| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0939 |
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| Symbol | dnaE |
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| ID | 1013743 |
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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 agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | + |
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| Start bp | 943547 |
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| End bp | 946651 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637316124 |
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| Product | DNA polymerase III DnaE |
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| Protein accession | NP_687951 |
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| Protein GI | 22537100 |
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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 | 12 |
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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 AACTTGATAC AAGAACCGTT TATTCTTTTA TGGATAGCTT GGTTGATTTA
AAGACATATG TCTCTAAATC GAAATCATTA GGATATCAAA CTATTGGTAT CTTGGACCAC
AGTAATCTTT ATGCAGCATA TCATTTTATT CAAGAGGCGC AAAAGGCAAA CCTAAGACCA
ATAGTTGGAT TTAGCTTTGA TATAGTGGTT GAAAATAGAT CAATAGAAGT TTACTGTATT
GCGATAAATA CAGTTGGTTA TAAGAATCTC TTGAAGTTGT CAACGGCTCA AATGTCTGAG
AAGATGTCTC TAAATTTATT GACAGAACAT CTTGAAGGGG TGCAATTGAT TCTTCCCTAT
CAAGATGTTC TTGATCAGCT CAATTTACCC TTTGATTATG TTATTGGTGT TAATTTGACC
TCTCCGCAGA TTCCATATAC CAAACCCATT ATAGCCATAG ATACTGTTCG ATATTTTCAA
AAAAATGATA TTGAGACATT ACAGATGCTT CATGCTATAA GAGATAATGT CCTGTTAAAA
GACGCACAAT ATGCGAGCAA AAATCAAGAA TTAAAACCTT GTCAAGAAAT GACTCTAGCA
TTCAAGGAAC GTTTTCCTGA AGCTTTAGCT AACCTAGAAT CTTTGGTAGA GAATGTTGCT
TATCACTTTG ATTCTGACTT TAAGTTACCT ATTTTTAATA GAGAAATTCC TGCTGGAGAA
GAATTAAGAA CCTTAACTCA AAATAACTTA AAAAGTAAAG GTTTATGGAG CGATGCTTAT
CAAGAGCGTC TCGAAAAAGA ATTAACAATC ATTCACAAAA TGGGCTTTGA TGACTATTTC
CTTATTGTGT GGGATTTATT AAGATTTGGT CGTAGTAAGG GCTACTATAT GGGAATGGGA
CGTGGTTCAG CAGCGGGAAG TTTAGTCTCA TATGCTTTAA ATATTACCGG TATCGATCCT
GTCAAACATA ATTTAATTTT TGAACGTTTT TTAAATGAAG AGCGTTATTC GATGCCAGAT
ATTGATATTG ATCTTCCGGA TATTTATCGT GGAGAATTCT TGCGCTATGT ACGTAATCGA
TATGGTTCAA TGCATTCTGC ACAGATTGTA ACCTTCTCAA CTTTTGGTGC GAAACAGGCT
ATTCGAGATG TTTTTAAACG CTTTGGTGCA TCAGAGTATG AGTTAACAAA CATAACTAAA
AAAATTCATT TCAGAGATAA TTTGACCAGT GTTTATAACC GCAACTTAGC TTTCAGACAA
ATAATAGATA GTAAAATTGA ATACCAAAAA GCCTATGATA TTGCTAAGCG TATTGAAGGA
AATCCTAGAC AGACTTCTAT TCATGCCGCT GGGGTAGTAA TGAGTGACGA TTTGTTAACA
GATCATATTC CTTTAAAAAA CGGTGAGGAT ATGATGATAA CGCAATATGA TGCTAGTTCT
GTTGAGGATA ATGGTCTTCT AAAAATGGAC TTTCTAGGTC TTCGAAATTT GACATTTGTT
CAGAAAATGA AGGAGAAAGT CGATAAGGAC TACGGTATCT CTATACAATT AGAAACTATT
GATTTAGAAG ATAAAGAGAC TCTAAAACTA TTTGCAGCTG GTCAAACAAA GGGGATTTTT
CAATTTGAGC AAAGTGGAGC TATTAATTTG TTGCGACGTA TTAGGCCAGA GTGTTTTGAA
GATGTGGTAG CTACCACCAG CTTGAATAGG CCTGGTGCAA GTGATTATAC TGAGAATTTT
ATAAACCGTC GTTTTGGTAA AGAAAAAATC GATTTAGTAG ATCCTGTCAT AGCTCCAATT
TTACAACCTA CCTATGGCAT AATGCTCTAT CAAGAACAGG TTATGCAGAT TGCCCAGACC
TACGCAGGTT TTACGCTAGG CAAGTCTGAT TTGCTCAGAC GTGCTATGTC TAAGAAAAAT
TCTAAGGAGA TGCAAAAGAT GTCTCAATCC TTCTTAGAGG GTGCAGTATC TAAGGGACAT
CGTCAAGAAG ATGCTCGACT TATATTTGAA CGCATGGCTA AATTTGCAGG TTATGGGTTT
AATCGCAGCC ATGCGTTTGC TTATTCGGCT TTAGCTTTTC AATTAGCCTA TTTCAAAGCC
CATTATTCCG ATGTCTTTTA TGACATCATG ATAAATTATT CAAATAGTGA TTATCTAATC
GATGCTATTG ATTTTGGTTT TGTTATTGAA AAACCTTCAA TTAATACTAT TTCATACAGA
GACCGCATCT ATAAAAAGAA AATTTATTTA GGTTTAAAAA ATATTAAGGG TGTTCCTAAC
GATTTGGCTT ATTGGATTTC TAAAAATCAA CCGTTTCAGA GTATTGAAGA TTTTCTAATG
AGGCTGCCAC AGCAGTTTCA AAAAAGTGGT TTTATTTCTC CGCTAATTGC TATTGGAGCA
TTTGACGAAT TTGATAATAA TAGACGGAAA ATCACCTCTA ATCTTGATTC TTTATTTACA
TTTGTAAATG AACTAGGTAG TTTATTTGCA GATACCTCAT ATCATTGGCT AGAAGTAGAA
GATTTCTCTA ATTCTGAGAA ATATGAAATG GAACAAGATA TCTTAGGAGT AGGAATCAGC
CCGCACCCTT TAGTGGGGAT TTCACAAAAA GCTAGCCGTC CGTTTATACC AATTAGTCAA
GTTCAAGAAA ATAGCGAAGC TACTATTTTA GTTCAGCTAA AGCAGGTCAA AGTTATTAGG
ACAAAAAGTT CTGGGCAACA AATGGCTTTC TTGACTGTTA TGGATATTAA TTCAAAAATG
GATATTACTG TTTTTCCTGA AACTTTCAAT ATTGTAAGAG ATGATTTACA AGAAGGGAAA
TATTATTACT TGCATGGAAA AATTCAGAAG CGAGATGAGC GATTACAGAT GGTTTTAAAC
GGTGTTCAAG AAGCAACGGA GGAACGTTTT TGGATACTTC TAAAAAATCA TGATAACGAC
AAAAAAATAT CGGAAATATT GTCCAAATAC AAAGGGCATA TTCCTGTCTA TTTGCATTAT
GAAACAACTA AAGAAACTAT CCAAAGCAAA GTACATTTGG TTAGAAAAGA TAGTGGCTTA
GCCCTTGATT TATCTGAATT TGTTGTGAAA ACGGTTTATC AATAA
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| Protein sequence | MFAQLDTRTV YSFMDSLVDL KTYVSKSKSL GYQTIGILDH SNLYAAYHFI QEAQKANLRP
IVGFSFDIVV ENRSIEVYCI AINTVGYKNL LKLSTAQMSE KMSLNLLTEH LEGVQLILPY
QDVLDQLNLP FDYVIGVNLT SPQIPYTKPI IAIDTVRYFQ KNDIETLQML HAIRDNVLLK
DAQYASKNQE LKPCQEMTLA FKERFPEALA NLESLVENVA YHFDSDFKLP IFNREIPAGE
ELRTLTQNNL KSKGLWSDAY QERLEKELTI IHKMGFDDYF LIVWDLLRFG RSKGYYMGMG
RGSAAGSLVS YALNITGIDP VKHNLIFERF LNEERYSMPD IDIDLPDIYR GEFLRYVRNR
YGSMHSAQIV TFSTFGAKQA IRDVFKRFGA SEYELTNITK KIHFRDNLTS VYNRNLAFRQ
IIDSKIEYQK AYDIAKRIEG NPRQTSIHAA GVVMSDDLLT DHIPLKNGED MMITQYDASS
VEDNGLLKMD FLGLRNLTFV QKMKEKVDKD YGISIQLETI DLEDKETLKL FAAGQTKGIF
QFEQSGAINL LRRIRPECFE DVVATTSLNR PGASDYTENF INRRFGKEKI DLVDPVIAPI
LQPTYGIMLY QEQVMQIAQT YAGFTLGKSD LLRRAMSKKN SKEMQKMSQS FLEGAVSKGH
RQEDARLIFE RMAKFAGYGF NRSHAFAYSA LAFQLAYFKA HYSDVFYDIM INYSNSDYLI
DAIDFGFVIE KPSINTISYR DRIYKKKIYL GLKNIKGVPN DLAYWISKNQ PFQSIEDFLM
RLPQQFQKSG FISPLIAIGA FDEFDNNRRK ITSNLDSLFT FVNELGSLFA DTSYHWLEVE
DFSNSEKYEM EQDILGVGIS PHPLVGISQK ASRPFIPISQ VQENSEATIL VQLKQVKVIR
TKSSGQQMAF LTVMDINSKM DITVFPETFN IVRDDLQEGK YYYLHGKIQK RDERLQMVLN
GVQEATEERF WILLKNHDND KKISEILSKY KGHIPVYLHY ETTKETIQSK VHLVRKDSGL
ALDLSEFVVK TVYQ
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