| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_0689 |
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| Symbol | |
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| ID | 4422522 |
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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 | 657808 |
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| End bp | 662121 |
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| Gene Length | 4314 bp |
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| Protein Length | 1437 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 639674397 |
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| Product | DNA polymerase III catalytic subunit, PolC type |
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| Protein accession | YP_818172 |
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| Protein GI | 116617801 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2176] DNA polymerase III, alpha subunit (gram-positive type) |
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| TIGRFAM ID | [TIGR00573] exonuclease, DNA polymerase III, epsilon subunit family
[TIGR01405] DNA polymerase III, alpha chain, Gram-positive type |
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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 | ATGAAGTTAA CGCAACAAGA ACAATTACAG CACTTACTTA CGCATATTCA ACTGCCAGAA
GAAATTCATC ATTATTTTGA TGACGGTTGT TTGTCTCAAG TTGATGTTTC AGTTAGTCAA
AAAATGTGGC TTTTTCATGT CGAAATTGAA CAGATACTGC CGGTAAATGT ATACATGCAA
TTTCAGCAGT ATTTACGAAC TGCGTTCACT AATATAGCAG TGGTTCAACT TCAGATCACC
ACGCCAGTAC AGCAAGTTAA CGAAGAAGTC GTCAACTCTT ATTGGCATCT AGCGCTACAA
GAATCAAGTC TCAACCATGC GACAACGCAA CAACTTGCTA GCAACACAAT ACTAAAGACA
ATTGAAACGA ACCACTTTGG TGTTGCAGTC GGCGCATCAA TTTTGTATCG CGCACTGACT
GCTGAGGTTA TCGATTCAAT TGCGACAGTT TATCATTCTT TTGGATTACC AAAAATTAAG
TTGACTCCAA AATTGGATGA ACAACTTGAG CAAGAAATTC AAGAAAATGT GGCACAACAT
CATGCTAGAG CGCGTGAAGA TTTGCAGAAA GCAATTGTTG CCAATGAACA ATCAAAGCCT
AAAGTTTCTA GCGAAGGTGT TTCGTTAGCT TTAGGGCGTA AGATACCTGC TGATGCTGAA
ATTACACGTT TAGATAGTAT AGATGGTGAA GAAAATCGTG TCGTTATAGA AGGATATATT
TTTGCGGAAG AAATAAGAGA GCTACGTTCT GGACGGAAAC TACTAACACT CAAATTGACA
GATTATTCAA GCTCGATTTC TGCTAAGAAA TTTTCAAACA ATGAGAATGA CGAAGCTGTT
TTTGACGGTT TAAAGTCTGG TTTGTGGGTG CGATTAAGTG GAAATATTCA AGAAGATCAA
TACGCACGTG AATTGGTGAT GAACATATAT GATTTGCAGG TTGTAGATCA TGCTAATCGA
CAAGAAGTTT ATCAAGGTGA AGAAAAACAT ATTGAATTGC ATGCACACAC TAATATGTCA
GCGATGGATG CAGTTACTGA TTTTTCAGGC GTTGCGAAAT TAGCAAAAAG CTGGGGGCAA
ACTGCCTTGG CTGTTACTGA TACTGGTAAT GTTCAGGGAT TCCCTGAGGC ATCAGCTGCT
GGTGCAAAAA ATGGTTTGAA AATGATTTAT GGCATGGAAG CTAACTTGGT TGAGGATGGT
GAGCCTATTG GCTTTAATTT AGATCAAACC GAGTTATTGA ATAAAGACAC TATTTTTGTA
GCTTTTGATC TTGAAACAAC TGGTTTATCG GCAGTGACAG ATCGTATTAT TGAGTTATCA
GCGGTTAAAA TGCAGTTGGG TAACGTAATT GAGAAGTTCT CAGAGTACAT TAATCCTGGA
TTCCCACTTT CTGAGTTCAC CACCAAGTTA ACTTCTATTA CCGATGCTAT GGTTGCCAAT
TCAGATACCG AAGAAAATAT TATTAAACGT TTTCGTGAAT GGTCTGGAAA TGCCGTCTTG
GTTGGGCATA ATGTTACATT TGATGTTGGC TTTATGAATG CTGCCTATAC GCGCTATAAT
CAACCCATTA TCACGAATGC TATTATTGAT ACGTTACCAT TTACACGCTG GTTATACCCT
GATTATAAGT CTTATAGATT AGGCACAATC GCCAAGCGTT TCAATATTAA TTTGGAACAA
GCGCATCGCG CTATTTTTGA TGCAGAAACC ACTGGACATA TCGCTTGGCG ATTAATTAAG
GAAGCACACG AACGTTATAA TTTAAACCGA CATAATGAGT TGAATGATCG CATGACTGAA
GGAGACGCTT GGAAGCACGG GCGTCCCGTG CATGCCACTT TGCTAGTTCA AAATGCAACA
GGTTTGAAAA ATTTATACAA ATTAGTGTCT CGATCTAACA TTGAGTTTTT TGCTCGGGTA
CCGCGTATTC CGCGTTCTAT ATTAGAACAG TATCGCGAGG GACTACTTGT AGGAACGGGT
GATACCAGCG GTGATGTGAT TATTTCTTTG ATTGAAAAGG GTATTCAGGA AGCAGAGAAA
AAAGCAGCGT ATTACGACTT TATCGAAATA CAACCAACGG CAAATTATCA ACCGATGATT
GAGTCAGGGT TAATTGCAAC GGAAGAAAAG TTGCAGAGTA TTTTGAAAGA TATGGTGGCT
ATTGGGGATA AACTTAAAAA GCCCGTTGTA GTTACTGAAG ATGTAAAGTA TACAAACCCA
GAAGACAAAA TATATCGCAA TATTTTAATC GCTACACAGC CCGGTAATCC ACAAAATCGC
ACAGCTTTAC CAGATTTGAA TTTCAAGACA ACTCAGGAAT TACTTGACGA TTATGCTTTT
ATGGGCGCTG ATTTAGCAAA AAAGTTGGTC ATTGATAATA CACATTTAGT TGCTAATATG
CTTGAAGATA TTGAACCTTT GAAAAGCGGA TCTTATCCAC CAAATATTCC TGGCGCTGGT
GATGAATTAA CTGAGAGAAC TTATCGAACA GCTAAACAAT GGTATGGTGA GCCAATACCC
AAAGAAATAC AGGCCCGTAT TGATCAAGAA CTGAAAGCGA TTATTGGAAA CGGTTTTGCG
CCACACTATA TCATTGCGCA AAGATTAGTT GCTAAGTCAG TTAAGGACGG CTATTTAGTC
GGTTCACGTG GATCAGTTGG CTCCTCTTTT GTAGCTACAA TGTCTGGAAT CACAGAAGTA
AATCCATTAC CGCCTCACTA TCGTTCTGCA CATGGAGACT ACTTTGAATT GGTTGATCCG
AAAGAATATG AATCTGGTTA TGATTTGCCT GAAAAAGAAG ACCCAAATCA TCCAGGTGAA
TTTTTAATTG GGGATGGACA AAACATTCCT TTTGAAACTT TCATGGGCTT CACAGGAAAT
AAAGTGCCTG ATATTGATTT GAATTTTTCT GGTGATTATC AACCAATTGC TCATAATTAT
ATGAAAGTTT TGTTTGGCGA ACATAATGTA TACCGCGCTG GAACCATTGC GACCGTTGCT
GAAAAAACAG CTTTCGGCTA TGTTAAAGCT TATGAGCGCG AACATGACCA ACATTACCGT
GGTGCTGAAA TAGAGCGTTT AGCGCAGGGG ATGACGGGTG TGAAACGTAC TACTGGACAA
CATCCGGGTG GTATTTTAAT TGTGCCCCGT GAATATGAGG TCTACGATTT TACTCCGATT
CAGTATCCTG CGGATGATCA AAAGTCCCTT TGGCAAACTA CGCACATGGA TTATCATTCA
ATCCACGATA ATTTGCTCAA GATGGATATA TTGGGTCACG ATGATCCCAC AATGGTGCGT
ACATTAAAAG ATATGTCTGG TATTGATCCA CAGTCAATAC CTGCAAATGA CCCAGGCGTA
TTAAGCTTAT TTACCTCAAC TGAAGCTTTG GGTGTTACGC CAGAACAGAT TTTTTCCAAT
ACTGGCACAC TAGGATTACC AGAGTTTGGT ACAAACTTTG TGCGAGGAAT GTTGACAGAA
ACACAGCCAC ACACATATTC AGAATTATTA CAAATTTCTG GTCTATCGCA CGGAACAGAC
GTTTGGGTAG GCAATGCTAA TGAATTAATT GAAAATGGAA CAGCCACCAT TGGAACAGTA
ATTGGAACAC GTGATAAAAT TATGACTGAT TTGATTAATT GGGGTGTTCC TGCAGCAGAT
GCTTTTAATA TTATGGAAAA GGTCCGTAAA GGAAAAGGAA TAACAGAAGA ATATCAGAAA
CAACTACGTG AAGAAAAAAT CCCAGAGTGG TATATCCAAT CAATGCTTAA AATCAAGTAT
ATGTTCCCAC GGGCGCATGC TGCTGCCTAT GTGTTAATGG CATTGAGGAT CGCGTACTTT
AAGGTTTATT TTCCAACAAT CTATTATGCA ACTTACTTTT CTGTACGTGC TGATGCATTT
GATATCGTAG CAATGAGTCG GGGTAAAGAT GCCACTAAAG CTGCTATTCA GAAGTTGAAG
TCACTTGGAA ATGATGCAAC AGTTGGGGAT AAAAACTTAT TGACTGTTTT AGAAATGGCC
AATGAAGCCT TGGAGCGTAA CATTACTTTC GCTATGGTTG ATTTAAACAA GTCTGAGGCG
CTTGAGTGGG TGATTGATGG GGACACCTTA ATTCCACCTT TCGTTTCTTT GCCAGGCTTG
GGTGATAACG TTGCTAAGCA AATTGTAGCT GCACGGACCG AAAAACCATT TATCAGCAAA
GAAGATTTAA AGAAACGTGG TAAGGTTTCA CAAACAATTA TTGAGTTTAT GACATTGCAT
TCTGTTTTAG ATGGATTACC AGATGAAAAT CAGTTAAGCT TGTTCGATTT TTAA
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| Protein sequence | MKLTQQEQLQ HLLTHIQLPE EIHHYFDDGC LSQVDVSVSQ KMWLFHVEIE QILPVNVYMQ
FQQYLRTAFT NIAVVQLQIT TPVQQVNEEV VNSYWHLALQ ESSLNHATTQ QLASNTILKT
IETNHFGVAV GASILYRALT AEVIDSIATV YHSFGLPKIK LTPKLDEQLE QEIQENVAQH
HARAREDLQK AIVANEQSKP KVSSEGVSLA LGRKIPADAE ITRLDSIDGE ENRVVIEGYI
FAEEIRELRS GRKLLTLKLT DYSSSISAKK FSNNENDEAV FDGLKSGLWV RLSGNIQEDQ
YARELVMNIY DLQVVDHANR QEVYQGEEKH IELHAHTNMS AMDAVTDFSG VAKLAKSWGQ
TALAVTDTGN VQGFPEASAA GAKNGLKMIY GMEANLVEDG EPIGFNLDQT ELLNKDTIFV
AFDLETTGLS AVTDRIIELS AVKMQLGNVI EKFSEYINPG FPLSEFTTKL TSITDAMVAN
SDTEENIIKR FREWSGNAVL VGHNVTFDVG FMNAAYTRYN QPIITNAIID TLPFTRWLYP
DYKSYRLGTI AKRFNINLEQ AHRAIFDAET TGHIAWRLIK EAHERYNLNR HNELNDRMTE
GDAWKHGRPV HATLLVQNAT GLKNLYKLVS RSNIEFFARV PRIPRSILEQ YREGLLVGTG
DTSGDVIISL IEKGIQEAEK KAAYYDFIEI QPTANYQPMI ESGLIATEEK LQSILKDMVA
IGDKLKKPVV VTEDVKYTNP EDKIYRNILI ATQPGNPQNR TALPDLNFKT TQELLDDYAF
MGADLAKKLV IDNTHLVANM LEDIEPLKSG SYPPNIPGAG DELTERTYRT AKQWYGEPIP
KEIQARIDQE LKAIIGNGFA PHYIIAQRLV AKSVKDGYLV GSRGSVGSSF VATMSGITEV
NPLPPHYRSA HGDYFELVDP KEYESGYDLP EKEDPNHPGE FLIGDGQNIP FETFMGFTGN
KVPDIDLNFS GDYQPIAHNY MKVLFGEHNV YRAGTIATVA EKTAFGYVKA YEREHDQHYR
GAEIERLAQG MTGVKRTTGQ HPGGILIVPR EYEVYDFTPI QYPADDQKSL WQTTHMDYHS
IHDNLLKMDI LGHDDPTMVR TLKDMSGIDP QSIPANDPGV LSLFTSTEAL GVTPEQIFSN
TGTLGLPEFG TNFVRGMLTE TQPHTYSELL QISGLSHGTD VWVGNANELI ENGTATIGTV
IGTRDKIMTD LINWGVPAAD AFNIMEKVRK GKGITEEYQK QLREEKIPEW YIQSMLKIKY
MFPRAHAAAY VLMALRIAYF KVYFPTIYYA TYFSVRADAF DIVAMSRGKD ATKAAIQKLK
SLGNDATVGD KNLLTVLEMA NEALERNITF AMVDLNKSEA LEWVIDGDTL IPPFVSLPGL
GDNVAKQIVA ARTEKPFISK EDLKKRGKVS QTIIEFMTLH SVLDGLPDEN QLSLFDF
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