CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NC_009441	Flavobacterium johnsoniae UW101, complete sequence	8 crisprs	cas3,DEDDh,csa3,RT,PD-DExK,WYL	0	3	5	0

1. NC_009441

CRISPR-Cas detection and classification

Crispr_ID: NC_009441_1

• CRISPR_ID: NC_009441_1
• CRISPR_location: 644499-644594
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_009441_1

Consensus_repeat	Method
AATCAATTTACAGGTACAATTCC	CRISPRCasFinder

spacers of NC_009441_1

>1.1|644522|49|NC_009441|CRISPRCasFinder
ACCTGAAATTGGAAACTTATCAAAAGTAACTCATTTATACTTATATCAT

CRISPR arrays and Neighbor proteins around NC_009441_1

CRISPR arrays

The CRISPR arrays of NC_009441_1

>merge|NC_009441|1|644499-644594|CRISPRCasFinder
AATGAACTTACCGGTTCTATACCACCTGAAATTGGAAACTTATCAAAAGTAACTCATTTATACTTATATCATAATCAATTAAGTGGTTCAATACCA

>NC_009441|1|1|644499-644594|CRISPRCasFinder
AATGAACTTACCGGTTCTATACC	ACCTGAAATTGGAAACTTATCAAAAGTAACTCATTTATACTTATATCAT
AATCAATTAAGTGGTTCAATACCA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_012022690.1|637567_638170_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022695.1|658014_658725_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022694.1|654137_658010_+|leucine-rich-repeat-domain-containing-protein	unknown	unknown	gnl|CDD|275380
NC_009441.1|WP_012022698.1|670446_671493_-|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|271185
NC_009441.1|WP_044047442.1|631470_632385_+|alpha/beta-fold-hydrolase	unknown	unknown	gnl|CDD|223669
NC_009441.1|WP_012022685.1|634116_634860_-|UDP-2,3-diacylglucosamine-diphosphatase	unknown	unknown	gnl|CDD|277343
NC_009441.1|WP_012022697.1|669700_670273_+|cytochrome-c	unknown	unknown	gnl|CDD|379187
NC_009441.1|WP_012022700.1|673472_674261_+|hypothetical-protein	unknown	unknown	gnl|CDD|225405
NC_009441.1|WP_012022686.1|634932_635385_-|6-carboxytetrahydropterin-synthase	unknown	unknown	gnl|CDD|376501
NC_009441.1|WP_012022687.1|635417_635594_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022688.1|635684_636449_-|enoyl-CoA-hydratase/isomerase-family-protein	unknown	unknown	gnl|CDD|119339
NC_009441.1|WP_012022689.1|637077_637584_+|OmpH-family-outer-membrane-protein	unknown	unknown	gnl|CDD|214922
NC_009441.1|WP_012022691.1|638166_643740_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022683.1|632464_632821_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022702.1|675454_675799_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_081432683.1|668709_669735_+|hypothetical-protein	unknown	unknown	gnl|CDD|274730
NC_009441.1|WP_012022693.1|651286_654070_+|PKD-domain-containing-protein	unknown	unknown	gnl|CDD|238084
NC_009441.1|WP_012022684.1|632904_634116_+|hypothetical-protein	unknown	unknown	gnl|CDD|274618
NC_009441.1|WP_012022701.1|674265_675480_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_159436621.1|672197_673193_-|DUF1990-family-protein	unknown	unknown	gnl|CDD|274730

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012022694.1|654137_658010_+|leucine-rich-repeat-domain-containing-protein	gnl|CDD|275380	sd00033, LRR_RI, leucine-rich repeats, ribonuclease inhibitor (RI)-like subfamily. A leucine-rich repeat (LRR) is a structural protein motif of 20-30 amino acids that is unusually rich in the hydrophobic amino acid leucine. The conserved eleven-residue sequence motif (LxxLxLxxN/CxL) within the LRRs corresponds to the beta-strand and adjacent loop regions, whereas the remaining parts of the repeats are variable. LRRs fold together to form a solenoid protein domain, termed leucine-rich repeat domain. Leucine-rich repeats are usually involved in protein-protein interactions.	3.86967e-25
NC_009441.1|WP_012022698.1|670446_671493_-|tyrosine-type-recombinase/integrase	gnl|CDD|271185	cd01185, INTN1_C_like, Integrase IntN1 of Bacteroides mobilizable transposon NBU1 and similar proteins, C-terminal catalytic domain. IntN1 is a tyrosine recombinase for the integration and excision of Bacteroides mobilizable transposon NBU1 from the host chromosome. IntN1 does not require strict homology between the recombining sites seen with other tyrosine recombinases. This family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	2.73271e-23
NC_009441.1|WP_044047442.1|631470_632385_+|alpha/beta-fold-hydrolase	gnl|CDD|223669	COG0596, MhpC, Predicted hydrolases or acyltransferases (alpha/beta hydrolase superfamily) [General function prediction only].	2.15825e-26
NC_009441.1|WP_012022685.1|634116_634860_-|UDP-2,3-diacylglucosamine-diphosphatase	gnl|CDD|277343	cd07398, MPP_YbbF-LpxH, Escherichia coli YbbF/LpxH and related proteins, metallophosphatase domain. YbbF/LpxH is an Escherichia coli UDP-2,3-diacylglucosamine hydrolase thought to catalyze the fourth step of lipid A biosynthesis, in which a precursor UDP-2,3-diacylglucosamine is hydrolyzed to yield 2,3-diacylglucosamine 1-phosphate and UMP. YbbF belongs to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	4.88197e-58
NC_009441.1|WP_012022697.1|669700_670273_+|cytochrome-c	gnl|CDD|379187	pfam13442, Cytochrome_CBB3, Cytochrome C oxidase, cbb3-type, subunit III.	0.000413085
NC_009441.1|WP_012022700.1|673472_674261_+|hypothetical-protein	gnl|CDD|225405	COG2849, COG2849, Uncharacterized protein conserved in bacteria [Function unknown].	0.000352045
NC_009441.1|WP_012022686.1|634932_635385_-|6-carboxytetrahydropterin-synthase	gnl|CDD|376501	pfam01242, PTPS, 6-pyruvoyl tetrahydropterin synthase. 6-Pyruvoyl tetrahydrobiopterin synthase catalyzes the conversion of dihydroneopterin triphosphate to 6-pyruvoyl tetrahydropterin, the second of three enzymatic steps in the synthesis of tetrahydrobiopterin from GTP. The functional enzyme is a hexamer of identical subunits.	3.78507e-30
NC_009441.1|WP_012022688.1|635684_636449_-|enoyl-CoA-hydratase/isomerase-family-protein	gnl|CDD|119339	cd06558, crotonase-like, Crotonase/Enoyl-Coenzyme A (CoA) hydratase superfamily. This superfamily contains a diverse set of enzymes including enoyl-CoA hydratase, napthoate synthase, methylmalonyl-CoA decarboxylase, 3-hydoxybutyryl-CoA dehydratase, and dienoyl-CoA isomerase. Many of these play important roles in fatty acid metabolism. In addition to a conserved structural core and the formation of trimers (or dimers of trimers), a common feature in this superfamily is the stabilization of an enolate anion intermediate derived from an acyl-CoA substrate. This is accomplished by two conserved backbone NH groups in active sites that form an oxyanion hole.	1.22124e-38
NC_009441.1|WP_012022689.1|637077_637584_+|OmpH-family-outer-membrane-protein	gnl|CDD|214922	smart00935, OmpH, Outer membrane protein (OmpH-like). This family includes outer membrane proteins such as OmpH among others. Skp (OmpH) has been characterized as a molecular chaperone that interacts with unfolded proteins as they emerge in the periplasm from the Sec translocation machinery.	1.99614e-14
NC_009441.1|WP_081432683.1|668709_669735_+|hypothetical-protein	gnl|CDD|274730	TIGR03696, tRNA_nuclease_WapA, RHS repeat-associated core domain. This model represents a conserved unique core sequence shared by large numbers of proteins. It is occasional in the Archaea Methanosarcina barkeri) but common in bacteria and eukaryotes. Most fall into two large classes. One class consists of long proteins in which two classes of repeats are abundant: an FG-GAP repeat (pfam01839) class, and an RHS repeat (pfam05593) or YD repeat (TIGR01643). This class includes secreted bacterial insecticidal toxins and intercellular signalling proteins such as the teneurins in animals. The other class consists of uncharacterized proteins shorter than 400 amino acids, where this core domain of about 75 amino acids tends to occur in the N-terminal half. Over twenty such proteins are found in Pseudomonas putida alone; little sequence similarity or repeat structure is found among these proteins outside the region modeled by this domain.	7.14883e-13
NC_009441.1|WP_012022693.1|651286_654070_+|PKD-domain-containing-protein	gnl|CDD|238084	cd00146, PKD, polycystic kidney disease I (PKD) domain; similar to other cell-surface modules, with an IG-like fold; domain probably functions as a ligand binding site in protein-protein or protein-carbohydrate interactions; a single instance of the repeat is presented here. The domain is also found in microbial collagenases and chitinases.	0.000866718
NC_009441.1|WP_012022684.1|632904_634116_+|hypothetical-protein	gnl|CDD|274618	TIGR03508, decahem_SO, decaheme c-type cytochrome, DmsE family. Members of this family are small, decaheme c-type cytochromes, related DmsE of Shewanella oneidensis MR-1, which has been shown to be part of an anaerobic dimethyl sulfoxide reductase.	0.000134632
NC_009441.1|WP_159436621.1|672197_673193_-|DUF1990-family-protein	gnl|CDD|274730	TIGR03696, tRNA_nuclease_WapA, RHS repeat-associated core domain. This model represents a conserved unique core sequence shared by large numbers of proteins. It is occasional in the Archaea Methanosarcina barkeri) but common in bacteria and eukaryotes. Most fall into two large classes. One class consists of long proteins in which two classes of repeats are abundant: an FG-GAP repeat (pfam01839) class, and an RHS repeat (pfam05593) or YD repeat (TIGR01643). This class includes secreted bacterial insecticidal toxins and intercellular signalling proteins such as the teneurins in animals. The other class consists of uncharacterized proteins shorter than 400 amino acids, where this core domain of about 75 amino acids tends to occur in the N-terminal half. Over twenty such proteins are found in Pseudomonas putida alone; little sequence similarity or repeat structure is found among these proteins outside the region modeled by this domain.	1.03464e-06

Protein sequences

>NC_009441.1|WP_012022691.1|638166_643740_+|hypothetical-protein
MIQPKISKLKKTVAIYLAMMILLETLQPMQMYALTGGPSQPEFESFTPIGTSDMVDLASGDFNYNIPIMDVGGYPINLAYNSGVTMDQEASWVGLGWDLNVGQITRQMRGLPDDFNGDEMTYENNMKPNVTVGSDFNVFFGAFGVNEVKANVGMSIKYNNYEGFGATASGGLSAQIANNIRVGMNLESSASEGVSASPSVAYQDIDDTKKTRDNTPTGNFGISYNSRKGVENVTYSASMNLKKIKDKAGNEKTRTINGFAGSGSTSFIDASFTPTKRVGMVSSNFIFNLNIEGEFWGIEPGMKFTGYRTSQGIKNSEKYKTERAYGFENTYNASTADVLDFNREKDRTFNKNTTSLPLTNNTYDLYNIQGQGISGMFRPYKSQVGYVFDKETNDDSVGANLGLELGAGGLTHWGIDATVTLGKSNTSLWSASNPALGRFKENKTNNRPDYEKVFFKNIGGNHVDKELDLFNTKLGGYDAVKLGLSGGKFSRSTDVKYAKNTGAIAYTGAVKRESSRLSRNQSIQKLTKVEAKRFGSKLQPSEYSRDHHTTEIRITKEGGERYIYGRAAYNTLKKEVTFDVSDKDRPAEKLDYRNGLIHYDSGDNSANNKKGGDQYFNRVTTPPYAHSYLLTSVLSADYQDLKNDGPTDDDLGNYTKFEYDNKTAEHLYKWRIPFKENEANYDEGLRSSKKDDKGNYQYGEKELLYIKKIVTKTHVAVFHLSERNDAYGVKGENGGIGYDSKMYKLDKISLYSKPEYLAQGDNATPIKEANFEYNYSLCKGIDNSINNEGKLTLSKVYFTYKNSNMGKYTPYVFNYGFNPDYDMKAYDVWGNYKKVKEGVNEGTLAQLSNAEFPFVDQSNRTQADEYASAWLLKSIRLPSGGQMELNYEADDYSSVQNKDAMQMFKVVGSGSKEGLTANNISNGIERKTLGKYIYVQLDHKVDNSKEFYDQYLKNVGDASNPLYFRFLLNMVNPNPLPGVDSTDKYDYVTGYLNIEGIKNKTVDCGFLEVNDKQYVAIPIDYVGKGDGFNKDSHEVNPISKAGWNFGRQNLNRLVYSMYNEEDTTDLKSIVMEMIGWLPTILDIFKSPNAKLEQTEIASRFITNKSWIRLIQPTGKKVGGGTRVKNIAINDQWDVMTANTNKELYQQSYGQKYVYETENGKSSGVATYEPLGCKENPFVKPFYDQNKRDLPLGPDNTNYVEEPFGESFFPAPKVTYSRVTVANLSREKHNESNVVTNSVKKHATGSVVTEFYTTKDFPTLTDRTTLSLNYDKSSALASLLNLKVKDHITLSQGFSVHTNDMDGKMKNQRVYGEGQKDFISGVDYKYNTITDAQNRNEGRLNNTVQTIDSKGNIASKLVGVDYDVINDFRENKSTTQIAGIHYNTAGIPIFLAIIVVPVPLPSYSQYESQLRSAVTTKVIHTTAILSETIAYDLGSKVSTKNLAYDAETGEVLLTETVNEYNDKYFSFNFPAYWSYAGMSQAAKNIGLEWDITKTGNNQYQLKDEGIKTFLESDYLVDGDELWLNGLAPDGKTKTLMKAWAVHVTKDNFKLIDEKGILIKSDVINTAKMKVIRSGYRNLQTASMASVTSMTNPLYNYDGNNKITTIKTNIGNNPFMSSDSSNRIVNASAVQYNDVWPSQCECNLPKMVFENGNLVFEYEKENNTAEEDDIAKRSFNPYLYNILGNWRANKSYAYLTGRNYTVDPTPRKTGFFNDFYPFYVYDTTKNVWGKTASNYDRWTFASEVTQYNPAGQEIENKDALKRYSSALFGYNNRFPVAVASNTKYTELASDGFEDYDLSNCGTESHFDFQAQLKTNDVSVSDRQAHTGRKSLKISPSKKAIIKKQVVSCNEIPSTVTAKK
>NC_009441.1|WP_012022690.1|637567_638170_+|hypothetical-protein
MKDLNKLFCIFCVLFFISCKKETKNDSKNSEIRDRYFNLEKIGWKSRAYTQKADDIAFTAIEVPIQYYLLKDLGTENLIPVDSLYEKNKRERIIEFTFQQDEEKDLLEKKFTGIDYTDAVKYMSFGLEKDFYVVTSKKDTIACSGVNYERTYKIAPYQKVLLFFSGIDPNEKIQLVYSDYLFRKGTLKFQFKDTYTQIAL
>NC_009441.1|WP_012022689.1|637077_637584_+|OmpH-family-outer-membrane-protein
MIKHKSSLLLIINSLLVFSLIFYVILTSFTSKTKIVYVDTTELFNGFSMTKELKSKGEKEFISKKIALDNLYSQIQSKSINASQKEVLMKQFIQEKEELEQFNQIYAATESSKIWSRINSYSEDFSKENNYDLIIGTENKTTVLYADEKITVTKELLTYINKRYEGLK
>NC_009441.1|WP_012022688.1|635684_636449_-|enoyl-CoA-hydratase/isomerase-family-protein
MSSEIIKGSLQTSFQNTIATVQFGHPASNSFPRELLDRLTSEINELSRNEKVSVIILKSEGAKAFCSGASFDELLQVENEEQGTEFFSGFAHLINAMRNCNKLIIGRVQGKAVGGGVGIISACDYVFATQESDIKLSELAIGIGPFVIEPAVSRKIGKTAMVEMTLTAHAWKSAEWAFQKGLYSVLSNAENLDAEVENFAQKLSSYNPESLKEMKKIIWEGTEQWESLLFERAAITGKLVLSDFSRNALLQFKK
>NC_009441.1|WP_012022687.1|635417_635594_-|hypothetical-protein
MTIISLFQNVDVAEKIKHAPDSSYQIGVVIGSFIPFLVLGGIALWMYNRAKKRDKNGY
>NC_009441.1|WP_012022686.1|634932_635385_-|6-carboxytetrahydropterin-synthase
MSNIRITKQFSFETGHALYGYDGKCKNVHGHSYKLSVTVIGSPITDRSNVKFGMVIDFSDLKKIVKEEIVDQFDHATVFNQTTPHIELANELKNRGHHVILVDYQPTSENMVVDFAERIKNRLPVGISLFSLKLQETESSFAEWYASDNL
>NC_009441.1|WP_012022685.1|634116_634860_-|UDP-2,3-diacylglucosamine-diphosphatase
MKKVYFASDQHFGAPTPELSLPREKKFVAWLDEVKEDAEAIFLLGDLFDFWFEYKTVVPKGFVRILGKLAEIRDSGIPIYFFVGNHDLWMNDYFETELNIPVYHDNKEFTFNGKTFLIGHGDGKGPGDKGYKRMKKVFTNPFSKWLFRWLHPDVGVSLAQYLSVKNKLISGDEDIKFLGEEKEWLILYAKRKLETKHYNYFIFGHRHLPMIRPVGENSEYVNLGDWIGYFTYGVFDGETFELKEYKK
>NC_009441.1|WP_012022684.1|632904_634116_+|hypothetical-protein
MKNTCIIIAFMVLSVFLTNCTNKSDEYIDPRGTNYAGSESCIQCHKAESESAFHSSHFKATSPALKENVLGHFSKGKNTFVYDKNTKLVMEERNDTLYQVLYKNNKEVEAYPFEVLFGVKHAQTSAYWKNHYTYELPVSYYKSLNSWATSPGYSATVPNFERKIEKECYGCHSSNIASRYITTSSDSITFTNMEVEDFMNPKTLIYGIDCERCHGPAKKHVQTHLKFPDLKLAQDIVSFKKLTRQQKIDACAICHSGNDKLKIKSRFEFRPGDNLLDYFRGVPGSNDNKVYDVHGNQLGLLSQSKCFKKNETMTCMNCHNPHENTSKSMVSYSKICMSCHQDPKHTPETLKTVSKTAMAENCIECHMPKQDSNAIRFQQSNTAAMSSYSLRTHKIGIYPANKK
>NC_009441.1|WP_012022683.1|632464_632821_+|hypothetical-protein
MREIEQIYHNNFGIAFYWKQNSQTILDKVQLVFKETGFYFTISELNQFCDLIEDSLLENTCCEACEMKYSCHKFLLKTPCNSIDLAVSMTELKSIKDLVEGSLFKIELDEYVYGVGLN
>NC_009441.1|WP_044047442.1|631470_632385_+|alpha/beta-fold-hydrolase
MKSFFVSFFLMFCFFANAQNLYIKTYGNEKNKPVIFIHGGPSGNATLFEGTTAQKLADQGFYVIAYDRRGEGRSADPDAKFTYEEAFQDLNFIYKIYNLKKAVLLSHSFGGLVATLYANKYPQNVSALVLAGALFSQQETYDHILNTLKKKYNNDSEQLKRIHVVENLDKNSAEYRKKCFELAGENGFFKMPNPTAESKKLYTDYETGEFYKTNIRNKNAPLLFYQNEKQNNIDSRPFLKKIKAAGVPIYGIYGKQDGIFSLAQIKSIKDLAGEKHFAFLDNCSHYLFVDLQKEFLDNIKKWLK
>NC_009441.1|WP_012022693.1|651286_654070_+|PKD-domain-containing-protein
MVNDFKIKKYWITALCTVLFSLAGFSQGLSDATIGFNLSKETEVLKKQGLKDEDLTKEIARLRKIKMASFIIIKNKEAAAIQENKMKPLAKSILTKNIKTASKISSLAKTEMECSYDYYRAGRIQYAGGPTYDQNSVKINTPANITFYKYYNGTNGNLSYEWKLYNPDGIVIDTKNTSNFSITLPAVGAYKIVLTLTDAIGCSEFEATLYVRDSNNCVISPEERNGTIYTPRNSDQLVENRESIVTLSPSGFSTNNLIYKWDLFDVNGSNIFTSSEPEFKFTPPAKGQFLINLKITDPNGCSTTYTRNVETVDICTYTQYDDYFDIMAPEESAGGRVSFAKVGQRVTLEPVFFSGGNKEFTYSWKLFDPKGQQIGTGSHRVFPFTPTEPGYYTLTADLTNLETGCILTAKKTVASQIENGCVLTNPKSSEVYELYLKFVKKLIERLVLGETDEQINSSIAMPEFMALKPYIKNGVGDKIYNFVSIQEGYGDQRVNGINFSFSPEREYDIHIYSIDGVYYNSEYSTPEDLEYNISSAIFTNISQYIAADDFFVSCQVINGGKKAKTGKVVLEPYECTRESEVRNIIFCPGEGSNCTPEIVGTIKSNFPFIYPKTEYSFYFETIIPNLTYSWSITSETGEVLSTSDTDITTPYRYTFLNEGIYFVKLTAKNELGCTTNFTKKIIVDNKRCANDSNNFTFETEENGVTYIWTTTDINGNIVDTVTNTSGNYSFTTNTAGTYEVKLTANAEKKCETIFAKTIFVENCTPVVVVSCTQNNPLTPKIHQLFINLINKAATTPNGVDVNTYAKTEIAALAPYTFGPNAKIFNFSNDSSSVSFSFTENYTGIDVYIPKSSQGTITGIDLSKYESSSSKTIVETNYTNGSSNLTNGYVTNIDFCPSIDCTPITGVINIVKRGTASTNKKTNSSSKI
>NC_009441.1|WP_012022694.1|654137_658010_+|leucine-rich-repeat-domain-containing-protein
MTNNLKIKKYWITTFCLVFFSLFSFAQELSDETIGFNVVDYTAFLKNRGVTDKDMKSELSKLRKTRLSDYLEMKKSENDFLQMNINENKVKQSRSSINSKTAVLDIPQIEKDALLAFYNSTNGSNWLLKKGWDFSTPVTTWDGFSQTGWYGITITDGHVTKITDILNATGTLPDLSALQYLKELYIFNSSFTGNLTGLQNLNNLEKLRIGWSTSSQSSFQDLNPLSKLTNLTELCLHSCNFTNNSIPSDFTKLVNLKKLEIRFGNVNQNWEVLGNLTNLIHLNLGNNNFASQNTTLVVPPNFANLTKLEILDLSNNKIKDISVINNMKELKYLNAQWNEISTIPSGFSELTKLNYIRLGQNKIKGNFPSYLQNLQLNTFEISSNEFEGKIPALNFDLANSTVNYYIAGQGVAFLNKTLGIYDNKFRFIDFANEFEIYKTKIASNYFTYQYQKRINVVETITKGIGQSVTLKMFPEGDSRYLNDDTFKWFKNGVEIIGATERTYTLTNLTAANAATYICRSYHTSNPDMSALTLEREPITLKVVNCTPLTGNITSTTDKFHTGGESNFAFQTTATGLSYEWSVTTAEGLPVNEIPSNTLEIYTYTFTNPGDYIVKVKATDSTGCTTEFTKEITVTERYCDNEPVDFSFETTATNLTYTWTTTDSTGKVVNRVTDTTGLYTFTPQVSGEYVIELVASSATSCKTLFTKNITIDQCTPYISCTRDNPLSPEIHRLFINMITKLTSAPAGTNVNVYAHKEIAAVAPYTTEKTAKIYNFVNNGTAISFSFTENGTDDVYIPKASTGSVTAIDLSKYVDSVTSTIVATSYSNGTTNNSDGRVKNIDFCPKELSCVSHVALVVDESGSLDQSEINKIKKQLKLFVAQQAFTNDDIGSNIHISITGMSDSDDVNKRRKDFIIPTKVTASNVYLFNNWIEKLGKRYGDTIGISQASDFWKSGLDGALSYSMKPNFVIMITDGAQTDDVTGLKETLAKFDNNNKTVTDPKLPHLYVVGIENGVYIDRNSLTGKALPRNEDPNYNSAIGSQNNLTAKTTPFLTKSLQFLLDLSPTEFPVADINQFTVGTYFGHSNFDLLASDETYFSDKLIVGEVVCGTPAVKDSCDDCFSFKPEPGKEYVLSAWVKEESNEQVKTYVNPLIKIKFYNNKEALDIPAHKIDSLSIKGSGDIIDGWQRVVKKFKIPNNTITLGIELENLSPSIPVYFDDIRIHPLQGSVKSFVYDPETFKLMSELDENNYSTFYEYDNEGGLVRVKKETAKGIKTIQETRSGNVIETTNTTP
>NC_009441.1|WP_012022695.1|658014_658725_+|hypothetical-protein
MYKKIIYVWVLFNCCLAHTQTVNEVIQKISKQYSLAKPLQYKSTYSLYKDFDSKKIEETYKGIYYKNDLNEIYTKIGDTEILNSKEVYLKISNSEKAVEISNPVPNYNGDFDIKPLLQLCKIEKFVDYKTYWEITLTAKPYSSLSYSKIVVQVTKNYFLQKQVFYYSTAVNFSNDYRKPDPHYPRLEIVNTNFNRNAVNASVFNTKTYFTTSAKKQIVPAEKLKKYEIIDQRVISK
>NC_009441.1|WP_081432683.1|668709_669735_+|hypothetical-protein
MLVPNRHESSKDYRYGFNGKEKDDEFNGDVNSYDYGARMYNPRVGRFLSLDPLSHDFPFYSPFQFAGNSPIFAIDLDGLEMQISNTVFTLKEGKGTPELNYSTDIKIHYKVLNLTGRKIEGIQQITDFARDRSRLVYSDRAGMGNFSITFDGKGNRLKQPISYKLNGKIKSFETTFSVIKSTKEINDSDYVVILVNQRLSNKKYPEHAHANLAGNIMTVDIGNPDYKSILTNGTFNFNLMTTVARKIGATINHETGHNLGLDDEYKMKEDGQAIVNPGYENNQMSGGSGKELNSRQIASILNDIFTNFRIDLYNKKKSGKEQTDSTKSQVNEEQKKLNLGN
>NC_009441.1|WP_012022697.1|669700_670273_+|cytochrome-c
MKNKKNLIWGISALLIINCILLLKNCNQKQLIEVKDKKIDKTIDKKVLFTGEFNDVGSPINFWDFYGDNGESILSLIFYKNDKNEFDYEIKQKNSLGKIVYSAEMRNGKVLKEFDYEILQNINIDNGRFMYENYCVNCHNYKKEGVSKPLLKLKNIEVSKFIKKYKNVSHENVPKLNDNELKSVILFINK
>NC_009441.1|WP_012022698.1|670446_671493_-|tyrosine-type-recombinase/integrase
MKKTTPIVPLFKQFIKETESGKRLKKNGEKIKSGSIQNYYYVLNNLIQFSSETKFELRICDASKLDKRELASEKSYWKKFYLKFTEFLYKKGCHDNYVGANIKIIRVFFNYLKNDKDIITGDFQRLFYVRKEEIEIFVLSPEQLKFLIHDKDFEQTLIPSHKRIKDIFVFGCSTGLRYSDIFLLTNKNFEQMEGDWYLKLKSQKTKTFSFIKLSAYAITIFQRYKATSDRIPIFGTISLFNFNKSLKQIGEQAGFTMPIEVSREQQGKTQKLTKKTDTSRNRFCDKMSSHMMRRTAITTLLILGMPEHLVRKISGHSNASSSFNRYVHYAQAYMDKEIEKVHSKLESY
>NC_009441.1|WP_159436621.1|672197_673193_-|DUF1990-family-protein
MPNRHESSKDYRYGFQGQEKDDEIRGGEGNSINYTFRMHDPRIGRFFAVDPLFREYAYNSPYSFSENRVMDGVEREGLEVENINAYLKAKKYGVDALEIKKMDDGMGNVSSQLYSLRTLGITPSEFANLRDTFLNAPQTFTNNFMATYKPVQKANSNILSPGDEIGINLQPATPFPIFVRVMNVVKKDNSFEMTFATLEGHTDAGYITFSGVFNKRTGQMDINIFNETRENLAMAYPLDLGRGAQILQWKIVMKNIAKAIQQDPKNNNTVIEITKHIEEYEYDESGTGGKGKLVESITEQIDIPKKPSIPAKTTKIKNTKSDYDIQDGDGF
>NC_009441.1|WP_012022700.1|673472_674261_+|hypothetical-protein
MKTKVLSGFLLFFLSLFLVSFSDPYAIKRISDANFRYEFFTTDKKVKVKDNKIYFWFKGGTIHNAQSGIAGALLDDKFVKMYHNNQLAEQGQFDEGLKVGLWKTWHSNGIIESTQKWKKGIKCGEYFRYNSNGDLVETGKYSQDLKTGKWVDLEKKDTLVYKKGILLSKPQKISKSQEYKLKEEQEKLDKSRKEAKELEIIQDSNTLNSYKEATKQREKAEKEKLEREKKAEKDKKAAEKASQPKKDSKVKSFFKNLFSKKK
>NC_009441.1|WP_012022701.1|674265_675480_+|hypothetical-protein
MIKAHSLLYAIYICLIVSIICGALLYFSNLYNQLNLYYNLQEELYIQNQSVVNFALGNKIKPQEIQKDENSGIEGNYKTKPYGLLTLLLAESSVGNDTVKSAHFVGSYTTDKTAVFLTNISKPLSYSGTVTLNGDSELPSTFIQTAYINNSPNKLNNNGKIAVSEIRLPEINPNFEKIFEETEGVKTALKDIEKAKDSIYYNSFFNETKDIYVTSSLSNIIFKGNFILRSKDSIRVRKNAVLEDVILIAPKITFETGFKGNLQAFATKGIDVEEKVTLNYPSVICVYNKNEEESQIRIKKETTISGAVVYFGNSSDDDFSKKTVEIAEEGLVFGDIYCTGKLSLRSNVYGSVYTNRFFLKTDATSHDNVISNVEINPHKRPEYFISIPLFSNQKTAYGILKKVL
>NC_009441.1|WP_012022702.1|675454_675799_+|hypothetical-protein
MVFLKKYCSVKANSILESVIALTIISICLYFAILIFAAVFTPRTSAKFYNTQNKVNELFFLSQLKNDSLQYESNDENLLIEEEVVTDHLKKISVEYKDSTKFKFQKSFYVEGNP

Crispr_ID: NC_009441_2

• CRISPR_ID: NC_009441_2
• CRISPR_location: 644859-645169
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 4 spacers

Consensus repeat of NC_009441_2

Consensus_repeat	Method
AATCAATTTACAGGTACAATTCC	CRISPRCasFinder

spacers of NC_009441_2

>2.1|644882|49|NC_009441|CRISPRCasFinder
TAGCAGCATTAACCGATTAAGAAACATTGGCTTACTTTATCTCGATCAC
>2.2|644954|49|NC_009441|CRISPRCasFinder
AGCAAATATTGGTAACCTTCCTGAAGCAATACATCTTAATTTAAGTAAT
>2.3|645026|49|NC_009441|CRISPRCasFinder
TCCTGAACTAGGTGGATTATCTAAAGTGCAAATGCTAGATTTGTCTTTT
>2.4|645098|49|NC_009441|CRISPRCasFinder
TTTAGAAATAGGCAATTTAACATCCATTCGTAATTTATTCTTAAACAAC

CRISPR arrays and Neighbor proteins around NC_009441_2

CRISPR arrays

The CRISPR arrays of NC_009441_2

>merge|NC_009441|2|644859-645169|CRISPRCasFinder
AATCAATTAAGCGGTCCAATACCTAGCAGCATTAACCGATTAAGAAACATTGGCTTACTTTATCTCGATCACAATCAATTTACAGGTACAATTCCAGCAAATATTGGTAACCTTCCTGAAGCAATACATCTTAATTTAAGTAATAATCAATTAACAGGTACAATTCCTCCTGAACTAGGTGGATTATCTAAAGTGCAAATGCTAGATTTGTCTTTTAATCAATTAACTGGTTCCATACCTTTAGAAATAGGCAATTTAACATCCATTCGTAATTTATTCTTAAACAACAATGAATTTAGCGGCACTATACC

>NC_009441|2|2|644859-645169|CRISPRCasFinder
AATCAATTAAGCGGTCCAATACC	TAGCAGCATTAACCGATTAAGAAACATTGGCTTACTTTATCTCGATCAC
AATCAATTTACAGGTACAATTCC	AGCAAATATTGGTAACCTTCCTGAAGCAATACATCTTAATTTAAGTAAT
AATCAATTAACAGGTACAATTCC	TCCTGAACTAGGTGGATTATCTAAAGTGCAAATGCTAGATTTGTCTTTT
AATCAATTAACTGGTTCCATACC	TTTAGAAATAGGCAATTTAACATCCATTCGTAATTTATTCTTAAACAAC
AATGAATTTAGCGGCACTATACC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_012022690.1|637567_638170_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022695.1|658014_658725_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022694.1|654137_658010_+|leucine-rich-repeat-domain-containing-protein	unknown	unknown	gnl|CDD|275380
NC_009441.1|WP_012022698.1|670446_671493_-|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|271185
NC_009441.1|WP_044047442.1|631470_632385_+|alpha/beta-fold-hydrolase	unknown	unknown	gnl|CDD|223669
NC_009441.1|WP_012022685.1|634116_634860_-|UDP-2,3-diacylglucosamine-diphosphatase	unknown	unknown	gnl|CDD|277343
NC_009441.1|WP_012022697.1|669700_670273_+|cytochrome-c	unknown	unknown	gnl|CDD|379187
NC_009441.1|WP_012022700.1|673472_674261_+|hypothetical-protein	unknown	unknown	gnl|CDD|225405
NC_009441.1|WP_012022686.1|634932_635385_-|6-carboxytetrahydropterin-synthase	unknown	unknown	gnl|CDD|376501
NC_009441.1|WP_012022687.1|635417_635594_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022688.1|635684_636449_-|enoyl-CoA-hydratase/isomerase-family-protein	unknown	unknown	gnl|CDD|119339
NC_009441.1|WP_012022689.1|637077_637584_+|OmpH-family-outer-membrane-protein	unknown	unknown	gnl|CDD|214922
NC_009441.1|WP_012022691.1|638166_643740_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022683.1|632464_632821_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012022702.1|675454_675799_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_081432683.1|668709_669735_+|hypothetical-protein	unknown	unknown	gnl|CDD|274730
NC_009441.1|WP_012022693.1|651286_654070_+|PKD-domain-containing-protein	unknown	unknown	gnl|CDD|238084
NC_009441.1|WP_012022684.1|632904_634116_+|hypothetical-protein	unknown	unknown	gnl|CDD|274618
NC_009441.1|WP_012022701.1|674265_675480_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_159436621.1|672197_673193_-|DUF1990-family-protein	unknown	unknown	gnl|CDD|274730

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012022694.1|654137_658010_+|leucine-rich-repeat-domain-containing-protein	gnl|CDD|275380	sd00033, LRR_RI, leucine-rich repeats, ribonuclease inhibitor (RI)-like subfamily. A leucine-rich repeat (LRR) is a structural protein motif of 20-30 amino acids that is unusually rich in the hydrophobic amino acid leucine. The conserved eleven-residue sequence motif (LxxLxLxxN/CxL) within the LRRs corresponds to the beta-strand and adjacent loop regions, whereas the remaining parts of the repeats are variable. LRRs fold together to form a solenoid protein domain, termed leucine-rich repeat domain. Leucine-rich repeats are usually involved in protein-protein interactions.	3.86967e-25
NC_009441.1|WP_012022698.1|670446_671493_-|tyrosine-type-recombinase/integrase	gnl|CDD|271185	cd01185, INTN1_C_like, Integrase IntN1 of Bacteroides mobilizable transposon NBU1 and similar proteins, C-terminal catalytic domain. IntN1 is a tyrosine recombinase for the integration and excision of Bacteroides mobilizable transposon NBU1 from the host chromosome. IntN1 does not require strict homology between the recombining sites seen with other tyrosine recombinases. This family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	2.73271e-23
NC_009441.1|WP_044047442.1|631470_632385_+|alpha/beta-fold-hydrolase	gnl|CDD|223669	COG0596, MhpC, Predicted hydrolases or acyltransferases (alpha/beta hydrolase superfamily) [General function prediction only].	2.15825e-26
NC_009441.1|WP_012022685.1|634116_634860_-|UDP-2,3-diacylglucosamine-diphosphatase	gnl|CDD|277343	cd07398, MPP_YbbF-LpxH, Escherichia coli YbbF/LpxH and related proteins, metallophosphatase domain. YbbF/LpxH is an Escherichia coli UDP-2,3-diacylglucosamine hydrolase thought to catalyze the fourth step of lipid A biosynthesis, in which a precursor UDP-2,3-diacylglucosamine is hydrolyzed to yield 2,3-diacylglucosamine 1-phosphate and UMP. YbbF belongs to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	4.88197e-58
NC_009441.1|WP_012022697.1|669700_670273_+|cytochrome-c	gnl|CDD|379187	pfam13442, Cytochrome_CBB3, Cytochrome C oxidase, cbb3-type, subunit III.	0.000413085
NC_009441.1|WP_012022700.1|673472_674261_+|hypothetical-protein	gnl|CDD|225405	COG2849, COG2849, Uncharacterized protein conserved in bacteria [Function unknown].	0.000352045
NC_009441.1|WP_012022686.1|634932_635385_-|6-carboxytetrahydropterin-synthase	gnl|CDD|376501	pfam01242, PTPS, 6-pyruvoyl tetrahydropterin synthase. 6-Pyruvoyl tetrahydrobiopterin synthase catalyzes the conversion of dihydroneopterin triphosphate to 6-pyruvoyl tetrahydropterin, the second of three enzymatic steps in the synthesis of tetrahydrobiopterin from GTP. The functional enzyme is a hexamer of identical subunits.	3.78507e-30
NC_009441.1|WP_012022688.1|635684_636449_-|enoyl-CoA-hydratase/isomerase-family-protein	gnl|CDD|119339	cd06558, crotonase-like, Crotonase/Enoyl-Coenzyme A (CoA) hydratase superfamily. This superfamily contains a diverse set of enzymes including enoyl-CoA hydratase, napthoate synthase, methylmalonyl-CoA decarboxylase, 3-hydoxybutyryl-CoA dehydratase, and dienoyl-CoA isomerase. Many of these play important roles in fatty acid metabolism. In addition to a conserved structural core and the formation of trimers (or dimers of trimers), a common feature in this superfamily is the stabilization of an enolate anion intermediate derived from an acyl-CoA substrate. This is accomplished by two conserved backbone NH groups in active sites that form an oxyanion hole.	1.22124e-38
NC_009441.1|WP_012022689.1|637077_637584_+|OmpH-family-outer-membrane-protein	gnl|CDD|214922	smart00935, OmpH, Outer membrane protein (OmpH-like). This family includes outer membrane proteins such as OmpH among others. Skp (OmpH) has been characterized as a molecular chaperone that interacts with unfolded proteins as they emerge in the periplasm from the Sec translocation machinery.	1.99614e-14
NC_009441.1|WP_081432683.1|668709_669735_+|hypothetical-protein	gnl|CDD|274730	TIGR03696, tRNA_nuclease_WapA, RHS repeat-associated core domain. This model represents a conserved unique core sequence shared by large numbers of proteins. It is occasional in the Archaea Methanosarcina barkeri) but common in bacteria and eukaryotes. Most fall into two large classes. One class consists of long proteins in which two classes of repeats are abundant: an FG-GAP repeat (pfam01839) class, and an RHS repeat (pfam05593) or YD repeat (TIGR01643). This class includes secreted bacterial insecticidal toxins and intercellular signalling proteins such as the teneurins in animals. The other class consists of uncharacterized proteins shorter than 400 amino acids, where this core domain of about 75 amino acids tends to occur in the N-terminal half. Over twenty such proteins are found in Pseudomonas putida alone; little sequence similarity or repeat structure is found among these proteins outside the region modeled by this domain.	7.14883e-13
NC_009441.1|WP_012022693.1|651286_654070_+|PKD-domain-containing-protein	gnl|CDD|238084	cd00146, PKD, polycystic kidney disease I (PKD) domain; similar to other cell-surface modules, with an IG-like fold; domain probably functions as a ligand binding site in protein-protein or protein-carbohydrate interactions; a single instance of the repeat is presented here. The domain is also found in microbial collagenases and chitinases.	0.000866718
NC_009441.1|WP_012022684.1|632904_634116_+|hypothetical-protein	gnl|CDD|274618	TIGR03508, decahem_SO, decaheme c-type cytochrome, DmsE family. Members of this family are small, decaheme c-type cytochromes, related DmsE of Shewanella oneidensis MR-1, which has been shown to be part of an anaerobic dimethyl sulfoxide reductase.	0.000134632
NC_009441.1|WP_159436621.1|672197_673193_-|DUF1990-family-protein	gnl|CDD|274730	TIGR03696, tRNA_nuclease_WapA, RHS repeat-associated core domain. This model represents a conserved unique core sequence shared by large numbers of proteins. It is occasional in the Archaea Methanosarcina barkeri) but common in bacteria and eukaryotes. Most fall into two large classes. One class consists of long proteins in which two classes of repeats are abundant: an FG-GAP repeat (pfam01839) class, and an RHS repeat (pfam05593) or YD repeat (TIGR01643). This class includes secreted bacterial insecticidal toxins and intercellular signalling proteins such as the teneurins in animals. The other class consists of uncharacterized proteins shorter than 400 amino acids, where this core domain of about 75 amino acids tends to occur in the N-terminal half. Over twenty such proteins are found in Pseudomonas putida alone; little sequence similarity or repeat structure is found among these proteins outside the region modeled by this domain.	1.03464e-06

Protein sequences

>NC_009441.1|WP_012022691.1|638166_643740_+|hypothetical-protein
MIQPKISKLKKTVAIYLAMMILLETLQPMQMYALTGGPSQPEFESFTPIGTSDMVDLASGDFNYNIPIMDVGGYPINLAYNSGVTMDQEASWVGLGWDLNVGQITRQMRGLPDDFNGDEMTYENNMKPNVTVGSDFNVFFGAFGVNEVKANVGMSIKYNNYEGFGATASGGLSAQIANNIRVGMNLESSASEGVSASPSVAYQDIDDTKKTRDNTPTGNFGISYNSRKGVENVTYSASMNLKKIKDKAGNEKTRTINGFAGSGSTSFIDASFTPTKRVGMVSSNFIFNLNIEGEFWGIEPGMKFTGYRTSQGIKNSEKYKTERAYGFENTYNASTADVLDFNREKDRTFNKNTTSLPLTNNTYDLYNIQGQGISGMFRPYKSQVGYVFDKETNDDSVGANLGLELGAGGLTHWGIDATVTLGKSNTSLWSASNPALGRFKENKTNNRPDYEKVFFKNIGGNHVDKELDLFNTKLGGYDAVKLGLSGGKFSRSTDVKYAKNTGAIAYTGAVKRESSRLSRNQSIQKLTKVEAKRFGSKLQPSEYSRDHHTTEIRITKEGGERYIYGRAAYNTLKKEVTFDVSDKDRPAEKLDYRNGLIHYDSGDNSANNKKGGDQYFNRVTTPPYAHSYLLTSVLSADYQDLKNDGPTDDDLGNYTKFEYDNKTAEHLYKWRIPFKENEANYDEGLRSSKKDDKGNYQYGEKELLYIKKIVTKTHVAVFHLSERNDAYGVKGENGGIGYDSKMYKLDKISLYSKPEYLAQGDNATPIKEANFEYNYSLCKGIDNSINNEGKLTLSKVYFTYKNSNMGKYTPYVFNYGFNPDYDMKAYDVWGNYKKVKEGVNEGTLAQLSNAEFPFVDQSNRTQADEYASAWLLKSIRLPSGGQMELNYEADDYSSVQNKDAMQMFKVVGSGSKEGLTANNISNGIERKTLGKYIYVQLDHKVDNSKEFYDQYLKNVGDASNPLYFRFLLNMVNPNPLPGVDSTDKYDYVTGYLNIEGIKNKTVDCGFLEVNDKQYVAIPIDYVGKGDGFNKDSHEVNPISKAGWNFGRQNLNRLVYSMYNEEDTTDLKSIVMEMIGWLPTILDIFKSPNAKLEQTEIASRFITNKSWIRLIQPTGKKVGGGTRVKNIAINDQWDVMTANTNKELYQQSYGQKYVYETENGKSSGVATYEPLGCKENPFVKPFYDQNKRDLPLGPDNTNYVEEPFGESFFPAPKVTYSRVTVANLSREKHNESNVVTNSVKKHATGSVVTEFYTTKDFPTLTDRTTLSLNYDKSSALASLLNLKVKDHITLSQGFSVHTNDMDGKMKNQRVYGEGQKDFISGVDYKYNTITDAQNRNEGRLNNTVQTIDSKGNIASKLVGVDYDVINDFRENKSTTQIAGIHYNTAGIPIFLAIIVVPVPLPSYSQYESQLRSAVTTKVIHTTAILSETIAYDLGSKVSTKNLAYDAETGEVLLTETVNEYNDKYFSFNFPAYWSYAGMSQAAKNIGLEWDITKTGNNQYQLKDEGIKTFLESDYLVDGDELWLNGLAPDGKTKTLMKAWAVHVTKDNFKLIDEKGILIKSDVINTAKMKVIRSGYRNLQTASMASVTSMTNPLYNYDGNNKITTIKTNIGNNPFMSSDSSNRIVNASAVQYNDVWPSQCECNLPKMVFENGNLVFEYEKENNTAEEDDIAKRSFNPYLYNILGNWRANKSYAYLTGRNYTVDPTPRKTGFFNDFYPFYVYDTTKNVWGKTASNYDRWTFASEVTQYNPAGQEIENKDALKRYSSALFGYNNRFPVAVASNTKYTELASDGFEDYDLSNCGTESHFDFQAQLKTNDVSVSDRQAHTGRKSLKISPSKKAIIKKQVVSCNEIPSTVTAKK
>NC_009441.1|WP_012022690.1|637567_638170_+|hypothetical-protein
MKDLNKLFCIFCVLFFISCKKETKNDSKNSEIRDRYFNLEKIGWKSRAYTQKADDIAFTAIEVPIQYYLLKDLGTENLIPVDSLYEKNKRERIIEFTFQQDEEKDLLEKKFTGIDYTDAVKYMSFGLEKDFYVVTSKKDTIACSGVNYERTYKIAPYQKVLLFFSGIDPNEKIQLVYSDYLFRKGTLKFQFKDTYTQIAL
>NC_009441.1|WP_012022689.1|637077_637584_+|OmpH-family-outer-membrane-protein
MIKHKSSLLLIINSLLVFSLIFYVILTSFTSKTKIVYVDTTELFNGFSMTKELKSKGEKEFISKKIALDNLYSQIQSKSINASQKEVLMKQFIQEKEELEQFNQIYAATESSKIWSRINSYSEDFSKENNYDLIIGTENKTTVLYADEKITVTKELLTYINKRYEGLK
>NC_009441.1|WP_012022688.1|635684_636449_-|enoyl-CoA-hydratase/isomerase-family-protein
MSSEIIKGSLQTSFQNTIATVQFGHPASNSFPRELLDRLTSEINELSRNEKVSVIILKSEGAKAFCSGASFDELLQVENEEQGTEFFSGFAHLINAMRNCNKLIIGRVQGKAVGGGVGIISACDYVFATQESDIKLSELAIGIGPFVIEPAVSRKIGKTAMVEMTLTAHAWKSAEWAFQKGLYSVLSNAENLDAEVENFAQKLSSYNPESLKEMKKIIWEGTEQWESLLFERAAITGKLVLSDFSRNALLQFKK
>NC_009441.1|WP_012022687.1|635417_635594_-|hypothetical-protein
MTIISLFQNVDVAEKIKHAPDSSYQIGVVIGSFIPFLVLGGIALWMYNRAKKRDKNGY
>NC_009441.1|WP_012022686.1|634932_635385_-|6-carboxytetrahydropterin-synthase
MSNIRITKQFSFETGHALYGYDGKCKNVHGHSYKLSVTVIGSPITDRSNVKFGMVIDFSDLKKIVKEEIVDQFDHATVFNQTTPHIELANELKNRGHHVILVDYQPTSENMVVDFAERIKNRLPVGISLFSLKLQETESSFAEWYASDNL
>NC_009441.1|WP_012022685.1|634116_634860_-|UDP-2,3-diacylglucosamine-diphosphatase
MKKVYFASDQHFGAPTPELSLPREKKFVAWLDEVKEDAEAIFLLGDLFDFWFEYKTVVPKGFVRILGKLAEIRDSGIPIYFFVGNHDLWMNDYFETELNIPVYHDNKEFTFNGKTFLIGHGDGKGPGDKGYKRMKKVFTNPFSKWLFRWLHPDVGVSLAQYLSVKNKLISGDEDIKFLGEEKEWLILYAKRKLETKHYNYFIFGHRHLPMIRPVGENSEYVNLGDWIGYFTYGVFDGETFELKEYKK
>NC_009441.1|WP_012022684.1|632904_634116_+|hypothetical-protein
MKNTCIIIAFMVLSVFLTNCTNKSDEYIDPRGTNYAGSESCIQCHKAESESAFHSSHFKATSPALKENVLGHFSKGKNTFVYDKNTKLVMEERNDTLYQVLYKNNKEVEAYPFEVLFGVKHAQTSAYWKNHYTYELPVSYYKSLNSWATSPGYSATVPNFERKIEKECYGCHSSNIASRYITTSSDSITFTNMEVEDFMNPKTLIYGIDCERCHGPAKKHVQTHLKFPDLKLAQDIVSFKKLTRQQKIDACAICHSGNDKLKIKSRFEFRPGDNLLDYFRGVPGSNDNKVYDVHGNQLGLLSQSKCFKKNETMTCMNCHNPHENTSKSMVSYSKICMSCHQDPKHTPETLKTVSKTAMAENCIECHMPKQDSNAIRFQQSNTAAMSSYSLRTHKIGIYPANKK
>NC_009441.1|WP_012022683.1|632464_632821_+|hypothetical-protein
MREIEQIYHNNFGIAFYWKQNSQTILDKVQLVFKETGFYFTISELNQFCDLIEDSLLENTCCEACEMKYSCHKFLLKTPCNSIDLAVSMTELKSIKDLVEGSLFKIELDEYVYGVGLN
>NC_009441.1|WP_044047442.1|631470_632385_+|alpha/beta-fold-hydrolase
MKSFFVSFFLMFCFFANAQNLYIKTYGNEKNKPVIFIHGGPSGNATLFEGTTAQKLADQGFYVIAYDRRGEGRSADPDAKFTYEEAFQDLNFIYKIYNLKKAVLLSHSFGGLVATLYANKYPQNVSALVLAGALFSQQETYDHILNTLKKKYNNDSEQLKRIHVVENLDKNSAEYRKKCFELAGENGFFKMPNPTAESKKLYTDYETGEFYKTNIRNKNAPLLFYQNEKQNNIDSRPFLKKIKAAGVPIYGIYGKQDGIFSLAQIKSIKDLAGEKHFAFLDNCSHYLFVDLQKEFLDNIKKWLK
>NC_009441.1|WP_012022693.1|651286_654070_+|PKD-domain-containing-protein
MVNDFKIKKYWITALCTVLFSLAGFSQGLSDATIGFNLSKETEVLKKQGLKDEDLTKEIARLRKIKMASFIIIKNKEAAAIQENKMKPLAKSILTKNIKTASKISSLAKTEMECSYDYYRAGRIQYAGGPTYDQNSVKINTPANITFYKYYNGTNGNLSYEWKLYNPDGIVIDTKNTSNFSITLPAVGAYKIVLTLTDAIGCSEFEATLYVRDSNNCVISPEERNGTIYTPRNSDQLVENRESIVTLSPSGFSTNNLIYKWDLFDVNGSNIFTSSEPEFKFTPPAKGQFLINLKITDPNGCSTTYTRNVETVDICTYTQYDDYFDIMAPEESAGGRVSFAKVGQRVTLEPVFFSGGNKEFTYSWKLFDPKGQQIGTGSHRVFPFTPTEPGYYTLTADLTNLETGCILTAKKTVASQIENGCVLTNPKSSEVYELYLKFVKKLIERLVLGETDEQINSSIAMPEFMALKPYIKNGVGDKIYNFVSIQEGYGDQRVNGINFSFSPEREYDIHIYSIDGVYYNSEYSTPEDLEYNISSAIFTNISQYIAADDFFVSCQVINGGKKAKTGKVVLEPYECTRESEVRNIIFCPGEGSNCTPEIVGTIKSNFPFIYPKTEYSFYFETIIPNLTYSWSITSETGEVLSTSDTDITTPYRYTFLNEGIYFVKLTAKNELGCTTNFTKKIIVDNKRCANDSNNFTFETEENGVTYIWTTTDINGNIVDTVTNTSGNYSFTTNTAGTYEVKLTANAEKKCETIFAKTIFVENCTPVVVVSCTQNNPLTPKIHQLFINLINKAATTPNGVDVNTYAKTEIAALAPYTFGPNAKIFNFSNDSSSVSFSFTENYTGIDVYIPKSSQGTITGIDLSKYESSSSKTIVETNYTNGSSNLTNGYVTNIDFCPSIDCTPITGVINIVKRGTASTNKKTNSSSKI
>NC_009441.1|WP_012022694.1|654137_658010_+|leucine-rich-repeat-domain-containing-protein
MTNNLKIKKYWITTFCLVFFSLFSFAQELSDETIGFNVVDYTAFLKNRGVTDKDMKSELSKLRKTRLSDYLEMKKSENDFLQMNINENKVKQSRSSINSKTAVLDIPQIEKDALLAFYNSTNGSNWLLKKGWDFSTPVTTWDGFSQTGWYGITITDGHVTKITDILNATGTLPDLSALQYLKELYIFNSSFTGNLTGLQNLNNLEKLRIGWSTSSQSSFQDLNPLSKLTNLTELCLHSCNFTNNSIPSDFTKLVNLKKLEIRFGNVNQNWEVLGNLTNLIHLNLGNNNFASQNTTLVVPPNFANLTKLEILDLSNNKIKDISVINNMKELKYLNAQWNEISTIPSGFSELTKLNYIRLGQNKIKGNFPSYLQNLQLNTFEISSNEFEGKIPALNFDLANSTVNYYIAGQGVAFLNKTLGIYDNKFRFIDFANEFEIYKTKIASNYFTYQYQKRINVVETITKGIGQSVTLKMFPEGDSRYLNDDTFKWFKNGVEIIGATERTYTLTNLTAANAATYICRSYHTSNPDMSALTLEREPITLKVVNCTPLTGNITSTTDKFHTGGESNFAFQTTATGLSYEWSVTTAEGLPVNEIPSNTLEIYTYTFTNPGDYIVKVKATDSTGCTTEFTKEITVTERYCDNEPVDFSFETTATNLTYTWTTTDSTGKVVNRVTDTTGLYTFTPQVSGEYVIELVASSATSCKTLFTKNITIDQCTPYISCTRDNPLSPEIHRLFINMITKLTSAPAGTNVNVYAHKEIAAVAPYTTEKTAKIYNFVNNGTAISFSFTENGTDDVYIPKASTGSVTAIDLSKYVDSVTSTIVATSYSNGTTNNSDGRVKNIDFCPKELSCVSHVALVVDESGSLDQSEINKIKKQLKLFVAQQAFTNDDIGSNIHISITGMSDSDDVNKRRKDFIIPTKVTASNVYLFNNWIEKLGKRYGDTIGISQASDFWKSGLDGALSYSMKPNFVIMITDGAQTDDVTGLKETLAKFDNNNKTVTDPKLPHLYVVGIENGVYIDRNSLTGKALPRNEDPNYNSAIGSQNNLTAKTTPFLTKSLQFLLDLSPTEFPVADINQFTVGTYFGHSNFDLLASDETYFSDKLIVGEVVCGTPAVKDSCDDCFSFKPEPGKEYVLSAWVKEESNEQVKTYVNPLIKIKFYNNKEALDIPAHKIDSLSIKGSGDIIDGWQRVVKKFKIPNNTITLGIELENLSPSIPVYFDDIRIHPLQGSVKSFVYDPETFKLMSELDENNYSTFYEYDNEGGLVRVKKETAKGIKTIQETRSGNVIETTNTTP
>NC_009441.1|WP_012022695.1|658014_658725_+|hypothetical-protein
MYKKIIYVWVLFNCCLAHTQTVNEVIQKISKQYSLAKPLQYKSTYSLYKDFDSKKIEETYKGIYYKNDLNEIYTKIGDTEILNSKEVYLKISNSEKAVEISNPVPNYNGDFDIKPLLQLCKIEKFVDYKTYWEITLTAKPYSSLSYSKIVVQVTKNYFLQKQVFYYSTAVNFSNDYRKPDPHYPRLEIVNTNFNRNAVNASVFNTKTYFTTSAKKQIVPAEKLKKYEIIDQRVISK
>NC_009441.1|WP_081432683.1|668709_669735_+|hypothetical-protein
MLVPNRHESSKDYRYGFNGKEKDDEFNGDVNSYDYGARMYNPRVGRFLSLDPLSHDFPFYSPFQFAGNSPIFAIDLDGLEMQISNTVFTLKEGKGTPELNYSTDIKIHYKVLNLTGRKIEGIQQITDFARDRSRLVYSDRAGMGNFSITFDGKGNRLKQPISYKLNGKIKSFETTFSVIKSTKEINDSDYVVILVNQRLSNKKYPEHAHANLAGNIMTVDIGNPDYKSILTNGTFNFNLMTTVARKIGATINHETGHNLGLDDEYKMKEDGQAIVNPGYENNQMSGGSGKELNSRQIASILNDIFTNFRIDLYNKKKSGKEQTDSTKSQVNEEQKKLNLGN
>NC_009441.1|WP_012022697.1|669700_670273_+|cytochrome-c
MKNKKNLIWGISALLIINCILLLKNCNQKQLIEVKDKKIDKTIDKKVLFTGEFNDVGSPINFWDFYGDNGESILSLIFYKNDKNEFDYEIKQKNSLGKIVYSAEMRNGKVLKEFDYEILQNINIDNGRFMYENYCVNCHNYKKEGVSKPLLKLKNIEVSKFIKKYKNVSHENVPKLNDNELKSVILFINK
>NC_009441.1|WP_012022698.1|670446_671493_-|tyrosine-type-recombinase/integrase
MKKTTPIVPLFKQFIKETESGKRLKKNGEKIKSGSIQNYYYVLNNLIQFSSETKFELRICDASKLDKRELASEKSYWKKFYLKFTEFLYKKGCHDNYVGANIKIIRVFFNYLKNDKDIITGDFQRLFYVRKEEIEIFVLSPEQLKFLIHDKDFEQTLIPSHKRIKDIFVFGCSTGLRYSDIFLLTNKNFEQMEGDWYLKLKSQKTKTFSFIKLSAYAITIFQRYKATSDRIPIFGTISLFNFNKSLKQIGEQAGFTMPIEVSREQQGKTQKLTKKTDTSRNRFCDKMSSHMMRRTAITTLLILGMPEHLVRKISGHSNASSSFNRYVHYAQAYMDKEIEKVHSKLESY
>NC_009441.1|WP_159436621.1|672197_673193_-|DUF1990-family-protein
MPNRHESSKDYRYGFQGQEKDDEIRGGEGNSINYTFRMHDPRIGRFFAVDPLFREYAYNSPYSFSENRVMDGVEREGLEVENINAYLKAKKYGVDALEIKKMDDGMGNVSSQLYSLRTLGITPSEFANLRDTFLNAPQTFTNNFMATYKPVQKANSNILSPGDEIGINLQPATPFPIFVRVMNVVKKDNSFEMTFATLEGHTDAGYITFSGVFNKRTGQMDINIFNETRENLAMAYPLDLGRGAQILQWKIVMKNIAKAIQQDPKNNNTVIEITKHIEEYEYDESGTGGKGKLVESITEQIDIPKKPSIPAKTTKIKNTKSDYDIQDGDGF
>NC_009441.1|WP_012022700.1|673472_674261_+|hypothetical-protein
MKTKVLSGFLLFFLSLFLVSFSDPYAIKRISDANFRYEFFTTDKKVKVKDNKIYFWFKGGTIHNAQSGIAGALLDDKFVKMYHNNQLAEQGQFDEGLKVGLWKTWHSNGIIESTQKWKKGIKCGEYFRYNSNGDLVETGKYSQDLKTGKWVDLEKKDTLVYKKGILLSKPQKISKSQEYKLKEEQEKLDKSRKEAKELEIIQDSNTLNSYKEATKQREKAEKEKLEREKKAEKDKKAAEKASQPKKDSKVKSFFKNLFSKKK
>NC_009441.1|WP_012022701.1|674265_675480_+|hypothetical-protein
MIKAHSLLYAIYICLIVSIICGALLYFSNLYNQLNLYYNLQEELYIQNQSVVNFALGNKIKPQEIQKDENSGIEGNYKTKPYGLLTLLLAESSVGNDTVKSAHFVGSYTTDKTAVFLTNISKPLSYSGTVTLNGDSELPSTFIQTAYINNSPNKLNNNGKIAVSEIRLPEINPNFEKIFEETEGVKTALKDIEKAKDSIYYNSFFNETKDIYVTSSLSNIIFKGNFILRSKDSIRVRKNAVLEDVILIAPKITFETGFKGNLQAFATKGIDVEEKVTLNYPSVICVYNKNEEESQIRIKKETTISGAVVYFGNSSDDDFSKKTVEIAEEGLVFGDIYCTGKLSLRSNVYGSVYTNRFFLKTDATSHDNVISNVEINPHKRPEYFISIPLFSNQKTAYGILKKVL
>NC_009441.1|WP_012022702.1|675454_675799_+|hypothetical-protein
MVFLKKYCSVKANSILESVIALTIISICLYFAILIFAAVFTPRTSAKFYNTQNKVNELFFLSQLKNDSLQYESNDENLLIEEEVVTDHLKKISVEYKDSTKFKFQKSFYVEGNP

Crispr_ID: NC_009441_3

• CRISPR_ID: NC_009441_3
• CRISPR_location: 1118828-1118972
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_009441_3

Consensus_repeat	Method
GCTTCAGCATCAGCTTTAGCTTTTGCTGCAGCTGCAAGT	PILER-CR

spacers of NC_009441_3

>3.1|1118868|31|NC_009441|PILER-CR
ATTGTCTGCTTCTAGTTTTGCTTTCGCAGCG
>3.2|1118939|12|NC_009441|PILER-CR
CTTACTTGTTTT

CRISPR arrays and Neighbor proteins around NC_009441_3

CRISPR arrays

The CRISPR arrays of NC_009441_3

>merge|NC_009441|3|1118828-1118972|PILER-CR
GCTTCAGCATCAGCTTTAGCTTTATTGTCTGCTTCTAGTTTTGCTTTCGCAGCGGCCTCAGCATCTGCTTTAGCTTTTTCTGCGGCTGCAAGTCTTACTTGTTTTGCTTCAGCATCAGCTTTTGCTTTTGCTTCAGCTGCAAGTT

>NC_009441|3|1|1118828-1118972|PILER-CR
GCTTCAGCATCAGCTTTAGCTTTATTGTCTGCTTCTAGTT	TTGCTTTCGCAGCGGCCTCAGCATCTGCTTT
AGCTTTTTCTGCGGCTGCAAGTCTTACTTGTTTTGCTTCA	GCATCAGCTTTT
GCTTTTGCTTCAGCTGCAAGTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_012023070.1|1123447_1123900_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023069.1|1121967_1123260_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023057.1|1085993_1086842_+|DUF4349-domain-containing-protein	unknown	unknown	gnl|CDD|379526
NC_009441.1|WP_012023074.1|1126569_1127577_+|recombinase-RecA	unknown	unknown	gnl|CDD|236476
NC_009441.1|WP_012023067.1|1120007_1121459_-|gliding-motility-protein-SprC	unknown	unknown	unknown
NC_009441.1|WP_012023073.1|1125912_1126422_+|acyl-CoA-thioesterase	unknown	unknown	gnl|CDD|224523
NC_009441.1|WP_121362941.1|1094604_1095603_-|type-IX-secretion-system-membrane-protein-PorP/SprF	unknown	unknown	gnl|CDD|274625
NC_009441.1|WP_012023061.1|1090240_1091209_-|DUF4837-family-protein	unknown	unknown	gnl|CDD|379774
NC_009441.1|WP_012023056.1|1085517_1085916_+|ribonuclease-P-protein-component	unknown	unknown	gnl|CDD|234989
NC_009441.1|WP_012023059.1|1088479_1089283_+|OmpA-family-protein	unknown	unknown	gnl|CDD|143586
NC_009441.1|WP_012023060.1|1089518_1090160_-|DUF1579-domain-containing-protein	unknown	unknown	gnl|CDD|377882
NC_009441.1|WP_012023058.1|1086838_1088476_+|S41-family-peptidase	unknown	unknown	gnl|CDD|223864
NC_009441.1|WP_012023072.1|1125492_1125876_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023068.1|1121455_1121869_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023071.1|1124336_1125485_+|DNA-polymerase-III-subunit-delta'	unknown	unknown	gnl|CDD|273213
NC_009441.1|WP_012023062.1|1091257_1093090_-|LysM-peptidoglycan-binding-domain-containing-protein	unknown	unknown	gnl|CDD|182727
NC_009441.1|WP_012023065.1|1095622_1115116_-|T9SS-C-terminal-target-domain-containing-protein	unknown	unknown	gnl|CDD|275004
NC_009441.1|WP_012023063.1|1093200_1094388_-|phosphoglycerate-kinase	unknown	unknown	gnl|CDD|234613
NC_009441.1|WP_012023075.1|1128125_1128881_-|1-acyl-sn-glycerol-3-phosphate-acyltransferase	unknown	unknown	gnl|CDD|153251
NC_009441.1|WP_012023076.1|1129033_1130008_+|tryptophan--tRNA-ligase	unknown	unknown	gnl|CDD|234866

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012023071.1|1124336_1125485_+|DNA-polymerase-III-subunit-delta'	gnl|CDD|273213	TIGR00678, DNA_polymerase_III_subunit_delta', DNA polymerase III, delta' subunit. This model describes the N-terminal half of the delta' subunit of DNA polymerase III. Delta' is homologous to the gamma and tau subunits, which form an outgroup for phylogenetic comparison. The gamma/tau branch of the tree is much more tighly conserved than the delta' branch, and some members of that branch score more highly against this model than some proteins classisified as delta'. The noise cutoff is set to detect weakly scoring delta' subunits rather than to exclude gamma/tau subunits. At position 126-127 of the seed alignment, this family lacks the HM motif of gamma/tau; at 132 it has a near-invariant A vs. an invariant F in gamma/tau. [DNA metabolism, DNA replication, recombination, and repair].	3.64869e-52
NC_009441.1|WP_012023057.1|1085993_1086842_+|DUF4349-domain-containing-protein	gnl|CDD|379526	pfam14257, DUF4349, Domain of unknown function (DUF4349). This family of proteins is found in bacteria and archaea. Proteins in this family are typically between 282 and 353 amino acids in length. There is a single completely conserved residue D that may be functionally important.	1.69422e-58
NC_009441.1|WP_012023074.1|1126569_1127577_+|recombinase-RecA	gnl|CDD|236476	PRK09354, recA, recombinase A; Provisional.	0
NC_009441.1|WP_012023073.1|1125912_1126422_+|acyl-CoA-thioesterase	gnl|CDD|224523	COG1607, COG1607, Acyl-CoA hydrolase [Lipid metabolism].	1.23272e-58
NC_009441.1|WP_121362941.1|1094604_1095603_-|type-IX-secretion-system-membrane-protein-PorP/SprF	gnl|CDD|274625	TIGR03519, bacteroidetes-specific_membrane_protein, type IX secretion system membrane protein, PorP/SprF family. This model describes a protein family unique to, and greatly expanded in, the Bacteriodetes. Species in this lineage include several, such as Cytophaga hutchinsonii and Flavobacterium johnsoniae, that have type IX secretion systems (T9SS) and exhibit a poorly understood rapid gliding phenotype. Several members of this protein family are found in operons with other genes whose loss leads to a loss a this motility.	3.31366e-75
NC_009441.1|WP_012023061.1|1090240_1091209_-|DUF4837-family-protein	gnl|CDD|379774	pfam16125, DUF4837, Domain of unknown function (DUF4837). This family consists of uncharacterized proteins around 350 residues in length and is mainly found in various Bacteroides species. The function of this family is unknown.	7.29213e-114
NC_009441.1|WP_012023056.1|1085517_1085916_+|ribonuclease-P-protein-component	gnl|CDD|234989	PRK01903, rnpA, ribonuclease P protein component.	2.48629e-26
NC_009441.1|WP_012023059.1|1088479_1089283_+|OmpA-family-protein	gnl|CDD|143586	cd07185, OmpA_C-like, Peptidoglycan binding domains similar to the C-terminal domain of outer-membrane protein OmpA. OmpA-like domains (named after the C-terminal domain of Escherichia coli OmpA protein) have been shown to non-covalently associate with peptidoglycan, a network of glycan chains composed of disaccharides, which are crosslinked via short peptide bridges. Well-studied members of this family include the Escherichia coli outer membrane protein OmpA, the Escherichia coli lipoprotein PAL, Neisseria meningitdis RmpM, which interact with the outer membrane, as well as the Escherichia coli motor protein MotB, and the Vibrio flagellar motor proteins PomB and MotY, which interact with the inner membrane.	1.18923e-20
NC_009441.1|WP_012023060.1|1089518_1090160_-|DUF1579-domain-containing-protein	gnl|CDD|377882	pfam07617, DUF1579, Protein of unknown function (DUF1579). A family of paralogous hypothetical proteins identified in Rhodopirellula baltica that also has members in Gloeobacter violaceus, Sinorhizobium meliloti and Agrobacterium tumefaciens.	1.2563e-57
NC_009441.1|WP_012023058.1|1086838_1088476_+|S41-family-peptidase	gnl|CDD|223864	COG0793, Prc, Periplasmic protease [Cell envelope biogenesis, outer membrane].	6.0381e-86
NC_009441.1|WP_012023062.1|1091257_1093090_-|LysM-peptidoglycan-binding-domain-containing-protein	gnl|CDD|182727	PRK10783, mltD, membrane-bound lytic murein transglycosylase D; Provisional.	1.40824e-57
NC_009441.1|WP_012023065.1|1095622_1115116_-|T9SS-C-terminal-target-domain-containing-protein	gnl|CDD|275004	TIGR04131, conserved_hypothetical_protein, gliding motility-associated C-terminal domain. This model describes a protein homology domain unique to, and greatly expanded in, the Bacteriodetes. Species in this lineage include several, such as Cytophaga hutchinsonii and Flavobacterium johnsoniae, that exhibit a poorly understood rapid gliding phenotype. Several members of this protein family are found in operons with other genes whose loss leads to a loss a this motility. Proteins with this domain frequently pair with members of family TIGR03519, whether one such pair or many occur in a genome. More than 30 members may occur in one genome.	1.97856e-29
NC_009441.1|WP_012023063.1|1093200_1094388_-|phosphoglycerate-kinase	gnl|CDD|234613	PRK00073, pgk, phosphoglycerate kinase; Provisional.	0
NC_009441.1|WP_012023075.1|1128125_1128881_-|1-acyl-sn-glycerol-3-phosphate-acyltransferase	gnl|CDD|153251	cd07989, LPLAT_AGPAT-like, Lysophospholipid Acyltransferases (LPLATs) of Glycerophospholipid Biosynthesis: AGPAT-like. Lysophospholipid acyltransferase (LPLAT) superfamily member: acyltransferases of de novo and remodeling pathways of glycerophospholipid biosynthesis which catalyze the incorporation of an acyl group from either acylCoAs or acyl-acyl carrier proteins (acylACPs) into acceptors such as glycerol 3-phosphate, dihydroxyacetone phosphate or lyso-phosphatidic acid. Included in this subgroup are such LPLATs as 1-acyl-sn-glycerol-3-phosphate acyltransferase (AGPAT, PlsC), Tafazzin (product of Barth syndrome gene), and similar proteins.	1.54118e-45
NC_009441.1|WP_012023076.1|1129033_1130008_+|tryptophan--tRNA-ligase	gnl|CDD|234866	PRK00927, PRK00927, tryptophanyl-tRNA synthetase; Reviewed.	1.8752e-165

Protein sequences

>NC_009441.1|WP_012023065.1|1095622_1115116_-|T9SS-C-terminal-target-domain-containing-protein
MKKPTILRTLIFVLAMMLNFASYSQNLISFNSKFDKNLKENIFLKASNQPNSQISDTTHLSGIVEKVAVPTIPNPVLKYAQGEYAGIISICPNDGKELPKLFLCGSNDARLIETGITNASSFNWARLTGGCTAFANVNCANEATNCTWTTVGTGANYSANAAGEYRLRITYSDGTVFIFYFNVYTNDLDPTNISKSNILNGSGCSIPGRITVGGFGSKYEYAISTGTTTPTSGWQDSNIFANITTAATYNVFVRLKNVTGTCVFRVRNIAITAANLTISTTINHPKCNGDKGSITVKTSDLGLRYDYTLFRGTTQVGNIQGVAAPEWTFTGLDPATNYRAVVTVSNACVSNSISNRTVNNAPNLLTLSISNQSANSGCSTGNLQANPSGGTSPYKYFVNVNNAGFVPNTSGNTIVVTTPGTYQVRVEDINGCTATASYTVNTVTKPNYNFTTTSPNCSVTTGSITVNLINANSYTIQYRINNGSWGSTKAWSNLGPGNYTVEVRYRLNNNNSWCTDTNVVTILDAPNGLTASAGVAALAGCGPNGTGIVRITNPSGGVPPYQYSFNGTTWGASNEANMAPNNAPGYTVYIRDSSPTPCVYAMTGIIIDPVPTPPRITYEGPTYDCNGIASMKAIVTSPVGSNYTYTYLLDDVENTNVPANEFINIGAGDHNIKVVYKLANVSTYSNLLKEDFGRGNPTTSPGINPAYCFENQSGVHPPGYACNLDNEINDGEYAVTNRINPRFGSWLDMRDHTSGGSDTQGRFLAINIGGVAGIGGIIYRKPIYDVIPNQDVKISFWVANLINNLPQNAGNDDPNITIQLIADYGLATQTLVASQETGVVPKSNKWENYNMSLNPGSYSTLDFVIRSYSAVDFGNDLTLDDITVYQVPRACAFADPFKFEVLDDKAFKAEIVPVSNVTCNGANNGSFKIIATNFGTSFEYSLNGSAGPWIPSTTSEVTVTGLQPKTYDVRVRRTGTNVAGCELTLNPVITSPTKFVIAATGKDALCSTGGLGSVDASATSGGTQPYNLVLTNNADNTQITFPPSLVLSGVVRPGTYTISGTDGGGCPATGSTSLVINGTIPPKADITKNTGLCFGTNATITVTIRDGAAPYSYSVSYNGGAYSAPSTPSNATSFNYTAAAPGTYSFLITDHNGCNAIAVSQRIDPKITATTAIRNSLTCDPANPDATIEVTISGGTAPYTYTVKNKTTGALLYTSSSITGPTFTYSTANPGTYTFDVKDDNGCIATIDGVVNSLVPVIASAAPVNPTCNGGTNGSVQLSGSGGVGPYMFSFNGGAFSNQSLYTGLSAGVSYSYQVRDFNQCLSAAGTITLSQPDPITGTTSFTPYTCLQTGSITVTSISGGTGTYQYSINGTTFQAGTTFTGLTNGTYTITVRDANNCTNTLAPVTLDPLTPPTALSFSNTALSCPTNKVSITVTTTGGSGALSYRIVEPASASGNTSGLTTGTFTNLDPGTYKFEVTDAKGCKYEDSYTVAPLPALTVVGTHTNVQCFGSSTGTAQFTVSGSTGFTYTLNTVSQGAGTSPISLTGLAAGTYTVEITNTATNCKALASVTITAPAAALTLNNTPSAITCDAPGSVVLTAAGGWGGNTYSLTQPDGTVLGPQNTGTFANLTQTGSYTANVTDANNCIASSTFTLSTPSAPSASIAGSDICYDANNQATITVTASGGVGPYQYSINNGTSYQSGNTFANLLPGSYTVLVKDAFGCTSTAIAQVIANQLQVDAVLTKTLDCKTPPAARITGTISGGTAPYTYSVSVNGGAYTSLGAVTGTTFTYDTTTAGEYQFQVNDVNNCPAVSTSVKIDALVPVIASAAPVDPTCNGGTNGSVQLSGSGGVGPYMFSFNGGAFSNQSFYTGLSAGVSYSYQVRDFNQCLSAPGTITLSQPDPITGTTSFTPYTCLQTGSITVTSTSGGTGTYQYSINGTTFQAGTTFTGLTNGTYTITVRDANNCTNTLAPVTLDPLTPPTALSFSNTALSCPTNKVSITVTTTGGSGALSYRIVEPASASGNTSGLTTGTFTNLDPGTYKFEVTDAKGCKYEDSYTVAPLPALTVVGTHTNVQCFGSSTGTAQFTVSGSTGFTYTLNTVSQGAGTSPISLTGLAAGTYTVEITNTATNCKALASVTITAPAAALTLNNTPSAITCDAPGSVVLTAAGGWGGNTYSLTQPDGTVLGPQNTGTFANLTQTGNYTANVTDANNCIASSTFTLSTPSAPSASIAGSDICYDANNQATITVTASGGVGPYQYSINNGTSYQSGNTFANLLPGSYTVLVKDAFGCTSTAIAQVIANQLQVDAVLTKTLDCKTPPAARITGTISGGTAPYTYSVSVNGGAYTSLGAVTGTTFTYDTTTAGEYQFQVNDVNNCPAVSTSVKIDALVPVIASAAPVDPTCNGGTNGSVQLSGSGGVGPYMFSFNGGAFSNQSFYTGLSAGVSYSYQVRDFNQCLSAPGTITLSQPDPITGTTSFTPYTCLQTGSITVTSISGGTGTYQYSINGTTFQAGTTFTGLTNGTYTITVRDANNCTNTLAPVTLDPLTPPTALSFSNTALSCPTNKVSITVTTTGGSGALSYRIVEPASASGNTSGLTTGTFTNLDPGTYKFEVTDAKGCKYEDSYTVAPLPALTVVGTHTNVQCFGSSTGTAQFTVSGSTGFTYTLNTVSQGAGTSPISLTGLAAGTYTVEITNTATNCKASASVTITAPAAALTLNNTPSAITCDAPGSVVLTASGGWGGNTYSLTQPDGTVLGPQNTGTFANLTQTGSYTANVTDANNCIASSTFTLSTPSAPSASIAGSDICYDANNQATITVTASGGVGPYQYSINNGTSYQSSGTFANLLPGSYTVLVKDAFGCTSTAIAQTIANEFTVATVLTDGPKCTSPNITIDGTINGGTANYNYTVTINGTLDPTVHTVAGTTFTYTDATAVTATTTTTYLFTFTDNSGCNATSTVVVQPKTNPDFTAVQGNLIYCSGQETGSINVNIDTTVGVGPYVINVVKDNTALGTPNVNYGTQTTGLPGGDYIVTVTDANGCSLNRNVSIAQPDPIVFTEDIQQIKCIGGGAGTALGSIGVTALAGGTTSGLALPAKSGFIYTLTSNTSPTQTFTPDGRENHSFQILNFGIYELTVTDFNGCSVTKTINIASPPEDMIIDVTQGTPSCTSATIVVSVTPPIPGGPYHFALYPVDPANPNNYDYATYSASYQDADAVSPPASPGDPDLLKSTFTGLNPGVLYSFIVYDESTNCYFFKQADTKTPTLSTLTSDLTESNVTCMNAGDGSVSFTFTKNYTTTTTVNYQVYNSQTNQPVVPAITGSVTGLNGNVTSPVQTAGPLVPGTYYILFTEVGGSTPGCTNSSRTFTITQSVVPVLVNATVNKNQNCNELGNISVSAQGGTAPYKYLVLSDTAPAPTAGDAWVDGSSFNLAAGNYIAYAKDANGCIQPAAVKVIPLDPTPVVAAVLAAQCNVTEGSFVINVTVPTAGVSPYTFSVDGGAFQSRTAPFSITGLSSGSHTIEIKDKNGCGNTVTVPILKPLGFTPEVTALPTCPNNDGQITVTAAGGSSTYSYELLDASASTVLAGPQASNVFNAVAAGSYQVRVTDVTTTCALVKPILLTSPAPVNFTASPTDVSCNGGSNGTIKVTLGAGNTDPVYTYTLTALSGPALVVGPQTSNLFTGLSARDYSISVASGRLGCSTPQTITVGQPPVLSVDASSAAAPFKCAPDNSTNTTIVTINGSGGFGDYTYSINNVDFYPTNTFTVADNGTTYNLPVYVKDANGCSAIGSVLITRLTRITTVTVAGTAIDCLNNGRADITVLGGSGNFSYQLLPSGAPQVDNFFGITAPGDYYFRVIDNDTDCYFDAPVFRVAPYNTIKAVATATTPVNCFGDANGALAINVTGYTGAYTYEVFNSAGTSVMGPIGSDTTVNPRSISGLSAGNYTVVVTETASPYCSVTTNAVTIGSPSEAVSVTASTVNDNCGTNAGQIIAEGHGGTAPYYYQILPQGSPAPLVTDAGWSTVTTLNAESGNYTVYVKDSRDCPSSVNVILGLDPSPVVAAVLAAQCNVAEGSFVINVTVPTAGVSPYTFSVDGGAFQSRTAPFSITGLSSGSHTIEIKDKNGCGNTVTVPILKPLGFTPEVTALPTCPNNDGQITVTAAGGSSTYSYELLDASASTVLAGPQASNVFNAVAAGSYQVRVTDVTTTCALVKPILLTSPAPVNFTASPTDVSCNGGSNGTIKVTLGAGNTDPVYTYTLTALSGPALVVGPQTSNLFTGLSARDYSISVASGRLGCSTPQTITVGQPPVLSVDASSAAAPFKCAPDNSTNTTIVTINGSGGFGDYTYSINNVDFYPTNTFTVADNGTTYNLPVYVKDANGCSAIGSVLITRLTRITTVTVAGTAIDCLNNGRADITVLGGSGNFSYQLLPSGAPQVDNFFGITAPGDYYFRVIDNDTDCYFDAPVFRVAPYNTIKAVATATTPVNCFGDANGALAINVTGYTGAYTYEVFNSAGTSVMGPIGSDTTVNPRSISGLSAGNYTVVVTETASPYCSVTTNAVTIGSPSEAVSVTASTVNDNCGTNAGQIIAEGHGGTAPYYYQILPQGSPAPLVTDAGWSTVTTLNAESGNYTVYVKDSRDCPSSVNVILGLDPSPVVAAVLAAQCNVAEGSFVINVTVPTAGVSPYTFSVDGGAFQSRTAPFSITGLSSGSHTIEIKDKNGCGNTVTVPILKPLGFTPEVTALPTCPNNDGQITVTAAGGSSTYSYELLDASASTVLAGPQASNVFNAVAAGSYQVRVTDVTTTCALVKPILLTSPAPVNFTASPTDVSCNGGSNGTIKVTLGAGNTDPVYTYTLTALSGPALVVGPQTSNLFTGLSARDYSISVASGRLGCSTPQTITVGQPPVLSVDASSAAAPFKCAPDNSTNTTIVTINGSGGFGDYTYSINNVDFYPTNTFTVADNGTTYNLPVYVKDANGCSAIGSVLITRLTRITTVTVAGTAIDCLNNGRADITVLGGSGNFSYQLLPSGAPQVDNFFGITAPGDYYFRVIDNDTDCYFDAPVFRVAPYNTIKAVATATTPVNCFGDANGALAINVTGYTGAYTYEVFNSAGTSVMGPIGSDTTVNPRSISGLSAGNYTVVVTETASPYCSVTTNAVTIGSPSEAVSVTASTVNDNCGTNAGQIIAEGHGGTAPYYYQILPQGSPAPLVTDAGWSTVTTLNAESGNYTVYVKDSRDCPSSVNVILGLDPSPVVAAVLAAQCNVTEGNFVINVTVPTAGVSPYTFSVDGGAFQSRTAPFSITGLSSGSHTIEIKDKNGCGNTVTVPILAPLELRSEITLTPVCNNPSGDITLFASGGTVSTPSSYVYTMNNWATSQSSPVFGGLAPGSYTFRVRDIVTNCEKEVTQIIENATVVTGITLKPTAVSCNGGSDGTISVELDASNNNPIYRYTLTATIAGVPLTVGPQDSTLFSGLSAGTYTVSVTSGRGCPGTATITVDEPAPIVVDAPLVTQYVCAAGTNTSSRATITVNSVNGGSNNYVIYEFTRGTTVVQRGLSNSYTETDYAGGSYSVKVLDSKGCSGVTTAPITIDPFISLDNMAIAVTPITCVADESIQVTVTTTGGTPPTLYYTVTGNGYNQTNTTGTFTDLGIGSYFITVENRVTNCMLRQFHNVINPNTFNIVAAAVNAEICYGATNGSVDLTFIDNLPNPTDKAGPFDYTISGPMPDITESTTNAGPVRISNLIAGDYKVVAKLRGTPECTVETVFSILQPLEPLALSLEQTRITCVSGNDDGTITATATGGWEGDYQFELVGPYGTINYSDQYKFENLREGTYTITVKDSKGCMDIQTITLTKPDPITFTAAADVTVLSCFGGQDATITVSAPTGGQGSNYTYTLNYTVDGEAVFVGPQSSNVFTNLGAGDYTVTVKDGFTCEATSAVISIANPTIIEPTLSLDKAITCLTNARLTLSVTGGTGPYTYSEDGTNYSVTSFNSSVTFEVTPGLHRYFVKDNVGCISYVSNDFEVIPVTPLTVELNTDNAKVNCKDESTALIVAEAVGGLGNYEYSLLDGAGTEIRPAQPDGVFADLPAGTYTVHVKSVDCEANSTTIVVSQPENALTGDYTVVPVKCFGDNNGKIVVTASGGTGTIKYAIEPNLDQFFESGTFERLTAGTYTVIVQDLAGCNIIYEIDVVQPNILTAYEVPGSMIPEICKGDKDGAFTIEIQGGTAPYFESLDKDNGPFNPVLATTVDYTGLSGGRHTVFIKDSNGCIYPVEVNMPESVVLDPKYTVSYDCVNNAQSNMVVITIDPSNNPADIDYSLDGGTIQPGNIFTNIPAGDHTIRVRHTNGCTADVDFNIIGYAPLQLTLTEEKGVWNVITASAVGGGGEYVYSIDGVNFSSETKFKIYKTGTYTITVRDKNGCTDTKDYYIEYVDVCLDNYFTPNGDGVNDTWGPGCTNIYNHLKFSIFDRYGRVIAKYTYGQKWDGRYNGEELPSGDYWYVLKLNDENDGREFVGHFTLYR
>NC_009441.1|WP_121362941.1|1094604_1095603_-|type-IX-secretion-system-membrane-protein-PorP/SprF
MLSKKIITMKKFILSLVLMAVTTSYSQELNLPVFTQYLADNPFVLSPAYAGIGDNLRIRANGLTQWVGIKDAPQNQSLYADFRILDRSGVGISMYNDKNGYTKQTGAKVSFAHHLILDYYGEQYLSFGLSYNFNTFRIDIDEFNNTIEHPILDPSVTDNRYTTNNNFDISALYRNKNFYISFNANNVLKKNTNKYRGVEPDLLSNYQVYTGMIFKDAENRRIEYEPSIYYQYFASDKRSTTDFNFKYRRYNRYEDYYWIGVSYRFLNDQFPKPLSVGPMAGFMKSKFYFGYSYQVMFNDLGAYNTGTHVVTIGFDFLQSISNCPCTQSPVHD
>NC_009441.1|WP_012023063.1|1093200_1094388_-|phosphoglycerate-kinase
MKTLNDFDFKNKKAIIRVDFNVPLDENFNVTDTTRIEAAKPTIDAILAQGGSVILMSHLGRPKGAEEKYSLKHILKTASEILGVQVKFAENCIGEPAQTAAKNLQPGEVLLLENLRFHAEEEAGDVAFAKELASLGDIYVNDAFGTAHRAHASTTIIAQFFPNDKCFGTLLAKEIDSLNKVLKNSEKPVTAVLGGSKVSSKITVIENILDKVDHMIIGGGMTFTFIKAQGGKIGESICEDDKLDLALEILRLAKEKNVQVHIPVDVVAADDFSNTANTQIVDVTAIPDGWQGLDAGPKSLENFKKVILESKTILWNGPLGVFEMETFSKGTIALGDFIAEATKNGAFSLVGGGDSVAAVKQFGFEDKMSYVSTGGGAMLEMLEGRILPGIAAILD
>NC_009441.1|WP_012023062.1|1091257_1093090_-|LysM-peptidoglycan-binding-domain-containing-protein
MIVKKISLVVAALFSMSMFAQETSEHAKEIKPEVKLSYLDSIKSTFKKDDLASRVDSLWMNELVSLDIYDDLTKDIQTINKDVTVDEELPTELLKQRLAAMNAKSPFEIEYNQGLENIIKSFLKNRKKSFSRLMALSEYYFPIFEETFAKEKIPLEIKYLAVVESALNPKAVSKMGATGLWQFMYGTGKQYALKIDSYIDERSDPLKATAACSDYMTRMFSVFNDWELVLASYNSGPGNVTKAIRRSGGKTGYWDIRNYLPKETQGYVPAFYATMYLFEYHKEHGINPERAVVKNFETDTVGIKNQISFKQLADLLDMPQSQLQLLNPSYKLNIVPAYHGEMNFLRLPKDKIAAFVSNEDKIYAYVEHESLVKTIPTRLAAKIAPKGKSVREAVESSKDIQFYKVRKGDNLGTIADKYNVNISDLKKWNNLKTNAIALGRTLKIKSDIDASAKVVKEPKSIPAIEKNTEEAIASNDDKDKVSIQTVEYVVAAGDNLGSIAKKFGTTIADLKELNDLTSNNIGLGKTLVVSKIVTEIQEPVTTAIASNSVDAFKKKAPSAKSASEDYYVKKGDSLYSISKKYPGVTISDIKKWNGIKDEDIKPGMKLKING
>NC_009441.1|WP_012023061.1|1090240_1091209_-|DUF4837-family-protein
MNKTHFLFLILPFLLISCLKSDKQSQPVSGKTNTISIIIDDQLWYGEVGDTIRNKFASPVLGLTQEEPLFTINQYPAKLLEGFVTDSRSIIVVKKTANEKFEITHSKALPHNTFRIYGKSIDDIICSIELNSAQIIKMIRDAEIEKIQEDNSKSLLNPAVIKNKFHIDIQIPTGYEYVLHKKNFIWLKKDIISGNTSLLIYQIPLHNFKTKGNVVGNIIKMRDSVGRYIKGREPNTPMITGEAYAPYFSATHLDDKEAFETKGTWELKNDFMAGPFINYAIVDPLYNRILVIEGFCYSPSNQERDLMLDLEAIIKSVKIDKR
>NC_009441.1|WP_012023060.1|1089518_1090160_-|DUF1579-domain-containing-protein
MKKLTTALVLFAMCFVSCKKEIKTETITEKDSDTVKTEQAEAEPVLDSAAQMKAWQAYATPGNPHKMMADEVGTWNCDMTFWSEPNGKSEKAASIAVVRMILGGRYQEADYKGTMMGQPFEGKSTLAYNNASQEYTTTFIDNMGTGMMVAMGKYDEKTKSMELKGEMVNPLNGKKTPYREVYTIVDPTTRKMEMFDTKNGTEYKSMEIIMKKK
>NC_009441.1|WP_012023059.1|1088479_1089283_+|OmpA-family-protein
MKLSRVLFLFIIYNLAAQQKPIETVYFDFDKYNLTESQSKVVNNFIKSIDTAKVESIQIYGYCDDRGTDDYNFRLSHDRVNTIQNLLVSSGFKESKIVILEGKGRVVVRPDTVENLYETRLRNRRVDLIVVKRNSFGKDIYSSFKDKLKVGDKIYLESILFDMGSARLTHNSKRELDKIALTLLKQKNIQFEIRGHVCCTPEIYSDGIDKDTKERRLSWNRAKNVFNYLSSKKVSKNRMRYQGCGNKFPLRMGDNYDRRVEFLITKI
>NC_009441.1|WP_012023058.1|1086838_1088476_+|S41-family-peptidase
MNRYFKKKFIIPAVAAGFLFIGTSFKEDFFEIAKQIEIFTTLFKAVNTNYVDETNPGDLMDKAIKSMLGSLDPYTVYFNEQDVVNFKINNTGEYTGIGAMIARKKDRLIVREPYKNYPADKAGLKAGDEIIQIGDVLIADFKDDASQLLKGTKNTKISIKYLRQGKTYTTELVLDEVDIKSVPFYGKIDEKTGYIVLAHFSRKASAEVKDALEKLKADGATQIVLDLRGNPGGLLNEAIDICNLFVPKNEVIVTTKSRIEKHNNTYKTTKEPIDTQIPLAILVNGRSASASEIVSGALQDLDRAVVLGSRSFGKGLVQRSVDLTYGTQLKVTISRYYTPSGRCIQALDYAHKDKNGVAQKTDAKNFNAFKTRKGRTVYDGGGVLPDIELEEAKMSPITSALLKNDGIFDYATSYYYKNPNLGEKIPVVTDADYSAFKQYLKANKISFDTETEVALKNTLAAAKNEKIDETIAPEYQQLLAALEKSENTLLDKNQKEIRGLIQEELIKRYQYQEGLYQLYIKNNSEIKRAVNVLNNQTEYKTILKM
>NC_009441.1|WP_012023057.1|1085993_1086842_+|DUF4349-domain-containing-protein
MRNIFFLSVFFLIFSGCSKSNEPQNESMMISAVKLPAKANVNANVNAESDSYDRNPDLSAPKIEQKIIKEATLRFETDDLENTFNQIQKAVTAGKATIINDSEGKDYGTVFRNLTVKVPSQNFDRFINDISKGVSYFEIKNISAQDVTEQFIDLTSRLNTKKKLEERYLQILQKAVKVSEILEIEKQISVIREEIEAKEGQLKYLQSRVSESTVTIEFYKTTAEKEGVKISYGSKIWTAVKSGFFSLSDFLISLISVWPFIIIFCVLAYFIRKRFKRKKQQS
>NC_009441.1|WP_012023056.1|1085517_1085916_+|ribonuclease-P-protein-component
MNFTYPKNERLKSKTTIGLLFSEGKSVSKYPLRLVYRQAEEAYQGNTKVGVSVSKKYFKKAVDRNYFKRVLRETYRLNKHLLLDNLDKPYSFMLFYQSKDRLSYEEINTKTIQLFEKFVLQINKPADSEKEN
>NC_009441.1|WP_012023067.1|1120007_1121459_-|gliding-motility-protein-SprC
MIQKTTLSFFKVFILFSIIIFTKSNSYAQAAIVPQPLDGLQKLCAGPSFNEFFATFGYVNFPAGTTFEVELSDVSGSFLTTTTATTKLEVIDINTTQQTIKFALPTNLAGSEIYGIRIKSSTGVVSARFRNSIDNASEFPAYYKSYESSFSINKRSSSAIICTGGSVTLSVDNDTPADVNSSPLNYPNLKYRWYKDDVLITGQSSASLVVNTPGSYYAEVDYGKCTEPNISSNRVTVSSVSGGSAVTIDSSLGNPFCSSGEGTVLTATNGNTYVWTKNGVELGRTRSINAKESGVYTVEVDFGGCKATGSINLSSNGFEASIDVAETTSINEGETLNVTVTTDAANPDFQWFLNGNAISGANANSYLVAVPGNYKVTISQVSGCVSSKEFNFKVTGPSKPSSVIQNIIKLGGLNPYWNIPDEYKNANTNVIILSSNGEKVLDVVNYQGDWPQTAIDFKNVNPVYYYVIKSDTGEKKGSITVIK
>NC_009441.1|WP_012023068.1|1121455_1121869_-|hypothetical-protein
MALSTKKYLYIFFLVSPISLSLYAQSLTTEKPTVSVGFDCKSAAVIEANQNNDSAVLNNSKIDNSNQFIVGLSTPKDNLTMATETNDQFTKCNENTLLSSTSILAKDIIENYKYDFSETFIDILFFERIDLARKRTI
>NC_009441.1|WP_012023069.1|1121967_1123260_-|hypothetical-protein
MKKITQMICVLLTVASMNAQQEKGIMGYTNWLNNWTEFKPNKVEYGEANQILAGNISVNTKLLKRNIYVLQGNVYVTNNAVLTIEPGTLIIGDFETKGTLVVTKGAQLVADGLETDPIVFTSNRSQKKAGDWGGIVVLGDAPINKFGNVGSYNMDLDPTLTTYGGDNVASNSGILRFVRIEFAGKKVKGVDTFNGLTLAGVGNKTILENIMVSYAGGDSFGFLGGDVNATKFVSYKSINDDYKFSQGVQCRFYNSLAVRSSYFSSTKDGSRCMEVKSYEKKSETDFTKKQTLVVATNITMLNDSENINADIQAGLVKEAVYVAENASLEMKRSVISGFNPAVLLDSKTEINDANLKKIKFEEMYFNLCKGNIFTEYNSNNEDLESWYGNSVFFNVYSQSDNKETFIDMFNPKKPDYRLQLGKITASSGNR
>NC_009441.1|WP_012023070.1|1123447_1123900_-|hypothetical-protein
MKGKIILFSAFLIMTTAAVSAQAKNAPRSIISTTALIRKYHDQKELSGMQKGELLELYIERIKVLVKTLPYIALVTKPGVTMADLGIPDDNEHKKVLDAQAVGTSTFLDTTVEFQRKMMPYSDKGNLIAAILFYENTLKSLHEFNELNEM
>NC_009441.1|WP_012023071.1|1124336_1125485_+|DNA-polymerase-III-subunit-delta'
MQFSQILGQDYIKSHLIKSASSGRIPHAQLFIGPEGSGTLSTAIAYAQYILCNNTGNENENGNDSCNLKFQNLSHPDLHFIYPTVTTEDVKTKPKSLDFIQDWRTFIQEMPYGGLFDWYKILGVQNKQGEIRVEDAQEVLKSLSLKSYEGGYKIMIIWMADKMNIAASNKLLKLLEEPSDKTIFILISENEEDIIQTIRSRCQVIHFNGLPEKVIAEALVSRENIDSNFAKKIAHQAQGNFNKAMHLLKEDDSEYPFEQWFVNWVRAAFRAKGNAAAIQDLISWSEEIAGLGRESQKKFIQFCIEMFRQALLLNYQTPSLVYIEPKVDKFKLENFAPFVNGNNIHEIFKELSDAMYHIERNGNAKIILTDLSIKLTRLIHKK
>NC_009441.1|WP_012023072.1|1125492_1125876_+|hypothetical-protein
MNNVASILSLAFLALTFLQSGYEKIFYWKDNVAWLKEHFAKTPLKNQVPLALLHLLILELISGILSVVGAIQLLTNSGREYGFYAGIFSCICLLMMLFGQRLAKDYDGARTIVIYFIPAVMVVNWLN
>NC_009441.1|WP_012023073.1|1125912_1126422_+|acyl-CoA-thioesterase
MNPKHPSESLTILTDLVLPSETNPLNNLFGGELLARMDRAASIAARRHSRRIVVTASVNHVAFNRAISLGSVVTVEAKVSRSFKSSMEVFIDVWVEDRESGNRTKANEAIYTFVAVDDTGRPVEVPPIVPETEIEIQRFDAALRRKQLSLLLAGKIKPSDATELKALFL
>NC_009441.1|WP_012023074.1|1126569_1127577_+|recombinase-RecA
MSSDKEAKLKALQLTLDKLDKTYGKGTVMKMGDRAIVEVETISSGSLGVDLALGVNGYPKGRIIEIYGPESSGKTTLTLHAIAEAQKAGGIAAFIDAEHAFDRNYAEKLNVDIENLIISQPDNGEQALEIAENLIRSGAIDIVVIDSVAALTPKSEIEGEMGDSKMGLHARLMSQALRKLTGTISKTNCTVFFINQLREKIGVMFGNPETTTGGNALKFYASVRLDIRRSAQIKDGENVIGNRTKVKIVKNKVAPPFKTAEFDIMYGEGVSKTGEILDLAVEFDIVKKAGSWFSYGDTKLGQGRDAVKALIKDNPELADELEEKIKAHMKELANA
>NC_009441.1|WP_012023075.1|1128125_1128881_-|1-acyl-sn-glycerol-3-phosphate-acyltransferase
MKILKIAFWIIWRVWFYVLMAVPILIMLPLLLISIISERGYPYFFKMARIWAKFILYGMGFYYKVKREQKLIKGKSYMIVANHTSMTDIMLMLAIIKNPFVFVGKKELVKIPLFGFFYKRTCILVDRNSSKSKNEVFKRAQSRLNQGLSICIFPEGGVPDDESILLDEFKDGAFRLAIDHQIPIVPIVFPDNKDRFPYRFLSGSLGKMRSKILPFVETSGLASDNRKELRDTVREMIYKGLLEFKKKDLKE
>NC_009441.1|WP_012023076.1|1129033_1130008_+|tryptophan--tRNA-ligase
MAKILTGVQSTGTPHLGNLLGAIIPAIELSNNPANESFLFIADLHSITQIKDGKTLRENTFSVAAAWLAFGLDIDRVTFYRQSDVVQTTELTWYLSCFFPFQRLTLAHSFKDKADRLDDVNAGLFTYPMLMAADILLYDAEFVPVGKDQLQHIEITRDVASRFNHQMGETFVLPEAKIQEDSKLIPGTNGGKMSKSANNYINIFLDDKALRKQIMSIETDSTPLEAPKNPDTCNAFAIYSLMADEAQIAEMRANYLGGNYGYGHAKQAIFELITEKFKTERERYNYYINNLDEVDALLKKGAAKASAVADGVLQRVREKLGFGK

Crispr_ID: NC_009441_5

• CRISPR_ID: NC_009441_5
• CRISPR_location: 1341622-1341770
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_009441_5

Consensus_repeat	Method
TTAGATAAATCTAAAGTTGTTAA	CRISPRCasFinder

spacers of NC_009441_5

>5.1|1341645|40|NC_009441|CRISPRCasFinder
TTGATTATATGTAAGATTTGTAACATATAACAGTTTGTTG
>5.2|1341708|40|NC_009441|CRISPRCasFinder
GTTGTTATACTCTGCATTTAAAGAAGTTAATTTTGTATTT

CRISPR arrays and Neighbor proteins around NC_009441_5

CRISPR arrays

The CRISPR arrays of NC_009441_5

>merge|NC_009441|5|1341622-1341770|CRISPRCasFinder
TTAGATAAATCTAAAGTTGTTAATTGATTATATGTAAGATTTGTAACATATAACAGTTTGTTGTTAGATAAGTCTAAAGTTGTTAAGTTGTTATACTCTGCATTTAAAGAAGTTAATTTTGTATTTTGACTTAGATCTAGTGTCGTTAA

>NC_009441|5|4|1341622-1341770|CRISPRCasFinder
TTAGATAAATCTAAAGTTGTTAA	TTGATTATATGTAAGATTTGTAACATATAACAGTTTGTTG
TTAGATAAGTCTAAAGTTGTTAA	GTTGTTATACTCTGCATTTAAAGAAGTTAATTTTGTATTT
TGACTTAGATCTAGTGTCGTTAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_044047540.1|1360898_1361810_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023278.1|1360647_1360914_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023266.1|1335999_1337448_-|Fe-S-cluster-assembly-protein-SufB	unknown	unknown	gnl|CDD|236990
NC_009441.1|WP_012023262.1|1331496_1332846_+|serine-hydrolase	unknown	unknown	gnl|CDD|224594
NC_009441.1|WP_012023271.1|1344532_1349572_-|T9SS-type-A-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|227511
NC_009441.1|WP_012023263.1|1332892_1334209_-|Fe-S-cluster-assembly-protein-SufD	unknown	unknown	gnl|CDD|376550
NC_009441.1|WP_012023280.1|1362046_1363246_-|DUF418-domain-containing-protein	unknown	unknown	gnl|CDD|225193
NC_009441.1|WP_044047539.1|1351547_1353428_+|M1-family-metallopeptidase	unknown	unknown	gnl|CDD|341067
NC_009441.1|WP_012023274.1|1353616_1354171_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023277.1|1359322_1360249_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023272.1|1349848_1351483_+|S8-family-serine-peptidase	unknown	unknown	gnl|CDD|173809
NC_009441.1|WP_012023264.1|1334326_1334695_-|four-helix-bundle-protein	unknown	unknown	gnl|CDD|274132
NC_009441.1|WP_012023269.1|1339243_1340101_+|MBL-fold-metallo-hydrolase	unknown	unknown	gnl|CDD|293839
NC_009441.1|WP_008466070.1|1334745_1335492_-|Fe-S-cluster-assembly-ATPase-SufC	unknown	unknown	gnl|CDD|273907
NC_009441.1|WP_012023276.1|1355263_1359307_+|DUF4280-domain-containing-protein	unknown	unknown	gnl|CDD|379472
NC_009441.1|WP_012023267.1|1337527_1337857_-|iron-sulfur-cluster-assembly-accessory-protein	unknown	unknown	gnl|CDD|223393
NC_009441.1|WP_012023275.1|1354412_1355258_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023261.1|1330062_1331277_-|cysteine-desulfurase	unknown	unknown	gnl|CDD|99746
NC_009441.1|WP_012023268.1|1338232_1339159_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023265.1|1335503_1335992_-|NAD(P)H-dependent-oxidoreductase	unknown	unknown	gnl|CDD|377026

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012023266.1|1335999_1337448_-|Fe-S-cluster-assembly-protein-SufB	gnl|CDD|236990	PRK11814, PRK11814, cysteine desulfurase activator complex subunit SufB; Provisional.	0
NC_009441.1|WP_012023262.1|1331496_1332846_+|serine-hydrolase	gnl|CDD|224594	COG1680, AmpC, Beta-lactamase class C and other penicillin binding proteins [Defense mechanisms].	1.2759e-31
NC_009441.1|WP_012023271.1|1344532_1349572_-|T9SS-type-A-sorting-domain-containing-protein	gnl|CDD|227511	COG5184, ATS1, Alpha-tubulin suppressor and related RCC1 domain-containing proteins [Cell division and chromosome partitioning / Cytoskeleton].	1.00596e-46
NC_009441.1|WP_012023263.1|1332892_1334209_-|Fe-S-cluster-assembly-protein-SufD	gnl|CDD|376550	pfam01458, UPF0051, Uncharacterized protein family (UPF0051).	4.15317e-96
NC_009441.1|WP_012023280.1|1362046_1363246_-|DUF418-domain-containing-protein	gnl|CDD|225193	COG2311, COG2311, Predicted membrane protein [Function unknown].	3.93858e-42
NC_009441.1|WP_044047539.1|1351547_1353428_+|M1-family-metallopeptidase	gnl|CDD|341067	cd09604, M1_APN_like, Peptidase M1 family similar to aminopeptidase N catalytic domain. This family contains bacterial M1 peptidases with smilarity to the catalytic domain of aminopeptidase N (APN; CD13; alanyl aminopeptidase; EC 3.4.11.2), a type II integral membrane protease belonging to the M1 gluzincin family. APN preferentially cleaves neutral amino acids from the N-terminus of oligopeptides and, in higher eukaryotes, is present in a variety of human tissues and cell types (leukocyte, fibroblast, endothelial and epithelial cells). APN expression is dysregulated in inflammatory diseases such as chronic pain, rheumatoid arthritis, multiple sclerosis, systemic sclerosis, systemic lupus erythematosus, polymyositis/dermatomyosytis and pulmonary sarcoidosis, and is enhanced in tumor cells such as melanoma, renal, prostate, pancreas, colon, gastric and thyroid cancers. It is predominantly expressed on stem cells and on cells of the granulocytic and monocytic lineages at distinct stages of differentiation, thus considered a marker of differentiation. Thus, APN inhibition may lead to the development of anti-cancer and anti-inflammatory drugs. APNs are also present in many pathogenic bacteria and represent potential drug targets. Some APNs have been used commercially, such as one from Lactococcus lactis used in the food industry. APN also serves as a receptor for coronaviruses, although the virus receptor interaction site seems to be distinct from the enzymatic site and aminopeptidase activity is not necessary for viral infection. APNs have also been extensively studied as putative Cry toxin receptors. Cry1 proteins are pore-forming toxins that bind to the midgut epithelial cell membrane of susceptible insect larvae, causing extensive damage. Several different toxins, including Cry1Aa, Cry1Ab, Cry1Ac, Cry1Ba, Cry1Ca and Cry1Fa, have been shown to bind to APNs; however, a direct role of APN in cytotoxicity has been yet to be firmly established.	1.69622e-146
NC_009441.1|WP_012023264.1|1334326_1334695_-|four-helix-bundle-protein	gnl|CDD|274132	TIGR02436, S23_ribosomal_protein, four helix bundle protein. This family describes a protein of unknown function whose structure is a bundle of four long alpha helices. Some of the first members of this family were found encoded in the (atypically large) intervening sequence (IVS) of Leptospira 23S RNA, a region often present in the rRNA gene and removed during rRNA processing without re-ligation. However, this location is not conserved, and naming this protein as a 23S RNA protein is both confusing and inaccurate.	6.76667e-42
NC_009441.1|WP_012023269.1|1339243_1340101_+|MBL-fold-metallo-hydrolase	gnl|CDD|293839	cd16281, metallo-hydrolase-like_MBL-fold, uncharacterized subgroup of the MBL-fold_metallo-hydrolase superfamily; MBL-fold metallo hydrolase domain. Members of the MBL-fold metallohydrolase superfamily are mainly hydrolytic enzymes which carry out a variety of biological functions. The class B metal beta-lactamases (MBLs) for which this fold was named perform only a small fraction of the activities included in this superfamily.Activities carried out by superfamily members include class B beta-lactamases, hydroxyacylglutathione hydrolases, AHL (acyl homoserine lactone) lactonases, persulfide dioxygenases, flavodiiron proteins, cleavage and polyadenylation specificity factors such as the Int9 and Int11 subunits of Integrator, Sdsa1-like and AtsA-like arylsulfatases, 5'-exonucleases human SNM1A and yeast Pso2p, ribonuclease J and ribonuclease Z, cyclic nucleotide phosphodiesterases, insecticide hydrolases, and proteins required for natural transformation competence. Classical members of the superfamily are di-, or less commonly mono-, zinc-ion-dependent hydrolases, however the diversity of biological roles is reflected in variations in the active site metallo-chemistry.	5.35148e-152
NC_009441.1|WP_008466070.1|1334745_1335492_-|Fe-S-cluster-assembly-ATPase-SufC	gnl|CDD|273907	TIGR01978, Probable_ATP-dependent_transporter_SufC, FeS assembly ATPase SufC. SufC is part of the SUF system, shown in E. coli to consist of six proteins and believed to act in Fe-S cluster formation during oxidative stress. SufC forms a complex with SufB and SufD. SufC belongs to the ATP-binding cassette transporter family (pfam00005) but is no longer thought to be part of a transporter. The complex is reported as cytosolic () or associated with the membrane (). The SUF system also includes a cysteine desulfurase (SufS, enhanced by SufE) and a probable iron-sulfur cluster assembly scaffold protein, SufA. [Biosynthesis of cofactors, prosthetic groups, and carriers, Other].	6.00273e-143
NC_009441.1|WP_012023276.1|1355263_1359307_+|DUF4280-domain-containing-protein	gnl|CDD|379472	pfam14107, DUF4280, Domain of unknown function (DUF4280). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and eukaryotes. Proteins in this family are typically between 129 and 456 amino acids in length. There is a single completely conserved residue C that may be functionally important.	1.58333e-24
NC_009441.1|WP_012023267.1|1337527_1337857_-|iron-sulfur-cluster-assembly-accessory-protein	gnl|CDD|223393	COG0316, sufA, Fe-S cluster assembly scaffold protein [Posttranslational modification, protein turnover, chaperones].	3.48409e-32
NC_009441.1|WP_012023261.1|1330062_1331277_-|cysteine-desulfurase	gnl|CDD|99746	cd06453, SufS_like, Cysteine desulfurase (SufS)-like. This family belongs to the pyridoxal phosphate (PLP)-dependent aspartate aminotransferase superfamily (fold I). The major groups in this CD correspond to cysteine desulfurase (SufS) and selenocysteine lyase. SufS catalyzes the removal of elemental sulfur and selenium atoms from L-cysteine, L-cystine, L-selenocysteine, and L-selenocystine to produce L-alanine; and selenocysteine lyase catalyzes the decomposition of L-selenocysteine.	0
NC_009441.1|WP_012023272.1|1349848_1351483_+|S8-family-serine-peptidase	gnl|CDD|173809	cd07483, Peptidases_S8_Subtilisin_Novo-like, Peptidase S8 family domain in Subtilisin_Novo-like proteins. Subtilisins are a group of alkaline proteinases originating from different strains of Bacillus subtilis. Novo is one of the strains that produced enzymes belonging to this group. The enzymes obtained from the Novo and BPN' strains are identical. The Carlsburg and Novo subtilisins are thought to have arisen from a common ancestral protein. They have similar peptidase and esterase activities, pH profiles, catalyze transesterification reactions, and are both inhibited by diispropyl fluorophosphate, though they differ in 85 positions in the amino acid sequence. Members of the peptidases S8 and S35 clan include endopeptidases, exopeptidases and also a tripeptidyl-peptidase. The S8 family has an Asp/His/Ser catalytic triad similar to that found in trypsin-like proteases, but do not share their three-dimensional structure and are not homologous to trypsin. The S53 family contains a catalytic triad Glu/Asp/Ser with an additional acidic residue Asp in the oxyanion hole, similar to that of subtilisin.. The stability of these enzymes may be enhanced by calcium, some members have been shown to bind up to 4 ions via binding sites with different affinity. Some members of this clan contain disulfide bonds. These enzymes can be intra- and extracellular, some function at extreme temperatures and pH values.	7.15999e-121
NC_009441.1|WP_012023265.1|1335503_1335992_-|NAD(P)H-dependent-oxidoreductase	gnl|CDD|377026	pfam03358, FMN_red, NADPH-dependent FMN reductase.	2.05912e-20

Protein sequences

>NC_009441.1|WP_012023269.1|1339243_1340101_+|MBL-fold-metallo-hydrolase
MKLYPIESGNFKLDGGAMFGVVPKTIWNKTNPADSNNLIDIAARCLLIEDGNRLILIDTGMGDKQSEKFFGYYSLWGSHSIDKSLAEYGFNRDDITDVFMTHLHFDHCGGSVQWNSDKTFYEPAFKNAKFWTNENHWQWAVKPNAREKASFLTENIIPMQESGQLNFIERPESDFGFSKELGFGIFYADGHTEKQMIPHIQYQDKTIVFCADLLATAGHIPLPYVMGYDTRPLLTLDEKAKFLNSAADNNYYLFLEHDAHNQIITVEHTEKGVRLKDVFTCEDIL
>NC_009441.1|WP_012023268.1|1338232_1339159_+|hypothetical-protein
MKKNYTNEWLRAFLAIFFILGIGATFFLFSNELKESAEKAKIITKKSELTGPSNETIAQKSILDSLNILKLEYDVALLEKTSLSEQLELERKNVQNLMEIIKVSKNPSIVQIQIYRKQLLDLKTALAAKIVEIKNLKSQNKSLLTEIESQNVVMYKQKTENDTLLLHQKKLELAIKDAAKLSLSNFKVAAFREKKSGKELETEKARNAQKLKVSFSVNGNSIAKTGKRVFYIQVLDQKNTVLGENKLIEFENDKALVYSFIVAVDFQGKPLNAYGVLNSDGNEFKKGTYFVNFFDKQEIMGSASVTLE
>NC_009441.1|WP_012023267.1|1337527_1337857_-|iron-sulfur-cluster-assembly-accessory-protein
MIKVSDTAKKKIIDLMTDDGFDAASDYVRVGVKSGGCSGLSYDLKFDKTKGEDDKIFVDNDIQIAVEKKSFLYLAGTILEFSGGLNGKGFVFNNPNASRTCGCGESFSL
>NC_009441.1|WP_012023266.1|1335999_1337448_-|Fe-S-cluster-assembly-protein-SufB
MSKYTEDDLKIELETKEYEYGFYTNIESETFPIGLNEEIVRAISLKKEEPEWMTEWRIEAFRAWKEMIEPEWANVQYEKPDFQAISYYSAPKQVDPNKTLDDVDPELLEMYKKLGISVDEQKKMNNVAMDIVVDSVSVATTFKKTLAEKGIIFCPISEAIKEHPELVKKYLGTVVPQKDNFYAALNSAVFSDGSFCYIPKGVKCPMELSTYFRINQAGTGQFERTLVIADEGSYVSYLEGCTAPSRDENQLHAAVVELIALDDAEIKYSTVQNWFPGNKEGKGGVYNFVTKRGLCETNAKISWTQVETGSAVTWKYPSCVLKGDNSVGEFYSIAVTNNFQQADTGTKMIHLGKNTKSTIISKGISAGKSQNSYRGLVQISPRAENARNFSQCDSLLMGNNCGAHTFPYIESKNPTAKIEHEATTSKIGEDQVFYCNQRGIPTEKAIALIVNGFSKDVLNKLPMEFAVEAQKLLEISLEGSVG
>NC_009441.1|WP_012023265.1|1335503_1335992_-|NAD(P)H-dependent-oxidoreductase
MENKKVIILGSSRKNGNTTKIVDVLSKEHNIDVVNLSDYNISYYDYESKNIDDDFLPLIRGIIEKYDTLIFATPVYWYNMSGILKVFFDRFSDLIRIEKETGRKLRGKKIGVISNSHDNIIEDSFYIPFKKTSDYLGMEYLGHAHFNANVLNQTTKIELTFI
>NC_009441.1|WP_008466070.1|1334745_1335492_-|Fe-S-cluster-assembly-ATPase-SufC
MLSIKNLHAAIGDKEILKGINIEVKAGEVHAIMGPNGSGKSTLSAVIAGNENYEVTDGEVILDGEDLADLAPEERAHKGVFLSFQYPVEIPGVSVTNFMKTAINETRKANGQEEMPANEMLKVIREKSELLEIDRKFLSRSLNEGFSGGEKKRNEIFQMAMLEPKLAILDETDSGLDIDALRIVANGVNKLKSDKNAIIVITHYQRLLDYIVPDFVHVLYNGRIVKSGGKELAYELEEKGYDWIKAEN
>NC_009441.1|WP_012023264.1|1334326_1334695_-|four-helix-bundle-protein
MSKFKSFEEINSWQKSRIFNKKIYLITENSNFKKDFDFVRQIRRASLSISSNIAEGFERNTDKEFIYFLYVAKASAGEVRSQLYLAFDLEYIIKEEFEMLLESITEISKLLSGFIKYLSPKS
>NC_009441.1|WP_012023263.1|1332892_1334209_-|Fe-S-cluster-assembly-protein-SufD
MDLKEKLVSSFMAFEERVDVHSDLHDIRTNALKNFENKGFPTKKEEAWKYTSLNAILKNDFTVFPKQENAIEFNQVKKYFLHEIDTYKLVFIDGVFSSHLSSTTHDGIDVCLMSSALTKPKYKMVIDTYFNQIASKDDSLTSLNTAFAIEGAFINIPKKKVADKPIEIMYFSTGNEAALMVQPRNLVIVGENSHVQIIERHQSLNENPVLTNSVTEIFAQKRAIVDYYKIQNDNNEANLIDNTYVSQQQESHASVHTFSFGGNLTRNNLNFYHYGERLTSTLNGISILNDKQHVDHYTLVNHAQPNCESFQDYKGIFSDRSTGVFNGKVLVEKEAQKTNAFQKSNNILLSDKATINAKPQLEIFADDVKCSHGCTVGQLDETAMFYMQSRGIPKKEAKALLMYAFSNAVIESIKIPELKQRITKIIATKLGVNLGFDL
>NC_009441.1|WP_012023262.1|1331496_1332846_+|serine-hydrolase
MKKFLKVLLLVVVLAFLYFGFTTYPKLDLISGFSAKSVASGHFIDNRPLDLIQKTDNDINLVDLAKNSIDDAGKYAISSVYGLKERKAIYREGLGATLINDDFDVSKPYLLPKRTKLENNLPFPYGDNEPKDTSFSNVDYSKLKKAVDNAFDKTGGRIKRTRAVVVLYKDKLIAEKYDTGFNKDSKILGWSMTKSITSSAFGVLAKQGKIDIYKPAPVVEWKNDERKNITLNDLLHMNSGLEWEENYSTICDATKMLFQAEDMGKVQLDKPAQFKPNTHWNYSSGTTNLLSLILRRQFKTQQEYLDFWYSAVIDKIGMNSMIVEQDMSGTFVGSSYGWATPRDWSKFGLLYLHKGNWNGEQILDESWVKYTATPTNTSDGKYGAQFWLNAGGKFPDVPRDMFYCSGYQGQMVAIIPSKDMVIVRMGVREEEPGFDFNGFLKEVIASIGK
>NC_009441.1|WP_012023261.1|1330062_1331277_-|cysteine-desulfurase
MLDIQKIRADFPILSQTVNGKPLVYFDNGATSQKPQVVIDAEVKYYQEINANIHRGVHTLSQLATDAYEVARGKVKDHINAKHAHEVLFTSGTTHGINLVANGFASILKPGDEVVVSSLEHHSNIVPWQMLCEKTGAVLKVIPINDNGELIIEEFDKLLSDKTKIVTVNHISNALGVINPIKYIIDKAHAVGAAVLIDGAQAVPHLKPDVQELDCDFYAFSGHKMCGPTGTGILYGKEAWLNKLPPYQGGGEMIKEVTFEKTTYADLPHKFEAGTPNIAGGIVLGTAIDYLNEIGFDKIHEYENELLEHATKRLNEIEGIRIYGNTKNKASVVSFNIDGIHPYDVGSIIDKLGIAVRTGHHCAQPIMNFFCIPGTIRASFSFYNTKEEIDQMVDAVKKAQTMLS
>NC_009441.1|WP_012023271.1|1344532_1349572_-|T9SS-type-A-sorting-domain-containing-protein
MRKTLLLILIFSFIQIKAQCWKTAAAGYSHTVAVRNDGTLWTWGNNDEGQLGNSTPAAINIPTKMGTANNWKTAAAGWGHTVALKTDGTLWAWGYGRLGQLGNGNYNTNFNLPQQIGTENDWQTIAAGHGHTVALKNDGTLWAWGNNFSGQLGNGTSFDRNTPTKIGSDSNWLAISAGGLYTIALKKDGTLWAWGKNTYGTLGDGTTTNNRVPKQIGTDTDWKTIAAGSDHTIAIKNDGSLWIWGKNTYGALGDNTTIDKIVPTKIGTDTDWKSAEGGVDYTVAIKTDGTLWAWGYNADGVFGNGSKINSLIPVQIGTEKNWQMVSGGSVHTVAVKTDESLWSWGNNSYGQLGDGTSIEKNIPTLLNCAGSLIVTVSQTNVRCAGSNEGSASITSVSGGTTPYTYLWSNGKTTASITELAAGDYSCTITDASSLSITKNITITQPPALFSTVTVINTNCNNNNGSIEIIANGGTLPYQYEIWSNAIYQDSNVFTGLPSGNYQVIVKDSKGCLVSSYVVIEKESTPIPTVSAQTLSASATVADLKATGSNLKWFTTLTGGNALASSVSLQTGKYYVSQTINGCESVRAAVDITILPASYGEIPTNGLVAYYTFNGNANDTSGNGFNGNAVSTNLASDRFGNSNSAYSFNGAGSYIDAPIANIPQGNAARTISGWFKTNTPNPGENGDVCIFNYGALSRLQRFGLTVYSKGYLETSTGPNAIGDDFYVNNFNYLSNDWYFFTLTYNGTKVSLYVNGVFVSEKNAALNTTNNLFRIGKRISGDTTNEYFKGQIDDIGIWNRVLTPEEIAAMYTPGEQPAYTLIPDPSFEQKLINLGIDSGVVDGKVRTSDIASVESLDVSSSSISDLTGIQDFISLTNLNCGQNNLKALNVSNNTALTVLDCNNNQIAYLDVSNNLALTDLACYSNKLTSLDVKKNTALTKLDSGSNQYTSLDVSHNTALTFLGCNTSQLTTIDVSNNTALKLLDCRENKITSLDVSKITTLTELYCQSNELKDLDISKNKVLEFLNCSKNQLTTLDISTNTALVGLFPNYNQLINLNLKNGNNDKLIYLNFKNNPNLTCIQVDDVAFANANWTDKKDAGAAFNVKCDNYTLIPDVNFENRLIALGYDSGSADGKVLTANISNITSLNVSSKSISDLSGIQDFKSLTTLNCAKNNLTSLNLSNNKNLKTLYCEQNQLTALDLSNNVSLITVECSYNKLQNVNISKNLVLKNLYCINNQLTNIDVTNNTALEQFYCFGNQLTSLNVSKNLNLLGLECGLNKLTTLDVSNNTLMYYLECYSNQLTSLNVTKNIALFHLNFFNNQLTSIDLSNNPLLKELYCLNNQLTSLDLSKNNALTNLDCKNNKLTALNLKNGNNTLLATIDLNFTQNPDLTCIQVDNAAYSNTNWPAAKDAAASFSENCGSISIPDSNFEQKLVDLGIDTDGLNGKITIADASAVTILNLSNSNIKDLTGIEYFTSLTYLDVSNNQLTTLDVSKNILLETLNASSNQLTILDLSKNTKLRIVYVVNNPLVSLNLRNGNNTNFILPPNTGKKSVSGLYTSFLGLKTLGCIQVDDESYSNANWSNIKESTTTYSNTCKTLGVPESALKNVVIHPNPTKGELHIQNVNLEKANVYNVLGQLVKSFTLNSNNTDNTINLSGLPKGVYYVYLINQDAASAKKVIVE
>NC_009441.1|WP_012023272.1|1349848_1351483_+|S8-family-serine-peptidase
MSHIKPLKLSAFALLVLAGCSATVQAQVSTQKEFIKAPAAIVKKAPVSENELKRWSHLDLLKDSIPGMSVDKAYAELLQGKKGQKVIVGIVDSGVDIEHEDLKGMIWTNPKEIPGNGIDDDKNGFIDDVNGWNFLGDAVHENLELTRIVKKGDDGSAQYKAALAQYTEKYEEALQDKQQVDFLLDVHNTIKKELNKTTYKLEDLSTITSADPKVLQSKKVMTQIFTNAGSTFDPESELKEYGEQVYDQLNYNLNKEFDGRKIVGDNPEDIKNTRYGNNIVFGPDKEKALHGTHVAGIIAQIRGNNLGGDGVTNNVEILTVRAVPDGDEYDKDIALAIRYAVDNGAKVINGSFGKSFSPHKQWVYDAIKYAAKKDVLIVHAAGNDGYNIDETKNINYPNDSEDNVKEFADNVITIGAINKQYGENVVAGFSNFGKINVDVFAPGEEIYATVPNNKYKFLQGTSMASPNAAGVAALIRSYYPKLKASQVKHILMDSGVALPAQIVLGKGENPGEKPAAVSSAESSKTAKMVNAYNALLMAEKMSKK
>NC_009441.1|WP_044047539.1|1351547_1353428_+|M1-family-metallopeptidase
MRKIILLSFLSLGINSTFAQSAPYWQQHADYKMEVSMDVKNYQYKGKQELVYTNNSPDTLKKVFYHLFPNAFQPGSEMDARLHFIKDPDGRMVNKVKGADGKEVKQSRIETLKPNEIGFLKISDFKQDGVTAQTRVSGTILEVTLAKPILPNSKTTFTLDFDGQVPVQIRRSGRNNSEGVELSMSQWYPKLAEFDFEGWHADPYIAREFHGVWGNFDVKITIDKDYTIGGSGYLQDKNSIGHGYEDEGVTVTYPKKTKTLTWHFIAPNVHDFTWAADKEYTHDIVKGPNDVDLHFFYKNNPKTTANWKQLEPLMVKVMDYYNHRVGQYPYKQYSFIQGGDGGMEYAMCTLMLGNGTLEGILGTATHELGHSWFQHILASNESKHPWMDEGFTTYIEDSALNELKGDKKEVNPFTGNYKAYYSLVNSGKEQPQTTHGDRYDENRPYSISSYVKGSIFLSQLEYVIGRENVDAALKRYFNDFKFKHPTPNDIKRSAERVSGAELDWYLTDWAQTTNTIDYGIKDVADNAGKTTVTLERIGRMPMPIDLKVDYTDGTSETFYIPLRMMNFIKPNPNPSEKRTVLDDWAWAQQNYSFTIDKNKASIKKITIDPSGLMADVKQTNNVFEVK
>NC_009441.1|WP_012023274.1|1353616_1354171_+|hypothetical-protein
MSGEEKYNFKIQHKINYELFDKKHEAAAAYEIEIKKFENYNFRLELNRHNFKINDHNPEAKFEKIAHAYNDALFPVLFEVRNGKFLLANFDGISERIAQKDQELRYKHQGPGLEYIRNNFFEKTGKDGYAMAEYIYSFELIRILLFCVEKPENDNNYHFNWKIPLLDNDVFWEGQKSFDPQTIP
>NC_009441.1|WP_012023275.1|1354412_1355258_+|hypothetical-protein
MDQVNGDYKFRIVRNIHYRLNQKRDEIVYTYEIQFKTIGEKEFTVEISNFSYTDYAKNQATPVVRNMIEQYDAVFFPVLLDIKEDTCFIKNKGDIIKRLESKNNQLRVNPKYLIDEDTAKIKNITRHHVIDDIKGAFLRNAIDDYILENSCSKGIMELLLFSLNEIRDYESYDLLFNLSPFNEKIKWECKKISEDDIHSVIYIGQIKDRNELFEQFEKYAKLEGYWLNKIEGEKLIYSELKHEVHFDLEKSLFDFFEMNVKIKHDFYDYKETIYISAINKK
>NC_009441.1|WP_012023276.1|1355263_1359307_+|DUF4280-domain-containing-protein
MNSSIPYLVKKEDTLESIAKELGITDPYDLRHYHNMNAEINDGIGQEPVQGKTLLTPSPEKIKEINAKRAKLDEAEEAEIQKEEQVKEEQHKQQKEEKEQEEKQEKETVQNAHNDKYFVVHGSLCSCDKAENPKQTAKLLVTSHNKVILNAEAGKFFATEIDKTFDPAAATFGKCTLKPSSGGNQPCALAPAPKWTKVYDKTSIFGNKVLTEISTLQCTVGGKIEVAKHGQTNTVMKEHAEKTNPAALALINPAVKMPNLKTAYPSVSSIALKSLKNDPDFKAVSSTQTKNVEKIVIRPNQECTFEAKVSKGNVDFVSWVIYEGFDGDKDKRLYTEEQIGTRFTYTFLTVGKYRIEGYGKPKQDDPEAETAYKSYPDCCLDIEVILNKLQGTELLPIDGGNFTKMIGGKMRLRQNFPASFKANFLMPPTDEELENLKIYVTDASGSVLKSTRIENTISFTPVNTKAKYTITAQYKLSAEEVQKQSFSAETITNSVSQITHNAEVIRPGTPMNFAVKESTFSLYIPDEQEAVAKEVQAVKWNLNGRLIGNGKSITIPGHELMNFGKYVVEAYVTLANAYGQNAKHEEDDWHFEVKENDVISFSYTGVPKVGKTTFLEADHLVFPDLTANETVIWDTAIPHKTTDKKTISIKPLKAGKEIVKCRINRQQGKTLSIDVKQAKVLGMMFTDSNGIEIEKSGWHQTVNIWVQQEHLIGEDLTIEIWDNDAFKDDYCKAITVKSYDGNLIPFTLDSYVKNKAGDWAMLYVKISAPKLKLANTEGVFKSKNRLDVQDKREIYSAQIGSQDAKQRHYHVDYNQVSYFYGKSRGIKAGEKLKITIYEKGNKLFEVTDVAVDTSGAVKAKLQWDRISEKLPSRAVYAVVQDGEDKILYNGNKTANGGVAITKKSALLGLAEYKSAVLVKKSESNANNKTGTCVCKDYDLAWGNKFTCEERKKVVQICSNLWGEENKKQMANHLMNCIALETADSFKPYEGYSSGGATGLVQWTSDAINGMNKDNKYNKGTKLTKERLSKMTVLEQLEYVELYFKMWIDSKKVIRNALDMYMCIWCPAAVGKEDSFICYSEEKDKKRRELDPKATQPYDANKSIDGEYYNEKGNNVLSGKKNKEISRGELYPRLKVKEVLGFKNKTKLFDCRNIGGKDKDNLYGEGVLAKMKRIADEHHEYAQETNNLRTDNTVEGLEKMDCSEFVSRYLFELGITTKPIYMTTANMVSESSFRKIIGNNNIDLVKGSKEESFKPQRGDIFAWGYAKNGSWQGHTGIVYEYDETKDTVTILESIGSSGSRDDSFNNANGGWQKTGCTRTAVYQRKGKALVNHSNWFGYYRPTNYSKEL
>NC_009441.1|WP_012023277.1|1359322_1360249_+|hypothetical-protein
MKKNVLFLFLLFIFQIAGCKQNEIKKNNEIKESIENKPTTSINFLSFLDEICWEGHKGVFKNCDELFTDKGHMFFIIIPKGGAENWYNKQMNNFSVKDVWKKEDKILEQINKCLVSNLEKDFNIWVFYVDVKFLKRNPDMDSPYSPVNPRKVQVCFYKEKLKRWDVIDVIDINNEKDESNFNNWRENYINSIVKKSNESSNNSSEDKIKISQKWQGKFSRNFTEKFNDGSNSSWVYYFIIESNKVVFKSDSELPIESEYKGLERNNQLELFEGDNKQPSYIIKEDGGKFYIQSDSFENRKGWLLLDKN
>NC_009441.1|WP_012023278.1|1360647_1360914_+|hypothetical-protein
MLGIAAIAYVDECLERGYPLRAGINHTLGLDYNEEDNPTTDHYVVIVGRKCDKGTLTYLYWDVGTKRGESADYRFQLIDGYKCSWKRE
>NC_009441.1|WP_044047540.1|1360898_1361810_+|hypothetical-protein
MEKGIMTIIYLQLHKLQEILKMEKLFKLLLLISTFSSCQEIKNDFTEIKNHSFYEVKKINSVNSIYEPCDASNKKYLLKDSILLYTSAQDGDFKYRILNISKNKDTYQLKIKNTDPTQNISTLSIKKIDSKYFSINDKIYIDSTFIKTIPHIKQSCEECGNCDDAKPQIRLDNQRLNGYWKINCINGNASMTITNKTAFLEVMFNQIYVELVELKRYNSENGIAYKLKEIPEDRGSFGAKLNWNEYLNNKPIAYVKVIDKNTLYFYWYGFFNKKKQKREFVECEFQQEKSKDQQEIILKKCDE
>NC_009441.1|WP_012023280.1|1362046_1363246_-|DUF418-domain-containing-protein
MTNSYHPVEQSKRTVIVDILRGWAILGVAIGNYLDFLYIGIEKDIKYDTFSEVLQTINRYFFAAKSWTLLTLLFGYGFAILINNVASKGKNPVAFFTWRMALLFILAFINSSFWLGDILKDYAFLGLVLLLFYRCSAKTLAVISTVIVLTVPFLMAYINGLKIEHTAISSNPEYLKLYHSGNWIDFFRFNLLASLYEQIIVPGYAITAHYVMLGCMLFGFMLQKLNFFNRLIELKKLLQYVCIISFLCAVVIGIGFNIAIIYKAGFLKFFHPLYWLVLSTMIFISTGICLLYINGKLKTIFSYFSAGGKMTLTNYISQNILAALIFSGIGLGIADTMPYWFYFSVAVFIFVVQLFISKWWLSKYNYGPIEWLWRSASYREWFPLRKIQPEVTPADIKTI

Crispr_ID: NC_009441_4

• CRISPR_ID: NC_009441_4
• CRISPR_location: 1341181-1341330
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_009441_4

Consensus_repeat	Method
TTAGATAAATCTAAAGTTGTTAA	CRISPRCasFinder

spacers of NC_009441_4

>4.1|1341204|40|NC_009441|CRISPRCasFinder
TAGATTAGAATAACAATAAAAAGTATTCAATTCAGTATTT
>4.2|1341267|40|NC_009441|CRISPRCasFinder
AGAATTGCCGTAAACACTTAAGGATGAGAGCAATATGTTT

CRISPR arrays and Neighbor proteins around NC_009441_4

CRISPR arrays

The CRISPR arrays of NC_009441_4

>merge|NC_009441|4|1341181-1341330|CRISPRCasFinder
CTAGAAATATCAATGCTTGTTAATAGATTAGAATAACAATAAAAAGTATTCAATTCAGTATTTTTTGAAACATCAAGAGTTGTCAAAGAATTGCCGTAAACACTTAAGGATGAGAGCAATATGTTTTTTGATACATTTAAAGCTGTCAAT

>NC_009441|4|3|1341181-1341330|CRISPRCasFinder
CTAGAAATATCAATGCTTGTTAA	TAGATTAGAATAACAATAAAAAGTATTCAATTCAGTATTT
TTTGAAACATCAAGAGTTGTCAA	AGAATTGCCGTAAACACTTAAGGATGAGAGCAATATGTTT
TTTGATACATTTAAAGCTGTCAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_044047540.1|1360898_1361810_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023278.1|1360647_1360914_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023266.1|1335999_1337448_-|Fe-S-cluster-assembly-protein-SufB	unknown	unknown	gnl|CDD|236990
NC_009441.1|WP_012023262.1|1331496_1332846_+|serine-hydrolase	unknown	unknown	gnl|CDD|224594
NC_009441.1|WP_012023271.1|1344532_1349572_-|T9SS-type-A-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|227511
NC_009441.1|WP_012023263.1|1332892_1334209_-|Fe-S-cluster-assembly-protein-SufD	unknown	unknown	gnl|CDD|376550
NC_009441.1|WP_012023280.1|1362046_1363246_-|DUF418-domain-containing-protein	unknown	unknown	gnl|CDD|225193
NC_009441.1|WP_044047539.1|1351547_1353428_+|M1-family-metallopeptidase	unknown	unknown	gnl|CDD|341067
NC_009441.1|WP_012023274.1|1353616_1354171_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023277.1|1359322_1360249_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023272.1|1349848_1351483_+|S8-family-serine-peptidase	unknown	unknown	gnl|CDD|173809
NC_009441.1|WP_012023264.1|1334326_1334695_-|four-helix-bundle-protein	unknown	unknown	gnl|CDD|274132
NC_009441.1|WP_012023269.1|1339243_1340101_+|MBL-fold-metallo-hydrolase	unknown	unknown	gnl|CDD|293839
NC_009441.1|WP_008466070.1|1334745_1335492_-|Fe-S-cluster-assembly-ATPase-SufC	unknown	unknown	gnl|CDD|273907
NC_009441.1|WP_012023276.1|1355263_1359307_+|DUF4280-domain-containing-protein	unknown	unknown	gnl|CDD|379472
NC_009441.1|WP_012023267.1|1337527_1337857_-|iron-sulfur-cluster-assembly-accessory-protein	unknown	unknown	gnl|CDD|223393
NC_009441.1|WP_012023275.1|1354412_1355258_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023261.1|1330062_1331277_-|cysteine-desulfurase	unknown	unknown	gnl|CDD|99746
NC_009441.1|WP_012023268.1|1338232_1339159_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012023265.1|1335503_1335992_-|NAD(P)H-dependent-oxidoreductase	unknown	unknown	gnl|CDD|377026

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012023266.1|1335999_1337448_-|Fe-S-cluster-assembly-protein-SufB	gnl|CDD|236990	PRK11814, PRK11814, cysteine desulfurase activator complex subunit SufB; Provisional.	0
NC_009441.1|WP_012023262.1|1331496_1332846_+|serine-hydrolase	gnl|CDD|224594	COG1680, AmpC, Beta-lactamase class C and other penicillin binding proteins [Defense mechanisms].	1.2759e-31
NC_009441.1|WP_012023271.1|1344532_1349572_-|T9SS-type-A-sorting-domain-containing-protein	gnl|CDD|227511	COG5184, ATS1, Alpha-tubulin suppressor and related RCC1 domain-containing proteins [Cell division and chromosome partitioning / Cytoskeleton].	1.00596e-46
NC_009441.1|WP_012023263.1|1332892_1334209_-|Fe-S-cluster-assembly-protein-SufD	gnl|CDD|376550	pfam01458, UPF0051, Uncharacterized protein family (UPF0051).	4.15317e-96
NC_009441.1|WP_012023280.1|1362046_1363246_-|DUF418-domain-containing-protein	gnl|CDD|225193	COG2311, COG2311, Predicted membrane protein [Function unknown].	3.93858e-42
NC_009441.1|WP_044047539.1|1351547_1353428_+|M1-family-metallopeptidase	gnl|CDD|341067	cd09604, M1_APN_like, Peptidase M1 family similar to aminopeptidase N catalytic domain. This family contains bacterial M1 peptidases with smilarity to the catalytic domain of aminopeptidase N (APN; CD13; alanyl aminopeptidase; EC 3.4.11.2), a type II integral membrane protease belonging to the M1 gluzincin family. APN preferentially cleaves neutral amino acids from the N-terminus of oligopeptides and, in higher eukaryotes, is present in a variety of human tissues and cell types (leukocyte, fibroblast, endothelial and epithelial cells). APN expression is dysregulated in inflammatory diseases such as chronic pain, rheumatoid arthritis, multiple sclerosis, systemic sclerosis, systemic lupus erythematosus, polymyositis/dermatomyosytis and pulmonary sarcoidosis, and is enhanced in tumor cells such as melanoma, renal, prostate, pancreas, colon, gastric and thyroid cancers. It is predominantly expressed on stem cells and on cells of the granulocytic and monocytic lineages at distinct stages of differentiation, thus considered a marker of differentiation. Thus, APN inhibition may lead to the development of anti-cancer and anti-inflammatory drugs. APNs are also present in many pathogenic bacteria and represent potential drug targets. Some APNs have been used commercially, such as one from Lactococcus lactis used in the food industry. APN also serves as a receptor for coronaviruses, although the virus receptor interaction site seems to be distinct from the enzymatic site and aminopeptidase activity is not necessary for viral infection. APNs have also been extensively studied as putative Cry toxin receptors. Cry1 proteins are pore-forming toxins that bind to the midgut epithelial cell membrane of susceptible insect larvae, causing extensive damage. Several different toxins, including Cry1Aa, Cry1Ab, Cry1Ac, Cry1Ba, Cry1Ca and Cry1Fa, have been shown to bind to APNs; however, a direct role of APN in cytotoxicity has been yet to be firmly established.	1.69622e-146
NC_009441.1|WP_012023264.1|1334326_1334695_-|four-helix-bundle-protein	gnl|CDD|274132	TIGR02436, S23_ribosomal_protein, four helix bundle protein. This family describes a protein of unknown function whose structure is a bundle of four long alpha helices. Some of the first members of this family were found encoded in the (atypically large) intervening sequence (IVS) of Leptospira 23S RNA, a region often present in the rRNA gene and removed during rRNA processing without re-ligation. However, this location is not conserved, and naming this protein as a 23S RNA protein is both confusing and inaccurate.	6.76667e-42
NC_009441.1|WP_012023269.1|1339243_1340101_+|MBL-fold-metallo-hydrolase	gnl|CDD|293839	cd16281, metallo-hydrolase-like_MBL-fold, uncharacterized subgroup of the MBL-fold_metallo-hydrolase superfamily; MBL-fold metallo hydrolase domain. Members of the MBL-fold metallohydrolase superfamily are mainly hydrolytic enzymes which carry out a variety of biological functions. The class B metal beta-lactamases (MBLs) for which this fold was named perform only a small fraction of the activities included in this superfamily.Activities carried out by superfamily members include class B beta-lactamases, hydroxyacylglutathione hydrolases, AHL (acyl homoserine lactone) lactonases, persulfide dioxygenases, flavodiiron proteins, cleavage and polyadenylation specificity factors such as the Int9 and Int11 subunits of Integrator, Sdsa1-like and AtsA-like arylsulfatases, 5'-exonucleases human SNM1A and yeast Pso2p, ribonuclease J and ribonuclease Z, cyclic nucleotide phosphodiesterases, insecticide hydrolases, and proteins required for natural transformation competence. Classical members of the superfamily are di-, or less commonly mono-, zinc-ion-dependent hydrolases, however the diversity of biological roles is reflected in variations in the active site metallo-chemistry.	5.35148e-152
NC_009441.1|WP_008466070.1|1334745_1335492_-|Fe-S-cluster-assembly-ATPase-SufC	gnl|CDD|273907	TIGR01978, Probable_ATP-dependent_transporter_SufC, FeS assembly ATPase SufC. SufC is part of the SUF system, shown in E. coli to consist of six proteins and believed to act in Fe-S cluster formation during oxidative stress. SufC forms a complex with SufB and SufD. SufC belongs to the ATP-binding cassette transporter family (pfam00005) but is no longer thought to be part of a transporter. The complex is reported as cytosolic () or associated with the membrane (). The SUF system also includes a cysteine desulfurase (SufS, enhanced by SufE) and a probable iron-sulfur cluster assembly scaffold protein, SufA. [Biosynthesis of cofactors, prosthetic groups, and carriers, Other].	6.00273e-143
NC_009441.1|WP_012023276.1|1355263_1359307_+|DUF4280-domain-containing-protein	gnl|CDD|379472	pfam14107, DUF4280, Domain of unknown function (DUF4280). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and eukaryotes. Proteins in this family are typically between 129 and 456 amino acids in length. There is a single completely conserved residue C that may be functionally important.	1.58333e-24
NC_009441.1|WP_012023267.1|1337527_1337857_-|iron-sulfur-cluster-assembly-accessory-protein	gnl|CDD|223393	COG0316, sufA, Fe-S cluster assembly scaffold protein [Posttranslational modification, protein turnover, chaperones].	3.48409e-32
NC_009441.1|WP_012023261.1|1330062_1331277_-|cysteine-desulfurase	gnl|CDD|99746	cd06453, SufS_like, Cysteine desulfurase (SufS)-like. This family belongs to the pyridoxal phosphate (PLP)-dependent aspartate aminotransferase superfamily (fold I). The major groups in this CD correspond to cysteine desulfurase (SufS) and selenocysteine lyase. SufS catalyzes the removal of elemental sulfur and selenium atoms from L-cysteine, L-cystine, L-selenocysteine, and L-selenocystine to produce L-alanine; and selenocysteine lyase catalyzes the decomposition of L-selenocysteine.	0
NC_009441.1|WP_012023272.1|1349848_1351483_+|S8-family-serine-peptidase	gnl|CDD|173809	cd07483, Peptidases_S8_Subtilisin_Novo-like, Peptidase S8 family domain in Subtilisin_Novo-like proteins. Subtilisins are a group of alkaline proteinases originating from different strains of Bacillus subtilis. Novo is one of the strains that produced enzymes belonging to this group. The enzymes obtained from the Novo and BPN' strains are identical. The Carlsburg and Novo subtilisins are thought to have arisen from a common ancestral protein. They have similar peptidase and esterase activities, pH profiles, catalyze transesterification reactions, and are both inhibited by diispropyl fluorophosphate, though they differ in 85 positions in the amino acid sequence. Members of the peptidases S8 and S35 clan include endopeptidases, exopeptidases and also a tripeptidyl-peptidase. The S8 family has an Asp/His/Ser catalytic triad similar to that found in trypsin-like proteases, but do not share their three-dimensional structure and are not homologous to trypsin. The S53 family contains a catalytic triad Glu/Asp/Ser with an additional acidic residue Asp in the oxyanion hole, similar to that of subtilisin.. The stability of these enzymes may be enhanced by calcium, some members have been shown to bind up to 4 ions via binding sites with different affinity. Some members of this clan contain disulfide bonds. These enzymes can be intra- and extracellular, some function at extreme temperatures and pH values.	7.15999e-121
NC_009441.1|WP_012023265.1|1335503_1335992_-|NAD(P)H-dependent-oxidoreductase	gnl|CDD|377026	pfam03358, FMN_red, NADPH-dependent FMN reductase.	2.05912e-20

Protein sequences

>NC_009441.1|WP_012023269.1|1339243_1340101_+|MBL-fold-metallo-hydrolase
MKLYPIESGNFKLDGGAMFGVVPKTIWNKTNPADSNNLIDIAARCLLIEDGNRLILIDTGMGDKQSEKFFGYYSLWGSHSIDKSLAEYGFNRDDITDVFMTHLHFDHCGGSVQWNSDKTFYEPAFKNAKFWTNENHWQWAVKPNAREKASFLTENIIPMQESGQLNFIERPESDFGFSKELGFGIFYADGHTEKQMIPHIQYQDKTIVFCADLLATAGHIPLPYVMGYDTRPLLTLDEKAKFLNSAADNNYYLFLEHDAHNQIITVEHTEKGVRLKDVFTCEDIL
>NC_009441.1|WP_012023268.1|1338232_1339159_+|hypothetical-protein
MKKNYTNEWLRAFLAIFFILGIGATFFLFSNELKESAEKAKIITKKSELTGPSNETIAQKSILDSLNILKLEYDVALLEKTSLSEQLELERKNVQNLMEIIKVSKNPSIVQIQIYRKQLLDLKTALAAKIVEIKNLKSQNKSLLTEIESQNVVMYKQKTENDTLLLHQKKLELAIKDAAKLSLSNFKVAAFREKKSGKELETEKARNAQKLKVSFSVNGNSIAKTGKRVFYIQVLDQKNTVLGENKLIEFENDKALVYSFIVAVDFQGKPLNAYGVLNSDGNEFKKGTYFVNFFDKQEIMGSASVTLE
>NC_009441.1|WP_012023267.1|1337527_1337857_-|iron-sulfur-cluster-assembly-accessory-protein
MIKVSDTAKKKIIDLMTDDGFDAASDYVRVGVKSGGCSGLSYDLKFDKTKGEDDKIFVDNDIQIAVEKKSFLYLAGTILEFSGGLNGKGFVFNNPNASRTCGCGESFSL
>NC_009441.1|WP_012023266.1|1335999_1337448_-|Fe-S-cluster-assembly-protein-SufB
MSKYTEDDLKIELETKEYEYGFYTNIESETFPIGLNEEIVRAISLKKEEPEWMTEWRIEAFRAWKEMIEPEWANVQYEKPDFQAISYYSAPKQVDPNKTLDDVDPELLEMYKKLGISVDEQKKMNNVAMDIVVDSVSVATTFKKTLAEKGIIFCPISEAIKEHPELVKKYLGTVVPQKDNFYAALNSAVFSDGSFCYIPKGVKCPMELSTYFRINQAGTGQFERTLVIADEGSYVSYLEGCTAPSRDENQLHAAVVELIALDDAEIKYSTVQNWFPGNKEGKGGVYNFVTKRGLCETNAKISWTQVETGSAVTWKYPSCVLKGDNSVGEFYSIAVTNNFQQADTGTKMIHLGKNTKSTIISKGISAGKSQNSYRGLVQISPRAENARNFSQCDSLLMGNNCGAHTFPYIESKNPTAKIEHEATTSKIGEDQVFYCNQRGIPTEKAIALIVNGFSKDVLNKLPMEFAVEAQKLLEISLEGSVG
>NC_009441.1|WP_012023265.1|1335503_1335992_-|NAD(P)H-dependent-oxidoreductase
MENKKVIILGSSRKNGNTTKIVDVLSKEHNIDVVNLSDYNISYYDYESKNIDDDFLPLIRGIIEKYDTLIFATPVYWYNMSGILKVFFDRFSDLIRIEKETGRKLRGKKIGVISNSHDNIIEDSFYIPFKKTSDYLGMEYLGHAHFNANVLNQTTKIELTFI
>NC_009441.1|WP_008466070.1|1334745_1335492_-|Fe-S-cluster-assembly-ATPase-SufC
MLSIKNLHAAIGDKEILKGINIEVKAGEVHAIMGPNGSGKSTLSAVIAGNENYEVTDGEVILDGEDLADLAPEERAHKGVFLSFQYPVEIPGVSVTNFMKTAINETRKANGQEEMPANEMLKVIREKSELLEIDRKFLSRSLNEGFSGGEKKRNEIFQMAMLEPKLAILDETDSGLDIDALRIVANGVNKLKSDKNAIIVITHYQRLLDYIVPDFVHVLYNGRIVKSGGKELAYELEEKGYDWIKAEN
>NC_009441.1|WP_012023264.1|1334326_1334695_-|four-helix-bundle-protein
MSKFKSFEEINSWQKSRIFNKKIYLITENSNFKKDFDFVRQIRRASLSISSNIAEGFERNTDKEFIYFLYVAKASAGEVRSQLYLAFDLEYIIKEEFEMLLESITEISKLLSGFIKYLSPKS
>NC_009441.1|WP_012023263.1|1332892_1334209_-|Fe-S-cluster-assembly-protein-SufD
MDLKEKLVSSFMAFEERVDVHSDLHDIRTNALKNFENKGFPTKKEEAWKYTSLNAILKNDFTVFPKQENAIEFNQVKKYFLHEIDTYKLVFIDGVFSSHLSSTTHDGIDVCLMSSALTKPKYKMVIDTYFNQIASKDDSLTSLNTAFAIEGAFINIPKKKVADKPIEIMYFSTGNEAALMVQPRNLVIVGENSHVQIIERHQSLNENPVLTNSVTEIFAQKRAIVDYYKIQNDNNEANLIDNTYVSQQQESHASVHTFSFGGNLTRNNLNFYHYGERLTSTLNGISILNDKQHVDHYTLVNHAQPNCESFQDYKGIFSDRSTGVFNGKVLVEKEAQKTNAFQKSNNILLSDKATINAKPQLEIFADDVKCSHGCTVGQLDETAMFYMQSRGIPKKEAKALLMYAFSNAVIESIKIPELKQRITKIIATKLGVNLGFDL
>NC_009441.1|WP_012023262.1|1331496_1332846_+|serine-hydrolase
MKKFLKVLLLVVVLAFLYFGFTTYPKLDLISGFSAKSVASGHFIDNRPLDLIQKTDNDINLVDLAKNSIDDAGKYAISSVYGLKERKAIYREGLGATLINDDFDVSKPYLLPKRTKLENNLPFPYGDNEPKDTSFSNVDYSKLKKAVDNAFDKTGGRIKRTRAVVVLYKDKLIAEKYDTGFNKDSKILGWSMTKSITSSAFGVLAKQGKIDIYKPAPVVEWKNDERKNITLNDLLHMNSGLEWEENYSTICDATKMLFQAEDMGKVQLDKPAQFKPNTHWNYSSGTTNLLSLILRRQFKTQQEYLDFWYSAVIDKIGMNSMIVEQDMSGTFVGSSYGWATPRDWSKFGLLYLHKGNWNGEQILDESWVKYTATPTNTSDGKYGAQFWLNAGGKFPDVPRDMFYCSGYQGQMVAIIPSKDMVIVRMGVREEEPGFDFNGFLKEVIASIGK
>NC_009441.1|WP_012023261.1|1330062_1331277_-|cysteine-desulfurase
MLDIQKIRADFPILSQTVNGKPLVYFDNGATSQKPQVVIDAEVKYYQEINANIHRGVHTLSQLATDAYEVARGKVKDHINAKHAHEVLFTSGTTHGINLVANGFASILKPGDEVVVSSLEHHSNIVPWQMLCEKTGAVLKVIPINDNGELIIEEFDKLLSDKTKIVTVNHISNALGVINPIKYIIDKAHAVGAAVLIDGAQAVPHLKPDVQELDCDFYAFSGHKMCGPTGTGILYGKEAWLNKLPPYQGGGEMIKEVTFEKTTYADLPHKFEAGTPNIAGGIVLGTAIDYLNEIGFDKIHEYENELLEHATKRLNEIEGIRIYGNTKNKASVVSFNIDGIHPYDVGSIIDKLGIAVRTGHHCAQPIMNFFCIPGTIRASFSFYNTKEEIDQMVDAVKKAQTMLS
>NC_009441.1|WP_012023271.1|1344532_1349572_-|T9SS-type-A-sorting-domain-containing-protein
MRKTLLLILIFSFIQIKAQCWKTAAAGYSHTVAVRNDGTLWTWGNNDEGQLGNSTPAAINIPTKMGTANNWKTAAAGWGHTVALKTDGTLWAWGYGRLGQLGNGNYNTNFNLPQQIGTENDWQTIAAGHGHTVALKNDGTLWAWGNNFSGQLGNGTSFDRNTPTKIGSDSNWLAISAGGLYTIALKKDGTLWAWGKNTYGTLGDGTTTNNRVPKQIGTDTDWKTIAAGSDHTIAIKNDGSLWIWGKNTYGALGDNTTIDKIVPTKIGTDTDWKSAEGGVDYTVAIKTDGTLWAWGYNADGVFGNGSKINSLIPVQIGTEKNWQMVSGGSVHTVAVKTDESLWSWGNNSYGQLGDGTSIEKNIPTLLNCAGSLIVTVSQTNVRCAGSNEGSASITSVSGGTTPYTYLWSNGKTTASITELAAGDYSCTITDASSLSITKNITITQPPALFSTVTVINTNCNNNNGSIEIIANGGTLPYQYEIWSNAIYQDSNVFTGLPSGNYQVIVKDSKGCLVSSYVVIEKESTPIPTVSAQTLSASATVADLKATGSNLKWFTTLTGGNALASSVSLQTGKYYVSQTINGCESVRAAVDITILPASYGEIPTNGLVAYYTFNGNANDTSGNGFNGNAVSTNLASDRFGNSNSAYSFNGAGSYIDAPIANIPQGNAARTISGWFKTNTPNPGENGDVCIFNYGALSRLQRFGLTVYSKGYLETSTGPNAIGDDFYVNNFNYLSNDWYFFTLTYNGTKVSLYVNGVFVSEKNAALNTTNNLFRIGKRISGDTTNEYFKGQIDDIGIWNRVLTPEEIAAMYTPGEQPAYTLIPDPSFEQKLINLGIDSGVVDGKVRTSDIASVESLDVSSSSISDLTGIQDFISLTNLNCGQNNLKALNVSNNTALTVLDCNNNQIAYLDVSNNLALTDLACYSNKLTSLDVKKNTALTKLDSGSNQYTSLDVSHNTALTFLGCNTSQLTTIDVSNNTALKLLDCRENKITSLDVSKITTLTELYCQSNELKDLDISKNKVLEFLNCSKNQLTTLDISTNTALVGLFPNYNQLINLNLKNGNNDKLIYLNFKNNPNLTCIQVDDVAFANANWTDKKDAGAAFNVKCDNYTLIPDVNFENRLIALGYDSGSADGKVLTANISNITSLNVSSKSISDLSGIQDFKSLTTLNCAKNNLTSLNLSNNKNLKTLYCEQNQLTALDLSNNVSLITVECSYNKLQNVNISKNLVLKNLYCINNQLTNIDVTNNTALEQFYCFGNQLTSLNVSKNLNLLGLECGLNKLTTLDVSNNTLMYYLECYSNQLTSLNVTKNIALFHLNFFNNQLTSIDLSNNPLLKELYCLNNQLTSLDLSKNNALTNLDCKNNKLTALNLKNGNNTLLATIDLNFTQNPDLTCIQVDNAAYSNTNWPAAKDAAASFSENCGSISIPDSNFEQKLVDLGIDTDGLNGKITIADASAVTILNLSNSNIKDLTGIEYFTSLTYLDVSNNQLTTLDVSKNILLETLNASSNQLTILDLSKNTKLRIVYVVNNPLVSLNLRNGNNTNFILPPNTGKKSVSGLYTSFLGLKTLGCIQVDDESYSNANWSNIKESTTTYSNTCKTLGVPESALKNVVIHPNPTKGELHIQNVNLEKANVYNVLGQLVKSFTLNSNNTDNTINLSGLPKGVYYVYLINQDAASAKKVIVE
>NC_009441.1|WP_012023272.1|1349848_1351483_+|S8-family-serine-peptidase
MSHIKPLKLSAFALLVLAGCSATVQAQVSTQKEFIKAPAAIVKKAPVSENELKRWSHLDLLKDSIPGMSVDKAYAELLQGKKGQKVIVGIVDSGVDIEHEDLKGMIWTNPKEIPGNGIDDDKNGFIDDVNGWNFLGDAVHENLELTRIVKKGDDGSAQYKAALAQYTEKYEEALQDKQQVDFLLDVHNTIKKELNKTTYKLEDLSTITSADPKVLQSKKVMTQIFTNAGSTFDPESELKEYGEQVYDQLNYNLNKEFDGRKIVGDNPEDIKNTRYGNNIVFGPDKEKALHGTHVAGIIAQIRGNNLGGDGVTNNVEILTVRAVPDGDEYDKDIALAIRYAVDNGAKVINGSFGKSFSPHKQWVYDAIKYAAKKDVLIVHAAGNDGYNIDETKNINYPNDSEDNVKEFADNVITIGAINKQYGENVVAGFSNFGKINVDVFAPGEEIYATVPNNKYKFLQGTSMASPNAAGVAALIRSYYPKLKASQVKHILMDSGVALPAQIVLGKGENPGEKPAAVSSAESSKTAKMVNAYNALLMAEKMSKK
>NC_009441.1|WP_044047539.1|1351547_1353428_+|M1-family-metallopeptidase
MRKIILLSFLSLGINSTFAQSAPYWQQHADYKMEVSMDVKNYQYKGKQELVYTNNSPDTLKKVFYHLFPNAFQPGSEMDARLHFIKDPDGRMVNKVKGADGKEVKQSRIETLKPNEIGFLKISDFKQDGVTAQTRVSGTILEVTLAKPILPNSKTTFTLDFDGQVPVQIRRSGRNNSEGVELSMSQWYPKLAEFDFEGWHADPYIAREFHGVWGNFDVKITIDKDYTIGGSGYLQDKNSIGHGYEDEGVTVTYPKKTKTLTWHFIAPNVHDFTWAADKEYTHDIVKGPNDVDLHFFYKNNPKTTANWKQLEPLMVKVMDYYNHRVGQYPYKQYSFIQGGDGGMEYAMCTLMLGNGTLEGILGTATHELGHSWFQHILASNESKHPWMDEGFTTYIEDSALNELKGDKKEVNPFTGNYKAYYSLVNSGKEQPQTTHGDRYDENRPYSISSYVKGSIFLSQLEYVIGRENVDAALKRYFNDFKFKHPTPNDIKRSAERVSGAELDWYLTDWAQTTNTIDYGIKDVADNAGKTTVTLERIGRMPMPIDLKVDYTDGTSETFYIPLRMMNFIKPNPNPSEKRTVLDDWAWAQQNYSFTIDKNKASIKKITIDPSGLMADVKQTNNVFEVK
>NC_009441.1|WP_012023274.1|1353616_1354171_+|hypothetical-protein
MSGEEKYNFKIQHKINYELFDKKHEAAAAYEIEIKKFENYNFRLELNRHNFKINDHNPEAKFEKIAHAYNDALFPVLFEVRNGKFLLANFDGISERIAQKDQELRYKHQGPGLEYIRNNFFEKTGKDGYAMAEYIYSFELIRILLFCVEKPENDNNYHFNWKIPLLDNDVFWEGQKSFDPQTIP
>NC_009441.1|WP_012023275.1|1354412_1355258_+|hypothetical-protein
MDQVNGDYKFRIVRNIHYRLNQKRDEIVYTYEIQFKTIGEKEFTVEISNFSYTDYAKNQATPVVRNMIEQYDAVFFPVLLDIKEDTCFIKNKGDIIKRLESKNNQLRVNPKYLIDEDTAKIKNITRHHVIDDIKGAFLRNAIDDYILENSCSKGIMELLLFSLNEIRDYESYDLLFNLSPFNEKIKWECKKISEDDIHSVIYIGQIKDRNELFEQFEKYAKLEGYWLNKIEGEKLIYSELKHEVHFDLEKSLFDFFEMNVKIKHDFYDYKETIYISAINKK
>NC_009441.1|WP_012023276.1|1355263_1359307_+|DUF4280-domain-containing-protein
MNSSIPYLVKKEDTLESIAKELGITDPYDLRHYHNMNAEINDGIGQEPVQGKTLLTPSPEKIKEINAKRAKLDEAEEAEIQKEEQVKEEQHKQQKEEKEQEEKQEKETVQNAHNDKYFVVHGSLCSCDKAENPKQTAKLLVTSHNKVILNAEAGKFFATEIDKTFDPAAATFGKCTLKPSSGGNQPCALAPAPKWTKVYDKTSIFGNKVLTEISTLQCTVGGKIEVAKHGQTNTVMKEHAEKTNPAALALINPAVKMPNLKTAYPSVSSIALKSLKNDPDFKAVSSTQTKNVEKIVIRPNQECTFEAKVSKGNVDFVSWVIYEGFDGDKDKRLYTEEQIGTRFTYTFLTVGKYRIEGYGKPKQDDPEAETAYKSYPDCCLDIEVILNKLQGTELLPIDGGNFTKMIGGKMRLRQNFPASFKANFLMPPTDEELENLKIYVTDASGSVLKSTRIENTISFTPVNTKAKYTITAQYKLSAEEVQKQSFSAETITNSVSQITHNAEVIRPGTPMNFAVKESTFSLYIPDEQEAVAKEVQAVKWNLNGRLIGNGKSITIPGHELMNFGKYVVEAYVTLANAYGQNAKHEEDDWHFEVKENDVISFSYTGVPKVGKTTFLEADHLVFPDLTANETVIWDTAIPHKTTDKKTISIKPLKAGKEIVKCRINRQQGKTLSIDVKQAKVLGMMFTDSNGIEIEKSGWHQTVNIWVQQEHLIGEDLTIEIWDNDAFKDDYCKAITVKSYDGNLIPFTLDSYVKNKAGDWAMLYVKISAPKLKLANTEGVFKSKNRLDVQDKREIYSAQIGSQDAKQRHYHVDYNQVSYFYGKSRGIKAGEKLKITIYEKGNKLFEVTDVAVDTSGAVKAKLQWDRISEKLPSRAVYAVVQDGEDKILYNGNKTANGGVAITKKSALLGLAEYKSAVLVKKSESNANNKTGTCVCKDYDLAWGNKFTCEERKKVVQICSNLWGEENKKQMANHLMNCIALETADSFKPYEGYSSGGATGLVQWTSDAINGMNKDNKYNKGTKLTKERLSKMTVLEQLEYVELYFKMWIDSKKVIRNALDMYMCIWCPAAVGKEDSFICYSEEKDKKRRELDPKATQPYDANKSIDGEYYNEKGNNVLSGKKNKEISRGELYPRLKVKEVLGFKNKTKLFDCRNIGGKDKDNLYGEGVLAKMKRIADEHHEYAQETNNLRTDNTVEGLEKMDCSEFVSRYLFELGITTKPIYMTTANMVSESSFRKIIGNNNIDLVKGSKEESFKPQRGDIFAWGYAKNGSWQGHTGIVYEYDETKDTVTILESIGSSGSRDDSFNNANGGWQKTGCTRTAVYQRKGKALVNHSNWFGYYRPTNYSKEL
>NC_009441.1|WP_012023277.1|1359322_1360249_+|hypothetical-protein
MKKNVLFLFLLFIFQIAGCKQNEIKKNNEIKESIENKPTTSINFLSFLDEICWEGHKGVFKNCDELFTDKGHMFFIIIPKGGAENWYNKQMNNFSVKDVWKKEDKILEQINKCLVSNLEKDFNIWVFYVDVKFLKRNPDMDSPYSPVNPRKVQVCFYKEKLKRWDVIDVIDINNEKDESNFNNWRENYINSIVKKSNESSNNSSEDKIKISQKWQGKFSRNFTEKFNDGSNSSWVYYFIIESNKVVFKSDSELPIESEYKGLERNNQLELFEGDNKQPSYIIKEDGGKFYIQSDSFENRKGWLLLDKN
>NC_009441.1|WP_012023278.1|1360647_1360914_+|hypothetical-protein
MLGIAAIAYVDECLERGYPLRAGINHTLGLDYNEEDNPTTDHYVVIVGRKCDKGTLTYLYWDVGTKRGESADYRFQLIDGYKCSWKRE
>NC_009441.1|WP_044047540.1|1360898_1361810_+|hypothetical-protein
MEKGIMTIIYLQLHKLQEILKMEKLFKLLLLISTFSSCQEIKNDFTEIKNHSFYEVKKINSVNSIYEPCDASNKKYLLKDSILLYTSAQDGDFKYRILNISKNKDTYQLKIKNTDPTQNISTLSIKKIDSKYFSINDKIYIDSTFIKTIPHIKQSCEECGNCDDAKPQIRLDNQRLNGYWKINCINGNASMTITNKTAFLEVMFNQIYVELVELKRYNSENGIAYKLKEIPEDRGSFGAKLNWNEYLNNKPIAYVKVIDKNTLYFYWYGFFNKKKQKREFVECEFQQEKSKDQQEIILKKCDE
>NC_009441.1|WP_012023280.1|1362046_1363246_-|DUF418-domain-containing-protein
MTNSYHPVEQSKRTVIVDILRGWAILGVAIGNYLDFLYIGIEKDIKYDTFSEVLQTINRYFFAAKSWTLLTLLFGYGFAILINNVASKGKNPVAFFTWRMALLFILAFINSSFWLGDILKDYAFLGLVLLLFYRCSAKTLAVISTVIVLTVPFLMAYINGLKIEHTAISSNPEYLKLYHSGNWIDFFRFNLLASLYEQIIVPGYAITAHYVMLGCMLFGFMLQKLNFFNRLIELKKLLQYVCIISFLCAVVIGIGFNIAIIYKAGFLKFFHPLYWLVLSTMIFISTGICLLYINGKLKTIFSYFSAGGKMTLTNYISQNILAALIFSGIGLGIADTMPYWFYFSVAVFIFVVQLFISKWWLSKYNYGPIEWLWRSASYREWFPLRKIQPEVTPADIKTI

Crispr_ID: NC_009441_6

• CRISPR_ID: NC_009441_6
• CRISPR_location: 3182380-3182461
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_009441_6

Consensus_repeat	Method
TTAAAACCATATAAATCTATATG	CRISPRCasFinder

spacers of NC_009441_6

>6.1|3182403|36|NC_009441|CRISPRCasFinder
AATTTGTAATTTATTCATTTTCAGCGCATTGAGTTT

CRISPR arrays and Neighbor proteins around NC_009441_6

CRISPR arrays

The CRISPR arrays of NC_009441_6

>merge|NC_009441|6|3182380-3182461|CRISPRCasFinder
TTAAAACCATATAAATCTATATGAATTTGTAATTTATTCATTTTCAGCGCATTGAGTTTTTAAATCCATATAAATCTATATG

>NC_009441|6|5|3182380-3182461|CRISPRCasFinder
TTAAAACCATATAAATCTATATG	AATTTGTAATTTATTCATTTTCAGCGCATTGAGTTT
TTAAATCCATATAAATCTATATG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_123875774.1|3179850_3180222_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_081432672.1|3186020_3186887_+|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|274042
NC_009441.1|WP_044047738.1|3169450_3171112_+|T9SS-type-A-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|275036
NC_009441.1|WP_012024738.1|3186929_3187301_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012024734.1|3182733_3183297_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012024739.1|3187413_3187677_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|197775
NC_009441.1|WP_012024725.1|3165263_3166364_+|catalase-family-protein	unknown	unknown	gnl|CDD|163708
NC_009441.1|WP_012024735.1|3183301_3184981_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_123875775.1|3181783_3182308_+|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|271192
NC_009441.1|WP_012024729.1|3171115_3174574_+|RHS-repeat-protein	unknown	unknown	gnl|CDD|368509
NC_009441.1|WP_012024732.1|3180724_3181369_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012024741.1|3189063_3189411_+|YbbC/YhhH-family-protein	unknown	unknown	gnl|CDD|373980
NC_009441.1|WP_012024724.1|3164274_3165234_+|hypothetical-protein	unknown	unknown	gnl|CDD|271320
NC_009441.1|WP_159436648.1|3166977_3167133_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012024740.1|3188353_3189046_+|DUF4329-domain-containing-protein	unknown	unknown	gnl|CDD|379509
NC_009441.1|WP_044047745.1|3188050_3188233_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012024736.1|3185091_3186009_+|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|227308
NC_009441.1|WP_012024742.1|3189623_3190283_+|IS1-family-transposase	unknown	unknown	gnl|CDD|281403
NC_009441.1|WP_012024727.1|3167403_3167973_-|hypothetical-protein	unknown	unknown	gnl|CDD|227596
NC_009441.1|WP_012024726.1|3166460_3166685_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_081432672.1|3186020_3186887_+|tyrosine-type-recombinase/integrase	gnl|CDD|274042	TIGR02224, Tyrosine_recombinase_XerC, tyrosine recombinase XerC. The phage integrase family describes a number of recombinases with tyrosine active sites that transiently bind covalently to DNA. Many are associated with mobile DNA elements, including phage, transposons, and phase variation loci. This model represents XerC, one of two closely related chromosomal proteins along with XerD (TIGR02225). XerC and XerD are site-specific recombinases which help resolve chromosome dimers to monomers for cell division after DNA replication. In species with a large chromosome and homologs of XerC on other replicons, the chomosomal copy was preferred for building this model. This model does not detect all XerC, as some apparent XerC examples score in the gray zone between trusted (450) and noise (410) cutoffs, along with some XerD examples. XerC and XerD interact with cell division protein FtsK. [DNA metabolism, DNA replication, recombination, and repair].	5.52817e-18
NC_009441.1|WP_044047738.1|3169450_3171112_+|T9SS-type-A-sorting-domain-containing-protein	gnl|CDD|275036	TIGR04183, hypothetical_protein, Por secretion system C-terminal sorting domain. Species that include Porphyromonas gingivalis, Fibrobacter succinogenes, Flavobacterium johnsoniae, Cytophaga hutchinsonii, Gramella forsetii, Prevotella intermedia, and Salinibacter ruber average twenty or more copies of a C-terminal domain, represented by this model, associated with sorting to the outer membrane and covalent modification.	6.44951e-11
NC_009441.1|WP_012024739.1|3187413_3187677_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|197775	smart00530, HTH_XRE, Helix-turn-helix XRE-family like proteins.	3.78058e-08
NC_009441.1|WP_012024736.1|3185091_3186009_+|tyrosine-type-recombinase/integrase	gnl|CDD|227308	COG4974, XerD, Site-specific recombinase XerD [DNA replication, recombination, and repair].	5.31359e-36
NC_009441.1|WP_123875775.1|3181783_3182308_+|tyrosine-type-recombinase/integrase	gnl|CDD|271192	cd01192, INT_C_like_3, Uncharacterized site-specific tyrosine recombinase, C-terminal catalytic domain. Tyrosine recombinase (integrase) belongs to a DNA breaking-rejoining enzyme superfamily. The catalytic domain contains six conserved active site residues. The recombination reaction involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA. Many DNA breaking-rejoining enzymes also have N-terminal domains, which show little sequence or structure similarity.	4.414e-31
NC_009441.1|WP_012024729.1|3171115_3174574_+|RHS-repeat-protein	gnl|CDD|368509	pfam05593, RHS_repeat, RHS Repeat. RHS proteins contain extended repeat regions. These repeats often appear to be involved in ligand binding. Note that this model may not find all the repeats in a protein and that it covers two RHS repeats. The 3D structure of an RHS-repeat-containing protein (the B and C components of an ABC toxin complex) has been determined. The RHS repeats form an extended strip of beta-sheet that spirals around to form a hollow shell, encapsulating the variable C-terminal domain.	1.34898e-05
NC_009441.1|WP_012024727.1|3167403_3167973_-|hypothetical-protein	gnl|CDD|227596	COG5271, MDN1, AAA ATPase containing von Willebrand factor type A (vWA) domain [General function prediction only].	0.00748346
NC_009441.1|WP_012024741.1|3189063_3189411_+|YbbC/YhhH-family-protein	gnl|CDD|373980	pfam15631, Imm-NTF2-2, NTF2 fold immunity protein. A predicted immunity protein of the NTF2 fold. Proteins containing this domain are present in bacterial polymorphic toxin systems as an immediate gene neighbor of the toxin gene, which usually contains toxin domains of the Tox-NucA family. This domain is also fused to ankyrin repeats and the pfam14025.	5.06726e-28
NC_009441.1|WP_012024724.1|3164274_3165234_+|hypothetical-protein	gnl|CDD|271320	cd05819, NHL, NHL repeat unit of beta-propeller proteins. The NHL(NCL-1, HT2A and LIN-41)-repeat is found in multiple tandem copies, typically as 6 instances. It is about 40 residues long and resembles the WD repeat and other beta-propeller structures. The repeats have a catalytic activity in Peptidyl-glycine alpha-amidating monooxygenase; proteolysis has shown that the Peptidyl-alpha-hydroxyglycine alpha-amidating lyase (PAL) activity is localized to the repeats. Tripartite motif-containing protein 32 interacts with the activation domain of Tat. This interaction is mediated by the NHL repeats.	5.58179e-11
NC_009441.1|WP_012024740.1|3188353_3189046_+|DUF4329-domain-containing-protein	gnl|CDD|379509	pfam14220, DUF4329, Domain of unknown function (DUF4329). This domain is functionally uncharacterized. It is found in bacteria and eukaryotes, and is approximately 130 amino acids in length. It is often found in association with pfam05593 and pfam03527. There is a single completely conserved residue D and a highly conserved HTH motif which may be functionally important.	3.84869e-43
NC_009441.1|WP_012024725.1|3165263_3166364_+|catalase-family-protein	gnl|CDD|163708	cd08152, y4iL_like, Catalase-like heme-binding proteins similar to the uncharacterized y4iL. Catalase is a ubiquitous enzyme found in both prokaryotes and eukaryotes involved in the protection of cells from the toxic effects of peroxides. It catalyses the conversion of hydrogen peroxide to water and molecular oxygen. Several other related protein families share the catalase fold and bind to heme, but do not necessarily have catalase activity. This family contains uncharacterized proteins similar to Rhizobium sp. NGR234 y4iL, of mostly bacterial origin.	9.45984e-158
NC_009441.1|WP_012024742.1|3189623_3190283_+|IS1-family-transposase	gnl|CDD|281403	pfam03400, DDE_Tnp_IS1, IS1 transposase. Transposase proteins are necessary for efficient DNA transposition. This family represents bacterial IS1 transposases.	5.69197e-21

Protein sequences

>NC_009441.1|WP_123875775.1|3181783_3182308_+|tyrosine-type-recombinase/integrase
MQTIVLKLERDNDLKFALLIATGSYIGLRISDLLQLRWNQVLNEEHFIITERKTKKIRKVTINPELQIILKRLFVQLEAKETDLMFANRSGDKPFSTQYVNSKLKDIFTKYNVKGQYSSHFMRKTLGRRVWEVNKYSDQALLLLSQLFNHTSVSTTKIYLGIREQEISNLYLSI
>NC_009441.1|WP_012024732.1|3180724_3181369_+|hypothetical-protein
MKYENLKKFIISTKSSKSTIYRFYKKNEDLFLETKMSTGKRLFPVDHARYFDSEIMFDENKILRQENQSMRNLIDCLTDKESLQHTFWQMDWSFFFTVAYKTERNKNSCFKQMHSLYDYLNEKYHDSTDLRMFFTTEPFTNRKGFHNHFVLHVEDKKLHESIISDVQEHFSYDRVDVSIYDRYKAGLFYISKKGLNGEDWDFINNSANTSTDES
>NC_009441.1|WP_123875774.1|3179850_3180222_+|hypothetical-protein
MISCVKKENEQWKGEGKIDHIGEFKTKSMYTIKVENNDDIISFNVSDNSKHSVVTSTEGISNIHNWYLYWDDANKALWVYSSDIGSSVWLEQNSIFSETTITYKNQDKLPVKMPKEIEKDILE
>NC_009441.1|WP_012024729.1|3171115_3174574_+|RHS-repeat-protein
MFKINYNLKGLISIFLFMLMSTLTYGQTENDPSKFVPNIIPPSPTAYGLGTYGNTPVGLFTGSQNINIPIYTYKTANLEVPVSMFYSSNGVKVDEISSNIGQSWNLSFGGVITRIVRDKPDEERGEYPIPISMTEEMGRYSPQALEFYQYIGENDVDTEADLFSFNFGKYSGKFVFDNDGGIVLMPAQDFQINCTVSSDGFDFVITTPDGVKYFFNDKEITSQRVVGSGHSIPITTISSWYLSKIVHPKGDVIQFFYNSEVSNYITSKSQTFRMLSPRIQYDQGGSLENFSPSLSSVCDHTITLNGKSIKSIKSTNPEYGEISFTYLSSASADVTSGNRKIEKIIVKDKTAKEIENVGFTYTTTTNKRVFLDKIQFKDINQNYQFEYEDRNNLPQRLSYSQDHWGYFNGKSNLNLVPKGITLYEFSNVNYNGADKEPDSDYAVKGLLKKITYPTKGYTIFDYEANTYYGTKLVYPPKTYKSLNVVTTEQTYSAVKTTSFINPTPQDISLVGGVSFNCLDANLNVGKNQAYISVYDNTTNKYIPLKRSDNESVVSNGNMYTIRPNTEPEAKNLFFTAELNHEYKLTLEADFTCTSSTLNFNYYPTPPVELASNIKTGGIRVAQTLDYSLNKPEPVVKKFLYAKKDDLSKSSGNKGQDPYYIDRFRVDRIMESPVAGIYGVVTSKTLVNLSSSSLVSLFDTGNSNVFYQYVTISYGNNFLNGGEEHEFIVHRDAPDGFVFGNYEVRNAPLSNLGWDNGLLKKIDYFNKELKTIKETINIYEERYEFRKEVRSFSSRKNYEKIASASVNYVCTQADLSKRTKYISCVAVHKHVYSDNLVDNLIKGKSYYTCIAPGNDNKTTFIEHPCYGVQLPKTISNLENIDNLSIVSYKNIGFWYYLKSSQDITYDVSGSNPICNTAIYNYNGINHVQLSSQTKTNSKKETITTKYFNAKDAEMSGKPFAAELAEKNILSPLNTQTFTGNNKLSEQLITYNNLLLPNAVYSAKFPNANSNITGIGNLEKKIVFNQYDDRGNILQYTLDGGVPTAIIWGYNKTQPIAKIENASYSDVQNYVSNLQTKSDTGTEIDLLSNLNSLRNALSNAMVTTYTYLPMIGISTVTDPKGNTTTYSYDEFNRLKTIKDAQGHVVSENRYHFKN
>NC_009441.1|WP_044047738.1|3169450_3171112_+|T9SS-type-A-sorting-domain-containing-protein
MKKNYLLFFILLSFLTYSQDILWEKSYGGIHADYLFDAQPTADYGFILAGSSLSNKTGNKDEDNHGDLDYWIWKMNEKGELDWQKSIGGNGFDLLQSIKGTRDGGFILAGTSSSGNSFQKKDNCKGLTDFWVIKLDASGEEQWQRTIGGDGQDELLCAFQTKDGGYILGGSSSSSPSSVTNIKAEGKMDAFPQTDLYSKSEKSRGNMDYWIVKLDKEGVIEWQKTYGGKYADVLRSMEQTADNGYILAGYSNSPVSGDKADANKGVGDYWIIKIDDSGAVQWQSSYGGDGDDQPYVIHQTADGGYILGGNSNSTNPLTTLGGIVSNGTDFWILRLDHEGGVVWSKTYDFGKVDILTSLVENNDNTYLIGGYAKSEAKQSLLGDAAKKAGTGKDKEGINDYIALKIDEKGEELWKKTVGSAGEDILRKLIETRDGGYLMAGTSNSGSSKDKKSTIGGNDFWVVKLKDKAKVEKVKASIEAIPNPAVTYTNVIIGYDFTEGTASVIDILGRILQQFSINSRTVPVDLSHYAEGIYIIKIKTDVKTESVKVIKTVR
>NC_009441.1|WP_012024727.1|3167403_3167973_-|hypothetical-protein
MKTDTKGNQRQDDKNFQNTASGKQGQLKTASPAAHPFTENAEPDYGDDLSTEEIGSGSDQQKPSDAEQQKLKVRNSDVQDSDKDSNPYDSENLDNETGSESKDITEKDIEENLINNDPSEGFETDIDALQSDETQNSGFETIEPDHDNPVNKEFEIGELGNQELKEDERVRDETANGSVHNYRPSQRKF
>NC_009441.1|WP_159436648.1|3166977_3167133_-|hypothetical-protein
MKALFSKVVILSILMAALHISCEALCEDENDASNRKENYIIKNDSLAVSKN
>NC_009441.1|WP_012024726.1|3166460_3166685_-|hypothetical-protein
MIPQENYDTYRQDDSLYHMGEESIQSETMEHTDPGVNQHYKDERSADHQPTELDHDDADRRTLDESEADEDDED
>NC_009441.1|WP_012024725.1|3165263_3166364_+|catalase-family-protein
MIEYIPYSDSIEVIQPDELEISRKIVDSMARVNRLMYEKYRHAIRDAHAKSHAVLKGELKVYDNLPEHLAQGLFAKARTYPVIVRLSTAQGSIVPDKMSAFRGMAIKVIGVEGEKLLPELSDAVTQDFLMVNYPVIPTGTIKEYLKMQEGLEKQADSGELFQEIAQKAAVGVQNVLAAVGLADDTNQLSAPGPHILGDTYFSMAALRFGDYVAKINVKPLSDNVKELAGKKIDKDIIDEDEHAFLTKIVADFFQSATAEYEIGAQLCTDLELMPVEDGSVQWPEDQSPYQPVGKITFHPQQTFSPERRVYADDTLSFNPFHCLADHRPLGNIMRVRQLAYETSSRYRHHMNAKARIEPVSIDQLPD
>NC_009441.1|WP_012024724.1|3164274_3165234_+|hypothetical-protein
MKKYIILLLAAQLTWAQQPTKRIEFEAPESYPEGVAFDKAANVFYVSSARLGTVGKVTKEGRYSELYADKTLKSTYGLKVHPDGKRLFVCAGDANYSKFSTPDTKKKMARLLILDLKTGKKLNDIDLAGLIAGEHFPNDLAFDQAGNAYITDSYAYAVYKVDAKGTASVFSTNELLKTAGVGPNGIVYHPEGFLLAANNGKGALIKLPISNPNSGTKVKIEQFFPSADGMLLNDNSTLTLVQNGGVNKIFKIKSTDNWTNAEVSESTSVEDRFAFPSTAAISGSETWIMNANFSELTEGNNVPSKKFSLQQAVFNPVKK
>NC_009441.1|WP_012024734.1|3182733_3183297_+|hypothetical-protein
MQNLESLFQSFETGIRSVKATKPKEYLNKIGLDYAELRIGFNSGQFHHNKSQEAKDEFEALGMLKKSDAGVRKEDLTAYTVFGRYGLIFPLLSKENQIVNYFALRFDLESPKEEYLNSEGIYPSYPNLLTKRLYIVPTVIDCASFLQSKALENRDAVIAMHSGTLLPQHLEAIKSLHELEEIIIIKR
>NC_009441.1|WP_012024735.1|3183301_3184981_+|hypothetical-protein
MQDIRTQIQNIRPELPVNMIQLPDGHSMNDMWLNYGTGGIVELLQNTETEKAVPTLEIHSDYKIGYRGKTGTFYAIGSLPMDLGNLRVSLQIVEKDSQKKHRVKIDLFDFTSVENQCRELSEKQGFDGNLLEADLKQFTDLLEEYRENLFNAEMNPVTDQFSEKELTPQAHEKAIEFLSKPRLLESVDKLLGQSGIVGEEENRILLFVLASSYKMPYLMHGLVQGSSGEGKSHLINAIADCMPQEDVMNMTRITSKSLYHYKDKELMNKLIIIQDFDGLDEEAQFAFREMQSAKFLTSSTVVKDMLGNTRGKMKKVHAHFASLTATTKAEVYYDNMSRSVVLGVDESLEQTLRIIKSQNLKNAGISNIENEQQAKQLLRNCMRVLKSYTVVNPFADKIELPIEAKMLRRLNDQFQSFVSQITILNQYQRKKDDKGRLIATIEDIQKAVKIFFSSIIIKVDELDKSTRQFFEKLKGFVKSQPNGTTYRFTTREIRQELNISKTSAFKYMQTLQELEYIQAVEGSANKGFKYVVSYWDNMEKLKAKIKTEMAMQLDQIKNS
>NC_009441.1|WP_012024736.1|3185091_3186009_+|tyrosine-type-recombinase/integrase
MKKTIQTPAFQNLLNEFDSYVRVKNYKQGKGSMYQKAVSEFLIWLEDSGITNIKSVTGKESVNYFEYLIKRPKLRGKGTLAGKTIKFHLFALGLFVSNLLENRHIENAYYIPSYSEENGKARNALSVEEIRNIYQHCESDLQRALLSVAYGCGLRRSEITALNVRDVMLSKGMLIVRDGKGSKRREVPMSDIVVEYLGKYITEERYEKLISENKVQDAFFIHDSGKRMNGEYLNNTLKKMIEQTNDYKLIQKEITLHCLRHSIANHLMEKNAGIDFIRGFLGHSGINTTYIYAVRNKKRKPVTAF
>NC_009441.1|WP_081432672.1|3186020_3186887_+|tyrosine-type-recombinase/integrase
MTKPTIENFLLQSYSKQTVDSYMFAINHFLKRNPKAKRYKYRNIVQYMEEISQEQPNGKYRVVILSAIKKYYDYLIMSGYRTDHPCRKLNIKVNSNQAVQVQDLFSSEELELLLARENRYENLDTRNSVLLNLLIYQGLTSDEIIKLNVQDIDLDEGTIYIKASSNLNRRKLSLLAKQILLFSKYLNEARPKMLRTSTDKLIIGKLGKPITVNSIHAMIEPLKPLFPDKKLNPRTIRMSVICNWLNEKKLPLEHVQELAGHKWPGTTEKYIKADSQQQRELINKYFPI
>NC_009441.1|WP_012024738.1|3186929_3187301_-|hypothetical-protein
MNKPLTILVRIFLVGFTLLCLGAYMLSKHYDNEWDKDHPKTKSMEELKAWAQTAIVQDYCESYRFAKSFSNETKREKELYFVESRQSIYVPQVVRNVIEDNDLPDSYVEELRSYVDAEIDKCK
>NC_009441.1|WP_012024739.1|3187413_3187677_+|helix-turn-helix-transcriptional-regulator
MKDSTQTNNMEELNAIALRLKELRKAKGYSNYEHIAYALEMSRSAYWRLETGANFELKTLIKICRVLEISLEEFFKGIDLPNSKIKS
>NC_009441.1|WP_044047745.1|3188050_3188233_+|hypothetical-protein
MNDLVIVLAFFLIMRTMSMAFPKRAEKATKCETKLINALCISKAFEAITAYFKQKKNHLK
>NC_009441.1|WP_012024740.1|3188353_3189046_+|DUF4329-domain-containing-protein
MNWDSFKWRNYDYAIGRFMSIDPLAEKYSFQSPYNFSENRVIDSRELEGLEAYRLFRTEKEAANNWGQQYAGKSIRENKEFGSTIGKSTDAKGNVRYSYAPPALGDNDGVTISDAPQGTTPTADIHAHGAYDSEYFNNDFSRGDKKGNDNTGLNGYLTTPSGTLQKYNPKTKEITIVNETQASDPKDPDKKNNISPNEKKAEKSTTDSKQKTNTNIWPVIKPLIPTIPAK
>NC_009441.1|WP_012024741.1|3189063_3189411_+|YbbC/YhhH-family-protein
MKKHNVLLVVFLLIFFNSCSQEKTKSQKVVKSVVDKPNLVFKDLVPDNETAIKIAEAILVPIYGKKIYKQRPFVATLKSPNVWAVEGTLHTTKGGVAYIEIQKKDCKILKVYHEK
>NC_009441.1|WP_012024742.1|3189623_3190283_+|IS1-family-transposase
MKIKCNFCNGKCIKNGLQSNGNQRYKCCACKKRQQIEYSYNAYKKDINQEIVLFTREGLGIRSTARILKISATTLLKRIVSIARNITKPIISNGKTYEVDELCTYIRHKKNYIWLVYALEKNSKNVVSFNVGKRTNKTLNRVLETLKLSDAKKIFTDRLKNYRYPIDEKMHFVKRFGTNHIERKNLTLRTHLKRLNRRTICFSKSLVIFTAVLKIYFWI

Crispr_ID: NC_009441_7

• CRISPR_ID: NC_009441_7
• CRISPR_location: 5194431-5194658
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of NC_009441_7

Consensus_repeat	Method
ACTTTTACTTAACATCGTTAGATAATTTAAT	CRISPRCasFinder

spacers of NC_009441_7

>7.1|5194462|30|NC_009441|CRISPRCasFinder
CGGGATAATATAAAATCCTTTTTTTTTATA
>7.2|5194523|26|NC_009441|CRISPRCasFinder
AAAGGTAATAAAAGCTCTTTTTTTAG
>7.3|5194580|48|NC_009441|CRISPRCasFinder
ACTGATTCGAAATAGAATTGGAAAGGCTTACTGTATGGAAATTTGTGC

CRISPR arrays and Neighbor proteins around NC_009441_7

CRISPR arrays

The CRISPR arrays of NC_009441_7

>merge|NC_009441|7|5194431-5194658|CRISPRCasFinder
AATTTTACTTAACAGTGTAAAATGATTTAAACGGGATAATATAAAATCCTTTTTTTTTATAACTTTCGCTTAACACTGTTAGAAAATTTAATAAAGGTAATAAAAGCTCTTTTTTTAGACTTTTACTTAACATCGTTAGATAATTTAATACTGATTCGAAATAGAATTGGAAAGGCTTACTGTATGGAAATTTGTGCACTTTTACTTAACAACGTTAGATAATTTAAT

>NC_009441|7|6|5194431-5194658|CRISPRCasFinder
AATTTTACTTAACAGTGTAAAATGATTTAAA	CGGGATAATATAAAATCCTTTTTTTTTATA
ACTTTCGCTTAACACTGTTAGAAAATTTAAT	AAAGGTAATAAAAGCTCTTTTTTTAG
ACTTTTACTTAACATCGTTAGATAATTTAAT	ACTGATTCGAAATAGAATTGGAAAGGCTTACTGTATGGAAATTTGTGC
ACTTTTACTTAACAACGTTAGATAATTTAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_012026282.1|5204595_5205105_+|DinB-family-protein	unknown	unknown	gnl|CDD|378981
NC_009441.1|WP_012026278.1|5202583_5203315_+|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|366181
NC_009441.1|WP_012026277.1|5201904_5202510_+|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
NC_009441.1|WP_012026275.1|5199398_5200817_+|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NC_009441.1|WP_012026279.1|5203522_5203903_+|DoxX-family-protein	unknown	unknown	gnl|CDD|379266
NC_009441.1|WP_012026270.1|5191756_5192203_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026272.1|5193826_5194420_+|TetR/AcrR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224228
NC_009441.1|WP_012026271.1|5192183_5192618_-|cupin-domain-containing-protein	unknown	unknown	gnl|CDD|369571
NC_009441.1|WP_012026280.1|5203914_5204124_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026265.1|5183958_5184630_+|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|223816
NC_009441.1|WP_012026274.1|5195898_5199063_+|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NC_009441.1|WP_012026268.1|5187399_5188485_+|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NC_009441.1|WP_012026269.1|5188519_5191624_+|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|226220
NC_009441.1|WP_012026266.1|5184632_5185988_+|HAMP-domain-containing-histidine-kinase	unknown	unknown	gnl|CDD|223715
NC_009441.1|WP_012026273.1|5194668_5195886_+|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NC_009441.1|WP_012026281.1|5204201_5204576_+|VOC-family-protein	unknown	unknown	gnl|CDD|319910
NC_009441.1|WP_012026267.1|5186132_5187371_+|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NC_009441.1|WP_012026264.1|5182818_5183367_-|type-1-glutamine-amidotransferase	unknown	unknown	gnl|CDD|153228
NC_009441.1|WP_012026276.1|5201096_5201558_+|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026263.1|5182063_5182297_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012026278.1|5202583_5203315_+|GNAT-family-N-acetyltransferase	gnl|CDD|366181	pfam00583, Acetyltransf_1, Acetyltransferase (GNAT) family. This family contains proteins with N-acetyltransferase functions such as Elp3-related proteins.	3.78296e-08
NC_009441.1|WP_012026277.1|5201904_5202510_+|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.08164e-14
NC_009441.1|WP_012026275.1|5199398_5200817_+|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	2.45148e-68
NC_009441.1|WP_012026279.1|5203522_5203903_+|DoxX-family-protein	gnl|CDD|379266	pfam13564, DoxX_2, DoxX-like family. This family of uncharacterized proteins are related to DoxX pfam07681.	5.00034e-16
NC_009441.1|WP_012026282.1|5204595_5205105_+|DinB-family-protein	gnl|CDD|378981	pfam12867, DinB_2, DinB superfamily. The DinB family are an uncharacterized family of potential enzymes. The structure of these proteins is composed of a four helix bundle.	2.82028e-13
NC_009441.1|WP_012026272.1|5193826_5194420_+|TetR/AcrR-family-transcriptional-regulator	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	9.87082e-12
NC_009441.1|WP_012026271.1|5192183_5192618_-|cupin-domain-containing-protein	gnl|CDD|369571	pfam07883, Cupin_2, Cupin domain. This family represents the conserved barrel domain of the 'cupin' superfamily ('cupa' is the Latin term for a small barrel).	1.85777e-19
NC_009441.1|WP_012026281.1|5204201_5204576_+|VOC-family-protein	gnl|CDD|319910	cd07246, VOC_like, uncharacterized subfamily of vicinal oxygen chelate (VOC) family. The vicinal oxygen chelate (VOC) superfamily is composed of structurally related proteins with paired beta.alpha.beta.beta.beta motifs that provide a metal coordination environment with two or three open or readily accessible coordination sites to promote direct electrophilic participation of the metal ion in catalysis. VOC domain is found in a variety of structurally related metalloproteins, including the bleomycin resistance protein, glyoxalase I, and type I ring-cleaving dioxygenases. A bound metal ion is required for protein activities for the members of this superfamily. A variety of metal ions have been found in the catalytic centers of these proteins including Fe(II), Mn(II), Zn(II), Ni(II) and Mg(II). The protein superfamily contains members with or without domain swapping. The proteins of this family share three conserved metal binding amino acids with the type I extradiol dioxygenases, which shows no domain swapping.	4.97582e-34
NC_009441.1|WP_012026274.1|5195898_5199063_+|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
NC_009441.1|WP_012026268.1|5187399_5188485_+|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	2.27045e-48
NC_009441.1|WP_012026269.1|5188519_5191624_+|efflux-RND-transporter-permease-subunit	gnl|CDD|226220	COG3696, COG3696, Putative silver efflux pump [Inorganic ion transport and metabolism].	0
NC_009441.1|WP_012026266.1|5184632_5185988_+|HAMP-domain-containing-histidine-kinase	gnl|CDD|223715	COG0642, BaeS, Signal transduction histidine kinase [Signal transduction mechanisms].	1.78027e-38
NC_009441.1|WP_012026273.1|5194668_5195886_+|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	1.97511e-75
NC_009441.1|WP_012026267.1|5186132_5187371_+|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	2.08779e-23
NC_009441.1|WP_012026264.1|5182818_5183367_-|type-1-glutamine-amidotransferase	gnl|CDD|153228	cd03134, GATase1_PfpI_like, A type 1 glutamine amidotransferase (GATase1)-like domain found in PfpI from Pyrococcus furiosus. A type 1 glutamine amidotransferase (GATase1)-like domain found in PfpI from Pyrococcus furiosus. This group includes proteins similar to PfpI from P. furiosus. and PH1704 from Pyrococcus horikoshii. These enzymes are ATP-independent intracellular proteases and may hydrolyze small peptides to provide a nutritional source. Only Cys of the catalytic triad typical of GATase1 domains is conserved in this group. This Cys residue is found in the sharp turn between a beta strand and an alpha helix termed the nucleophile elbow. For PH1704, it is believed that this Cys together with a different His in one monomer and Glu (from an adjacent monomer) forms a different catalytic triad from the typical GATase1domain. PfpI is homooligomeric. Protease activity is only found for oligomeric forms of PH1704.	1.4425e-81
NC_009441.1|WP_012026265.1|5183958_5184630_+|response-regulator-transcription-factor	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	5.25187e-83

Protein sequences

>NC_009441.1|WP_012026272.1|5193826_5194420_+|TetR/AcrR-family-transcriptional-regulator
MASKDRILRQKEETRNNILGAAYDIVKDEGWNGLSMRKIADRIEYTAPIIYEYFSNKEAILEELTGKGFIKLAKELQTAKGKFEKPEDQLEAMWMTYWDFAFTNTEMYQLMFGVQMTCCAQRCSAQEAPYKLFTGVIAEIMKDSNPSEDIIKQKYFTFFSVIHGLIAINIINKSDILETINAQILKDAITGIIKSIQ
>NC_009441.1|WP_012026271.1|5192183_5192618_-|cupin-domain-containing-protein
MKRLTILKTTIAVLFFQQTFSQETKKETTAPQYTIENCVNHFEIDKATKTKAGYQYWFGDKNFTQENTLKMSIVEPGKSTHAPHHHPEEEFFYILEGTAEFYLDGKTKTAGPNTSFYCPSNMEHGIKNAGNTDLKYLVIKKDLR
>NC_009441.1|WP_012026270.1|5191756_5192203_+|hypothetical-protein
MKKKADNQKTDEIDKTELLNKVRLSINEKCQDWVLFQNGTYIIFDHAETIPDIENEAIKLMKEFGPVYVQTPSEDFDVTDLKKTEGWIVSGHCYGMYTYVNPKEKNWKTPDMAEIGLHGRNKRELDGRNPVIVYVNRKKIDNVTSNPF
>NC_009441.1|WP_012026269.1|5188519_5191624_+|efflux-RND-transporter-permease-subunit
MKKFVQGLVAFSLKNSLIIFFFTAILLAAGIVSYIHTPIEAFPDVTNTRARIITQWPGRSAEEVEKFITLPISKQMNTIPKKAEVRSISLFGLSVVTVLFDDGVEDFYAQQYASNRLNGLDLPEGADVEIDPPSGATGEIFRYVIKSDLPIKEIKAIQDWVIERELVSVPGVADVVSFGGEEKMFEIKINPTELENYNLSALDVYEAVSKSNINVGGDVIKRGDQAYVVRGVGLINKVEDIGNILIETKGGAPVLVKHVAEVSISAKPRLGQVGLDGNDDVVEGIVVMLRGENPGEVIGRLKERLNELNERVLPDNVKIVPFIDRTELVNTTVKTVTKNLIEGVLLVSLIVFVFLYNWRTSLIVATVIPLSFLFAIVMLRIQGLPANLISMGALDFGLLLEGTLVIVENVFVSLEKKAHKVGMERFNNMSKMGLIKKSVGSVATYIFFALIILIVALMPIFSFTKVEGKMFSPLAFTLGYALLGSLILSLTYVPAMCKVMLTKNIVEKENMISRFFRTNLFNLFKWSTKHRKLTIYSFLALLAVCCVRFAFYGSEFIPKLNEGAIYVRATLPNSINLDESVRLTKEMKTKIRKFEEVKFVLSQTGRPNDGTDPTGFFNIEFHIELKHKDEWKHDISKEELIAEIKKVLDVYPGIAFGFSQPIQDNVEEYVAGVKSPLAIKIFGSDLFQMEEMAAKVANSIKDVKGIEDINVYKNIGLPELRIQLEDEKMARYAVTTADAQAVIRMTIGGQAATKFYDDEKIFDITLRFEKEYRDSKEKIEGILIPTMNGKKVPLKEIATVEYKTGPTFIYREGNSRYIAVGFSIEGRDLGSTIEEAQKKVAAEVKLPKENVMKWAGEFESKERASKQLAMIVPVVLILILCLLYFNFGNFKDTMIAVSAMPYAFIGGFISLWVTGTVFGISAGIGFIILFGVSAIDSIVLIGMIKENMRAGMHLRDAISEGIHSRIRPIVMIALMGSLGLLPAALSTGMGSEVQKPLAIMIVGGLITCMILSLTVLPQVFYLVYRKKDISNTES
>NC_009441.1|WP_012026268.1|5187399_5188485_+|efflux-RND-transporter-periplasmic-adaptor-subunit
MKKLIIPILGLMLVYGCGKKEEVKKAQDEKFCIDKDLKEKITIEPVQKRAVSESINLTGNITYNGDHVVQFNSLVEGIITKTTFSLGDYVKKGQVLAEIKSTELNSMQSESKSLQSQITVAQRNLQATKSMFEDGISSQKDLLQAQSELDVLKSSLENVRANLAMFSASSERAVFQIKAPTEGFIVDKNISPGMQITNESDPLFTISDLKEIWVLVNVYTSNLKNISENMQVDVTTPAYPGEIFKGKINMMSKVFDADEHVLKARIVMDNRNMKLKPGMTADITIDKSKGGEELAAIPAKAAIFDNNRDYILIYKNDCTIETREINPVLKNNSWLYFDKGVNEGEKVITKNQLLIYERLKN
>NC_009441.1|WP_012026267.1|5186132_5187371_+|TolC-family-protein
MAQITAITDTIVLSRNQAEALFLDKNISLISEKLNIDIADAQVIQAKLWPNPTLTVGEINLWSNATAQQLPPLWGNYGKTQQVNAELEQLIQTAGKRKKLIAMEKVNAEIAKEYFKTFLRSLKIEFRDNLTDLQYNQAQEAVYQKQLSSMQTLLKAYANQVKQGNIGKGEYVRLKASELQYLKEINDLQKENNALQKELKVLMNLPAASFIKLTDEGFVPVNKNIEGINLANLMESAIENRPDMKVLKLGNEYNDNKYKYERAMRTPDVTLGISYDRGASLMNDFVGVGFSLDLPFFNRNQGNVKAAKIAINQGKLLTEEKTLSVQSEVLQAYQDFITTKKLYESADASFEGDLDKLLESYRKNFLQRNTSMLEYLDFVDAYLDNKSILLNSKKDLNKNFEELRYITGQEIN
>NC_009441.1|WP_012026266.1|5184632_5185988_+|HAMP-domain-containing-histidine-kinase
MKIRDRFTLISSLTFSVVFVIASLITYFSFYSYSEKIVYNELQKTCLLTGIFYLEKDELPENQHLIIGQQFRENSLEIITRVYDEKNQIVYGDKTLDNNINQLKLDYVRKNRKLSFKSKHHFYFGSYYHDNQGDFVVFVKKNDTDFKTMTDRLLIIMILVLVSGLISIYIVSRVLSNLAYAPIKNIINQVNEIQATSLDRQIVSPNSKDDIQELIESYNNLLKRLSDTFIIQKNFINYVSHEFKTPLTAISGNLEVFAQKDRSSAEYKEMSEKVLENVYQIEDTMNTLMMLSGLRENMELNEIFRVDELVWDINDQLSASYHLKGQIQIALEVLNDKLLSIKGNSNEIKIALFNIIENAVKYSAGNPIKISLSEHNQQLKIVIEDQGKGISEEDLQFIKQTFYRGKNVSDIKGSGIGLPLANVIFKQNNIEFTIASKKDAGTTVTLVFPKL
>NC_009441.1|WP_012026265.1|5183958_5184630_+|response-regulator-transcription-factor
MNVLLIEDDKRISEFIIKGLEENNFTVHLAETGEMARDLVQENTWDIILMDIMLPGIDGIQLVKLMRFKKIHTPILILSALSNTDDKVTALDSGADDYLVKPFHFKELISRVNALTRRTKFNYNEPETLYTCGTLTINPDEHKVTENDKLIDLSPREYKLLLYLLENRNKVMSRTQILTAVWGINYDNNTNVVDVYISYLRNKIEHNHKFIHTIKGIGYMLKE
>NC_009441.1|WP_012026264.1|5182818_5183367_-|type-1-glutamine-amidotransferase
MKKNIAILATNGFEESELASPKAYLEEQGWNADIVSLKSGTIKSWKDGNWSKEYNVDVVLDQANEADYDALVLPGGVINPDLLRREETAVNFVRSFFESKKPVAAICHGPQILVDADVLEGRKVTSFFSVKNDLKNAGAQWEDSEVVVDNGLVTSRNPNDLPAFNKKMVEEIKEGIHERQRV
>NC_009441.1|WP_012026263.1|5182063_5182297_-|hypothetical-protein
MKTNTLSKEAETRLIDFFNHIIDPEDMAKILRQVNCILALAVMRQHDTLQIGLSNFEDNYYWLNELAEILNPYLSEE
>NC_009441.1|WP_012026273.1|5194668_5195886_+|efflux-RND-transporter-periplasmic-adaptor-subunit
MNPENARIPKNFIRENVQPIKTTMKMKNVIITSFILALVLSSCGDKNQAPTAPPPPVLPVLAITSANTTTDAEYPASIQGTVDVEIRPQVSGNLDRIFVDEGAYVSKGQTLFKINERPFREQLNNALASLHAAEAALINANLEVDKLTPLVQNKVVSDYQLKTAKASQKIAAANIEQAKAMVGSAKINLGYTNVTAPVSGYIGRLPKKQGSLVSASDVEALTTLSDVHEVFAYFSLGETDFINFKEQYKGSSLGDKIKKLPPVTLILADNNAYPQTGKIDMVDGQFDKTTGAITIRATFPNANGTLRSGNTGRIRLGLQHDDAILVPQSATVEMQDKVFVFTVGKDNKVTKMPITVVGKSGTNYLIKEGVKTGDQIVLSGIDKLQDGQAIQPEKSTKVAEVTNKK
>NC_009441.1|WP_012026274.1|5195898_5199063_+|efflux-RND-transporter-permease-subunit
MFKIFIQRPVLATVISILLVILGVLGLTKLPLQQFPDIAPPSVLVTAVYPGANAETVLRSVAPSIEESINGVENMTYMSSTASNDGTLAITVFFKLGTDADQAAVNVQNRVAQATSQLPAEVVQQGIVTAKQQNSFIMAIGMYTDDEAKYDQTFVANYAQINIIPELKRIPGVGSASIFGGVKDYSMRVWLNPTQMSTYKVTPSEVMGAIQDKSLEAAPGKFGERSKEVFEYVIKYKGKLTKPEDYENIAIRSNADGSVLRLKDVARVELGAYSYNSLTRLNGKKGIVIGVIQLAGSNSNDIQIAINKMMEKASKDFPKGIKHNIFYSTKVSLDQSIEQVEHTLLEAFILVFIVVFIFLQDFRSTLIPAIAVPVAILGTFFFMQLFGFSINLLTLFALILAIGIVVDDAIVVVEAVHAKMEHKRLSPKIATHEAMHEITGAIISITLVMAAVFLPVGFMEGSTGVFYRQFAFTMAIAIVISAVNALTLSPALAALFLKDNHGAHDHNEPYQKKGFKEKFFTAFNSSFESLTNRYTGGLKFLIRRKWLSLGGLALITLATVVMVKTTPQGFIPTEDQGFIAIAVNTPSGTSLDGTQKVMTEAENTLKALDASRFVTAISGFNLLTNSTSPSSAVVFVLLKPNEERGEVKNIDEIMNQVRGKLGAISGGSFFVFSFPTVPGFSNVEALDLVLQDKTGGKLDKFSGISQNFIGELMKRPEIAVAFTSFKADYPQLQLEVNDEKANQLGVNVKDILQTMQAYFGSAQASDFNRFGKYYRVVVQADIEDRADPTAIDRVFVKNKTGEMVPINTLVKLTRIYGSETASRYNLFNSISINAIPKPGFSSGDAIKAIEEVAAQQLPAGYGFEFSGQTREEISSGGQSATIFLLCLIFIYFLLAAQYESYILPLAVILSIPAGIFGVFVAIGLTGIENNIYVQVALVMLIGLLAKNAILIVEFAAQRRRSGQGLAAASIMAAKLRLRPIIMTSLAFVVGLVPMMSAKGPSAQGNHSISIGAAGGMLSGVILGLFIIPVLFIIFQHLQEKVSGKPIAVIHNEEK
>NC_009441.1|WP_012026275.1|5199398_5200817_+|TolC-family-protein
MKNHITKIVTFAILITTLISCKVSKDIETPKDAFPENFRNASVSSDTTSIADVEWKNFFTEKDIIKLIDSAVARNNDLQIAEKNIEIAQYRFTQSKWGNVPQVNLFVNASTSNPSDNSFTGLNLNQAIGAKHIDDYSAGASLSWEADIWGKIRNQKKGAYAGYLQSEEVKKALQTNIVANVSRGYYNLLMLDAQLDIARQNLRLNDSTTNIIKLKYDAGQVTTLAIQQSEAQKLNSAQLIPLLEQNIAIQENALSVLTGSFPNSKERSTQLSAIEVKHNTAIGVPSALVSRRPDVKSAELALKAANANVGITKADLYPALRITAQGGVNSFETSNWFNIPASLFGTVAGGLTQPLLNNKRVRTQYNIAVAEREKAVLSFRQSVLVAVSEVSDALVKVEKLQQQETFLKEKVKTLQQAIKNANLLFKNGMAEYLEVLTAQANLLQSELELADIKRQQLTANTDLYRALGGGWK
>NC_009441.1|WP_012026276.1|5201096_5201558_+|hypothetical-protein
MKKIACIALLALLFTNCKQSNNEESKPIEKPADTIAVVKTEKIEKKTEPKEDCKDIEVEMGDGRECILQDSDLDKVYQNIIKNKEVEESNYFLSTIPNENKSVEVNQNGLISIDYQITKDKVAISMNYEGGVTEVTLEKINNTVKRSIYHYAD
>NC_009441.1|WP_012026277.1|5201904_5202510_+|Crp/Fnr-family-transcriptional-regulator
MTFNKETYLNNLKLYFESYAPISEKSWNLIESLTHFQTIKKGEILLENGEICKNLYFIAKGILRTFITDEQGNFYNKNLFLENKLACSKVSSILQTPSNFTIEALEDCILINLNYQKYIQLISENDDLKTFYIAYLEQNWIIEKEQREVALVMQNATERYVNLLEKHPTIADRVPLLHIASHLGITPTQLSRIRKSLEKDL
>NC_009441.1|WP_012026278.1|5202583_5203315_+|GNAT-family-N-acetyltransferase
MNSINLIKDNIDNLTTLWKTVASPLLSYHKNDPFEVSHIKNSGWPNRLWFREDITEENFPQIQEIMEKKPGLVIPYWDIFGSSSKYFFEKNGFHIRIQLVAMVLKLGEKLPLQNNLTFKRVLNEEDAKTWSDIYPLSFSYVISKETLVHNYENVKFYLVHFEGKAIGTLTLFQTEKTMGIHGVGVIPEMRKRGFAEEIMKFAINEAIDADCEYAQLQASALGKGIYTRLGFEDLFTITNYQLT
>NC_009441.1|WP_012026279.1|5203522_5203903_+|DoxX-family-protein
MKKAKIIFWITTTIIFLFEGVMPALTSQTELAKEGIRHLGYPEYFGNALVIFKILGVLVLVIPSVPKNVKEWAYAGFGFDFIFASISHFAVDGINFQSFFPLIFLVILAISYIYYHKIERYKNIAL
>NC_009441.1|WP_012026280.1|5203914_5204124_+|hypothetical-protein
MIEVFKTNVQEVEESIMIIGKLLEHFPNSAINFDLEDCDKILRVNGASISNPKIIELLNSYGFHCEALL
>NC_009441.1|WP_012026281.1|5204201_5204576_+|VOC-family-protein
MNIPAEHQTIMPYLILQGASKFIDFTKKVFGASETNTKSVREDGTIIHAEITLNASTIMITDVIPDWSKQTSHLFVYVPNADETYKKAIENGASSLMGLSNKEYGRTCGVTDPFGNVWWITSVQ
>NC_009441.1|WP_012026282.1|5204595_5205105_+|DinB-family-protein
MNTNVQKDIVETYKKLNDTLSKFSESELNLIPYQGSWTAGQVVQHIILACSGFPELFAGNTEKTTRKPDEKIKDIDGLFLNFNIKMDAPVFLQPEKKEYSKNALNMKLLKIESELLDSASKYDLTLTCLDFQVPGFDKFTMYEWIDFALVHTQRHTHQLNNIFQYITKL

Crispr_ID: NC_009441_8

• CRISPR_ID: NC_009441_8
• CRISPR_location: 5739460-5739576
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: WYL

Consensus repeat of NC_009441_8

Consensus_repeat	Method
TTTTATTTCTGAACAAAGATTTCAAAAC	CRISPRCasFinder

spacers of NC_009441_8

>8.1|5739488|61|NC_009441|CRISPRCasFinder
TAGTACGCAGTTATTTTGCGTAGTGAAATTTTTGTTTTCATTTTTTAGAAATACTATTTGT

CRISPR arrays and Neighbor proteins around NC_009441_8

CRISPR arrays

The CRISPR arrays of NC_009441_8

>merge|NC_009441|8|5739460-5739576|CRISPRCasFinder
TTTTATTTCTGAACAAAGATTTCAAAACTAGTACGCAGTTATTTTGCGTAGTGAAATTTTTGTTTTCATTTTTTAGAAATACTATTTGTTTTATTTCTTGAACAAAGATTTCAAAAC

>NC_009441|8|7|5739460-5739576|CRISPRCasFinder
TTTTATTTCTGAACAAAGATTTCAAAAC	TAGTACGCAGTTATTTTGCGTAGTGAAATTTTTGTTTTCATTTTTTAGAAATACTATTTGT
TTTATTTCTTGAACAAAGATTTCAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_009441.1|WP_012026712.1|5736733_5738974_-|hypothetical-protein	unknown	unknown	gnl|CDD|373074
NC_009441.1|WP_012026711.1|5735769_5736330_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026715.1|5742207_5746599_-|PKD-domain-containing-protein	unknown	unknown	gnl|CDD|372639
NC_009441.1|WP_012026720.1|5751515_5752697_+|acetyl-CoA-C-acyltransferase	unknown	unknown	gnl|CDD|181626
NC_009441.1|WP_165768437.1|5728287_5728434_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026710.1|5734274_5735696_-|RtcB-family-protein	unknown	unknown	gnl|CDD|376465
NC_009441.1|WP_012026721.1|5752843_5754649_+|acyl-CoA-dehydrogenase-family-protein	unknown	unknown	gnl|CDD|173850
NC_009441.1|WP_012026709.1|5733828_5734050_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026704.1|5728590_5728989_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|238045
NC_009441.1|WP_012026722.1|5754876_5755971_+|glycoside-hydrolase-family-18-protein	unknown	unknown	gnl|CDD|119365
NC_009441.1|WP_012026716.1|5746911_5747949_+|WYL-domain-containing-protein	WYL	pfam13280_WYL_CAS-I:CAS-III	gnl|CDD|379100
NC_009441.1|WP_012026705.1|5729058_5731977_-|hypothetical-protein	unknown	unknown	gnl|CDD|308206
NC_009441.1|WP_012026714.1|5741189_5742191_-|type-IX-secretion-system-membrane-protein-PorP/SprF	unknown	unknown	gnl|CDD|274625
NC_009441.1|WP_012026718.1|5748663_5751054_+|3-hydroxyacyl-CoA-dehydrogenase/enoyl-CoA-hydratase-family-protein	unknown	unknown	gnl|CDD|224170
NC_009441.1|WP_012026708.1|5733415_5733736_-|hypothetical-protein	unknown	unknown	gnl|CDD|119397
NC_009441.1|WP_012026719.1|5751103_5751457_+|four-helix-bundle-protein	unknown	unknown	gnl|CDD|319869
NC_009441.1|WP_012026713.1|5740309_5740957_+|hypothetical-protein	unknown	unknown	gnl|CDD|226789
NC_009441.1|WP_012026717.1|5748170_5748629_+|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
NC_009441.1|WP_012026707.1|5733072_5733411_-|hypothetical-protein	unknown	unknown	unknown
NC_009441.1|WP_012026706.1|5732182_5732980_-|TatD-family-hydrolase	unknown	unknown	gnl|CDD|238635

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_009441.1|WP_012026716.1|5746911_5747949_+|WYL-domain-containing-protein	WYL	pfam13280_WYL_CAS-I:CAS-III	1.3e-33	111.2	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_009441.1|WP_012026712.1|5736733_5738974_-|hypothetical-protein	gnl|CDD|373074	pfam14447, Prok-RING_4, Prokaryotic RING finger family 4. RING finger family domain found sporadically in bacteria. The finger is fused to an N-terminal alpha-helical domain, ROT/Trove-like repeats and a C-terminal TerD domain. The architecture suggests a possible role in an RNA-processing complex.	0.000136646
NC_009441.1|WP_012026715.1|5742207_5746599_-|PKD-domain-containing-protein	gnl|CDD|372639	pfam13585, CHU_C, C-terminal domain of CHU protein family. The function of this C-terminal domain is not known; there are several conserved tryptophan and asparagine residues.	9.63555e-13
NC_009441.1|WP_012026720.1|5751515_5752697_+|acetyl-CoA-C-acyltransferase	gnl|CDD|181626	PRK09052, PRK09052, acetyl-CoA C-acyltransferase.	0
NC_009441.1|WP_012026708.1|5733415_5733736_-|hypothetical-protein	gnl|CDD|119397	cd06529, S24_LexA-like, Peptidase S24 LexA-like proteins are involved in the SOS response leading to the repair of single-stranded DNA within the bacterial cell. This family includes: the lambda repressor CI/C2 family and related bacterial prophage repressor proteins; LexA (EC 3.4.21.88), the repressor of genes in the cellular SOS response to DNA damage; MucA and the related UmuD proteins, which are lesion-bypass DNA polymerases, induced in response to mitogenic DNA damage; RulA, a component of the rulAB locus that confers resistance to UV, and RuvA, which is a component of the RuvABC resolvasome that catalyzes the resolution of Holliday junctions that arise during genetic recombination and DNA repair. The LexA-like proteins contain two-domains: an N-terminal DNA binding domain and a C-terminal domain (CTD) that provides LexA dimerization as well as cleavage activity. They undergo autolysis, cleaving at an Ala-Gly or a Cys-Gly bond, separating the DNA-binding domain from the rest of the protein. In the presence of single-stranded DNA, the LexA, UmuD and MucA proteins interact with RecA, activating self cleavage, thus either derepressing transcription in the case of LexA or activating the lesion-bypass polymerase in the case of UmuD and MucA. The LexA proteins are serine proteases that carry out catalysis using a serine/lysine dyad instead of the prototypical serine/histidine/aspartic acid triad found in most serine proteases. LexA sequence homologs are found in almost all of the bacterial genomes sequenced to date, covering a large number of phyla, suggesting both, an ancient origin and a widespread distribution of lexA and the SOS response.	4.96342e-05
NC_009441.1|WP_012026710.1|5734274_5735696_-|RtcB-family-protein	gnl|CDD|376465	pfam01139, RtcB, tRNA-splicing ligase RtcB. This family of RNA ligases (EC:6.5.1.3) join 2',3'-cyclic phosphate and 5'-OH ends. They catalyze the splicing of tRNA and may also participate in tRNA repair and recovery from stress-induced RNA damage.	3.3425e-107
NC_009441.1|WP_012026721.1|5752843_5754649_+|acyl-CoA-dehydrogenase-family-protein	gnl|CDD|173850	cd01161, VLCAD, Very long chain acyl-CoA dehydrogenase. VLCAD is an acyl-CoA dehydrogenase (ACAD), which is found in the mitochondria of eukaryotes and in some bacteria. It catalyzes the alpha,beta dehydrogenation of the corresponding trans-enoyl-CoA by FAD, which becomes reduced. The reduced form of ACAD is reoxidized in the oxidative half-reaction by electron-transferring flavoprotein (ETF), from which the electrons are transferred to the mitochondrial respiratory chain coupled with ATP synthesis. VLCAD acts as a homodimer.	1.3995e-130
NC_009441.1|WP_012026704.1|5728590_5728989_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	3.26202e-13
NC_009441.1|WP_012026722.1|5754876_5755971_+|glycoside-hydrolase-family-18-protein	gnl|CDD|119365	cd06548, GH18_chitinase, The GH18 (glycosyl hydrolases, family 18) type II chitinases hydrolyze chitin, an abundant polymer of N-acetylglucosamine and have been identified in bacteria, fungi, insects, plants, viruses, and protozoan parasites. The structure of this domain is an eight-stranded alpha/beta barrel with a pronounced active-site cleft at the C-terminal end of the beta-barrel.	2.40774e-110
NC_009441.1|WP_012026716.1|5746911_5747949_+|WYL-domain-containing-protein	gnl|CDD|379100	pfam13280, WYL, WYL domain. WYL is a Sm-like SH3 beta-barrel fold containing domain. It is a member of the WYL-like superfamily, named for three conserved amino acids found in a subset of the superfamily. However, these residues are not strongly conserved throughout the family. Rather, the conservation pattern includes four basic residues and a position often occupied by a cysteine, which are predicted to line a ligand-binding groove typical of the Sm-like SH3 beta-barrels. A WYL domain protein (sll7009) is a negative regulator of the I-D CRISPR-Cas system in Synechocystis sp. It is predicted to be a ligand-sensing domain that could bind negatively charged ligands, such as nucleotides or nucleic acid fragments, to regulate CRISPR-Cas and other defense systems such as the abortive infection AbiG system.	1.08336e-30
NC_009441.1|WP_012026705.1|5729058_5731977_-|hypothetical-protein	gnl|CDD|308206	pfam02463, SMC_N, RecF/RecN/SMC N terminal domain. This domain is found at the N-terminus of SMC proteins. The SMC (structural maintenance of chromosomes) superfamily proteins have ATP-binding domains at the N- and C-termini, and two extended coiled-coil domains separated by a hinge in the middle. The eukaryotic SMC proteins form two kind of heterodimers: the SMC1/SMC3 and the SMC2/SMC4 types. These heterodimers constitute an essential part of higher order complexes, which are involved in chromatin and DNA dynamics. This family also includes the RecF and RecN proteins that are involved in DNA metabolism and recombination.	7.26951e-06
NC_009441.1|WP_012026718.1|5748663_5751054_+|3-hydroxyacyl-CoA-dehydrogenase/enoyl-CoA-hydratase-family-protein	gnl|CDD|224170	COG1250, FadB, 3-hydroxyacyl-CoA dehydrogenase [Lipid metabolism].	4.94404e-85
NC_009441.1|WP_012026714.1|5741189_5742191_-|type-IX-secretion-system-membrane-protein-PorP/SprF	gnl|CDD|274625	TIGR03519, bacteroidetes-specific_membrane_protein, type IX secretion system membrane protein, PorP/SprF family. This model describes a protein family unique to, and greatly expanded in, the Bacteriodetes. Species in this lineage include several, such as Cytophaga hutchinsonii and Flavobacterium johnsoniae, that have type IX secretion systems (T9SS) and exhibit a poorly understood rapid gliding phenotype. Several members of this protein family are found in operons with other genes whose loss leads to a loss a this motility.	2.36753e-68
NC_009441.1|WP_012026719.1|5751103_5751457_+|four-helix-bundle-protein	gnl|CDD|319869	cd16377, 23S_rRNA_IVP_like, 23S rRNA-intervening sequence protein and similar proteins. A family of functionally uncharacterized bacterial proteins, some of which are encoded by an atypically large intervening sequence present within some 23S rRNA genes. The distantly related bAvd protein, which also forms a homopentamer of four-helix bundles, has been suggested to interact with nucleic acids and a reverse transcriptase.	4.50317e-47
NC_009441.1|WP_012026713.1|5740309_5740957_+|hypothetical-protein	gnl|CDD|226789	COG4339, COG4339, Uncharacterized protein conserved in bacteria [Function unknown].	2.19137e-33
NC_009441.1|WP_012026717.1|5748170_5748629_+|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	1.52795e-14
NC_009441.1|WP_012026706.1|5732182_5732980_-|TatD-family-hydrolase	gnl|CDD|238635	cd01310, TatD_DNAse, TatD like proteins; E.coli TatD is a cytoplasmic protein, shown to have magnesium dependent DNase activity.	6.94124e-95

Protein sequences

>NC_009441.1|WP_012026712.1|5736733_5738974_-|hypothetical-protein
MKTKELLKISLRQNAIFIPSEMITNDIKNLSGTTSVFLANVSKLGFTFSESLLHALNNVSPTYKIEVLEVLREVLGTDKNWTPLVKEWNVPTNESVIDHIITYFGNVFKTKNGTTLQCGHIIPDNTFPLERYNGCPFCGTPFEFGKLENIGQGSKMKVLELWTEKDLNDFYISLLQSKTALDATQVDSLKMAMQYLPLPKTEVAMKETLMLVIDLLIENGKEDEASQFLKTPTDILRYLWYKNTGMLQIIEPKTIIKRTSKNAQHFHNVLDTSVQARIASQKDLKLKYSRKECLMVANWLNNMNMEVEAMCETMHPKRGMWVRFIRALRLAEYSKRKGFEKLNFLMDVFYNQVYDVWQSKVDSSRLKFDADKTFGLLKQRPGLFARSLFSNMLWFGAEETVAHFEEIIDKVPARLVFTLNMYAQNYFDKNMQRSVKPLGGTNKRIEANALLKLYEDFQLEAMKNQIEELCLLAMKKRFAKIANTNKTIYIDPQLFNIPVSIGDRSDTVQDLPVALMGTRFPVEGNEVRLFMQWGKDLPAQHLDMDLSCQIAYEDRLDMCSFSRLTTTGCQHSGDIRSIPNKIGTAEYININIDELAKAKAKFVTFTCNAYSNGSITPNLVVGWMNSKYPMKISEKTGVAYDPSCVDHQVRVTQNIAKGLVFGVLDVAKREIVWLEMTFGGQVVGGLDFKGVQALLAKLNSKLNIGSLLQLKAEAQGLTITENEIADEVYTAQWAMNPAVVTQLLVD
>NC_009441.1|WP_012026711.1|5735769_5736330_-|hypothetical-protein
MRNLEFEIHPFDQAFYIESLLKKTHSVLNDAKSLNKFWMKRNYHCKNDDMILDLFENIILNAGGVSRFFWPSSKKVHYKIRGKKLREVYEINDSNVLKNRDMRNHIEHFDEKLDDFLKEFSTWKVTRKYVGPLTFVDDNRTFFRAYFYDKDIFKIFNVEYEMEPIIAEIRRIHEILLQQQKNGSRF
>NC_009441.1|WP_012026710.1|5734274_5735696_-|RtcB-family-protein
MKTQINGTDILELGFPEGKIIGIALKINSKRNGFTRDEMIANFKNVLETPENYIDDKIFSKLAVALIEKSNEKPEDFIALNQNPNAYSAYGLDHIEDGARKQMEVAMKLPVTVAGALMPDAHQGYGLPIGGVLATKNAIIPYGVGVDIGCRMALSVYDIPEDFYFENEAKFKKELITNSIFGAGHGFHGQYKSDHAVLENETFNMNPFVKNLKDKAWSQLGSSGGGNHFVEFGIMEFAKDDAVLNIPKGKYVALLTHSGSRGMGATIAGHYTKIAKDECKLPEVAKNLAYLDMNSQLGQEYWLAMNLAGDYASACHEIIHNKMERALGATILAKVENHHNFAWKEIWNGEEVIVHRKGATPAGKGVMGIIPGSMTAPGFLVRGKGEENAINSASHGAGRQMSRTQAIKNITQTEMKSILRDHGVTLIGAGLDEAPMAYKDINQVMEAQKELVDVVAKFTPKLVRMADDGSKED
>NC_009441.1|WP_012026709.1|5733828_5734050_-|hypothetical-protein
MIESKEVATKISELMLNIGKELNESVFLVQEQCSESEFFIYRRQVGIIMGNILLDVLNPLYEKHADLKPRELK
>NC_009441.1|WP_012026708.1|5733415_5733736_-|hypothetical-protein
MNKYERLKTELETVGNGKMKAFGDSMRPILKSGSLLTFQKSENYQIGDIVFCKVKGRYIDAHKIIKTDVNKGFLIANNHGFENGWTKIIYGKVVEAEFKNEIIYKK
>NC_009441.1|WP_012026707.1|5733072_5733411_-|hypothetical-protein
MMLVDDKRIIALINALESNGWKNAGFSDQVIEWYFAEIIEFVSVWSPLGKKLYMVLLINELDYPKKNIVEIGFSLVPCNVSNTFFENIYLKDILQTDLKKFCESINSKALHD
>NC_009441.1|WP_012026706.1|5732182_5732980_-|TatD-family-hydrolase
MNYIDIGINLTNKQFQNDIDDVVQDAIDADVSQMILTGTSVRNSEASLEIAKQYPGVLYATAGIHPHDAKSFDAQSISKLRKLLELKQVVSVGECGLDFDRDFSPRNKQEECYKVQLELAIEVQKPLFLHERSAFNSFMNITKDYLPKLPKAVVHCFTGTLQEAKTYLDNGFYLGFTGAISDVKRFSHLKEVIQYVPLDRMMIETDAPFMLPKNVPNSLLKKYHERRCEPAFLPYVAGTIAQFKGITLAKVAEETTRNSKCFFGI
>NC_009441.1|WP_012026705.1|5729058_5731977_-|hypothetical-protein
MSNRGSEWRKWNFHVHTKGTNKNDQFTSGSMDDFFCTFFKKAYEDKIEAIGITDYFSIDRYLDAINYVKEIHTKEDEDWEEKLFSEDEINFIRKIFIFPNVELRISPTTKKGKFINLHFIFDPKIVENLNNEFFNKISNVENYLMNYQGIKDYAKHINPLLNDDQLYKFGIDNYNIEFGSIKSLLESNKLIRDNSLIAVSSKSNDGVSGLKDYYEEFEKEGGSLLGTVKSIYKLTNIVFSNAPSDKEYFLGKKTSEQEVISHTGSLKPCIIGCDSHSEDTLFSRFTWVKSDLTFEGLRQICYEPEQRVKIQNDKPDFKEDKVIINKVQFISENKVFTNKEIYLNPNLNVIIGGKSSGKSIFLYSMAKTLLVDDTILKNENLEEKYNLRSIDSDFNFRITTNSGISQEMFRSLDENSVIPDIKYIPQNYLVKLAEPDINKKGKSLNKLVRDLIKEDQDSKDKYDQFIRNVKQNDKERDDLLSKYFELLEEIAKTESELKTKSNKEVLEKNIKSNTESVEKLNKESGLSDQEILKYKEIQTKLEFNTIQKNNFNDDFNNINAGLSDLKKLSNDILEKKKEFVEKIKTESVKQYYVDKLSFIDKIYLDITKIFEEIEIQTDEAGKRSFKNENLLKKNLISINGEKATLTKELEPYQQNEKLKKQIEVLNQSIIDDKKLLADIDLLNKAILDKKSLSENCRQDIFKLFRENFEEYNKIINELKHRTLELEGDGLKIDGIAQFNFPKFVKNLYEVSDGRKASYNNYTILKETHKATSPTNFEEIINEIEKIFIDIINGDYFILAKFGKMQAVKELLDDYFFDYWKITYKEDKLGEMSTGKASFVILMLIIGLSKSKAPILIDQPEDNLDNRSITLDLVSYLKNKKLERQIIIVTHNANIVVNSDAENVIVANQKGQNEIDSSSNFKFDLINGSIENTFEKILEETDILRSMGIREHIADIVEGGKEAFKKREEKYGF
>NC_009441.1|WP_012026704.1|5728590_5728989_+|helix-turn-helix-transcriptional-regulator
MSTVNRPKHIGRNISRIRELRGMKQGALADAIGTSQQTISSIETSETVDFDKLVQIAKALGVTVEAIENFTEESVFNFFNNFYDNSANHGQVNGPFNSCTFNALDKVVELYERLVQAEKDKVEYLEKLMKLK
>NC_009441.1|WP_165768437.1|5728287_5728434_-|hypothetical-protein
MNYKISFKERAKLGMEILSKQSPVTLEKARAQVERLSQASKSKVKKHL
>NC_009441.1|WP_012026713.1|5740309_5740957_+|hypothetical-protein
MNLEKIYSELLSNIGFSANEIQKNWIDLEKAYSKKSRHYHNLTHLKEMTASFETYRDKLQNPNEVLFSIFYHDYVYSASKKDNELKSAEYAVSIFTDDKPDRFQKPVGFAEFDRQLVFDAICATQQHQQNVIEDINWLIDFDLKILAKDWEDYKIYFEQIRKEYRIYPDFLYKPGRAKALTHFLENEFIFQTEEFRGLYEEKARANIEKEILLLT
>NC_009441.1|WP_012026714.1|5741189_5742191_-|type-IX-secretion-system-membrane-protein-PorP/SprF
MKLKLFTIIIACCLFTKARAQDPIFTQYFLIPETLNPGFTGFMETTYAGIIHREQWPELDLRIDTDYAFVNTWSDSMNSGLGISFLNQRENVTNYNFSQLNANYAYKVRLNDYWEFRPGIEAGFGLKSFAFQNLLLEDQINIRTGVINTSSMDPMLLNRKATFFDVSAGMVFNTDKAWIGLSMKHLNRPNIAFSSEGNVPLNTFFSLSAGYEFLIIDYIDVLLLPYETKFFLTSNYMQQGRYNRLDLGASILFEKIFFGATAVTNPAKNGANGDLMTSVNLLTGLQYEHLRLGFSYDFNTTKIGKTGGIYELSLTYQFDLRRKCFGCPNYSGN
>NC_009441.1|WP_012026715.1|5742207_5746599_-|PKD-domain-containing-protein
MGKLYLLPLSFIFLITTSVFALHADDNSNLFFNSYNLTVPPSVDFNFTNNNSCSGTPVTFNAIVSGAAPFVYSWDFGDGTTSTVNNPNHTFTALGCGFQNFTVRLTVTDANGEINTVVKTVSVAQKPDLKFVDLNAAGSAKPFERCGDNNSNPKYTINVGNSSASVSCITSYNVNWGDGTSETNVTFPRTHEYQKLGAFNMTITALGTNSCSNSITYVVKNSNNPIGALIAPGNTTNLCTPVPPMDFAIGSWGLNPSDTNYQVNYGDGTFQNYTQQQLESSPYYNSANPGASQNFPIPHTFTRFNCPSGNTVTLTITTSCGSTYLTAGPIIILDVPTVSFNVNSIICANTYAYFSNTTMAGYTNGCSTYNVYTWDFGDGTPVSREVNPAHVYTRPGTYTITLRAQTPCGIGNTATRQICVEPILEPNFTFGNACAASNLQITNTTDTSLSCGVESYYWEVINYVEGFCGKESVPGAGRGQWNFANGTYSYSKEPVFNFVMPGTYYVRLTTRNSCGIDRSIVKTIQVKKPPVITLEKISDFCNSATIKPVGKVEETCAPASEITYLWSFPGGTPSSSTLLDPGSINYTVSGNYQATFSVTNSCGTTTKTQNFSVNTVLSPVITPKSVQICSGASFQVTPFTNGTDNVPAGTTYVWSAPVVSPPVAVSGAFAQSSPRTNISQTLTNNTNAPATVTYTVSPISTVCPGPDFTITVTVDPLIKVTETIKTGTCFGSNDGSITIAVAGGIPFATGNPYNFSWTGPNGFASSDQNISNLKPGYYNLRVIDNGRCPFNQSYYVSEPGKFQVVGESKNDITCFGLNDGRINVSVSGGTLPYTYVWTKNGAPYTANTGNPANLGPGDYNVTITEVNSCDVLNRSFTIIEPPLLKVSYVSQVDILCYGYSTGEINVTTTGGRATEISPGIFNYRYNWTGPNGYRSTVQNPRNLAAGTYNLTVTDNSGCVSNLQVVLLQNDEIKLDYTKTEIACYNYADASITINNITGGVPFATGEPYIIKWSNLGSGRVQNNLSAGTYVITITDALGCPKVFTIVIDNAPVFTIKPDVRQISCFGQKDAHIRLNLVGGKAPVRLVWDDDATAGIERNNIGPGKYSVTITDAKNCEIKETFTIVEPLLLEIKGEVSNTLDCTRSDTGAVNLIVTGGTQPYTYSWSNGARTEDLVNLVPGKYTVVVTDANGCKQSDTWTIMRFDQLTPSIEVITDHNCETKYVKQTFVGHVKGGIPPYTLNWSDGIVSGANNEIMNTENNGLVIFSVTDSFGCKAEVAYNVNTPVLGTANFSTGSYGKDMYDLYSIYDPITFTNLATGDFTLISWDFGDGNFSNEENPKHIYTKVGTYTIKQTVTYPFGCQYSYSATIKVEKGYSLIMPNAFTPNNDGYNDTFAPVFLGLSDITLDVFDTWGGVIYTEKGTNIRGWNGKVKDIDAENGNYYYKIILKTFYNHTIVEKGAFTLIK
>NC_009441.1|WP_012026716.1|5746911_5747949_+|WYL-domain-containing-protein
MSQNKNALIRYKTIDKCLQNKYRQWSLEDLIEECSEALFEYEGRQNPISKRTIQMDIQLMRSEKLGYNAPIVVYDKKYYKYEDEDFSITDIPLTETDMNVLTETVSMLKQFKDFSLFNDVSDILQRLEDKIYAEKSHTKPVIYLDKNDKLKGLHYLDEIYQAIIKKMVLIITYKSFKSAEESKFHFHPFILKEFNNRWFLIGKKKASQPITNLALDRIISIDYDFNHPYLEEDFDADNFYKDVIGVTVNSGLNARRIELWVDASNAPYVLTKPLHTSQRLIKQNKDGSVIIHIYVIPNYEMERLLLGFGSCLEILKPEGLRNRMKKILQDAISRYDSEKPTEINA
>NC_009441.1|WP_012026717.1|5748170_5748629_+|MarR-family-transcriptional-regulator
MKDKTIDYILRATWQAVSRMYNEEAAKYDATMATGFALLSMDKEEGTPSTALGPRMGMEATSLTRTLKSMEEKGLIVRKKNPSDGRGVLIYLTDFGKEKRDLSKNTVLKFNETVRKHVSEEKLNHFIEVSEIINELIHDKNIFNQIENTEKE
>NC_009441.1|WP_012026718.1|5748663_5751054_+|3-hydroxyacyl-CoA-dehydrogenase/enoyl-CoA-hydratase-family-protein
MKRTIKKVAVIGSGIMGSGIACHFANIGVEVLLLDIVPRELTEAEAKKGLTLESKAVRNRVVNEHLANSLKSKPSPIYSQKFANRITTGNTTDDMAKIANVDWIIEVVVERLDIKKLVFEQIEKFRKPGTLVTSNTSGIPIHFMSEGRSEDFQQHFCGTHFFNPARYLKLFEIIPGPKTSTEVLDFLNEYGSKFLGKTSVVAKDTPAFIGNRIGIYGIQSLFHLVKEMGLTIEEVDKLTGPVIGRPKSATFRTVDVVGLDTLVHVANGIYENCPNDEQHELFKLPDFINKMMENNWLGSKTGQGFYKKVDKDILSLDLNTLEYRAAKKANFATLELTKTIDKPINRFKVLVKGTDKAGEFYRKSFAGMFAYVSNRVPEISDELYKIDDAMKAGFGWENGPFEIWDAIGVAKGIEIMKAEGLEPAAWVTEMLASGSDSFYTVKEGATYFYNIPTKSQVKVPGQDSFIILNNIRESKKVWSNSGAIIQDLGDGILNLEFQSKMNTIGGDVLTAINKAIDLSEKEYQGLVIGNQAANFSVGANIGMIFMMAVEQEYDELNMAIKLFQDTMMRVRYSSIPVVVAPHGMTFGGGCEMSLHADKVVAAAETYMGLVEFGVGVIPGGGGSKEMTLRASDLFRKNDVELNVLQEYFLTIAMAKVSTSGYEAFDTGLLQHGKDVIVVNKDRQIAEAKKHALLLAEAGYTQPIRRNDIKVLGKQALGMFLVGTDQMQAGKYISEHDKKIANKLAYVMAGGDLSEATLVSEQYLLDIEREAFLSLCTERKTLERIQYMLTKGKPLRN
>NC_009441.1|WP_012026719.1|5751103_5751457_+|four-helix-bundle-protein
MHQFEKLKIWQKAMDITENVYKVCSELPSDEKFNLISQIKRCAVSIPSNIAEGSGRNSNNEFAHFLGIANGSTYELITQLMISKRLKLIAEEKISTIINELVEVSNMNFALQRSLKK
>NC_009441.1|WP_012026720.1|5751515_5752697_+|acetyl-CoA-C-acyltransferase
MKTAYIVKAYRTAVGKAPKGVFRFKRPDELAAETIQFMMDELPNFDKKRIDDVMVGNAMPEAEQGLNVGRLISLMGLKVEDVPGVTVNRYCASGLETIGMATAKIQSGMADCIIAGGAESMSYIPMGGYKPTPDYKVAAAGHEDYYWGMGLTAEAVANQYKISREDQDEFAYNSHMKALKAQAEGKFDKQIVPITVEQTFINENGKKETKSYVVNKDEGPRAGTSKEALAGLKPVFAADGSVTAGNSSQMSDGAAFVLIMSEEMVKELNLEPIARLVNFASSGVEPRIMGIGPVKAIPKALKQAGLTLNDIELIELNEAFASQALAVTRELNINPEIVNVNGGAIALGHPLGCTGAKLSVQLFDEMKRRGNKYGIVSMCVGTGQGSAGIYEVL
>NC_009441.1|WP_012026721.1|5752843_5754649_+|acyl-CoA-dehydrogenase-family-protein
MADTIQKNVTRGGQFLVKETKCEDIFTPEDFSEEQLMMRDSVKEFVDKELWAHKDRFEKKDYAYTESSMRKAGELGLLGVAVPEEYGGLGMGFVSTMLVCDYISGATGSFSTAFGAHTGIGTMPITLYGTEEQKKKYVPKLASGEWFGAYCLTEPGAGSDANSGKTKAVLSDDGKYYSITGQKMWISNAGFCSVFIVFARIGDDKNITGFIVENDPSNGISMNEEEHKLGIRASSTRQVFFNETKVPVENMLSERGNGFKIAMNALNVGRIKLAAACLDAQRRVTSGAVKYANERIQFNTSISSFGAIRSKLAEMATNAYAGESASYRAAKDIEDRIAAREAEGTSHQEAELKGVEEYAIECSILKVAVSEDVQNCSDEGIQVFGGMGFSEDTPMESAWRDARIARIYEGTNEINRMLSVGMLIKKAMKGHVDLLGPAMKVQEELMGIPSFDTPDFSELFSEEKVIVANLKKVFLMVAGSAVQKYGPELDSHQQLLMAAADILIEIYMAESTILRTEKLAKKEGEDKVQEQIAMAKLYLYKAVDIVNLRGKEGIASFSEGDEQRMMLMGLKRFTKYTNLPNVVALREKIAEKLVAENSYCF
>NC_009441.1|WP_012026722.1|5754876_5755971_+|glycoside-hydrolase-family-18-protein
MKQINLIALLFCCILSTTTFAQKNKKFDIIAYYTGDSQLIDQYEVSKLNQIIFSFCHLKDGKLSVDSAKDSLTIKHLVSLKAKNPQLKIIVSLGGWGGCEPCSDAFSTAEGRLKFAKSVKEVSDYFKVDGLDLDWEYPSIEGLPGHLYQAADKPNFTELVKILRSTLGKKYELSFAAGGFQKCLDESIDWKAVAPFVNRINIMSYDLVNGYSKVTGHHTPLYSTNPKEESTDRAVEFLLKQGVPAEKLVIGGAFYTRQWKNVENINNGLYQAGEHFQGVDFKNYATTYTEANGWKYFWDDKAKAPYWYNAQTKTFATSDDLKSIKAKTEYVKEKKLGGIMFWELTLDSFRNGMVDEIYKVKTAK

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NC_009441_7	7.2|5194523|26|NC_009441|CRISPRCasFinder	5194523-5194548	26	MG543995	Staphylococcus phage UPMK_1, partial genome	115381-115406	4	0.846
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	MH319732	Marine virus AG-345-E02 Ga0172268_12 genomic sequence	42205-42234	6	0.8
NC_009441_3	3.1|1118868|31|NC_009441|PILER-CR	1118868-1118898	31	MK552327	Pseudomonas phage Psa21, complete genome	1625-1655	7	0.774
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NC_011774	Bacillus cereus G9842 plasmid pG9842_140, complete sequence	110456-110485	7	0.767
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NZ_CP013615	Clostridium perfringens strain JP838 plasmid pJFP838A, complete sequence	82142-82171	7	0.767
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NC_015221	Nitrosomonas sp. AL212 plasmid pNAL21202, complete sequence	58145-58174	7	0.767
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	MH319749	Marine virus AG-345-F15 Ga0172271_11 genomic sequence	102156-102185	7	0.767
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	MN855778	Myoviridae sp. isolate 416, complete genome	10862-10891	7	0.767
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NZ_CP019641	Planococcus sp. Y42 plasmid unnamed1, complete sequence	96388-96417	8	0.733
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NZ_KX274135	Staphylococcus arlettae strain SA-01 plasmid pSA-01, complete sequence	10980-11009	8	0.733
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NZ_LR214986	Mycoplasma cynos strain NCTC10142 plasmid 13	459878-459907	8	0.733
NC_009441_7	7.1|5194462|30|NC_009441|CRISPRCasFinder	5194462-5194491	30	NC_014819	Asticcacaulis excentricus CB 48 plasmid pASTEX02, complete sequence	33999-34028	9	0.7

1. spacer 7.2|5194523|26|NC_009441|CRISPRCasFinder matches to MG543995 (Staphylococcus phage UPMK_1, partial genome) position: , mismatch: 4, identity: 0.846

aaaggtaataaaagctctttttttag	CRISPR spacer
aataataataaaagctcttttttttg	Protospacer
** ..******************* *

2. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to MH319732 (Marine virus AG-345-E02 Ga0172268_12 genomic sequence) position: , mismatch: 6, identity: 0.8

cgggataat----ataaaatcctttttttttata	CRISPR spacer
----attatctcaataaaatcctttttctttata	Protospacer
    ** **    **************.******

3. spacer 3.1|1118868|31|NC_009441|PILER-CR matches to MK552327 (Pseudomonas phage Psa21, complete genome) position: , mismatch: 7, identity: 0.774

attgtctgcttctagttttgctttcgcagcg	CRISPR spacer
attgttttcttctagttttgctttaaccaca	Protospacer
*****.* **************** .* .*.

4. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NC_011774 (Bacillus cereus G9842 plasmid pG9842_140, complete sequence) position: , mismatch: 7, identity: 0.767

cgggataatataaaatcctttttttttata	CRISPR spacer
atacaaaatataaaatgctttttttgtata	Protospacer
  . * ********** ******** ****

5. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NZ_CP013615 (Clostridium perfringens strain JP838 plasmid pJFP838A, complete sequence) position: , mismatch: 7, identity: 0.767

cgggata-----atataaaatcctttttttttata	CRISPR spacer
-----tatttgtatataaactactttttttttata	Protospacer
     **     ******* * *************

6. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NC_015221 (Nitrosomonas sp. AL212 plasmid pNAL21202, complete sequence) position: , mismatch: 7, identity: 0.767

cgggataatataaaatcctttttttttata-	CRISPR spacer
tgcgataatataaaat-ctttttttcggtgc	Protospacer
.* ************* ********. .*. 

7. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to MH319749 (Marine virus AG-345-F15 Ga0172271_11 genomic sequence) position: , mismatch: 7, identity: 0.767

cgggataat----ataaaatcctttttttttata	CRISPR spacer
----gttatcttaataaaatccttttttattata	Protospacer
    .* **    *************** *****

8. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to MN855778 (Myoviridae sp. isolate 416, complete genome) position: , mismatch: 7, identity: 0.767

cgggataatataaaatcctttttttttata	CRISPR spacer
agcgataaaataaaatccgtttttttcttg	Protospacer
 * ***** ********* *******. *.

9. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NZ_CP019641 (Planococcus sp. Y42 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.733

cgggataatataaaatcctttttttttata	CRISPR spacer
tctgataataaaaaatccttttttatcttg	Protospacer
.  ******* ************* *. *.

10. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NZ_KX274135 (Staphylococcus arlettae strain SA-01 plasmid pSA-01, complete sequence) position: , mismatch: 8, identity: 0.733

cgggataatataaaatcctttttttttata	CRISPR spacer
agggatgctataaaatccttttttgaaaac	Protospacer
 *****. ****************   *  

11. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NZ_LR214986 (Mycoplasma cynos strain NCTC10142 plasmid 13) position: , mismatch: 8, identity: 0.733

cgggataatataaaatcctttttttttata	CRISPR spacer
catttcaatattaaatcctttttctttatg	Protospacer
*.   .***** ***********.*****.

12. spacer 7.1|5194462|30|NC_009441|CRISPRCasFinder matches to NC_014819 (Asticcacaulis excentricus CB 48 plasmid pASTEX02, complete sequence) position: , mismatch: 9, identity: 0.7

cgggataatataaaatcctttttttttata	CRISPR spacer
aaaatgaatataaaatgatttttttttatt	Protospacer
 ...  **********  *********** 

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	345025 : 356253	10	Sphingomonas_phage(22.22%)	NA	NA
DBSCAN-SWA_2	819450 : 829608	13	Bacillus_virus(25.0%)	NA	NA
DBSCAN-SWA_3	3131193 : 3186887	42	unidentified_phage(11.11%)	transposase,integrase	attL 3162366:3162380|attR 3189456:3189470
DBSCAN-SWA_4	4286592 : 4336082	55	Brevibacillus_phage(50.0%)	transposase,integrase	attL 4283576:4283590|attR 4340951:4340965
DBSCAN-SWA_5	4364592 : 4396142	36	Brevibacillus_phage(20.0%)	transposase,integrase	attL 4365850:4365864|attR 4403614:4403628

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_009441|345025:356253|DBSCAN-SWA
TCTAATTAACTTCAATTGACCAATCAAATTTAGGTTTTATAAAACCCGGTTCTCGTCCCATCCAAGATCCCACAGGTCTTTCTCCTTCTTGGATAACAAAGGAAATGATATCTTTTTCAATAAAAAGTGCAGATTTTGAATCCTCTATGATATATAGAGAAAGATAATAGGTCCCTACATTCAAAAATCCTTCTGGCAGTAGACATTTGATTTTGTTTGTTCCTTTATTCAATTTCAAATTCTTGTTTACATGGGAGAATGTAAAAAGTGGTTCTCCAAAATCATTATTCAAAACAAATGTTAAATGCAATTTTCTTGAATCATCCTTTAATGTAAATAAAGTATTTATTTCAATTTCTTGATATTCATCTAGAGGGGCTTCTGATGACTTCCCAACCGCATTTAAACTAATTTCATGGATAGTAAATTCATTTTTATCATAGTTCGAATCAAAAACTTTCGCATTCATTGATTCTGAATCTTGACTTAAATAAAAATTAACCGCATTTTCTACACTTCCAGCCATAGCAACCTTACCATTAATTAAAACTAGCCCTCTGGTACATAGACTTTTTACTGCAGCCATATTATGACTAACAAAAAGTACAGTTCTTCCTTCTCCTCGAGAAATATCTTGCATTTTCCCTATTGCTTTTTTTTGAAATTCTGCATCTCCAACAGCTAAAACTTCATCAACCACCAAAATTTCAGGTTCTAAAAATGCTGCAACAGCAAAGGCTAATCGAACGGTCATTCCAGAACTGTATCTCTTTACTGGAGTATCTATATAACGTTCGCAACCCGAAAATTCAATTATCTCATCTAATTTTGACGCAATCTCTTTTTTGGTCATACCCAAAATAGCCCCATTAAGATAAATATTTTCTCTTCCTGTCATTTCTCCATTGAACCCTGTTCCTACTTCTAAAAGAGATGCAATACGTCCTCGTGATTTAATAGTTCCTGTTGTTGGGGCTGTTACTTTTGAAAGTATTTTTAAAAGTGTAGATTTTCCAGCGCCATTTTTCCCAATAATTCCTAAAACCTCACCTCGTTCTACTTCAAAATCAATATTCTGTAAGGCCCAAACATAGTCTGACGTTCCTTTAGTAGATCGGTCATTAGTCTCACCAATCTTTAGATAAGGGTTTTCTTTACCACGTATTTGATGCCACCATTTATTCAAATCATGTTTTAAAGTTCCGGTTCCTACTTGTCCTAAACGATATTGTTTAGAGATATTTTCGGCTTTTAGAATAATGTCTTTCAATTTAGGAATAGTTAAAATAGTTATTTATTATACTATATTTTTTAGTTTATTATCTGTAAAATTAAAATATAAAAGTTTTTTAATATATTAATTAGTCTTACATGCTATGTTGTATACAGTTATACATTCTACTGCTGCTTTTTCCCAACTAAACTTTTTTGCCTGCTCAATTCCTTTTTTTGAAAAGTATTCTCTAACAGATTTATTTTTAATCAGGGTATTTATTTTTTCAACTAAATCATCTGAGTTATTCAATTCAAAATATACTCCTGCATCACCTGCAACTTCAGGAAATGAGCTATGATTTCCTAAAACTACAGGACAACCACAAATCATTGATTCCAAAACTGGAATCCCAAATCCTTCATATTGTGAAGGAAAAACAAAACATTCTGCATGTTTATAGAAATAGCCCAGCTCATCATCTACAAAAGATTTAAAAAGAATTTTATTTTTCAATCCTAATCTAGAAATATATTCATTTTCTGCATTAGTAAAATTTCCTCCTCCAGCGCATACTAAAAAAAGGTTCTCCTCATTTTTCAATAAATTAGAAATAGAATTAATAAAAAAAAGAAAGTTTTTGTAAATTGATCTATTTCCAACAAATAAAATATACTTATCTGGCAGTATATTTTCAATATTATTTTTTATTTTAATAGATGCTCCATGATAAATTACGTCAATTTTAGATTCATTTATGTGAGGGTACAATTTTAAAATATCTTTCTTAGTATTTTCTGATACTGCTATTATTCTAGTTGCCTTCTCCATCAACAAAAGTTTGTTTTTGAGTAGAACTTCTGAATTAGTAAAGTACTCAGGGAAAAGTTCATGAATCATATCATAAACTGTTAGTACAAAAGGTTTAGACCCTATATATTTTAGAAAATTAACATCATAGTATGTTGGTATAAATAAATCGTATTTTGCGCTAATTAACCTCTTTTCAAAGTTTAAATTTGCAATATACTGTATTTTAAGCCTTTGATATAATTTAATCTTTTTAAAATATTTGATTATGATTCCATATATATTTTGCTTAAACGAATTTAATACACTATTATTAAAATAAATATTAGTTGAATTGTTTAGAGGTGTAATTATTGTGACATTTTTATCTTTTGCTAATAAAGTAAATACTTCTGTATAATATCTTGAAATCCCCCCATATCTCTGTAGATTATAAATTTGTGGATCTAAAATAATTCTCATTATATCTTGATTAGTTAAGTGCCGTCAATTAAATCTAAATACTATGATTTATTTTAAACTGTATCAATGAAACTTTTTTCTGTTCTATTAAAAATTAAAAGACCTATAAAAAAAACAATTACTGTAAAAAAAACGGTATAGACCAATCCTAAGGTAGATATATTACCAATATTTAAAAGCATATATCTAGTTGTCTCGATTGTATAAGCTAAAGGATTATATTCAACCAGCCATCCAAATTTTGGCAGTTTATCTTTAACAAGTTCCATTGGATACATTACTGCAGAAAGATACATTAGCAGTTGTATGCCAAAACTAATAAGATAGCTAAAATCACGATATTTAGTTACCATTGAAGAAATAAGCATCCCAAGTCCTAAACCTAAAACTCCCATAATGCAAATTAATAAAGGAAAAAAAAACACAGAAATATTTAAACTTAAATCAAAACCATTAAAATAATAGAATAAATAAAAGAAAATAAAGATTATGAATTGAATTCCAAATTTGATCAAATTAGAGATTACTACTGAAAGCGGAGTAATAATCCTAGGAAAATACACCTTCCCAAATATAGAAGCATTAGCTTTAAAAGTATCTGAAGTCCCTGTCAAGCAGGCCGTAAAATAATTCCAAATAGTAATGCCAGCTAAATTAAAAAGAAATGGAGGAACTGAACCAGTAGATATACCTGCAACATTATTAAATATAATAGTAAATGTCACTGAAGTAAAAAGAGGCTGAATTAAATACCATAATGGTCCTAAAATAGTTTGTTTATATACAGTTATAATATCACGCTTTACAAATAAAAATAATAGATCACGATATTGCCATGTTTCTTTTAAATTTACAGAAAGGAATTTGTTTTTTGGCGCTATTTCGAAAAGCCAATCATTTGATTCTTTTGTATTATTCATTTTAATTAATTATATCTGAATTCAAAAATTCAAACTCAACTTTTTAAATTAACAGGATTTTTACTCTTTTTAATATATCATAAAATAGAAAAAAGGTGTCAACAACACCTTCTTAATTCTATTAACAAAAATAATCATTCTTAAATTTATTTATCTAAAACTTCAAAAGCAGAGTTCATACTTTTAAATTCAGGAACAATTTTTTTCATTTTTGCAACAATATCTTCATTTTCATAAAAATCTGCAATACCTATTAATTCATCAATATCGTTATGCAAATCTTCATACTCATCTTGGATTTCCTGAGCAATCATAATTTTATTATGATAAGTTGGCAGTGTTTTAGAAGTATCATTTAATAATTCTTCATATAATTTTTCACCTGGACGTAATCCAACTATTTTAATTTTAATCTCTTTATCCGGAATAAAACCTGCAAGTTTGATCATTTTTTTTGCCAGATCTATTATTTTTACAGGTTTACCCATATCAAAAATATAGATTTCTCCACCATTACCCATTGCCCCTGCTTCGAGTACTAATTGACACGCTTCTGGAATAGTCATAAAATATCTGATAATATCTTGGTGGGTAATAGTAACAGGACCTCCTTCAGCAATTTGTTTCGTAAACAAAGGAACAACAGATCCATTAGAACCTAACACATTTCCAAAGCGGGTAGTAATGAATTTAGTTACTCCTGGAATATTTTCTTTTTGATTTTTTAATGATAATGACTGTACATACTTTTCTGCTATACGCTTACTAGCTCCCATAACATTGCTAGGATTTACAGCTTTATCAGTAGATACCATTACAAATTTTTTGACATGATATTTACAAGATAAATCGGCTAGATTTTTTGTCCCTCGTATGTTAGTTAAAATAGCTTGTGATGGATTTTCTTCCATCAAAGGAACATGCTTATATGCCGCAGCGTGATAAACAACATGCGGATTGTAATTTTTAAATACTTTTTCTAATGCTTTTTTACTTTTTATGTCTGCAATTACGGCAACAATCTTAGCAGTAGGATTCATACTAAGAGTTTCTAAACACAAATTATGTAATGGAGTTTCAGCATGATCTAAAATAATAACTATTTTTGGATTAAACCCAAGAACCTGTCTAACTATCTCACTTCCTATCGAACCAGCTGCTCCAGTAATAAGAACTGTTTTATCCTTCAATTGTTTAGAAATTGATTTACTATCTAACACAATAGGTTTTCTTTCTAGTAAATCCTCAATTTGTATATTTTTTACTTTTTGAGAGATTTCTTTTTGATTTTCCCAATCTGAAATTAAAGGAACGGTATAAACTCTATAATTGAATTCAAGACATTGATCAACTATAATTAATTGTTCGTCTTTTGTTAAACTTTTATCAGCAATAATGACCCCTTCAGCAGCAACTGAACGCATTAAAGCAGGCAATTTTTTACGCAAAATCAAAATGGGTAAATCCAGCATACGCTTAGATGCATTTTGATTATTCTTATCTACAAAACCAACAATCTTAAATCGAGATGGAGTTTCAAATTTTAGTGCATTTGCTACAGAAATGGCGTTAGCATCTGTTCCATAAATTACCGTTCTTATGAGCTTTGAATTTGTTTTTTCTGAGAAATACATTTCAAAAGTCTGTTTTACAATTACTCTGTACAAAAACAGGCCACAAAATGACAACACAAGATTAATAAATAATGCTGTATTTAAAAATGCCTTGTGTCCTGTATATAATTCAAATACTAAATTAAAGAATAAGAAAAACACCAAAACAGACATCTGCGAAAACAAAAGTTTAATGGCATCAATGTAAGACGAATGTCTAATAATTCCTGAATAAGTCCTAAATAACCAGAAGAAAAAGATATTTATAAAAAGTAATCCACCAACAAAGGCAAACTGATGAGAAGTAATTATATAGCCTAATGCTGTTCCTTCGAATAGCATATAAGTAAAAGTAAATGAAAAAATCAGAACCATCACATCTATTACTACAATGATCCATCTAGGCAAATAACTAAGATTATTAATATTTGCCCTTAAATTCCTTGGTGATAAAGAATTATATAATATCGACGCTATTTTGGTTTGATTATCTGTATCCAATTTTGGTTTGATTTGATAATTTACTATGTCTTACAAAAGTAATAATTAAAGGTGTTAAAAATTACTTACCACTAAAATTATATTTTTGAACAGATAAATAAAACTCTATTTAGTAGTAAGAAACACTTATTCTGTAAAACTTTATTTTATTTGTCCCAATTAGAATCTTTTATTTCTTTGTAAACTTTCTGAATGCCTTCTTCTAAACTTGTTTTTGCTTTCCATCCAAGGCTGCTTAATTTTGAAACATCCATTAATTTACGAGGAGTTCCATCAGGTTTAGAAATATCATTTAGAATTTCTCCTTCAAATCCAACTATTTTTTTTATCAAAACAGCCAAGTCTAAAATTGAAATATCTTCCCCTACGCCTACATTTACTAATCCTTGGTCATCATAATTTTCCATTAAATATAGACAAGCATCGGCAAGGTCGTCTACATGTAAAAATTCTCTTTTAGGACTTCCACTACCCCATATAGTGACAGAAGTGTCATTATTGCGTTTTGCTGTAATAAACTTTCTCAACATTGCTGGAAGAACATGCGAATTTGTTAGATCATAATTATCATTAGGACCATACAAATTTGTTGGCATAACCGAAATGAAATTACATCCAAATTGACTTCTATATGCATCACACATTTTAATTCCAGCAATTTTAGCAATTGCATATGGTTCATTAGTTGGTTCTAACTCTCCTGTAAGCATATATTCTTCTTTTAATGGCTGTGGCGCCATTTTTGGATAAATACATGAAGAACCTAGAAACATTAATTTTTTAGTATTATTTAAATAGGCATGATGAATTACATTACTCTGGATCATTAAATTTGCATAAATAAAATCTCCTTTATAAATATTATTTGCAAGAATTCCACCGACTTTTGCAGCCGCTAAAAAAACATAATCCGGTTTTTCTTTCAGAAAGAAATCAGCAACATCTTGTTGTTGTGTCAAATCTAATTCTGAAGAAGTTTTTAAAACAAAATTTGTATATCCTTTTATTTTTAACTGGCGCAGAATAGCAGACCCTACCATACCACGATGTCCTGCTATATATATTTTATCACTTTTATTCATTAATTAATTTTATAATAATTATTCGAATTGATTTTTAATAAAATAACCTGCATCCTTCAGAACTTTTTCTTTTTGAAAATGTTCAACATCTGCAGCCATCATTTCTTTTACTAATGAGGGCAAATCGTATTTAGGTTCCCACCCTAGTTTTGTCTTCGCTTTAGTTGGATCACCAATTAATAAATCGACTTCCGTTGGACGGAAATAGGCTGTATCTACGACAACAACTTCTTTTCCTGCTTCAATTTGGTATGCAGGATTCGAACATGAACGTATATATCCTTTTTCATCTATGCCCTCACCTTTGAATTCAATCTCTATACCAACTTCATTAAATGACATTTTAACAAAATCTCTAACGGTTGTTGTAACTCCTGTCGCAATAACATAATCTTCAGGTTGATCTTGCTGCAAGATCAGCCACATTGCTTCTACATAATCTTTAGCATGTCCCCAATCACGTCTAGCATCTAAATTTCCTAAATATAAACAATCTTGAAGACCTAGAGCCATTTTAGAAACTGCTCTAGTGATCTTACGGGTTACAAACGTTTCTCCACGTAGTGGACTTTCATGATTAAATAGAATTCCGTTACAAGCAAAAATGCCATAAGCCTCACGGTAATTCACTGTTATCCAATATGCATAAAGCTTAGCTACCGCATAAGGTGATCTTGGATAAAATGGGGTATTTTCAGATTGAGGAACAGCCTGAACCAAACCATATAATTCTGAGGTTGAAGCCTGATAAATCTTCGTTTTTTTAGTAAGATTTAATATTCTTAGAGCCTCTAATAATCTTAATGTTCCTATACCATCTGCATTTGCTGTATATTCAGGTGTATCAAAGCTCACTTTTACGTGACTCATTGCTCCTAAATTGTAAATTTCATCAGGTTGAACTTCCTGAATAATCCGAATAAGATTCGTAGAATCACTTAAATCACCATAATGTAATTTAAAACGAATATTTTTTTCATGTGGATCTTGATACAAATGATCTATTCTATCTGTATTAAACAACGAACTTCGACGTTTAATTCCATGAACTTCATATCCTTTTTTTAATAGCAAATCTGCTAAATAAGCACCGTCTTGTCCTGTAATCCCTGTAATAAGTGCTATTTTCATTTTATTTTTTTATTTAAAATTTCAAATTAAATTTTTATTTGCTTCTTCTTTTGTTTAGAAAACCTAATAAATAAGTTCCATATCCTGATTTAAGTAATGGCTGAGCTAATTTTTCAAGTTGATTATCATCAATAAATCCTTGTCTCCAGGCAATTTCTTCAATACAACCTACTTTAAGTCCTTGTCTTTCTTCTAAAACCTGTACAAATTGTCCTGCTTGCATTAAACTATTAAAAGTTCCTGTATCAAGCCATGCAGTACCTCTGCTTAATATACCTACTTTTAATTTTCCTTTTTCAAGATAAGCCTTATTAACATCTGTAATCTCATATTCACCACGCGGACTAGGTTTAATACTTTTTGCAATTTCTACTACAGAGTTATCATAAAAATATAAACCTGGAACTGCATAATTAGATTTTGGTTCTATAGGTTTCTCTTCTATAGAAATAGCATTTTTATTTTCATCAAATTCTACTACACCGTATCGTTCTGGGTCTGCAACATGATAAGCGAAAATAACTCCACCTTCTGGATCAGCATTATCTTTTAAAAGTTGCTGCATATTTGTTCCAAAGAAAATATTATCTCCAAGTACTAAAGCAACCTTATCTTTACCTATAAACTTTTCTCCAATTACAAAAGCCTGCGCAAGTCCATTTGGTATAACTTGTTCCGCATAACTAAATTTACATCCTAAACTTGATCCATCGCCCAATAATTTTTTAAAATTTGGTAAATCATGGGGAGTTGATATTATAAGAATTTCATTGATTCCCGACATCATTAATGTTGATAAAGGGTAATAAATCATGGGTTTATCATAAACAGGCATCATTTGCTTACTCATTGCCAATGTCAAAGGATGTAAACGTGTACCCGAACCTCCAGCTAAAATAATCCCTTTCATAAATATTCAATTCAGATCTATACGATCCTAAATTATATAAACATATTTTTTAAACTTTTCTTATAACAAGGTATTTCTAAATTATAAGTTTCTTTTATTTTTTTCTTATCTAATAATGAAAATCTTGGACGCTTTGCTGGAGTATGATATAATGAAGATGCAATACCTTCAACCTTACAACTATATCCTCCAAATTCTTTTATAGAGAGAGCAAATTCGTACCAACTAATTTCACCTTCATTCGAATAATTATAAACCCCTGGAAACCAACCGCAAAACCTTACAATATTAATCAATACCTGTGCTAAATCTGCGGCATATGTTGGTGACCCAATCTGATCATTTACAACATTAATTTCATCTCTTTCCAGCATTAGTCGCTGCATGGTTTTTACAAAATTTTTTCCAAATTTACTATAAACCCAAGAAGTTCTAATGATAATTGAATTTGGGTTTTCTTTTAAACAAGCTAATTCACCTTTTAATTTACTTTCTCCATATACATTTATCGGATTAGTCTCAGCTTCTTCATTTAGAGCAGAAGATGAAGACCCATCAAATACATAATCTGTTGAAACATGTATTAATTTTACATTATTTTCGTATGTATACTTTGCAATTAATTCTACTGCCAAATAATTTATTATAAATGCCAATTCTTTTTCTGTTTCTGCTTTATCTACATCTGTATAGGCTCCACAATTAAAAATAACATTAGGCTTAATTTCATTTAACTGGATCTTAAGCAACTCTAAATTATCTAATGTGATTTTTATTCTATCTGCAAAAATCCATTCAAATTCTGGATAAGATGTTGATAAAACAAAGAGTTCAGATCCTATTTGTCCATTTGCTCCTGTTACAAGAATCTTTTTCATTAGAATAAACTATTACAATTATCAAGAAAAGGTAGTTTTTGATCTTTTTCAGAAACAATTGCATCTTTTAAATCCATTCCCCAATCAATATTTAAAGATGAGTCATCAAATCTAATTCCTCCTTCTGAAGCTTTATTATAAAACTGATCACATTTATACATTACCGAAGCAGTCTCGCTGATAACTGAAAATCCATGAGCAAACCCTTGTGGCACTAATAACTGTTTTTTATTTTCAGATGACAACAAAACACTAAATACTTTTCCATAAGTTGCTGAATCTTTTCTTAAATCTACAGCAACGTCAATAATTTCACCTTCTAGAACTCGTACTAACTTGGTTTGTGCAAACGGAGGATTTTGATAATGCAAACCTCTTAAAGTTCCTCTTTTTGAGAATGATTGATTGTCTTGAACGAAATCAATATGAATATCTAGATCTTCAAATTTAGTTTTACTGTAAGATTCAAAAAAATATCCTCTTTCATCTCCAAATATTGTTGGTTCTACAATTAATAAATCTTTTATAAACGTTTTTTCAATTTTCATTTTAAATATAGTACTCTATTCTTTGTCTCAATTAAAAAATTCTTCAATTACTTTTCTAATTCTATCCTTATCTTCAATTGTTAAATTTGAACCTGATGGTAAACACAATCCGTTATCAAATAGACCTTCCGCAATTTTACCTCCATAGTAGGGGTATTTACAAAAAATAGGCTGTAAATGCATTGGTTTCCAAAGAGGACGACTTTCAATATTTGCGTTTTCCAATGCCGTTCTTAAACCTTCCTTATTTATATTATTACTTGGCTTTATAAGAATTGTGTTCAACCAAAAATTCGAAAAATGAGTTTCATCTAATACTTCTGAAAGTTCTACATTTTCTATTTCTTTAAAAATCTCTTTGTAAAAAAAATGATTTTTTCTCCGCGCTTCAACATTCTTATCCAAGATTTTTATTTGTCCTAAACCAATACCTGCACAAATATTACTCATTCTATAATTATATCCAATTTCACTATGTTGATAATGAACAGCTATATCCTTTGATTGATTTGAATAAAAAATGGCTTTATCTTTTATTTTTTTAGAATCTGTAATCAGTGCACCTCCACTTGAAGTTGTAATAATTTTATTGCCATTAAAAGAAAGAATTCCAAAGCTTCCAAAGCTTCCACATTTTTTACCTTTATATGTACTCCCTAAAGCTTCTGCACTATCTTCAATAATTGGTATTTCATATCTATCTGCTATAGCATGAACCTCATCAACCTTATATGGTATTCCATATAAATGAACAGCAATAATTGCTTTAGGCTTTTTTCCTTTTGCTATTCTGTCTTTTATCGCTATTTCAAGATTCTCAGGGCAAATATTCCATGTATCAGATTCACTGTCAACAAAAACAGGCACTGCACCTTGATACAAAATAGGATTAGCAGATGCCGAAAATGTCATGCTCTGACAAATTACTTCATCGCCAGCTTTGACATTTAATAAAATCAATGCCAAATGAATAGCTGATGTTCCAGAATTTAATGCAGTTACAAACGATTTTTTATTAAAATAATTTTCAAGTTTAATTTCAAAATCATCAACATTTGGCCCTCCGGAAGTTATCCAATTTGTTTCTAATGCTTTCTGAACATATTTTTGTTCAAAACCACTTTGTGCTGAGAGTGATAAATAAATTCTTGAATTATCCAT

Protein sequences of DBSCAN-SWA_1

>NC_009441|345025:356253|353698_354544_-|WP_012022438.1|DBSCAN-SWA
MKKILVTGANGQIGSELFVLSTSYPEFEWIFADRIKITLDNLELLKIQLNEIKPNVIFNCGAYTDVDKAETEKELAFIINYLAVELIAKYTYENNVKLIHVSTDYVFDGSSSSALNEEAETNPINVYGESKLKGELACLKENPNSIIIRTSWVYSKFGKNFVKTMQRLMLERDEINVVNDQIGSPTYAADLAQVLINIVRFCGWFPGVYNYSNEGEISWYEFALSIKEFGGYSCKVEGIASSLYHTPAKRPRFSLLDKKKIKETYNLEIPCYKKSLKNMFI
>NC_009441|345025:356253|348575_350543_-|WP_044047400.1|DBSCAN-SWA
MDTDNQTKIASILYNSLSPRNLRANINNLSYLPRWIIVVIDVMVLIFSFTFTYMLFEGTALGYIITSHQFAFVGGLLFINIFFFWLFRTYSGIIRHSSYIDAIKLLFSQMSVLVFFLFFNLVFELYTGHKAFLNTALFINLVLSFCGLFLYRVIVKQTFEMYFSEKTNSKLIRTVIYGTDANAISVANALKFETPSRFKIVGFVDKNNQNASKRMLDLPILILRKKLPALMRSVAAEGVIIADKSLTKDEQLIIVDQCLEFNYRVYTVPLISDWENQKEISQKVKNIQIEDLLERKPIVLDSKSISKQLKDKTVLITGAAGSIGSEIVRQVLGFNPKIVIILDHAETPLHNLCLETLSMNPTAKIVAVIADIKSKKALEKVFKNYNPHVVYHAAAYKHVPLMEENPSQAILTNIRGTKNLADLSCKYHVKKFVMVSTDKAVNPSNVMGASKRIAEKYVQSLSLKNQKENIPGVTKFITTRFGNVLGSNGSVVPLFTKQIAEGGPVTITHQDIIRYFMTIPEACQLVLEAGAMGNGGEIYIFDMGKPVKIIDLAKKMIKLAGFIPDKEIKIKIVGLRPGEKLYEELLNDTSKTLPTYHNKIMIAQEIQDEYEDLHNDIDELIGIADFYENEDIVAKMKKIVPEFKSMNSAFEVLDK
>NC_009441|345025:356253|354543_355092_-|WP_012022439.1|DBSCAN-SWA
MKIEKTFIKDLLIVEPTIFGDERGYFFESYSKTKFEDLDIHIDFVQDNQSFSKRGTLRGLHYQNPPFAQTKLVRVLEGEIIDVAVDLRKDSATYGKVFSVLLSSENKKQLLVPQGFAHGFSVISETASVMYKCDQFYNKASEGGIRFDDSSLNIDWGMDLKDAIVSEKDQKLPFLDNCNSLF
>NC_009441|345025:356253|346381_347509_-|WP_012022432.1|DBSCAN-SWA
MRIILDPQIYNLQRYGGISRYYTEVFTLLAKDKNVTIITPLNNSTNIYFNNSVLNSFKQNIYGIIIKYFKKIKLYQRLKIQYIANLNFEKRLISAKYDLFIPTYYDVNFLKYIGSKPFVLTVYDMIHELFPEYFTNSEVLLKNKLLLMEKATRIIAVSENTKKDILKLYPHINESKIDVIYHGASIKIKNNIENILPDKYILFVGNRSIYKNFLFFINSISNLLKNEENLFLVCAGGGNFTNAENEYISRLGLKNKILFKSFVDDELGYFYKHAECFVFPSQYEGFGIPVLESMICGCPVVLGNHSSFPEVAGDAGVYFELNNSDDLVEKINTLIKNKSVREYFSKKGIEQAKKFSWEKAAVECITVYNIACKTN
>NC_009441|345025:356253|355119_356253_-|WP_012022440.1|DBSCAN-SWA
MDNSRIYLSLSAQSGFEQKYVQKALETNWITSGGPNVDDFEIKLENYFNKKSFVTALNSGTSAIHLALILLNVKAGDEVICQSMTFSASANPILYQGAVPVFVDSESDTWNICPENLEIAIKDRIAKGKKPKAIIAVHLYGIPYKVDEVHAIADRYEIPIIEDSAEALGSTYKGKKCGSFGSFGILSFNGNKIITTSSGGALITDSKKIKDKAIFYSNQSKDIAVHYQHSEIGYNYRMSNICAGIGLGQIKILDKNVEARRKNHFFYKEIFKEIENVELSEVLDETHFSNFWLNTILIKPSNNINKEGLRTALENANIESRPLWKPMHLQPIFCKYPYYGGKIAEGLFDNGLCLPSGSNLTIEDKDRIRKVIEEFFN
>NC_009441|345025:356253|350689_351625_-|WP_012022435.1|DBSCAN-SWA
MNKSDKIYIAGHRGMVGSAILRQLKIKGYTNFVLKTSSELDLTQQQDVADFFLKEKPDYVFLAAAKVGGILANNIYKGDFIYANLMIQSNVIHHAYLNNTKKLMFLGSSCIYPKMAPQPLKEEYMLTGELEPTNEPYAIAKIAGIKMCDAYRSQFGCNFISVMPTNLYGPNDNYDLTNSHVLPAMLRKFITAKRNNDTSVTIWGSGSPKREFLHVDDLADACLYLMENYDDQGLVNVGVGEDISILDLAVLIKKIVGFEGEILNDISKPDGTPRKLMDVSKLSSLGWKAKTSLEEGIQKVYKEIKDSNWDK
>NC_009441|345025:356253|352790_353666_-|WP_012022437.1|DBSCAN-SWA
MKGIILAGGSGTRLHPLTLAMSKQMMPVYDKPMIYYPLSTLMMSGINEILIISTPHDLPNFKKLLGDGSSLGCKFSYAEQVIPNGLAQAFVIGEKFIGKDKVALVLGDNIFFGTNMQQLLKDNADPEGGVIFAYHVADPERYGVVEFDENKNAISIEEKPIEPKSNYAVPGLYFYDNSVVEIAKSIKPSPRGEYEITDVNKAYLEKGKLKVGILSRGTAWLDTGTFNSLMQAGQFVQVLEERQGLKVGCIEEIAWRQGFIDDNQLEKLAQPLLKSGYGTYLLGFLNKRRSK
>NC_009441|345025:356253|347562_348429_-|WP_012022433.1|DBSCAN-SWA
MNNTKESNDWLFEIAPKNKFLSVNLKETWQYRDLLFLFVKRDIITVYKQTILGPLWYLIQPLFTSVTFTIIFNNVAGISTGSVPPFLFNLAGITIWNYFTACLTGTSDTFKANASIFGKVYFPRIITPLSVVISNLIKFGIQFIIFIFFYLFYYFNGFDLSLNISVFFFPLLICIMGVLGLGLGMLISSMVTKYRDFSYLISFGIQLLMYLSAVMYPMELVKDKLPKFGWLVEYNPLAYTIETTRYMLLNIGNISTLGLVYTVFFTVIVFFIGLLIFNRTEKSFIDTV
>NC_009441|345025:356253|351643_352756_-|WP_012022436.1|DBSCAN-SWA
MKIALITGITGQDGAYLADLLLKKGYEVHGIKRRSSLFNTDRIDHLYQDPHEKNIRFKLHYGDLSDSTNLIRIIQEVQPDEIYNLGAMSHVKVSFDTPEYTANADGIGTLRLLEALRILNLTKKTKIYQASTSELYGLVQAVPQSENTPFYPRSPYAVAKLYAYWITVNYREAYGIFACNGILFNHESPLRGETFVTRKITRAVSKMALGLQDCLYLGNLDARRDWGHAKDYVEAMWLILQQDQPEDYVIATGVTTTVRDFVKMSFNEVGIEIEFKGEGIDEKGYIRSCSNPAYQIEAGKEVVVVDTAYFRPTEVDLLIGDPTKAKTKLGWEPKYDLPSLVKEMMAADVEHFQKEKVLKDAGYFIKNQFE
>NC_009441|345025:356253|345025_346294_-|WP_012022431.1|DBSCAN-SWA
MKDIILKAENISKQYRLGQVGTGTLKHDLNKWWHQIRGKENPYLKIGETNDRSTKGTSDYVWALQNIDFEVERGEVLGIIGKNGAGKSTLLKILSKVTAPTTGTIKSRGRIASLLEVGTGFNGEMTGRENIYLNGAILGMTKKEIASKLDEIIEFSGCERYIDTPVKRYSSGMTVRLAFAVAAFLEPEILVVDEVLAVGDAEFQKKAIGKMQDISRGEGRTVLFVSHNMAAVKSLCTRGLVLINGKVAMAGSVENAVNFYLSQDSESMNAKVFDSNYDKNEFTIHEISLNAVGKSSEAPLDEYQEIEINTLFTLKDDSRKLHLTFVLNNDFGEPLFTFSHVNKNLKLNKGTNKIKCLLPEGFLNVGTYYLSLYIIEDSKSALFIEKDIISFVIQEGERPVGSWMGREPGFIKPKFDWSIEVN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012022431.1|345025_346294_-	ATP-binding cassette domain-containing protein	W6JKT0	Anomala_cuprea_entomopoxvirus	2.9e-10	24.2
WP_012022432.1|346381_347509_-	glycosyltransferase family 4 protein	B6EFC4	Stygiolobus_rod-shaped_virus	1.1e-05	25.4
WP_012022433.1|347562_348429_-	ABC transporter permease	NA	NA	NA	NA
WP_044047400.1|348575_350543_-	polysaccharide biosynthesis protein	A0A1V0SAI8	Catovirus	1.6e-28	32.1
WP_012022435.1|350689_351625_-	GDP-L-fucose synthase	M1HKX0	Paramecium_bursaria_Chlorella_virus	3.9e-105	61.4
WP_012022436.1|351643_352756_-	GDP-mannose 4,6-dehydratase	M4QRT5	Synechococcus_phage	5.1e-128	64.5
WP_012022437.1|352790_353666_-	glucose-1-phosphate thymidylyltransferase RfbA	H9NC64	Sphingomonas_phage	9.6e-98	62.0
WP_012022438.1|353698_354544_-	dTDP-4-dehydrorhamnose reductase	H9NCE8	Sphingomonas_phage	1.2e-12	28.9
WP_012022439.1|354543_355092_-	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	4.8e-39	48.6
WP_012022440.1|355119_356253_-	DegT/DnrJ/EryC1/StrS family aminotransferase	A0A0P0YLZ6	Yellowstone_lake_phycodnavirus	8.8e-19	26.2

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_009441|819450:829608|DBSCAN-SWA
AATGAACAAAGGAAAACTAATTGTTTTTTCGGCACCTTCAGGATCAGGAAAAACAACTATCGTAAAACATTTATTAGGTCAGGAAGATTTAAATCTTGAATTTTCGATTTCGGCTGCATCGCGTGCACCGCGTGGTGAAGAAGTACACGGAAAGGATTATTATTTTATTTCGCTGGAAGAATTCAAAAAACACATTAAAGCAGAGGATTTCCTGGAATGGGAAGAAGTTTACCGAGATAACTTTTACGGTACTTTAAAATCGGAGATTGAAAGAATCTGGGCTTTAGGAAAAAATGTCATTTTTGACATTGACGTGGTTGGCGGTCTTCGTATTAAACATAAATTTCCCGAAGAAACTCTAGCTGTTTTCGTTAAACCTCCAAGTGTTGACGAATTAAAACGCCGATTAAAACAACGTTCTACAGAAAGTGAAGACAAAATCAATATGCGTATTGCAAAAGCTTCTGTAGAATTGGCAACTGCTCCACAATTTGACGCTATTATCAAAAACTATGATTTATCAGTTGCCCTTGAAGAAGCACATCAACTGGTAAAGGATTTTGTATCTAAGTAGTTATTTAGTCATTAGTTGTTAGTCCTTAGTCTGAAACACATCAAGCTAAAAATTTTACATGAGCGGTATTAAATCTTACAAAGAGTTATTCATTTGGCAAAAAGGAATTAAACTAGTTGTTCTTGTTTATAAACTTACTAAGAACTTTCCTAAAGAAGAAATATATGCCTTGACAAGTCAATTAAAAAGAGCCAGTGTATCTATTCCGTCGAATATTGCAGAAGGTTTTGGACGCCAAACTGACAAATCATTTAATCATTTTTTGAATATTTCCAGAGGTTCTTTAAATGAAATAGAAACACAATTAATTATTGCAAAAGAGTTAGAATTTATTTCTGACGAAAGCCTATTTAATGAAATTATGTTTTTAATTGAAGAAGAGAGCAAAATGATAAGTGCTTTCGCTAAAAATCTAAAAGACTAAGGACTAAGAACTAAGTACTATAATAAATGAAAATAGGTCTTTACTTCGGAACATACAATCCTATTCATGTTGGTCATTTGATCATTGCCAATCACATGGCTGAGTTTGCAGATTTAGATCAGATTTGGATGGTTGTGACGCCACATAATCCGTTAAAAAAGAAATCGACTTTATTAGATGACCAGCAGCGCCTGCAAATGGTGTATCTGGCAACAGAAGATTATACAAAGATAAAACCGTCTGATATCGAATTTAAATTACCTCAGCCAAGTTATACAGTAATTACTTTAGAGCATTTAAAAGAAAAATATCCAAACCATGAGTTTTCTTTAATCATGGGAGAAGATAATTTGAAAACGCTTCACAAATGGAGAAACTACGAAGTGATTCTAGAAAACCATGATATTTATGTTTATCCGAGAATTTCTGATGAACCTGAAAATGTTGAATTAAAATCGCATCCAAAAATTCATGTAATTGACGCGCCGATTGTAGAGATTTCTTCGACTTTTATTCGAAACAGCATTAAAGAAGGTAAAAATATTCAGCCATTACTTCCTCCTAAGGTTTGGGAATATATTGATCATAATAATTTTTATAAGAAATAAGGTTTTCAATATAAATTGTTCCTTAGAATTTATATTGTAGCAACGGATTTTAATCCGTTGACATTACAAGATGTCTACCAGAAAGTTCCATCGGAACGAATCGTATTTCCTATAATTTTTTATTTTATTAAAATTGGCCGAACCTACGGCTCTTTTTTTTAATTACATTACAACTATGACCGGATTAAAATCCGGCCCTACAATATTTTCGAGCCAATGGCTCATAATCAATATTATTCCATCAAAAAAAGCCTGAACTTACATTCAGGCTTTCGTTTTATAATTAAGCTTCGATACTTACTTCACTTTTTACTCTTGTTCTAATTTCACTCAGGGATTGATCAATCAAAAGTTTTCCATCTCTAAAAACTTCTTTCAATTCACCTTGTTTTTCTTCTTCCCAAGAAACATTATCACTTAAATGATACTTGCCATCGATTAAATCGATTTTCATTAATCCTTTAGCCGATTTTTTAGTTCCGTCATCTGTAATCGGATCTTTAAAGATAGCTCTTCCTTCTCCGTTTACTTCTCCGTAAGTTGCTTTCATCGCAAATCCGAAAGTATCTCTGGTATTATATTGATAGGTGAAAGATCCGATTCCTAAAACAACATTCGTAGAAGCAAATCCTTTTTCTTTTAATCTTTCGCAGATTTGAGTAGCTCTTGCTACAGTAATACTATCTCCGTAAATTGCTCCAATTTGCGGCACCAATTCTTTGAATCCTTTAGCATTTGTTGTACCGCCAAAAACATCCCAAAGTAATTTGATAACGCCTTTCTTTTCCTGTTCTGTTTTTCCATTTGGATTTCCGCAGATAATATCAACCGGATCACCGCTGTCAGGACGAATTACAACTTTACCTTCTCTAGAAACGATTTCTTCTTTTAATCTTGGAAGATAATCCGTTAAAACTTTCCATAAATCCCAAGTATCAGAAACGATAGAAACAATTCCTTTCGGATACACTTCTGTAATTAATCTTTTGAAGGTTTCATACTCGCCTTCTGTAGTTCCCATACACATAACAGAATGTTCTGTTGCAGCTACTGAACCTGCAACCAATTCCTGATCTGAATTGGCTTTGTAATATTCTTCTAAGAAATCAATTGCAGGAATCGTGTCAGATCCTGTAAAACTCAATAAATGTCCTGCTGCAGAAGTTACAGAAGCTTCAATACCACCCATTCCTCTCATTGAGAAATCGTGTGCCTGCCAGTCAACAAATTCTGGAACAGAAGAAGTTTCTGCTGCATATTTGTCTAATACTTTTCTGTATTCTTTTGCAATGGTTGCTGAATTACAAGGCAACCAGATTACAGCAGAAAGTAAGGTTTCGAAATAATTTGTTAACCAGAAAAATTCAGGAATTGTATTGTACATTGTAAACATTGGCACTCTTAAAGGAACGCTTGCCCCTTCTGGCAATGCTTTAAAAACCATTGGAATATATCCTAAATCATGTAAATCTTCGATATGTTTTGTGCCAACTTGGTTTTCGCCTAAATAATTATTGATTCTTCGAGCGTATTTTGAAACAACTTCTTCTTTTGATTTTTTAAAGAAATACTCTTCAAAGTCGTGAATAATATATTTTTTGATGAAATACTGAAGTCCAAAAAAGATTACTTCATCTACTTCTTCAATTCTTGATTTTCTTGGTGTCCAATTAGAATATACTAAACTTGTTCCGTCTGGGTATTGTCTTCTGTGGTCAACTTTGTAACCATCGGTTAATAATAGTGGGTTCATATAATTTTCTATTTATATTTATTTGATAAGCGTTTTGCTAAATCTTTTATATCATTGGATCTGACTAAATTGTCGATCCATTTTTGCGGCATATTTTCAATTCCGTAATAAATTCCTGCCAATCCTCCCGCAATTGCGCCCGTTGTATCTGTATCTTCGCCTAAGTTTACTGCTTTTAAAACCGTTTCTCCATAAGAATCAGAATTTAAAAAACACCAAAAACTGGCTTCTAAACTATGAAGAACATAACCCGATGCACGAATTTCATTTTCTGGATAAGTCCAAATATCATTCTTTAATATCTTTTCAAATAGTTGAATTTCTACAGGATTATATTTTTTATCTTTTAAAAATTCAGAAAGAACATTTTGCATTTCTTTATAAGCTTCGAATTTATCTTTATCTTTTAGAATCTCCAAACAATATACAACATAAATGAAACAAGAAAATACCGAACGGAAATGAGCATGAGTTATTGACGAAACTTCTTTTACTTTTTTATAAATAACTTCAATATCATTCTCTTTTTGAAGATAAAAAACTAATGGCAAAATACGCATTAAGGAACCATTCCCGTTATCCTCTTCAAAAAAATTACCTGAATTTCTAGCCGATTCTCCTTTTACAACTCTTGCTAAAGAATGTTTCGTCGTTCCTCCAATATCAAATACTTTATGATGCGCTCCCCAATATCCTTCCTGCATCCATTTTACAAAAGTCAAAGCCATATCTTCTATATCGTAACCTTTGCACAAACTTTCGGCAGTACAAAAAGCCAATGAACTATCGTCGCTAAATGTTCCAGGCGGCTGATTCCAGGACATAAAACCCATCATATCGACAACCGGATTCTGTTTTAATTTTTCTCTGGATTTAAATTCAACCGGAACACCTAAAGCATCGCCAATGGCAACACCAAATAAACCAGATTCTATTCTATTTTTCATTTTATTTATTTCTTCCTTTCTCGTTAGGATACAAGGTTTGCAAGACATCACTCTGCCAGAATTCTTTTGATTCTATATCAATACAGGAAAGTTTTCCGTAAAAACCTGCTCCGGTATCTATATTCCAAACATTGCATCCCTGCATCGGGATTTCAACATTATAATGCAATGTCGGTGTATGGCCGATATAAATCTCATTAAAAAGCAATAACCGCTTTGGGTACAAAAGTGAATCTTTCTGGATTCGTTCATCCATCGTTAAAGCCATTTCCCAAAGTGTCCTGTCCCAGGAATAATTGGTTTTGTAATGTTCTTTTTCCGGACCGTGCATCGATGAAAAACCAGCGTGAATAAACAAATTATTGTTTTCATCTACAAAGTAATCTTTCATTTCGTTGAAGAATTCGAGATGCTTTTCTTTATGTGAAGAATCAATTCCCTTATAACTTTCTATAGTCGATTTTCCTCCGTGCAAAAACCAAATGTCATTTACAACATCATTCTCTAACCATTCCTGACACCAAGCATCATGATTTCCTTTTATAAAAATACATTCCTGTTTTTGGGATAATTCAATCAGAAAATCAATCAGTTGTTTCGATTCGCTCCAGCCGTCGACATAATCTCCCAGAAAAATAAATCGGTCATTTTTTGAATAATCTATTTTTTCAAGCAACTGAATTAACGCTTTTAATCCGCCGTGAATATCTCCAAAAACTAAGGTTCTTTTCATGATTTAAATTCGATATACTTTGGCGGAACTTCATCTGTCAGCCAAACATTGTTTTCAGACAAATAAAATTTAAATCCGTCTCTGTACATAGCACCGCTTCTAACGGTTAAAATTTGCGGAACTCCTCTCCTGCTTCCCACTTTTACTGCGGTTTCTTTGTCTTTGGAAAGATGTACATGCTGACGGCTCATTTTTTTCAAACCTTCTTTCTGAATGCTTTCCATGAATTTTCCAACGGTTCCGTGATACAGATATTCCAGAGGTTCTGTTTCTGCTAGATTTAATTCAACCGAAATGGAATGTCCCTGACTTGCACGGATTTTGGTTTTATCTTCATTGTAAGCAAAACGCTTTTTATCGTTATTTTCTACTACGTAATCTAAAAGTTCGGCATCGAGACGATTCCCTTTTTTAGTGCATTTTTCTATTAATTCATTGACATCTGCCCAACCGTTTTCGTCTAATTTTAATCCGATTTTTTCTGGTGAATGTCTGAGCACCAGACTCAAAAACTTGCTGATGCTCTTTGCTATATTTTCATTCATTTTAATTTTTTTTTAGAAGTCATACACAATGACCTCAACATTGTTATCCGAAAGCGTTTTAAGAATAATTGGTTCAATCATTTCCCATTTTCCGCCTGCTAATCCGCATCCAATTCTAGGCATATGAATAGATGCATTATTTGTTTTTGCAAAATCAGAAACTGCTTTTAATCCTTCTTCAATCGCATTGTAACGTATTGGAGCTCCGCCGTTTTCATCTTTATTAATTTTATGCTGACCAATTAAATTTGCTACCCACAAATCTTCTTCAACCTGGACAAACTGTACTTGACCTAACTCAAAATTATCTTTTGATTTAAACCATTCTCTATATTGATTTTCCGGTTTTTTCCATCTTTTTGAAATTGCCATTACAAATCCTTTTCCCCATCCGCCAATATCATTACAAACGTGAACAATTATTTTGTTTCCTAATGTTTGAGGCGATGTAGCGTCTCCTTTTGTATATTGAATGTCTTTCATTTTTTTATCTATTTTAATCAAACGTTCCCATGGAACGTAAATACGATCTGATAATATTTTATTCTACCCATGAAATGTTCCTATGGAACATTTTGCAGAATGTTTTTGTAAATCTTGTAATTTTCATGAATAAAATATTATCTCAATTCATCTCTAACCTCCATTAAAGCAAAACCTAAAAGATTCAAACCTTTCCACTTTTCAGGATTTAAAGCATCTTTATGGTCTCCTGCCATTCCAATTCCCCAGATTGGATCTACCGGACTTGCTTCTACAATAACTCGGTCATTTGTGTTTAGAAGGAAGGTTTTCAAATCTGAATTTTGACTGAATTTGTGATAGTTGCCTTCTTTTACAATTTCAAATCGGTTTTCTAACCAGATTTTGTCATCATAATTTTTCACTTTACGACCTAACTTTTTGGCTTCGGCAGGTGAATTGCATTGTATGATTTTTTCTAAAATTTCCTGATCGTTAAACAATTCGGCTTTCTTTGCCATCATCCAGTGTTCAGCCGTTTTATAGGTTACTTCATTTACTTTAAACGAACTTAACCACCACTGGCTGAAGCAGTTTTTAGTAATCGTTCCGTCTTTACTTGGCTGATGTCCCCAGAAAAATAAAAACTTACTTTCCGGAGCTATAGTATCTATATTGTATTTCATTTTTTCTGTTATTGGAACAAAGAAGTAATCTGTTTAAAATCTTTAGAGTCCGGTGAAAATGACCCGTAAATGGTATCAAAATCTGTTGTCAGGTTTTCAAATTCATAATCCTTTTCTAACTGATCCATGCAGGTTACGACCAAATTTCTTTTTGCCATTGGACTGTAAGCAGCATCTAATTTTAAAGCGTAGTTCAACAAATCGTAATCCAGATCCCCAAATCTTAGATGCTTTTGATATTCGTTGAAAACACAGGTTTCTTCTTCGTTATTTTTTAATTTTATTTCTCTTTCATTCGGCATCCAGCCGTGACCATGTCTTGTGGTGTAACTTCTGGTTGCATAATAAACTTCTACATCTTCAATTTTTAATTTATTACAAATTTCAACTGCATTTTTTGAAGTTGTATTCGCATAAGTCACATTCGGGAAAACACCATGATCCATATCAAGCAGGATTCCCTGGCTTCCTTCAAAAATCAGATTATCGTATTTTAAAAGGAAAGTATAATCGACAATATTCCATTTCAATTTATCAACTGCCTCTAGATAAGCCTGAATTTCTTCGTCGATTCCACTTTCATTTAAAAATCCATAATAGTACGCGATTTGGTTTAGTTTTTCTAAAAGCATTTCACGAGGCGCAATTAAATCTATGGCAAACAATTTATACGGACCTTCGTTTCTTTTCATGGTTGAACCAATGCCTTTTCCACAGGTTCCGTGATCTATATTTCTGGTGTTTCCTCTGTTGTGCCAAACATCAAACGGAGTGGTAACTTTTGCTAATGGATGAATATATAAATCCAGATTAGCGTTTTTTTCTTTTAATTCTTCTCTCTCATTGTACAAAAAGAGCGGATGAATCGTGCAATGTTCGCTGTAATAAGACGGAAGACCGCGAAGCGCACCGCTGGCAAAGCTGGAGTGAACGTGTTTTTTATCGCCAATCATAACCGTATGCGCAGCCTGTTGTCCTCCCGAAAACCGAATAACTATAGATTCAGGATTTTGTTTCGCCAGAAAATCTGTTGTTATTCCTTTTCCTTCATCACCAAATCCTAAACCTATAACTATTTGTGCTGTTTTCATTTTGTTCTATTTATTTTAAACACATAGTAACATAGATTTTTGGAAACGTTATAAAGGCGTTTCACTTGTTTCAATTCACATAATTACTATGTGTTAAACTAGTTTCTTTTTGTTTTCTTTTACTCTCAAACAAAAACCTATGTTACTATGTGTTTAAAAATTTAAAGCATTTGTATATTATCTAAACCTTTATCATTGGTATCAGAAACTGGAATTGTTCCTAAACCAGAACCAGAACTTTTATGTTTATCGCAGATTATCTTCTTGATTACATTTGGAATTTCTCTGTGATCTTCAATTGAAAGGCAATTTTGCCCCAGTAATTCTTTCCATTCTACATCGGCGTTAATGGCTTGTCCTGAATGCAATACACTAATATGATAAACATCGTATCTTTTTTGCGCTTCTGCCAATAATTCAAGATGTGTATAAGTCTGTTGTCCCTGACCCATAATTTCTTTTATTGCTGATGCTGGAAGTGTTTTTAAACCTGGTTCATCGCCTACTGTAAACAACAATCCTTTTTGCCCTCTTTTTTCGAATGCATCTGTTTTGGTATGAAATGCTGCGAAATACCAAGCCAAAAGATAACTTTCGCCAGCGTTTCCGCCTCCTCCGCCTTCAATGTAAGTTCTCGTTAACCACATATCCAGTTCTTCGTCACCAGATTCAAACTGACCAACCTGTAAAGGATATCTGTCGCATTCGTGATCACCAATTCCTAAAAATAAAAGTGCCGGATCTGGAACACCTCCCTGAATAATTCCTCCCATTAATTTTGGAAGACCTTCTTTAATCAGTTCGTGTGGTATATGCCCCATACTTCCTGTGACATCCAATCCTAAAATAATTGGAACTGTGTTTGGATGAACTTCTGAATCTCTCGCTTCTCTAAAAATCACTCCATTTGGATTCATCGATTCATGCGCTTTTCTTAACGCATTCTGTGTAAATATTTCACTAGCTGATTTGCTTGCATAACCTACTTTTTTTGCTCTGTCTTCACGAGCTCCGAAATCATATCTTGTACCTCCCATGACTAAAATGTTTTACCAAATAAATACTCAAATCTCTTTTTTGTTACTTCAAACTGGATATTCAAATTTCTGATGGTCAGCGAAAGTTCCATATCTTTTTGTACAAAAGCTTCTGGCTGAAAATCGGCAAAGGTTAAACTGTTTTTATCCAGCGGACTAATATCGATCAATCCTTCTTGTTCTCTTTCGAGTCTTTTTATTTTTAATTCGATGTCTTCAACGCGACGTCTGTATATTAATTCAGAATCTTCGCCAATGGTTTTGGCTCTGTCTTCTCTAATTTGATCATTGTTTCTTCTTAAAGATTCAATAAATCTTGGTTTTAAATCATCACTCATAACTTTTTGGTTGTTTTGGTTTCAGGTTTAAAGTTTCAGGTTAAGCGCTTAACTTGAAATTTGGTTTTAACTTGAAACGGTTAATAGGATTTCTTTTGTTTCAATTTTTCACGTTTCAAAAAGAAACTTGAAACTTTTTAAACTAATTCAGCACCTCTTCAAACTTCTTAAAATTTGTTTTTTTATCAGAATTGTCAAATACTGCAAAAACTATTTTCTTAAAAGCACCTGAATATTTTTCTGCAATAATCTCTTTAAACAAATGTGCTACATCTTTGGGTTCGTTTCTAAAAACACCACATCCCCAAGCTCCTAAAATCAATGTATCACTTTTTTGCTGCAAAGCAATTGCTAATACTTTATCCATTCTTTTTCTAAAAACATCTTCAGTTGCTGTAATTTCTTCTTTTCTATTGTGTTGCAGCATCGCGCCTTTGTTTGGTGCCGGAGCTGTAATCACATCTACAACAAATGGTTTTTCAAAATAATCTCCATTATCATCATTCCAAAACAAAATATTTGGACTATAAATCATGTAATCTGAATATAAAAACGAGGACTGATTTCTATTAAAATCATACATTGTTTTGTCTTTGATCTGCGTTTCATAAAGGCTTGAAGATCTCGCCAGACTTTCTTCCTGAGCAGAAGCTCCTCCTAAAAACCCGCCTCCCGGATTTTTTGCCGAAGCGAAATTTAAAACACAGATTTTACCATTTTCCTCCTCAACAATTGCTTCAATTGTAGAACAATTTTTGGTTACGATTTCTGTTTCAAACTTATTTTCAATTGGCGTTTTTAAGATTGTATCCCAATCATTTGGTGCAATTGTAAACGTATTTTTTATCGACTCTTCGAGTTCATTTTTTATGTCAATCTTTTTTCCTTTGTATTCATAGAAACCATTCTTTATGATTTCTAAAGTTTTATTTGCTATTTCTACTCTATAATTTTTATTCAT

Protein sequences of DBSCAN-SWA_2

>NC_009441|819450:829608|823756_824488_-|WP_012022836.1|DBSCAN-SWA
MKRTLVFGDIHGGLKALIQLLEKIDYSKNDRFIFLGDYVDGWSESKQLIDFLIELSQKQECIFIKGNHDAWCQEWLENDVVNDIWFLHGGKSTIESYKGIDSSHKEKHLEFFNEMKDYFVDENNNLFIHAGFSSMHGPEKEHYKTNYSWDRTLWEMALTMDERIQKDSLLYPKRLLLFNEIYIGHTPTLHYNVEIPMQGCNVWNIDTGAGFYGKLSCIDIESKEFWQSDVLQTLYPNEKGRNK
>NC_009441|819450:829608|825653_826181_-|WP_012022839.1|DBSCAN-SWA
MKYNIDTIAPESKFLFFWGHQPSKDGTITKNCFSQWWLSSFKVNEVTYKTAEHWMMAKKAELFNDQEILEKIIQCNSPAEAKKLGRKVKNYDDKIWLENRFEIVKEGNYHKFSQNSDLKTFLLNTNDRVIVEASPVDPIWGIGMAGDHKDALNPEKWKGLNLLGFALMEVRDELR
>NC_009441|819450:829608|820081_820447_+|WP_012022832.1|DBSCAN-SWA
MSGIKSYKELFIWQKGIKLVVLVYKLTKNFPKEEIYALTSQLKRASVSIPSNIAEGFGRQTDKSFNHFLNISRGSLNEIETQLIIAKELEFISDESLFNEIMFLIEEESKMISAFAKNLKD
>NC_009441|819450:829608|826189_827272_-|WP_012022840.1|DBSCAN-SWA
MKTAQIVIGLGFGDEGKGITTDFLAKQNPESIVIRFSGGQQAAHTVMIGDKKHVHSSFASGALRGLPSYYSEHCTIHPLFLYNEREELKEKNANLDLYIHPLAKVTTPFDVWHNRGNTRNIDHGTCGKGIGSTMKRNEGPYKLFAIDLIAPREMLLEKLNQIAYYYGFLNESGIDEEIQAYLEAVDKLKWNIVDYTFLLKYDNLIFEGSQGILLDMDHGVFPNVTYANTTSKNAVEICNKLKIEDVEVYYATRSYTTRHGHGWMPNEREIKLKNNEEETCVFNEYQKHLRFGDLDYDLLNYALKLDAAYSPMAKRNLVVTCMDQLEKDYEFENLTTDFDTIYGSFSPDSKDFKQITSLFQ
>NC_009441|819450:829608|824484_825033_-|WP_012022837.1|DBSCAN-SWA
MNENIAKSISKFLSLVLRHSPEKIGLKLDENGWADVNELIEKCTKKGNRLDAELLDYVVENNDKKRFAYNEDKTKIRASQGHSISVELNLAETEPLEYLYHGTVGKFMESIQKEGLKKMSRQHVHLSKDKETAVKVGSRRGVPQILTVRSGAMYRDGFKFYLSENNVWLTDEVPPKYIEFKS
>NC_009441|819450:829608|819450_820023_+|WP_012022831.1|DBSCAN-SWA
MNKGKLIVFSAPSGSGKTTIVKHLLGQEDLNLEFSISAASRAPRGEEVHGKDYYFISLEEFKKHIKAEDFLEWEEVYRDNFYGTLKSEIERIWALGKNVIFDIDVVGGLRIKHKFPEETLAVFVKPPSVDELKRRLKQRSTESEDKINMRIAKASVELATAPQFDAIIKNYDLSVALEEAHQLVKDFVSK
>NC_009441|819450:829608|828789_829608_-|WP_012022843.1|DBSCAN-SWA
MNKNYRVEIANKTLEIIKNGFYEYKGKKIDIKNELEESIKNTFTIAPNDWDTILKTPIENKFETEIVTKNCSTIEAIVEEENGKICVLNFASAKNPGGGFLGGASAQEESLARSSSLYETQIKDKTMYDFNRNQSSFLYSDYMIYSPNILFWNDDNGDYFEKPFVVDVITAPAPNKGAMLQHNRKEEITATEDVFRKRMDKVLAIALQQKSDTLILGAWGCGVFRNEPKDVAHLFKEIIAEKYSGAFKKIVFAVFDNSDKKTNFKKFEEVLN
>NC_009441|819450:829608|820473_821055_+|WP_012022833.1|DBSCAN-SWA
MKIGLYFGTYNPIHVGHLIIANHMAEFADLDQIWMVVTPHNPLKKKSTLLDDQQRLQMVYLATEDYTKIKPSDIEFKLPQPSYTVITLEHLKEKYPNHEFSLIMGEDNLKTLHKWRNYEVILENHDIYVYPRISDEPENVELKSHPKIHVIDAPIVEISSTFIRNSIKEGKNIQPLLPPKVWEYIDHNNFYKK
>NC_009441|819450:829608|822816_823755_-|WP_012022835.1|DBSCAN-SWA
MKNRIESGLFGVAIGDALGVPVEFKSREKLKQNPVVDMMGFMSWNQPPGTFSDDSSLAFCTAESLCKGYDIEDMALTFVKWMQEGYWGAHHKVFDIGGTTKHSLARVVKGESARNSGNFFEEDNGNGSLMRILPLVFYLQKENDIEVIYKKVKEVSSITHAHFRSVFSCFIYVVYCLEILKDKDKFEAYKEMQNVLSEFLKDKKYNPVEIQLFEKILKNDIWTYPENEIRASGYVLHSLEASFWCFLNSDSYGETVLKAVNLGEDTDTTGAIAGGLAGIYYGIENMPQKWIDNLVRSNDIKDLAKRLSNKYK
>NC_009441|819450:829608|828311_828647_-|WP_012022842.1|DBSCAN-SWA
MSDDLKPRFIESLRRNNDQIREDRAKTIGEDSELIYRRRVEDIELKIKRLEREQEGLIDISPLDKNSLTFADFQPEAFVQKDMELSLTIRNLNIQFEVTKKRFEYLFGKTF
>NC_009441|819450:829608|825045_825516_-|WP_012022838.1|DBSCAN-SWA
MKDIQYTKGDATSPQTLGNKIIVHVCNDIGGWGKGFVMAISKRWKKPENQYREWFKSKDNFELGQVQFVQVEEDLWVANLIGQHKINKDENGGAPIRYNAIEEGLKAVSDFAKTNNASIHMPRIGCGLAGGKWEMIEPIILKTLSDNNVEVIVYDF
>NC_009441|819450:829608|821338_822808_-|WP_012022834.1|DBSCAN-SWA
MNPLLLTDGYKVDHRRQYPDGTSLVYSNWTPRKSRIEEVDEVIFFGLQYFIKKYIIHDFEEYFFKKSKEEVVSKYARRINNYLGENQVGTKHIEDLHDLGYIPMVFKALPEGASVPLRVPMFTMYNTIPEFFWLTNYFETLLSAVIWLPCNSATIAKEYRKVLDKYAAETSSVPEFVDWQAHDFSMRGMGGIEASVTSAAGHLLSFTGSDTIPAIDFLEEYYKANSDQELVAGSVAATEHSVMCMGTTEGEYETFKRLITEVYPKGIVSIVSDTWDLWKVLTDYLPRLKEEIVSREGKVVIRPDSGDPVDIICGNPNGKTEQEKKGVIKLLWDVFGGTTNAKGFKELVPQIGAIYGDSITVARATQICERLKEKGFASTNVVLGIGSFTYQYNTRDTFGFAMKATYGEVNGEGRAIFKDPITDDGTKKSAKGLMKIDLIDGKYHLSDNVSWEEEKQGELKEVFRDGKLLIDQSLSEIRTRVKSEVSIEA
>NC_009441|819450:829608|827433_828309_-|WP_012022841.1|DBSCAN-SWA
MGGTRYDFGAREDRAKKVGYASKSASEIFTQNALRKAHESMNPNGVIFREARDSEVHPNTVPIILGLDVTGSMGHIPHELIKEGLPKLMGGIIQGGVPDPALLFLGIGDHECDRYPLQVGQFESGDEELDMWLTRTYIEGGGGGNAGESYLLAWYFAAFHTKTDAFEKRGQKGLLFTVGDEPGLKTLPASAIKEIMGQGQQTYTHLELLAEAQKRYDVYHISVLHSGQAINADVEWKELLGQNCLSIEDHREIPNVIKKIICDKHKSSGSGLGTIPVSDTNDKGLDNIQML

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012022831.1|819450_820023_+	guanylate kinase	A0A1W6JK60	Lactococcus_phage	1.1e-12	34.3
WP_012022832.1|820081_820447_+	four helix bundle protein	NA	NA	NA	NA
WP_012022833.1|820473_821055_+	nicotinate-nucleotide adenylyltransferase	NA	NA	NA	NA
WP_012022834.1|821338_822808_-	nicotinate phosphoribosyltransferase	A0A218KC49	Bacillus_phage	2.2e-155	56.7
WP_012022835.1|822816_823755_-	ADP-ribosylglycohydrolase family protein	G3M9X5	Bacillus_virus	3.5e-29	29.9
WP_012022836.1|823756_824488_-	serine/threonine protein phosphatase	S0A0Y6	Cellulophaga_phage	1.5e-40	34.8
WP_012022837.1|824484_825033_-	RNA 2'-phosphotransferase	A0A2R2ZGT8	Clostridioides_phage	2.0e-53	53.6
WP_012022838.1|825045_825516_-	macro domain-containing protein	A0A2L1IVW3	Streptomyces_phage	2.5e-28	43.0
WP_012022839.1|825653_826181_-	NADAR family protein	A0A1S6UAJ7	Serratia_phage	1.1e-37	49.4
WP_012022840.1|826189_827272_-	adenylosuccinate synthetase	NA	NA	NA	NA
WP_012022841.1|827433_828309_-	hypothetical protein	NA	NA	NA	NA
WP_012022842.1|828311_828647_-	hypothetical protein	NA	NA	NA	NA
WP_012022843.1|828789_829608_-	TIGR02452 family protein	G3MBH6	Bacillus_virus	3.3e-52	42.2

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_009441|3131193:3186887|DBSCAN-SWA
TATGAAACAATTAGCAAAAACCAAGGTGACTGTGCGCCTGCGAAAAGCAGAAGACCGAGAGGAATGGTATGTCTACATAGAAAGCTATCCTGTTGAGGTTTCCGGAAGGAAAACGCCACAGAGAATCCGTGAATACTTAAACAGAACCGTAAAAACCGTGGAGTGGGACAAGCAGAGAACCGCCCGTACAGATTCCCAGGGCATAAAATCCTATAAGCCCAGACGCAGCGATAACGGAATAATAATCACCAGAAGCGAAACCGACCGTGAAATTATGCTCTATGCCGACGGAGTGCGTAAAATCAGGCAGAAAGAATACGATAATACAGATCTGTACAGTGATGCCGAGAACCTATTGGCTGAACAGAAAGAAAAAGCAAAAGAGGATTTTATCAGATACATTGCCTCTGTGGCAGCAAAAAGGCATGCCCGAAGCTCAAAATCCATTATGATCAATTGGGAGCGGACCATAGAGTTTTTAAAAAGCTATTCCAAAGGCAGGCTGGTGTTTTCCCAGATTGACAGCAGAATGGCGGAAGATTTTAAGCTGTTTCTGCTGGCTGCGCCGCTCGGAGGAGGCAAAAAAGGGATACTTTCCCGCAACACTGCAGCAAGGTATTTTTCCATATTTAAAGCTGCTTTAAAACAGGCCTTTATCGACGGATATCTAACCGTTGATTTGTCTTCAAAAATAAAAGGCATACCTGAGCAGGAATCAAGACGCGAATATCTTACCATTAAAGAATTGAACGTGCTGGCTGAAATGCCCTGCGAAAAAGATGTCCTTAAAAGAGCCGCGCTTTTCTCAGCGCTTACCGGCCTGCGGCATTCCGACATCCAGAAGCTCCGCTGGAAAGAGATAAGCCTTGAAGACGACATGGCCAAACTGCATTTCACCCAGAAAAAAACAAGGGGTGTCGAGTATATGCCTATTTCTGAGCAGGCTTTGCAGCTCTGCGGAGAGCCAAGACTTCCCGGGCAGCTTGTTTTTGAGGATCTGCCGGACCCGTCGTGGATTTCACGTCCTCTGAAAAAATGGGTTGAATCTGCCGGCATAAAAAAAAACATTACCTTCCACTGCTTCCGACATACATTTGCAACACTGCAGCTCTCAAGCGGGACAGACATCTATACGGTCAGCAAAATGCTGGGGCATACCAACGTAAAAACTACTCAAATCTACGCCAAAGTAATAGATGAGAAGAAAAACAGAGCTTCGCAGGCAATACAATTGGAATCTTTAAAGAAAAGAGCGCAATGAAAATAAAGTACTTCGAATATATTGCAGTTTACCTGTCTGTTTTTTTAGTCTGTGTCTTTGTCGGTGCAATCGGAAGACTGGTGCTTCTGGAAAAAGGTGCGGATGAATATACGGCCGGCGTTTTCTTTTGGATCAGCACTGGATTTGGAGTTTTAATGTTTGCAATTCTAAGTTTGTTTCTAAACGGTTTGGCCGAGAGATTGGTGAATCGTTTTTTGAAGACTGAAAAAAAGCAATCGCCTGAAAGCTTCATTACAAGTGAGGATCTTGTAAAAATAGAAGAAGGGCTTGATAATAATTTAATTACGCCCAAAATGCCTGAAAATAAAAATGCTGCCATTGACATTCAGAAGATAAGGGAGGAGCGGCAAAATGCAGCCAGAAATCAAAAACAGGCCAGAATTGATACAGCCATCCGTTATGCGCATAAGGAGTTTGCGCCGTATGTGTCGGATCATGATCTGGAGCAGTTGGGCAGCAATATACTCATATATGCTGAAGGCCTAAATTTTGAAAAGATTAAACCGGTAAAAGTAAAAGAGCTGTCCAATCTGGATCTGTATCATTTTGGCTGGAATATCTGGAATTATTTTAAAGTCAGCAGACAAGACACAGCCGCACAATTTCTAAAGCTCACTTTTACTGAAGCTTTAAAAGATGTCGAGCAGAAGAGCATTAAAACGCATCTCAAAGATGATGAACAGAAAGGGCTTTTAAAGATTATGGAGGATCTTGCAGATTTTTAAATACTAATAGATATTGGCATTAAGCGCCGTGTTTTTCAAGTGTTTCTGCTTTGAAGAGCGACACAGCAGAAACACTTTTTTCATTTGCACCATAACTGTTAAAAACGATAGCTATGGACATTAACGAAATCTCTTTTGAGAACCTGCCCAAAGCAGTAGCGCATTTAGTGAAAGAAATTGCCGAGATCAAACTTCTGATTCAGAATGTGCAGGTATATGAATCTAAAGAAAAAAGCATTCCTATCGGGGTTGAAGAAGCAAGCAGGCTGATAGGGAAAGCAAAGCCTACAATTTACGGTCTTGTAAGGCAGAGAAAAATCCCGTGCTATAAGTATGGTAAAAAACTTTATTTTTTTGAAGAGGAACTTTTAGAATGGATTTCTAAAGGGAAAAAGAAAACAATACAGGAAATCGAATCAGCAGCATCGAAGTATAAACGTAATTGAAATAAATAGCCGGCAAGGATAGCTTTGCCGTTCAATTAGATCCTCACTACTCTAGAAGGTGCAGCAGAAAGTTGCTAAAAACACCAGTTTTCGGACTCAGAAGCCCAATCGGCGTCTTTTGGCTGTGGTTATAGCACAGAACAGACTTCTGCAAGATTTATGGGAGATTTAAAGGCAGTATCTTAATTTCTCTTCTATCCTTCTGCTTTCAAGATGTTTTTTTAAATAAGCTGCGGTATGTGTATAATTAAATAATTTATCCCTTATTGCCCGTAAATTATTTTAAAGATGAAGACCGAAATGCAATCATATGCAATGCAGTTTGTCAAACTCTTCGATTGTTCTATAATTTAGATATGAATGCCTTCTCTTTTTATTATACCAGTTTTCAATGTACTGGTAAACTTGGACTCTCATTTGTTCTCTTGGAAGAGGCTTATTCCCGTTAATTAGTTCTCTTTTCAAATTGCCGAAAAAGCTTTCGGAAACTGCATTGTCATTATGATTCTGCTTGCGGCTCATACTGCGTCTTACAAATTTATAAGAGTCTAAAGTTTCAGTAAAAATTTTATTGGCATATTGGACCCCTCTGTCAGAGTGAAAAATTAAGTCTTGAGTAATATTCCTGTTTTTAACGGCCATTTCCCAAGCAGGTAAAGTAGTTTCTTTTGTGCTCATGCTGTCTGCTAAACTCCATCCAATGATTTTCCTGTCAAATAAATCCAAGACGATTGTAAGATACAGGAAGCCTTTCTCTGCTGCGATATAGGTAATGTCTGAAACCCATGCTTTAGCGGGCTGATTAATTGTGAATTCCCTGTTTAAGATATTTTGTGCAATATAATGATTGTGAACTGAATCAGTTGTTATAGTGAATCTGGATTTAGCTCTTCGGCGCAGTCCCAGTGCATTCATGTATATTCTAATCTGCGATTCTCCCACTTTAAATCCCCGGCATTGAAGTACTTTTGCAATTTTCCTGTATCCATATGTTTTCTTAAACTCATAATATACCGCTGCAACTTCTTCTTTTAAGAGAATTATTTGAGACTGCTTATCCGATATTTCCTTTTTTTTTAGTTTGTAATAGGCACGCTGGGATATCTGCAGTAATGCACACATTTTACCAATAGGATATTTCGATGAATTATTTTCAATGAATCTTTTAGTCATTACTTTTCCTTGAGCGGCGAACTCACTGCCATTTTTTAAAATCTCAAGTGTAAGCAGCGAATCTTTAATTTTTTTGTTGAGCTCTATAATTACAGCATCCTTCGGTGCTAATTTTAGGTGTTCATATTTTTTCCGCCATTTGCCCAAGCTGGTGCGATTTATGCCGAGCTCTCTCTCGACACTGCTGATCTCCCCCCGCTCAAAACTTAACCTGACGGCCTGCTCTTTAAAATGGTCTTCATATTTTCTTTTCACAGCTTAAAGTTTTATAATTTATAACGTTACGACTTTTGAATTGAGATTTTCAATATAGTGAGCTACTTTGTCTTCCATATCCTTTTTTGTTGGAAGACTGTTTAAATTAACAAGTTCCGATTTAATGGAAATAAAAAAGCTCCTAGGGACAGCATTGTCTAAATGATTTCCTGCCCGGGCCATACTTCTTATAATATGCTCATAAGAGTTTAATTTACGAGTGAAAATTTTATTGGCGTATTGAGATGATCTGTCAGAATGAAATATAAGCCCTTTTTTTGTTCCGCGGTTTTGAACAGCCATTTCCCAGGCAGGCATGGAGGTTTCTCTTATTGTCAAATGTTCGCTTAGATTCCATCCGATAATTTTTCTGTCGAATAAGTCTATGATAATTGTCAGGTACAGCAGCCCCTGGGCTGTTTCCAGACTCGCTATGCCCGTTACCCAGATCAGAGAAGGTTTGTCGGCTTTAAACTGTCTATTTAAAACGTTAGGAAAAATACAAGGATTATGAGCATTAAATCGTATACCGGATTTGACCTTGTTCTTTGTGCTGTGCTTACTGACAAGGCCCAGTCTTTTCATATACCAGGATACTGCGCACAATTTTAATTGAATGCCCCGGCTTTGTAATTCTGCTGCAATTTTTGCATTACCGTACATCTCTTTGTATTCATAGAATATAGAAGTTATTTCTTTCTCTAATAAAATTGTCTTACGTTTTCTGGGAGAAAGTATTTTGTTTTTCCAGTTAATATAAGTAGCCGGCATTATACCTAAAACTTGACACATTCTCCAAAGTGAATATTTATCTAGATTATTTTCAATAAAGTGAAAAATATGCGGCTTGCCTTGATGGATATATCTGCCTGCGCTTTGTAATATTTCAATTTGAATTTCAACCTTTTTTAGTTTTCTTCTCAGTGCGAGCTTAAGTTCTGCAATCCGTTTTTGTTCAGGAGTTCTGCCGCAAAAGCTTTTTGATCCGTCTTTGCTAAGTTCATTCCGCCATCTGTAAATATTCGTTGTAGGTACGCCAAGTTGTTTTGCCGCTTTAAAAAAATTTGTTTCAAGTCCCAGTTTGACAGCATTCACTCTGAAATCACGGTCATAAATTTTATACTTCTCCATCTCTTGAAGTTTTGATACTGTGATCACGTGAATTTAAGAAATAATAATGATTTAGATATAGAAATAATAGAAGATAATAACATGCTTAGATATATCATTATGGGGCATGCTTTTTTTAACATTCCGGCCTGCGGAAAATATCAGTAAAATTATTATCTTTGATCAAATAAGAAGCAATGAGCAGTTTTAATTTTGCAGGGCTTCAGCGCCTTACCATTAAAAAAAAGCAACAATTCTTTTATCAGCATTCAATACCTGTACGCAGTCTTTTATAAACAAACTAAGTTAATTCCGGGTTTATGCCCGAGCCCGCCGGCAGTATGCCGGCGAGCTTTTTACTGAAAGACCAGCCCGGACGTTATCAGCCTTTTTACTCCTTGAGATGCGGCGCAGGGGCGCGGGCTTTTAAATAACCGCTGTTTTTTTGCTGGTCCGCTGTGATATTAGGCTGTCTTTTGGCGGGCTTCAGCTCTGCTTTCTTCAAATTATACCAGATTTTTCAATTTTCTGTAAAGCATTTGTATAGGCCCGTTTGCCTTTCTCTGCACTTTGACAAGTGACGTAAAATCGCAGCAGCAGGGAAATTTATGGCGATTTTAGCAGCATCAAAAACGCAGTTCGGAAAACTTCTCAAAGTAAATAAGAAAATCACCTCTGCCAATGCTTATGCCAGAATACGATTAAGGGCTTCACGTTATGCAGCCTTAAATGAAACGGCCACATAAATATTTTCGATTTTAGATTCAACAGTATGTACTGCAGATCTAGGCGATGTATTTGATTTATCCTTTACCGCAGCAGAAATTGTTCAATATTCTTCTGGACCAGTCAGCTGCAGGAGCCGGACCGGCAGCCATTATACTGCTATCTTTACCGGCTGGTCTTACGCCGGCAGAAAGGAATGGTAATACATGGTTTACTGTTCCAAAGTCTCCGCCTGGACCGGGTAGACAAAGCTCGGGAGCATCGATCAGAAAAGAGATTCTGGCTATTGGCATTACAATACTCAAGAGCCCTTGTGTAAGCCCCTTTTTTTTGATAAATTCCTATTATGATTTTAAGTGAATCTTTTCATTGTTCGAATATGGAATCTGCAGTGGAAATTAGAAAGCAGGACTTATTACAACAAACAGCCTTGATCTCAGACAAGTTGTTGCTGCATCAAGGAACATGCTGAACAGATTACTGCAGTCAAACCCCGTGGACAGCCGTATAAATTATAGAAAATAAAAAACTCAAATTCAGGCGTTTCTAATTAAATATACCTATCTTTGAATAATTAAATACATTAAAATGCAAGAAGGTACAGTAAAATTTTTCAATGAAGAAAAGGGATTCGGATTCATAACTCCTAATAATGGAGGAGCCGAAGTTTTTGTTCATGCTTCAGGACTGTCAGAAAGCATCCGTCAAGACGATGCAGTACGATATGACATCGAAGAAGGCCGTAAAGGTCCAAACGCAGTAAACGTAGTTGTAGCATAACCATACTATCACAGTGAGCTTGTAAAGGCGCCTGCTCAAGCAGGCGTCTTTTTTATTGGCAGAACTGATTATTTCCGAGCGCCGCTTAAAGTATTTTTTATAGACTCCGATTCTGTGAACATAACTGCCGGAACTTATAATTTTCATATTCGTATTTCCAAAATTTAGTGTGCAGATTATTAAATCAGAGTATTCTTCTTTTTTTTTTGATTTGATTCCAGTAATTTTTTGCAGGTTTTGACCATTGGCAATTGCTGATTTACTTGATAATTTCAAAGGACAGTTTTTTACAGGTTAATTGGACAATATTCTATGATTTATCTGGATCAGGCCTTTGGCGGTTATGCAGCTTTCATCTGAAGCCTGATCAAGGACAATATATCCCAGATCTTCCAATAGGATCAGAGCATCGAGTATTTTTGCCTGATTTTCCCTCTGTACAGATATATTTTCGCTAAATGTTTTCAGTACATTATAAGGGGGTATCACAAGTGGCGCAAGCGCTTCCAGTTTGCAGCTCCCAGGGTAACTTTCTGCAAGTTTACTCAGTATCCTTTCAAAATAAACGTATGGTGTTTCCAATGTATAATAGTTTAAAATAATGGCATAACAGCTTAGAATAAAGATACAAAGATTTGATTGTTCTTTAATAAGTTTTTAAATATTTTCCCTTACATTCGATTTGAAGCGCGTATACAAAAGGGGCAGATTATAGAATAAATTTGGTCCTGTCGGATCGGTTAACTAACTATTATCTTTTTACCTTCAAAATATATTTTATGAATACAAAAGGGGGTAAAGATGGATTTTAAAGAGCCGTACAATAGTGGCAATTTTAAACTGAATACCCATGATAAAAATTTTTTAATACAGTTTCGAACTTGATCTTCTTAGGGCTTGATTTTACTATGCTTATCGTTTCCTAAAACTGCAGGTGCCACGATTTTGCGACAAAATTTAAATTACTAAACATTTATAAAAAACTGATCTTATTTTTACTGTCCAAAAAATAGCGGCTCCACTTTTAAACAAGAAAATAAATGACGCTTTTCTGGTTTCTATTTTTTTTTGGGACGTAGTTTATACAGCCGTATTCATTTAAATCTTTTATGCACCTGTGATACGCGGCAGGGCCGGTTGTACTACTTTAGGTTTAATGTTGTTTTTCAGGAGCTTTTTCCTGCTATCCGCTGCAATCTTTTGTGCCGAACACCGGCGCAGAAGGATTTCCGCTGCTATCGGGGCTAAAAAAATGCTAACGGCTGTTAGAGATAAATCAATTTTGAAGCTCAGTAGAATAACAGTAAAACTGCGTAATACAGTTTCAAACCTAAGCTCATCAGCAATTGATTTGCTGGGTTTCTGTTTTTCAAAAACGCAATGTGCCACGAATTTGCCGCAAAACTCAGATTAATGATTTTTAGAACAATTTTGATGTAGTAATGTTTCGAACCTCAAGTTTTAAATGTTTGTTTCACAGAGTTTTAATTTGGTTCCTGAAAATGATGCACCGATTCTGCACCCGGAATCTAGTTTATCCATTAGAATGTTTTTTATTATGCCAGATATCATTCGGTCCGCCATTCGAACCTAAGCAGAGAAGAGTTTGATTTTAATGATTTAAGAGGCATATGAAAAGTTATGCGCCACGAGTATGCCACAAAACTTATCTCGATGAAAAAACCGATATAGTTCGCCTTAATTATTTGTTGAAGAAATTGTATCAAGTGTACCTTTATCAATAACCAGTTTTACAACAATTTGTTCTTCAGAATATCCGTCACGTGTAATTGCAGTTGTTAGGTCGCTTTATCTGACGTTCAGAATCTTGTAATTCAAGTGTCAACACACGAACGTAACTTTGTATTAATTAAATTAAGTTTCTGTTTCAATTTCGATTTCATTTGCGATTCTAATACTTTCATAGATCGGAATGTTTTGTCCCAAAACTTCAATTGATACGGTGAAGGCATAAGGTATATTTGATCCAGTTCTATCCCAGCCTTTATGTGCTCTAACTGCAAAACTTAGCTCGTCTGGAAGTTCATAAGCTTTTAATATTACCCAATCTTTTTGAACGGTATTGTTTGTTCTATTTATGTCTTTAATTGTTCCCCAATGGCTTCTCTCTCGAATTTTCCAGTTGATTACTCCCTCTTGATGTTCTTCCTCATCTTGAATTGTCGGTTCATCAACGAGACTTCTTTTAACAAATTGATTATGATTTTCGTTTAATCTTGAGGATGTCCAATCTAACCATGTTGACAAATAAGATTTTATTTTTTGTCTTGTTCTTCGAACTTTTGCAGTAAATGTTAACGTGACCTCTATTAGAACATCAAAATCGTTTGCAGGGTTGTTTAGCTCATTAGGAATTATTAGAGAATATATATGTCCTTCCTCAGTGGCTAGGTTTCCAGTATTGTAAAAAGTTATTCTGCTTTCAGTGTTTTTAGTTACTCGCTCTAATGATGGTAGTCCATAACCATAAAGTTTAATACTTTCGGTTGTGGGATTTAGAAAATAAGTATTAGGTAATCTTGCTCCTTGAACTATAAAGGCTCTAATTAGGTTGTTGCCTTCTTCTGGATATAGTTTTTGTAGTTGAGCGGCAATATGAGTCACTTTAGGGGCGGAAAATGATGTGCCTGAGACATCTTTTCCATACGCACTACCACCATGTAATGTAGATCTTATAAGTTCTGGAAGTGTTTCATCTGTTCCCGTAATAAGGCTTAGTCCATTTTTTGAAACAGTCAGCCCACCTCCATATTCAACAACATCAGGTTTAATAATATTCCAGATACCTGTTCCAATTCTCGAAAATGCAGAAATATCGTTTATACCGCCAAGAGATTTTCTTGTATCATCTTCAAAATCTGCATGATGATTAATAGATCCTACTGTTAATCCAAAAGCACTATGGGCTGGATTGGCAATATTGCAAAAGCGAGAGAATAGATAATCGGGATAGTTCTTTCCTTCTTTAATATAATTTCTTATGTCCGATTTTTCTAAGTTTCCAGTTGAAATTATAAATAAAACATCTTGATCATGTGTTAGTGTGTCGATAATTCCTGCCCATGTTGACATGTGTTTTTTTCTAAAAGGAACTGTGGAATTTACGGAGAGATTAAAGATCTTGCAGTCTTTGTTTTCTTCTACAATTTGCTTCATCAGTTGGGCAGGATACTTGTGATGAAGTTTATTGTCGTCAAATAATATTCTGAGATTTCGAATAAAACACGGTAGTTGATATGGAAATTCTATATCTGAAATGTTTTTAGGATAAAGTATAGCACCTGCAACTTTAGTTCCGTGTCCGCCTCCTTGAACATGGTCTGATGCAGAACTTACTCCATTGACGTAGCATTTAGAATTTTTACTATCAATTGCAAGTTCAATGTATTTATGATTTTCCATTATTCCGCTATCAATTACTCCAATGATTGGAGAATCTTTTTCTGGGGCTAATATCTCACTTTGAATAGCGTCTGTATCTATATCTTTTCCTTGTACTCCAAGAATTGTTTCAGTTTCATTTACTTCAAAAACATATTGGTAATTAACGACTAAATCTTTTAATCCCTTGCCACTAATTGTGACTTCGCAACTAAAGCTGTCATCTAGTTCAATATATGAAGTATTTAAACTTCCATAAGAGTTGATGAAAGATTCAAAATGATCTTGTCTTTCAAAAAGCTTTTCCTCTCGATGTATGATATATGCTTGGTATTTCTCCAAACGCTTAATTCCTCCTTTTTTTGCTCGGTCTGGTTCTTTTTTAACTGGAAAATCAAATGCAATTCCTACTTCAACTGTGTAGTTGTCATTGTCGTCAATATTGTGCCAATTCTCAAATAAATTATCTGACAATATATGTTTTGGTTTCCATTCTTCACGATTTCCATCAATGATATTCCACAAGTCTGCTATTTTTGCAGTACCATGTGAAGAATTTGCAAATCCAATTATCTTCTGTTCAAGTGCCCTTAAGCTATCAAAAGATGCGCCTACAATGAATCCCTCTTCTTCTTCTGAAATTATCTCAATTCCAAACTCATGTAAATCAAACTCAGGATTATTTAATAAGCTAGGATTAAGCTGGATAAGTACTGGAACAATGTCTTTATCTAAGTTTGCAAGTTCCATTGAATCTCGCATCTTAAATAAGTCTTCCCAATTTGATCTTACATTTGAAGTTTTAGAAAAAAGAGAATCTCGATGTCCTTGTCTGTTTGCTTTATTTTCTTCAGTTGTAGCATTTGGCTTGCCGCCTCCAAACAGACGAGGTTTGCCAGAAACCTTTTGGATGAAATTTAGATGAGGGAACTGTTCCATTTTTGTTATCTATTCATAGCTTTGTTTTCGTCTAAGGCGCTATTCAGATCGTCGATAGAAATTTCTAGACTTGAACTTATTACTGCTTTTTTTGCCGCGTCATTAGCTATTTTCACAACTATTGCATAAGACATCCCCTTCATTTTTTCTGCATAATATTCAAGATTAATATTCTTGTTTATTTTTAATGCGGAGAAAGAAATTTTTAATAATTCTACGACCTCATTGTGGGATGGCTTTGGAAGCTCAATGAAGTCATCAAATCTTCTAAAAAGAGCTTGGTCAAGACTGCCCTCTAAATTTGTTGTAGCGATTAATATCCCTTCGCCTTCATATTCTTCTAATAGACCTAGAAGTATGTTGACAATTCTATGAATCTCTCCAACATCATTTGAATTAGTGTTTCTTTGTTTACCGATTATATCAAATTCATCTAGAAGAAGTACACATGGGTAATCTTGAATGCTTTCAAAAAGATTTTGTAGGTTTGATGCAGATTCTCCTAAATACGATGAAATTATTGAATCGAATCTAACTTTGTAAAAAGGAAGTCCTAAGTTCCATGCAATTCTCTCTGCCGCCATGCTTTTACCACATCCAGAAGAACCGTATAATAATGCTTTTTTACGAGGTTTTAAACCGTGATTTGCAAGTCTTTCTCTCGCTAAATATTCTTTTTCTATTCTTAGTAATTTATTTTCAACAGAACTAGGAAGAACCATTTCATGTCTTAAATTTTCATGAGGGATATGAACAGCAAGAGGTAGTTTGTATCTTCTGTCAACGGGAACTTTATAAGTAAAATCTTTTGCTACTTTTAAGGTAGGTTTGTATTCGTTTGATTTAGAGATATTTGCTAGTAGTATACTATTTAGTCTTTCAGCAAGTTTAGAATGTCCTTTTTTCTTTTCATCCTCAATTATGCTAAAAGCTATTTTTATCAAGGTTTGATCTTGATCTCCTTCAATAGATTTAAACAATCTAGTTAATAATGCTTGGTTCATGATTTTTAACCTTTTTGCAAATATATAAAAAATTAAGCGACACCTTTTTATGCGATAATTCTAATATCTAAAATAGCAAAAATAAATTCCTTAATGTGCTAAAAAACTACATTTTTTAGCATTGGAAGAAACATACTTTTTCTGGGCTAAAAATATAGCTTTGAATTTAATTTAGCGTAAGTAAAAATACCTTATTTCAACCCGAATTTTGAGGAATAGCCTCTGGCAAAGTGATATTCAAATAGAAGGAGATCCGCAGGCTCAGCAGGATGTTAGAAGCATGCTTTATCATCTTTATTCTTTCACAAGAAAAAGCACATCTCTTTCTCCGTCGCCAATGGGGCTCAGCGGGCTGGGATATAACGGACATGTGTTTTGGGATACCGAAATCTGGATGTTTCCTCCCATGCTGCTGCTCCATCCTGAAATAGCAAAAAGCATGATTGAGTATCGTTTTCAGAGGCTGGATGCAGCCCGTAAAAAAGCTGCTTTATATGGATATGACGGGGCAATGTATCCTTGGGAAAGCGCAGATTCAGGATCTGAAGAAACTCCGGTCAATGCTTTAACGGGTGCATTTGAACACCATATCACGGGAGATGTTGCAATTGCTGCCTGGCAGTATTACCTGGTTACAGGGGACAAGGAATGGCTGAAAGAAAAAGGGTGGCCGATATTAAAAGCAACTGCAGAATTTTGGGCGAGCAGAGTAGAGAAGAATAATAAAGGTGATTATGAAATAAAGAATGTCGTTGCAACAGATGAATGGGCTGAGAATATCGACAACAATGCTTATACAAATGGAATAGCGATCCGAAATCTGCAGTACGCATCTAAATGCGCAGCTGTATTGGGCATAACAGCTCCAAAAGAATGGAATCTGATTGCTGCTAAAATCCCAATTTCAAAAATGGGCAATGGCGTGACAAGAGAACATGACAGCTATTCGGATCAAAGTATCAAGCAGGCTGACGTGAATCTGCTGGCATATCCATTGCAGATCATAACTGACAGAAATCAAATAGAAAAGGATTTAAAATTTTATGAAACTAAAATACCCCATTCCGATACACCAGCTATGACACAGGCCATATTTTCACTGCTATACAGCCGTTTAGGAGACAGCGATCAGGCTTATCATTGGTTTAAAGATGCCTATGAGCCAAATCTTAATCCTCCCTTCAGGGTCATTGCAGAATGTAAAGGCGGTGAAAACCCTTATTTTGCAACCGGCGCCGGCGGTGTTCTGCAGGCAGTCATGATGGGATTCGGAGGCTTGGATATAGATGGAGGCGGAGGTATTAAACAAGTTAAAACAGTACTGCCTAAAAATTGGAAAAAATTAACAATAATGGGAGTTGGAACAGAAAAAAAGACTTTCATTAAAACTCAGTAAATTTTGTACCTTAATTAGTAAAAGTGTAAAAAAGGCGGTTTAGGTAATTCCAATACCGCCTTTTTTTGGTAGATTAGTTAAAGTTTTTGTACTTAAATGGTATTATAGAATATTTTCTAAATTTTATTAAAATAGAGATAATTACTTTGCTGTAGTTCCAAAAAGGGCATTCAGGTAGGTGAGAAGGAAGCTAAAATTATATTAAAATTACTATATTTAGTATTAAAAAAATACGATAAAGCAGTAGAGAAAAATATCTATATCCTTAGCGGGATTTCGAACCATGCTCATGCTTCGATTAAATCTCTAATAGCAACACTTTAAGCCTGTTTATTTCAAACAGGCTAAGAATTTCTTGTGAAAAAATCGAACCAAAAATATTAAGCTGCAAAGACTTGAAAAATCTATATGTTTGTGCATAAAAAAAGAGACAACTATTTGCTAGTACTTTTGTGAATGATCTAGGAGTGAAAGGGGTAGGAGAAATCGGTATTGTCGGGATGCCTCCCGCCATTTCAAATGCTGTATTTCACGCTACAGTAAGACGCATCAACGAATTGCCAATCCACTTTGACAAGCTCCTATAAAAATAGAATTAAGATTTAAATAAAAGAAAAAACCTCTGGAGCCTCAACTGCAGAGGGTTTTAATATTTTAAAACAATTATTGCTGCTGTTTTTTTACGGATTTCCCTCGCCGCCACTTGAGCCGTAGATCTGTCCGGTAGCAAAACTGGCGTCTTCAGCTGCCAGCTGTACATAAATTGAAGCCAATTCAGCGGGCTGGCCGGGTCTTCCCAAAGGAGTCTGCGACCCAAAATTCTTAAGTTTTTCCATTGTCGCCCCGCCGCTTACCTGCAGGGCCGTCCATACAGGTCCAGGAGCCACTCCATTGACCCTGATTCCTTTCGGTCCTAACTGTTTTGCCAGAGATTTAATATAGTTTGTGGTGGCTGCTTTGGTCTGGGCATAATCGTATAAATCTTCCGTAGGAGCATAAGCCTGTACTGAGCTGGTACCTATAATTGAGGATCCAGGCTTCAAATAGGGAAGCGCCGCTTTTATAATCCAAAACGGAGCATAGATATTAGTTTTCATTGTCCAGTCAAATTCCTCTGAAGTAATATCCAGAATGGATTCATGTGTCTGCTGTCTTGCGGCATTATTCACTACGATGTCAAGGCCTCCGAGCGCTTCAGCCGCCTGATCGACAAGTGATTTGCAGAATTCCTCGTCGCGCAGATCTCCCGGAATGGCTACTGCCTTTCTTCCTGCAGCTTTTATCAGCTGGATGACTTCCTGTGCGTCTTGTTCTTCAGTCGGGTAGTAATTTATGGCAACATCTGCGCCTTCTCTTGCGTAGGCAATAGCTGCAGCCCTTCCCATACCGGAATCCCCTCCGGTTATAAGTGCTTTGCGATTCTTCAGACGGCCGGCTCCTTTGTAGCTCTTCTCTCCATGATCAGGCTTAGGATCCATTCTGCTGACAAGACCGGGCCATGGCTGTGTCTGTTCTTTAAAGGGAGGTGCCGCATATTTAGTAGTGGGATTTTGTATTTCTGCCGAGCGGCTGATATTCTCATTTCCCAGATCGGTTCTATTTTTATCATTTAACGCTGTTTCTCCAAGTGGTGATTCTACACCAGTCTTTTCGGCGTTTTGGGCTGTATTATTTTTATTTTCCATAATAATTTAATTTATGAGGTTAAAAAATCTATTCTATCACATTGATTATTAATCAAATTTCAACAGAGAAGTAATTGCTCTTTTTTCATTTTTATATCAATTTATTGCATGATCTGCTTTGTAAGCTGTTTTAGTTTTTTATAAAAATAATCGGTATACCAAAAAAGCGGTGACTCCAAAGATTACATGAACTGCAAACAGCTGGGCGTAGTAGCCCTTGTAATCGATATTTGGTTTCTGGTGAACTATCTTAAATAAAACAATCCATCCTATTATTCCAAGCATGCCGCTTGCTGCTCCCAGCATAATACTGGATAAAATTGTTGCATCAAGGATTTTATGCGACCATAAAAGATGGTATGCAGTGACAAAAGCTAAACCAATGACATAATGTAAAACCCAGCCCAGCATATTTTTAGCATCAGAACTTATATTCAAGTGCAGCTGCTTGAGAATGTAAGCCAGTAAAATTGGTTCCTTGTATATTTCCCTTGCAGCTGCAGAGACTGCATAACTGCATAATGTCATAACTGTTGTAGCTGCGGCAGAAGATAACAAGACCTGTAATATACTGTGAGAATCCATAGTTTTTATTTGTTATTTTACTGTGATTGGTTTTAAATTCTTATCTGCAGGCCCGTTCATTACAGTTCCGTCCGTGGCAAATCTGGATCCATGGCAGGGACAATCAAAAGATTTCTCGTCGCTGTTCCACTGCACTATGCAGCCCAGATGGGGACAAACTGCTGAAAATGCTTTAAGGGTCTTGTCATAATCACGGTAGACCGCAACTTTTTTTAATCCCGAAGAGATAATACCGCCTTCACCCGGCTTGAGATCAGCTGTACTTTTTAAGTCTGATGAGGATATCCAGTCCAGATATTGTGAAGCCATATTTGCAGCTTCTTTTGTAAAATCATAAGCCGTTTTCACAGTAATTCTGGAAGGGCTGTAAAGATCTTCATATTTATTTTTAATCCCTAAAATGGCATCGCTGATTATTGCTGCGCCAATGGTTGCATGCGTCATACCATTTCCTGAGTCACCTGTAATGATATAAATATTTTCATCTCCGGGATTCCTGCCCATAAAGCCCAGTGAGTCCACAGGTTCCATTACCTGGCCTGACCATTTATAGGTAATCTCGTCTAGCACTGGGAAATAGCTTCGTGTCCACTGTTCGAGCTTTTCATACCTTTCAGATTCGCTGATTCCTTCTTCATCAGACTGGCCTGTTTTATGATCCTCACCTCCAGATATAAGGAGATCGTGCGTATCGTCAAAGCTTTCAACCCTTACATAATGGTACGGCTGGGCAGTCCACTTAGAAGCGGCATCCCCCGTATCCCACCAAAGTGAGTACGGCAGCTTTCCTTTCGGTATCTTTCCCGCGATAACGTAAGTTCTGTAGGCTGCCTGTTTGGTATGCATGGTAAACAGGTCATTTACCGGGCTGTTGGTTGCCACAACAACTGTTTCCGCACTAAAGATGTAATTATTGACTAACGCTCCTTCTTGTGATATTTTTTCAGCGCGCGCTTCGGTATAAATCACGCCTCCCAGCGACTGTACAGCTCGGGCCAGTCCATCCAGATACTGCAGAATATGAAACTGTGCCTGATTGTAAAAAGCTAGACAGGGTGTAGTATCACCGTCTGCTATACCAGGTGTCCTGTTTAAGATGCCTGTATTGAGACCTGCATTCTGAGTGGCTTTAAATTCTTTCTGAAGGTTTTTCTCGTCATCGCTTGGATGAAGAAAAAGATATCCGTTTACCCTTTTAAAAGAGCAGTCGATATTTAAGTCTTTGATATTTTTTTCAATTTGGGATATGGCCGCCGTATGGCTTTCTGCTGCCAGTTTTGCTCCATCCTTTCCAAAAGTATCCTGCAGAAAATAGTATCGGTCGTCCAGTGCACTGGTCAGGTGTGCAGTAGTGCGGCCGGATTCCCCGCTGCCTATGAAACCGTCTTCTACCAAAACTACTTTTTTCCCTGCCTTGACAAGATTATAAGCTGTTGTAAGGCCGGCTATGCCGCCTCCAATGATCAAAACCTCAGTTTCTATATTCCTGATGGGTTTTTCAAAAGAAGTGTTGGGCGCAGTATCGATCCAGTACGATACATTTTCTCCAGAAGTAATAGTTCCGTCATTTAAATTTTCATCCGCATTTTTCATATTCTATTTCTTAAAAGTTAAAGGTGAACTTTATGCTTCAAAATTAAAAAAGCATTAACGTTCTGTCTTACAGACTGCAATTCGAACTTTACAACATTGCCAGTTTGACCTGCTGGAGATAGCGCTGTTGCCGTGCTGTTTTTTCATTTTATTAAATAAGGCCTTAGAAATAAGTATAATTATTTCCAAGACCTTTAAGTAGTAGAGATTATAAACGGTTACTCTGCCGCTGTACTATTTATAGCATTCAGTGCCACATCGTTTAAAAGGCAGTCTGCTTCTTTTTCTTCAGCCAGCGTCTGAATCAATAATTTTGCGGCATCATTTTCCCCAAGGGTTTTGGCAAAAGCGGCCAAAGTTCCGTATGTGGCAATTTCATAATGCTCAATTTTTTGTGAAGCTGCAATAATTCCGGCATCGCGAACTGCTCCAGGTTCCGTTTCTTCCAAAATGCTGTCGCCTTCCTTGAGCAGTCCGGCCATCGCCTCGCATTTTTTTCCTTCAGCTTTTTCGCCCAGAAAATCAAAAACCTTTTCCAGTCTTGCTACCTGATTTTGGGTTACAGCGTGGTGTTCTTTTATAGCCGAAACCAGTGCTGGGTCAGTTGCATTGGCCTGCATTTTAGGCAGAGCCGTTACCAATGCGTTTTCAGCCCAGTAGATGTCTTTCAGACTGTCAATAAATAATTCCTTCAATTCCGAGGCGGCTCCCGTTTTCGGCTGGACAACAGCATTTTTTACGTTTTTTTCAGCCGTATCTTTAGTATTTTTTGTTTCTGTATTTTTCATGATTTATATTTTTAGTATTAGTTGTAAAGGTTAGGTTCGCGCTCCCAGAATCTGTGTTTTCCCATTGCTGCGATAAAGTCTGCTGCAAATTTTTCAGTTCCTGCTTCTTTGGCAATCACAATACCTTTGTCTTCGTTAGTTATTTTGGATGCAAAGGATGCGGCGCTCAGCACAGCCTCAGCTCTGCCGTCGGCTCCGATTACCTTGCAGTGCTTGTAAGCATCGTTCAAAAATTCGTTTACCTCATCACTGTCCGCCAGTACGCTGAGTCCAAGACCGTCAGGAATGTAAACAGCATCAAATAGAACAGAGGCAGCGGTCAGAAAACTAAAATCTGCATGAATTTCCCCGTCAGTATCCGTAATCACAGTTTTGAAAGGAGGACTGCCGATTAAAATTCTATCTCTGCACCTTCTGCTACAAGACGAAACAACGGTTCGAATTTTCTTAACTGGTGATCCAGATTCTCTTCCAGAGCTACGGGACCTATGCTTCCCTGGAGGCAGTATAATTTTTCCTGATCGGTAACCATAAACTGCATCATGCGCACTTTCATTTTATTTACCGCAATATCAAGTGTTTCTTCTACCTCAACCATTATTCCGGGAATGTCGTCTATTGTTACTTCTTCTATTCTTATCAATCGCGCAGTCGGAGGAATCATTTCAGAAACAGACTTTTCATTAAGATGCAGATTACGGTCTTCTTTGGCAAGCTTATGAATTACCATCATGATTTTTTCGTTTCCCTTCCCGTCAAAGCTTGTAAACTGCTGGACCGTTGCGGGCATTTCACCTTCCTGAGCGATCCAGCTTTTAGGTACGGGAAAGGTTACTATCGATTCATCTGCTTTTGGATGGCCCTGGGTTGTGAAGTTTTTGATGTGGCCGTCGATTATTTCCTGATGGGGAACATCCTGATAGGCGAAAGAAATGATGCCTTTGGGAATATTGGCATGTTCATCCATATCTATCTTGTCCCTGACCGACTCCAAAAAATCGATGGCATGTTCTTTCTTTTGGATTGGCTCCTTCAGCTGATCCTCGGCCAGCAGCCTTATGTTTTTTTTAAGGATGGAGAATTGATCTTCTTTTAGTTCATTCCTGAGATACTGCTCTATATTTTTTTCTGCCCGTCCATATATTGCCTGAGCTTTTTTCTCCAAAGATCTTACCTCTTGGGCAACCACAGGGAACTGCGCAGCCACTTTTGCAAGGGAAGCTTTCTGTCCTTGAATAAATGCATATGTTTCAATAGCCAGCTGTACCTTAGGTGTATATCGCTGATTCTGCGGATAACATAGGCCGGAAGCTGCAAAACAAAATATAAGCAATAGCGTTTTCATTGGCAAGATCTACAAATTAAGCTAATTATTGATTGAGGCCGGTCAAAATAATCTCCATGCAAAACTTAAAAAAACATTATAGTAAGACCCACTTTATAAGTTCATATCAATTTGTAAAAATATAATGTGAAGCGATGTTTGCTTCATATAATTCAAAATTTTTCTTATATAATTTTCATTTAAAAAGCATGATATGATATTTTTATGCGATTCACCGACGGTAAGTGTTCAGTTGAAATAGCATAACCACAAAAGCTGAAAATAAGACGCGTTAAATGAATTATGGAAGTAAGTCGCCGCTCTGAATTGAATGGGCAAAACATAAGTTATTGAATATTTACAGCCACTTTTTTCTTTTGAACCAGAAGAAAATCAATACAGATACGACAAACATAGCTATTATGGTCAGGGGGTAGCCTAAAGGAGATTCGAGCTCGGGCATGAATTTGAAATTCATCCCATAAATGCCGACAATAAAAGTAAGAGGCATAAAGAACACTGAAAATACCGTCAGCAGCTTCATTACATCATTAGTTTTTCTGGCAGAAAGAGAAAGATAGATATTAAGAAGATTATTGGCGTCTTCCTGCACCTGGTCATAGAGCAGTACCAGTTTGGTATGCAGATCCCTAACATCCTGGTGGAGCGGACGTTCTTCGGTATCGGCTTTGATGGAGTTTACCACTTCATTGCTCAGCAGCAATAATTTTTTATATAGGCCGGCCCTCTTTTTCAGATAGTAGATATCTTCGATCATATCATCGGGTATATTTTTTTTCAAAAACAATGTAGATTCGTAAGAATCGATATCGGCAGAAAGTTTATGGCGGGCTCCTCAAAAGAACGCAGCGCATCGCCAACAATATGGATCGCGATGCCTGATGCAGATTTTATTTTTCCCTTATTGACAAGATTGTCCATAATACTCTGGATCATGGGCTGTGCACAGCGATGTATGGTGATGATAAACTTATCGGTAAAGAAAACGGCAATTTTACTGCTCAGGCTTTGTATGGTAGGCAGTTTCTGGCTCTCGTCATGAAGCAGCCTGATGATTAAAAAATGGGTGTCATTATGCTCTTCATATTTTGGAAGATGGTCCGGGTCAAGGGAATCAAGCAGGGTATAGGAATTCAGACTGTATCTGCTGCTGACCGTTTCTATATCTTCATCGGATGGATCATATATATCGATCCAGGTAATATCGGTGCCTTTTATCTGGCAGGTGCTCAGTGCCATTGTCCTTTGGTTTATATTATATTGAGATGTCCGGCGTAAGGCTCGTACGCCAGTATTCCACAATGTTTTTCATCATTATTTTATAGGTCGAAAAATCTTCTTCTTTCTTAAAATAGCCCTGCACATTGCAGTTGTAGGCTTTGACAACATTTTCCGGATTCCTTGAGGTTGAGAGAAAAATGTAAGGCACACATTTAGTATTTATTTCGGATGCGCTGCGCCAGCTCGTCGGTCCACTTGTAGCTGCCGTAGAATTTGTCCATTCCGGTAATGTCCAGATAGAATTCATCAATAGAGGCCTTTTCCACCACCGGGGCTTTTTCCTGAATAATTTCTGTAACATCATGGGAGAGCCTTGAATAGAGTTCCATATCGCCTTTCATCACTTTGGCCTGCGGACAAAGCCTGAGCGCCATCTGGATGGGCATTGCCGAGCGCACCCCGAAACGCCGCGCCTCATAGGAGCAGGAGGCTACAACGCCACGCTCGCCCCCGCCGATAATGAGCGGAATGCCGTTAAGCTCTGAATTGGTAAGCCTTTCGCAGGAGACGAAAAAGGTGTTCATGTCAATGTGTACAATAGCCCGGTTCATAATCTTTATCATTTTATACCTGTCAAAATTAGTACAGATAATAACAATTTTATGAAAACATAATGTTCTAAATAGTAACAAAAAATAGAAGCACTGATTTTACAGGCGGTCTTGATTATGCTGCAGTTTAAGCAGAAAGCCTTTATTCAGAATTTACAGCAGGGTCTGCAGTTCTTTTTTTTTGCACCGGCGCTGCAGCATATTCGGAACAGGCATTTCAGCCCACATAAATCATCTTTTTTTTTGCAAGTTTTTTCTTTTAAAAAAAAAAAGAGTTATCTTTACAGCTACCACCAAAAAAATGTAAATCTTCTTTCCAACCTAACCCTAAGTTTATTTTCTAACCGCTGCGACTTTCAGATCTATCTGTCTGGCCGCACTATAAATTTAAAAGTTATGCCGCAAAAGCAGAATTGGGAGAAAATTATTTATCTGGCTGAAGATGACGAAGATGACAGACTGCTGTTTGCTGATGCTGTCGAAGAATTAAACCTGCCCATTTTGGTAGTGCAGACGGCAGACGGCTGCGAACTGCTGGAAACCCTTGAAAAGGCGACGCATCTTCCTGAAACGATATTTCTGGATATCAATATGCCCCGAAAAAACGGATTTGAATGCCTTAAAGAAATTCGAAACGGCGGCAGCGATTTCAAAAATATAAAGATTATCATGCTGTCCACCAGCAGCAGTGCGATGCATATCCGGACCGCCTATAATCTCGGGGCGGATTATTATGCCGTAAAACCGCCTACCTTTATGGAATTGAAAGATCTTTTAATAGGGATTTTGGACAGGGACCTAAAAAGCTTAAGAAAAGAGATGGAAAAAAAACTGCCCGCCTGCTAAAGATAAAAATAATGATGAGGATCTGAATGCTTGCGGATCTTTAATCAGACAAGATCTTACAGGACGGGGCTTTATTTTTCAGGGACAGTTTCTTTTTCAGGGCTCCCTTGACTGGGCATGGTGCGTTTGATGTGCAGGTAAAAATCCTTGAGATGCCACCAGGCCGGGCATCTCTCTACAGGACCGTTGAAATTGCGGATGCCGATGTAGCAGCTCTTCAAAAAAAGCTGCGTATCTGTAATTTTTGCCCAAGGCTTCCATTCCACCTCAAGGGGAGGAGGAAACGCTTCAAAATGTCTTTTATATCTTCGTAATTCATGCTGCAAAAATAATCCAAAACCATATATCAGACAAGGCCGGCATTGCTTTTACAGCCCGCCGGGCTTCTGTTTTCGATCAGGGTTTTCACTATTCTGGAGCCCAGCTGTTTGCCCGTATTTGACCTGTACTTTTTTGCCAGAATGATTTGGTTTTATATCGTTAAGGCCAAAGCGTGCTGCCTTTTTTTTTAAAGGACGTATAAATACCATTTGTACGCCGCCAGATCCGGAGAATGATTAAATCAAATTGTCAAAAGAATGGGCTTAAGCCTTAAAAAGCTGTAATTCTAAAAGGATATGCTGTAAGTGATCTGCCTTAGGTTTTGGTAAATTTGCTATATACTGGTAAAGGTAAACAGCAATTTAATCAGTCAGAAAAAAAACAGGGGACCGGCGGGGTTCGTCTGAAGGTTCTGTACAATGATTTAGTTAGTTACCGCATATCATTTCAGGCACCCGCCGGCTGCCAGAAAGCTCCTTTAATTTTGAGGGGCTTTTTTTGTCGGCGGACGTGCGCTGTAAACTTTATGCGCATCAAAGAAAAAACTGCAATTCTTTCATTTTTTTACTTTAGTATTGTATTTATTTCAAGTGCAATTATTGGATTATCAGTGATTTAGTACTGTGTATTTTGTAAGAGCTGTATTTTAATTTTATAACGCAGCGGGGAAAAGCTCTGTTAAATTTGAAGTTTATACAAATAAAATTTAATTATTATGAAAACAGCATACTCATCCACCGTTCCTAAGGAATTAAGCAGCGGCCTGATCATTTTTGCAGGAGTTGCGCTTTTCTTTTTACTCATGGAGTTTTTGAATCTCTCCCATGTATTTTATCTGCGTTTATTAAATGTGTTTTTTATATTTTACGGCGTAAACAGGATTTTAAACATTAACCTTGCCCAAGGACAGAACAATTTTCTTTTTAATGCGGTATCAGCCATGATTACTTCGTTTATAGGCGTAGTGCTTAGTCTTGCTGCACTTATGATCTACAGTTATGCCCGGGGAGGTGACCATTACGTTGAATCCTTGTCCTAGACCTTTATGTTCGGAGCGGAACCTTCGGTTCCCATCTATATCCTTTGTCTTTTATTTGAAGGAAGCGCCTCGTGCATTGTGGTGACACTTGTTCTGATGCTCTGCAGAAACAGCAGGTTTAGAGCCGATTAAATATTTTGTTTTCAATTTGCGGCCTTTCATTGTAACAAGGATCTTTTTCTGCACATACGGAAGGATTTAATTTGTTGATTTTTAATTATGTAAGCATTCTGTCAAAAAAAATAGGGCTTTCTTTACCAGCTGGCTATTTTATAAAACAGGAATGCAGGATGTTCCAATTATGAAAAACCTGATTTTAAAGCTGTAAGCTTTTTAAATCATGGGGCAGTATTTTTACGTTTTATTTAAAAATTATAAAATCACAGCGTAATGAAACTATTTAAAAGCAATAAAAAGCACATCATCGAGCGTGCACAGCAATCACAGAAGAGAAAAGGAGCTATAATAAATGCAATGGTCATCTCAATAGTATTCTTTATTGCCGTGCTGCTGGTTTCAGTAATAGTGTAACGGCGGTCTATTTAAAAAAAACATGCTGATTTTTAGATTTTACCATACAGTTTTGTAATAAAACACTGAAATTATGTAAGAATATAAGCAGGTTTTCTTCTAACTTGGGATTTCAAACTAAAAAAATATATTGTTATGAAAATCAATTTTAAATCTGGGTTTGCAGTTCTGCTGGTGCTTGCAGGGCTTTCCATTTCGTGTAAAAAAAATGAGACAGTTCCTGCTGAAACCAATGATACTTATGCAGACAGCTCTGCTGTTGTGGCTGATACCATCAGTACGGTTCCAGCCGATACTGTTGGGACCGATACCTCTAAAACCATGACTCCGCCGCCAGCAAAGTAGGTTCTTAATTAAAATAAATGGTGATTATTAATTCGAAAAGCCTGCAGAAATTATATTTCTGCAGGCTTTTTAATTTTTTCCTGTTAGCCATTGCCTTGTAAATATTTGTATAAGTTTCTAACCTAAGCTTTTTAGCAATTGATTTTCCTGGATTCCTATTTTATGGAAAGGCAATGCGCCACGATTTGGCCACTAAACTTAGACCGGTGAAATATCTTTAAAAGCCGCCTTAACTTTTTGTGGCAAAATTGAAGGCAACTCCAAATCTCGAAATATTCGAAACCATATTTATTTAAACTTGATTTTGCCAAATTTAAGATTTCAAAAAGAATGTGCCAAGGTGATTGGGGGAAATTATTGAGAACGGATTAAAAAACTGTATCTGTATCCATGAAATATATATTTACGGATCTTTATCAAAAGCTTGAATAAATGCGTTTCTATTAAATGATCTGCAGGTGCGGACGGATCTGCATCGTAACGATATCGCATCTTTTTGGCTGCGAGAGACAAAACAAAGTGCTCATTGCAATATCGTAAGCTTCCAGCATCTCCAGTTTCTCAACTTTCTCGTGCTGCACTTTCTTCGGATCGGTCTGCATGTCGCTTGTTACAGCGCCCGGCTCAATAAGGGAAACCTTGATCCCAAGAGGATTTAGTTCCTTGCGCAGGGAGGTGCTGAATCCACGTATGGCTGTTTTTGTGGCTACATAAATAGTACTTTCCGGTGTGTGGCTTTCGGCGCTCATAGACCCAATATTGATGATATGTCCTGATTTCTGCTTTTTCATTCGTACAGCAGCTGCCTGGGCAAAGGCAAGATAACCGGTAATGTTTGTATCGATAACATATTTGTAATCCTCATAAGCTTCCTCTATGAGTCCCGGGGCTGCCACGGCTGCATTATTGATAAGGATGTCAATTCCACCTAGCTCAGTATCTGCTATTGCCAGTATTTTATCAATATCCTCCTTTTTGGTAACATCGGCCGGAGTACCGTAAAGCTCGCTGTCCGGAAACTGCTTTTTTATATCTGCCACGGCTTTTTCGAAATCTTTTTGATCCCTTCCAAAAATAAGTACCCGCCCGCCAAGAGAAATCAGAACATCGGCAATTGCTTTTCCTATTCCGGTTGTTCCCCCAGTTATAACTATTTTTTTATCCTTAATATTCTGCCCAAAGTAATTTGTTAATTTTTCCATTATATGTTTTATAAAGTGATTATTATCTATTATGTCCGGCATAGCAAAAAGTTTTGTGCCGGGAATACTACGGTCGATGAGATGAAAATTGGTCCGCACATCTTGTATTCTCTATGTATGATATCCTATACATCCGCATTTATAAAAGAAACTTAATTGCGATCATTCTTTTTTGTTGACCCTTATGTTCATCTTTCACCTTCTGTGCCTTTAAAGTGCAGGAGAAAAAATTACCACTGAATTTTAACAGTACCCTGACCTGAAATTTTATACTCGTGTATATTCGCATTTGCTGTAAAAGGTTTCTGTGTTTGCTTATCCTGCAAGACTTTCATTTTAATGCTGCTGTTTTTAATTTTTATAATTTTCAAATTGCAGTTCAAGTCTTTATTACCATCTAATTTTATGCTGACTGTATTTCCTCTTTTACTTTGGTGAATAATGGGATAATCAACAAAAAGTAAAAACTCATCACCGATTTTGATGTACTGCCTTGGCACGACACCAAAGGCCATTCCTGCGCCATAGACTTCCTGGCCTACTTGGCCGCTTTTCTCCCAGCCGTTATATAAATCCTCAAGTGGAATCCACAGATCAGCCTGAACTTCTCCGGTTTTAACTTTTTCAGAAATCATATCTAGAGGAAGCATTGCTGGATAATAATAGGCAATCCTGCCGACAGCATATTTTATAAACTCGGGAATTAGGGTCCTCAGCGCCGGAAGAATCTCAACATCTTCTGCCTGAACTATATATTCTGACAAGGCAGCATAGACTTCCATCTCCTCATAAGCGGCGATATAAGGCGCATCATTTAAGGGAAAAATGGAGAAGAAATTGGTATAATTTTTACCAAATCCGTACCTGCAGTCATAAAGCTGAATGTTTTTAAATAAGCCTGTCAGGCAGGTGTAACTTAAATCGAGGTAAAGTTTTTTATTGGTAATTTTGAATAATTCCAATAAAGCGCCGGCTGCAAAAGCAGTGTTATTGGCCTGATATAGAATATTTAATCCGAGGCCTTCCAGTTTTTTTGCCGCTTTTTCTGCTTCGTGCAGGTAACGTTTTTCTTTGGTTAATTTAAAAAGCAGGAGCATTAAATGCGCATATGCCCCCGGCACATCCCTTTCCCCGCCAGCGCCAGGTGCTGTTTCTTTTTTGATTACCTCAAGGGTTTCCATGTTATAAAATACAGGCCACTCATAATTAAAATGGTGTGCCGTTCTTATAGCATATTCTATCGAGTCAAGCACTAGTTTCTCTGCAGTTTTATCGCCCCGTAAAGCAAGTCGCGCAAGATTCATCAGCGGATGATGCAGATACCAGGAATCCATCACCATTTCTGTTTTCTGCTCCTCGGACTCGTCCAGTTTGTCGACCATCGAAGGAAGCCAGCGGTTAATGCAGTTTATTTTTTCATCATAAAATGCAGGTAATCCTTTAGTTAAATCTTCACAGATAGGCTGTTTTTCGCCGCTCCATTTTTCATATTCCTTAAAAGGAGCCAGTACAGCAAGCTGCACCATACTTTCAGGCGGGGTTTCGTAGTCGCATAAGTAGGCATTTAAATACGGCAGGCCTTGCTTTTGCGTCCAGGAACCTTTATTATTCTTTAAATCTGAAACTACTTTCTGAGCGATTTCCGGCCAATTGTGATATTCAATTCGCGGCTGTTCAAGCAATTTATATATCGTGACCAGGTTATTTAAAAAGTGCTCGCAGATTATTGTTGTTTGTTCAAATATTTCATTATGAAGAACGACATAGGCATTCGAGATAGTGAATGCTTTTCCCGCCGGAAGAGGCAGTTTGTCAGTTGTTGGGAGCTGAAACCCGATTTCGGGCCAGCTTCCCCCGACCGTATTTTTTGATTCCGTTTCCGTAGCTTCACAATATTCGGATAAGGAGGTAAGGTTTTGAAAATAAAAAAACGAACCTGTCTGCGGTTTTGTAATGCTCGCAAAAAGAAGTCCTGAACGGGATCCGAACTGTTCCATGTGAATTGTTCCTGCAGTATTGGCAATATTCCCGCTTTGCGTCAGCGGAATTATATCTCGCGGCCAAAATGGCATTAGAAGAGGGACATTAGCTGTAAAGGACGTGGTGTAATGTAAAACAGGTACTTCTGCAGAGGTAAAATCAACACGAACTTCATAAGTGCCAAGTCTGGAATTGAGTACTACGATAATAGTATCCTGGTCTTCAAAAAGATTGGTAACTTCAAAACAGCTGTTCATAGCAAATGCGGCGCGAAAGGCTATTTTTCCATTATCGGGCATAACGACAACAATCCAGAGCGAATCGCCCGTATTGTAAAATTGATAAGTGTATGAAAGAATTTTTTTCTCCCAAAGGATTTCACTATTTTCAATATCTGCCTGAGCAGTTGCGCTCCATGGTGTAACTGTATGCATTTTAATCATTTTTAGTTTATAAAAAGTGATATCCAGTGAATAGGGAATGACAGATTCAGCCTGCATTCAGAAGCACATCAAAATTATTCTCAGTTAAATAGAACAAAACCAGTCGCCGCCGCTCCTATAGAGAGCAGAAGAAAATAAGTTAATAGGCCGTAATTTCTAAAAAAGGCATCCATCATCCGATTGGTTTTTATCAAATTTCGGCATAACGCTCATTTTTCTTCTTACATAATTTGTACTAGTTTTTACAAGATTTTCCAATGCCAGAGAATTAGTCATAGTAAATGATTACTCTCCTGAAATGGCTTTGGGCCAAAGCTGAGCTCCAGAAAAAGAACTGAGACAGTAAATAAAAATTTTGTACAAGCAATTTGTAAGGATACTATGCCTATCCGGATTTCTTGCGCGTGCCAATCGCGGCCCTCTAGGCTGATTCATTATTACAAAATTGTCTGCAGGTAACTGTACATACATGATGCGGAGCGGGAACATACCTGCACAACAGTGTTTTATCTGTAAGAATTTAAACTTATCCTGTAAAATTAATCTCTTAAATTATAGTTACTTAGCTTTCTATTAATTTTAAAAAGGACATCATGAAAGCAGCAGTTATTCACGGACCTGGTTCGGTTAAATATGATACGGTAGAAGATCCAAAAATCATAGCACAAGATGATATTATTCTAAAAGTTACTTCCACGGCAATATGCGGATCGGATCTGCATATTTATTCGGGTGCCATGCCAACAACTCCTATGGTGCTTGGCCATGAGTTTATGGGAATCGTGGAGGAAACAGGCTCGGCTGTCACCCATCTGAAAAGAGGGGACCGCGTTGTGGTTCCTTTCCCAATTGCCTGCGGGAATTGTTTTTTCTGCAATCACGATGTTCCGGGCAACTGTGAGCACAGCAATCCCGAACATTACGGTCCTGAGGGTGGAATTGTCACAGAGAAAGGCGGGGCACTTTTCGGTTATACAGACCTCTATGGCGGGTATGACGGAGGTCAAGCACAGTATGTGCGCGTACCATATGCCAATTACGGACCCAGGGTTGTTCCCGAAGACCTAAGTGATGAGCAGCTTCTTTTTTTAACCGATATTTTCCCAACAGGGTATACCGGGGTTGACTGGGGGGAAGTCAAGGGCGGCGAAACCGTAGCGATATTTGGTTCCGGACCTGTTGGTATCATGGCTGCTAAAAGCGCCTGGCTTAGAGGCGCGGCGCAGGTAATTGTGGTTGATACACTTCAGTTTAGACTCGATAAAGCTAAAGCTACAGCGGGCTGTACCACAATTCTATGGGAGGATGGGCCTAAAGACGTTGTTGAACAGATACGTTCTCTTACAAACGGCCGCGGTGCTGATGTCTGCATTGACGCCGTTGGATTTGAACCGGACCGTAATTTAGGTGACCGTATTAAGGCTACCATCAATTTCGAAAAAGGATCAACAAAAGTTTTAGAAGCCTGCATGAGCGCCGTAAGGAGAAGCGGAATTGTTTCTGTTTTGGGTGTTTATCCTGTCAACTATGATAATTTTCCCATAGGACAGTTTTTTGATAAAGGGATAATCCTAAAAGGAGGGCAGGCTCCAGCGCACAAACACATTGATAAACTTTTAGAATATGTGGTTCAGGGAAAGGTAAAGCTTGATGACATTATAACGCACAGACTGCCGTTGAGTGAGATTTCACATGCTTACGATATTTTCAAAAAACGTGAAGACGGATGTGTAAAAGTAGTACTTGATCCGTGGAAATAGAAATAATTCTTCAACGCGTCATGCTTATTATATTTTAAAACCGATTGCGTTAAATATAATTATCGCTCTGGTTATTAATTGTTTAAAGTACTAAATCTGTAAATACTTCATTTAATGATATAACGATCTCAACTTCTAAGATATTAACTTTGAGGTTATTGAAACTAAAATAGTACATTATGAAAACAATATTAAAAACTTCATTCCTTACACTGATTTTTGCCCTGGTGCTATCTTGTAAAAACAATCAGAATTCCAGCACAGATCCATACGCAGATGAAACAGATTCAACACAGGCAGCTGTTGACAGCATTGGAGCTGACTCGGATACGACCCGTACAAGTACAAGTACAAATGGAACAACCGGTGCTACCGGCGAGGGTTCGACTGGTTCTGGTTCGGATGGAACTACGCAAAAAGGGACTACAACCATAAACAAAGATTCGACATCTAACAGTAAAGGCAGTAACTAGCTGCCAAGGTTGATTATTTATATTTCTTTTTAAACCTGCATCCTGTTTGGATGCAGGTTTTTTTGTGTGCATATTCATCTATCTTTTGGAAGTTAAACGTTTAAAAAGACCGTGCATCCTTGGTGCCTGCTGCCACATTTTATGCTTCTTACAGTTTTTCTCACACATAGTAAGCGCGACGGCGGTTTCCAGCAAACTGGTTCTTCCGAATACTAGCAGCCTTTAGTGTTTTTAAGTGTAATAGATTCGAATAATTATTGGCAGCTTTTGTTTCCGATGTATTAGTTCGCATCTGTAACCTGCTGATTTATATTGCTATGAGGTTTGAATACTGTAAGATATAACGGATCATTATGTAAGGCTCTCTGTTGATGGCTTTGTACATTTGGATATAATATTAAATTAAAAAATTATGGCAACTACAGCAAAAAAAACTACGGCGGATAAAGCAAAAAGTACGGCATCCAAAAGTACGGCATCCAAAAGTACTGCATCAAGAAATACTGCATCAAGAAATACTGCAAAAACAGCATCTAAGAGCGCAGACCGAAAAGTAAAAGCAAAATCGACTGCTGCCGATGGACTAAGAGAACTATTTGTAGATTCATTGAAAGATATTTACTGGGCAGAAAAAGCCCTGACTAAAGCATTGCCAAAAATGGCTAAGAACTCGACTTCCGAGAACCTGATAACTGCTATCAACGATCATCTTAGCGTTACAGAGGAACAGGTTAAGAGACTGGAGCAGGTTTTTTCTTTAATTGGCGAGAAGGCTGCGGCCAAGAAATGCGACGCAATGGAAGGACTTATCAAGGAAGGAGAAAGCATTATGGAAGAAACCGAAGCAGGACCTGTTCGTGACGCAGGAATCATAGCAGCGTCTCAGAAAATAGAGCATTACGAGATTGCAACATACGGTACATTGGCAGCTTTTGCTACTACACTTGGCGAAGATGATGCGGTACTGCTGCTGGAGAAAACATTGGCGGAGGAAAAAGAAGCAGATACACTGCTTACCGAGGCAGCCTATAATACCATCAATTTTGATGCAAACGAGGAAGATTAGGCCCAGGTATAATATCACTAATGACGATAATATAAAAGTTGGCCTGTACTGTGAGTACGGGCCTTTTCTATAAGCGTTACTAGTATGCAGATTACCTGAAGTTCAGATTAGGTGTTGCAGTCCGGTTAATAAATACAAAGACAGTACCTCGCAGGTTATATAATCTACAGTTCATCGAAAGGAAGGTGAAATTTACAGTCAGGCCTGCAGTCAGCCTATATTATTTGTATTAAAAATTTATAAGAGATAGCCAGCTGATTCAAGTTTTGGAGTACTAATTTTTTTCATATATGATATTATACTTATTTTATTATGCAACATTTAAAAATTACAAGAATAAATGAAAGATTTATTAGAAAAATTTGAAAACGATTTGAAAATACATCTCGAAAGTACTTTTGCTTCGTCCAATTAGGAAGATTCGATCAGAAAATTGCACGAAACAGAGAAGACTGTCTTTGATTACGTCGACAATTACCTTTTGGAATCTTCCCTTATCGCAAAAGATGTAGAAAGATCTGCATAGCTGGTTTTGGACGAATTTGCTAAATCAAAGATTAAATACATCCAATAACCGACGAGTAAATTTAGTTTATAAAAATTTTCGTCCTCTCTCACTATCTAGTACTGCCAGTCAGGACTCAATTCTGCCTGCCAGACCCATTTTACCCATTCCAGTCCTAATTGAATTTTCCCATCTGCTGTAAATCCTATAAGTATTAGAGCATATCTTGTAATTGATTACAATTTATTGATAATACTTTTGGATACGCAAATCCAGATCAATATTCTCATTTTAAAGTATTTGATCAGCTATTAAGAACTAATTAATTTACGCTATATGAAAACGAAATACCAATTTACTGCATTTCTATGTGTGATGGGGCTGCTTTCCTACGGCCAGAAAGGCATACCTCCTAAAGAAGATACCAAGAAAGTGACCATTACCAATTTCCCTACCCATCTTGAGTACAGTTCCTCACTCTCATCGAGCCTTAAAACGGCAAATGGATGGCAGGCGACCCCTGCCGCGATGGGACTTGGAAAACCAAGGATGCTGTACATCGGCAAAAAAGGCCAGCTCTATGTTACAAGACGCGATGCGGGAGATGTGCTGATGCTGACCGATACCAACAACGACGGCAGGTTTGACGATATGACCCGTGTAGCTGATTTTCCAGGAGTACATGGCATTACGGCCAAAGATGATTTTATGTACCTGTGCAATAACAACAAAGTACTTAGATATGCATTAAATGCTGATGGAACTTTGGGCAAGGCCGCCGATACGCTGATTAAAGATCTGCCGAGCGGCGGGCAGCATGCGAACCGCACGATGGATTTCGGGCCTGACGGCAAATTGTATATCTCAGTGGGAAGCGTCTGCAACGACTGTAAGGAAAGCGATAAGGAAACTGCCGCCATGCTGCAGGTGGATCCGCAGACTTGGAAAAGAACGCTTTATGCGTCAGGGCTTCGAAATACCATCGGTTTTGACTGGCAGCCTCAGACCAAAGAAATGTGGGGTGTGGACAACGGCGGAGACACTAAAGGAGACGACTGGCCTCCCGAAGAATTAAATAAGATTATTATGGGAGGCAATTACGGATTTCCTTTCGCCTACGGCAAGAAGGAAGTGGACCAGAGCAGGGAAGACCCTGTGGGCAATACCAAGGAGGGCTGGGTCAAACCAACTCAGGCATCTATACTGGATTTCCCGGCGCACAGCGCCCCTATTGCTTTTGCATTTTTCGACAGCGGTAAAAATAAAGGAGATGCACTGGTGTGCTGGCACGGCTCATGGAACAGGCAAAATCCGAGCGGTTACAAAGTGGAACGCATCAAATTTGACAGCAAGGGCAATCCCACAGGGTCTGAAGATTTCTTAACGGGATTTTTAATCGGCAGCGAACGGTTCGGCAGACCCGCAGGACTGGCGGTCGGTTCTGATGTGGTTTATATATCAGATGATGCAAATGGTATTATTTACGCACTCAAACAAAAATAAAGATGAAAAAATATATTATACTACTGTTAGCTGCCCAGTTAACGTGGGCTCAGCAGCCAACAAAACGCATTGAATTTGAAGCGCCTGAAAGTTATCCCGAGGGAGTGGCTTTCGATAAGGCTGCCAATGTGTTTTATGTATCCTCGGCAAGATTGGGTACCGTTGGAAAAGTTACCAAAGAGGGCAGGTATTCGGAATTATATGCCGATAAAACCCTTAAATCAACCTACGGGCTGAAGGTGCATCCCGACGGAAAAAGGCTTTTTGTCTGTGCAGGCGATGCCAACTATAGCAAATTCAGCACGCCTGATACCAAAAAGAAAATGGCAAGGCTTCTTATACTTGACCTTAAAACAGGTAAGAAATTAAATGATATTGATCTGGCCGGCCTTATTGCTGGAGAACATTTTCCTAATGACCTGGCTTTTGACCAAGCAGGGAATGCTTATATCACGGATAGTTATGCATACGCTGTGTATAAAGTGGATGCAAAAGGAACAGCGTCAGTATTCAGCACAAACGAACTGCTTAAAACAGCAGGAGTCGGACCCAATGGAATTGTTTATCATCCGGAAGGTTTTCTGCTGGCAGCAAACAATGGGAAAGGAGCACTTATAAAATTGCCGATTTCAAATCCCAATAGCGGGACAAAGGTAAAAATAGAGCAGTTCTTTCCAAGCGCAGACGGTATGCTTTTAAATGACAATTCCACTTTGACACTAGTGCAGAATGGAGGAGTAAACAAAATATTCAAGATTAAAAGCACCGATAATTGGACTAATGCAGAGGTTTCGGAGTCCACTTCAGTGGAGGACCGGTTTGCCTTTCCGTCGACAGCGGCTATTTCGGGCAGTGAGACCTGGATCATGAATGCGAACTTCAGCGAGCTTACGGAAGGAAATAATGTTCCATCGAAAAAATTCTCGCTGCAGCAGGCTGTATTTAATCCTGTGAAAAAATAAAAGATTAAAAAAACAATAACATACCATACATGATAGAGTATATTCCTTATAGTGATTCGATCGAAGTTATACAGCCCGATGAGCTTGAAATAAGCCGGAAGATCGTGGATTCGATGGCAAGGGTTAACCGCCTGATGTACGAGAAATACCGACATGCCATACGCGATGCGCATGCCAAAAGCCATGCTGTATTGAAAGGCGAGCTTAAGGTATATGATAACCTGCCCGAACATCTGGCACAGGGGTTGTTTGCAAAGGCCAGAACCTATCCTGTTATTGTGCGTTTATCAACGGCGCAGGGCTCCATCGTACCCGATAAAATGTCAGCATTCAGGGGTATGGCCATAAAAGTAATCGGAGTGGAAGGAGAAAAGCTGCTGCCAGAACTCTCAGACGCTGTGACCCAGGACTTTCTTATGGTAAATTATCCTGTCATTCCAACCGGAACGATAAAGGAATACCTCAAGATGCAGGAGGGGCTGGAAAAGCAGGCCGACAGCGGGGAGCTCTTTCAGGAAATCGCGCAGAAGGCCGCTGTCGGGGTGCAGAATGTACTTGCCGCAGTAGGTCTTGCTGATGATACCAATCAATTGAGCGCACCGGGACCGCATATCCTTGGGGATACTTATTTCAGTATGGCAGCGCTGCGTTTTGGGGATTATGTAGCCAAAATAAATGTAAAGCCGCTTTCGGATAATGTAAAGGAATTAGCGGGGAAGAAAATTGATAAGGATATTATCGACGAAGATGAGCACGCTTTTTTAACAAAAATTGTTGCTGATTTTTTCCAGTCTGCTACAGCGGAATATGAAATCGGCGCACAGCTCTGCACCGATTTAGAACTGATGCCGGTGGAAGACGGATCCGTGCAGTGGCCCGAGGACCAGAGTCCTTATCAGCCTGTTGGTAAAATTACTTTTCATCCGCAGCAAACTTTCAGTCCCGAGCGCCGTGTGTATGCAGACGACACGTTGAGTTTTAATCCGTTTCACTGCCTGGCTGATCACCGCCCGCTGGGCAATATTATGCGCGTGAGACAACTGGCCTATGAAACTTCAAGCCGCTACAGGCACCATATGAATGCTAAGGCAAGGATAGAACCAGTCAGCATTGACCAGCTGCCAGATTAATTGCCGCCCCGTAAAATAATAGATTAAAAAAGCCTGCGAGATGATTGCATCACGCAGGCTTATATACTTTGGTCATCCTCGGAAAAAGTAATATCTTTAATCCTCATCATCTTCATCGGCCTCAGATTCATCTAAAGTTCTTCTGTCGGCATCGTCATGATCCAGTTCGGTAGGCTGGTGGTCGGCAGACCTTTCGTCCTTATAATGCTGGTTCACGCCCGGATCGGTATGTTCCATGGTTTCGGACTGGATGGATTCTTCCCCCATATGATACAGACTGTCGTCCTGACGGTAAGTATCGTAGTTTTCTTGTGGTATCATAATGTTAAAATTAGATAGTTAATAAATGCTGCTTTATCTGCAGTCTTTTCTTTTCTTGTAATTTAAAGAGCAGTAAAGTTACCGTAGAAAGCCGGACTATATTACAGTCTGTATCTGTTTAATTACATTATTTTCAGATTATTATTGATTTTTACTGTCAGCCAATTAAATGCAAAGGTCATTCTTGTGCGCACTGTAGCAGGCATCATGATGGGCAAAGGACGTATTACAAGGATGCAGACTCAGAAACTGTTATAAGGCGGCTGAGAGCTGCCAAGCTTTCCTGCAGTCATTAATTTTTTGAAACAGCAAGTGAGTCGTTTTTGATTATATAATTTTCTTTGCGGTTCGAGGCATCATTTTCATCTTCGCATAGCGCTTCACAGCTGATGTGCAGCGCCGCCATTAAAATCGATAGTATCACAACTTTGGAAAATAGTGCTTTCATAAATATTTGTTTTTTGGTTAGCTTAAAATGTACTTGACTCAATAAAAATAATGTACGCTCAAAATCCTGTTCTTACATTTTTTTTGCCCTTTGTTATATAATTTTAAGCAGCTAGGATGTATGTGATAATTCAGCAGTATAGGCTGATTGGCAATCGGCAGATTATTAAATAGAGGGAGTACCCGGCTGTCTGATGCGGTTATAAAAAGAAATCATATAAAAAAACCGTTATTCGTAACGGTTTTTTTTTAAGGAAAAAATGTAAGTGTATTAAAATTTTCGCTGCGATGGTCTGTAATTGTGGACTGAACCATTAGCTGTTTCATCTCGGACGCGTTCATCTTCTTTAAGTTCTTGATTGCCAAGCTCCCCAATTTCAAATTCCTTGTTTACGGGATTATCGTGATCGGGTTCAATGGTTTCAAAGCCGCTGTTTTGAGTTTCATCACTCTGGAGCGCGTCAATGTCAGTTTCAAAACCTTCAGAAGGATCATTATTTATAAGATTCTCTTCAATATCCTTCTCGGTTATATCTTTGGATTCGCTGCCCGTTTCATTATCAAGATTTTCTGAATCGTATGGATTACTGTCTTTATCACTGTCCTGCACGTCTGAATTGCGGACTTTTAATTTCTGCTGCTCCGCGTCTGAAGGTTTTTGTTGATCGGAACCGCTGCCGATCTCTTCCGTGCTCAGATCATCTCCATAATCGGGTTCGGCATTCTCTGTAAACGGGTGGGCGGCAGGGGAGGCAGTTTTCAGCTGTCCCTGCTTGCCTGATGCTGTATTTTGGAAATTTTTGTCATCCTGACGCTGGTTTCCCTTTGTATCTGTTTTCATCACATTATATTTTAAATTTATTTCTTGCTGTCGTCTGCCGCTACGGGATTGCCCCGCAGAGAGGATCGTTGCGGCCGTGTAATTCTTTCTTAGCAAAATTATAGCGGAGAGGTACAATTTTCTTTACAGAATAATGAATTCCAGTTATAAAATAGCTATCAGACAAGCAGGCAGATCCAATATCATACGGGTATATGCTTCAAATACTGATATGCAGCATAGCTGCTGCATCAAGCTGTTTTGCTGCAAACAATAATTCTCTCGAAAAGAACATTTGTCACAGGGAAAATCATCCAGCGGAATGTTGCCGCAGCGCAGGGAATGATAGGCGTGGCAGTTGAGAAACATGATTTATTTTTTGCGTTTTAAAATTTCGTCTTTATTGTTAGGTTTGAAAGAGACGCATGCGCATCTCCTCACGGCGTCAAATCCGTAGTGGGTTTTCATCCTGTCCATTGCCTGATAGAGCGAAAGCATTTCTTCAGTATCGTTGAACAGGACAATCTGATAGGTTTCCCTGAACAGTCCGCTGAGTACAACTGTGTAATTGATGTGGGTATACAGTTTCGAACCTAAGCTCCTTAGGCCTTGATTTTACTATGCTTATCGTTTCCTAAAACTGCAAGTGCCACGATTTTGCCACAAAATTTAAATTACTAAACATTTAAAAACGGTTCTAGTTTTTGCACCCAAAAAATAGCAGCTGCGTTTTTAAACAAGAAAATAAATGATGCTTTTCTGGTTTCTATTTTTTTTAGGGATGTAGTTTATACAGCCGTATTCATTTAAATCCTTTATGCGCCTGTGATACTTGACAGGACCGGTTGTATTACTTTAGGTTTAATGTTGTTTTTCAGGAGCTTTTTCCCGCTATCCGCTCTAATCTTCTGCGCCGAACCCCGGCGCAGAAGGATTTCCGCTTCTATCGGGGCTGTGGGAAGCAGGTCGCTTTTTGGAGAACTGCACATCCGGTACTGTCTTTAATTGACCTCTTTTGGCTGGTTATGAATTATTATAAGCCGGACTTTCACTTTTCACATGATTTTTCAAACCATCTAAGCAGTCGATGTTTTACATCTAAATGATAAACAAATTCTTTATGTCTGTCTATTTAACTATTCAGAATTCTCAAACTGCATTTTTAGATTATTTATAATTGATAATAAACTTAAAATGGACTGCATAGTTGTAACCTTATTTTGTTTTTATCTGTTTTATAAAACAATTTTTATTTCGATTCCATAAAAATGAAAATTTCTTCTGTCTCTTTCATAAGTAAAAAGCTAAGTATTAATACCCATTTTTTTACTTTAATTTTATGATTTGTTTTCTTAAAGTTTTGATCTTTAGGTTTTTGTGTTCTGCGTTTTTTCACAGTTGAACAAATAAATATCATGTTAAAAAAAAGGATAATATTTTAGTGGATGTTCCTTATAAATTTGCCTGTAAAATTTATATAATGATGATCCTAATGCTTATGAAAAAAAACTACCTCTTATTTTTTATTTTATTGTCGTTTTTAACTTACTCACAAGATATTCTTTGGGAAAAGTCTTATGGCGGCATTCATGCAGATTACCTTTTTGATGCACAGCCTACAGCCGACTATGGGTTTATTCTGGCTGGCAGCTCCCTTTCTAACAAAACCGGAAATAAAGACGAAGATAATCATGGAGATCTTGATTATTGGATCTGGAAAATGAATGAAAAAGGAGAACTCGACTGGCAGAAAAGTATTGGAGGAAATGGATTTGATCTTCTTCAAAGTATAAAAGGAACCAGAGACGGAGGTTTTATTCTGGCAGGAACTTCAAGTTCAGGAAACAGTTTTCAGAAAAAAGACAATTGTAAAGGCCTTACTGATTTTTGGGTTATCAAACTAGACGCTTCCGGTGAAGAGCAATGGCAGAGAACTATTGGCGGTGATGGTCAGGATGAACTTTTATGTGCTTTCCAGACCAAAGACGGCGGTTATATTTTAGGCGGCTCATCGAGCTCAAGCCCTTCTTCTGTTACAAATATTAAGGCAGAAGGAAAAATGGACGCTTTTCCTCAAACAGATTTATACAGCAAATCAGAAAAAAGCCGTGGTAATATGGATTACTGGATCGTAAAACTCGATAAAGAAGGAGTTATCGAGTGGCAGAAAACTTACGGTGGTAAATATGCTGATGTATTAAGAAGCATGGAACAAACAGCTGATAACGGCTATATTTTGGCAGGATATTCAAATTCACCTGTTTCAGGAGATAAAGCTGACGCTAATAAGGGAGTGGGTGATTACTGGATTATTAAAATAGATGACTCAGGTGCTGTTCAATGGCAGTCATCGTATGGAGGAGATGGCGATGACCAGCCTTATGTAATTCATCAAACGGCAGATGGCGGCTATATTCTGGGAGGCAATTCCAACAGTACAAATCCTTTGACCACCCTTGGAGGAATCGTAAGTAATGGAACTGATTTTTGGATTTTGAGACTAGACCACGAAGGAGGAGTTGTATGGAGTAAAACTTATGATTTTGGAAAAGTAGATATTTTAACTTCCCTTGTAGAAAATAATGATAACACTTATTTAATTGGAGGTTACGCAAAATCTGAAGCTAAGCAGTCTTTGCTTGGAGATGCCGCTAAAAAAGCCGGGACTGGAAAGGATAAGGAAGGAATTAATGATTATATCGCATTAAAGATAGATGAAAAAGGAGAAGAATTATGGAAGAAAACCGTTGGGAGTGCCGGAGAAGATATTCTGCGAAAACTTATAGAAACCAGAGACGGAGGCTATTTAATGGCGGGAACATCAAATTCAGGTTCTTCAAAAGATAAAAAATCAACCATAGGAGGAAATGATTTTTGGGTTGTGAAGCTGAAAGATAAGGCTAAAGTTGAAAAAGTAAAAGCAAGTATTGAGGCTATTCCAAATCCTGCTGTTACTTACACCAACGTAATTATAGGCTATGATTTTACAGAAGGAACAGCTTCGGTCATTGATATTTTAGGCAGGATTTTACAACAGTTCAGTATCAACAGCAGAACCGTTCCTGTTGACTTAAGTCATTATGCAGAGGGAATTTATATCATTAAAATTAAGACTGATGTAAAAACAGAGTCAGTTAAAGTAATTAAAACCGTACGATAGAAAATGTTTAAAATAAACTACAATTTAAAAGGCTTAATTAGTATTTTTCTTTTTATGCTGATGTCCACGCTTACTTATGGGCAGACAGAAAATGATCCAAGTAAATTCGTTCCTAATATTATACCGCCTTCACCAACAGCTTACGGATTAGGAACATATGGCAACACACCTGTTGGGTTGTTCACAGGTTCTCAAAACATTAATATTCCAATTTATACTTATAAAACAGCAAATTTAGAAGTGCCTGTCAGCATGTTTTATAGTTCGAATGGCGTTAAGGTTGACGAAATATCATCAAACATCGGGCAAAGCTGGAATTTAAGTTTTGGAGGAGTTATAACAAGAATAGTAAGAGATAAGCCGGATGAAGAGAGAGGAGAATATCCTATTCCGATCTCAATGACAGAAGAGATGGGCCGATATTCGCCGCAAGCTCTTGAATTTTATCAATATATTGGAGAAAATGATGTAGATACAGAAGCCGATCTTTTTAGTTTTAATTTTGGAAAGTATTCAGGCAAATTTGTATTTGACAATGATGGAGGTATAGTTTTAATGCCTGCTCAGGATTTTCAAATAAATTGTACTGTTTCTTCTGACGGTTTTGATTTTGTAATAACCACACCTGATGGGGTGAAGTACTTTTTTAATGATAAGGAAATTACTTCTCAAAGAGTTGTTGGATCAGGACATTCTATTCCCATTACGACTATATCATCGTGGTATTTAAGCAAAATTGTTCATCCAAAAGGTGACGTGATTCAGTTTTTTTATAACAGCGAAGTTTCTAATTACATAACTTCAAAATCGCAGACTTTCAGAATGTTATCCCCAAGAATACAATATGATCAAGGTGGCAGTCTTGAAAATTTTTCACCTTCATTAAGCTCAGTTTGTGATCATACAATTACTTTAAATGGAAAATCAATAAAATCGATAAAAAGCACCAACCCAGAATATGGAGAGATTTCATTTACATATCTTTCTTCTGCAAGTGCTGATGTTACATCTGGAAATCGAAAAATCGAAAAAATAATTGTAAAAGATAAAACAGCAAAAGAAATTGAAAATGTAGGTTTTACATACACTACTACAACAAATAAAAGGGTTTTTCTTGATAAGATCCAATTTAAAGATATTAATCAAAACTATCAATTCGAATATGAGGATAGAAATAATCTGCCTCAAAGATTATCATACAGCCAGGATCATTGGGGATATTTTAATGGAAAAAGTAATTTAAACTTAGTTCCTAAAGGTATTACTCTCTACGAATTTAGTAATGTAAATTATAATGGAGCAGACAAAGAACCTGATTCAGATTATGCAGTAAAAGGACTGCTGAAAAAAATTACTTATCCAACAAAAGGCTATACTATTTTTGATTATGAGGCTAATACATATTATGGAACTAAGCTGGTTTATCCTCCTAAAACTTATAAAAGTTTAAATGTTGTTACTACAGAACAAACTTATAGTGCCGTTAAAACAACTAGTTTTATAAACCCTACTCCTCAAGACATTTCATTAGTAGGCGGAGTAAGCTTTAACTGCTTAGACGCAAACTTAAATGTTGGCAAAAATCAAGCATATATAAGTGTTTATGACAACACAACAAACAAATATATTCCACTAAAAAGATCAGACAATGAAAGTGTTGTCAGCAATGGTAATATGTATACAATAAGACCAAATACAGAGCCGGAGGCAAAAAATCTTTTTTTTACTGCAGAACTAAATCACGAATATAAACTGACTTTAGAGGCTGATTTCACATGTACATCATCTACTTTAAATTTTAATTACTACCCAACACCTCCAGTTGAATTAGCGTCAAATATTAAAACAGGAGGAATAAGAGTGGCACAGACTTTAGATTATTCTTTAAATAAACCCGAGCCTGTAGTTAAAAAATTTCTTTATGCGAAAAAAGATGACCTAAGCAAATCAAGCGGGAACAAAGGACAAGACCCTTATTATATTGATCGTTTTAGAGTCGATCGAATTATGGAATCTCCAGTAGCAGGGATTTATGGAGTCGTTACCAGTAAAACGTTAGTGAATCTTTCTTCCAGTAGTCTTGTTTCTCTATTTGATACAGGAAATTCAAATGTTTTTTATCAATATGTCACTATTTCGTATGGGAATAATTTCTTAAATGGAGGTGAAGAGCACGAATTTATTGTACATCGTGATGCTCCTGATGGATTTGTGTTTGGAAATTATGAAGTTAGAAATGCACCTCTAAGTAATTTGGGCTGGGATAATGGTTTATTAAAAAAAATCGATTATTTCAATAAAGAGCTAAAGACAATAAAAGAGACAATTAATATTTATGAAGAAAGATATGAGTTTAGAAAAGAAGTAAGATCGTTTAGTTCAAGGAAAAATTATGAAAAGATTGCTTCTGCATCGGTTAATTATGTGTGTACTCAAGCGGATTTATCAAAGAGGACCAAATATATATCATGTGTTGCTGTGCATAAACATGTTTATTCTGACAATCTTGTAGACAACTTAATTAAAGGTAAAAGCTATTATACCTGTATTGCTCCCGGTAATGATAATAAAACAACTTTTATTGAACATCCTTGTTATGGAGTACAATTGCCAAAAACAATTTCAAACCTGGAAAATATTGATAACCTAAGTATTGTATCTTATAAAAATATAGGTTTTTGGTATTACTTAAAATCAAGTCAGGACATTACTTATGATGTTAGTGGATCAAATCCTATTTGTAATACTGCAATTTACAATTACAATGGCATTAATCATGTGCAATTGTCATCACAAACTAAAACTAATTCTAAAAAAGAAACAATAACTACTAAATATTTTAATGCAAAAGATGCCGAAATGTCTGGAAAACCATTTGCAGCAGAATTGGCTGAAAAAAATATTCTTTCCCCGCTAAACACACAGACATTTACAGGAAATAATAAATTATCAGAACAGTTAATAACTTACAATAATTTATTATTGCCAAATGCTGTGTATTCTGCTAAGTTTCCTAATGCAAATAGTAATATCACAGGTATAGGAAATCTCGAGAAAAAGATTGTTTTTAATCAATATGATGATAGAGGTAATATACTCCAATATACACTAGACGGCGGTGTTCCAACGGCAATTATATGGGGGTACAATAAAACACAGCCAATTGCTAAAATAGAAAATGCTTCTTATAGTGATGTGCAGAATTATGTTTCAAATCTCCAGACTAAATCTGATACGGGAACTGAAATTGACCTTCTTAGTAATTTAAATAGTTTGAGAAATGCTTTATCAAATGCCATGGTAACAACTTACACCTATTTGCCTATGATTGGAATTAGTACAGTTACAGATCCAAAAGGAAACACAACAACTTATTCTTATGACGAATTTAATCGTTTAAAAACTATTAAAGACGCACAGGGGCATGTAGTGTCTGAAAATCGATATCATTTTAAAAACTAATTAGTAAAAAGAAATGAAAAAAAGAATATTTATATTACTATTTCAAATAACTGCTTTTTTCAGTTATTCTCAGGATACAATAATAAAGTCTGTAAAATCTAATTTAAAAATTCAGGCTGTTGTTGATCCAGGAGGCGGGGATCCCACAGGATATCCTTGGTTTAGAGATGCAGATGGAGACGGGTACGGAAATCCTGATGTATCTGTTATAAAAAATACTAAACCTAGCGGTTACGTTTCTAATAAGACAGATCTCGATGATGGGAATAAATACATTACAAATATACCTCCTCATACTGTTTATCAGGATAAAGATGGGGATGGGTTTGGAAACTCAAGTGTAATTTCATATGCGAGTACCAGTCGCCCCGGATATGTTGACCAAGATGGTGATTGTAATGATAACGACGCTTCTATAAACCCGAACAATGTGTGGTATAGAGATGCGGACGGCGATGGTTATGGCTGGAGTTCTTCTTCAATGAAAAGCTGCCTGCAGCCTTCAGGTTATGTTAAAAACGCCTCTGATTATGATGATTCGACAGGTAATATCACCAATATCGCACCGCAGTATTTTTTTCGTGATGCAGATCTTGATGGTTATGGAAATCCATCTAATTACGTCTATTACAGCAGTATGCCAAATGGATATGTAGCTAATAATTTGGATTGTGACGATTTTGAATACTGGATAAACCCTAATACGACTTGGTATCTTGATGCAGATCGCGATGGATATGGGGATAGCAGACAGGTTATTGTTCAGTGTACACAGCCGGCAGGCTATATACGTACTGCGGGAGATTATGATGACTCAAATCGAAATATAACAAATATACCGCCGCAGATTTTTTATTATGATGCAGATAAAGACGGCTTTGGTAATCCGTCCATAAGTGGATATTTTAGTGTTCATCCTAATGACTGGTCTTTCAATAATCTTGATTGTAATGATAATGACCCGTCAATAAACCCTTTAAATGTTTGGTATTATGATGGTGACGGTGATGGCTTTGGCTGGAATGCTTTAAAAATTCAGAGCTGTACTCCAGTAGCAGGTTATGTAAGAAATAATTCAGATTACGATGATACGAATGCAGAGGTTACTGACCGCGCGCCGCAATACTATTATCAAGATAAAGATCGCGATGGTTATGGGGATCCATATGCGAGTGTGTATCGCAGTTATGCTCCTTCTAATTGGGTTTCCAATGGAAATGATTGCAATGATAACGACGCATCTATAAACCCCAAGACAAGATGGTATCTTGATCAGGATGGAGATGGTTATGGAGAGCTCTACACTGGCGGCGTATTAAGTTGTTTACAACCTGCAGGGTATGTTAATAATGTCTTAGATTACGATGATTCAACAGTAAATATTACCAATATAGCTCCCCAGTATTTTTATCAGGATGCTGATGGAGACGGGTATGGAAATAAAAATAAAAGTGTTTATTACAGCGTGCCGCCTGCAGGCTATGTGGCTAACAGTGCAGATTACAGCGACACAGATATTTATATAACTAATATTGCACCTCACACCGTTTATAAAGATGGTGACGGAGATGGTTTTGGATACGCATTGAACATGTCTGCAGCAAGTGTTTCCAGACCGGGATATGTAGATAATAATACTGACTGCAACGATAACGATGCCTCAATTAATCCTAACACAATATGGTATTTAGATGATGATTTAGATGGTTTAGGAGATCCTGCTAATTTTGTACAGCAGTGTGGCATTCCAAATGGAAACTATGTTTTAAATAATTTAGACAACTGTCCTCTTATTACAGGAACATATTCAGACTGCTCTGCCGTAACAACACCATCAACAGATCAGAATTATATAATTACCAAAACCTATAAACAGCCTTTAACCGCTATAGTAGATTTTCCTGCAGCAGATCAGGCACAAAGCAGTATTACCTATTTTGACGGACTGGGCAGACCCATACAGCAGATTTCAAATAAACAATCTTCATCTGGAAGTGATATTATTACGCATATTGATTACGATGATATTGGAAGGCAAATTCAGGAATATCTGCCTTATAAATCACAAGGCACAACAATGGCATATGAAGAAAGTGCCAAAGACAATACGATAACTTTCTACAGTAATGATGCTTATGAAAATACCACTAATCCATTTTCTCAAAAAATGCTTGAATCTTCACCTTTAAACAGAGTTTTAAAACAGGCGGCACCTGGAGCTTCATGGGCTATGGATAGCGGTCATGAGATTAAATTAAGATATGATACCAATACAGATGGAGAAGTAAAATTATATAAAGCAAATACCTCGTGGAATGCCGATTCTGGATTGTATGAAATTAGTTTTCAGGATTCGGGATCGTATGTTAAAAACGAATTGTATAAAAATATAACCTATGATGAAAATACAGGAAGCAGTCCTGTTGAATCTTCAGGGTCAACTGTAGAGTTTAAAAATAAAGAAGGACAAGTAGTTTTAAAAAGAACCTATAATAATGGAGAAAAACACGATACCCATTATGTTTATGATATTTACGGAAATTTAACCTATGTAATTCCTCCAAAAGCAGACGGTGTAATCAATACAGATATTTTAAACGATTTATGTTACCAGTACAAATATGATTACCGCAATCGTTTAGTTGAGAAAAAACTGCCGGGAAAACAGTGGGAGTTTATTGTCTACGATAAACTTGATAAACCTGTTGCCACAGGTCCTGCATTCTCTCCGTTTAAAGACGACAGTTCAATAGGATGGATGATTACTAAATACGATGCTTTCGGACGTCCTGTTTACACCGGATGGAGTAATCAGACCTGCAATTCTGCAGCGAGAAAAGCATTTCAGGATACCAAAAATAATGAAACAGTATCATTTGAAACCAAAGAGGCATCAGGCTCTGTTGATGATATACAGGTATATTACAGTAATGCGATTGAACCTAAAAATATTAAACTTTTAACGGTTAACTATTATGACAATTATGCTTATCCAAACGCACCAGCAGTTCCTTCTGCAATAGAAGGCGATCCTGTTTTAAGTAATGTAAAAGGTTTGGCGACAGGAAACTGGACCAGAACTTTAACTACGGCTTCAAATAAAGATGGAGAAATCAGTACAACCTTATACGATCTTAAAGCACGACCAGTACGCACCTATATGCAAAACCATTTAGGAGGCTATACTCAAACCGATGTTAAGCTCGATTTTACAGGGAAAACTCTTTATAGTATTTCAAAACACAAAAGAACCTCAGGTGCTGCAGAATTAACTGTAAAGGAAGAATTTGCATATTCTCCGCAGGATCGTCTGCTTACGCACACGCATCAGATAAACGGAGGTGCGGTAGAACTTCTGGCTTCTAATACTTATGATGATCTGGGACAGCTGATAAGTAAAAAAACAGGAAACAGCACCGGAAATCCATTGCAGAAAGTGGATTATAAATACAACATTAGAGGCTGGCTCACGGCAATTAATCAAACAGGCAATCTGCAGGCAGATTTAGGTTTAACCGATTTATTTGCTTTTAAAATTAATTATGATAAACCAAGCAGTTCAGATATAACAAGTTTATATAACGGAAACATTTCTGAAACAGCATGGCGTACCTCAAGTGATTTTTCACTGCGTTCGTATAGATACGAATATGATAAACTAAACAGATTAACCTCTGCAGTGTATGCAAAACCCGAAGATGCCATATCGGTATCTGGTGCTTATAATGAAAGTTTAATGTATGATAAAAATGGCAATATAAAATTCTTAGAAAGATTTGGCGGCAGTGATGCGCCTTCGATAACTTTTAAGATTGATGATTTGACATATTCTTATCGAAATGAAAACTCAAACCAGCTGATGAAAGTTACAGAAAATCCTGCTGGAAATGATAATCAAGGGTTTAAAGACAACAATAAAACCGGCGATGACTTTGATTATGATGATAATGGAAATATGATTTTGGACAAGAATAAAAATATTACATTAATAACTTACAATCATTTAAATCTTCCTAAAAAGATTACATTTGGAACAGGAAACTCAATTGAGTATATTTACAACGCAGCCGGACAAAAACTTGGTAAAATTATCAATGAAGGAACTCTTGCAGTTAAAGCCGATTATCTAGGCGGCTATCAATATAAAGATAACGTTCTTGAATTTTTCCCTACAGCAGAGGGATATGTTAAAAACACAAACGGTGCATTATCCTATGTGTTTCAGTACAAAGACCATTTAGGCAATATACGTTTGAGTTATACTAAAAATGCACAAAACGGTCTTGAGATTATTGACGAGACCCATTATTATCCATTTGGATTAAAACATGAGGGTTATGTTGCGTTGCAAGAAAGTACTAATAAGTATAAGTACAATGGAAAAGAGTTGCAGGACGAGCTGGGTCTTAACATGTATGCTATGGATGCTCGTATGTATGACCCTGCAATAGCCAGATGGAATGTTATAGACCCAGTTACACATCATGATGCATCAACATATGGTGCATTTAATAATAATCCTGTTTATTGGGTTGACCCAAGTGGTCGAGATGGTGAGCATTATGATTATGGTTCAGGTAACTATGTTAATGGTAATGGAGATGTAATTACTCAAGAAGAAGCGTTAGCGGCTTATGGTTTAGATGGTAATGGCAAGGAAAAGGATAAAAAGAAAAAAGCAAGTTCAACTAAATCAGATACAGGCAGAAGAAGAGCTTTAAGACAGAGAGATGATAATAGAGGTAGATTAACAAGTGGTAGTGTTCTTTTTGATGCTCGAGGTCAGGAGTTGTTAAGCCATTGGTTGAATGGTTCAGGTAAAAATCTTGAATTATCGAATAAAGAATGGGGAGATTACATGAAAGCAAATGGATTATTACCAGAACAAATTGAAGAAGCGGCTATGAATTATTTGTATGGTTTTAGAGAATATATCAAAAAAGAAGGAAAAATTGATGTTGATTTCACATTTCATGCAGAAATTGAAAATGGATATTTTACTGGTTATGAAATGTTACATGGTTCTAATAAAAAGGTTGGTGATACTCAAATGAAAGGAACTGTTGAATACAATTCTAAAACCTCTCAATTTGATTTCAATGTTCAAATAATTTGGAATGATAAAATCGACCCGAATAAAAATTATGGAGATGATATTATGATGTCAAATCTGCTTAATGTATTTTATTCACCGAAAGATTATAACGTTAAAATAAAATGGAATGATAAATTTAGCTACAAGTAAACTAATAATGTATTTTATGATATTGTTAACAATGATATCATGCGTCAAAAAAGAAAACGAACAATGGAAAGGTGAAGGTAAAATAGACCATATTGGAGAATTCAAAACAAAAAGTATGTATACTATAAAAGTAGAGAATAATGATGATATTATATCTTTCAATGTGAGCGACAATTCTAAGCATAGTGTCGTTACATCAACTGAAGGAATAAGCAATATACATAATTGGTATTTATATTGGGATGATGCTAATAAAGCCTTATGGGTTTATAGTAGTGATATAGGTTCTTCTGTTTGGCTTGAACAAAATTCCATTTTTTCAGAAACCACAATCACTTATAAAAATCAAGATAAACTGCCAGTTAAAATGCCTAAAGAAATTGAAAAAGATATTTTAGAATAGTTCGATAAAGAAAAACTACTGGCGCAAAAGCTCTAGTAGTTGGCACTATTAAGATAAAAGCCATTCCATAACGGAGTGGCTTTTGCTTTTATAGCTCTTATAGTGAAGATTAAAGCTTAACATTAGCACGTACTTATTCCCAAGTGACTAGATGCAATCAAAATAAAGATTGTTGAGTCCTCACTTCCTATATCGCCTATTTCAATGCTAAATTCCACGATTTGGAGTATCAAATTACCTGCCTGCACTATAAACTGTACACATATTACAGTCTATATGCTCGATGTGATAAACGAAAAATCTCTTAATTCTTGGCTCAGATAAAACACAGTATCATTTTGGAACACTTATTTTTCCAATTCTGAAAATATTTCTCAAAAAAAAGTGCCAAAAAGCTACACTTTTCAAAGTTTGATAGTATTTATTGTAAAGATGCTTGACTAACTCTCTTGTATGGAGTTCCTGTATCTATACAATAATGAGGTACTAATCAACTAATAAAATGAAATATGAGAATTTAAAGAAATTCATAATAAGCACAAAATCAAGTAAAAGTACAATCTATAGATTTTATAAAAAGAATGAAGACTTATTCTTAGAAACTAAAATGAGTACTGGAAAAAGATTGTTTCCTGTAGACCATGCAAGATATTTTGATTCTGAAATCATGTTTGATGAAAACAAAATACTTAGACAAGAGAATCAGTCAATGCGAAATCTTATTGACTGTTTAACAGATAAAGAGAGTTTACAGCATACGTTCTGGCAGATGGATTGGAGCTTTTTCTTTACGGTTGCCTATAAAACGGAGCGTAATAAGAACAGCTGTTTTAAGCAGATGCACTCTCTTTATGACTATCTGAATGAAAAATATCACGATTCAACTGACTTGCGAATGTTTTTTACAACAGAACCGTTTACCAATAGAAAAGGTTTTCACAATCACTTTGTTTTACATGTTGAAGATAAAAAGCTTCATGAGAGTATTATAAGTGACGTTCAGGAGCATTTTAGCTATGACAGAGTTGATGTGAGCATCTATGACCGCTATAAAGCAGGATTGTTCTACATATCGAAAAAAGGTCTAAATGGCGAAGATTGGGATTTTATCAATAATAGTGCAAACACCTCAACAGATGAGAGTTAAGCTTAAACTTTCTCAGTTGAAAAAGATATTGCTGTCAGAACCGCTAAAACTGCAAATCAGTTTTAAAATGAAAGATTTCACAAATGCAGAATTCTCAGAGTTTCAAAAATTAATACAATCTAAAGAACGAGGCTAAAGACCTCGTTTTTTTATGCTCAGAAATGGCTCAAAAATCTATGAGCCCAGGAAATCCAGGATTTTTCTTGCACAATCCAAAATAGACCTGGACATTTGTTTCACTTTTGATAATAAGTGAAAGCAATCATATAAACCCAATGAAATCAATGGTTTACATGGTATAAAGAATTGACCGCTTTCAGATACATATATTAAGGTATAAAAGTGAAACTAAAATCAAGCAAAATGGCATTAAAAGGACAAAAGACAACAAGTGATTTTTTAGAGTGGAACAAAATGCAGACTATCGTTTTGAAACTGGAGAGAGACAATGATTTGAAATTTGCATTGCTGATTGCAACAGGTTCTTATATTGGTCTGAGGATTTCTGACCTACTACAGCTTCGTTGGAATCAGGTTTTGAATGAGGAGCATTTTATCATTACGGAAAGGAAAACCAAGAAAATCCGAAAAGTGACTATCAATCCAGAACTGCAAATCATACTTAAAAGATTGTTTGTCCAGCTTGAAGCCAAAGAAACTGATTTGATGTTTGCCAATAGGTCTGGAGATAAACCGTTCAGTACACAGTATGTGAACAGTAAACTCAAAGATATATTCACTAAATACAATGTAAAAGGTCAGTATTCAAGCCATTTTATGAGAAAAACGCTAGGTCGCAGAGTCTGGGAAGTAAACAAATATAGTGACCAAGCATTATTGTTATTGTCCCAGCTGTTCAATCATACCAGCGTTTCAACTACTAAAATCTATCTAGGAATCAGAGAACAAGAGATAAGTAACCTATATTTGAGCATATAGCCAAAAAATTATTCGTAAAAATTTCATTGATTTTAATGATTTTTTTTAAATAAATATTGAGAAAGTAAAAATTAAAACCATATAAATCTATATGAATTTGTAATTTATTCATTTTCAGCGCATTGAGTTTTTAAATCCATATAAATCTATATGGCGTTGATAATTTAATAATTGTAAGTTTTTACGCATTTTTGAGTTATGTTTAATTTCTCTACCTTTGTAAAACAAAATCAAAAGGAAAAGATTCTTGCAAGGAAAATTTCGCCATTCTAGTAGCTAAAGAGTGGAAAAAGAGCAGATTGTAAAGCTAAGCAATCAGTTCAAAAATCAAATTTATATTTCATATTACAAATTCGGTGCAATATCCGAAGCAGTATTCTTGTGCCCAAAAATTACGTGTTTAACTCTAAAAAAAATTAAAGCTTATGCAAAACTTAGAATCGCTGTTCCAGTCCTTTGAAACTGGCATTCGAAGCGTGAAAGCTACAAAGCCGAAAGAATATCTGAATAAGATAGGATTGGATTATGCGGAACTGAGAATCGGCTTTAATTCAGGACAGTTTCATCACAATAAAAGCCAAGAAGCCAAAGATGAATTTGAAGCTTTAGGAATGCTTAAAAAGAGCGATGCGGGTGTGAGAAAAGAAGACCTGACAGCCTATACCGTTTTTGGAAGGTACGGACTAATTTTTCCACTGCTAAGCAAAGAGAACCAAATTGTAAACTATTTCGCTTTACGGTTTGATTTGGAGAGTCCTAAAGAAGAATACCTCAACAGTGAAGGCATTTATCCATCTTATCCAAATCTGCTCACTAAAAGGCTCTATATTGTTCCGACAGTCATTGACTGCGCAAGCTTTTTGCAGTCCAAAGCACTGGAGAACAGAGATGCTGTGATTGCAATGCACAGCGGAACGTTATTGCCCCAGCACTTAGAAGCTATTAAAAGCCTTCACGAATTGGAAGAAATAATAATCATTAAACGCTAACACTATGCAAGATATAAGAACGCAAATACAGAATATCAGACCAGAACTGCCAGTAAATATGATTCAGCTCCCAGACGGACACAGCATGAATGATATGTGGCTGAATTACGGTACTGGTGGAATAGTGGAACTTTTACAGAATACAGAAACGGAAAAAGCAGTCCCGACACTTGAAATCCACAGCGATTACAAAATCGGCTATAGAGGAAAAACAGGAACATTCTATGCGATTGGCAGTCTGCCGATGGACTTGGGAAACCTGAGAGTCTCGTTACAGATTGTAGAGAAGGACAGCCAGAAAAAACATCGTGTAAAAATCGATTTGTTTGATTTCACCAGCGTTGAGAACCAATGCCGAGAACTGAGTGAAAAGCAGGGATTTGACGGCAATCTGCTTGAAGCTGATTTGAAACAGTTTACAGACCTGCTGGAAGAGTATAGAGAAAACCTCTTCAACGCTGAAATGAACCCTGTAACCGACCAATTTTCAGAAAAGGAACTCACTCCTCAAGCGCATGAAAAAGCGATAGAATTCCTCTCTAAACCCCGTCTTCTGGAGAGTGTTGACAAACTGCTTGGACAAAGCGGAATTGTAGGAGAAGAAGAAAACAGGATTCTGCTGTTTGTACTGGCATCCAGCTATAAAATGCCTTATCTGATGCATGGACTAGTACAAGGAAGTTCGGGTGAAGGCAAATCACACCTCATCAACGCAATAGCGGACTGCATGCCACAAGAAGATGTAATGAACATGACCAGAATTACCAGCAAATCGCTATATCATTACAAAGATAAAGAGCTGATGAACAAGCTTATCATTATCCAAGATTTTGACGGACTCGATGAAGAAGCGCAATTTGCATTTCGAGAAATGCAGTCAGCCAAGTTCCTGACCAGTTCAACGGTAGTAAAAGATATGCTGGGCAACACTCGAGGAAAAATGAAAAAGGTTCATGCTCATTTTGCAAGTCTTACCGCCACGACCAAAGCAGAGGTTTACTATGATAACATGAGCCGTTCGGTAGTTTTGGGAGTTGATGAAAGTCTGGAGCAGACGCTCCGCATCATCAAATCGCAGAATCTCAAAAATGCAGGCATCAGCAACATTGAGAACGAACAGCAGGCGAAACAGCTACTTAGAAACTGTATGCGTGTTTTAAAAAGCTATACTGTAGTGAATCCATTTGCCGATAAAATCGAACTGCCAATAGAGGCTAAGATGCTCCGCAGGCTCAATGACCAATTTCAGAGCTTTGTTTCCCAGATAACGATTCTGAACCAATACCAGCGGAAGAAAGATGATAAAGGAAGACTTATAGCAACTATTGAAGACATTCAAAAAGCTGTTAAGATATTCTTTAGTTCCATTATTATCAAAGTGGACGAGCTCGATAAAAGCACGAGACAGTTTTTTGAAAAACTCAAAGGATTTGTCAAGAGCCAGCCAAACGGAACTACATATAGGTTCACGACCCGTGAGATAAGACAAGAGCTTAATATCAGCAAAACCTCAGCTTTCAAATACATGCAGACCCTGCAAGAACTGGAATATATACAAGCTGTTGAAGGTTCTGCAAACAAAGGATTCAAGTATGTTGTGAGCTATTGGGACAATATGGAAAAGCTCAAAGCGAAGATAAAAACAGAAATGGCAATGCAGTTAGACCAGATTAAAAACAGTTAAAAGAACACGTGAAGTCCAGTAAATACAGGCAATATAAAGCTAGTATTCACAATTTTGAAAAGTGTGCTTAAGAAGCATTTTCGAATGATGATTCTAAAACCAGAGAAAAGATGAAAAAAACAATACAAACACCAGCATTTCAAAATCTGCTCAATGAGTTTGACAGCTATGTAAGAGTAAAGAATTACAAGCAAGGAAAAGGCTCAATGTACCAGAAAGCTGTATCGGAGTTCCTTATCTGGCTGGAAGATTCGGGAATTACCAATATCAAAAGCGTAACAGGTAAAGAATCAGTGAATTACTTTGAATATCTGATAAAAAGACCCAAACTGCGAGGAAAAGGAACGCTGGCAGGAAAGACAATAAAGTTCCATCTGTTTGCTTTAGGACTGTTTGTGTCAAATCTTCTGGAGAACAGGCACATTGAAAATGCATATTACATTCCAAGCTATTCGGAAGAAAACGGAAAAGCAAGAAATGCCCTGAGCGTTGAAGAAATCAGAAATATATACCAGCATTGTGAGAGCGATTTACAGCGGGCTTTACTATCAGTGGCTTACGGCTGTGGGCTTCGAAGGTCGGAAATAACAGCTTTGAATGTAAGGGATGTCATGCTCTCCAAAGGAATGCTTATTGTCAGAGACGGAAAAGGAAGCAAAAGACGTGAAGTCCCGATGAGTGATATAGTTGTTGAATATCTCGGAAAGTATATAACCGAAGAACGTTATGAGAAATTAATCAGCGAAAACAAAGTTCAAGATGCGTTTTTTATACATGATAGCGGAAAGCGAATGAATGGCGAATACCTCAACAACACCCTAAAGAAAATGATTGAACAGACCAATGATTATAAGCTCATACAGAAAGAGATAACGCTTCACTGTCTCAGACACAGCATCGCCAATCACTTGATGGAAAAGAATGCTGGAATAGATTTCATACGTGGATTTTTAGGTCATTCAGGAATCAATACAACCTATATCTATGCAGTTCGGAACAAAAAACGAAAACCAGTAACAGCCTTTTAATCAACATGCTTATGACTAAACCAACAATTGAAAATTTCCTGCTCCAAAGTTACAGCAAGCAGACTGTCGACAGCTATATGTTTGCCATTAACCACTTTTTGAAGCGTAATCCTAAAGCCAAACGATACAAATACAGGAACATAGTGCAGTATATGGAAGAAATCAGCCAAGAACAGCCTAACGGCAAATATCGGGTTGTCATTTTATCAGCTATAAAGAAATACTACGATTATCTGATTATGAGCGGTTACAGAACAGACCATCCATGCAGAAAGCTCAACATCAAAGTCAACAGTAATCAGGCTGTTCAAGTTCAGGATTTGTTCAGTTCCGAAGAGCTGGAGCTTCTTCTGGCACGTGAGAACCGTTACGAGAATTTGGACACCAGAAACAGCGTTCTTTTAAACCTGTTGATTTATCAAGGTTTGACCAGCGATGAAATCATAAAGCTGAATGTTCAGGACATTGATTTGGATGAAGGAACAATCTACATCAAAGCATCCAGTAATCTGAACAGACGAAAATTATCATTGCTAGCAAAACAGATACTGCTGTTTTCCAAATATTTAAACGAAGCCAGACCCAAAATGCTCAGAACCTCAACCGATAAGCTGATTATCGGCAAGCTGGGAAAGCCTATCACCGTTAACAGCATTCATGCAATGATTGAGCCATTAAAGCCTTTATTTCCAGATAAGAAGCTCAACCCAAGAACTATCAGAATGAGCGTTATCTGCAACTGGCTCAATGAAAAGAAACTGCCATTGGAACATGTGCAGGAGCTTGCTGGACATAAGTGGCCTGGAACAACAGAGAAGTACATCAAAGCAGACAGCCAGCAACAGCGTGAGCTGATTAATAAATACTTTCCGATTTGA

Protein sequences of DBSCAN-SWA_3

>NC_009441|3131193:3186887|3149472_3150426_-|WP_012024712.1|DBSCAN-SWA
MKTLLLIFCFAASGLCYPQNQRYTPKVQLAIETYAFIQGQKASLAKVAAQFPVVAQEVRSLEKKAQAIYGRAEKNIEQYLRNELKEDQFSILKKNIRLLAEDQLKEPIQKKEHAIDFLESVRDKIDMDEHANIPKGIISFAYQDVPHQEIIDGHIKNFTTQGHPKADESIVTFPVPKSWIAQEGEMPATVQQFTSFDGKGNEKIMMVIHKLAKEDRNLHLNEKSVSEMIPPTARLIRIEEVTIDDIPGIMVEVEETLDIAVNKMKVRMMQFMVTDQEKLYCLQGSIGPVALEENLDHQLRKFEPLFRLVAEGAEIEF
>NC_009441|3131193:3186887|3186020_3186887_+|WP_081432672.1|integrase|DBSCAN-SWA
MTKPTIENFLLQSYSKQTVDSYMFAINHFLKRNPKAKRYKYRNIVQYMEEISQEQPNGKYRVVILSAIKKYYDYLIMSGYRTDHPCRKLNIKVNSNQAVQVQDLFSSEELELLLARENRYENLDTRNSVLLNLLIYQGLTSDEIIKLNVQDIDLDEGTIYIKASSNLNRRKLSLLAKQILLFSKYLNEARPKMLRTSTDKLIIGKLGKPITVNSIHAMIEPLKPLFPDKKLNPRTIRMSVICNWLNEKKLPLEHVQELAGHKWPGTTEKYIKADSQQQRELINKYFPI
>NC_009441|3131193:3186887|3135091_3136204_-|WP_012024703.1|transposase|DBSCAN-SWA
MEKYKIYDRDFRVNAVKLGLETNFFKAAKQLGVPTTNIYRWRNELSKDGSKSFCGRTPEQKRIAELKLALRRKLKKVEIQIEILQSAGRYIHQGKPHIFHFIENNLDKYSLWRMCQVLGIMPATYINWKNKILSPRKRKTILLEKEITSIFYEYKEMYGNAKIAAELQSRGIQLKLCAVSWYMKRLGLVSKHSTKNKVKSGIRFNAHNPCIFPNVLNRQFKADKPSLIWVTGIASLETAQGLLYLTIIIDLFDRKIIGWNLSEHLTIRETSMPAWEMAVQNRGTKKGLIFHSDRSSQYANKIFTRKLNSYEHIIRSMARAGNHLDNAVPRSFFISIKSELVNLNSLPTKKDMEDKVAHYIENLNSKVVTL
>NC_009441|3131193:3186887|3169450_3171112_+|WP_044047738.1|DBSCAN-SWA
MKKNYLLFFILLSFLTYSQDILWEKSYGGIHADYLFDAQPTADYGFILAGSSLSNKTGNKDEDNHGDLDYWIWKMNEKGELDWQKSIGGNGFDLLQSIKGTRDGGFILAGTSSSGNSFQKKDNCKGLTDFWVIKLDASGEEQWQRTIGGDGQDELLCAFQTKDGGYILGGSSSSSPSSVTNIKAEGKMDAFPQTDLYSKSEKSRGNMDYWIVKLDKEGVIEWQKTYGGKYADVLRSMEQTADNGYILAGYSNSPVSGDKADANKGVGDYWIIKIDDSGAVQWQSSYGGDGDDQPYVIHQTADGGYILGGNSNSTNPLTTLGGIVSNGTDFWILRLDHEGGVVWSKTYDFGKVDILTSLVENNDNTYLIGGYAKSEAKQSLLGDAAKKAGTGKDKEGINDYIALKIDEKGEELWKKTVGSAGEDILRKLIETRDGGYLMAGTSNSGSSKDKKSTIGGNDFWVVKLKDKAKVEKVKASIEAIPNPAVTYTNVIIGYDFTEGTASVIDILGRILQQFSINSRTVPVDLSHYAEGIYIIKIKTDVKTESVKVIKTVR
>NC_009441|3131193:3186887|3161610_3162264_+|WP_012024722.1|DBSCAN-SWA
MATTAKKTTADKAKSTASKSTASKSTASRNTASRNTAKTASKSADRKVKAKSTAADGLRELFVDSLKDIYWAEKALTKALPKMAKNSTSENLITAINDHLSVTEEQVKRLEQVFSLIGEKAAAKKCDAMEGLIKEGESIMEETEAGPVRDAGIIAASQKIEHYEIATYGTLAAFATTLGEDDAVLLLEKTLAEEKEADTLLTEAAYNTINFDANEED
>NC_009441|3131193:3186887|3131193_3132453_+|WP_012024699.1|integrase|DBSCAN-SWA
MKQLAKTKVTVRLRKAEDREEWYVYIESYPVEVSGRKTPQRIREYLNRTVKTVEWDKQRTARTDSQGIKSYKPRRSDNGIIITRSETDREIMLYADGVRKIRQKEYDNTDLYSDAENLLAEQKEKAKEDFIRYIASVAAKRHARSSKSIMINWERTIEFLKSYSKGRLVFSQIDSRMAEDFKLFLLAAPLGGGKKGILSRNTAARYFSIFKAALKQAFIDGYLTVDLSSKIKGIPEQESRREYLTIKELNVLAEMPCEKDVLKRAALFSALTGLRHSDIQKLRWKEISLEDDMAKLHFTQKKTRGVEYMPISEQALQLCGEPRLPGQLVFEDLPDPSWISRPLKKWVESAGIKKNITFHCFRHTFATLQLSSGTDIYTVSKMLGHTNVKTTQIYAKVIDEKKNRASQAIQLESLKKRAQ
>NC_009441|3131193:3186887|3148511_3149081_-|WP_012024711.1|DBSCAN-SWA
MKNTETKNTKDTAEKNVKNAVVQPKTGAASELKELFIDSLKDIYWAENALVTALPKMQANATDPALVSAIKEHHAVTQNQVARLEKVFDFLGEKAEGKKCEAMAGLLKEGDSILEETEPGAVRDAGIIAASQKIEHYEIATYGTLAAFAKTLGENDAAKLLIQTLAEEKEADCLLNDVALNAINSTAAE
>NC_009441|3131193:3186887|3166977_3167133_-|WP_159436648.1|DBSCAN-SWA
MKALFSKVVILSILMAALHISCEALCEDENDASNRKENYIIKNDSLAVSKN
>NC_009441|3131193:3186887|3159558_3160725_+|WP_012024720.1|DBSCAN-SWA
MKAAVIHGPGSVKYDTVEDPKIIAQDDIILKVTSTAICGSDLHIYSGAMPTTPMVLGHEFMGIVEETGSAVTHLKRGDRVVVPFPIACGNCFFCNHDVPGNCEHSNPEHYGPEGGIVTEKGGALFGYTDLYGGYDGGQAQYVRVPYANYGPRVVPEDLSDEQLLFLTDIFPTGYTGVDWGEVKGGETVAIFGSGPVGIMAAKSAWLRGAAQVIVVDTLQFRLDKAKATAGCTTILWEDGPKDVVEQIRSLTNGRGADVCIDAVGFEPDRNLGDRIKATINFEKGSTKVLEACMSAVRRSGIVSVLGVYPVNYDNFPIGQFFDKGIILKGGQAPAHKHIDKLLEYVVQGKVKLDDIITHRLPLSEISHAYDIFKKREDGCVKVVLDPWK
>NC_009441|3131193:3186887|3164274_3165234_+|WP_012024724.1|DBSCAN-SWA
MKKYIILLLAAQLTWAQQPTKRIEFEAPESYPEGVAFDKAANVFYVSSARLGTVGKVTKEGRYSELYADKTLKSTYGLKVHPDGKRLFVCAGDANYSKFSTPDTKKKMARLLILDLKTGKKLNDIDLAGLIAGEHFPNDLAFDQAGNAYITDSYAYAVYKVDAKGTASVFSTNELLKTAGVGPNGIVYHPEGFLLAANNGKGALIKLPISNPNSGTKVKIEQFFPSADGMLLNDNSTLTLVQNGGVNKIFKIKSTDNWTNAEVSESTSVEDRFAFPSTAAISGSETWIMNANFSELTEGNNVPSKKFSLQQAVFNPVKK
>NC_009441|3131193:3186887|3166460_3166685_-|WP_012024726.1|DBSCAN-SWA
MIPQENYDTYRQDDSLYHMGEESIQSETMEHTDPGVNQHYKDERSADHQPTELDHDDADRRTLDESEADEDDED
>NC_009441|3131193:3186887|3183301_3184981_+|WP_012024735.1|DBSCAN-SWA
MQDIRTQIQNIRPELPVNMIQLPDGHSMNDMWLNYGTGGIVELLQNTETEKAVPTLEIHSDYKIGYRGKTGTFYAIGSLPMDLGNLRVSLQIVEKDSQKKHRVKIDLFDFTSVENQCRELSEKQGFDGNLLEADLKQFTDLLEEYRENLFNAEMNPVTDQFSEKELTPQAHEKAIEFLSKPRLLESVDKLLGQSGIVGEEENRILLFVLASSYKMPYLMHGLVQGSSGEGKSHLINAIADCMPQEDVMNMTRITSKSLYHYKDKELMNKLIIIQDFDGLDEEAQFAFREMQSAKFLTSSTVVKDMLGNTRGKMKKVHAHFASLTATTKAEVYYDNMSRSVVLGVDESLEQTLRIIKSQNLKNAGISNIENEQQAKQLLRNCMRVLKSYTVVNPFADKIELPIEAKMLRRLNDQFQSFVSQITILNQYQRKKDDKGRLIATIEDIQKAVKIFFSSIIIKVDELDKSTRQFFEKLKGFVKSQPNGTTYRFTTREIRQELNISKTSAFKYMQTLQELEYIQAVEGSANKGFKYVVSYWDNMEKLKAKIKTEMAMQLDQIKNS
>NC_009441|3131193:3186887|3136791_3136929_+|WP_159436649.1|DBSCAN-SWA
MAILAASKTQFGKLLKVNKKITSANAYARIRLRASRYAALNETAT
>NC_009441|3131193:3186887|3133951_3135073_-|WP_012024702.1|transposase|DBSCAN-SWA
MKRKYEDHFKEQAVRLSFERGEISSVERELGINRTSLGKWRKKYEHLKLAPKDAVIIELNKKIKDSLLTLEILKNGSEFAAQGKVMTKRFIENNSSKYPIGKMCALLQISQRAYYKLKKKEISDKQSQIILLKEEVAAVYYEFKKTYGYRKIAKVLQCRGFKVGESQIRIYMNALGLRRRAKSRFTITTDSVHNHYIAQNILNREFTINQPAKAWVSDITYIAAEKGFLYLTIVLDLFDRKIIGWSLADSMSTKETTLPAWEMAVKNRNITQDLIFHSDRGVQYANKIFTETLDSYKFVRRSMSRKQNHNDNAVSESFFGNLKRELINGNKPLPREQMRVQVYQYIENWYNKKRRHSYLNYRTIEEFDKLHCI
>NC_009441|3131193:3186887|3167403_3167973_-|WP_012024727.1|DBSCAN-SWA
MKTDTKGNQRQDDKNFQNTASGKQGQLKTASPAAHPFTENAEPDYGDDLSTEEIGSGSDQQKPSDAEQQKLKVRNSDVQDSDKDSNPYDSENLDNETGSESKDITEKDIEENLINNDPSEGFETDIDALQSDETQNSGFETIEPDHDNPVNKEFEIGELGNQELKEDERVRDETANGSVHNYRPSQRKF
>NC_009441|3131193:3186887|3136986_3137214_-|WP_123875696.1|DBSCAN-SWA
MSIVMPIARISFLIDAPELCLPGPGGDFGTVNHVLPFLSAGVRPAGKDSSIMAAGPAPAADWSRRILNNFCCGKG
>NC_009441|3131193:3186887|3138796_3139078_-|WP_044047727.1|DBSCAN-SWA
MAHCVFEKQKPSKSIADELRFETVLRSFTVILLSFKIDLSLTAVSIFLAPIAAEILLRRCSAQKIAADSRKKLLKNNIKPKVVQPALPRITGA
>NC_009441|3131193:3186887|3142035_3143034_-|WP_012024706.1|DBSCAN-SWA
MNQALLTRLFKSIEGDQDQTLIKIAFSIIEDEKKKGHSKLAERLNSILLANISKSNEYKPTLKVAKDFTYKVPVDRRYKLPLAVHIPHENLRHEMVLPSSVENKLLRIEKEYLARERLANHGLKPRKKALLYGSSGCGKSMAAERIAWNLGLPFYKVRFDSIISSYLGESASNLQNLFESIQDYPCVLLLDEFDIIGKQRNTNSNDVGEIHRIVNILLGLLEEYEGEGILIATTNLEGSLDQALFRRFDDFIELPKPSHNEVVELLKISFSALKINKNINLEYYAEKMKGMSYAIVVKIANDAAKKAVISSSLEISIDDLNSALDENKAMNR
>NC_009441|3131193:3186887|3156772_3158956_-|WP_044048315.1|DBSCAN-SWA
MHTVTPWSATAQADIENSEILWEKKILSYTYQFYNTGDSLWIVVVMPDNGKIAFRAAFAMNSCFEVTNLFEDQDTIIVVLNSRLGTYEVRVDFTSAEVPVLHYTTSFTANVPLLMPFWPRDIIPLTQSGNIANTAGTIHMEQFGSRSGLLFASITKPQTGSFFYFQNLTSLSEYCEATETESKNTVGGSWPEIGFQLPTTDKLPLPAGKAFTISNAYVVLHNEIFEQTTIICEHFLNNLVTIYKLLEQPRIEYHNWPEIAQKVVSDLKNNKGSWTQKQGLPYLNAYLCDYETPPESMVQLAVLAPFKEYEKWSGEKQPICEDLTKGLPAFYDEKINCINRWLPSMVDKLDESEEQKTEMVMDSWYLHHPLMNLARLALRGDKTAEKLVLDSIEYAIRTAHHFNYEWPVFYNMETLEVIKKETAPGAGGERDVPGAYAHLMLLLFKLTKEKRYLHEAEKAAKKLEGLGLNILYQANNTAFAAGALLELFKITNKKLYLDLSYTCLTGLFKNIQLYDCRYGFGKNYTNFFSIFPLNDAPYIAAYEEMEVYAALSEYIVQAEDVEILPALRTLIPEFIKYAVGRIAYYYPAMLPLDMISEKVKTGEVQADLWIPLEDLYNGWEKSGQVGQEVYGAGMAFGVVPRQYIKIGDEFLLFVDYPIIHQSKRGNTVSIKLDGNKDLNCNLKIIKIKNSSIKMKVLQDKQTQKPFTANANIHEYKISGQGTVKIQW
>NC_009441|3131193:3186887|3179850_3180222_+|WP_123875774.1|DBSCAN-SWA
MISCVKKENEQWKGEGKIDHIGEFKTKSMYTIKVENNDDIISFNVSDNSKHSVVTSTEGISNIHNWYLYWDDANKALWVYSSDIGSSVWLEQNSIFSETTITYKNQDKLPVKMPKEIEKDILE
>NC_009441|3131193:3186887|3171115_3174574_+|WP_012024729.1|DBSCAN-SWA
MFKINYNLKGLISIFLFMLMSTLTYGQTENDPSKFVPNIIPPSPTAYGLGTYGNTPVGLFTGSQNINIPIYTYKTANLEVPVSMFYSSNGVKVDEISSNIGQSWNLSFGGVITRIVRDKPDEERGEYPIPISMTEEMGRYSPQALEFYQYIGENDVDTEADLFSFNFGKYSGKFVFDNDGGIVLMPAQDFQINCTVSSDGFDFVITTPDGVKYFFNDKEITSQRVVGSGHSIPITTISSWYLSKIVHPKGDVIQFFYNSEVSNYITSKSQTFRMLSPRIQYDQGGSLENFSPSLSSVCDHTITLNGKSIKSIKSTNPEYGEISFTYLSSASADVTSGNRKIEKIIVKDKTAKEIENVGFTYTTTTNKRVFLDKIQFKDINQNYQFEYEDRNNLPQRLSYSQDHWGYFNGKSNLNLVPKGITLYEFSNVNYNGADKEPDSDYAVKGLLKKITYPTKGYTIFDYEANTYYGTKLVYPPKTYKSLNVVTTEQTYSAVKTTSFINPTPQDISLVGGVSFNCLDANLNVGKNQAYISVYDNTTNKYIPLKRSDNESVVSNGNMYTIRPNTEPEAKNLFFTAELNHEYKLTLEADFTCTSSTLNFNYYPTPPVELASNIKTGGIRVAQTLDYSLNKPEPVVKKFLYAKKDDLSKSSGNKGQDPYYIDRFRVDRIMESPVAGIYGVVTSKTLVNLSSSSLVSLFDTGNSNVFYQYVTISYGNNFLNGGEEHEFIVHRDAPDGFVFGNYEVRNAPLSNLGWDNGLLKKIDYFNKELKTIKETINIYEERYEFRKEVRSFSSRKNYEKIASASVNYVCTQADLSKRTKYISCVAVHKHVYSDNLVDNLIKGKSYYTCIAPGNDNKTTFIEHPCYGVQLPKTISNLENIDNLSIVSYKNIGFWYYLKSSQDITYDVSGSNPICNTAIYNYNGINHVQLSSQTKTNSKKETITTKYFNAKDAEMSGKPFAAELAEKNILSPLNTQTFTGNNKLSEQLITYNNLLLPNAVYSAKFPNANSNITGIGNLEKKIVFNQYDDRGNILQYTLDGGVPTAIIWGYNKTQPIAKIENASYSDVQNYVSNLQTKSDTGTEIDLLSNLNSLRNALSNAMVTTYTYLPMIGISTVTDPKGNTTTYSYDEFNRLKTIKDAQGHVVSENRYHFKN
>NC_009441|3131193:3186887|3146253_3146700_-|WP_012024709.1|DBSCAN-SWA
MDSHSILQVLLSSAAATTVMTLCSYAVSAAAREIYKEPILLAYILKQLHLNISSDAKNMLGWVLHYVIGLAFVTAYHLLWSHKILDATILSSIMLGAASGMLGIIGWIVLFKIVHQKPNIDYKGYYAQLFAVHVIFGVTAFLVYRLFL
>NC_009441|3131193:3186887|3155783_3156542_-|WP_044047736.1|DBSCAN-SWA
MEKLTNYFGQNIKDKKIVITGGTTGIGKAIADVLISLGGRVLIFGRDQKDFEKAVADIKKQFPDSELYGTPADVTKKEDIDKILAIADTELGGIDILINNAAVAAPGLIEEAYEDYKYVIDTNITGYLAFAQAAAVRMKKQKSGHIINIGSMSAESHTPESTIYVATKTAIRGFSTSLRKELNPLGIKVSLIEPGAVTSDMQTDPKKVQHEKVEKLEMLEAYDIAMSTLFCLSQPKRCDIVTMQIRPHLQII
>NC_009441|3131193:3186887|3145110_3146115_-|WP_012024708.1|DBSCAN-SWA
MENKNNTAQNAEKTGVESPLGETALNDKNRTDLGNENISRSAEIQNPTTKYAAPPFKEQTQPWPGLVSRMDPKPDHGEKSYKGAGRLKNRKALITGGDSGMGRAAAIAYAREGADVAINYYPTEEQDAQEVIQLIKAAGRKAVAIPGDLRDEEFCKSLVDQAAEALGGLDIVVNNAARQQTHESILDITSEEFDWTMKTNIYAPFWIIKAALPYLKPGSSIIGTSSVQAYAPTEDLYDYAQTKAATTNYIKSLAKQLGPKGIRVNGVAPGPVWTALQVSGGATMEKLKNFGSQTPLGRPGQPAELASIYVQLAAEDASFATGQIYGSSGGEGNP
>NC_009441|3131193:3186887|3180724_3181369_+|WP_012024732.1|DBSCAN-SWA
MKYENLKKFIISTKSSKSTIYRFYKKNEDLFLETKMSTGKRLFPVDHARYFDSEIMFDENKILRQENQSMRNLIDCLTDKESLQHTFWQMDWSFFFTVAYKTERNKNSCFKQMHSLYDYLNEKYHDSTDLRMFFTTEPFTNRKGFHNHFVLHVEDKKLHESIISDVQEHFSYDRVDVSIYDRYKAGLFYISKKGLNGEDWDFINNSANTSTDES
>NC_009441|3131193:3186887|3165263_3166364_+|WP_012024725.1|DBSCAN-SWA
MIEYIPYSDSIEVIQPDELEISRKIVDSMARVNRLMYEKYRHAIRDAHAKSHAVLKGELKVYDNLPEHLAQGLFAKARTYPVIVRLSTAQGSIVPDKMSAFRGMAIKVIGVEGEKLLPELSDAVTQDFLMVNYPVIPTGTIKEYLKMQEGLEKQADSGELFQEIAQKAAVGVQNVLAAVGLADDTNQLSAPGPHILGDTYFSMAALRFGDYVAKINVKPLSDNVKELAGKKIDKDIIDEDEHAFLTKIVADFFQSATAEYEIGAQLCTDLELMPVEDGSVQWPEDQSPYQPVGKITFHPQQTFSPERRVYADDTLSFNPFHCLADHRPLGNIMRVRQLAYETSSRYRHHMNAKARIEPVSIDQLPD
>NC_009441|3131193:3186887|3160904_3161198_+|WP_012024721.1|DBSCAN-SWA
MKTILKTSFLTLIFALVLSCKNNQNSSTDPYADETDSTQAAVDSIGADSDTTRTSTSTNGTTGATGEGSTGSGSDGTTQKGTTTINKDSTSNSKGSN
>NC_009441|3131193:3186887|3155130_3155340_+|WP_044047735.1|DBSCAN-SWA
MKINFKSGFAVLLVLAGLSISCKKNETVPAETNDTYADSSAVVADTISTVPADTVGTDTSKTMTPPPAK
>NC_009441|3131193:3186887|3185091_3186009_+|WP_012024736.1|integrase|DBSCAN-SWA
MKKTIQTPAFQNLLNEFDSYVRVKNYKQGKGSMYQKAVSEFLIWLEDSGITNIKSVTGKESVNYFEYLIKRPKLRGKGTLAGKTIKFHLFALGLFVSNLLENRHIENAYYIPSYSEENGKARNALSVEEIRNIYQHCESDLQRALLSVAYGCGLRRSEITALNVRDVMLSKGMLIVRDGKGSKRREVPMSDIVVEYLGKYITEERYEKLISENKVQDAFFIHDSGKRMNGEYLNNTLKKMIEQTNDYKLIQKEITLHCLRHSIANHLMEKNAGIDFIRGFLGHSGINTTYIYAVRNKKRKPVTAF
>NC_009441|3131193:3186887|3153175_3153430_-|WP_012024716.1|DBSCAN-SWA
MQHELRRYKRHFEAFPPPLEVEWKPWAKITDTQLFLKSCYIGIRNFNGPVERCPAWWHLKDFYLHIKRTMPSQGSPEKETVPEK
>NC_009441|3131193:3186887|3163105_3164272_+|WP_012024723.1|DBSCAN-SWA
MKTKYQFTAFLCVMGLLSYGQKGIPPKEDTKKVTITNFPTHLEYSSSLSSSLKTANGWQATPAAMGLGKPRMLYIGKKGQLYVTRRDAGDVLMLTDTNNDGRFDDMTRVADFPGVHGITAKDDFMYLCNNNKVLRYALNADGTLGKAADTLIKDLPSGGQHANRTMDFGPDGKLYISVGSVCNDCKESDKETAAMLQVDPQTWKRTLYASGLRNTIGFDWQPQTKEMWGVDNGGDTKGDDWPPEELNKIIMGGNYGFPFAYGKKEVDQSREDPVGNTKEGWVKPTQASILDFPAHSAPIAFAFFDSGKNKGDALVCWHGSWNRQNPSGYKVERIKFDSKGNPTGSEDFLTGFLIGSERFGRPAGLAVGSDVVYISDDANGIIYALKQK
>NC_009441|3131193:3186887|3151203_3151665_-|WP_044047733.1|DBSCAN-SWA
MALSTCQIKGTDITWIDIYDPSDEDIETVSSRYSLNSYTLLDSLDPDHLPKYEEHNDTHFLIIRLLHDESQKLPTIQSLSSKIAVFFTDKFIITIHRCAQPMIQSIMDNLVNKGKIKSASGIAIHIVGDALRSFEEPAINFLPISILTNLHCF
>NC_009441|3131193:3186887|3150763_3151213_-|WP_073099556.1|DBSCAN-SWA
MFLKKNIPDDMIEDIYYLKKRAGLYKKLLLLSNEVVNSIKADTEERPLHQDVRDLHTKLVLLYDQVQEDANNLLNIYLSLSARKTNDVMKLLTVFSVFFMPLTFIVGIYGMNFKFMPELESPLGYPLTIIAMFVVSVLIFFWFKRKKWL
>NC_009441|3131193:3186887|3133312_3133645_+|WP_012024701.1|DBSCAN-SWA
MDINEISFENLPKAVAHLVKEIAEIKLLIQNVQVYESKEKSIPIGVEEASRLIGKAKPTIYGLVRQRKIPCYKYGKKLYFFEEELLEWISKGKKKTIQEIESAASKYKRN
>NC_009441|3131193:3186887|3137983_3138271_-|WP_044047725.1|DBSCAN-SWA
METPYVYFERILSKLAESYPGSCKLEALAPLVIPPYNVLKTFSENISVQRENQAKILDALILLEDLGYIVLDQASDESCITAKGLIQINHRILSN
>NC_009441|3131193:3186887|3132449_3133199_+|WP_012024700.1|DBSCAN-SWA
MKIKYFEYIAVYLSVFLVCVFVGAIGRLVLLEKGADEYTAGVFFWISTGFGVLMFAILSLFLNGLAERLVNRFLKTEKKQSPESFITSEDLVKIEEGLDNNLITPKMPENKNAAIDIQKIREERQNAARNQKQARIDTAIRYAHKEFAPYVSDHDLEQLGSNILIYAEGLNFEKIKPVKVKELSNLDLYHFGWNIWNYFKVSRQDTAAQFLKLTFTEALKDVEQKSIKTHLKDDEQKGLLKIMEDLADF
>NC_009441|3131193:3186887|3146712_3148293_-|WP_012024710.1|DBSCAN-SWA
MKNADENLNDGTITSGENVSYWIDTAPNTSFEKPIRNIETEVLIIGGGIAGLTTAYNLVKAGKKVVLVEDGFIGSGESGRTTAHLTSALDDRYYFLQDTFGKDGAKLAAESHTAAISQIEKNIKDLNIDCSFKRVNGYLFLHPSDDEKNLQKEFKATQNAGLNTGILNRTPGIADGDTTPCLAFYNQAQFHILQYLDGLARAVQSLGGVIYTEARAEKISQEGALVNNYIFSAETVVVATNSPVNDLFTMHTKQAAYRTYVIAGKIPKGKLPYSLWWDTGDAASKWTAQPYHYVRVESFDDTHDLLISGGEDHKTGQSDEEGISESERYEKLEQWTRSYFPVLDEITYKWSGQVMEPVDSLGFMGRNPGDENIYIITGDSGNGMTHATIGAAIISDAILGIKNKYEDLYSPSRITVKTAYDFTKEAANMASQYLDWISSSDLKSTADLKPGEGGIISSGLKKVAVYRDYDKTLKAFSAVCPHLGCIVQWNSDEKSFDCPCHGSRFATDGTVMNGPADKNLKPITVK
>NC_009441|3131193:3186887|3182733_3183297_+|WP_012024734.1|DBSCAN-SWA
MQNLESLFQSFETGIRSVKATKPKEYLNKIGLDYAELRIGFNSGQFHHNKSQEAKDEFEALGMLKKSDAGVRKEDLTAYTVFGRYGLIFPLLSKENQIVNYFALRFDLESPKEEYLNSEGIYPSYPNLLTKRLYIVPTVIDCASFLQSKALENRDAVIAMHSGTLLPQHLEAIKSLHELEEIIIIKR
>NC_009441|3131193:3186887|3152654_3153104_+|WP_044048314.1|DBSCAN-SWA
MPQKQNWEKIIYLAEDDEDDRLLFADAVEELNLPILVVQTADGCELLETLEKATHLPETIFLDINMPRKNGFECLKEIRNGGSDFKNIKIIMLSTSSSAMHIRTAYNLGADYYAVKPPTFMELKDLLIGILDRDLKSLRKEMEKKLPAC
>NC_009441|3131193:3186887|3139564_3142030_-|WP_012024705.1|DBSCAN-SWA
MEQFPHLNFIQKVSGKPRLFGGGKPNATTEENKANRQGHRDSLFSKTSNVRSNWEDLFKMRDSMELANLDKDIVPVLIQLNPSLLNNPEFDLHEFGIEIISEEEEGFIVGASFDSLRALEQKIIGFANSSHGTAKIADLWNIIDGNREEWKPKHILSDNLFENWHNIDDNDNYTVEVGIAFDFPVKKEPDRAKKGGIKRLEKYQAYIIHREEKLFERQDHFESFINSYGSLNTSYIELDDSFSCEVTISGKGLKDLVVNYQYVFEVNETETILGVQGKDIDTDAIQSEILAPEKDSPIIGVIDSGIMENHKYIELAIDSKNSKCYVNGVSSASDHVQGGGHGTKVAGAILYPKNISDIEFPYQLPCFIRNLRILFDDNKLHHKYPAQLMKQIVEENKDCKIFNLSVNSTVPFRKKHMSTWAGIIDTLTHDQDVLFIISTGNLEKSDIRNYIKEGKNYPDYLFSRFCNIANPAHSAFGLTVGSINHHADFEDDTRKSLGGINDISAFSRIGTGIWNIIKPDVVEYGGGLTVSKNGLSLITGTDETLPELIRSTLHGGSAYGKDVSGTSFSAPKVTHIAAQLQKLYPEEGNNLIRAFIVQGARLPNTYFLNPTTESIKLYGYGLPSLERVTKNTESRITFYNTGNLATEEGHIYSLIIPNELNNPANDFDVLIEVTLTFTAKVRRTRQKIKSYLSTWLDWTSSRLNENHNQFVKRSLVDEPTIQDEEEHQEGVINWKIRERSHWGTIKDINRTNNTVQKDWVILKAYELPDELSFAVRAHKGWDRTGSNIPYAFTVSIEVLGQNIPIYESIRIANEIEIETET
>NC_009441|3131193:3186887|3137497_3137689_+|WP_012024704.1|DBSCAN-SWA
MQEGTVKFFNEEKGFGFITPNNGGAEVFVHASGLSESIRQDDAVRYDIEEGRKGPNAVNVVVA
>NC_009441|3131193:3186887|3181783_3182308_+|WP_123875775.1|integrase|DBSCAN-SWA
MQTIVLKLERDNDLKFALLIATGSYIGLRISDLLQLRWNQVLNEEHFIITERKTKKIRKVTINPELQIILKRLFVQLEAKETDLMFANRSGDKPFSTQYVNSKLKDIFTKYNVKGQYSSHFMRKTLGRRVWEVNKYSDQALLLLSQLFNHTSVSTTKIYLGIREQEISNLYLSI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012024699.1|3131193_3132453_+|integrase	site-specific integrase	H7BUI8	unidentified_phage	5.2e-12	28.6
WP_012024700.1|3132449_3133199_+	hypothetical protein	NA	NA	NA	NA
WP_012024701.1|3133312_3133645_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012024702.1|3133951_3135073_-|transposase	IS3 family transposase	U5P429	Shigella_phage	9.0e-32	35.4
WP_012024703.1|3135091_3136204_-|transposase	IS3 family transposase	Q6J1X2	Lactobacillus_phage	6.0e-20	30.7
WP_159436649.1|3136791_3136929_+	hypothetical protein	NA	NA	NA	NA
WP_123875696.1|3136986_3137214_-	hypothetical protein	NA	NA	NA	NA
WP_012024704.1|3137497_3137689_+	cold-shock protein	A0A1W6JNX5	Morganella_phage	5.2e-09	50.0
WP_044047725.1|3137983_3138271_-	hypothetical protein	NA	NA	NA	NA
WP_044047727.1|3138796_3139078_-	hypothetical protein	NA	NA	NA	NA
WP_012024705.1|3139564_3142030_-	S8 family peptidase	NA	NA	NA	NA
WP_012024706.1|3142035_3143034_-	ATP-binding protein	A0A2P1ELH2	Moumouvirus	5.2e-07	27.0
WP_012024708.1|3145110_3146115_-	SDR family oxidoreductase	F2NZ40	Diadromus_pulchellus_ascovirus	5.7e-70	48.1
WP_012024709.1|3146253_3146700_-	hypothetical protein	NA	NA	NA	NA
WP_012024710.1|3146712_3148293_-	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_012024711.1|3148511_3149081_-	ferritin-like domain-containing protein	NA	NA	NA	NA
WP_012024712.1|3149472_3150426_-	hypothetical protein	NA	NA	NA	NA
WP_073099556.1|3150763_3151213_-	hypothetical protein	NA	NA	NA	NA
WP_044047733.1|3151203_3151665_-	hypothetical protein	NA	NA	NA	NA
WP_044048314.1|3152654_3153104_+	response regulator	NA	NA	NA	NA
WP_012024716.1|3153175_3153430_-	hypothetical protein	NA	NA	NA	NA
WP_044047735.1|3155130_3155340_+	hypothetical protein	NA	NA	NA	NA
WP_044047736.1|3155783_3156542_-	SDR family oxidoreductase	A0A2P0VP75	Tetraselmis_virus	2.5e-09	29.8
WP_044048315.1|3156772_3158956_-	hypothetical protein	NA	NA	NA	NA
WP_012024720.1|3159558_3160725_+	glutathione-dependent formaldehyde dehydrogenase	NA	NA	NA	NA
WP_012024721.1|3160904_3161198_+	hypothetical protein	NA	NA	NA	NA
WP_012024722.1|3161610_3162264_+	ferritin-like domain-containing protein	NA	NA	NA	NA
3162366:3162380	attL	NA	NA	NA	NA
WP_012024723.1|3163105_3164272_+	PQQ-dependent sugar dehydrogenase	NA	NA	NA	NA
WP_012024724.1|3164274_3165234_+	hypothetical protein	NA	NA	NA	NA
WP_012024725.1|3165263_3166364_+	catalase family protein	NA	NA	NA	NA
WP_012024726.1|3166460_3166685_-	hypothetical protein	NA	NA	NA	NA
WP_159436648.1|3166977_3167133_-	hypothetical protein	NA	NA	NA	NA
WP_012024727.1|3167403_3167973_-	hypothetical protein	NA	NA	NA	NA
WP_044047738.1|3169450_3171112_+	T9SS type A sorting domain-containing protein	NA	NA	NA	NA
WP_012024729.1|3171115_3174574_+	RHS repeat protein	NA	NA	NA	NA
WP_123875774.1|3179850_3180222_+	hypothetical protein	NA	NA	NA	NA
WP_012024732.1|3180724_3181369_+	hypothetical protein	NA	NA	NA	NA
WP_123875775.1|3181783_3182308_+|integrase	tyrosine-type recombinase/integrase	R9ZX86	Cellulophaga_phage	1.8e-19	40.3
WP_012024734.1|3182733_3183297_+	hypothetical protein	NA	NA	NA	NA
WP_012024735.1|3183301_3184981_+	hypothetical protein	NA	NA	NA	NA
WP_012024736.1|3185091_3186009_+|integrase	tyrosine-type recombinase/integrase	S5M9V8	Brevibacillus_phage	6.2e-15	26.4
WP_081432672.1|3186020_3186887_+|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
3189456:3189470	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NC_009441|4286592:4336082|DBSCAN-SWA
TTCATAACTCTTTTTTCTTTAAAGATACCAGTTGTATTGCTTCTGATGCTTTATTTTTCTTCTCATCTACCACTTTTGCATAGATTTGAGTAGTTTTTACGTTGGTATGTCCCAGCATTTTACTTACCGTATAAATGTCTGTACCGCTGGATAACTGCAGTGTTGCAAATGTATGTCGGAAGCAGTGGAAGGTAATATTTTTTTTAATGCCTGCCGATAGAACCCATTTTTTCAGAGGGCGAGAAATCCACGACGGGTCTGGAAGATCTTCAAAAACAAGCTGCCCGGGAAGCCTCGGCTCTCCACATAGCTGGAGAGCCTGCTGGGAAATAGGCATATATTCCACACCCTTTGTCTTTTTCTGCGTAAAATGCAGTTTAGCCATCCCATCTTCTACAGCTATTTCTTTCCAGCGCAGCTTCTGAATGTCAGAATGCCTCAGACCTGTGAGGGCCGAGAAAAGCGCGGCTCTTTTGAGAACGTCTTTTTCACAATCAGTTGATGCCAGTGCATTTAATTCTTCAATAGTCAGATATTCACGTCTTGACTCCTCCTCTGGAATGCCTTTTATTTTTGAAGATAAATCAACTGTTAGATATCCGTCGATAAATGCCTGCTTTACAGCCGCTTTAAATATCGCAAAATAAGTTCCCGCAGTGTTACGGGAAATGGTTCCCTTTTTGCCTCCTCCCTGTGGCGCGCCCAGCAGAAACAGTTTAAAATCTTCAGCCATTCTGCTGTCAATCTGAGAAAAATTCAAGCTGCCATTTGAAAAGCTTTTTAAAAATTCTGCCAACCGCTCCCAATTGATGCGAATGGATTTTGAACTTCGGTTGTGCCTTTTAGCAGCAACAGCAGCAACATATTTAATAAAATCCTCTTTTCCTTTTTCTTTCTGTTCAGCCAACAGTTTATCAGCATCAGTATATAGATCAATATTATCGTATTCTTTCTGCCTTATTTTACGTACTCCGTCAGCATACAACATTATTGCACAGTCGCTTTCGCTTCTGCAGATTATAATTCCGTTATCGCTGCGTTTGGGTTTGTAGGACTTTGATCCCGCTGCATCTGTCCGGGCAGTCCTTTTCTTATCCCACTCCACTGTTGTTACGGTTCTGTTCAAATATTCACGGATTCTCTGGGGAGTTTTCCTTCCAGAAACCTCAACAGGATAGCTTTCTATGTAAACATACCATTCTTTTCGGTCATCTGCTTTTCGAAGACGCACGGTCACTTTGGTTTTTGCTAATTGTTTCATATAAAATCATTTCCGTTATACAAATTATCAATTTCGCTTTTTGGAGCATATACATGCTTTCCAATTTGTCTGGTCGGGATTGAATATTTTCTGATATGGCTGTAGACAGAACCTTCAGATATCTGAAATCTATGAGCTATTTCGCCGATAGAATAGCAGTCCTCTTTTTCAAGGCTGTATAATTTTTTCTTCAGTCTGCTTTCAGCCTGCGGCAGAGTACGTGCATGGCCGAACATCTCTTCCATAACTCTGCGGTCTATTCTTATAAGGCGGGATCCCAGATTAATTGAAGGAATTTTTCCCTGGTCTATAAGCCGATAAAGGGACTTATTGTTAATGCCAAAAAGCATGCCAGCTTCTGGAACAGAGATAAATGCCCTATTCTCGGGTATTTTATCCGTTAGCGCTTTAAGCTCCTCATCAATTTTAAGCCGTTTCATCTTCAGTTTGTATGCTTTTTTACTGCATACATGCGAGCAGTAAACAGAAGTGACGGTTTTAGGATTAAATTCCTCTCCGCAGTTAAGACATTGTTTGTTCGTTCTTTTCATCGTCTTTGTCGCCTCATTAAGGTATCATAAGGGTACATAAGTCCCACTTTGTCTCCTTCTAAGAGACAGGTACAAATATGGTACAAATATATGATAAAAAACGATTAAAAAAGAACAGAAACAATAAAGAACAAAAAAGAAAAAGCGCTGTAAACATTAAGTTTACAGCGCTTTAGCACTTATTGTTAACTGATGTTAATCAGTTATTATTTGACTTATTTAAAAACTTTGGTAAATGAATTATGCAAACCACAATCTTCGAACTAACTTACAAGAATGGAAAAATCGATTATACAGATCCACTTATGAGCAATTTGGATTTCAATTAAAATATATTATAAGCAATTTTGACACTAATCTTCAAATTCACGCATTGATAAATGACTCAATAAAAGAGTATGTTTTTTCACAGGAAGAATTTAATAGCAGAACTAGTTCATATCGATCTCCTGAACTAATTTTCGAAAATGAAACTCATCAGTCTGCATACTGTTATCAGTTTTTAAAATACTTTATTGAAAAAAGTGGAAATTACAATTTACATAATAATACATTTTTTAGAGGTCGTGATTTTGAAGAGACAAAAACTAAAATAATAGAAGAATATATTTCTCCTATTCTTTACTATTTACACGATAAACTTGAAAAGTTAAATTCAACTATCTACCTTCTAGAAAAATATAAAAAAAGAACAGAATGGTTTACGCAAAATAGCATTTTATCAGCTTACAAAACCGCAACAAAAAATTATGAACAAATACTTGAAGATGATTTAAGATTATTTCTATTTGATCAAGGTATTGATTATCCCTTTTCTACTCCGACATCTGCTTCGGGTCGCGCCGATGTAATTGGTGAAATTGAAACAGACGATCCTTTAATTATTGAAATTAAAATATTTGATAGAACCAAAAAATATGGTAAGGACCGAATTAAAGATGGTTTCTCTCAAATTATAAAATACACTAACGACTATAATAAAGATGTTGGTTTTTTGATAATATATAATATGGAGGACGTTGAAATTAATTTTAAGTTCTCTGAACCAACTAAAGTTTTTCCACCATCATTTCAATTCAATAATAAAACTTATTATTTTATTGTAATAAACTGTGGATTTACGAACTCTGCTAGTAAATCTGGCACAACTCAAGAAATTGAAATAACCGAATCTGAATTGACTAAAAAATAACTACCACAAACAATTTTACGACGGATTTGGGCAAGAGACTTACCGGAAAAATGGTTTTGTATTTGGATAATTTGGCAAATCCGAGGAATGGGGCTTGATGGCAGTGGCGCAGTTCAAAGATGGAAATAGGTAGCGTCCCCACCGTAGCCCCGATAGCAGTGGAAATCCTTTTTTGCCGAGGTTCGGCACAAAAGATTGAAACGGATAGCGGGAAAAAGCTCCAAAAAAAAATAATATTAAAACTAAAAATAATATAAGTCCTAGAATTCTGGTAAGCATTCCCAATACCGGGTTAACGGAGTACATGCAGAATTCTGCCCACTACTACATCAAAGAGAAAAACCTATAATATTCCTGACAGCAAAAGAAAGATTCGCTCAATGATCGAAATGCTATTTGGCGCTTTAGATCAGCAAAAATAAAATGACTCACTCCTACCGCCCTGATTACCTGATCGCTGTTTTATAATTGCAGATCCTTATTCTGTAAAAATATCGTAGCTATCCTCTTTACATTTGATAAAGGACAACCCGCAAAGTACAGAGAAGGGAAAAATACCGGCAGGCACACCGCATGGATGGAGATTTTTTGCAAAGACCTGAAAGGCCCGGCCTTGCTTTTGGTAAAGGACACGGACTACCTTTGCTCCTGAAATAAAAACAAAGCATACGGGGTATTTGATTACTAGAAAAGGGAAGCAATCGCGATACTGTGGATAAAAAGAATCAGGAAGTAAAAGCAGACAGCTTAAGGATGAATTACAAAAAGAATTATCAACTTAACTAATTGCAAAAAATTAAAAACACTTAATTTTCTCACCGGAAATCAAGTAAATATACTTGTTCCTTTATACAACATAATTGATATTTTTGAAAAATTATGCAGATAAGGATATGGTTTTCCGTAAAATAAATACAAATCATTTCGACACCTTTGTTCTAGGATTTATGTTACAGTTATAATTTTTCACATTGATAAAAACATTTTATAATTATGAGGCGATATAATATTGTTGATCATCAAATGATTTATAAAAACATAACTCTCATACACATTAATCCCACTAACAATGCATTGAACTTTAAAGAAGTTTTCGATTCACCTTCGGACTTAGAATGGACAAGTGCATTGAAAGAGATTATCTGCTGACCGGCTATAAGGGTCAGTGTAGAAAGACAAAAAAGAAATAAAAAACAATGAGCGAATTATTCAGAAAATATCATCTAGGCCATTTTATAGGGGAATACAGAAATAATCTTTTCGAGCGAATAGACAAATTGGAAATAACTGATAGCACTAATATTTCCGAACTTGCTGAAAGGCTAAAATCTGAATTCACCATTTTTCCAATTATTATAGGTGAGCCAAAACCCTCACAGCCAATAGAAACAACAAAAAAAATGTACAATCCTTGGGGACAATTGTATAACCAGAATGTTCTGGAGATTACGGTTACGATTCCATTTGAGGGAAACCATAAGTTATTTTACTGCATGCCTTCGCGATCCACGATAGTTTATCTTGAGGATAATGTTGTTATTGGCAATACTAATATCAAGGCAACAATCACGCTGACTCAGTTTGACGAGAAGGCTTACTTTTCAGAAGTAAACGAAATTATCAGCACTGTAAGCACAAACTTACCCGCAATACACGATGAAATTAAACCTTGGAATGACAGACTTGAAAATTTAATTCAGCAGGCCTTAGAAAGCAGAAAAGGAATTGTGTCAAAGAAGTTTGATTTTATGGAAAAAATTGGATTGAAAGTAAATCCAAATTCTACCGAATATTTAGTGCCGCCAACTATTACCAAAAAAGCAATTCCAACTCCAGTAACAGAAACAAGTAAAACAGTAGCAAAAGAAAAAGTTCCAATACTTCAAGAAGAAGTTTACATAGATATTAGAGAAGTTTTGTATAATGTCGGAAAAGCAATTGAACGAAAACCTTCATTATACAAGGATAAGTATGAAGAAGATTTGCGAGATATTTTCCTGCTGTTTCTTGAAACAAGATATGAAGCTGCTACAGGAGTTGGGGAAGCGTTCAATAAAAAAGGAAAGACAGACATCCTTCTAAAGTATGCAAAAGATGGAACTAATCTCTTTGTTGCGGAATGCAAGTATTGGAAAGGACAAAAAAAATTAACTGAAGGCATTGACCAATTATTAGGCTACTTGACACATAGAGACACTAAAACAGCATTGATATTTTTTGTCGACCAAAAAGAAATAACAAGTGTTGTGAGCACAATAAAAAGTGAAATCAGCTGCCACAAAAATTACAGCAGACATATCAAGAACACATACGAACATTCTATTAACTATGAATTTACTCTACCCGACGATAGCGACAAAAAAATTCAGGTTGAATTAATGCTTTTTCATTTTCCGAAAATTTAACGAATAAAAAACGGTATAAATTATTAATCGGCAATACTTAAAACAGTTATGCATACACTATTCGACCATATTGAACGTGATTTCCATGGATCATCTAATCACAATGAAAACAGTTATGATTATTATAATCGAAGTGCAAGAAAAGATATTACAATTATACGTGACTTACTGGAAAAATGGTTTTCATCATATCCAGAAAATGAAAAGTTTGAGCTTAAGAAAAGATTTCAAAAAGATTTTGATCCAGCTTTTTATGAGCTGTTCCTATATTCTTTATTTAAAAAATTAAACTTTGAGGTTGTAATTCATCCTGATCTTCCCAGCACAGATAAAAAACCCGACTTTCTGATTAAAAAAGATGAACTGGAGGTGTATATCGAAGCAAAAGTTGTAAATGATAAATCAGCCAATCAGCAGGCTTTCGAGAGGAAGATAAATGAGCTGTACGATCATTTAGACAAAATAATATGTCCTGGATTTCTTCTTCAAATAGATACACTGAATGTAAAAACTGCCAAACAGCCAAGTGCAAAAAAAATAATTGATCATATACAAACAGAAATTTCAAAATTCCATCCTGATAAAATAACTGAAGAAATTACAAAATACGGTTTTGAAGCAATACCTGAAATAGAGTATGAAAACGATGATATTCATATTATTGTAAAACCTGTGCCTGTTATTGAATCTGCTCGAGAAATTGAAAATAAAAGGGCAATCGGAATGTTTCCAATTGAAACATTCTGGGGCGGCAGCTCCGACGCTTTAAAATCTTCAATAAATAACAAAGCTAAACGCTATGGAAACTTAGACAAACCATTTATTGTCTGTATGAACATGCTGGCATCAAAAGGCTCAATGGATTGGGATGCTAAAACAGCAGTATGGGGTTCCCAGTCAATTTCCTGGTCATCAAATCCTGAAAACAGAAATATTAAATCAGGTTATGCATTAGATGGCGTATTTCTAACGAGCAAAGGTCCCAGATTGAAAAATCTTTCGGGAGTATTTGTAAGCAGGGTTTTCCCATCCAATATCCCAAACGCCGAGCATAGTTTTTTCGAACATCCGTTTACCGAGAATAAATTTGATTTATCAAAAATTGAATTATCAGCACAATTTACGAAAGACGGAAAGATTCAAACCAGGAAAGGAAAAAGTTTGAATGAAATCTTTCAGATTCCAGAAAACTGGCTTGAATAAATACTCTCCACAACGACTTTTTGGCGCAGAAGCAGGTTTGCTATCTTACACGGACATTTTTCCTTACGAAAAATTCTCTCTATAAAAAAAATCAGTCCAACGGATTCACTAATTCATCACGCCGAAGATTGCCAGAAGTAATACTTTGAAGACAGCCAAAATGAATGAGATTTTATATACAATTGCAAAAGACCCGGAAGGAAACCTTTTTACCGCACTGTCCGCTCAAAAAGGAACACAATATTATTGTGTGAACTGCAATAATATTTTGGTCCTCAAAAAAAGCGGAAAAACTGGCCCGCGCAGAAAACGTCCACATTTTGCTCATAAATCGCTAATGCCAAACTGCCAGCCTGAAACAGCTCTGCATTTTGGTTTTAAAACTTTAGCGGCAGAAAGATTAAACTTATATTTAGAAGCCGGCACTCCTTTTAGTTTTAACTGGCGCTGCGACTACTGCGGGGAAAAACATACCGGCAATTATACTAAGAAACTAAAATCGGTGAGATTAGAATATGATTTAAAACACTGCAAACCAGATATTGCACTGTTAGATGAAAATGATGCGGTATTTGCGGCAATTGAAATAGTAGTGACCAATAAGCCAAGTGAGCGTGTTTTGAACTACTATCTTGAAAACAAGATAATATTAATCCAGATAAACCTTAAATCGGATGACGATATTTATCTTGTGAAGGAGAAGCTCACTGAACCTGATCTGGTTAAATTCTGTCTGAACCCAAAATGCAATGTCTGCGGTAATTTCCAGAAAAAAATTGTTATGTCGATAATTGACGGGAAATGCTGGAACTGCTACAGCCCAATGAAAGCTGCCGTTATGAAGGATGGGGCAGATAAATTTTTATTCGGACCGGAAAAATTTAGTTCCTCCGAAATTACATACGCCAGAGAAAAAGGTGCAGCAATCAGTGAGTACCAGAGCAAAATTACAGGCGAGCAATATCAGGCGAACTTCTGCCCAAAGTGCGGCACATTTATAAGACGATTTTCTAAACTAAAAAATTATTTGTCGTATGCCAATGAAGGGGCACTGCCGATGCAGGATTTTCAAATCACATATAACTGCAGCTATTGCTGCGAAAAAAAAATATCAGACGATGACGATTGGACACAAATTCTAAAATGGCAATACTAACGATGACAAATACTACGACGATTTTACACAATTGGCTTAATACAAAGTGAATTTGGTATTTGTGGATATTTAGCAAATCCGAAGAATTATATTTACGCAAATTCTTTAAATCAAGTGTTTATACGCATAAATGAAATAAAACAGAATACTAAATTTGGATAATTCAAACTAAAAGTAAATTCTGAGAGACAGACCTGATACTGGATTTAAATTATGTTCGGATGATTGGAAAGCTATTGACAATAACTGAAGATATAAAAAGAGTATTATATGTTTCAATCTTCCTCATCACTTTGAAAAACCTTTGTAAAACAACTGAATTTAACTGTTATCTATTAACCACAAACATTTAAATATGAAAAACTTTACTTCTCTAATGTCACTTGTGTTTTTAATATTATCAAGTCCAGCTACATCACAAGTCGATTACAAATTAACAGGCGAGCTTCTTAAAGCAATAAAAGAACATAATGACGGATATGAGCAGCTGAACAAGCTATCTTCAATAATTAAAAAAATGGAAGAAACAGGTGAAAAACCCGAAACTGAACCAGATGACAACTGGCACGCTCTGGCTCAGAAATATAAAAATGCTGATGAAGACATAAAAGCGGCAAAACTTCCTACTGACTTTCCTGCCGATCGTTATAAAATTTCTTCAGAACAGTTCAATAACTGCTTTAGCAAGAGCTCAAATTTGGATATCCTTACCCGTTATCAAACTGAACTTTCAAATGCATCTGCTGTCGGCGAGCAGGAATTAAAGACAATAGAGACCGAGAAGGAAAAAATTAAGAGTTCCTTTGCCGCGCTAAATTATCTCATCGACGGTTATGCGCTATTCTCAACAGAGCCGATATATGGAAGCTTATTCACTTCAGATCTGTTCTCACTTCTCAATACCGTTAGACCTGCGCTGGGGGAGTACAGCGCTTCACTGAATAAGTACGAGAAAAAACTGCGAAAAGAGGTTGATGCCGCTAGGCTCCACAGCTCAAATCTGCAGAATAACATAAACACCCTCAGAGGCAGTTTCTGCTCCCTTGATGGTGTTTACAACGGCGAGGACAGACCAGCTGGAGCCAACTTTTCTTGGAAACATATGCTGAATTTAAAAAGAAGCGGCAGCTCTTACACCGGCAAATTTACAATGGTTAAGTCAAACGGCGCCAGCAAGAGAGAGTCTAATGTATCCGGTATCTCAATATCAGGGAATAATATAACATTCAATACATCATGGGGCAAGTATACAGGCAGAATATCTACAAATTTTTCAGATATTACTATTTTAAGAGATCCTTATGGTGCAAGCTATGTAATGTCAAAATAGGAAAGTAAGTTCGTTTCATGTATTGCGTGCTAACCCAAACATCAATAAGAATGTCAAATTTGGATTTAGGGCTGTATTGTCTTAACATGCGGGATTTACAGATTTTATAATCAAGCTATTGATTATAAATCCGGCTTTCACAAAAGCGTATTACTGAAACACGAAAAACTTATTTAGAGCAATGCTTTTCTGCATTTGGTTCCAATCACACTAAGTTTTTTTACAAAATAAGGCTAAGTCGAAATTAAACTGAAATCTTAATAATGAAAGAAAAAAGCGATATTGACAGAATAAGAAATTCAGGTGGACACACTACTGTCGGCTCCGAGCACGACGGCGCTATCATGGAAATGAAGAATATCGCAGGACGATTATTAGTCATAAAAGAAAGAGCAATATATGAAATTGTTACTGCAGACAGCATTGATCCGGAAAGGAAAAATGCTAATTTACCCCCTATGATTCAAAAGATCATAATTGACCGGGGTACAGAGTCGGAAATCGTTTCACGCACGCTTTTAACAGCAATCGGTCTTTTTAAACCTGAATACATTATGGCAGCTGTTGACTGTAATATTATCATCAGCCTAATGATTGACATGCTCTCGGAAATTTACATTCTTGAAAAAGAAATTTCAGAATATCAGCAAAGCGAAAACGATGCGTCAGCAGAGTACGAAATACGAAAACAAGAAAAAGCGCCATACAAACTGCCATCGATTGTGAATCTGGAATCAAGATGCAAAACAATATTTCAAAAAGCCGATCATGTAGAGCAGCTTCTCATTGACATTATTACTCGAGTTTATCCTGAGTTAAAGTTAACTAAACAGTCTCACTTTCCTAATCTTTATCTAGAAATAAAAAAGCTTTACGGGGAGAATGACGGCTTTGTAAAACTGCTAGAAACTGCGTCTGGCTTCATGCAGATTTTACGAGAATTAAGGAACGGATTTGATCATCGATTAGACCATACAAAAGCTATTGATTACCAATTGCAGGTGAATGGGGATATTATTGCCCCAACCATTGAGTTAAACCATAAAAAGGTATAATTAGATAGAACTTCGCTAAGTGAATTCTTAAGTCTTGTGATTGATAATTTAATTTATGTAGTAGAAATGACACTAGTCTATCTAGCATCGAAAAACCTTAGAAATACCGCAATTCCAAACTACGTTAAAAAAATTCCGGCTGAAAAAAGACAAAACAAATTTGTGAGTTTTAGTATTTGGTCGCCTATCGGAGAAGGAGGCTACTTCTCACAATAGGCTGCCTCAACAGCTTTTGCAAAGAATTTTGGTAACCGGCTAATAGAAAAAACGGTTTTGTATTGGGGATGATTTCTTCGCGTGTTCGGTATAACTTGGGGAGAAGATCTAGAGATTCGGCTAAATCCATTCCCAAACCCGCTGACATTAAATGCAGACTTAAAAAAAAATATAAAAAAATAAATATAGGATATTGGAGTGATGTGCACATCGCAATGGGAGAACGTGAAGATGAAGCGCATCTTGCACCGAAATTAGGTATTAACTATACGGAGCTATGCCAGCTTGATTACACTATAGAAACAAATGAAAGTGATGAAGGCTTATTATACAACTATAGAATAGTTTTCAATCACAGCAATCCTCATTCAATACTGCAGAAAGTAAAAGGCCTGGATAAGGACTTAACTGTTTATTTGGAACCTTGGGAATTTGATGACAGGTACGATTATGACGTTGAATTCGAAGCAATAACAGAAAATAATGATTATTCTAAAAATTTCTATGATGAAATTGAAAACTTAGAATCATTACTGACATTAGAAGTTCCAAACTTAAAATTGCAAGATATTCTTTATCGCCAAATATTCATATCCATTATTGGCACTCTTGAGACCTATCTTGCCAGTTCTTTCATAAACCGAACTTTCGATTCTAATGAAAACCTTAAGAGATTTATATGCTCTCATCCAGAATTTAAAAACCAAAAATTTGAAATAAGAGAGATATTTGACAAATATGACGAAATAGAAAATATTGCACAAAAAGTTATGCTGGATACCATCTATCATAATTTACCGATAGTCCGAAATATGTATAGAGATACATTTAAGATAAATTTTCCTGACTTTTCAGAAATTTATAAGTCTGTCCTTACTCGTCATGATTTAGTTCATAGAAACGGATTTACAAAAGGAGGCAATAAATTTGAAATTAAAAAGGATGATATTAATCAGTTAATGAATAATGTTAAAAGTTTTGTTAGAAAGTTAGTAACAGAACTTGAAGAATAAAGTACAAAGCTAAAAGCCGTTATAAACAATATTACAATTAATCTATAAAATAAAACTTATGAGGCATGAATCATTTCAAGTGGATGGCTTCTTAATCACGGTTAGTTATCATGACAGCAAATCCGAATTGCTATTTGAAGCAAAAAGCAAAGGAACTCCTTTAATCGGAACTTATTCTGTTATCAAACATCAACCGCACAGCCAACCAGGAGAATACCATTTACACGTATATGACGGACAAGACCAGATATTTGCAATTAACAAAAGTGGGAAAGCGCATGATGGATATCATGGAGTTAGAATTCCCAACAAAGTTTATCAAGAGTTAACCAAAAAATATAAAGGCTGGGTTTTCCCTCCTGACCAAATCATTGAATCATTGAATTACACCTACCTGCTAAATCCGATTATTGATTTAGATTATATGCAAATACTTAATGAGATCACTTTTATAGAGCGGGAAATTAATTTCTTTGAACGTGTTCAATCTATAAATGAAGCCGCTGGCTTAATAAATGCTGTAGAACAAAATGAGTTATTGCTCAAAAGATTTAAAGATTTGTTTATTGCTTCAGTGAAGAGGTTACAATAATGCTGGTCAATATTTGTGTGACGGGATTGAGCTTTTATGCTGAGTTTACTATGGTCATCAATTGGTAAAATTATGCATAATCAAAAAATTCGAATCTTTACTCCCCAACATCGCTAAGGGCCAAGATGTTATAAGCAATCCAATAAAAAAAACTCCAGCTGGAATTACAGGTTTATTTTAAAAACATAAAAGCTGAAATAATCAAAACGATCTTAAAAGCTGAAACAGAAATTAAAATAGCGGTGGCATGGCTGACTGATGAGGATATTATCCGAGAAATCACACTAAAGAAAATTTCTGGTGTAAATGTTCAGATTATTATCAGTGATGCAAAAGAAAATTATGTCCGGATAGCTAAATTAAAAGAGTATTTAAAATACGCTGGGGTTTTATCAATCGGAATTACAAAGCCATTCATGCATAATAAGTTTGCAATCATTGATGATCGCTTTATAATCAATGGCTCATACAATTGGTCATATGGAGCGCGGAGCAGTGAGGAAAATATTTTTATCATCACACTCGATAAATCTGTTGAAGAAGATACAGCGCTGCTGAAAAAGTTTCAGCTTCAATTTCAATATTTGTCACATCGCGTAAGAGCTGTTTCGATTGCAGACTTTGAAGAACTTAATAATTTCAGACAACGAATTGCAAATCCAATTGCTGTTATTTCAGAACTGGACGAAAGCGAAATACTGCTTCGCGAAGAATTTGAAGAAGCTGTTAAGAATTCAATTAACAATTCGCTAAAAGCAAATATACAATTTGACTATACCGGACTGCTGCAAAGAATGCAGAAAGATGGCGGCGGCGTTGAATTCGTAAAACGATTAATCAATGATGAAATTCAGACCGGCGATATGAAATCTGGATTTAGAAAACTTCAGGAACCCATTCCGCATCGCGTAGACCTATCTCTGGAATACTTAGTTTCACAAGAGCGGTTTCAAAGCCTATTTGAACCTAGGCAGGTAGATTTCTGTCTGAACCTAATGAAGCAATATCATCTATAATCCTGCCAAGCATTTAAGAGCTGTTACAGTGGATCAGGGCAATTTGCCTAATGGAAGAATGGTTTTAAATCTGGAATGATTTCTCTGGCACGGGAATAAGCTGGATCCCTGTTTTTTTCATTCCTTTTTTCTTTGAAATATTACTATTTTGAAATGAAAAACAAAGATGAAAAGAAGGATTCTTTTAATCTGAATACAGAAATTATATTTAACCAAACAATCTATACTACATTGCAAATTTATTATACTAAAAATCAAGTATTATTACTTGCTGATTTATACAAAAGAAAATAGATTTTTGTACTAAATCAAATATTGGCCGCTTATGCCATAAGCAGATATTCCGTCAGATGCTTTTGGAAAATAAAAAATTCATCAAATAATAAGCAAACTGAATTTTTATGAGTGGCTTTACAAATCAATGATCTTGCGGATCACTTATAAGTGCTGCAGAAGACAACAGGAATTTCACGGCCATTAAACATTTTTGAATAATAAATATTAAAATAAAGTAATTTGCAGACAGATATAGATCAATTGATCGATTTAATTAATCAAAATTTAAACAAGAAACTCGATTTCTACACAACAACTGATAATATCAGCGTAATTGAAAACAACCTTAAAACACAGCTAAAACAATACGTAAAAGCAATTGAACAATTACGTATAAACGAATATTTAAATTCGAAATCAAAAAAACGAAAGATGGTTTTTATAGATTATAACACTTTTACAGCCTGCGCTATAGGCGCAAAATATTTTAATATAGGCGCCTATGGAACATCGCACGGCTATCTGTTGAACTACGGAGTGTTTATGCCACTGTTTAACAAATTAAAAAAAATAGGACAAATCGGACGAAGAAGCAACAAAAATATAATAAAGGGAAAGCGTAATTTTGTCGGTAAATGTGCAGAAGTGAAAGCATCATATGCTATTAATAAAAAAAATCGCATAACTAATATTTCGGACATTGAATTTACAAAGGCATACAGGCCTAGAACGATGCAGACCATAAAGAGATGTAATAACTGTGTATATATTTTTGGAAATGTTTAGAAACACATCATTAGGATATGATCATGATCTATTTATCTTTCTACCTGAATTTAGGATTCATATTGCCACAGGCGGGGCTAAACTACCTGTATATATGTTGAACTTAACGATAAATAACTTTTTGATATACAGCCACTTTGAACAAGAACATCTTTATAATTTCGAGATCGAAAGAAACAAAAAGCTTGAAGAGATAGTTTATGCTCCTGAACGTCTTTTAAACGAATCATTTGAAAGTGATGAATATACCAGGACATTTGATAAATTTGCAAAACAAGGATTTTTCTCATTTGACAAGACTAATATAAGTGATCCTTATAATAAATCATTTCATCTAGTATCTTTCCCTACAGATAGAAAAAATAGCATACCAAAAGACAATCAATTTTCAGATCTAAGAGAAAACAAAGTTTTATTGGATAGAAACGGAATTTTAATTGATCAGATTATAGAAGAAATAAACACATTGAAGTTTGATCCAAAACCACTGTATTACTAAACCCAGATTTTAAGATAACCATAGCACATCTGCTACTTGAAAGACACAATCTGTTTTAATCTTCCCAAAATTTTGTGGCATTTTATCCAATAAGGGCTTAAAACGGGACAAATGGCGCCAATTATCTTCGATGGTGATGTTCAAAGGAACTAAAAGCAGAGACATAAGTATATAAAAAAATAATACAATCCATAATAGCTTTAATATGAATTTAATCTTTTCAGATAGTTCGAGTATAGATGGAATAACATTAAAAAAACTAATGCTTGTTGGCAATAATATTTCATTTATCGATCGCCCTTCAATTTCATTGGCCAAAAATGTAGGTACTGTGGGAGTGCATTCAAATATAAGAGGATTTGAAGACCAGCTTACAAATGAAGTCGTTACAATCAAAACCATTGAACCGCCGACGTCAGTATTTCATTCAAATTTTTACAGACAGTATTTTCAAATCGACCAGAACAACGCCGAATTTAAAAAAGTGGTTATCGGAGCAATTTTAACAGGCTGGTTTGACTACTGGCTGTTAGACAGTACTGGAAAAAATAACAATGTTCAAGGCCATAAAAATTTAATTGAATGGATTTCTAAAAATCAGCAATTAATACTTGAAACAGATTTAAGCGAATTACAAGAAGCGGATGTTGAAAATTTCTTTGCTTTAGAAACTCTTGAAGATGCATTAAGAGCCTTTAGAACCATGCTTTGGGAATTCTCACTGAAAACGACAGCTATCCTTCATGGATGCAATATTGAGTCCGCAAGTCCAATTTCAATTTCTCCTTATTATGACCAAGCCATAAAAATAAGAATCTCGGATAGCGGCTATTCAGGAAAAAAAAGTAATGCTAAAAAATTAGGCTTAAATATTATGGAAATGTTTTTGTCCGACCAGGCTTTGGAACAAATTCACTTTAAGGAAATACTTTCATTTAGAAAGGAAACAGAACAGATTTACCAAAATTACATCATTGAAATAAACAAACTGGAAGCTGAATTAATCAGATCAGGCGAAGAAATTGATTTACTATATCTTATGGATACTAAAATCAATCCAGAAATCAATAAATTAAGAAATGAATTACTTAAAGCTCGAAATTTAAGATTCAAAAAGCTTTTAACAATCTTGAATAATGGTGTTTTTTCAACAATCGCAGCAGGAACCTTAAGTCTTGTTAATTTACCTGCCGCTGTTTTAGGTTTTGTTGGCGGCCATCTTAAATCGCCAAAAATAACTCAGGAAATTATTGAAGAACATTTCAAGATAAAGGAAATCCAAAATAATTCTCATTTAACTTATTTACTAAAGTTAAGCAAACTGGAAGAAAGGAAGTGGACTAAATAATAAACAGTATCCGATTTTCTGCCGCAAAATCTTATCTTAGGAAAAGCCGTAATAGAATCGAAAAATTATTTATCCTTTAATTTGAGTAAAACAAACACACAACATGAAATATGATTCTTCAAAATTAAATGACTGGGAATCTAAATCTTATGCAGCTTCTGTCATGGAGAAAGAAGTGAAAAAAAGGTGGAGATTTTCAAATCCGGAAGAGACGGCGGTGTGGACAGGAGTTTCTGTATCAAATCCGAAAACAGGACTTAATTGACCTCAAACCTGCTGTAATACCAGAACGTCAGTTTTCACAAAGCAAAACACTTTAAAAAAATATCATTGAGAAAGAAAAGATAAAATAGATTTATTCAGTCAATAATTAAATACAATGGGATCAATTTCACAATTAACAATTGCCGACTATCCGCTATTCAGCTATAAAAATGGTTACTATCAAGAAATAGCAAACTTGATTTTCCTTCCTGAAGATTTCATTAAAGAAGTGAGAAAAAATTCTTCAAGAAATAAATTGGTATGGGGCGAGGCATATAAAAGAGATAAAGGAAGCTATCAATTTAAAGGCTATCAGCAGACCGTCGCAATATGCAAACAAAGACTTGAAATACTGGGTATGACTATTCAAAAAGCAAAAAGAGAATTCCCAATAGCAAAAAAAATTGCGGCTGATGATTTTTTTTATAGCTTCCCGCTGTCAAAATTTTCTTTCAAAAATTATCTAGATGAAATTTCAGATATAATTAAAAAAGGGGAAGTTCATTATGACCAGCTTTATACCAACTTTCGAGAGAGCCTCATTACGGGTGAGTTAGGCATTTATGGACAAACAACGGCAAGCCATTTATACTCTATATTGAGCTGTGTTCCCCAGGATTCGGTTGTTGAATATGATTTAACCGATATCATGGATGGCGGCTGGATTAAAGACAATGTGTCGGAAGATATTAATCTTGAGAAAATATTGGTTTTGACAGAAGGTAAAACAGACGTAGAGTTTATTAGCGGTTCACTTCAAAAATTATACCCTCACTTATATCCTTATTATCATTTTATTGATTTTGATGAATATAAAGTAGAAAGCAATGCATCAGCATTGGTAAAATTAGTAATTGCACTTGCTGCATCAAATGTCAAGCATCCAATTATCGCACTATTTGACAATGACACTACAGGTATTATGGAAATGAAAAGACTAAAATCTATTTCAATGAACAGCAATTTTAAAATTTTAAAATTTCCAGACTTACCATATGCAAAGAAATATCCATCTATAGGCCCTACAGGTTTAAAAACAATGAATGTCAACAGTTTGGCTTGTGGTATAGAAATGTATTTTGGGATAGATACTCTTACCAAAGAAGGAAAGTTAATTCCTATCCATTGGAAAGCTTATAACGAAAAAGAAAAAAAATATCAGGGTGAAATTTCTGAAAAAAGTTATGTCCAAGATACGTTTAGGAACAAATTGAAATCAAATACAGTTTCTGATTTTTCAGGTATTGATTTAATTTTAACGAATATATTTCAAGCGTTTCAACAATAAATAAGAACCAAGTTTCAACCTAATCTACAGATAAGACAAAGAAAGTACTAGTAAAAATCGATTGAATTTTCTAGCCCCGATAGCAGTGGAAATCCTTTTGCACCGGGGTTCGGCGCAAAAGATTGCAACGTATAACGGAAAGAGCTCCTAAAAATAATGTTAAACCTAAAAAATAATAGTCTACACAATCACCTAAGAGATTTAGTATATTATTCTTATATTCGCTAAAAAGCTTATCAATTACAAAAAACCTACTAAAAAAATCGTATTGGTGCCATTTTATGGCTTGAATAAATCAGCTAAGTGTAATCTTAAAAAAATGACAAAAATGACACTTCGATTAAATTATTCAACATATTTTAATCAAAATGATACCATAGAAGACTTACTTGCTCCATTAGGAAAAATGGATTTATTAAGAGCTGTAAGTTATTTAATAAACAGGACTAAATCAGAAAAAAATGCAGTTGATACAATTAGTAATTGGTTTAATGATAAAAACATACAAGCACAATTAATCCCAAAAACAAAAAGCAACACTTCTATTCTAAACATTATTAGCAGTTTAAATTTATTAACATACATTACAGAAAAAGCAGATACAAATACTGAAGAAATAATTAGCCCTAATGACTTTGAATTAAGATTATTTAAATCATATCTTTTATTAAATTCTGAACAGGATAAAATTGAAGTAGCAGGACAAAAAAACTTACCTATCGATGGTTCAGAAGAGAAATTAAGTGCTTCTTTAATTACACTTTTATATCATGATTATGATTTACAAAATTATATTCTTCAGGAAGTTTTTTTAGTTCAGCTCATAAAATCGATTGATTTTTTTCAATTTATTGAAAAAGACAATAAACTTAAAAATCATCTTTCTTTATTTCTTTCTAAATATAATTGCAAAACTTGGACTGAATGGATAATGAATTTATTAAATCTAATTTTACCTATTCTCGATCATAATGATGAAACGTATTCGGAGTTTAGGCTTGATAGAGATGAAAACTTTGATACAAGTACAACTTTTTTAAGTTTATTTACAATTCCTCTTGAATACGAAGAACTTCCGGATTTTATACACTTAAGGAGTAATCCAATTTTAAAAATCAATGATGAAACCTTCATCATAATTAACAAATTATTTTTAGTCGAAAGAATTTTTAAAAGTCTAGTCTTTGAATTCAGTTTAAAAATTAATAAAGAAGTTAAAGAAGAATATCAACTAAAAGATTTTAGAGCGACCTATTGTGACAATTTTTCTGAACAAACACTACTCTATAACGCTTTATACAATTGTTTTCCTAATAATCCTAAATGGAGTAAAATTAAAGGTGAAGATTTCAAAAAAATGAAATATTCATCCGAGCCTGATTATTATGTAAGATTCAAAAATAAAGTGCTAATTTTTGAAAGCAAAGATGTAATCTTAAAAGGAAACGAAAAACATTCCAGAGATTATTCTATACTCTCTAAATGTTTAAAAGAGAAATTTTTAAAAATTGAAAAAAACAACAATATCAGTAAAAAAGCAATCTTACAAATAATTGAAAATATTAGACGAGTTTTGGACAAATATTATGACAAAATTGATACTAATTACAAAACAGAATTTTTAAATTTCTATCCAATACTAGTGGTTCACGACAGACAATTTGACACACCCGAACTTAACCGATTAATCAATATATGGTTTAAAAAAGAATTAGAAAAGGCTTTCAATAAAAGTGAACAATTTAAAATTAATGAGCTAGTAATTATTAATATTGATACTTTAATTTTGTATCAAGAGCATTTTAAAAAAAGAGGAATATATGGATTGGAAATTATGATTAATAAATATTTCGAATTTAAAAAACCTAGAATATGTAAAAACCAGAAAGAGTTGGAACAGAAATATTTAGAAACTTCTATTTCTTTTTCCGATTTTATAGCTAAAGAATTCAATAAAACCAATTTCAAAAAAGTTCCATCATTTGTTAATGAATATATAAATAAGCTAATCTAAAATAAATACTACAGCTAAAACGCGCTACAAGCAATTTAGGCATTAGGTTTAAATTGAAATTAGTATTTTTTATTTGGAAGATTTGCTTCGCCGGTTCTCTACGCTCGGGTGGCAAATCAGAATAATGGGCTTGTTTTAGTCTCAAACGCGCTTTACTAACAATATGTTAGCAGAAATTATAAAAATAAAAAAAGCAGACATTATATGGCGTAATACCAGAACGTTGTGCGATACAACACTAGCCCCGATGGCAGTGGAAATCCTTTTGTGCCGGTGTTCGGCACAAAAGATTGAAGCGAACAGCGGGAAAAAGCTCCTAAAAAATAATAGTATACACAATCAACGACGATAATCATTCCAAAGCAGTTTCCCCGGGCAGTTACCGATACGGGATTCATCCAGCCTAAAACTAAATCAGCTGATTCTAAGCTATAATAAAACAGCATCAGTAAAAGTAAAACAGCTGATTCAAAGCCTATTGGCGCACAAATAAAAGATTTACTATAGTATTGTTATATTCCCTAGCAAGCTTACTGCCTGCACAAAGCCGGCCAAAATAAGCCGCACTGGTACCGTTTCAGAAAAAAAACGCAAGTAAATAACAATCATTAAAATTCATTTTTATGACAGTGGAATAAAATCTAAAATACAGCAGTGATGGAACAATTAAACCCTTTAACTGAATTCTTTAGATCAATAGAAAAAGACCAGCGCATCAGCATTACCCATATTGGAATTTTTGAGGCACTGCTTCAATTCAGAGCAAATCAAGGCAATATCAATCCTATCAAAGCATACAGGCATGAAATTATGAAAATAGCCAAAATAACCGGCCCTGTCACCTATCACAGGTGCATAAAGGATTTAAATGAATACGGCTATATAAACTACATCCCAAAAAAAAATAGAAACCAGAAAAGCGTCATTTATTTTCTTGTTTAAAAGTGGAGCTGCTATTTTTTGGCTGGAAAAATAACTTTTACTATTGTCTGTTGTTCCATTGAGGTCAGAAATTGGCTTATTCCAAATTGTCTATTTAACTTTTTAGCCCCGATTGCTTCGCCAGTTCGCTTCGCTCGTGTGCAGCAGAAATCCTTTTGCGCCGGGGTTCGGCGCAGAAGATTAGAGCGGATAGCGGGAAAAGCTCCTGAAAAACAACATTTAAACCTAAAATAATATAACCTGCCCCCTGATCACCTGACCGCTGTTCTATAAATCCAGCCACTTATGATGTAAAAAAAACTCCTCTGCCACGTATCACAGGTGCATAAAGGATTTAAATGAATACGGCTGTATAAACTACATCCCTAAAAAAAACAGAAACCAGAAAAGCATCATTTATTTTCTTGTTTAAAAACGGAGCTGCTATTTTTTGGGTGCAAAAACTAGAACCGTTTTTTATAAATGTTTAGTAATTTAAATTTTGTCGCAAAATCGTGGCACCTGCAGTTTTAGGAAACGATAAGCATAGTAAAATCAAGCCCTAAGAAGATCAAGTTCGAAACTGTATTAAAAAATTTTTATCATGGGTATTCAGTTTAAAATTGCCACTATTGTACGGCTCTTTAAAATCCATCTTTACCCATTTTTCTTGTGTCTGATATAAGTGCAAAGTTCATCGACTTTATAAGTTTTACCTTTGCTGATAATTGGCTTGGTAATGTTTCTGGCAATTGAAACAATTCCTTTTAGTAATGTTGTAGCTGATATTTTCAATATTCTTGCCGTGCTTCTTATTCCTAATCCTTCTCTGGTGAACAGCACTATTTCCTGATTGATATCCTTTTTGTAAGCGTTGTAGCTATATTCAATCTGCTGTCTTTTTTTGCAAACACAACATTTATAACGCTGATTTCCGTTAGATTGTAATCCATTTTTTATGCATTTACCATTGCAAAAATTACATTTTATTTTCATGACCTAATTTGAAACACTAAGGTAAGGTAAAAGCATTTTAAGGATTATTAAAAGACAAAAAATGAAAGAGACGACCTGATGGTCGTCTCTATTTCTATTCAATAATTTAATTGTAATATTCTTTTTCAGTTAGTTACATGGATATATTATCAAAACACCTAATCTGAAACACTACCAAAAAGCCACTCCGTTATGGAATGGCTTTGAACAAATTATCAAGCTATGTTATAACTATTTTACTTTATCATTTTTCATGATAAACTTTCAATATTTTACAATCTTTCTTCTGTATCTCTATGTAAGCAACACCACCTTTTGTTGTATGTAATGTTCCTTCTATAGCCCACACATTTGGTGACTTCAACGTTGCTACAAACGGTCTCTGTTTATAAATCTTTTTACCATATATAGGCACTAAAATAGCTTCAGCTATTTTTATTGCAGTTTCTTTATCAGGAACTAAATCCTTAAATACCAAATTAGGTTTTTCTGCTTCACATTTTATTACCTTTTGTGACTTGGTTTTCTCTTGGGAGAATGAATTAAAGAATATTAATAAAAAAACCACTAATACTACATTATGCTTTTTCATATTTTAGATTTTAAATTTATTTTGCTGGAATTGTTGGAATTAAAGGCTTAATTTCTGGCCAAACATTAGTATTTGTTTTTTGTTTACTATCCGAAGTTGGCTTTTCAGTCTTCTTTTCATTTGGGGAAATGTTATTTTTTCTATCAGGGTCTTTTGGGTCACTTGCTTGTGTCTCATTTACAATTGTTATTGCCTTAGTTTTAGGGTTATATTTTTGAAGAGTTCCACTTGGAGTTGTTAAGTAGCCATTCAGTCCTGTATTGTCATTGCCTTTTTTGTCTCCACGAGAAAAATCATTATTAAAATATTCTGAATCATATGCTCCGTGAGCGTGTATATCAGCAGTTGGCGTTGTCCCTTCTGGTGCATCACTAATTGTAACACCATCATTATCGCCAGGAGCTGGCGGGGCATAGGAATATCCAACATTGCCCTTAGCATCAATGCTCTTTCCAATCGTTGAACCAAATTCTTTATTTTCACGAATCGATTTACCACTATATTGCTGTCCCCAATTATTAGCCGCCTCCTTTTCCGTTCTAAATAATCTGTATGCTTCTAATCCTTCTAATTCTCTCGAATCAATAACTCTGTTTTCAGAGAAATTATATGGCGACTGGAAACTATACTTCTCCGCTAACGGGTCAATACACATAAATCTTCCAATTGCATAATCATAATTTCTCCACTTGAAGCTGTCCCAGTTCAATCCCAGCTCATCCTGACGCTCCTGCTCTTGGAACTTATACTTATAAGGGTTTATTACTATTTTTACAAGTTTTTACCTGTTAAATGCAAACCTTTTAAGAACATGATTTTAAAGGATAAACTTACTGTTTTATTGCTCAAAACCAAAAATAAATCTTCATAACAGCAGTAAAAATAACCAAACTTTTACTGAAGCAGATTGTCCTGCGGTTGAGTCTTTTCAGATGAGTTCTCAGCGTCAGATTCTTTCTTTCAATATGATTTGTCCCAAATCGCTTGACAGAATGCATTTCCTGATCAAGCAGATATCGATAATTTTTCAATCTGTCTGTAAATATCTTTTTAGCTTCTGATAATTTTAAAGTTTCCAAAACACGATTCAGCGTTTTATTGGTTCGTTTTCCAACGCTAAAACTTACAACAGTTCTAGAATTCTTTTCCAATGCATAAACCAGCCAGATATAATTTTTCTTGTGTCTGATATAAGTGCAAAGTTCATCGACTTCATAAGTTTTACCTTTGCTGATAATTGGCTTGGTAATGTTTCTAGCAATTGAAACAATTCTTTTTAGTAATGTTGTAGCTGATATTTTCAATATTCTTGCCGTGCTTCTTATTCCTAATCCTTCTCTGGTGAACAGCACTATTTCCTGATTGATATCCTTTTTGTAAGCGTTGTAGCTATATTCAATCTGCTGTCTTTTTTTGCAAGCACAACATTTATAACGCTGATTTCCGTTAGATTGTAATCCATTTTTTATGCATTTACCATTGCAAAAATTACATTTTATTTTCATGACCTAATTTGAAACACTAAGGTAAGGTAAAAGCATTTTAAGGTTTATTAAAAGACAAAAAATGAAAGAGACGACCTGATGGTCGTCTCTTTTTCTATTCAATAATTTAATTGTAATATTCTTTTTCAGTTAGTTACATGGATATATTATCAAAACACCTAATCTGAAACACTACCAATAAAGGTGATTACCTTCGATGAGTGGGGTTAATCATTTAAGTAATGTACTGTTAAATTATCAACATAATAAGAACCTAAATAATCATTAAATGTTATTCCGAAACCACTTTTAAAAAGAAAATAAGCAACACATAAATTATTATTACCTACTAATTTATTATTTATCAGATATCTTTTGTTATCGGTACTCTTATATGCGTATTTTAATAAAAAATCATTTCTATTTAATTCTCTATAATCATTCTCAATCTTTTTATCTATTTCAAAACAAACATGGTCAGTTGAATTTATTGTCATTGATTTCTTTTCATTTAAAATATCGTTATAAAAGACATCATATTTTCCAGCTAGATTATTTTTCTTAAATACATAAAAAATTTCAAACGATTCAACTAAACATATTTGTCCACTACTATTTTTACAAAACAGTGTATAGTAGTTTCGCTTCTTAGGTTCACTTTTTTTCCCTTCGATTGAATACGTTTTATAATAATTAATATCTCTTTCTTTTGAACAAGAAGTTAACACTATTAATACAAATAAAAGTCTAATTAAGATTAAACGGTAAGCCTCCATATGTTGTTCTTTGTGGTAAATTAATTAGTTTTCTAGCTCTATTTTCGACGTCTACAGCACGTTTTTCTGTTGGTGATTTTTCATTTTTTTTCCCTACTGAATCAGCATTTTTTCCTTGGTCATAATCATATGCATGACTCATCTCATGCGCAACTGTAGTAAAAGGAGAATCAGGAACTCCTTCTTGCTTTTCAAATTCTTTTTGATTTTCTTTTGAAAAGTCAAAATTTGTCATAGTATCTACACCTTTTCCATTTTTTACATCTTGTTGTGAATAATAATTCTTTAGACTATTTTCAGGATAAAATTTACTTGAAACACTATTATCATTAGCGCCTGGCTCTCCCTGTTTTATATAATGTTTATGTTTAGAATTTTCTAATGTAGAAAGTTTTTCTTTCATAACATTATCATTTGATTTCTCTATTTTTCTGAAAGCAGATAAAACTTGATTCAAAGTAGCATTCCCCTCTTTTGGATTATACCTTTCGCCTTTGCCGCCTTGATGATAAAAGTTTCCATTTTTGTATTTTAATTCTTCTTTTACTGAACCATTCTTATTAAATACTAAAAAAATTATGTCCGTTGGAGCCATTCCATCGGGGTCAATAAAAAAGATTGGATTATTAAATGCATAATTATAAGGGCTGTGCCTTCTCATTTTCTCTGCTAACGGATCAATGTTCATCCATCGACCAATTGCAGGGTCATAATTACGCGCCCCATAGTCATACATATTAAGCCCCAGCTCATCTTGGAGCTCCTTTCCATTGTATTTATACTTATAAGGGTCTGCAAACCTTTTTTCAAAGAAAAAATATCTCCTTGCAAAAAATCTCTATGTAAAGAACATCCTCTGGCATTTTTCCATAATACGAAAGTAGATTTACTTTAATTATTTTCCTAATAATTTTTCGATTATACCCATAAAAAAACCCTCAAAATCGAGGGTTTTAAATTTTTAAACGAAGCCATATTTCCGTTTGAGAATGGGCGTAATCGTTGTTGCCCCTTTTATTGCATCTTTTACATCTGATAAAAGAACTGGATCAATACTTCCAACGACCCTTTCAGGGTTTGAAATTATAAAATCAACAAGTTCCTGTTTATTAAATTCTCTTAATTCAGTACAATTTATATGACTATCATACTCTAAAAAAGGATGCCTTGCCACATCAATTGTCAAATGAAGGCTTTGCAAATATGCTGTAGGATAAACATTCTGATTAATATCGGTATTTATAATCACGTAAGCTACTGCCAATTCTACTTCATTTACACCAACTAAAATAACATATTTGTCATAATTGACCTGTAAGTTTTCTAGTTTAATTAATAAAGCATTACCAACATCAATATTTCGTTCAGCAAAGTCTTCTTTCAGATTGTCTGGAAATAAATCACCTAAACTCATGCCAATTGAATGCTTTCATTAATCATTTGCTGATTAATATATTTTAAAGTTTTTTCATCAGCACCTATAGCTTTAGCCATATCTAGATAATTAATAACCCAGTAAGATCTATTATAAGCATCGTCATGAGATTTGTTTGTTAACTCAATAAATGATAAATTCTTATTTTCTTCAATTGATTCTCTAAGGCATTCTAAATCGCTCTGAGACAAATAATCTAAGTTCGCTTCTGTTAAAGGTTGTAAATTAAATCTATGGTATTTTGCTACTACCTCTTCCAATCCTTCTATTTCTTCATCAACTACATTTTTTACAAATGAAGGAACGGGACCATATTGCATTTTTACATATGTATCACCAAAAATTGGTCTTCCATATTTTAGCAAATGCTTTTGATCTGCAAAGTATAAAATCTTGTAAGTTTTATGAGTATCAGCTTTTTCAAGCTGGTGAGTCACAAACAAAAGACTATTAACGGCTTTTTCTTTATGTAAATTAAAATTTCTCATATTTGATAAATTACTACATGTAAGGTTGAGAGTACAAAGGTATAAAATATAATTTAGAATAAGTAAACAGCTAATTCCATGCCACAAATATACAATCTTAGAAAGGGAAATATCGATTAATTATTTCCCTCTGATGTGAACTGTTCACTTTAATATATTTCTCAGTCGTGCCTGGCCATTTATGTCCAGCAAGTTCCTGAACCCTCTCTAAAGGAATATTTTTTTCATTTAGCCAGTTGCAGATCACGCTCATTCTGACAGTCTGCGGATTTAGTTTTCTGTCAGGGAATAATCCTCTTAACGGCTCAATCATGGCAAGGATGCTGTTCACGACAATAGGTCTGCCAAGCTTGGTCAATATGAATTTATCTGTACTGCCACGTAATAATGAAGGACGTGTTTCATTAATATAATTATGAAACAGAATCATTTGTTTAGGCACGAGTTCCAGAGTTCTTTTATTGAGATTGGCAGAACCCTTGATATAAACTGTACCGTTGTCCAGATCAATATCCTTAAGAGCCAGCCTTGCAATTTCATCACTTGCAAGCCCCTGATAAATCAAAAGGGAAATCAAAACGCTGTTTCTTACATCAAGATGCTTGTAGCGGTTCTCTCTTTCCATTAAAAGCTGAAGTTCGTCTGAGTTAAACAGATCCTGCACCTGAATGGTCTGGTTGCCTTTTATTTTGATATTAAGCTTTCTGCAGGGATGGTCATTTCGATACCCGCACATTACCAGATAGTCATAATATTTTTTAATGGCTGACAGTATCCTTACCCGATACTGGACATTGGACTGCTTCCGGCTCACTTTATCCATATGCCTTACTATATCTTTGTACTGGTATCTTTTAGCCTTCGGATTGGTATTTAAAAAATGATTGATGGTGTACATGTAGCTTTCTGCTGTCGATTTGGAGAGTATTCCTTTTAGGTACTTTTCAAGATCAGGTTTTTTATTTTCCATTGGTTCGTTTTTAGAAGTTTACGACTGGCTTGCGTTTTTTGTTCTGCACCGCATAGATGTATGTGGTATTGATCTGGGTATGCCCCAAAAAACTGCGTATAAAGTCAATCCCTGCATTATTCTCTGCCAGATGGAACGCAATGCTGTGTCGAAGGCAGTGGAGCGTTATTTCTTTCTGGACAAGCTCGAATTTTCCAGTCTGCTCGATCATTTTGCTGAGGATCTCATTAAGGTTTTCGCCTGTTGATCTTCTGCCTCTGCTGTTAATGAAGAATGCTTCCTCATTCTGGTTTCTTCCTGACAACCTTTCAGGTCTCTCATTCCTGATGTATTTTTTTAAGTATTCCAAAACCGTATCGCTCATAGGCACTTCGCGTCTTTTGTTTCCTTTTCCCTGCCTCACTACAATCATTCCTTTGATAAGGCTTACATCTTTTAAGTCAAGGTTTGCAATTTCTGATCTTCTCAGTCCGCATCCATAGGCAATAGACAGCAGGGCTTTTTCCATTTCATTCTCTGCATACTGGTAGACCAGTTTTATTTCTTCTATAGTGAGGATATTTCTGGGCTTCTGGGTTTCTCCCGAAACGGAAGGGATATAATAGATATTCTGGATTTCTTTGTTTTCAAGAAGGTAAACCTGAAAAAGCCCCTGTACAAACAGATGCAGTTTGATTGTCTTTTCCGCCAGTACGCCGTTCCCTCTTTTCTTTGGTCTTGCTGTGAGGTATTCCAGATACTTCACGGATTCTTTTGAAGTCACATTCTGCATCCTGCTGACTCCTGCCTGTTCAAGCCAGATCAGAAATTCGGTTATGATGTTTCTGTACAGATTTGATCTTCCCTGTTTGTAATTCCGGACTTTCACAAATTTGTCAAATGCCCCTGCGAGCCTTTGAAAGTCCTTAGACTGTATATTTTTTTTCATTGTATTTTTCTTTTAATTATTGTGTTTTATTCTCTGCTATTTGAAAGCCTGTGCTTGCGCACCTTCTGGAACGCGGAACGCCAGTATCGTATAGCCAGTATTTTGAAGGCTTCCAGCGTTCCGCTGGTGTTCCTTGGCGTTCCTTTTATTTAGTTTTTGCTGTTTCTTTCAGAGTGCTTCAAGCTGTCGGTGCAGTTCCGTTCTGATTCGGGATTTTAGCCTGTCCATATCATCCCAGTAGGCAATGGAGAATTTCAGCCCCCTGTTGTATGAGCCTTCCACTGCCTGAATGTATTCAAGTTCCTGCAGTAGGTGCATGTAGCGGAATGTTGCTGTTTTGCTGATATTGAGCCCCTGTCTGATCTCCCTTGCCGTGAATTTTTTTGATGTTCCTTCTTTCTGCTTTTTTATAAGGTCCTTAAGGTTCTCAAAGAACTGTCTGGTGCTTTTATCAAGCTCATCCACTTTGATGATGATGGAGCTGAAGAATAAATCAACCGCTGACTTTATATCTGCTTTGTCAGTGATAAGCCTGCCTTTAGTATCTGTCTTCCTCTGGTATTGGTGAAGGATTGTGATTTGTGAGACAAAATTCTGGAACTGAGAGTTCAGCCTTCTAAGCATTCTGGCTTCCATCGGAAGGCTGAGCTTATCAGCATAAGGATTTACAACCTCATAAGATTTCAGAACTCGCATTACATTTCTTAAAAGCTGTTTTGCGTGTTCTTCCTTTTCGCTGTCGGACTGTCCCGCTGTTTTCAGGTTCTGTTTTTTAATAATCCTGAGTGTCTGCTGTTGGCTTTCATCAACGCCTACGATTACCGAACGGCTCATGTTGTCGTAGTACACCTCGGCTTTTGTGGTTGTGGTAAGGCTGGCAAAATGAGCATGCACCTGTTTGATTTTTCCCCTGTTGTTGCCGAATATATCTTTGACCACGGTCGAGCTGGTCAGGAATTTGGCGGACTGCATTTCCCTGAAAGCATACTGCGCCTCTTCATCAAGACCGTCAAAATCCTGAATGATAATCAGCTTGTTGATTAGTTCCTTGTCTCTGTAGTGATAGAGCGATTTGCTTGTAATGCGGGTCATGTTCATCACATCTTCCTGAGGCATGCATCCTGCAATTCCGTTGATCAGATGGCTTTTCCCTTCTCCGCTTGATCCTTGGACAAGTCCGTGCATCAGGTAAGGCATTTTATAACTCGATGCCAGAATAAAAATCAGGATTCTGTTTTCTTCTTCCCCGACAATGCCGTTCTGCTCCAAAAGTCTGTTTATGTTTTCCAGCAGTTTGGGTTTAGTAAGAAAGGTAACAGCCTTTTCCTGCGCCAAAGGCGTAAGCTCCTTTTCCGCATAACGCTCCGCCATTGGGTTGATCTCCGCTTCAAATAAGGCTTCCCTGTGCTGTTCCAGCAGATCGGTAAGCGTTACTAAATCCTTTTCAAGATTATCATAATCAAAGCCCTGTTTTTCCGAAAAATCTGTGCACTGGCTCTGCACGCTCGAAAAATCAAACAAATCGATTTTAAGCCTGTGCTTTCTGTTTGTATTGTATTCCACAATCTGAAGGGAAATTCTCAGATTTCCTAAATCCATCGGCAGGTTTCCCAGAACAAAGAAAGTTCCACAGAGCCCTTTATAGCTTATCTTGTAGCCATTGACAATCTGCAGTCCTTCGCCAGCTTTTTCCGTTTTGGCGCTTTTCAAAAGATTCGATATTCCTTCTGTCCCATAATTGACCCACATATCATTGAGGCTGTGCCCCTCAGGCAGTTCCACTATAGATAGTGGAACATCGGGTCTTAACTCCTGCATCTGTAATCTGATCTTTTCCATTTTATCACCGCTTAAAGATTATTATCACTTCCAGTTCATATAACGATTTAATAACTTCTAAATGCTGTTCGAGCAGTTCCCCGTCATGAAGCGCTATAACGGCTTCCCTCTGATCCAGTACTTTACTCTGTATTAAACTTGCGCAGTCAATGACTGTCGGAGCTAAGTATAATTTCTTGGTAAGGGGATGCGGATAGGCGGGGTAGATTCCTTCAATGTTCAGGTAATCCTGCTTTTTTTCATCCAGATCAAAACGCAGTGCGAAAAAATTCACAATCCTGCTGTTTCTGTCAAGAAGAGGAAAAATAAGCCCGTAACGTCCAAAGACGGTATAGGCCGTAAAGGAATCATCCCGAACTCCCGCATCGCTTTTTGTAATTACGCCGAGTTTTTCAAACGCATCCTTGGACTCGAGGGTTTTACGGTGATGGAACTGGCCTGAATTGAAGCCGATCCGAAGATCTGAATATTCCAGTCCGATACTCTTAAGGTACTGCTTGGGCTTTAAAGCCTTGGCACTTCGGATTCCTGTCTCGAAAGACCGGAATAGTGTTTCTAAAGTTTCCATAAATATTGATGCTTTCCATTTTGTCGGAGATAAGGCGACCGAAGCCGTTTGGCAGTACTGCATTATATCAAAGAAGTATTAAAGTCTTCCTGTAAATATAAATATGTGTTTTTGAAGCTGTAGAAAAATTGGCACTGCCGGCACTGTTTGTCTTGTAAAGTCACAATGTACAAGACAATTTGTTTTCAGATATGATATTATTCTGCAAACCTGCAGAAGGTATGGACGAAATAGATTGAGTCCGCAACAGCGGACTTTTATGATTCCGTAAACTACGGGGAGGTGATCTTATGTGATTGATAAAAAAGGTGATATGAAACATGACTTCGGAACTGCATTTTTGCAATTGCAGGCAATTAAAAAAATCACAGCAATGTATGCTATCAATTTTTTATATACGGTACATTGAAAATCGTGTTTCATACATTGGGCACAAATAAACATTTGCTTAGATCAGTCTCACTTGCAGTTTTCGCTGTAATATCAGGAATCTTTTCTCAGGTGTTTTTGTTCAAATTCCTCGGTTAGCTGTATGATTTTTTTGGACAGGACGGCTAATTCTATTGTCTGTTTTTCCAGCTTGTACAGATATGCAGAAGCTTTCTTTTCGGAAAATTTCTGATATAAAAGCTTTACAACCTGATTGTAGTTTACCCCGACAGCCCTAAACTGGCTGTAAAAAGAGGTCAGGCGCATATAATAATCCATTGTGGCTTTATCGATCCTGACTGTTTTAACCCCCTTCTGAAATACGCAGGCTGTAATAAAATGCGCCATTACATGCATTCCTGATACTTCAAAGTGAGTCAGGAAACGGGCATTTTCTTCTGCAGTAAGGCTGATGGAATAGCGGTGCACTGCAGGATCTGTTTTGGAAGGCCTTCCTCCTTTGTGCGGATTCTTTTTCTCTTCATTTTCCATGGCTTCAATTTAATGGTATTGCTTAAGTCCAATATATCCGATAACTGGCAGTTAAAACTCAATTTGGAATTAATTGGAAGTGCTTAGCAGTATTTGGCATAACTGCCCCATACTGTCTTATATCTTTCTCATTGGCCTTCCCTCGCCAAATAAAGCCATCAGAAGACACTTCATAAGAGCAGAACTTTTTCAGAATTAATTTTCTGAAAACATGAAATTATGCTGTATAAAGAAACTGTTACTCCCCAGATGTGGGAACTTCTCCAAAGGCTTATGAAAGATGAAAAACTGAAAGAATTCAATCTTGTCGGCGGTACTGCCTTGAGCCTGATGATCGGCCATAGGTTAAGCGTCGATTTAGATCTGTTCTCCACACAGGATTTTAATGTACAGGATATGCTTGCTCATTTAAGAAGTGAGCATACTGTTACAATCAGGGAGCTGTTTGACAATACAATGCTTTTAAATATCGGTAAGGTTAAAGTAGATGTTCTAGCCCATAAATATCCATGGCAGGAGCCGATCAAGACCGAGCAGGGAATCAGACTGGTATCTCTACAAGACATAGGCGCTATGAAACTCCATGCGATATTTCAAAACGGCACAAGGATAAAAGATTTTGTGGATATGTATTTTCTTTTGGAACATCATCCCCTTAAGACCTATTTAGATGCTTACCATAACAAATACAATGGAAATCCCGCACTGGCTTCCCATTCATTACTGCATCATGAAAATATAGACATGGAAGAAAAAGTTAAACTCCTGAAAGGAAAAGAAACCAGCTGGACAAAAATGACCCAGCGTCTGAAAAAAGCAGTTTTCAATCCTTCTTTTGATTTTTCCGAGCCAAAAAATCAAATTCCTCCACCAGGTAAAAGACGCGGATTTAGGAGATAAAATTTGAATAAGAAGCTTAAAAATCGTATTTTTACTATATGGCAGAAGTTAAAAAAAACAGCAGAGTTCCTAATCTGGATCGGGTCTTCTTTTGGGATTTCGACATAGATGCCATGGACTTTGACAAAGCATACAAAACTATTATTGCGCGTATCATAGAACGTGGAGGACAGGATGAAATAGATGAAATCGTGCGCTTTTATGGACATGATAAAGTTGTCACAGCTATCCGTGACGAAATCCATTTCCTTCCCAATTATGCTATTGACCGTGCTATAAAATTCTTTCCCGAACTCAAAAAGGAAGAAATGTACTGCTACCTCAACCGTAAGGACAAACCCTATCACTGGATTTAGCATTGTATTTGATAAATTAAACCCTCCATCCGCAGTGATTAATCACTTCAATGCAGTGGAGGGCATGTCCATAAACATAATCTTCCAAATGTATGTTTACTATCCGCACAATGGCGTATGCTTTTAAACGATTATCTGAATAATATATTACAGAGCTCAAAATTGTTTTAAGAAGCATTCTGCAATATCTGGCTATCTTCCAAGTTTGCAATTACAAAATTCCCGAAAAGTCTTCTGTTTTTATATGCAGTCATTTATCTGCTGATTGCTGTTTAGATTTTTATCAAAAGAAATAATAAAAAGAAACCCAAGGTAGGACGGGCTGTCGCAGTCTGGCAAAAAGACTTCGGCATAATGCCTTGCTCGTGCCTCACAAGACACCCTTCGGGACTTATTCCGATTCCTTTTGGCCTGTCTGCACCCCGTCCTGTGAAATTGCTTTCTTTTTCTTTTTTCCGTTTTTCTGTTTTCTTTGGAAAAATATTTTTAGTGGTATTCTGCAATTTTAAATTTTCTTTTAATGTTTGCTGGAAATAAAACCATAAAGTTTCCTAAAAAACTATAAAAGCATTTTTACATTTTTATGCTTTTAAAAACACTTATAAATATAAGTAAATGCTTGCAGGCTTGCAAACCTGCATGCCAGCGTTCTTGCATGCCAACATACTTACATACTTACCTGCTTACATTCCTGCATACTTGAATACTTGAATACTTAAACACCTGCATACTTGCTTACTTGCAGTCCTGAATACTTGAGCCCTTGCTTATAAGTAAAATATATAAGTTAATTATTGCGTTAATATATCTTCCCACAATCTGCTGGCTTCACCGAAAAAACTGCTATATGATCAGGCTGTGTCATAAGCCTGCACACTTTGCAGATTTCTAAAATAAATAACCTATAATCATTACAAAAAAAAAGGGCATCAAGCCCTTTCAATTAAAATATATTCTAATAATGTGTTCACCAGAACACTGCAAGTTGTGTTTTGAGATGCTTGAAATGAATTCAGCATCTCAAAACAACTTGCCCTGCGGGGCTGGAAAACGCCTCCGAAGTCGCCGTTTTTATTATAGTTACAATTGGAGAAAAGTTACTGGGAGCCACTTTTATTTTTCTCATTTAGATGTTTTATATAAAGCAAATCCAGTAAATCTCCTTCTTCCAGCGGGATCAGCATTTCTATTACCCTGAGCAGACTTCCAACATATCTTTCAGGATCTTTAACATTTTCCCCGCTTCCTTCAACTCCTTCTAAAGCAAGCATTCCAGCTTTTAGCAGATCCATAATCAGGCAGAACAGGTCTGAATATCCCTGCACATTTATTTCGAGATTGTGTATATCGTTCCGCATTTTTGATGCAGGTTTGAGCATTATAAAATAACGTTCAGGATTTTCAACCAGATTATTTAATTTGATTTTATTTTTTTTCATATCTATATATTTTATTAGTTAAATCTAGTATCTATGTAATGATGCACTAACTTCATCATTCGGCATTCTCTTTAGATTCATTAACTTTTTTTATTTTTTCAAGCCCTCTTTCACGCATAAGCTCTCCTGCATCAAGCATTTTTATTAAATGGATATACGGAGTCGTAAGATCAATATCACCGTCTCCTTTGTATGGAGACAATGAAACGCTCACTATTTCAGAAAGGAAAAATTCAAACTCCTTAAGGCTTTTCTCTGCAAATGCCTTTCGAAATACTGTGAAAGGATTGTCATATTCCTGCTTTGTCAATGAAGTGAGATGAAATACATTTTCAGTGCGCACTGACTCTTTCACTCTCCATTTACTGCTTTTTTTATGCAGGCAGTAGTATGTTTTCAAAAATGAGCATATTGCTTTATAGAATATAAAAATCTCGCTTGGTCTATCATTACTGCATATTTCTTCTTTAAAGCTGTACAGTACTGCCTGCGTTAAATTTCGCTTATAGTAGTCAAGATGTGCAAAATCAAAAAGGGCATCAGATGCTTCAAATGGATTTCCCGCCTCAAATCCAGCCCAGAACTTGGTTTCAAAGTTTTTTTTCTTCTTTTTCATGATTTAAAAAATTAGTTATCCATTTGTTCATTTTTATTTTCACTATTAGTCTCTAAATAAAGCTTATGCAGTTTATCAAGCCCTTCCGCTTCACTGCACGGAAGTAGCTGTATTGCAATTTCCAAAATACTCGTAAGATGAAAAGCGGGATCTTCGATCTGGCTGGAATTCTCAAGATCTGAATTCTCCAGTGTGTGAAGTGCTATTTTGAGTAGATCCTGTACTGTATAAATGAGTTTTATGTAGCTCGTAAATTTTATATCTGCATGATAAATACCTTCTTTCTCTCTCTGCGGGGTCAGTGTTCTAAAATAAAAACTGCTTTTCAGTTCTTTGATAAAATCATCCGCCTTTTTATTATCATTGGTTTCCATATTCTTTAAATATTTGTTTGGTTTGCTCAGCATACTGCTGATACATTGTTTTTACTTCACTCATCAGCCACTGCATTTTTTCATATGCTGATTCAACAATTTCTGCAGTTAATGGTTCAATTTCTTCTCCCCACTGAACAGCTTTTCGGGCAAGATCAAGCTTTCTTAAAACTTCTTTCTCTTCTTTGTTTTCTAAATCAAAAGTGTTGCCTAAGACACTATTAAACTTCGCAATGCGCTCCTGCTGGTCTGAAATGTTTCCATCTATCACCCATTCACCCGTTAGAACCCATGAAGCGTTAATAAAGAGATATCGAAACTGCTCATGTATAACATACAATGCCATTAAATGATTCTCGTTTCCACGGTGGTATTTTAAGTCTCTGCCAATAGTATTGGCCTCTGATATCCACATTTGATAATTTGCAACAGTCTTTTTCAAAAGCCGTTTCATATTTAATTTTTTTATATCCAGAACAGTTTTCCCTTCAGTGTTTCTATACACAAGATCCGTTTCTTTACAATTGAAAATAAAAAATAAATTTCCTTTTCCCACTTCTCTCTTTATACACTCCCTGTCAAAAAAACAGAATGAAAAATTATTGTAGTTTTCAATTACTTTCCATAAATGGAAGACAACATCATCATAGTAATGGGGGCTTTTTTTGCTCACAACAATTGTCAGAATCCCTATTTTTGATTCTATAGCAGAATCCGAAAAGTAAACACACTCAGCTTCTACAAACTCTACCAAGAGTTTCACTGTTTTCTTGACTGCCCTATATTTGGGATGGTCTTTCTGTGTTAAAATATTATAATACATGATCTGTCTGTTTAAAGTTCAGCCGAAATCAGATTCTCAGTGCGTCCTAATTCATCTTTTACAACAGCTGTGCAAAAACCAGCAAAATCATTGTATCGATCCTGCAAAAGATTCATATCGAGTTCAGAAAAAGTATCTGCACCGCTGTATCTCAGTGAAGCATATGATCTGCTTAATATCGTAAACAAGTTTCTGTCCTGCTCTGTAACCCGCGGGAAGTAAGTGCTTATTTCAGGGTTAAAATAATCACAGATTTCTAATAGATAAGAAAGGGAAAAATGATTTGGAGAATACCCCATAAACAAACGGATCATCCCAAGACAGATCTGTTCTGCCATAGTATGGAGCATCAGACCTTTAAGAGGAGCATAACACGCCCATTCATAATCTCCCTGCCAGCTTTCCATGTAGTTTACCACAATATTTCTATAGCAGAGGTATTCTTTTGCTGATGTTATACTGCGAACTGGAAGATCTCCAAATTCTAAAGCAACAGATTCTTTTTTAAATAAAGCCTTTCCATTTTTTATAACATTCAAAAAGAAATATTTCTGATCGCCTGTTGCGCTCTTAAGCTCTGAAATATGATGAATCAAAAGTGTTGCTGTGCACTGCTCTTTGGTTCTGCTTTTAATCATATCAGCCAGATCATGCACTGCATTTACTTTACTTTCTTTGAAAAGTACTAATAGATAAAAATGTTTAACCCTTTTTTCCGCTGTTCCAAAACAATAAACTGCCTCGGTCTTAAGATAAGACGTAACGGTATCACTGACAATTTTCTCATAGTCGATGACACCATCGTTTAAAATTTCTGGATTCTGTTTTGGTTCAATAAAAAAAACGGATTTTTCCTCGCAGTAAGAAAGCTGGTCTTGGAAGATTTTCTTAGTTTCTTTTAAGATGCGGTAAAGTTTCTTCTGTGCATCTTTAACCCTGTCTTTCTTAATTTTTGTTTTGCCTCCATAAGGGAATTCAATCCTTGCTCTATCAAGTAAATCGGCAATTTCTCTATCCTTATCATGATCAGTATTGAACACCTGTTTCAAAATAGGTGCATAATCCTTTATCGTATTTAAGTGCTCTAGTGTATAATGATTCGAATGAGATTTTCCCATGACAAGTTCTCCGATTATACCAAAAAGAAGGTTGACCGCCTGATGGATTGTATAGATTGCCATATGATGGTTATTTGTTCCCTCATAATGCTGGGAACCTCTTCTTAATGATTCTGCTTTGGCTAAAAGCCCGCTGTTTTTCTTTACTGCTTTTTTTAGCAGAACGGATACAGAGGGAATATCTTTTGTAATCTTAAAACCAAACTCCTCGTTTTTAAACAGACTTATGTTTGATAAATACCACTTTAAATAATACAAGCTCCCATGCTTTAAGCGATGCAGTACATCCCATAGATTTATAATTACATAAGGAACGGACGGATACTTTTTTAAAACCTTATCCGCCCAGTCATACATTTCCGATGCAATCTGCTGTGAATCTTCCCTTAAGATTATAGTAAGTATATAACCTCTTTTACCTGCGGTCTCTGCCTCATGCAGGGTGACCGCTGTAATGTCCATAAATGATTGGAGCTCTCTAACGGCATTCTCCAATTCTTTCTGATCTTGAAATTGAATTGCACTACTCATAATTTTAATTTTTTTAATTAATACTTGTGTGAAAAATTGTATTTTTGTTTAACACACGAGCAAGTAAGTGATTAGTCGTACTGTACCGTATCAATTTGTATCATACCGTACAGTAAAATTTCTATATCATACATAGGACTTACTTTTTTATTCTTAATTATTATCTTTGAGCTATGAATACATCAACAAAACCAAGTCACATGGGGCGTAAAATCAGCCGTATCCGTGAACTGAAAGACATGAAACAGGAAGCACTGGCACAGGCTATGGGTACAAACCAGCAGGCGATTTCTATTATGGAAAACAGCGAGACTATCGAAGAAGAAAAACTAATCGAAGTAGCAAAAGCATTGGGTGTAAGTGTAGAGGCAATTAAGAATTTTTCGGAAGAAGGTGTGTTTAATTATTTTAATACTTTTAACGATTCAGGCAATAATACTTTTGCAAATAATGTATGCAATTTTAATCCATTAGATAAATTAATCGAATCCCACGAACAGCAGATCAAACTTTATGAGCGTTTGGTTCAGGCGGAAAAAGATAAAGTCGAATACTTGGAAAAATTACTAAAAGCAAAATGATGCTTTTATAAAAGATATATTAATTCCAAAAAGAGACTTTCAAGTCTCTTTTTTGTTTTTAAAGTTTATTTGTTCTGACTTTTTAAAATACCAAAATAAATACCATGAATAAAACGATAAAGCTTAGAGTGAAAAAAGAAATTGAAAGGGATAAAGAGCTTAAAGTGCTAAAGCTTAAAGGCTCTCTAATTACAAGAGGCTACACTGAAATAATCCACATAGCAGATGAAAATCAAGATTTTTACTTAAATACTTTTACCACTTCTCAAGAGCAAAAAGAAGAAGCTGAGAAATTTTTATTAGATTTTATTTCAGCTAATAATGTAACAGATATTATAACACTTCTGAAAGAGTAAACAGTCATTTTTTGATGTTTGCTTCACATAATAACAAACGCATTTCTTAACAAAAAAATATTCAGTCTATGGACAGTTCACATATCAAAGTAATATTTGAAGATTACTTAAAAACAGTTAATTCGAATTATGCTTTACTTATTAATGGTAGCTGGGGAAGCGGTAAAACTTATTTCTGGAAAGACTCTTTAAGTAAAATCTGTGACGAGAATAACTTCAAAACTTTATATATTTCATTAAATGGATTGAATAAAATAGAAACACTAGATTATCAGTTAAAGATTAAACTTATCCCTTTTCTAAATAAATTAGATACAAAAAAGGCTGTCTCGACACTTAATCTCTTAAAAAATATAGGAGGAAAAATTATACAGAGTAAATACAATTTTAGTCCTGAAGAAATTTTAAAAGATGTTGAAGTTGACACTGCACTTTTTTCAAAGCAGGTAATATGCTTTGATGACCTTGAAAGATGTAATATTCCTTTAAGCGAAGTGCTGGGATATATCAATAATTTTGTTGAACATAAAAACTCGAAAGTTCTCATTCTATCTGATGAATCCAAAATACCGGATAGTGAGGATGTAAATAAATCCACGTATAACTCTATTAAAGAAAAAGTTATTGGCAGGGTATTAAATTTCAGTAATGATTTAAATTATATCTTCCCATTTTTTATTGAGAGATATAAAATTCCGGATCCTGAATTCTCATCTTTCCTAGATCAGAATAAATCATATATACTTGAAATTTTAGCAGAGTTTAAAGAAGAAAATCTAAGGAATTTATCTTTTTACCTTGAAGCTTTAAATAAATTATTTCCTGTTTTAAAATCAAATCTAGAATTTAAAAAAGAAATTATATTATTTACATTGATTATTACACTGGAGTTTAAAAAAGGTAATCTGAATTCCAGTAACTATAACAATTTTAATGATCTTGATTTATTGAATCCAGCCTATGTGATGTTCAATTTCGACCCTTCATTTAGTTTACTTTCGAAAAAAGCTGAAAAAACTCAAAAAGAAGAAAGCGAACTGGAAAAATTCTATAACAGATATCTTTCCAATTATATACAGGATTACTTTTTTTATCCAGCTGTATACCAGTTCATACTCACAGGTTATTTGGATCTTGAAAAATTTAATAATGAACTTAAAAGCCGTATTCCTGTTGAGCCTACAATTGAAAATGCTACCTTCACAAATGTTGCAACAAATAAATTCAGACAGTTATCTAATGAGGAATTTAATGAAAATATTGAGCGGTTCTTACTTTTTGCAAAACAAGGCAAATATGAAATCTCAGATTATCTGCAGATTTCTAAATTTTTAAATTTCTATTCTGAAAATTTTATTATTAACCATACAAAAGATGAGATAAGGGAAATTCTGCTTGAAGGACTTCTTATTGCCAAAGAAGACTTTGTACCTATTAAGAGAACACGAAACTTTTCATTTGATATGGATCAAAATCCTGCTGATGATACAATCTTAAGAGATAAAATTATTGAGTATATTAATGAAAGCGAGAAAGAATTTGAAAAAGAAAAAACGAATTCACTTTTAAATGCTATTGCACAGAATGACTTGGAGAAGATGAAAGATGTATTTGATGAATATAACATAAACAAAGAGCTGTTTCAGAATTTCAGCGCCCAAAGTTTATGGACGCACCTCCAAAGCTGTGAAAATAGAACTTTAGTCCAGTTTACGAGCCTGCTTAAACAGCGCCACGGTTTTTCAAACATAAAAACTTATTTTCTCGATAATACTGATCTTTTCAAGGATCTGATTCTCTGTATTAAAAATTCAGAAAGTACAGGAAATCTTCAGAAAATGCTCAAAAAAGAATTAATAGTACAGCTCGAAGAAATTTGTGAAAGAATGGAGTAATTCTTAAGCATCACATTAAGATTATTTCTCCTCAGTCATAGCTACTTTCCATTTTTCATTCTCATATGTTAGAAAAACTATATTACTGAAAGTTTCACCATTCTCATAGATTAATATTTCCTCGATGAAAAACAAATGATTATCTATTTCACTTAATTCAGAAAATTGCCTTTTTACCATAGAAAAATCAGGAAACCCATTATTTAGAATATACTCAACAAGTGAGAGTTCAAGTAATTTTGCCGTCAGATCAACAGTTTCTTCATTAATCTCTACATTTGTCCTGCGCAAAACTATTTTTGCTTCTGCTTCAAAATCTTTTGAAGCAATAGCATTTACTATATCCTTTTTTGAAAATGCAGTTTCTAAAGAAACTATTGCATCTTCGGGTGTATCATAATTGTAACCCGTAATTATATTGTTCATTAGATTTTTTACGTTTAGTTTCATTAATAAAAGTACCAAAAAGCTTATTATATATTTCCCAAAAAGCTTATTTCTTTTTTCTTGAAAATATTTTACTGATTGGTAATCTTGGAAGGACTTTCTCAAAAAAATCTCCCATAAGAGGTATTCTGTCTTTTTTTACAAAATTTAAAACAATAGTCATCACAAAGATAAAGACAAAAATAACCACCACTAACTGTACAATTGTATCCATAATATTTTCCTTTATATATAAATATTCCTATTTTTTAAAAAAGTTGATTTTTTTTTAATTATTTTTTATTCGCCTGTCAAGGTTTTAAACATTAAATCAGGACGCTTAAAAAAACTCAATGCCTGCAAGGTATTTACAGGCTTTAAAATAAAATAGGACATCAAAAATTCATCTGATACTGATTTGTTTTTGATGAAGCAAATTAAAGCAGGCTGTTTTATATTTGCTGTGACATCGAAATCAGCATCAATATTATTTATTCCAAACATGAAAAGTGGTTGAAAATTTCAACTTTCTTGATAACAGAAAGATAAAAGCTTAAGGATTCGAACGACTCATTATTTGAAATGATGTTCTTTCTTTCTTTCTTTCTTTCTTTCTTTCTTTCTTTCAATATTTAAAGGACATCATTGCAAAAAAATGAGCATAGCCATGTGGCGACTGAACATTTAAATACTAAAATTGAAAAAATGGATTTAATAGAAGCACTCAGCATAATTAATAAATTTAAAAACTTAGATATACGGGAAACCTTCAAAACATTAGAAAAACTCGATACAGTAGTTTCGGATTATGATTTTGAAAATATTTTCTCCGCTTCCAAAATAATTAAAGAAGCTTCCGCCCAGATTGATGAAATTGTTCATGCAACAGGCATAATGATAGCACAGAAAAAATGGCTTGAAGAAAATGAAAAATTACAATACTTATCGCTTGGTGCTGGAAATCATAAAGAAAAATTTGATTTAGAAACTAATTTAAGGATTGCTGAATTTAAATTTGGCAGATGGAACGATAAAAGCTCTAACGGATTAAGGAGACGAGGTTATTTTAGTAATTACATAGGTCTTCTAACCTCAGAAGACCCAAGAAGAAAATACTTTGTAGTAGAAGACAAGGAGAGTTTTTTAAAGTTCATAAAAGGAAAAGCTGATTGGAGAAATGTACTGAGTAAAAATCCCACTGGTCTGAAAAAGCTAGAATTTTTTTTAATTGAAAAAGGAAAAGAAAATTTAACTAGTGTTGGGCAAATTTATAGTGCTTTTGAAGAATCTGTAATTATAATTAGCTATAAGGAAATAATGCCGTAAAATCTCTCGTTTTGGTCAAATCGTAAAATAGATATATGACTCTCTTCTTCCTGTTTCTTGAAATTATCCGCTCAATTAAATCTGTAAGAATTTTAGATAATTTCATATAAAACCTTAAATTTGAAATGACAAACAGACAACATCTACAAAATAGTCTGTTAAAAATAAAGTCACGATTATTATGGATGAAATAAAATACTGCTATAAATGTGGAGCACCAGCTACTTCAAGAGAACATGTTCCTCCAATAAGTTTATTTCCTGAAGCAAAAGATATTCTTGGTTTAAATTTTAGAAATAATTTAATAACTGTTCCTTCATGTGATGAACATAACTCAAATAAGTCACATGATGACGAATTTCTAATGGTTACAATTGCCAGCATCGTTGGAAATAATCCTATTGGATATTTACAGACACAGACCAAAATTGACAGGGCCCTCCGCAGAAAAAGTAAAGATTTTTTAGACAAGGAAATTATACGAAATGCGAAAAACTACACATTAAAGACAAAGAATGGAAAAAAGTTTCCTGTACTCCATGGCAATCCTAATTATGAGAGATTATTAAAATGTTTTGAACATATTGCATATGGTCTTTATTATAATGAGTTTGGATATACTTTTGAAGGCGAAATAAAAATGCTAATGGGATTTATAAAATATAATGACCAGACAACAGCAACCATGACTGCAATGGTAAAAGAAAAACTTAAAACTGATGAAATTCCCCATGAATTAAAAGGTGAAAATCCGAAAATATTCAATTATCAATTCTTTGAGCCAGATCAATTTGGTTTAATTGCAATGGTGATGAATTTTTACGAAGGGACTGAAGTGTTTGTTTCCTATAAACCTAAAGATGCTAAAGAGCCTTTCGACTTAGCCCTGTCTCTAATCCACTCAGGCATTAATACTCAGGTTAAAATTGGAGATAAAACTTTTAAGTTTAATCAAAAATAAAATTAAGTTTTTCAAAATTAGTAAGCGAATGGATACATCAAATATTGTTGCTTTAATTCTAGGAAGTATAGGATTTATTATTTCAATTACGGGTTTTATTATAACACCAATTCTCAATCTTAAGTCAAAGAAACTTGAAAAAAGATTAGAATATCGATTTATTTTATTTCAAAAAATAGTAGAGCTATGGGAATTCACAAACAAGCTCTCTGCTGAAAATGATATTAAGGGTTTAATGTCAGAAGTGAACAAACTAATTCAACTTTATGGTTATGCTAATGAAATTACATTATTCAATGAAGTTGTTGTTAGTTATAATAATTGCGCTCAAAGTCAAACTGAAACTAGCCGACAACAGCTCAAAGATAAGTTCAGTCTCTTTTTCTTAACTTTATTTAATACTTACCGTAAAGAAATTGTTTTAGATCAACTGCCGAGAACTGAAAGTAGCAATCATCATTAATTAAAGAAATTAAAAATAATAGATTATGAAGAAAATTTTAATCATGTTAACTCTTTTACTGCCTATTTACAATTCTTTTTCGCAAACAAAAGATGATACTTCAAAACATTTGGTATTTAAAGGTGTTCCGCTTGATGGCACGCTTGAAGAATATGTATTAAAAATGAAACAAAATGGATTCGACCATCTAAGCACGAAAGATGGAGTGGCAACATTGCAGGGAGATTTTGCAGGTTATAAAGACTGCTATGTAGGCGTTTCTACATTAAACCAGAAAGATTTAGTCCACAAAATAGCCGTTCTTTTTCCTGAAAAAGATACTTGGTCAACTCTTTACGATAATTATATTAATCTAAAAGAGATGCTGACAGAAAAATATGGGAAACCTTCTGCTGTGGTTGAGAAGTTTGACAACCGCTCTTCTGAGCCCAAAGATGATGGAACAAAAATGTTTGATGTTAAGTTTGACCGTTGTAAATATTATTCGATTTGGGAAACAGACAAGGGAAAAATACAATTATCAATTGATCATAAAAGTGTAACAAGCTGTTTCGTTAAATTAGCATATTTTGACAAAATCAATAGTTCAACAGTAAAAAAAACTGCACTAGACGATTTGTAATTATCTTTTAATATTATCTTAAATCGTTTAGTTTATCTAATTTATAATTTCAGGCAGATAAGGATTAATTTCATTCCCATAACTATCAATTCTACAAAGAACACCTTGTTTATATTTTGTTCCAGAGAGATCTTTATATTCAATACTGAAAATTATCAAATGATTATCGCTAAATTTTTCAATCAAAAAGTGAATTAGATAAATTCCATCCGTCTTTTTAAGATGATTTTGCTTCTGTGGTGCCCAAGCTACTCTTTTAATATCGTCTCTTTCTGGATGATCAACTGAAATTTCTAATGCCGTATTATAAGAATCATTAGTAACTTCAATCGTATAAACTCTACTTTTTTCTCTTTCTTGAGGAGTAATAATGTTTTCAGAAATATTATACTTAAGAACAGGTTTTATACTTTCCCTGAATCTCACACTCTCAATTTCAAAAAGTTTATTTTGAGTTATCTGAACTTCTTTTTGTGATTTTAGTGTTTTGTACAGATAATAAGCTGTTAACGTAGTAACTGCTACCATAAACCAATCAGAAACTGTTCCCCATATCTCAGGATCAAATTGCAACATATTTATATTTTCTTTAAAATTTTGTCTGACATTATCATTTATTGATTAAGCTGATAGAAATTAAAACCATAACCAATTCCTTTAACAGTTTCTCCAGCTTTTTCTAAAAAATCTTCAGCTGTTTTGTTCGGCTGATATTTAAAAACAATTTGTATCATAATTTTTTTATCAGCTTTATCAGGATAGCTTTCATCCAATTGACCGTTTTCAATGAAATCCAGATAACTATTTATCTTCTCTTGTAAAAGTAATAAATGTTCATTCTTATCATCCCACTTTAAATGATCAGATATCGTCAGAACTAATATTCCCTGTTTATCTACGCTAATAAGATCTATTAGATTTTTATCTTCAATAGACATATTTTTATTTTTTTTAATTTTGTTACTGTAATCAAAAAAGATAAGGGTGCAAAAATACACCCTTAACTTTGTCTACATTTTTAGTTTGCACATCCCTTATTTACATGTGAAAATTTATTGAAGGACTATAGAATCTAGAACCTTGATGATATTTAGATATTCTTCCAAATAAAATCCGTCATAATCCTCTGTGTAATATTTCAAATATTTTGCTTTAAAAAATTCATAATCAGGATTATTAACAAGCTTAGCTAGTATTATTCCGAGGTTACCTTCGTATTTTATCCCAGAAAAAATACTGTTTCCTTCTTTTACATTTATTGCTTTCTCAATTTCATTTATACTTTTATATTTTTCAAAAAATGGTATTGCGACTTCTTTAAAAAGCTCAAATATACCGTTGAAACAAGTCTCTACATCTTGAGATTTTATTAAATCAAAACGATATTCATTTCCATCATTAATGTAATTTTCAACCGTGATTCCAATTGTAGGTGTAGTTTTATGATATTTAGGTTCAAAATACGAGCCTTTATGATAAATGTTTTCAATATTGTCAATTCTAATAAGCATTCCCAAATTTATTTCCCAATCATCATCTCTCTCTAAAAAAATAAGTTGAAACTTAAACCATCCGTCTTTATTTTTATGGATAAACTCATCGGCACTTTTCTTCAGTTTGTAATTGTATTGCGATAATACAACCTCTAATTTGGAAAGTAATTTTTCTTTTATTTCGTAATTTCTCATTTCTCTTTACTTAGGTCTTATAATATCTACTTTTGTCGGCGGTATCTTTGTACCAGCAGGATAACCATGTGCCGCTCCTTTATTTCCGACGACTGTACCTCCATGTTTTTCAAGTGCTGGATATCCAACTTTTTGATTTTTTGTATTACCAGCCGTTTTTGATGACTTTGCATCAGTAAGTCTAATTTTACCATCTTTTTTACTCATGTTATCCACTCGAACATTTGGTGTAGTGCCACCTTTTCCATCATTAGGACTAACAGTAATCTGCTCACTTACATTATCGTGCCCTTCTTCTTTTAATTGTTTTGTTACTTCTTTCTCCCATTTCTTGCCTTTTTCTGCATTTTCTTTTATCGTTGATTTTCCTTTAGTAGCATTTGAGAGCTTGTTAAGAGCTGAAGCACCTCTAGCTATTGGAATTGTCGACAATATCATAGCACCTTTTGCTTCTTTTGCTTCTGACATTTTTCTTGAATCACCAGCATGGTCTTTCGTGGGTGCCATAGCAGGTTCGGAAGCAAAGAGTAACATGGCAAGTGGAATAAATGGACAAATAGGGCATCTCCCATCTGGGTCAGCAAAACTTACTGGATTATCATAACCGTAGCCATAAGGATTTAGATTATCTGGATTATAAATCCCTCCTCCAGTATCAATTTTTGTAATTATTGCTTCTAAAACTTCATCGTCATCGTCTTCATCAACTTGACTGTCATCAAAAGTAAACTTCAAATCATTTAAAAGTGGGTCAGGATTTATCCATCTTCCAATTGCAGGGTCGTAATTTCTCCAACCATAATCATAAAGTCCCAGTCCCAGCTCGTCTTGGAACTCCTTGCCGTTGTACTTATACTTATAAGGGTCTGTAAAATTTTCCTATACAGTAAATGACCTCTTGCAAAAAATCTCTATATAAAGAACGTTCTTTTAGCATTTTCCAGCTTATGCGAAAGTAGATTTAGTTTAATTATTTTCCTAATAATTTTTTAGTCTGCAAATAAAAAAAGCTCTCATTTCTGAGAGCTTTTCACTGTTATTGAATAATATTTTACAAAGAGCTGGCTTTTATCCTTACGATTTTACCGTCCTGCATAACAACCAAATCGCTGTTATTTTTCTTTTTAAACTCAATTAGTTTTTCAGAAACTTTATCCATTGCCTCTATAATCTTCTTCTGAGTCGGTGTCGTTGTTGTTGTTTTGTGTTCTCCCATGATTGGTCATTTTTGAGTTTATCGAACTTGATTTCATTTATAACTTCAATGTCATTGCCTAAAGTTTTTTGTGCTATTAATTCAGCTTTTACAGCTGTGTTGTCAAAAATCAATGCCTCATTAACTATAGGCAAATATATATCAAATAAATTAGTTATTCCATTTTTATACCTGCGTTTAATAACATCGGTTTCAATATTGTGACCGCCTTCCTGAACTCTTGTTTTAACCCTCTCGATTGCGAGATCAACACTATTGAGCCAAAAAAACAAAAGCACCACTTTATAGCCTTTTTCCTGAGCTGCAATCACTTTCTGCTTATAGCTTTTAGTGGCTAAAGTCGTTTCGAAAGCAAAGACTTCATTGTTGGCTAATAATTCATTGATTCTGTGAAGCATTATCCTTCCCGCTTCAAAGGCTGCCTTTTCGGGCTGAAAAGGAGAAAGCCCTTTGGCAATTTCGTCCGCATTTACAAATTCTTTACACTGCAATATCTCAGGAAGAATTGTAAATGAGGCTGTAGTTTTACCTGCACCGTTACAGCCTGCTATTATATAAAGATTTTTATTCATTGTTACAAAGATAAGAAATTTCAATTTTAATAAACACCTGTCATATGCTTGGAAAATATCTATTTATCAATCCCCGCTGTTCCAAAGCATTCGCTTTGATATATTTCTCAGTTGTCCCTGGCCATTTATGACCTGCCAGTTCCTGAACTCTTTCCAATGGAATGTTTTTCTCGTTAAGCCAGTTGCAGATTACGCTCATTCTGATTGTCTGCGGATTTAGTTTTCTGTCAGGGAATAGTCCTCTTAACGGCTCAATCATGGCATGAATGCTGTTCACTACAATAGGCTGTCCAAGCTTTGTCAATATGAATTTATCACTGCTCCCACGCAGTAAAGCAGGACGGGTTTCATTTATGTAATTGTGGAACAGTATCATCTGCTTAGGCACAAGCTCCAGCGTTCTTTTATTGAGATTGGCAGAACCTTTAATGTAAGCTGTGCCGTTATCCAGATCAACATCCTTTAGAGCCAGCCTTGCTATTTCATCGCTTGCCAGCCCCTGATAGATTAAAAGGGAAATCAGAACATTGTTTCTCACGTCAAGATGCTTGTAGCGGTTCTCCCGTTCCATTAAATGCTGTAATTCCGAGCTGTTGAACAGATCCTGAACCTGAATGGTCTGGTTGCCCTTAATTTTGATATTAAGCTTTCTGCAGGGATGGTCATTTCGATAGCCGTACATCACCAGATAGTCGTAATATTTTTTGATGGCTGACAGTATTCTGATTCGGTACTGCACGTTGCACTGCTTCCGGCTGACTTTATCCATGTGCTTTACTATATCCTTATACTGGTATCTCTTAGCTTTTGGATTGGTCTTTAAAAAATGGTTGATTGTATAGAGATAGCTCTGCGCTGTCTTTTCAGCTACAATTCCTCTGAGGTAATTTTCCAGATCTGGTTTCTTGTTTTCCATTGGTTACGTTTTTAGAAGTTTACGACTGGTTTGCGTTTTTTATTCTGCACCGCATAGATGTAGGTTGTATTTATCTGGGTATGCCCCAGAAAACTGCGTATAAAGTCAATTCCCGCGTTATTCTCTGCAAGATGAAAGGCAATGCTGTGGCGCAGGCAGTGAAGCGTGATTTCTTTCTGGACAAGTTCAAATTTGCCAGTCTGCTCAATCATTTTGTTTAATATCTCATTTAGGTTTTCTCCTGTCGATCTTCTGCCTCTGCTGTTGATGAAAAAGGCTTCCTCATTCTGGTTTCTCCCTGTCAGCCTTTCAGGCCTCTCATCCCTGACATATTTTGTCAGGTACTGCAGAACCGTATCGCTCATGGGAACTTCACGTCTCTTGTTTCCTTTACCCTGCCTGACAACCAGCATTCCTTTTATCAGGTTCACATCTTTCAGATCAAGGCTGGCAATCTCTGATCTTCTCAGTCCGCATCCGTAGGCAATGGAAAGCAGAGCTTTTTCCATTTCATTCTCAGCGTGATGATAAACAAGTTTTATTTCTTCTATTGTGAGAATGTTTCTGGGTTTCTGCGTTCCGCCAGTGATGGATGGGATATAATAGGCATTTTGGATTTCTTTGTTTTCCAGCAGATATACCTGAAAAAGCCCCTGAACAAAAAGATGCAGTTTGATGGTCTTTTCAGCCAGAATGCCGTTTCCTCTTTTCTTTGGTCTTGAAGAAAGATAATCCAGATACCTCACAGATTCTTTTGAGGCCACATTCTGGATTCTGCTGATTCCTGCCTGTTCCAGCCAGACCAGAAATTCCGTTATGATGTTTTTATAGAGGTTTGACCGTCCCTGCTTGTAATTCCTGACTTTTACAAATTCTCCGAATGCCACTGTGAGCCTTAGAAATTCCCTGCTCTGTATCGTTTTTTTCAT

Protein sequences of DBSCAN-SWA_4

>NC_009441|4286592:4336082|4331813_4332449_-|WP_012025619.1|DBSCAN-SWA
MRNYEIKEKLLSKLEVVLSQYNYKLKKSADEFIHKNKDGWFKFQLIFLERDDDWEINLGMLIRIDNIENIYHKGSYFEPKYHKTTPTIGITVENYINDGNEYRFDLIKSQDVETCFNGIFELFKEVAIPFFEKYKSINEIEKAINVKEGNSIFSGIKYEGNLGIILAKLVNNPDYEFFKAKYLKYYTEDYDGFYLEEYLNIIKVLDSIVLQ
>NC_009441|4286592:4336082|4331375_4331699_-|WP_012025618.1|DBSCAN-SWA
MSIEDKNLIDLISVDKQGILVLTISDHLKWDDKNEHLLLLQEKINSYLDFIENGQLDESYPDKADKKIMIQIVFKYQPNKTAEDFLEKAGETVKGIGYGFNFYQLNQ
>NC_009441|4286592:4336082|4292048_4293203_+|WP_012025577.1|DBSCAN-SWA
MHTLFDHIERDFHGSSNHNENSYDYYNRSARKDITIIRDLLEKWFSSYPENEKFELKKRFQKDFDPAFYELFLYSLFKKLNFEVVIHPDLPSTDKKPDFLIKKDELEVYIEAKVVNDKSANQQAFERKINELYDHLDKIICPGFLLQIDTLNVKTAKQPSAKKIIDHIQTEISKFHPDKITEEITKYGFEAIPEIEYENDDIHIIVKPVPVIESAREIENKRAIGMFPIETFWGGSSDALKSSINNKAKRYGNLDKPFIVCMNMLASKGSMDWDAKTAVWGSQSISWSSNPENRNIKSGYALDGVFLTSKGPRLKNLSGVFVSRVFPSNIPNAEHSFFEHPFTENKFDLSKIELSAQFTKDGKIQTRKGKSLNEIFQIPENWLE
>NC_009441|4286592:4336082|4319502_4319733_-|WP_044047888.1|DBSCAN-SWA
MQNTTKNIFPKKTEKRKKEKESNFTGRGADRPKGIGISPEGCLVRHEQGIMPKSFCQTATARPTLGFFLLFLLIKI
>NC_009441|4286592:4336082|4321296_4321659_-|WP_012025606.1|DBSCAN-SWA
METNDNKKADDFIKELKSSFYFRTLTPQREKEGIYHADIKFTSYIKLIYTVQDLLKIALHTLENSDLENSSQIEDPAFHLTSILEIAIQLLPCSEAEGLDKLHKLYLETNSENKNEQMDN
>NC_009441|4286592:4336082|4322493_4324131_-|WP_012025608.1|DBSCAN-SWA
MSSAIQFQDQKELENAVRELQSFMDITAVTLHEAETAGKRGYILTIILREDSQQIASEMYDWADKVLKKYPSVPYVIINLWDVLHRLKHGSLYYLKWYLSNISLFKNEEFGFKITKDIPSVSVLLKKAVKKNSGLLAKAESLRRGSQHYEGTNNHHMAIYTIHQAVNLLFGIIGELVMGKSHSNHYTLEHLNTIKDYAPILKQVFNTDHDKDREIADLLDRARIEFPYGGKTKIKKDRVKDAQKKLYRILKETKKIFQDQLSYCEEKSVFFIEPKQNPEILNDGVIDYEKIVSDTVTSYLKTEAVYCFGTAEKRVKHFYLLVLFKESKVNAVHDLADMIKSRTKEQCTATLLIHHISELKSATGDQKYFFLNVIKNGKALFKKESVALEFGDLPVRSITSAKEYLCYRNIVVNYMESWQGDYEWACYAPLKGLMLHTMAEQICLGMIRLFMGYSPNHFSLSYLLEICDYFNPEISTYFPRVTEQDRNLFTILSRSYASLRYSGADTFSELDMNLLQDRYNDFAGFCTAVVKDELGRTENLISAEL
>NC_009441|4286592:4336082|4295952_4296744_+|WP_012025580.1|DBSCAN-SWA
MKEKSDIDRIRNSGGHTTVGSEHDGAIMEMKNIAGRLLVIKERAIYEIVTADSIDPERKNANLPPMIQKIIIDRGTESEIVSRTLLTAIGLFKPEYIMAAVDCNIIISLMIDMLSEIYILEKEISEYQQSENDASAEYEIRKQEKAPYKLPSIVNLESRCKTIFQKADHVEQLLIDIITRVYPELKLTKQSHFPNLYLEIKKLYGENDGFVKLLETASGFMQILRELRNGFDHRLDHTKAIDYQLQVNGDIIAPTIELNHKKV
>NC_009441|4286592:4336082|4316489_4317053_-|WP_044048375.1|DBSCAN-SWA
METLETLFRSFETGIRSAKALKPKQYLKSIGLEYSDLRIGFNSGQFHHRKTLESKDAFEKLGVITKSDAGVRDDSFTAYTVFGRYGLIFPLLDRNSRIVNFFALRFDLDEKKQDYLNIEGIYPAYPHPLTKKLYLAPTVIDCASLIQSKVLDQREAVIALHDGELLEQHLEVIKSLYELEVIIIFKR
>NC_009441|4286592:4336082|4304310_4306056_+|WP_123875706.1|DBSCAN-SWA
MVPFYGLNKSAKCNLKKMTKMTLRLNYSTYFNQNDTIEDLLAPLGKMDLLRAVSYLINRTKSEKNAVDTISNWFNDKNIQAQLIPKTKSNTSILNIISSLNLLTYITEKADTNTEEIISPNDFELRLFKSYLLLNSEQDKIEVAGQKNLPIDGSEEKLSASLITLLYHDYDLQNYILQEVFLVQLIKSIDFFQFIEKDNKLKNHLSLFLSKYNCKTWTEWIMNLLNLILPILDHNDETYSEFRLDRDENFDTSTTFLSLFTIPLEYEELPDFIHLRSNPILKINDETFIIINKLFLVERIFKSLVFEFSLKINKEVKEEYQLKDFRATYCDNFSEQTLLYNALYNCFPNNPKWSKIKGEDFKKMKYSSEPDYYVRFKNKVLIFESKDVILKGNEKHSRDYSILSKCLKEKFLKIEKNNNISKKAILQIIENIRRVLDKYYDKIDTNYKTEFLNFYPILVVHDRQFDTPELNRLINIWFKKELEKAFNKSEQFKINELVIINIDTLILYQEHFKKRGIYGLEIMINKYFEFKKPRICKNQKELEQKYLETSISFSDFIAKEFNKTNFKKVPSFVNEYINKLI
>NC_009441|4286592:4336082|4308217_4308565_-|WP_052295199.1|DBSCAN-SWA
MKKHNVVLVVFLLIFFNSFSQEKTKSQKVIKCEAEKPNLVFKDLVPDKETAIKIAEAILVPIYGKKIYKQRPFVATLKSPNVWAIEGTLHTTKGGVAYIEIQKKDCKILKVYHEK
>NC_009441|4286592:4336082|4320327_4320669_-|WP_012025604.1|DBSCAN-SWA
MKKNKIKLNNLVENPERYFIMLKPASKMRNDIHNLEINVQGYSDLFCLIMDLLKAGMLALEGVEGSGENVKDPERYVGSLLRVIEMLIPLEEGDLLDLLYIKHLNEKNKSGSQ
>NC_009441|4286592:4336082|4327456_4327624_-|WP_159436659.1|DBSCAN-SWA
MDTIVQLVVVIFVFIFVMTIVLNFVKKDRIPLMGDFFEKVLPRLPISKIFSRKKK
>NC_009441|4286592:4336082|4308581_4309274_-|WP_012025591.1|DBSCAN-SWA
MNWDSFKWRNYDYAIGRFMCIDPLAEKYSFQSPYNFSENRVIDSRELEGLEAYRLFRTEKEAANNWGQQYSGKSIRENKEFGSTIGKSIDAKGNVGYSYAPPAPGDNDGVTISDAPEGTTPTADIHAHGAYDSEYFNNDFSRGDKKGNDNTGLNGYLTTPSGTLQKYNPKTKAITIVNETQASDPKDPDRKNNISPNEKKTEKPTSDSKQKTNTNVWPEIKPLIPTIPAK
>NC_009441|4286592:4336082|4320724_4321285_-|WP_012025605.1|DBSCAN-SWA
MKKKKKNFETKFWAGFEAGNPFEASDALFDFAHLDYYKRNLTQAVLYSFKEEICSNDRPSEIFIFYKAICSFLKTYYCLHKKSSKWRVKESVRTENVFHLTSLTKQEYDNPFTVFRKAFAEKSLKEFEFFLSEIVSVSLSPYKGDGDIDLTTPYIHLIKMLDAGELMRERGLEKIKKVNESKENAE
>NC_009441|4286592:4336082|4294714_4295689_+|WP_012025579.1|DBSCAN-SWA
MKNFTSLMSLVFLILSSPATSQVDYKLTGELLKAIKEHNDGYEQLNKLSSIIKKMEETGEKPETEPDDNWHALAQKYKNADEDIKAAKLPTDFPADRYKISSEQFNNCFSKSSNLDILTRYQTELSNASAVGEQELKTIETEKEKIKSSFAALNYLIDGYALFSTEPIYGSLFTSDLFSLLNTVRPALGEYSASLNKYEKKLRKEVDAARLHSSNLQNNINTLRGSFCSLDGVYNGEDRPAGANFSWKHMLNLKRSGSSYTGKFTMVKSNGASKRESNVSGISISGNNITFNTSWGKYTGRISTNFSDITILRDPYGASYVMSK
>NC_009441|4286592:4336082|4302593_4302755_+|WP_159436635.1|DBSCAN-SWA
MKYDSSKLNDWESKSYAASVMEKEVKKRWRFSNPEETAVWTGVSVSNPKTGLN
>NC_009441|4286592:4336082|4302869_4304042_+|WP_012025587.1|DBSCAN-SWA
MGSISQLTIADYPLFSYKNGYYQEIANLIFLPEDFIKEVRKNSSRNKLVWGEAYKRDKGSYQFKGYQQTVAICKQRLEILGMTIQKAKREFPIAKKIAADDFFYSFPLSKFSFKNYLDEISDIIKKGEVHYDQLYTNFRESLITGELGIYGQTTASHLYSILSCVPQDSVVEYDLTDIMDGGWIKDNVSEDINLEKILVLTEGKTDVEFISGSLQKLYPHLYPYYHFIDFDEYKVESNASALVKLVIALAASNVKHPIIALFDNDTTGIMEMKRLKSISMNSNFKILKFPDLPYAKKYPSIGPTGLKTMNVNSLACGIEMYFGIDTLTKEGKLIPIHWKAYNEKEKKYQGEISEKSYVQDTFRNKLKSNTVSDFSGIDLILTNIFQAFQQ
>NC_009441|4286592:4336082|4311786_4312239_-|WP_012025595.1|DBSCAN-SWA
MSLGDLFPDNLKEDFAERNIDVGNALLIKLENLQVNYDKYVILVGVNEVELAVAYVIINTDINQNVYPTAYLQSLHLTIDVARHPFLEYDSHINCTELREFNKQELVDFIISNPERVVGSIDPVLLSDVKDAIKGATTITPILKRKYGFV
>NC_009441|4286592:4336082|4310796_4311573_-|WP_081432676.1|DBSCAN-SWA
MGLNMYDYGARNYDPAIGRWMNIDPLAEKMRRHSPYNYAFNNPIFFIDPDGMAPTDIIFLVFNKNGSVKEELKYKNGNFYHQGGKGERYNPKEGNATLNQVLSAFRKIEKSNDNVMKEKLSTLENSKHKHYIKQGEPGANDNSVSSKFYPENSLKNYYSQQDVKNGKGVDTMTNFDFSKENQKEFEKQEGVPDSPFTTVAHEMSHAYDYDQGKNADSVGKKNEKSPTEKRAVDVENRARKLINLPQRTTYGGLPFNLN
>NC_009441|4286592:4336082|4333613_4334237_-|WP_012025621.1|DBSCAN-SWA
MNKNLYIIAGCNGAGKTTASFTILPEILQCKEFVNADEIAKGLSPFQPEKAAFEAGRIMLHRINELLANNEVFAFETTLATKSYKQKVIAAQEKGYKVVLLFFWLNSVDLAIERVKTRVQEGGHNIETDVIKRRYKNGITNLFDIYLPIVNEALIFDNTAVKAELIAQKTLGNDIEVINEIKFDKLKNDQSWENTKQQQRHRLRRRL
>NC_009441|4286592:4336082|4328094_4328715_+|WP_123869539.1|DBSCAN-SWA
MDLIEALSIINKFKNLDIRETFKTLEKLDTVVSDYDFENIFSASKIIKEASAQIDEIVHATGIMIAQKKWLEENEKLQYLSLGAGNHKEKFDLETNLRIAEFKFGRWNDKSSNGLRRRGYFSNYIGLLTSEDPRRKYFVVEDKESFLKFIKGKADWRNVLSKNPTGLKKLEFFLIEKGKENLTSVGQIYSAFEESVIIISYKEIMP
>NC_009441|4286592:4336082|4313728_4314646_-|WP_012025598.1|integrase|DBSCAN-SWA
MKKNIQSKDFQRLAGAFDKFVKVRNYKQGRSNLYRNIITEFLIWLEQAGVSRMQNVTSKESVKYLEYLTARPKKRGNGVLAEKTIKLHLFVQGLFQVYLLENKEIQNIYYIPSVSGETQKPRNILTIEEIKLVYQYAENEMEKALLSIAYGCGLRRSEIANLDLKDVSLIKGMIVVRQGKGNKRREVPMSDTVLEYLKKYIRNERPERLSGRNQNEEAFFINSRGRRSTGENLNEILSKMIEQTGKFELVQKEITLHCLRHSIAFHLAENNAGIDFIRSFLGHTQINTTYIYAVQNKKRKPVVNF
>NC_009441|4286592:4336082|4324304_4324712_+|WP_012025609.1|DBSCAN-SWA
MNTSTKPSHMGRKISRIRELKDMKQEALAQAMGTNQQAISIMENSETIEEEKLIEVAKALGVSVEAIKNFSEEGVFNYFNTFNDSGNNTFANNVCNFNPLDKLIESHEQQIKLYERLVQAEKDKVEYLEKLLKAK
>NC_009441|4286592:4336082|4300118_4300643_+|WP_123875705.1|DBSCAN-SWA
MIDLINQNLNKKLDFYTTTDNISVIENNLKTQLKQYVKAIEQLRINEYLNSKSKKRKMVFIDYNTFTACAIGAKYFNIGAYGTSHGYLLNYGVFMPLFNKLKKIGQIGRRSNKNIIKGKRNFVGKCAEVKASYAINKKNRITNISDIEFTKAYRPRTMQTIKRCNNCVYIFGNV
>NC_009441|4286592:4336082|4301347_4302490_+|WP_012025586.1|DBSCAN-SWA
MNLIFSDSSSIDGITLKKLMLVGNNISFIDRPSISLAKNVGTVGVHSNIRGFEDQLTNEVVTIKTIEPPTSVFHSNFYRQYFQIDQNNAEFKKVVIGAILTGWFDYWLLDSTGKNNNVQGHKNLIEWISKNQQLILETDLSELQEADVENFFALETLEDALRAFRTMLWEFSLKTTAILHGCNIESASPISISPYYDQAIKIRISDSGYSGKKSNAKKLGLNIMEMFLSDQALEQIHFKEILSFRKETEQIYQNYIIEINKLEAELIRSGEEIDLLYLMDTKINPEINKLRNELLKARNLRFKKLLTILNNGVFSTIAAGTLSLVNLPAAVLGFVGGHLKSPKITQEIIEEHFKIKEIQNNSHLTYLLKLSKLEERKWTK
>NC_009441|4286592:4336082|4312845_4313718_-|WP_012025597.1|integrase|DBSCAN-SWA
MENKKPDLEKYLKGILSKSTAESYMYTINHFLNTNPKAKRYQYKDIVRHMDKVSRKQSNVQYRVRILSAIKKYYDYLVMCGYRNDHPCRKLNIKIKGNQTIQVQDLFNSDELQLLMERENRYKHLDVRNSVLISLLIYQGLASDEIARLALKDIDLDNGTVYIKGSANLNKRTLELVPKQMILFHNYINETRPSLLRGSTDKFILTKLGRPIVVNSILAMIEPLRGLFPDRKLNPQTVRMSVICNWLNEKNIPLERVQELAGHKWPGTTEKYIKVNSSHQREIINRYFPF
>NC_009441|4286592:4336082|4324816_4325068_+|WP_012025610.1|DBSCAN-SWA
MNKTIKLRVKKEIERDKELKVLKLKGSLITRGYTEIIHIADENQDFYLNTFTTSQEQKEEAEKFLLDFISANNVTDIITLLKE
>NC_009441|4286592:4336082|4329704_4330139_+|WP_012025615.1|DBSCAN-SWA
MDTSNIVALILGSIGFIISITGFIITPILNLKSKKLEKRLEYRFILFQKIVELWEFTNKLSAENDIKGLMSEVNKLIQLYGYANEITLFNEVVVSYNNCAQSQTETSRQQLKDKFSLFFLTLFNTYRKEIVLDQLPRTESSNHH
>NC_009441|4286592:4336082|4326984_4327389_-|WP_123869541.1|DBSCAN-SWA
MNNIITGYNYDTPEDAIVSLETAFSKKDIVNAIASKDFEAEAKIVLRRTNVEINEETVDLTAKLLELSLVEYILNNGFPDFSMVKRQFSELSEIDNHLFFIEEILIYENGETFSNIVFLTYENEKWKVAMTEEK
>NC_009441|4286592:4336082|4298723_4299581_+|WP_081432675.1|DBSCAN-SWA
MELQVYFKNIKAEIIKTILKAETEIKIAVAWLTDEDIIREITLKKISGVNVQIIISDAKENYVRIAKLKEYLKYAGVLSIGITKPFMHNKFAIIDDRFIINGSYNWSYGARSSEENIFIITLDKSVEEDTALLKKFQLQFQYLSHRVRAVSIADFEELNNFRQRIANPIAVISELDESEILLREEFEEAVKNSINNSLKANIQFDYTGLLQRMQKDGGGVEFVKRLINDEIQTGDMKSGFRKLQEPIPHRVDLSLEYLVSQERFQSLFEPRQVDFCLNLMKQYHL
>NC_009441|4286592:4336082|4335164_4336082_-|WP_012025623.1|integrase|DBSCAN-SWA
MKKTIQSREFLRLTVAFGEFVKVRNYKQGRSNLYKNIITEFLVWLEQAGISRIQNVASKESVRYLDYLSSRPKKRGNGILAEKTIKLHLFVQGLFQVYLLENKEIQNAYYIPSITGGTQKPRNILTIEEIKLVYHHAENEMEKALLSIAYGCGLRRSEIASLDLKDVNLIKGMLVVRQGKGNKRREVPMSDTVLQYLTKYVRDERPERLTGRNQNEEAFFINSRGRRSTGENLNEILNKMIEQTGKFELVQKEITLHCLRHSIAFHLAENNAGIDFIRSFLGHTQINTTYIYAVQNKKRKPVVNF
>NC_009441|4286592:4336082|4293363_4294359_+|WP_012025578.1|DBSCAN-SWA
MNEILYTIAKDPEGNLFTALSAQKGTQYYCVNCNNILVLKKSGKTGPRRKRPHFAHKSLMPNCQPETALHFGFKTLAAERLNLYLEAGTPFSFNWRCDYCGEKHTGNYTKKLKSVRLEYDLKHCKPDIALLDENDAVFAAIEIVVTNKPSERVLNYYLENKIILIQINLKSDDDIYLVKEKLTEPDLVKFCLNPKCNVCGNFQKKIVMSIIDGKCWNCYSPMKAAVMKDGADKFLFGPEKFSSSEITYAREKGAAISEYQSKITGEQYQANFCPKCGTFIRRFSKLKNYLSYANEGALPMQDFQITYNCSYCCEKKISDDDDWTQILKWQY
>NC_009441|4286592:4336082|4290791_4292000_+|WP_012025576.1|DBSCAN-SWA
MSELFRKYHLGHFIGEYRNNLFERIDKLEITDSTNISELAERLKSEFTIFPIIIGEPKPSQPIETTKKMYNPWGQLYNQNVLEITVTIPFEGNHKLFYCMPSRSTIVYLEDNVVIGNTNIKATITLTQFDEKAYFSEVNEIISTVSTNLPAIHDEIKPWNDRLENLIQQALESRKGIVSKKFDFMEKIGLKVNPNSTEYLVPPTITKKAIPTPVTETSKTVAKEKVPILQEEVYIDIREVLYNVGKAIERKPSLYKDKYEEDLRDIFLLFLETRYEAATGVGEAFNKKGKTDILLKYAKDGTNLFVAECKYWKGQKKLTEGIDQLLGYLTHRDTKTALIFFVDQKEITSVVSTIKSEISCHKNYSRHIKNTYEHSINYEFTLPDDSDKKIQVELMLFHFPKI
>NC_009441|4286592:4336082|4318912_4319230_+|WP_012025603.1|DBSCAN-SWA
MAEVKKNSRVPNLDRVFFWDFDIDAMDFDKAYKTIIARIIERGGQDEIDEIVRFYGHDKVVTAIRDEIHFLPNYAIDRAIKFFPELKKEEMYCYLNRKDKPYHWI
>NC_009441|4286592:4336082|4334277_4335153_-|WP_012025622.1|integrase|DBSCAN-SWA
MENKKPDLENYLRGIVAEKTAQSYLYTINHFLKTNPKAKRYQYKDIVKHMDKVSRKQCNVQYRIRILSAIKKYYDYLVMYGYRNDHPCRKLNIKIKGNQTIQVQDLFNSSELQHLMERENRYKHLDVRNNVLISLLIYQGLASDEIARLALKDVDLDNGTAYIKGSANLNKRTLELVPKQMILFHNYINETRPALLRGSSDKFILTKLGQPIVVNSIHAMIEPLRGLFPDRKLNPQTIRMSVICNWLNEKNIPLERVQELAGHKWPGTTEKYIKANALEQRGLINRYFPSI
>NC_009441|4286592:4336082|4330164_4330761_+|WP_012025616.1|DBSCAN-SWA
MKKILIMLTLLLPIYNSFSQTKDDTSKHLVFKGVPLDGTLEEYVLKMKQNGFDHLSTKDGVATLQGDFAGYKDCYVGVSTLNQKDLVHKIAVLFPEKDTWSTLYDNYINLKEMLTEKYGKPSAVVEKFDNRSSEPKDDGTKMFDVKFDRCKYYSIWETDKGKIQLSIDHKSVTSCFVKLAYFDKINSSTVKKTALDDL
>NC_009441|4286592:4336082|4317536_4317974_-|WP_012025601.1|DBSCAN-SWA
MENEEKKNPHKGGRPSKTDPAVHRYSISLTAEENARFLTHFEVSGMHVMAHFITACVFQKGVKTVRIDKATMDYYMRLTSFYSQFRAVGVNYNQVVKLLYQKFSEKKASAYLYKLEKQTIELAVLSKKIIQLTEEFEQKHLRKDS
>NC_009441|4286592:4336082|4306713_4306998_+|WP_012025589.1|DBSCAN-SWA
MEQLNPLTEFFRSIEKDQRISITHIGIFEALLQFRANQGNINPIKAYRHEIMKIAKITGPVTYHRCIKDLNEYGYINYIPKKNRNQKSVIYFLV
>NC_009441|4286592:4336082|4298031_4298565_+|WP_012025582.1|DBSCAN-SWA
MRHESFQVDGFLITVSYHDSKSELLFEAKSKGTPLIGTYSVIKHQPHSQPGEYHLHVYDGQDQIFAINKSGKAHDGYHGVRIPNKVYQELTKKYKGWVFPPDQIIESLNYTYLLNPIIDLDYMQILNEITFIEREINFFERVQSINEAAGLINAVEQNELLLKRFKDLFIASVKRLQ
>NC_009441|4286592:4336082|4327689_4327893_-|WP_035621482.1|DBSCAN-SWA
MFGINNIDADFDVTANIKQPALICFIKNKSVSDEFLMSYFILKPVNTLQALSFFKRPDLMFKTLTGE
>NC_009441|4286592:4336082|4314814_4316485_-|WP_012025599.1|DBSCAN-SWA
MEKIRLQMQELRPDVPLSIVELPEGHSLNDMWVNYGTEGISNLLKSAKTEKAGEGLQIVNGYKISYKGLCGTFFVLGNLPMDLGNLRISLQIVEYNTNRKHRLKIDLFDFSSVQSQCTDFSEKQGFDYDNLEKDLVTLTDLLEQHREALFEAEINPMAERYAEKELTPLAQEKAVTFLTKPKLLENINRLLEQNGIVGEEENRILIFILASSYKMPYLMHGLVQGSSGEGKSHLINGIAGCMPQEDVMNMTRITSKSLYHYRDKELINKLIIIQDFDGLDEEAQYAFREMQSAKFLTSSTVVKDIFGNNRGKIKQVHAHFASLTTTTKAEVYYDNMSRSVIVGVDESQQQTLRIIKKQNLKTAGQSDSEKEEHAKQLLRNVMRVLKSYEVVNPYADKLSLPMEARMLRRLNSQFQNFVSQITILHQYQRKTDTKGRLITDKADIKSAVDLFFSSIIIKVDELDKSTRQFFENLKDLIKKQKEGTSKKFTAREIRQGLNISKTATFRYMHLLQELEYIQAVEGSYNRGLKFSIAYWDDMDRLKSRIRTELHRQLEAL
>NC_009441|4286592:4336082|4325313_4326963_+|WP_123875707.1|DBSCAN-SWA
MNKIETLDYQLKIKLIPFLNKLDTKKAVSTLNLLKNIGGKIIQSKYNFSPEEILKDVEVDTALFSKQVICFDDLERCNIPLSEVLGYINNFVEHKNSKVLILSDESKIPDSEDVNKSTYNSIKEKVIGRVLNFSNDLNYIFPFFIERYKIPDPEFSSFLDQNKSYILEILAEFKEENLRNLSFYLEALNKLFPVLKSNLEFKKEIILFTLIITLEFKKGNLNSSNYNNFNDLDLLNPAYVMFNFDPSFSLLSKKAEKTQKEESELEKFYNRYLSNYIQDYFFYPAVYQFILTGYLDLEKFNNELKSRIPVEPTIENATFTNVATNKFRQLSNEEFNENIERFLLFAKQGKYEISDYLQISKFLNFYSENFIINHTKDEIREILLEGLLIAKEDFVPIKRTRNFSFDMDQNPADDTILRDKIIEYINESEKEFEKEKTNSLLNAIAQNDLEKMKDVFDEYNINKELFQNFSAQSLWTHLQSCENRTLVQFTSLLKQRHGFSNIKTYFLDNTDLFKDLILCIKNSESTGNLQKMLKKELIVQLEEICERME
>NC_009441|4286592:4336082|4321645_4322482_-|WP_012025607.1|DBSCAN-SWA
MYYNILTQKDHPKYRAVKKTVKLLVEFVEAECVYFSDSAIESKIGILTIVVSKKSPHYYDDVVFHLWKVIENYNNFSFCFFDRECIKREVGKGNLFFIFNCKETDLVYRNTEGKTVLDIKKLNMKRLLKKTVANYQMWISEANTIGRDLKYHRGNENHLMALYVIHEQFRYLFINASWVLTGEWVIDGNISDQQERIAKFNSVLGNTFDLENKEEKEVLRKLDLARKAVQWGEEIEPLTAEIVESAYEKMQWLMSEVKTMYQQYAEQTKQIFKEYGNQ
>NC_009441|4286592:4336082|4312235_4312748_-|WP_012025596.1|DBSCAN-SWA
MRNFNLHKEKAVNSLLFVTHQLEKADTHKTYKILYFADQKHLLKYGRPIFGDTYVKMQYGPVPSFVKNVVDEEIEGLEEVVAKYHRFNLQPLTEANLDYLSQSDLECLRESIEENKNLSFIELTNKSHDDAYNRSYWVINYLDMAKAIGADEKTLKYINQQMINESIQLA
>NC_009441|4286592:4336082|4286592_4287852_-|WP_012025573.1|integrase|DBSCAN-SWA
MKQLAKTKVTVRLRKADDRKEWYVYIESYPVEVSGRKTPQRIREYLNRTVTTVEWDKKRTARTDAAGSKSYKPKRSDNGIIICRSESDCAIMLYADGVRKIRQKEYDNIDLYTDADKLLAEQKEKGKEDFIKYVAAVAAKRHNRSSKSIRINWERLAEFLKSFSNGSLNFSQIDSRMAEDFKLFLLGAPQGGGKKGTISRNTAGTYFAIFKAAVKQAFIDGYLTVDLSSKIKGIPEEESRREYLTIEELNALASTDCEKDVLKRAALFSALTGLRHSDIQKLRWKEIAVEDGMAKLHFTQKKTKGVEYMPISQQALQLCGEPRLPGQLVFEDLPDPSWISRPLKKWVLSAGIKKNITFHCFRHTFATLQLSSGTDIYTVSKMLGHTNVKTTQIYAKVVDEKKNKASEAIQLVSLKKKEL
>NC_009441|4286592:4336082|4318193_4318874_+|WP_012025602.1|DBSCAN-SWA
MLYKETVTPQMWELLQRLMKDEKLKEFNLVGGTALSLMIGHRLSVDLDLFSTQDFNVQDMLAHLRSEHTVTIRELFDNTMLLNIGKVKVDVLAHKYPWQEPIKTEQGIRLVSLQDIGAMKLHAIFQNGTRIKDFVDMYFLLEHHPLKTYLDAYHNKYNGNPALASHSLLHHENIDMEEKVKLLKGKETSWTKMTQRLKKAVFNPSFDFSEPKNQIPPPGKRRGFRR
>NC_009441|4286592:4336082|4297022_4297973_+|WP_123875704.1|DBSCAN-SWA
MGMISSRVRYNLGRRSRDSAKSIPKPADIKCRLKKKYKKINIGYWSDVHIAMGEREDEAHLAPKLGINYTELCQLDYTIETNESDEGLLYNYRIVFNHSNPHSILQKVKGLDKDLTVYLEPWEFDDRYDYDVEFEAITENNDYSKNFYDEIENLESLLTLEVPNLKLQDILYRQIFISIIGTLETYLASSFINRTFDSNENLKRFICSHPEFKNQKFEIREIFDKYDEIENIAQKVMLDTIYHNLPIVRNMYRDTFKINFPDFSEIYKSVLTRHDLVHRNGFTKGGNKFEIKKDDINQLMNNVKSFVRKLVTELEE
>NC_009441|4286592:4336082|4309410_4310070_-|WP_012025592.1|transposase|DBSCAN-SWA
MKIKCNFCNGKCIKNGLQSNGNQRYKCCACKKRQQIEYSYNAYKKDINQEIVLFTREGLGIRSTARILKISATTLLKRIVSIARNITKPIISKGKTYEVDELCTYIRHKKNYIWLVYALEKNSRTVVSFSVGKRTNKTLNRVLETLKLSEAKKIFTDRLKNYRYLLDQEMHSVKRFGTNHIERKNLTLRTHLKRLNRRTICFSKSLVIFTAVMKIYFWF
>NC_009441|4286592:4336082|4333500_4333665_-|WP_165768443.1|DBSCAN-SWA
MGEHKTTTTTPTQKKIIEAMDKVSEKLIEFKKKNNSDLVVMQDGKIVRIKASSL
>NC_009441|4286592:4336082|4287848_4288403_-|WP_012025574.1|DBSCAN-SWA
MKRTNKQCLNCGEEFNPKTVTSVYCSHVCSKKAYKLKMKRLKIDEELKALTDKIPENRAFISVPEAGMLFGINNKSLYRLIDQGKIPSINLGSRLIRIDRRVMEEMFGHARTLPQAESRLKKKLYSLEKEDCYSIGEIAHRFQISEGSVYSHIRKYSIPTRQIGKHVYAPKSEIDNLYNGNDFI
>NC_009441|4286592:4336082|4328896_4329676_+|WP_012025614.1|DBSCAN-SWA
MDEIKYCYKCGAPATSREHVPPISLFPEAKDILGLNFRNNLITVPSCDEHNSNKSHDDEFLMVTIASIVGNNPIGYLQTQTKIDRALRRKSKDFLDKEIIRNAKNYTLKTKNGKKFPVLHGNPNYERLLKCFEHIAYGLYYNEFGYTFEGEIKMLMGFIKYNDQTTATMTAMVKEKLKTDEIPHELKGENPKIFNYQFFEPDQFGLIAMVMNFYEGTEVFVSYKPKDAKEPFDLALSLIHSGINTQVKIGDKTFKFNQK
>NC_009441|4286592:4336082|4300635_4301142_+|WP_012025585.1|DBSCAN-SWA
MFRNTSLGYDHDLFIFLPEFRIHIATGGAKLPVYMLNLTINNFLIYSHFEQEHLYNFEIERNKKLEEIVYAPERLLNESFESDEYTRTFDKFAKQGFFSFDKTNISDPYNKSFHLVSFPTDRKNSIPKDNQFSDLRENKVLLDRNGILIDQIIEEINTLKFDPKPLYY
>NC_009441|4286592:4336082|4288638_4289595_+|WP_012025575.1|DBSCAN-SWA
MNYANHNLRTNLQEWKNRLYRSTYEQFGFQLKYIISNFDTNLQIHALINDSIKEYVFSQEEFNSRTSSYRSPELIFENETHQSAYCYQFLKYFIEKSGNYNLHNNTFFRGRDFEETKTKIIEEYISPILYYLHDKLEKLNSTIYLLEKYKKRTEWFTQNSILSAYKTATKNYEQILEDDLRLFLFDQGIDYPFSTPTSASGRADVIGEIETDDPLIIEIKIFDRTKKYGKDRIKDGFSQIIKYTNDYNKDVGFLIIYNMEDVEINFKFSEPTKVFPPSFQFNNKTYYFIVINCGFTNSASKSGTTQEIEITESELTKK
>NC_009441|4286592:4336082|4330797_4331337_-|WP_012025617.1|DBSCAN-SWA
MLQFDPEIWGTVSDWFMVAVTTLTAYYLYKTLKSQKEVQITQNKLFEIESVRFRESIKPVLKYNISENIITPQEREKSRVYTIEVTNDSYNTALEISVDHPERDDIKRVAWAPQKQNHLKKTDGIYLIHFLIEKFSDNHLIIFSIEYKDLSGTKYKQGVLCRIDSYGNEINPYLPEIIN
>NC_009441|4286592:4336082|4310276_4310825_-|WP_044047879.1|DBSCAN-SWA
MEAYRLILIRLLFVLIVLTSCSKERDINYYKTYSIEGKKSEPKKRNYYTLFCKNSSGQICLVESFEIFYVFKKNNLAGKYDVFYNDILNEKKSMTINSTDHVCFEIDKKIENDYRELNRNDFLLKYAYKSTDNKRYLINNKLVGNNNLCVAYFLFKSGFGITFNDYLGSYYVDNLTVHYLND

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
4283576:4283590	attL	NA	NA	NA	NA
WP_012025573.1|4286592_4287852_-|integrase	site-specific integrase	H7BUI8	unidentified_phage	1.2e-13	29.3
WP_012025574.1|4287848_4288403_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012025575.1|4288638_4289595_+	hypothetical protein	NA	NA	NA	NA
WP_012025576.1|4290791_4292000_+	hypothetical protein	NA	NA	NA	NA
WP_012025577.1|4292048_4293203_+	hypothetical protein	NA	NA	NA	NA
WP_012025578.1|4293363_4294359_+	hypothetical protein	NA	NA	NA	NA
WP_012025579.1|4294714_4295689_+	hypothetical protein	NA	NA	NA	NA
WP_012025580.1|4295952_4296744_+	hypothetical protein	NA	NA	NA	NA
WP_123875704.1|4297022_4297973_+	hypothetical protein	NA	NA	NA	NA
WP_012025582.1|4298031_4298565_+	hypothetical protein	NA	NA	NA	NA
WP_081432675.1|4298723_4299581_+	hypothetical protein	NA	NA	NA	NA
WP_123875705.1|4300118_4300643_+	hypothetical protein	NA	NA	NA	NA
WP_012025585.1|4300635_4301142_+	hypothetical protein	NA	NA	NA	NA
WP_012025586.1|4301347_4302490_+	hypothetical protein	NA	NA	NA	NA
WP_159436635.1|4302593_4302755_+	hypothetical protein	NA	NA	NA	NA
WP_012025587.1|4302869_4304042_+	hypothetical protein	NA	NA	NA	NA
WP_123875706.1|4304310_4306056_+	hypothetical protein	NA	NA	NA	NA
WP_012025589.1|4306713_4306998_+	hypothetical protein	NA	NA	NA	NA
WP_052295199.1|4308217_4308565_-	YbbC/YhhH family protein	NA	NA	NA	NA
WP_012025591.1|4308581_4309274_-	DUF4329 domain-containing protein	NA	NA	NA	NA
WP_012025592.1|4309410_4310070_-|transposase	IS1 family transposase	A0A0U2RK18	Escherichia_phage	1.0e-19	31.7
WP_044047879.1|4310276_4310825_-	hypothetical protein	NA	NA	NA	NA
WP_081432676.1|4310796_4311573_-	hypothetical protein	NA	NA	NA	NA
WP_012025595.1|4311786_4312239_-	hypothetical protein	NA	NA	NA	NA
WP_012025596.1|4312235_4312748_-	SocA family protein	NA	NA	NA	NA
WP_012025597.1|4312845_4313718_-|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_012025598.1|4313728_4314646_-|integrase	tyrosine-type recombinase/integrase	S5M9V8	Brevibacillus_phage	4.5e-13	27.3
WP_012025599.1|4314814_4316485_-	hypothetical protein	NA	NA	NA	NA
WP_044048375.1|4316489_4317053_-	hypothetical protein	NA	NA	NA	NA
WP_012025601.1|4317536_4317974_-	hypothetical protein	NA	NA	NA	NA
WP_012025602.1|4318193_4318874_+	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_012025603.1|4318912_4319230_+	hypothetical protein	NA	NA	NA	NA
WP_044047888.1|4319502_4319733_-	hypothetical protein	NA	NA	NA	NA
WP_012025604.1|4320327_4320669_-	hypothetical protein	NA	NA	NA	NA
WP_012025605.1|4320724_4321285_-	hypothetical protein	NA	NA	NA	NA
WP_012025606.1|4321296_4321659_-	hypothetical protein	NA	NA	NA	NA
WP_012025607.1|4321645_4322482_-	hypothetical protein	NA	NA	NA	NA
WP_012025608.1|4322493_4324131_-	hypothetical protein	NA	NA	NA	NA
WP_012025609.1|4324304_4324712_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_012025610.1|4324816_4325068_+	hypothetical protein	NA	NA	NA	NA
WP_123875707.1|4325313_4326963_+	hypothetical protein	NA	NA	NA	NA
WP_123869541.1|4326984_4327389_-	hypothetical protein	NA	NA	NA	NA
WP_159436659.1|4327456_4327624_-	hypothetical protein	NA	NA	NA	NA
WP_035621482.1|4327689_4327893_-	hypothetical protein	NA	NA	NA	NA
WP_123869539.1|4328094_4328715_+	hypothetical protein	NA	NA	NA	NA
WP_012025614.1|4328896_4329676_+	hypothetical protein	NA	NA	NA	NA
WP_012025615.1|4329704_4330139_+	hypothetical protein	NA	NA	NA	NA
WP_012025616.1|4330164_4330761_+	hypothetical protein	NA	NA	NA	NA
WP_012025617.1|4330797_4331337_-	hypothetical protein	NA	NA	NA	NA
WP_012025618.1|4331375_4331699_-	hypothetical protein	NA	NA	NA	NA
WP_012025619.1|4331813_4332449_-	hypothetical protein	NA	NA	NA	NA
WP_165768443.1|4333500_4333665_-	hypothetical protein	NA	NA	NA	NA
WP_012025621.1|4333613_4334237_-	zeta toxin family protein	NA	NA	NA	NA
WP_012025622.1|4334277_4335153_-|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_012025623.1|4335164_4336082_-|integrase	tyrosine-type recombinase/integrase	S5M9V8	Brevibacillus_phage	2.5e-11	26.2
4340951:4340965	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NC_009441|4364592:4396142|DBSCAN-SWA
ATTAAATACTTGGAAAATATCTGTTTATCAGTTCTCTCTGATGTGAGCTGTTGACTTTGATATATTTCTCGGTCGTTCCCGGCCATTTATGCCCTGCCAGTTCCTGAACTCTTTCCAATGAAATGTTTTTCTCGTTAAGCCAGTTGCAGATCACGCTCATTCTGATAGTCTGAGGGTTTAGTTTTCTGTCTGGGAATAATCCTCTTAACGGCTCAATCATGGCATGAATGCTGTTCACAACAATGGGCTGTCCAAGCTTTGTCAATATGAATTTATCACTGCTCCCGCGCAGTAAGGCAGGACGTGTTTCATTTATGTAATTATGAAACAGTATCATCTGCTTAGGCACAAGCTCCAGCGTTCTTTTATTGAGATTGGCAGAGCCTTTTATGTAAACTGTGCCGTTATCCAGATCAATATCTTTTACAGCCAGCCTTGCTATTTCATCACTTGCCAGCCCCTGATAGATCAAAAGTGAAATCAGAACATTGTTTCTCATGTCAAGATGTTTGTAGCGGTTCTCGCGTTCCATTAAAAGCTGCAGTTCTGTTCTGTTGAACAGATCCTGCACCTGAATGGTCTGGTTGCCCTTAATCTTGATATTAAGTTTTCTGCAGGGATGGTCATTTCTATAGCCGTACATCACCAGATAGTCATAATATTTTTTAATGGCTGAGAGTATTCTGATTCGGTACTGCACGTTTGACTGTTTCTGGCTGATTTTATCCATGTATTTGACTATATCTTTGTACTGGTATCTTTTAGCCTTTGGATTGGTCTTTAAAAAATGATTGATTGTATAGAGATAGCTTTGCGCTGTCTTCTCTGCTACAATTCCTCTCAGGTAATTTTCCAGATCGGGTTTCTTGTTTTCCATTGGTTAGGTTTTTAGAAGTTTACAACTGGTTTTCTTTTCTTGTTCTGGACAGCGTATATGTAGGTGGTATTGATCTGGGTATGCCCCAGAAAAGTGCGTATAAAATCGATTCCCGCGTTATTCTCTGCCAGATGATAGGCAATGCTGTGGCGAAGGCAGTGAAGCGTGATTTCTTTCTGGACAAGCTCGAATTTTCCTGTCTGCTCAATCATCTTGTTTAAAATCTCATTGAGGTTTTCTCCTGTCGATCTTCTGCCTCTGCTGTTGATGAAAAAGGCTTCCTCATTCTGGTTTCTCCCTGTCAGCCTTTCAGGCCTTTCATCCCTGACATATTTTGTAAGATAGTCCAGAACCGTATCGCTCATTGGAACTTCACGTCTTTTGTTTCCTTTTCCCTGCCTTACAACCAGCATTCCTTTAATGAGATTGACATCTTTTAGATCAAGGCTGGCAATTTCAGATCGTCTGAGTCCGCATCCGTAGGCAATGGAAAGCAGGGCCTTTTCCATTTCATTCTCGGCATGCTCATAGACCAGCCTGATTTCTTCAATCGTTAGAATGTTTCTAGGCTTCTGAGTTCCGCCTGTTATGGATGGGATATAATAGGTATTCTGGATTTCTTTGTTTTCCAGCAGATAAACCTGAAACAGCCCGTGCACAAAAAGATGCAGCTTGATTGTTTTTTCAGCCAGAATGCCGTTTCCCCTTTTCTTTGGTCTTGAAGAAAGATATTCCAGATACTTCACGGATTCTTTAGAAGTTACATTCTGAATTCTGCTGATTCCTGCCTGTTCCAGCCAGATCAGAAATTCCGTTATGATGTTTTTATAAAGGTTTGATCTTCCCTGCTTGTAGTTCCTGACTTTTACAAATTCTCCGAAGGCCACTGTGAGCCTTAGAAATTCCCTGCTCTGTATCGTTTTTTTCATTGCCTTTTTCCTTTAATTAAATACTGTTTTTTTTGGATTTTGAAAACACCCTCGTGCACACTCCGCGGAACGCGGAACACCAGTATCGTATTGCCAGTGTTTTCAAGGCTTCCAGTGTTCCGCTGGCGTTCCGTGGTGTTCCACTTTTCTAGTTTTCTTCTGATTTTTTGTTTTTTTTTAGAACTCTTCAAGCTGTCTGTGCAGTTCTTTTCGGATTCTGGTTTTGAGTTTTTCCATATCATCCCAGTAGGAGATCATAAATTTAAATCCCCTGTTGAATGACCCCTCGACAGGCTGGATGTATTCCAATTCCTGAAGTAACTGCATGTATCTGAAAGCAGATGTCTTGCTGATATTCAGCCCCTGTCTGATCTCTCTTGCCGTGAACTTTTTTGATGTTCCTTCCTTCTGCTTTTTTATAAAGTCCTTCAGCTTCTCAAAAAACTGTCTCGTGCTTTTATCAAGCTCATCCACTTTGATGATAATTGAACTGAAGAAAAGATCGACGGCTGATTTTATATCAGCTTTGTCAGTGATTAATCTGCCTTTAGTGTCGGTTTTTCTCTGGTACTGGTGCAGGATTGTAATCTGGCAGACAAAGTTCTGGAACTGCGAGTTCAGTCTTCTGAGCATTCTGGCTTCCAGCGGAAGGCTGAGCTTATCGGCAAAGGGATTTACAACCTCGTAAGATTTAAGCACGCGCATCACATTTCTTAAAAGCTGTTTTGCCTGCTCTTCCTTTTCGCCGTTTGAATGTCCTGCTGTTTTAAGGTTCTGCTTTTTAATGATCCTCAGTGTCTGCTGTTGGCTTTCATCCACGCCCAAGATCACCGAACGGCTCATGTTGTCGTAATACACCTCAGCTCTTGTGGTTGTGGTCAGGCTGGCAAAGTGCGCCTGCACCTGTTTGATCCTTCCCCTGTTGTTTCCGAATATGTCTTTTACCACAGTGGAACTGGTCAGGAACTTGGCCGACTGCATTTCCCTGAAGGCATACTGCGCCTCTTCATCAAGCCCGTCAAAATCCTGAATGACAATCAGCTTATTAATCAGTTCCTTATCCCTGTAATGGTAAAGCGATTTGCTTGTAATGCGTGTCATGTTCATCACATCCTCCTGAGGCATGCATCCTGCAATGCCGTTTATCAGGTGGCTTTTTCCCTCACCGCTTGATCCCTGAACAAGTCCGTGCATCAGGTACGGCATCTTATAGCTCGATGCCAGAATGAAAAGCACGATCCTGTTTTCTTCTTCCCCAACGATGCCGTTCTGTTCCAAAAGGCTGTCTATATTTTCCAGAAGTTTTGGTTTTGTGAGAAATGCGACTGCATTTTCCTGCGCCTGAGGCGTAAGCTCTTTTTCGGCAAAACGTTCCGCAATCGGGTTTATTTCAGCCTCAAAAAGCGATTCCCTGTGCTGTTCCAGAAGATCGGTAAGCGTTACCAGATCTTTTTCAAGGCTGTCATAATCAAAACCCTGCTTTTCGGATAAGTCCGTGCACTGGCTCTGAACTCCTGCAAAATCGAACAGGTCGATTTTAAGCCTGTGCTTTCTGTTGGTATTGTATTCCACAATCTGAAGCGAAATCCTGAGATTTCCCAAATCCATCGGCAGGTTTCCCAGAACAAAGAAAGTCCCCGAGAGGCCTTTGTAGCTGATTTTGTAGCCGTTTACAATCTGCAGTCCTTCGCCTGCTTTTTCCGTTTTTGCGCTTTTTAAAAGATTCGATATCCCTTCCGCTCCATAATTGACCCACATGTCATTCAGACTGTGCCCCTCGGGAAGTTCCGCTATTGAAAGCGGAACATCTGGTCTTGCCTCCTGCATTTGTAATCTGATCTTCTCCATTTTCTCACCGCTTAAAGATTACTATTGATTCCAGTCCATTTAATGATTTAATAATTTCAATATGCTCATCGAGCAGTTCACCGTCATGAAGTGCAATAACCGCTTCCCTCTGATCCAGTATTCTGCTCTGCATCAGGCTGGCGCAGTCAATGACAGTCGGAGCCAGATAGAGCTTTCTGGTAAGCGGATGGGGATATGCAGGATAGATTCCTTTCCGGTTTAGATATTCCTCCCGAGGGCTGTCCAGATCAAAACGAAGCGCAAAATAGTTTACAATCGCACTGTCTCTGTCCAGCAGGGGGAATATAAGCCCGTAGCGTCCGAAGACGGTATAGGCAGTCAGAGAATTATCCCGCACTCCTGCATCACTCTTGGTTATTACTCCAAGCTCCTCAAACCTTTCTTTGGATTTAAGGGTCTTGCGGTGGTGGAACTGTCCCGAATTAAAGCCTATTCTCAGGTCTGAATATTCCAGTCCGATGCTTTTCAGGTACGCTTTGGGCTTTACAGCCTTTGCGCTTCTGATGCCAGTTTCAAATGAACGGAACAGCGATTCTAAACTTTCCATATGCTTTAATTTTTTTAATTGGTTTCTGCGCTGATATAAACACAGCGATGCCCTGCCTGAAATAATCTTTCAGGCGGAAGTGCGGTATGGGCGTTAATTAAAGGCCGTCTGTGACAGGGAACGGCAGTTTATGAGAATAGAAATCTATTAGTAGATTTCTACTGCAAAGATAAACCAGATTTCAATGCGCATCCTGCTCAAAATTTGGTGGGGATAATTTCAAAGATAATTGGTATTGCTTTCACTTTCAATGGTAAAATATACTTGTGAAAGCCGTAGAACGTAATTTTAATTCAGACAAAGATAAAGCTCTTTTGTCTGAGCGTCATGGAGATAATATGTACATGAACGCGGTTTTGGCGTCATTGGGTAGACTCCTCAGTTTCCCGCTTCTCATTCACCATTTTATATATTTCATCCAGAACTTCTATTTCAGCCCTTGGAATCAGCTGAAGGGCAAGCTCCAGAACAGAGCCTATGTATATTTCCCTGTTATCAAGCTCGTCCGAATAAATTATATTCAGGCACATTCTAATGAGATTCACTCCCAGACATGTCATATCCGAGTAGCCGTAAAATTTTATCTCGCGTATTGACTCCCCCTCTTTGTCCTGAATGGGTTTCAGAAGCTTAAAATGATAAGATGCAAAATCTTTAAATTCATCCAGTGTTTTTATTTTGTCCGTTTCCATAATTTTAAAATATTAAATTTTAATCTGCGCTATTCTGTTTCTTCTGAAAACAGATCCGTAATCTCATTTAAAAATTCAAACTCGTCAACTGGAAACAGCTGAAGAGCAATTCCCAGTATAAGCCCCACATCAATATATTGGTTTTCAATCGTGGGGGGAACTTCTGCGCTGTCCTGATCTAAAGCGATAATGCACAGCTTCATCAGATTCCTTACAACAGAACCGAGTTCGCAATAGTCATAAACCCTTATCTCTGCATTATACATGCCCCTTTTGTCGTCAGCTGGTTTCAGGGCATTAAGCAGTTTTCCGCTTAACACCCTGATGTCTTCCAGTTTTTTTATTTTATCGGTTTCCATAACTTCATTTTTTTATGCTGATAAAACTTCCTGCTGATGAATTCCCTCAAGCCTCTCCAATTCCTTCTGGATCATGGCTTCCGCTTCTTTCATAAAATCACGGCATCTGCCTTCCATCATTCCATAATAATCGTAACCAAAACTGTTTGTTCTGCTGAATCGAAGCGTATTTGGGTTCTTTTTCAAAATCTTGAACATGTTTTTTTCATCACTGCTGTTTCGGGGAAAATATTCAGAAGTCATGCTTGTGAAGTATTCGCACAGCTCAAATAAGTAGCCCAGAGAAAAATGATTAGGGGTATATCCAAGAAATACCCTTATAAGGGAAAGACAGGTCTGTTCCACTATCTGATGAAGGGAACACATTCTGACTTCATAGGAAAAATACTGGTCGTTATTATAGATAAGATCCCAGATCGATTCACTAACATTTCTTCTGTCTCCTGCGTATGCTGAAGTGCTTTTCACATATCTCTTTTCTGGATTTTTCGCCCAGATTATTGGTGATCTGTATGCATCTATATGGATCCTCTGCGCATTCTTAAAAATATTCCAGAAGAAATACTGCTGGTCTCCATATAATTTGACGATGTTTCTCAGGCTGTGCATGAGAATCGTTACCGTTATCTGGCCTCTTGATCTGCTCTTTATCTTGTCGGTCAGGTCATTGCCGATATTATCCTCGAACTCTTCGGTTATAACCAGCAGATAAAGATGGACATGCTTTTCTTTCTGAGCGGGTTTCTGGAAAGGCTCATTAAAAGTATAACTGCTTTTCTTCTCTGCAAAACAGTAAATGCCAATTGGATCGATGTTCTGTGAAATAACTCGATAAATTAAATCGGATGCGGTGTTTTGAATTGCTTTCATAATTTTACTCATTTTAGTTAATACTTGTCTGAAAAATTGTATTTTTGTTTAACACACAGGCAAGTAAGCAATTACTTGTACCGTACGGCATCAAATTTTACCGTACCGTACATGAGATTTTTTGTATCATACATGAATTCCTCTTTTTTATTCTTAATTATTATCTTTGAGCTATGAGTACATTAACAAAACCAAACCACATGGGGCGCAAGATCAGCCGTATCCGTGAACTGAAAGACATGAAACAGGAAGCACTCGCACAGGCTATGGGAACAAACCAGCAGACTGTTTCGATATTAGAAAATAGTGAAGAAATAGATGATGAAAAATTGAAAGAAGTGGCAAAAGCTTTAGGAGTAAGCGTGGAAGCAATTAAAAATTTTTCTGATGAAGGAGTGATTAATTATTTCAACACTTTTAGTGACAATAGTATTAATCAAGGACCAATAGGTAACCAAAATATTTGTCATTTTAATCCTCTTGACAAACTAGTTGAAGTTTACGAAGAAAATAAAAAACTTTACGAAAGATTATTGAAATCCGAACAGGATAAGATTGAGTATCTGGAAAAATTGCTAAAAGCTAAATAAGCTTTTATAAAAGATATATTAATTCGCACAAAAAGAGACTTTAGAGTCTCTTTTTTGTTTTATATTCCGTCGCATTATTTAATTCTTTCTGCGGTAAATTCTTCTGCGATTATATATGGCTGTCTAAGATTAAAATCATTAGGACTAACATCTTCATTGCCAAAAATGAGAATTTTAGCATTTGGTTTATCTGCATATCCCTTTTTTTCACCAACAAGTTCACTTTTTATTTGAAAGCCCATATCATGCTTTTCACAAACTTTCAGTATGGAATTCCCTAGAGACTTAGGCATCATGATTGTTCTCTTTGCATAATTTTGGTAGAATTCCTCATTATTCCAAAAGTATTCATTGACGGTAATCCAATTTCCAGTTTCTCTCTCCAGAGCATAACTGACATCTCCAATAAATTCATTGACATTCGATGGCCTGCCCGTGATTTCACATTCAATTTCGTTTTCATGAAAGATTAACAATAGAGGATGATGCTGCAAAATTTTCATTTTAACGTAGGGCAAAGTTAAGCTCCAAAAAAAACCGTCAAATTTTTCAGTATTTCTACATGATAATTTCCATTCTTCATATTCAATAGGTATATCATAACTGTTCTGATTAATCGAGAATATCATTTCTAAATAACTAGTTGAAGTTTCAAATCGATAAGATTCAAGCTTCAAATCGCAATCATTATAAAACTTTTTATCGTTAGTTTTTTTTAGCAGTTTTTCTATCATATCATGTTTTTAATAATTATCCGTTTTATTTAAGCATCAAATTCTGCATAATAAATAATTCTTTCTACCTTTTTCGTATCTGATTTGAATTCTTCAAGTTTTAATAAATCTTCGTAAAAATCTTTTAAAACAAATATTTCTAAAAAATAGTCAAATCCTGGACATTTTTTTTCAGCCACTTCAATTGATTTCATTTCCATTTCGTCAATTGTCAATTTTAAAACTAAAGCTTCTGAATCTGGACGGAATCTTCCATTTACTTTTTTAGCATAAATTGAATACATAGACTCGTCAGTATCTATATAATCCATACATTTTATTATCGCTTGGCTTAATGTCATATCTCACATTTTTTTTGTTTATTTTATTTCGATAAATATTGGCTATTTTTTAATTAAAGAACCTCCATAATTTAGGATATGTTACTGGTAGATCTTCCTCTTTCCAATCCACGCCTTTCGTTGGCGGTGCCCCAAAATCATAATCTAAACCTTTTAGATATGCGACATCCCTTGGAAAGGTTGCATCTTCTTCAATTTTACCTGTTTTTATTTTATATGCTTTTGTTGAAACGTATAATAGTTCCTCAAAATCGAACTCATCTTCTCTACTAATGCTATCTGACAAAACATCAGGATTTCTAATGGTTTCCTTATAAATTTCTTCTCCTTTACCAATTAACCAACAGCGAAAATATAAATAACTGTCATCAGAAACATATCCTTCTATAATTTTTTGAGCTCCCATTATTTTAAAATCATCTGCTTGAATAATTAGCTGTCTAAGAATTATTTCAAATTCAATAATTTGCTCAGGATTGTAGGCAGATAGTTTCTCAACAATTGTTTTTTCCTGTTCTAATTTATCATTCTTGGAATTTGCAATTGAATAATCAATTATTTTCCAGAATTCAGTTTCATCCATTTTATTTCCTTTTATAAATTCACTAGCTATCTTTTTACTTTTTCCTTCTGATTCATTTTTGTTTTTTAACTGACATGAAATTATCGTCAACATTAAAAATAATATGATTTTAAACTTTTTCATTTTCTACTATTAACTACTGTTTTTTTTTTTAAAACTTCTGTTATTCAGCTACATTTCTCAAAAGCTAATTTCAATGCTTCTCCAATTGATTGAAAATCTTCACTATCTTCAATAACGATTTTTTCTTCGTCTAAGAAATGATATCCTTTTCGCTGGCCAGAAGTTCCCCCATTAATTGTCGGGTAGAATGTAATCTGATTATTTTGGCGGCTAATAGATACATAAACTGAATCTTTCATCTGAGCTTTTATAGATTTTAATCCCGTAATTTTTTTGTACGCTTCATAATTTTCTACTCTTTCCTGTTTAGTAAAATTCTTTATTGTTCTAGATAAGTCGAGATGTTTAAGAATTGTTTTACCTATTTCAAAATCTGAAATATTGATTTCTGAGATTGTAATTTCTTTCGATCTTGTAGAATATGAGTTGACTATTTTATAATAAGTTTCAAAGAAAATTCTATCAGGATATTTTATTACACTAATACTTTGTATAACTGGCTTTTTACTGCCAAAAATAGTTTTAAGAAAATTCATTTCTTTTTTCCTTTACAGTATTCATCAATTTTATCTTTAGCATAATCGGCACCAAGTTCTAATGCTCTATTCCAATTTTCACAAGCTGCTCTTTTATCGTTTAAATTAAGTTTTGTATTTCCAAGATTAAAATATGCCTGCTGCTTATTTTCAAGTGATGAATCATCAAACTGCAGTACTTTTTCATAATCTGCAATCGCACCTTGATAGTCTCCGTTTTCATCTTTTAATCCGCATCTATTTATTAAAGCACTTCCAAATTTTGGAGCAATCTCTATAGCTTTGTCATAATCTTTAAGAGCAGATTTCCAAGTGTAAAGTTCATTCTTTACAATTGCTCTTGAATAATAAGCATTTGAATCTTTCGAATCAATTGCAATTGCCAATGACCAATTAAATATTGAGCCACTTAAATCTCCATTGTTATAACAGTCAATACCTTTATCAAAATAGTACTCCGCTTTCGAATTGGCCAAGTCTGGAAAATTTGGGCTTCGCGGATCAAATAATCCTCCATAAGCATCAAGAGTTGAATCAAATTCATATCCTCTTTTGTACATATCCAAACTCCAATACATTAAATTTTCTGCAGTCATTGGTATTTCATTTGTTTCTCCGTTTACTTCCCAAAGTGATCCGTATTTTTTAACTTCATGCAATACATATGGATAATGGGAACTTAAGAATTCAGATAATCGGATTAGATTTTCCTTATCGTCAGAAATAAAAGTAAAATCCATTTTAGTTAGACAATTGTCTTTCAATCCACTGTCAGACATATTTTTAAATACGTCTTCAGCGGAAACCATCTCTTTACCAAATCCTTTTACAAAATCATCCCAAGTGATAAATTTATTTTCCATTTTACTTTGCCCTTGGGCTGCTAACGTTTTTAAAAATATTAATAAAATCAGAATTTGATTTTTCATTTTAGGTATTTGTTTCTTTAATTTTGAAATAGCACTTTTCACAAACAATTTTAAATTTGCCTTCTTCCCAGCATTTTTCTGACAAACCACCTTCTTTGATTCTCAATTTCTCACATTCGTTACACCAAGCCACAAAATCATCATCTTCATATTCGAATTCCATATCTTCAAATGTTTCAAATGATTCTTCGAATCCGTTTTTGCTTCCTTCTTTTAAATGCTGGCAGATAAATGCCCTTCTTCTTCTCTCATGATTTTCGCAATCAACATATTTGGTCTTTTCTCTTTCTGCTAAATCATTATCAATCAGTTCAGTTAATACAATGTGAATTTTTAAGTGATCAACAACAGGCCTATACACGCCAATACCGCCTATTAAATTACAGCAGATAGAAGATAATTCCCATCCTATCTCATCATAAGATGGAAATTCCCCATTAATTAGATTTTCATAGTTATTTGCAATTCCAAAACCTTTAATTTTTTCAATATCAACGACTACGTTTTTAGATGTATTTTCATTGTCCCACGACCATTTCCAAGTTTTAGATGCTGTGGAATAAGTTCCAACTTGATAATATCTGAAATTAATAGTTTTATCAGGCTTAGATAGTGTTATAATGCCACTCGGCTGGTCATAGTTCCAACTTGTAAAAGAATTAATATCATACGCTTTATTTAAATCATCTTGCATTTTTTGTAATTCGCCAAAACAATCTGTTAAGAAATCTTCATATGCCATATCTAATGTTTTTATAGTAATCCTAGCTGTAAATGTATAAGCAAATCACAAACTCTGATTAAAATGCTAAGTGTTATTTTTGTACGAATATAAAAACAATTTCTTCTCTTCAAAGTGAAAAAAGCAAATAAAAAAAAGCAAAGCAAGGTATTGGACACAGCCAGAGAAGTGCGCATAACATTTTTCTTCGTTCCTCAAAAAATGCCCTTCGGGACTTATAGCACTTCAACTGTCTGAAAGTCCAATTGAAGACTGCTTTCTTTTTTTCCTTTTTCTTTTTTTAAGTATTTATCTATTGTAACAGCCTACGGCCATCATGACCATATTTTGCGCATGATAAATTGAAAAATTCTCTTTAATTTAGTTGCTGACTTTTAAAAATCTCCAAAGATTGCCACGTTCCTGCAATCAGCAAGATGAACGGTTGTTTAACAACCGCCTATCTTGCCACCCATTGCCTCGGAACTCGGCGGTGGAGAAACTTAAAAGATAAGAGTTTGATAACAATGAAAATGAAAGATGATGAAAAGAGAAAAATCAAACAGAACACGAATCGTGGGACTGCGATTCACTCCATTGGAGTATGCCGAACTGGAAAAAAGATTCAGAGCAAGCACCTGCCGAAAATTAAGTGACCACATCAGAAGCCACTTATTCAACAAACCAATTGTAGCCACTTACAGAAACCAGTCGTTAGACGAACTGATGGAAGAGACAGCTTTACTTACTTCCGAATTAAGGGCAATAGGCAATAATATCAATCAGATTGCCAGAAAAATAAACACGCTCAAAACAGTTCCCGAATTCAAAGGACATCTTTATCTGTTCGAAATCCAAAGAGAAAGGCTTTTTGATAAAATGGAGGAGGTTTCAGTCCACACCCACAAAATCGCAGAAAAATGGTTGCAGTGATAAAAACAAGCTCGTCCATAAGAGGTATTCTGAATTACAACGAAAATAAAGTTGAGATCGGAAAGGCTGAATGTATAAGTGCTGTGAATTATCCATTGAAATTGGAAAAACTGAATTTCACTTCAAAATTAAACCGCTTCTTGAAACTGGCAGAACTCAATACAAATGCGAAGCGAAACACAGTGCACATCTCGCTCAACTTTGATCCATCGGAGAATCATTCGAAAGAAAAACTGGCTGAAATTGCAGACACCTATATGGAAAAACTGGGATTCGGCAGACAGCCTTATCTAGTATACCAGCATCATGATGCAGGGCATCCGCACTGCCATATAGTGACAAACAACATTCAGAGAGACGGAAAAAGAATCGATCTGCATTTACTGGGAATCAGAAAATCAGAACCTGCCCGAAAAGAAATTGAAGAAATGTTCGGGCTTGTAAAAGCCGAAGGAAGAAAACAGAAAGAACAATTTTCATTAAATCCGATAGATGTCGGCAGAGTCCAATACGGAAAAGCAGAGTCCAGAAAGGCAATCAATTCAGTTTTAAATCAGGTATTGTTTGACTATAAATATTCAAGCCTGCCTGAACTCAACGCGGTTTTAAACCTCTACTATGTTCATGCAGACAGAGGAAGCGAGGAATCTAGAGTTTTTAAAAATAATGGATTGCTTTACAAGATACTTGACCAAAATTCAAAACCGATAGGCGTGCCCATAAAAGCCAGTGAATTCTACAGCAGACCTACCTTAAAATTTCTGGAGGAAAAATTCAAGGTAAACGAAACAAAGAAGGAATATTGCAAAAATCATGTCAGAAATGCTTTGAGACAGGCTTTTTATGATGAAAGAATGACTTCCGTAGAGAGATTATCCGAAAGGCTCAAAGATGAAGCGATTCATACTATTTTAAGAAAAAGCAGTGAGGGAAATCTTTATGGAATTACTTTTATCGACTTTAAAGCACAGACCGTTGTCAATGAAAGCAGTCTGAGTAAAGAATTCAGTGCAAAAGGAATACAGGAAAGCTGTGCAATGAACATTCTTGCACTTGAAAGGAAATACCAAAAGTCCAATTCAACCGATTCAGAAATCTTTCAAAATCTCGAATCGCAAGAGTTTGTAAAAGAAAATCTGGTTGCTATACTGCTCCGTGGGGAAAAGATAAATGACTATGTTTCGAAAAAATTTAAACAGAAGAAGAAAAGAAGTCTTTATAAAGGGATTTAAAATAATTAAGGGTGTAAAATTACACCCTTAACTTTGTCTCCTATTTTCGTTAGTACATCCATACTATAGATAAACTATTTTAGTAAAGTTTTTTTTCCTTCTATATACCAAGTACTGAGATAAGATAGTTTGTTATTTACAATACTAATTACAAAATCTTCTATTGTGTGGTTGAATAAACCTACACCTTTGATCTTATATTCAATATCATCAATATAGAAAACAGGAAGATTATTCAATGATGGAAAAAAACCTGCATTAGGACATTTATTATTGAACTCATTTTTTAATCGATAATGTTTTATTGCTTTAATAATTGTAAGATATCGAGGAGGAAATAATAGCCAATATGCTTCAATTTGAAATTCTGAATATTTTTTTTGTCTTTCAAAATAAACTTTAAGTGTTTGAGGAGATTGCTGAAGTTCAATGGCAATTTTTCGACCATCTAATTCCACATAAACATCCGCAATCCATCCATTCCCAATTTGCTCTTCAATTGCTCTAAAACCTAATTTAGAAAATTCCTCCACTATAATCTTTTTTGATGTCTTATGCCAGATAGTCTCTGGCGCAGTAGTACATTCAATGGATTGATGTGCAAAAAATCTATTGTATTTAATACTCGTTTTAGGAACGGCATTAGCTCCACAGCATATCATTTTCAAATCGCCAATCTTGTAATCTTTTTTTAATTGATCCCAAGATTTTTCTTCAAACAAATTTGAATCAAGTAATTCTCCATCAACAGTAACAGCATATTCAGACATATTATAATTATTTAAAATTCATTGATTAAAATTACTAATAACGTTTTATTTAAACAGTTCTAGTCAAATTAGTCTGATCAGTCATCGTTGTAAATATCACTAAAAGTAAGAGGAATTTATAGAAATTAAAATCACATAAAAAACAATAATTCGCACAAACTACGTACATTACTTTTAAAAAAGATTATTTTTGCCAAAGACCAATAACCTTTTGAATTTCAGCATCAATCCAAGGATCTTTCCAAATTTCAAAATATTTAATATCAGAAGATTTTGGTTCTGGTTCACATCGATTTATCTTTACTAATGAAGGCAAAGCAATTGCTTCTCCTATAATTAGAGCCTCTCCAGATTGAAGAGTTGATAAAGAGTCTGTTAAATTCCCTAAAGTATCGGGTAATAATTTTTTTACATAATTTTGATCTTCTGGATTAGTCAACCTCATCGTTACAAAATTATTACATTGAGAAAAAATTGTATCTGAAATTTCAGAAGGTCTTTGGCTTACAATCGATAATGTAACTCCATATTTTCTACCTTCCTTAGCAATTCGTTCAATCGCATTTTTAGAGGCTCTAAATTTTACCAAGTCAGATTTTGGAACATACTTATGTGCCTCTTCATATACTAATAACAAAGGCACTTCACAATCATCTTCATGACTAGCAAGTTTAGTGGAATGATAACCAAATTCAAAGAGCATTCTAGAAATCAGTGAGACAGTTATACTAAGCACTTCAAAAGGTATACCTCCTAAATCAATTATTGTAATATTTGATTTTTCTTTGTTGATTACGCCTTCTTCATTTTGTACCTTACAAGGATAACCAATGAATTGCTTGATAGTATCTATAAAAGTTATTTTTTTTGAAGCATCACCTAATAAAAAATCTAAACGTTTATCATTTAATTTAATTTCTAATCTATTTATAAAATTAATAAATCTGGCATTTTGTGTGCCAGTAGTTGCTCCGTCAACCGGTTTTAATATTCCTGAAAATAAATTATGATTTGTCTCTTCATTAAATATAAATTTTTCACCTTTTAAGTCAAACCATTCTATAGTATTTGATTTTTGTTTTTGCTCATTATTCCTGTTTTTAAAATATATTAAGATCTCATTTAAATCAAAAAAAGATGGAGAATCATAATTTAATTTTGCTTTCAATTTTGGATCTAATGTGCTTTTTAATTTCTTATTTGATGTAATAGCCTCTTGAAATGCACTTCTTTGATTATGATCATTAGCCTCGGTTTCGATAAACAATTCTTCCAATTCTTCACTATTTAAAAGCCAGTATGGCAATACTAGGTTCTGTATATCAATATAGTTTGCTTGTGGAAAAGCTGTTTTATATTCACCGTGAATATCAAAAATTACAATATGAGAATTGTTTAAACCTTCATAGCTTCCTTTTTTGGCAATTAAAGCCTCCTGTAGTATTTTAGCAACAGTGTGAGATTTTCCTGAACCGGTCGAGCCAACAATTGCAAAATGTTTATTAAAAAATTTATTGCCACTAACTGGTACATCAATCTCTACATTTTGAACTAATTTAGAAAAACAAAATTTATCATTCTCTACTAATTTTCCTGAATATATATTATTCAATTCTTTCTCATTTAACAATTCAATACCGTTATTTGGAGGAAGGGGTATACCATGACCGCCTCTTTCAAATAAATCTGAATCATTAAATTTAGTCATTGTACCAGTTAATTTAACCTCAAGAACAAAAGATGGTCCATTTGATATTGTTTCCTCAATTCCATCTCCTTTCGAAATATTATTATCTTTTATATTATAATTTTCAATTACACCAACCACATACTTATTTTCAATATTTTTGTATGGGATCTTTATATAGCTTCCAATATTAAATTGATTTTCAAATAAAGAAGGATCTATTACTTCAATTTTTATAAAACTTGAGGAAACACTTACTATTTTAAAATTATCTGAAGTCATGATTTAAGTATTAAAAAGTTTTTGAACTTGTTTTGTATCTATTTGATCTATTTTTATGAAAGATTTCTCTTCTAATTTATTATTCAAATCTTCCATGAAATAATAAACTCTTCTTGGATTTATTTCGTTATTATAGTTTTTATCGAATGTATTTTTCGAAATAATTCTGAGTTTAAATGATGACTTTGCTAAACTTTCTGTTGCTTTACCACCAGATGTTTTCCTATTTATAATAGGCTTCTGAAAAAACAATTCAGAATTGAACAGAATCGATTCATATCCATCATTAAAAAAAAGATTGCTTCTTGACATCTCCTTTTTTACTTCAAATATCTCCTTATCATTTACAATAAAGGTTAAAGGCTTTATATCATAAGTTGCTTTATCATAATATTTGTCAATTAAATTAACTATTAATTGACCAATTGTTAATTCACTAGATTGCACCACATTACCGATAAAAATAAAATTCTCTTGGTTCTTTACAGGTTTTATAAAGTTAGTTTTTAAAAATTTTAGATATTCTACTTCTCCTTTATAGTCAATAAACGAAGATGTAAAAACTAAATTTCTACCATCTTTAATATAATTTATTATATCCTTTTGTGTGCAACTTCTATTTGTTGGATCTGTTTTATTTACAACCAGTTTTCTAAAATAATCTGTGATTGAAGAATAATAGAAAATTGCTTCATCATCAGATTTGCAAAAACCTAAATTTCTTATTTTTGATATCACCTCCTCAAATTGTATTTGAAAATTTGGAGCAAAAATTAAATTAAATTTTTTTATGAAATTCTTTTTATCAGCTAAATTATATGAATCGATTTTTAGTTTAAGAGCTTTCAGCTTTTTTGAAGAATTACTTTTTAATGTGACTTGCAGTATCTCTTCAAGTTCAACTAATGTGATTTTTTTTTTTTGCTCAGATTTATCTTTAAAAAAACAAAATAGATTATAATTAATTTGGTCATTTTTTTTAAACTCATCAATTAATTGAACTATAGGCTCTCTTATTTTATTTGGAGTATAATCTTGAGTTTCTTTATATTTAATTTGCATCACATAATCAGAACTATTAATATCTTGAATCTGCTCAATACTAATTTTTTTATTTTCATTATTCGTATTAAGTATTTCTAGAATTGTTTTATCTATTTGGAATTCAAAACCTTTTATTGCATAATATCCGCCGTCCATAATTTATGAGTATTTAAAGTATATTACAAATTTAAGTCTACTGAAAAAGTTGTCTATTGTATATAATTCTAATTTAATTACATCAAATTATCTGCTTTTTCCATAATTTCATATAATAAATTATAGGCTGGCTTGAAACATGAAGATAACTTTGCTTTCGACAATCCTTTACTATCTTTGTCATATTTATCCAAATAAAATCTATGCATCAATTCATTGCGTACAGAATTAAAGCTAATTAAGATATCATATTGATTCCGATTAATTAGATTACTAACAAATAAAACGTGAGCTAGCATTATATATGAAATCTTGTCATTTACATCCCATGTATCAGAAATTGATGTCTTACAAATAGTTATGGCATGCAAATGAAATAATGATTTCATTTGCCCTTCGATAAACCCATGTAAAACTGCAACTGCCTCAAAATAATAACCTTCTTCATAAGCTTTAAAAGCATGATCAGAAGGATAACCTTTTAAAGATATAATATTATTTTTATTAGTTTTATGCATCGCTTTTTCGTTCATCACTAGTATTTAAGTATTATTATTTTAAGGTATTTATTTTTATCATTAGACGAAAGAGGTTTTCCTTCATTGAAAATAAATATTAAACCTCGGATATTTTGATCAATTGGCAACAAGTATAAATACTTATTTTTAACAAGACGCTGACTTCTAACTTTATTCATCAATACAACACTAATACAAACTTGTTTATTACACACATATTGAGACAAGCCATTATAAAATAATTTTGCCTTCTAATAGAAGAAATATTTTATCCAATTTCTTAGCCTTTTTAAGACAATTTAAATCATTCTGTCATCATTGAAATTCTTTTAGCACATAAAATTGGTTGTATAAACAGCTTTTAAAATATCTGAAATTTCAACAATAAAATAATTAGGCTCTGTATTTTAAAAGCATGGTCTAATAATTATTCAACTACAGAGATGTCATAAAAAAATTCCTTTTTACAGGAGCATTCTTCTATCAAACCTTCTTCATAAAAGTTAACAAATGTTTTTACTGCTTGCAGTACTTCAAAATATTTAAAATTAATTAGTTTACGGTAAACTATTTTATAGGCTGAATTTACATCACCTGCAGGCTTTAAATGGATAAGTTCATTTCGTATTTCTATTAATTGTCTCAGATAATTACTTTCCTTTCTCTTAACTTTTTTTCCTTTTAATAAAGGTAAGGCAGTATTAATTTTATGAGATATTGAAGGTTGAAATTCATTACCATTTGCATCTAAGAATTCGAAATCTGTTGGTATTAATCTATTAGCAAAACTTTCTACAGTAGCTTGAAGATTTATTATCATATTTACAGAAACTTGGAAAAAATTTGCAAAATCACTTGGGTTTGTATTCTCTAGAGCTGATCCCTTTACTTTAGGCGAACCAGAAATTAGTTGATTTCTCTTAGACACTAATAACCTATGACACATAACGGCGTTAGAATAGAAAATAGTGGCAGGATTTATTTCCTGAACCATATATTTTTCATTGTTATATAGAAAATCAAATCCAAAAACAATGTTATCTTCAAACATTAAAATAACAGAACCATCGTTTAGTTCATTAGATTTTTGATATTTTTTAGCTCGCATTTTACTTTCTTCAGGAACTGTAATTTTGTTTAATTCACTTGGGTGGAAGTCTATTTTTTGTTTGATAGTGGGCTTGAATTTTATGTGTGGTAATTTAATTGATTGATCCATATTAATTTTTTTTTTTTAATTCTTTAATTTAAATAATTGAAGTTATTGTCCGAATTACTCAATACATAATTTAGACGTAATTATTATTCTTAACATCCATTTCTATATTATTAATCCAAAGGTCTTTACATAGTACGCAGTTATTTTGCGTAGTGAACTAAATAATTAACCTCCTGCGATTTCATATCAAATATTAATGTTTATTATGAGAAGGATTTACGGAAAACCATAATCATATATAATATGTTGCAGAAATAAGTAAAAAAAATATTTTGTTGACTCTGTGCATATGATTGACGGTCAGACAACATTTACTAAAGAAATAGCCTTATGCAAAATATTTGATCATGCTATAACAATAATAAGCTATTCGAAGTTTCGTAGAACATTTGAATTTTTATATACAACATTTTTTGAAATTTTATTTATTTCGATTTCAAGAGATGTCACTAGCAGTATTTTCCATGCAAAGTTTATTAAAATTCTTGTTGAGTATAATTACACTTTGGATACGATTTACATCCCAAAAAAATTCCGAATTTCCCTTGGCGTTGAATCATTTTATTTCCGCATTTTGGACATTTAATTTCTTGGATTGTCTTCTTATCAAGAAAATTAATTCTTTGTTTAACAGAATTAATATGTTCTCTTTGATCAATTGATTTTACTAAGTTAGAAGTACTAATTATTTGAAAAATATTTTCTTTATCGGTTTTCGATAGATTTACACTTGAATATTTTTTAATCGTTTTTATAAGACTATTTGCATTAACAACGTCACTGTCGGAGTCTACTTTTATCCTGGCTTTTGTACAGAAAACGACAATAGATCTATACTCTAAATCTTTGTATCCTTTTAGGTAGTTTTTCAAGGCTCTTATATGCCCTGCATTTTGGAGAATGGGATTATAAAACTTTTTTTTATATTTATATATTACTTGAGTCCAGTATTTAGAGTTTTCATATCCCACAATCCATCCTTTATAATTTTTCGTTTCAATAACAAAAACTCCAAAACTAGAAATTACTATATGATCAATTTGAGCACTTATATTACCTGTTTTTATGATCACATTATTAATAACCTTATAATCCGACTTATCTAAAAAATATAATATTGAAGAAACCTTTTTCTCTCCAATTATCCCTTTAATTTTTGACTTATAAGAACCAAAAATAAGCATTAGTAAAAAAAATAGAATTAATAAAATTAGTTCCATAAATTCTAGTTTTAAATTTGATCTAATATAAAGCATAAGAGAATACTATCAACTAAATATTATATAAAAATCTTCGGCAAATTATTTAGATATGAAGAAAAAGATAAATCTGAACTTTTTAGAAAAAAATATCTTATACGCCTGTTCTCAATATCTTTTTTGATCAGAAAATATGTTTCAATTACGGTTTTCCATAAAATTTGTTTTTTTACATAATATAAATTTGACTTATAATTATTAAACTAATAAAATTATGGGACAATTTAGAATTTCTGGTGTATGGAAAAACTCAGACAACGTTATAACTCATTATGCATTCCACACCGTAAGTGAGAACTCAACTTCTAGAGCGGTAAAGAAGACTAAAATGGAAGCAATCTTATTGCTTGAAACTAGTGGTAATAGTGCTACCACATGGGTCTGGAATTATAATCAATCAAAATGGAATGTAGGAGAAAAAGTTCAAGTTATCAATGGAAATAGTGGCAAATACTTGAGATCAAATCCTGATAATAAGTTGACTGACAATTTAGAACATTTAATAGATTATGATTGGATCACGGCATAATTAGCAACTTAACATATTAAAAATCTTATGAATAAATAGATATGGCACATAAATTAAAATTAAGACTCTTTATCTTCTTTACACTTCTGTCTTGCTCAGATATTATTTCACAAGAAACGAAGAACAATTCAGAAAATGTCAAAACGAAAATGGATGTATTTAATTCCAAAACAGGAATTATTACAAAATATATAGATACAAAACTATCAAGTTTAAAGACTTCTTACGGAAACGCAGAAAGCAAGATAAGAAAAGTAGTAAGTGGAAGTATTTCGGCATATTTTTATCAAATTTCGAAACAAGGTAAATACGGAGAAAGCACAGCTTCAATTGAATATACAGACTTAATAGAAGTAATAAAGGCTTTAAAAATATTACAGCCGGAAATGGAGAAAGATATTGCCCTCAATCCTGATTATTTAGAAAACAAATTTGTAACCGCTGATGGTTTTGAGGTAGGTTATTACGTTTCTTCCGGAAAGGCTAATTGGTATATCAAATTGGAAAAGCATGGATCAGACAATACTTTGTTTCTTAACAACGGAAATCTTATTGAAATATCATTCACGGAAGCTAGGAGTAAAATAGATGAATTAAAAAAATAAATATTTTCTCATTTATAAAGACAGGATGAAGCTTAAAATTTCAACAAAAATAATAAGATCAAACTGTAAAAAATCTACTTCAGAGACGGCAAAATAAATATAAAAACCTTAAATATAAATACTTCAAATTTAAAATTGTAAACAACATATTATAAGTTATTACCATTTTGTTTTATGAAACTTTAAGAATATTAATTTAAGATGCAATACCAATTATCTCGTAATAATCCGCAATAAATTGGTTAGATAATTGAATGCTTCCCGCTACTAAGACAAAAGTTTCAGAGAAATCTGGAGCTTTTTGTTTTGGACTACCTTGAGACAACTTTGACTTCACGAGCGTCACAAACTGAAGATGATTTATTAAAATTGTTTCTCTGACAGGGTTTCGATTACAGACTATTTTTATTTTGATTTTTTCTAGCCGATGTTAGCGATTGATTCTTATAGCTTCTTCTTTTATGAAAAGGGAGAAGATTATTTACCTCCAGATTAGAGAAACAGAAGTAAAAAGTTAAGTTTATTCTTTCCTACTTCATTTTTGGTCTGTAGATTCACAATGTTTACTTCAAGTAAATAAACTTGTTAATTATGAATAAATTAAGTTATTTTGCTCGGATAAACTTAATTATATTCTCTATGCAATTAAAAAATTACTTACAAGGGTCTGTGACTGTTTTTACAAGTATTTACCTGTTAAATGCTAAATTTTTAAGAACATGATTTTAAAGGATAAACTTACTCTTTTATTGCTCAAATCCAAAAATAAATCTTCAAAACAGCAGTAAAAATCAATAAACTTTTACTGGAGCAGATTGTCCGCCTGTTGAGTCTTTTCAGATGAGTTCTGAGTGTCAGATTCTTTCTTTCGATATGGTTTGTCCCGAAACGTTTTACTGAATGCATTTTCTCATCAAGCAGATACCTGTAGTTTTTAAGTCTGCCAGTAAATATCTTTTTTGCTTCAGATAGTTTTAAAGTATCCAGAACACGGCTTAGAGTTTTGTTGGTTCGTTTAGCAACATTAAAACTGACAACAGTTTTAGAATTCTTGTCCAATGCATAAACCAGCCAGATAAAATTTTGCTTACTTCCTATGTAAGTACACATTTCATCAACTTCATAAGTTTTACATTTGCTTATAATCGGCTGATTAATTTTTCTGCCAATTGACACAATTCTTTTCAATAATGTTGTGGCTGATATTTCCAATATTCTTGCAGTGCTTCTTATACCTAATCCCTCTTTGGTTAATTGAACATTCTTTTGATTAATATCTAATTTGTAAGCTTGATTTGTATAATTTTGTATAAAACGGTAAAAGCACATTTTGCAATAATACTGCTGTTTATTGTTTTTTGTTGTCCCATTTTTAATAACCTTTTTCTCTTTACATTTTGGACAATTTATTACCATCACTAACTTTGGAACACTATGTCGCATTTTTACTCATTTTAGCTTATTTAAGGCAATATTAAAACAAAAAAGATGAGCATTATTACTCATCTTTAAATTATTTATTTCTAAAATTTGTTCAATTTCAAAAGGTTAGAATTTCAAAATCTCATATCACTAACTTTGAAACATTACCCGATCCTGCGGAGCAGGATTAACGCTTATTTGTTATAAATGGAATTTAATATTTCTTTTTTATCAACACATCTGATGGATTATTGCCTGTTTTGATCATAGCTTTCCAAAATCATTTGCTCTAAGTCTTCAAAAGAACATTGTAAGCCTACTGATGTTATTGTAATTGGTGTACCATAGGTTTTTAAGTTTTGTTTTAATGACAATTTCTTAATTTGATTTGCCTTTTGTATATAATCTTCTGGATTACTTATTTCTATTAACAAGAATTTTGTTGATACAACTTTCTTCTGACTAATTTTAGTAATGTCTGACCACTTAATCAAACCTATAGAATTTGAATTACTATTATCGATTATGCCTCTTTCATTTATAATTAATCCAGGCTTATTATCAAACAATTTAAAGAACAATAAAACTGAACCAAAACCAAATACTATTAATCCTAAAATCCCTGCTATAAATATAATATTTTCACTCCGTGTAATGAAATTAACAAAATCTGAGGGTTTTAAAATAATCCAAAAACTAAAAAAAGTAAAAACCACTCCTGCAAATAGAAGAAGTATTAATTTTTTCTTATCTAACGCTATTATTATTTCTTTCATTTTTTTATTTATATGCTCTTCACCTGTTGAAGTTCCTGTTTCGGAACCACTCCGTTTCATTGAAGTGGCTTTTCTAGTATTGACTTGTTTTGCTTGCTCTCTTTTGTAGGCACAAAATATAATTCTGCACTATCTAACGTGGACATATCCGATACGTCGAGTTTGTTAATGATTATAGTACTGTACTAATTTTTAATTTGTTTACTCTGATTATAGCTTTCTAAGATTAATCGCTCTAATTCGTCGAAAGAGCAATCTAAATCCCCAGAAGTAATTATATAAGGTGTACCCATAGATTTTTCATTCATTTTAAAAAAAAGTGAACTAATACCTTTTTCATTATTTGGAGTTTCTTTTAAAAATATTGCTATGTAATTGTTATAATTATATTTAATTGTTTCTATCTTACTGATTTCTTCCCATTTGATTAGTTTTTTGGAATATAAGAAAAAACCATTAAATATACCTTGTTGGTCAATTCTTAAGAAAATATCTTTTCGAAAAATACTTTTTATGAGTAAAAATATTATCAAAGCACAAGTTATTATACCAACTATAGAAAATATAATTACCGCATTTTTTGTTGGAAGTAAAAAATAGGTGTGTTCGGAAGGATAGCGTAAAAAAATTACCAGTCCACATAAGACAAAAATCATCAATAGTATTATTGCAATTCTTTTGAAGTATTTTTTATTTTTCTCTATTATTATTGTTTTCATTTGTATATTATTCATAAGCTTTCTCTACTAAATTTCCTGCTGTTTCACTCGCATAATATCCTGCAACTCCTCCAACAATGGCTCCTGCAACTGTTCCAACAATTGGTATTGGAATTAGACTTCCAACTGCTGCTCCTGTCGCAGCTCCTGCAGCCCAACCAACAGCAATACCAGCCCCAACTTTTGCGGTTGCTACCGCTGTATTCTCACCGTTAGTATATCCAGTGTTTTGGTAGTTTTGGTAATCGCCAGCTACTCCTTGTCCAACTTCTATAGTTCCAAGAATAACGGTAGTAGCAATGGAGCCTCTTTTTATTAATTTACTTACATTAAACGTCTTTATATTTGCTGCACTTCCTCCAATCCAATTAGATTTATAATATTTAAAACTAAAGTTTCGTGGGTTATAACTACCATTGTTAGTCAACCTAAATGAACCACCTTTATTATTAGTTAATGCTAAAATATCAGCGCCGTCTCCAATTCTGTCATTAATAGAGTTTGCATGATCTACTGCACTACTTTTTTTAGATTTTCCTTGTACAACAACTTCATTAAGTTCAGTAGCTTTACTAGCAGTTTGTGTTTGAGGGTCATAATCATATATATTATTGGGGTCATCAATTAGCGGTTTAAATGCAGGTGTATTTGGACACGTTGGACAAATTGCTAGACCTTGATTATCGTTTTCAAACAGACCAGATGGGTCAGACCAGTAAACAGGATTGTTAAAACCAAACCTGTAAGGATTATGCATAGGGGCTAACTCGGTTAATGGGTCAATTACATTAAACCTACCAATAGCTGGGTCGTATTGTCGCCAGTCCATCGCTGTAACATTAAGCCCCAGCTCGTCTTGGAGCTCCTTGCCATTGTACTTATACTTATAAGGATTTACAAACTTGCTGTTGTGTAATAAGAACGTCCTTTTTCTCTATATCCTAGCAATTCAAATGTAATCTTTTTCATTTAAAAAAAAGACTTTCTATTTCATTTCGATACTTACAAAACTGAAAAAACACTAACTCAAATACTTATGAATTAGTGTTTTTTATTGCGAATCAATATTGAAAATAAATGTAAGTTCTACAAGTTTTGCTCTGAGAGCAGTTCAGACATTTTAATGTCAAGTGCAGTGCAGATTTTTAAGAAGATTTTAATTGAAAAGTTCTGTTTTCCTTTCAATATACGTCTGATGCTTGCTTCATCAATTTCACATGCAGACGCAAACTCCAAATTAGTTTTGAACTTAGCTTTGGCTCTGGCATTTATGTTATTGCCTAACTGTATTAAAAATTCTTCTGACATTGTTCAAAAGTCGAATAATGCCGTTTTAAATCATCGGCATATTTGCCGAATTGAATTTTTAATGCTATGTTTGCCCGAATTTTAACACATCCTAAAAACTAAAAAATGAATAATCCATTGAAAATTATCGTTAGAGGTGCAGTTCTTGTTTTTGCGCTTCTCTGCTTTGGAGGCTACATGTACAGTCTCCGCATCCACAATGAATACAGACAAGAGCATCCGAAAACACAAAGCCTAGATGAACTCAAAGCATGGGCGCAGACAGCAATCATCCAAAAGTACTGCGAAGACTACGCTTCTGTAAAAGCTATCAACAATGAAACAAACCACCAGAGGGAACTGAGCCGTCTTGACAACAACAGGTATCTGTATGTTCCGCAGATGGTTCGAAATGTCATTGAGGATAACGATTTACCTGACAGCTACGCTGACGAACTGTTCCACTACGTTGACAAAGAAATTGATAAATGCCAATAATTTAATCCAATCTAATTTTAAACACATGAGAAAAATTGTACTTTTTGCACTTCTAAGCATCCTGTTCGCCAACTGCCAGTCTGATGATTCCGAGCAGGGAAATGCGGATAATTCAAAATCATCCATCGCTTTCACATTGAACAATAAAACGGAATATGTGACCGCTACCGATGTTTCAGGTTCGGCAATTGACGTTACATGGGCGAAAAGCGAGTCTACAAACACTGCTGAGAACGAATACAGCATTTACGGGAGTTTCATCATCAAAAGTCCCGCATCAAATGACAACCGTGATTCGGGCGATATGTATTTTCAAATCGTGACTTCTGATGCAAAGCTGACTGCTGGAAAAACATACGACATTTCTTTCAGCTATCTTAATTCTGGAGTACGTGACATTCCTCTGGCTTATGACCAAGCGGTCTGCTACACAAGCACTGATTTGTTTGAAGGTACTAGAACAGCGGGAAAAATCAAGATAACCAGCTTTGACGGAACAACACTAAAAGCTGAGTTCTCAGTTGATAATCTGACCAACAAGAATCCGTACTCCGATTTTGGGTTCTGCAACGGAAGCAGGATAACCGAGAAGTCATTCAGCATTTCGAAAGGCACTCTGACTGCTGTAGCTGAATAGAGAGATTATTACAAGTTTGAAAAAGAGGGATTTATCTCTCTTTTTTTATGCTATCAGGTCAGATTATCACAGCGGAAAGTATCTGTTTATCAGCTCTCTCTGTTGCTGGCTGTCTGCTTTGAAATACTTCTCGGTAGTGCCAGGCCACTTATGTCCCGCAAGTTCCTGAACTTGCTCCAGAGGCAGTTCCTTTTCGTTGAGCCAGTTGCAGATAACGCTCATTCGGATGGTCTTCGGGTTGAGGCTCTTGTCTGGGAACAATGGCTTCAACGGCTCAATCATGGCGTGGATGCTGTTCACTGCAATGGGTTTTCCCAGCTTTGTAATAATCAGCTTGTCAGTTGAGCTTCTGAGCATTCTGGGTCTGACTTCGCTGATGTACTTGGAGAACAGCAGTATCTGCTTGGCTAACAATTGGAGTCTTCTGTTGTTGAGGTTAGCGGATGACTTGATGTAGACTGTTCCCGAATCCAAATCAATATCTTTTACATTGAGCCTGATAATCTCATCGCTGGTCAATCCCTGATAAATCAGAAGACTCAAAAGAACGCTGTTTCTGGTGTCCAGATTCTCATATCGGTTCTCACGGTTCAAAAGAAGCTGGAGCTCTTCTGAGCTGAACAAATCCTGAACCTGAACTGCCTGATTGCTGTTGACTTTGATATTGAGCTTTTTGCAGGGATGGTCAGCTCTGTAACCGCTCATAACCAGATAGTCGTAATACTTCTTGATAGCCGAGAGGATAACTACACGATATTTGGCGTTGGGCTGTTGCTGGCTGATTTCTTCCATGTACTCAACGATATTCTTGTATTTGTATCGTTTGGCTTTGCGGTTCAGCTTCAAAAAGTGATTGATGGCAAACATGTAGCTCTTTACGGTCTGCGGGCTGTAATCTTGTTGAAGGAATTCTTCAATTGTTATTTTAGTCATAGGCTGTTTGGTTTAAAAGGTTGTAACTGGCTTTTTTCTCTTGTTCTTTACGGCATAGATGTAGGTGGTATTGATTTGGGAATGACCTAAAAATCCACGGATAAAATCAATACCTGCGTTCTTTTCCATCAGGTGGCTGGCAATGCTGTGTCTGAGGCAGTGGAGCGTTATGTCTTTCTGGATAAGCTCATAACTGCTGGTCTGCCCAACGATTTTCTTTAGCATGCTGTTGAGATATTCGCCATTCATCCGCTTACCGCTGTCATAAATGAAAAAGGCGTCCTCAGTACGATTTGTGGCTTTCAGCTTCTCATAACGTTCCTCGGCTATGTATTTTTTGATGTGTCCAGCAACCATATCACTCATCGGAACTTCACGTCTTTTGCTTCCTTTTCCGTCCCTGACAATTACCATTCCTCTGGAGAGCTGGATGTCTCTTGTGTTCAGGGCTTCAATTTCCGACCTCCGCAGTCCGCATCCGTAAGCTGTTGAGATGAGAGCCCGCTGTAAATCGTTCTCGCAATGCTGGTAGAGCATTCTGATTTCTTCAACGCTCAGCGCATTTCTGGAATTTCCGCTTTCTCCCGAGTAGCTTGGAATGTAGTATGCTTTTTCAATCTGATTGTTCTCCAGCAGGTTCAGGACAAACAGACCCAGAGCAAAAAGATGGAATTTGATGGTCTTTTCTGCGAGCGTTCCGTTTCCTCTGTGTTTGGGTCTGCTTATCAGATGCTCGTAATAGCTTACCGATTCTCTTCCAGTCACTTTTCTGATGCTGTTGATTCCTGATTTTTCCAGCCAGATAAGAAATTCCGATACTGCGGTCTGGTACATGCTTCCTTTTCCCTGTTTGTAGTTCTTCACTTTTACATAGCTGTCAAAATCTCTAAGAAGATTCTGGAATGCTGTATTTTTTATCGCTGTTTTCATTGGTTTGCTGTTTTTTTGGTCATCATTTCGAAAATATTCCTTAGGCGCATTATGCAAAATTGGGAACACCAGCGTTATATTGCCAGCAATTGCTGGGTCTGACGTGTTCTTTTAGGCGGTTTTCAGCTGGTCTAACTGTCTGCTCAGGTCTTCCTTAATCTTGGCTTTCAGCTTTTCAAGATTGTCCCAATAGCTGATTACATACTTGAATCCCTTGTTTGGCGAACCTTCAACCGCCTGTATGTATTCCAGTTCCTGTAAGGTCTGGACATACTTGAACGCTGAGGTTTTGCTGATGTTGAGCTCCTGCCTGATTTCTCTGGTCGCAAATCGGTGTGTTGTTCCGTTGGGCTGGCTTCTCACATATCCTTTTAGCTTTTCAAAAAACTGTCTGGTGCTTTTGTCGAGCTCGTCCACTTTGATGATGATGGAGCTGAAGAAAATTTCAACAGCATTTCTCACATCTTCTTCGGTGGCTATCAGTCTTCCTTTTTCGTCCATTTTTCTCTGGTACTGGTTCAGGATTGCAATCTGGGAAACAAAGTTCTGGAAATGGGCGTTGAGCCTTCTGAGCATTTTGGCTTCCAGCGGTAGCATGAGCTTATCTGCGTACGGATTCACGACTTCATAACTCTTTAGAACACGCATGCAGTTTCTCAGGAGCTGTTTGGCTTCCTGCTCACGCTCCGCATTGCTGATTCCTGCATTTTTCTGATTCTGCACTTTGATGATTCTCAAGGTCTGTTCCAAGCTTTCATCCACTCCAAGCACCACAGAACGGCTCATGTTATCGTAGTAAACCTCTGCTTTGGTCGTGGCGGTAAGGCTTGCAAAATGGGCTTCAACCTTTTTTACCTTTGCTCTGCTGTTGCCAAGCGGGTCTTTAACCACCGTTGAACTGTTCAGAAGTCCAGCAGACTGCATTTCCCTGAATGCGAACTGCGCATCTTCATCCAGACCGTCAAAATCCTGTATGAGTATCAGCTTGTTGATGAGCTCTTTCTCTCTGTAGTGGTACAGGGATTTGCTTGTGATTCTGGTCATGTTAAGAACGTCTTCCTGAGGCATGCACTGCGCAATCCCGTTGATGAGGTGTGATTTGCCTTCGCCTGAACTTCCTTGTATCAGCCCGTGCAGAGGACTCGGCATTTTGTAGCTTGAAGCGAGCGTGAACAGCAGAATCCTGTTTTCTTCTTCTCCTACAATTCCGCTCTGTCCCAGCAGTTTGTCGATATTCTCGAAAAGCTTGGGTTTAGAAAGGAACTGCACTGCTTTTTCGCTTGCCTGCGGTGTGAGCTCCTTTTCCGAATACTGGTCGGTTACTGGGTTCATTTCAGCGTTGAAGAGTGATTCTCTGTAGTCTTCCAGAAGGTCAGTGAACTGCAGAAGGTCAGCCTCCAAAAGCGTGCTGTCAAATCCATGTTTTTCGCTTAGTTCCCTGCACTGGTTTTCTACGCTTGTAAAATCGAACAAATCAATCTTTACACGCAGTCTTTTCTGGCTCTCGGCTGGAATTATCTGGATAGTCAGCCTTAGGTTTCCCAAATCCATCGGAAGGCTTCCAATCACAAAGAAAGTTCCCGTTTTTCCTTTGTAGCTGATTTTGTAGTCGCTTAGAATCTCCAGCTTTGCGATTGCTTTTTCTCTCACTGGATTCTGTAGAAGGTCAGTGATTCCGCTAGTTCCGTAGTTCAGCCACATATCGTTCATGCTGTGCCCGTCTGGAAGCTGAATCATGCTTACTGGCAGTTCTGGTCTTATGTTTTGTATCTGGGTTTTTATGTTTTGCATCGTTTTAGTTTTTTAGGATTATGATTTCTTCAAGTTCGCATAGTGATTTTACGGCTTCCAAGTGCTGTGGCAGAAGCTCTCCGTTGTGCATCGCCATAACGGAATCCCTGTTCTCCAGTGCTTTGGACTGCATAAGGCTTGCGCAGTCGATGACCGTTGGAGCGAGATAGAGCCTCTTGGTCAGCGGACTGGGATAAGCTGGATAGATTCCTTCACTGTTGAGGTATTCTTGTTTTGGCGTTTCAAGATTGAAGCGCAGAGCAAAGTAGTTTACAATTGTATTCTCTTTGTCAACCAGCGGAAAAATCAGTCCGTATCTGCCAAATGCTGTATAGGCTGTGAAGTCTTCCTGTCTGACGCCCGCATCACTCTTTTTAAGCACTCCTAGAGCCTCAAAATCATCTTTGAACTCTTGGGTTTCTCTATGGTGGAATTGTCCTGAATTGAAGCCGATTCTAAGTTCTGCATAGTCCAGTCCTATCTTTTTCAGATAGTCTTTCGGTTTTATCGCTTTGGAGCTTCTGATGCCAGTTTCAAATGACTGGAAAAGTGTTTCTAATGTATTTTTCATAAGTTATTTTTTAGTTTTTTTAGGTAATTTTTGGGCATAAAAATCCCGCTTCGATTATTAGGTCGAATAGTCAATTGAAACATGTTTGTGATTTTTAGAGCTTGCTGTTCAGCTTTACAGTTTGCTCTATTTCCATTCTTTAGCTGTCAGAATGGCGAAAGGATTCTTGCAATAATCTTTTCCTTTGATTTTGTTTGACAAAGGTAAGTGATTTTTTTGAGTTTTTTTTCTTACCTAACTCAATCACGTTATGTAAACGGCTCAACATGAACAACTTAAACCCTAAGATATAAGCAAAGCATTGATTTTAAATAAGTTGATTTTTCATCATTTTTTCAATTGTTAAAATGCATTATAAATATTTAACATTTATTAATATAAAATTAACACTATTGACTGCTGTTTTTTTAAATTTAATCCGTATTACCTAACTCAATTCAGTTAGATAAGCTTAAAAAAGAAATCTATTTCTTACTTTTAAACACTCAGATACAGATTGCTGATTTCCTGTTCTCGGATTCCAAGATAGATTTTAGTGGTCGATACACTCGAATGGTTGAACAGCTGAGACAAAAGCAGTAAGGCTTGGTCACTGTACTTATTGACCTCCCAAATTCTCCTTCCTAAGGTTTTTCTCATAAAATGGCTTGAATACTGACCTCTTACGTTGTATCTGGCAAAAATGTCTTTCAGCTTGCTGTTCACATACTGGATGCTGAACGGCTTATCTCCTGAGCGGTTGGCGAACATCAAATCATTTTCGCTGGCTTGGAGCTGATTGAACAGACGGCTGAGGATAGTCTGCAGTTCTGGGTTGATGGTCACTTTTCTGGTCTTTTTGGTCTTCTTCTCCGTAATTGTGAAGTAATCCTGATTCAAAACCTGATTCCATCTTAGTTGAAGAAGGTCTGAAATTCTAAGACCAATGTAAGAACCTGTTGCGATGAGTAGCGCAAATTTCAGGTCATTATCACGCTCCAGCTTCAAGACGATGGTCTGCATCTTGTCCCACTCTAAAAAATCACTTGTTGTCTTTTGTCCTTTTAATGCCAT

Protein sequences of DBSCAN-SWA_5

>NC_009441|4364592:4396142|4366574_4368245_-|WP_012025653.1|DBSCAN-SWA
MEKIRLQMQEARPDVPLSIAELPEGHSLNDMWVNYGAEGISNLLKSAKTEKAGEGLQIVNGYKISYKGLSGTFFVLGNLPMDLGNLRISLQIVEYNTNRKHRLKIDLFDFAGVQSQCTDLSEKQGFDYDSLEKDLVTLTDLLEQHRESLFEAEINPIAERFAEKELTPQAQENAVAFLTKPKLLENIDSLLEQNGIVGEEENRIVLFILASSYKMPYLMHGLVQGSSGEGKSHLINGIAGCMPQEDVMNMTRITSKSLYHYRDKELINKLIVIQDFDGLDEEAQYAFREMQSAKFLTSSTVVKDIFGNNRGRIKQVQAHFASLTTTTRAEVYYDNMSRSVILGVDESQQQTLRIIKKQNLKTAGHSNGEKEEQAKQLLRNVMRVLKSYEVVNPFADKLSLPLEARMLRRLNSQFQNFVCQITILHQYQRKTDTKGRLITDKADIKSAVDLFFSSIIIKVDELDKSTRQFFEKLKDFIKKQKEGTSKKFTAREIRQGLNISKTSAFRYMQLLQELEYIQPVEGSFNRGFKFMISYWDDMEKLKTRIRKELHRQLEEF
>NC_009441|4364592:4396142|4365479_4366397_-|WP_012025652.1|integrase|DBSCAN-SWA
MKKTIQSREFLRLTVAFGEFVKVRNYKQGRSNLYKNIITEFLIWLEQAGISRIQNVTSKESVKYLEYLSSRPKKRGNGILAEKTIKLHLFVHGLFQVYLLENKEIQNTYYIPSITGGTQKPRNILTIEEIRLVYEHAENEMEKALLSIAYGCGLRRSEIASLDLKDVNLIKGMLVVRQGKGNKRREVPMSDTVLDYLTKYVRDERPERLTGRNQNEEAFFINSRGRRSTGENLNEILNKMIEQTGKFELVQKEITLHCLRHSIAYHLAENNAGIDFIRTFLGHTQINTTYIYAVQNKKRKPVVNF
>NC_009441|4364592:4396142|4395566_4396142_-|WP_044047912.1|integrase|DBSCAN-SWA
MALKGQKTTSDFLEWDKMQTIVLKLERDNDLKFALLIATGSYIGLRISDLLQLRWNQVLNQDYFTITEKKTKKTRKVTINPELQTILSRLFNQLQASENDLMFANRSGDKPFSIQYVNSKLKDIFARYNVRGQYSSHFMRKTLGRRIWEVNKYSDQALLLLSQLFNHSSVSTTKIYLGIREQEISNLYLSV
>NC_009441|4364592:4396142|4371398_4372058_-|WP_012025659.1|DBSCAN-SWA
MIEKLLKKTNDKKFYNDCDLKLESYRFETSTSYLEMIFSINQNSYDIPIEYEEWKLSCRNTEKFDGFFWSLTLPYVKMKILQHHPLLLIFHENEIECEITGRPSNVNEFIGDVSYALERETGNWITVNEYFWNNEEFYQNYAKRTIMMPKSLGNSILKVCEKHDMGFQIKSELVGEKKGYADKPNAKILIFGNEDVSPNDFNLRQPYIIAEEFTAERIK
>NC_009441|4364592:4396142|4386278_4386941_-|WP_073099585.1|transposase|DBSCAN-SWA
MVINCPKCKEKKVIKNGTTKNNKQQYYCKMCFYRFIQNYTNQAYKLDINQKNVQLTKEGLGIRSTARILEISATTLLKRIVSIGRKINQPIISKCKTYEVDEMCTYIGSKQNFIWLVYALDKNSKTVVSFNVAKRTNKTLSRVLDTLKLSEAKKIFTGRLKNYRYLLDEKMHSVKRFGTNHIERKNLTLRTHLKRLNRRTICSSKSLLIFTAVLKIYFWI
>NC_009441|4364592:4396142|4387908_4388442_-|WP_123875769.1|DBSCAN-SWA
MKTIIIEKNKKYFKRIAIILLMIFVLCGLVIFLRYPSEHTYFLLPTKNAVIIFSIVGIITCALIIFLLIKSIFRKDIFLRIDQQGIFNGFFLYSKKLIKWEEISKIETIKYNYNNYIAIFLKETPNNEKGISSLFFKMNEKSMGTPYIITSGDLDCSFDELERLILESYNQSKQIKN
>NC_009441|4364592:4396142|4387195_4387783_-|WP_012025675.1|DBSCAN-SWA
MKRSGSETGTSTGEEHINKKMKEIIIALDKKKLILLLFAGVVFTFFSFWIILKPSDFVNFITRSENIIFIAGILGLIVFGFGSVLLFFKLFDNKPGLIINERGIIDNSNSNSIGLIKWSDITKISQKKVVSTKFLLIEISNPEDYIQKANQIKKLSLKQNLKTYGTPITITSVGLQCSFEDLEQMILESYDQNRQ
>NC_009441|4364592:4396142|4369534_4369864_-|WP_012025656.1|DBSCAN-SWA
METDKIKKLEDIRVLSGKLLNALKPADDKRGMYNAEIRVYDYCELGSVVRNLMKLCIIALDQDSAEVPPTIENQYIDVGLILGIALQLFPVDEFEFLNEITDLFSEETE
>NC_009441|4364592:4396142|4377530_4378226_-|WP_012025667.1|DBSCAN-SWA
MSEYAVTVDGELLDSNLFEEKSWDQLKKDYKIGDLKMICCGANAVPKTSIKYNRFFAHQSIECTTAPETIWHKTSKKIIVEEFSKLGFRAIEEQIGNGWIADVYVELDGRKIAIELQQSPQTLKVYFERQKKYSEFQIEAYWLLFPPRYLTIIKAIKHYRLKNEFNNKCPNAGFFPSLNNLPVFYIDDIEYKIKGVGLFNHTIEDFVISIVNNKLSYLSTWYIEGKKTLLK
>NC_009441|4364592:4396142|4375834_4376224_+|WP_044047904.1|DBSCAN-SWA
MKREKSNRTRIVGLRFTPLEYAELEKRFRASTCRKLSDHIRSHLFNKPIVATYRNQSLDELMEETALLTSELRAIGNNINQIARKINTLKTVPEFKGHLYLFEIQRERLFDKMEEVSVHTHKIAEKWLQ
>NC_009441|4364592:4396142|4373637_4374570_-|WP_044048383.1|DBSCAN-SWA
MKNQILILLIFLKTLAAQGQSKMENKFITWDDFVKGFGKEMVSAEDVFKNMSDSGLKDNCLTKMDFTFISDDKENLIRLSEFLSSHYPYVLHEVKKYGSLWEVNGETNEIPMTAENLMYWSLDMYKRGYEFDSTLDAYGGLFDPRSPNFPDLANSKAEYYFDKGIDCYNNGDLSGSIFNWSLAIAIDSKDSNAYYSRAIVKNELYTWKSALKDYDKAIEIAPKFGSALINRCGLKDENGDYQGAIADYEKVLQFDDSSLENKQQAYFNLGNTKLNLNDKRAACENWNRALELGADYAKDKIDEYCKGKKK
>NC_009441|4364592:4396142|4394522_4395089_-|WP_012025683.1|DBSCAN-SWA
MKNTLETLFQSFETGIRSSKAIKPKDYLKKIGLDYAELRIGFNSGQFHHRETQEFKDDFEALGVLKKSDAGVRQEDFTAYTAFGRYGLIFPLVDKENTIVNYFALRFNLETPKQEYLNSEGIYPAYPSPLTKRLYLAPTVIDCASLMQSKALENRDSVMAMHNGELLPQHLEAVKSLCELEEIIILKN
>NC_009441|4364592:4396142|4391809_4392727_-|WP_012025681.1|integrase|DBSCAN-SWA
MKTAIKNTAFQNLLRDFDSYVKVKNYKQGKGSMYQTAVSEFLIWLEKSGINSIRKVTGRESVSYYEHLISRPKHRGNGTLAEKTIKFHLFALGLFVLNLLENNQIEKAYYIPSYSGESGNSRNALSVEEIRMLYQHCENDLQRALISTAYGCGLRRSEIEALNTRDIQLSRGMVIVRDGKGSKRREVPMSDMVAGHIKKYIAEERYEKLKATNRTEDAFFIYDSGKRMNGEYLNSMLKKIVGQTSSYELIQKDITLHCLRHSIASHLMEKNAGIDFIRGFLGHSQINTTYIYAVKNKRKKPVTTF
>NC_009441|4364592:4396142|4364592_4365468_-|WP_012025651.1|integrase|DBSCAN-SWA
MENKKPDLENYLRGIVAEKTAQSYLYTINHFLKTNPKAKRYQYKDIVKYMDKISQKQSNVQYRIRILSAIKKYYDYLVMYGYRNDHPCRKLNIKIKGNQTIQVQDLFNRTELQLLMERENRYKHLDMRNNVLISLLIYQGLASDEIARLAVKDIDLDNGTVYIKGSANLNKRTLELVPKQMILFHNYINETRPALLRGSSDKFILTKLGQPIVVNSIHAMIEPLRGLFPDRKLNPQTIRMSVICNWLNEKNISLERVQELAGHKWPGTTEKYIKVNSSHQRELINRYFPSI
>NC_009441|4364592:4396142|4389528_4389750_-|WP_044047910.1|DBSCAN-SWA
MSEEFLIQLGNNINARAKAKFKTNLEFASACEIDEASIRRILKGKQNFSIKIFLKICTALDIKMSELLSEQNL
>NC_009441|4364592:4396142|4389855_4390227_+|WP_012025678.1|DBSCAN-SWA
MNNPLKIIVRGAVLVFALLCFGGYMYSLRIHNEYRQEHPKTQSLDELKAWAQTAIIQKYCEDYASVKAINNETNHQRELSRLDNNRYLYVPQMVRNVIEDNDLPDSYADELFHYVDKEIDKCQ
>NC_009441|4364592:4396142|4390252_4390864_+|WP_012025679.1|DBSCAN-SWA
MRKIVLFALLSILFANCQSDDSEQGNADNSKSSIAFTLNNKTEYVTATDVSGSAIDVTWAKSESTNTAENEYSIYGSFIIKSPASNDNRDSGDMYFQIVTSDAKLTAGKTYDISFSYLNSGVRDIPLAYDQAVCYTSTDLFEGTRTAGKIKITSFDGTTLKAEFSVDNLTNKNPYSDFGFCNGSRITEKSFSISKGTLTAVAE
>NC_009441|4364592:4396142|4390930_4391797_-|WP_012025680.1|integrase|DBSCAN-SWA
MTKITIEEFLQQDYSPQTVKSYMFAINHFLKLNRKAKRYKYKNIVEYMEEISQQQPNAKYRVVILSAIKKYYDYLVMSGYRADHPCKKLNIKVNSNQAVQVQDLFSSEELQLLLNRENRYENLDTRNSVLLSLLIYQGLTSDEIIRLNVKDIDLDSGTVYIKSSANLNNRRLQLLAKQILLFSKYISEVRPRMLRSSTDKLIITKLGKPIAVNSIHAMIEPLKPLFPDKSLNPKTIRMSVICNWLNEKELPLEQVQELAGHKWPGTTEKYFKADSQQQRELINRYFPL
>NC_009441|4364592:4396142|4369876_4370734_-|WP_044047902.1|DBSCAN-SWA
MKAIQNTASDLIYRVISQNIDPIGIYCFAEKKSSYTFNEPFQKPAQKEKHVHLYLLVITEEFEDNIGNDLTDKIKSRSRGQITVTILMHSLRNIVKLYGDQQYFFWNIFKNAQRIHIDAYRSPIIWAKNPEKRYVKSTSAYAGDRRNVSESIWDLIYNNDQYFSYEVRMCSLHQIVEQTCLSLIRVFLGYTPNHFSLGYLFELCEYFTSMTSEYFPRNSSDEKNMFKILKKNPNTLRFSRTNSFGYDYYGMMEGRCRDFMKEAEAMIQKELERLEGIHQQEVLSA
>NC_009441|4364592:4396142|4381472_4381928_-|WP_044047906.1|DBSCAN-SWA
MNEKAMHKTNKNNIISLKGYPSDHAFKAYEEGYYFEAVAVLHGFIEGQMKSLFHLHAITICKTSISDTWDVNDKISYIMLAHVLFVSNLINRNQYDILISFNSVRNELMHRFYLDKYDKDSKGLSKAKLSSCFKPAYNLLYEIMEKADNLM
>NC_009441|4364592:4396142|4376211_4377456_+|WP_012025666.1|DBSCAN-SWA
MVAVIKTSSSIRGILNYNENKVEIGKAECISAVNYPLKLEKLNFTSKLNRFLKLAELNTNAKRNTVHISLNFDPSENHSKEKLAEIADTYMEKLGFGRQPYLVYQHHDAGHPHCHIVTNNIQRDGKRIDLHLLGIRKSEPARKEIEEMFGLVKAEGRKQKEQFSLNPIDVGRVQYGKAESRKAINSVLNQVLFDYKYSSLPELNAVLNLYYVHADRGSEESRVFKNNGLLYKILDQNSKPIGVPIKASEFYSRPTLKFLEEKFKVNETKKEYCKNHVRNALRQAFYDERMTSVERLSERLKDEAIHTILRKSSEGNLYGITFIDFKAQTVVNESSLSKEFSAKGIQESCAMNILALERKYQKSNSTDSEIFQNLESQEFVKENLVAILLRGEKINDYVSKKFKQKKKRSLYKGI
>NC_009441|4364592:4396142|4383608_4384388_-|WP_012025672.1|DBSCAN-SWA
MLYIRSNLKLEFMELILLILFFLLMLIFGSYKSKIKGIIGEKKVSSILYFLDKSDYKVINNVIIKTGNISAQIDHIVISSFGVFVIETKNYKGWIVGYENSKYWTQVIYKYKKKFYNPILQNAGHIRALKNYLKGYKDLEYRSIVVFCTKARIKVDSDSDVVNANSLIKTIKKYSSVNLSKTDKENIFQIISTSNLVKSIDQREHINSVKQRINFLDKKTIQEIKCPKCGNKMIQRQGKFGIFLGCKSYPKCNYTQQEF
>NC_009441|4364592:4396142|4372087_4372399_-|WP_012025660.1|DBSCAN-SWA
MTLSQAIIKCMDYIDTDESMYSIYAKKVNGRFRPDSEALVLKLTIDEMEMKSIEVAEKKCPGFDYFLEIFVLKDFYEDLLKLEEFKSDTKKVERIIYYAEFDA
>NC_009441|4364592:4396142|4370907_4371324_+|WP_012025658.1|DBSCAN-SWA
MSTLTKPNHMGRKISRIRELKDMKQEALAQAMGTNQQTVSILENSEEIDDEKLKEVAKALGVSVEAIKNFSDEGVINYFNTFSDNSINQGPIGNQNICHFNPLDKLVEVYEENKKLYERLLKSEQDKIEYLEKLLKAK
>NC_009441|4364592:4396142|4373149_4373641_-|WP_012025662.1|DBSCAN-SWA
MNFLKTIFGSKKPVIQSISVIKYPDRIFFETYYKIVNSYSTRSKEITISEINISDFEIGKTILKHLDLSRTIKNFTKQERVENYEAYKKITGLKSIKAQMKDSVYVSISRQNNQITFYPTINGGTSGQRKGYHFLDEEKIVIEDSEDFQSIGEALKLAFEKCS
>NC_009441|4364592:4396142|4382340_4383132_-|WP_012025671.1|DBSCAN-SWA
MDQSIKLPHIKFKPTIKQKIDFHPSELNKITVPEESKMRAKKYQKSNELNDGSVILMFEDNIVFGFDFLYNNEKYMVQEINPATIFYSNAVMCHRLLVSKRNQLISGSPKVKGSALENTNPSDFANFFQVSVNMIINLQATVESFANRLIPTDFEFLDANGNEFQPSISHKINTALPLLKGKKVKRKESNYLRQLIEIRNELIHLKPAGDVNSAYKIVYRKLINFKYFEVLQAVKTFVNFYEEGLIEECSCKKEFFYDISVVE
>NC_009441|4364592:4396142|4368249_4368813_-|WP_012025654.1|DBSCAN-SWA
MESLESLFRSFETGIRSAKAVKPKAYLKSIGLEYSDLRIGFNSGQFHHRKTLKSKERFEELGVITKSDAGVRDNSLTAYTVFGRYGLIFPLLDRDSAIVNYFALRFDLDSPREEYLNRKGIYPAYPHPLTRKLYLAPTVIDCASLMQSRILDQREAVIALHDGELLDEHIEIIKSLNGLESIVIFKR
>NC_009441|4364592:4396142|4372448_4373105_-|WP_012025661.1|DBSCAN-SWA
MKKFKIILFLMLTIISCQLKNKNESEGKSKKIASEFIKGNKMDETEFWKIIDYSIANSKNDKLEQEKTIVEKLSAYNPEQIIEFEIILRQLIIQADDFKIMGAQKIIEGYVSDDSYLYFRCWLIGKGEEIYKETIRNPDVLSDSISREDEFDFEELLYVSTKAYKIKTGKIEEDATFPRDVAYLKGLDYDFGAPPTKGVDWKEEDLPVTYPKLWRFFN
>NC_009441|4364592:4396142|4369175_4369505_-|WP_012025655.1|DBSCAN-SWA
METDKIKTLDEFKDFASYHFKLLKPIQDKEGESIREIKFYGYSDMTCLGVNLIRMCLNIIYSDELDNREIYIGSVLELALQLIPRAEIEVLDEIYKMVNEKRETEESTQ
>NC_009441|4364592:4396142|4388449_4389292_-|WP_081432677.1|DBSCAN-SWA
MGLNVTAMDWRQYDPAIGRFNVIDPLTELAPMHNPYRFGFNNPVYWSDPSGLFENDNQGLAICPTCPNTPAFKPLIDDPNNIYDYDPQTQTASKATELNEVVVQGKSKKSSAVDHANSINDRIGDGADILALTNNKGGSFRLTNNGSYNPRNFSFKYYKSNWIGGSAANIKTFNVSKLIKRGSIATTVILGTIEVGQGVAGDYQNYQNTGYTNGENTAVATAKVGAGIAVGWAAGAATGAAVGSLIPIPIVGTVAGAIVGGVAGYYASETAGNLVEKAYE
>NC_009441|4364592:4396142|4374571_4375312_-|WP_012025664.1|DBSCAN-SWA
MAYEDFLTDCFGELQKMQDDLNKAYDINSFTSWNYDQPSGIITLSKPDKTINFRYYQVGTYSTASKTWKWSWDNENTSKNVVVDIEKIKGFGIANNYENLINGEFPSYDEIGWELSSICCNLIGGIGVYRPVVDHLKIHIVLTELIDNDLAEREKTKYVDCENHERRRRAFICQHLKEGSKNGFEESFETFEDMEFEYEDDDFVAWCNECEKLRIKEGGLSEKCWEEGKFKIVCEKCYFKIKETNT
>NC_009441|4364592:4396142|4392838_4394518_-|WP_012025682.1|DBSCAN-SWA
MQNIKTQIQNIRPELPVSMIQLPDGHSMNDMWLNYGTSGITDLLQNPVREKAIAKLEILSDYKISYKGKTGTFFVIGSLPMDLGNLRLTIQIIPAESQKRLRVKIDLFDFTSVENQCRELSEKHGFDSTLLEADLLQFTDLLEDYRESLFNAEMNPVTDQYSEKELTPQASEKAVQFLSKPKLFENIDKLLGQSGIVGEEENRILLFTLASSYKMPSPLHGLIQGSSGEGKSHLINGIAQCMPQEDVLNMTRITSKSLYHYREKELINKLILIQDFDGLDEDAQFAFREMQSAGLLNSSTVVKDPLGNSRAKVKKVEAHFASLTATTKAEVYYDNMSRSVVLGVDESLEQTLRIIKVQNQKNAGISNAEREQEAKQLLRNCMRVLKSYEVVNPYADKLMLPLEAKMLRRLNAHFQNFVSQIAILNQYQRKMDEKGRLIATEEDVRNAVEIFFSSIIIKVDELDKSTRQFFEKLKGYVRSQPNGTTHRFATREIRQELNISKTSAFKYVQTLQELEYIQAVEGSPNKGFKYVISYWDNLEKLKAKIKEDLSRQLDQLKTA
>NC_009441|4364592:4396142|4378410_4380195_-|WP_012025668.1|DBSCAN-SWA
MTSDNFKIVSVSSSFIKIEVIDPSLFENQFNIGSYIKIPYKNIENKYVVGVIENYNIKDNNISKGDGIEETISNGPSFVLEVKLTGTMTKFNDSDLFERGGHGIPLPPNNGIELLNEKELNNIYSGKLVENDKFCFSKLVQNVEIDVPVSGNKFFNKHFAIVGSTGSGKSHTVAKILQEALIAKKGSYEGLNNSHIVIFDIHGEYKTAFPQANYIDIQNLVLPYWLLNSEELEELFIETEANDHNQRSAFQEAITSNKKLKSTLDPKLKAKLNYDSPSFFDLNEILIYFKNRNNEQKQKSNTIEWFDLKGEKFIFNEETNHNLFSGILKPVDGATTGTQNARFINFINRLEIKLNDKRLDFLLGDASKKITFIDTIKQFIGYPCKVQNEEGVINKEKSNITIIDLGGIPFEVLSITVSLISRMLFEFGYHSTKLASHEDDCEVPLLLVYEEAHKYVPKSDLVKFRASKNAIERIAKEGRKYGVTLSIVSQRPSEISDTIFSQCNNFVTMRLTNPEDQNYVKKLLPDTLGNLTDSLSTLQSGEALIIGEAIALPSLVKINRCEPEPKSSDIKYFEIWKDPWIDAEIQKVIGLWQK
>NC_009441|4364592:4396142|4384961_4385525_+|WP_012025673.1|DBSCAN-SWA
MAHKLKLRLFIFFTLLSCSDIISQETKNNSENVKTKMDVFNSKTGIITKYIDTKLSSLKTSYGNAESKIRKVVSGSISAYFYQISKQGKYGESTASIEYTDLIEVIKALKILQPEMEKDIALNPDYLENKFVTADGFEVGYYVSSGKANWYIKLEKHGSDNTLFLNNGNLIEISFTEARSKIDELKK
>NC_009441|4364592:4396142|4384605_4384920_+|WP_044047909.1|DBSCAN-SWA
MGQFRISGVWKNSDNVITHYAFHTVSENSTSRAVKKTKMEAILLLETSGNSATTWVWNYNQSKWNVGEKVQVINGNSGKYLRSNPDNKLTDNLEHLIDYDWITA
>NC_009441|4364592:4396142|4380198_4381395_-|WP_012025669.1|DBSCAN-SWA
MDGGYYAIKGFEFQIDKTILEILNTNNENKKISIEQIQDINSSDYVMQIKYKETQDYTPNKIREPIVQLIDEFKKNDQINYNLFCFFKDKSEQKKKITLVELEEILQVTLKSNSSKKLKALKLKIDSYNLADKKNFIKKFNLIFAPNFQIQFEEVISKIRNLGFCKSDDEAIFYYSSITDYFRKLVVNKTDPTNRSCTQKDIINYIKDGRNLVFTSSFIDYKGEVEYLKFLKTNFIKPVKNQENFIFIGNVVQSSELTIGQLIVNLIDKYYDKATYDIKPLTFIVNDKEIFEVKKEMSRSNLFFNDGYESILFNSELFFQKPIINRKTSGGKATESLAKSSFKLRIISKNTFDKNYNNEINPRRVYYFMEDLNNKLEEKSFIKIDQIDTKQVQKLFNT

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012025651.1|4364592_4365468_-|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_012025652.1|4365479_4366397_-|integrase	tyrosine-type recombinase/integrase	S5M9V8	Brevibacillus_phage	8.4e-12	25.9
4365850:4365864	attL	NA	NA	NA	NA
WP_012025653.1|4366574_4368245_-	hypothetical protein	NA	NA	NA	NA
WP_012025654.1|4368249_4368813_-	hypothetical protein	NA	NA	NA	NA
WP_012025655.1|4369175_4369505_-	hypothetical protein	NA	NA	NA	NA
WP_012025656.1|4369534_4369864_-	hypothetical protein	NA	NA	NA	NA
WP_044047902.1|4369876_4370734_-	hypothetical protein	NA	NA	NA	NA
WP_012025658.1|4370907_4371324_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_012025659.1|4371398_4372058_-	hypothetical protein	NA	NA	NA	NA
WP_012025660.1|4372087_4372399_-	hypothetical protein	NA	NA	NA	NA
WP_012025661.1|4372448_4373105_-	DUF4240 domain-containing protein	NA	NA	NA	NA
WP_012025662.1|4373149_4373641_-	CdiI family contact-dependent growth inhibition immunity protein	NA	NA	NA	NA
WP_044048383.1|4373637_4374570_-	hypothetical protein	NA	NA	NA	NA
WP_012025664.1|4374571_4375312_-	hypothetical protein	NA	NA	NA	NA
WP_044047904.1|4375834_4376224_+	plasmid mobilization relaxosome protein MobC	NA	NA	NA	NA
WP_012025666.1|4376211_4377456_+	relaxase/mobilization nuclease domain-containing protein	NA	NA	NA	NA
WP_012025667.1|4377530_4378226_-	hypothetical protein	NA	NA	NA	NA
WP_012025668.1|4378410_4380195_-	ATP-binding protein	NA	NA	NA	NA
WP_012025669.1|4380198_4381395_-	hypothetical protein	NA	NA	NA	NA
WP_044047906.1|4381472_4381928_-	hypothetical protein	NA	NA	NA	NA
WP_012025671.1|4382340_4383132_-	hypothetical protein	NA	NA	NA	NA
WP_012025672.1|4383608_4384388_-	NERD domain-containing protein	A0A2R2ZH57	Clostridioides_phage	8.7e-34	38.3
WP_044047909.1|4384605_4384920_+	DUF3892 domain-containing protein	NA	NA	NA	NA
WP_012025673.1|4384961_4385525_+	hypothetical protein	NA	NA	NA	NA
WP_073099585.1|4386278_4386941_-|transposase	IS1 family transposase	A0A0U2RK18	Escherichia_phage	1.4e-19	30.6
WP_012025675.1|4387195_4387783_-	hypothetical protein	NA	NA	NA	NA
WP_123875769.1|4387908_4388442_-	hypothetical protein	NA	NA	NA	NA
WP_081432677.1|4388449_4389292_-	hypothetical protein	NA	NA	NA	NA
WP_044047910.1|4389528_4389750_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_012025678.1|4389855_4390227_+	hypothetical protein	NA	NA	NA	NA
WP_012025679.1|4390252_4390864_+	hypothetical protein	NA	NA	NA	NA
WP_012025680.1|4390930_4391797_-|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_012025681.1|4391809_4392727_-|integrase	tyrosine-type recombinase/integrase	S5W9T9	Leptospira_phage	9.6e-16	28.5
WP_012025682.1|4392838_4394518_-	hypothetical protein	NA	NA	NA	NA
WP_012025683.1|4394522_4395089_-	hypothetical protein	NA	NA	NA	NA
WP_044047912.1|4395566_4396142_-|integrase	tyrosine-type recombinase/integrase	R9ZX86	Cellulophaga_phage	1.7e-23	39.3
4403614:4403628	attR	NA	NA	NA	NA