KEGG T01784: MCI

Rickettsia montanensis: MCI_05375

Entry

MCI_05375 CDS T01784

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase E1 component (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

rmo Rickettsia montanensis

Pathway

rmo00020	Citrate cycle (TCA cycle)
rmo00310	Lysine degradation
rmo00380	Tryptophan metabolism
rmo01100	Metabolic pathways
rmo01110	Biosynthesis of secondary metabolites
rmo01120	Microbial metabolism in diverse environments

Module

rmo_M00009	Citrate cycle (TCA cycle, Krebs cycle)
rmo_M00011	Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:rmo00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:rmo00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:rmo00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

383483035

NCBI-GeneID:

11994112

UniProt:

H8KC99

Position

complement(958889..961675)

AA seq 928 aa
MEEDLKKTGYLFGGNAVFVEELYKQYLANPASVDQTWQEFFAGIKDNNTLLNKSTAKIII
PDEIKKESLNNNLSSEDLNSLKAKEMINAYRKHAHYLANLDPLGLELRKTKNDLKLNIET
FGLDSGQLEENINITDEFVGTWNCKLSELVTKFDKVYTGSIGVEFEQIENVEGKNWLYNK
LESEVTFSSEDKKTILNDLVEVEGFEQYLHTKFPGAKRFSVEGGDASIVAMSKAIDLSMH
QGVSEIVIGMAHRGRLNTLTKVVGKPYKAVIAGFISGSVFPDELNISGDVKYHLGYSSDR
TLEDKKIHLSLAYNPSHLEAVNPIVAGKVRAKQDILGDTKRSKVKAILVHGDAAFCGQGV
VAESLSMSPLAAYDIGGILHFVINNQLGFTANTADTRASRYSTEFAKIIAAPILHVNGDD
IEAVLKATNIAVEYRQKFGKDVVVEIICYRKYGHNEGDEPMYTQGKMYNIIKNKLTPGNI
YANELVKSGVIDNNYFAKLKEEFKAKLDKEYEQAKSYKQEAHFLGGLWQGISRTRTQATI
TGISKKILHDLGTKLCEIPKDFAVNPKLVKLFKARKATLTADQPIDWATAEQLAFASLLA
SGTNIRLTGQDSGRGTFSHRHSVLHNQIDDTTYIPLNNLSKEQAKYEVADSNLSEYATLG
FEYGYSLANPKNLVLWEAQFGDFANGAQIIFDQFISSSETKWLRMSGLVVLLPHAFEGQG
PEHSSARLERFLQLAAENNMYVTYPTTPASIFHLLRRQILDDTRKPLIVMSPKSLLRHKY
AVSKLDELGENTTFLPVLDEVTKVDTNNITKVILCSGKVYYDLFEMRGNNSNIAIIRLEQ
LYPFEKKLVASLLKKYNRTQEFIWCQEEPKNMGTWCYIVSHLNDALKEAGINNEFKYVGR
AESASPAVGSLQAHNKQQEKLLRAALGI

NT seq 2787 nt +upstreamnt +downstreamnt
atggaagaagacttaaaaaaaacaggttatttatttggcgggaatgctgtttttgttgaa
gagctatataagcaatatctagccaaccctgcctcggttgatcaaacttggcaagaattt
tttgccggcattaaggataataatactttactcaataaaagtacggcaaaaataattatc
cctgatgaaataaaaaaagaatcgttaaataataatttatcttctgaagacttaaatagt
ttaaaagctaaagaaatgatcaatgcttatcgcaagcatgctcactatttagcgaatctt
gatccgcttggtcttgagctacgtaaaacaaaaaatgatttaaagcttaatatagaaact
tttggtcttgatagcggtcagctagaagaaaatatcaatattacggatgaatttgtcggt
acttggaactgtaaattatctgaattagtgaccaagttcgataaagtttatacaggttct
ataggtgtagagtttgagcaaatagaaaatgtagaaggaaaaaactggttatataataag
ctagaaagcgaagttacattttcttctgaagacaaaaaaactatcttaaatgatttagta
gaagtagaagggtttgagcagtatttacatacaaaatttcccggagctaagcgtttttcc
gttgagggtggtgatgcttctatagttgctatgagtaaagctatagatttatccatgcat
cagggcgtctcagaaatcgttataggtatggcacatcgagggagattaaacactctcact
aaagtagtaggtaagccatataaagccgttattgcgggcttcataagcggcagcgtattt
cctgatgagctaaatatttcaggcgatgtaaaataccatttaggctattcgtccgataga
actctagaggataagaaaatacacttgtcgctagcctataacccttcacatttagaagcg
gtaaatcctatagttgcaggaaaagtaagagcaaagcaagatattcttggggatactaaa
cgtagcaaagtcaaagctattttagtgcatggcgatgctgctttttgcggtcagggcgtg
gttgccgagagtctatcaatgtcacctttagctgcttatgatatcggcgggatattgcat
ttcgtcattaataatcagttaggttttacggctaatactgcagatactagagctagtaga
tattctacggagtttgctaaaatcatagctgccccgattttacacgttaatggtgacgat
atagaagcagtgttaaaagccaccaatattgcggtagaatacaggcagaaattcggtaag
gatgttgtagtagaaattatttgttaccgtaaatacgggcataatgagggcgatgagccg
atgtatactcaaggcaagatgtataacattattaaaaacaaactgacccctggaaatatt
tacgcaaatgagttagtaaaaagcggtgtaatcgacaataattattttgctaagttaaaa
gaagaatttaaagcaaaactagataaggaatatgagcaggcaaaaagttataagcaagaa
gcacatttcttaggcggattatggcaaggtatttctcgtactcgtacacaagctacaata
acgggtatcagtaaaaaaatattacacgatttaggaactaaactatgcgaaataccgaaa
gattttgccgttaatccaaaacttgtaaaactatttaaagctcgaaaagctactctaaca
gctgatcaacctattgattgggcaacggcagagcagctagcttttgcaagcttgcttgct
tcaggcacaaatataaggctaaccggacaagattcgggacgcggtactttctcgcatcgt
cattcagtattgcacaaccaaattgatgatactacctatatacctctaaataatttatct
aaagagcaagcaaaatacgaggtagccgatagtaatttatctgaatatgcaacgcttggt
tttgagtatggttattcactcgcaaacccaaaaaatttagttttatgggaagcacaattc
ggtgattttgctaatggagctcagattatttttgaccagtttatttcaagcagcgaaact
aaatggcttcgtatgagcgggcttgtggttttgttacctcatgcatttgagggacaagga
ccggagcatagttcggcaagacttgagaggttcttacagctggcggctgagaataatatg
tatgttacataccctactacccctgcttcgattttccatctgctacgtcgccaaatactt
gatgatacccgtaaaccgttaatcgtaatgtcgccgaaatcattattacgtcataaatat
gccgtatctaaacttgacgagctaggtgaaaatactactttcttaccggttttagatgaa
gtaactaaagtagatacaaacaatattactaaagtaattttatgcagcggtaaggtatat
tacgatctatttgaaatgcgtggcaataacagtaatatagcgattattaggcttgagcaa
ttatacccttttgaaaaaaaacttgtagcatcgctattaaaaaaatataataggacgcag
gaatttatttggtgtcaggaagaaccaaagaatatgggaacttggtgttatatagtgtct
cacttaaacgatgctttaaaagaagcaggaattaataatgaatttaaatatgtaggtaga
gcggaatcagcctctccggcagtaggctcgctgcaagcacataataaacagcaagagaag
ctattaagggcagcattgggaatatga

All links

Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
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 (2)   
   Pfam (2)   
All databases (35)   

Download RDF

DBGET integrated database retrieval system