KEGG T01783: MC5

Rickettsia australis: MC5_06865

Entry

MC5_06865 CDS T01783

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

rau Rickettsia australis

Pathway

rau00020	Citrate cycle (TCA cycle)
rau00310	Lysine degradation
rau00380	Tryptophan metabolism
rau01100	Metabolic pathways
rau01110	Biosynthesis of secondary metabolites
rau01120	Microbial metabolism in diverse environments

Module

rau_M00009	Citrate cycle (TCA cycle, Krebs cycle)
rau_M00011	Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:rau00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:rau00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:rau00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

383502095

NCBI-GeneID:

12017307

UniProt:

H8K8L8

Position

1210964..1213750

AA seq 928 aa
MEEYLKKTGYLFAGNAVFVEELYRQYLANSASVDQTWQEFFAGIKDNSAVLNKSTAKIII
PYEIKKEPLHNNLSSEVLSSLKAKEMINAYRKHAHYLANLDPLGLELRKTKNDLKLNIEI
FGLDSSQLEENINVTDEFVGTWNCKLSALVTKLDKVYTGSIGVEFEQIENVEEKSWLYSQ
LENEITFSAEDKKTILNDLVEVEGFEQYLHTKFPGAKRFSVEGGDASIVAMSKAIDLSMN
QGVEEIVIGMAHRGRLNTLTKVVGKPYKAVIAGFISGSVFPDELNVSGDVKYHLGYSSDR
VIEDKKIHLSLADNPSHLEAVNPIVAGKVRAKQDILVDTQRSKVKAILVHGDAAFCGQGV
VAESLSMSQLTAYNIGGILHFVINNQLGFTANAKDTRASRYSTEFAKISAAPILHVNGDD
IEAVLKATNIAVEYRQKFGKDVVVEIICYRKYGHNEGDEPMYTQGKMYDIIKSKPTPGNI
YANELVKRGIIDNNYFAKLKEEFKTRLDKEYEQAKSYKPEAHFLGGLWQGIFRTSTQAAI
TGVGKKILQDLGTKLCEIPKDFAVNPKLVKLFEARKANLIADQPIDWATAEQLAFASLLA
SGTNIRLTGQDCGRGTFSHRHSVLHNQIDDTTYIPLNNLFKEQAQYEVADSNLSEYAVLG
FEYGYSLANPKNLVLWEAQFGDFANGAQIIFDQFISSSETKWLRMSGLVVLLPHAFEGQG
PEHSSARLERLLQLAAEDNMYVTYPTTPASIFHLLRRQILDDTRKPLIVMSPKSLLRNKY
AVSKLDDLGDNTAFLPVLDEVTKIDTNNITKVILCSGKVYYDLFEMRGNNSNIVIVRLEQ
LYPFEKKLVASLLKKYNRTQEFIWCQEEPKNMGAWRYIASYLSDALKEAGINNEFKYVGR
EESASPAVGSLQVHNKQQEKLLREALWM

NT seq 2787 nt +upstreamnt +downstreamnt
atggaagaatatttaaaaaaaacaggttatttatttgctgggaacgctgtttttgttgaa
gagctatataggcaatatttagccaattccgcctcggttgatcaaacttggcaagaattt
tttgccggtattaaggataatagtgctgtgcttaataaaagtacggcaaagataattatt
ccttatgaaataaaaaaagaaccgttacataataatctatcttctgaagtcctaagtagt
ttaaaagctaaggaaatgattaatgcttatcgcaagcatgctcattacttagcgaatctt
gacccacttggtcttgagctacgtaaaacaaaaaatgatttaaagcttaatatagaaatt
tttggtcttgatagtagccagttagaagaaaatatcaatgttacggatgaatttgtcggt
acttggaactgtaaattatctgcattagttaccaagctcgataaagtttatacaggttct
atcggggttgaatttgaacaaatagaaaatgtagaagaaaaaagctggttatatagtcag
ctagaaaacgaaattacattttctgctgaagacaaaaaaactatcttaaatgatttagta
gaagtagaagggtttgagcaatatctacatacaaaatttcctggagctaagcgtttttct
gttgagggtggagatgcttctatagttgctatgagtaaagctatagatttatccatgaat
caaggcgttgaagaaatcgttatcggtatggcacatcgagggagattaaacactctgact
aaagtagtaggtaagccatataaagctgttattgcgggtttcataagcggtagcgtattt
cctgatgagttaaatgtttcaggtgatgtgaaatatcacttaggctattcatcagataga
gtcatagaggataagaaaatacatttatcacttgccgataatccatcacatttggaagca
gtaaatcctatagttgcaggaaaagtaagagcaaaacaggatattcttgtagatactcaa
cgcagtaaagttaaggctattttagtacatggtgatgctgctttttgtggtcaaggcgta
gttgctgaaagtctatcaatgtcacagctcactgcttataatatcggcggaatattacat
ttcgtcattaacaatcagctaggttttacggctaatgctaaggatactagagctagcaga
tattctacggagtttgctaaaatcagcgctgctccgattttacacgttaacggtgatgat
atagaagcagtgttaaaagctaccaatattgcggtagaatataggcaaaaattcggtaag
gatgttgtagtagaaattatttgttaccgtaaatacgggcataatgagggcgatgagccg
atgtatactcaaggcaagatgtatgacattattaaaagcaaaccgacccctggaaatatt
tacgcaaatgagttagtaaaacgcggtataattgataataattattttgctaagttaaaa
gaagaatttaaaacaagactagataaggaatatgaacaggcaaaaagttataagccggaa
gcacatttcttaggtgggttatggcaaggcatttttcgcacctctacacaagctgcaata
acgggcgtcggaaaaaaaatattacaagatttaggaactaaactatgcgaaataccgaaa
gattttgccgttaatccaaagcttgtaaaactatttgaagcacgaaaagccaatctaata
gctgatcagcctattgattgggcaacagctgagcagctagcttttgcaagcttgcttgct
tcaggtacaaatatcaggctaaccggacaagactgcggacgcggtactttctcgcatcgt
cattcagtattgcacaaccaaattgacgatactacctatatacctctaaataatttattt
aaagaacaagcacaatatgaggtagccgatagtaatttatctgaatatgcggtgcttggt
tttgagtatggttattcactcgcaaatccaaaaaatttagttttatgggaagcacaattt
ggtgattttgctaatggagctcagattatttttgaccagtttatttcaagcagcgaaact
aaatggcttcgtatgagcgggcttgtggtactactgccgcatgcatttgaaggacaagga
ccggagcatagttcggcaaggcttgagaggctcttacagctagcagctgaggataatatg
tatgttacatatccaactacccctgcctcgattttccacctgctacgtcgtcaaatactt
gatgatacccgcaaaccgttaatcgtaatgtcgccgaaatcattattacgtaataaatat
gccgtatctaaacttgatgatctaggcgacaatactgctttcttaccggttttagatgaa
gtaactaaaatagatacaaacaatattactaaagtaatcttatgtagcggtaaggtatat
tacgatctatttgaaatgcgtggcaataatagtaatatagtaattgtcaggcttgagcaa
ttatacccttttgaaaaaaaacttgtagcatcgctattaaaaaaatataataggacgcag
gaatttatttggtgtcaggaagaaccaaagaatatgggagcttggcgttatatagcttct
tacttaagtgatgctttaaaagaagcaggaattaataatgaatttaaatatgtaggtaga
gaggaatcagcttctccggcagtaggttcgctgcaagtacataataagcagcaagagaag
ctattaagggaagcattatggatgtga

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)   

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