| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_4905 |
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| Symbol | |
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| ID | 7261934 |
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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 | Desulfitobacterium hafniense DCB-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011830 |
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| Strand | - |
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| Start bp | 5224149 |
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| End bp | 5226695 |
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| Gene Length | 2547 bp |
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| Protein Length | 848 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 643564815 |
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| Product | Formate C-acetyltransferase |
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| Protein accession | YP_002461335 |
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| Protein GI | 219670900 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1882] Pyruvate-formate lyase |
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| TIGRFAM ID | [TIGR01774] pyruvate formate-lyase |
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Plasmid Coverage information |
| Num covering plasmid clones | 46 |
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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 | ATGGATAGCA AAGAATTTTC GGCAAAATTT GCCGATGTAA CTAAGAACTT ATCCCCAGAA
GAAACAGCTA TTGTTATGAA ACTATTTCAG GAGATCTCCA AAGAACTGGC GGCAAATTCC
CCATCCCCGG CGTACCAGGA GAGGAAGTCC CCCGTGTACG AAGGGGAAAT CACCGGCCTT
ACACCGCGTT TAAACAATCT GCGCACAGTC TATTTGCAAG CCAAACCCAG TGTCAGCATC
GATCGGGCCA GAGCATTCAC AGAAGTAACC AGGGAAAATC CCGGTTTACC AAAGATTCTG
CTCCGGGCCA AGTGTTTCAG GAGAGCCTGT GAGACAGCCC CCCTCCTTAT TCAAAAAGAC
GAGCTTATTG TGGGGCATCC TTGCGGAAAA CCGCGGGCCG GTGCTTTTTC ACCGGATATT
GCCTGGAGAT GGGTAAGGGA TGAATTGGAT ACCATGGCCA CCCGGCCCCA GGATCCCTTC
CAAATCAGTG AAGAAGATAA GCGCATCCTC CGGGAAGAAA TCTTCCCTTT CTGGGAAGGG
AAAAGCGTGG ATGAGATTTG TCAGAAACAA TACGAAGATG CCGGGATCTG GTCCTTTTCC
GGGGAGTCCT TTGTCAGTGA TCTTTCCTAC CATCAGATCA ACGGCGGCGG TGATACTGCT
CCCGGATATG ATGTGATCCT GATTAAAAAA GGGATCAAAG GAGTACGACA AGAAGCAGAG
GACAGATTGA GCAGGTTGTC CATGGAAAAC CCGGAGGATA TCGACAAGAT TTACTTCTAT
AAAGCGGAGA TTGAGGCTTG CGACGGTATT CTGGCTTATG CTCGGCGGCT TTCCGATTAT
GCCCGGGAAT CAGCCGACCG GGAAGTGGAT TCTGTACGGA AGCAAGAATT GCACAAGATC
GCTGATGTTT TGACCTGGGT TCCCGCTAAT CCGCCCCGTA CTTTCCATGA GGCTCTCCAA
TCGATTTGGA CCCTGGAATC GCTGTTTGTC GTTGAAGAGA ACCAGACAGG CATTTCTCTG
GGACGTTTGG ATCAATATAT CTACCCCATG TTCAAGGCCG ATATGGATGC CGGCCGGCTC
AACAAGCTGG AAGCCTTCGA ATTGATGAGT TGTTTCCTGA TCAAATGCTC GGAAGTGATG
TGGCTGTCCA GCGAACAGGG CGCCAAATAT TTCGCCGGTT ATCAACCCTT CATCAACTGT
ACTGTAGGGG GGCAGAAGCG AACCGGAGGG GATGCTACCA ACGAGCTGAC CTATCTGATC
ATGGATGCCG TTCGTTTTAC CAAGATGTAT CAGCCCTCCC TGGCCTGCCG GATTCATAAT
CAATCCCCCC AAAGGTATCT GAAAAAGATT GTGGAAGTGG TGAAAGCCGG ATTGGGATTC
CCCGCCTGCC ACTTTGATGA CAGTCATATC AAAATGATGC TGGCCAAAGG CTTCAGCATC
GAAGATTCCC GGGATTATTG CCTGATGGGC TGTGTGGAAC CTCAGAAATC CGGCGGTATC
TATCAGTGGA CTTCCACCGG CTATACTCAA TGGCCTATCG CCATCGAATT TGTTCTGAAC
CGCGGGGTCA TGAAATGGCG GGGCACGATG GAAGGTCTTG ACACCGGCGA TCTCGATAAC
TTCAAGACTT ATGAAGAATT TGATGCCGCC TGCAAGCAAC AAATAGAGAA CATTATTCGC
TTATCAGCCA TTGGTACCAT CATCAGTCAG CGTGTTCATA AAGAGCTTGT TCCCAAACCC
CTGATGTCCC TGCTGGTGGA AGGCTGTATG GAAAAGGGGA CGGATGTGAC AAGCGGTGGA
GCCCGGATCA ATTTTGGTCC CGGATTGATC TTCTCCGGCC TGGGAACCTA TGCAGACTCC
ATGGCGGCCA TCAAAAAGCT GGTCTTTGAA GAAAAGAAGT ACACTCTGAA ACAAATCAGG
GATGCTCTCA ATGCCAATTT TGAAGGCTAT GAAGCATTGC GGACCGATTG TCTGAATGCG
CCGAAATACG GAAATGATGA TGATTATGCC GATTTAATTG CTTCAGATCT GATCATTTGG
ACCGAACGGG TGCACAATTC CTTTAAAATG CTCTTCTCAC ATTTCACCCA TGGCACCCTT
TCCATCTCCA ACAACACTCC CATCGGTGAA ATCACGGGCG CTACCCCCAA CGGCCGACTG
GCCTGGACAC CGCTGTCCGA CGGAATCAGT CCCACCCAGG GTGCGGATAA GTTTGGACCC
ACCGCCATCA TCAAATCCGT CAGTAAGCTG AGCGTCGAGT CCATGAATAT CGGCATGGTT
CATAATTTTA AACTATTGCG CGGTATTCTG GAAACCCCGG AAGGGGAAAA CGGCCTGATC
ACCTTGCTCA GAACAGCCTC CATCCTCGGC AATGGCCAGA TGCAATTCAG CTATGTGGAT
AATGAAGTCC TGAAACGGGC TCAAATCGAA CCGGATAAAT ATCGGGATCT CATCATTCGG
GTGGCTGGAT ACAGCGCCTA CTTCGTGGAA TTGTGCAAAG AGGTTCAGGA TGAAATCATC
AGCCGGACCG TTCTGGAACA TTTTTAA
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| Protein sequence | MDSKEFSAKF ADVTKNLSPE ETAIVMKLFQ EISKELAANS PSPAYQERKS PVYEGEITGL
TPRLNNLRTV YLQAKPSVSI DRARAFTEVT RENPGLPKIL LRAKCFRRAC ETAPLLIQKD
ELIVGHPCGK PRAGAFSPDI AWRWVRDELD TMATRPQDPF QISEEDKRIL REEIFPFWEG
KSVDEICQKQ YEDAGIWSFS GESFVSDLSY HQINGGGDTA PGYDVILIKK GIKGVRQEAE
DRLSRLSMEN PEDIDKIYFY KAEIEACDGI LAYARRLSDY ARESADREVD SVRKQELHKI
ADVLTWVPAN PPRTFHEALQ SIWTLESLFV VEENQTGISL GRLDQYIYPM FKADMDAGRL
NKLEAFELMS CFLIKCSEVM WLSSEQGAKY FAGYQPFINC TVGGQKRTGG DATNELTYLI
MDAVRFTKMY QPSLACRIHN QSPQRYLKKI VEVVKAGLGF PACHFDDSHI KMMLAKGFSI
EDSRDYCLMG CVEPQKSGGI YQWTSTGYTQ WPIAIEFVLN RGVMKWRGTM EGLDTGDLDN
FKTYEEFDAA CKQQIENIIR LSAIGTIISQ RVHKELVPKP LMSLLVEGCM EKGTDVTSGG
ARINFGPGLI FSGLGTYADS MAAIKKLVFE EKKYTLKQIR DALNANFEGY EALRTDCLNA
PKYGNDDDYA DLIASDLIIW TERVHNSFKM LFSHFTHGTL SISNNTPIGE ITGATPNGRL
AWTPLSDGIS PTQGADKFGP TAIIKSVSKL SVESMNIGMV HNFKLLRGIL ETPEGENGLI
TLLRTASILG NGQMQFSYVD NEVLKRAQIE PDKYRDLIIR VAGYSAYFVE LCKEVQDEII
SRTVLEHF
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