| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_0519 |
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| Symbol | dnaE |
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| ID | 4433706 |
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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 | Lactococcus lactis subsp. cremoris SK11 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008527 |
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| Strand | + |
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| Start bp | 487112 |
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| End bp | 490324 |
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| Gene Length | 3213 bp |
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| Protein Length | 1070 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 639666306 |
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| Product | DNA polymerase III DnaE |
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| Protein accession | YP_808538 |
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| Protein GI | 116511322 |
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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 | 2 |
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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 | ATGTTTGCAC CCTTAAATAC AAAAACAGAA TACAGTTTTT TAGATAGTGT TGTTAAACTA
GACGATTATT TGGAAGGGGC TCTACGTTTA GGCTATAAAA CGGTCGGAAT TTGTGATGTG
GGAAACCTCC ATGCAGCCTT TCGGTTTGTC AGAAAAGCTC AAATGCTTAA TTTACAACCA
GTTATTAGTA TTGAATTAAA TTTTGAATGG CGGGGTTTGC CAGTTTCTTT TTCTTTTATT
GCTAAAAATA CAGAAGGTTA TAAAAACTTA CTTCGGATTT CAACATTTCA TAATTATGAT
CGACGTCAAT TTTCTGATAT TCAAAATCAT TTGTCAGGAA TCGCACTGGT TATTCCAGAA
ACTTATGGGG CTTTAAGTGA GCTATCAGAG CTTGCAGCAT TTGCCGACGA AGCCTATATT
GGGATTGACC AGCAGACAGA TAAAGGAACT AAATTTAATT TACCAACCCT TCCTTTTCCA
GCAGTTCGTT ATCTGAATTT TGCTGATAAT GAAATTTTAG CTATTTTGCA CGCGGTGCGT
GATGGGCTTT CCTTTGACGA AAGTTTGACG GTCAGTTCAA ATGAATTGCT CCAAAGACCA
GAAGCTTATG AATCTTATTT TCAGAAATAT TTTCCGCAAG CACTGACAAA TCTGTCAGTA
TTAACAGCAA AAATTGCTTA TCCATTTGAT GAAAAATTGG AACTTCCGAG ATTTGATAAG
AAAAGGGAAG CAGTTGAACA TCTCCGAGAA GAAGCGATTT TAGGACTGTC TGCCCGACTT
GAAGAAAAAA AATCACTGAC AGGAATTTCG TCAGTAAGTC TGGCAAACGC TTTAGCTGAA
GAATCAACGA TGATTGATTT GTCAGTATAT CAGGAGCGTT TAGAAAAAGA GTTGTCAGTC
ATTCACCAAA TGGGATTTGA TGATTATTTT TTGATTGTCG CGGATTTGTT GCGCTATGCG
CGTGAACAAG ACATTTATTG CGGAATGGGA CGTGGGTCGG CTGCTGGGTC TTTGGTTGCC
TATGTTTTGG GAATCACTCA GGTTGACCCT GTCAAACATA ATCTTTTCTT TGAACGTTTT
TTGAATCCAG AACGAGTGGC CATGCCCGAT ATTGATATTG ATATGCCTGA TGACCGTCGT
GCTGAGTTAC TGGCCTATAT GAAAAATCGT TATGGTTCAG ACCATGTAGC ACAAATTGTC
ACTTTTTCAA CTTTAGGAAA AAGACAGGCG CTCAGAGATG TCGGTAAAGC TTTTGGAATG
ACCGAGGCTG AATTATCTAA TTTGACTCGG ATGCTTGTTC GCCGTTTTGG AACTCTGGCT
GATGAATATG AAAATAATCA ACGTTTTAAA GCCGAAGTAT TGAAAAATGG AAAATTAAAA
CGAATTTATG AAGTCGCCAG ACGAATTGAG GGAATGCCTC GCCAGACTTC AACACATGCT
TCAGGTGTTG TTCTTTCTGA AGAATCTTTG GTGAATTATG TGTCATTAAA ACCGTCAGAA
GATTTAGCTT TGACTCAATA TGAGGCACCA GATGTGGAAG CGATAGGGCT TCTAAAAATT
GACTTCCTGG GATTACGTAA TTTAACTATC ATTTCGAGAT TACGTGATTT GGTGAAAAAA
CGTCAAAAAA TTGATATTGA CCCGTTAAAA ATAGATTTAG AAGATGAAGC GACATTGGCA
CTTTTTAGAG CTGGAAATAC GATGGGAATT TTTCAGTTTG AAAATCCGCA AATGCGACGT
TTTCTAAGAA ACCTTGCACC AAGCAAATTT GATGATATTG TTGATGCAAC CTCGATTTTC
CGTCCCGGTC CATCACAGTT TATTCCACAA TTTGTTGCCA GACGCCATGG AAAAGAAATT
GTTCCAGTTG TCGATGATTC TATCAGTGAA ATCTTAAAGC CGACTTATGG AATTATGATT
TATCAGGAAC AAATCATGCA AGTGGCTCAA GCTTTTGCCG GATTTTCTCT TGGAAAGGCT
GACCTTCTTA GACGAGCAAT CTCTAAGAAA AAAGGGTCCG AGTTGGAGAA ACTGCGCGAG
GATTTCTTAA TTTCTGCAGG AGAAATGGGT CATTCTAAAG AAAAAGCAGA AGAAATTTAT
GACCTGATTG AACGTTTTGC CAATTACGGC TTCAACCGTT CGCATGGCTT CGCTTATGGA
GCGCTTGCTT TTCAAATCGC TTATTTTAAG GCACATTTCC CTGATGAATT TTACGAAATA
CAATTACGTG ACCGTAAACG GGAAGTCATG ATTTTAGATG CTTTGGACAA TGGTTTTGAG
ATTGAAAAAC CAAATATTAA TCAGATGAAA ATTGGTGATT TTGTAAAAAA CAAAAAGATT
CGATTAGGAT TAGCTCATGT TCAAGGAATT TCTCGCGATT TGGCAAAATG GATTGTTGAA
AATCAATCAT ATAAGAATTT GGCAGATTTT GTTGAGAAAT TACCCAATAA TTTTCATAAA
AAAGAAAGTA TTCTACCACT AATCCAAATT GGTGCTTTTG ATTATGCTGA TTCTAATCGA
GGGAAATTGG CTTATAATTT GGCTGACCAT GCTAACTTAC TAAATTATTA TAGTGATGAT
ATTTTTATGG CAAGTTCTGG TGGCGGTTTT GCTTATCATG AAGCAGAGGA TTATTCAGAA
ACAGAAAAAT ATGATTTTGA GAAAAATCTG TTAGGGATTG GTGTAACGCC CCATCCTTTA
CAAAGTTTGG CTCAGAGATT CTCAGGAAAT TTCACGCCAA TTGCTAATCT TGTCAAAAAT
AGTAGAATGA CGATTTTGGT TGAGATTAAT TATATTCGGA CCCATCGAAC AAAAACAGGG
CAAACAATGG CATTTTTAAC TGTGTCAGAT AGTCGTGAGA ATTTTGATGT TACTCTTTTT
CCAGAGATTT ATCGTCAATT TTCGAGTGAG CTTGAGCAAG GAAAATTCTA CCTGATTAGT
GGGAAAGTAA CCGAACGTAA TGATGAATTA CAGCTTGTCG CTGACCGAAT GAGTCCAGCT
TTGGAAACTG ATAAAAAACT TTGGTTAAAT TTAAGAGATG AGAAATATAA TCAAAAAATT
TCGCAAATTT TATGTGAATT TCCGGGTTCT CATCAAGTGA TTCTTCACTA TTCAAATTTG
AAAAAAACGA TTCAAACAAA GATTTATGTG GAAGAGTCGG AGTTTTTGAA AAAACGATTG
GAAGGATATG TTATTGGTAT AGTTTATAAA TAA
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| Protein sequence | MFAPLNTKTE YSFLDSVVKL DDYLEGALRL GYKTVGICDV GNLHAAFRFV RKAQMLNLQP
VISIELNFEW RGLPVSFSFI AKNTEGYKNL LRISTFHNYD RRQFSDIQNH LSGIALVIPE
TYGALSELSE LAAFADEAYI GIDQQTDKGT KFNLPTLPFP AVRYLNFADN EILAILHAVR
DGLSFDESLT VSSNELLQRP EAYESYFQKY FPQALTNLSV LTAKIAYPFD EKLELPRFDK
KREAVEHLRE EAILGLSARL EEKKSLTGIS SVSLANALAE ESTMIDLSVY QERLEKELSV
IHQMGFDDYF LIVADLLRYA REQDIYCGMG RGSAAGSLVA YVLGITQVDP VKHNLFFERF
LNPERVAMPD IDIDMPDDRR AELLAYMKNR YGSDHVAQIV TFSTLGKRQA LRDVGKAFGM
TEAELSNLTR MLVRRFGTLA DEYENNQRFK AEVLKNGKLK RIYEVARRIE GMPRQTSTHA
SGVVLSEESL VNYVSLKPSE DLALTQYEAP DVEAIGLLKI DFLGLRNLTI ISRLRDLVKK
RQKIDIDPLK IDLEDEATLA LFRAGNTMGI FQFENPQMRR FLRNLAPSKF DDIVDATSIF
RPGPSQFIPQ FVARRHGKEI VPVVDDSISE ILKPTYGIMI YQEQIMQVAQ AFAGFSLGKA
DLLRRAISKK KGSELEKLRE DFLISAGEMG HSKEKAEEIY DLIERFANYG FNRSHGFAYG
ALAFQIAYFK AHFPDEFYEI QLRDRKREVM ILDALDNGFE IEKPNINQMK IGDFVKNKKI
RLGLAHVQGI SRDLAKWIVE NQSYKNLADF VEKLPNNFHK KESILPLIQI GAFDYADSNR
GKLAYNLADH ANLLNYYSDD IFMASSGGGF AYHEAEDYSE TEKYDFEKNL LGIGVTPHPL
QSLAQRFSGN FTPIANLVKN SRMTILVEIN YIRTHRTKTG QTMAFLTVSD SRENFDVTLF
PEIYRQFSSE LEQGKFYLIS GKVTERNDEL QLVADRMSPA LETDKKLWLN LRDEKYNQKI
SQILCEFPGS HQVILHYSNL KKTIQTKIYV EESEFLKKRL EGYVIGIVYK
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