIYEIVEGVKEVPKTQRYKQLGNAVTSEIIFRIGLRLKNLIT
>NZ_CP023746|37622:49336|42706_43387_-|WP_157757770.1|DBSCAN-SWA
MMNATETKIPFSIKNIAYDKVNAKTASQYLGVNNVQFKKDFHPKAPQHILVNMQIISFLSRDIFMDIDWFVKKKYIPAFNSINILKDISKDEERWVKEEYERQGKNEDVYNDNYLKITDYFRSLSSKLLSDFQKQADDELESMLYCILAIRYIHSNLKYTITSPTQGIQTTLLNKLIGISNQIHIQFLQRHSKLSNSSIDLSIYDELFDKMRRMDAGKLTELILQK
>NZ_CP023746|37622:49336|44988_46791_-|WP_098203372.1|DBSCAN-SWA
MTIQEAHSKLLEKGIKTLPTQKNKAPLPKLKWQEEVSSFMFYLAEGIGIKCGKASGGIECLDFDNHLDNAKEIFEDFINIDGVGEMMMQDKFYIEYTRSGGYHLVFRSEYYEGNQKLALQPNENEKTDRYPDGKPECVIETRGEGGYFCCEPTEGYSWAKSPYTYDIPLLSKEERDLLFRAARSFNTFFKEEVEVFSNTNISSEKAGDVYNDDLNSIEEAKQILKTNGWTINGKYCTRPGKKLSDGFSATFGKVAHNVFYVFSTNAHPFDDGKAYKPFQIKALLDHNGDFKSCAKELAQRYGLERKPDTLIAQYKDQVAFTNTEEENIEKKTSLLDKLSSLKIDTSKELVKPPVALSIIESCGTQTKEVSLLTRGDFSVLTGKQKARKTFFISTIVGAMASSGYIFLDKLKGHLPSNKQGVAVFDTEQGSWYAQKTAKRIKNALSIAAIFDYFFLRDSDPYERRDLIEAYLDEHHNKIGFIAIDGIVDLVYDFNNQEECSKCVQWVMKISSKYDVHITVIIHQNKSDGNARGHLGTMLAQKAETVIEINKHGERGNTSSIISARDTRGKGFEDFLITIDGNGNPFFEDEYKPKKTKQPIF
>NZ_CP023746|37622:49336|37622_38753_-|WP_098203363.1|DBSCAN-SWA
MTIFICIFVKKEQMHKKIHFPNLNGLRFIAATIVIIHHIEQIRNIFGIHNYWNNSFVHEIGKLGVILFFSLSGFLITYLLLNERDVNGSINIKNFYLRRIFRIWPLYYLIVILAFFILPNFSIFYFPDKTISYTNFPIKEFIGYIVMLPNLVLSHFPVIPYASQAWSIGTEEQFYLIWPLIFMFFIRKEFVTMLILIFVYIFTKKILSEYTPSPTVFNINILSFWNTFNIDCMAIGGLFAYVQYYKIKFFTFLVNDYLFILTFFISIFLISIGKNFGLFNYEIYSILFSIIILNLACNNGISNILEYKPIEYLGSISYGLYMYHVIIIVPVIYFTKKYNIYNSFIIYVLVFGFTICISHLSYKYYEAPFLRLKNKL
>NZ_CP023746|37622:49336|43364_43832_-|WP_098203371.1|DBSCAN-SWA
MTKKHIKDLGENEVIHAPTEKERKIILLKLKSLDININERYLDNINEFETNTCFCPRHKLVLNKEMLPLQTKVYTIENLFDFSSESPQPHYDNSKKSFRSLMELGQKLELNHYEQDILKRLVRCRKKGQFKQDLQKIKDTIDIYLNEYDDERNRD
>NZ_CP023746|37622:49336|40636_41722_+|WP_098203367.1|DBSCAN-SWA
MGSNRYRLKKDEEELLIQYRESKRNQSKFEEHCKERGIDDKSVIEYWDKTKDFSLRIRPNDNIGFNINDYDFEYAFRNIKPLIVNKNNVKNNIEADFDKLVITDVHIGMDASDSGRSLYNHTWTKDDIFKTLDQIVAFTIQNQKSNILYIKDLGDMLDGFNGQTTRGGHHLPQNMTNEEAFDVGFEFKVKLTESLLPYYNKIHFHNINNDNHSGSFAYCLNKAFEVLMHKAYPDKVTVVNQRKFIDYSIVGNYCFVTTHGKDSQHMKHGFKPKIDPNQINKIVGYLTANNLLNKGYDIIVEKGDSHQYLFDSASSDLFKYYNYPALSPSSNWVQTNFQKGQRGFIFFNYYENRKAIHEYFF
>NZ_CP023746|37622:49336|48280_49336_-|WP_098203375.1|DBSCAN-SWA
MQFNPETFEFRCHYLGFFAGSPQGGTSKDKYEKLAGQILDTTEKYLKLKNKDCDRGKGYQEALLELNKVLKELEPFKDIEELSDTAISKCWDIINENEYGIVENLDNKYVQKGLLTEDDGITIIGNYHNAFLTKNEKHFSNGIISGTPDLIHGKNKTGFVIDNKASYNKRSYDKTKTLKNIYEWQVAVGYLWLTGYNKAQVIHTLVNTPVELIKAEMRGIIYRHKPFGMPTDEFEMTEEFSRVKTQIFRNHIYSDSGYIQNFDGSIEFLTEGYWKHLVALENLDENFIFKPIPENQRLKIFQAERDDSKIKHIEKQLLKARAYMCRIMDNPRTDEIVHIKRTIKEITKADD
>NZ_CP023746|37622:49336|42151_42334_-|WP_098203369.1|DBSCAN-SWA
MEVKNTKLEIQDINISKLPVVVNETDNKTTITVSAGTKIFFTNNEGYTEALMPVVNFKYQ
>NZ_CP023746|37622:49336|47584_48193_-|WP_098203374.1|DBSCAN-SWA
MVQIRNYNIPKSIKGSSTKRKTTQNNYKMKINVTVDLADLYSEENEENIKDLVLQDLRWKISTELKTFLNERLNLVKEELKKQIQETIAIKIEPSIPKIVGELVSEKFFNDDYKIKKYGTEYSVKEYVEGIINKTNDLARESVEKYLEHLSSENTKKIKTQAEEKFKKIHEKYDLLFASQIVSKLGEKGMLKEDVAKLLLEN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_098203363.1|37622_38753_-	acyltransferase	C6ZR20	Salmonella_phage	2.0e-10	27.5
WP_098203364.1|38778_39096_+	hypothetical protein	NA	NA	NA	NA
WP_098203365.1|39092_39788_+	hypothetical protein	NA	NA	NA	NA
WP_098203366.1|39879_40497_+	hypothetical protein	C9DFY3	Deftia_phage	3.5e-14	32.9
WP_098203367.1|40636_41722_+	hypothetical protein	S0A211	Cellulophaga_phage	2.8e-75	50.0
WP_098203368.1|41755_42121_-	DUF3127 domain-containing protein	I6R120	Nonlabens_phage	3.9e-21	47.7
WP_098203369.1|42151_42334_-	hypothetical protein	NA	NA	NA	NA
WP_098203580.1|42314_42644_-	hypothetical protein	Q6IWP7	Burkholderia_phage	2.5e-27	53.5
WP_157757770.1|42706_43387_-	hypothetical protein	NA	NA	NA	NA
WP_098203371.1|43364_43832_-	hypothetical protein	Q5ZGB6	Flavobacterium_phage	2.4e-07	49.3
WP_098203581.1|43828_44890_-	DNA (cytosine-5-)-methyltransferase	A0A1B1IVS4	uncultured_Mediterranean_phage	1.6e-38	45.9
WP_098203372.1|44988_46791_-	AAA family ATPase	R9ZXK4	Cellulophaga_phage	8.5e-24	30.4
WP_098203373.1|46768_47578_-	hypothetical protein	NA	NA	NA	NA
WP_098203374.1|47584_48193_-	hypothetical protein	A0A1P8VWB9	Flavobacterium_phage	1.5e-12	34.1
WP_098203375.1|48280_49336_-	hypothetical protein	A0A1B1INV3	uncultured_Mediterranean_phage	5.3e-10	29.8

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_CP023746|115311:124103|DBSCAN-SWA
ATTATTTGTCCCTTATTTGGGAAATTTTTAAAACTTCGGGTTTTTCTGAATTTTCTGAAACAGATCCATTTTTGGCAAATTCTGCCCAAATAGCTCGTATTTTCTTTCCGACTTTATTGATTTCCGCCCATGGAATACCTTTTAATAGTTCTGCATGTTTCCATGCTTCTTCATTACCAAACAACAATGGAAGATCTAAACAGTGAGCCGCTCCTATTTTATTGCTTTCCAGTTTTGAGAAAATCCGGAATAAATATACATTTCCTCCAGCCTTTGCATAGGATGAAGCAAATTCAGCCGCTGGTTTTCCGTATATCTTTTCAGTGGTCAGACGTATCGTTTTATCCAGTATTTTCTTTCCGAAGCCCTTCTCTGTATATTTTTGCAGTGCTCCTGAAGTTCTTAAGTAGAATGCAGTCTCTTCATCATTCAGCCCAATAAGGACATCATATTTTGCAGCATGATCCTTCCATAATTTTCGAATTTTATTTTCTGGTGCCATAGGCGGAAAACCATATTGCAGACCGAATGGCATAGCTGCTTTTAAACCATATTTTAAAAGGGAAGGACGAAACTTTGAATATTCGTCTACCATTTTCATAAAATCTGCATCTTCTTTGATAGGGCTTGTTTTCAACGAAAATTCTTCTGACATTTTTTGTCTTTTCTCACGAAGTCCTAAGGGTGCACTTTGGATAATAGCTCTCTTAAATAAGCCTTCAGTACCTTCAGCAATCATAAGATGGGTGACAGCATCACCTCCGGAAGATTGCCCTAACAGAGTAATATTTTCAGGATTTCCCCCAAATTCTGAAATGTTTGCCTTAATCCATTTTAATGCTTCTATGATATCAAATAATCCCAGATTAGCAGGTCTTTCATCATAACCTCCTAAAAATCCAAATAGGCCTAAGCGATAAGAGACTGAAACAACAATGATGCGCTGCTCCTTTACCCAGACTGAAGGATCGGAAGTAGGAAGGCTTCCACAACCTATTTCATAGGATCCACCATGGATCCAGACAATGACAGATAGTTTTTCATCTGGTAAAATGTCTTTTGGAAATGTAATGGAAAGATATTGCGGAGATTCCTCAACCAGAAAATCTTCAACATGGGTAGGCTCAATCAACCTTTCCAACATTGCGCTTTGGTGTTGGGGGCAGACAGGTGTCAGTACAGGTATATCAGCTAATGCTTCGGTAATGCTTACGGGTACCGGCAGCTGATAGCGTTCTGATTTGGCATAACGAATATTTTTGGCTTTAAAAACTCCATTTACTTCCTGAATTTTAATCTTTTCTGAACCAATACTGAAAGTGTAATCTTCCAAAAGCATAAATACTGTGTTTTTTGACGACTAAAAATACGGACAAATTTCAAATAAACAGCGATAGTAAAAGAAACTAATTCGTATTGTATATGCTTATATTTGCGGCCATGAAAAAAATAATAGCACTATTATTATTTCCTGTTTTATTGTCTGCACAGACAGTAGCAAGAGTAGTAGGGATTAAGGATGGGGATACTGTTGTGGTTCTTTTAAAAGGTAATGTACAGAAAACATTAAGACTGGCAGAGGTAGATTGTCCGGAAAGCAGGCAGCCTTTTGGTAAAAATGCCAAAAAATTTACTTCTTCAGAAATTTTTGGAAAAAGCATCACTTATGTAGAAACTGATACGGACCGCTATGGAAGGTCAATAGCTAAAGTATATTATGACAATGGAAAATATCTTTCTGCAGAACTTATCAAAGCCGGATTGGGCTGGTGGTACTTTAATTATTCAAAGGATAAATCATTGGGATATTTACAGGAAGCCGCTAAGAATCAGAAGTTAGGATTGTGGCAGGATGTTCATGCTATAGCGCCGTGGGAATACAGAAAGCAACAAAGAAATAAGATAAAGCAAAGCAATAACAGCTTCGGAGGTTAAGGATTTAATGTTTTGTAAACATTAGTCTATGATGCTTTTTGTAAATTTGTATACACAGATAAAAAATAACAGAATGGATCTAAAGGGAAAAAACGCCATTGTAACCGGTGGTGGAAAAGGATTAGGTAAGGCAGTTGCTTTAGCACTGGCTAATGAAGGAGCAAACGTTGCAATTACCGGAAGAAATGAAAAAAATTTAAAGAACACAGTAGCCGAATTAGAGCAGCTGGGTGTGAAATCGGCTTATGCAGTATTCAATGTAGATCAGGAAGCTGAGGTACAAAAAGGTATTGCAGATCTTGCAGGTAAGTTAGGAAGTGTAGATATCCTGATAAACAATGCCGGAATCGGAAATATGGGAAAACTGGAAGATATGTCTTCTGATGTATGGGAGCAGGTAATTAAAACCAACCTTTTTGGTGTGTATTATGCTTCAAAGGCGGTATATCCGTTTATGAAAGAAAATGGCCAGGGAGATATTGTAAATGTTGCTTCTACAGCTGGATTGAAAGGTGGCGGCGGAATGTCGGCTTATGCAGCTTCTAAAGCAGCGGTAATATCACTTTCTCAGTCAATGATGGCAGAATGGAGAAAACAAAATATCCGTGTGATTACGCTTACGCCAAGTACAATAGCATCGGATATGAGTATTGGAGCAGGCTTAACAGATGGTAACCCTGATAAAGTATTACAGCCGGAAGACTTTGCAGAGTGGGTTAGAGATATCCTGAAAATGAACAGAAGAGCGCTAATTGCTAATGGTTCTATTTTCTCTACAAATCCTTAGTAAATAAGTTTTACAAAATAAAAAAGCTACCTGATTCAGGTAGCTTTTTTATGTATAAACGATGTTGTTATAACTGTTGTGCTTTCTCAAAAGCTTTTTCCAGTCCGTCTAGGTTTTTACCTCCGGCTGTAGCAAATGCAGGAGCACCGCCTCCGCCGCCTTGGATTTCTTTAGCAAGATCTTTAATTAAAGCTCCGGCCTGGTAAGTCTGAGTAAGATCATCAGATACTCCGATTGTAATCATTGGTTTATCACCAGCATTAGATAAGATAATCGTTAATGATCCCGGAATCTCTTTTTTCAATTGGAAAACAATATCCTTAACAGAACCAGCATCCATTGAAGTTTTCTTTACCAATAGCTTTTTATCACCTTTATCCTGATATTCATTTTTCCATTGTAAAGCTTCTTGTTTCGCTTTTTCAGCTTTAAAGCTTTCAATTTCTGATTTTAAAGATTGGTTTTCTTCTACCAGTTTCTGAACAGATCTTAAAACATCTTTAGACTTCAGGAACTGTGCTATTTCCTGGTAGTTCTTTTCTAATGTTTCGAAATATTCTCTAGCTTTAGATCCGGTGATTGCTTCAATTCTACGGATTCCGGCCGCAGCAGAACCTTCAGATTCTATTTTGAAAAGTCCTATTTCTCCGGTATTCTTTACGTGTGTTCCTCCACATAATTCTTTGGATGTTCCAAATTCTATCATGCGGACATTGTCACCGTATTTCTCACCAAATAAAGCCATAGCACCTTTGTCCATAGCCTCCTGAATCGGAATATTTCTGTATTCCTGAAGTGCTATATTTTTTCTGATCTTTTCATTTACCTGTTGCTCTACAGCAGCCCATTCTTCTTCTGTCATTTTGCTGAAATGCGAGAAGTCGAAACGTAAATAATCTGGCCCTACAAATGAACCTTTTTGCTCTACGTGAGTTCCTAATACACTTCTTAAAGCTTCGTGTAAAAGGTGAGTAGCAGAGTGATTATTTTCTGTATCCTTTCTTTTGGAAACATCAACTTTTGCTGTAAAAGTGGCTTTTACATCCTGTGGTAGAGTAGGGATTAAAGAGATATTAAGGTTATTCTCTTTTTTTGTATCCAGAATTTCAATACTCTCTGTAGCATTTTCTAAGATTCCTTTATCTCCAACCTGGCCACCTCCTTCTGCATAGAAAGGAGTTTCGTCCAGTACGATCTGGTAAAACTCACCGTCTTTATTTTCAATCTTTCTGTAACGAGTAATTTTCACTTCGTTTTCAGTAAGATCATAACCTACAAAGTTTTCAGGTTTTTCTTCCAAAATAACCCAGTCATAAGTTTTAGAAGCAGAAGATTGTTTTGAACGTTGCTTTTGCTTGTTCATTTCCTCTTCAAAACCAGCTTCGTCTATGCTTAATCCTTTTTCTTCAGCAATGATACGGGAAAGGTCAGCCGGGAATCCAAAAGTATCGTATAGTTCGAATACTTGCTCGCCCGGAAGGTTTTTCTCGTTATTTTTTATAGTAGCCTGGATAATTGCATCCAGTCTTACCAATCCGTGTTCAATCGTTTTCAGGAATGAATTTTCTTCCTCCTTAATTACTTCGGTAACCAGTTTCTCTTGTTTTACAATTTCCGGGAAGAAAGAACCCATCTGATCCTTTAGAACAGCAACAAGCTTGTAAAGGAAAGCTTCTTTCATGTCCAGGAATCTGTATGCATATGAAATGGCACGTCTTAGGATTCTGCGGATAACATATCCGGCACCACCATTGGAAGGTAATTGTCCATCGGCAATAGCAAATGCTACAGCACGGATATGATCTACTACTACACGAATAGCAATATCTTTTTCATCTTCCAGAATACCTGTATACTTTTTACCTGAAATTTCTTCTACTTTAGAGATTAGTGGTGTGAATACATCTGTATCGTAGTTAGATTCTTTTCCTTGTAATGCCATACAAAGACGCTCGAAGCCCATACCAGTATCTACATTCTGTTTTGGAAGTTTTTCCAGAGATTTATCTGCTTTTCTCAGGAATTCCATAAATACAAGATTCCATACTTCAACGACTTGTGGATGATCCTGGTTTACTAATTCTCTTCCCGATACTTTTGCTTTCTCTTCAGCGCTACGAATATCTACATGAATTTCAGAACATGGTCCGCATGGTCCGGTATCACCCATTTCCCAGAAGTTATCTTTTTTGTTACCATTGATAATTCTGGATTCATCAACATATTCTTTCCAGTAATTATAGGCATCCTGATCTCTTTCGAGATTCTCTGAAGCATCACCTTCGAATATGGTTACATACAAATCGTCTTTAGAAATCTTATATACTTCTGTAAGAAGCTCCCACGCCCAGGCTATTGCTTCTTTTTTGAAATAGTCACCGAAAGACCAGTTACCCAGCATTTCGAACATTGTGTGATGGTAGGTATCGCGGCCTACATCGTCCAGGTCATTGTGTTTTCCGGAAACACGAAGACATTTTTGTGTGTCGGCAATTCTGAGACTTGAAGGCTCTTTGTAGCCTAAGAAAAAATCTTTGAATTGCGTCATCCCCGAATTGGAAAACATCAGTGTAGGATCATCCTTTAGCACAATTGGTGCGGACGGAACGATCTGGTGTCCTTTTTCTTTAAAGAAATCTAAGAACCTTTGGCGTATTTCTTGTGAAGTCATATGAAAATTTGATGTGCAAAAATAATGATTTTAAAAGAAAGTGATGTACTGTATATGATGATATAAAAAACTAATATCAATAAAGTGTTAAATAAACAGAATGATATACTGTTTCAGGCAAATAAAAAAAGGAACTTTCTCCTTTATTTTCGGGGAAAGTTCCTTTTGAATATGATCTGAATTTATGCTGATATAATATCAGTCAGAATGGATTTACCAGTCTCTTTTCTTCAGGATATAGTAAGAACCATAAACGAATAATATACACCAGAAAATACATGCAATAACACTTTCGGTAGGATATTCAAATTTATACGGAACACCAAATATTTTCATGGCTTTTAGTCTCATTACCGGATTAGGAATCAGTTGAGACATACTTTCCAACGGAAGGATTTTTGAAATGAAAAATGAATCATGCATTACAGTTGCTGCCTGCTCATTATTCAATCCTCTGAATTTGGAATAGCTCTCAATACCACCAAAAATAGCTTCAGCAATCCACCACATAAAAGATGCAAGCAGTACAAAGATGGATTTTCTTAAAAGAATAGACAGGAACATGAGGAAACTAAAGAACGTAAACAATTTCAGGAAATAGTGACCTATGAAAAATATTTCTTTGAAAATTAATTCAGATTGTGTCGATTCTGAATAGGAAAGACCTATTGCCAAAGTAATACCGAAAACAATAAGAGTGGAGATAAAAGTGAATATAAAAATTGTAAGCAGTTTGGAGCCTATAAATTCCTCTCTGCTGAGCCCGTCAATGGTGTTTTGTTTAAACATTCGGTTTGTGAATTCCTGACAAATAGAAAAAACAATAATAAGCCCAAGGAATATTTTCAGAAGAGCAACAATCCAGGTTGTGAAATTCCAAATTTCCGGAAAATTATAAATTCCCTGATCTTTTAAATTGATCTGAAAGCCTTCTGAAAATTTTATATCGATAAGTCCGATAAACAGCAGGGCTATTAATATAATGAAATATAAGGTTGTAAATACTTTGAATGGCCTGTAAGTAAGGTTTTTATAGTATTCTATTGCGATTAATCTTTTCATCGTGGTTATTTTTTTACAAGTTCAAGGAATTGAGCTTCAAGAGATTGTTTCTTTTTGGCTAGGTGAGAAAGGTAGATACCTTTTTCAGAGATTTTTCTATTAAGCTCTGAAGCCGATAAATCTTCATGGATATTGGCAATGATAATCTCTCCGTTTTGTTTTAAATCCGAAAACAGGTTAAGTTCTTCAAGTATTTTAAGAAGTAAATCATTATTGTCTGCTCTCAGTTCAAAGTAACCTTTGGAGTTGGTCATACCATCAACACTGCCACTGTATATTGCATTTCCTTCTTTTAGTACAATAACATGACTGCATATTTTTTCGATCTCATCCAGAAGGTGGCTTGCGATAATAATGGTGATACCTTGTTTGGCTATATCAGAAATGATGTTCCGGATCTGAATTATCCCTTCAGGATCCAGTCCGTTTGTTGGTTCATCCAGAATTAAAACTTGTGGATTGTTCAATAATGCAGAGGCTATTGCCAAACGCTGTTTCATTCCCAGAGAAAAAGTTCTGAAAGGATCATCTTTTCTTTCGAGAAGACCAACTGTAGAAAGTACTTTATCTATTTCCGAATAAGGAGTTCCTTTAATTTCAGCAACAATTTTCAGGTTTTTAGCAGCACTCAGGTAAGGATAGAAATTAGGTTGCTCAATAATGGCTCCTATCTTTTTTAAAGTTTCTGTGGTTGTTCCTTTTTTGCCAAACCAGTACCATTCCCCGGAAGTTGGATTAATAGTTGTGAGAAGCATTCCGAATGTTGTTGATTTTCCACTTCCATTGGGGCCAAGAAGCCCATAGACATTTCCTTGTTCAACATCGAACGAAATATTGTTTACAACCGTTCTTTTAAATTTCTTTGTAAGATTCCTGACGGATAAAACTTTTTCCATTTTTAGTTTTATTTAATAGTAGTTAAAAAAACATAAATGTTACAATCGGGGAGAATTCTAATGAAATAGTTGTATCTTGAATTAAAATTTCAAAACGGATGAAACTAGCAGAACTTACAAATGATCTTACAATTTCTAAGGAGAGTATAAAACAGTTTATACAGGATTTTGATCTGGGAGTGGAGGATGTAATGGATGGACAGCTGAATCTTAAAGATAACTTTGTACAGTTTGCAGAAGAGAATGCAGATTTTCTAAAGAAATATGCTGAAGATATTCGCGCTGAGAAAACATCTGAGGAGATTGCACAACGTATCAAGAAGCCTGTAGAACAGGTAGATGAAGTCTTAAAAAAAGAGTGTCCAAACTTGTTTGAGGCCAACGGTTATAAAACGAGTGTTTCCAGTTATGGTATAGACAACAAGCTGGGCGGAGATTATAACTTTATCTATAATTATTTTGGAAAACAAACACCGCTTACACAGCATAACTTTATAGGATACAGAGATCTGTTTTTTTATGTTACGGATATTATAGAACCTTTTATTAATCCAAATCAGCTGGAAAATTGGGGAATTGCAAAACCTGCAGGTATTATACTGTATGGACCTCCCGGTAGCGGTAAAATTTTCTGGGCTAAGAAAATAGCAGAAATGATAGGCTATGACTTTGTAGAAGTAAGAAACGACTATCTTTCGGTGCGTTATAATGACGGTAAAATGAGAAAGTTTAAAGATTTTCTCTTTGGTAAAATGAAAAAGCCCAAGACATTACTGTTTATGGAGCATTTTGAAGATGTAGCATTGGAAAAAACAGCTGATGTTGTATTAACACCAGAGGCATTGGAAGTTAAGAGTGCCATTTTGCACGCTATACAGAATAACCTGAAAGATGAAGCTTTATTTGTAGGTTCTACAGATGCTCTTGTCGGATTCGATGAAGGAATACTGGCGCCGGGTAGATTTGATCTGCTCATTCCTGTTTTTCCACCCAATGAAGATGAGAGAGCACAGTTAATTCTGTATCATATGATGAAAGATTTGGTAGAAAGTTCTCCGCTTCTGAAAATTCTGAGAGATAATAAAGCTGATAAAAAACCTTTCTGGGAAGAAACTGCGGAGAAAATGAAGCTATTCTCTAATACCATGATGATTGATTTTACTCAGGGAATAAAGAAAAGACTACATTCTGAATACATGCGTCTGCAGGGACAAAATGTTATAATTTCTGAAAAAATTATTAATGCTGCTTTAAGCGAGTCTTTAGCAAAACTTACTCCTGAGTATCTGAATCAGTGTGCTGTTTTTATCTCAGAGTTTAATCAGAATCTTGCTACGGAATTCCCGTTACGTATACAGAAACTAAGTGAAGAATTGGATCATTATCGTATTAAAGAAGAGCCTATACGAAAAATAGGATTTAATCAGGATGATGAAGACTAA

Protein sequences of DBSCAN-SWA_2

>NZ_CP023746|115311:124103|117318_118032_+|WP_078702511.1|DBSCAN-SWA
MDLKGKNAIVTGGGKGLGKAVALALANEGANVAITGRNEKNLKNTVAELEQLGVKSAYAVFNVDQEAEVQKGIADLAGKLGSVDILINNAGIGNMGKLEDMSSDVWEQVIKTNLFGVYYASKAVYPFMKENGQGDIVNVASTAGLKGGGGMSAYAASKAAVISLSQSMMAEWRKQNIRVITLTPSTIASDMSIGAGLTDGNPDKVLQPEDFAEWVRDILKMNRRALIANGSIFSTNP
>NZ_CP023746|115311:124103|115311_116649_-|WP_078702383.1|DBSCAN-SWA
MLLEDYTFSIGSEKIKIQEVNGVFKAKNIRYAKSERYQLPVPVSITEALADIPVLTPVCPQHQSAMLERLIEPTHVEDFLVEESPQYLSITFPKDILPDEKLSVIVWIHGGSYEIGCGSLPTSDPSVWVKEQRIIVVSVSYRLGLFGFLGGYDERPANLGLFDIIEALKWIKANISEFGGNPENITLLGQSSGGDAVTHLMIAEGTEGLFKRAIIQSAPLGLREKRQKMSEEFSLKTSPIKEDADFMKMVDEYSKFRPSLLKYGLKAAMPFGLQYGFPPMAPENKIRKLWKDHAAKYDVLIGLNDEETAFYLRTSGALQKYTEKGFGKKILDKTIRLTTEKIYGKPAAEFASSYAKAGGNVYLFRIFSKLESNKIGAAHCLDLPLLFGNEEAWKHAELLKGIPWAEINKVGKKIRAIWAEFAKNGSVSENSEKPEVLKISQIRDK
>NZ_CP023746|115311:124103|121770_122661_-|WP_034871118.1|DBSCAN-SWA
MEKVLSVRNLTKKFKRTVVNNISFDVEQGNVYGLLGPNGSGKSTTFGMLLTTINPTSGEWYWFGKKGTTTETLKKIGAIIEQPNFYPYLSAAKNLKIVAEIKGTPYSEIDKVLSTVGLLERKDDPFRTFSLGMKQRLAIASALLNNPQVLILDEPTNGLDPEGIIQIRNIISDIAKQGITIIIASHLLDEIEKICSHVIVLKEGNAIYSGSVDGMTNSKGYFELRADNNDLLLKILEELNLFSDLKQNGEIIIANIHEDLSASELNRKISEKGIYLSHLAKKKQSLEAQFLELVKK
>NZ_CP023746|115311:124103|116732_117245_+|WP_045180732.1|DBSCAN-SWA
MLIFAAMKKIIALLLFPVLLSAQTVARVVGIKDGDTVVVLLKGNVQKTLRLAEVDCPESRQPFGKNAKKFTSSEIFGKSITYVETDTDRYGRSIAKVYYDNGKYLSAELIKAGLGWWYFNYSKDKSLGYLQEAAKNQKLGLWQDVHAIAPWEYRKQQRNKIKQSNNSFGG
>NZ_CP023746|115311:124103|122759_124103_+|WP_078702384.1|DBSCAN-SWA
MKLAELTNDLTISKESIKQFIQDFDLGVEDVMDGQLNLKDNFVQFAEENADFLKKYAEDIRAEKTSEEIAQRIKKPVEQVDEVLKKECPNLFEANGYKTSVSSYGIDNKLGGDYNFIYNYFGKQTPLTQHNFIGYRDLFFYVTDIIEPFINPNQLENWGIAKPAGIILYGPPGSGKIFWAKKIAEMIGYDFVEVRNDYLSVRYNDGKMRKFKDFLFGKMKKPKTLLFMEHFEDVALEKTADVVLTPEALEVKSAILHAIQNNLKDEALFVGSTDALVGFDEGILAPGRFDLLIPVFPPNEDERAQLILYHMMKDLVESSPLLKILRDNKADKKPFWEETAEKMKLFSNTMMIDFTQGIKKRLHSEYMRLQGQNVIISEKIINAALSESLAKLTPEYLNQCAVFISEFNQNLATEFPLRIQKLSEELDHYRIKEEPIRKIGFNQDDED
>NZ_CP023746|115311:124103|118099_120703_-|WP_034871120.1|tRNA|DBSCAN-SWA
MTSQEIRQRFLDFFKEKGHQIVPSAPIVLKDDPTLMFSNSGMTQFKDFFLGYKEPSSLRIADTQKCLRVSGKHNDLDDVGRDTYHHTMFEMLGNWSFGDYFKKEAIAWAWELLTEVYKISKDDLYVTIFEGDASENLERDQDAYNYWKEYVDESRIINGNKKDNFWEMGDTGPCGPCSEIHVDIRSAEEKAKVSGRELVNQDHPQVVEVWNLVFMEFLRKADKSLEKLPKQNVDTGMGFERLCMALQGKESNYDTDVFTPLISKVEEISGKKYTGILEDEKDIAIRVVVDHIRAVAFAIADGQLPSNGGAGYVIRRILRRAISYAYRFLDMKEAFLYKLVAVLKDQMGSFFPEIVKQEKLVTEVIKEEENSFLKTIEHGLVRLDAIIQATIKNNEKNLPGEQVFELYDTFGFPADLSRIIAEEKGLSIDEAGFEEEMNKQKQRSKQSSASKTYDWVILEEKPENFVGYDLTENEVKITRYRKIENKDGEFYQIVLDETPFYAEGGGQVGDKGILENATESIEILDTKKENNLNISLIPTLPQDVKATFTAKVDVSKRKDTENNHSATHLLHEALRSVLGTHVEQKGSFVGPDYLRFDFSHFSKMTEEEWAAVEQQVNEKIRKNIALQEYRNIPIQEAMDKGAMALFGEKYGDNVRMIEFGTSKELCGGTHVKNTGEIGLFKIESEGSAAAGIRRIEAITGSKAREYFETLEKNYQEIAQFLKSKDVLRSVQKLVEENQSLKSEIESFKAEKAKQEALQWKNEYQDKGDKKLLVKKTSMDAGSVKDIVFQLKKEIPGSLTIILSNAGDKPMITIGVSDDLTQTYQAGALIKDLAKEIQGGGGGAPAFATAGGKNLDGLEKAFEKAQQL
>NZ_CP023746|115311:124103|120916_121765_-|WP_034871119.1|DBSCAN-SWA
MKRLIAIEYYKNLTYRPFKVFTTLYFIILIALLFIGLIDIKFSEGFQINLKDQGIYNFPEIWNFTTWIVALLKIFLGLIIVFSICQEFTNRMFKQNTIDGLSREEFIGSKLLTIFIFTFISTLIVFGITLAIGLSYSESTQSELIFKEIFFIGHYFLKLFTFFSFLMFLSILLRKSIFVLLASFMWWIAEAIFGGIESYSKFRGLNNEQAATVMHDSFFISKILPLESMSQLIPNPVMRLKAMKIFGVPYKFEYPTESVIACIFWCILFVYGSYYILKKRDW

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_078702383.1|115311_116649_-	carboxylesterase family protein	A0A0M4JT58	Mollivirus	1.2e-19	31.7
WP_045180732.1|116732_117245_+	thermonuclease family protein	I6T7L7	Staphylococcus_virus	2.3e-06	42.1
WP_078702511.1|117318_118032_+	3-ketoacyl-ACP reductase	W8CYX9	Bacillus_phage	5.3e-30	54.9
WP_034871120.1|118099_120703_-|tRNA	alanine--tRNA ligase	A0A1V0SK38	Klosneuvirus	2.1e-92	40.0
WP_034871119.1|120916_121765_-	ABC transporter permease subunit	NA	NA	NA	NA
WP_034871118.1|121770_122661_-	ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	5.1e-38	42.9
WP_078702384.1|122759_124103_+	AAA family ATPase	A0A2H4UTU5	Bodo_saltans_virus	9.2e-07	28.5

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_CP023746|192205:205629|DBSCAN-SWA
TATGGAGACAGTTCAATCTCAGTCGAGACATCCAAAAGGTTTATGGGTATTGTTCGGCACAGAAATGTGGGAGCGTTTTAACTTCTACGGAATGCGTGCTATTCTTACGCTTTTCATGGTTCATGCCCTTATGCTTGGTGAATCGAATGCCTCGATCATTTATGGAGGTTTCTTGGCACTTTGCTATTTAACACCACTTTTAGGTGGATTTATTTCAGATAAGTATTTAGGTAACAGGAATTGTATCATCTTAGGAGGATCTTTAATGGCTATAGGGCAGTTACTCTTGTTCTATAGTGCTTGTATTTTCGATACAGGGCTGGAATCTTCCAAGAGTGTATTCTGGCTAGGATTACTTGTCATTATATTCGGGAACGGATTCTTTAAACCGAATATTTCTTCTATGGTAGGAAGTTTATATCCGCCACAAGAGAAAACTAAACTAGACTCAGCATTTACTATTTTCTACATGGGTATCAACATCGGGGCACTTTTAAGCCAGTATTTTGTACCAATGTTTGCAGATGTTGTTGTAGACGGAAAACAGGATGTATTTGCATTCAAGTGGGGATATTTAATGGCAGGTATTGCTATGGTCTTAGGAACTGTATTGTTCTTCATCCTTAAAAATAAATATGTAGTTACACCAGAAGGTAAGCCAATTGGTGGTGTACCCTCTAAAAATGCTGCAGAAGGAGAGGTTATAGAGCAGGCTAAATTTACTGGTTCATCTTTGGCTGTATTCCTTGTACTTTTGGTTGCGTTGTTCTTTGGATTCAGATACCTTTTGGTAGATGAAATTTTCTTTAGCAGCTTCGAGATCGGAACATTAGTAAAAGGTATTATTTATCCTATTATTTATGCATCGGGGATATCGCTTGCTGTTCTTATTTTATTAGATAAAACACTTACAAAAGTAGAAACACAGAGAATCTTAGTAATCTATATTATTTCGTTCTTTATTATTTTCTTCTGGGCTGCATTCGAACAGGCAGGTTCATCACTAACCTTTATAGCTTCTAACCAGACAGACAGAACATTCTTATTCGGATGGCAGATGCCTGCATCTATGGTGCAGATCTTTAACGGAATATTTGTAGTTCTTTTAGCAGTACCTTTCAGTTTATTATGGGATAAGTTAAGAGCTGCAGGTAAAGAGCCGGTTTCTCCATTGAAACAAGCATTTGGACTTGCACTGATTGCATTGTCTTATTTTATTATTGCACACAATGTAAAAGATCTTGGTAGTTCAGGATTACTGGCTATTAAGTGGTTAATATTACTATACTTTATCCAGACTTGCGGTGAGCTTTGCTTATCTCCTATCGGACTTTCATTGGTAGGTAAATTAGCTCCTAAGAGATTTGCTTCATTGTTATACGGGGTATTCTTTATCTCTAACGCTGCTGGTTATGCTTTAGCAGGTATTTTAGGGTCTATCCTTCCTGCTACGGGAGATAAATTCAAAAAAGCCCAGGAATTGGGGGTTAATCTTCAGGATGTTTTAGACAAGAAGGTTACGCTTACAGCAGAGCAGACAGATTTGTTAACGAAGAATCAGATCCCGTTAGAGAATCATACGTTTGCCGGATTTGAGATTCATAACTTATTTGAATTCTTTATGGTATTTGTTGTACTATGTGGTATTGCATCTGTAGTATTAGCTTTAATATCACCTCTTTTAAAGAAAATGATGAATGGTATAAAATAAAATTAGACCTATTCACTAGAAGATAATTATAAAAACCTCTGAGCAATCAGAGGTTTTTTTGTAATTTGGTCGGATTGTTTTTTATTAAAAAACAACTTCACGGAGATTAATTAAATATGTAATGATTAATGAGTTTAACATTAGAACAAATTCAGGATTTTAAAGGAAAATATCCAAGACAGATCTGGAGCCTTTTCTTTTCTGAAATGTGGGAACGTTTTTGTTTCTACGGAATGAGGGGGATGTTGGTGTTTTTTATGATACACCAGCTAAATTTTGCAGAAGTGCAAGCAAACTTACAATATGGTGCCACTCAGGCATTTGTATATGCGTTTACATTTGTAGGCGGACTTTTTGCGGATAAAATACTAGGTTTCCGCAAATCTTTATTTTGGGGAGGTTCCTTAATGATAGTAGGAAGTATTCTTCTGGCGATCGATCCTCACAAATTTTTCTTTTTCGGATTAGCCTTTATCATTATTGGTACAGGATTTTTCAAACCGAATATCTCCACTATGGTAGGAGAGCTTTACAAAGATGGAGACCACCGTACAGATGCTGGTTTCTCTTTATTTTATGCCGGAATTAATCTGGGTGCTTTTCTGGGAGGTTATGTTTGCGTAGCTATTGGAAAAGGTTATATGCTATCTTCTGTAATAGAGGAACCACACCGTTGGAACGTAGCTTTTGGGTTGGCAGCTATAGGGATGTTAGCCAGTCTTATCAACTTTAATTTTACAAAACGTCGTTTAGGGCCAATTGGATTACAACCAGGACATCCTGATGCAATTGTAAAAACAAAACCGCTGCCTAAATGGGCGGAGTATGCAGTATATGGCGGAACATTATTATTTATTCCTCTTATTCAGATTATGGTTTCCAAAACCGAGTATACCGATTATTTTATGTATACAATCGGACCATTAACTTTAATCTACCTGTTTTATGAGATTACCAAAGTTACGGTTGCTGAAAGAAAGAAATTAATTGCTGCTTTAGTATTTATCATCTTCTCCATTATTTTCTGGGGGATTTATGAACAGAGCGGTGGCTCTATGAGTATTTTCGCAGCTAAAAACCTGAATGATTCTCTGCTGGGTGTTACAGCAGATCCCAACGGGGTAAATAATTCGGGAGGTGCTTTCTTTATTATTTTATTGGCACCTTTATTCGGATTATTATGGCTATGGCTAGGTAAAAAAAGAGTTGAACCCAATACGATTATCAAATTTGGACTAGGTTTTATATTTTTAGGTTTAGGGTATTATGTATTATTTGCGACAAGATTCTTTTCTGTTAATGGAGTTTCTTCTCTTAATATATTTACTCTGGCATTATTGGTTATTACATTTGGTGAGCTTTGTTTGTCACCAATCGGATTATCAATTATGACAAAATTATCCCCGGCAAGGCTGCAAGGGATTATGATGGGGATGTGGTTCCTGGCTTCTGCCTACGGTCAGTATGTTGCGGGACTTATTGGTGCAGGAATGGCTCAGGCTAAAGAAAATGCAGGACCGGCAGAATCATTAATGACTTATACCGAAGGATATAAAATGTTGGGAGTCTATGCATTAATTGCAGGTGTGGTACTGATTTTGATATCGCCATTGGTGAAAAAATTAATGCAGGAAGTGCGTTAATATATTCACAACAATGCCTAAATTTGAATAAGATGAAGAGAATAATTTTATTTTTCAGTATACTTTTTATAAGCTTTGGATATAGTCAGGTTAAATGGATGACGATGACTGATGCTATGGATGCTATGAAGAAAAAGCCTAAGAAGATTTTGATCGACTTTTATGCAGACTGGTGTGGGCCTTGTAAAATGATGGACAATCAGACTTATACGAACCCGATTATTTCTAAATTTATCAACGATAATTTCTATCCGGTAAAATTTAATGCTGAAGGGAAAGAAAAATTGTTTTTTAACGGAAGAGATTTTGACAATCCTAATTTTAAAAAAACACCGGGCAGAGGAGTGCAGCATGAGTTTGCAAGATTCATGAATATATACTCTTACCCATCTACGGTTTTTATGGACGAAGATTATATGCAGATTACAAATCTTATGGGGTTCTTTACCCCGAAAGAAATGGAACCCTATCTGAGCCTTATTTCTACAGAAGCTTATAAAACGATAAAGACAAGAGATGAATGGGATAGATTTCAGTCAAAGTTTAAGTCAAAAATAAAAGAATAAAATAACTCCTATCAGATTTGTAGTATTTTAGATTTTTTATATCTTTGTACCGAAATTATTTCACAGAATTAATAGCTTATTAAGAAAGACGGAGGGAACTGAACCTATGAAGTCTTGACAACCTGCCGAAAGGTAAGGTGTTACATTCAGCCGAAAGGGAAAATAAGTAAAGATATAATGCAATGCCTCATTAGCTTTACTAATGAGGTTTTTTAATCGAAAAATATTAGAATATGATAAAGAAAAACATTTTGACTGAAAAAAAATCCAGAGTTGTACTTACAGCTTCTGTTCTGTTTTTTGTCGGTTTTGGACAGGTATATGGGCAGGAAACAAAAAAGGACAGCCTTAAAGATAAAAGTATAGACGAGGTTGTAATTGTAGGTTCACGTTCCGGAGGGCGCTCCAAAGCAGATAGCCCGGTTCCGGTGGATGTTTTCAATCTTAAAGAAGCTTCTTTAGTATTACCACAAACCAATATTAACCAGATTCTTAATGCTGTAGCACCATCTTTTACATCTACAGTACAAACCAATGCAGATGGTACTGACCATTTGGATCCGGCACAATTAAGAGGCCTGGGACCAGACCAGGTTTTGGTATTGGTTAATGGTAAAAGACGACATACTTCAGCTTTAATCAATGTAAATGGTTCTCCCGGAAGAGGTACTGTAGGAACAGACCTTAATGCTATCCCTTCTTTTGCTTTAAGCAGAATCGAGGTATTGCGTGATGGTGCTTCTGCACAATACGGATCCGATGCTATTGCAGGGGTTATGAACTTACAGTTAAAAAGAGATACAGGAAAACTTACAGGACAGATTAGTTATGGCGGTTACTTAACGGATGCAGCCAAGAATCATACAGGCAACTGGGATGGAGATCAAATCCAAGTAGATTTAAACTATGGTGCTAAAGTGGGTAAAAAAGGAGGATTTGTTAATGTAACTTTTTCCTCCCAGTATCGTAATCCAACCTTCAGAGCAGGTGTTGAAAGCGGAAATATATACAATGCCTATAATGCTATTGAAAAAAGAGCTGCTGAAGGAGGTGTGAATCTTTCTTCTTATTATTCTAACATTAATCAGATTAAAGGGACTCCAAATGAACAACAATTTGTAGGCTTAGTTCATCAATATGCACAAAAAGTAGGCTATTTTGATAATGCTTACCAGCAGCAAATTCAGAATGCTGGTAGTATTACGGCGCTTCAGGGACTTTTAGGAGGTAATTATACCGATCAGGAATTAGCCTACAGAGGACAGGATAGACGTGACTTTAATATGTGGGTTGGGCAATCCAAACTGAATAACAATCAGATTTTTGTGAATGCTGAAATTCCTCTGGATGATAACTGGAAAGTGTATACTTTTGGAGGTTACGGTTACAGATATGGGACCTCTGGCGGTTTTTACAGAAGACCAAACCAATCCAGAACATTTACAGGACTTTATTTAGATGGCTATCTGCCTAAGATTAACACAGATATTCATGATGTATCACTTTCTGCAGGTGTAAAGGGAACATGGGATGGTTGGAACGTAGATTTTAGTAATACATTTGGACAAAATTCATTTAACTATACAATTAATAATACAGGTAATACCAGTTTAAGATTTAATTCTCCGAGTACATTTAACGCTGGAGGATTAAGATTCTTGCAGAATACAATAAACCTGGACTTTAGTAAAAAGTTTGATGTTTTTAACGGGTTAAATTTTGCTTTCGGAGGTGAGCAGAGACACGAGAATTTCCAGATTACTCCGGGGGATCCTACTTCTTATCTAACCTATGATGTTAATGGAAGTCCGGTTACTGATTTTGCAAATCAGGTAAGACCAACAGATTTCTTTGGAAATACATTGCCTGGCGGGTCACAGGTATTTGCTGGATTTAGAGATGTGAATGCAGTAAAAAAGAGCAGAAATTCTTATGCTGCCTATGCAGATGCGGAAGTTAACTTTACCAACTGGTTATTGGTAGACGGAGCCGTACGTTATGAGAATTATTCTGACTTTGGAAATACGGTAAATTTCAAATTAGCTTCCCGTATAAAGCTAACAAAGGATCTTAATTTTAGATTTGCCGGATCTACGGGATTCCGGGCACCATCTATTCACCAGATTTATTATAATACTACTTCTACCTTATTTACTAATGGACAATTATTGGAAGTGGGAACATTTAGCAATGATTCAAAAGTTGCAGGACTTGTTGGGATTCCTAAGTTAAAACAAGAGACCTCTCAATCAGTAAGCGCAGGGTTCACTTATAAAATTCCGGCCTTAAACCTGAACATTACAGCTGATGGCTATTGGATTAAAGTAAAAAACAGAATTGTATTAACAGGACAGTTCACTCGCCCTGCTAATCCGTCTACTCCTGCCCAGGTTGAATTACAACAAGCTTTTGATGCCGCAGGTGTAAACGCAGCTCAGTTCTTTGCTAATGCTATAGATACTGAGACCCGTGGAGTAGATGTTGTAATCAGTCATAACTATAAAACACCTGGTTTCTCTCTGAAAAATGATTTTGCGATTAACCTGAATAAAACAAAAAGAGTAGGAGATATTCATTCATCAGACTTATTGCATAATGCAGGTTTGGATAATGTATATTTTTCTGAAAACTCCCGAATTTATCTGGAGGAAGCGGTACCAAGAGTAAAAGCCAGTCTTGCACATACTTTACAATTTGGTAAGTTAGATGTGTACGTAAGAAACACTTACTATGGTAAAGTTACAGGTGCAGACATAATTGTACAACCAGATACTCACCAGATTATGTCCGACAGAGTAATTACAGATCTTTCTGTAGCTTATGGATTTACAAAAAATATCAGTTTAACACTCGGAGCCAATAATGTATTCGATGTGTATCCTTCCAGAAACCTTCCGGTATCTTCTAATAACGATCAGTTTGTATATACCAGATCTACATCGCAGTTCGGAATGAACGGACGCTATGTCTTTACAAGGCTTAATTTTAATTTCTAATTGATACATTAAAAACCCGCATCAGATTCTGATACGGGTTTTATTTTCTGTTTATTTAGTTTAGAGCTTTTCTGCTTTCCAGGAAAGTACTTTTACTCCGGGTGAGTAGTGGCTGGCAATAACTTTTTCAGCATTTAAATTAATTGCCTCAAAACCATAATTTAAAGATAAATCTGAATGATTAACAGAATGCAATGGCCATTCTGCGTGATGTATCTCATATCTTAAGGTTTTCTGATCTTTGATAAGATATAAACAATATCTCTCAGTTAACCATAAATCGAAAGCTGTTTTGTTCTCTATTCTTTCACGAGGCTCAAAGTTCGCTATGAGAGAGAATCTCTTTTTTGTATTTCTATTGCTATAACTTTCAGTACTGCGTTTGATCTCAGATTTTTCATAAGGCAATCCTGATAATGTTCTTGCTACAAAAGCGGAAAGTTGTTTTTCGGTTTCAATATTAAGAAAATACACGCCCTGCTTATCGTCATTGTTGATATAAGTACGGACATTTATCTCGTAGAAATCTGAAATAAATCCTACTGAAGGAAGATTTCTCGGACGTATTTTTTCCATTTTAAAGGCCACAACAGAGATGTAATATTTTCCTTCGAAGCTATCAATATTTAAATTTTCAGGGACAAGCTTTCTAAGCAAATTGAAATCTACTTCAAAATGCAGGAATAAAGCATCATTCCACTCCTGATAATATTGCCATTTTCCTTTTGGCAGTTCCCAGGGTCTGTGGCGGGTATCCTTGATTAGATTTTGAGTGTGATTCATTTCAGGGTGTCTTTTAATTAGGATAATCCATGTATGATAATTAGCCTTCCTAAAATATCTACAAAATAAAGCGTCTCAATTTTCTGAAACGCTTTATCTATTTACTTTTTTATTTCAATGCCTATCAATGAGGCTTGTTCTATAACAAAAATTCTGGCAGCTTCTTTTTCGTTTGGAATTTCTCCTTCCAGAATAGCTTCTTTCACTTTTTCTTTCAGAATACCAATTTCCTTACCGGGCTTTAAAGAAAACATTTCCATAATTTCTTCTCCCGAGATAGGAGGCTGGAAATTGCGTACATGATCTTTCTCTTCTACTTCCTTTATTTTTTGTTCTACATACTCGAAATTTTTCTTGAAACGTTTCTGTTTGCTCGAATTTTTAGTCGTAATATCAGCTTTACATAAGGTGAAAAGATCTTCAAGGTCCTTTCCTGCGTCAAAGAGAAGTCTTCTTAATGCACTATCTGATGTATCATCCGTAATAAGGGCAATAGGACGGGAAGATAGCTTTACCATTTTTTGTACATACTTCATTTCAGTGCCTAAAGGAAGTTTCAGTCTTTGGAATAGTGTTTTTACCATTTTAGAGCCCAGAAACTCATGACCGTGGAAAGACCATCCTTGTTCAGGTGTGAATTTCTTGGTAGGCGCTTTTCCTACATCATGGAGCAATGCAGCCCAACGCAGCCATAGATTGTCTGTATTTACAGAAATATTGTCTACAACTTCCAGTGTATGATAGAAATTGTCTTTGTGGGTTTGTCCTTCTTTTTCTTCTATCCCCTTAAGAGCTGTGATTTCAGGAAGAATAATATCGAAAAGTCCTGTTTTCTCCAAAAGACTCAATCCTATAGAGGGCTTTTCGGAAAGCATTATTTTGTTGAACTCTGTCATAATGCGTTCCATAGATACAATTTCTATACGCTTAGCTTCCTGCTTAATAGCCTTTAATGAATTGTCTTCAATTCTGAAATTAAGAGTAGACGCAAATCTTATAGCGCGCATCATACGCAAAGGATCATCAGAATAGGTTTGTGATGGTTCCAAAGGGGTGCGAAGAATTTTATCGCTTAAATCCTGCATTCCGTTGAAAGGATCAATCAGTTCTCCGAAATTTTCCTTCCCCAGAGATATTGCCATTGCATTAATAGTAAAATCCCGACGCTTCTGGTCATCTTCCAATGTGCCGACTTCTACCTCCGGATTGCGGCTGTTTTCATTATAACTCTCTTTACGTGCTCCGACAAATTCCAGATCGAGATTTTGGTATTTAATCATAGCTGTACCATAGGTTTTGAAAACAGAAACCTTAGGTTTGGGATTGATATTTTCTGCTACGGTTTCTGCAAGTTTGATTCCGCTGCTCTCCGTTACAAAATCGATATCTGTTGGATCCTTCCGTTGCATAAGCAAATCACGAACATATCCACCTACAATATAAGCAGATTGTGCATTTTTTTCTGCAGCCTCAGAGACCAGTTTGAATATTTTTAAGTGTTTATTTTGGTTAAGATTGATCTTCAAAATATATCTTTTCGTTATTCTCTAATGATTTTTATTTTACCATCCTGACCGATTTTAATCACGGATGATCCTGGGTATTCAGAAACAACATCGTGAAACTCTTCTACAACATAGTCAACCTTTTTCAGAATATCAGAATCTATGTCTGCAAATTTCAGCGGACTTTTGTTGCCACTAAGATTAGCAGAGGTAGATACTAATGGCTTGTTGAGTTTGGAGATAAGTTTCTTACAAAAATCATTTTTTACCAGACGAATTCCTATACTGCCATCCTCTGCTAAAAGCTCTTTTGGTAGGCCTTTAGGATTGTCATAGATAAAGGTAATAGGTTTTTCGCTAAGATCCATCATTTCCCATGCCAGTTCAGGTACTTCTACCAGTTCCTGAAGGCGGCGTTCATTTTCTACAAGGATGATCATAGATTTATTAGCATCACGGTGCTTTATATCGTAGATTTTTTTTATCGCTTCGATATTAGTAGCATCACAGCCAATTCCCCATATCGTATCGGTAGGGTATACAATAGTGCCTCCGGATTTTAGTATGTTGATTATCTGTTCCATTTATTTTTATAGTAGAGACGGGTTTTTGCCCGTCTCTAATGATATTTAATTATAATTTTTTGCCAACGGGCTTATATAGCATTCAGAGCCTGCTCCAAGTCTCGTAAAAGATCTTCGATATCTTCGATACCAGCGCTCAGACGTACAAGATCATCAGTAATACCTAGTTCTGCACGTTTTTCAGCAGGAATAGACGCGTGTGTCATCATTGCAGGGTGATTTGCTAAAGACTCTACACCTCCAAGAGATTCCGCTAATGTGAAAACACGAAGATTTTCCAGGAACTTAACAGAGTCTTCTTTTTTACCGGACTTGAAGGTAAAAGAAACCATTCCGCCAAAGTCTTTCATTTGTTTTTTAGCTAAATCATGTTGTGAATGACTTTCTAATCCTGGATAAAATACTTGTTCAATAGCTGGGTGTTTTTCAAGGAATTGAGCAACTTTGATTCCGTTTTCAGAATGTCTTTGCATTCTCAATGCTAAAGTTTTAATACCTCTTAGTACTAAGTAAGAATCATGTGGACCTAAAATACCTCCGGATGCAAACTGGATGAAGTGTAGTTTTTCTCCTAATTCTTCCGTTTTAGCAACCAACGCTCCTGCAACAACATCAGAGTGACCTCCAAGATATTTAGTAGCAGAATGCATAATGATATCTGCACCTAAATCTAAAGGCTGCTGAAGGTATGGTGATGCAAAAGTATTGTCTACAGCTAAAAGAATATCTTTCCCCTGGATAAGATCTGCAACCGCTTTAATGTCTACCAACTTCATTAAAGGATTAGTTGGTGTTTCCAACCAGATTAGTTTTGTTTTATCATTGATAAGACCAGCTATTTTTGAAACATCATCAAAATTAACGAACGTAAACTTTAACTGATATTTTTCAAAAAGGCGGGTAAACATTCTGTAAGTACCACCATAAAGATCGTCTACAGCAATAACTTCATCACCAGGATTTAATAACTTCAGTACAGAGTCGATAGCAGCAAGACCTGAACCGAAAGCTAAACCTCTGGCTCCGTTTTCTATACTTGCCAGGGCATCTTCTAATGCCTGACGTGTTGGGTTTGCACCACGGGAATATTCATATCCTGCACGTAATTGTCCGGGGCTTTTTTGTGCGAAAGTTGAAGTAAGGAATACCGGTACATTTACAGAACCTGTATGTGGTTCAGCATGTTGGTTTCCATGAATTACTTTAGTATTGAATTTCATTTTTTATTTGTATTTAAAGACCTGCGGCAAAATAGTCTCTTACTACTGTACTTTGGTCAGAATTTCTGATAATTGTTATTTTTCCTTCGTAAGCATACGTTACAACCTCTATTTCCTGAGGTAGTTTTTCAGGAGTTTTAGATGTAAAAGACAGTTTATACTCGTTATTGGCATACTGATCTTCTCCGGTTTCCTTAAGAGTAACAATCTTACCATCTGCTTTTATAAAAGCTTTTTTCAAAGAAAGATCAATATAAACAACATTTAAAGGAGTCCCTTTGATAAAATCTTTCATACTTGGTACCAACTCCATAATAGATTCTCCTTCCATATCATATGGATGTGTACTGCCCTTTAGCATTTCAACAGGAATCTCATCCGGTTTAAAATCCACAATGTTTAATTGCGCCGCCGGAGCTTCAGCTACTTTATCTGTCTTTACAGTATCTTTTTTTGTAGTGATACTATCTTTAGCGTTTATTTCTTTAGTTTCTGTCTTTTTCTGACAGGCAAATAAAGAGAGTATGCTTAGTACTAAAAATGTTTTTTTCATATTAATATTTGGTGTTGGTTTGTGTCTGTTATCCTTTGATTTTTGCAAGAGCAGCAAACTCCTCAGCAAACTCCATTACTTTTTCAGCAACATCTTCTTCGCCGGTAGCTCTTTCATAAGTATGACCTAATGAAACAAGAATCTGATGGAAAAACATCTTCATCTGGTCAACAGGCATTTCTTTTGTCCATAGGTCTATACGTAGCGCTTCATGCTTCTTTTCATCCCATACAGAGATCATGACAGCTTTAGTTTCCTGGTTGTCGATACCTCCGTCCTGAGCATTCCATGTTAGTTTTTCCGGTACGTGATTTTCGTCTAGTTCTACATTGATAGATATCTGTGTTTGTCTCATAATTTCTACAGTCTGTTTAATCCGATTAGTTTCCGAAATTGAATCTGTTATCTGTTTATATTACTGATAAGGAAAATAAAACCTTACCAAAAGGAAAAACAGATATAAAAGTTTTCGAAAAACTTCTTTACTTTTACATTATATTTTAATGTGCAAAAATAATAAATTCTAAGGACAAAGTGCAGTTAGAAACCAACCGATTAATAATGAGACCATTTGAAGAAACAGATACAGAAGGTCTCTTTCTTTTAGACTCTAATCCCGAAGTGATGAAGTACGTCGGTGGTGTAGTCTCTACAGAAATTGGACATAGCCGTAAAATGATTGAATTTATACAAAAACAGTATAAAGAAAATGGTGTAGGAAGACTTGCGGTAATCGAGAAAAGCAGCAATCTCTTTATTGGATGGAGTGGGCTAAAATATCTGACGAGTGAGATAAACGGTATGAAGAATGTTTATGAATTAGGATATCGTTTTTTGCCGGAATACTGGGGAAAAGGTTATGCCACAGAGACGGCGATAACAGCCTTGAATTATGCATTTGATAGCATAAAAACAGACATCGTATATGCAATGGCAGTTACCGAAAATACAGGATCTAATCGTGTTCTGCGGAAGTTAGGCTTTGAGGAGCTGGGAACTTTCTTGGACAACGGTGATCTGTGTTACTGGTATAAGCTAGAGAGAGAAAATTACAAACAGAACTAAATAAAATATGCAATCAGAAAAAGTTATAGAACATATTGTAGCATGGCTGAAGAACTATGCGGAAAAAGCAGGCATGAAAGGTTTCGTAGTCGGAGTATCCGGCGGAATTGATTCGGCAGTAGTTTCTACGCTAGCAGCGATGACAGGTATGAAAACTTTGGTTTTAGAAATGCCTATCCGTCAGAAAGAAGATCAGGTGAACCGAGCTCAGGAGCATATTGATTTTCTGAAAAATAAATTTCCTAATGTAGATGGTTTTAGAGTAGATCTTACCCCTACATTCGATACTTTTCAGAGTCAGATAGATGTAAATGATGCAGATTTTCCAAATGAGCAGCTGGCTTTAGCCAATTCCCGTTCCCGTTTGCGTATGATTACTTTATACTATTACGGGCAGATTCATAATCTTTTAGTTACCGGTACAGGAAATAAAATTGAAGATTTCGGTGTAGGTTTTTTTACTAAGTATGGTGATGGCGGGGTAGATATCAGTCCGATTGCAGATCTGGTAAAAACACAGGTATATGAAGTAGCAAGACATCTGGATATTGTAGAAAGTATACAAAAAGCAATTCCTACAGATGGATTATGGGATGAAGAAAGAACTGATGAACAACAAATGGGAGCTTCTTATCCTGAATTGGAATGGGCAATGAGTGTTTATAATACCCATAAAGCTGATGATTTTTCGGGGAGAGAAAAAGAAGTTTTTCAGATTTATGATAAATTGCACAGAGCAACTCTGCATAAAATAAATCCGATACCAGTCTGTGAAATTCCGGAAACATTATTGAATTAA

Protein sequences of DBSCAN-SWA_3

>NZ_CP023746|192205:205629|204837_205629_+|WP_034871057.1|DBSCAN-SWA
MQSEKVIEHIVAWLKNYAEKAGMKGFVVGVSGGIDSAVVSTLAAMTGMKTLVLEMPIRQKEDQVNRAQEHIDFLKNKFPNVDGFRVDLTPTFDTFQSQIDVNDADFPNEQLALANSRSRLRMITLYYYGQIHNLLVTGTGNKIEDFGVGFFTKYGDGGVDISPIADLVKTQVYEVARHLDIVESIQKAIPTDGLWDEERTDEQQMGASYPELEWAMSVYNTHKADDFSGREKEVFQIYDKLHRATLHKINPIPVCEIPETLLN
>NZ_CP023746|192205:205629|202063_203212_-|WP_078702417.1|DBSCAN-SWA
MKFNTKVIHGNQHAEPHTGSVNVPVFLTSTFAQKSPGQLRAGYEYSRGANPTRQALEDALASIENGARGLAFGSGLAAIDSVLKLLNPGDEVIAVDDLYGGTYRMFTRLFEKYQLKFTFVNFDDVSKIAGLINDKTKLIWLETPTNPLMKLVDIKAVADLIQGKDILLAVDNTFASPYLQQPLDLGADIIMHSATKYLGGHSDVVAGALVAKTEELGEKLHFIQFASGGILGPHDSYLVLRGIKTLALRMQRHSENGIKVAQFLEKHPAIEQVFYPGLESHSQHDLAKKQMKDFGGMVSFTFKSGKKEDSVKFLENLRVFTLAESLGGVESLANHPAMMTHASIPAEKRAELGITDDLVRLSAGIEDIEDLLRDLEQALNAI
>NZ_CP023746|192205:205629|199180_199903_-|WP_078702415.1|DBSCAN-SWA
MNHTQNLIKDTRHRPWELPKGKWQYYQEWNDALFLHFEVDFNLLRKLVPENLNIDSFEGKYYISVVAFKMEKIRPRNLPSVGFISDFYEINVRTYINNDDKQGVYFLNIETEKQLSAFVARTLSGLPYEKSEIKRSTESYSNRNTKKRFSLIANFEPRERIENKTAFDLWLTERYCLYLIKDQKTLRYEIHHAEWPLHSVNHSDLSLNYGFEAINLNAEKVIASHYSPGVKVLSWKAEKL
>NZ_CP023746|192205:205629|195590_196124_+|WP_034871064.1|DBSCAN-SWA
MKRIILFFSILFISFGYSQVKWMTMTDAMDAMKKKPKKILIDFYADWCGPCKMMDNQTYTNPIISKFINDNFYPVKFNAEGKEKLFFNGRDFDNPNFKKTPGRGVQHEFARFMNIYSYPSTVFMDEDYMQITNLMGFFTPKEMEPYLSLISTEAYKTIKTRDEWDRFQSKFKSKIKE
>NZ_CP023746|192205:205629|194043_195558_+|WP_078702413.1|DBSCAN-SWA
MSLTLEQIQDFKGKYPRQIWSLFFSEMWERFCFYGMRGMLVFFMIHQLNFAEVQANLQYGATQAFVYAFTFVGGLFADKILGFRKSLFWGGSLMIVGSILLAIDPHKFFFFGLAFIIIGTGFFKPNISTMVGELYKDGDHRTDAGFSLFYAGINLGAFLGGYVCVAIGKGYMLSSVIEEPHRWNVAFGLAAIGMLASLINFNFTKRRLGPIGLQPGHPDAIVKTKPLPKWAEYAVYGGTLLFIPLIQIMVSKTEYTDYFMYTIGPLTLIYLFYEITKVTVAERKKLIAALVFIIFSIIFWGIYEQSGGSMSIFAAKNLNDSLLGVTADPNGVNNSGGAFFIILLAPLFGLLWLWLGKKRVEPNTIIKFGLGFIFLGLGYYVLFATRFFSVNGVSSLNIFTLALLVITFGELCLSPIGLSIMTKLSPARLQGIMMGMWFLASAYGQYVAGLIGAGMAQAKENAGPAESLMTYTEGYKMLGVYALIAGVVLILISPLVKKLMQEVR
>NZ_CP023746|192205:205629|201443_201992_-|WP_034871061.1|DBSCAN-SWA
MEQIINILKSGGTIVYPTDTIWGIGCDATNIEAIKKIYDIKHRDANKSMIILVENERRLQELVEVPELAWEMMDLSEKPITFIYDNPKGLPKELLAEDGSIGIRLVKNDFCKKLISKLNKPLVSTSANLSGNKSPLKFADIDSDILKKVDYVVEEFHDVVSEYPGSSVIKIGQDGKIKIIRE
>NZ_CP023746|192205:205629|196357_199120_+|WP_078702414.1|DBSCAN-SWA
MIKKNILTEKKSRVVLTASVLFFVGFGQVYGQETKKDSLKDKSIDEVVIVGSRSGGRSKADSPVPVDVFNLKEASLVLPQTNINQILNAVAPSFTSTVQTNADGTDHLDPAQLRGLGPDQVLVLVNGKRRHTSALINVNGSPGRGTVGTDLNAIPSFALSRIEVLRDGASAQYGSDAIAGVMNLQLKRDTGKLTGQISYGGYLTDAAKNHTGNWDGDQIQVDLNYGAKVGKKGGFVNVTFSSQYRNPTFRAGVESGNIYNAYNAIEKRAAEGGVNLSSYYSNINQIKGTPNEQQFVGLVHQYAQKVGYFDNAYQQQIQNAGSITALQGLLGGNYTDQELAYRGQDRRDFNMWVGQSKLNNNQIFVNAEIPLDDNWKVYTFGGYGYRYGTSGGFYRRPNQSRTFTGLYLDGYLPKINTDIHDVSLSAGVKGTWDGWNVDFSNTFGQNSFNYTINNTGNTSLRFNSPSTFNAGGLRFLQNTINLDFSKKFDVFNGLNFAFGGEQRHENFQITPGDPTSYLTYDVNGSPVTDFANQVRPTDFFGNTLPGGSQVFAGFRDVNAVKKSRNSYAAYADAEVNFTNWLLVDGAVRYENYSDFGNTVNFKLASRIKLTKDLNFRFAGSTGFRAPSIHQIYYNTTSTLFTNGQLLEVGTFSNDSKVAGLVGIPKLKQETSQSVSAGFTYKIPALNLNITADGYWIKVKNRIVLTGQFTRPANPSTPAQVELQQAFDAAGVNAAQFFANAIDTETRGVDVVISHNYKTPGFSLKNDFAINLNKTKRVGDIHSSDLLHNAGLDNVYFSENSRIYLEEAVPRVKASLAHTLQFGKLDVYVRNTYYGKVTGADIIVQPDTHQIMSDRVITDLSVAYGFTKNISLTLGANNVFDVYPSRNLPVSSNNDQFVYTRSTSQFGMNGRYVFTRLNFNF
>NZ_CP023746|192205:205629|192205_193915_+|WP_078702412.1|DBSCAN-SWA
METVQSQSRHPKGLWVLFGTEMWERFNFYGMRAILTLFMVHALMLGESNASIIYGGFLALCYLTPLLGGFISDKYLGNRNCIILGGSLMAIGQLLLFYSACIFDTGLESSKSVFWLGLLVIIFGNGFFKPNISSMVGSLYPPQEKTKLDSAFTIFYMGINIGALLSQYFVPMFADVVVDGKQDVFAFKWGYLMAGIAMVLGTVLFFILKNKYVVTPEGKPIGGVPSKNAAEGEVIEQAKFTGSSLAVFLVLLVALFFGFRYLLVDEIFFSSFEIGTLVKGIIYPIIYASGISLAVLILLDKTLTKVETQRILVIYIISFFIIFFWAAFEQAGSSLTFIASNQTDRTFLFGWQMPASMVQIFNGIFVVLLAVPFSLLWDKLRAAGKEPVSPLKQAFGLALIALSYFIIAHNVKDLGSSGLLAIKWLILLYFIQTCGELCLSPIGLSLVGKLAPKRFASLLYGVFFISNAAGYALAGILGSILPATGDKFKKAQELGVNLQDVLDKKVTLTAEQTDLLTKNQIPLENHTFAGFEIHNLFEFFMVFVVLCGIASVVLALISPLLKKMMNGIK
>NZ_CP023746|192205:205629|203225_203765_-|WP_078702513.1|DBSCAN-SWA
MKKTFLVLSILSLFACQKKTETKEINAKDSITTKKDTVKTDKVAEAPAAQLNIVDFKPDEIPVEMLKGSTHPYDMEGESIMELVPSMKDFIKGTPLNVVYIDLSLKKAFIKADGKIVTLKETGEDQYANNEYKLSFTSKTPEKLPQEIEVVTYAYEGKITIIRNSDQSTVVRDYFAAGL
>NZ_CP023746|192205:205629|204326_204830_+|WP_078702418.1|DBSCAN-SWA
MRPFEETDTEGLFLLDSNPEVMKYVGGVVSTEIGHSRKMIEFIQKQYKENGVGRLAVIEKSSNLFIGWSGLKYLTSEINGMKNVYELGYRFLPEYWGKGYATETAITALNYAFDSIKTDIVYAMAVTENTGSNRVLRKLGFEELGTFLDNGDLCYWYKLERENYKQN
>NZ_CP023746|192205:205629|203793_204120_-|WP_034871059.1|DBSCAN-SWA
MRQTQISINVELDENHVPEKLTWNAQDGGIDNQETKAVMISVWDEKKHEALRIDLWTKEMPVDQMKMFFHQILVSLGHTYERATGEEDVAEKVMEFAEEFAALAKIKG
>NZ_CP023746|192205:205629|200004_201429_-|WP_078702416.1|DBSCAN-SWA
MKINLNQNKHLKIFKLVSEAAEKNAQSAYIVGGYVRDLLMQRKDPTDIDFVTESSGIKLAETVAENINPKPKVSVFKTYGTAMIKYQNLDLEFVGARKESYNENSRNPEVEVGTLEDDQKRRDFTINAMAISLGKENFGELIDPFNGMQDLSDKILRTPLEPSQTYSDDPLRMMRAIRFASTLNFRIEDNSLKAIKQEAKRIEIVSMERIMTEFNKIMLSEKPSIGLSLLEKTGLFDIILPEITALKGIEEKEGQTHKDNFYHTLEVVDNISVNTDNLWLRWAALLHDVGKAPTKKFTPEQGWSFHGHEFLGSKMVKTLFQRLKLPLGTEMKYVQKMVKLSSRPIALITDDTSDSALRRLLFDAGKDLEDLFTLCKADITTKNSSKQKRFKKNFEYVEQKIKEVEEKDHVRNFQPPISGEEIMEMFSLKPGKEIGILKEKVKEAILEGEIPNEKEAARIFVIEQASLIGIEIKK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_078702412.1|192205_193915_+	peptide MFS transporter	A0A0P0IY73	Acinetobacter_phage	1.6e-48	30.1
WP_078702413.1|194043_195558_+	peptide MFS transporter	A0A0P0IY73	Acinetobacter_phage	1.3e-54	32.4
WP_034871064.1|195590_196124_+	thioredoxin family protein	NA	NA	NA	NA
WP_078702414.1|196357_199120_+	TonB-dependent receptor	A0A0P0I887	Acinetobacter_phage	4.8e-10	34.8
WP_078702415.1|199180_199903_-	DUF2071 domain-containing protein	NA	NA	NA	NA
WP_078702416.1|200004_201429_-	HD domain-containing protein	H7BUW3	unidentified_phage	1.1e-26	27.1
WP_034871061.1|201443_201992_-	threonylcarbamoyl-AMP synthase	S4VW33	Pandoravirus	2.9e-07	29.2
WP_078702417.1|202063_203212_-	cystathionine gamma-synthase	A0A0B5JD48	Pandoravirus	5.8e-26	33.0
WP_078702513.1|203225_203765_-	hypothetical protein	NA	NA	NA	NA
WP_034871059.1|203793_204120_-	gliding motility protein GldC	NA	NA	NA	NA
WP_078702418.1|204326_204830_+	GNAT family N-acetyltransferase	G9BWD5	Planktothrix_phage	7.1e-13	33.8
WP_034871057.1|204837_205629_+	NAD(+) synthase	M1IPF8	Pelagibacter_phage	5.5e-60	51.8

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_CP023746|2434010:2445846|DBSCAN-SWA
TATGCCTTTAAAAGCGGTACTTTTTGATATGGATGGGGTTATTGTAGATACTGAACCATTACATCGAAAAGCTTATTTCAAAATGTTTGATGAATTCGGAATTAATGTGAGTGAAGAGCTTTTTACTTCCTTTACCGGAAAAACGACACTGAGTGTTTGCCAGGAACTTATCACTCTTTTCAATCTGAATCACACGCCACAAGAGCTGACTGATAAAAAAAGGATAAACTTTAAGTATCTTTTTGATAACGATCCTGATTTTGATCTTATTCCCGGAGTCAGAAATCTTATTGAAAATTATCATCAGAATGGTGTAAAAATGGTACTAGCCTCTTCGGCCAGTATGAACACGATTAAATGGGTATTCGAAAGATTTGATCTGGAAAAATATTTTGCAGGAAAAATTAGTGGTGCTGATCTGAAGCAATCTAAACCTCATCCGGAAATTTTCGAACTGGCAGCCGGAATGTCAGGTGAAGAAAAAAATAATTGCATTGTTATAGAAGATTCTACTAACGGAATACAAGCAGCCTATTCTGCTGATATTTTTTGTGTGGCTTATAAAAGTATACATTCAGAAAATCAAAAGTATGACAAAGCTCAAAAGATTATCTCTGATTACAATGAGATTCACTATGAAACATCCACAGAATGGTTTAAATAAAAAAAGCTGCCAATTGGCAGCTTTTTTATTTAGTATCCTAATAGTCGTAAAACGTCATCAGGTGTTTGTTCCTCACGGAAAACTGAATAAGTATAATTTCCGTTCTCGTCTTTATCAATGAGCACATGTTTAGGCTGCGGCATCAGACAGTGGTGAACTCCACCATACCCACTAATCGTTTCCTGATATGCTCCTGTATTAAAGAAACCAATATATAGAGGCTTTGTATCTGTAAATACAGGCAGGTAAATAGCATTGGTATGCTGTTCCGAATTATAATAATCGTCGGAGTCACAAGTAAGTCCTCCCAGGAAAACTCTCTCGTAAGTATCGTCCCAACGGTTAAGTGGCAACATAATAAAGTGTCTGGAGATCGCCCATGTATCTGGCAGTGTAGTCATAAATGAACTATCGATCATATTCCATTTCTCTCTGTCGTTCTGACGCTTCTGGCTAATGATCTGATAAAGATTACCTCCACTTTCACCAACAGTAAACGACCCGAACTCTGTATAGATATTTGGTTCTTCTACTCCTTCCTCTTCACAGAATTTTTTAATCTGTAATACAATTTCGTTTACCATGTATTCGTAATCGTAATCGAAATTTAAAGAAGTTTTAATTGGGAAACCGCCTCCGATATTCAGAGAGTCAACTTCCGGTGCAATTTTTTTCAGACGCGCATACACACGAAGACACTTGAACAATTCATTCCAGTAATAAGAAGTATCTTTAATACCTGTATTAATGAAGAAATGTAGCATCTTCAGTCTAGCATTAGGGTGTTCCGCAATTTTCTGACTGTAATACGGGATAATATCTTTATACCCGATGCCTAAACGCGAAGTATAGAATTCGAATTTTGGTTCTTCCTCGGAAGCAATACGAATTCCAATATTGAAAGTAGTATCTATACTTTCAGTTAGTTTGTCCAATTCACGGTAATTATCCAGAATCGGAGTAATATTTTCAAATCCTGAGTTAATCAGATCTGCAATTTTCACCAGATAATCATCTGTCTTAAATCCGTTACAGATTACTTCTACATTTTCCTTTACTTTTCCTTTTTCATAAAGTCTTTTAACGATGTCTATATCGTAAGCTGAGGAAGTTTCAATGCTGATATCATTTTTTAGTGCTTCTTCTAATACGAAGGCAAAATGACTGGATTTCGTACAATAACAGTAACGGTACTTGTTTTTATATTCGTGGGTTTCTATGGCTTCTGCAAACCATTTTTTTGCCCGCTGAATATTTTCAGAGATTTTAGGAAGATAATTAAACTTCAAAGGTGTCCCGAATTTTTCCACTAATTCCATTAAAGGAATTCCGTGAAATTTAAGTTGGTGATTGTCCACCTGAAACTCTTCTTGCGGGAAATACAAGGTCTGATCTATAAGTTCAGAATACTTTATTTTCATTCTTTACAATGGGGGTTTAAATAACATAAAATAAAATCGATTTTTCGAGCGACAAAATTGCTAAAAATTAATGGATTTTGAAAGCAGTTTTTTTGAATAGGGAGTTAAAGATGTAGAAGTATGAAAAAAATAAAAAAGAGAAGATGCAAATTCTTCTCTTTTAATCGGTATTTATTTTGTAATGTATTATTTACCAATAAATAGCAATATTGCTCCATCACTGTAAGAACAAGTAAAAGTATCTTCCACAGCAAAGTTACGGGTTCCTATTCTGCCTGTCATATTTAATTCTTCACCAAAGAGAGGCCAGTTAAGCCCTTTTGTTATTACATTCTCCGCAACAGGATATGGCACTAGTGAAATGATTTTCCCTAATACATTCTGAGCTTCGAATTCATTCGGAATAAAGAAATATTTTGAATATTCGTCGTAAAAAGTAATCTCCATTTTATTCCTAAATAAGTATGCTACCGTAAGATTTCCCAAATAATGATCCTGCTCACCACCACTTCCGCCATAAACATCTACCTCATAAAAACCTTTTTCAAGAATTATTTCTAAAGCTTTGTGAAAATCTGTTTTATTCTGGTCCGGTGTATGGATTAGTTTTTCAGAAACAATTTTTTCGTTCTCTTCATACGAATCGAAATCACCTGAAATAAAATCTAACAGATCTAAAGGAAAATTCTTTTCTCTTAAATAATGAAATGCACCATCGGTACATGCAATAAGATCATAATCTTTGATTTCCGGAGTATTTTTAGGAGGATCACCATTTATGAAGAGTAATGCTTTCATTTACAAACAAAAATTAACTTAGTCTTAATTATACTTTTTCAGATCTGATTATCTTGCGTTAGGATTCCAGTATTCTTCCTGCTCATTATCCAACATGGAAACATAGCGCGCCAAAACAAATAAATAATCGGATAGTCGGTTAAGATATTTAATAAGTTCTGGACGCACTTCTTCAGTTTCATTCAAAAATACCATTCCGCGTTCTGCCCGTCTGCAAATTGTTCTGGCAGCATGAAGAAATGTCGCAGCTTTTCCACCACCAGGCAAAATAAAAAACTGTAAAGGTTCCAGACTTTCATCCATCTTATCCATCCATACTTCAAGCTTGCTGATATCTTCTTCTTTTATTGTTACAGGTAGGCGAGACTTTCCGTTTGCCAGATATACTTTATCTATCGGTGTTGCAGCCTCAGATCCTAATGTAAAAAGATCATATTGTATTTCTGCGAGTTGTTTCAGGCAGTCACTATCATCGATATGGCTTTTAGCTATTCCAATAAAAGCATTTAATTCGTCAATGGTACCATAAGCATCTACCCTTGCACTAGCCTTAGAAACACGAGTTCCACCATATAAAGCGGTTTCTCCTTTATCTCCTGTTTTGGTATATATTTTAAAAGTCATATTGGTTTTTATTTTATTAATAATAATTATCCTGAAAAAACAAATTTACAAATTCACCTCAACAATTTACTCTTTATAGGTCTTTACTAAGCGATCAAGGTTAAGGCTTCTTGCAGAAGCATCGAATATTTCTTTGTAAACACCTTCTTGTTCATAGAGTTGCTCATGTGTACCACTTTCAACAACGCGGCCTTTTTTCATTACATAAATTTTATCTGAATCCAGGATCTGTGATAATGAATGGGAAATAATAATTACTGTTCTGTTTTCTTTAATAGCATCCAGACTATTTTTAATCTGCTCTGTTGCGATTGCATCTAAACTTGCAGTTGGCTCATCCAGAAAAATAATAGGTGGATTTTTCAGGAATAATCTTGCTATCGCAATCCTTTGTTGCTGTCCTCCACTTAGCTGTGTAGCATCATGTTGATAGCCTTCCGGCAGATCCAGAATCTGATCATGGAGATAAGCTTTTTTTGCAGCCTCTTCTATTTGTTCAAAAGAAGCATTCATATCACCATACCGAATATTGTCTTCTATTGTTCCTTTAAAAATATGGTTCTTTTGTAAAACCAATCCGATATGACTTCTTAGAAACTCATTTTCGTAATCATTCAAATTCTTTCCGTCTAAAAGTATTTCTCCTTTATTGGGTAAATAAAATTTACACAAAAGATTGATTACAGTACTCTTTCCAGCTCCGCTTAGCCCGACTAAAGCAGTTGTTTTACCAGCTTCAATCTTCATATTAATATCATATAAGGCACGGGTTCCGTTTGGATAAGCAAAGTCTACATTCTGTAAATCGAAGGTTCCTTTTATCTTTATACCTTCTATATTACCATTAGGCTCTGTTTCATCATCAGCATTTAAGATTTCAAAATAACCTTCTGCATAAATAAGAGCATCATTCATCTCGTCATAAATACGATGAAGCTGGCGGATAGGTGCTGATACGTTATTAAAAAGCATAATATGCAGCATAATGGCACCTATTGTCATTTTCTGATCCAGAACAAGGTAAACTGTCAAAAGAATAATAAGTACAACTCCTATCTGCTCTAAAAAGGTTTTGAGTCCATCATAGAAAAAATTGGTGCGGCGTGTGTACATCTGACTGTCCATAAGCTGCATCTGAAGATCAAACTGTTTCTTACCTTCAAATTTCTCCCGGACAAAGCTTTTAATAACCATAATGGAATTAATCAGATTGAGCAGCCCATTAGTTTTTTGCTCGCGCTGAGTACGCAGTTGTCTTCGCACACCTTGTAATTTCTTGGCCTGCAAAATACTTACATAGAAATAAATGGGTATAATAACAGTCGATACTAAACCTACATACACATTCTGCATGTACATGATGATTAATGCTATAATAGCATTGGAAAATAGAGGTAGAATATCGATAAAGAAATTCTGAACTAAACGCGTTAAACTCTCAATCCCCCGATCAATACGAATTTGCAGCTTCCCGCTTTCATGGTTTTCGTCATTATAATAAGCTATTCTATAGGTTAAAATCTTATCAATAGCAGCCTGAGCCAGATCGCTACTAACATTTATTCTGATTTTCTCTCCATAAAACTTTTGCCCAAACTGAATAAAAATATTGGCAAGTTCTTTTCCTAAAAGAATCACACTAATGACAACCAAAACATGAATTCCTTCCTGCATTGGATGGGCAAGGTGCGTTAGTTTGGAAACCTCATCTACTGTATACTTAAGAACAACGGGATTCACCTGAGCTGCTAAAGCACCCAGAAAGGTAAGAATTAACGTCCCATATATCATCAACCTATATGGCTTGATAAATGGACGTAATTGTTGATAAATATGAATAAGATTGAGTGTCCTTGTGAATTTTTTTGCCATAAAATCTTCTAAGCCACTCGAAGATACGGATTAAAACTTTTCGAATCTAAAGTTTTCTCCAAGATATGCCTGACGTACTTCAGGGTCATTTGCAAGATCCTCCGGAATCCCTTCTTTCAGGATTTTTCCCTCAAACATAATATAGGTTTTATGGGTAATAGCAAGAGTTTGCTGTACATTGTGGTCAGTGATCAGAATACCAATATTTTTATCCACCAAAGAACGTACAATCTTCTGAATATCTTCTACTGCAATAGGGTCTACCCCTGCAAAAGGCTCATCTAATAGAATAAAGCTCGGATTTGTAGCCAAACATCGTGCAATTTCGGTTCTACGTCGTTCCCCACCTGATAATAAATCCCCTCGGTTTTTACGAACATGCTCCAAAGAAAACTCTTCGATTAACTCATTGCATTTCTTTTTCTGCTCCTGCTTAGATAGTTTAGTCAGCTGCAATACCCCCATAATATTATCTTCAACAGATAACTTTCTGAAGATTGAAGCTTCCTGAGCCAAATAGCCAATTCCTTTCTGAGCTCTGCGGTACATAGCATCTGAAGTAATTTCATGGTCGTCCAGCCATATTTTTCCGGAAGTAGGCTTTACCAAACCTACAATCATGTAGAAAGATGTTGTTTTACCAGCTCCATTCGGACCTAACAATCCGACAATCTCTCCTTGTCGAACTTCCACAGACACTCCCTTTACTACTTTTTTGGGACCATATTCTTTAATCAGATTTTCTCCGCGTAGAATCATTTGCTATAATTAATTGAACAAAGATAGAGAAAATTGTGATGTTGTCTGTTTGTGAATTTGAGTAATCCTTATTTTATCTTCACTACAAATAATTTTTATAAAAAAAGCAGACTAAAAGTCTGCTTTATATCTCTATTTATTTTTTATCAAATTCTTTAGATAAGTTCCGTAGCCACTCTTCCCGTATTTTTGCGCGGTCTCCAGAAGTTTTTCTTCATTAATAAATCCATTGTGAAAAGCAATTTCTTCAATGCATCCTATTTTAAAGCCCTGACGCTTTTCAATAACACTTACAAACTCAGAAGCTTCTTGTAAAGAGTCAAATGTTCCAGTGTCCAACCAAGCAGTTCCTCTGTCTAACACACCAACTTCTAATTTACCTTGTTGTAAATAGATATTATTAACATCTGTAATTTCCAGTTCTCCACGTGGAGAAGGCTTTATATTTTTAGCTATTTCTACAACATTATTATCATAGAAATATAAGCCTGGTACTGCATAATTAGATTTAGGTTTTAAGGGCTTTTCTTCTATTGATAAAGCTTTAAAATTATCATCAAATTCAACCACACCATAACGCTCCGGGTCTGCCACATGATATGCAAATACAACTCCCCCGTTTGGATCAGTTTTATGCTTTAGCATTCTCCCCATACCATTTCCATAGAAAATGTTATCGCCTAAAACTAAAGCGGCAGCATCATTTCCGATAAACTGCTCACCCAAAATAAATGCCTGTGCCAGTCCATCCGGACTTGGTTGTACTACATATTCTATATTACATCCTATCTGTGATCCATCTCCTAAGAGCTTTACAAATCCTACCTGATCGTGTGGAGTTGTAATGATTAGTATATCTTTAATACCCGCTAAAAGTAGTGTTGATAAAGGATAATAAATCATTGGTTTATCATAAACAGGCATTAGCTGTTTACTTACGGCAATCGTCAATGGATATAATCGTGTTCCGGATCCTCCGGCTAGAATAATTCCTTTCATCTAATCTCAGATTTTGTGGATTTGCTTTCTTTTTCTATACCTATGAATATTGATTTTCATAGTATTTTTGGTAATCTCCGGATGTTACATTTTCTAACCACTCCTTATTATCCAAATACCAATCAATTGTTTTAGATAATCCTTCCTCAAATGTCACTGAAGGCTTCCATCCTAAATCCTGATTAAGTTTTGTTGCATCAATTGCATAACGTTTATCATGCCCCGGGCGGTCTTTAACAAATGTGATAAGCTTTTCAGAATGACCTTCTGGTTTACCTAATTTAGCATCCAATTGCTTTATGAGTTCTTTCACCAAATCAATATTCTGCCACTCGTTAAAACCTCCTATATTATAAGTTTCTCCGGTTTTTGCTTCATTAAATATCTGATGAATTGCTCTGGCATGATCTATTACATATAACCAATCTCTTGTATATTTTCCATCTCCGTAAATTGGCAATGGCTTTTCATTTAAGATATTAGAGATACACAGTGGAATCAACTTCTCAGGGAAGTGGTTTGGTCCATAATTATTGGAACAGTTAGAAACTATAAATGGCATTCCATAAGTATTGCCATAAGCTCTTACCAAATGATCTGATGCTGCTTTTGAAGCTGAATAAGGTGACTGAGGATCATAAGCCGTTGTTTCTAAAAAGAAACCAGTTTCACCTAAACTTCCATACACTTCGTCTGTAGAAACATGATAAAAAAGATTTATTCGTGGTTCATCCGGGAACCTGCCATGTGTGTGTTCAGGATTTAATGTCCAGAATTCACGACACAAATTCAGTAAGTTTGCTGTTCCTATAACATTTGTATTGATAAATGCATTCGGATCTGTAATACTTCTGTCTACATGACTTTCTGCTGCCAAATGTACTACAGCATCCGGATTGTATTTTTCAAAAACCCTTCTTAATTCTTCAGGCTTTGTAATATCCACTTTTTCGAAAACATAATTAGGAGAGTTTTCAATATCTTTCAGATTTTCAAGATTTCCTGCATAGGTTAATGCATCCAAATTGATAATAGTAATCTCAGGATTTTTTGTCACAAATTCTCTTACAACATGAGACCCAATAAAACCTGCACCTCCAGTAATTATTATATTCTTCATAGTATGTTTAGTAGTTTTTATCTTTAAAAGACGGAGCATTCTGATCTTTTTCTGATAATATCATGTCTGCCTCTCCAATTTTCCAGTCAATATTAAGATCAGAATCATTGAACTTAACACTTCCTTCAGATTCTTTGTTATAAAAATTATCACATTTATAGGAAAAAACTGCAGCTTCACTTAGTACTACGAAACCATGGGCAAAACCTCTGGGTACATAAAACTGTAATTTATTTTCTGCAGAAAGTTCCATTCCATACCATTTTCCGAATGTTTCCGAATTCTCCCGCAGATCTACCGCAACATCCCAAACTCTTCCTTCAAGACACGATACTAATTTTGCCTGAGCATGCTCTCCTTTTTGTAAATGCAATCCCCTTAAGACGCCATATGAAGATTTTGAGATATTATCCTGAACAAAATGTCCATTTAATCCTGTTAATTCTTCAAATTTACCCTCATTGTATTTTTCAAAAAAATATCCTCTTTCATCTTCAAAGACAGTAGGTTCAATAATATAACAATCCTTTAAGGGAGTCTCTACTAATTTCATAATTACTTATTAGCTTCTTGCTTTTTAAGTTCTTGTTCATAAACTGCTTTTTTCAGTGCAGTGCTTGAAAAACGATGATCTCTTTTATTATAATAAATTTCTATCCCTTTTTGCTCACAATAATCTTTTCCTGTAAAGTTTGTATCCCTGTAGTCGTCTCCTATAATACGTACATCTATCACAAAGGACTTTAAGATGTCTAATAAATCTTCCTCTGTATTATATGGGATAATTTCATCTACTGAACGACATGCTTTTAGCTGAATATAACGTTCCACAATGCTTTGTGTAGGTTTATTTTTATTTGGCCTGTCAAGAGTTGGATCTAATTGCAACCCTACTATAAGATAATCACATACAGTTTTAGCTTCCTCCAACATTTTTATATGTCCAGCATGTAATAAATCAAAAGCGGAAAAAGTAATTCCTATTTTTTGTGTTTTCATTTTTATCTATTATTTTGTAAAATGTAATGAGCAAAAGTACATATTAAATTAAGAAAAGCAAATCGATTTTTTTCTCCTTTTACTCCCGATTATTCTATTTATTCTCCTTAATTACGGTTTCCCGTAATTGTAATTAAAAAAAATGATATACTTTTGAAGCAACATCGAATCACAATTTATAAAGCTTTTCCATAATTATAATAAATTAGGAAAAGCTTTTATTGTTAAAATTTTGAAATTTACTAAAAAACTGTATTTCTTCTAATTACTTGGTTAGGTTCAACAGTCTTATTTTCTGTAATATAAGCCTCCCCTCCAATATAAGAATTAGGATATATTGATACAAAATTTTCAATTACAACATCATGGTCTATTGTAGTATTTGCATTAATTATAGCATGCTTTCCAATTTTTGTTCCAGCCTGTAAAACAGCATTTGCAAGAATTACAGTTCCTTCCCCAATTTCTATATTATCTGCCAATATAGCATTAGGATGAACTAATGTAGCAAACTCATGCATTATCCCTAAGGAGATCTTCTTTCTAATCTCATTATTACCTATACAAATAATCATTTTTGCCTGTGGAAAAATATGTGGATTATAAACATTTTTTTCATCAAATATTTCCAATACTTTCCCACCTAGTTTTACAATGAGATCCTGAATAACTCTGGAATGACCTCCATTACCATATAAAACAAATTCCTGCATTTCTTAAAGATTATAAGTCTTTATTAGATTTTGCTTTATTCCAAGATATATTATACTACCTGAAATTATAATTCCTCCTGATAATAAAAACTGATTGTTTAAAGATAATGTTGTTGCCCATATTACAATGCCCCCAATAAACAATTGTATCAATCCATAAATTGCAGACACAATCAATTTATCAGTCTTATTTTCATTGGCTAAGTATTGATATAAATGACTGCGGTGAGCTTTAAAAATGTTTTCCCGCTTAATTAATCTTCTGATAATTGTCCATATTGCATCTAATCCATATACTGTTAAAAACAACAGGTATATAATATTTCCTGTTTTCATAATAAGCTGACATAAAAGAAACACAATAATAAAAGCAATACTTACACTGCCAACATCTCCTGCAAAACATTTGGCCCGTTGTCTGAAATTAAAAAATCCAAAGACAAGTGTAGCAATAATACTATAATATATTAAATTTTCATCTATAAAATTTATTCTTTGATTAACTATAGCTAATAGAATCAGAACAACCAAGCTATAACACGCTGTAATCCCATTAATCCCATCCATAAAGTTATAAGCATTAATAATTCCGATAGTTAATACCAATGATATTACAGGAATAAACCATGCATAAGAAAAAAGTCCTATTTGCATGAACATTAGTACTACACTTACTAAGTGTAGTAGTAACCGAATCTTATTAGACAATGTAAATATATCATCCAAAAAACTTATTAAGGCCATTAGAGTAAGTCCCAGTATAAAATATGGGTATAGAAAACCAGAAGCTATAAAGAATAACAATGCTCCAAAATAAAAAATAACTCCTCCTCCTCTTAAAGTAATCTGGGTATGAGAACTTCTCTCGTTAGGCTTATCTATAATATTGAATTTATCTGCTATTTTAAAATAGATTAATTCAATTATAAAAAGTAAAACTATAACAATCAAGTAATTCATTAATTTTTATTTTTAAATGATTCAATAGTAATCTTTAATCCTTCTTTTGCTGTTAAAGGTAACTTATCTATTCCTAATGCTGTTTTAATTTTATAATTAGAAACTATATAATTTTCTGTTAATTTTTTCAATCTTTCTGTATTTAATGGTAAATGTAGCTTATCACCAAATTTTGCGATACTTTCCATCAGAGATTTTTTAATAAAAAGGAATTTGGGTTTTCTACTTAAGCTTTCGCTTATAACTTCTATTAAATCATTTGTAGACAAGGAGTCATCATCTGAAAAATTATATATTCCTGATTCAATTTGATCATTTATTAGGATTTGGTTAATCAGGAATGACAAGTTATCAATACTCAAAAATGAGCGCTTATTATTAAATGAAGCTAGTGGCCACGGAAGACCTTTTTCTACAACTTTGTAAAGTAAATTAAGATTACCTTTATTTCCAGGTCCGTGAATCATACAAGGACGTATAATAAATAATCGCTTATCTGCAGGAAGTATTTGTGATAAAAGAAAATCTTCAGCCTCTAATTTTGACTTCCCATAAGGCGTTAATGGATTTGCTTCGGCTTCTTCAACAAGAATTCCTTCGACTGTATCTGCTACTGCTTTAACAGAACTAAAATAGATAAAATCCCGAATATTAGATTTCAAAAATTCATTAAAAAGTTGAATGGTTAAATCTCTATTGATTTTAAAATATTCTTCTTCTGCAGAAGTATTAGAAGTATCATGTGCTTTTCCAGCTAAGTGAATAATAGCAACTCCTGTTTTATCAAAATCAGACTTCCAATTTTCATTTCTCAGTGAGATACCATGAACCATTATATTTTTGTTTTCAAGATATTGAGACAGATTTTGCCCGACAAAACCTGAAGAGCCACTAATAATTATATTCAT

Protein sequences of DBSCAN-SWA_4

>NZ_CP023746|2434010:2445846|2444937_2445846_-|WP_078703503.1|DBSCAN-SWA
MNIIISGSSGFVGQNLSQYLENKNIMVHGISLRNENWKSDFDKTGVAIIHLAGKAHDTSNTSAEEEYFKINRDLTIQLFNEFLKSNIRDFIYFSSVKAVADTVEGILVEEAEANPLTPYGKSKLEAEDFLLSQILPADKRLFIIRPCMIHGPGNKGNLNLLYKVVEKGLPWPLASFNNKRSFLSIDNLSFLINQILINDQIESGIYNFSDDDSLSTNDLIEVISESLSRKPKFLFIKKSLMESIAKFGDKLHLPLNTERLKKLTENYIVSNYKIKTALGIDKLPLTAKEGLKITIESFKNKN
>NZ_CP023746|2434010:2445846|2434702_2436094_-|WP_034866478.1|DBSCAN-SWA
MKIKYSELIDQTLYFPQEEFQVDNHQLKFHGIPLMELVEKFGTPLKFNYLPKISENIQRAKKWFAEAIETHEYKNKYRYCYCTKSSHFAFVLEEALKNDISIETSSAYDIDIVKRLYEKGKVKENVEVICNGFKTDDYLVKIADLINSGFENITPILDNYRELDKLTESIDTTFNIGIRIASEEEPKFEFYTSRLGIGYKDIIPYYSQKIAEHPNARLKMLHFFINTGIKDTSYYWNELFKCLRVYARLKKIAPEVDSLNIGGGFPIKTSLNFDYDYEYMVNEIVLQIKKFCEEEGVEEPNIYTEFGSFTVGESGGNLYQIISQKRQNDREKWNMIDSSFMTTLPDTWAISRHFIMLPLNRWDDTYERVFLGGLTCDSDDYYNSEQHTNAIYLPVFTDTKPLYIGFFNTGAYQETISGYGGVHHCLMPQPKHVLIDKDENGNYTYSVFREEQTPDDVLRLLGY
>NZ_CP023746|2434010:2445846|2441186_2442266_-|WP_078703500.1|DBSCAN-SWA
MKNIIITGGAGFIGSHVVREFVTKNPEITIINLDALTYAGNLENLKDIENSPNYVFEKVDITKPEELRRVFEKYNPDAVVHLAAESHVDRSITDPNAFINTNVIGTANLLNLCREFWTLNPEHTHGRFPDEPRINLFYHVSTDEVYGSLGETGFFLETTAYDPQSPYSASKAASDHLVRAYGNTYGMPFIVSNCSNNYGPNHFPEKLIPLCISNILNEKPLPIYGDGKYTRDWLYVIDHARAIHQIFNEAKTGETYNIGGFNEWQNIDLVKELIKQLDAKLGKPEGHSEKLITFVKDRPGHDKRYAIDATKLNQDLGWKPSVTFEEGLSKTIDWYLDNKEWLENVTSGDYQKYYENQYS
>NZ_CP023746|2434010:2445846|2436940_2437516_-|WP_045183682.1|DBSCAN-SWA
MTFKIYTKTGDKGETALYGGTRVSKASARVDAYGTIDELNAFIGIAKSHIDDSDCLKQLAEIQYDLFTLGSEAATPIDKVYLANGKSRLPVTIKEEDISKLEVWMDKMDESLEPLQFFILPGGGKAATFLHAARTICRRAERGMVFLNETEEVRPELIKYLNRLSDYLFVLARYVSMLDNEQEEYWNPNAR
>NZ_CP023746|2434010:2445846|2434010_2434673_+|WP_034868561.1|DBSCAN-SWA
MPLKAVLFDMDGVIVDTEPLHRKAYFKMFDEFGINVSEELFTSFTGKTTLSVCQELITLFNLNHTPQELTDKKRINFKYLFDNDPDFDLIPGVRNLIENYHQNGVKMVLASSASMNTIKWVFERFDLEKYFAGKISGADLKQSKPHPEIFELAAGMSGEEKNNCIVIEDSTNGIQAAYSADIFCVAYKSIHSENQKYDKAQKIISDYNEIHYETSTEWFK
>NZ_CP023746|2434010:2445846|2442273_2442819_-|WP_078703501.1|DBSCAN-SWA
MKLVETPLKDCYIIEPTVFEDERGYFFEKYNEGKFEELTGLNGHFVQDNISKSSYGVLRGLHLQKGEHAQAKLVSCLEGRVWDVAVDLRENSETFGKWYGMELSAENKLQFYVPRGFAHGFVVLSEAAVFSYKCDNFYNKESEGSVKFNDSDLNIDWKIGEADMILSEKDQNAPSFKDKNY
>NZ_CP023746|2434010:2445846|2439418_2440147_-|WP_009087046.1|DBSCAN-SWA
MILRGENLIKEYGPKKVVKGVSVEVRQGEIVGLLGPNGAGKTTSFYMIVGLVKPTSGKIWLDDHEITSDAMYRRAQKGIGYLAQEASIFRKLSVEDNIMGVLQLTKLSKQEQKKKCNELIEEFSLEHVRKNRGDLLSGGERRRTEIARCLATNPSFILLDEPFAGVDPIAVEDIQKIVRSLVDKNIGILITDHNVQQTLAITHKTYIMFEGKILKEGIPEDLANDPEVRQAYLGENFRFEKF
>NZ_CP023746|2434010:2445846|2443981_2444938_-|WP_078703502.1|DBSCAN-SWA
MNYLIVIVLLFIIELIYFKIADKFNIIDKPNERSSHTQITLRGGGVIFYFGALLFFIASGFLYPYFILGLTLMALISFLDDIFTLSNKIRLLLHLVSVVLMFMQIGLFSYAWFIPVISLVLTIGIINAYNFMDGINGITACYSLVVLILLAIVNQRINFIDENLIYYSIIATLVFGFFNFRQRAKCFAGDVGSVSIAFIIVFLLCQLIMKTGNIIYLLFLTVYGLDAIWTIIRRLIKRENIFKAHRSHLYQYLANENKTDKLIVSAIYGLIQLFIGGIVIWATTLSLNNQFLLSGGIIISGSIIYLGIKQNLIKTYNL
>NZ_CP023746|2434010:2445846|2442821_2443265_-|WP_034845531.1|DBSCAN-SWA
MKTQKIGITFSAFDLLHAGHIKMLEEAKTVCDYLIVGLQLDPTLDRPNKNKPTQSIVERYIQLKACRSVDEIIPYNTEEDLLDILKSFVIDVRIIGDDYRDTNFTGKDYCEQKGIEIYYNKRDHRFSSTALKKAVYEQELKKQEANK
>NZ_CP023746|2434010:2445846|2440279_2441146_-|WP_078703499.1|DBSCAN-SWA
MKGIILAGGSGTRLYPLTIAVSKQLMPVYDKPMIYYPLSTLLLAGIKDILIITTPHDQVGFVKLLGDGSQIGCNIEYVVQPSPDGLAQAFILGEQFIGNDAAALVLGDNIFYGNGMGRMLKHKTDPNGGVVFAYHVADPERYGVVEFDDNFKALSIEEKPLKPKSNYAVPGLYFYDNNVVEIAKNIKPSPRGELEITDVNNIYLQQGKLEVGVLDRGTAWLDTGTFDSLQEASEFVSVIEKRQGFKIGCIEEIAFHNGFINEEKLLETAQKYGKSGYGTYLKNLIKNK
>NZ_CP023746|2434010:2445846|2436280_2436892_-|WP_034866481.1|DBSCAN-SWA
MKALLFINGDPPKNTPEIKDYDLIACTDGAFHYLREKNFPLDLLDFISGDFDSYEENEKIVSEKLIHTPDQNKTDFHKALEIILEKGFYEVDVYGGSGGEQDHYLGNLTVAYLFRNKMEITFYDEYSKYFFIPNEFEAQNVLGKIISLVPYPVAENVITKGLNWPLFGEELNMTGRIGTRNFAVEDTFTCSYSDGAILLFIGK
>NZ_CP023746|2434010:2445846|2437582_2439388_-|WP_172953189.1|DBSCAN-SWA
MAKKFTRTLNLIHIYQQLRPFIKPYRLMIYGTLILTFLGALAAQVNPVVLKYTVDEVSKLTHLAHPMQEGIHVLVVISVILLGKELANIFIQFGQKFYGEKIRINVSSDLAQAAIDKILTYRIAYYNDENHESGKLQIRIDRGIESLTRLVQNFFIDILPLFSNAIIALIIMYMQNVYVGLVSTVIIPIYFYVSILQAKKLQGVRRQLRTQREQKTNGLLNLINSIMVIKSFVREKFEGKKQFDLQMQLMDSQMYTRRTNFFYDGLKTFLEQIGVVLIILLTVYLVLDQKMTIGAIMLHIMLFNNVSAPIRQLHRIYDEMNDALIYAEGYFEILNADDETEPNGNIEGIKIKGTFDLQNVDFAYPNGTRALYDINMKIEAGKTTALVGLSGAGKSTVINLLCKFYLPNKGEILLDGKNLNDYENEFLRSHIGLVLQKNHIFKGTIEDNIRYGDMNASFEQIEEAAKKAYLHDQILDLPEGYQHDATQLSGGQQQRIAIARLFLKNPPIIFLDEPTASLDAIATEQIKNSLDAIKENRTVIIISHSLSQILDSDKIYVMKKGRVVESGTHEQLYEQEGVYKEIFDASARSLNLDRLVKTYKE
>NZ_CP023746|2434010:2445846|2443507_2443978_-|WP_065081880.1|DBSCAN-SWA
MQEFVLYGNGGHSRVIQDLIVKLGGKVLEIFDEKNVYNPHIFPQAKMIICIGNNEIRKKISLGIMHEFATLVHPNAILADNIEIGEGTVILANAVLQAGTKIGKHAIINANTTIDHDVVIENFVSIYPNSYIGGEAYITENKTVEPNQVIRRNTVF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_034868561.1|2434010_2434673_+	HAD family phosphatase	A7J6N1	Paramecium_bursaria_Chlorella_virus	2.0e-10	27.7
WP_034866478.1|2434702_2436094_-	decarboxylase	NA	NA	NA	NA
WP_034866481.1|2436280_2436892_-	thiamine diphosphokinase	NA	NA	NA	NA
WP_045183682.1|2436940_2437516_-	cob(I)yrinic acid a,c-diamide adenosyltransferase	NA	NA	NA	NA
WP_172953189.1|2437582_2439388_-	ATP-binding cassette domain-containing protein	A0A2R8FG22	Brazilian_cedratvirus	4.7e-14	31.5
WP_009087046.1|2439418_2440147_-	LPS export ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	1.0e-20	27.4
WP_078703499.1|2440279_2441146_-	glucose-1-phosphate thymidylyltransferase RfbA	I7I009	Enterobacteria_phage	1.5e-98	60.4
WP_078703500.1|2441186_2442266_-	dTDP-glucose 4,6-dehydratase	I7HTA3	Enterobacteria_phage	9.1e-90	49.3
WP_078703501.1|2442273_2442819_-	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	4.6e-42	49.7
WP_034845531.1|2442821_2443265_-	adenylyltransferase/cytidyltransferase family protein	A0A218MN49	uncultured_virus	5.1e-39	53.9
WP_065081880.1|2443507_2443978_-	hypothetical protein	NA	NA	NA	NA
WP_078703502.1|2443981_2444938_-	glycosyltransferase family 4 protein	NA	NA	NA	NA
WP_078703503.1|2444937_2445846_-	NAD-dependent epimerase/dehydratase family protein	A0A067XQ95	Caulobacter_phage	1.6e-07	29.9

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_CP023746|3269402:3275883|DBSCAN-SWA
ATCAGGGATTTCTTCCCTTTTCATCCGGATACAGACCCGGAAGTGGTTCACTTTGCCAAAACTCTTTGGTATCGATATCCATAATAGATACAACTCCGGTAAAAGCTGCTCCGGTATCTATATTCCAAACATTAGCCTTATTCAGGGGGTATGATACTCCTAAATGGAGTGTGGGTGTATGACCTATAAAAATTTCATTGAATAAAAGTAATCGTTTTGGGTATTGTAAAGAGTCTTTCTCAATTCTTGTATCCAAAGCTACAGCTGTTTCCCAAAGTGTTCTGTCCCATCTGTAATTACTGGAATGCATTTCTTTCTCGGGTCCATGCATAGAAGAATAACCAGCATGTATAAAAAGCCGGTTCTGTCCATCGGTATAATAATTATGCATCTGACCAAAAAATTCCAGATGCTTATCAATTTCTTCGTCAGAATAATCAGCATAACTTTCCATAGTTGCTACACCTCCGTTTAGCAACCACATTTCAGGTTTGTGACCAAATGCCAACCACTCTTCACAATAAAGATCATGATTACCTTTAATAAATATACATTCCTGTTTGTGGGAAAGTTCTATAAGAGCATCGATTACCTGCGAGGATTCACTCCATCCATCAACATAATCTCCAAGAAAAATCAGTTTATCTTTATCTGTAACGTTTGCACGTTCTAATACCTGTTCCAGAGCCTTAAGCCCACCATGAATATCTCCTACAACTAATGTTCTGCTCATTTATTTCGAAATGTATTTTGTGTTTATATGATCTGTTAACCATACTCCGTTTTCAGATTGATAAAAAAGAATTCCCTCTTCATACATCTTCCCCGTTCTGATGGTTAAAACAATGGGGTCACCATGGCGGGATCCAACTTTTACTGCGGTTTCTTTGTCACTACTTAAATGTACATGCTGCCTGCTTCTTTTCTCTATTCCGGTTTCAAGAATTGAAGAAATATTTGCTCGGGCTGTACCATGATATAAAAATTCGGGTGGCTGTTGTGGTCTCAGGGCAAGATCGATAGCAATCGAATGCCCCTGACTGGCTCTTATCTTCGTTTTGTCTTCATTGAAAGCAAAACGTTTTTTATTGTTCTTTTCAACAACTTCATTTAGCTCTTCTATCGTAAAACGAATTCTGCTTTTAGCGGACTTTATAATTAATTCATTTACATCTGCCCAGCCGTTTTCATCCAATTTTAAATTAATCGATTGTGGCTGATGCCGGAGAATAAGACTTAAAAATTTGCTTATCCTCTTTATTTCAACTTCATTCATTGCTTATATTAGTTTATTTTCGAGTCTTTTACATAAATGTAGTATATCATCTTTTCTCACTAAATCCAATACCCATTCTTCTGGAATATCTTCAAAACCATAATATATGCCGGCTAATCCACCAGTAATTGCTGCTGTTGTATCGGTATCTTTTCCAAGGTTCACGGCCTCCAGAACACATTCTTTATAAGTTTTTTTACTCATAAAGCACCAGAATGATGCTTCCAGTGTATCAAGAACATAACCACTACTTTTAATATCATTTTCAGAGTACATTAAGATATCTTCTCTCAGCAATTTTTGAAAAAGTACCATTTCTTTTGGATTAAATTCTTTTTCTTCTGAATACTCTAAGACTGTCTTTTGCATATACTTATAGGCATCCTTCTTATCATTTCCCTTTATAAGCTGAATAGTAAATATTATATAAATAAAGCAAGCAAGTACTGATCTGAAGTGCCCATGTGTAATTGAAGATACTTCTTTTACAATCTGATAAATATTCTCTATATTTTTTTCTTTTTCTAGATAAAAAGCCAAAGGTAAAATTCTCATCAAAGACCCATTTCCGTTATCTTCTTCAAAAAGATTACCTGAAAATGCCGCACTTTCTCCTTTTATAAGCCTTGCAATGGCATGCTTTGTTGTTCCACCTATATCAAATAATTTTCCATGTGCAGTCCAGTGTCCATATTTATACCATTTTACAAAACTTTCACCTAACTTTTCAAGATTATAACCTTTTACAAGTATCTCTGCTAGACACAAAGTTAAAGAACTATCATCACTCCATGTACCTTTTGGTTGATTCCACGACATATATTCTAAATATCCTGTCACTGGATGTTCTTTCAGATAAGATCTTTCCTTAAACTCAACCGGAACCCCTAGTGCATCACCTATACATACTCCAAAGATCCCAGATTTTATAGTATTTTTCATCAATTATCCTTTAAAAGTTGTTTGTATATCCTCTCGTTTTCTTCATCAAAGCAAACAAAAATAACTTTCCCTATTGTATTAGATTCCAGATTTTGAGCTATTTTAACTGCTATTTCCGCTGCCAGATTTTTTGGAAACCTATATATTCCTGTACTAATATTAGGAAAAGCAATTGTCTTAGCTCCTAGTATTTCCGCTTGTTTTAATGCATTTTTATAACAGTTACCCAATAACTTTTCACATCTTTCTCTATCACCATTCCATACGGGCCCTACGGTATGAATTACATACTGTGCAGGAAGATTACCCGCCGTTGTAACAACGGCTTCACCTGTATTACATTTTCCTTGTTTATTTCTGATCTGAATACATTCATCAAGGATTTGTTTTCCTCCTGCACGATGGATAGCTCCATCAACTCCACCTCCTCCTAATAATGAAGAATTAGCAGCATTAACTATTACATCTGCCTGAATTTTTGTGATATCTCCTTTTATAATTTCAATCGTTGTTTTCATTATATAGATTCAAATAGTTTTAACATTTTTTTATTTATGTTTTTTAATTTCATTCAAAATCATATACATATACGTCAACTTTTCTATGTATTAATGTTCTGATAATTATCTGCTCAATTATTTCCCACTTTCCACCAGCCAGGCCACATCCTATCCGTGGCATACATACAACTGCATTTAAACTCAGCGCTTCTTCAGCAAGTTTTTTCAGGCATATTTCTACAGCTTCATATCTTATAGGTGGAATTCCATTGGGGTTTTGATTAATCTTATGCTGTCCTATCATATTGGCCATCCATATATCGGATGTTACCTGTACAAGCCGGATCTCTCCAAGATTAAAATTTTCCCCTGATTTATACCATTCTCTGTAAGATAGCTCGGGTTCTTTCCATCTTTTGGAAACAGCAACAACAAAACCTTTTCCCCACCCTCCAATGTCGTTACAGATATGCGCTATTATTTTATTTCCAACTATCTCAGGTTTGGTAGCATCTCCTTTTAAATAATTAATCGTTTTCATCTGTTCTGCTTTCTATTTATTAAGTTTTTTATTTCCTGATCCTTAGATTCTAGAAACTGATCGCCAATAAATATTTTCAACACCTTAATAGGGCCTATTATTGACTGATTAAATTTCTCCAGTTCTTCAGCCGGAACCCATATCTCATTATGATTCCGTGCACCTACATTTTGTACAGGATACTTATCTATAATATCTTTTGAGACATCAAAACAAGTAACAATCCCCAGATAGTTACCAAACTCATCTCTTGTATTCCATTTTTCAGCAATTTCTGCCGCGTAATTTTCATCTAATACAGGATAGAAAATAGGCTGCCATTCCAATCTTGGAGGAAATTTTCTGTATCCACTTTCAATAATCAGACTCATTTCTTTTTCTCCTACAGGTCTGTAAAGTTTTTGTGTTTTCATCACTTTTAATTTAATACTAGAACAGCTTCTTCATCTGATAATCTGATTTCGGCCGTTGTTCCGCTGTTAAACTGTAAGAAATCCTGTTCTATTCCATCACTAAATATAAAGCCATTATTTGGCATTAGAGATTCTACAATTAGCTTATTTCCTTTTTTAATAGCTCCACCACAAATATCTGTTTGTGTTCTCATACTTTTGAAAGGTTCTCTTACCGCAAAATACAACTCATCCTCATTCAGTTTAGGATATTTTAGTTTTTTAGAACCCAGAAGCCCGTAAGCCATATTAAAAATAGAACTTAGCCAGCCTGTGCTACCCGTTTTAGTAGAAACAATGATTCCACTAGATGAGTGTGTTTCCTCTTTTCCGTTCAGTGTAATTTTATATCTGGCTGAACTGTGAGAAGAAATCCCGATAAATAAATCATTTACCGCCAATAATCGCTGACCATCATTAAGAACAGCTTCAGCAAATCTCATTCTTTTGGTTTTAAAATCCCTATTCAAAACAGCTTGTACACCATATAGAAAATCATTTACATCAAAAGGAAGCAATACACCATCATATCTTTCTTTATCGGGATTTACCGCTACAATAGGTATATGTTTAGAATATTTAGCCACATTTGCCACCAGACCGTCTTGACCAACTACCACGATTATATTTTTTTCAGAAAAAATATAAGAAGAAATGAATTCTCTTTCCACAATCTTATTTTTAATGACCTTGGAAAGACTTGTCTGTACTTTCAGAAAAGACTGATAAAACATTTCATGCTCCTCCACATATTCCTGGAAATTCCCGCCGGAACTTTCAATATAAAACTGAGCTTGCGCTTTTGTATTAAACCTCTCGATTAATAGCTCCAATCGTGTTTTATTCTTGATGATGATTGCATATTCAGCTTTCATTTTCTTTTAATTTTCAGTGAGTAAGTTCTCTAGCAAATCTGGGCTAATATTAAGATTGCCTATTTTACCGGCATTCTCCGCAAGCTCTCTGAAGGCCAATGCAATATTGGTTCTGGCATCGTGACCTCCATTTAAAGCTGTAAGAATTTTCCAGTCGATATCTTTATATGCATTCAGAGATGTTTCCAGTATATATCCTTGTGTTTCTGCCTCTTTTCTGTCATTTTCCGTTTTCTGATCTATAAGTTGCTTTCTCTGATTTTCGACTGCAATATCAGCAGAGATTTTCATTTCTCTAAGAATTTTATTATTCTCTTCTCTCTGAACATCTGCCTCCATCCTTTTCTCATCTATTTGCTTCTGTTTTTCTTCTATAGCAATTTCAGTATTCAGTTCAGACTCTTTAATTTTCCGTTCTTGTTCTACTGCAAAGTTCCTTCTTTCATAAATCGCTTCATCTGCCTGTTGCTGTAGTTTTTCTCTTGTTTCCGTTTCCAAAGCCCTTGCCATTTCAGGAGTTGTCTGTACCGCCAGAATATTTACACCAATAATTTCAATACCCATAGCCTGAATAGTTTCAGACACTTTTAACCCTTCCAATATATTCCCTTCGATATTCTGTGCAGAACGGATTGCTTCTTTCAAGCTAAGATGATGAATAAAGGATGATGTAGAAGTCTGTGCCAGGTTAATGATTCGTTGATTCAGCTTTTCTATATCATTTTTCTTGTATACTCCAGATTCGTCTACAGTAAAATCAAGTGTATTAGAAAGCACTTTTGGATCTGTAATTTTGTAGCTTATCTGTCCCTGAATTTTTACACTCTGGTAATCCATTGTATTCTCACTAAAGATAAACGGAAGATCGTTACTCCCTATAGGAATTGCAGCGATAGAGCTGTTTGGAGCAAAATAGAAGAACGATAAACCTCTTCCTTCTTTTACGATTTTTCCATTTCTAAAATGAAGCACGTAAGTCATTGAGTCGAATTTAATGTGTCTGAAACCAAACATAGCCTTGAGTTTTATAATTAATATTTGTGTCATTTTTACGCTAATTAAAGATGATACAATTATACCTCTACGATATAAAAACAATTTCTAATTGCGTTATTATTACACAAATATAAAAAGATATTAAATTACCAACAAAGTATATTTGCGTCTATTTCACGCTAATTTATTTAACTTATTGATTTACAGAAGTAAAAATTATAGGAGCTTTATTTCAAAATAGAATCCATCTTCTTCAAGTTCTTTATATTTCTCTTGATTGAATGTAAATAGTTTACCTGGTCTTCCACTTCCCTCTTTTTTAAAGTTTTGGGTTTCATTAAGCAACCCATAGCTCATCATTTTTTTCCGAAAGTTTCTCCGGTCAATCTCCTGCCCAATAATCGTTTTATAGAGGTTTTCCAGGTCCGAGAAAGGGAATTCTTCTGCCAGAAGATTAAAACCAATGGGTTGATACTGTATTTTGGTACGCAGTCTTTTTAAAGCTGTATCTACTATACTCTTATGATCAAATGCCAGATTTGGCAATTTATTAATGCTAAACCATTGTGCATCCTCTGCATCAGAATCTGCGAAAAGTTCATGATACGAAGGATTTACAAGTCCGAGATAGGCAATTGAAACAACCCTGTTTCTCGGGTCCCTTCCTACATGCCCAAAGCTGTACAATTGTTCCAGAAAATCAGGTTTTATTCCGGCTTCTTCATACAATTCTCTCTTTACAGCAGTATCCAAATCTTCATCATCAAGAACCAATCCTCCCGGCAAAGCCCACCCTCCTTTAAAAGGATCAATTTTTCTTTTAATAAGAAGAATCTGTAGGTCTTCTTTATCAAAATATCCAAAAACAACTGCGTCTACTGCTACTTTAATATTCTGCAT

Protein sequences of DBSCAN-SWA_5

>NZ_CP023746|3269402:3275883|3273993_3275001_-|WP_078702324.1|protease|DBSCAN-SWA
MFGFRHIKFDSMTYVLHFRNGKIVKEGRGLSFFYFAPNSSIAAIPIGSNDLPFIFSENTMDYQSVKIQGQISYKITDPKVLSNTLDFTVDESGVYKKNDIEKLNQRIINLAQTSTSSFIHHLSLKEAIRSAQNIEGNILEGLKVSETIQAMGIEIIGVNILAVQTTPEMARALETETREKLQQQADEAIYERRNFAVEQERKIKESELNTEIAIEEKQKQIDEKRMEADVQREENNKILREMKISADIAVENQRKQLIDQKTENDRKEAETQGYILETSLNAYKDIDWKILTALNGGHDARTNIALAFRELAENAGKIGNLNISPDLLENLLTEN
>NZ_CP023746|3269402:3275883|3272186_3272660_-|WP_034871926.1|DBSCAN-SWA
MKTINYLKGDATKPEIVGNKIIAHICNDIGGWGKGFVVAVSKRWKEPELSYREWYKSGENFNLGEIRLVQVTSDIWMANMIGQHKINQNPNGIPPIRYEAVEICLKKLAEEALSLNAVVCMPRIGCGLAGGKWEIIEQIIIRTLIHRKVDVYVYDFE
>NZ_CP023746|3269402:3275883|3270680_3271619_-|WP_078679539.1|DBSCAN-SWA
MKNTIKSGIFGVCIGDALGVPVEFKERSYLKEHPVTGYLEYMSWNQPKGTWSDDSSLTLCLAEILVKGYNLEKLGESFVKWYKYGHWTAHGKLFDIGGTTKHAIARLIKGESAAFSGNLFEEDNGNGSLMRILPLAFYLEKEKNIENIYQIVKEVSSITHGHFRSVLACFIYIIFTIQLIKGNDKKDAYKYMQKTVLEYSEEKEFNPKEMVLFQKLLREDILMYSENDIKSSGYVLDTLEASFWCFMSKKTYKECVLEAVNLGKDTDTTAAITGGLAGIYYGFEDIPEEWVLDLVRKDDILHLCKRLENKLI
>NZ_CP023746|3269402:3275883|3271618_3272137_-|WP_034871924.1|DBSCAN-SWA
MKTTIEIIKGDITKIQADVIVNAANSSLLGGGGVDGAIHRAGGKQILDECIQIRNKQGKCNTGEAVVTTAGNLPAQYVIHTVGPVWNGDRERCEKLLGNCYKNALKQAEILGAKTIAFPNISTGIYRFPKNLAAEIAVKIAQNLESNTIGKVIFVCFDEENERIYKQLLKDN
>NZ_CP023746|3269402:3275883|3273078_3273987_-|WP_034871928.1|DBSCAN-SWA
MKAEYAIIIKNKTRLELLIERFNTKAQAQFYIESSGGNFQEYVEEHEMFYQSFLKVQTSLSKVIKNKIVEREFISSYIFSEKNIIVVVGQDGLVANVAKYSKHIPIVAVNPDKERYDGVLLPFDVNDFLYGVQAVLNRDFKTKRMRFAEAVLNDGQRLLAVNDLFIGISSHSSARYKITLNGKEETHSSSGIIVSTKTGSTGWLSSIFNMAYGLLGSKKLKYPKLNEDELYFAVREPFKSMRTQTDICGGAIKKGNKLIVESLMPNNGFIFSDGIEQDFLQFNSGTTAEIRLSDEEAVLVLN
>NZ_CP023746|3269402:3275883|3275199_3275883_-|WP_034871929.1|DBSCAN-SWA
MQNIKVAVDAVVFGYFDKEDLQILLIKRKIDPFKGGWALPGGLVLDDEDLDTAVKRELYEEAGIKPDFLEQLYSFGHVGRDPRNRVVSIAYLGLVNPSYHELFADSDAEDAQWFSINKLPNLAFDHKSIVDTALKRLRTKIQYQPIGFNLLAEEFPFSDLENLYKTIIGQEIDRRNFRKKMMSYGLLNETQNFKKEGSGRPGKLFTFNQEKYKELEEDGFYFEIKLL
>NZ_CP023746|3269402:3275883|3269402_3270134_-|WP_078702224.1|DBSCAN-SWA
MSRTLVVGDIHGGLKALEQVLERANVTDKDKLIFLGDYVDGWSESSQVIDALIELSHKQECIFIKGNHDLYCEEWLAFGHKPEMWLLNGGVATMESYADYSDEEIDKHLEFFGQMHNYYTDGQNRLFIHAGYSSMHGPEKEMHSSNYRWDRTLWETAVALDTRIEKDSLQYPKRLLLFNEIFIGHTPTLHLGVSYPLNKANVWNIDTGAAFTGVVSIMDIDTKEFWQSEPLPGLYPDEKGRNP
>NZ_CP023746|3269402:3275883|3272656_3273073_-|WP_108721189.1|DBSCAN-SWA
MKTQKLYRPVGEKEMSLIIESGYRKFPPRLEWQPIFYPVLDENYAAEIAEKWNTRDEFGNYLGIVTCFDVSKDIIDKYPVQNVGARNHNEIWVPAEELEKFNQSIIGPIKVLKIFIGDQFLESKDQEIKNLINRKQNR
>NZ_CP023746|3269402:3275883|3270134_3270677_-|WP_078679540.1|DBSCAN-SWA
MNEVEIKRISKFLSLILRHQPQSINLKLDENGWADVNELIIKSAKSRIRFTIEELNEVVEKNNKKRFAFNEDKTKIRASQGHSIAIDLALRPQQPPEFLYHGTARANISSILETGIEKRSRQHVHLSSDKETAVKVGSRHGDPIVLTIRTGKMYEEGILFYQSENGVWLTDHINTKYISK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_078702224.1|3269402_3270134_-	serine/threonine protein phosphatase	S0A0Y6	Cellulophaga_phage	2.3e-44	38.0
WP_078679540.1|3270134_3270677_-	RNA 2'-phosphotransferase	A0A2R2ZGT8	Clostridioides_phage	6.6e-49	53.8
WP_078679539.1|3270680_3271619_-	ADP-ribosylglycohydrolase family protein	A0A1S6UB21	Serratia_phage	2.8e-47	36.2
WP_034871924.1|3271618_3272137_-	O-acetyl-ADP-ribose deacetylase	A0A0K1L687	Scale_drop_disease_virus	1.5e-29	44.8
WP_034871926.1|3272186_3272660_-	macro domain-containing protein	A0A2L1IVW3	Streptomyces_phage	6.0e-30	46.2
WP_108721189.1|3272656_3273073_-	ADP-ribosylation/crystallin J1	NA	NA	NA	NA
WP_034871928.1|3273078_3273987_-	NAD(+)/NADH kinase	NA	NA	NA	NA
WP_078702324.1|3273993_3275001_-|protease	membrane protease subunit, stomatin/prohibitin	NA	NA	NA	NA
WP_034871929.1|3275199_3275883_-	NUDIX hydrolase	A0A0E3JJF3	Streptomyces_phage	3.3e-21	46.3