| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_2156 |
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| Symbol | |
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| ID | 5876986 |
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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 | Thermoanaerobacter sp. X514 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010320 |
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| Strand | - |
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| Start bp | 2159100 |
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| End bp | 2161718 |
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| Gene Length | 2619 bp |
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| Protein Length | 872 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 641542511 |
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| Product | DNA polymerase I |
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| Protein accession | YP_001663764 |
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| Protein GI | 167040779 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0258] 5'-3' exonuclease (including N-terminal domain of PolI)
[COG0749] DNA polymerase I - 3'-5' exonuclease and polymerase domains |
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| TIGRFAM ID | [TIGR00593] DNA polymerase I |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGTCTAAAT TTTTAGTAAT TGACGGGAGT AGCCTCATGT ACAGAGCCTA TTATGCATTG
CCTATGCTTA CTACAAGTGA AGGATTACAT ACAAATGCTT TGTACGGTTT TACTATGATG
CTTATAAAAC TTATTGAAGA GGAAAAACCT GATTACATAG CTATTGCTTT TGACAAAAAA
GCTCCTACTT TTAGACACAA AGAGTATCAA GACTACAAAG CTACAAGACA AGCAATGCCA
GAAGAATTGG CTGAACAGGT AGACCTTTTA AAAGAAATTA TTGAGGGCTT TAATATAAAG
ATTTTAGAAT TAGAAGGTTA CGAAGCTGAT GACATCATAG GTACTATTTC AAAGTTGGCA
GAGGAAAAAG AAATGGAAGT GCTTGTAGTT ACAGGAGATA GGGACGCGCT TCAATTAGTT
TCGGATAAAG TGAAAGTGAA GATTTCTAAA AAGGGTATAA CTCAGATGGA AGAGTTTGAC
GAAAAGGCTG TTTTAGAAAG ATATGAAATA ACTCCTCACC AATTTATAGA TTTAAAAGGA
CTAATGGGGG ATAAATCTGA CAACATCCCT GGAATACCTA ATATAGGGGA AAAAACAGCA
ATTAAACTAT TAAAAGACTT TGGAACAATT GAGAATTTAC TACAAAATCT TTCTCAGCTC
AAAGGTAAGA TAAAAGAAAA TATAGAAAAT AATAAAGAAT TAGCTATAAT GAGTAAAAAA
CTTGTCACTA TAAAAAGAGA CATTCCCATT GAGATAGATT TTGAGGAATA TAGAGTAAAA
GAGTTTAATG AGGAGAAGCT TTTAGAGATT TTTAATAAAT TAGAATTCTT TAGTTTGATT
GATAGCATAA AGAAAAAAAA TGACGTAGAG ATTGTAAATA ATCATAAAGT TCAAAAATGG
TCAAAAGTAG ATATAAAAAA ATTAATAGCT TTATTGCAAG ATAGCAAAAG TATTGCTTTT
TATCCACTAA TTTATGAAGG GGAAATAAAG AAAATAGCTT TTTCTTTTGG AAACGATACT
GTTTATATTG ATGGTTTTCA AATAAAAGAT TTAAAAGAGA TTTTTGAAAA AGAAAAATTT
GAATTTACAA CCCATGAAAT AAAAGATTTT TTAGTTAAGC TTTCTTATAA AGGAATAGAG
TGTAAAAGCA AGTACATGGA TACTGCTATA ATGGCTTATC TTTTAAATCC TTCTGAGTCT
AACTATGATT TAGATCGTGT GCTAAAAAAA TATTTAAAGG TTGATGTTCC ATCTTATGAA
GAGGTATTTG GCAAAGGTAG GGATAAAAAG AAACTTGAAG AAATAGGAGA AGATATACTT
GCTGATTACA TTTGCAGTAG ATGTGTACAT CTATTTGATT TAAGAGAAAA GTTGATGAAT
TTTATTGAAG AAATGGATAT GAAAAGACTT TTGTTGGAAA TAGAAATGCC TCTTGTAGAA
GTCTTAAAAT CAATGGAAGT AAGTGGTTTT ACATTGGATA AAGAAGTCCT AAAAGAGCTT
TCACAAAAAA TAAATGATAG AATAGCAGAA ATACTAGATA AAATTTATAA AGAGGCAGGG
TATCAATTTA ATGTAAATTC TCCTAAGCAA TTAAGTGAAT TTTTGTTTGA AAAATTAAAT
TTACCAGTAA TAAAGAAAAC AAAAACAGGG TATTCTACAG ATTCTGAAGT TTTAGAGCAA
TTAGTTCCTT ACAATAATAT TGTCAATGAT ATAATAGAGT ATAGGCAACT TACAAAACTT
AAATCTACTT ATATAGATGG ATTTTTGCCT CTCATGGATG AAAACAATAG AGTACATTCT
AATTTTAAGC AAATGGTCAC TTCTACAGGC AGAATAAGCA GTACCGAGCC AAATCTACAA
AATATACCTA TAAGAGAAGA ATTTGGAAGG CAAATTAGAA GAGCTTTTAT TCCGCGGACT
AAAGATGGGT ATATTGTCTC AGCTGATTAT TCTCAGATTG AACTACGAGT TTTAGCACAT
GTTTCGGGAG ATGAAAAGCT AATAGAATCT TTTATGAATA ATGAAGATAT ACATTTAAGG
ACTGCTTCGG AAGTTTTTAA AGTCCCAATG GAAAAAGTTA CACCAGAGAT GAGAAGAGTA
GCAAAAGCCG TAAACTTTGG CATAATATAT GGCATCAGCG ATTACGGGCT TTCTCGAGAC
CTTAAAATAT CAAGAAAAGA GGCAAAAGAG TATATAAATA ATTATTTTGA AAGATACAAA
GGAGTAAAAG AATATATTGA AAAAATAGTT CGATTTGCAA AAGAAAATGG CTATGTGATT
ACAATAATGA ACAGGAGAAG ATATATTCCT GAGATAAACT CCAGAAATTT TACTCAAAGG
TCACAGGCTG AAAGGTTAGC GATGAATGCT CCAATACAGG GAAGTGCTGC CGATATAATA
AAAATGGCAA TGGTTAGAGT GTACAACGAT TTAGAAAAAT TAAAGCTTAA GTCTAAGCTT
ATATTACAAG TTCATGACGA ACTTGTAGTG GATACTTATA AAGATGAAGT AGAAATCGTA
AAAAAGATAC TCAAAGATAA TATGGAAAAT GTAGTACAAT TAAAAGTTCC CCTTGTAGTG
GAAATTGGAG TAGGACCCAA TTGGTTTTTA GCCAAGTGA
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| Protein sequence | MSKFLVIDGS SLMYRAYYAL PMLTTSEGLH TNALYGFTMM LIKLIEEEKP DYIAIAFDKK
APTFRHKEYQ DYKATRQAMP EELAEQVDLL KEIIEGFNIK ILELEGYEAD DIIGTISKLA
EEKEMEVLVV TGDRDALQLV SDKVKVKISK KGITQMEEFD EKAVLERYEI TPHQFIDLKG
LMGDKSDNIP GIPNIGEKTA IKLLKDFGTI ENLLQNLSQL KGKIKENIEN NKELAIMSKK
LVTIKRDIPI EIDFEEYRVK EFNEEKLLEI FNKLEFFSLI DSIKKKNDVE IVNNHKVQKW
SKVDIKKLIA LLQDSKSIAF YPLIYEGEIK KIAFSFGNDT VYIDGFQIKD LKEIFEKEKF
EFTTHEIKDF LVKLSYKGIE CKSKYMDTAI MAYLLNPSES NYDLDRVLKK YLKVDVPSYE
EVFGKGRDKK KLEEIGEDIL ADYICSRCVH LFDLREKLMN FIEEMDMKRL LLEIEMPLVE
VLKSMEVSGF TLDKEVLKEL SQKINDRIAE ILDKIYKEAG YQFNVNSPKQ LSEFLFEKLN
LPVIKKTKTG YSTDSEVLEQ LVPYNNIVND IIEYRQLTKL KSTYIDGFLP LMDENNRVHS
NFKQMVTSTG RISSTEPNLQ NIPIREEFGR QIRRAFIPRT KDGYIVSADY SQIELRVLAH
VSGDEKLIES FMNNEDIHLR TASEVFKVPM EKVTPEMRRV AKAVNFGIIY GISDYGLSRD
LKISRKEAKE YINNYFERYK GVKEYIEKIV RFAKENGYVI TIMNRRRYIP EINSRNFTQR
SQAERLAMNA PIQGSAADII KMAMVRVYND LEKLKLKSKL ILQVHDELVV DTYKDEVEIV
KKILKDNMEN VVQLKVPLVV EIGVGPNWFL AK
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