KEGG R.conorii: RC0227

Rickettsia conorii: RC0227

Entry

RC0227 CDS R.conorii

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]

Pathway rco00020 Citrate cycle (TCA cycle)
rco00310 Lysine degradation
rco00380 Tryptophan metabolism
rco01100 Metabolic pathways

Class Metabolism; Carbohydrate Metabolism; Citrate cycle (TCA cycle)
[PATH:rco00020]
Metabolism; Amino Acid Metabolism; Lysine degradation
[PATH:rco00310]
Metabolism; Amino Acid Metabolism; Tryptophan metabolism
[PATH:rco00380]

SSDB

Motif Pfam: Transket_pyr E1_dh

Other DBs NCBI-GI: 15892150
NCBI-GeneID: 927961
CNRS_Marseille: RC0227
UniProt: Q92J42

Position complement(233978..236764)

AA seq 928 aa
MGEDFKKTGYLFGGNAVFVEELYKQYLANPASVDQTWQEFFAGIKDNNTLLNKSTAKIII
PDEIKKESLNNNLSSEDLNSLKAKEMINAYRKHAHYLANLDPLGLELRKTKNDLKLNIET
FGLDSGQLEENINITDEFVGTWNCKLSELVTKFDKVYTGSIGVEFEQIENVAGKNWLYNK
LESEVTFSSEDKKTILNDLVEVEGFEQYLHTKFPGAKRFSIEGGDASIVAMSKAIDLSMH
QGVSEIVIGMAHRGRLNTLTKVVGKPYKAVIADFISGSVFPDELNVSGDVKYHLGYSSDR
TLEDKKIHLSLADNPSHLEAVNPIVAGKVRAKQDILGDTKRSKVKAILVHGDAAFCGQGV
VAESLSMSPLAAYDIGGILHFVINNQLGFTANAADTRASRYSTEFAKIIAAPILHVNGDD
IEAVLKATNIAVEYRQKFGKDVVVEIICYRKYGHNEGDEPMYTQGKMYNIIKNKLTPGNI
YANELVKSGVIDNNYFAKLKEEFKAKLDKEYEQAKSYKQEAHFLGGLWQGISRTRTQATI
TGISKKTLHDLGTKLCEIPKDFAVNPKLVKLFEARKATLTADQPIDWATAEQLAFASLLA
SGTNIRLTGQDSGRGTFSHRHSVLHNQIDGTTYIPLNNLSKEQAKYEVADSNLSEYAVLG
FEYGYSLANPKNLVLWEAQFGDFANGAQIIFDQFISSSETKWLRMSGLVVLLPHAFEGQG
PEHSSARLERFLQLAAENNMYVTYPTTPASIFHLLRRQILDDTRKPLIVMSPKSLLRHKY
AVSKLDELGENTTFLPVLDEVTKVDTNNITKVILCSGKVYYDLFEMRGNNSNIAIIRLEQ
LYPFEKKLVASLLKKYNRTQEFIWCQEEPKNMGTWCYIVSHLNDALKEAGIKNEFKYVGR
EESASPAVGSLQVHNKQQEKLLRTALGI

NT seq 2787 nt +upstreamnt +downstreamnt
atgggagaagactttaaaaaaacaggttatttatttggcgggaatgctgtttttgttgaa
gagctatataagcaatatctagccaaccctgcctcggttgatcaaacttggcaagaattt
tttgccggcattaaggataataatactttactcaataaaagtacggcaaaaataattatc
cctgatgaaataaaaaaagaatcgttaaataataatttatcttctgaagacttaaatagt
ttaaaagctaaggaaatgatcaatgcttatcgcaagcatgctcactatttagcgaatctt
gatccgcttggtcttgagctacgtaaaacaaaaaatgatttaaagcttaatatagaaact
tttggtcttgatagcggtcagctagaagaaaatatcaatattacggatgaatttgtcggt
acttggaactgtaaattatctgaattagtgaccaagttcgataaagtttatacaggttct
ataggtgtagagtttgagcaaatagaaaatgtagcaggaaaaaactggttatataataag
ctagaaagcgaagttacgttttcttctgaagacaaaaaaactatcttaaatgatttagta
gaagtagaagggtttgagcagtatttacatacaaaatttcccggagctaagcgtttttcc
attgagggtggtgatgcttctatagttgctatgagtaaagctatagatttatccatgcat
cagggcgtctcagaaatcgttatcggtatggcacatcgagggagattaaacactctaact
aaagtagtaggtaagccatataaagccgttattgcggacttcataagcggcagcgtattt
cctgatgagctaaatgtttcaggcgatgtaaaataccatttaggctattcgtccgataga
actctagaggataagaaaatacacttgtcgctagccgataacccttcacatttagaagcg
gtaaatcctatagttgcaggaaaagtaagagcaaagcaagatattcttggagatactaaa
cgcagcaaagtcaaagctattttagtgcatggcgatgctgctttttgcggtcagggcgtg
gttgccgagagtctatcaatgtcacctttagctgcttatgatatcggcgggatattgcat
ttcgtcattaataatcagttaggttttacggctaacgctgcagatactagagctagtaga
tattctacggagtttgctaaaatcatagctgccccgattttacacgttaacggtgacgat
atagaagcagtgttaaaagccaccaatattgcggtagaatacagacagaaatttggtaag
gatgttgtagtagaaattatttgttaccgtaaatatgggcataatgagggcgatgagccg
atgtatactcaaggcaagatgtataacattattaaaaacaaactgacccctggaaatatt
tacgcaaatgagttagtaaaaagcggtgtaatcgacaataattattttgctaagttaaaa
gaagaatttaaagcaaaactagataaggaatatgagcaggcaaaaagttataagcaagaa
gcacatttcttaggcggattatggcaaggtatttctcgtactcgtacacaagctacaata
acgggtatcagtaaaaaaacattacacgatttaggcactaaactatgcgaaataccgaaa
gattttgccgttaatccaaaacttgtaaaactatttgaagctcgaaaagccactctaaca
gctgatcaacctattgattgggcgacggcagagcagctagcttttgcaagcttacttgct
tcaggcacaaatataaggctaaccggacaagattcgggacgcggtactttctcgcatcgt
cattcagtattgcacaaccaaattgatggtactacctatatacctctaaataatttatct
aaagaacaagcaaaatacgaggtagccgatagtaatttatctgaatatgcggtgcttggt
tttgagtatggttattcactcgcaaacccaaaaaatttagttttatgggaagcacaattc
ggtgattttgctaatggagctcagattatttttgaccagtttatttcaagcagcgaaact
aaatggcttcgtatgagcgggcttgtggttttgttacctcatgcatttgagggacaagga
ccggagcatagttcggcaagacttgagaggttcttacaactggcagctgagaataatatg
tatgttacataccctactacccctgcttcgattttccatctgctacgtcgccaaatactt
gatgatacccgtaaaccgttaatcgtaatgtcgccgaaatcattattacgtcataaatat
gccgtatctaaacttgacgagctaggtgaaaatactactttcttaccagttttagatgaa
gtaactaaagtagatacaaacaatattactaaagtaattttatgcagcggtaaggtatat
tacgatctatttgaaatgcgtggcaataacagtaatatagcgattattaggcttgagcaa
ttatacccttttgaaaaaaaacttgtagcatcgctattaaaaaaatataataggacgcag
gaatttatttggtgtcaggaagaaccaaagaatatgggaacttggtgttatatagtttct
cacttaaacgatgctttaaaagaagcaggcattaaaaatgaattcaaatatgtaggtaga
gaggaatcagcctctccagcagtaggctcgctgcaagtacataataaacagcaagagaag
ctattaaggacagcattgggaatatga

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   CNRS_MARSEILLE-RCO (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (17)

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