| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_1208 |
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| Symbol | |
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| ID | 7258178 |
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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 | 1304750 |
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| End bp | 1307593 |
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| Gene Length | 2844 bp |
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| Protein Length | 947 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643561122 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_002457702 |
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| Protein GI | 219667267 |
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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 | 29 |
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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 | ATGTCTAGCA AAAACAATTC CTTTTCTCTA TCAAGAAGGA ATTTCTTAAA AATTTCCGCT
GCGGTTTCAG CTACAGCAGG ATTGGGTCTT GGCGCGAATA TGCTGAACAT TAAAGAAGTT
TCAGCAGAGG AATCTGAGAA ACTGGCAAAA AGTTTAGGTA ATGTAGAAGT AAAATATACC
GCAGATGTAA TGTGCCCGAG TGAGTGCGCG ATGGAAATGT GGGTCAAGGA CGGTCGTATT
GTTAAGATTT ACGGGAATGA TAGCTGTCCT TTTAACGATG GTGCTTGCTG TGCTAAAGGT
GCATCCGGTA TGCAATTGGT TTACTCTCCA GACCGTAATA AGTATCCTAT GATCAGAGAA
GGAGAGCGCG GAGAAGGAAA GTTTAGACGC GCAACTTGGG AAGAAGCTAT TGACTATATC
GGAAAGAAAT TAGTCGATAT CAAGAAAAAC TACGGTGCCG AATCAGTAAT CATGGATTGT
GGGGATGTTA CAGACCGTGA CCAATATTAT CGTTTGTTTC ATGCGTACGG GACCCCGAAC
TGCGTAGAAC ATGGCTCTAT CTGTGATACT CCACGTCGTC ATGGACCTAA GCTCATGTTA
GGTGGTAAAC GAATTGAGCC TGATGTTATG CGGCCAGTCC TCGTTAGGCA ACCAGATGGT
AGCCTCAAAA AGGACTACAC CTACTATTCT AAACTAATAA TTTACGTTGG TTGGAATCCA
TTTGTAGCCA CTCGGATAAA CTATGAGAGC CGCGGAACCG TGGGAGCTAA AGTAGAAAAT
GGCTGCAAGG TGATTGTAGT CGATCCCGCT CACACCAATA CAGCTTCGCA AGCGGATCTT
TGGATGCCGA TTAGACCGGG TACAGACGGT GATCTCTTTG CGGCAATGCT AAGATATATC
CTCGAAAACG ATAATCAAAA TAACCCCTTA ACAAAATATA TTGATTGGAG TTTCAAGGAA
CTTAGTGTTG GCTGGGATGA GTTTGAGAAA GAATTCAAAA CTTGGTGGGG TAAAAATGAC
CCCATTAACG GTAAATCTTA CTTTAGCTTA GACTGGGCAG CTGATAGAAC TGGACTCCCT
AAGGAACAAA TTGCTCAGGT GGCTCACGAG TTCGGTATAA CGAAACCGGC AGCTCTCGTT
TGGGGTATGC AAAGCCCCGG TCACCACTTC AATGGCTATC CAGCATCCAT TCTAGGAACG
GCGCTCAATA TTATCACTGG AAATATTGAC GTTCCGGGTG GTGCAATTGA TACTGAACTC
GTGAAGAGTG ACAAGGGTGG CGACGCTAAA GGGTCTAACT TTAAGAAAAA GAAGGTTAAA
AGAGTCATTG GTGATCAAGA AGTTGAATCC GAAGTAGAAA GTCTCCATAT GGATTGGTAT
GGTGATTGGC CTGCTGCATG GGATGATGTT GTAGGAGACT ACCCAAGAAG ATTTAGAGAA
GGTGTCACTC TAAATTATGG ACCATTCAAG GGACATAAAT ATCCCATCAA AGGCTTTATG
ATTCGCACCG GTAACCCAGT AATGACCGGT GGAAATACGA GGGACTGGAT TGATGCCCTA
ACGGCAAAGG ATTCCAATGG GAACTATAAA GTAGAACTTG TCGTCAATAT CGATACGCTG
TACTTGGAAA CCGGTATGTA TGCAGATGTT ATTCTTCCGG AAGCAAGTTA TGCTGAACGG
ATGAGTCTAT CTGATGTATA CCCATCACAT CAAGTTCTCT GGTTAAGAGA TCGAGTAATC
AATCCGCTTC ATGAAGCTAA ATGTCCGACT GACATAATGA ATATGCTAGC TAAAAAATTT
AATGAATTGG GTGATTCGGA CTTCAAGGCA AGCGATTTTT GGGATAAGTA TAAGAGTGAA
GAGGATTTCG TTAATGAAAT GCTGGCACCC GCCCCGGGAC GAAATCATGC AGGAGAGCCT
GTACCCTATC CCCATCTTCC TTTAGGATAT AAACTTATAG GAACCCCTGA CTCCCTTGAT
GCTGGCCGGG TAACAATTGA CCATGAGAAA AAGACAGTAA AAGGTGAACC TGTTACTGTT
GATTGGATGC GTAACAACAA AGGCGTAGCT GTTTGGCCTA TGAGTTGGAA CCGCTTTAAG
ATCTATGATA AAGAAGCAGG TAAGCATGTG GCAAGTAAGG CCGTGGCCAA AACGAATTCT
AAGCTGTTCG AATTCACATT TAGTGGTTAT GATAAGTACA ACAAGCTCAT TAGCGAAACC
GGTATTATCC CACGAGGACT AAAAGAAATT GGATATGATA AATATCCTAA TACTTTCTAC
TGGTTCGAAA CAAAGTGGAA TCCTTATACC AATACGGAAT ATGCAAAGTA TAAGGATGAG
TATCCATTCC AGCTCATATG CGGTCGTGTT CACCATGCAA TGACGGGAAC CCAAATGGTA
CCTTGGTTAT CTGAGACACC GGTAGAAGGA ATATGGATGC CATTGAATAA CTCGTTTAAG
CATAAAATTA TTGATATGAA TGCTAAAGGC GAGTTAGAAG AAGTCGAGAA AGAATTTATG
GAAGGGACTT TATGTGTAGG CACGATTGCC ATTAATGCTA GCGATGCTAA AGCATTAGGT
CTGAAAACCG GAGATTTAGC TATTTTAGAG AATCCTCTCG GCGCACAAGA AAAGGGTAAG
GTTTTTGTTA CAGAGGGAAT GCGACCGGGT ACAATCAAAC TTGGATTCGG TACGGGTGGC
CGCTTCTCAC CTGGAATTGG CCCAACTTCT AAGAGTAAGG ACTATACTCC AAACCACAGT
GGTTTAGTTG ATCCGAATGC TCATAGCCCG ATTATGGGTA TGCCCTGTTA TGCCGATATG
ATTATCAAAG TCGAAAAAGC ATAA
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| Protein sequence | MSSKNNSFSL SRRNFLKISA AVSATAGLGL GANMLNIKEV SAEESEKLAK SLGNVEVKYT
ADVMCPSECA MEMWVKDGRI VKIYGNDSCP FNDGACCAKG ASGMQLVYSP DRNKYPMIRE
GERGEGKFRR ATWEEAIDYI GKKLVDIKKN YGAESVIMDC GDVTDRDQYY RLFHAYGTPN
CVEHGSICDT PRRHGPKLML GGKRIEPDVM RPVLVRQPDG SLKKDYTYYS KLIIYVGWNP
FVATRINYES RGTVGAKVEN GCKVIVVDPA HTNTASQADL WMPIRPGTDG DLFAAMLRYI
LENDNQNNPL TKYIDWSFKE LSVGWDEFEK EFKTWWGKND PINGKSYFSL DWAADRTGLP
KEQIAQVAHE FGITKPAALV WGMQSPGHHF NGYPASILGT ALNIITGNID VPGGAIDTEL
VKSDKGGDAK GSNFKKKKVK RVIGDQEVES EVESLHMDWY GDWPAAWDDV VGDYPRRFRE
GVTLNYGPFK GHKYPIKGFM IRTGNPVMTG GNTRDWIDAL TAKDSNGNYK VELVVNIDTL
YLETGMYADV ILPEASYAER MSLSDVYPSH QVLWLRDRVI NPLHEAKCPT DIMNMLAKKF
NELGDSDFKA SDFWDKYKSE EDFVNEMLAP APGRNHAGEP VPYPHLPLGY KLIGTPDSLD
AGRVTIDHEK KTVKGEPVTV DWMRNNKGVA VWPMSWNRFK IYDKEAGKHV ASKAVAKTNS
KLFEFTFSGY DKYNKLISET GIIPRGLKEI GYDKYPNTFY WFETKWNPYT NTEYAKYKDE
YPFQLICGRV HHAMTGTQMV PWLSETPVEG IWMPLNNSFK HKIIDMNAKG ELEEVEKEFM
EGTLCVGTIA INASDAKALG LKTGDLAILE NPLGAQEKGK VFVTEGMRPG TIKLGFGTGG
RFSPGIGPTS KSKDYTPNHS GLVDPNAHSP IMGMPCYADM IIKVEKA
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