| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_0774 |
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| Symbol | |
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| ID | 4422607 |
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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 | 748858 |
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| End bp | 752196 |
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| Gene Length | 3339 bp |
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| Protein Length | 1112 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639674482 |
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| Product | DNA polymerase III catalytic subunit, DnaE type |
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| Protein accession | YP_818256 |
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| Protein GI | 116617885 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0587] DNA polymerase III, alpha subunit |
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| TIGRFAM ID | [TIGR00594] DNA-directed DNA polymerase III (polc) |
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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 | ATGTACGCAC CGCTTCAAAT TTTAAGCAGT TATAGCTTAT TAAAAAATCC AAATACAATT
GAACAAATTG TCCAAACGGC AAAGACTCGT GGTTATGAAG CCATTGCACT GGCTGATGTT
AATGTAATGT ACGGGGCGAT AGACTGGTTT CGACAAACAA AAAAGCATGG GATTAAACCT
TTATTTGGCT TGACATTAAT GGTCAACGGA CTTGTGAATA CTGCCACGCT ATTTCCAGTC
GTACTATTAG CTGAGAATCA AGTAGGCTAC CAAAATCTAA TGTGGCTATC ATCAGCCAAG
ATGACTAGTC AAGGAGATTT TCAGTGGGAA ACAATGGTTA AACACTTAGA CGGTATAAAC
ATTGTTTTTC CAACTGACAG TGAGCTCGTT CAGCTCATCT CTTCAGGGTA TGAGGAAGTT
AATAATTATT GGCACCAACT CCTCACCCTT GTTGACGAGC GCCATTCTTT TATTGGTATT
AATTCGCAAA TGGCACCGCA GATACAAGAG AGGTTAGCAC AATTTAGCGA ACGTACTGGT
GGTCATATGA TTGCTTTAGA TGATATTGAT TATCTTAACT CAGATGATGC TTTCACCACT
CAAGTTTTAA AAGCAATTGA TGCAAATGTT AAATTGGACG ATATTAAAAT TTTGGCTCAA
CAACAAGGCT CACATATTTT AAGAGATTTA GCTGTCGTTC AGCAAGAATA CCAAGGTACA
GAAATACTAA AGACAGCCTA TATTAATAAC GAATTATTGG TATCAAAAAG CAATGTCAGC
ATTGAATTTA AAGATACAGC TTTACCACCC TTTGAAACAC CATCTGGCGT GACCAACGCA
CAGTTTTTAG AAACGATTGC TGTCAGTGGA TTAAAAAAAC GATTGCAAGG GCATAATGTG
AGTTTGAACT TGTACGAAGA AAGATTGCAG CACGAATTAA AAACCATTGA AGTGTTAGGA
TTTAGCGATT ACTTCCTGAT TGTTTGGGAC ATTGTTAACT TCGCACATAA AAATCACATT
CAAACTGGAC CAGGACGTGG CTCTGTCGCT GGATCTTTGG TTGCGTACAG TTTACAAATT
ACCGATGTAG ATCCTTTGCA ATTTAACTTG CTATTTGAAC GTTTTCTAAA TGATGAGCGA
GTGCAAATGC CTGATATTGA TATTGATTGG CCACCAAGCA AACGTGAAGA ACTATTCACC
TACCTTCATC AAAAGTACGG GAAAAGAAAT TTTGGTCAAA TTATTACATT TGGTACTTTA
GCTTCTAAAC AAGCTCTACG CGATGTTGGT AGGGTGTTTG GATTACCAAC CCCGACATTG
AGCAAGTTGA GTGCTAGTAT ACCTGAAGGA AAAAATGGAC GTAAGGTGTC CATTGATGAT
GCGCTTAAAG CACCACAATT ACAGAATGCC CTTCGTGATA TTGATAATGG TAGATTGTTA
TTACAAACGG CGTTGAAAAT TGAAGGCTTA CCAAAAAATT ACTCTACACA TGCGGCAGGA
ATTGTACTTA GTGCGAATCC TTTGGTACAA ACATTGCCTG TGCAATCTGG TACGGAGGGA
CGCTTATTAA CACAATTTGA AAAAGATCCG GTTGAACAAT TAGGGTTACT TAAAATTGAT
ATTCTAGGAC TACAAAATTT AGCCATTTTA AGCCAGGCAC TCTATTATGC TCAAAAAGAG
CTACCAGAAG GGTTTGATAT TACCAAAATT GCTTTAGATG ATGCCAAAAC CTTAGCATTA
TTTGCTAAAG GCGACACAAA TGGGGTTTTC CAATTTGAAT CTGCAGGCAT TAAAAATGTG
TTGCGAAAGC TGAAGCCAGC CACCTTTGAA CATATTGTGG CTGTTAACGC GCTTTATCGT
CCTGGTCCTG CACAAAATAT TGATAAGTTT ATCGCTCGAC GCCATGGTAA AGAAGCAGTG
ACGATCCCAG ACCCTAGTTT GAAATCTATT TTGGCGCCCA CTTTTGGTAT TATTGTATAT
CAAGAGCAAG TTATGCTAGT TGCGGAATCA TATGCTGGAT TCACGCTAGG TGAGGCGGAT
GTTTTACGAA GTGCCATGTC GAAGAAAAAA GTCGACAAAA TGCAGAAATT GCATGAACAA
TTTATTAAAG GCGCTTTAAA AAATGGGCAT GATCAAGAAC AAGCAGAACT TATTTTTTCT
TATATTGATG AATTCGCTAA TTATGGTTTT AATCGTTCTC ACGCAGTTGC TTATAGTAAA
TTGGCTTTTG AACTGGCCTA TCTAAAGGCA CATTATCCAG TTGCTTTTTT TACAGCTCTA
TTAAATGCAA ATCTGGGTGA ACAGAAAAAA GTGCAACAAT ATGTTTCTGA AGCCAAAATA
CGCGGAATTG TAGTATTAGC GCCAGATGTC AACAAGTCAT ATAAGTTTTG GACATCTATC
GAAAACCAAT TACAAATGGG TTTGAATAAT ATCCGTGGTG TTCGTACAGA CTTTGTGACT
GGTGTATTGG AAGAGCGCCA GAATAATGGT TCATTTCAAA CAATCCAGTC CTTTGTAAGA
CGTTTGCCAG ATAAAATGCG TAAACGAGAA GTGTTAGAGC AGTTAGTATA TGCTGGTGCA
CTTGATTCGT TTGGCTATAA TCGACGCGAA CTAATCGAAA ATATAGCGAG TTTGATTGAA
GGTGCAAGCT TTGGTAACTT AATTTTGGAA GAAACGAAAA TTAAGAAGTA TGATGATTTT
GCTTTGTCTG ATCGTCTGAA AAAAGAAAAA GAAGTCATTG GCGTAAATTT ATCAGGTCAT
CCTTTAGATA CATATGTTGA TTTCATTTTG GAAAATGGTT TTAGTCAAAT AGGAAATGTC
GTACAGCCCA GTCAGGTTGA AAAAATAATC GCAATTGTCG ACAGTATTCG CCAGATCCGC
ACTAAAAAAG GGGATGACAT GGCTTTCGTG AAAGTCTCTG ATACCACTGG AGAAATTAGT
GTAACTATAT TCCCACAACT ATTTAAAAAA ATAAGCAATT TTCTAAAGCC CGGAACAATA
TTGAGTATTG CTGGTAAATC AGAGCGTGAT ATGCGGAATG AAATCGCTAT TGTGGCTAAT
CATATTAATT TAGCGCCAGA ACCCCAGCGC GTTCAATCTA TTCAAGGGAC CTGGTTTCTT
CAGCTTGACG AAAAGCATGA CACACCGGAA AGACGTGAGG AAATCAGCCA AATCATGAAA
AAACATCATG GCCATAATCC AGTGGTGATT CACTGGCAAA AAGATGGTAA AAATCAAAAA
CTTGATCAAG AATTTTGGAT GACTAGTGAA ACCGTTATCA TGCGCGAATT AGCAGCTTTA
CTAGGCAGTG AGAATATTAT TTTTAAACAA ACTTACTAA
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| Protein sequence | MYAPLQILSS YSLLKNPNTI EQIVQTAKTR GYEAIALADV NVMYGAIDWF RQTKKHGIKP
LFGLTLMVNG LVNTATLFPV VLLAENQVGY QNLMWLSSAK MTSQGDFQWE TMVKHLDGIN
IVFPTDSELV QLISSGYEEV NNYWHQLLTL VDERHSFIGI NSQMAPQIQE RLAQFSERTG
GHMIALDDID YLNSDDAFTT QVLKAIDANV KLDDIKILAQ QQGSHILRDL AVVQQEYQGT
EILKTAYINN ELLVSKSNVS IEFKDTALPP FETPSGVTNA QFLETIAVSG LKKRLQGHNV
SLNLYEERLQ HELKTIEVLG FSDYFLIVWD IVNFAHKNHI QTGPGRGSVA GSLVAYSLQI
TDVDPLQFNL LFERFLNDER VQMPDIDIDW PPSKREELFT YLHQKYGKRN FGQIITFGTL
ASKQALRDVG RVFGLPTPTL SKLSASIPEG KNGRKVSIDD ALKAPQLQNA LRDIDNGRLL
LQTALKIEGL PKNYSTHAAG IVLSANPLVQ TLPVQSGTEG RLLTQFEKDP VEQLGLLKID
ILGLQNLAIL SQALYYAQKE LPEGFDITKI ALDDAKTLAL FAKGDTNGVF QFESAGIKNV
LRKLKPATFE HIVAVNALYR PGPAQNIDKF IARRHGKEAV TIPDPSLKSI LAPTFGIIVY
QEQVMLVAES YAGFTLGEAD VLRSAMSKKK VDKMQKLHEQ FIKGALKNGH DQEQAELIFS
YIDEFANYGF NRSHAVAYSK LAFELAYLKA HYPVAFFTAL LNANLGEQKK VQQYVSEAKI
RGIVVLAPDV NKSYKFWTSI ENQLQMGLNN IRGVRTDFVT GVLEERQNNG SFQTIQSFVR
RLPDKMRKRE VLEQLVYAGA LDSFGYNRRE LIENIASLIE GASFGNLILE ETKIKKYDDF
ALSDRLKKEK EVIGVNLSGH PLDTYVDFIL ENGFSQIGNV VQPSQVEKII AIVDSIRQIR
TKKGDDMAFV KVSDTTGEIS VTIFPQLFKK ISNFLKPGTI LSIAGKSERD MRNEIAIVAN
HINLAPEPQR VQSIQGTWFL QLDEKHDTPE RREEISQIMK KHHGHNPVVI HWQKDGKNQK
LDQEFWMTSE TVIMRELAAL LGSENIIFKQ TY
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