Hydrogenobacter thermophilus: HTH_1682
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Entry
HTH_1682 CDS
T01167
Symbol
fdsA
Name
(GenBank) NAD-dependent formate dehydrogenase alpha subunit
KO
K00123
formate dehydrogenase major subunit [EC:
1.17.1.9
]
Organism
hth
Hydrogenobacter thermophilus
Pathway
hth00630
Glyoxylate and dicarboxylate metabolism
hth00680
Methane metabolism
hth01100
Metabolic pathways
hth01120
Microbial metabolism in diverse environments
hth01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
hth00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
HTH_1682 (fdsA)
09102 Energy metabolism
00680 Methane metabolism
HTH_1682 (fdsA)
Enzymes [BR:
hth01000
]
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
HTH_1682 (fdsA)
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Gene cluster
GFIT
Motif
Pfam:
Molybdopterin
Molydop_binding
Fer2_4
Molybdop_Fe4S4
NADH-G_4Fe-4S_3
Fer4
Fer4_7
Fer4_6
Fer4_10
Fer4_21
Fer4_2
Fer4_16
Fer4_9
Fer4_15
Motif
Other DBs
NCBI-ProteinID:
BAI70129
UniProt:
D3DJX7
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All DBs
Position
1528941..1531769
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AA seq
942 aa
AA seq
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MAFVDVKIKDLGTPPARSSKLVTVEIDGIKVKVPEGTSVLRAASIAGIRIPKLCATDTLK
AFGSCRLCIVEIEGKKGYPASCTTLVEEGMKVRTHSERLEKLRRGIMELYISDHPLDCLT
CPANGNCELQDMAGYVGLREVRYGFDGKNHLKLPKDDSNPYFTFDPSKCIVCYRCVRACD
EIQNTIALTVEGRGFASLVKPGPTGRFITSECVSCGACVFACPTSALMEKSVIEHGMPDR
SVKTTCAFCGVGCSFNAEVKGDKVVRMVPNKEGGANHGHSCVKGRFAWVYVYSKDRVTKP
MLRKSIDEPWREVSWEEAINYVANEFRRIQEKYGKYSIGAITSSRCTNEEVYTIQKLVRA
VFGNNNVDTCARVCHSPTGYGLKAAFGTSAGTNNFDSVLFADVIMVIGANPTEGHPVFGA
LLKRRLREGAKLIVIDPRKIELVKTPHIRADYHLQLKPGTNVAILNAMAHTIVSEGLENR
EFIEKRCDTEAYKKWREFILRPENSPEAVEKIAGVPAELIRGAARLYATGGRAAIYYGLG
VTEHTQGTTAVLALANLAMLTGNVGREGTGVNPLRGQNNVQGSCDMGSFPHEFSGYRHVS
DPEVRKLFEDAWGVSIDPEPGLRIPNMWMLALEGKFKGIYIQGEDVLQSDPDVHRVVEAL
KSMECVVVHDIFMNETAKYAHVFLPGCSFLEKDGTFTNAERRIQLVRQVIPPMCGKQEWE
VVMEIAKAMGYNMHYNHASEIMDEIARLTPTFSGVSYEKLERLGSIQWPCNEKAPEGTPI
MHKDSFVRGKGMFHITAFVPSPERTTERYPLLLTTGRTLFQYNVGTQTRRTPNVVWYKED
VLEIHPNDAEERGIKDGDYVKLESRKGWVILKAKISDRVAPGVVYTTFHFPEIRINVVTT
DYSDWATNCPEYKVTAVQVTPVYQKPELVGVYTEKEFAGAEV
NT seq
2829 nt
NT seq
+upstream
nt +downstream
nt
atggcgttcgttgatgtgaagataaaggatttaggaactccacctgcaaggtcatctaaa
ctggttacggttgaaatagatgggataaaagtaaaagtccctgaaggtacatcagttcta
agggctgcttcaattgcaggcataagaatacccaagctttgtgcgacggatacacttaag
gcatttggctcatgtagattgtgtatagtggaaattgaggggaaaaaaggctatcctgca
tcatgtactactttagtagaagagggtatgaaggttagaacccactcggaaaggcttgag
aagctaagaagaggcatcatggaactctacatttctgatcatcctcttgattgccttact
tgtccagcaaatggtaattgtgaacttcaggacatggctgggtatgtagggctcagggag
gtcaggtatggctttgatgggaaaaatcacctaaaattacctaaggatgatagcaatccg
tactttacttttgacccttccaagtgtatagtttgctacagatgtgttagagcttgcgat
gagatacagaacactatagctttaacagtggagggtagagggtttgcgtcccttgtaaaa
ccaggtcctacaggcaggtttattacctccgagtgcgtatcctgtggtgcctgtgtcttt
gcatgtccaacttctgcacttatggaaaagagcgttatagaacatggtatgcccgataga
agtgtgaaaactacctgtgccttctgtggtgtagggtgttccttcaacgctgaggtaaag
ggtgataaagtggttagaatggtacccaacaaagaaggtggagctaaccatgggcattca
tgtgtgaagggtcggtttgcctgggtttacgtgtattctaaggatagggttactaagccg
atgctacgtaagagcatagatgaaccttggagggaagtgtcttgggaagaggctataaat
tatgtggctaatgagtttagaagaatacaagaaaagtatggtaaatattccataggtgct
attacatcctcaaggtgtactaacgaagaagtgtatacaatacaaaagcttgtcagggct
gtctttggtaacaataatgtggatacgtgtgcaagagtttgccactctcctacaggttat
ggattgaaggcagcctttggtacatctgcaggaaccaataactttgattctgtacttttt
gcagatgtcattatggtaataggtgccaacccgactgaaggtcatcctgtatttggtgca
cttctcaagaggagactccgtgagggagcgaaacttatagtaatagacccaaggaaaata
gagcttgtcaaaacgccacacataagagctgactaccaccttcagctaaaacctgggact
aatgtggccattttgaatgctatggctcataccatagtttcggaagggcttgaaaacagg
gaatttattgaaaagagatgtgatacagaagcttataaaaagtggagggagtttatactg
agaccagaaaattcgccagaagctgtggagaaaatcgcaggcgtgccagctgagctaata
agaggtgctgcaaggctttacgccacaggtggaagggcagccatatactatgggttgggt
gttactgaacatacacaaggaaccaccgctgtactcgcccttgctaatcttgccatgctt
actggtaatgtgggtagggagggtactggagttaatccgctgaggggtcagaacaacgta
caaggttcttgtgatatggggtcttttccacacgaatttagcggatacagacacgtatcc
gaccctgaggtgagaaagctctttgaggatgcgtggggagtaagtatagacccagaacca
ggtttgaggatacccaacatgtggatgcttgcattggagggtaagttcaaaggtatctat
atacaaggcgaggatgttctccaatctgacccggatgtgcaccgtgttgtagaggcactt
aagtctatggagtgcgttgtagtgcacgatatatttatgaacgagacagcaaagtatgcc
catgtgtttttaccaggttgctccttcttagaaaaggatggtacttttactaatgcagaa
aggaggatacagctcgtaagacaggtaattcctcctatgtgcggaaagcaagagtgggaa
gtagttatggaaatagctaaagcgatgggttataatatgcactataatcacgcgtccgag
ataatggatgagatagcaaggctcacacccaccttttctggtgtaagttacgaaaaactg
gaaagactaggaagcatccaatggccttgtaatgaaaaagctccagagggtactcctata
atgcataaggatagttttgtaagaggtaaagggatgttccatataactgcctttgtgcca
tcacctgaaagaactacggagagatatccacttcttttgactaccggaagaacgctcttt
caatacaatgtaggtacacagacaagaagaacaccaaatgttgtttggtacaaagaggat
gtacttgagatccaccctaacgatgcagaagagaggggtataaaggacggtgattatgta
aagctggagagcagaaaaggatgggtcatattaaaggctaagatctctgatagagtagca
cctggtgtggtttataccaccttccactttccggagattaggattaatgtggttactacg
gattattcagattgggcaaccaactgcccagagtataaagtcaccgcagtgcaagtaaca
ccggtttatcaaaaacctgaactcgtgggtgtatacactgaaaaggagtttgcgggcgca
gaggtgtga
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