| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OEOE_0673 |
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| Symbol | |
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| ID | 4416746 |
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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 | Oenococcus oeni PSU-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008528 |
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| Strand | + |
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| Start bp | 635372 |
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| End bp | 638083 |
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| Gene Length | 2712 bp |
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| Protein Length | 903 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639668892 |
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| Product | DNA polymerase I |
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| Protein accession | YP_810275 |
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| Protein GI | 116490731 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.605668 |
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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 | TTGAGCTTGA AAACGACTGT TAAAATAAAA GCAATGACAA AAACACTTTT ATTAATTGAT
GGTAATTCCT TAGCTTTCAG AGCTTTTTAC GCTATGTATA ATCAACTGGA CAGAATGGTT
GCTCATACTG GCTTGCATAC CAATGCTTTA GTTGCTTTCA ACAATTTTTT CGATCAGGTT
GTTGAAAAAA TGAATCCGGA TTACGCCTTG GTTGCCTGGG ACGCCGGGAA AGGGGCGACC
ACTTTTCGTG CCAAAATTTT TGACGACTAC AAAGGCGATC GTCAGACTAC ACCGCCGGAA
TTATCGGAAC AATTTCCTTA TCTAAGAAAA ATGGTCGATT TACACGGAAT CCATTCTTAT
GAGTTACCGG GTTTTGAGGC TGATGATATT ATTGGTACTT ATTCAAAGCT CGCTGAAAAA
GCCGGCTTGA AAACGACGAT TATTACTGGA GACCGGGATT TAACTCAATT GGTCACTGAC
AACGTTTCTG TGAATGTCAC TAAAAAAGGC GTTACTGAAT TAGATAGATA TACACCGAAA
TTTTTGGCAG AAAAGTGGGG CGGCATTACC CCAAGTCAAG TGATTGAAAT GAAGTCCCTG
ACCGGCGATA CATCTGATCA TTATCCAGGC GTGACGAAAG TCGGCTTGAA AACGGCAATT
AAATTGTTAA ATGAGTTTGG CAGCCTTGAT GGAATTTATC AGCACATTGA TTCAATGAAG
ACTTCAAAGC TTAAGGAAAA TCTCTTAAAT GATAAAGAGT CGGCTTATCG CGCACATGAA
TTAGCCACCA TTCGAACAGA TGCACCGGTT GAATTGGAAA TGAAGGAATT AATCAATCAA
CCGATTAATT TTCAGGAATT AATTCCCTTT TATGAAGAAC TGGATTTTAA GGTTCAATTG
GCCAAAATTC ATTCAATGCA GAAAGCCGGC ATGGTGGGAC AAGACCAAGA AGAAGAAAAA
AACGTTCAAG TCACAGAATT AAAAGCGGCA AATCTTGATC ATTTATCGGA AATAAAGAAT
TATTTGACTG TCTATTTTCA GACTGATTCC GACAATTATC ACACTGCTAA AATTTCAGCT
TTTGTAGTTG GAAACGAAAA TGATGGCTAT TTTGCCAGTA GAGATCTTGA ATTGTTGAAT
TCCTCGGTAG TAAGGAAACT TTTTAAGGGT GATTTGCCGA AATATGTTTT TAATGCCAAA
GAGTTGATTG TTTTGCTTAA TCGGCTTGGA TTACAAATTA ATAATTTGGA TTTTGATTTT
TTGTTGGTCT CTTATTTGCT TGATACCACG GATAACGATA ATCAGTTAGC TACTTTAGCA
AATCGTTTTA ATGTTTTTCT TGAATCGGAT GCCGAAGTAT ACGGAAGCGG GGTTAAGTTT
AAAATTCCTG AAAACAACGA GACTCTATTT TCTCATATGG CCAATAAGGC CTCGACGATT
AGTAAACTGC ATGATCCGTC TATGAAAAAA CTTTCTGATC ATCAGCAGGC TGAGTTGTAT
CGGCAAATAG AATTACCCTT GTCAAAAGTT CTGGCTTCAA TGGAAATTAA CGGTATCAAG
CTTGACCAAG CAGAGTTGAA GAAACTTGGC CAGGAATTCG ACCAACGTAT TTTTGAATTG
GAGAAACAAA TCTATGAGGA GGCCGGTCAG GAATTTAATA TTAATTCTCC AAAACAATTG
GCCGATTTGC TCTTTGCTCA TATGAAAATA CCGCCGATTA AGAAAACTAA AACCGGTTAC
TCAACTGCTG CTAATGTACT TGAAGAATTA GCCGAAAAAT ATCCTTTCGT TGGTTTGATT
TTGCAATATC GACAATTGGC AAAACTCAAT TCGACATATG TAAAGGGTTT ATTGGAAGTT
GTGAATCCTG ACGATAGCAA GATTCATACT CGCTATTTAC AGACACTAAC GCAAACCGGG
CGACTTTCCT CGGTTGATCC CAATATGCAG AACATTCCCG ATCGCGATGA AGAAGGAAAA
CGAATTCGAA AGGCTTTTGT TCCGAGCCAT GAAGGCTGGG AAATTTTTGG TTCCGATTAT
TCACAAATTG AACTGCGTGT TTTGGCTCAC GTTACTGGGG ATGAAAACTT AAAAAAAGCT
TTTGAATCAG GAGAAGATAT TCACGCGGCT ACGGCTCGTT CTATTTTTGG TCTTAGCACT
GATCAAAAAA TAACTTTCGA TCAGCGTCGT CGTGCAAAAG CCGTCAATTT TGGGATTGTT
TATGGAATTT CCGATTTTGG TTTAGCTCAA CGCTTGGGAA CTTCAAGAAT TGAAGGGAAG
GAAATTATTC AGACTTATTT TCATGAATTT CCGAAGGTTA AAAACTGGAT TGATTCGATT
ATTGCTTTAG CTCACAAACA GGGGTATGTA GAAACGATTG CTCAACGCCG TCGTTATTTA
CCGGATATTC ACAGCAAAAA TTTCAATTTG AGATCTTTTG CGGAACGAAC CGCTACTAAT
ACACCAATCC AAGGTTCGGC CGCTGACATT ATTAAAATTG CCATGATTAA AATGCAGCAG
GCCTTAGACG ATAATCATCT TAAGGCAAAG ATGCTTTTAC AAGTTCATGA TGAATTGATT
TTCGAAGCTC CTAAGCAGGA GATTGATATT TTAGAAGAGC TTGTTCCAAA AGTCATGGAT
TCGGCCGTCA AATTAAATGT CCCTCTGCGT GTCGAAGCAC ATCATGGAGT TAACTGGTAT
GACGAAAAAT AA
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| Protein sequence | MSLKTTVKIK AMTKTLLLID GNSLAFRAFY AMYNQLDRMV AHTGLHTNAL VAFNNFFDQV
VEKMNPDYAL VAWDAGKGAT TFRAKIFDDY KGDRQTTPPE LSEQFPYLRK MVDLHGIHSY
ELPGFEADDI IGTYSKLAEK AGLKTTIITG DRDLTQLVTD NVSVNVTKKG VTELDRYTPK
FLAEKWGGIT PSQVIEMKSL TGDTSDHYPG VTKVGLKTAI KLLNEFGSLD GIYQHIDSMK
TSKLKENLLN DKESAYRAHE LATIRTDAPV ELEMKELINQ PINFQELIPF YEELDFKVQL
AKIHSMQKAG MVGQDQEEEK NVQVTELKAA NLDHLSEIKN YLTVYFQTDS DNYHTAKISA
FVVGNENDGY FASRDLELLN SSVVRKLFKG DLPKYVFNAK ELIVLLNRLG LQINNLDFDF
LLVSYLLDTT DNDNQLATLA NRFNVFLESD AEVYGSGVKF KIPENNETLF SHMANKASTI
SKLHDPSMKK LSDHQQAELY RQIELPLSKV LASMEINGIK LDQAELKKLG QEFDQRIFEL
EKQIYEEAGQ EFNINSPKQL ADLLFAHMKI PPIKKTKTGY STAANVLEEL AEKYPFVGLI
LQYRQLAKLN STYVKGLLEV VNPDDSKIHT RYLQTLTQTG RLSSVDPNMQ NIPDRDEEGK
RIRKAFVPSH EGWEIFGSDY SQIELRVLAH VTGDENLKKA FESGEDIHAA TARSIFGLST
DQKITFDQRR RAKAVNFGIV YGISDFGLAQ RLGTSRIEGK EIIQTYFHEF PKVKNWIDSI
IALAHKQGYV ETIAQRRRYL PDIHSKNFNL RSFAERTATN TPIQGSAADI IKIAMIKMQQ
ALDDNHLKAK MLLQVHDELI FEAPKQEIDI LEELVPKVMD SAVKLNVPLR VEAHHGVNWY
DEK
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