CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NC_014319	Leuconostoc gasicomitatum LMG 18811 complete genome, type strain LMG 18811T	2 crisprs	cas3,DEDDh,csa3,RT	0	0	6	0

1. NC_014319

CRISPR-Cas detection and classification

Crispr_ID: NC_014319_1

• CRISPR_ID: NC_014319_1
• CRISPR_location: 548181-548278
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_014319_1

Consensus_repeat	Method
AGTGAATCAGTTTCAACATCAGAGT	CRISPRCasFinder

spacers of NC_014319_1

>1.1|548206|47|NC_014319|CRISPRCasFinder
TAATTAGTGATAGTGAATCAATTTCAACATCAGAGTCGATTAGTGAC

CRISPR arrays and Neighbor proteins around NC_014319_1

CRISPR arrays

The CRISPR arrays of NC_014319_1

>merge|NC_014319|1|548181-548278|CRISPRCasFinder
AGTGAATCAGTTTCAACATCAGAGTTAATTAGTGATAGTGAATCAATTTCAACATCAGAGTCGATTAGTGACAGTGAATCAATTTCAACATCAGAGTC

>NC_014319|1|1|548181-548278|CRISPRCasFinder
AGTGAATCAGTTTCAACATCAGAGT	TAATTAGTGATAGTGAATCAATTTCAACATCAGAGTCGATTAGTGAC
AGTGAATCAATTTCAACATCAGAGTC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014319.1|WP_013231319.1|557666_560039_+|accessory-Sec-system-translocase-SecA2	unknown	unknown	gnl|CDD|236408
NC_014319.1|WP_013231320.1|560064_561072_+|nucleotide-sugar-synthetase	unknown	unknown	gnl|CDD|236626
NC_014319.1|WP_013231304.1|530978_533120_+|anaerobic-ribonucleoside-triphosphate-reductase	unknown	unknown	gnl|CDD|236436
NC_014319.1|WP_013231313.1|546429_547533_-|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|274977
NC_014319.1|WP_013231308.1|535852_539407_+|teichoic-acid-biosynthesis-protein	unknown	unknown	gnl|CDD|367953
NC_014319.1|WP_013231306.1|533859_534957_+|teichoic-acid-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224057
NC_014319.1|WP_013231322.1|562587_563916_+|accessory-Sec-system-glycosylation-chaperone-GtfB	unknown	unknown	gnl|CDD|274351
NC_014319.1|WP_013231321.1|561086_562595_+|accessory-Sec-system-glycosyltransferase-GtfA	unknown	unknown	gnl|CDD|131964
NC_014319.1|WP_013231310.1|541293_542244_+|glycosyl-transferase	unknown	unknown	gnl|CDD|275035
NC_014319.1|WP_013231323.1|563934_564144_+|hypothetical-protein	unknown	unknown	unknown
NC_014319.1|WP_013231307.1|534964_535780_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|224596
NC_014319.1|WP_013231316.1|553529_555119_+|accessory-Sec-system-protein-Asp1	unknown	unknown	gnl|CDD|274740
NC_014319.1|WP_013231315.1|552228_553494_+|accessory-Sec-system-protein-translocase-subunit-SecY2	unknown	unknown	gnl|CDD|237095
NC_014319.1|WP_013231309.1|539698_541174_+|hypothetical-protein	unknown	unknown	unknown
NC_014319.1|WP_013231324.1|564224_565082_+|glycosyl-transferase	unknown	unknown	gnl|CDD|133037
NC_014319.1|WP_013231311.1|542335_545248_+|acyltransferase	unknown	unknown	gnl|CDD|376607
NC_014319.1|WP_081457740.1|556633_557656_+|accessory-Sec-system-protein-Asp3	unknown	unknown	gnl|CDD|379726
NC_014319.1|WP_013231305.1|533109_533697_+|anaerobic-ribonucleoside-triphosphate-reductase-activating-protein	unknown	unknown	gnl|CDD|379137
NC_014319.1|WP_013231312.1|545354_546329_+|glycosyl-transferase	unknown	unknown	gnl|CDD|133028
NC_014319.1|WP_013231317.1|555111_556653_+|accessory-Sec-system-protein-Asp2	unknown	unknown	gnl|CDD|379903

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014319.1|WP_013231319.1|557666_560039_+|accessory-Sec-system-translocase-SecA2	gnl|CDD|236408	PRK09200, PRK09200, preprotein translocase subunit SecA; Reviewed.	0
NC_014319.1|WP_013231320.1|560064_561072_+|nucleotide-sugar-synthetase	gnl|CDD|236626	PRK09814, PRK09814, sugar transferase.	7.33276e-150
NC_014319.1|WP_013231304.1|530978_533120_+|anaerobic-ribonucleoside-triphosphate-reductase	gnl|CDD|236436	PRK09263, PRK09263, anaerobic ribonucleoside triphosphate reductase; Provisional.	0
NC_014319.1|WP_013231313.1|546429_547533_-|AraC-family-transcriptional-regulator	gnl|CDD|274977	TIGR04094, AraC_family_transcriptional_regulator, YSIRK-targeted surface antigen transcriptional regulator. Bacteria whose genomes encode only one protein with the YSIRK variant form of signal peptide (TIGR01168) were examined for conserved genes near that one tagged protein. This protein is found adjacent to at various classes of repetitive or low-complexity YSIRK proteins (whether unique in genome or not), in a range of species (Enterococcus faecalis X98, Ruminococcus torques, Coprobacillus sp. D7, Lysinibacillus fusiformis ZC1, Streptococcus equi subsp. equi 4047, etc). The affliated YSIRK proteins include Streptococcal protective antigen (see ) and proteins with the Rib/alpha/Esp surface antigen repeat (see TIGR02331). The last quarter of this protein has an AraC family helix-turn-helix (HTH)transcriptional regulator domain.	9.21022e-24
NC_014319.1|WP_013231308.1|535852_539407_+|teichoic-acid-biosynthesis-protein	gnl|CDD|367953	pfam04464, Glyphos_transf, CDP-Glycerol:Poly(glycerophosphate) glycerophosphotransferase. Wall-associated teichoic acids are a heterogeneous class of phosphate-rich polymers that are covalently linked to the cell wall peptidoglycan of gram-positive bacteria. They consist of a main chain of phosphodiester-linked polyols and/or sugar moieties attached to peptidoglycan via a linkage unit. CDP-glycerol:poly(glycerophosphate) glycerophosphotransferase is responsible for the polymerization of the main chain of the teichoic acid by sequential transfer of glycerol-phosphate units from CDP-glycerol to the linkage unit lipid.	1.11061e-94
NC_014319.1|WP_013231306.1|533859_534957_+|teichoic-acid-ABC-transporter-ATP-binding-protein	gnl|CDD|224057	COG1134, TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	8.00751e-91
NC_014319.1|WP_013231322.1|562587_563916_+|accessory-Sec-system-glycosylation-chaperone-GtfB	gnl|CDD|274351	TIGR02919, conserved_hypothetical_protein, accessory Sec system glycosyltransferase GtfB. Members of this protein family are found only in Gram-positive bacteria of the Firmicutes lineage, including several species of Staphylococcus, Streptococcus, and Lactobacillus. [Protein fate, Protein modification and repair].	1.88722e-166
NC_014319.1|WP_013231321.1|561086_562595_+|accessory-Sec-system-glycosyltransferase-GtfA	gnl|CDD|131964	TIGR02918, lipopolysaccharide_biosynthesis_protein, accessory Sec system glycosylation protein GtfA. Members of this protein family are found only in Gram-positive bacteria of the Firmicutes lineage, including several species of Staphylococcus, Streptococcus, and Lactobacillus. Members are associated with glycosylation of serine-rich glycoproteins exported by the accessory Sec system. [Protein fate, Protein modification and repair].	0
NC_014319.1|WP_013231310.1|541293_542244_+|glycosyl-transferase	gnl|CDD|275035	TIGR04182, glyco_TIGR04182, glycosyltransferase, TIGR04182 family. Members of this family are glycosyltransferases restricted to the archaea. All but two members are from species with the PGF-CTERM/archaeosortase A system, a proposed maturation system for exported, glycosylated proteins as are found often in S-layers.	2.65777e-51
NC_014319.1|WP_013231307.1|534964_535780_+|ABC-transporter-permease	gnl|CDD|224596	COG1682, TagG, ABC-type polysaccharide/polyol phosphate export systems, permease component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	4.64987e-40
NC_014319.1|WP_013231316.1|553529_555119_+|accessory-Sec-system-protein-Asp1	gnl|CDD|274740	TIGR03713, acc_sec_asp1, accessory Sec system protein Asp1. This protein is designated Asp1 because, along with SecY2, SecA2, and other proteins it is part of the accessory secretory protein system. The system is involved in the export of serine-rich glycoproteins important for virulence in a number of Gram-positive species, including Streptococcus gordonii and Staphylococcus aureus. This protein family is assigned to transport rather than glycosylation function, but the specific molecular role is unknown. [Protein fate, Protein and peptide secretion and trafficking, Cellular processes, Pathogenesis].	1.25103e-120
NC_014319.1|WP_013231315.1|552228_553494_+|accessory-Sec-system-protein-translocase-subunit-SecY2	gnl|CDD|237095	PRK12417, secY, preprotein translocase subunit SecY; Reviewed.	1.24886e-158
NC_014319.1|WP_013231324.1|564224_565082_+|glycosyl-transferase	gnl|CDD|133037	cd04194, GT8_A4GalT_like, A4GalT_like proteins catalyze the addition of galactose or glucose residues to the lipooligosaccharide (LOS) or lipopolysaccharide (LPS) of the bacterial cell surface. The members of this family of glycosyltransferases catalyze the addition of galactose or glucose residues to the lipooligosaccharide (LOS) or lipopolysaccharide (LPS) of the bacterial cell surface. The enzymes exhibit broad substrate specificities. The known functions found in this family include: Alpha-1,4-galactosyltransferase, LOS-alpha-1,3-D-galactosyltransferase, UDP-glucose:(galactosyl) LPS alpha1,2-glucosyltransferase, UDP-galactose: (glucosyl) LPS alpha1,2-galactosyltransferase, and UDP-glucose:(glucosyl) LPS alpha1,2-glucosyltransferase. Alpha-1,4-galactosyltransferase from N. meningitidis adds an alpha-galactose from UDP-Gal (the donor) to a terminal lactose (the acceptor) of the LOS structure of outer membrane. LOSs are virulence factors that enable the organism to evade the immune system of host cells. In E. coli, the three alpha-1,2-glycosyltransferases, that are involved in the synthesis of the outer core region of the LPS, are all members of this family. The three enzymes share 40 % of sequence identity, but have different sugar donor or acceptor specificities, representing the structural diversity of LPS.	3.97423e-32
NC_014319.1|WP_013231311.1|542335_545248_+|acyltransferase	gnl|CDD|376607	pfam01757, Acyl_transf_3, Acyltransferase family. This family includes a range of acyltransferase enzymes. This domain is found in many as yet uncharacterized C. elegans proteins and it is approximately 300 amino acids long.	5.07243e-10
NC_014319.1|WP_081457740.1|556633_557656_+|accessory-Sec-system-protein-Asp3	gnl|CDD|379726	pfam15432, Sec-ASP3, Accessory Sec secretory system ASP3. Sec-ASP3 is family of bacterial proteins involved in the Sec secretory system. The family forms part of the accessory SecA2/SecY2 system specifically required to export GspB, a serine-rich repeat cell-wall glycoprotein adhesin encoded upstream in the same operon.	6.66386e-39
NC_014319.1|WP_013231305.1|533109_533697_+|anaerobic-ribonucleoside-triphosphate-reductase-activating-protein	gnl|CDD|379137	pfam13353, Fer4_12, 4Fe-4S single cluster domain. This family includes proteins containing domains which bind to iron-sulfur clusters. Members include bacterial ferredoxins, various dehydrogenases, and various reductases. The structure of the domain is an alpha-antiparallel beta sandwich.	2.11064e-72
NC_014319.1|WP_013231312.1|545354_546329_+|glycosyl-transferase	gnl|CDD|133028	cd04185, GT_2_like_b, Subfamily of Glycosyltransferase Family GT2 of unknown function. GT-2 includes diverse families of glycosyltransferases with a common GT-A type structural fold, which has two tightly associated beta/alpha/beta domains that tend to form a continuous central sheet of at least eight beta-strands. These are enzymes that catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. Glycosyltransferases have been classified into more than 90 distinct sequence based families.	1.49089e-76
NC_014319.1|WP_013231317.1|555111_556653_+|accessory-Sec-system-protein-Asp2	gnl|CDD|379903	pfam16929, Asp2, Accessory Sec system GspB-transporter. Asp2 is a family of the SecA2/Y2 accessory Sec secretory system of Gram-positive bacteria. It is specific for large serine-rich repeat, cell-wall-anchored, glycoproteins such as GspB. Export of GspB requires the three Asp1-Asp3 proteins. Asp2, in conjunction with Asp3, probably acts as a chaperone in the early stage of GspB transport.	0

Protein sequences

>NC_014319.1|WP_013231313.1|546429_547533_-|AraC-family-transcriptional-regulator
MNDIQKLADILNAAVILLNSNTHEANYLNAQPTDTSNHTINFLLANIQLLSNHQYQSLNSPWGHILTCQITNNLIICLSFNYSETSNELMTMHSLSNLKSISQIIYKLYNGKDAPDTDVIITKFSDKQLVKIENNQPFDATLFFNAETDIIKAIIYSHNEQLTSALEKLSYIKIIGERFANNNYIRGEKDTLISYIAVLNRAIIQWGYPVESAFRLHNDLVQEIELSSQFFDFFQVIREVTWHYFNVIKNYRVTNFLPLHERIRQYVKEHITESMTLDDIATRLNASKKLLNPAFKNEYGITITQFIRQVKIDAAKELLIASDLTLLDISNLLSFSTTTYFVKTFKEITGLTPKYFRQHFFDQHLHL
>NC_014319.1|WP_013231312.1|545354_546329_+|glycosyl-transferase
MTEKTVTAAIVTYNRLELLKESLAAILAQTKYLSHVIIVNNMSTDGTTEYLDSLNDERIVVYHATENLGGAGGFNQAVRLFGEQLQDDFVWLMDDDTIPEPDALSHLVAFTLDHPEVGFVNSQVRWGSIDGNPSWMNVTAPRAFTWQRYLIDTEEPAVEVVNSTFVSVMFSREMVAMIGLPQKEYFIWGDDMEYTNRIADIKRGYMVMNSIAVHKSKENTKPGDIVAEVDDSRLWRYNFEYRNRILTARRISRKEMIKVFSVAILRDLRKTLLKKNVAFRAKKLGVITRGLWRGLFFNPTIEYAEGLRQQKIKSLRGAEMDLLD
>NC_014319.1|WP_013231311.1|542335_545248_+|acyltransferase
MLKRIGEKRINNQKVKLSNIEILRFISILLVILHHVAIHTNWTIGLSTNFEFVRDGMILSGKVGVDLFIIISGYLMINSRAKLTSLVRTVSETIVFSIFMYIVAIVLKINGTVFSTAYFFKRLFPVIFSDYWFVTAYVFMYILLPIVLPFLSKLTKKDYQRFLIIGFLVVSIWPMIALNKGMNFSYVILFLYLFAIGGYIRKYGLRINAIVASIAVILLTASAVLITYAIRMILHAPHNTLYQLFSFLGWSGPNSWGENIIIWFDASPFPLVIAAFIFIGVISLKQYYNNIVNFFGSHVFGAYLFQSAPIFSPWIYVTIINVNRINGTLNRLVFSLGVAILFVFIGIVLHVILEPIANKLSGFLLKIINELSTQCNEFRNSNLGFINLLGPTIIKITFSIITAVFAVPGNKVLEIIIVSAILMAMMRSHHIKIGKKLKSINWSVGIIGGALYIVTFLPANYFNTSLISHIGLVLISFGTFSFAIANMLNQLKNEQNQNGEHLGFYDSYWKYILLYSTVIFIYFIAYYPGIMVVDSVNQWNQIHHAYPWNNWHPIGHTAVLWLTSKIWDNPASFVILQSIVYVTLFSYFATLLKQYSGKKWVGYLFFVLTAIVPFFPLQAMILVKDTLFTYAFVFFGLALFQTVRTHGQWLHKPLAFVFTLLSVMGISLWRSNGIPIVIVMCLLTIIILGVKKYWRLIIIMVIAIISYFVISGPIITNFHVFEPSKTESYGMLIQVDAGIIHDKGSLNLQQQQYFSKLMNNKNIASYQPTNIDAIKFGPGFDAKLLNNDTGKFKKESISLIKSNKIKALKAYKAQTAILWNQNAKYRIGTFIRDKYSSFVPVSYFLTGSDIEKYNIKYQMFRYDSYWGGFSKLHLILGNWQAMFKIKSVQYWFLPGIYLMMQVIIAGWLVAQGMWRKLLVILPIIGLAATYMLAIPVPDIRYVQPILLYVFITILVVKMPNNTVDGSEIKH
>NC_014319.1|WP_013231310.1|541293_542244_+|glycosyl-transferase
MDKLAVLIPAYNEAQTIEKVVKDVLNVTQSINGTVIYVYDNNSKDSTVELARNAGAVVRHEYAQGKGAVIRRMFREVDAEVYVMIDADDTYPVEAIPEMYDKVKSHGVDMVVGDRLSSTYFEENKRPFHNVGNSVVRGLINSLFKTDIKDILTGYRAFSFEFVKTFPVLSRGFEIETEMSIHATEKRMLVENQVISYRDRPEGSESKLDTYGDGMRVLKTVLNLYRNYHPFAFFGAISTVFILFSLVVFFIRVVQPYAETGLVDNMPTLIVTMILLLIAVISFFSGMILNSVQAKDKRDFELALIEASNRKKELSN
>NC_014319.1|WP_013231309.1|539698_541174_+|hypothetical-protein
MKTSRRTFYFLVILIAWLPYWWAFFPIIVSYDGAAQLANFFGLSYPNNHQPYTAAAIMGVLIKFFMKLTNNNSTWSFALYAGLIGSCSAIVCSRLVVKFGTAFGRNIQWLSLLLFALFPLFPFYAFSYDKTAPFLIGIGMSFSALISIAIDKNLNNHLWELAIGTVVTSVFRSDGYYVMVIVLLACVVVLRSKQLLLCLISIIVLMTVITKVIFPMAFIAPGLPGDSISVPLQQVAYTVKTHEAQLKGSKLYDDLNKIMPLKKITEAYNPNLADYVKFNYGNTYNNENKSKKEAFETFLKERSKYGIRNFLKLWLRLGMKYPFDYVKAWIYQVDSYYSPTNDNEQEKSSGQLFMNLNQVWVQNRITDVMRQLNFSVDYNGSEFAKKFKNRLLTPLHNNNIIYKIFLSAWLYDWLLIISSLILLVKMIRKKVSIVWGLPFLLPLGVLGVAMLTPVDGGMRYILPVIMAVPMCIAVIFDTNHLNIKDKNREII
>NC_014319.1|WP_013231308.1|535852_539407_+|teichoic-acid-biosynthesis-protein
MTEPIIHIPKNLDKPITVVNKSNRKNTRLSVVVPMYNVALFLKEALDSLLRQGINDELQVILIDDGSKDETSTIAKDYVDQYPDVFELYLFENGGLGAARNRGTNLAVGEYVTYVDPDDIVVDDSYHNMLSIINRTGSDVIGGAVRRFNSTGKQWTSTVHNKAYHDAYEATTLGEHPELVWDTTAWNKIYNLEFIQSNSLYFPEKMLYEDMPMVVPMYSLAKKIDVFDEVIYLWRERDEGAPSITQSTAQKNNFTDRVKGMKMILSSLADYDAPENAQNEQLNKMLNFDLRLPFTYEKYIALDDEYKDTIYEQVKGFLKLLTPAQFNQAQYWYRALYTVWLYQPKVVVQNAITKFAKYEFCVQFNQDDGSFHSSYQDDFDFDLATLNSDFDPFTRLYSVTEENNQVVLVGHLFYRYMDLPTRNLISNLKVELVNKNGEVLVHSNGVADMQYDPDATAKWGFENTQSRREQAAHNFDISSYRITVPFAELERLNETVYVKLKLTVYDRELELLISEPMPGDQPRPEGFVIDNGFLLTSYSSDWRLRLTYLANAPLVTTFTWSRNHYLWTIKNAKKNIIIYNPTNREILKLVKNGNEYSLSKSDANYIGTPGGAGQAWWQFMTTDNTNDYDSFELVRMATPTIAEPHTLKKNMTVFHVSNHVATLAVSWQYPLIADAELDDENVTIRFWLDGWARLASSANITFIQDGLDNKYVAKKIEGNFLKRNLWEVQLPLGFGLYAQNRMLHPEVTLTFFQRQPFTMPLRWGKSKFNIFREEHPVGRLTWYFGSDDSEEHRVLTMRQSTNREGFTTMGEKVSFWQGKYQEWLQEPIFEKTIMYSSYWGQDFNDNPRALYEYIEKHYPGYQHVVVYSNILQDIELPGVIPVVTGTKKYWYYLAHAKYFVNNVNFEGKERVKRPEQLEIQTMHGTPLKQMGFKVLQDWTSASYEQYLEKNRNWDYLTVPSDYVAEIAASAYRHQAKVLNTGYPRNDELFVRNNEAEILRIKRAMKVPVDKKLVLYAPTWRKKGERKLGIDFESMYASLRDDLFVLIRPHHLSGDIEVPMAYADKMILSDDSFAIDDYYLISDVMITDYSSVMFDYALLNKPMVFFVYDFDNYVSSRGLNFDFKADAPGPLVYTQTELEISLQSFEEIPKRYEDKIAIFDTKFIQYDDGHASENIFKAVFDPEKS
>NC_014319.1|WP_013231307.1|534964_535780_+|ABC-transporter-permease
MREIWLVLREQIKYFPVMLRLARYETRAKYKDHSLGILWDLINPVMQIATYWLVFGIGLRQGNVADGIPYVGWLVIGQATWLFLNTSFMDATWSIRNNVRQVSKMNFPISIMPTVRTWINVIPFVITLAVGVLIAVGSGVHLTMHAFQFVYYFIAMLAFLHALGIFNATITVLFPDYQQLIQTIMRFVFWFSGAVIDIAAKLGPDHARISRLIELNPFYYLISGVRDSFLSTGWIWDHPSQNLAFWMFVLVVLLLGSHLHLKFRAYFADLV
>NC_014319.1|WP_013231306.1|533859_534957_+|teichoic-acid-ABC-transporter-ATP-binding-protein
MTEDSKKIVYTPTDPRGLNEPFLPVSIAKQIDLPGNDNVSGAPLKVSGRYITKEYDMGTSRNEKIQAILNPLKSKKEKFWGLKGISFDVFEGDVVGVVGVNGSGKSTLLNILSGALMETSGRLILKGKTSLLSVWDGLRDNLTGLENIRLKSLMMGLSNKEIDNQINDIAEFSELGKFIKQPVKNYSSGMRSKLGFAIAVHQNPDIMIIDEALSVGDQTFTRKALNKMQEFKAAGKTIFFVSHALGQIEEFTDKTMWIQYGELRAYGDTATILQEYKNWTKWYNQLDDDVKKSYVAARKQAQNDFNRTQLTERIVEDNHLSDADKKKIARDNAVGGRLTWWNWLLLAIGTGIFVYAVYLYVYLGR
>NC_014319.1|WP_013231305.1|533109_533697_+|anaerobic-ribonucleoside-triphosphate-reductase-activating-protein
MSSKLANGITVPESKEWQSADLSLNYVADYKPFIMVDGPGVRCSIYLSGCKFLCPGCYNVVAQNFHYGTAYTQELEDQIVADLSHSYVQGLTLLGGEPFLNTAVALKLTRRIRAEFGHTKDIWSWTGYTWDELMAETADKKALLQEIDVLVDGRFVQALMNLKLRFKGSSNQRIIDVPESLVKKEIVLWTDEYEN
>NC_014319.1|WP_013231304.1|530978_533120_+|anaerobic-ribonucleoside-triphosphate-reductase
MNKINVATTITKRSGEKVQFRPYKIALILESLNIEGDVYEAIMSIVLSKATQPNVTTQVIYQTILTQLETLSPKAAESFQSIHIADEQAWLQATNPENKLKSLINQDDKTMHENANKDSHVFNTFRDLTAGMIGKSKGLTMMPESVAKAHLRGDIHWHDLDYTPLSPMTNCCLVDFDYMFKSGYTMGNAQVETPKSIGTATAQMAQIIANVASSQYGGTSINRADELLAPYAEMNYQKHLHNAKIYVQADKRQAYAETATKKDIYDAMQALEYEINTLASAQGQTPFTTLGFGLGTNWLEREIQKSIFKIRIKGIGPNHRTAIFPKLVFSLKRGINMNAEDVNYDIKKLAIECASKRMYPDVLNYEKIVALTGSFKAPMGCRSFLQGWQNEQGVEVNEGRMNLGVVTLNVPRIALQSQGSKSRFWEILDERLALAKQALKFKLARTKEAVPENAPILYKNGAFGKMLQDDDDVDTLFKNGRATLSLGYIGLYEVGTYFFGPNWETNQEAHDFTVEIVRRLHVACKAWEAEDGYHYSVYSTPAESLTDRFCELDKARFGAIADITDKDYYTNSFHYDVRKHPTPFEKLLFEEAYPKYTNGGFIHYCEYPNLRQNPAALEAVWDFAYDHVGYLGTNTPIDKCFKCGFEGDFKPTARGFCCPECGNHDPKTCDVVKRTCGYLGNPQARPMIHGRHVEIASRVKNMSQSEVDQKHVK
>NC_014319.1|WP_013231315.1|552228_553494_+|accessory-Sec-system-protein-translocase-subunit-SecY2
MKGENINNIHLVLKKMLWTSLIVFIFLIGRNILIPGVDAKQLARFLNNQYLLQIVNGTTGGDLSRMSLFALGLGPWMSATILWRVLTLIKRFDLKKIPIERTFLFKIAIAIIIGFIQSIAIISNIDINPKISIFAQTQFGAMATISLIMVSGAVFLVWLSNMNEILGIGGPTVLILASMIINWPTNVSLYILENVRSSLDINSVILMLVIMISIVFLVLLTVVVQRAQRQIPIRRILVNNNFYQQSYLPIQINPAGGMPLMYSMTLLVLPQYILQAVHYWLPNNVLVENGLDNIAITKPLGVTAYIIILFALSIGFAFININPDQIAEDLQQNSDYIDNVEPGDATREYITEIVFRLSFVGALYMSLIAGFPLYFGIIDKQYTQYALTAGSIIILVNLVINIIDQMKALLTKNNYSALFFE
>NC_014319.1|WP_013231316.1|553529_555119_+|accessory-Sec-system-protein-Asp1
MFYFVPYWYGESKATTFDDTVNQIRMFEAVHENSETIICEYSPQIRCFLHQQNLSLNKYWSVFDMIQNIEDVNNKIVDFNDLSWPIESEFVYTPFRVNVILAGKIFANISFGLESQLSSVSYFDDDQISKTLIFDDRGFLSSIIYFSAGKKTVQEYFDVSGIWQIRVTYLTESEKIVINPMSYHRFKKNTYHSLNDLIQEMINYHFANESDLKHATLIIAANEKYNQLLLNLSYRPSNLVLSFFKNRYEYKKNEQLLIDELSLADIVIADTIGQLEDIKEIVVAKNNSHLVNKLQHITPYDTRFQLGISQQYKELTILLNTQELSKEEIIFVLYTILSCMADNNLIALSITCSEENNAEKIDDYIKQVLVEYYHLDNNVILNDLQMDNTTDENKLGDRDNAGDTQQPVGVSLYKRISMHTFPTENDMIQAFENVRLIIDISHRPNIYTQIAGISAGIPQINLSASPYIINQQNGLIIQDLSELKKAIDYYLIGLSHWNTALVYAVQQMRQYTNGAIVRKWRHILGEENG
>NC_014319.1|WP_013231317.1|555111_556653_+|accessory-Sec-system-protein-Asp2
MADKIIRILQVGVTNWATQLNLADQSMDWQFVSNDNVSDYFTKLLNNEDGTPLFEAILLTDSDKLDCFEPIFKIANPYTILIDSNQIIENQQLLELLARYQAYKIDMSVKEKVVYDLAHYFFVGQYGEKLNINQVQVSPHFNGQIQYNGHVNLLLTGDFGTTLTSTLSWQYNIAAKSDHNHELWLEYDTSENVMMALSVQMIESGTSNILKQWIVKGEAMTAPLLIESHAKSAYYLAVSLQVQGDGYIKVGNLHNRLARKKFGQFILGGERLIDNKHEEIMAYFDPGDMKPPLNVYFSGYRSAEGFEGYWMMKKMGTPFLLITDPRLEGGAFYIGSKEIENNIYQIIQQKMNDLNFTTDQLVLSGLSMGTFGALYYASKLEPHAIIIGKPLVNLGNIALNEKLVRPNIFPTSLDLLLSMTGGNTVKHAEMLNQRFWQQFDQANFNQTLFAIAYMKDDDYDSTAYHDLLTSLSHSQAIIISKGIAGRHNDDSAAINNWFFSQYQRILVDEFKRK
>NC_014319.1|WP_081457740.1|556633_557656_+|accessory-Sec-system-protein-Asp3
MNSKESDNSMVNQNAIIYWQPHIGETYMYGSIINYVTKDHVTFQNDLFSAGSFVHTWLSSSSYQVQRSVVALPLLENGIEYQIKMNASVMPENTVYLQFKFYDRYEDMIDSVTIKNGVGKFIYPNNAYAYSMALINAGLQELVFHHVEISEAIHEKQLLFDNDGLYISDILNNETNSSLLQVLFTEPVVGTIGIVPDNLLNQIPDVVQITSSKLYGGFYMNNQVENDIIAVLDQIQKIYEVQSINFIGYGPVSSAAALYYATKVTQSTAYVSSDYGDISLSKNVIYTDGYEQFIAAKKNFVNTSKHTYYQVEPLIANLKIVGTLLDKSSRLQSYIDFVGH
>NC_014319.1|WP_013231319.1|557666_560039_+|accessory-Sec-system-translocase-SecA2
MLTLDNMRLRKTQKILRQVNRLTNVMSKMSDVELKQQTNLLKQQLNSGKKLDDILPQAFATIREADKRVLGKFPYDVQVLGGIVLHQGNIAEMKTGEGKTLTATLPIYLNALTGEGVMLITTNSYLAIRDAHELGKVYEWLGLSVAVGVNENPNYNYTVTEKQEIYRADILYTTNDAIGFDYLQENLVASQDKQFLRTFNYAILDEVDAILLDSAQTPLIISGSPRVQSNLFNIADQFVLTLSESTDYALDDEKKHVWLTDQGIEQAKCFFEKPNLFSTDNYLLIRHIELALQAKELFKSNHDYVIDKDEIKLLDVKNGRIMAGTKLQSGLHQAIEAKEHLNITQQTRAMASITYQNLFRMFKKLAGMTGTGKTNEEEFIETYNMTVIVIPTHRPMIRKDLPDKIYVNLPEKLYASMSLVKTCYQKQQPVLLATGSVEISEIYSQMLLREGIPHNVLNARNIAKEAAIIAEAGQLGAVTVATAMAGRGTDIKLGEGVSELGGLAVIGTERMTSKRIDLQLAGRAGRQGDPGFSQFFVSLEDDIIIKRGSERIHRYYKKFAEQFNVENPHELTQHRFKTSVNKAQFSEESQGRVARLNALEFDESMRIQRTLVYEERNKLLRMNRTLEKELLSAAHREIDNFLRKNKQLTSNLLKRYILDNINYNFKQSDSILDPDNFHDVASQLLKMVEEELQRKREVMASTTQTINFQRVCVLKAIDVGWIEQVDNLQQLRLVVTDRRYSQKNPLYEYQKETIISYQKMCKQVDKLVLKNIMLSTIKREKNGELTVSFP
>NC_014319.1|WP_013231320.1|560064_561072_+|nucleotide-sugar-synthetase
MRTHITNIYGQSSSSTAMIAQNMVTEVAKSLGFNEIGIYSYPIHTDTPQEIRKRIDGMLAGVSAHDVVIVQLPSWNGIEFDELFINKLLSYPGIKIAVFIHDVVPLMFENNYYLMQRSINLYNKAVTLIVPSKAMANRLKSEGLVMDHIVIQQLWDHATSLMPAAPKFEPLINFAGSVTRFPFVKSWHNDTKLQVFSQYDEKNLNERVSYQGWLPDNEILRHLNRGFGLVWSENTKNQFEREYSKINLSYKLSTYLASGLPVIVNQGISNQKFIEDNNIGIVVPSLSEVDQRIKNITKAQYNDMAENVKRVGYLIRQGYFTKKILIDTMHQILSY
>NC_014319.1|WP_013231321.1|561086_562595_+|accessory-Sec-system-glycosyltransferase-GtfA
MTIYSFNLGIGWASSGVEYAQLYRAQIFRNLKQKAKFVFLDLITGDNIEHLTHNIGFTDDEIIWIYQYFSDIKIEPTSYSLKQLENSFSLSFDRIEQNTGYVRYIFDKANVMVTAYFAKKNKNVVERAEYVSRGKLIRKDYYTHTKLFSEYYTPRDNRAYVYERRFFNQDGSIALEEIVDGESSMFRLKNQVIQGKNGLIAYFLKSLNLTKTDIIILDRATNIGSTIFKYSAPAKLGVVVHAEHFNDNQTDEQNVLWNNFYEYQFDQVKNVDFLITATQSQEEVLRRHFDQYTAYTPNIVTIPVGNLDKLHIPLKARKTHSLITASRLANEKHVDWLVSAVIKAKEVVPDITFDIYGKGGEEQKIRKIINDNHAQDYIKLMGHSELTQVYQKYDAYISASTSEGFGLTLMEAVGSGLPIIGFDVRYGNQTFIQNKKNGYLITYDKSDDISIIISKLTHDIIVLYTEHHLADFEQQSYNIAKDYLIDEVQQKWQNLIERALND
>NC_014319.1|WP_013231322.1|562587_563916_+|accessory-Sec-system-glycosylation-chaperone-GtfB
MINLFDRYTQSSRDLHDSLKAAGYDQATVVVTEDGFLPDHVSSPFSYYTKIYEQVGRPLYFNQVDCPNFWEIRGNNHDATIYDEDKKMANIIYVPNLAHKRYVQKVEWLDLNGHIRSVDHYSKNGNKFAHTNYNIMNQPTITTYYSVDNHEIIVENHITKDIILNLNQQVYIFKSRADFVTYYLKSVYGNDMNRILYNSLSVPFLVSYQLEQPGDDLLFWQEPLAQDMILPGNMINLLEHHGRTQKIIFQNKIDYNKVQNKYPHLAHQLSYVGYIYPINKHDQDPNEALILTNSDDIEQITQIVEALPSVNFNIGALTEMSSKLMRLMKYQNVTLYPNIEYHVIDELLTTCAFYLDINHDMEIMSAVRRAFLNNLLILTFDNTSHNQEFTLPEHIFTTNNSSELVNSVLKYMSNRQMLSDALILQQNHANQSSIDDYQNIIN
>NC_014319.1|WP_013231323.1|563934_564144_+|hypothetical-protein
MNEKDDNKQFQQDPVQREINERLKYARYKVPNQKKVRHKYENMQTLLAGIMALGILFGLIAIIIQLFMK
>NC_014319.1|WP_013231324.1|564224_565082_+|glycosyl-transferase
MKKAIFYTYSGEYEWLVAVSIQSIIDHYISEETIDILVFTDKTFETQQATIKKLPCLSGKPQIKISFWRFPNWINRITNNVSERFPAVTFLRLGIPIEFQEFDKMLYLDADTLIYTDIHHVFNQLKTETIAGVLDIFHYLNTADDQILKQYNDTYNIVDSSKYINSGVLLYNNKQYAQHWTIDELVNNINDGQFSHFPDQELINQKFNPNILILPHEYNYQENISFLDHWQVPEKYKESLTLSEKNVRIKHFLPLPKPSSPLIGYRDQFDIDWWQMAMRLKEILS

Crispr_ID: NC_014319_2

• CRISPR_ID: NC_014319_2
• CRISPR_location: 548355-548451
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_014319_2

Consensus_repeat	Method
AGTGAATCAGTTTCAACATCAGAGT	CRISPRCasFinder

spacers of NC_014319_2

>2.1|548380|47|NC_014319|CRISPRCasFinder
AAACTAGCGATACTCAAGCTTCCGCAATTTCTGAATCTGCAAGTAAT

CRISPR arrays and Neighbor proteins around NC_014319_2

CRISPR arrays

The CRISPR arrays of NC_014319_2

>merge|NC_014319|2|548355-548451|CRISPRCasFinder
AGTGTACCAGCTTCAACTTCAGAAAAAACTAGCGATACTCAAGCTTCCGCAATTTCTGAATCTGCAAGTAATAGTGAATCAGTTTCGACAACAGAGT

>NC_014319|2|2|548355-548451|CRISPRCasFinder
AGTGTACCAGCTTCAACTTCAGAAA	AAACTAGCGATACTCAAGCTTCCGCAATTTCTGAATCTGCAAGTAAT
AGTGAATCAGTTTCGACAACAGAGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014319.1|WP_013231319.1|557666_560039_+|accessory-Sec-system-translocase-SecA2	unknown	unknown	gnl|CDD|236408
NC_014319.1|WP_013231320.1|560064_561072_+|nucleotide-sugar-synthetase	unknown	unknown	gnl|CDD|236626
NC_014319.1|WP_013231304.1|530978_533120_+|anaerobic-ribonucleoside-triphosphate-reductase	unknown	unknown	gnl|CDD|236436
NC_014319.1|WP_013231313.1|546429_547533_-|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|274977
NC_014319.1|WP_013231308.1|535852_539407_+|teichoic-acid-biosynthesis-protein	unknown	unknown	gnl|CDD|367953
NC_014319.1|WP_013231306.1|533859_534957_+|teichoic-acid-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224057
NC_014319.1|WP_013231322.1|562587_563916_+|accessory-Sec-system-glycosylation-chaperone-GtfB	unknown	unknown	gnl|CDD|274351
NC_014319.1|WP_013231321.1|561086_562595_+|accessory-Sec-system-glycosyltransferase-GtfA	unknown	unknown	gnl|CDD|131964
NC_014319.1|WP_013231310.1|541293_542244_+|glycosyl-transferase	unknown	unknown	gnl|CDD|275035
NC_014319.1|WP_013231323.1|563934_564144_+|hypothetical-protein	unknown	unknown	unknown
NC_014319.1|WP_013231307.1|534964_535780_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|224596
NC_014319.1|WP_013231316.1|553529_555119_+|accessory-Sec-system-protein-Asp1	unknown	unknown	gnl|CDD|274740
NC_014319.1|WP_013231315.1|552228_553494_+|accessory-Sec-system-protein-translocase-subunit-SecY2	unknown	unknown	gnl|CDD|237095
NC_014319.1|WP_013231309.1|539698_541174_+|hypothetical-protein	unknown	unknown	unknown
NC_014319.1|WP_013231324.1|564224_565082_+|glycosyl-transferase	unknown	unknown	gnl|CDD|133037
NC_014319.1|WP_013231311.1|542335_545248_+|acyltransferase	unknown	unknown	gnl|CDD|376607
NC_014319.1|WP_081457740.1|556633_557656_+|accessory-Sec-system-protein-Asp3	unknown	unknown	gnl|CDD|379726
NC_014319.1|WP_013231305.1|533109_533697_+|anaerobic-ribonucleoside-triphosphate-reductase-activating-protein	unknown	unknown	gnl|CDD|379137
NC_014319.1|WP_013231312.1|545354_546329_+|glycosyl-transferase	unknown	unknown	gnl|CDD|133028
NC_014319.1|WP_013231317.1|555111_556653_+|accessory-Sec-system-protein-Asp2	unknown	unknown	gnl|CDD|379903

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014319.1|WP_013231319.1|557666_560039_+|accessory-Sec-system-translocase-SecA2	gnl|CDD|236408	PRK09200, PRK09200, preprotein translocase subunit SecA; Reviewed.	0
NC_014319.1|WP_013231320.1|560064_561072_+|nucleotide-sugar-synthetase	gnl|CDD|236626	PRK09814, PRK09814, sugar transferase.	7.33276e-150
NC_014319.1|WP_013231304.1|530978_533120_+|anaerobic-ribonucleoside-triphosphate-reductase	gnl|CDD|236436	PRK09263, PRK09263, anaerobic ribonucleoside triphosphate reductase; Provisional.	0
NC_014319.1|WP_013231313.1|546429_547533_-|AraC-family-transcriptional-regulator	gnl|CDD|274977	TIGR04094, AraC_family_transcriptional_regulator, YSIRK-targeted surface antigen transcriptional regulator. Bacteria whose genomes encode only one protein with the YSIRK variant form of signal peptide (TIGR01168) were examined for conserved genes near that one tagged protein. This protein is found adjacent to at various classes of repetitive or low-complexity YSIRK proteins (whether unique in genome or not), in a range of species (Enterococcus faecalis X98, Ruminococcus torques, Coprobacillus sp. D7, Lysinibacillus fusiformis ZC1, Streptococcus equi subsp. equi 4047, etc). The affliated YSIRK proteins include Streptococcal protective antigen (see ) and proteins with the Rib/alpha/Esp surface antigen repeat (see TIGR02331). The last quarter of this protein has an AraC family helix-turn-helix (HTH)transcriptional regulator domain.	9.21022e-24
NC_014319.1|WP_013231308.1|535852_539407_+|teichoic-acid-biosynthesis-protein	gnl|CDD|367953	pfam04464, Glyphos_transf, CDP-Glycerol:Poly(glycerophosphate) glycerophosphotransferase. Wall-associated teichoic acids are a heterogeneous class of phosphate-rich polymers that are covalently linked to the cell wall peptidoglycan of gram-positive bacteria. They consist of a main chain of phosphodiester-linked polyols and/or sugar moieties attached to peptidoglycan via a linkage unit. CDP-glycerol:poly(glycerophosphate) glycerophosphotransferase is responsible for the polymerization of the main chain of the teichoic acid by sequential transfer of glycerol-phosphate units from CDP-glycerol to the linkage unit lipid.	1.11061e-94
NC_014319.1|WP_013231306.1|533859_534957_+|teichoic-acid-ABC-transporter-ATP-binding-protein	gnl|CDD|224057	COG1134, TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	8.00751e-91
NC_014319.1|WP_013231322.1|562587_563916_+|accessory-Sec-system-glycosylation-chaperone-GtfB	gnl|CDD|274351	TIGR02919, conserved_hypothetical_protein, accessory Sec system glycosyltransferase GtfB. Members of this protein family are found only in Gram-positive bacteria of the Firmicutes lineage, including several species of Staphylococcus, Streptococcus, and Lactobacillus. [Protein fate, Protein modification and repair].	1.88722e-166
NC_014319.1|WP_013231321.1|561086_562595_+|accessory-Sec-system-glycosyltransferase-GtfA	gnl|CDD|131964	TIGR02918, lipopolysaccharide_biosynthesis_protein, accessory Sec system glycosylation protein GtfA. Members of this protein family are found only in Gram-positive bacteria of the Firmicutes lineage, including several species of Staphylococcus, Streptococcus, and Lactobacillus. Members are associated with glycosylation of serine-rich glycoproteins exported by the accessory Sec system. [Protein fate, Protein modification and repair].	0
NC_014319.1|WP_013231310.1|541293_542244_+|glycosyl-transferase	gnl|CDD|275035	TIGR04182, glyco_TIGR04182, glycosyltransferase, TIGR04182 family. Members of this family are glycosyltransferases restricted to the archaea. All but two members are from species with the PGF-CTERM/archaeosortase A system, a proposed maturation system for exported, glycosylated proteins as are found often in S-layers.	2.65777e-51
NC_014319.1|WP_013231307.1|534964_535780_+|ABC-transporter-permease	gnl|CDD|224596	COG1682, TagG, ABC-type polysaccharide/polyol phosphate export systems, permease component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	4.64987e-40
NC_014319.1|WP_013231316.1|553529_555119_+|accessory-Sec-system-protein-Asp1	gnl|CDD|274740	TIGR03713, acc_sec_asp1, accessory Sec system protein Asp1. This protein is designated Asp1 because, along with SecY2, SecA2, and other proteins it is part of the accessory secretory protein system. The system is involved in the export of serine-rich glycoproteins important for virulence in a number of Gram-positive species, including Streptococcus gordonii and Staphylococcus aureus. This protein family is assigned to transport rather than glycosylation function, but the specific molecular role is unknown. [Protein fate, Protein and peptide secretion and trafficking, Cellular processes, Pathogenesis].	1.25103e-120
NC_014319.1|WP_013231315.1|552228_553494_+|accessory-Sec-system-protein-translocase-subunit-SecY2	gnl|CDD|237095	PRK12417, secY, preprotein translocase subunit SecY; Reviewed.	1.24886e-158
NC_014319.1|WP_013231324.1|564224_565082_+|glycosyl-transferase	gnl|CDD|133037	cd04194, GT8_A4GalT_like, A4GalT_like proteins catalyze the addition of galactose or glucose residues to the lipooligosaccharide (LOS) or lipopolysaccharide (LPS) of the bacterial cell surface. The members of this family of glycosyltransferases catalyze the addition of galactose or glucose residues to the lipooligosaccharide (LOS) or lipopolysaccharide (LPS) of the bacterial cell surface. The enzymes exhibit broad substrate specificities. The known functions found in this family include: Alpha-1,4-galactosyltransferase, LOS-alpha-1,3-D-galactosyltransferase, UDP-glucose:(galactosyl) LPS alpha1,2-glucosyltransferase, UDP-galactose: (glucosyl) LPS alpha1,2-galactosyltransferase, and UDP-glucose:(glucosyl) LPS alpha1,2-glucosyltransferase. Alpha-1,4-galactosyltransferase from N. meningitidis adds an alpha-galactose from UDP-Gal (the donor) to a terminal lactose (the acceptor) of the LOS structure of outer membrane. LOSs are virulence factors that enable the organism to evade the immune system of host cells. In E. coli, the three alpha-1,2-glycosyltransferases, that are involved in the synthesis of the outer core region of the LPS, are all members of this family. The three enzymes share 40 % of sequence identity, but have different sugar donor or acceptor specificities, representing the structural diversity of LPS.	3.97423e-32
NC_014319.1|WP_013231311.1|542335_545248_+|acyltransferase	gnl|CDD|376607	pfam01757, Acyl_transf_3, Acyltransferase family. This family includes a range of acyltransferase enzymes. This domain is found in many as yet uncharacterized C. elegans proteins and it is approximately 300 amino acids long.	5.07243e-10
NC_014319.1|WP_081457740.1|556633_557656_+|accessory-Sec-system-protein-Asp3	gnl|CDD|379726	pfam15432, Sec-ASP3, Accessory Sec secretory system ASP3. Sec-ASP3 is family of bacterial proteins involved in the Sec secretory system. The family forms part of the accessory SecA2/SecY2 system specifically required to export GspB, a serine-rich repeat cell-wall glycoprotein adhesin encoded upstream in the same operon.	6.66386e-39
NC_014319.1|WP_013231305.1|533109_533697_+|anaerobic-ribonucleoside-triphosphate-reductase-activating-protein	gnl|CDD|379137	pfam13353, Fer4_12, 4Fe-4S single cluster domain. This family includes proteins containing domains which bind to iron-sulfur clusters. Members include bacterial ferredoxins, various dehydrogenases, and various reductases. The structure of the domain is an alpha-antiparallel beta sandwich.	2.11064e-72
NC_014319.1|WP_013231312.1|545354_546329_+|glycosyl-transferase	gnl|CDD|133028	cd04185, GT_2_like_b, Subfamily of Glycosyltransferase Family GT2 of unknown function. GT-2 includes diverse families of glycosyltransferases with a common GT-A type structural fold, which has two tightly associated beta/alpha/beta domains that tend to form a continuous central sheet of at least eight beta-strands. These are enzymes that catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. Glycosyltransferases have been classified into more than 90 distinct sequence based families.	1.49089e-76
NC_014319.1|WP_013231317.1|555111_556653_+|accessory-Sec-system-protein-Asp2	gnl|CDD|379903	pfam16929, Asp2, Accessory Sec system GspB-transporter. Asp2 is a family of the SecA2/Y2 accessory Sec secretory system of Gram-positive bacteria. It is specific for large serine-rich repeat, cell-wall-anchored, glycoproteins such as GspB. Export of GspB requires the three Asp1-Asp3 proteins. Asp2, in conjunction with Asp3, probably acts as a chaperone in the early stage of GspB transport.	0

Protein sequences

>NC_014319.1|WP_013231313.1|546429_547533_-|AraC-family-transcriptional-regulator
MNDIQKLADILNAAVILLNSNTHEANYLNAQPTDTSNHTINFLLANIQLLSNHQYQSLNSPWGHILTCQITNNLIICLSFNYSETSNELMTMHSLSNLKSISQIIYKLYNGKDAPDTDVIITKFSDKQLVKIENNQPFDATLFFNAETDIIKAIIYSHNEQLTSALEKLSYIKIIGERFANNNYIRGEKDTLISYIAVLNRAIIQWGYPVESAFRLHNDLVQEIELSSQFFDFFQVIREVTWHYFNVIKNYRVTNFLPLHERIRQYVKEHITESMTLDDIATRLNASKKLLNPAFKNEYGITITQFIRQVKIDAAKELLIASDLTLLDISNLLSFSTTTYFVKTFKEITGLTPKYFRQHFFDQHLHL
>NC_014319.1|WP_013231312.1|545354_546329_+|glycosyl-transferase
MTEKTVTAAIVTYNRLELLKESLAAILAQTKYLSHVIIVNNMSTDGTTEYLDSLNDERIVVYHATENLGGAGGFNQAVRLFGEQLQDDFVWLMDDDTIPEPDALSHLVAFTLDHPEVGFVNSQVRWGSIDGNPSWMNVTAPRAFTWQRYLIDTEEPAVEVVNSTFVSVMFSREMVAMIGLPQKEYFIWGDDMEYTNRIADIKRGYMVMNSIAVHKSKENTKPGDIVAEVDDSRLWRYNFEYRNRILTARRISRKEMIKVFSVAILRDLRKTLLKKNVAFRAKKLGVITRGLWRGLFFNPTIEYAEGLRQQKIKSLRGAEMDLLD
>NC_014319.1|WP_013231311.1|542335_545248_+|acyltransferase
MLKRIGEKRINNQKVKLSNIEILRFISILLVILHHVAIHTNWTIGLSTNFEFVRDGMILSGKVGVDLFIIISGYLMINSRAKLTSLVRTVSETIVFSIFMYIVAIVLKINGTVFSTAYFFKRLFPVIFSDYWFVTAYVFMYILLPIVLPFLSKLTKKDYQRFLIIGFLVVSIWPMIALNKGMNFSYVILFLYLFAIGGYIRKYGLRINAIVASIAVILLTASAVLITYAIRMILHAPHNTLYQLFSFLGWSGPNSWGENIIIWFDASPFPLVIAAFIFIGVISLKQYYNNIVNFFGSHVFGAYLFQSAPIFSPWIYVTIINVNRINGTLNRLVFSLGVAILFVFIGIVLHVILEPIANKLSGFLLKIINELSTQCNEFRNSNLGFINLLGPTIIKITFSIITAVFAVPGNKVLEIIIVSAILMAMMRSHHIKIGKKLKSINWSVGIIGGALYIVTFLPANYFNTSLISHIGLVLISFGTFSFAIANMLNQLKNEQNQNGEHLGFYDSYWKYILLYSTVIFIYFIAYYPGIMVVDSVNQWNQIHHAYPWNNWHPIGHTAVLWLTSKIWDNPASFVILQSIVYVTLFSYFATLLKQYSGKKWVGYLFFVLTAIVPFFPLQAMILVKDTLFTYAFVFFGLALFQTVRTHGQWLHKPLAFVFTLLSVMGISLWRSNGIPIVIVMCLLTIIILGVKKYWRLIIIMVIAIISYFVISGPIITNFHVFEPSKTESYGMLIQVDAGIIHDKGSLNLQQQQYFSKLMNNKNIASYQPTNIDAIKFGPGFDAKLLNNDTGKFKKESISLIKSNKIKALKAYKAQTAILWNQNAKYRIGTFIRDKYSSFVPVSYFLTGSDIEKYNIKYQMFRYDSYWGGFSKLHLILGNWQAMFKIKSVQYWFLPGIYLMMQVIIAGWLVAQGMWRKLLVILPIIGLAATYMLAIPVPDIRYVQPILLYVFITILVVKMPNNTVDGSEIKH
>NC_014319.1|WP_013231310.1|541293_542244_+|glycosyl-transferase
MDKLAVLIPAYNEAQTIEKVVKDVLNVTQSINGTVIYVYDNNSKDSTVELARNAGAVVRHEYAQGKGAVIRRMFREVDAEVYVMIDADDTYPVEAIPEMYDKVKSHGVDMVVGDRLSSTYFEENKRPFHNVGNSVVRGLINSLFKTDIKDILTGYRAFSFEFVKTFPVLSRGFEIETEMSIHATEKRMLVENQVISYRDRPEGSESKLDTYGDGMRVLKTVLNLYRNYHPFAFFGAISTVFILFSLVVFFIRVVQPYAETGLVDNMPTLIVTMILLLIAVISFFSGMILNSVQAKDKRDFELALIEASNRKKELSN
>NC_014319.1|WP_013231309.1|539698_541174_+|hypothetical-protein
MKTSRRTFYFLVILIAWLPYWWAFFPIIVSYDGAAQLANFFGLSYPNNHQPYTAAAIMGVLIKFFMKLTNNNSTWSFALYAGLIGSCSAIVCSRLVVKFGTAFGRNIQWLSLLLFALFPLFPFYAFSYDKTAPFLIGIGMSFSALISIAIDKNLNNHLWELAIGTVVTSVFRSDGYYVMVIVLLACVVVLRSKQLLLCLISIIVLMTVITKVIFPMAFIAPGLPGDSISVPLQQVAYTVKTHEAQLKGSKLYDDLNKIMPLKKITEAYNPNLADYVKFNYGNTYNNENKSKKEAFETFLKERSKYGIRNFLKLWLRLGMKYPFDYVKAWIYQVDSYYSPTNDNEQEKSSGQLFMNLNQVWVQNRITDVMRQLNFSVDYNGSEFAKKFKNRLLTPLHNNNIIYKIFLSAWLYDWLLIISSLILLVKMIRKKVSIVWGLPFLLPLGVLGVAMLTPVDGGMRYILPVIMAVPMCIAVIFDTNHLNIKDKNREII
>NC_014319.1|WP_013231308.1|535852_539407_+|teichoic-acid-biosynthesis-protein
MTEPIIHIPKNLDKPITVVNKSNRKNTRLSVVVPMYNVALFLKEALDSLLRQGINDELQVILIDDGSKDETSTIAKDYVDQYPDVFELYLFENGGLGAARNRGTNLAVGEYVTYVDPDDIVVDDSYHNMLSIINRTGSDVIGGAVRRFNSTGKQWTSTVHNKAYHDAYEATTLGEHPELVWDTTAWNKIYNLEFIQSNSLYFPEKMLYEDMPMVVPMYSLAKKIDVFDEVIYLWRERDEGAPSITQSTAQKNNFTDRVKGMKMILSSLADYDAPENAQNEQLNKMLNFDLRLPFTYEKYIALDDEYKDTIYEQVKGFLKLLTPAQFNQAQYWYRALYTVWLYQPKVVVQNAITKFAKYEFCVQFNQDDGSFHSSYQDDFDFDLATLNSDFDPFTRLYSVTEENNQVVLVGHLFYRYMDLPTRNLISNLKVELVNKNGEVLVHSNGVADMQYDPDATAKWGFENTQSRREQAAHNFDISSYRITVPFAELERLNETVYVKLKLTVYDRELELLISEPMPGDQPRPEGFVIDNGFLLTSYSSDWRLRLTYLANAPLVTTFTWSRNHYLWTIKNAKKNIIIYNPTNREILKLVKNGNEYSLSKSDANYIGTPGGAGQAWWQFMTTDNTNDYDSFELVRMATPTIAEPHTLKKNMTVFHVSNHVATLAVSWQYPLIADAELDDENVTIRFWLDGWARLASSANITFIQDGLDNKYVAKKIEGNFLKRNLWEVQLPLGFGLYAQNRMLHPEVTLTFFQRQPFTMPLRWGKSKFNIFREEHPVGRLTWYFGSDDSEEHRVLTMRQSTNREGFTTMGEKVSFWQGKYQEWLQEPIFEKTIMYSSYWGQDFNDNPRALYEYIEKHYPGYQHVVVYSNILQDIELPGVIPVVTGTKKYWYYLAHAKYFVNNVNFEGKERVKRPEQLEIQTMHGTPLKQMGFKVLQDWTSASYEQYLEKNRNWDYLTVPSDYVAEIAASAYRHQAKVLNTGYPRNDELFVRNNEAEILRIKRAMKVPVDKKLVLYAPTWRKKGERKLGIDFESMYASLRDDLFVLIRPHHLSGDIEVPMAYADKMILSDDSFAIDDYYLISDVMITDYSSVMFDYALLNKPMVFFVYDFDNYVSSRGLNFDFKADAPGPLVYTQTELEISLQSFEEIPKRYEDKIAIFDTKFIQYDDGHASENIFKAVFDPEKS
>NC_014319.1|WP_013231307.1|534964_535780_+|ABC-transporter-permease
MREIWLVLREQIKYFPVMLRLARYETRAKYKDHSLGILWDLINPVMQIATYWLVFGIGLRQGNVADGIPYVGWLVIGQATWLFLNTSFMDATWSIRNNVRQVSKMNFPISIMPTVRTWINVIPFVITLAVGVLIAVGSGVHLTMHAFQFVYYFIAMLAFLHALGIFNATITVLFPDYQQLIQTIMRFVFWFSGAVIDIAAKLGPDHARISRLIELNPFYYLISGVRDSFLSTGWIWDHPSQNLAFWMFVLVVLLLGSHLHLKFRAYFADLV
>NC_014319.1|WP_013231306.1|533859_534957_+|teichoic-acid-ABC-transporter-ATP-binding-protein
MTEDSKKIVYTPTDPRGLNEPFLPVSIAKQIDLPGNDNVSGAPLKVSGRYITKEYDMGTSRNEKIQAILNPLKSKKEKFWGLKGISFDVFEGDVVGVVGVNGSGKSTLLNILSGALMETSGRLILKGKTSLLSVWDGLRDNLTGLENIRLKSLMMGLSNKEIDNQINDIAEFSELGKFIKQPVKNYSSGMRSKLGFAIAVHQNPDIMIIDEALSVGDQTFTRKALNKMQEFKAAGKTIFFVSHALGQIEEFTDKTMWIQYGELRAYGDTATILQEYKNWTKWYNQLDDDVKKSYVAARKQAQNDFNRTQLTERIVEDNHLSDADKKKIARDNAVGGRLTWWNWLLLAIGTGIFVYAVYLYVYLGR
>NC_014319.1|WP_013231305.1|533109_533697_+|anaerobic-ribonucleoside-triphosphate-reductase-activating-protein
MSSKLANGITVPESKEWQSADLSLNYVADYKPFIMVDGPGVRCSIYLSGCKFLCPGCYNVVAQNFHYGTAYTQELEDQIVADLSHSYVQGLTLLGGEPFLNTAVALKLTRRIRAEFGHTKDIWSWTGYTWDELMAETADKKALLQEIDVLVDGRFVQALMNLKLRFKGSSNQRIIDVPESLVKKEIVLWTDEYEN
>NC_014319.1|WP_013231304.1|530978_533120_+|anaerobic-ribonucleoside-triphosphate-reductase
MNKINVATTITKRSGEKVQFRPYKIALILESLNIEGDVYEAIMSIVLSKATQPNVTTQVIYQTILTQLETLSPKAAESFQSIHIADEQAWLQATNPENKLKSLINQDDKTMHENANKDSHVFNTFRDLTAGMIGKSKGLTMMPESVAKAHLRGDIHWHDLDYTPLSPMTNCCLVDFDYMFKSGYTMGNAQVETPKSIGTATAQMAQIIANVASSQYGGTSINRADELLAPYAEMNYQKHLHNAKIYVQADKRQAYAETATKKDIYDAMQALEYEINTLASAQGQTPFTTLGFGLGTNWLEREIQKSIFKIRIKGIGPNHRTAIFPKLVFSLKRGINMNAEDVNYDIKKLAIECASKRMYPDVLNYEKIVALTGSFKAPMGCRSFLQGWQNEQGVEVNEGRMNLGVVTLNVPRIALQSQGSKSRFWEILDERLALAKQALKFKLARTKEAVPENAPILYKNGAFGKMLQDDDDVDTLFKNGRATLSLGYIGLYEVGTYFFGPNWETNQEAHDFTVEIVRRLHVACKAWEAEDGYHYSVYSTPAESLTDRFCELDKARFGAIADITDKDYYTNSFHYDVRKHPTPFEKLLFEEAYPKYTNGGFIHYCEYPNLRQNPAALEAVWDFAYDHVGYLGTNTPIDKCFKCGFEGDFKPTARGFCCPECGNHDPKTCDVVKRTCGYLGNPQARPMIHGRHVEIASRVKNMSQSEVDQKHVK
>NC_014319.1|WP_013231315.1|552228_553494_+|accessory-Sec-system-protein-translocase-subunit-SecY2
MKGENINNIHLVLKKMLWTSLIVFIFLIGRNILIPGVDAKQLARFLNNQYLLQIVNGTTGGDLSRMSLFALGLGPWMSATILWRVLTLIKRFDLKKIPIERTFLFKIAIAIIIGFIQSIAIISNIDINPKISIFAQTQFGAMATISLIMVSGAVFLVWLSNMNEILGIGGPTVLILASMIINWPTNVSLYILENVRSSLDINSVILMLVIMISIVFLVLLTVVVQRAQRQIPIRRILVNNNFYQQSYLPIQINPAGGMPLMYSMTLLVLPQYILQAVHYWLPNNVLVENGLDNIAITKPLGVTAYIIILFALSIGFAFININPDQIAEDLQQNSDYIDNVEPGDATREYITEIVFRLSFVGALYMSLIAGFPLYFGIIDKQYTQYALTAGSIIILVNLVINIIDQMKALLTKNNYSALFFE
>NC_014319.1|WP_013231316.1|553529_555119_+|accessory-Sec-system-protein-Asp1
MFYFVPYWYGESKATTFDDTVNQIRMFEAVHENSETIICEYSPQIRCFLHQQNLSLNKYWSVFDMIQNIEDVNNKIVDFNDLSWPIESEFVYTPFRVNVILAGKIFANISFGLESQLSSVSYFDDDQISKTLIFDDRGFLSSIIYFSAGKKTVQEYFDVSGIWQIRVTYLTESEKIVINPMSYHRFKKNTYHSLNDLIQEMINYHFANESDLKHATLIIAANEKYNQLLLNLSYRPSNLVLSFFKNRYEYKKNEQLLIDELSLADIVIADTIGQLEDIKEIVVAKNNSHLVNKLQHITPYDTRFQLGISQQYKELTILLNTQELSKEEIIFVLYTILSCMADNNLIALSITCSEENNAEKIDDYIKQVLVEYYHLDNNVILNDLQMDNTTDENKLGDRDNAGDTQQPVGVSLYKRISMHTFPTENDMIQAFENVRLIIDISHRPNIYTQIAGISAGIPQINLSASPYIINQQNGLIIQDLSELKKAIDYYLIGLSHWNTALVYAVQQMRQYTNGAIVRKWRHILGEENG
>NC_014319.1|WP_013231317.1|555111_556653_+|accessory-Sec-system-protein-Asp2
MADKIIRILQVGVTNWATQLNLADQSMDWQFVSNDNVSDYFTKLLNNEDGTPLFEAILLTDSDKLDCFEPIFKIANPYTILIDSNQIIENQQLLELLARYQAYKIDMSVKEKVVYDLAHYFFVGQYGEKLNINQVQVSPHFNGQIQYNGHVNLLLTGDFGTTLTSTLSWQYNIAAKSDHNHELWLEYDTSENVMMALSVQMIESGTSNILKQWIVKGEAMTAPLLIESHAKSAYYLAVSLQVQGDGYIKVGNLHNRLARKKFGQFILGGERLIDNKHEEIMAYFDPGDMKPPLNVYFSGYRSAEGFEGYWMMKKMGTPFLLITDPRLEGGAFYIGSKEIENNIYQIIQQKMNDLNFTTDQLVLSGLSMGTFGALYYASKLEPHAIIIGKPLVNLGNIALNEKLVRPNIFPTSLDLLLSMTGGNTVKHAEMLNQRFWQQFDQANFNQTLFAIAYMKDDDYDSTAYHDLLTSLSHSQAIIISKGIAGRHNDDSAAINNWFFSQYQRILVDEFKRK
>NC_014319.1|WP_081457740.1|556633_557656_+|accessory-Sec-system-protein-Asp3
MNSKESDNSMVNQNAIIYWQPHIGETYMYGSIINYVTKDHVTFQNDLFSAGSFVHTWLSSSSYQVQRSVVALPLLENGIEYQIKMNASVMPENTVYLQFKFYDRYEDMIDSVTIKNGVGKFIYPNNAYAYSMALINAGLQELVFHHVEISEAIHEKQLLFDNDGLYISDILNNETNSSLLQVLFTEPVVGTIGIVPDNLLNQIPDVVQITSSKLYGGFYMNNQVENDIIAVLDQIQKIYEVQSINFIGYGPVSSAAALYYATKVTQSTAYVSSDYGDISLSKNVIYTDGYEQFIAAKKNFVNTSKHTYYQVEPLIANLKIVGTLLDKSSRLQSYIDFVGH
>NC_014319.1|WP_013231319.1|557666_560039_+|accessory-Sec-system-translocase-SecA2
MLTLDNMRLRKTQKILRQVNRLTNVMSKMSDVELKQQTNLLKQQLNSGKKLDDILPQAFATIREADKRVLGKFPYDVQVLGGIVLHQGNIAEMKTGEGKTLTATLPIYLNALTGEGVMLITTNSYLAIRDAHELGKVYEWLGLSVAVGVNENPNYNYTVTEKQEIYRADILYTTNDAIGFDYLQENLVASQDKQFLRTFNYAILDEVDAILLDSAQTPLIISGSPRVQSNLFNIADQFVLTLSESTDYALDDEKKHVWLTDQGIEQAKCFFEKPNLFSTDNYLLIRHIELALQAKELFKSNHDYVIDKDEIKLLDVKNGRIMAGTKLQSGLHQAIEAKEHLNITQQTRAMASITYQNLFRMFKKLAGMTGTGKTNEEEFIETYNMTVIVIPTHRPMIRKDLPDKIYVNLPEKLYASMSLVKTCYQKQQPVLLATGSVEISEIYSQMLLREGIPHNVLNARNIAKEAAIIAEAGQLGAVTVATAMAGRGTDIKLGEGVSELGGLAVIGTERMTSKRIDLQLAGRAGRQGDPGFSQFFVSLEDDIIIKRGSERIHRYYKKFAEQFNVENPHELTQHRFKTSVNKAQFSEESQGRVARLNALEFDESMRIQRTLVYEERNKLLRMNRTLEKELLSAAHREIDNFLRKNKQLTSNLLKRYILDNINYNFKQSDSILDPDNFHDVASQLLKMVEEELQRKREVMASTTQTINFQRVCVLKAIDVGWIEQVDNLQQLRLVVTDRRYSQKNPLYEYQKETIISYQKMCKQVDKLVLKNIMLSTIKREKNGELTVSFP
>NC_014319.1|WP_013231320.1|560064_561072_+|nucleotide-sugar-synthetase
MRTHITNIYGQSSSSTAMIAQNMVTEVAKSLGFNEIGIYSYPIHTDTPQEIRKRIDGMLAGVSAHDVVIVQLPSWNGIEFDELFINKLLSYPGIKIAVFIHDVVPLMFENNYYLMQRSINLYNKAVTLIVPSKAMANRLKSEGLVMDHIVIQQLWDHATSLMPAAPKFEPLINFAGSVTRFPFVKSWHNDTKLQVFSQYDEKNLNERVSYQGWLPDNEILRHLNRGFGLVWSENTKNQFEREYSKINLSYKLSTYLASGLPVIVNQGISNQKFIEDNNIGIVVPSLSEVDQRIKNITKAQYNDMAENVKRVGYLIRQGYFTKKILIDTMHQILSY
>NC_014319.1|WP_013231321.1|561086_562595_+|accessory-Sec-system-glycosyltransferase-GtfA
MTIYSFNLGIGWASSGVEYAQLYRAQIFRNLKQKAKFVFLDLITGDNIEHLTHNIGFTDDEIIWIYQYFSDIKIEPTSYSLKQLENSFSLSFDRIEQNTGYVRYIFDKANVMVTAYFAKKNKNVVERAEYVSRGKLIRKDYYTHTKLFSEYYTPRDNRAYVYERRFFNQDGSIALEEIVDGESSMFRLKNQVIQGKNGLIAYFLKSLNLTKTDIIILDRATNIGSTIFKYSAPAKLGVVVHAEHFNDNQTDEQNVLWNNFYEYQFDQVKNVDFLITATQSQEEVLRRHFDQYTAYTPNIVTIPVGNLDKLHIPLKARKTHSLITASRLANEKHVDWLVSAVIKAKEVVPDITFDIYGKGGEEQKIRKIINDNHAQDYIKLMGHSELTQVYQKYDAYISASTSEGFGLTLMEAVGSGLPIIGFDVRYGNQTFIQNKKNGYLITYDKSDDISIIISKLTHDIIVLYTEHHLADFEQQSYNIAKDYLIDEVQQKWQNLIERALND
>NC_014319.1|WP_013231322.1|562587_563916_+|accessory-Sec-system-glycosylation-chaperone-GtfB
MINLFDRYTQSSRDLHDSLKAAGYDQATVVVTEDGFLPDHVSSPFSYYTKIYEQVGRPLYFNQVDCPNFWEIRGNNHDATIYDEDKKMANIIYVPNLAHKRYVQKVEWLDLNGHIRSVDHYSKNGNKFAHTNYNIMNQPTITTYYSVDNHEIIVENHITKDIILNLNQQVYIFKSRADFVTYYLKSVYGNDMNRILYNSLSVPFLVSYQLEQPGDDLLFWQEPLAQDMILPGNMINLLEHHGRTQKIIFQNKIDYNKVQNKYPHLAHQLSYVGYIYPINKHDQDPNEALILTNSDDIEQITQIVEALPSVNFNIGALTEMSSKLMRLMKYQNVTLYPNIEYHVIDELLTTCAFYLDINHDMEIMSAVRRAFLNNLLILTFDNTSHNQEFTLPEHIFTTNNSSELVNSVLKYMSNRQMLSDALILQQNHANQSSIDDYQNIIN
>NC_014319.1|WP_013231323.1|563934_564144_+|hypothetical-protein
MNEKDDNKQFQQDPVQREINERLKYARYKVPNQKKVRHKYENMQTLLAGIMALGILFGLIAIIIQLFMK
>NC_014319.1|WP_013231324.1|564224_565082_+|glycosyl-transferase
MKKAIFYTYSGEYEWLVAVSIQSIIDHYISEETIDILVFTDKTFETQQATIKKLPCLSGKPQIKISFWRFPNWINRITNNVSERFPAVTFLRLGIPIEFQEFDKMLYLDADTLIYTDIHHVFNQLKTETIAGVLDIFHYLNTADDQILKQYNDTYNIVDSSKYINSGVLLYNNKQYAQHWTIDELVNNINDGQFSHFPDQELINQKFNPNILILPHEYNYQENISFLDHWQVPEKYKESLTLSEKNVRIKHFLPLPKPSSPLIGYRDQFDIDWWQMAMRLKEILS

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	375554 : 385870	11	Bacillus_phage(25.0%)	protease	NA
DBSCAN-SWA_2	593127 : 600867	15	Leuconostoc_phage(100.0%)	integrase	attL 588035:588048|attR 600926:600939
DBSCAN-SWA_3	847947 : 853845	8	Leuconostoc_phage(50.0%)	terminase,integrase	attL 847711:847726|attR 848530:848545
DBSCAN-SWA_4	1242878 : 1251654	9	Synechococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_5	1488636 : 1536382	47	Lactobacillus_phage(20.0%)	protease,capsid,head,tRNA,tail,terminase,portal	NA
DBSCAN-SWA_6	1612013 : 1646961	49	Leuconostoc_phage(26.92%)	terminase,holin,portal,tail	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_014319|375554:385870|DBSCAN-SWA
CATGATTGTATTATCAGGCACTATTGGTGCCGGCAAAACAAGTTTAACGGAGATGTTAGCGAACCATTTAGATTCAAAGGCATTTTACGAAAGCGTTGATGACAATCCAATTCTGCCGTTATTCTATGAAAACCCAAAAAAATATGGTTTTTTATTGCAAATTTATTTTTTGAATAAACGTCTAGCACAGATAAAAGTGGCACAAACTACTGGAAAAAATAATATTGTAGATCGTTCGATCTATGAAGACGCACTCTTGTTCCAATTAACAGCAGATCTGAATCGTGCAACTCAAACTGAAGTAGATATTTATAAATCACTTGTTGACAATATGATGGCTGATATCACTGGTGTTGATGATATTAAAAATCCGGATTTACTGATTCATGTGCGGGTTAGTTTTGAAACTATGCTTGAACGCATTGAAAAGCGCGGACGTTCATTTGAACAAATTGCTGCAAATCCCGATTTATATGAATATTACAAAGAATTAAATAAACGCTATGACGCTTGGTTTGAATCATATGATCGATCACCAAAAGTGCAAATAGATGGTGATCGCTTTGATTTTGTCATGAACGATGAGGCGCGTTACAAAGTCCTAGATATGATTGATACAAAATTATCAGAAGTTGACACAAAATAAAAAGCGATGGGTTATTTAAGACTCATCGCTTTTTATAAAATATCATAAAAATAACCACGAATTCAGAATAAAATTTGGAGGATAGAAATGATTAAATATGGTTTTATTGGTACAGGAAATATGGCCCAAGCAATGATTAAGGGTTTACTAGGTAAAGGTGTTTCAGCAAACAATATTGCAGTAAGTTCACCACGTTCTGCTGCTAAACTAACTGAAAAATGGGGCGTAATATCCTTATCTGCGCAAAAGCTTATTGATGAAAGTTCTCTAATTGTGCTGGCATTTCTACCAAACCAATTAGAAAATGTTACAGCTAAATTAGATTTCCAGGATAAACTTGTTGTATCTGTTTTGGCAGGAATAACACTTGAACAACTAATATCTGCGACACATACCACACAAATAGTTCGAACATTGCCTAATGTCAACGTGGCCATTAATCAAGGTGTGACAGCTTTTTCTAAAACTGAGTTAACAACAACTAACAGCACAACATTTAAGATTTTTTCAGATTACCTGGGTAGTAGCGTTGTCCTAGCAGAATCGCAATTTGCTATATTTTCTGCCGTTGCCGGTTCGGGACCAGCGTACGTATTTAAATATATTGATGCATTAGCACAAGCAGGCATTGCTAATGGATTGGAAGCTAAATTAGCAACTGATATTGCCACACAAACAGTACTTGGATCTGCTAAAACATTAGCATTATCAACACAAACGGCCAAAGAGTTACAAAATGCGGTTACCTCACCGGGAGGTTCAACACGTGCGGGGTTAGACGATTTTGACACACACAATTTTGATGATGTGATAGCACATGCAATTAAAGCGACGGTAGAACATAAACATTTATAAAAAGGGAGATGATACCCTCATGCTTCGGAATGTTAATTTAGTATATTTAATGAGCGGTTTACTGATAAATTTTGTATAATGGATATTATGACGAATAACGCTGGAAAAACAAAACAAATTAGAACAAAAAAAACGCTAACATCAATGACTTGGGTCTTGATCGTTGGTGGATTGATTGCAACTCTGGCAGTGTGGCTATTTGCCAAGCCAATTGTATTAACGACAAACACGATACCGACTGGTTTTTCAGTGCAGGGGGTGGCAATTAACCAAGCATCAGGTTACGTGGATTATAGTAATTTAGCATCAAATGGCGTTGATTACGTTTATTTACGTGCCACTACAGGAACATCTTTTGTGGATGATAGTTATCAATCAAGTTATAATCGTGCACGGTCTGCACAATTAAAAGTTGGTAGTATTCAAGTTTACGATGCAAGTGTTGATGCGCTAACACAAGCACAATATTTTATTGATAATGTTGGTAATCGTGTTGGACAGCTACCTATTGCATTTTATGTGACAGATAATCAAATTGACACACAAGCTAGCATTGATAGATTAGCCAAATTAATACAAATTTTAAACACACACTATAACAAATCAACTGTAATTTATACAACACCGAGTGTGAAGAGTAAGTTATCATCGACTATTTCTGAAGCTAAATATTGGTTGATCGACACAGATACAACTAATAAATCGCATGTAAACCAGTTCATTCAATACAGTGAGGACCATACGATTGGTAGTGGATTGAAAGCAATCAAAATGCCAACAAGCGTGTTTAACGGTACAGAAAAAGAATTTGAGGGTATAAAATGATTAAATTTGGTGTTATTGGCACAAATTGGATTACCAAAATGTTCATTGCAGCAGCAATTGAAACTGGCGAGTATGAATTGTCAAAAATTTATTCTCGAACACAAGAACGTGGGGAATCCTTTTTAAGGACACTTACAGTTGACGATGTAGATATTGTCACGACATTAAGTGACTTATATACAGGAATTGATTTGGTCTATATTGCTTCACCAAACTCACTTCATTTTGAACAATCAAAAGTGGCAATTGAAGCAGGTGTGCATGTGATCGTTGAAAAACCAACAACGAGCAATCCAGCAGAGTTTTCAGAGATAGAAAAGTTATTGACATTGTATCCAGAAGTGCGTTATTTTGAAGCAGCGCGTCATGTTCATCAGCCTAATTTTAAAGTGATTCAGCAGACAATGGGTGAACTAACGCAATTACAGGGTGCGACTTTAGTTTATCAAAAATATTCATCACGTTATGATGCCTACTTAGCTGGTGAGGAACCAAATGTCTTATCGCGTAATTTTAGCGCAGGTGCTTTGTATGACTTAGGTGTTTATCCCATTTATGCAGCTATTGCTTTATTTGGTGCACCACGTGCAGTGCAATATTTACCAATCTTATTAACTAATGGTGCAGATGGCAAAGGCACAGCCAGTTTGTTTTATGATGACTTCAATGTGACGCTATTATTCGGCAAGACTGCGAATTCTTATCTATCAAGTGAGATATATGGTTTAAAAGAAACAATTGCAATATCAAATATTGCTGAACTTGATACAATAACATACCATGATGGTGACGGCCATGCTGACAATATTGGACAAAAAACAGATGATAATCCCATGATACATGAAGCACAAGATTTTGCAGATATTATTAATGATCCTGTTGAAAATCACACCAAATATAATCAGTGGTTTCAACTTGCCAAACAAGTGAACCAAACATTGTTTGACTTACGTTCGTCTGCTGACATCGAATTTCTAGCAGACAAGAAAGAATACTAATTTAATGGCAATTAAACCAGAGTTACAAGATAAATTTAATAACCAATTTGAACAACCAACCCCGATACAAGACGCTGTTTGGGAACGTTTTTCAACAGGCGAAAATATTTTTGGTTTAGCACCAACTGGTACTGGTAAAACATTGGCTTTTATTTTGCCGATGTTATCGCGTATTGATGTTAAAGTAAAGCGAACACAGGTGTTAATTTTAGCACCGAGTCAAGAGTTGGCGATGCAAACAACAGCCGTTGCTCGTGAGTGGGGTGCACTAGTTGGTGTCTCCGTAGCTAGTCTAATTGGCGGGGCAAATGGGCGACGCCAATCAGATAAATTAAAAAAAGAAAAGCCGCACATCGTTATTGGTACATTAGGCCGCGTATTGACGATGGTCGATGGTGGTGCCTTAAAATTAAATGGTATTCAAACTGTTATCTTTGATGAAGCTGATGCCATGTTAACGGAAGAGCGCCATGATAGTTTGCAAGAATTGGCAGATCAATTACCTGAAACTGTTCAACTTGGGTTATTTTCAGCGACATCTGGTGTTGATTTGAAGTATGTCGCTGATACATTTCATCAAGAAGTGCGCCCAATTTCAGTTGGTACAGATGCGCCAGCATCTATTAGACATGAATTTCAGTATGTTGATCAAAAAGCACGGGCTAACATGCTGATTCAATTGGCAAGACATGATAAACAGGCACTTGTTTTTTTTAACACAATTAGTGGTTTGGTTAATATGCAGGCGACATTACGTCATGCACATGTGAGTGTCATGAGCATTGGTAGTAATGACAAGCGCCAGGTGCAACGTGCTGATGCGTTACGCTTGTTCAAAAAAGGCGAGGTAACTTTGTTATTAGTGACTGATGTTGCTGCCCGCGGATTAGATATTGAAGACTTGCCTTTAGTTGTGAATGCGCAACTACCACAAAGTAAAAAAATTTATGTTCATCGTACAGGTCGTACAGGTCGCATGGGTAAACCTGGTCGTGTATTAAATCTTGGTAATGATCATGATATACGGGACTTGAAACGCGAATTAGGGGATGATTTCGAATTGATTAAGGCAGCTAATGCGTTTGCTGATAAAAAGGACGCGCTGACTAAAAATAAACCATCCGAACGTGAGCGTTCAAATGGAAATGATCGTGAGAAAACAGATACAACACTTTCAGTAACACAAAATACTCAAAATGTGACACCTAAAATGAAGCAAAAATCAACGTCTGAAATAATTGACAAGCCAAAAAAGAAAAAACGCTTGAAAGTATCTAAGGATAAAGGTAAGCCAAAGTGGGCTAACAAACGTGAAAACTAAGTTACTTTCGTTATGTAAAAGTGTCATTTTATGAATGATACTTTTTTGTTTGAAATGGTATGACAACTCACGTCCAGTGTACACAGCATTGGAGACGATTGAATTACTAAATATAATCTTAATTTGAAGAGTTATCACTTTATATGAGAGAGGTATTGTAGTCATGGACAAATTTAATCTCCTATTAATCATAAAGTAGTACACTGAAGTCAATAAAACAGTACAATGGAGATATGAAAATGGCAAAAGCAATTAGAATATTATTAATAGAAGACGATGTGAATTTAGCAGATAATATTGTCGGCTTTTTAGAGGATTTTGCGGACGTCAATGTTGTTAATAATGGTCTTGATGGTGAGTTTGAAGGTCAGGAGTCACCTTATGACTTAATTATCTCTGATTTAATGTTGCCGGGAGAAAATGGTTTTGAGGTGATTAAATATTTGCGAAAAAACGGTATTGAAACACCAGTTTTGATTTTGACAGCTAAAAGTTCACTTGATGATAAAATTGAAGGTTTTAATGTTGGCGCAGATGATTATCTTACAAAGCCATTCTATCGTGAGGAATTATTGGTACGTGTCAAAGCACTACTTCGGCGCGCAGGTGTTTACTCCGAGGATAATATGATTGCTGTAGGTGATGTATTAATTAACTTAGAAAACCGTGGGGTGCAAGTCCATGGGCAACAAATTAAGTTAGTCGGAAAAGAATTTGATATTCTGACATATTTAGCGCAAAATAAAAATATTATTGTCACACGTGATCAGATTTTTGATCGCGTCTGGGGCATTGATTCTGATACAACAATTAACGTTGTTAATATTTATCTCAACAATTTGCGTCGAAAATTAGAATCTGTTGGGCAAAATGATTTAATTAAAACTTTGCGTAACATTGGTTTTATTCTAGAGGTTAAAGATGCCTAATGTGATTAACAAACAACAGCAAATTCGCGGGTTCTTGCTGTTAATTGCGAGTTTTTTTGTTATATTTTCAGTTCTTGGAAGTGTTATTTATTGGTCCTATACGCGGACAATATTTCAGAATTCAGATACAGCTATTACACAACAAATTAAGCAATATGATTTGGCAGGTGCGCTTCAAAATTCGGCCGATGCGAATAGAAAATCACCGTTGTTGCTACAATCAAATATGTTAGCAGATGTCTGGGTGTATGATAAAGATAAGAAGTTGGTTGTTGATGATCGTATACCAGAACCAATGCAATCTACTTATAAAAAGAAATTTAAATATACGTCCAAATTTATTTTATCCAGACCTAAAACTGTACAGATAGGGAACGATTACTATCGCGGTGTCAAAGTGAACTTTATCAATGGTGCGAAAAATAATGATGGTAAATCTGTTAAATATGGCGTTATAACCGTCAACGTCACAGATACAATTTTTAATCTTAACCAATTCAAAAAGGTTATTTTGTGGTCATTTGGTACATTTGGACTACTTGCCTTGATGGTTTCTTACTGGATTAGTTTAAAAAATATGAAACCTATTCTCAAGGCTTGGCAACAACAACAAGATTTCGTTAATAATGCAGCGCATGAATTACGTACGCCAATGGCTGTTATTCAGGGTAAATTAGAGAATATGCTCACGCGGCCAGAGTCAACTGTTCGAGAGCAATCTGATGCGATTATACTGTCTTTATCTGAAGTTCGGCGATTGACATCCTTGACTAATAATATGCTTACTTTAGCAAAATCAGGCTCTAACATGACACGAATTGAAAAAGAATCAACTGATATTGCTGAATTTTTGTCACGAATTGTGGCACCTTATCAAGAAATGGCTGAGTTTGAAGGTAAACAAGTACTACTATCCACACAAGTTAATCAGCCAGTGTTTATTGACCAAAAACGTATTCATCAGTTACTTGTTTTGTTAGTAGATAATGCGATGAAGTATTCAGAGTCGGGCGCAACAGTATCAATTTCGGCAATGATTGAGAAACGGAAATTTGTGTTGAGTGTTGCTGATACGGGGCGAGGAATTAGTGATAAAGCTAAAAAGCATGTTTTTGATCGCTTTTATCGCGAAGATAAAACAGGGAGCCGACAAACTGGTGGCACTGGTCTCGGGTTATCGATTGCGGAATGGATAGTCCATGCACATGGTGGTAAGATTATTGTATTAGACAATCAACCGAAGGGAACGATAATTAAAGTGACACTGCCACTTTAATTATCATTAAATGTTGTGACGTTATATTATATGTTATAAGAGGAGGATTATATTATGAAACATTCCCTGATTACTGTGGCTGTCGTAGCGGCTGTTGTGGGTGGTGGTGTCGTCTATTCTGGTACGCAAACCAATTCTTGGTTTCAACAGCAAGCAGCTACCAAAAAAGTGGCTCATATATCTGGCCAAACATCGATCGCACAAACTGCCTATACAAGTAATGATAGCGCCACGACAGCATATAATAAGGTAAAAAATGCAGTGGTAACGGTTCAGAATTTAAAAAATAATTCGGCACAGCAAAGCGATGGTTTTGCAGGGCTATTTGGACAAGCACAACAAGAAGGTGGTCAAAGTTCACCAAAAATCGAAACAGCTTCTGAAGGTTCTGGTGTGATTTATAAGATTACCAATGGCACTGCTTATATCATTACTAATAATCATGTAGTAGCTAATTCTGATGCCTTACAAGTGATTACAGCAGGTGGTACTAAAATAAAGGCAACTGTGGTAGGTACGGATGTTGAAAAAGATCTTGCATTGATTAAAGTTCAAACGACTGTTATTAAGTCAGCTGCATCATTTGGTAAAATTGATGGTTTACAATCAGGGCAGCAAGTATTAGCCATTGGCTCACCATTAGGATCTGATTATGCAACATCAGTAACAAGTGGTATTATTTCGGCGCCACGACGTGAATTATCAAGTCAGCAAACTGGTTTTAGTACGGCTAAAGTGATTCAAACGGATGCTGCAATTAATCCTGGAAATTCTGGTGGGCCACTTATTAATTTAGCCGGTGAAGTTATTGGTATTAATTCTTCAAAAATTGCATCATCAAATGATGGTGTCAGCGTTGAGGGAATGGGTTTTGCAATTCCAGCAGACATCGTGCAAAGTTTTATTGCTAAGACTGAAAAATAGTCAAAAAATGAAGGTATCTTCCTAATTAGGAAGATACCTTCATTTTTTATAAGCTAGAGTATCGATGTCTTACAAAGTTTTTTGATACCAGTCGAGTACTTGGTCGGGCGTTAAACGTTCACCGTGACCAATACGAGATATTTCTGTGCCATTTTCAAACAAAACAAATGAAGGGATACCACGCATATTGTATTTTGTGGCAACATCAAGGTTTTCATCACGATCAGCATCGAACCAATTAGCAGTTTTACTAATGGTATCTTTAATATTTTGGACGAAAGGCTTGATAGCACGGCAGTCGCCACACCAATCAGCAGATAAAAACATGACATTACGACCAGAATGTTGAATATTTTCTTCGACGACAGTATTGGTATTGTGTGTTGGTTGATACATCATTTACTCCTTTGATTACATTATAAAGAGTATACCATAATATTGTTAAAGTTTTTAATTTTATGAAATGAGAAAAATAAAAATATAATTTGAAAAAAGTGTTGACATCTCACAAAATGAAAGTTATAGTAAAGACAACATAAACGTTGAAAAGATAAGTACAATTTTAGGTCTTAACAAGAGAGCTCGTGGTTGGTGAAAGCGAGTAAGATATGTCGTTGGAAAATGGTCTTGGAGTTTCATGGATACGAGCCAGCGCGTACTCATATGTACGGCGCAGTGAGTTGAAATCGGTAGTGCTCGTTAACGCACAACGTATAACCTGGAAGTTTTCACAGATGTTCTCGACGATTTCTAACGGGCGTACGTTAAGGTGTGGGCGCGAGAGCCCTGCATGAACACCGGGTGGTACCACGTTATTGAAGCGTCCCGTAATCTACATTATAGATTACGGGACGCTTTTTATTTTATAATTTGTCATATTATTAAGTGAAAAATTAGGGAAGGCGATAAAAAATGAGTGTGATATTACAAAACGGTTTGTTGAAACGTGAACGATTGACATTTGGTGTCCGTATGGCACATGTCAGTCGGTATGCTCAAAAAATTGCTGAGTATCTTTCAGCACACATCAAAGTAACACGGGTCTTATATCCTGCGTTAGTCAATCATGACGGGCATGATATTCAAATGAAACAGGCCAATTCAGGTGATGCAATATTAAGCTTTGACGTAAATTCTGCGGCTCATGCGAGACCGGTTGTGCAATTTTTTAAATTGCCAGTGTTTTCTGTTTGTTTAGGTGCAGTGGACATAATTATTAGTTTTCTATCGAAGATGAGTCATGCGGCGTTAAACGCGAAGCTATTAGCAAATGTGGGTATTTCACCAGGATTACTTCGTTTCTCAGTCGGTTTGGAAGATACGGATGATTTAATTGCCGATCTAGAACAATCACTTGTACAAATTTAAAAAAGGAAAAAAGGCTGTTAATAACTCAGAAACAGCGTGGGTAAAAATTTATGATAACAACTACAACTAAATTGCATTATCGTTTTGATCAGGTTGGCTCTTATTTACGTCCTGATCGATTAAAAAAAGCCCGTGAGCAATTTGCTAACGGTCAGATTGATAAACAAGCATTATTGATCATACAACATGAAGAAATAAAAAAAGTTGTTGATGAGCAGGTAAAGGTTGGTTTATCGGCGGTGACTGATGGTGAATTTAATCGCTCATGGTGGCATTTAGATTTTTTAGGGCAACTCGGAGGTTTTGAATTTTATGAACAAGAAAATTCGTATAAATTCCATGGTGCTAATACACGGACTACTAATGTACGTTTGAATGGTAAGGTTCACGCGAACTTTGCACATCCTTTTTTTGAGGATTTTACTTATCTGCAATCAATTGTACCAGCTGGGATTGAAGTGAAACAGACGATACCATCACCGACCTTAGTCATTAAACGTGATCATCGATCCGATTTGTGGTCAAACTATTACGCGACTTGGACAGGATTTTTGGATGATGTCGCACAGGCGTATCATGATACTTTGCAACATTTTTATGATTTAGGTGCACGTTATATTCAGTTAGATGATACAACTTGGGCATATTTAATTACACAATTGAATGCAAATCGTGATAACCTAAAAGAGCGGGAAAAGTATGAACAACTTGCTGAAGATAATGTTTACGTGATTAATAAAGCGTTGTCAAATTTACCAGATGATTTGAAATTATCGACACATATTTGTCGTGGCAATTTTAAATCAACTTATTTGTTCGAGGGTGGGTATGAACCTGTTGCAAAATACTTGGGGCAATTAAATTATGATGGCTTTTTCTTAGAATATGATGATGCACGTTCAGGCGATTTCAAGCCGCTATCTGATATTTGGCATAATCGACAAAATGTCGAAATTGTTCTTGGGTTATTAACCTCCAAGTCAGCTGATCTAGAGGATGAAAAAACCATTATATCTCGCATTATTGCGGCACAAAAATATGTACCAAAAAGTAATCTTGCATTATCTACACAGTGTGGCTTTTCTTCAACCGAGGAAGGTAATGTACTAACAATTCCTGATCAATGGCAAAAATTAGCTTTAGTTAAAAAAATAGCTGACGAACAATTAAGTTAA

Protein sequences of DBSCAN-SWA_1

>NC_014319|375554:385870|382457_383327_+|WP_013231236.1|protease|DBSCAN-SWA
MKHSLITVAVVAAVVGGGVVYSGTQTNSWFQQQAATKKVAHISGQTSIAQTAYTSNDSATTAYNKVKNAVVTVQNLKNNSAQQSDGFAGLFGQAQQEGGQSSPKIETASEGSGVIYKITNGTAYIITNNHVVANSDALQVITAGGTKIKATVVGTDVEKDLALIKVQTTVIKSAASFGKIDGLQSGQQVLAIGSPLGSDYATSVTSGIISAPRRELSSQQTGFSTAKVIQTDAAINPGNSGGPLINLAGEVIGINSSKIASSNDGVSVEGMGFAIPADIVQSFIAKTEK
>NC_014319|375554:385870|383396_383723_-|WP_010387316.1|DBSCAN-SWA
MYQPTHNTNTVVEENIQHSGRNVMFLSADWCGDCRAIKPFVQNIKDTISKTANWFDADRDENLDVATKYNMRGIPSFVLFENGTEISRIGHGERLTPDQVLDWYQKTL
>NC_014319|375554:385870|375554_376199_+|WP_013231232.1|DBSCAN-SWA
MIVLSGTIGAGKTSLTEMLANHLDSKAFYESVDDNPILPLFYENPKKYGFLLQIYFLNKRLAQIKVAQTTGKNNIVDRSIYEDALLFQLTADLNRATQTEVDIYKSLVDNMMADITGVDDIKNPDLLIHVRVSFETMLERIEKRGRSFEQIAANPDLYEYYKELNKRYDAWFESYDRSPKVQIDGDRFDFVMNDEARYKVLDMIDTKLSEVDTK
>NC_014319|375554:385870|377132_377879_+|WP_013231233.1|DBSCAN-SWA
MDIMTNNAGKTKQIRTKKTLTSMTWVLIVGGLIATLAVWLFAKPIVLTTNTIPTGFSVQGVAINQASGYVDYSNLASNGVDYVYLRATTGTSFVDDSYQSSYNRARSAQLKVGSIQVYDASVDALTQAQYFIDNVGNRVGQLPIAFYVTDNQIDTQASIDRLAKLIQILNTHYNKSTVIYTTPSVKSKLSSTISEAKYWLIDTDTTNKSHVNQFIQYSEDHTIGSGLKAIKMPTSVFNGTEKEFEGIK
>NC_014319|375554:385870|377875_378877_+|WP_010387330.1|DBSCAN-SWA
MIKFGVIGTNWITKMFIAAAIETGEYELSKIYSRTQERGESFLRTLTVDDVDIVTTLSDLYTGIDLVYIASPNSLHFEQSKVAIEAGVHVIVEKPTTSNPAEFSEIEKLLTLYPEVRYFEAARHVHQPNFKVIQQTMGELTQLQGATLVYQKYSSRYDAYLAGEEPNVLSRNFSAGALYDLGVYPIYAAIALFGAPRAVQYLPILLTNGADGKGTASLFYDDFNVTLLFGKTANSYLSSEIYGLKETIAISNIAELDTITYHDGDGHADNIGQKTDDNPMIHEAQDFADIINDPVENHTKYNQWFQLAKQVNQTLFDLRSSADIEFLADKKEY
>NC_014319|375554:385870|378881_380198_+|WP_013231234.1|DBSCAN-SWA
MAIKPELQDKFNNQFEQPTPIQDAVWERFSTGENIFGLAPTGTGKTLAFILPMLSRIDVKVKRTQVLILAPSQELAMQTTAVAREWGALVGVSVASLIGGANGRRQSDKLKKEKPHIVIGTLGRVLTMVDGGALKLNGIQTVIFDEADAMLTEERHDSLQELADQLPETVQLGLFSATSGVDLKYVADTFHQEVRPISVGTDAPASIRHEFQYVDQKARANMLIQLARHDKQALVFFNTISGLVNMQATLRHAHVSVMSIGSNDKRQVQRADALRLFKKGEVTLLLVTDVAARGLDIEDLPLVVNAQLPQSKKIYVHRTGRTGRMGKPGRVLNLGNDHDIRDLKRELGDDFELIKAANAFADKKDALTKNKPSERERSNGNDREKTDTTLSVTQNTQNVTPKMKQKSTSEIIDKPKKKKRLKVSKDKGKPKWANKREN
>NC_014319|375554:385870|381119_382403_+|WP_010387311.1|DBSCAN-SWA
MPNVINKQQQIRGFLLLIASFFVIFSVLGSVIYWSYTRTIFQNSDTAITQQIKQYDLAGALQNSADANRKSPLLLQSNMLADVWVYDKDKKLVVDDRIPEPMQSTYKKKFKYTSKFILSRPKTVQIGNDYYRGVKVNFINGAKNNDGKSVKYGVITVNVTDTIFNLNQFKKVILWSFGTFGLLALMVSYWISLKNMKPILKAWQQQQDFVNNAAHELRTPMAVIQGKLENMLTRPESTVREQSDAIILSLSEVRRLTSLTNNMLTLAKSGSNMTRIEKESTDIAEFLSRIVAPYQEMAEFEGKQVLLSTQVNQPVFIDQKRIHQLLVLLVDNAMKYSESGATVSISAMIEKRKFVLSVADTGRGISDKAKKHVFDRFYREDKTGSRQTGGTGLGLSIAEWIVHAHGGKIIVLDNQPKGTIIKVTLPL
>NC_014319|375554:385870|380437_381127_+|WP_013231235.1|DBSCAN-SWA
MAKAIRILLIEDDVNLADNIVGFLEDFADVNVVNNGLDGEFEGQESPYDLIISDLMLPGENGFEVIKYLRKNGIETPVLILTAKSSLDDKIEGFNVGADDYLTKPFYREELLVRVKALLRRAGVYSEDNMIAVGDVLINLENRGVQVHGQQIKLVGKEFDILTYLAQNKNIIVTRDQIFDRVWGIDSDTTINVVNIYLNNLRRKLESVGQNDLIKTLRNIGFILEVKDA
>NC_014319|375554:385870|384239_384695_+|WP_010387317.1|DBSCAN-SWA
MSVILQNGLLKRERLTFGVRMAHVSRYAQKIAEYLSAHIKVTRVLYPALVNHDGHDIQMKQANSGDAILSFDVNSAAHARPVVQFFKLPVFSVCLGAVDIIISFLSKMSHAALNAKLLANVGISPGLLRFSVGLEDTDDLIADLEQSLVQI
>NC_014319|375554:385870|384745_385870_+|WP_013231237.1|DBSCAN-SWA
MITTTTKLHYRFDQVGSYLRPDRLKKAREQFANGQIDKQALLIIQHEEIKKVVDEQVKVGLSAVTDGEFNRSWWHLDFLGQLGGFEFYEQENSYKFHGANTRTTNVRLNGKVHANFAHPFFEDFTYLQSIVPAGIEVKQTIPSPTLVIKRDHRSDLWSNYYATWTGFLDDVAQAYHDTLQHFYDLGARYIQLDDTTWAYLITQLNANRDNLKEREKYEQLAEDNVYVINKALSNLPDDLKLSTHICRGNFKSTYLFEGGYEPVAKYLGQLNYDGFFLEYDDARSGDFKPLSDIWHNRQNVEIVLGLLTSKSADLEDEKTIISRIIAAQKYVPKSNLALSTQCGFSSTEEGNVLTIPDQWQKLALVKKIADEQLS
>NC_014319|375554:385870|376286_377054_+|WP_010387338.1|DBSCAN-SWA
MIKYGFIGTGNMAQAMIKGLLGKGVSANNIAVSSPRSAAKLTEKWGVISLSAQKLIDESSLIVLAFLPNQLENVTAKLDFQDKLVVSVLAGITLEQLISATHTTQIVRTLPNVNVAINQGVTAFSKTELTTTNSTTFKIFSDYLGSSVVLAESQFAIFSAVAGSGPAYVFKYIDALAQAGIANGLEAKLATDIATQTVLGSAKTLALSTQTAKELQNAVTSPGGSTRAGLDDFDTHNFDDVIAHAIKATVEHKHL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013231232.1|375554_376199_+	deoxynucleoside kinase	C1KFI3	Lactobacillus_virus	6.0e-49	44.8
WP_010387338.1|376286_377054_+	pyrroline-5-carboxylate reductase	A0A1X9I6T5	Streptococcus_phage	3.7e-21	31.4
WP_013231233.1|377132_377879_+	lysozyme M1 (1,4-beta-N-acetylmuramidase)	NA	NA	NA	NA
WP_010387330.1|377875_378877_+	gfo/Idh/MocA family oxidoreductase	NA	NA	NA	NA
WP_013231234.1|378881_380198_+	ATP-dependent helicase	A0A1B1IS59	uncultured_Mediterranean_phage	3.4e-30	27.5
WP_013231235.1|380437_381127_+	DNA-binding response regulator	W8CYM9	Bacillus_phage	1.0e-30	35.9
WP_010387311.1|381119_382403_+	sensor histidine kinase	W8CYF6	Bacillus_phage	8.1e-21	29.0
WP_013231236.1|382457_383327_+|protease	serine protease	W5SAB9	Pithovirus	1.2e-10	32.8
WP_010387316.1|383396_383723_-	thioredoxin	A0A1V0SD63	Indivirus	7.9e-05	33.9
WP_010387317.1|384239_384695_+	hypothetical protein	NA	NA	NA	NA
WP_013231237.1|384745_385870_+	5-methyltetrahydropteroyltriglutamate-- homocysteine S-methyltransferase	A0A218MNE0	uncultured_virus	2.1e-73	42.0

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_014319|593127:600867|DBSCAN-SWA
CCTAGTTATGGGATGTATCAGAATTGTTGCGCTGCCATTTTAGAAAAGTAGCGTATTTGTCGAGCGAGCGGAGCTCATCTGCAGTTATACTCTCTATGAAAACATCCCCATTAGGAAGTAATAACTTTGTAACAGTTTCATCAGTATCATCCCAAAGCTCATGCAATTCTTTTTCGTTGTGAGCGTAGAAACTCATATTGGGATCCAGTTGTTCCCCGTCATCATAAAAATAAAGCACATTCTCGTGGTTATTATCAATGTCTGCATTTACAATACCCTGCAAATATTCAATAGGGACATCAAAGGCATTGGCTATGGTAGATAACATAGGATATGAGGGGTGTACCTTGTCCGTTTCTATTCTAGCGACATTAGTACGAGATGAATTTATTTTGTCAGCGAGGTCTTTTTGAGTTAAACCATATATTTTACGTAGTTGTTTTATTCTTTGAGCTGTAATTGACATTTTTTGATACCCTCTTTAATAAATTCTAAATAAGTTTAAGAAAAGCTAAAGTGTATTGTAACTTCTAGTTACAAATAATATGATTTATGTAACTTAAAGTTACTTAAAAGTAGCTTGTAGTTACATATACACTAATTATACCAGACAATATAGGTCAATTAAAGGTAAATAAAGACATTTAAGTGCAAGAGTGAACCACTATAAAAGCAACGAGATAGGAGAAAATATCATGACAGTATCAAACGCATTATTTATCGAAGCACAGGTAATCAAGGACACTAACAGCGCATTGGAAGACATCCAAGAAACATTAGCTCTCTCATTGGGTGATAGTTTGAAAGCAGGAGACCATATTACAACACCAACGGTCATTAACATGTTGAAAGATTTGGAAGATATGCAACTCAAATACTACGACCGTTTGGAAGATAACGAGAATACACAAGGGGCATTAGAGAACCAAGAACAATCAGGGGATGAGGAAACAGCAGAATGAAAATACCACGGTCAGAACAAGAAACAATCGTGATTTATGACGTTGAAGTAGGTAAGTGGCATATTGATACGACTTACCCACCACATATCAGAAAATACACGCCTGCTATGGGAGAAATTGAGGAAAAAACGCAAGATAGGTTAGCAGGTTTGATAAGTGATGAGTTTAGTGGCTCATTCATGACAAGAAAGCGTAAGACACTCACGGATGAGCAACGCCAAAAGGTAGTAGAGCAACTAAGAAAGGGACAAGAACAATGAGTATCACAATTTGGCTAGGGCAAGTAATCACGATCATTGTATTAGTGGGTGGCGCTTTTGTCGCTGGTATGGTGGTAGGCGGCAGCCACAAGGGAGGAGGTAAGGCATGAATTTGTACATCAAAACGTTGAATAAGCTGTTTGAGACATTGCCTAGCATTGCAGACAGTGAAGCAATCAAAGGGCATGACAAAGCACGGGCGGAGATTATGACAGCCTATGAACATCTAGACAAAGCAATGACACGCCTAGTCATTGATAACGTGTAAAGGGGATGAAATGCCAGTAAGTAATGATGAGCTAATGGAAGAATTAGCAGAGATGAATTTTCAAATGTTGCAAGGTATAGGAGATGTGAAAGATACATTAGACCAACGGCACCATGTTTGGAAACGAGCCGAGAATGTTGCCAAGCACTTTGATGTCAGTTTAGGCACAGTCAAGAGCTGGAAAAGGCGAGGACTGATAACAGGTTATAAACATGACAAGATAGTCATTTATGACGTGTTAGTGATTGAACGCGATTTGTTTCAAGTAGAAAACTAGAAAGGAATGCAGAGCATGAAAAAGGGCATAAAAAAAGCTATCACATCCCCGACCAAGGAAACAGTGATAACCGACCACAAACGCCCTATACATGGCTTTTGCTATACACATTTTAACATGGATAAGAATAAAAAACACACCTTTACGCTTAGCGTAGAAGAAATAAACCGTATCAATTTAAAAGCAGGTGAAACATTGCTTGTAATTGATAGTGAGACATCCACAGTAAAGCCAGCCAATGAAGAACACTTCCATGAATGGTTAAAAAATTTACATTGGGGTGGCGAACAATGAAAAATGTGACACAGTTATCAGACATTGAACGTCAATTTTTAAGTGCTTTACCAGACGGCAGGGACAACGCAGTCACGCTGTTAAAGCTATCTAGGACATTGCATATTGGAAAACATCAAGCGAGTGAAGTTGTGGCGAGATTGCGCAATGCAGGTTACTTAGTTGGCAGTAGTAAGAGCAGACCGAATGGGGTGTATTTCATCATCACAGCGCAAGAGTTTTGGGAGACGGTTAATACAATAAAGAAAAGCATTCAAAGCCAACAAACAACATTAGACGCATTGATGAACCATGAAGAAAGATTTACGAGGGAATAAACATGACTACTAGCAATATTCACGGCTTTTATACCAACGTTGTGGACGCAACCGAACCACGGCAATATACAACAACAAACTATCTACAAAAACAACTTATCTTTTTGAAACGGTTAAGCAATGAGTTGGATAGCGAAACCAAAGCAGGCGCAATGGTAGACATGCAAATACCTAACCTTGAAATGGCAATCGAGGAGTTAAGTGTATGACACAATCACAACGAGTAGCGGTTAATCACGCTTTAGAAAGTGTGATGAGTGCTAAGAGCCTTGTAGCTTTAGCGAGGTATCAAAAAGAGCCACAGAAACTCATAAGCATGTTGCTTAGAGTTGGGACTAACCTTGATGAGGTTGAGACACGTTTGCAGACACTTAAAGGCAGGGTGTGAACATGAATAGGTGGGAGCATGTCAGACAATATCAACAAGCAGGCGCTTATGTATTTATGGCTTTACCTAATCAAAAACACAACGGCATTGCAGGTGGCTTTCATAATAGTTTTTCTAACGGGGATGAATTAGAGCAGTGGATAACGCAATATCAAGCATATCGGTTTGGCAATATTGGGATAGACCTATCAAAGAGTAATTTAGTTGTCGTTGATATTGATAAGCACGGGCAGAACGGCATGGCTAGTATTTTGGCATGGTTTAAAAGTCATAACGTCAACCCTGATACATTGCAAGATACCTATGTAGAACAAACACCCACAGGCGGACTACATGCGTTCTATCTCATCCCCAGCGGACAAGATAAACCAAAACACATTATAAACGCTATTAAGGGTGTAGACGTTTTGAGCAATACAGCAGTGATGACAGCACCATCCACCATGAACGGTGGTCAATATCGACAAATTACACCTTTTGACAAAATTAAGCCCGTACCAACGTGGGTATATGACTTAGCAAATGGTTTGGGTACTGATAGACCTAACAATGTTTACAGAGCGAAATATAGCCTTGCGGACAGGTGGAAAATGACAATTAATGGCTTTGAGACTGGAGAACGAAACAATCAAGCCATGAGCTTAGCAGGCTATCTGTTTGCCATTGATGTCACACCACAAGATATTTATGACATTATGCAGTCAGTCAATGAACGCAGTAACGAACCATTACCAGACCATGAACTCAATACCGTGTATATGAGTGCGAGAAGCCGTGAGGAGAAAAAACGAGCAAGGATGAATGACTATGGCAGAGATTGATACAACAGCATTACCCAAAAAGTCCAGCCACATCCCTAGCTGGTTGGATGTGCAATATAACGAGACAGGCGAAATCAGCAAGACTACTGTTAATGTTGAAAGATTAGCGGAGTTTGTTGCCAAAGAGACGCATTTTTACACTGATAATAACAATCTAGCAGGGTATTTGTTTAACGGTCAGTATTGGAAACGTTACAAGAATGTAAAGCAGGCAGATAATGCGTTAAGTTCGAGAGTAGCGACACTGTTAAAACAGAACAAAAAGCTAACGAGTGCTAAGCAAGTCAAAAATATTGTGGACTTAATCCGAGTGATCACAGTAAAAGATGTTGCTGATTATATTGATTTTACCGATAAGCCATATATGGTTAGTTTTACTAATGGCACATTGGATATGAGAACGTTGGAAATTAAGCCAAACGCACCACAGTATCATGCTTTAGGCGGGTTAGATTATCCCGTGAGTGATAAAGATTTACCAACACCAAAGACAGATGAGTTTTTTACACGGCTGTTAGGGGATGAAAACGCAGAACTGTTATATAAGTTTATTGGCTATGGTTTTAAACGTAATTACTTGCCTTTTCAAAACTTTGTCATTTTGTATGGTAAAGGTGGTAACGGTAAAGGTACAGCTTTGACTTACATTGGTCAGAAACTATATAGCGGTAATGTCAGTGAATTGAGTTTACAAGCCTTTGGAGACAAGTTTAAAACGGTTGGGTTAGTGGGTAAATACGCTAATATTGGCAGTGATATACCAGCTAACTACATGCCAAACACAGAAAATCTAAAACTAGCCGTGAGTGGCAAAGAAAAGTTTGAGGTGGAATCTAAAGGGGTACAAGCGTTTAGTATCGTCAATTATGCGACATTGTTCTTTTCAGCTAATGATTTACCGAACATCAGACGAGATAGTGGGTTAGATCGTAGACCATTGGTACTAACAACGCAAGGTAAAGGCTTTACCAACGCAGACGGTAAGAGTGATTTATTTGATGAAAGTGAGCTACTGGATGAACGACCAGCCTTTACACGTAAGGTTATTAAAATGTTTATGGACGCAGAGCGAGCTAGAACATTAAACATCCCCGAAAACGTTCAGAAAGCCACGGCAGACTGGTTAAAGAGCGCTGATATTGTCTCACAGTGGCTAGATGAGCATACGGAAGAAGAGAAGGACAGACGACCAACAGCCAAGTATATGTATCAGCAATTTAGTCGTGATATTGAAGACATGGGGATGCAAGAAACAATAAACCGCAACACATTTTACAGTCGTATGGAAAATTTGGGTGTTAAGAGCTCAAAAAGTGTGACCATTTCAAGTTTGGATGATGAACACGGCAAATCGACTAAGAGATTTTTGGATATTAAGTATGTAGATTGACAATTTATTGACGCAATATTGAAGTTTTTTTGATATTTAAAATGGCTATAACCGTTGGTATAAAAGACTTATTGATGTTATTGACTCTTTATTGAAGTTACTAGAATAAATAATATATATACGTATATATAAGGACTGCAAAAAAGAGTCAAGAAAGTCAATTTATTAGTCAAGTTCATTGTGGTGCAAGCGATACAGCGCTTTGAAAATGTCAATAAAACATCAAACAAAAGTATTTCAACGTCAATTTGGTTAGAAAAGAGGAATTATGGATACAGATTTTTATGATAAGTGCATGTCATCCTATGAGGCTTTAATGGACAATAAGACAGAAGACATCAGCATAAGTTTTGGAGAATTTTGTCAGATTGAAGCGATTAAGCAAGGTTTGGAAAAATTGAGTGTGACAATATGGCGTAGTCATTAAGGGGATGAAAATGAATTATATAGTTGGCTTTATATTTATAGCATTAGTTGGTTATATCTTTGAACAACATAGACGTATTCATTATTTAGTGAAGCGAAATATTGAGCAAGAAAATTTAAAAGTGATCCAAGACCACCAATATGACACACTAAAGCATTTGACTAATATGTTAGATAACACGTTAAAGGCTTTGGGGTATGATTATCGACAATTTTATAAAAATAACTTTGTTAAGCATGAACTCACACCAGAGCAAATACAACAGCTATGGCAAGGTCAGCAACGAGAGATTAAACAATCAGATAACGAAGTGACACGGTTTGATGTTGAGTTGAATAAAGGCGGATTGTACGATTGGTGGCATAGTTTTAGGGATAGATAGACAAAAACAGATGTACATTTTGAGTAGCTAAAATACAGTGGTTGCAAGGCTTTAGCTTATGAACATTAAAATACAGGGGTTGTATTTTACTAGTAAGGAAAGTTTTTATGAATATCAACGATTTAATGAGTAGGTTTACACGACCAGAAAAGACCTATGCAGAAAAAGAAAGCACCATGTTTTATGTATACGTGTTTAATTTAGTCATGGATGAGTTGATCAGACGAAAGCTAACTAATCGTAGAGCTATCAATTATGTTTTGTCCTTTACAACGCACGGCAATAAGACCAGAGCTTATCAAGAAACACACCCTATGGCGAGTAAACGGACAGCTAACGTCAACGCTAATAAATACCATAAGCGTTTTGATGTATATGTAGCGCAGTCAATCAGCATGCACCTAGTATATAAAGGCAGGTTAGCACTAGCAATGGCGATTAAAGACATCAATGTACACGGCATTGAACGATATGTGAATAAATTGATACTTGAAGTGTGGAAAGGAGAATAGATGACAGCAAGTAATAATCATCCCCAACAATGGCCACAGTGGATGAACCGCAGTAAAGCACATCAATACATCAGTGTAGCGGACAATACTTTTATCAAACGATATGTGAAAACAGGTAAGGTAAAAGCTTATCCCACAGAACACGGCACGAGATATAATCGTGATGAAATTGATGAAGCTGTGAGACATTATTATGATTAACAATGTTTAAGAAAGTGTTAAGCTGAAAACAACACCATAACAGTGTGAAATAATGAAAGCGTGTGAACATGCTTTTTTATTTATCTTCAAACACTGCTTACTTGCTGGTAAGGATAAATTATGAAAGTACAAAAAATAGAAACATCCAAAGGTAAAACATGGGAGGTAGACGGCTACCTAATCAATGGTGGTCAGAAAGTTAGAGTTAAAAAACGTGGCTTTGATAGTAAACGAACAGCACAACAATGGTTTAATAATGAAACTGTGTTGTTTGATAATGGTGAAAGTCGATACAATAAAAAAACAACCCCAAACAATATGACTGTTAAAGAGTTGTATGATATTTGGTTAGAAACATATCAGCATTCTGTAGAAGAAAGTACATTGGGTAAAACAATGACAATCTTTAGGCTTCACGTGCTACCAACGTGGCGTGATACATTATTGACTGATATAAAACCACTTGACTTACAACGCTATATTAACACATTACAGCGAGATATGCAGATGTACAAAAAGGTCACTGGATATTTTAGACGTTTGCTAGATGTGGCAGTTAAAATGGATGTCATTGCAGTCAATCCATTTACTAAGATTGATTTACCCAGAGAGCGCAAGGTGATTAACAAACCCAAGCAATTTATGGATGTTGACGAGTTCAAAGCGTTTATAGCTGTTTTGGATAGTCGATATAGCCAGATAAACCTACAGGCGTATACATTGCTTAGACTAGGCGCCTTTACGGGGATGAGAACAGAAGAGTTGTTAGCCTTGCAGTGGCGACACATTGATTTTGATAATGGCTATGTGTCTATCACACAAGCATTGGGACGTGGCTTAGGTGGTAGCACGTATATTAAAGAACCAAAAAGCCGAACGAGTAAGAGAACACTCAAAATTGATAATAAAATGTTATCTGTTATGTCTAGTTGGTATGATACGACCAAATACAACAGGGATGATAATTTTGTATTTACTCATGGCGGTCATACTTTACAGCCGTTGAGACCTAATAAATGGTTGCATGATGTTAGTGATAGGTACGGTGTAGCGGTTGGTTTATCCATGCACAAGTTACGACACACATGGGCGACACTAGCGCTGGATCAGGGAGCAACAGTTAAACAGGTACAGACCTATTTAGGTCATGCAGACGCTTCAATTACTTTAAACGTTTATAGTGATATAACCAAAAGAGCGAGTGATGAAGCGGGAAACATATTAGCAAAAATAAGTATATAA

Protein sequences of DBSCAN-SWA_2

>NC_014319|593127:600867|594908_595187_+|WP_041771680.1|DBSCAN-SWA
MKKGIKKAITSPTKETVITDHKRPIHGFCYTHFNMDKNKKHTFTLSVEEINRINLKAGETLLVIDSETSTVKPANEEHFHEWLKNLHWGGEQ
>NC_014319|593127:600867|599424_599625_+|WP_013231357.1|DBSCAN-SWA
MTASNNHPQQWPQWMNRSKAHQYISVADNTFIKRYVKTGKVKAYPTEHGTRYNRDEIDEAVRHYYD
>NC_014319|593127:600867|594454_594616_+|WP_004910689.1|DBSCAN-SWA
MNLYIKTLNKLFETLPSIADSEAIKGHDKARAEIMTAYEHLDKAMTRLVIDNV
>NC_014319|593127:600867|593127_593592_-|WP_013231345.1|DBSCAN-SWA
MSITAQRIKQLRKIYGLTQKDLADKINSSRTNVARIETDKVHPSYPMLSTIANAFDVPIEYLQGIVNADIDNNHENVLYFYDDGEQLDPNMSFYAHNEKELHELWDDTDETVTKLLLPNGDVFIESITADELRSLDKYATFLKWQRNNSDTSHN
>NC_014319|593127:600867|595183_595504_+|WP_013231351.1|DBSCAN-SWA
MKNVTQLSDIERQFLSALPDGRDNAVTLLKLSRTLHIGKHQASEVVARLRNAGYLVGSSKSRPNGVYFIITAQEFWETVNTIKKSIQSQQTTLDALMNHEERFTRE
>NC_014319|593127:600867|595709_595892_+|WP_041771684.1|DBSCAN-SWA
MTQSQRVAVNHALESVMSAKSLVALARYQKEPQKLISMLLRVGTNLDEVETRLQTLKGRV
>NC_014319|593127:600867|595894_596713_+|WP_013231352.1|DBSCAN-SWA
MNRWEHVRQYQQAGAYVFMALPNQKHNGIAGGFHNSFSNGDELEQWITQYQAYRFGNIGIDLSKSNLVVVDIDKHGQNGMASILAWFKSHNVNPDTLQDTYVEQTPTGGLHAFYLIPSGQDKPKHIINAIKGVDVLSNTAVMTAPSTMNGGQYRQITPFDKIKPVPTWVYDLANGLGTDRPNNVYRAKYSLADRWKMTINGFETGERNNQAMSLAGYLFAIDVTPQDIYDIMQSVNERSNEPLPDHELNTVYMSARSREEKKRARMNDYGRD
>NC_014319|593127:600867|596699_598103_+|WP_013231353.1|DBSCAN-SWA
MAEIDTTALPKKSSHIPSWLDVQYNETGEISKTTVNVERLAEFVAKETHFYTDNNNLAGYLFNGQYWKRYKNVKQADNALSSRVATLLKQNKKLTSAKQVKNIVDLIRVITVKDVADYIDFTDKPYMVSFTNGTLDMRTLEIKPNAPQYHALGGLDYPVSDKDLPTPKTDEFFTRLLGDENAELLYKFIGYGFKRNYLPFQNFVILYGKGGNGKGTALTYIGQKLYSGNVSELSLQAFGDKFKTVGLVGKYANIGSDIPANYMPNTENLKLAVSGKEKFEVESKGVQAFSIVNYATLFFSANDLPNIRRDSGLDRRPLVLTTQGKGFTNADGKSDLFDESELLDERPAFTRKVIKMFMDAERARTLNIPENVQKATADWLKSADIVSQWLDEHTEEEKDRRPTAKYMYQQFSRDIEDMGMQETINRNTFYSRMENLGVKSSKSVTISSLDDEHGKSTKRFLDIKYVD
>NC_014319|593127:600867|599745_600867_+|WP_013231358.1|integrase|DBSCAN-SWA
MKVQKIETSKGKTWEVDGYLINGGQKVRVKKRGFDSKRTAQQWFNNETVLFDNGESRYNKKTTPNNMTVKELYDIWLETYQHSVEESTLGKTMTIFRLHVLPTWRDTLLTDIKPLDLQRYINTLQRDMQMYKKVTGYFRRLLDVAVKMDVIAVNPFTKIDLPRERKVINKPKQFMDVDEFKAFIAVLDSRYSQINLQAYTLLRLGAFTGMRTEELLALQWRHIDFDNGYVSITQALGRGLGGSTYIKEPKSRTSKRTLKIDNKMLSVMSSWYDTTKYNRDDNFVFTHGGHTLQPLRPNKWLHDVSDRYGVAVGLSMHKLRHTWATLALDQGATVKQVQTYLGHADASITLNVYSDITKRASDEAGNILAKISI
>NC_014319|593127:600867|599019_599424_+|WP_013231356.1|DBSCAN-SWA
MNINDLMSRFTRPEKTYAEKESTMFYVYVFNLVMDELIRRKLTNRRAINYVLSFTTHGNKTRAYQETHPMASKRTANVNANKYHKRFDVYVAQSISMHLVYKGRLALAMAIKDINVHGIERYVNKLILEVWKGE
>NC_014319|593127:600867|598540_598912_+|WP_013231355.1|DBSCAN-SWA
MNYIVGFIFIALVGYIFEQHRRIHYLVKRNIEQENLKVIQDHQYDTLKHLTNMLDNTLKALGYDYRQFYKNNFVKHELTPEQIQQLWQGQQREIKQSDNEVTRFDVELNKGGLYDWWHSFRDR
>NC_014319|593127:600867|593821_594088_+|WP_013231346.1|DBSCAN-SWA
MTVSNALFIEAQVIKDTNSALEDIQETLALSLGDSLKAGDHITTPTVINMLKDLEDMQLKYYDRLEDNENTQGALENQEQSGDEETAE
>NC_014319|593127:600867|594084_594348_+|WP_013231347.1|DBSCAN-SWA
MKIPRSEQETIVIYDVEVGKWHIDTTYPPHIRKYTPAMGEIEEKTQDRLAGLISDEFSGSFMTRKRKTLTDEQRQKVVEQLRKGQEQ
>NC_014319|593127:600867|594626_594893_+|WP_013231349.1|DBSCAN-SWA
MPVSNDELMEELAEMNFQMLQGIGDVKDTLDQRHHVWKRAENVAKHFDVSLGTVKSWKRRGLITGYKHDKIVIYDVLVIERDLFQVEN
>NC_014319|593127:600867|595506_595713_+|WP_041771682.1|DBSCAN-SWA
MTTSNIHGFYTNVVDATEPRQYTTTNYLQKQLIFLKRLSNELDSETKAGAMVDMQIPNLEMAIEELSV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
588035:588048	attL	NA	NA	NA	NA
WP_013231345.1|593127_593592_-	XRE family transcriptional regulator	A0A097BYI9	Leuconostoc_phage	2.3e-13	49.4
WP_013231346.1|593821_594088_+	hypothetical protein	A0A097BYE6	Leuconostoc_phage	1.1e-28	85.0
WP_013231347.1|594084_594348_+	hypothetical protein	NA	NA	NA	NA
WP_004910689.1|594454_594616_+	hypothetical protein	NA	NA	NA	NA
WP_013231349.1|594626_594893_+	hypothetical protein	A0A097BYJ6	Leuconostoc_phage	2.9e-42	95.5
WP_041771680.1|594908_595187_+	hypothetical protein	A0A097BYJ5	Leuconostoc_phage	3.9e-05	64.1
WP_013231351.1|595183_595504_+	hypothetical protein	A0A097BYF1	Leuconostoc_phage	3.0e-25	54.9
WP_041771682.1|595506_595713_+	hypothetical protein	A0A097BYF2	Leuconostoc_phage	1.9e-28	95.6
WP_041771684.1|595709_595892_+	hypothetical protein	A0A097BYL1	Leuconostoc_phage	3.9e-22	95.0
WP_013231352.1|595894_596713_+	DNA replication protein	NA	NA	NA	NA
WP_013231353.1|596699_598103_+	DNA primase	A0A097BYJ2	Leuconostoc_phage	3.2e-244	96.1
WP_013231355.1|598540_598912_+	hypothetical protein	A0A097BYH9	Leuconostoc_phage	2.8e-59	91.8
WP_013231356.1|599019_599424_+	hypothetical protein	A0A097BYD6	Leuconostoc_phage	2.8e-68	97.0
WP_013231357.1|599424_599625_+	hypothetical protein	A0A097BYD9	Leuconostoc_phage	9.3e-33	98.5
WP_013231358.1|599745_600867_+|integrase	site-specific integrase	A0A097BYJ7	Leuconostoc_phage	1.3e-168	75.3
600926:600939	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_014319|847947:853845|DBSCAN-SWA
TTTAGGCGTTGTTTTTGCTTTCTGGGGACATTTGGGGACTTGAAGATAAAAACTTTAAAGCCATTGTACTTTGTTCTGTCTCTTTCTCTTTTAACATGTGGGCATAAACGTCTAATGTTATACGCGTATTCTTATGACCTAAGCGCTTGGAAACATAATCAATAGAAACATCGTTGTATAGTAGAAAACTAGCGTGAGAGTGCCTTAAATCGTGAAATCTAAGGTGTGGTATATCAAGAGCATCTATAATATCTTTTAACCGTCTGCTAAATTGTCTGTTGTAATAGTGAGAATATAAAGGGAGGTAGTCAGAATTGTCGTGTAGTAATTTCGAAAACTGCTCTGTGATAGCTATAATTCTATGCGATTGCATGTTTTTAGTTTCTGTCAATTTTTGCACGGCTATAGAATAAGATTTTGTGATGCGGTTTGTTTTCAGTGTAATATTTATTGTACTAATAAGGATTCTAATAGGTCAGGTGACAGTATCGATGATCAGTAAACATTGCTCTGATTATGTAATTACATGGCGATGTTTAAGACATATTGTAATTAATATGAACTGGTAGAACAATAAAGCGACATAAATGACGGTTATCCGTCGTACATAATATTAAGGAGCCAGACGAAAAATGCAGTTACTACCTGATATAAATGAAGCAGCAACGATTAGAGATGTCCGTCAGTTTTTCGAAGTGGAGGTGGAACGGATTGCCAGAATAGCTCATGAAGATATGGGTGGTTTAAAGTCACCAACTATGTCAGATATGCCACGGTCAGAAACATTTGGTAATTCAGTTGAAACTCGGTTGAATAAGCAAATCGAGGCACGTATGTTGTTTGATAAGATAAAAACTGCAATTAGTTTCATCAAATATCCCTACCGTCAGATACTCGAGACAAGGTATATTGATGGCATGAATTGGTTGGATATGGGGAGTCAGTTTCAATACTCGTCTAGACAATTAATGCGCAAGCGCGATCTAGCCTTTTTGTATTTTGCCGATACTTTTGAAGAGGTGCATGATTTTCATATTTACCAGTAGCTGAAAATGTCGCACGCGTGTCTGTTGAATGGTGGTATATTGGTATTATCGAATGATTACGAAGAGCACATCTTGCACGCACATTTTGGTTCTATATTAGATATTCACATGAGCAAGTAGCATACTTGATGTTCAGAGTATTTGGCTAAGGTTTAGAGTTCGATATGCTGCTTGCAAAGAATAAATAGCATTTTCAATACATGATAAGTCATATCCTTGTATCTGTTTTATATTAATTTAAAACTATTCTTGCATTATCCTTAAAATTGTTGTTAAATCTTAATAAGTAGATTAGAAAGAGAATAATGATAAATGGAAGAAAAAGAGATTACGAGTGATACAGTTTTAACGGACGTAAAAACTGTGGCAACAATGTTGAAAAAAGCAGGTGCAGACGTTAGATTATACCTTTTATGGAAAAATAAAAAAGAAACAATGTTTAGTTATGCTGAAACAAGTAAAGAGATTAAGGACTCGTTTAAAAAAAGGTGGATGAACGATTATAATGATGATAAAAATCAAGAAATTACTCAGTTTAATGTAGGCATGGAAAAAACGGATCATTTGATGTTTTGCAGTTCTGAAGAATTTCCTTTGATGAAAAAACATGTTGAAAAAACCAATACAGAAAATGATCCTAAACAATTTGTTGAAGATTTGTCTACTATTAGACCAAAATTAAATCTTGTAAGAGGTTACTGTGCACATATTTATACTGATGAAGAAAACTTGTATCTTTTTGGTAGCACTAATACTTTCAATAGCCTAACTAAATCGCGAGGGTTTGGATTGATTGGAAATGTTGGAGACAAAGAAATCACTAAATTATCGGATGATGATTTGATAATTGGATTCAATCCAAAAACTACTTGCTATATACACAATAGTGTTTGTGTAATAAAAAATAAAAAAGGATTTGAAGACTTATTTGGATTATTAGAAGAATATAAAAAGTTGGCAGAAGAAACAATAAAATTATTTTCGAACTATCCGGAATTTTATCAAGGAATCGAAAATTTCGAAGACGACCTGAATAGAAGACCTATCTTATATAGGTCAGTAGTTAATTTTGGAAAAAAAACTGGTATCATAGAAAGCGTTTCACAGCACTTGGATGAAATTAAGATGATTAAAGAAAACGATGCCTTTAAAGCGAAGTATAAAGATTTAAAAATAAATGACAAGGGAATAGTTTATACTAGAAGTTCACTTCCATTATTTTTATCTTTACTTAATGAAGAGCCGGTTAAATCCATAATTACAGGAAATGAATTTTTTGCAGAACACTAATATCCTGACAAAGGTGGGCACATGATAAAAATACAATTATTCTTGATATCATATATTCCTTTATATGGGTTAGTATATTTGCAATTAGTAGCTGATAAATATTTTCAATATCAAAAAAATTTTAAGTCAAATAAAATCTTAAATAACGTTCTTCTGATTATAAATGAAAATGCTGTTTTTGGATATTATATCCTAGCTCTTATTTTATTTCCTTTGCTATTTTTCATTATATACCTTGGTTATAGAATTAAAAAAGATAAGGGATCTGATCAACTTATAAATCGAATAAAAAAATCAGATGACAACATTATTAGTTATTTGATGACTTATGTGATTCCTTTTTTGACGGCCGGAATAAACGTTAGCGCTCCAATAGTAACAAATTTTGTATTGTTTCTTATAATAATGATCATTTACATTCGAATGGATTTAGTATATCTTAATCCTACCCTGATATTGGTAGGGTACAATATTTATATAGATAGTAATGATGATATGAAATACCTTACACGAAATTCATCGCAAGCAATACAAACCTCAAGGCAAAATCATGAAAAATTAAAAGTTACCAGAATTACTGATAGTTTTTCGTACATCGCAAAAAGAAAATAAACTGCACGTTAGTTTAAATCTAACGGCGGTTTTTTAGTACATAAAAATAAGTGGTCAAATTTGGGAACTTGAAACAACTACGCAGGTTGGACCTTTTGCATGGAGCGAATTATGAATGATGAAGAACTAATACGAGAGCAACGGAAACGCAATAGGCACATACGCGATGCCACAGATACCAATACATGCAGATGAGGTCAAGCGTGAGAGTGTTGCAAGGCATGCAAGAGCACGTGTGCAGATTAGAGCGGAAGTCGTTGATAACCGCAATATTGATTATAAGAGCCACATGGCGTGGTTAAGGAGATAAATAATTAACTAGTGTTAATTATGGTTGAAAGAATGTAGTATTTTTAATCATTTCATTATACAGCGATCCCTATTTCAATTTCATTCGTGTATAATATCTCGTGGAGATGAATTTTAATAAATAATAGGGAGTACTACATTCATGAAATTGAAAAACATTGTAATATCTGTAACTGTGATTTTAGCGGTGATTGGTGGTTCACTCGTATACATCGGTCACAATAGTGACACAGATCAAAAAGAAAATCACACAACTAAAAAAAGTGACAGGTCTAAATCAAGCTCAAGTTCTTCAACAAAGGAAGCCGCCAGCGAAAGCCAATCAGAGAATAATATTCTCATTTCAAGTGGAAAAGACTACGGTATTCAGCTATATCATGGGATGCCTGGTGCGGGTGCTCTAACTGCTAAACCAACCGCAATGACCAAAATGCTTAATAGAGAGACAGTCATAGATGTTGTCGCCTCCACTCCGAATATGAATCGCGGAAAATTAGTTAATATTGTTGCTGCTGGCGATAATTGGGAACTTGAAGTATCAAATAATAATACACAATATAAAGTTAAAGTAATGCATGCTCAAGATAATAAGGGAGCTGTTGTAGTCAGTACGGAAGGTGCTGATACTTTATTCTATGGTTTTACTATTCCTGAATCATTGTATGTACCATACAGGCAAGCAGAAAAAGAAAAAGCTGATGCGGTACATGATCAGTTAGTAGGAAAAAAATATAGAATCTCACCATCATTGTATGATGGTGAGAATACCGATCAAGCAATGAATGAACAGAAAGCCCCACAAAATTTAGCTCACGATGGTATACAAGATATCACGTTTATTACTGACTCCGTGGTACGTGTGAAACGGAGCGGTTCTTATAGACCTGATAGAGATGTTTCCTATACTCTGAACGCAACCACGTTGAGTTTTGATTACCAAAATATCCCCTATTCATTAATTAATGGTACTGTTTCATTCGACTCTTGGACAACTAATATGGACGGGCATACTGTTACTTGGACTATTACTCCTATGAATTAAATTTCAAAGTGCATAAGCGCTTTTTATTTTGCACTAAAACATTGAAAGGAGGTGCCGTAAATGACATGAAATTAACACCGAAACAGAAGAAGTTTGCTGATGAGTATATCAAGACTGGAAACGCTACGCAGTCAGCTATTGAAGCGGGTTACAGCAAGAAGACTGCAAGAAGTGTTGGCAGCGAAAACCTGACAAAACCTGACATATTTGAGTACATAGCTAAGCGAATTGAAGAAATCGATAAAGATAAGATCGCAGAGCAAAAAGAGATATTGGAGTTTATGACTCGTGTCATGCGCCGGCAAGAGATGGAACAAGTAACTAATGTGCTTAAAAAACCTGTTGTCTTAACTGTAACAGGTTCTGGTGATGATAATACTTATGAAAAGATCGTCAACGAAGAAGTTCTTGAAGTAACGGAAATTGCAGGTAGTGTGGGGGATGCAGTTAGAGCAGCAGACCTTCTTTCAAAAATTATAAAGCCAGCTAAAGAAGAGACATCATTCGAAGAGGATAGGGCTCGCAAGATGAAAGCTGATGCTGATCTGGCTGAAAAGAAAGTCGAGTTATTGAATGGTGGTAGCGGTGAGATAACTATCAATGTTAAACCGTTCGAGGAGGACATGTAATGTCTGAAATTGAATGGAATTTACCAGAAATGGTTAGTAAAGCATACGCGCCACTTTTTAACAGTAAGAAGCGCTACATTGTCTACAAAGGTAGCCGTGGAAGTGGTAAAAGCGAAGCAGAAGCCACGAAGGTCATCTACGATATACTCACGAAGTCATACGTTAATTGGTTGGTGTTGAGGCGATATGCCAACACTAACAGACAATCAACATTTACATTATTACAAAAGGTTGCTAATCGCATGGGCGTTGGCAGCCTTTTTCAATTTAACAGCTCACTACCTGAAATAACGTATAAACCAACAGGGCAAAAGATACTGTTTCGTGGTGCTGATAAACCATTGTCTATTACATCTATATCGGTTGAAACGGGTAATTTATGCCGATTATGGGTAGAAGAAGCCTATCAATTAGAGTTAGAAGATGCGTTTGATACAGTTGATGAATCAATGCGTGGCATTATTGCAGATCCAGACGGTTATTACCAAACAATAAATTGGGAAACATATGCAGCGATTGAATTTGGCGAGCGTGTCACTTCTCAAGAAGATTTCAACAAGTCATACGGCGCTTATATGTGGTTGACTCGTAAATTAGCAGACGAAGCAGGAGCAAATTATGATCTCGATGACAACGACGTTATTGAGATCAAGACGCACAACTTTGCTTCGCGTACCGGACGTGGTTCAGACCATGTAGTAGATCCTATTGCATTTTTGGCGAAGTGAAGTATTTGTTATGATCAATTAGAGGAAGACTCAATTAACGGTTTGGAGGAAAAATCTATGGCACAACCTAAATTGAAAGATGGCGATAACATTTGCCTAACAACAAAGGCAAGCACTTCTGCATATGGTACAGCGTTTGAATTGCATAAATCAAATTCTAACGACGCTTATCGTGTGGCGTTTTGGTATAACAATGCCATTGTGTTTTGGAATATTTTGGAACAAGATTTACAAATTAAATAG

Protein sequences of DBSCAN-SWA_3

>NC_014319|847947:853845|850303_850894_+|WP_013231490.1|DBSCAN-SWA
MIKIQLFLISYIPLYGLVYLQLVADKYFQYQKNFKSNKILNNVLLIINENAVFGYYILALILFPLLFFIIYLGYRIKKDKGSDQLINRIKKSDDNIISYLMTYVIPFLTAGINVSAPIVTNFVLFLIIMIIYIRMDLVYLNPTLILVGYNIYIDSNDDMKYLTRNSSQAIQTSRQNHEKLKVTRITDSFSYIAKRK
>NC_014319|847947:853845|848578_848992_+|WP_010391319.1|DBSCAN-SWA
MQLLPDINEAATIRDVRQFFEVEVERIARIAHEDMGGLKSPTMSDMPRSETFGNSVETRLNKQIEARMLFDKIKTAISFIKYPYRQILETRYIDGMNWLDMGSQFQYSSRQLMRKRDLAFLYFADTFEEVHDFHIYQ
>NC_014319|847947:853845|847947_848319_-|WP_010391317.1|integrase|DBSCAN-SWA
MQSHRIIAITEQFSKLLHDNSDYLPLYSHYYNRQFSRRLKDIIDALDIPHLRFHDLRHSHASFLLYNDVSIDYVSKRLGHKNTRITLDVYAHMLKEKETEQSTMALKFLSSSPQMSPESKNNA
>NC_014319|847947:853845|852873_853602_+|WP_010391337.1|terminase|DBSCAN-SWA
MSEIEWNLPEMVSKAYAPLFNSKKRYIVYKGSRGSGKSEAEATKVIYDILTKSYVNWLVLRRYANTNRQSTFTLLQKVANRMGVGSLFQFNSSLPEITYKPTGQKILFRGADKPLSITSISVETGNLCRLWVEEAYQLELEDAFDTVDESMRGIIADPDGYYQTINWETYAAIEFGERVTSQEDFNKSYGAYMWLTRKLADEAGANYDLDDNDVIEIKTHNFASRTGRGSDHVVDPIAFLAK
>NC_014319|847947:853845|853659_853845_+|WP_010391341.1|DBSCAN-SWA
MAQPKLKDGDNICLTTKASTSAYGTAFELHKSNSNDAYRVAFWYNNAIVFWNILEQDLQIK
>NC_014319|847947:853845|852310_852874_+|WP_010391335.1|terminase|DBSCAN-SWA
MKLTPKQKKFADEYIKTGNATQSAIEAGYSKKTARSVGSENLTKPDIFEYIAKRIEEIDKDKIAEQKEILEFMTRVMRRQEMEQVTNVLKKPVVLTVTGSGDDNTYEKIVNEEVLEVTEIAGSVGDAVRAADLLSKIIKPAKEETSFEEDRARKMKADADLAEKKVELLNGGSGEITINVKPFEEDM
>NC_014319|847947:853845|851345_852245_+|WP_013231491.1|DBSCAN-SWA
MKLKNIVISVTVILAVIGGSLVYIGHNSDTDQKENHTTKKSDRSKSSSSSSTKEAASESQSENNILISSGKDYGIQLYHGMPGAGALTAKPTAMTKMLNRETVIDVVASTPNMNRGKLVNIVAAGDNWELEVSNNNTQYKVKVMHAQDNKGAVVVSTEGADTLFYGFTIPESLYVPYRQAEKEKADAVHDQLVGKKYRISPSLYDGENTDQAMNEQKAPQNLAHDGIQDITFITDSVVRVKRSGSYRPDRDVSYTLNATTLSFDYQNIPYSLINGTVSFDSWTTNMDGHTVTWTITPMN
>NC_014319|847947:853845|849304_850282_+|WP_013231489.1|DBSCAN-SWA
MEEKEITSDTVLTDVKTVATMLKKAGADVRLYLLWKNKKETMFSYAETSKEIKDSFKKRWMNDYNDDKNQEITQFNVGMEKTDHLMFCSSEEFPLMKKHVEKTNTENDPKQFVEDLSTIRPKLNLVRGYCAHIYTDEENLYLFGSTNTFNSLTKSRGFGLIGNVGDKEITKLSDDDLIIGFNPKTTCYIHNSVCVIKNKKGFEDLFGLLEEYKKLAEETIKLFSNYPEFYQGIENFEDDLNRRPILYRSVVNFGKKTGIIESVSQHLDEIKMIKENDAFKAKYKDLKINDKGIVYTRSSLPLFLSLLNEEPVKSIITGNEFFAEH

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
847711:847726	attL	NA	NA	NA	NA
WP_010391317.1|847947_848319_-|integrase	integrase	Q4ZCC1	Staphylococcus_virus	1.4e-13	46.8
WP_010391319.1|848578_848992_+	ArpU family transcriptional regulator	D2IZ85	Enterococcus_phage	6.9e-06	28.7
848530:848545	attR	NA	NA	NA	NA
WP_013231489.1|849304_850282_+	DUF4868 domain-containing protein	NA	NA	NA	NA
WP_013231490.1|850303_850894_+	hypothetical protein	A0A1Q1PW40	Staphylococcus_phage	1.7e-10	32.5
WP_013231491.1|851345_852245_+	hypothetical protein	NA	NA	NA	NA
WP_010391335.1|852310_852874_+|terminase	terminase small subunit	A0A097BYC9	Leuconostoc_phage	1.7e-31	46.8
WP_010391337.1|852873_853602_+|terminase	terminase	A0A097BYD0	Leuconostoc_phage	3.1e-78	87.3
WP_010391341.1|853659_853845_+	hypothetical protein	A0A219VG62	Leuconostoc_phage	9.0e-06	40.8

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NC_014319|1242878:1251654|DBSCAN-SWA
GTCATTTTAAAAATACTCCTTCATTAAGTAACTGTTCTAGTGTGTTTGGATACAAAACATGTTCAACGTTATGCATGCGCGTTTCTAAATCCTGTAAAGTATCATTAGGCAATCGGGGCACTTTTTGTTGCGCAATAATTTTACCTGTATCAATGCCATTATCAACAAAATGTACCGTTACGCCTGTCATATCAACGTCTGCTTCATAAGCATCTAAAATACTGTGTCTACCTGGGAAATTGGGTAACATCGCTGGATGTAGATTAATAATCTTACTTGGATAATTGTCAATTAAAGTAGGTGTTAAAATGCGCATATATCCAGCGAGCAAAATACCATCGACCTCATCTATTTTTAACTGATTTAAAATTGCTTGTTCGGCTTCTGGTTTGGTTTTATACTCTGAGTATTTAATAAAAGTGGCCGGAATACCAAATATTTTGGCTAAATTTAATGCACCAGCAGCAGATTTATCAACTATCAAACGCACAATTTCAGCATGAAGATGTCGCTGCAAAATAGCATCGTGCAATGCTTGAAAATTAGTGCCTGTCCCTGAAGCAAATACAGCTAAACGGACTGATTTTACCATGGCGCTACACCTTGAAAGACAACGCCTGACTCCTGACGTGCAATCATTTCACCAATGAGGTAAGCTGGCTGGTTTGCTTGAGATAGTTGCGACATCACCTGTTTACTTGCTTCAGACTTAACAATGAGTACCATACCTAAGCCATTGTTAAAAGTTAACAACATATCTTCAACTGACAAGCTACCTGCTTTTTGTAGTGTATTAAAAATAGGCAACACAGGCCATGAACCCCAATTAATCTGAGCAGATAGCTCACTTGTATATGCACGCGGTAAGTTTTCAATTAAACCGCCACCTGTAATGTGTGCCATTGATTGAATGATCCCTTGCGCCACTAATGGCCAAACAGACTTAGCATATAAAGTAGTTGGTGTCATCAGCGTTTCTTGTGTCTCAGCAGCCAAGTGGTTAAAATCAGCATCAGTTTGAATCCCTAAAACATGACGAACCAAAGAATACCCATTTGAATGAATACCTGATGATGGCAGTCCAATTAAAACGTCTCCAGATTTGACATTTTTTGGCGCCAACAACTGATCACGTTCAGCTACACCAACCGCAAAAGCTGCTAAATCATAGTGATTCGGGGCATATAAGCCTGGTAATTCTGCACTTTCTCCGCCAATAAGCGCCATCCCAGAGGCTTTAGCCGCTTTTGCGATACCGGTAACAATTGTTGCAACAACTTCTGGTCTCATTTTGTCCACTGCCAAATAATCTAACATAAAGGCCGGCTTTGCACCTTGTGCCAAAATATCATTAGCAACCATAGCCACTAAATCTTGACCAATCGTGTCGTGTTTATTCGCAGCAATTGCAAGCAGTAATTTTGTGCCCACACCATCAGCGCCTGACACCAATACCGGATTCTTATAGTCTGATCCAAGTGCAAAAGCGGCACCAAAACCGCCAAGACCGTCTAAAACGTTGTCTGTATAGGTATCAGATACTGCATCTTTCATCAATTCAACAGCCTTTTCACCTGCTTTAATATCAACGCCTGCTTGCTGGTATGCGTTTTGCTCAATCATTATTCTACTCCCTGAATTGTTTGTGAATCTAAATGAATTGTCCCATCTGCCAACGTTTCTTCATTGCGTAATGATGCTACTTGGCGCGGGTGATAAATTGTCATGGGTTCAGGGGCAAAATCAACAAGATCTTTTGCCACAAAATTTGACAAACTGGCTGTATAATCATAAATTGGACTTGGATAATGACCATCAAAATAGGCAGTTGTCAATCCAGTTCCTTGGCCATCATAAGGTAAATCAATCGCTTTAACAAGTTGATCAACGGATAAGAATCCAAGCGAATCGGCCTCTATTTTTTCACGCATTTCCTCTAAGGTATTATTAGCTCCCATCAATTCTTTGGTGGTTTGCATGTCAATCCCATAGAAAGACGGAAATTTAAAAATTGGGCTAGCAATACGCACATGGACTGATTTTGCACCTGCCTCCTTTAACATACGTACAATAAACATTGAGGTTGTTCCACGAACAATGGAATCGTCAACTAAGACCACATTTTTGTCACGTACAACATCTTTAACCGCACTCAATTTCATTCGGACGGCACGCTCACGTTTATCTTGCGTTGGCTCAATAAATGTTCGCGCAATATATTGATTTTTCACGAGACCCATCTCATTTGGTAAACCTGTCGCTTCAGCAAATCCAGCAGCTGCGGACAAACTTGAGTTTGGTACACCAACGACGATATCAGCATCAGGGACCGGTTGCTCTACAGCAAGTGCAGCACCCATACGTTTACGTGCTTTATGCACGTTGACACCATAAATTGTAGAATCAGGACGCGCAAAATAAATATATTCCATTGAATCAATATGCAATGCTGTATTTCTTGTATAACTATCAATAGTTAGCCCATCGTCATCGATTGCCAACAATTCACCAGGTTGTACATCACGAACAAAACGGGCGCCAATCACATCTAGTGCTGCTGTTTCGGAAGTGACAATATAATTCCCCTCAGGCATCTGTCCAACAACAAATGGTCGAAATGCATGCGGATCAAGTGCTGCATATAGGCCATGAGGTGTTAACAATAAGTAAGCAAAACCGCCACGTACAATATTTAGTGCCTCTTTTAATTTATCTACAAATGTCGTTGCTTTTGATCGTCGAATCAGGTGTAACAAAATTTCAGAATCAGATGAACTTTGGAAAATAGCCCCTTCTTCTTCTAAATCTTCTCGCAAGGACATGGCATTTGTTAAATTACCATTGTGGGCCAGAGATATTTGCATATCGTGAAAATTGACCATAAGAGGTTGAATATTTTCAACACCATGAGATCCGGCTGTCGCATAACGTACGTGACCAATTGCAGCTGTTCCAGCTAAAGCGTCAATACGTGCAGGATCCCTAAAAACATCGCTCAGTAAGCCTAAACCACGTTCCTGCCAGAGATGCCCATTATTATTTGAAACAATGCCTGCACCTTCTTGACCGCGATGTTGCAGAGCATGCAAGCCGTAATAAGTGAGTTGTGCGGCATCTTGTCGCCCCCAAACACCAAAAATACCACATTCTTCATTTAGGCTACGTACGTTCACACGTGTTTTTTCAGTTTGCTGGGCTAATCTTTGTGCGATTTGTTGTTGCTCTATCCCTTTAATTGCCATGAAATGCTCTCCTGATAAACTGTTTGAATTTCTTCACGTGATAAGGCAATCGTTTGTGTTAGTGTATTAATGACAACATCTGACTCACTGGTGACTAACCCAATTTTTGTTGCCTGCTTTCCTGCCAAATGTTCAAAGTCTGCAACTTTAGTCTGAGGAACACTAACAATAAACCGACTAGGCGTTTCAGAGAACAAATACTTATCCGACTGTTTCGTAGCAATATTAAAACTAAGATCACCAGCAAAACTACTTTCTAACAAACTAACAATCATGCCACCCTCTGAAAGATCATGTACACTAGCAAGTAGATTTTTGGCAATAGCTTCACGGACTAATCCTTGTGACGCTAACTCTGTTTCATCATTAAACTCAAACAATTGACCAATAATTTTCCCTAACTGTAACTTCTGAATTTCTGAACCATTGAAACTATCTGTTGTTTCACCAATTAAGTAGATGACATCACCAGCACGTTTGAAAGCCATTGTCGTTGCCTGACTAATATCATCTAACAAGCCAACCATGCCAATCATAGGTGTGGGATAGATTGCTTGACCATCCGTTTCATTATAAAGTGACACGTTACCAGAAATAATTGGCGTATTAAGTTGCTTAGCCATGTCATTAATACCAGCAACTGATTGATCTAGTTCGTAGTATACTTCTGGGTTGTCAGGTGAACCAAAATTCAAACCGTCTGTAATGCCAATTGGCGTGGCACCAGTGGCTACAATATTTCGTGCAGCTTCAGCAACGGCCATTTTTGCCCCAACACGGGGGTTAAGGTATAAGAAACGCGCATTAACATCTGTCGTCATTGCTAAGGCTTTTTTGGTACCACGTATACGCACCAAACTCGCATCCCCACCAGGTTTTATGACTGTATCAGCACGCACCATGGCATCAAAATGTTTAAACAATGAGGCTTTAGAAGCGATGGTCGACTGTGCCATTAAGGCCTTAATTGTTGCCTTAACTTGAGACATATCAGGTTGATATTGTGTATCTGAAAATTCGGACAGCCGCTTAGGTGCAATCATTGGTAAATCTTGTTTTGGCGCATGTGTTAGGAAATTAATGGGCACATCTGCAACCCTATTACCCTCAAATTCTAAAATATAACGACCATTATCTGTCACTTTACCAATAATGACCGCATCCAAATCAGCCTCTTGAAATAAATCAATGATTGGCTGTTCTTCTCCATGCTTAACAACCAACACCATGCGTTCCTGCGATTCTGAAAGCATCAGTTCATAAGGTGTCATATGTAACTCACGCTGCGGTACAAGATCCAAGTTCAACGTAATACCCATACCAGCTTTAGCTGCCATTTCTGAACTTGACGATAGCAGACCTGCAGCGCCCATGTCTTGAATGCCAACAATAATATCAGAATGATCCTTGACAGCCTTAAGCGTCGCATCCATCACTAATTTTTCTAAAAATGGATCACCAACTTGAACAGCAGAACGGTCTGATGCTTGCTCTGTTGAAAACTCAGCAGAGGCAAATGATGCGCCATTAATGCCATCACGACCAGTTTTTGCCCCAACATAAATAATCGAATTACCAATACCTTTAGCCTGACCAACTTGCATGGCTGTTTGATCAATCAGCCCAACAGCCATAACATTAACCAATGGATTACCAGCGTAAACATCGTCAAAACTGATTTCCCCACCAACTGTGGGGATGCCAATAGCGTTCCCATACCCTGCGATACCTGCAATCACGCCATCAACAATATGTTTAGTATGTGTATTATCTAATTCACCAAAACGCAGTGAATCTAAAACAGCAATCGGCTGAGCACCCATTGAAAAAATATCGCGTAATATGCCTCCAACACCTGTTGCAGCCCCCTCGTAAGGTTCAACAAAGCTCGGGTGATTATGACTTTCTGCTTTAAAAACGACAGCTTGACCATCACCAATATCTAAAATACCAGCGCCCTCACCAGGCCCTTGCAATACACGTTCATTGTTTGACCAAAATTTGCGTAAAATTGGCTTTGATTTTTTGTAAGAAACATGTTCAGACCACATACCAGAAAAAATACCAGTTTCAGTAAAATTTGGTAAACGTTTTAACTCTGTCACAATGAGATTGTATTCTGTCTCAGTTAAACCCCACTGGGTATAAATTTTAGAATCACGTACTTGCTCAGGTGAGAGTTCGCTATTTATGACTGTTGTCATTTTTTTGCCTTTCATAACTGTGTTTTCCTACCATGACATCTGTTTTATAAATAATATGCATTATACTTTTGTTAAAATACCTGAAAGGATACTTTTAAAGAAATTTTGTCCGTCAATATTTCCAAGAACTGCATCAACAGCACGCTCTGGATGAGGCATCATGCCAAAAACATTGCCTTGCTCGTTCATAATACCAGCAATGTCATGTGCTGAGCCATTTGGATTATTGACGTAGCGGAAAACAATTTGATCATTTTTTTCAAGTTTAGCCAAAGTTGTTTCATCGGCAAAATAATTTCCTTCAGCATGTGCGATAGGGATTAAAATCGTTTCATCGACATCGTATGCACTGCTGAACGCTGTTTGACCGTTTGCAACATGCAATGCAACTTCGTCACAGATGAACCCTGGTTTTGCGTTAGGCAACAACTGCCCTGGTAACAAGCCAGCTTCTGTCAAAATTTGAAAACCATTGCAAACACCAACAATTAATTTACCAGCATTTGCTGCCTGAGTAACAGCACTCATAATTGGTGAAAAACGTGCGATAGCACCAGTTCTGAGATAATCACCATAAGAGAAACCACCTGGCAAAAAAATAGCATCAAATCCTGTTAAACTATTTTGTTTCGCCGAAATAATTTCTGCATCAACACCAAAACCCTGTAACGCATAGAGCATATCAAAATCACAATTTGATCCAGGGAAACTAATGACGGCCGCTTTCATACATCCACCTCATCTGATACCAAACTTAGGTCAAAGCGATAAGTTTCTGTATTTTGATTAATTAACAAAGCATCCGTAAAGCTTTCAACTTCAGCAGTTGCGGCATCAACGTCTTTGGCATTTAATTTCACTTCAAAATATTTGCCTTGCGCAACTTGATCAATCCCAACGTAATCCATACGCTTTAGTGCTGCCTTAATGACCTCACCCTGTGGATCTAAAATTGATGGCTTATAAGTCACATAAATTTTTGCTAAATACATCATTTTTCTCCTTAAATGATCTGCTGTAATCGTGTTAGAACTTCTTGATAACCAACCGTGACATCCCCTGAATGTTTACGGAAAACGTCTTTATCTAATGAGTTACCAGTTGCTATATCAACTAAACGCATATTATCAGGTGATAGTTCATCAGCTAACAATATATCGCCATTTTTTGTACGACCAAACTCTAACTTAAAATCAATTAACTGAATATTAGCTTGTCGAAATAAGTCGATTAAATGGCGATTAATAATTGTCGATTCAGCTCTTAGCTTGGTTAGTTCATCGTTTGTAGCGTAATTCAAAGCCAAAATTTGTGAATCATTTATAAATGGGTCATCTAACGCGTCTGATTTATAATAAAATTCTTGGACAATAGGTGTCAATTTTTGCATAGGTGTTGCCGCAAACTTACTCACAAAATGGCCAGAAGCATAATTTCGTGTGACAACTTCAATTGGCAAAATGTCCAAACTTGTAATTAGTTCATCAGTTTTTGAAATTGAATGCAAGTAATGATTTTTAATGTTGTTTCCAGTTAAATAGTTAAATAACAATTGACTAATGGCACTATTGAGTTCGCCTTTTCCACTAATTGTTTCTTTCACTTTGCCATTTAATGCTGTAGCTTGATCAAGGTAATGCACCCACAATATATCAGGGTCATCTGTCGTGTATACCTGTTTTGCTTTACCTGTATATTTCAATGCGCCACGTGTGATTGTACGTTTCTCATACTCAATGCTGTCCATGTGCTTGACTCCATTCATATAATTTTTTAATATTGTCTTCGCCAACTACTGTGATGTGTCCCATCTTACGATTGCGTTTTATCGCTGCTTTACCATAATCATGGAAGTGCCATTCTGAATGATTTACCAAATCATTTCTAGCTTGTTGAATCTCATCTCCTAATAAATTTAGCATGAGTGCTGGCTTTTCTAGCGTAATCTCAGGTATTGTTAAACCTGTAATGCTACGAATATGACCTTCAAATTGTGAGACGTTCGTTGCTTCAATACTGTAATGTCCAGAATTGTGTGGCCGTGGTGCAAGTTCGTTCACCCAAACATTGTCATCACTGACGAATAATTCTATGCCCAAGACACCTCTTAAATCTAATGCATTTGCAATTTCAGTTGCAATTTGTTGTATTTTTTTTGTAAGGACTGCACTAATATTAGCAGGTACAAAACTTGTTTTCAAAATGTGATCAACATGCACGTTTTCAGAAATTGGCCACATCGTCACATTATTTTGAACATCACGTGTCACCATGATACTCAGCTCTTTTTGAAATGGCACCTTTTGTTCTAATATAAGTGTCCCTGTTGGAAATTTTTTAACGATTTGATCAACATCATCTTGATTATCCACATGCCATTGGCCATGACCATCATAACCACCACTCACAGTTTTAAGAATTGCGGGAAACTTTATTTTTGCTACTGCTACTTTAAACTCTTTAGCATCATGAATCGCTATAAATTTAGCCACAGGTACTTTGGCAATATTTTGTACAAATGTTTTTTCTGTTAATCGATTACTTGTTATTTCAAGTAATCGCGTACCTTGAGGTAAGCTTTTTTTTTGTTTGGATAAGGTAACAATATCAACATTTTCAAATTCATATGTCAAAACATCACTACGTTTTGACAGTTCAGTTAACGCTGACACATCATCATATTCAGCAACAATTTGAAAATCTGATACCTGCCCAGCTGGTGATGCCACAGTTGGATCCAAAACACCGACTTTATATCCCATCATTTTTGCGGACAATGCCATCATTTGTCCTAATTGACCACCACCAATAATACCAATCGTTGCTGGCGGTAAAACAATATTTGTCATATTAATTCCGCCTCACTAACAATAGACTTTTGTGTTTGTTCCTTTCGAAATACCACTAATTTTTCTCTCACTTCTTCATGATGTAAAGCAATAATTTGTGCAGCTAGAATGCCGGCATTTTTTGCTCCTGCATCACCAATAGCGACAGTAGCAACAGGAATGCCAGCTGGCATCTGAACAATTGATAGCAATGAATCCATACCGTTTAGAGCATGTGACTGCATAGGAACGCCAATTACTGGAACAAGTGTATTCGCTGCAATCATACCAGGTAAATGAGCTGCACCACCTGCACCTGCAATAATTACTTGTAAGCCATTTTTTTGTGCCGCCTGGCCAAATGTTTGTAACTGTTCAGGCATTCTATGAGCAGAAATAACGTGCTTTTCATACGTTATGCCGAGCTTTTCTAATAACAAAGTTGTTTGTTGCATAGCAGGCCAATCACTTGTTGATCCCATAACTACAGCGACTTGTGTCAT

Protein sequences of DBSCAN-SWA_4

>NC_014319|1242878:1251654|1250056_1251172_-|WP_013231711.1|DBSCAN-SWA
MTNIVLPPATIGIIGGGQLGQMMALSAKMMGYKVGVLDPTVASPAGQVSDFQIVAEYDDVSALTELSKRSDVLTYEFENVDIVTLSKQKKSLPQGTRLLEITSNRLTEKTFVQNIAKVPVAKFIAIHDAKEFKVAVAKIKFPAILKTVSGGYDGHGQWHVDNQDDVDQIVKKFPTGTLILEQKVPFQKELSIMVTRDVQNNVTMWPISENVHVDHILKTSFVPANISAVLTKKIQQIATEIANALDLRGVLGIELFVSDDNVWVNELAPRPHNSGHYSIEATNVSQFEGHIRSITGLTIPEITLEKPALMLNLLGDEIQQARNDLVNHSEWHFHDYGKAAIKRNRKMGHITVVGEDNIKKLYEWSQAHGQH
>NC_014319|1242878:1251654|1246100_1248323_-|WP_013231709.1|DBSCAN-SWA
MTTVINSELSPEQVRDSKIYTQWGLTETEYNLIVTELKRLPNFTETGIFSGMWSEHVSYKKSKPILRKFWSNNERVLQGPGEGAGILDIGDGQAVVFKAESHNHPSFVEPYEGAATGVGGILRDIFSMGAQPIAVLDSLRFGELDNTHTKHIVDGVIAGIAGYGNAIGIPTVGGEISFDDVYAGNPLVNVMAVGLIDQTAMQVGQAKGIGNSIIYVGAKTGRDGINGASFASAEFSTEQASDRSAVQVGDPFLEKLVMDATLKAVKDHSDIIVGIQDMGAAGLLSSSSEMAAKAGMGITLNLDLVPQRELHMTPYELMLSESQERMVLVVKHGEEQPIIDLFQEADLDAVIIGKVTDNGRYILEFEGNRVADVPINFLTHAPKQDLPMIAPKRLSEFSDTQYQPDMSQVKATIKALMAQSTIASKASLFKHFDAMVRADTVIKPGGDASLVRIRGTKKALAMTTDVNARFLYLNPRVGAKMAVAEAARNIVATGATPIGITDGLNFGSPDNPEVYYELDQSVAGINDMAKQLNTPIISGNVSLYNETDGQAIYPTPMIGMVGLLDDISQATTMAFKRAGDVIYLIGETTDSFNGSEIQKLQLGKIIGQLFEFNDETELASQGLVREAIAKNLLASVHDLSEGGMIVSLLESSFAGDLSFNIATKQSDKYLFSETPSRFIVSVPQTKVADFEHLAGKQATKIGLVTSESDVVINTLTQTIALSREEIQTVYQESISWQLKG
>NC_014319|1242878:1251654|1249326_1250070_-|WP_010390629.1|DBSCAN-SWA
MDSIEYEKRTITRGALKYTGKAKQVYTTDDPDILWVHYLDQATALNGKVKETISGKGELNSAISQLLFNYLTGNNIKNHYLHSISKTDELITSLDILPIEVVTRNYASGHFVSKFAATPMQKLTPIVQEFYYKSDALDDPFINDSQILALNYATNDELTKLRAESTIINRHLIDLFRQANIQLIDFKLEFGRTKNGDILLADELSPDNMRLVDIATGNSLDKDVFRKHSGDVTVGYQEVLTRLQQII
>NC_014319|1242878:1251654|1248383_1249052_-|WP_013231710.1|DBSCAN-SWA
MKAAVISFPGSNCDFDMLYALQGFGVDAEIISAKQNSLTGFDAIFLPGGFSYGDYLRTGAIARFSPIMSAVTQAANAGKLIVGVCNGFQILTEAGLLPGQLLPNAKPGFICDEVALHVANGQTAFSSAYDVDETILIPIAHAEGNYFADETTLAKLEKNDQIVFRYVNNPNGSAHDIAGIMNEQGNVFGMMPHPERAVDAVLGNIDGQNFFKSILSGILTKV
>NC_014319|1242878:1251654|1251168_1251654_-|WP_010390630.1|DBSCAN-SWA
MTQVAVVMGSTSDWPAMQQTTLLLEKLGITYEKHVISAHRMPEQLQTFGQAAQKNGLQVIIAGAGGAAHLPGMIAANTLVPVIGVPMQSHALNGMDSLLSIVQMPAGIPVATVAIGDAGAKNAGILAAQIIALHHEEVREKLVVFRKEQTQKSIVSEAELI
>NC_014319|1242878:1251654|1242878_1243469_-|WP_010390621.1|DBSCAN-SWA
MVKSVRLAVFASGTGTNFQALHDAILQRHLHAEIVRLIVDKSAAGALNLAKIFGIPATFIKYSEYKTKPEAEQAILNQLKIDEVDGILLAGYMRILTPTLIDNYPSKIINLHPAMLPNFPGRHSILDAYEADVDMTGVTVHFVDNGIDTGKIIAQQKVPRLPNDTLQDLETRMHNVEHVLYPNTLEQLLNEGVFLK
>NC_014319|1242878:1251654|1243462_1244500_-|WP_010390623.1|DBSCAN-SWA
MIEQNAYQQAGVDIKAGEKAVELMKDAVSDTYTDNVLDGLGGFGAAFALGSDYKNPVLVSGADGVGTKLLLAIAANKHDTIGQDLVAMVANDILAQGAKPAFMLDYLAVDKMRPEVVATIVTGIAKAAKASGMALIGGESAELPGLYAPNHYDLAAFAVGVAERDQLLAPKNVKSGDVLIGLPSSGIHSNGYSLVRHVLGIQTDADFNHLAAETQETLMTPTTLYAKSVWPLVAQGIIQSMAHITGGGLIENLPRAYTSELSAQINWGSWPVLPIFNTLQKAGSLSVEDMLLTFNNGLGMVLIVKSEASKQVMSQLSQANQPAYLIGEMIARQESGVVFQGVAPW
>NC_014319|1242878:1251654|1249048_1249315_-|WP_010390627.1|DBSCAN-SWA
MYLAKIYVTYKPSILDPQGEVIKAALKRMDYVGIDQVAQGKYFEVKLNAKDVDAATAEVESFTDALLINQNTETYRFDLSLVSDEVDV
>NC_014319|1242878:1251654|1244499_1246119_-|WP_010390625.1|DBSCAN-SWA
MAIKGIEQQQIAQRLAQQTEKTRVNVRSLNEECGIFGVWGRQDAAQLTYYGLHALQHRGQEGAGIVSNNNGHLWQERGLGLLSDVFRDPARIDALAGTAAIGHVRYATAGSHGVENIQPLMVNFHDMQISLAHNGNLTNAMSLREDLEEEGAIFQSSSDSEILLHLIRRSKATTFVDKLKEALNIVRGGFAYLLLTPHGLYAALDPHAFRPFVVGQMPEGNYIVTSETAALDVIGARFVRDVQPGELLAIDDDGLTIDSYTRNTALHIDSMEYIYFARPDSTIYGVNVHKARKRMGAALAVEQPVPDADIVVGVPNSSLSAAAGFAEATGLPNEMGLVKNQYIARTFIEPTQDKRERAVRMKLSAVKDVVRDKNVVLVDDSIVRGTTSMFIVRMLKEAGAKSVHVRIASPIFKFPSFYGIDMQTTKELMGANNTLEEMREKIEADSLGFLSVDQLVKAIDLPYDGQGTGLTTAYFDGHYPSPIYDYTASLSNFVAKDLVDFAPEPMTIYHPRQVASLRNEETLADGTIHLDSQTIQGVE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_010390621.1|1242878_1243469_-	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	3.6e-24	36.4
WP_010390623.1|1243462_1244500_-	phosphoribosylformylglycinamidine cyclo-ligase	A0A0E3HPW9	Synechococcus_phage	3.9e-58	40.6
WP_010390625.1|1244499_1246119_-	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	3.1e-49	34.1
WP_013231709.1|1246100_1248323_-	phosphoribosylformylglycinamidine synthase subunit PurL	A6N228	Microbacterium_phage	1.5e-134	36.8
WP_013231710.1|1248383_1249052_-	phosphoribosylformylglycinamidine synthase subunit PurQ	NA	NA	NA	NA
WP_010390627.1|1249048_1249315_-	phosphoribosylformylglycinamidine synthase subunit PurS	NA	NA	NA	NA
WP_010390629.1|1249326_1250070_-	phosphoribosylaminoimidazolesuccinocarboxamide synthase	A0A1D7SLB8	Cyanophage	3.6e-37	37.4
WP_013231711.1|1250056_1251172_-	5-(carboxyamino)imidazole ribonucleotide synthase	NA	NA	NA	NA
WP_010390630.1|1251168_1251654_-	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	8.9e-21	41.8

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NC_014319|1488636:1536382|DBSCAN-SWA
TTTAAAATAAACGCGCATTTGGCTTATTATAACCATATTCTTCCATTACAGTCGCTCTAAACGCTAATAATTCGTCATGTTCAATCGCTGTTCGCATATCTTCCATAAACTGTAATAAATAGCGTAAATTATGTTGTGATGCTAACTGTGCGCCTAAAATTTCGTTTGCGTTAAATAAATGATGTAAGTAAGAGCGTGTTAAATTTTGAAATGGATTGTAATTTGGATTATCAAACTGTCTTTGATTGCCAAATTGATTTGTTCGAATTGGATTGGCTGAATAATAACTCAAATCCGGATCTAACGGTGTAAAATCATTTTTATACTTTGAATTTTTAATAACCACACGTCCACGACGTGTCATTAATGTCCCTTTACGGGCAATACGTGTTGGCAACACCGAGTCAAACATATCTACCCCTCGTATGACCCCGTCTATCAAAGAATCCGGTGCAGCCACACCCATTAGGTACCGTGGCTTGTCTTCAGGCAATAATGGCATAGTAAAATCCAATACGCGATTCATTTCTAACTTTGATTCACCAACCGAAAGGCCACCAACTGCATATCCAGGCAAATCCATTCCCACTAAGCCATTCGCTGATTCTGTGCGTAATGCTTTAAATCCTGCCCCTTGAACAATACCAAATAGTCCTTGAGAATCTGTTTTTTTATGAGCTACTTGTGCACGTTCTGCCCAGCGAAGAGAACGTTGCATTGACTCCTTAATATAATCATAACTTTCAAAATAAGGAATTGCCTCGTCAAGTTGCATCATGACATCCGAACCTAAATTGTTTTGTATTCGCATAGCCACTTCAGGTGACAAAAACATTTTGTCACCATTCACATGATTTTGAAAAGTTACACCTTCTTCTTGTAACTTACGAGCATCTGACAATGAAAAAACTTGAAAGCCACCCGAATCTGTCAAAATAGCTTGATCCCAACCCATATACTGATGTAATCCGCCAGCTTGTGCTATCAATTCATCTCCTGGGCGTACCCATAAATGATAAGTATTACTTAAAATGAATTGTGATCCCATATCTTTTAGTTCACGTGTGCCTACACCTTTTACTGCTCCTTGTGTGCCAACAGGCATAAACATTGGTGTTTCAAAGGTACCATGTGGCGTATGAATACGACCGCGCCGTGCGCCTGTATGTTTTTCAGTATGAAGATGCTCATACCATACTGCTGGTTTCTTATTTGTCATTTTATCCTCGTTTATTACGCAATTTCAATCCATTCTATTCTACCAGTTTTATCGACACAAAAAAAGATTTTACCAAAAATAATAGCAAAACCCTTTGACACACAAGTTTTATACAATAATTTTCAATTGCGCATTTTCCGACATACTCCAATAACTATCACGCGTCACGATAAATGAATCTAACATTGGTACTGTCATTTGTTCCCCAAGCAACTTTAATCTTTGACTAAATTGCACATCAGCATCTGATGGTTTCAGATTACCACTAGGATGATTATGAACAATCATAAATCCAAGCGCATTAGCATGCAAAGCACGTTGAAAAATCTCACGCGGTGAGGCCTGCACATGCGTTAAACTACCAACAAAAATGGTCTCCCATCCAATAACACTCAACTGTGCATCAAGCAAAGCAACACACAATTGTTCTTGAGGTAGATGACCAATTTGTCGTTGTGCGTAATACCCAATTTCTTCTGAAAATTTAGCGCTCAAAAGTTTGGGACGTGTTGCCATTGCGATATGTTTCCCAATTTCTACGCCAATCAGTAATGCTTTATTTTGTGTTGGATTTTGAGCAATAAAATCCTCTGCAGCATCATGTGTCATTTCATTCAAATTATAATCATTTGGAAAGTGACGTCGTAATTCTTTTAATGCATCCTTTCCATTCTGACCAAGTACTGTATAAAATTTTTTTATTTGTTCATTTAAAGCCATTGTTCACCTCTAAGAGATGATACGTAACTAACCTTTTTTGTTCACACTTGTCAAAACACGAACAGAAAAAATTGCTGCCAACACAATTAAAAAAACATCTATTCTAAATAACCAAGTTGCCCCCAAGTGAGTCGCTGTAATGAGTCGGTCGGCCGAATCCGCATGTTTTTGGAAAATTGAAATAATGCCTGCAGCTAAAGCAATCCCAACTGCTGCTGAATAATTATTTGTGGCTGTGAAGATCGAATTTCCTGCACTTTGATAATTAGTTGGTACATGACTGATTGCATTGGTCATATTATTACCAAACCAGAAACCAGAGCCGAGTTGAATAACCAAAAAACTAAATAGCATGCCATATAAACTAATTGGCAACACTGCCATCATAATTGTACCAATAAGAATCAGGACTAATCCGATCATTATTGGTAATCTTGCACCATAGCGGTCATAAAGTCGACCTGATATAATCGCCATTAAAGCATAACCTAGGGCTCCTGGTAGCAGGGTCAAACCTGCAACCTGTGAATTTTGAAATAATACCATTTGTATTGTCATTGGTAATGCATAATTAAATGTTAAATTAACAACTTGCGTTATAAATGAAGCCGTAATACTTAACGAAAATATTTTGAATTTGAAAATAGCTGGATTCAACAGCGGATTAACAACATGTGGCGCGTAAAGTAAATAACCGCCAATGCCGCCAAACATCATCAAAAGTAACGCCACACTCGTAATATTTGTCACACCATGCGAACTAATACGCTCAATGACAAAAATACCAGCGACAAAGAATGCACTAAGCAATACCCAACCAATCAAGTCTAATTTTTCTTTTGTTAAACGAGATACTTGTTTAATAGTAAACCAGCCAATAACCAGCGACCCTATTTGAACTGGTAAAACAACCCAAAAGACTGTACGCCAACCAAAATTCTGCGTTAAATAACCACCAAAAGCTGGCCCAATTGCTGGTGCAAATGAAATAATTAGCGACCCGATACCAACCATTGTACCGCGTTTGTTTTCCGGTACTTGTTCAAAAATGACGTTATACATAAGGGGCATGCCTACACCACCGCCGATACCTTGTAATAGTCTACCAAACAGTGTCAATCCAAAATTACTACTCACAGCATCAATTAACACACCAACAATCGAAATCACTGTTGCCACCATAAATTGGCTTCTATTTGTAAAGCGTTGCTTCAACCATGGCGATAAAATAACTACCATACTCGTCAGCAAAATAACGCCAGATGTTAGCCACTGTACTGTACTAGATGTCACATCAAATTCTGTCATCAACAGTGGAAAACTGACATTCAACGCTGTTTCCAGCATGATATCAGAGAATCCCAATAACCCTATCGACACGACACTAAGTATTAATCGTGTTGATAATTCCCCCTCTAATTTTGGCATATCTCTCCTCGTACCTCACTAACAAAATATAAAGAACCAGTAAAAATGATCATATCTGTATGACATTGATGATATGCTTCATGCCAATTTTCAGCTACTTTAACACCATACTTTTGTGCCACTGTTTTAATATCTAAACTGTGTCGACCATTTGGACCAACAAAAGGGACCAACATAATTTGAAAACGCTTGTTTTTTAAAATATCATCAAAAGCCGATACGACGTTTTTATCCATTAAGCTACCAATAATTAACGTCATAGTCATTGTTTGATATAAAGGCGTATTGAGTGCTTGATAAAGTTCTTTTAAACCTTGAGCATTGTGAGCGCCATCAATCATCACATTTGGCTTAATTAATTCAAAACGTGCAGCGAAATGGCTCTCTCTTAATCCCTGTTTAATATCAATGCTTTTAATATTCCTATCAAAAGCCGCGACAGCGGCGACTGCAGTTGCAGTGTTTTGAATTTGATATTTGCCCGGCAACCCTTGTTCAAAATCATTAAGTGATCCTTGAAGCAAAGATACATTTGCGCGATCAGCAATCACGCGACGCGCGTTTTCAGGTAGATTGCCAATGACAACCGACATATTATTATGAATAATGCCGGCTTTTTGCCATGCAATTTCTTCAATTGTATGACCCAACAATACTTGATGATCTAAACCAATGCTTGTAATTACAGCTACCTTAGCATTTGGCATGACATTAGTTGAGTCTAACTGCCCACCAATACCGACTTCAATAACTAATGCGTCTAATTTTTGCTGTGCAAAATAAGTAAACATCACTGCTGTCAATACTTCAAACTCTGTTGGTATATCAGGTGCCAATTGCACATCTACTTTTTTTAAAGTTTCAGCAACTTTTTTTGTAATAGCTACTAAATGTGCTTCCGAAATTAATTCATTATTAATTTGAATGCGTTCACGAAAATCAATAATATACGGAGAAATAAACAAACCGGTTTTGTAACCAGACACACGTAAAATATTACTTGTCATAGTAGCTACGGAACCTTTCCCATTTGTTCCTGTCACATGTATTGCAGGTGGTAGCTGGTCTTGTGGATTTCCTAATGATTTAAGTAACGCATACATGCGGTCCATTGATTCTTTGCGACCACCTTTTGGCCGCCCATGTATAAAGGTAATGGCCTCTGCAGTTGTTTTCATTTTGAGTCTCCATGTTTAAACAATGAAAAACCATCCAAATATTGTTTGGACGGTTTCATCGTGTGTATTTAAACTATCATAATTTGTGAACAAAATATCATTGTTGCGTTTTTCTAATAGGCATCAGATTATACGCTTTTACTGATTAATCTTTTTCACGTACTGTAAATTCGCGACGTTGACGTGGTGCCCCGCCGCCATTGTTTGAACGACGTTCTGTTGAGCGACCATCACGACGCTTGTAATCGCCGAAACGACGTTCACCGTTTGATCCTGAACCACCGTCACGTGATGATTCACGACGTTGTCCTGCACCATTACTAGAGCGTGAATCGCCATTTCCACTTCGGTTGCCACGATAACCACCACCGCTATTACCACGACGACGATCACCACCACGGCTACCACCATTACGTGAACCGCCACCATTACCACGACGTCTTGGTAGTGGTCGTTCACGAGTAATTTCAACTGGTGTATTTTGCTTCTCTAGATCGGCAACTGATGATAACAATGCAGCAGCTAATTGTTCAGATGAATACTGTGCTGTTAACTTATCAACTTCTGATTGAATTTCTTTGGCATTAGCTGCATCAACAATTTTACTAACTTCACCAGCAGCATTTTTAATTTTTCCAACGCGTGCGTCTTGTAATGAAGCAGGTTCCAATGCTGTCATACGTTTCTTTGTTAGATCTTCAACCGCACGCAAGTAATCCATTTCGTTGGGTGAAACGAACGTTACAGATACACCCTTAGCACCAGCACGACCAGTACGGCCAATACGGTGTACATAAGATTCTGGATCTTGTGGAATATCAAAATTATAAACATGAGACACATCTTTAACATCCAAACCACGGGCAGCTACATCTGTCGCAACTAAAATATTAATTTCATGTGACTTAAATTGCGCCAAAACACGCGAACGCATTTGTTGTGTCAAATCGCCATGCAAACCAGAAGCATGATAACCACGTGCTTCTAGGCCACGTGCTAATTCTTCAACACGACGCTTTGTGCGGCCAAACACAATCGCCAACTTTGGTGCTTGCACATCAAATATACGCGTCATTGTGTCAAACTTTTCATTTTCACGCATGCGAACAAAATATTGGTCAACCAAGTCTGTTGTTAATTCCTTGGCTTCAATTTGAATATGTTCTGGATTCGTCATAAACTTGACACCAATACGCTTAATTGCTGGTGGCATGGTTGCTGAGAACAATAACGTCTGACGTTCAGCAGGTGTATTTTTAATGATTGATTCAATATCTTCTAAGAATCCCATGTTCAACATTTCATCAGCTTCATCCAAAACCAATGTTTTAACATGTTCAATCTTCACAGTCTTACGGTTAATATGATCAAGTAAACGACCAGGTGTGCCAACTAAAATTTGTGGATGTGACTTCAAATTTTGAATTTGACGACGAATATCTGCGCCACCAAAAACAACTTGAACATCGACATGTTTATCACGGCCTAACTTTTTTAATTCTTCAGCTGTTTGAATAGCCAGTTCACGTGTTGGTGATACAATCAATGCTTGAATATTTTTATTATCTAAATCAATATGTTCTAATATTGGCAAACCAAAAGCAGCTGTTTTACCAGTCCCCGTTTGTGCTTGACCGATAACATCTTTACCAGCAAGTGTTAACGGAATTGTCTTTTCTTGTATTGGTGTTGCTTCTACATAACCATGTGTTGTAATTGCATCTAAAATATCTTGTGATAAACCTAATTCACTAAACTTCAAAATTTTTCTCCTCTGCGCTCTTTGGCGCGTAAGCAATCAAAATCATTTTATAATTTTGATTGCTGTCATTTGTGCAAACAAGTGCTTAGCCAGTGGTTTCCAGCTTTTATCTCTTGCATTTTCGTTACTCATCAAGATCACAGCATCTTGACCATTTTTTGTCAGTATGACCGTTGGTTCAAACCCTAATTTAAAGCCATGTCCAATACTAGACTCATCATAATGGTACATACCACCTGCATAGTTACTAGTAACCGGATGCTGCCACATCATGTTCAATAATTCTTCATTTAATATCACATGATCAGTTAATAAACGATAAAAAGTATACAAATTTCCGGCAGACATAGCCATATTTCCAGTACCAGTTTCAAACGCATAAGATAATGGTTTTTCTGATGCTAATTGGCTATAATCGGCATTCTTATAACCAATTGTACGATGCGGATCTACCACAAAATCTTTATAATCTAACACATTCAAATGATACTTTTTGTTGAAGGTTTCATTGAACAAATCTGAATAACTTTTATGTGTAATTTTCATCAGAATACCAGACAATAAGCGATAATTAATTGCCTGATATGACCAATTAGATGAATTTAAAACTGTTGTATGTTCAGCATCAAATGCAACATTTTCAGCTTCCGTAGTGAATACATTAGCATCCATTTTTTCTGTTAACCCACTGGTCATTGTAAGCATTTCTTTGATTGTCACTTTATCAGCATCAGGAATGTTTGGATAATATTGACTCAATAGCGTATTAAGCTGTAATTTCCCTGCATGAATCTGTTTCATAATTAAAGTTGCAGTAAAGCCTTTTTGAATGGACGCAATTTGGTACAGCGATTGTGCATCATTCAATCGATTTTCTTTTTTATCAGCATAACCAAAACCTTGTTGTAAAATTACATGATTATGCTGAACAATCAAAGCCGTACCAATAAAACCCGAATCTTTTAATTGTGTATTAAAACTATCCGCCAAATTATTGTTTTTCAAAAGAACATTTTGGTTTAAATTTTTTATAATACCTTCAGATGCCGGTTTGGTCGTATGCTTCACGGCTTTTGGCTCGGAATTCAAAGTCATTGGCTTATATTGTATCACATATAGACTGCAAACACACAAAACAATGACAACCAATATGGCTACAAAAGCACGCCGCCATAGTTGATTTTTCATGCGATAATGCTGTGTACGTTTCATTATTGCATCCCCCAATCCAATAAAAAACTCATTTCATTAATGCGTTAACAACGGTTTCTAAGTGTATGCCATGACTTGCCTTTAACAAAATCACATCACCTTTTTCGCCTAGAGTTTGTAAATCTAAACGTAATTGGTCTAACTGATCTGTTGCATATTGATGAAAATCTACTGAATCAATATGTGCTTGTATAATTGGCGCCATGTTTTTGTTCAATAATGGACCAACCAAATAAACACCGTCAACACCCGAATCCAATACCTTTTGTCCTAAATTAGCATGCAATTTATTTGCTTGATCACCTAATTCTAACATATCACCCAGCACCACATATTTGTGTGGCGCTGGTATTGCTTTCAATGTCGCCAAAACTGCTGCCACTGCCGTTGGATTTGAATTGTACACATCACTAATCAAAACGACACCGCGAGCTGTGACAAGCCTTTCTGTGCGATTTTTAGTCAAATCAAATGTTTGGAGCGCTTTTGCGACTTTTTTTAAGTCAATATGTAATAAGATACCCGCTGAAATTGCTGCGAGCGCATTCATAATATTATACCCACCAATTAAAGGAATTGCAAACTGAGTATTTTGATAAACAAACATTGTATGATCTGAAAACGCTTCTATGTTGTTTACGCCCTGTCCAAATAGGATGACTTGACGTTGTACGATTGCCTCGGTCAATAACGGCTCATCAAACGGGATAAATAACACGCCATCACTTTTCAAACCACTAACAATTTCTAACTTTGCACGTGCAATATTGGCACGTGTTTTAAAAAATTCAATATGTGCTTCGCCAATCATGGTAATCATAGCAACATCTGGTCTAACTAAGCGAGACAAAACAGTTAACTGCCCTGGTCTATCCATTCCTAACTCAACCACTAACACCTCGGTATTTTCTGGCATCATGAGTAGTGTCATTGGCACACCAATTTCATTATTGAAATTTTCTGGTGTCTTAAATGTTCGGTATGTGGTCGCCATAATTGAAAACAGCATATCTTTTGTTGTGGTTTTACCATTAGAACCAGTAATGGCAATGATTGTCGGGTTAATTTGATTACGCTGATATTTTCCCAACTGTTGTAATGCGATTAGTGTGTCGTCAACTATGATTGCTGGTATTTTCGTATTTATGACATGTTTATTGTCAACTAATACTGCAGCAGCACCATTGTCTAATGCATTTTGAATATAATTATGCCCGTCATTATCCATAACCAACGCAACAAACAAGTCGCCTGTCGTTACCTGTTGCGAGTTAAATGCTACACCTGTTATTAACCCATTTCCCTGCGTTGGTGCATTTAATATGTTACCAACTTCTGTAATTTGATAGTTCATTTGTTCTCCAAAATAAAAGCATCTTGTGGACCGAATTAACGATACATAACTCATTGATCGTTAGTCGTCTACCTGCTAACAAATAATATTTTTACTTTATAGTCATGACTTCAAGAATTTTTCTTGAATATTGTAATGCTCTCAATATGAGATGTTTGCGGAAATTGATCAACTGGGACAATAGGACCATCAATGTGGTACCCATTTCGAATAATCTCAACAGCATCACGCACTAACGTTACCGGATTACAACTAATATAGACAAATTTATCCGGTCCCATTTCGGTTGTTGCTTGAATTAACTCACGAGTTAATCCTCGCCGTGGTGGATCGACAAACACAACGTTTGGTCGCAAACGTTCCGACTGCCATTTTGCAAATTGTTTTGGTGCATCAGCAAGAATATAGTCAGCATTATTGATGTTGTTTGCACGCACATTAATCTGAGCATCTGCTACTGCGCCAGGAATTACTTCAACGCCAATTACCTGACGAACTTGATTAGCAATTGTTATGCCAATCGTACCAATTCCTGAATAGGCATCAATGACAAGGTCCGTTGGTTTAAGAGCAGCTTTTTTTGCAGCTAAATCATAAAGCACTTCCGTTGTCTGTGGGTTAACTTGATAAAACGAATTCGGTCCAATAATAAAATCGTAACCTAGTAAGATATCATGAATAGCATCCTCTCCCCAAAGTGTTCTGTTATTTGGGCTTAATAGAACAAAATCTTTCTTTGGACTAAAATTAAATAACAAACTTTTAATTTCCGGTAACTGTGCCACAATATCCTTAACAATTTCTTTTTCGAAATTAAGCGCACTCTCGTTTGATACGAGCACGACCATTAATTCATGAGAATAGTAGCCACGCCTAATCATAATATACCTGATAGTTCCTTTTTCAAAATCAGGATCAAATGCAGTAATGTTATAATTTTCCAAAACCTGACGCACTTTGATAATGGCTTGGTCAATGGCTTGATCATTCACAAAATAATCTGTCATAGGCACTAATTCATGGCTGCCACGGCGGTAAAATCCACTTGTCAAATGGCCTTCCTGCCACTTAACTGGCACAATCGTCTTATTACGGTAATAAGTCGGGTTCTCCATGCCAATCGTGGGTTCAACTGCCACTGCTATATTTTTCTCTTGGAATAGTTTTTTAATTTGAGATTGTTTCAACTCAAGTTGTGCATCATATTTCAAATTGACAAGTGGTGCAGTACCAGCAGCAATTAAATACTGACGATGACTGTTTTGACGTTTATTTGATGCCACAATAATTTCAATAATCTTAGCATAACCAGAAAATTTGTCTACTTGAATCACTTCTAACAATACTTTTTCACCTGGAATGGCATCAGCAATATATAGTGGATATGTCGGTGTTATATAGACAATGCCCATACCATCAATACGTATGTCATCAATTATTACTGTTATTTTTTCATGCAATGTCACTGGGAGACTTGTTCGAGCCATAATATCAATATATCGTGATTAATTTTTTTACGATAACACCATGTACTTCACATAGCCGTTAACTTAATTATCACCAAATATTTTCCCTTCTTAAATTATAATTCAAAAAATAAAAGCGTTCACTTTAGTGAACGCTTTTATTAAGAACACTGACTTACTTTTCTTCGTTGTTCTTGAAGCCAAATCCAGCAAACTTCTTGTTGAACTTGTCGACTGCACCATCCGCTTGTGTAAACTTCTGCTTACCTGTGTAAAATGGATGTGAATCTGATGTGATATCCATACGGATAACTGGGTATTCTGTACCTTCAAAATCAGTTGTATCATTTGATGTCACAGTAGAAGCTGATAAAAACTTCTTACCTGTTGTTGCATCAAGAAAAACAACTGGTTGGTACTTGGGATGGATTTCTGCTTGCATGGTAATTTCTCCTTAGCGCCCTGATACTTCTGTACCAGAGTCAGTCTATAACTAGTATATTTTAGCATGTTAATAATTAAATTGCAACAAACTGCTGTACTAATTATCATCATTATTAACGTTATTTATCTTGACATTAAGGCATGAGATTAATTAAATCAATACCTTCAATTGAAATTTCAGCACCTAAGTGTGTTAGCTTATCTTGAATACGATCATAGCCACGTAAAATATGGTCGGCATCATTAATGACTGTTTCACCCTCAGCCATGATAGCTGCAATGATCAATGCAGCACCTGCTCGAATCTCAGCTGCTTGAACATCTGTTCCAACGAGACGTGGCGAGTAATTAATTTTAATTTCACCCGGTTTTTCAGAATCAACATCTCCACCCATACGTCGCAGCTCGGCAATATGCTTGACACGCTTTGGATAAATTGTATCTTGAATTGTACTTTCACCATTCGCCATCAGTAATAGTGGTGTTATTGGTTGTTGTAAATCCGTTGCAAAACCAGGATAGGGCATTGTCTTAATAGCCACTGGTTTTAAATCATCTGATTTATAAACATGAATCATGTCTTCGCCAATATCCAGGTTAACACCCATTTCTATTAACTTTGACGTATAAGATTCCAAATGTTCTGGAATTACATTTTTAATTGTTACACCATCACCAAAAGCTGCAGCCATACTCATATAAGTACCAGCCTCAATTCGATCTGGAATAACTGTATGTGTGTTCTTTGCCTTTAAACTGGGAACACCTGCAATACGAATTGTATCTGTTCCAGCACCACGAACGTTAGCACCCATATTATTTAAAAAAGTTGCAATATCAATAATTTCCGGTTCGCGTGCCGCATTTTCAATCACAGTTTGGCCTTTAGCGCGTACTGCAGCTAAAATAATATTAATTGTGGCACCAACTGATACAGTATCTAACGCAATTCGAGCACCAATCAAGCCATGAGCAGTCGCATCAATGTGAATAATATCATTACTTTCAGTAACCGTTGCTCCAAGTGCCTCAAATCCTTTGATATGTTGATCTATTGGCCGTCTACCTAAATTATCTCCACCAGGAAATGTAACTGTCGCCCGATTAAAACGTCCAAGCAAAGCACCCATAAAATAATATGACGCGCGAAGCGACTTAATCGCACCACTTGGTAACTCACTTTCTCGAATTTGCGTCGGATCAATATCCAAATTACCATTCGCAAAAACGGAATGAACATTCATCGCATTCAAAATCAATTGTAAATTTTTGACATCGAGAATTTGCGGTACCGTATCAAATTTGACAGGTGTGTCAGCCAAAATAGCAGCTGGAATGAGTGCAACTGTTGAATTTTTTGCGCCACCGATTGTGACCTCACCATGGAGGCGTTTGCCACCGTGTACAATTATTTTAGCCATGAATTTTCCTTGTAAAAGTTATAGTCCAAATTCAATTATACCGTGAAATTAGACTAAACTCAAATTAAATTAGAAAACAACTCAACGTACTTCCACATTAAGTTGCTTTACTAAGGCATCTGTTACGCGCTCAAAGTCTGAGTTAACCTCTGCTTCAACTAATGTCTCATCATTATCTTGATAAGTTAAACTATATGCCAATGATCGTTTACCATGCGGTAAATTGTCGCCTGTATAAACATCAAACAACGTGATATCAACTAGTTTACTGCCCGCAGCACCACGAATAACTGTCTCAATCACTGCATGTTGAACTGATTCGTCCACCAACAAAGCTGCATCACGACTCATTTGAGGAAAACGTGAAATTTTGTTATATTGCACGTCACTTTTAGCCGCAGCCATCACAGCAAATAAGTTCAACTCAAAGCCGAAGACTGCCGCCATTTTTTGTGATTTAGTGAGCAGCGGATGAATTTGACCAACAAAGCCAAGATATACATCTGCCGCATAAATATCCGCTGTTTGACCAGGATGCATGTTGCTATGTCGATCTGTTGCAACATAGCGAACATTTTCAACACCGATTTGATCCAAATAAGCTGACACAATACCTTTAATATCATAGAAATCAACAGCACGTGCCTTTTTTAAATGCTGCCAAGATGATGTTTCATAATTACCAGTCAAAACACCGGCAATATGTTCAATTTCAATCGGTAATTCATCACTATTATCCTTAGCAATAAATACACGTCCTTGCTCATAAAGTGCAATATCATGCACAGAATGATTAATATTGTAAGCAACATCTTCTAGCAAACCTGCTAATAAATTTTGGCGTGCAGTTGTTCGATCAGAACTCATCGGGTAATCTAAAGACACAACTTTTGCTGTACGATCTTCAGCAAATTGTTGCGCTTTCAAAGGTGTTGTCAAAGCATAAGAGATGGCTTGATTTAAACCTAAACTTTCCATAATGTGGCGACTTGCTCTTATTTGTCGTTGTTGCAGTGTCAGTTTCCCAGGTGTTGTAGGACCATAAGGCAGTGTCACCGGCAAATTATCATATCCATACAGTCGTGCAATTTCTTCAATCAGATCTGCTTCTATACTCATATCTGCTCGTCGTGCTGGTAACGTTACATGAAGACTGGCACCATCATTTGTATAATCAAATGCTAATTGTTTGAAAAATAGCGCAATATTCTCTAGCGTTAACTGCGTCCCTAATATTTGATTAACACGTTTAGCGGTTAAGGATAGCACAATGTTATCACGCTTAGTATCAACAGCAGTCACACGTCCACGAGCAACCTGCCCGCCAGCAAGATCATCCACTAAACTGGCCGCATGGTCTAACGCAGTAAATGTGGCATCCCAATTCACGCCACGTTCAAAACGTGCCGATGCTTCCGAATGCAAATTATGTCTACGTGCTGTGGCACGTACCAAACTCGGATTAAAAATAGCCCCCTCTAACACAATATTTTCTGTATTTTCATCAACTTCTGAATTTAACCCGCCCATAACACCAGCTAACATCAAAGCCTCTTCATCCGTTGCAATGACAATGTCTTCACCAGAACGCAAATCACGTTTTTGACCATCTAACGTCACTAATTCTTCGTTTTTTTCGGCGCGACGAATATACAATTTTTGACCATTTAGTTTATCTAAATCAAACGCATGTAACGGTTGTCCATACATCAGCATCATATAGTTAGTAATATCAACTATATTATTGATTGGGCGCATACCAGCATTCCATAATCTTTTTTGCAACCAAAGTGGCGAATCACCAATTTTGACGTGATTAACAACACGTACGGCATATTTAGATGCTAAGCTATCATCGCGAATCATAACAGATACTTGATCGCTTGCTGGCGTTTCATATTCTACCAAATCAAAATCTGGTATCGTCACTGACTGTTTAAGCATGGCTCCAAACTCATAAGCTGTTCCAATCATTGACAACATATCAGCACGATTTGGCGTTAAATCAGTGTCCAAAACAGGCTCTGTCATACCTAAAATGCTTAGCGCATCATCACCAGGATTAAGATGCTCACTATTATTAAATACATATATACCGGTTTCAAAATCTTTTGGGGCAATCTTACTGTCAAATCCTATTTCCTGCAAAGCCACCAACATACCATTAGAATCTTCACCACGCAGCTTGACAGGCTTTAATACGTTTAATTCACCTGTTTCATGATTAATAATGTGTGCCCCAACTTTTGCTAACACTACTAGTTGCCCTTCAGCAACATTTGGCGCCCCAGTAACGACCTTAGTTAATGTTGATTCTCCGATATCTACTTGTGTTATGACCATATGATCTGAATCTGGATGTGGTAAAACGGACACAACTCTTGCAACGACCAGTCCGTCTTGTTGTCTAGCTAAAGTCGTTGTCTCAGAAATTTCAACACTTGTTCGTTCAACACGTTCTGCTAAATCTGCAACCGCATCTGCATTCAAATCAATGCTATTATTTAAATATTCATTTAACCATTTCAAACTCGTTTTCATACTTAATTACCCTTTCGATTGAATTGTGACAAAAACCGGACATCATTTAAGTAGAATTGACGAATATCATCAACACCATATTTCAGCATGGCAAAACGATCTGGTCCTAACCCAAACGCAAACGCTGAGTATTTTTCTGGATCAATGCCGTCCATTCGTAACACATTCGGATGCGTCATGCCAGCTCCTAGTACTTCAATCCATTCAATATCTTCTGGCTTCGTATCGGGTGTGACTTCATTCCATGATACATCCACCTCAACAGAAGGTTCTGTAAACGGAAAATAAGAGGGCCGCATACGAATTTGATGTTTTTCGCCAAATAACGCCTGCATGATAGATAATAAAGTACCCTTTAGATCAGCCATCGTAATATTCTCGCCAACAACCATCCCCTCCACCTGATGAAACTGATGTGAATGTGTCGCATCGTCTGTGTCTCGACGGTAGACTTTTCCTGGTGCAATCATTTTTAAAGGTCCCTTTGAAAAATCATGTTTTTCTAGAGAACGTGACTGCACAGGCGACGTTTGCGTGCGAAGCAATATTTCAGGTGTAATATAAAATGTATCTTGCATATCACGCGCTGGATGATCTTTTGGCAAGTTTTCTCGTTCAAAATTATACTCATCTGTTTCAACTTCTGGTGAATCAACCGTATCGTCAATAATTTCAAAACCCAAGCCTAAAAAATGTTGCTCAATTTCATCAATAATTTGTTGTAACACATGTGGTTGACCAACTTTATGGACACTGCCAGGCAAAGTGACATCTACTGTTTCTGAGGTTAATTGCGCGGCTAATTGCGCGGCTTCTTCGGTCGCTTTCTTTTGAGCTAACATAGCCGTAATTGTTTGACGGACATCATTACCAATTTCACCAACTATTTTACGTTCTGCCGGTAACACGTCTTTCATACCCTTTAATAAAGCAGTTAGTTGACCCTTTTTGCCTAACAAATTGACTCGCAATGATTCAATGTCTGCTCCTGTGGCATTAATGCGTTCAACAGCTTCTGTTTTTAGTGCTGTTAGATCTTCAATCAAACTCATAAATATGTCCTTTCAATTCTAGATTTAATTCTATTTGCTTTTGAACAAATAAACATTAATATCCAGCTAATAAAAACGTCCCATGCTGTCTAAAAGACAACATGGGACGTTAACTACCGTGGTACCACCCAAATTTCTGATTTGCACCAGCTTTAATGACTGTAACATGGCCAAACGTTGACGATTAAGTCAAACACTCCTGACTGAAATTCGTTAGATTCTCAACTATGATACTTTCACCGAAAATATATCACTCGCTTGTGTTAAGAATACAACTACTAGGTCATTCATCGTGCATTTAATTAAAAAATTAATTATTTCTATTGATAACGAGTTATCATTGCGTTATGTCCAGTTGCAACATAGCAAACTGTACACCATTAGTATATCATGCAATACTATCCGTGTCGTTATTTTTTGTTTGCTTCACATTATTATATTTATCAGACCATTCGTGTACAGCTGCCATCATTGGTCTCATTGCTTCACCAGCCGGTGTTAGTTTGTACTCAATTAAACTAGAATCTTCATAAGTTACCCGATTTATCAAGTGTTCCGATTCTAATTCTTTTAATCGCTCAACTAATACGCGGTCAGAACAAACTGGAATAGCGCGTGAAATCTCGAGAAAACGTTTGGGACCGCTAATTAACAATGTCTCAATAATTAAACCATTCCACTTACGCCCGAGAATTTGAAAAGTACTAGTGAAATTCTGACAGAGTAAATCTTCTGTATGTTCTGCTAATTTTGTCATTTTTTATCCTCGAAATTATTATGTGTTAATAATAACATAGAATACTGTCATTAACAAAAAGTAAGCAAATTAAACTAATGTTTTAGCTAAATAGAAGCAACCTAAGATACCAGCGTTGTCCCCATTTGCTACTGGGACAATATAATCATCTAAATCAGGCACTTCAAGATAATCACTCATCTGTTCAGAGAAACTTTCACGAATCAATGGGAACAAAATATCTCGATGTGGTACACCGCCACCCAAAATAATTTTCTCAGGACGTAAAATCATTGTATAGTCCAACGCTGCTTGCGCAATATAATATGCTTCAATTTTCCAAGCAATATCTTCGTCAGGAATTTCTTTAGCACTGATTCCCCAACGTTCTTCAATTGCTGGTCCAGCAGCCAATCCTTCCAGACAGTTATCACCATGGAATGGGCAATGTCCTGCATACTTATCTTCCGGATGTTTTTGTAAGAAAATATGTCCAGCTTCTGGATGGCCATAACCACTTAGAAGATGCCCATTTGAAACAATACCAGCACCAATACCTGTACCAACAGTCAAGTAAACCATATTTTGGACATCTTTTGCTGCACCTGTTTCAAATTCGGCCCAACCAGCACCATTAACATCAGTCGTCCAAAAGAAAGGAATATCACGCCATGCTTTCATACGACCAAGAAAATCATAACCTGACCAGCCACGTTTTGGTGTGTCTAACACATAACCATATGTTTGTGATCCTTTAACAATATCAATAGGTCCAAATGCTGCAATCCCAATGGCATCAATGTTTTCAAATTTATCAAAAAACGCAATCACTTGATCTAATGTTTTCTCACCATCTAGCGTTGGAAACGCAGTACGTTCAACAACGTTATAATTCTCATCCGCAACAGCAACAACAAATTTTGTGCCACCTGCTTCAATTGCTCCTAATAATCCCATGATTTTTCTCTTTTCCTCTGCACTTTTCCAAATTCACATGGCATTTAACTATCGTCGCCACTTATTGGACTAAAGTTAAAACACCGCTAATTAAATGACGATGTGAACTTATATCGCTTTATTTTGAATGAACATGCCTAATGCTCATTTTTAAACATATATAAAGCGCTTACATATCTAGTTTAATCGATTTGAACACTGTATGTCAAGCGCTAAACAGCATTTTTTATGAACTTTATGCTAACCCTTTAATTACAGTTGATCATCTTGACTATAAGCTGTTAAAACAAAATCATAGTAATTAAAAAAACTCCTTAGATAACACACCACAACGCAATGTGTTATCTAAAAGAGGTTCTTTTCACAATCTATTACTTAACAATCTCACAAAATTCAACAATAACAGCATCTGGGCCTTCTATATTAAAGAATTTAATCCCTTTTTCCCAAAAAGCTAAGTGTTGTACTTCAGAATCAATCAACTTAAAGCCTTCTGCTTTTGCTGCAACAAATGCTTTATCAGCGTTTGTTGTATCCATAGAAATGTGGTTAATAGCGCCTGGCTTATCAGCAACTTCATCTTGTTGCCATGTTTCAATCACTAGATTGTCACGTTGCATAAAGATGACATTACCTACCGGAAAATCACCAGTCTTTTTAAAACCTAATTTTGTCCAAAAACTCTCAGCAATTTCTAAGTTTTTTGTTGGGATACCAATATGTTGTACGCCTGAATAATAATCTGAAAATGACATGTGACACTCCTCCTATAATTTAAGTTCATGGCGGCTAAGTAATGTTAGTCTCCGCTCTGTAATCAAATACCTTGATGCTTTAGCCTAGGAAATACAAATTTGTCTCCCCAACCTGTTATACCACCCTGAAATAGGAAGGCAAATATTGTTCCTAACCCATAATTTGAAAAATCAGGTAGCATAAAAATAGCAATAATACCAATGATTGTTGGCGGAATATAAGATGCCCACATAGCTTTTGCTGCAGAGCCCTTGAAATATTTAAATCGTAGAATCTGCATCAAATCATCTGCTGGATGCAATATCAAATTGACACGTTGATAAATTGATATTGCCAATGCAATCATAATGACACCAATAAAATTCAAAGCAGTGTAACCTATCGTCATAGAAATACCATGTGCATCTGGTAGTACTTCTGAAAACATATTAGCAAAAAAACTAATCAATAGTGAAAAAGGTACCATGAAAGCAACATTTCCAACAAATTTGCGCCAATTAAAGTGGCCCTGTAAAAAAACATTTAAAATAGCTGTCAATACACCTACAACAAAGAATATCCAACCCAAACTGGCACTATTCCCACCAAAGGCTGCTTTATTGAACCCTGCCTGTGCAGCAGTCCAATACGCTGACCCTAAGAAAGTTGGATGAATTTTTTGACTGGTAACAACCGTTAGAACATTACCAGCCGCGTTGATTATCAAAGAGAAGACAAAATATGATAAGGAAGCGCCAATCGTAAGCGTACGACCTGAATTACTGGTCGCTTTAATTGTTACGTTTTTAGCGGTCATATTTTTATGCCTCTTCTCCGCCAACCTTCACAACAGCTTTTGAAACAACGCCAAGCTTACCATTCACGAAGTCATCAACAGTCTTGTAATCTAATTCATGAGACATAAGAGATTCTACATCCAATTTTCCAGATGATAGCAAAGCTAATGAATCTTCAAACGCATTTGGATTGATAAATGATCCTTGAATTGTCAATTGCTTTTGGAAAATTTCATAAGTATTCATTTCAAATTTAGCATCAGGTCCACCAACACCAAACATCAAAACTTGTCCACCACGAGCGGCTGCTTCAATAGCGGCTTCCTGTGTTTGTGGCATACCAACAGCTTCAATGACAACATCATATTCTGCGTCAGGAATCTTGTCACCCTTCATTGTGTTATATATGTTTTTAGCCCCGAACTTTTCTTTGTTCATCGCAAGCTTTTCATCAACAATACCAGCCAAATCAACTTGGTGAATACCGTATGCTTGCAAAAGTTGAACAAATAATTCGCCCATGAAACCGTCACCAATAACCAAAGCTTTTTGGTAAGGTGTTACTTTGAGCAATTGAATACCGTGAACAGCACATGAGATAGGTTCAACAACAGCTGCTGACTTTAATGATACATTATCAGGAATTGGATAAACAACTGAGGCTGGTGCTGTAAAGTATTCTTCAAAACCACCATCACGTGTCACACCAACAGCTGATAAGTTTTCACACAATTCTGGACGTCCTGTACGGCAGAATTTGCATTGTCCACAATAAATGTTAGGGTCTACTGTGACGCGATCACCAACTTTAACATTTGTAACTGCTGATCCGATTTCAGCAACAACACCTGAATTTTCGTGTCCCAAAACAATAGGGGGTACAGCAGGTGCTGAACCAGGCAAACCAGCATACAAAGCATGATCTGTGCCACAGATACCTGCAAACGCTGTATGGATTTTAACCTCGTTTGGTTTTACTTCTGGTTGTTGTAGATCTTGTAACTCTAATGATTTGATGCCTGTTAGTACCAATGCTTCCATGATAATTCTCCTTTTTCTATTTGTGATTACTGTAACTTACATGGACAATAATAAACCTTACATTTTTATTTGTCAAGCGTTAACCGATTTAAAATATACTAAAAAATACGTTGAAAAACAGTGTATAATAGGCTATATAAACTCAAAAATGAAAATGAAGAGAATACTCTCTTTGCCCTTGGAGGCCTATAAAATGGTTGCAAAATTAAATGACGTCGCTGAACTAGCTGGCGTTTCTGTTACAACAGTATCTCGTGTTATTAATAATTATGGTTCTCTTAGCAAAAAAACAATTGATAAAGTTCATGCTGCAATGCGCGAATTGCGCTATCAACCGAATGCGATGGCACGTTCACTTCAAGGAAAGTCATCACAATTTATCGGATTAATTTTTCCAAATATTCAAAACCCCTTTTTTACAGCTTTAACTAATGAAATCGAGCAACTGCTGTTTGAAAAAGGCTACAAAGTTATTATTGCCACTAGTGCTAATAATATTGAAAAAGAGCAACAATATCTCCAAATGTTAGCTGCAAACCAAGTTGAAGGCATTATCACATCCTCACATAATCTAGACATTGCAACCTATAAGGATACTTTCTTACCAATTGTGTCATATGATCGTTATTTATCAGACAATATTCCAATCGTATCTGAAGATAATTACCGTGGTGGCTATCTACTTGGTGAGTACCTTGTATCAAAAGGTGCTAAAAAATTACTCATGTTGTCTGATGACGATCACTCTAACTCACCAACAACCAAACGCTATCAAGGCTTTTCAGATGCCGTAAGTGAACATAGTCATTTAACAACTCAAAATCGTAGTTCCAACATTATTTCAACAAAAGATGATATTGAAATGATTGTCAATTATGTCGTTGCTGAAGATATTGATGGTATATTCGCCTATAATGATATTATGGCTATTCAATTGCAAAATGCGCTAAGAGATGCAAACATTCGTGTGCCAGAAGATGTTATTGTCGTTGGTTACGATGGTTCGCCAATTGTGCAATTACTCCACCCAGACTTACCTACAATTATTCAACCAATCCAACAAGCAGCTCAACGTCTAATTGATACCTTATTTCATGAAATTGATAACCAAGTATCTACCGAGTTTAGTATGTTACCAGTGACATTATATGTACCAAAATAAAAGCATTTCCTAAGATAAAGCGGCAGGTTGAGATCATATTAATCTCAGCCTGCCGCTTTTTTATCTTTTTTAATTCACTTGATAACGTGGTGCTTGACCATTTAGTACACGCACAACTTCTTCTGCTGCAGTTAATCCAACTGTATCAAAAGCCTCACGTGACTTTGCTGCAACATGTGGTGTAACAAAAACATTAGGCAAGGACAGTAGTTCATTATCCTCACTAATTGGTTCAACAGCTACAACATCTAAACCAGCACCAGCAATTTCTCCAGACTTCAGCGCATTAATCAGCGCTAGTTCATCAATAACTGTTCCTCTACCAATATTGACTAATACCGCATTTGATTTCATTTTCTTGAAAACGGCCATATCAATCATATTGTTGGTTTCAGATGTTGCGGGTAGTGCCAATACTACAAAATCAGACTGCGTATAAATTTCTTCAAGTGACGCCATACGGCCATTTTTAACCACTTTATTATGCCGAGCATATGCCAATACTTTAACGTTAAAACCTGTCAACAATTGATCAATTTTTTGACCTATTGCACCAAATCCAATTATTCCAACAGTTTTATTCGTGACTTCTTGGCCTATCTGTATGTTGTTAACATCTTCAGTAATACTCAGGCGTTGTTGATAAAATGAACGTCCAGCCATTAGCATATGCATAATAGCAGTTTCAGCTACAGCCGTTGCGTTTGCTCCCGGCGTGTTTGTCACAATAATATTATGTGCATTGGCATCATCTAAGTTTACATTATCATAGCCAACACCATAACGTGCAATCACCTTCAAATTTGGCATTTGAGACATTATTTTTTCTGACACAGGATGCATCATCAAGATCATACCATCAGCATCTGAGTGTGCAATCAAGTCATTATCATCGTTTTGTTTATTTGAAATAACTTCAATACCATTTGCTTTTAGGTAAGTAATAGCTGTCTCTGCAATTTCATCAAATACTAATACTTTTTTCATTGCTATCTCCCTTAATATTCTAAATAATTTCTCACATGTTGCCAACTATTTTAAAGCATTGAAAGATCCCGGCATTAATGCCGCAATAGTGGTCTTAATTTCTTTACCCGCATCATTAATTAACCAAATTGGCATATCAGGTTCAAAAAATTCTACCATTACTTGCCGGCAAGCGCCACAAGGTGCAATTGGTTCATCAGTACGCCCAGCAATAACCAATCCTTTAAATCGTTTGTATCCTGCAGCAATCGCACTAAAAATAGCCGTTCTTTCTGCACAATTTGTTAAGCCAAACGATACATTTTCAATATTAACACCTTTAAATATTGTATCATTGTCTGTTAATAACGCTGCACCCACCGGAAAATGTGAATAAGGTGTATACGTTTGATTAAGTGCCTCAAGTGCCACTTTAACTAACTGTTGTGGCGCCGTTGTCATTTTTATTTCTACTTGCTCATTATTCATGATCACGCCATCCTATTCATCAGATCTTTTGACTCAGTAGTATACACTATTTATTACTTATTATAAAACAATAATAACCGTATTACTTACTTGATTAATAATGATTCCAATTGATTCAATCGTGTCTCAAACACATCGAATGCCTGCTTTAAATAATCTGCTTGACTCATATCCACGCCAGCTTTCAAAATCACATTCAACGGATAGTCCGATGAACCAGCTTTTAAGTATGCCTTATAATCTTCTGCGCCATCATTTTTAATGATACGTTCTGCTAATGTGGTTGCTGCCGCTTCACCTGTTGCGTATTGGTAAACATAGTAATTATAATAAAAATGTGGTATTCGTGTCCATTCATATGCAATTTCTTCATCTGGAAACAAATCTGGTCCATAATATTTTTGGTTAAGTTCACTATAATATGTGCTCATTTGGTCAGCAGTCAAAGCGACACCCGCTGCACTTTGCTCATGAATCCAATTTTCAAATTCCGCAAACTGCGTCTGACGAAAGACAGTCCCTTTAAAACCATCAAGATATTGATTCAAAACATACGCTTGGAATTTAGGATCACTATTTGTTTTTAGTAAATAATTTGTTAGTAAACTTTCATTAGTTGTCGAAGCAATTTCTGCTAAGAAAATTGGATAGTCACCATAATGATAGTCCTGATTATGTCGTGTTAAATAAGAATGAACAGAATGACCCATTTCATGAGCCAATGTATAAACATTGTTCAAATTATTTTGCCAGTTTAACAAAATAAAAGGATTTGTATCATAAGTACCACTCGAATATGCTCCTGAACGTTTCCCTTTGTTTTCAACAACATCAATCCAGCGTTCGTCAAATGCTTTTTTGACAATTTCAAGATAATCTTGACCTAATGGTGCTAACGCAGCTAACACAATTTCTTGTGCCTTTTCATATGTAACATCAAAATCAACTTCATCCACCAATGGCACATACAAATCATAACTATGCACATCTGTTACGCCTAAAATTCTTTTACGCAATGATACAAAGCGATGTAACAATGGTAAATTAGCCGTTACCGTCTGACTTAGCGTATCAAAAACAGTCGTTGGGACGTTGTGTGGCAAGATAGCTGCTTCGCGCGCTGAATTATAATGTCGCACTTTAGCTAAAAAGTTATGTCCTTTAATGTGAGATGATAAAGTTGAAGCAAATGTGTTTTGCAAACCGATGTAACTGTCATATAATGTTTCAAATGCTTCACGGCGTAAATCTCGTGACTTTGATTCCAGTAACAAACTAAATAGCCCATTGGTCAAGGCTACAGTCTCACCAGATTCCGTATGTACATCCCCAAAAGTTATATCTGAATTATCAAGCGCACCAAATGTGTTCTCTGATGCATTAAAAATATCACCTACACCAGCTAATAATTTTTCTTGTTCCGCATCTAACGTGTGTGGCTTTAAAGCACGCAATGTTTCAAATAAATGTGCATACTGTTGTAAACCATCAGTCATTAAGTAAGCTGTCAATTTATCATCTGGTATGTTTAAAACTTCTGGTTGAAAATAGGCTGTTGCTTGACTTACTTCAGCCCAAAGTGCTTGTACGCGTGAATTGAAAGCCGCATACGACTGATTTGTTGTGTCTTGATCATAAATTTGATGTGCATATACATACACTTTTTCCAATTCCCGTTCTATTTTCAAATCTGCCTCTAAAGCAGACTGTAACAATGCAGCTGAATCGCCAACATGTCCAACAAAACGACTCAACATTTCCGCTTCCTGTTTAACAGCAGCAAAAGCGAGTTCCCAATCATTATCAGAATCAAAAATTGTAGACAGATCCCACGTAAGATCTTCAGGTACTTCATTGCGTAATAGTTGTGCCATAATATTAACGTTCAGTTATCGTTTTTAAATAATCCTCACCTTTGCAAACGATAACTGATACTTCTCCTCTACATGATATAATATCTTATTTTATCACTAATTTCTCACTTTACCTAGTTTTTCTTGTATCGATTCATACCATACGGGAACTTGTATCACTAGTATGTATTGCTCTTTTTGGACAATATATTTTTGTTGTACAAGTTCCTTTAAAAGACTCATTGATTGCTGCTTTTTAAAGTCTCTATCACCTAAAACATAATTATTTAATTTAGCTAAAAAAACATCTTGACGCACAACGTTTCCTAAGCCTATGTACTCAATAAGTAATAAAGATAGCATGCGCCAATGCCAATTAGGAATAGATAGACCAAAATGCCAACCTTGATGAATCCAAAGTGGTGCATTAAGCAGTAATCGTTGACGTTGATAAAGATAACACACTATTTTTTCATCTATACGTTTTTGAATCAGCAAGCTTTGTAACTTATAAATTTGCTTTTTAATATTAACATGTGACCTACCATCGCTTGTAACTGTTTCAAATAAATGATGACTATATTTTTCTGTGTAACTGACACGTTCAAAATCGTATTTTTTGAAATTTGTACGATGAATAAACTTTTTAATGTTTGGTAAATAAAACGTTAAATTCCCCTGCACTAAAAATTTTAAAATTGTTGTTTGAATCATATTTTTAACATAGTAGTCGTTGCCTAAAATCCAAATAACATGAATATTTTGACTTTTATACCCTGCATTACGCTGATCAAGTTTATGTTGCGAAATTGGACTGCATTGATATTCAATTGCTATTTGTTGATGCCCACGTTGCATTAAAAGATCAGGTCGTTGGTGAATTTTTGGTATCACTGCTTCAATTTTAATATCACCGAAATGTTGTAAGTATATCGCCAATTGTAATTTCCCTGCTAAATGCTGTGTTGTTTCATTTTCTGAAAATGTTGCACAAGTAGCTTTTGCATAATGAGCGAAATGTTTTTGTTTGATGTCACCACTTTTGAGTACAACCCTTTCTTTGCAACCAGGGCATACAAATTGTTGATTTTTAATCGCATCAGCTGCCTTGACATATTTTTGATTATCATTAAGTGCTATGATCATAAAAAGCGCCTCCAATTCATCATACGAATCGGTGACGCTTTGTTCACAATTACTTCAATTTCTTTTCTACCCAATTACTTAACCAAGTTAATAGTGTGATGACGATTAAATAGATCACAGCAATAATTGCCCACACTCTGAATCCTTGAGAATTGCGAGCAACGATCAATGTGCCAGTTTGAGTCAACTCTAGTAAACCAATGGCTGATAAAATTGACGTATCTTTTAACGTGATAATAAATTGATTGATAAAACTTGGTACCATAATACGTAGTCCTTGTGGCATGATAACGCGACGCATAGCACTACCGTATGGTAAACCAAGTGAACGCGCAGCCTCCATTTGACCCCGATTAACTGCTTCAAATCCACCACGTACAAAAGCACCAGTATAGGCACCCTCGTTTAAAATTAAAGTAATAATTCCTGCTGTAAATGCTGGAATTTTAACACCGGTCACACCTGGCAAACCAATATAAATAAAGAATGCCAACACCATTAACGGTAACCCACGGAAAATATAAATAATGGTTGTAGAGATAGTACGAACCCATCTGTATTCACTGACACCTAAAATTCCTAATAACACACCCCAAACTGAGGCTAAAATGATGGCTATGACCGTGAGTTCAAGGGTTTGCCATAAGCCTTTTAATAAAGCAGCCCGATTTGATGTCATAATGCCCCATATAGAGCTATTATCTTTCTTGTTACCAGAGAAAGTTGCTTGGCTAGCACCGAGGTATTTCGCTACAATTTTATCATATGTGCCATCTTTTTTGATAGCAGCAAAACCACGGTTAAATGAAGCCAATAATATTTTATTTTTGCCTTTTTCAACGGCAAATCCATATGAACCGGCGTTGCCTGGCTTATTAGCATTCATCACCTTTAAAGCCATGCCATTTTTGATAGCATACTGAATCACTGGCATATCCTCAAATGTTGCCGCCGAGTTGCCAACGACAACATCGTTGTACATGGTATCTGTATCATTAAAGTATTTCACTTTAAAACCATACTCTGTCTGCAGAGACTTGCCATACTCTGAAGCGGCTGTCCCAGTTTTCAAAGCAACTGTTTGACCCTTTAAATCACTTAATGATTTAATTTTACTGTTTTTTCCAACAATCCATGCAACGCCAGTTTTGTAATAAGGTGTTGAAAAATCATAAACTTCTTTACGTTCGGGCGTGATTGACATACCCGCGATAATACCATCAGCTTGCCCGTTAGAAACAAGTTGGGCCGCAGAATTATAGCTCATGGGCCGCATAGTATACGTAAAGTTTTCTCTCTTGGCAATAACTTTCATAGTATCTTGCTCTATGCCAACATAGTTACTATTTTTGTCTTGAAAAGTAAACGGCGCATAAGTTGCATCAGTCGTAATTGTATAATGCGGCTCAGCTGCATTAACTGTTGATACAAATGCAAACGATGAAACAAGTGTTGCCAACCCTAGTAAACATTTTTTAAACATTTTATGATATCCTCCCATATCTCACAAAAAAGTCGACCATATGGTCGGCTTTTTTATCTATCTTAACACCATTTCATTTATGCATGCATGACTTTACTTAAGAACTCTTGTAATCGTTCATTTTTTGGTGCATTAAAGATTTGTTCAGGCACGCCAGATTCTTGAATTTTACCTGCTTCGAAGAACACAACGCGGTCTGCTACTTGCTTAGCAAATCCCATTTCATGTGTAACGATAATCATTGTCATACCAGACTCAGCCAAATTCTTCATCACCTCCAACACATCACCCACCATTTCGGGATCCAATGCTGAAGTAGGTTCGTCAAAGAGCATCACATCTGGTTCCATTGCCAAAGCACGAGCAATGGCAATGCGTTGCTTTTGACCACCAGATAGTGAACTCACTGATACATCAGCTTTATCAACCAAATCCACTGTTTTAAGGAGTTCACGTGCTTTTTTCTCTGCAGCAACTTTATCCAATTTGCCAAGTTCCACAGGTGCTAACATAATGTTTTCCAGCACAGTATAATTATTAAACAAATTAAAATTCTGAAATACCATACCTATATTTTCACGCACTTTATTGATATCAGTGGCTTTTTCAGAAATATCAAAACCATCAACTACAATTGTGCCATTATCTGGTGTTTCTAATTGATTTAACATACGTAGAAACGTTGATTTTCCAGATCCTGAAGGACCAATCATAACTACCACTTCATTTTCAGCGATGTCTAACGAAATATCACGTAGCACATGGTTTTCACCATATGACTTATTGACTTTTTCAACATGTACTTTTACTTTTTTTTGTGTTTCGCTCATCATGCACGTGTCCTCTTTTCTACCCAATTACTCAACCATGTCAGCAAAGTAATCACAATTAAGTATATCACAGCCACAATTGCCCACACTCTAAATCCTTGTGAGTTACGAGAAACAATCAAAGAACCCGTTTGTGTTAACTCTAAAATACCAATCGCTGATAAAATAGAAGTGTCTTTCAACGTGATAATAAACTGATTAATAAAACTTGGTATCATGATTTTTAAGCCTTGTGGCACAACTACCTTACGCATAGACTTAGCATAAGACAATCCGAGAGATCTTGATGCCTCCATTTGTCCACGATCCACCGCCGCAAATCCACCTCGAACAAAAGCAGCAGTATAAGCACCTTCGTTTAAGACCAATGTTAACAATCCAGCAGTAAACGCTGGAATTTTCATGCCAATCACACTAGGTAAACCAATATAGATAAAGAATGCTAATACCATTAAAGGTAAGCCACGGAAAATATATATGATCGTTGTTGATAGACTCCGTAAAATTGAATTTTGACTGACACCCATGATGCCAAGTAAAATTCCCCAAACAGACGCCAAGATAATTGCTAAAACAGTCAGAAGCATAGTCTGCCACAAACCTTTTAAGAAAGCACCATCATTAGCTTTTAGTATACCAAGCACAGAACTATTGTCTTGTTTGCTGCCAGTAAATGTTGTCGCACTAGCACCTAAATATTTTGCAACAATTTTATCATACGTACCATCTTTTTTTATCTCTGCAAAACCGCGATTAAAATCCGCTAGTAACTGCGTATTTTTACCTTTTTGAACACCAAAACCATACCACCCAGCTTGAATTGGTGATTTTGAATTCATAACCTTCAATTGTGTGCCATTTTTTACAGCGTATTGAATAACGGGCAAATCACCAAAAGTTGCTTGTGCGTTCCCATTAATCACATCATTGTACAATGTATCAGAATCATTAAAATAAGTGACTTTGAAACCATATTTTTTTTGTACTGACAGCGCATAGTCGGCCCCTGAGGTACCTGTTTTCAAAGCAACAGTCTGTCCTTTTAAATCACTTAATGACTTAATATTTGATTCTTTTTTGACAGCCCAGCCAATACCTGATCGATAATATGGTGTGCCAAAATCAAATACCGCTTTACGTTCATCTGTAATCGACATTCCAGCAATGACACCATCAGCCTGTCCAGAAGATACTGACTGTGTCGCAGCATTAAAGCTCATAGGCTTTAACGTATAAGTAAACCCTTGCCGTTTAGCAATGGTTTTCAAAATTTCTTGATCAATACCTGTATATTGATTATTTTTATCTTGAAAATCAAATGGTGGATACGTCGCATCTGTTGTAATAATGTAATTTGGCGTTTGAGCCGCATTGATATTATTACTCGTAACAAGAAACGTCATTAATGCTAGCAGACCAACAATTAAACTTTTTACTATTTTTTTCATAATAACTCCATTTTACCAAAAAATATGTGATGACAAGTAATCTTATGTTAGGTTTTTTAACACACTTATTATTTTACTAATGACCCATTATAACAATGTGACCACCTTCTAATATAAAAAACACTTCGCAGATTAACCGTTAGCACTGGTTAATCTGCGAAGTGTGCCAATATCTCATTGCCTTTTATACTAAGCTTACTTTAATTATTATTTATGGATGTACTGGTACTTTAATGTCACCTGCAATAATTTTCTTTTGTGCCGATTGCACTGCTGACCATACGTTGTCTGAAGCTGAATCCTTAGCCAAAGCCACGCCCTTCTCTTTTAGACCGTATGTGATTGTTTTGCCACCTGGGAAATTACCCTTACGGCCATCATTTGAAAGTGATTCAACTGCATGATCCACACGTTTAACCGCTGAAACAAGTGTAAAGTTTGACTTTTCGTTGTTTTTAGCCGTATAAGCCCCGTCCTGCTTTTGATCCATATCAACACCAATCACCCAAATCTTATGGTCGGAATCAGCTGTCAACTTTTGATTATTAGCTTTTGCCTCAGAGAAAACACCTGACCCTGTGCCACCAGCTGCTTGGAAAATAACATCCGCACCACCAGCTACCATTGATGCAGCGATTGTTTTTCCTTTAGCAGCATCAGTAAATGAATCAGCATACTGTGATACGATTTTAATATTTGGGTCTGTTGCTGCAACACCAGCTTTAAATCCTGCTTCAAAGGTATCGATGATATCGCCATGAATACCACCAATAAAACCAACTGTTTTTGATTTTGTTTGTTTAGCCGCTGCAACACCAGCTAAATATGATGACTGTTCAGACTTGAACATTAACGAAGCCACATTCTTGTCAGGAATCACTGAGTCTATGATCGCAAAATTTGTCTTTGGGTTAGCTTTGGCAACCGTATTCATTGCCGGTGCCGCTGCAAAACCAACACCGTATACTAATTTATAGCCACCTTTGACTGCTGTTTGTAAATTTGTTTTAATATCTGATGTATCAGTACTTTGAAAATAATTAAATCCTTTTGTGCCTTGTTTGAGATTGTTATCTTTACCATACGCCTTTAAACCAGACCATGCTGATTGGTTAAAAGAGCGGTCATCTACACCACCACCATCAGTCACTAAGGCAACTGTGTAGTTGTTCTTACCCATTGACTGTGAACCACTACCTCGTGTCGCAGCGTAAATACCACCACCAACAACTGCGACTGCAATAATACCAATACCAATTTGTGCTGAACGTTGCATAATTAAAAATGTGTGTAAGTACCCAAAATCGACTTACACCTCTCCTCTCAAAAAGTTATATACTCATTATGCGTCATTTTCTCTTTGAAACCATGATAAAATGATTAAAATTTAGCAAAAAAGGCGAACTTTATATTTTTATTTAATTTTTCGTTCGTATTTTAAAACTTTTTATTAAATATGGTTCGGATTTTGGTAAAATAATCATATGACATATCACATCACACATACAATTGAACCATGGATGCCAGCAGGCGCCTTAAAAGCAAAATCGGATTATGCGACAATTGCGGTCGCTTTAGGTTGGCATAAATTACCCTTAATGCGCTATAACGATGCACGTTTCTCTAATGAGACGCGCTTACAAAAAATTTCCGAATGGTTAACAGATGTTAAACCAAAAGATCTTGTTCTTCATCAATTTCCAACTTATATGAGCGCTGAATTTGAACGTCAATTTGTCCATACGTTAAAACACCTCAATGTTTGTCGTGCTATTGTAATTCATGACATTGAACCCTTGAGATTGGTTAAGCAAGATGCTTGGGAATATCAGATTTTAAACCAATATGATTTTATTATTGTCCATTCCAAAGACATGAAAAATCAGTTACAAGCCAATGGTGTAAAAGCCGCCTTTATTGTGCAACCGTTATTTGACTATCTCAGTCAGCCACGCCCAACTGCTTTATTTAGCCGTAATATAAACTTTGCTGGCACTTTTCAAAAATCTCCTTGGTTACAGAGTTACACTGGTCCAAACTTAACTCTCTTTGGTTCAAAACCAAAAAAATGGCAAAACATTGATTTTTCAACACATATCAATTATCAAGGTAATTTTGATCCCGAAGAAATTGTTAACCACCTGACTGATGGTTATGGTCTCATCTGGGATAGTGATTTCGATGATAAAACTTATCAAACCTACACACGTTATAATACACCTCACAAGGCTAGCTTATACCTACGCGCAGGCTTGCCATTAATTGCTTGGTCTCAAAGTGCTATCGGACAATTTATTGTCAATCACAAACTAGGTTTTGTCATTAATAATTTAACTGATCTCAATCTAAAATTACATGCGATAAATGAGGCACAATATCAATTATGGCAGACTAATATACAAATAATTGCTGATCATGTGGGTCGCGGTGACTACACGAAAAATACATTGCTTCGACTCAGTGCATACCAAAAAGATCATTACTTATCTAAGTAATGATCTTTTTATTTAGAGGTAATAACCGGAGTCGAACCGGCGATGACGGTTTTGCAGACCGTTGCCTTACCACTTGGCTATATTACCATTATTAAAAACTATTGTAACAATAATGAACTTACAAACAGCGAATAACATTAAATAAATCATCTGTTATTTTTTTCATTACAACAACATTTACAATTATATGTGAAAATGATTCAAATTACAAATACTTTGTTACTTTGAATCATTTTCCATGACATCGCCAGCGACAATTTCAATATTTGGCGTCACTGTACCATCTGATAACCAAACAGGTGTATGTGTTTTCGGATCCCACCACCCCTTAACATTCACACGTTTATCAAGCATCAAATCAGTACCATATGGTAAATCTAGCACATTAATTAGACTAGGTTCAATAGCTAGGGCCGTTTCAATTACCAGTGGCATGAAATTTTCAGAATTTTCGTTCCATTGCGCCGTGTCGTTATCAGCAAATAGCAGCCATCCTGAATCTTGTGATGTTGTGGGCGCCAATTCTCGGTATATCCAACGTAAATTACCAGTGCCATCTATCAAATGCTTTGAAGCCAATACAACAGCTTCAGGCTGATTAAATACTGAGCGCATAAGTCATCTCCCTAGCATGTTCAAAAACATGTTTTCTTTCAACAAGAACTACTCTAATTATATCTCATAACTTATTGATTACAAAATAACAAATTTTTAACCTAATTTATTTTCCAATAAAATTTGTGTCATATTCGTATCCATTTCAGGGGTGCGACGCCATTCTTCCCAGCCATCATACTCTAATGGTAATAATTGGTAATGGTCATTGATATAGTTTTCCAATTTTTCAACAGATGACGAACGTGCAATATTCATTTTTAAAATACGAACACGTTTGATGTACCCATGCTCAGCAGCATACTCTGAGCGACCATTATGTGTAATATTTCCGAGTTCAAAGTAAATCGAATCATCATTGCGTGTGATTTCTTCTATGAGATTAAATGTCTCTTTCATGTTTGATTCTCACTTTCTGCTGCTTAACGTTGGTACGTACAATGAACCAACTGGCAATCCAAATACTCAATAAAATCCCAAGCATACCAAGTAACATTGTTACAATTTCTGTCATCAATAATTTGGCATTTACAAACATTGCAATTGGATAGCGTAGGCGAACAAACCAAATAAGTAGCGGTATGTTGGCACCCAACACCCCAAAAAACAGAGTATTAATCGCGGTTCCTAAAATCTGGCCACCGATAATACGTGAATGCGCATACAAACTAGTACTGGTCATATCAGGTGATCGTTCAATTACTTCATTTAGATCTGCCGAAATTGCCATGGCTGCTTCTGCAACAGCACCTAACACTGAAATCACCATCACAACCATGGCGATGTTGTTAAATGATAATCCCACAGTCAAAGATAATCCTTCTAGTTCTTCTGAATTTTCCGTTGTAAACCCTTGAAATTGGCCAAAATATTGTAATATAATTGATAAGGCCATTAAAATAGCCACAACAATAATACTCGTTTTAAAAGCTGTATTGGTTACTTCAATATTATCTGAACCTAGGTAAATAGCAACTGCCAAAATAATAACACTGATAATAGCTGTTACAATATAAGCATTAAATTGCCAATTAATCAAAATAATTAAAATAAAGATAGCAAAAAAATTGCATACTAGTCCCAAAAAAGCTTTGACGCCCTGAATGTGACCGACAATAATCATTAATACAAACAATATAATAACAAGAATTCCGATTGCATTCATAGTTTGGTCACCTTTCTTGCCATGATCCAACCAACTAAAGCGCTCGTAACTGGCACTGCCAAAACAATACCAATACCCGAAATCACTGTTTGTAATATCCCTAAATTCATAGTTTGGTCCATAATATAAGTCCAGTTATTACCGTTACGCAACATTAAAAACACCATTGGCATCGTTTCCGCAATAAATATCATAAACAACACATTAATCAGTGTCCCCATAATTTCACGACCTACAGACATACCAGCATGCCAGTAATCGCTAAAATGACGTGTTATTCCTTCCCGGCGCATACCAAATTGCATCGCCACAATATCTGCCGCTTCATCCATCACAGCTCCCAGTACGCCGATAATCGTTTGAGCCATAAACAGTGTCACTGGCACCTGTGTGACATAAGACATTGTTTCAAAATGGACACCGGCATTATTAGTTAAACGTAAAACACAAAGCAACAAGCCGATGGTTAACGTTGTTGTCAACAACGTTGTCAGTAACGTAATGCCCATTTGCAACGTTTTACCTAATACCAAAGCCAAACTAGCCGTTGCAAACAATATCGCTAGTACGCTAAATAGCAGTAAAACATTTGCATCTTTACTGTGCACATTAATAAAAAGCGCGAACCCAAATAATAAGATATTAATCACTAAACTAAACATTAGCCAGCTTGTTGCTCGCCATTTACTATAAATGAGCAATAAACCAACTAATAAAGTGGCAACCGCACCAACTACTGCATCGCGTTTTAATGATAAAATATGCTTAGTGGCACCAATATTTTCTAATAATAATTGGTCTCCAACACGATATTTATTGGAAATAACCTGTGATTGTGCATAGCTGTTACTCACGTAGATAGTTTTTTTAGCATGATTTAACAATTTAACGGTTAGTTTTTGTGTCATAATAAAGTCTGAATTTTGATGTTCATCCGTTATTTTTTGCGTTTCTTTCTCACTAACTCTTGTGACTTGACCAACTGGATTAGTGTACAAAAACGCATCATGTCGCAAAAATAACCAAGCCATCGCAACTATCATGAGTACCAACCAATATTTTTTTGTTTTCTTAATAAACGTCAATTTTCCAACCGTCGATTTTTGCCATTAACCTCTATTAATCGTGCCAAAAATTTAATACGCTGCATCAAACGTGCAGCCTTCCCTGTATCACGATCGTCACGTGTTTCGGATAAATAGGTGGTCATTTCATTCATATCAAAGTTAGATGTCATAAATGTCGTTAGTTCATTTTGCATGCGATATTCCAAAATAACCCCCAAAATATCATCACGAATCCACATACTTAAATTTTCAGCACCTAAATCATCCAAAATTAATACAGTCGTTGTTTTAGTTTGCATAATGAGTTTTTCTCTCACATCGCTGTTTTTACCAATTGTATTCTTTAAATCAACCGCAAAAGAAGGAAAATGAACAAGCATGACATCAATATTATTAGCCGCTAACGCATTTGCTAAAGCGCCCATTAAATAGGTTTTTCCTACGCCAAATTCACCATATACATATAATCCTTGCACATACGCATCATCTTTTTTAAGCAATTGTGTCAAAATATCTACAATTGCCGTCACCACATTTGCACGACCAGAATCAACTACAATTGTCTGCAAATCAGCATCACGAATAGCCTTTGGCATCTTGTAAGATGTCAATTTTTCAGCCTGCATTAACTGTTTTTGTGTACTTTCATCAGCAACGTAACGAACATGCGGGTACCCCTTTTCAATCGCTAATTGTGGATAATACCCAGGATATAGTGACTTTTCCCCACGTGAAATACGTTCTTTTTGCTGCACAAATTCATGTAGGTCCATCATCTTTAATTGGAAAGCGTCTTGGCGTAATTTTGTTTGATTTTCGGCCCAAAAATGGCGAACATCTTCGTCATTAGCAATTTGTTTCACGACTTCAGCCAGTGAGGTTTCTTCAATTTTAGAATATTTTTGTTGCAATTGTTTTAGTATTTCTGATAAGTTTTGCATATTAGTTTTTCGTCTTTATATTTTTCAACTTTGCCAAAGCAGCAGCAGCTTCGTCATTATTAGCATTCGTCTCTACTTTGGCTTTAGTTTGCGGTGGGTTCGCATTTGCTTTAACAAATTTTGGTGTCGTCTTTTCCGACTTTTGACTACGACTAAATCGTTTTTCTTGTCTCGCTTGATTGGCTTTCTGCCGTTGCTGAATTTGTATTAATGCTTTTTCTGGTGAATCAACACGATTTTGAGTCCAAGAATCAGCAATCGTCGTGACTAATGCGGCTTTTAAACTATCGTTTTGTAAGCCAATCAAAACATAATGCACTAAAATATTGACAACTGACATAGATAATGTACTCTGTGAAATGAGATAATCGACTAAGTCACGTTCATTTTTTAACACAAGCCCATTTTTTAAGGTTGTCTTTACATAACCCAAAAAATCTTGTGCATTCGTTGTACTGGCAATTTCAATTAACGCCCGTGCCTCAGTGTTTTTTATTTCTGGTACAGTTACCTTGGGTTCAGACTGTTTGTCAACAGTTTCTATCGCCACTTTTCGTGTTATTTGCTTCCGCAAGAGACGCTGAATTTCTTGTTCATTAATCTCATGTGTATCTAGTGTAACACTTTGATTCACAAAACCTGCTAATGTGACTTCATCAACGCCATATGTCATATGCATCGCTACCAGAAAGTTGCGATGTTTGTTTACTTCTGTTAGATTTGTGCCACGAATCATAGCCGAAAAATCATCAAATTTAAAATCGCTTTCATCGATTTGTAATGTCGCTTCTTGATAAACTAATGGTGTGGTTGGTATGCTTAAATCATTTTGATGTTGAAAAACCTGTAGAAAGCGTGCCGAAATATCAGTTCCTATTAATTTTTCCTGCCCTTGTATATCATAACGATTTTCAAGTATTAAATATCGTTCCTCACCAACAAATTTATATAGCAAACCAGACAATAATTGTTCTTTAAAAAATTTATCTGCTGACAAGGGCGTTAAAATCCGATAGCCATAAACTTCACCTCTTGCATCCTGCTCATAAACTGTTCGAATTAAGCCTGCTGCCTCTAAACGTCGACGACATTTAACAAAATTTGGCAAACTAATATTTAAACTATCTATTATAAAATTATGATCTTGTCGCTTAAGATGCTCTTTAGTAAAAGGTAATTCATTCACCAATAAATGATACAGTGCATAACTCGTTGCACCAATAAAAGGTAAGTATAAATTAAATACCCGATCTAAATCATCAACAGTGATTAAATGATCGCTTCTAAAAAAAGCGCCAGCTGTCGCATGGAATTCAATTGTTTCATTATTTTGTGCCATATTTGGGAGCAATTTCCTTGAGTTCTGTCATCAAGTTTTTGATTTGTTTTTCTAAAAATGCCTGATCGCCATTATTATCTAATACGTAATCTGCGCGTGCGATTTTATCTGCGAGCGGCATCTGTGAATTAATACGATTTTTAGCCTTGGCATCATCTAAATTATCTCTTGCTTTAACACGGTTTATTTGTGTTTGTGAATCGGTGGTTACAACTACAACTTTATCGATGTAATCGTTATTTTTATAGCCACGCTCAAATAAGAGCGGGACATCAATTATCAGCACAGGTACTTTTTGTGAACGCCAAAAAGCAATTTTATCTGCCATTGCTGAATTAATTACTGGCTGCATGATAGCGTTCAATCGCGTTAATTCAGCTTTGTTACTAAATACAATATCACCTAATTTATGTCGGTCCAGCATCCCATTTTTAATAATATCTGGTCCAAAAGTTAATTTTATATTTTCTAACGTGTGCGTTCCTGGTTCCACGACTTCTCTAGCTACCACATCAGCATCTACAATCGGAAACCCTGCATCGCGCAGTATTTTACTAACAGTCGATTTGCCGGTACCAATACCACCTGTTAAACCAATGATTAACATTATACAGCCACGCTTTCCGACATAGCCAGCGTGAATAGATGACGGGAATAAGAAACACGAGTGGCGTTAAGATAGGGAACAATATAGATATAAGCCAGTCCACCAGTCAAAATCCCTATTATGTGCCAACCTATAAAACTTAATTCTAATAAAAATAATTCCCATTTACGACCAGCCATTACTCGCCGACTAACCTTAATATAATCTGTTAATTGTCCTTGTCGTGTGCCATTTTCAATATCAATTTTATATGCAAAATAAGTTTGTGAATACGAAAATAATTTAACAATTCCAGGAACAATAAATAACAGCGTCCATAAGAATATCAACATACTCTGAACAATTGTTAACAACAAAGTATGTAAAAAATTGCCACGATTAAAAATTTGAAGAGCATCTTTAAACGTTGGTAGTTCTTTTGGATTCTCATACCATTCAATCAATGTCCAACTAGCAGTCCAAATAAATATCAGTTGAATTGCATCACTTAAAACACTCTCGACAATGGAAAAAACTTGTTGTAAAGCACTATCATTATCATTGGTCACAGCCGTACTACTTGGCATTTGTGATAAACCTCTGAAACTCATGATAATCGCATACATCATCATGAGTAGTGTTATGACGTTTAAAATGGTGAAGATAATTGGTGCAATATTAATTTTAATGGCAGTTTTAAAATGACCATGATATAAATGACGTGCCTCACGTTTCACTTCGCGGATACTAATTGGTTCTGTTGATTTCATCGATTCTCCTATCATGAGTCATTTGACAAGCAGGGCAAAAGGTTGTGCCCCGTTGGCCAACCTTTATTTTTACCATTGTCGTGCCACAACGTAAACACGGCTGTCCCACACGACCATAGGCCTGTAATTCATTTTGAAACTGGCCAACTTCCCCAAACACATTGCTAAAACTATGCACTGTTGTGCCATGATGCGCAATAGCACGTTTCATTTCTGCGATAATATTTTCTCGAAGTAGCGACAGTTCACGCACTGTTAACGTTTTTGTCGGTGTTTCTGGATGAATTTTACTTTGCCATAACACTTCGTCAGCATAAATATTGCCAATGCCTGCAATCTGATTTTGATCTAACAAAAAACTCTTGACCGGTTTTTTAGATCGCGAAAAAATGTCTACCATGTAGTCTAAAGCCAAATCTTTTTCTGTTGGTTCTGGTCCAAGTTTAGCAAGAGATGGGACATCATTTATCTCAAAATGCGTATTTGTGAGCGTCATTCGACCAAAACGACGCGTGTCATTATAAAATACGCGACGCTGATCTAATAATTCAAAGATGATTTCCGTATGTTTATACGGCCTCGTCTCAATTGATTCAACAGAATATTGTCCCTCCATCCGTAAATGTGACACAATAGTATGGCCGTTGGACAAGCGTAATAACAAATACTTGCCACGGCGATCAATTGCTGTAAATGAAGCATTTGTTACGCCCGTTATAAATGCTTGTGAATCGCCGTTGATCAACTTAGGATATAGTAAGTGAACCTGCGTAATTTGACCACCAACAATTAATTTTTCTAAACCGCGACGAACCGTTTCAACCTCAGGTAATTCTGGCATAATACTCCCTAAATACTTTTAACTAAGTGTTTTGAATTAACAAAGCTAACTTTTGGGCTAACTTTACTTCATGAAAATAACATGAAAATGTATAGTACTAATTTTACCACACTCCCGCTGTACCATTTTCGATAACCGTATAAAAAAGAAGCATATATTGTTCAAACAATATATGCTTCTTTTTTGATATAAGCAAATATTATGCTAACTCAGCGATGGTGGCCCCATCACCACCAGCATTAGCACTAGCAAAATGAAATGATTTCACCCGACGGTCTGAACGAAGAAACTCGCTTACACCTTTTCGAAGCGCACCTGTTCCTTTACCATGGATAATTTCTACCGTACCAAGATTAGCTAAAACAGCTGTATCTAAATAACGATCAAGTTCTGCTAATGCCGCTTCATAACGTACACCGCGCAAGTTTAAGCTAGCACTGGCATTGCCACGTGCAGCACTAGTCATCGTACTTGTTTTAACAAATTTTTTCCTTTTCTGCTTAGTTTTAACTTGCTGCGCCTTGGCAGTTGCTTCAGTTTTGACAATGTCATCTTCGTCCACAAGCATTTTTAAAATACCCATTTCGACTTCCCATTGCCCGTTACTATGCTGTTTAACTAATATTCCTTGTTGATTATATGATTTAACTACTATTTCATCGCCCGTTGCCAATGCTTTAGCAAGTTTAGCTTTTTGTAAGACTTTATTTTTTTCTAAACTGTCATTTTGACGTAGTTTATCAAACTGCCCCTTCTTAACCTGCAAATCTTGTTCACTTAAACTGCCAGCCTGCTGACCCACATTCAGACGTTCCTTACGAATTTCAGATATCAGTTGTTCAGCTTGCTTCTTAGTGGATGCTACAATATGATTTGCTTCGTTTTTCGCTTCTAAAACAATTTGGGCACGTTCTTTATCCAACTTACGTTGTTGTTCTGCCAATGATTCTGACCGCTCTGCAGTTGTTTTTAACCGTAACTCTAGTTCAGCGTTATTTTTTTTAACAGCGTCGCGTTGCGTGACTAAATCAATAATCATATCATTTAAGTCTTGATCAGATTCATCAGTTAATGCAGTAGCTGCACCAATAACATCCTCACCAAGACCTAGGCGCTTAGCAATGGCTAATGCATTTGATTGTCCTGGTACGCCCATCAAAAATTGATAAGTTGGTTTTAATGTTTCGACATCAAAAACCATAGAAGCATTCAATGTTTCTGGCCTGTTATAGCCATATAGTTTCAACTCAGGATAGTGAGTTGTTGCAATGACATAACCACCCAAACTAGCTACTTTATCTAAAATAGCAATCGCTAACGCGGCGCCTTCTGCTGGATCTGTGCCTGCACCCAATTCATCAAAAATAACTAGACTATTACCATCAATATCATCAATCATTGATATAATATTAGCCATGTGCGAACTAAATGTGGATAAACTCTGTTCGATAGACTGTTCATCCCCAATATCAGCAAAAATTTCATGAAAAACGCCAACTGTTGATGGTCGTTTGGTTGTGATAAACAACCCAGACTGTGCCATGAGTTGTAACAGGCCAAGGGTTTTAATTGTAATCGTTTTACCACCCGTATTGGGACCAGTAATAATAATTGATTTGTACTGATCGCCTAAGGTAATATCATTAGCCACAGCTATCTTTTTGTCCAAAAGTGGATGCCATGCTTGTTGTAAATCAACATGATTCTCTATATTAACAACTGGTTGCATCGCATCTAATTGTGCAGCCAATCGTGCTTTAGCATTGACAAAATCAAAATGCCCCAAAATATTAACATTTTGTGCAATTTCATTTGTGTATGGTTCAAGCGCTGATGATAGTATTTGAAGAACGTGTTGCTCCTCAGCTTGTTCCTTAACACGCAATTCACTTAATTTATTATTGAGCTCAACGACTGCTTGCGGCTCAATGTACAATGTTTGGCCTGTTTGGCTCTGATCATGAACCACTCCACCAAATTGATTACGATATTCTGCTTTAACCGGCAATACATAGCGCTCTGCACGAATTGTTATAATAGGATCGCTTAAATATTGAGCAGATTTTCCACGCGTGTAACTTTGCATTTTACTTTTAACAGCATGTTCGTTACCAGTAATTTTGCCACGAATTGATTTTAAATCAAAAGATGCCTCATCATTGATACGGCCCGTCGCATCAATAGCAATCTCTATTTGCCGTGTCACATCTGAAAGGATTGCCAATTTTTCTGCTTGTTCTGGTAATACTTTAAGAGACTCGCCAATAATCTCATCAGCCATCTGCTTAAAGAAATTAGCAATGGCAGTCGTATTACGTAATACTGTACCAATTTCTGATAATTCTGTCGCACTTAAACTTGCACTAATATTGAGACGTTTTAAATGTGGTGTGATATCGGCTAATTTGGCCAAAGGAATGCCACCTTTTAAACGGTCAATTAAAACACCATCAGCCGTCTCAAGCAACCAATAATTGATAATGTTCACATCAGTTTCTGGATGTAATTTATCTGCTTCTAGTCGACCAACCGGTGTAGACAAAAAGCCACGCAATTGTGACTTGATCTTATCATATTCTAACGTTTGTAATACTTTTTTGTTCATGCTTTTTATGCGCACCCGCGCTCATTTCTTTCATATTTTAAAATAATCAAGACCAATTAACACGTCACAGCCACCAATTATAAATTTGTTCCGCAAAAAACGGAGCATTATCTAATAACTCATTCAACTGATGTGTATTTAAAAACTGATCCTGTACCCAAACATTTGGTATAACTGACAGTACTTGTAAACTAAAAAACGCAATAACTATACCAATAACACCATATAGTAAAGCACCAAGTACACCATCAACCCAGCCTAATAACGGTATATGACGAATAACTTTTAAAGACCGCAGCACATAATGGCTAATGGCACCACCCAGCATCAATAAAATACAAAAACTAATGCCTGAAGCTAAAAATTGTGAGCCATGACTAACCAGATCTTGTGGTACACTCGTCCGAATAAACTGCCCGTCGACAAAATTTGATATAACTGTACCAAATGGCTTAGAAAATTTAATCGCAATATACCAAACCACAAGCCATAACGCTAACCGCAGCAAGCCATTTACAAACCCGTGACGGTATCCAGACAGCAACCATGCCAGCACAAAAAGTATCGCAATTCCTAATAATATCATAAGTTTGTTGTTCCTTGATTAAATAGCTTATCTGTTATGCGTGCTTGACTATCATGTTTGGCATCATCAATAATTGAGCCAATAGCGTTTTTAGGCTCACGCCTCTTTTTTAGCTTTTGCATGTTTTTTAATTCGGATTCTAATCTGGCAATTTTCGCCTGTAATTCATCAATTTCAGCTTGTTTGTGAAGCTGATCAGAAAGTGCATTAAATGTTAATAATACTGTTTGATCACCTTGAGATAAATTTGGTGCAACCGTTTTTATTTGAATCAATTGTTTATTGAATAAAGTTTCAGTGGCTTTAAAATGTGGCAAACTAGCATTGCCCGAAATTGTATAATTTTTGCCAGCCAAATTAGCCTTGTAATGCTTTTTCTCGTTTTGAGTAACCATTGTTTTTTCCCTTGTTATGTCTAGTCAATTATACACTATATTTCCTTTAACCAAAACTGATATACTTAATAGTATGCAAACAGTCATACAAGTTACACCATCACAATTACTGCTATATCAACGTTAATAACACATTATAAAACATAATAAAAAAGAGATGGAACCAAAAGCTTTCCAAATCCTTTCCAAAATACTATAAAAACGCTGTAGAGGCACACATCAGATGAAATCCGTGGATAACGTTTTTCATCTTTTTTAGTCATAATTTCAATTTTTTATCTGGTGTATTTAGATACTTTATCTAGCCAACTATCATTATGATAAATTCTTTCGACCGCTAAGTCTCCTTGAATTACTTCCTTTTTTGATTTTTTTGAAAGTTCTTTCCAATTTTTTGAAAAGACATAAGTAGCATTTGCATAAATTAAAGATTCCATCACAACGTAATGTTCATACACAAATACTTGATAACCCGCTAGTCCCTCCACTCCCTCATATATAGCTTTGGGATTTTGAGCATTCAAAAAATCCAGTTTTCTCTTCGTATGGCTTATCCTAGATGGCTTGTAACCTAAATCATGATGTAAATAATTTTCAACCATATCCCAACTATCAGCAGGAAGTATCCGCCACTTTAGTTTCGGAACTTTTGGTTTTAACACCTGAAAATCTTCTTTAAATATATTTGCACCTTTAAATATACTCATAACCAAGTTTACAGCACGCTTAATTTTATCATAATCAGCAGCAGTATTTTTAAATGACTCTGTAATGATAACCATATCTTTTTTATCGTGCCTTATTAATGATAAATTATATTCATCGCCAAGGATATATTCTTTAACTTTAACTTCTCTTGTTCTGGATACTTCATGATAGCCATTATGATTATAGTTAGGAACGTCCCAAGAGTACGTTCTAAACTCTTTTCGCTCTGGCTTAACAATGCGCTCAAATCCAAATCTATTTTCATACGCCTTTTTATTTTTTGTAACAGGCAAGAAAGGGTTAACCAATGGTTCATTACCACCATATTCAATCAGTATTTTTTTAAGAGCCCCTAAACCTCCACTAAGGTCTTCAGATGTTATTCCCACAAATATTTTTTCATTCTCCTTGAAATCAGCCAAGTATTTCTTAGGACCAATTATGTAGTTATTTTTTGTAGTAATCATTTTTTATATTCCTCATTGTTATATTAGTTTTATCCTAATACTTTTCACTTTAAATTACAATAAAAAATACGTAAATTTTTTATAAACAAAAAAGCACCCAAACACAAATTAATGTGTCTGAGTGTATAGTCATTTTTTAAATTATTATGTTTTAATCCGTATGATTTGTGAGTGTCAAAATGTGATAATCATTGGGCTCTGTCGCTCTTTGAATGTTATACTTTGTATTTTTATCATCATCAACATGCAATACAATGCTAGTATCAAAATTAAAGGATTCAAAAGAGTCATTAGTTATTTTTCTCACTGCTAATTGAAAATCATATTTAGCGTCATAGCCCTCTATACCTGCTGTACTAGTCATGTTTGTTAAATATACTGCTGCTGGTCTGCTCCACGTTTCTACTTGAACTGTTCCGCTCATTCCGTTTGGATAATCTACCCTTTTAGATTCTATGGCTGTTATCTTATGTGTAAACCGATAGGGGCTGTTTAATAATTTAGCTGACTTACTTTGATACGCCATTATTCTCCCCCTTGATACATATTTCTGATTGAATTAAGTAGTACCATGCTCTGAATCCCAAAGCCTGACTGTTCCACGTTACCAAAATATAAACTTGAGACAATACTTCTAACTGCTTGATTAAAGATATTTTCATCAGTTCCTGATACAACGTCCGCCACCGTTTCACCTTTAACGGTTGTTGATACAATGTAGTCCTGTGCAAAATTGATTAGTGATTGAATTTGTGCTGTTTCTGATATGTTTAAATGTAGCTCATTAATAATTGTGTCCGCTGTTACGATTGCCATATTTTCACCCCTTTTAATATAAATAAAATCCTTCTTTTATTGCTCATATTTTGAGCTATGTACGCCCTAGATACGGCTAGGACTTTTTAATTACTTACCTGAATCACCAAATGTAATAAATACACCAGCGTCTGAATCAGCTACCTTAGTGTCAAAGAAAACACCACCAACTGCTACGGTTGATAAGTTACGATTCTCTTGATAAGTGAAAATCATATTTTCATTGATAGCTTCAACAATGAACGCCTTAGCGTCACCAAAGAATGCTACTTTACCAGCTCCCAATACATCACTTGAAACTACTTCAACTGGATAACCACCGATTGACTTCTTTGTAGCGTCCGTAGCCAATGGTTGCAAAATGTATGCACCTGTTGAATCCTTAGCCTTATCAAGTTCACCAAACAATTCTGCTGTCATAATAAATGACTTGTTAGTGTCTAGATAGTTCACAAATGAATCAACATTGTAAACGTCCTTAATGTCATCAATTGACTTTACTGCTTTAGGTGTGGCTGTCTTCAACAATGCCCCCACCTTTTGCAAACGTGTCAAATCACGCATAGCTGTAATGTGTTGCAAAATAACACGTTGTGCTGACTTTGAGCTGTGAGCTAATTGATATGACATTGGCAAGGCACCGCTATATAGCTTCAAATCAAAGTTCACTTCTTGAATTGCTGGGGCGTCTACTGAGACCGTGTCTGCGTTTTCTGCTGATACTTCTGTGAACCCTGCTGTTGCGTGCTTAACAACTGGAAGTGTGACGTTGTTGCTATCAACTGATACCGTATTAATCAATGACAATACACCAGTTGAGGCTTGTGGTTGGGGTATTGCTCGCTCAATAGCTCTTGTGGGATAATTGGCGCACCGTTTACCGTTGTAAGGTCACGCTTTTCAATTTTTCCCTCTAAATAAGCATTAAAGTTGCGTACTTCTTGTGATTCTGTGTCTTGTGCTTTGTTAAATGTTTGCATGTTTCTCTTTTCCCCTTGTTGAATGTTTGAATTTTCTTCTTGTGTCTCTTCTGTTTTTTCTGACATATCTAATTCTCTCTTAGCTACAATGTCCGTACCCTCATACGCTGGTACTACTGGTACCAATGAAATTTCTTGCAATGACTTTAATTTTTTAATTGTTCTGTGTGTCTCATCTTGCCAATCGTCATCTTGAACAATGAAACCAAAACTCATTTTGTTTATGATTCCGTCTTGCACCAATTCAAAAATATGATCATCTGAGGGCAATAATTCCAAACTAAAAGACAAGCCTTTTTCATCAACATTTAGTGATAAATTTTTACCTGTCTTCCCTAGAACGTTATTAAAATCATGATTGTATAAAGCAAATACATTGGTTAAATCAACATCATCAAGTGCATGAACGTCAACCGTTTCAATGAATCCCATATTTTCACTAGGACTATTAAATACAATTGCCTACCCACTCAATAAGTGTCTTTTTTCATCTGTCTTTGCTCTTATTTCAACTGTTTGTGTCAATGTGTCACTCATTTAAAACGCCTTTCTTAACTAAAATTGTATGTGCCTCATCTGCTGGCACAATACCAGTACCCACTAAATCAATAACTTGCTGAATCAGCTTGCTATTATCAAAATCAGTCAATAGTCTGAGTTCTAACTCAATTGAATCACTAATCTTTGCATGTAATTCATTTAAAATGATTGATAGATAGTTATGAATCAGTGAATCTAAATATTGCTTTTCAATCATATCTACTGAACTTTGAGCGTCATCTTGTGAGGTTACCCCAACCTTTGAGCTTGGTATGTTAAAAGCTGTGGCAACACTATTTACTGAATCACTGAGTGTCTTTGATAGATTAATCAGATTATCATTACTTGAATCATTGGTAAATAACTTTGATACCTTGACTTGTGAATCTGAAATAATCACGCTGTCATTTTCGTTAACATTCATAAACGCTTGTTTAATCTTTGCTTTTTTTCGTCTGTGGCGTCTGCCATTATCTCTAAATGTAGCTTAGGTGAGATAGATTCTTTTAGCACTGATTCAATCTGTTTGTTAGCTAGTTGTGACTGTTTTAACACTGTTTTAAGGCTCTCAATAGGTGAGTGACCGATATATCTTTCAATGCCGTATATGCCCCGACTCATAACAAAAGCTAACACTTGAGAATCGTCATAAATTCCTGAATTGTAAGGCTCATCTCCACTAGTGTTATTAATTGTGTACGTGACTTTACCTTTTTCATAATTGATAGTGACATCTGAATTATTAATCGCTGTAAGCCCTGTAACAACGCCATTAGCACCCTTTTGAATCAACATGTAAGCATTGCCGTCAATCAACAACGCGCGGTAAACATCTGTAAAATCTGTCTTGCTTAACATTTTTGATTGTCCGCCCGTGAATCGTACCGCATTCATATCATTACTAATTGTTGATACTGCCGATTGTAGCGCTGGCGTTACATTCTCTGCTTGCTCACCACTTGTAACTAATGTAAAGCCATTTTGTGGTACAAAAATAACGGGTTTCGTTGGTGAAATTCTTGAACGCTCTTCTTTTTTGAATAGTCCCATGACTCTCCTTTTTAAAATTTATATTGTTTGTAATACTCATCTATTTGTTGCTGATTCATACCACTGAAAAAATTGTTATCTGTATTATTTGTGTAGTCTTTCAAGGCATATTGTGACTCAAACATTGCTATCAGTAATGAATATAAGTTGTCTATCTTGTTGCTGTATGTATCTTTAACCACCTTGATACCATAATCATTTTTAGTTGTTCTGGCATTCAATAAAGCTGATTCCAGAACATTATCATCAGCAACAAAATGTAACTTGTTTTCAACTAATAACTGTTGTGTAAATAGGCTTGGTGGCGACATAAAAGGCGTTGTCTGTTTCACTGGTAACAT

Protein sequences of DBSCAN-SWA_5

>NC_014319|1488636:1536382|1511401_1513189_-|WP_010383008.1|DBSCAN-SWA
MAQLLRNEVPEDLTWDLSTIFDSDNDWELAFAAVKQEAEMLSRFVGHVGDSAALLQSALEADLKIERELEKVYVYAHQIYDQDTTNQSYAAFNSRVQALWAEVSQATAYFQPEVLNIPDDKLTAYLMTDGLQQYAHLFETLRALKPHTLDAEQEKLLAGVGDIFNASENTFGALDNSDITFGDVHTESGETVALTNGLFSLLLESKSRDLRREAFETLYDSYIGLQNTFASTLSSHIKGHNFLAKVRHYNSAREAAILPHNVPTTVFDTLSQTVTANLPLLHRFVSLRKRILGVTDVHSYDLYVPLVDEVDFDVTYEKAQEIVLAALAPLGQDYLEIVKKAFDERWIDVVENKGKRSGAYSSGTYDTNPFILLNWQNNLNNVYTLAHEMGHSVHSYLTRHNQDYHYGDYPIFLAEIASTTNESLLTNYLLKTNSDPKFQAYVLNQYLDGFKGTVFRQTQFAEFENWIHEQSAAGVALTADQMSTYYSELNQKYYGPDLFPDEEIAYEWTRIPHFYYNYYVYQYATGEAAATTLAERIIKNDGAEDYKAYLKAGSSDYPLNVILKAGVDMSQADYLKQAFDVFETRLNQLESLLIK
>NC_014319|1488636:1536382|1497618_1498995_-|WP_013231834.1|DBSCAN-SWA
MARTSLPVTLHEKITVIIDDIRIDGMGIVYITPTYPLYIADAIPGEKVLLEVIQVDKFSGYAKIIEIIVASNKRQNSHRQYLIAAGTAPLVNLKYDAQLELKQSQIKKLFQEKNIAVAVEPTIGMENPTYYRNKTIVPVKWQEGHLTSGFYRRGSHELVPMTDYFVNDQAIDQAIIKVRQVLENYNITAFDPDFEKGTIRYIMIRRGYYSHELMVVLVSNESALNFEKEIVKDIVAQLPEIKSLLFNFSPKKDFVLLSPNNRTLWGEDAIHDILLGYDFIIGPNSFYQVNPQTTEVLYDLAAKKAALKPTDLVIDAYSGIGTIGITIANQVRQVIGVEVIPGAVADAQINVRANNINNADYILADAPKQFAKWQSERLRPNVVFVDPPRRGLTRELIQATTEMGPDKFVYISCNPVTLVRDAVEIIRNGYHIDGPIVPVDQFPQTSHIESITIFKKNS
>NC_014319|1488636:1536382|1520789_1521185_-|WP_010382826.1|DBSCAN-SWA
MRSVFNQPEAVVLASKHLIDGTGNLRWIYRELAPTTSQDSGWLLFADNDTAQWNENSENFMPLVIETALAIEPSLINVLDLPYGTDLMLDKRVNVKGWWDPKTHTPVWLSDGTVTPNIEIVAGDVMENDSK
>NC_014319|1488636:1536382|1519559_1520570_+|WP_010382825.1|DBSCAN-SWA
MTYHITHTIEPWMPAGALKAKSDYATIAVALGWHKLPLMRYNDARFSNETRLQKISEWLTDVKPKDLVLHQFPTYMSAEFERQFVHTLKHLNVCRAIVIHDIEPLRLVKQDAWEYQILNQYDFIIVHSKDMKNQLQANGVKAAFIVQPLFDYLSQPRPTALFSRNINFAGTFQKSPWLQSYTGPNLTLFGSKPKKWQNIDFSTHINYQGNFDPEEIVNHLTDGYGLIWDSDFDDKTYQTYTRYNTPHKASLYLRAGLPLIAWSQSAIGQFIVNHKLGFVINNLTDLNLKLHAINEAQYQLWQTNIQIIADHVGRGDYTKNTLLRLSAYQKDHYLSK
>NC_014319|1488636:1536382|1531755_1532655_-|WP_013231847.1|DBSCAN-SWA
MITTKNNYIIGPKKYLADFKENEKIFVGITSEDLSGGLGALKKILIEYGGNEPLVNPFLPVTKNKKAYENRFGFERIVKPERKEFRTYSWDVPNYNHNGYHEVSRTREVKVKEYILGDEYNLSLIRHDKKDMVIITESFKNTAADYDKIKRAVNLVMSIFKGANIFKEDFQVLKPKVPKLKWRILPADSWDMVENYLHHDLGYKPSRISHTKRKLDFLNAQNPKAIYEGVEGLAGYQVFVYEHYVVMESLIYANATYVFSKNWKELSKKSKKEVIQGDLAVERIYHNDSWLDKVSKYTR
>NC_014319|1488636:1536382|1533180_1533471_-|WP_010382839.1|head,tail|DBSCAN-SWA
MAIVTADTIINELHLNISETAQIQSLINFAQDYIVSTTVKGETVADVVSGTDENIFNQAVRSIVSSLYFGNVEQSGFGIQSMVLLNSIRNMYQGGE
>NC_014319|1488636:1536382|1521281_1521584_-|WP_010382827.1|DBSCAN-SWA
MKETFNLIEEITRNDDSIYFELGNITHNGRSEYAAEHGYIKRVRILKMNIARSSSVEKLENYINDHYQLLPLEYDGWEEWRRTPEMDTNMTQILLENKLG
>NC_014319|1488636:1536382|1515874_1516627_-|WP_041771847.1|DBSCAN-SWA
MSETQKKVKVHVEKVNKSYGENHVLRDISLDIAENEVVVMIGPSGSGKSTFLRMLNQLETPDNGTIVVDGFDISEKATDINKVRENIGMVFQNFNLFNNYTVLENIMLAPVELGKLDKVAAEKKARELLKTVDLVDKADVSVSSLSGGQKQRIAIARALAMEPDVMLFDEPTSALDPEMVGDVLEVMKNLAESGMTMIIVTHEMGFAKQVADRVVFFEAGKIQESGVPEQIFNAPKNERLQEFLSKVMHA
>NC_014319|1488636:1536382|1527030_1527894_-|WP_010382833.1|DBSCAN-SWA
MPELPEVETVRRGLEKLIVGGQITQVHLLYPKLINGDSQAFITGVTNASFTAIDRRGKYLLLRLSNGHTIVSHLRMEGQYSVESIETRPYKHTEIIFELLDQRRVFYNDTRRFGRMTLTNTHFEINDVPSLAKLGPEPTEKDLALDYMVDIFSRSKKPVKSFLLDQNQIAGIGNIYADEVLWQSKIHPETPTKTLTVRELSLLRENIIAEMKRAIAHHGTTVHSFSNVFGEVGQFQNELQAYGRVGQPCLRCGTTMVKIKVGQRGTTFCPACQMTHDRRIDEINRTN
>NC_014319|1488636:1536382|1499149_1499416_-|WP_010383574.1|DBSCAN-SWA
MQAEIHPKYQPVVFLDATTGKKFLSASTVTSNDTTDFEGTEYPVIRMDITSDSHPFYTGKQKFTQADGAVDKFNKKFAGFGFKNNEEK
>NC_014319|1488636:1536382|1493325_1494942_-|WP_010386486.1|DBSCAN-SWA
MKFSELGLSQDILDAITTHGYVEATPIQEKTIPLTLAGKDVIGQAQTGTGKTAAFGLPILEHIDLDNKNIQALIVSPTRELAIQTAEELKKLGRDKHVDVQVVFGGADIRRQIQNLKSHPQILVGTPGRLLDHINRKTVKIEHVKTLVLDEADEMLNMGFLEDIESIIKNTPAERQTLLFSATMPPAIKRIGVKFMTNPEHIQIEAKELTTDLVDQYFVRMRENEKFDTMTRIFDVQAPKLAIVFGRTKRRVEELARGLEARGYHASGLHGDLTQQMRSRVLAQFKSHEINILVATDVAARGLDVKDVSHVYNFDIPQDPESYVHRIGRTGRAGAKGVSVTFVSPNEMDYLRAVEDLTKKRMTALEPASLQDARVGKIKNAAGEVSKIVDAANAKEIQSEVDKLTAQYSSEQLAAALLSSVADLEKQNTPVEITRERPLPRRRGNGGGSRNGGSRGGDRRRGNSGGGYRGNRSGNGDSRSSNGAGQRRESSRDGGSGSNGERRFGDYKRRDGRSTERRSNNGGGAPRQRREFTVREKD
>NC_014319|1488636:1536382|1505258_1506125_-|WP_013231837.1|DBSCAN-SWA
MGLLGAIEAGGTKFVVAVADENYNVVERTAFPTLDGEKTLDQVIAFFDKFENIDAIGIAAFGPIDIVKGSQTYGYVLDTPKRGWSGYDFLGRMKAWRDIPFFWTTDVNGAGWAEFETGAAKDVQNMVYLTVGTGIGAGIVSNGHLLSGYGHPEAGHIFLQKHPEDKYAGHCPFHGDNCLEGLAAGPAIEERWGISAKEIPDEDIAWKIEAYYIAQAALDYTMILRPEKIILGGGVPHRDILFPLIRESFSEQMSDYLEVPDLDDYIVPVANGDNAGILGCFYLAKTLV
>NC_014319|1488636:1536382|1500920_1503380_-|WP_013231835.1|tRNA|DBSCAN-SWA
MKTSLKWLNEYLNNSIDLNADAVADLAERVERTSVEISETTTLARQQDGLVVARVVSVLPHPDSDHMVITQVDIGESTLTKVVTGAPNVAEGQLVVLAKVGAHIINHETGELNVLKPVKLRGEDSNGMLVALQEIGFDSKIAPKDFETGIYVFNNSEHLNPGDDALSILGMTEPVLDTDLTPNRADMLSMIGTAYEFGAMLKQSVTIPDFDLVEYETPASDQVSVMIRDDSLASKYAVRVVNHVKIGDSPLWLQKRLWNAGMRPINNIVDITNYMMLMYGQPLHAFDLDKLNGQKLYIRRAEKNEELVTLDGQKRDLRSGEDIVIATDEEALMLAGVMGGLNSEVDENTENIVLEGAIFNPSLVRATARRHNLHSEASARFERGVNWDATFTALDHAASLVDDLAGGQVARGRVTAVDTKRDNIVLSLTAKRVNQILGTQLTLENIALFFKQLAFDYTNDGASLHVTLPARRADMSIEADLIEEIARLYGYDNLPVTLPYGPTTPGKLTLQQRQIRASRHIMESLGLNQAISYALTTPLKAQQFAEDRTAKVVSLDYPMSSDRTTARQNLLAGLLEDVAYNINHSVHDIALYEQGRVFIAKDNSDELPIEIEHIAGVLTGNYETSSWQHLKKARAVDFYDIKGIVSAYLDQIGVENVRYVATDRHSNMHPGQTADIYAADVYLGFVGQIHPLLTKSQKMAAVFGFELNLFAVMAAAKSDVQYNKISRFPQMSRDAALLVDESVQHAVIETVIRGAAGSKLVDITLFDVYTGDNLPHGKRSLAYSLTYQDNDETLVEAEVNSDFERVTDALVKQLNVEVR
>NC_014319|1488636:1536382|1513285_1514314_-|WP_013231841.1|DBSCAN-SWA
MIIALNDNQKYVKAADAIKNQQFVCPGCKERVVLKSGDIKQKHFAHYAKATCATFSENETTQHLAGKLQLAIYLQHFGDIKIEAVIPKIHQRPDLLMQRGHQQIAIEYQCSPISQHKLDQRNAGYKSQNIHVIWILGNDYYVKNMIQTTILKFLVQGNLTFYLPNIKKFIHRTNFKKYDFERVSYTEKYSHHLFETVTSDGRSHVNIKKQIYKLQSLLIQKRIDEKIVCYLYQRQRLLLNAPLWIHQGWHFGLSIPNWHWRMLSLLLIEYIGLGNVVRQDVFLAKLNNYVLGDRDFKKQQSMSLLKELVQQKYIVQKEQYILVIQVPVWYESIQEKLGKVRN
>NC_014319|1488636:1536382|1503382_1504432_-|WP_010389330.1|tRNA|DBSCAN-SWA
MSLIEDLTALKTEAVERINATGADIESLRVNLLGKKGQLTALLKGMKDVLPAERKIVGEIGNDVRQTITAMLAQKKATEEAAQLAAQLTSETVDVTLPGSVHKVGQPHVLQQIIDEIEQHFLGLGFEIIDDTVDSPEVETDEYNFERENLPKDHPARDMQDTFYITPEILLRTQTSPVQSRSLEKHDFSKGPLKMIAPGKVYRRDTDDATHSHQFHQVEGMVVGENITMADLKGTLLSIMQALFGEKHQIRMRPSYFPFTEPSVEVDVSWNEVTPDTKPEDIEWIEVLGAGMTHPNVLRMDGIDPEKYSAFAFGLGPDRFAMLKYGVDDIRQFYLNDVRFLSQFNRKGN
>NC_014319|1488636:1536382|1523431_1524358_-|WP_010382829.1|DBSCAN-SWA
MQNLSEILKQLQQKYSKIEETSLAEVVKQIANDEDVRHFWAENQTKLRQDAFQLKMMDLHEFVQQKERISRGEKSLYPGYYPQLAIEKGYPHVRYVADESTQKQLMQAEKLTSYKMPKAIRDADLQTIVVDSGRANVVTAIVDILTQLLKKDDAYVQGLYVYGEFGVGKTYLMGALANALAANNIDVMLVHFPSFAVDLKNTIGKNSDVREKLIMQTKTTTVLILDDLGAENLSMWIRDDILGVILEYRMQNELTTFMTSNFDMNEMTTYLSETRDDRDTGKAARLMQRIKFLARLIEVNGKNRRLEN
>NC_014319|1488636:1536382|1491989_1493180_-|WP_013231832.1|DBSCAN-SWA
MKTTAEAITFIHGRPKGGRKESMDRMYALLKSLGNPQDQLPPAIHVTGTNGKGSVATMTSNILRVSGYKTGLFISPYIIDFRERIQINNELISEAHLVAITKKVAETLKKVDVQLAPDIPTEFEVLTAVMFTYFAQQKLDALVIEVGIGGQLDSTNVMPNAKVAVITSIGLDHQVLLGHTIEEIAWQKAGIIHNNMSVVIGNLPENARRVIADRANVSLLQGSLNDFEQGLPGKYQIQNTATAVAAVAAFDRNIKSIDIKQGLRESHFAARFELIKPNVMIDGAHNAQGLKELYQALNTPLYQTMTMTLIIGSLMDKNVVSAFDDILKNKRFQIMLVPFVGPNGRHSLDIKTVAQKYGVKVAENWHEAYHQCHTDMIIFTGSLYFVSEVRGEICQN
>NC_014319|1488636:1536382|1507681_1508698_-|WP_010015354.1|DBSCAN-SWA
MEALVLTGIKSLELQDLQQPEVKPNEVKIHTAFAGICGTDHALYAGLPGSAPAVPPIVLGHENSGVVAEIGSAVTNVKVGDRVTVDPNIYCGQCKFCRTGRPELCENLSAVGVTRDGGFEEYFTAPASVVYPIPDNVSLKSAAVVEPISCAVHGIQLLKVTPYQKALVIGDGFMGELFVQLLQAYGIHQVDLAGIVDEKLAMNKEKFGAKNIYNTMKGDKIPDAEYDVVIEAVGMPQTQEAAIEAAARGGQVLMFGVGGPDAKFEMNTYEIFQKQLTIQGSFINPNAFEDSLALLSSGKLDVESLMSHELDYKTVDDFVNGKLGVVSKAVVKVGGEEA
>NC_014319|1488636:1536382|1506942_1507677_-|WP_013231839.1|DBSCAN-SWA
MTAKNVTIKATSNSGRTLTIGASLSYFVFSLIINAAGNVLTVVTSQKIHPTFLGSAYWTAAQAGFNKAAFGGNSASLGWIFFVVGVLTAILNVFLQGHFNWRKFVGNVAFMVPFSLLISFFANMFSEVLPDAHGISMTIGYTALNFIGVIMIALAISIYQRVNLILHPADDLMQILRFKYFKGSAAKAMWASYIPPTIIGIIAIFMLPDFSNYGLGTIFAFLFQGGITGWGDKFVFPRLKHQGI
>NC_014319|1488636:1536382|1506496_1506880_-|WP_013231838.1|DBSCAN-SWA
MSFSDYYSGVQHIGIPTKNLEIAESFWTKLGFKKTGDFPVGNVIFMQRDNLVIETWQQDEVADKPGAINHISMDTTNADKAFVAAKAEGFKLIDSEVQHLAFWEKGIKFFNIEGPDAVIVEFCEIVK
>NC_014319|1488636:1536382|1510892_1511315_-|WP_010383005.1|DBSCAN-SWA
MNNEQVEIKMTTAPQQLVKVALEALNQTYTPYSHFPVGAALLTDNDTIFKGVNIENVSFGLTNCAERTAIFSAIAAGYKRFKGLVIAGRTDEPIAPCGACRQVMVEFFEPDMPIWLINDAGKEIKTTIAALMPGSFNALK
>NC_014319|1488636:1536382|1525683_1526304_-|WP_010382831.1|DBSCAN-SWA
MLIIGLTGGIGTGKSTVSKILRDAGFPIVDADVVAREVVEPGTHTLENIKLTFGPDIIKNGMLDRHKLGDIVFSNKAELTRLNAIMQPVINSAMADKIAFWRSQKVPVLIIDVPLLFERGYKNNDYIDKVVVVTTDSQTQINRVKARDNLDDAKAKNRINSQMPLADKIARADYVLDNNGDQAFLEKQIKNLMTELKEIAPKYGTK
>NC_014319|1488636:1536382|1534980_1535415_-|WP_010382842.1|portal|DBSCAN-SWA
MNVNENDSVIISDSQVKVSKLFTNDSSNDNLINLSKTLSDSVNSVATAFNIPSSKVGVTSQDDAQSSVDMIEKQYLDSLIHNYLSIILNELHAKISDSIELELRLLTDFDNSKLIQQVIDLVGTGIVPADEAHTILVKKGVLNE
>NC_014319|1488636:1536382|1521567_1522350_-|WP_010382828.1|DBSCAN-SWA
MNAIGILVIILFVLMIIVGHIQGVKAFLGLVCNFFAIFILIILINWQFNAYIVTAIISVIILAVAIYLGSDNIEVTNTAFKTSIIVVAILMALSIILQYFGQFQGFTTENSEELEGLSLTVGLSFNNIAMVVMVISVLGAVAEAAMAISADLNEVIERSPDMTSTSLYAHSRIIGGQILGTAINTLFFGVLGANIPLLIWFVRLRYPIAMFVNAKLLMTEIVTMLLGMLGILLSIWIASWFIVRTNVKQQKVRIKHERDI
>NC_014319|1488636:1536382|1496182_1497508_-|WP_010386481.1|DBSCAN-SWA
MNYQITEVGNILNAPTQGNGLITGVAFNSQQVTTGDLFVALVMDNDGHNYIQNALDNGAAAVLVDNKHVINTKIPAIIVDDTLIALQQLGKYQRNQINPTIIAITGSNGKTTTKDMLFSIMATTYRTFKTPENFNNEIGVPMTLLMMPENTEVLVVELGMDRPGQLTVLSRLVRPDVAMITMIGEAHIEFFKTRANIARAKLEIVSGLKSDGVLFIPFDEPLLTEAIVQRQVILFGQGVNNIEAFSDHTMFVYQNTQFAIPLIGGYNIMNALAAISAGILLHIDLKKVAKALQTFDLTKNRTERLVTARGVVLISDVYNSNPTAVAAVLATLKAIPAPHKYVVLGDMLELGDQANKLHANLGQKVLDSGVDGVYLVGPLLNKNMAPIIQAHIDSVDFHQYATDQLDQLRLDLQTLGEKGDVILLKASHGIHLETVVNALMK
>NC_014319|1488636:1536382|1514363_1515797_-|WP_013231842.1|DBSCAN-SWA
MFKKCLLGLATLVSSFAFVSTVNAAEPHYTITTDATYAPFTFQDKNSNYVGIEQDTMKVIAKRENFTYTMRPMSYNSAAQLVSNGQADGIIAGMSITPERKEVYDFSTPYYKTGVAWIVGKNSKIKSLSDLKGQTVALKTGTAASEYGKSLQTEYGFKVKYFNDTDTMYNDVVVGNSAATFEDMPVIQYAIKNGMALKVMNANKPGNAGSYGFAVEKGKNKILLASFNRGFAAIKKDGTYDKIVAKYLGASQATFSGNKKDNSSIWGIMTSNRAALLKGLWQTLELTVIAIILASVWGVLLGILGVSEYRWVRTISTTIIYIFRGLPLMVLAFFIYIGLPGVTGVKIPAFTAGIITLILNEGAYTGAFVRGGFEAVNRGQMEAARSLGLPYGSAMRRVIMPQGLRIMVPSFINQFIITLKDTSILSAIGLLELTQTGTLIVARNSQGFRVWAIIAVIYLIVITLLTWLSNWVEKKLK
>NC_014319|1488636:1536382|1518286_1519351_-|WP_010382824.1|DBSCAN-SWA
MQRSAQIGIGIIAVAVVGGGIYAATRGSGSQSMGKNNYTVALVTDGGGVDDRSFNQSAWSGLKAYGKDNNLKQGTKGFNYFQSTDTSDIKTNLQTAVKGGYKLVYGVGFAAAPAMNTVAKANPKTNFAIIDSVIPDKNVASLMFKSEQSSYLAGVAAAKQTKSKTVGFIGGIHGDIIDTFEAGFKAGVAATDPNIKIVSQYADSFTDAAKGKTIAASMVAGGADVIFQAAGGTGSGVFSEAKANNQKLTADSDHKIWVIGVDMDQKQDGAYTAKNNEKSNFTLVSAVKRVDHAVESLSNDGRKGNFPGGKTITYGLKEKGVALAKDSASDNVWSAVQSAQKKIIAGDIKVPVHP
>NC_014319|1488636:1536382|1533561_1534308_-|WP_081457749.1|capsid|DBSCAN-SWA
MPQPQASTGVLSLINTVSVDSNNVTLPVVKHATAGFTEVSAENADTVSVDAPAIQEVNFDLKLYSGALPMSYQLAHSSKSAQRVILQHITAMRDLTRLQKVGALLKTATPKAVKSIDDIKDVYNVDSFVNYLDTNKSFIMTAELFGELDKAKDSTGAYILQPLATDATKKSIGGYPVEVVSSDVLGAGKVAFFGDAKAFIVEAINENMIFTYQENRNLSTVAVGGVFFDTKVADSDAGVFITFGDSGK
>NC_014319|1488636:1536382|1490601_1492002_-|WP_013231831.1|DBSCAN-SWA
MPKLEGELSTRLILSVVSIGLLGFSDIMLETALNVSFPLLMTEFDVTSSTVQWLTSGVILLTSMVVILSPWLKQRFTNRSQFMVATVISIVGVLIDAVSSNFGLTLFGRLLQGIGGGVGMPLMYNVIFEQVPENKRGTMVGIGSLIISFAPAIGPAFGGYLTQNFGWRTVFWVVLPVQIGSLVIGWFTIKQVSRLTKEKLDLIGWVLLSAFFVAGIFVIERISSHGVTNITSVALLLMMFGGIGGYLLYAPHVVNPLLNPAIFKFKIFSLSITASFITQVVNLTFNYALPMTIQMVLFQNSQVAGLTLLPGALGYALMAIISGRLYDRYGARLPIMIGLVLILIGTIMMAVLPISLYGMLFSFLVIQLGSGFWFGNNMTNAISHVPTNYQSAGNSIFTATNNYSAAVGIALAAGIISIFQKHADSADRLITATHLGATWLFRIDVFLIVLAAIFSVRVLTSVNKKG
>NC_014319|1488636:1536382|1489962_1490574_-|WP_013231830.1|DBSCAN-SWA
MALNEQIKKFYTVLGQNGKDALKELRRHFPNDYNLNEMTHDAAEDFIAQNPTQNKALLIGVEIGKHIAMATRPKLLSAKFSEEIGYYAQRQIGHLPQEQLCVALLDAQLSVIGWETIFVGSLTHVQASPREIFQRALHANALGFMIVHNHPSGNLKPSDADVQFSQRLKLLGEQMTVPMLDSFIVTRDSYWSMSENAQLKIIV
>NC_014319|1488636:1536382|1488636_1489854_-|WP_010385784.1|tRNA|DBSCAN-SWA
MTNKKPAVWYEHLHTEKHTGARRGRIHTPHGTFETPMFMPVGTQGAVKGVGTRELKDMGSQFILSNTYHLWVRPGDELIAQAGGLHQYMGWDQAILTDSGGFQVFSLSDARKLQEEGVTFQNHVNGDKMFLSPEVAMRIQNNLGSDVMMQLDEAIPYFESYDYIKESMQRSLRWAERAQVAHKKTDSQGLFGIVQGAGFKALRTESANGLVGMDLPGYAVGGLSVGESKLEMNRVLDFTMPLLPEDKPRYLMGVAAPDSLIDGVIRGVDMFDSVLPTRIARKGTLMTRRGRVVIKNSKYKNDFTPLDPDLSYYSANPIRTNQFGNQRQFDNPNYNPFQNLTRSYLHHLFNANEILGAQLASQHNLRYLLQFMEDMRTAIEHDELLAFRATVMEEYGYNKPNARLF
>NC_014319|1488636:1536382|1531081_1531480_-|WP_010382835.1|DBSCAN-SWA
MVTQNEKKHYKANLAGKNYTISGNASLPHFKATETLFNKQLIQIKTVAPNLSQGDQTVLLTFNALSDQLHKQAEIDELQAKIARLESELKNMQKLKKRREPKNAIGSIIDDAKHDSQARITDKLFNQGTTNL
>NC_014319|1488636:1536382|1528093_1530499_-|WP_013231846.1|DBSCAN-SWA
MNKKVLQTLEYDKIKSQLRGFLSTPVGRLEADKLHPETDVNIINYWLLETADGVLIDRLKGGIPLAKLADITPHLKRLNISASLSATELSEIGTVLRNTTAIANFFKQMADEIIGESLKVLPEQAEKLAILSDVTRQIEIAIDATGRINDEASFDLKSIRGKITGNEHAVKSKMQSYTRGKSAQYLSDPIITIRAERYVLPVKAEYRNQFGGVVHDQSQTGQTLYIEPQAVVELNNKLSELRVKEQAEEQHVLQILSSALEPYTNEIAQNVNILGHFDFVNAKARLAAQLDAMQPVVNIENHVDLQQAWHPLLDKKIAVANDITLGDQYKSIIITGPNTGGKTITIKTLGLLQLMAQSGLFITTKRPSTVGVFHEIFADIGDEQSIEQSLSTFSSHMANIISMIDDIDGNSLVIFDELGAGTDPAEGAALAIAILDKVASLGGYVIATTHYPELKLYGYNRPETLNASMVFDVETLKPTYQFLMGVPGQSNALAIAKRLGLGEDVIGAATALTDESDQDLNDMIIDLVTQRDAVKKNNAELELRLKTTAERSESLAEQQRKLDKERAQIVLEAKNEANHIVASTKKQAEQLISEIRKERLNVGQQAGSLSEQDLQVKKGQFDKLRQNDSLEKNKVLQKAKLAKALATGDEIVVKSYNQQGILVKQHSNGQWEVEMGILKMLVDEDDIVKTEATAKAQQVKTKQKRKKFVKTSTMTSAARGNASASLNLRGVRYEAALAELDRYLDTAVLANLGTVEIIHGKGTGALRKGVSEFLRSDRRVKSFHFASANAGGDGATIAELA
>NC_014319|1488636:1536382|1499552_1500839_-|WP_010383576.1|DBSCAN-SWA
MAKIIVHGGKRLHGEVTIGGAKNSTVALIPAAILADTPVKFDTVPQILDVKNLQLILNAMNVHSVFANGNLDIDPTQIRESELPSGAIKSLRASYYFMGALLGRFNRATVTFPGGDNLGRRPIDQHIKGFEALGATVTESNDIIHIDATAHGLIGARIALDTVSVGATINIILAAVRAKGQTVIENAAREPEIIDIATFLNNMGANVRGAGTDTIRIAGVPSLKAKNTHTVIPDRIEAGTYMSMAAAFGDGVTIKNVIPEHLESYTSKLIEMGVNLDIGEDMIHVYKSDDLKPVAIKTMPYPGFATDLQQPITPLLLMANGESTIQDTIYPKRVKHIAELRRMGGDVDSEKPGEIKINYSPRLVGTDVQAAEIRAGAALIIAAIMAEGETVINDADHILRGYDRIQDKLTHLGAEISIEGIDLINLMP
>NC_014319|1488636:1536382|1530563_1531085_-|WP_010382834.1|DBSCAN-SWA
MILLGIAILFVLAWLLSGYRHGFVNGLLRLALWLVVWYIAIKFSKPFGTVISNFVDGQFIRTSVPQDLVSHGSQFLASGISFCILLMLGGAISHYVLRSLKVIRHIPLLGWVDGVLGALLYGVIGIVIAFFSLQVLSVIPNVWVQDQFLNTHQLNELLDNAPFFAEQIYNWWL
>NC_014319|1488636:1536382|1534268_1534883_-|WP_010382841.1|head,protease|DBSCAN-SWA
MGFIETVDVHALDDVDLTNVFALYNHDFNNVLGKTGKNLSLNVDEKGLSFSLELLPSDDHIFELVQDGIINKMSFGFIVQDDDWQDETHRTIKKLKSLQEISLVPVVPAYEGTDIVAKRELDMSEKTEETQEENSNIQQGEKRNMQTFNKAQDTESQEVRNFNAYLEGKIEKRDLTTVNGAPIIPQELLSEQYPNHKPQLVYCH
>NC_014319|1488636:1536382|1522346_1523435_-|WP_013231845.1|DBSCAN-SWA
MTFIKKTKKYWLVLMIVAMAWLFLRHDAFLYTNPVGQVTRVSEKETQKITDEHQNSDFIMTQKLTVKLLNHAKKTIYVSNSYAQSQVISNKYRVGDQLLLENIGATKHILSLKRDAVVGAVATLLVGLLLIYSKWRATSWLMFSLVINILLFGFALFINVHSKDANVLLLFSVLAILFATASLALVLGKTLQMGITLLTTLLTTTLTIGLLLCVLRLTNNAGVHFETMSYVTQVPVTLFMAQTIIGVLGAVMDEAADIVAMQFGMRREGITRHFSDYWHAGMSVGREIMGTLINVLFMIFIAETMPMVFLMLRNGNNWTYIMDQTMNLGILQTVISGIGIVLAVPVTSALVGWIMARKVTKL
>NC_014319|1488636:1536382|1494984_1496154_-|WP_010386484.1|DBSCAN-SWA
MKRTQHYRMKNQLWRRAFVAILVVIVLCVCSLYVIQYKPMTLNSEPKAVKHTTKPASEGIIKNLNQNVLLKNNNLADSFNTQLKDSGFIGTALIVQHNHVILQQGFGYADKKENRLNDAQSLYQIASIQKGFTATLIMKQIHAGKLQLNTLLSQYYPNIPDADKVTIKEMLTMTSGLTEKMDANVFTTEAENVAFDAEHTTVLNSSNWSYQAINYRLLSGILMKITHKSYSDLFNETFNKKYHLNVLDYKDFVVDPHRTIGYKNADYSQLASEKPLSYAFETGTGNMAMSAGNLYTFYRLLTDHVILNEELLNMMWQHPVTSNYAGGMYHYDESSIGHGFKLGFEPTVILTKNGQDAVILMSNENARDKSWKPLAKHLFAQMTAIKIIK
>NC_014319|1488636:1536382|1526303_1527053_-|WP_010382832.1|DBSCAN-SWA
MKSTEPISIREVKREARHLYHGHFKTAIKINIAPIIFTILNVITLLMMMYAIIMSFRGLSQMPSSTAVTNDNDSALQQVFSIVESVLSDAIQLIFIWTASWTLIEWYENPKELPTFKDALQIFNRGNFLHTLLLTIVQSMLIFLWTLLFIVPGIVKLFSYSQTYFAYKIDIENGTRQGQLTDYIKVSRRVMAGRKWELFLLELSFIGWHIIGILTGGLAYIYIVPYLNATRVSYSRHLFTLAMSESVAV
>NC_014319|1488636:1536382|1532806_1533181_-|WP_010382838.1|DBSCAN-SWA
MAYQSKSAKLLNSPYRFTHKITAIESKRVDYPNGMSGTVQVETWSRPAAVYLTNMTSTAGIEGYDAKYDFQLAVRKITNDSFESFNFDTSIVLHVDDDKNTKYNIQRATEPNDYHILTLTNHTD
>NC_014319|1488636:1536382|1516626_1518075_-|WP_013231844.1|DBSCAN-SWA
MKKIVKSLIVGLLALMTFLVTSNNINAAQTPNYIITTDATYPPFDFQDKNNQYTGIDQEILKTIAKRQGFTYTLKPMSFNAATQSVSSGQADGVIAGMSITDERKAVFDFGTPYYRSGIGWAVKKESNIKSLSDLKGQTVALKTGTSGADYALSVQKKYGFKVTYFNDSDTLYNDVINGNAQATFGDLPVIQYAVKNGTQLKVMNSKSPIQAGWYGFGVQKGKNTQLLADFNRGFAEIKKDGTYDKIVAKYLGASATTFTGSKQDNSSVLGILKANDGAFLKGLWQTMLLTVLAIILASVWGILLGIMGVSQNSILRSLSTTIIYIFRGLPLMVLAFFIYIGLPSVIGMKIPAFTAGLLTLVLNEGAYTAAFVRGGFAAVDRGQMEASRSLGLSYAKSMRKVVVPQGLKIMIPSFINQFIITLKDTSILSAIGILELTQTGSLIVSRNSQGFRVWAIVAVIYLIVITLLTWLSNWVEKRTRA
>NC_014319|1488636:1536382|1504820_1505189_-|WP_013231836.1|DBSCAN-SWA
MTKLAEHTEDLLCQNFTSTFQILGRKWNGLIIETLLISGPKRFLEISRAIPVCSDRVLVERLKELESEHLINRVTYEDSSLIEYKLTPAGEAMRPMMAAVHEWSDKYNNVKQTKNNDTDSIA
>NC_014319|1488636:1536382|1536052_1536382_-|WP_010382844.1|terminase|DBSCAN-SWA
MLPVKQTTPFMSPPSLFTQQLLVENKLHFVADDNVLESALLNARTTKNDYGIKVVKDTYSNKIDNLYSLLIAMFESQYALKDYTNNTDNNFFSGMNQQQIDEYYKQYKF
>NC_014319|1488636:1536382|1508891_1509860_+|WP_010383002.1|DBSCAN-SWA
MVAKLNDVAELAGVSVTTVSRVINNYGSLSKKTIDKVHAAMRELRYQPNAMARSLQGKSSQFIGLIFPNIQNPFFTALTNEIEQLLFEKGYKVIIATSANNIEKEQQYLQMLAANQVEGIITSSHNLDIATYKDTFLPIVSYDRYLSDNIPIVSEDNYRGGYLLGEYLVSKGAKKLLMLSDDDHSNSPTTKRYQGFSDAVSEHSHLTTQNRSSNIISTKDDIEMIVNYVVAEDIDGIFAYNDIMAIQLQNALRDANIRVPEDVIVVGYDGSPIVQLLHPDLPTIIQPIQQAAQRLIDTLFHEIDNQVSTEFSMLPVTLYVPK
>NC_014319|1488636:1536382|1509929_1510847_-|WP_010383004.1|DBSCAN-SWA
MKKVLVFDEIAETAITYLKANGIEVISNKQNDDNDLIAHSDADGMILMMHPVSEKIMSQMPNLKVIARYGVGYDNVNLDDANAHNIIVTNTPGANATAVAETAIMHMLMAGRSFYQQRLSITEDVNNIQIGQEVTNKTVGIIGFGAIGQKIDQLLTGFNVKVLAYARHNKVVKNGRMASLEEIYTQSDFVVLALPATSETNNMIDMAVFKKMKSNAVLVNIGRGTVIDELALINALKSGEIAGAGLDVVAVEPISEDNELLSLPNVFVTPHVAAKSREAFDTVGLTAAEEVVRVLNGQAPRYQVN
>NC_014319|1488636:1536382|1524359_1525697_-|WP_010382830.1|DBSCAN-SWA
MAQNNETIEFHATAGAFFRSDHLITVDDLDRVFNLYLPFIGATSYALYHLLVNELPFTKEHLKRQDHNFIIDSLNISLPNFVKCRRRLEAAGLIRTVYEQDARGEVYGYRILTPLSADKFFKEQLLSGLLYKFVGEERYLILENRYDIQGQEKLIGTDISARFLQVFQHQNDLSIPTTPLVYQEATLQIDESDFKFDDFSAMIRGTNLTEVNKHRNFLVAMHMTYGVDEVTLAGFVNQSVTLDTHEINEQEIQRLLRKQITRKVAIETVDKQSEPKVTVPEIKNTEARALIEIASTTNAQDFLGYVKTTLKNGLVLKNERDLVDYLISQSTLSMSVVNILVHYVLIGLQNDSLKAALVTTIADSWTQNRVDSPEKALIQIQQRQKANQARQEKRFSRSQKSEKTTPKFVKANANPPQTKAKVETNANNDEAAAALAKLKNIKTKN
>NC_014319|1488636:1536382|1535411_1536041_-|WP_013231848.1|portal|DBSCAN-SWA
MGLFKKEERSRISPTKPVIFVPQNGFTLVTSGEQAENVTPALQSAVSTISNDMNAVRFTGGQSKMLSKTDFTDVYRALLIDGNAYMLIQKGANGVVTGLTAINNSDVTINYEKGKVTYTINNTSGDEPYNSGIYDDSQVLAFVMSRGIYGIERYIGHSPIESLKTVLKQSQLANKQIESVLKESISPKLHLEIMADATDEKKQRLNKRL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_010385784.1|1488636_1489854_-|tRNA	tRNA guanosine(34) transglycosylase Tgt	A0A1B1IVQ4	uncultured_Mediterranean_phage	2.3e-73	40.8
WP_013231830.1|1489962_1490574_-	DNA repair protein	NA	NA	NA	NA
WP_013231831.1|1490601_1492002_-	MFS transporter	NA	NA	NA	NA
WP_013231832.1|1491989_1493180_-	bifunctional folylpolyglutamate synthase/dihydrofolate synthase	NA	NA	NA	NA
WP_010386486.1|1493325_1494942_-	ATP-dependent helicase	Q5GF26	Diachasmimorpha_longicaudata_entomopoxvirus	3.7e-71	38.8
WP_010386484.1|1494984_1496154_-	serine hydrolase	A0A0B5A438	Mycobacterium_phage	2.0e-05	28.4
WP_010386481.1|1496182_1497508_-	UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D- alanine ligase	NA	NA	NA	NA
WP_013231834.1|1497618_1498995_-	23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD	A0A2K5B251	Erysipelothrix_phage	4.2e-92	39.3
WP_010383574.1|1499149_1499416_-	type B 50S ribosomal protein L31	NA	NA	NA	NA
WP_010383576.1|1499552_1500839_-	UDP-N-acetylglucosamine 1-carboxyvinyltransferase	NA	NA	NA	NA
WP_013231835.1|1500920_1503380_-|tRNA	phenylalanine--tRNA ligase subunit beta	A0A1L3IZU3	BeAn_58058_virus	4.3e-10	33.1
WP_010389330.1|1503382_1504432_-|tRNA	phenylalanine--tRNA ligase subunit alpha	A0A2H4UW22	Bodo_saltans_virus	3.6e-27	38.0
WP_013231836.1|1504820_1505189_-	HxlR family transcriptional regulator	NA	NA	NA	NA
WP_013231837.1|1505258_1506125_-	fructokinase	NA	NA	NA	NA
WP_013231838.1|1506496_1506880_-	glyoxalase	NA	NA	NA	NA
WP_013231839.1|1506942_1507677_-	hypothetical protein	NA	NA	NA	NA
WP_010015354.1|1507681_1508698_-	alcohol dehydrogenase	NA	NA	NA	NA
WP_010383002.1|1508891_1509860_+	LacI family transcriptional regulator	C6ZCU4	Enterobacteria_phage	8.3e-18	29.9
WP_010383004.1|1509929_1510847_-	2-hydroxyacid dehydrogenase	M1I636	Acanthocystis_turfacea_Chlorella_virus	3.1e-22	28.8
WP_010383005.1|1510892_1511315_-	cytidine deaminase	NA	NA	NA	NA
WP_010383008.1|1511401_1513189_-	oligoendopeptidase F	NA	NA	NA	NA
WP_013231841.1|1513285_1514314_-	competence protein	NA	NA	NA	NA
WP_013231842.1|1514363_1515797_-	glutamine ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_041771847.1|1515874_1516627_-	amino acid ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	7.8e-32	36.9
WP_013231844.1|1516626_1518075_-	glutamine ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_010382824.1|1518286_1519351_-	BMP family ABC transporter substrate-binding protein	A0A0A7DN02	Lactobacillus_phage	2.1e-62	39.9
WP_010382825.1|1519559_1520570_+	beta-1,6-galactofuranosyltransferase	NA	NA	NA	NA
WP_010382826.1|1520789_1521185_-	DUF2185 domain-containing protein	NA	NA	NA	NA
WP_010382827.1|1521281_1521584_-	hypothetical protein	NA	NA	NA	NA
WP_010382828.1|1521567_1522350_-	membrane protein	NA	NA	NA	NA
WP_013231845.1|1522346_1523435_-	membrane protein	NA	NA	NA	NA
WP_010382829.1|1523431_1524358_-	primosomal protein DnaI	S5MU12	Brevibacillus_phage	1.2e-26	39.0
WP_010382830.1|1524359_1525697_-	replication initiation protein	NA	NA	NA	NA
WP_010382831.1|1525683_1526304_-	dephospho-CoA kinase	NA	NA	NA	NA
WP_010382832.1|1526303_1527053_-	DUF975 domain-containing protein	NA	NA	NA	NA
WP_010382833.1|1527030_1527894_-	bifunctional DNA-formamidopyrimidine glycosylase/DNA-(apurinic or apyrimidinic site) lyase	F8WPX6	Bacillus_phage	1.2e-20	28.8
WP_013231846.1|1528093_1530499_-	endonuclease MutS2	Q94M10	Lactobacillus_phage	5.6e-15	57.1
WP_010382834.1|1530563_1531085_-	hypothetical protein	NA	NA	NA	NA
WP_010382835.1|1531081_1531480_-	cell division protein ZapA	NA	NA	NA	NA
WP_013231847.1|1531755_1532655_-	hypothetical protein	NA	NA	NA	NA
WP_010382838.1|1532806_1533181_-	hypothetical protein	NA	NA	NA	NA
WP_010382839.1|1533180_1533471_-|head,tail	phage gp6-like head-tail connector protein	NA	NA	NA	NA
WP_081457749.1|1533561_1534308_-|capsid	phage major capsid protein	A0A0M4RDZ4	Enterococcus_phage	5.6e-22	31.7
WP_010382841.1|1534268_1534883_-|head,protease	HK97 family phage prohead protease	Q8LTC1	Lactobacillus_phage	5.4e-15	38.4
WP_010382842.1|1534980_1535415_-|portal	phage portal protein	NA	NA	NA	NA
WP_013231848.1|1535411_1536041_-|portal	phage portal protein	NA	NA	NA	NA
WP_010382844.1|1536052_1536382_-|terminase	terminase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NC_014319|1612013:1646961|DBSCAN-SWA
TTTATTTCTCACTTTCTTTCATTGGATTGAATGCGTAATGATTCAATACTTCGTTTAGTCCGGTGGCAGCGAATCCTGAAATAAAGCCAAAAGCTGCCCCCAGCCATATATCTGTTGCGTAAATGTAACTAGCGGCTACAAAGCCAACTAGCGTGCCAACCACAATTGACACCAGTGGCAACCAGTGATTATCAATTTTAGTTTGCTTAATTGCTTGCACCGCTACCCAAGTGAATAGTGTGATAAATCCGTATACGGTTGCTGTTAAGCTGTTAAAAAAAGTGATTAAATCCATTATTTTTCTCCTTAAAATAAAAAAGACGGCTTAGACCGTCTTCATCAGTTCATCGATTTTTTCAGTTAATTTATTGACTTCACTACGTAAGGCTTCATTTTCTTGTGTCAAATTTTTATTATCGCTGCGTAATGAAGCAATTTCTTGGCTTAATTGTGATACCTGCGATGATAATTCCTTGACTAACGCGCCTTGTGTGGCAAACATTTCACTAACTGTGTCATCGTGTTTCTGGGTAGTGTCTTCCCGCTTACCGCGCCATGCGAAATAACCTGTGGCAATGGTACCAAATGCACCGAATATGAATGCTAACTGTTCAATGGTACTCACCACCTTTCAATTTATAGCGTGGCTCTTCCCAAGCACTAAATAACACATTGGCTGTGATTACCGCAAATATAAATGGCACAATTGTCACGCTGCTGCGGTAAATGTCGTTCATTGCATAGCTAACAGTTAGTAGTGTCCACATGCCACCAGACAAGGCAATAAGCACTAATCTAATATAGTGCCAGTAAAAGTCCCACAGCGAGTTAACTAGCAATGTAGCGCCAATTAATAAGTAGGCAATACCAACCGGCGCATCGTCTAATAAACCGAGAGCCGGTGGTAAACGTAAATCTAGTTGCTGATAATGCAGCATGATGATGATACCGATGATAATTTCTTCAGTAGCGATCGTCACCCACTGGCGATTTTTCCAAAAGTGTTTTTTCATGCTTAAACGCTCGCTTGTTCATCTTCAACTGCATATACTGCATTATCAAAATCAGCCTTATCCTTACGAACTTGTGCCTTATTAGCATCATATAATGCTTGATTTTGAATGTTCATATTATTTGTCGTTCCTGTATCAGATACATTGGCATTGAAATAAGCAATGACGGTTGGTGCCGCACCATCTGTTTCTACGGTAGTTGAAGTTGCATTAATTGCTACTGATTTTGTGACGATCATATTATTTTTCCTCTTCTTTTTCTGGATATGTTTGTTGATATTGTTCAACCAACGTTTGTAGCTGAACAATAGCTAACGATTGTGAAGCATTTTGCTGAATAAGTTTCTCAATTACCTTATCTTTATTTAAATTCACGATTAAGCTCCTTTGTTCCTAAAATTTTATCTGATATAACATCAGCAATTTTATCAAGTTTATTTTTACCATTCATGTTTAACCAGTCTGAACGACTAATAACGATTGCGCCGTCACTGATTGCTGTTCCATCGTCAAAAGTCACACTAAACACTAATTTTACTGTGTCATTATTGTTATCTGGAATTTCATTTTTCATCTGTATATTATTCATTTTAATTGTTCCTTTAATCTTTCAAGTGCGATATTTTGTTCGATTATTCGATTTCGTAATTCTCTAACAATTGGTATTAAAGCAACACCAATTTTAGAATATTCAACACCTTCAACATCACCTGTTTCTGGGCTACGCTGTACTAGATAATCTAAACCCGCCTTAACTAAATCTTCAGCAATTACTCCATAGTAACGGCGTTTATTCATATCTATTGAACGTTCTGTATCAACACCGGTTTTGTGAAATTTAGCTATTTGTTCACTCTCAAATTTGTCGTGCCAAGTAGCTGGGTCTAGTGTTAGTAACTTGTTAGCTGTATCTGGTTCTTTTTCGTATTCGATATCTAATTTATATTTAGATGATGATGATGAGCGGACAACGGCACCATCTGATGCTATGAACATGTTCGCAGAGCTAGATGTTGTTGTTGCCCACTGAAGAGATAAATATAAATATTTTGCATATAGAGATATTCTGTCACCACCTGTACCATTTACTGTATTTGAACTTGTTGTTCCAAGATTTATGAAAGGAGATCCAGCACTGTTTCCAATATCAGCCCCACCAGTTATCATGACACCTTTTGAATAACCAGCTAAAAAAAGTTTCTTATCTTCAGAAACAATGATTCCGTTATAATTTTCTGTGCCGATGTAGTTTGGCACAGAATGTGGAAGCGTTGCAATACCTACCGATTTTGTTCCGTATATTAGTGCTCCACCTGTTCCAAAACCACTAGTATCATTTTTTACGCCAAAATAAGGTGAATTACCAGAATCTGTAAGCGAATATTGCGATAAATATAAACCACCATCTTTTAATGTCGAATAGCCTAATGAACTCCTTGTGGCTATATATCGTTTGTCGATATTGATATCAACACCAATGCCATCTTGATCATCAATACTTTGACTATAGATCCTTCCGTTTTGAAAATATACTTGGCCTGTGTTTAAGTTAATGCTTAAATTAGCTCCAGATATGGTACCTGCTACAATATTGTTCGCATTGATATTAGTAACGTTAACTTGGTTACCATTCAACGTACCAACCGTCATGTTTGAAGCGTTCAGGTTCTTGAAATTACCGCCAAGTGCGTAAAAATCACCCGTAACGGTCGTATTACCATCAAGCGTAATGTTCTTGCTGATCAATGACATTTGAGTAGGCGTACCAACAATACCCGACACGATACCTTGGATATTGTCCTTGATACCAATGCTCCAGTTGTCCTTGAATAATGTTAAATTAGCTGACATATCATCGTTAGGCGTGTAAGTTTGGTGCACATCCGTTGCAGTTATAGTTGTCTGGGTGAATGTTGCTTTTTGTCCCGCTCCTGCATTATTAACAATTAGTGAAGCTTGCATGTATGATGCGTTAATCGGAGCAGTAATACCGTCAAAGTATAGATCAATCCAGTAGGGTGAATCTATCTGCGGTGTTTGAACTTTCCACGATCCACCAGTCCCACCATTAATTCGTGCACCAGAACTATCAACATACCAAACATCAAGTAAAGCTCGACCATTAGTTAACCCACCATTTGTATAATGTACCCGTGTTGCCCCGCTATATTTCTGACCACCTATTACTGGTATGTTATTAGCCCAGTATCCTTGGTAACCAGCCGCTGTTGAAACGATGGTAATTACGCCACTAATCTTATTATCAATATTCTGATTTTGCCTAATTTCAATGGTGCCCGATTTAGAAAGATAACCGTAATCAGCAGTAAACTCTGAGTTAGGAAATAAGTTACTTGCACCAAGGTTAGCAATAATAGCACTAGCTGTTTGAGTGATTGTTGAATTAAGTCCACTGGTTGCAGATGAAACTTGTAATTGGGTATATGTGGCTGCTGAATTAAGGGTATTACTATCCCCATTATTACGGTCTGAAATCTCCTGGCTTACTTGTCCAGCTAATGTCGTTTGCTTAGTTTCCACACCAGACACACGGTTAGTTGTACTTGTTAACGTACCCTCAGCTGTTGTTACACGGCTAGTCACGCTGTTGATAGCACCAGTATTGGCTGATACGGTTTGGGTAATGCCGTCAATTGTAGTCTGTTGAGTGGCAAACTTAGTAGTTGTATCCTTGCTAAGCTGTGCAACCGTGGTAGTGACACTATCAGCCTTTACATTAACTGCTCCAATACTAGTATTTAGAGTATTAGTAGCACTGTTTAAGTCCTGTTTAGTAGCGGTTAAGGCTATGGCGTCTTTATTTGATTTGATATTTGTTTCAGCAGTCGAAACACGCCCATCATTTGACTTTTGGTAGTTTCCAATTGTTGTTGTTGCTTGATCGGCTGTTAATTGAGCCGTACCAACTTTGGAAGTTAAATCTTTGGTTTTGGCATCATAATCTGATTTACTGACTGTAGCTTTTAAGCCATCTAATGCTTGTTGAGCTGTAGATTGAGCAACAGATATGCCATTATTTGCATCAGTTTTATTTTGGATGATTGTGGTACCGATACTGGTAGCTGTGTCATCAATTTTCTTGTTGACAATGCCGTCTGCTGACTTATAAGCCGCTTCAATTTGTGCCTGAGCTTGGTCTAAATTAGCATTTGCAGTAGCTAATGTTTGTTGCGCTACCGTTTGCGTGTTTACCTTAGCATCAACCACCCCTTGATTAACCATTGATTGAGCATTGGCATCAAAATTGCGCTTATCAATCTCATTATTAGCCTGCTGTTTAGATACTGTGTTAATTGTCTGATTGATTAGCACATTGTTATCATCTATTGCCTTATCACTGTTAGATTTTGCAGTTAATACCGCCTCTTCAACACCCGCCGCTATTTGTTCGCCCATTTCTGGGTCGATACGTTTTTCCCAATATAATGAACCATCAGGTTTTTTGATGTAAATGTAAAGCACACGGCCATCGCCTGTTTGTACCCATCCTAAATCACCCTCGTTAGCCGTTTTTGGCAATATGTCAAAACTATCAACGTAATATGATGTGTTCTTACCATTAGCAGCTATCAATGCGACATTAGCATCAGTCACGGCTTGGTTGGCTGCATCCATTGCGTTATTTACTTGTGTTGCGAGCGAGGCGTTAGAGTCTTGATATTTCTGAACGATACCAACGTTACCAGCGGTTACGGTGTAACTAATACGCGTTCCTTCAGCTGAAAATTCATCATCAATACTGATAATGCGAATGCGTTGTTTGAAGTCCAGTCTTTCATCAATCGCCATTAACCAATCGCCAACATTAGCCATTTTGTAAGGGTATCCAGCAGCGGTTAAATCGTAAAGAGACAGTTTTATTGATACGGAAAAACTACCATCAACCTCATCCTTAACAGCATTTAGCAAATTACTCTGAATGGTAAATCGTTGGTCATCTACGGGTTCAGCTTGTAACTTACCATATACACTAGCTAATGGGCTAGTATAGGTTACATGCAATCTGTCGCCTCTTTGATTTTGTTGATCAGCATATGCGCCAAAGCCTTCACCATAAGTTACAAAACCAACAGCATCATTTTCAACTGACATATCAGACAAATTGAATCCGTAGCGCACAATCGTCGATAAATCTGTCCCAACTTTTTCAAAAATGGATACTAAAGTACCATTGATCTCAAACTCACCACCAATACTTGAAATAATGTCATTAAAAAGTGATAACTTGGTTTTCATTCCCCAATTATCTTTTCCAATCGCAGTTGGTGCGTAGTTCAAGGCATACGTATATCCTGTATTAGAAAATATTTGATCTAAATACCATTTAATGGTGTGACTACCGCTTGTTGATGTGTACAACACACTTTTAGCTGTGTTCCAAAAGAAACGATGTATGGCATCAAATGATACAGTATTATCATTATCATTACGTTCAAAATAAGTAATTACATAAGGCTCATCATCAAATTCAAGCGACCAACCTTTGTCAATTTTATTGAGCACGTCATCACCATCATATATAGTACCCGTTAATGATTTTTCGCCATTCAAGGCACTTTTTCTTTGAATGGTTCCAACTGCAAGGAATGATTGACCTGCAACATTTTTAAATTTAATCATAGGTACAGCTCCTTGTAATCGTGAATTTCTATCGTTGCCGTAATTGATGAATTAACAGCAATTTGACCGCTGATAGATGGTTCTAATACGAAATATTCAAAGTTAGTGTTGTCGTTAATAGACAAGCTATTTTTTAAGTTGTACATACCACCAATCTTGAAAACATCCCCAACAGCTACCGTGCCAGAATATGTCCACGTTTTAGCACCAATTTTCAACGAAATCACACTCGCTGTTTGATTGGCAGTTAACTTGACGTAAAAAGGTACTTCTAATTGAGATGCCGTGACTGTTCCAGTGTATACAATTTGATTCGTTATTGTTGCTGTTTTTGGTTTACTTTCACCAAAAGGCAATACTGCTGTTTCGAATTTAAGCTCAATTTTATATAGTTGCTTGCCATCGACACTCCCAACGAATCGTGGTGCAAACGTGTCCTCTAGTGTTACCAAAAAACGTTTATTACTCTCTAAACCATTACTTTGACCTAATTTATTACCAGTGAATTGACCTGGTATTTCGTAGTTAAATTGTGGATCACTTGAAAACAATGGCGTAATGTAATACGGATTTGATCCGGCCAAAATTTGGTACAACCAGTTACGCTTGGATTCATAATCAAACTGATTAATCGCGGTTAAATAACCCGTATACGTTAATTTTTTGGCATCATAATCACCACCGAAATTTATCTTTCCATTGCGTCCTGAAAACGACTTAGTATTCAAATGTAAGCTAGGGGTACTCTCATCAAAATCGGTGGCAATAATGCCTTTATCGCTTAGCTTAACGCTTGATGCGCCATTTGTAATTAGTAAATCCATTATGCCCCTCCTCCCATGATTTTAACCGTTGCTTGTCTACGTGCATTCTTACTGTTAACTGTTGTTGTGATCTTGTCACCAACAATTTCATTAAATACTTGGAATACAGGTGATTGTGTTTGTTGTTCAGCAACTTTGTCACTTAAAGCAGACAAACCACCGTTTATTTGACCGGCAACACCAGTACTACTAGTTGTGAGCTGTGCGCTAGATGTGTACTGCTGTTGTCCGAACTCATCAGCAATTTGACCAGCATATGATGATACTGATTTTTTGACAGTTTCAAAGTTGGCATTCAAAGAACTGCCAAAACCACTCATAATTGCTTGACCCGCAGGAATAAGCAATTTACGATCGTAACTGATTGGACCTTTGTGCGCCCTTATCCAAGACGCAATACCACCGACAAACGATGTAATGGCTCCCCAAACTGAACGTAACCCGTTCAAGAAACTGTTCATAATTGCTTGACCGGCACCCCACAAATCAAAGTTCATTGCTGCGTAAATAGCGCTCTTAACACCATTCCATATACCAGACACCCAACCAACCGCACCACTCCAAGCACCAACTACTCCGTTCCAAGCGCTACGAGCTAGATTTGATACGGTTGATGAAATCGCATTCCATACTGACGATATAACGTTTCTGACACCATTCCAAAGACTGGAAACCCAACCAGGAATGGCATTCCAAATGCTTTTAATGCCATTCCATAAACGATTACCAAATGACACCGCGCTATTAACAAACACGTTCCAAATTCCTGTTACTGTTGAAACAGCCCTGTTCCACAATCCTGACAGGAAACCAGGTATAGCGTTCCAAACGTTAACAATGCTAGTCCATAAATCAGTTGCAAATTTAGTTGCAGCGGTTGTGAAACTATTCCATATACCGACTACTGTTGAAACGATACTGTTCCAAATTGATACAGCAAAAGCAGAAATAGTTGTCCAGATAACATTAATAGTATTAGCAATAATTCCGAAAATGGTTGTCGCTATCATAACTATTCCGTTCCAAATTTGCCCCAAACTAGTCACGATATTTGTCCATATATTTTGCGCATCTATTCCAAGATTAGTGAAGTCTCCAATTATTAAATCAAGCAACAATAATATTGGACCCATAATCACGTCTTTAAGCAGGTTCCATACACCTGTTGCAATACTTACTAAGCCATTCCAAATTGTAGATAGGTTAGTTACAACGGAATTCCACCCTTGTATTATTAGGTCAAACACGGGTTGTAATGTTTGAATAACACTATCCCAAACATTTGAGAAGAAAGTTGCAACCGAATTCCATCCAGATTTAAGAGCGTTAACAGAGTCACTACCAGCTTTTTGGTTTGCTTGAACAAAAATATCAGTACCTTTTGAAACGTTAGCCCATAAGTTTGAAAAGAATGTCTTCGTTCCTGACCAAGCATTTTCTACTGATTTTTTGCTACTACTCCATGCATCAGATACTGCCTTACCAGCTCCTATTACACCTTGTTTTATCCCTCCCCAAACGCCTGACAGAAATTTGACAAAGTTAGACCATATTTCTTGTCCTGTTTGGGTTTGCGTAAAGAAATATGCTAGTGCCGCAACTACTGCAGTTATGGCAATAACTAACAATACAATAGGGTTAGCCGACATGACTACATTAAAAGCCGCCATTACACCTTGTCCGATCTTTACGGCATTGCTGAACATAGTCATAGCAACTTGCCCTGTTTTTACAGCTAAAGAAACAACCTTAAATGCAATAACCACAGAACCTACAGCAACAACCACTGAAGTAAATACATCGTTAAAACCTTCTATTTTTGTTAAATTATCGATAAATCTAGTTACTGCGTAAACAGCATTTGATATTACAGTTACAAGTGATCCAATAATTGCTCCTAAAGTCTCAAACGCCGATTCAGATGATCCAACCTGACTAAAACTACTTAGTAGTTTACCTGAAGAAATAATAACTGTTCCTATTACATCTTTTAAAAGATTAAATGTAGACACCAATGCTAACCATACAGACTGAACAGCATTAGCTTTTATAAAGCCTTTAATAAAATCAGCAACCGCATTGCGAGCGATTGTCATAACATTCATGACTTGTGATATAAATCCTATTAAAGATGAACCAATAGATGAAAAATTAATACTTTTAGCTATGCTTGTTCCTAAATTAGCAACTTGTTGAATAATTCCTTGAAATGCAGATGCTGTACCTTGCAAGAATAGTCCGAATGATTTTTTTGCAAAGTCTATCGCCGGTGCCAATGCCTTAGAGAATGTTCCCGCCAACTGATTTACCGTATTTCTAAATTGTTCAGATTTGTTATACGCAATAGCAAATGCTGCTACAAGCGCAGCTATAGCAATAACAGCAATTCCCAAAGGGCTTATTAACATAGCTCGCATTGCTGTTCCAAGCGTGCGCATTACACCACCAATCTTAGTGGCAGCTGTTAGAAATGAACCTGTTGCCAGTGTAGCGGCACCAATAATTGGTGTCAAACCAAGAAATGTACGTATACCGCTTCCGATTGCACTATTAGAAGTTGTCGCCCATTGTAAAGTGCTACTGATCATATCAGCGATACTACCCATCACGCCTGAACTTCCAGCCATTGATGAATTACGTAGTGATTCCCAGTTACCACCAACTTGTTCAATTTTAGAACCAACGTTTTTTTGCATTTCACTAGCTTGGCTAGCAAGAAATTTAGTAGCAACTTGAGTGCTTGACGAAGCCTTATTCATTTCTCCAGTAAACGCTGACCAACTCGTAGTCGTATTGTCTGTGGTATCTTTAACCGATTTCATCAATGGTAAGATAGCAGCCATTCCAGCTGAACCAAACATTGTTTTTAACGCTGCTGCTTTTTCTGAACTGGTCATGTTTGCCGTGGCGTCACCAATTTCATTCAAAATTTGTGGTAGTGGCTTCATGTTTCCTTGTGCATCACTGAAGCTAACACCCAAGGATGCAGCCATTTCAGCACCTTTCTTACTTGGTGCCTGCATTAGCAATAAGGCATGGTTTAAGTCTTGCGAAGCTTGTGCCGCACTAAATCCACGGTTAGTCAACAAACCAAGGGCAGTTGATACGGTTTGCATATCAATGCCCGCATTATTTGCCGTGCCGCCAATCGTTGCCAATGCTTGCTGCATATCTTCAATAGAAGCGTTCGACAAGTTAGCTGTTTGCGTTAAAATAGCCGCTGACTGTTGCGGACTTTTCAATGAGTCGCCCCAGATGTTCATTGACTGTTGCACAACGCTCGCCGTTGTTTGTAAGTCAGCACCGGCAGCTGTAGCAGCTTGCGCAATCGCCGGAAATTCTTTCTTAATTGTACCAATTGAAGCACCATCACGAGCCATCGCAACCATAGCATCAGCTGCATCTTTAGCACTCAAAGGCAAATCAGCACCCATCTTGTTAGCAACATCAGACAACCCTTGAATGTCTTTTGATGTTCCGCCAGCTATAACCGCAGCCTTATTTAATGAAGCTTGAAAGCTACCAAATCCGGTTAAACTTTTAATGCCTACCGCAGTTATTGCTGCTCCTGTAATTGCTAATGTTTTACCGATACTAGAAAACGCTTGATTAGCACTAGATAGTGCATTTTGAGTAGCGCCCGCAACGTTTTTCATTGCTGACTGATAATCAGATATATCAGCGCCAATATGAGCCGTAACATTTCCGCCGTTATAATTTGCCATATTAACTCCTTTCCCCGAATACAGTCAGTGCCTTTCTGTATAGCTCCAAGCGTTCCTGTTCGGTTTTTTCTTTCTTATGCGGATCGTAGGTACCTTCTAACGACGCTTCAAGTTCATCACGGTTAAATATATCCTTAAATTTAGGTTTTTCGGCGTTCACAAAGTAACCAATTTGTGTTGCTAGTACGGCCAACTTCTCACGTTCATCAATTTGTGCAAGTTGTCTACCTTTGATAACAGCGTCCAATTCCCATTTGTACAACGAAAAAGCCCACTCGGTATCGTAAATACCAAAGCGAGCCAATAACTCAATTAGAGATTTTCGTTCAGCAATTTCAGAATACGTTCGATCGCCGTCACTTGTTGCTTGATTTCGTCTGTTTGTTCCTTTGATTTCACCATTGGTAGCGCTTCTGCTACCGCGTCCCGTTGCGCTGTGATTGACTTCAAGAAAAAACCGCTATTTTTCAACTCGTCCTTTAATTCTGCTAGTACTTCATCAATCTTTGCACCATCTTCTGTAATTTCATCAACGGCATCAAATAAATCATCATCTGATATTTTTCCAAAGCCACCTGCAACCTTGATAATGTCAATGATTACAGCTGTATCGCCAGTTAAAATACGTGTAAATAAATTGGTAGCACCGTCGCCCATATTATTGTTGTTGGCATCGTAGGTGCTGTAGTCTTTATTTGCATTGAACAATGCCTTATAGTTGAACTTTAGTGTGTCTGTCTTCTTACCTACTGTTACTTCCATGAGTTATCTCCTTTTTATGTAGAGAGCCGAAGCTCTTATTGTTCGTCTGTACCGAAGTTACCTGTTTTTTCGCCAGGGTTTTCGTACTCATAAATTGCGTCTAATGTTGCAATTTCATCATCAGTTAATTCAAATTGACCTTCTTTCAACTTGTCAATGATATTCAACTTGTACTTAGCAGTGATCAACTTGTCACCGTCATCTAATGAAACGCTGTCAACGACCGCGTAACCAAACATTGCAGGGAATACTTGCTTGCTATTCGGCTCTGTTCCAGTTTTCTTAGCATATCGCTTGTCAACAACAACACGCCACACCTTAACTTGATCACCCTTGTGCTTAGCTTGTGTAATAATATCAACTGCTTTATCCTCAGGTACGACGTATGTCGTCAGTTCGATTGAGTCTTCGTTTGAGGAAGGCATGACAATACGACCAAACTTTGTTTGTTCGTCAATTGAGTCTCCCTCAATACTTACTGACCCTTCTGTTTGCATAGCTGGTAATACCGCTGAACTACCAACCGCTGCTGACGTTGATTGAATAAAATACCATACCTTTTTGGCAAGTGTTGCCGTGCCCTTAACCATATCTACTGTCATAATTTCTCCTAAATATATGCTGTCACAGAAAAAATCACATGGTATACATCTCTTCCAATTGAGTTATCAACCAATATTTGAGATGTTACACGTGTGATTCTGTCTGTGGTTTGTGTAATTGCGCTTTTGATTGAATAAGTATCATTTTCAAGTGCTAGTCTGTCATTGATCGAATAAAACAAATCAATCTGCAATTCTGTCGTAACTGTTTCCCATCCGTTACGTGCTGTTAGCTGGTCATCATCCATGTGAGAACCTAACACGAGGAATGGCTCTGGGGTATCAGACTCGGGTAACAGATTATACACAGGTATAGTGCCTGATTTTAGTTTGCTGAAAATATCAATCAACAGTTGTGCCATTGGTGAGTTATCGCTCATCTAAGCCCTCCCTTCAACAAATTCTGCAATTTTTGATAGAAAAATAATTCTTCTTGTTTCATCGCTGGGTTCATGAATGGGTGTGGTGACATTCTGCGTGTTCCCATTTCTAGAAAAATAGAATAGCTAGCACTTGAATCAATATCTGCACTCATATCACCCGTTTTTTGTGCTGCGATGTGTTGTTTCAAATAACCGGTATCAACAGGTGCCATTGTCTTTGCTCGCGTCTCAACTCTCAAAGCTGTGTTCATAACAATATTGTCAGCTTCACGTCTGATTTTTTCTGGTTGACTATTGAATTGTTTGATTAGATCATCTGCACCATCGAATTGGATTGTCATTCTAGACATGCTACACCCCTTGAATGATAACTACCGTGTTCCCACGTGTGTTTGGTATCGCTTGTGGTTTACGCTGCACACCATTTATCAAAACATAGTCAATCTTGCCAACTTTGTTTTTAAAATGAATGGCCACCGCAGTTGAGTCATACTTTCCAAAAACATTCATGTTAGTGTACTGATTTACGCCAGTAATACGACATGGCAACCAATCAGACAATACTTGTTTTTTGACTGGACCCAATGGCCCGTTAGTTTCAACGGTCGTCATAATTTTAACGCGATCACTGTATCTCATATGAACCTCGTAATACCGTTACCACCTTTTTTGGCACGATATTTTCTCAAGTAATCTGCATAATCATCAACATCGTCATCACTCCACGTTGCAGACACATCACTCTCGCTAGATGACCTCTTACCCTCATCCCCGATGCGATTAAAACGCCGAACTGTAATCTCACGTAATAACCAAGATATTTCAGTGGGATAACTAACCAGATTATTGCCATCTTGATTAATGTAACTCAACAATCGCGCTTGGTTATCTTCCAACAACAGATTTAACAGATCGTCTTGCTTTACGTCACTTATTGACAACAAGACTTTAATTTTATTTAAGTTTTCATCTGCCATAGATCCTCCTAACAGGCTTCACACCCCGTTCGAGTGGTTACGCCACTGTTCGTTGCGGTTATTGTCCACCAGCACCCTTAATTGAAACAGAAACGCCATCTTTCTTGTTCTTCTTGATGAATAAATCATGATACAAACGATTTTGATACAAATACCCGTCACCCTCTGTGTGTTCACCGGGTTGGAACAAATAAACTGAGTTTTCCTTGACAACCGGTATCGTCGCTTGTGTAGCCACCAAGATAAAGTTAATATCATTTGCACCAGCTTTTGACTTGAAACCGTCTGAGAAGTCGAACGCGTCTTTGAAACGGGCATCGTCCCATACCTCAATCAGTGTCACGCCGTCAATAGATGTCACACGTGATTCCAACGCTGTCATGCCAACATTTTGGTTAGTGATTGAACGCGTGAATTCTTTTGATCGTTCCAAGAAGTCCATTACTTCTGATGACACGAATCCGATAATGTTTTGTGCCCCGTATTTACGAATTGGAAGCAAAGCCGCCTTTATTTGCGAGTAAACATTATCAACTGTTAATGTTTCAGTAGTTGATTGTCCTGCCCCTTTTGCTAGTGTAGCGAAACGGTAGGCATCAATTTCTGGTTGCACGTTTTCTTCAATGAACACCTTAGTGATATTTCCAGCAGCCAAATCTTGGTTTGTTTCATCAACATCTTGACTGTCTACAAAAAATTCAATATCACGGTCTTGACCCATAGTGTAAACTGTCTTATCGTTTGAAACTGATCCAGTATTGTAACCTTTACCACGTCCGTGTGGTTTCAATCCTGATGTTGAGATACTTGTCAACGTAAACGATTTTCCACCGTTGACTAACGTCACATCTGGTACACCCAATGCTGATGTAATCAAACCTTGTGTAATTTTTTGGTCGAATACTCCCGCATCCTTTGTTACATAGTTATATGCCATAATTTATATTCTCCTATTTAATTCCGAGTGCCTGTGCCATTGCACTACCAACACCTGCATTTTGTCCTGATTTTGGTTCACTGCCCTTCAAACGTTCATTAACTGTTGCTTCAACATGCTTGTTAACGAGGTCATTCAGCGTATTGATGTTGTTCTTGGTTATTTCAGCATTATCAGACAAGACCATGTCAACCATTGTGTCCGGCAAGCCTACTTCTTCGAGTTGATGTTTTGCTTCATAACGGTATTCACGCATATTAAGCTCTTGTTCACGCTTATTAAACGCTTCAGTTTTTGCCTTATCTTCCGCTTCCTTACGATCCGCAGCACTCATTTTAGCGAGTTGCTCTGCCTTAGTGATAGCTTCCTGTTTCTCTTCATCCCACTTAGACTTTGCTGTTTCCAACGCTTTAGCCGACCGCTTGTCAATCAACGAATCTAGTTCGCTTTGCGTAAACATCAACTTTTCATCTTGCGTTTCCACCTCTTGGTCTTGTACTTCTGTTTCTACTTCATCAGCCATAATTTATCCTTTCTTAGCCCATACACAACTTGTATCGTATAATTTTGCCCCATGCACGATTAAAACCCACACACGGCATGATATAGTCCCATATACACATGCCTAGTTTATTGACTTGCGACAGGTCAAAATAAAAACACCAATATGCTAATATCAGTGTTATTTTTATGATTCAACCAGCGCATAACCCGCAACGCTGGTGTTATTGAAGACCGCGTTTCGTGTTACACCCGTCATAACTCCAGTGTATGAAAAGTTAAATCCGGTTGTGGTATTTGTAAAATTCGTTACTTGCTTAAACATGAATGTTTGTCCGTTGTTTGTGAATACTACTAATTCCATTTGCTCTCCTTAATCCCAGCTTGGTAGATCATCTACCGTGTCCGGATCTAAATACTTATTAAATTTCGTCAGTTCATCATCAGACGGCACAATTGTACTACGGCAGTTCGGGTGCATTGACGGTGCGTTAGTCCCTGGTGAAAAGTCATTCATTTTGAATACTTCACCGTTTAGGCTGCGACAGATACTTGACGTGCGATTATCCATAACTGCCACGAACTCGTATGATTCAACACCATAACTCTCATACCGTTTAGCAGTTGTTGCATTAGCTACGTATGTACTTTCTGTGCGAACTAACCGTTCAGTGTTAGGTTTAGTTCCGCCAAATACGTCACGCAAATTCTTAGCGGTAACTCTTGGATTGCTTCCGTTAATTGCAGCCTTAACTAACACATCTTTCAATTTATTAGCCAGTACATCATTATCACGCCAGACACGTTCCGAATAATTGGCCCCACTCCACTCGAATGACAAGATACTATCAATTTCAGCGTTGTTTAACGTCTTAATTGCATTTCCAACTGCTAGTGCGCCGTAAATATAAGCACTCTCTTTGGCTAGATATTCAGTAAATGAACCGACTTGCTGACTGCTTGCCTGTAAAATACGGAAATCAATCTCCAGTTTTAACAACTCTAATCGACTTATTTTAGATGTCATGTACTGCGCATTCAAACGCTTTAACAACTCTGGATTGTCTTTGTTAGACATACGATAATTGTTTGCCCGTTTCACGTAGTCGCTTAAATCAGTCTTTCTAATGCGCTTGTGTGCATCAGCGTAAGACACTGTGTTATTGTCAGCATATCTCTCGTAGAATTCATCAATCTTAATCGCAACATCTTGTGAAGCAGATTGATATTCTTTGAGTACAGCGTCCGTTAAATTTTTATCTTTAACGTCCAATAAGTCCATGATGCCTTGCGTACGTTTCTGCCAATAATCACTCATCTGTCTTACCATCATCAGGTGCTAATGTTTGATATCCTGTTTGTGCTTGAAAATTATCAATACCAGCCTGCTTTTCATCAGCTAAGCGCTTCATTTCATCATCAGCATCAACTCCCGTAAATGTCGATAATAGCGTGAACAAAGTTTCGTCACTAACAACGCCAAACAAATTCTTTAATTCAGCCAACCGTTCTTCATCAGATGTCGGCATGTTAGGCGTGAAGTTAACTTGAATGTCGTTGATTGCATCATATAAGCCGTCTTGACGGTTGGTGGTTGACACACTACTCTTAATACCCCAAACGTTACCTAACAATCTTAGACGTCGCATGATACCACGTGATAGCAATCGCTCTTTCGTCTTACGCAAGTTATCGTTGCCCATGAGCTTGTATTTCATAGCCTCACCAGACTGTGTTCCGGCAAAGTTCTGGTCGTTTGTATCTGGCGTAAATGTGAAGCGTAGAATATCATCAACCAAACGCGTTTTGTATGCTTCCGCACCTGTCGTATCATATTCTTTAGTCAAATAAAACGCGTTAGGTTTCGGCCCGTCTGGATCATTGTTATTATCCATAATCAACATACGCGCTTTCAACATGTCATTGAATACATCGGTGCTAGAGTTTTCACTTGGTATTGGCTTACCATAATCATCAAGCACCAACTCACCGTCAGCATTTGTAGCATATTCAGGTTCAGCCGTACCGGTCACGGGGTTCCCAATCAGTACCAAGTAAGCATCATTCATATCTTGTTGGAAGTTGGCCAACTCTGATTGCGACAAATCATAAGCATCAATACTATCTAACACACTCTCAAAATCGCCAAGTCGTTCCTCGTTATTTTTGTATTCGTTAATAGGCACAGCACCATACTGATGTGTGGCTTCATTAACCAATTTCACGCCAATAAACAATGATGAATTTGATTGGTAATAATAAATTTTATCAGCCGTATAAATCTCGACATAACTACGCACATCAGTCTTGTTAAATCTGATTTGATAGAAGCGCACGCCAAACAATGAGTCAGCAGCAATCGTATCATCATAAACAACAAATGTTTGCTCAGGTTCTAATTTGGTCACACGTTCCTGTGCGTTAGAATTAGAATAAGCAAGCTCATAAGCACGTCCGTATATCGACAAATCAGTCTCAAGCAATCCGTCATGGTAATCAGCGCCGTTTTGCTGTGAGAACTCGGCAATTTTTTTAACTAGATTATCGTCACCCTCATATTGAATTGGGTTACCCAACATGTAACCTTGCATGAACACGGTAATGTACTTAGCCCAGTCACTCGCAATACGATTGTCAGCTCTGTTGCTATCTCGTCCCGTATCGCGGTATTTAATGTTGTTATCAGCTAAATAATATCGTTTTAATTCAGCCAACCGTGGCAGTTGTTGCGATTGAAACGTTGCAATAAAGTCATTCACTTTGTCAATAAACTGCGATGATCCCATATCTGCAATTTGTTCAAAATCCGTGGTTGGCATCTTGAACACGTTATTTGCTTCTGGTCCAAATCTTGTCTTGCTTAAAAAATCTACCATGTTACCTCCCTAATCCTAATTGTTTAAACGCTTCCATGCGATCTGTTGTACTCTTCTTGCTCATGATCAATGGTTCTGCTGCATATCTCATTGCATCCATCAAGTGGTTGTTTTTATCAACGGCCTTGCCAACCCAACCACCTTCCTTATCCATATCGTAAACATAGGCGTTTAGTTCTTCGATTGTATGTTCAAGTGTAGGCAATACATGTATTTTGTAGTCCTGTAAATAAGTAACACCAAACATGATTTCATACTTATGAGCACGTTTCATACCTCTGATCCCTTTGTTTCTCAACTCTTGAATCATGCGGTCACCACCATTTGCGTAATCCGCTCTAATATCGCCTTGTTGATAACCATGTACATACAACCACTTAAAGATTTCATCTGTGAGCATGTGCTGTTTGTACATCTCTTTTAGAATGTAAATATCTTTAGTCTTGGTGTTAATTGCGTACTCTATAAATGTTGTTGGATCAGGTCCATAACCCCAGTCCATACCACGAACAATGTGCGAACCTTTTAGCACTTCTCTAATATCAAATTTCTCAACAATAGTATTCTCGTATATTAAGCCTTCAGCAACGCCCCACTCACCATCAACGGCAACTCTCGCACGTCTTGGGTTACGTTTCTTCATTTCTAAAAGTCGATTAACATAGTCGACATCTAAAAAAGGATTGTCTTTGTATGTTGTCGTAATCGCTAATGAATTGTTGACGCGTGTATCTTCGTCAAAGAAACGCTTTTTTAGCCAATGGCGTTCATTCCAAGGATTAAACGTTAACACCGTTTGATAAAAACCGTCTGGATCATCAATCACACCACGCATAGATTCATCAACCGTTTCAAATGATTCTTCCAATTCCATTTGATAGGCTTCTTCTACCCATAAGCGACATAAATTACCAGTCTCAACAGATATTGACGTGATTGACAATGGTTTATCAGCGCCACGGAACAATATCTTTTGTCCTGTTGGCTTAAATGTTATTTCAGGTAGCGAACCATTGAATTGAAAAAGGCTACCAACGCCCATGCGATTAGCAACCTTTTGTAATAATGTGAATGTTGATTGTCTGTTAGTATTTGCGTAGCGTCTCAACACAAGCCAGTTAACGTATGGTTTGGTCACAATATCAAGAATAACCTTAGTGGCTACTCCCTCACTCTTACCACTACCACGACTACCTTTATAGGCAATATAGCGTGCTTTACTATTAAACATCGGCGCATAAGACTTACTGACCATTTTAGGTAGATTCCAATTGATTACTGGCATTAGCTGTCCTCCTCAAATGGATTGATGTTGATTGATATTGCACTATTTCTGTCCGACTTCAACATATCTATCAGTTTGTCACGAGCTTTGTTTCGGTCATACAGTTCCACCATCGGACCATCTTTCCCCATTTTTATTGATTTGATAGGTCGTGTATCAACCTTTTCTTTATCTTTAAATTGCACCCAAGACTTTCTATATATTTCAGGATTATCTTCGGTATCAAGCTTCACATCACCTTCCGCATCAACGTGCAGCATATCGTATTTACCAAAGTCTATGTAATCACCAATATCAGCTCGTGCTTCAATAACCATATCTTCCATCAAATCAAAAGAGTCCACGCCAAGCTCTTGCAATTTGGCTTTGCGCAGAATCTTTATTTCGTTTTTAATGTTATCATTTGTCAACATGCGAGAACCACTAACTCTTGCAGTGCTATATGGTACATCATAAACATTTATGTACGCTTGCGTGGCATTCGAAATACGAAGATAGTCGATAACAAAGGCCTTTTGCTTGTCTGTTAATGTACTGTCGCTTAACTCATCAATAGCTTTTTCAGTCGGTTTTGGTTTTGCAACCTTTGCAACCTTTGCAACCTTTTTATCTTTGGTTGCAACCTTATCTGAATTCCAATATCGTGACTTCCAAGACTTAACCGTGCTTATAGACACGCCATACTTATCAGCAATATCTTTATACTTCAAACCAGACAAATAATCTTGCTCGGCTTCTTCATATTTTTTCATGTCATTTACGGCACCTCCTTTCAATGTTTTAGTGCAAAATAAAAAGCGCTTATGCGCTTAGTTTTTCACGTATTTCCACAAATTCTTTTCTGATGCTATCAATAATAACGTATACCTGATTATAACTAATTTCTTTATTTTCATCCAAGATCGAGTCCAAGCTATCTTTATTAACTTTAAACTCTTCACAATACAACCGCAATGAGACATCTTCTTGAATTTCTTTACAAAAATCTCTAAGCCGTGTTTCATTTATAACGTTACACATCTCAGTCTCTTCATTTTTAAAAACTCTTTCTCTGAACTCTCGGTGCATTATAAGCGATCTTTTTCCGTAGTTTTCGCATATTTTTTTAAATTCTTTTAGTCTCATATTTTTTTCTTTTTTCCGGAAAACTAAATAATTTATAACACTTGATAATATAGTTGCTACTACCGAACTACTAACAAATAAACTCATCAAATTATTTTCAAAATATTCAATCACAGTTATATACCTCCAATAGCAATAATTATACTACTAGAGCGTGTTATTTTATTTAAAATTTAAAATGATAGCGAACAGCTTTTTGTTTCCAATCTGTATTATTCAACAATCCTGATTTATTTAGATCAATTATAATATTGGCAGCTCTTACAAGTCCGATACGATGCCTACGTTGAATCGCATTAACCGTTTTAATAAAATCCATATCCGTTTTTAAATCACCATCATTGATCATTTGTATAGTTTGTTTGATTAATTTATCTTTTTCCATATTTATCTCCTCAACATAACTTGTGTCAAAACTTTCAATGTAAAGTGTAACCTTAATTAAAAAACGTTCCAAAGCATCACTAATGGCGTTAAAAATGCTCCTAATTATTTTAAACAAGCTCATCTCCTTAACCACATCATGTGGCTCTTGTAATCAATGTTGCGGTTATCCATCACTTCCGCCCTAATCTGCACACGCGCTCTTGCATGCCGTGCTACACTCTCACGCTTGATCTCGTCTGCATGTTGCATATTAATATCTGTTGCATCACGTATATGTCTGTTGCGTTGCCGTTGCTCTCTTATTAATTCTTCATCATTCATAATTAACTCCAATAAAAAAACACCCGTTAAGGTGTTGTGATGTGGTATGTACGAGTGTTTCCACTCATTAACAGAATTAGACTGCTAGACCGTCTTCCTTGGCTAGCAATGTGGGTGGCAGGAATCGAACCTGCTTATCCTCTACGTCACATTGACATCTGGCACTATTTATCCAGACGACACCCACAACCGCATTCCAAACCCACAAACAGAATGCCGGCAAAGCCGTTTTTATAGCTCGAAGCTAAAGTCAAGACAGGGCAAGGATTTGCACCTTGCATGATGAGTTCTCAATGTTTCTAACAGCTGCGACATTTAACACCAAATCGCGACATCATCTCTTTATTGTCTTTGAGCGTATACCTATTCCGCCACCTGCCATGATAGATATTCCAACCTATCTATTTAACCCGAACACCACTTGTTCCTGCAAGATGTGCTCTTCGTAATTCTTCGATACTACCATTATTGCACTGTTTTTAGGTCAATTCGCGACATAAAAGCGACGTCATTTCAGCACCATTAGTTATCCACAGCTTTAAGTCTGCTTTTGATGAGCGACGTTATTTCAGCTAAATCATCTATGGTCGCCTCTTTTTTGATAAAATTTGTAGTTTGCTCCTTACCCTTGTCATACCAGAAAATATTACCAACTTCTCTTTTGAACCAGTTGACATAACGTTGACCTTGGCGTGTGCCGATTCCAGTTAATGATTCAATCGCCAACCAGTCTTGACCTAATCGTTTATCAAAATGAAATTTAACGACATTGCGTACATCTGGATCGAACGAATCTTCAATTCTTCTTACCAATCTAGTTGCATAGTTTAAGTCAGCACGACATTTATTAAGCACAACATCTTGCTCTTTCCTGATAATCATATCGTCAACAGGTCTAGAATGTTTGTTTTGCGCACGGCCACCGCCGATATTCTCATCATTATTAGTCGACGTTTCGATTTCTTTTATTCTGTCATTAACATTATTATGTAGCCGGCCTGAATAATAATCAGACAACAATCTGTCAATTCTATCTGCCATGTCACTCCTTTAATTATTCAATAAATTCATATTCCAACGCCACAAAATGTTCTTTTTCTACATAATCAATTATTATTTTAGCCACGGAGGGAAGATTTACGGAACCCAATACAGTTTCAGTGCCATGTTGGTTAATCTCATATGGCAACCTCTTCTTATGCTTTAAATTTTCTGAAAGCGATAGTTCATATCCTTTCTTTGCTAAAACCTCCTGACAATCGTAAAGAAACATTTCGTTTGTAGAGAAAGCAATTGGTTTGTCGTCGTTGTTATCATCTAATAAATATGTCATTTTTATTCATCTCCTACTGGCAACAATACAGCTTCTGTTAGTGGATTAGTCCATTCTTCTGCCTGCTCTTTGGTATCAAATGGGTAGGCTATATTTCTCGGATTTTTAACATCTTCTTTATCGCGACTATATCCCCAGTCATCTGGTTTCTCAATTCCATTTAAAAATGCCCAATCTTCATCACCGTCTGTTTCTTTACTTCTGACAAACCACTTCTTTTCTGGAATAATTTCAATCGTTTTTTGCGGTTCAAATTCTTCGAAATTCGCCCATAAAACAGCAAATTCATTTTGTTTACTCTTATAATCAACGGATCCGAATAATCTGTCATATAAATTAGGACACAAATTTGTATCTCCAATTTCAGATATTGCAGAGTATAAATCATATTCTTGTTCGACTAATTTTTGGAACTCATCAAATTCTGCCTGTGTCATCTTCACCCGTGATTGAAGTTGTTCCTTGGTGTATAATGGAAAAACTCTTTTATCATCTAATCCTAATGGTTTTTCGTCAGTCACATATTGAACAGATGATAATGGTTCTTGACTAACTAGCCATGCTACTGGTTTCATTTCTTCACTCATGATTTTTCTCCCATCCTAATTGATAACCGTACAAGTAATCTTCTAAATCTTTCACTTCTTCGTAATAAACGTTTGAAACTGTTAGATGATAAATACTACTACTAGAGTTGGTTATCAGAACTGTAGATAAAAACATTGACTGGTTATTTTTAAATATATCCCCAAGCGCTCTGTAAAAATCTGATTTTATTTGATAACTTTCTACTAGTACATCTATTTCGCCTATAATCACTTTACTAAATGCGCTCATTTTGTTTTTTCTCCTCCTGCACGATCAAATCTCCTTTTGCAGTTCAGCTAATAGCTCATCTGCTGTGCAAACTATTACGGTATTTTCCCATCGCATACCACCAGTTATAGCGTCTGGATAGGCACGTTTATGTTCATCTCCATCGTTCCAACGTATCCACGCCACTGGTCGCTTAGGCAATTCGTTATTTTCGATCACGTGCTGTACTTCTTCGATTGAATACAGAGCGTGATATTTAGCTCCGTCTTTTAGAATAAGACCTGTTCTTTTGTCTTTTTCAACCATAAGAATTCTGGGATTATACCTATCTGCAGGCTTTAAATACGCCCATGCGTATACTTTTTTATCTGCCATTATTTATTCTCCTCAATATCAATTGAAATTTTTACACGCACATCACTATTGTCGCTATCATCAACTAATTTAAATTCAGATTCTGCATTAACAGAACAGTGTTCTTTCATTTCAGACAACATCATTTCTAACGCCTTATGAAATGCAACATATGATTTTGTTTTATATTTTTCAGCCATTATTCCGTCTTCCTTTCAAAAATTCATGCAAATCATCTATAAATTTCTTGTGCCAATCAGTCATATTCACTCCTTTTTCAGCGTAATGCTGTAACTTTCGCCATCAATAATCACTTTCTGAACGACGGTGTTAGCTAGGCTGGTATTGTCATTAATGCGATTAAACGATTTAAGCAGATATTTTCCTAGTATCAACTGCATATAAACGCTATTTTCTTCGTTCATGTTTCAACCTCCTGACTAAAATTTATTATTGTTAATCACTTGCACATCTACGATCACTCTGGGTTGCAGACCATAAACCTTGCTGTTAATGCCTTGCACGATTGCATTGTCGTCTTCCCACAATATGCCGTTCAGCGCATCTTCGGCGCTTTTGACAAAGTTGCTCAAGTCTGGTTTCTTGCGTGGCAACAGTTCGCCGTCAATCGCCATCTGTCTCTGCTTAGCAGTAAATGACTTAGGTATTGACCTGACAAACGTCATACTAACCGACAGGGCTCCATGTGGCATTTCATACCCACGCTTTTTGGTTTCCGAACGCGCTATCAGTCCGAGCGTCTCTTTGTATAATTTCGTCTTTTTTGGATCGTACATTCTCACGCCATTGCCAAATCTGACTGCTCTGGGTCGCTCCTGTTGTTGCGGTTCGATGAAAAACTTGAATATCATAATAACGCTCTCTCGTCCTTTCTAAGACGTTTTAAACTTCAAACGTCTATTTTATACCAAACAACTATTTAATCACGTTTATGATATGTTAAATTGAGTTTAAACTAACATCAGCGTAAGATGCCTGTTTTATTTTCGCACCGAGGCGTTTGGCGACTGATAGTGCTGTTAAATTATCACTGAATAATTTGGCTCGTCTTCCGTCTCCGTCGTGGTGCCACATGTAAACTTTTGTGCCGTCTTTTTTAACCAAAATATTTGATAATATGCCGTATTCTTCATGCTTGACAATATGTGTGAGATTTATTTTTTGTGGCTTATTTTCAAATTTGCGTTTAGCACCGCGTTCGAATGATAAGATTTTAACTTCATGACCTTTATTGAACAGCTGTGCGACTGTTCTGTTAGCTGTCACCCTGTCTTTGTAGCTTGCTTCAAACTGTCCGTCGACATACAATTCATAATAGCGTTTACTCTCTAACCGTCCCAAATCTTCGTCCTCTGCTTTCTAACTCTCTTATTATTTCAGGTGTGACCAACACACCATTAATGTGATATTTGCTTTTAAATTCTGGTAAGCCAATGCGATGCAACTCCATGTGGTGCGCGTGGCTTAAACTAAATACCGTGTTGCCAACATTGCTAATGGTGTTTCTATCGCGCCCCATACCTACTGCGTGTTCGCCATGAGCCAACTCAACTGGCTTTGAGCCGTCAATGACATCGAAACCATTAATCAGCGCCATATACTCCCAATGCTTAATATCATCTGGTTCAAGCGCATCTAGTGGCTTAAATTTCAATGGCACATCATGTTCAGCCACAAAGTCCAACATGAATGTGATGAGTTCAGCAGCCACTGACTTCTCAACATCTCTTAACGAGAACTCATCAATATCTTTCCACTCTTCAAACCACATCTTGAATAATTGCTTGACGTATTCAGGCATATCACCAGACCAGTTAGAGATGTCGCGGAACAAGGCGTATATAAACTTTCGTTGTTGCGCGCTAATCTCACGGTCATCTCGCACTTGTATTTCAATCAATGTCTGTTTAAATAGCTGATAAGTTGCCATGAATTTATTTGCTGATTCATCATCTTCAAACCTGAATATTATTTCATTGCCTGATTTTTTAGTTGGATAGGCTTGGAAGATTTTCATTACTTCTCCTCATGGGCTTCACACCCCATTTGATCGTTTACGATGTTTTGATTTTTTTAATAAATTACCGGAACTTTTCCGTCAATTATTGTTTCAAGATGTTCGCCAATATTATTGATTGCGCTTTGTTTCCAAAAACCGCCATCTGCTTCATGCAATGAAAAACTATCTATGTTGTTCATACGAAATATGAATGCGCTTTCTGGCTGATCGACTTCTGTGAATGTCCGGAACGGCTTTAATATCACTGGATTAGGAACTTTAACATTAGCCAAACTTGCTGGTCCGGTTGATGCCTTAGCAATTTGTGTCGTTCCGTCATCTGTGAATGACGACTCATTACTATCTTTCACATTTGAAATAAATTTTAATAAGATATCGCGATCTGGTGTTTTTGAAAAAAGTGCTTGCAAAGCAACAATCATCTCTTCACGTTTGTGAGAATGATCAAAATCAAAACTTTCAAATCTGAGTTTCGTTTCTGCCAGCACTTCACGATTTCCAAATTCATTAATTTTTCCGTATATTACAACGTCTTCTGGGCTATTAACATTAACCGAAACAGCTGATCTCCCAAGTATATGAGATTCTATTGCTTTATTTATTCCGCCTAATGTAGTTATTGATATCGGAATTTTAGCGTTATTATTTGGGCGGAATTCCGTTACGCCATCAGATGAAACAAGAAATGTACTATCATTTACTTCTTGAATTGCTTCACCTGCTGCTTGAATAGCTTGGTTAGATACGAATTCTAATTCTTTTGATTCTGTCATTTTAGTTAGCCTCCTTGGCTGTTTGCATATCAATTACTACTGCCTGCTCTGCAACCGGCAATCCGGTGTCAACCAACATTTCTCCAGTATCCACGTCAACCATCATTTGACCAGGTGCTGCTGACTTCAATTCGCTTAACTCTACTTCTCCGTTAGCATTGAGACCGCCAAGCAATGTACTGCCTGTCTTTGCTGATGGTGCCATTTTCGATGTTACTTGAGCCACTAGTTGAATTGTTTTTAAGTCATCAGCAGAATTCATTGTTAATTTCAGTGTGACAATTCTCTTTGCTTTTGGATCGGTATTGGGATCAAAAATATTATTTGCAACATTTTGAACTTCTTCCATCAATTTGCTTTCAATAGCGCCATCATTTAAACTACCGAGCGAGAAATGTATTGTATTTTTATTTTCGGGCATGTTTTTATCCTCTTGTTTTTATTGGGCTTCACACCCATCTGCATGGTCACGCCATGTCGTGCGGACGCAGGAAATTCTGACAAACCTCTTCCACTGTTTTTATCAGTTTAACGACGATGATTTGGTCGTATGTTATTGCGCTGCATTTTTCATAAATGTGACAATTGTTTGTTTTTGGTTGTCACTCAATTTTACGAAATCCATGAATTCATTAACTTGCAATCCGAACTGACCAGATATGATTGAGTAAACTTGCTTTTCGTCGATATTGTTTTTCGACTCAATTTTCTTGGCCAACTTACCAAATTCTGAATGCAATGGATTTTTTTGCTTAATGCTAGAGTTATTTGTTCCTTTAGCTTGCTGTGCGTTGTTATTAGCTCGCGTTTGTGTCGCTTGCTCATCGGTATCGGCATCCTTCGTATCATCAATAGCGAACAAACCATTAAGCGCATATTTTCGAGCATATGAAGACGCACTACCAGTTATCTGCTCATCGCTCATGCCTTTTTTAGTTTCAGCCTCACGTGAAAACCCGGTTGTTACTTCAGATTCTCCAGAACTATTTGTTATTTTTGCTGTCGATTTGATATAAAACCTATTACCGAGCATTACTATCTCATCGCTTAATGTGACGGTTGCCTTTTGCTCATCAGCTAACGGCTTAATGGCTTTCAAAATGTCTTCCGCACTGCGATAGCTATATTTTCCAAAACTGTTATATTGACCTTTAGGGGCTTCTAACTTGCTTTGTATCAACTGCAACTCTTTCATTTGACACCTCTAAACTCGATTCCGTTATCTTTCATGTATTGCGCTAGACCATTTAACTGTGGCAAGGTTGCATTAATAATATTTAGTGTGCGGTTATATGTTTTTTCGATAGCTGGTTCTGGCTTTTCAATAACTTCGCCATTTTCATCAACTAGCTTGTCACCGACTACTTTTGCATTGGCTTCGCGTTCTTTAGCTGCTGCTTCAGCCTCTTCTTGAACGCGTTTAGCCTCCGCTAACCTTGCTGCCTTGATTTCAATATCGCGTTTCATCTGCGCCTTAATGTCTACTAGATCACGTAAGCCAAGCATTGAAATATAAGGGTCGGCATCTATCTTCAAGCCACTTGCTTCAACTTCAATTTGGTTAATTTGTAATGCTTTTAGCTCATCGTCTTTATGGATTTGCAATATTTGCGCATCAATCTCACTTATCATGTCATTACGGCCGTAAGTCTTATTAAGCCATTTCTCATTGAATTGAATGCGCGCCCAATCTACGCCCTGCTCATTTGCTATTGCAGTGACATCGTTCATGATAACGACACGGCGACGTTCCTTGCGCTCATTCTCAACTGGCACCATCTGTTGTTTCATCAAATCAGATGCCGACTTACCAGCTTTTTCAATAGCCATCATCTTTGGTTTGATTTCAGACCAATTACCAATAATCTTTTTTTCAATACTTTTTCGTTGATCAGAAATTTCTTTGATAGTATTATTTAGCAATGCCCGCTGATCTCTAGCCTGTTCATAATTTTCTTCAACGACTGGAAACTCTTTGTATTTTGCCAACATTTTATCGGTATTCGCTACCAAATCATCTAAGTTAGGTGCTTCAACATGTGCTGGTGTTAATGCTGTAATTTCTAAATTGATTGTTGCTACTTCGTTTGCCATACTAATCTCCTGTCTAATTAATGCTCAATTTCAATTGGCTAAGTTCTTCGTCAATCTCGTGAATGCGTTCTTGAGCGTAATCTCTTTCATCAATTTTCTTGCTGCGCTCAGACTCCAAATACTCAATGCGCGACTGCATGCGCTCCCAATTTCGATCTGGTTTATCTGGGTTGTAAAAACTCATTGCGTCCTGCACCATTTGACTACCTCCATATTTCCTGATATTCTTGAGGTATAAATTATCGTTCAAAATATTTATACCTCACGTCTAACAGCTCTAACTGTTAGGCGTTTTTTTCTGCTCTCATTTCCTGAAATGTCTCTATTGCTACTGGTGAAGACTCAAATACTGAATTGATACTAAACTCTGCATGCGTTGCGATATAGTTCATCATCTCTCTAAGTCCGCCATTTGCTTTAAGACGTGCGCCAAGTTCTTCAACATCTTCTTGCTTAAATTTATAGCCGCTCTTATCATGCTTGTTAGATACTAAGCTAAGTATTTTAACGGTTACTGCTGTTTTAACGAACTCACTAACCCATTTATCCATTTGTTAGTCCTTTATTCTTCAAGAAGCCCGGAACAACGCCCTCTCTTTTAGCTCTGCCATAGGTTTGCTTAACCTCTGGTGTGAAATCATACTCATCTTCCCAACCAGCTTGATGAAACCATGTTGAGCCTTGCTTGATATATTGCCCCGGTGTTTGTTTGATTTCTATCTGTTTCAAATATTCTTGTAACTTTGATTTGATTAATTCAGAATCAACACCAGCTTTAATTGCTTTATCAAAATCTTTCTTCGCGTTTGATTTACCTGATTTTTTGGGATATAGTTTCCAAATTTCTTCAAACATAGCATCACGTTCTGATTTTTCAATATGCAATCTGTCTGGTTCGTCAGAATCGGACAATATATCTTTACTAACCTTACCTAACCTATCCTTACCTAACCTAACCTGTGTCAACGTTTCGTCTACGTCTCGTGGACGTTCTGTATACAAAATATTATTTTGTTTTTCATATTGACCCGAATTATTGATTTGTAGCTGTTCTAACTCATTTGGATACATCGTTTTGTTATATGTGTCCTTACGAATATAGTTGTGCACTCGCCAATCTTTGATCACAACGACACCATTTTCGAATGGCAGTAAAAATTGTTTCGCTATTAATAATTTTCTGTCATCTTCACTGGATCCTATCATTCTCTGAATAGTCCTCGTGTTGTCGATGAATCCATCATCGTCTGCGTGCATATTTAAGTGAAAATACAGTGCCTGTGTTGACAGCGGCATGTCTAAGAAAGTATCTGTATCAGTAACTTTCTTGCTGAACATTCTTCTCTGTGCCATGACTACCTCTCTTTCTCTGTTCTAAATTCATCTAAACTGACATCTAGTGCATCAGCTATTTTTTCCATGGTGGAAAAATCTGTACCTGCACTTTCATCATTTTTAATACGATAAATCGTGCTCATATCAACTCCAGAATGTTTGCCAAGCCAATACCATGACCTATCTTTGTCATATAGTAAATTCTTCAGTTTTTTATTGATTTCCATGTACAAATATTGTCCTTTCGATTGGTTTATACGTTTTGTTGTTCTTTTTTTCTGCTATAATAATATATACAAACAGATGTTTCATTCATCAGGAATAAACACGAATATATGTTTGCAAATTTGAGAGCAGCCGTTTATCCAAAACGCTGCAGAAAGAAGAAATAATATGGGACTAAGTCCAAAGAAAGATTTAAAAAGTCGTAATCAAACTTGGATTGACATTGACGACCGACTTCAATCGGTTATAAATTTTGTTGGAGATAGCGCAACCATCAAGCTGTCAGAATACCCAACATTAAGCAAAGCAGAAATAATTTCTGAAGCAGAGAAGAACAACTACACGGTTCTGGACAAAAATGACGGATATCTAGTATTTAGTTAACTTCTGTTCTAACGCGATTATTTTTGAATTGGTGTAGTTTTTGCTGTCTTCTGAAGCGTATTTAAACGCATTGACAACTTTTTTTAAAGAAGTCACCTCACTCTTTAGTGATGTGATTTCTTTTTTTAATTCCAAAATTTCTTTTTCCATTTTCCTACTCCTCTACTGCGCCATTTACTAAGAATGCCGCTTCCTCTGGTGTGCAACCGTTTTCGATGTGCCTATAATAATCACGTCTACCCTCGCGCTCATCAAACTTGCGTTCGTCATGCGTGAACCAGACAATGCCGCCAACGATGATGACGATCCATACTGCTGCTGTTATCATGCACTTTGCTCCTTATCTCTTGTTAACATCGCAGCCTTAGCAATAGCTCGATAAATTTTCTTCGTGTCGTCACGATAAGGAATGACATATCCTTTCATACTGTCCATTCTCGTACCGTCCTTTAATACGTGTGTGACTTTCATTTTGTTTTCTCCTATGCTGTTTTCAAAAACTTGTTGATGAAATATTGTTGACCCTTACCAGTTACCTTTGATGTTTTAGTCGTGACGTTTACGCCATTGGAATTGATGTGGTTATGTTCCTTAATTTCAAACAAACCCAGCTCCATACTTTTTTGTGTCGGCATATTGTAATCTGTGCCATTACGTCTGATTAGGTAACCGTTTTCACGTAACCATACGAACAATCGGTTTGCGCCAATATTAACCTTGTTCTGTTTTAGCAATTTAGCTAACTCGCCAACTAAGATACTTGTTTGACTTGCGCTAACTGCATCAGCAAACAATGCTTTAGGTTTCATTTCAGCAATAAGTTGGTCTTTATGTTCCAACTTAACCTTGCTGATTTGTAACGCTCTAGCCATGATTTGATCAGGACTGTTCCACGCCTTTTCAACTTGAATGAAATACATGCGAACTTCGCGGCCTTTTTCAGTGCCAGACATTAATGCCATTTGTTTAGCAGCATCAACCGTCAGTGAATAATCTTGAAGTTGTTGAATAGCCCCATTATTTACAGCCGTGCTTGAAAGCACACCTGTAAAATCTTCTCCTTCAATTAATTGTTTTGAATTTGTATCAAACCAACGGGAGAAACGCGTATTTTTAGATACTTCCAAAGCCTGATACAATTCACGAGCGCTAACCCGTGCTTCGCCTTGCTCGTTTTGATTGATTTTAATAATTTCTTGCATGCTTTTGCCTTTCTAATGTTTTAATGTGATGTTGAACAATTTTAAGATTGTTTCGCGAATTCGATCGTACCTATCACCATCATTTCCACGAATAGCTCGGCTAGTCTCGTCCTCTCTTTCTCCCATGATATTGGCTAGTTCTACTTGTGTCATGTCGCGATCATCTAAGGCGTTGCGTATAGCTTGCCTTATTTTTTTTGTATCATCAGCCGGTACATTTGCCAACATAAGATTACCTCCTCTGTGTTATTATTAATCAAGTTCTTGACTTATTTTTACACAAAGTGTAAAATTAGTGCATACGAAATAAGCGAAAAAATAATCATCTACCAACCAATCAGACCGCCAAGTTAGATTTAAAGGTATTTGTTTTTTCAATCAATTACTTGATGTATTTATTATTACACACAGTGTTATTATATGCAAGCCTTTTGTGTGTTTTTGTGTAAATTAATTACATCGAAAAAGAAAAGGTGTTGATATGACTACGTTTGAAAGAATAAAAGATACTGCTAAAAAAAGAGGAATGAATTTAAAACAGGTTGCAATTGCCTCGGGATTTAGTGAAAATGCAATTTATAGATATAATCAAGGCGTTGAACCAAGTGGACCAGCATTAAAAGCTATTGCTGATACTCTTAATGTTACAGTTAACTATTTGCTTAATAATTCAGAAGAAGAACCAACTGTTAAAAATAGACTGACTAATATAGATGACTCTGACATACTACTTTCATTTGATGGCAAAGAAATAGATGCAGACGACAAACAAGCGATAATTGAGTTACTAAAGTTTAGAAGATTTCAAAAACGTAACGAGGACAATTAATGGACGAATATAAAGACACAATAACTGATGAATTATTGCGATTAGCAAAGCGGAATTTTGTTTCTGTGTATCATCTCAATATGAAATCTGAAACACCTGATGTTGCTAGTCCTTTAGATAGCACGGTTATCATGAACCCAAATTTTAAAATTAACGTTAGTTTTAATTACAGATTAGCTCACGAATTAAGTCATATTTTATATGGTGAATTGCAATATCAATCAGTATATCAGTTCAGCGAGTTTGGTAAACGTGGTGAAGAATTATTAGCACATCGAAATGCCATACGTATGCTGATGTCGATCGAAATGCCAAGTAGTCCGCTTACATTCATGAGTTACTATCGTGTTCCATCATGGCTAGAAAATGACGTGTTGCGCACCTATAATGAACTTAATATTGTAGAATGAATACATGTGCCAAACAATCACATTAAAAGGTTTTGGGAGATAATATAATGGCAAAAAAGATTGTAGATGAAAATGGAAACACCTATGTTCAAAAGAAACCATTCTATAAACGTGTTTGGTTTTGGATATTAGCGATTATTGTAATTTTTATAATTATAGGTAGTTCAAGTAGCAGTAAGGATACGAAGTCATCCGAAAATTCTGCTTCTTCATCTAAAACAAATAAACAAACAAAAGAAAGTTCAAGCATAGAATCAAAACCTAAAGTATCTGCTGAATATACTGCAGCATTGAACAAAGCTAACACTTATGCAAGTGTGATGAGCATGTCAAAAGCAGCTATTTATCAACAGCTAACATCGGATGCTGGAGAAAAATTCCCAGTAGATGCAGCTCAATATGCAATTGATAATGTTAAAGCAGATTACAATAAGAATGCTTTATCAAAGGCTAAAACTTATCAAAAGCAGATGAGCATGTCAACAGATGCTATCAAAGAACAGTTGATATCAGATTCTGGAGAAAAATTTACGCAAGAAGAAGCAGATTATGCTATTCAACATTTAAACAATTAATCAATGCCCGTTTGGGTGTACATAATAAACGCTGAACAACCACACTAAAAAATTTTGGGAGAGTTTAAAAATAGAAATGGAAAAAAGAGATAAAATTTTAGCAAGTGTGACCATTGTTGTGACATTAGTATTCATATTGTTTTTTGGATTAACAGCTAAAAAAGACAACAGTCGAAATAATTATGAAGACTCATCAAAAATTTCGGTTGAAAAAAATTCAGAAGACGATTCGGATAACGGTTATAGTAAATCTGAATCAATGATGAGTTCAGTCAGCTCATCAGAAGTAAGTTCATCAAGCACCGATTCAATAAGTTATGAGGAAAAAGTTAACAAATTAAGTTATGGTACAGTTCAATCTGCAAAATATAATAAAGATACAAATACATTAACATACACAGGATTCGAAGTCTGGTCAGATTATAGCAACGATGATCTTCAACATGCTATGGATATACTAGAAACTATAGCAAACAAGCAAGCTGTTCATTACGGAATGCATAATCCCGCGATCGATGTTGTACTACCAAATGGCAAATTAATTGCATCGAGCAACGGTAAAGATGATATAGAATTTGTAGAATAATAGCACATGCCCTAATGGGCGTAAACATATTAGACAATGAAGTCTTTAAAATAAGCAAATAAAAAAGCACACCCTATCCGCCAAGATAATCAGGTGTGCTAAACAGTAAAAACATAAACGCACGGGGCGTTCTAGTTAATTATAACAGATATAAGCCCCTTTTTTAAGGAGGCTTTTTATTATGAACAAAAAAGTAGCAATCTACGTTAGAGTGTCAACTTTAGAACAAGCTGAGAGTGGTTACTCTATTGGCGAACAAATAGACAAATTAAAAAAATTTGCTGACATCAAAGAATGGCAAGTATATGATGTATACGAGGACGGTGGTTTCTCAGGAAGCAATACCACTCGACCTGCTTTGGAACGCATGATAAACGATGCGAAGCGTAAATTATTTGATACTGTACTCGTGTACAAGCTTGATAGATTAAGCCGCTCGCAAAAAGACACGCTGTTCTTAATTGAAGATGTTTTCAAAGTTAATAACATTGATTTTGTCTCATTGAATGAAAATTTCGACACGTCAACAGCATTTGGAACAGCAATGATTGGAATTTTAAGTGTTTTTGCACAATTAGAGCGCGAACAAATAAGAGAACGCATGAAATTGGGACTAGTTGGACGTGCAAAATCTGGAAAAGCAATGGGCTGGCACATGACACCATTCGGTTACACCTATGACAAAAAAAGTGGAAATTTTATCATTGATGAAGTAGCGGCTGGCGTTGTCAAAATGATATTTGATGATTATTTATCCGGAATTTCAATCACTAAGTTGCGGGATAAACTAAATTCAGATGGTCATATTGGTAAAGATAGAAATTGGTCGTATCGTACGCTCAGGCAAACTTTAGATAATCCTACATATACAGGCTTGGTTAAGTATGATGGGAAAACTTTTCCGGGTAATCATGAACCCATACTCAATAATGAAACATTTCAATCTGTTCAATATGAATTGGACATACGTCAAAAACAAGCATACCTGAAAAATAATAATTCTCGTCCGTTTCAATCAAAATATATTCTTTCTGGTATGGCGAAATGTGGATATTGTGGTGCACCTTTAGTTTCAATATTAGGCAATAAGAGAAAAGATGGCACTAGGCTATTAAAATATCAATGTGCCAATAGAATTATTAGAAAATCTAATCCTGTGACAACGTATAATAATAACAAACAATGTGATTCTGGATTCTACATGATGCAGAATATCGAGGCATATGTCATTAACTCAATATCTGAATTACAAACAAACCCTCAAAAAATACAAGAAATTATTAAACTTGATAATGGCCAACCTGCTATTGATACAATCTATCTTGAAAGCGAACTCGCAAAGATTTCGTCACGGTTAAAAAAACTAAGTGATCTATACATGAACGATTTGATGACATTAGATGATTTGAAAAATCGAACTGAAGAATTAAAACAAACAAGAAAAAATATAGAAGCCAAGATATTCTCTGAAGAAAATAAACACGGTCATGCTAAGTCTGATATATTTAGATCAAGAATAGATGGCAACGATATCACAGAATTAGACTATGATCAACAATCCATGCTAGCTAAATCATTGATACGTAAGGTTTCTGTTACTAGTGAAACAATCGAAATATCTTGGGATTTTTAG

Protein sequences of DBSCAN-SWA_6

>NC_014319|1612013:1646961|1634565_1634895_-|WP_013231922.1|DBSCAN-SWA
MADKKVYAWAYLKPADRYNPRILMVEKDKRTGLILKDGAKYHALYSIEEVQHVIENNELPKRPVAWIRWNDGDEHKRAYPDAITGGMRWENTVIVCTADELLAELQKEI
>NC_014319|1612013:1646961|1638879_1639782_-|WP_013231930.1|DBSCAN-SWA
MANEVATINLEITALTPAHVEAPNLDDLVANTDKMLAKYKEFPVVEENYEQARDQRALLNNTIKEISDQRKSIEKKIIGNWSEIKPKMMAIEKAGKSASDLMKQQMVPVENERKERRRVVIMNDVTAIANEQGVDWARIQFNEKWLNKTYGRNDMISEIDAQILQIHKDDELKALQINQIEVEASGLKIDADPYISMLGLRDLVDIKAQMKRDIEIKAARLAEAKRVQEEAEAAAKEREANAKVVGDKLVDENGEVIEKPEPAIEKTYNRTLNIINATLPQLNGLAQYMKDNGIEFRGVK
>NC_014319|1612013:1646961|1636968_1637688_-|WP_013231927.1|DBSCAN-SWA
MTESKELEFVSNQAIQAAGEAIQEVNDSTFLVSSDGVTEFRPNNNAKIPISITTLGGINKAIESHILGRSAVSVNVNSPEDVVIYGKINEFGNREVLAETKLRFESFDFDHSHKREEMIVALQALFSKTPDRDILLKFISNVKDSNESSFTDDGTTQIAKASTGPASLANVKVPNPVILKPFRTFTEVDQPESAFIFRMNNIDSFSLHEADGGFWKQSAINNIGEHLETIIDGKVPVIY
>NC_014319|1612013:1646961|1613610_1617666_-|WP_013231901.1|DBSCAN-SWA
MIKFKNVAGQSFLAVGTIQRKSALNGEKSLTGTIYDGDDVLNKIDKGWSLEFDDEPYVITYFERNDNDNTVSFDAIHRFFWNTAKSVLYTSTSGSHTIKWYLDQIFSNTGYTYALNYAPTAIGKDNWGMKTKLSLFNDIISSIGGEFEINGTLVSIFEKVGTDLSTIVRYGFNLSDMSVENDAVGFVTYGEGFGAYADQQNQRGDRLHVTYTSPLASVYGKLQAEPVDDQRFTIQSNLLNAVKDEVDGSFSVSIKLSLYDLTAAGYPYKMANVGDWLMAIDERLDFKQRIRIISIDDEFSAEGTRISYTVTAGNVGIVQKYQDSNASLATQVNNAMDAANQAVTDANVALIAANGKNTSYYVDSFDILPKTANEGDLGWVQTGDGRVLYIYIKKPDGSLYWEKRIDPEMGEQIAAGVEEAVLTAKSNSDKAIDDNNVLINQTINTVSKQQANNEIDKRNFDANAQSMVNQGVVDAKVNTQTVAQQTLATANANLDQAQAQIEAAYKSADGIVNKKIDDTATSIGTTIIQNKTDANNGISVAQSTAQQALDGLKATVSKSDYDAKTKDLTSKVGTAQLTADQATTTIGNYQKSNDGRVSTAETNIKSNKDAIALTATKQDLNSATNTLNTSIGAVNVKADSVTTTVAQLSKDTTTKFATQQTTIDGITQTVSANTGAINSVTSRVTTAEGTLTSTTNRVSGVETKQTTLAGQVSQEISDRNNGDSNTLNSAATYTQLQVSSATSGLNSTITQTASAIIANLGASNLFPNSEFTADYGYLSKSGTIEIRQNQNIDNKISGVITIVSTAAGYQGYWANNIPVIGGQKYSGATRVHYTNGGLTNGRALLDVWYVDSSGARINGGTGGSWKVQTPQIDSPYWIDLYFDGITAPINASYMQASLIVNNAGAGQKATFTQTTITATDVHQTYTPNDDMSANLTLFKDNWSIGIKDNIQGIVSGIVGTPTQMSLISKNITLDGNTTVTGDFYALGGNFKNLNASNMTVGTLNGNQVNVTNINANNIVAGTISGANLSINLNTGQVYFQNGRIYSQSIDDQDGIGVDINIDKRYIATRSSLGYSTLKDGGLYLSQYSLTDSGNSPYFGVKNDTSGFGTGGALIYGTKSVGIATLPHSVPNYIGTENYNGIIVSEDKKLFLAGYSKGVMITGGADIGNSAGSPFINLGTTSSNTVNGTGGDRISLYAKYLYLSLQWATTTSSSANMFIASDGAVVRSSSSSKYKLDIEYEKEPDTANKLLTLDPATWHDKFESEQIAKFHKTGVDTERSIDMNKRRYYGVIAEDLVKAGLDYLVQRSPETGDVEGVEYSKIGVALIPIVRELRNRIIEQNIALERLKEQLK
>NC_014319|1612013:1646961|1630537_1631290_-|WP_013231916.1|terminase|DBSCAN-SWA
MKKYEEAEQDYLSGLKYKDIADKYGVSISTVKSWKSRYWNSDKVATKDKKVAKVAKVAKPKPTEKAIDELSDSTLTDKQKAFVIDYLRISNATQAYINVYDVPYSTARVSGSRMLTNDNIKNEIKILRKAKLQELGVDSFDLMEDMVIEARADIGDYIDFGKYDMLHVDAEGDVKLDTEDNPEIYRKSWVQFKDKEKVDTRPIKSIKMGKDGPMVELYDRNKARDKLIDMLKSDRNSAISININPFEEDS
>NC_014319|1612013:1646961|1613027_1613264_-|WP_013231898.1|DBSCAN-SWA
MIVTKSVAINATSTTVETDGAAPTVIAYFNANVSDTGTTNNMNIQNQALYDANKAQVRKDKADFDNAVYAVEDEQASV
>NC_014319|1612013:1646961|1633425_1633704_-|WP_013231920.1|DBSCAN-SWA
MTYLLDDNNDDKPIAFSTNEMFLYDCQEVLAKKGYELSLSENLKHKKRLPYEINQHGTETVLGSVNLPSVAKIIIDYVEKEHFVALEYEFIE
>NC_014319|1612013:1646961|1639795_1639981_-|WP_013231931.1|DBSCAN-SWA
MVQDAMSFYNPDKPDRNWERMQSRIEYLESERSKKIDERDYAQERIHEIDEELSQLKLSIN
>NC_014319|1612013:1646961|1623012_1623579_-|WP_013231906.1|tail|DBSCAN-SWA
MTVDMVKGTATLAKKVWYFIQSTSAAVGSSAVLPAMQTEGSVSIEGDSIDEQTKFGRIVMPSSNEDSIELTTYVVPEDKAVDIITQAKHKGDQVKVWRVVVDKRYAKKTGTEPNSKQVFPAMFGYAVVDSVSLDDGDKLITAKYKLNIIDKLKEGQFELTDDEIATLDAIYEYENPGEKTGNFGTDEQ
>NC_014319|1612013:1646961|1642208_1642928_-|WP_013231938.1|DBSCAN-SWA
MQEIIKINQNEQGEARVSARELYQALEVSKNTRFSRWFDTNSKQLIEGEDFTGVLSSTAVNNGAIQQLQDYSLTVDAAKQMALMSGTEKGREVRMYFIQVEKAWNSPDQIMARALQISKVKLEHKDQLIAEMKPKALFADAVSASQTSILVGELAKLLKQNKVNIGANRLFVWLRENGYLIRRNGTDYNMPTQKSMELGLFEIKEHNHINSNGVNVTTKTSKVTGKGQQYFINKFLKTA
>NC_014319|1612013:1646961|1617662_1618490_-|WP_013231902.1|DBSCAN-SWA
MDLLITNGASSVKLSDKGIIATDFDESTPSLHLNTKSFSGRNGKINFGGDYDAKKLTYTGYLTAINQFDYESKRNWLYQILAGSNPYYITPLFSSDPQFNYEIPGQFTGNKLGQSNGLESNKRFLVTLEDTFAPRFVGSVDGKQLYKIELKFETAVLPFGESKPKTATITNQIVYTGTVTASQLEVPFYVKLTANQTASVISLKIGAKTWTYSGTVAVGDVFKIGGMYNLKNSLSINDNTNFEYFVLEPSISGQIAVNSSITATIEIHDYKELYL
>NC_014319|1612013:1646961|1622527_1622977_-|WP_013231905.1|DBSCAN-SWA
MEVTVGKKTDTLKFNYKALFNANKDYSTYDANNNNMGDGATNLFTRILTGDTAVIIDIIKVAGGFGKISDDDLFDAVDEITEDGAKIDEVLAELKDELKNSGFFLKSITAQRDAVAEALPMVKSKEQTDEIKQQVTAIERILKLLNENL
>NC_014319|1612013:1646961|1612337_1612640_-|WP_099045434.1|DBSCAN-SWA
MVSTIEQLAFIFGAFGTIATGYFAWRGKREDTTQKHDDTVSEMFATQGALVKELSSQVSQLSQEIASLRSDNKNLTQENEALRSEVNKLTEKIDELMKTV
>NC_014319|1612013:1646961|1613386_1613614_-|WP_013231900.1|DBSCAN-SWA
MNNIQMKNEIPDNNNDTVKLVFSVTFDDGTAISDGAIVISRSDWLNMNGKNKLDKIADVISDKILGTKELNREFK
>NC_014319|1612013:1646961|1625889_1626399_-|WP_013231912.1|DBSCAN-SWA
MADEVETEVQDQEVETQDEKLMFTQSELDSLIDKRSAKALETAKSKWDEEKQEAITKAEQLAKMSAADRKEAEDKAKTEAFNKREQELNMREYRYEAKHQLEEVGLPDTMVDMVLSDNAEITKNNINTLNDLVNKHVEATVNERLKGSEPKSGQNAGVGSAMAQALGIK
>NC_014319|1612013:1646961|1634894_1635074_-|WP_013231923.1|DBSCAN-SWA
MAEKYKTKSYVAFHKALEMMLSEMKEHCSVNAESEFKLVDDSDNSDVRVKISIDIEENK
>NC_014319|1612013:1646961|1640325_1641120_-|WP_049777085.1|DBSCAN-SWA
MFSKKVTDTDTFLDMPLSTQALYFHLNMHADDDGFIDNTRTIQRMIGSSEDDRKLLIAKQFLLPFENGVVVIKDWRVHNYIRKDTYNKTMYPNELEQLQINNSGQYEKQNNILYTERPRDVDETLTQVRLGKDRLGKVSKDILSDSDEPDRLHIEKSERDAMFEEIWKLYPKKSGKSNAKKDFDKAIKAGVDSELIKSKLQEYLKQIEIKQTPGQYIKQGSTWFHQAGWEDEYDFTPEVKQTYGRAKREGVVPGFLKNKGLTNG
>NC_014319|1612013:1646961|1635834_1636236_-|WP_013231925.1|DBSCAN-SWA
MGRLESKRYYELYVDGQFEASYKDRVTANRTVAQLFNKGHEVKILSFERGAKRKFENKPQKINLTHIVKHEEYGILSNILVKKDGTKVYMWHHDGDGRRAKLFSDNLTALSVAKRLGAKIKQASYADVSLNSI
>NC_014319|1612013:1646961|1633706_1634291_-|WP_013231921.1|DBSCAN-SWA
MSEEMKPVAWLVSQEPLSSVQYVTDEKPLGLDDKRVFPLYTKEQLQSRVKMTQAEFDEFQKLVEQEYDLYSAISEIGDTNLCPNLYDRLFGSVDYKSKQNEFAVLWANFEEFEPQKTIEIIPEKKWFVRSKETDGDEDWAFLNGIEKPDDWGYSRDKEDVKNPRNIAYPFDTKEQAEEWTNPLTEAVLLPVGDE
>NC_014319|1612013:1646961|1635314_1635746_-|WP_013231924.1|DBSCAN-SWA
MIFKFFIEPQQQERPRAVRFGNGVRMYDPKKTKLYKETLGLIARSETKKRGYEMPHGALSVSMTFVRSIPKSFTAKQRQMAIDGELLPRKKPDLSNFVKSAEDALNGILWEDDNAIVQGINSKVYGLQPRVIVDVQVINNNKF
>NC_014319|1612013:1646961|1618489_1622215_-|WP_013231903.1|tail|DBSCAN-SWA
MANYNGGNVTAHIGADISDYQSAMKNVAGATQNALSSANQAFSSIGKTLAITGAAITAVGIKSLTGFGSFQASLNKAAVIAGGTSKDIQGLSDVANKMGADLPLSAKDAADAMVAMARDGASIGTIKKEFPAIAQAATAAGADLQTTASVVQQSMNIWGDSLKSPQQSAAILTQTANLSNASIEDMQQALATIGGTANNAGIDMQTVSTALGLLTNRGFSAAQASQDLNHALLLMQAPSKKGAEMAASLGVSFSDAQGNMKPLPQILNEIGDATANMTSSEKAAALKTMFGSAGMAAILPLMKSVKDTTDNTTTSWSAFTGEMNKASSSTQVATKFLASQASEMQKNVGSKIEQVGGNWESLRNSSMAGSSGVMGSIADMISSTLQWATTSNSAIGSGIRTFLGLTPIIGAATLATGSFLTAATKIGGVMRTLGTAMRAMLISPLGIAVIAIAALVAAFAIAYNKSEQFRNTVNQLAGTFSKALAPAIDFAKKSFGLFLQGTASAFQGIIQQVANLGTSIAKSINFSSIGSSLIGFISQVMNVMTIARNAVADFIKGFIKANAVQSVWLALVSTFNLLKDVIGTVIISSGKLLSSFSQVGSSESAFETLGAIIGSLVTVISNAVYAVTRFIDNLTKIEGFNDVFTSVVVAVGSVVIAFKVVSLAVKTGQVAMTMFSNAVKIGQGVMAAFNVVMSANPIVLLVIAITAVVAALAYFFTQTQTGQEIWSNFVKFLSGVWGGIKQGVIGAGKAVSDAWSSSKKSVENAWSGTKTFFSNLWANVSKGTDIFVQANQKAGSDSVNALKSGWNSVATFFSNVWDSVIQTLQPVFDLIIQGWNSVVTNLSTIWNGLVSIATGVWNLLKDVIMGPILLLLDLIIGDFTNLGIDAQNIWTNIVTSLGQIWNGIVMIATTIFGIIANTINVIWTTISAFAVSIWNSIVSTVVGIWNSFTTAATKFATDLWTSIVNVWNAIPGFLSGLWNRAVSTVTGIWNVFVNSAVSFGNRLWNGIKSIWNAIPGWVSSLWNGVRNVISSVWNAISSTVSNLARSAWNGVVGAWSGAVGWVSGIWNGVKSAIYAAMNFDLWGAGQAIMNSFLNGLRSVWGAITSFVGGIASWIRAHKGPISYDRKLLIPAGQAIMSGFGSSLNANFETVKKSVSSYAGQIADEFGQQQYTSSAQLTTSSTGVAGQINGGLSALSDKVAEQQTQSPVFQVFNEIVGDKITTTVNSKNARRQATVKIMGGGA
>NC_014319|1612013:1646961|1631339_1631777_-|WP_041771768.1|DBSCAN-SWA
MIEYFENNLMSLFVSSSVVATILSSVINYLVFRKKEKNMRLKEFKKICENYGKRSLIMHREFRERVFKNEETEMCNVINETRLRDFCKEIQEDVSLRLYCEEFKVNKDSLDSILDENKEISYNQVYVIIDSIRKEFVEIREKLSA
>NC_014319|1612013:1646961|1641510_1641726_+|WP_041771779.1|DBSCAN-SWA
MGLSPKKDLKSRNQTWIDIDDRLQSVINFVGDSATIKLSEYPTLSKAEIISEAEKNNYTVLDKNDGYLVFS
>NC_014319|1612013:1646961|1623587_1623959_-|WP_013231907.1|DBSCAN-SWA
MSDNSPMAQLLIDIFSKLKSGTIPVYNLLPESDTPEPFLVLGSHMDDDQLTARNGWETVTTELQIDLFYSINDRLALENDTYSIKSAITQTTDRITRVTSQILVDNSIGRDVYHVIFSVTAYI
>NC_014319|1612013:1646961|1622216_1622519_-|WP_049777078.1|DBSCAN-SWA
MARFGIYDTEWAFSLYKWELDAVIKGRQLAQIDEREKLAVLATQIGYFVNAEKPKFKDIFNRDELEASLEGTYDPHKKEKTEQERLELYRKALTVFGERS
>NC_014319|1612013:1646961|1638241_1638883_-|WP_013231929.1|DBSCAN-SWA
MKELQLIQSKLEAPKGQYNSFGKYSYRSAEDILKAIKPLADEQKATVTLSDEIVMLGNRFYIKSTAKITNSSGESEVTTGFSREAETKKGMSDEQITGSASSYARKYALNGLFAIDDTKDADTDEQATQTRANNNAQQAKGTNNSSIKQKNPLHSEFGKLAKKIESKNNIDEKQVYSIISGQFGLQVNEFMDFVKLSDNQKQTIVTFMKNAAQ
>NC_014319|1612013:1646961|1642940_1643156_-|WP_013231939.1|DBSCAN-SWA
MLANVPADDTKKIRQAIRNALDDRDMTQVELANIMGEREDETSRAIRGNDGDRYDRIRETILKLFNITLKH
>NC_014319|1612013:1646961|1644214_1644742_+|WP_013231942.1|DBSCAN-SWA
MAKKIVDENGNTYVQKKPFYKRVWFWILAIIVIFIIIGSSSSSKDTKSSENSASSSKTNKQTKESSSIESKPKVSAEYTAALNKANTYASVMSMSKAAIYQQLTSDAGEKFPVDAAQYAIDNVKADYNKNALSKAKTYQKQMSMSTDAIKEQLISDSGEKFTQEEADYAIQHLNN
>NC_014319|1612013:1646961|1634283_1634541_-|WP_041771774.1|DBSCAN-SWA
MSAFSKVIIGEIDVLVESYQIKSDFYRALGDIFKNNQSMFLSTVLITNSSSSIYHLTVSNVYYEEVKDLEDYLYGYQLGWEKNHE
>NC_014319|1612013:1646961|1644818_1645328_+|WP_013231943.1|DBSCAN-SWA
MEKRDKILASVTIVVTLVFILFFGLTAKKDNSRNNYEDSSKISVEKNSEDDSDNGYSKSESMMSSVSSSEVSSSSTDSISYEEKVNKLSYGTVQSAKYNKDTNTLTYTGFEVWSDYSNDDLQHAMDILETIANKQAVHYGMHNPAIDVVLPNGKLIASSNGKDDIEFVE
>NC_014319|1612013:1646961|1627687_1629253_-|WP_013231914.1|portal|DBSCAN-SWA
MVDFLSKTRFGPEANNVFKMPTTDFEQIADMGSSQFIDKVNDFIATFQSQQLPRLAELKRYYLADNNIKYRDTGRDSNRADNRIASDWAKYITVFMQGYMLGNPIQYEGDDNLVKKIAEFSQQNGADYHDGLLETDLSIYGRAYELAYSNSNAQERVTKLEPEQTFVVYDDTIAADSLFGVRFYQIRFNKTDVRSYVEIYTADKIYYYQSNSSLFIGVKLVNEATHQYGAVPINEYKNNEERLGDFESVLDSIDAYDLSQSELANFQQDMNDAYLVLIGNPVTGTAEPEYATNADGELVLDDYGKPIPSENSSTDVFNDMLKARMLIMDNNNDPDGPKPNAFYLTKEYDTTGAEAYKTRLVDDILRFTFTPDTNDQNFAGTQSGEAMKYKLMGNDNLRKTKERLLSRGIMRRLRLLGNVWGIKSSVSTTNRQDGLYDAINDIQVNFTPNMPTSDEERLAELKNLFGVVSDETLFTLLSTFTGVDADDEMKRLADEKQAGIDNFQAQTGYQTLAPDDGKTDE
>NC_014319|1612013:1646961|1624313_1624601_-|WP_013231909.1|DBSCAN-SWA
MRYSDRVKIMTTVETNGPLGPVKKQVLSDWLPCRITGVNQYTNMNVFGKYDSTAVAIHFKNKVGKIDYVLINGVQRKPQAIPNTRGNTVVIIQGV
>NC_014319|1612013:1646961|1623955_1624312_-|WP_013231908.1|DBSCAN-SWA
MSRMTIQFDGADDLIKQFNSQPEKIRREADNIVMNTALRVETRAKTMAPVDTGYLKQHIAAQKTGDMSADIDSSASYSIFLEMGTRRMSPHPFMNPAMKQEELFFYQKLQNLLKGGLR
>NC_014319|1612013:1646961|1640066_1640333_-|WP_013231932.1|DBSCAN-SWA
MDKWVSEFVKTAVTVKILSLVSNKHDKSGYKFKQEDVEELGARLKANGGLREMMNYIATHAEFSINSVFESSPVAIETFQEMRAEKNA
>NC_014319|1612013:1646961|1624597_1624939_-|WP_013231910.1|DBSCAN-SWA
MADENLNKIKVLLSISDVKQDDLLNLLLEDNQARLLSYINQDGNNLVSYPTEISWLLREITVRRFNRIGDEGKRSSSESDVSATWSDDDVDDYADYLRKYRAKKGGNGITRFI
>NC_014319|1612013:1646961|1645509_1646961_+|WP_013231944.1|DBSCAN-SWA
MNKKVAIYVRVSTLEQAESGYSIGEQIDKLKKFADIKEWQVYDVYEDGGFSGSNTTRPALERMINDAKRKLFDTVLVYKLDRLSRSQKDTLFLIEDVFKVNNIDFVSLNENFDTSTAFGTAMIGILSVFAQLEREQIRERMKLGLVGRAKSGKAMGWHMTPFGYTYDKKSGNFIIDEVAAGVVKMIFDDYLSGISITKLRDKLNSDGHIGKDRNWSYRTLRQTLDNPTYTGLVKYDGKTFPGNHEPILNNETFQSVQYELDIRQKQAYLKNNNSRPFQSKYILSGMAKCGYCGAPLVSILGNKRKDGTRLLKYQCANRIIRKSNPVTTYNNNKQCDSGFYMMQNIEAYVINSISELQTNPQKIQEIIKLDNGQPAIDTIYLESELAKISSRLKKLSDLYMNDLMTLDDLKNRTEELKQTRKNIEAKIFSEENKHGHAKSDIFRSRIDGNDITELDYDQQSMLAKSLIRKVSVTSETIEISWDF
>NC_014319|1612013:1646961|1624997_1625876_-|WP_013231911.1|DBSCAN-SWA
MAYNYVTKDAGVFDQKITQGLITSALGVPDVTLVNGGKSFTLTSISTSGLKPHGRGKGYNTGSVSNDKTVYTMGQDRDIEFFVDSQDVDETNQDLAAGNITKVFIEENVQPEIDAYRFATLAKGAGQSTTETLTVDNVYSQIKAALLPIRKYGAQNIIGFVSSEVMDFLERSKEFTRSITNQNVGMTALESRVTSIDGVTLIEVWDDARFKDAFDFSDGFKSKAGANDINFILVATQATIPVVKENSVYLFQPGEHTEGDGYLYQNRLYHDLFIKKNKKDGVSVSIKGAGGQ
>NC_014319|1612013:1646961|1631829_1632165_-|WP_041771770.1|DBSCAN-SWA
MFKIIRSIFNAISDALERFLIKVTLYIESFDTSYVEEINMEKDKLIKQTIQMINDGDLKTDMDFIKTVNAIQRRHRIGLVRAANIIIDLNKSGLLNNTDWKQKAVRYHFKF
>NC_014319|1612013:1646961|1641137_1641344_-|WP_041771777.1|DBSCAN-SWA
MEINKKLKNLLYDKDRSWYWLGKHSGVDMSTIYRIKNDESAGTDFSTMEKIADALDVSLDEFRTEKER
>NC_014319|1612013:1646961|1612013_1612307_-|WP_013231896.1|holin|DBSCAN-SWA
MDLITFFNSLTATVYGFITLFTWVAVQAIKQTKIDNHWLPLVSIVVGTLVGFVAASYIYATDIWLGAAFGFISGFAATGLNEVLNHYAFNPMKESEK
>NC_014319|1612013:1646961|1636216_1636912_-|WP_013231926.1|DBSCAN-SWA
MKIFQAYPTKKSGNEIIFRFEDDESANKFMATYQLFKQTLIEIQVRDDREISAQQRKFIYALFRDISNWSGDMPEYVKQLFKMWFEEWKDIDEFSLRDVEKSVAAELITFMLDFVAEHDVPLKFKPLDALEPDDIKHWEYMALINGFDVIDGSKPVELAHGEHAVGMGRDRNTISNVGNTVFSLSHAHHMELHRIGLPEFKSKYHINGVLVTPEIIRELESRGRRFGTVRE
>NC_014319|1612013:1646961|1643756_1644167_+|WP_013231941.1|DBSCAN-SWA
MDEYKDTITDELLRLAKRNFVSVYHLNMKSETPDVASPLDSTVIMNPNFKINVSFNYRLAHELSHILYGELQYQSVYQFSEFGKRGEELLAHRNAIRMLMSIEMPSSPLTFMSYYRVPSWLENDVLRTYNELNIVE
>NC_014319|1612013:1646961|1637689_1638109_-|WP_013231928.1|DBSCAN-SWA
MPENKNTIHFSLGSLNDGAIESKLMEEVQNVANNIFDPNTDPKAKRIVTLKLTMNSADDLKTIQLVAQVTSKMAPSAKTGSTLLGGLNANGEVELSELKSAAPGQMMVDVDTGEMLVDTGLPVAEQAVVIDMQTAKEAN
>NC_014319|1612013:1646961|1632893_1633412_-|WP_013231919.1|DBSCAN-SWA
MADRIDRLLSDYYSGRLHNNVNDRIKEIETSTNNDENIGGGRAQNKHSRPVDDMIIRKEQDVVLNKCRADLNYATRLVRRIEDSFDPDVRNVVKFHFDKRLGQDWLAIESLTGIGTRQGQRYVNWFKREVGNIFWYDKGKEQTTNFIKKEATIDDLAEITSLIKSRLKAVDN
>NC_014319|1612013:1646961|1626750_1627710_-|WP_081457751.1|DBSCAN-SWA
MMVRQMSDYWQKRTQGIMDLLDVKDKNLTDAVLKEYQSASQDVAIKIDEFYERYADNNTVSYADAHKRIRKTDLSDYVKRANNYRMSNKDNPELLKRLNAQYMTSKISRLELLKLEIDFRILQASSQQVGSFTEYLAKESAYIYGALAVGNAIKTLNNAEIDSILSFEWSGANYSERVWRDNDVLANKLKDVLVKAAINGSNPRVTAKNLRDVFGGTKPNTERLVRTESTYVANATTAKRYESYGVESYEFVAVMDNRTSSICRSLNGEVFKMNDFSPGTNAPSMHPNCRSTIVPSDDELTKFNKYLDPDTVDDLPSWD
>NC_014319|1612013:1646961|1629254_1630538_-|WP_013231915.1|terminase|DBSCAN-SWA
MPVINWNLPKMVSKSYAPMFNSKARYIAYKGSRGSGKSEGVATKVILDIVTKPYVNWLVLRRYANTNRQSTFTLLQKVANRMGVGSLFQFNGSLPEITFKPTGQKILFRGADKPLSITSISVETGNLCRLWVEEAYQMELEESFETVDESMRGVIDDPDGFYQTVLTFNPWNERHWLKKRFFDEDTRVNNSLAITTTYKDNPFLDVDYVNRLLEMKKRNPRRARVAVDGEWGVAEGLIYENTIVEKFDIREVLKGSHIVRGMDWGYGPDPTTFIEYAINTKTKDIYILKEMYKQHMLTDEIFKWLYVHGYQQGDIRADYANGGDRMIQELRNKGIRGMKRAHKYEIMFGVTYLQDYKIHVLPTLEHTIEELNAYVYDMDKEGGWVGKAVDKNNHLMDAMRYAAEPLIMSKKSTTDRMEAFKQLGLGR
>NC_014319|1612013:1646961|1612623_1613025_-|WP_010016216.1|DBSCAN-SWA
MKKHFWKNRQWVTIATEEIIIGIIIMLHYQQLDLRLPPALGLLDDAPVGIAYLLIGATLLVNSLWDFYWHYIRLVLIALSGGMWTLLTVSYAMNDIYRSSVTIVPFIFAVITANVLFSAWEEPRYKLKGGEYH
>NC_014319|1612013:1646961|1643409_1643757_+|WP_013231940.1|DBSCAN-SWA
MTTFERIKDTAKKRGMNLKQVAIASGFSENAIYRYNQGVEPSGPALKAIADTLNVTVNYLLNNSEEEPTVKNRLTNIDDSDILLSFDGKEIDADDKQAIIELLKFRRFQKRNEDN
>NC_014319|1612013:1646961|1632167_1632371_-|WP_041771772.1|DBSCAN-SWA
MNDEELIREQRQRNRHIRDATDINMQHADEIKRESVARHARARVQIRAEVMDNRNIDYKSHMMWLRR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013231896.1|1612013_1612307_-|holin	holin	NA	NA	NA	NA
WP_099045434.1|1612337_1612640_-	hypothetical protein	NA	NA	NA	NA
WP_010016216.1|1612623_1613025_-	hypothetical protein	NA	NA	NA	NA
WP_013231898.1|1613027_1613264_-	hypothetical protein	A0A0P0I3K6	Lactobacillus_phage	9.7e-05	42.1
WP_013231900.1|1613386_1613614_-	hypothetical protein	NA	NA	NA	NA
WP_013231901.1|1613610_1617666_-	phage endopeptidase	K4ICZ3	Lactobacillus_virus	5.1e-85	46.3
WP_013231902.1|1617662_1618490_-	hypothetical protein	NA	NA	NA	NA
WP_013231903.1|1618489_1622215_-|tail	phage tail tape measure protein	A0A2P0ZL32	Lactobacillus_phage	9.0e-12	34.2
WP_049777078.1|1622216_1622519_-	hypothetical protein	NA	NA	NA	NA
WP_013231905.1|1622527_1622977_-	hypothetical protein	D2IZN3	Enterococcus_phage	5.4e-12	34.8
WP_013231906.1|1623012_1623579_-|tail	phage major tail protein, TP901-1 family	Q597U9	Lactobacillus_virus	9.1e-49	54.7
WP_013231907.1|1623587_1623959_-	hypothetical protein	D2IYX1	Enterococcus_phage	1.3e-19	42.1
WP_013231908.1|1623955_1624312_-	phage protein	A7J2A0	Streptococcus_phage	6.1e-11	33.3
WP_013231909.1|1624313_1624601_-	hypothetical protein	NA	NA	NA	NA
WP_013231910.1|1624597_1624939_-	hypothetical protein	Q597V3	Lactobacillus_virus	5.5e-17	46.4
WP_013231911.1|1624997_1625876_-	hypothetical protein	Q6SED2	Lactobacillus_prophage	2.9e-102	61.3
WP_013231912.1|1625889_1626399_-	DUF4355 domain-containing protein	Q6SE80	Lactobacillus_prophage	3.7e-09	36.1
WP_081457751.1|1626750_1627710_-	hypothetical protein	D2IYW4	Enterococcus_phage	1.1e-57	41.1
WP_013231914.1|1627687_1629253_-|portal	phage portal protein	D2IYW2	Enterococcus_phage	1.2e-130	51.2
WP_013231915.1|1629254_1630538_-|terminase	PBSX family phage terminase large subunit	A0A097BYD0	Leuconostoc_phage	2.2e-151	63.5
WP_013231916.1|1630537_1631290_-|terminase	terminase	V9QKX0	Oenococcus_phage	7.1e-49	46.1
WP_041771768.1|1631339_1631777_-	hypothetical protein	NA	NA	NA	NA
WP_041771770.1|1631829_1632165_-	hypothetical protein	NA	NA	NA	NA
WP_041771772.1|1632167_1632371_-	hypothetical protein	NA	NA	NA	NA
WP_013231919.1|1632893_1633412_-	DUF722 domain-containing protein	E3W8E2	Leuconostoc_phage	6.0e-15	45.9
WP_013231920.1|1633425_1633704_-	hypothetical protein	NA	NA	NA	NA
WP_013231921.1|1633706_1634291_-	hypothetical protein	E3W8D8	Leuconostoc_phage	3.1e-20	38.0
WP_041771774.1|1634283_1634541_-	hypothetical protein	NA	NA	NA	NA
WP_013231922.1|1634565_1634895_-	hypothetical protein	NA	NA	NA	NA
WP_013231923.1|1634894_1635074_-	hypothetical protein	NA	NA	NA	NA
WP_013231924.1|1635314_1635746_-	RusA family crossover junction endodeoxyribonuclease	D7RWN7	Brochothrix_phage	3.0e-20	41.3
WP_013231925.1|1635834_1636236_-	hypothetical protein	NA	NA	NA	NA
WP_013231926.1|1636216_1636912_-	hypothetical protein	A0A097BYG8	Leuconostoc_phage	4.2e-104	78.9
WP_013231927.1|1636968_1637688_-	hypothetical protein	A0A1L2JZ42	Aeribacillus_phage	2.3e-36	42.9
WP_013231928.1|1637689_1638109_-	hypothetical protein	NA	NA	NA	NA
WP_013231929.1|1638241_1638883_-	Sak2	A0A1S5SAA3	Streptococcus_phage	8.4e-35	57.1
WP_013231930.1|1638879_1639782_-	DUF1351 domain-containing protein	NA	NA	NA	NA
WP_013231931.1|1639795_1639981_-	hypothetical protein	NA	NA	NA	NA
WP_013231932.1|1640066_1640333_-	hypothetical protein	NA	NA	NA	NA
WP_049777085.1|1640325_1641120_-	hypothetical protein	E9LUM6	Lactobacillus_phage	2.2e-48	46.6
WP_041771777.1|1641137_1641344_-	XRE family transcriptional regulator	NA	NA	NA	NA
WP_041771779.1|1641510_1641726_+	hypothetical protein	NA	NA	NA	NA
WP_013231938.1|1642208_1642928_-	oxidoreductase	A0A1X9H088	Staphylococcus_phage	6.7e-73	61.1
WP_013231939.1|1642940_1643156_-	hypothetical protein	NA	NA	NA	NA
WP_013231940.1|1643409_1643757_+	XRE family transcriptional regulator	A0A0M9JJ74	Lactobacillus_phage	1.1e-07	32.7
WP_013231941.1|1643756_1644167_+	hypothetical protein	E3W8B8	Leuconostoc_phage	8.6e-33	58.3
WP_013231942.1|1644214_1644742_+	hypothetical protein	A0A097BY93	Leuconostoc_phage	9.1e-27	84.1
WP_013231943.1|1644818_1645328_+	hypothetical protein	NA	NA	NA	NA
WP_013231944.1|1645509_1646961_+	recombinase family protein	A0A097BYD1	Leuconostoc_phage	9.4e-199	70.6