| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_4345 |
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| Symbol | |
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| ID | 5369693 |
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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 | Shewanella baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 5180413 |
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| End bp | 5183220 |
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| Gene Length | 2808 bp |
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| Protein Length | 935 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640832608 |
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| Product | DNA polymerase I |
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| Protein accession | YP_001368522 |
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| Protein GI | 153002841 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.000000790678 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGCTTAGCG CCATCAAAGT CATCGATAAA CGAAAAATAC TTATGCCAAC CGTCGCTAAA
AACCCACTTG TGCTTGTGGA TGGATCTTCT TATTTATATC GCGCTTATTA TGCGCCTCCT
CACCTGACAA ACTCAAAGGG CGAAGCAACC GGTGCCGTTT ATGGCGTAGT GAATATGTTA
CGCAGCTTGC TGACTCGCTA TCAGCCGAGC CATATCGCAG TCGTATTCGA TGCCAAGGGC
AAAACCTTCC GCAATGACAT GTACAGCGAG TACAAAGCAC AGCGCCCACC TATGCCTGAT
GACCTACGTT CGCAAATCGA ACCTTTACAC CGCATTATTC GTGCACTGGG TTTACCACTG
ATTTCGATTT CCGGCGTCGA AGCCGATGAC GTGATCGGCA CTATTGCTCG CCAAGCCAGT
TTAGAAAACC GTGCAGTGCT TATCAGCACT GGCGATAAAG ACATGGCGCA GTTAGTCGAT
GAGAACGTCA CGCTAATCAA CACCATGACA GACACCATAA TGGGCCCAGA AGAAGTCGCG
ATTAAATTTG GTGTTGGTCC AGACCGTATC ATAGATTTGC TCGCGCTGAT GGGCGACAAG
GCCGATAACA TTCCCGGCTT ACCCGGCGTT GGTGAGAAAA CTGCGCTCGC TATGCTCACA
GGAGCCGGCA GCGTGAGTAA TTTATTAGCG GAACCCGAAA AAGTCGCCGA GCTCGGCTTT
AGGGGTTCTA AAACCATGGC GGCGAAGATC ATTGAAAATG CCGATATGCT CAAGCTTTCT
TACGAACTCG CCACCATTAA AACCGATGTC GAACTTGAGC AAGACTGGCA CGAACTCACC
ATCAAGCCCG CAGACAAAGA TGAACTGATC AAATGCTACG GCGAGATGGA GTTTAAGCGT
TGGTTAGCCG AAGTCTTAGA TAACAAAATC ACTGCAAATA CCTCAATTGA TGCGGCATCC
GAGACACAGG AAGACTCAAC TCCAGTCGAA GCGATTGCAA CGCAGTACGA CTGCATTCTC
ACGGAAGCCG AATTAGACGC TTGGATTGCT AAGCTTAAAA AAGCCAACTT GATGGCGGTA
GATACCGAGA CCACCAGCTT AGATTACATG GTGGCTGAAT TAGTCGGGAT CTCCTTCGCC
GTTGAGGCAG GAAAAGCGGC TTATCTGCCT TTGACCCATG ATTATGTTGG CGCACCGACT
CAAATCGATA AAACCGTCGC GCTAGAAAAA CTGCGTCCAC TGCTTGAAGA TCCAAAACTT
AAGAAAGTCG GTCAAAATCT TAAGTACGAC ATCAGTATCT TAGCCAATGC GGGTATCAAA
CTGCAGGGCG TCGCTTTCGA TACTATGCTC GAATCCTATG TCTTCAACTC AGTGGCTTCG
CGCCATGATA TGGATGGCTT AGCACTCAAG TACTTAGGCC ATAAGAATAT CAGCTTCGAA
GAAATCGCTG GCAAAGGTGC AAAACAGCTG ACCTTCAACC AAATTCCACT GGAAACGGCT
GCGCCTTATG CGGCCGAAGA TGCCGACATC ACCCTACGTT TACACCAACA TTTGTGGCCA
AGACTCGAAA AAGAAGCGGA ACTGGCCGCT ATGTTTACCG AAGTCGAATT GCCGCTGATC
CAAGTATTGT CGGATATTGA ACGCCAAGGG GTATTAATCG ATAGCATGTT ACTCGGCCAA
CAAAGCGACG AGCTAGCGCG TAAAATCGAT ACCTTAGAAG AAAAAGCCTA CGACATTGCC
GGTGAGAAAT TTAACCTTGG CTCGCCTAAA CAACTGCAAG TATTGTTTTT TGAAAAGCTA
GGTTATCCGA TCACCAAAAA GACTCCCAAG GGCGCACCAT CAACCGCAGA AGAAGTGTTG
GTCGAATTGG CATTAGATTT CCCTTTGCCA AAGGTGATCC TCGAACATCG CAGCCTATCT
AAATTAAAGA GCACTTACAC AGATAAACTG CCACTCATGG TCAATGCTAA AACGGGTCGT
GTGCACACTA GCTATCATCA GGCCAATGCG GCAACAGGAC GCTTATCATC GAGCGAGCCT
AACCTGCAGA ATATTCCTAT CCGCACCGAA GAAGGTCGCC GTATTCGCCA AGCCTTTATC
GCACCTGATG GTCGTAAAAT TTTGGCAGCC GACTACTCGC AAATCGAACT GCGGATCATG
GCACATTTAT CCCAAGATGC CGGCTTACTC AAAGCATTCG CCGAGGGCAA AGACATTCAC
AGAGCTACGG CTGCCGAAGT GTTTGGCACT GACTTTGATG AAGTAACCAC AGAACAGCGT
CGCCGGGCCA AAGCGGTTAA CTTCGGCTTA ATTTACGGCA TGTCAGCCTT TGGTTTAGCG
CGTCAGCTCG ATATCCCGCG CCATGAAGCA CAAACCTATA TCGACACCTA CTTTGCCCGT
TATCCAGGCG TATTACGTTA TATGGAAGAA ACGCGTGCGG GGGCTGCCGA CCTAGGTTAT
GTATCGACTC TGTTTGGCCG TCGCCTCTAT TTACCCGAAA TCCGTGATCG TAATGCGATG
CGCCGCCAAG GTGCTGAACG TGCTGCGATT AATGCCCCAA TGCAAGGCAC GGCTGCCGAC
ATCATCAAAA AGGCCATGAT CAATATCGCC CAGTGGATCA AGACAGAAAC CCAAGGCGAA
ATCACTATGA TCATGCAGGT TCACGATGAA TTGGTGTTTG AAGTCGATGC GGATAAAGCA
GAAGCGCTTA AAAAGACAAT CTGTACTTTA ATGGCACAAG CCGCCGATCT CGATGTTGAA
CTGCTTGCCG AAGCGGGCAT TGGTAATAAC TGGGATGAAG CCCACTAA
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| Protein sequence | MLSAIKVIDK RKILMPTVAK NPLVLVDGSS YLYRAYYAPP HLTNSKGEAT GAVYGVVNML
RSLLTRYQPS HIAVVFDAKG KTFRNDMYSE YKAQRPPMPD DLRSQIEPLH RIIRALGLPL
ISISGVEADD VIGTIARQAS LENRAVLIST GDKDMAQLVD ENVTLINTMT DTIMGPEEVA
IKFGVGPDRI IDLLALMGDK ADNIPGLPGV GEKTALAMLT GAGSVSNLLA EPEKVAELGF
RGSKTMAAKI IENADMLKLS YELATIKTDV ELEQDWHELT IKPADKDELI KCYGEMEFKR
WLAEVLDNKI TANTSIDAAS ETQEDSTPVE AIATQYDCIL TEAELDAWIA KLKKANLMAV
DTETTSLDYM VAELVGISFA VEAGKAAYLP LTHDYVGAPT QIDKTVALEK LRPLLEDPKL
KKVGQNLKYD ISILANAGIK LQGVAFDTML ESYVFNSVAS RHDMDGLALK YLGHKNISFE
EIAGKGAKQL TFNQIPLETA APYAAEDADI TLRLHQHLWP RLEKEAELAA MFTEVELPLI
QVLSDIERQG VLIDSMLLGQ QSDELARKID TLEEKAYDIA GEKFNLGSPK QLQVLFFEKL
GYPITKKTPK GAPSTAEEVL VELALDFPLP KVILEHRSLS KLKSTYTDKL PLMVNAKTGR
VHTSYHQANA ATGRLSSSEP NLQNIPIRTE EGRRIRQAFI APDGRKILAA DYSQIELRIM
AHLSQDAGLL KAFAEGKDIH RATAAEVFGT DFDEVTTEQR RRAKAVNFGL IYGMSAFGLA
RQLDIPRHEA QTYIDTYFAR YPGVLRYMEE TRAGAADLGY VSTLFGRRLY LPEIRDRNAM
RRQGAERAAI NAPMQGTAAD IIKKAMINIA QWIKTETQGE ITMIMQVHDE LVFEVDADKA
EALKKTICTL MAQAADLDVE LLAEAGIGNN WDEAH
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