KEGG T02226: PGTG

Puccinia graminis: PGTG_02140

Entry

PGTG_02140 CDS T02226

Definition

oxoglutarate dehydrogenase (succinyl-transferring), E1 component

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

pgr Puccinia graminis

Pathway

pgr00020	Citrate cycle (TCA cycle)
pgr00310	Lysine degradation
pgr00380	Tryptophan metabolism
pgr01100	Metabolic pathways
pgr01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:pgr00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:pgr00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:pgr00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

403160615

NCBI-GeneID:

10528618

UniProt:

E3JXA4

AA seq 1133 aa
MPIVGSDRLSHPYTQVSPGLFSFGPKGNAGSEAEECLGCLGSAWIPGFDRGRVCCAGEIA
YSPALPSTPTAPHSYSTTSHKNQQTKQINISPLSVSRTTHCPLATVLGNCHSVIMHRLNL
NKIASAPRFLSNSLAPSNRLTSKFTKSSQNLRHLATATNDQVLRKAPSPVDGFVNSNNSY
YIEEMYRMWRKDPGSVHASWNVYFSGLEKGLPSENAFRPPPGLVSMPQPAGGAPMLAMPG
SGGEVEDHMKIQLLVRAYQVRGHHIAKLDPLNLSEADLQTIRPPEMDLKHYGFDENTDYE
KEFSLGPGILPLFHTKDREKMKLREIIEACNRIYCGHIGLQYVHLPDRKECDWIRERVEL
PVPWSYSLEEKRMILDRLIWSDSFERFVASKHPNEKRFGLEGGESLIPGMKALIDRSVDA
GVKSIVIGMPHRGRLNVLSNVVRKPMEAIFNEFAGSADASEDGGGDVKYHLGANYVRPTP
SGKKVALSLVANPSHLEAEDPVVLGKTKALQHFDGEGSTDHAMGILLHGDAAFAGQGVVY
ETMGFHDLPHFGTGGTVHLVINNQIGFTTDPRQGRSTPYCTDIAKSIDAPIFHVNGDDAE
AVTFVCQLAADWRAAFKKDVVVDIVCYRRHGHNETDQPSFTQPKMYQAIGQQPPTLKIYT
DHLIKEGSFTEQENQQSQRMGVEYDGEGLRRKSGLQPNFARVAVELELKENILEARPTGV
ERSVMNKIGDTISGGWPENFEVHKNLGRILKNRGKTIAEGDQIDWSTAEALAFGSLLLEG
NHVRVSGQDVERGTFSQRHAVLHDQKTNDNYIPLSNLKPEGSDPVGPFTICNSSLSEFGA
LGFELGYSLVDPHLLTMWEAQFGDFANNAQCIIDQFICSGERKWLQRTGLVMSLPHGYDG
QGPEHSSARIERFLQLCDDDPFKFPTPEKAQRIHQDCNMQLVYCTTPSNYFHVLRRQIHR
DFRKPLIVFFSKSLLRHPLAKSSVTEMEPGTFFIPLIPEPGFSGMVENHQIKRHIFCSGQ
VYYTLLQEREKRNINDIAITRIEQLSPVPYYEIVKALETYPNSDVMYCQEEPVNGGAYTY
LAPRLENAMNQTENHAGKKVLYAGRPPYASVATGSKKIHKQEVQQFLDQALNV

NT seq 3402 nt +upstreamnt +downstreamnt
atgcccatcgtcggcagtgatcgactgtctcatccctatactcaagtctcacccggtttg
ttttcgttcggcccaaagggaaacgccggttctgaggctgaagaatgtcttggctgtctt
ggatcagcttggatccctggatttgatcgaggtcgagtgtgctgtgctggtgaaattgct
tattcccctgcactcccatctactccaacagctcctcactcatactcaaccacctcacac
aaaaaccaacaaaccaaacagataaatatcagccctctctctgtctctcgtaccactcac
tgcccactagctacggtacttggaaattgtcactcggtcatcatgcatcgcctcaacctc
aacaagatcgcatccgctccgaggttcctctctaactcattggcaccctcaaaccgtctc
acatcgaaattcacgaaatcctctcagaacttacgccatcttgcaacagctactaacgac
caagtacttcggaaagctccttcccccgtcgatggctttgtcaattcaaataacagctat
tacatcgaagagatgtatcggatgtggaggaaagatccgggttcggtccatgcatcctgg
aacgtctatttctctggtttggaaaaaggcttgccttccgagaacgcattcagacctcct
cctgggctcgtgagcatgcctcagcctgctggcggagccccaatgctagcaatgcctggc
tcaggcggtgaagtagaagaccacatgaaaattcaactcttggttcgagcctaccaagtc
agagggcatcatatcgccaaactcgaccctctaaatctatcagaggccgatcttcagacc
atcagaccgcctgaaatggacttgaaacactacggattcgatgaaaacaccgattacgag
aaagagttctccctcgggcctggtattctgcctctcttccacaccaaagatcgcgagaaa
atgaagttgagggagattatcgaagcttgtaatcgaatttactgcggtcacattggttta
caatacgttcatttgcccgatcggaaagaatgcgattggattagagagcgagtggaatta
ccggtcccatggagttattcattggaagaaaagcggatgatccttgaccggttgatctgg
tctgattcattcgaacgatttgtggcctcaaagcaccctaatgagaagaggtttgggcta
gagggtggcgaaagtctgattccaggtatgaaagctctaatcgatcgatcagtggatgca
ggtgtcaagagtatcgtcattggcatgccccatcgtggcaggttgaacgtcttgtcaaac
gtggtcaggaagcctatggaggctatcttcaacgaattcgccggctcagctgatgcgtct
gaagatggcggaggtgatgtcaaatatcatcttggtgccaactacgtgcgcccgacgcct
tccggaaagaaagtggcactttctctagtcgccaatccctctcatcttgaagccgaggac
cccgtagtgctaggcaagaccaaagctctacaacacttcgatggcgaaggctctaccgat
cacgccatgggaatcttgttacacggtgacgcggccttcgctggtcagggtgtggtctac
gagaccatgggctttcacgatctacctcactttggaactggcgggacggttcacttggtg
atcaacaatcaaatcgggtttaccactgatcctcgccaaggtcgttcgaccccttactgc
acagatatcgctaaatctatcgatgcgcccatctttcacgttaatggcgacgatgccgag
gctgtcaccttcgtctgtcagcttgctgctgattggagagctgcgttcaagaaggatgtc
gttgttgacattgtctgctaccgtcgtcacggtcacaacgagaccgatcagcccagcttc
acacagccgaagatgtaccaagccattggccagcagccaccaactctgaaaatctacacc
gatcacttgatcaaagaagggagcttcaccgaacaagaaaatcaacaatcacaaagaatg
ggtgtggagtatgatggagaaggcctacgaaggaagtcaggattacaacccaacttcgcg
agagtggctgtcgagctcgagctcaaagaaaacatcctcgaggcccggcctacgggagta
gaaaggagtgtcatgaacaaaattggtgacacgatatctggaggatggccagagaacttt
gaggtccacaaaaacctcggaagaattctcaagaaccgaggtaaaacgattgcggagggt
gaccagattgattggtcgacagccgaagccctggcatttggttcattattactagaaggt
aatcatgtccgggtttcagggcaagatgtcgaacgtggtaccttttctcaaagacatgcg
gtcctacatgatcagaaaacaaacgataattacatcccattgagtaacctcaaacccgag
ggatcggatcccgttggcccgttcacgatttgcaattcgtccttatccgagtttggagct
ctgggattcgagttgggatactccttggttgaccctcatctactcactatgtgggaggct
caatttggcgactttgccaataatgcccaatgtatcattgatcagtttatttgttctggg
gaaagaaaatggctacagagaactggcttggtgatgtcattaccccatgggtacgatgga
caaggaccagaacattcgagtgcccggatcgaaagattcttacaactctgcgatgacgac
cctttcaaattcccgacgccggagaaggctcagcgaatccatcaagattgtaacatgcaa
ttagtttattgcacgactccttcgaactatttccatgtcttgaggagacagatccaccgt
gacttccggaaacccttgatcgtcttcttctcaaaatcgttgttgagacatcccttggct
aaatcatctgtcaccgaaatggaacccggtacattttttattcctttgataccggagcct
ggcttttccggtatggtcgagaaccaccaaatcaaacgtcatatattctgctccggtcaa
gtctattacacattactccaagagcgcgagaagcgaaacattaacgacatagccatcact
cgaatcgaacagctttcaccagtgccgtattacgaaattgttaaggctcttgaaacttat
ccgaacagcgatgtgatgtattgtcaagaagaacccgtcaatggcggcgcgtacacgtac
ttggctcctcgattagaaaatgcgatgaaccagaccgaaaaccatgctggcaagaaggtt
ttgtacgctggtagaccaccatacgcgtccgtggctactggatcaaagaagatccataaa
caagaagttcaacaattccttgatcaagcgcttaacgtgtaa

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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