KEGG T01140: CD36

Candida dubliniensis: CD36_80800

Entry

CD36_80800 CDS T01140

Definition

2-oxoglutarate dehydrogenase E1 component, mitochondrial precursor, putative (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

cdu Candida dubliniensis

Pathway

cdu00020	Citrate cycle (TCA cycle)
cdu00310	Lysine degradation
cdu00380	Tryptophan metabolism
cdu01100	Metabolic pathways
cdu01110	Biosynthesis of secondary metabolites

Module

cdu_M00011

Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:cdu00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:cdu00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:cdu00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh DUF4572

Other DBs

NCBI-GI:

241952613

NCBI-GeneID:

8046810

UniProt:

B9WD61

Position

3:178397..181387

AA seq 996 aa
MLRAFRSAVPRTQLLKSRLTILKTSVVGRRYLATDSFLQGSNSNYVDEMYEAWRQDPSSV
HASWNAYFKNIENDNIPPSKAFQAPPTIVPTVSGGAAGFYPGQSPISEDVVTHLKVQLLV
RAYQVRGHQKAKIDPLGISFGDNTTVPKELTLDYYGFTEQDLAKEITLGPGILPRFAQGG
KKSMTLKEIINFCEKTYCSSYGVEYVHIPSKEQCDWLRDRIEVPQPFKYSPDQKRQILDR
LIWATSFESFLSSKFPNDKRFGLEGAEAVVPGMKALIDTSVEYGVEDVVIGMPHRGRLNM
LSNFVRKPNESIFSEFTGSKEFDEGSGDVKYHLGMNYARPTTSGKHVNLSIVANPSHLEA
EDGVVLGKTRAIQQYKQDIGSFKKAMAVLLHGDAAFAGQGVVYETMGFANLPAYSTGGTI
HVIVNNQIGFTTDPRFARSTLYPSDIAKAIEAPIFHVNADDVEACTFVFNLAAEWRATYH
TDCIIDVVGYRKHGHNETDQPSFTQPLMYQEIAKKKSVIDIYEKQLIEEGTFTAEDINEH
KQWVWNILEDNFKKAKDYKPTSREWLTTPWEDFKSPKELATEVLPHLPTAVDEATLKKIG
NAISETPEGFEVHRNLKRILNARKKSVETGEGIDYATGEALAYGSLALEGYHVRVSGQDV
ERGTFSQRHAVLHDQNSESVWTPLSNLSEDQGAFNISNSSLSEYGVLGFEYGYSLTSPDA
LVEWEAQFGDFANTAQVVIDQFVAGAESKWKQRSGVVLSLPHGYDGQGPEHSSSRLERYL
QLCNEDQRFFPSPEKLERQHQDCNMQVAYPTTPANVFHLLRRQMHRQFRKPLILVFSKSL
LRHPLARSNLSEFTGDSHFQWIIEDVLGDKSEVKRVVLLTGQVYAAFHKKRASLDDKSTA
FIKIEQLHPFPYAQLRDALNEYPNLEDLVWTQEEPLNMGAYNFVAPRVEAVLGETQKYKD
LKLRYAGRDPSASVAAGSKAMHVAEEEEFLAETFRQ

NT seq 2991 nt +upstreamnt +downstreamnt
atgcttagagcttttagaagtgctgtacctcgtacacagcttttgaaatcacgcttaact
attctaaaaacttccgttgttggcagacgttatcttgctaccgattcattcttgcaaggg
tccaattccaactatgtcgatgaaatgtatgaagcttggagacaagatccatcaagtgtc
cacgcctcatggaatgcctacttcaagaacattgaaaatgataacatcccaccatccaag
gctttccaagctccaccaactattgtcccaacagtttcaggaggtgccgctggattctat
cctggccaaagtccaatttcagaagatgttgttacccatttgaaggttcaattgttagtt
cgtgcttaccaagttagaggtcatcagaaggctaaaattgatccattgggaatttctttt
ggcgacaacactactgttccaaaggaattgactttagactactatggtttcaccgaacag
gatttggctaaggaaattactttgggtcctggtattttaccaagatttgctcaaggtggt
aagaagagtatgaccttgaaagaaatcattaacttttgtgaaaaaacttactgctcctct
tatggtgttgagtacgtacacattccctcaaaggagcaatgtgattggttaagagacaga
atcgaggttcctcaaccattcaaatattctccagatcaaaaaagacagattttggatcgt
ttgatttgggccacctctttcgaatccttcttgtcaagcaagttcccaaatgacaagaga
tttggtttggaaggtgccgaagccgttgtcccaggtatgaaggctttaattgatacctcc
gttgaatacggtgtcgaagacgttgttattggtatgccacatagaggtagattgaatatg
ttgtccaattttgttcgtaaaccaaacgaatccatcttttctgaattcactggttccaaa
gaattcgatgaaggttcaggtgatgtgaagtatcatttgggtatgaattacgcaagacca
acaacttctggtaagcacgtcaacttgtctattgttgctaatccatcgcatttggaagcc
gaagatggtgttgtcttgggtaaaactcgtgcaattcaacaatacaaacaagacattggt
tctttcaaaaaggccatggctgtccttttacatggtgatgccgcatttgctgggcaaggg
gttgtttatgaaactatgggttttgctaacttaccagcatattctactggtggtactatt
catgtcattgtgaacaatcaaattggtttcaccactgatccaagatttgctagatcaact
ttgtatccatctgacattgccaaagccattgaagctccaattttccatgttaatgctgac
gacgtagaagcttgtacttttgtcttcaatttggccgctgaatggagagccacttaccac
accgactgtatcattgatgttgttggttacagaaagcacggtcataacgaaactgatcaa
ccatctttcacccaaccactcatgtaccaagaaattgccaaaaagaagtctgttattgac
atttacgaaaagcaattaattgaagaaggtacttttactgctgaagatatcaatgaacac
aaacaatgggtttggaatattttggaagacaacttcaagaaagccaaagactataaacct
acctctagagaatggttgacaactccttgggaagatttcaaatcaccaaaagaattggct
actgaggtcttaccacacttgccaactgctgttgatgaagctactttaaagaaaattggt
aatgccatttccgaaactccagaaggatttgaagtccacagaaacttgaaacgtattttg
aatgccagaaagaagagtgttgagaccggtgaaggtatcgattatgctactggtgaagcc
cttgcttatggttctttggctcttgaaggataccatgttagagtatcgggtcaagatgtt
gaaagaggtactttctctcaaagacatgctgttttgcacgatcaaaacagtgaatctgtg
tggacaccattgtccaatttgagtgaagaccaaggagctttcaatatttccaattcttct
ttgtcagaatatggtgttttagggtttgaatatggttactccttaacttccccagatgct
ttggttgagtgggaagctcaattcggtgatttcgcaaacactgcccaagttgttattgat
cagtttgttgctggtgctgaatcaaaatggaaacaaagatctggtgttgttttgtcattg
ccacacggttatgatggtcaaggtccagaacattcttcatccagacttgaaagatactta
caattatgtaatgaagaccaacgtttcttcccatcaccagaaaaattagaacgtcaacat
caagactgtaacatgcaagttgcctatccaaccaccccagccaacgttttccatctttta
cgtcgtcaaatgcatagacaattcagaaagccattgattttggtcttttctaaatcgtta
ttgcgtcatccattagcaagatcaaacttgtcagaattcactggtgattcccacttccaa
tggatcattgaagatgttttaggagacaaatcagaagtgaagagagttgtgttattgact
ggtcaagtttatgctgcttttcacaaaaagagagcttccttagatgacaaatcaactgct
ttcattaagattgaacaattgcatccattcccatatgctcaattacgtgatgccttgaat
gaatatccaaaccttgaagacttggtgtggacccaagaagaaccattgaacatgggtgct
tataactttgttgctccaagagtggaagctgttttgggtgaaactcagaaatacaaggac
ttgaaattgagatacgctggtagagacccaagtgcttctgttgcagctggttctaaggcc
atgcatgttgctgaagaagaagaattcttagcagaaacctttcgtcaataa

All links

Pathway (6)   
   KEGG PATHWAY (5)   
   KEGG MODULE (1)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (35)   

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