KEGG   Campylobacter peloridis: CPEL_0363
Entry
CPEL_0363         CDS       T03559                                 
Symbol
fdhA
Name
(GenBank) formate dehydrogenase, alpha subunit, selenocysteine-containing
  KO
K00123  formate dehydrogenase major subunit [EC:1.17.1.9]
Organism
cpel  Campylobacter peloridis
Pathway
cpel00630  Glyoxylate and dicarboxylate metabolism
cpel00680  Methane metabolism
cpel01100  Metabolic pathways
cpel01120  Microbial metabolism in diverse environments
cpel01200  Carbon metabolism
Brite
KEGG Orthology (KO) [BR:cpel00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    CPEL_0363 (fdhA)
  09102 Energy metabolism
   00680 Methane metabolism
    CPEL_0363 (fdhA)
Enzymes [BR:cpel01000]
 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
     CPEL_0363 (fdhA)
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Molybdop_Fe4S4 Annexin_3
Other DBs
NCBI-ProteinID: AJC84229
Position
364593..367415
AA seq 940 aa
MALARRNFLKLAGIAGLGSAAFGSENKAIRAASAQEVANPYPDSKIVRTICSICSAGCGI
KAEVQDGVWVRQENAIEHPISQGSHCCKGIDQIDLTKSKQRIKYPMKKENGKWVRLTWEQ
AINEIGDKMLEIRKENGPDSVMFLGSAKFNNQQAYYFRKFAAFWGTNNIDHVARIUHSAT
VAGVANTWGYGAMTNHFGDVTKHSKMMIIFGANTAVANPIGFKHLLQAKDRNNAKLVVVD
PVFTKTAVHADEFVRIRPGTDIALVYGMLHLIFKNGWEDKELIKTRTYGVEEIKAEAAKW
TPEVVEDVTGVSAAQLEKITRMLATIKPATLFWALGITQHSVGSSNTRILAILQLVLGNI
GKPGAGTNIIRGHDNVQGATDMGCLADTLPAYYGLTDDAWNHFSNVWNVERDYLNSRFYS
KEWMHEKGFSLAKWWQGVLHEEKTYSNSPIRVLWVQGTGITSMAHTVKIQEALKKLDMIV
IAEPFVNEVAVLADRPDGIYIIPACTQFETEGYVTATNRAMQWRSQVIKPIYESKEDQEI
MFAFAKKFGFYKEYTRGMKMELKDHKLIQTRDDNDDNFIWPDDATREMSNGLLSIGLRGI
SAERLRKHQQNWEHFDPDTQRGLGGEVKGEYYGLPWPCWDEKHPGTSIMWNTDIPYEEGG
MGFRNRFGLEHDGHSQLADDSFTPKGCKVKGGYPQITKANIEKVFNIKLSDSEKELMGAS
WSTDISGIILEKCREKSACCLGNARARMKVWEFADPIPLHREPLHSPRWDLVKKYPTWGD
QEKNFRVESKFISEQQKTDWSKEFPTIISSMRLVNLSGAGMLERTSKYLAAITPEMFANV
HPELALKYGINDGDMMWIHSPQGTKIKVKCVHNHSVTPDRICLPYNFAGIMQGVDLSYNY
PEGTKPYTIGESSNTVTNYGFDINTQISEFNAGLCRLEKA
NT seq 2823 nt   +upstreamnt  +downstreamnt
atggcattagcaagaagaaattttcttaagcttgctggtattgctggtcttggaagcgct
gcttttggtagtgagaataaagctattagagctgctagtgcgcaagaggtggcaaatcct
tatccagattctaagattgttagaacaatctgtagtatctgtagtgcaggctgtgggatt
aaggcagaagttcaagatggtgtttgggtgcgtcaagaaaacgctatagaacatcctatt
tcacaaggatcacattgctgtaaaggaatagatcaaatcgatcttactaaatccaaacaa
cgcattaaatatcctatgaaaaaagaaaatggaaaatgggtgcgtttaacttgggaacaa
gctatcaatgaaattggtgataaaatgcttgaaattcgtaaagaaaatggcccagatagt
gttatgtttttaggttcagctaaatttaataatcaacaagcttattattttagaaaattt
gcagcattttggggaactaataatatagaccacgttgctagaatttgacacagcgcaaca
gtcgccggtgtggcgaatacatggggttatggcgctatgacaaatcattttggtgatgta
actaaacactcaaaaatgatgattatttttggtgcaaatactgccgttgcaaatcctatt
ggatttaagcatttattacaagcaaaagatcgcaataatgctaaattagttgtggtagat
cctgtttttacaaaaactgcagtgcatgcagatgaatttgtaagaattcgtccaggaact
gatatagcattagtttatggtatgcttcatttgatttttaaaaatggttgggaagataaa
gaattaatcaaaactagaacttatggggttgaagagataaaagcagaagctgctaaatgg
actccagaggttgtagaagatgttacaggtgttagtgctgctcaacttgagaaaatcaca
agaatgctagctactattaagcctgccacgctattttgggctttaggtattactcagcat
tcagtaggtagttcaaatacaagaattttagctattttgcaacttgttcttggaaatata
ggtaaaccaggtgcgggaacaaatatcatcagaggtcatgataatgttcaaggtgctact
gatatgggatgtttagctgatactttgccagcttattatggtttaacagatgatgcgtgg
aatcatttctcaaatgtatggaatgttgaaagagattatttaaattcaagattttattct
aaagaatggatgcatgaaaaaggcttttcactagcaaaatggtggcaaggtgttttacat
gaagaaaaaacttattcaaattcacctattcgtgttctttgggttcaaggaacaggtatc
acatcaatggcacatacggtaaaaattcaagaagcactaaaaaaacttgatatgattgta
attgctgagccgtttgtaaatgaagtagcggttttagcagatcgccctgatggcatttat
atcatacctgcatgtactcaatttgaaacagaaggttatgtaaccgcaaccaaccgtgca
atgcaatggcgttctcaagtaataaaaccaatttatgaaagcaaagaagatcaagagatt
atgtttgcttttgctaagaaatttggtttttataaagaatatactcgcggtatgaaaatg
gaattaaaagatcataagcttatacaaacaagagatgataatgatgataatttcatatgg
cctgatgatgctacaagagaaatgagtaatggacttttaagtataggtttaagaggaatt
tctgctgagcgtttaagaaaacatcagcaaaattgggagcattttgatccagatactcaa
agaggcttaggtggtgaagtaaaaggcgaatattatggtttaccttggccatgttgggat
gaaaaacacccgggaacttctattatgtggaatacagatattccttatgaagaaggtggt
atgggctttagaaatcgttttggtttagaacatgatggacattctcaattggcagatgat
agctttactccaaaaggttgtaaagttaagggtggatatccacaaattaccaaagcaaat
atagaaaaagtctttaatatcaagttaagtgatagtgaaaaagaactaatgggtgctagt
tggagcactgatatttcaggtattatcttggaaaaatgtagagaaaaaagtgcatgttgt
ttaggaaatgctagagctagaatgaaagtttgggaatttgctgatcctattccattgcat
agagaacctttacattctccgcgttgggatttggttaaaaaataccctacttggggagat
caagagaaaaactttagggttgaaagtaaatttattagcgaacaacaaaagacagattgg
agcaaagaattcccaactattatttcaagtatgcgtttagttaatttaagtggtgcaggt
atgcttgagcgaactagtaaatatcttgcagcaatcacacctgagatgtttgctaatgtc
catcctgagcttgctttaaaatatggtataaatgatggggatatgatgtggattcactct
cctcaaggaactaaaatcaaagtaaaatgcgtgcataatcattctgttacaccagataga
atttgcttgccttataactttgcaggtattatgcaaggagtggatttaagttataattac
ccagaaggaactaaaccttatactataggggaaagttctaatacggttaccaattatggt
tttgatataaatacgcaaatttctgaatttaatgcaggactttgcagacttgaaaaggct
taa

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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 domain (4)   
   Pfam (4)   
All databases (22)   

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