KEGG   Hoyosella subflava: AS9A_3326
Entry
AS9A_3326         CDS       T01514                                 
Name
(GenBank) 2-oxoglutarate dehydrogenase, E1 and E2 components
  KO
K01616  multifunctional 2-oxoglutarate metabolism enzyme [EC:2.2.1.5 4.1.1.71 1.2.4.2 2.3.1.61]
Organism
asd  Hoyosella subflava
Pathway
asd00020  Citrate cycle (TCA cycle)
asd00630  Glyoxylate and dicarboxylate metabolism
asd00785  Lipoic acid metabolism
asd01100  Metabolic pathways
asd01110  Biosynthesis of secondary metabolites
asd01120  Microbial metabolism in diverse environments
asd01200  Carbon metabolism
asd01210  2-Oxocarboxylic acid metabolism
Module
asd_M00009  Citrate cycle (TCA cycle, Krebs cycle)
asd_M00011  Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:asd00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00020 Citrate cycle (TCA cycle)
    AS9A_3326
   00630 Glyoxylate and dicarboxylate metabolism
    AS9A_3326
  09108 Metabolism of cofactors and vitamins
   00785 Lipoic acid metabolism
    AS9A_3326
Enzymes [BR:asd01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.4  With a disulfide as acceptor
    1.2.4.2  oxoglutarate dehydrogenase (succinyl-transferring)
     AS9A_3326
 2. Transferases
  2.2  Transferring aldehyde or ketonic groups
   2.2.1  Transketolases and transaldolases
    2.2.1.5  2-hydroxy-3-oxoadipate synthase
     AS9A_3326
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.61  dihydrolipoyllysine-residue succinyltransferase
     AS9A_3326
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.71  2-oxoglutarate decarboxylase
     AS9A_3326
SSDB
Motif
Pfam: E1_dh 2-oxoacid_dh OxoGdeHyase_C Transket_pyr 2-oxogl_dehyd_N
Other DBs
NCBI-ProteinID: AEF41768
UniProt: F6EPA8
Position
3402872..3406597
AA seq 1241 aa
MTSSSLSQFGQNEWLVEEMYQRYKDDPSSVDPAWHDILKDYKPGENSSQSKKTTTSSSSQ
SAAATSKAATKTAPAKPASKPDDGKGKSSKSADSKPADSKPAASKPASKSGSQTSSPEPK
TEESKVLRGVAATVARNMNTSLTVPTATSVRAVPAKAMIDNRLVINNHLARTRGGKISFT
HLLGYAIVQAIKNYPSLNRHYAEVDGKPNLVTPPHTNLGLAIDLPGKDGSRTLVVAAIKK
CESMNFLQFWHAYEDLVRRARDGKLTAEDFQGVTISLTNPGTIGTVHSVPRLMQGQGTIV
GAGAMEYPAEFQGASEEKIAEFGVGKLMTLTSTYDHRIIQGAESGEFLRKIHTLILSDEF
YDEIFTALGIPYEPIRWSRDIPPGAIDKNTRVLQLIAAYRHRGHLMADTDPLRYNVESLA
SHPDLNVKTHGLTLWDLDREFTVGGFAGRERMKLRDVLGVLRDSYCRKIGVEYMHILEPE
QLQWLQERVEVKHQKPPVAEQKYILSKLNAAEAFETFLQTKYVGQKRFSLEGAESVIPMM
DAVIDRSADYALDEVVVGMPHRGRLNVLANIVGKPYSKIFTEFEGNMNPSQAHGSGDVKY
HLGASGTYIQMFGDNDITVSLTANPSHLEAVNPVLEGLVRAKQDLIDKGEEGFSVVPLLL
HGDAAFAGQGVVAETLNLAMLRGYRTGGTVHIVVNNQVGFTTRPEHSRSSEYCTDVAKMI
GAPIFHVNGDDPEACVWVAQLAVDFRQKFNKDVVIDLICYRRRGHNEGDDPSMTQPRMYD
LIDTKRSVRKTYTEALIGRGDISLKEAEDALRDYQGQLERVFNEVRELEKYPPAPSPSVE
EDQVLPTNVQTSVDEEVVERIGDAHLNMPEGFTPHPRVKPVYERRHEMTRKGNIDWAFGE
LIAFGSLVAEGRTVRLTGQDTRRGTFTQRHSVIIDRKTEAEYCPITTLADDGEGKFMVYD
SALTEFAGLGFEYGYSVGNPQALVLWEGQFGDFVNGAQTIIDEFISSGEAKWGQLSNVVL
LLPHGHEGQGPDHTSGRIERFLQLCAEGSMTVSVPSTPANYFHLLRRHAKAGVHRPLVVF
TPKSMLRNKAVVSPVEDFTTGKFRSVIDDPTLAGESEERRSKVSKILLCSGKLYYELAAH
QKKENREDVAVIRIEQLYPVPRHRLREAIANYPNVKEFRWVQEEPANQGAWPFFGLNLPE
VLPDVFPKLRRVSRRSMSAPSSGSSKVHAVEQQHLIDTAFE
NT seq 3726 nt   +upstreamnt  +downstreamnt
gtgaccagcagttcactttcacagttcggacagaacgagtggttggtcgaagagatgtac
cagcgatacaaggacgacccctcgtccgtggatcccgcatggcacgacatcctcaaggac
tacaagcccggagagaatagctcgcaatcaaagaagacgacgacttcgtcgagttcacaa
tcagctgccgccacaagcaaagcagcaacgaaaaccgcccccgccaagcccgccagcaag
cctgacgacggaaaaggcaagtcaagcaagtccgccgactcaaagcccgccgactcaaag
cctgctgcctcaaagcctgcgtccaagtcgggttctcaaacttcgtccccagaaccgaag
accgaagagtccaaggtgctgcgcggcgttgccgcgacggttgcgcgaaacatgaatacg
tcgctcaccgtccccaccgccacgagtgtgcgtgctgtacctgccaaggcaatgatcgac
aaccgcctggtaatcaacaaccatctcgcccgcacccgcggcggcaagatctcgttcacc
catctcctcgggtacgcgatcgttcaagcgatcaagaactacccgagcctcaaccgccac
tacgcagaggtcgacgggaaaccgaatcttgtcaccccgccacacactaacctcggtcta
gcgatcgatctgcccggcaaggacgggagtcgcacgcttgtggtcgcggccatcaagaag
tgcgagtccatgaacttcctgcagttctggcacgcatacgaggatctcgtccgtcgcgca
cgcgatggcaagctcactgctgaggacttccagggagtgacgatctccctcacgaacccc
ggcacgatcggcaccgttcactctgtgccgcggctcatgcagggccagggaacgatcgtt
ggcgcgggcgcgatggagtatcccgccgaattccagggcgctagcgaggaaaagatcgct
gagtttggtgtcggcaagctgatgacactgacatcgacctacgatcaccgcatcatccag
ggtgctgaatccggcgagttcctgcgcaagattcatacactgatcctgtcggacgagttt
tacgacgagatcttcacagcgcttgggattccctacgagccgatccgctggagccgggat
atcccgcctggtgcgattgacaagaacacccgcgttcttcagctcattgctgcatatagg
caccgcggccacctgatggcggacaccgatcccctgcgctacaacgtcgagtcgctagcg
agccacccagacctgaacgtcaagacgcacggactgaccctgtgggacctcgaccgagag
ttcacagtgggcgggttcgcgggccgcgagcggatgaagctgcgggatgtgcttggtgtg
ctgcgcgattcgtactgccgcaagatcggcgtcgagtacatgcacatcctcgagcccgag
cagctccagtggctgcaggagcgcgtcgaggtgaagcaccagaagccaccagtcgccgaa
cagaagtacattctgtcaaagctcaacgcggccgaagcgttcgaaacattcctgcagacc
aaatatgtaggccagaagcgattctcactggagggcgctgagtcggtcatcccgatgatg
gacgcagtcatcgatcgctccgctgactatgcgctcgacgaagtcgtcgtcggcatgcca
caccgcggtcgcctcaacgtgctggcgaacatcgtcggaaagccgtactcgaagatcttc
accgagttcgaaggcaacatgaatccgtcgcaggcgcacggttcaggagacgtcaagtac
cacctcggcgcgagtggcacctacatccagatgtttggcgacaacgacatcaccgtgtcg
ctaacggcgaatccttctcacctcgaagccgtcaacccggtccttgagggcctcgtccgg
gcaaagcaggatctgatcgacaagggcgaggaaggcttctccgtcgtgccgctcctgctg
cacggcgatgctgccttcgctggtcagggcgtcgttgcggagacgctcaaccttgcgatg
ctgcggggctaccgtaccggcggaaccgtccacattgtcgtcaacaaccaggttggcttc
accacaaggcccgagcactcgcgatccagcgaatactgcaccgacgtggcgaagatgatc
ggtgcgccgatcttccatgtcaacggcgatgatcctgaggcatgcgtgtgggtggcacag
ctcgcagtggacttccgccagaagttcaacaaggacgtcgttatcgatctcatctgctac
cgccgtcgcggtcacaacgagggcgatgacccgtcaatgacgcagccgagaatgtacgac
ctcatcgacacgaagcgcagtgtgcgcaaaacgtacacagaggctctcatcggacgtggc
gacatctcgctcaaagaggccgaggatgcgctgcgcgactaccagggccaacttgaacgc
gtcttcaatgaggttcgagagctcgagaaatacccgccggcacccagtccctcggtcgaa
gaggaccaggtgctgcccacgaacgtgcagacctccgttgacgaggaggtcgtcgagcgg
atcggcgatgctcacctgaacatgcctgaggggttcacaccgcaccctcgcgtcaagccc
gtgtacgagcgacgccacgagatgacccgaaagggcaacatcgactgggcgttcggcgag
ctgatcgcgttcggatcgctcgtcgccgaagggcggactgtgcgcctgacgggacaggac
actcggcgcggaacgttcactcagcgccactccgtgatcatcgaccgcaagaccgaagct
gagtattgcccaattacaacgctcgccgatgacggtgagggcaagtttatggtgtatgac
tcggcgctaaccgagttcgcgggtctcggcttcgagtacggctactccgtcggaaaccca
caggcacttgtcctgtgggaaggccagttcggcgacttcgtcaatggcgcgcagacgatc
atcgatgagttcatttcgtctggtgaagcaaagtgggggcagctctcaaacgtcgttcta
ctcctgccgcatggccacgaaggtcagggaccggaccacacttccggccgaatcgagcga
ttcttgcagttgtgcgccgaaggctcgatgacggtttcggtgccctctaccccagcgaac
tacttccacctgttgcgtcgccacgctaaggctggcgtacatcgtccgctcgtggtgttc
acaccgaagtcgatgttgcgcaacaaggctgttgtgagccccgtcgaggacttcacgaca
gggaagttccgcagtgtgatcgacgatcccacactggccggtgagtcagaagagcggcga
tcgaaggtatccaagatcctgctgtgcagcggaaagctgtactacgagcttgccgcccat
cagaagaaggaaaaccgtgaggatgtcgcggtgatccggatcgagcagctctacccggtt
ccgcggcaccgtttgcgtgaggcgatcgccaattaccccaacgtgaaagagttccggtgg
gtccaggaagaaccggcgaaccagggcgcgtggccattctttggtctcaatctgcccgag
gttcttcccgatgttttcccgaagctcagaagggtctcgcgtcgctcgatgtctgcgccg
tcatcgggttcgagcaaggttcacgcagtggagcagcagcacctgatcgatactgcgttc
gagtag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (10)   
   KEGG PATHWAY (8)   
   KEGG MODULE (2)   
Chemical substance (14)   
   KEGG COMPOUND (14)   
Chemical reaction (10)   
   KEGG ENZYME (4)   
   KEGG REACTION (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (59)   

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