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
CP031963	Aquimarina sp. BL5 chromosome, complete genome	0 crisprs	csa3,cas3,DEDDh,WYL	0	0	1	0

1. CP031963

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	5303642 : 5310309	10	Vibrio_phage(14.29%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP031963|5303642:5310309|DBSCAN-SWA
TATGCAGTATTTACATTTAGATCAGTCATTTACTCCATTCGATAAATCAATTGAGTTTACTTCGTTTGTTTTTAATGGTGGTGAGCCACATATCAAAATCTCTGAAAAATCCATAGGTAATGAAGTAACAATTACACATAGATTGAATTCATTTAATGATGTTGGTTTATTGTTAGTGGCCACAGATGCGTTGCGTAGAATGGATGTGAAATTAATTAATGTTTTGATTCCGTATTTTCCTGCTGCAAGACAGGATAGAGTTATGGTTAGTGGAGAATCACTAAGTGTAAAAGTATATGCGGATATTATAAATACGCAAAACTATAACCAGGTGATGGTTTTTGACCCACATTCTGAAGTAACTCCGGCGTTGTTGAATAATGTAAAAGTGATTGAGAACTATGAGTATGTAAAACAATGTTTGTATGAAATTAAGGAGGATGTGGTATTGATATCTCCAGATGGAGGAGCATTAAAAAAGATTTATAAAGTATCTGAGTATTTAGGAGGAATAGAAGTTGTAGAATGTTCTAAGAAAAGAGATGTAAAAACAGGGAAACTATCTGGATTTAGAGTATACGAAGATGATCTTAAAGGAAAACACTGTGTAATTGTTGATGATATCTGTGATGGAGGAGGAACATTTTTAGGATTGGCAACAGCATTAAAAGAAAAAAATGCAGGAAAGCTAAGCTTGGTAGTTAGTCACGGAATTTTTAGCAAAGGCTTTGAGAAATTAAACAAGTCATTTGATACTGTTTTTACTACCAATTCTTTTAGAGATATAGAAGAGGAGAAAGTAGTGCAGTTTTCAGTTATATAGCTAAACATTAAATACTGTTATTCTAACGCAGGCTGGAATCTAAGATTTTAAAATATAAAACCATGAAAGTAATAACAGCACCAACAAAAATAGAACTAGATAAAAATCTAAGTGTTTTTCTAGCAGGTAGTATCGAAGTAGGTGTTGCAGAAAGATGGCAGGATATCGTAATAAGTGAGTTTTCAGAAGAAGATATTACGATTTTAAATCCCAGAAGAGCAAGTTGGGATGCTAGTTGGAAACAAAAAATAGACAACCCCATTTTTAAGGAACAAGTAAACTGGGAACTAGAAGCGTTAGAAAAGTCTGATGTGATCATAATGTACTTTGATAATAATACCAAGTCACCAATTACGCTTTTAGAATTAGGGTTATTTGCTAGAAGTGGAAAACTAATCGTTTGTTGTCCAGACGGATTCTGGAGGAAAGGAAATGTAGCTATTGTCTGTGAGCGATATGAAGTAAAACAAGTAGATAGTTTAGAAGAATTGATCAATGAAGTAAAGAAGAAAGTGAAATGAAAAGTTTATTAGAACAAATAAAAGGAGGAGTATTTGGAGTAGCCGTTGGTGATGCATTAGGAGTACCATATGAGTTCTTGGATAGAGATCAAATGGATAAAAGACCAGCTCGAGATATGATTGGATATGGTACACATAATCAACCAGAAGGAACTTGGTCTGATGATAGCTCACTAACTTTTTGCCTGATGGATAGTTTGTGTAACGGGTACGATTTAAATGATATAGCTTCAAAATTTGCAGCTTGGTTTTATGAAAATTTTTGGACACCAAGAGGTTTTGTTTTTGATATTGGTATAACAACTAAAAATGCAATCTATCAATATAAAAGAGGAATGACACCGGATTTATGTGGAGGATTGGATGAATATTCTAATGGGAATGGTTCTCTGATGCGGATATTACCACTGGTATATTTTCTAAAAGATGAAAGTAATATTAATACAAGGTATGATATTATTAAAAGAGTTTCATCTATTACACACGGGCATTTGAGATCTGTTTTTTCTTGTTTTATTTATGTAGAATATACCTTATTGCTTCTAAATGGCAGGGATAAATTTGAAGCCTATGAAGCTATTAAAAAGCCAATATTAGATTTTGCTATTGAAAACGATTTTAATCCAAAAGAAATTACTTTGTTTTCCAGAATTTTAGAAGAAGATATCTCGAAACAAGATAGATTTAATATCAAAGGAACTGGATACGTATTGAGAACTTTAGAAGCCTCATTTTGGTGTTTACTTAATTCAGAATCTTATGAAGAAGCTGCACTGAAAGCAGTGAATCTAGGTGAAGATACGGATACTACAGCTGCAGTAACAGGTGGCTTGGCAGGATTGTATTATGGATATAATACAATTCCTGAAACTTGGAAACTCCAGTTAGCAAGGTTTGAAGATATAGATGATTTGATAGAAAGATTTAATGAAAGTTTAATTTAATTATACGTCTGTTCGAGTGTTTTGTAGTAATGGAATGAATACAAAATGTATCGAGAACGAGGCAATTGAAGAATAAAAGAAATAATGAAATACACATTACAACATATACAGGAACAATTCAATAAAGGAAAAAGTTTAAAATACTTATTCTTCTGGGGCCATATGCCTAATAAGGATGGAAGTATTGGTAAAAGTTGTTTTAGTCAATGGTGGAATCAACCCTTCGAAGTAGAAGGAGTTGTTTATAAAACGGCAGAACATTGGATGATGGCTGAAAAAGCCAGATTGTTTGAAGACATTGAAATTTTAAAAGAGATTATTGATTGCAATCAACCAATGGAAGCAAAACAACTAGGTAGAAAGGTTAGAAACTTTGATCCTAAGGTATGGGATGCTCATAAGTACGAAATTGTAAAACAAGGAAACTATCATAAGTTTTCACAGCACGAAGAACAGAAACAGTTTTTATTGAATACCAAGAAAAGAATTATTGTAGAAGCGAGTCCAAGAGATCGCATATGGGGAATCGGGATGGGACAAGCAAATGAAAAAGCTCAAAATCCCAACTTATGGAGAGGAAAAAACTTATTAGGTTTTGCCCTGATGGAAGTAAGAGATATGCTGAGTCCATAAAAGGTTTTTTAAAAGGACATTAAAATGAAATTAGAGTTAACAAATTATAAAGAACAAGAACAAGTCTGGCCACAACATGGATATCATATTATGGCTCAGTATGATGATCAGAAAATAGTGGTATATCAATCATACAGACCAGCAATTGGAAATTTTGCAGTTGAAAATCAATTTTTCGGAGGTCCATTTAGTTTAGAAAGAATGACTTGGATTAAGCCTAATTTTCTTTGGATGATGTATCGTAATGGATGGGGAACGAAAGAAGGACAAGAAGTTGTGTTAGCTATACATCTAAAGCGAGAGGCTTTCGAAAGTTACCTAAGTAACGCGGTGTACTCTTCATTTAAACCTGAATTATATTCATCTTATGAAGCTTGGCAAGAGGATGTTACTAATTCTGATGTTAGACTACAATGGGATCCTGATCACGATCCTTATGGAGTAAAGCTAGAAAGAAGAGCAATTCAGATTGGATTAAGAAAAGAGTATATAAAATCATATGCGTCCGAAGATATATTGGAGATAGAGGATATTTCACAATTTGTAAAAGAACAATATGAACTAGTACAATCTAATAATTTGGAAGAATTGGTAACACCTTTTGAAAAACCATTGATTTTTGGAAATGAGAAGTTGAATACATATTTGAAGTTAAAATAATAGTAGGAAGATAAAAATGGAGCAGGAAATAAGAGCAGATTATGATAGAGATACGATTACGGTATATCAGGCCTATGGTAAATCCATTGCAGTGTCTGCTATCAAAAATAATAAGTTCGAATCACCTTTTTCTTTTAACCGAATGACTTGGATCAAACCATCGTATTTATGGTTAATGGAACGAAGTAATTGGGGAACAAAATCCAATCAGGAGTATATCCTTGGAATAAAAATAAAGAAAGTTAGTTGGGAAAAAGCCCTGTCAATTGGAGTGTTAACAGATCCCGATAAAACTATTTATAAAAGTGGTGCTTTATGGGATAAGGAATTCCGAAATGCAAAAGTTCATATTCAATGGGATCCAGAAAGAACATTGAAAGGAACTAAGATGCAAATTAGATCCATTCAGGTGGGTATTGGTAGAGATTTAATAAAAGAGTATAATGAAGAATGGATACAGGAAATAAACGATTTAACTCCGTTAACCAAGAAAATTCGATTATTACTAAAAGAAGGGAAATATAAGGAAGCTAAAAGATTAGTGCCTGGAGAAAAAATATATGAAGTTCCTGATGATACAAAACGAAGAATAGGAATTAGATAACTAGATAAAGAATAAAGATGAAACTAAAAGTACTCCAATCTGATATTACCGCTATAAAAGTAGACGCTATTGTCAATGCCGCCAATACTTCTTTGTTAGGTGGAGGAGGAGTTGATGGTGCGATTCATCGAAAAGGTGGTTCTGAAATTTTAGAAGCTTGTAGAAAGATTAGAGCTACCCAAGGTAAATGTAATCCAGGTGAAGCGGTGATTACTATTGCAGGAAATCTTTCTGCTAAATATGTAATTCACACCGTTGGACCTGTATGGAATACTGGAGGAAAAATAAAAGAAGAGCTATTGAGAAGTTGTTATGTCAATTCATTGCAATTAGCGATGGATAATGGAGCGAGAACAATTGCTTTTCCCAACATCAGTACAGGGATTTATAAGTTCCCTAAAGAGCTAGCAGCCAAAATTGCTATTGAAACAGTTAAGGATTTTAAATCAGATGAAATAGAAGAGGTGATTTTTGTTTGCTTTGATGAAGAGAATTATAAGCTATATGATAAATTGTTAAGGATATGAAAGAGATAAAATATGCAACATTATTCGGAGGATCTGGTAAGAATCGAGAAAGTAAAGAATATAAAGAGACCCTATTAATAGGTTCCTTATTAGCCGGAAAAGGATATGTAGTTAAAAATGGAGGATATGGTGGAATGATGGAAGCAGTTTCTAAAGGGATTACCGATGCAGGAGGAAAAGCAGTAGGAGTTACTTGTAAACAAGTAGGCTCAGTAAAAGGGAATGATTTTCTAAAGGAAACTGTTGTAACCGAAACGTTATATCAAAGACTTGAAATACTAATTGATAAAACAGATCTTTTTATTGTTCAAAAAGGAGGCATAGGAACACTATCAGAAGTATTTTTGACATTAGATATTATTCGAAAAGATTCATCCGAGAATAGGCCTAAACTATTCTTTATAGGTGATTTTTGGAATGAAATCATTGAATCCTTAAAAATAAATATCATACCAGAATATGAACACGATTTATTTATAGTGCTTTCGGATTATGAAGAATTAAAAAAAATAATGAATAGAACTTTTTAATGAAGTTAGAATGTCATGCTGAGCCTGTCGAAGTAAATGCAAGATGAATGGGGCTTTGACAAGCTCAGACTGACATAAATAAATATAAAATGAATACAAAGAATAAAAACATAAGTAAATTTTTAAGCCTTATTCTAAGGCACAATCCAGGAAAAATAGGATTAAAATTAGACGAAAATGGTTGGGCAGATGTAGAAGAGTTGATAACCAAAGCAAATACACATCGTAATCAACTAAATATAGAAACTTTAAAAGAAGTTGTAGCTACTAATGACAAAAAGCGTTTTGCGTTTAATGAAGACGAAACGAAAATCAGAGCGAATCAAGGGCATTCTATACAAGTGGATTTGGAGTATACACCCGTACAGCCTCCAGAATTTTTGTATCATGGAACGGTAGGGAAATTTAGAGAAGATATACGAAGAAAGGGCTTGCTAAAAATGAGTAGACATCATGTACATCTTAGCGAAGAACTAGAAACAGCAATGAAGGTAGGTTCCAGAAGAGGAGTACCGATTATACTAACGGTTCGATCGGGAGATATGCATCGCGATGGTATCGAATTTTATCAATCCGATAATGGTGTTTGGCTAACGGACTCGGTTGCAACGGAATATATTGAGTTTAAGACAAAATAATTGACTAGACCTCACAGGTTTCAAAAACCTGTGAGGTCTTAAAATTATAAGCTATGAGAACACTAGTAATTGGAGATATTCACGGAGGTTACAAGGCATTGCTACAGGTTTTGAAAAGAGCAGAACTAACGACAGAAGACAAGTTAATTTTCTTAGGAGATTATGTTGATGGATGGAGTGAATCTGCAGAAACCATTCAGAAATTAATAGATCTTTCGGTATCCAATGAATGTATTTTTATTAGAGGGAATCACGATTTATGGTGTGGTTTATGGCTGGATAAAGGAGCTACCAATCCTGTTTGGTTAGCTCATGGAGGAAAAGAAACAATAAACAGTTATATCCAATCAGGTTTATTAGCCGATAATTCGCATAAACAGTTTTTTAAGGATTTACAGAATTATTATATAGACACAGAAAATAGGCTTTTCTTACACGCAGGATTTACTTCGATGCATGGTGTCGGTAAAGAAGAATACGAATCTAATTATTATTGGGATAGAACGTTATGGGAAGCAGCCTTACTAGCCGATAAAGTAGAAGAAAAAACGTTAGAAGATATGCTTACTTCTCCCAAGCGATTTAATCATTATAAAGAAATTTATATTGGACATACACCTACTACTGATTATAAAATAGAAACACCAATAAAAGCATATAACCTATTGAATATCGATACGGGAGCAGCTTTTACAGGAAAACTTACCATATTAGATATTGATAGCAAAGAATTTTGGCAAAGTGATCCATTAACTTCTTTGTATCCTAATGAAAAAGGCCGAAATTAA

Protein sequences of DBSCAN-SWA_1

>CP031963|5303642:5310309|5309574_5310309_+|AXT53436.1|DBSCAN-SWA
MRTLVIGDIHGGYKALLQVLKRAELTTEDKLIFLGDYVDGWSESAETIQKLIDLSVSNECIFIRGNHDLWCGLWLDKGATNPVWLAHGGKETINSYIQSGLLADNSHKQFFKDLQNYYIDTENRLFLHAGFTSMHGVGKEEYESNYYWDRTLWEAALLADKVEEKTLEDMLTSPKRFNHYKEIYIGHTPTTDYKIETPIKAYNLLNIDTGAAFTGKLTILDIDSKEFWQSDPLTSLYPNEKGRN
>CP031963|5303642:5310309|5303642_5304464_+|AXT53427.1|DBSCAN-SWA
MQYLHLDQSFTPFDKSIEFTSFVFNGGEPHIKISEKSIGNEVTITHRLNSFNDVGLLLVATDALRRMDVKLINVLIPYFPAARQDRVMVSGESLSVKVYADIINTQNYNQVMVFDPHSEVTPALLNNVKVIENYEYVKQCLYEIKEDVVLISPDGGALKKIYKVSEYLGGIEVVECSKKRDVKTGKLSGFRVYEDDLKGKHCVIVDDICDGGGTFLGLATALKEKNAGKLSLVVSHGIFSKGFEKLNKSFDTVFTTNSFRDIEEEKVVQFSVI
>CP031963|5303642:5310309|5307843_5308353_+|AXT53433.1|DBSCAN-SWA
MKLKVLQSDITAIKVDAIVNAANTSLLGGGGVDGAIHRKGGSEILEACRKIRATQGKCNPGEAVITIAGNLSAKYVIHTVGPVWNTGGKIKEELLRSCYVNSLQLAMDNGARTIAFPNISTGIYKFPKELAAKIAIETVKDFKSDEIEEVIFVCFDEENYKLYDKLLRI
>CP031963|5303642:5310309|5304981_5305929_+|AXT53429.1|DBSCAN-SWA
MKSLLEQIKGGVFGVAVGDALGVPYEFLDRDQMDKRPARDMIGYGTHNQPEGTWSDDSSLTFCLMDSLCNGYDLNDIASKFAAWFYENFWTPRGFVFDIGITTKNAIYQYKRGMTPDLCGGLDEYSNGNGSLMRILPLVYFLKDESNINTRYDIIKRVSSITHGHLRSVFSCFIYVEYTLLLLNGRDKFEAYEAIKKPILDFAIENDFNPKEITLFSRILEEDISKQDRFNIKGTGYVLRTLEASFWCLLNSESYEEAALKAVNLGEDTDTTAAVTGGLAGLYYGYNTIPETWKLQLARFEDIDDLIERFNESLI
>CP031963|5303642:5310309|5304526_5304985_+|AXT53428.1|DBSCAN-SWA
MKVITAPTKIELDKNLSVFLAGSIEVGVAERWQDIVISEFSEEDITILNPRRASWDASWKQKIDNPIFKEQVNWELEALEKSDVIIMYFDNNTKSPITLLELGLFARSGKLIVCCPDGFWRKGNVAIVCERYEVKQVDSLEELINEVKKKVK
>CP031963|5303642:5310309|5306586_5307222_+|AXT53431.1|DBSCAN-SWA
MKLELTNYKEQEQVWPQHGYHIMAQYDDQKIVVYQSYRPAIGNFAVENQFFGGPFSLERMTWIKPNFLWMMYRNGWGTKEGQEVVLAIHLKREAFESYLSNAVYSSFKPELYSSYEAWQEDVTNSDVRLQWDPDHDPYGVKLERRAIQIGLRKEYIKSYASEDILEIEDISQFVKEQYELVQSNNLEELVTPFEKPLIFGNEKLNTYLKLK
>CP031963|5303642:5310309|5307238_5307826_+|AXT53432.1|DBSCAN-SWA
MEQEIRADYDRDTITVYQAYGKSIAVSAIKNNKFESPFSFNRMTWIKPSYLWLMERSNWGTKSNQEYILGIKIKKVSWEKALSIGVLTDPDKTIYKSGALWDKEFRNAKVHIQWDPERTLKGTKMQIRSIQVGIGRDLIKEYNEEWIQEINDLTPLTKKIRLLLKEGKYKEAKRLVPGEKIYEVPDDTKRRIGIR
>CP031963|5303642:5310309|5308972_5309521_+|AXT53435.1|DBSCAN-SWA
MNTKNKNISKFLSLILRHNPGKIGLKLDENGWADVEELITKANTHRNQLNIETLKEVVATNDKKRFAFNEDETKIRANQGHSIQVDLEYTPVQPPEFLYHGTVGKFREDIRRKGLLKMSRHHVHLSEELETAMKVGSRRGVPIILTVRSGDMHRDGIEFYQSDNGVWLTDSVATEYIEFKTK
>CP031963|5303642:5310309|5306013_5306562_+|AXT53430.1|DBSCAN-SWA
MKYTLQHIQEQFNKGKSLKYLFFWGHMPNKDGSIGKSCFSQWWNQPFEVEGVVYKTAEHWMMAEKARLFEDIEILKEIIDCNQPMEAKQLGRKVRNFDPKVWDAHKYEIVKQGNYHKFSQHEEQKQFLLNTKKRIIVEASPRDRIWGIGMGQANEKAQNPNLWRGKNLLGFALMEVRDMLSP
>CP031963|5303642:5310309|5308349_5308883_+|AXT53434.1|DBSCAN-SWA
MKEIKYATLFGGSGKNRESKEYKETLLIGSLLAGKGYVVKNGGYGGMMEAVSKGITDAGGKAVGVTCKQVGSVKGNDFLKETVVTETLYQRLEILIDKTDLFIVQKGGIGTLSEVFLTLDIIRKDSSENRPKLFFIGDFWNEIIESLKINIIPEYEHDLFIVLSDYEELKKIMNRTF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXT53427.1|5303642_5304464_+	ribose-phosphate pyrophosphokinase	A0A2H5BPY9	Vibrio_phage	1.6e-46	40.8
AXT53428.1|5304526_5304985_+	hypothetical protein	K4JW05	Caulobacter_phage	2.6e-30	50.8
AXT53429.1|5304981_5305929_+	ADP-ribosylglycohydrolase family protein	A0A1S6UB21	Serratia_phage	2.8e-42	35.5
AXT53430.1|5306013_5306562_+	NADAR family protein	A0A2L2DN84	Acanthamoeba_polyphaga_mimivirus	1.4e-30	46.7
AXT53431.1|5306586_5307222_+	DUF4291 domain-containing protein	NA	NA	NA	NA
AXT53432.1|5307238_5307826_+	DUF4291 domain-containing protein	NA	NA	NA	NA
AXT53433.1|5307843_5308353_+	O-acetyl-ADP-ribose deacetylase	E2CTW8	Turbot_reddish_body_iridovirus	1.3e-30	44.4
AXT53434.1|5308349_5308883_+	hypothetical protein	NA	NA	NA	NA
AXT53435.1|5308972_5309521_+	RNA 2'-phosphotransferase	A0A2R2ZGT8	Clostridioides_phage	1.5e-48	49.4
AXT53436.1|5309574_5310309_+	serine/threonine protein phosphatase	S0A0Y6	Cellulophaga_phage	5.7e-43	39.4