KEGG T01111: PB001367.02.0

Plasmodium berghei: PB001367.02.0

Entry

PB001367.02.0 CDS T01111

Definition

2-oxoglutarate dehydrogenase e1 component, mitochondrial precursor

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

pbe Plasmodium berghei

Pathway

pbe00020	Citrate cycle (TCA cycle)
pbe00310	Lysine degradation
pbe00380	Tryptophan metabolism
pbe01100	Metabolic pathways
pbe01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:pbe00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:pbe00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:pbe00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

68074411

NCBI-GeneID:

3427717

UniProt:

Q4YT62

AA seq 1038 aa
MKKILYQNNLMQTSRKNGNNIKKYIHTSSVLYNEEFNPSMASYLESVYRLWKSDRNTLDK
SWDRYFTNICNGMPNNSLIDENSRVIYKNRDREYGEKHNNLRITYVNEEMIEKGKTGNIY
DIARIVQLIRWYQKNGHLYAQTNPLPLPNIVPYTSINNGNNNEKKMTYKNFGFSEEDLKK
EFSFDLPSITGFSSYGKKTCTLECLINKLEETYCQTIGFEYMHITDENIVNYIIKRIESD
KTYNFSNKEKKEILEFTARAFIFENYMAAKFATTKRFGVDGCETLITGMKELVKRACKLN
IDSVLMGMSHRGRLNVLFNVLHKPLEQMMSEFRGKTGFSDNVWGNTGDVKYHLGVEIDHY
DEESNRYIHLGIVDNSSHLESVDPILMGQARAQQYYCNDKEKKKVLPIIIHGDASIAGQG
IAYETFQMSKLPSYSVGGTIHIVVNNQIGFTTYPVDARSGKYCTDIGKCIDIPIIHVNAD
DPEAVTYVFGLALDIRNKFNIDTIIDLVGYRKFGHNELDMPKFTNPLLYDIIARHKSVLD
IYSKKLIDENVITLKEFEENKKKIYDYYEQVYEQSKNFEPKIMDKKYLPQWEHMVNPQKF
SPSRKTGVEKDVLINLGKKIFTIKENFNPHPIITKLFKTRIASLETGNNIDFGMAELLAY
ATLLSDGFHARISGQDSQRGTFSHRHAVLHDQITYEEYNIFDSLKTPHTIEVNNSLLSEY
ACLGYEIGYSYEHPDALVVWEAQFGDFANGAQVMIDNYIASGETKWNKQSGVVMLLPHGY
DGQGPEHSSARIERFLQLCDDREDIATYSVDKDKKIIQQHNMQVINCTKPSNLFHALRRQ
MHRSFRKPLIVITPKKMLKMRMAFDNINNFLTSTEFLPYLAEEFEHKLKPKNEIKRIILC
SGQVYYDLLNYRDTNNIQNIAIARIEQLSPFPFKSFMNDLKNYPNLRDVIWVQEEHMNMG
PWFYVSKRIEAAIKQLKNDDKSWNIEISEVNYSGRDVYAAQSAGDLNLHLYQLDEFLVDA
FDLNKKHHMHAQKYINSL

NT seq 3117 nt +upstreamnt +downstreamnt
atgaaaaaaatattatatcaaaacaacttaatgcaaacaagtagaaagaatggaaataat
ataaagaaatacatacatacaagtagtgtattatacaatgaggaatttaacccaagtatg
gcttcatacttggaaagtgtttatcgactatggaaaagtgatcgaaatacactagacaaa
tcatgggaccgatatttcacgaatatatgcaatggaatgccaaataatagtttaatagat
gaaaatagtagggtaatatacaaaaatcgtgatagagaatatggtgaaaagcataataat
cttagaattacatatgtaaatgaagaaatgatagaaaaagggaaaacaggaaatatatat
gatatagctagaatagtacagctaatcagatggtaccaaaaaaatggtcatttatatgca
caaacaaatccattgcccttaccaaatatagtaccatatacaagtattaataatggaaat
aataatgaaaaaaaaatgacttataaaaattttggtttcagtgaagaagatttaaaaaaa
gaattttcatttgatttgccatcaattacaggattttctagttatggaaaaaaaacatgc
acacttgaatgtttaataaataaattagaagaaacatattgtcaaacaatcggatttgaa
tatatgcatataactgatgaaaatattgtaaattatataataaaaagaatagaaagtgat
aaaacatataattttagtaataaagaaaaaaaagaaattttagaatttactgcacgtgca
tttatatttgaaaattacatggctgcaaagtttgctacgaccaaaagatttggtgtggat
ggatgtgaaacattaataacaggtatgaaagaattagttaaaagagcatgtaaattaaat
attgatagtgtattgatgggtatgtcccatagaggtagattaaatgtattatttaatgta
ttgcataaacctttagagcaaatgatgtctgaatttcgaggaaaaactggatttagtgat
aatgtatggggtaatactggtgatgtaaaatatcatttaggtgttgaaattgatcattat
gacgaagaaagtaatagatatatacatttgggtatagttgataattcttcacatttagaa
tctgttgatcccattttaatgggacaggccagagctcaacaatactattgtaatgataaa
gaaaaaaaaaaagtgttacctataattatacatggtgatgcatctatagctgggcaagga
attgcatatgaaacatttcaaatgtctaaattaccaagttatagtgttggtggaactata
catatagtcgtaaataatcaaattggattcacaacatatccagtagatgcaagatcagga
aaatattgtacagatataggaaaatgtatagatattccaattatacatgtaaatgcagat
gatccagaagcagtaacatacgtatttggattagcattagatataagaaataaatttaat
attgatacaataatcgatttagtaggatatagaaagtttggacataatgaattagatatg
cctaaatttacaaacccattattatatgatataatagccagacataaatctgttcttgat
atttatagtaaaaaattaatagatgaaaatgtaataacattaaaagagtttgaagaaaat
aaaaaaaaaatatatgattattatgaacaagtatatgaacaatcaaaaaattttgaacca
aaaataatggataaaaaatatcttccccaatgggaacatatggttaacccacaaaaattt
tcaccatctagaaaaactggagttgaaaaagatgttttaataaatttaggaaaaaaaata
tttactataaaagaaaatttcaatcctcatccaataattacaaaattatttaaaacccgt
atagcaagtttagaaacaggaaataatatagattttggaatggcagaattattagcatat
gcaacattactttctgatggatttcatgctcgtatatctggtcaggattcacaaagagga
accttttcgcacaggcatgcagtattacatgatcaaattacttatgaagaatataacata
tttgattcgttaaaaacaccacatacaatagaagttaataattcattattgtcagaatac
gcttgtttaggatatgaaattggatatagttatgaacatccagacgcactagttgtttgg
gaagcacagtttggtgattttgcaaatggtgctcaagttatgatagataattatattgca
tctggagaaacaaaatggaataaacaatctggagttgttatgttgttacctcatggttat
gatgggcaaggacctgagcattcatctgctcgtattgaacggtttttgcaattatgtgat
gatagggaagatatagctacatattcagtcgataaagataaaaaaattatacaacaacat
aatatgcaagttataaattgcacaaaaccttcaaatttatttcatgcattaagaagacaa
atgcatcgatcatttcgtaaaccacttattgttataactcccaaaaaaatgttaaaaatg
agaatggcgtttgataatataaataattttttaacctcaactgaatttttaccatatttg
gcagaagaatttgaacataaattaaaaccaaaaaatgaaataaaaagaattattttatgt
tcaggacaagtttattatgatttattaaattatagagatacaaataatatacaaaatatt
gctatagccagaattgagcaattatcaccatttccatttaaaagttttatgaacgactta
aaaaattatcctaatttaagagatgttatatgggtacaagaagagcatatgaatatgggt
ccatggttttatgtttcaaagcgtattgaagcagctattaagcaattaaaaaatgatgac
aaatcatggaatatagaaatatctgaggttaattattcaggccgagatgtttatgctgct
caatcagctggggatttaaatttacatttgtatcaattagatgaatttttagtggatgct
tttgacttgaataagaaacatcatatgcacgctcagaaatatatcaactcactataa

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 (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 (2)   
   Pfam (2)   
All databases (33)   

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