| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0144 |
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| Symbol | |
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| ID | 5709255 |
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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 | Caldivirga maquilingensis IC-167 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009954 |
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| Strand | - |
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| Start bp | 169477 |
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| End bp | 172092 |
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| Gene Length | 2616 bp |
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| Protein Length | 871 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641274647 |
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| Product | DNA polymerase I |
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| Protein accession | YP_001539984 |
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| Protein GI | 159040732 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0417] DNA polymerase elongation subunit (family B) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.248865 |
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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 | 46 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGCCCAAGG ATGAATTAGA TAAAATTGAG GAACCAGAGG AAGAGGAGGT TGAGGAATCC
AGTGAGGAGT ATATTCAGGA AAGCGCCATT ACCGCTGAAA CACCCACAAG CACACCCCCC
AGTATATTAA TTGACGTAAC CTATGATGGT AAGGCCGGTA AGGCCTTAGT GAAGCTTTAC
GACTTCATGA ATGATAGGAT CTACTTCTGG TACGATAACA CTGGTCATAA ACCATACTTA
ATAACCGATA TACCACCCGA TGAGTTGGTT ACTAATTATA AGTCAATATT AAGGCTTAAG
GGCTTCGATC ACATTGATAC AGTGGTTAAG TTCAATCCCC TTGAATTAAA GAGCAAAACC
TACACGGTGG TTTACGCTAA GGATCCATTA ACAATAGGTG GTGGTAGGGA GTCCATTAGA
GACATTATAC CTAGGTCCTG GGAGGCTAGG ATTAAGTATC ACTTATCCTA CATATATGAT
AATGGCCTAG TACCCGGTAT GTTTTACAGG ATTGAGAATG GTAAATTAAC TCCAGTTAAC
GTTGATGTTC CAGGTGAGAT TCAGAAGCTT GGGGAGGAGC TGTACGCTAA TGATGAGGAG
TACCTAAAGG CCTTCAGGGA GTGGTTACCC CTATTTCAAG CACCTGTACC ACCTTTGAAG
AGGATTGCTA TAGATATTGA GGTTTATACA CCGCAGGAGA ATAAGATACC TAACCCCAAG
GAGGCATTGT ATGAGATAAT TGCAATAGGC CTAGCTGGTA GTGATGGGCT TAAGAGGGTT
CTGGTTCTTA GGAGGCCTGA AATACTAATG AATGCTGATG ACCAAGGCAT GTTGCTGAGT
GATGATGTTG AAGTCATGTT CTTCGATAAT GAGAGGGATC TCCTGAGGGA GTTCTTTAAA
ACAATAATGG CTTACCCAAT ATTAATCACC TTCAACGGTG ACTCCTTTGA CTTAACCTAC
ATTTACAATA GGGCACTTAA ATTAGGCTTC AGGAAGGAGG AGTTACCCAT AATCTTAACA
AGGGATGGGG AGGCAAGGTA CGTGCTTGGT GTTCACATCG ACTTATACAA GTTCTTCAAC
ATTAGGGCTG TTGAAGTCTA TGCCTTCGGC GGCAAGTACT CAGGCGGTGA AAAGACCCTG
GACGCCATAG CAAGTGCATT ACTCGGCATT TCCAAGGTTG AGAGGGAGAA GCCCATTAGT
GAAATGAATT ACATTGAGTT AGTTAACTAC AACTTCAGGG ATGCGTTACT GACGCTTTAC
TTAACAACCT TCAATAATGA ATTAGTCATG AGGTTAATAG TCCTATTAGC CAGGATATCG
AAGACCCCGC TTAACGATGT TTCAAGGTAC CAGGTCTCAG CGTGGATAAG GAATATGGTT
TACTTCGAGC ATAGGAAGAG GGGTTGGTTA ATACCTAATA AGGAGGATGT GGTGAATGCT
AAGGGTTCAG TGGCCACTAA GGCCATAATA AAGAATAAGA AGTATGCGGG TGCCATTGTG
ATAGAGCCCA TTGCAGGCAT ATACCCAAAC GTTTACGTGC TTGACTTCGC AAGCCTATAC
CCATCAATAA TAAAGAGGTG GAATCTATCC TATGAAACAG TCAGGTGCCC TGACGAGAAG
CAGGCCAATG ATCCTAGGAA TAGGCCAGTC CCAAACCTAC CTCACTGGGT TTGTTCAAAT
ATGAGGGGTT TAACATCACT ACTAGTTGGG TTACTTAGGG ATATGAGGGT TTACGTGTAT
AAGAAGCTGG CTAAGGGTGA TAAGGACCCG AGGCAGAGGG ATTACTATAA TGTTGTTCAA
GCGGCGTTGA AGGTCTTCAT AAACGCATCC TACGGCGTCT TTGGAGCTGA AATATTCCCA
CTCTACTGCC CCCCATTGGC TGAACTAGTT ACTGCCCTGG GTAGGTTGGC TATAACTAGG
ACTATAATTA AGGCCCTTGA CTTAGGCCTG ACCCCAATAT ACGGTGATAC GGATAGTCTA
TTCCTCTATA ATCCAAGTAA GGATAAGCTT GAGGAGATGA TAAATTGGGT TAAGGACGAG
ATGGGTATTG ATATTGAGTT GGATAAGGCC TATAGGATAC TTGCCTTAAG CGGTAGGAAG
AAGAATTACG CAGGCATACT GCAGGATGGT TCAGTGGATA TGAAGGGGCT TGTGGGTAAG
AAGAGGAATA CACCTGATAT AGCTAAGGAT GCGGTTAAGG ATGTTATACA CCTCTTCAGT
ACAATAAGTA GTATTAATGA TGTTGAGAAG GTTACTGAGG CTATTAAGGA GCGTGTGAGG
GAGTACTACG TTATGATTAG GAATAAGGAT GTACCATTGG ATAAGCTTGC CGTTAAAATG
GCTATAAATA AACCAATAAG CGAGTACACT AAGAACACAC CGCAGCATGT TAAGGCCGCG
GAACTACTGG GTAAGTATGG GGTTAAGCCC GGTCCCGGTG ACATAATATT CTTCGTTAAG
ACTACTACTA GGGAGGGGGT TAAGCCTGTT CAGTTGGCTA GAATTGATGA GATTGACTCG
GATAAGTACA TTGAGTACTT AAGGACATCA CTGGAGCAGA TACTTGACGC CTTAGGCATA
CCCTTCGAGA ACATTGTTGG GTCAAAGCTA ATGTAG
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| Protein sequence | MPKDELDKIE EPEEEEVEES SEEYIQESAI TAETPTSTPP SILIDVTYDG KAGKALVKLY
DFMNDRIYFW YDNTGHKPYL ITDIPPDELV TNYKSILRLK GFDHIDTVVK FNPLELKSKT
YTVVYAKDPL TIGGGRESIR DIIPRSWEAR IKYHLSYIYD NGLVPGMFYR IENGKLTPVN
VDVPGEIQKL GEELYANDEE YLKAFREWLP LFQAPVPPLK RIAIDIEVYT PQENKIPNPK
EALYEIIAIG LAGSDGLKRV LVLRRPEILM NADDQGMLLS DDVEVMFFDN ERDLLREFFK
TIMAYPILIT FNGDSFDLTY IYNRALKLGF RKEELPIILT RDGEARYVLG VHIDLYKFFN
IRAVEVYAFG GKYSGGEKTL DAIASALLGI SKVEREKPIS EMNYIELVNY NFRDALLTLY
LTTFNNELVM RLIVLLARIS KTPLNDVSRY QVSAWIRNMV YFEHRKRGWL IPNKEDVVNA
KGSVATKAII KNKKYAGAIV IEPIAGIYPN VYVLDFASLY PSIIKRWNLS YETVRCPDEK
QANDPRNRPV PNLPHWVCSN MRGLTSLLVG LLRDMRVYVY KKLAKGDKDP RQRDYYNVVQ
AALKVFINAS YGVFGAEIFP LYCPPLAELV TALGRLAITR TIIKALDLGL TPIYGDTDSL
FLYNPSKDKL EEMINWVKDE MGIDIELDKA YRILALSGRK KNYAGILQDG SVDMKGLVGK
KRNTPDIAKD AVKDVIHLFS TISSINDVEK VTEAIKERVR EYYVMIRNKD VPLDKLAVKM
AINKPISEYT KNTPQHVKAA ELLGKYGVKP GPGDIIFFVK TTTREGVKPV QLARIDEIDS
DKYIEYLRTS LEQILDALGI PFENIVGSKL M
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