KEGG A.aeolicus: aq

Aquifex aeolicus: aq_1039

Entry

aq_1039 CDS A.aeolicus

Gene name fdoG

Definition formate dehydrogenase alpha subunit

Orthology K00123 formate dehydrogenase, alpha subunit [EC:1.2.1.2]

Pathway aae00630 Glyoxylate and dicarboxylate metabolism
aae00680 Methane metabolism
aae01100 Metabolic pathways

Class Metabolism; Carbohydrate Metabolism; Glyoxylate and dicarboxylate
metabolism [PATH:aae00630]
Metabolism; Energy Metabolism; Methane metabolism [PATH:aae00680]

SSDB

Motif Pfam: Molybdopterin Molybdop_Fe4S4 Molydop_binding TAT_signal
PROSITE: MOLYBDOPTERIN_PROK_1 TAT

Other DBs NCBI-GI: 15606330
NCBI-GeneID: 1193780
UniProt: O67146

Position 720865..723912

AA seq 1015 aa
MNYMDISRRGFLKLSVGSVGAGILGGLGFDLTPAYARVRDLKITKAKVTKSICPYCSVSC
GILAYSLSDGAMNVKERIIHVEGNPDDPINRGTLCPKGATLRDFVNAPDRLTKPLYRPAG
STEWKEISWDEAIEKFARWVKDTRDRTFIHKDKAGRVVNRCDSIVWAVGSPLGNEEGWLM
VKIGIALGLSARETQATIUHAPTVASLAPTFGRGAMTNNWVDISNSDLVFVMGGNPAENH
PCGFKWAIKAREKRGAKIICIDPRFNRTAAVADIFVQIRPGTDIAFLGGLINYVLQNEKY
QKEYVRLHTTGPFIVREDFGFKDGLFTGYDPKTRSYDTTTWDYEFDPATGYPKMDPEMKH
PRCVLNILKEHYSRYTPEVVSQICGCSKEDFLRVAEEVAKCGAPNKFMTILYALGWTHHS
YGTQLIRTACMLQLLLGNIGCPGGGINALRGHSNVQGMTDLAGQNKNLPTYIKPPKPEEQ
TLAQHLKNRTPRKLHPTSLNYWANYPKFFISFLKCMWGDAATPENDFAYDYLYKPEGGYN
SWDKFIDDMYKGKIEGVVTAALNFLNNTPNAKKTVRALKNLKWMVVMDPFMIETAQFWKA
EGLDPKEVKTEILVLPTAVFLEKEGSFTNSARWVKWKYKATDPPGDAKDEFWIFGRFFMK
LKEFYEKEGGAFPEPILNLVWPYKNPYYPTAEEILTEINGYYTRDVDGHKKGERVRLFTD
LRDDGSTACGGWLYCGVFPPEGNLAKRTDLSDPLGLGTYPNYAWNWPANRRVLYNRASCD
EKGRPWDPERPLLRWDPERDMWVGDIPDYPATAPPEKGIGAFIMLPEGKGRLFAAKSYVT
FKDGPLPEHYEPYESPVTNILHPNVPHNPVAKVYKSDLDLLGTPDKFPHVATTYRLTEHY
HFWTKHLYGPSLLAPVMFIEIPEELAKEKGIQNGDLVRVSTARASIEAIALVTKRIKPLK
VAGKTVYTIGIPIHWGFEGLVKGAITNFITPNVWDPNSRTPEFKGFLANIEKVKT

NT seq 3048 nt +upstreamnt +downstreamnt
gtgaattacatggatatttcaaggaggggttttttaaaactatcagtaggtagtgttgga
gctgggatattaggtggtctcggttttgatcttacacctgcttatgcacgtgtaagagat
ttaaaaataacaaaggcaaaagtaacaaaaagtatatgtccttactgctccgtatcctgt
ggaatactagcctactccctttccgacggagcgatgaatgttaaagaaagaataatacac
gtagagggtaacccggatgacccgataaatagaggaactttatgtcctaaaggggcaacc
ttaagagatttcgtaaacgctcctgataggcttaccaagcccttgtacagacctgcagga
tctacagaatggaaagaaataagctgggacgaggctatagagaagttcgcaagatgggta
aaggatacgagggataggacctttatacacaaggacaaggctggaagggtggtgaacaga
tgtgactccatagtttgggctgtgggctcaccccttgggaacgaagaggggtggctcatg
gtaaagatcggtatagccttaggtctctcggcacgagaaacgcaggcgactatatgacac
gcacctacggtggccagtttggccccaacctttggaagaggagcaatgactaacaactgg
gtggacatctccaactctgacctcgtattcgtaatgggaggaaacccggcggagaaccac
ccctgtggttttaagtgggccataaaagctcgtgagaagaggggtgcaaagataatatgc
atagacccaaggtttaacagaaccgccgctgtggcagatatcttcgttcagataagaccg
ggaacagatatagctttcctcggaggtctgattaactatgtccttcagaacgagaagtat
cagaaggagtatgtgagactgcacacaacaggacccttcatagtgagggaggacttcggc
ttcaaggacggactctttacgggatacgatcctaagacgaggagctacgacacgaccacc
tgggactacgagttcgatcctgctacgggatatcccaagatggatcccgagatgaagcat
cccagatgtgttctcaacatcctgaaggagcactactcgaggtataccccggaggtcgtc
tcccagatatgtggatgttccaaggaggacttcctcagagttgcagaggaggtggctaag
tgtggagctcccaataagttcatgacaatcctctatgccttgggatggacccatcactcc
tacggaacccagctcataagaactgcctgtatgcttcagcttctgcttggaaacataggt
tgtccgggaggaggaataaatgccctcagaggtcactctaacgttcagggtatgactgat
ctcgccgggcagaacaagaacctccccacctacataaagcctcccaagccggaggaacaa
accctcgcccagcaccttaagaacaggacaccgagaaagctccatcccaccagcctgaac
tactgggcaaactatcctaagttctttatcagctttctcaagtgtatgtggggcgacgcc
gcaacgcctgaaaatgacttcgcctacgactatctatacaaacccgaaggaggctacaac
tcctgggataagttcatagacgacatgtacaaaggaaagatagagggagtggtaaccgca
gcccttaacttcttgaataacacacctaacgccaagaagacggtaagggctctcaaaaac
ctcaagtggatggttgtaatggatcctttcatgatagagacagcccagttctggaaggcg
gaggggttagacccgaaagaagtcaagacggagattctcgtccttccaacggctgtattt
ctcgagaaggaaggttccttcaccaacagcgcgaggtgggtaaagtggaaatacaaggct
accgatcccccaggagatgcgaaagacgaattctggatatttggaagattctttatgaaa
ttgaaagaattttatgaaaaagaaggaggagctttccccgaaccgattctcaacctcgtc
tggccctacaagaatccatactatccgactgcagaagaaatacttaccgaaataaacgga
tactacacaagggacgtggacggtcacaagaagggagagagggtaagactcttcactgat
ctgagagacgacggatcaactgcctgcgggggatggctctactgtggcgtattcccgcct
gagggcaaccttgcaaagagaactgacctcagcgatcccctcggtctgggaacctatccg
aactacgcctggaactggcccgccaacaggagggtcctctacaacagagcctcctgcgat
gaaaagggaagaccgtgggacccagaaagacccctcctgagatgggatcctgaaagagac
atgtgggtaggtgatatacctgattatcctgctaccgcacctcccgaaaagggtataggt
gctttcataatgctcccagaaggaaaaggaagattgtttgcagcaaaaagctatgttaca
ttcaaagatgggccacttcccgaacactatgaaccttatgaatctcccgtgacgaatatt
ctccatcctaatgttcctcacaaccccgttgcaaaagtatacaaatctgatctggatctg
ttaggaactcccgataaattccctcatgttgctaccacttataggctaactgaacattat
cacttctggacaaagcatctgtacggtccttcactgcttgcaccagtaatgttcattgaa
atacctgaagaactggcaaaggagaaaggtatccaaaacggagacttagttagagtttct
actgcaagagcatcaatagaagctatagctttagtaacaaaaagaataaaacctctaaaa
gttgcaggaaagaccgtatacacaataggtataccaatacactggggatttgaaggtcta
gtgaaaggtgccataacaaatttcataacgcccaacgtctgggatcccaactctagaact
cctgagtttaagggctttcttgcaaacattgaaaaggtgaaaacttaa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (4)   
   PROSITE (2)   
All databases (19)

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