| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK3281 |
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| Symbol | fdhF |
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| ID | 3027120 |
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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 | Bacillus cereus E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006274 |
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| Strand | - |
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| Start bp | 3405894 |
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| End bp | 3408833 |
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| Gene Length | 2940 bp |
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| Protein Length | 979 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637547501 |
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| Product | formate dehydrogenase, alpha subunit |
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| Protein accession | YP_084867 |
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| Protein GI | 52141962 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3383] Uncharacterized anaerobic dehydrogenase |
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| TIGRFAM ID | [TIGR01591] formate dehydrogenase, alpha subunit, archaeal-type |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGAATAACA ACATGGTTCA TATTACAATT GACGGAAAAA AGTATACAGC GGAGCCCAGT
TCAACGATAT TGGGTGTTAT AAATGAGAAC GGGATTGAAC ATCCGCAAAT TTGTTACGTG
CCAGAAGTAG ATCCTATTCA AACATGTGAC ACTTGTATTG TAGAAGTTGA CGGGAAGTTA
ATGCGCTCTT GTTCGACAGT AGTGACAGAA GGTATGAACA TTGAACGTAA TTCTACTCGT
GCGAAAGAAG CGCAAACAGA GGCGATGGAT CGGTTATTAG AAAATCATTT ATTATACTGT
ACAGTATGTG ACAACAACAA TGGGAACTGT AAACTGCATA ATACAGCAGA ATTAATGGAA
ATCGAACATC AAAAATATCC ATATGAACCG AAAGTGGATG TAAGTGAAGT GGATATGACA
CATCCGTTTT ATCGTTATGA TCCTAACCAA TGTATTGCAT GTGGTCAATG TGTTGAGGTA
TGTCAAAACT TACAAGTAAA TGAAACGTTA TCAATAGACT GGGAAGCGGA ACGCCCACGA
GTGATTTGGG ATGAAGGGGT AAATATTAAT GATTCTTCAT GCGTGAGCTG TGGTCAATGT
GTAACGATTT GTCCTTGTAA CGCTTTAATG GAGAAAACGA TGCTCGGTGA AGCTGGATTT
ATGACGGGAT TAAAACCAGA TATTCTTGAA CCGATGGTAG ACTTAATTAA AGAAGTTGAG
CCTGGATATA GCGGTATTTT TGCGGTATCA GAAGTGGAAG CGGCCATGCG TGATACTCGT
ACGAAGAAAA CGAAAACAGT ATGTACATTT TGTGGTGTAG GGTGTTCATT TGAAGTGTGG
ACGAAAGGGC GTAAAATTCT TAAAGTACAA CCTTCTTCTG ATGCGCCAGT TAACGCAATT
TCTACTTGTG TAAAAGGAAA ATTCGGCTGG GATTTCGTAA ATTCTAAAGA ACGAATTACG
AAACCTTTAA TTCGTAAAAA TGGAACGTTT GTTGAATCTA CATGGGAAGA AGCGTTGAAT
GTAGTTGCAA ATAAATTAGG ATCGATTAAA GAAGAGTACG GTAAAGATGC TATCGGTTTT
ATTTCTTCCT CTAAAATTAC GAATGAAGAC AATTATGTGA TTCAAAAATT AGCTCGACAA
GTATTTGAAA CGAATAATAT TGATAACTGC TCACGTTATT GTCAATCGCC AGCAACAGAC
GGATTATTCC GTACAATTGG TATGGGCGGA GATGCTGGAA CGATTAAAGA TATTGCACAA
TCTGGTCTTG TTATTATTGT AGGTTGTAAT CCGACAGAAG GTCATCCTGT TTTAGCTACA
CGTATTAAAC GTGCACATAA ATTACACGGA CAAAAATTAA TTGTGGCCGA TCTTCGTAAA
ACAGAAATGG CAGAGCGTTC AGATGTCTTT ATTAGTCCAA AACAAGGAAC AGATCAAGTA
TGGTTAATGG CTGTTACGAA ATATATGATT GATCAAGGCT GGCACAATCA ACGATTTATT
GATGAGAATG TAAATTTCTT TGAAGATTTC AAAGAGAGCC TTGCAGAATA TACACTTGAA
TATGCAGAAG AAGTGACTGG TATTTCGCAA GAAACACTGA TTCAAATGGC TGAAATGATT
CGTGATGCAG ATGGTACATG TATCCTTTGG GGAATGGGTG TAACGCAAAA TACAGGTGGA
TCTGATACTT CCGCTGCGAT TTCAAACTTA CTGCTTGCAA CAGGTAATTA TCGTCGTCCA
GGTGCTGGTG CATATCCACT TCGAGGTCAT AATAACGTAC AAGGTGCTTG TGATATGGGT
ACTTTACCAG GATGGCTTCC TGGATATCAG CACGTTACTA ACGATATGGA ACGTGCGAAA
TTTGAAATGG CTTACGGAGT GAAAATTAAT AGTGAACCAG GTCTTAATAA TATTGAAATG
CTACACGCAA TTGATAAAGG GAAAATGAAA GCTATGTATC TTGTCGGAGA GGATATGGCT
CTTGTAGACT CTAATGCGAA CCATGTACAT GAAGTGTTAT CAAGCCTTGA TTTCTTCGTT
GTGCAAGATG TTTTCTTATC TAAAACGGCT CAATATGCAG ATGTTGTATT ACCAGCAGCG
CCATCTCTTG AAAAAGAAGG TACTTTCACT AATACAGAGC GTCGTGTTCA AAGACTATAT
CAAGTTCTTC CTACGCTTGG AGATGCGAAG CCAGACTGGT GGATCGTGCA GGAAGTTGCG
AATAAATTAG GTGCAAACTG GAGTTATAGT CATCCAAGTG AAATTTTTGC TGAAATGGCA
AGTTTATCAC CACTATTCTC ACAAGCAAAC TATGAAGTGC TTGAAGGATG GAATAGTTTC
CATTGGGGAA GTTTTGATGG AACGAATACA CCGCTCCTTT TCCAAGATGG ATTTAACTTC
CCAGATAAAA AAGCTCGTTT TGCGATTGCT GATTGGGTAC GTCCAGCTGA ATTCCCAGCG
GAGTTCGACC TTCATATTAA CAACGGTCGT ATGCTTGAGC ATTTCCATGA GGGGAATATG
ACAAATAAAT CAACAGGTAT TCAAACGAAA GTGCCTGGCG TTTTCGTTGA AATTTCTCCA
GCACTTGCAA AAGAACGTGG AGTGAAAACA GGTTCATTAG TTCGTCTTGT CTCTCCTTTT
GGAGCGTTAA AATTACGGGC ACTTGTAACA GACCGTGTAA AAGCGAATGA GTTATATTTA
CCGATGAACT CTACAGATAA TGAAACAGCA ATTAATTTCT TAACAGGTCC TGCGGTTGAT
ACGCGCACGA ACACACCTGC TTATAAACAG ACGAAAGTAC GTATGGAAGT GCTAGAAGTT
GATGGCGAAA ATCCGATGCC AAAAGCGAAC CCGCGTAATA AAAAACGTCA TCCTCAATCC
GGTATTGAGG TACATCGTAA GTGGGCACGT CCAGGGTATG TGCATTTAAC GGATAAGTAG
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| Protein sequence | MNNNMVHITI DGKKYTAEPS STILGVINEN GIEHPQICYV PEVDPIQTCD TCIVEVDGKL
MRSCSTVVTE GMNIERNSTR AKEAQTEAMD RLLENHLLYC TVCDNNNGNC KLHNTAELME
IEHQKYPYEP KVDVSEVDMT HPFYRYDPNQ CIACGQCVEV CQNLQVNETL SIDWEAERPR
VIWDEGVNIN DSSCVSCGQC VTICPCNALM EKTMLGEAGF MTGLKPDILE PMVDLIKEVE
PGYSGIFAVS EVEAAMRDTR TKKTKTVCTF CGVGCSFEVW TKGRKILKVQ PSSDAPVNAI
STCVKGKFGW DFVNSKERIT KPLIRKNGTF VESTWEEALN VVANKLGSIK EEYGKDAIGF
ISSSKITNED NYVIQKLARQ VFETNNIDNC SRYCQSPATD GLFRTIGMGG DAGTIKDIAQ
SGLVIIVGCN PTEGHPVLAT RIKRAHKLHG QKLIVADLRK TEMAERSDVF ISPKQGTDQV
WLMAVTKYMI DQGWHNQRFI DENVNFFEDF KESLAEYTLE YAEEVTGISQ ETLIQMAEMI
RDADGTCILW GMGVTQNTGG SDTSAAISNL LLATGNYRRP GAGAYPLRGH NNVQGACDMG
TLPGWLPGYQ HVTNDMERAK FEMAYGVKIN SEPGLNNIEM LHAIDKGKMK AMYLVGEDMA
LVDSNANHVH EVLSSLDFFV VQDVFLSKTA QYADVVLPAA PSLEKEGTFT NTERRVQRLY
QVLPTLGDAK PDWWIVQEVA NKLGANWSYS HPSEIFAEMA SLSPLFSQAN YEVLEGWNSF
HWGSFDGTNT PLLFQDGFNF PDKKARFAIA DWVRPAEFPA EFDLHINNGR MLEHFHEGNM
TNKSTGIQTK VPGVFVEISP ALAKERGVKT GSLVRLVSPF GALKLRALVT DRVKANELYL
PMNSTDNETA INFLTGPAVD TRTNTPAYKQ TKVRMEVLEV DGENPMPKAN PRNKKRHPQS
GIEVHRKWAR PGYVHLTDK
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