KEGG T01020: TTHERM

Tetrahymena thermophila: TTHERM_00268070

Entry

TTHERM_00268070 CDS T01020

Definition

2-oxoglutarate dehydrogenase, E1 component family protein

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:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

NCBI-GeneID:

TGD:

UniProt:

AA seq 1054 aa
MLKKLSNTFCKGLSLKNSQSFRTTKIMDSEISKFNDSFLAGCNAEFVEGLFERWAEDPTS
VGPSWNNYFKNLVRGVEPEYAFSLPPSDLTKAIHMAPDHAMKFIVSDNLKARLLVDAYRI
RGHEIADLDPLCNIYQKLQPAAQQLIIDAQFKQTHTFFQDKVLQNVMFIFKIEMNEELLK
AGKPKGTSSPKLSHLDFGFTDADLDKEVFINDGRVDGITNNPSKSTWKLRDLIDHLKQIY
CNKVGYQYMHINNKTERDWIRQRIENAEQFKPTKEQLVRTADRLCRDYCFTEFLNNKFST
SKRFGSEGCDSFISGLGALVDHAADKKIENIVIGMPHRGRLNTLYSVLKKPAVNILAEFQ
DINVAKFDEENWGNSGDVKYHLGTTKDKAYGDHTVRLSIMANPSHLEAVNPVVYGKLRCV
QDATQDTNGDKSFGILIHGDAAFSGQGIVYESIQMHDLKDYNNGGIIHIVVNNQIGFTTY
PGDSRTTLYCTAVAETVQAPIFHVNADEPELVDAVMRLALDYRQTFHKDVVIDIIGYRKF
GHNELDQPAYTQPQMQKIIQSMKPVYLKYMDKLYKENVLTPEIEKERRSYYEKSLEEAYH
NSRQEKTQHTQWVTKPWEELKLPTMFGKVKDTGVDVSVLKEISAKVNQLPSDINVHKQIQ
KVYAARREAVEQNENKIDYACAEALAFGSLLYEGYGVRISGQDVERGTFSHRHSKINDQK
VDREKYCPLSQLLSPQDIAKRRLTIANSHLSEFGVLGFEYGYSLANPNNLVIWEAQFGDF
ANGAQIMIDNFIVSGESKWKQQSGLVLNLPHGMDGQGPEHSSARLERFLQLSDDDPTNFI
LKRQNRLKQQSAEINLQVCMTTTAANYFHALRRQIRRPFRKPLVLFNSKRLLRFAGATSS
LKEFQQGTRFLDIYKEQYPQDINEPSKIKKVVLCSGQVYYDILERRQESKCKNTAIIRLE
QLSPFPYEHLKVVLEEYKNAKIIWCQEEHENQGGWNFVRPRIRAVLDRLQEEGERKNGKV
IYVGRKASCSSAAGSSSKHKQELNLFLTHLFNEL

NT seq 3165 nt +upstreamnt +downstreamnt
atgttaaaaaagttaagtaataccttctgcaagggcttatcccttaagaacagttagtca
tttagaactaccaagatcatggatagcgaaattagtaaatttaatgactcttttttggct
ggatgcaatgctgaattcgttgaaggtctattcgaaagatgggctgaagatcctacttca
gttggaccctcatggaataattatttcaaaaatttagttcgtggtgttgaacctgaatac
gctttttccctcccaccttcagatcttaccaaggctattcacatggcccctgatcacgct
atgaagttcattgtttctgataacctcaaagcacgtttattggttgatgcttatcgtatt
cgtggtcacgaaatcgctgatctcgatcctttatgtaatatttattaaaaactacaacca
gcagcttagcaattaattatagatgcttaatttaaacaaactcatacgtttttttaggat
aaagtgttgcaaaatgttatgtttatatttaaaatagaaatgaacgaagaacttttaaag
gccggtaaaccaaagggaacttcttctcctaagttaagtcacctcgattttggattcact
gatgctgatttagataaggaagtattcattaatgatggtagagttgatggtatcaccaac
aacccttctaaatcaacttggaaattaagagatttaattgaccacttgaaataaatttac
tgcaacaaggtaggttatcaatacatgcatatcaacaacaaaactgaaagagattggatt
agataaagaattgagaatgccgaataattcaagccaactaaagagcaactggttagaact
gctgatagattgtgcagagactactgctttactgaattccttaacaataaattcagtact
tcaaagcgttttggttctgaaggttgtgattcattcatttcaggtttgggtgctcttgtt
gatcacgcagctgacaagaaaattgaaaatatcgttattggtatgcctcacagaggtcgt
cttaacactttgtatagtgttttgaagaaacctgccgttaatattcttgctgaattctaa
gacattaatgttgctaagtttgacgaagaaaactggggtaactctggtgatgtcaagtat
catcttggtacaactaaagataaagcttatggtgatcacactgttagattatcaattatg
gcaaatccttcccatttagaagctgttaatcctgttgtttacggtaaattaagatgtgtc
caagatgccacataagatactaatggtgacaaatcttttggtattcttattcatggtgat
gctgccttctctggacaaggtattgtatacgaatccatctaaatgcatgatttgaaggac
tataacaatggtggtattatccatatcgttgttaataactagattggttttaccacttat
cctggtgattctagaacaactctttattgcactgccgtagctgaaactgttcaagcccct
attttccacgttaatgctgatgagcctgaattagttgatgccgttatgagattagctctt
gattacagatagactttccataaggacgtcgtcattgatattattggctacagaaagttt
ggtcacaatgaattagatcaacctgcctatacccaaccttaaatgcaaaaaatcattcaa
agtatgaagcctgtatatttgaagtatatggataagctttacaaggaaaatgttttaaca
cctgaaattgaaaaagaaagaagatcttattatgaaaagtctcttgaagaagcttatcat
aactcaagataagaaaagacttaacacacataatgggtcaccaagccatgggaagaactt
aaattacccactatgttcggtaaggttaaggatactggtgttgatgttagtgtcttaaag
gaaatttctgctaaggttaactaactcccatctgatattaatgtccataagcaaatacaa
aaggtttatgctgctagaagagaagcagttgaacaaaatgaaaataaaattgactatgcc
tgtgctgaagctttagctttcggctcacttctatacgaaggatatggtgttagaatcagt
ggttaggatgttgaaagaggtaccttctctcacagacactctaaaatcaacgattaaaag
gtagatagagaaaaatactgcccactttcttaattactttcaccttaagatattgctaag
agaagattaactattgcaaactcccatctttctgaattcggtgttcttggttttgaatac
ggttacagtcttgctaatcctaacaacttagtcatttgggaagcttaattcggtgatttt
gctaacggtgcccaaattatgattgataactttattgtttctggtgaaagcaagtggaag
taacaatctggtttagttttgaacttacctcatggtatggatggataaggtcctgaacat
tcttctgccagacttgaacgtttcttataattatctgacgatgatcccacaaactttatt
cttaagagacaaaaccgtcttaagtaacaatcagctgaaatcaatctacaagtatgcatg
acaaccacagctgctaactatttccatgctttacgtagataaatccgtcgtcctttcaga
aagcctttagtactctttaactctaagcgtcttttaagatttgctggtgctaccagtagt
ttgaaggaattctaataaggaactagatttttagacatttataaagaataatacccataa
gacataaatgaacctagcaaaattaagaaggttgttctctgctctggttaagtttattac
gatattcttgaaagaagataagaatcaaagtgcaagaacactgctatcattagacttgaa
taattatctcctttcccttatgaacatcttaaggtcgttttggaagaatacaaaaatgct
aagattatttggtgttaagaagaacatgaaaatcaaggtggttggaacttcgttagacca
agaattagagcagtacttgatagattacaagaagaaggtgaacgtaagaatggtaaagta
atttatgttggtagaaaggcttcttgttcctctgctgctggttcttcatctaagcataag
taagaattaaatcttttcttaactcatttattcaacgagttgtga

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 (2)   
   Pfam (2)   
All databases (35)   

Download RDF

DBGET integrated database retrieval system