KEGG   Aliivibrio wodanis: AWOD_II_0261
Entry
AWOD_II_0261      CDS       T03808                                 
Name
(GenBank) NAD-dependent formate dehydrogenase alpha subunit
  KO
K00123  formate dehydrogenase major subunit [EC:1.17.1.9]
Organism
awd  Aliivibrio wodanis
Pathway
awd00630  Glyoxylate and dicarboxylate metabolism
awd00680  Methane metabolism
awd01100  Metabolic pathways
awd01120  Microbial metabolism in diverse environments
awd01200  Carbon metabolism
Brite
KEGG Orthology (KO) [BR:awd00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    AWOD_II_0261
  09102 Energy metabolism
   00680 Methane metabolism
    AWOD_II_0261
Enzymes [BR:awd01000]
 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
     AWOD_II_0261
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Pyr_redox_2 Fer4_20 Molybdop_Fe4S4 Pyr_redox Fer2_4 Pyr_redox_3 Fer4_7 NAD_binding_8 Fer4 Fer4_8 Fer4_9 DAO Fer4_6 Fer4_10 Fer4_2 Thi4 NAD_binding_7 FAD_binding_2 HI0933_like Fer4_15 Amino_oxidase FAD_oxidored Fer4_4 Fer4_21 NADH-G_4Fe-4S_3 Fer4_3 Lys_Orn_oxgnase Fer4_16 Fer4_18 MVP_shoulder FAD_binding_3 Fer4_17
Other DBs
NCBI-ProteinID: CED56910
UniProt: A0A090I5R0
Position
2:320620..324771
AA seq 1383 aa
MMKITIDNQTFTIAEELTLLAAAKECNVEIPSLCGNNINGEKIPCDLCVVEVDGHGIQRA
CETQAVDGMQVITSSEALAKRRQSALNKILSDHYADCEAPCQTACPAGVDIQSYLYHISQ
NDHQKAIEVIKRTLPMPLSIGRVCPAFCETECRRGLVDEPLAIRQLKRHAADVDLHAQES
YVPPKKADKGKSIAVIGSGPGGLTCGYYLTNEGYNVTVFESMPEAGGWLRYGIPEYRLPK
SILDKEIELMCRNGMDIQTSVKLGEDFSLTQLSDDYDAVCLAVGASKAVEMHYQGSELGG
CYLGVDYLKDYVTESKLITGKKVAVIGGGNTAIDCARTAVRDGADTTLIYRRTREEMPAE
DYEVVEAEHEGVKFHFLTNPVENIADEDGRVTQVRLEKMALGEPDASGRRSPKATGEFFI
EDFDTVISAVSQKPDLSFLENDTIDLPLTRWNTADSNSLTMHSGVKNIFSIGDFRRGPAT
AIEAVADGRIAAEAIDRFFKGDMEKIPTKQFNSQKEKKTKQVDSKYFEHIQKAMRVIMPE
LTAEQREQSFDEVETGFDNLDAIREAERCLECACQANTNCGLRDYATEYKAGETDLSNES
KQKFAIDTSSEFIVFDANRCISCGQCVDACNEKGVHGVLSFMKNEDGTNASRPECRAGFE
HGYDMGNSNCVQCGACVQACPVGALVDSRDKSQGRIEILKPVDTICTYCGVGCKLTMMVD
QSTNKIKYVQGAKSSPVNEGMLCVKGRFGFDFVSSDERLKTPLIRKNGELVPASWEEAIA
LVADKFSAIKSQHGGNALAGFSSAKTTNEDNYAFQKLVRREFETNNLDHCARLCHSTTVT
GLEASIGSGAMTNDIPSIKHSDLIFIIGSDTTSAHPIIASHIKQAVRHHGARLIVADPKQ
VDISDHAELYVAQRPGTDVMLLNGIMQQIIKNNWHDQVYITERVEGFEDLTSEVMSETYS
PEKIELITGVKAQDVIEMARYIGTAKRTAIYYSMGITQHTTGHDNVRSIANLQMLCGNIG
IEGGGINPLRGQSNVQGACDMGALPTDFPGYQKVENPAVYEKFVKAWNKPNLPNKKGLTL
TEIIDAACHEQVKGLFIMGENPVLSDPDQAHVIHGLETLDFLVVQDIFMTETAAYADVIL
PSCSFAEKAGHFTNTERRVQRISPAVNPPGEAKEDWWIIQEIANAMGGEWNYQSVEDITE
EITQVTPQYQGIHWDAIGKNGLQWPCNDANPQGTRIMHNQQFLRGKGQMAAIPFRYAAEL
PDEEYPLVLTTGRLLEQYHTGTMTRKTKGLNNLAGPRVMMSVADAERLGISNSEMVRVST
RRGTIEAPAFVTKRMQEGVIFVPFHFVEAAANKLTTTALDPHAKIPEFKVAAVKVEKVLY
QYH
NT seq 4152 nt   +upstreamnt  +downstreamnt
atgatgaaaataactatagataaccaaacattcactatcgctgaagagttaacactttta
gctgctgcaaaggaatgcaatgtcgagatcccgtcactgtgtggaaacaacattaatggt
gaaaaaataccatgtgatctgtgtgttgtagaagttgatgggcatggaattcaacgtgct
tgcgaaactcaagcagttgatggtatgcaagtgatcacttcgtctgaagcgttagcaaaa
cgtcgtcaaagtgcattaaataaaatactttctgatcattacgcagattgcgaagcgccg
tgccaaactgcgtgtcctgcaggcgtggatatacaatcatacctgtaccatatttcgcaa
aatgatcaccaaaaagccattgaagtcatcaaacgaacattgccaatgccattatcaatt
ggccgtgtctgccctgctttttgtgaaactgagtgtcgtcgtggcttggttgatgagcca
ttggctattcgtcaacttaagcgtcacgccgctgatgtagatctgcatgcgcaagaatct
tacgtaccccctaaaaaagcagataaaggtaaatccattgctgtaattggcagtgggcct
ggaggcttgacctgtggttattacctaactaatgagggttacaacgtcacggtatttgag
tcgatgcctgaagcgggcggttggctacgttatggtattcctgaatatcgtttaccaaaa
tcaattttagataaagaaatcgaattgatgtgtcgtaacggtatggacattcaaacctct
gtgaaattaggtgaggatttctcattaacacagttaagtgacgattacgatgcggtgtgt
ttggcagtaggagcgtcaaaagcggttgaaatgcattatcaaggcagtgagcttggtggt
tgctacttaggtgttgattacttaaaagattacgtgactgaatctaaactcattacaggc
aaaaaagtagcggttattggtggtggtaacacggcgattgactgtgctcgtactgcggtg
cgtgatggtgcagataccacgcttatttaccgtcgtactcgtgaagagatgcccgctgaa
gattacgaagtggttgaggctgaacatgaaggcgttaaattccatttcttaaccaaccca
gttgaaaatattgccgatgaagatgggcgagtgactcaagttcgtttagagaaaatggca
ctgggtgagccggatgcgtctggtcgtcgtagccctaaagcaacgggtgaattcttcatt
gaagactttgataccgttatttcagccgtatcacaaaaacctgatttaagctttttagaa
aatgacactattgatttgccactgactcgttggaatacggctgattcgaatagcctaacc
atgcacagtggtgtgaaaaatatttttagtattggtgattttcgtcgtggcccagcaaca
gcgattgaagcggttgcagatggacgtattgccgcagaagcgattgatcgtttctttaaa
ggtgatatggaaaagatcccgactaagcagtttaattctcaaaaagagaaaaagaccaag
caagttgactctaaatacttcgagcacattcaaaaagcgatgcgcgttatcatgccagag
ttaaccgcagagcaacgtgagcaaagctttgatgaagtagaaacaggctttgataatcta
gatgcaatccgtgaagcggaacgttgtttagagtgtgcgtgtcaggcgaacaccaattgt
ggactacgtgattatgcgacggaatataaagcgggtgaaacagatttaagcaacgaaagt
aagcaaaaatttgctatcgatactagctcagaatttattgtctttgatgccaaccggtgt
atcagctgtggtcagtgtgttgatgcctgtaatgaaaaaggcgtgcatggtgtattgagc
ttcatgaaaaatgaagacggcactaatgcctctcgtcctgaatgcagagctggatttgag
cacggttatgacatgggtaactcgaactgtgtgcaatgtggcgcatgtgttcaagcgtgt
cctgttggcgcattggttgattctcgtgataaatctcaaggtcgaatcgaaattttaaaa
ccagtggatacgatttgtacgtactgcggtgtgggttgtaagttaaccatgatggtggat
caatcaacaaacaaaatcaaatacgtacaaggggcaaaatcgtctccagtgaacgaaggc
atgttatgtgttaaaggtcgctttgggtttgattttgtcagcagtgatgagcgtttaaaa
acgccattaattcgtaaaaatggtgagttagttcctgcaagttgggaagaggcgatcgca
ttggttgctgataaattcagcgcgataaaatctcaacatggtggcaatgcattagcgggg
ttctcgtcggcaaaaaccaccaatgaagataactatgcgttccaaaaactggttcgtcgt
gagtttgaaaccaataatctcgatcactgtgcacgtttatgtcactcaaccacggtaacg
ggtttagaggcctctatcggcagtggtgcaatgaccaatgatattccaagcatcaagcat
tctgatttaatctttattattggctcagataccacatcggctcacccgatcattgcttct
catattaagcaagcagtccgtcatcacggtgctcgtttgattgttgccgatcctaagcaa
gtcgatatttctgatcatgctgagctgtatgttgctcaacgtccgggtacggatgtgatg
ttacttaacggtatcatgcagcagatcattaaaaataactggcatgatcaagtatacatt
acagaacgtgttgaaggttttgaagatctgacatcagaagtgatgtcagagacgtattcg
cctgagaaaattgaattaatcacaggcgtgaaagcgcaagatgtgattgaaatggcgcgt
tacattggtacagccaagcgcactgctatttattattcaatgggtattacgcaacacacg
acagggcatgacaacgttcgctctattgctaacttacaaatgctgtgtggcaacattggt
attgaaggcggtggtattaatccacttcgtggtcaatcaaacgtacaaggtgcgtgtgat
atgggcgcgttgccaacggattttccgggttaccaaaaagtggagaatccagcggtttac
gagaagttcgtaaaagcgtggaataagccaaacttaccaaataagaaaggcttaacgtta
acagaaatcatagatgcggcgtgccatgagcaagtcaaaggcttatttatcatgggtgaa
aatccagtattgagtgatcctgaccaagcgcatgtaatccacggtttagagacgttagac
ttcttagttgtacaagatatctttatgacagaaaccgccgcttatgctgatgttattctg
ccatcgtgttcgtttgcagaaaaagcgggtcacttcaccaatactgagcgtcgtgttcag
cgtatttctcctgcggtaaaccctccgggtgaagcgaaagaagactggtggataattcaa
gagattgccaatgcaatgggtggtgaatggaattatcaatcggttgaagacattactgaa
gagatcactcaagtgacgcctcagtaccaaggcatacactgggatgccattggtaaaaat
ggacttcaatggccatgtaatgacgcgaatccgcaaggcactcgcattatgcataatcag
cagttcctgcgtggtaaaggtcaaatggcagcgattccatttagatatgctgcagagctt
ccagatgaagagtatccgttagtattaacaacgggacgtttattagagcagtaccacaca
ggcaccatgacacgtaagactaaagggttgaataaccttgcgggtccgcgagtcatgatg
agtgtggcagatgcagagcgtttaggtatttcaaacagtgagatggttcgagtatcaaca
cgccgtggcacgattgaagcaccagcatttgtaaccaagcgtatgcaagaaggggtaata
tttgttccattccattttgtagaagcggcggcgaacaaattgaccacaactgcacttgat
cctcatgccaagatccctgagtttaaagtcgcagcggtgaaggttgaaaaggtattatac
caataccactaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (34)   
   Pfam (34)   
All databases (53)   

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