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_015679 | Blattabacterium sp. (Blattella germanica) str. Bge plasmid pBge, complete sequence | 0 crisprs | NA | 0 | 0 | 0 | 0 |
| NC_013454 | Blattabacterium sp. (Blattella germanica) str. Bge, complete sequence | 2 crisprs | DEDDh | 0 | 1 | 2 | 0 |
1. NC_013454
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0
| CRISPR_ID | CRISPR_location | CRISPR_type | Repeat_type | Spacer_info | Cas_protein_info | CRISPR-Cas_info | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| NC_013454_1 | 610039-610113 | Orphan |
NA
Consensus repeat of NC_013454_1
|
1 spacers
spacers of NC_013454_1
>1.1|610063|27|NC_013454|CRISPRCasFinder ACATAAGGACCTATTATACTATTCTCA |
CRISPR arrays and Neighbor proteins around NC_013454_1
The CRISPR arrays of NC_013454_1 >merge|NC_013454|1|610039-610113|CRISPRCasFinder ATTTTTGTATTTTTTCCGATTGAAACATAAGGACCTATTATACTATTCTCAATTTTTGTATTTTTTCCAATTGAA >NC_013454|1|1|610039-610113|CRISPRCasFinder ATTTTTGTATTTTTTCCGATTGAA ACATAAGGACCTATTATACTATTCTCA ATTTTTGTATTTTTTCCAATTGAA
>NC_013454.1|WP_012841119.1|609649_609847_-|twin-arginine-translocase-TatA/TatE-family-subunit MDFVSILLILLGTFGTTEIVVIVILALLLFGGKKIPELMKGLGTGLKEFKKASEGKGKDSESEEE >NC_013454.1|WP_041936724.1|608519_609587_-|lytic-transglycosylase-domain-containing-protein MATITIRNIMFFMLILKSLTVQSVSKPFLEQKNVINFHKDIYDQKLDLNNIYMEKLWKKMFGGKKKSLSGKKLYHKKNIVIINIDSEELKLRFNFINQKSQMKIFKYNSIVHASVESYLRMGKYIGRIISLSDFYFPMFEEKLEHYRLPKELKYLAVIESNLNPIITSKAGAQGIWQFMPETGKIYDLNINNIYDERNDPVKSTEAACRYLKFLYQKIGNWELVLAAYNAGPGTVDKILQNHRNRKDFWGLWEFFPKETQNYIPKFIAINYVMNYYKEHNFSSHYSSPYKYKYKETVLIPIKEKISLKFFAYSLNMSYQDLILLNPQYIVDMIPPGNKFFLRLPKNKVFFLKKNH >NC_013454.1|WP_012841117.1|607455_608457_-|recombinase-RecA MNEKIEQKRKSLELVLEKMDKIYGKGTVMRMGDSHIENLEIISSGSLSLDIALGIYGFPKGRIIEIFGPESSGKTTVALHAITQSQKLGGFASFIDAEHALDCLYAQKIGVNVKELIISQPDNGEQALEIVDNLIRSGVIDMIVVDSVAALTPKSEIEGEMGDSKIGLQARLMSQALRKLTSSIGKSKSILIFINQLREKIGVYGNPEVTTGGNALKFYSSIRLDIRKGNQIKNGEKVLGNRTKVKVVKNKLSPPFKIAEFDIMYGEGISKIGEILDLGVDLGIIKKNASWFSYGDMKLGQGRDSVKEFLKGKKNIINEIQKNIINQFKNRKW >NC_013454.1|WP_012841116.1|606665_607445_-|MBL-fold-metallo-hydrolase MKITFLGTGPSQGIPIIGSKHPVCLSKNPKDNRLRSSVLIEKNKKHFLIDCSPDFRYQMLRSNHEKLDAIFITHEHHDHIGGFDDIRSIYFNMNKPIPVYGLRRVLENIKKRFFYIFSENKKSNTYTSKISVHELDHYKDFFFVEYFKVFPLSIWHGSLPILGFRIENFAYITDASDIPFKTIQRLKGLDVLILNVLRKVPKHPSHFTLSESLNVIQKICPKKTYLTHISHMIGFHKEIETQLPKNVYLAYDGLIVYET >NC_013454.1|WP_012841115.1|603434_606611_-|cytochrome-c-biogenesis-protein-CcsA MQIKKIFFSTKITSFLFLLLAISMAIATFIEQKYSTSVAKIFVYESTWFEIIMLLIIINLIGNIWKYKLWNHNKFPLFIFHLSFVFIFIGGIFSRYYSFEGIMSIREGEMNRKIVSIKNYIKLKIHQGNDTRFYNDPYILSTYHKKYQKKFFFKDNSLKIKIIDYIPCAKVFFSKKKSEEKIVKIISNDQKGRTENFLKDGDITKINGIIFSLNKKIPYGIQIFEKNDKIFLKSSFSGKCINMINRKTYFLFKNTFDILRIKHLYRMKTDHGIIQWVIPEGIEKGKLEYIKSCEKEEDNNNLLNAITAEISFRDQSKLVTFLGGKNTTKMSDPLLFNKDYQISIGYGSIFLYLPFFLRLNHFQIENYPGSGFPSSFRSHITLIDKKKKKDYLISMNNVLNYKGYRFFQSGYDPDGKGTHFSVNNDYLGTYFSYMGYVLMSIGMFLTLFWKGTRFYNMKNKLKNLYSKNYSILFFILFLLIGNHNAFGSPQTHNQIHEFKKFPIENVSDAIHIPKKHSENFGRLLVQDSKGRIKPVNTIAIELLRKIHKRNSVENIDANQWFISIHQDNIFWTKIPFIKADKKGGSKFLNKVKANGECYVSLIDLYILDSKTSRLKFILQEDYERAFSKNPIQRDEYDKAVLSISERVGILHEIFQGKYIRIFPIPNDENHTWSSWILSESNRLNPLGFSMFNNYLKSLLYAQNEKNWRIADNEIEKIRLYQIKHAKSILPSVNKISLEILYNKLNIFYVLSFLYAIFGNFYHYQFFFDHFLSKKIYVFFSKIFFFILYVLFFSHFLGLISRWYISGHAPWTNGYESAIFISFCLVGIGFLFHKNRFVSGPTVFIASVLLMIAHGNAMDPEITNLVPVLKSHWLIIHVATITTSYGFFFTGSFLGFFVLLLYILKANFHYYSKIIQIHIEKLTIINEMCLTIGLFLLTIGTFLGSVWANNSWGRYWSWDPKETWALISIMIYAFVLHIRLIPSMRSIFIFNFCSILSISSIIMTYFGVNYYLSGLHSYAKGDPLSVPSWIYYSLFILLIFTIFAYYSAKFHNITKKIDK >NC_013454.1|WP_012841114.1|602621_603386_-|1-acyl-sn-glycerol-3-phosphate-acyltransferase MKKKESTLFRDAFGNLHFIKRFLIFTFGCISYNRYNGFNQLKLKGTEYLKNLPDKRVLFVSNHQTYFADVFAMFHVFCSVKNGFINSIKNPIYLLNPKVNLYYVAAQETMNQSFLTKLFTYSGGITVKRTWKEGDKKVNRSVNRSEITRMGIALNDGWLITFPQGTTQAFAPGRRGIVHVIRKYNPIVVPIVIDGFQKAYDKKGIRIKKKGVLQKMKFKEPIQLDLKKDTTDNIMDKIMDAIEQSPKYYRKNNS >NC_013454.1|WP_012841113.1|599947_602611_-|alanine--tRNA-ligase MKYKSIRDTFLGFFKKKEHKVIPSFPIHSKNDPSLFFINAGMNPFKDYFLGHIQPDYSRIVNVQKCLRVTGKHNDLEHVGYDNYHHTMFEMLGNWSFGDYSRKETIEWAWELLIQVYNIPKKNIYISVFIGDKKEGLSMDYETFKYWKTLISEENILFFGKKENFWEMGLTGPCGPCSEIHIDLRNEKEKQMLSGKHLVNKKHPKVIEIWNLVFIEFLRKSDGKLEKLTKKHVDTGMGLERLCMILQEKFSSYETDIFFPIIQNIKESLGKIYKEDFHQKVSIHIIADHLRAIVFSISDGVFPSNNGAGYVIRRILRRAIIYATRFLYKKEPFIYQFVDSLVKEMKSYFPELMEKKEYIKNVIQEEELSFLKVIEKGNHKIQYIIEKAKKQNEKIIDGTTIFKLYDTYGYPIKLSKMLVEKNNLLIDEKLFHEKLLEQKNRSKKENHTIEKKDWIEVHNHQFIHENVNFVGYDMIKCDVLILKYRKVENKLEKTHYYELVFSKTPFYPEGGGQLGDTGFIKNETDEVYIFNTKKENSIIIHSAKKLPSDVFSSFKAIVDKNRRLEIEKNHTSTHLLHFSLKKILGNHIQQKGSYVGEDYLRFDFSHYQKITVEELYKIENLVQELIFSDLILEEKRFSSLQEAEKNISFYKSETFENKYKQEVRVITFGKSSELCIGTHVKHTGLIQIFKIISESSISYGIRRIKAITSKKAVQYLKSIHDQYQSFKKMMKYPESPFKSFLILQKENQELKKKISEIRLQQMITLKKEYSLKAIQFSSINYICDIDLSKEKDINLIKKIVLDLRNEISNLFMIVGFIKENKPVIFISISDSIIQSKNIHAHKIICKMTSYIHGKYWGKSFFATAIGTEKNGLSLVLKDAIAIKNHFK >NC_013454.1|WP_012841112.1|597126_599892_-|2-oxoglutarate-dehydrogenase-E1-component MSDRYSFLNTIHFQDLEFLYNKYKKDPNSIESSWSAFFHGFDFGKENYKTDRQSINQENHKKFLKNENEIDIIHKEFLVFNLIHAYRKRGHFFTPTNPIRERRKHFPSLDLKNFGLSDKELDISFEAGKLIGLGRTSLRNIIDYLKNIYCGSIGIEYMYISNPDKIQWIEKWFQKEKLQFSAEEKKFFLKKLNEAVAFENFIHTKFVGQKRFSIEGNESALPALEEMIEYTSRKYFTEDFIIGMSHRGRINLLSNFFQKNLSQIFSEFQGKEYKEKTFSGDVKYHLGFSKIRKTSQGRYIKMNLVPNPSHLESVDAIVEGITRAKIDIIYNQNSNSEKIIPILIHGDAALAGQGIVYEVIQLSRLKGYKTGGTIHIVLNNQIGFTTNYTEGRSSIYCTDIAKIVLSPVLHVNADDVESVIRAIHFAVDFRMQYHEDVFIDLLGYRKYGHNEGDEPRFTQPSLYKAISKHPNSYNLYKQKLEKEGIINSDEIINMEKEYEQILNGGYHEAINIKWNVLNSFLEEEWKNFPIVSNHEDIFHKVDTRIPMKKIVDISNQVFSLPKNKKFFRKTESIFQQRLEMIQLKLVDWSMAEILAYGTLLDEGVHIRLSGEDVARGTFSQRHAIVKTEEEEEIILLNHIRMGQGKMQVYNSPLSEYGVLGFDYGYAMYSPHVLTLWEAQFGDFGNGGQIIIDQYISSGENKWKISNGIVLLLPHGYEGQGPEHSSARVERYLQLCANNNLFVVNCTTPANFYHLLRRQMKLKYRKPLIVFTPKSLLRNPKCLSTIEDLSEGKFQEILDDPSVIDIHQITRLIFCSGKIYYELLNKKEALKNDKTALIRIEQIYPLKMEKIKELLIKYKNKKEVFWVQEEPENMGLWSFILRKLGSIISFNLIAPSESSSPSTGSYPDFLKIQNKILEKAFF >NC_013454.1|WP_012841111.1|595868_597095_-|2-oxoglutarate-dehydrogenase-complex-dihydrolipoyllysine-residue-succinyltransferase MITKVKVPSPGESITEVEVSTWLVKDGDYVSKGQTLAEIDSDKATLEISAEENGVITLMVKKGDKIRVGDVLCLIDSSKSKKSTKELNQNIENQEENNKNKKEVYLENTKTKILSPASKKILKEKNIPIESVQGTGKDGRITKADCILIENQSSFPSISRSIPIYRSKTITSLSSLRRKLSERLVSIKNETAMLTTFNEVDMQEIFFIRKKYKNLFKEKHGVHLGFMSFFTLSCVRALQMYPDVNAMINGEEKINFEYCDISVAISGPKGLMVPVIRNAEHLSFRGIEQEIFNLSTRVQNGTISIDEMTGGTFTITNGGVFGSMLSTPIINPPQSAILGMHKIMERPVVIDGSIEIRPMMYLALSYDHRIIDGRESVGFLLSIKESIENPVKFLMGENEKNISKILEL >NC_013454.1|WP_012841110.1|594690_595833_-|hypothetical-protein MRNTFFVFFSLIILFFSEGISKMDQNYGHFKKKENQTYNSNSTNQTSSIKIIFMLPLFLSSVKDEKIDNENKQLSENALYFYLGAKSAIDFLLLKNKKINVQVFDTRNERKRIINFIHSYDLSHNHAVIGPFFRSSLEEVAKNNKKTPIISPLSASDSLNAYPNVIQSEAKDIYLSEPILEEIKLIYQNNKIKTLYLLGEDPSKKMTTFIKKKLSQWNVHFQIFYLKNNFFNIKTSHNLPFFAIFLGGDFFIGKEFIDFVKNNKKIIPFGIGYHNVYYKNISLLREYKFLFTTKYHFNKNDEKKRKMFHFLKKKFGNYFNKYQLLGFDLTYDIIEKLFENKNLFKTIDQKSFSGLISKYKYQKISDKGGYINKGLWIIHL >NC_013454.1|WP_012841121.1|610937_611318_-|dUTP-diphosphatase MIKNGYQLTLIANIEKSISINLMERKLISTGILIQFSKKMKYHFFLKQKLIEAICVIHITKYEKNTVLCQEIKILITNILFETMIIQPNEKLVLVNIFQGTQIKWEPCSILNTSIRGSNGFGSTGI >NC_013454.1|WP_149030190.1|611331_612792_-|oligosaccharide-flippase-family-protein MYKKLAIQTIIYSIGSILPKVINYAFLKFFTVSLKREEFSLYTDMYALSFLVIGFLSFGLENTYFRFLYKKNYNPETVFSTGVIIQLLITTFFLIISVKFIKNITYLIGYQEHKDYFLMFLFIIFFDTICILPMAWLRANEKPFKHTVINVINILIQSFLTIYMFFCFNNLHIQRTCFLFIFEWINSFTDRTGYIFFANMISSLTNLVLVFPILLKKVIIKKFDKILAKKMLNYGIPIMLGSIAFSINENLDKILIKRWGSDEINGSYSACYKIASFMSLYIRIFKLGIEPFFFKKSIDSDAKYYYEEINYMFIFFGLIFYVLICGNLPLFIEFFIDKKYHFAMSIIPIIMMGNLFLGIYTNLSIFYKVIDKPLIGTYISFIGVLITFLFNLIFILIPNSSFMIPAWGTLASYGCMLIILYIWGKKNFFEFCGKKRNITIHFLFAIFLVFIINHKKQIIFSFFFQFFYLIIIFLLEKKRLINLIKQ >NC_013454.1|WP_041936804.1|612927_613608_+|ATP-dependent-Clp-endopeptidase-proteolytic-subunit-ClpP MDYRKKTEEFMLYATKHKKINSLIIDKYIIQSMTPYIVEERKLNVAQMDVFSRLMMDRVIFLGTPIEDQVANIVQAQLLFLQSVDSVKDIQIYINSPGGDVYAGLGIYDTMQIVEPDVSTICTGMAASMAAVLLCAGVKNKRSALKHSRIMIHQPIGGTQGQASDIEITVREILKLKKELYEIISKHSGVPIEKIEIDSDRDYWMTSQEAKEYGMIDEVLEGKRKK >NC_013454.1|WP_012841124.1|613896_615936_-|HDIG-domain-containing-protein MANFLKFYTYKNIADKILVPIIAVLSLTFFFPKKEIFKYEFSKGKNWTYRDLFSPFCFVVPKNNQDIDLEIKKLKEDQKIFFIQNEKIVKNIKKKLKKIPFLKNRKHYSKIVYKTVNTVYKYGYIDSIPIPDITEHNKIHIIFFQKNKKWIPILYKKIYTRKKVNHIIDKNFLINGYRVKILKRILKKIIVPNFFYNQSYTEFFFHKKIQSINKIKYSFSKGDKIIGNNEIIDENKFQILSYFKKEYENKVWNKKKDYCLIIGYFLIISMIFTLFILYLFYFQNKIFHKNREINFLIINILLISLITILILKYHSKILYIIPFCILPISIRAFFNFHLSIIIHITTILLLSLIAPNSFEFIFIQLITGFLVMLTKKNIYKMANLFIAVGKITITYIVTFSSLILIREGSLEKISWHTFFFIFFSGVLTLFVHPLIFLFEKLLNLTSDISLLELSDTNTPILRLLSQKAPGTFQHVLTVANIAEEAAVAIRANSLLVRIGAIYHDIGKIKNANFFTENQHNIINNPHEKLSPKESSKIILGHVSIGIEFAKKYHLPDSVTDFIRTHHGNSIIHYFYEKQKKKCPNIKVDKRQFQYSGPKPFSKETAIVMIADSVEAASKSIKNPSSKDLEDLVENVINKQKKENQFSNADITLKEIEKVKKVLKKKLINIYHTRIEYPKS >NC_013454.1|WP_012841125.1|616046_616565_-|Lrp/AsnC-ligand-binding-domain-containing-protein MILRYNTDEIDNTIVKKLNINARTPYTEISKQISKEIKPLSVGTVHVRVKKLEEAGIIKGSTLIIGYESLGFHLIAFVGILSDSRESKLVKEELKKIPNVVQLYITSGKYNLFCRIIARDPSDARDVISKIGEIKGVLRTESTICLEESINDENRLLSNILQKNQSSYKKKT >NC_013454.1|WP_149030180.1|616748_620645_-|translocation/assembly-module-TamB-domain-containing-protein MKMIFYHKFFTVKKIILFLLFLLVLIFVNIYDQKKVQEKISTFFLKKVRNQLSDKISIKHISFNFFKKELIFYDVKMTDHHHLSFIHLSKCKISINHLFRLIFMNSRHLSLKSMVIENSSFFIKKYFKEKENNILFFIKNVLMNKESINTITCSELIINKSHLVYNNIDSKKKLDHFFSSYMKNIQIKNRKIKVSIFSFQSQGLINKKKLFIKNLFCHLTYYYPAKLEIQDLFIKTSNSFLKGSFSIFNSKKYEEKKNSFYKKNILCEVFKGSKLGPDLGIFFHRKWSSNLSLFVQGNIHVQLNGIHKKFFLSNILIKDLQEDKLFAKTIYIDEYPQWKKIKFFKTFILFHTNKISQIIPSNFYSKFHFRKVNLNLKKWTYKGNLIIRVVKMKEISLKVEGAIKNHFFMAKVSTCINFLNHEVQYVGQVSIEKNIFFFYFKVLLKEKSFFFISSNNPFDGSKCSSDDVWIFMNLKENLSKLFGPLLLSHSGFKINFKGEIHPQVQKIYLRINNDKNQIDKDIKVMWIKKKQFKTIRINVYDMIIGQIHGDFKWEHLLSVIQEQIFCLKSYCKKQIEHVNFSFLIKKSFIDLIRQKKDSNTFSDIRISGKKEKNVFRTIFFTEKIQLNEIFFEKLFIIVNSSLKNDIRINTEKITYKNFFSKKIDVSILNQEDFWMIHSKFLLKFQKQEYKEQILNFLCKKGKKIFFVFFPFLSKLNINGYDWKTNNGLGIIKIDFLNRRYVIDNIILYSEKQKIIVNADFIEKKQKIFQFYLNNVQLKKIIFKKNMDGFVNGFFSYKSDYNQIEPNIHAKITNFSIDKTVLGNFYVHSFHKNKNYEINGVLKKNCHDILKISGNINNKSKNQSKLDFNLYIKNLRMDNFSFFWKKMNSEARGFLTGKIKIFGNINNPHYFGKLEINKFGIKINSINTDYEITSKAYVNIVSESCILLSSSSFRDTKYNTQGYINGCFLHKNFLKWNLELSINTKNLLVLDTNEKQNRFLFGKILTCGKIKINKKENKVHVSMKHGEILNSSHLYINPKGYKNKKISYKKYKEKEDDDFLSIDVKTNVQENTKISIFLDKNLENFIELKGKGFLFFKKTHKNDVETSGKYFVIDGFYHFSSQEKIPILKLEKEFKIKPGGFITWKNNFDQSNINLIAYETKYVSKVTEYINFAKDSEHNPIFTELRINISGKIQKPNINMEILFPKSDKITQQKLFNKLNSFEEKTIQFVSILILGKFFIKNEIIKNFLYFSVFEIFLKKLKKILSYSDMKNLDSLKKKETFNYFLSLYHDNKNLSSIK >NC_013454.1|WP_012841128.1|621737_624611_-|aminomethyl-transferring-glycine-dehydrogenase MKEDYIRRKKFYYRHIGPSCNEINDMLKELQCSSIKNFIKKTIPKEIRLKRKLNLPNSISEYQYLNHIYKISKKNKIYRSYIGLGYKNTITPSVIQRNILENPSWYTPYTPYQSEISQGRLEALINFQTMISDLTGMKISNASMLDESTASADAMFMIYQEKIKKKQIDNHYCFFVSDEILPQTFSVLKTRCFGLGIQIIIDTHKNLLKGKYNGKKIFGLMISYPTCLGEIYDYSETIEYDKKNNISVIVSADILSLSLLKPPGEWGADVVVGSSQSFGVPMGYGGPHAAFFSTHEKYKRFIPGRIIGISIDNKNKKAYRMALQTREQHIKRERATSNICTSQVLPAIMASMYALFHGKEGLIGIAKSIHEYAKKLEFLLINSINNLSQVNTFYFDTIRIKTDFIDQLKEVSDRKKTNFRYIDKNHLTITLDETTCEKDIDHILSIFHEVYKKRKKFDDTNQIHKKYKFPSSLKRTSNFLEHEIFHKFYSENELMRYIKRLERKDLSLIHSMIPLGSCTMKLNASTELFSLSQHEWRNVHPFAPDKQTMGYRLVIRNLKKYLKEITGFSGISLQPNSGAQGEYAGLMVIKSYHHSLQETKRNIALIPSSSHGTNPASANMAGMKVILISTKNDGSIDRNDLFKKVKEYKDFLSVLMITYPSTYGVYETHIQEIINMIHENGGQVYMDGANMNAQVGLIKPAHLGVDVCHLNLHKTFAIPHGGGGPGMGPICVASHLKPFLPDHPFFGKLEKNKLTISSSPYGSSLILTISYAYIRLLGPDGLRKCTEISILNANYIKEKLKKFYNTLYVGKNNAVAHELIIDCRIFKSLDIEVIDIAKRMMDYGYHAPTVSFPVEGCMMIEPTESESKEELDRFIETLINIRKEIQEIEDGKFSKKENVLKNAPHSIELLTDNDWNYPYSREKAAYPLYWVRERKFWPSVNRIDDGYGDRNLMCTCN >NC_013454.1|WP_012841129.1|624692_625619_+|malate-dehydrogenase MKVTIIGAGNVGSSCASLLAQKDIVRKIVLLDIREKFSEGKSLDISQMLPIVGSNTQVIGITNDYSKSENSEIIVITCGVPRKPGMSRDDLVQINAKIIRSVTKESIFFSPKAKFIIVSNPLDVMAYVTYMTAKIDSSRVIGMAGVLDSTRYRFFLSKKLKLSPNDIQSLLLGGHGDTMVPLYRYTSISGIPIQEFISEEENNVIVEKTKKGGEEIVNLLGTSAWMAPSASVVQMVEAILKDSKRIFSCSAFLKGEYNLKNIYLGVPVILGKSGIEKIIELQLNKKEKDLLIQSANHIKIMIDKIKNF >NC_013454.1|WP_012841131.1|626236_626980_-|LPS-export-ABC-transporter-ATP-binding-protein MTLIAKKLCKKFKNKYVVKNVSFQLNKGEIVGLIGPNGAGKTTSFHMMVGLLKPDQGKIFLHEENITEKPMYQRSKKGIGYLSQEPSIFRKLSVEDNILCILEMQRKFYKKKKKNKTEKLIEELGLQHIRSHRGDLLSGGERRRTEIARSLAINPKFILLDEPFSGIDPIAVEELQKIILSLKKKNIGILITDHNVQETLTITDRIYLIFEGKILKHGSPLEIMQDSVAKKVYLGNHFILSKNESSF >NC_013454.1|WP_012841132.1|627034_628267_+|peptidylprolyl-isomerase MIKNSLKKFSLFLLFFLIYSHFSYSFEKLEGIYAIVGNEIILDSEIKTKNSKNCLDDLDDLLIEKLMLYHAKKDVSIQISNQELELKTQAFLSEMSKKYANQEEFLIQQFKKKEWIPKLTETIKNHLYIEKFYQKITDNVEISPKEVKYFFTKNKSKIPFLPKKMCISYLVCIPKLSQMNRMKIIDFLKKIKKEIHSDIDFSIQAILFSEDNYSASNGGLIQGIKINRLSKEFKHVVLSLSEKEISEPFETDSGFHIIKLEKNKDEVDLRHILIKPKYTKHELRKTKSFVDSIQKRIFNRNLENLIDKNNQIVNYSIWNKIWVEENQLSQNMKKALNSLEKGGISNPYKEIVNEKEAFFIVQLLDSIPSRPISFETDYTILKNLVKDIKKKDAIKNWAKKTLKKTYINCS |
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| CRISPR_ID | CRISPR_location | CRISPR_type | Repeat_type | Spacer_info | Cas_protein_info | CRISPR-Cas_info | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| NC_013454_2 | 632805-633005 | Orphan |
NA
Consensus repeat of NC_013454_2
|
2 spacers
spacers of NC_013454_2
>2.1|632829|60|NC_013454|PILER-CR CAGGTGTTTTCCTTTTACAATTTTTTCATTGCAATGAATACTAACATATTTTTCTAACAG >2.2|632913|69|NC_013454|PILER-CR TAACGCTTTTTGAGCATAAATAAAATTGTCTGATTTGTCATTTTGGACTATAAGAACAGAACGATTAAA |
CRISPR arrays and Neighbor proteins around NC_013454_2
The CRISPR arrays of NC_013454_2 >merge|NC_013454|2|632805-633005|PILER-CR ATATTTTTTTTTTTGATTAAAAAACAGGTGTTTTCCTTTTACAATTTTTTCATTGCAATGAATACTAACATATTTTTCTAACAGAAATATTTTTTTTTGAATAAAAAATAACGCTTTTTGAGCATAAATAAAATTGTCTGATTTGTCATTTTGGACTATAAGAACAGAACGATTAAAATTTATTTTTTTTTGTTTAAAAAA >NC_013454|2|1|632805-633005|PILER-CR ATATTTTTTTTTTTGATTAAAAAA CAGGTGTTTTCCTTTTACAATTTTTTCATTGCAATGAATACTAACATATTTTTCTAACAG AAATATTTTTTTTTGAATAAAAAA TAACGCTTTTTGAGCATAAATAAAATTGTCTGATTTGTCATTTTGGACTATAAGAACAGAACGATTAAA ATTTATTTTTTTTTGTTTAAAAAA
>NC_013454.1|WP_012841135.1|630757_631954_-|aspartate-aminotransferase-family-protein MKELERDFFQYQTQINPFIMKIIVDYADGNYIYGNNGKKYLDFVAGVSVNVLGHGNQIIKDAIKKQVDKYLHTMVYGEFIQNPCVMLCKKIAENTPEPLTTTYLVNSGTEAVEGALKLAKCYTGREEIISCKWAYHGSTHGSMSIMGNEKKKRPFRPLLPLVKFITFNHVDELIDSISEKTACVILETIQCSNGITLPDNSFLKKVREECHKKKALMILDEVQTGFGRTGKLFAFEHYGIVPDILIMGKGMGGGMPISAFTSSHEIMKTFCDSYPLGHLTTFGGNPISASASLATLEQLINSNIMKEVSMKEKWIRKYLVHDEIKSINGKGLLLSFELQDKNTVEKLLKNCIDKGLILFRFLFHSSYLRISPPLTITKEEIKKGCSIIIESLNQLKKK >NC_013454.1|WP_012841134.1|630008_630752_-|tRNA-pseudouridine(38-40)-synthase-TruA MRFFIELAYNGKYFYGWQVQKKVSTVEGNLEYCLSKLLKESINVIGAGRTDKGVHAKQMFAHFDYKGKISNNLIKKLNVFLPKSIKVLNIFPVKENIHARFNAIKRIYKYYLVRDKNPFYQDFSWHCFYPLNIQRMNIASKKLMGHKDFSSFCKKKTFETRNNICKVNHVCWSVNNNVFCFTIEANRFLRSMVRSIIGTLIDVGRNKISVNEFSEIIESKNSNFCKSIVPACGLFLTRILYPEDIFL >NC_013454.1|WP_012841133.1|628263_630012_-|ABC-transporter-ATP-binding-protein MKENLKRKRSSLKQLIKISLDYKLILIATVTTSVLISFISAYRPKLIQKAIDIHILYKDFLGLKNILMLIIVLLFLESIFHFILLYLSNVLAQNVIERIRILLFEKLLHFRNSFFNKTPIGKLVSYAVSDIETITVIFNDGILLVSGDVLRIIMIIIMMFTVHKKLSFIVFFTIPFMYIITRFFQKTLKKTFHEERVQTSRLNSFLQENIIGMSVIQLFHKEKEEFLKFQSINRRLMNAHFKTIFYFSIFFPIVELVSAVTISIVIFYGGFHAIEKGNVKPGQIIAFIFFIYLLFRPMRQIADRFNIIQRGIAGIERIFSILNSDDIIINQGNLRLNKFKGHIVFNNVHFSYIENEMVLNGISFEIQPGEKVAIVGSTGSGKSTITHLISRLYEINKGNIWIDGHSIQDIELKNLRSHIRVVTQDTFLFNDSIINNITLGDPSISIDQIENMAKKIGIHSFITSLPNGYQYIVKERGGLLSLGEKQLISFLRVQMHPYSILILDEATASLNKELEKMIYNATDFLTKQKTSIIITHRLSTLENADKILAINKGSIIEKGTHQELIQLNGYYAGLYKESFKKN >NC_013454.1|WP_012841132.1|627034_628267_+|peptidylprolyl-isomerase MIKNSLKKFSLFLLFFLIYSHFSYSFEKLEGIYAIVGNEIILDSEIKTKNSKNCLDDLDDLLIEKLMLYHAKKDVSIQISNQELELKTQAFLSEMSKKYANQEEFLIQQFKKKEWIPKLTETIKNHLYIEKFYQKITDNVEISPKEVKYFFTKNKSKIPFLPKKMCISYLVCIPKLSQMNRMKIIDFLKKIKKEIHSDIDFSIQAILFSEDNYSASNGGLIQGIKINRLSKEFKHVVLSLSEKEISEPFETDSGFHIIKLEKNKDEVDLRHILIKPKYTKHELRKTKSFVDSIQKRIFNRNLENLIDKNNQIVNYSIWNKIWVEENQLSQNMKKALNSLEKGGISNPYKEIVNEKEAFFIVQLLDSIPSRPISFETDYTILKNLVKDIKKKDAIKNWAKKTLKKTYINCS >NC_013454.1|WP_012841131.1|626236_626980_-|LPS-export-ABC-transporter-ATP-binding-protein MTLIAKKLCKKFKNKYVVKNVSFQLNKGEIVGLIGPNGAGKTTSFHMMVGLLKPDQGKIFLHEENITEKPMYQRSKKGIGYLSQEPSIFRKLSVEDNILCILEMQRKFYKKKKKNKTEKLIEELGLQHIRSHRGDLLSGGERRRTEIARSLAINPKFILLDEPFSGIDPIAVEELQKIILSLKKKNIGILITDHNVQETLTITDRIYLIFEGKILKHGSPLEIMQDSVAKKVYLGNHFILSKNESSF >NC_013454.1|WP_012841129.1|624692_625619_+|malate-dehydrogenase MKVTIIGAGNVGSSCASLLAQKDIVRKIVLLDIREKFSEGKSLDISQMLPIVGSNTQVIGITNDYSKSENSEIIVITCGVPRKPGMSRDDLVQINAKIIRSVTKESIFFSPKAKFIIVSNPLDVMAYVTYMTAKIDSSRVIGMAGVLDSTRYRFFLSKKLKLSPNDIQSLLLGGHGDTMVPLYRYTSISGIPIQEFISEEENNVIVEKTKKGGEEIVNLLGTSAWMAPSASVVQMVEAILKDSKRIFSCSAFLKGEYNLKNIYLGVPVILGKSGIEKIIELQLNKKEKDLLIQSANHIKIMIDKIKNF >NC_013454.1|WP_012841128.1|621737_624611_-|aminomethyl-transferring-glycine-dehydrogenase MKEDYIRRKKFYYRHIGPSCNEINDMLKELQCSSIKNFIKKTIPKEIRLKRKLNLPNSISEYQYLNHIYKISKKNKIYRSYIGLGYKNTITPSVIQRNILENPSWYTPYTPYQSEISQGRLEALINFQTMISDLTGMKISNASMLDESTASADAMFMIYQEKIKKKQIDNHYCFFVSDEILPQTFSVLKTRCFGLGIQIIIDTHKNLLKGKYNGKKIFGLMISYPTCLGEIYDYSETIEYDKKNNISVIVSADILSLSLLKPPGEWGADVVVGSSQSFGVPMGYGGPHAAFFSTHEKYKRFIPGRIIGISIDNKNKKAYRMALQTREQHIKRERATSNICTSQVLPAIMASMYALFHGKEGLIGIAKSIHEYAKKLEFLLINSINNLSQVNTFYFDTIRIKTDFIDQLKEVSDRKKTNFRYIDKNHLTITLDETTCEKDIDHILSIFHEVYKKRKKFDDTNQIHKKYKFPSSLKRTSNFLEHEIFHKFYSENELMRYIKRLERKDLSLIHSMIPLGSCTMKLNASTELFSLSQHEWRNVHPFAPDKQTMGYRLVIRNLKKYLKEITGFSGISLQPNSGAQGEYAGLMVIKSYHHSLQETKRNIALIPSSSHGTNPASANMAGMKVILISTKNDGSIDRNDLFKKVKEYKDFLSVLMITYPSTYGVYETHIQEIINMIHENGGQVYMDGANMNAQVGLIKPAHLGVDVCHLNLHKTFAIPHGGGGPGMGPICVASHLKPFLPDHPFFGKLEKNKLTISSSPYGSSLILTISYAYIRLLGPDGLRKCTEISILNANYIKEKLKKFYNTLYVGKNNAVAHELIIDCRIFKSLDIEVIDIAKRMMDYGYHAPTVSFPVEGCMMIEPTESESKEELDRFIETLINIRKEIQEIEDGKFSKKENVLKNAPHSIELLTDNDWNYPYSREKAAYPLYWVRERKFWPSVNRIDDGYGDRNLMCTCN >NC_013454.1|WP_149030180.1|616748_620645_-|translocation/assembly-module-TamB-domain-containing-protein MKMIFYHKFFTVKKIILFLLFLLVLIFVNIYDQKKVQEKISTFFLKKVRNQLSDKISIKHISFNFFKKELIFYDVKMTDHHHLSFIHLSKCKISINHLFRLIFMNSRHLSLKSMVIENSSFFIKKYFKEKENNILFFIKNVLMNKESINTITCSELIINKSHLVYNNIDSKKKLDHFFSSYMKNIQIKNRKIKVSIFSFQSQGLINKKKLFIKNLFCHLTYYYPAKLEIQDLFIKTSNSFLKGSFSIFNSKKYEEKKNSFYKKNILCEVFKGSKLGPDLGIFFHRKWSSNLSLFVQGNIHVQLNGIHKKFFLSNILIKDLQEDKLFAKTIYIDEYPQWKKIKFFKTFILFHTNKISQIIPSNFYSKFHFRKVNLNLKKWTYKGNLIIRVVKMKEISLKVEGAIKNHFFMAKVSTCINFLNHEVQYVGQVSIEKNIFFFYFKVLLKEKSFFFISSNNPFDGSKCSSDDVWIFMNLKENLSKLFGPLLLSHSGFKINFKGEIHPQVQKIYLRINNDKNQIDKDIKVMWIKKKQFKTIRINVYDMIIGQIHGDFKWEHLLSVIQEQIFCLKSYCKKQIEHVNFSFLIKKSFIDLIRQKKDSNTFSDIRISGKKEKNVFRTIFFTEKIQLNEIFFEKLFIIVNSSLKNDIRINTEKITYKNFFSKKIDVSILNQEDFWMIHSKFLLKFQKQEYKEQILNFLCKKGKKIFFVFFPFLSKLNINGYDWKTNNGLGIIKIDFLNRRYVIDNIILYSEKQKIIVNADFIEKKQKIFQFYLNNVQLKKIIFKKNMDGFVNGFFSYKSDYNQIEPNIHAKITNFSIDKTVLGNFYVHSFHKNKNYEINGVLKKNCHDILKISGNINNKSKNQSKLDFNLYIKNLRMDNFSFFWKKMNSEARGFLTGKIKIFGNINNPHYFGKLEINKFGIKINSINTDYEITSKAYVNIVSESCILLSSSSFRDTKYNTQGYINGCFLHKNFLKWNLELSINTKNLLVLDTNEKQNRFLFGKILTCGKIKINKKENKVHVSMKHGEILNSSHLYINPKGYKNKKISYKKYKEKEDDDFLSIDVKTNVQENTKISIFLDKNLENFIELKGKGFLFFKKTHKNDVETSGKYFVIDGFYHFSSQEKIPILKLEKEFKIKPGGFITWKNNFDQSNINLIAYETKYVSKVTEYINFAKDSEHNPIFTELRINISGKIQKPNINMEILFPKSDKITQQKLFNKLNSFEEKTIQFVSILILGKFFIKNEIIKNFLYFSVFEIFLKKLKKILSYSDMKNLDSLKKKETFNYFLSLYHDNKNLSSIK >NC_013454.1|WP_012841125.1|616046_616565_-|Lrp/AsnC-ligand-binding-domain-containing-protein MILRYNTDEIDNTIVKKLNINARTPYTEISKQISKEIKPLSVGTVHVRVKKLEEAGIIKGSTLIIGYESLGFHLIAFVGILSDSRESKLVKEELKKIPNVVQLYITSGKYNLFCRIIARDPSDARDVISKIGEIKGVLRTESTICLEESINDENRLLSNILQKNQSSYKKKT >NC_013454.1|WP_012841124.1|613896_615936_-|HDIG-domain-containing-protein MANFLKFYTYKNIADKILVPIIAVLSLTFFFPKKEIFKYEFSKGKNWTYRDLFSPFCFVVPKNNQDIDLEIKKLKEDQKIFFIQNEKIVKNIKKKLKKIPFLKNRKHYSKIVYKTVNTVYKYGYIDSIPIPDITEHNKIHIIFFQKNKKWIPILYKKIYTRKKVNHIIDKNFLINGYRVKILKRILKKIIVPNFFYNQSYTEFFFHKKIQSINKIKYSFSKGDKIIGNNEIIDENKFQILSYFKKEYENKVWNKKKDYCLIIGYFLIISMIFTLFILYLFYFQNKIFHKNREINFLIINILLISLITILILKYHSKILYIIPFCILPISIRAFFNFHLSIIIHITTILLLSLIAPNSFEFIFIQLITGFLVMLTKKNIYKMANLFIAVGKITITYIVTFSSLILIREGSLEKISWHTFFFIFFSGVLTLFVHPLIFLFEKLLNLTSDISLLELSDTNTPILRLLSQKAPGTFQHVLTVANIAEEAAVAIRANSLLVRIGAIYHDIGKIKNANFFTENQHNIINNPHEKLSPKESSKIILGHVSIGIEFAKKYHLPDSVTDFIRTHHGNSIIHYFYEKQKKKCPNIKVDKRQFQYSGPKPFSKETAIVMIADSVEAASKSIKNPSSKDLEDLVENVINKQKKENQFSNADITLKEIEKVKKVLKKKLINIYHTRIEYPKS >NC_013454.1|WP_012841137.1|633628_634012_-|reactive-intermediate/imine-deaminase MIPKKISIEKIPSSGPYSTCVLVENFLFVSGQIAVDPKTGKLISDSIEIETRRIMENLKIILSENEIGFQNVIKTSIFVKNMNHFSKINDVYSDFFHDGNYPARETIQVSGLPKNANIEISLIAFKN >NC_013454.1|WP_012841138.1|634024_636187_-|hypothetical-protein MLFVSIFIYANEKKINNDFFDQEKNSFKDIIKYKSNIQEHNIEEKKSYLKGKASIEYNDIKIQADCIEFNWDNGDLYAIQKEKFAFLQQGNYQYLFKNLHINFNSKKIEAKDFYIKRKNYMIIANRIEKKDQNMSFMKKIKYISDPFFLKNKDNDPDFYLKTNFLKYFHDKKYILSGPVFFYWYKVPMPIFLPFLYIPVKELNRSSYGMIYPKIGIQNKKIYLEDIGLFFPISNFLNFKILSSIYNTDKWNLKTKMEYKLKHYGFFDFNYQYMSRKQHDYQFQWEHNQDSQSDYDANFHANINYNKNLPENNDNEVLSYLSIRKKFSNYLLFMDSYMRQERSKNQVRIKFIIPELIFHMRNRPFNKKNLLLRNTNIENKILIHNFVDFFNQTISFNTVFNQKMSISTYFSFFDSYLKISPKIFYDEFYMCKFPYSCVSNLQKIDFSTEMISVPLNKTLEIKKNTILLIHQIEPVLSFDVSYFPTTFHNEKNIFEKRISIILNNDFDVQIKSTFDKKIKMLQNFIYSFIIDKSSIKWDNFYIVGHTDFTENLGIKYKGGINFVEEKNKRMNKMMYFDFSCNYETSLLSEKKKNEEYKKKGTNRYDYFLFDKKNYAFYSIPLSFKIDFHSNYKDSIDPKKLFNTFLSINGSINITKYWKIDLHINYDPLNQKIMFSNIIFYRDLRSFKMSFNWIPMENPSWHFFIGIKDPNLSDIIQYNEKN >NC_013454.1|WP_012841139.1|636265_636763_-|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-diphosphokinase MKEHHVFLLQGSNKKNRKEYLDQSLIFISQKIGKIIQKSSYFESEAWNMKNSTNFYNQALHVKTNHSPINLLKNILNIEFLIGRRKNYNYTGEYKDREIDIDILFYDSIIISSSILTIPHPLLHMRKFVLEPMCEISPNQNHPIFNLTLLEILGLCTDKLNVKKL |
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| CRISPR_ID | Spacer_Info | Spacer_region | Spacer_length | Hit_ID | Protospacer_location | Mismatch | Identity |
|---|
| CRISPR_ID | Spacer_Info | Spacer_region | Spacer_length | Hit_phage_ID | Hit_phage_def | Protospacer_location | Mismatch | Identity |
|---|---|---|---|---|---|---|---|---|
| NC_013454_1 | 1.1|610063|27|NC_013454|CRISPRCasFinder | 610063-610089 | 27 | MT774405 | CrAssphage cr115_1, complete genome | 60368-60394 | 5 | 0.815 |
1. spacer 1.1|610063|27|NC_013454|CRISPRCasFinder matches to MT774405 (CrAssphage cr115_1, complete genome) position: , mismatch: 5, identity: 0.815
acataaggacctattatactattctca CRISPR spacer ccataaagagctattatactattccta Protospacer *****.** **************..*
| Region | Region Position | Protein_number | Hit_taxonomy | Key_proteins | Att_site | Prophage annotation | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| DBSCAN-SWA_1 |
475457 : 491644
Sequences of DBSCAN-SWA_1
Nucleotide sequences of DBSCAN-SWA_1 >NC_013454|475457:491644|DBSCAN-SWA CCTATTCCCATTCAATAGTAGATGGGGGTTTAGAAGTTATATCATATACCATTCTATTAATTCCATCGACTTCATTAATTATTCTATTTGAAACTTTTTCTAAAAAATCGTAAGATAAATGTGAAAAAGTAGCAGTCATAAAATCCTCTGTATTAGTTACACGCAATACGGCTGCATATTCATAGGTTCGTTTATCCCCCATGACTCCTACAGATTTAACAGGTAATAAAATTATAAACGCTTGATTTACAGAATTGTAAATATTATAATTTTTTAATTCTTGCAGAAGAATATTTTCTGCTTTTTTTAATATGGAAATTTTCTTTTCATTTACTTCTCCAATAATTCGAATGCTGAATCCAGGTCCAGGAAATGGATGACGATATAAAATATCTTTTGGAAGTCCTAGTTTTTTTCCTATTTTCCTGACTTCATCTTTAAATAATTCTTTTAATGGTTCAATCAGTTTCAATTTCATGAATGTAGGGTGAGGTAATCCTCCTACATTATGATGAGATTTTATAGAATCACTTAATTGATTTTTATTTGAAGAAGATTCAATAATATCCGAATAAATAGTCCCTTGTGCTAAAAATTCAACATCTTGAATTTTTTCTGATTCTTTTTGAAATACAGAAATAAATTCTTCCCCTATAATTTTTCTTTTCATTTCAGGATCAATAACTCCAGTTAATCTAGATAAAAAACGATTTTTAGCATCTATTATTTGAATAGGTAAATTCATTTTTTTACATAGAAGAGATATTCTTTCTCTTTCTTTTTTTAGAAGTAATCCTGTATCTACAAAAATACAATTCAAAGAACTTCCAATAGCTTTATGAATGATATAAGCGGTAACAAAAGAATCTACTCCTCCAGAAAAACCTAGTACCACTTTTTTTTTGTCTACACGTTTTTTGATTTTATCAATTGTATTTTGTATAAAATTGTTTAATTTCCAATTAGGAATGCACTTGCAAATATGAAAAACAAAATTTTTCAATATAGATATTCCGAATTCTGTATTTTTGACTTCTGGATGAAATTGAACGGCATAAATTTGTTTATCGAGATGACTGAAAGCTGCAATAGGACAAGATGAAGTATGTCCAATAATTTTAAATTTTTTTGGAATTTCTTTGATTTCATCAAAATGACTCATCCAAACAATGGATTTTTTTGGAATTCCATCAAATAAATTGTTATTTGAATGATCTATCATAAAGTAGGACTTTCCATATTCTTTAGATTTAGATTTTTCTATTTTTCCTCCAAAAAGAAAAGAAATCAGCTGCATCCCATAACAAATTCCAAGTATAGGGATATCTAATTGAAAAATATTTTTAGATATTAATGGAGAACCATTATCATAAACAGAAAAAGGACCTCCAGACAAAATAATTCCCTTAGGTTTTTTTGATAAAATATGGGAAATAGAAGTTTCATAATTACATAACAAAGTATATACTCCTATATCTCGAATTCTTCTTGCAATCATATGACTATATTGAGAACCAAAATCTAATATAAAAATCAAGTCTTTTTTCATTTTTTTGTATTTGATTTGGTTAATATAAACCTATGTCTTTTCGAAAATACAAATCTTCGAATTGTATTTTTTTTACTTTATCGTAAGCTTGTTTTTTGGCTACTTGAATTGTATTTCCTACTCCTACTATATTGAGAACGCGTCCACTTGATGTCATCCATTTTTCTTGTTTTTTTTTTGCTCCAGCAATATAAAAAGGTTCTTGCAATGAATCTAATCCTATTATCATTTGTCCACTTTTGTATTTTTCAGGATATCCTTTAGAAGATAAAACAACACAACAAGAACATAATTTTTCCCAATCAATAGATATTTTTTTATGAATAAAAAAAGATTGAATAATATCTAAAAAATTACTTTTCATTAATGGAAATAAAGTTTGAGCTTCAGGATCTCCTATACGAGTATTGTATTCTAATAAATAAACTTTATTAGAAGTGATCATTAATCCGAAATATAAAAATCCAAAAAAAGTTAATTTTTCTGAAATTAATCCTTCTAAAGTAGGCTCTAATATGTTTTTTTTAAAATCGATCCAAATAGAATTCGTCATATATGGATTCGGGACAATAGCGCCCATTCCTCCTGTGTTCATTCCTGTTTCATTTTCTCCAATTTTTTTATAATCTAAAGCAGATAAAAAAGGAATGATATTTTTTCCATTGAAAATTGATATAATAGAAGCCTCTTTTCCTTTCAAGAATTTTTCTATGATAATTTGATTTCCAGATTTTCCAAATTTTTTTTCTATCATAATAGTTTTTAAAGCTTTTTTAGCTTCATTTTGATTGTGAGCCAAAATAACTCCTTTTCCTGCAGCTACTCCATTTGTTTTAATAACCACAGTCTCATGGCATTGTTCTAAAAAATTGATAGCTTTCTTATAACAATAAAAAATATCATATTTAGGAGTTCTAATTCCGTATTTTTTCATAAAAGATTTAGCGAAAATACGATTTCCTTCAAGTTGAGCAGCTGAATAATGTGGCCCTATTATTTTTAATCCAAAATTATTAAAAATATCTACAATTCCTTCTATCAGGAAAATTTCGGATCCTACAATAGTTAGATCTACTGCATTTTTTTTAGCAAAAAAACCTAATTCTAATAGAGTGTGATGATTTTCAATATTTTTTCCTATTATTCCCGTTCCTCCATTTCCAGGATAAAAATAAAGATTGATAGAACTATTATCTTCCAATAATTTTTTTCCAATGGCATGTTCACGTCCACCTCCTCCAAGAATTAAAATTTTCATCATTTTTAATGTTTAAAATGTCTTTTTCCAGTGAAAGCCATAGCTATTCCATAATCATTACAAGCTTTTACAGATTCTTCGTCTCGTATAGATCCTCCTGGTTGGAGAATAGCACATATTCCACCTGAACGAGCGGCTTCATCTACAACATCACGAAAAGGAAAAAAAGCATCAGATACAAGAACTAGTCCTTCTTTACTTTTTTCTAAAGCTCTTTCTATAGCTTGACGCGCAGCCCAAATTCTATTAGTTTGTCCTCCAGAAATTCCTAAAGTTTGCGTTTCTTTAGCTACAACAATAGCATTAGATTTAACGTATTTTACTACTTTTTGGGCAAAAAATAAAGATTTTAGTTCTTGATCCGTAAATTTTTTTTGAGTAACTATTTTATAATTCTCCTCATGAGAAAAAAAATAATCTGTTTCTTGCACTAAGATTCCTCCATCTATTTGAACATATTCTAATTTATCAGAAATAGGTTCATTGATACTAATAATTCTAAGATTTTTTTTTATTTTTAAAATATTCAATACGTCTGTTTCGTAACTAGGGGAAAGAACAACTTCTAGAAAAATGTGATTAATTTCTTTTGCCAATTCTTTTGTTATTGGAACATTAACAGCCATTATTCCTCCAAAAGACGAAATAGTATCAGCATAATAAGTTTTTTGAAAAGCTTCAATAATGTTCTTTCCTAACGCAACTCCACAAGGAGTGGAATGTTTGACTGTACAACAAGCTGGTTCTGAAAATTGAGAAACAACTTTCCAAGCTATATCCATATCTCGTAAGTTATTAAACGACAATTTTTTTCCATGCAATTGATTAAAATTTCGCATAGCACCATGGTGTATCGTATTAATGTAATAAGCAGCTTTCTGATGAGGATTTTCTCCATAACGTAGATTCATTTCCTTTTTGTAAGAAGAATGTAAATAAATAGGAAACTTTTCATCCATATCATCCATCAAAAGATATTGAGAAATAGCAGAATCATAAGAAGAAGTAAAATTAAATACTTTTCCAGCTAATTTTTTTCTCAATTTTAATGAAGGAAATCCATAATGTACTATTTCATTTTGTACTAATTCATAGTCATTCTCATCTATAATAGCAGTGACATGTAAAAAATTTTTAGCAGCTGCGCGAAGCATAGAAGGTCCTCCTATATCAATAAGTTCAACCAAAGAATTGACATGAGATTCTTTATGCATTTTTTTTAAAAATGGATAAAAATTAACCAACACAATATCAATCAAATGAATATTGTGAAAACGAATCGATTGAATGTGTTTCTCAATAGAACGATTTGCTAGAATTCCTCCATATATATTAGGATGAATGGTTTTCACTCTTCCATCTAAAATTTCAGGAAAATCAGTCACATCCGATATTTCTATCACATTAGACAAACCGTTTTTTATTAAATATTGGTAAGTCCCACCAGTAGAAATTATTTGGTATCCTTTTTGATCTAAAAAACTAGCGAAATTAAATAGTTTTTCATTTTTTTCATAAACACTAATCAAAGCTCTTTTCATAATACATACTACTAATTTTATTTTTGTGGATTCTAAATCAAAAATCAATAAAATTTGATTAAAGATTTTTGATAGATTGAATTAATATCTCTCTTTCTATAAGAGAAACTTTTTGTGATAAAGACATTGGAGTTTCCTTTGAAGAAATTTTACATGATTTTTTCAAAATAATATCTCCCGCATCCACGTCTTTTGTCACATAATGAACTGTGGCTCCCGATATTTTTTCCTTATTTTTAATAACTGCTTGATGGACATTCATTCCGTACATTCCTTTTCCTCCATATTTTGGCAAAAGAGAAGGATGAATATTAATAACTTTTCCGAACCATTTTTCACAAAATTCTGCATCAAGTATAGAAAGAAATCCAGCGAGAACTATAATATACGGAATATCTTTTACAAGTATATTGTTTATTTTTCTAGAAATAAATTTTTTATCAGTCTTTTCTAAAGATATGGCTGTTATATTCTTTTTTAATGCATACTGAATCGCACTACAACATCTATCAGAAATAACTAAATTGACTCTAAATCCAGAAAGTATCCTGTTTTGAATTGCTTGTAAAATATACTGCATATTGCTTCCTTTCCCAGAAACTAAAATAGCTATCTTTTTCATGGTATATCTATGAAAATGTTATTTCAAAAATACTCTTTTATTTCCTTTTACAATACAGCCAAAGACAAAAGGTTTTTCTCCTAAAAATCGGAGTTTATCTAAAATAGAATCTTCTTCTTTAAAAGAAGCTATGATAATCATCCCTACTCCCATATTAAAAGTATTCCACATTTCTTCATCTAATAAATTTCCTTTATTTTGAATATAATTGAAAACAGGTTGAATAGGAATTTTTTCTTTTTCGACTATAGCTGATAAGTTTTCTGGCAGAATTCTAGATAAATTATCTGATATTCCTCCTCCAGTAATATGAGCTAATCCGTGAATCATAAATTCTTTCAATAAAATATGAATAGGAAAATGATAAATTCTAGTTGGTATTAAAAGAGTTTCATAAAACGGCTTTTCTTGAAAAGATTTCACAAAATCTTCTGTAGAAAAAATATTTCTGATTAAAGAAAAACCGTTACTATGAACTCCAGATGAAGGGATCCCTATTAAAATATCACCCTCCTGAATAAATTTTTTACCATCTATAAGGTGATCTTTTTCTACAATTCCGACACAGAATCCTGCAATATCATAATCATTTTCCTGATAAATTCCAGGCATTTCTGCCGTTTCTCCTCCAATAAGACAGGTATTAGTTTTTTTACAAGAAATAGCTATTCCTTGTATTATTTTTTCTACAATAGTAGAATCCAGTTTTCCACAAGCTAAATAATCTAAAAAAAATAAAGGAATAGCACCATGACATAAAACGTCATTTGCACACATTGCAAAACAATCTTCTCCAATTAAAGAATATTTTTTGTAATCAATAGCTAAACGTAATTTTGTGCCAACTCCATCTACTCCAGATACTAAAACAGGTTCCTTATATCCACATTCATATATTTTATAAAATCCAGAAAAATGATCTAATGTACTCATAACATTTCTGTTATAAGTTTTTTTTAAAATTTTATTAATTTTGCATATGGTGATGTCGCTTTCTTTCATAATTTATTATTATATTTTTTAACCGGATAGTTTCCCGTAAAACAACCAAAACAATAATGACTTCCACCAAGAATATTGACTAAATTAGCCATGCTTAAGAATTCTAAACTATCTACATCTAGAATTTTTGCTATATTTTTTTGATCAATATGATTGTATGAAATTAGATCTTTTTTACTTGGAGTATCCACTCCTAAATAACATGGAGCAATAATAGGAGGAGAAGCACTTCTAAAATGAATTTCTTTCGCTCCTGCTTTTCTTAATATATAAACTAATCGACGACTGGTGGTCCCACGAACTATAGAATCATCAATAATAACAATACGTTTTTCTTTTATTTCATCCAATATAGGATTTAATTTTAAATTCACCATTTTTTCACGCATTTCCTGTTTAGGAAGAATAAAAGACCTACCAATATATTTATTTTTCACCAAAATAGGTTTAAAAGGAATTCCAGAAGCTTTAGAGTAACCAATAGCAGCTGGAACTCCGGAATCTGGGACCCCAATCACTACATCTGCTTCTACTGGGTGTTGTTCATAAAGTTTTTCTCCACTTTTTTCACGAATTTCATACACATTTATATTTTCAATTAAAGAATCAGGACGAGAAAAATAAATATATTCGAAAGAACATATTCTTTTTTTTGTATATTTTTTTTCTGTAAGCATAGAAAATCGAATTGATTTTTGATCTACGATAATAATTTCTCCTGGAAATAAATCTCTTATATAGAATCCATCTACAGAATCTATTCCACAAGTTTCAGAACTAAATATATAAGTTTTTTCATTCAGCATCCCATAACACAAAGGCCGTATTCCGTTGGGATCTCTAAATGCAGCCATTTGATTATTCATAAGAACTATGACAGAATAAGCTCCCATAATATCTAGAGTCGTTTTTTGAATAGCTTTTTCTAAACTATTATTAGATTCCAATAAATATTTTTGAATCAAACGTAAAATGACTTCAGAATCAGAGTATTCAGATATAAAATTGACTCCTTCAGATTCCAATTTTTTACGAATGGATTGAGCATTGACTAAATTTCCATTATGTACTATGGATATGGTACTCCTTCCATCGGAATTTTCTCCAAAAAAAGGTTGAATATTTTTTTTGCTTTGTCCTCCTTCTGTAGAATAACGCGTATGCCCAATAACGGCATTTCCATTATAACATTCAGAATTAGAAATTTTTCTAAAAAAATCTAAAACAAGACCTTCACTTTTATGAGATATAATAAATCCATCTCGCAAAACAGAAAAACCACAAGCTTCTTGTCCTCTGTGTTGCAATGCAAATAAACCAAATTGAATTAAAGAAAAGGTGTCTACTTTATGAGGAGAATAAATCCCAAAAACACCACATTCATCATGAAACTTATCAGAATAACTATTTTTCAGAATTGAAGGGAATAATTGAGATATCATGATATCATCTTTTTGAAAAAAGAATATCTTTGCTCCATTATTTTAATGGATTATCTTACATTTAACCTTTTTAATATTTCCATATAAATATCAAGTACCTCTTCCTTTTCCTTTAATCCAATTCTAAATGGATCTTTATCTAGTTTTTTCATTGTTTTTTTGTCCCAAAAACGACAGGTATCAGGACTAATTTCATCAGAAAGTAAAATATCATTCTGATCATTTTTCCCAAATTCTATCTTAAAATCTACCAATATAATATTTTTATCTAAAAAATATTTTTTGAGAATATTATTCACATTTGATACAATACGATAAATTGCATTGATTTCTTCATAAGAGATGATTCCCAAGAATACAGCATGATGATCATTAATCAATGGATCTTTTAATTTATCGTTTTTATAAAAAATTTCGAAAATTGGATTTAACAAACGAATTCCTTCTTGAATGTTTAAACGTTTAGACATGCTTCCAGCTACAATATTACGAACAACGAATTCTAAAGGAATTATATCTACTTTATAGCATAATTGTTCCCGATTATTAATTTTTCGTATAAAATGAGTTTTAATTCCACAAGAATTGATAAATTTAAATATTAATGTACTTATTTCATTATTTAAAATTCCTTTATCCTGTAAAAATTGATTCTTTGATCCATCTAAAGCAGTTATACTATCTTTATAATGAATTAGGACTTCAAGTGAATTATTTGTAGTATATATTTTTTTTGTTTTTCCTTCTGATAAAAGATTTTTTTTAATTACGAAACTCATAATCACAAATATTGCTCTATTTCATTTGCCAATTTTTTTCTTATTTTCATTCGAAATTCTAGCAATGATTTTTTGAGATTGATATTTTTTATAGACAAAATATGAATGGCTAATAAAGCTGCATTATAGGAATTATTTATTCCGACTGTAGCTACAGGTACATCTTTGGGCATTTGTACCATAGACAAAAGAGCATCCACCCCTCCTAATAATCCATTATTGCAATGATAAATAGGAACGCCTATAACAGGTAATATAGTTTTTGAAGATATAATTCCAGGTAAATGAGCGGATAGACCAGCACCAGCAATAATCAAATCTGTTCCTTCAGATTCTATTTTTTTTATGGTATTTGATAAAATATCAGGCAATCTATGTGCAGAAATCACATAAGATGTATAATGAACATTAAATTTTTTGAGTATTTCAGTTGCTGCTTTCATAGTTGGTTTATCGGAAACACTTCCAATAAATATAGCCACTTTAACATTCATATAATATGATTAAATTTTTACAAAAAATATTGTACAGCATTTTTAAAAATCGAATGTTCATGAACATTAGGTATATTTTTTAACAATCCATGATCATAACGTTCTGGATGAGTCATTCTTCCATAAATTTTTCCATTTTCACTTAACAATCCCTCTACAGCGTCAATAGATCCATTGGGATTATATAATCTATCTAAACTAGGATTCCCCTCCAAATCTACATACTGTGTGGCAATTTGATTTTTTTGAAATAAAATATTTGTTATTTCTTTGCTGGCATAAAATCGGCCTTCACTATGAGATATAGGTAGAGTATATATTTTATTTTTCATACCATTTAACCATGGAGATTGGTCTGAGATCACTTTAATATGAACACATTGAGATATATGTTTTCTTATTTTATTATAAGTCAATGTAGGGGATTTATTATTTCTCAAACAAATTTTACCATAAGGTAATAATCCAGATTTTATCAGTCCTTGAAACCCGTTACAAATACCTAATATCAATCCATCTTTATCAAGAAAATGTTGAATAGCATCCTTTATGTATGGATTGTGTAATATAGATACAATAAATTTAGCTGCGCCATCTGGTTCGTCTCCAGCACTAAATCCACCGCAAAGCATAAATATTTGTACAGATTCTATACGTTTTTTAATATGAAATATAGATTCAATAATATCTTGACTATTCAAATTTTTGAATACAAAAGTGTTTACTATTGATCCTTCTTTTTCAAACATTCGAACAGATTCAAATTCATTATTTGTTCCAGGAAATATGGGAATAAATACACGTGGTTTTCCTTTTTTTTTAAACAGACATTTCCATACTATAGGATCACATTTTTTTTCTTGTTTAGTTAAGTAGATTCCTGTTGGAACACTTTTTTCTATTTCACTATAAGAAAAAACAGGACTCAAAGTTTTGAACCAATGATTGATGGCCTCATTGATTTCAATATGTAAACCGTTGAAAACTAATAAATTGTTTGAGGTAACCTCTCCTATTGGAACAAAATTATCTGAAAGTGTAGACGAAGCTTCTATAATTAAGGATCCTATACTCATTTCAAGCAAATGCTCTTTACAATTTATAACAACTCCTAAACGATTTCCAAATGCCATTTTTGCAATAGCAACAGAAATTCCTCCGTCTTTTACCGTTTTTACTGAAACTATTTTTCCTGAACAAATCCCTTCATAAACTTGATCATAGACCTTTTTAATGGAATCAAAATCTGGCATTTCATTTTTTAATGAATGATGAGAATATAAATAAATTTTATTTCCTATTTTTTTTAATTCAGGAGAAATAACATTTAAACATGAACCAGTGGCAACTCCAAAAGCAATGAATGTTGGCGGAACATGTATATTATTATATGTTCCTGACATAGAATCTTTTCCTCCAATAGAAACCAATCCTAAGGACATCTGAGCATGATAAGCCCCCAATAAAGCAGAAAAAGGTTTTCCCCAATTTTTTGGATTATTTCCCAATTTTTGATAATATTCTTGAAAACTAAAATAGGTATTTTTGTAATCTCCTCCCATAGATACAATTTTAGAAATACATTCCAAAATTGCATAAGCTCCTCCATGAAGAGGACTCCAAGAAGAAATTTCAGGATGAAATCCCCAAGAAGCTAAGCTTACCGTATTTGTAGTTCCTTTCAAAATAGGAATTTTTTGCACACTTCCTTCTGATGGAGTGATTTGGTGTTTTCCACCAAAAGGCATTAAAACTGTAGTTCCACCTACAGTGCTATCAAACATTTCTACTAAATTTTTTTGAGAAGCTATATTCAATCTGGAAAGAGTGTCTAAAAATGTTTTTTTACTAAATAAAATTTTTTTTGATTTTTTAAAAGGAGAAATTGAGGTAGGAGAACTTACACTAACAGATTGATTATTAGGAGCTCCTCTTGTATTCATAAAAGAACTTTTTACGTTAAAAATTTCTTTCCCTTTATAATAAAAAATGATACGTTTATTATCAGTCACTTCAGCTATAGGTGTGGACATAATATTTTCTTCCCACGCTAAATGAATAAATTTTTTAACATTTTTAGGATCTAATACAACAGCCATACGTTCTTGAGATTCTGAAAGAGCTATTTCAATAGCCTCCATTTTCTCATTTTTCATGGGAATTTTATCTAAATAAAGAGCTAAACTATCGCTTAATTCTCCTATAGCAACTGCAGCTCCACCTGCTCCAAAATCATTACATTTTTTGATCAAAGATATGACTTCTTTTTTTCTAAAAAATCTTTGAATTTTTCTTTCTATGATTGGATTCCCTTTTTGTCCTAGTTGTATATTTTTTTTGAAATTCGCATTATACTCCTTAGAAGAATCAGTTGCTCCTCCTATTCCTTCTTTTCCTGTAAATCCGCCTATTAATAAAATTACATCTCCTTTTTTTGGTTCTCTTTGTTTTAGAAAATGAACGGGGACTGCCCCAATAACCATTCCAACTTCCATTCTTTTAGCTCTATATCCTTCATGATAAATTTCATTGACATGAGTTGTTGCCAATCCGACTTGGTTTCCATAAGAACTATAACCATGAGCCGATTCGAAACAGATTTTATGTTGTGGTAACTTTCCATTAATAGTTTTTGAATTGGTGGGATCCGCAGCCCCACTTAATCTGAGTCCTTGATAAACAAAAGCTCTTCCAGACAATGGATCTCGAATTGCTCCTCCTATGCAAGTAGAAGCTCCACCGAAAGGATCAATTTCTGTAGGATGATTGTGTGTTTCGTTTTTAAATAATAAATACCATTTTTCTTTTTTTTTACCTATAATATCTACATGAATACGAATAATACACGCATTGTGTTCACGAGATTGGACATAATTTTTCAATTTTCCTTTTTTATAAAAAATTGTAGCTGGAAGATTAGATAAATCCATAAAATGAATAGGATCTTTTGATCTACCCATGGTCTCTCTATCTTTTAAATATTTTCTAAAAATACTTTGGTATGTATTTTTGAACACCCCATCAAAAGATATATTTACTAAGTTTGTATAAAATGTTTTGTGTCGACAATGATCTGACCAATAAGCATCCAATATACGAAATTCTGCTTCTGTTGGATTTCGTTTTTCTTTAATGAAATATTTCTGAATAAATAATAAATCATTTATATCTATGGATAAATTACAATCATTATGAAATTTTTTTATTTTTTCAATAGAAAAATCAATGAAATGATCTACAATTTTAATATCATTTTTATTTCCATTGGTCTGATTCAAATTTTCATTTGAATTGATATAATATTTTTTTATTTTATGAAAATCTTGATTTTTATTTATTCCAATTAACTGAATCAATTGGCCTGTTTTTACAATAGAATTTGATTTAGGATCTAAAATTTTTATGCATTGCATAGCAGCATCTGCACGATCATCACACTTTTCCGTAAATTTTTCTATATAATATGAATTATCAAAATCTATTTTTTGATGTAAAATATCTGTTACAGGATCTACAAAAATCTTTGATAAACTTTCTAAAAAAAGTTCTTTGCTTATGTGAAAGATATCATAAATATAATAAACAACTACTTTAGATAATGAAATATCCATACTTTTCAATTCCTGATAGAATTTAATAGAATCAATATCAAAAGGAATTTTTTTTTGTATATAAATTCTGAAATTCATTATTTATGTATGTGATGTAAATTAAACTTGTCTATCCATATTAGATACATCTAAATCAATTAAATGATGAAATTTATTTAATATTGGATTCACTTCTTGATCGATAAATTCTAAAGTTTGATCTGAAGAAAAGCCTATAAAATTTTTCGGATTCAGCATTTGATTCATTTTTTCTTCATGAATTGGTATTTTTTTGTCATGTAAAATACGTTGAATAAAATCATTTTCTTTTCCCTCTAATTTTATTTTAGAATTTGTTTCCATAGAATGAATCCGTATTCTTTCATGAATTTCTTGTCTATCTGCTCCATTTTTTACACACTCGACAATAATGTATTCAGTCATTAAAAATGGAAGTTCTTCTTTGATATGCTTTTCAATGATTTTAGGATATACAATAATGTTTTCTAATATATTATTCCAAATCATTAAAATAGCATCTACAGCTAAAAATGATTGTCCGATAACTAATCTTCTGTTAGCAGAATCATCCAAAGTCCGTTCTAACCATTGAGTTGCTGCAACCATAGCTGAACTATTGGATAAAGAAATCACATATTTGGCTAAAGAAGCCATTCGTTCACTACGTATAGGATTCCGTTTGTAAGCCATCGCACTGGATCCAATTTGATCTTTTTCAAAAGGTTCTTCCATTTCTTTCAAATTTTGTAGTAAACGAAGATCATTACTAAATTTATGAGAAGATTGAGAAATATTAGATAATAAGTTTAACACTTGAGCATCTACTTTTCTGTCATAAGTTTGCGCTGTAATAGAAAATACATTTTTAAATCCAAATTTATTGGATAATTTACTTTCTAAAGATTTTACTTTTTGTAAATCTCCATGAAATAATTCTTTGAAGCTATCAGCTGATCCTATAGTTCCTTTTACTCCTCTGAAATGAATATTTTTTAACCTAAATTCTAATTCTTCTAGATCTAGAAGTAAACTTTGTATCCACAAAGCAGAACGTTTCCCTACAGTAGTCAACTGAGCAGGTTGATAATGTGTGAAAGCTAAAGTAGGAACATTGTGATATTCTAAGGAAAAGTTTCTGATACGAAAAATTACATTCACCAATTTTTTAAGCAAAATCTCCAATCCATCACGGATCAAAATAATATCTGTGTTATCTCCTAAAAACGCACTGGTAGCTCCTAAATGAATAATAGGTTTCGCTTTAGTAGCCTTTTCGCCAAAAGCATATAAATGAGCCATAACATCATGACGAAATTTTTTTTCATAAAAAGATACCCGCTCCCAATCTATATCACATAAATTATTTTTCAAATCATAGATTTGTTCATCGCTGATATTTAATCCTAATTCTTTTTGTATTTCTGCTAAATACAACCACAATTTCCTCCAAGTAGTAAATTTTTTTTTTGGAGAAAAATTATATAACATTTCTTTGCTACTATATCGTTCGACTAAAGGATTTTTATATTCTTTCACAAAAAATATTTTTAGGCAAAAATTTTGAAAAATGAATATTTATTTTTAATAATATTTTGGTTTCTTTCTGAACCTACAGAAACCAATAATATTTCTAAATTTAAATAATCTTCAATAAATTTAATATATTTTTTACAATTTTCCGGTAAGTCTTCATATTCATGAATATGAGATATATCTTTTTCCCAACCAGGAAAATCCATATAGACACCTTGTATTCCTTGTTCTATATTTGCCGGAAAACATTTAATTATTTGTCCATTATATTTGTATTCTACACATAGTTTAATAGTTTTTAATTCACTTAATACATCTAATTTTGTAATAATTAAATAATTAATTCCATTTATCATACAAGAATATTTAAGAGCTATTAAATCCAACCATCCACATCGTCTTGGACGTTTTGTTGTTGCTCCATATTCATTTCCTTTTTGACGTATTACATCACCGATTTCGTTATTAATTTCTGTAGGAAAAGGACCAAATCCTACACGTGTACAATATGCTTTTGCTACTCCTATAAAATTTTCTAAAAAATTAGGAGGAATTCCAGTCCCTATGCAAACACCTCCTGTAGAAGGAGAAGAAGTGGTAACATATGGATATGTTCCATAATTAATATCCAATAACATAGCTTGAGCTCCTTCAAACAGAATTTTTTTCTTATTATGAAAAGCATCATGAATTTCATGAACCGCATCTATAATGCGATTATAAATAATTTTTGCGTATTCTATATATTCTTCATAAATAGATTCAAAAACAAGTGGTTCTTTTTTATAAACTTTTGTAATAATTTCATTTTTGAAATCTATATTATATTTTAATTTCTGATAAAAATTTTTAAAATTTAAAAGGTCTAATACACGTATTCCCATACGTGCTGTTTTATCTTCATAAGTTGGACCAATTCCACGATGTGTAGTTCCAATAGACTGATCTTCTAATATTTCTTCTTGATATTTATCTAGCAAACGATGATAAGGCATAGTTATATGTGCTCTTTTTGCCAAAAAAACTTTGGATGTATCAATATTCATGGATTCTAAATCTTGTATTTCTTTAATAAAAGATTGAGGATCAACAACTACCCCAGGGCCCACAATACATTTCACATTAGAATAAATAACTCCAGAAGGAATTAAATGAAGAATAAAACGATGATTTTTAACATGGATAGAATGACCAGAATTATTTCCTCCCTGATAACGGATTACATAATCTGAATTTTTAGAAAGTAAATCTGTGATTTTTCCTTTTCCCTCGTCACCCCATTGGAGACCAACAATAACATTTGAAGGCATGACATTTATACTTTTTGATACTTTTTAACAAAGTTAATTGTTATAAATAGATAATAAAAAATATTTCAGTCTATCAGTCTATTTTTTTTTTTTTAAATCTCGTTTGAGATGTTGATACGCTAATTTTGTAGCTTTTCTTCCTCTAGGTGTTCTAATTAAATATCCTTCTTTTATAAGAAAAGGTTCATAAACTTCTTCTATAGTATCTGAATTTTCGCTAACAGCTGTCGCTATAGTATTAATACCTACAGGCCCCCCTTTAAAGTGATCAATAATAGATAAAAGTATTCTGTTATCCATTTCGTCTAATCCATTTTTATCTACATTAAGAGCTTGCAATCCTAAATTGCATATATTTAGATCAATAGTCCCGTTTCCTTTTATTTGTGCAAAATCACGAATTCGACGAAGTAAAGCGTTAGCTATACGAGGAGTTCCACGGCTTCTATTAGCTATTTCATAAGAAGCTTTTTCTGTAATTGGAATATTGAGCAGTTTTGCACTTCTATTTACAATATTTTTCAAAAATTTTTTTTCATAATAACTAAGACGAAAATTAATACCGAATCTAGAACGCATAGGAGCCGTAAGCAAGCCAGATCGAGTCGTTGCTCCTATTAAAGTAAAAGGAGACAAATCTATCTGTACTGATTTAGCATTCGATCCAGAATCTATAATAATATCTATTTTATAATTTTCCATAGCAGAATACAAATATTCTTCAACTATTGGAGAAAGACGATGAATTTCATCAATAAAAATTACATCGTTCAATTTTAAATGAATCAATAAACCAGCTAAATCTCCTGGTTTATCTAAAACTGATCCTGAAGTGACCGTGATGTTAACATGTAATTCATTGGCTACAATATGAGCCAGTGTCGTTTTCCCTAATCCTGGAGGACCATGAAATAAAATATGATCTAAAGCATCTTTTCTTTTTTTAGCGGCTTGAATAAAAATCTTCAAATTTTCCAATATATCATTTTGTCCAACAAAATCTTGAATCGTCTTTGGATTTAAAGATCCTTCTAAAAGAGATGACAC
Protein sequences of DBSCAN-SWA_1 >NC_013454|475457:491644|490675_491644_-|WP_012841011.1|DBSCAN-SWA MSSLLEGSLNPKTIQDFVGQNDILENLKIFIQAAKKRKDALDHILFHGPPGLGKTTLAHIVANELHVNITVTSGSVLDKPGDLAGLLIHLKLNDVIFIDEIHRLSPIVEEYLYSAMENYKIDIIIDSGSNAKSVQIDLSPFTLIGATTRSGLLTAPMRSRFGINFRLSYYEKKFLKNIVNRSAKLLNIPITEKASYEIANRSRGTPRIANALLRRIRDFAQIKGNGTIDLNICNLGLQALNVDKNGLDEMDNRILLSIIDHFKGGPVGINTIATAVSENSDTIEEVYEPFLIKEGYLIRTPRGRKATKLAYQHLKRDLKKKK >NC_013454|475457:491644|481424_482870_-|WP_012841005.1|DBSCAN-SWA MISQLFPSILKNSYSDKFHDECGVFGIYSPHKVDTFSLIQFGLFALQHRGQEACGFSVLRDGFIISHKSEGLVLDFFRKISNSECYNGNAVIGHTRYSTEGGQSKKNIQPFFGENSDGRSTISIVHNGNLVNAQSIRKKLESEGVNFISEYSDSEVILRLIQKYLLESNNSLEKAIQKTTLDIMGAYSVIVLMNNQMAAFRDPNGIRPLCYGMLNEKTYIFSSETCGIDSVDGFYIRDLFPGEIIIVDQKSIRFSMLTEKKYTKKRICSFEYIYFSRPDSLIENINVYEIREKSGEKLYEQHPVEADVVIGVPDSGVPAAIGYSKASGIPFKPILVKNKYIGRSFILPKQEMREKMVNLKLNPILDEIKEKRIVIIDDSIVRGTTSRRLVYILRKAGAKEIHFRSASPPIIAPCYLGVDTPSKKDLISYNHIDQKNIAKILDVDSLEFLSMANLVNILGGSHYCFGCFTGNYPVKKYNNKL >NC_013454|475457:491644|482920_483649_-|WP_012841006.1|DBSCAN-SWA MSFVIKKNLLSEGKTKKIYTTNNSLEVLIHYKDSITALDGSKNQFLQDKGILNNEISTLIFKFINSCGIKTHFIRKINNREQLCYKVDIIPLEFVVRNIVAGSMSKRLNIQEGIRLLNPIFEIFYKNDKLKDPLINDHHAVFLGIISYEEINAIYRIVSNVNNILKKYFLDKNIILVDFKIEFGKNDQNDILLSDEISPDTCRFWDKKTMKKLDKDPFRIGLKEKEEVLDIYMEILKRLNVR >NC_013454|475457:491644|478268_479804_-|WP_083814447.1|DBSCAN-SWA MKRALISVYEKNEKLFNFASFLDQKGYQIISTGGTYQYLIKNGLSNVIEISDVTDFPEILDGRVKTIHPNIYGGILANRSIEKHIQSIRFHNIHLIDIVLVNFYPFLKKMHKESHVNSLVELIDIGGPSMLRAAAKNFLHVTAIIDENDYELVQNEIVHYGFPSLKLRKKLAGKVFNFTSSYDSAISQYLLMDDMDEKFPIYLHSSYKKEMNLRYGENPHQKAAYYINTIHHGAMRNFNQLHGKKLSFNNLRDMDIAWKVVSQFSEPACCTVKHSTPCGVALGKNIIEAFQKTYYADTISSFGGIMAVNVPITKELAKEINHIFLEVVLSPSYETDVLNILKIKKNLRIISINEPISDKLEYVQIDGGILVQETDYFFSHEENYKIVTQKKFTDQELKSLFFAQKVVKYVKSNAIVVAKETQTLGISGGQTNRIWAARQAIERALEKSKEGLVLVSDAFFPFRDVVDEAARSGGICAILQPGGSIRDEESVKACNDYGIAMAFTGKRHFKH >NC_013454|475457:491644|487853_489290_-|WP_012841009.1|DBSCAN-SWA MKEYKNPLVERYSSKEMLYNFSPKKKFTTWRKLWLYLAEIQKELGLNISDEQIYDLKNNLCDIDWERVSFYEKKFRHDVMAHLYAFGEKATKAKPIIHLGATSAFLGDNTDIILIRDGLEILLKKLVNVIFRIRNFSLEYHNVPTLAFTHYQPAQLTTVGKRSALWIQSLLLDLEELEFRLKNIHFRGVKGTIGSADSFKELFHGDLQKVKSLESKLSNKFGFKNVFSITAQTYDRKVDAQVLNLLSNISQSSHKFSNDLRLLQNLKEMEEPFEKDQIGSSAMAYKRNPIRSERMASLAKYVISLSNSSAMVAATQWLERTLDDSANRRLVIGQSFLAVDAILMIWNNILENIIVYPKIIEKHIKEELPFLMTEYIIVECVKNGADRQEIHERIRIHSMETNSKIKLEGKENDFIQRILHDKKIPIHEEKMNQMLNPKNFIGFSSDQTLEFIDQEVNPILNKFHHLIDLDVSNMDRQV >NC_013454|475457:491644|479862_480426_-|WP_012841003.1|DBSCAN-SWA MKKIAILVSGKGSNMQYILQAIQNRILSGFRVNLVISDRCCSAIQYALKKNITAISLEKTDKKFISRKINNILVKDIPYIIVLAGFLSILDAEFCEKWFGKVINIHPSLLPKYGGKGMYGMNVHQAVIKNKEKISGATVHYVTKDVDAGDIILKKSCKISSKETPMSLSQKVSLIEREILIQSIKNL >NC_013454|475457:491644|475457_477005_-|WP_041936717.1|DBSCAN-SWA MKKDLIFILDFGSQYSHMIARRIRDIGVYTLLCNYETSISHILSKKPKGIILSGGPFSVYDNGSPLISKNIFQLDIPILGICYGMQLISFLFGGKIEKSKSKEYGKSYFMIDHSNNNLFDGIPKKSIVWMSHFDEIKEIPKKFKIIGHTSSCPIAAFSHLDKQIYAVQFHPEVKNTEFGISILKNFVFHICKCIPNWKLNNFIQNTIDKIKKRVDKKKVVLGFSGGVDSFVTAYIIHKAIGSSLNCIFVDTGLLLKKERERISLLCKKMNLPIQIIDAKNRFLSRLTGVIDPEMKRKIIGEEFISVFQKESEKIQDVEFLAQGTIYSDIIESSSNKNQLSDSIKSHHNVGGLPHPTFMKLKLIEPLKELFKDEVRKIGKKLGLPKDILYRHPFPGPGFSIRIIGEVNEKKISILKKAENILLQELKNYNIYNSVNQAFIILLPVKSVGVMGDKRTYEYAAVLRVTNTEDFMTATFSHLSYDFLEKVSNRIINEVDGINRMVYDITSKPPSTIEWE >NC_013454|475457:491644|480444_481428_-|WP_012841004.1|DBSCAN-SWA MKESDITICKINKILKKTYNRNVMSTLDHFSGFYKIYECGYKEPVLVSGVDGVGTKLRLAIDYKKYSLIGEDCFAMCANDVLCHGAIPLFFLDYLACGKLDSTIVEKIIQGIAISCKKTNTCLIGGETAEMPGIYQENDYDIAGFCVGIVEKDHLIDGKKFIQEGDILIGIPSSGVHSNGFSLIRNIFSTEDFVKSFQEKPFYETLLIPTRIYHFPIHILLKEFMIHGLAHITGGGISDNLSRILPENLSAIVEKEKIPIQPVFNYIQNKGNLLDEEMWNTFNMGVGMIIIASFKEEDSILDKLRFLGEKPFVFGCIVKGNKRVFLK >NC_013454|475457:491644|489301_490597_-|WP_012841010.1|DBSCAN-SWA MPSNVIVGLQWGDEGKGKITDLLSKNSDYVIRYQGGNNSGHSIHVKNHRFILHLIPSGVIYSNVKCIVGPGVVVDPQSFIKEIQDLESMNIDTSKVFLAKRAHITMPYHRLLDKYQEEILEDQSIGTTHRGIGPTYEDKTARMGIRVLDLLNFKNFYQKLKYNIDFKNEIITKVYKKEPLVFESIYEEYIEYAKIIYNRIIDAVHEIHDAFHNKKKILFEGAQAMLLDINYGTYPYVTTSSPSTGGVCIGTGIPPNFLENFIGVAKAYCTRVGFGPFPTEINNEIGDVIRQKGNEYGATTKRPRRCGWLDLIALKYSCMINGINYLIITKLDVLSELKTIKLCVEYKYNGQIIKCFPANIEQGIQGVYMDFPGWEKDISHIHEYEDLPENCKKYIKFIEDYLNLEILLVSVGSERNQNIIKNKYSFFKIFA >NC_013454|475457:491644|484160_487832_-|WP_012841008.1|DBSCAN-SWA MNFRIYIQKKIPFDIDSIKFYQELKSMDISLSKVVVYYIYDIFHISKELFLESLSKIFVDPVTDILHQKIDFDNSYYIEKFTEKCDDRADAAMQCIKILDPKSNSIVKTGQLIQLIGINKNQDFHKIKKYYINSNENLNQTNGNKNDIKIVDHFIDFSIEKIKKFHNDCNLSIDINDLLFIQKYFIKEKRNPTEAEFRILDAYWSDHCRHKTFYTNLVNISFDGVFKNTYQSIFRKYLKDRETMGRSKDPIHFMDLSNLPATIFYKKGKLKNYVQSREHNACIIRIHVDIIGKKKEKWYLLFKNETHNHPTEIDPFGGASTCIGGAIRDPLSGRAFVYQGLRLSGAADPTNSKTINGKLPQHKICFESAHGYSSYGNQVGLATTHVNEIYHEGYRAKRMEVGMVIGAVPVHFLKQREPKKGDVILLIGGFTGKEGIGGATDSSKEYNANFKKNIQLGQKGNPIIERKIQRFFRKKEVISLIKKCNDFGAGGAAVAIGELSDSLALYLDKIPMKNEKMEAIEIALSESQERMAVVLDPKNVKKFIHLAWEENIMSTPIAEVTDNKRIIFYYKGKEIFNVKSSFMNTRGAPNNQSVSVSSPTSISPFKKSKKILFSKKTFLDTLSRLNIASQKNLVEMFDSTVGGTTVLMPFGGKHQITPSEGSVQKIPILKGTTNTVSLASWGFHPEISSWSPLHGGAYAILECISKIVSMGGDYKNTYFSFQEYYQKLGNNPKNWGKPFSALLGAYHAQMSLGLVSIGGKDSMSGTYNNIHVPPTFIAFGVATGSCLNVISPELKKIGNKIYLYSHHSLKNEMPDFDSIKKVYDQVYEGICSGKIVSVKTVKDGGISVAIAKMAFGNRLGVVINCKEHLLEMSIGSLIIEASSTLSDNFVPIGEVTSNNLLVFNGLHIEINEAINHWFKTLSPVFSYSEIEKSVPTGIYLTKQEKKCDPIVWKCLFKKKGKPRVFIPIFPGTNNEFESVRMFEKEGSIVNTFVFKNLNSQDIIESIFHIKKRIESVQIFMLCGGFSAGDEPDGAAKFIVSILHNPYIKDAIQHFLDKDGLILGICNGFQGLIKSGLLPYGKICLRNNKSPTLTYNKIRKHISQCVHIKVISDQSPWLNGMKNKIYTLPISHSEGRFYASKEITNILFQKNQIATQYVDLEGNPSLDRLYNPNGSIDAVEGLLSENGKIYGRMTHPERYDHGLLKNIPNVHEHSIFKNAVQYFL >NC_013454|475457:491644|483651_484143_-|WP_012841007.1|DBSCAN-SWA MNVKVAIFIGSVSDKPTMKAATEILKKFNVHYTSYVISAHRLPDILSNTIKKIESEGTDLIIAGAGLSAHLPGIISSKTILPVIGVPIYHCNNGLLGGVDALLSMVQMPKDVPVATVGINNSYNAALLAIHILSIKNINLKKSLLEFRMKIRKKLANEIEQYL >NC_013454|475457:491644|477024_478263_-|WP_012841001.1|DBSCAN-SWA MKILILGGGGREHAIGKKLLEDNSSINLYFYPGNGGTGIIGKNIENHHTLLELGFFAKKNAVDLTIVGSEIFLIEGIVDIFNNFGLKIIGPHYSAAQLEGNRIFAKSFMKKYGIRTPKYDIFYCYKKAINFLEQCHETVVIKTNGVAAGKGVILAHNQNEAKKALKTIMIEKKFGKSGNQIIIEKFLKGKEASIISIFNGKNIIPFLSALDYKKIGENETGMNTGGMGAIVPNPYMTNSIWIDFKKNILEPTLEGLISEKLTFFGFLYFGLMITSNKVYLLEYNTRIGDPEAQTLFPLMKSNFLDIIQSFFIHKKISIDWEKLCSCCVVLSSKGYPEKYKSGQMIIGLDSLQEPFYIAGAKKKQEKWMTSSGRVLNIVGVGNTIQVAKKQAYDKVKKIQFEDLYFRKDIGLY |
12 | Prochlorococcus_phage(20.0%) | NA | NA |
Homologous phage analysis in the prophage regionThe bacterium proteins that are colored denote the protein is present at specific phage-related keywords (such as 'capsid', 'head', 'integrase', 'plate', 'tail', 'fiber', 'coat', 'transposase', 'portal', 'terminase', 'protease' or 'lysin' and 'tRNA')
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| DBSCAN-SWA_2 |
582739 : 593432
Sequences of DBSCAN-SWA_2
Nucleotide sequences of DBSCAN-SWA_2 >NC_013454|582739:593432|DBSCAN-SWA GATGTTTAATCATTTAAAATCCAAAGAATTGTATAAAATAAAATTTTTAGAAGAAAAATTATCAAATGGATTACATGTTATTTTACATCAAGATAATACCAATCCTTTGGTTTCGATTTCTGTGTTGTATCATGTAGGAAGTAAAAATGAAACACCCGGGAAATCCGGATTTGCTCATTTTTTCGAACATCTTATGTTCGAAGGTTCTAAAAATATTAAAAAAGGAGAATATTTTAAGTATATAGCATCTAATGGTGGAAAAAATAACGCTTATACGAATCATGATGAAACTTGTTACTATGAAGTTTTGCCATCTGATCGTCTACCACTAGCTTTATGGTTGGAATCTGAGAGAATGCTTCATGCAAAGGTAGATGAAGAAAGTATTAATATACAAAGAGAAGTGGTTAAAGAAGAGAAAAAAATGCGTGTAGAAAATCAACCATATATAACAGCACTTTCGGAAGTGATTCCGTCTTTATTATTTAAAAAACATCCATATAAATATCCTATAATTGGATTCGATAAAGATTTAGATACAGCTACAGAAAATGATTATAAAAAATTTTATAAAACATATTATGTTCCAAACAATGCCGTATTAGTTGTAGCTGGTGATTTTGATATGAATGAAGCAAGAAAATTAATTAAGAATTATTTTTCGACTATTCCACAAGGAAGGATGGATTTCAGTATGAAAAAAATAGAAGAAAAACCTATTCAAAAAGAAATATTTTCTACATATGTGGACAAAAACACCAAGGTTCCTGGAGTTTTTCTATCATATAGAGTTCCAAAAATGACAAATAGAGATTCTTATGTATTAAAAATAATAGATCATATATTATCTTCTGGAGAAAGTTCACGAATCATTAAAAATGTAGTTAATTTAAAACAAATGGCTTCTTATGCAGGTTCTTTTCTGGACACCATGGAAGATTATGGAATTTTTATTATATATGGACTGATCAATCCTGGAATCAGTTTAGATCAATTAACAAAAATCATAGATGAAGAAATTGATTTATTAAAAGAAAAAGGAATCACAGAATATGAATTGGAAAAACAGATAAATTTTTTTGAAAAAAAATTTATCTCCGATAATTATTACATGAGTGGAATCGCTGCAAATTTATCTCACTATTATTTATATTATCACAATGCAAATTTAATTAATACCGATATAGATAAATATAGTGAAATAACCATAGAAGATATTAAAAGAGTCGCTAACAAGTATTTAAATAAAAATAACAGAGTTCGTTTATACAATGTTCCAGACAACAAATAAACTTTTCAAAAAAATTATTCTTATTGCAACAATTTTTTTTCATACAACAATTATGTTTGCTCACACTGTTAATCGTAATATTCCCCCCAAATCTTTAAAAAGAAAAACGACTATCAATATTGAACAACCTGAATTTTTTCAAATGGAAAATGGATTGAAAGTTTTGGTTGTAGAAAATCATAAACTTCCTTTAGTTAGAATTGGGTTAGAATTAGACTGTAAACCTTTTTTGGAAAAAGATAAAGCTGGAATAAGAAAAGTTTTTGGTCAAATGCTTCGTTCCGGAACCAAGAATCATTCAAAAGAAGAATTGGATGAAATGATAGATTGTTTAGGAGTTAATTTGTATACTTCTTTTTTTGAAATTTCTGTTTCCACTTTAAAAAAACATTTGAATAAATCCACTTCTATAGTGAGTGACATTTTAATGAATAGTAGATTTGATAACTCTAAAGAATTAGAAAAGATAATTAAACAAAGAATAATCGATATTCATCTTTCAGAAAAAGATCCTAATGCCATTCTGCAACGAGTTCGTGACGTTTTATATTTTGGGAAAGATCATCCTTATGGAGAGTATGAAACTTATGAAACCATTAAAAATATAGCTCTTAGTGATTTAAAAAAATTATACGAAAAATATTATATTCCAAATATTTCTTATCTTTCTTTTATAGGAGATATTTCCAAAAAAGAAGCAGAAAAGTTATGCAATGATTATTTTTCTAAATGGAAAAAAAAGCCATATTCTGAAGAGTTTTATAAAGAAGAATATGTTGTTCCTTCTGAAATAGAGATAAATATAGTAGATCTACCTTCTCTCACTCAATCTACTATTTGTTTCGGTGGGCCTGTATGTTTTAAGAAAAATGATCCTTCATATTTTTCTTCCATATTAGCAAATGGAATACTAGGTGGTGGACCTCAAAGTCGTTTGTTCTTAAATCTTAGAGAGAAAAAAGCTTACACATATGGTGCTTATTCTGTTTTAAAATCTGATAAAAATATTGGTTACTTTTCAGTTTATACTCAAGTTAGAAATGAAGTAACAGAAAAAGCTATTCAAGATATTTTAAAAGAAATTATGAAAATAAAAAAGGAAAAAGTTTCTTATGAAGAATTGAATATTAAGAAAAAAGAAATAAATGGACAATTTATTCTTGATTTAGAAGATCCAAACAGAATTAGTGATCTTTTTATCTGTGAATTAAAAAATAATCTTCCAAATGGATTTTATAAGAATTACTTAAAAAAAATAGAATCAGTTACTCCAGAAAATATACATCAATCATGTAAAAAATTCTTTTCTATTAAAAATGGTAGAATTATAATTGTTGGAAAAGCTAATGATATTTTACCTAAAATCAAAAAATTAGATTATCCTATTCGTTATTTTGATCAATTTGGATCTTTATTAAAACAAAATGAGAAATGAGTGAAGATCATTCTTTAGAAGATCGTATTATTTTTGTATTAAAAAGTATATATGACCCGGAAATTCCGGTAGATATTTATGAACTAGGTCTTATTTATGATATTCAAGTTTCTAATAAAAAAGAGGTTAAAATAGTAATGACTTTAACTACACCAAATTGTCCAGTAGCAGAAAGTTTGCCCTTAGAAGTCAAAAATAAAGTTGAGTCTTTAAAAGAAATAAAAAATGTAGATGTAGTTTTAACATTTGATCCTCCTTGGAGTAGAGAATTTATGAGTGAGGAAGCACGTTTAGAACTAGGTTTTTTATAAATTTTATGAGTATGAGTATTTTGAGTTTTCTATTTTATGGGATATTAATCCTTTTAATTTTATCTCTTTTTTCTAGTTTCCTTTTTATAGTTCAGCAAGAAACAGCATTTATTATTGAAAGAATGGGAAAATTTCATAGTATTCGTTATGCTGGATTGAATTTTAAAATTCCCATTATAGATCATATAGTCGGAAAACTCACTTTGAAAATTCAACAATTAGATCTTTTAGTAGACACTAAAACTAAAGATAATGTTTTTGTAAAAGTTAAAATATCAGTTCAATTTAAAGTAATTAAAAAAAAAGTATACGAAGCTTTTTATAAATTAGATAATTCTCATGCTCAAATTACTTCTTATATATTTGATGTTGTTCGAGCAGAAGTTCCAAAAATGCGTTTAGATGATGTTTTTGAGAGAAAAGATCACATTGCTCTTGTAGTAAAAGGAGAATTAGAGGGGTCCATGTTAGATTATGGATTTTCCATTATTAAGGCTTTAGTCACAGATCTTGATCCAGATGAACAAGTCAAACAAGCAATGAATCGTATTAATACAGCTGAAAGAGAAAAAGTAGCAGCGGAATATCAAGCAGAAGCTGAAAGAATTAAAATTGTAGCTAAAGCCAAAGCAGAAGCTGAAAGTAAAAAATTACAAGGAAAAGGAACAGCAGATCAACGTAGAGAGATAGCTAGAGGAATATTAGAATCTGTAGAAGTATTAAATAATGTAGGAATAAATTCACAAGAAGCTTCAGCTTTGATTGTAGTGACACAACATTATGACACACTTCAATCTATGGGAGAAGGGTGTAACACCAATTTAATTTTATTACCTAATTCCCCAGGATCTGCTAGTGAAATGTTAAATAATATGATTACTTCATTTAATATTTCTAATCAAATTGGAGAAACACTCAAAAAAAAGAACAATAGTAAAAAAAATAAATCATAAAATTTCATGGAAATTATAGGAAGAGTTAAAAAACTATTTGAAACTCAAAAATTTGATAGTGGATTTAGAAAAAGAGAAATCGTTCTTACAACTGAAGAACCATACCCACAAAATATATTGATTGAATTTATTCAAGATAAAGTGGATTTATTAGAGAATATAAGATCAAAAGATAAAATAAAAATTTTTATTAATATTCGTGGTAGAGAATGGACCAATCCTGAAGGAATAATTAAATATTTTAATTCTATACAAGGATGGAAAATAGAAGAGATAGGTTCTTCAAAAAAAACATCTGCTATATCTCCATCTTTATCTTCTGATGATTTCGATGATTTACCTTTCTAGAAAATTTTTCTAACAAATTATTTCTTAATAATTCTTGATAAATTATATCTTTATTCACATTCCACTTTTTAGAAGGTGAATATTCTTTGGCATAAAAAATAATTTGAAGGTGCAACTTTTTCCAATTGATTTTATTGAAAATTCGTTTGGCATCTTTTTCCGTTTTTTTAACATTTTTTCCGTCACTCAATTGCCAACGAGCCATCATTCTGTGTATGTGAGTATCTACAGGAAATACAGGAACATTTGATACATGAGATAAAAAAACAGATGCTGTTTTATGTCCTACTCCAGGTAAAGATTTTAATATGGAAATATTTTTAGGAATAACATTGTTATATTTATTTATCAAAATAGTAGATAAATCATAAATATTTTTGGATTTTTTATTATAAAGTCCTATATTTTTTATAAAATTTTTGATTTCATCAACAGAAAAACGAATCATATCCCTAGGAGTTCGTATTTTTTTAAATAAATGTTTTGTGATCTCATTTACTTTTTTTTCCTTGCTTTTTGCAGTAAGCAAAACAGATATGAGTAGAGTATATTCGTTGATATAATATAGAGTGCTAGTTGGACTAGGATATAAAGAATCCAATATTGTTTCAATTATTTTTGTTTTTCTCGTAAAAAGATTCATATATTCTGAATAGAAACTTCTATATTATTATTTTTTTCATTCATTTTTAATAAAATTTGATCTCCTTTTTTTAATTTTTCACTGATTATACATTCTGATATAGGATTTTTTATAAATTTTTCTATTACTCTTTTTAAAGGACGAGCTCCATATTCATGATCAAATCCTTTTTTTTGAATAAAATCTTTGACTTCAGGAAATAAAGTTATTTTATATCCTAAATTAGATACGTGAAGTATTATTTTTTCTAGTTCTATATGAGTAATTTTAGATATATCTTTTTGAGTTAAAGAATTAAAAACAATAATATCATCTATTCTATTTAAAAATTCTGGAGAAAAAGTTTTCTTTAAAGCTTGTTCTAGCACATTTTTAATATAATTATTTGATTGTCTGGCTTGAGTATGAAATCCTATTCCTTGACCAAATTCTTTTAATTGTTGTGTTCCTGTATTTGACGTAAAAATAATTACGGTATTTTTAAAATTTATTTTTCTTCCAATACTATCTGTTACACATCCGTAATCTAACATTTGCAATAAAATATTAAAAACTTCATGATGTGCTTTTTCTATTTCATCCAACAATATAACAGAATAAGGTTTACGACGTATAATTTCTGTTAATTGTCCTCCCTCTTCATAACCAACATAACCTGGAGGAGCTCCTATTAATCTAGAAACAGAGAATTTTTCCATATATTCACTCATATCTATACGGATCAGTGATTCTTCTGAATCAAATAGTTCTTTTGCAAAAATTTTTGCTAAATAAGTTTTTCCAACTCCTGTTTGTCCTAAAAAAATAAAAGATCCTATAGGAGAATTAGGATCTTTTAATCCAGTTCTGTTTCTTTGTACTGCTTTGACTATTTTTTCTACTGCTTCATCTTGTCCTATTATTTTTTCTTTTAGTATATCTATCATTTTATTTAACTTCTTCATTTCAGCTTGAGCGATTCTTTTGACTGGAACCCCACTCATCATAGAGACCACTTCTTCAACATTTTCTTCAGAAACTATTTCTTTATTTTCTTTAGAAGATTCTTCCCACTCTTTTTGAGCTTTGATTAATTGTTTTTCTATACGTTTTTCTGTATCACGAAGCCTAGCTGCTTCCTCATATTTTTGACTTTTAACTACTTTTGATTTCTCTTCACGAATACTTTCTAATTCCTTTTCTAAAAGAACTATTTCCTGAGGAACTTTTATATTTTTGATATGTACGCGAGATCCTGCTTCATCTAAAGCATCAATTGCTTTATCTGGTAAATGACGATCTACAATATATCGTACAGTGAGGTTTACACAAGCTTTTATAGCCTCTTTTGTATAAAGAACATTATGATGACTTTCATATTTTCCTTTTATTTTTTTTAAAATTTCTACAGTTTCTTCTTCAGAAGAAGGTTGGACTATAATTTTTTGAAATCTTCGTTCTAAAGCTCCATCTTTTTCTATATATTGTCTATACTCGTTTAACGTGGTAGCTCCAATACATTGAATATCTCCTCTAGCTAAAGCCGGTTTAAATATGTTAGACGCATCTAATGACCCCGTGGTCCCTCCCGCTCCAATCATTGTGTGAATTTCATCTATAAAAAGAATCAATCCCGCATTTTTTTCTGATTCATTTATAATAGCCTTCATTCTTTCTTCAAATTGTCCTCTATATTTAGTTCCAGCAACTAAACTGGCTAAATCTAGGACAACTACTCTTTTGTTGTATAATACTCTAGAAACTTTTTTTTGTACAATACGAAGAGCTAATCCTTCAGCTATAGCTGATTTTCCTACTCCAGGTTCTCCTATAAGTAAAGGATTATTTTTTTTTCTTCTACTCAATATTTGAGAAACGCGTTCTACTTCTTTATCTCTACCGACTACAGGATCTAACTTCCCTTCCATTGCTATAGCATTCAAATCTCTTCCAAAGTTGTCCAAAACAGGAGTTTTACTTCTGATTGAAGTTCCTCCATAATAACCTGAACTCCTTCCACTTCCTCCAGAACCGTAAGAAGAAGTAGAACTATCATTTTCTATATCTTCATCTGAATAAGCAGAAGAGAAAAAAATTTTTTTTATACTGTTTGACGAGTAATGATAAATCATAAATTAAAATCATTTTTATTAAAAAATAAATAGAAATTTATTGCAAAAAACTTTAACATATATAAGTTTGTTAATTATATTAATTATAAAGGTTTTTTTCTTCTTGTATTATAGAAGAAGATATTTTCAAATTCAACCGTTCTATTAATGTTTCTACTAATTTATTTTTTTGATACAAAAAATTGTACTGTTCTATTGGATATTCTTTTTTTTTGATGACTTTAAATTCTAAATGTGGATTATTCAATTTTTTTTTGAAATATTTTTCAAAATTTGTTTGAATTAATGAAAAATTTCGACTATCTAATTTACAGGGCACCATAAAAAATATTTTATTTCTTATGATTTGAAATTGTATTTCATTTTTCAAAAAATCTAAATAAACGGGATTTATTTTTTCTGAAAAATTGTGTACGAATTTAATCCAATTTTTTTGCAAAAAATGAAGTTTTTCATTTTCCTTATAAAAGTGAAATTCTTGACTGTTTTTTTCTATAGAAGAATTTTTATGATTTTTTTTATGAATAGAAAAAAAATGTGCTAATTGGATTAAATGTATTTCTACTGTCAGTCTTAAATTTTGATTGTTCAATCTATATTCTTTTTCCAAACGAAGGAAAATACTCAAAGCATGAATTAAAAAAAAGAAAGATATTTTTTTTGATTGTTCAATATAAGATTGTATTATTTCTTTTTTAAATTTCAAAATAGAAATTGTTTCAGAATTTTTAGATAAAAATAAATTTCTGAAATGTTTAGTAAATCCAACTACTAAATTATAAGAATCAATTTTTTTCTGTAAAATTTTATCTAACAAAATCAATATCTTATTGACATTCTCATCTAAAAGATAATCTACTATTTCAAAATAGTATTTGACATCAAAAATACCCAATTTATTCATTATAAAATATTTGGATATTTTTTGTCCATCACATGATATGAATCTATCAAATAAATGAATAGCCTTGCTGAGAGATCCTTCTACATGCTTAGACAAAAGCAATAAAGCTTCATTTTCTATTTCTATATTTTCTTTTTCCGCGATCATTTTTAAATGAAAAAAAATTTTCTTTACAGAAAGACTTTGGAATTCATAAACTTGACAACGTGATAAAATGAATTCTGGGACTATTTTTTCTTCTGTTCCGCAAAAAATAAATAATATATGCGGATGTTTTTCTTCTATAAATTTCAAAAAAAAATCAAAAACATCTTTAGAAAATTTATGTATTTCCTTAATAATAAAAATATTATACTTCCCTCTTTTAGGAGAATAGCGGGATGTATCAATAATTCTATGAATGCATTTCAAGGAATTGTGAAAAAAACCATTAATTTCAAATGTATTTAAAGAAATGTCTTTAAATTCTGAAAAAGAATTCAATTCATTCGCTAAAATATGTGCACATGTATTTTTTCCTACTCCTTTTGGTCCAAAAAAAAATAAAACTTGAGACAAACGATTTTCTTGTATTGCTTTTTTTAAAGTGATAGAAATATTTTCTTGTCCTATCAATTCATCCCATTTCAATGGTTTATATTTATCCGCTAATACAATTTTGTCAGAAAAAACTTTATTCATAAATATTCATCTTATTTTATCTGCAAAATTTCTTTAATTTTATCGGCAGCGTCTTTTAATGTATCTGTAGAATAAATAGGAAGTAAACTATTTTGAAGCATTTTTTTTGCTATTCTCTCATTTGTTCCTTGCAAACGAACAACCACTGGTATTTGGATATCATGATCAATTTTAGAATATGAATTAATGATTCCTTCTGATACAGTATCACAACGAACTATTCCTCCAAATATATTAATCAATATTGTTTTAACAGATTTGTCTCTTAATATAAGAGAAAAAGCCTTTTCTACACGTTTTTTATCCGCAGAACCTCCTATATCTAAAAAATTAGCCGGTTCTCCTCCACAAAATTTGATCATATCCATTGTAGCCATAGCTAACCCCGCTCCATTCACCATACATCCTACATTTCCTTCCAATTTTAAAAAATTCAAATGAGCTTCATTCGCTTCTTTTTCAAGAAAATCAATATCTTTTGAGTCATTATTAATGGCATATTTTTTATGACGAAACAAAGCATTATCATCTAATACAATTTTTATATCTACAGGAATAATTTTGTTGTCAAATGTTTTGATCAAAGGATTTATTTCCAATAGTAAAGCATCATAAGCTTTATAAGCTTTATAAAGAGAAATTAAAAAAGAACTAAAATTTTTTAAAGTATCACTGTCCATTCCTAGATTAAAAGCAATTTTTCTGGTTTGAAATAATTGCAATCCTAATATTGGATCTATTTCTTCTGTATAGATTTTATTTGGATTTTTTTTGGAAAGATTTTCGATTTCAACTCCTCCTTCCTTGGAATAAAGAATTATATCTTTTTCTATATCACGATTAAGCAATATAGATAAATAATATTCTATAGGTGAATTTAATTCGTTAGAATAGATATCTTCAGACAATAAAATTTTTCTAACTAATTTTCCTTTTTTAGAAGTTTGTGGAGTTATTAGAAATTTTCCTAAGATATTTTTAGATTTTTCGTAAACTTCATCTAAAGTTTTTGCAATTTGAATACCACCAGCTTTTCCACGTCCCCCTGCGTGAATTTGGGCTTTAATTACCAAAGATTTTTTTCCAGTTCTTTTAAAAATAATTTTTGCTGCTTCTACAGATTCTTCTGGAGAAGAAGCAAGTATTCCATATGGAACTTGAATTGAAAAAGAATTCAATATTTCTCTACCTTGGTATTCATGTAAATTCATTGAAAATAATTTTATTTACAAGTAAATTTAAACTAAAATTCGTTTATTTTTGATAATGTTTCTTTAACTTGTTAATTTGATTCCTATTCTACATTACAAATAAAAGTCTCACTATAATATACAGAAAAATGATTCAGGCTGAAAATATTTACAAATCTTTTGGAAAAGATGAAGTCATAAAAGGAGTAAATTTATTTGTGAAAGAAGGAAATATGGTGTGTATTTTGGGGGAATCTGGAGCAGGAAAAAGTACTCTTTTGCATATACTAGGAACTTTGGAAAAACCTACTTTCAAGAAACAAATAAAAACTGTTCTAAAAGTCAATGGAAAAGAAGTTTTTCATCTTTCAGATAAAGAACTTTCTATTTTAAGAAATCAAACAATAGGTTTTATTTTTCAAACTCCTCAACTTTTTCCTGAATTTACTGTATTAGAAAATATTTGTTTACCGGGCTTTATAAACAGAAAAAATAAAAATGATGTAAAAAAAAAAGCTAAAAGCTTATTAAATAAATTAAATCTTTCTAAACATGAAGATTCAAAACCAGAAGAACTATCAGGAGGACAAAAACAAAGATTAGCAGTAGCAAGGGCTTTAATTAATAACCCTAAAGTTATTTTTGCAGATGAACCTTCTGGGAATTTAGATAGAAAAAATGCAGATGAATTACATAATTTCTTTTTTCTAAGAAAAAAACTAAAACAAACTTTTTTAATTGTCACTCATAATATGCAATTAGCAGATATGGCTGATGAAAAACTAAAAATAGAAAATGGAAGAGTCTATCAAATGAATAAAAAATAA
Protein sequences of DBSCAN-SWA_2 >NC_013454|582739:593432|587026_587719_-|WP_041936723.1|DBSCAN-SWA MNLFTRKTKIIETILDSLYPSPTSTLYYINEYTLLISVLLTAKSKEKKVNEITKHLFKKIRTPRDMIRFSVDEIKNFIKNIGLYNKKSKNIYDLSTILINKYNNVIPKNISILKSLPGVGHKTASVFLSHVSNVPVFPVDTHIHRMMARWQLSDGKNVKKTEKDAKRIFNKINWKKLHLQIIFYAKEYSPSKKWNVNKDIIYQELLRNNLLEKFSRKVNHRNHQKIKMEI >NC_013454|582739:593432|592754_593432_+|WP_012841107.1|DBSCAN-SWA MIQAENIYKSFGKDEVIKGVNLFVKEGNMVCILGESGAGKSTLLHILGTLEKPTFKKQIKTVLKVNGKEVFHLSDKELSILRNQTIGFIFQTPQLFPEFTVLENICLPGFINRKNKNDVKKKAKSLLNKLNLSKHEDSKPEELSGGQKQRLAVARALINNPKVIFADEPSGNLDRKNADELHNFFFLRKKLKQTFLIVTHNMQLADMADEKLKIENGRVYQMNKK >NC_013454|582739:593432|584081_585464_+|WP_149030189.1|DBSCAN-SWA MFAHTVNRNIPPKSLKRKTTINIEQPEFFQMENGLKVLVVENHKLPLVRIGLELDCKPFLEKDKAGIRKVFGQMLRSGTKNHSKEELDEMIDCLGVNLYTSFFEISVSTLKKHLNKSTSIVSDILMNSRFDNSKELEKIIKQRIIDIHLSEKDPNAILQRVRDVLYFGKDHPYGEYETYETIKNIALSDLKKLYEKYYIPNISYLSFIGDISKKEAEKLCNDYFSKWKKKPYSEEFYKEEYVVPSEIEINIVDLPSLTQSTICFGGPVCFKKNDPSYFSSILANGILGGGPQSRLFLNLREKKAYTYGAYSVLKSDKNIGYFSVYTQVRNEVTEKAIQDILKEIMKIKKEKVSYEELNIKKKEINGQFILDLEDPNRISDLFICELKNNLPNGFYKNYLKKIESVTPENIHQSCKKFFSIKNGRIIIVGKANDILPKIKKLDYPIRYFDQFGSLLKQNEK >NC_013454|582739:593432|587715_589830_-|WP_012841104.1|protease|DBSCAN-SWA MIYHYSSNSIKKIFFSSAYSDEDIENDSSTSSYGSGGSGRSSGYYGGTSIRSKTPVLDNFGRDLNAIAMEGKLDPVVGRDKEVERVSQILSRRKKNNPLLIGEPGVGKSAIAEGLALRIVQKKVSRVLYNKRVVVLDLASLVAGTKYRGQFEERMKAIINESEKNAGLILFIDEIHTMIGAGGTTGSLDASNIFKPALARGDIQCIGATTLNEYRQYIEKDGALERRFQKIIVQPSSEEETVEILKKIKGKYESHHNVLYTKEAIKACVNLTVRYIVDRHLPDKAIDALDEAGSRVHIKNIKVPQEIVLLEKELESIREEKSKVVKSQKYEEAARLRDTEKRIEKQLIKAQKEWEESSKENKEIVSEENVEEVVSMMSGVPVKRIAQAEMKKLNKMIDILKEKIIGQDEAVEKIVKAVQRNRTGLKDPNSPIGSFIFLGQTGVGKTYLAKIFAKELFDSEESLIRIDMSEYMEKFSVSRLIGAPPGYVGYEEGGQLTEIIRRKPYSVILLDEIEKAHHEVFNILLQMLDYGCVTDSIGRKINFKNTVIIFTSNTGTQQLKEFGQGIGFHTQARQSNNYIKNVLEQALKKTFSPEFLNRIDDIIVFNSLTQKDISKITHIELEKIILHVSNLGYKITLFPEVKDFIQKKGFDHEYGARPLKRVIEKFIKNPISECIISEKLKKGDQILLKMNEKNNNIEVSIQNI >NC_013454|582739:593432|585460_585775_+|WP_012841100.1|DBSCAN-SWA MSEDHSLEDRIIFVLKSIYDPEIPVDIYELGLIYDIQVSNKKEVKIVMTLTTPNCPVAESLPLEVKNKVESLKEIKNVDVVLTFDPPWSREFMSEEARLELGFL >NC_013454|582739:593432|591426_592626_-|WP_012841106.1|DBSCAN-SWA MNLHEYQGREILNSFSIQVPYGILASSPEESVEAAKIIFKRTGKKSLVIKAQIHAGGRGKAGGIQIAKTLDEVYEKSKNILGKFLITPQTSKKGKLVRKILLSEDIYSNELNSPIEYYLSILLNRDIEKDIILYSKEGGVEIENLSKKNPNKIYTEEIDPILGLQLFQTRKIAFNLGMDSDTLKNFSSFLISLYKAYKAYDALLLEINPLIKTFDNKIIPVDIKIVLDDNALFRHKKYAINNDSKDIDFLEKEANEAHLNFLKLEGNVGCMVNGAGLAMATMDMIKFCGGEPANFLDIGGSADKKRVEKAFSLILRDKSVKTILINIFGGIVRCDTVSEGIINSYSKIDHDIQIPVVVRLQGTNERIAKKMLQNSLLPIYSTDTLKDAADKIKEILQIK >NC_013454|582739:593432|586734_587076_+|WP_012841102.1|DBSCAN-SWA MEIIGRVKKLFETQKFDSGFRKREIVLTTEEPYPQNILIEFIQDKVDLLENIRSKDKIKIFINIRGREWTNPEGIIKYFNSIQGWKIEEIGSSKKTSAISPSLSSDDFDDLPF >NC_013454|582739:593432|585786_586728_+|WP_012841101.1|DBSCAN-SWA MSILSFLFYGILILLILSLFSSFLFIVQQETAFIIERMGKFHSIRYAGLNFKIPIIDHIVGKLTLKIQQLDLLVDTKTKDNVFVKVKISVQFKVIKKKVYEAFYKLDNSHAQITSYIFDVVRAEVPKMRLDDVFERKDHIALVVKGELEGSMLDYGFSIIKALVTDLDPDEQVKQAMNRINTAEREKVAAEYQAEAERIKIVAKAKAEAESKKLQGKGTADQRREIARGILESVEVLNNVGINSQEASALIVVTQHYDTLQSMGEGCNTNLILLPNSPGSASEMLNNMITSFNISNQIGETLKKKNNSKKNKS >NC_013454|582739:593432|582739_584029_+|WP_052295601.1|DBSCAN-SWA MFNHLKSKELYKIKFLEEKLSNGLHVILHQDNTNPLVSISVLYHVGSKNETPGKSGFAHFFEHLMFEGSKNIKKGEYFKYIASNGGKNNAYTNHDETCYYEVLPSDRLPLALWLESERMLHAKVDEESINIQREVVKEEKKMRVENQPYITALSEVIPSLLFKKHPYKYPIIGFDKDLDTATENDYKKFYKTYYVPNNAVLVVAGDFDMNEARKLIKNYFSTIPQGRMDFSMKKIEEKPIQKEIFSTYVDKNTKVPGVFLSYRVPKMTNRDSYVLKIIDHILSSGESSRIIKNVVNLKQMASYAGSFLDTMEDYGIFIIYGLINPGISLDQLTKIIDEEIDLLKEKGITEYELEKQINFFEKKFISDNYYMSGIAANLSHYYLYYHNANLINTDIDKYSEITIEDIKRVANKYLNKNNRVRLYNVPDNK >NC_013454|582739:593432|589909_591415_-|WP_012841105.1|DBSCAN-SWA MNKVFSDKIVLADKYKPLKWDELIGQENISITLKKAIQENRLSQVLFFFGPKGVGKNTCAHILANELNSFSEFKDISLNTFEINGFFHNSLKCIHRIIDTSRYSPKRGKYNIFIIKEIHKFSKDVFDFFLKFIEEKHPHILFIFCGTEEKIVPEFILSRCQVYEFQSLSVKKIFFHLKMIAEKENIEIENEALLLLSKHVEGSLSKAIHLFDRFISCDGQKISKYFIMNKLGIFDVKYYFEIVDYLLDENVNKILILLDKILQKKIDSYNLVVGFTKHFRNLFLSKNSETISILKFKKEIIQSYIEQSKKISFFFLIHALSIFLRLEKEYRLNNQNLRLTVEIHLIQLAHFFSIHKKNHKNSSIEKNSQEFHFYKENEKLHFLQKNWIKFVHNFSEKINPVYLDFLKNEIQFQIIRNKIFFMVPCKLDSRNFSLIQTNFEKYFKKKLNNPHLEFKVIKKKEYPIEQYNFLYQKNKLVETLIERLNLKISSSIIQEEKNLYN |
10 | Acanthamoeba_polyphaga_moumouvirus(14.29%) | protease | NA |
Homologous phage analysis in the prophage regionThe bacterium proteins that are colored denote the protein is present at specific phage-related keywords (such as 'capsid', 'head', 'integrase', 'plate', 'tail', 'fiber', 'coat', 'transposase', 'portal', 'terminase', 'protease' or 'lysin' and 'tRNA')
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| Acr ID | Acr position | Acr size | Homology with known anti | Neighbor HTH/AcRanker | Neighbor Aca | In prophage | Protospacer in prophage |
|---|