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Name : HPSJM_06910 (HPSJM_06910) Accession : YP_003929259.1 Strain : Helicobacter pylori SJM180 Genome accession: NC_014560 Putative virulence/resistance : Unknown Product : adenine specific DNA methyltransferase Function : - COG functional category : K : Transcription COG ID : COG4646 EC number : - Position : 1382017 - 1390521 bp Length : 8505 bp Strand : + Note : COG0827 Adenine-specific DNA methylase DNA sequence : ATGCAAAAAAAGAAACTCAAAAACCCGCAACCGAATTTATTTAGCATCTTAGATAATGGCGATATTGCAACAAACAATCC TATTGAAATACAAGATACACTCCCTTATGTTGTGAAAACGCAAATCAATAAATCAAGTATGATTTCTAGAGATCCTATTG AATGGGCGAAGTATTTGAGCTCTGAAAAACGAGTGTATAAGGACAATAGTAAAGAAGATGTCAATTTCTTTGCTAATGGT GAGATAAAAGAAAGTTCTCGTGTTTATGGAGCGAATAAGGAAGGGTTTGAAAGGCGCATCACTAAAAGATACGATCTGAT TGATACTATAAGAAATAGAGAATTTTTTACAAAAGAAATTGAAATTCTAACCCACACAAACAGCTTAGAAGAATTGAAAG AACAAGGTTTAGAAATCCAATTGACCCACCATAGTGAAACGCATAAGAAAACCTTAGAAAATGGCAATGAAATCGCTAAA GAATACGACTACCTTAAAGATATTTACCAAGAAGTAGAAAGAACAAAAGATGGCGAATTAATAAGAGAAATAATCCCCAG TATTTCTAGCGATGAGTGTTTTAAGCTCTATAACAAACTGCCTTTTGACAATGAAAATACCAAACTAAATACTAATGACA ATGAAGAAATTAAAAAACTAGAATTTAAATTGGCTAAAGAAGTGCATGCTTTAATCCTAGAGCAACAATTGCTTTCAGCA ACAAATTATTATTCTTGGATAGACAAAGATGATTACGCGAATTTTGCTTGGAAAATAAGCAGGCTTATCAATGAAAATAA ACTCAAAGAAAACCATCTCAGTGCCGATAACGCTAATAAGATTAAGCAATTTTTCTTTAATAATGGTTTTATTTTAGGTT GGACTAAAGAAGAACAAAGCGCTATGCAAGAAAACAGAGATTATTCTTTGAGAAGCGACCTTTTAAGTTTAGAAGAAATC GCTCAAGCAAAAATTGAATTGCAAAAATACTATGAAAGCATTTATCTTAATGGCGATGGGAGTAAAAGAGACATCAAGCC TTTCAAAGAAATTTTAAGAGACATCAACAATTTTGAAAAAGCTTACAAACAGCGTTATAACGAATTGGTAAGCTTGAATG AAGCAATCATTCAAGCTAAAGAGGGGAGTAATGAGCGGCAAAATTCTAACGCAAATAACAATAATACTATTAACAACACA ATAGAGGCTAATACCTCTATTGGTAACAATATTATTAAAAATAATGATAATAATCATCCAAATTTAAGCTTGGGTGGTTT AGAATTAGAGCAACAAAATTTAGGAGAACCAAATGGAGAAGAAAGAACGAATCGCGCAGATGAGCCGAGCAGAGCTAGAG CAGGAATTCCGCAAGAAATTCACCGCAGAAGCGAACATGGAGGACAACAAGAGGGAGTGGAGCGATCGAGTGATGAAGAA CTTTCACACCAAGACTCTAGTTTATTTATTGAGCCTAGAGAGCAGGGAGGAACAAGAGGAGTTTATAGATCTAGCGACCA ACAGGCAGTTTCAGAAGAATCCCATAGAGAGCGAGATAGAATACATGAACATGTATTTAGAGGAGATGGAGTATCAGCAA GAGCGGATGCAAGAGCAAATGGCAATGGCGCATCAAGTCCAGCAAGCCGAATGGAAAATGGAGCAAGAAGCGAAGAAAAA GGGGATAATCCCAGTAATGAGAGAGGAATACCACGCCCACCGCAATCCCCATCTCATCAACAAAATAGCTCCAGAGATTT GGGGCTTTCTCTCTCTAGAGAACAGCCAGGACAGACTGGACGCTTACGCCTTTTTGATCATGGACAGATGGGCTCATTAT TTCCCACAGACCATGAAAACCAAAGATCACAGAACGATAATGAGCTTGATAAAAGCAGTGATAGAGCAAACGAAAATGGA GACAGAAGCCCTAGACAGAATGGGAGCGCAAATCAAAAGGGCGCAAGGGGTGAGCGATTTGGAATTGCTCCAGGAAGCTC AAATCAATCAGTATTATTACCTGCTCAAAGCCGATCACATCATGCAGGACTCATCACACCAAATGGACTTAGAGACCTTG AAAAAAACAGGGATCAAGAGGGAAGACTTTTATCAAATTTAGACCATTTAGAAAGCTTGCTTAACGCTATTAGAAACAAC ACCATAGCGAGTGAGCCTGATTTTAGATCCAGGCTCTTAGAAGCCATTCAAAACAACGAGCCTTTAAAGGATAGTGTTGT AGGGGCACAACTCCTTAAAGACCCTACGACTAAAATCTTTTATGATAAATTCCAATTAAAAATCAGCCCTAAAAAAGTCT TAGAAATTTTAGAAAATCGCCTTCAAAAATCCATTGAAACAACGAACGAAGCCTTAAACGCATTCAATGCGCTGGATAGT CAAGCCATTGGTTTAAACGCTATCTCTAATAGCGTAGGATTAAATCCCACACAAGAGAACGAAATAACATACAATAGCGT AGAGTTGAATAACGCGCAAGAACAAACCGCGCAAGAGCAAGACACTCAAGAAACCGCGCAAACCGCACTAAAACAAGAAA CACAAGAGCAAGAAACACCAACCACGCCAAGGATCGCCCTTAACCCTAAAATAGATTTTAAGCCGAGCGAAGAAGTTTTA ATTAAAGGGGCTAAAACCCGCTATAAGGCTAACATAAAAGCCATTAAGCTTTTAAAAGAATTGCAAGCCAAACAAGAGAT CTCAAAAGGCGGTTATTACGCCACTTTAAAAGAGCAAGAAATCCTAGCACAATTTAGCGGATGGGGCGCTTTAGAGAGCT ACTTTAAAAAAGATCAACACCCTAAAGAATTTGAAGAATTAAAAGCCTTACTCACTAAAGATGAATTCAGAAGAGCTTAT TCAAGCACAAGAGACGCTTACTACACCCCTAAATTGGTTATTGATAGCATTTATCAGGCTTTAGATCGATTAGGGTTTAA TAACGACAACCATCCAAAAGAAATCTTTGAACCCAGTTTAGGCACAGGCAAATTCATCGCTCATGCACCAAGCGATAAGA ATTACCGCTTTAGGGGAACAGAATTAGATCCTATTAGCACTAATATTTCTCAATTCCTCTATCCTAATCAAGTCATCCAA AACACCGCTTTAGAAAACCACCAATTTTATCAAGAATACGATGCGTTTGTGGGCAATCCTCCTTATGGCAATCATAAAAT CTATAGCTTTTATGACAAAGAATTGAGTAACGAGAGCGTTCATAATTACTTTTTAGGGAAAGCGATTAAGGAATTGAAAG ATGATGGCATAGGGGCGTTTGTGGTGAGTTCTTGGTTTATGGATGCTAAAAACCCTAAAATGAGAGAACACATCGCAAAA AACGCCACCTTTTTAGGCGCGATAAGACTGCCTAATAGCGTGTTTAAAGCAACAGGAGCGGAAGTTACGAGCGACATTGT GTTTTTCAAAAAAGGCGTTGAAAAAGCAACCAATCAAAGTTTCACTAAAGCCATGCCTTATTATGACAAGATCATTAATA GCTTGGATGATGAAACCCTTTTTGCCTTACAAAACAACCGCTTTGATAGTTTTATCCCTAGCGATCAACTTAAGATTGTC AATGCGATTGCAAGCCATTTTGGTTTCAAACAAGAAAAATTGCAACGCTGGTATGAAAAAATAGACACCGCTAACTTTGG CTACAGAGAACAAGACTATAAGATCATCAAAGGCTTCATTGATAAAGTTGGCGAGAATAATATCAATCTCAACGAACAAA CCTTAAATGAATACTTTACCCACCACCCTGAAAACATTCTAGGGCATTTGAGTTTGGAAAAAACCCGCTATAGCTCTGAA ATCAATGGCGAACAAATTTATAAATACGAGTTGCAAGCCTTAGAAGATGAGAGCCTGGATCTATCCCAAGCTCTTAATCA AGCGATAGAAAAATTGCCTAAAGATGTCTATCAATACAATAAGACTACCCTTAAAACAGACGCTCTCATTATTGATACAA ATAACGAACGCTATCAAGAAGTTCAAAAGCTTATCAAAAATTTAGAAAGGGGGGAATTAGTCAAGTGGGATAATCTTTAT TTCCAACTAGAACAAAATAATGAAATGGGCATCTTTTTAAAACCCACTAAAATCAACTCTAAAGCCCAAGACTCACGACT AAAAGCCTATCTTAAAATCAAAGACGCTTTGAATGATTTAACGAGTGCGGAATTAAACCCCTTAAGCTCTGATTTAGAGC TAGAAAGTAAAAGAGTTAGGCTCAATCTTGTTTATGATGGATTTGTCAAGAAATTTGGCTATCTCAATGAAAATAAAAAC CGCAAGGACATCAAACAAGATTTGTATGGCGCTAAAGTCTTAGGATTAGAAAAAGACTTTGAAAAAGAAATCACCCCTAG AAGCGCTAAAATGCAAAACATAGAGCCAAGGCAAGCTCAAGCCAAAAAAGCTCAAATCTTTTTTGAAAGGACTTTAAACC CTAAAAAAGAACTCATCATCACTAACGCTAAAGAGGCGTTAATCGCAAGCATCAATCAAAAAGGGTGTTTGGATTTGCAT TTCATTAGAGATCATTTCACAACCCAAAGCTTAGAAACCACGATTAAAGAACTTTTAGAGCAAAAACTGATTTATAAAGA CCACAAGGATAATGGCGATTATATTTTAGCGAACGATTATTTGAGCGGCAACGTGAAAAGAAAGCTCAAAGAAGTGAAAG AGGCTATCAATCAAGGCGTGGAAGGCTTAGAGGCTAATGTGAAAGATTTAGAGCTGATTATCCCTAAAGATTTGAAAGCC ACTGAAATCATGGCTAATATCAACAGCCCTTGGATACCCACTCAGTATTTAGAAGAATTTTTAATGGATTTGAGCACTAA CCATTATGAAAAGCAATACGGCGATAAAATGACGGATTACCAACTAGAAAACCTCAAAGAAAAGATCAAAGTAGAACACT TAAACGGCGCTTATGAAGTTTCTATTAGAAGCGATGAATTGAATGAGCTTTATGGCATCAGGCATAAAGACAAGCCGCAT TCTTATAAAGCACCTTTTGAAAGCCTTTTAAATAGGGTTTTAAATAATAAGGATTTGAGCGTTAAATACGCCCAAGCTGA TCCTAATGACCCTAAAAAAGAAATCTTTATCACTGATGAAGAGCAAAGCAATCTCGCCAGACAAAAAGCAGAAGAATTGA AAGAAGCTTTTAAAGACTGGATTTACAAAGACTATGCAAGAAGAACCCATTTAGAGCAAATCTATAATGACACTTTCAAC AATTCTGTTTTAAAAACCTATGATGGCTCGCAATTAGAACTAGAGGGCTTTAATCATAATATCAAATTGCGCCCCCACCA AAAGAACGCTATTTTTAGAACCATCCAAGACAGGGCGGTGTGTTTAGACCATCAGGTTGGAGCAGGCAAGACTTTGTGCG CTATAGCTAGTTGCATGGAACAAAAACGCATGGGATTAGTGAATAAAACGCTCATTGCCGTGCCTAACCATTTAACCAAG CAATGGGGCGATGAATTTTATAAGGCTTACCCTAACGCTAATGTGTTAGTTGTTGATAGCAAGGACATCACTGAAAAAGA AAGAGAGCTTTTATTCAATCAAATCGCTAACAACAATTATGACGCTGTGATTATCGCGCACACCCATTTGGAATTATTGT CTAATCCTAGAGAAATCATAGAAGGATTGAAAGAAGAAGAGCTAGTGAATGCTGAAACCATCTTTGAAAGGCAAGAACTG GCTTATAAAAATAACCCTAGAGAAACTAAAAAACCCAATGAAAGAGCCTTTAAAAACAAGCTGGATAAAATCCGTGCTAA ATACGATGCGATTTTAGAAAAACAAGGCTCTCATATTGATATTAGTCAAATGGGGATTGACAATTTGATCGTGGATGAAG CCCACTTATTCAAAAATCTAGCCTTTGAAACTTCTATGGAAAAAATTGCAGGGCTTGGTAACCAACAAGGCTCTAATCGC GCTAGAGATCTGTATCTCAAAACCCGCTATTTGCATCAAAACGATAAGAAAATCATGTTTTTAACCGGCACGCCTATAGC CAATTCCTTGAGTGAAATGTATCACTTGCAACGCTATTTAACCCCTGATGCGCTCAAAGAAAGAGGGTTAGAATTCTTTG ATGATTGGGCTAAGACTTATGGGGAAGTGGTGAATGATTTTGAATTAGACACTAGCGCTCAAAGCTATAAAATGGTTAAT CGCTTTTCTAAATTTAGCGATGTGCAAGGCTTAAGCACCATGTATAGAGCTTTTGCGGATATTGTCTCCAATGATGATAT TTTAAAGCATAACCCCCACTTTGTGCCTAAAGTGTATGGGGATAAACCTATCAATGTGGTGGTGAAAAGAAGCGAAGAAG TGGCTCAATTTATTGGCGTGGCTGATGAAAATGGCAAATATAATGAAGGCTCTATCATTGATAGGATGCAAAAATGCGAG AGCAAGAAAAGCAAAAAAGGGCAAGACAATATCCTTTCTTGCACCACAGACGCTAGAAAAGTGGCTCTGGATTACCGCTT GATTGACCCTAACGCTAAAGTAGAAAAAGAATTTTCTAAAAGCTATGCTATGGCAAAAAATATCTATGAGAATTATTTAG AAACTAATGCCACTAAAGGCACACAACTTGGTTTCATAGGTCTATCCACACCCAAAACCCATAGCCAAAAAGTGAGTTTA GAAGCGCTAGATAACGCTCATGGAATAGAAAATAAAAATCCCCTAGATGAAGCTCAAGAACTTTTAGAGAGCTTGTCTAG TTATGATGAAAATGGCAATCTTATCGCTCCTAGCAAGAAAGAATTAGAGAACGAACTCAAAGAGAAAGAGGCTAAAAGCG TCAATTTAGATGAAGAGCTAGCTAAAGGCTGTTCGTTTGATGTTTATAGCGATGTTTTAAGGCATTTAGTCCAAATGGGT ATCCCACAAAATGAAATCGCTTTCATCCATGACGCTAAAACCGAAGAGCAAAAACAGGATTTGTTTAAAAAGATTAATCG TGGCGAAGTCAGGGTATTATTGGGCAGTCCCGCTAAAATGGGCGTAGGCACTAATGTGCAAGAAAGATTAGTCGCTATGC ATGAATTAGATTGCCCATGGAGACCTGATGAATTGTTGCAAATGGAAGGGCGTGGGGTAAGACAAGGCAATATTTTGCAC CAAAACGATCCTGAAAATTTTAGAATGAAAATCTATCGCTACGCCACTGAAAAAACTTATGATAGCCGTATGTGGCAAAT CATAGAGACTAAATCTAAAGGCATAGAGCAATTTAGAAACGCACACAAATTAGGCTTGAATGAATTAGAAGACTTTAATA TGGGGAGTTCTAATGCAAGTGAGATGAAAGCAGAAGCAACAGGTAATCCCTTAATTATTGAAGAAGTCAAATTGAGAGCT GAAATCAAAAACGAAGAAGCAAAATACAAAGCTTTCAATAAAGAAAATTACTTCAATGAAGAAAGCTTAAAAAACAACGC TTCTAAATTAGATTATCTTAAACAGGAATTGAAAGATTTAGAAACGCTTCAAAGCTCTGTAATGATCCCCACTCATACAG AGATCAAGCTCTATGATTTGAGAAATGAAGAGAGTAATGATTATGAGCTTATCAAAGTTAAAGAAGTAGAGCCTTTAAAA GAAAACGCCTCTATGAGTGAAGAATTAACGCGCAAAAAACTCAAAGAACAAAACAAGCAAATAGCCGAACAAAATAAAGA AAAACTGGACGCTATTAAAAAGCAATTTGCAAGCAATTTGAACGACTTGTTTTTCAATGAGGAAAGAGATTGTAAGCTTT TAGAATACAAGGGCTTTGTGGTGAATGCTTATAAAACTAAGTATCAAGTGGAGTTTAGTTTAAACCCTAAAGACAATCCA AATATTGCCTATAGCCCTAGCAATATGGTTTATAAAAACGATACTGGCAACATGTTTAGCTCTTATAATTTCTGTGCTGA GATTAAATTTGATGGGTTTTTAAAAAGATTGGATAACGCTATCACTAAACTCCCTGAAAAAATCAAGGAATTAGAAAACT CCATTAAAATCACTCAAGAAAATATCGCTAAATACACAAGATTAGTGGAACAAAAACCTCCTTACCCACGACTAGAATAC TTGCAAGCTTTAAAATGGGATCATAAAACTCTAATAGATGATTTGGCTAAAATGAGCAAAGACAGAGATTATAAGCCAGT GTTCAACCCTAAATCTAAAGAAGTCTTAAAGAATTTGAACGCTGAAAAAAGAGCGAGTTTAGTGGATGAGAGGGAAGAGC AAGGGGTTAAGGGGAACACAAAGAGCCATGATGAAATAGAGCCAGCTACAGAACAAGTGATTGAAAAAGAAATAGAAAAA GGAGCTGAAATTATCTATTCTAGTGAGCTTATAACCACTAACAATATTGATTACTACGAGAACGAACAAGAAGTGGAAAT TACTAAATCAAGGGTTAGAAGATGA Protein sequence : MQKKKLKNPQPNLFSILDNGDIATNNPIEIQDTLPYVVKTQINKSSMISRDPIEWAKYLSSEKRVYKDNSKEDVNFFANG EIKESSRVYGANKEGFERRITKRYDLIDTIRNREFFTKEIEILTHTNSLEELKEQGLEIQLTHHSETHKKTLENGNEIAK EYDYLKDIYQEVERTKDGELIREIIPSISSDECFKLYNKLPFDNENTKLNTNDNEEIKKLEFKLAKEVHALILEQQLLSA TNYYSWIDKDDYANFAWKISRLINENKLKENHLSADNANKIKQFFFNNGFILGWTKEEQSAMQENRDYSLRSDLLSLEEI AQAKIELQKYYESIYLNGDGSKRDIKPFKEILRDINNFEKAYKQRYNELVSLNEAIIQAKEGSNERQNSNANNNNTINNT IEANTSIGNNIIKNNDNNHPNLSLGGLELEQQNLGEPNGEERTNRADEPSRARAGIPQEIHRRSEHGGQQEGVERSSDEE LSHQDSSLFIEPREQGGTRGVYRSSDQQAVSEESHRERDRIHEHVFRGDGVSARADARANGNGASSPASRMENGARSEEK GDNPSNERGIPRPPQSPSHQQNSSRDLGLSLSREQPGQTGRLRLFDHGQMGSLFPTDHENQRSQNDNELDKSSDRANENG DRSPRQNGSANQKGARGERFGIAPGSSNQSVLLPAQSRSHHAGLITPNGLRDLEKNRDQEGRLLSNLDHLESLLNAIRNN TIASEPDFRSRLLEAIQNNEPLKDSVVGAQLLKDPTTKIFYDKFQLKISPKKVLEILENRLQKSIETTNEALNAFNALDS QAIGLNAISNSVGLNPTQENEITYNSVELNNAQEQTAQEQDTQETAQTALKQETQEQETPTTPRIALNPKIDFKPSEEVL IKGAKTRYKANIKAIKLLKELQAKQEISKGGYYATLKEQEILAQFSGWGALESYFKKDQHPKEFEELKALLTKDEFRRAY SSTRDAYYTPKLVIDSIYQALDRLGFNNDNHPKEIFEPSLGTGKFIAHAPSDKNYRFRGTELDPISTNISQFLYPNQVIQ NTALENHQFYQEYDAFVGNPPYGNHKIYSFYDKELSNESVHNYFLGKAIKELKDDGIGAFVVSSWFMDAKNPKMREHIAK NATFLGAIRLPNSVFKATGAEVTSDIVFFKKGVEKATNQSFTKAMPYYDKIINSLDDETLFALQNNRFDSFIPSDQLKIV NAIASHFGFKQEKLQRWYEKIDTANFGYREQDYKIIKGFIDKVGENNINLNEQTLNEYFTHHPENILGHLSLEKTRYSSE INGEQIYKYELQALEDESLDLSQALNQAIEKLPKDVYQYNKTTLKTDALIIDTNNERYQEVQKLIKNLERGELVKWDNLY FQLEQNNEMGIFLKPTKINSKAQDSRLKAYLKIKDALNDLTSAELNPLSSDLELESKRVRLNLVYDGFVKKFGYLNENKN RKDIKQDLYGAKVLGLEKDFEKEITPRSAKMQNIEPRQAQAKKAQIFFERTLNPKKELIITNAKEALIASINQKGCLDLH FIRDHFTTQSLETTIKELLEQKLIYKDHKDNGDYILANDYLSGNVKRKLKEVKEAINQGVEGLEANVKDLELIIPKDLKA TEIMANINSPWIPTQYLEEFLMDLSTNHYEKQYGDKMTDYQLENLKEKIKVEHLNGAYEVSIRSDELNELYGIRHKDKPH SYKAPFESLLNRVLNNKDLSVKYAQADPNDPKKEIFITDEEQSNLARQKAEELKEAFKDWIYKDYARRTHLEQIYNDTFN NSVLKTYDGSQLELEGFNHNIKLRPHQKNAIFRTIQDRAVCLDHQVGAGKTLCAIASCMEQKRMGLVNKTLIAVPNHLTK QWGDEFYKAYPNANVLVVDSKDITEKERELLFNQIANNNYDAVIIAHTHLELLSNPREIIEGLKEEELVNAETIFERQEL AYKNNPRETKKPNERAFKNKLDKIRAKYDAILEKQGSHIDISQMGIDNLIVDEAHLFKNLAFETSMEKIAGLGNQQGSNR ARDLYLKTRYLHQNDKKIMFLTGTPIANSLSEMYHLQRYLTPDALKERGLEFFDDWAKTYGEVVNDFELDTSAQSYKMVN RFSKFSDVQGLSTMYRAFADIVSNDDILKHNPHFVPKVYGDKPINVVVKRSEEVAQFIGVADENGKYNEGSIIDRMQKCE SKKSKKGQDNILSCTTDARKVALDYRLIDPNAKVEKEFSKSYAMAKNIYENYLETNATKGTQLGFIGLSTPKTHSQKVSL EALDNAHGIENKNPLDEAQELLESLSSYDENGNLIAPSKKELENELKEKEAKSVNLDEELAKGCSFDVYSDVLRHLVQMG IPQNEIAFIHDAKTEEQKQDLFKKINRGEVRVLLGSPAKMGVGTNVQERLVAMHELDCPWRPDELLQMEGRGVRQGNILH QNDPENFRMKIYRYATEKTYDSRMWQIIETKSKGIEQFRNAHKLGLNELEDFNMGSSNASEMKAEATGNPLIIEEVKLRA EIKNEEAKYKAFNKENYFNEESLKNNASKLDYLKQELKDLETLQSSVMIPTHTEIKLYDLRNEESNDYELIKVKEVEPLK ENASMSEELTRKKLKEQNKQIAEQNKEKLDAIKKQFASNLNDLFFNEERDCKLLEYKGFVVNAYKTKYQVEFSLNPKDNP NIAYSPSNMVYKNDTGNMFSSYNFCAEIKFDGFLKRLDNAITKLPEKIKELENSIKITQENIAKYTRLVEQKPPYPRLEY LQALKWDHKTLIDDLAKMSKDRDYKPVFNPKSKEVLKNLNAEKRASLVDEREEQGVKGNTKSHDEIEPATEQVIEKEIEK GAEIIYSSELITTNNIDYYENEQEVEITKSRVRR |
| Gene | GenBank Accn | Product | Virulance or Resistance | PAI or REI | Alignment Type | E-val | Identity |
| HPP12_0447 | YP_002301083.1 | DNA methylase | Not tested | cag PAI | Protein | 0.0 | 92 |
