KEGG T00005: YIL125W

Saccharomyces cerevisiae (budding yeast): YIL125W

Entry

YIL125W CDS T00005

Gene name

KGD1, OGD1

Definition

alpha-ketoglutarate dehydrogenase KGD1 (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

sce Saccharomyces cerevisiae (budding yeast)

Pathway

sce00020	Citrate cycle (TCA cycle)
sce00310	Lysine degradation
sce00380	Tryptophan metabolism
sce01100	Metabolic pathways
sce01110	Biosynthesis of secondary metabolites

Module

sce_M00011

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

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:sce00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:sce00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:sce00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

NCBI-GeneID:

SGD:

MIPS:

UniProt:

Position

IX:122689..125733

AA seq 1014 aa
MLRFVSSQTCRYSSRGLLKTSLLKNASTVKIVGRGLATTGTDNFLSTSNATYIDEMYQAW
QKDPSSVHVSWDAYFKNMSNPKIPATKAFQAPPSISNFPQGTEAAPLGTAMTGSVDENVS
IHLKVQLLCRAYQVRGHLKAHIDPLGISFGSNKNNPVPPELTLDYYGFSKHDLDKEINLG
PGILPRFARDGKSKMSLKEIVDHLEKLYCSSYGVQYTHIPSKQKCDWLRERIEIPEPYQY
TVDQKRQILDRLTWATSFESFLSTKFPNDKRFGLEGLESVVPGIKTLVDRSVELGVEDIV
LGMAHRGRLNVLSNVVRKPNESIFSEFKGSSARDDIEGSGDVKYHLGMNYQRPTTSGKYV
NLSLVANPSHLESQDPVVLGRTRALLHAKNDLKEKTKALGVLLHGDAAFAGQGVVYETMG
FLTLPEYSTGGTIHVITNNQIGFTTDPRFARSTPYPSDLAKAIDAPIFHVNANDVEAVTF
IFNLAAEWRHKFHTDAIIDVVGWRKHGHNETDQPSFTQPLMYKKIAKQKSVIDVYTEKLI
SEGTFSKKDIDEHKKWVWNLFEDAFEKAKDYVPSQREWLTAAWEGFKSPKELATEILPHE
PTNVPESTLKELGKVLSSWPEGFEVHKNLKRILKNRGKSIETGEGIDWATGEALAFGTLV
LDGQNVRVSGEDVERGTFSQRHAVLHDQQSEAIYTPLSTLNNEKADFTIANSSLSEYGVM
GFEYGYSLTSPDYLVMWEAQFGDFANTAQVIIDQFIAGGEQKWKQRSGLVLSLPHGYDGQ
GPEHSSGRLERFLQLANEDPRYFPSEEKLQRQHQDCNFQVVYPTTPANLFHILRRQQHRQ
FRKPLALFFSKQLLRHPLARSSLSEFTEGGFQWIIEDIEHGKSIGTKEETKRLVLLSGQV
YTALHKRRESLGDKTTAFLKIEQLHPFPFAQLRDSLNSYPNLEEIVWCQEEPLNMGSWAY
TEPRLHTTLKETDKYKDFKVRYCGRNPSGAVAAGSKSLHLAEEDAFLKDVFQQS

NT seq 3045 nt +upstreamnt +downstreamnt
atgctaaggttcgtgtcttcgcaaacctgccggtatagttcaagaggactattaaaaaca
tctttacttaaaaatgcatctactgtcaaaattgtcggaagagggttagccaccactggt
acagataattttctatcgacatcaaatgccacctatatcgatgaaatgtaccaagcttgg
caaaaagacccatcttcagtccatgtttcatgggacgcatatttcaagaatatgtctaac
ccaaagattccagctacaaaggcttttcaggctcctcccagtatcagtaactttccccag
ggtaccgaagcagctcccttagggaccgcaatgactggttcagtagatgagaacgtctcc
attcatctaaaagtgcaattgctatgtagagcttaccaagttagaggtcatttaaaagcc
catatagatcctttagggatctcatttggtagtaataaaaataaccctgttcctccggaa
ttgactctagactactacggctttagcaaacacgatcttgataaagaaatcaacctagga
cctggtatcctgccaaggtttgcaagggacgggaaatctaaaatgtctctgaaagagatt
gtggatcatctagaaaagttatattgttcctcttatggggtacaatacacacatattcca
tctaagcaaaagtgtgattggttaagagagagaattgagattcctgaaccttaccaatat
acagtggaccaaaagagacaaatcttagatagattaacatgggccacttcttttgagtca
ttcttatctacaaaatttccaaatgataagaggttcggtttagaaggtttggaaagtgtt
gttccaggtattaaaactttggttgatcgttctgttgaattgggtgtagaagatattgtt
ttgggtatggctcaccgtggtagattgaacgttttatccaatgtggtccgtaaaccaaat
gaatctattttttctgaatttaagggttcgagcgctcgcgatgatattgaaggatcgggt
gatgtcaagtaccatttgggtatgaactaccaaagaccaactacgtctggtaagtacgtc
aatttatcgctggtggcaaatccttctcatttagaatcccaagatccagttgttcttggt
agaactagagctttattgcatgccaagaacgatttgaaggaaaaaacaaaggccttaggt
gtgttattacatggtgatgctgcttttgctgggcagggtgttgtttatgaaaccatgggt
ttcttgaccctaccagaatactctactggtggtactattcatgttattacaaacaaccag
atcggattcactacggatccaagatttgcaaggtccacaccatatccttccgatttggct
aaggccattgatgccccaattttccatgttaacgctaatgacgtggaagctgtgaccttt
attttcaatttagccgcagaatggagacataagttccacacagatgccataattgatgtc
gttggttggagaaaacatggacataatgaaaccgatcagccatcgtttactcaaccatta
atgtacaaaaaaattgcaaaacaaaaatctgtcattgacgtctatacggaaaaattgata
agtgaaggcacattttctaaaaaagatattgatgagcacaagaaatgggtatggaactta
tttgaagatgctttcgaaaaggcaaaggattacgtcccatctcaaagagaatggttaact
gctgcctgggaaggattcaaatccccaaaggaattggccactgagatattaccacatgaa
ccaactaatgttccagagagtactttgaaagaactaggtaaggtactctcttcgtggcca
gaaggttttgaagtgcacaaaaatctaaagagaattttgaaaaatagaggaaaatctatt
gagacaggtgaaggcatcgattgggccaccggtgaagcattagcgttcggtacattggtt
ttggatggtcagaacgttagggtttccggtgaagatgtagaaagaggtacattttctcaa
cgtcatgcagtcttgcatgaccaacaatctgaagccatttacacaccgctaagcactctg
aataatgaaaaggcagacttcaccattgcaaattcctcgttatctgagtacggtgtaatg
ggtttcgaatatggttattcgctaacctccccagattatctagtcatgtgggaggctcaa
ttcggtgactttgcaaatacagcacaggttattattgaccaatttattgccggtggtgaa
caaaaatggaagcaacgctctggtttagttttgtctttaccccatggttatgatggccag
gggccagaacattcgtctggtagattggaaagattcttgcaactagccaatgaagaccca
agatatttcccatctgaagaaaagctacagagacaacatcaggattgtaatttccaggtt
gtttatccaactacgcctgctaatttattccacattctaaggagacagcaacatcgtcaa
ttccgtaaaccattggcgttattcttttctaaacagctgctgcgtcacccattggccaga
tcatctctttccgaattcactgaaggcggattccaatggattatcgaagatattgaacat
ggaaaaagtattggtacgaaagaggaaaccaagagattagttttgctgagtggccaagtg
tacactgccctacataaaagacgtgaaagtttgggtgataagaccactgctttcttaaag
attgaacagctgcacccattcccatttgctcagctacgtgattcattaaattcttatcca
aacttggaagaaattgtttggtgccaggaagagccattgaacatgggttcgtgggcatac
acagaaccacgcttacacacaacattaaaagaaacggataaatataaggatttcaaggtc
agatactgtggtagaaacccaagtggtgctgttgctgccggtagcaaatcactacatttg
gccgaagaagatgcctttttgaaagatgttttccaacaatcctaa

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 (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   MIPS-SCE (1)   
   OC (1)   
   SGD-SCE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (36)   

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