| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_1165 |
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| Symbol | dnaE |
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| ID | 4438648 |
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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 | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | - |
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| Start bp | 1074337 |
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| End bp | 1077447 |
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| Gene Length | 3111 bp |
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| Protein Length | 1036 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 639676799 |
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| Product | DNA polymerase III DnaE |
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| Protein accession | YP_820552 |
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| Protein GI | 116627933 |
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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 | ATGTTTGCAC AATTGGATAC AAAATCAGTA TATAGCTTCA TGGACAGTGT TGTAGATTTA
AACACCTATG TAAAACGTGC CAAAGAGCTT GGTTATCAAA GCATTGGTTT GATGGATCGT
GATAATCTCT ATGCGGCCTA TCATTTTGCC CAGCTTGCAA TCAGAAATGG TTTACGTCCT
TTAATTGGAA CAGAAGCTAA TTTATTCTAT GAAGGGAGAA AAATTCCCTT TCGCCTATTA
GCTAAAAATA ATCAGGGCTA TAAAAACTTG ATGAAGTTGG CAACAGAGCT GTCTTCAGGA
CAGCGGGAGT TTACATATTT TTCAGACTAT CTGAATGACA TTGCCCTAAT TCTTCCAAGT
GAGGACTGGG AGCCTGGGAT GAGTCTTGGC TCAGAAGTTT TCATTGGGGT AAGACCTGAG
GATGCTGGTA AAGAGTTTGA TTATCCTGTG GTTCCTTTAC ATACAGTGCG TTACTTTGAA
AATGCAGATC GCTCGACTAT CCAGACGTTA CATGCTATCT CACAAAATGT GTCCTTGTCT
GAGGTATCCA TCTGTCCTAT GAATCAGCTC CTTTTCTCGG CCAAAGAAAT GGAAGAAGCT
TATAGTAAGC TTCCAGAGGC TTTAAACAAT TTGAATCAGC TTGTTTCAGA CGTCTCTTAT
CAATTTGATA CAAATCTCAA GCTTCCTCGT TTTAATCGTG AAATGCCAGC AGTTGATCAA
TTGCGTCAGT TAGCTCAATC TGGATTAGAT AGTAAAGCGT TAAGAGAACC AGCTTATCAG
GAACGTTTAG ACAAGGAATT GTCAATAATA CATCAAATGG GTTTTGATGA CTATTTCTTG
ATTGTTTGGG ATTTGTTACG TTTTGGTCGT AGTCGAGGTT ATTATATGGG AATGGGACGT
GGGTCTGCTG CAGGGAGTTT GGTAGCTTAT GTCCTTGATA TTACTGGAAT TGATCCAGTT
AAAAATGATT TACTTTTCGA GCGTTTCTTA AATGAGGAAC GTTATAGTAT GCCTGATATC
GATATAGACT TACCTGATAT TTATCGAAGT GAGTTTCTTC ATTACGTTAG AGACCGTTAT
GGTAGTAAGC ACTCTGCACA GATTGTTACT TTTTCAACTT TTGGGGCTAA GCAGGCTATC
CGAGATGTTT TTAAACGTTT TGGAGCTAAG GAATTTGAAT TATCCCAACT CAGTAAAAAA
ATATCTTTTC GAGATACTTT GACAACTGTC TATGAGAAAA ATATGTCATT CAGACAGCTA
ATTAATCAGA GGCAGGAATT TCAGAGAGCT TTTGAAATTG CTAAGGCTAT TGAAGGCCAG
CCAAGACAAA CCTCCATACA TGCTGCAGGT ATCGTGATGA GCGATGATGA CCTGACCAAT
CATATTCCTC TTAAGGCAGG TGAGGACATG ATGGTTACAC AGTACGATGC TTCCGCAGTC
GAGGCCAATG GTTTGCTTAA GATGGATTTC TTGGGGCTTC GAAATTTGAC CTTTGTTCAA
AAAATGAAGG AGAAGCTTGA AGAAGAACAG GGAATCGCTA TCGATATCAA ATCCATTGAC
TTGGAAGATT CACAAACCCT AGCGCTTTTT GCCAGTGGTA AGACAAAGGG AATTTTTCAA
TTCGAGCAGG CAGGTGCTAT AAATCTCCTT AAACGGATTA AACCTGCTAA GTTCGAAGAA
GTAGTAGCGA CAACCTCTCT CAACCGTCCA GGAGCTAGCG ATTATACAGA TAATTTCGTT
GCTCGTAAAT ATGGTAAGGA GAAAGTAGAT CTCATTGACC CAGTGGTTGC TCCAATTCTT
GAACCTACCT ATGGTATCAT GCTTTATCAG GAGCAGGTTA TGCAGATTGC CCAAGTATTT
GCTGGCTTTA GCCTTGGAAA GGCCGATTTG CTTCGTCGGG CAATGTCTAA AAAAGATGCC
AATGAAATGT CCAAAATGTC CGAACAATTC ATGGAAGGAA GTCGTCAGTT AGGGCGTGAC
CCACAGGTTG CTAAACGTCT CTTTAGTATG ATAACTAAGT TTGCAGGATA TGGTTTTAAT
AAAAGTCATG CCTATGCTTA TTCATCCCTA GCCTTCCAAT TAGCTTATTT TAAAACGCAT
TATCCTCAGA TATTCTATGA CGTCATGTTA AATTATTCGT CAAGTGATTA CATTAGGGAT
GCAATTGAAA ATGGCTTTTC CTTAGCTAGC CTGGATATTA ATAGAATTCC TTATATGGAC
AAGATTTCCG ATGGAAAGAT TGTACTAGGT CTAAAAACCA TAAAAGGTTT GCCCAGAGAT
TTTGCACTTT GGATTATTGA GGATCGCCAA CAAAATGGTA AATACATTTC TATAGAGGAT
TTTTTGACAC GTATTCCTAG TAAATATCAA AAAGTAGATA TTTTGACACC TTTGATCCAA
ATAGGATTAT TTGATCGTTT TGAGCCTAAT AGACGGAAAA TCATCGGAAA CTTAAGCAAC
CTCTTTACTT TTGTTAATGA ATTAGGGAGT TTGTTTGCAG AGTCGTCTTA TTCTTGGGTG
GAGTATGAAG ACTATAGTCA GACAGAACGC TACAGTATAG AGCAGGATTT ACTAGGAGTT
GGACTTAGTA CACATCCATT ACATTTAGCT CAAAAAATGG CATCACGGCC CTACCAACCA
ATTTCTGAGT TGACTTTAAA CAGTAAGGCT ACAGTTTTGG TCCAGCTTGA ATCAGTTCGC
ATTATCAGAA CGAAAAAGGG AGACCAGATG GCTTTCCTAA GTGTTTTTGA TGGGGTGAAT
AAACTGGATG TCACTCTTTT TCCAGAAACT TATTTCTATC ACAAAGATAA GTTAAGCGAA
GGTAGTCTCT TTTATCTAGA AGGACGAACT CAAGAGCGCG ACGGACGTCT TCAATTAATT
TTGTCAAATA TAGAGGAGGC TAGCACTGAG CGTTTCTGGA TTTTACTAGA GAATCATAAT
AAAGATTTAG AAGTTTCTCA CATTTTATCC AAGTATCCTG GACATATTCC TGTGGTTATT
CGTTATCAGG GAAGCAAGGA AACAATAGTT AGTCAACGAT ATAAAGTGTC TAAGAACGAA
GAACTCAGTA GGGAATTAGC ACCTTTTGTG TTGAAAACGG TTTTACGTTA A
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| Protein sequence | MFAQLDTKSV YSFMDSVVDL NTYVKRAKEL GYQSIGLMDR DNLYAAYHFA QLAIRNGLRP
LIGTEANLFY EGRKIPFRLL AKNNQGYKNL MKLATELSSG QREFTYFSDY LNDIALILPS
EDWEPGMSLG SEVFIGVRPE DAGKEFDYPV VPLHTVRYFE NADRSTIQTL HAISQNVSLS
EVSICPMNQL LFSAKEMEEA YSKLPEALNN LNQLVSDVSY QFDTNLKLPR FNREMPAVDQ
LRQLAQSGLD SKALREPAYQ ERLDKELSII HQMGFDDYFL IVWDLLRFGR SRGYYMGMGR
GSAAGSLVAY VLDITGIDPV KNDLLFERFL NEERYSMPDI DIDLPDIYRS EFLHYVRDRY
GSKHSAQIVT FSTFGAKQAI RDVFKRFGAK EFELSQLSKK ISFRDTLTTV YEKNMSFRQL
INQRQEFQRA FEIAKAIEGQ PRQTSIHAAG IVMSDDDLTN HIPLKAGEDM MVTQYDASAV
EANGLLKMDF LGLRNLTFVQ KMKEKLEEEQ GIAIDIKSID LEDSQTLALF ASGKTKGIFQ
FEQAGAINLL KRIKPAKFEE VVATTSLNRP GASDYTDNFV ARKYGKEKVD LIDPVVAPIL
EPTYGIMLYQ EQVMQIAQVF AGFSLGKADL LRRAMSKKDA NEMSKMSEQF MEGSRQLGRD
PQVAKRLFSM ITKFAGYGFN KSHAYAYSSL AFQLAYFKTH YPQIFYDVML NYSSSDYIRD
AIENGFSLAS LDINRIPYMD KISDGKIVLG LKTIKGLPRD FALWIIEDRQ QNGKYISIED
FLTRIPSKYQ KVDILTPLIQ IGLFDRFEPN RRKIIGNLSN LFTFVNELGS LFAESSYSWV
EYEDYSQTER YSIEQDLLGV GLSTHPLHLA QKMASRPYQP ISELTLNSKA TVLVQLESVR
IIRTKKGDQM AFLSVFDGVN KLDVTLFPET YFYHKDKLSE GSLFYLEGRT QERDGRLQLI
LSNIEEASTE RFWILLENHN KDLEVSHILS KYPGHIPVVI RYQGSKETIV SQRYKVSKNE
ELSRELAPFV LKTVLR
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