KEGG T01061: Dgri

Drosophila grimshawi: Dgri_GH16621

Entry

Dgri_GH16621 CDS T01061

Definition

GH16621 gene product from transcript GH16621-RA

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

dgr Drosophila grimshawi

Pathway

dgr00020	Citrate cycle (TCA cycle)
dgr00310	Lysine degradation
dgr00380	Tryptophan metabolism
dgr01100	Metabolic pathways

Module

dgr_M00011

Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:dgr00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:dgr00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:dgr00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 989 aa
MNLSNAKLGHVIFSKSLGYEYGCHNKTRRSLQVAATIFAGQINPGAYFDSLANGSNAVYI
DRLYSKWWKNPSSVDESWDAYFKGKSRDFSTLSKPKKKESKPTANASRSVSATAGTATAA
PNADWKYIDDHLAVQAIIRAYQTRGHLAADLDPLEIVGPTGHYLSIDDRKLQATRAVLRQ
HYSYSFNDLNALFKLPISTLIGGNEQFLPLKEILERLERVYCGHIGVEYMMITSFFKSNW
IREHFEKPGSMNFTADEKKLILERLTRSTGFENFLAKKFSSEKRFGLEGCDIMIPVLKEI
IDQSVKSGVESVYIGMAHRGRLNVLANICRKPIKDILSQFRTLKARDWGSGDVKYHLGVF
SDRLNRFNNKNVRITVVANPSHLEFVNPVVLGKARAEMYHRGDYRGNKVLPIMMHGDASF
CGQGVVYESIHLSDLPAYTTHGSIHVVVNNQVGFTTDPRFSRSSRYCTDVARVLSVPIFH
VNADDPEACVHCARVAAKWRAKFHKDVVIDIVGYRRNGHNEADEPMFTQPLMYQRIRKMK
PCTIKYADRLVKAGVIKMEDYTAMVSKYEKLCNDAFKESKKIKTFKNSHWLDSPWSAFFQ
GRDRLKMCPTGVNLKVIEHIGNVYSSPPPPEQKFDLHRGIMRILAMRKKMMEECMADWSL
GEALAFGTLVKDGIHVRLSGQDVERGTFSHRHHVLHHQSKDRQSYNSLQFLYPDQAEYFV
CNSSLSECAVMGFDLGFSMANPRTLVIWEAQFGDFVNTAQPIIDQFLASGETKWVRQSGL
VLFLPHGMEGMGPEHSSGRIERFLQLSDDDQDCFPDLSDPDFVARQLLAVNWFITNVTTP
ANLFHALRRQVALGFRKPLINFTPKSLLRHPLARSPFQDFDECSSFQRCIPETGKAAASP
DCVEKLIFCSGKVYYDLLREREDHQQEETVAIARLEQLCPFPYDAVVTEIEKYKAAELIW
LQEEHKNQGGWPYVKPRFDTTLLNIDNEK

NT seq 2970 nt +upstreamnt +downstreamnt
atgaatcttagcaatgccaaacttggacatgtcatattttccaagagtctgggatatgaa
tatgggtgccataataagacccgtcggagtttgcaagttgccgccactatatttgcaggc
caaattaatccaggagcttatttcgatagcctggcaaatgggagcaacgccgtttacatc
gacagattgtactccaagtggtggaagaatcccagctccgtggatgagtcctgggatgcg
tattttaagggcaagtcacgagacttttccactctgtctaagcccaaaaaaaaggaatcg
aagcctacggcgaacgcatcacggagtgtctcggccaccgctggaactgcaacagctgct
ccgaatgctgattggaaatacatagatgatcatttggctgtacaggccataatccgagct
tatcaaacgcgtggtcatctcgctgctgatctggatccgttggagattgtgggtccaacg
ggtcattacttatccatcgatgacaggaaattacaggcaacacgagctgtgctgcgccag
cattattcctattccttcaatgatttgaatgctctgttcaagcttccaatatccacatta
attggtggcaatgagcaattcctgccacttaaagaaattttggaacgcttggagcgtgtt
tattgcggtcatattggtgtggaatacatgatgatcacatcattctttaaaagcaactgg
atacgtgagcatttcgagaagcccggctctatgaatttcacagccgatgagaagaagctg
atcctggagcgactcacacgctccaccggtttcgagaactttctggcgaaaaagttcagc
tcggagaaacgctttggattggaaggctgtgatataatgataccagtcctcaaggaaatt
atcgatcaatcagtcaagtcaggcgttgagtctgtctacattgggatggctcatcgtggc
cgcctaaatgttctggccaatatatgccgcaagccgatcaaggacatactctctcagttc
cgtacgcttaaggccagggattggggttccggtgatgtgaaatatcatctgggtgtgttc
agtgatcgactgaatcgattcaataacaaaaacgttcggatcaccgttgtggcgaatcca
tcgcatctggagtttgtcaatccggtggtgttgggtaaggcacgtgccgaaatgtatcat
cgtggcgattaccggggcaacaaagtgctgccgattatgatgcacggagatgcctccttt
tgtggccagggcgttgtctacgagtccatacatttgtcggatctgcctgcctacaccacg
catggctccattcacgtggtggtcaacaatcaggtgggcttcaccacagatccacgtttc
tcgcgctcctcgcgctactgtacggatgtcgctcgtgtcctcagtgtacccattttccat
gtcaatgccgatgatccggaggcgtgtgttcattgtgctcgcgttgccgccaaatggcgg
gcgaaattccacaaggatgtggtcattgatattgtcggctatcgtcgcaatggccacaat
gaggcagacgagccaatgttcacccagcccctaatgtatcagcgcattcgcaagatgaag
ccctgcacgatcaagtatgccgatcgactagtcaaagctggtgtcattaaaatggaggac
tacactgcaatggtcagcaagtatgaaaagctctgtaatgatgccttcaaggagtccaag
aagatcaaaacatttaagaattcgcactggttggattcaccgtggtcagccttctttcag
ggtcgggatcgtctcaagatgtgtccaacgggtgttaatctcaaggtaatcgaacatatt
ggaaacgtttactcctcaccgccgcctccagagcaaaagttcgatttgcacaggggtatt
atgcgtatcttggcaatgcgtaaaaagatgatggaggaatgtatggcggattggtcgttg
ggcgaagcgttagcgttcggtacactagttaaggatgggatacatgtgcgtctgtccggg
caggatgtggagcgtggcaccttctcgcatcgccatcatgtgctgcatcatcagtctaag
gatcgacagagctacaattcgcttcagtttctgtatcccgatcaggccgagtatttcgta
tgcaatagttccttgtcggagtgtgcggtcatgggtttcgatctgggcttttcgatggcc
aatccccgtacgcttgtcatttgggaggcgcaatttggtgactttgtcaatacagctcag
ccgattatcgaccaatttttggccagcggtgaaacgaagtgggtgcgtcaatctggtctt
gttctcttcctgccacatggcatggagggcatgggtccggaacattcctcgggtcgcatt
gaacgctttctgcagctcagcgacgatgatcaagactgctttccggatctgtccgatcct
gactttgttgcccgccaactgttggccgttaattggtttatcacgaatgtgacgacgcca
gcgaatctcttccatgcgctgcggcgtcaggtggccctcggttttcgtaagcctctcatc
aattttacacctaagtcgctgctgcgtcatccgttggcaaggagtcctttccaggacttt
gacgaatgcagctcgttccagcgctgcattcccgaaacgggtaaggcagcagcgagtcct
gattgtgtggagaagctcattttctgctccggaaaagtctattacgatctgctcagagag
cgcgaagatcaccagcaggaagaaaccgtagccattgcaaggctggaacagctctgtccg
ttcccctacgatgctgttgtcacggagattgaaaagtataaagccgccgagctgatctgg
ctgcaggaggagcacaagaatcagggcggttggccctatgttaaaccacgcttcgacaca
acgcttctcaatatcgataatgaaaagtaa

All links

Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (34)   

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