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
AP018922	Staphylococcus aureus JMUB1273 DNA, complete genome	9 crisprs	cas3,DEDDh,DinG,csa3,WYL	10	4	7	0

1. AP018922

CRISPR-Cas detection and classification

Crispr_ID: AP018922_1

• CRISPR_ID: AP018922_1
• CRISPR_location: 143700-143781
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018922_1

Consensus_repeat	Method
TTCTACAGGCAATGCAAGTTGGG	CRISPRCasFinder

spacers of AP018922_1

>1.1|143723|36|AP018922|CRISPRCasFinder
GTGTGGGCCCCAACAAAGAGGAATTGGATTCCCAAT

CRISPR arrays and Neighbor proteins around AP018922_1

CRISPR arrays

The CRISPR arrays of AP018922_1

>merge|AP018922|1|143700-143781|CRISPRCasFinder
TTCTACAGGCAATGCAAGTTGGGGTGTGGGCCCCAACAAAGAGGAATTGGATTCCCAATTTCTACAGACAATGCAAGTTGGG

>AP018922|1|1|143700-143781|CRISPRCasFinder
TTCTACAGGCAATGCAAGTTGGG	GTGTGGGCCCCAACAAAGAGGAATTGGATTCCCAAT
TTCTACAGACAATGCAAGTTGGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG07005.1|145835_146810_+|hypothetical-protein	unknown	unknown	gnl|CDD|270271
AP018922.1|BBG07003.1|144227_144740_+|hypothetical-protein	unknown	unknown	gnl|CDD|379428
AP018922.1|BBG07010.1|150769_152020_+|putative-integral-membrane-protein-LmrP	unknown	unknown	gnl|CDD|340887
AP018922.1|BBG06994.1|135268_135826_+|capsular-polysaccharide-synthesis-enzyme-CapM	unknown	unknown	gnl|CDD|225059
AP018922.1|BBG06992.1|132780_134019_+|capsular-polysaccharide-synthesis-enzyme-CapK	unknown	unknown	gnl|CDD|240532
AP018922.1|BBG07000.1|140458_141946_+|aldehyde-dehydrogenase-homologue	unknown	unknown	gnl|CDD|143435
AP018922.1|BBG07002.1|143845_144049_-|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG06998.1|139315_139642_-|heme-degrading-monooxygenase-IsdG	unknown	unknown	gnl|CDD|183968
AP018922.1|BBG07006.1|146806_147568_+|hypothetical-protein	unknown	unknown	gnl|CDD|223673
AP018922.1|BBG07004.1|145081_145822_+|hypothetical-protein	unknown	unknown	gnl|CDD|224041
AP018922.1|BBG07001.1|142591_143551_+|cation-efflux-family-protein	unknown	unknown	gnl|CDD|224151
AP018922.1|BBG06999.1|139648_140032_-|hypothetical-protein	unknown	unknown	gnl|CDD|377291
AP018922.1|BBG07009.1|149360_150386_+|NAD-dependent-formate-dehydrogenase	unknown	unknown	gnl|CDD|181041
AP018922.1|BBG07008.1|148828_149188_+|putative-cytosolic-protein	unknown	unknown	gnl|CDD|227896
AP018922.1|BBG06997.1|138105_139251_+|UDP-N-acetylglucosamine-2-epimerase	unknown	unknown	gnl|CDD|223458
AP018922.1|BBG06996.1|136766_138029_+|capsular-polysaccharide-synthesis-enzyme-CapO	unknown	unknown	gnl|CDD|223749
AP018922.1|BBG06995.1|135825_136713_+|capsular-polysaccharide-synthesis-enzyme-CapN	unknown	unknown	gnl|CDD|187543
AP018922.1|BBG07011.1|152466_159642_+|gramicidin-S-synthetase-2-related-protein	unknown	unknown	gnl|CDD|237108
AP018922.1|BBG07007.1|147580_148612_+|hypothetical-protein	unknown	unknown	gnl|CDD|224871
AP018922.1|BBG06993.1|134052_135258_+|capsular-polysaccharide-synthesis-enzyme-CapL	unknown	unknown	gnl|CDD|340825

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG07005.1|145835_146810_+|hypothetical-protein	gnl|CDD|270271	cd13553, PBP2_NrtA_CpmA_like, Substrate binding domain of ABC-type nitrate/bicarbonate transporters, a member of the type 2 periplasmic binding fold superfamily. This subfamily includes nitrate (NrtA) and bicarbonate (CmpA) receptors. These domains are found in eubacterial perisplamic-binding proteins that serve as initial receptors in the ABC transport of bicarbonate, nitrate, taurine, or a wide range of aliphatic sulfonates, while other closest homologs are involved in thiamine (vitamin B1) biosynthetic pathway and desulfurization (DszB). After binding their ligand with high affinity, they interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. These binding proteins belong to the PBP2 superfamily of periplasmic binding proteins that differ in size and ligand specificity, but have similar tertiary structures consisting of two globular subdomains connected by a flexible hinge. They have been shown to bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap.	3.69542e-50
AP018922.1|BBG07008.1|148828_149188_+|putative-cytosolic-protein	gnl|CDD|227896	COG5609, COG5609, Uncharacterized conserved protein [Function unknown].	6.06834e-49
AP018922.1|BBG07010.1|150769_152020_+|putative-integral-membrane-protein-LmrP	gnl|CDD|340887	cd17329, MFS_MdtH_MDR_like, Multidrug resistance protein MdtH and similar multidrug resistance (MDR) transporters of the Major Facilitator Superfamily. This family is composed of Escherichia coli MdtH and similar multidrug resistance (MDR) transporters from bacteria and archaea, many of which remain uncharacterized. MDR transporters are drug/H+ antiporters (DHA) that mediate the efflux of a variety of drugs and toxic compounds, and confer resistance to these compounds. MdtH confers resistance to norfloxacin and enoxacin. MdtH-like MDR transporters belong to the Major Facilitator Superfamily (MFS) of membrane transport proteins, which are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.74561e-72
AP018922.1|BBG06994.1|135268_135826_+|capsular-polysaccharide-synthesis-enzyme-CapM	gnl|CDD|225059	COG2148, WcaJ, Sugar transferases involved in lipopolysaccharide synthesis [Cell envelope biogenesis, outer membrane].	9.15239e-87
AP018922.1|BBG06995.1|135825_136713_+|capsular-polysaccharide-synthesis-enzyme-CapN	gnl|CDD|187543	cd05232, UDP_G4E_4_SDR_e, UDP-glucose 4 epimerase, subgroup 4, extended (e) SDRs. UDP-glucose 4 epimerase (aka UDP-galactose-4-epimerase), is a homodimeric extended SDR. It catalyzes the NAD-dependent conversion of UDP-galactose to UDP-glucose, the final step in Leloir galactose synthesis. This subgroup is comprised of bacterial proteins, and includes the Staphylococcus aureus capsular polysaccharide Cap5N, which may have a role in the synthesis of UDP-N-acetyl-d-fucosamine. This subgroup has the characteristic active site tetrad and NAD-binding motif of the extended SDRs. Extended SDRs are distinct from classical SDRs. In addition to the Rossmann fold (alpha/beta folding pattern with a central beta-sheet) core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids. Extended SDRs are a diverse collection of proteins, and include isomerases, epimerases, oxidoreductases, and lyases; they typically have a TGXXGXXG cofactor binding motif. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	6.33769e-117
AP018922.1|BBG06992.1|132780_134019_+|capsular-polysaccharide-synthesis-enzyme-CapK	gnl|CDD|240532	cd13127, MATE_tuaB_like, Uncharacterized subfamily of the multidrug and toxic compound extrusion (MATE) proteins. This family might function as a translocase for lipopolysaccharides and participate in the biosynthesis of cell wall components such as teichuronic acid. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. A number of family members are involved in the synthesis of peptidoglycan components in bacteria.	1.56476e-21
AP018922.1|BBG07000.1|140458_141946_+|aldehyde-dehydrogenase-homologue	gnl|CDD|143435	cd07117, ALDH_StaphAldA1, Uncharacterized Staphylococcus aureus AldA1 (SACOL0154) aldehyde dehydrogenase-like. Uncharacterized aldehyde dehydrogenase from Staphylococcus aureus (AldA1, locus SACOL0154) and other similar sequences are present in this CD.	0
AP018922.1|BBG06998.1|139315_139642_-|heme-degrading-monooxygenase-IsdG	gnl|CDD|183968	PRK13313, PRK13313, staphylobilin-forming heme oxygenase IsdI.	3.45506e-64
AP018922.1|BBG07006.1|146806_147568_+|hypothetical-protein	gnl|CDD|223673	COG0600, TauC, ABC-type nitrate/sulfonate/bicarbonate transport system, permease component [Inorganic ion transport and metabolism].	1.22607e-73
AP018922.1|BBG07004.1|145081_145822_+|hypothetical-protein	gnl|CDD|224041	COG1116, TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism].	6.91027e-113
AP018922.1|BBG07001.1|142591_143551_+|cation-efflux-family-protein	gnl|CDD|224151	COG1230, CzcD, Co/Zn/Cd efflux system component [Inorganic ion transport and metabolism].	3.08716e-108
AP018922.1|BBG06999.1|139648_140032_-|hypothetical-protein	gnl|CDD|377291	pfam04304, DUF454, Protein of unknown function (DUF454). Predicted membrane protein.	5.80598e-41
AP018922.1|BBG07009.1|149360_150386_+|NAD-dependent-formate-dehydrogenase	gnl|CDD|181041	PRK07574, PRK07574, NAD-dependent formate dehydrogenase.	0
AP018922.1|BBG06997.1|138105_139251_+|UDP-N-acetylglucosamine-2-epimerase	gnl|CDD|223458	COG0381, WecB, UDP-N-acetylglucosamine 2-epimerase [Cell envelope biogenesis, outer membrane].	0
AP018922.1|BBG06996.1|136766_138029_+|capsular-polysaccharide-synthesis-enzyme-CapO	gnl|CDD|223749	COG0677, WecC, UDP-N-acetyl-D-mannosaminuronate dehydrogenase [Cell envelope biogenesis, outer membrane].	0
AP018922.1|BBG07003.1|144227_144740_+|hypothetical-protein	gnl|CDD|379428	pfam14026, DUF4242, Protein of unknown function (DUF4242). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and archaea. Proteins in this family are typically between 90 and 170 amino acids in length. There is a single completely conserved residue C that may be functionally important.	2.56603e-26
AP018922.1|BBG07011.1|152466_159642_+|gramicidin-S-synthetase-2-related-protein	gnl|CDD|237108	PRK12467, PRK12467, peptide synthase; Provisional.	0
AP018922.1|BBG07007.1|147580_148612_+|hypothetical-protein	gnl|CDD|224871	COG1960, CaiA, Acyl-CoA dehydrogenases [Lipid metabolism].	1.20782e-20
AP018922.1|BBG06993.1|134052_135258_+|capsular-polysaccharide-synthesis-enzyme-CapL	gnl|CDD|340825	cd03794, GT4_WbuB-like, Escherichia coli WbuB and similar proteins. This family is most closely related to the GT1 family of glycosyltransferases. WbuB in E. coli is involved in the biosynthesis of the O26 O-antigen. It has been proposed to function as an N-acetyl-L-fucosamine (L-FucNAc) transferase.	2.36611e-72

Protein sequences

>AP018922.1|BBG07001.1|142591_143551_+|cation-efflux-family-protein
MNGKKANTINRYKYFHHVNHQKIQQSSKKTLWASLIITLLFTVIEFVGGLVSNSLALLSDSFHMLSDVLALGLSMLAIYFASKKPTARYTFGYLRFEILAAFLNGLALIVISIWILYEAIVRIIYPQPIESGIMFMIASIGLLVNIILTIILVRSLKQEDNINIQSALWHFMGDLLNSIGVIVAVVLIYFTGWRIIDPIISIVISLIILRGGYKITRNAWLILMESVPQHLDTDQIMADIKNIDGILDVHEFHLWSITTEHYSLSAHVVLDKKYEGDDYQAIDQVSSLLKEKYGIAHSTLQIENLQLNPLDEPYFDKLT
>AP018922.1|BBG07000.1|140458_141946_+|aldehyde-dehydrogenase-homologue
MAVNVRDYIAENYGLFINGEFVKGSSDETIEVTNPATGETLSHITRAKDKDVDHAVKVAQEAFESWSLTSKSERAQMLRDIGDKLMAQKDKIAMIETLNNGKPIRETTAIDIPFAARHFHYFASVIETEEGTVNDIDKDTMSIVRHEPIGVVGAVVAWNFPMLLAAWKIAPAIAAGNTIVIQPSSSTPLSLLEVAKIFQEVLPKGVVNILTGKGSESGNAIFNHDGVDKLSFTGSTDVGYQVAEAAAKHLVPATLELGGKSANIILDDANLDLAVEGIQLGILFNQGEVCSAGSRLLVHEKIYDQLVPRLQEAFSNIKVGDPQDEATQMGSQTGKDQLDKIQSYIDAAKESDAQILAGGHRLTENGLDKGFFFEPTLIAVPDNHHKLAQEEIFGPVLTVIKVKDDQEAIDIANDSEYGLAGGVFSQNITRALNIAKAVRTGRIWINTYNQVPEGAPFGGYKKSGIGRETYKGALSNYQQVKNIYIDTSNALKGLY
>AP018922.1|BBG06999.1|139648_140032_-|hypothetical-protein
MRLILIVIGLIFTALGIAGAVLPLLPTTPFLLVAVFCFARSSDRFYNWLINQKIYKEYVENFYLHRGYTLQQKIKILISLYIVIGFSIYMVDVLAVRVGLIIMVIIQTAVLFTFVKTLPKSNHKIEE
>AP018922.1|BBG06998.1|139315_139642_-|heme-degrading-monooxygenase-IsdG
MFMAENRLQLQKGSAEETIERFYNRQGIETIEGFQQMFVTKTLNTEDTDEVKILTIWESEDSFNNWLNSDIFKEAHKNVRLKSDDDGQQSPILSNKVFKYDIGYHYQK
>AP018922.1|BBG06997.1|138105_139251_+|UDP-N-acetylglucosamine-2-epimerase
MKKIMVIFGTRPEAIKMAPLVKEIDHNGNFEANIVITAQHRDMLDSVLSIFDIQADHDLNIMQDQQTLAGLTANALAKLDSIINEEQPDMILVHGDTTTTFVGSLAAFYHQIPVGHVEAGLRTHQKYSPFPEELNRVMVSNIAELNFAPTVIAAKNLLFENKDKERIFITGNTVIDALSTTVQNDFVSTIINKHKGKKVILLTAHRRENIGEPMHQIFKAVRDLADEYKDVVFIYPMHRNPKVRAIAEKYLSGRNRIELIEPLDAIEFHNFTNQSYLVLTDSGGIQEEAPTFGKPVLVLRNHTERPEGVEAGTSRVIGTDYDNIVRNVKQLIEDDEAYQRMSQANNPYGDGQASRRICEAIEYYFGLRTDKPDEFVPLRHK
>AP018922.1|BBG06996.1|136766_138029_+|capsular-polysaccharide-synthesis-enzyme-CapO
MKLTVVGLGYIGLPTSIMFAKHGVDVLGVDINQQTIDKLQSGQISIEEPGLQEVYEEVLSSGKLKVSTTPEASDVFIIAVPTPNNDDQYRSCDISLVMRALDSILSFLEKGNTIIVESTIAPKTMDDFVKPVIENLGFTIGEDIYLVHCPERVLPGKILEELVHNNRIIGGVTKACIEAGKCVYRTFVQGEMIETDARTAEMSKLMENTYRDVNIALANELTKICNNLNINVLDVIEMANKHPRVNIHQPGPGVGGHCLAVDPYFIIAKDPENAKLIQTGREINNSMPAYVVDTTKQIIKALSGNKVTVFGLTYKGDVDDIRESPAFDIYELLNQEPDIEVCAYDPHVELDFVEHDMSHAVKDASLVLILSDHSEFKNLSDSHFDKMKHKVIFDTKNVVKSSFEDVSYYNYGNIFNFIDK
>AP018922.1|BBG06995.1|135825_136713_+|capsular-polysaccharide-synthesis-enzyme-CapN
MRKNILITGVHGYIGNALKDKLIEQGHQVDQINVRNQLWKSTSFKDYDVLIHTAALVHNNSPQARLSDYMQVNMLLTKQLAQKAKAEDVKQFIFMSTMAVYGKEGQVGKSDQIDTQTPMNPTTNYGISKKFAEQALQELISDSFKVAIVRPPMIYGAHCPGNFQRLMQLSKRLPIIPNINNQRSALYIKHLTAFIDQLILLEVTGVYHPQDSFYFDTSSVMYEIRRQSHRKTVLINMPSVLNKYFNKLSVFRKLFGNLIYSNTLYDNNNALEVIPGKMSLVIADIMDETTTKDKA
>AP018922.1|BBG06994.1|135268_135826_+|capsular-polysaccharide-synthesis-enzyme-CapM
MKRLFDVVSSIYGLVVLSPILLITALLIKMESPGPAIFKQKRPTINNELFNIYKFRSMKIDTPNVATDLMDSTSYITKTGKVIRKTSIDELPQLLNVLKGEMSIVGPRPALYNQYELIEKRTKANVHTIRPGVTGLAQVMGRDDITDNQKVAYDHYYLTHQSMMLDMYIIYKTIKNIVTSEGVHH
>AP018922.1|BBG06993.1|134052_135258_+|capsular-polysaccharide-synthesis-enzyme-CapL
MSEKKILILCQYFYPEYVSSATLPTQLAEDLIANHINVDVMCGWPYEYSNHKQVSKTEMHRGIRIRRLKYSRFNNKSKVGRIINFFSLFSKFVINIPKMLKYDQILVYSNPPILPLIPDVLHRLLKKKYSFVVYDIAPDNAIKTGATRPGSMIDKLMRYINRHVYKNAENVIVLGTEMKNYLLNHQISKNADNIHVIPNWYDMRQLQDNRIYNDTFKAYREQYDKILLYSGNMGQLQDMETLISFLKLNKDQSQTLTILCGHGKKFADVKTAIEDHRIENVKMFEFLTGTDYADVLKIADVCIASLIKEGVGLGVPSKNYGYLAAKKALVLVMDKQSDIVQHVEQYDAGIQIDNGDAHAIYNFINTHSSKELHEMGERAHQLFKDKYTREINTMKYYNLLK
>AP018922.1|BBG06992.1|132780_134019_+|capsular-polysaccharide-synthesis-enzyme-CapK
MRLNKFIGDSFLMILSSGIAQVILIITTPIITRLYSPTEFGEFTIFSNIAMILIPIINARYDLLIVNTKNDRSANILSQISFLISLLILLILIPIFAISACLYPNFILDFIFIIIMLFLVSLTNIFTNYLNKERKYKVLSLINVFRAGSMALLQIIFGLLALGSLGLIIGFSLSYIAGITLGYKTFKKHFNIVRDKEETKALFLENKNQLVYSTPSILLNSLSFSVVVFFIGILYTNTEVGIYGMAIRVLGIPVTIISLGLSKIFMQQANDYYIEHGNFRNLLLKFSSILVIVSIILYVPLYLFSEELVNILLGHSWVDAITVIKIVIPLFVIRLIVSTVSLSVIVLQKQQLELILQALFLIGTTATFVISKMLNLTFLNFVSINTIVLIVSYMIFFIALYYFAKNKQFKNS
>AP018922.1|BBG07002.1|143845_144049_-|hypothetical-protein
MDKESVVASLARNKKIAVETMAGQRYIIERILHTNDEKHIHILKPKDVVLDVDSIKEIDENHLNDAT
>AP018922.1|BBG07003.1|144227_144740_+|hypothetical-protein
MTLFLLEANNLDFASTKEELEAKAASLSTKTIPTLIEVQATENLTHGYFIVEANDEAEAKQFLTEADISIQLVKEVRLVGKDLDEVKNGDAHVDYLVTWNIPEGITMDQYLARKKKNSVHYEEVPEVEFKRTYVCEDMSKCICLYNAPDEEAVRRARKAVDTPIDGIEKL
>AP018922.1|BBG07004.1|145081_145822_+|hypothetical-protein
MIKIQQLQHHFGSHKVIHNFNLDISKGEIVTFIGKSGCGKSTLLNIIGGFIHPSSGRVIIDNEIKQQPSPDCLMLFQHHNLLPWKTINDNIRIGFQQKISDEEINAQLKLVDLEGRGKHFPEQLSGGMKQRVALCRAHVHKPNVILMDEPLGALDAFTRYKLQDQLVQLKHKTQSTIILVTHDIDEAIYLSDRIVLLGEGCNIISQYEITASHPRSRNDSHLLKIRNEIMETFALNHHQVEPEYYL
>AP018922.1|BBG07005.1|145835_146810_+|hypothetical-protein
MKRLSIIVIIGIFIITGCDWQRTSKEPSKNTQNQQVIKIGYLPITHSANLMMTKKLLSQYNHPKYKLELVKFNNWPDLMDALNSGRIDGASTLIELAMKSKQKGSNIKAVALGHHEGNVIMGQKGMHLNEFNNNGDDYHFGIPHRYSTHYLLLEELRKQLKIKPGHFSYHEMSPAEMPAALSEHRITGYSVAEPFGALGEKLGKGKTLKHGDDVIPDAYCCVLVLRGELLNQHKDVAQAFVQDYKKSGFKMNDRKQSVDIMTHHFKQSRDVLTQSAAWTSYGDLTIKPSGYQEITTLVKQHHLFNPPAYDDFVEPSLYKEASRS
>AP018922.1|BBG07006.1|146806_147568_+|hypothetical-protein
MTRPTNNKFILPIITFIIFLGIWEMVIIIGHYQPVLLPGPALVGKSIWTFIVTGEIFQHLAISLWRFVAGFVVALLVAIPLGFLLGRNRWLYNAIEPLFQLIRPISPIAWAPFVVLWFGIGSLPAIAIIFIAAFFPIVFNTIKGVRDIEPQYLKIAANLNLTGWSLYRNILFPGAFKQIMAGIHMAVGTSWIFLVSGEMIGAQSGLGFLIVDARNMLNLEDVLAAIFFIGLFGFIIDRFISYIEQFILRRFGE
>AP018922.1|BBG07007.1|147580_148612_+|hypothetical-protein
MTLETLIKEQLDPHLVEVDEGTYYPRTFIQQLFVDGYFGEAALRKNAEVIEAVSQSCLTTGFCLWCQLAFSTYLENATQPHLNNDLQQQLLSGEILGATGLSNPMKSFNDLEKLNLEHTYVDGQLVVSGRMPAVSNIQEDHYFGAISKHESSDEFVMFILRANQDGITLVEKTNFLGVNGSATYQITLNQVVVPQSQIITHDAKQFAATIRPQFIAYQIPIGLGSIKSSLELIDAFSNVQNGINQYLEYDVEAFKKRYRQLREEYYAILDDGNLTSHLSELISLKKDIGYLLLDVNQASVVNGGSRAYTPYSPQVRKLKEGFFFAALTPTLRHLGKLEAELKG
>AP018922.1|BBG07008.1|148828_149188_+|putative-cytosolic-protein
MNTIDTHTKEQQFSNLVRSYRKEYVGKGPNSIRVSFKDNWAIAHMTGVLSKVESFYLNDKRNESMLHYTRTEKIKQMYKEIDVNEMESLVGAKFVKLFTDIDLNDDEVISIFVFDKSIE
>AP018922.1|BBG07009.1|149360_150386_+|NAD-dependent-formate-dehydrogenase
MKIVALFPEAVEGQENQLLNTKKALGLKTFLEERGHEFIILADNGEDLDKHLPDMDVIISAPFYPAYMTRERIEKAPNLKLAITAGVGSDHVDLAAASEHNIGVVEVTGSNTVSVAEHAVMDLLILLRNYEEGHRQSVEGEWNLSQVGNHAHELQHKTIGIFGFGRIGQLVAERLAPFNVTLQHYDPINQQDHKLSKFVSFDELVSTSDAITIHAPLTPETDNLFDKDVLSRMKKHSYLVNTARGKIVNRDALVEALASEHLQGYAGDVWYPQPAPADHPWRTMPRNAMTVHYSGMTLEAQKRIEDGVKDILERFFNHEPFQDKDIIVASGRIASKSYTAK
>AP018922.1|BBG07010.1|150769_152020_+|putative-integral-membrane-protein-LmrP
MKRLSTTLKVRLISNFLQLIITTAFIPFIALYLTDMLSQSIVGIYLVGLVVLKFPLSIISGYLIEIFPKKLLVLIYQATMVIMLVFMGIFGSHQLWQIIGFCVAYAIFTIVWGLQFPVMDTLIMDAITEDVEHYIYKISYWMTNLSVAIGALLGGLMYGYSMLLLFLIAACIFLIVLFILYIWLPQDRNQVKQSDDKRHASRYQKLQIMNIFRSYKLVLKDRNYMLLISGFSIIMMGEFSISSYIAIRLKDQFETISIGSYDITGAKMLAILLMINTVVVILLTYSISKVVLKIDFKKALITGLLIYIVGYSGLTYLNQFGLLVVFMIIATVGEIIYSPIVSEQRFKIIPKAKRGTYSAVNALGIHFSETLARLGIVLGVFLTSLQMGLYMFIVLTIGASMLVAGVFGGQKQVNTN
>AP018922.1|BBG07011.1|152466_159642_+|gramicidin-S-synthetase-2-related-protein
MIMGNLRFQQEYFRIYKNNTESTTHRNAYWVKLAKNVEATKMMYALSTIVQQHASIRHFFDVTTDDNLTMILHEFLPFIEIKQVPTSSANYDLEAFFKQELSTYHFNDSPLFKFKLFQFADAAYILLDFHVSIFDDSQIDIFLDDLCNAYRGNTVINNTRQHAHLNRNDDKDNQDASHIALDSNYFRLENNSDIHIDSYLPIKHPFEQALYQTYLIDDMTSIDMASLAVSVYLANHIMSQQHDVTLGIHVPSHLPNDLHGNIVPLTLTIDAKDVCQRFTTDFNKCVLQNMSQLQCAKSSLSLETIFHCYHHMMSCCNDVIEDVHQIHDAHTSLADIEIFPHQHGFKIIYNSAAYDLLSIETLSDLVRNIYLQITEENGNKRTTVDELNLMTERDIQLYDDINLSLPEIDDAQTVVTLFEQQVEATPNHVAVQFDGVFITYQTLNARANDLAHRLRNQYGVEPNDRVAVIAEKSIEMIIAMIGVLKAGGAYVPIDPNYPSDRQEYILKDATPKVVITYQALYENGKQNINHIDLNKIAWKNIDNLSKCNTLEDHAYVIYTSGTTGNPKGTLIPHRGIVRLVHQNHYVPLNEETTILLSGTIAFDAATFEIYGALLNGGKLIVAKKEQLLNPIAVEQLINENDVNTMWLTSSLFNQIASERIEVLAPLKYLLIGGEVLNAKWVDLLNQKPKHPQIINGYGPTENTTFTTTYNIPNKVPNRIPIGKPILGTHVYIMQGERRCGVGIPGELCTSGFGLAAGYLNQPELTADKFIKDSNINQLMYRSGDIVRLLPDGNIDYLYRKDKQVKIRGFRIELSEVEHALERIQGINKAVVIVQNHDQDQYIVAYYEAMHTLSHNKIKSQLRMTLPEYMIPVNFMHIEQIPITINGKLDKKALPIMDYVDTDAYVAPSTDTEHLLCQIFADILHVNQVGIHDNFFELGGHSLKATLVVNRIEASTGKRLQIGDLLQKPTVFELAQAIAKVQEQNYEVIPETIVKDDYVLSSAQKRMYLLWKSNHKDTVYNVPFLWRLSSELNVAQLRQAVQRLIARHEILRTQYIVVDDEVRQRIVADVAVDFEEVNTHFTDEQEIMRQFVAPFNLEKPSQIRVRYIRSPLHAYLFIDTHHIINDGMSNIQLMNDLNALYQHKLLLPLKLQYKDYSEWMSHRDMTKHRQYWLSQFKDEVPILSLPTDYVRPNIKTTNGAMMSFTMNQQMRQLLQKYVEKHQITDFMFFMSVVMTLLSRYARKDDVVVGSVMSARMHKGTEQMLGMFANTLVYRGQPSPDKMWTQFLQEVKEMSLEAYEHQEYPFECLVNDLDQSHDASRNPLFDVMLVLQNNETNHAHFGHSKLTHIQPKSVTAKFDLSFIIEEDRDDYTINIEYNTDLYHSETVRHMGNQCMIMIDYILKHQDTLQICDIPNGTEELLNWVNTHVNDRMLNVPGNKSIISYFNEVVSRQGNHVALVMNDLTMTYETLRNYVDAIAHMLLSNGVGNGQRVALFTERSFEMIAAMLATVKVGASYIPIDIDFPNKRQGAILEDAKVTAVMSYGVEIETTLPVIQLENAKGFVESKENEQYDDLHGNQLENTAMLDNEMYAIYTSGTTGMPKGVAIRQRNLLNLVHAWSTELQLGDNEVFLQHANIVFDASVMEIYCCLLNGHTLVIPDREERVNPEQLQQLINKHRVTVASIPLQMCSVMEDFYIEKLITGGATSTASFVKYIEKHCGTYFNAYGPSESTVITSYWSHHCGDLIPETIPIGKPLSNIQVYIMSDGLLCGIGMPGELCIAGDSLAIGYINRPELMADKWQNNPFGKGKLYHSGDLARYTSDGQIEFLGRIDKQVKVNGYRIELDEIENVILAIRGISDCVVTVSHFDTHDILNAYYVGEQQVEQDLKQYLNDQLPKYMIPKTITHIDCMPLTTNDKVDTTRLPNPSPIQQSNKVYSEPSNEIEQTFVDVFGEVLKQNDVGVDDDFFELGGNSLEAMLVVSHLKRFGHHISMQTLYQYKTVRQIVNYMYQNQQSLVALPDNLSELQKIVMSRYNLGILEDSLSHRPLGNTLLTGATGFLGAYLIEVLQGYSHRIYCFIRADNEEIAWYKLMTNLNDYFSEETVEIMLSNIEVIVGDFECMDDVVLPENMDTIIHAGARTDHFGDDDEFEKVNVQGTVDVIRLAQQHHARLIYVSTISVGTYFDIDTEDVTFSEADVYKGQLLTSPYTRSKFYSELKVLEAVNNGLDGRIVRVGNLTNPYNGRWHMRNIKTNRFSMVMNDLLQLDCIGVSMAEMPVDFSFVDTTARQIVALAQVNTPQIIYHVLSPNKMPVKSLLECVKRKEIELVSDESFNEILQKQDMYETIGLTSVDREQQLAMIDTTLTLKIMNHISEKWPTITNNWLYHWAQYIKTIFNK

Crispr_ID: AP018922_2

• CRISPR_ID: AP018922_2
• CRISPR_location: 810665-810889
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of AP018922_2

Consensus_repeat	Method
CCAACTTGCACATTATTGTAAGCTGACTTTCCGCCAGCTTCTATGTTGGGGCCCC	CRISPRCasFinder
CAGCTTCTGTGTTGGGGCCCC	CRT

spacers of AP018922_2

>2.1|810720|115|AP018922|CRISPRCasFinder
GCCAACTTGCACATTATTGTAAGCTGACTTTCCGCCAGCTTCTATGTTGGGGCCCCACCCCAACTTGCATTGCCTGTAGAATTTCATTTCGAAATTCTCTGTGTTGGGGCCCACC
>2.2|810720|35|AP018922|CRT
GCCAACTTGCACATTATTGTAAGCTGACTTTCCGC
>2.3|810776|36|AP018922|CRT
ACCCCAACTTGCATTGCCTGTAGAATTTCATTTCGA
>2.4|810833|36|AP018922|CRT
CCCCAACTTGCACATTATTGTAAGCTGACTTTCCGC

CRISPR arrays and Neighbor proteins around AP018922_2

CRISPR arrays

The CRISPR arrays of AP018922_2

>merge|AP018922|2|810665-810889|CRISPRCasFinder,CRT
CCAACTTCCACATTATTGTAAGCTGACTTTCCGTCAGCTTCTGTGTTGGGGCCCCGCCAACTTGCACATTATTGTAAGCTGACTTTCCGCCAGCTTCTATGTTGGGGCCCCACCCCAACTTGCATTGCCTGTAGAATTTCATTTCGAAATTCTCTGTGTTGGGGCCCACCCCAACTTGCACATTATTGTAAGCTGACTTTCCGCCAGCTTCTGTGTTGGGGCCCC

>AP018922|2|2|810665-810889|CRISPRCasFinder
CCAACTTCCACATTATTGTAAGCTGACTTTCCGTCAGCTTCTGTGTTGGGGCCCC	GCCAACTTGCACATTATTGTAAGCTGACTTTCCGCCAGCTTCTATGTTGGGGCCCCACCCCAACTTGCATTGCCTGTAGAATTTCATTTCGAAATTCTCTGTGTTGGGGCCCACC
CCAACTTGCACATTATTGTAAGCTGACTTTCCGCCAGCTTCTGTGTTGGGGCCCC

>AP018922|2|1|810699-810889|CRT
CAGCTTCTGTGTTGGGGCCCC	GCCAACTTGCACATTATTGTAAGCTGACTTTCCGC
CAGCTTCTATGTTGGGGCCCC	ACCCCAACTTGCATTGCCTGTAGAATTTCATTTCGA
AATTCTCTGTGTTGGGGCCCA	CCCCAACTTGCACATTATTGTAAGCTGACTTTCCGC
CAGCTTCTGTGTTGGGGCCCC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG07616.1|814795_815557_+|triosephosphate-isomerase	unknown	unknown	gnl|CDD|234589
AP018922.1|BBG07603.1|800105_800591_+|putative-acetyltransferase	unknown	unknown	gnl|CDD|100053
AP018922.1|BBG07615.1|813483_814674_+|phosphoglycerate-kinase	unknown	unknown	gnl|CDD|234613
AP018922.1|BBG07613.1|811269_812283_+|glycolytic-operon-regulator	unknown	unknown	gnl|CDD|225263
AP018922.1|BBG07612.1|809828_810458_+|hypothetical-protein	unknown	unknown	gnl|CDD|234750
AP018922.1|BBG07622.1|820497_822870_+|ribonuclease-R	unknown	unknown	gnl|CDD|273947
AP018922.1|BBG07618.1|817206_818511_+|enolase	unknown	unknown	gnl|CDD|234617
AP018922.1|BBG07608.1|804770_805766_+|hypothetical-protein	unknown	unknown	gnl|CDD|211689
AP018922.1|BBG07620.1|819374_819608_+|preprotein-translocase-subunit-SecG	unknown	unknown	gnl|CDD|224233
AP018922.1|BBG07609.1|805876_806821_+|sporulation-regulator-WhiA	unknown	unknown	gnl|CDD|273194
AP018922.1|BBG07614.1|812335_813346_+|glyceraldehyde-3-phosphate-dehydrogenase-1	unknown	unknown	gnl|CDD|273675
AP018922.1|BBG07605.1|802104_803040_+|thioredoxin-reductase	unknown	unknown	gnl|CDD|273540
AP018922.1|BBG07606.1|803385_803571_-|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07617.1|815559_817077_+|2,3-bisphosphoglycerate-independent-phosphoglycerate-mutase	unknown	unknown	gnl|CDD|235463
AP018922.1|BBG07610.1|807393_807981_+|ATP-dependent-Clp-protease-proteolytic-subunit	unknown	unknown	gnl|CDD|178955
AP018922.1|BBG07611.1|808223_809126_-|nucleoside-diphosphate-sugar-epimerase	unknown	unknown	gnl|CDD|224015
AP018922.1|BBG07619.1|818849_819308_+|putative-membrane-spanning-protein	unknown	unknown	unknown
AP018922.1|BBG07604.1|800598_802038_+|hypothetical-protein	unknown	unknown	gnl|CDD|276808
AP018922.1|BBG07621.1|819723_820464_+|putative-Carboxyesterase-homologue	unknown	unknown	gnl|CDD|224561
AP018922.1|BBG07607.1|803862_804774_+|nucleotide-binding-protein	unknown	unknown	gnl|CDD|224574

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG07616.1|814795_815557_+|triosephosphate-isomerase	gnl|CDD|234589	PRK00042, tpiA, triosephosphate isomerase; Provisional.	2.84083e-146
AP018922.1|BBG07603.1|800105_800591_+|putative-acetyltransferase	gnl|CDD|100053	cd04647, LbH_MAT_like, Maltose O-acyltransferase (MAT)-like: This family is composed of maltose O-acetyltransferase, galactoside O-acetyltransferase (GAT), xenobiotic acyltransferase (XAT) and similar proteins. MAT and GAT catalyze the CoA-dependent acetylation of the 6-hydroxyl group of their respective sugar substrates. MAT acetylates maltose and glucose exclusively while GAT specifically acetylates galactopyranosides. XAT catalyzes the CoA-dependent acetylation of a variety of hydroxyl-bearing acceptors such as chloramphenicol and streptogramin, among others. XATs are implicated in inactivating xenobiotics leading to xenobiotic resistance in patients. Members of this family contain a a left-handed parallel beta-helix (LbH) domain with at least 5 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X). They are trimeric in their active form.	4.85181e-30
AP018922.1|BBG07615.1|813483_814674_+|phosphoglycerate-kinase	gnl|CDD|234613	PRK00073, pgk, phosphoglycerate kinase; Provisional.	0
AP018922.1|BBG07613.1|811269_812283_+|glycolytic-operon-regulator	gnl|CDD|225263	COG2390, DeoR, Transcriptional regulator, contains sigma factor-related N-terminal domain [Transcription].	1.39665e-92
AP018922.1|BBG07612.1|809828_810458_+|hypothetical-protein	gnl|CDD|234750	PRK00409, PRK00409, recombination and DNA strand exchange inhibitor protein; Reviewed.	5.85535e-05
AP018922.1|BBG07622.1|820497_822870_+|ribonuclease-R	gnl|CDD|273947	TIGR02063, Ribonuclease_R, ribonuclease R. This family consists of an exoribonuclease, ribonuclease R, also called VacB. It is one of the eight exoribonucleases reported in E. coli and is broadly distributed throughout the bacteria. In E. coli, double mutants of this protein and polynucleotide phosphorylase are not viable. Scoring between trusted and noise cutoffs to the model are shorter, divergent forms from the Chlamydiae, and divergent forms from the Campylobacterales (including Helicobacter pylori) and Leptospira interrogans. [Transcription, Degradation of RNA].	0
AP018922.1|BBG07618.1|817206_818511_+|enolase	gnl|CDD|234617	PRK00077, eno, enolase; Provisional.	0
AP018922.1|BBG07608.1|804770_805766_+|hypothetical-protein	gnl|CDD|211689	TIGR01826, Putative_gluconeogenesis_factor, conserved hypothetical protein, cofD-related. This model represents a subfamily of conserved hypothetical proteins that forms a sister group to the family of CofD, (TIGR01819), LPPG:Fo 2-phospho-L-lactate transferase, an enzyme of cytochrome F420 biosynthesis. Both this family and TIGR01819 are within the scope of the pfam01933. [Hypothetical proteins, Conserved].	5.06652e-172
AP018922.1|BBG07620.1|819374_819608_+|preprotein-translocase-subunit-SecG	gnl|CDD|224233	COG1314, SecG, Preprotein translocase subunit SecG [Intracellular trafficking and secretion].	6.41939e-15
AP018922.1|BBG07609.1|805876_806821_+|sporulation-regulator-WhiA	gnl|CDD|273194	TIGR00647, DNA_bind_WhiA, DNA-binding protein WhiA. This family describes a DNA-binding protein widely conserved in Gram-positive bacteria, and occasionally occurring elsewhere, such as in Thermotoga. It is associated with cell division, and in sporulating organisms with sporulation. [Cellular processes, Cell division].	7.40812e-153
AP018922.1|BBG07614.1|812335_813346_+|glyceraldehyde-3-phosphate-dehydrogenase-1	gnl|CDD|273675	TIGR01534, Glyceraldehyde-3-phosphate_dehydrogenase, glyceraldehyde-3-phosphate dehydrogenase, type I. This model represents glyceraldehyde-3-phosphate dehydrogenase (GAPDH), the enzyme responsible for the interconversion of 1,3-diphosphoglycerate and glyceraldehyde-3-phosphate, a central step in glycolysis and gluconeogenesis. Forms exist which utilize NAD (EC 1.2.1.12), NADP (EC 1.2.1.13) or either (1.2.1.59). In some species, NAD- and NADP- utilizing forms exist, generally being responsible for reactions in the anabolic and catabolic directions respectively. Two Pfam models cover the two functional domains of this protein; pfam00044 represents the N-terminal NAD(P)-binding domain and pfam02800 represents the C-terminal catalytic domain. An additional form of gap gene is found in gamma proteobacteria and is responsible for the conversion of erythrose-4-phosphate (E4P) to 4-phospho-erythronate in the biosynthesis of pyridoxine. This pathway of pyridoxine biosynthesis appears to be limited, however, to a relatively small number of bacterial species although it is prevalent among the gamma-proteobacteria. This enzyme is described by TIGR001532. These sequences generally score between trusted and noise to this GAPDH model due to the close evolutionary relationship. There exists the possiblity that some forms of GAPDH may be bifunctional and act on E4P in species which make pyridoxine and via hydroxythreonine and lack a separate E4PDH enzyme (for instance, the GAPDH from Bacillus stearothermophilus has been shown to posess a limited E4PD activity as well as a robust GAPDH activity). There are a great number of sequences in the databases which score between trusted and noise to this model, nearly all of them due to fragmentary sequences. It seems that study of this gene has been carried out in many species utilizing PCR probes which exclude the extreme ends of the consenses used to define this model. The noise level is set relative not to E4PD, but the next closest outliers, the class II GAPDH's (found in archaea, TIGR01546) and aspartate semialdehyde dehydrogenase (ASADH, TIGR01296) both of which have highest-scoring hits around -225 to the prior model. [Energy metabolism, Glycolysis/gluconeogenesis].	0
AP018922.1|BBG07617.1|815559_817077_+|2,3-bisphosphoglycerate-independent-phosphoglycerate-mutase	gnl|CDD|235463	PRK05434, PRK05434, 2,3-bisphosphoglycerate-independent phosphoglycerate mutase.	0
AP018922.1|BBG07610.1|807393_807981_+|ATP-dependent-Clp-protease-proteolytic-subunit	gnl|CDD|178955	PRK00277, clpP, ATP-dependent Clp protease proteolytic subunit; Reviewed.	4.59321e-148
AP018922.1|BBG07611.1|808223_809126_-|nucleoside-diphosphate-sugar-epimerase	gnl|CDD|224015	COG1090, COG1090, Predicted nucleoside-diphosphate sugar epimerase [General function prediction only].	6.73087e-155
AP018922.1|BBG07605.1|802104_803040_+|thioredoxin-reductase	gnl|CDD|273540	TIGR01292, Thioredoxin_reductase, thioredoxin-disulfide reductase. This model describes thioredoxin-disulfide reductase, a member of the pyridine nucleotide-disulphide oxidoreductases (pfam00070). [Energy metabolism, Electron transport].	4.19425e-154
AP018922.1|BBG07604.1|800598_802038_+|hypothetical-protein	gnl|CDD|276808	sd00008, TPR_YbbN, C-terminal Tetratricopeptide repeat (TPR) region of YbbN and similar motifs. The Tetratricopeptide repeat (TPR) typically contains 34 amino acids and is found in a variety of organisms including bacteria, cyanobacteria, yeast, fungi, plants, and humans. It is present in a variety of proteins including those involved in chaperone, cell-cycle, transcription, and protein transport complexes. YbbN is a thioredoxin-like protein containing two tandem TPR repeats at the C-terminus, separated by two alpha helices. Its N-terminal thioredoxin-like domain is not a functional oxidoreductase. It functions in heat stress response and DNA synthesis as a chaperone or co-chaperone.	3.57983e-06
AP018922.1|BBG07621.1|819723_820464_+|putative-Carboxyesterase-homologue	gnl|CDD|224561	COG1647, COG1647, Esterase/lipase [General function prediction only].	2.43362e-130
AP018922.1|BBG07607.1|803862_804774_+|nucleotide-binding-protein	gnl|CDD|224574	COG1660, COG1660, Predicted P-loop-containing kinase [General function prediction only].	4.97899e-170

Protein sequences

>AP018922.1|BBG07612.1|809828_810458_+|hypothetical-protein
MSNQNYDYNKNEDGSKKKMSTTAKVVSIATVLLLLGGLVFAIFAYVDHSNKAKERMLNEQKQEQKEKRQKENAEKERKKKQQEEKEQNELDSQANQYQQLPQQNQYQYVPPQQQAPTKQRPAKEENDDKASKDESKDKDDKASQDKSDDNQKKTDDNKQPAQPKPQPQQPTPKPNNNQQNNQSNQQAKPQAPQQNSQSTTNKQNNANDK
>AP018922.1|BBG07611.1|808223_809126_-|nucleoside-diphosphate-sugar-epimerase
MKQYLITGGTGMVGSQLVNEIKKSDSHITILTRHDQISNDKKISYVNWAKSGWEHKVPQNIDVVINLAGATLNKRWTPEYKQTLMLSRIQSTQALYELFKSRNKAPKVLFNASATGYYPPDLFMSYTEVYKTLPFDFLSDIVYQWERFAQQFEQLGTRVVIGRFGMILSNEGGALQTMKLPYKYYIGGKLGSGQQWYSWIHINDLIQAILFLINNESASGPFNLTAPIPERQNLFGYTLARAMHKPHETWAPSLAMRLILGQMSTVVLDTQKVLPNKIQALGFQFKYSNLKMALEDLIKE
>AP018922.1|BBG07610.1|807393_807981_+|ATP-dependent-Clp-protease-proteolytic-subunit
MNLIPTVIETTNRGERAYDIYSRLLKDRIIMLGSQIDDNVANSIVSQLLFLQAQDSEKDIYLYINSPGGSVTAGFAIYDTIQHIKPDVQTICIGMAASMGSFLLAAGAKGKRFALPNAEVMIHQPLGGAQGQATEIEIAANHILKTREKLNRILSERTGQSIEKIQKDTDRDNFLTAEEAKEYGLIDEVMVPETK
>AP018922.1|BBG07609.1|805876_806821_+|sporulation-regulator-WhiA
MSFASEMKNELTRIDVDEMNAKAELSALIRMNGALSLSNQQFVINVQTENATTARRIYSLIKRVFNVEVEILVRKKMKLKKNNIYICRTKMKAKEILDELGILKDGIFTHEIDHSMIQDDEMRRSYLRGAFLAGGSVNNPETSSYHLEIFSQNESHAEGLTKLMNSYELNAKHLERKKGSITYLKEAEKISDFLSLIGGYQALLKFEDVRIVRDMRNSVNRLVNCETANLNKTVSAAMKQVESIKLIDKEIGIENLPDRLREIARIRVEHQEISLKELGEMVSTGPISKSGVNHRLRKLNDLADKIRNGEQIEL
>AP018922.1|BBG07608.1|804770_805766_+|hypothetical-protein
MRQIKVVLIGGGTGLSVMARGLREFPIDITAIVTVADNGGSTGKIRDEMDIPAPGDIRNVIAALSDSESVLSQLFQYRFEENQISGHSLGNLLIAGMTNITNDFGHAIKALSKILNIKGRVIPSTNTSVQLNAVMEDGEIVFGETNIPKKHKKIDRVFLEPNDVQPMEEAIDALREADLIVLGPGSLYTSVISNLCVNGISDALIHSDAPKLYVSNVMTQPGETDGYSVKDHIDAIHRQAGQPFIDYVICSTQTFNAQVLKKYEEKHSKPVEVNKAELEKESINVKTSSNLVEISENHLVRHNTKVLSTMIYDIALELISTIPFVPSDKRK
>AP018922.1|BBG07607.1|803862_804774_+|nucleotide-binding-protein
MDNNEKEKSKSELLVVTGLSGAGKSLVIQCLEDMGYFCVDNLPPVLLPKFVELMEQGNPSLRKVAIAIDLRGKELFNSLVAVVDKVKSESDVIIDVMFLEASTEKLISRYKETRRAHPLMEQGKRSLINAINDEREHLSQIRSIANFVIDTTKLSPKELKERIRRYYEDEEFETFTINVTSFGFKHGIQMDADLVFDVRFLPNPYYVVDLRPLTGLDKDVYNYVMKWKETEIFFEKLTDLLDFMIPGYKKEGKSQLVIAIGCTGGQHRSVALAERLGNYLNEVFEYNVYVHHRDAHIESGEKK
>AP018922.1|BBG07606.1|803385_803571_-|hypothetical-protein
MGPNTENFEKKFYRQCELGCGRQHREIGFPISTDNASWRGPNTEADEKSAYDNVQVGVGQR
>AP018922.1|BBG07605.1|802104_803040_+|thioredoxin-reductase
MTEIDFDIAIIGAGPAGMTAAVYASRANLKTVMIERGIPGGQMANTEEVENFPGFEMITGPDLSTKMFEHAKKFGAVYQYGDIKSVEDKGEYKVINFGNKELTAKAVIIATGAEYKKIGVPGEQELGGRGVSYCAVCDGAFFKNKRLFVIGGGDSAVEEGTFLTKFADKVTIVHRRDELRAQRILQDRAFKNDKIDFIWSHTLKSINEKDGKVGSVTLTSTKDGSEETHEADGVFIYIGMKPLTAPFKDLGITNDVGYIVTKDDMTTSVPGIFAAGDVRDKGLRQIVTATGDGSIAAQSAAEYIEHLNDQA
>AP018922.1|BBG07604.1|800598_802038_+|hypothetical-protein
MAQKNNNVIPMTFDDAFYRKMAKQKFKQREYKRAAEYFEKVLELSPDDLEIQIDYAQCLVQLGIAKKAEHLFYDNIIYNRHLEDSFYELSQLNIEVNEPNKAFLFGINYVIVSDDQDYRDELDQMFDVKYQSEEQIELEAQLFVVQILFQYLFSQGRLKDAKNYVLHQPQEVQDHRVVRNLLAMCYLYLGEYDTAKALYEALLQEDSTDIYALCHYTLLLYNTKENEQYQKYLKILNKVVPMNDDESFKLGIVLSYLKQYRASQQLLYPLYKKGKFLSIQMYNALAYNYYYLGEEDESHYYWDKLKQISKVEIGHAPWVIENSKEVFDQHILPLLQSDDSHYRLYGIFLLDQLNGKEIVMTESIWQVLENLNNYEKLYLTYLVQGLTLNKLDFIHRGLLTLYHNELFVSENDVMVAWINQGELIIAEKVDLTDVEPYIGAFIYLYFKNQPRNVTKKQITTWLGITQYKLNKMIEFLLSI
>AP018922.1|BBG07603.1|800105_800591_+|putative-acetyltransferase
MRKFLSKTHHHTNPLWRVYRLVKFSKVFKNVIIIEFSKFIPSMVLKRHIYKQLLNINIGNQSSIAYKVMLDIFYPELITIGSNSVIGYNVTILTHEALVDEFRYGPVTIGSNTLIGANATILPGITIGDNVKVAAGTVVSKDIPDNGFAYGNPMYIKMIRR
>AP018922.1|BBG07613.1|811269_812283_+|glycolytic-operon-regulator
MKDLLQAQQKLIPDLIDKMYKRFSILTTISKNQPVGRRSLSEHMDMTERVLRSETDMLKKQDLIKVKPTGMEITAEGEQLISQLKGYFDIYADDNRLSEGIKNKFQIKEVHVVPGDADNSQSVKTELGRQAGQLLEGILQEDAIVAVTGGSTMACVSEAIHLLPYNVFFVPARGGLGENVVFQANTIAASMAQQAGGYYTTMYVPDNVSETTYNTLLLEPSVINTLDKIKQANVILHGIGDALKMAHRRQSPEKVIEQLQHHQAVGEAFGYYFDTQGQIVHKVKTIGLQLEDLESKDFIFAVAGGKSKGEAIKAYLTIAPKNTVLITDEAAAKIILE
>AP018922.1|BBG07614.1|812335_813346_+|glyceraldehyde-3-phosphate-dehydrogenase-1
MAVKVAINGFGRIGRLAFRRIQEVEGLEVVAVNDLTDDDMLAHLLKYDTMQGRFTGEVEVVDGGFRVNGKEVKSFSEPDASKLPWKDLNIDVVLECTGFYTDKDKAQAHIEAGAKKVLISAPATGDLKTIVFNTNHQELDGSETVVSGASCTTNSLAPVAKVLNDDFGLVEGLMTTIHAYTGDQNTQDAPHRKGDKRRARAAAENIIPNSTGAAKAIGKVIPEIDGKLDGGAQRVPVATGSLTELTVVLEKQDVTVEQVNEAMKNASNESFGYTEDEIVSSDVVGMTYGSLFDATQTRVMSVGDRQLVKVAAWYDNEMSYTAQLVRTLAYLAELSK
>AP018922.1|BBG07615.1|813483_814674_+|phosphoglycerate-kinase
MAKKIVSDLDLKGKTVLVRADFNVPLKDGEITNDNRIVQALPTIQYIIEQGGKIVLFSHLGKVKEESDKAKLTLRPVAEDLSKKLDKEVVFVPETRGEKLEAAIKDLKEGDVLLVENTRYEDLDGKKESKNDPELGKYWASLGDVFVNDAFGTAHREHASNVGISTHLETAAGFLMDKEIKFIGGVVNDPHKPVVAILGGAKVSDKINVIKNLVNIADKIIIGGGMAYTFLKAQGKEIGISLLEEDKIDFAKDLLEKHGDKIVLPVDTKVAKEFSNDAKITVVPSDSIPADQEGMDIGPNTVKLFADELEGAHTVVWNGPMGVFEFSNFAQGTIGVCKAIANLKDAITIIGGGDSAAAAISLGFENDFTHISTGGGASLEYLEGKELPGIKAINNK
>AP018922.1|BBG07616.1|814795_815557_+|triosephosphate-isomerase
MRTPIIAGNWKMNKTVQEAKDFVNALPTLPDSKEVESVICAPAIQLDALTTAVKEGKAQGLEIGAQNTYFEDNGAFTGETSPVALADLGVKYVVIGHSERRELFHETDEEINKKAHAIFKHGMTPIICVGETDEERESGKANDVVGEQVKKAVAGLSEDQLKSVVIAYEPIWAIGTGKSSTSEDANEMCAFVRQTIADLSSKEVSEATRIQYGGSVKPNNIKEYMAQTDIDGALVGGASLKVEDFVQLLEGAK
>AP018922.1|BBG07617.1|815559_817077_+|2,3-bisphosphoglycerate-independent-phosphoglycerate-mutase
MAKKPTALIILDGFANRESEHGNAVKLANKPNFDRYYNKYPTTQIEASGLDVGLPEGQMGNSEVGHMNIGAGRIVYQSLTRINKSIEDGDFFENDVLNNAIAHVNSHDSALHIFGLLSDGGVHSHYKHLFALLELAKKQGVEKVYVHAFLDGRDVDQKSALKYIEETEAKFNELGIGQFASVSGRYYAMDRDKRWEREEKAYNAIRNFDAPTYATAKEGVEASYNEGLTDEFVVPFIVENQNDGVNDGDAVIFYNFRPDRAAQLSEIFANRAFEGFKVEQVKDLFYATFTKYNDNIDAAIVFEKVDLNNTIGEIAQNNNLTQLRIAETEKYPHVTYFMSGGRNEEFKGERRRLIDSPKVATYDLKPEMSAYEVKDALLEELNKGDLDLIILNFANPDMVGHSGMLEPTIKAIEAVDECLGEVVDKILDMDGYAIITADHGNSDQVLTDDDQPMTTHTTNPVPVIVTKEGVTLRETGRLGDLAPTLLDLLNVEQPEDMTGESLIKH
>AP018922.1|BBG07618.1|817206_818511_+|enolase
MPIITDVYAREVLDSRGNPTVEVEVLTESGAFGRALVPSGASTGEHEAVELRDGDKSRYLGKGVTKAVENVNEIIAPEIIEGEFSVLDQVSIDKMMIALDGTPNKGKLGANAILGVSIAVARAAADLLGQPLYKYLGGFNGKQLPVPMMNIVNGGSHSDAPIAFQEFMILPVGATTFKESLRWGTEIFHNLKSILSKRGLETAVGDEGGFAPKFEGTEDAVETIIQAIEAAGYKPGEEVFLGFDCASSEFYENGVYDYSKFEGEHGAKRTAAEQVDYLEQLVDKYPIITIEDGMDENDWDGWKQLTERIGDRVQLVGDDLFVTNTEILAKGIENGIGNSILIKVNQIGTLTETFDAIEMAQKAGYTAVVSHRSGETEDTTIADIAVATNAGQIKTGSLSRTDRIAKYNQLLRIEDELFETAKYDGIKSFYNLDK
>AP018922.1|BBG07619.1|818849_819308_+|putative-membrane-spanning-protein
MADRTNKEIKTGRFIATASIVFSILLIIHYFVSLDNATAKALLNLTNQNTSDKAIDYILNSFRFTGIMYILAYLAGFITFWNRHTYVWWFMFAVYVSNSLFTLINLSITIQAIKAAHGAYLTLPILIVIIGSVALAIYMLVVSIKRKSTFNR
>AP018922.1|BBG07620.1|819374_819608_+|preprotein-translocase-subunit-SecG
MHTFLIVLLIIDCIALITVVLLQEGKSSGLSGAISGGAEQLFGKQKQRGVDLFLNRLTIILSILFFVLMICISYLGM
>AP018922.1|BBG07621.1|819723_820464_+|putative-Carboxyesterase-homologue
MQIKLPKPFFFEEGKRAVLLLHGFTGNSSDVRQLGRFLQKKGYTSYAPQYEGHAAPPEEILKSSPFVWFKDALDGYDYLVEQGYDEIVVAGLSLGGDFALKLSLNRDVKGIVTMCAPMGGKTEGTIYEGFLEYARNFKKYEGKDQETIDNEMDHFKPTETLKELSESLDTIKEQVDEVLDPILVIQAENDNMIDPQSANYIYDHVDSDDKNIKWYSESGHVITIDKEKEQVFEDIYQFLESLDWSE
>AP018922.1|BBG07622.1|820497_822870_+|ribonuclease-R
MNLKQSIEEIINQPEYEPMSVSDFQDALGLSSADSFRDLIKVLVELEQSGLIERTKTDRYQKKHSSRGQSKLIKGTLSQNKKGFAFLRPEDEDMEDIFIPPTKINRALDGDTVIVETHQSKGEHKGKIEGEVKSIEKHSVTQVVGTYSEARHFGFVIPDDKRIMQDIFIPKGQSLGAVDGHKVLVQITKYADGSDNPEGHISAILGHKNDPGVDILSIIYQHGIEIEFPDEVLQEAEAVPDHIENTEIKGRHDLRDELTITIDGADAKDLDDAISVKKLANGNTQLTVSIADVSYYVTEDSALDKEAYDRATSVYLVDRVIPMIPHRLSNGICSLNPHVDRLTLSCRMEIDASGRVVKHEIFDSVIHSDYRMTYDAVNQIITEKDPNIREQYKEITPMLDLAQDLSNRLIQMRKRRGEIDFDISEAKVLVNEDGIPTDVQLRQRGEGERLIESFMLIANETVAEHFSKLDVPFIYRVHEQPKSDRLRQFFDFITNFGIMIKGTGEDIHPTTLQKVQEEVEGRPEQMVISTMMLRSMQQAHYDDVNLGHFGLSAEYYTHFTSPIRRYPDLTVHRLIRKYLIEKSMDNKEVKRWEDKLPELAEHTSKRERRAIEAERDTDELKKAEYMIQHIGDEFEGIVSSVANFGMFIELPNTIEGMVHIANMTDDYYRFEERQMALIGERQAKVFRIGDTVKVKVTHVDVDERLIDFQIVGMPLPKNDRSQRPARGKTIQAKTRGKSLDKSKSDDKGRKKKGKQRKGKNQRNNDKSGNSKHKPFYKDKSVKKKARRKKK

Crispr_ID: AP018922_4

• CRISPR_ID: AP018922_4
• CRISPR_location: 1089612-1089703
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018922_4

Consensus_repeat	Method
TATAATGATTAAAAATCAAAGAGG	CRISPRCasFinder

spacers of AP018922_4

>4.1|1089636|44|AP018922|CRISPRCasFinder
AACAGCGGAATACAGATGATGCTTCGCACAACTGCATAAAAGCC

CRISPR arrays and Neighbor proteins around AP018922_4

CRISPR arrays

The CRISPR arrays of AP018922_4

>merge|AP018922|4|1089612-1089703|CRISPRCasFinder
TATAATGATTAAAAATCAAAGAGGAACAGCGGAATACAGATGATGCTTCGCACAACTGCATAAAAGCCTCTAATGATTAAAAATCAAAGAGG

>AP018922|4|3|1089612-1089703|CRISPRCasFinder
TATAATGATTAAAAATCAAAGAGG	AACAGCGGAATACAGATGATGCTTCGCACAACTGCATAAAAGCC
TCTAATGATTAAAAATCAAAGAGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG07869.1|1078415_1079468_-|iron-regulated-surface-determinant-protein-A	unknown	unknown	gnl|CDD|227676
AP018922.1|BBG07880.1|1091009_1091276_+|cell-division-protein-ZapA	unknown	unknown	gnl|CDD|172616
AP018922.1|BBG07876.1|1084811_1085552_+|putative-rRNA-methylase	unknown	unknown	gnl|CDD|223640
AP018922.1|BBG07885.1|1096751_1098533_+|UvrABC-system-protein-C	unknown	unknown	gnl|CDD|234792
AP018922.1|BBG07875.1|1084103_1084427_+|heme-degrading-monooxygenase-IsdG	unknown	unknown	gnl|CDD|139480
AP018922.1|BBG07873.1|1082323_1083289_+|probable-heme-iron-transport-system-permease-protein-IsdF	unknown	unknown	gnl|CDD|223682
AP018922.1|BBG07884.1|1096113_1096428_+|thioredoxin	unknown	unknown	gnl|CDD|200072
AP018922.1|BBG07874.1|1083350_1084085_+|NPQTN-specific-sortase-B	unknown	unknown	gnl|CDD|226898
AP018922.1|BBG07888.1|1101288_1102104_+|succinate-dehydrogenase-iron-sulfur-protein-subunit	unknown	unknown	gnl|CDD|181515
AP018922.1|BBG07883.1|1093592_1095941_+|MutS2-protein	unknown	unknown	gnl|CDD|234750
AP018922.1|BBG07889.1|1102339_1103140_+|glutamate-racemase	unknown	unknown	gnl|CDD|234851
AP018922.1|BBG07872.1|1081432_1082311_+|high-affinity-heme-uptake-system-protein-IsdE	unknown	unknown	gnl|CDD|274706
AP018922.1|BBG07877.1|1085931_1086990_+|phenylalanine--tRNA-ligase-alpha-subunit	unknown	unknown	gnl|CDD|234780
AP018922.1|BBG07870.1|1079676_1080360_+|iron-regulated-surface-determinant-protein-C	unknown	unknown	gnl|CDD|274705
AP018922.1|BBG07881.1|1091354_1091798_+|hypothetical-protein	unknown	unknown	gnl|CDD|224205
AP018922.1|BBG07882.1|1091870_1093583_+|DNA-dependent-DNA-polymerase-beta-chain	unknown	unknown	gnl|CDD|236311
AP018922.1|BBG07887.1|1099522_1101289_+|succinate-dehydrogenase-flavoprotein-subunit	unknown	unknown	gnl|CDD|236319
AP018922.1|BBG07878.1|1086989_1089392_+|phenylalanine--tRNA-ligase-beta-subunit	unknown	unknown	gnl|CDD|234804
AP018922.1|BBG07886.1|1098856_1099471_+|succinate-dehydrogenase-cytochrome-b-558	unknown	unknown	gnl|CDD|239577
AP018922.1|BBG07871.1|1080359_1081436_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG07869.1|1078415_1079468_-|iron-regulated-surface-determinant-protein-A	gnl|CDD|227676	COG5386, COG5386, Cell surface protein [Cell envelope biogenesis, outer membrane].	8.33511e-123
AP018922.1|BBG07880.1|1091009_1091276_+|cell-division-protein-ZapA	gnl|CDD|172616	PRK14126, PRK14126, cell division protein ZapA; Provisional.	1.04877e-21
AP018922.1|BBG07876.1|1084811_1085552_+|putative-rRNA-methylase	gnl|CDD|223640	COG0566, SpoU, rRNA methylases [Translation, ribosomal structure and biogenesis].	3.43228e-78
AP018922.1|BBG07885.1|1096751_1098533_+|UvrABC-system-protein-C	gnl|CDD|234792	PRK00558, uvrC, excinuclease ABC subunit UvrC.	0
AP018922.1|BBG07875.1|1084103_1084427_+|heme-degrading-monooxygenase-IsdG	gnl|CDD|139480	PRK13312, PRK13312, staphylobilin-forming heme oxygenase IsdG.	3.35893e-67
AP018922.1|BBG07873.1|1082323_1083289_+|probable-heme-iron-transport-system-permease-protein-IsdF	gnl|CDD|223682	COG0609, FepD, ABC-type Fe3+-siderophore transport system, permease component [Inorganic ion transport and metabolism].	1.20886e-61
AP018922.1|BBG07884.1|1096113_1096428_+|thioredoxin	gnl|CDD|200072	TIGR01068, Thioredoxin-like_protein_slr0233, thioredoxin. Several proteins, such as protein disulfide isomerase, have two or more copies of a domain closely related to thioredoxin. This model is designed to recognize authentic thioredoxin, a small protein that should be hit exactly once by this model. Any protein that hits once with a score greater than the second (per domain) trusted cutoff may be taken as thioredoxin. [Energy metabolism, Electron transport].	3.26685e-48
AP018922.1|BBG07874.1|1083350_1084085_+|NPQTN-specific-sortase-B	gnl|CDD|226898	COG4509, COG4509, Uncharacterized protein conserved in bacteria [Function unknown].	2.78558e-128
AP018922.1|BBG07888.1|1101288_1102104_+|succinate-dehydrogenase-iron-sulfur-protein-subunit	gnl|CDD|181515	PRK08640, sdhB, succinate dehydrogenase iron-sulfur subunit; Reviewed.	0
AP018922.1|BBG07883.1|1093592_1095941_+|MutS2-protein	gnl|CDD|234750	PRK00409, PRK00409, recombination and DNA strand exchange inhibitor protein; Reviewed.	0
AP018922.1|BBG07889.1|1102339_1103140_+|glutamate-racemase	gnl|CDD|234851	PRK00865, PRK00865, glutamate racemase; Provisional.	2.38427e-134
AP018922.1|BBG07872.1|1081432_1082311_+|high-affinity-heme-uptake-system-protein-IsdE	gnl|CDD|274706	TIGR03659, heme_ABC_transporter_heme-binding_protein_isdE, heme ABC transporter, heme-binding protein isdE. This family of ABC substrate-binding proteins is observed primarily in close proximity with proteins localized to the cell wall and bearing the NEAT (NEAr Transporter, pfam05031) heme-binding domain. IsdE has been shown to bind heme and is involved in the process of scavenging heme for the purpose of obtaining iron.	9.77537e-156
AP018922.1|BBG07877.1|1085931_1086990_+|phenylalanine--tRNA-ligase-alpha-subunit	gnl|CDD|234780	PRK00488, pheS, phenylalanyl-tRNA synthetase subunit alpha; Validated.	0
AP018922.1|BBG07870.1|1079676_1080360_+|iron-regulated-surface-determinant-protein-C	gnl|CDD|274705	TIGR03656, IsdC, heme uptake protein IsdC. Isd proteins are iron-regulated surface proteins found in Bacillus, Staphylococcus and Listeria species and are responsible for heme scavenging from hemoproteins. The IsdC protein consists of an N-terminal hydrophobic signal sequence, a central NEAT (NEAr Transporter, pfam05031) domain, which confers the ability to bind heme, and a C-terminal SrtB processing signal which targets the protein to the cell wall. IsdC is believed to make a direct contact with, and transfer heme to, the heme-binding component (IsdE) of an ABC transporter in the cytoplasmic membrane, and to receive heme from other NEAT-containing heme-binding proteins also localized in the cell wall.	2.0626e-97
AP018922.1|BBG07881.1|1091354_1091798_+|hypothetical-protein	gnl|CDD|224205	COG1286, CvpA, Uncharacterized membrane protein, required for colicin V production [General function prediction only].	1.81664e-22
AP018922.1|BBG07882.1|1091870_1093583_+|DNA-dependent-DNA-polymerase-beta-chain	gnl|CDD|236311	PRK08609, PRK08609, DNA polymerase/3'-5' exonuclease PolX.	0
AP018922.1|BBG07887.1|1099522_1101289_+|succinate-dehydrogenase-flavoprotein-subunit	gnl|CDD|236319	PRK08641, sdhA, succinate dehydrogenase flavoprotein subunit; Reviewed.	0
AP018922.1|BBG07878.1|1086989_1089392_+|phenylalanine--tRNA-ligase-beta-subunit	gnl|CDD|234804	PRK00629, pheT, phenylalanyl-tRNA synthetase subunit beta; Reviewed.	0
AP018922.1|BBG07886.1|1098856_1099471_+|succinate-dehydrogenase-cytochrome-b-558	gnl|CDD|239577	cd03497, SQR_TypeB_1_TM, Succinate:quinone oxidoreductase (SQR) Type B subfamily 1, transmembrane subunit; composed of proteins similar to Bacillus subtilis SQR. SQR catalyzes the oxidation of succinate to fumarate coupled to the reduction of quinone to quinol. Bacillus subtilis SQR reduces low potential quinones such as menaquinone. SQR is also called succinate dehydrogenase (Sdh) or Complex II and is part of the citric acid cycle and the aerobic respiratory chain. SQR is composed of a flavoprotein catalytic subunit, an iron-sulfur protein and one or two hydrophobic transmembrane subunits. Members of this subfamily are classified as Type B as they contain one transmembrane subunit and two heme groups. The heme and quinone binding sites reside on the transmembrane subunit. The transmembrane subunit of Bacillus subtilis SQR is also called Sdh cytochrome b558 subunit. The structural arrangement allows efficient electron transfer between the catalytic subunit, through iron-sulfur centers, and the transmembrane subunit containing the electron acceptor (quinone). The reversible reduction of quinone is an essential feature of respiration, allowing transfer of electrons between respiratory complexes.	2.37018e-87

Protein sequences

>AP018922.1|BBG07878.1|1086989_1089392_+|phenylalanine--tRNA-ligase-beta-subunit
MLISNEWLKEYVTIDDSVSNLAERITRTGIEVDDLIDYTKDIKNLVVGFVKSKEKHPDADKLNVCQVDIGEDEPVQIVCGAPNVDAGQYVIVAKVGGRLPGGIKIKRAKLRGERSEGMICSLQEIGISSNYIPKSFESGIYVFSESQVPGTDALQALYLDDQVMEFDLTPNRADALSMIGTAYEVAALYNTKMTKPETTSNELELSANDELTVTIENEDKVPYYSARVVHDVTIEPSPIWMQARLIKAGIRPINNVVDISNYVLLEYGQPLHMFDQDAIGSQQIVVRQANEGEKMTTLDDTERELLTSDIVITNGQTPIALAGVMGGDFSEVKEQTSNIVIEGAIFDPVSIRHTSRRLNLRSESSSRFEKGIATEFVDEAVDRACYLLQTYANGKVLKDRVSSGELGAFITPIDITADKINRTIGFDLSQNDIVTIFNQLGFDTEINDDVITVQVPSRRKDITIKEDLIEEVARIYGYDDIPSTLPVFEKVTSGQLTDRQYKTRMVKEVLEGAGLDQAITYSLVSKEDATAFAMQQRQTIDLLMPMSEAHASLRQSLLPHLIEAASYNVARKNKDVKLFEIGNVFFANGEGELPDQVEYLSGILTGDYVVNQWQGKKETVDFYLAKGVVDRVSEKLNLEFSYRRADIDGLHPGRTAEILLENKVVGFIGELHPTLAADNDLKRTYVFELNFDALMAVSVGYINYQPIPRFPGMSRDIALEVDQNIPAADLLSTIHAHGGNILKDTLVFDVYQGEHLEKGKKSIAIRLNYLDTEETLTDERVSKVQAEIEAALIEQGAVIR
>AP018922.1|BBG07877.1|1085931_1086990_+|phenylalanine--tRNA-ligase-alpha-subunit
MSEQQTMSELKQQALVDINEANDERALQEVKVKYLGKKGSISGLMKLMKDLPNEEKPAFGQKVNELRQTIQNELDERQQMLVKEKLNKQLAEETIDVSLPGRHIEIGSKHPLTRTIEEIEDLFLGLGYEIVNGYEVEQDHYNFEMLNLPKSHPARDMQDSFYITDEILLRTHTSPVQARTMESRHGQGPVKIICPGKVYRRDSDDATHSHQFTQIEGLVVDKNVKMSDLKGTLELLAKKLFGADREIRLRPSYFPFTEPSVEVDVSCFKCKGKGCNVCKHTGWIEILGAGMVHPNVLEMAGFDSSEYSGFAFGMGPDRIAMLKYGIEDIRHFYTNDVRFLDQFKAVEDRGDM
>AP018922.1|BBG07876.1|1084811_1085552_+|putative-rRNA-methylase
MEQITSAQNNRIKQANKLKKKRERDKTGLALIEGVHLIEEAYQSGIVITQLFAIEPVRLDQQIIAYAQEVFEINMKVAESLSGTVTPQGFFAIIEKPHYDISKAQQVLLIDRVQDPGNLGTLIRTADAAGMDAVIMEKGTTDPYQDKVLRASQGSVFHLPVMTQDLDTFITQFNGPVYGTALENAVAYKEVTSSDSFALLLGNEGEGVNPELLAHTTQNLIIPIYGKAESLNVAIAGSILLYHLKG
>AP018922.1|BBG07875.1|1084103_1084427_+|heme-degrading-monooxygenase-IsdG
MKFMAENRLTLTKGTAKDIIERFYTRHGIETLEGFDGMFVTQTLEQEDFDEVKILTVWKSKQAFTDWLKSDVFKAAHKHVRSKNEDESSPIINNKVITYDIGYSYMK
>AP018922.1|BBG07874.1|1083350_1084085_+|NPQTN-specific-sortase-B
MRMKRFLTIVQILLVVIIIIFGYKIVQTYIEDKQERANYEKLQQKFQMLMSKHQAHVRPQFESLEKINKDIVGWIKLSGTSLNYPVLQGKTNHDYLNLDFEREHRRKGSIFMDFRNELKNLNHNTILYGHHVGDNTMFDVLEDYLKQSFYEKHKIIEFDNKYGKYQLQVFSAYKTTTKDNYIRTDFENDQDYQQFLDETKRKSVINSDVNVTVKDRIMTLSTCEDAYSETTKRIVVVAKIIKVS
>AP018922.1|BBG07873.1|1082323_1083289_+|probable-heme-iron-transport-system-permease-protein-IsdF
MIKNKKKLLFLCLLVILIATAYISFVTGTIKLSFNDLITKFTTGNNEAVDSIIDLRLPRILIALMVGAMLAVSGALLQAALQNPLAEANIIGVSSGALIMRALCMLFIPQLYFYLPLLSFIGGLIPFLIIILLHSKFRFNAVSMILVGVALFVLLNGVLEILTQNPLMKIPQGLTMKIWSDVYILAVSALLGLILTLLLSPKLNLLNLDDIQARSIGFNIDRYRWLTGLLAVFLASATVAIVGQLAFLGIIVPHVVRKLVGGNYRVLIPFSTVIGAWLLLVADLLGRVIQPPLEIPANAILMIVGGPMLIYLICQSQRNRI
>AP018922.1|BBG07872.1|1081432_1082311_+|high-affinity-heme-uptake-system-protein-IsdE
MRIIKYLTILVISVVILTSCQSSSSQESTKSGEFRIVPTTVALTMTLDKLDLPIVGKPTSYKTLPNRYKDVPEIGQPMEPNVEAVKKLKPTHVLSVSTIKDEMQPFYKQLNMKGYFYDFDSLKGMQKSITQLGDQFNRKAQAKELNDHLNSVKQKIENKAAKQKKHPKVLILMGVPGSYLVATDKSYIGDLVKIAGGENVIKVKDRQYISSNTENLLNINPDIILRLPHGMPEEVKKMFQKEFKQNDIWKHFKAVKNNHVYDLEEVPFGITANVDADKAMTQLYDLFYKDKK
>AP018922.1|BBG07871.1|1080359_1081436_+|hypothetical-protein
MRNVKQIATKSIIAIISLGILTYTTMIGSVLADEIKYPSAKFNQPEAKDKTELTTSIFDEKIKENKALELLIFNQENKNVTEEQKLVDEKAQLISDMTGKIYLQVKLKGQIDKEQLVFQNDKNEEFPFVIKDEKDDTIVRILIEQHMDKINMHVKTLAEKKNLDNKEMVYSIHFKEKKVQHDDAKEVPSKHQNQENNQDQLKKDIDDKKDSQKSDTKERRTSLFTEKGLNDIPVQKDKVQQDSNKKIENERPKASGTLKVENSPPTIKKVENNHKEQPKHKDEKSKKEKKKVVEKEKALPAFNRDDDSKNSSQLSSDIKELDEPNHKKQYILFAAGIVLATILLISAHLYSRKRGNQV
>AP018922.1|BBG07870.1|1079676_1080360_+|iron-regulated-surface-determinant-protein-C
MKNILKVFNTTILALIIIIATFSNSANAADSGTLNYEVYKYNTNDTSIANDYFNKPAKYIKKNGKLYVQITVNHSHWITGMSIEGHKENIISKNTAKDERTSEFEVSKLNGKIDGKIDVYIDEKVNGKPFKYDHHYNITYKFNGPTDVAGANAPGKDDKNSASGSDKGSDGTTTGQSESNSSNKDKVENPQTNAGTPAYIYAIPVASLALLIAITLFVRKKSKGNVE
>AP018922.1|BBG07869.1|1078415_1079468_-|iron-regulated-surface-determinant-protein-A
MTKHYLNSKYQSEQRSSAIKKITMGTASIILGSLVYIGADSQQVNAATEATNATNNQSTQVSQATSQPINFQVQKDGSSEKSHMDDYMQHPGKVIKQNNKYYFQTVLNNASFWKEYKFYNANNQELATTVVNDNKKADTRTINVAVEPGYKSLTTKVHIVVPQINYNHRYTTHLEFEKAIPTLADAAKPNNVKPVQPKPAQPKTPTEQTKPVQPKVEKVKPTVTTTSKVEDNHSTKVVSTDTTKDQTKTQTAHTVKTAQTAQEQNKVQTPVKDVATAKSESNNQAVSDNKSQQTNKVTKHNETPKQASKAKELPKTGLTSVDNFISTVAFATLALLGSLSLLLFKRKESK
>AP018922.1|BBG07880.1|1091009_1091276_+|cell-division-protein-ZapA
MAQFKNKVNVSINDQLFTIVGEDNPEHIRYVAHLVDDKIKELGYKAAGLDTSRKAILTAVNIMHEKVLLEEENRRLKQQIHKLQQREQ
>AP018922.1|BBG07881.1|1091354_1091798_+|hypothetical-protein
MIHLSATIVSLWIASQFYKSIVERLIVFIPYPKTTAFNTTFAFHFNHLQNRFEAIVAFLMITLFCKFILYLIIVTFDKIIAYQNIHIFSRAMGMIVGVFMTIIVLHFTLYLLALYPNEALQHQLKISIVSHSLIFHIPYLSAFTINL
>AP018922.1|BBG07882.1|1091870_1093583_+|DNA-dependent-DNA-polymerase-beta-chain
MTKKDVIKLLEQIATYMELKGENTFKISAYRKAAQSLELDERPLDEISDVTELKGIGKGVAEVINDYRETGESQYLQQLQEEVPEGLIPLLKIQGLGSKKIAKLYKELNIVDKASLQVACENGKVSELSGFAKKTEQNILEAVKQLGAKKDRYPIDQMRRLNQEIIDYIDTLNYIDQYSSAGSFRRFKEMSKDLDFIISTDNPKAVQQQLLNIPNKVKEVAVGNTKVSLELAYDDETIGVDFRLIEPSAFYHTLQHFTGSKEHNIRIRQLAKARDEKVSEYGIEQADGTLIQYDSEAKIYEHFNVNFIPPAMREDGSEFDKDLSNIITIDDINGDIHMHTTYSDGAFSIRDMVEANIAKGYKFMVITDHSQSLRVANGLQVERLLRQNEEIKALDKEYSEIDIYSGTEMDILPDGSLDYDDEILAQLDYVIGAIHQSFNQSEEQIMERLANACRNPYVRHIAHPTGRIIGRRDGYKPNIEQLMALAEETNTVLEINANPHRLDLNADIVRKYPNVKLTINTDAHHTNHLDFMNYGVATAQKGFVTKDRVINALSREAFKDFIENNIKLKK
>AP018922.1|BBG07883.1|1093592_1095941_+|MutS2-protein
MRQKTLDVLEFEKIKSLVANETISDLGLEKVSQMMPATNFETVVFQMEETDEIAQIYNKHRLPSLSGLSKVSAFIHRADIGGVLNVSELNLIKRLIQVQNQFKTFYNQLVEEDEGVKYPILDDKMNQLPVLTDLFQQINETCDTYDLYDNASYELQGIRSKISSTNQRIRQNLDRIVKSQANQKKLSDAIVTVRNERNVIPVKAEYRQDFNGIVHDQSASGQTLYIEPSSVVEMNNQISRLRHDEAIEKERILTQLTGYVAADKDALLVAEQVMGQLDFLIAKARYSRSIKGTKPIFKEERTVYLPKAYHPLLNRETVVANTIEFMEDIETVIITGPNTGGKTVTLKTLGLIIVMAQSGLLIPTLDGSQLSVFKNVYCDIGDEQSIEQSLSTFSSHMTNIVEILKHADKHSLVLFDELGAGTDPSEGAALAMSILDHVRKIGSLVMATTHYPELKAYSYNREGVMNASVEFDVDTLSPTYKLLMGVPGRSNAFDISKKLGLSLNIINKAKTMIGTDEKEINEMIESLEHNYKRVETQRLELDRLVKEAEQVHDDLSKQYQQFQNYEKSLIEEAKEKANQKIKAATKEADDIIKDLRQLREQKGADVKEHELIDKKKRLDDHYEAKSIKQNVQKQKYDKIVAGDEVKVLSYGQKGEVLEIVNDEEAIVQMGIIKMKLPIEDLEKKQKEKVKPTKMVTRQNRQTIKTELDLRGYRYEDALIELDQYLDQAVLSNYEQVYIIHGKGTGALQKGVQQHLKKHKSVSDFRGGMPSEGGFGVTVATLK
>AP018922.1|BBG07884.1|1096113_1096428_+|thioredoxin
MAIVKVTDADFDSKVESGVQLVDFWATWCGPCKMIAPVLEELAADYEGKADILKLDVDENPSTAAKYEVMSIPTLIVFKDGQPVDKVVGFQPKENLAEVLDKHL
>AP018922.1|BBG07885.1|1096751_1098533_+|UvrABC-system-protein-C
MEDYKQRIKNKLNVVPMEPGCYLMKDRNDQVIYVGKAKKLRNRLRSYFTGAHDAKTTRLVGEIRRFEFIVTSSETESLLLELNLIKQYQPRYNILLKDDKSYPFIKITKEKYPRLLVTRTVKQGTGKYFGPYPNAYSAQETKKLLDRIYPYRKCDKMPDKLCLYYHIGQCLGPCVYDVDLSKYAQMTKEITDFLNGEDKTILKSLEERMLTASESLDFERAKEYRDLIQHIQNLTNKQKIMSSDKTIRDVFGYSVDKGWMCIQVFFIRQGNMIKRDTTMIPLQQTEEEEFYTFIGQFYSLNQHILPKEVHVPRNLDKEMIQSVVDTKIVQPARGPKKDMVDLAAHNAKVSLNNKFELISRDESRTIKAIEELGTQMGIQTPIRIEAFDNSNIQGVDPVSAMVTFVDGKPDKKNYRKYKIKTVKGPDDYKSMREVVRRRYSRVLNEGLPLPDLIIVDGGKGHMNGVIDVLQNELGLDIPVAGLQKNDKHQTSELLYGASAEIVPLKKNSQAFYLLHRIQDEVHRFAITFHRQTRQKTGLKSILDDIDGIGNKRKTLLLRSFGSIKKMKEATLEDFKNIGIPENVAKNLHEQLHK
>AP018922.1|BBG07886.1|1098856_1099471_+|succinate-dehydrogenase-cytochrome-b-558
MAQSKNEFYLRRIHSLLGIIPIGAFLVVHLLVNHQATQGAEAFNKASNFMESLPFLIIVEFLFIYIPLLYHGLFGIHIAFTAKENVGHYSIFRNWMFFFQRVSGILTFIFIGIHLWQTRLQKAFYGKEVNYDLMHETLQHPGWAIFYIICIIAVVFHFANGLWSFLVTWGGLQSPKSQRVFTWVSLIVFLVISYIGVTAIIAFM
>AP018922.1|BBG07887.1|1099522_1101289_+|succinate-dehydrogenase-flavoprotein-subunit
MAEKHLIVVGGGLAGLMSTIKAAEKGAHVDLFSVVPVKRSHSVCAQGGINGAVNTKGEGDSPWIHFDDTVYGGDFLANQPPVKAMTEAAPKIIHLLDRMGVMFNRTNEGLLDFRRFGGTLHHRTAYAGATTGQQLLYALDEQVRAYEVDGLVTKYEGWEFLGIVKGDDDSARGIVAQNMTTAEIETFGSDAVIMATGGPGIIFGKTTNSMINTGSAASIVYQQGAIYANGEFIQIHPTAIPGDDKLRLMSESARGEGGRIWTYKDGKPWYFLEEKYPDYGNLVPRDIATREIFDVCINQKLGINGENMVYLDLSHKDPHELDVKLGGIIEIYEKFTGDDPRKVPMKIFPAVHYSMGGLYVDYDQMTNIKGLFAAGECDFSQHGGNRLGANSLLSAIYGGTVAGPNAIDYISNIDRSYTDMDESIFEKRKAEEQERFDKLLAMRGTENAYKLHRELGEIMTANVTVVRENEKLLETDKKIVELMKRYEDIDMEDTQTWSNQAVFFTRQLWNMLVLARVITIGAYNRNESRGAHYKPEFPERNDEEWLKTTMASFQGAFEKPQFTYDDVDVSLIPPRKRDYTSKSKGGKK
>AP018922.1|BBG07888.1|1101288_1102104_+|succinate-dehydrogenase-iron-sulfur-protein-subunit
MTEQSVKNTPQHETQSKPKQKTVKLIIKRQDTSDSKPYEETFEIPYRENLNVIACLMEIRRNPVNIKGEKTTPVVWDMNCLEEVCGACSMVINGRARQSCSAIVDQLEQPIRLEPMNTFPVIRDLQVDRSRMFDNLKRMKAWIPIDGTYDLGPGPRMPEKKRQTAYELSKCMTCGVCLEVCPNVTENNKFVGAQAISQVRLFNLHPTGSMTKDERLNALMGTGGLQQCGNSQNCVNACPKGIPLTTSIAAMNRETTFHMFKSFFGSDHEVE
>AP018922.1|BBG07889.1|1102339_1103140_+|glutamate-racemase
MNKPIGVIDSGVGGLTVAKEIMRQLPNETIYYLGDIGRCPYGPRPGEQVKQYTVEIARKLMEFDIKMLVIACNTATAVALEYLQKTLSIPVIGVIEPGARTAIMTTRNQNVLVLGTEGTIKSEAYRTHIKRINPHVEVHGVACPGFVPLVEQMRYSDPTITSIVIHQTLKRWRNSESDTVILGCTHYPLLYKPIYDYFGGKKTVISSGLETAREVSALLTFSNEHASYTEHPDHRFFATGDPTHITNIIKEWLNLSVNVERISVND

Crispr_ID: AP018922_5

• CRISPR_ID: AP018922_5
• CRISPR_location: 1108617-1108860
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 4 spacers

Consensus repeat of AP018922_5

Consensus_repeat	Method
ACAATGCAAGTTGGCGGGG	CRT

spacers of AP018922_5

>5.1|1108636|37|AP018922|CRT
CCCCAACATAGAGAAATTGGATCACCAATTTCAACAG
>5.2|1108692|37|AP018922|CRT
CCACAACAGAGAGAAATAGGATCACCAATTCCAACAA
>5.3|1108748|38|AP018922|CRT
GCCCCAACATAGAAGCTGGCGAAAAGTCAGCTTACAAA
>5.4|1108805|37|AP018922|CRT
CCCCAACATAGAGAAATTGGAACCCCAATTTCTACAG

CRISPR arrays and Neighbor proteins around AP018922_5

CRISPR arrays

The CRISPR arrays of AP018922_5

>merge|AP018922|5|1108617-1108860|CRT
ACAATGCAAGTTGGCGGGGCCCCAACATAGAGAAATTGGATCACCAATTTCAACAGACAATGCAAGTTGGCGGGGCCACAACAGAGAGAAATAGGATCACCAATTCCAACAAACAATGCAAGTTGGCGGGGGCCCCAACATAGAAGCTGGCGAAAAGTCAGCTTACAAAAATGTGCAAGTTGGCGGGGCCCCAACATAGAGAAATTGGAACCCCAATTTCTACAGACAATGCAAGTTGGGGTAG

>AP018922|5|3|1108617-1108860|CRT
ACAATGCAAGTTGGCGGGG	CCCCAACATAGAGAAATTGGATCACCAATTTCAACAG
ACAATGCAAGTTGGCGGGG	CCACAACAGAGAGAAATAGGATCACCAATTCCAACAA
ACAATGCAAGTTGGCGGGG	GCCCCAACATAGAAGCTGGCGAAAAGTCAGCTTACAAA
AATGTGCAAGTTGGCGGGG	CCCCAACATAGAGAAATTGGAACCCCAATTTCTACAG
ACAATGCAAGTTGGGGTAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG07900.1|1109021_1109207_-|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07895.1|1105422_1105818_-|formyl-peptide-receptor-like-1-inhibitory-protein	unknown	unknown	gnl|CDD|171849
AP018922.1|BBG07890.1|1103151_1103739_+|non-canonical-purine-NTP-pyrophosphatase	unknown	unknown	gnl|CDD|184835
AP018922.1|BBG07906.1|1114641_1115367_-|hypothetical-protein	unknown	unknown	gnl|CDD|171855
AP018922.1|BBG07908.1|1116828_1117761_+|carbamate-kinase	unknown	unknown	gnl|CDD|237071
AP018922.1|BBG07891.1|1103731_1104235_+|hypothetical-protein	unknown	unknown	gnl|CDD|223695
AP018922.1|BBG07894.1|1105129_1105318_+|LPXTG-motif-cell-wall-anchor-domain-protein	unknown	unknown	unknown
AP018922.1|BBG07893.1|1104723_1105053_+|fibrinogen-binding-protein	unknown	unknown	gnl|CDD|289007
AP018922.1|BBG07905.1|1113821_1114547_-|hypothetical-protein	unknown	unknown	gnl|CDD|106307
AP018922.1|BBG07898.1|1107255_1107753_+|fibrinogen-binding-protein	unknown	unknown	gnl|CDD|289007
AP018922.1|BBG07892.1|1104389_1104530_+|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07907.1|1115804_1116806_+|ornithine-carbamoyltransferase	unknown	unknown	gnl|CDD|235269
AP018922.1|BBG07903.1|1112300_1112498_+|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07904.1|1112997_1113714_-|superantigen-like-protein	unknown	unknown	gnl|CDD|171995
AP018922.1|BBG07897.1|1106490_1106997_+|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07896.1|1105774_1105966_+|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07901.1|1109828_1110062_-|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG07909.1|1117932_1119489_+|C4-dicarboxylate-anaerobic-carrier	unknown	unknown	gnl|CDD|224207
AP018922.1|BBG07899.1|1107906_1108257_+|complement-inhibitor	unknown	unknown	gnl|CDD|371594
AP018922.1|BBG07902.1|1110538_1111498_-|alpha-hemolysin	unknown	unknown	gnl|CDD|273388

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG07908.1|1116828_1117761_+|carbamate-kinase	gnl|CDD|237071	PRK12353, PRK12353, putative amino acid kinase; Reviewed.	0
AP018922.1|BBG07895.1|1105422_1105818_-|formyl-peptide-receptor-like-1-inhibitory-protein	gnl|CDD|171849	PRK13033, PRK13033, formyl peptide receptor-like 1 inhibitory protein; Reviewed.	1.17946e-62
AP018922.1|BBG07890.1|1103151_1103739_+|non-canonical-purine-NTP-pyrophosphatase	gnl|CDD|184835	PRK14822, PRK14822, XTP/dITP diphosphatase.	6.07313e-114
AP018922.1|BBG07906.1|1114641_1115367_-|hypothetical-protein	gnl|CDD|171855	PRK13043, PRK13043, superantigen-like protein; Reviewed.	4.17321e-162
AP018922.1|BBG07891.1|1103731_1104235_+|hypothetical-protein	gnl|CDD|223695	COG0622, COG0622, Predicted phosphoesterase [General function prediction only].	9.91823e-44
AP018922.1|BBG07893.1|1104723_1105053_+|fibrinogen-binding-protein	gnl|CDD|289007	pfam12199, efb-c, Extracellular fibrinogen binding protein C terminal. This domain family is found in bacteria, and is approximately 70 amino acids in length. There is a conserved VLK sequence motif. It is the C terminal domain of bacterial extracellular fibrinogen binding protein. It contains a helical motif involved in complement regulation. This motif binds to complement and changes its conformation to a form which cannot activate downstream components of the complement cascade.	2.22818e-21
AP018922.1|BBG07905.1|1113821_1114547_-|hypothetical-protein	gnl|CDD|106307	PRK13349, PRK13349, superantigen-like protein; Reviewed.	1.29834e-148
AP018922.1|BBG07898.1|1107255_1107753_+|fibrinogen-binding-protein	gnl|CDD|289007	pfam12199, efb-c, Extracellular fibrinogen binding protein C terminal. This domain family is found in bacteria, and is approximately 70 amino acids in length. There is a conserved VLK sequence motif. It is the C terminal domain of bacterial extracellular fibrinogen binding protein. It contains a helical motif involved in complement regulation. This motif binds to complement and changes its conformation to a form which cannot activate downstream components of the complement cascade.	5.38388e-27
AP018922.1|BBG07907.1|1115804_1116806_+|ornithine-carbamoyltransferase	gnl|CDD|235269	PRK04284, PRK04284, ornithine carbamoyltransferase; Provisional.	0
AP018922.1|BBG07904.1|1112997_1113714_-|superantigen-like-protein	gnl|CDD|171995	PRK13350, PRK13350, superantigen-like protein; Reviewed.	1.29441e-152
AP018922.1|BBG07902.1|1110538_1111498_-|alpha-hemolysin	gnl|CDD|273388	TIGR01002, synergohymenotropic_toxin, beta-channel forming cytolysin. This family of cytolytic pore-forming proteins includes alpha toxin and leukocidin F and S subunits from Staphylococcus aureus, hemolysin II of Bacillus cereus, and related toxins. [Cellular processes, Toxin production and resistance].	5.16469e-140
AP018922.1|BBG07909.1|1117932_1119489_+|C4-dicarboxylate-anaerobic-carrier	gnl|CDD|224207	COG1288, COG1288, Predicted membrane protein [Function unknown].	0
AP018922.1|BBG07899.1|1107906_1108257_+|complement-inhibitor	gnl|CDD|371594	pfam11546, CompInhib_SCIN, Staphylococcal complement inhibitor SCIN. SCIN is released by Staphylococcus aureus to counteract the host immune defense. The protein binds to and inhibits C3 convertases on the bacterial surface, reducing phagocytosis and blocking downstream effector functions by C3b deposition on its surface. An 18 residue stretch 31-48 is crucial for SCIN activity.	2.0882e-48

Protein sequences

>AP018922.1|BBG07899.1|1107906_1108257_+|complement-inhibitor
MKFKKYILTGTLALLLSSTGIATIEGNKADASSLDKYLTESQFHDKRIAEELRTLLNKSNVYALAAGSLNPYYKRTIMMNEYRAKAALKKNDFVSMADAKVALEKIYKEIDEIINR
>AP018922.1|BBG07898.1|1107255_1107753_+|fibrinogen-binding-protein
MKNKLIAKSLLTIAAIGITTTTIASTADASEGYGPREKKPVSINHNIVEYNDGTFKYQSRPKFNSTPKYIKFKHDYNILEFNDGTFEYGARPQFNKPAAKTDATIKKEQKLIQAQNLVREFEKTHTVSAHRKAQKAVNLVSFEYKVKKMVLQERIDNVLKQGLVK
>AP018922.1|BBG07897.1|1106490_1106997_+|hypothetical-protein
MIIKILTILLLLCILSYLVTNRKKPFLFLKTLFMGVVFIFIGYISLAISAVIIYGIIQFITIDFGSFFLMGIILILISSIFQLFIVRLLFRKKNVDLTEVVVLEHLIQWFLVYFAIYQAVNEKMDINDINIDNFQSVFFDVSNLNLVILPTLIISWVTIFNYRMRSYK
>AP018922.1|BBG07896.1|1105774_1105966_+|hypothetical-protein
MTVDAIITFVIFFFIISSPCKIDLYLLMRVHCYFTNGFMHLPVNTSLIKIKCKLIRFNAIEKE
>AP018922.1|BBG07895.1|1105422_1105818_-|formyl-peptide-receptor-like-1-inhibitory-protein
MKKNITKVIIASTVIATGLLTHSNDAKAFFSYEWKGLEIAKKLADDEKKDEERADRLIKDAEKERTYTGKTVEDLYVIAKKLGKGNTIAVVRIIDGGKNGYYTFDITRPLEEHRKNIKVVAKGEIDSITWY
>AP018922.1|BBG07894.1|1105129_1105318_+|LPXTG-motif-cell-wall-anchor-domain-protein
MNGEIIRINNINNYLKVNAIVVYVLNKRGGYCEKEIECINNHKNCNGYSGNRVNHTCFIKQS
>AP018922.1|BBG07893.1|1104723_1105053_+|fibrinogen-binding-protein
MKKNFIGKSILSIAAISLTVSTFAGESHAQTKNVEAAKKYDQYQTNFKKQVNKKVVDAQKAVNLFKRTRTVATHRKAQRAVNLIHFQHSYEKKKLQRQIDLVLKYNTLK
>AP018922.1|BBG07892.1|1104389_1104530_+|hypothetical-protein
MIVDNPIWLNHVDYLVKSVLLKSIKLRFQEVRKFEILVKIMNRIHI
>AP018922.1|BBG07891.1|1103731_1104235_+|hypothetical-protein
MSKWIIVSDNHTESGVLYQIYEMHPDADVYLHLGDSEFAYDDTELSLFNRVKGNCDFYPEFENEAVAKYNDVKAFYTHGHLYQVNRTRDLLAEKGLELGCLFAFYGHTHVAKYEYINGVHVINPGSISQSRSSMEETYAEVIIDDQTLHGTINFKNRHHETISHTTF
>AP018922.1|BBG07890.1|1103151_1103739_+|non-canonical-purine-NTP-pyrophosphatase
MKEIVIASNNQGKINDFKVIFPDYHVIGISELIPDFDVEETGSTFEENAILKSEAAAKALNKTVIADDSGLEVFALNGEPGIYSARYAGENKSDEANIEKLLNKLGNTTDRRAQFVCVISMSGPDMETKVFKGTVSGEIADGKYGENGFGYDPIFYVPKLDKTMAQLSKEQKGQISHRRNAINLLQAFLEGEKNV
>AP018922.1|BBG07900.1|1109021_1109207_-|hypothetical-protein
MNKHINKKAAKLLEDYKKVQQRKSKETDRGCLKSVIMLIVLFFLIIFGIVACSTNVNFFFQ
>AP018922.1|BBG07901.1|1109828_1110062_-|hypothetical-protein
MVFNDWEINVVYSGEHEVVTNEKSLFVIDEFYDVAIAIYYLDGKLKVAHVNYGSDFTIDVANKVFELNIQNPNVDEH
>AP018922.1|BBG07902.1|1110538_1111498_-|alpha-hemolysin
MKTRIVSSVTTTLLLGSILMNPVANAADSDINIKTGTTDIGSNTTVKTGDLVTYDKENSMHKKVFYSFIDDKNHNKKLLVIRTKGTIAGQYRVYSEEGANKSGLAWPSAFKVQLQLPDNEVAQISDYYPRNSIDTKEYMSTLTYGFNGNVTGDDTGKIGGLIGANVSIGHTLKYVQPDFKTILESPTDKKVGWKVIFNNMVNQNWGPYDRDSWNPVYGNQLFMKTRNGSMKAADNFLDPNKASSLLSSGFSPDFATVITMDRKASKQQTNIDVIYERVRDDYQLHWTSTNWKGTNTKDKWIDRSSERYKIDWEKEEMTN
>AP018922.1|BBG07903.1|1112300_1112498_+|hypothetical-protein
MTELNNIINSLQSLFESESGYKISKNSGVPYQTVQDLRNGKTKLEDARFRTIIKLYSYYVSLKEH
>AP018922.1|BBG07904.1|1112997_1113714_-|superantigen-like-protein
MSKNITKNIILTTTLLLLGTVLPQNQKPVFSFYSEAKAYSIGQDETNINELIKYYTQPHFSFSNKWLYQYDNGNIYVELKRYSWSAHISLWGAESWGNINQLKDRYVDVFGLKDKDTDQLWWSYRETFTGGVTPAAKPSDKTYNLFVQYKDKLQTIIGAHKIYQGNKPVLTLKEIDFRAREALIKNKILYNENRNKGKLKITGGGNNYTIDLSKRLHSDLANVYVKNPNKITVDVLFD
>AP018922.1|BBG07905.1|1113821_1114547_-|hypothetical-protein
MNNNITKKIILSTTLLLLGTASTQFPNTPINSSSEAKAYYINQNETNVNELTKYYSQKYLTFSNSTLWQKDNGTIHATLLQFSWYSHIQVYGPESWGNINQLRNKSVDIFGIKDQETIDSFALSQETFTGGVTPAATSNDKHYKLNVTYKDKAETFTGGFPVYEGNKPVLTLKELDFRIRQTLIKSKKLYNNSYNKGQIKITGADNNYTIDLSKRLPSTDANRYVKKPQNAKIEVILEKSN
>AP018922.1|BBG07906.1|1114641_1115367_-|hypothetical-protein
MKKNIMNKLVLSTALLLLGTTSTQLPKTPISFSSEAKAYNISENETNINELIKYYTQPHFSLSGKWLWQKPNGSIHATLQTWVWYSHIQVFGSESWGNINQLRNKYVDIFGTKDEDTVEGYWTYDETFTGGVTPAATSSDKPYRLFLKYSDKQQTIIGGHEFYKGNKPVLTLKELDFRIRQTLIKNKKLYNGEFNKGQIKITADGNNYTIDLSKKLKLTDTNRYVKNPRNAEIEVILEKSN
>AP018922.1|BBG07907.1|1115804_1116806_+|ornithine-carbamoyltransferase
MKNLRNRSFLTLLDFSRQEVEFLLTLSEDLKRAKYIGTEKPMLKNKNIALLFEKDSTRTRCAFEVAAHDQGANVTYLGPTGSQMGKKETTKDTARVLGGMYDGIEYRGFSQRTVETLAEYSGVPVWNGLTDEDHPTQVLADFLTAKEVLKKDYADINFTYVGDGRNNVANALMQGAAIMGMNFHLVCPKELNPTDELLNRCKNIAAENGGNILITDNIDQGVKGSDVIYTDVWVSMGEPDEVWKERLELLKPYQVNKEMMDKTGNPNVIFEHCLPSFHNADTKIGQQIFEKYGIREMEVTDEVFESKASVVFQEAENRMHTIKAVMVATLGEF
>AP018922.1|BBG07908.1|1116828_1117761_+|carbamate-kinase
MAKIVVALGGNALGKSPQEQLELVKNTAKSLVGLITKGHEIVISHGNGPQVGSINLGLNYAAEHNQGPAFPFAECGAMSQAYIGYQLQESLQNELHSIGMDKQVVTLVTQVEVDENDPAFNNPSKPIGLFYNKEEAEQIQKEKGFIFVEDAGRGYRRVVPSPQPISIIELESIKTLIKNDTLVIAAGGGGIPVIREQHDGFKGIDAVIDKDKTSALLGANIQCDQLIILTAIDYVYINFNTENQQPLKTTNVDELKRYIDENQFAKGSMLPKIEAAISFIENNPKGSVLITSLNELDAALEGKVGTVIKK
>AP018922.1|BBG07909.1|1117932_1119489_+|C4-dicarboxylate-anaerobic-carrier
MENTINESEKKKRFKLKMPGAFMILFILTVVAVIATWVIPAGAYSKLSYEPSSQELKIVNPHNQVKKVPGTQQELDKMGVKIKIEQFKSGAINKPVSIPNTYERLKQHPAGPEQITSSMVEGTIEAVDIMVFILVLGGLIGVVQASGSFESGLLALTKKTKGHEFMLIVFVSILMIIGGTLCGIEEEAVAFYPILVPIFIALGYDSIVSVGAIFLASSVGSTFSTINPFSVVIASNAAGTTFTDGLYWRIGACIVGAIFVISYLYWYCKKIKNDPKASYSYEDKDAFEQQWSVLKDDDSAHFTLRKKIILTLFVLPFPIMVWGVMTQGWWFPVMASAFLIFTIIIMFIAGTGKSGLGEKGTVDAFVNGASSLVGVSLIIGLARGINLVLNEGMISDTILHFSSSLVQHMSGPLFIIVLLFIFFCLGFIVPSSSGLAVLSMPIFAPLADTVGIPRFVIVTTYQFGQYAMLFLAPTGLVMATLQMLNMRYSHWFRFVWPVVAFVLIFGGGVLITQVLIYS

Crispr_ID: AP018922_6

• CRISPR_ID: AP018922_6
• CRISPR_location: 1198542-1198627
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018922_6

Consensus_repeat	Method
AAAGTCAGCTTACAATAATGTGCAAGTTGG	CRISPRCasFinder

spacers of AP018922_6

>6.1|1198572|26|AP018922|CRISPRCasFinder
CGGGGCCCCAACATAGAAGCTGGCGG

CRISPR arrays and Neighbor proteins around AP018922_6

CRISPR arrays

The CRISPR arrays of AP018922_6

>merge|AP018922|6|1198542-1198627|CRISPRCasFinder
AAAGTCAGCTTACAATAATGTGCAAGTTGGCGGGGCCCCAACATAGAAGCTGGCGGAAAGTCAGCTTACAATAATGTGCAAGTTGG

>AP018922|6|4|1198542-1198627|CRISPRCasFinder
AAAGTCAGCTTACAATAATGTGCAAGTTGG	CGGGGCCCCAACATAGAAGCTGGCGG
AAAGTCAGCTTACAATAATGTGCAAGTTGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG07988.1|1204639_1205548_+|succinyl-CoA-ligase-[ADP-forming]-subunit-alpha	unknown	unknown	gnl|CDD|180194
AP018922.1|BBG07975.1|1188233_1188965_+|RNase-III	unknown	unknown	gnl|CDD|234633
AP018922.1|BBG07989.1|1205774_1206893_+|probable-cell-wall-hydrolase-LytN	unknown	unknown	gnl|CDD|366664
AP018922.1|BBG07983.1|1197880_1198231_+|50S-ribosomal-protein-L19	unknown	unknown	gnl|CDD|235418
AP018922.1|BBG07987.1|1203451_1204618_+|succinyl-CoA-ligase-[ADP-forming]-subunit-beta	unknown	unknown	gnl|CDD|234813
AP018922.1|BBG07977.1|1192677_1193928_+|signal-recognition-particle	unknown	unknown	gnl|CDD|236686
AP018922.1|BBG07976.1|1189111_1192678_+|chromosome-partition-protein-Smc	unknown	unknown	gnl|CDD|224117
AP018922.1|BBG07991.1|1208337_1209210_+|putative-DNA-processing-Smf-protein	unknown	unknown	gnl|CDD|223829
AP018922.1|BBG07974.1|1187884_1188118_+|acyl-carrier-protein	unknown	unknown	gnl|CDD|179197
AP018922.1|BBG07982.1|1197040_1197778_+|tRNA-(guanine-N(1)-)-methyltransferase	unknown	unknown	gnl|CDD|234581
AP018922.1|BBG07981.1|1196537_1197041_+|ribosome-maturation-factor-RimM	unknown	unknown	gnl|CDD|234650
AP018922.1|BBG07978.1|1193914_1194247_+|helix-turn-helix-protein,-YlxM-/-p13-like-family-protein	unknown	unknown	gnl|CDD|234647
AP018922.1|BBG07986.1|1202575_1203343_+|ribonuclease-HII	unknown	unknown	gnl|CDD|260003
AP018922.1|BBG07993.1|1211614_1212922_+|methylenetetrahydrofolate--tRNA-(uracil-5-)--methyltransferase-TrmFO	unknown	unknown	gnl|CDD|235416
AP018922.1|BBG07979.1|1194272_1195640_+|signal-recognition-particle-homolog	unknown	unknown	gnl|CDD|236780
AP018922.1|BBG07980.1|1196074_1196350_+|30S-ribosomal-protein-S16	unknown	unknown	gnl|CDD|223306
AP018922.1|BBG07990.1|1206920_1208165_+|FmhC-protein	unknown	unknown	gnl|CDD|367067
AP018922.1|BBG07992.1|1209389_1211459_+|DNA-topoisomerase	unknown	unknown	gnl|CDD|235516
AP018922.1|BBG07984.1|1198700_1200062_-|hypothetical-protein	unknown	unknown	gnl|CDD|226888
AP018922.1|BBG07985.1|1201707_1202592_+|ribosome-biogenesis-GTPase-A	unknown	unknown	gnl|CDD|236570

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG07988.1|1204639_1205548_+|succinyl-CoA-ligase-[ADP-forming]-subunit-alpha	gnl|CDD|180194	PRK05678, PRK05678, succinyl-CoA synthetase subunit alpha; Validated.	0
AP018922.1|BBG07975.1|1188233_1188965_+|RNase-III	gnl|CDD|234633	PRK00102, rnc, ribonuclease III; Reviewed.	4.78039e-115
AP018922.1|BBG07989.1|1205774_1206893_+|probable-cell-wall-hydrolase-LytN	gnl|CDD|366664	pfam01476, LysM, LysM domain. The LysM (lysin motif) domain is about 40 residues long. It is found in a variety of enzymes involved in bacterial cell wall degradation. This domain may have a general peptidoglycan binding function. The structure of this domain is known.	1.58681e-14
AP018922.1|BBG07983.1|1197880_1198231_+|50S-ribosomal-protein-L19	gnl|CDD|235418	PRK05338, rplS, 50S ribosomal protein L19; Provisional.	6.77895e-70
AP018922.1|BBG07987.1|1203451_1204618_+|succinyl-CoA-ligase-[ADP-forming]-subunit-beta	gnl|CDD|234813	PRK00696, sucC, ADP-forming succinate--CoA ligase subunit beta.	0
AP018922.1|BBG07977.1|1192677_1193928_+|signal-recognition-particle	gnl|CDD|236686	PRK10416, PRK10416, signal recognition particle-docking protein FtsY; Provisional.	0
AP018922.1|BBG07976.1|1189111_1192678_+|chromosome-partition-protein-Smc	gnl|CDD|224117	COG1196, Smc, Chromosome segregation ATPases [Cell division and chromosome partitioning].	0
AP018922.1|BBG07991.1|1208337_1209210_+|putative-DNA-processing-Smf-protein	gnl|CDD|223829	COG0758, Smf, Predicted Rossmann fold nucleotide-binding protein involved in DNA uptake [DNA replication, recombination, and repair / Intracellular trafficking and secretion].	7.99896e-103
AP018922.1|BBG07974.1|1187884_1188118_+|acyl-carrier-protein	gnl|CDD|179197	PRK00982, acpP, acyl carrier protein; Provisional.	5.23888e-31
AP018922.1|BBG07982.1|1197040_1197778_+|tRNA-(guanine-N(1)-)-methyltransferase	gnl|CDD|234581	PRK00026, trmD, tRNA (guanine-N(1)-)-methyltransferase; Reviewed.	2.98496e-164
AP018922.1|BBG07981.1|1196537_1197041_+|ribosome-maturation-factor-RimM	gnl|CDD|234650	PRK00122, rimM, 16S rRNA-processing protein RimM; Provisional.	1.02289e-68
AP018922.1|BBG07978.1|1193914_1194247_+|helix-turn-helix-protein,-YlxM-/-p13-like-family-protein	gnl|CDD|234647	PRK00118, PRK00118, putative DNA-binding protein; Validated.	5.84113e-47
AP018922.1|BBG07986.1|1202575_1203343_+|ribonuclease-HII	gnl|CDD|260003	cd07182, RNase_HII_bacteria_HII_like, Bacterial Ribonuclease HII-like. This family includes mostly bacterial type 2 RNases H, with some eukaryotic members. Bacterial RNase HII has a role in primer removal based on its involvement in ribonucleotide-specific catalytic activity in the presence of RNA/DNA hybrid substrates. Several bacteria, such as Bacillus subtilis, have two different type II RNases H, RNases HII and HIII; double deletion of these leads to cellular lethality. It appears that type I and type II RNases H also have overlapping functions in cells, as over-expression of Escherichia coli RNase HII can complement an RNase HI deletion phenotype. In Leishmania mitochondria, of the four distinct RNase H genes (H1, HIIA, HIIB, HIIC), HIIC is essential for the survival of the parasite and thus can be a potential target for anti-leishmanial chemotherapy. Ribonuclease H (RNase H) is classified into two families, type I (prokaryotic RNase HI, eukaryotic RNase H1 and viral RNase H) and type II (prokaryotic RNase HII and HIII, and eukaryotic RNase H2). RNase H endonucleolytically hydrolyzes an RNA strand when it is annealed to a complementary DNA strand in the presence of divalent cations, in DNA replication and repair.	9.05801e-95
AP018922.1|BBG07993.1|1211614_1212922_+|methylenetetrahydrofolate--tRNA-(uracil-5-)--methyltransferase-TrmFO	gnl|CDD|235416	PRK05335, PRK05335, tRNA (uracil-5-)-methyltransferase Gid; Reviewed.	0
AP018922.1|BBG07979.1|1194272_1195640_+|signal-recognition-particle-homolog	gnl|CDD|236780	PRK10867, PRK10867, signal recognition particle protein; Provisional.	0
AP018922.1|BBG07980.1|1196074_1196350_+|30S-ribosomal-protein-S16	gnl|CDD|223306	COG0228, RpsP, Ribosomal protein S16 [Translation, ribosomal structure and biogenesis].	3.01687e-41
AP018922.1|BBG07990.1|1206920_1208165_+|FmhC-protein	gnl|CDD|367067	pfam02388, FemAB, FemAB family. The femAB operon codes for two nearly identical approximately 50-kDa proteins involved in the formation of the Staphylococcal pentaglycine interpeptide bridge in peptidoglycan. These proteins are also considered as a factor influencing the level of methicillin resistance.	0
AP018922.1|BBG07992.1|1209389_1211459_+|DNA-topoisomerase	gnl|CDD|235516	PRK05582, PRK05582, type I DNA topoisomerase.	0
AP018922.1|BBG07984.1|1198700_1200062_-|hypothetical-protein	gnl|CDD|226888	COG4485, COG4485, Predicted membrane protein [Function unknown].	0
AP018922.1|BBG07985.1|1201707_1202592_+|ribosome-biogenesis-GTPase-A	gnl|CDD|236570	PRK09563, rbgA, GTPase YlqF; Reviewed.	2.28339e-159

Protein sequences

>AP018922.1|BBG07983.1|1197880_1198231_+|50S-ribosomal-protein-L19
MTNHKLIEAVTKSQLRTDLPSFRPGDTLRVHVRIIEGTRERIQVFEGVVIKRRGGGVSETFTVRKISSGVGVERTFPLHTPKIEKIEVKRRGKVRRAKLYYLRSLRGKAARIQEIR
>AP018922.1|BBG07982.1|1197040_1197778_+|tRNA-(guanine-N(1)-)-methyltransferase
MKIDYLTLFPEMFDGVLNHSIMKRAQENNKLQINTVNFRDYAINKHNQVDDYPYGGGQGMVLKPEPVFNAMEDLDVTEQTRVILMCPQGEPFSHQKAVELSKADHIVFICGHYEGYDERIRTHLVTDEISMGDYVLTGGELPAMTMTDAIVRLIPGVLGNEQSHQDDSFSDGLLEFPQYTRPREFKGLTVPDVLLSGNHANIDAWRHEQKLIRTYNKRPDLIEKYPLTNADKQILERYKIGLKKG
>AP018922.1|BBG07981.1|1196537_1197041_+|ribosome-maturation-factor-RimM
MRVEVGQIVNTHGIKGEIKVKSNSDFTDVRFQPGQVLTVVHNNNDLEYTVKSHRVHKGLHMLTFEGINNINDIEHLKGSSIYQERDHEDIVLEENEFYYSDIIGCTVFDDQETPIGRVINIFETGANDVWVIKGSKEYLIPYIADVVKEVDVENKKIIITPMEGLLD
>AP018922.1|BBG07980.1|1196074_1196350_+|30S-ribosomal-protein-S16
MAVKIRLTRLGSKRNPFYRIVVADARSPRDGRIIEQIGTYNPTSANAPEIKVDEALALKWLNDGAKPTDTVHNILSKEGIMKKFDEQKKAK
>AP018922.1|BBG07979.1|1194272_1195640_+|signal-recognition-particle-homolog
MAFEGLSERLQATMQKMRGKGKLTEADIKIMMREVRLALLEADVNFKVVKEFIKTVSERALGSDVMQSLTPGQQVIKIVQDELTQLMGGENTSINMSNKPPTVVMMVGLQGAGKTTTAGKLALLMRKKYNKKPMLVAADIYRPAAINQLQTVGKQIDIPVYSEGDQVKPQQIVTNALKHAKEEHLDFVIIDTAGRLHIDEALMNELKEVKDIAKPNEIMLVVDSMTGQDAVNVAESFDDQLDVTGVTLTKLDGDTRGGAALSIRSVTQKPIKFVGMSEKLDGLELFHPERMASRILGMGDVLSLIEKAQQDVDQEKAKDLEKKMRESSFTLDDFLEQLDQVKNLGPLDDIMKMIPGMNKMKGLDKLNMSEKQIDHIKAIIQSMTPAERNNPDTLNVSRKKRIAKGSGRSLQEVNRLMKQFNDMKKMMKQFTGGGKGKKGKRNQMQNMLKGMNLPF
>AP018922.1|BBG07978.1|1193914_1194247_+|helix-turn-helix-protein,-YlxM-/-p13-like-family-protein
MGQNDLVKTLRMNYLFDFYQSLLTNKQRNYLELFYLEDYSLSEIADTFNVSRQAVYDNIRRTGDLVEDYEKKLELYQKFEQRREIYDEMKQHLSNPEQIQRYIQQLEDLE
>AP018922.1|BBG07977.1|1192677_1193928_+|signal-recognition-particle
MSFFKRLKDKFATNKENEEVKSLTEEQGQDKLEDTHSEGSTQDVNDLAENAEVKKKPRKLSEADFDDDGLISIEDFEEIEAQKMGAKFKAGLEKSRQNFQEQLNNLIARYRKVDEDFFEALEEMLITADVGFNTVMTLTEELRMEAQRRNIQDTEDLREVIVEKIVEIYHQEDDNSEAMNLEDGRLNVILMVGVNGVGKTTTIGKLAYRYKMEGKKVMLAAGDTFRAGAIDQLKVWGERVGVDVISQSEGSDPAAVMYDAINAAKNKGVDILICDTAGRLQNKTNLMQELEKVKRVINRAVPDAPHEALLCLDATTGQNALSQARNFKEVTNVTGIVLTKLDGTAKGGIVLAIRNELHIPVKYVGLGEQLDDLQPFNPESYVYGLFADMIEQNEEITTVENDQIVTEEKDDNHGSK
>AP018922.1|BBG07976.1|1189111_1192678_+|chromosome-partition-protein-Smc
MVYLKSIDAIGFKSFADQTNVQFDKGVTAIVGPNGSGKSNITDAIKWVLGEQSAKSLRGSKMEDIIFSGAEHRKAQNYAEVQLRLDNHSKKLSVDENEVIVTRRLYRSGESEYYINNDRARLKDIADLFLDSGLGKEAYSIISQGRVDEILNAKPIDRRQIIEESAGVLKYKKRKAESLNKLDQTEDNLTRVEDILYDLEGRVEPLKEEAAIAKEYKTLSHQMKHSDIVVTVHDIDQYTNDNRQLDQRLNDLQGQQANKEADKQRLSQQIQQYKGKRHQLDNDVESLNYQLVKATEAFEKYTGQLNVLEERKKNQSETNARYEEEQENLMELLENISNEISEAQDTYKSLKSKQKELNAVIRELEEQLYVSDEAHDEKLEEIKNEYYTLMSEQSDVNNDIRFLKHTIEENEAKKSRLDSRLVEVFEQLKDIQGQIKTTKKEYQQTNKELSAVDKEIKNIEKDLTDTKKAQNEYEEKLYQAYRYTEKMKTRIDSLATQEEEYTYFFNGVKHILKAKNKELKGIHGAVAEIIDVPSKLTQAIETALGASLQHVIVDSEKDGRQAIQFLKERNLGRATFLPLNVIQSRVVATDIKSIAKEANGFISIASEAVKVAPEYQNIIGNLLGNTIIVDHLKHANELARAIKYRTRIVTLEGDIVNPGGSMTGGGARKSKSILSQKDELTTMRHQLEDYLRQTESFEQQFKELKIKSDQLSELYFEKSQKHNTLKEQVHHFEMELDRLTTQETQIKNDHEEFEFEKNDGYTSDKSRQTLSEKETHLESIKASLKRLEDEIERYTKLSKEGKESVTKTQQTLHQKQSDLAVVKERIKTQQQTIDRLNNQSQQTKHQLKDVKEKIAFFNSDEVMGEQAFQNIKDQINGQQETRTRLSDELDKLKQQRIELNEQIDAQEAKLQVCHQDILAIENHYQDIKAEQSKLDVLIHHAIDHLNDEYQLTVERAKSEYTSDESIDALRKKVKLMKMSIDELGPVNLNAIEQFEELNERYTFLSEQRTDLRKAKETLEQIISEMDQEVTERFKETFHAIQGHFTAVFKQLFGGGDAELQLTEADYLTAGIDIVVQPPGKKLQHLSLLSGGERALTAIALLFAILKVRSAPFVILDEVEAALDEANVIRYAKYLNELSDETQFIVITHRKGTMEFADRLYGVTMQESGVTKLVSVNLNTIDDVLKEEQ
>AP018922.1|BBG07975.1|1188233_1188965_+|RNase-III
MSKQKKSEIVNRFRKRFDTKMTELGFTYQNIDLYQQAFSHSSFINDFNMNRLDHNERLEFLGDAVLELTVSRYLFDKHPNLPEGNLTKMRATIVCEPSLVIFANKIGLNEMILLGKGEEKTGGRTRPSLISDAFEAFIGALYLDQGLDIVWKFAEKVIFPHVEQNELLGVVDFKTQFQEYVHQQNKGDVTYNLIKEEGPAHHRLFTSEVILQGEAIAEGKGKTKKESEQRAAESAYKQLKQIK
>AP018922.1|BBG07974.1|1187884_1188118_+|acyl-carrier-protein
MENFDKVKDIIVDRLGVDADKVTEDASFKDDLGADSLDIAELVMELEDEFGTEIPDEEAEKINTVGDAVKFINSLEK
>AP018922.1|BBG07984.1|1198700_1200062_-|hypothetical-protein
MVLAVILKFSLWRYKKLTVAILVLIVMIQQIVILDNNKNMAIKPYQQSLSTLKQHDYHSNYVNQLIKKINQNATGPFNRIDYMSDYALNSPFIYHYNGISLYSSIFNGDILKYYDKTLQINMPIDKNSTYRLLGNRQNLLSLWNVNDRIRVNHDDNLPYGFKIKSEHKDNKVRWIHSKNTIHYPSAHITNKVFSNKELKSPLDKEQAMLQGIVSNKTKDVNTHFKANKNLLSDSTIKLNSAAWQSPTKHLLQVKQNNGGLTVQLPKSVSNQFKDLYFEMDLELLSPDKAHDVKVNEYTQERNKLTYKYRRFVTPVTIRIKASDRIRLSLPKGKYRVNLKGIYGEDYTTLKDASNSLEAVKVSKTKQGYTITKNKNSSGYIVLPTAYNQGMKATSGDQSLKVEQVNGVMTGIKAPKNITKIQLSYAPPYYYLLITITIFGIICSIIFTRWARQK
>AP018922.1|BBG07985.1|1201707_1202592_+|ribosome-biogenesis-GTPase-A
MVIQWYPGHMAKAKREVSEQLKKVDVVFELVDARIPYSSRNPMIDEVINQKPRVVILNKKDMSNLNEMSKWEQFFIDKGYYPVSVDAKHGKNLKKVEAAAIKATAEKFEREKAKGLKPRAIRAMIVGIPNVGKSTLINKLAKRSIAQTGNKPGVTKQQQWIKVGNALQLLDTPGILWPKFEDEEVGKKLSLTGAIKDSIVHLDEVAIYGLNFLIQHDLARLKSHYNIEVPEDAEIIAWFDAIGKKRGLIRRGNEIDYEAVIELIIYDIRNAKIGNYCFDIFKDMTEELANDANN
>AP018922.1|BBG07986.1|1202575_1203343_+|ribonuclease-HII
MTLTIKEVKQLINAVNTIEELENHECFLDERKGVQNAIARRRKALEKEQALKEKYVEMTYFENEILKEHPNAIICGIDEVGRGPLAGPVVACATILNSNHNYLGLDDSKKVPVTKRLELNEALKNEVTAFAYGIATAEEIDEFNIYKATQIAMQRAIDGLSVQPTHLLIDAMTLDNALPQVSLIKGDARSVSIAAASIMAKVFRDDYMTQLSKDYPEYGFEKNAGYGTKQHLLAIDDIGIMKEHRKSFEPIKSLL
>AP018922.1|BBG07987.1|1203451_1204618_+|succinyl-CoA-ligase-[ADP-forming]-subunit-beta
MNIHEYQGKEIFRSMGVAVPEGRVAFTAEEAVEKAKELNSDVYVVKAQIHAGGRGKAGGVKIAKSLSEVETYAKELLGKTLVTHQTGPEGKEIKRLYIEEGCAIQKEYYVGFVIDRATDQVTLMASEEGGTEIEEVAAKTPEKIFKETIDPVIGLSPFQARRIAFNINIPKESVNKAAKFLLALYNVFIEKDCSIVEINPLVTTADGDVLALDAKINFDDNALFRHKDVVELRDLEEEDPKEIEASKHDLSYIALDGDIGCMVNGAGLAMATMDTINHFGGNPANFLDAGGSATREKVTEAFKIILGDENVKGIFVNIFGGIMKCDVIAEGIVEAVKEVDLTLPLVVRLEGTNVELGKKILKDSGLAIEPAATMAEGAQKIVKLVKEA
>AP018922.1|BBG07988.1|1204639_1205548_+|succinyl-CoA-ligase-[ADP-forming]-subunit-alpha
MSVFIDKNTKVMVQGITGSTALFHTKQMLDYGTKIVAGVTPGKGGQVVEGVPVFNTVEEAKNETGATVSVIYVPAPFAADSILEAADADLDMVICITEHIPVLDMVKVKRYLQGRKTRLVGPNCPGVITADECKIGIMPGYIHKKGHVGVVSRSGTLTYEAVHQLTEEGIGQTTAVGIGGDPVNGTNFIDVLKAFNEDDETKAVVMIGEIGGTAEEEAAEWIKANMTKPVVGFIGGQTAPPGKRMGHAGAIISGGKGTAEEKIKTLNSCGVKTAATPSEIGSTLIEAAKEAGIYEALLTVNK
>AP018922.1|BBG07989.1|1205774_1206893_+|probable-cell-wall-hydrolase-LytN
MNKQQSKVRYSIRKVSIGILSISIGMFLALGMSNKAYADEIDKSKDFTRGYEQNVFAKSELNANKNTTKDKIKNEGAVKTSDTSLKLDNKSAISNGNEINQDIKISNTPKNSSQGNNLVINNNEPTKEIKIANLEAQNSNQKKTNKVTNNYFGYYSFREAPKTQIYTVKKGDTLSAIALKYKTTVSNIQNTNNIANPNLIFIGQKLKVPMTPLVEPKTKTVSSNNKSNSNSSTLNYLKTLENRGWDFDGSYGWQCFDLVNVYWNHLYGHGLKGYGAKDIPYANNFNSEAKIYHNTPTFKAEPGDLVVFSGRFGGGYGHTAIVLNGDYDGKLMKFQSLDQNWNNGGWRKAEVAHKVVHNYENDMIFIRPFKKA
>AP018922.1|BBG07990.1|1206920_1208165_+|FmhC-protein
MKFSTLSEEEFTNYTKKHFKHYTQSIELYNYRNKINHEAHIVGVKNDKNEVIAACLLTEARIFKFYKYFYSHRGPLLDYFDAKLVCYFFKELSKFIYKNRGVFILVDPYLIENLRDANGRIIKNYNNSVIVKMLGKIGYLHQGYTTGYSNKSQIRWISVLDLKDKDENQLLKEMEYQTRRNIKKTIEIGVKVEDLSIEETNRFYKLFQMAEEKHGFHFMNEDYFKRMQEIYKDKAMLKIACINLNEYQDKLKIQLLKIENEMMTVNRALNENPNSKKNKSKLNQLNMQLSSINNRISKTEELIFEDGPVLDLAAALFICTDDEVYYLSSGSNPKYNQYMGAYHLQWHMIKYAKSHNINRYNFYGITGVFSNEADDFGVQQFKKGFNAHVEELIGDFIKPVRPILYKFAKLIYKV
>AP018922.1|BBG07991.1|1208337_1209210_+|putative-DNA-processing-Smf-protein
MIKLFLLKLYWAHFSTKQIHQFLMAYPNVIKEEGRKKDSYLCEWVNREENVHLLRKYYAFIKLDHNDIIKELQKLKVSYITYMDSEYPVLLKEIYQFPLLLFYKGNIKLINNMHHLAVVGARDSTSYTQQSLEFLLSNDKSKYLTIVSGLAQGADAMAHQIALKYNLPTIAVLAFGHQTHYPKSTLALRNKIEEKGLVISEYPPHTPIAKYRFPERNRIISGLSKGVLITEAKEQSGSHITIDFALEQNRNVYVLPGSMFNPMTKGNLLRIQEGAKVVLNANDIFEDYYI
>AP018922.1|BBG07992.1|1209389_1211459_+|DNA-topoisomerase
MADNLVIVESPAKAKTIEKYLGKKYKVIASMGHVRDLPRSQMGVDTEDNYEPKYITIRGKGPVVKELKKHAKKAKNVFLASDPDREGEAIAWHLSKILELEDSKENRVVFNEITKDAVKESFKNPREIEMNLVDAQQARRILDRLVGYNISPVLWKKVKKGLSAGRVQSVALRLVIDRENEIRNFKPEEYWTIEGEFRYKKSKFNAKFLHYKNKPFKLKTKKDVEKITAALDGDQFEITNVTKKEKTRNPANPFTTSTLQQEAARKLNFKARKTMMVAQQLYEGIDLKKQGTIGLITYMRTDSTRISDTAKAEAKQYITDKYGESYTSKRKASGKQGDQDAHEAIRPSSTMRTPDDMKSFLTKDQYRLYKLIWERFVASQMAPAILDTVSLDITQGDIKFRANGQTIKFKGFMTLYVETKDDSDSEKENKLPKLEQGDKVTATQIEPAQHYTQPPPRYTEARLVKTLEELKIGRPSTYAPTIDTIQKRNYVKLESKRFVPTELGEIVHEQVKEYFPEIIDVEFTVNMETLLDKIAEGDITWRKVIDGFFSSFKQDVERAEEEMEKIEIKDEPAGEDCEVCGSPMVIKMGRYGKFMACSNFPDCRNTKAIVKSIGVKCPKCNDGDVVERKSKKNRVFYGCSKYPECDFISWDKPIGRDCPKCNQYLVENKKGKTTQVICSNCDYKEAAQK
>AP018922.1|BBG07993.1|1211614_1212922_+|methylenetetrahydrofolate--tRNA-(uracil-5-)--methyltransferase-TrmFO
MTQTVNVIGAGLAGSEAAYQLAERGIKVNLIEMRPVKQTPAHHTDKFAELVCSNSLRGNALTNGVGVLKEEMRRLNSIIIEAADKARVPAGGALAVDRHDFSGYITETLKNHENITVINEEINAIPDGYTIIATGPLTTETLAQEIVDITGKDQLYFYDAAAPIIEKESIDMDKVYLKSRYDKGEAAYLNCPMTEDEFNRFYDAVLEAEVAPVNSFEKEKYFEGCMPFEVMAERGRKTLLFGPMKPVGLEDPKTGKRPYAVVQLRQDDAAGTLYNIVGFQTHLKWGAQKEVIKLIPGLENVDIVRYGVMHRNTFINSPDVLNEKYELISQPNIQFAGQMTGVEGYVESAASGLVAGINLAHKILGKGEVVFPRETMIGSMAYYISHAKNNKNFQPMNANFGLLPSLETRIKDKKERYEAQANRALDYLENFKKTL

Crispr_ID: AP018922_7

• CRISPR_ID: AP018922_7
• CRISPR_location: 1911452-1911536
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: DEDDh

Consensus repeat of AP018922_7

Consensus_repeat	Method
TGTTGGGTCCCACACCCCAACTTGCA	CRISPRCasFinder

spacers of AP018922_7

>7.1|1911478|33|AP018922|CRISPRCasFinder
TTGCCTGTAGAATTTCTTTTTTGAAATTCTCTA

CRISPR arrays and Neighbor proteins around AP018922_7

CRISPR arrays

The CRISPR arrays of AP018922_7

>merge|AP018922|7|1911452-1911536|CRISPRCasFinder
TGTTGGGTCCCACACCCCAACTTGCATTGCCTGTAGAATTTCTTTTTTGAAATTCTCTATGTTGGGGCCCACACCCCAACTTGCA

>AP018922|7|5|1911452-1911536|CRISPRCasFinder
TGTTGGGTCCCACACCCCAACTTGCA	TTGCCTGTAGAATTTCTTTTTTGAAATTCTCTA
TGTTGGGGCCCACACCCCAACTTGCA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG08615.1|1903517_1904765_-|aminopeptidase	unknown	unknown	gnl|CDD|376723
AP018922.1|BBG08621.1|1908095_1909139_-|sensor-protein-VraS	unknown	unknown	gnl|CDD|226951
AP018922.1|BBG08634.1|1921224_1922172_-|diacylglycerol-kinase	unknown	unknown	gnl|CDD|183982
AP018922.1|BBG08622.1|1909135_1909837_-|hypothetical-protein	unknown	unknown	gnl|CDD|227100
AP018922.1|BBG08617.1|1905123_1905588_+|low-molecular-weight-protein-tyrosine-phosphatase-PtpA	unknown	unknown	gnl|CDD|319971
AP018922.1|BBG08633.1|1919782_1921144_-|RNA-methyltransferase-homolog	unknown	unknown	gnl|CDD|225174
AP018922.1|BBG08618.1|1905594_1905870_+|exported-protein	unknown	unknown	unknown
AP018922.1|BBG08631.1|1917765_1918836_-|DNA-polymerase-IV	unknown	unknown	gnl|CDD|235035
AP018922.1|BBG08620.1|1907476_1908106_-|response-regulator-protein-VraR	unknown	unknown	gnl|CDD|225107
AP018922.1|BBG08629.1|1916254_1916755_+|ferritin	unknown	unknown	gnl|CDD|224445
AP018922.1|BBG08630.1|1917144_1917699_+|DNA-polymerase-III,-alpha-chain-PolC-type	DEDDh	cd06127_DEDDh_CAS-I	gnl|CDD|99834
AP018922.1|BBG08616.1|1904776_1904983_-|hypothetical-protein	unknown	unknown	gnl|CDD|227177
AP018922.1|BBG08628.1|1914649_1915963_-|hypothetical-protein	unknown	unknown	gnl|CDD|223840
AP018922.1|BBG08623.1|1909851_1910238_-|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG08626.1|1913278_1913692_-|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG08632.1|1919082_1919613_-|hypothetical-protein	unknown	unknown	gnl|CDD|378690
AP018922.1|BBG08624.1|1910454_1911213_-|methionine-aminopeptidase	unknown	unknown	gnl|CDD|235576
AP018922.1|BBG08619.1|1906147_1907365_+|hypothetical-protein	unknown	unknown	gnl|CDD|224214
AP018922.1|BBG08627.1|1913916_1914648_-|probable-cobyric-acid-synthase-CobQ	unknown	unknown	gnl|CDD|225974
AP018922.1|BBG08625.1|1911802_1912789_+|hypothetical-protein	unknown	unknown	gnl|CDD|226614

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
AP018922.1|BBG08630.1|1917144_1917699_+|DNA-polymerase-III,-alpha-chain-PolC-type	DEDDh	cd06127_DEDDh_CAS-I	1.3e-37	124.1	0.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG08615.1|1903517_1904765_-|aminopeptidase	gnl|CDD|376723	pfam02073, Peptidase_M29, Thermophilic metalloprotease (M29).	0
AP018922.1|BBG08621.1|1908095_1909139_-|sensor-protein-VraS	gnl|CDD|226951	COG4585, COG4585, Signal transduction histidine kinase [Signal transduction mechanisms].	6.78722e-72
AP018922.1|BBG08634.1|1921224_1922172_-|diacylglycerol-kinase	gnl|CDD|183982	PRK13337, PRK13337, putative lipid kinase; Reviewed.	0
AP018922.1|BBG08622.1|1909135_1909837_-|hypothetical-protein	gnl|CDD|227100	COG4758, COG4758, Predicted membrane protein [Function unknown].	9.42019e-79
AP018922.1|BBG08630.1|1917144_1917699_+|DNA-polymerase-III,-alpha-chain-PolC-type	gnl|CDD|99834	cd06130, DNA_pol_III_epsilon_like, an uncharacterized bacterial subgroup of the DEDDh 3'-5' exonuclease domain family with similarity to the epsilon subunit of DNA polymerase III. This subfamily is composed of uncharacterized bacterial proteins with similarity to the epsilon subunit of DNA polymerase III (Pol III), a multisubunit polymerase which is the main DNA replicating enzyme in bacteria, functioning as the chromosomal replicase. The Pol III holoenzyme is a complex of ten different subunits, three of which (alpha, epsilon, and theta) compose the catalytic core. The Pol III epsilon subunit, encoded by the dnaQ gene, is a DEDDh-type 3'-5' exonuclease which is responsible for the proofreading activity of the polymerase, increasing the fidelity of DNA synthesis. It contains three conserved sequence motifs termed ExoI, ExoII and ExoIII, with a specific Hx(4)D conserved pattern at ExoIII. These motifs are clustered around the active site and contain four conserved acidic residues that serve as ligands for the two metal ions required for catalysis. The epsilon subunit of Pol III also functions as a stabilizer of the holoenzyme complex.	4.39188e-75
AP018922.1|BBG08617.1|1905123_1905588_+|low-molecular-weight-protein-tyrosine-phosphatase-PtpA	gnl|CDD|319971	cd16343, LMWPTP, Low molecular weight protein tyrosine phosphatase. Low molecular weight protein tyrosine phosphatases (LMW-PTP) are a family of small soluble single-domain enzymes that are characterized by a highly conserved active site motif (V/I)CXGNXCRS and share no sequence similarity with other types of protein tyrosine phosphatases (PTPs). LMW-PTPs play important roles in many biological processes and are widely distributed in prokaryotes and eukaryotes.	3.39151e-65
AP018922.1|BBG08620.1|1907476_1908106_-|response-regulator-protein-VraR	gnl|CDD|225107	COG2197, CitB, Response regulator containing a CheY-like receiver domain and an HTH DNA-binding domain [Signal transduction mechanisms / Transcription].	1.75115e-79
AP018922.1|BBG08629.1|1916254_1916755_+|ferritin	gnl|CDD|224445	COG1528, Ftn, Ferritin-like protein [Inorganic ion transport and metabolism].	4.6035e-74
AP018922.1|BBG08616.1|1904776_1904983_-|hypothetical-protein	gnl|CDD|227177	COG4840, COG4840, Uncharacterized protein conserved in bacteria [Function unknown].	9.82008e-26
AP018922.1|BBG08628.1|1914649_1915963_-|hypothetical-protein	gnl|CDD|223840	COG0769, MurE, UDP-N-acetylmuramyl tripeptide synthase [Cell envelope biogenesis, outer membrane].	3.37755e-99
AP018922.1|BBG08631.1|1917765_1918836_-|DNA-polymerase-IV	gnl|CDD|235035	PRK02406, PRK02406, DNA polymerase IV; Validated.	0
AP018922.1|BBG08632.1|1919082_1919613_-|hypothetical-protein	gnl|CDD|378690	pfam11667, DUF3267, Putative zincin peptidase. This family of proteins has a conserved HEXXH motif, suggesting the members are putative peptidases of zincin fold.	1.4991e-11
AP018922.1|BBG08633.1|1919782_1921144_-|RNA-methyltransferase-homolog	gnl|CDD|225174	COG2265, TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis].	0
AP018922.1|BBG08624.1|1910454_1911213_-|methionine-aminopeptidase	gnl|CDD|235576	PRK05716, PRK05716, methionine aminopeptidase; Validated.	1.9498e-126
AP018922.1|BBG08619.1|1906147_1907365_+|hypothetical-protein	gnl|CDD|224214	COG1295, Rbn, Ribonuclease BN family enzyme [Replication, recombination, and repair].	3.59491e-85
AP018922.1|BBG08627.1|1913916_1914648_-|probable-cobyric-acid-synthase-CobQ	gnl|CDD|225974	COG3442, COG3442, Predicted glutamine amidotransferase [General function prediction only].	1.99932e-120
AP018922.1|BBG08625.1|1911802_1912789_+|hypothetical-protein	gnl|CDD|226614	COG4129, COG4129, Predicted membrane protein [Function unknown].	6.20478e-76

Protein sequences

>AP018922.1|BBG08624.1|1910454_1911213_-|methionine-aminopeptidase
MIVKTEEELQALKEIGYICAKVRNTMQAATKPGITTKELDNIAKELFEEYGAISAPIHDENFPGQTCISVNEEVAHGIPSKRVIREGDLVNIDVSALKNGYYADTGISFVVGESDDPMKQKVCDVATMAFENAIAKVKPGTKLSNIGKAVHNTARQNDLKVIKNLTGHGVGLSLHEAPAHVLNYFDPKDKTLLTEGMVLAIEPFISSNASFVTEGKNEWAFETSDKSFVAQIEHTVIVTKDGPILTTKIEEE
>AP018922.1|BBG08623.1|1909851_1910238_-|hypothetical-protein
MNYVERYIEQFLRATVRNNIKHYLLMLDEKMKNLDDYMRYLITKKEQLSKLIDSLMLTLENKYIDIAEAFQIQCAREINNQEIENIKSELNKVEAYYAQIETQIQQTSTEKIATEKTSYLINYMNAVA
>AP018922.1|BBG08622.1|1909135_1909837_-|hypothetical-protein
MTHKYISTQMLIIFTALMIIANFYYIFFEKIGFLLVLLLGCVLVYVGYLYFHKIRGLLAFWIGALLIAFTLLSNKYTIIILFVFLLLLIVRYLIHKFKPKKVVATDEVMTSPSFIKQKWFGEQRTPVYVYKWEDVQIQHGIGDLHIDLTKAANIKENNTIVVRHILGKVQVILPVNYNINLHVAAFYGSTYVNEKSYKVENNNIHIEEMMKPDNYTVNIYVSTFIGDVEVIYR
>AP018922.1|BBG08621.1|1908095_1909139_-|sensor-protein-VraS
MNHYIRTIGSMLILVYSMLAAFLFIDKVFVNIIYFQGMFYTQIFGIPVFLFLNLIIILLCIIVGSVLAYKINQQNDWIKTQIERSMEGETVGINDQNIEIYSETLDLYHTLVPLNQELHKLRLKTQNLTNENYNINDVKVKKIIEDERQRLARELHDSVSQQLFAASMMLSAIKETKLEPPLDQQIPILEKMVQDSQLEMRALLLHLRPLGLKDKSLGEGIKDLVIDLQKKVPMKVVHEIQDFKVPKGIEDHLFRITQEAISNTLRHSNGTKVTVELFNKDDYLLLRIQDNGKGFNVDEKLEQSYGLKNMRERALEIGATFHIVSLPDSGTRIEVKAPLNKEDSYDD
>AP018922.1|BBG08620.1|1907476_1908106_-|response-regulator-protein-VraR
MTIKVLFVDDHEMVRIGISSYLSTQSDIEVVGEGASGKEAIAKAHELKPDLILMDLLMEDMDGVEATTQIKKDLPQIKVLMLTSFIEDKEVYRALDAGVDSYILKTTSAKDIADAVRKTSRGESVFEPEVLVKMRNRMKKRAELYEMLTEREMEILLLIAKGYSNQEIASASHITIKTVKTHVSNILSKLEVQDRTQAVIYAFQHNLIQ
>AP018922.1|BBG08619.1|1906147_1907365_+|hypothetical-protein
MSKKDHSSSKYLNSVKEAQEESKKKNKSNPKIDVDRTYIEPQQFQSKKPKKDDQVFFLSRLNKPAKYKKDSNFLSYLIYRIGKDDASGLAAQMTYHFVLAMFPMLLFLLTLLPFFNIKQSQITNMLSNAPAETSTLIKSVIGDITQNSSGGLLSIGLILAIWSASNGMTAIMNSFNVAYDVEDSRNGIVLKLLSVVFTVVMGVVFVVALALPTLGSVISHFLFGPLGFDEQVKWIFNLIRIVLPIIIIFIVFIVLYSVAPNVKTKLKSVLPGAVFTSIIWLAGSFGFGWYISNFGNYSKTYGSIAGIIILLLWLYITSFIIIVGAEINAIIHQRSVIKGKTPEEAALEHDDNNKNHYNENTRYEYDEDSNATHQRTYHVDEHPSDTYPEDDKNIKDKIVDKLKKD
>AP018922.1|BBG08618.1|1905594_1905870_+|exported-protein
MENKFVPGILIGAVIGGAISLADKSTRQALVQSVKDAKNGNRTRKPSKVSKIKDEVLYWKDVVEEIRRNNPELERSLKDAKETFVNRKNQR
>AP018922.1|BBG08617.1|1905123_1905588_+|low-molecular-weight-protein-tyrosine-phosphatase-PtpA
MVDVAFVCLGNICRSPMAEAIMRQRLKDRNIHDIKVHSRGTGSWNLGEPPHEGTQKILNKHNIPFDGMISELFEATDDFDYIVAMDQSNVDNIKSINPNLKGQLFKLLEFSNMEESDVPDPYYTNNFEGVYDMVLSSCDNLIDYIVKDANLKEG
>AP018922.1|BBG08616.1|1904776_1904983_-|hypothetical-protein
MAMTNEEKVLAIREKLNIVNQGLLDPEKYKNANEEELTDIYDFVQSRERLSPSEVTAIADALGQLRHD
>AP018922.1|BBG08615.1|1903517_1904765_-|aminopeptidase
MTNYKEKLQQYAELLVKVGMNVQPKQPVFIRSSVETLELTHLIVEEAYHCGASDVRVVYSDPTLKRLKFENESVEHFANHELKSYDVEARMDYVKRGAANLALISEDPDLMDGIDSQKLQAFQQQNARAFKGYMESVQKNQFPWVVAAFPSKAWAKRVYPELSVEEAYIKFIDEVFDIVRIDGNDPVENWRQHIANLSVYAQKLQQKNYHALHYVSEGTDLTVGLAKNHIWEDATSYVNGKEQAFIANIPTEEVFTAPDRNRVDGYVTNKLPLSYNGTIIDQFKLMFKDGEIIDFSAEKGEAVLKDLINTDEGSRRLGEVALVPDDSPISNRNTIFYNTLFDENAACHLAIGSAYAFNIQGGTEMTVEEKIASGLNDSNVHVDFMIGSSDLTIYGIFEDGSKELVFENGNWASTF
>AP018922.1|BBG08625.1|1911802_1912789_+|hypothetical-protein
MNDQWYKHLIGARTIKTGIAIFLTAVFCMALDLTPIYAILTAVVTIEPTAKASLIKGYRRLPATVIGAGFAVLFTYLFGDQSPFTYALSATFTILFCTKLKLQVGTNVAVLTSLAMIPGIHDAYIFNFLSRTLTAIIGLVTSGLINFMVFPPKYYGQVEEKLSKTDALMYKLFYNRCQELILSRLQSDKSEKAYKNIFNLNNQVETLISYQRDELSYHKKKECDWKLLNQLTKRAYTNRLFITHLSNIIYLPKNTRVNFSGDEKMALLKISSSIKDIFYDGSFKREDDSVETLRSTIKALEISGENQIKSHILYEVLMIYRLLDSRYA
>AP018922.1|BBG08626.1|1913278_1913692_-|hypothetical-protein
MKPTKVILKDASYLHSKTSITFILKDVVIEEDNKIYYFDTSATFEDQEVKFEFALFDSDMDNLKHMDYDNPVTEIYFIEPDLHFTIIDFNQELLCIYIDFDSGLRHSNMATESGISLRINVAKSDFTKFINELASLH
>AP018922.1|BBG08627.1|1913916_1914648_-|probable-cobyric-acid-synthase-CobQ
MHELTIYHFMSDKLNLYSDIGNIIALRQRAKKRNIKVNVVEINETEGITFDECDIFFIGGGSDREQALATKELSKIKTPLKEAIEDGMPGLTICGGYQFLGKKYITPDGTELEGLGILDFYTESKTNRLTGDIIIESDTFGTIVGFENHGGRTYHDFGTLGHVTFGYGNNDEDKKEGIHYKNLLGTYLHGPILPKNYEITDYLLEKACERKGIPFEPKEIDNEAEIQAKQVLIDRANRQKKSR
>AP018922.1|BBG08628.1|1914649_1915963_-|hypothetical-protein
MRQWTAIHLAKLARKASRAVGKRGTDLPGQIARKVDTDILRKLAEQVDDIVFISGTNGKTTTSNLIGHTLKANNIQIIHNNEGANMAAGITSAFIMQSTPKTKIAVIEIDEGSIPRVLKEVTPSMMVFTNFFRDQMDRFGEIDIMVNNIAETISNKGIKLLLNADDPFVSRLKIASDTIVYYGMKAHAHEFEQSTMNESRYCPNCGRLLQYDYIHYNQIGHYHCQCGFKREQAKYEISSFDVAPFLHLNINDEKYDMKIAGDFNAYNALAAYSVLRELGLNEQTIKNGFETYTSDNGRMQYFKKERKEAMINLAKNPAGMNASLSVGEQLEGEKVYVISLNDNAADGRDTSWIYDADFEKLSKQQIEAIIVTGTRAEELQLRLKLAEVEVPIIVERDIYKATAKTMDYKGFTVAIPNYTSLAPMLEQLNRSFEGGQS
>AP018922.1|BBG08629.1|1916254_1916755_+|ferritin
MLSKNLLEALNDQMNHEYFAAHAYMAMAAYCDKESYEGFANFFIQQAKEERFHGQKIYNYINDRGAHAEFRAVSAPKIDFSSILETFKDSLSQEQEVTRRFYNLSEIARQDKDYATISFLNWFLDEQVEEESMFETHINYLTRIGDDSNALYLYEKELGARTFDEE
>AP018922.1|BBG08630.1|1917144_1917699_+|DNA-polymerase-III,-alpha-chain-PolC-type
MIQDAFVALDFETANGKRTSICSVGMVKVIDSQITETFHTLVNPQDYFSQQNIKVHGIQPEDVENAPTFDYVFPYMMQFIADLPVVAHNAAFDMNVLHQSIQNIGLPTPNLTYFCSYQLAKRTVDSYRYGLKHMMEFYQLDFHGHHDALNDAKACAMITFRLLKNYENLTYVTNIYGKNLKDKG
>AP018922.1|BBG08631.1|1917765_1918836_-|DNA-polymerase-IV
MTERRIIHIDMDYFFAQVEMRDNPKLKGKPVIVGGKASSRGVVSTASYEARKYGVHSAMPMSQAHKLCPNGYFVTSNFGAYRETSAQIMSIFRSYTDKVEPMSLDEAYLDITELVRPDLPASKIAQYIRKDILEQTHLTASAGVSYNKFLAKLASGMNKPDGMTVIDYQNVHDILMTLDIGDFPGVGKASKKVMHDNGIFNGRDLYEKTEFELIRLFGKRGRGLYNKARGIDHSEVKSSRVRKSVGTERTFATDVNDDEEILRKVWELSGKTAERLNKLQKSAKTVTVKIKTYQFETLSKQMSLRDSVSSEEDIYNIAYLLYNDLKDPDVPIRLIGVTVGNLEQSTYKNMTIYDFI
>AP018922.1|BBG08632.1|1919082_1919613_-|hypothetical-protein
MHKIDLTTNNFQMRRFIILQLVIALFVILFTYKWALGVTAVVDQNIIINLVYGFAGFIILLILHELIHRALFLLFKKDSKPMFNIKKDRILFQTADACFNKWQFSIIMLSPLILLSTGLLILIKVFGYSSLIFMFSMHTAYCFIDILLVALTISSSFKYVQQDEDSIYLYHQKPTQ
>AP018922.1|BBG08633.1|1919782_1921144_-|RNA-methyltransferase-homolog
MQAIAKNDIKTGTVVDLTHEGHGVVKIDRFPIFIPQALINEQIEYKIIKVKKNFAIGKLLNINTRSENRVAPPCIYYERCGGCQLQHLSYEAQLEMKKEQVINLFQRKAHFDNSKINDTVGMTDPWRYRNKSQIPVGKNEQNEVIMGFYRQRSHDIIDMESCLIQDSQHQEVMNEVKSILKDLNVSIYQEQLKKGLMRHLVVRTGYHTDEMMIIFVTNGKKWSQKNAVVEKILDAFPNVTSIKQNINDSHSNVIMGRQSITLYGKDTIIDQLTDSTFKISDQSFYQINSEQTEKLYNKAIEYAQLTGNEVVLDTYCGIGTIGLYMAPHAKHVYGVEVVPSAIEDAQQNATINQCNNTTFVCGKAEEVILQWKAQGIKPDVVMVDPPRKGCDETFIQTLLTLEPKRIVYISCNPATQQRDALLLAEKYQLEEVTPVDMFPQTTHVETVALFNLK
>AP018922.1|BBG08634.1|1921224_1922172_-|diacylglycerol-kinase
MRKRARIIYNPTSGKELFKRELPDALIKLEKAGYETSAYATEKIGDATLEAERAMHENYDVLIAAGGDGTLNEVVNGIAEKPNRPKLGVIPMGTVNDFGRALHIPNDIMGALDVIIEGHSTKVDIGKMNNRYFINLAAGGQLTQVSYETPSKLKSIVGPFAYYIKGFEMLPQMKAVDLRIEYDGNVFQGEALLFFLGLTNSMAGFEKLVPDAKLDDGYFTLIIVEKSNLAELGHIMTLASRGEHTKHPKVIYEKAKAINISSFTDLQLNVDGEYGGKLPANFLNLERHIDVFAPNDIVNEELINNDHVDDNLIEE

Crispr_ID: AP018922_8

• CRISPR_ID: AP018922_8
• CRISPR_location: 2144262-2144351
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: csa3

Consensus repeat of AP018922_8

Consensus_repeat	Method
CAACTTTAGTTGTTAGGGGCTCTT	CRISPRCasFinder

spacers of AP018922_8

>8.1|2144286|42|AP018922|CRISPRCasFinder
ATGCAGTTGATGCGTAGCATCCAACTGTGTTCCTCTATTTTT

CRISPR arrays and Neighbor proteins around AP018922_8

CRISPR arrays

The CRISPR arrays of AP018922_8

>merge|AP018922|8|2144262-2144351|CRISPRCasFinder
CAACTTTAGTTGTTAGGGGCTCTTATGCAGTTGATGCGTAGCATCCAACTGTGTTCCTCTATTTTTCAACTTTAGTTGTTAGGGGCTTCT

>AP018922|8|6|2144262-2144351|CRISPRCasFinder
CAACTTTAGTTGTTAGGGGCTCTT	ATGCAGTTGATGCGTAGCATCCAACTGTGTTCCTCTATTTTT
CAACTTTAGTTGTTAGGGGCTTCT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG08867.1|2136219_2136633_-|thiol-disulfide-oxidoreductase,-DCC-family-protein	unknown	unknown	gnl|CDD|225556
AP018922.1|BBG08874.1|2143153_2144245_+|lytic-regulatory-protein	unknown	unknown	unknown
AP018922.1|BBG08865.1|2134745_2135456_+|purine-nucleoside-phosphorylase-DeoD-type-1	unknown	unknown	gnl|CDD|180275
AP018922.1|BBG08879.1|2148225_2150031_-|glucosamine--fructose-6-phosphate-aminotransferase	unknown	unknown	gnl|CDD|234729
AP018922.1|BBG08871.1|2140768_2141434_-|hypothetical-protein	unknown	unknown	gnl|CDD|187554
AP018922.1|BBG08882.1|2154428_2154863_+|PTS-system-mannitol-specific-IIA-component	unknown	unknown	gnl|CDD|227014
AP018922.1|BBG08872.1|2141585_2141906_+|repressor-protein	csa3	COG0640_csa3_CAS-I-A	gnl|CDD|238042
AP018922.1|BBG08877.1|2146286_2147144_-|hypothetical-protein	unknown	unknown	gnl|CDD|223635
AP018922.1|BBG08866.1|2135576_2136020_-|general-stress-protein-20U	unknown	unknown	gnl|CDD|223854
AP018922.1|BBG08881.1|2152284_2154417_+|PRD-domain-protein	unknown	unknown	gnl|CDD|226234
AP018922.1|BBG08883.1|2154862_2155969_+|mannitol-1-phosphate=5-dehydrogenase	unknown	unknown	gnl|CDD|235031
AP018922.1|BBG08870.1|2139396_2140335_-|putative-mannose-6-phosphate-isomerase	unknown	unknown	gnl|CDD|224399
AP018922.1|BBG08880.1|2150711_2152250_+|PTS-system-mannitol-specific-EIICB-component	unknown	unknown	gnl|CDD|225123
AP018922.1|BBG08875.1|2145307_2145478_+|IS232-transposase-like-protein	unknown	unknown	gnl|CDD|226950
AP018922.1|BBG08876.1|2145470_2145629_+|IS232-transposase-like-protein	unknown	unknown	unknown
AP018922.1|BBG08868.1|2137090_2138464_-|hypothetical-protein	unknown	unknown	gnl|CDD|376640
AP018922.1|BBG08884.1|2156287_2163742_-|FmtB-protein	unknown	unknown	gnl|CDD|275089
AP018922.1|BBG08873.1|2141907_2142888_+|cation-efflux-system-membrane-protein-homolog	unknown	unknown	gnl|CDD|224151
AP018922.1|BBG08878.1|2147211_2147994_-|putative-ATP-binding-protein-homolog	unknown	unknown	gnl|CDD|224044
AP018922.1|BBG08869.1|2139135_2139366_-|hypothetical-protein	unknown	unknown	unknown

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
AP018922.1|BBG08872.1|2141585_2141906_+|repressor-protein	csa3	COG0640_csa3_CAS-I-A	6.2e-21	69.7	0.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG08867.1|2136219_2136633_-|thiol-disulfide-oxidoreductase,-DCC-family-protein	gnl|CDD|225556	COG3011, COG3011, Predicted thiol-disulfide oxidoreductase [General function prediction only].	3.14887e-46
AP018922.1|BBG08871.1|2140768_2141434_-|hypothetical-protein	gnl|CDD|187554	cd05243, SDR_a5, atypical (a) SDRs, subgroup 5. This subgroup contains atypical SDRs, some of which are identified as putative NAD(P)-dependent epimerases, one as a putative NAD-dependent epimerase/dehydratase. Atypical SDRs are distinct from classical SDRs. Members of this subgroup have a glycine-rich NAD(P)-binding motif that is very similar to the extended SDRs, GXXGXXG, and binds NADP. Generally, this subgroup has poor conservation of the active site tetrad; however, individual sequences do contain matches to the YXXXK active site motif, the upstream Ser, and there is a highly conserved Asp in place of the usual active site Asn throughout the subgroup. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Atypical SDRs include biliverdin IX beta reductase (BVR-B,aka flavin reductase), NMRa (a negative transcriptional regulator of various fungi), progesterone 5-beta-reductase like proteins, phenylcoumaran benzylic ether and pinoresinol-lariciresinol reductases, phenylpropene synthases, eugenol synthase, triphenylmethane reductase, isoflavone reductases, and others. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. In addition to the Rossmann fold core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	8.23942e-48
AP018922.1|BBG08865.1|2134745_2135456_+|purine-nucleoside-phosphorylase-DeoD-type-1	gnl|CDD|180275	PRK05819, deoD, DeoD-type purine-nucleoside phosphorylase.	2.10672e-157
AP018922.1|BBG08879.1|2148225_2150031_-|glucosamine--fructose-6-phosphate-aminotransferase	gnl|CDD|234729	PRK00331, PRK00331, isomerizing glutamine--fructose-6-phosphate transaminase.	0
AP018922.1|BBG08882.1|2154428_2154863_+|PTS-system-mannitol-specific-IIA-component	gnl|CDD|227014	COG4668, MtlA, Mannitol/fructose-specific phosphotransferase system, IIA domain [Carbohydrate transport and metabolism].	2.08822e-62
AP018922.1|BBG08872.1|2141585_2141906_+|repressor-protein	gnl|CDD|238042	cd00090, HTH_ARSR, Arsenical Resistance Operon Repressor and similar prokaryotic, metal regulated homodimeric repressors. ARSR subfamily of helix-turn-helix bacterial transcription regulatory proteins (winged helix topology). Includes several proteins that appear to dissociate from DNA in the presence of metal ions.	2.83702e-17
AP018922.1|BBG08877.1|2146286_2147144_-|hypothetical-protein	gnl|CDD|223635	COG0561, Cof, Predicted hydrolases of the HAD superfamily [General function prediction only].	1.99434e-58
AP018922.1|BBG08866.1|2135576_2136020_-|general-stress-protein-20U	gnl|CDD|223854	COG0783, Dps, DNA-binding ferritin-like protein (oxidative damage protectant) [Inorganic ion transport and metabolism].	1.22744e-67
AP018922.1|BBG08881.1|2152284_2154417_+|PRD-domain-protein	gnl|CDD|226234	COG3711, BglG, Transcriptional antiterminator [Transcription].	1.10767e-67
AP018922.1|BBG08883.1|2154862_2155969_+|mannitol-1-phosphate=5-dehydrogenase	gnl|CDD|235031	PRK02318, PRK02318, mannitol-1-phosphate 5-dehydrogenase; Provisional.	0
AP018922.1|BBG08870.1|2139396_2140335_-|putative-mannose-6-phosphate-isomerase	gnl|CDD|224399	COG1482, ManA, Phosphomannose isomerase [Carbohydrate transport and metabolism].	7.24075e-129
AP018922.1|BBG08875.1|2145307_2145478_+|IS232-transposase-like-protein	gnl|CDD|226950	COG4584, COG4584, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	0.00028059
AP018922.1|BBG08884.1|2156287_2163742_-|FmtB-protein	gnl|CDD|275089	TIGR04263, cell_wall_surface_anchor_family_protein, SasC/Mrp/FmtB intercellular aggregation domain. This domain, about 375 amino acids long on average, occurs only in Staphylococcus and Streptococcus. It occurs as a non-repetitive N-terminal domain of LPXTG-anchored surface proteins, including SasC, Mrp, and FmtB. This region in SasC was shown to be involved in cell aggregation and biofilm formation, which may explain the methicillin resistance seen for Mrp and FmtB.	8.44946e-109
AP018922.1|BBG08868.1|2137090_2138464_-|hypothetical-protein	gnl|CDD|376640	pfam01878, EVE, EVE domain. This domain was formerly known as DUF55. Crystal structures have shown that this domain is part of the PUA superfamily. This domain has been named EVE and is thought to be RNA-binding.	3.86989e-06
AP018922.1|BBG08873.1|2141907_2142888_+|cation-efflux-system-membrane-protein-homolog	gnl|CDD|224151	COG1230, CzcD, Co/Zn/Cd efflux system component [Inorganic ion transport and metabolism].	1.20197e-108
AP018922.1|BBG08878.1|2147211_2147994_-|putative-ATP-binding-protein-homolog	gnl|CDD|224044	COG1119, ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism].	3.34326e-106
AP018922.1|BBG08880.1|2150711_2152250_+|PTS-system-mannitol-specific-EIICB-component	gnl|CDD|225123	COG2213, MtlA, Phosphotransferase system, mannitol-specific IIBC component [Carbohydrate transport and metabolism].	0

Protein sequences

>AP018922.1|BBG08874.1|2143153_2144245_+|lytic-regulatory-protein
MFTYFKSAFKNAKPQLLITLIYALIAFAVIAVVYLLANFQLAKYVQTIAIYSQFGQKPPVDAYLKVIAVLLIAAVVSLFVLVQIFIGITNVMKRAMSHEKVKFTDLFIAFKKGNYLKSVLIGLVSIAMIIVLSLLTSLLYKLFSPVSEMIMNSVQSSYADSTHLIGIAITTQSIIIIVVLLIKAIITWLLLIPIFNFMTSFVESTNDKVKTHLANGFKAMKNGQKTFFKFFIGILLLNLIIILFKTPVGYLISFNTQSLSQSVAENIIRVYTVMTIILFVVIHAIILMGIVQYYLKRGQKITKDKVKTADKNKKVVTEPKNTKVENDKETTSVETKTEKAQDSLNDNTTKTMTSDKPEDNQPK
>AP018922.1|BBG08873.1|2141907_2142888_+|cation-efflux-system-membrane-protein-homolog
MSHSHHHHDHMHSHVTTNNKKVLFISFLIIGLYMFIEIIGGLLANSLALLSDGIHMFSDTFSLGVALVAFIYAEKNATTTKTFGYKRFEVLAALFNGVTLFVISILIVFEAIKRFFVPSEVQSKEMLIISIIGLIVNIVVAFFMFKGGDTSHNLNMRGAFLHVIGDLLGSVGAITAAILIWAFGWTIADPIASILVSVIILKSAWGITKSSINILMEGTPSDVDIDEVITTIKKDSRIQSVHDCHVWTISNDMNALSCHVVVDHTLTMKECELLLENIEHDLLHLNIHHMTIQLETPNHKHDESIICSGTHSHSHNHHAHHHAHAH
>AP018922.1|BBG08872.1|2141585_2141906_+|repressor-protein
MSEQYSEIHTDTLERVTEIFKALGDYNRIRIMELLSVSEASVGHISHQLNLSQSNVSHQLKLLKSVHLVKAKRQGQSMIYSLDDIHVATMLKQAIHHANHPKESGL
>AP018922.1|BBG08871.1|2140768_2141434_-|hypothetical-protein
MNILVIGANGGVGSLLVQQLAKENVPFTAGVRQSDQLNALKSQGMKAILVDVENDSIETLTETFKPFDKVIFSVGSGGNTGADKTIIVDLDGAVKSMIASKEANIKHYVMVSTYDSRRQAFDDSGDLKPYTIAKHYADDYLRRSGLNYTILHPGALTNAAGSGKIEAAQYFDGKGEIPREDVATVLKEIVTSNHFNHQEFQIISGEQDIKDALTQFEIEKY
>AP018922.1|BBG08870.1|2139396_2140335_-|putative-mannose-6-phosphate-isomerase
MPLFLQPILKTKLWGGQRLSEFGYQLDNDTTGECWCVSAHPNGTSEIINGPYQGQTLDRIWSEHRELFGDFPSKDFPLLTKIVDARESLSIHVHPDNSYAYEHENGQYGKSECWYIIDAEEDAEIVIGTLAESREEVANHVQHGTIESILRYIKVKPGEFYFIPAGTVHTISSGILAYETMQSSDITYRLYDFNRQDNQYNDRPLNIEKALDVIQYNAPLPNILPESEIIENHKCTHIVSNDFFTLVKWEISGTLNYMKPREFCLVTVLEGEGQMIVDGEIFKLTTGTNFILTSEDLDSVFEGDFTLMISYV
>AP018922.1|BBG08869.1|2139135_2139366_-|hypothetical-protein
MKQFLYIALVCGVIAGLGAFLHIPQYPSMTIPRIVAILGIISAMLTFKDKQISASLKFSALLINVLPLCGTFVASN
>AP018922.1|BBG08868.1|2137090_2138464_-|hypothetical-protein
MTAETNYFWLNCGYNRWNHNEPLVGQTALFESGAHFNPSQGFRAFKKAKVGDQVIFYQVQTDTGLLGCGEIISVETGAQNKIRVQFRFNEQLKPLTADYLKRSEALEFRISNMKETLFNQITAEEFDLISGLGKGEIKIPRYFFLAETEEFEPGNQYTIYTHTYNGIKRNGYHFYTQLEEGDNIIFYNRTKNQSVVGIGEVSKHIHEKPPIPGRTNSTVIEVSYEKDITPITLSTLNKHPKLKNLYFLQENAKQAIASMSQAQYDAIIEMSDNNGLKSPFEMVQKPDMLESEKEEALKPFILLVVDRKEEGLKAANDLLQKANANPVITTGHPDFSEDMLYGKYLPNETGALYYREGFITQLMPKKDKSYLVIDNFNRIDTDIFQTYINVLEGYEVTLPRYNKDGNMIKWSRQKDSFYYFNPNWHIVGITYDSLEEIKEKYSEQFLKYTRIVKVKHD
>AP018922.1|BBG08867.1|2136219_2136633_-|thiol-disulfide-oxidoreductase,-DCC-family-protein
MPIVYYDGNCIYCYNYVIWLIQHDLPRNYQFATLKGEVGQQFFKQHPEAANKNSVILQKGDRIYFESQAIIKLITALPNRTKLLGVGLWLVPKPVRNFGYRMFANNRNRMWKTTWHQPNDYEKSFFLDDNAKVKLTD
>AP018922.1|BBG08866.1|2135576_2136020_-|general-stress-protein-20U
MSNQQDVVKELNQQVANWTVAYTKLHNFHWYVKGPNFFSLHVKFEELYNEASQYVDELAERILAVGGNPVGTLTECLEQSIVKEAAKGYSAEQMVEELSQDFTNISKQLENAIEIAGNAGDDVSEDMFIGMQTSVDKHNWMFKSYLS
>AP018922.1|BBG08865.1|2134745_2135456_+|purine-nucleoside-phosphorylase-DeoD-type-1
MTKGTPHIQPNGVKIAKTVLMPGDPLRAKYIADNFLENVEQFNDVRNMFGYTGTYKGKEVSVMGSGMGIPSIGIYSYELYNFFDVDTIIRIGSCGALQENVNLYDVIIAQAASTNSNYVDQYNIPGHFAPIADFELVTKAKNVADQIGATTHVGNVLSSDTFYNADPTFNDAWKKMGILGIEMESAGLYLNAIHAGKKALGIFTVSDHILRDEATTPEERQNSFTQMMEIALEIAE
>AP018922.1|BBG08875.1|2145307_2145478_+|IS232-transposase-like-protein
MSPKDTTRFETKPDHQAQFDWKESINFKTKDNQRIPLYIGVLLLYYSRFIIMHNNE
>AP018922.1|BBG08876.1|2145470_2145629_+|IS232-transposase-like-protein
MSKSSDALFNSLTQSFELIEGVYNELVTDNLKIVMYKPRKESTSGRINRRFK
>AP018922.1|BBG08877.1|2146286_2147144_-|hypothetical-protein
MDNVKAIFLDMDGTILHENNQASTYTKDVINQLREKGYKVFLATGRSHSEIHQLVPQDFAVNGIISSNGTIGEVDGEIIFKHGLSLAQVQQITNLAKRQQIYYEVFPFEGNRVSLKEDETWMRDMIRSQDPINGVSHSEWSSRQDALAGKIDWVTKFPEGEYSKIYLFSSNLEKITTFRDELKQNHVQLQISVSNSSRFNAETMAYQTDKGTGIKEMIAHFGIHQDETLVIGDSDNDRAMFEFGHYTVAMKNARPEIQALTSDVTAYTNEEDGAAKYLAKHFLAD
>AP018922.1|BBG08878.1|2147211_2147994_-|putative-ATP-binding-protein-homolog
MLIQLDQVGRMKQGKTILKNISWQINGGDKWILYGLNGAGKTTLLNILNAYEPATTGDVNLFGKMPGKVGYSAETVRQHIGFVSHSLLEKFQEGERVIDVVISGAFKSIGVYQDIDDEIRNEAHQLLKLVGMSAKAQQYIGYLSTGEKQRVMIARALMGQPQVLILDEPAAGLDFIARESLLSILDSLSESYPTLAMIYVTHFIEEITSNFTKILLLKDGKSVQQGLIDDILTSENMSRFFQKNVAVQRWNNRFSMAMLE
>AP018922.1|BBG08879.1|2148225_2150031_-|glucosamine--fructose-6-phosphate-aminotransferase
MCGIVGYIGYDNAKELLLKGLEKLEYRGYDSAGIAVVNDDNTTVFKEKGRIAELRKVADSSDFDGPVGIGHTRWATHGVPNHENSHPHQSSNGRFTLVHNGVIENYEELKGEYLQGVSFISETDTEVIVQLVEYFSNQGLSTEEAFTKVVSLLHGSYALGLLDAEDKDTIYVAKNKSPLLLGVGEGFNVIASDALAMLQVTSEYKEIHDHEIVIVKKDEVIIKDADGNVVERDSYIAEIDASDAEKGVYAHYMLKEIHEQPAVMRRIIQEYQDAEGNLKIDQDIINDVKEADRIYVIAAGTSYHAGLVGKEFLEKWAGVPTEVHVASEFVYNMPLLSEKPLFVYISQSGETADSRAVLVETNKLGHKSLTITNVAGSTLSREADHTLLLHAGPEIAVASTKAYTAQIAVLSILSQIVAKEHGREADIDLLRELAKVTTAIEAIVDDAPIMEQIATDFLETTRNAFFIGRTIDYNVSLEGALKLKEISYIQAEGFAGGELKHGTIALIEEGTPVVGLATQEKVNLSIRGNVKEVVARGAHPCIISMEGLEKEGDTYVIPHVHELLTPLVSVVALQLISYYAALHRDLDVDKPRNLAKSVTVE
>AP018922.1|BBG08880.1|2150711_2152250_+|PTS-system-mannitol-specific-EIICB-component
MSQTEEKKGIGRRVQAFGSFLSSMIMPNIGAFIAWGFIAAIFIDNGWLPNKDLATLAGPMITYLIPLLIAFSGGRLIYDLRGGIIAATATMGVIVALPDTPMLLGAMIMGPLVGWLMKKTDQLIQPRTPQGFEMLFNNFSAGILGFIMTIAGFKILAPLMKFIMHILSVAVEALVHAHLLPLVSILVEPAKIVFLNNAINHGVFTPLGADQAAKAGQSILYTIESNPGPGLGILLAYMIFGKGTAKATSYGAGIIHFLGGIHEIYFPYVLMRPLLFIAVILGGMTGVATYQATGFGFKSPASPGSFIVYCLNAPRGEFLHMLLGVFLAALVSFVVAALIMKFTREPKQDLEAATAQMENTKGKKSSVASKLVSSDKNVNTEENASGNVSETSSSDDDPEALLDNYNTEDVDAHNYNNINHVIFACDAGMGSSAMGASMLRNKFKKAGINDITVTNTAINQLPKDAQLVITQKKLTDRAIKQTPNAIHISVDNFLNSPRYEELLNNLKKDDQA
>AP018922.1|BBG08881.1|2152284_2154417_+|PRD-domain-protein
MLLSTREKEMIALLIKYHGQYITIHDIAQQLAVSSRTIHRELKGVEAYLTSFSLTLERANKKGLRIAGTDSDLNDLKQSIAQHQTIDLSVEEQKVIIIYALIQAKEPVKQYSLAQEIGVSVQTLAKMLDDLELDLNKYQLSLSRKRGEGIYLVGTESKKREFLSQLMVNNLNSTSVYSVIENHFVFHSLNQIHKDFVDLERIFNVERLLMDYLSALPYQLTESSYLTLTVHIVLSISRIKNGEYVALNDDIYDSVQNTFEHKVASELADKLGQIYDVTFNQAEIAFITIHLRGAKRKNLNDTSLNNRCEENKIKAFVNKVEMISGMTFADLDTLVDGLTLHLNPAINRLQANIETYNPLTDMIKFKYPRLFENVRLALNDCWPDLIFPESEIAFIVLHFGGSIKNQGNRFLNILVVCSSGMGTSRLLSTRLEQVFSEIERITQASVSDLKSLDLSQYDGIISTVNLDIDSPYLTVNPLLPDSDISYVAQFLNTKSTFQETHDKSSNMIDKDDVHVETKDIDGNTSFENEQTSYLTSVFEKHLSDEKSEQLMHHMRSGLTLLDSVKIVSTEVKQWQTYIADYLYQCDAINDPTSFAELLEQRLIDNPGWILSPYPVAIPHLRDNMIKHPMVLITVLEEPLILPSIQNDNQTIKYMISMFIPDNDFMASLVSDLSEFLSLKLESIDTFMENPQELETLLRNKFLERIKKQFI
>AP018922.1|BBG08882.1|2154428_2154863_+|PTS-system-mannitol-specific-IIA-component
MSELFSNDNIFLNVNVNSQNEAIEKAGKALVDSGAVTDAYIQAMKDREQVVSTFMGNGLAIPHGTDEAKTNVIHSGLTLLQIPEGVDWDGEVVKVVVGIAGKDGEHLDLLSKIAITFSEEENVDRIVQAKSAEEIKQVFEEADA
>AP018922.1|BBG08883.1|2154862_2155969_+|mannitol-1-phosphate=5-dehydrogenase
MKAVHFGGGNIGRGFIGYILADNNVKVTFADVNEEIINALAHDHQYDVILADESKTTTRVNNVDAINSMQPSEALKQAILEADIITTAVGVNILPIIAKSFAPFLKEKTNHVNIVACENAIMATDTLKKAVLDITGPLGNNIHFANSAVDRIVPLQKNENILDVMVEPFYEWVVEKDAWYGPELNHIKYVDDLTPYIERKLLTVNTGHAYLAYAGKFAGKATVLDAVKDSSIEAGLRRVLAETSQYITIEFDFTEAEQAGYVEKIIDRFNNSYLSDEVTRVGRGTLRKIGPKDRIIKPLTYLYNKDLERTGLLNTAALLLKYDDTADQETVEKNNYIKEHGLKAFLSEYAKVDDGLADEIIEAYNSLS
>AP018922.1|BBG08884.1|2156287_2163742_-|FmtB-protein
MNLFRQQKFSIRKFNVGIFSALIATVTFISTNPTTASAAEQNQPAQNQPAQPADANTQPNANAGAQANPTAQPAAPANQGQPAVQPANQGGQANPAGGAAQPNTQPAGQGNQADPNNAAQAQPGNQATPANQAGQGNNQATPNNNATPANQTQPANAPAAAQPAAQPAAPVAANAQTQDPNASNTGEGSINTTLTFDDPAISTDENRQDPTVTVTDKVNGYSLINNGKIGFVNSELRRSDMFDKNNPQNYQAKGNVAALGRVNANDSTDHGNFNGISKTVNVKPDSELIINFTTMQTNSKQGATNLVIKDAKKNTELATVNVAKTGTAHLFKVPTDADRLDLQFIPDNTAVADASRITTNKDGYKYYSFIDNVGLFSGSHLYVKNRDLAPKATNNKEYTINTEIGNNGNFGASLKADQFKYEVTLPQGVTYVNDSLTTTFPNGNEDSTVLKNMTVNYDQNANKVTFTSQGVTTARGTHTKEVLFPDKSLKLSYKVNVANIDTPKNIDFNEKLTYRTASDVVINNAQPEVTLTADPFSVAVEMNKDALQQQVNSQVDNSHYTTASIAEYNKLKQQADTILNEDANHVETANRASQADIDGLVTKLQAALIDNQAAIAELDAKAQEKVTAAQQSKKVTQDEVAALVTKINNDKNNAIAEINKQTTSQGVTTEKDNGIAVLEQDVITPTVKPQAKQDIIQAVTTRKQQIKKSNASLQDEKDVANDKIGKIETKAIKDIDAATTNAQVEAIKTKAINDINQTTPATTAKAAALEEFDEVVQAQIDQAPLNPDTTNEEVAEAIERINAAKVSGVKAIEATTTAQDLERVKNEEISKIENITDSTQTKMDAYNEVKQAATARKAQNATVSNATNEEVAEADAAVDAAQKQGLHDIQVVKSKQEVADTKSKVIDKINAIQTQAKVKPAADTEVENAYNTRKQEIQNSNASTTEEKQAAYTELDTKKQEARTNLDAANTNSDVTTAKDNGIAAINQVQAATTKKSDAKAEIAQKASERKTAIEAMNDSTTEEQQAAKDKVDQAVVTANADIDNATANTDVDNAKTTNEATIAAITPDANVKPQAKQAIADKVQAQETAIDANNGSTTEEKTAAKQQAQTEKTTADAAIDAAHTNAEVEAAKNAEIAKIEAIQPATTTKDNAKEAIATKANERKTAIAQTQDITAEEIAAANADVDNAVTQANSNIEAANSQNDVDQAKTTGETSIDQVTPTVNKKATARNEITTILNNKLQEIQATPDATDEEKQAADAEANTENGKANQAISAATTNAQVDEAKANAEAAINAVTPKVVKKQAAKDEIDQLQATQTNVINNDQNATTEEKEAAIQQLATAVTDAKNNITAATDDNGVDQAKDAGKNSIQSTQPATAVKSNAKNDVDQAVTTQNQAIDNTTGATTEEKNAAKDLVLKAKEKAYQDILNAQTTNDVTQIKDQAVADIQGITADTTIKDVAKDELATKANEQKALIAQTADATTEEKEQANQQVDAQLTQGNQNIENAQSIDDVNTAKENAIQAIDPIQASTDVKTNARAELLTEMQNKITEILSDNTTTNEEKGKDIEPVRATYEEGLNNINTANTTGDVTTAKDTAVQKVQQLHANPVKKPAGKTALDQAAADRKTQIEQTPNASQQEINDAKQEVDAALNQAKTNVDQSSTNEYVDNAVKEGKAKINAVKTFSEYKKDALAKIADAYNAKVNEADNSNASTSSEIAEAKQKLAELKQTADQNVNQATSKDDIEVQIHNDLDNINDYTIPTGKKETATTDLYAYADQKKNNISADTNATQDEKQQAIKQVDQNVQTALESINNGVDNGDVDDALTQGKAAIDAIQVDATVKPKANQAIEVKAEDTKESIDQSDQLTAEEKTEALAMIKQITDQAKQGITDATTTAEVEKAKAQGLEAFDNIQIDSTEKQKAIEELETALDQIEAGVNVDADATTEEKEAFTNALEDILSKATEDISDQTTNAEIATVKNSALEQLKAQRINPEVKKNALEAIREVVNKQIEIIKNADADASAKEIARTDLGRYFDRFADKLDKTQTNAEVAELQNVTIPAIEAIVPQNDPDANDTNNGIDNNDATANSNANATPENTGQPNVSETTDNGKADASPTTPNNSDAATGETTATSATDDANDKPQANNNSSVDASTNSPTMDNDVTSKPEVESTNNGTTDKPVTETDNATPAESTTNNNSTTTATNENAPTGSTATAPTTASTEAASSADSKDNASVNDSKQNAEVNNSAESQSTNGKVAQPKSENKAKAEKDGRDSTNQSMVESTTETLPSADITEPNVPSNTSKDKEESTTNQTDAGQLKSETNVASNEADKSPSKADTEVSNKPSTSASSEAKDKMTSTNVSQKDDTATADTNDTQTSVGPVANNKAKDMQTNDMKASLATVSNGSNSANQDMLNVTNTDDHQAKTKSAQQGKVNKPKQQAKTLPDTGMSHNDDLPYAELALGAGMAFLIRRSTKKDQQTEE

Crispr_ID: AP018922_9

• CRISPR_ID: AP018922_9
• CRISPR_location: 2556665-2556772
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018922_9

Consensus_repeat	Method
ATTATTATAAATAATAAGTACACTACGGTTTACAGTTGG	CRISPRCasFinder

spacers of AP018922_9

>9.1|2556704|30|AP018922|CRISPRCasFinder
ATCTTCGCTCCAACTGCATAAGAGCCACTA

CRISPR arrays and Neighbor proteins around AP018922_9

CRISPR arrays

The CRISPR arrays of AP018922_9

>merge|AP018922|9|2556665-2556772|CRISPRCasFinder
ATTATTATAAATAATAAGTACACTACGGTTTACAGTTGGATCTTCGCTCCAACTGCATAAGAGCCACTAATTATTATAAATAATAAGTACACTACGGTTTACAGTTGG

>AP018922|9|7|2556665-2556772|CRISPRCasFinder
ATTATTATAAATAATAAGTACACTACGGTTTACAGTTGG	ATCTTCGCTCCAACTGCATAAGAGCCACTA
ATTATTATAAATAATAAGTACACTACGGTTTACAGTTGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG09269.1|2553656_2553848_+|hypothetical-protein	unknown	unknown	unknown
AP018922.1|BBG09265.1|2547547_2550037_-|putative-antibiotic-transport-associated-protein-homolog-ydfJ	unknown	unknown	gnl|CDD|225272
AP018922.1|BBG09272.1|2557140_2558139_-|putative-D-specific-D-2-hydroxyacid-dehydrogenase	unknown	unknown	gnl|CDD|181499
AP018922.1|BBG09266.1|2550181_2550730_+|hypothetical-protein	unknown	unknown	gnl|CDD|224228
AP018922.1|BBG09280.1|2566572_2568384_-|O-acetyltransferase-OatA	unknown	unknown	gnl|CDD|224748
AP018922.1|BBG09278.1|2564781_2565279_-|putative-glycosyl-4,4'-diaponeurosporenoate-acyltransferase	unknown	unknown	unknown
AP018922.1|BBG09274.1|2559742_2561251_-|dehydrosqualene-desaturase	unknown	unknown	gnl|CDD|224154
AP018922.1|BBG09270.1|2554087_2556496_+|copper-exporting-P-type-ATPase-A	unknown	unknown	gnl|CDD|319783
AP018922.1|BBG09279.1|2565444_2566212_-|staphylococcal-secretory-antigen-SsaA	unknown	unknown	gnl|CDD|226451
AP018922.1|BBG09263.1|2546958_2547093_-|ferrous-iron-transporter-B	unknown	unknown	gnl|CDD|376781
AP018922.1|BBG09267.1|2551084_2552629_-|1-pyrroline-5-carboxylate-dehydrogenase	unknown	unknown	gnl|CDD|179543
AP018922.1|BBG09273.1|2558161_2559316_-|N-succinyldiaminopimelate-aminotransferase	unknown	unknown	gnl|CDD|181219
AP018922.1|BBG09262.1|2545098_2546889_-|ferrous-iron-transporter-B	unknown	unknown	gnl|CDD|223447
AP018922.1|BBG09276.1|2562162_2563290_-|4,4'-diaponeurosporenoate-glycosyltransferase	unknown	unknown	gnl|CDD|132997
AP018922.1|BBG09277.1|2563295_2564789_-|diapolycopene-oxygenase	unknown	unknown	gnl|CDD|224154
AP018922.1|BBG09261.1|2544915_2545086_-|hypothetical-protein	unknown	unknown	gnl|CDD|378908
AP018922.1|BBG09271.1|2556844_2557051_+|copper-chaperone-CopZ	unknown	unknown	gnl|CDD|225328
AP018922.1|BBG09264.1|2547104_2547332_-|FeoA-family-protein	unknown	unknown	gnl|CDD|224830
AP018922.1|BBG09275.1|2561262_2562126_-|phytoene/squalene-synthetase	unknown	unknown	gnl|CDD|224478
AP018922.1|BBG09268.1|2552818_2553418_-|putative-acetyltransferase	unknown	unknown	gnl|CDD|100047

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG09265.1|2547547_2550037_-|putative-antibiotic-transport-associated-protein-homolog-ydfJ	gnl|CDD|225272	COG2409, COG2409, Predicted drug exporters of the RND superfamily [General function prediction only].	1.58078e-171
AP018922.1|BBG09272.1|2557140_2558139_-|putative-D-specific-D-2-hydroxyacid-dehydrogenase	gnl|CDD|181499	PRK08605, PRK08605, D-lactate dehydrogenase; Validated.	0
AP018922.1|BBG09266.1|2550181_2550730_+|hypothetical-protein	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	8.81924e-09
AP018922.1|BBG09280.1|2566572_2568384_-|O-acetyltransferase-OatA	gnl|CDD|224748	COG1835, COG1835, Predicted acyltransferases [Lipid metabolism].	6.58134e-84
AP018922.1|BBG09274.1|2559742_2561251_-|dehydrosqualene-desaturase	gnl|CDD|224154	COG1233, COG1233, Phytoene dehydrogenase and related proteins [Secondary metabolites biosynthesis, transport, and catabolism].	1.03717e-133
AP018922.1|BBG09270.1|2554087_2556496_+|copper-exporting-P-type-ATPase-A	gnl|CDD|319783	cd02094, P-type_ATPase_Cu-like, P-type heavy metal-transporting ATPase, similar to human copper-transporting ATPases, ATP7A and ATP7B. The mammalian copper-transporting P-type ATPases, ATP7A and ATP7B are key molecules required for the regulation and maintenance of copper homeostasis. Menkes and Wilson diseases are caused by mutation in ATP7A and ATP7B respectively. This subfamily includes other copper-transporting ATPases such as: Bacillus subtilis CopA , Archeaoglobus fulgidus CopA, and Saccharomyces cerevisiae Ccc2p. This subclass of P-type ATPase is also referred to as CPx-type ATPases because their amino acid sequences contain a characteristic CPC or CPH motif associated with a stretch of hydrophobic amino acids and N-terminal ion-binding sequences. This subfamily belongs to the P-type ATPases, a large family of integral membrane transporters that are of critical importance in all kingdoms of life. They generate and maintain (electro-) chemical gradients across cellular membranes, by translocating cations, heavy metals and lipids, and are distinguished from other main classes of transport ATPases (F- , V- , and ABC- type) by the formation of a phosphorylated (P-) intermediate state in the catalytic cycle.	0
AP018922.1|BBG09279.1|2565444_2566212_-|staphylococcal-secretory-antigen-SsaA	gnl|CDD|226451	COG3942, COG3942, Surface antigen [General function prediction only].	1.53845e-31
AP018922.1|BBG09263.1|2546958_2547093_-|ferrous-iron-transporter-B	gnl|CDD|376781	pfam02421, FeoB_N, Ferrous iron transport protein B. Escherichia coli has an iron(II) transport system (feo) which may make an important contribution to the iron supply of the cell under anaerobic conditions. FeoB has been identified as part of this transport system. FeoB is a large 700-800 amino acid integral membrane protein. The N-terminus contains a P-loop motif suggesting that iron transport may be ATP dependent.	3.14765e-22
AP018922.1|BBG09267.1|2551084_2552629_-|1-pyrroline-5-carboxylate-dehydrogenase	gnl|CDD|179543	PRK03137, PRK03137, 1-pyrroline-5-carboxylate dehydrogenase; Provisional.	0
AP018922.1|BBG09273.1|2558161_2559316_-|N-succinyldiaminopimelate-aminotransferase	gnl|CDD|181219	PRK08068, PRK08068, transaminase; Reviewed.	2.7078e-143
AP018922.1|BBG09262.1|2545098_2546889_-|ferrous-iron-transporter-B	gnl|CDD|223447	COG0370, FeoB, Fe2+ transport system protein B [Inorganic ion transport and metabolism].	0
AP018922.1|BBG09276.1|2562162_2563290_-|4,4'-diaponeurosporenoate-glycosyltransferase	gnl|CDD|132997	cd00761, Glyco_tranf_GTA_type, Glycosyltransferase family A (GT-A) includes diverse families of glycosyl transferases with a common GT-A type structural fold. Glycosyltransferases (GTs) are enzymes that synthesize oligosaccharides, polysaccharides, and glycoconjugates by transferring the sugar moiety from an activated nucleotide-sugar donor to an acceptor molecule, which may be a growing oligosaccharide, a lipid, or a protein. Based on the stereochemistry of the donor and acceptor molecules, GTs are classified as either retaining or inverting enzymes. To date, all GT structures adopt one of two possible folds, termed GT-A fold and GT-B fold. This hierarchy includes diverse families of glycosyl transferases 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. The majority of the proteins in this superfamily are Glycosyltransferase family 2 (GT-2) proteins. But it also includes families GT-43, GT-6, GT-8, GT13 and GT-7; which are evolutionarily related to GT-2 and share structure similarities.	5.99487e-22
AP018922.1|BBG09277.1|2563295_2564789_-|diapolycopene-oxygenase	gnl|CDD|224154	COG1233, COG1233, Phytoene dehydrogenase and related proteins [Secondary metabolites biosynthesis, transport, and catabolism].	1.34316e-132
AP018922.1|BBG09261.1|2544915_2545086_-|hypothetical-protein	gnl|CDD|378908	pfam12669, P12, Virus attachment protein p12 family. This family of proteins are related to Virus attachment protein p12 from the African swine fever virus. The family appears to contain an N-terminal signal peptide followed by a short cysteine rich region. The cysteine rich region is extremely variable and it is possible that only the N-terminal region is homologous.	0.00119197
AP018922.1|BBG09271.1|2556844_2557051_+|copper-chaperone-CopZ	gnl|CDD|225328	COG2608, CopZ, Copper chaperone [Inorganic ion transport and metabolism].	3.85103e-21
AP018922.1|BBG09264.1|2547104_2547332_-|FeoA-family-protein	gnl|CDD|224830	COG1918, FeoA, Fe2+ transport system protein A [Inorganic ion transport and metabolism].	9.02667e-20
AP018922.1|BBG09275.1|2561262_2562126_-|phytoene/squalene-synthetase	gnl|CDD|224478	COG1562, ERG9, Phytoene/squalene synthetase [Lipid metabolism].	1.05766e-99
AP018922.1|BBG09268.1|2552818_2553418_-|putative-acetyltransferase	gnl|CDD|100047	cd03357, LbH_MAT_GAT, Maltose O-acetyltransferase (MAT) and Galactoside O-acetyltransferase (GAT): MAT and GAT catalyze the CoA-dependent acetylation of the 6-hydroxyl group of their respective sugar substrates. MAT acetylates maltose and glucose exclusively at the C6 position of the nonreducing end glucosyl moiety. GAT specifically acetylates galactopyranosides. Furthermore, MAT shows higher affinity toward artificial substrates containing an alkyl or hydrophobic chain as well as a glucosyl unit. Active MAT and GAT are homotrimers, with each subunit consisting of an N-terminal alpha-helical region and a C-terminal left-handed parallel alpha-helix (LbH) subdomain with 6 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X).	5.94515e-91

Protein sequences

>AP018922.1|BBG09270.1|2554087_2556496_+|copper-exporting-P-type-ATPase-A
MANTKKTTLDITGMTCAACSNRIEKKLNKLDDVNAQVNLTTEKATVEYNPDQHDVQEFINTIQHLGYGVAVETVELDITGMTCAACSSRIEKVLNKMDGVQNATVNLTTEQAKVDYYPEETDADKLVTRIQKLGYDASIKDNNKDQTSRKAEALQHKLIKLIISAVLSLPLLMLMFVHLFNMHIPALFTNPWFQFILATPVQFIIGWQFYVGAYKNLRNGGANMDVLVAVGTSAAYFYSIYEMVRWLNGSTTQPHLYFETSAVLITLILFGKYLEARAKSQTTNALGELLSLQAKEARILKDGNEVMIPLNEVHVGDTLIVKPGEKIPVDGKIIKGMTAIDESMLTGESIPVEKNVDDTVIGSTMNKNGTITMTATKVGGDTALANIIKVVEEAQSSKAPIQRLADIISGYFVPIVVGIALLTFIVWITLVTPGTFEPALVASISVLVIACPCALGLATPTSIMVGTGRAAENGILFKGGEFVERTHQIDTIVLDKTGTITNGRPVVTDYHGDNQTLQLLATAEKDSEHPLAEAIVNYAKEKQLTLTETTTFKAVPGHGIEATIDHHHILVGNRKLMADNDISLPKHISDDLTYYERDGKTAMLIAVNYSLTGIIAVADTVKDHAKDAIKQLHDMGIEVAMLTGDNKNTAQAIAKQVGIDTVIADILPEEKAAQIAKLQQQGKKVAMVGDGVNDAPALVKADIGIAIGTGTEVAIEAADITILGGDLMLIPKAIYASKATIRNIRQNLFWAFGYNIAGIPIAALGLLAPWVAGAAMALSSVSVVTNALRLKKMRLEPRRKDA
>AP018922.1|BBG09269.1|2553656_2553848_+|hypothetical-protein
MRILITGTVAILIILGLVKTIQDHEMTNDTSRQLSDNKDDDKVIHLNNFKNLHAKEFNPSDFF
>AP018922.1|BBG09268.1|2552818_2553418_-|putative-acetyltransferase
MTEKEKMLAEKWYDANFDQYLINERARAKDICFELNHTRPSATNKRKELIDQLFQTTTDNVSISIPFDTDYGWNVKLGKNVYVNTNCYFMDGGQITIGDNVFIGPNCGFYTATHPLNFHHRNEGFEKAGPIHIGSNTWFGGHVAVLPGVTIGEGSVIGAGSVVTKDIPPHSLAVGNPCKVVRKIDNDLPSETLNDETIK
>AP018922.1|BBG09267.1|2551084_2552629_-|1-pyrroline-5-carboxylate-dehydrogenase
MVVEFKNEPGYDFSVQENVDMFKKALKDVEKELGQDIPLVINGEKIFKDDKIKSINPADTSQVIANASKATKQDVEDAFKAANEAYKSWKTWSANDRAELMLRVSAIIRRRKAEIAAIMVYEAGKPWDEAVGDAAEGIDFIEYYARSMMDLAQGKPVLDREGEHNKYFYKSIGTGVTIPPWNFPFAIMAGTTLAPVVAGNTVLLKPAEDTPYIAYKLMEILEEAGLPKGVVNFVPGDPKEIGDYLVDHKDTHFVTFTGSRATGTRIYERSAVVQEGQNFLKRVIAEMGGKDAIVVDENIDTDMAAEAIVTSAFGFSGQKCSACSRAIVHKDVYDEVLEKSIKLTKELTLGNTVDNTYMGPVINKKQFDKIKNYIEIGKEEGKLEQGGGTDDSKGYFVEPTIISGLKSKDRIMQEEIFGPVVGFVKVNDFDEAIEVANDTDYGLTGAVITNNREHWIKAVNEFDVGNLYLNRGCTSAVVGYHPFGGFKMSGTDAKTGSPDYLLHFLEQKVVSEMF
>AP018922.1|BBG09266.1|2550181_2550730_+|hypothetical-protein
MKETDLRVIKTKKALSSSLLQLLEQQLFQTITVNQICDNALVHRTTFYKHFYDKYDLLEYLFNQLTKDYFARDISDRLNHPFQTISDTINNKEDLRDIAEFQEEDAEFNKVLKNVCIKIMHNDIKNNRDRIDIDSDIPDNLIFYIYDSLIEGFMHWIKDEKIDWPGEEIDKIFHKVINIKIK
>AP018922.1|BBG09265.1|2547547_2550037_-|putative-antibiotic-transport-associated-protein-homolog-ydfJ
MAKFLYKMGTFIAKHKWSAVIAWIVIVAAILIPLATNAPKFDNDIKMTGLESLDTNKKIEKHFNQDSEKAQIRVVFKTTKDDGIVQPNITKDIKKTLDDIKKDDKHIDKISDPYENKQISKDKTTAFADITYDVSQTSLKDGSRDNVKSHLKDLRDNHNVQTELTGTGMTSTEVGGNSELVGIIVAFVVLLITFGSVIAAGLPIISALIGLASGVGIISLLTYAFDIPNVTLTLAVMIGLAVGIDYALFILFRYRQVMKTETDYIKGIGLAIGTAGSAVIFAGVTVVIAVCGLSLVGIDFLAVMGFASAISVIFAVFSALTLLPALISIFHKRIKVNKLQSNFKKDIDTPWSKFITGNALAAVLLGLIILVAAAIPVSHMRLGIPDDGVKPADSTQKKAYDIISDKFGEGFNGQIPMLINVKDKKDDPQGLQQDLQSVYKDIKDKKNVDIVTPPQMSKDNDYALMVVIPKKGPNAESTNDLVHDLRDYHKDAQDKYGFKTEISGQSVINIDMSKKLNEAIPLFATVIVVLAFFLLMIVFRSILIPLKAVLGFVLSLMATLGFTTLVMQDGFMKGLFGIETTGPMLAFLPVITIGILFGLAMDYEVFLMSRIHEEYSKTGDNDYSIKVGLKESGPVIVAAALIMFSVFFAFVFQEDVMIKSMGMALAFGVLFDAFVVRMMLIPALTKLFGKGSWYLPAWLNRIIPRVDIEGHALEKYKTVESQESEAKDSKETYDTTFKIYPQGATNVSKHQDVHGQDDVRSIVLDDKTMALYQEVKQQSASSFFLYDALIDYQNKHQLNSKQQVTNIEQLNKNIEKLNQLLEKNLRNKS
>AP018922.1|BBG09264.1|2547104_2547332_-|FeoA-family-protein
MLNIKNGEMNKAYKIKRMDIANENMLYRLSAFGLTDDAIITIKQKCLFKGPCIIEVNGQQLSIRHCDACSIALEE
>AP018922.1|BBG09263.1|2546958_2547093_-|ferrous-iron-transporter-B
MENYCILGNPNVGKTSLFNALTGSCEYIGNWSGVTVEKKVGKLK
>AP018922.1|BBG09262.1|2545098_2546889_-|ferrous-iron-transporter-B
MTDYLLNDSFSGIINIVDASQLKRNMQLTVQLLELNQPIYIGLNMIDVATKRGIKIDYHKLMKKLKTPIFPVVARTGKGTKHLLGEIKHLGEGYQPHFKINYGEKIEETIKNMCQIIMTETSHDKYQARFIAIQFLLNNMQIANELNSEVVNKLSSLRDQVDKQVEAVSVRREMERIRNHYIETLLQDVVTYPDEDKQYFSSRIDKILTHKYIGMPIFLAIMWLIFQTTFTWIGTPLSDQLDAFIGGTFTDSVKTIMNYLGVIPFLQDLITDGIIAGVGSVLVFVPQIVVLFFFISLLEDSGYMARIAVLMDRIMESFGLSGKSFIPMIIGFGCNVPSIMAARSIENEKERLTTILIAPFMSCSARLPVYALFVGIFFKENQSLVVLSLYVLGIIMAFLVSTVLTKTILKNDNAIFIVELPTYRVPSIKTLWRSTWEKAKGFVRKAGTFIFGGSVVIWLLSYVGPHGINVNINQSFLHMVGSFFGMLVQPLGFGTWQAGATLVPGFLAKEVIVSSMAIIYSSGDAGLVNVIQNQFTPLSAYAFMIFILLYIPCVSTVAAIRKETYSWKWTALAVVYPLVTAYVLTFIFYQIGHLFV
>AP018922.1|BBG09261.1|2544915_2545086_-|hypothetical-protein
MSVIINILIFLAIFGYALYTLVKFFKRSKQGKCGTCDINRDCCGTEQHTANHFPGK
>AP018922.1|BBG09271.1|2556844_2557051_+|copper-chaperone-CopZ
MSQEILNVEGMSCGHCKSAVESALNNIDGVTSADVNLENGQVSVQYDDSKVAVSQMKDAIEDQGYDVV
>AP018922.1|BBG09272.1|2557140_2558139_-|putative-D-specific-D-2-hydroxyacid-dehydrogenase
MTKIKIMSVRDEDMPYIKAWAEKHHVEVDITKEALTDDNVEGVAGYDGLSLSQQIPLSEHVYKRLNELGIKQIAQRSAGFDTYDLELANKYNLIVSNVPSYSPNSIAEFAVNQAINVVRHFNQIQTKVREHDFRWEPTILSKSIKDLKVAVIGTGRIGRVVADIFANGYQSDVVAYDPFPNAKIATYVDYKDTIEEAVEGADIVTLHVPATKYNHYLFNAELFKHFKKGAVFVNCARGSLVDTKALLDALDNGVIKGAALDTYEFERKLFPSDQRGKTLNDPLLESLIDREDVILTPHIAFYTEAAVKNLIVDALDATLDVLQTGDTRLRVN
>AP018922.1|BBG09273.1|2558161_2559316_-|N-succinyldiaminopimelate-aminotransferase
MISNKLANIPDSYFGKTMGRKIEHGPLPLINMAVGIPDGPTPQGIIDHFQQALTIPENQKYGAFHGKEAFKQAIVDFYQRQYNVTLDKEDEVCILYGTKNGLVAVPTCVINPGDYVLLPDPGYTDYLAGVLLADGKPVPLNLEPPHYLPDWSTVDSQIIDKTKLIYLTYPNNPTGSTATKEVFDEAIAKFKDTDTKIVHDFAYGAFGFDAKNPSILASENGKDVAIEIYSLSKGYNMSGFRVGFAVGNKDMIQALKKYQTHTNAGMFGALQDAAIYALNHYDDFLEEQSNVFKTRRDRFEAMLAKADLPFVHAKGGIYVWLETPPGYDSEQFEQFLVQEKSILVAPGKPFGENGNRYVRISLALDDQKLDEAAIRLTELAYLYE
>AP018922.1|BBG09274.1|2559742_2561251_-|dehydrosqualene-desaturase
MKIAVIGAGVTGLAAAARIASQGHEVTIFEKNNNVGGRMNQLKKDGFTFDMGPTIVMMPDVYKDVFTACGKNYEDYIELRQLRYIYDVYFDHDDRITVPTDLAELQQMLESIEPGSTHGFMSFLTDVYKKYEIARRYFLERTYRKPSDFYNMTSLVQGAKLKTLNHADQLIEHYIDNEKIQKLLAFQTLYIGIDPKRGPSLYSIIPMIEMMFGVHFIKGGMYGMAQGLAQLNKDLGVNIELNAEIEQIIIDPKFKRADAIKVNGDIRKFDKILCTADFPSVAESLMPDFAPIKKYPPHKIADLDYSCSAFLMYIGIDIDVTDQVRLHNVIFSDDFRGNIEEIFEGRLSYDPSIYVYVPAVADKSLAPEGKTGIYVLMPTPELKTGSGIDWSDEALTQQIKEIIYRKLATIEVFEDIKSHIVSETIFTPNDFEQTYHAKFGSAFGLMPTLAQSNYYRPQNVSRDYKDLYFAGASTHPGAGVPIVLTSAKITVDEMIKDIEQGV
>AP018922.1|BBG09275.1|2561262_2562126_-|phytoene/squalene-synthetase
MTMMDMNFKYCHKIMKKHSKSFSYAFDLLPEDQRKAVWAIYAVCRKIDDSIDVYGDIQFLNQIKEDIQSIEKYPYEHHHFQSDRRIMIALQHVAQHKNIAFQSFYNLIDTVYKDQHFTMFETDAELFGYCYGVAGTVGEVLTPILSDHETHQTYDVARRLGESLQLINILRDVGEDFDNERIYFSKQRLKQYEVDIAEVYQNGVNNHYIDLWEYYAAIAEKDFQDVMDQIKVFSIEAQPIIELAARIYIEILDEVRQANYTLHERVFVDKRKKAKLFHEINSKYHRI
>AP018922.1|BBG09276.1|2562162_2563290_-|4,4'-diaponeurosporenoate-glycosyltransferase
MKWLSRILTVIVTMSMACGALIFNRRHQLKAKTLNFNHKALTIIIPARNEEKRIGHLLHSIIQQQVPVDVIVMNDGSTDETARVARSYGATVVDVVDDTDGKWYGKSHACYQGVTHVCTNRIAFVDADVTFLRKDAVETLINQYQLQGEKGLLSVQPYHITKRFYEGFSAIFNLMTVVGMNVFSTLDDGRTNQHAFGPVTLTNKEDYYATGGHKSANRHIIEGFALGSAYTSQSLPVTVYEGFPFVAFRMYQEGFQSLQEGWTKHLSTGAGGTKPKIMTAIVLWLFGSIASILGLCLSLKYRQMSVRKMVALYLSYTTQFIYLHRRVGQFSNLLMVCHPLLFMFFTKIFIQSWKQTHRYGVVEWKGRQYSISKEQ
>AP018922.1|BBG09277.1|2563295_2564789_-|diapolycopene-oxygenase
MTKHIIVIGGGLGGISAAIRMAQSGYSVSLYEQNNHIGGKVNRHESDGFGFDLGPSILTMPYIFEKLFEYSKKQMSDYVTIKRLPHQWRSFFPDGTTIDLYEGIKETGQHNAILSKQDIEELQNYLNYTRRIDRITEKGYFNYGLDTLSQIIKFHGPLNALINYDYVHTMQQAIDKRISNPYLRQMLGYFIKYVGSSSYDAPAVLSMLFHMQQEQGLWYVEGGIHHLANALEKLAREEGVTIHTGARVDNIKTYQRRVTGVRLDTGEFVKADYIISNMEVIPTYKYLLHLDTQRLNKLEREFEPASSGYVMHLGVACQYPQLAHHNFFFTENAYLNYQQVFHEKVLPDDPTIYLVNTNKTDHTQAPVGYENIKVLPHIPYIQDQPFTTEDYAKFRDKILDKLEKMGLTDLRKHIIYEDVWTPEDIEKNYRSNRGAIYGVVADKKKNKGFKFPKESQYFENLYFVGGSVNPGGGMPMVTLSGQQVADKINVREAKNRK
>AP018922.1|BBG09278.1|2564781_2565279_-|putative-glycosyl-4,4'-diaponeurosporenoate-acyltransferase
MKTMKKYIKTAFFCSMYWLIVQLNIANLGTRIPDKYFRQKYIIFKSFNFEKHGKFWNKWFYVRKWKHKILDGHQLNQNIYDQRHLMTINTDEIEKMIIETKRAELIHWISILPVIIFNKGPRLVKYINIFYAMIANVPIIIVQRYNRPRLTQLLRILKRRGERHD
>AP018922.1|BBG09279.1|2565444_2566212_-|staphylococcal-secretory-antigen-SsaA
MKKIVTATIATAGLATIAFAGHDAQAAEQNNNGYNSNDAQSYSYTYTIDAQGNYHYTWTGNWNPSQLTQNNTYYYNNYNTYSYNNASYNNYYNHSYQYNNYTNNSQTATNNYYTGGSGASYSTTSNNVHVTTTAAPSSNGRSISNGYASGSNLYTSGQCTYYVFDRVGGKIGSTWGNASNWANAAASSGYTVNNTPKVGAIMQTTQGYYGHVAYVEGVNSNGSVRVSEMNYGHGAGVVTSRTISANQAGSYNFIH
>AP018922.1|BBG09280.1|2566572_2568384_-|O-acetyltransferase-OatA
MDTKDFKRLEKMYSPRYLPGLDGLRAFAVIGIIIYHLNAQWLSGGFLGVDTFFVISGYLITSLLISEYYRTQKIDLLEFWKRRLKRLIPAVLFLICVVLTFTLIFKPELIIQMKRDAIAAIFYVSNWWYISQNVDYFNQFAIEPLKHLWSLAIEEQFYLLFPLVITFLLHRFKPRNIIQTLFIVSLISLGLMIVIHFITGDNSRVYFGTDTRLQTLLLGCILAFIWPPFALKKDISKKIVVSLDIIGISGFAVLMTLFFIVGDQDQWIYNGGFYIISFATLFIIAIAVHPSSLFAKFLSMKPLLIIGKRSYSLYLWHYPIIVFVNSYYVQGQIPVYVYIIEILLTALMAEISYRFIETPIRKKGFKAFAFLPKKKGQFARTVLVILLLVPSIVVLSGQFDALGKQHEAEKKEKKTEFKTTKKKVVKKDKQEDKQTANSKEDIKKSSPLLIGDSVMVDIGNVFTKKIPNAQIDGKVGRQLVDATPIVKSQYKDYAKKGQKVVVELGTNGAFTKDQLNELLDSFGKADIYLVSIRVPRDYEGRINKLIYEAAEKRSNVHLVDWYKASAGHPEYFAYDGIHLEYAGSKALTDLIVKTMETHATNKK

Crispr_ID: AP018922_10

• CRISPR_ID: AP018922_10
• CRISPR_location: 2687303-2687438
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of AP018922_10

Consensus_repeat	Method
TTTCGTCGTCCCACCCCAACTTGCA	CRISPRCasFinder

spacers of AP018922_10

>10.1|2687328|30|AP018922|CRISPRCasFinder
TTGTCTGTAGAAACTGGGAATTCAATTTCT
>10.2|2687383|31|AP018922|CRISPRCasFinder
CATTATTGTAGGCTGACTTTCCGCCAGCTTC

CRISPR arrays and Neighbor proteins around AP018922_10

CRISPR arrays

The CRISPR arrays of AP018922_10

>merge|AP018922|10|2687303-2687438|CRISPRCasFinder
TTTCGTCGTCCCACCCCAACTTGCATTGTCTGTAGAAACTGGGAATTCAATTTCTCTTTGTCGTCCCACCCCAACTTGCACATTATTGTAGGCTGACTTTCCGCCAGCTTCTTTGTTGGGGCCCCGCCAACTTGCA

>AP018922|10|8|2687303-2687438|CRISPRCasFinder
TTTCGTCGTCCCACCCCAACTTGCA	TTGTCTGTAGAAACTGGGAATTCAATTTCT
CTTTGTCGTCCCACCCCAACTTGCA	CATTATTGTAGGCTGACTTTCCGCCAGCTTC
TTTGTTGGGGCCCCGCCAACTTGCA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018922.1|BBG09391.1|2685521_2686100_+|polysaccharide-deacetylase	unknown	unknown	gnl|CDD|188448
AP018922.1|BBG09389.1|2684925_2685231_+|intercellular-adhesion-protein-D	unknown	unknown	gnl|CDD|188447
AP018922.1|BBG09395.1|2691339_2692098_-|imidazole-glycerol-phosphate-synthase-subunit-HisF	unknown	unknown	gnl|CDD|234996
AP018922.1|BBG09384.1|2680015_2680783_-|capsular-polysaccharide-biosynthesis	unknown	unknown	gnl|CDD|226870
AP018922.1|BBG09383.1|2679280_2679781_-|putative-acetyltransferase	unknown	unknown	gnl|CDD|379326
AP018922.1|BBG09390.1|2685227_2685440_+|polysaccharide-deacetylase	unknown	unknown	gnl|CDD|188448
AP018922.1|BBG09400.1|2694942_2696199_-|histidinol-dehydrogenase	unknown	unknown	gnl|CDD|172308
AP018922.1|BBG09386.1|2681488_2682151_-|putative-chain-length-regulator-of-capsular-polysaccharide-biosynthesis	unknown	unknown	gnl|CDD|226453
AP018922.1|BBG09385.1|2680779_2681472_-|capsular-polysaccharide-biosynthesis	unknown	unknown	gnl|CDD|349772
AP018922.1|BBG09402.1|2696817_2697636_-|putative-ATP-phosphoribosyltransferase-regulatory-subunit	unknown	unknown	gnl|CDD|237044
AP018922.1|BBG09396.1|2692094_2692799_-|1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)-methylideneamino]-imidazole-4-carboxamide-isomerase	unknown	unknown	gnl|CDD|172156
AP018922.1|BBG09387.1|2682999_2683560_-|biofilm-operon-icaADBC-HTH-type-negative-transcriptional-regulator-IcaR	unknown	unknown	gnl|CDD|376089
AP018922.1|BBG09388.1|2683849_2684962_+|poly-beta-1,6-N-acetyl-D-glucosamine-synthase	unknown	unknown	gnl|CDD|274866
AP018922.1|BBG09399.1|2693913_2694927_-|hypothetical-protein	unknown	unknown	gnl|CDD|223157
AP018922.1|BBG09394.1|2690710_2691343_-|histidine-biosynthesis-bifunctional-protein	unknown	unknown	gnl|CDD|235067
AP018922.1|BBG09401.1|2696185_2696800_-|ATP-phosphoribosyltransferase	unknown	unknown	gnl|CDD|172153
AP018922.1|BBG09393.1|2687585_2689631_-|glycerol-ester-hydrolase-2	unknown	unknown	gnl|CDD|224001
AP018922.1|BBG09398.1|2693366_2693945_-|imidazoleglycerol-phosphate-dehydratase	unknown	unknown	gnl|CDD|153419
AP018922.1|BBG09392.1|2686086_2687139_+|probable-poly-beta-1,6-N-acetyl-D-glucosamine-export-protein	unknown	unknown	gnl|CDD|226446
AP018922.1|BBG09397.1|2692791_2693370_-|imidazole-glycerol-phosphate-synthase-subunit-HisH	unknown	unknown	gnl|CDD|171871

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018922.1|BBG09391.1|2685521_2686100_+|polysaccharide-deacetylase	gnl|CDD|188448	TIGR03933, Poly-beta-16-N-acetyl-D-glucosamine_N-deacetylase, intercellular adhesin biosynthesis polysaccharide N-deacetylase. A common motif in bacterial biosynthesis of polysaccharide for export is modification that follows polymerization. This model describes a subfamily of polysaccharide N-deacetylases that acts on poly-beta-1,6-N-acetyl-D-glyscosamine as produced by Staphylococcus epidermidis and S. aureus. The end product in these species is designated polysaccharide intercellular adhesin (PIA), and this gene designated icaB (intercellular adhesion protein B). [Cell envelope, Biosynthesis and degradation of surface polysaccharides and lipopolysaccharides, Cellular processes, Pathogenesis].	1.00677e-112
AP018922.1|BBG09389.1|2684925_2685231_+|intercellular-adhesion-protein-D	gnl|CDD|188447	TIGR03932, IcaD_partial, intracellular adhesion protein D. Members of this protein family are IcaD (intracellular adhesion protein D), which with catalytic subunit IcaA forms an N-acetylglucosaminyltransferase. In the absence of IcaC, this enzyme forms N-acetylglucosamine oligomers up to 20 in length. [Cell envelope, Biosynthesis and degradation of surface polysaccharides and lipopolysaccharides].	3.14464e-30
AP018922.1|BBG09395.1|2691339_2692098_-|imidazole-glycerol-phosphate-synthase-subunit-HisF	gnl|CDD|234996	PRK02083, PRK02083, imidazole glycerol phosphate synthase subunit HisF; Provisional.	1.02989e-154
AP018922.1|BBG09384.1|2680015_2680783_-|capsular-polysaccharide-biosynthesis	gnl|CDD|226870	COG4464, CapC, Capsular polysaccharide biosynthesis protein [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	2.38228e-144
AP018922.1|BBG09383.1|2679280_2679781_-|putative-acetyltransferase	gnl|CDD|379326	pfam13673, Acetyltransf_10, Acetyltransferase (GNAT) domain. This family contains proteins with N-acetyltransferase functions such as Elp3-related proteins.	5.52546e-13
AP018922.1|BBG09390.1|2685227_2685440_+|polysaccharide-deacetylase	gnl|CDD|188448	TIGR03933, Poly-beta-16-N-acetyl-D-glucosamine_N-deacetylase, intercellular adhesin biosynthesis polysaccharide N-deacetylase. A common motif in bacterial biosynthesis of polysaccharide for export is modification that follows polymerization. This model describes a subfamily of polysaccharide N-deacetylases that acts on poly-beta-1,6-N-acetyl-D-glyscosamine as produced by Staphylococcus epidermidis and S. aureus. The end product in these species is designated polysaccharide intercellular adhesin (PIA), and this gene designated icaB (intercellular adhesion protein B). [Cell envelope, Biosynthesis and degradation of surface polysaccharides and lipopolysaccharides, Cellular processes, Pathogenesis].	6.15601e-10
AP018922.1|BBG09400.1|2694942_2696199_-|histidinol-dehydrogenase	gnl|CDD|172308	PRK13770, PRK13770, histidinol dehydrogenase; Provisional.	0
AP018922.1|BBG09386.1|2681488_2682151_-|putative-chain-length-regulator-of-capsular-polysaccharide-biosynthesis	gnl|CDD|226453	COG3944, COG3944, Capsular polysaccharide biosynthesis protein [Cell envelope biogenesis, outer membrane].	1.17617e-89
AP018922.1|BBG09385.1|2680779_2681472_-|capsular-polysaccharide-biosynthesis	gnl|CDD|349772	cd05387, BY-kinase, bacterial tyrosine-kinase. Bacterial tyrosine (BY)-kinases catalyze the autophosphorylation on a C-terminal tyrosine cluster and also phosphorylate endogenous protein substrates by using ATP as phosphoryl donor. Besides their capacity to function as tyrosine kinase, most of these proteins are also involved in the production and transport of exopolysaccharides. BY-kinases are involved in a number of physiological processes ranging from stress resistance to pathogenicity.	2.83977e-84
AP018922.1|BBG09402.1|2696817_2697636_-|putative-ATP-phosphoribosyltransferase-regulatory-subunit	gnl|CDD|237044	PRK12294, hisZ, ATP phosphoribosyltransferase regulatory subunit; Provisional.	4.50318e-175
AP018922.1|BBG09396.1|2692094_2692799_-|1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)-methylideneamino]-imidazole-4-carboxamide-isomerase	gnl|CDD|172156	PRK13587, PRK13587, 1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino] imidazole-4-carboxamide isomerase; Provisional.	6.62111e-168
AP018922.1|BBG09387.1|2682999_2683560_-|biofilm-operon-icaADBC-HTH-type-negative-transcriptional-regulator-IcaR	gnl|CDD|376089	pfam18665, TetR_C_37, Tetracyclin repressor-like, C-terminal domain. IcaR belongs to the tetracycline repressor (TetR) family of proteins, which are involved in a wide variety of gene regulations. It binds to a 42 bp region immediately upstream of the icaA gene. This entry represents the C-terminal domain which is involved in dimerization.	2.88245e-28
AP018922.1|BBG09388.1|2683849_2684962_+|poly-beta-1,6-N-acetyl-D-glucosamine-synthase	gnl|CDD|274866	TIGR03937, Poly-beta-16-N-acetyl-D-glucosamine_synthase, poly-beta-1,6 N-acetyl-D-glucosamine synthase. Members of this protein family are biofilm-forming enzymes that polymerize N-acetyl-D-glucosamine residues in beta(1,6) linkage. One named members is IcaA (intercellular adhesin protein A), an enzyme that acts (with aid of subunit IcaD) in Polysaccharide Intercellular Adhesin (PIA) biosynthesis in Staphylococcus epidermis). The homologous member in E. coli is designated PgaC. Members are often encoded next to a polysaccharide deacetylase and involved in biofilm formation. Note that chitin, although also made from N-acetylglucosamine, is formed with beta-1,4 linkages.	0
AP018922.1|BBG09399.1|2693913_2694927_-|hypothetical-protein	gnl|CDD|223157	COG0079, HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism].	5.60546e-84
AP018922.1|BBG09394.1|2690710_2691343_-|histidine-biosynthesis-bifunctional-protein	gnl|CDD|235067	PRK02759, PRK02759, bifunctional phosphoribosyl-AMP cyclohydrolase/phosphoribosyl-ATP diphosphatase HisIE.	1.98613e-110
AP018922.1|BBG09401.1|2696185_2696800_-|ATP-phosphoribosyltransferase	gnl|CDD|172153	PRK13584, hisG, ATP phosphoribosyltransferase.	8.56054e-134
AP018922.1|BBG09393.1|2687585_2689631_-|glycerol-ester-hydrolase-2	gnl|CDD|224001	COG1075, LipA, Predicted acetyltransferases and hydrolases with the alpha/beta hydrolase fold [General function prediction only].	1.54011e-82
AP018922.1|BBG09398.1|2693366_2693945_-|imidazoleglycerol-phosphate-dehydratase	gnl|CDD|153419	cd07914, IGPD, Imidazoleglycerol-phosphate dehydratase. Imidazoleglycerol-phosphate dehydratase (IGPD; EC 4.2.1.19) catalyzes the dehydration of imidazole glycerol phosphate to imidazole acetol phosphate, the sixth step of histidine biosynthesis in plants and microorganisms where the histidine is synthesized de novo. There is an internal repeat in the protein domain that is related by pseudo-dyad symmetry, perhaps as a result of an ancient gene duplication. The apo-form of IGPD exists as a catalytically inactive trimer which, in the presence of specific divalent metal cations such as manganese (Mn2+), cobalt (Co2+), cadmium (Cd2+), nickel (Ni2+), iron (Fe2+) and zinc (Zn2+), assembles to form a biologically active high molecular weight metalloenzyme; a 24-mer with 4-3-2 symmetry. Each 24-mer has 24 active sites, and contains around 1.5 metal ions per monomer, each monomer contributing residues to three separate active sites. IGPD enzymes are monofunctional in fungi, plants, archaea and some eubacteria while they are encoded as bifunctional enzymes in other eubacteria, such that the enzyme is fused to histidinol-phosphate phosphatase, the penultimate enzyme of the histidine biosynthesis pathway. The histidine biosynthesis pathway is a potential target for development of herbicides, and IGPD is a target for the triazole phosphonate herbicides.	2.40504e-103
AP018922.1|BBG09392.1|2686086_2687139_+|probable-poly-beta-1,6-N-acetyl-D-glucosamine-export-protein	gnl|CDD|226446	COG3936, COG3936, Protein involved in polysaccharide intercellular adhesin (PIA) synthesis/biofilm formation [Carbohydrate transport and metabolism].	1.1329e-114
AP018922.1|BBG09397.1|2692791_2693370_-|imidazole-glycerol-phosphate-synthase-subunit-HisH	gnl|CDD|171871	PRK13142, hisH, imidazole glycerol phosphate synthase subunit HisH; Provisional.	2.23848e-128

Protein sequences

>AP018922.1|BBG09392.1|2686086_2687139_+|probable-poly-beta-1,6-N-acetyl-D-glucosamine-export-protein
MKKIRLELVYLRAIICAIIIITHLLTQITLKHENMEGGSLVLQFYIRNIVIFGTPCFIILSQLLTTLNYQKVTYRYLTTRVKYILIPYILMGLFYSYSESLLTDSSFNKQFIENVLLGQWYGYFIVVIMQFFILSYIIFKINYNLFNSKILLLLSFILQQSFLYYFTNNTAFHDTVLHYYPLSENTIIFGWIFYFFLGAYMGYNYERVLNFLERYLVIMIVLAVATYFVFIALANGDYWNVTSFSYSLTPYNSIMFIVILGICTHFKTMLFNTIQMISAFSFFIYLLHPIILDSLFAYTNIFEDNTIVFLAISLLFILGLCIGVGMILREFYIFRFIIGKQPYKLNINAY
>AP018922.1|BBG09391.1|2685521_2686100_+|polysaccharide-deacetylase
MKEFLYYKKKGKFPKRSVWINFDDMDETIYENAYPILKKYKIPATGFIITGHVGEENFHNLDMISKKELKEMYKTGLWEFETHTHDLHNLSKNNKSKLMKASEATIIKDLNKSEKYLTKNFKKSQKTIAYPYGLMNDDKLPVIKKAGLKYGFSLEEKAVTPNSNDYYIPRILISDDAFEHLIKRWDGFHEKD
>AP018922.1|BBG09390.1|2685227_2685440_+|polysaccharide-deacetylase
MKYRKLIILVLSILIILPVSTLDGHHIANADDDSPKKLKYKENSALALNYHRVRKANFLNNFIYFFSSSK
>AP018922.1|BBG09389.1|2684925_2685231_+|intercellular-adhesion-protein-D
MVKPRQREYPTLKSSLNIVRETALIAISCVFWIYCLVVLLVYIGTIFEIHDESINTIRVALNIENTEILDIFETMGIFAIIIFVFFTISILIQKWQRGRES
>AP018922.1|BBG09388.1|2683849_2684962_+|poly-beta-1,6-N-acetyl-D-glucosamine-synthase
MDELEGITFLLACYNESETIEDTLSNVLALKYEKKEIIIINDGSSDNTAELIYKIKENNDFIFVDLQENRGKANALNQGIKQASYDYVMCLDADTIVDQDAPYYMIENFKHDPKLGAVTGNPRIRNKSSILGKIQTIEYASLIGCIKRSQTLAGAVNTISGVFTLFKKSAVVDVGYWDTDMITEDIAVSWKLHLRGYRIKYEPLAMCWMLVPETLGGLWKQRVRWAQGGHEVLLRDFFSTMKTKRFPLYILMFEQIISILWVYIVLLYLGYLFITANFLDYTFMTYSFSIFLLSSFTMTFINVIQFTVALFIDSRYEKKNMAGLIFVSWYPTVYWIINAAVVLVAFPKALKRKKGGYATWSSPDRGNTQR
>AP018922.1|BBG09387.1|2682999_2683560_-|biofilm-operon-icaADBC-HTH-type-negative-transcriptional-regulator-IcaR
MKDKIIDNAITLFSEKGYDGTTLDDIAKSVNIKKASLYYHFDSKKSIYEQSVKCCFDYLNNIIMMNQNKSNYSIDALYQFLFEFIFDIEERYIRMYVQLSNTPEEFSGNIYGQIQDLNQSLSKEIAKFYDESKIKMTKEDFQNLILLFLESWYLKASFSQKFGAVEESKSQFKDEVYSLLNIFLKK
>AP018922.1|BBG09386.1|2681488_2682151_-|putative-chain-length-regulator-of-capsular-polysaccharide-biosynthesis
MKEKFDLVKLLNILKKNIKLLLILPAICLVVSAALTFFVMPDKYTASTQILVNMKKSSSDLAFQNVQSSLQSVNTYTEIIKSPRILDKVSREFDGQYSTAELNSFLKVTNQTNSQIITVSVTTGNKSESDKIVNRISKVFAHDMPKIMSVDNVTILSSAHDNAVKVSPIVSVNLVISIIVGIVLAILIIFLKELLDKRIKTEEDVESQLGLPILGSIQKF
>AP018922.1|BBG09385.1|2680779_2681472_-|capsular-polysaccharide-biosynthesis
MTNTRRSTSSLIVHEQPKSPISEKFRGIRSNIMFANPDSAVQSIVITSEAPGAGKSTIAANLAVAYAQAGYKTLIVDGDMRKPTQHYIFNLPNNEGLSSLLLNWSTYQDSIISTEIQDLDVLTSGPIPPNPSELITSRAFANLYDTLLMNYNFVIIDTPPVNTVTDAQLFSKFTGNVVYVVNSENNNKDEVKKGKELIEATGAKLLGVVLNRMPKDKSASYYAYYGTDES
>AP018922.1|BBG09384.1|2680015_2680783_-|capsular-polysaccharide-biosynthesis
MIDIHNHILVDIDDGPKTIEKSIALLKQAKDEGVTSIVATPHHLHPRYDNTFQQVLVKLAELRTHPEVQALDIKLFPGQEIRITDSILKGLDNGSIQGINRSKYLLIEFPTGEVPHYTKQLFFEIQSRGYIPIIAHPERNRSIAKNPEILYELVANGALSQLTSSSLVGGFGKNIQKLSLQFIECNLAHFVASDAHSCDQRPFLMQELFHNHKLKKYSNDIEALLRNASSVINDNFVYLDRPTKPGKVKSFLKWF
>AP018922.1|BBG09383.1|2679280_2679781_-|putative-acetyltransferase
MVLRKVIMQDLDQIIALENIVFSPEEAATREALKLRIEQIQETFIVAEKNDEVIGYINGPVIKERYISDDLFKNVSTNNSEGGYISVLGLVVAPNYQGQGIAGRLLNYFETLAKNHHRHGVTLTCRESLISFYEKYGYRNEGVSESCHGGIKWYNLVKNIKKDDEV
>AP018922.1|BBG09393.1|2687585_2689631_-|glycerol-ester-hydrolase-2
MMKSQNKYSIRKFSVGASSILIATLLFLSGGQAQAAEKQVNMGNSQEDTVTAQSIGDQQTRENANYQRENGVDEQQHTENLTKNLHNDKTISEENHRKTDDLNKDQLKDDKKSSLNNKNIQRDTTKNNNANPSDVNQGLEQAINDGKQSKVASQQQSKEADNSQDSNANNNLPSQSRIKEAPSLNKLDQTSQREIVNETEIEKVQPQQNNQANDKITNYNFNNEQEVKPQKDEKTLSVSDLKNNQKSPVEPTKDNDKKNGLNLLKSSAVATLPNKGTKELTAKAKDDQTNKVAKQGQYKNQDPIVLVHGFNGFTDDINPSVLAHYWGGNKMNIRQDLEENGYKAYEASISAFGSNYDRAVELYYYIKGGRVDYGAAHAAKYGHERYGKTYEGIYKDWKPGQKVHLVGHSMGGQTIRQLEELLRNGNREEIEYQKKHGGEISPLFKGNHDNMISSITTLGTPHNGTHASDLAGNEALVRQIVFDIGKMFGNKNSRVDFGLAQWGLKQKPNESYIDYVKRVKQSNLWKSKDNGFYDLTREGATDLNRKTSLNPNIVYKTYTGEATHKALNSDRQKADLNMFFPFVITGNLIGKATEKEWRENDGLVSVISSQHPFNQAYTKATDKIQKGIWQVTPTKHDWDHVDFVGQDSSDTVRTREELQDFWHHLADDLVKTEKLTDTKQA
>AP018922.1|BBG09394.1|2690710_2691343_-|histidine-biosynthesis-bifunctional-protein
MTKYKIDFSKGLVPAILQDNQTKQVLMLGYMNQEAFDKTIEDGVVCFYSRSKQRLWTKGETSGHTQRVKDIHVDCDNDTILIDVIPNGPTCHTGSQSCFNTEVPFSVQTLAQTVQDSAQSNNEKSYTKYLLTEGIEKITKKYGEEAFEVVIEAIKGDKKAFVSEVADELYHLFVLMHALGVDFSEIEAELARRHHKRNNFKGERQNIEQW
>AP018922.1|BBG09395.1|2691339_2692098_-|imidazole-glycerol-phosphate-synthase-subunit-HisF
MIKKRIIPCLDVKDGRVVKGIQFKGLRDIGNPVDLAMYYNEAGADELVFLDISKTEEGHSLMLEVIEQTASRLFIPLTVGGGIQSLDDITQLLNHGADKVSLNSSALKNPQLIKQASDKFGRQCICIAIDSYYDPERKAHYCCTHGGKKMTNIKVYDWVQQVEQLGAGELLITSMGHDGMKQGFDIEHLANIKSLVNIPIIASGGGGNAQHFVELFDQTDVSAGLAASILHDRETTVQSIKEVIRQGGIAVR
>AP018922.1|BBG09396.1|2692094_2692799_-|1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)-methylideneamino]-imidazole-4-carboxamide-isomerase
MIELWPAIDLIGSTSVRLTEGKYDSEEKMSRSAEESIAYYSQFECVNRIHIVDLIGAKAQHAREFDYIKSLRRLTTKDIEVGGGIRTKSQIMDYFAAGINYCIVGTKGIQDTDWLKVMAHTFPGRIYLSVDAYGEDIKVNGWEEDTELNLFSFVRQLSDIPLGGIIYTDIAKDGKMSGPNFELTGQLVKATTIPVIASGGIRHQQDIQRLASLNVHAAIIGKAAHQASFWEGLK
>AP018922.1|BBG09397.1|2692791_2693370_-|imidazole-glycerol-phosphate-synthase-subunit-HisH
MIVIVDYGLGNISNVKRAIEHLGYEVVVSNTSKIIDQAETIILPGVGHFKDAMSEIKRLNLNAILAKNTDKKMIGICLGMQLMYEHSDEGDASGLGFIPGNISRIQTEYPVPHLGWNNLVSKHPMLNQDVYFVHSYQAPMSENVIAYAQYGTDIPAIVQFNNYIGIQFHPEKSGTYGLQILRQAIQGGFIND
>AP018922.1|BBG09398.1|2693366_2693945_-|imidazoleglycerol-phosphate-dehydratase
MIYQKQRNTAETQLNISISDDQSPSHINTGVGFLNHMLTLFTFHSGLSLNIEAQGDIDVDDHHVTEDIGIVIGQLLLEMIKDKKHFVRYGTMYIPMDETLARVVVDISGRPYLSFNASLSKEKVGTFDTELVEEFFRAVVINARLTTHIDLIRGGNTHHEIEAIFKAFSRALGIALTATDDQRVPSSKGVIE
>AP018922.1|BBG09399.1|2693913_2694927_-|hypothetical-protein
MIYIDKNESPVTPLDEKTMTSIISATPYNLYPDAAYEQFKEAYAKFYGLSPEQIIAGNGSDELIQKLMLIMPEGPALTLNPDFFMYQAYAAQVNREIAFVDAGSDLTFDLETILTKIDEVQPSFFIMSNPHNPSGKQFDTAFLTAIADKMKALNGYFVIDEAYLDYGTAYDVELAPHILRMRTLSKAFGIAGLRLGVLISTAGTIKHIQKIEHPYPLNVFTLNIATYIFRHREETRVFLTMQRQLAEQLKQIFDTHVADKMSVFPSNANFVLTKGSAAQQLGQYVYEQGFKPRFYGEPVMKGYVRYSIATASQLKQLEEIVKEWSAKYDLSKTTKHS
>AP018922.1|BBG09400.1|2694942_2696199_-|histidinol-dehydrogenase
MPMLNAQQFLNQFSLEAPLDESLYPIIRDICQEVKVHGDKALKMYNLTFDHTKTDHLEISHEQIKAAFDTLDEKTKQALQQSYERIKAYQESIKQTNQQLEESVECYEIYHPLESVGIYVPGGKASYPSTVLMTATLAQVAGVENIVVVTPPQPNGVSQEVLAACYITQVNQVFQVGGAQSIAALTYGTETIPKVDKIVGPGNQFVAYAKKYLFGQVGIDQIAGPTEIALIIDDTADLDAIVYDVFAQAEHDELARTYVISEDAQVLKDLESRIAKALPNVDRYDIVSKSIANQHYLIHASNFDEACHVMNTIAPEHASIQTVNPQPYIEKVKYVGALFIGHYSPEVIGDYVAGPSHVLPTNRTARFTNGLSVNDFLTRNTVIHLSKDTFEQIADSAQHIAHVEALYNHQQSILIRQS
>AP018922.1|BBG09401.1|2696185_2696800_-|ATP-phosphoribosyltransferase
MLRIAIAKGRLMDSLINYLDEIEYTKLSETLKNRERQLLLSVDNIECILVKGSDVPIYVEQGMADIGIVGSDILDERQYNVNNLLNMPFGACHFAVAAKPETTNYRKIATSYVHTAETYFKSKGIDVELIKLNGSVELACVVDMVDGIVDIVQTGTTLKANGLVEKQHISDINARLITNKAAYFKKSQLIEQFIRSLEVSIANA
>AP018922.1|BBG09402.1|2696817_2697636_-|putative-ATP-phosphoribosyltransferase-regulatory-subunit
MNNSEQLIALKESETAFLKYFNKADYELVDFSVVEKLDWKQLNHEDLQQMGERNFWQHEHQIYALRNDFTDQLLRYYSMYPTAATKVAYTGLIIRNNEAAVQVGLENYAPSLANVQQSLKLFIQFIQQQLRDNVHFVVLGHYQLLDALLDKSLQTPDILSMIEERNLSGLVTYLSTEHPIVQILKENTQQQLNVLEHYIPNDHPALVELKIWERWLHTQGYKDIHLDITAQPPRSYYTGLFIQCHFAENESRVLTGGYYKGSIEGFGLGLTL

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
AP018922_2	2.4|810833|36|AP018922|CRT	810833-810868	36	AP018922.1	1198594-1198629	0	1.0
AP018922_1	1.1|143723|36|AP018922|CRISPRCasFinder	143723-143758	36	AP018922.1	1038138-1038173	1	0.972
AP018922_1	1.1|143723|36|AP018922|CRISPRCasFinder	143723-143758	36	AP018922.1	1912950-1912985	1	0.972
AP018922_2	2.2|810720|35|AP018922|CRT	810720-810754	35	AP018922.1	261994-262028	1	0.971
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	143689-143724	1	0.972
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1591414-1591449	1	0.972
AP018922_2	2.4|810833|36|AP018922|CRT	810833-810868	36	AP018922.1	1605964-1605999	1	0.972
AP018922_5	5.4|1108805|37|AP018922|CRT	1108805-1108841	37	AP018922.1	2023718-2023754	1	0.973
AP018922_10	10.2|2687383|31|AP018922|CRISPRCasFinder	2687383-2687413	31	AP018922.1	261987-262017	1	0.968
AP018922_2	2.2|810720|35|AP018922|CRT	810720-810754	35	AP018922.1	766363-766397	2	0.943
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	803572-803607	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1038172-1038207	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1323992-1324027	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1412495-1412530	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1412553-1412588	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1912867-1912902	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	1922275-1922310	2	0.944
AP018922_2	2.3|810776|36|AP018922|CRT	810776-810811	36	AP018922.1	2291803-2291838	2	0.944
AP018922_3	3.11|830746|34|AP018922|CRT	830746-830779	34	AP018922.1	590459-590492	2	0.941
AP018922_5	5.1|1108636|37|AP018922|CRT	1108636-1108672	37	AP018922.1	2023718-2023754	2	0.946
AP018922_5	5.4|1108805|37|AP018922|CRT	1108805-1108841	37	AP018922.1	2291900-2291936	2	0.946
AP018922_6	6.1|1198572|26|AP018922|CRISPRCasFinder	1198572-1198597	26	AP018922.1	766341-766366	2	0.923
AP018922_6	6.1|1198572|26|AP018922|CRISPRCasFinder	1198572-1198597	26	AP018922.1	766397-766422	2	0.923
AP018922_6	6.1|1198572|26|AP018922|CRISPRCasFinder	1198572-1198597	26	AP018922.1	766453-766478	2	0.923
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	756935-756964	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	803468-803497	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	846847-846876	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	1038126-1038155	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	1412391-1412420	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	1912997-1913026	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	2099734-2099763	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	2291911-2291940	2	0.933
AP018922_10	10.1|2687328|30|AP018922|CRISPRCasFinder	2687328-2687357	30	AP018922.1	2687439-2687468	2	0.933
AP018922_10	10.2|2687383|31|AP018922|CRISPRCasFinder	2687383-2687413	31	AP018922.1	1605957-1605987	2	0.935

1. spacer 2.4|810833|36|AP018922|CRT matches to position: 1198594-1198629, mismatch: 0, identity: 1.0

ccccaacttgcacattattgtaagctgactttccgc	CRISPR spacer
ccccaacttgcacattattgtaagctgactttccgc	Protospacer
************************************

2. spacer 1.1|143723|36|AP018922|CRISPRCasFinder matches to position: 1038138-1038173, mismatch: 1, identity: 0.972

gtgtgggccccaacaaagaggaattggattcccaat	CRISPR spacer
gtgtgggccccaacaaagagaaattggattcccaat	Protospacer
********************.***************

3. spacer 1.1|143723|36|AP018922|CRISPRCasFinder matches to position: 1912950-1912985, mismatch: 1, identity: 0.972

gtgtgggccccaacaaagaggaattggattcccaat	CRISPR spacer
gtgtgggccccaacaaagagaaattggattcccaat	Protospacer
********************.***************

4. spacer 2.2|810720|35|AP018922|CRT matches to position: 261994-262028, mismatch: 1, identity: 0.971

gccaacttgcacattattgtaagctgactttccgc	CRISPR spacer
gccaacttgcacattattgtatgctgactttccgc	Protospacer
********************* *************

5. spacer 2.3|810776|36|AP018922|CRT matches to position: 143689-143724, mismatch: 1, identity: 0.972

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaacttgcattgcctgtagaatttcttttcga	Protospacer
***************************** ******

6. spacer 2.3|810776|36|AP018922|CRT matches to position: 1591414-1591449, mismatch: 1, identity: 0.972

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaacttgcattgcctgtagaatttcttttcga	Protospacer
***************************** ******

7. spacer 2.4|810833|36|AP018922|CRT matches to position: 1605964-1605999, mismatch: 1, identity: 0.972

ccccaacttgcacattattgtaagctgactttccgc	CRISPR spacer
ccccaacttgcacattatcgtaagctgactttccgc	Protospacer
******************.*****************

8. spacer 5.4|1108805|37|AP018922|CRT matches to position: 2023718-2023754, mismatch: 1, identity: 0.973

ccccaacatagagaaattggaaccccaatttctacag	CRISPR spacer
ccccaacatagagaaattggaacaccaatttctacag	Protospacer
*********************** *************

9. spacer 10.2|2687383|31|AP018922|CRISPRCasFinder matches to position: 261987-262017, mismatch: 1, identity: 0.968

cattattgtaggctgactttccgccagcttc	CRISPR spacer
cattattgtatgctgactttccgccagcttc	Protospacer
********** ********************

10. spacer 2.2|810720|35|AP018922|CRT matches to position: 766363-766397, mismatch: 2, identity: 0.943

gccaacttgcacattattgtaagctgactttccgc	CRISPR spacer
gccaacttgcacaatattgttagctgactttccgc	Protospacer
************* ****** **************

11. spacer 2.3|810776|36|AP018922|CRT matches to position: 803572-803607, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

12. spacer 2.3|810776|36|AP018922|CRT matches to position: 1038172-1038207, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

13. spacer 2.3|810776|36|AP018922|CRT matches to position: 1323992-1324027, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

14. spacer 2.3|810776|36|AP018922|CRT matches to position: 1412495-1412530, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

15. spacer 2.3|810776|36|AP018922|CRT matches to position: 1412553-1412588, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

16. spacer 2.3|810776|36|AP018922|CRT matches to position: 1912867-1912902, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

17. spacer 2.3|810776|36|AP018922|CRT matches to position: 1922275-1922310, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaacttgcattgtctgtagaatttcctttcga	Protospacer
****************.************ ******

18. spacer 2.3|810776|36|AP018922|CRT matches to position: 2291803-2291838, mismatch: 2, identity: 0.944

accccaacttgcattgcctgtagaatttcatttcga	CRISPR spacer
accccaactcgcattgcctgtagaatttcttttcga	Protospacer
*********.******************* ******

19. spacer 3.11|830746|34|AP018922|CRT matches to position: 590459-590492, mismatch: 2, identity: 0.941

ttcagatagcgattcagattccgacagtgactca	CRISPR spacer
ttcagatagcgattcagattcagatagtgactca	Protospacer
********************* **.*********

20. spacer 5.1|1108636|37|AP018922|CRT matches to position: 2023718-2023754, mismatch: 2, identity: 0.946

ccccaacatagagaaattggatcaccaatttcaacag	CRISPR spacer
ccccaacatagagaaattggaacaccaatttctacag	Protospacer
********************* ********** ****

21. spacer 5.4|1108805|37|AP018922|CRT matches to position: 2291900-2291936, mismatch: 2, identity: 0.946

ccccaacatagagaaattggaaccccaatttctacag	CRISPR spacer
ccccaacatagagaaattggattcccaatttctacag	Protospacer
********************* .**************

22. spacer 6.1|1198572|26|AP018922|CRISPRCasFinder matches to position: 766341-766366, mismatch: 2, identity: 0.923

cggggccccaacatagaagctggcgg	CRISPR spacer
cggggccccaacacagaagcaggcgg	Protospacer
*************.****** *****

23. spacer 6.1|1198572|26|AP018922|CRISPRCasFinder matches to position: 766397-766422, mismatch: 2, identity: 0.923

cggggccccaacatagaagctggcgg	CRISPR spacer
cggggccccaacatagaagcagacgg	Protospacer
******************** *.***

24. spacer 6.1|1198572|26|AP018922|CRISPRCasFinder matches to position: 766453-766478, mismatch: 2, identity: 0.923

cggggccccaacatagaagctggcgg	CRISPR spacer
cggggccccaacataaaagcaggcgg	Protospacer
***************.**** *****

25. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 756935-756964, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

26. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 803468-803497, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

27. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 846847-846876, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

28. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 1038126-1038155, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

29. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 1412391-1412420, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

30. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 1912997-1913026, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

31. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 2099734-2099763, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

32. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 2291911-2291940, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

33. spacer 10.1|2687328|30|AP018922|CRISPRCasFinder matches to position: 2687439-2687468, mismatch: 2, identity: 0.933

ttgtctgtagaaactgggaattcaatttct	CRISPR spacer
ttgtctgtagaaattgggaatccaatttct	Protospacer
*************.*******.********

34. spacer 10.2|2687383|31|AP018922|CRISPRCasFinder matches to position: 1605957-1605987, mismatch: 2, identity: 0.935

cattattgtaggctgactttccgccagcttc	CRISPR spacer
cattatcgtaagctgactttccgccagcttc	Protospacer
******.***.********************

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	CP052500	Klebsiella pneumoniae strain B17KP0021 plasmid unnamed	2650-2677	2	0.929
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	LR134125	Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5	152971-152998	3	0.893
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	LR134125	Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5	152953-152980	4	0.857
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	LR134125	Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5	153631-153658	4	0.857
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	CP052500	Klebsiella pneumoniae strain B17KP0021 plasmid unnamed	3202-3229	5	0.821
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16787-16814	6	0.786
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17621-17648	6	0.786
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17783-17810	6	0.786
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18869-18896	6	0.786
AP018922_3	3.9|830626|28|AP018922|CRT	830626-830653	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19265-19292	6	0.786
AP018922_3	3.11|830746|34|AP018922|CRT	830746-830779	34	CP052500	Klebsiella pneumoniae strain B17KP0021 plasmid unnamed	3196-3229	7	0.794
AP018922_3	3.11|830746|34|AP018922|CRT	830746-830779	34	LR134125	Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5	152947-152980	8	0.765
AP018922_7	7.1|1911478|33|AP018922|CRISPRCasFinder	1911478-1911510	33	MT150133	Enterobacteria phage vB_EcoM_IME540, complete genome	25909-25941	8	0.758
AP018922_7	7.1|1911478|33|AP018922|CRISPRCasFinder	1911478-1911510	33	MK234886	Escherichia phage AnYang, complete genome	114958-114990	8	0.758
AP018922_7	7.1|1911478|33|AP018922|CRISPRCasFinder	1911478-1911510	33	MF036691	Serratia phage CBH8, complete genome	7593-7625	8	0.758
AP018922_7	7.1|1911478|33|AP018922|CRISPRCasFinder	1911478-1911510	33	MF036690	Serratia phage CHI14, complete genome	7593-7625	8	0.758
AP018922_7	7.1|1911478|33|AP018922|CRISPRCasFinder	1911478-1911510	33	MF036692	Serratia phage X20, complete genome	7813-7845	8	0.758
AP018922_3	3.8|830560|46|AP018922|CRT	830560-830605	46	NZ_LT009691	Staphylococcus aureus strain NZAK3 plasmid 2	9997-10042	12	0.739

1. spacer 3.9|830626|28|AP018922|CRT matches to CP052500 (Klebsiella pneumoniae strain B17KP0021 plasmid unnamed) position: , mismatch: 2, identity: 0.929

ttccgatagcgattcagattccgacagt	CRISPR spacer
ttccgacagcgattcggattccgacagt	Protospacer
******.********.************

2. spacer 3.9|830626|28|AP018922|CRT matches to LR134125 (Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5) position: , mismatch: 3, identity: 0.893

ttccgatagcgattcagattccgacagt	CRISPR spacer
ctccgatagcgattcagattccgatagc	Protospacer
.***********************.**.

3. spacer 3.9|830626|28|AP018922|CRT matches to LR134125 (Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5) position: , mismatch: 4, identity: 0.857

ttccgatagcgattcagattccgacagt	CRISPR spacer
ttccgatagcgattcagattccgaaccg	Protospacer
************************    

4. spacer 3.9|830626|28|AP018922|CRT matches to LR134125 (Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5) position: , mismatch: 4, identity: 0.857

ttccgatagcgattcagattccgacagt	CRISPR spacer
ctccgacagcgattcggattccgacagc	Protospacer
.*****.********.***********.

5. spacer 3.9|830626|28|AP018922|CRT matches to CP052500 (Klebsiella pneumoniae strain B17KP0021 plasmid unnamed) position: , mismatch: 5, identity: 0.821

ttccgatagcgattcagattccgacagt	CRISPR spacer
cagcgacagcgattcggattccgacagt	Protospacer
.  ***.********.************

6. spacer 3.9|830626|28|AP018922|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ttccgatagcgattcagattccgacagt	CRISPR spacer
cagcgatagcgattcagactctgacagc	Protospacer
.  ***************.**.*****.

7. spacer 3.9|830626|28|AP018922|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ttccgatagcgattcagattccgacagt	CRISPR spacer
cagcgatagcgattcagactctgacagc	Protospacer
.  ***************.**.*****.

8. spacer 3.9|830626|28|AP018922|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ttccgatagcgattcagattccgacagt	CRISPR spacer
cagcgatagcgattcagactctgacagc	Protospacer
.  ***************.**.*****.

9. spacer 3.9|830626|28|AP018922|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ttccgatagcgattcagattccgacagt	CRISPR spacer
cagcgatagcgattcagactctgacagc	Protospacer
.  ***************.**.*****.

10. spacer 3.9|830626|28|AP018922|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ttccgatagcgattcagattccgacagt	CRISPR spacer
cagcgatagcgattcagactctgacagc	Protospacer
.  ***************.**.*****.

11. spacer 3.11|830746|34|AP018922|CRT matches to CP052500 (Klebsiella pneumoniae strain B17KP0021 plasmid unnamed) position: , mismatch: 7, identity: 0.794

ttcagatagcgattcagattccgacagtgactca	CRISPR spacer
cagcgacagcgattcggattccgacagtgactcc	Protospacer
.   **.********.***************** 

12. spacer 3.11|830746|34|AP018922|CRT matches to LR134125 (Klebsiella aerogenes strain NCTC10006 genome assembly, plasmid: 5) position: , mismatch: 8, identity: 0.765

ttcagatagcgattcagattccgacagtgactca	CRISPR spacer
ttccgatagcgattcagattccgaaccgcaggca	Protospacer
*** ********************     *  **

13. spacer 7.1|1911478|33|AP018922|CRISPRCasFinder matches to MT150133 (Enterobacteria phage vB_EcoM_IME540, complete genome) position: , mismatch: 8, identity: 0.758

ttgcctgtagaatttcttttttgaaattctcta	CRISPR spacer
taacaaagagaatttctttttcaaaattctcta	Protospacer
* .*  . *************..**********

14. spacer 7.1|1911478|33|AP018922|CRISPRCasFinder matches to MK234886 (Escherichia phage AnYang, complete genome) position: , mismatch: 8, identity: 0.758

ttgcctgtagaatttcttttttgaaattctcta	CRISPR spacer
taacaaagagaatttctttttcaaaattctcta	Protospacer
* .*  . *************..**********

15. spacer 7.1|1911478|33|AP018922|CRISPRCasFinder matches to MF036691 (Serratia phage CBH8, complete genome) position: , mismatch: 8, identity: 0.758

ttgcctgt---agaatttcttttttgaaattctcta	CRISPR spacer
---gatgtgaaaggatttcttttttgaaattatctt	Protospacer
     ***   **.***************** *** 

16. spacer 7.1|1911478|33|AP018922|CRISPRCasFinder matches to MF036690 (Serratia phage CHI14, complete genome) position: , mismatch: 8, identity: 0.758

ttgcctgt---agaatttcttttttgaaattctcta	CRISPR spacer
---gatgtgaaaggatttcttttttgaaattatctt	Protospacer
     ***   **.***************** *** 

17. spacer 7.1|1911478|33|AP018922|CRISPRCasFinder matches to MF036692 (Serratia phage X20, complete genome) position: , mismatch: 8, identity: 0.758

ttgcctgt---agaatttcttttttgaaattctcta	CRISPR spacer
---gatgtgaaaggatttcttttttgaaattatctt	Protospacer
     ***   **.***************** *** 

18. spacer 3.8|830560|46|AP018922|CRT matches to NZ_LT009691 (Staphylococcus aureus strain NZAK3 plasmid 2) position: , mismatch: 12, identity: 0.739

tagcgattctgactcagatagcgattcagactcagacagtgactca	CRISPR spacer
cgaagaagatacatcagatagcgactcagactcagacagcgactca	Protospacer
... **   *.  ***********.**************.******

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	735110 : 742931	10	Hokovirus(16.67%)	NA	NA
DBSCAN-SWA_2	754903 : 769555	12	uncultured_Caudovirales_phage(50.0%)	NA	NA
DBSCAN-SWA_3	1013497 : 1021970	9	Synechococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_4	1640729 : 1649772	7	uncultured_Mediterranean_phage(50.0%)	tRNA	NA
DBSCAN-SWA_5	1686936 : 1696700	8	Staphylococcus_phage(33.33%)	transposase	NA
DBSCAN-SWA_6	1775658 : 1843010	68	Staphylococcus_phage(94.12%)	protease,tRNA,transposase	NA
DBSCAN-SWA_7	1966311 : 2013005	75	Staphylococcus_phage(98.67%)	holin,integrase,capsid,head,terminase,tail	attL 1985087:1985104|attR 2010989:2011006

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>AP018922|735110:742931|DBSCAN-SWA
ATTATGACGTAATGTCTAATTTGTGTAATGTTACAGTCATCGTAGTTCCTACATCTATATCACTGCTTACACTGATTTTTGCGTTATTTTGTTGCGCGAGTTCATTAGCTATATATAAGCCTAATCCAGAACCACCCGTTTTTGTATTACGAGAGTTTTCTACTCTGAATGTACGTTCGAATATACGTTCTTGTAGTTCTGGTATAATGCCAATACCTTCATCGCTAATAGCAATGTCGATAGTATCTTGATCTTTGTTTTCACTAATATTAATATCAATGCGACTACCAACATTTGAAAATTTTAGCGCATTATCAAGTAAGTTTGTTAAAATACGCTCAAGTGGCGTTCGATATTGATAAAATGCATCAATTTCGCTACAGAAATTCACTTCTAATGTGCGGTTTTCATGTTTGATACGTTGCTCATATGGTTGCAATATTGATACAAGTAATTGGTCTAGTTGTATTAATTCTGGGGGATATGTTTTACCTGTATTTAAAGTGATAATATGAGTCATATCATCAAATAATGTTGATAATCTGTTTGCTTGTTTAATTAATATGTCGTATGACTCTTTAATCTCATGATCCTTTGTGATTATACCATCACGTAGTCCTTCAGAATATGAAATAATGCTTGCTAAAGGTGTTTTTAAATCATGGGCTAAGTTTTGAATCAGTTCTGTTTTTTCTTGTTGTTCGGATTTAATTTGATTCATTTGTTGCGTAATTTCAGAAGCCATTTTATTAAAAGATTGATTTAATTCATAAATTTCTTTTGGTGAATTAAACGTTTTATCATTGCTTGCGTAATTTCCGTTAGCAAATTGCTTAGTTTTTATATTAAACTGCTTAATTTTTTGTATAAGTGGATTAATAAAAATACTACATATTAATAAGGTTAAACAGCTTGTAATTATTGTCGTTAAGGTCAAAGTTAGTGTCATATGGCCGTTAAACCACATTAAAATATATGCAATTGCTAAAATAGTTGAAGTTAATAGTATACTCGATACGACGCCAATAATGATTTGACTTCTAATTGATAACACCATTATCGGCTCCTTTCAAATTTATATCCTAATCCCCATACAGTTGTGATGGTATATGTTGTAAAGCTCTCTTTTTCTAATTTTTCTCTAATACGGTGTATATGGACATTCACGGTATTAGCATCTTCGTAATAGTCATATCCCCAAACTTTTTCAAGTAATTCTGATTTAGAAATAACTTCATTTTCTCTAGAAGCTAAATACCACAATAACTCAAATTCCTTAATACGCATAGGGACTTCGTGACCATTTACAGTCACAACTTTACTTAAGTTAATAAGTGTTAATTCATCAAACGACAGTTGTTCAACTGGTTGATGATGGTATTTCTTCATTCTTGTAAGTAAATTATTAATACGTAAAACGAGTTCCCTTGGACTAAATGGTTTTTTGACATAGTCATCTGCACCTAAAGTTAAGGCGTAAATGGTATCATGTTCTTGTGTTTTGGCAGTTAAATAGATAAAGGGGATATCTAATTTTTGCCTTTTCATTTCTTTGACAATGTCGTAACCATTAACTTCTGGCATCATGATATCAAGTACCATGATATCAATATCATTTGATAGTAAAGAAATTGCTTCTTTACCGCTAGTTGTCGTTGTTACTTTGTAACCTTCATATTCAAAATAGGTTTGACAAATGTCTACAATGTCTTGTTCATCATCCACGATCAGTAAGTGGGTCATCTATTTTTTCACCTCTGTTCTTACGACCTCTAAAGTAATTAATGATTTCTTTAAGTGAAATCTGTTTTAACAATGAGTGACTCATTAGTAAAAGGATAAAGAAAGTTAATTGAAGAGGATACGTAAATATCATATCTGCTAAGATATAATTTATCATAACAAAGGCTCCAAAGAAACTAGCAGCATATGCAAAAACTCCAAAAATTAAACCTAATCCAATTGCAATCTCTCCGAGTGGGACAACAATATCAAATAATGACGTCGTATGTGCAACTATATTTGCGAAAAACCACTTATACCACTCTGGTGAATCAGTATTGTTAGCGATGACTGGTACTAAACCTTTCAGCGTAAATCCGCCCGTTAATTTTTCGTAGCCTTGCATTAACATAACAATACCTGAACCCACACGAATGATAAATGTAACGAGTAGCAATAATTTATTCATGATGTTCACATTCTTTCTATTTATTGTGTGTAATTTATATAAACATAAGATTAAGCAACATAATGCGATTTGTAGTGTTATGTGAACAGGAAGTGTTTGAGCTCATGGGTTGCTTAAGCTAAACAAACCTCAAGCTCTAAAAAAATTTTACTTATGTGCTCTACAATCTTATGGGATTTAATAGTTGTATATATATTGAAAAAAGGAAAGTATGATTTCTACAAGCTAGGGGGGCTGTGAAATCATACGCTTTCCATTGAGTAATGAGTGTAATGTATATTTTTAAAATTTGTAATGTATAGTAATAGTATGTTGTAAATAAAAGTTTAACTCAGAAATTGATTATTTTAATTTAGCGCCGCCGAAGATGACGTGAGCTTTTTTACAATAGATTGTTACTTCATCATATTTGCTTAAATCTACATTTTTAAGATCAAATGTTTGTTTTTCTTTATCGTAGTCAACCATTGCGATTTCTTTACCGTTTTTAATGTCGCCATTTTTTGTTAGGTAGACGTATAAATCTGGACCTTTTGATGATTTGTAGTTAGTAAGCATTAATTTACCATTTTTAATCTCAGCTTTACCTTCAACAGTTTCACCGTTTTTAGAACTGAATGTACCTGTTAGGTGTTTTGTTTTATCAGTTTTAACATTGCTATCTTCTGACTTTGTTTTTTGTTCAGTTTTGTTACCTTGATCTTGTGAATTAGAATTACCACAAGCGCCTAAAGTTAATACAGAGGCAACAGCACCAACTGCTAAAAAATATTTTGTATTCATGCTAACTCCTCATTTCTTCAATTTGATAAGTTAAGTTTAAAATGAAGGCAAATAATATGCCATTAACTAATTCTTAACTTCGTTTAAATATCGCTTAACTAATATTGAAGAAAGAATAATTTGAAAATGAAAATAATTGTCTGATTTAAATAAATAGGAGTCAAAATAAGAGGAGGGCATTTTTTTAGGTGAGAAAATATTTATCTGAACTAGATAACACTATAAAACACTTCTGATATTTTGAACTAAGAATATCAGAAGTGTTTTATAGTTTTGGTATTAAAATTTATAAACCTTTTGCCACAATAAAAACAACAAGAAAATAAGATAGACGATTAAATACAAGTACCAATATGGTGTTAAAACCATCATAACGATAAATGAAATGTTAATAATGATAAGTCCTTTAATCATTAGTTTCTTTATTTTGTTATTATTTTCAGCAGTTTCATCTAAGCTATTAAATGTTGAAATAAACAACATAATACCACCAATGATGAAAATTGCAGGGGCTAAAAATGGAATAGACATATATATTGATTGTGTACTTGAAAAGTCGGTAACACGTTGCGTTAAACTGACAACAATCGTTAATATGATAGCAATAAATTTTTGGTCTGTAATGTATACAGGTTTTAATTTTTTATCAATGTAAAACTGTAGTATCGTCCAAATGATAAACATCGTTATAGTACACAGAGTAATAAAGTTATATTTATCAATTATGAATGTATTTATAAAGGCGTTTATCGTAATAGATAACAACATTGCACTTAATGATAAATGTTGCATTTGATGCCTATATAAATTGAATCCAGTTATAAGTACGACGATAGCAATATTAATTAATATATATAAAATCATGATGGACTCCTGTTCGTTATACTTCAATCAACTATTATATCAATTAATATATTGTTATTCATTAGATATGACTTGTAAAAAGTAAAATAAGTTATCCTTTATACACCTTTTTTATTACTCCAAAGTAATGTATGAAGTTGTGGTAACACATAAACGTGATTCATATCATTACTTTGCATAACTAAATCCACCAACTGCTCGTAGCGTTCTAACAACTTTTCGGTATGATTATCTACGCTGTCTGATAAATATGGGTTACCAACTTGTAAATAGAAGGGAATATCTGGATAACGGTGGTGTATCATTTTGGCAAAATCATAATCTTTATCGTCGAATACAACTACTTTTAAGTTTAATGAGGAAGGTACGCATTGTGTAATCACTTCATCTAACTTTTTTAAATCAGGTGTCATAGTTGAACTTGGTGGTTTTGGACTAATCGTTAAATCATCAATTTGTGTCATCCAAGGTTGGAATTTACTGCCTTGTGTCTCCAGTGCGCTGAAAATACCTTTATCTTGAAATAAGTCAACTAACTCTTGGATACCTTTAATTAATGCTGGGTTACCACCAGAAATTGTAACGTGATTAAATAAATCGCCACCAATTCGTTTTAATTCATCATAAATTTCTTCAGCGGTCATGAGTTTTATATCGCCTTTAGCACTACCATCCCAAGTAAATGCAGAATCACACCAGCTACAGCGATAATCACATCCAGCTGTTCTCACAAACATCGTTTTTCTACCGATTACTCGACCTTCACCCTGAATGGTTGGACCGAATATTTCGAGTACAGGAATTTTAGCCATTAGTTACACCTGTTCCTTTGGTCTAAATACAACATAACTTGTTGGTGTTTCTCTTACAAATACTTGAATACATTTTGGTTGGTGTTCGAGCGATGCCAAATTTTCTTTAACAATTTGATAAATTGTTTCCGCTACGATTTCAGTTGAAGGGATTTTGTTTTTAAAAGCAGGTAAGTTATTTAACAGTTGATGGTCAAATTTACCGTGTATCATCTTTTTCAAATGGCTAAAGTTCACTAAGAAGCCAGTGTCATCTAGTTTATCACCGACAATTGTTAAATTAACAAAGTAAGTATGACCATGGACATTTTGACAAATACCTGCTTCTTCACAAGGAATGTGATGTGCAGCCGAAAAATTAAAGTCTTTATTTAATTCGAATTGATATGGATGCGTTGTACTAGGATAGATTTGTTGTAACATTTTAAAGCGCTCCTTTACTTTCAAGATATTGATTTAGTCCACGTTGACGTAAATGACAAGCTGGACATTCACCACAGCCATCCCCAATGATACCGTTATAGCATGTTAATGTTTTTGTACGAATATAATCTAAAACTTCGAGTTCATCACTTAATTTCCACGTTTCTGCTTTGTTTAACCACATTAAAGGAGTATGAATGACAAAATCTTTGTCCATAGCTAGGCTTAATGTTACGTTCATTGATTTTATAAAACTATCGCGACAGTCTGGGTAGCCTGAAAAGTCTGTTTCACATACGCCTGTAATAATATGCTTAGCCCCAATTTGATAAGCTAGAGCGCCTGCAAACGACAAGAAAAGTAAATTTCTAGCTGGAACAAATGTATTAGGTATACCATCTTCATTATTAGTAATTTCCATATCATGTTGTGTTAATGCGTTTGGAGTAAGTTGTGATAATAATGACATATCTAAAACGTGATGTTTCATTCCTTGATCTTGTGCAATTTGTTTTGCGACTTCAATTTCAGTATCATGTCTTTGGCCATAATTAAACGTTACGAGTTCAACTTCTTTGAAATGTTTTTTTGCATAAAAGAGACATGTTGTACTGTCTTGACCACCACTAAAGACAACGATGGCTTTTTCATTATTTAATACACTTTCCATTTTGTAATTGCTCCTATCATTAATAATATTAATAAAGAGGTTAATGGCATTGATAAGCCCGTTTTTAATTTATAAAATAAAAAAAGCCTATCTCCATAAAAGATAGACGAAAGAAATGGGTTGCTCCTATAATATATATTAAAGGTTTACCAACGAATGTTTGAAATTTCAATGTCTAGTTTTTTATAGAGGGTTTCAGCTAGGAACCTCTGATATTCATTTATGTACGATGAATAGAATATACTATATATTAGTTAAAATCAAGGTCAGGATAATGACAATGCTTTTAAAGTTTTAGCTACATCCAATACATATTATAAAAATAAAACACATTTAGAACGGAGTATACAATGATTCTAGTCATAGATAATAATGATTCATTTACATATAATTTAATAGACTATATTAAGACTCAAACGAAACTAACAGTTCAAGTTGTTGGTATTGATAATCTGCTGATAGAAGACGTCATTAATATGAAGCCAAAAGCAATTGTTATTTCACCTGGGCCGGGTAATCCGGATGATTATCCTATATTGAATGAAGTGTTAGAACAATTTTATCAGCGTGTACCTATACTAGGTGTATGCTTAGGATTTCAATGTATCGTGTCTTATTTTGGTGGAAATATCATTCACGGCTATCATCCTGTACACGGACATACTACACAGTTACGCCATACCAATGAAGGTATTTTTCAAGGACTGCCTCAAAATTTCAATGTAATGCGTTATCATTCATTAATTGCTGACGGAGCGACTTTTCCAAATTGCTTAAAGATTACAGCCAAAAACGATGAAGCGATTATTATGGCATTTGAGCATATTACATTTCCGGTTTTTGGTGTGCAATATCATCCTGAATCTATTTTGAGTGAATACGGTTATCGACAAGTTGAATTATTTTTATCGAAGGTAGGTGATTACTGTGAGAATAGAATATAATTATCGCTACTATTTAACTGAAAATGAATATAAGCAATACCATATTCAATTAAAGGGATTTATAAAGAAGTATGTTGCTACTAAGTTGGCTGATGTGGGAGAAGTGATACACTTTGCACAAGCGCAGCAACGACAAGGTAGATATGTCTCGTTATATTTAAGTTACGAAGCGGCAAAGTATTTTAATCATGTTATGTGTACACATTCATTAGCTAAAGATGATATTTATGCAGTAGCTTATAGTTTTGAAAAAGCGGAAAGCATAAATTCAACATATGAACATCAAACTTCTTATGTATCAAAGCATCATTTTTCATTTGTTGAATCTTCTGAGGTTATGATGACTAATATTAAACGTGTCCAACAAGCAATTGTTGAAGGCGAAACGTATCAAGTGAACTATACGGCGCGCTTAACGGATAACATTTATTATCCTATTAGTACTTTATATGAACGATTAACTCAATTTAGTAATGGTAATTATACTGCGTTATTACAAACAGATGAAATCCAAGTAGCGTCTATCTCACCAGAATTATTTTTTCAAAAAGGACAGTTTAACAATGTCGATAACGTTATCATAAGCAAACCGATGAAAGGGACAATGCCTAGAGGTAAAACGGAAGCTGAAGATCAACAGTATTATAAAACATTGCAAACTTCTTCGAAAGATCGTGCAGAAAATGTCATGATTGTTGATTTACTAAGAAACGATATAGGGAGAATATCACAGAGTGGCTCAATTAAGGTGTATAAACTATTTTTTATTGAGGCATATAAAACTGTATTTCAAATGACTTCGATGGTAAGTGGTACTTTAAAAACTAATACAGACCTAACTCAAATTTTAACATCGTTATTTCCTTGTGGTTCGATTACAGGTGCACCGAAACTGAATACAATGAAATATATTAAACAATTAGAAAGTTCACCTCGTGGTATATACTGCGGAGCAATTGGACTATTACTTCCAACTGAAGATGATAAAATGATTTTTAATATTCCGATTCGTACTATTGAGTATAAATATGGACAAGCGATTTATGGAGTCGGAGCAGGTATTACAATTGATTCTAAGCCAAAAGATGAAGTGAATGAATTTTACGCAAAAACCAAGATTTTGGAGATGTTATAA

Protein sequences of DBSCAN-SWA_1

>AP018922|735110:742931|741202_741796_+|BBG07554.1|DBSCAN-SWA
MILVIDNNDSFTYNLIDYIKTQTKLTVQVVGIDNLLIEDVINMKPKAIVISPGPGNPDDYPILNEVLEQFYQRVPILGVCLGFQCIVSYFGGNIIHGYHPVHGHTTQLRHTNEGIFQGLPQNFNVMRYHSLIADGATFPNCLKITAKNDEAIIMAFEHITFPVFGVQYHPESILSEYGYRQVELFLSKVGDYCENRI
>AP018922|735110:742931|739045_739759_-|BBG07551.1|DBSCAN-SWA
MAKIPVLEIFGPTIQGEGRVIGRKTMFVRTAGCDYRCSWCDSAFTWDGSAKGDIKLMTAEEIYDELKRIGGDLFNHVTISGGNPALIKGIQELVDLFQDKGIFSALETQGSKFQPWMTQIDDLTISPKPPSSTMTPDLKKLDEVITQCVPSSLNLKVVVFDDKDYDFAKMIHHRYPDIPFYLQVGNPYLSDSVDNHTEKLLERYEQLVDLVMQSNDMNHVYVLPQLHTLLWSNKKGV
>AP018922|735110:742931|738362_738947_-|BBG07550.1|DBSCAN-SWA
MILYILINIAIVVLITGFNLYRHQMQHLSLSAMLLSITINAFINTFIIDKYNFITLCTITMFIIWTILQFYIDKKLKPVYITDQKFIAIILTIVVSLTQRVTDFSSTQSIYMSIPFLAPAIFIIGGIMLFISTFNSLDETAENNNKIKKLMIKGLIIINISFIVMMVLTPYWYLYLIVYLIFLLFLLWQKVYKF
>AP018922|735110:742931|736826_737300_-|BBG07548.1|DBSCAN-SWA
MNKLLLLVTFIIRVGSGIVMLMQGYEKLTGGFTLKGLVPVIANNTDSPEWYKWFFANIVAHTTSLFDIVVPLGEIAIGLGLIFGVFAYAASFFGAFVMINYILADMIFTYPLQLTFFILLLMSHSLLKQISLKEIINYFRGRKNRGEKIDDPLTDRG
>AP018922|735110:742931|736165_736852_-|BBG07547.1|DBSCAN-SWA
MTHLLIVDDEQDIVDICQTYFEYEGYKVTTTTSGKEAISLLSNDIDIMVLDIMMPEVNGYDIVKEMKRQKLDIPFIYLTAKTQEHDTIYALTLGADDYVKKPFSPRELVLRINNLLTRMKKYHHQPVEQLSFDELTLINLSKVVTVNGHEVPMRIKEFELLWYLASRENEVISKSELLEKVWGYDYYEDANTVNVHIHRIREKLEKESFTTYTITTVWGLGYKFERSR
>AP018922|735110:742931|739762_740182_-|BBG07552.1|DBSCAN-SWA
MLQQIYPSTTHPYQFELNKDFNFSAAHHIPCEEAGICQNVHGHTYFVNLTIVGDKLDDTGFLVNFSHLKKMIHGKFDHQLLNNLPAFKNKIPSTEIVAETIYQIVKENLASLEHQPKCIQVFVRETPTSYVVFRPKEQV
>AP018922|735110:742931|740183_740852_-|BBG07553.1|DBSCAN-SWA
MESVLNNEKAIVVFSGGQDSTTCLFYAKKHFKEVELVTFNYGQRHDTEIEVAKQIAQDQGMKHHVLDMSLLSQLTPNALTQHDMEITNNEDGIPNTFVPARNLLFLSFAGALAYQIGAKHIITGVCETDFSGYPDCRDSFIKSMNVTLSLAMDKDFVIHTPLMWLNKAETWKLSDELEVLDYIRTKTLTCYNGIIGDGCGECPACHLRQRGLNQYLESKGAL
>AP018922|735110:742931|735110_736166_-|BBG07546.1|DBSCAN-SWA
MVLSIRSQIIIGVVSSILLTSTILAIAYILMWFNGHMTLTLTLTTIITSCLTLLICSIFINPLIQKIKQFNIKTKQFANGNYASNDKTFNSPKEIYELNQSFNKMASEITQQMNQIKSEQQEKTELIQNLAHDLKTPLASIISYSEGLRDGIITKDHEIKESYDILIKQANRLSTLFDDMTHIITLNTGKTYPPELIQLDQLLVSILQPYEQRIKHENRTLEVNFCSEIDAFYQYRTPLERILTNLLDNALKFSNVGSRIDINISENKDQDTIDIAISDEGIGIIPELQERIFERTFRVENSRNTKTGGSGLGLYIANELAQQNNAKISVSSDIDVGTTMTVTLHKLDITS
>AP018922|735110:742931|737642_738083_-|BBG07549.1|DBSCAN-SWA
MNTKYFLAVGAVASVLTLGACGNSNSQDQGNKTEQKTKSEDSNVKTDKTKHLTGTFSSKNGETVEGKAEIKNGKLMLTNYKSSKGPDLYVYLTKNGDIKNGKEIAMVDYDKEKQTFDLKNVDLSKYDEVTIYCKKAHVIFGGAKLK
>AP018922|735110:742931|741779_742931_+|BBG07555.1|DBSCAN-SWA
MRIEYNYRYYLTENEYKQYHIQLKGFIKKYVATKLADVGEVIHFAQAQQRQGRYVSLYLSYEAAKYFNHVMCTHSLAKDDIYAVAYSFEKAESINSTYEHQTSYVSKHHFSFVESSEVMMTNIKRVQQAIVEGETYQVNYTARLTDNIYYPISTLYERLTQFSNGNYTALLQTDEIQVASISPELFFQKGQFNNVDNVIISKPMKGTMPRGKTEAEDQQYYKTLQTSSKDRAENVMIVDLLRNDIGRISQSGSIKVYKLFFIEAYKTVFQMTSMVSGTLKTNTDLTQILTSLFPCGSITGAPKLNTMKYIKQLESSPRGIYCGAIGLLLPTEDDKMIFNIPIRTIEYKYGQAIYGVGAGITIDSKPKDEVNEFYAKTKILEML

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG07546.1|735110_736166_-	histidine protein kinase SaeS	A0A1V0SGX0	Hokovirus	3.6e-14	29.8
BBG07547.1|736165_736852_-	response regulator SaeR	NA	NA	NA	NA
BBG07548.1|736826_737300_-	hypothetical protein	NA	NA	NA	NA
BBG07549.1|737642_738083_-	hypothetical protein	NA	NA	NA	NA
BBG07550.1|738362_738947_-	hypothetical protein	NA	NA	NA	NA
BBG07551.1|739045_739759_-	coenzyme PQQ synthesis homologue	A0A1U9WRB6	Streptococcus_virus	6.5e-52	43.5
BBG07552.1|739762_740182_-	6-pyruvoyl tetrahydropterin synthase	S4U060	uncultured_phage	6.3e-07	28.7
BBG07553.1|740183_740852_-	7-cyano-7-deazaguanine synthase	A0A2H4J8Q7	uncultured_Caudovirales_phage	9.6e-66	57.5
BBG07554.1|741202_741796_+	putative para-aminobenzoate synthase component II	A0A0P0IKJ1	Acinetobacter_phage	1.2e-38	43.5
BBG07555.1|741779_742931_+	putative para-aminobenzoate synthase component I	S4VNU7	Pandoravirus	2.1e-23	36.1

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>AP018922|754903:769555|DBSCAN-SWA
TATGAAAGAACAACTTAATCAACTATCAGCATATCAGCCTGGTTTATCTCCAAGGGCATTGAAAGAAAAGTATGGCATTGAAGGAGATTTATATAAACTTGCATCAAATGAAAATTTGTATGGACCATCGCCTAAAGTTAAAGAAGCGATATCAGCACACTTAGATGAGTTATATTATTATCCTGAAACAGGATCACCGACATTAAAAGCGGCGATTAGTAAACATTTAAATGTAGATCAATCACGCATTTTATTTGGTGCGGGATTAGATGAAGTTATATTAATGATTTCTAGAGCTGTATTAACGCCAGGGGATACTATTGTTACAAGTGAAGCGACATTCGGTCAATATTATCACAATGCGATTGTTGAATCAGCTAATGTGATACAAGTACCTTTAAAAGATGGTGGCTTCGATTTAGAAGGTATTTTAAAAGAAGTTAATGAAGATACGTCATTGATATGGTTATGTAATCCAAATAATCCTACAGGTACATATTTTAATCATGAGAGCTTAGATTCGTTTTTATCTCAAGTACCTCCACATGTACCAGTAATTATAGATGAAGCTTATTTTGAATTTGTGACAGCAGAGGACTACCCGGATACACTTGCTTTGCAACAAAAATATGACAATGCTTTCTTATTACGTACATTTTCAAAGGCGTATGGATTAGCGGGTTTACGTGTAGGATATGTGGTAGCAAGTGAACATGCGATTGAAAAATGGAACATCATTAGACCACCATTTAATGTGACACGTATATCTGAATACGCAGCAGTTGCAGCACTTGAAGATCAACAATATTTAAAAGAGGTAACACATAAAAATAGTGTTGAACGCGAAAGATTTTATCAATTACCTCAAAGTGAGTATTTCTTGCCAAGTCAAACGAATTTTATATTTGTAAAAACAAAGCGGGTAAATGAACTTTATGAAGCACTTTTAAATGTAGGGTGTATTACGCGACCATTTCCAACTGGTGTTAGAATTACAATTGGTTTTAAAGAACAAAATGATAAAATGTTAGAAGTTTTATCAAACTTTAAATACGAATAGTAAGTGGGGAGTGGGACAGAAATGATATTTTCGCAAAATTTATTTCGTCGTCCCACCCCGGCAAGGTTGACTAGAATTGAAAAAAGCTTGTTACAAGCGCATTTTCGTTCAGTCAACTACTGCCAATATAACTTTGTAGAGCATTGAACATTGATTTATGTCTCAAGCTCAATGCAGTGTGAATGATGAGGTGAGAGTATTCAGTGTAAAAAGCAACAATAGATGATATTGTTTTGTATCAATTGCTTTTTTGCTATACTGAATCAATACTGATATTTTGAGGAGAAGATTAAAATGACCCGTAAATCAATCGCGATTGATATGGATGAAGTATTGGCAGATACATTAGGAGAAATCATTGATGCTGTCAATTTTAGAGCGGATTTAGGTATTAAAATGGAAGCTTTGAATGGTCAAAAACTTAAACATGTTATTCCTGAACATGATGGATTAATTACAGAAGTATTGAGAGAACCAGGCTTCTTCAGACATCTTAAAGTGATGCCGTATGCACAAGAAGTTGTGAAAAAATTAACTGAACATTATGATGTATATATTGCTACAGCAGCAATGGATGTACCAACATCATTTAGTGATAAATATGAATGGTTACTAGAGTTCTTTCCATTTTTAGATCCTCAGCATTTTGTTTTTTGTGGTAGAAAAAACATCGTTAAAGCTGATTATTTAATAGATGACAATCCTAGACAGCTTGAAATTTTTACTGGTACACCGATTATGTTTACAGCAGTGCATAATATTAATGATGATCGATTTGAACGCGTAAATAGCTGGAAAGATGTAGAACAGTATTTTTTAGATAATATTGAGAAATAAAATATATCACTTGAAAAATTTCATGTAGAAAAGATGATGGATAGGCTATAAAGTAATTGTGACTGAGATGAACTTTTATGTCTTAGACACTACAACACTATATTGGCAGTAGTTGACTGCGGGGCCCCAACACAGAGAAATTGGATTCCCAATTTCTACAGACAATGCAAGTTGGGGTGGGACGACGAAATAAATTTTGCGAAAATATCATTTCTGTCCCCCTCCCTCATATTTTTAAGTACACATTAGCTGTGACTAATGATAAAGAATCGCTACATAACCAATCATTAGTCGTTCTTTATCATTTCCGTCCCGCTCTCAATAAATGTTAGTCTATCTCATTATTATAAATCGGATGAATGTGTTAATCTATGGCAGATTACACGTCATCCGATTTTTTATAGAATTTGAAAAAGACGCATAAACCACTATGATTTAAAATACAACATCAATCATTTTAGTGGCATGCGCCAAAATTATATGTCTGTTTTTGAAACAGGGTAATAGCTTAAAGCTAATAAAAACGAATATAAGGTGCGTTGAATCTTATGATTACACTCCAAACCTAATATAATATCGGGTTAAGATCATTCCGGATGCTTACAAATCATTGACAGTAAGTAACTGAATGGCATTTGGTATAACCTCAATATCAATAGGTGTTTCTAATGAAATTTCGCCATCAATATCAACTTTCATTGCTGGATCTGTTGTAAGTGAAATCTTTTTACCAGGTATATGCTCAATACCTTGAGTGATTTCATTCCAATTCATGCTATCACGCTTTTTAAAAATATCATTTAAAATACTGAAACTTTGTTCATTAAAAATGAAAGTGTTCAGTTCACCATCTTGAGGAGACAAATCAGTCAATGGTATACGACTACCACCAATGAATGGGCCATTTGCTGTTAGTATCATGGTCGTTTCGCCAGAATATGTCTTATCATCTATTGATAATTGATAATTAAATTGTGTTGGATTTAGCAGTGTTTTGACAGTTGATCCAATATAACTCAATTTACCAAATATATCTTTTGAACCATCTTGTACGTTTTCAGCGTTTTGAACAATTAGACCTAACCCAACAAAGTTGAGTGCATATTGATTATTTATTTTAATTACATCGTATGTACCAACTTGTGCAGAAATCATTTGTTCACTAGCTTGTTTATGATTAGGTGCTATATTTAGCGTTTTTGTAAAATCATTAAAAGTACCGCCTGGTAAAATGCCAATAGGGAGTTGAAGGTCATGTGACATAACACCATTTATAAGTTCGTTAACCGTGCCATCACCGCCAAGAATAAATAATATATCTACATCTTTTGCATAGTTTTTAGTTTTGATTTCTTGGCAATATTTAATAATGTCACCTTCGTTTTCACTCAATTGAATAGAAAGATGCTTACAAATTGAACTTAATGCTGTTGTAACTTCCCCAATACCTTGATTAATATTTTTTAATCCACTGTGTTCATGGTAAAAGAGGACACCATGTGTATATTTATTTTCCATAGTTTAGCCTACTTTCTAAAAATTGGTTCATTAAATATATATACCCACTTTTAATTGTTAATACCAAAAATATGTTTTTAAATAGAGAAAATGGTAATAACTGACATTGATGTCTATAGAGTGGGACGAGAAAAAATAGTTATAGCTGTCTATAACGAGCATATTAAGCTTTTATTTATACTGATATCTTGAATTTAATTAATAGAAACCTATAAAAAAACAGTAAGCCATTTAAATGACTTACTGTTTTTTGAATTAGGCCAACAATATTAACGTATACCTTTCATCGCTTTGATGATTAAAGGTGAGAATGCTAATACAATTGTTGTAACAATAATTGCAACAACACCTAGGAAAATAAAGTAATTTGTTTGACCTAGTGGTTCTATTAACTTAACTAAAGTACCATTGATTGCTTGTGCAGAAGCGTTAGTTAAGTACCAAATACTCATCATTTGGGCATTAAATGCTTTAGGTGCTAACTTAACAGCAGCACTATTACCCGTTGGTGATAAGCATAGCTCACCGATAACACAAATAATGTACGATAAAATAACCCAGTTAACTGAGAAGTTTGATGAACCTGATGCATAACCTACAATACCAATTAGTATGTATGACGCACCTGCTAAGAACGTACCAATTGCAAATTTTACTGGCAGGCTAGGTTGTTTAGTTCCAAGCTTTTGCCATAAAAGTGAAATAATTGGAGCTAGTAATAAAATAAATAATGGGTTAATTGATTGGAAGATCGCTTCACCAAAGTTTGTTTTCCAACCAAATAAGTTTAATTTCATATCTGAATGTTCAATTCCATATATGTTTAATACATTAGACCCTTGTTCTTGAATAGCCCAGAACACCATTCCAAGAATAAATAATGGAATAAATGCTTTAACACGAGAACGTTCAGTATCAGTGACATCTTTACTTCTAATAATTAAAGTGAAGTAAATGATTGGTAATGCAATACCTAATACTAAAACAGTATTACTAACTAAGTTAAATGATAATGAATTAGTTAATGCACCAATAACGATAATTAATACAATTGCTAAAACAACACTTCCGATAATAAGACCATACTTTTTCTTTTCAGCTGGTGTCAATGGGTTAGTAGGTTTCATACCAACGCTACCTAAGTTTTTGCGGTTGAAAAGTACATACCATACTAAACCTAATGCCATACCAACTGCTGCAATCAAGAATCCGCCGTGGAAGTTTTTAACATTAACAAAGTGTTGCAAAATAATAGGTGATAATAATGCACCCATATTAACTGACATATAGAAAATAACAAAACCTGCATCCATACGTCTATCATTTTCAGGATATAAACGGCCAACGATATTTGAAATGTTTGGCTTCATTAAACCTGAACCAATAATGATGAAGAACATTGATGTGAATAAGCCGATTAATGCAAATGGTAAGCTTAAACAAATATGTCCGATAATAATAAAGACTGCACCTAATAAAGTAGCGCCTCTAGTACCTGTAATTCTGTCAGCAATCCATCCGCCTGGTATTGATGTCATATAGATTAATGAACCATAAACTGACATAATTGACATAGCTGTTGTTTTATCAATTCCAAGGCCATTATCTGTTACGGCAAAGTACATGTAGAAAATGAGTAGGGCACGCATGCCATAATAACTAAACCTTTCCCAGAACTCTACAAAGAAGAGTACGCCTAGTCCTCGAGGATGCCCGAAAAATCCTGTTTGAGGTATGTCTTGAATTTGATTTCCATGGGAGTTTTGTTGTGTCATGTATACATCCCATCCTTTCTTCCCCTAATACAATAGTTTAAGTAAATTTGATTGTGCCTTATCAACTAAATATTCCAACAAATCACAAAAAAATAAAAATATTGAGAATATTCTGTTATTAAGCGCGCACAATTAATTAGAGATAATATAAAAATATACTTATTGACGTTAAAGTGCAATAGGTTTCTATAAAAATGTTGTTTAATTCGTGTACTAATATTCTTTTGGTGTACTTTGGTATAAAATGTTATTTTAATGTAACCTATTATGTATGCTAAATGAAAAACACACCAATAAGTTAGGAAAATCAACTTATTGGTGTGTTTATTAAATGATACATTTAACGATTATCTATTTTTTCGGGATATAAATCATGATTCATCAAACGATGCTCAGCCATTTTTTCATATTTAGAATTTGGACGTCCATAGTTTGTATAAGGATCAATAGAAATTCCACCACGTGGTGTGAACTTGCCCCAGACTTCAATATAATGTGGGTCCATAAGCTCTATCAAATCATTCATAATAATATTCATACAATCTTCGTGAAAATCACCGTGATTTCTGAAACTAAATAAGTATAATTTCAAAGATTTTGATTCAACCATTTTAACATTTGGAATATATGAAATATAGATAGTTGCAAAATCTGGTTGCCCAGTAATTGGACATAATGATGTAAATTCTGGACAGTTGAATTTTACGAAATAGTCACGACCTTGATGCTTATTATCAAACGATTCTAATACATCAGGACGATAGTCAAAATTGTAAGTATTGTCTTGATTTCCTAATAAAGTTATATCTTGTAATTCATCTTGTTGACGGCCATGTGCCATATAAAGCGCTCCTTTAAATTTATTTTTTTATTATTTTGGCGTCTCGGCGTGCTTTTTCAAACATGTAATAACTTGCACCGATAATAACGACGTAACCTAATGTTGCATAGAAATCTGGAGATTCTCCGAATAGAATAAATCCAAGTATTGCTGTGAAAATTATAGATGCATACGTGAAAATAGAAATATCTTTTGCTGCTGCAAAACTATATGCTAATGTAACACCAATTTGACCCACAGCGGCAGCTAAGCCAGCCCCTAATAGATAAAGTATTTGCATCTGACTCATTGGTTCATAGGTATATGCAGTGAAAGGTATTAAAACGATGACAGAAAATAAGGAGAAGTAAAATACTATAGTATATGGTGCTTCTCTTGTACTAAGTGCTCGAACACATGTATATGCTGATGCTGCAAAAATACCTGAGAATAAGCCAGCTAATGATGGAATCATAGATGATGAAAATTCAGGTTTCACTATTAAAAGCATACCTAAAATAGCAATTATCATTGCTGTAATTTGATACTTCCTTACCTTTTCATGTAAGAAAACAATGCTTAATAAAATCGTCCAGAAAGGATTGAGTTTCATTAATGAATCGGCATCACTAAGTACCATATGATCAATGGCATAAATATTTAACAATACACCAATAAGTCCAAGTGTTGATCGTGTTATTAATAAGGGTTGACTTGAAAGTCTGCCAAACATTGGCTGATGGTATTTATATATAAAAAATAATGGAATAAACATTGCTACTAAGTTTCGTGCTAATGATTTTTGAAAAACAGGAAGGTCACCTGCAAGTCTGAAAAACACTGACATAAAACTGAAACCAATAGCCGAAATTAAAATGGCAATGATACCTTTTACTTTAGGATTCAATTTTATCGCCTCTTTTATATAAAATTAACGTATTTATATTAGCATAAAACAACATGTTGTGCATAAATAGTTGAAATTTACTATAAAAAGACTATAATAGACTGTACCGAACAAATGTTCTGTGTTTATTTGTCGGAATAATAGGGCATTACACTTTTATGAATGTTTGTGTTATTACATAAAACAAATATCAATTCAGTATCAAGCTAATAAGCTTTTTCTTGATTTCTGTTGATACAATTGAGATTGACACAGATTTAAAAAAATCAAGTGATATCTACTAAAAAATTTTTTTAAATTTGTTCAAGTTTTTCTAATTTAGTATTGGTGCCTAGTTGGAACGTTTTACGAACATTCGATTAGAAAATGGCACTTTAAATCATAGTGTGTCTTATGTATAATGAAACACATAATATAGTGTTGGTGAAACGAAAAAGACACAATATCTTGTGTTTTGTATGCAAATGCTTTATTTATGAAGAAATTACATTTAAAAGTAATTTAACACAGAAATTTAATAGTTATTATCAATTAATAGTCATATTTTTAGAAAATGTACTGAGCAAATGGAAGATATCCAATGATGTAAATACTACATATAGTGATTTTTATACATTCAACCCATATAAGCTACTATTTTCTCAAATATAAATCTATGCAATTGGTTTACATTTGAGAAAATAAGTAGCTTCATTATAGTTAATACAATGCTGAGATAACCATAGTAACCATGTTGTTAAAGCATTTTTTAATTGGAATGACTACTTTATTTAAAAGGGTTGAAGAAAGAAGGTGATCCAATGAAAATAATATATTTTTCATTTACTGGAAATGTCCGTCGTTTTATTAAGAGAACAGAACTTGAAAATACGCTTGAGATTACAGCAGAAAATTGTATGGAACCAGTTCATGAACCGTTTATTATCGTTACTGGCACTATTGGATTTGGAGAAGTACCAGAACCCGTTCAATCTTTTTTAGAAGTTAATCATCAATACATCAGAGGTGTGGCAGCTAGCGGTAATCGAAATTGGGGACTAAATTTCGCAAAAGCGGGTCGCACGATATCAGAAGAGTATAATGTCCCTTTATTAATGAAGTTTGAGTTACATGGAAAAAACAAAGACGTTATTGAATTTAAGAACAAGGTGGGTAATTTTAATGAAAACCATGGAAGAGAAAAAGTACAATCATATTGAATTAAATAATGAGGTCACTAAACGAAGAGAAGATGGATTCTTTAGTTTAGAAAAAGACCAAGAAGCTTTAGTAGCTTATTTAGAAGAAGTAAAAGACAAAACAATCTTCTTCGACACTGAAATCGAGCGTTTACGTTATTTAGTAGACAACGATTTTTATTTCAATGTGTTTGATATTTATAGTGAAGCGGATCTAATTGAAATCACTGATTATGCAAAATCAATCCCGTTTAATTTTGCAAGTTATATGTCAGCTAGTAAATTTTTCAAAGATTACGCTTTGAAAACAAATGATAAAAGTCAATACTTAGAAGACTATAATCAACACGTTGCCATTGTTGCTTTATACCTAGCAAATGGTAATAAAGCACAAGCTAAACAATTTATTTCTGCTATGGTTGAACAAAGATATCAACCAGCGACACCAACATTTTTAAACGCAGGCCGTGCGCGTCGTGGTGAGCTAGTGTCATGTTTCTTATTAGAAGTGGATGACAGCTTAAATTCAATTAACTTTATTGATTCAACTGCAAAACAATTAAGTAAAATTGGGGGCGGCGTTGCAATTAACTTATCTAAATTGCGTGCACGTGGTGAAGCAATTAAAGGAATTAAAGGCGTAGCGAAAGGCGTTTTACCTATTGCTAAGTCACTTGAAGGTGGCTTTAGCTATGCAGATCAACTTGGTCAACGCCCTGGTGCTGGTGCTGTGTACTTAAATATCTTCCATTATGATGTAGAAGAATTTTTAGATACTAAAAAAGTAAATGCGGATGAAGATTTACGTTTATCTACAATATCAACTGGTTTAATTGTTCCATCTAAATTCTTCGATTTAGCTAAAGAAGGTAAGGACTTTTATATGTTTGCACCTCATACAGTTAAAGAAGAATATGGTGTGACATTAGACGATATCGATTTAGAAAAATATTATGATGACATGGTTGCAAACCCAAATGTTGAGAAAAAGAAAAAGAATGCGCGTGAAATGTTGAATTTAATTGCGCAAACACAATTACAATCAGGTTATCCATATTTAATGTTTAAAGATAATGCTAACAGAGTGCATCCGAATTCAAACATTGGACAAATTAAAATGAGTAACTTATGTACGGAAATTTTCCAACTACAAGAAACTTCAATTATTAATGACTATGGTATTGAAGACGAAATTAAACGTGATATTTCTTGTAACTTGGGCTCATTAAATATTGTTAATGTAATGGAAAGCGGAAAATTCAGAGATTCAGTTCACTCTGGTATGGACGCATTAACTGTTGTGAGTGATGTAGCAAATATTCAAAATGCACCAGGAGTTAGAAAAGCTAACAGTGAATTACATTCAGTTGGTCTTGGTGTCATGAATTTACACGGTTACCTAGCAAAAAATAAAATTGGTTATGAGTCAGAAGAAGCAAAAGATTTTGCAAATATCTTCTTTATGATGATGAATTTCTACTCAATCGAACGTTCAATGGAAATCGCTAAAGAGCGTGGTATCAAATATCAAGACTTTGAAAAGTCTGATTATGCTAATGGCAAATATTTCGAGTTCTATACAACTCAAGAATTTGAACCTCAATTCGAAAAAGTACGTGAATTATTCGATGGTATGGCTATTCCTACTTCTGAGGATTGGAAGAAACTACAACAAGATGTTGAACAATATGGTTTATATCATGCATATAGATTAGCAATTGCTCCAACACAAAGTATTTCTTATGTTCAAAATGCAACAAGTTCTGTAATGCCAATCGTTGACCAAATTGAACGTCGTACTTATGGTAATGCGGAAACATTTTACCCTATGCCATTCTTATCACCACAAACAATGTGGTACTACAAATCAGCATTCAATACTGATCAGATGAAATTAATCGATTTAATTGCGACAATTCAAACGCATATTGACCAAGGTATCTCAACGATCCTTTATGTTAATTCTGAAATTTCTACACGTGAGTTAGCAAGATTATATGTATATGCGCACTATAAAGGATTAAAATCACTTTACTATACTAGAAATAAATTATTAAGTGTAGAAGAATGTACAAGTTGTTCTATCTAACAATTAAATGTTGAAAATGACAAACAGCTAATCATCTGGTCTGAATTAGCAGATGATTAGACTGCTATGTCTGTATTTGTCAATTATTGAGTAACATTACAGGAGGAAATTATATTCATGATAGCTGTTAATTGGAACACACAAGAAGATATGACGAATATGTTTTGGAGACAAAATATATCTCAAATGTGGGTTGAAACAGAATTTAAAGTATCAAAAGACATTGCAAGTTGGAAGACTTTATCTGAAGCTGAACAAGACACATTTAAAAAAGCATTAGCTGGTTTAACAGGCTTAGATACACATCAAGCAGATGATGGCATGCCTTTAGTTATGCTACATACGACTGACTTAAGGAAAAAAGCAGTTTATTCATTTATGGCGATGATGGAGCAAATACACGCGAAAAGCTATTCACATATTTTCACAACACTATTACCATCTAGTGAAACAAACTACCTATTAGATGAATGGGTTTTAGAGGAACCCCATTTAAAATATAAATCTGATAAAATTGTTGCTAATTATCACAAACTTTGGGGTAAAGAAGCTTCGATATACGACCAATATATGGCCAGAGTTACGAGTGTATTTTTAGAAACATTCTTATTCTTCTCAGGTTTCTATTATCCACTATATCTTGCTGGTCAAGGGAAAATGACGACATCAGGTGAAATCATTCGTAAAATTCTTTTAGATGAATCTATTCATGGTGTATTTACCGGTTTAGATGCACAGCATTTACGAAATGAACTATCTGAAAGTGAGAAACAAAAAGCAGATCAAGAAATGTATAAATTGCTAAATGACTTGTATTTAAATGAAGAGTCATACACAAAAATGTTATACGATGATCTTGGAATCACTGAAGATGTGCTAAACTATGTTAAATATAATGGAAACAAAGCACTTTCAAACTTAGGCTTTGAACCTTATTTTGAGGAACGTGAATTTAACCCAATCATTGAGAATGCCTTAGATACAACAACTAAAAACCATGACTTCTTCTCAGTAAAAGGTGATGGTTATGTATTAGCATTAAACGTAGAAGCATTACAAGATGATGACTTTGTATTTGACAACAAATAACAATTAAATTAAAAGACCTTCACATGTAAAGGGAAATAGCGATTCGTTTCGTCTTGTCTCCTACATGTTGAAGGTCTTTTTTTATGTGTATCTAACTCATTATGAGTCTGAGTAAGAAATCAATGCTCTAAGATGTACAATGTTATTTATATTGGCAGTAGTTGGCGGGGCCCCAACACAGAAGCAGGCGGAAAGTCAGCTAACAATATTGTGCAAGTTGGCGGGGCCCCAACATAGAAGCAGACGGAAAGTCAGCTAACAATAATGTGCAAGTTGGCGGGGCCCCAACATAAAAGCAGGCGGAAAGTCAGCTAACAATATTGTGCAAGTTCGGGCGGGGCCCCAACATAAAGAAAAACTTTTTCCTTTAGAAATTATCACTTCCACATGAGTTTTACTCATGTATTCCTATTTTTAAGTACACATTAGCTGAGGCTAATGTTAAGAACCACTACATAATCAATCATTAGTAGTTTTTATCATTTCCACTATTCCCAGACATCAAAATCTTAAGTGTTCTATTTTACTTTAAGCAAACAAAATACACATTCCGAAAAATTAAATTTCAGTTTAATTGCAAATATCAATAAAATTGACACTAAATTATTTGAAAGGCTATTGAAATTATGGTCAAAAAACGCTACTATTAATGAGAAATATTATCAATGATAATGATTATCATTAATTTAAAGGGAGAAAAATTTGTAATGAAGTATTTATTAAAGGGAAATATTTTGCTTCTATTACTAATATTGTTGACAATTATTTCGTTGTTCATAGGTGTGAGTGAACTATCAATTAAAGATTTACTACATTTAACTGAGTCACAGCGGAATATTTTATTCTCAAGCCGAATACCAAGGACGATGAGTATTTTAATTGCTGGAAGTTCGTTGGCTTTAGCAGGCTTGATAATGCAACAAATGATGCAAAATAAGTTTGTTAGTCCGACTACAGCTGGAACGATGGAATGGGCTAAACTAGGTATTTTAATTGCTTTATTGTTCTTTCCAACCGGTCATATTTTATTAAAACTAGTATTTGCTGTTATTTGCAGTATTTGCGGTACGTTTTTATTTGTTAAAATCATTGATTTTATAAAAGTGAAAGATGTCATTTTTGTACCGCTTCTAGGAATTATGATGGGTGGGATTGTTGCAAGTTTCACAACCTTCATCTCATTGCGCACGAATGCTGTTCAAAGCATTGGTAACTGGCTTAACGGGAACTTTGCCATTATCACAAGTGGACGCTATGAAATTTTATATTTAAGTATTCCTCTTTTAGCATTGACATATCTTTTTGCTAATCATTTCACGATTGTAGGAATGGGTAAAGACTTTACTAATAATTTAGGTTTGAGTTACGAAAAATTAATTAACATCGCATTGTTTATTACTGCAACTATTACAGCATTGGTAGTGGTGACTGTTGGAACATTACCGTTCTTAGGACTAGTAATACCAAATATTATTTCAATTTATCGAGGTGATCATTTGAAAAATGCTATCCCTCATACGATGATGTTAGGTGCCATCTTTGTATTATTTTCTGATATAGTTGGCAGAATTGTTGTTTATCCATATGAAATAAATATTGGTTTAACAATAGGTGTATTTGGAACAATCATTTTCCTTATCTTGCTTATGAAAGGTAGGAAAAATTATGCGCAACAATAATAAAAAAATAATGCTTTTAATTGCAGTAACGTTATTAATTAGTATGCTGTACTTATTTGTAGGTATTGATTTTGAAATATTTGAATATCAATTTTCAAGTCGTTTAAGAAAGTTCATATTAATTATTTTAGTAGGTGCTGCCATTGCAACTTCAGTGGTGATTTTTCAAGCGATTACAAATAACCGTCTATTGACACCATCAATAATGGGGTTAGATGCAGTTTATTTATTTATCAAAGTATTGCCAGTCTTTTTATTTGGAATTCAATCGGTATGGGTTACTAATGTATATTTGAACTTTATATTAACACTTATAACGATGGTGTTATTCGCACTAATCCTATTCCAAGGTATCTTTAAAATTGGACATTTTTCAATTTATTTTATCTTACTTATTGGTGTCCTTTTAGGAACATTTTTTAGAAGCATAACAGGTTTTATTCAACTGATTATGGATCCTGAGTCATTTTTAGCAATACAAAGTAGTATGTTTGCTAATTTTAATGCTTCTAATTCGAATTTAGTTATTTTCTCAGCAGTGCTATTAGTAATCTTATTAGTCATTACAATTTTACTATTGCCTTATTTAGATGTATTGCTTTTAGGTCGTGCTGAAGCAATTAATCTTGGGATATCGTATGAAAAATTAACGCGAATTCTACTTGTAATAGTCTCAGTTTTAGTTTCTGTGTCAACTGCATTAGTAGGACCAATTACATTTTTAGGTTTATTAACTGTAAATCTAGCGCATGAACTAATGAAGACGTATGAACATAAGTATATTTTAATTGCGACAATTTGCTTGAGTTGGATTAGTTTATTTAGTGCGCAATGGGTAGTTGAAAATGTGTTTGAAGCTACGACAGAAATGAGTATACTTATTGATTTGATTGGTGGAAGTTATTTCATTTATCTATTAGTTAGAAGGAGAAATGCGCAATGATTCAAGTTGAAAATTTAACTAAAACTATAAATAATCAAATGATATTGGAAGATATTAGCATAGATATCGAAAAAGGTAAATTGACTTCTTTAATTGGACCTAATGGTGCGGGTAAGAGTACTTTACTTTCAGCGATATGTAGGTTAATTCGTTTTGATAACGGTGAAGTGAAAATAGATGGACAGCTCATGTCTGATTATAAAAATAATGACTTGTCGAAAAAAATATCTATATTAAAACAAACAAACCATACTGAAATGAATATTACGGTAGAGCAGTTGGTAAACTTTGGACGATTCCCTTATTCTAAAGGTCGTTTGACGAAAGAGGATCATGATATTGTCAATGATGCGCTAGATTTGTTGCAACTACAAGATATCAGAAATCGTAATATTAAGTCATTATCTGGTGGACAACGTCAGCGTGCATACATTGCAATGACAATAGCACAAGATACTGAATATATTTTGCTAGATGAACCATTAAATAATTTAGATATGAAGCATGCTGTTCAAATTATGCAAACGTTAAAAATGTTAGCGCATAAAATGAATAAAGCGATTGTCATTGTGTTACATGATATTAACTTTGCGTCCTGTTATTCAGATCAGATTGTAGCATTGAAAAACGGACAACTAGTTAAGTCAGATTTGAAAGATAATGTCATTCAAAGTAGTGTTTTAAGTGATTTATATGACATGAATATTCAAATTGAACATATAAGAAATCAAAGGATTTGTTTATATTTTAAGGATTGA

Protein sequences of DBSCAN-SWA_2

>AP018922|754903:769555|766882_767854_+|BBG07574.1|DBSCAN-SWA
MKYLLKGNILLLLLILLTIISLFIGVSELSIKDLLHLTESQRNILFSSRIPRTMSILIAGSSLALAGLIMQQMMQNKFVSPTTAGTMEWAKLGILIALLFFPTGHILLKLVFAVICSICGTFLFVKIIDFIKVKDVIFVPLLGIMMGGIVASFTTFISLRTNAVQSIGNWLNGNFAIITSGRYEILYLSIPLLALTYLFANHFTIVGMGKDFTNNLGLSYEKLINIALFITATITALVVVTVGTLPFLGLVIPNIISIYRGDHLKNAIPHTMMLGAIFVLFSDIVGRIVVYPYEINIGLTIGVFGTIIFLILLMKGRKNYAQQ
>AP018922|754903:769555|765203_766175_+|BBG07573.1|DBSCAN-SWA
MIAVNWNTQEDMTNMFWRQNISQMWVETEFKVSKDIASWKTLSEAEQDTFKKALAGLTGLDTHQADDGMPLVMLHTTDLRKKAVYSFMAMMEQIHAKSYSHIFTTLLPSSETNYLLDEWVLEEPHLKYKSDKIVANYHKLWGKEASIYDQYMARVTSVFLETFLFFSGFYYPLYLAGQGKMTTSGEIIRKILLDESIHGVFTGLDAQHLRNELSESEKQKADQEMYKLLNDLYLNEESYTKMLYDDLGITEDVLNYVKYNGNKALSNLGFEPYFEEREFNPIIENALDTTTKNHDFFSVKGDGYVLALNVEALQDDDFVFDNK
>AP018922|754903:769555|760432_760933_-|BBG07569.1|DBSCAN-SWA
MAHGRQQDELQDITLLGNQDNTYNFDYRPDVLESFDNKHQGRDYFVKFNCPEFTSLCPITGQPDFATIYISYIPNVKMVESKSLKLYLFSFRNHGDFHEDCMNIIMNDLIELMDPHYIEVWGKFTPRGGISIDPYTNYGRPNSKYEKMAEHRLMNHDLYPEKIDNR
>AP018922|754903:769555|762980_765086_+|BBG07572.1|DBSCAN-SWA
MKTMEEKKYNHIELNNEVTKRREDGFFSLEKDQEALVAYLEEVKDKTIFFDTEIERLRYLVDNDFYFNVFDIYSEADLIEITDYAKSIPFNFASYMSASKFFKDYALKTNDKSQYLEDYNQHVAIVALYLANGNKAQAKQFISAMVEQRYQPATPTFLNAGRARRGELVSCFLLEVDDSLNSINFIDSTAKQLSKIGGGVAINLSKLRARGEAIKGIKGVAKGVLPIAKSLEGGFSYADQLGQRPGAGAVYLNIFHYDVEEFLDTKKVNADEDLRLSTISTGLIVPSKFFDLAKEGKDFYMFAPHTVKEEYGVTLDDIDLEKYYDDMVANPNVEKKKKNAREMLNLIAQTQLQSGYPYLMFKDNANRVHPNSNIGQIKMSNLCTEIFQLQETSIINDYGIEDEIKRDISCNLGSLNIVNVMESGKFRDSVHSGMDALTVVSDVANIQNAPGVRKANSELHSVGLGVMNLHGYLAKNKIGYESEEAKDFANIFFMMMNFYSIERSMEIAKERGIKYQDFEKSDYANGKYFEFYTTQEFEPQFEKVRELFDGMAIPTSEDWKKLQQDVEQYGLYHAYRLAIAPTQSISYVQNATSSVMPIVDQIERRTYGNAETFYPMPFLSPQTMWYYKSAFNTDQMKLIDLIATIQTHIDQGISTILYVNSEISTRELARLYVYAHYKGLKSLYYTRNKLLSVEECTSCSI
>AP018922|754903:769555|756256_756799_+|BBG07566.1|DBSCAN-SWA
MTRKSIAIDMDEVLADTLGEIIDAVNFRADLGIKMEALNGQKLKHVIPEHDGLITEVLREPGFFRHLKVMPYAQEVVKKLTEHYDVYIATAAMDVPTSFSDKYEWLLEFFPFLDPQHFVFCGRKNIVKADYLIDDNPRQLEIFTGTPIMFTAVHNINDDRFERVNSWKDVEQYFLDNIEK
>AP018922|754903:769555|762619_763018_+|BBG07571.1|DBSCAN-SWA
MKIIYFSFTGNVRRFIKRTELENTLEITAENCMEPVHEPFIIVTGTIGFGEVPEPVQSFLEVNHQYIRGVAASGNRNWGLNFAKAGRTISEEYNVPLLMKFELHGKNKDVIEFKNKVGNFNENHGREKVQSY
>AP018922|754903:769555|754903_755962_+|BBG07565.1|DBSCAN-SWA
MKEQLNQLSAYQPGLSPRALKEKYGIEGDLYKLASNENLYGPSPKVKEAISAHLDELYYYPETGSPTLKAAISKHLNVDQSRILFGAGLDEVILMISRAVLTPGDTIVTSEATFGQYYHNAIVESANVIQVPLKDGGFDLEGILKEVNEDTSLIWLCNPNNPTGTYFNHESLDSFLSQVPPHVPVIIDEAYFEFVTAEDYPDTLALQQKYDNAFLLRTFSKAYGLAGLRVGYVVASEHAIEKWNIIRPPFNVTRISEYAAVAALEDQQYLKEVTHKNSVERERFYQLPQSEYFLPSQTNFIFVKTKRVNELYEALLNVGCITRPFPTGVRITIGFKEQNDKMLEVLSNFKYE
>AP018922|754903:769555|760952_761819_-|BBG07570.1|DBSCAN-SWA
MNPKVKGIIAILISAIGFSFMSVFFRLAGDLPVFQKSLARNLVAMFIPLFFIYKYHQPMFGRLSSQPLLITRSTLGLIGVLLNIYAIDHMVLSDADSLMKLNPFWTILLSIVFLHEKVRKYQITAMIIAILGMLLIVKPEFSSSMIPSLAGLFSGIFAASAYTCVRALSTREAPYTIVFYFSLFSVIVLIPFTAYTYEPMSQMQILYLLGAGLAAAVGQIGVTLAYSFAAAKDISIFTYASIIFTAILGFILFGESPDFYATLGYVVIIGASYYMFEKARRDAKIIKK
>AP018922|754903:769555|758586_760092_-|BBG07568.1|DBSCAN-SWA
MTQQNSHGNQIQDIPQTGFFGHPRGLGVLFFVEFWERFSYYGMRALLIFYMYFAVTDNGLGIDKTTAMSIMSVYGSLIYMTSIPGGWIADRITGTRGATLLGAVFIIIGHICLSLPFALIGLFTSMFFIIIGSGLMKPNISNIVGRLYPENDRRMDAGFVIFYMSVNMGALLSPIILQHFVNVKNFHGGFLIAAVGMALGLVWYVLFNRKNLGSVGMKPTNPLTPAEKKKYGLIIGSVVLAIVLIIVIGALTNSLSFNLVSNTVLVLGIALPIIYFTLIIRSKDVTDTERSRVKAFIPLFILGMVFWAIQEQGSNVLNIYGIEHSDMKLNLFGWKTNFGEAIFQSINPLFILLLAPIISLLWQKLGTKQPSLPVKFAIGTFLAGASYILIGIVGYASGSSNFSVNWVILSYIICVIGELCLSPTGNSAAVKLAPKAFNAQMMSIWYLTNASAQAINGTLVKLIEPLGQTNYFIFLGVVAIIVTTIVLAFSPLIIKAMKGIR
>AP018922|754903:769555|768793_769555_+|BBG07576.1|DBSCAN-SWA
MIQVENLTKTINNQMILEDISIDIEKGKLTSLIGPNGAGKSTLLSAICRLIRFDNGEVKIDGQLMSDYKNNDLSKKISILKQTNHTEMNITVEQLVNFGRFPYSKGRLTKEDHDIVNDALDLLQLQDIRNRNIKSLSGGQRQRAYIAMTIAQDTEYILLDEPLNNLDMKHAVQIMQTLKMLAHKMNKAIVIVLHDINFASCYSDQIVALKNGQLVKSDLKDNVIQSSVLSDLYDMNIQIEHIRNQRICLYFKD
>AP018922|754903:769555|767840_768797_+|BBG07575.1|DBSCAN-SWA
MRNNNKKIMLLIAVTLLISMLYLFVGIDFEIFEYQFSSRLRKFILIILVGAAIATSVVIFQAITNNRLLTPSIMGLDAVYLFIKVLPVFLFGIQSVWVTNVYLNFILTLITMVLFALILFQGIFKIGHFSIYFILLIGVLLGTFFRSITGFIQLIMDPESFLAIQSSMFANFNASNSNLVIFSAVLLVILLVITILLLPYLDVLLLGRAEAINLGISYEKLTRILLVIVSVLVSVSTALVGPITFLGLLTVNLAHELMKTYEHKYILIATICLSWISLFSAQWVVENVFEATTEMSILIDLIGGSYFIYLLVRRRNAQ
>AP018922|754903:769555|757399_758317_-|BBG07567.1|DBSCAN-SWA
MENKYTHGVLFYHEHSGLKNINQGIGEVTTALSSICKHLSIQLSENEGDIIKYCQEIKTKNYAKDVDILFILGGDGTVNELINGVMSHDLQLPIGILPGGTFNDFTKTLNIAPNHKQASEQMISAQVGTYDVIKINNQYALNFVGLGLIVQNAENVQDGSKDIFGKLSYIGSTVKTLLNPTQFNYQLSIDDKTYSGETTMILTANGPFIGGSRIPLTDLSPQDGELNTFIFNEQSFSILNDIFKKRDSMNWNEITQGIEHIPGKKISLTTDPAMKVDIDGEISLETPIDIEVIPNAIQLLTVNDL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG07565.1|754903_755962_+	histidinol-phosphate aminotransferase	A0A1X6WGT4	Pacmanvirus	7.9e-22	26.7
BBG07566.1|756256_756799_+	putative 5'(3')-deoxyribonucleotidase	NA	NA	NA	NA
BBG07567.1|757399_758317_-	putative lipid kinase	A0A1V0SBJ0	Catovirus	2.1e-07	22.0
BBG07568.1|758586_760092_-	di-tripeptide ABC transporter	A0A0P0IY73	Acinetobacter_phage	2.0e-58	32.2
BBG07569.1|760432_760933_-	NADPH-dependent 7-cyano-7-deazaguaninereductase	E7DN65	Pneumococcus_phage	5.9e-52	71.5
BBG07570.1|760952_761819_-	putative transporter	NA	NA	NA	NA
BBG07571.1|762619_763018_+	ribonucleotide reductase stimulatory protein	A0A2H4J545	uncultured_Caudovirales_phage	1.2e-52	72.0
BBG07572.1|762980_765086_+	ribonucleoside-diphosphate reductase	A0A2H4J2N6	uncultured_Caudovirales_phage	0.0e+00	91.7
BBG07573.1|765203_766175_+	ribonucleoside-diphosphate reductase minorsubunit	A0A2H4J4P3	uncultured_Caudovirales_phage	4.2e-171	91.3
BBG07574.1|766882_767854_+	iron (Fe+3) ABC superfamily ATP binding cassette transporter, membrane protein	A0A2H4IY97	uncultured_Caudovirales_phage	4.3e-139	78.9
BBG07575.1|767840_768797_+	putative ferrichrome ABC transporter permease	A0A2H4J116	uncultured_Caudovirales_phage	1.2e-05	57.8
BBG07576.1|768793_769555_+	putative ferrichrome ABC transporter ATP-binding protein	Q9EMR9	Amsacta_moorei_entomopoxvirus	6.5e-18	31.6

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>AP018922|1013497:1021970|DBSCAN-SWA
AGTGAAAGTAGCAGTCATTATGGGCAGTTCTTCCGATTGGAAAATTATGCAAGAGAGTTGTAACATGTTGGATTATTTTGAAATTCCGTACGAAAAACAAGTAGTATCCGCACATCGTACGCCAAAAATGATGGTTCAATTTGCTTCTGAAGCGAGAGAAAGAGGTATAAACATTATCATTGCAGGCGCTGGCGGTGCGGCACATTTACCAGGTATGGTTGCATCATTAACGACGCTACCAGTTATTGGAGTGCCGATTGAAACAAAAAGTTTAAAGGGTATAGATTCTTTATTATCAATTGTTCAAATGCCAGGAGGTATTCCGGTTGCAACGACTGCAATTGGTGCAGCAGGTGCTAAAAACGCAGGTATACTTGCAGCAAGAATGTTAAGTATTCAAAATCCTTCTTTAGTTGAAAAACTAAATCAGTATGAATCTTCGTTAATTCAAAAAGTGGAGGACATGCAAAATGAACTTCAATAAATTAAAGTTTGGTGCGACTATTGGCATTATTGGTGGTGGTCAGCTTGGAAAGATGATGGCACAATCAGCTCAAAAAATGGGTTATAAAGTGGTTGTATTGGATCCTGCTGAAGATTGTCCATGTAGATACGTTGCACACGAATTTATACAAGCCAAGTATGACGATGAAAAGGCACTCAATCAATTAGGACAAAAATGTGATGTGATTACTTATGAATTTGAAAACATTTCAGCCCAACAATTAAAACTATTATGTGAAAAGTACAATATTCCGCAAGGTTACCAAGCTATACAGTTATTACAAGACCGCTTAACTGAAAAAGAAACATTAAAAAGTGCTGGTACCAAAGTTGTCCCGTTCATTTCAGTAAAAGAATCTACAGATATTGACAAAGCAATTGAAACATTAGGATATCCTTTTATTGTAAAAACTAGATTTGGTGGCTACGATGGCAAAGGTCAAGTTTTAATTAACAACGAAAAAGACTTACAAGAAGGTTTTAAATTAATTGAAACTAGTGAATGCGTAGCTGAAAAATATTTGAATATCAAGAAAGAAGTATCTCTTACTGTTACAAGAGGAAACAACAATCAAATCACTTTTTTCCCATTACAAGAAAATGAGCATAGAAATCAAATACTTTTCAAAACAATTGTTCCAGCGAGAATAGATAAAACAGCTGAGGCGAAAGAGCAAGTTAATAAAATTATCCAATCGATTCATTTCATTGGAACATTTACAGTGGAATTTTTTATAGATAGTAACAACCAATTGTATGTGAACGAGATTGCACCAAGGCCTCACAATTCCGGACATTATTCAATTGAAGCATGTGATTATTCACAATTTGATACTCATATTTTAGCAGTTACCGGACAATCATTACCAAATTCAATTGAATTATTAAAGCCTGCAGTCATGATGAACTTACTAGGTAAAGACTTAGATTTATTGGAAAATGAATTTAATGAACATCCAGAGTGGCACTTACATATTTATGGTAAGTCTGAGCGTAAAGATAGCAGAAAAATGGGGCATATGACTGTACTAACGAATGATGTAAACCAAACTGAACAAGATATGTACGCTAAATTTGAGGGGAGTAATTAAAGCATGACATTATTATATGAAGGAAAAGCGAAGCGCATTTTCTCAACAAATCAAGAAAATGAATTAAGAGTTGAATATAAAGATGAAGTTACTGCTGGAAACGGGGCTAAGAAAGACACAATGGCAGGTAAGGGGCGATTAAATAATCAAATTACTTCTATTATATTTAAATATTTACAAGAAAATGGAATAGAAAGTCACTTTATTAAACAATTATCTGAAACAGAACAATTAGTTAAGCCTGTGAAAATAATTCCATTAGAAGTAGTTGTTCGTAATATTGCTAGTGGATCTATTACAAAGCGTTTAGGTTTTGAAAATGGTGAAGTTTTTAGAGAACCACTTGTGGAATTTTTCTATAAAAATGATGCGTTAAATGATCCGTTGATAACGGATGACCATGTTAAATTGCTCAATATAGCATCAGATGAAGATATTGAAATACTAAAATCCAAAGCATTAAAGATTAATAATGTGTTGAAACAATTAATGGATGCTATGAATTTAAAATTAGTAGATTTTAAAATCGAATTTGGAAAGACTGAGACTGGTCAAATTTTGTTAGCGGATGAAATATCTCCAGATACATGTCGAATTTGGGATAAAGCTACCAATGCAAACTTTGATAAAGATGTATATAGAAATAACACTGGATCACTGATTGAAACATATCAAATATTTTTAAACAAATTGGAGGATTTAAAATAATGAAAACAATTGAACTACATATCACATTACAACCACAAGTATTAGATACGCAAGGACAAACGCTTACTCGAGCTGTACATGACTTAGGTTATGCACAAGTGAATGATATTCGTGTAGGAAAAGTATTATATATGACAGTGGATGAGGTTAGTGATGAAAAGGTACACAACATTATTACAACTCTAAGTGAAAAATTGTTTGCAAATACAGTGATTGAAGAATATAGCTATAAAGTGTTAGATGATGAAAAGGAGAATGCATAAAATGAAATTTGCGGTTCTTGTTTTTCCAGGTTCGAATTGTGATAGAGACATGTTTAATGCTGCTATTAAAAGTGGTGTTGAAGCGGAATATGTAGATTATAGAGAAACATCACTAAGTGGATTTGATGGCGTACTTATTCCTGGTGGATTTTCATTCGGGGATTACTTAAGATCTGGGGCAATGGCTAGTGTAGCGCCGATTATTTCGGAAGTTAAACGTCTTGCAGCAGAAGGTAAGCCAGTATTAGGTGTTTGTAATGGGTTTCAAATTTTAACTGAAATAGGCTTATTACCTGGTGCATTATTGCATAACGATTCACATTTATTTATTAGTAGAAATGAAGAGTTAGAAATAGTGAATAATCAAACGGCATTTACAAATCTTTATGAACAAGGTGAAAAAGTTATATATCCTGTAGCTCACGGTGAAGGTCATTATTATTGTACTGATGAAATATATCAACAATTAAAAGCTAACAATCAAATTATTCTGAAATATGTGAATAATCCGAACGGTTCATATGATGATATTGCAGGAATTGTTAACGAAAAAGGCAATGTATGTGGCATGATGCCACATCCTGAAAGAGCTTTAGAAACGTTGTTAGGTACTGATAGTGGTGTGAAATTATTTGAAGCGATGGTAAAAAGTTGGAGGGAACAACATGTCTAAATTTATCGAACCAAGCGTTGAAGAAATTAAACTTGAAAAAGTATATCAAGATATGGGATTAAGTGATCAAGAATATGAAAAAGTTTGCGATATTTTAGGCAGACAACCTAACTTTACAGAAACAGGTATCTTTTCTGTTATGTGGAGTGAACATTGCTCTTATAAACATTCTAAACCGTTTTTAAAGCAATTTCCTACATCAGGTGACCATGTGCTTATGGGGCCTGGTGAAGGTGCAGGGGTAGTCGATATAGGTGATAATCAAGCCGTAGTATTTAAAGTAGAGTCTCACAATCATCCATCAGCAATTGAACCATATCAAGGGGCTGCTACAGGCGTTGGTGGAATCATTCGTGACATTGTCTCTATTGGGGCTAGACCTATTAATTTGTTAAACAGTCTTAGATTTGGAGAATTAGATAATAAACAAAACCAAAGATTACTTAAAGGTGTTGTAAAGGGTATCGGAGGTTATGGTAACTGCATTGGTATTCCAACAACTGCTGGTGAAATCGAATTTGATGAACGTTATGATGGCAATCCACTTGTTAATGCAATGTGTGTTGGTGTTATCAATCACGACATGATTCAAAAAGGCACAGCAAAAGGTGTAGGTAATTCGGTCATTTATGTTGGTTTGAAAACTGGTCGAGATGGTATTCATGGTGCTACTTTTGCATCTGAAGAATTGACGGAAGAAAGCGAAAGTAAACGACCTTCTGTACAAATCGGTGATCCATTTGTAGGTAAAAAATTAATGGAAGCAACACTTGAAGCAATTACATTTGATGAATTAGTTGGTATTCAAGATATGGGTGCTGCTGGTTTAACATCTTCATCGTCTGAAATGGCGGCAAAAGGTGGTAGTGGGTTACATTTGAGATTAGAACAAGTGCCAACACGTGAGCCAGGTATTTCTCCTTATGAAATGATGCTTTCAGAAACTCAAGAACGTATGTTACTAGTTGTTGAAAAAGGTACTGAACAAAAATTCTTAGATTTATTTGATAAGCACGAATTGGATAGTGCTGTTATAGGTGAAGTTACAGATACAAATCGTTTTGTTTTAACATATGATGACGAAGTTTATGCTGACATTCCAGTTGAACCACTAGCTGATGAAGCACCTGTATATATTTTAGAAGGAGAAGAAAAAGATTATAATACTTCTAAAAATGATTATACACACATCGATGTTAAAGATACTTTCTTTAAATTACTTAAGCATCCGACTATAGCATCTAAACACTATTTATATGATCAATACGACCAACAAGTTGGTGCCAATACGATAATTAAGCCAGGACTTCAAGCATCGGTAGTACGTGTGGAAGGCACAAATAAGGCAATTGCTTCAACAATTGATGGTGAAGCGCGTTATGTATATAACAATCCATATGAAGGTGGAAAGATGGTAGTAGCTGAAGCTTATCGAAATTTAATTGCCGTGGGTGCAACACCATTAGCAATGACAGATTGTTTAAATTATGGTTCTCCTGAAAAGAAAGAAATCTATCAACAGTTGATAGATTCAACGAAAGGTATGGCAGAAGCATGCGACATTCTTAAGACACCAGTAGTTTCTGGTAATGTATCTTTATATAACGAAACGAAAGGTACTTCTATTTTCCCAACACCAGTTGTTGGAATGGTAGGTTTGATTGAAAATGTAAATTATTTAAATGATTTTGAACCTCAAGTTGGAGATAAATTATATTTAATCGGTGATACTAAGGACGACTTTGGTGGTAGTCAACTTGAAAAGTTAATTTATGGCAAAGTTAATCATGAATTTGAGTCATTAGATTTGAGTTCAGAAGTTGAAAAAGGTGAATCAATCAAGACCGCTATTCGTGAAGGACTATTATCACATGTTCAAACAGTTGGTAAAGGTGGCTTACTGATTACCTTAGCTAAACTAAGTGCGCATTACGGTTTAGGATTAAAATCTTCAATAGATATAACAAATGCACAATTGTTTAGTGAGACGCAAGGCCGATATGTTGTTTCTGTTAAATCAGGTAAAACTTTAAATATTGATAATGCAATAGAAATTGGACTTTTAACAGATAGTGATAATTTCAAGGTAACAACACCATATACAGAGATTAGTGAAAATGTTTCAGATATTAAACAAATATGGGAAGGGGCAATTGCTCAATGTTTAACTACTCAGGATTAAACGAAGAATGTGGCGTGTTTGGTATTTGGAATCATCCTGAAGCAGCGCAACTAACATATATGGGACTTCATAGTTTGCAACATCGTGGTCAAGAAGGTGCAGGTATAGTTGTTTCTGATCAAAATGAATTAAAAGGCGAGCGAGGATTAGGCTTACTAACTGAAGCGATTAAAGATGATCAAATGGAACGATTAAAAGGATATCAACATGCAATTGGTCACGTCCGTTATGCTACTTCAGGTAATAAAGGTATTGAAAATATTCAACCGTTTCTGTATCACTTTTATGATATGAGTGTAGGTATTTGTCATAATGGTAACCTCATTAATGCTAAATCATTGCGTCAGAATTTAGAAAAACAAGGTGCTATCTTCCATTCGTCTTCTGATACTGAAGTCATTATGCATTTGATACGTCGAAGTAAAGCTCCTACTTTTGAGGAAGCGTTGAAAGAAAGTTTGCGAAAAGTTAAAGGCGGTTTTACATTTGCGATTTTAACTAAAGATGCGTTATATGGCGCAGTAGATCCAAATGCTATCAGACCACTTGTTGTAGGTAAAATGAAAGATGGGACATACATCCTTGCAAGTGAAACATGTGCAATAGATGTGTTAGGTGCAGAATTTGTTCAAGATATTCATGCAGGTGAATATGTCGTGATTAACGATAAAGGTATTACAGTTAAATCTTATACACATCATACGACAACTGCAATTTCTGCGATGGAATATATTTATTTTGCTAGACCAGACTCAACAATAGCTGGTAAAAATGTCCATGCAGTACGTAAAGCTTCTGGTAAAAAATTAGCCCAAGAAAGCCCTGTAAATGCTGATATGGTCATCGGTGTACCCAATTCATCGCTATCAGCTGCGAGTGGTTATGCTGAAGAAATAGGTTTGCCATATGAAATGGGACTAGTTAAAAATCAATATGTTGCAAGAACATTTATTCAACCAACTCAAGAATTACGTGAGCAAGGTGTGAGAGTGAAGTTATCTGCGGTAAAAGATATAGTAGATGGGAAAAATATCATTCTTGTTGATGATTCCATTGTTCGCGGTACGACAATTCGACGCATTGTGAAAATGTTAAAAGATTCTGGTGCAAATAAAGTGCATGTGCGTATAGCATCACCGGAATTTATGTTTCCAAGTTTTTACGGAATCGATGTTTCAACTACGGCAGAATTAATTTCTGCAAGCAAATCACCTGAAGAAATTAAAGATTATATTGGCGCTGATTCATTAGCATATCTATCTCTAGATGGGTTAATTGAATCAATTGGTTTAGATTATGACGCGCCATATAGTGGCTTATGTGTAGAAAGTTTCACTGGAGATTATCCTGCAGGGTTATATGATTATGAAGCAAATTATAAAGCGCATTTAAGTCATCGACAAAAGCAATATATTTCTAAAAACAAACACTTTTTTGATAGCGAGGGAAATTTAAATGTCTAAAGCATATGAACAATCTGGTGTAAATATTCATGCTGGTTATGAAGCTGTAGAAAGAATGTCTAGTCATGTTAAACGTACGATGCGTAAAGAAGTTATCGGTGGTTTAGGTGGATTCGGTGCTACATTTGATTTATCACAATTAAATATGACAGCGCCAGTTTTAGTTTCTGGAACAGACGGAGTAGGTACGAAATTAAAACTAGCTATCGACTATGGTAAACATGATTCGATAGGTATCGATGCAGTCGCAATGTGTGTTAATGATATTTTAACGACAGGTGCAGAACCATTATATTTTTTAGATTACATTGCTACAAACAAAGTTGTTCCTGAAGTTATTGAACAAATTGTTAAAGGTATTAGTGATGCATGTGTTGAAACGAATACTGCACTTATCGGTGGAGAGACTGCTGAAATGGGTGAAATGTATCACGAAGGCGAATATGATGTAGCTGGATTTGCTGTTGGAGCAGTTGAAAAGGATGACTATGTAGATGGTTCAGAAGTGAAAGAGGGACAAGTTGTTATAGGGCTTGCGTCAAGTGGCATTCATTCAAATGGATACAGTTTAGTGCGCAAATTAATTAATGAATCAGGCATTGATTTGGCATCAAACTTCGATAATCGTCCATTTATAGATGTCTTTTTAGAACCAACTAAATTATATGTCAAACCTGTACTTGCTTTAAAAAAAGAAGTTTCTATTAAGGCAATGAATCATATTACTGGTGGAGGCTTTTATGAAAATATTCCACGTGCATTGCCAGCCGGATATGCTGCTAGAATTGATACTACATCATTTCCAACGCCAAAAATATTTGATTGGTTACAACAACAAGGCAATATAGACACAAATGAAATGTATAACATTTTTAACATGGGTATTGGCTATACGGTTATCGTTGATGAAAAAGATGCATCACGCGCTTTGAAGATTTTAGCAGAACAAAATGTGGAAGCCTATCAAATTGGTCATATTGTGAAAAATGAGTCAACTGCAATTGAATTGTTGGGGGTATAACAATGGTTAAAATTGCGATTTTTGCATCAGGTTCAGGAAGTAACTTTGAAAATATAGTTGAGCATGTTGAATCAGGAAAACTTGAAAATATTGAAGTTACGGCGCTATATACGGATCATCAAAATGCGTTTTGTATAGATAGAGCAAAAAAGCACGATATTCCTGTTTATATTAATGAACCAAAACAATTTGATTCAAAAGCAGCGTATGAACAACATTTAGTAACACTATTAAATAAAGATAAGGTAGAGTGGATTATTTTAGCTGGCTACATGCGTCTAATAGGTCCAGACTTATTAGCATCATTTGAAGGTAAAATATTGAATATACATCCATCTCTATTGCCGAAATATAAGGGGATTGACGCAATAGGCCAAGCATATCATAGTGGCGATACTATTACTGGTTCGACAGTACATTATGTTGATAGTGGTATGGATACGGGAGAAATTATTGAACAGAGACAATGTGATATTAGACCGGACGATTCAAAAGAACAATTAGAAGAGAAAGTAAAAAAATTGGAATATGAATTATATCCAAGTGTTATTGCTAAAATTGTAAAATAA

Protein sequences of DBSCAN-SWA_3

>AP018922|1013497:1021970|1015798_1016062_+|BBG07808.1|DBSCAN-SWA
MKTIELHITLQPQVLDTQGQTLTRAVHDLGYAQVNDIRVGKVLYMTVDEVSDEKVHNIITTLSEKLFANTVIEEYSYKVLDDEKENA
>AP018922|1013497:1021970|1018895_1020380_+|BBG07811.1|DBSCAN-SWA
MFNYSGLNEECGVFGIWNHPEAAQLTYMGLHSLQHRGQEGAGIVVSDQNELKGERGLGLLTEAIKDDQMERLKGYQHAIGHVRYATSGNKGIENIQPFLYHFYDMSVGICHNGNLINAKSLRQNLEKQGAIFHSSSDTEVIMHLIRRSKAPTFEEALKESLRKVKGGFTFAILTKDALYGAVDPNAIRPLVVGKMKDGTYILASETCAIDVLGAEFVQDIHAGEYVVINDKGITVKSYTHHTTTAISAMEYIYFARPDSTIAGKNVHAVRKASGKKLAQESPVNADMVIGVPNSSLSAASGYAEEIGLPYEMGLVKNQYVARTFIQPTQELREQGVRVKLSAVKDIVDGKNIILVDDSIVRGTTIRRIVKMLKDSGANKVHVRIASPEFMFPSFYGIDVSTTAELISASKSPEEIKDYIGADSLAYLSLDGLIESIGLDYDAPYSGLCVESFTGDYPAGLYDYEANYKAHLSHRQKQYISKNKHFFDSEGNLNV
>AP018922|1013497:1021970|1013497_1013980_+|BBG07805.1|DBSCAN-SWA
MKVAVIMGSSSDWKIMQESCNMLDYFEIPYEKQVVSAHRTPKMMVQFASEARERGINIIIAGAGGAAHLPGMVASLTTLPVIGVPIETKSLKGIDSLLSIVQMPGGIPVATTAIGAAGAKNAGILAARMLSIQNPSLVEKLNQYESSLIQKVEDMQNELQ
>AP018922|1013497:1021970|1015094_1015799_+|BBG07807.1|DBSCAN-SWA
MTLLYEGKAKRIFSTNQENELRVEYKDEVTAGNGAKKDTMAGKGRLNNQITSIIFKYLQENGIESHFIKQLSETEQLVKPVKIIPLEVVVRNIASGSITKRLGFENGEVFREPLVEFFYKNDALNDPLITDDHVKLLNIASDEDIEILKSKALKINNVLKQLMDAMNLKLVDFKIEFGKTETGQILLADEISPDTCRIWDKATNANFDKDVYRNNTGSLIETYQIFLNKLEDLK
>AP018922|1013497:1021970|1016063_1016735_+|BBG07809.1|DBSCAN-SWA
MKFAVLVFPGSNCDRDMFNAAIKSGVEAEYVDYRETSLSGFDGVLIPGGFSFGDYLRSGAMASVAPIISEVKRLAAEGKPVLGVCNGFQILTEIGLLPGALLHNDSHLFISRNEELEIVNNQTAFTNLYEQGEKVIYPVAHGEGHYYCTDEIYQQLKANNQIILKYVNNPNGSYDDIAGIVNEKGNVCGMMPHPERALETLLGTDSGVKLFEAMVKSWREQHV
>AP018922|1013497:1021970|1021403_1021970_+|BBG07813.1|DBSCAN-SWA
MVKIAIFASGSGSNFENIVEHVESGKLENIEVTALYTDHQNAFCIDRAKKHDIPVYINEPKQFDSKAAYEQHLVTLLNKDKVEWIILAGYMRLIGPDLLASFEGKILNIHPSLLPKYKGIDAIGQAYHSGDTITGSTVHYVDSGMDTGEIIEQRQCDIRPDDSKEQLEEKVKKLEYELYPSVIAKIVK
>AP018922|1013497:1021970|1020372_1021401_+|BBG07812.1|DBSCAN-SWA
MSKAYEQSGVNIHAGYEAVERMSSHVKRTMRKEVIGGLGGFGATFDLSQLNMTAPVLVSGTDGVGTKLKLAIDYGKHDSIGIDAVAMCVNDILTTGAEPLYFLDYIATNKVVPEVIEQIVKGISDACVETNTALIGGETAEMGEMYHEGEYDVAGFAVGAVEKDDYVDGSEVKEGQVVIGLASSGIHSNGYSLVRKLINESGIDLASNFDNRPFIDVFLEPTKLYVKPVLALKKEVSIKAMNHITGGGFYENIPRALPAGYAARIDTTSFPTPKIFDWLQQQGNIDTNEMYNIFNMGIGYTVIVDEKDASRALKILAEQNVEAYQIGHIVKNESTAIELLGV
>AP018922|1013497:1021970|1016727_1018917_+|BBG07810.1|DBSCAN-SWA
MSKFIEPSVEEIKLEKVYQDMGLSDQEYEKVCDILGRQPNFTETGIFSVMWSEHCSYKHSKPFLKQFPTSGDHVLMGPGEGAGVVDIGDNQAVVFKVESHNHPSAIEPYQGAATGVGGIIRDIVSIGARPINLLNSLRFGELDNKQNQRLLKGVVKGIGGYGNCIGIPTTAGEIEFDERYDGNPLVNAMCVGVINHDMIQKGTAKGVGNSVIYVGLKTGRDGIHGATFASEELTEESESKRPSVQIGDPFVGKKLMEATLEAITFDELVGIQDMGAAGLTSSSSEMAAKGGSGLHLRLEQVPTREPGISPYEMMLSETQERMLLVVEKGTEQKFLDLFDKHELDSAVIGEVTDTNRFVLTYDDEVYADIPVEPLADEAPVYILEGEEKDYNTSKNDYTHIDVKDTFFKLLKHPTIASKHYLYDQYDQQVGANTIIKPGLQASVVRVEGTNKAIASTIDGEARYVYNNPYEGGKMVVAEAYRNLIAVGATPLAMTDCLNYGSPEKKEIYQQLIDSTKGMAEACDILKTPVVSGNVSLYNETKGTSIFPTPVVGMVGLIENVNYLNDFEPQVGDKLYLIGDTKDDFGGSQLEKLIYGKVNHEFESLDLSSEVEKGESIKTAIREGLLSHVQTVGKGGLLITLAKLSAHYGLGLKSSIDITNAQLFSETQGRYVVSVKSGKTLNIDNAIEIGLLTDSDNFKVTTPYTEISENVSDIKQIWEGAIAQCLTTQD
>AP018922|1013497:1021970|1013966_1015091_+|BBG07806.1|DBSCAN-SWA
MNFNKLKFGATIGIIGGGQLGKMMAQSAQKMGYKVVVLDPAEDCPCRYVAHEFIQAKYDDEKALNQLGQKCDVITYEFENISAQQLKLLCEKYNIPQGYQAIQLLQDRLTEKETLKSAGTKVVPFISVKESTDIDKAIETLGYPFIVKTRFGGYDGKGQVLINNEKDLQEGFKLIETSECVAEKYLNIKKEVSLTVTRGNNNQITFFPLQENEHRNQILFKTIVPARIDKTAEAKEQVNKIIQSIHFIGTFTVEFFIDSNNQLYVNEIAPRPHNSGHYSIEACDYSQFDTHILAVTGQSLPNSIELLKPAVMMNLLGKDLDLLENEFNEHPEWHLHIYGKSERKDSRKMGHMTVLTNDVNQTEQDMYAKFEGSN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG07805.1|1013497_1013980_+	putative Phosphoribosylaminoimidazole carboxylase, catalytic subunit	A0A2P0VNU7	Tetraselmis_virus	6.2e-22	44.7
BBG07806.1|1013966_1015091_+	N5-carboxyaminoimidazole ribonucleotide synthase	NA	NA	NA	NA
BBG07807.1|1015094_1015799_+	phosphoribosylaminoimidazole-succinocarboxamide synthase	M4R1E8	Synechococcus_phage	7.3e-48	42.1
BBG07808.1|1015798_1016062_+	phosphoribosylformylglycinamidine synthase	NA	NA	NA	NA
BBG07809.1|1016063_1016735_+	phosphoribosylformylglycinamidine synthase I PurQ	NA	NA	NA	NA
BBG07810.1|1016727_1018917_+	phosphoribosylformylglycinamidine synthase 2	A6N228	Microbacterium_phage	1.0e-140	39.7
BBG07811.1|1018895_1020380_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	7.2e-45	31.5
BBG07812.1|1020372_1021401_+	phosphoribosylformylglycinamidine cyclo-ligase	Q58MH8	Prochlorococcus_phage	3.4e-62	41.7
BBG07813.1|1021403_1021970_+	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	3.6e-29	40.1

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>AP018922|1640729:1649772|DBSCAN-SWA
ATTATTCGTCGTATGAGATTAAACTCATAACATCGTAATCTTTAATTTTTTCAATACCATTTAAATATTTCAATTCAATTATAAATGCAATACCTACTACGATACCGCCTAATTTTTCAACTAATTTTATTGCTGCTTCAATCGTACCACCAGTAGCTAATAAATCATCTGTAATTAACACACGTTGACCTGGTTTAATTGCATCTTTGTGCATTGTTAAAACATTTGTACCATATTCTAGGTCATACTCATAACGAATGACTTCACGAGGTAATTTCCCTTCTTTTCTAACAGGTGCAAAGCCAATCCCCATTGAATAAGCTACAGGACAGCCAATGATAAAGCCACGCGCTTCAGGTCCTACAACGATATCAACATCTCTGTCTTTTGCGTATTCTACAATTTTATCTGTTGCATAGCCATATGCTTCACCATTATCCATAATTGTAGTAATATCCTTGAAACTAACACCTGGTTTCGGCCAATCTTGAACTTCTGATACGTATTGCTTTAAATCCATTAATATTTCCTCCTAAATTGCTCACGACAATTGTGACTTTATCCAATTTTTTATTTCTGAAAAATCTTGATATAATAATTGCTTTTCAACATCCATACGTTGTTGTCTTAATTGATATACTTTGCTGGAATCAATCGATCTTTTATCAGGTTGTTGATTGATTCGAATTAAACCATCTTCTTGTGTTACAAATTTTAAGTCTAAGAAAACTTTCAACATGAATTTAAGTGTATCTGGTTTCACACTTAAATGTTGACACAATAACATACCCTCTTTCTGGATATTTGTTTCTTGTTTAGTTATTAATGCTTTATAACACTTTTTAAAAATATCCATATTAGGTATACCATCGAAGTAAATCGAATGATTATGTTGCAAAACTATATAAAGTTGAGAAAATTGCAGTTGTTGCAAGGAATTAGACAAGTCTTCCATTGACGTTGGTAAATCTCTTAATACTACTTTATCAGTTTGTTGTTTAATTTCTTCACCATAATAATATTCATTCGCATTTACTTTATCACTTTTAGGATGAATAAGCACGACAATATTTTCATCATTTTCTGTAAAAGGTAAACTTTTTCGCTTACTTCTATAATCTAATATTTGCTGTTCATTCATCGCAATATCTTGAATAATTATTTGCGGTGATTGATTACCATTCCATTCGTTGATTTGAACAGATCCTAATATATTAATTGGCTGTTCATCTTGTAACTCAGGTTCTAAGTGTCCATTTTGCCAAAATAGCGCGGCGATATTACTTTCACCAAGTGTCAATTTTAGATGATTTTTTTGTTGACCTATCGCCTTAACTGAAGAAACTGATAAATCATCCATTTCAAAAATAGGTCTAGAAAAATCTGTTCCGAAGGGTCTTAAACGATTCATATCACGAATATTTTTAATCGTTATATCATTTTCTGTTAATAATACATCTACTTGCTTTACGGGATCTAACGAAGTTGTTTTAGATAATTCTTTCATCCATTTATTTAAACCTTCAGCTAACGATTCTATATTTTCAATATCCATCGTCATACCTGCAGCCATATGATGGCCGCCAAATTTAGCGATTAACTCTTGATGTGCTGATAGTATTTCAAACATCGACACTTGATCAATTGATCTGGCGGAACCTTTTGCATGATTTTGCTCCCTATCAATATTTAAAATTAATGTTGGCAAAGCAAATGTTTCGACAATTTTCGAAGCAACAATACCTAAGACACCTTCATGCCAATTTTCTTTTGCTAAAAGTAAAAATAAATCTCCCTTTTTAACTTTCGTTTCTGCCATAGCCATTGCTTCTTCTGTGATAGTTGCTACAATATCTTTTCTTTCACGGTTAAAATGTTCAACTTGTTCTGCTAAAAATGCAGCTTCTTCTTCGTCGTCAGTCATCAACAATTCGCAAGCTAATGATGCGTCATCTAAACGACCTACAGCATTAAGTCTAGGTCCAATAATAAAACCAATTGTTTCTTCATCAATATTGTCATTGTATCCCGCTTCTTTTAGCAATGCTTTAACAGAGGTCGGACATTGATCATTTAAGACTTTTAATCCTTGTTTCACTAATGATCGATTTTCATCAGTTAAGGATACTAAATCCGCAATGGTACCTATCGCAACTAATGCTTTAAAATAATCAGGTACATTTTCAATCAATGCTTGTGCTAATTTGTATGCAACACCTGCACCACACAATTGTTGGAACGGATAATTAAACGATGGATGCATTGGATGTACGATTGCATATGCTTCTGGTAATGTACTACCAATTTCATGATGATCAGTTACAATGACATCAACTCCTAAATCTTGAACCATTTTAATTTCATTATGACCTTGTATGCCATTATCAACAGTTATGATTAATGTTATGCCTTCATCATGAGCATTTCTAAATGCTAGTTCGTTTGGTCCATATCCTTCGGTAAAGCGGTTAGGAATATGCCATCCTACTTGTGCACCTAAAAGTTGTAATGTTGTCACTAAAATTGTAGTTGCGGTAACACCGTCGGCATCGTAATCACCATAAACTAGGATTTTCTCATCATTCGCTATCGCTCTTTTAATTCTTTCAATAGTCTTAGTCATATCGCTCAATTGCAGTGCATCATGATTGATATCTGTATCTGAAATGATGGATTCTATTGCTTGTTCATCAATAATCGATTTACTTTCTAATATTTTTTTTACGATTGGCGTTAACTTTAATTTTGATGTTAATTCATCACTTATGTATTCAGCTGGTTTAGTTAATTTCCACTTATACTTCGGTTTAATCATATATATTTACGCCTCATTTCCAAAAGACATTATATCTAAAATTACTTTAAATAAAAAGCACTTATCTAAATAATCAAGACTTTAATTATACCATTTTTTAAAAATGAATGCGGGAACTTATTTATATATATTTTGTTAAATTTAAATAAAGTAAAAAGCGGTATGTGAACTCTTTAATGTTTCACATACCGCTTAATTCATTTTAAACTAAAATCTTTTCATCGTTCGATTTCTTTTCTTTATATACAACTAATTTGTGTTTCGGCGATTTTTTCAACTGACGTTTTTTCATTATTCCCCATAGCGGAACGGCAATGAAGATTGAAGAGAATACACCAGAAATCAATCCGATAAATAATGCTAAAGTAAAGTTGAATATCGTAGGAGCACCGAAGAATAGTATAGCAACTACTACTACAATAACTGTTAATACTGTATTAATTGAACGTGTCATCGTCTGTCTAATTGATCTATTAACGATATCATCAATTTGTTCTGTTGTCGTAATCACTTTAACCTTTTGTAAGTTTTCACGTACACGGTCAAACGTTACGATTGTATCATTAATTGAATAACCGACAATTGTTAATACAGCGGCGATAAATGTTAAATCTACTTCAATTCTAAATAAACTGAAAATCGCTACTATTATGAATACATCATGTAATAATGCCAATACAGATGAAAGACCCATGCGCCATTCAAATCGTAATGATACATAGATGATGATACCTATCGATGCATAGATTAATGCAAGCATTGCATTTTTTGCTAATTCCTGTCCAATAATTGGTGATACAGTATTAATTTGAGGTGTGTCACCGAATTTCGATTTAATATTATCACTCAATTTATTATCTTGAGCACGCGTTAAATCGTCTTTAAATTGAACAGTTGCTACTTTATTATCTTTACCATTGATTTGAATTTGATCCGCTTTAAGTCCTCTATCTTTTACAACTTGCTCAACCTTTTGTTGAGTAATTGCTTGTTTAGATTGGAAATCTACACGTGTACCACTTGAGAAATCAATTCCTAAGTTTAACTTGAAGATATAAAGAATAACTAAACCGACGACTACAATTAAAATACTTACTCCAATTAATGGCTTAGCTAATTTAACAAAATTCCATTTCTCGAATGAAGTTTTAAGGTCATGAACATCTACACCTTCATTAATATCATGTCGTTTATTCTTTTTAACACCAAATAACCAAAATTGATTTTTGAATATATTTGATGAAACAAGTAATGATAATAAGAATCTTGATAAGAACACGGCTGTAACAAAGATCATTAGAATACCTAATAATAACATTGTCGCGAAACCTTTAACTGAACTTTCACCGAAGAAGAATAATACTGCTGCGGCGATAACTGTTGTTAAGTTAGAATCAAAAATTGTTAGGAATGAACTTTTGTTTGCTTTAGAAAAGGCTTGCTTTATCGTTCTACCTATTCGAAGTTCATCCTTAATACGCTCATACATGATAATATTGGCATCTACAGCCATACCTACACCTAATACCAACGCCGCTAATCCTGGTAAAGTTAGAACCCCGGAAATGAAATTAAATGCTACTAACGTTAGATAGATATAAGTTGTCAATGCAATAATCGCTACTAAACCAGGTAATCGGTAGAATCCAAGCATGAATAAATAAATTAATGCTACACCAATAAACGATGCAAACACAGTTTTATCTAATGCATCTTGACCAAATTGGGCACCTACTGAGTTTGAATAAATTTCTTTCAAGTCAACTGGTAAAGAACCTGCATTTAACAATTCGGCGATTTGTTTTGCTTTTTTAACGCCTTCTTGTCCTTTAAATCCACCCGAGATTTCTACGCTATCAGAATTGATTGGTTGATCAACACTTGCTGCAGAAATAAATTTAGGGTTTTTCTTTTGTGCTTCTTTTTTATAGCTGTCACCTTTTTTGAAATCTAACCAAACAACCATGACATTATCACGTTTCTTAGAGATTTCTTCCGTTACTTTTTTAAATTTGTTTTTGTCTTTTACTTTAAAAGTAACTGTAGGCTGGTTTGTTTCCTGTTTAAATTCTTGTTTGGCAGATCCCTGTTTAATATCAGAACCGCTTAATTTTACTTTATCTTCTGCATCGCGAATTGTTAAATTAGCTTGAGAAGATAAAATTTTACGTGCTTCATTCTGGTCTGTTACACCAGCAAGTTGAACTCTAATTCTATTAGGTTCTTCAACTTGAATTTTAGGTTCCGAAACACCTAAAACGTTAACACGATTTTCTAATGTTTGCGCTGTTGATTGTAAGGCTTTTTTATCTATTTTGTCGCCTTTATTTAAAGGATCGACTTGATAAAGCACCTCAAATCCACCTTGCAAATCAAGTCCTAAATTGACATTCTTTATAACACTTTTATAAGTTGCAGCCATTCCGGCAAACAACAATACGACTAAAAGCAAGAACGCAATTATTCTACTACTTTTCTTCACATGAACACCTCATTATTTACGTATGTATTTAGAATACTTGAATACTATTTTATAACGCAAGTTAAATCTTTCTTACAAAATTTATTAGCCTTATACATATTAACATACTAGAGCAGGGAGTAAAAATAGTCATAGATATATTTAATTTAAATTTAACAATTATTATGTATCACAATTTCTTTTTTTGGAATAAAAATAAGCTATTCTACATACTACTTATAACTTAAAAAGGATGAAACGCTATTCGTTTCATCCTTTTTAATACCACTTCTCGTTATGAAGGGTCAACTTGTTTAATAGCAGGTTTTTCGAAAGTTAATTCAGTACCATGACCATTAACTGTAATAACAACAGTTGTTTCATCTACTGCTTTAACAGTACCTTTAATACCACCAATAGTTGTAATTCTTTGACCAGATTGAATGTTATTAATCAACTCACGATGCTGTTTCGCACGTTTTTGTTGTGGTCTGATCATCAAGAAATACATAACCGCAAAAATTACGACTATATATATTAGTAATGAAAATTGCATTTTATACGCTCCTCTTGCTTAAAAGTTTTTTGGGTTCTCAACATTTAATCCATATTGCTCGAAGAATTCTTCTTTGAAATCTAAAAGACGATCTTCTCGAATGGCTTGTCTTATATCTTCCATTAATTTTAGCAGAAAATGTAAATTATGAATAGTAGTAAGACGAATACCAAAAGTTTCCTCTGCCTTGATTAAATGACGTATATACGCTCTTGAATAGTTTTGACATGTATAACAGTCACAATTCTCATCTAACGGTCTTAAATCATCTGCAAATTTTGCATTTTTAATAACTAAACGACCTTGCGATGTCATACAAGTACCATTTCTGGCAATACGTGTCGGTAAGACACAATCAAACATATCCATGCCGCGAATACTACATTCGATTAACGCATCTGGAGATCCTACACCCATTAAATATCTTGGTTTATCTTTAGGCATAAACTGCTCTGTATGTTCAACCATTTTATACATAACCGGTTTAGGTTCACCAACTGACAAACCGCCGATTGCATAACCAGGAAAATCTAATTCTACTAAATCCTTTGCACTTTGTTCTCTTAAATCTTCATATTCGCCACCTTGTATAATGCCGAACAATGCTTGATCTTCAGGTCTTTGGTGTGCATCTAGACATCGTTTCGCCCAACGTGTTGTACGTTCAATAGATTTTTTTACATAATCATATTCAGCCGGCATCGGTGGACATTCATCAAATGCCATCATAATATCAGAACCTAAATCATTTTGAATTTGCATTGATTTCTCAGGACTCAAAAATAATTTAGACCCATTAGTATGATGTCTAAATTCCACGCCTTCTTCTGTAATTTTACGTAAATTACTTAAACTAAACACTTGGAAACCGCCTGAATCTGTAAGAATCGGACCATCCCAATTCATGAATTTATGTAATCCCCCAGCGTGTTTGATAATATCATTTCCGGGTTGTAACCACAAATGATATGTGTTGCCCAAAATGATTTTTGCTTCAATTTGTCTTAACTCTTCTGGACTCATTGTTTTAACGGTTGCTTTAGTACCAACTGGCATAAACATAGGTGTTTCAAATGAACCGTGTGGTGTGTGCACGATACCTAAACGCGCACCTGATTGTTTACAAGTTTTAATGTGTTCGTATGTTACTGCAGGCATATTCAAAATCCTCACATTCTTTTTATATAATTAACATTGCATCGCCAAAACTAAAGAATCTATATTCTAAATTTACTGCCGTTTTATAAGCATTCAGAACATTTTCACGAGTACTAAACGCTGATACTAGCATAACTAATGTTGATTTTGGTAAATGAAAATTAGTAATCTGGCCATCAATTGCTTTAAAATCAAATCCTGGATAAATAAATATATTAGTCCAGCCACTCGTTTCAACAAATTTATCATGATCGCGTCGAATTGTTTCAAGTGTACGTGTTGAAGTTGTACCAACTGATATAATGCGATGTCCTTTGGACTTAGTATCATTTAATAAATCAGCTGTTTCTTGTGTCATTTGATAATATTCACTATGCATTTCGTGGTCATTCACAACATCGACGCTCACCGGTCTAAACGTACCTAACCCAACATGTAATGTAACAAATGCGATATTTACACCTTTATTTTTAATTTCAGTTAATAACTCATCAGTAAAATGTAATCCTGCTGTTGGTGCTGCCGCTGAACCACTTTCTTTAGCGTAAACTGTTTGATAACGATCTGGATCATCTAAACGTTCTTTGATGTATGGTGGCAGTGGCATTTCCCCTAATTCATCTAATCTTTCTTGTAAAATACCTTCATAATGTAAACGCATGATGCGTCCACCTTGATCCATTTCTTTTATGCATTCAGCTATAATTTTGCCATTACCAAAATTCAATTTATTACCAACTTTAATACGCTTAGCTGGTTTCAGTAAGACTTCCCAATCATCACCTTCAATTTGAGTTAACATTAACATTTCAACTTTTGCACCAGTTTCTTCTTTTAAACCAAAAAGTCTAGCTGGCATTACTCGCGTATCGTTAAGCACTAATGTATCACCAGGTCTAAAATACTCAATGATATCTTTGAAATGTAAATGTTTCATTTCACCAGTTTCTCTATCCATGACTAATAAACGACTATGATCACGATCTTTTAAAGGCGTTTGAGCAATTAATGATTCTGGTAAGTCATAGTCAAATTCTTCAATATTCACGTTATCCTCTCTCCTCATTCGACTTTGCAAAATGTTCATAAGCTAATGGTGTTGCTTTTCTGCCACGTGGCGTACGTTCTAAAAAGCCTTTCTGAATAAGAAATGGCTCATAAACGTCCTCAATTGTAATACGTTCTTCACCAATTGTTACGGCAATCGTATCTAAACCAACAGGTCCACCATTATACTGCTTAATAATACAGTTCATCATTTTATGATCAATGTAATCTAGTCCGTGTTGATCAACTTGAAGTAAACCTAATGCGTGCTTCGTTGTTTCAATGTATATTTGTTCATCTTCATTCACTTGCTGGAAGTCTCTTACCCGCTTCAATAGTCGATTTGCTACTCTTGGAGTCCCTCTAGAACGTTTAGCAAGTTCAATGGCACTTTCTTCATCAATACCTGTGCCTAAAACCTCAGCTGTTCTAATAATGATTTCTTTTAAATCTGATTCATTATAATATTCTAATCTTAAGTGCACACCAAATCGATCCCTTAGTGGACCTGTTAAGCTGCCAGCTCGCGTTGTTGCACCTACCAAAGTGAATGGAGGTAAGTCGATACGGATACTTCTAGCCTCATCGCCTTTACCAATGATAATATCTAAAAAGAAATCTTCCATTGCAGGGTATAACACTTCTTCAACAACACTACTCAGTCTGTGTATTTCATCAATAAACAAAACATCTCCAGGTTGAAGTCCTGATAAAATTGCAGCCAAATCACCAGGTCTTTCTAATGAAGGCCCTGATACTGTACGTATATTAACTTCCATTTCATTGGCAATGATATTAGATAATGTTGTCTTACCTAATCCAGGGGGGCCAAAAAGCAATACATGATCTAATGGTTCATGACGAAGTTTAGCCGCTTTAATAAATACTTCTAAATTACTTTTTATTGAATTTTGACCAATATATTGTCGTAATCTCGTAGGTCTAAGCGACAATTCGAAATCAGTTTCTTCACTATGCATTGATTGATCAACCATACGCTCATTCAT

Protein sequences of DBSCAN-SWA_4

>AP018922|1640729:1649772|1640729_1641248_-|BBG08384.1|DBSCAN-SWA
MDLKQYVSEVQDWPKPGVSFKDITTIMDNGEAYGYATDKIVEYAKDRDVDIVVGPEARGFIIGCPVAYSMGIGFAPVRKEGKLPREVIRYEYDLEYGTNVLTMHKDAIKPGQRVLITDDLLATGGTIEAAIKLVEKLGGIVVGIAFIIELKYLNGIEKIKDYDVMSLISYDE
>AP018922|1640729:1649772|1641269_1643543_-|BBG08385.1|DBSCAN-SWA
MIKPKYKWKLTKPAEYISDELTSKLKLTPIVKKILESKSIIDEQAIESIISDTDINHDALQLSDMTKTIERIKRAIANDEKILVYGDYDADGVTATTILVTTLQLLGAQVGWHIPNRFTEGYGPNELAFRNAHDEGITLIITVDNGIQGHNEIKMVQDLGVDVIVTDHHEIGSTLPEAYAIVHPMHPSFNYPFQQLCGAGVAYKLAQALIENVPDYFKALVAIGTIADLVSLTDENRSLVKQGLKVLNDQCPTSVKALLKEAGYNDNIDEETIGFIIGPRLNAVGRLDDASLACELLMTDDEEEAAFLAEQVEHFNRERKDIVATITEEAMAMAETKVKKGDLFLLLAKENWHEGVLGIVASKIVETFALPTLILNIDREQNHAKGSARSIDQVSMFEILSAHQELIAKFGGHHMAAGMTMDIENIESLAEGLNKWMKELSKTTSLDPVKQVDVLLTENDITIKNIRDMNRLRPFGTDFSRPIFEMDDLSVSSVKAIGQQKNHLKLTLGESNIAALFWQNGHLEPELQDEQPINILGSVQINEWNGNQSPQIIIQDIAMNEQQILDYRSKRKSLPFTENDENIVVLIHPKSDKVNANEYYYGEEIKQQTDKVVLRDLPTSMEDLSNSLQQLQFSQLYIVLQHNHSIYFDGIPNMDIFKKCYKALITKQETNIQKEGMLLCQHLSVKPDTLKFMLKVFLDLKFVTQEDGLIRINQQPDKRSIDSSKVYQLRQQRMDVEKQLLYQDFSEIKNWIKSQLS
>AP018922|1640729:1649772|1647740_1648766_-|BBG08389.1|tRNA|DBSCAN-SWA
MNIEEFDYDLPESLIAQTPLKDRDHSRLLVMDRETGEMKHLHFKDIIEYFRPGDTLVLNDTRVMPARLFGLKEETGAKVEMLMLTQIEGDDWEVLLKPAKRIKVGNKLNFGNGKIIAECIKEMDQGGRIMRLHYEGILQERLDELGEMPLPPYIKERLDDPDRYQTVYAKESGSAAAPTAGLHFTDELLTEIKNKGVNIAFVTLHVGLGTFRPVSVDVVNDHEMHSEYYQMTQETADLLNDTKSKGHRIISVGTTSTRTLETIRRDHDKFVETSGWTNIFIYPGFDFKAIDGQITNFHLPKSTLVMLVSAFSTRENVLNAYKTAVNLEYRFFSFGDAMLII
>AP018922|1640729:1649772|1646299_1646560_-|BBG08387.1|DBSCAN-SWA
MQFSLLIYIVVIFAVMYFLMIRPQQKRAKQHRELINNIQSGQRITTIGGIKGTVKAVDETTVVITVNGHGTELTFEKPAIKQVDPS
>AP018922|1640729:1649772|1646578_1647718_-|BBG08388.1|DBSCAN-SWA
MPAVTYEHIKTCKQSGARLGIVHTPHGSFETPMFMPVGTKATVKTMSPEELRQIEAKIILGNTYHLWLQPGNDIIKHAGGLHKFMNWDGPILTDSGGFQVFSLSNLRKITEEGVEFRHHTNGSKLFLSPEKSMQIQNDLGSDIMMAFDECPPMPAEYDYVKKSIERTTRWAKRCLDAHQRPEDQALFGIIQGGEYEDLREQSAKDLVELDFPGYAIGGLSVGEPKPVMYKMVEHTEQFMPKDKPRYLMGVGSPDALIECSIRGMDMFDCVLPTRIARNGTCMTSQGRLVIKNAKFADDLRPLDENCDCYTCQNYSRAYIRHLIKAEETFGIRLTTIHNLHFLLKLMEDIRQAIREDRLLDFKEEFFEQYGLNVENPKNF
>AP018922|1640729:1649772|1648767_1649772_-|BBG08390.1|tRNA|DBSCAN-SWA
MNERMVDQSMHSEETDFELSLRPTRLRQYIGQNSIKSNLEVFIKAAKLRHEPLDHVLLFGPPGLGKTTLSNIIANEMEVNIRTVSGPSLERPGDLAAILSGLQPGDVLFIDEIHRLSSVVEEVLYPAMEDFFLDIIIGKGDEARSIRIDLPPFTLVGATTRAGSLTGPLRDRFGVHLRLEYYNESDLKEIIIRTAEVLGTGIDEESAIELAKRSRGTPRVANRLLKRVRDFQQVNEDEQIYIETTKHALGLLQVDQHGLDYIDHKMMNCIIKQYNGGPVGLDTIAVTIGEERITIEDVYEPFLIQKGFLERTPRGRKATPLAYEHFAKSNEERG
>AP018922|1640729:1649772|1643745_1646025_-|BBG08386.1|DBSCAN-SWA
MKKSSRIIAFLLLVVLLFAGMAATYKSVIKNVNLGLDLQGGFEVLYQVDPLNKGDKIDKKALQSTAQTLENRVNVLGVSEPKIQVEEPNRIRVQLAGVTDQNEARKILSSQANLTIRDAEDKVKLSGSDIKQGSAKQEFKQETNQPTVTFKVKDKNKFKKVTEEISKKRDNVMVVWLDFKKGDSYKKEAQKKNPKFISAASVDQPINSDSVEISGGFKGQEGVKKAKQIAELLNAGSLPVDLKEIYSNSVGAQFGQDALDKTVFASFIGVALIYLFMLGFYRLPGLVAIIALTTYIYLTLVAFNFISGVLTLPGLAALVLGVGMAVDANIIMYERIKDELRIGRTIKQAFSKANKSSFLTIFDSNLTTVIAAAVLFFFGESSVKGFATMLLLGILMIFVTAVFLSRFLLSLLVSSNIFKNQFWLFGVKKNKRHDINEGVDVHDLKTSFEKWNFVKLAKPLIGVSILIVVVGLVILYIFKLNLGIDFSSGTRVDFQSKQAITQQKVEQVVKDRGLKADQIQINGKDNKVATVQFKDDLTRAQDNKLSDNIKSKFGDTPQINTVSPIIGQELAKNAMLALIYASIGIIIYVSLRFEWRMGLSSVLALLHDVFIIVAIFSLFRIEVDLTFIAAVLTIVGYSINDTIVTFDRVRENLQKVKVITTTEQIDDIVNRSIRQTMTRSINTVLTVIVVVVAILFFGAPTIFNFTLALFIGLISGVFSSIFIAVPLWGIMKKRQLKKSPKHKLVVYKEKKSNDEKILV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG08384.1|1640729_1641248_-	GTP pyrophosphokinase	A0A1V0SKE5	Klosneuvirus	5.6e-29	46.5
BBG08385.1|1641269_1643543_-	adenine phosphoribosyltransferase	A7KV88	Bacillus_phage	1.2e-62	28.8
BBG08386.1|1643745_1646025_-	putative single-strand DNA-specific exonuclease	A0A1B1IVP7	uncultured_Mediterranean_phage	1.8e-31	35.8
BBG08387.1|1646299_1646560_-	protein-export membrane protein SecDF	A0A1B1IVR5	uncultured_Mediterranean_phage	8.2e-05	35.3
BBG08388.1|1646578_1647718_-	preprotein translocase subunit YajC	A0A1B1IVQ4	uncultured_Mediterranean_phage	5.4e-85	44.7
BBG08389.1|1647740_1648766_-|tRNA	queuine tRNA-ribosyltransferase	NA	NA	NA	NA
BBG08390.1|1648767_1649772_-|tRNA	S-adenosylmethionine:tRNA ribosyltransferase-isomerase	B3GAM6	uncultured_virus	1.7e-05	29.1

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>AP018922|1686936:1696700|DBSCAN-SWA
TATGTATAAAAATTATAACTTGACCCAACTTACACTACCAATAGAAACTTCTGTTAGAATCCCTCAAAATGATATTTCGCGATATGTTAATGAAATTGTTGAAACGATACCTGATAGCGAATTCGATGAATTCAGACATCATCGTGGCGCAACATCCTATCATCCAAAAATGATGTTAAAAATTATCTTATATGCATATACTCAATCTGTATTTTCTGGTCGTAGAATAGAAAAATTACTTCATGACAGTATTCGAATGATGTGGTTAGCTCAAAATCAAACAGCTTCTTATAAAACTATTAATCGTTTTAGAGTGAATCCTAACACTGATGCGTTAATTGAATCTTTATTTATTCAGTTCCATAGTCAATGTTTAAAGCAAAATCTTATTGATGATAATTCAATTTTTATTGATGGTACAAAAGTAAAAGCTAATGCCAATAGATATACATTTGTGTGGAAGAAAAGTATTCAAAATCACGAATCGAAATTGAACGAAAATTCAAAAGCATTATATCGTGACTTAGTTGAAGAAAAAATAATACCAGAGATAAAAGAAGATGGAGATAGCGATTTAACAATAGAAGAAATAGATTTAATTGGTAGTCATTTAGATAAAGAAATCGAAGATTTAAATCATTCTATTGAGAACGAAGATAGTACTCAAATTAGAAAACAGACCCGTAAAAAAAGAACTGAGATTAAGAAGTTCAAAAAGAAATTTGATGATTATTCTGAGAGAAAACGTAAATATGAAGAGCAAAAATCGATTCTTAAAGATAGAAATAGCTTTTCTAAAACTGATCATGATGCAACTTTTATGAGAATGAAGGAAGACCATATGAAAAATGGCCAACTTAAGCCAGGATAAAACAAATAGCGACAAATTCTCAATTTGTTTTATCCTATGACCTATTTCAAAACCCAACAGATACTAGAACTTTAATTCCATTTTTAACAATGATTCAAAATACCTTCAGTTATTTACCGGAGTATATTGTAGCTGATGCAGGTTATGGTAGTGAGCAAAACTATATGGCTATTATAGATGACTTTAATAAAACGCCACTTATTACGTATGGCATGTTTATTAAAGATAAAACGAGAAAGTTTAAAAGTGACATTTTTAACACTCAAAATTGGAAATATGACGAACTTAATGATGAATTTATATGTCCTAATAACAAAAGAATAGGTTTTAAAAGATATATGCATACCGTAATGATAGATATGGTTTTAAACGTGACTTCAAGCTATATGAATGCGATGACTGTTCATCATGTTCTTTGAGACATCAATGCATGAAGCCAAATTCGAAATCCAATAAGAAAATCATGAAGAATTATAATTGGGAATACTTTAAAGCCCAAATTAATCAAAAGCTTTCTGAACCAGAAACGAAAAAAATCTATAGTCAAAGAAAAATTGATGTAGAGCCTGTTTTTGGATTTATGAAAGCTATTTTGGGTTTCACTCGAATGTCAGTCAGTTCGAGGAATAAATAAAGTTAAACGAGAGCTAGGTTTTGTATTAATGGCACTTAATATAAGGAAAATAGCAGCTCAACGAGCTGTACATTATAAAATACATATCAAAAAAGCTGATTTCTATCAAGTAATTAATAGAAATCAGCTTTTTTACATTGCCTAAGAACTTAATGTCCCAAGCCCTTATTTATAGTGTAATATTAATCTTCTTCTCCGTAATTCGGCTTTTCAATATAACCTTCTTCTTCTAACAATCTCTCAAGGTTTTGTTTTAATTCAAGTTTATCCCCTAAATTATCGATGACATGATCGGCCATTCGACTTTTTTTATCAATAGAAATTTGGCTATAGACACGAGCTTTCGCATCTTCTAATGACAAATTATTACGTTGCATTAAACGATCCATTTGTATACTTTCAGAAGTGTATACAACCCACACTTCGTCTACTGTATTTTCCAATTCATTTTCAAATAATAATGGAATATCCATGATTACATTATATCCTTGTTTTAAATATTCTTGCTTTTCTTCTTCCATAATATCTCGCACGATAGGATGTATGATAGCATTTAATTCTAAGCGTTTTTCTGGATGGTTAAACACTAAATCACCCATATAACGACGATTCATCTCACCATTTTCATCAATTGCTTCATCACCAAAGACTTCTCGTACTTGAGCTAAACCTTTACTCCCCTTTTTAACAGCTTCCCTGGCTGCTTTATCAGCATCTACTACTTTAAAACCGAATACGGATAAGAGTTCTGATACTGTTGATTTTCCTGAGGCGATTCCACCTGTTAGACCAATAACTTTCGGCATAATTTCACTCTTTCTTTATTTTTGACATACTGGACAATAATGACTATTTCTTGTCGCGATGATTTTTGTTTCAATTTGACTTCCACACACTTTGCATACCGGCTGCTTATATACATTAAGATGCAATTGCATCTCACCAGTTTTTCCATCAGCATGACGATAATCTGAAATACTTGTACCGCCATATTTAATACCTTCTTCTAGTACTTCTCTAACATAATAAAAAACCATTTCTTGTTGTTGGTGTGTTAAGTCTTTTACTTTTTTATCTGGTAAAACACCTGCACGAAACAACGCTTCACATGCGTAAATATTTCCACAACCTGCGATTACTTTATGATCCAAAATCACTTGTTTGATTGGTTTATTCTTATTAGACTGTTGATGAATTCGATTTAAATAATACGTCAATGCTTCATTTGAAAAAGGTTCAGGCGCTATTTCTAAAAATGAAGGATAAGATGCTACAGACGCAACATTTCTAATTTCTCCAAAACGACGTATATCTGAATAAATTAACTTTTTGTCATTTGACAACTCAAAAATAACATGCCAATGCTTACGATAATTAGGTATCATAATATCTTCAAGTTCATCTACAATGAAAAAACCACCCGCCATACCTAAATGACTAATTAATGTACGTTGTTCTCGTTTATTATCTAGCTGAAAAACGATATATTTACTTCTTCGTTCTACATTTGTAATGGTATAGCCTTCCGATAAAGTTTTAAAAGTATCTAATTCAATTCCTTTTATAATTGTTTCCTTGCCTTGAGCTTTACCTTCGATTACTTTATCCGAAAATATAACGTGTTCAATTTTTTGATTTATAACGTAGGGTTCAATTCCTCTTTTTACATGTTCTACTTCTGGTAATTCGGGCATACCATTAACCTCACTTTATTTTGCATCATACCAAGTTGCACCATAACTTGAGTCTACTTTTAATGGAACATCTAATTGCAATGCATTTTCCATTATCTCTTCTACAAATTCACTAAATGAATCTACTTCTGACTTAGGTACTTCAAAAATTAATTCATCGTGTACTTGTAATAATAGTTTAGCTTGATATGTTGTCTCTTTCATTTTTTGTGCAAATTTAACCATTGCCAGTTTAATGATATCTGCAGCACTGCCTTGTATTGGCGTATTCATAGCAGTACGTTCAGCAAAGCCGCGTAAATTAAAGTTACGACTCGTAATATCAGGAATATAGCGTCGACGATGTAGCAATGTTTCCACATAACCTAAAGCTTTGGCATCTTTTACAATATCAGACATATATTGTTTTACACCTGGGAAACTAGCTAAATAATCATCAATGAATGCTTTTGCTTTTTTACGAGTAATACCTAAACTTTGACTTAAACCATAATCACTTATCCCATAAACAATTCCAAAGTTAACCGCTTTTGCTTGACGACGCATTAAACTATCGACTTGATCAGCCTCTACACCAAATACTTTCATAGCAGTTGCTGTATGAATATCATCGCCGTTGATAAATGCTTCTTTCATACTCTCATCTTGTGTAATGTGTGCTAATACACGCAATTCAATTTGAGAATAATCTGCTGATAATATAACGCTATCTTTTGAAGTTGGTTTAAAGGCTTTTCTTATTTTACGCCCTTCTTCAAGTCTAACCGGAATATTTTGTAAATTAGGATCTACACTTGATAAACGTCCAGTTTGCGCTAAAGTTTGGTTAAAACGTGTATGGATACGTTGATCATCACTAATTACCTTTTGCAATCCTTCAACATAAGTAGACTGTAACTTAGATAATTGACGATATTCTAAAATATAATCAATGATAGGATGTTCACCTTGCAATTGCTCTAAGACATCTACAGCAGTAGAATATCCTGTTTTCGTCTTTTTAATAACAGGTAATTGTAATGTCTCAAACAATACAACACCTAATTGCTTAGGAGAATTTATATTAAAATCTTCACCAGCTGCATCATGGATATTTCGAATCAAGACGTCTAATTTTTCTTGAATTTCTTTTTCCATTTCTTCTAAATCATGAACATCTGTAAATATACCAATTTCTTCCATTTCACTTAAAATCTTAGCTAGCGGTAGCTCTAAATCAGCTAAGAGTTCTACCTGATTGTATTCTTCTAATTGTTTATCCATATTTGGTTTCGCAAAGTAAATTGCATCAGTAATAGAAGCAACATATGGATTTAAAACATCATCTTCAGGTACCTTAAATTTCTTACCTTTTCCATATATACTCACATCGTCTTTCACAAAACTTTGACCGTACAATGAAACAACTGATTGAACATCACTAATCGTACGAGATGGATCAATTATATAACTGGCCAACATAATATCGAAAGAAATATTTTGAATATCAATTCCCAATCTATGTGATGCTACATATGTTTTTTTAGCATCATATACTACTTTTTTCGTATTCGGATTTTCTAACCATGAAACTAGTTCGGCATAATTATTTATGTCATCCGCATTAATTACAATATGTTTCTCACCTGTAAATAAAGAGAATTTTAAAATATTATTTCGCAAATAGTTACCACCGTCTAATTCGAAATGGATGGCCGCTTCTTTCAATGAAGTAAAATCAATATTATCAAAAGACGTTTCAATTTCAAATGTCTTTTCTATTGCATCTTCAACGCTTGCTGATTGATCAATGTCAGCCAACAATTGTTTGAATTCTAACTTCTTAAACAATTCGATTTTTTCTTGTTGTTCATCTTGATGAGTCATTAACGTATCTTCAAGTTTTACTTCAATCGGACTATCTACATTAATCGTTGCTAATTCTTTACTCATTAATGCATCTTCTTTGCTATTTTGAAGTTTTTCTTTTAACTTTTTACCTGAAATTTCATCTAAATGTTCATAGACACCTTCTACTGTGTCAAATTGGTTTAGCAATTTTATTGCTGTTTTCTCTCCAACACCTGCAACACCTGGTATATTATCAGAAGTATCTCCCATTAATCCTTTCATATCAATAATTTGATTAGGTGTTAACCCATTGTATTTTTCCGCAATAAAGTCAGGTGTATAATGATCAACATCAGTAACACCTTTTTTAGTGTAATAAATGGTTACATTATCCGTTGCAAGTTGTGTTAAATCTCGGTCTCCCGTAATAATAATTGTCTGAAAGCCCGCTTTATCTGCTTCTTTACTTAAAGTTCCGATAATATCATCTGCCTCATAGTTATCTAATTCATAACGTTTAATATGATAAGCATCTAATAATTGGCGAATATAAGGAAATTGCTCACTTAGTTCAGGCGGCGTTTTCTGGCGTCCACCTTTATATTCACTATATTTTTCATGTCTGAAAGTCGTTTTACCTGCATCAAACGCTACTAAAAAATGATTTGGCTTTTCTTCTTTTAAAATCTTCTCTAGTAACATTGCAAAACCATATACTGCATTGGTATGAATGCCTGCTTTGTTTGATAACAAAGGTAATGCATAAAAAGCTCTAAAACTTAAGCTATTACCATCGATTAATACTAATTTATTCACAATTTTAACCTCCAGAACTAATTTATATATATTTTAGCATATTCGACTGTGATGTCGTAATTAAAGAAACTATCTCATAGAGTATTTATACACGACCTAATTTCAAATAAAACAAGTGCCTATATAGACTTAGCTAAAAAATAAAAAAGACATAATCATGATTGTTCTTGATGAGCACTCCATAAAGTCAGGTTAAAAGTCCAACTTTTGAGATGCACATTATCATTTCATGATTATGTCTACTTTTTAATATTTTTATGCTGCTATTTTAAATTTTTATAGGTAAGAATAAGTTATGAATCGTCTGAACCAAATGGAATATATTTAACTTTGGTCATTTTCGGTAATTCTTCATAATTATTAAACCACTCTTGGTAATTTTTATTGATTGGTGACGGATGATGCATATAATGTTCAAACGGCAATGATTCCACTGTATAAACCTCTTGTCGTGGATGATCTTTAATTTGTTGTTTTAATAACTGAACTCTTTTTTCATGTTCATAATGAACATAAATAAATGCACTAAGATATATCACAGCTAAAACTAGTGATGCACCTTTAATAAAATTAACATTGATTGACTTATATTTCCGAAATTCTTTTAATAAAATAATTAAAATGATTACATGTATCGTATAAACAATCAAAAAATTACCTGGTTCAATTGGAGTAACAATGACTAGTGTCGACGCCGAAACACATATTGCAATAAGTAAGGAATATAAAGTAATTTGTGTTTTACGATCATTAATAGACAAATAAATACCTACAAATATCGAAAACGCAAAGTAACCACATACAATTACGTTCACAAAACCAACCAATCCAATATCTGTATTTTTATTTAATAAAAACTGATTGTAAAATAGTAAATAATAAAGCGGTAAAGTGATAAATCCTATCATAATGATACGACGCTTTAATATTGTTAAATGTACATACCGATCACTTCTAAGCAGTAGATAAATAATAAGCGCTGCAATCATACTTAAAATTATAATCTGACTGAAAATGACACCATATGGAAGTGACGTTGATATCATTTCTGCAAATTTTGAAAAGATACCTTGATTATTTGAAACTTGTTGATATTCTGATCCTTCAAATAAAATTTTGCGATAATTTGGATTGGAAAACATAATGATTGTACCTATAGTAGCAATCATAAATGAAAACAATAATTTATAATTAAGTGTTCGATTTGCAGTAAATTCATACAGAAAAGCTAAAATTAAAATGATACAGTGGAATAATGTCACATTCTCCATAAATAATTGACCGAAGAAGCATAAAACATAGAATAGTACAGTAACACTTACCGGCTGCTTTTCTTTATATATAATTGCATTAATACAATAATAAATAATAAAGAGTGAAATTAGTGTTGATGTCGCATAATTATAAAATCCTGCAAACCAGCCATATGTATCTGCATAAATAGCACTTGGTAAAATTAACATTAAAGAAAATGCTAACAAATAATAGCTTGTCCACGCTTTACAACGTGTAATGTGCATAATCATCCAAATGATGCCCATACTAATGAGACCATATGAAAGCCAACGTAACCAGCTTACATGTACAGCTATAATTTCAAAGATATTTCCGATATAGCGACCATTAAGTGATGCAAATCCTACTTTTAAAATATCAGTATTATAATTGCTAAACCATTGTAAATCATCGTGCATGAGTGGTAGTAAGATACCCATAAAAGTATAAAACAATAATATCGCAATTAATATCAAAGTTGTCTTGTGTAATTGAATTGTTTTCACTTTGCTAATCCTCAAATCTAGTTAAATTTTCCTCAACTTGTAGGTCGAAAAATTAATTCAATATTTTTAATGTATTTCTAATTTTCACCTATGCATGTTTCCTCAATCAAATTAGATAAACAAGGTATTTAATATTACTTTCAACAATTTATCTAAATCGCCCCTCGTCTTTTTCTATGACGAATGATTACACTTGTCTATTCAAGTGTTTAAATTAAGATTTATTTCCGTTCAAATAAAACTTATTACTTTTTAATTAAGCATCTATTTTAAGCGCGTTACTAAAATTTCTTTATTATAATAAATATATTATAAAATTGCTTGATTCACAACAATCTATTACTTATAACTTACAAATCGACATATGCAAATGACAAAATTGACAACCGAATTTATTCCACTTCATTAACTCTAATTTAATACCAATAGAGATTTGAACGAAATAAAAAAGCAGCAACAACTTCGTGAAAAATACACGCGCTGTTACCACTTTAATTTTTATTCTTTATAATCTTTTAGAATAACTTTGAACGTTGAGCCTTTGCCAACTTGACTATTCACTTCAATATTGCCTTGGTGGGCCTCTACTATATGCTTTGTAATTGATAATCCAAGACCTGTCCCACCAGAATCTCTACTTCGTGCTTTATCTACTCTATAAAATCTTTCAAAAATACGTTGTTGGTCTTCTAATTTAATACCTATACCAAAATCTTGTACTTCGAAAATGACACGAAAGTCATCTCGATACACACGAACGTTAATATCTCCATCTTCATAAGAATAGTTAATTGCATTCGTTAACAAATTCGTGATAACTTGAGCAATTTTACTTTCTTGTGCTTTAACAATGACATCTTTTTCAATATCAGTATGAATGGAAATATTTTTTTGATTGGCTTGAGTCATCATATTATCAATAATACGCCGCGTTAAATCTGATAAATTCATATAGTCTGTATCTAACTCTGTATGTTGCTCAATATGCGATAAATCTAACAAATCTGTTACTAAAGATTCTATTCGATTTGATTCTTTTAAAATTATGTTTAAAAACATGTCTAATGATTCCGCATCATTTTTTGCACCATCAATAAGTGTTTCAGCAAACCCCTTAATTGAAGTAATAGGTGTTTTTAATTCATGTGAAACATTTGCTACAAACTCACGTCTTAGATTTTCAAGTTGTTTCAGATTTGTTATGTCATGCATCACAACTAAAATCCCTTGCAAACTTTTTTGAGACCTAGTTAAAATCGGAACGCATGAAATATCAAAGTACTTGGCATGGACTTGGTTTATTGCAACTTCCAATTGTTCATAAATAGGTTTTTCAACTTTAAAACTTTCTAAAATTAATTGCTCAATTTCAGTATTAACATAACCGTGATAGCCTACTTGTTCAATATTATGCGAGATGTTGAACTGTTCATAATACGCTTTATTTGCAACAACGATTTTTCCATTTCGATCTATCATTAAAATAGCACTTGGAATATTTTCAATCGTTGTTTTTAAACGGTTGGATTGAATTTTTTGCTCATTATTAAGCTTTTGAAGGCGTCGTGCTAAATCATTGGTAGACACAAAAAGCGCTTTAGTTTCTACAACATTACTTTCAGGTACACGTATGTGATAATAACCATTTGCCAACAATTGTGTTGCATAAGTAACTTCTTGAATGGGACGGATTAATGTACGCTTAAAACTACGGCTTGCAAAATACAGACAAATGAGTACAACTAAACATGTCAAAATAAGATATTTCCACAACGTCCAATGCATTTCTGTAATATCGTTATTGTAACCTTTAATCCATACATGATAACCGTTAACCTTCTTATTAAAAATAAAAACGTCCCTTTTTTGAATATAGCTATCACTATTTGGGATAGCTTTCAGTTTGCCACTACTAAACACCTTTTTATCATGCTTAGTTATCAATAAATCTATATTTTGCTGTTTTACAATTTCTTTAACTTTATCAATCTCATTATCTTGGACTAAATAAATATATGATCTTGCATCTGTTGCTAGAGCTTGTTCGTGTTTTTCTGATAAAACATATGTGATGGAAGCGTGAATAATAATGCCTAATGTAACAAAACTGATAATTAATATACTGCTTATCAATAACAT

Protein sequences of DBSCAN-SWA_5

>AP018922|1686936:1696700|1686936_1687806_+|BBG08428.1|transposase|DBSCAN-SWA
MYKNYNLTQLTLPIETSVRIPQNDISRYVNEIVETIPDSEFDEFRHHRGATSYHPKMMLKIILYAYTQSVFSGRRIEKLLHDSIRMMWLAQNQTASYKTINRFRVNPNTDALIESLFIQFHSQCLKQNLIDDNSIFIDGTKVKANANRYTFVWKKSIQNHESKLNENSKALYRDLVEEKIIPEIKEDGDSDLTIEEIDLIGSHLDKEIEDLNHSIENEDSTQIRKQTRKKRTEIKKFKKKFDDYSERKRKYEEQKSILKDRNSFSKTDHDATFMRMKEDHMKNGQLKPG
>AP018922|1686936:1696700|1689261_1690134_-|BBG08432.1|DBSCAN-SWA
MPELPEVEHVKRGIEPYVINQKIEHVIFSDKVIEGKAQGKETIIKGIELDTFKTLSEGYTITNVERRSKYIVFQLDNKREQRTLISHLGMAGGFFIVDELEDIMIPNYRKHWHVIFELSNDKKLIYSDIRRFGEIRNVASVASYPSFLEIAPEPFSNEALTYYLNRIHQQSNKNKPIKQVILDHKVIAGCGNIYACEALFRAGVLPDKKVKDLTHQQQEMVFYYVREVLEEGIKYGGTSISDYRHADGKTGEMQLHLNVYKQPVCKVCGSQIETKIIATRNSHYCPVCQK
>AP018922|1686936:1696700|1695059_1696700_-|BBG08435.1|DBSCAN-SWA
MLLISSILIISFVTLGIIIHASITYVLSEKHEQALATDARSYIYLVQDNEIDKVKEIVKQQNIDLLITKHDKKVFSSGKLKAIPNSDSYIQKRDVFIFNKKVNGYHVWIKGYNNDITEMHWTLWKYLILTCLVVLICLYFASRSFKRTLIRPIQEVTYATQLLANGYYHIRVPESNVVETKALFVSTNDLARRLQKLNNEQKIQSNRLKTTIENIPSAILMIDRNGKIVVANKAYYEQFNISHNIEQVGYHGYVNTEIEQLILESFKVEKPIYEQLEVAINQVHAKYFDISCVPILTRSQKSLQGILVVMHDITNLKQLENLRREFVANVSHELKTPITSIKGFAETLIDGAKNDAESLDMFLNIILKESNRIESLVTDLLDLSHIEQHTELDTDYMNLSDLTRRIIDNMMTQANQKNISIHTDIEKDVIVKAQESKIAQVITNLLTNAINYSYEDGDINVRVYRDDFRVIFEVQDFGIGIKLEDQQRIFERFYRVDKARSRDSGGTGLGLSITKHIVEAHQGNIEVNSQVGKGSTFKVILKDYKE
>AP018922|1686936:1696700|1690149_1692780_-|BBG08433.1|DBSCAN-SWA
MNKLVLIDGNSLSFRAFYALPLLSNKAGIHTNAVYGFAMLLEKILKEEKPNHFLVAFDAGKTTFRHEKYSEYKGGRQKTPPELSEQFPYIRQLLDAYHIKRYELDNYEADDIIGTLSKEADKAGFQTIIITGDRDLTQLATDNVTIYYTKKGVTDVDHYTPDFIAEKYNGLTPNQIIDMKGLMGDTSDNIPGVAGVGEKTAIKLLNQFDTVEGVYEHLDEISGKKLKEKLQNSKEDALMSKELATINVDSPIEVKLEDTLMTHQDEQQEKIELFKKLEFKQLLADIDQSASVEDAIEKTFEIETSFDNIDFTSLKEAAIHFELDGGNYLRNNILKFSLFTGEKHIVINADDINNYAELVSWLENPNTKKVVYDAKKTYVASHRLGIDIQNISFDIMLASYIIDPSRTISDVQSVVSLYGQSFVKDDVSIYGKGKKFKVPEDDVLNPYVASITDAIYFAKPNMDKQLEEYNQVELLADLELPLAKILSEMEEIGIFTDVHDLEEMEKEIQEKLDVLIRNIHDAAGEDFNINSPKQLGVVLFETLQLPVIKKTKTGYSTAVDVLEQLQGEHPIIDYILEYRQLSKLQSTYVEGLQKVISDDQRIHTRFNQTLAQTGRLSSVDPNLQNIPVRLEEGRKIRKAFKPTSKDSVILSADYSQIELRVLAHITQDESMKEAFINGDDIHTATAMKVFGVEADQVDSLMRRQAKAVNFGIVYGISDYGLSQSLGITRKKAKAFIDDYLASFPGVKQYMSDIVKDAKALGYVETLLHRRRYIPDITSRNFNLRGFAERTAMNTPIQGSAADIIKLAMVKFAQKMKETTYQAKLLLQVHDELIFEVPKSEVDSFSEFVEEIMENALQLDVPLKVDSSYGATWYDAK
>AP018922|1686936:1696700|1688236_1688440_+|BBG08430.1|transposase|DBSCAN-SWA
MKPNSKSNKKIMKNYNWEYFKAQINQKLSEPETKKIYSQRKIDVEPVFGFMKAILGFTRMSVSSRNK
>AP018922|1686936:1696700|1693073_1694561_-|BBG08434.1|DBSCAN-SWA
MKTIQLHKTTLILIAILLFYTFMGILLPLMHDDLQWFSNYNTDILKVGFASLNGRYIGNIFEIIAVHVSWLRWLSYGLISMGIIWMIMHITRCKAWTSYYLLAFSLMLILPSAIYADTYGWFAGFYNYATSTLISLFIIYYCINAIIYKEKQPVSVTVLFYVLCFFGQLFMENVTLFHCIILILAFLYEFTANRTLNYKLLFSFMIATIGTIIMFSNPNYRKILFEGSEYQQVSNNQGIFSKFAEMISTSLPYGVIFSQIIILSMIAALIIYLLLRSDRYVHLTILKRRIIMIGFITLPLYYLLFYNQFLLNKNTDIGLVGFVNVIVCGYFAFSIFVGIYLSINDRKTQITLYSLLIAICVSASTLVIVTPIEPGNFLIVYTIHVIILIILLKEFRKYKSINVNFIKGASLVLAVIYLSAFIYVHYEHEKRVQLLKQQIKDHPRQEVYTVESLPFEHYMHHPSPINKNYQEWFNNYEELPKMTKVKYIPFGSDDS
>AP018922|1686936:1696700|1687895_1688225_+|BBG08429.1|transposase|DBSCAN-SWA
MIQNTFSYLPEYIVADAGYGSEQNYMAIIDDFNKTPLITYGMFIKDKTRKFKSDIFNTQNWKYDELNDEFICPNNKRIGFKRYMHTVMIDMVLNVTSSYMNAMTVHHVL
>AP018922|1686936:1696700|1688622_1689246_-|BBG08431.1|DBSCAN-SWA
MPKVIGLTGGIASGKSTVSELLSVFGFKVVDADKAAREAVKKGSKGLAQVREVFGDEAIDENGEMNRRYMGDLVFNHPEKRLELNAIIHPIVRDIMEEEKQEYLKQGYNVIMDIPLLFENELENTVDEVWVVYTSESIQMDRLMQRNNLSLEDAKARVYSQISIDKKSRMADHVIDNLGDKLELKQNLERLLEEEGYIEKPNYGEED

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG08428.1|1686936_1687806_+|transposase	IS1272 transposase	A0ZS58	Staphylococcus_virus	1.0e-131	95.5
BBG08429.1|1687895_1688225_+|transposase	transposase	A0A146ICT8	Staphylococcus_phage	3.3e-43	96.5
BBG08430.1|1688236_1688440_+|transposase	transposase	A0A146ICT8	Staphylococcus_phage	1.4e-28	95.5
BBG08431.1|1688622_1689246_-	dephospho-CoA kinase	NA	NA	NA	NA
BBG08432.1|1689261_1690134_-	putative formamidopyrimidine-DNA glycosidase	G3MA33	Bacillus_virus	2.0e-42	39.1
BBG08433.1|1690149_1692780_-	DNA polymerase	A8E2B3	Enterococcus_phage	6.1e-47	33.0
BBG08434.1|1693073_1694561_-	hypothetical protein	NA	NA	NA	NA
BBG08435.1|1695059_1696700_-	alkaline phosphatase synthesis sensor protein	W8CYF6	Bacillus_phage	5.7e-35	39.4

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>AP018922|1775658:1843010|DBSCAN-SWA
ATTATGATTCTTTTTCGTTTTTAGTACGTCTTCTAGCTAACAAAGCCGCACCTGTAATCAGTGCAAATTCTTTCAATGGTAAATCCATTCCTTCAGAACCTGTATTTGGAAGTTCTTTTTCAACTTTGCGCGATTCATGTGTCTCTTCTTTTTTAATAGGCGTACAAACTTTTGGAGCTGGCTGAATTTCTTTTGGTGATACTTTCGTCGCTTCAGCTGGTAATTTAATTGCTAAAATTTCATCAACAATGAATTGCGTGTGTTGTTTGATGTCATTTAATGTCGCATCTTCATCAATCATTCTATTGCCATCTGCAACATATTGATCAATTAATACTTTTACTTTAGCTAATTGTTCTGGTGTTGCGATCGCTTTGAATTTCGCATATGTTTGTTGAGCAATGTTATCAATTCGCAGTAAGCTATTTTCTTTTTCAGTAATTACTGCTTCTATATCGCTTAATGCAACATTAAATCGTTTTAAAACTGCATCAACATCAGCATTAGTGCGTGCTGTTTTTAATTCTTCATCCATTTGTAATTTTAAAGCAGTTATAGCTTTTAATGCATCAGCCTTATTACGATTACTTACTTTTCGATAATTTTGCACTAAAGCAGTGACGCGTGCAAGATCATCATTAATCGTTTTTTCAGCATCTGGCTTTTTAATAGGATGTACATCTAAATCATGTATTGTTTGTAGATTTAATGATGCTGTTTTATCAACTTGTGCATTGCTACGATCTTGATCAATTTGTCCAATAGCAGTGTCATAAATATTTTGTAACTGTGCTAATATACTATTTCTTTCTTCTACCGTTGCTTGAATATTCGCTTCAATTGCTTGTTTTTTATCGTTGAATAATGTTGTCAATTGTTCTCGAGCAGACGCCTTTCTGCTAATAACAGGTTCGATTTCACGAATTTCGTTTTTCTCATCATGCAATAAATATGCCACATCAGCATTAGTCGCTGCACTAGCAATTTGTTGTTTAGCTTTAATTAACTCTTTTTCAACTTGTGCAATTGCAATATTTTGTTCTTCATCTGTCGCTTCGTTATTTGCTTTAATTAAATTAATTTTATTTGTAGCGATATTTTGAATTTGTTGTAATGCTGTTGCTTTAACTGTTGTCGCTGGTTTAATTTTTGAAATAATATTTTGAGCATTTATACTATCTTGATTAACTTGGGCAGTCTTATCTGCATGATTGATCTGATCAATAGCCTGATTAAGTGCTTGTTCTACTAAATGTTTAGCAGCTAGTCTTTCTTCTTCAGTTGATAAATCGCTTTGATCGATTAGTGCATTTTGAGCTTCGGCTTTTACACCAACAGATTGACGCGCTGCTGGTTTAACTTGAACTTTAGGTAAAATCACTTTGATGTTGTCGTTGCCATCAGTCTCAGTTCGATCCACTTCTGCATTCGTTTTGTTTTGTGCAATGTCATTTTTAATTGTATTTACAATTTTATTTAAAGTATCAATAGCAACATCTCTTTCATCTTGAGTAGTATCCAACGTATTTCGGATTGCATCGAGTTGATTTTTATTATTTTCTTCAATGCTATCAAGCGCAGCTCGTTTACGTCTTACTTTAGGTTTTATTTGCTCTATTGCCTTGATTGTTTGATTTCTAACATCAGTAACAGCAGCATCTTGATTTGTATTTTCTATTTCTTGTTGCGCTTGTTTGAGTGTGTCGCTAATTAATTGATTCGCTTCATCTAATTCATCAACTGTTGCATGTGGTGTATCTTTTATTGATTCTACTTGATTTTCTGCACTTGCTTTTATTGCTTGTTGTGCTTCAGGCTTAACCACAATGTGCGGTTCTACGCCTTTTAACGTAGCAATACCATTTGATTCAACACGTTTCACATCATTATTCGCTATTGCTTGATCGATGTTTTGTAATGCACGTTTTTCATTATTCGCTAATTGATTTAAAGCAACTTGTTTTTCTTCATCAGTCGCATGTTCCGCTTGCTCAATTTCGCGCTTTTTAGCTTCATATTGTTGCTTAACTGCATCTCTAGCAGCTGCTCTAACAATATGGTCAGGCGTCACTAAAGCAATGCTATCAAGCGCTTGACTTGTTGTATCATCAACTTGTTGATTTGTTCTATTATTCGTAATATCTGTCATGGCTTGATTTACAAATTCATTGATTTTATCTAGTGCCGCTTGTCTTTCTTCTGCTGTCGCTTCTTTATCTTGATTAATTTGCGCACGTAATTCATTCGCTTTTTGATTGATTTTTTCACGTGCTGCTGGTTTAACTTTTGTTTCAGGTTGAATAATTTTAATCGCTGATACACCATTTGTTGCCGCTTGATTGACCTGACTATTCGTTTGAGCTTGGTCAATAGCTGCAAGTGCTTTTTCTTTTTCTTTAGCTAATGCTTGTGAAGCAACTTCTTTCTCGTTATCTGTTGAATCAAGACTATTATCAATTTGCTGTTGCTTTTCTTTAACAGTTTTTTCAATATCTGCAATTGCCTTTGGTTTAATTACTACTTCAGCTTCAACATTGTCTATAGCATTTATCGCTTGATTTGTAGTTGCGTCTACCTGATCATTTGTTTGGTTTTGATTAATTTGATTAAATGCTTGATCTTTAAGTTGATTGATTTGATTAACAGCAGCCTGCTTTTCTTCATCAGTTGCATTAGGTGTTTGTTTAACCGCTTCAATACGCTTCGCCACTTCAGCAGTGATTTTATCTCGTGCTGCTTGCTTTTTCACTACGTCAACTTGAACAGCATCAATATTATTTTCTGCTGTTGTCGCAGCTTGGTCTACTTCTGCATTTGTGTTAGCTTGTTTAATACTTTCAATAGCTTGTTGTCTGTCTTGATTTAAAGTATTGATCGCAGCATTTTTCTCATCATTCGTTGCATCTGGTGTAGCATTGATTTCAGCTAATTTAACATTATAATGCTGATTGATTTGTGCTAATGCTGCAGGTTTTTTAACAATATTTGGCTGAATCGCATTAATTGCTTTTGTACCTAATTGTTGCGCTTGATCTACTTCCGCATTTGTATCAGCTTGATTTATATTATTAATTGCCGTTGCTAACTCTTGATCCACTTGATTTAAAGCCACTTGCTTTTCTTCAGTTGTTGCATCTGTGTTTTGATTAATTTCTTGCTTTTTAGCAGTTGCTAAATCATTTAATACACCTGTAGCAGTTTGTTTCTTCGTTACATGCGGTTGAACTGCACCGATTTGATTGACTGCATCGTCTCTAATACTATTGACCATCGCAGTAGTAGACGTCACACCAATATCAGTTAATGCTCTATTTTTAAGTGTATTGACACGATTTATCGCTTCTTGTTTCTCTTCTCGAGTTGCACCAGGTGTAGCATTGATATTTGTTATCGCCTCTCGCGCTTTATCATTTACAGCATTGCGAGCATCCGTTTTAACTTGTGTTGCCGGTTGAATCACAACTATATTTTGTGTGCCCTGATCTTTTGCTTGTGCAACTTCTTGATTCGTATCTGCTGCATTAATATTTTGCTTCGCTGTGGCTACAGCTTGATCAAGTAATTGTTGTGCTGCTTGTTGTTCTTCGAGCGTCGCATCATTATTATTAAATATCGTATTATGTTGCGTTTCCGCACTTTTATCGATGGCATTTTTTGCATCTGTTTTTACTTTTGTAGCTGGTGTAATTGCTTGTATTCCTTGAATCGCATTTGTCTTTACTTGTTCAACATCAGCATTGGTATTAGCGTTTAAAATGTTTGTGTTTGCTGCAGTTACAGCAGCATTCACTTTGTCAATTGCTGCTTGTCTTTCTTCTTGAGTCGCATCAGGATTAGCATTGATCTCTGCGATATGTTGTTGTGCATCATGTGATACGGCATCCCTTGCAGCTTGCTTAACAACAGTTACAGGAGCAATTGGATTAATGGCATTTAGACCATCTCCTTTGGCGTTATCAACATCAGCATTTGTTGTTGCTTGATTGATTTGTTCTAAAGCATGGTTGGTTGCTTGAGTTAATTCGTTCAATGCTGCATTTTTCTCTTCCTGAGTTGCTTCTCTATTACTATTTATTTGTTGTCTTTTCGTTGCTGTTGCTTGGTTAATTGCATCTCTTGCAGCTTTTTTATGAGTTACTTGAGGAACAACTGCTCCAATAGTATTGATGCCATTATTTTTAGCTGTTCCAACGTCAGCATTTGTAGTAGCATTCGTAACATTATCAATAGCATCTGTTTCATCCGTAGCTAATTGATTTAGTGCATCTTGAATCTCGTCTTCAGTAGCATCTGGTGTTGCATTGATAATTTCCCTTTGTTTCGTTGCTTTATCACGTATTGCTTTTTTAGCATTTGGTTTAACAACCGGTGTTGCAGTATCCCCACTTAAGGTCTGTATACCTTGATCTTTGATTCTAGTAACGCCATCATCAGTCGTTTGGTCACCAATGTTACCAATTATTTCATTTTTATGTTCCTCGATAACTTGTATTGCTGCTTGTTTTTCTTCATCTGTCAATTCATCATTTTGATTAACTAAATCCTCCATTTGGTCAACCTTTTTATTAACTGCATTTTCAGCATCAACACTTCGAATTAACGTATGTTGCATTTGATTAGTTAATGAATCAATATCTGCTTGAGAAACTCTTTTATTTAATGGTACATTGTTACGATTTTCATCTAAAATCGTTTGTGCGCGTCGTTTCAGACCATTAAAGATATCTAATGACGCAAATGTATAATCAGCTTGTTGAATGCGTCTGTCAACTTCGGCTTGTAATGCATCTTTATTCATGATGATATCGATAGTATATGGATTTGTACTTACAGTATGACTTTCAGCAGGTGAATTAATAAAATCTTGTGTATACGTTTTATATGTTAATGTATCATTAAATGTTACTGTTCTTGGTGTCGGTACATTATTAACACGCAACTTATATTTTAAATCCAATATTTTATCAGGCATTAATCGTGCCGGCGAGTTACCTGAACCTCCACCAGTACTTTTAATTGTTATCACTCGATTCGCCGCATCATACGTCACATTAAAATCATTCATATCAACACCTGAATTACTGCTTGGAAAATCTTTAGTCAATGAGTTATTAACATATTCTACCCCTTCAGGTAATTGAACTTTATATACAAAATCATCTGTATTAAATGAAGCGCCGAAGTTACCATTATTCTTTAATGAAGTTGTGACTGTAAATTCTTTATTATTAGTAGCTGTGGGTTCCATTGTTCGTCTTTCAACATAAACATGCGAACCAGAATGTAGACCAATTGAGTCAACAAAGTCATAGTATTTATAACCGTCTCTTAGTTGATAAATGCCACGCGCATCTGTTATTGCATCATTTTTAGGTACAAATTGAATTTTTAAGTGACTAACATTTTCAGGCACTTTAAACAAACGCCAAATCGGACCATAAGCTACTGATTTTTCTGCAATAACAGTATCATTATCAGCATTTTTAATTATTAAATTTGTCACACCTTGATAGTTTTTTGTAGTCATCGTATTAAATTCGAAAATTAATTCAGAATTTGGATTTACTGTTAAAGATTTTTCAATTCCATTAAAATCACCATGATCATTTGTATCATTTCCCTTAATACGACCTAATGCAATTACATTTCCTTGTGCTTGATAGTTCTTAGCATCTCCTGAATCAAACATACTTGTTCTAACCATCGCATGACTAAACACACCTACTTTACCACCATTGATAAGTGTAAAGCCTGGTAAATTATCAACAACTGTTACTGATGGTACAGAACGGTTGGTACTTGGTCTAATACCATTGTCATCAAAAGACAGCACTTCGTTAGGTGCATTTTGTCCTGCATTATTGGCATTAGGATCAGTTGTCGGCGTGTATGGCGCTGTAATTGCTACTGGTGCACCACCGTTTCCTGCCGCTGCAGCCGCTGGATCTGCTGGAGTTGCATTAGGATCTGCCGGTGCCGCACGTCTACTTCTCTTTTTCGGTCTATTAGATGCTGGTTCAGCAATTGCAACTAGCTCTGGTTTATCTGAAGAATGACGAACATCTTCTTGAATTTCCTTTAAAGTTAGATGTCCTCCTGAACCATTTTCATTTGTTTTATTTGGTACATTTAATGTGGTATTATTCGACACTGCATCATTATTATTAGCGTTTGACACTGTCTCAGTTGCTGTTGTATTGCCATCTGTATGATTATTGTTTTGTGCTGAAGGCGTACTTGATTGCACTGATGTTGGCGTAGCTTGATTTACTATACTACCATTATTATGATTAACCAATGCTTGATTCGTTGCTTGATTGGTTGTTGCAGATTGATTAGGTGTATTCTGCGCACTATTTGCTAAACCTCTATTATTAGCAACATCTTTATCTTGTGAATTTACAGGTGTTGCTTGATTAGTATCGCTTTGTACATTATTATCCGTAGTTAAGGCTTGTGCACCATTTGGGTTTGAAAGTAATAAAACTGTTCCGATTAAAGTAGAGAATATGCCTACTTTATACTTCCTAATACTATATTTATTTTTCTTTAACAAATTCATTTCATTTTCCTCCTGGTTGTCTGTTCTCTGCTGTGTTGTTAAGAATTATGCTAAAAATATACGCTCCCTCATATTATGTTTATAGCTATATTATTTTGTACAATATTTTAAGTTCACTCAATTTTATCATCATCATTTTATAAAATAAAGTTTTATTTTATTACAATTTAGTTTCCGTTTTGTAATTAAAATCTTAATAAAACATAACAAGAACGCTTTAGATTGTTTTGTAACAGAAAGTAATTCATACCAAAAAACACCAAGCAACCGAAACGTTACTTGGTGTCATTACAAATGTAATATTATTTTAAATTATGTCACTACTTTAAATACTTTTTATTTCCAAACCTTCATCGCCCCATGCGTGCATGCCGCCTTCGACATTTACGGCATCAATGCCATTTGCCTCTAAATATTCTACAACTTTAGCGCTTCGAACTCCACCAGCACATACAATATAATATATTTCATTTTTATTAAATGAATTTAAATGATCCGGAATGGTATCCATTGGAATCAACTTTGCATTAGGAATATATCCCATTGCTGTTTCTTCGTCAGTACGAACATCAACAATTTGAACTGGTTTAGATTCTAAAAGTTTGTTTTTTAATTCATCTGTAGTAATTGACTTCATTTCAAAGTCCTCCTTAAAACATTATTTAGCTACAATATTGACTAATTTTTGAGGAACAGCGATGACTTTCATGATGTCTTTACCTTCAATACTCGCTTTAACATTGTCATTAGATAAGGCAATTTCTTGCATTTCTTCTTTTGATGTATCTTTAGCAATTTTAATTTTAGCTCTCAATTTACCATTTACTTGAACAACGATTTCTACTTCATCATCTACAAGTAGTGCTTCGTCATAAGTTGGCCAAGGTTGGTACGTAATAGACTCTTCATGTCCTAATTTTGACCATAATTCTTCACCGATATGTGGTGCAATAGGTGCTAACATTTTAACGAAGCCTTCAATGTAAGGTTTATAAACTTCATCAACTTTATAACACTCATTAATAAATACCATTAATTGACTAATAGCAGTATTAAATCCTAATGTTTCAAAGTCTTCTGTTACCTTTTTAACAGTTTGGTTATAAACTTTATCTAAAGATTTATTATTTGTAGTTACAATTTTTGAACTCAATGTTCCATCTTCATTTACCATTAAACGCCATACGCGATCTAAGAATCGACGAGACCCATCTAATCCTTTTTCACTCCATGCAATTGCAGCATCTAAAGGTCCCATAAACATTTCGTAAAGACGTAAAGTATCTGCACCATGAGACTGTACTATATCATCAGGATTGATTACATTTCCTTTAGATTTACTCATCTTCTCATTACCTTCTCCTAAAATCATACCTTGGTTAAATAATTTTTGGAAAGGTTCTTTAGTAGGTACGATACCCAAATCATAAAGGACTTTATGCCAAAATCTTGCATATAATAAGTGAAGAACCGCATGTTCTACTCCACCGATATATAAATCAACAGGTAACCAATGTTTTAATTTTTCAGGATCTGCTAACATTTTTTCATTTTTAGGATCGATGTAACGTAAATAATACCAACAACTACCTGCCCATTGTGGCATTGTATTTGTTTCACGACGTCCTTTCATACCTGTTTTTTCATCTACAACATTTACAAATGAATCAATATTAGCTAGTGGAGACTCACCAGTCCCTGATGGCTTGATTTCATCTGTTTCAGGTAACAACAATGGTAGCTCTTCTTCAGGAACAGTTGTCATTGTTCCATCTTCCCAATGAATGACAGGAATTGGTTCGCCCCAATAACGCTGACGACTGAATAACCAATCTCTTAATTTGTAATTAACTTTCTTTTCGCCAGCACCTTTTTGCTCTAATAATTGAATAGCTTTAGTAATTGCCGCTTCATTTTCTAAACCATCAAGTTCACCAGAATTAATATGTTTACCTTCACCAGTGTATGCTGCTTCTTCAACATTTCCACCTTCGATGACTTCAATGATTGGCAAATCAAACTTTTTAGCAAATTCATAATCTCTGTCATCATGCGCTGGTACTGCCATAATTGCTCCAGTACCATATGTTGATAATACATAATCAGCAATCCAAATTTGTACTTTTTCACCAGATAAAGGATTAATTGCATATGCACCAGTAAACACACCTGATTTATCTTTTGCTAAATCTGTACGTTCTAAATCTGACTTTTTAGAAGCTTCTGTTTGATAAGCTTTTACTTTTTCTTTATATTCATCAGTTGTAATTGAATTAACTAATGCATGTTCAGGACTTAAGACTAAGAATGATGCACCATAGATAGTATCTGGTCTAGTCGTAAATACTTCTACTTTTCCTTCCGTATTATCTACATCAAATGAAACTTTGGCCCCTTCAGAACGTCCAATCCAATTGCGCTGCATATCTTTTAAAGACTCAGGCCAATCTAAATCATCTAAATCTGCTAATAATTGATCTGCATATTCTGTGATTTTAAGTACCCATTGTTTCATCGGCTTACGATAAACTGGATGTCCACCACGTTCAGAGACACCATCAATCACTTCTTCGTTAGATAAAACAGTGCCTAATGCTGGACACCAGTTAACTGCAACTTCATCAACGTATGCTAAACCTTTGTTATATAACTGTATGAAAATCCACTGTGTCCATTTATAGTATTCTGGATCTGTTGTATTAACTTCACGATCCCAATCATAACTGAACCCTAATTCTTTAATTTGTCGTTTAAAAGTTTGGATATTTTTCTTTGTAAATTCACGTGGGTCGTTGCCAGTGTCTAAAGCATATTGCTCTGCTGGTAATCCGAATGCATCCCACCCCATCGGATGTAATACATTATAACCTTGCATCCTTTTATATCTTGAAATGATATCTGTTGCTGTATAACCCTCAGGATGTCCAACATGTAAACCAGCACCTGATGGATATGGAAACATGTCTAAAGCATAAAATTTCTTTTGACCTAAGTTATCATTTGTTTTAAATGTTTTATTTTCGTCCCAATAGTCTTGCCATTTCTTTTCAATTTGATTGTGGTTGTAATTCAACACATTTCCTCCTATTCAATAAAAAAGACACCTCTAACTATTCTATTTACATAGGGACGACATTTGCCGCGTTACCACCCTATTTCACAAAAATTGTGCACTCATTTTAATAGTAAGAGATGTCATTCATTCAATTTAAAATTAATACGATTTACATTTAGTCCTTAACACTAGCTCTCAGCATCACTAGCTTTCTGTAGAAAAGCTCCAAACGAAATTAAATTATACAAATTAATATTATGTTATAACGACATTTATTTCAAGTCTATAACGTTAATTCTATTTACTCATTATGCATCTATTTTTTTAGGTTGCGTATTATTCTCCTTGAAAACCATTAATAATATTAATGCAAATACAAGTAGTAGCATCATACCGATAAACATCATGCGCATATTAAACGCATCAACTAATACACCACCAAGAAATGGACCAAATGCTTTTCCTACTGTAGCAGCTGAATTCACAAAACCTTGGTACTGTCCTTGCTTACCATCTGGCGCTAACTGATTGGCTATAGTTGGAACTGCTGGCCATACAAACATTTCTCCAAAAGTTAAAATAATCATACCGACAACAAATATTGTAAAGTTTTCAGCAAAACTCGTGACAAAGAACGACAACATAAAAATGATGATGCCGACAAACATTTGCTTCTTTAAGTTTCCTTTTAACAGATAGAGAATCGGTTTAATTAATGGTTGTGCTACTAAAATCATTATTCCGTTAATTGTCCATAAGACACTATATTGTGCCATTGAAATATTAATAGATTGTGTAAATGATGCGATTGTAGACTCCCATTGAATATATGCAACCCAACAAATTGCAAACATTGCACAAATTAGTACTAATGAAATAAATCTTGCTTTATTCTTTTTACCAGTAATATCTAAATGAGTTGGATATTTAACTTTTGCATTAATTTCAATATTAAATTGCGTTACCGCGACAAGCGCAAACACAACATACATAATAAGATTGGCTAAAAAGATATAGTTAAAGCTAAATTCTGCGACAAAGCCGCCCATTGCAGCACCGACAGCCACACCAATATTTTGCGCTAAGTATATCGCATTAAACGTTTGTCTTCCGCCATTCGGCCACACTGCTCCAGCCATAGCGTATATCGCAGGAATAATCATTCCGCCACCAAAGCCTAACATTACAAGCCATACAGCATACCAAGGCCACCCGTGAAAGAAATTAAGTAGCGTTGTACTACAAAGACAAGTGAAAGTTCCAATTAAAATCGTCTTGTATCCACCTAATTTATCAAATAGTGAACCACCTAATAAGTTTCCAATAACCATGCCAAATGAATTTATCATTAGCACTAAACCAGCAACAGTTAAACTTTTTCCAAGTTCTTGTTTCATATAAATTGTATTTAAAGGCCACAAAAAACTGGAACCAGTAATATTTAACGCCATGCCAATTACTAGCCACCAGACTGATTTAGGTATATTCATATTTCATAGTTCCTCTCTCTTTTTTGTCAAACTATAATAAACACTATAACATTAAAATATGTTAAAATCTGTACTTAGAACTCTTTTTTTATAGAAAGGAAAATGACATATGGGCAATCATTTCCAATACGCTTTTGAAAACAAACGTTATCACACATGGAATTACCATTTAAAAAATAAATTTGGACAAAAAATATTTAAAGTTGCATTGGATGGCGGGTTTGACTGTCCTAACCGCGATGGCACTGTAGCACATGGTGGATGTACATTTTGTTCTGCTGCAGGTAGCGGAGACTTTGCAGGTAATCGTGCAGATTCAATCGCAGTACAATTTAAAGAAATTAAAGAAAAGATGCATGAGAAATGGCACGAAGGAAAATATATTGCTTATTTTCAGGCATTTACAAATACACATGCACCGGTTGAAGTATTAAAAGAAAAATTCGAACCTGTACTTAAAGAACCGGGTGTTGTGGGATTATCTATTGGTACGCGTCCTGACTGTCTACCAGACGATGTTGTCGAATATTTAGCAGATTTGAATCAACGAACATACTTATGGGTTGAATTAGGACTACAAACAATCCATCAGTCAACATCTGATTTAATCAATCGTGCCCATGATATGAAAACTTATTATGATGGTGTGGCAAAATTACGTAAGCATAATATCAATGTATGTACACACATCATTAATGGCTTACCTAGCGAAGACTATGACATGATGATGGCTACTGCCAAAGAAGTTGCACAAATGGATGTACAAGGTATTAAAATTCATTTACTTCATTTGTTAAAAGGTACACCGATGGTAAAACAATACGATAAAGGTTTATTAACTTTTATGACTCAAGAAGAGTACACAAACCTAGTTGTGGACCAATTAGAAGTGATTCCCCCTGAAATGATCGTTCACCGAATTACCGGTGATGGTCCAATAGATATCATGGTAGGTCCAATGTGGAGTGTTAATAAATGGGAAGTATTAAATGGCATCGATGCTGAATTAGCACGTAGAAATTCTTATCAAGGCTTGCGTTACAAGTCTAAGGTGAAGCAATGAAATTAGAACGTATACTCCCTTTTTCAAAAACACTTATTAAACAACATATAACACCAGAAAGTATTGTTGTAGACGCAACTTGCGGTAACGGCAATGACACTTTATTTTTAGCCGAACAAGTACCAGAAGGACATGTTTATGGTTTCGACATTCAAGATTTAGCTTTGGAAAATACACGTGATAAAGTTAAGGATTTCAATCATGTTTCTTTAATAAAAGATGGACATGAAAATATTGAACATCATATAAATGATGCACATAAAGGTCATATTGATGCAGCCATCTTTAACCTAGGTTATTTGCCTAAAGGTGATAAATCTATCGTGACAAAGCCTGACACGACAATCCAAGCTATTAATTCATTGCTATCATTAATGTCAATTGAAGGTATTATTGTACTTGTTATATATCATGGTCATAGCGAAGGACAAATTGAGAAGCATGCATTGCTTGATTACTTGAGTACTTTGGATCAAAAGCATGCGCAAGTTTTGCAATATCAATTTTTAAACCAACGTAATCATGCTCCATTCATTTGTGCCATAGAAAAAATTTCTTAAGCATTTGCTGCGCTATACTATTTATAATTTAGGATTGAGTAGTCAACATTTGAAAAATTAATACCAACAACAAAAAGAGGTTTTCAACTTAATGAAAACCTCTTTTTATGCTATTAAACTTACACAGCAATAATTGCGTTTAAACTATTTTGCATTGCTGTTGCTCTACTTGCAATCGCATCACTGATGAAATTCAACAACTCTACTTTCTCTTGTTGTAACTTTTCATTGAAATGAATAATAACTGTTCTTTCATCGTCAACAGGACGCTCTTTGTAAATCCATTCTAATTCAACTAAATTATTATACGTTCTCGTACGCTTATACGGTTTAACTTCAACAAATCTGTCCATTTCTTTAAGCGTCATAGAACCTTTTTGCCATAAAGTTAGTAAAATTAAAATTTCTTCTCTAGACATTTTGTATTCGCTTTCAATCTCGCTGAAAATTGAGTTAATGTCACCCAAAAGTGTTTCTAATTGCAAAATCCCAAATACAGTGTCGTTATTTACTTTTTTCATGCTAAACATCTCCCAATTAATAATCACATATTTAGCTACCATACAAGTATTAACAAACATCCCAACAATCCCGAAACTTGTATGTGCTAACTTATGCATAAAACTACAAGTGTAAATAAACTTGCTTTCTATTCAATTGTCAAAGTTGAATAAAATTAAATAAGTATAAAAACCAATAATCAATAGAGTTAATATTTAGAAATAAGATAATAGTACATAAAACAAATCACTCTATTACATATTAATTTTATAATTTATATACAAAGAAAATATATCAATATTACCATTAAATTGCAACAATTCTACATATATTTCTTCAAAAAAGATACGCATTGAATTTTTATTACATATAACTCTCATGAAAATTGATTAAACTAAATTAATTAGTTAGCCTTAAATTTAACAAATTAAATCAAACCGAATGAGGCTAAATTGGTTATTTTTCAAGATATGATTTGTATAAATCAAAACATTTCTTACAAATCAAATGTGTATAAAATGTGATATACATTCTCAACCTTAAAAAAGTAAAAAAAAAGATGAGCATCTACTGTCTCATCTTTTTAGAATATTAAATTTCTACAATTTCGTCATCTTCAACAATAAAGCCCATTGTATTGACGCTGTTATTTAAGAAAGTCAGAATATAACGCATTACTTCATCACGTTCTGGCTCATTGTGAACCTCGTGGTAAAAACCTTGCCAAGCTTTAAAATATAATTCAGGTGTTTGATATTTTTCTTTAAACTCATCAATTGCCCTAGTATCAACAATTAAATCCTTCGTTCCATACATTAATAGCGTTGGCATTGGTTGAATGTCATGAATATGAGCCATCGTATCTTTCATCGTCTCATTAATTGTATTATACCAATGATACGTTGCTTTTTTTAACATTAAACCATCGTTAACTGTTTCTTCAACAATTTCTAAATTACGTGTTAAATCTTTTGGTTCTACACCAACATTAAAACGTGTGTCTTTTGAAATTTTACCTATATTTGAAACAAGTTTATCTTTACGATTTTTTCCATTCTTTTGAAGTTCTAGCATAGGAGAAATTAACATCATCCCCTCGATTGGCAATTCTACTTTTTCAAGTAAATTTAATAAAATCAAACCGCCAAGTCCTACCCCTAATACATAAGTAGGAATTTTATATTCATTAGCTATCTTTAACCAGTCTAGCAAACTTTCGTGATACGTTTGAAAGTTTTCAATTTGTCCTTTATTAGCTCTTGAAGTTTGACCTTGACCAGGCAAATCTCCCATAATCACATGATAGCCATTTCTTCTTAACATCGTAATAACATATGCATATCTTCCCGTATGTTCTAATATATTATGAGCAATAACAACGACGCCTTTCGCATCATTTTCAGCTTCCCACTTCCACATTATTATACTGCCCCTTTTTCATTAATCTTCAATAACATAATTATAGCAAATTCACTATGTAGATTTCTATTTATAGTATTATTGTTGTCCATATTATTATATATAAATGAAATCAACATCAATAATAGTGTAATTATACATAATTATTTTTGATTGTTTTTGATGAAAACGCTTTCTCGAATATTTTTTTCATGCTAAACTTATTGTAAACACAAGGGTTTGGAGGAGTAGCAATGGCACTATTAAAGAATTTTTTTATCGGATTATCTAATAATAGTTTTTTAAACAACGCAGCAAAAAAAGTGGGCCCACGTTTGGGCGCCAATAAAGTCGTTGCCGGAAATACAATTCCAGAGTTAATTAATACAATCGAATACTTAAATGACAAGAATATCGCTGTTACGGTAGACAATTTAGGGGAATTTGTCGGTACAGTTGAAGAAAGTAATCATGCTAAAGAACAAATTTTAACAATTATGGACGCGCTTCATCAACATGGCGTAAAGGCACATATGTCTGTTAAATTGAGTCAGTTAGGTGCAGAATTCGACTTAGAATTAGCTTACCAAAATTTAAGAGAGATTTTACTTAAAGCAAATACTTACAACAATATGCATATAAATATTGATACTGAAAAATATGCTAGCCTGCAACAAATTGTTCAAGTTTTAGATCGCTTAAAAGGCGAATTTAGAAATGTTGGTACTGTAATTCAAGCATATTTATACGATAGCCACGAATTAGTTGATAAGTACCAAGATTTACGATTACGTTTGGTTAAAGGTGCATATAAAGAAAACGAATCAATTGCATTTCAATCTAAGGAAGACGTAGATGCAAATTACATCAAAATAATTGAACAACGTTTGTTAAACGCACGCAATTTCACTTCAATTGCAACACATGACCATCGCATCATTAATCATGTAAAACAATTTATGAAAGAAAATCACATTGAAAAAGATCGTATGGAATTCCAAATGCTCTATGGTTTTAGATCAGAGTTAGCAGAAGAAATCGCAAATGAAGGCTATAATTTCACTATTTATGTACCTTATGGCGATGATTGGTTTGCGTATTTTATGAGAAGATTAGCAGAACGCCCACAAAACCTATCTCTTGCTGTAAAAGAATTTGTGAAACCTGCTGGCTTAAAACGTGTTGGCATAATTGCAGCTTTAGGAGCTACAGTTATGTTAGGTTTAAGTACAATTAAAAAATTATGCCGTAAATAGAGCAAGACATAAACAATAATTTAGGAGTCTGGAACAATAATCAATGTTCTAGGCTCCTAAATGTTATATTGGCAGTTCTGAAACATTTATAAATCTTTGATTATGAACTCACAACAGTGCTCTATGCTTTTATAGATTTTAATAAATTAGCCATTTCAATTGCACTTACTGCTGCTTCAGCACCTTTATTGCCAGCTTTCGTACCTGCTCTTTCCACAGCTTGTTCAATACTTTCAGTCGTTAAAATACCAAATATGACTGGTACATTAGTTTGATCATTCACTTTAGAAACACCTTTCGCGACTTCATTACAAACATAATCATAATGAGACGTAGCACCGCGAATTACGCATCCTAATGTAATTACTGCATCATAATTTCCTGATGAGGCTAATTTTTTAGCTACTAAAGGAATTTCAAACGCACCTGGCACAAATGCTACATCAATATTGTCTTCATTAACATCATGTCGAATCAAAGTATCTTTTGCACCTTCAAGTAATCTTCCAGTGATAAAATCATTAAATCGACTAACTACGATTGCAACTTTCAAATCTTTTCCAATTAATTTACCTTCAAAATTCATGTTAAAGTCCTCCTATATTAAATGACCCATTTTTATTTTTTTCGTTTCCATATAATCATGATTATGTACCGTTTCTGGTACGATAACTTCAATTCTTTCTGCAATATCAATGCCATATTGTTTTAATCCCTCAAATTTACTTGGATTATTACTTAATAAATTGATATGTTCGATGTTAAAATATTTTAAAATCTGTGCAGCAATATGATAATCTCGTAAATCTTCATCAAAACCTAATGCTAAATTTGCAGTTACTGTATCATATCCTTGCTCAATTAATTCATATGCGCGTAATTTGTTTAACAATCCTATGCCACGACCTTCTTGAGGTAGATAAATAATCATGCCACCATGTTCATTGATATACTTCATAGACGATTCAAGTTGAGCACCACAATCACAACGTTGACTATGGAAAATATCGCCTGTAAGGCACGCAGAATGTAAGCGTACATTTTCATGTTGTCGAATTGCACCTTTTGTCAGTACAACTATCTCTTCATCTGTGTATGTCGCTTTAAAACCATACATATCAAATGTTCCGAAATCTGTAGGCATTTTCACTTTTGCCTTAAATTCAATTTCTGGTTCTAATTTTTTACGATATTCAATTAAATCATCAATCGTAATCATCTTTAATTGATGTTTTTCTTTAAACTTTTGTAAATCTTGTCCTTTCGCCATCGTGCCGTCATCATTCATAATCTCACAAATGACACCAGCGGGCTTGGCACCAGTAAGTTTAGCTAAATCAACAGCCGCTTCTGTGTGTCCATTTCTAGCTAATACGCCTTTATCTTGTGCTACTAATGGAAATAAATGACCAGGACGATTAAAATCTTTAGCTTCACTACTAGGATCAATGAGCTTTTTGGCAGTCAATGTACGTTCATAAGCACTAATTCCTGTTGTTGTATCTACATGATCAATACTCACTGTAAATTGCGTACCAAAGATGTCGGAGTTATCATCAACCATTTGTACCAAATCCAAACGTTGTGCAATATCTTTAGACACTGGTGCGCATATTAATCCCCTTGCTTCTTTCGCCATAAAATTAATGGTATTATCGTTCATCCATTCAGTAACCGCTACTAAATCACCTTCATTTTCACGATTCTCATCATCTACTACAATAATTGGTTCTCCATTTTTTAAAGCCATTAAAGCACTGTCAATATTATCGAATTGCATGCTACCCCTCCTAAAAACCAAATGCTCTTAATTTATCTACAGATAATTGGTCTTTATCTTTATTTAAAATATTTTCAACATATTTAAACAAAACGTCTGTTTCTAAATGTACTTTATCTCCTAATTTTTTGGATGATAAAATCGTTGAACGCCTCGTTTCTGGAATAAGATGAATGTCAAAACTGTTATCATGCTTATCAAATACCGTTAGACTAACACCATCCACAGTAATAGACCCTTGCTTAACTAACTGATTATTAATATGTTGGCTACATTGAATCGTAATAATTTTGGCATTGGCTGTTTCATTTATTTTTGAAACTGTTCCTAGTTCATCTACATGACCGAGGACAAAATGTCCACCAAACCTACCGTTACCACTCATGGCACGCTCTAAATTTACTTCTGATTGTCGCTTAACATCTGCTAAATAGGTTTTATTTTCAGTGCCTTTAATTACTTGAACAGTAAAAGATGTCTGATTAAAATCAATCACTGTTAAACATGCACCATTAACACTGATGGAATCACCAATATGCATATCTGCCGTAATCTTATGTGCTTCAATTTCAATCGTCCTGACTGATTGACGAATTTGAACACTTTTAATGACACCTATTTCTTCAACGATGCCAGTAAACATGCATCATCACTTCTTTCGTAAAGTTAATTTAACATTTTGATTTAATAACTCGGAATGAACAATTTCAAATTGGTTCGCATCTGGTATCTCAATCACATCATTTGTTTGATAAAATTGATAATTTCCAGATCCGCCAATTAATTTCGGGGCATAATAGAGAATAAATTCATCTATATAATTAGATTGGAGAAATTCTGAAGTAGTGGTTGGACCTGCCTCGACTAGCAAAGTTCCAACTCCTCTTTTATATAAATTGTGAAGAATTGTTGTTAAATCACAAGACTTCAAGTAAATAATTTCAATATGTGTTTGATTGCTTGTTAAATTTGGATTTTCAGTATATATCCAAATTGGTGTTGATTCATCTTGATAAATTTGCTGATTAAAATGAATATTCCCAGACTTAGACAATATTACTTTTATAGGGTTTTTTCCATCTTGAATACGTGTAGTATATTGTGGATCATCTAATTCAACTGTACGTCTTCCAGTTAACACTGCGTCGTGTCGATGTCTTAACTTATAGACATCTTGTTTAACCTCTTTGTTAGTAATCCATTGACTTTGTCCATTATCATTCGCTTGTTTACCATCTAAACTTGCAGATACTTTCACTGTAATTTGTGGCAGTTGCTTTGCTTTTGCTTTAAAAAAGTCTTGGTATAATTGTGATGCCCGTTCATCATCAACGCATTCAACCTCAATACCGTGAGCCCGTAACGTCTCATCACCATGTGTGTCTAACGAATTGTCTTTTGTTGCGTATACTACTTTTGCTATCTTACAATCAATAATTTTGTTAACACAGGGTGGTGTTGAACCAAAATGACTACATGGCTCTAACGTAATATAAATCGTCGCACCTTCAGCATTTTGTTGTGCCATATCAAGTGCTTGAACCTCCGCATGCTTGTCACCTTTTCTCAAGTGTGCACCAATACCAACAATCCTACCTTCATTAACTACAACAGCGCCAACGGGTGGATTAACACCTGTTTGACCTTGTACCATATTTGCAAGTTGAATCGCATAATCCATAAATTGACTCAAATGATCACCTCTATAAACAAAAATCCTCACATCATGAATTAAGATGCAAGGAGAAAAATTTATCGTTAAATAAGCCTATTTGTACACATTTTTACAAATACGCTACATTATCTTTGTCGATAATTAACATTCTTTCTCCCATCCAGACTTTAACTGTCGGCTCTAGAATCTCACTAGATCAGCCACTAATATGAAACATATTAGCAGGTCGCAGGCTTTATTTACTGCCGGTTGGGAATTTCACCCTGCCCCGAAAGAATTATATATGAAATTGTTATAGATTATTTGAGTACGTAGTATGTCAACTACATTTAAAATGATACTATATGTTTTCTGAAAAAACAATTAATGACGGTTTTAATTTAATATAATCTGAGTACTATAGGCATCTCATTGATATGATTCTTACTAACAGACATTAAAATCAAACCTTCAATTCGTCTCTATAGAGCGTTCTCTTTATTATCTTCTAGTTACAAATTATTGATTGTAACTGCGCTGTTGTTGCTCATTCGATTCTAAAGCATCATATAATTGAGATACTGTATGCGCAACTTGTTCTACTATCATTTTCACACCATTTCGTAGTTTATTAACACCGTTTGTCATTTGACCTATCGCAATCATATTTGTTAATGTTCCAAACCTTGGACTAATAACTTGATTGGTTTCCGGTATGATTTGTATGCCTCCCATTGGATGTGCTTGTACAATTTGTCTATTTTCAAGATTTTTAATTAATTGATCATCTTGATCCAATTCATTTAAATGACTTTTTGCACCTGTCGCGTTAATGACAACATTATACATGTCTACTGATTCTTGGTTTTTGTATGAAAAATAATACAACTTGCCATCATGTTTCACATCTTCTAAATCTTTTTTCAAAATTAAAGACTTATTTTCTATTAATTCAATAATTAGTTCAGCAGTTCTTGGAGGCATTGGATTTGAATTTAATTGAATCATCTTTGAGTATTTTTGATTAAATTGATGTTGATCTTCAATACTTAAGCTATTCCATATCCAATTTAAATTCTCTTTCAAATGTTCAATCATACTTTGGAAAATGCCCATTTCTGTTGGACGCGCTAAATCATACTTCAAATCTGCAATATGATTTCCTGTACGTCTATGTACTAATTTTTTAAAATCAATGTCATATTCAGCACATTCTTTTAAAAATAAAGAAACTATAGTATCAAGCGGTGCATTGCCGAAATGATGTTTTTTAATGTCATTTAATTTGTCTTTAGTTAAGTACTTGAATGTCACGTCTATCATTGTACCTCTTACACTTGGTAAATGAGCAGAACGACTCGTCATAGTAATTGGTAATTTCGGATGATGAGCAGCAACATAACGGACAACATCTAAACTGGCAAGGCCTGTACCAATAATCGCAATATCGTCCAGTTCATTTACTTCGTCTAACGTATTATATGTTGGATAAGGCGTAGCGATATATCCTTTTTTACCCTTTAAGTTATATGGATCATGGTAGGCAAATGTACCACATGTTAAAAATACATAATCGTACGCTTGCCATGATTGTTCTGAATTTGTAGTACATATGTAATAAGTTAAATTCGTTTCATCGATATTAGAATTTGTATAAATCTCTTGAACTTTATTATAATTAGTTGATATATTTGGATATTTTTTCGTGAACATAGATAAATAAGATTTCATATAATGTCCGAATACAAATCTCGGTAAATATGCAGGTTCATCAAAATTAAAATCAGTTTGTTGTTTATACCACTTCCAAAATTCAGTCTCATCATCTAAATTTAAACTCATCTTTTTCGAAGGCATATTAATTAGCAGCTCAGAACTATCATTTTGAAATGGTACGCCCTGTCCCATATTTACTTTATCATCGTATAAATCTATATCTAATTGATTAAACTTCGGGTGCTTAACTAACTCTCTCAATACACTTACACCAGCAGTTCCCATGCCTATTATTGCTACACGCATATATCATCCATCCTTTTGTAATTCAAAATATTATATTTAAACTATTACCTATAATTATAGCAATTTGGTATTTCCAATAAAATTTATTAAGGTAAGCTATTATTTCACTTTCACAACCATTAAACCATTTAAAACTTTTCATTTAATATCAACCTTAGTGTTTGTGTTAAAATATTTTTAACGAGGTGAATTAAATTGAAATTTATAGCAAAGATATTAATCTCATTAGTAATTCTATTTATGATTTTTAGTCGTAAAAACAAAGCTTCTTAATCAATACCCTTGAATACAAAATAAATTCAACTAAGGTGATTGGCCATACACTCAAGATATGGCTAATCACCTTTTTCAATGCAAAACAAAGAGTATATTTTGCAAAATCAATATCTATAATTTATCTTTAATACCCTTTTAATACTAAAACCAAATTCAAATTACATAGTCATATCGTGTAATATACCAAAGGAACATAGACATTCATCTATATAGATGATAATCTATTTAACGTCTAGGAGGTATGTTATGACGTATAAAGAACTAGCAACATTTTTAAAAGTTTTATCAGATTCAAGCAGATTAGAAATACTAGATTTACTTTCTTGTGGAGAGTTATGCGCTTGTGATTTGTTAGCACATTTTCAATTCTCTCAACCCACACTTAGCTATCATTTGAAAGCATTAGTAAAAACCAACTTAGTTACGACACGAAAAATCGGAAATAAACATTTATACCAGCTTAATCATAATATTTTTGAGTCCGTAATTAATAACTTGTCTAAGGTTCATACCTCTAACCAACGATGTTTTTGTCATAACCTTAAGACTGGTGAATGCTAATGATGACAACTTTAGCGACACTCATTTTTCTAGTAACTTTATTATTTGTATTATGGCAACCTAAAGGCCTAGATATTGGCATTACCGCATTAACTGGTGCCTTTATTGCTGTTATTACTGGTGTTGTAAGTTTTTCCGATGTTTTCGAAGTAACAGGTATTGTTTGGAATGCTACTTTGACTTTTGTCTCAGTCATTCTTATTTCATTAATATTAGATAAAGTTGGATTATTCGAATGGTCAGCTATTCACATGCTTCATGCTTCAAAAGGAAATGGTTTAAAAATGTTCGTTTATATCATATTATTGGGTGCCATTGTTGCTGCATTTTTCGCAAATGATGGCGCAGCGTTAATCTTAACGCCTATTGTATTAGCGATGGTTAAAAATATAGGTTTTAGTAAGCGGGCCATATTCCCTTTTATTATTGCGAGTGGTTTTATAGCTGACACAACTTCTTTACCTTTGATCGTGAGCAATCTAGTGAATATTATATCTGCTGATTATTTTCATGTAGGATTCGTTCGATATTTTAGTAGAATGATTATACCTAATTTATTCTCGCTTTTAGCAAGTATTATAGTATTGTGGTTATATTTTAGAAAGGCGATACCTAAAACGTTTGATGATAATAATATAAAGCATCCTAAAGATGCCATTAATGATTTAAAGCTATTTAAAATTTCATGGATTGTTCTAGTTATATTACTTTTCGGCTATCTAATCAGTGAATTTACTAAAATTCCGGTATCAATTTTCACTGGAATCATTGCTTTTATTTTTCTAATGTTGGCTCGTAAATCAAATGCTGTAAATATTAAGCAAGTCATTAAGGGCGCACCTTGGAATATAGTATTATTTTCAATTGGTATGTATATCGTCGTATTCGGCTTAAGAAATGCTGGCATTACTTTAATATTGGCTAAAATATTAGAATATATTTCCAATTACGGTCTATTTAGCACCATTTTGGGAATGGGCTTCATTTCAGCGTTTTTATCATCAATAATGAATAATATGCCTACAGTTTTAATAGATGCGATTGCTATTGGTCAATCAAATGTCCATGGCATGTTAAAAGAAGGCCTAATTTATGCGAATGTTATCGGTTCTGATTTAGGTCCAAAAATTACACCGATAGGCTCTTTAGCTACATTACTGTGGTTACACGTCTTAACACAAAAAGATGTTAAGATTTCTTGGGGCACATACTTTAAAACTGGTATCATCATTACAATTCCAGTACTATTTATAACCCTCATAGGGTTGTATCTAACACTTATCATATTTTAAGAAATAAAAAGACGCTTTCTATTTATTGCGATAGAAAGCGTCTTTTTATACTTGAGCAAGTTATATCATAACTTAACTCTATCAAATTACTTATTCAAATGTTTACTGTCATCTTTATACACAAAGTATTTGAAGTATTTTCCTTCAGTCTTCATATTCTTATAAAAGTCAGCGATAATTGTTGCATTACTTTCTGCCCACTTAATATCAGTAGCATATTGATGTTCTCCTGGATTTTTTGGATTCCATCTCATACTATACAATGTATTTTGATCTGTGCTTGATAAGAAGTGCTTATGAATGAAATCAGCACCGCCTGAAATAGCTTTTTCAGGTGTATCCCAACCATGCTTTTTAGCATATTCTGCACCTGTTTTAATTGGGTCTTTATCAAGGGCTCCTACTCCATAGAAATTGTAGTATTTTTTGCCATCAATTTCGACTCCATTAGCTAATTCACTTTTAACTGCGCCAGTTTCTAATAATGCATGTGAAATTAAATAAACTTCGTTAACGTGCTTATCTTTAGCAGCTTTTAAGAAATCATCCGTATGTTTCAATAACGTTGGTCTATCTACTAACATACGTTTAATTCTATTTTTATCAATCCCTTGATACTTTGATAAATCTAAAAATTGATATTTTTGCTTTTCATTATCGATAAAAGTACCGCTATCCATTGCACTTTTAATTTCAGTTGCAGATGCATCTCTCCATGCATCATTCTTTTTATTTGATACCTGTTGACTCGTATAATTATTTATTTGTTTCTTTGCTGCATCGTTTAATGTAACATTTAACTTTTCAATCTTAATGTCGGATTTAACATGTTTGAAAAATATCTGATCGGATATCATTGAGAAAAATAAAAATGAGACAACAGCAAATATGACAACAAGTCCTATTATTCCAAAAATAGAACCTTTCTTGTGTTTATTCATATCCACACCTCTTAGGTCATTGTTGTTATACATTCAGTTTGACTACGATAATAAAGTTTAACATTATTAAAACCGTTTAACAATTTTATCTATGCATTGTTACATATTCATAAATAAACAGTAATGTAAATGAAACGTTTTAAACCATTTATCAACATTACTTTACGTTGATCTACGAATCATAAATGTTTTATCTTTTTGTATAACCTTTGAAAACCTTTATATCAATAATCTTATTATTCACGTATTAAAAAACAAAAAATTCTTTTGTTCGTTTACTTAGTTTCTTTTTTATAATCCATCATAATAAAACTTGCTGCATTTGATCTATTTTTATAATAGTACTGATTTAAATCAATCGTGCCTTCAATTTGACCATCACGATACATCATTTCATTAGTGAAGTTATTTATCATCACGAAATCAGCGCGATCTCTTATAACATCTAAATCGTCGTTTCGTGCAAAAAAATGTTCTAAATTTAAATGTGCGTAATCCATTGTTACCTCCCGATTACAAATTTTGTTCTATCTACTATTTAGCAAAGTAATAATACATCATATCACATTAAATTAATTACTTATGTCTTATATTTAACACTTAATTTAGCGATTACGCAAATGAATGATTTTTCTAAATATTTTATTCTAACTTTATCCGGAAATATTTGTTATACGTATAACTTGGAGAATGACTACTTGAAATTTAATAACGTATACAACAAACACCACAAAATCATACACCATCTTTTAAAAAAATATAATATTAGCTATAATTATGATGAGTATTATCAACTACTCTTGATAAAAATGTGGCAATTGAGTCAGATATATAAACCCTCAAGCAAGCAATCTTTATCCTCTTTTTTATTCACTCGATTAAATTTTTACCTTATCGATTTATTCAGACAACAAAATCAATTAAAAGATGTCATTTTATGTGAGAATAATTCACCAACATTAACTGAACAACCAACATACTTTAATGAACATGACCTTCGTTTACAAGATATCTTCAAGCTTTTAAATCAAAGAGAAAGACTATGGCTCAAACTATACCTTGAAGGATACAAGCAATTTGAAATTGCTGAAATCATGTCATTATCGCTTTCAACGATTAAATTAATTAAGATGTCCGTTAAGCGTAAATGCCAACATAATTTTAATTAGTTTATTGTGAAATTTCGGTCGATGTGTTAATGATGTTGAAACACCCTAACATCTTCATATAAATTTATTTTAACCATTAAATTAACAACTTATTATACGAGGAGTACTATATTTGCAAGACAATTCTACTAAATATCTACTTTATATCCAAACTGCTACTTCAAACCATCTCGAAACAAATTGTGTCTTTTTACATTGCGATTACATTCTTAAAGTTCCAATTAACAAACTCGTTTCATATTATGCGAAATTGCATTTATCATCACAAAGTGTGCTAATTGAGACTGCAAAAAACATACTAAATATTAATAAACTGGTTCCTATTTACATCAACCCAAAAACTATACTTTTTCCGTTAAAACATAAACGTGCACCGATACAAATTTATATCAATGCACATTATATTGTTGGTATGACTGCCATAGAGAATTCAACATTAATACATTTTCAAGAAGGCATTCAGCTAGAAGTTGATGAGCCATTTTCTCTAGTTTCAAAAAAATGTCATGAAAGTTTAGCTTTGAAGCACTTCATTGAAAATACTATTTCGAATTAAATTTAATTTCTAAAAGTTTCTTAGTAAAGTATGATGTCACAATTTTTATAAAATATATGCTAACAATCATTAATAAAATCGCTCCAATAATTGTTAAAATAACAACAGTTGTAGATAAATCTACCTTAGGACTAACGAAAAATTGTACGCCAGATAGACTTGTAATTAACCCAAATAAAAACAAACCTAATAAAGCAACATAAGCAAACATCATCACTACTAATGTAACAAACATACTATAACTTTTTGTTTCTTTATTTCGAAATACATTTTGTCTTAAGTAAGCATTAGCAAAGGTAACAGGCTTATTTAAGTTAACGCTGTCATCATCAGATATAGAAGACAATCGTTGATCTAATGCTTGTTTCTCCTTCTTGTTCAAAAACCATAATTGCTTTTTAACTTTTTTATCAAATGATGCTTTATTCATAATTAAGGATTTCTCTCCTTTATAATATTGACGTAATTTTAAACATTAGCGTCAATTGAAAGTGTATTTTATATATTTTACAGAAATATATGTATCAAATCTACAAAAATCCATATTACAATTTCATTTATGGTGATTTGACGCTAAAATACAGTCTGCTAATTTTTCAAACTAATGCTTTTTAGGTAGGTACAATGATAAATTTTAATCGTATATATGTTTCATATATAATGAATCTATCCTTAAACATATTGCATTCAAAATAATTTTAAAAAATGAAAAGAAAGGATTTAGCATGCAAAAATTCAAAGACTTTTTTTACGATGATTTATCGGTTACACGAGGAAATTATTTTTTAACTTTAATGGCAGCATTTTTTATTACTATCATTTTATTTATCGGCATAGTTGTCAGTGAAGTACATTTACTTTATAGCATGCTAATTGTATTAGTAGGTTTAATTCTATTGAGGCTATTCAAAATCAATTTATTCTCTTTTAAAAAATTAACATTGTCTCAAGTTATTCATATTATAGGCGGTGCACTATTAATTTATGGGTTAGATAATCTTTATTTATATTTTCATGACGTACCGGCAAATGAACAACAATTAGAGCAAGAAATACGAAATACACCATTCTATATTTCTATTTTCACTGTTACCATCATCCCCGCTATTGTGGAAGAAATTGTTTTTCGCGGTATGATAATAAGGGTTATCTTCAGAAAACACTTGTTTTTAGGGTTAATTGTGTCTAGTTTAGTTTTTGCATCATTACACGAATCTGACACTTGGATTGGTTATTTACCTTACTTATATTCTGGTTTGATTTTTGGCCTAATTTATATAAAAACAAAACGATTAGAAGTGGTAATATTCATGCACTTCTTAAATAACTTGTTAGCTCTGCTCTTTATAATATGGAGATAATTTTGAGATAACCTTTCATATTATTTTCAAATTATCTATCTGATATTTATTTTATTGAACTTGAGTCACTACTTAAACTCAAAAATACGTGTCATCAAGTGCAAAATAATTTAGAACTAATACAAACATAAAAACTTTTACTTTACGCTTAAAATCAAAAGTCACATACCTAGATATAAGTACAACTTGTATATTTTGTACTCTAATAGGTATGTGGCTTAAATAATATTTAATTCTTGAGTTGCATATAGTAATTGTTTTTATTCATTTTCTAAAATATGCAAGACTAATTTCCTTTTCTACTCCTGTTGAATCAATTTAGACTTTTTTATAACTCGAGCTTTTACTTAGCTGAATTTTGACTTCTTCTTCATTAATAAATATGATGGAAAAACCCCCATAAGCTCAATGCTTATGAGGGTTTAAATATATTTATATATTATAGAATAGAAAGACCTGAAGATTGAATATCTTTCGCAAAGCCTTTAACTGTATCTACTGATAATTCGTTAATATCGCGACCTAAGTTTGTATTCACTTTTTTCACAACATCTGCAGGGCATGTAATAATATCTGCACCAATTTCATCAGCTTGAATCACATTGAATAATTCGCGGCAACTTGCCCATAATAATTTAACGCCGTCTTTACTATGCGTAACTTTTACAGCCTCTTTCATTAATGGTAATGGATCTACGCCTGTATCTGCAATACGTCCTGCAAATACTGAAACATATGTTGGCACACCTTCAGTTACTGCTTCAGTTATTTCTTTAACTTGTTCAATTGTGTAAACAGCCGTAACGTTTAATCTCACATTGTCAGCTGAAAGCTTTTTAATTAAAGGAATCGTTGATTCACCTTTTGTATTTACAATAGGAATTTTAACAAATACATTTTCGCCATATTGTTTTAGAATTGCTGCTTCTTTTTCCATAGTTTCTAAATCGTCTGCAAATACTTCAAATGAAATTGAAGCATCTGGAATTTCTTTCACAGCTTCTTCAGCAAAAGCTTTGTAATCTGTTACGCCCGCTTTCGCCATTAAACTAGGATTTGTTGTAAAACCATCCACTTGTTTGTTTTTATAAGCTGCTTTCATTTCTTCAATATCTGCACCGTCCGCAAATACTTCTACATTTAGTTTAGCCATATAATATAGCCTCCTTGATTCTTATTAAAATTTTAACAACATCTGCATGTCTTTTTCTTACAACCATTTGTAAAAAATGATTTTTATTTCTTTGTTATATAAAACATTTATATCACGCTTTTATAATATATAGCTAATTTTTTGCCTATATTTTTTAAAAATGACTTTAGCAAACATTGTGTCTACAAGTTAATAAAACTATTGTTTTATGATTGTTTATGATACGATATGTAAATGATAACCATCCAGGAGGTTTAGCATGTCTCGTTCAAAAAAATACTTTTACTTATCTAGCTTAATGATTATTTTAAGCTTTTTCTTTAATACAAATAACGTTTTCCTAAATGGACTTTTTAATTCTTTTATTAAATTAATACTTTTCTGCAGTGTTATTAACTCAATTGTACTAATTTTGTCTATAATTTTTGCAGATCGTTCAATTAAATCACTAAAGCCTGATGCAGATTGGATTAGAATTGCGAGTAAAAGTTTGCCTTGGATTATTCTAATTGTTATTTTAGTACATATCTTTTCAATTGTTCGTACATTCGGTTTTATTTAAAAAAGATAAAATGTCAATGTAGCCTTAATACAAAACAATACAATGTATCATGCTATAATGAGTAAAACAATTTGATGACGTTGTTGCGTATAAAAAATATTAGATTTTCGAAATCATAACTATACATCTAATCGCTATAGTTATACAACAAGATATAACATATAATGAGGTTTGATAATGCATCGACAATTTTTGTCGTCGCGTTGCCAAAACCTCTTTTTTAAATTCAAACTACTTCTTTTCGAGGTGAACCAAATGCAATATGTATATATTTTTATCGGTGGTGCTTTAGGCGCTTTATTACGTTACCTCATTTCTTTTCTGAATACTGACGGAGGTTTTCCAATCGGAACACTGATAGCCAATTTGACTGGTGCCTTTGTAATGGGATTGCTAACAGCCTTAACAATTGCATTTTTTTCAAACCATCCGACGCTAAAAAAAGCTATTACGACTGGTTTTCTTGGTGCTTTAACGACTTTTTCAACATTTCAATTAGAATTAATACATATGTTTGATCATCAACAATTTATAACTTTACTACTATATGCTGTAACAAGTTATGTCTTTGGTATTTTGTTATGTTACGTCGGTATAAAACTAGGTGGTGGTTTATCATGATATCAATCATTTTAGTCATGATTGGCGGCGGTTTTGGCGCAATTGCTAGAAGTGCCATTACTGATTATTTTAATCATAAATTTACTTCAAAGTTACCTATCGCAACATTGATAGTAAATCTAGTTGGTAGTTTTTTAATTGGATTAACTATAGGCCTATCAATTTCAATCTCATGGTTCCCTGCGTTCTTTGTCACCGGTTTTTTAGGTGGCTTAACAACTTTCTCAACGTTAGCCAAGGAACTTACATTAATGATGACACCAAAATTTGATATTAACCTTTTTCTCAATTATTCACTTTTACAATTCATCATTGGATTTATAGCTTGTTATATTGGCTATCATATTTAAAAATAAAATGCTTCATTCAGCAAATAGGTAAATTACGACACCTTCCTGAACGAAGCATTTTTTAATTTTCATGCAAATTTTTTAACACCATATAATGCCTATCAAAATAAAACAATCTTTGTTGCCGTTTAAATAATGTGAATGTCAATAAATTCTCCAAACTAGTCGAAAATAAAACAGGCTGGGACATAAATCCCTAAAAAAACAGCAGTAAGATAATTTTCAATTAGAAAATATCTTACTGCTGTTCTCTATTTATACAATACTTCGTATTGAATGGCTTCGCTTTCCTAGGGTGCCGTCTCAGCCTCGGTCTTCGACTGGCACTGCTCCCTCAGGAGTCTCGCCATTAATACTACGTATTAACATGTAATTTTACTTTTACATACTTTAAAAAAATAAGACACTTTGCCCAACTTACACTACCAATAGAAACTTCTGTTAGAATTCCTTAAAATGATATTTCGCGATATGTAAATGAAATTGTTGAAACGATACCTGATAGCGAATTCGATGAATTCAGACATCATCGTGGCGCAACATCCTATCATCCAAAAATGATGTTAAAAATCATCTTATATGCATATACTCAATCTGTATTTTCTGGTCGTAGAATAGAGAAATTACTTCATGACAGTATTCGAATGATGTGGTTAGCTCAAGATCAAACACCTTCTTATAAAACTATTAATCGTTTTAGAGTGAATCCTAATACTGATGCGTTAATTGAATCTTTATTTATTCAGTTCCATAGTCAATGTTTAAAGCAAAATCTTATTGATAATAATTCAATTTTTATTGATGGTACATAAGTAGAAGCTAATGCCAATAGATATACATTTGTGTGGAAGAAAAGTATTCAAAATCACGAGAAGAAATAGATTTAATTGGTAGTCATTTAGATAAAGAAATCGAAGATTTAAATCATTCTATTTAGAACGAAGATTGTGCTCAAATTAGAAAACAGACCCGTAAAAAAGAACTGAGATTAAGAAGTTCAAAAAGAAATTTGATGATTATTCCGAAAGAAAAAATAAATATGAAGAACAAAAATCGATTCTTAAAGATAGAAATAGCTTTTCTAAAACTGATCATGATGCAACTTTTATGAGAATGAAGGAAGACCATATGAAAAATGGCCAACTTAAGCCAGGATACAATTTACAAATAGCGACAAATTCTCAATTTTTTTATCCTATGACCTATTTCAAACCCCAACAGATACTAGAACTTTAATTCCATTTTTAACAATGATTCAAAATACCTTCGGTTATTTACCAGAGTATATTGTAGCTGATGCAGGTTATGATAGTGAGCAAAACTATATGGCTATTATAGATGATTTTAATAAAACGCCACTTATTACGTATGGCATGTTTATTAAAGATAAAACTAGAAAGTTTAAAAGTGACATTTTTAACACTCAAAATTGGAAATATGACGAACTTAATGATGAATTTATATGTCCTAATAACAAAAGAATAGGTTTTAAAAGATATGCATACCGTAATGATAGATATGGTTTTAAACGTGACTTCAAGCTATATGAATGCGATGACTGTTCAGCATGTTCTTTGAGGCAACAATGCATGAAACCAAATTCGAAATCCAATAAGAAAATCATGAAGAATTATAATTGGGAATACTTTAAAGCCCAAATTAATCAAAAGCTTTCTGAACCAGAAACGAAAAAAATCTATAGTCAAAGAAAAATTGATGTAGAGCTTGTTTTTGGATTTATGAAGGCTATTTTGGGTTTCACTCGAATGTCAGTTCGAGGAATAAATAATGTTAAACGAGAGCTAGGTTTTGTATTAATGGCACTTAATATAAGGAAAATAGCAGCTCAACGAGCTGTACATTATAAAATACATATCAAAAAAGCTGATTTCTATCAAATAATTAATAGAAATCAACTTTTTTACATTGCCTAAGAACTTAATGTCCCAAGCCCTGACAATTCATCTAACCTTTTCATCAGTTGAGTGATTTTAATCTATCCTTCAAAAGTTTTTGGATCAGGTCCAATTCTCTTATCTTGATTTAAACCATCAATTCGCGTCATTTGTTCATCTGATAATTCGAAATCAAATATTTGGAAGTTTTCAGAGATTCTGTTTGGTGTTACCGATTTAGGGATTATAACCACACCATGCTGCACATTCCATCTTAAAACAACTTGGGCAGGTGACTTTCCTAATTCTTGAGCAATGTCTTTAATTGTCTCATCATTTAAAATTTGTGCATTCATCAATGGTGACCAAGATTCCATCACGATATGTTGTGCTGCCAAATATAATTTCAATTTATGTTGCGTTAAATATGGATGATATTCAACCTGATTAATTACAGGTTTAATTGACACTTGTGCCAACAAAGCTTCCAAATGTTCAGGTTCAAAATTGCTGACACCTATATTTTTAACTTTATTATTTTTATATAAATCTTCCATACCTTTCCATGTATCAACCATTACGGCTTCGTTCGTACCTGGCCAATGTACTAGATACAAATCTAAGGATTTTAAACCTAATCTAGATAAACTAGCTTCGTAAGCAGCTGCTACATTTTCACGACCGAAATCCTCAAAATATAATTTTGAAGTAATAAATAAGTCTTCTCTAGCAATACCAGTTGACTCCAATCCGGCACGAATGCCAGCACCTACTTGTTCTTCATTCCCATAAACTTTTGCGGTATCAATACTACGATATCCTTGTTCAATGGCATACTTAACACTTTCCATGCAATTTTCATCATTTTCCACACGAAATGTCCCTAAACCAATTTGTGGCATCGTGTTTCCATTATAAAATGTTTTAACCTCCATAAATATCGCCTCACCTTTTTGATGTATTATACCCTGTTATCATAACAAATCTGAGTTGAATACATGATAAAAAACACTTAGAGCAATCAACCACTAAAATTCTAGTAATATCTCTCAAATATTAATCAAATTGTAAAAGTAATTCTGTTTAATTTATGACAAACTAAAAAAGCCGAAGTAACAACATATAGTCATCACTTCAGCCTAACATTTAATTGAATGATTCAATTTTATCCATCATTTGTTGTAAGTCTTCCACGTTGTATTGAATACGACCATGGAATACAAATTTGTTAAAGAACTCGTCTAATTGTTCAGCACCGACAAGCACTTTGACAGCACTATTTTGATTATAATTTGAAATCGTTACATCGCCTTCATTTTTAGGATTAAAGTATAAAATTGAAGTTGGCGTATATTTGGCACCTAATTCTTTTTGTAAGTCTTCAGCCAATTGTTTAATCGCCTCAATTTGATCTGAATAATTTACAAATGATAATGAACGTTTGTCATCATTTTGATCCATCACAATAGTTTGCGGTCTAGATTTATCTAAATCCAATGTATCAAATACTTGTTCCATTGGTGGTAAATCTTTAAATTGACCGCCACTAATACCATTATAAACATGACCTTTTAACAATTGAGAATCAATAATATAAAGACCAGTTCTTGTTAATACTAAATGACTAATTCGTTCAATATTATTAAAGCCATCCTTTGGTAAAAAGATATTTGCCATAATGTGCATATCTTCTGGTCGAATTCGTTTTTCTTTAACTAATCTTTCACGAATACCAATTAATCTCATGTCCGTTACATATTCACTATGATTTTTCGAGAACAATTTTAACGCGTCAATCTCACGATCTTTTGTACTAACCATGTGATTATAATCTTCTTGTTGTTTTGTAATTGTCTTTTTATTTTGAATACGTTCTTTCTCTAAAGCTTCTTCATGAGACTTTTTAATGTTTTGTTCTTGTTGTTCATACTTTTCTTCTGTTTGTCGCTTAACTTTTTTCTTACTACCTAAGGCAACTAAGAAAAGGACAAAAAAGATTAATGCAACGACTACTGCAATAATGAGTCCAATGACTACCGGTGAAGATAAATCCATCACAACAACGCTCCTTTTTAATATATGAATAACTTTAATTATAATAGAAAAGCTAAAGATTTTCGATACATATTATCATTTATATACCGAAAATCTTTTATTTAGCTATATTCAATTCATCTTATTATTTTACTGCGTCTTTTAATTCTTCCACTTTGTCTAATTTTTCCCATGGGAATAATACATCTGTACGTCCAAAATGACCATAAGCAGCAGTTTGTTTGTAAATCGGTTGTTTCAAATCAAGCATTTTAATAATACCTGCAGGTCTTAGGTCAAAGTGTTTTCTAACTGCTTCGACAAGTTGCCCTTCAGAAACTTTACCTGTTCCAAATGTATCAATTGCAATTGACACTGGTTCTGCAACACCAATCGCATATGCCAATTGTACTTCACATTGATCTGCTAAACCTGCTGCAACAATATTTTTAGCCACATAACGTGCAGCGTATGCAGCTGAACGGTCTACTTTTGTAGGATCCTTACCACTGAAGCATCCGCCACCATGACGTGCATAGCCACCGTACGTATCAACAATGATTTTACGTCCTGTTAATCCTGCATCACCTTGAGGTCCACCGATTACAAAGCGTCCTGTAGGATTGATGTAGAATTTAGTTTGTTCATTAATCAAGTTTTCTGGAACAGTTGGATAAATGACATGTGCTTTAATGTCTTCTTGAATTTGTTCAAGTGTCACATCCTCAGCATGTTGTGTTGATACGACAATCGTATCAATACGTACTGGGTTATCATTTTCATCATATTCAACAGTGACCTGAACTTTACCGTCTGGTCGTAAATAATTTAACGTACCATCTTTACGCACATCTGATAAACGTTTTGCCAATTGATGTGATAAATAAATTGCTAGAGGCATATACGTCTCTGTTTCATTCGTTGCGTAACCAAACATTAAACCTTGGTCACCTGCACCTGTTGCTTCAATTTCTTCTTCGCTATCTTTATCACGATACTCTAATGCTTTATCCACGCCTTGTGCAATGTCAGGTGATTGTTCATCAATCGCAGTTAAAATTGCCATTGTTTCATAATCATAACCATATTTTGCTCTTGTGTATCCAATTTCTTTAATTGTTTCTCTAACAACTTTCGGAATATCAACATATGTTGTTGTAGAAATTTCGCCGGCGATCAATGCCATACCTGTTGTAACAGTTGTTTCACAAGCTACACGTGCATTTGGGTCGTCTTTTAAAATAGCATCTAATATTGCATCTGACACTTGGTCAGCGATTTTATCTGGGTGTCCTTCTGTAACAGACTCTGAAGTAAATAATCGTTTGTTATTTAACATAGTTTGCTCCTTTAAATTTATATTACGAAAATTCTCTCTCTGTGAGCTAAATAAAAAAGACCTTCTAACTATTAATATAGAGAGAAGGCCTAATACGTCCATTCGCTCTTATCGTTCAGACCTATTTGTCTGCAAACGGTTTGGCACCTTTCTTTTATAAAAAAAGAGGTTGCTGGGTTTCATTGGGTCCATGTCCCTCCACCACTCAGGATAAGAGAATCCGTTAAAAATAATAGTACCTAATTAATGAATTAATGTCAATTTTTCACAAATAAATTTACAGTAAAATATTGTAGATTAATTATGTTAATGTGTTATACTAATTAAATGTAAAGGCTTACATTTAAATTATCGCTTTGGAGGGATTTAGGATGTCAGTAGACACATACACTGAAACAACTAAAATTGACAAATTACTGAAAAAACAAACGTCACATTTTCAACTTTCGACGACACAACTTTATAATAAAATCTTAGACAATAACGAAGGGGTATTAACAGAACTTGGTGCTGTTAATGCAAGTACTGGAAAATATACTGGTCGTTCGCCTAAAGACAAATTTTTTGTCTCTGAACCTTCATATAGAGATAACATTGATTGGGGAGAAATTAATCAACCTATCGATGAAGAAACTTTCTTGAAGTTATACCATAAAGTACTAGACTATTTAGATAAAAAAGATGAACTATACGTATTTAAAGGCTACGCTGGTAGCGATAAAGATACAATGTTAAAACTTACAGTCATCAATGAATTAGCATGGCATAATTTATTTGCTAAAAATATGTTTATTAGACCTGAATCAAAAGAAGAAGCTACAAAGATTAAACCTAACTTCACTATCGTTTCTGCACCACATTTTAAAGCAGATCCAGAAGTTGATGGTACTAAATCTGAAACCTTTGTCATTATTTCATTTAAACACAAAGTCATTTTAATCGGCGGTACTGAATACGCTGGTGAAATGAAAAAAGGTATCTTCTCTGTAATGAATTATCTCTTACCGATGCAAGATATTATGAGCATGCATTGCTCAGCAAACGTTGGTGAAAAAGGCGATGTTGCATTATTCTTTGGTCTATCTGGCACTGGTAAAACAACCTTATCGGCTGACCCACACCGTAAACTAATCGGTGATGATGAACACGGATGGAATAAAAACGGGGTCTTTAATATCGAAGGTGGCTGCTATGCAAAAGCAATTAATCTTTCCAAAGAAAAAGAACCACAGATTTTTGACGCAATCAAATATGGTGCAATTTTAGAGAACACTGTAGTTGCAGAAGATGGTTCAGTGGACTTTGAAGACAATCGTTATACAGAAAACACTCGTGCCGCTTATCCAATTAATCACATTGACAATATTGTAGTACCATCAAAAGCAGCACATCCAAATACAATTATTTTCTTAACTGCGGATGCATTTGGTGTTATTCCACCGATTTCAAAGTTAAATAAAGACCAAGCAATGTATCATTTCTTGAGTGGTTTCACTTCTAAATTAGCTGGTACAGAGCGTGGTGTGACAGAACCTGAACCATCATTCTCAACATGTTTCGGAGCACCGTTCTTCCCGTTACACCCTACTGTTTACGCTGATTTATTAGGTGAACTTATCGATTTACATGATGTTGATGTTTATCTTGTTAATACTGGATGGACTGGCGGAAAATATGGTGTAGGACGTAGAATCAGCTTACATTACACACGTCAAATGGTAAACCAAGCGATTTCTGGCAAATTGAAAAATGCAGAATATACAAAAGATAGTACGTTTGGTTTAAGCATTCCTGTAGAAATTGAAGATGTACCGAAAACAATTTTAAATCCAATTAATGCTTGGAGCGACAAAGAGAAATATAAAGCACAAGCAGAAGATTTAATTCAACGTTTTGAAAAGAACTTCGAAAAATTTGGTGAAAAAGTTGAACATATTGCTGAAAAAGGTAGCTTCAACAAATAAATTTGAATACTAATTAAAGAGCCAACCGTTGTTATAGTCTAACAATGGTTGGCTCCTCTTATTTTATGTGCTAAAAATTTATAGGCAATTTTATTACAACTATGCACATTTAAGGTGACCTTCATGCCAAACTCGCATCACTCATTTAATGGAAGCAGCACGTCTTCATATAAAGTACCGATCCCTAATTCAACGCATGTAGTACCACATCTTCAAAGCTTGATAGTTCCCATGCGCACACCACGTTTCATACTAGCTATGCAACTCAACTTGGTTCATAAACTCTTTAATATAAGTCAATGTTTCAACCATCGCTGGTGGTCTTGGCACATGTCCTTCTGCCATTTGATAAAATGTTTCATGCGTGGCACCTTTTAACTCTAGTTGGTCCGCTAAATAATACGCATGATGAATACCAACTTGCTGGTCTTTCCCTCCATGTACAATTAATATTGGCGGACTGTTTTCATTAATGTTTGGAATCGCTTGGCGTGCCTCATATGCCGCTCGATCTTTTTTCGGATGACCAATCATTCTTCGTAGCATACCTCTTAAATCGACACGTTCTTCATACATTAAATCAATATCTGAGACACCACCCCAGATTGTATAACTTGTTACTGGTAAGTCTTGAAATGTCAACAATCCTTGTAAACCACCTCTTGAAAAACCAATCATATGAATAAAAGCTTGCGGATATTTATCATGTAGCAATCTTAATAGTTGCGTCACATCATTTAAATCGCCACGATATAATTCGTCTTTACCTTCACTCCCATTGTTACCTCGGTAGTATGGCCCAATCACTAAAGTTTGACTATCTGAAAATTGCATTAATCTACCTGCGCGCACACGTCCTACTTGACCTTTGCCACCTCGCAAATATACTACAATGCGATTTACTTCATGATGTGGTGTCATCATTAAAGCTTTTACTTGTAAGTCATCTGACAAATATGTAATTTCTTCGAATTGATGCGTAAAAGATTCAATTGGCATTCGTTTACGTTTGATAAAATCCAAGTGATTGCACCCTCTCTACGCATTTTAAAATGGTACTATCTTGCAGTAAGAAACTCCGTTGTGCGAGTTCAATATCATTGATACAGTTAAACAACACTGGCCCTGCTGTTTCTAAATAATCGTTCTTGCTTACCAATGATTCAACTTCGATAAAATATACATCTTTTACAAAATCAGTTTGATCATGTGTTTCAATGGTATATTGTGCTATGTAATGAATATTTTTAACTTTGGCGCCTGTTTCTTCATATAATTCACGGGTAACTGCTTCAGCACTACTTTCCCCGCGTTCCCTTTTACCACCAGGAAATTCAATACCCCGTAAATTATGTTTGGTAAAAAGCAATTGATTTTTAAACGTTGGAATAGCTAGCACATGATTGCCATCTGCTAGCTCATTATCCTTTTTAAATGTCAAATTAACTTGACGATTATCTTTATCCCTAAACTTCACGCGCATCACATCCCTACATTGTATGTTAATATAATAGTTAATTACTATCGTTGGAGGCATTAATTATGAAAAAGATATTCTTGGCGATGATTCATTTTTATCAACGTTTCATTTCGCCACTCACTCCACCAACTTGTCGTTTTTATCCAACATGTTCAGAGTACACTAGAGAAGCGATTCAATACCACGGTGCTTTCAAAGGCCTTTATTTAGGTATCCGTCGTATTTTAAAATGTCATCCGCTTCATAAAGGCGGCTTTGACCCTGTTCCGTTAAAAAAAGACAAGTCAGCAAGCAAGCATTCACATAAACATAACCATTAATATGGTTGTAATTGAGTTATATCCACTAAAGGGGGGCGAAATTCGAGTCGCCCCTCTTTTAATATGCCTGAATGCGCCACCACATCTTGTTCAAAATAATAACCTGCTGGTGTAACATCTCCTGGATAATCACCTTTACGAGCAAGCATCGCTGTAAAATAACGGCTTAAACCATATTCGTACATGCCGCCAATAACAACTTTTACACCATGACTTTTCAAAGTATCAATTGCCGTTTGCACTTTATCAATGCCACCTAGACGAAATGGTTTTAATACAGCAACTTTCACATTGTATAATTCTATCAAATTAATTATGTCCGACAATGATGTCGCCTTTTCATCTAGAGCAATTGGAGGTATTGTTCCATCCACTACGTCATCAAGCATGGAGATATCTTTAAATGGCTCTTCGATATAAAGAACCTGTTCACGCGCTAATAACTGTAACTGTGTGAAATCTTGACAATCCAAGGACTCATTTGCATCTATAACCAATTGAAAGTGAAAGTCTAATACCCGTAACACTCTAATTTGATGCATGATTTGAGGCGTCCATTTTAATTTAATTCTGGTCGGCTTTGTTGCTTTCAATGACTCTAGTTGTTTATTTGATAAGCCGCTCGCTGTCGCTCCATATGCTACTGAAAATGAAGGCAGTACATGAAACATTTGATACAATGCCATGACAATAGTTGCCCTTGCAGCAGGCGTATTTTCCAATGAATCTACTAATTTTAGTGCTGCTTCATACGTTTCAAATGATTTATTTCTATTATCTTCGAACCATTGCTCAATTACATGTTTCACTGAAGCAATTGTTTCATGATCATACCAATCTGTTTGAAAAGCGTTACATTCCCCGAAATATCTATTCCCTTTATCATCAATCAATTCGATAAACAAACAATCACGATGCGTTAAAGTGACTTTCGGTGTTACAATTTGTGACTTAAATGGCTCACTATATTTATAAAAATGCAAAGCTGTCAACTTCATCAAATCATCCTCTATACAACTTATTTCTTTGTAATTTACCTGTTGATGTATATGGTAAAGTATCAACCTTTTCAAAGTGTTTCGGTACTTTATATTTCGCTAAATGTTGTGATAAATATGCAATCAATTGTGCCTTTGAAATGTCACTTTCACTGACAAAATATAATTTAGGCACTTGGCCCCAAGTATCATCAGGATGCCCTACACATACTGCGTCAATGATACCTGGAAATTGCTTCGCTACCGTTTCAATTTGATATGGATAAATATTTTCACCGCCACTAATAATTAAATCTTTACGTCGGTCATAAATCATGACATAACCTTCATAATCTATTTCAGCAATGTCACCCGTATTAAAATAACCATTTTCAAACGTACCCGTTAAATCTGTTGGATACAAATATCCATTCATCACATTGGCACCTTTAATCATTAATTCTCCATGACCTTCTTTATTAGGATTTTTAATTTTTACGTCAACATTGGCACTTGGCATCCCTACAGTGTCAGGACGTGCATGCAACATTTCCGGTGTTGCTGTTAAAAATTGTGAACATGTCTCAGTCATACCAAATGAATTATAAATTGGCAGGTTATATTGTAATGCCGTCTCTATCATAGTGGCAGATAATTTAGCACCGCCGAGTAATATCTTTTGTAAATCATAAGGTTCATGTAAACCTTGTTGCATAAGCCAATTTAAAGTTTGTGGCACAAGCGAAATGTGTGTGATGCGTTCATTTTTTATCATCGTTAAAATTTGTTCGGCATTGAATTTATCAACAATGCGCACAGTAAACCCTTCAATAACAGCTCTTAAAAGTACACTGAGACCCGAAATATGATAAATCGGCAAGACAGATAGCCAATTAGTGTCACGATCAAATCCCAAGCTCTCTTTACATCCGATTGCACTGGCATAATGATTACGAAACGTTTGTGGCACCGCTTTTTGAGGGCCCGTTGTTCCTGATGTAAACATAATCGATGCAATGTCATCTAAATTAAATGATGTATTTAATATGTTGGACGGCGACTCTTTCGACACCACAGTTTCATTCGATGTATCATATTGGATATCCATTGTGTTGTCCAACAAACCGTTCATTGTAATATCAGTTCCAGCGAATTCAATATCATCCAACGATACAATTTGAAACCCTCGCAATTCCAGTGGCAAGGTACAAAAAATCAATTGTACATCGATTGACCTCATCTGATTCGTCATCTCATTAGGTGTCAACCTTGTATTAATCATCGCAATTTCAATATTTGCCAACCAACATGCATGTATTAAAATGATCGATTGAATCGAATTATCTATGTATAGCCCGACACGAGATTGTTGATAAGCCTTGAGTCTTTTAGCCAATAGACTCGCTTCACAGTATAAATTTTGATAAGTATAAGATTCTTGACCGTCTGTTATCGCAATATGATGTCCATTTTGTTGTGCTTGTTTATATAACCAAAAGTCCATGCGCTATTCCTCCAAAATCATTTACATTATAATTATAACGATTTTATGACATTCTAGCAGTGGTTATGTTTAAAAATATAAAAAAGTAGACGAATTGATGCATTGATATGATTGTTATAATGCTCAATACATATCGTTATATCATTCGTCTACTATTATCAGTTATTTTTATTTAATTTTAGTGTCATTCTGTCATTTTGATGTGGTGATTTACCCATTGTTGCCACATCATCTGCAATGTCAATTGGTATACGATTCATGTCTTGTAATGCACTTAAATGGAATACTTCATCATCTAAATTTTCAATGAGATATACATAATATGTTACCTTGTCCTTTTTATATTTTAACGTTTTCCAAAAGTCCGGCTTGCAATTCAATACATTATCCGGAATATATTCAATAAATAAGTAACGTTTGCTGCCTACTTTGTCTACGAAATATTTTACAGTGCCTTTTTCTATACCTCTTATATGTGCATAGTCTGCTGAAAAGTAAATACTACCTATTGTTTCATTATGTTGTTGTATTTCAAATCGTTGGTCTACTATTTTATTATTTGTGCCACAACTACTTAAAAAAATCAGTAGATATAGCATTAAACATATTTTCATCCCCTTGAATCTTAAAAACTTTTTCAAAAGCAACACCTCTAAAAATAAATACAATATATTATATCAAATAGAAATTATTATTTTGTTAAATTATGTTGTCATGTTCGTGTCATTTTGAGTTGCAATACAACTTTACAATTATTAAATTAACACTTCTACAACCCAAAAATATTTTTAAAGTTTTGGAAAAAATTAAAGTATTTCCACTACTAATTTGGTAAAATATGATTATGTGATATAGTGAAAGCGTTTTACACTTAATAACTCCCTCTTAAATGCATCCAGGTTTTATGTAGTAAATCATGAAAATAACATATAAATATAGAGGAGATTTACCTTTGAATACAGAGAACAACAAGAATCAAAACCAATCTGTTAAAAATTCTGAAAGACGCGGCATGTTAAAAGGATGCGGCGGTTGCCTTATTTCTTTTATTTTATTAATAATCTTATTATCAGCCTGTTCAATGATGTTTAGTAATAATGACAATTCCACTAGTAATCAATCATCAAAAACGCAATTAACTCAAAAAGATGAAAATAAAAATGAAGATAAGCCTGAGGAAAAATCAGAAACAGCAACAGATGAGGATTTACAATCAACCGAAGAAGTACCCGCAAATGAAAATACTGAAAATAATCAACATGAAATTGATGAAATAACAACAAAAGATCAATCAGACGATGATATTAACACACCAAACGTTGCAGAAGATAAATCACAAGACGACTTGAAAGATGATTTAAAAGAAAAGCAACAATCAAGTAACCAGCATCAATCCACGCAACCTAAGACCTCACCATCAACTGAAACAAACACGCAACAATCATTTGCTAATTGTAAGCAACTTAGACAAGTATATCCGAATGGTGTCACTGCCGATCATCCAGCATATCGACCACATTTAGATAGAGATAAAGATAAACGTGCATGTGAACCTGATAAATATTAAACAACAAGCGAATTGAATTCAAATTGTATTTAGCTTTATGCACTAATCACATAGTAAATAATGAGGGAGATTTTTTAGGCATGAGCAATCAATTCAAAAGCGAAGAAGAGCGAAGACAATGGGAACAATTCCAAGCTTTCCAAAATCAACAAAACCAACAGAACCAGCAATACGGACAAAAGAAATCTAAAAAAGGATGGTTCTGGGGCTGTGGTGGTTGTCTAGTATTATTTATTTTAATTATCATCGGTATTTCAGCTTGTACAGCTGGTATTACAGGTAACCTTGGCGGAAATAGTTCTAAAGAAACGAACAAAACCCATAAAATCGGTGAAACTGTTAAAAATGGCGACCTTGAAATCACTGTAAATTCAGTGGAAACTATGAAATCTGTAGGACCGTCTCTTGCACCAACAAACGCTAAAGGTACATTTGTCGTTGCTGATGTGACAATTAAAAACAAAGGTAAAGAAGCGTTAACAATTGATAGTTCAATGTTTAAGTTAAAATCCGGTGATAAAACATTTGAAGCAGATAATACAGGTTCAATGTCTGCTAATCAAAGTGACAATGGTAGTATAGAAAATTCATTTTTCTTACAGCGTATAAATCCTGATAGCACTGCACAAGGTAAAATTGTTTTCGATGTGTCAGAAAACATAGCCAACGCAAAAGATAAAAAATTAGAAGTTATTTCTAGTTTATTTAGCGTTAAGAAAATTACATTTGATTTATCCGATGCTAAAAAAACATCAAAATCTAAAAAAGACAAGCAAGATACAGAAGTAGCTGTTGCGAGTTCAAATAGCGATAATGTAAATTATGAAGCTTCGGCTACTACACCTGCTACAACTTCTAGTGCGGATACTGATTCTGAAGATAGCGAAAAGTCTAGTAAAGATGAGGATAAGCAGAATGCGTCTAAAAGTGATAAAGATAGTGTAGAAAAAAGTGAATCTAATGAGGAAACTGCTCCTGTAGAGCCCATGCCCCAGAGCAAACCTACTACTAGTGAAGCACCACCTAGTCAAAATATTCACAATGAAGATAACATGTATGATGCTTCAACAGAATAAAATTTCAGGGTAGCTCGGCTACCCTTCTTTTACGGAAAAATTAATTATACATAATCCAATCAAGGAGATAAAAAAATGAAATTCAAAGCTATCGTTGCCATCGCATTATCATTGTCACTATTAACTGCCTGTGGTGCTAATCAACATAAAGAAAATAGTAGTAAATCAAATGATACTAATAAAAAGACGCAACAAACTGACAACACTACACAGTCAAATAGAGAAAAGCAAATGACACCACAAGAAGCCGAAGATATCGTTCGAAACGATTACAAAGCAAGAGGTGTTAATGAATATCAAACATTAAATTTTAAAACAAATCTTGAACGAAGTAATGAACATGAATATTATGTTGAACATTTAGTCCGCGATGCAGTTGGTACACCTTTAAAACGTTGCGCTATTGTTAATCGACACAATGGTAAGATTATTAATACTTTTGATGATATGTCAGAAAAAGATAAAGAAGAATTTGAAGCATTTAAAAAGAGAAGCCCTAAATACAACCCAGGTATGAGTGATCAAGCTGAAATGGATAATGAGTCAGAAGACATTCAATATCATGACAATGATAATAACAAAGCCATTCAAAATGACATACCAGATCAAAAAGTCGATGATAAAAGTGATAAAAATGCTGTTAATAAAGAAGAAAAACACGATAACGGTACAAATAATTCTGAAGAAACTAAAGTTAAATAAGGACATACTTTGATTAATTGTAATTTTTAGGAGAAACACTATGATAACATTTGAAAATATACAACAACTTGAAAAATACACCTTAATGACTATGCATGGTCTTTTTAATCAACTTAAACTCGGTATTATTTCAATCGACAATGCAGAGCATACGCTCTTTACACCTTATATGATGGAAACACTCTCTTCCCTAGGTGTGAAACCAGACATTATCAATTTAATTCACAAAGGGACAGAGTTAGAAGACTTTGCAGCATTTAATTTATCAATTGAAGATACAGTTACAGTCTGTTTACAAAGAACTGAAGAACTATTAAATCAATACAAAAATGTGGAATTCAATGACAAAATATTAATCAATTGGCGTATTATACAAGAGTAATAGACATATAAAAGTCGAATGTAACTACGTGAGTACTGATTTTATTCTTTGTAAATTACAAGCATTTCATATCATAAAGTTTGAAAAGAGGTATATTGAAGTGGAGAAAAACGAATATACAGCTAAATATAATGAATATAGTCAATTATTAGACGCTACTTACTCGCAAGCTGTAGCATACCTTTTAAATAAATATGGCGCTGTAACCGATGATTATTATAAGGAAAAATCATACACGTGATTTTTAAATGGAGAAATCAAAAGTATTTCAAAAGGAAAATACTCTAAAGCTAGCGAAGGATTATACTGTCATCACATAAGTGAAGACAAATTCCAAAACTTATCTGACCTAAGATTCATTTCCGAATTTAAGTACTCATACAACTATCAAAAGAAAGAAAACTTAGTTTACTGCGATTTAATCGAGCATTTAATTTTACATGCAATTATTACAAAAGAATCCCATGGCCAATTTGGCGTAGCTGGATTATGTCAAATGATCAAACCAACAGTCATTGATTGGTACATTGGCGAATATAATCCAAAACCAGCATGGATGCAAGCTACCAAAGCACGTGCCTATTTGCCTGGAATATTAGTAGAGAAACTACTCATTAAAATTGACGATATGTTAAAAGGAATAGAAATATATGATTTCCTTGAGTCTAGATAAATGATTAATGTAGATTTATTTTTTGCTGTTGAGATTTTGTTATAGATGTTTAAAACTGTAATTAAATATATTTTATAAAAATAGACCACGCATACCAATCTATAAACGGACAATGTTTATAAATGAGTTTGCCTGGTCTTGAATTATATTAGTTTTCTTTTGGTTTTAAAAAATCGACTAGATTTTCACAATATTTATCAAATATGTATTCCTAAATTATACAGCCTTAATCCAGCAGCTACTTTCGAAACTTCCAACTTAGTTGATATAAGGTTCAATAGTTTGTTTCGTTCTTTTTCAGATAAACCAGAATTTAGATTGATATTATTGACTTCATAAAAATTATAGACTAATGCCTCTATTTGCTTTTCAGGCATAAGTAAGTCGACTGAAAACTGATTTACGTCGCTTTCATAAATCATTTCATGTAAATTCTTTAGACTATTATCGTTGTTATCTTTAATTTTGTATAAATAACGGCCGAGTTCACGAGCTATTGAAAATCTTGTATTATTAATCGAGAGATTATTATTGATATAAATCGTTCTTCCACTTAAATAACCCGAAGTATTACTCTCCATTTTAATATATTTAACTTTTAAATTAAGTTGAAATAATACCTTGTCTATGTCAATAGCAAAATGTTCAGAAGTAATAAAAAGTTGATCCATTTTGTCCTTAACTAATGACTGAATTAATTGAACTATTTCTGGTTCTAAAATATCTTCATAATGAACTTTCTCAATAACTTTCAATTGATTCCCCTACCTAACTTAAAAATCGAACCTACATTATTTAATAAATTTAAAACTATAGGTGTAAACATTATTAAAATAAAACCCCTCCACTACTATATGTAACGAAGGGACATGATTTCAAAATAAAATACCTTTTTTATAAATTTATTATAATATTTTTCATTATACTGTACAACCGAATCTAATCCAACGATCCCGAAAAGAAGAACAACGGTGGCTCGGCTTCATATTCATTTTTGTCCAAGTGTTCTTTTTCAATTATTTGATTGACGGTTTTCCAATTTTTTACTTCTTGCCTTTTAAAAAATGGCTATGAAAAATTCTATCCCCATAGATTTCTTCATAGCCAATGTTAATTTGTTTCATGTCATTTCTTTAAAATTCCTAAAAATATATAAACTAAAAGCATAAGTAACACAGCAAAAATTGCCGAATATATAATTATTGAAAAAGCATTGCTTTGCATTGGAACTAAATAATTTAAAGTACAAAATAATAATAATGCTAAAATTCCAACTTTAAGTGAATATTTTAATCTATCCATAAAATCACCCTTACTGATATCCCCATTTTTCTCCTGTCAGAACGTATTCCCCGGCTGCATTCTTTTTAGTTTTTAATTTTATATATATTCCCTTACTAGTATCAATATTCGATGCAGCTATAGATCCAAGGAAACCACCAACACCTGCGCCAACTAAACCTCCTGTTAGTGCAGAAATAACGCTAATAGCCCCCGCACCTAAAGCAGCTATTGTTTTTGTATATGCAGAAGAAAGATATAATGTTGCAGTATCTTTACCTGTTTCTACATATTGAGTTTTACCCGCTCTCAATTGGTCTTCAGCTTTATATTTTTTTATTTCTTCTTTTGTAAATATATCTTCCAGTTTATAACCTTTTTTCTCAAGTTCATCAAATAAATTTTGGTTACTCAAATATATTACCTTTGCTTGAGAATGGTCTAACTTATCTTCAGCATGAGCTACATCTGAATTATAAGATAATGAAATTGGACTAACAAATAATACACCAGCAGCTAATAATAAAGATAATTTTTTTGAATACTTATCCATAGTAAAAACCCCTCTTGTAAAGTTATTCCCTATCAACATCCCTAAACACAATATATCATAATAATAATTTATCACCAATAATTAAATACATTTCAATCAATATATTTTTCAAATTTCTAAAATATGCATCTAGTGTCAATAGCGCTTCACAAATGTGTATTTTAACTATTTAAGATTGTCGTGTTTTTAATACTTAATCACTTTTAAAATCTTTTTAGTCAGTATGATTCTTCTATAATCTTTAAGATTTTCAAAATTATTTACTAGCTTCCTTTTGAATTGTTGGTTGTGATTTAGAAATTCACGTCACAAGTTCAATATAAAATATTGTTTTTAATTTTTAATAACAGTTTGAGCGGTAGCATAAATATATAGATAAATCTAAAATTACGCCTAATATTTGACATTTCGTTCTTAATTATTTTCTTATTATATTTGCCATCATCATAAAAAACATTGTTTGTTCTGTAATGATTATTTAAAATACTCATGTCCTTTAATGATTGTGAGGATAATAATAATTTTTATTACACCATACAACCGAATCTAATCCAACGATCCCGAAAAGAAGAACAACGGTGGCTTGGCTTCATATTCATTTTTGTCCAAGTGTTCTTTTTCAATTATTTCATCCACTGTTAATCGGTCTTTAGCATCTTTCTCTTTCAATAATCGCCCTATTTTTTCTTCCTTATATCCTATGCTACTATTAAACTGATTTCCTTCATCTCCTGTATTTATATATGCCTGAAATTTATATTGTTTATCATTATTTATATATCCTTTAATAAAGTAAGCATTCACAGGGCTTTTTTGAAACTTTGTTATTTTCATAGACTTATAGTGATTCAGGTTATGCTCAAAATACAAATCGATTCGCTTTTCTTGTGTCTCAATATAATGTTCTTTTTTACTTTTGTGAAACGCGTATGCAATAACAATTAGTACTATTAATAATGCAACAACTACCACAAATACATATCTCTTTTTCATTTTAACCCCCATAGTTTAGTATTTATTTCTTATAGATTTTAGATTTCAAAAAACAATTCACTTTGACATGCTATCTTTTTTCTATGTTCCGTTTACGCCCCTCATGAAACGTTGTTTCAAAATACTTTTAAAAATTATTTGCTTGACATAATTATAAATACATAAAACAACGCTGTTATATATGGGTTTATAAAATGTAGGAAAATGGCGAAATGAAAATGCTGTTTTTCCTAACGTCAAAGGTGTTAAATCATACTCGCGTATAATTTCATTTCTTGGTTTACCATTTTCATATAATCTAACCATTTATAACTTAAACACTGAACTAAATGTTCTTCTTTCTTAAATTAACAAAATCTACTCTCATAGAATTTGTCCAATTAGATGATATAATAGTAGAGTCGCCTATCTCTCAGGCGTCAATTTAGACGCAGAGAGGAGGTGTATAAGGTGATGCTTATTTTCGTTCACATCATAGCACCAGTCATCAGTGGCTGTGCCATTGCGTTTTTTTCTTATTGGCTAAGTAGACGCAATACAAAATAGGTGACATATAGCCGCACCAATAAAAATCCCCTCACTACCGCAAATAGTGAGGGGATTGGTGTATAAGTAAATACTTATTTTCGTTATTTCAATTATACTGCTAATTTTTCTTTTTGTAAAATATGCAAGGTTTTAAAGAGAAACATCAAGAACTAAAGAGTGCTCTATGTCAAATTGGACTGATGCGTTCAATATCGGAAGTTAGGCAACTAAACATTGCTTAACTTCCTTTTTACTTTTTGGAGCGTAAAGTTTTGAACATAATAATATTCGATTGCGCAAATGATTGTAACTTCCATAACCAAAAGATGTACGTTTAATTAATTTTATTTTGTTGTTTATACCTTCTAATGGACCATTTGATAAATTGTAATAATCAAAGGTTACACTATTAAAAGTGTCACAAATTCTTATGAATCTGGCATAAACTTTTAATTAACTAAATAAGTAAGAAAACCTCGGCACTATATCATTTTAATAGTGTCGAGATTTTTATAGATACTACAAATATTTATAACATGGTTAATTTCATCTAATGACTTATATTTTTGTTTCATCACAATATGAACAATTATTTATTGGACGTATTTTGCTCTTTCTTTATTTCAGAAACTGACTTAGGATTTTCAATAAATTTTCTACCTAATTCATCTGTATAAGAAATATCGGTATCAAATTGAAAATCATCAATAGATCTTATACCAGCTGTAAATGATAACTTTTTATCATTATTTATATAACCACTAATAGAATAGCCATCCATTGGGTTTTCTTTAAAATTAGTAAAACTTATATTTTTATAACCTTTCACATTGTGCTTCATATAAATCGTTATTCTTTCTTTTTGCTCATTATAGTATTGTTCTTTTTCATCATGTCCTATTTTCAAATATATAGCTAATACTATAATTATTAATATTACTGTAACTAAAACTTTAATTTTCATCTTTTTTATTTATCTTCTTCTTTAATTCTGAAACTGTTTTTCATCTTTTATCATCATTCTATCCAGTTTATCACTATATGATGAGATGTATTCAAATTGATAATTATCTTCAGACCACATATGCGCTGAAAAAGTATTAGTCTTGTCATTATTTATATAACCTGTAATAACAAATCCATCTAAAGGGTTTTCTTTTTGTTCCTCGAATTGTATTTCTTTAAACCCTTTAACATTATACTTCATATAAATTATTATTCTTTCTTTTTGTTCATCATAATATTTCTTTTCGTCGTATTTCATCTTCAAAAAGATTCCGCCTAGAATCAATATTAAAATTATAATTACAATCATAAGAGATTTTTTATTCAAAAAATCAATCTCCTTTTCACTGGACTTATTGACAAACATTTTAAATAAATTAAGCATACTGAGTTTTACGATGATTGTATAAACGTTGCAAATCATATGACTGTTGGTTTTAACATTAGTCAATTTTTCTTTCTTATAATCTTAAATCATGATCAGGTTTACTTTAAAATTTAAATAATTATATTTTTCATCCATTCTATCCATAACATTTATTCAATTGGACCTGAAAAGAAAAATAACGGTGGATCGGCTTCATATTCACTTTTGTCTAAGTGTTCTTTTTCAATTATTTCATCGACTGAGAGTTTATATTTAGGGTCTTTTTCTTTGAATAATTTGCCTAATTTATCTTCATGGTAACCAATATCTTTCTGATATTGATTATTGCTTCCCGAATCTATACTTGCTTGGAATTTATATTTTTTATCATCATTTATATAACCTACAATGAAATACCCACCCATCGGAGTTTTATGAAAATCTGTCACCTTCATATTTTTATAATTGTTAAGATTATGCTTAAAATACAAATCGATTCGTTTTTCTTGTGTTTCAATGTAATGTTCTTTTTTACTTTTGTGAAACACGTATACAATAACAATTAGTAATATTAATATTGCAACAACTATCACAAATATATAATTCTTTTTCATATCTATTACCTCAATTTACCTGAAAAGATGAATAGTGATGATCCTAATTTTTATTTGTTTCTATCCAAGTGTTATTTTTCAATTAATTCATCATAAGTCTTAATACTTAAATATTGATGTATGTCTGATGGTGCTATCAGATTTTTAAACCATTAGCTTAAAAAAATATTAATGATTCAAATTGAATTTTAAAACTTAGTCTATGTTCTTTTCATGCATTGCAATGTTATGTTTTTTGTTAAAAATATATCCCAATCCTAATGTTGTTATTATTTCATGTAATGACAATTACTATAGAATAGTTTAATTTAAAACACATTTTGCAACTCGCTACATATATTATCTCATGTTAAATGTGTTTTTTTACGAATGGAAATAAATTGATACACATATCTTGAATAGATTGTTATATAAATAGATTATTTCACTTCTATCATATCATAAGTATATTACCAATTAATAATTTAATTATTATTTTGCATATCTAAAAGTAAACTACACTGAAGTTTCTGAAAATATATCATTTTGAACAGATCTAGAAGTCTTCAATAGCATTCTTATTTTTTAGACATTAATATCGTAAAATTAAAAAACTTATTAAAAAGCCCCTCACTAACTCAATTAGCGAGAGGTTTTGTATAGACTTATTAAACAAATATTTTTTGTAGAAGCGATTGTTTTCTCTGTTTAAGGTTTTGGATTTTTAAATCTGTTTTTGAATTTAATACATCTAAACTATTTAACAATTTTATAATTTTAGTACGTTCATCTTCGACTGGTATTTTAATGTGTATATTTCTTATGTCATTCCCTGAAATAGATTCAAATGTACTCCCCTGTGAAAAACGGATCCATTTATTTTGAGTGGCAAACCATTCTAGAAAATAATATAAAAATTTATCTCCTTTAATTGAGCATACACCTCTACCAATGCACGCATTAATTTGTGCCATAGCTAATTTGCCTACAGGTGCTCTAACAGTTAAAATAATTTCGTCCTTCTGAATTAATTTGGTTACTTCCCTTGTATAAATACGGGGATTAATTAATCCATTCTCTATATCAGCATTTCCTTGGATTAATACCGTATCATTTGAGTTATCAGTATAATTTACACTTTTCGGACTTTGTCCCATAGTAACAGTTGTAACTTCACCCAATCTTTCATTTGTCCAATCTGGATAATCATTACCATTCTCATCTTTGAATCGCAATTCTTGCGAGAAGATTTTCTGCATATAGCCTTTTTTCTGTTGTTGAAGTAATTCAAGTTTTTGTTCTTCTAATTCAATTTGCCGGTCGAGTTTGCTGAAGAACTTGCCTATTTTTTGCTGCTCTTTATTTGTAGGGACAAATCTATTTATTTTATTAATGGTTTGTTTGCTTAAGCTTGGCACACCTGTTGATTCATCGTATACTTTCCAGTTTATTTTTCTAAATAAACTTAATATAAATAGTATGTCTGTTTCTTTTTTAGGTGTACAATAAAATAATGTATCCACCGTCCAAAACGGCGCCTCAAGCAAATATGGTTTGTTTATAGTCCCTTTTCTCCCAATACCAACAGCATCAATTTCACTTAGTGGTTCTGAAACACTTGTCATATAACCGCCAGTACCATAGACTGGTATATCGCCTTTATCCAAATGTTTATAATCTTTTCCAGAATTAACTTTTATAATATTCCCTAACTGCTTCTCTTCCCATTCGCCTTCAAACTCTGGGAATCTCAACTCTGGCACATTTTTCTTTTGTGTATTACTCATCTTTCAACACCCCAAGTTCTTTCAGGTATGCATTGATTTCTTGTTCAATTTCTGCGATTTCTTTGTCGATATTTTTCAAATCTTGTTGGACTTGATCTAAATCTATTGGTGCTTCTTCTTCGAATGTATCGACATATCTCGGTATGTTTAGGTTGTAATCGTTATCGGCAATCTCTTGTAGTGTCGCGCTGTAGCTATATTTATCAATTGTTTCCTTACGCTTATATGTGTCTATAATACGTTCGACTTGGGCATCGCTTAAATGGTTTTGATTTTTTCCTTTTTCAAAATCATTGGATGCATCGATAAATAGTACGTTGTCGTCTTGTTGGCGACATTTTTTAAATACTAAAATACATGTTGGAATACTTGTCCCATAGAAAATATTGGCTGGTAACCCAATCACGGCTTCTAAGTAGTTCTTTTCTTCTATTAAATAGCGACGAATCACACCTTCTGCGGCACCACGGAATAATACACCATGTGGGAGTACGACTGCCATGGTACCTTCATCGTCTAGGTAATGTACCATGTGTTGAATAAAGGCAAAGTCTGCTTTGGATTTTGGCGCAAGCTTGCCGTAACCACTGAATCGTTCATCATTTTCAAATTTTGAATCTGCTGTCCATTTCGCACTGTATGGTGGGTTCGCAATAACCGCATCAAATGTATTGCCTAAAAAGGCTGGATTTTCCAATGTGTCATCATTACGAATCTCGAAGTTCTCATAACGCACATCATGTAATAACATATTCATGCGTGCTAAGTTGTATGTAGTATTGTTACGTTCTTGTCCGAAATAACGATACACTTGCGTTTCTTTACCAACACGTAACAACAATGAACCGGAACCACATGTTGGGTCGTACACGTGACGTAATTTATCTTTACCGTCTGTGACAATCTTCGCCAGTATCTTAGATACTTGTTGTGGTGTATAGAACTCGCCTGCTTTTTTACCCGCTGTCGCCGCAAAGCGCCCGATTAGGAATTCATATGCATCACCTAACATATCAATTTCCATGTCACTGTGAACGAATGGTAAGTCGTCAAGATTAACCATGACTTTAGAGATTAAAGCAGTACGTTCTTTGACATTGTTACCTAGTCGCGTTGAACTCAAATCCATATCGCTGAACAGCCCGATAAAGTCATTTTCACTTTCTTCACCTAGCGTTGATGTTTCAACTTTGCGAATCGCCGTCGCTAGATGTTCTATATCGAAATCTTGCGTTTCAATTTCACGAATCATCGCACTGAATAAATCTTGTGGCTCAATGAAGTAACCGACTTGATCAATTAATTCTGCTTTTAAGTCTTCACGATATTCTTCATCTGCCCATGCTTCTTGATACGTGATGTCTTCACCTGACAAGGCATCTGCATATTCTTGTTCGGCTTTTTCAGATAAGAAGCGATAGAAAATCAAGCCTAAAATGTAATTACGGAATTCACTCGCATCCATGTTCCCTCTTAAATCATTCGCAATCGACCATAATTTTTTATGTAATTCAGCTTGTTGCTGACGTTGTTTTTCAGTAATAGACATGTGATTCCTCCGCCTTTGAATAAGTAATTTATCTCTTTGTGTAATAGATTTATTATAACATTTGGTTATGTTGCGATGTGGAGAATTTTGATGTTGGTGGTGGAAATTTTCATATTTTAGTGGCGCGATTATAATTGAAAAATTTTATGGAAATGTTGTAGCTTTCAAATACTTTCATAATCATTTATATTCTCAATGATGTCAAAAAGTTGTTCATTCATACATAAATAAAACCAATCAACAATTGAGTTGGTGAAAATCAATCGTTGATTGGCTTTGATGCATATTAAATAATGCAATATATATTAATAAATGTTAGTTATAGTATATTTTGTCAGGATTGGGTGAATGTCTAAGTTTTAATTATTTATCTAAATTATCTGCAATGAATTTCTTAATTTCAGGAGAGAAATAAACAGCAAATCCTCTTGTGCTTTCACCTGATGGCTTATTACCTGCATAGATTACACCAATAGCTTCGTGTTTACTATTTAATATAGGTGAACCAGAGCTACCAGGCTGAATAATTGCATCCGATGACACTATATTTCCATTCACTGATAATACTTTACCAGTTGATTCATACATTTGTAGTTTATTTCCATTAGGATTTGGATAACCAATGACTGATATAGGTTCATTTTCTTTAGCCTCTGATGCTATATTAAATTTACTAGTGAAATCTTTGAATTTTCTACCTTTTGGTTGCGTTGATTTTTCTTCAACTTGTACAACCGCAATATCTTCTTTTCCAGGATAATCTACAATTTTAGTAACTTTATAGAGTCCACCACCATTATTATAAAAACCATTAGGATGCGCTTTAATTTCATCACCGACTTTCATGTGATAAGTAACATGTTTATTGGTAATAATTGTATGATTTCCAACAACAAATCCTGTTCCAGCGCCCATCCATGTAACACCACTGTATGGTGCAACATTTGTATTTGTAATTTGTTTAACAGTATTTTCGGCTTTGGCTGTTTGTTGAATACCTTCAACCACTGTTGTGCCGACACCAGTTATTGATGTTAAAATCGTTAATGCGGCAATACTTTTGATGATTATATTTTTATTCATTTTTCTGCTCCTCTAAGTATTTGTATAATTATAATGTTAGCTTTTTGAAGTTTTATTTTTTTTAATCATTTCGAATAAATAGAATCACAGAGATGATTTGAATTGTTGAGTTTGTTGTTAATTTTTAAAATCATTTATCTATGTAAGGATTTATTTATCTGTGTTATCTGCAATGAATTTCTTAATTTCAGGAGAGAAATAAACACCATATCCTTTTGTACTTTTATTTCCAGGGCCGTTTCCACCAAAGTGAACACCTACAACTTCGTATTTACTGTTAAATACAGCTGAACCTGAGTTGCCTGGTTCTACGAAAGCATCAGTAATAATCATGTTGCCTTTAACTGACAGCACTTTTCCTGTTGATTCATACATTTGAAATTTATTTATATATGGTTCTGGATAGCCAACAATTGAAATGCGTTCATTTTCTTTCGCTTCTGATGCTATTTTTAAAATGCCTGTGTAATCTTTAAAATTCCTGTTTTTTGGATGAACAGCTTTATCTTCCACATGTAGAATGGCAATATCTTCTTGACCTGAAAAACGGACAATTTTTTTAACTTTATAAAATCCGCCATTATTATATTCACCATTCGGATGCGCAATAATATGTGCGCCAATTTCCATACCTGCAACGACATGCTTGTTGGTAACAATTGTATTTTTACCGACAATGAATCCTGTTCCAGATCCTATCGAAACGATACCATTGTATGGTGCTACATTAGTATTTTTGATTAGTTTCACATTATGTTCAGCTTTAGCCGTTTGTTGAATACCCTCAACCACTGTTGTGCCGACGCCAGTCACTGATGTTAAAATCGTCAATGCTGCAATACTTTTGATGATTATATTTTTATTCATTTTTCTGCTCCTCTGTTTATTCATGATGCTTTTGATATAGACGTTTTTTTATGTTATATTCGACCGATGTTTTTCATTAAAATTATTGAACACATGCTCATGGTGTATATTTACATTTGTTTATTGTTCAATGTGCTTTTGAATAAAATCTTTGATTTGAGGCGTAAAGTATACGGCACCATTATATTCAGAACCAATTTTTCCAATACCGCCATACACCACACCTATGACCTCATTGTTAGAATTTAGAACTGGTGATCCTGAATTCCCGGGTTCAATGTATGCATCAAAATTTAAAATATTGTCTTTGATTCTTTTTATAGTTCCTGTAGATTCAAACTGTTTAAAACTATTTTGAGCAGGTAATGGGTAACCAATAACTTTAATTTTGTCATCAACTTTAGCATCTTTCGCAAAATTGAATGCTTGGACATTTTCATTAAAATTAAAGCCTTTTGGTCCACGTTCGACTGCTTGTTCTTCAATATTCATGACAGAGATGTCTTCATCACCCGGATAATCAGAAATGCTTTTAATTTTATATATACCACCATTTCCTTTGTCACCGTTTGGATGGGCAGTAATTCTATCGCCAACTTTATAATCTTTTGATACATGTTTATTGGTGATAATTGTATTTTTTCCAATTACAAAACCTGTCGCATCTTTAAATGAAACGACGCCATTATATGGAAAAATATTTGTATCTTTAACTTGCGTAACATTCTTCTCTGCATTTGCTATTTGTTGTGTCTCTTCAACGACTGCAGCATTTATTCCAGTTACTGAGGTTAGAATGGCTAATGCTGCCATGCTTTTAATGACTATATTTTTATTCATTTTCAAGCTCCTTTACAATTCGAGATATGTTGCAACGCTCGTTTAAAGTCAATTTGTTTATTTATCTATGTTTTCTGCAATGAATTTTTTAATTTCTGGTGTAAAGTAGACGCCATATGCATTTCTGTTATCATCATTTTTTACATCAGAAGCAAAATGAATACCAACTAATTCGTTGTTGCTGTTTAATACAGGTGATCCAGAGTTTCCGCTTTCAGTATGCGCTGAATATACAATACTGCTACCTTCTACTGACATCACAGGGCCAGTTGACTCATATAAAACATATTTATTTTTGTATGGGTGTGGATAACCAATCACTTTAATTCGCTCACCAGCTTTAGCCCCTGCCGCATATTTGAATGGCGTTACATTATCATTAAAATTAAAGCCTTTTGGTCCACGTTCTATTGCACGCTCTTCAACTTGAATGACTGATACATCTTCTTTACCTGGATAATTAATAATCTTTTTAATCGAATAAATACCACCATTACCTTTATCACTATTTGGATGTGCAGTAATACGATCGCCCACTTTGTAATTTTTCGACACATGTTTATTTGTTAAAATAGTATTCTTTCCAACTACAAATCCAGTTGCACTTTTAAAAGCAACTACACCAGTATATGGAAAAATATTAGTATCTTTAACTTTTGTGACATTATTTTCTGCTTTGGCAGTTTGTTGTACTTCCTCAACCAATGTTGTTCCAATACCTGTTACAGATGTTAAAATTGTTAATGCTGCTAAACTCTTGATGACTACGTTTTTGTTCATTTTAAGTTCCTCTCTTTTAATTATTTTGATATCTAGATACATAATTCAGTAAATTTAGTTAATTATGTAACCGTTTTCTTAACCGTTCTTTAAAAAATCAACTTCACGAATGAATTGATGGTACTTATTTTTCAATATTATTTTGAATAAATTCTTTTAATTGTGGTGTGAAATAAACACCGAAATTCTTTTCAGATTCATCTTTTCCACTACCTGCATATAAAATACCAATCAGTTCATGTTTAGAATTCAATACAGGTGATCCAGAGTTCCCTGGTTGCGCATACGCATCAAATTCCATAAATGTTCCATTGATATGATTAATCGTTCCAGTTGATTCAAACATTTTATATTTTGTTTGTGCACCCTTTGGATAACCAATAACGGAAATTCTATCTTTCGCTTTTGCTCCGTCTGCAAATTTTGTATAACTAACGTTCTTATTAAAATTCAAACCTTCTGTACTTGTTTCATGAACATGAACTATCGCAAGGTCTTCTTTTCCAGGATATTCTACAATGTCTTTAACGTCGTAGTTTCCTCCGCCTTTACCTTTGCTCGAATGATGTGCTGCTACTCTATTTTTAAAAATATTATTACTTTTAGCGATATGTTTGTTAGTTACGATTGTATTTTTACCAACAACTACACCAGTACCACCCGCAAATGCTACCACTGAATTGTATGGTGCCTTTGTTGCATCGGTAATTTCTTTGACATTCTTTTCTGCTTTGGCAATTGAATGAGGCTGATTAGAAATATTTTCAGCGAAACCAAGAGATGTTAAAATAGTTAAAGCAGTTAAACCTTTAACCATTACATTTTTATTCATATTTTACCTCCTTCCAAATTTATTTTTATAGTTAATGTATCTAGATACACATTTACTATATACATTTTATATAAAAATATTAATTAAATATTAATTAACTACTTATTAACATATTATTAAATAATTGTACATGAATTGACTCATTTATTTAAATATGCTTAAAACTCAATATCACGCAATTAAAATTGACTTTTTAGGATTATTTTGGTCTTAAATATTAATTATTGAATTAAAATTGTAATATTTATTCGGAAATTAGGTTAGTGTGAATATATGGCGGAATGGTGAACAATTCACGTATTTATAATCTTTCACTTTATTATGTATTGTGTTTAACAATATTATTAGCGATTAGTTCCCCTATTATTTATGACAATATGCAGTCAATCAATGAAACATGAATGTATGAGTATATTTGGAACTAGTAATGTATTGTTAATTATTGAAGATGATTGAATTATGGAATTTTTTTCGAGATATGTTATTTCGGGGATCAGATTTTGCGATTTTGCCTTGGATAGAGTAGTTGCGATTTGTAAATACGTTTTACAGGTTCGATTCAATTTCGTTGTTAAGATAATATGGATTAGTTTCACTGACATGTTGATGCATGTCTTTTTTGTTCTGATAAAGTGTAAAATGTTTACTTAACATTACTTAGTATGACACCTGCTAATTCAAACATTATTTGAGACATTCTTTTCAAATTAATTATAAATTTTTACCTATAGACTAGTTTGATATTTATCTACATCCCAAAATTCTCATCAACAATCTTTCACATCCAACATTTTTACTTTAGTTTTTATAATTCAAAACAACAAAACTATGTTAAAAAATTATTCTATTTTTTAGTTAATAGATAGTTAATAAATTTTTGATATTTAGTTAATTGTTCTTTTAAAAAATTATTATTATATTTTCATTGTAAACGTTTACAATATAAAAAAGGGAGCAATTAAAATGAATACAAAATTTTTAGGTAAAACATTAGTAGCAAGTGCTTTAGTATTAACAACATTAGGAACAGGCTTACATTCTTCATACTTAGGATTAGATACAAATAAAGTTGTTAAAACAGCTAAAGCAGAAGAAAAAATGACAGATGGTCAATTATGGAATAAAGTTAAATTATCATTAATTGATTCAGATATTATTAGCGGTAATAAAGACGAAGATATAAAAGTAACTTATTCACTTAAAGACGATAATTCATCTAGTGTGTCTGCGCCTGGAAATGATAACGGCGATAATTTCAATCAAAAAATTGATTTTAAAGGATTAAAACAAATCGATTTAACTAAGGAAAATGTCTACGATGACTTTAACAAAGAACTAGACACTAAAAAAACATGGGATTCATTAACAACAAAGTTAAAAGATAAAGGTTTAGTAGCAGATGGACAAAAAGTAACTATACATTGTAATGATAAGTCTAACAATACAAATACTACTGTTTCTGGTAAAGTTGGTGAAGGAATCTCAAGTAACAGTGGAACTACATTCAAAAAACGCTTCATTGATAAAATCACAATTGATTAAACCTTAAATTCAAATTTCCTTAATTCATAAAACCTTAATAACTAACTCTTTCTTACAAACCACCTAGCCCATAATATATTAAAACGTCATTTTTATTTCAATTAGCGGAAAATAAAAAAACCATTCCGCATTAACTTTGGCAAGTTGGAATGGTTAAAAAAATATTTTAGAAGCCAGCGTTTGGCTTGCTTAGACGACATGTTCGCGCATGTCGTCTTTTTTACATTTATATAATAACACGCAATTCAATAAAATGTCTAATCAATAAACCTCAATTACATTCAAATCCAAAAACTTTGCACCTAATATTCATCGCTTAAATAAACATTACGTTTAATTAACCAGACATTGTCAATCGCGTCTAATACCCCTGTTGTCCGAATACAAAATTATTTTGTATTCATATTTATCTGTTCTCTTTTCTCCCTTTTCAACGCAACTAAATTTCTTTTACCATTAGCGCCCCAATCTTTAATCTTTAATTGTTCTACCGCTCCATTTTTTAAATCCTTTAAAGAGTAAAACTGCTAATAGCAACGTGATAATAATATAGATCGCCAATGTTAATGTAACTGGTATACTCCCTTCTATAAACATATAAACGTAACGTGTAGCATATGTGATTGGTAAATAGAACCACGAATGATCTCCAAGCACTTCTAAGCCAAAATAGACGTTAAAAATAAACATTAAAATTCCGGCAACAATAGCCATTACATCTTTAATGAAAAATATATCTAACATTATCACAAATTATTAATAATGTTAAAAATGACGGTATTAAATAAATTAATAAATATTCCATTGTCATGTATTGCTATACGATTATGACGCTAAAAAGGAATAATTATTAAGTTTATAGAAAACATCTGTATAACTTACTACAAATACTGAAAATAATATAAGGATTTAAGATCGTAAAATCTAAACTAAGGAGATGTTTAAATGCATTTGAAACTGAACGATGAAGATTTAAATTATTTAGTAAATCTAAGTAAAGAAATACTTGAACAATACAACATTAAATTAGACGAAACTTGTAAGGGAGATATTAACATAACATCATGTAATTCTGAATACTTTTTCACTTTAAGCTATTTTTTAAAGCCTGGAAAAGCAACTATAAATTTCAGAGAATGCCGTTACAACTATAGCTTGTTACGTTTAAATCTTAATGACGGTTTTCATAAAAACTCTAATAATGAGAAAATAAGGGGAAATAGAATTAATATATTTTCTGAAAAAGAATTTATACAAAAAGCTGACGGCGCAACCCATATGAAAGCATATCCTTTACCTTATAATATATTTGACGATAGCTCTGATTTTGTAAAACAATTATTTACTTTGCTTGAATATACAAAAACTAATCATAATGATAATATTAAAATTGAAACTAATCTATTCATGAGTTGGTGATACTATGCATGACAACACAATTAAATCTATTAGCAAAGACTATTTTGATTACTTACAAGCAGAATCAAAGTTTATCCCATTAGAAAATGAGACCATAGAATTTTATTCACCTATCGTCGATTATTTTGGTGATTCTATTTCTGTAAATATATCTTTTTCAGGGGATCGATATAAACTAACTGATCATGGTGAAACTTTATGGAACATGGAACAATTTGGTTTAGATTTAACTAATCATAAAAAACAAAAAAAGTATCAACTTCTCAATAATATTGTACAAAATTACGGTCTAGTCATTGAAAATAAGCACATAAACTTTTATACAAATAGAATAGACTTATCTCAAGCCATTCATGATTATGTTTTGGCTATTTCCGAGATTAGTTATTTGGGAATATTAAAGAAAGAAAATATTAAGTCATTATTTAAAGACGAAGTGATGCAATATTTTCTATCAAACAGAAAGATTTATCCTAATATATTTCCCGAATTTAAGGTAGAGGGGAAATCTAAGTTAATCCATAGTTTCGAAGCAGTATTTCCAGGAGAAGCTACAGAGTATGTTAAAACAATTAAACGAATCGATAAAAACAATGCAAAAAATGTCCTTTTCGATTGGAATGATGTTGAAGTACATAGAAATAAAAATTTTGATTCTAATGCTAGACTTAATATCATTACAGAACAACAAGATGATATTAGCGAAGCAGTATCAACTATGTTATCTCAATATAATGTAGAGGTGTTTTCATTTGAAAACAAAAAACAACTTGAAGAAAAGTTTAGTAACCTATAATTATCGTGTTATATAGTGTTTCTTCGATAATAGTTTCTATTTCAATTAAATCACCGATACTTAAAATGATAAATTTACCAATACCAAGTTTGTAATGAACTTTTACCGTCATACAATTATAGATGCTATATATACAAAAAGAACCACGCCGATTAAGACGTGGTTCCATTTTTTTAATAATTTTTTATATGTTGGAAGTTTCTAAATAATTCTAATTTCGCAAATTTAGCACCCTGATATTTAGCAAAGCAATCTACATTTCCCTAACTAAAAATTATCATGTGTGTAAATAAAAATTATGTTAGTACTTTAATTCCGTTTGATAATTAAAATAATTGCACTTTGTTGATTATTTAATCATATACAATTCTATACTCCAGGATTAGTTTCTTTAGAATCCGTACCGATTAATTTAACAGTATGGTTTTGCCAATCAACTTCATAAGTAGATGTAAACGTTACTGTATTTTGATTTTTGTAGTTATTACCAATCCAGTGTAGTCGATTCCATTGATTAGTATATCTATCCATTTCTCTTTGGTAAGTTACTTTGATTTTAGATTTTTTTGTATCATTTTGTTTATGAGAAAGTACGCTTATAAATTCTGGGTTAAAGTTACCACGCGCCAATAAAGGCATTTGATGTGTTGGCAAGAAATTTTGTCCAGCATTTGAACTACTTTGTCTACCACCTAAAAACAGTTCATTACCATATGTTGGGTCATAACTATCTCTACCATATGGTCCCCAACCATTATTCATAATTTTGTGCGCCTCAACACCCCAGCCAATTGATTTATGATTTGTTTTTCTATCAATCGTAGTTCTGTAACTTTCTTGTTTATAATTTATTGTTTCTGAAAATGATTTTGATCCATTCAATCCACCTGATAAGCCATTAGATATATTAATATCTCCGCCATAAGAATAACCTAATGTTTGTTGAACTTGGAATTCTTCATTTTGATTTTTAGGTGCATAGTCAACAACATTTACAGCATCATTTGATTCTGAACTAACCGAAACATTATACTTACCGCCCCAATAAAACTGTGAGTAATTGTAATCTTTTGGATTAGGCTTTTTATAACCTGAATTAATGTTTCCGGCTGCCTTAAGTACTAACGTATCTTTGTCATAACTTTTATCCTTAATGAAATTAAACGTTAAAATTTGAGAAATATTCAATTTATCATTATCAGATGTTGCTGTTGTTTTGTATAAAGTGATTTTGTCATCTACTTTTTTCTCGCTTACAGGTGTGATATGTTGAGCTGCATCAACTGTATTCGATAGCAAAAGCAGTGCAATTGATGAAGCAACTGATGATTTGATTAATTTTTTCATTTTCATATTAATTATGTCCTTTCACTTTAATTTCGTGTGTTTTCCAATTAACTTCATATCTAACTACAAAGTTTCTATTTACAAATGCATTATGCTTTCTTTCTGCGTAAATACCAGTTCTAGGGAATAAAGTCGCATATGTAATATCTAAGTTTCTACCATATGAAATTTCAAATTCACTCGTATCACTTGAACCTTTTTCATGTGATAGTGTAGTGATAAATGATGGATTAAAGCCACTTTGAACTAAAGGTGGCAATTGATTATCAGGAGCAAAATATTCTCTTGCTGAACCTGACGGACCATTTGGACTTTGTACGAATAAATATCTATCATGCGCAGATTTTTTACCATCAGGCGTAACAAATTCGTTTGCTTTAACACCCCATTTAACTGATTTTGAGTTTTGCTTGTCTACTTCACTGACATAACTCTTTTGGGTATAACTAATTGTTTTAGAATAATTAAATGAGCCATTGCCACCTATAGATGGTGCTGACTGGAAATTACCTCCAATGTTATATCCTAATGTTTGACCAACATCAGTAGTTTCTATTTTGTTTTTAGGAAGGTAATTGATTAAGCTAACATTTGGATCTTTAGTCGTCAGTCCTATATTATATTGGAATGGCCAAATCATTCGTTTAGTTAATTCATATCCACTACCCTTCACATCTGAAAATGAAGTTCTGGAATTAATAAAACCTTGCATTTTAACAATTAAAGCGTCTTTGTTATATTTTTTATCTTTTACAAAGTCGAATTGGACATTTTGAGTAACGCCCCATTTCTTACTACTTACATCCTCCGTACGTTTGATTACTTCAGCACCATCACCAATATTTTCAATATTAGTATTTGCTCTAGATTCTTGAATCGGAGATGCTAAAGGTGCAATCAGTCCTACTGACAAAGTTGCAGCTAACATTTTTTTCTTAAACATAAGCTTCACTTTCTTTCTATATAAATTTTTAATACAAATTTATTCTAGATTATTTCACTTATTTATAAAATTAACTGTTCATTAAAAAATAAAATGCTATAAAATATTAAAAATGACACAATTTATTCATTTATGCTGCTGAAAACCGGTCATTTTGGCGCAACCTTCATTACCTTTAAATAGTTCCCTTTATATTCGAACAATATGATAAAATTACCGATACTCAATCTTTTCGCTATAAAAATAAAAACGAACTTTAATCAAATCTTCAAAAATAATGTTTGTATTATGACAAATAATCTATAATTGAATTTAAAATTAACTGATTATTAACTATTGTCCGTTAAATGGAGAGGATTACTTCGTATACTGTTATAACTGAAATCTTCTATATATCATTTCGTAATATCGCTAGCTTCATCTAAAAAATTTAATGCTATGATTTAGCCGAATTAAAAACATATATATATTTACTATGAACTAAAATTTCACTTTAAAAATAAAAAACCATGATTTCGAAGTCTTCATAAACTGAAGCTTCTACTCTCATGGCAATTTATACTATGATATTCAATTATAATGCCTAGTCTCATAGTAAACGGCTACTACATTCGCATGTACTTCGTTTTACTGTCCACGCATGGTCGTTGACTTATTTATATTATAATATAAATATTTTATTTTTCAATACTTAATTTTAAAAATCCCCTATGAAAATGTTGATGAACTACATCTTTAAATCTTATTATACATTGTATAAAATTATATTGCGAGGTACTAAATTGATGATATACACTTTTGGTTGTGTATGCATCTCACCTATCTTTTTTTGCTTTTTTCAAATAAGAAAGTATTAAAAATTAATGCCTATACAACGTTAAAGGAGGAACAGACATGGCTAAACTTGATTTAAATAGTCTTGACGATGAGCACGTAAAATTATTAATAAATGAATTAAAATATCCAGAAACTCATATCGATGTAAATGAATAAAAAACAATAGTTGCTAGTCGAATAAATGAAAGGCAAGAAATAATAAGTTTTAAGTTAGGAATAAAGTACTTCTTAACAATAAAAAGGGATAACATAGAAAAAGATAGGTTTTCAATTTCAATCATTTTCAAAGATACCTATCACACCCTAGTTAGAATAGATATTAACGGTGGTACTCACGATAATCCAGATGGAACAATCGCTCCGAAAAGTCATATTCACATATATAATGATAAGTGTGATAAAAAGGATAGGTTTGCTTATGAAATTAACTTGAAAGATTTCCCCGACATCTATAACTTGTATAATGTGTATATGTCGTTTTTAGAGTAAAAAAATATAAAAGACCTTGAATAAAGGAGGGATAATATGACTACGTTTGATGCTAAAAAATTAAAAAAAGAATATCTTGATTGGTATAATCAGATTTTAGAGTTTTCTAATTTATCAAACAATTCAGTAAAAATAGATACCCCTTTTAAAGATAATTCTTTAGATAATTTAAAAATATACGCTTTATACGATCAGTCCAGAGACATGATTACACTGACTGATGACGGCTATACTATATTTGGTTTAGAAAATAACGGTGTTTCTATAAATAAATTTAAAAAACGTAAAAAGATTTTTGAAGAGCACCTTTCAGCTTACGGTATTAAATATAACGATAAAACTCACGAAATTTTTGTTCAAACTAACTTTAAAAATTTTAATAAATCGAAACATAATTTATTACAGTGCCTTATATTTGTTAATGATATGTACTTACTTTCTAATCCTAAGTCACAGAACATATTTACAGAAGATGTTGCAAACAAATTGGATGAACATAACATTTATTACGGAAGAGATATACCTATTATAGGAAGCAGTGGTGTTGTTCATAATTTCGACTTTTTTATTAGCGCTAAGAAAAATCAAAAAGAAAAATTTATCAATGTTATTTCTAACCCTAATAATTCTATGATTATTAAGTCGAAAATAACGGATGCTATGCAAGCAAAAAAAAATAAAAAGACACAGGCAAAATGAGTTTATTTTTATTTTAAATGACTCAAAAAAAGAAATAAATGAACATAATAAAAATCTTCTTCATGAAAACTATATTAGTACAATAGATTATAGCGAATTAGATGAAAAGATAGGTTTATTGATTTAA

Protein sequences of DBSCAN-SWA_6

>AP018922|1775658:1843010|1797520_1797835_+|BBG08511.1|DBSCAN-SWA
MTYKELATFLKVLSDSSRLEILDLLSCGELCACDLLAHFQFSQPTLSYHLKALVKTNLVTTRKIGNKHLYQLNHNIFESVINNLSKVHTSNQRCFCHNLKTGEC
>AP018922|1775658:1843010|1805486_1805840_+|BBG08522.1|DBSCAN-SWA
MISIILVMIGGGFGAIARSAITDYFNHKFTSKLPIATLIVNLVGSFLIGLTIGLSISISWFPAFFVTGFLGGLTTFSTLAKELTLMMTPKFDINLFLNYSLLQFIIGFIACYIGYHI
>AP018922|1775658:1843010|1808881_1809790_-|BBG08526.1|DBSCAN-SWA
MDLSSPVVIGLIIAVVVALIFFVLFLVALGSKKKVKRQTEEKYEQQEQNIKKSHEEALEKERIQNKKTITKQQEDYNHMVSTKDREIDALKLFSKNHSEYVTDMRLIGIRERLVKEKRIRPEDMHIMANIFLPKDGFNNIERISHLVLTRTGLYIIDSQLLKGHVYNGISGGQFKDLPPMEQVFDTLDLDKSRPQTIVMDQNDDKRSLSFVNYSDQIEAIKQLAEDLQKELGAKYTPTSILYFNPKNEGDVTISNYNQNSAVKVLVGAEQLDEFFNKFVFHGRIQYNVEDLQQMMDKIESFN
>AP018922|1775658:1843010|1836824_1837097_-|BBG08557.1|DBSCAN-SWA
MLDIFFIKDVMAIVAGILMFIFNVYFGLEVLGDHSWFYLPITYATRYVYMFIEGSIPVTLTLAIYIIITLLLAVLLFKGFKKWSGRTIKD
>AP018922|1775658:1843010|1821180_1821321_+|BBG08539.1|DBSCAN-SWA
MEKNEYTAKYNEYSQLLDATYSQAVAYLLNKYGAVTDDYYKEKSYT
>AP018922|1775658:1843010|1775658_1782219_-|BBG08497.1|DBSCAN-SWA
MNLLKKNKYSIRKYKVGIFSTLIGTVLLLSNPNGAQALTTDNNVQSDTNQATPVNSQDKDVANNRGLANSAQNTPNQSATTNQATNQALVNHNNGSIVNQATPTSVQSSTPSAQNNNHTDGNTTATETVSNANNNDAVSNNTTLNVPNKTNENGSGGHLTLKEIQEDVRHSSDKPELVAIAEPASNRPKKRSRRAAPADPNATPADPAAAAAGNGGAPVAITAPYTPTTDPNANNAGQNAPNEVLSFDDNGIRPSTNRSVPSVTVVDNLPGFTLINGGKVGVFSHAMVRTSMFDSGDAKNYQAQGNVIALGRIKGNDTNDHGDFNGIEKSLTVNPNSELIFEFNTMTTKNYQGVTNLIIKNADNDTVIAEKSVAYGPIWRLFKVPENVSHLKIQFVPKNDAITDARGIYQLRDGYKYYDFVDSIGLHSGSHVYVERRTMEPTATNNKEFTVTTSLKNNGNFGASFNTDDFVYKVQLPEGVEYVNNSLTKDFPSSNSGVDMNDFNVTYDAANRVITIKSTGGGSGNSPARLMPDKILDLKYKLRVNNVPTPRTVTFNDTLTYKTYTQDFINSPAESHTVSTNPYTIDIIMNKDALQAEVDRRIQQADYTFASLDIFNGLKRRAQTILDENRNNVPLNKRVSQADIDSLTNQMQHTLIRSVDAENAVNKKVDQMEDLVNQNDELTDEEKQAAIQVIEEHKNEIIGNIGDQTTDDGVTRIKDQGIQTLSGDTATPVVKPNAKKAIRDKATKQREIINATPDATEDEIQDALNQLATDETDAIDNVTNATTNADVGTAKNNGINTIGAVVPQVTHKKAARDAINQATATKRQQINSNREATQEEKNAALNELTQATNHALEQINQATTNADVDNAKGDGLNAINPIAPVTVVKQAARDAVSHDAQQHIAEINANPDATQEERQAAIDKVNAAVTAANTNILNANTNADVEQVKTNAIQGIQAITPATKVKTDAKNAIDKSAETQHNTIFNNNDATLEEQQAAQQLLDQAVATAKQNINAADTNQEVAQAKDQGTQNIVVIQPATQVKTDARNAVNDKAREAITNINATPGATREEKQEAINRVNTLKNRALTDIGVTSTTAMVNSIRDDAVNQIGAVQPHVTKKQTATGVLNDLATAKKQEINQNTDATTEEKQVALNQVDQELATAINNINQADTNAEVDQAQQLGTKAINAIQPNIVKKPAALAQINQHYNVKLAEINATPDATNDEKNAAINTLNQDRQQAIESIKQANTNAEVDQAATTAENNIDAVQVDVVKKQAARDKITAEVAKRIEAVKQTPNATDEEKQAAVNQINQLKDQAFNQINQNQTNDQVDATTNQAINAIDNVEAEVVIKPKAIADIEKTVKEKQQQIDNSLDSTDNEKEVASQALAKEKEKALAAIDQAQTNSQVNQAATNGVSAIKIIQPETKVKPAAREKINQKANELRAQINQDKEATAEERQAALDKINEFVNQAMTDITNNRTNQQVDDTTSQALDSIALVTPDHIVRAAARDAVKQQYEAKKREIEQAEHATDEEKQVALNQLANNEKRALQNIDQAIANNDVKRVESNGIATLKGVEPHIVVKPEAQQAIKASAENQVESIKDTPHATVDELDEANQLISDTLKQAQQEIENTNQDAAVTDVRNQTIKAIEQIKPKVRRKRAALDSIEENNKNQLDAIRNTLDTTQDERDVAIDTLNKIVNTIKNDIAQNKTNAEVDRTETDGNDNIKVILPKVQVKPAARQSVGVKAEAQNALIDQSDLSTEEERLAAKHLVEQALNQAIDQINHADKTAQVNQDSINAQNIISKIKPATTVKATALQQIQNIATNKINLIKANNEATDEEQNIAIAQVEKELIKAKQQIASAATNADVAYLLHDEKNEIREIEPVISRKASAREQLTTLFNDKKQAIEANIQATVEERNSILAQLQNIYDTAIGQIDQDRSNAQVDKTASLNLQTIHDLDVHPIKKPDAEKTINDDLARVTALVQNYRKVSNRNKADALKAITALKLQMDEELKTARTNADVDAVLKRFNVALSDIEAVITEKENSLLRIDNIAQQTYAKFKAIATPEQLAKVKVLIDQYVADGNRMIDEDATLNDIKQHTQFIVDEILAIKLPAEATKVSPKEIQPAPKVCTPIKKEETHESRKVEKELPNTGSEGMDLPLKEFALITGAALLARRRTKNEKES
>AP018922|1775658:1843010|1820738_1821080_+|BBG08538.1|DBSCAN-SWA
MITFENIQQLEKYTLMTMHGLFNQLKLGIISIDNAEHTLFTPYMMETLSSLGVKPDIINLIHKGTELEDFAAFNLSIEDTVTVCLQRTEELLNQYKNVEFNDKILINWRIIQE
>AP018922|1775658:1843010|1801779_1802223_-|BBG08517.1|DBSCAN-SWA
MNKASFDKKVKKQLWFLNKKEKQALDQRLSSISDDDSVNLNKPVTFANAYLRQNVFRNKETKSYSMFVTLVVMMFAYVALLGLFLFGLITSLSGVQFFVSPKVDLSTTVVILTIIGAILLMIVSIYFIKIVTSYFTKKLLEIKFNSK
>AP018922|1775658:1843010|1795495_1796998_-|BBG08510.1|DBSCAN-SWA
MRVAIIGMGTAGVSVLRELVKHPKFNQLDIDLYDDKVNMGQGVPFQNDSSELLINMPSKKMSLNLDDETEFWKWYKQQTDFNFDEPAYLPRFVFGHYMKSYLSMFTKKYPNISTNYNKVQEIYTNSNIDETNLTYYICTTNSEQSWQAYDYVFLTCGTFAYHDPYNLKGKKGYIATPYPTYNTLDEVNELDDIAIIGTGLASLDVVRYVAAHHPKLPITMTSRSAHLPSVRGTMIDVTFKYLTKDKLNDIKKHHFGNAPLDTIVSLFLKECAEYDIDFKKLVHRRTGNHIADLKYDLARPTEMGIFQSMIEHLKENLNWIWNSLSIEDQHQFNQKYSKMIQLNSNPMPPRTAELIIELIENKSLILKKDLEDVKHDGKLYYFSYKNQESVDMYNVVINATGAKSHLNELDQDDQLIKNLENRQIVQAHPMGGIQIIPETNQVISPRFGTLTNMIAIGQMTNGVNKLRNGVKMIVEQVAHTVSQLYDALESNEQQQRSYNQ
>AP018922|1775658:1843010|1819000_1819996_+|BBG08536.1|DBSCAN-SWA
MSNQFKSEEERRQWEQFQAFQNQQNQQNQQYGQKKSKKGWFWGCGGCLVLFILIIIGISACTAGITGNLGGNSSKETNKTHKIGETVKNGDLEITVNSVETMKSVGPSLAPTNAKGTFVVADVTIKNKGKEALTIDSSMFKLKSGDKTFEADNTGSMSANQSDNGSIENSFFLQRINPDSTAQGKIVFDVSENIANAKDKKLEVISSLFSVKKITFDLSDAKKTSKSKKDKQDTEVAVASSNSDNVNYEASATTPATTSSADTDSEDSEKSSKDEDKQNASKSDKDSVEKSESNEETAPVEPMPQSKPTTSEAPPSQNIHNEDNMYDASTE
>AP018922|1775658:1843010|1822878_1823055_-|BBG08542.1|DBSCAN-SWA
MDRLKYSLKVGILALLLFCTLNYLVPMQSNAFSIIIYSAIFAVLLMLLVYIFLGILKK
>AP018922|1775658:1843010|1807090_1807774_+|BBG08524.1|transposase|DBSCAN-SWA
MIQNTFGYLPEYIVADAGYDSEQNYMAIIDDFNKTPLITYGMFIKDKTRKFKSDIFNTQNWKYDELNDEFICPNNKRIGFKRYAYRNDRYGFKRDFKLYECDDCSACSLRQQCMKPNSKSNKKIMKNYNWEYFKAQINQKLSEPETKKIYSQRKIDVELVFGFMKAILGFTRMSVRGINNVKRELGFVLMALNIRKIAAQRAVHYKIHIKKADFYQIINRNQLFYIA
>AP018922|1775658:1843010|1782544_1782856_-|BBG08498.1|DBSCAN-SWA
MKSITTDELKNKLLESKPVQIVDVRTDEETAMGYIPNAKLIPMDTIPDHLNSFNKNEIYYIVCAGGVRSAKVVEYLEANGIDAVNVEGGMHAWGDEGLEIKSI
>AP018922|1775658:1843010|1823065_1823587_-|BBG08543.1|DBSCAN-SWA
MDKYSKKLSLLLAAGVLFVSPISLSYNSDVAHAEDKLDHSQAKVIYLSNQNLFDELEKKGYKLEDIFTKEEIKKYKAEDQLRAGKTQYVETGKDTATLYLSSAYTKTIAALGAGAISVISALTGGLVGAGVGGFLGSIAASNIDTSKGIYIKLKTKKNAAGEYVLTGEKWGYQ
>AP018922|1775658:1843010|1787823_1788387_+|BBG08502.1|DBSCAN-SWA
MKLERILPFSKTLIKQHITPESIVVDATCGNGNDTLFLAEQVPEGHVYGFDIQDLALENTRDKVKDFNHVSLIKDGHENIEHHINDAHKGHIDAAIFNLGYLPKGDKSIVTKPDTTIQAINSLLSLMSIEGIIVLVIYHGHSEGQIEKHALLDYLSTLDQKHAQVLQYQFLNQRNHAPFICAIEKIS
>AP018922|1775658:1843010|1838554_1838737_-|BBG08560.1|DBSCAN-SWA
MEPRLNRRGSFCIYSIYNCMTVKVHYKLGIGKFIILSIGDLIEIETIIEETLYNTIIIGY
>AP018922|1775658:1843010|1832479_1833199_-|BBG08553.1|protease|DBSCAN-SWA
MNKNIVIKSMAALAILTSVTGINAAVVEETQQIANAEKNVTQVKDTNIFPYNGVVSFKDATGFVIGKNTIITNKHVSKDYKVGDRITAHPNGDKGNGGIYKIKSISDYPGDEDISVMNIEEQAVERGPKGFNFNENVQAFNFAKDAKVDDKIKVIGYPLPAQNSFKQFESTGTIKRIKDNILNFDAYIEPGNSGSPVLNSNNEVIGVVYGGIGKIGSEYNGAVYFTPQIKDFIQKHIEQ
>AP018922|1775658:1843010|1821576_1821753_+|BBG08540.1|DBSCAN-SWA
MIKPTVIDWYIGEYNPKPAWMQATKARAYLPGILVEKLLIKIDDMLKGIEIYDFLESR
>AP018922|1775658:1843010|1828852_1830409_-|BBG08550.1|DBSCAN-SWA
MSITEKQRQQQAELHKKLWSIANDLRGNMDASEFRNYILGLIFYRFLSEKAEQEYADALSGEDITYQEAWADEEYREDLKAELIDQVGYFIEPQDLFSAMIREIETQDFDIEHLATAIRKVETSTLGEESENDFIGLFSDMDLSSTRLGNNVKERTALISKVMVNLDDLPFVHSDMEIDMLGDAYEFLIGRFAATAGKKAGEFYTPQQVSKILAKIVTDGKDKLRHVYDPTCGSGSLLLRVGKETQVYRYFGQERNNTTYNLARMNMLLHDVRYENFEIRNDDTLENPAFLGNTFDAVIANPPYSAKWTADSKFENDERFSGYGKLAPKSKADFAFIQHMVHYLDDEGTMAVVLPHGVLFRGAAEGVIRRYLIEEKNYLEAVIGLPANIFYGTSIPTCILVFKKCRQQDDNVLFIDASNDFEKGKNQNHLSDAQVERIIDTYKRKETIDKYSYSATLQEIADNDYNLNIPRYVDTFEEEAPIDLDQVQQDLKNIDKEIAEIEQEINAYLKELGVLKDE
>AP018922|1775658:1843010|1782877_1785292_-|BBG08499.1|tRNA|DBSCAN-SWA
MNYNHNQIEKKWQDYWDENKTFKTNDNLGQKKFYALDMFPYPSGAGLHVGHPEGYTATDIISRYKRMQGYNVLHPMGWDAFGLPAEQYALDTGNDPREFTKKNIQTFKRQIKELGFSYDWDREVNTTDPEYYKWTQWIFIQLYNKGLAYVDEVAVNWCPALGTVLSNEEVIDGVSERGGHPVYRKPMKQWVLKITEYADQLLADLDDLDWPESLKDMQRNWIGRSEGAKVSFDVDNTEGKVEVFTTRPDTIYGASFLVLSPEHALVNSITTDEYKEKVKAYQTEASKKSDLERTDLAKDKSGVFTGAYAINPLSGEKVQIWIADYVLSTYGTGAIMAVPAHDDRDYEFAKKFDLPIIEVIEGGNVEEAAYTGEGKHINSGELDGLENEAAITKAIQLLEQKGAGEKKVNYKLRDWLFSRQRYWGEPIPVIHWEDGTMTTVPEEELPLLLPETDEIKPSGTGESPLANIDSFVNVVDEKTGMKGRRETNTMPQWAGSCWYYLRYIDPKNEKMLADPEKLKHWLPVDLYIGGVEHAVLHLLYARFWHKVLYDLGIVPTKEPFQKLFNQGMILGEGNEKMSKSKGNVINPDDIVQSHGADTLRLYEMFMGPLDAAIAWSEKGLDGSRRFLDRVWRLMVNEDGTLSSKIVTTNNKSLDKVYNQTVKKVTEDFETLGFNTAISQLMVFINECYKVDEVYKPYIEGFVKMLAPIAPHIGEELWSKLGHEESITYQPWPTYDEALLVDDEVEIVVQVNGKLRAKIKIAKDTSKEEMQEIALSNDNVKASIEGKDIMKVIAVPQKLVNIVAK
>AP018922|1775658:1843010|1791663_1792128_-|BBG08506.1|DBSCAN-SWA
MNFEGKLIGKDLKVAIVVSRFNDFITGRLLEGAKDTLIRHDVNEDNIDVAFVPGAFEIPLVAKKLASSGNYDAVITLGCVIRGATSHYDYVCNEVAKGVSKVNDQTNVPVIFGILTTESIEQAVERAGTKAGNKGAEAAVSAIEMANLLKSIKA
>AP018922|1775658:1843010|1815874_1817353_-|BBG08533.1|DBSCAN-SWA
MDFWLYKQAQQNGHHIAITDGQESYTYQNLYCEASLLAKRLKAYQQSRVGLYIDNSIQSIILIHACWLANIEIAMINTRLTPNEMTNQMRSIDVQLIFCTLPLELRGFQIVSLDDIEFAGTDITMNGLLDNTMDIQYDTSNETVVSKESPSNILNTSFNLDDIASIMFTSGTTGPQKAVPQTFRNHYASAIGCKESLGFDRDTNWLSVLPIYHISGLSVLLRAVIEGFTVRIVDKFNAEQILTMIKNERITHISLVPQTLNWLMQQGLHEPYDLQKILLGGAKLSATMIETALQYNLPIYNSFGMTETCSQFLTATPEMLHARPDTVGMPSANVDVKIKNPNKEGHGELMIKGANVMNGYLYPTDLTGTFENGYFNTGDIAEIDYEGYVMIYDRRKDLIISGGENIYPYQIETVAKQFPGIIDAVCVGHPDDTWGQVPKLYFVSESDISKAQLIAYLSQHLAKYKVPKHFEKVDTLPYTSTGKLQRNKLYRG
>AP018922|1775658:1843010|1797837_1799127_+|BBG08512.1|DBSCAN-SWA
MTTLATLIFLVTLLFVLWQPKGLDIGITALTGAFIAVITGVVSFSDVFEVTGIVWNATLTFVSVILISLILDKVGLFEWSAIHMLHASKGNGLKMFVYIILLGAIVAAFFANDGAALILTPIVLAMVKNIGFSKRAIFPFIIASGFIADTTSLPLIVSNLVNIISADYFHVGFVRYFSRMIIPNLFSLLASIIVLWLYFRKAIPKTFDDNNIKHPKDAINDLKLFKISWIVLVILLFGYLISEFTKIPVSIFTGIIAFIFLMLARKSNAVNIKQVIKGAPWNIVLFSIGMYIVVFGLRNAGITLILAKILEYISNYGLFSTILGMGFISAFLSSIMNNMPTVLIDAIAIGQSNVHGMLKEGLIYANVIGSDLGPKITPIGSLATLLWLHVLTQKDVKISWGTYFKTGIIITIPVLFITLIGLYLTLIIF
>AP018922|1775658:1843010|1801349_1801793_+|BBG08516.1|DBSCAN-SWA
MQDNSTKYLLYIQTATSNHLETNCVFLHCDYILKVPINKLVSYYAKLHLSSQSVLIETAKNILNINKLVPIYINPKTILFPLKHKRAPIQIYINAHYIVGMTAIENSTLIHFQEGIQLEVDEPFSLVSKKCHESLALKHFIENTISN
>AP018922|1775658:1843010|1793971_1795015_-|BBG08509.1|DBSCAN-SWA
MSQFMDYAIQLANMVQGQTGVNPPVGAVVVNEGRIVGIGAHLRKGDKHAEVQALDMAQQNAEGATIYITLEPCSHFGSTPPCVNKIIDCKIAKVVYATKDNSLDTHGDETLRAHGIEVECVDDERASQLYQDFFKAKAKQLPQITVKVSASLDGKQANDNGQSQWITNKEVKQDVYKLRHRHDAVLTGRRTVELDDPQYTTRIQDGKNPIKVILSKSGNIHFNQQIYQDESTPIWIYTENPNLTSNQTHIEIIYLKSCDLTTILHNLYKRGVGTLLVEAGPTTTSEFLQSNYIDEFILYYAPKLIGGSGNYQFYQTNDVIEIPDANQFEIVHSELLNQNVKLTLRKK
>AP018922|1775658:1843010|1814868_1815870_-|BBG08532.1|DBSCAN-SWA
MKLTALHFYKYSEPFKSQIVTPKVTLTHRDCLFIELIDDKGNRYFGECNAFQTDWYDHETIASVKHVIEQWFEDNRNKSFETYEAALKLVDSLENTPAARATIVMALYQMFHVLPSFSVAYGATASGLSNKQLESLKATKPTRIKLKWTPQIMHQIRVLRVLDFHFQLVIDANESLDCQDFTQLQLLAREQVLYIEEPFKDISMLDDVVDGTIPPIALDEKATSLSDIINLIELYNVKVAVLKPFRLGGIDKVQTAIDTLKSHGVKVVIGGMYEYGLSRYFTAMLARKGDYPGDVTPAGYYFEQDVVAHSGILKEGRLEFRPPLVDITQLQPY
>AP018922|1775658:1843010|1842839_1843010_+|BBG08564.1|DBSCAN-SWA
MLCKQKKIKRHRQNEFIFILNDSKKEINEHNKNLLHENYISTIDYSELDEKIGLLI
>AP018922|1775658:1843010|1835774_1836353_+|BBG08556.1|DBSCAN-SWA
MNTKFLGKTLVASALVLTTLGTGLHSSYLGLDTNKVVKTAKAEEKMTDGQLWNKVKLSLIDSDIISGNKDEDIKVTYSLKDDNSSSVSAPGNDNGDNFNQKIDFKGLKQIDLTKENVYDDFNKELDTKKTWDSLTTKLKDKGLVADGQKVTIHCNDKSNNTNTTVSGKVGEGISSNSGTTFKKRFIDKITID
>AP018922|1775658:1843010|1807836_1808670_-|BBG08525.1|DBSCAN-SWA
MEVKTFYNGNTMPQIGLGTFRVENDENCMESVKYAIEQGYRSIDTAKVYGNEEQVGAGIRAGLESTGIAREDLFITSKLYFEDFGRENVAAAYEASLSRLGLKSLDLYLVHWPGTNEAVMVDTWKGMEDLYKNNKVKNIGVSNFEPEHLEALLAQVSIKPVINQVEYHPYLTQHKLKLYLAAQHIVMESWSPLMNAQILNDETIKDIAQELGKSPAQVVLRWNVQHGVVIIPKSVTPNRISENFQIFDFELSDEQMTRIDGLNQDKRIGPDPKTFEG
>AP018922|1775658:1843010|1800343_1800568_-|BBG08514.1|DBSCAN-SWA
MDYAHLNLEHFFARNDDLDVIRDRADFVMINNFTNEMMYRDGQIEGTIDLNQYYYKNRSNAASFIMMDYKKETK
>AP018922|1775658:1843010|1814075_1814555_-|BBG08530.1|DBSCAN-SWA
MRVKFRDKDNRQVNLTFKKDNELADGNHVLAIPTFKNQLLFTKHNLRGIEFPGGKRERGESSAEAVTRELYEETGAKVKNIHYIAQYTIETHDQTDFVKDVYFIEVESLVSKNDYLETAGPVLFNCINDIELAQRSFLLQDSTILKCVERVQSLGFYQT
>AP018922|1775658:1843010|1790540_1791542_+|BBG08505.1|DBSCAN-SWA
MALLKNFFIGLSNNSFLNNAAKKVGPRLGANKVVAGNTIPELINTIEYLNDKNIAVTVDNLGEFVGTVEESNHAKEQILTIMDALHQHGVKAHMSVKLSQLGAEFDLELAYQNLREILLKANTYNNMHINIDTEKYASLQQIVQVLDRLKGEFRNVGTVIQAYLYDSHELVDKYQDLRLRLVKGAYKENESIAFQSKEDVDANYIKIIEQRLLNARNFTSIATHDHRIINHVKQFMKENHIEKDRMEFQMLYGFRSELAEEIANEGYNFTIYVPYGDDWFAYFMRRLAERPQNLSLAVKEFVKPAGLKRVGIIAALGATVMLGLSTIKKLCRK
>AP018922|1775658:1843010|1792140_1793322_-|BBG08507.1|DBSCAN-SWA
MQFDNIDSALMALKNGEPIIVVDDENRENEGDLVAVTEWMNDNTINFMAKEARGLICAPVSKDIAQRLDLVQMVDDNSDIFGTQFTVSIDHVDTTTGISAYERTLTAKKLIDPSSEAKDFNRPGHLFPLVAQDKGVLARNGHTEAAVDLAKLTGAKPAGVICEIMNDDGTMAKGQDLQKFKEKHQLKMITIDDLIEYRKKLEPEIEFKAKVKMPTDFGTFDMYGFKATYTDEEIVVLTKGAIRQHENVRLHSACLTGDIFHSQRCDCGAQLESSMKYINEHGGMIIYLPQEGRGIGLLNKLRAYELIEQGYDTVTANLALGFDEDLRDYHIAAQILKYFNIEHINLLSNNPSKFEGLKQYGIDIAERIEVIVPETVHNHDYMETKKIKMGHLI
>AP018922|1775658:1843010|1834103_1834811_-|BBG08555.1|protease|DBSCAN-SWA
MNKNVMVKGLTALTILTSLGFAENISNQPHSIAKAEKNVKEITDATKAPYNSVVAFAGGTGVVVGKNTIVTNKHIAKSNNIFKNRVAAHHSSKGKGGGNYDVKDIVEYPGKEDLAIVHVHETSTEGLNFNKNVSYTKFADGAKAKDRISVIGYPKGAQTKYKMFESTGTINHINGTFMEFDAYAQPGNSGSPVLNSKHELIGILYAGSGKDESEKNFGVYFTPQLKEFIQNNIEK
>AP018922|1775658:1843010|1806397_1806652_+|BBG08523.1|transposase|DBSCAN-SWA
MMLKIILYAYTQSVFSGRRIEKLLHDSIRMMWLAQDQTPSYKTINRFRVNPNTDALIESLFIQFHSQCLKQNLIDNNSIFIDGT
>AP018922|1775658:1843010|1814614_1814872_+|BBG08531.1|DBSCAN-SWA
MKKIFLAMIHFYQRFISPLTPPTCRFYPTCSEYTREAIQYHGAFKGLYLGIRRILKCHPLHKGGFDPVPLKKDKSASKHSHKHNH
>AP018922|1775658:1843010|1805124_1805490_+|BBG08521.1|DBSCAN-SWA
MQYVYIFIGGALGALLRYLISFLNTDGGFPIGTLIANLTGAFVMGLLTALTIAFFSNHPTLKKAITTGFLGALTTFSTFQLELIHMFDHQQFITLLLYAVTSYVFGILLCYVGIKLGGGLS
>AP018922|1775658:1843010|1813324_1814095_-|BBG08529.1|DBSCAN-SWA
MDFIKRKRMPIESFTHQFEEITYLSDDLQVKALMMTPHHEVNRIVVYLRGGKGQVGRVRAGRLMQFSDSQTLVIGPYYRGNNGSEGKDELYRGDLNDVTQLLRLLHDKYPQAFIHMIGFSRGGLQGLLTFQDLPVTSYTIWGGVSDIDLMYEERVDLRGMLRRMIGHPKKDRAAYEARQAIPNINENSPPILIVHGGKDQQVGIHHAYYLADQLELKGATHETFYQMAEGHVPRPPAMVETLTYIKEFMNQVELHS
>AP018922|1775658:1843010|1818305_1818920_+|BBG08535.1|DBSCAN-SWA
MNTENNKNQNQSVKNSERRGMLKGCGGCLISFILLIILLSACSMMFSNNDNSTSNQSSKTQLTQKDENKNEDKPEEKSETATDEDLQSTEEVPANENTENNQHEIDEITTKDQSDDDINTPNVAEDKSQDDLKDDLKEKQQSSNQHQSTQPKTSPSTETNTQQSFANCKQLRQVYPNGVTADHPAYRPHLDRDKDKRACEPDKY
>AP018922|1775658:1843010|1800766_1801237_+|BBG08515.1|DBSCAN-SWA
MKFNNVYNKHHKIIHHLLKKYNISYNYDEYYQLLLIKMWQLSQIYKPSSKQSLSSFLFTRLNFYLIDLFRQQNQLKDVILCENNSPTLTEQPTYFNEHDLRLQDIFKLLNQRERLWLKLYLEGYKQFEIAEIMSLSLSTIKLIKMSVKRKCQHNFN
>AP018922|1775658:1843010|1824661_1824886_-|BBG08545.1|transposase|DBSCAN-SWA
MVRLYENGKPRNEIIREYDLTPLTLGKTAFSFRHFPTFYKPIYNSVVLCIYNYVKQIIFKSILKQRFMRGVNGT
>AP018922|1775658:1843010|1821950_1822508_-|BBG08541.1|DBSCAN-SWA
MKVIEKVHYEDILEPEIVQLIQSLVKDKMDQLFITSEHFAIDIDKVLFQLNLKVKYIKMESNTSGYLSGRTIYINNNLSINNTRFSIARELGRYLYKIKDNNDNSLKNLHEMIYESDVNQFSVDLLMPEKQIEALVYNFYEVNNINLNSGLSEKERNKLLNLISTKLEVSKVAAGLRLYNLGIHI
>AP018922|1775658:1843010|1785582_1786764_-|BBG08500.1|DBSCAN-SWA
MNIPKSVWWLVIGMALNITGSSFLWPLNTIYMKQELGKSLTVAGLVLMINSFGMVIGNLLGGSLFDKLGGYKTILIGTFTCLCSTTLLNFFHGWPWYAVWLVMLGFGGGMIIPAIYAMAGAVWPNGGRQTFNAIYLAQNIGVAVGAAMGGFVAEFSFNYIFLANLIMYVVFALVAVTQFNIEINAKVKYPTHLDITGKKNKARFISLVLICAMFAICWVAYIQWESTIASFTQSINISMAQYSVLWTINGIMILVAQPLIKPILYLLKGNLKKQMFVGIIIFMLSFFVTSFAENFTIFVVGMIILTFGEMFVWPAVPTIANQLAPDGKQGQYQGFVNSAATVGKAFGPFLGGVLVDAFNMRMMFIGMMLLLVFALILLMVFKENNTQPKKIDA
>AP018922|1775658:1843010|1827741_1828860_-|BBG08549.1|DBSCAN-SWA
MSNTQKKNVPELRFPEFEGEWEEKQLGNIIKVNSGKDYKHLDKGDIPVYGTGGYMTSVSEPLSEIDAVGIGRKGTINKPYLLEAPFWTVDTLFYCTPKKETDILFILSLFRKINWKVYDESTGVPSLSKQTINKINRFVPTNKEQQKIGKFFSKLDRQIELEEQKLELLQQQKKGYMQKIFSQELRFKDENGNDYPDWTNERLGEVTTVTMGQSPKSVNYTDNSNDTVLIQGNADIENGLINPRIYTREVTKLIQKDEIILTVRAPVGKLAMAQINACIGRGVCSIKGDKFLYYFLEWFATQNKWIRFSQGSTFESISGNDIRNIHIKIPVEDERTKIIKLLNSLDVLNSKTDLKIQNLKQRKQSLLQKIFV
>AP018922|1775658:1843010|1837298_1837772_+|BBG08558.1|DBSCAN-SWA
MHLKLNDEDLNYLVNLSKEILEQYNIKLDETCKGDINITSCNSEYFFTLSYFLKPGKATINFRECRYNYSLLRLNLNDGFHKNSNNEKIRGNRINIFSEKEFIQKADGATHMKAYPLPYNIFDDSSDFVKQLFTLLEYTKTNHNDNIKIETNLFMSW
>AP018922|1775658:1843010|1789479_1790307_-|BBG08504.1|DBSCAN-SWA
MWKWEAENDAKGVVVIAHNILEHTGRYAYVITMLRRNGYHVIMGDLPGQGQTSRANKGQIENFQTYHESLLDWLKIANEYKIPTYVLGVGLGGLILLNLLEKVELPIEGMMLISPMLELQKNGKNRKDKLVSNIGKISKDTRFNVGVEPKDLTRNLEIVEETVNDGLMLKKATYHWYNTINETMKDTMAHIHDIQPMPTLLMYGTKDLIVDTRAIDEFKEKYQTPELYFKAWQGFYHEVHNEPERDEVMRYILTFLNNSVNTMGFIVEDDEIVEI
>AP018922|1775658:1843010|1838937_1839921_-|BBG08561.1|DBSCAN-SWA
MKMKKLIKSSVASSIALLLLSNTVDAAQHITPVSEKKVDDKITLYKTTATSDNDKLNISQILTFNFIKDKSYDKDTLVLKAAGNINSGYKKPNPKDYNYSQFYWGGKYNVSVSSESNDAVNVVDYAPKNQNEEFQVQQTLGYSYGGDINISNGLSGGLNGSKSFSETINYKQESYRTTIDRKTNHKSIGWGVEAHKIMNNGWGPYGRDSYDPTYGNELFLGGRQSSSNAGQNFLPTHQMPLLARGNFNPEFISVLSHKQNDTKKSKIKVTYQREMDRYTNQWNRLHWIGNNYKNQNTVTFTSTYEVDWQNHTVKLIGTDSKETNPGV
>AP018922|1775658:1843010|1799213_1800068_-|BBG08513.1|DBSCAN-SWA
MNKHKKGSIFGIIGLVVIFAVVSFLFFSMISDQIFFKHVKSDIKIEKLNVTLNDAAKKQINNYTSQQVSNKKNDAWRDASATEIKSAMDSGTFIDNEKQKYQFLDLSKYQGIDKNRIKRMLVDRPTLLKHTDDFLKAAKDKHVNEVYLISHALLETGAVKSELANGVEIDGKKYYNFYGVGALDKDPIKTGAEYAKKHGWDTPEKAISGGADFIHKHFLSSTDQNTLYSMRWNPKNPGEHQYATDIKWAESNATIIADFYKNMKTEGKYFKYFVYKDDSKHLNK
>AP018922|1775658:1843010|1811479_1813072_+|BBG08528.1|DBSCAN-SWA
MSVDTYTETTKIDKLLKKQTSHFQLSTTQLYNKILDNNEGVLTELGAVNASTGKYTGRSPKDKFFVSEPSYRDNIDWGEINQPIDEETFLKLYHKVLDYLDKKDELYVFKGYAGSDKDTMLKLTVINELAWHNLFAKNMFIRPESKEEATKIKPNFTIVSAPHFKADPEVDGTKSETFVIISFKHKVILIGGTEYAGEMKKGIFSVMNYLLPMQDIMSMHCSANVGEKGDVALFFGLSGTGKTTLSADPHRKLIGDDEHGWNKNGVFNIEGGCYAKAINLSKEKEPQIFDAIKYGAILENTVVAEDGSVDFEDNRYTENTRAAYPINHIDNIVVPSKAAHPNTIIFLTADAFGVIPPISKLNKDQAMYHFLSGFTSKLAGTERGVTEPEPSFSTCFGAPFFPLHPTVYADLLGELIDLHDVDVYLVNTGWTGGKYGVGRRISLHYTRQMVNQAISGKLKNAEYTKDSTFGLSIPVEIEDVPKTILNPINAWSDKEKYKAQAEDLIQRFEKNFEKFGEKVEHIAEKGSFNK
>AP018922|1775658:1843010|1817511_1817994_-|BBG08534.1|DBSCAN-SWA
MKKFLRFKGMKICLMLYLLIFLSSCGTNNKIVDQRFEIQQHNETIGSIYFSADYAHIRGIEKGTVKYFVDKVGSKRYLFIEYIPDNVLNCKPDFWKTLKYKKDKVTYYVYLIENLDDEVFHLSALQDMNRIPIDIADDVATMGKSPHQNDRMTLKLNKNN
>AP018922|1775658:1843010|1837776_1838568_+|BBG08559.1|DBSCAN-SWA
MHDNTIKSISKDYFDYLQAESKFIPLENETIEFYSPIVDYFGDSISVNISFSGDRYKLTDHGETLWNMEQFGLDLTNHKKQKKYQLLNNIVQNYGLVIENKHINFYTNRIDLSQAIHDYVLAISEISYLGILKKENIKSLFKDEVMQYFLSNRKIYPNIFPEFKVEGKSKLIHSFEAVFPGEATEYVKTIKRIDKNNAKNVLFDWNDVEVHRNKNFDSNARLNIITEQQDDISEAVSTMLSQYNVEVFSFENKKQLEEKFSNL
>AP018922|1775658:1843010|1824133_1824580_-|BBG08544.1|DBSCAN-SWA
MKKRYVFVVVVALLIVLIVIAYAFHKSKKEHYIETQEKRIDLYFEHNLNHYKSMKITKFQKSPVNAYFIKGYINNDKQYKFQAYINTGDEGNQFNSSIGYKEEKIGRLLKEKDAKDRLTVDEIIEKEHLDKNEYEAKPPLFFFSGSLD
>AP018922|1775658:1843010|1825697_1826072_-|BBG08546.1|DBSCAN-SWA
MKIKVLVTVILIIIVLAIYLKIGHDEKEQYYNEQKERITIYMKHNVKGYKNISFTNFKENPMDGYSISGYINNDKKLSFTAGIRSIDDFQFDTDISYTDELGRKFIENPKSVSEIKKEQNTSNK
>AP018922|1775658:1843010|1830772_1831492_-|BBG08551.1|protease|DBSCAN-SWA
MNKNIIIKSIAALTILTSITGVGTTVVEGIQQTAKAENTVKQITNTNVAPYSGVTWMGAGTGFVVGNHTIITNKHVTYHMKVGDEIKAHPNGFYNNGGGLYKVTKIVDYPGKEDIAVVQVEEKSTQPKGRKFKDFTSKFNIASEAKENEPISVIGYPNPNGNKLQMYESTGKVLSVNGNIVSSDAIIQPGSSGSPILNSKHEAIGVIYAGNKPSGESTRGFAVYFSPEIKKFIADNLDK
>AP018922|1775658:1843010|1793332_1793965_-|BBG08508.1|DBSCAN-SWA
MFTGIVEEIGVIKSVQIRQSVRTIEIEAHKITADMHIGDSISVNGACLTVIDFNQTSFTVQVIKGTENKTYLADVKRQSEVNLERAMSGNGRFGGHFVLGHVDELGTVSKINETANAKIITIQCSQHINNQLVKQGSITVDGVSLTVFDKHDNSFDIHLIPETRRSTILSSKKLGDKVHLETDVLFKYVENILNKDKDQLSVDKLRAFGF
>AP018922|1775658:1843010|1786873_1787827_+|BBG08501.1|DBSCAN-SWA
MGNHFQYAFENKRYHTWNYHLKNKFGQKIFKVALDGGFDCPNRDGTVAHGGCTFCSAAGSGDFAGNRADSIAVQFKEIKEKMHEKWHEGKYIAYFQAFTNTHAPVEVLKEKFEPVLKEPGVVGLSIGTRPDCLPDDVVEYLADLNQRTYLWVELGLQTIHQSTSDLINRAHDMKTYYDGVAKLRKHNINVCTHIINGLPSEDYDMMMATAKEVAQMDVQGIKIHLLHLLKGTPMVKQYDKGLLTFMTQEEYTNLVVDQLEVIPPEMIVHRITGDGPIDIMVGPMWSVNKWEVLNGIDAELARRNSYQGLRYKSKVKQ
>AP018922|1775658:1843010|1820071_1820698_+|BBG08537.1|DBSCAN-SWA
MKFKAIVAIALSLSLLTACGANQHKENSSKSNDTNKKTQQTDNTTQSNREKQMTPQEAEDIVRNDYKARGVNEYQTLNFKTNLERSNEHEYYVEHLVRDAVGTPLKRCAIVNRHNGKIINTFDDMSEKDKEEFEAFKKRSPKYNPGMSDQAEMDNESEDIQYHDNDNNKAIQNDIPDQKVDDKSDKNAVNKEEKHDNGTNNSEETKVK
>AP018922|1775658:1843010|1802518_1803154_+|BBG08518.1|DBSCAN-SWA
MQKFKDFFYDDLSVTRGNYFLTLMAAFFITIILFIGIVVSEVHLLYSMLIVLVGLILLRLFKINLFSFKKLTLSQVIHIIGGALLIYGLDNLYLYFHDVPANEQQLEQEIRNTPFYISIFTVTIIPAIVEEIVFRGMIIRVIFRKHLFLGLIVSSLVFASLHESDTWIGYLPYLYSGLIFGLIYIKTKRLEVVIFMHFLNNLLALLFIIWR
>AP018922|1775658:1843010|1803593_1804307_-|BBG08519.1|DBSCAN-SWA
MAKLNVEVFADGADIEEMKAAYKNKQVDGFTTNPSLMAKAGVTDYKAFAEEAVKEIPDASISFEVFADDLETMEKEAAILKQYGENVFVKIPIVNTKGESTIPLIKKLSADNVRLNVTAVYTIEQVKEITEAVTEGVPTYVSVFAGRIADTGVDPLPLMKEAVKVTHSKDGVKLLWASCRELFNVIQADEIGADIITCPADVVKKVNTNLGRDINELSVDTVKGFAKDIQSSGLSIL
>AP018922|1775658:1843010|1842220_1842883_+|BBG08563.1|DBSCAN-SWA
MTTFDAKKLKKEYLDWYNQILEFSNLSNNSVKIDTPFKDNSLDNLKIYALYDQSRDMITLTDDGYTIFGLENNGVSINKFKKRKKIFEEHLSAYGIKYNDKTHEIFVQTNFKNFNKSKHNLLQCLIFVNDMYLLSNPKSQNIFTEDVANKLDEHNIYYGRDIPIIGSSGVVHNFDFFISAKKNQKEKFINVISNPNNSMIIKSKITDAMQAKKNKKTQAK
>AP018922|1775658:1843010|1839922_1840858_-|BBG08562.1|DBSCAN-SWA
MFKKKMLAATLSVGLIAPLASPIQESRANTNIENIGDGAEVIKRTEDVSSKKWGVTQNVQFDFVKDKKYNKDALIVKMQGFINSRTSFSDVKGSGYELTKRMIWPFQYNIGLTTKDPNVSLINYLPKNKIETTDVGQTLGYNIGGNFQSAPSIGGNGSFNYSKTISYTQKSYVSEVDKQNSKSVKWGVKANEFVTPDGKKSAHDRYLFVQSPNGPSGSAREYFAPDNQLPPLVQSGFNPSFITTLSHEKGSSDTSEFEISYGRNLDITYATLFPRTGIYAERKHNAFVNRNFVVRYEVNWKTHEIKVKGHN
>AP018922|1775658:1843010|1826650_1827094_-|BBG08548.1|DBSCAN-SWA
MKKNYIFVIVVAILILLIVIVYVFHKSKKEHYIETQEKRIDLYFKHNLNNYKNMKVTDFHKTPMGGYFIVGYINDDKKYKFQASIDSGSNNQYQKDIGYHEDKLGKLFKEKDPKYKLSVDEIIEKEHLDKSEYEADPPLFFFSGPIE
>AP018922|1775658:1843010|1804566_1804869_+|BBG08520.1|DBSCAN-SWA
MSRSKKYFYLSSLMIILSFFFNTNNVFLNGLFNSFIKLILFCSVINSIVLILSIIFADRSIKSLKPDADWIRIASKSLPWIILIVILVHIFSIVRTFGFI
>AP018922|1775658:1843010|1809914_1811108_-|BBG08527.1|DBSCAN-SWA
MLNNKRLFTSESVTEGHPDKIADQVSDAILDAILKDDPNARVACETTVTTGMALIAGEISTTTYVDIPKVVRETIKEIGYTRAKYGYDYETMAILTAIDEQSPDIAQGVDKALEYRDKDSEEEIEATGAGDQGLMFGYATNETETYMPLAIYLSHQLAKRLSDVRKDGTLNYLRPDGKVQVTVEYDENDNPVRIDTIVVSTQHAEDVTLEQIQEDIKAHVIYPTVPENLINEQTKFYINPTGRFVIGGPQGDAGLTGRKIIVDTYGGYARHGGGCFSGKDPTKVDRSAAYAARYVAKNIVAAGLADQCEVQLAYAIGVAEPVSIAIDTFGTGKVSEGQLVEAVRKHFDLRPAGIIKMLDLKQPIYKQTAAYGHFGRTDVLFPWEKLDKVEELKDAVK
>AP018922|1775658:1843010|1826093_1826441_-|BBG08547.1|DBSCAN-SWA
MNKKSLMIVIIILILILGGIFLKMKYDEKKYYDEQKERIIIYMKYNVKGFKEIQFEEQKENPLDGFVITGYINNDKTNTFSAHMWSEDNYQFEYISSYSDKLDRMMIKDEKQFQN
>AP018922|1775658:1843010|1788506_1788908_-|BBG08503.1|DBSCAN-SWA
MKKVNNDTVFGILQLETLLGDINSIFSEIESEYKMSREEILILLTLWQKGSMTLKEMDRFVEVKPYKRTRTYNNLVELEWIYKERPVDDERTVIIHFNEKLQQEKVELLNFISDAIASRATAMQNSLNAIIAV
>AP018922|1775658:1843010|1833256_1833979_-|BBG08554.1|protease|DBSCAN-SWA
MNKNVVIKSLAALTILTSVTGIGTTLVEEVQQTAKAENNVTKVKDTNIFPYTGVVAFKSATGFVVGKNTILTNKHVSKNYKVGDRITAHPNSDKGNGGIYSIKKIINYPGKEDVSVIQVEERAIERGPKGFNFNDNVTPFKYAAGAKAGERIKVIGYPHPYKNKYVLYESTGPVMSVEGSSIVYSAHTESGNSGSPVLNSNNELVGIHFASDVKNDDNRNAYGVYFTPEIKKFIAENIDK
>AP018922|1775658:1843010|1831642_1832359_-|BBG08552.1|protease|DBSCAN-SWA
MNKNIIIKSIAALTILTSVTGVGTTVVEGIQQTAKAEHNVKLIKNTNVAPYNGIVSIGSGTGFIVGKNTIVTNKHVVAGMEIGAHIIAHPNGEYNNGGFYKVKKIVRFSGQEDIAILHVEDKAVHPKNRNFKDYTGILKIASEAKENERISIVGYPEPYINKFQMYESTGKVLSVKGNMIITDAFVEPGNSGSAVFNSKYEVVGVHFGGNGPGNKSTKGYGVYFSPEIKKFIADNTDK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG08497.1|1775658_1782219_-	hypothetical protein	A0A2H4PQU6	Staphylococcus_phage	4.2e-307	96.7
BBG08498.1|1782544_1782856_-	rhodanese-like domain-containing protein	A0A2H4PQR9	Staphylococcus_phage	6.3e-52	99.0
BBG08499.1|1782877_1785292_-|tRNA	leucine--tRNA ligase	A0A2H4PQS0	Staphylococcus_phage	0.0e+00	99.3
BBG08500.1|1785582_1786764_-	multidrug resistance protein homolog	A0A2H4PQR6	Staphylococcus_phage	5.6e-218	100.0
BBG08501.1|1786873_1787827_+	putative Fe-S oxidoreductase	A0A2H4PQV5	Staphylococcus_phage	1.4e-78	99.3
BBG08502.1|1787823_1788387_+	putative SAM-dependent methyltransferase	A0A2H4PQV0	Staphylococcus_phage	8.3e-103	99.5
BBG08503.1|1788506_1788908_-	HTH-type transcriptional regulator Rot	NA	NA	NA	NA
BBG08504.1|1789479_1790307_-	lysophospholipase homolog	NA	NA	NA	NA
BBG08505.1|1790540_1791542_+	proline dehydrohenase homolog	A0A2H4PQT6	Staphylococcus_phage	9.0e-185	99.7
BBG08506.1|1791663_1792128_-	6,7-dimethyl-8-ribityllumazine synthase	A0A2H4PQS3	Staphylococcus_phage	5.8e-70	99.4
BBG08507.1|1792140_1793322_-	riboflavin biosynthesis protein RibA	A0A2H4PQS2	Staphylococcus_phage	6.6e-227	99.7
BBG08508.1|1793332_1793965_-	riboflavin synthase alpha chain	A0A2H4PQS5	Staphylococcus_phage	2.2e-112	99.0
BBG08509.1|1793971_1795015_-	riboflavin biosynthesis protein RibD	A0A2H4PQS8	Staphylococcus_phage	5.3e-196	98.8
BBG08510.1|1795495_1796998_-	hypothetical protein	A0A2H4PQX2	Staphylococcus_phage	1.9e-29	98.6
BBG08511.1|1797520_1797835_+	arsenical resistance operon repressor	A0A2H4PQT4	Staphylococcus_phage	9.8e-53	98.1
BBG08512.1|1797837_1799127_+	arsenic efflux pump protein	A0A2H4PQU3	Staphylococcus_phage	1.1e-227	99.5
BBG08513.1|1799213_1800068_-	4 N-acetylmuramoyl-L-alanine amidase	Q4ZCC7	Staphylococcus_virus	9.8e-39	38.6
BBG08514.1|1800343_1800568_-	hypothetical protein	NA	NA	NA	NA
BBG08515.1|1800766_1801237_+	putative RNA polymerase sigma factor SigS	A0A2H4PQT5	Staphylococcus_phage	6.7e-82	98.7
BBG08516.1|1801349_1801793_+	ComK family protein	NA	NA	NA	NA
BBG08517.1|1801779_1802223_-	hypothetical protein	A0A2H4PQT8	Staphylococcus_phage	2.4e-57	98.6
BBG08518.1|1802518_1803154_+	hypothetical protein	NA	NA	NA	NA
BBG08519.1|1803593_1804307_-	hypothetical protein	M1PR54	Cyanophage	5.5e-19	35.3
BBG08520.1|1804566_1804869_+	membrane protein	NA	NA	NA	NA
BBG08521.1|1805124_1805490_+	camphor resistance protein CrcB	A0A2H4PQR0	Staphylococcus_phage	3.6e-59	100.0
BBG08522.1|1805486_1805840_+	CrcB-like protein	A0A2H4PQQ7	Staphylococcus_phage	3.8e-21	94.0
BBG08523.1|1806397_1806652_+|transposase	transposase	A0A146ICT8	Staphylococcus_phage	9.0e-41	98.8
BBG08524.1|1807090_1807774_+|transposase	transposase	A0ZS58	Staphylococcus_virus	1.2e-124	96.5
BBG08525.1|1807836_1808670_-	plant metabolite dehydrogenase homolog	A0A2H4PQR8	Staphylococcus_phage	3.0e-157	99.3
BBG08526.1|1808881_1809790_-	hypothetical protein	A0A2H4PQQ8	Staphylococcus_phage	3.7e-137	99.3
BBG08527.1|1809914_1811108_-	S-adenosylmethionine synthase	A0A2H4PQS6	Staphylococcus_phage	1.9e-218	99.7
BBG08528.1|1811479_1813072_+	phosphoenolpyruvate carboxykinase [ATP]	A0A2H4PQN1	Staphylococcus_phage	0.0e+00	99.8
BBG08529.1|1813324_1814095_-	hypothetical protein	A0A2H4PQM6	Staphylococcus_phage	2.3e-143	99.6
BBG08530.1|1814075_1814555_-	putative phosphohydrolase	A0A2H4PQM4	Staphylococcus_phage	1.7e-85	100.0
BBG08531.1|1814614_1814872_+	membrane protein	A0A2H4PQM5	Staphylococcus_phage	7.2e-46	100.0
BBG08532.1|1814868_1815870_-	O-succinylbenzoic acid synthetase	A0A2H4PQM0	Staphylococcus_phage	5.1e-188	98.8
BBG08533.1|1815874_1817353_-	2-succinylbenzoate--CoA ligase	A0A2H4PQM9	Staphylococcus_phage	1.6e-283	98.0
BBG08534.1|1817511_1817994_-	hypothetical protein	A0A2H4PQN7	Staphylococcus_phage	7.2e-79	98.6
BBG08535.1|1818305_1818920_+	hypothetical protein	A0A2H4PQM8	Staphylococcus_phage	1.9e-47	98.0
BBG08536.1|1819000_1819996_+	hypothetical protein	A0A2H4PQN2	Staphylococcus_phage	2.1e-69	94.0
BBG08537.1|1820071_1820698_+	hypothetical protein	A0A2H4PQM7	Staphylococcus_phage	2.9e-96	96.6
BBG08538.1|1820738_1821080_+	hypothetical protein	A0A2H4PQN6	Staphylococcus_phage	1.0e-55	96.5
BBG08539.1|1821180_1821321_+	hypothetical protein	NA	NA	NA	NA
BBG08540.1|1821576_1821753_+	hypothetical protein	A0A2H4PQN4	Staphylococcus_phage	1.3e-25	94.8
BBG08541.1|1821950_1822508_-	hypothetical protein	A0A2H4PQN8	Staphylococcus_phage	3.5e-77	96.2
BBG08542.1|1822878_1823055_-	hypothetical protein	NA	NA	NA	NA
BBG08543.1|1823065_1823587_-	hypothetical protein	NA	NA	NA	NA
BBG08544.1|1824133_1824580_-	exported protein	NA	NA	NA	NA
BBG08545.1|1824661_1824886_-|transposase	transposase	NA	NA	NA	NA
BBG08546.1|1825697_1826072_-	hypothetical protein	NA	NA	NA	NA
BBG08547.1|1826093_1826441_-	hypothetical protein	NA	NA	NA	NA
BBG08548.1|1826650_1827094_-	exported protein	NA	NA	NA	NA
BBG08549.1|1827741_1828860_-	type I restriction-modification system specificity subunit	A0A2H4PQP5	Staphylococcus_phage	7.6e-39	35.1
BBG08550.1|1828852_1830409_-	type I restriction enzyme EcoR124II M protein homolog	A0A2H4PQP4	Staphylococcus_phage	1.0e-288	99.6
BBG08551.1|1830772_1831492_-|protease	serine protease SplF	A0A2H4PQP1	Staphylococcus_phage	5.4e-131	99.6
BBG08552.1|1831642_1832359_-|protease	serine protease SplE	A0A2H4PQN5	Staphylococcus_phage	2.4e-131	99.2
BBG08553.1|1832479_1833199_-|protease	serine protease SplC	A0A2H4PQP7	Staphylococcus_phage	1.2e-130	99.2
BBG08554.1|1833256_1833979_-|protease	serine protease SplB	A0A2H4PQN0	Staphylococcus_phage	2.4e-131	99.6
BBG08555.1|1834103_1834811_-|protease	serine protease SplA	A0A2H4PQN3	Staphylococcus_phage	3.6e-127	97.4
BBG08556.1|1835774_1836353_+	putative beta-lactamase	A0A2H4PQH6	Staphylococcus_phage	5.8e-67	74.0
BBG08557.1|1836824_1837097_-	lantibiotic ABC transporter protein	A0A2H4PQH0	Staphylococcus_phage	3.1e-31	81.2
BBG08558.1|1837298_1837772_+	hypothetical protein	NA	NA	NA	NA
BBG08559.1|1837776_1838568_+	hypothetical protein	NA	NA	NA	NA
BBG08560.1|1838554_1838737_-	hypothetical protein	NA	NA	NA	NA
BBG08561.1|1838937_1839921_-	leukocidin D component	A0A2H4PQH7	Staphylococcus_phage	2.3e-185	99.1
BBG08562.1|1839922_1840858_-	leukocidin E component	A0A2H4PQI5	Staphylococcus_phage	5.1e-174	99.7
BBG08563.1|1842220_1842883_+	hypothetical protein	A0A2H4PQI0	Staphylococcus_phage	4.5e-116	97.7
BBG08564.1|1842839_1843010_+	hypothetical protein	A0A2H4PQI0	Staphylococcus_phage	1.5e-20	100.0

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>AP018922|1966311:2013005|DBSCAN-SWA
GATGGTGAAAAAAACAAAATCCAATTCACTAAAAAAAGTTGCAACACTTGCATTAGCAAATTTATTATTAGTTGGTGCACTTACTGACAATAGTGCCAAAGCCGAATCTAAGAAAGATGATACTGATTTGAAGTTAGTTAGTCATAACGTTTATATGTTATCGACCGTTTTGTATCCAAACTGGAGACTTTTAACATAAAATTACTTATCATTCAAAAAGTAAAACAGCATAATATCAAGGTTTATAACTTTATCATTATCAATAATACCTCATATAAAATAAAATTTTAGGGACTTTTTAGGGACTTTAAATTTAAAATTACAAGTTTAATAGAAACATCAAAATAATCACATGTTTGTGTGGAATGTACACCCCAAAAGCTAGACTGAAAAATCTATTTTTTGAGGTGTATTTTTATAGGTAAATATAATAAATTAGAGTAGACAACTCAGAATTCCAATTTTATAATAATATTGCTTGACATATCAAACTAGATAGTACTATTTTGAATATATTATTATAATCAAAAATTCATTGTAAACTTTTAGACAAAAGGAAGTAATAAAAACGTGAAATTTAAAACAACTAAAGAATGTAAAAGTAATAATATCTTTAAAAGAAGTCAAGAAATTAATAATAGAGAAAGTGAAAAGGGTTGTTTATGGGGCATTAGCATGTTGATTCTACTTTTCTTATTGATTCTGTTTGGAATAACTGCTTGTTCATCAAGCATTCACTTTATTAATTAGATTTTTTTACTTGGAGGTATCATGTGAAGAACCATACAAATATAATTAATATCTTATTAGTTATAGTCAACTCATTAACTCATTTTCTAACTCTAAACACCTCATTTTTTAATAGTTCAGCATCGGATTTCTGTTTTATCATAGGGGCTATATTTTTCTTGATCGGAATTTTTGTTGCAATATACGGTATGAAGCGAGCAACATATTGGTTAAACTTATTGATTTTATTTACCAATATTTTTTATTTTCTACACTTCTGTGTTTTACTTTTGTTAAAATATATAGGATTTAAATTATTTATTTATGAAGGGTGTGTATTGTTATTTACCTAATTTATAGTCTAATTGTCTATTTCATCTGCATTATAAATTTTTTCATAATGGCTGCACCATTCTTAATGACTAATGCTGATTATGTATGGACGCCTATGACTACAGTTACGTTATTTATTTTGAGTTTGATTATTTTCTTGATATTTATAAAAACAAAAGATGTCGTTCATTTAACAATTTTCATATTAAACTTACTTTTTTCAATACTTTATTGTTTGCCTATACTGTTTTATTTATGAACACTTTTATATTATCTAGAAAATTAAAACCACCCGTAAAAGGGTGGTTTTTTTAATATTTACTTTTTAGTGCTTCGTCAATTTCGTTATAAATCTTTTGAAGTTGATATTTTGCTTCTGACATTTTCTTAAAGTCTTTTGACTTAAGAGCATACATTGCTTTTAGACCTGAAATTTTTATAGTTCGCTTATAATAAGTGTTTAAACTTCCAGTAGCTAATTCATTAACATTTAGTTCATCTAATAACGATTTTAATTCATTAGCTAACTTTTCGTTTTGATATTCATTCGATGTTGGCAAGCTTGTGCTAGCTTGTGCCTCATTTTTATCTAGATTAGTTACTAGTGGTGATGCTAAAACGATTGCTAAAGTTCCCGCAAGTATAGATTTTCTAATTTTCATTTTTTATTCTCCTTAGTAATTAGTACTAATTTATTTTAATGACTAACTAAAAAAAGTACATTAATTATTCATTAACTATATAGATCTTCTTATTAAATGAAAATTAATAAATTATCAAATTGACATACCTTATTGTATTTATAGAAAAACAAAAAAAGGTAAGCACCGAAATGCTTACCTACTTCCCATAAACAATATAACACATATACATTGATTTGGAAAGCGCAAAAATAAATTTAATATACTAGCCCGAAGGGGAGCAATACATAAAAAATGAAAGGCGCTCCTTGAAAACGCCCAAGGTAATATTAACATAAAATGGCTACTATTGCATTATCTAATTTTATTTAATTAAAACAAATATATAACACAAAAAAACTAGCCCGAAGGCTAGCTTATGAATAGATGAAAATTTGAACACATTGCTGTGTCTAAAATGATTATAGCATAATTTTAAACTATTCTATAATAAATTAATTAACTTCATATGAAACTTTACACACTTTTTTTCAAACTGCGCTAAAATTACCAAAACTGCTTATTCTATTACCTGCCTTGTCTACCTCTCCTGTCGCTATATAACGACGTTGTCCACTATTAGCAATATAAGTAATCCATCTATAGCCATTGATGCAATATGCGCCGTCATATTTGATCGTTGCGTTATTGGGTAATACACCTGTAATTCTTGAATTAGTTGAATAGCCATCCCTCACGTTATTATCTTTAACATTGGCAACTGTGTAATAACCAGTCTCTTTTTTATACGGTACATTGTTTTTATCGAGTGTATAACCTGCTGGCACTGGTGAATTCTTTTCATTTTTAGCTGGTGTTTTAACATTACTGATACCTGATACACACTTCCAATAAAAATAACCACACCATTTAAGATGCGGTGTAGCGACTGTAATATTTCTATGTTGTTGAGATATATGTATCGAGTGAAGGGCAAAAAGGATATCAATTGCAGGATAAGTGTTAGGTTACTAGGCCACTTAACAGGCTATATAGTTCACTCCTACTATATACAGTTAATTATAACATAAAAAGCACCCCGTAGACTATTATACGGGAATGCTAAAGTCATATATACTACGGGGGAGTAGTATGAAAACTATGCTCTCTATCATAAGAAAAAAACACCCAGTGACATGCTTGGGTGAACAAGGATAGATGTAAATAGTTGATGCATGTGTAACACATCATAGCAAAAAACTAGCCCGAAAGCTAGCTATAACATACAATCTAAAAAGACGTCCTTTGAATACGTCTAGAAAGATTATAACATAAAAAAATAGGCAAGTACCGAAGTACCTGCCTAAAAAAAGGATTATCCACTTTTTCATCCTAACTGATTTCTCCCCATAAGTCACCTAATATCTGATTAGGTGGGGAAGAGCCATTCGTGCATGAATGAGAATTTGATGAAAGATAATTTTCACTACACATATTCAAGCAAGACATTGCTTTCTATAATAAACAACTATTTTGTTTTATTTCTTTTCTATAACAACCTTTGTAATTAAGTTGAATCCAGGGTTTTTAATATGCTCTGATAAATCTGGGACAACAAAACCTTTTTCTGTTATAGGGAAAGACTTCGTTTCTTCTTTTTTCTTATTCTTATCATAATAAGTGACTTCGATCTTTGCGCTTGGATCTAATTCAACTACTCTAAACTCTTTATATGCTGTCGCATCTAATGCCCATTCGACATAGTATTCAATTTTTTCTTTTGTAAGTGTAGTCCCAGGTTTAATAGGAAACTCGACATAACGAGGGGATAGCAATTCATTTCCTTTACCATCAACTCCAGTCACATTTACCATCAAATACGGGCCTGTTGGTTCAAAATAACTCGCGTCATCGCCTTTTTTATATTTTCCTTTGTCGAATGAACTTGATGCACTTACCTCATTAGTAATTGAAGAAAATGAGAATAATAACAATAAAACAGTTAAAAATAATAAACTTCTTTTGAGCATGGCGCTTCCTCCAAATATAATATATTTGTTTTTATTTATCTCTTTTTATAGCTAACACCCTTATTTAAGATGATAAATATCAACAACTTCATTTTATATTGAGAAAATATTAAAAATCAATAAAATATTAAAAGAAACTAAACTTACATTAAAAAATAATTAACAAATATTTAACATTTTAACCTAAGAATTAAAACACTTCTTTCACAATCAATCTCTCATGCCATATCCACTCATTATGATTGTTCCAATAAATGCGACACCAACCATCTATAATTTCAAACACATATATTAATGTTCCAGGCGCGTATACAGCCTGTCCAACATCGAATCTATAGTTAGTACGATTATCACCGTATCTAGTGGCTGAAGTAGCACCTAAGCCGTCGATTTTCGCATTAAAATAAGCACCTTTTGACCATTTAAGGTTATAAGGCGCTTTACTTCCAACTGTTATTTTACTTGCAGATTTACCGACTGCTTTTTGAGCAGGTGGTTTAACTTTATTTGTGATCTTATTCATTAAGCCCTCACTTTTATACTTAGGTCTAATAAAGTGAGTACAGCCGTAATAATTATCCCAACGTAACTTTGCAGGCGTATTTGCGTTACCGTCATAGTTCTGTTCCAAAATTAAAAATTGGTTTGTATTACCACCATTAAACACTAAACCAATATGACCGTATTGTTTATATATTCCTTTGGTAAATACAGCCACATCACCTATTTGTGGAACAAACGATGGTGTGTTTTCATATACTGTTGCCATGTTTTTAAAATCGTTATTGATTGCATCTTTTGCATTTCCCCACATTCTAATTTCTAACAACCAATAAATGTAATCAACTGCTAAATCTGCACATTGGTAACCATACCAACCGTCAAAATCAATATATCTACCTTGATACCAACGTAACCTTGCTCTTGCTTCACTGTATGTTTTCATTATTTTACCTCCTAGTATTTTCTTCTTGGTTCTTCATATTCTAAAGCTTGGTGGCTATCACCTATACCTTTAGTAGTCGGGTCTTGAATCACACCAGTTAATACTAAAAATCCTAATATAGCGTTTAAACCGTCTGTTAATTGCTCTGTATAAACTTGGATATCATACCCAATAGCTTTTGCGATGTTTTGAGCAAATAAAAAGATAGCTGACAATATCGCTACCCAAAATGATTTTTGTTTCATTCTAATTTTCCAATTAATCATATTCTTATCTCCTTTTACCCAAAATAAAAAGACGACTAATAAGCCGTCTATTTGATATTTATATTATGGTGTGTTAATTTATATATAGAAAAAGGGCAACATGCGCAAACATGTTACCCTAATGAGCCCGTTAAAAAGACGGTGGCTATTTTAGATTAAAGATTAAATTAATAACCATTTAACCATCGAAACCAGCCAAAGTTAGCGATGGTTATTTTTTATTGCTTAATTCAATAAGCTTGATTACTAGACCTATCAATGCAATAAGGAATAAACCAAACTGCAACATGGTACTAATTGTAATCATTAGGCATCTCCTTTCTAAAGATTTCAGTAATGCCAACATAGGCACCACCTCCTTATACTCAGATAGCCACCATCTATCCAACTTGCTCACTTCTGCATATTACCATAATTACAACAATAAATAAAAAGCCAGTGCCGATGCACTGACCAAAAACATTATTTACATTTACGACCATACAAATAACATGATAACCATCTTGCCCAACTCATTATGTCCACCTCCCTTAAGGTAATAACGCAGTAATTGATGCAGTAATGACTGCAATCATAACAATTGTTACAAGCGCCCATATGGCACCTACGAGCCATTTATTTTGGGCGAGTGTCTTTTCTTCATTTTTTTGCGCAACATCTACTTGCGTTTGATATCTTTCTTCAATTCTGTTTAATATCTTTGTTTGCTCTAAATTCTCATCTACAACTTTATCTTGCTTATCTTTAAGTTCTTTATGAGATTCTCTTAGTTCATTATGATGTTGCTTATGTTCCTCTCTAAGTTCAAGCACATGATCAGCTGTTTCGTTTGCTAGTATTTCAACATCATCAACACGTTCAACTAATTCAGAAAGCTCTTTTTTTATTTTCTGAATATCATCCAAAACTACACCTACTTTCTAAGAAAGCTATGAGCGTAATGCTCATAACTTAGTATAGTTACATTATTTCGCTATCAACTGATTTATCAGATGACAAGTCAGTTCTATCCACAACTTCTTTCACAACTTTCACACCGTTTTGATTGCCTGTTAATTGATATAAAAGATTTAAAGTTTCAGCAATCTTTTTAGCGTTTTCCTCAGATTTAAAATCTTGTGCATAACTTGCTGAATCGGACGTTGTAAAACTGCCTACAAAATCTTGATACAAAACGCGCTCTGTTCCCTCTTTGTCAATTTGTACTAAAATAAATCTCTCTGTTTTTTTGATAATTTCATTTGCCATATTAAATGACCTCCTTAAATTTTTGTATAAAAATAGTGCCAAGGATTACTCTTCCTCAGCACTTTTGCTTTTTTCATTTTGTTCTTGTATATATGCTTTTAACATTGCATTTTCTTGTGTTAGTCTTGTGATTTCTTGCGATAAATAGTGAATTGTATATTGTGGATTGGCTTGTAAACCTTGATTGCTATCATTCATTTATTAATTCCTCCAGTTTTTCGATTTTTGATTGCTGGTTTTTAATAATAGGTATTAAATGAACCCAAAGTCTATCGTATGCGATACCTTCGATTTCTCCGTTGTCATCATAAATAACAAATTCATTAAATCCTAATTCTTCAACCTCTTCCGCTATTAAGCCAGTATGTCGACTAAGTTTAAAAGTATCATCAGATAACTTTTTACCACTTTCCAATTCTTTAGCCATTATTTCCGATTCATATTTGTCAAACCATGTACGAATTGGAAGCTTTAAAATCTCTTTTGAATGACTGAACTGATCGTCTTCATTGATGTATTGATTTTCGATTGAAATTTTATACTTTTTGGCAGAAGTAGCACGCCCAATTGTTCCAGCAGAAGTAATGTGTAAGTTAGCAGGTGCTGAATAAGTACGCTTATAAATAGAATTAGAAGCGACTCTATCGCCAGCATTATCAGAACCTACCGCCAATAAATCATAACTTTGAATGCTAACGTAACTATTTCCATCTCTTCGTTTAACTAAGTTGAATTTGCCCATACCTGACTCAATTGTAGTGTCTCCGCCTGTAGCATAGTCACCATTAACGACTTGAACCAATCCTTTATTGCTACGTTTAGAAAATCTTAATCCAGCACCGTACTTATAGTTTTCATCTGAACCAAACATGATATAACCGTCAGTTTCGTATGCACTATCAGCGTTTGATAATGTGAATGCGAATCGGTTTAAACCAGGTTTATTTTTGGTGTTCGGAGATAAATATATCGGCGCTTCTCTACTTTCAATATTAGCTGAAGCATATGAATCGATAATAATTCGATTGTAGGCAGATGTTAAAGCGACTACACCGCCATAAGAATTGATTGTTATGCCATTCATACCGCTATCACTGTAAGTTTTATCCCACCATTGAATAGTACCGGATGAACCTCCGTCTTCGCCTTCTCCATCAATATATGTTGAAATACCAAAATGTGACATATAAAGTGAACCGCCTGCGGTATTATTTCTAAACCTTAGATGTCCATCTTTAAGACGTGTGAATATATCATCGGTTGATCGTTTGCCTTTCCAAGTTCGTTGTACGATTCCGCCAAGTTCAATAAAATCATTTTGAACTTGTACATAACGGTTAGCATTTCCGCCTTTAATACCAATTCTATTCACATTGATGTCAAGACCTTCATTTGATAAGTTTAGGCTATTAACAATGTCATTTTTACCAACTTTGTTATTAATATTATTTGCGACTACATTAAATTCTCTATTCGCTGTTATATCAACTTTATCGCCACTAATTTTCACGCCATCTTTATCAATAGTATGTGAAGTAATCGCCCCATTTTCGTCATACCTTAAATAGATGCCTTTCATAGCATTTACAGTGATGTCTGCTAACACTCTTGATAGTGTTCTTTTAGAAGCATTAAACTCTTCTTTAGTAGTTCTTAATTTGATTTCCTTACCATTTTGTATAATTTGAGAACCATAGCGAGTCAATGTTTTCCTCTGTGCATCTGTGCTTTCTTTGACCTTGTTGTCTGTATAAACATTAGCTTTCTTTTCAGCGTTTCTAGCCTTTAGTTCTGCGTTTTGTTTTGCCTCTTCAAGTTTAGCTTGAGCATCTTGTATAGCGCGTTGCTCTTCTTCCGAAATTTTACCATCAGCATACGCTTGCGATTCCTTCTCTTTAAGATCATCTTGAGCATCAATGTATGATTTTAAAGCTTCTTGCGCTTCTTGATTTGCTTGTTCAATACTTGCTTTAATCTCAGGATTATTGGACAAATCACTTAACTGGTCATCAGTATATTGTTTTTGTTCTTCCAATCCGTTTCGATATTCGTTTAACGTAACTTTATCTTTGATTTCACCTTTTAAAGTCGTTCTCTCAGCTTCAGCAGTATCTAAACGTTCAACAATACCGTCTTTGTCTGTTTTATAGTCCGATGTTTTTACATAGTCACGTAATTGTTCTTTTGTGGATTCTCTAGCTGCTTCAATAGCTGATTTAACAACATTAGGTTCTCCGACTAACTGCAAATCTTCATTCACCGTTAAACCAAATTTTGTTGCTATTATTTCCAACGCTTCTTTATATTTTTCATCAGTGTATTGTGACTGTAATAATTTAAATCTATCTGAAATGGCGATTTTGACATCTTCTACATCTGTATAAACATCTTGTAATTTCTTTCTATACTCAAGAAATAAAGTTTTTGTATCTACCAACCGACCAATCGTTGCAGTTTCGGGTGTCATAGATTCTAAATTATTTTTAATTTGATTATAAACATCAATCACAGCGTCTAAACTTGCTTGTAAGTCCGCTTTCAAATCATTATCTACTAAGTACTCGCTATTCAGTAATTCTGTAGCTTCTGACAAAAGACTAGCGTGTTGTATAGATAAATTAATAAATATATTGTTTAATTCACTGAATAGCGCTTTCTCTCTTGTTATACCACCTAATTTTTCAACATCATTTGGTGTTTCTTCAATCCATCGACCATTCCAATATCTACGCAAGACAGCAACATCAGGGTTACTTGTATCATACCAAAGCATATCATTGACTGGATTTTCTGGCGGTGTATCACTTTTGTGTATTTTGCGTTCAAAGTATTCTAATTCACTATCTACAACATCTTTTACTATAGTGTTGATATTGCTAATATTATCGTTTAACTTTTGATGTATTATGTTCAATCGCTTGTTAAACTCTTCTCGTAATTCTGATTCTTTGAACTCTTTAGGTTGACCGAATGTATATGTGCTATTTTCTGAAATTATGTTATATTCTTCGGCAATAACTTCTGCCTCTACATACAATGGCGGGTTAAAATCTCTATGTTTTACTCTGACTGTATCACCAATTGATATAATCTCGTGCGGATACGTAACTTCCAAATCAGTAGAAGTAATCTCATATGACATAACTGCCGACTTACGTTTATTTAACTCTGTTTTGGCTAAAGAACGCAACCGTGTTTCATTCATATTTTGATCATCTGATTGAGGTTCGTATATTCCCCAAATATAACGGGTAGGTAAGTTGAATTGGCTTTGTGCTTCGTCATCTGTCACAACTAACTCTAAACGCTTTCCTTTGTCGTTTTCGGGTCCCACAGCAATTAATGCTGTTTTGATTTCTGACATATCAATCTTCCTAGTTAACCCAACCAAATCTTTACCATACTCAATTTCTTTACCTTTGAATAAGCTGTTTTTCTTTTTGAGTACCACATATCTACCTTTGACGGTATTAGAACTAAGCTCTATATAAAAATCCAATGCCATTTTATAGGTTGTACATAATTGCTTTAAAACTTCATATCTAGTTTGATAAGAAGTCCATGACGTAGTACGTAAGCCATCGTATTCGGTTTGTTCAGAAACTTCCCAACCTGTATCGCTCAACACATCTTTCAATGCTTCTGAAGTTGTCTTTTTCTCAAATTTGCCTGGTGCATACGGTTTAGCTGTTGTTATATCAGCAAGATAAGACGCTATACATTCTATCTCTGTGTAGCCGTCCATCGTATCTTGAACCCAGTTAATAATAAATTCACGCCATTGTTTGTTTGAATCCCTTATAATAACACGATGTCGTTCACGGAACTTTTCAGCTCTTTCTGATGATATGAGCAGTTCAAGCATTTCTGAATTGTCATTAACATTACGTTTATGAATCGCTCTAACTAAGGAAGGATCATCAGTAGAAAGGAAATCTATAATCTTGTCGTTAAAATCTAAAACATGTATCACACTCTCATCTCCTTTCTATAAATATCTATCTTGCCATTTAACCGTCGTATCAAAGACGTTTTCAGGTTGTATGATTAATTCACTGTACCCAGAATCAACATTGAAATAATTACTTCCAAACGATTTCTCGCTCAACATTGGTTCCTCATTGATGACAACACTTTTTGCTTGCATATCTATTTTCACTAAATCACCTTTTTGTATAATGACATCCCTTGCGCCTTTCGGTTTCGGTAGAATCTCCGTATTGAATGAACCTAATCCATTCATCTCCATCCACTTATAACCGTTATACTTCGCACTATAGATAGCTATGATAGAAGCTGGACGCTGATAAAAATTACCGCCATCTATCCACTCTTTCTCATCCATATCAATAGGTTTACGTCTATCTGGGTCTTTAATGTGATCAAATTTCCAAGTTTTAATAGAAAATTTATTCCCTACTCTTCTGAGCCGCATATAAACAACGATTCTGTCCAAGTTATACATTATCGGTTTATTCTGATAGTCGTATATCTTTTTGGGGTCTCCTTTTTGGTTATACAACGTAACAACAATATGTCCTATTTTTCTATCATGATATTTATTTTCATAACCAATAGAAGCAAGTAACTTACCATCACTATCATAAATATGTTGTGCTGTTCTTCCGGCACCTTTACCTTTTTGTTCAACAATACATTTATAGGTAATTTGAAAATCTGTCATCGCTTTAGGGAGCCCTCGTTTCGTGCCAGCACCAACCCAACCTTTTGCATCAGGAAAATTAGTTGCTTTATATCCCTCGCCAAGATTGGATATCACAAAGTCACCGCCGACCTTACCACCTAAGTCATTACTTGGAATATCTTCAGTAATCATCTTAGTCCAACCTTTGAAATCACGAAACTCACTATGATAAACAGGAGGCATGTAATCCTTAACTTCTTTGGTTACCTCATCATCACCAACCATAAAATAATCTTCATCATTTTTAGTGATCATAAAGTAACTAGATGGTTTAATTGCTCGGGCTTCAACAATTAAAGGAGTGTCAGCAGTCCCACTATTTACAACTGAAACTTGGTCTGAAATCGCAGTATTTTTATTTCCTGTTACTGAATATTTGTAAGGGTCTGTTAGTACTACTTTGATAGTGAACTTAACAGGTATTGTAAATTCTTTGTGCAGCTTTATTGGTCCTTCAAAATAAGCGTTCCAGTACCAATCTTTAGATTTGAATTGTAATTTAACTTGTTCCTCGTAGTTAAAAAACTTTACTAATTCATTCAAGACGTCATCATATGTTTTAATGCCGTTGTGAGATAAATAGTCATTACGTACCACTAAAGGTATATCAAAACTATAAGATTCAAGCCTACGCCCTTTATATATAGCCCCCGAACGTCCATCTACATTTTCTGTTTTTAAAACATAATTAAAAGAGGGTATTTCAAACCCTCTTTCGACATACAACCAAGGAATTGTTTTGTTGTTCACTTTAATAGTGTCTATCATTGAATAGCAATTCCTCCTTTTCTAAACTTTACTTTTGTTGATTCTTGCCTTTCTCGCTTTTCTATAGACGCGTTCACCTTTTTATCAAAAGCGTATTCGTCAATAATCGGCTGATAATCTTTATCTGCAATCACATCGTTGGATTGCGCTATTTTCAGTAATAAAGCTATTTGTTGTTGCTGTTGTTCAATCATTTTCAATAATAAGCTTGGGTCATCAAACCCATTTACACTAGACAATTGACTAGGACGCTTATTTTTACTCGCTTTTTTCCCTCTTACTTCTGCTGCTGCATAATGCAAAATCTTCATTGCATCATTTCTACGAGCTGGATCTGTTGGAATAATCCATTCTGGATGACCGTCTTCACCTAAGTTATACCAACCATCAAAAACTTTTCCACCTGTAGCATATGCGTAATCACCAGCACGTTTAAAACCACCCCAACCATATCGTCTAACAATGTACTGCATTGCTGAGATACCTTGATGTACTGGATTATTATAATTAGTGTACCCTCGTTTAGCGTTAGCTCTAAAAGTTGAGCCGATAATTTGGAATAATCCTCTAGACGGGTCTCCTCTTTGAGCATTAATATCCCAATTATTCACTGCATTTGATTGATAGTTGCTTTCACGCTTTGCAACTCGCATCATCTGGTCATGAATCCACTTACCTTTATAACGTCCTCCTAAAATACTTTGCGCTTGTCGGATTACTCGGCTGGCATAAGTTGCACCACTTCCAGAAGTAGCATCACCGCCACCAATTGATAACCTACCTTTTTTCTTTGCATTTCTTAAATATGGTTCAGGGTCAAAATGGCGTCCGTTTCTCCTCATTTCAAAATGTAAGTGTGGTCCTGTACTAAATCCGGTATTACCAGTTAAACCAACAACATCGCCGGGCTTTACCATCGTGCCACTAGGTGGTGATTTGCTAAAGTTTTTCAAATGCGCAAATAGCATATCGATAACGCCACTAGTAATTTTTACATAGTTACCATAACCACCAGACATAAACGGCATTCTTGTAAGTCTACCACCCATAGGCGTTCTAACTTCTTGATATACAAATGGAAAATCGACACCTTCATGAAATGGTCTTCCAGTTGCAGCGGTATAAGCTGCGGTACGTCCATAATGATAATTAATTTTGTCAGGGTCTAATATTCCGCCGACTAAATCGCCACCGCCCATAGCTTCTAAATTTTCTTTTATCCAATCAGTAGCACTTTTCTTAATCTTAGACCATGCAGCTTTTGTTATGTCGCCTGCAATTCCCATTCCTTTAGTTAAAGAATTGAAATCAATTCCAAAAGCTTCAAGTATATAATTTAAAAGTTTTCCTGGATTTTCAATAAAATCTAAAACATCGCCAACTTTATCGCCAAGCCATTTGGTACCTTTACCTATTTGATCTTTTGTCCAGTTAAATGCTGATGATGCACCGGACTTAATATCTTTCCACATAGTACCTAAACTAAATCTTGGAAGAGTTCCGTTTAACATTGAATAAGTTTGTGCACCGTTATATACTTTTGAGCCTTTAGGTAAATAAGCAGTAGTATCTGTATTTGGTGTGATTACACGTTTACCATTAGGGAATTCAATCATTTCGTTTCTGAAACCATTCGGACCATTTCCACGTCCTTTATCCCCAACCGTAGCGAACGTATCCCGCGCAATCTTACCGTTCTTAACTAATCTTGTAGTAGTATGCGTATGTTCAGTACCAGTGTGTAACTTCGGTATTTTGTCCATACCCAACTTACCACCGACCCAGTTTAAACCTTCAATTAATTTATTAAGACCTCTTTTAACAGCGTCTACCATACCACCGATATGATCTTTAATTTTACTAATGATAGATTTTAAACCGTCACGCATGCTTCCAAAGATGTTACGCACTCTATCCCATAAGCGACCCGCTATACCTACCGTGTTATCTTTAATAGAGTTCCAGATGTTTGACATCCAATTTCTTAATTTAGTAAATATATCTTTCGTCGCATTCCATAAACTTGTGAATTTAGACCTTACACCCGTAAATAACGAATGAGCCTTGCCGACGGTATTGCTTTTGATATTATTCCACGTACTAGATAACCAGTTTTTCATATTAGTGAAAATAGATTTAACACTATTGTATAAGAAACCAAAAATACTTTTCGTTGCATTCCAAATTGCAGATAATGATTTTGTGAAAATACCTTTGATAACACCCCAGATACCGGATATTAAACCTTTAAGCAATCCACCAAAGTATCTAACAACACCTAGAATCTTACCTACAAACCACAGTTGTATTAAATTCCAAATTAACTGCACAGTGCCTTTTAGTATCATCACAATACCGTCCCAAACACCTCGCCAATTACCAGTGAATAAACTTGAAAAGAACTTAATAAAGCCAAGTATTATATTTAAAGCACCTTGTATTACTCCTTTTATATTCTCCCAAGTACTGACAATCAAGGCTTTAACCGCCGGCCAAATAAATTGCATCACTTGCCAAATCGCAAACATGATTGGTTTAATAATGAAGTTTAATATACCGTCAAATATAGCCTTAATAAAATTAAATATATTTTGTAAAGCTTGCACTATCGACGTACCGTTTTCATTAAAAAATCCATTAATTTGATTCCAAATATCTTTAGCAAAATCAACTATTGCTGATATCGCTTGTTTAAAGATGTTTTTAACAGAATCAATGAAAGGTTGAATAAATTGAATAAAATTACTAAATGTTTGTTTAACACTTTCAATTGCGCCATTAACAAAATTTCTAAATGTTTCAGATTTCTTATAAGCAATTGTAAATGCGACTGCTAAGCCAGTTAAAACACCTAATACAATGCCAATTGGACCAGTTAAAGCAGTGAAGACAGTACCTAATATAGGCACTTTAGTCGATAAAAAACTAATTAATCCACCAGCCTTTGCAATACCAGCTAATAGTGGGGCTAATACAGTTACTGCATTACCAATTGTGCTTATAAATGTACCTAACCCAAAAACTACAGGACCAATTGCAGCAGCAATACCACCGAAAATAACAATTGATCTTTTATAACCATCACTTAAACTTGAAAACCAATCAACTGCTACAGATAGCTTTTTGATTAGTTCTTCCATTACTGGAGCAAACGCACTTTCAATAGAAGCCCATACATCAGCACCTACTAATTTTAATTTATTCATTGCTACTTTAAATCTTTCGGAGCCACTTTCAGAATCTTTAAATGTTTGGTTTACTGTGCCTTGGGAATCTTCAATAGTTTTCAAAAATTCTTGATAACTAAAACGACCACCTTTAATAGCATCTGCTAAATCAGGACCTGCTTTTGCACCAAATGCTTCAATCGCTAAACTAGTTGCGCTAGCTATATCCGGCGTCTTTTCAATTTCTGCTAATGTCTTCTTAAATTCTTCTCTTGGGTTTTTACCAGCTTTACCCCAATTTGATATAGCTTTTTTCAAACCACTGAATGCTATTTCAGTATTAACGCCTGACTTTTCCCATTGAGAGAATAAAGCAATTGATTCTTTCATCTCAAAGCCCATAGCTCTCATTGGAGCGCCGTATTTAGTAATACTATCAGCTAATGTGTCAACACTTATCCCACTAGCTTGCGCCGCTTTTGCTACCATATCCAAAACACTTTGATATTCACTTGCTTCGATACCTGCATCGCCCATTGCACGGGTAATTAACTGTACGGCTTGCACACCGTCAGAACCTGTTATATGACTGAATTTCAAGAATGACTCTGTGGCATTTTCAAGTTCTTTACCTGTAAAACCTAATCTTGTATTAACTTCTCCTAAAACTCCACCAACAGTTTCAGCATCTGCTGGAAAATTGCCATAAACATCTTTAAATGAGTTCTGCAATTTTTTTAATTCACTGCCTGTTGCGCCTGTTGCTTGAGTAACAGTATCTAAACCTTTATCAACTTCTGCAAAAGCTTTTCCTGATGCTGCTGCGATACCTAAAACAGGTGCAGTTACACCAATCATCATGCCTTTACCAATGGATTTTAAACCATCACCCATTTTTGTTAATTTAGGTCCCATACTTTCAAAAACTTTACTGGTTTTTCCCCAGCCACTTTCTGCCATTCTTTGAGCTTCAACTTGAGCTTTTTTGAACTCTTCAAATTCGGCTGATGTTTTTTGTAATTCTCTTTCTAAATAATTCAGTTCATTTGCTTGTTTGTTATATTCTTGTCGTAACTTTTGAGCTTCTGCACTGTTTTCGCCCTGTTCTTGAGATACCTTGTCATATTGCTTAGCTAAATCATCAACGTTTTTCTTATAACCTGTGATAGTTCCATCAAGTTCTTTAATCCTTTGTTTGTAACTATCAGTTGATTTTTCGGTATATTTGAAGTTGTTGCCTGTTAATTTTAAGTCAGAATTTAAAGTTTTAAAGTTTCGTTTGATTTCTGCAAATGATCTATTTAAATTTGCTGCATCTAAATCCAAACCTATAGATAAACCTTTTATTCTTTCTCCCATTTTTTACCTCCTTTCTAAAAAAGTTCAAAAAAATAACCCTAACCAAACGGTTAAGGTTAAAACGCATCAATTAAAGCCTCTGCTTTTTCTTCAGAAATGTCATTGTTTTTATTTTGATATATGGAAAGTACATAATGAAATGGCATTTTTAAAACTTCGTTAGCGTCTTTACCATTTTCAATTAAGTCCATCATGAGAGTATCCATATTTTTCAACATTGCTTTATATGTTAAATCTTCAGGCTTTATTTCATGTTCTGGATAAAATTTCTAGTTTCCTCAGTTTGCTGACCTTGAGTAATGAAAATCACTTGTTCACGAAGTGCATTCATTCCATCAGGTGCATGCATACGTTCTTTTAGGTCTTTAACTGTGAATTGGTTATCGTAAATTTTTACAACCATATCCATCAATCTGTCAGCGATTTCTCTTGGTTTCATCGTGCTATTTTCGTCCTCAATATCATCGATTAAATCCATTGCTTCGTATACAATTTCAAATGAAATGAAGTGTGGTGTTAAGTACGTTTGTAATTTAATTTCATTTGCTTTCGGGTCTTCTACTAATTGAATAATGTTACGTTTTAATTTTGCCATTTTATAATACTCTCCTTATTTTCAAATAAAATAGAGGGGTTGCCCCCTCTTATGCTTCTACATTTATTGTTATAGTGTCACTCATATTACCAACTGTTGCTTTAACCGTAGCAATGCCTTGTGCTTCCGCAGTAACTTGACCATCACTATTGATTGATACAATATTCGTTTGATCTGTTGTGTATTTCAATAACTTACTTTGATTAGATGGCTCTACTACAACATTTAAATCGTATGTGTCGCCAACTTTAAGTGTTTTAATGCTATCTGGTATATTAACCGACTTTACCGCAGTTTCCGATGAAGCCGGTTTTGTTACAAAGTTTCTTCGTTACCCTCTGTCACGTTTCCAGTATATTCTTCGCCTAAAATTTTCTTTAAGAAAGCCTCTTCGCCTTTTTCACCGTCTCCATCATGATTTGTCATGTTAGCTGAATCAAAGATATACTTACGTACTGACTTTTTATTATCAACTAAAGGGAAAAGTGCCTCGCCTTCAACCTCTTCACTTGAGAAATCCCAATCTTTCTCAGCCGTTTCTCCATCGATTTTAGGATTTGTAAACATAACTTTAGGTAATAAAACTGTTCTAAATGTACCGTCTCTACGCTCTTGTCTGAACCATACAGCTACGTAATTGTTTTGTTTACCTTGTTTCTCTTCGTAAACGCCATCTTCATCATAATCTTCATTAAAAACAATTTTGCGAATCTCTTTAGGGAACGCATGCATTTGTAATGAGATTTTACCTTCTCCGTCTGTATTCCCTGATTCAATTGGACCGCCATCAGCATAAGCTGTTTTTAGTTCTCCACCAGTTTCAACACCAATTTTTTGTAATCCTCTTGTTTTTGTAATATCACTATATTTTAATTCCGCGCCTTCTTTCGTTAATTTAGCGAAACCTAAACCAGTAATGTTAATATACGCCTTTGGCGCACTTGCATGTTTTACTGCCATTTAATTTTCCTCCTTATAAAAAATGCCCTCGTAAACGCGAGAGCTTCTATATGTTTTAAATTCTTCTATATATTCCGGTTTTCCATTTGAAACATTTCCCATTTTTAGTTCAGACCATAATAACTTTTGAATGCGATTAGATATCTTATTTCTTATGATTCTCGCATTATATTCATCATTGTACTTAACAAAAACATCTATTTGGACAATATAACTATATGCACACTCATCTCCGTCAGTATAAGTTGTAGGTATTGGGTCGTCGATATCGTCAATAACAATAAAAGGTACATCAGTATCTTTTACATTAGGGTATTTATTGAACTTAATATTATTGATATTTACGTGCTCTCTAATAATTCTGTCTTGACTAATCACTTCATGAACTTTGTACAAAATATCAATCACAATTTTTTCAACTCCCTTTTTAGCGTCTCAAAATACTTATTTTGCCCTTGTCTTATTGCTCTATTAACACCGCCCATAGCTTTAGGTTTGATAAATTTACCTGTTTCTTTTTGAACGTGTCCATATTCAATTAAATGTACGATTTTATAACGGTCTTTAGAACCTCGCCAATGAACAGTAATTGTACGTTTTCCGTTTATCCATTCAGGTTTACTAAAACTTACCTCATTAATTAATGCTCCCGTATCTTTTGAGGGCTTTAGTTGTTTTTTTACTTCTTCAACAATTACCTTAGCACCAGCTATTAACGCCTTATCTTGAACTTTTACCATCTCTTTTATGCCAAAACGTTTTTCTAATTCTCTTTCTAATGCTTTATCACCTATCACTTTCACACTCATGAACTATATCCTCCACGAATCATAATAAAGTCTTTATTATCCAAATCTGGTGATACTTGCTTTATATTCAAACGATTTTTGAAATATCTTGATTCAATTTCAAGATAATGTTCTTCACTGGGTAAATAATCACCTTGCGGATCACGAATATACAATTTAATGTCATTTTGGGTTCCGTTTGAGATAGCTTGTTCTAATTCACGTAACCAGACACCATCAATACTCGCCCAACAGCTATATAATAATTTTTCTTCTTTTTCTCCAGCTTCTGGACCATTATTTTCAGTATACTTATAAAAATGAACACGAGTATTTAAACGTTTAGTTGTAATTCTAGGTTTTTTAAACACTTTCTTCATCTTCTGATACCTCCATTAGAGATAACGAAAAATCTATTATTTCAGGTCTGTAATTATCGTTGAAGTGTTCTAATAAATCTTGATAAGCATATCTAGCGCGTATAAGTATCAATTCTTGACCTATTAAATTCTCTAATTCAAAAACTCCGCACTGATTTTTTATACGCTCGTACGACATTTTTAACAACTGCTTTAAGTACTCATCCTCTGAATTATGGTCAATCTTTTCAAGTGATTTAAATTTGACAAGCAAATCATCAATCGTCATTGTCTTCACCATTCAATAAGTCGACGATTTCACTTTTAACCATTGAACTAGACGCTTTTTTTTGTAATGATTCGCATAGTTCTAATAATTCTTGTTTTGTCAGCTTATCTAAAGGTACGATATAAACTTTGTCGTACTTATTTTTGATTTGATTTGTCAACAATTCAACACGAGGATTGTTATACCCTTCAGCTGGATACAACTCCCCTACTTTGTACTTGTGTTGATTGTGCTCTATGTCTTTAAAAGCTCTAACAACTTTAAATTTCACCATTTTATCACCTCATAAAATTTTATAGTGTTTCTTCGGTACCTTCTAAAGCTGGCTTATGTCCTTTTAAATCTAATTTCCAAACAGCAGCAACTTTATTATCTTTCGCTTTGCCGTAAGCAAATTGTTTTGCAGTGTATAAATCCATATCATCTAACGCAAGTGTTTCTTTAAATTTCTGAACATTAATACCACCAGCTAAATAACCATCATATAAACCTTTAACGTACGTTAAAACCTTACCTGCTTCTTGGACTGTAGACTCGATAACATTCAAATTAAATGGTAAAGCAGTAACATATACGCCATTTGCATTTAAATGTGTATACTGTGCTTGAACCTCAAAAGCATCGGACGGATTAACAACCATTGTTACATTACCTTTAACCGCTACTGATTTACCTTTCTCGTTAGTTGAGTGGTATTTAAACACTTGCGTCAATTCATTAACCGTAGCGCGCGGATTAGCAAATGTAAGCGTACCTTGTTCTTCTTTCTCTGGATAAGCACCCTCAGTTACCGATACACCTTTTTGTACTTGACGGTTTAAGCCGATTGGTTGGTCTTTACCAGTACCTTTTAAGAACGCAGTTTCAAGCGCCACTGCAAATGCTTCTTCGATTTGAACACGAACAAATCTTTCAATCCACGCAGGACCAAAATCATTTAAATCTTTTGGTAAAACAACAAACGCTGTCAATTTATTTTGAATTGCTGTTTCTTCACTGAACGCAGCATCTAATTGACCTTTAATTTCACCATAGATTTTACCCCAAACGGCTACGCCAGAAGTTTCAGATTTTAAGAACTTCAAACGCAAACCAGCGTTTTTAATACCTAAATCAGCTAATAACGGATGATTCGTCGTCAAATCTTCAAAAATTCTATCAATTGTTTCTTCTGGCAAAAGTTTTTCTTCTTTATAGTTAACGTTTTTATTGATATCCATGAAGAAACTTCTTTGGTTTGCACTCAAAGATTGTGCTGATTTAGGTAAACTAGAAACTCTTTCAGCTTCTGCTTTTGCTTGTAATTTAGTTTCTTCAAATAGTTGGTTAATCATGTCACCGTACAATTCATTTTGTCTTTCTTGCGGTTCACCGTTGTTTACTGCATTAATAAATTTGTTTTTCGCATTTGCGAATGTTTCCGATAAATTTATAGTCATTTTATGACCTCCTATTTTTTGTATTAAAAAAGGAATCTTGAAAATCCATTTGCTGATACTTTACTATCTGCAACATCGATTTCTGATTCCTTTTCTTTCATATTTATTTTTTCAATTACTTTATTTGCTATTGCGTCAATATCAATGTTAACCTCTGGCGTTTTACTTACCAAAGCTGTTACACGATTTAATACATCTTTCGATAACACTTGTGTATTGCTTGCTACAATTTGCATATTGTCGTTTTCAAACATTTTACTATCCGCAAAACCTTGTTCAATGGCTTCATCAGCATTTAGCCACGTTTCCCTAGCCATCATTTCTACAAGTTCTTGTTTGTTTTTACCAGCTCTAACCGCATATGCCTCAGCCATTATTTGACCAACATGTTCTAATGTTTCTGCAGCATGATTTAGATCTTTCGCTTCTCCTTGCGCAATACTTGAAGGATTGTGAATCATCATTCTAGCAACCGGACTCATTTCGATGTGGTCACCAGCCATTGCGATAAGCGATGCCGCACTTGCTGCTATTGCTGTGATACGAACATTCACTTTGCCTTTATGAGCTCTTAAATGTGTATATATTTCACTACCAGCTACTAGGTTACCACCATTTGAGTTAATTATAATATCAACATCTTCATCACTAAATTCTAGTTGTGTTAAAACATCTTTAGGACAAGTCGAATCCATACCAAGCATTTCGTAAACCCATTTATCTTCGTTGGAAACGATGACGCCTTTAATCTCCGCTTTCATCTTCATCACCACCTTTCAAAGTGTTTTCATCTTTTTCTTTTTCATCATTTTCACCACTGTTAGCTTTTTCGTAGTTTTTAGTAATCAGGTATTCGTCTAATTCAGGATTGTCTGATGGTTCTTCACCTAACATAATCCGCACCTCATTCCTTGTAAATGAACCAGAACTTACAAGTTTGTCAATTGCTTCAGCATATTGAAGTGGGTCTTTTTTATTCACACCGACAATTTCTATTCTTGTATCTTTCAAATACATGCTTTGTGTTATGAGTTTCGCGTTTAATTCGTTCTGAATCTTTTTTAATAAAGGTGTTAAACAGAACTTCTCAAATACAAGCGTGTTTTTTTCCAAATCAGCTGTTTCTCCGTAAATCAAACCTGGAGGTATACCAATCATCAACGCAACATTTTTTATTGCATCTCTCATTAGCTCACTCAATTCAGAAAAAGGCATGTTACTATTCTTACCACCATTAGATAATTCCTCATAATCAAAACCTTCTATCAAAGGCGCGATTGCTAGTTGATTTTTATTAAAAGTATTGAATAATTTATTTGTGAACGCTTGTAATTTTTCTATATTCTTTTCGTCATATGCGCTAGAGGCAGATTTCAAAATCCCTCTTATTTGATAGTTTTTTAATTGTGCACCTATCATTCTTCCGAATATTTTCCCGTAATCTTCGAATAGACTTTCTACAAAGTGTGTCACTTTATTGTTGTTGTACTTTAAATATATGACCTCTTGCATTGTGAAAGTACGTTGATAAGTATAATCTTTAACCGTTACATCTTTGAATATATCATCATACAAAGCGTACTCTTCTCTGTAAAAGCTATCTACGATAAGTAATTCTTTGCTGTCACTTACTACGATTAAAACCTCGTTATCATAAATTAGTTTATATATAACTTGTTGCCAAAAACTATCGCTTGATAAGTCAGTATTTGGTTTTATATTTAACTTGTAGTAAACATCATTCTTTTGAATTCTATTACCTTCCAATACTTTAAAATGACTTTGAGCGACAGCTCGCGCAACAAATTCAATACAACTATCAATCGCTAAACGTTTCACATACGCTTGTTGTGATAGATCTTCTATCATATCTAAATCAAGCATATATGTTATATCTTTCCTAGTTTTAAATATCTTTTCTAGAATACTCATGTCTCACCTCCTCTATTAGAAATCTATACTCATTAATGCATCAAGCGCTTTAGACATGTCTTTGTCTACTATATCGTCTGCTCTATATAATGCGTGAACAAAAGCCATGAACCCATCGGTTTTTCTTCTATTTTCATCTTTTTTAATATATTCTTTATTACCATCGGGTTTAACCTTTACTGCAACATTATTAGTAAACCAACGCATCAAAGGATTGTCTCCATATATTACGTTATGTTTCGCAAACATTGTATCGATACGTGGTGCAAGTAATCCATGTATTGCTTTTGGATTTCTAAGTACTTCAAGTTTTATGCCAGCATCCTCAAACGCACGTCTTACAATATCAGTTCTATAATTATCAGCTATGACTTTTTCAAGCCCATATTTTTCTCTAGCCTTTAAAAACCAATCAACTATATATTCAATTTCAATGACATCATCATCGACAATGGTCAATAATCCCATTTTTTCCCATTCTTTAATAGGAGGTTCTAATTTGACATCATCCAAAAACCCTTGTCTTACAAACGAATGTCCTAACCAAATGTAATCATCGTTTTTTCGGAATAATAGCCCTACACTTGCAAAATCTCGAATGTTTGCAAAGTCTAAACCACCAATACACATTTGATTATCTAAATTTGGTATCTCTCTATTAGTCGCTAGTATTTCTTTCCATGGTGCTATTACTTTTTCAAGGTCAACTTCAGGCAAATTCATTCGCTTAGTCATGAATTCGGGCTTATTTGAACGGTTGAATGGTAAATCGTTATATTCTTCTTCAATCGTACTTAGCAGTGTTTTAGCGTATTCTGATAACGGTTTATGTAACATTGGGTTCGCCTTTTCCCACGTCTGTCTGTCATCAACTTCTTTTGGATCGTCTAACTTACAATAAAAAGCAAACAATCTACTATTTTTAACCTTGCCACTTAATACACTTGCAATTTTGTGCTTCATTGCATCGATATAACCCTCTCTAACAAAACCATCAGTACTTATATAAAACGTTCTTCTATTTTTCTTTTTACCTAATCCACCACGTTTGACGTTTACCATTTCAGGACCAAAGAAATAATGAATTTCATCAAAAATAACACACCCCTCACGTCCACCGTCTTTGGTTTTTGTGTTTGATGTGTTATATCGAATAACCGATTTAGTTGCACGGTTTATTATTTTTGCTTTACTAACTTCATAAGGAGCTTTTGGCGTTTTACCCGTCTTATTTCGTTTGTTATCCATTAAAACGGTTCTGATTTCATCAAACGATGTTTTTGCTTGATCTTCACTATTAGCAACAATGGAGATGTGATATTCTTTAACTCCGTGTAAGGGCGTAGAAAGAAAATCACTAATAGCACTTATTAGACCGTTTTTCCCGCCTCCACGTCCCATGAAAATAGCAAATTCTGTAAAGAAAGCTTCATCTGTATTTTTATCTATAAGAAATATATTAGCTATGATAAACCTTTGAAATGGTAATGTTGGAAAATACCATTTTTCAATAAATTTGATACAATCCTCGATTTTCTGTTCATCAAAATATACATCATCTCGTGAATATATATGTTTTTGTAGATAATTAAAGAGATCAATTCTTTCTTTATTTAAAATTATCTTTCCTTGTTTCCACAAATTTATATATTCATCAACGTATTTATTACTAATCATAGGTAATCATCAGATGGCGTTTCTGTGTCTTCTTTCTCTTCGGGCAATAAATCCGATAATTGTTTGATTATTTTTTGATATGCAGCATCTCTAGCATTAAATAGTTTGGCTACTGGTCTTTCCCTTTCATATGGTGGCGCCTTTTCAGATTGAGTAAATAAATCATAGTCACCTTTTTCTTTTATGTCTTCCCACATGTAATCAAGCATTACACGTAGCCTTGCTGCTTGAATAATTAAACCATCAACTACTTTTAATTTATTGCTAGGTATGTCTTTATATAATACTTGCAGCCTTTCTTTTTCTTTAAGCACTAAGTTTTCATCAACTATAATCTCCATTTCATCACCTGCCTTAAAATGGTTATAAGAGGGGGGGTTATACATGGATTTTTAAAATTATCGCGAAGTCGAGCCCCTGCCCGTTCCCCAAGTATTTTGATCGCTTTTGATTTTTTTGACCCGGGGGTATTTACCATTTTTCGTCTTTCCATTTATTTTCTTTTTTTATAAATCTCTTTTCTTTTTTGTTGTGACATTTAATACACAGTGTTTCTAAATTGTTTAAGTCATGAGCAAACTCCGGATGATGTTCTAGCGATAATATATGATCTACATCCAACGACTTACGCTTGCTTTTGTCATATGTCGTTAACTTGCCGTCTCGCTTACATTGTTGACATTCATAATTATCTCTTTCTAGCACTCTTTTTCTTGTTGTTTGCCATTCTTTAGACTTATAGAATCGTATACGTTCGTCTTTAGTCATCATAATGTTTCACCTTATATAACTTAAGTAGTATCAAGACGCATCTATACTTGATGTGTAGTAATGTATTTACAATTAGTTTGAACATGTTCATACCTCATAAATAAAAAGACACATCACATAGTGATGCGCCTCTTGTTCATGCGTCGTATTAGCATTTAATAACTTTAAATATTAATCTGATACTAACATAATAAACTGTTTTAATGCGGACTTACATAGGGTAAAAGTCCGCTACACATAACCAATATACTTTGCTAACTTATCGATCAGTGCATTCCTTCTACGTAATATACTTGTCTTACTTGTACCAAAGTAATGTGCTATATCTTCCCATTCATAACAACCAATAGGACAATCCCAATATCTAAACCTTAATAACTCAAGCGTATCCTCATCACTTTCATCTATCAATCTATCTACACCGTTAACTATATTTCTTAATGTATTGTATCTGTTATCACTAAACTTCTTTATTGCACATCGTTCAATCGGATTACCCGGCAAATTACTTTTGCCAGCTCCCGCATTATCTGGTTCATGACTTTCAAGTAATTCATATTCTCGCATCTTCAACTCTCTTCGATAGTTATCGATGTGCTGAATGTATTCTTCAAGCTTTTTGATATCGTGTTTCTCAATCTTTATCATTCAATGCAATACCTCCGATAATATAAATTACTTTTTAATATCGTTATTTATTCGCTTCAATTCAATCCTGTATTCTTCTAACCCGTTGTATCCTTTAGTTTTAACTACTTCATCAAGTAGATAATCATTCATATATCTGAGTGCTTGTATCTCTCTTGCACGATCACTATTAATACTGATACAAACTAATAGCAATATAGCAAATACAATAGTCATAGTAATCCACATCATTTAAATCTCCTCTTGTTTAAATTAATAATAATTCTTTCTTTTATCGAAGTTCTGTTTATTTTAAACTTTTGACTAAACTGTTCTTCAAATTTATCAAGATAAAGATTATAATCGTTTATTTTTCGTCGGTACTCTGAAGTGATAAAACTATCAATATGATTATAAGCTCTATTTTCATTCATTTTATTAATTATATTTTTTAAATAAGATATATCTTTTTGATATTCATTTATAATAGCAATTGTTTCCATAACAAAAGAAGGATTAAAAAAAATCTGATTTGTACTAAATTCATTGTTGAAACTCATCTTAAAATCTTCCATTGCCTTAACTCTATTTGATAAATTAATCATTTGTCTAAATCCAATAACATTTTCATACGCTTTTTTACTTTGCTTATCTAAATTATTAAAGACTTCAATATCAAAAAAATCTAAAAATTCATGCTGTTCTGTTGGAATAATATAAGCTCCAATCATCTTTTTAGCCTTTTTAAAACAATCTAAATATATCGGATATATTTGTTCTAAATTGATTTTTTTACGTTGTAAGTTAGAATCTGTAAAATACCTAAAAATCTCTTTAACTGAATAAAGCACAACACCTCCTGCTAAAGTATATATGCTTCCTATTATTTGCTCGTTCATTTTTATCTACCTCTTTATAATATTTTCTGAAAAGGAATCTATAATTTTATACATACCAAAAATTCCTAATGCATTTATTATCACTCCATCATCAATAATATATATGGATATTAAGAAAGCAAACAGCAAAACGATCAAATCATAAATAAATATTCTCATTATTCACTCACCTCCGCTCGAAAGACGTAATCACTCGGCGCCTCTACATCATCATTAGCCGTCATCATAATATATACTTGCTCAGTTACATACTTACCTAACTCGTACATTGCTAGTAAGAATAATAATCTTAGTATTTGCTTAATCATTTCCCACACTCCCTTATATTTTCAAACAACTGACCCACTTTAATAACTGCACCTCTTTTAACTTGCGCCTCGTACCTCTCTTTCGCTTCTTCTTTACTCTCTGCCTCAACAACTGTAAACCTTTGATTGCTCTTAGCTTTAGTTATGTGTGTATGCTTGCGTCCTGTTGAATCTTTGAATGTTGTGACTAGGTATTGTGTCACTTCCCCAAAACCTCCTTGACTCGATCTAATATGTCTTTACACGTATCCTTTTCCTGCGTCTGCTGTTCCATCTTGTCTTTCGTGGTTCCTTTTCATTTTCTTTTTGTATGCGTCAATGAGTTGGTCGATAGAATAGTAATGTTCAGCTAATGCGAATGGTAAAAGTAAATTGTTACTATAATAACTTCCATACATTTCATCTATATTTGACATGAATTCATCGACTACATCACTGTCATTGAAATCAATTTCAACTCTTTCTATATAGTCTGTAAAATCTCCCTCTTCTACATAATCTAGAATTTCTTCAATATTTTTTGCTTGTTGGTTCGCAATACTCAACCCAAACGCCAACATGTCCGCTAATTCATCTAACTGAACATCTAACGGCTTACCTGGTTTCTTCTTCCAGTTCTTAAACGTTTCCAATGTATTAAACCATTCAAAGAACTCAACTACATATGCTATTTTGCTATCTCGTAAGTTCAGTGTCGGTATTCTATCGTCGAACTCCTTTTGTATTTGTAAAAGTTCTTTTAATTGATCTACTGTTAAATTATTCATTTATTCGTTATCTCCTATCGTTTTAATTCCTCAATAAATTTAAGCACTCTATCAATATCAATCTGTTCATTTTCTGACTTGCGTTTATTCAACCAATAATCTAACTCGTACCACCAGTCGCCGTTTAAATACTTTTCTTCTAGCAATGCATCACGTTGGTCGATGATTTCAAGCATTTACTCGTCCTCCAAAAATTCAAAATATCTTTCAATCTCATGCTCGTTAGCAAAGTAATATCTAGGCGTCTTATGAGATTTAGGATTAATCCAAATAATGTAAATAGGTATCCTTTGAAATGATAAAAATCCAGTTAATAACACTTCTTCATTAAAAATTTCAAAGAAACCTAATTCTTTTTGAACCTCTTTCACATTATCTTTTGTTACGTATACCGACTTTAAGTTTTTATTTTTGATAACTGGGTGCGGCACCACATTTTTTAATCGTTTCCATTCCACTCACTCGTCCCCCTTAATTAGATAAATTGGTTTAGTAATAAAATCTATAATGCTAATAACTGAATCATCAGACAGTTTATAATGTGTATCTCTAATATCTCCGACCAATTGCACAATCTCTAGACTTTCGTTTGTTTCATGGTTATATACTTTATCTCCTACACTAATACTCATTTTCCTGCTCCTCCTCATATTTATAGACAACTTGACTCGTCATAATCCCTACTGCTTCATCAAGATAAATATCTTCTTTGAGTGCATCTTGCATAGCATTAGGTAAACCCTCAAGTATTTCATCAAACGCTTGCGCTTTCTTATACACGTCTTCAATCTCTTTTAGTAATCCCTCTGTGTCATTGCCGTTATACGCACTAGCACTTATAACGGATTGTTCAATTTGTTCACGATTATTCATCATTTCCATCTCCTTAAAATAAAGTTAGTTGCTTCTGTTCCTCATATTCCAACCCATGTTGCTTTATATATGTTTCGAGCTCTTCGGTTGTATCAAATGTCTTTTTAACGCTTTGCCAACCTGGCACGATATGCCCATGAAAGTAATAAGTGCCGTTTACTACATGGATATGAGCCACTCGCTCGTTATCCTGATACAGATAACTCTTAGAGCCGAAAAATTGGTTTAGGTATTCTTTGCGTGCGTTATCTGTCATGGTCATCACTCCTTTTAACAATTAGGTAGACCAAACGACATGCATTCATCATATAGCTCTTCGTTCCTTATGCTTGTCTTATAGTTTTCAATCACATTGCTAACTTCTTTATGACTCATTGCTTTAACTTGTTCGTCTGTATATTTTTCGCAGTCTTCCAATTCCAGTTGTTCCTGTAATGACATCACATATTCAACTTGTTTTTGAGTTGCCATAGTTAACCCTCCCACAAATCAAAAGCTCTTTGGACGTAAAACTTCGCCTTTGCTAAATCCTCGTGTCCGTTTTTTAACGGCGCTCTTGACAAGTATTTGATTGCATTACCTATTGCGAATGCTAATTGTGGTGGGTACTGTGCCGTAACTTGTTCAATAAAATCTATAATTTCAATGTCGCCGTATGTGTAATGCGCCGGTTGCTTAACATTATCTTGTATTTCATTCATATCTACTTTTCTGTTACTGATTATGCTCATTATGCTTCACTCCATTTCTTGAACATTTGGTTATAAGTGACATCGAACCAGTACGGATCACGTGAATGTTTTTGAGGTACATTAAACAAATGTGGCTTCTTTCTTCTTAGCTCAGCTTCTTTCTTTCGCTGTCTTTCCAATTTACGTTCGAGTCTAGCTTGTTCCAGTCTTTCTATTGTTTTCTTTTCTCTGTACTCGCTTAAACGCATGCCTTCTGGTGCGTCCATTGCTTCATGTAGTTCCCAACCGTCTTTTACTCTTTTAGAAACCATTCCGGGTGTTATACCGTGACTTTCAATTAATTCCATTTCAAATTTACTGAACCTATAAGGTTTATCGTGTATCCTTACAATTCTTGCTGTTTTCGCCATTTATTCCACCTCTACATTTACATTTCTAATTTTTAAATTGTCATACTCTAGTATTTCGTTAGGATTGTTATATAAGTAATCTGCCAGCGTTTCTTTTTCTTTATCCACATCACCAAAATGCTTATATTCAACTTCTGTAGGTATTCTTATATCAATCGTTGCGTTTATATATGCTTGTTGTTGCATTAGATCACTTCATTTCTCTTTTGCGTTCTCGTCTTGCTTTAATTAATTCCTCGTAAGTAATCCATGTTTTGCCTGTGTACTTAGGTGCTTTACATATCCAATTGAGTTTTATGTTTCTGTATTTATGTCTGAAAATCTTAGCTTTAAGTTTTGCTACTTCGGTTGGCATACCTTTAATGTCGATAACTTCAATCAGTTTGTCATCGAGATATAACGCGAAGTCTGCAATATATTCAATCTTTCGTTGTTTATCTAGTTTTGGTAATAATTCGAATTTCGGTTGTATTTCGATATGATCATAGTTAGTGCCATTCATATTACTTTCTAAATATTGGTAATATTCGCACTCTACTTTGCTATCAAATACAATTCCTTTGTACTCAACTTTCTTAGCGTTGTATTTACTCACTGTGCCACCTCTAAATATCAAATATCGTTGCTTGTAATCCTAGCTCTTGCTCATATAGAAGCCCGTGAGCGCCTTTGAATCGTTTTAGGTCTCTCTATCAGTCATGATTTTCTTTTCGTCGCTGAAATGGGCTCCTGTGAGATAATAAACTTCATTTACGTTGTCTTTATACTTGATGACCTTAATATCTTCCGTGCCATCTTCTCGGTATAAGTAATATTTTTCTTTCGGCATTTTTAACACTCCTTAATATTCGACGACAGCGGGGCGTGTGTGACGTTCTGCAAGTTTTTGGATAAATAGGTCATATAGCTTATTTTCGTCGCCCTGTGCCTCGTCTATGAGTTTCTGAGCGTACATATCTGAACACTCAAGTTTAGTTTTTAAAAATTCTTTGGTTACCATGTATCTCGCTCCCTGAAATCGTCTCCGATTACTCTTACTTTTCTTGCATTGTGTTTCATTCTTGAATTGATACGTTGCCAGTTCATATTTTGATTTAGTTCTTTATCACTAAAGTTAGTTGTAAAGATGTTGTTTTTACCTACTCTGTTATCAACAATGCTGAAAAGTTTGTTTAAAGTGTGTTCTGTGTTCTCTACACCCATATCATCTAGTACAAGTAAATCAATATCGCTTAACAATCTGACTAACTCATCTGTAGTCTCAACTGCATTTTTGTTGTATGTTGCTTTGATACGATCCATTAACATTGGTATATGCATAAAAGCAACCGTATGTCCTTTAGCTTTAACTGCTTTTGCGATAGCGTATGCTAGGTGGCTTTTACCAGTTCCGTATGAACCTTGCAATATTAATGATTTCGGTTCTTTTGTAGAGAAACCTTGTACATACTCTATTGCTGTTTGTTTAGCGTGTACTTGTTTTTCATTTTGTGGCTTATAGTTGTTAACTGTTGCATCTCTTAGAGACGGATTAACATTTGATTGATTGAAAATATAATCAAGTTTCTTTTGTTTATTCCTTTTGTATTCTTCATAAGCCAATCTTTGAATTTCACATTCGCAACCGTCTTTGTATTCATATCCATTTTCAAACTTATATAAGTCATATTGATGCCCGCATTTATCGCAATTCTGTCTTAGTATTACTTCGATTGGTTGATATTTTTTTAAACTTTTGTTTATTTTTTCGTCAAATAATGGTTTCATAACTTCCTCCTAGTCCCAATAACTTTCGTCGTACTTCATACGTTCTAATTGATCCGTGCCAGTTGGTTGTATTTTTTGATTGAGGTACCCCTCAAATTTATTGCCAAAAAGTGTTTCTGGTCTAAGGTATTTATCGCTATCCGTGTTTAACCATTCAGCTGTTTTGATATCAATCACCTTTTTAAAATCCTCCAACCTAAAATCTTGATTCCATCTTGCTTTAATAAAATCTTTTGTTTTAGCTGTATTATGTTTAAAATGCTTTCCTGCTTTTTTATTTAAGTATTCGATAATTTCTTTATAGGGAATGGAAGACACTGTCGGGTTGCCCGACAATATACTTCCTTCATTATTAGTATTGTTATTATTAGTTAAATCATTATTAGTACTATTATTATTAGTAGTACGCCCTTTTCGGTTTTCCGTTTTTCCGTTTTCCGAAAACCCGTTTGCCGATAATCCGTTTTCCGAAAATGGCATTTCGGTTGGTTTTTCGTAAACTAAGTATTCAAAACCTTTAAACACACCGTTTTCAGCTCTTTTTTGTATTCTGTGAACATATTTATTATCCATAAGTTCTTGAACGCCACTATTGATTGATTTTTGTCCATCATTCATATGTTTAACTACTTCTGACGTGTATATTTGCCAATTGTCAGGACGACTCAGGAAATACAATAATATCCCTTTAGCTTTAGCACTTAAATTACTATCGAACACAAAAGATTTATGCACAGTTACAAAATCGCCACTTTCTTTTATCGTTCTAAATGTTGCCATTTTTTTATCTCCTTTCTGTTATAATTAATAAAAATATGATTAGGAGTGAATAACTTGAAAAAATGTTTCATTGCTTGCCCTATAGGTACTGATGATTATAAAGTAAGAAGAAACTCTGATTTTCTTTTACAATCCATCATAAAACCTGCTTTAGAATCAGATTTTGAAATCCAACGATCTGACCTTATATCATCGACCAATAAAATCACTGATGAAATAATTGGTGGATTAACGAATTCTGAATTAGTTATTGTAGATTTGAGTACGCATAACCCGAACGTATTTTATGAATTAGGTTACAGACACGCTCTAGAGAGACCAACAATTACTATGATTAACAAAGATGAGAATATCCCTTTTGATGTTAGCGCTTACCGTACAATTTACTACAGCGAATTATACGCGGATGTAGTAAATGCCAAAGACCAACTTAAAGAAACTATCAAAACATTTACAGATAATGATTTCAATTTTGAAAATCCAGTCAATAAGTATAATAATATCGATAATGAATACGGTGTTTTAAATAGACATTTGTTAGATATAAAAAGCGATTTATCCGAATTAAAAGAGTTTCTACCTTCAGTGACCAAACAAGACCCTGATATTCCCGCTGATTCTATGGTAAGAATGATGGAACTTGCCGTTCAGTATCCGGATCAATTTGAAAGATTGATGGAATTGCAAAACAAAAACAGTCAATAACCCTTCCCTTTTAAGAAGCCCTCTAGATATTTAATTCGGGCTTCTTTTTCACGCAATTGTTTTTGCTGATATTTTATATAGTTAATAGCAAAGCGTATTAATATTTTGTTCATTTCTCTTTCTCTCCTTTCAGCATTTTATTGAGCCTCTCATCAACTTTTAGCCATGAGTCATGCAAGTGATATTTATCATCAAACGACTTAACGCCAATCGCATGTTGCTGGTTATGATGTTCGCGACATAACGCTAATACATGTTTGTCGTAGTGATTCATCTTGTTTCTGTTCATGCCTCTACCTACTGCTTCGTAATGTGCTAGGTCAGCGTGAGGCTTTCCGCAAATTACACAGTTGCGGTTAACAGTTGACCAGTATAAGAATGATTTATCTTGTTTCAGCAAGTCGCTTGTTTTATAACTAAGCGGTATGTCGTTGTGAAATATCCAATCGAGTGTTACCTCGATAATTTGATTCGCTTGCATCCGTGTACAGTCACTTAACGAAATACTCTTGTCATAGTCATACAGAACCGTTACATATTCTTGGAACAAATACCTCATATAGTCACGTGGTTGGCCTGTGTGGCTCTCTATGTCGTTACAGAGCGCAAATATTTTTCTTCGTTGCTTGTCTGTTATTTTGAATGGGTCTTCGATTCGCAAATCACATTCGACTTCGTAGCCGTTATCAAGTAATAATGTTTCTTTGTCTCCTAGCTCGGCACCCTCGATAACGACTGTTGTTGTGCCGTCATCTTGAGTGATATAGTTTTTGATTTGAGCCATTTAATCACGTCCTAGAAAGGTAAATCATCGTCAGAGATTTCTATAGGACCATTAGCATTAGCAAATGGATTATTTGATTGCTGTCTATTCTGTGGTGCGTTATATGAATTATGCTGTTGTTGGTTGTTAGATTGACCGTTGTTTTTACGTTCAACGAAAGTTATATTGTTGACTGCGATGTCTGTAGTAAACACTTTCTGTCCTTGATTATTTTCATAACTACCGGTTTGTATTGAACCAGTAACGCCAATTTTATTACCTTTATTAAAGTTATTAGCGATGATTTCAGCAGTCTTACCAAATGCAACACAACGAATGAAGTCTGTTTCATATTCGTTAGTTTGTTTGTTTTTGAATGGTCTCTGTACTGCGATTACAAAGTTAACTACGTTGTTGTTTTGACCTTTTAACTCTGGATCTGCCACTAGGTTCCCAATTAAATTTACTGTATTCATTGTTCAATTCCTCCAAGCCATTTTTTTATCTGTTGTCTGGTTACATTGATTTGGTTTTTATTCAGTGCTTCGACGTTCATTTTTTCTAATTTGTTAATTTGTTCCTGGTATTTTTCCGCGAATCCACTTTCTTTAGCTATGGCTATAAAATCATTAACTTCTTTAGTTAGTATGTCTTTAAATTCTTGACTTACTGTTGAATATTTATCTTGTTTTTGTTTTGCGTCTGCGTCATCTTCATCAGTTGGAATGTTAAAGAACTTCATTAAGAAATAGCGTTCAGCATAAGTTAACGCTGTGCCATGTGCTTGTGAAATATCATTTTGTTGACCGTAAGCGTGATAACTTACTTCATACTGTTCTTCTGGTTTATCAGCATTAATCCATGTATAATTCAAATCCATTTCAACTATGAATTCTGTCACTTCTTGACCTTTTTTGTTTTTAAAAGTATGTGTCGTCCAATTTTCATTTGACGTATTGGGGACTAACAATAAATTATGTTCAATCATCTTTTCTCTTATTCTGTGTAATATTTGAGATCCTGAAACATACGAGAAGTTATAACCCTTAGTATCTTTTGTGAAGCCCGCAATATTCGCTTTAACATCTGCTATTTTTTGGTACAAATTAAGTTGTTCGGCCATCTATTCTCCCACCTTTACCGTGTATGACGTTGGTTTCTCAACAATGCTAGCACCCTCTAAAACTTCGCCGTTTGCGTCAATTAAAGTGCCGTTTTCAGTTACATTGAAATCTTTCTTAATGTCTGATTGGCTAAGTTTTTTAGTTACCTTTACATAGTTGTCAAAACCTCGTTGCTCAAGTTGTTTAATAACTTCTTGCTCATTGCTAACTTGAATGACTTTTGAACCTTTTCTGGCTGTCACTTTTCCGTAAGGTGTATTCAACTTGAATTTGCTATCTTGTTCTTTTTGTATTCTGAAATATTCAATTACAAGGCTTTGTAAATATTCTTTGCCACTCTGTAATTTTTCTACTTCTTTATCTTTCCATTCGTTTATGCGTTCAATTTCTTTATTTGCTAACTCGTTGATTTCATTCTCTTTAGTTGTGATTGCATCTAGTTTCTTAAAGACCCAGTTAGCACTGTCTAAGTCTGTTACTTTGAATCGGTCGTCTTGTTCAAATGTTTCTAGTTCTCTCTCTTGTAATTCATTCACTTTTCATGCCTCCTACCATTTCATGACTAAGTTAATTAGTCTGTCCTGTTCGTCTGTGTTCTCTTCAATCCATTCGTTTATAACGTCGTGCATTGCATCCATTGCAATATATAGTTCGCTTAAATCTACGACATGAAATGATTTAAGTGGAACATTATTCATATCCTTAACTTGTATACTGATACCGTCATGTCTCTTCATCGCAGACACTTTAAATTCAAACCCGTTAAAGCTTATAATTTTGTTTTTTATCTCACCAATTTTGTAATACATCGTTCTCGTCCTCCTTGTCTTCTTCGTCCTCCTCGTTATCTTCTTCGTTTTGTAATTCATAAATTTTGTTTTTTAGTTTTATATTTTCTTTTTCCAATTTTTCGTTTTTTCTTTCTTCCGCAAAATACTTACCTCTGTAAGTATCTTCTTCTTTATCTTTAACAGCCTTTATTTCAATAAGTTTTCTGTACTCGTTCAATGTGATTGTTACTGTCAATTCTTGATTTGCTACAAAGTTATCTTCTTCATTTCTGTATCCTGAAAAATCTTTAGTGTAATAATGTTGTTCAGTTTTAATATTTTCAGTCATAGTTGACTACCTCCGTATATTTTGATTTAATTAAGTTGTATATTTTGATGAACACTTATTGTTACTTGTTGGCGCAAGTAGCAGTTTTTTCATTCTTCATAAAAGTATTCCTTATAAAATATGAATGTTGCGATACTTGCGAATCCCGCAATCGACCATGCAGTAGTGAAGTATAGAAACGGCATAAGTACAATTGCTAAGACTGTAAAGCACAGTACTGCTACTAGGTAGCTTTTATAAATGTTGCTCATTTTATTCTCTCCTTATATATTTCATTGAAATGCTCATCGACGAATTTATTCATCTTTCTTGCGTTAAATCTCCAGCGATTAAAATTCTCATCAGGGTAATGCACAATTCCTTGCGCTCTTAGTTCTTTTTCAAATCTAGGATGAAATAGTAATCTGTCCTTGATAGTCTCATCAGATGCAATTTTTAATTTCTTCTTTAAGTCACTCATGTTCCATACAGGGTCTAATGAATAACCAATTAGCTCATCATATTCATCTTTTGTGATAAGTACATGTGTTTCAGGTATTGGAACTGTTACGTTTAAAATATGTGGCATTTCTATCTTTCCTTTCGTGTATAATGTTGTTATCTCCTAGTGAAAGGAGGTGATATTGGTGTATATTGATCCTTTAAAAAATGTTCGTTTTTCTATTAATAACGTAATTAGTAATGTTGAAATTTCTAAAAGTATGGCAATTAAACAATCTTTAAAACCTAAGTACCAATTAGATATAATTAATAGAAACAACATAAATTTATTTTCTGACTTCAAAGTAGACTTTCATCTAAACAACTTAATTGAAATGAATTTTAATTTGCGTAATTCTTTTTCATCTCTAACATTTCAAAGAAATTTATTTTCTGAAGAAACGATAAAATCTTTTAAGGAACTCTATAGGTTTGATGATGAGATTGTACTTCAAGCACAACAGACCATTAGAGATTTTTATATCAATCCAACTGCTATCTCTACTTTGGCTGAAGCCATCAATTCGACCTATCCAATAAATGAGCAAAGTACCTACAAGAGACACGATGAATTTGTCAAACGTATCGAAAATGATTTTCCACATCCTTTCAAAAAGTTAATAAGATGGTCTAATGGCATTGCAGCAGGTGCTGACATTCAAATCTTTGTAACAAACTATATAAACGAGAACGATTTACATATTCAAAATTCATTGATAGTTGCTATAGTTTGTTTATTAAGTTTTTTATCGACCTATTGTTCACATTCTAAAAAGTAATAATAAGGCCTAATTTAGTTAACCTTCTTTAACAACTCTGCAACTGCTCGCAACAATTCAGGGTTGTTACTTCTTTCTAAACAGTAACTAGCATGCTTTAGTAATTTGAGTTTTAATTTATTTTTTTCTTTCGCGATTCTAAATTTTTGTAACATTTGTTATGCCTCCTTTGCATTTCCAAAAATTTAATCTAACTTAAATTCTTTTCCATCTATTAATCCATAAAAGTTATTTTTTAAATGCGGATGTCTTTCAAGCGTCATTTCAATAAAACGCGGGTCTATCATTAAGTCGTAGCCATCGTTGTATTGAATATTAACGGGTCGTCTATTACCTTCTTCGTCATAGTAGTAATAGATGACTTTTTTGTTTTGAGCTTGCATTGTTCGTTCCTCCTATTAAGATGTTTGTTTTTCTCTTAAAAACTTATTAACAAAGTATTGTTGTCCTTTGCCTGTTACTTTTGGCGTCTTACTAATTGATGTGTGACCGTCCGAATGTGTGATTGATGTTTCTTTAATTTCGAATAACTCACGTTCCATTGAATACTGTGTAGGCATGTTATAATCCACACCCTTGCGTTTAATAAGGAATCCGTTTTGACGTAACCACTCAAACAACCTGCGTTGCCCGATGTTTATACCGTTTTGTTTAATGATCTTTGCTAACTCTCCAACTAAAATTGATGTCTTAGTAGTAGCTACTGCATCTGCAAATACAATTTTTGGTTTATCACGTTCAATCTTTGTTTCTAATTGATTGATTGTGTTGTTAGCAATTTTTAAAGCACGTTGCATAATCATTTCTGGACTGTTCCATGCTTTCTCTACTTGGATGAAATACTCTCTAAAATCAAAACCTTTTTCTGTACCTGACATCATCGCAACATGTTTAGCTACATCAAGTGTTAAAGCATAATCTTCTAGTTGTCTTACAGCTCCGTTATTAACAACCGTACTTGTAAGTACACTTGTAAAATCCCTATTTTCTTTGAAATGCTTCAAGTTAATTTCTGCCCAAGCGCTAAAACGCTTTTTAACTTCCAAAGCTTTATATAACTCTCTTGCACTTATTGCGATTTCTCCGTTTTCTTTTTCTTGTATGTTGAACATTTCGCCGATGTTCGATTTTGTTTTTAATGCTTGCATATTGTTTATGCTCCTTTCGTGTATAATGTTGTTATCAACCTAAGGAGGTGATAAGTATGGACATAATCGCGATTTGTATCGCAATTTTTAGTTTCTTACTGACTGCACTTAAATATTATTTAGACTATATGAAAGATTCTCTTAACATCGATGTTATACCTACCAGAAGCTTTAATTACTTGGTCGATGACAAATCAAGTTACAACGATATAACATTTATTAATTTCACAAAGTTTCCCATTTCTGTTATTGACGTTGAATTTGATATTAAAAATAAAGTAAATGAACAAAAAACGTTCAAACCTATACGATATAAAGATAAAAACTACTCCATTCCATTTACTTTAGGACCTTATGAAAGTGTAGAATGTACTTTTTTGCTCGAAGAATATCCAGTGATATGGGAATGGGATGTGACTATCAAAGTCACTACCAACAAAGGAATCTATATAAAGCCTGTTATCATAGAATCGCGGACAGAACACCGAGAATCAGAGCCACAAGTGACAGAGTTAACATCAGCAAATAAGGTAAGTGCTCTTTCCAACCCCAAGGATGGTTTTTTAAAGAAGTTTTTATATCATTTAAAACCTTAAACATTTAAAATCCTCCCTTTCCGTCACTCTTTAATTGGAGTGGCGTTGATTTTTTCGTCTAACTTTTTCAATGCTAATTTGTAAATAACTGAAGCATGTTCGGTTTTAAAATGAGATTCAGCAATAATTTTCAATGTTTCTAATTTATTTCTTGCATCACCGTATGTGGTACTTTCTGATAGAACACCTTCTAAAATTTGTTGAACTCGATAATCTAAAAGTTTTAAGTCTTTATTGATGCATTGTTCGACACACTCTTCTTTGGTTAACGTGATTTGTTCCATTGTGTCCCTCCTGTTAAGCAGTTACGTTAGCTTCATAACCGAATTCAGTCATGATTTCATGTATTTTCAATCTGCCTTTTTGTGTCCATCTAGTTTGTAAAACTGTGTCTTCTCTACCGTCAGAGCGTACAATTGCTATAGTGTCTGATTCTGTGTAACTCTTGCCCATGTGTTCTGAGTAAAGCACCCACTGTTTATTTACTTTTCGTTGTAATCTAGCTTCGTGTAGTAGCTTGTTCAACTTTTGTGCTGAAATCCCGTAGTCTGCCGCGATTTGAGTTGTAGCTAATGTGCCAGTTGACTTTAAGATTTCATCTACATAGTCTGCTTTGGGTTTTAGTTCTCCGATTTCTTGTTGTAAAAGTAAGTTTTGCTCTTTTTCTTTCTTATACTCAGTCAACACTGTAATGATGTAGTCTGGATCTTTTAATGTTTGTTCAATTACATTGTCTGTTGCGTAGATACCGTGTTTGCGAATAGCTGGTAGGACATCTGATGTTACCCAGCGTTTGAATTTTCTAGCGTTTTCTCTAATTTTTTCGTTTTTGCTTTGTTTAGAAGCGTCGAAGATTAGACTGTATAATCCTGATTCGTTGATAATGATCATATTTCTGTTTTGACCTGATGCACTAAATTGGTGCGTCAGCTTGTCCTCGCTATCAACATGATTTCTGATGGCATTGTCTGTCCTTGCATATCCTAAAATCTCAGCAATATCTTTTCCTACAAAATAAGGTTCGTTTTCAATTTCCACTGTTCTTACTGGTAGCTCTTTAAAATTAAATGTTTGTAATGCTTGCATTGTTCGTTCCTCCTTTTAAGATATTTGTACAGTTTTCTGTACATTTTGTTCAAAAAAATATCTACCTACTTTTGTTGGTGGGATTTCTAATAATTCACAGATTCGTTTTATTTCCCATTGTGTGAATAAATTTTTTCCTTGCAACTTGTGATTAATAGATGTCCTTGAAATAGGGATTGCGTTCGCTAAAGAACTTTGGCTATATCTATACTCTGCCATTCTTTCGTACAGCAAACTATAATCGAAATTGTATATCATAAACTCACCTCCCTTCTTGTTCAGTTTTCTGTACAAATCAATTAAAACACCTTTGTTTAAATAAGTCAACACATAAAATACATTTTTCTGTACAATATTTGTTAAAAATTATTGATAATCGTCATTGTACGTAGTATTATATTCTTAGGAGGTGTTCAGAAATATGAACAGTTTTAAGGATAGATTAAAGCAAATTATGTCTGAACGGAAGATATCTCAATCAGAGCTATCAAGAAGGACTGGTATTGGCAGAAACTCAATTAGCGATTATTTAAATGGAAAATATGAAGCGAAACAAGACAAAGTCTTTGAACTAGCAAAGGCTTTAAACGTTAACGAAGCGTGGCTTATGGGTTTTGATATTTCTAAGAATAGAAAAATTGAAAATAACGACATCACTTCCATATACAACAAACTCACACCTCCCCGCCAAGAAAACGTACTTAACTATGCAAATGAGCAATTAGATGAACAGAATAAAGTCACTTCTATAGATGGATATAAAGAGTCTAAACTAGTATCGTATATTGCATGTGGTGCAACTGGTGCTGGCATAGGAGAAGAATTATATGATGACATATTGCATGAAGAAGTATTTTTTAAAGAAGACGAAACGCCATCAAATGCTGATTTTTGTATTTTAGTTAATGGTGATTCAATGGAACCTATGTTAAAACAAGGAACATACGCTTTTATTAAGAAAGAAGATTCTATTAAAGATGGTACAATTGCACTCGTTGTATTAGATGGAGTAAGTCTTATCAAGCGTGTAGATATATGCGAAGACTATATTAATTTGGTATCTCTAAATCCGAAGTATGATGATATCAAAGTCGCTTCGTTTAGTGATATTAAAGTAATGGGCAAAGTTGTATTGTGATTAATAACGTATATTTAGCGCTTTAATATAAATATAAACAAAGGAGAAATTGACATGAAAAAAGCAATCTTAACTTTAAGTCTTATATTTATTACCTACTACCTCACTTTTAAATATATGTGGATTAAAGAATTGAAGTATTAATTATGCTTATTTGAAAAAGACGTCGATTTCAGCAGTGTTTGAAAGGAAGTTTATAATGAAAATAAAAAATTGCAAAATAAAAAAAGAAACTATAGTATATGAAGTTTTAACTAGTGGTAATCAACCATTCACTTATGAGTTACCTAAAGATTTATCGTCACATAATGCGCGTAAATACTTGGAATTTATTTCACAAAAAATAGATGGCGATAAGTTAAATTAATTCAAAGAATAAAGTAACTTCATAAAGAGTACGAAGAAAACGATCTAATGCCCGAACTTATTCTTGAATATTTAGTAAAAAAGTATGTTGAAGAAGAATATAGGAAATAAACGCCTATATGGCGTGAGGAGGATGAGGGATGGAAAGAAATTCCACCAAAAAAAGTAGCAAAGATAAAATATTAAAAGCTGTAAATAACTTTGAAGAGGTTTGCAATAGCGGAAAATTCAAATTTAAATATTTGGATGACTGGCTTTTTACAAAATCAATAATTTTTAAAAATGAAACAACCTTAACTAACCAAAAAAACTTTAAAGTGTATCCAAGAGGTACTATTGTATACGCTAAACTTGGTGTTAACATTGGTTCTGAATTCTCAGGGAATCATTTTTGCGTCGTTTTAAATAAAAATGACAACAAACGCAATGAGCTAATTACTATAGTTCCACTTACTTCAAAAGACACCAAATTTTCTTTAAAATTACAAGAGAATTTAATACTAAAAGCTTTAGAAAAAATGAAAACTGACCACAAAACTTTACGATTCGATTTGGATAGAATAAAAGAAATGCACGCAAGATCCACAAAAGTAAAAAACTTAAATTCAGCAATCGAAAAAGAACTTGATGAGATTGAAAATAATTATATGCAACTCGCAAAAATAATTGAGCGTTACGAAAGGTTTGTAGGCAAACAAACTTATGCAATTCCATCTCAAGTTATCACTATCAGTAAAAAAAGAATAAGCACACTTAATGATTACGATCCAACTGGCCATATATCTTTCAATGAAGAAACTTTAAAAATTATAGAAGATTTTATGAAAGCTAACATTTTATCATAATTATCTTTACTTTTTATCGTTAATCTATTATAATCAAGATATAAATTTCCGGTAACCAATCCGGCTTAAAATCATATTTCCGGTAACCAATCCGGCTGGCCAGATGTTAATTCATCTGGTCTTTTTTTATACATTTTTATCGGGTAGCCCGCCTACCCTTATTATTTTTTGCCAATTTTGAGGAGGGAACGCATGAAAACACGTTGTTACGATGGTAAAAAATGGCAATATGAATTTAAGTATGAAGGAAAAAGATACCGTAAGAAAGGTTTTAGAACAAAGCGTGAAGCTAATTCTGCTGGACTAGACAAGTTAAATGAGTTAAGAAGTGGTTTTAATATAGATAACTATATAACTCTTGAAGAATACTTCGAAAATTGGATTAAAACGTATAAACAACCTGTTGTTAAAGAAAATACCTACCGTCATTATAGAAATGCATTACAACATATACAAAAACATAAAATAGGTAAAATGGAGTTATCAAAGATAAATAGACAAGTTTATCAGAAATTCATAAACGACTATTCAAAAGAACACGCAAAAGAAACTATAAGAAAAACAAACGGTGCTATTCGGTCAGCTTTAGATGACGCATTATATGATGGACTTATTTTTAAAAACCCCGCTTATAAAGTTAATTATAAAGCCGGAAAACCTACGAAGTCAGAACAAGAAAAATTCATCTCGGTAACTGAATATGAAATACTAAAAGATCACGTCAGAAAGAAGAGAACTCGTTCATCATTAGCGCTATTCATAATGATTTGTACGGGTTGTCGTGTCAGTGGTGCAAGAAATATAAAGATTGAGCATATCAACCAAGTGAAAAACACTATATTTATTGACGAGCGAAAAACCGATACTTCCCCTAGATATATCAGTATCGCTAAATCTGATATGAAACACATTATGGACGTCATAAGTACATTTGCAATTAGCTATGATGGTTACATTTTCAAAGAAGCCGGATCTATAATTAACCTTCATGCTATCAATAATGCTTTGAAATCAGCCTGTAGAGTCAATAATATACCAATTATTACATCGCACGCATTAAGACACACTCATTGTTCTTATTTACTAGCAAAAGGTGTATCTATACATTACATTTCTAAAAGATTAGGTCATAAAAATATAGCAATAACTACATCCGTGTATTCTCATTTGTTAGAAGAAAAATTTAATGAAGAGGACAAAAAAACAACTAAAATTTTAGAAAGTATGTAATTTAGGGACCCATTAGGGACTCCAAACCCAATAAATACTGTTGTTACAAGGTTTCTATGTATCCAAACTGGGGGCAATATAAACGCGCTGATTTAATCGGACAATCTTCTTATATTAAAAATAATGATGTCGTAATATTCAATGAAGCATTTGATAATGGTGCATCAGACAAATTATTAAGTAATGTGAAAAAAGAATATCCTTATCAAACACCTGTACTCGGCCGTTCTCAATCAGGGTGGGACAAAACTGAAGGTAGCTACTCATCAACTGTTGCAGAAGATGGTGGCGTAGCGATTGTAAGTAAATATCCTATTAAAGAAAAAATCCAGCATGTTTTCAAAAGCGGTTGTGGATTCGATAATGATAGCAACAAAGGCTTTGTTTATACAAAAATAGAGAAAAATGGTAAGAACGTTCATGTTATCGGTACACATACACAATCTGAAGATTCACGTTGTGGTGCTGGACATGATCGAAAAATTAGAGCTGAACAAATGAAAGAAATCAGTGACTTTGTTAAAAAGAAAAATATCCCTAAAGATGAAACGGTATATATAGGTGGTGACCTTAATGTTAATAAAGGCACTCCAGAGTTCAAAGATATGCTTAAAAACTTGAATGTAAATGATGTTCTATATGCAGGTCATAATAGCACATGGGACCCTCAATCAAATTCAATTGCGAAATATAATTACCCTAATGGTAAACCAGAACATTTAGACTATATATTTACAGATAAAGATCATAAACAACCAAAACAATTAGTCAATGAAGTTGTGACTGAAAAACCTAAGCCATGGGATGTATATGCGTTCCCATATTACTACGTTTACAATGATTTTTCAGATCATTATCCAATCAAAGCCTATAGTAAATAGTGCTCAACTAACTAATAACTCGCTTCGTTCTAAAAGGTCGAAGCGAGTTATATTGTTAAAATTTGAATTGACTTACATTTTAATAAAATCATCTTAACAACTTTAATTTTTCATTAATACAAGTCTTTACTCTACACTCAAACAAGATTCATACACTGCACATTATAATAAATCTATCTACTCAAATATAAATAAAAGTTACCTACTACATTCTATGTAGCAGGCAACTTTTATTACTTATTTCTTTTCATTATCATTAAGTACTTTTACAAACTTCACATCATGTGTCTTCCAATCAACTTCATATAATGCTGATAATTTTTCTTCTTTTTTATCTACATGGTTTTCACCAGACCAATAGCCCCAGAAACCATGACGATTCCAATCTATTTTAAACTCATCCATTGATCTTTTATAATGAACAACAAATTTTGATTTACCTTCATCTTTTTTATCATGTGACATAACAGCTAAAAATTCTGGATTAAACCCTTCAGAAACAGTTACAGGCATCTTATTCTTAGGCGTAAAATTATCTTTCGCCCATAAATTTCCATTTCGTGTTAAAGAAAAGATTTCACTTTTAGTTCTATTATCACTATCATTAGTTAATTGTCTCGTATGGTCATGTCCCATATTATTTATCAAATGTGCTTCTACTTTCCAACCTACACCTTTATGTGACGTAGATTGATCAAGTAATGTACGATATGATGGTTGTTGATAACTAATCGTCTCTGAATAATTACTCTCTTTTGTAATATTTCCAGTTAAGCCTCCACGATTAATCGAAAAATCTCCACCTGTTTTATAACCATACGTATATTTAACTTCTCTTGATTCATCCTGATTTTTTGGTGCAAAATCAGTCACATTTGTATTATTGTTGTCATCAACATTTTGAATTGAAACTGAATAAGATCCAGGCCATCTTAATGTACTATTCCAATAACCATTTGGGTCTAAAATTCTCAAACCACTACCAATTGTACCTTTTGCTTTAATAAATACTGTTTCTTTATCATAATTAGGTTCAGTTAAGAAATTAAATTGTAAACTTTGAGTAATATTTTTTTGACTATCACTTGTTGTAGCTGTACGTGTATACATTTTAGTATCACCATCAAGATTCTTCTCAGAAACAGCTTTAATTTCAGAATTAATTTTTGCATAAGAAGTTGCCGGAAATACAGTTAATGCAGTAGATATTGCTAAACTACAAATTGTGATGTTTTTGTATAATTGTTTAATCATTAGTAATCCGCCCTTTCAATATTATCCTTCTTTATAAGGTTTATTGTCATCAGAATATTTATCAACGACTTTAACTGTTTTATTTTTCCAATCAACTTCATAAGTGACAATTAATCTTTGACCATCTTTATTTTTTTCTAAAATTGGAGGTGCATAATGTATTCCAGGTCTGTTTTTCAAAATATCTTGATTTCGTGTGTATGTTACTTCAAATTGCGTTTTCTCATTTGACTTTTCATTAGATAAATATGTTAAAAATTCTGGATTAAAGCCACTTCTTACTAATGCTGGGTATCTATATTTTGAAGCAAAGCTTAGTTCAGGGTTTTCAACAGTAGCAATTCTCGTATTTCTATAGAATAATAATTCATCATTTCTATTTTTCACTTCTCCACCATACTTCAAGTCATTCGCAATAACTGACCAGTGTACATGCCAGTTATTATTTTTACCGCTGGCAATTGTGTCATAATTTTGCTGATTATAACTAATCGTTTTGGAGTAGCTATTTGATGAAGTTCGTCCAATACCTTTAGTTGAATCGAATTTACCACCTGAGCTATATGAAAATGTACTGTCTACTTTCGCAGTTGAAATTTTATTTTTCGGCAATTGGTCTAGTATTTCAGTTTTACGATTTCTTTTTACTTGAAAATCTACATGGTACTCACTTGGATACTTTAACCAATTTGAATTTTTTTCTTCTTTATGAGATTCAAACTTTAAATTTGAATGAATTGAGCCTTGTTTTTTAACAAGTAATACATTCTTGTCATAAGTTGGATCATCGATAAAGTCGAATTGTAAATTTTGGAGTATATTTGTTTTCTCATCATATACAGTTTCAGTTCGTTTTGTGATTTTACCGTTTTTCCCAATATCATCAGGTACTGTTGAATTTTTATCTTTATTAGTAACATTACGTTTCTCTTTTTGTTGAGACTTATCAACATGTTCTTTCTTATTTTGGTCTTGCGAGTCTTTATGAGCTGAATTTGCTTGAGTCGTTGCTGCTGATAACAATAAAATTGCACATGATAATGATGACGCTATTAAAACACGTTTTTTATTTTTCAT

Protein sequences of DBSCAN-SWA_7

>AP018922|1966311:2013005|1971445_1971580_-|BBG08683.1|DBSCAN-SWA
MLALLKSLERRCLMITISTMLQFGLFLIALIGLVIKLIELSNKK
>AP018922|1966311:2013005|2001005_2001542_-|BBG08731.1|DBSCAN-SWA
MNELQERELETFEQDDRFKVTDLDSANWVFKKLDAITTKENEINELANKEIERINEWKDKEVEKLQSGKEYLQSLVIEYFRIQKEQDSKFKLNTPYGKVTARKGSKVIQVSNEQEVIKQLEQRGFDNYVKVTKKLSQSDIKKDFNVTENGTLIDANGEVLEGASIVEKPTSYTVKVGE
>AP018922|1966311:2013005|1999112_1999232_-|BBG08727.1|DBSCAN-SWA
MNKILIRFAINYIKYQQKQLREKEARIKYLEGFLKGKGY
>AP018922|1966311:2013005|1971764_1972139_-|BBG08684.1|DBSCAN-SWA
MDDIQKIKKELSELVERVDDVEILANETADHVLELREEHKQHHNELRESHKELKDKQDKVVDENLEQTKILNRIEERYQTQVDVAQKNEEKTLAQNKWLVGAIWALVTIVMIAVITASITALLP
>AP018922|1966311:2013005|1999914_2000358_-|BBG08729.1|DBSCAN-SWA
MNTVNLIGNLVADPELKGQNNNVVNFVIAVQRPFKNKQTNEYETDFIRCVAFGKTAEIIANNFNKGNKIGVTGSIQTGSYENNQGQKVFTTDIAVNNITFVERKNNGQSNNQQQHNSYNAPQNRQQSNNPFANANGPIEISDDDLPF
>AP018922|1966311:2013005|1982537_1982699_-|BBG08690.1|DBSCAN-SWA
MLKNMDTLMMDLIENGKDANEVLKMPFHYVLSIYQNKNNDISEEKAEALIDAF
>AP018922|1966311:2013005|1977951_1982481_-|BBG08689.1|tail|DBSCAN-SWA
MGERIKGLSIGLDLDAANLNRSFAEIKRNFKTLNSDLKLTGNNFKYTEKSTDSYKQRIKELDGTITGYKKNVDDLAKQYDKVSQEQGENSAEAQKLRQEYNKQANELNYLERELQKTSAEFEEFKKAQVEAQRMAESGWGKTSKVFESMGPKLTKMGDGLKSIGKGMMIGVTAPVLGIAAASGKAFAEVDKGLDTVTQATGATGSELKKLQNSFKDVYGNFPADAETVGGVLGEVNTRLGFTGKELENATESFLKFSHITGSDGVQAVQLITRAMGDAGIEASEYQSVLDMVAKAAQASGISVDTLADSITKYGAPMRAMGFEMKESIALFSQWEKSGVNTEIAFSGLKKAISNWGKAGKNPREEFKKTLAEIEKTPDIASATSLAIEAFGAKAGPDLADAIKGGRFSYQEFLKTIEDSQGTVNQTFKDSESGSERFKVAMNKLKLVGADVWASIESAFAPVMEELIKKLSVAVDWFSSLSDGYKRSIVIFGGIAAAIGPVVFGLGTFISTIGNAVTVLAPLLAGIAKAGGLISFLSTKVPILGTVFTALTGPIGIVLGVLTGLAVAFTIAYKKSETFRNFVNGAIESVKQTFSNFIQFIQPFIDSVKNIFKQAISAIVDFAKDIWNQINGFFNENGTSIVQALQNIFNFIKAIFDGILNFIIKPIMFAIWQVMQFIWPAVKALIVSTWENIKGVIQGALNIILGFIKFFSSLFTGNWRGVWDGIVMILKGTVQLIWNLIQLWFVGKILGVVRYFGGLLKGLISGIWGVIKGIFTKSLSAIWNATKSIFGFLYNSVKSIFTNMKNWLSSTWNNIKSNTVGKAHSLFTGVRSKFTSLWNATKDIFTKLRNWMSNIWNSIKDNTVGIAGRLWDRVRNIFGSMRDGLKSIISKIKDHIGGMVDAVKRGLNKLIEGLNWVGGKLGMDKIPKLHTGTEHTHTTTRLVKNGKIARDTFATVGDKGRGNGPNGFRNEMIEFPNGKRVITPNTDTTAYLPKGSKVYNGAQTYSMLNGTLPRFSLGTMWKDIKSGASSAFNWTKDQIGKGTKWLGDKVGDVLDFIENPGKLLNYILEAFGIDFNSLTKGMGIAGDITKAAWSKIKKSATDWIKENLEAMGGGDLVGGILDPDKINYHYGRTAAYTAATGRPFHEGVDFPFVYQEVRTPMGGRLTRMPFMSGGYGNYVKITSGVIDMLFAHLKNFSKSPPSGTMVKPGDVVGLTGNTGFSTGPHLHFEMRRNGRHFDPEPYLRNAKKKGRLSIGGGDATSGSGATYASRVIRQAQSILGGRYKGKWIHDQMMRVAKRESNYQSNAVNNWDINAQRGDPSRGLFQIIGSTFRANAKRGYTNYNNPVHQGISAMQYIVRRYGWGGFKRAGDYAYATGGKVFDGWYNLGEDGHPEWIIPTDPARRNDAMKILHYAAAEVRGKKASKNKRPSQLSSVNGFDDPSLLLKMIEQQQQQIALLLKIAQSNDVIADKDYQPIIDEYAFDKKVNASIEKRERQESTKVKFRKGGIAIQ
>AP018922|1966311:2013005|1984841_1985204_-|BBG08696.1|head,tail|DBSCAN-SWA
MKKVFKKPRITTKRLNTRVHFYKYTENNGPEAGEKEEKLLYSCWASIDGVWLRELEQAISNGTQNDIKLYIRDPQGDYLPSEEHYLEIESRYFKNRLNIKQVSPDLDNKDFIMIRGGYSS
>AP018922|1966311:2013005|2007551_2007719_+|BBG08745.1|DBSCAN-SWA
MKIKNCKIKKETIVYEVLTSGNQPFTYELPKDLSSHNARKYLEFISQKIDGDKLN
>AP018922|1966311:2013005|2003569_2003767_-|BBG08738.1|DBSCAN-SWA
MQAQNKKVIYYYYDEEGNRRPVNIQYNDGYDLMIDPRFIEMTLERHPHLKNNFYGLIDGKEFKLD
>AP018922|1966311:2013005|2007858_2008563_+|BBG08746.1|DBSCAN-SWA
MERNSTKKSSKDKILKAVNNFEEVCNSGKFKFKYLDDWLFTKSIIFKNETTLTNQKNFKVYPRGTIVYAKLGVNIGSEFSGNHFCVVLNKNDNKRNELITIVPLTSKDTKFSLKLQENLILKALEKMKTDHKTLRFDLDRIKEMHARSTKVKNLNSAIEKELDEIENNYMQLAKIIERYERFVGKQTYAIPSQVITISKKRISTLNDYDPTGHISFNEETLKIIEDFMKANILS
>AP018922|1966311:2013005|1984036_1984444_-|BBG08694.1|DBSCAN-SWA
MIDILYKVHEVISQDRIIREHVNINNIKFNKYPNVKDTDVPFIVIDDIDDPIPTTYTDGDECAYSYIVQIDVFVKYNDEYNARIIRNKISNRIQKLLWSELKMGNVSNGKPEYIEEFKTYRSSRVYEGIFYKEEN
>AP018922|1966311:2013005|1991522_1991939_-|BBG08705.1|DBSCAN-SWA
MIKIEKHDIKKLEEYIQHIDNYRRELKMREYELLESHEPDNAGAGKSNLPGNPIERCAIKKFSDNRYNTLRNIVNGVDRLIDESDEDTLELLRFRYWDCPIGCYEWEDIAHYFGTSKTSILRRRNALIDKLAKYIGYV
>AP018922|1966311:2013005|2001554_2001815_-|BBG08732.1|DBSCAN-SWA
MYYKIGEIKNKIISFNGFEFKVSAMKRHDGISIQVKDMNNVPLKSFHVVDLSELYIAMDAMHDVINEWIEENTDEQDRLINLVMKW
>AP018922|1966311:2013005|2005425_2006214_-|BBG08742.1|DBSCAN-SWA
MQALQTFNFKELPVRTVEIENEPYFVGKDIAEILGYARTDNAIRNHVDSEDKLTHQFSASGQNRNMIIINESGLYSLIFDASKQSKNEKIRENARKFKRWVTSDVLPAIRKHGIYATDNVIEQTLKDPDYIITVLTEYKKEKEQNLLLQQEIGELKPKADYVDEILKSTGTLATTQIAADYGISAQKLNKLLHEARLQRKVNKQWVLYSEHMGKSYTESDTIAIVRSDGREDTVLQTRWTQKGRLKIHEIMTEFGYEANVTA
>AP018922|1966311:2013005|1970212_1970968_-|BBG08681.1|DBSCAN-SWA
MKTYSEARARLRWYQGRYIDFDGWYGYQCADLAVDYIYWLLEIRMWGNAKDAINNDFKNMATVYENTPSFVPQIGDVAVFTKGIYKQYGHIGLVFNGGNTNQFLILEQNYDGNANTPAKLRWDNYYGCTHFIRPKYKSEGLMNKITNKVKPPAQKAVGKSASKITVGSKAPYNLKWSKGAYFNAKIDGLGATSATRYGDNRTNYRFDVGQAVYAPGTLIYVFEIIDGWCRIYWNNHNEWIWHERLIVKEVF
>AP018922|1966311:2013005|1982725_1983076_-|BBG08691.1|DBSCAN-SWA
MAKLKRNIIQLVEDPKANEIKLQTYLTPHFISFEIVYEAMDLIDDIEDENSTMKPREIADRLMDMVVKIYDNQFTVKDLKERMHAPDGMNALREQVIFITQGQQTEETRNFIQNMK
>AP018922|1966311:2013005|2004588_2005128_+|BBG08740.1|DBSCAN-SWA
MDIIAICIAIFSFLLTALKYYLDYMKDSLNIDVIPTRSFNYLVDDKSSYNDITFINFTKFPISVIDVEFDIKNKVNEQKTFKPIRYKDKNYSIPFTLGPYESVECTFLLEEYPVIWEWDVTIKVTTNKGIYIKPVIIESRTEHRESEPQVTELTSANKVSALSNPKDGFLKKFLYHLKP
>AP018922|1966311:2013005|1984440_1984845_-|BBG08695.1|DBSCAN-SWA
MSVKVIGDKALERELEKRFGIKEMVKVQDKALIAGAKVIVEEVKKQLKPSKDTGALINEVSFSKPEWINGKRTITVHWRGSKDRYKIVHLIEYGHVQKETGKFIKPKAMGGVNRAIRQGQNKYFETLKRELKKL
>AP018922|1966311:2013005|1996708_1996867_-|BBG08723.1|DBSCAN-SWA
MVTKEFLKTKLECSDMYAQKLIDEAQGDENKLYDLFIQKLAERHTRPAVVEY
>AP018922|1966311:2013005|1968543_1968840_-|BBG08679.1|DBSCAN-SWA
MPAGYTLDKNNVPYKKETGYYTVANVKDNNVRDGYSTNSRITGVLPNNATIKYDGAYCINGYRWITYIANSGQRRYIATGEVDKAGNRISSFGNFSAV
>AP018922|1966311:2013005|2008755_2009793_+|BBG08747.1|integrase|DBSCAN-SWA
MKTRCYDGKKWQYEFKYEGKRYRKKGFRTKREANSAGLDKLNELRSGFNIDNYITLEEYFENWIKTYKQPVVKENTYRHYRNALQHIQKHKIGKMELSKINRQVYQKFINDYSKEHAKETIRKTNGAIRSALDDALYDGLIFKNPAYKVNYKAGKPTKSEQEKFISVTEYEILKDHVRKKRTRSSLALFIMICTGCRVSGARNIKIEHINQVKNTIFIDERKTDTSPRYISIAKSDMKHIMDVISTFAISYDGYIFKEAGSIINLHAINNALKSACRVNNIPIITSHALRHTHCSYLLAKGVSIHYISKRLGHKNIAITTSVYSHLLEEKFNEEDKKTTKILESM
>AP018922|1966311:2013005|1993364_1993892_-|BBG08711.1|DBSCAN-SWA
MNNLTVDQLKELLQIQKEFDDRIPTLNLRDSKIAYVVEFFEWFNTLETFKNWKKKPGKPLDVQLDELADMLAFGLSIANQQAKNIEEILDYVEEGDFTDYIERVEIDFNDSDVVDEFMSNIDEMYGSYYSNNLLLPFALAEHYYSIDQLIDAYKKKMKRNHERQDGTADAGKGYV
>AP018922|1966311:2013005|1985765_1986911_-|BBG08699.1|capsid|DBSCAN-SWA
MTINLSETFANAKNKFINAVNNGEPQERQNELYGDMINQLFEETKLQAKAEAERVSSLPKSAQSLSANQRSFFMDINKNVNYKEEKLLPEETIDRIFEDLTTNHPLLADLGIKNAGLRLKFLKSETSGVAVWGKIYGEIKGQLDAAFSEETAIQNKLTAFVVLPKDLNDFGPAWIERFVRVQIEEAFAVALETAFLKGTGKDQPIGLNRQVQKGVSVTEGAYPEKEEQGTLTFANPRATVNELTQVFKYHSTNEKGKSVAVKGNVTMVVNPSDAFEVQAQYTHLNANGVYVTALPFNLNVIESTVQEAGKVLTYVKGLYDGYLAGGINVQKFKETLALDDMDLYTAKQFAYGKAKDNKVAAVWKLDLKGHKPALEGTEETL
>AP018922|1966311:2013005|1995867_1996053_-|BBG08720.1|DBSCAN-SWA
MQQQAYINATIDIRIPTEVEYKHFGDVDKEKETLADYLYNNPNEILEYDNLKIRNVNVEVE
>AP018922|1966311:2013005|1992823_1992976_-|BBG08708.1|DBSCAN-SWA
MRIFIYDLIVLLFAFLISIYIIDDGVIINALGIFGMYKIIDSFSENIIKR
>AP018922|1966311:2013005|2011949_2013005_-|BBG08750.1|DBSCAN-SWA
MKNKKRVLIASSLSCAILLLSAATTQANSAHKDSQDQNKKEHVDKSQQKEKRNVTNKDKNSTVPDDIGKNGKITKRTETVYDEKTNILQNLQFDFIDDPTYDKNVLLVKKQGSIHSNLKFESHKEEKNSNWLKYPSEYHVDFQVKRNRKTEILDQLPKNKISTAKVDSTFSYSSGGKFDSTKGIGRTSSNSYSKTISYNQQNYDTIASGKNNNWHVHWSVIANDLKYGGEVKNRNDELLFYRNTRIATVENPELSFASKYRYPALVRSGFNPEFLTYLSNEKSNEKTQFEVTYTRNQDILKNRPGIHYAPPILEKNKDGQRLIVTYEVDWKNKTVKVVDKYSDDNKPYKEG
>AP018922|1966311:2013005|1990991_1991291_-|BBG08704.1|DBSCAN-SWA
MMTKDERIRFYKSKEWQTTRKRVLERDNYECQQCKRDGKLTTYDKSKRKSLDVDHILSLEHHPEFAHDLNNLETLCIKCHNKKEKRFIKKENKWKDEKW
>AP018922|1966311:2013005|1995035_1995236_-|BBG08717.1|DBSCAN-SWA
MATQKQVEYVMSLQEQLELEDCEKYTDEQVKAMSHKEVSNVIENYKTSIRNEELYDECMSFGLPNC
>AP018922|1966311:2013005|1972527_1972680_-|BBG08686.1|DBSCAN-SWA
MNDSNQGLQANPQYTIHYLSQEITRLTQENAMLKAYIQEQNEKSKSAEEE
>AP018922|1966311:2013005|1994778_1995021_-|BBG08716.1|DBSCAN-SWA
MTDNARKEYLNQFFGSKSYLYQDNERVAHIHVVNGTYYFHGHIVPGWQSVKKTFDTTEELETYIKQHGLEYEEQKQLTLF
>AP018922|1966311:2013005|1972194_1972482_-|BBG08685.1|DBSCAN-SWA
MANEIIKKTERFILVQIDKEGTERVLYQDFVGSFTTSDSASYAQDFKSEENAKKIAETLNLLYQLTGNQNGVKVVKEVVDRTDLSSDKSVDSEIM
>AP018922|1966311:2013005|2002751_2003384_+|BBG08736.1|DBSCAN-SWA
MYIDPLKNVRFSINNVISNVEISKSMAIKQSLKPKYQLDIINRNNINLFSDFKVDFHLNNLIEMNFNLRNSFSSLTFQRNLFSEETIKSFKELYRFDDEIVLQAQQTIRDFYINPTAISTLAEAINSTYPINEQSTYKRHDEFVKRIENDFPHPFKKLIRWSNGIAAGADIQIFVTNYINENDLHIQNSLIVAIVCLLSFLSTYCSHSKK
>AP018922|1966311:2013005|1999228_1999903_-|BBG08728.1|DBSCAN-SWA
MAQIKNYITQDDGTTTVVIEGAELGDKETLLLDNGYEVECDLRIEDPFKITDKQRRKIFALCNDIESHTGQPRDYMRYLFQEYVTVLYDYDKSISLSDCTRMQANQIIEVTLDWIFHNDIPLSYKTSDLLKQDKSFLYWSTVNRNCVICGKPHADLAHYEAVGRGMNRNKMNHYDKHVLALCREHHNQQHAIGVKSFDDKYHLHDSWLKVDERLNKMLKGEKEK
>AP018922|1966311:2013005|1985187_1985472_-|BBG08697.1|DBSCAN-SWA
MTIDDLLVKFKSLEKIDHNSEDEYLKQLLKMSYERIKNQCGVFELENLIGQELILIRARYAYQDLLEHFNDNYRPEIIDFSLSLMEVSEDEESV
>AP018922|1966311:2013005|1966880_1967060_+|BBG08677.1|DBSCAN-SWA
MKFKTTKECKSNNIFKRSQEINNRESEKGCLWGISMLILLFLLILFGITACSSSIHFIN
>AP018922|1966311:2013005|2003782_2004532_-|BBG08739.1|DBSCAN-SWA
MQALKTKSNIGEMFNIQEKENGEIAISARELYKALEVKKRFSAWAEINLKHFKENRDFTSVLTSTVVNNGAVRQLEDYALTLDVAKHVAMMSGTEKGFDFREYFIQVEKAWNSPEMIMQRALKIANNTINQLETKIERDKPKIVFADAVATTKTSILVGELAKIIKQNGINIGQRRLFEWLRQNGFLIKRKGVDYNMPTQYSMERELFEIKETSITHSDGHTSISKTPKVTGKGQQYFVNKFLREKQTS
>AP018922|1966311:2013005|1986934_1987672_-|BBG08700.1|DBSCAN-SWA
MKAEIKGVIVSNEDKWVYEMLGMDSTCPKDVLTQLEFSDEDVDIIINSNGGNLVAGSEIYTHLRAHKGKVNVRITAIAASAASLIAMAGDHIEMSPVARMMIHNPSSIAQGEAKDLNHAAETLEHVGQIMAEAYAVRAGKNKQELVEMMARETWLNADEAIEQGFADSKMFENDNMQIVASNTQVLSKDVLNRVTALVSKTPEVNIDIDAIANKVIEKINMKEKESEIDVADSKVSANGFSRFLF
>AP018922|1966311:2013005|1967683_1968034_-|BBG08678.1|DBSCAN-SWA
MKIRKSILAGTLAIVLASPLVTNLDKNEAQASTSLPTSNEYQNEKLANELKSLLDELNVNELATGSLNTYYKRTIKISGLKAMYALKSKDFKKMSEAKYQLQKIYNEIDEALKSKY
>AP018922|1966311:2013005|1993121_1993328_-|BBG08710.1|DBSCAN-SWA
MTQYLVTTFKDSTGRKHTHITKAKSNQRFTVVEAESKEEAKERYEAQVKRGAVIKVGQLFENIRECGK
>AP018922|1966311:2013005|1992975_1993125_-|BBG08709.1|DBSCAN-SWA
MIKQILRLLFLLAMYELGKYVTEQVYIMMTANDDVEAPSDYVFRAEVSE
>AP018922|1966311:2013005|1998468_1999119_+|BBG08726.1|DBSCAN-SWA
MKKCFIACPIGTDDYKVRRNSDFLLQSIIKPALESDFEIQRSDLISSTNKITDEIIGGLTNSELVIVDLSTHNPNVFYELGYRHALERPTITMINKDENIPFDVSAYRTIYYSELYADVVNAKDQLKETIKTFTDNDFNFENPVNKYNNIDNEYGVLNRHLLDIKSDLSELKEFLPSVTKQDPDIPADSMVRMMELAVQYPDQFERLMELQNKNSQ
>AP018922|1966311:2013005|1966311_1966509_+|BBG08676.1|DBSCAN-SWA
MVKKTKSNSLKKVATLALANLLLVGALTDNSAKAESKKDDTDLKLVSHNVYMLSTVLYPNWRLLT
>AP018922|1966311:2013005|1983391_1984036_-|BBG08693.1|DBSCAN-SWA
MAVKHASAPKAYINITGLGFAKLTKEGAELKYSDITKTRGLQKIGVETGGELKTAYADGGPIESGNTDGEGKISLQMHAFPKEIRKIVFNEDYDEDGVYEEKQGKQNNYVAVWFRQERRDGTFRTVLLPKVMFTNPKIDGETAEKDWDFSSEEVEGEALFPLVDNKKSVRKYIFDSANMTNHDGDGEKGEEAFLKKILGEEYTGNVTEGNEETL
>AP018922|1966311:2013005|2003398_2003539_-|BBG08737.1|DBSCAN-SWA
MLQKFRIAKEKNKLKLKLLKHASYCLERSNNPELLRAVAELLKKVN
>AP018922|1966311:2013005|2000354_2001005_-|BBG08730.1|DBSCAN-SWA
MAEQLNLYQKIADVKANIAGFTKDTKGYNFSYVSGSQILHRIREKMIEHNLLLVPNTSNENWTTHTFKNKKGQEVTEFIVEMDLNYTWINADKPEEQYEVSYHAYGQQNDISQAHGTALTYAERYFLMKFFNIPTDEDDADAKQKQDKYSTVSQEFKDILTKEVNDFIAIAKESGFAEKYQEQINKLEKMNVEALNKNQINVTRQQIKKWLGGIEQ
>AP018922|1966311:2013005|1972672_1976455_-|BBG08687.1|DBSCAN-SWA
MIHVLDFNDKIIDFLSTDDPSLVRAIHKRNVNDNSEMLELLISSERAEKFRERHRVIIRDSNKQWREFIINWVQDTMDGYTEIECIASYLADITTAKPYAPGKFEKKTTSEALKDVLSDTGWEVSEQTEYDGLRTTSWTSYQTRYEVLKQLCTTYKMALDFYIELSSNTVKGRYVVLKKKNSLFKGKEIEYGKDLVGLTRKIDMSEIKTALIAVGPENDKGKRLELVVTDDEAQSQFNLPTRYIWGIYEPQSDDQNMNETRLRSLAKTELNKRKSAVMSYEITSTDLEVTYPHEIISIGDTVRVKHRDFNPPLYVEAEVIAEEYNIISENSTYTFGQPKEFKESELREEFNKRLNIIHQKLNDNISNINTIVKDVVDSELEYFERKIHKSDTPPENPVNDMLWYDTSNPDVAVLRRYWNGRWIEETPNDVEKLGGITREKALFSELNNIFINLSIQHASLLSEATELLNSEYLVDNDLKADLQASLDAVIDVYNQIKNNLESMTPETATIGRLVDTKTLFLEYRKKLQDVYTDVEDVKIAISDRFKLLQSQYTDEKYKEALEIIATKFGLTVNEDLQLVGEPNVVKSAIEAARESTKEQLRDYVKTSDYKTDKDGIVERLDTAEAERTTLKGEIKDKVTLNEYRNGLEEQKQYTDDQLSDLSNNPEIKASIEQANQEAQEALKSYIDAQDDLKEKESQAYADGKISEEEQRAIQDAQAKLEEAKQNAELKARNAEKKANVYTDNKVKESTDAQRKTLTRYGSQIIQNGKEIKLRTTKEEFNASKRTLSRVLADITVNAMKGIYLRYDENGAITSHTIDKDGVKISGDKVDITANREFNVVANNINNKVGKNDIVNSLNLSNEGLDINVNRIGIKGGNANRYVQVQNDFIELGGIVQRTWKGKRSTDDIFTRLKDGHLRFRNNTAGGSLYMSHFGISTYIDGEGEDGGSSGTIQWWDKTYSDSGMNGITINSYGGVVALTSAYNRIIIDSYASANIESREAPIYLSPNTKNKPGLNRFAFTLSNADSAYETDGYIMFGSDENYKYGAGLRFSKRSNKGLVQVVNGDYATGGDTTIESGMGKFNLVKRRDGNSYVSIQSYDLLAVGSDNAGDRVASNSIYKRTYSAPANLHITSAGTIGRATSAKKYKISIENQYINEDDQFSHSKEILKLPIRTWFDKYESEIMAKELESGKKLSDDTFKLSRHTGLIAEEVEELGFNEFVIYDDNGEIEGIAYDRLWVHLIPIIKNQQSKIEKLEELINE
>AP018922|1966311:2013005|2010911_2011928_-|BBG08749.1|DBSCAN-SWA
MIKQLYKNITICSLAISTALTVFPATSYAKINSEIKAVSEKNLDGDTKMYTRTATTSDSQKNITQSLQFNFLTEPNYDKETVFIKAKGTIGSGLRILDPNGYWNSTLRWPGSYSVSIQNVDDNNNTNVTDFAPKNQDESREVKYTYGYKTGGDFSINRGGLTGNITKESNYSETISYQQPSYRTLLDQSTSHKGVGWKVEAHLINNMGHDHTRQLTNDSDNRTKSEIFSLTRNGNLWAKDNFTPKNKMPVTVSEGFNPEFLAVMSHDKKDEGKSKFVVHYKRSMDEFKIDWNRHGFWGYWSGENHVDKKEEKLSALYEVDWKTHDVKFVKVLNDNEKK
>AP018922|1966311:2013005|1985461_1985746_-|BBG08698.1|terminase|DBSCAN-SWA
MVKFKVVRAFKDIEHNQHKYKVGELYPAEGYNNPRVELLTNQIKNKYDKVYIVPLDKLTKQELLELCESLQKKASSSMVKSEIVDLLNGEDNDD
>AP018922|1966311:2013005|1994350_1994524_-|BBG08714.1|DBSCAN-SWA
MSISVGDKVYNHETNESLEIVQLVGDIRDTHYKLSDDSVISIIDFITKPIYLIKGDE
>AP018922|1966311:2013005|1970979_1971234_-|BBG08682.1|holin|DBSCAN-SWA
MINWKIRMKQKSFWVAILSAIFLFAQNIAKAIGYDIQVYTEQLTDGLNAILGFLVLTGVIQDPTTKGIGDSHQALEYEEPRRKY
>AP018922|1966311:2013005|2006635_2007352_+|BBG08744.1|DBSCAN-SWA
MNSFKDRLKQIMSERKISQSELSRRTGIGRNSISDYLNGKYEAKQDKVFELAKALNVNEAWLMGFDISKNRKIENNDITSIYNKLTPPRQENVLNYANEQLDEQNKVTSIDGYKESKLVSYIACGATGAGIGEELYDDILHEEVFFKEDETPSNADFCILVNGDSMEPMLKQGTYAFIKKEDSIKDGTIALVVLDGVSLIKRVDICEDYINLVSLNPKYDDIKVASFSDIKVMGKVVL
>AP018922|1966311:2013005|1994068_1994350_-|BBG08713.1|DBSCAN-SWA
MEWKRLKNVVPHPVIKNKNLKSVYVTKDNVKEVQKELGFFEIFNEEVLLTGFLSFQRIPIYIIWINPKSHKTPRYYFANEHEIERYFEFLEDE
>AP018922|1966311:2013005|2005151_2005412_-|BBG08741.1|DBSCAN-SWA
MEQITLTKEECVEQCINKDLKLLDYRVQQILEGVLSESTTYGDARNKLETLKIIAESHFKTEHASVIYKLALKKLDEKINATPIKE
>AP018922|1966311:2013005|1992166_1992817_-|BBG08707.1|DBSCAN-SWA
MNEQIIGSIYTLAGGVVLYSVKEIFRYFTDSNLQRKKINLEQIYPIYLDCFKKAKKMIGAYIIPTEQHEFLDFFDIEVFNNLDKQSKKAYENVIGFRQMINLSNRVKAMEDFKMSFNNEFSTNQIFFNPSFVMETIAIINEYQKDISYLKNIINKMNENRAYNHIDSFITSEYRRKINDYNLYLDKFEEQFSQKFKINRTSIKERIIINLNKRRFK
>AP018922|1966311:2013005|2009849_2010674_+|BBG08748.1|DBSCAN-SWA
MYPNWGQYKRADLIGQSSYIKNNDVVIFNEAFDNGASDKLLSNVKKEYPYQTPVLGRSQSGWDKTEGSYSSTVAEDGGVAIVSKYPIKEKIQHVFKSGCGFDNDSNKGFVYTKIEKNGKNVHVIGTHTQSEDSRCGAGHDRKIRAEQMKEISDFVKKKNIPKDETVYIGGDLNVNKGTPEFKDMLKNLNVNDVLYAGHNSTWDPQSNSIAKYNYPNGKPEHLDYIFTDKDHKQPKQLVNEVVTEKPKPWDVYAFPYYYVYNDFSDHYPIKAYSK
>AP018922|1966311:2013005|1996860_1997634_-|BBG08724.1|DBSCAN-SWA
MKPLFDEKINKSLKKYQPIEVILRQNCDKCGHQYDLYKFENGYEYKDGCECEIQRLAYEEYKRNKQKKLDYIFNQSNVNPSLRDATVNNYKPQNEKQVHAKQTAIEYVQGFSTKEPKSLILQGSYGTGKSHLAYAIAKAVKAKGHTVAFMHIPMLMDRIKATYNKNAVETTDELVRLLSDIDLLVLDDMGVENTEHTLNKLFSIVDNRVGKNNIFTTNFSDKELNQNMNWQRINSRMKHNARKVRVIGDDFRERDTW
>AP018922|1966311:2013005|1995238_1995496_-|BBG08718.1|DBSCAN-SWA
MSIISNRKVDMNEIQDNVKQPAHYTYGDIEIIDFIEQVTAQYPPQLAFAIGNAIKYLSRAPLKNGHEDLAKAKFYVQRAFDLWEG
>AP018922|1966311:2013005|1996057_1996462_-|BBG08721.1|DBSCAN-SWA
MSKYNAKKVEYKGIVFDSKVECEYYQYLESNMNGTNYDHIEIQPKFELLPKLDKQRKIEYIADFALYLDDKLIEVIDIKGMPTEVAKLKAKIFRHKYRNIKLNWICKAPKYTGKTWITYEELIKARRERKREMK
>AP018922|1966311:2013005|1987655_1988843_-|BBG08701.1|DBSCAN-SWA
MSILEKIFKTRKDITYMLDLDMIEDLSQQAYVKRLAIDSCIEFVARAVAQSHFKVLEGNRIQKNDVYYKLNIKPNTDLSSDSFWQQVIYKLIYDNEVLIVVSDSKELLIVDSFYREEYALYDDIFKDVTVKDYTYQRTFTMQEVIYLKYNNNKVTHFVESLFEDYGKIFGRMIGAQLKNYQIRGILKSASSAYDEKNIEKLQAFTNKLFNTFNKNQLAIAPLIEGFDYEELSNGGKNSNMPFSELSELMRDAIKNVALMIGIPPGLIYGETADLEKNTLVFEKFCLTPLLKKIQNELNAKLITQSMYLKDTRIEIVGVNKKDPLQYAEAIDKLVSSGSFTRNEVRIMLGEEPSDNPELDEYLITKNYEKANSGENDEKEKDENTLKGGDEDESGD
>AP018922|1966311:2013005|1988858_1990520_-|BBG08702.1|terminase|DBSCAN-SWA
MISNKYVDEYINLWKQGKIILNKERIDLFNYLQKHIYSRDDVYFDEQKIEDCIKFIEKWYFPTLPFQRFIIANIFLIDKNTDEAFFTEFAIFMGRGGGKNGLISAISDFLSTPLHGVKEYHISIVANSEDQAKTSFDEIRTVLMDNKRNKTGKTPKAPYEVSKAKIINRATKSVIRYNTSNTKTKDGGREGCVIFDEIHYFFGPEMVNVKRGGLGKKKNRRTFYISTDGFVREGYIDAMKHKIASVLSGKVKNSRLFAFYCKLDDPKEVDDRQTWEKANPMLHKPLSEYAKTLLSTIEEEYNDLPFNRSNKPEFMTKRMNLPEVDLEKVIAPWKEILATNREIPNLDNQMCIGGLDFANIRDFASVGLLFRKNDDYIWLGHSFVRQGFLDDVKLEPPIKEWEKMGLLTIVDDDVIEIEYIVDWFLKAREKYGLEKVIADNYRTDIVRRAFEDAGIKLEVLRNPKAIHGLLAPRIDTMFAKHNVIYGDNPLMRWFTNNVAVKVKPDGNKEYIKKDENRRKTDGFMAFVHALYRADDIVDKDMSKALDALMSIDF
>AP018922|1966311:2013005|1991966_1992167_-|BBG08706.1|DBSCAN-SWA
MWITMTIVFAILLLVCISINSDRAREIQALRYMNDYLLDEVVKTKGYNGLEEYRIELKRINNDIKK
>AP018922|1966311:2013005|1990516_1990861_-|BBG08703.1|DBSCAN-SWA
MEIIVDENLVLKEKERLQVLYKDIPSNKLKVVDGLIIQAARLRVMLDYMWEDIKEKGDYDLFTQSEKAPPYERERPVAKLFNARDAAYQKIIKQLSDLLPEEKEDTETPSDDYL
>AP018922|1966311:2013005|2006229_2006472_-|BBG08743.1|DBSCAN-SWA
MIYNFDYSLLYERMAEYRYSQSSLANAIPISRTSINHKLQGKNLFTQWEIKRICELLEIPPTKVGRYFFEQNVQKTVQIS
>AP018922|1966311:2013005|2002372_2002693_-|BBG08735.1|DBSCAN-SWA
MPHILNVTVPIPETHVLITKDEYDELIGYSLDPVWNMSDLKKKLKIASDETIKDRLLFHPRFEKELRAQGIVHYPDENFNRWRFNARKMNKFVDEHFNEIYKERIK
>AP018922|1966311:2013005|1997643_1998414_-|BBG08725.1|DBSCAN-SWA
MATFRTIKESGDFVTVHKSFVFDSNLSAKAKGILLYFLSRPDNWQIYTSEVVKHMNDGQKSINSGVQELMDNKYVHRIQKRAENGVFKGFEYLVYEKPTEMPFSENGLSANGFSENGKTENRKGRTTNNNSTNNDLTNNNNTNNEGSILSGNPTVSSIPYKEIIEYLNKKAGKHFKHNTAKTKDFIKARWNQDFRLEDFKKVIDIKTAEWLNTDSDKYLRPETLFGNKFEGYLNQKIQPTGTDQLERMKYDESYWD
>AP018922|1966311:2013005|1976470_1977955_-|BBG08688.1|tail|DBSCAN-SWA
MIDTIKVNNKTIPWLYVERGFEIPSFNYVLKTENVDGRSGAIYKGRRLESYSFDIPLVVRNDYLSHNGIKTYDDVLNELVKFFNYEEQVKLQFKSKDWYWNAYFEGPIKLHKEFTIPVKFTIKVVLTDPYKYSVTGNKNTAISDQVSVVNSGTADTPLIVEARAIKPSSYFMITKNDEDYFMVGDDEVTKEVKDYMPPVYHSEFRDFKGWTKMITEDIPSNDLGGKVGGDFVISNLGEGYKATNFPDAKGWVGAGTKRGLPKAMTDFQITYKCIVEQKGKGAGRTAQHIYDSDGKLLASIGYENKYHDRKIGHIVVTLYNQKGDPKKIYDYQNKPIMYNLDRIVVYMRLRRVGNKFSIKTWKFDHIKDPDRRKPIDMDEKEWIDGGNFYQRPASIIAIYSAKYNGYKWMEMNGLGSFNTEILPKPKGARDVIIQKGDLVKIDMQAKSVVINEEPMLSEKSFGSNYFNVDSGYSELIIQPENVFDTTVKWQDRYL
>AP018922|1966311:2013005|1983125_1983266_-|BBG08692.1|DBSCAN-SWA
MKYTTDQTNIVSINSDGQVTAEAQGIATVKATVGNMSDTITINVEA
>AP018922|1966311:2013005|1996546_1996696_-|BBG08722.1|DBSCAN-SWA
MPKEKYYLYREDGTEDIKVIKYKDNVNEVYYLTGAHFSDEKKIMTDRET
>AP018922|1966311:2013005|2002214_2002376_-|BBG08734.1|DBSCAN-SWA
MSNIYKSYLVAVLCFTVLAIVLMPFLYFTTAWSIAGFASIATFIFYKEYFYEE
>AP018922|1966311:2013005|1993906_1994068_-|BBG08712.1|DBSCAN-SWA
MLEIIDQRDALLEEKYLNGDWWYELDYWLNKRKSENEQIDIDRVLKFIEELKR
>AP018922|1966311:2013005|1995495_1995867_-|BBG08719.1|DBSCAN-SWA
MAKTARIVRIHDKPYRFSKFEMELIESHGITPGMVSKRVKDGWELHEAMDAPEGMRLSEYREKKTIERLEQARLERKLERQRKKEAELRRKKPHLFNVPQKHSRDPYWFDVTYNQMFKKWSEA
>AP018922|1966311:2013005|2001795_2002125_-|BBG08733.1|DBSCAN-SWA
MTENIKTEQHYYTKDFSGYRNEEDNFVANQELTVTITLNEYRKLIEIKAVKDKEEDTYRGKYFAEERKNEKLEKENIKLKNKIYELQNEEDNEEDEEDKEDENDVLQNW
>AP018922|1966311:2013005|1969530_1970022_-|BBG08680.1|DBSCAN-SWA
MLKRSLLFLTVLLLLFSFSSITNEVSASSSFDKGKYKKGDDASYFEPTGPYLMVNVTGVDGKGNELLSPRYVEFPIKPGTTLTKEKIEYYVEWALDATAYKEFRVVELDPSAKIEVTYYDKNKKKEETKSFPITEKGFVVPDLSEHIKNPGFNLITKVVIEKK
>AP018922|1966311:2013005|1994513_1994765_-|BBG08715.1|DBSCAN-SWA
MNNREQIEQSVISASAYNGNDTEGLLKEIEDVYKKAQAFDEILEGLPNAMQDALKEDIYLDEAVGIMTSQVVYKYEEEQENEY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBG08676.1|1966311_1966509_+	truncated beta-hemolysin	A0A1P8L6A7	Staphylococcus_phage	3.4e-27	100.0
BBG08677.1|1966880_1967060_+	phage protein	A0A1W6JQ29	Staphylococcus_phage	2.2e-25	100.0
BBG08678.1|1967683_1968034_-	complement inhibitor	A7TWS0	Staphylococcus_phage	7.5e-54	100.0
BBG08679.1|1968543_1968840_-	amidase	R9QTN8	Staphylococcus_phage	3.0e-51	99.0
BBG08680.1|1969530_1970022_-	staphylokinase	A7TWR8	Staphylococcus_phage	8.0e-86	100.0
BBG08681.1|1970212_1970968_-	Lytic enzyme	D2JLG5	Staphylococcus_phage	3.4e-152	100.0
BBG08682.1|1970979_1971234_-|holin	phage holin	D2JLG4	Staphylococcus_phage	4.1e-41	100.0
BBG08683.1|1971445_1971580_-	bacteriophage	T2A9I6	Staphylococcus_phage	5.5e-13	100.0
BBG08684.1|1971764_1972139_-	phage protein	G4KNR3	Staphylococcus_phage	3.3e-39	100.0
BBG08685.1|1972194_1972482_-	phage protein	C5I682	Staphylococcus_phage	9.9e-44	100.0
BBG08686.1|1972527_1972680_-	phage protein	A0A1W6JPL6	Staphylococcus_phage	7.6e-19	100.0
BBG08687.1|1972672_1976455_-	hypothetical protein	A0A1V0E5H3	Staphylococcus_phage	0.0e+00	99.6
BBG08688.1|1976470_1977955_-|tail	phage tail protein	A0A068A242	Staphylococcus_phage	4.5e-297	99.8
BBG08689.1|1977951_1982481_-|tail	phage tail length tape-measure protein	W5R8I2	Staphylococcus_phage	0.0e+00	94.1
BBG08690.1|1982537_1982699_-	phi77 protein	A0A0H3U330	Staphylococcus_phage	1.6e-22	100.0
BBG08691.1|1982725_1983076_-	phage protein	G4KNQ8	Staphylococcus_phage	7.8e-59	100.0
BBG08692.1|1983125_1983266_-	initmin-like phage surface protein	A0A2I6PDK6	Staphylococcus_phage	2.5e-16	100.0
BBG08693.1|1983391_1984036_-	hypothetical protein	G4KNQ7	Staphylococcus_phage	6.5e-120	100.0
BBG08694.1|1984036_1984444_-	phage77ORF027-like protein	G4KNQ6	Staphylococcus_phage	7.1e-72	100.0
BBG08695.1|1984440_1984845_-	phage protein	A0A2I6PDJ6	Staphylococcus_phage	4.3e-69	100.0
BBG08696.1|1984841_1985204_-|head,tail	phage head-tail adaptor	G4KNQ4	Staphylococcus_phage	4.4e-65	100.0
1985087:1985104	attL	NA	NA	NA	NA
BBG08697.1|1985187_1985472_-	Gp6 protein	A0A2I6PDJ5	Staphylococcus_phage	2.3e-45	100.0
BBG08698.1|1985461_1985746_-|terminase	phage terminase small subunit	A0A2I6PDJ3	Staphylococcus_phage	1.8e-45	100.0
BBG08699.1|1985765_1986911_-|capsid	phage capsid protein	G4KNQ3	Staphylococcus_phage	2.1e-214	99.7
BBG08700.1|1986934_1987672_-	PhiN315 scaffolding protein-like protein	G4KNQ2	Staphylococcus_phage	1.8e-129	100.0
BBG08701.1|1987655_1988843_-	hypothetical protein	A0A2I6PDI1	Staphylococcus_phage	3.9e-219	99.7
BBG08702.1|1988858_1990520_-|terminase	phage terminase large subunit	A0A2I6PDJ8	Staphylococcus_phage	0.0e+00	100.0
BBG08703.1|1990516_1990861_-	phage protein	G4KNP9	Staphylococcus_phage	9.4e-57	100.0
BBG08704.1|1990991_1991291_-	alpha/beta hydrolase	A0EWY8	Staphylococcus_phage	4.6e-52	100.0
BBG08705.1|1991522_1991939_-	phage transcriptional regulator, RinA familyprotein	G4KNP7	Staphylococcus_phage	1.3e-76	100.0
BBG08706.1|1991966_1992167_-	phage protein	D2JLD9	Staphylococcus_phage	1.4e-28	100.0
BBG08707.1|1992166_1992817_-	hypothetical protein	D2JLD8	Staphylococcus_phage	8.9e-117	100.0
BBG08708.1|1992823_1992976_-	hypothetical protein	A0A2I6PDV2	Staphylococcus_phage	5.4e-17	100.0
BBG08709.1|1992975_1993125_-	transcriptional activator RinB	A0A1W6JPZ2	Staphylococcus_phage	4.8e-18	100.0
BBG08710.1|1993121_1993328_-	hypothetical protein	S4V684	Staphylococcus_phage	7.6e-30	100.0
BBG08711.1|1993364_1993892_-	dimeric dUTPase	B2ZYX2	Staphylococcus_phage	2.1e-84	89.1
BBG08712.1|1993906_1994068_-	hypothetical protein	W5R9K6	Staphylococcus_phage	4.1e-23	98.1
BBG08713.1|1994068_1994350_-	hypothetical protein	A0A2I6PDX3	Staphylococcus_phage	8.5e-48	100.0
BBG08714.1|1994350_1994524_-	hypothetical protein	A0A2H4PQJ2	Staphylococcus_phage	1.8e-24	100.0
BBG08715.1|1994513_1994765_-	hypothetical protein	A0A1W6JPK6	Staphylococcus_phage	9.2e-38	100.0
BBG08716.1|1994778_1995021_-	phage protein	A0A1P8L6E3	Staphylococcus_phage	2.8e-39	96.2
BBG08717.1|1995035_1995236_-	phage protein	C5I650	Staphylococcus_phage	7.4e-30	98.5
BBG08718.1|1995238_1995496_-	phage protein	A0A1X9H067	Staphylococcus_phage	5.7e-43	100.0
BBG08719.1|1995495_1995867_-	phi PVL ORF50-like protein	C5I648	Staphylococcus_phage	1.8e-53	95.1
BBG08720.1|1995867_1996053_-	phage protein	W5R8N4	Staphylococcus_phage	1.4e-27	100.0
BBG08721.1|1996057_1996462_-	hypothetical phage-related protein	A7TWN5	Staphylococcus_phage	7.1e-72	100.0
BBG08722.1|1996546_1996696_-	hypothetical protein	A0A0N9BAW8	Staphylococcus_phage	1.1e-19	95.8
BBG08723.1|1996708_1996867_-	phage protein	C5I646	Staphylococcus_phage	3.4e-22	100.0
BBG08724.1|1996860_1997634_-	DNA replication protein	A0A2H4PQI3	Staphylococcus_phage	3.9e-143	99.2
BBG08725.1|1997643_1998414_-	phage replication protein	A0A2H4PQI2	Staphylococcus_phage	2.4e-116	100.0
BBG08726.1|1998468_1999119_+	hypothetical protein	A0A2I6PCS6	Staphylococcus_phage	3.6e-118	99.5
BBG08727.1|1999112_1999232_-	hypothetical protein	A0A2H4PQI4	Staphylococcus_phage	7.5e-14	100.0
BBG08728.1|1999228_1999903_-	hypothetical protein	A1KX69	Staphylococcus_virus	4.7e-129	97.8
BBG08729.1|1999914_2000358_-	ssDNA-binding protein	A0A2I6PD99	Staphylococcus_phage	1.8e-76	100.0
BBG08730.1|2000354_2001005_-	hypothetical protein	A0A0F6N3I5	Staphylococcus_phage	1.1e-119	100.0
BBG08731.1|2001005_2001542_-	bacteriophage Mu Gam-like protein	A0A0F6N4M6	Staphylococcus_phage	1.4e-80	100.0
BBG08732.1|2001554_2001815_-	phage protein	G4KNN5	Staphylococcus_phage	3.8e-42	97.7
BBG08733.1|2001795_2002125_-	phage protein	D2JGJ7	Staphylococcus_phage	1.4e-33	100.0
BBG08734.1|2002214_2002376_-	phi PVL ORF38-like protein	A0A2I6PDF7	Staphylococcus_phage	1.9e-20	100.0
BBG08735.1|2002372_2002693_-	phage protein	A0A2I6PDH6	Staphylococcus_phage	1.5e-56	100.0
BBG08736.1|2002751_2003384_+	hypothetical protein	A7TW95	Staphylococcus_phage	1.5e-113	100.0
BBG08737.1|2003398_2003539_-	phage protein	A0A2I6PDG0	Staphylococcus_phage	1.9e-16	100.0
BBG08738.1|2003569_2003767_-	phage protein	A0A1W6JPV3	Staphylococcus_phage	1.2e-24	100.0
BBG08739.1|2003782_2004532_-	phage anti repressor	Q8SDM9	Staphylococcus_phage	4.9e-135	99.2
BBG08740.1|2004588_2005128_+	phage protein	A7TW92	Staphylococcus_phage	1.7e-97	100.0
BBG08741.1|2005151_2005412_-	transcriptional regulator	A7TW91	Staphylococcus_phage	2.7e-40	100.0
BBG08742.1|2005425_2006214_-	phage antirepressor KilAC domain protein	R9QSV3	Staphylococcus_phage	1.4e-143	99.2
BBG08743.1|2006229_2006472_-	phage DNA-binding protein	A0A2I6PDH8	Staphylococcus_phage	2.8e-39	100.0
BBG08744.1|2006635_2007352_+	phage repressor	A0A2I6PDG6	Staphylococcus_phage	2.0e-130	100.0
BBG08745.1|2007551_2007719_+	phage protein	A0A1P8L6G5	Staphylococcus_phage	3.0e-24	98.2
BBG08746.1|2007858_2008563_+	phage protein	U5U4R0	Staphylococcus_phage	6.7e-126	99.6
BBG08747.1|2008755_2009793_+|integrase	integrase	A0A1X9H022	Staphylococcus_phage	2.6e-179	100.0
BBG08748.1|2009849_2010674_+	phospholipase C	A0A1P8L6H7	Staphylococcus_phage	6.8e-162	100.0
BBG08749.1|2010911_2011928_-	leukocidin F subunit	A0A1X9IGW5	Staphylococcus_phage	3.0e-26	30.6
2010989:2011006	attR	NA	NA	NA	NA
BBG08750.1|2011949_2013005_-	leukocidin S subunit	A0A2I6PDF3	Staphylococcus_phage	1.8e-34	31.8