1. NC_013511
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0
| CRISPR_ID | CRISPR_location | CRISPR_type | Repeat_type | Spacer_info | Cas_protein_info | CRISPR-Cas_info | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| NC_013511_1 | 112562-112669 | Orphan |
NA
Consensus repeat of NC_013511_1
|
1 spacers
spacers of NC_013511_1
>1.1|112594|44|NC_013511|CRISPRCasFinder CTTGCACCATTGCGGATGTAGTTCAATGGTAGAACATCAGGTTG |
CRISPR arrays and Neighbor proteins around NC_013511_1
The CRISPR arrays of NC_013511_1 >merge|NC_013511|1|112562-112669|CRISPRCasFinder CCAAGCTGAATACGTGGGTCCGATTCCCATCACTTGCACCATTGCGGATGTAGTTCAATGGTAGAACATCAGGTTGCCAATCTGAATACGTGGGTCCGATTCCCATCA >NC_013511|1|1|112562-112669|CRISPRCasFinder CCAAGCTGAATACGTGGGTCCGATTCCCATCA CTTGCACCATTGCGGATGTAGTTCAATGGTAGAACATCAGGTTG CCAATCTGAATACGTGGGTCCGATTCCCATCA
>NC_013511.1|WP_143763816.1|110594_112319_+|GIY-YIG-nuclease-family-protein MIQNKKMINKEIIIKNVPHKPGVYLWKNKNGNIIYVGKAKDLKNRMLQYFDIKMQNSFKTEKMRQEIADFSTIILSSEREAFIEERKLIDFYKPFYNVLFPTRDSFPYIRVKLLSTNKLIIDIKNHYKKEPNSIYYGPIPDNKNFKPLIRYLNHLLLSKDGIIIEKQSPEFAKQRFEQAKSIMKFGPDFKRNLKQKINEAIEMNLFEQARFYDQILDLLNYNKQSQNIFIKTIKDIDVFGFYQYQNYMMVNVMIYKNGSLVNSYDYIFEIILNEHEFVNQFIDEFYVNNQLPAQIIIPLKYYELGGFDYNDKVSAPLNKLNKNLIDIAIENASNNIEQKIKNYLSKQTKDNEIFNKLCSYLNVYAERIVLFDNSFLSNTNEVIGAACYFKNGQAFKKFYRFYNLKLNLLRNADVEYMQQTSFNYLKDLGDQVDVVIVDGSIGQINEVKKSMAFLNLNIPLFGLVKNSKHETQKLIDSNNNEIKIDDQDVFNLLSRMQTEVDRFAKYRYNQKQRKSMLSNPLLKIKGIGFKTIEKLINYFGSYKKIQQASFDEISKVANKKVAKLICEDKGESFY >NC_013511.1|WP_158307332.1|108485_109169_-|hypothetical-protein MSFCVVQLMAEEFGFLKSASQYYNKYEDLEEYCLIANKNESDFTDLKNQIVSNKTLAKKINKLGFAKYLVLGDNDKRNNVANQDSVKADLFEAIIGAIAIDSGWDIKRLKNIIIKMLDIEHFFKDVDCREKRPDKFKLENAINTLKELAERGECSMPIYQISEKPIIDNNGKQWWHCRCNVNFRNLQWMGLWTKYTEGYGTSKKLAKKMAAYIVLCDHYGLPNEYKN >NC_013511.1|WP_162980102.1|108308_108476_-|hypothetical-protein MNDKNNKVSGNTHTRQQMNNYSNQNNSNNSAYRSNLNNHSNQLNPNNSNYKGNKK >NC_013511.1|WP_012855359.1|107480_108131_-|hypothetical-protein MICSRLLLPLNDVDEYKLIPLVRTIEFTIYAKASKIKHDNEVLLTSISNNLSQYDIDNFQGLYCDINQAFVADNQLFDEETEYQFKFSNSNDEDNYQASYIIQKLIKKLLNFVNDEDLNYCFIIMTKIQNNIIKPFYIYCNPEDAKKELEQLFKTLDNTKYEALLLEAANTFSFELKKFNEEYLNKSSWFYNYIHNQMSLWIEKANDIISKKLKNN >NC_013511.1|WP_012855358.1|106535_107381_-|hypothetical-protein MKKNKKQLLLFLPYWILLAGFVIYLLVSAIMLKIDGQIDQFNLFPLINQIFLIAPSYTTQLLLALLSIGLFLNFYFVKRYLSKRSIELDHKEKRRNYLIIILTTAISLIVIFLINVMILFIKQNFYEIIHRHWNTKTPVYLENTKIIEYFYVYIFRLTYWFLLSFLLIKITNNFKKAILFTFVIILIYLISLILGTLFYQISHDRLTNYLIIVLSSIVFPEILNTLFSLSSITMTLNPLCNNIYLINLVYIPTFILFIVLIAKTKEKQFIFFKKANYVKNK >NC_013511.1|WP_012855357.1|105898_106498_+|30S-ribosomal-protein-S4 MSKFVGSMFKKSRRYGISLLENNKEFTKGKKRTTAPGQHGAKRSKPSDYQLHMYEKQKVRYMYGLNERQFKNLFIKVSKKAGVTGINLLQTVESRLDNLVFRAGFARTRAQARQLVNHGHFTVDGCKANIPSMIVKVGSVIELKEALQNNVAIKDAIEVMTVAPWLTKENFKVTFTRLPERNEFAKDINESLIVEYYNR >NC_013511.1|WP_012855356.1|103325_105488_-|P80-family-lipoprotein MKKITKLFTAVAAGLFPATALISASCSTTENSKYGFDQDDDGQLVLATGFSKSNWQGFAIQGIVNTYNNWINDPKFKEERKQAGYLPLKISWLAAGYNTSSVALDLETKNRKDFHNILLNYASAAALYANHKMNLAVDDKDFKKYNIEPVFNNANSLIANNKDNKKWAIPLSRSGEITTIAKALVGKFVKELMALGVKLDSQNSSKLQSYLDYYNNNKQEAEGVDSIWAYSKTTPENLKKLTPEILKELPIMSDKLFDNYSDLINFAIQAKRLYNVDPTLNVLGIDEIPSAINVMATSIIGSDINKNYINPDDNCPATGGYNYDNFIENPNSPQAKLFKKVSSIILKGISENAVWVAQPGVYGSSIFTSYKMAINIGSTAGYRHTFVGNNEKNSTYIIKQANRVLDPTTTIEILNNTPKNNEKWLLKFKQLGVKYPNTIWASDASEKDIKDAKQNPTYIKRVSPLSINEAKKLQGKAGYIVSGSEYSYNKAEDKIELKIGNKITKLQGIYLGKFFNNNENEYFFINQEDVDVKVLKANNFINQEDADWIAAPYSYSNNDKYKGIILQGPSVIPVHANKREDKATRLFINWMYTQPLNNLELYKVDSNGKKTNIQKFPDGTKAIDAFNAFGGYISPTNKYLSQDAKSATKNIADEIAFTNFKHLINEGSIYKPADDIATRKGDQLRDAIKQAARSILSDANVLKVFDYKDFINKIKLLFQE >NC_013511.1|WP_012855355.1|100916_103067_-|P80-family-lipoprotein MKRLGKLFTLMTIGLLPTTTLILSSCSTTENSKYGFDQEDDGQLVLAMGFLKNDWQGLAIQGIVDTYNKWIKDNNKQSEGYLPLKISWLASGYNTSSIALDLKVKNRKDFHNILLNYASAAALYANHKMNLAIEDKDFKKYNIEPVFNVANSLIANNKDNKKWAIPLSRSGEMTAVAKALIGKFVKELMALGVKLDSQNSSKLQSYLDYYNNNKQEAEGVDSIWAYSKTTPENLKKLTPEILKELPEMSDKLFDNYSDLINFAIQAKRLYNADPTLNVLGIDEIPSAINVMATSIIGGDINKNYINPDNNCPTTGGYNYDNFIENPDSQQAKLFKKVSSIILKGIQEGAVWVAKQGVWGTGIFTTYKLAMVITSTAAYHYTFVSENGKNNNYTIKQANRVLNPNTTIEILNDTPKNNEKWLSKFKQLNDKYSNTIWTADASEKDIKDAEQNPRYIKKISSLSTKEAKKLQGKAGFIVSGPEYSYNKIEDKIELKIGNKITKFQGIYLGKFFNNDNNEYFFIDKKDVEVNVLNANNFINQEDVDIISPPYSYSENEKYRGIILQGPSVIPVHANKREDKATKLFINWMYTQPLNNLELYKVDSKGKKINVQRFPDGTKAIDAFNIFSGYISPTTKFLSQDAKNVTKNIAEEVAFTNFKHLINEGSIYKPADDVATRRSGQLRDAIKQAARSILSDANVLKIFDYDEFINKIKLLFQE >NC_013511.1|WP_012855354.1|99452_100901_+|hypothetical-protein MAYGTKNLLIFKNNLIQNKQNLKSFALKLSFYVLKQMPQIKSVILAYDNEYWKKMSQYVTYYLKSRGINVYFLHKNHLGVPFSFLEFAFKKLNTLDLAIYFSFFDSKSCEIQTIFKNHQEINFFDFNNFNLNENEYQFLNDEPIYLDTKMLLNDYLNQITSNRVTKYHNSILNLIINKYQYNFELIKKIMGFDDLGYKFINKQKFTNDTIFRVSKTLLTRGTQFNYFARFFINQEVKYYLAHKKIFSYDFKQILNEHLVALYIKFQNTFFSSMLINDNFFKINKIYINQLYPTPILIKVCEMFDIEYSFVLHQQDIILNDNENVLYVDNNDISFLSAEYNYRDSFKTFFYINEMLNYFETQQIDIFDIEKELKLKFLTYKEFEIECSIANLVHFKDKLSIQKSISRIEIDQLTVFENKQDKYIKYIAKIALKTNPQCFISISYNEISCKLKFSVFYSQTTKIFNKIKEYFNKFLLLNKKIRN >NC_013511.1|WP_143763815.1|99165_99348_+|hypothetical-protein MEKDINVQLVKLSKYQKKSKIKKVFIYIGIGFVLISLIIIMILGVYGIVGGLDGLIKKGL >NC_013511.1|WP_012855363.1|113122_113716_+|FMN-dependent-NADH-azoreductase MAKVLIIYGSVIPRENSISTKMLDLFVDEYKRNNINDEIKILDLNNEDMYSLTDKNFKLFYSEENSDKYINLLKSVDKVVMNAPMINFNIPTIIKAFFDRIAVANKTFSYKYASKGSSIGLLNNLKVQIIATQGAPLGWYPWASHINYLEGMWKFLGANLSESILLAGTKVEPLNKMQPHEMVETISKEIIKKASIF >NC_013511.1|WP_012855364.1|113818_114262_+|50S-ribosomal-protein-L11 MAKKVVKKAKLQFAAGQAKPGPALAGVGINMPEFTKAFNDKTRERGNEPVPVLITVYEDKSFEFKLFTSPTSYKLIEAAKIKKGSGVANKEKVGSITIDQLRAIAEYKLPDLNTTKIDSAMKQVAGTAKNMGITVEGYDEWLKGSAN >NC_013511.1|WP_012855365.1|114261_114954_+|50S-ribosomal-protein-L1 MAKRITKNIKNVKSLVNKKDVFPLADAIELAKKASFAKFDESVDIAIRLNLDTRKSDQQLRGSVVLPHGTGKSVKVLVATDEVSAQKASLEAGADFVYSSAELPEVLNQDKYDFDVIVADPKMMLVLGKFGKKLGPKGLMPNPKTGTVTINPAKAVEELKKGKANYRADKGGIVHASFGKKSMETNVLAENADTIIQTIKRLKPQTVKGTYVLNITVSTSMGQSVKVRID >NC_013511.1|WP_012855366.1|115064_116438_-|phosphopyruvate-hydratase MSKIIKINAYEVLDSRGNPTVKVELNTELAYSEALVPSGASTGSKEALELRDKGTKYENNWFGGKGVQLACDNVNNIIAKAIIGKEVSKQEELDNLMINLDGTETKSKLGANAILAVSLAIAKAGAIEANLPLYKYLAKLNNQVAYKMPVPMLNVINGGEHASNTIDFQEFMIMPIGAKTFKESLQMANFVFHTLAKLLKQAGHGTQVGDEGGFAPNLHTHEEALDFLVNAIKVAGYNPATSGEKAVAICLDAASSELYHSDTKLYVFKKFKKAIEEKRPGFEKYQNVKYSFTSDEFVEYYGHLIEKYPIISIEDSHDENDWDGFIKMNKRFGNKVQLVGDDLIVTNPKYIQMAIDKHAINASLIKINQIGSLTETFKAITMSQKAGFVAIISHRSGETEDTFIADLAVALNTGEIKTGSLSRTDRIAKYNRLLKIESELGNEAKFEGKNSFYNLKN >NC_013511.1|WP_012855367.1|116641_117355_+|hypothetical-protein MNNIDNNLFFIEEEIKKIEKIAKEDPLKAIYILDEDKKQFSLKEDLDDLDALRDNIEFQLKKQNLITSTKLDTLSLINSLKNKKMGYAFMLSYNELKKRDDIAKYAIEFQDFFKGNDFDSKGFQTLIYDLLVNSNIDFEYDIQNKKINPKKLGSLLKNAEIQKMQDEIIATFDKDISKNKVARQVFSAYLFQNWVAILLHETKDDYLKISHVIEVILGNQTSDSLSKEEKELYNIFK >NC_013511.1|WP_012855368.1|117397_118828_+|trigger-factor MSRTLNKKESELTIEYTIQGEQWENAKEKARKALRANVQIDGFRKGHVPAFEADKRINPIEVYQKALDSILDNIYKEQIISQITKDDEIVGHANLRIKDINEEKAEISFVFPLFPEVKLGDYKKLGVKLGSCELTKKDLNDAKSQIASNYVVMLDSKEPIKEKDQVNFNFKGFIDGKPFDGGEAENFDLVIGSKQFIPGFEDKMIGLKAGEEKDLDLVFPEDYHAKNLAGKSVVFHVKINFVKTPNYPTIDDNFVKEINLPNVKNVAEFEEYVKFIALKNKLANVKNEFINEAVKKLSEQSEVSLSESLVEEEADKYYQNFLNNLKQQQITEKDYYEFSKSTKEESLNVFKKQAQINLKQMFVLGAIAKAESLKVTLEDYEKEVEKLAKTYGLAPEHVKQILKFENVENNLINERISEILLKENDTKAFENFDKLLKEVEEYEAKQTQAIVDEAKRKREEAEKIAKESKENIDEQK >NC_013511.1|WP_012855369.1|118919_121514_+|preprotein-translocase-subunit-SecA MKIFEFKSTEMRIAEATLKRINALEPEISKLSNEELQQKTIEFKSRLKAGETPEQIRPETFAVCREATKRILGKRPFDVQMIGGIILDLGSVAEMKTGEGKTITSIAPIYLNAITGQSVIVSTVNEYLAERDAQEMGQVFNFLGLSVGINKSQMSSELKREAYACDIVYSVHSELGFDYLRDNMAMSKEEKVQRGLDFILLDEVDSILIDEAKTPLIISGGDNDESNLYTIADLFVRTLSQDDYFIDEETKSVYLTDKGIEKANKYFNFKNLYDIENSELVHRIQNALRAHKVMKLDVEYIVRNDKIELVDSFTGRIMEGRAYSEGLQQAIQAKERVEIESETKTLATITYQNFFRLFKKISGMTGTAKTEEKEFIDIYNMRVNVVPTNKPIARFDDKDEIYVDMHSKWKAVTAEVKRVYKKKQPILIGTAQVEDSEILHEYLLSEGIPHTVLNAKQDASEAEIISKAGQVGAVTIATNMAGRGTDIKPSKEALELGGLYVLGTEKAESRRIDNQLKGRSGRQGDVGYTKFFLSLDDQLILRFSVQDHWKEIFKEYGEDPIPGEAIRKAFLRAQKKIEGFNFDNRKSVLNFDDVIRQQRDLIYEQRDLILNRDDLGTIIRKMISVAAEKTVNNPFFIKNNSLDLIEFVKHLNNNFMILTNKEFSVEELVEYDREELIQYLIETWNKCYDQLRQNIIDKYGISSLINSERNIILSVFDAAWQDHINIMDRLRRSTNLVQYSQKNPYQVYTQLGSKKFKELTGRIALECTINLMNNYDAIPSTNTDVDLSWLTNAFEEKTDMAQTTSKNQQALEFINYLLKSERDHLIKEGLNEQEVDDKLKEVERSILKEFQFQLASLQTNEEKK >NC_013511.1|WP_012855370.1|121522_121954_-|NUDIX-domain-containing-protein MKKEKSCGAIIFKEENDNLFVLLVEQTAGHWGFPKGHVEKNETEEETAIREVKEETNIDIKLLKGFREVNKYIIGKLISKEVVYFIAKPTSFDLIKQDSEIKVVEWQDTTNALLYRITYESDCEILKKAVEFYCEYITKNNGF >NC_013511.1|WP_012855371.1|122040_122544_-|hypothetical-protein MDINNIIKNNIKRLLITTAFGFLAILISFLITGIFSIQSLSNNGRLAISCFGQIICGFYVVYYILNFFLVYRFKSEIANKKILKTLLIISIFILICGICFIVNGLILPSIRKTYIQAVMTKNNNLLQSILWQGKVIKVEMWISSTIFLVTIASSLILCSFIFKKMNN >NC_013511.1|WP_012855372.1|122627_124631_+|DNA-polymerase-III-subunit-gamma/tau MALTNKYLALYRKYRPKIFDDIKGQDHIVITLKNIILNNKLSHAYLFCGPHGNGKTSTAKVFANTINCLHNQSDILKPCEECIKNVDRNLDIIEIDAASNTGIDDIRELKEKIKHLPTQSKYKIYIIDEVHMLSKAAFNALLKTIEDPPSHIIFILATTDPQKIPETILSRVQRFNFKLMTIETLVSQLKDIFNKENIEYEDDAINVIAKLGNGSLRDSLSIADHVAIYCANKVIKKEVVEQLFGIVNIDNKIELLNYMSMHDINKTLNLARELFSQGIDINILINDLINILKEWIIFNKTRDQSLVSTDFKILLQIKIDDVKAHYYIETLIDQLHSIAISDSPEDYFEILLLKLCNFLSPKEEYKNSAVMPKISNEEFNNFNSQEKQAINKNNIYKSLDLSSIANGFNANNSTIQNSSDNNSTEDLANNSKKIDDLLEKTAEIYSLDQTSEFEVADISNQIISNNQISIDSNVDNQETTDLQISENWKDLVNEDLISKENSENKHVPLETIIDCLLIKQYLKNNMLNDGRSNFTDIDAIKYGMLSQKITDKNEINILSDFKIIFSTNDFILLTCDIDEKVYDLNINSHNENIMAALNKVFDRYLYAYAITKDEILEAKKYWKANINEIRAKKVKPLEDLNLKYNKTVQKDVAWAQEIFGDKFKLNK |
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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_013511_1 | 1.1|112594|44|NC_013511|CRISPRCasFinder | 112594-112637 | 44 | NZ_LR214939 | Mycoplasma salivarium strain NCTC10113 plasmid 2 | 664655-664698 | 0 | 1.0 |
| NC_013511_1 | 1.1|112594|44|NC_013511|CRISPRCasFinder | 112594-112637 | 44 | NZ_CP054613 | Paenibacillus cellulosilyticus strain KACC 14175 plasmid unnamed4, complete sequence | 1581498-1581541 | 12 | 0.727 |
1. spacer 1.1|112594|44|NC_013511|CRISPRCasFinder matches to NZ_LR214939 (Mycoplasma salivarium strain NCTC10113 plasmid 2) position: , mismatch: 0, identity: 1.0
cttgcaccattgcggatgtagttcaatggtagaacatcaggttg CRISPR spacer cttgcaccattgcggatgtagttcaatggtagaacatcaggttg Protospacer ********************************************
2. spacer 1.1|112594|44|NC_013511|CRISPRCasFinder matches to NZ_CP054613 (Paenibacillus cellulosilyticus strain KACC 14175 plasmid unnamed4, complete sequence) position: , mismatch: 12, identity: 0.727
cttgcaccattgcggatgtagttcaatggtagaacatcaggttg CRISPR spacer atctttcttttgcgggtgtagttcaatggtagaacttcagcctt Protospacer *. . *. ******.******************* **** .*
| Region | Region Position | Protein_number | Hit_taxonomy | Key_proteins | Att_site | Prophage annotation | ||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| DBSCAN-SWA_1 |
548509 : 556539
Sequences of DBSCAN-SWA_1
Nucleotide sequences of DBSCAN-SWA_1 >NC_013511|548509:556539|DBSCAN-SWA GGTGAAACGATTAACTACACATAGAACGAGAGTTATTTTTATAGCAATAATTGCCTTACTAACACTTGGATTATTTTTAATAATTTTATTTTTTAAAATTAGCTCCCCATTTAAAGTAAGTATATATAACTATGAATCATACTTAGATAAGAAAATAATTACCAAATTAAAACAAAATTATTCATATCACGCCTTTACAAATCTAGATGAGTTTACGAGAGCAATAAATAATGAAAAAGCCGTTGCCGGAGTTGGAAGTGATTATCAAATTGCTCAACTAATTCTTGAAAAAAAATTAAGAAAAATTAACTTTGCAAAATTGTTTAATAATTCAAAATTTAATGATTCAACCCAAATAAAGAATCTTTATCCAGAAATTGTTAATAAACATTTTGATCTATTTGAAAAATTTATCATTAAAAAAATAAGACAAATAAATCCTAAAAACATCATTCAAAATGATTGGCAAAATATTAGTCACACCAAATTCTTACCTTTTATTTATTATGATGAAAATAACAATATTTCGGGTTTTGAAATTGATCAAAAAAAGGGAATTGACCACTTTTATGAATTTTTAATTCCTTATTTTATAATGGATAAAATGGTTGTTTATAATACAGATAAAAGTCCAAATAAATTTACTGAAAGAAGCAATTTAAAATCTAATGAAAACTTTAACGATTTAGAAAGTTTAAGTTCTTGAAAAGATATCATTAAGACGCTTGTTTCTAAATACAAAAACCCTAGAGTATATTGAACAAATTGATTTCAAGATAATGCTATGATTGGTCAATTTTATGGTTATGAATCTCTTAACAAATTAAAATATTTTTCTAAGCAAAACGAATGAGCAGATATAAATCACGAAAATTTTAAAGAGATTATTAATGATTGAGTTTCTTTAGTTAAGGATGCAACAGGAGAAAGTATAAAAAATTCTAAAACAAATAAATTAGCTACTGATGGACAAGAGTTAGTTAGTTCAATAATAGAGCCGATTAATGGCAAGGCAGATGTTTCAATTATGTATAATGGAGATGCCTTAGATGCTTATTATGGGGAAGACAATTTTAAAAAATTAGGTAATATTCCACATATTGGTTTTAAAAGGCCAAAAAATACTTATATGAATATTGATGCTTGAATAATTTCAAGAGAAACATCTGAGAACGATGCTGATAATTTATTAAAAATATTATATGAAAATGTTATAAAGGGAGCTGAATATTCACTCCAAGATATTGAAACAAAATATTTGAAAGAAGTGTTGAATCTAATATCAAAAGACAGCAAATTAAAAAAAGATGAAATTGTTAATGAGCTATTTGCAGACAAAAACATGTCTATGCCCAAAAAAATTAAAGACATTAAAAAAGATTTTTTTGCAGATTATTTTGACTATTTCAAAGAAGCATTTGAAACAATGAATTTACCCATTGTAAACAATTTTCATTCAATAAATTACACACCAGGCTTTAAAAATGTAAAAAATTTTATTGAAAAATGGTACTTTTTGAATAAAAATCAGGAAGTTGATAAAACTGCTTTGGAGATATTCAATCCAGAATTTAATAAAAAAATCAATCACAGAATTTACCAACCACTTGATTTAAATTTAAAAACAAAAATAATAGATTATTACTTTCAAAAAACAAAATCATAATATTATTTAATTTCATGTTAGGAGAAAAATGGAAAATAAAATTAAAACACCAAACAAAAAAGAAGAACCAATAATTCAATTAGTAGACGTGGTTAAAGAATTTGAAGATAAAACAGTTTTAGATAATGTTAACTTGTCAATAAATAAAGGTGAATTTATAACATTATTAGGTCCGTCAGGTTCAGGAAAAACAACCATATTGAGAATTATTGGCGGTTTTGAATGAGTTACTAGAGGTGAGGTTAAATTTTTTGGCAAAGATATCAAAGACTTAAGTCCACATAAAAGAGATGTTTCCACAATTTTTCAAGATTATGCATTATTCCCTCATTTAAATGTAGAAAACAACATTAAATATGGTCTTAGATTAAAGAGAATACCAAAAGATGATATCCCTAAAAGCTTTTACAATAAATTAAAATATCAACAGAAAAAATGAACAAAAAAAGCTTCTATCGAAATGAAGAAGCTTGATAAAACAATGGCGCAATATGAAAAGATTCTTGAAAACCAAAAACTTCCTGAAAAGAAACGGAACAAATACCAATCTTGAATTGATGACATGGATTTCAAATACTCATATTGAGAAAATTTTAAAGATTTAAAAACTGAAAATTATGAAAAAAGATATCTAACAAGAAAAATAACAAATAATGAAATGAACCAAGAAGTATCAGAAATCATGGATCTTGTTGGTTTGAAGGGAAATGAAAAGAAAAATGTTAATTTCCTATCTGGTGGTATGAAACAACGTGTTGCACTTGCTCGCTCTCTTGTTATTGAACCCGAAATTCTTCTACTAGATGAACCATTAAGTGCCTTAGATGCTAAAATTAGGCAAAAAATGCAAACATTATTAAGGGATATTCAAAAAGAATTAAAAATTACGTTTATTTTTGTTACTCACGATAGAAATGAAGCATTGCAATTAAGTGATAGAATCGCCATTATCAGAGATGGTAAGGTTGAACAATTTGCTTCGCCAAAAGATTTATATGATTATCCAGTAAATAAATGAGTAGCAAATTTTATAGGCGAATCTAATTTCTTTGATGCTGTATTTATTGATGAAAATAAAGTTAAATTTATGGGCAAAATTTTCGATACTATTCACAAGGAATTTGAACCAGGAGAAAATCTTGATGCATTAATCAGACCCGAAGATGTTTATGTTACCAAAGTAAAAGCCAAATCTAAATTTATCGGCAAAATAATTAAATCAACATATAGTGGTAGTTACTACAATTATGAGGTTTTAGTAAAAAATAAAATAATAAAAATGGAAACATCAATAAACTATGAAGTGGGTAAAGAAGTATATTTAGATTGATACAAAGATTCAATTCATTTGATGAAAAAGGATATTAAATTTGCTAAGGAACTAGCAGAACAAAACGAGATTAATAATGGAAAAACAACTGAAATCAACTTCTTATAAAGAAATAGACAAAAAAACTAAAAAAAGTAGTAAATTTGCAAAATTCTTTTTGGGTGCAAACAAATTACAACTTTCTTTGCTGATTCCTTATTTAGTATTTTCAATTTTATTTATTATTTTGCCATTAATTTTGATATTTATTTATGCATTCAAACCACTAGAAGGACAAGGCCATCTTGCAAACTGGGAAATAGCAGGTAAATCATCAACCTGAATGATTATCCTTAGATCAATCGGAACTGGAATATGTGCAGCGTTTTTTGCATTAATTATTGGTTTTCCATATGCCTATATTATTGCAAGAAGTAAATCAATGATATTTAGAACTTTAGGATTAACATTGATTCTAAGCCCGCTTGCAATATTTACAATTTCAAAAGCTTTAGCAGTTAGAGGTTTATTTTCTGCAATATTTGATGAAAATGAATTGAATAATAATTTCTTTCTAATCTTTGGAATGGTATATTTGTATATCCCTTTTATGGTAATGCCATTATATCAAGTTATTAAGGATATGCCCAACAATATAATTGAAGCATCTCAAGATTTGGGATATTCAAAAACGCAAACTGTTTTTAAAGTTATATTGCCTTACTGCATGAAGGCTATATTAAGCGGTTTTGGAGTTGTTCTTATGATGTCGGCAACATCAATAATTCTTTCAGATAAATTGTTACCAAATGGTAGTCAAAAGCAACTTATAGGAAATCTTATAAATCAGTTTGCTAACACAGCAAACCCTTACGACTTAGCAAATGCCTCTACATTAGTTATTATCACTTTAGCTGTTTTATTAACAATATATGGAATTATTTATGGAATACCTTATTTAATTTCGAAAAGAAAGCAAGGAGGAATATATGAATAAATTTAAAAAATTTTTGAAGTATTCTTATGTATTAATAATTCTTGCTTGTTTATATATTCCAATCATTTTTGGAACAATATATAGTTTTAATGCACCTTCGGATAAAGGAATATTTTCTGTAACCTCATGAAATAGAACTTCTTATGAAGCGTATGTGGAACTTTTTTCAAAATCACATTGACTTGCATTTGTTAATTCTTTTTTACTAGGAATTTCAACATATATTTTTGTTATATTACTTTCATTGATGACGGTTTTTGCACTTTGAAGGCATAAAAATAAAACAGTTAGAGCATATGTGCAATCAACATCAAATATTCCTTTAATTAATCCTGATGTTATTACTGGTTTAACGCTAGCAATTGTTTTAAATCTTATATTTTTTACCACACTAAAAGCAACCAACGAAGGATTTTTTAGGGCAATAATTTCACATACAGTAATGACTCTTCCTTATGGAATATTAATTATGTTGCCAAAAAGTGATAAATTTTCAAAAAATATCTTTGAAGCTAGCCAAGATCTAGGCTATTCAAAATTTAAAACATGATTTAAAACTTATTTTGTTTATATGTTAGGTTCAATAGGGTTTACATTTGTAATCACAATGACGCTTTCTTTTGATGACTTCATAATTACTAGAATTGTTTCAAATACAGAAACTTTGGGTACTCAATTATATGAAGGTCAATTTCAAGCATGATCGTTAGCTATTAGTGGAATATCATTACTAGTAGTTTTAATGGCAAATACAATATATGTAGCCATTAAATCTTCGCAATTTTCACATAAAAAAATATCATCAATCAATATTTCTTCAATAAAAAAATAATATAGGAGGTAATTTTATAAATTGAGATCACGAATTTTAAAAGCTATTAGTTTAATATTTTTACCCTTGGTTTTTATTGCTTTATTCCTTGCTTTTTTGGTTATAAAATCAACTAATCAATATAGACCTAGCATCTATAACTATGAATCTTATTTAGCTCCAACCATTATTAACAAATTAAAATCAAAATACAATTTCAAAGAATTTAAAGAAGTTAGTGAGTTTACGCAAGCATTATTACAAGATAAGGCTATTGCTGGAATTGGAAGCGACTTTCAAGCTGCTCAACTTATTTTAGATAGGAAGATTCAAAAAATAGATTTTAGTCTAGTTTATGGTGAAAAATACAAAGATTGAAAAGAAAGACAATTTCTATATACCCCAAATGTTAGAGAGCATATTTTAAGATTTGATGCTCTGATTTTAAATATTTTAGAATCTGATAAATCTAATAAATATAAAAACTTCGAAATAAAGAAAAATAAAGAAGGCAAACCTATAGCATTTAGAGACAAATTAAACAATAACAGCAAGGAAGTTTGGGATCATTTTTATGATTATATCATTCCTTATTTTACCCAAGATAAAGGTATAGCTTACAATATAAATCCAAAGACTAGACCAAATTTAAATATAAACAACGCTATAGAAAAGCTAGATAAAAACGACAAGATTTTTTCTTGAAATGAAATCTTGCAAATTCTAAGTAAAAATCATTACACACATTTTGGTTGAACTCATGCTTATTTAGATAACATGATGATAGGAGCGTTTAACTCTGGAGAAAATTGAGAAAAAATTTTTACTAAAAAAATCGGTGACAACAAAATTTTTGATTTTAATGAATCAAACTATAAATTAGCTATTGATTCATTTATAAATTTTGTTAAAAATTCTACCGGAAATGATATAAAAAACAATAAAAAGCATTACTTTAGTGGCGATGGTCTTGAATTATTAAATCATCTAATTGAACCAAAAACTTCTAGATCGGATGCATCAATAATGTACAATGGTGATGCATTGGATGCATTCTATTCTGAAGATAATTTTCAATCGGTTGAAAGTGGTTTAATAAGGTTTATTAGACCAAAAAACACATATATGCTAATGGATAATTGAATAATTTCAAAAAGCCTTTCAAAAAAAGAAACAACAACCTTTTTAAAAGCCATAAGAGATCATGTTATAAATATTGATAAACACAAAAATAATATTCAAAATATTGAAAAAATATTTTTTAATCAATTTAAAAACAACATGACAAAACAATTAAAACAATCTGCTGAAGCTTCTTTTTTTGAAACCATACATAATATTGACAAAACTTTAAAAAATAAGTTAATTCAAGAATTTCTAAAAAATAAAGAATTTTTCAATATAAATGAAAAATCAACTAGCTTCGAAGAATGAAATAGCAAAAAGTTTAGAGAATTTTTAAAAAATCCTACTATTCAAGAAAATTATGAGTGGTTTTTAATTTGAAGGAACAATTACCAAGACCATAATGAAGCTTTTCTATTTGATGATCTCATGTCTGATGCTTTTGCAAATAGTGAAATAGGAAGCATATCTAATTTTGATTATGTATCATATACTCCAACTGAAAAAGTAATTTATGATTTTATTAAAAAATGATATTTTGGTTCAAATAAGGTAGCAATATCAATATTCGATCAACCCGAATCAAATAACAATTACCAAGTTTTTTCATATCCAATTATTGACAATAATTTAAGAACAAAAATAATTACTTATTATTATGAAAAAACAAAGTCCTAAAATTAAAATATCTATTCATAAATGTTTAATAAGATTTACAAAATTTAAATAATATATAATTTTTAGTATAAATTAAAAATTGAAAGGAAGAAAACATCATGAACATAAAGCAATTATATAAGCAAATAAGCCAGTTGCAAGAAAATGTTGAACTTACAATTGAAGGCTGAATTATTTCAAACCGTGGAAACGATAAAATTCGTTTTATTACAATTAATGATGGTAGTACAATTGCCAACATGCAATTAGTTATTAAGGGGGATCTAGCATCAAAGAAAGAAATTTCTGAAATTGCCGTGGGCTCGGCAGTTAGTGTAATAGGTAAATTACATTTAACGCCAGAAGCAATGCAACCATTTGAACTAAGTGTCTCAAAATTTTTATACATAAACAATCCACAAGAAGATTTTCCAATCCAAAAGAAAGAAACATCTCTTGATTTTTTAAGAGAAATTCCTCAATTAAGACATAGAACAAGTTTATTTAGAGCAATTATGTTAATTAGAAACTCTCTTATGTTTGAAATTCATAAATATTTCCAATCTAAAGGCTTTTTGAATCTTTCATCTCCAATAATCACATCAAACGATGGTGAAGGAGCGGGAGAAACTCTGCTTGTTGACGATGAAAGCAAAGATTATTTTTTCAAACAAAAAGCATTTCTAGGGGTAACCGGACAATTGCACGCCGAATCATATGCTGAAGGATTTAAAAAAGTTTATACATTCGGACCAACATTTAGAGCTGAAAATTCTCACACTTCGCGTCATCTAGCAGAATTTTGAATGATGGAACCAGAAGTAGCCTTTTGTGATTTAAAAGGTATCATTGAAATTACAGACGATATGTTAAAGAATGTTATTGCAAATACATTAAAAAACTGTCCCGAAGAAATGAAATATTTGGATTCATTACAAAACAATAAATTAATTGAATCATTAAACAACTTTATCAATAAGAAATTAACAATAATTGAATATAAAGACGTTGTTGAAAATCTTAAGAACTATGTAGATAAATTCGAAGAAAAAGATATCTTTTTTGGAATGGACTTAGCTTCAGAACACGAAAAATTCCTTGCCGAAAACATCGTAAAAGGCCCTGTTGCAGTTATTAATTATCCAAAAGACATAAAGGCTTTTTATATGTATCAAAATGATGATGGCAAAACAGTCGCTGCCTTTGACTTACTAGTACCAGGAATTGGCGAATTAGTAGGGGGAAGTCAACGTGAAAATAGATATCAAAAACTTGTTGATAGAATCAATGAACTAAAAATCACTCAAGAAACATTACAATGATACTTGGACTTAAGAAGATTTGGTTACGCCCCAAGTAGTGGTTTTGGTTTAGGCTTTGAAAGACTTGTAATGTATGTTACTGGCACAAGTAACATAAGAGATGTTATTCCTTTTCCTCGTGTTGCCGGCTCAATTAAAATGTAG
Protein sequences of DBSCAN-SWA_1 >NC_013511|548509:556539|548509_550174_+|WP_012855718.1|DBSCAN-SWA MKRLTTHRTRVIFIAIIALLTLGLFLIILFFKISSPFKVSIYNYESYLDKKIITKLKQNYSYHAFTNLDEFTRAINNEKAVAGVGSDYQIAQLILEKKLRKINFAKLFNNSKFNDSTQIKNLYPEIVNKHFDLFEKFIIKKIRQINPKNIIQNDWQNISHTKFLPFIYYDENNNISGFEIDQKKGIDHFYEFLIPYFIMDKMVVYNTDKSPNKFTERSNLKSNENFNDLESLSSWKDIIKTLVSKYKNPRVYWTNWFQDNAMIGQFYGYESLNKLKYFSKQNEWADINHENFKEIINDWVSLVKDATGESIKNSKTNKLATDGQELVSSIIEPINGKADVSIMYNGDALDAYYGEDNFKKLGNIPHIGFKRPKNTYMNIDAWIISRETSENDADNLLKILYENVIKGAEYSLQDIETKYLKEVLNLISKDSKLKKDEIVNELFADKNMSMPKKIKDIKKDFFADYFDYFKEAFETMNLPIVNNFHSINYTPGFKNVKNFIEKWYFLNKNQEVDKTALEIFNPEFNKKINHRIYQPLDLNLKTKIIDYYFQKTKS >NC_013511|548509:556539|552472_553312_+|WP_012855721.1|DBSCAN-SWA MNKFKKFLKYSYVLIILACLYIPIIFGTIYSFNAPSDKGIFSVTSWNRTSYEAYVELFSKSHWLAFVNSFLLGISTYIFVILLSLMTVFALWRHKNKTVRAYVQSTSNIPLINPDVITGLTLAIVLNLIFFTTLKATNEGFFRAIISHTVMTLPYGILIMLPKSDKFSKNIFEASQDLGYSKFKTWFKTYFVYMLGSIGFTFVITMTLSFDDFIITRIVSNTETLGTQLYEGQFQAWSLAISGISLLVVLMANTIYVAIKSSQFSHKKISSINISSIKK >NC_013511|548509:556539|555192_556539_+|WP_012855723.1|tRNA|DBSCAN-SWA MNIKQLYKQISQLQENVELTIEGWIISNRGNDKIRFITINDGSTIANMQLVIKGDLASKKEISEIAVGSAVSVIGKLHLTPEAMQPFELSVSKFLYINNPQEDFPIQKKETSLDFLREIPQLRHRTSLFRAIMLIRNSLMFEIHKYFQSKGFLNLSSPIITSNDGEGAGETLLVDDESKDYFFKQKAFLGVTGQLHAESYAEGFKKVYTFGPTFRAENSHTSRHLAEFWMMEPEVAFCDLKGIIEITDDMLKNVIANTLKNCPEEMKYLDSLQNNKLIESLNNFINKKLTIIEYKDVVENLKNYVDKFEEKDIFFGMDLASEHEKFLAENIVKGPVAVINYPKDIKAFYMYQNDDGKTVAAFDLLVPGIGELVGGSQRENRYQKLVDRINELKITQETLQWYLDLRRFGYAPSSGFGLGFERLVMYVTGTSNIRDVIPFPRVAGSIKM >NC_013511|548509:556539|551580_552480_+|WP_012855720.1|DBSCAN-SWA MEKQLKSTSYKEIDKKTKKSSKFAKFFLGANKLQLSLLIPYLVFSILFIILPLILIFIYAFKPLEGQGHLANWEIAGKSSTWMIILRSIGTGICAAFFALIIGFPYAYIIARSKSMIFRTLGLTLILSPLAIFTISKALAVRGLFSAIFDENELNNNFFLIFGMVYLYIPFMVMPLYQVIKDMPNNIIEASQDLGYSKTQTVFKVILPYCMKAILSGFGVVLMMSATSIILSDKLLPNGSQKQLIGNLINQFANTANPYDLANASTLVIITLAVLLTIYGIIYGIPYLISKRKQGGIYE >NC_013511|548509:556539|550202_551612_+|WP_012855719.1|DBSCAN-SWA MENKIKTPNKKEEPIIQLVDVVKEFEDKTVLDNVNLSINKGEFITLLGPSGSGKTTILRIIGGFEWVTRGEVKFFGKDIKDLSPHKRDVSTIFQDYALFPHLNVENNIKYGLRLKRIPKDDIPKSFYNKLKYQQKKWTKKASIEMKKLDKTMAQYEKILENQKLPEKKRNKYQSWIDDMDFKYSYWENFKDLKTENYEKRYLTRKITNNEMNQEVSEIMDLVGLKGNEKKNVNFLSGGMKQRVALARSLVIEPEILLLDEPLSALDAKIRQKMQTLLRDIQKELKITFIFVTHDRNEALQLSDRIAIIRDGKVEQFASPKDLYDYPVNKWVANFIGESNFFDAVFIDENKVKFMGKIFDTIHKEFEPGENLDALIRPEDVYVTKVKAKSKFIGKIIKSTYSGSYYNYEVLVKNKIIKMETSINYEVGKEVYLDWYKDSIHLMKKDIKFAKELAEQNEINNGKTTEINFL >NC_013511|548509:556539|553333_555094_+|WP_012855722.1|DBSCAN-SWA MRSRILKAISLIFLPLVFIALFLAFLVIKSTNQYRPSIYNYESYLAPTIINKLKSKYNFKEFKEVSEFTQALLQDKAIAGIGSDFQAAQLILDRKIQKIDFSLVYGEKYKDWKERQFLYTPNVREHILRFDALILNILESDKSNKYKNFEIKKNKEGKPIAFRDKLNNNSKEVWDHFYDYIIPYFTQDKGIAYNINPKTRPNLNINNAIEKLDKNDKIFSWNEILQILSKNHYTHFGWTHAYLDNMMIGAFNSGENWEKIFTKKIGDNKIFDFNESNYKLAIDSFINFVKNSTGNDIKNNKKHYFSGDGLELLNHLIEPKTSRSDASIMYNGDALDAFYSEDNFQSVESGLIRFIRPKNTYMLMDNWIISKSLSKKETTTFLKAIRDHVINIDKHKNNIQNIEKIFFNQFKNNMTKQLKQSAEASFFETIHNIDKTLKNKLIQEFLKNKEFFNINEKSTSFEEWNSKKFREFLKNPTIQENYEWFLIWRNNYQDHNEAFLFDDLMSDAFANSEIGSISNFDYVSYTPTEKVIYDFIKKWYFGSNKVAISIFDQPESNNNYQVFSYPIIDNNLRTKIITYYYEKTKS |
6 | Mycoplasma_phage(83.33%) | tRNA | 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 |
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