| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_4785 |
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| Symbol | |
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| ID | 7261814 |
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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 | 5112083 |
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| End bp | 5115178 |
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| Gene Length | 3096 bp |
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| Protein Length | 1031 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643564696 |
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| Product | molydopterin dinucleotide-binding region |
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| Protein accession | YP_002461216 |
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| Protein GI | 219670781 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence |
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Plasmid Coverage information |
| Num covering plasmid clones | 28 |
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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 | ATGAAAAGGC GTGATTTCAT TAAATCCATG GCCGCCGTTG GGAGTGTTAC AGCCATTGGC
TTAGGAATAG AAAAAATTCC CCGGGTCATC GCCGGCGAAG CCATCACCAA TCCTACACCT
TATGATGGGG ATGCCCTGCC GGTAGAAATG AAAATCGATA AGGCCACCGG GGAAATCATT
CTCAATCAGG ACGTTGCCTT AAAAAGCAGT GTCTGTCTGG GCTGTTGGAG CAATTGCGGC
AATCGGGTGA AAGTGGATAA AAAAAGCGGC AAGATCCTGC GCGTAGTCGG TAATCCTTAC
CATCCCAGCT GTGCCGAACC GCACCTCCCC TTTGACACTC CGCTGAAGGA GTCCTACCTT
TCCTTGGGTC AGTACCAGGA GAATGGCCAC ACCCAAAGGG CCACGGTCTG CCAAAGAGGG
AACTCCGCTT TCCAAATGGT CTATGAGCCC AACCGTATCC TCACTCCTCT TAAGCGGGCA
GGTAAACGGG GCGAAGGGAA ATGGCAGCCC ATCACCTGGG AGCAGGCTTT AGAAGAAACC
ATCGAAGGGG GCCGGCTTTT TTCCGAGCTG GGAGAAAGTC AAACCATTGA AGGTCTGCGG
CAGGTTCGTG ACTTAGACAC CCCCATCTAT CCTGAGCAGC CGGGCTGGGG TGTAAAGGCC
AACCAATTTG TCTTCATCGG TGGCCGGGAT GACGGACGGA CACCTTTCGC GAAGCGTTTT
GTCAATAACG CCTATGGTTC CCCCAATCAT TTCGGCCATG GCGGTATCTG CGGAATCAGC
CGCCGGGTTG CCTATCTGGC CTTCCTGGAT ACCTGGGATA AAAAACCCCA TATGAAGGCC
GATTATATGG GAGCGGAGTT TATTATGTTC TTTGGCAATG CACCGGGTCA GGCTGGAGCT
CCCTTTCAGC CTATGGCCCG GAAATCGGCT TTAGCCCAGG CTGAAAACGG CATGAAAGCG
GTCATCGTCG ATCCCGTGCT CCAAAACGGC ATGTATAACT CGCCGAAGGC GGAGGAATCC
TCCTGGGTAC CCATTCGTCC GGGGGGAGAC GGCGCCCTGG CTATGGCTAT GGTTCGTTGG
GCCATTGAGA ATGAAAAATA CAATGAAAAC TATTTGCTAT CCCCCAGCAA GGAAGCGGCC
CAGAAAAAGA AGTTCCCCTC CTGGACCAAT GCCACCTACC TGGTCATTCA GGAAGAAGGA
CATGCCGACT ACGGGAAATT TCTCCTGGGA GAACAGATTG GCCTGGCCGA AAAGGCCGAT
GAGACCAATC CCAATTATGT GGTTATCGAT CAAAAGTCCG GGGAGCCCAC TCTCTGTAAA
GCTGCAGAGA ATGGCACCCT CTTCTACACC GGTAAAATCG CCCTTGGCGA TGCCATGGTT
ACTGTGAAGA GTTCCCTGCA GATTCTCCGG GATGAAGCCA CTTCCTATAC CTATGAGGAA
TATGCCAGGG AGTCAGGTTT AAGTCAGGAA CGGATCATCA GTTTAGCCAA GGAATATTTC
AACCATGGCA CCAAAGCAGC CACGGATCAT CACGGCGGGG TATCCATGCA CTCCAACGGT
TTTTATGGCT CCCTGGCTGT GGCGACCCTT AATGCTTTAA ATGGCAATAT CAATAAAAAA
GGCGGCTCAA CCAAGAGCGG CGGCGGCTAT ATCGCCGATG ATGCGGGCAA ACGCTATGAT
TTTGCCAAGG TCCCCGGAGG AGTCAAGCCC AAAGGGGTCA AAATCAGCCG GGAAGGAAAA
GCCTATGAAG AGACTCCGGA ATACAAGGCC AGAAAAGCTA AAGGAGAAAA TCCCTATCCC
GCTACCTTAC CCTGGAGTCC CTTAGCCGAT AGTTTGGAGG GTCATGTGAT TCCTTCCATG
ATGGCCGGCT ATCCCTACAC CGCCAAAATC CTCATGATGT GGATGGCCAA TCCTCTCTAT
GCCACTCCAG GGCTGTTCCA AAAGGATGTG GAGGATTTTC TTAAGGATCC GGAAAAGCTC
CCCTTGATTA TTTCCATTGA CATTATGATG GGGGACTCCA CCCAATATGC AGACTATATT
ATTCCCGATA CCACCTTCTA TGAAAGCTGG GGAGTGCCGA TCATCTGGAA TCTGGTCTTA
AGCAAGGCCC ATGGGGCCCG CCGTCCCATC ATTGATCCTC TGGTCCCCAA GACCAAAGAG
GGGCACCCCT ATTCCATGGA AGCCTATCTG ATTGAGATTG CCAAACGCCT GAATCTTCCC
GGCTATGGAG AGAAGGGCAT TTTAGACGCG GAAGGAAAGC CCACCCCTTT GAACTCGGCA
GCAGATTACT TCTTAAAGGC CATGGCCAAT ATCGCTTTTG ATGAAACCCC CATTGCCGAT
ATTGCGGCGG AGGAATTAGC TCTCTCCGGC TTGGCAGAGG ATCTGAAGGA TGTAAAAGCC
AGCCTTTCCC CAGAAGAGTG GCAAAAAGTC TATTATCTGC TGGCCCGGGG AGGACGTTTC
GAGGATTATG TGAAGAACTA TGACGGGGAT AACCTGACCA ATAAATTCGG CAAAATCGTC
AATATCTACA ATCAAAAACT GGGCACCAGC ATCAACTGTA TGACCGGCCG ATACAATCCC
GGGACTGCTT GCTGGATTCC CCCTACTTTC GCCGACGGGA GAACCGTGGA TGAGGTCTAT
CCCAGCCAGG AATGGCCCTT TATCGCCGTA TCCTATAAGC CCCGCTATCG CACCGGTGCC
TGCCTGGACA ACGTTCCTCT GCTCAAGGGT CTGCAGGATA CCAATCACAT CGAAATGAAC
CTTGAGGATG CCTCAGCCAT GGGCATTGCG ACAGGGGATA AGGTCAAGCT GATTACTCCC
ACCGGGGAAG TGGAGGGTAT TGCCAAGGTC CGCCGGGGAG TGGGCAAAGG CTCCATCGGC
ATCGAATACG GCTACGGACA TTGGGGCCAA TCCGGGGACC AGGGCTTCGA GATTGAGGGC
AAAAAACGTG CCGGGGGCGC CAGGGATGGC AAAGGAATTC TTCTCAATCG CCTCGCTTTG
CGGGATATCA GCTTAAAGAC CCCTCATCCC CTGGTGGATC TGGTAGGCGG CTCAATCGAT
CGCAACACAG TTAAGGCAAA AATCGTTAAG CTCTAA
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| Protein sequence | MKRRDFIKSM AAVGSVTAIG LGIEKIPRVI AGEAITNPTP YDGDALPVEM KIDKATGEII
LNQDVALKSS VCLGCWSNCG NRVKVDKKSG KILRVVGNPY HPSCAEPHLP FDTPLKESYL
SLGQYQENGH TQRATVCQRG NSAFQMVYEP NRILTPLKRA GKRGEGKWQP ITWEQALEET
IEGGRLFSEL GESQTIEGLR QVRDLDTPIY PEQPGWGVKA NQFVFIGGRD DGRTPFAKRF
VNNAYGSPNH FGHGGICGIS RRVAYLAFLD TWDKKPHMKA DYMGAEFIMF FGNAPGQAGA
PFQPMARKSA LAQAENGMKA VIVDPVLQNG MYNSPKAEES SWVPIRPGGD GALAMAMVRW
AIENEKYNEN YLLSPSKEAA QKKKFPSWTN ATYLVIQEEG HADYGKFLLG EQIGLAEKAD
ETNPNYVVID QKSGEPTLCK AAENGTLFYT GKIALGDAMV TVKSSLQILR DEATSYTYEE
YARESGLSQE RIISLAKEYF NHGTKAATDH HGGVSMHSNG FYGSLAVATL NALNGNINKK
GGSTKSGGGY IADDAGKRYD FAKVPGGVKP KGVKISREGK AYEETPEYKA RKAKGENPYP
ATLPWSPLAD SLEGHVIPSM MAGYPYTAKI LMMWMANPLY ATPGLFQKDV EDFLKDPEKL
PLIISIDIMM GDSTQYADYI IPDTTFYESW GVPIIWNLVL SKAHGARRPI IDPLVPKTKE
GHPYSMEAYL IEIAKRLNLP GYGEKGILDA EGKPTPLNSA ADYFLKAMAN IAFDETPIAD
IAAEELALSG LAEDLKDVKA SLSPEEWQKV YYLLARGGRF EDYVKNYDGD NLTNKFGKIV
NIYNQKLGTS INCMTGRYNP GTACWIPPTF ADGRTVDEVY PSQEWPFIAV SYKPRYRTGA
CLDNVPLLKG LQDTNHIEMN LEDASAMGIA TGDKVKLITP TGEVEGIAKV RRGVGKGSIG
IEYGYGHWGQ SGDQGFEIEG KKRAGGARDG KGILLNRLAL RDISLKTPHP LVDLVGGSID
RNTVKAKIVK L
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