Gene EcDH1_2268 details

Gene Information

• Locus tag: EcDH1_2268
• ID: 0
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Escherichia coli DH1
• Kingdom: Bacteria
• Replicon accession: CP001637
• Strand: +
• Start bp: 2437694
• End bp: 2441218
• Gene Length: 3525 bp
• Protein Length: 1174 aa
• Translation table: 11
• GC content: 53%
• Product: pyruvate flavodoxin/ferredoxin oxidoreductase domain protein
• Protein accession: ACX39915
• Protein GI: 260449493

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 0.0135989
• 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

ATGATTACTA TTGACGGTAA TGGCGCGGTT GCTTCGGTCG CATTTCGCAC CAGTGAAGTT 
ATCGCCATCT ACCCTATTAC CCCCAGTTCC ACGATGGCAG AACAGGCTGA TGCCTGGGCC 
GGAAACGGCT TAAAGAACGT TTGGGGAGAC ACACCACGCG TGGTTGAAAT GCAGTCGGAA 
GCGGGTGCTA TCGCTACCGT GCATGGCGCT TTGCAGACGG GTGCCCTTTC AACATCGTTT 
ACGTCATCGC AGGGTTTGCT GCTGATGATC CCGACGCTGT ACAAACTGGC AGGCGAACTA 
ACACCGTTTG TCCTGCATGT AGCGGCACGT ACCGTTGCCA CACATGCACT CTCTATTTTT 
GGCGATCATT CCGACGTTAT GGCGGTGCGC CAGACGGGTT GCGCGATGTT GTGTGCAGCA 
AACGTCCAGG AAGCGCAAGA CTTTGCTCTC ATTTCGCAAA TCGCGACGCT GAAAAGCCGC 
GTGCCATTTA TTCATTTCTT TGATGGTTTC CGCACGTCCC ACGAAATCAA TAAAATTGTC 
CCGCTGGCCG ATGACACGAT TCTTGATCTC ATGCCGCAGG TCGAAATTGA TGCTCATCGC 
GCCCGGGCAC TCAACCCGGA ACATCCGGTG ATCCGCGGTA CGTCCGCCAA TCCTGACACT 
TATTTCCAGT CTCGCGAAGC CACCAACCCA TGGTACAACG CGGTCTATGA CCATGTTGAA 
CAGGCGATGA ATGATTTCTC TGCCGCGACA GGTCGTCAGT ATCAGCCGTT TGAATATTAC 
GGGCATCCGC AAGCGGAACG GGTGATTATC CTGATGGGCT CTGCCATTGG CACCTGTGAA 
GAAGTGGTTG ATGAATTGCT AACCCGTGGC GAAAAAGTTG GCGTGCTGAA AGTTCGCCTG 
TACCGCCCCT TCTCCGCTAA ACATTTACTG CAAGCTCTGC CGGGATCCGT ACGCAGCGTG 
GCGGTACTGG ACAGAACCAA AGAACCCGGT GCCCAGGCAG AACCGCTCTA TCTGGATGTA 
ATGACCGCAC TGGCAGAAGC CTTTAATAAT GGCGAGCGCG AAACTCTGCC CCGTGTCATT 
GGTGGGCGCT ATGGTCTTTC ATCCAAAGAA TTTGGCCCAG ACTGTGTACT GGCGGTATTT 
GCCGAGCTCA ACGCGGCTAA ACCGAAAGCG CGCTTTACGG TTGGTATTTA CGATGATGTG 
ACCAATCTGT CACTGCCGTT GCCGGAAAAC ACCCTGCCAA ACTCGGCGAA ACTGGAAGCC 
TTGTTTTATG GCCTTGGTAG TGATGGCAGC GTTTCCGCGA CCAAAAACAA TATCAAGATT 
ATCGGTAATT CCACGCCGTG GTACGCACAG GGCTATTTTG TTTACGACTC CAAAAAGGCG 
GGCGGCCTGA CGGTTTCTCA CCTTCGAGTG AGCGAACAGC CGATTCGTTC CGCTTATCTC 
ATTTCCCAGG CTGATTTTGT TGGCTGCCAC CAGTTGCAGT TTATCGATAA ATATCAGATG 
GCTGAGCGTT TAAAACCTGG CGGCATTTTC CTGCTCAACA CGCCGTACAG CGCAGATGAA 
GTGTGGTCGC GCTTGCCGCA AGAAGTTCAG GCCGTGTTAA ACCAGAAAAA AGCGCGCTTC 
TATGTGATTA ACGCGGCGAA AATCGCCCGC GAATGTGGCC TGGCGGCCCG TATTAATACC 
GTCATGCAGA TGGCTTTTTT CCATCTGACG CAAATTCTGC CTGGCGATAG CGCCCTCGCA 
GAATTGCAGG GTGCGATTGC CAAAAGTTAC AGTAGCAAAG GCCAGGATCT GGTGGAACGC 
AACTGGCAGG CTCTGGCGCT GGCGCGTGAA TCCGTAGAAG AAGTTCCGTT GCAACCGGTA 
AATCCGCACA GCGCCAATCG ACCGCCAGTG GTTTCCGATG CCGCCCCTGA TTTCGTGAAA 
ACCGTAACCG CTGCGATGCT CGCCGGGCTT GGTGACGCCC TCCCCGTTTC GGCGCTGCCG 
CCAGACGGCA CCTGGCCGAT GGGCACTACG CGCTGGGAAA AACGCAATAT CGCCGAAGAG 
ATCCCCATCT GGAAAGAGGA ACTCTGTACC CAATGTAACC ACTGCGTTGC CGCTTGCCCA 
CACTCAGCTA TTCGCGCAAA AGTGGTGCCG CCTGAAGCGA TGGAAAACGC CCCTGCCAGC 
CTGCATTCGC TGGATGTGAA ATCGCGTGAT ATGCGCGGGC AGAAATATGT CTTGCAGGTG 
GCACCGGAAG ATTGCACCGG TTGTAACCTG TGCGTCGAAG TTTGCCCGGC GAAAGACCGT 
CAGAATCCAG AGATTAAAGC CATCAATATG ATGTCTCGCC TGGAACATGT CGAAGAAGAG 
AAAATCAATT ACGATTTCTT CCTCAACCTG CCAGAAATCG ACCGTAGCAA ACTGGAACGT 
ATTGATATTC GTACATCGCA GCTGATTACA CCGCTGTTTG AATATTCAGG TGCTTGCTCC 
GGTTGTGGCG AGACGCCGTA TATTAAATTA CTGACTCAGC TCTATGGCGA CCGGATGTTG 
ATCGCTAACG CCACTGGCTG TTCTTCAATT TATGGCGGTA ACCTGCCCTC TACACCGTAT 
ACCACCGATG CCAACGGTCG TGGGCCGGCA TGGGCGAACT CTCTATTTGA AGATAATGCC 
GAATTTGGCC TTGGTTTCCG CCTGACGGTC GATCAACACC GTGTCCGCGT GCTGCGTCTG 
CTGGATCAAT TTGCCGATAA AATCCCGGCG GAATTACTGA CGGCGTTGAA ATCAGACGCC 
ACGCCAGAGG TTCGTCGTGA ACAGGTTGCA GCTTTACGCC AGCAACTCAA CGATGTTGCC 
GAAGCACATG AACTGCTACG TGATGCAGAT GCACTGGTGG AAAAATCAAT CTGGCTGATT 
GGTGGTGATG GCTGGGCTTA CGATATCGGC TTTGGCGGTC TGGATCATGT ATTGAGTTTG 
ACGGAAAACG TCAACATTCT GGTGCTGGAT ACGCAATGCT ATTCCAACAC CGGTGGTCAG 
GCGTCGAAAG CGACACCGCT GGGTGCAGTA ACTAAATTTG GCGAGCACGG CAAACGTAAA 
GCGCGTAAAG ATCTTGGCGT CAGTATGATG ATGTACGGTC ATGTTTATGT GGCGCAGATT 
TCTCTCGGCG CGCAGCTGAA CCAGACGGTG AAAGCGATTC AGGAAGCGGA AGCGTATCCG 
GGGCCATCGC TGATCATTGC TTATAGCCCG TGTGAAGAGC ATGGTTACGA TCTGGCACTC 
AGCCACGACC AGATGCGCCA ACTCACAGCT ACCGGCTTCT GGCCGCTATA TCGCTTTGAT 
CCGCGTCGTG CCGATGAAGG CAAACTGCCG CTGGCCTTGG ATTCACGCCC GCCGTCAGAA 
GCACCGGAAG AAACGTTACT TCACGAGCAA CGTTTCCGTC GGCTGAATTC GCAGCAGCCA 
GAAGTGGCAG AACAGTTATG GAAAGATGCT GCAGCTGATT TGCAAAAACG CTATGACTTC 
CTGGCACAAA TGGCCGGAAA AGCGGAAAAA AGCAACACCG ATTAA 

 

Protein sequence

MITIDGNGAV ASVAFRTSEV IAIYPITPSS TMAEQADAWA GNGLKNVWGD TPRVVEMQSE 
AGAIATVHGA LQTGALSTSF TSSQGLLLMI PTLYKLAGEL TPFVLHVAAR TVATHALSIF 
GDHSDVMAVR QTGCAMLCAA NVQEAQDFAL ISQIATLKSR VPFIHFFDGF RTSHEINKIV 
PLADDTILDL MPQVEIDAHR ARALNPEHPV IRGTSANPDT YFQSREATNP WYNAVYDHVE 
QAMNDFSAAT GRQYQPFEYY GHPQAERVII LMGSAIGTCE EVVDELLTRG EKVGVLKVRL 
YRPFSAKHLL QALPGSVRSV AVLDRTKEPG AQAEPLYLDV MTALAEAFNN GERETLPRVI 
GGRYGLSSKE FGPDCVLAVF AELNAAKPKA RFTVGIYDDV TNLSLPLPEN TLPNSAKLEA 
LFYGLGSDGS VSATKNNIKI IGNSTPWYAQ GYFVYDSKKA GGLTVSHLRV SEQPIRSAYL 
ISQADFVGCH QLQFIDKYQM AERLKPGGIF LLNTPYSADE VWSRLPQEVQ AVLNQKKARF 
YVINAAKIAR ECGLAARINT VMQMAFFHLT QILPGDSALA ELQGAIAKSY SSKGQDLVER 
NWQALALARE SVEEVPLQPV NPHSANRPPV VSDAAPDFVK TVTAAMLAGL GDALPVSALP 
PDGTWPMGTT RWEKRNIAEE IPIWKEELCT QCNHCVAACP HSAIRAKVVP PEAMENAPAS 
LHSLDVKSRD MRGQKYVLQV APEDCTGCNL CVEVCPAKDR QNPEIKAINM MSRLEHVEEE 
KINYDFFLNL PEIDRSKLER IDIRTSQLIT PLFEYSGACS GCGETPYIKL LTQLYGDRML 
IANATGCSSI YGGNLPSTPY TTDANGRGPA WANSLFEDNA EFGLGFRLTV DQHRVRVLRL 
LDQFADKIPA ELLTALKSDA TPEVRREQVA ALRQQLNDVA EAHELLRDAD ALVEKSIWLI 
GGDGWAYDIG FGGLDHVLSL TENVNILVLD TQCYSNTGGQ ASKATPLGAV TKFGEHGKRK 
ARKDLGVSMM MYGHVYVAQI SLGAQLNQTV KAIQEAEAYP GPSLIIAYSP CEEHGYDLAL 
SHDQMRQLTA TGFWPLYRFD PRRADEGKLP LALDSRPPSE APEETLLHEQ RFRRLNSQQP 
EVAEQLWKDA AADLQKRYDF LAQMAGKAEK SNTD