KEGG T01789: M9W

Rickettsia prowazekii Chernikova: M9W_00870

Entry

M9W_00870 CDS T01789

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

rpw Rickettsia prowazekii Chernikova

Pathway

rpw00020	Citrate cycle (TCA cycle)
rpw00310	Lysine degradation
rpw00380	Tryptophan metabolism
rpw01100	Metabolic pathways
rpw01110	Biosynthesis of secondary metabolites
rpw01120	Microbial metabolism in diverse environments

Module

rpw_M00009	Citrate cycle (TCA cycle, Krebs cycle)
rpw_M00011	Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:rpw00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:rpw00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:rpw00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh Ribosomal_S13

Other DBs

NCBI-GI:

383487600

NCBI-GeneID:

12007928

UniProt:

H8N391

Position

complement(212199..215009)

AA seq 936 aa
MEEYFNKTGYLFSGNAVFVEELYRQYLANPNSVDQTWQEFFADIKDNNVVLNKSTAKVIS
TNVTNKELLNNNLSSETLNNLKAKEMISAYRRNAHYLANLDPLGLEIRKTKNDLKLNIEA
FGLDSSQLGENINIMDEFIGTWNCKLSELVTKLDKVYTSSIGVEFDQIENVEEKNWLYTK
LETDITFTSEEKKSILNDLVEVECFEQFLHIKFPGAKRFSIEGGDASIVAMNKAIDLSMH
QGVEEIVIGMAHRGRLNTLTKVVGKPYKEVIASFINGNIFPDGLNVSGDVKYHLGYSADR
VRANQKIHLSLADNPSHLEAINSIVAGKVRAKQDIFVDTKRSKIKAILVHGDAAFCGQGV
VAESLSMSPLTAYNVGGILHFVINNQLGFTANAADTRASRYSTEFAKIISAPILHVNGDD
IEAVLKATDIAVEYRQKFSKDVVVEIICYRKYGHNEGDEPMYTQSKMYNIIKSKPTPGSI
YANELVKNGIIDNNYYAKLKEKFKIRLDQEYEQAKSYKQETHFFEGYWKGISRIRGKDAI
TGVNKKILQDLGTKLCEIPKDFAINPKLIRLFEVRKTTLTTDQPIDWATAEQLAFAHLLC
SGINIRLTGQDSARGTFSHRHSILHNQIDDTTYIPLNNLSKTQAKYEVANSNLSEYAALG
FEYGYSLANPKNLVLWEAQFGDFANGAQIIFDQFISSSATKWLRMSGLVVLLPHAFEGQG
PEHSSARLERFLQLAAEENMYITYPTTPASIFHLLRRQILESTRKPLIVMSPKSLLRHKY
AVSKLDELGENTTFIPILDEVTKIDTNNVTKVILCSGKVYYDLFAMRTNNSNIVIIRLEQ
LYPFEKKLVASLLKKYNKAQAFIWCQEEPKNMGAWHYIATHLNDALKEAEINNEFKYVGR
EESASPAVGSLQVHNKQQEKLLMEALGDDIIKEKLY

NT seq 2811 nt +upstreamnt +downstreamnt
atggaagaatattttaataaaacaggttatttattttctgggaatgctgtctttgttgaa
gaactatatagacaatatttagcaaacccaaattctgttgatcaaacttggcaagaattt
tttgccgatattaaggataataacgtagtgcttaataaaagtactgctaaagtaattagc
actaatgtaacaaacaaagaactattaaataataatttatcttctgaaacattaaataat
cttaaggctaaagaaatgatcagtgcttaccgcaggaatgctcattatttagcaaatctt
gatccgcttggtcttgagatacgcaaaacaaaaaatgatttaaaacttaatatagaagct
ttcggtcttgatagtagtcagttaggagaaaatatcaatattatggatgaatttattggt
acttggaattgtaaattatccgaattagttacaaagctcgataaagtttatacaagctct
ataggtgtagaatttgatcaaatagaaaatgtagaagaaaaaaactggttatatactaag
ctagaaactgatattacatttacgtctgaagaaaaaaaatctattctaaatgatttggta
gaagtagaatgctttgaacagtttttacatataaaatttcctggtgctaaacgtttttca
attgaaggtggtgatgcttctatagtcgccatgaataaagctatagatttatctatgcat
caaggcgttgaagaaatcgtcattggcatggcacatagagggaggttaaatactctaact
aaagtagtcggcaaaccttataaagaagttattgcaagcttcataaatggaaacatattt
cctgatggactaaatgtttctggtgatgtaaaatatcatttaggctattcagcagataga
gtcagagcaaatcagaagatacatttatctcttgctgataatccatcacatttagaagca
atcaattctatagttgcaggaaaagttagagcaaagcaggatatttttgtagatactaaa
cgcagtaaaattaaggctattttagtgcatggcgatgctgctttttgcggtcaaggtgta
gtagcagagagtttatccatgtcgcctttaactgcttataatgttggggggatattacat
tttgtcattaataatcaactaggttttactgcaaatgccgctgatactagagctagcaga
tattctactgagtttgcgaaaatcatatctgctccgattttacatgttaatggtgatgat
atagaagcagtattaaaagcaactgatattgctgtagaatacaggcaaaaattcagcaaa
gatgttgtagtagaaattatttgttatcgaaaatacggacataatgaaggcgatgagccg
atgtatactcaaagcaaaatgtataacattataaaaagcaaaccaactcctggaagtatt
tatgcgaatgagttagtaaaaaatggtataattgataataattattatgcgaagttaaaa
gaaaaatttaaaataaggctagatcaggaatatgaacaagcaaaaagttataagcaagaa
acacattttttcgaaggatactggaaaggtatttctcgtattcgaggaaaagatgcaata
acaggagtaaataaaaaaatattacaagatttaggaactaaattatgcgaaataccaaaa
gattttgcgattaatccaaaacttataagattatttgaagttcgcaaaactactttaaca
actgatcaacctattgattgggctacagcagaacagctagcttttgcacatttgctttgt
tcaggtataaatataagactaaccggacaagattcagcacgcggtactttttcacatcgt
cattcaatattacacaaccaaattgatgatacaacatatataccgctaaataatttatct
aagacgcaagcaaaatatgaggtagctaatagtaatttatctgaatatgcagcacttggt
tttgagtatggttattcgctagcaaatccaaaaaatttagttttatgggaagcacaattt
ggtgattttgctaatggggctcagatcatttttgaccaatttatttcaagtagtgctact
aaatggcttcgcatgagtggacttgttgtactacttccacatgcattcgaggggcaaggc
ccggagcatagctcagcacgacttgagagatttttacaactcgcagctgaggaaaatatg
tatattacatatccaactactcctgcgtcaattttccatctgctacgtcgtcaaatactt
gagagtacacgcaaaccattaatcgtaatgtcaccaaaatcattattacgtcataaatat
gcagtatctaaacttgatgaactaggtgaaaatactactttcatacctattttagatgaa
gtcactaaaatagatacaaacaatgtcactaaagtaattttatgtagcggtaaagtatat
tacgatctatttgcaatgcgtactaacaatagtaatatagtaattatcaggcttgaacaa
ttatacccttttgaaaaaaaacttgtagcatcgctattaaaaaaatataataaggcacaa
gcatttatttggtgtcaagaagaaccaaagaatatgggcgcttggcattatatagctact
cacttaaatgatgctctaaaagaagcagagattaacaacgaatttaaatatgttggtaga
gaagaatcagcgtctcctgcagtaggttcactgcaagtacataataaacaacaagaaaag
ttattaatggaagcattaggagacgatattattaaagagaaattatattga

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 (3)   
   Pfam (3)   
All databases (36)   

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