KEGG T01020: TTHERM

Tetrahymena thermophila: TTHERM_00954380

Entry

TTHERM_00954380 CDS T01020

Definition

2-oxoglutarate dehydrogenase, E1 component family protein (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

tet Tetrahymena thermophila

Pathway

tet00020	Citrate cycle (TCA cycle)
tet00310	Lysine degradation
tet00380	Tryptophan metabolism
tet01100	Metabolic pathways
tet01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:tet00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:tet00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:tet00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr DUF948 DUF1726

Other DBs

NCBI-GI:

NCBI-GeneID:

TGD:

UniProt:

AA seq 1004 aa
MIVILAKLLQKLKQTTKKLIKNISLIIYQKNQLKEITNLFNKQVVLKIKQVNNFAVIYGP
LADVKFDLEHLNKQSTKIQQFINIYRKHGHQFASIDPLNLVNRSTSLSHKMQKSNKKITF
QIKRSSEFVNPLDFGIKYTENYQKDIDKDSSYISTLPEAQEVASLEQYLKRVYQDTVGVE
FEHVNDPAERTWLYYNFERHQLTELTSFEKVNIHSLLSQTEALDHFLHKKFQTFKRYAGE
GAESSIVGLKTILAKASEMGVEDAVIGMPHRGRLNVLCNLLDYPVADLLRKISGHPDLPN
ELYNYIDDVVSHIAVSKKGKLYAGTGCKERPINVSLLHNPSHLEAVNPVSMGKARAKMDE
KTKTEVLNIQLHGDAAFSAQGVVYESFALGKVPKFSVGGTIHMIVNNQIGFTTNPIDGRG
GFYCSDIAKAFDTPIIHVNSDDPEAIHRVCKFAVEYRQRFQKDILIDVIGYRRYGHNELD
EPEFTQPHMYNHIKNTQKTCPQLYDSKLIESKIVKEGTYQKIREKTFAYCETEFEKIPSI
KKTVEEYKADKHNSASAFRQNWKNMDFSQYGDNSRPTGYNADILRQLARQSVVLPNGFQV
HNRLQKNFIQSRMKAVENNSLDWATCEALAAMTLLEEGHTIRFTGEDVERGTFSQRHWVF
TDQITHKHWNPIQELYEGFNKGKLYVYNSPLSEIGALSYEYGYSLESERIFSIWEAQFGD
FNNSAQVAIDTFLTCSEHKWARQSSLTLLLPHGMDGAGPEHSSCRMERFLQMGNTDGIDR
NLTYAGYNPNRSPSKVEDQQFYMSHQDVNFQLINPTTPANYFHALRRQMHRNYRKPLVVV
GPKTLIRHQLAKSTFEDMGEQTRFKEIIQRLEVNHKTKNIIIMTGKFQYDVYNQIEQANK
QDTTALVVLEELLPFPEEQLKTILAKADAHHANIYWVQEEHINSGAYVYSEPHIARIIRE
LKFKNQKITYVGRKASPATATGRSKEHPQELKQIHAYIEKIISQ

NT seq 3015 nt +upstreamnt +downstreamnt
atgatcgtcattcttgcaaagttgctttaaaaactgaaataaacaacaaaaaaattaatt
aaaaatatatctttaataatatattaaaaaaatcaacttaaggaaataacaaaccttttc
aataagcaagtcgttctaaaaatcaagtaggtgaataacttcgctgtcatttatgggcct
ctagctgatgttaagtttgatcttgaacacttaaacaagcaaagcacaaagatttaacaa
ttcatcaacatatatcgtaagcacggtcactagtttgcttctattgatcctcttaatcta
gttaacagatccacttccctatcacataaaatgtaaaaatcaaataaaaaaataacattt
taaatcaaaagatcttcagaatttgtaaatccacttgattttggtattaagtatactgaa
aactattagaaggacattgataaagattcttcttacatttctacccttcctgaagcctag
gaagtagcttcattagaataatacttgaagagagtctactaagacactgtcggtgtagag
ttcgagcatgtcaacgatccagctgaaagaacttggctttactataatttcgaaagacac
tagctgactgaattaactagctttgaaaaagttaacatccactctcttctcagtcaaact
gaagctttagatcatttcctacataagaaattctaaactttcaaaagatatgcaggtgaa
ggagcagagtcttctattgtaggtttaaaaactatcttggccaaggctagcgaaatgggt
gttgaagatgcagttattggcatgcctcatagaggtagattaaatgttttatgcaactta
ttagattatcctgttgctgatttacttagaaagattagtggacatcctgatttaccaaat
gagttatacaactatattgatgatgtcgtctctcatattgcagtttcaaagaaaggtaaa
ttatacgctggtactggctgtaaagaaagacctattaacgtttctttacttcataatcct
tctcatttagaagctgtcaatccagttagcatgggtaaggctcgtgctaaaatggatgaa
aaaactaaaacagaagtcctcaacatttaattgcatggtgatgctgctttttctgctcaa
ggtgttgtttatgaatcatttgctttaggaaaagttcctaaattctctgttggtggtacc
attcatatgatagtcaacaatcaaataggttttacaaccaatcctattgatggtagaggt
ggtttttactgcagtgatattgcaaaggctttcgatacacctattatccatgtaaattct
gatgatcctgaagctattcacagagtttgcaaatttgctgttgaatatcgtcaacgtttc
taaaaggatattttaatcgatgtcattggatatcgtcgttatggacataatgaacttgat
gaacctgaattcacttaacctcacatgtacaatcatattaaaaatacctaaaagacatgc
cctcaattgtatgattccaaacttattgaatctaaaattgtaaaagaaggtacttattaa
aagattagagaaaaaacctttgcctattgtgagacagaatttgaaaaaattccttctatc
aaaaaaactgttgaggaatacaaagctgataagcataattcagcatctgctttccgttaa
aactggaaaaatatggatttcagttagtatggagataacagtagacctactggctataat
gctgatattttacgtcaacttgcaagataaagtgttgtgttaccaaatggattttaagtt
cacaaccgtttacaaaagaacttcatctaatctcgtatgaaagctgttgaaaacaactct
cttgattgggcaacctgtgaagctttagctgcaatgactttgttggaagaaggtcacact
atccgtttcactggtgaagatgttgaaagaggtactttttctcaaagacattgggtattc
actgattaaattactcacaagcactggaatcctatttaagagttatatgaaggcttcaac
aaaggtaaattgtatgtatataacagtcctttaagtgaaatcggtgctctttcttatgaa
tatggctattctttggagtctgaaagaatcttttctatttgggaagcttagtttggtgat
tttaacaacagtgcttaagtagcaattgacactttcttgacttgcagtgaacataaatgg
gctagataatcatctctaactcttttattgcctcatggtatggatggtgctggtcctgaa
cactccagttgtcgtatggaaagattcttataaatgggtaacactgatggtattgacaga
aatctcacttacgcaggatacaatcctaatagaagtccctcaaaagtagaagatcaataa
ttctacatgagccactaagatgttaacttctaattaattaatccaaccactcctgcaaac
tatttccatgctttaagaagataaatgcacagaaattacagaaagccactagttgtagtt
ggacctaaaactttgataagacattaattggctaaatctacttttgaagatatgggtgaa
taaacaagattcaaagaaatcatttaaagattagaagttaatcacaaaaccaaaaacatt
attattatgacaggaaagttctaatatgatgtttataattaaattgaataagctaacaaa
taggataccacagctcttgtagtcttagaagaattacttcctttccctgaagaatagctt
aaaactattcttgctaaagctgatgctcatcatgcaaatatttattgggtacaagaagaa
catattaactcaggagcttatgtttatagtgaaccacatatagcaagaataattagagaa
cttaaatttaaaaaccaaaaaataacttacgttggtagaaaggcttctccagccactgct
actggtagatcaaaagaacatcctcaagaattaaaacaaatacatgcttatattgaaaaa
attatttcttaatga

All links

Pathway (5)   
   KEGG PATHWAY (5)   
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)   
   UniGene (1)   
   OC (1)   
   TGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (37)   

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