| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MCAP_0339 |
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| Symbol | polC |
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| ID | 3828732 |
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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 capricolum subsp. capricolum ATCC 27343 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007633 |
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| Strand | - |
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| Start bp | 402434 |
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| End bp | 406873 |
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| Gene Length | 4440 bp |
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| Protein Length | 1479 aa |
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| Translation table | 4 |
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| GC content | 24% |
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| IMG OID | 637823497 |
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| Product | DNA polymerase III, alpha subunit |
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| Protein accession | YP_424323 |
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| Protein GI | 83319984 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2176] DNA polymerase III, alpha subunit (gram-positive type) |
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| TIGRFAM ID | [TIGR00573] exonuclease, DNA polymerase III, epsilon subunit family
[TIGR01405] DNA polymerase III, alpha chain, Gram-positive type |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGCAAACAA AAATACTAAA CATCTTTAAA AAATTAGATA TCAAATTAAG TGAAGATGAT
TATATCTATT TTAAAGATGC TATTTTAGTA GAAACTCCTA GAATTTCTAA AATTAAAAAC
AAAGGTTATT TGCATATTCA AATTAAAGAC TTTTTACCAA TAGAAGTTTT AAAACAAATT
GATAACAAAC TAAAAAATAA TAATTATTTT AATTTTAAAT TAATACTTGA TGTAGAAAAT
CAACATATTA ATAAACAACT AATTAGTCAA TATTTAGAAT TTATTAAAAT GTATAAATCT
TTATTTAATA ATCGAATTTC TTGAAAATTA TTAGATATTT ATAATTTTGA CTTAGAAAAT
AATCAATTAA TTTTTACAGT AAGTAGTCAA ACAACTAAAA ATGATATTAG TCAGGAATTA
GATTATTGTT TAGCTAAATT AAATCAATTT GGGTTTAAAA ATCTTAGTTA TTTAATAAAT
GTTAAAGAAA TTAGTTTAGA TGCTTTAGAT CAACAAGAAC AAAAAAATAG TACAAGTATA
GAACAACAAA CAGTAATTAA ACAAGTTGAA AAAAAATCAA GTTTACCTAC TAGTTATAAA
AATAAAAGAA CTAATTTAGA TAAACCTAGT TATCAGTCAT TATTAGATGT TGAAGATGAT
GCACAAAACA TTGTAATTCA AGGTGTTGTG ATTAATAAAG AGTTTAAATT ATCAAAAACA
GGTAGAAAGA TTTTTTATAT AGATATAACT GATTATCATT CTTCAATTAG ATGTATGTAT
TTTGCAAAAA GTGATGCATT ATGTGAATTT GATGATTTAA CTGATGAACA ATTAAATTCT
AAAAATGTTG AAGAAATTAA AGAAAGTAAA ATAAAAATAA ATGATTGAAT TAGTGTTAAA
GGAAAAACTA GTTTATCTTT ATATGATCAA GAACAAATTT TTTATATTGA TGATTTTAAA
AAGATTAATA AACAAATTAT AAGTAGAACT GATGATGCTA AAACTAAGCG TGTTGAATTA
CATGCTCATA CTAAAATGAG TGTAATGGAT GGAGTTAGTG ATCCAACTGA TTATTTAGAA
CTAATTAGTA GTTGAAATCA TAAAGCAATT GCTTTTACAG ATCATACTAA TGTACAAGCT
TTTCCAGATA TTTATAAAGC TTTAAATTCA GTTAATAAAA AACGTATTGA TCAAGAGAAA
ATTAAAGCTA TTTATGGTTT AGAAATCAAT ATGTTAAATA ACGATTTATG ATATGTTAAA
AATCCTAAAA ATCAAAATTT AAAAGATGCT AAAATGGTCT TTTTTGACTT AGAAACTACT
GGGTTAAGTC CTGAATTAGA TGAAATTATT GAATTTGGAG CTATTGAATA TAACTTTAAA
ACTGGTGAAA GAAAAAAAAT AGATATTTTA ATTAAACCAA AATCAAAACT AAAAGATTTT
ACTAAAAAGC TAACTAATAT AAATGAAGAA ATGTTAGAAA ATAAACCAGG AATTGAAGTT
GCTTTTAAAG AAATTAATCA AGTAATAAAA GATGCTATTT TAGTAGCTCA TAATGCTAAT
TTTGACTATA CTTTTTTATC ACATTGATCT GAAAAACTAG GTTATGGAAA ATTAGAAAAC
ACTATTATTG ATACTTTAAC AATCTCAAGA ATTATTTATC CTGAATTAAA ATCACACAGA
TTAGGTTCAT TAGCAAAAAG AGTAAATATT TCATATGATC CAAGCATTGC TCACCGTGGT
GATTATGATG CTGATATATT AGCTGATATT TATGAAAGAA TGTTAGATGA CACTAGAAAA
AAAACTAAAA TCACAATCGA TAGTGATTGA GATAAAATAA ATCCTTTAAA TAATATCGAT
AATTTGAATT ATCACAAAAA TAAAGGTTTT CATACAAACA TTTTAGTTAA AAACCAAACA
GGATTAAAAG AGTTATATAA ATTAGTAACA AAATCACATA CTACTAATTT TTATTCATCT
CCAAAAATTT TTAAAAGTGA TTTAATCGAA GTTAAAAAAA ATAATAATTT ATTATTTGGT
TCAAGTTGTG TTAATAGTGA AATTTTTGAA CTAGCTAGAA CTAGTACACT TGAAAATTTA
AAACAAGCAA TTAGTTTTTA TGATTATATT GAAATTCAAC CAATTAGTGT TTATAAAAAT
TTATTACAAA ATGATTCACT AGATTTAGAT CAATTAAAAA AAATAATTAC AAATATTATT
AGTATAGCAA GACAAGAAAA TAAACTAATT GTAGCAAGTA GTGATTGTCA TTATACAAAT
CCTGAACTAA AACAAATTAG AGAAGTTTAT ATTAATGCTA AAGGACTTGG TGGAATTAGA
CATCCATTAT TTGATTTTAA TAATAAAGTT AAAGATTATC CTGATCAATA TTTAAGAACA
ACTAATGAAA TGTTAGAAGA ATTTAGTTGA TTAGAAGATG AAAATTTAAT TTATGAAATA
GTTGTTATTA ACTCTAATAA AATTAATGAA ATGATTGATG TCAATGTCAT TCCTATTAAA
GATGGATTAT TTACTCCAAA AATTGCTAAT GTTGATGAAA AATTAAGAGA TAAATGTTAT
CAAACAGCAA AACAAATGTA TGGAGAAAAT TTACCAGATA TTGTTGAAAA AAGATTAGAA
AAAGAATTAG GTTCAATTAC AAAACATGGG TTTGCTATTG TTTATTGGAT TTCTCATTTA
TTAGTTAAAC AATCATATGA TGATGGATAT TTAGTAGGAT CACGTGGTTC AGTTGGTTCA
TCATTTGTAG CAACTATGGC TCAAATTACA GAAGTTAATC CTTTAAAAGC TCATTATAGA
TGTTTAAATT GTAAATACTC AGATTTTGAT ACTGATCCAA CTTATAAATG TGGATATGAT
TTGCCTACAA AAAAATGTCC TAATTGTAAT GAAAAACTAA TTGGAGATGG TCATGATATT
CCATTTGAAA CTTTTTTAGG TTTTGATGGT GATAAAGTTC CAGATATTGA TTTAAACTTT
TCTGGAGAAT ATCAAAACCA AGCTCATAAT TTTACTAAAA AGATGTTTGG TGAAAATAAT
GTTTTTAGAG CTGGAACAAT CTCAACAGTT GCTGAAAAAA CTGCTTTTGG TTATGTAAAA
ACTTATTTTG AAGAAACTAA AAGAGATGCA AGTTTGCCAA GAAAAACTGA AATTAATAGA
TTAGCAAAAC TAGCTCAAGG AGTAAAAAGA ACAACTGGTC AACATCCAGG TGGAATTATT
ATTTTACCAA ACGAGTATGA AATTGAAGAT TTTACTCCAG TTAATTATCC AGCTGATGAT
TTAAGTTCAA CTTGAAAAAC AACTCATTTT GATTTCCATT CAATTCATGA CAATTTATTA
AAAATGGATA TTCTAGGTCA TGATGATCCA ACCGCTTTAA GAATGCTAAG AGATTTGACA
AATATTGATC CAATTACTAT TCCAACAGAT GATAAAAATG TTTATTCATT ATTTTCATCT
TTACAAGCTT TAAATTTAAC TTCAGATAAA ATTAATGATG AAATCACTGG AGCTATTGGA
ATACCTGAAT TTGGAACTGG CTTTGTTAGA AATATGCTAA AAGAAACAAA ACCAAAAACT
TTTGCTGATC TAGTACAAAT TTCTGGTCTT TCACATGGTA CTGATGTTTG GTTAGGTAAT
GCTAGAGATT TAATTAAAGA TAATAAAGCT AATATTTCTA CAGTTATTGG ATGTAGAGAT
GATATTATGG TTTATTTAAT AAATATGGGA TTAGAAAGTT CTTTAGCTTT TATGATTATG
GAATCAGTTA GAAAAGGTAA AGGATTAAAA AAAGAATGAA TCGATATTAT GAAAAAACAT
AATATTCCAG ATTGATATAT TGATTCATGT TTAAAGATTA AATATATGTT TCCAAAAGCG
CATGCCACTG CTTATGTGTT AATGGCTTAT AGAATTGCTT GATATAAAAT TTATTATCCA
ACTGAATATT ATGCAACTTA TTTATCTACA AAAGCTGATG TTTTTGATTT AAAAACAGCT
CTTGGTGGAT ATGAAGCAGT TTTATTAAAA TTAAAATCTC AACAACAAAA AGTAAAAAAT
GGAGAAAAAT TATCAAAAAA AGAAGAAGAT TTAGAAGTTG TATATGAAGT TTTATTAGAA
ATGTTTGCTA GAAATATTAA GTTTAGTAAT ATTGATTTTG AAAAATCTGA AGCTACTAAA
TTTAAAGTAG ATATTTTAGA AGATAATACT AAAATTATTA TTCCACCATT TAATGTGATT
GATTCACTAG GAGAAGCAGT GGCACTTTCT ATAATTAATG CTAGAAATAC AAAACCAATT
ACTTCAGTTA ATGATTTAAA AAACAGAACA CAAACTACAC AAACTCAAAT TAAAATTTTT
GAAGAATTTA ATATTTTAGA CTCATTATCA GTTGATGAAC AATTAACTTT TGATTTCTAA
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| Protein sequence | MQTKILNIFK KLDIKLSEDD YIYFKDAILV ETPRISKIKN KGYLHIQIKD FLPIEVLKQI
DNKLKNNNYF NFKLILDVEN QHINKQLISQ YLEFIKMYKS LFNNRISWKL LDIYNFDLEN
NQLIFTVSSQ TTKNDISQEL DYCLAKLNQF GFKNLSYLIN VKEISLDALD QQEQKNSTSI
EQQTVIKQVE KKSSLPTSYK NKRTNLDKPS YQSLLDVEDD AQNIVIQGVV INKEFKLSKT
GRKIFYIDIT DYHSSIRCMY FAKSDALCEF DDLTDEQLNS KNVEEIKESK IKINDWISVK
GKTSLSLYDQ EQIFYIDDFK KINKQIISRT DDAKTKRVEL HAHTKMSVMD GVSDPTDYLE
LISSWNHKAI AFTDHTNVQA FPDIYKALNS VNKKRIDQEK IKAIYGLEIN MLNNDLWYVK
NPKNQNLKDA KMVFFDLETT GLSPELDEII EFGAIEYNFK TGERKKIDIL IKPKSKLKDF
TKKLTNINEE MLENKPGIEV AFKEINQVIK DAILVAHNAN FDYTFLSHWS EKLGYGKLEN
TIIDTLTISR IIYPELKSHR LGSLAKRVNI SYDPSIAHRG DYDADILADI YERMLDDTRK
KTKITIDSDW DKINPLNNID NLNYHKNKGF HTNILVKNQT GLKELYKLVT KSHTTNFYSS
PKIFKSDLIE VKKNNNLLFG SSCVNSEIFE LARTSTLENL KQAISFYDYI EIQPISVYKN
LLQNDSLDLD QLKKIITNII SIARQENKLI VASSDCHYTN PELKQIREVY INAKGLGGIR
HPLFDFNNKV KDYPDQYLRT TNEMLEEFSW LEDENLIYEI VVINSNKINE MIDVNVIPIK
DGLFTPKIAN VDEKLRDKCY QTAKQMYGEN LPDIVEKRLE KELGSITKHG FAIVYWISHL
LVKQSYDDGY LVGSRGSVGS SFVATMAQIT EVNPLKAHYR CLNCKYSDFD TDPTYKCGYD
LPTKKCPNCN EKLIGDGHDI PFETFLGFDG DKVPDIDLNF SGEYQNQAHN FTKKMFGENN
VFRAGTISTV AEKTAFGYVK TYFEETKRDA SLPRKTEINR LAKLAQGVKR TTGQHPGGII
ILPNEYEIED FTPVNYPADD LSSTWKTTHF DFHSIHDNLL KMDILGHDDP TALRMLRDLT
NIDPITIPTD DKNVYSLFSS LQALNLTSDK INDEITGAIG IPEFGTGFVR NMLKETKPKT
FADLVQISGL SHGTDVWLGN ARDLIKDNKA NISTVIGCRD DIMVYLINMG LESSLAFMIM
ESVRKGKGLK KEWIDIMKKH NIPDWYIDSC LKIKYMFPKA HATAYVLMAY RIAWYKIYYP
TEYYATYLST KADVFDLKTA LGGYEAVLLK LKSQQQKVKN GEKLSKKEED LEVVYEVLLE
MFARNIKFSN IDFEKSEATK FKVDILEDNT KIIIPPFNVI DSLGEAVALS IINARNTKPI
TSVNDLKNRT QTTQTQIKIF EEFNILDSLS VDEQLTFDF
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