| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_0713 |
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| Symbol | |
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| ID | 4422546 |
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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 | Leuconostoc mesenteroides subsp. mesenteroides ATCC 8293 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008531 |
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| Strand | + |
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| Start bp | 684485 |
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| End bp | 687166 |
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| Gene Length | 2682 bp |
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| Protein Length | 893 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 639674421 |
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| Product | DNA polymerase I |
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| Protein accession | YP_818196 |
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| Protein GI | 116617825 |
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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 | 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 | ATGACCAATA AAAAACTATT ACTTGTTGAT GGTAATTCGC TGGCTTTTAG AGCTTTTTAT
GCGATGTACA ATCAGTTAGA TCGTATGATC TCGCATGAAG GATTGCATAC AAATGCATTA
GTGGCTTTTA ATAACTTTTT AGATAAAATT GTAGATCCAA TGGCTCCAGA TTTAGCATTA
GTGGCTTGGG ATGCTGGTTC TGGAAAAGAA ACGCATCGTG GGAAGTTATT TCCTGAATAT
AAGGATGGCC GTTCTAAAGT ACCAGAGGAA TTTAAAGAAC AGTTTCCATA TTTACGTGAA
ATGGTTATGT TGCATGGATT GCGGAATTAT GAACAGGCTG GATTAGAAGC TGACGATATC
ATTGGAACTT ATTCACGTAT GGGTGAAGCA GCAGGATATT CTGTCATTAT TGTAACTGGC
GATCAAGATT TGACGCAATT AGCCACGGAA AACGTTACTG TAAACGTGAC TAAAAAAGGT
GTAACAGATA TTGAAAGCTA TACACCAGCT TATATAAAAG AAAAATTTGG GCTTACACCG
GCTCAAATCA TTGATAAGAA GGCGTTGACG GGCGATACAT CTGATAATTA CCCTGGTGTT
ACAAAGGTCG GTGAAAAGAC AGCATTAAAA CTTCTTGCCG AATATAATAA CATTGATAAT
TTGTATGATA ATATCGATAA ACTGAAGCAG TCAAAAATGA AGGACAATTT GATCAATGAT
CGTGAATTAG CCTTCCAAGC ACGTGAATTA GCTACAATTT TAACTGATGC TAACTTACCT
TTACCGCTTG AAGAAATGGA ATATAGAGGT GTCGATTTTG AGAAGATTAT TCCATTCTAT
GAAAATTTGG ATTTCAAACA ACATTTAGCG AAAATAAAAG CATTACGTAA ATCTGGGCAG
CTTGAGAATA CAAAAGAATT TGACAATGGT ATAAATTTTG TCGAATTAAA AGAAAATAAT
TTAAGAGCAA TTGCGATGCT AGGTGATAAG ATATCAGTTC ATATTGAATT TGTGGGTGAT
AATTATCACG AGGGTGAAAT GATTGGTTTC GCTATTGGTA ATCCAGAAGT TGGCTACTAT
GCTAGTCGTG ACATCTCCTT GTTACAAACT GAAGAGTTGA AGTCGGTGAT TGAGAATGAG
CAGATTTTAA AAAATGTTTT TAATGTTAAA GCACAGCTTG TATTATTTAA GCGACTTGGT
TTGGCACTTA AGGGCGTGAA TTTTGATTTT ATACTGGTTG CATATTTGCT TGATACGGTA
GCTAATGATA ATGTTTTGTC CACTTTGGCA CAGCGTTTTG ATGTTTATTT GGCACCTGAT
GAAGATATTT ATGGTAAAGG CGCCAAATTC ACTGTGCCAA CCGATACCAA TCTTTTATTG
TCGCACGTTG CTCATAAAGC GGATGGACTT TTCAAATTAG AAAAACCAGC GTTCACAGAA
TTAAAGCAAC ACGAACAAAC GCACCTATAT ACGGACATTG AGCTACCATT AGCGTTTGTT
TTAGCTGATA TGGAATATCA AGGGATTAAG GTCAATCCTG AATACTTACG AAATAAAGGC
AAAGATTTAT CCGAACGAAT AGCTGATATT CAATCAGCCA TCTATATTGA AGCTGGTGAA
GAGTTTAATC TAAACTCACC AAAACAATTA GGGGTATTGT TGTTTGAAAA AATGGGTTTG
CCTGTAATTA AAAAAACAAA GACAGGCTAC TCAACGGCTG TGGATGTTTT AGAAAAACTA
GCACCACAAG CGCCTATAGT TGACCATATT TTGCAGTATC GTCAGCTAGC GAAACTAAAA
TCAACTTACA TTGACGGCCT GCTTTCAGTT ATATATCCTA AGGACAGCAA GATTCACACA
CGATTTTTGC AGACTTTGAC ACAAACTGGT CGATTGTCAT CAGTTGATCC TAATTTGCAG
AATATTCCAA TGCGTTCAGA AGAAGGGCGC TTAATCCGAA CAGCATTTGT TCCTAGTCAT
CCGAATTGGC AAATATTTGG TGCCGATTAT TCTCAAATTG AATTACGTGT TTTGGCCCAT
GTTACGGGTG ATAAAAACAT GCAAAAAGCC TTTCTAAATG GCGAAGATAT CCATGCCGAA
ACAGCTCGAG CTGTCTTTGG CTTAGCCGAT GATGCAGTAG TTGATCCACT TAAGCGTCGT
ACGGCTAAAG CTGTGAATTT TGGTATTGTG TATGGTATTT CGGATTATGG ATTGGCTAAT
AATTTGGGGA TTTCACGTGC CGAGGCGAAA CGTTTTATTG ATACTTATTT CCAAGAGTTC
CCTCAAATTC ATGAATGGAT GAATACAATT AAGACTTTTG CACATGAACA TGGTTATGTA
GAAACAATTG CCCATAGGCG ACGTTATTTG CCAGATATTC AAGCAAAGAA CTTTAATTTA
AGGTCATTCG CTGAACGCAC TGCGATGAAC TCGCCCATCC AAGGTTCAGC AGCAGATATT
ATCAAAATTG CGATGATAAA GGTTAACGAG GCTTTACGAG AGAATAATTT ACAGGCGAGA
ATGTTGCTTC AAGTACACGA TGAATTGATT TTTGAAACCC CCGTAGACGA AATTGATGAA
TTGACCGAAG TTGTTACGAA TGTTATGGAT TCAGCCGTTG CATTAGATGT ACCATTGAAA
GTTGATGCAC ATCATGGTGA CACTTGGTAC GATGCAAAGT AG
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| Protein sequence | MTNKKLLLVD GNSLAFRAFY AMYNQLDRMI SHEGLHTNAL VAFNNFLDKI VDPMAPDLAL
VAWDAGSGKE THRGKLFPEY KDGRSKVPEE FKEQFPYLRE MVMLHGLRNY EQAGLEADDI
IGTYSRMGEA AGYSVIIVTG DQDLTQLATE NVTVNVTKKG VTDIESYTPA YIKEKFGLTP
AQIIDKKALT GDTSDNYPGV TKVGEKTALK LLAEYNNIDN LYDNIDKLKQ SKMKDNLIND
RELAFQAREL ATILTDANLP LPLEEMEYRG VDFEKIIPFY ENLDFKQHLA KIKALRKSGQ
LENTKEFDNG INFVELKENN LRAIAMLGDK ISVHIEFVGD NYHEGEMIGF AIGNPEVGYY
ASRDISLLQT EELKSVIENE QILKNVFNVK AQLVLFKRLG LALKGVNFDF ILVAYLLDTV
ANDNVLSTLA QRFDVYLAPD EDIYGKGAKF TVPTDTNLLL SHVAHKADGL FKLEKPAFTE
LKQHEQTHLY TDIELPLAFV LADMEYQGIK VNPEYLRNKG KDLSERIADI QSAIYIEAGE
EFNLNSPKQL GVLLFEKMGL PVIKKTKTGY STAVDVLEKL APQAPIVDHI LQYRQLAKLK
STYIDGLLSV IYPKDSKIHT RFLQTLTQTG RLSSVDPNLQ NIPMRSEEGR LIRTAFVPSH
PNWQIFGADY SQIELRVLAH VTGDKNMQKA FLNGEDIHAE TARAVFGLAD DAVVDPLKRR
TAKAVNFGIV YGISDYGLAN NLGISRAEAK RFIDTYFQEF PQIHEWMNTI KTFAHEHGYV
ETIAHRRRYL PDIQAKNFNL RSFAERTAMN SPIQGSAADI IKIAMIKVNE ALRENNLQAR
MLLQVHDELI FETPVDEIDE LTEVVTNVMD SAVALDVPLK VDAHHGDTWY DAK
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