| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_0077 |
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| Symbol | |
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| ID | 5757147 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | + |
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| Start bp | 72964 |
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| End bp | 75654 |
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| Gene Length | 2691 bp |
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| Protein Length | 896 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 641301278 |
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| Product | DNA polymerase I |
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| Protein accession | YP_001567149 |
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| Protein GI | 160901568 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.586313 |
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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 | ATGGCAAATT TATACTTAAT AGACGGCTCA GGAATTGCAT ATAGAGCCTT TTTTGCACTC
GGGGACTGGA TGAGTACTTC TGATGGTTTG CCGACAAACG CCATTTATGG TGTAGCTAGA
ATGCTTCTAA AGTTACTCAA AGAGTACGTT AAAAAAGGTG AAGATTCAAT AATATTTGTT
ATGGACAAAA AAACCACCAC ATATAGACAT GAATTATTAG AAAGCTATAA AGCCCAGAGA
CCCGAAACAC CCGAAAAATA TATACAACAG ATCCCATACA TATACGAAAT GGTTGAAAAA
TTAGGCATAA AATTAGTTGC CATGGATAAT TACGAAGCAG ACGATGTTAT AGCCACGATA
GTGTCCAAAA AGAAAAGAAA CTACGATAAT GTTTATATAA TTACCTCGGA TAAAGATATG
ATGCAACTTG TTAAGGATAA CGTATATATC TTAAGACCAG AACAAGGAAT AACAGAAATG
GTGAAATACG ATGCACAGCA AGTAGAAAAA AAGATGGGAG TCCCTCCAGA AAAAATTGCA
GATTTACTAG CTTTAATGGG GGATAGTTCT GACAATATCC CAGGTGTAAA AGGTATTGGA
ATAAAAACAG CCCAAAAATT GCTGCAAGAT TACGATAACA TAGACGATCT TTATCAACAT
TTGGATGAGA TTAAAGGTTC AACAAAAAAC AAGCTAAAAA ATGAAAAGGA AACCGCATAT
CTGAGTAAAA AACTAGTCCA ATTGATGGTA GATGCCCCCA TAGAAGAAAT TTTTGAAGAC
AAAGAAATTA TATATCAAGG ATTCAGAAAC AATCTACGAG ATTTTCTCAA GAAATTAGAT
TTCAATTCAA TATTAAAAGA GTTAGATATG CCTGATACAA CTACTAACTC AACTAAAGTT
GCAGCAGAGA CAAAAGCAGA AAAAAAAGAT TATTCGACGA AAGGTAAGTA TTACGAATAC
AACGCACAAG ATTACAAAGA ACTATTAAAA ATCTTAGAGA AATACGAAAT TATATCTTTT
GACCTTGAAA CTTCTTCTCT TGATCCATAT CAAGCAGATA TAGTGGGAAT CGCTTTAAGC
TGCAAACCAT TTGAAGGATA TTTTTTGTAT CTATACAAAG AAAAAGACAG GTGGGAAATA
ACGAAAGAGA TAGTCGATCT TTTAAACAAT AAAAAGGTCA TTGGTCAAAA TTTAAAATAC
GATATCACCG TTTTGAAAGT AAATGGAATT GAATTAAGCA AAGTACATTT TGACAGTATG
ATAGCCGCTT ATTTGTTGAA TCCAGATAGT AGAAGGTTCA ATATGGATGA TCTTGCCAAA
GAATATTTGG ATTATAAAAC AATTAAATAC AAAGAAGTGA TGGGAAAAGA TATCAAGCTG
TTAACCCTTG GAGACATCGA TAAAAAAAGG GTCGTTGAGT ACGCTGGAGA AGATGCTGAT
ATTGCTTATC GATTATTTGA AGTATTAAAG CCTAAATTAG AAGAATTTGA ACTATTTGAA
TTGTTTGAAA AAATCGAAAT GTCAACTATA AATGTTTTAT CAGAAATGGA AATGAACGGC
GTGTATTTTG ATTTAAAAGA ACTACAAAAA TTGGAAGAAG AATACAACAA AAAGCTAAGT
TCGTTAATGT ATGAAATGAA AAAAATCGTC GGTTATGACT TCAATCCAAA TTCGCCAAAA
CAAGTTGGAG AACTACTTTT TGAAAACTTA GGATTGAAAG GAAAAAGAAA AACTAAGAGT
GGATCATATT CAACAGATGC AGATTCTTTA GAAGCCCTAA GAGATGAACA TCCAATAATA
GAAAAGCTCT TAGAATACAG AAAATACCAA AAACTTCTAT CTACATACAT AATCGCTATA
CCAAAACTAG TTAACAAAAA AACTGGAAGG GTTCACACAT CTTTCAACCA AACTGGAACA
GCTACCGGTA GATTAAGTAG CAGCGAACCG AATCTTCAAA ATCTCCCCAT ACGAGAAGAA
GATGGAGAAA GAATAAGGAG CACCGTTAAG GCACAAAAAG ATGATTATGT GCTACTGAGT
GCCGATTATT CTCAAATTGA ATTGAGGGTT TTAGCTCATC TAACTAACGA TGAAACTTTA
ATAAATGCTT TTAACAATGG TGAAGACATA CATGCTTTAA CCGCAGCTGC AATATTCGGT
GTAAAAATCG ACGATGTTGA CTACAACATG AGAAGGGTAG GAAAAGTAGT TAATTTTTCC
CTGGTGTATG GATCATCTCC GTATGGATTA GCCGAGAATT TAAAGATACC TGTCGAAGAT
GCAAAAGATT TCATGAACAG ATACTTTAAA ACTTACCAAA AAGTCAAAGA ATATCAAGAA
TCAAGTTTAA AGATTGCAAC GCAAAAAGGC TACGTTGAAA CCATATTTGG AAGGAAAAGA
TTTTTGAAAA ACATAAAAAC AGGTAAATCA GAGTTGAAAC GAATAGTCAT AAATACCCCT
ATCCAAGGTA GTGCTGCAGA TATCATGAAA TTGGCGATGA TCAATTTATA CAAAAAACTT
CCAAAAGAAG CAAAATTGAT ACTTCAGGTG CACGATGAAG TTGTAATAGA ATTACCTGAA
AAAATCGTAG AAGAAACCAA AAAAATGGTT CAAGATTGTA TGGAAAATGC GGTCAAATTG
AATATACCTT TAAAAGTAGA TATCAGTGTC GGAAAAAATT GGCAAAAATG A
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| Protein sequence | MANLYLIDGS GIAYRAFFAL GDWMSTSDGL PTNAIYGVAR MLLKLLKEYV KKGEDSIIFV
MDKKTTTYRH ELLESYKAQR PETPEKYIQQ IPYIYEMVEK LGIKLVAMDN YEADDVIATI
VSKKKRNYDN VYIITSDKDM MQLVKDNVYI LRPEQGITEM VKYDAQQVEK KMGVPPEKIA
DLLALMGDSS DNIPGVKGIG IKTAQKLLQD YDNIDDLYQH LDEIKGSTKN KLKNEKETAY
LSKKLVQLMV DAPIEEIFED KEIIYQGFRN NLRDFLKKLD FNSILKELDM PDTTTNSTKV
AAETKAEKKD YSTKGKYYEY NAQDYKELLK ILEKYEIISF DLETSSLDPY QADIVGIALS
CKPFEGYFLY LYKEKDRWEI TKEIVDLLNN KKVIGQNLKY DITVLKVNGI ELSKVHFDSM
IAAYLLNPDS RRFNMDDLAK EYLDYKTIKY KEVMGKDIKL LTLGDIDKKR VVEYAGEDAD
IAYRLFEVLK PKLEEFELFE LFEKIEMSTI NVLSEMEMNG VYFDLKELQK LEEEYNKKLS
SLMYEMKKIV GYDFNPNSPK QVGELLFENL GLKGKRKTKS GSYSTDADSL EALRDEHPII
EKLLEYRKYQ KLLSTYIIAI PKLVNKKTGR VHTSFNQTGT ATGRLSSSEP NLQNLPIREE
DGERIRSTVK AQKDDYVLLS ADYSQIELRV LAHLTNDETL INAFNNGEDI HALTAAAIFG
VKIDDVDYNM RRVGKVVNFS LVYGSSPYGL AENLKIPVED AKDFMNRYFK TYQKVKEYQE
SSLKIATQKG YVETIFGRKR FLKNIKTGKS ELKRIVINTP IQGSAADIMK LAMINLYKKL
PKEAKLILQV HDEVVIELPE KIVEETKKMV QDCMENAVKL NIPLKVDISV GKNWQK
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