| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MARTH_orf358 |
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| Symbol | |
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| ID | 6418434 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Mycoplasma arthritidis 158L3-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011025 |
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| Strand | + |
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| Start bp | 320793 |
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| End bp | 326597 |
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| Gene Length | 5805 bp |
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| Protein Length | 1934 aa |
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| Translation table | 4 |
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| GC content | 31% |
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| IMG OID | 642715497 |
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| Product | massive surface protein MspB |
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| Protein accession | YP_001999936 |
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| Protein GI | 193216694 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | [TIGR02184] Mycoplasma virulence family signal region |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.637404 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGTCATG CTAAGAAAAA GAAAATTGCT ATTATTGTAC TCGCCGCTAC TGCAGCATTA
CTAGCAGCCG GAACCGTTTC AGGAGTAATT TATAATCATC AAAGTGCTAA TAAGAGATCC
AAAGGCAATG ATAAAAAGCC TGAAATTCAA GATATTAGTG AGCTTGAAAA AAAGATTGAA
GCTATTCGTG ACAGTCACAA GCAAAATCTT AAAAATGAAG CTTGAAAAAT TCTTGAAGCA
CTTAAAATCA CCATTAGAAA TGCTAAAAAA GCTAATAACG TACGCGATTT AAGTCAGGTT
ATTAGTGATT TTGAACGGCT AATTCCTTTA GGTGAAGCTT ATTTAACTGA GATTAAAAAG
TTGCCTGAAC TAAAAGCTTT AGCCAATGAA TTAGAAACGA CTATTAATCT TGCAAAGAAA
GCCTTAGAAG AAGCTAAAAC CAAACTAAAA GAGTTGCAAG AAAAAGAAGC TAAACTTAAA
GAAAGCGCAC AAAAGTTGCT AGCAGAAATT AACCAAGCAC TAAGTGAAGT GCCCGATGCT
AAGTTGCCAC TAGTAATTCA AAGTTTAATT AACAAACTAA AAAATCTTGC AAATGCTAGT
GAAGCCTTGC AACAAGAGCT AAATAACTCG CGGCTAATTG AAGAAGCCAA AAAGTTAAGT
GATGCTAATT TGCAAATTAA AGATGCTATT AGCGAACTAC AAAAACGCTT GCTAGATAAA
AGCCCAGAAG AGTTAGAAAA ATTAGCAAAA GAAAAAATTA AGGACTTAGA AAAAGCTAAA
AAAGCCGTCG AAGACGCTAA AAATATTAGC ACTCTTCCCA ATGCTCTTGA ATCCCTTAAA
AAAGATCTAG ATCAGGCTAA AGAACTAAAA GATCACGCCA CTGCTAAGGG ACTTGATGAA
CTTGCTAAAG AACTAGATAA AGCTATTAAA GATGCAGAAA ATAGCCTAAA ACACGGCACC
GAAAAACTAG AAAAAATCAA ACAAGAAAAT CAAAAACTTC AAAATGATAT TAACGCGTTA
GTTAATAAAA TTGCTAAAGA TATAAGTGAT GCTAATAAAC TAACTTTACA AAGTGAAGAT
AGTGAATTTA AACGTCTAAA AGACGAACTA AAAAAAGATA TTCAAGAAGC AACGAAACTT
GCAAAACAAG CCGCCGATGC CACACTACTA GCTGACGAGC AAAAAGTTTT AGATGCTAAA
AAACAAGCTG AAACGTCACT AGATAAATTA AATGATTTAT TTAGTCAGAA GAAGGAACAA
GAACTTGCTA AAACCGAACT AGAAAAAGCA TATAGTGCTT TAGCTAAGGC CACAGAAGAA
GCCAATAAAG CCGATGACGA AAATACCTTG CCTTTAGCAA TTTCGCAACT AGAAGACGCT
ATTGCAAAAG CAGAGTTAGC TCTAGGTAAA CATGAAAATC TAAAAGAAAA AGAACTAATA
AAGTCAATTT ATGATGCTCT AAAAGCTTAT AAAGAAAAAG AAGCGGATGA AGCACTTGCT
AACGTTAAAA AACGATTTGA AGCTAAAAAA CAAGCCAAAG CTAAAATTGA CGCTGATCTA
GATGCTAAGC AAAATGAATT TAATGCAATT AAAAATACCA TTGAAAGCTC AAATACAATC
AATGATATTC CTACCTTGCA AAATGCTATT AAACAACTAG AAGATCTCAA ACCACAAGTT
AAGGCTATTG AAGAATCTGC TAAAAATGCC AGCTATCCTG AAGGTGAGCA AAAAGCAAAA
AAACTCCTTG AAGAAATTTC TAAATTAGAT CTTGAAACAA AAGCGAAATT AGAAAAACTT
CAAGAAGAAA AAGAAACCCA AGAGCAAGAA AAGAAATTAA TCGAATCATT GCGAGAAAAA
ATTACCAAAA TCACAAAGAA TCTTGAAACA TTAGATTCAA GAGGTAAAAG TCAACTAAGT
GAAGCAACGC CTAAGCAAAC TGAACTCGCT AAAACTTTAA AAGAACTAGA AGAACAACTA
AAAAACGCTC AAGATGTTCA AAAAGAAGTT CAAGACGCAC ACAAAGAAAA TGCCCTAAAA
ACTGAGCTTG AAAAGCTTGA AGAAGCCAAA AATAAAGCTA CGACAACAAA ACAAAGTCTA
GAAAATAAAA TCTCAGACTC AAATAAAAAT ATTAAAGAGC AACTTGACAA CGCTAAAAGT
GAATTAGAAG ATCTTAAGAA AAAAATTAGC GACGCTTATA ACAATAGAAA CCTTAAAGAG
CTAACAAAAG AACTTAACAA GTTAGAACAA CTAAAAGAAA AAGTCGAAAG CCTTGAAACT
TTAGCAACGA AAGTCGAATC AAAACGCAAG CAAGAAGCTA CTAAACTTTT ATCTGAAGTA
CGAGATGCAA TTTTAGATGC CAATAAAAAG CATGCCGAAC TTGATAAGGC GCTTAAAACT
GAAAAAGCAC TAGTAGATGA ACTTGAAAAA GAATTAAAAA AACATGAAAG TAATTTAGCT
AAAGCAAAAG ATGAAGCTAA CAATGCCAAT ACAATTGATG AAAAAAAGGA TAAATATCCT
AAGTTAGATA AAACTATTAA AGATATTGAA AAAAATCTTA AAGAACTAGA AGAAAAAGCT
AAGGGTTTAA AAGATCAAGC TAACAAAGAT AGTATTGACA GTAAAATTAG AGACTTAACA
AAAAAACTAG GCAAAACCAA AACTGATCTT GCTAATAAAA ACCAAACATT AAAAGAAGAA
CAAGAAAATA ACAGCACTAG CACCCAACAA AGTTTGAAAG GTGCTGATGA GGCTATTAAA
AAAGCCAATG AAGCTAAACA AAATCCTAGT GATAAGGAAA AACTGAAAAA CGCTGAAGAT
GCTTTAAACA ATGCTAAAAA TGAGCTTGAG AATAAGAAAA ATTCTCTAGT TGGTGACAAA
GAAAACCAAG ATAAAATTGA TAAAAAATTA GAAGAGATTG AACAAAAACA ACAAGAGCTA
GCAGACATTA AAAAGCAACA AGAGCAATCA GAAGAGAAAA GAGCGAAAGA ACTAGCAGAG
CAAGCTAAAC AACTGCAAGC TGAGCTTGAA AATTTGGTTA ATAAATTAGA ACCATTCGAT
GCTTCTAAAG AATATGAGAA TAAGATTAAA GACTTAGAAG ACAAACTAAA GGAACTAGAA
GAAGGATTTC TAAAGGCTGA TGGCGAAGCT ACCAAGCTAA AAGAGAACCA ACATCTAAAA
ACCAATTATG AAGCACTGGT GCAATCAAAA ACTACTGCCA CAACTAAAGC ACAAACCAAA
CGGAACGAAA TAGCGCAAGC AAAAACAAAA TTACAAGCTA ATTACAATGA TTTAATTAAC
AAAAAAGCCG AACATAAAAA TGCACTTGAA AATGTCACAG CAAGCGAAGC CATTAATCAA
TTAATTCAAT CAATTAATGA ATCCTTAACT TCAATCGAAA AACTTCTTGA ACGAATTGCT
AAATTGCAAG GCACAGAACA TCAACTATTT AAAAATACTA AAACTTTACA AATTGAACTA
CAAGATTTTT TAGAAAAAGC TAAGAAAAAA CTAAAATCAA TTGATAAAGA AATTGATGAG
TTAAATAAAA GCTTGTTAGA AGAAAAAACG CAATTAGAAG AAAAATCTAA ATTTAAAGAC
ATTGCCAACG ATGACGTTGA CGGTCTTAAA TCGGCCATTG ATGTGCTTGA AAAAGAAATC
GATAAAGCCA ATAAACTTAA AAACGACGCC AATAGTAAAA GAAATAGTGA TCAAAAGATC
AAAAATCAAA CCGATACTAA TTTTGGCATT CTAGAAAATG CAATTAAGCA AGCTAAAAAA
GAGCTAAAAA CAAAACAACA AACACTAGAA GCTCTAAAAA CTTCAAATCA ATCAAAAGCT
AATGAAACCA TCAAAAAAGC AAATGAAATT ATTAAAAAGT TAAAAGATGC TAGTGATGTT
ACGTCTATAA CAAATGCAAT CAATGATTCA AACCAAACGA AATCTATTTT AGAAAAAGCA
ATAGATGAGT TAAAAAAGGA TAGTGAACAA AAACAAAAAA TTGAAAATAA ACTAATCGAA
CTTAATAATG AAATTGCAGC TGCAAAACAA AAATTAGAAA CATTGAAACA AGATGCGGAT
TCACAAAAAC TTGCCGCACT TAAAGATGAA ATTAACAAAA TAAAAAAATC ATTAAAAAAT
GCCAATGACG AGGTTGAAAA ACCTAATACA TGACTTGAAG ATAAAATGGA TGCTAATGAA
AAGCTTAACG AAGCAATCGC TAAGGCAAAA GCGAATTTGG ATGTCCAAAG AAATAAAATT
AATGATTTGC AATATGATGA CAATAAAACT AAAGCAAATG AAATAGTAGA AGAGTTAAAA
AATTTAATTG ATAATACTTA CACATCAAAA TATAACGAAA ACAAGACTAA ATTTAAAAAA
GAGAAAGAAG ATAATAGCGC TAAAACTGAC TCAGCTATTA GCAATGCCAA TAGCGTTATT
AGCAATATAA AATCTGCGCT TGACAAAAAT AAAACTGACC CTAATAAAAA GCAAGAACTT
AAAAGTGCTA AACATAACTT AGAATCCCAA AAAGAAGCTT TAGAAAATCT AAAAATAAGT
GACAGAGAAA ATCACAGTAA AATCATTTCT AAAATTTCTG ACATAGAAGC AAAAATCACT
GAAGTAAACA ATGCTCTTGA TGAACAAACC AAAATCGAAC AAGAACTAAA AGGACTTATA
AAAGAAACCG AAGACCACAT CCAAGCATTG CAAAATGCGT TAGATAATCT AAAAAAAGTA
AATGAAATTC GAAACCTTGA TGGAGCTAAA AATGAACTTT TAGGCAAAAT AACAAACGCA
CAAGCCTTTT TAGAATCACC AAAAATAACA AAACTAAAAG ATTTTGATTC TTTAAAAAAT
GCAATAGAAA CTCTTAAAAC CAAAATAAAT AATGCAGAAC CAGCTAAAAC ATATGTTGAA
CAAGTAATAA AAAATGTTAA CTATATAAAT AGTCAAAGTA AAATTTTTAA TGATAAGTTT
AACGATTTTG CCAAAATGCC TAGCGTCAAT TTCGATGATC TAAAAAAGCT AATAGATGAA
TCTAAATCAA TTTTGGCTTT AATTAACAGC GCTGAAGGCG AATTCAACAA GATACAAGAT
TTCATTAGCA ATCCCACGGT TAGAGAATAT ATCAATGTTG ATGGCATACT AAAGCCACTA
GCTGAAACTT TTAAAAGAAG AGTAAATGAA ATCAAAAACG AAATGTTAGC AAAAATAATA
AAATTAGAGA CCTCTATAAC AATTGGATAT CTTAAAAAAG CTAAAGAATA TTCTGAAATC
AAAGATGATC CTTGACAAAT TGACAGCGGG CGTTGAAACA ACGATATTTT GCCGAATTTA
AAATATGCCT TTAAATCATT TAAAAAAGGT AGAGCCGTAA AAAGCAAAAT TGATAGCAAT
CCAATATTAA AAGAAAAACT AAAATCGGAA TATAACAGTT TAAATGATCT TCTAAATTAC
GACACTATTG ATAAATTTAA AGAATTTGTA AAAAGAGCTG CTAAGAGAGT TGTTCAATGA
AAAAACTACA GCAGTTGAAA CAATGTGTTT TATGTTTTCC TTAATGAAGT TGGCGAAAAA
CGAGCTGATT ACGATAGACA AATACATAAC TATTTAGAAA AATTTGAAAG TTTTAATTTT
TCACCAGATG ATCCTAAAGG AAGAGAAATA CTAAATGGCT TTGTTAAAAT GTTAAAAGCA
ATGCAACGTG ATAGTGGTGG AAAACTAGAT AAAAATGAAC AATTTAAAAG AATTCTAAAA
AACATTGAAG ATCTTTTAGA AATATATGGT GGAAAAGCAT CTTAA
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| Protein sequence | MSHAKKKKIA IIVLAATAAL LAAGTVSGVI YNHQSANKRS KGNDKKPEIQ DISELEKKIE
AIRDSHKQNL KNEAWKILEA LKITIRNAKK ANNVRDLSQV ISDFERLIPL GEAYLTEIKK
LPELKALANE LETTINLAKK ALEEAKTKLK ELQEKEAKLK ESAQKLLAEI NQALSEVPDA
KLPLVIQSLI NKLKNLANAS EALQQELNNS RLIEEAKKLS DANLQIKDAI SELQKRLLDK
SPEELEKLAK EKIKDLEKAK KAVEDAKNIS TLPNALESLK KDLDQAKELK DHATAKGLDE
LAKELDKAIK DAENSLKHGT EKLEKIKQEN QKLQNDINAL VNKIAKDISD ANKLTLQSED
SEFKRLKDEL KKDIQEATKL AKQAADATLL ADEQKVLDAK KQAETSLDKL NDLFSQKKEQ
ELAKTELEKA YSALAKATEE ANKADDENTL PLAISQLEDA IAKAELALGK HENLKEKELI
KSIYDALKAY KEKEADEALA NVKKRFEAKK QAKAKIDADL DAKQNEFNAI KNTIESSNTI
NDIPTLQNAI KQLEDLKPQV KAIEESAKNA SYPEGEQKAK KLLEEISKLD LETKAKLEKL
QEEKETQEQE KKLIESLREK ITKITKNLET LDSRGKSQLS EATPKQTELA KTLKELEEQL
KNAQDVQKEV QDAHKENALK TELEKLEEAK NKATTTKQSL ENKISDSNKN IKEQLDNAKS
ELEDLKKKIS DAYNNRNLKE LTKELNKLEQ LKEKVESLET LATKVESKRK QEATKLLSEV
RDAILDANKK HAELDKALKT EKALVDELEK ELKKHESNLA KAKDEANNAN TIDEKKDKYP
KLDKTIKDIE KNLKELEEKA KGLKDQANKD SIDSKIRDLT KKLGKTKTDL ANKNQTLKEE
QENNSTSTQQ SLKGADEAIK KANEAKQNPS DKEKLKNAED ALNNAKNELE NKKNSLVGDK
ENQDKIDKKL EEIEQKQQEL ADIKKQQEQS EEKRAKELAE QAKQLQAELE NLVNKLEPFD
ASKEYENKIK DLEDKLKELE EGFLKADGEA TKLKENQHLK TNYEALVQSK TTATTKAQTK
RNEIAQAKTK LQANYNDLIN KKAEHKNALE NVTASEAINQ LIQSINESLT SIEKLLERIA
KLQGTEHQLF KNTKTLQIEL QDFLEKAKKK LKSIDKEIDE LNKSLLEEKT QLEEKSKFKD
IANDDVDGLK SAIDVLEKEI DKANKLKNDA NSKRNSDQKI KNQTDTNFGI LENAIKQAKK
ELKTKQQTLE ALKTSNQSKA NETIKKANEI IKKLKDASDV TSITNAINDS NQTKSILEKA
IDELKKDSEQ KQKIENKLIE LNNEIAAAKQ KLETLKQDAD SQKLAALKDE INKIKKSLKN
ANDEVEKPNT WLEDKMDANE KLNEAIAKAK ANLDVQRNKI NDLQYDDNKT KANEIVEELK
NLIDNTYTSK YNENKTKFKK EKEDNSAKTD SAISNANSVI SNIKSALDKN KTDPNKKQEL
KSAKHNLESQ KEALENLKIS DRENHSKIIS KISDIEAKIT EVNNALDEQT KIEQELKGLI
KETEDHIQAL QNALDNLKKV NEIRNLDGAK NELLGKITNA QAFLESPKIT KLKDFDSLKN
AIETLKTKIN NAEPAKTYVE QVIKNVNYIN SQSKIFNDKF NDFAKMPSVN FDDLKKLIDE
SKSILALINS AEGEFNKIQD FISNPTVREY INVDGILKPL AETFKRRVNE IKNEMLAKII
KLETSITIGY LKKAKEYSEI KDDPWQIDSG RWNNDILPNL KYAFKSFKKG RAVKSKIDSN
PILKEKLKSE YNSLNDLLNY DTIDKFKEFV KRAAKRVVQW KNYSSWNNVF YVFLNEVGEK
RADYDRQIHN YLEKFESFNF SPDDPKGREI LNGFVKMLKA MQRDSGGKLD KNEQFKRILK
NIEDLLEIYG GKAS
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