| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1806 |
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| Symbol | |
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| ID | 7408593 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | - |
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| Start bp | 1878056 |
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| End bp | 1882264 |
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| Gene Length | 4209 bp |
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| Protein Length | 1402 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643716183 |
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| Product | DNA polymerase III, alpha subunit |
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| Protein accession | YP_002573672 |
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| Protein GI | 222529790 |
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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 | 9 |
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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 | ATGAGCGAGA CTCTATTTTT GCCGGTAAAG CCTGTCAAGA TTGAGTTTGA TAAATCAAGT
AAGGACCTTA AAGTTTATGT GGAAAGCCTT GATAGTCTTC AAGGTACAGA CCTTATAGGC
ATTGAACAAA GGTTTAAGTC TCTTTTAGAA AGTTGCAGGG ATGTTGAGAT AAAACTTTTC
AAAACCAGAA ACCTGACGTT GGAAGAACTT TTGAAGAAAT ATAGATGGTT TTTATTTTAT
AAGATTTCAA AAAGATGTAA CGGTCTTAGT CATTTTTTGA GAGAATGTGA GATTGTGCCA
AGTTCAAACG GCTTAGATTT TCTGGTTCCA AATGGTATAA GAGATATCCT TTTTGAAAGA
AAGGTAGATG TGCTTGTAAA GCAAATACTG TCTGAAGAGT TTGGAATAGT ATGCGACGTG
GATTTTAAGA TTAAAGACTT TTTTATCCAG TTTGACACAG ACCAGGAAGT AGAAAAATAT
CTAAGGCTTA TCGAGGAAAA GAAAGAAGAA ACTGAGAAAA TTACAACTGA AAAGAGTGAG
GTTGAGACAG ACCCGACCAT TATATTTGGC AAAAAGATAG ATGAAAAGAA AGAGGTAATT
CCTATTTCTC TTATCAAAGT TGGTACTGAT TGTGTGATTG AAGGTGAAAT TTTTAATCTT
GAGATAAAAG AGACTAAAAA CCAGAATGTG CTCATACACA AGCTTTACAT CACAGACTAT
TTAAATTCAA CCTTTGTAAA AATTGTTGCC AAGAAAGATA AAATTCCTAC TTCAATTTCT
GTTGGAGATT ATGTTAAGGT TGAAGGCAGG GTAGAATTTG ACGATTTTGA AAAAGCGGTT
GTGGTGAATG CTAAAAACAT AAACAAAAGT CAAAAACCTC AGCGACTTGA TACAAGCAAT
AACAAGAGAG TAGAACTTCA TGCTCATACT AAAATGTCTG CTATGGATGC TGTGTGCTCT
GCAGAGGAGA TTATAAAATT GGCAGCTTCA ATGGGGCACC GAGCAGTTGC AATAACAGAC
CATGGAGTTG TTCAGGCGTT TCCGGAAGCA CAGGAGGCTA GCAAAAGCTG TAATATCAAA
GTTATCTATG GGATGGAATG CTATCTTATT GATGATGGCG TGCCAGTTGT TTACAATCCT
AAGGAAGGAC AAGGATTTGA CTCTACCTTT GTGGTTGTTG ACATTGAAAC AACAGGGTTT
GACAGTCAAA GAGATAGAAT AATAGAAATT GGTGCTGTGA AAATAGAAAA CGGTCAAATA
ACAGAAAGAT TTTCTACATT TGTTGACCCC GAAGGCAAAA TCCCTGTCAG AATATCAGAG
CTAACAGGCA TATACCAAGA TATGGTTGAT AAAGCCCCAA AGCTGAGTGA TGCCATTTTG
GAGTTTGAAA AGTTTGCAAG CGGCAGCGTT CTTGTTGCGC ACAACGCTCA GTTTGACATT
GGATTTTTGA AAAAGGCGTA CCAGGAATGT GGAATTATAT TCGACTATAC ATATATCGAT
ACGCTGGAAC TTTCAAGAAG GCTTTTGACA GATCTGTCTT CTCATAAGTT AAACAAAGTT
GCAGAGTTTT TAAATATAGA GTTAAAACAT CATCACAGAG CTGATTCTGA CGCAGAAACA
ACAGCTGGTA TCTTTATTTC TCTTGTGGAA AGATTAAAAG CAAGAGGATA CAAATGGTTA
AAAGAACTTA ATTCAATTGA GTCAAACGCA AAAGCAGACC TCAAATCTCA CAGCTATCAT
GCAACTATAC TTGTAAAGAA CCAGCAGGGG TTAAAAAATC TCTACAAACT GGTATCGTAT
TCTCATTTAG AATACTTCTA TAAAAGGCCA AGGATACCCA AAAGTCTTTT GATACAATTA
AAGGATGGAC TTTTGATAGG AAGTGCGTGT GAGTCTGGTG AAATTTTCAG GGCCTTTTTG
GAAGGAAAAA GTGAGGAAGA GATAGAAAAG ATAGCAGCAT TTTATGATTT CCTTGAGATA
ATGCCGGTTG AGAATAATTC TTTTTTGATT AGAGAAGGAT ATTTAAAAGA TGAAGAAGAT
TTAAGAGAAA TCAATAGGAA GATTTACAAT CTTGGCAAAA AACTTGGCAA GCTTGTTGTT
GCGACATCTG ATGCGCACTA TTGTCATCCA CACCAAAGAA TCTTGCGCCA GATTTTGAAA
CATAACCAAG GATACGATGA TGTTGAAAAT GACCCATTAC TTTATTTCAG AACAACAGAT
GAGATGCTAA AAGAATTTGA ATATCTTGGC AGTGATTCTT GTTATGAAGT TGTTGTAGAA
AATACCAATA AGATTGCCGA TATGATAGAA GATGTAAAAC CAATACCCGA TGAGACTTTT
CCACCCAAGA TTGAAGGCGC TGAGGAAGAA ATATACAATA TGACAATGAA GAAAGCTCAC
GAAATATATG GGGACCCTCT TCCGGAGATT GTAAGAGCAC GGCTTGAAAA GGAACTGAAT
TCGATAATCA AGAATGGTTT TGCAGTAATG TATTTGATTG CTCAAAAGCT TGTGTTCAAA
TCTTTGTCAG ACGGTTATCT TGTTGGTTCG CGAGGTTCTG TTGGTTCTTC TCTTGTTGCA
ACAATGTGTG GGATAACCGA GGTAAATCCG TTGCCCCCAC ATTATATTTG TCCAAACTGC
AAGTATTCTG AATTTATAAC AGATGGTTCT GTTGGATGTG GTTATGACTT GGAAGACAAA
AACTGTCCAC GCTGTGGGGA GAAACTTAAA AAAGATGGGC ACGACATTCC GTTTGAAACG
TTCTTGGGAT TTGATGGGGA TAAAGAGCCT GATATTGACC TTAACTTTTC TGGAGATTAT
CAACCAATAG CACACAAGTT TACAGAAGAA CTTTTTGGAC AAGGTTATGT TTTCAGAGCT
GGTACAATCT CAACAGTTGC TGAAAAGACT GCGCACGGGT TTGTGACAAA ATATGCTGAG
GAAAAAGGTT TGAGTCTTCA TCCTGCAGAG ATTTTAAGAC TTTCTCAGGG TTGCACAGGA
GTAAAAAGAA CAACAGGCCA GCATCCTGGT GGGCTTATGA TTGTTCCAAG AGACAAAGAA
ATATTTGATT TCACACCTAT TCAGCATCCA GCAGATAGCA CTGACAAAAG TGTTATTACA
ACGCACTTTG ATTATCATGC TATATCAGGA AGACTTTTAA AACTTGATAT TCTTGGACAC
GATGACCCGA CTGTTATAAG AATGCTCCAG GACTTAACAG GAGTTGACCC GCGCTCAATA
CCACTTGACG ATAAGGCTAC CATGTCAATT TTTACAAGCA CAGAAGCTCT TGGAATTTCT
CCTGAGGACA TAGATTGTGA AGTAGGGACT TTCGGTATAC CTGAGTTTGG GACAAGGTTT
GTAAGACAGA TGTTAATTGA GACAAAACCA AAGACGTTTG CTGAGCTTGT TCGTATTTCA
GGTCTTTCGC ACGGTACAAA TGTGTGGACA AACAATGCTC AGGATTTAGT AAGAAATGGA
ATTGCAACGC TCAAAGAGGT AATTTCTACA AGAGACGATA TTATGTTATA TTTAATTCAA
AAGGGTGTTC CACCAAAAGA CAGTTTCAGA ATCATGGAAG ATGTTAGAAA AGGTAAAGGA
CTAAAACCGG AGGATGAGCA ACTTCTAAGA GCTCACAATG TTCCAGACTG GTATATAGAG
AGTTGTAAAA AGATAACCTA CATGTTTCCA AAAGCACATG CTGCAGCTTA TGTAATGATG
GCGTTCAGGA TTGCTTATTT CAAGGTACAT TATAAGGAGG CATTCTATGC AACATATTTT
ACAGTCAGAG CAGACGATTT TGATTATGCA ACAATCCTCA AGGGGAGAGA TGCTATAAGG
CAAAAGATAA GAGATTTGGA AAACAGGATA AGTAGTCTTT CTCAGAAAGA CAAAAACCTT
CTGACAGTGC TTGAGATTGC AAATGAGATG TTAGCACGGG GTTTAAAGTT TTACCCTGTT
GATTTGAACG AGTCTGATGC TGAGAAGTTC ATTATAAAAG ATGGAGGGCT TTTAATACCC
TTTAATGCTC TGCCAAATGT TGGGGTGGCA GCTGCAAAAA GCATTGTAGA GGCGCGCAAA
GAAGGAAGAT TTTTGTCTGT GGATGACCTT ATAAGACGTG CAAAGCTAAA CAAGCAGGTT
ATAGAGATTT TGACTCAGTA TAAAGTGTTA AAAGACTTGC CACAGACAAG TCAGCTAAGC
TTTTTCTAA
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| Protein sequence | MSETLFLPVK PVKIEFDKSS KDLKVYVESL DSLQGTDLIG IEQRFKSLLE SCRDVEIKLF
KTRNLTLEEL LKKYRWFLFY KISKRCNGLS HFLRECEIVP SSNGLDFLVP NGIRDILFER
KVDVLVKQIL SEEFGIVCDV DFKIKDFFIQ FDTDQEVEKY LRLIEEKKEE TEKITTEKSE
VETDPTIIFG KKIDEKKEVI PISLIKVGTD CVIEGEIFNL EIKETKNQNV LIHKLYITDY
LNSTFVKIVA KKDKIPTSIS VGDYVKVEGR VEFDDFEKAV VVNAKNINKS QKPQRLDTSN
NKRVELHAHT KMSAMDAVCS AEEIIKLAAS MGHRAVAITD HGVVQAFPEA QEASKSCNIK
VIYGMECYLI DDGVPVVYNP KEGQGFDSTF VVVDIETTGF DSQRDRIIEI GAVKIENGQI
TERFSTFVDP EGKIPVRISE LTGIYQDMVD KAPKLSDAIL EFEKFASGSV LVAHNAQFDI
GFLKKAYQEC GIIFDYTYID TLELSRRLLT DLSSHKLNKV AEFLNIELKH HHRADSDAET
TAGIFISLVE RLKARGYKWL KELNSIESNA KADLKSHSYH ATILVKNQQG LKNLYKLVSY
SHLEYFYKRP RIPKSLLIQL KDGLLIGSAC ESGEIFRAFL EGKSEEEIEK IAAFYDFLEI
MPVENNSFLI REGYLKDEED LREINRKIYN LGKKLGKLVV ATSDAHYCHP HQRILRQILK
HNQGYDDVEN DPLLYFRTTD EMLKEFEYLG SDSCYEVVVE NTNKIADMIE DVKPIPDETF
PPKIEGAEEE IYNMTMKKAH EIYGDPLPEI VRARLEKELN SIIKNGFAVM YLIAQKLVFK
SLSDGYLVGS RGSVGSSLVA TMCGITEVNP LPPHYICPNC KYSEFITDGS VGCGYDLEDK
NCPRCGEKLK KDGHDIPFET FLGFDGDKEP DIDLNFSGDY QPIAHKFTEE LFGQGYVFRA
GTISTVAEKT AHGFVTKYAE EKGLSLHPAE ILRLSQGCTG VKRTTGQHPG GLMIVPRDKE
IFDFTPIQHP ADSTDKSVIT THFDYHAISG RLLKLDILGH DDPTVIRMLQ DLTGVDPRSI
PLDDKATMSI FTSTEALGIS PEDIDCEVGT FGIPEFGTRF VRQMLIETKP KTFAELVRIS
GLSHGTNVWT NNAQDLVRNG IATLKEVIST RDDIMLYLIQ KGVPPKDSFR IMEDVRKGKG
LKPEDEQLLR AHNVPDWYIE SCKKITYMFP KAHAAAYVMM AFRIAYFKVH YKEAFYATYF
TVRADDFDYA TILKGRDAIR QKIRDLENRI SSLSQKDKNL LTVLEIANEM LARGLKFYPV
DLNESDAEKF IIKDGGLLIP FNALPNVGVA AAKSIVEARK EGRFLSVDDL IRRAKLNKQV
IEILTQYKVL KDLPQTSQLS FF
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