| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0598 |
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| Symbol | |
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| ID | 8397378 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | + |
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| Start bp | 695485 |
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| End bp | 699582 |
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| Gene Length | 4098 bp |
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| Protein Length | 1365 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 644994955 |
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| Product | DNA polymerase III, alpha subunit |
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| Protein accession | YP_003152361 |
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| Protein GI | 257066105 |
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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 | 14 |
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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 | ATGAGAATAG ACCTTCATAA TCTAATAGAT GTCAAGGAGG GGAGTTTTTT TGTAGTAGAG
GCCATCTACT TTACTAAGAC CAATATCCTA AGCCTTGAGA TTGAATCTGA TAGCTATAAC
TTCACAAGAG AAGAAAGAGA GAAGCTCTAT GACTATTTTT CCTTCGTAAG CCTTGAAATA
AATGTACGAA GAAAAGAAGT CGAAGATGGA AACGTCTCAG ATAATGATGA GAGAGATGCT
TTAGAAGAAA CAAGCCCTAG TAATACTCAA TCCGAGGAAA AAGTAATAGA AGAGCCTCCC
CTTAGCGAAA CCGAACGCCT AATCAAGGAA AGAGAGGCTA GGGTCCAAGA CGCCATAGAT
TTTACTATCC AAAATAGGGA AGAAGAAAAG AAGGAAGAGA TTCACGTAGA TAACATCAAC
TTTGGTAGGA AAATCAAGGA AGATGTGATA GATATCAGAG ATCTTTACGA AAGAAAGGGA
GTTAATTCTA CCCTAATAGG AAAGGTGTAC GGCCTAGATG TATTCGAGAC CAAGGGTGGA
TATTTTATCT ATACCTTCGA CCTTGAAGAT AAGACTGATG CTATTTCTTG TAAGATTTTT
GCAAATGCTA AGAATAACTA CAAGCTCGAA ACCTTGGGGG AAGGGTCGGA AGTCATGGTC
GAGGGAGTCC TAAACTACGA TGATTTCGCC CACGAGGATG TATTTACAGT AAATGGTATG
GTTGATGCAA TACTCGGCAA AAGGACTGAT ACAGCTCTTG ATAAAAGAAT TGAGCTAGAG
GTCCATACTA AGATGACTAA CCTCGATGGT TTTGTAGACA ATAAGGACCT GGTAAGCACC
CTAAAAAACT GGAAGATGGG AGCTGTTGGT ATTACTGATA CAGCAACCCT CCAAGGCCTT
CCAGATCTTT ACGAAGCCCT TTCTAAGGAA GGGATAAGGA TGCTTCCTGG AGCTGAGCTT
CTTCTAGTAG AAGATGAGCT GAGAGTTCTT ACCAATCTAA GCGATAGGGA AGTTTCCGAG
ATTAAAAATA TAGAAGAAGA AAGCTTTGTC GTATTTGACC TTGAGACAAC AGGTCTTTCC
CGCTACAAGG ATAGGATAAC AGAAATCGGA GCCTGCAGGG TAGAAGGCGG AAAGATTACA
GAAATTTATA ATGAATTGGT AAATCCTGAG ATGGTTATTC CAGAAAAAAT CATCGAAATA
ACTGGTATTA CTAACGAGAT GGTAAAAGAC TGCCCTACAA TCGAGGAAGT CCTTCCAGGA
TTTTTGGACT TCTGCAAGGA CTCAATCCTA GTAGGACAAA ACACCGACTT CGATGTTGGC
TTTGTTAGGG AAAACTGCCA CAGGATGGGG CTAGACTTTA ACCCAATCTA TCTGGATACT
CTTCCAATGG CTAGGGCCTT GTTTAGTGAT ATGAAGAAGT TCTCCCTAGA TAAGATTGCA
AGAAAGTTAG AAATCCCTGC CTTCAACCAC CATAGGGCAA GCGATGACGC TAGGGCTACT
GCTCAGATTT TCATCAAGAT GTTTAAGATG ATTATGGAAG AAGACGGGAT AAATCTTTCT
ACTATTAACA AGCTTAAAAG CCACTGGCCT AAGTCAAAGC ACGAGTACTT CTCAGCTACA
GTTTATGCTA AGGATAAGGT CGGCCTTAAA AATCTCTACC AACTTATATC AGAATCTAGG
ATGAATTACT TTAATTCCGA GGCCAAAACT CCAATCTCAG TTTTAGAAAA GTATAGGGAA
GGCCTCCTAG TAGGGTCAGG ATCTGATGAA GGAATTCTTT TTTCACATTT GCAAAATAAG
AGAAGCAAAA GGGACCTTAA TAGGATTAGA GACCTCTTTG ACTTCTACCA AATGGCTCCT
TTAGGAATCT ATAATGACAT GGTAAATAAG GGTAAGATCC GTGATATCGA CCAGGTTATA
GAAATAAATA AGCAAATCTT AGACTTTGCT AAGGAAGATA ATAAGCTTGC AGTCGCAACT
GGTGCAGTAA GATATCTGGA AAAGGATGAT TATATCCTAA GAAATATCCT CCACAAGGGT
CAGTATTTTA GGTATCATGA GGATGAGCCT CTTTATTATT TTAGGACTAC AAGGGAGATG
ATGGATGACT TCTCCTATCT AAATCCAATT GATGCTGAGG ATGTCGTAAT AAGAAATCCA
AGGAAGATTG TCGATATGAT AGAAGATATT AGGCCAATTC CTAAAGGGAC CTTCCCACCT
AAAATAGAAG GATCTGATAA AGAGCTTAGG GATACTTGCT TTGCCAAGGC CCATTCAATC
TACGGAGACC CCCTACCAAA GATAGTAGAG GATAGGCTTA ACCGTGAGCT TAACTCAATT
ATTTCTAATG GCTATGCTGT TCTTTATATA ATAGCTAAGA AGCTTGTAGG TAAGTCTAAC
GAAGACGGCT ACCTAGTAGG ATCGCGTGGA TCTGTTGGTT CTTCCTTTGC TGCCACCATG
GCAGATATTA CCGAGGTAAA CCCACTTTCT CCTCACTATG TTTGTCCTAA TTGCAAGCAT
TCGGAGTTTT TCGAAGAAGA TCTTTTAGGA GCAGGAATCG ACTATCCAGA CAAGGCTTGT
CCTGAATGTG GAACCATGAT GAAAAAGGAT GGTCACAATA TACCATTCGA GGTCTTCTTG
GGCTTTGAGG GTGATAAGGA ACCAGATATA GACCTAAACT TTGCAGGAGA ATACCAACCT
ACTATTCACA AATATACCGA GGTCCTCTTC GGTGAGGGTA AGGTCTTTAG AGCAGGAACC
ATAGGAGCGA TCCAGGATAA TACTGCCTTT GGTTATATAA AAAAATACAG CGAAGACTAT
CAGGTGGAAT TTACAAACGC TCAGGTAAGA AAAATCCAAA GAGGACTTAA GGATGTCAAA
AGAACAACCG GCCAGCACCC GGGTGGGCTA ATTGTAGTAC CAGATGATAT AGACATATTT
GATATCTGTC CTATCCAATA TCCAGCTGAT GATGGAAGTG GAGATATTAA GACAACGCAT
TTCACCTACA ATATGATGCA CGAAACCCTC CTAAAGCTAG ACCTTCTAGG CCATGATGTA
CCATCAATAA TCAGAGCATT ACAGGACTTA ACGGGAACCA ATCCCCTAGA GATTACTATG
GGAGATCCTG ACGTTATGAA GATATTTTCT TCCACAGAAA GTCTTGATAT CAAGCACGAC
TTTTCCAACA ACGAGATTGG AACCTTGGGC ATACCAGAAT TTGGTACAAA CTTCGTAAGG
TCCATGCTTA AGGATACCTT CCCAACCAAG TTTTCGGAGA TGACGAGAAT TTCGGGCCTA
TCTCACGGAA CTGATGTGTG GCTTAACAAT GCCCAAGACC TAGTAAGAAA TGGCACAGCA
GGCTTTGACG AGATTATCTC TACTCGTGAT GATATAATGA ACGCCCTTAT CCAACAGGGG
CTAGATAAGA AAAAGTCCTT CTCTATCATG GAGAAGGTAA GAAAGGGTAA GCCTCTTTCT
GATGAAATCC TAGAGTATAT GAGGGAAAAT GGGGTGCCTG AATGGTACAT CGAGTCTTGT
CTTAAGATTC AATATCTTTT CCCAAAGGCC CACGCTGTCG CATATTGTCT GATGAGTTAC
AGGATTGCCT ACTACAAGGT ATACTTCCCT GAAGCCTTCT ATGCGACCTA CTTCAATACC
AAGATCAACG ACTTCAAGTA CTCTACAATT ATAGATGGTC TAGAAAGTAT TCAGAGAGCT
CTTAAGGAAT ATGCAGGAAA TTTTGATCTT TCTCAAAGGG ATAAGCAAAT AAGAACTGTC
CTCGAAGTAG CTGAAGAGAT GGCAGCAAGG GAGATTAAGC TTGAAAAGGC AGATATCTAC
AAGTCAGATG CGAAGAAGTT CCTCCTAAGT GATAGAAAAG GCTACATCCT ACCTCCGCTT
TCTGCAGTAG ATGATGTAAG TGAAGCAATG GCTATTGATA TTGTAAAGGA AAGAGAAAAA
GGCGAATTTA TTTCCTTAGA AGACCTCAAA ACAAGAACTT CAGTAAACAA AAACGCCATA
AACAGCCTCA AATCCTTGGG CATAATTGAC GGTATCCAAG AGAAAAACCA GATGTCCTTG
TTTGATGGGA TGTTTTAG
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| Protein sequence | MRIDLHNLID VKEGSFFVVE AIYFTKTNIL SLEIESDSYN FTREEREKLY DYFSFVSLEI
NVRRKEVEDG NVSDNDERDA LEETSPSNTQ SEEKVIEEPP LSETERLIKE REARVQDAID
FTIQNREEEK KEEIHVDNIN FGRKIKEDVI DIRDLYERKG VNSTLIGKVY GLDVFETKGG
YFIYTFDLED KTDAISCKIF ANAKNNYKLE TLGEGSEVMV EGVLNYDDFA HEDVFTVNGM
VDAILGKRTD TALDKRIELE VHTKMTNLDG FVDNKDLVST LKNWKMGAVG ITDTATLQGL
PDLYEALSKE GIRMLPGAEL LLVEDELRVL TNLSDREVSE IKNIEEESFV VFDLETTGLS
RYKDRITEIG ACRVEGGKIT EIYNELVNPE MVIPEKIIEI TGITNEMVKD CPTIEEVLPG
FLDFCKDSIL VGQNTDFDVG FVRENCHRMG LDFNPIYLDT LPMARALFSD MKKFSLDKIA
RKLEIPAFNH HRASDDARAT AQIFIKMFKM IMEEDGINLS TINKLKSHWP KSKHEYFSAT
VYAKDKVGLK NLYQLISESR MNYFNSEAKT PISVLEKYRE GLLVGSGSDE GILFSHLQNK
RSKRDLNRIR DLFDFYQMAP LGIYNDMVNK GKIRDIDQVI EINKQILDFA KEDNKLAVAT
GAVRYLEKDD YILRNILHKG QYFRYHEDEP LYYFRTTREM MDDFSYLNPI DAEDVVIRNP
RKIVDMIEDI RPIPKGTFPP KIEGSDKELR DTCFAKAHSI YGDPLPKIVE DRLNRELNSI
ISNGYAVLYI IAKKLVGKSN EDGYLVGSRG SVGSSFAATM ADITEVNPLS PHYVCPNCKH
SEFFEEDLLG AGIDYPDKAC PECGTMMKKD GHNIPFEVFL GFEGDKEPDI DLNFAGEYQP
TIHKYTEVLF GEGKVFRAGT IGAIQDNTAF GYIKKYSEDY QVEFTNAQVR KIQRGLKDVK
RTTGQHPGGL IVVPDDIDIF DICPIQYPAD DGSGDIKTTH FTYNMMHETL LKLDLLGHDV
PSIIRALQDL TGTNPLEITM GDPDVMKIFS STESLDIKHD FSNNEIGTLG IPEFGTNFVR
SMLKDTFPTK FSEMTRISGL SHGTDVWLNN AQDLVRNGTA GFDEIISTRD DIMNALIQQG
LDKKKSFSIM EKVRKGKPLS DEILEYMREN GVPEWYIESC LKIQYLFPKA HAVAYCLMSY
RIAYYKVYFP EAFYATYFNT KINDFKYSTI IDGLESIQRA LKEYAGNFDL SQRDKQIRTV
LEVAEEMAAR EIKLEKADIY KSDAKKFLLS DRKGYILPPL SAVDDVSEAM AIDIVKEREK
GEFISLEDLK TRTSVNKNAI NSLKSLGIID GIQEKNQMSL FDGMF
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