KEGG T02109: BGIGA

Blattabacterium sp. (Blaberus giganteus): BGIGA_044

Entry

BGIGA_044 CDS T02109

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase (succinyl-transferring), E1 component

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

bbg Blattabacterium sp. (Blaberus giganteus)

Pathway

bbg00020	Citrate cycle (TCA cycle)
bbg00310	Lysine degradation
bbg01100	Metabolic pathways
bbg01110	Biosynthesis of secondary metabolites
bbg01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:bbg00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:bbg00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism

SSDB

Motif

Pfam:

Transket_pyr E1_dh S-methyl_trans ATP-synt

Other DBs

NCBI-GI:

387906830

NCBI-GeneID:

12973657

UniProt:

I3QFW5

Position

53558..56323

AA seq 921 aa
MFKFEVKNNICMNDRYSFLNSIHDIEFLYNKYKENPNSIESSWSAFFHGFDFGKEIYEYE
NVVKSEYEINDIIEKEFLVFNLIYAYRKRGHFFTNTNPIRKRRKHFPSLDLKNFGLSEKE
LDTCFEVGKLISVGKTSLRNIIHHLKNIYCGSIGIEYMYISNPEKINWIEQWFQKEKLQF
SPEEKKFFLKKLNEAVTFENFIHTKFVGQKRFSIEGNESTLPALEEMIEYTSDKYLTEDF
IIGMSHRGRLNILSNFFKKNYSQIFSEFQGKEYKEKTFSGDVKYHLGFSKIRKTRKGRYV
KMNLVPNPSHLETVDAIVEGITRAKIDIVYNQNSNSKKIIPILIHGDAALSGQGIVYEIL
QLSQLKGYKTGGTIHIVINNQIGFTTDYTEGRSSIYCTDIAKTIMSPVLHVNADDVESVV
RAIYFAVDFRMRYHEDIFIDLLGYRKHGHNEGDEPRFTQPFLYKAISKHPNSYNLYKKKL
EKERIINSNDVKNMEKEYENILNVKYHEANNIKWNVLNSFLEKEWKNFPIVYNNEEIFKK
VDTRFSIENIIKISNKIFSLPKKKKFFRKTEFIFKKRLEMIKKELVDWSMAELLSYGTLL
YEGIHIRLSGEDVARGTFSHRHAVVKTEEEEEIVLLNQIGSKQGKIQIFNSPLSEYGVLG
FDYGYAMYSPHVLTLWEAQFGDFVNGGQIIIDQYISSGENKWKIRNGIVLLLPHGYEGQG
PEHSSARIERYLQLCANNNLFVVNCTTPANFYHLIRRQMKLKYRKPLIVFTPKSLLRNTK
CLSTIKDLATGIFQEILDDPYVKDVKKITKLIFCSGKIYYELLNEKESVQDEKTALIRIE
QIYPLKVKRIQEIIKKYKNKKEIFWVQEEPENMGLWSFILRKLKNVISFNLIAPSENSSP
STGSYSYFLKIQNKILKKAFL

NT seq 2766 nt +upstreamnt +downstreamnt
atgtttaaatttgaagtaaaaaacaatatatgtatgaatgatagatattcttttctaaat
tccattcatgatatagaatttctgtataataagtataaagaaaatcctaattcaatagaa
tcaagttggagtgctttttttcatggatttgattttggaaaagaaatttatgaatatgaa
aatgttgtaaaatcagaatatgagattaatgatatcatagaaaaagaatttttagtattt
aatttaatttatgcctatagaaaaagaggtcattttttcacaaatacaaatcctatacga
aagagaagaaagcattttccttctttagatttaaagaattttggattatctgaaaaagaa
ttagatacatgttttgaagttggaaaattaataagtgtaggaaaaacttcattgagaaat
ataattcatcatctgaaaaatatttattgtggatctataggaatagaatatatgtatata
tctaatcctgaaaaaattaattggatagaacaatggtttcagaaagaaaaattgcaattt
tctccagaagaaaaaaaattttttttaaaaaaattaaatgaagcagttacatttgaaaat
tttattcataccaagtttgtaggtcagaagagattttctatagaaggaaatgaatctaca
ttacctgcattggaagaaatgatagaatatacatccgataaatatctaactgaagatttt
ataattggaatgtcacatagaggtcgtttaaatatactttctaacttttttaaaaaaaat
tattctcaaatatttagtgaatttcaaggaaaagaatataaagaaaaaactttttctgga
gatgttaaatatcatttaggattttctaaaataagaaaaacacgtaaaggtagatatgtt
aaaatgaatttggttcctaatccgtctcatttagaaactgtagatgctatcgtagaagga
attacacgtgcgaaaatagatatagtctataatcaaaatagtaattcaaaaaaaataatc
cctattttgattcatggagatgcggccttatctggtcaaggaattgtatatgaaattctt
caattatctcaattaaaaggatataaaactggaggaacaattcatatcgtaattaataat
caaatcggatttaccacggattatactgaagggcgttccagtatatattgtacagatata
gccaaaactattatgtctccagtattacatgttaatgcagatgatgttgaatctgttgta
cgagctatttattttgctgtagactttagaatgcgttatcatgaagatatttttatagat
ttattgggatatagaaaacatggtcataatgaaggagatgaacctagatttactcaaccc
ttcttatacaaagctatctcgaagcatcctaattcttataatttgtacaaaaaaaaattg
gaaaaagagagaattattaatagtaatgacgtaaaaaatatggaaaaagaatatgagaat
attcttaatgtaaaatatcatgaggcgaataatataaaatggaatgtactgaattctttt
ttagaaaaagaatggaaaaattttcctatagtatataataatgaagaaatttttaaaaaa
gttgatacacgattttctattgaaaatattataaaaatatctaataaaattttctctctt
cccaaaaagaaaaaattttttaggaaaacggaattcatttttaaaaaaagattagaaatg
attaaaaaagaattggtagattggagtatggcagaattattatcttatggaacacttttg
tatgaaggaattcatattcgtttatcaggagaagatgtagcaagaggaacgttttctcac
cgtcatgctgttgtaaaaacagaagaagaagaagaaattgttctccttaatcaaattgga
tcaaaacaaggaaaaatacaaatatttaattctcctctttcagaatatggagttttgggt
tttgattatggatatgccatgtattctcctcatgttttaactttgtgggaagctcaattt
ggagattttgtaaatggaggacaaattataatcgatcaatatatttcttctggagaaaat
aaatggaaaattagaaatggaattgtattgttgttgcctcatggatatgaaggacaaggt
ccagagcattcttctgcacgtattgaacgttatttacaactttgtgctaataataattta
tttgtagtgaattgtactactccagctaatttttatcatcttatcagaagacaaatgaaa
ttaaaatatagaaaacctctcatagtatttacacctaaaagtttgcttagaaatacgaaa
tgtttatctacaataaaggatcttgctacagggatttttcaggaaatattggatgatcct
tatgtaaaagatgtaaaaaaaattacaaaattaattttttgttctggtaagatatattat
gaattactaaatgagaaagaatccgttcaagatgaaaaaactgcattgatacgcatagaa
caaatatatccattaaaagtgaaaagaatccaagaaattatcaaaaaatataaaaataaa
aaagaaattttttgggtacaagaagaaccagaaaatatgggattatggagttttatttta
agaaaattaaaaaatgttatctcatttaatttaatagctccatctgaaaattctagtccg
tctacaggatcttattcttattttttaaaaattcaaaacaaaatattaaaaaaagctttt
ctttga

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)   
Protein domain (4)   
   Pfam (4)   
All databases (34)   

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