| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MARTH_orf150 |
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| Symbol | mspI |
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| ID | 6417866 |
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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 | 138844 |
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| End bp | 146094 |
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| Gene Length | 7251 bp |
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| Protein Length | 2416 aa |
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| Translation table | 4 |
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| GC content | 32% |
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| IMG OID | 642715326 |
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| Product | massive surface protein MspI |
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| Protein accession | YP_001999785 |
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| Protein GI | 193216543 |
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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 | 10 |
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| Plasmid unclonability p-value | 1 |
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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 ATTATTGTGC TCGCTAGCAC CGCAGCTCTG
TTAGCAGCCG GGACGGTCTC AGGAGTGCTT TATGCTCATC AAAGTGCTAC TAAGAGATCC
AAAGGTAATG ATAAAAAGCC CGAAATTCAA GATATTAGTG AGCTTGAAAA AAAGATTGAA
ACCATTCGTG ATAGCCACAA GCAAAATCTT AAAAATGAAG CTTGAAAGAT TCTTGAAGCC
CTTAAAATTA CCATTAGAAA TGCCAAAAAA GCTAATAATG TACGCGATTT AAGCCAAGTT
ATTAGTGATT TTGAGCGACT AATCCCTTTA GGTGAGGCTT ATTTAGCCGA GCTTAAAAAG
CTACCTGAAC TTGAAGCGCT AGCTAACGAT CTAAAAAATG TGATTGATTT AGCTAAAGAA
GCCTTAAAAG AAGCTAAAGA AAAACTACTA GATTTGCAAC AAAAAGAAAA AATTCTAAAA
GACAAGTTGC AAACTTTACT TAATAAAATT GCGCAAGCAA TTGCCAAAGA GCCTAATGCT
AATGATGTGG CAACAATCGA AGCTTTAATA GCCGAGCTTA AGACACTCCA AATTGAAAGT
GACGACCTAT CTCAATCACT TAAAGCAGCA AAATTGCTTG AGGAACTTAA ACTACTAAAC
GATGCTAATT TAAAAATCAA AGAAACAATT AGCGTTTTAC AAAAACGTTT AATTGCTATC
AATCCCGAAA AGCAAAAAGA AATTACTAAG CAAGCAAATC AAAAAATTCT TGATCTAGAA
AAATCGCAAA AAGATGTTGA AAATGCTAAT GATATTTCAA CATTACCTAA CGCCATTAAA
AAACTTGAAA AAGATCTAGA AGATGCTAAA TCTTTAGAAA AAGATGCGAA AGATAACGGC
CTAAATGACG TTGCTAAGAA ACTACAAGAT GCCATTAACA AGGGCGAAGA AGCATTGAAA
AAAGGTAAAG AAAAAGAACA AAAAATCATT GAAGCCAACA ATGCTTTAAT TAAAAAAGTT
AATGAACTAG TTGCTAAAAT TACAAAAGAT GTTAACGACG CTAATAGGCT ATCAACTCAA
AGTGAAGACA GTCTCATAAA TAACACAAAA GCAGCTTTAG AAGAAGACGT AAAACAATCA
GAAAAATTGG CAAAACAAGC CGAAGATGCC ACTTTATTAG CCGAAGTTAA CAAAATTAAA
GACGCTAAAG ATAAAGCCGA AGAAGCGTTA AAAAAAATTA ATGAGATCAT TGCCCAAAAA
CAAGCTATTG AACTTGCAAA ACTGGAACTA CAAAAATCAT TAAGTGAACT AGATAAAGCA
ACTAAAAATG CGAACTTAGC GGACGATGAA AGCACTTTAC CAACCGCAAT CGCTTCTTTA
GCATCAGCAA TCGCCAATAG CAACACAACT CTTGCTAAAT ATGAAGATTT AAAAGAAAAT
GAAGTTATTA AACCGCATTA CGATGCACTA AAGAATTACT TAACTAACGA AGCAAAAAGT
GCCTTAGAGC AAGCCAAAAA TCGTCAAGAA GCTAAAAAAC AAGCTAAAGC CCAAATTGAT
AAAGATCTAG CAAAGGCAAA AGCCGATTAT GAAGGCATCA AAAATACCAT TGATGCGCTT
GAATCAACTG ATAAAATTGC CGAACTACAA AACATTATTA ATAACAATTT ACCCACTTTA
AAAGATCGCG TTAAAGGAAT TGAGCAATCA GCTGAAAACA CTAAATATCC TGAAGCTAAA
GAAAAAGCCA AGGAACTTTT AAAACAAATT GATAAATTAA CACTAGAAGC CCAAGCAAAA
CTAGAAAAAC TTAAAAAAGA TAAAGAAACG CAAGAGCTAG AAAATAAAAA ACTGCAAGAT
TTACGGCAAG AACTTGAAGC AGTTATTAAA AACTTAGGCA TTGTTAGTGA CAGAGCAAAA
TCGCACCTAG TGCCAGGAGC AAGTGCTAAC AACATTGAAC TTGCCAAAGC AATTAAAGAA
ATTGAAGAGC AACTGGCTAA TGCCGATGAT ACAAGAGCCA AAGTTGCCCA AGCTAATAAA
CAAGCAGAAC TGACAAACGA GCTTAACAAG TTAACTGATG TTGAAAACAT AGCAAAAGAC
CTAAAAGCTC AATTGCTGGC TAAAATTGAA GCTTCAAATC AAGACATTGC CAATAAAATT
ACAGAAGCTA GAGCAAAACT AAGTCAATAC ATACAAAATG CTAATGAAGC TAACGATCAA
AAGAACTTAG CCAATTTATT AGCGGCGATG AACAATCTTG AAAAACTACT AAAAGAGGCT
CAAGACATCC AAACTTTAGC CACCAAAGTT GGTTCAAATA AACTAGCTGA AGCTCAAACA
TTAACTAATG ATGTAAATAA GGCCTTGTCA GATGCTGAAG CAAAATATAA AAAGCTAAAA
AAATCCTTAG AAGATGAACA AAGCTTGTTA GATAGTCTTA ATAAAGCAAT TGAAAAGCAA
AGCAAAACGC TTAACGACGC TAAACAAGGG GCTGATAAAG CAACCACTAT TGACGGTAAA
GACAGCAAAT ATAGCCTTTT AGATAAAGCG TTGCAAGATG CCAAAACTGA GCTTGACAAA
ATGAAGGAAG AAGCGAAAGA TCTAAAAGAT CAAGCTAACA AAGATAGTAT TAACAACAAA
ATTGAGAACT TAGAAAAACA AATTAGTGAC GGCGAAGAAG ATCTAAAGAA AAAACAAGAA
GCACTTGCTA AAGATAAAGA AAAAAATGAC AAACTAATAA AAGATTTAAC TGACGAAGCC
AACGACGCTA TTAGCAAGGC TAATGATGCC ATTCAAAATC CTTTTGACAA AAATAAAACT
AAAGAAGCAG AAGATGCCTT AAAAGATGCT CATAAAAAAC TTAATGAAGA AAAAGACAAA
CTAAAAGGCG ATGCTCAAAA TCTTGAAAAA ATTACTAAAA AATTAGAAGA AATTGACCAA
AAACAACAAG ATTTAGCAGA TGCTAAAAAA CAACAAGAAC AATCAGAAGA AACAAGAGCA
AAAGAACTAG CAGAGCAAGC AAAAAAACTA CAAACCGAAC TTGAAAATTT AGTTAAAGAG
CTTAAAGAAA AAATCAAATT TACTGAAATT ACAGCTAAAG CAAACGAAAT TGAAAATAAG
ATCAATAATA TTAACGAAAA CTTTTTAAAA GCTGGCGGCG AGGCTAATAA ACTAAAGGAT
CACGATCACT TAAAAGATGC TTATAAAAAA TTAAAAAAGG CCGTTGATGA TGCTACCAAA
GAAGCAAGCG ATGCCAAAAA TAAAATAACC ACCGATCGAC AAGCATTAAA CGATCGCTTT
AAGTCATTAG AAGCATCAAC TACCACTGTT AAAAATGATC TAAATTCGGC TGGCAACGAC
CAACAAAAAT TAAATGAAGT GATAGGCAAA TTAGAAGGAC AAAACAAACT CCTTGAGCAA
GTTCAAAAAT TAATTGAAGA TATCACTAAA GTTGATCCTG ACTCAGAACT TCTTGCCAAG
GCTAAAGGAC TGCAAACCGA GCTAAATTCA GCTTTAAAAG CGGCTCAAGC CAAACTTAAA
ACTAAAGCTG AAGAAATTGC CAAATTAAAT GAAAGTCTTG AGAGAAAAGC GCAAGAATTA
ACGGCACAAA CTAACAGTAC AAATGCTATT TCTAAAGAAA ATGTTGATAC TCTTGACACA
GCAATTAAGA AGTTAGAAGA ACTAAAAAAT CAAGCTAATA CCTTAAAAAC TGAAATTAAT
ACAAAAAGAG TTGACAACGA TATCAAAAAT GAGACTGAGC AAAAATACCA AGCTTTAGTA
AAAGCAATTA AAGATGCTCA AGACACAATT GACAACAAAA AAACGGAATT AGCAGCGCAA
AAAGCTCAAA ACAAAACTAA TATCGTTGAT CCCGCTATTG AAAAAGCTAA AGATACAATC
AATGCTTTAA ACAACGCTAA TGATGTTCCT TCATTAAAAG ACGCGCTTGA AAACAAACAG
GCTGAAGCTA AACAATCATT AGAACAAGCA ATTCAACAAC TTGAAAAAGA TAAAGACAAC
AAAAAGCTAG TTGAAGATAA ACTAAAAGAG CTTGAAGACG CTGCTAAAAA AGCTAAAGAA
AAATTAGACA AATTAAATCA AAGTGAAGAT AAAGAACTTC AAAAAATTCT TAGTGAGCTA
AATAAAATTG AAAAATCATT AAAAGACGCT AAAGATGCTT TTGGCGACAG TGACACTATT
GATCAAAAAA CTACTAAAAA AGATGCACTA CAAATAGCAA TTGATCAAGC CAAAAATGAT
CTTCAAACGC AAAGTGAAAA AGCTAATAAA CTTCAAGACC CTGCTAAGAA AAAACAAGCA
ACTGACAGAA TTGATCAAAT TAATCAAGCC ATTAAAGATA CTTATCAACC GTTAGTTGAA
ACCAAAGAAA ATGAAATTCA ACAAGCTAAA ACCGAAAATA GTCAAAAAGT TGATAGTGCT
TTAACTGAGT CAAAAAAATC TTTAGAACAA GCCGACCAAG CAATTGGTGA TGATAATAGT
AATTTTGATA AAAGTCAAAA ACTAGATGAC GCCAAAACTA AACTAAATGA AACTCAACAA
AAATTAAATG ATCTTAAAAA TGAATTAGCC GGTGATTCCG AAAATCAAGC AAAAGTTCAA
GATGAATTAA CCAAAATTAC TAAAAAACTC CAAGACCTTG AGCGAGCTAA ACAAGATCTA
AAACAGTCGC AAGATCAAAA AGCTAAAGAA TTAGCAAAGC AAGCCAAAGA ACTAGCTAAC
AATCTTAATA CTTTGGCACA CGACTTAGAT TCATTATGAA AAAAATCTGA AGTCAATGCC
AAAAAAACTG AAATTACTAC TATAGTCAAT AAAGCTAATA CACTAATTAA CGATCCAAAG
ACTAAATATT TACAAGATCA TCCTACACTT GCTCCACACC TAAAAGCACT AAAAGATGCC
ATTACAAATG CTCAATCAAC AATTAATAAA AAAGATAGTG ATATACAAAC TAAAAAGCAA
GCAATTGATA GTTTAATTGC CTCACTTAAA ACTGATTTGA ATGCATATCA ACAAGAACTA
ACTACTGCCG GGTACGATAA ATCTAAACTA CAAGCGCTAA TTGCAAAAAT TGAAAAATTA
GATGACTCGA ATGCGGCTCT TAATAAAATA CAAAAACTAC TTGAACAAAT TGAAGAAATA
AGCTACACAG AAAAGCAAAC TGAAATTACC AATTTAAAAA ATGCTTTTGA AGACATTATA
AAAGAAGCTA AAAGAAGAGT TGCTAATATT GCTCACAAAA TCAATGATTA CAATCAAGAA
ATTAATACAT TAATAAGCGA TATTAACAAT GCTAAAACTT TAGTAGAAAC AACTGAGAAA
ATCAAAGTTG ATGATTTAGA CGCTGCTCTT CGAGCCTTAG AACAACAACT TAATAAAATT
ACAGGGTTAG AAACTAGAAT TAAAAACGAA AAAAGTAGTG ATATTAATGC GGGTGTCAAG
ACTAATCTAG ATAAGCTAAA AGCTTTAGAA GCTTTAGCTA AAAGCCTAAA ACAAACTAAG
GAAGCTGAAT TAGAAGAACA ACGTCAAGCT AATCAAAAAG CAATTAAAGA TTTCGAAGAC
TTCATGAAAC AAAAAAGCAA AGAAATTAAT GAAATAATTG CCAAAAACTA TGATTTTATC
GTTGATAAAT ACGATAGCGG AAAAGCTGCG GTTGCTAAAG TAAGCGAAAT TAGAGGAAAA
TTAGTTGCTC TTGAAAACCA AGTAAAAGGT GAATCAAAGT GAAATCAAAC AATACAAGCT
TTTGAAAAAG AATTAACTAC AATGTCAACG AGTGCATCTC AACATTGAAT TAACTCAGAA
GCATCACTTG GTGCGGAACT AGAAAGGTTA GTCAACATTT TAACCATTGA TGGTATTAAC
AATATTGAAT CAATCAAAAA ACTAGAAGAA TTTTTGATTG ATGACAAGTT TGATAAAGAA
TTTGACCTTG CTAAAAGAAT AGTCAATGTC TTAAGAGGTT ACTTTGAATT TAATTACTCA
ATGACTCCTT CGTTATATAA GTCTTTATTT GACACTTTAA GTAATACTGT TAGCCGATGA
AACCGCGACA CTTACAAAAC AAATGTTCAA AACCGGATCA ATTTAATTAA AAAACAAATT
GTACAAAATA GTGATGAAGC TAATGAACTT TTAAATAAAG GTTTTAGTCA AACTGAAATT
GACACGCTAA AAACAAACAT TATAAGCTCA GACTCAATTA AAGAAGCGCA AAGCAAATTA
AATGAAGCTA AAACTAAAAG TCAAAAGATT GCTAATGAAT TGAATAGTTT AATTAAAGCT
AAGCTTGCTG AAATTAATCA AATAAAAACT AATTTTAAAA GCTTGTGAGA GAATAAAATT
GGCCATGATG GCAATCCATC TAATTTCGTT GAAGACTTCA CTAAAGAAGC ACAGCACAAA
ATGCAAATAA TTGACGAAAT AATCAAAAGT ATAAAACAGA GTTTTAAAAA TAAAAACTAT
GAATTGAATA ACGCATTTAA TGAACTTGAT CAATTAGCTA CTGAGGTAAA AAATTACCTA
AAGGAAATGT TTGATAAGTC TACCGAGGTT GCTAAAACGA TTGCAAAATG GAAAAATGGC
GATTTGCCCG AATTTGAACA AACCGAAGGA ATTAAAGAAT TAACAAAGAG CTGGAATTTT
GAAGCTAGTT TAGCTAATTT AAAAAAGATA GAAGCTGAAT TTGCTAATAT AAAAAGTTAT
TGACCAGCAG TTCAAGAATA CGCAACTATT TTGAAACGTT CATCAAAATA TTTAAATTTA
CTTGGACCAG TTGAAAAGCT GTTTGCCCAT TATCCGGACG CTAAAACGCT TTGAGATGAA
ATTCAAAAGT GAAATTCTAA TGTATACGCT AAAGTTTTAG CATTGGACAT TAAAAAATTG
AAAATGTCTG AATTAGAGCA AATTTTACAA TATATGAAAA CTTCAGCAAT GATTGATAGA
GATATTTTTT CAACGCAAAG AAAGCTTGAA TTAAGTTATG AGTTATATCC TAAATATACA
TCGCACTTTG CAGTTTTCGA TGATTGAATA AGTATTGATC ACAAATGGAG CGGATACATA
ATACTAAGTA ATATAACAAA CAAAAACTTA CGCACTAAAG TGAGAGAAAT ATTAAGAAAA
ACTTTTGAAA GTCTTAATTG GGATAGATAT CCTTTGGACG CGCTTAAAAT ACGAATGGAC
CGGCTTGATG AATATATTAA ATTCGTTAAA GATAATAATT TAGTTGCTTA A
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| Protein sequence | MSHAKKKKIA IIVLASTAAL LAAGTVSGVL YAHQSATKRS KGNDKKPEIQ DISELEKKIE
TIRDSHKQNL KNEAWKILEA LKITIRNAKK ANNVRDLSQV ISDFERLIPL GEAYLAELKK
LPELEALAND LKNVIDLAKE ALKEAKEKLL DLQQKEKILK DKLQTLLNKI AQAIAKEPNA
NDVATIEALI AELKTLQIES DDLSQSLKAA KLLEELKLLN DANLKIKETI SVLQKRLIAI
NPEKQKEITK QANQKILDLE KSQKDVENAN DISTLPNAIK KLEKDLEDAK SLEKDAKDNG
LNDVAKKLQD AINKGEEALK KGKEKEQKII EANNALIKKV NELVAKITKD VNDANRLSTQ
SEDSLINNTK AALEEDVKQS EKLAKQAEDA TLLAEVNKIK DAKDKAEEAL KKINEIIAQK
QAIELAKLEL QKSLSELDKA TKNANLADDE STLPTAIASL ASAIANSNTT LAKYEDLKEN
EVIKPHYDAL KNYLTNEAKS ALEQAKNRQE AKKQAKAQID KDLAKAKADY EGIKNTIDAL
ESTDKIAELQ NIINNNLPTL KDRVKGIEQS AENTKYPEAK EKAKELLKQI DKLTLEAQAK
LEKLKKDKET QELENKKLQD LRQELEAVIK NLGIVSDRAK SHLVPGASAN NIELAKAIKE
IEEQLANADD TRAKVAQANK QAELTNELNK LTDVENIAKD LKAQLLAKIE ASNQDIANKI
TEARAKLSQY IQNANEANDQ KNLANLLAAM NNLEKLLKEA QDIQTLATKV GSNKLAEAQT
LTNDVNKALS DAEAKYKKLK KSLEDEQSLL DSLNKAIEKQ SKTLNDAKQG ADKATTIDGK
DSKYSLLDKA LQDAKTELDK MKEEAKDLKD QANKDSINNK IENLEKQISD GEEDLKKKQE
ALAKDKEKND KLIKDLTDEA NDAISKANDA IQNPFDKNKT KEAEDALKDA HKKLNEEKDK
LKGDAQNLEK ITKKLEEIDQ KQQDLADAKK QQEQSEETRA KELAEQAKKL QTELENLVKE
LKEKIKFTEI TAKANEIENK INNINENFLK AGGEANKLKD HDHLKDAYKK LKKAVDDATK
EASDAKNKIT TDRQALNDRF KSLEASTTTV KNDLNSAGND QQKLNEVIGK LEGQNKLLEQ
VQKLIEDITK VDPDSELLAK AKGLQTELNS ALKAAQAKLK TKAEEIAKLN ESLERKAQEL
TAQTNSTNAI SKENVDTLDT AIKKLEELKN QANTLKTEIN TKRVDNDIKN ETEQKYQALV
KAIKDAQDTI DNKKTELAAQ KAQNKTNIVD PAIEKAKDTI NALNNANDVP SLKDALENKQ
AEAKQSLEQA IQQLEKDKDN KKLVEDKLKE LEDAAKKAKE KLDKLNQSED KELQKILSEL
NKIEKSLKDA KDAFGDSDTI DQKTTKKDAL QIAIDQAKND LQTQSEKANK LQDPAKKKQA
TDRIDQINQA IKDTYQPLVE TKENEIQQAK TENSQKVDSA LTESKKSLEQ ADQAIGDDNS
NFDKSQKLDD AKTKLNETQQ KLNDLKNELA GDSENQAKVQ DELTKITKKL QDLERAKQDL
KQSQDQKAKE LAKQAKELAN NLNTLAHDLD SLWKKSEVNA KKTEITTIVN KANTLINDPK
TKYLQDHPTL APHLKALKDA ITNAQSTINK KDSDIQTKKQ AIDSLIASLK TDLNAYQQEL
TTAGYDKSKL QALIAKIEKL DDSNAALNKI QKLLEQIEEI SYTEKQTEIT NLKNAFEDII
KEAKRRVANI AHKINDYNQE INTLISDINN AKTLVETTEK IKVDDLDAAL RALEQQLNKI
TGLETRIKNE KSSDINAGVK TNLDKLKALE ALAKSLKQTK EAELEEQRQA NQKAIKDFED
FMKQKSKEIN EIIAKNYDFI VDKYDSGKAA VAKVSEIRGK LVALENQVKG ESKWNQTIQA
FEKELTTMST SASQHWINSE ASLGAELERL VNILTIDGIN NIESIKKLEE FLIDDKFDKE
FDLAKRIVNV LRGYFEFNYS MTPSLYKSLF DTLSNTVSRW NRDTYKTNVQ NRINLIKKQI
VQNSDEANEL LNKGFSQTEI DTLKTNIISS DSIKEAQSKL NEAKTKSQKI ANELNSLIKA
KLAEINQIKT NFKSLWENKI GHDGNPSNFV EDFTKEAQHK MQIIDEIIKS IKQSFKNKNY
ELNNAFNELD QLATEVKNYL KEMFDKSTEV AKTIAKWKNG DLPEFEQTEG IKELTKSWNF
EASLANLKKI EAEFANIKSY WPAVQEYATI LKRSSKYLNL LGPVEKLFAH YPDAKTLWDE
IQKWNSNVYA KVLALDIKKL KMSELEQILQ YMKTSAMIDR DIFSTQRKLE LSYELYPKYT
SHFAVFDDWI SIDHKWSGYI ILSNITNKNL RTKVREILRK TFESLNWDRY PLDALKIRMD
RLDEYIKFVK DNNLVA
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