Gene BT9727_4333 details

Gene Information

• Locus tag: BT9727_4333
• Symbol: dnaE
• ID: 2854100
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus thuringiensis serovar konkukian str. 97-27
• Kingdom: Bacteria
• Replicon accession: NC_005957
• Strand: -
• Start bp: 4403978
• End bp: 4407304
• Gene Length: 3327 bp
• Protein Length: 1108 aa
• Translation table: 11
• GC content: 37%
• IMG OID: 637515748
• Product: DNA polymerase III DnaE
• Protein accession: YP_038648
• Protein GI: 49478699
• COG category: [L] Replication, recombination and repair
• COG ID: [COG0587] DNA polymerase III, alpha subunit
• TIGRFAM ID: [TIGR00594] DNA-directed DNA polymerase III (polc)

Plasmid Coverage information

• Num covering plasmid clones: 47
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

GTGAAGTTTG TGCATTTACA ATGTCAAACC GTTTTTAGTT TATTAAAAAG TGCTTGTAAA 
ATTGATGAGC TTGTAGTCAG GGCGAAAGAG CTCGGTTATT CATCGCTGGC TATTACGGAT 
GAAAATGTTA TGTATGGCGT TATTCCGTTT TATAAAGCAT GTAAGAAACA TGGTATACAT 
CCTATTATCG GCTTAACAGC TTCTATTTTT AGTGAAGAAG AAGAAAAGTC TTATCCGCTT 
GTCTTACTTG CTGAAAATGA AATAGGTTAT CAAAATTTAT TAAAGATTTC TAGTAGCATT 
ATGACGAAGT CAAAAGAAGG TATTCCGAAG AAATGGCTTG CGCATTATGC GAAAGGGCTA 
ATTGCAATTT CACCAGGGAA AGATGGAGAA ATTGAACAAT TATTATTAGA AGACAAAGAA 
AGTCAGGCTG AAGAAGTAGC TCGTGCATAT CAAAATATGT TCGACAATTT TTATATGAGT 
TTACAGCATC ATGCGATTCA AGATGAACTG CTTCTGCAAG AAAAATTACC TGCATTTATG 
AATAGGGTAA ATATTCCGGT TGTAGCGACG AACGATGTAC GCTACATCAA TCAAAGTGAC 
GCGCTTGTTC ATGAATGTTT ATTATCTGTT GAAAGTGGAA CGAAAATGAC AGATCCAGAT 
AGGCCGAGGC TGAAAACAGA TCAATATTAT TTAAAATCAT CAGATGAAAT GGAAGCCCTA 
TTTTCTCACG CAGAAGAAGC GATTTATAAC ACAGTAGAAA TTGCAGAACG TTGCAGAGTA 
GAAATACCGT TTCATGTAAA TCAATTACCG AAATTCCCTG TTCCATCTAA CGAGACGAAT 
GATATGTATT TGCGCCGCGT TTGTGAAGAA GGGTTACAGA AACGTTATGG TACGCCGAAA 
GAAGTACATA TAAATCGTTT GAATCATGAA TTAAACGTGA TTTCTAGCAT GGGATTTAGT 
GATTATTTCC TTATCGTATG GGACTTTATG AAATATGCGC ATGAGAATCA TATTTTAACA 
GGGCCAGGTC GTGGATCAGC TGCTGGATCA CTTGTTTCGT ATGTATTAGA AATTACAGAT 
ATTGATCCGA TTGAATACGA TTTATTATTT GAGAGATTTT TAAATCCCGA ACGTGTCACA 
CTTCCAGATA TTGATATCGA TTTTCCAGAT ATAAGACGTG ATGAGATGAT TCGATATGTG 
AAAGATAAAT ATGGTCAGCT TCGTGTTGCG CAAATTGTAA CGTTCGGGAC GTTGGCAGCG 
AAAGCGGCAA TTAGAGATAT TGCGCGTGTA ATGGGGCTTC CGCCGCGAGA TATTGATATA 
TTCTCAAAAC TTATTCCATC AAAGCTTGGG ATAACGTTAA AAGATGCTTA TGAAGAGTCA 
CAATCGCTTC GGGAGTTTAT TCAAGGGAAT CTTCTGCATG AGCGTGTGTT TGAAATTGCA 
AAACGTGTAG AAGGCTTACC GCGTCATACG TCTATTCACG CAGCTGGCGT TATTATGAGT 
CAAGAACCGT TAACGGGAAG TGTTGCAATT CAAGAAGGGC ATAACGATGT GTATGTTACG 
CAATACCCAG CTGATGCGTT AGAAGAACTC GGGTTGCTCA AGATGGACTT TTTAGGATTA 
CGTAATTTAA CGTTACTTGA AAATATTATA AAGTTTATCG TGCAAAAAAC AGGAAAAGAA 
ATCGATATAA GAAATTTACC ACTTCAAGAT GAAAAGACAT TCCAATTGTT AGGTAGAGGG 
GATACAACAG GTGTATTCCA GCTTGAATCA AGTGGTATGC GAAATGTACT TCGCGGGTTA 
AAGCCGAATG AATTTGAAGA TATTGTTGCT GTTAACTCGT TATATAGACC AGGACCGATG 
GAACAAATTC CAACCTTTAT TGAATCAAAA CATGGAAAAA GAAAAATTGA ATATTTACAT 
CCGGACTTAA AGCCGATTTT AGAAAGAACA TACGGTGTAA TTGTATACCA AGAACAAATT 
ATGCAAATTG CGTCGAAGTT GGCGGGCTTC TCGCTCGGAG AAGCCGATTT ATTACGCCGT 
GCAGTGAGTA AAAAAAATCG TGATATTTTA GATCAGGAAC GTAAGCATTT TGTGCAAGGG 
TGTTTACAAA ATGGTTATGA CGAGACATCT GCAGAGAAAA TTTACGATTT AATTGTAAGA 
TTCGCAAATT ACGGTTTTAA CCGAAGTCAC GCTGTAGCCT ACAGTATGAT TGGGTATCAG 
CTTGCCTATT TAAAAGCGAA TTATACGTTG GAATTTATGA CGGCGCTATT ATCGAGTGCA 
ATTGGAAATG AAGATAAGAT TGTGCAATAT ATACGGGAAA CGAAGCGAAA AGGTTTTCAT 
GTTTTACCGC CGTCTCTTCA GAGAAGTGGT TACAATTTCC AAATAGAAGG GAATGCAATA 
CGTTACAGTT TACTTTCCAT TCGAAATATC GGAATGGCTA CCGTGACAGC ATTACTCGAA 
GAACGAGAGA AAAAAATGTT TGAAGATTTA TTTGAATTTT GTTTGCGCAT GCCATCAAAG 
TTTGTAACAG AGCGAAATTT AGAGGCGTTC GTCTGGTCTG GATGTTTTGA CGATTTTGGT 
GTTTCGAGAA CAAATTTATG GAAAAGTCTT AAAGGAGCGT TAGAGTATGC AAATCTTGCG 
CGTGATTTAG GAGATGCTGT TCCGAAATCA AAATACGTAC AAGGAGAAGA GCTCTCCTTT 
ATTGAACAGT TAAATAAAGA GAAGGAAGTA CTAGGTTTTT ATTTATCAAG CTATCCGACA 
GCGCAGTATG TGAAGTTAGC GAAAGAATTA GAAATTCCAT CTCTCGCTCA GGCGATGCGA 
CATAAGAAAA AAGTACAAAG AGCTATTGTG TATATAACAA GCGTGAGAGT GATTCGTACG 
AAAAAGTTGC AAAAGATGGC GTTTATTACA TTTTGTGATC AAAATGATGA AATGGAAGCG 
GTTCTTTTCC CCGAAACGTA TATACATTTC TCAGATAAGT TACAAGAAGG AGCAATTGTT 
TTAGTTGACG GCACGATTGA GCTTAGAAAT CATAAGTTAC AATGGATTGT AAATGGACTA 
TATCCGTTAG AAGAAATGGA TGCGTATGAG GAAAAGAAAG ATGCGTCTGT TTACGTGAAA 
TTGCCGTCTC AGTATGAGAA AAAGCTTTTA AATCAGGTTA CTAAAATATT GTTTGACTAT 
TCGGGTTTTG CGAAAGTACT AATTTATTAT GAAAAGGAAC ATAAAATGGT ACAATTATCT 
CGAAGTTTAT CGATTCACCC AAGTGAAGAA TGTTTAGGAG CACTTCGTGA AATTGTCGGG 
GAAGAAAATG TGGTTGTGAA AATATAA 

 

Protein sequence

MKFVHLQCQT VFSLLKSACK IDELVVRAKE LGYSSLAITD ENVMYGVIPF YKACKKHGIH 
PIIGLTASIF SEEEEKSYPL VLLAENEIGY QNLLKISSSI MTKSKEGIPK KWLAHYAKGL 
IAISPGKDGE IEQLLLEDKE SQAEEVARAY QNMFDNFYMS LQHHAIQDEL LLQEKLPAFM 
NRVNIPVVAT NDVRYINQSD ALVHECLLSV ESGTKMTDPD RPRLKTDQYY LKSSDEMEAL 
FSHAEEAIYN TVEIAERCRV EIPFHVNQLP KFPVPSNETN DMYLRRVCEE GLQKRYGTPK 
EVHINRLNHE LNVISSMGFS DYFLIVWDFM KYAHENHILT GPGRGSAAGS LVSYVLEITD 
IDPIEYDLLF ERFLNPERVT LPDIDIDFPD IRRDEMIRYV KDKYGQLRVA QIVTFGTLAA 
KAAIRDIARV MGLPPRDIDI FSKLIPSKLG ITLKDAYEES QSLREFIQGN LLHERVFEIA 
KRVEGLPRHT SIHAAGVIMS QEPLTGSVAI QEGHNDVYVT QYPADALEEL GLLKMDFLGL 
RNLTLLENII KFIVQKTGKE IDIRNLPLQD EKTFQLLGRG DTTGVFQLES SGMRNVLRGL 
KPNEFEDIVA VNSLYRPGPM EQIPTFIESK HGKRKIEYLH PDLKPILERT YGVIVYQEQI 
MQIASKLAGF SLGEADLLRR AVSKKNRDIL DQERKHFVQG CLQNGYDETS AEKIYDLIVR 
FANYGFNRSH AVAYSMIGYQ LAYLKANYTL EFMTALLSSA IGNEDKIVQY IRETKRKGFH 
VLPPSLQRSG YNFQIEGNAI RYSLLSIRNI GMATVTALLE EREKKMFEDL FEFCLRMPSK 
FVTERNLEAF VWSGCFDDFG VSRTNLWKSL KGALEYANLA RDLGDAVPKS KYVQGEELSF 
IEQLNKEKEV LGFYLSSYPT AQYVKLAKEL EIPSLAQAMR HKKKVQRAIV YITSVRVIRT 
KKLQKMAFIT FCDQNDEMEA VLFPETYIHF SDKLQEGAIV LVDGTIELRN HKLQWIVNGL 
YPLEEMDAYE EKKDASVYVK LPSQYEKKLL NQVTKILFDY SGFAKVLIYY EKEHKMVQLS 
RSLSIHPSEE CLGALREIVG EENVVVKI