| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1441 |
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| Symbol | |
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| ID | 7408099 |
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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 | 1523763 |
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| End bp | 1526315 |
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| Gene Length | 2553 bp |
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| Protein Length | 850 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643715804 |
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| Product | DNA polymerase I |
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| Protein accession | YP_002573312 |
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| Protein GI | 222529430 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [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 | 27 |
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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 | ATGAAACTGG TTATATTCGA TGGAAACAGC ATTTTGTACA GAGCCTTTTT TGCTCTTCCT
GAACTGACAA CCTCAAATAA TATTCCAACA AACGCTATAT ATGGATTTGT AAATGTGATA
TTGAAATATT TAGAACAAGA AAAACCTGAT TATGTTGCTG TAGCATTTGA TAAAAGAGGA
AGAGAGGCAC GAAAAAGCGA GTACGAAGAA TATAAAGCTA ACAGAAAACC TATGCCAGAT
AACCTTCAAG TACAAATCCC TTATGTTCGA GAGATTCTTT ATGCCTTTAA CATTCCAATA
ATTGAGTTTG AAGGATATGA AGCAGATGAT GTAATCGGTT CACTTGTTAA CCAGTTCAAA
AATACTGGTT TGGATATTGT TATTATTACG GGTGACAGGG ATACTCTTCA GTTGCTCGAC
AAAAATGTAG TTGTGAAGAT TGTTTCAACA AAATTTGATA AAACAGTAGA AGATTTGTAC
ACTGTGGAAA ATGTTAAAGA AAAATATGGG GTTTGGGCAA ATCAAGTGCC TGATTACAAA
GCGCTTGTTG GAGACCAATC AGATAACATT CCCGGGGTAA AGGGAATTGG CGAAAAGAGT
GCCCAGAAGC TCTTGGAAGA GTACTCATCC TTAGAAGAGA TATACCAAAA TTTAGATAAA
ATTAAAAGTT CCATTCGTGA AAAGTTAGAA GCAGGAAAAG ATATGGCGTT TTTATCCAAG
CGCTTAGCAA CAATTGTATG TGATTTACCA CTAAATGTTA AACTTGAAGA CCTAAGAACA
AAAGAGTGGA ACAAGGAAAG GCTCTATGAG ATTTTGGTGC AGTTAGAGTT CAAAAGCATA
ATAAAACGGT TAGGACTATC AGAAGTTGTT CAATTTGAAT TTGTTCAGCA GCGAACCGAT
ATACCTGACG TTGAACAAAA AGAGCTTGAA AGTATTTCAC AAATAAGATC AAAAGAGATT
CCATTAATGT TTGTACAGGG CGAAAAATGT TTTTATTTAT ATGATCAAGA AAGTAATACT
GTATTTATAA CAAGTAATAA ACTTTTGATA GAGGAGATTT TAAAAAGTGA TACTGTGAAA
ATTATGTATG ATTTGAAAAA TATATTTCAT CAACTCAACC TGGAAGACAC TAATAATATT
AAAAATTGCG AAGATGTAAT GATTGCTTCC TATGTTCTTG ACAGCACAAG AAGTTCATAT
GAGTTAGAAA CGTTGTTTGT ATCTTACTTG AACACTGACA TAGAAGCTGT AAAAAAAGAC
AAGAAGATAG TCTCTGTGGT ACTTCTAAAA CGGTTATGGG ACGAGCTTTT GAGATTAATA
GATTTAAATT CATGCCAGTT TTTATATGAG AATATAGAAA GACCTCTTAT CCCAGTTCTA
TATGAAATGG AAAAAACAGG ATTTAAGGTG GATAGAGATG CCCTCATCCA ATATACCAAA
GAGATTGAAA ACAAAATATT AAAACTTGAA ACGCAGATAT ACCAGATTGC AGGTGAGTGG
TTTAACATAA ATTCACCGAA ACAGCTTTCT TACATTTTGT TTGAAAAGCT AAAACTTCCT
GTAATAAAGA AGACAAAAAC AGGATATTCC ACTGATGCCG AGGTTTTAGA AGAGCTTTTT
GACAAACATG AAATAGTTCC TCTTATTTTG GATTACAGGA TGTATACAAA GATACTGACA
ACTTACTGTC AGGGATTACT ACAGGCAATA AATCCTTCTT CGGGTAGAGT TCATACAACC
TTTATCCAAA CAGGTACAGC CACAGGAAGA CTTGCAAGCA GCGATCCTAA TTTACAAAAT
ATACCTGTAA AATATGATGA GGGGAAATTG ATACGAAAGG TTTTTGTACC TGAGGGTGGA
CATGTACTGA TTGATGCAGA TTATTCCCAA ATTGAGCTGA GAATACTTGC CCATATTTCT
GAAGATGAAA GACTTATAAG TGCTTTCAAA AATAATGTTG ACATTCATTC GCAGACAGCA
GCTGAGGTTT TTGGTGTAGA CATAGCCGAT GTTACTCCAG AGATGAGAAG TCAAGCTAAA
GCAGTAAATT TTGGTATAGT TTATGGGATT TCTGATTATG GTCTTGCAAG GGATATTAAA
ATTTCCAGGA AAGAAGCTGC AGAGTTTATA AATAAGTATT TTGAGCGTTA TCCCAAAGTT
AAAGAGTATT TAGATAATAC TGTTAAGTTT GCTCGTGATA ATGGATTTGT TTTGACTTTA
TTTAATAGAA AGAGATATAT AAAAGACATA AAATCTACAA ACAGAAACTT AAGGGGTTAT
GCAGAAAGGA TTGCAATGAA TTCGCCAATT CAGGGCAGTG CTGCTGATAT CATGAAATTG
GCAATGATTA AGGTTTATCA GAAACTTAAA GAAAACAATC TCAAATCAAA AATAATTTTG
CAGGTACACG ATGAGCTTTT AATTGAAGCC CCATACGAAG AAAAGGATAT AGTAAAGGAA
ATAGTAAAAA GAGAAATGGA AAATGCGGTA GCTTTAAAAG TACCTTTGGT AGTTGAAGTG
AAAGAAGGAC TGAACTGGTA TGAGACAAAA TAG
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| Protein sequence | MKLVIFDGNS ILYRAFFALP ELTTSNNIPT NAIYGFVNVI LKYLEQEKPD YVAVAFDKRG
REARKSEYEE YKANRKPMPD NLQVQIPYVR EILYAFNIPI IEFEGYEADD VIGSLVNQFK
NTGLDIVIIT GDRDTLQLLD KNVVVKIVST KFDKTVEDLY TVENVKEKYG VWANQVPDYK
ALVGDQSDNI PGVKGIGEKS AQKLLEEYSS LEEIYQNLDK IKSSIREKLE AGKDMAFLSK
RLATIVCDLP LNVKLEDLRT KEWNKERLYE ILVQLEFKSI IKRLGLSEVV QFEFVQQRTD
IPDVEQKELE SISQIRSKEI PLMFVQGEKC FYLYDQESNT VFITSNKLLI EEILKSDTVK
IMYDLKNIFH QLNLEDTNNI KNCEDVMIAS YVLDSTRSSY ELETLFVSYL NTDIEAVKKD
KKIVSVVLLK RLWDELLRLI DLNSCQFLYE NIERPLIPVL YEMEKTGFKV DRDALIQYTK
EIENKILKLE TQIYQIAGEW FNINSPKQLS YILFEKLKLP VIKKTKTGYS TDAEVLEELF
DKHEIVPLIL DYRMYTKILT TYCQGLLQAI NPSSGRVHTT FIQTGTATGR LASSDPNLQN
IPVKYDEGKL IRKVFVPEGG HVLIDADYSQ IELRILAHIS EDERLISAFK NNVDIHSQTA
AEVFGVDIAD VTPEMRSQAK AVNFGIVYGI SDYGLARDIK ISRKEAAEFI NKYFERYPKV
KEYLDNTVKF ARDNGFVLTL FNRKRYIKDI KSTNRNLRGY AERIAMNSPI QGSAADIMKL
AMIKVYQKLK ENNLKSKIIL QVHDELLIEA PYEEKDIVKE IVKREMENAV ALKVPLVVEV
KEGLNWYETK
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