| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MARTH_orf727 |
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| Symbol | mspK |
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| ID | 6417882 |
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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 | 669401 |
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| End bp | 673513 |
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| Gene Length | 4113 bp |
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| Protein Length | 1370 aa |
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| Translation table | 4 |
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| GC content | 28% |
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| IMG OID | 642715758 |
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| Product | massive surface protein MspK |
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| Protein accession | YP_002000188 |
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| Protein GI | 193216946 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.41831 |
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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 | ATGAGCAATT CAAAGAAAAA AAAGATCGCA ATCGCTACGC TTGCTATTGC GACTACACTT
TTAGCAGCCG GAACTATTTC CGGCGTTATA TATTCAAAAT ATTCAAAGCG TAATAATTCA
ATTAACCCCG AAGTACATAT TGCTGAAAAA GAAAAAAAGA TCCTAGAAGC ATTACGTAAA
AATATTGAAA AAGTTACAAA AAACCTTAAA GTTACTTCAA AAGCAATGAA TCAATTGGAT
GAAGCTGGAC CAAAACAAAC GGATTTAAGC AAAACATTAG AAGATTTAAG TTTGCAATTA
AAAGAAGCTA ATGAAATTAA AAAAGAAGCT CAAAATGCTA AAAAAGAAAA TGAATTAAAA
GCTGAACTTG ACGATCTTGA CGATGCAATT AAAAATGCTA CATTAGCCAA ACAAAAAGTT
GAAGCTAAAA TTTCAGAATC AGACATCAAA ATCAAAAAGC AAATCAACGA CTACGAAAAA
GACTTAGAAA AACTTAACCG TGAAGTCGAA AATAGCTTTA TTAATAAGAA CTTAAATGTG
CTTTTAAAAA CAATTGAAAA ATTACTTAAA CTACAAGAAA ATGCTAACAA TATTAAAAGT
TTAACTAGCG CTATTGAATC AAAATACAAA AATGAAGCTG CTGCTCTTTT TGAAAAAGTA
AAAGATGCTA TTTTTAATGC TAAGAAAAAA CAATTTGAAC TTGAATTAGC TCTTAAAACC
GAAAAAACAA TCTTTGACGA ACTAGAAAAG AAAATCAAAG AATATGACAG CAATCTAACT
GACGCACAAA ATGACGCTAG CAATGCTTTA ACTTATGATA GCAAAAAAGA AAAATATCAA
ATCCTAGGTC GCACCATTGA AAGTATTAAA GAATATATTA GAGAACTAGA AGAACAAACA
AAAGCACTAA AAGATCAAAA CAATAAAAAA GCCATTGATA GTCAAATCAA GGCTTTAAAT
CAAAAATTAG ATGAAACCAA AGTCGAATTA ACAACTAAAA ATAAACAATT AGCAGCCGAA
AAAGAAAACA ATGACAAAAT CACTAAAAAT AGTTTGGACA ATGCTGACGA TGCTATTAAA
AAAGCAAATG ATGCTATTGA TAGTATTGAT AATAAAAGCG CAGCCATCGA AGAGGCTGAA
CTCGCTTTAA ATAATGCGAA AAATGACCTT GAAAATAAAA AAAGCACTTT AGTTGGCGAT
AGTGAAAATC AAACTAAAAT CGATAAAAAA ATTAGTGAAA TTACTAAAAA ACAACAAGAA
CTTGAAGAAG CTAAAATAAA ACAAAAACAA TCCGAAAACG AACTTGCAAC TAACTTGGCA
GAACAAGCTA TTCAATTGCA AACCGAACTT GAAAAATTAG TTAAAGAACT TAAAGATAAA
GTGACATTTT TGGATATTGA ATCAAAAGCT GATGAAATTG AAAATAAAGT TAAAAACATT
GAGGACACTT TTTTAAAAAG TGACGGAAAA GCCGATAAAC TAAAAAATCA CGATCACTTA
AAAGACGCTT ATGAAAAGTT GTTAGAAGCC AAAACGAATG CTATAGAAGC GGCTACAAAG
GCTAAGGAAA AAGTTAAAAC TGATCGAAAA GAATTAGAAA CTCGCTATGA ATCATTAAAG
TCCGAAGAAA ACAAATTGCA AGAAGCTCTA AAAAATGCTA ACAACGATAC TCAAAAATTA
AACGAAATAA TTAATGATAT CGAAGGAGAC AAAAAACTTC TAGAGCAAGT GCAAAAATTA
ATTGACGATA TTAATAAAGT CAATCTTAAT TCAGAAGTTT TAGTTAACAC GGAAGAGTTA
CAAAATGATT TAAAATCCAT TTTAACTCAA GCAAAATTTG ATTTGGCAGG TAAAGAGGGA
AAAATCAAAT TATTAAATAA TGAACTAGAA GAAAAAACTA ACGAACTATC TTCTCAAGCC
TCTACAACAA ATAGTATTGT CAAAGAAAAT GTCGATGATC TTGAAAATGC TATTGAAAAA
CTAAAAAGAG TCAAAGGCAA CGCAGACGAA TTTAAGAACG GCCTTGAAGA TAAAAGACAA
GAAAATGATA TTAAAACGAA AACCCAAGAA AAATATGAAG CTCTTGAAAA AGCAATTAGC
GATGCTCAAA CTAAAATTAG CGAAAAAGAA GCTGAATTAG AAGAACAAAA AGACAAAAAC
AAAACAGAAA TTGTTGATCC AACTATTGAA AAAGCTACAA AGTCCATTAA TGAACTTGAA
AAAAGTGACG ATATTTCTAC AATTAAAAAA GCATTGAGTG AAGCAAATAA AACGATAAAA
ACAATAAATG AATCTCAAAA TAAACTAACT AAAGATAGTA AAAACAAAAA TCTTGTAGAT
GAAAAACTAA AAGAACTTGA GAAAAAAATT CAAAAAAAGC AAGAAAAACT TAACGAATTA
ACCGCGGCTG AAGATACTAT GGTTCAAAAA ATAGAAAGAG AACTAACAAA AATCAAAGAA
GAATTAGAAG CCGCTAATAG TGTCGCTAAC AATGCTGAAG GAATTGACGC TAAAGATGCA
GCAAACACGA AATTAGAAGA AGCAATTCAA AATGCAAAAA ATAGTTTAAC TAACCAAACT
ACAATTGCTA ATAGTTTAAA AGAAGAAGAT AAAAAGGCAA AATCTCTTGC TAAAATTGGC
GAATTAACAA AGCAAATTGA AAATACATAT GAAAATAATT TAAATGCGTT GAAAACAAAA
AACAAACGCG ACAAAGAGAC AAATAATTCA AAAGTGCAAG AAGCTAAAGA AGAATTAAAA
ATCTTGTTGA ATTCGGCTGA TGAATTGATT GCTAAGTCTA ATGATAATTT GGACAAAAAT
CAAGCTCTTG AGGAAATTAA AAATAAATTG CTTGAACAAC AAGGAAAATT AAATAATCTT
AAAAATGTCT TAGTTGGTGA TTCTGAAAAT CAAGTCAAAG TTGATCAAGA AATTACAAAA
GTAAATAATA AGTTAAAAGA TATTACTGAA GAAATAAAAA AAGAAAGTGA ATTTGAAAGT
CAAGTAAGGG CACTTCTTCA AGAAATTAAA GAACATTCTA AGTTACTTTT AGAGCAACTT
TCTAAATTAA AAGAAAGCGA AAATAATGTC AATGAATTAG AAGCGCAAAA TAATACTCTT
CTAGAAAAAA TTAATTCTCT AAAAGAATTT CAAAATAGTG AAAACGTTAT TAAATTCAAA
GATTTAGAGA AAGTAAAAAC CGAATTAAAT TATTTGGATG CGAACTTAAA AAAATCAGAA
GTTGTCAACA ACTTAACTAA AGAAGTGGTT GTTCACTATA AAAAATTAAA ATTTTATAAA
AAACATTTAG AAGAAAAATT TGAAGATTTT GAAACTATAA AAAATGACGA AAACAATTTG
TTAGATATTC AACAAATGTT AAAAATCATA GATAAAGATG TTCAAGAAAT GAACTCTTAT
TTATCAAAAA CGCAAGATTT CATTAATAAT GATGATGATA ATGAATATAT TTCCCCTAAA
AGGATATTAG AAAAAGAATT AAACGACTTG AGAAAAAACT CATCATTGCA AAAAATTTAC
TTAGATTTCT TTAAAGCTAC AAATAAATTT TTAGAAGATG TTATTGATGA CGTTGAAAAG
ATTTTAAAAA ATCAAGGGGG TTATTTGTTT GTAAGTAAAA ATATGATAGT TTTTTCTGAC
AAACTAAAAA AATGATATGA AATTTCAAAT TTCGTTAATA AAAATATTGG CTTAGATGAA
TATAATTCAC ACGATGAATT AGAACCAGAG CTAAGTTCTC TAAAAAGTAA CATTAACCAA
AAATATAAAA TTGACAATGC AAGAAATTCA TTCACACGAA AAGCAATATT AGATAAAGTA
TTACATATTT GAGCAGATCG TGTTGAACCT AGCGTTAGAG AAAACCTAAA AAAGAGATTA
AGAACTTTCG ACTTAAACAA ATTTAAAAAA GAATTTGAAG ACATGTCAGA AGATACAAAA
AAAGATAAAT TAGAAGAACT ACTTGAAATA TTGGAATTTA TTGATTCGAA TTCCACTGAA
GAAACAAAGA AAATTTGGCC ACTTTATCTT CCACAATTTA TACCAGTTAA AACAGCACTA
AAAGATTTGC TATGCACATT CACTAACGAT TAA
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| Protein sequence | MSNSKKKKIA IATLAIATTL LAAGTISGVI YSKYSKRNNS INPEVHIAEK EKKILEALRK
NIEKVTKNLK VTSKAMNQLD EAGPKQTDLS KTLEDLSLQL KEANEIKKEA QNAKKENELK
AELDDLDDAI KNATLAKQKV EAKISESDIK IKKQINDYEK DLEKLNREVE NSFINKNLNV
LLKTIEKLLK LQENANNIKS LTSAIESKYK NEAAALFEKV KDAIFNAKKK QFELELALKT
EKTIFDELEK KIKEYDSNLT DAQNDASNAL TYDSKKEKYQ ILGRTIESIK EYIRELEEQT
KALKDQNNKK AIDSQIKALN QKLDETKVEL TTKNKQLAAE KENNDKITKN SLDNADDAIK
KANDAIDSID NKSAAIEEAE LALNNAKNDL ENKKSTLVGD SENQTKIDKK ISEITKKQQE
LEEAKIKQKQ SENELATNLA EQAIQLQTEL EKLVKELKDK VTFLDIESKA DEIENKVKNI
EDTFLKSDGK ADKLKNHDHL KDAYEKLLEA KTNAIEAATK AKEKVKTDRK ELETRYESLK
SEENKLQEAL KNANNDTQKL NEIINDIEGD KKLLEQVQKL IDDINKVNLN SEVLVNTEEL
QNDLKSILTQ AKFDLAGKEG KIKLLNNELE EKTNELSSQA STTNSIVKEN VDDLENAIEK
LKRVKGNADE FKNGLEDKRQ ENDIKTKTQE KYEALEKAIS DAQTKISEKE AELEEQKDKN
KTEIVDPTIE KATKSINELE KSDDISTIKK ALSEANKTIK TINESQNKLT KDSKNKNLVD
EKLKELEKKI QKKQEKLNEL TAAEDTMVQK IERELTKIKE ELEAANSVAN NAEGIDAKDA
ANTKLEEAIQ NAKNSLTNQT TIANSLKEED KKAKSLAKIG ELTKQIENTY ENNLNALKTK
NKRDKETNNS KVQEAKEELK ILLNSADELI AKSNDNLDKN QALEEIKNKL LEQQGKLNNL
KNVLVGDSEN QVKVDQEITK VNNKLKDITE EIKKESEFES QVRALLQEIK EHSKLLLEQL
SKLKESENNV NELEAQNNTL LEKINSLKEF QNSENVIKFK DLEKVKTELN YLDANLKKSE
VVNNLTKEVV VHYKKLKFYK KHLEEKFEDF ETIKNDENNL LDIQQMLKII DKDVQEMNSY
LSKTQDFINN DDDNEYISPK RILEKELNDL RKNSSLQKIY LDFFKATNKF LEDVIDDVEK
ILKNQGGYLF VSKNMIVFSD KLKKWYEISN FVNKNIGLDE YNSHDELEPE LSSLKSNINQ
KYKIDNARNS FTRKAILDKV LHIWADRVEP SVRENLKKRL RTFDLNKFKK EFEDMSEDTK
KDKLEELLEI LEFIDSNSTE ETKKIWPLYL PQFIPVKTAL KDLLCTFTND
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