KEGG T01838: CT43

Bacillus thuringiensis serovar chinensis CT-43: CT43_CH1192

Entry

CT43_CH1192 CDS T01838

Gene name

sucA

Definition

alpha-ketoglutarate decarboxylase

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

btc Bacillus thuringiensis serovar chinensis CT-43

Pathway

btc00020	Citrate cycle (TCA cycle)
btc00310	Lysine degradation
btc00380	Tryptophan metabolism
btc01100	Metabolic pathways
btc01110	Biosynthesis of secondary metabolites
btc01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:btc00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:btc00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:btc00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr

Other DBs

NCBI-GI:

384185275

NCBI-GeneID:

12178014

UniProt:

F2GZN4

Position

complement(1268852..1271719)

AA seq 955 aa
MTRKNTTTNPWAKFHGPNLGYVIEQYDLYVTGAGSVDPELQELFEIFGAPSFQDDVVTGD
NTATHFSPQNTGNIEKILKVVQLVEQIRSFGHTLAHINPMEDAANGQSLLEKAMNELSDA
DLKAIPAKTVWQDAPEGIHTALDVIHRLKDVYTKSLAYEFSHIQDSEERAWLHQMVESNS
LRQPLSNKKRTALLKRLTAVEGFEQFLHKTFVGQKRFSIEGVDMLVPVLDEIVLEGAKNG
VEDVMIGMAHRGRLSVLAHVLEKPYTHMFAEFKHAKIEGAVANAGWTGDVKYHLGREQVV
SNEEVSTRVTLANNPSHLEFVNPVVEGFARAAQENRKKSGLPEQDTSKSFVILVHGDAAF
PGQGIVSETLNLSRLNAYQTGGTIHVIANNAVGFTTDSYDSRSTKYSSDLAKGFDIPIVH
VNADDPEACLAAANLAIQYRTLFKKDFLIDLIGYRRYGHNEMDDPAVTQPQVYKKIKNHP
TVRAIYADQLQAAGVLNADEIETITQFTQEQLKSDYAQVPPADTSDATIHVKVPDVVAKG
IQPIDTGVELDSLRAINEGLLSWPEGFNVYPKVKKILERRKDALEENGKIEWALAESLAF
ASILQEGTPIRLTGQDSQRGTFAHRHIVLHDTDTNETYSPLHRLPNINASFSVHNSPLSE
AAVVGYEYGYNVFAPETLVMWEAQYGDFSNTAQALFDQYVSAGRAKWGQKSGLVLLLPHG
YEGQGPEHSSARPERFLQLAAENNWTVANLTSAAQYFHILRRQASILGTEAVRPLVLMTP
KSLLRHPLTLSTASQLSEGRFQPALEQENLGTKPNKVKRLVLSTGKMAIDLAAEIESGKH
EYNLDEVHVVRIEQLYPFPAEKVQSIIKRFKNLEEIIWVQEEPRNMGAWHYMAPILFELA
GDKVKTGYIGRPDRSSPSGGDPFAHKAEQELIVAHALDVKYNFRQDKLEIEVFSN

NT seq 2868 nt +upstreamnt +downstreamnt
atgacgaggaagaatacaacgacaaacccttgggccaagttccacggtccgaaccttggt
tatgttattgaacagtatgatctttacgtaactggagcaggttctgttgatccggaatta
caagagctttttgaaatttttggagctccttcgtttcaagatgatgtcgtaacaggggac
aacacagcaacacatttttctcctcaaaacacaggtaacattgaaaaaattcttaaggtc
gttcaacttgttgaacagattcgttctttcgggcatacgttggctcacatcaacccgatg
gaagatgctgcaaacggacaatctcttcttgagaaagcaatgaacgaactgagcgatgca
gacttgaaagcgattccagcgaaaacagtatggcaagatgcaccagaaggtattcacact
gcacttgatgtaattcatagattaaaagacgtttatacaaaatctttagcttatgaattt
tctcatatacaagatagtgaagaacgcgcgtggttgcatcaaatggtggaatcaaattca
ttgcgtcaaccactatcaaataaaaaacgaactgctcttttaaaacgtttaacagctgtt
gaaggtttcgagcaattcttgcataaaacattcgttgggcaaaaacgtttctctatcgag
ggcgttgatatgcttgtacctgttttagatgaaattgttctagaaggtgctaagaacggc
gtagaggatgtcatgattggtatggctcaccgcggtcgcctaagcgtacttgctcacgta
ttagaaaaaccatatactcacatgtttgctgaattcaaacatgcaaaaatagaaggcgca
gtagccaatgctggctggactggcgacgtgaaataccacttaggtagagaacaagtcgtt
agtaatgaagaagttagcactcgcgttactttagcaaataacccgagtcatcttgagttc
gtgaatcctgtagtagaaggtttcgcacgtgcagctcaagagaatcgtaaaaaatctggt
cttccagaacaagatacttcaaaatcattcgtaattttagttcatggtgatgctgcattc
cctggtcaaggtattgtatctgaaacgttgaacttaagcagattgaatgcgtaccaaaca
ggcggaacgattcatgttatcgcaaacaatgcagttggttttacaactgacagctatgat
tctcgttctacgaaatattcaagtgaccttgcaaaaggtttcgatattccgattgttcac
gtgaacgctgatgatccagaagcttgtcttgctgctgcaaaccttgcaattcaatatcgt
acattgttcaaaaaagatttcttaatcgatttaattggttaccgtcgctatggtcataac
gaaatggatgacccagcagttacacaaccacaagtgtacaaaaagattaaaaatcaccca
actgtaagagcaatttatgcagatcaattacaagctgctggtgttctaaatgcagatgaa
attgaaacaattacacagtttacacaagagcaattaaaatctgactatgcacaagtacca
ccagctgatacgagcgatgcaacaattcacgttaaagtgccagatgttgttgcaaaaggt
attcagccaattgatactggtgttgagcttgactcacttcgtgcaattaatgaaggtcta
ttatcttggccagaaggctttaacgtatatccgaaagtgaagaaaattcttgagcgccgt
aaagatgctcttgaagagaacggtaaaattgaatgggcacttgctgagtcattagcattc
gcttctattttacaagaaggtacgccaattcgcttaactggtcaagattcacagcgtggt
acattcgcgcaccgtcatatcgtattacacgatactgatacaaatgaaacatattcacca
ttacaccgcttaccaaacattaatgcatccttctctgttcataacagtccgttatcagaa
gctgctgttgttggttacgagtatggttataacgtattcgctccagaaactcttgttatg
tgggaagcgcaatatggtgacttctcaaatactgcgcaagcattatttgatcaatatgtt
tcagctggaagagcaaaatggggtcaaaaatctggtttagttcttctattaccacacggt
tatgaaggtcaaggaccagagcactctagtgcacgtcctgaacgtttcttacagttagct
gctgagaacaactggacagttgcaaacttaacgagcgcggcacaatacttccatatttta
cgtcgtcaagcatctatcttaggaaccgaagctgttcgaccattagtactaatgacgcca
aagagtttattacgtcacccacttacgctttcaactgctagtcagttaagcgaaggacgt
ttccaacctgctttagaacaagaaaaccttggcacaaaaccaaacaaagtaaaacgtctt
gttttaagtacaggtaaaatggcgattgacttagcagcagaaattgagtctggtaaacat
gagtacaacttagatgaggttcatgtcgttcgcattgagcagttgtacccattccctgct
gagaaagttcaatctattattaaacgctttaaaaacttagaagaaattatttgggttcaa
gaagaacctcgtaatatgggcgcatggcattacatggctccaattctgttcgaactagct
ggagataaagtgaaaacgggttacattggacgcccagatcgctctagcccatctggcggc
gatccattcgctcacaaagctgagcaagaactaattgttgcacacgctttagatgtgaag
tataacttccgtcaagataaactagaaattgaagttttcagcaattaa

All links

Pathway (6)   
   KEGG PATHWAY (6)   
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 (33)   

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