KEGG T01027: MGG

Magnaporthe oryzae: MGG_12767

Entry

MGG_12767 CDS T01027

Definition

2-oxoglutarate dehydrogenase

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

mgr Magnaporthe oryzae

Pathway

mgr00020	Citrate cycle (TCA cycle)
mgr00310	Lysine degradation
mgr00380	Tryptophan metabolism
mgr01100	Metabolic pathways
mgr01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:mgr00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:mgr00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:mgr00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

389638422

NCBI-GeneID:

5050140

UniProt:

G4NAT3

Position

AA seq 1008 aa
MLRINRTVRNVRPLASRAAARTVPCSRRWHATDSFLTGESADYRDEMYNQWRKNPESVHI
SWQIYFKNLESGKMPTAQAFQPPPSIVPSATGGVPSIAAGSSSEVTNHLKVQLLVRAYQA
RGHLKANIDPLGIRNESKGGFAIKPKELSLEHYQFTEADLDTEYSLGPGILPRFKKDGRE
KMTLREIIAACEKIYCGSYGVEFIHIPDREKCDWLRERLEVPQPFKYSIDEKRRILDRLI
WSSLFEIFLATKYPNDKRFGLEGCEALVPGMKALIDRSVDYGIKDIVIGMPHRGRLNVLS
NVVRKPNESIFSEFAGTTGAEEGSGDVKYHLGMNFERPTPSGKRVQLSLVANPSHLEAED
PVVLGKTRAIQHYNNDEKTHRTAMGVLLHGDAAIAGQGVVYECLGFHSLPGYSTGGTIHL
VVNNQIGFTTDPRFARSTAYCTDIAKAIDAPVFHVNADDVEAVNYMCQLAADWRAEFQQD
VIIDLVCYRKHGHNETDQPSFTQPLMYKKIQSKDSQLETYIKKLIEDGTFTKEDIEEHKK
WVWGMLEDSFSKSKEYQPTSKEWTTSAWNGFKSPKELATEVLPHNPTGVDKQTLQHIGEV
IGSAPETFNLHRNLKRILTNRTKTVVEGKNIDWSTAEALAFGSLVTEGHHVRVSGQDVER
GTFSQRHAVFHDQETEDTYTPLQNVSKDQAKFVISNSSLSEFGVLGFEYGYSLTSPNALV
MWEAQFGDFANNAQCVIDQFIASGEVKWMQRTGLVMSLPHGYDGQGPEHSSGRLERYLQL
CNEDPRDFPTGEKLMRQHQDCNMQIAYMTTPANLFHILRRQMTRQFRKPLIIFFSKALLR
HPLARSNIEDFTGDSQFQWIIPDPAHQTGEIKSNEEIDRVILCTGQVYTALHKHRADNQI
DNVAITRVEQLHPFPWDALRENLDQYPNAKTIVWAQEEPLNAGAWSYTQPRIETLLNQTQ
HHDRKHVMYAGRHPSASVATGLKSAHVKEEKELLEMAFSVKQDKLKGE

NT seq 3027 nt +upstreamnt +downstreamnt
atgcttcgcatcaaccggaccgtccggaacgtccggcctcttgcctctcgggcggcggcc
aggaccgttccgtgtagccgtcgttggcatgccaccgatagcttcctcactggcgagagc
gccgactaccgcgacgagatgtacaaccaatggaggaaaaacccagagagcgtgcacatc
tcatggcaaatatatttcaaaaacctagagtcgggcaagatgcccaccgctcaggccttc
caaccccctccatcaattgtgcccagtgcaactggcggcgttccaagtatcgcggccggc
tcttcttcagaggttacaaaccatctcaaggttcagctcctcgtccgcgcataccaggcc
cgcggtcatctcaaggccaatatcgacccgctcggcattcgtaacgagtccaagggcggc
tttgccatcaagcccaaggagctcagcttagagcactaccaattcaccgaggcagacctc
gacaccgagtactcgcttggccccggtatcctgccgcgcttcaagaaggacggccgcgaa
aagatgacactgcgcgagattatcgctgcttgcgagaagatatactgcggctcatatggt
gtcgagttcatccacatccctgaccgtgagaagtgcgactggctaagggaacgcctcgag
gttccccaaccattcaagtactcgatcgacgagaagcgcaggatcctcgaccgcctcatc
tggagctctctcttcgagattttcctggccacaaaataccccaacgacaagcgtttcggt
ctcgagggttgcgaggctctcgtccctggtatgaaggccctgatcgaccgtagcgtcgac
tacggcatcaaggacatcgtcattggtatgcctcatcgtggtcgtctcaacgtcctgagc
aacgtcgtcaggaaaccgaacgagtccattttcagcgagtttgccggcacaactggagcc
gaggagggttctggcgacgtcaagtaccatctgggcatgaacttcgagcgcccgactccc
tcaggcaagcgtgtgcaactgtccctggttgccaacccttcgcatcttgaggccgaggac
cctgtcgtcctcggaaagacccgcgctatccagcactacaacaacgacgagaagactcat
cggaccgccatgggtgttctgttgcacggtgacgctgctattgccggccagggcgttgtc
tacgaatgtcttggattccactccctgcctggctattccactggcggtaccattcacctg
gttgtgaacaaccagatcggtttcaccaccgatcctcgttttgctcgctcgaccgcctat
tgcacagacattgccaaggccattgacgcacctgtcttccacgtcaacgctgatgatgtc
gaggccgtgaactacatgtgccagcttgccgctgattggcgtgccgagttccaacaggat
gttatcatcgacctcgtctgctaccgcaagcacggccacaacgagaccgaccagccctcg
ttcacccagccgctcatgtacaagaagatccagtccaaggacagccagcttgaaacctac
atcaagaagctcattgaggacggcaccttcaccaaggaggatattgaggagcacaagaag
tgggtgtggggaatgctggaggacagcttctccaagtccaaggaataccagcctacctcc
aaggagtggactacttcggcctggaacgggttcaagtcccccaaggagctcgccaccgag
gtgcttccgcacaaccctactggtgtcgacaagcagaccctgcagcacatcggtgaggtt
atcggctcggcacctgaaaccttcaacctgcaccgcaacctgaagcgtattctcaccaat
cgcaccaagaccgttgtcgagggcaagaacattgactggtcgactgccgaggctttggcc
tttggttcgctggtcactgagggtcaccatgtgcgtgtctctggtcaggatgttgagcgt
ggtaccttctcgcagcgccacgccgtcttccacgaccaggagaccgaggacacatacacc
cccctccagaacgtcagcaaggaccaggccaagtttgtcatctccaactcgtccctcagc
gagtttggcgtgctcggttttgagtacggttactctcttacgtcacccaatgccttggtc
atgtgggaggcccagtttggtgactttgccaacaatgcccagtgtgtgattgaccagttc
atcgcctcgggtgaggtcaagtggatgcagcgcactggtcttgtcatgtcgctgccccac
ggttacgacggtcaaggtcccgagcactcttccggccgtctcgagaggtacctccagctt
tgtaacgaggacccccgtgacttccctactggcgagaagctcatgcgccagcatcaagac
tgcaacatgcagatcgcatacatgactacccctgccaacctgttccacattctccgtcgc
cagatgacgagacaattcaggaagccattgatcatcttcttctccaaggctctcctgaga
caccctctggcgcgttccaacatcgaggacttcactggtgactctcagttccagtggatt
atccccgaccctgctcaccagaccggcgagatcaagtccaacgaggagattgaccgtgtc
attctgtgcactggtcaggtctacaccgccctccacaagcaccgcgccgacaaccagatt
gacaacgtcgccatcactcgtgttgagcagctccaccccttcccttgggatgcgctccgt
gagaacctcgaccagtaccccaacgccaagaccattgtctgggctcaggaggagccgctc
aacgctggtgcctggagctacacacagcccaggattgagactctgttgaaccagactcaa
caccacgaccgtaagcacgtgatgtatgctggtcgccaccccagcgcctcggtcgccacg
ggattgaagtcggcacacgtcaaggaggagaaggagctgctggagatggccttcagcgtc
aagcaggacaagctgaagggcgagtag

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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