Maridesulfovibrio salexigens: Desal_2659
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Entry
Desal_2659 CDS
T00969
Name
(GenBank) formate dehydrogenase, alpha subunit
KO
K00123
formate dehydrogenase major subunit [EC:
1.17.1.9
]
Organism
dsa
Maridesulfovibrio salexigens
Pathway
dsa00630
Glyoxylate and dicarboxylate metabolism
dsa00680
Methane metabolism
dsa01100
Metabolic pathways
dsa01120
Microbial metabolism in diverse environments
dsa01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
dsa00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
Desal_2659
09102 Energy metabolism
00680 Methane metabolism
Desal_2659
Enzymes [BR:
dsa01000
]
1. Oxidoreductases
1.17 Acting on CH or CH2 groups
1.17.1 With NAD+ or NADP+ as acceptor
1.17.1.9 formate dehydrogenase
Desal_2659
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Molybdopterin
Molybdop_Fe4S4
Molydop_binding
TAT_signal
Motif
Other DBs
NCBI-ProteinID:
ACS80713
UniProt:
C6BYV6
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All DBs
Position
complement(2907742..2910783)
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AA seq
1013 aa
AA seq
DB search
MNISRRGFMKLAGVGVASIGMSQLGLDLSPTQAYAAGLKIKGAKEVISICPFCSVSCHFI
AHVKDGKIVSTEGDPDYPVSEGALCAKGAAMLAMHNSHHRIEKPLYRAPYSTKWEEKSWD
FVLDRIARRVKETRDADFKRFNAKGQEVNRVESIFHLGTSQMDNEECAVVHQGVRGLGLV
HFDHQARIUHSATVAALAESFGRGAMTNHWCDIENADSVLIIGSNAAEHHPISFKWVLRA
KDKGASVMHVDPKFSRTSARCDFHVPLRSGTDIAFMGGMINYVLENNLFFKEYVANYTNA
AFIVGKDFKFTKGLFSGYDKKARKYDKSKWAFELDKDGVPKRDESLKHPRCVFQLLKKHY
SRYSMSNVSKTTGVSKDNLIRVYKEYASTGKKDKAGTIMYALGWTQHTVGVQNIRSSAIL
QLLLGNIGVAGGGINALRGEPNVQGSTDHCILWHILPGYLPVPKANMGSYEDYVEKTTPI
SHDPESANWWQHKPKYMASLLKAWRGDNATADNGFGYQMLPKADDGEDYSYIYIFDRMYK
GEIKGGFAFGTNPAMSVPNSNKTRKALDNLDWLVVGEIHHTETSENWHRPGVDPTQNKTE
VFLLPSAQRAEKAGSISNSGRWLLWHYEACRPMGESKSMGEMYVDIINHVRRLYNKENGA
YPEPLLTLDWPAYYDAEDMAQRINGRFTKDVEFKGKKYKKGQQVPSFVALADDGSTSSFN
WLYAGSYTEEGGNKAKRRSLEQTPMQAKINLYPNYAWCWPVNRRILYNRASVDANGKPWA
PQKAVIEWNGSKWEGDIPDGGWPPNATGKGRYPFIMRKEGHGQLYGPGLQDGPFPDHYEP
VETPIKSHPFSRQLSSPVYKRVFSDMDKLAKPADERFPIVLTTYSLTEHWCGGGDTRNTP
VLLEAEPQLYVEMSPELAKEKGIENGDPVIVESIRGKVEAIAMVTVRMTPFEIKGETVHE
IGMPFCFGWTSKGCGDATNRLTPAVGDPNTTIPEYKACLVNVRKAKKLTEIDE
NT seq
3042 nt
NT seq
+upstream
nt +downstream
nt
atgaacatttcacggcgagggttcatgaaacttgcgggcgttggtgtcgcaagtatcggt
atgagccagctgggactcgatctttcccctacgcaggcttatgctgccgggttgaagatc
aagggtgcgaaagaagtgatctccatctgtccgttctgttcggtcagctgccatttcatc
gcccatgtcaaagacggaaagattgtaagcactgaaggtgatccggattacccggtcagt
gaaggtgctctctgtgctaagggtgcggctatgctcgccatgcataacagccaccaccgc
attgagaaacccctgtatcgtgctccctacagcactaaatgggaagaaaagagctgggat
ttcgtgcttgaccgcattgcccggcgtgtaaaggaaacacgtgatgccgacttcaagcgc
ttcaatgccaaggggcaggaagtcaaccgtgtagaatcaattttccatcttggtacatca
cagatggataacgaggagtgtgcagtcgtccatcagggtgtacgcggcctcggcctggtg
cattttgatcaccaggcacgtatctgacacagcgcaacagttgcggctctggcagagtcg
ttcgggcgcggtgcgatgaccaaccattggtgcgatattgaaaacgcggactccgttctt
atcatcggtagtaatgcagcagagcaccatcctatctcctttaaatgggtattgcgggcc
aaggacaaaggcgcctcggttatgcatgttgaccccaaattctcccgtacttccgcaagg
tgtgacttccacgtccccttgagatcgggaactgatattgccttcatgggcggtatgatc
aactatgttctggagaacaacctgttcttcaaggaatacgttgccaattataccaacgct
gctttcatcgtcggtaaggatttcaagttcactaaaggactgttctccggttacgataag
aaagcccgcaaatatgacaaatccaaatgggcttttgaacttgataaagacggcgtaccc
aagcgtgatgaatccttgaagcatccccgctgtgtattccagctgctcaagaagcactat
tcacgctattccatgtccaacgtttccaagaccacaggtgtttccaaagacaacctgatt
cgggtctacaaggaatacgcttccacaggtaagaaagataaagccggtactatcatgtac
gcactgggctggacccagcatactgttggtgtgcagaacatccgttccagcgccatattg
cagctcctgctcggtaacatcggtgtagccggcggcggtatcaacgccctgcgtggtgag
cctaacgtacaggggtcaactgaccactgtattctctggcatatcctgccgggttacctg
cctgtgcctaaagccaacatgggatcttatgaagattacgtggagaaaaccactccgatt
tcccacgatcccgaaagtgccaactggtggcagcataagcccaagtacatggcctcactg
ctcaaggcctggcgcggcgataatgctaccgcagacaatggcttcggttaccagatgttg
cccaaggcggatgatggtgaagactactcatacatctacatcttcgaccgcatgtacaaa
ggtgagatcaagggtgggttcgcattcggaaccaacccggccatgagtgtgcctaactcc
aacaagacccgtaaggctcttgataacctcgattggctggttgtgggtgagattcaccac
accgagacttccgagaactggcaccgtcccggcgttgatcctacccagaacaagacagag
gtattcctgctgccttccgcccagcgtgcggaaaaagccggttccatatccaacagtggc
cgctggttgctctggcactatgaagcttgccgtcccatgggcgaatccaagagcatgggt
gaaatgtatgtggacattatcaaccacgtacgccgtctctacaacaaagagaacggtgct
taccccgaacctctgctcacccttgattggcctgcctactacgatgccgaagacatggct
cagcgtatcaacggccgtttcaccaaggatgtggaattcaagggcaagaagtacaaaaag
ggccagcaggtaccttccttcgtagctcttgctgatgacggctcaacttcttccttcaac
tggctgtatgcaggcagttacactgaagagggtggaaacaaggctaaacgccgcagtctg
gaacagacccccatgcaggctaagattaatctctaccccaactatgcatggtgctggcct
gttaaccgccgtatcctctacaaccgtgcatctgtcgatgccaacggtaagccttgggca
ccgcagaaggccgttatcgaatggaacggttccaagtgggaaggcgatattcctgatggc
ggatggccgccgaacgcaaccggtaagggccgctatcccttcatcatgcgtaaggaaggt
cacggacagctttacggtcccggcttgcaggacggtcctttccccgatcattacgaaccg
gtggaaactcccattaagagtcatcccttctcacgtcagcttagcagtccggtttacaag
cgtgtgttcagtgatatggataagcttgccaagcccgctgatgagcgtttccccatcgtc
cttaccacttacagcttgactgaacactggtgtggtggcggtgataccagaaacactcct
gtgcttctggaagctgaaccgcagctttatgtggaaatgagccccgagttggccaaggaa
aagggtattgaaaacggtgatccggttatcgttgaaagtatccgcggcaaagttgaagcc
attgccatggttactgtgcgtatgaccccgtttgaaatcaaaggtgagaccgttcatgaa
atcggtatgcctttctgcttcggctggaccagtaaaggttgtggtgatgccaccaaccgt
ctcaccccggctgtaggtgatcccaacactaccattcccgagtacaaggcctgtctggtg
aacgttcgcaaagcgaaaaagctcaccgagattgacgagtaa
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