KEGG T00429: BALH

Bacillus thuringiensis Al Hakam: BALH_1113

Entry

BALH_1113 CDS T00429

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

btl Bacillus thuringiensis Al Hakam

Pathway

btl00020	Citrate cycle (TCA cycle)
btl00310	Lysine degradation
btl00380	Tryptophan metabolism
btl01100	Metabolic pathways
btl01110	Biosynthesis of secondary metabolites
btl01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:btl00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:btl00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:btl00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr

Other DBs

NCBI-GI:

118476826

NCBI-GeneID:

4546012

UniProt:

A0RB77

Position

complement(1263506..1266454)

AA seq 982 aa
MVHQLLKRAKCTFLYRKRIICIGRFKQMTRKNTTTNPWAKFHGPNLGYVIEQYDLYVTGA
GSVDPELQELFEIFGAPSFQDDVVTGDNTATHFSPQNTGNIEKILKVVQLVEQIRSFGHT
LAHINPMEDAANGQSLLERAMNELSDADLKAIPAKTVWQDAPEGIHTALDVIHRLKEVYT
QSLAYEFSHIQDSEERAWLHQMVESNSLRQPLSNQKRTALLKRLTAVEGFEQFLHKTFVG
QKRFSIEGVDMLVPVLDEIVLEGAKNGVEDVMIGMAHRGRLSVLAHVLEKPYSHMFAEFK
HAKIEGAVANSGWTGDVKYHLGREQVVSNEEVSTRVTLANNPSHLEFVNPVVEGFARAAQ
ENRKKSGLPEQDTSKSFVILVHGDAAFPGQGIVSETLNLSRLNAYQTGGTIHVIANNAVG
FTTDSYDSRSTKYSSDLAKGFDIPIVHVNADDPEACLAAANLAIQYRMLFKKDFLIDLIG
YRRYGHNEMDDPAVTQPQVYKKIKNHPTVRAIYADQLQAAGVLNADEIETITQFTQEQLK
SDYAQVPPADTSDATIHVKVPDVVAKGIQPIDTGVEIDSLRAINEGLLSWPEGFNVYPKV
KKILERRKDALEENGKIEWALAESLAFASILQEGTPIRLTGQDSQRGTFAHRHIVLHDTD
TNETYSPLHRLPNINASFSVHNSPLSEAAVVGYEYGYNVFAPETLVMWEAQYGDFSNTAQ
ALFDQYVSAGRAKWGQKSGLVLLLPHGYEGQGPEHSSARPERFLQLAAENNWTVANLTSA
AQYFHILRRQASILGTEAVRPLVLMTPKSLLRHPLTLSTASQLSEGRFQPALEQENLGTK
PNKVKRLVLSTGKMAIDLAAEIESGKHEYNLDEIHIVRIEQLYPFPAEKVQSIIKRFKNL
EEIIWVQEEPRNMGAWHYMAPILFELAGDKVKTGYIGRPDRSSPSGGDPFAHKAEQELIV
SHALDVKYNFRQDKLEIEVFSN

NT seq 2949 nt +upstreamnt +downstreamnt
ttggttcatcaattattgaaaagagcaaaatgcacctttttgtatagaaaaaggattata
tgcattgggaggtttaaacaaatgacgaggaagaatacaacgacaaacccttgggccaag
ttccacggtccgaaccttggttatgttattgaacagtatgatctttacgtaactggagca
ggttctgttgatccggaattacaagagctttttgaaatttttggagctccttcgtttcaa
gatgatgtcgtaacaggggacaacacagcaacacatttttctcctcaaaacacaggtaac
atcgaaaagattcttaaagtcgttcagcttgttgaacagattcgttctttcgggcatacg
ttggctcacatcaatccgatggaagatgctgcaaatggacaatctcttcttgagagagca
atgaacgaactgagcgatgctgatttgaaagcgattccagcgaaaacagtatggcaagat
gcaccagaaggtattcacactgcacttgatgtaattcatagattaaaagaagtgtataca
caatctttagcttatgaattttctcatatacaagatagtgaagaacgcgcgtggttgcat
caaatggtggaatcaaattcattgcgtcaaccactatcaaatcaaaaacgaactgctctt
ttaaaacgtttaacagctgttgaaggtttcgagcaattcttgcataaaacattcgttggg
caaaagcgtttctctatcgagggcgttgatatgcttgtacctgttctagatgaaattgtg
ctagaaggagctaaaaacggcgtagaagatgtcatgattggtatggctcaccgcggtcgt
ctaagcgtacttgctcacgtattagaaaaaccatatagtcacatgtttgctgagttcaaa
catgcaaaaatagaaggtgcagtagcaaactctggttggactggcgacgtaaaataccat
ttaggtagagaacaagtcgttagtaacgaagaagttagtacccgcgttacattagcaaat
aacccaagtcaccttgagttcgtgaatcctgttgtggaaggtttcgcacgtgcggctcaa
gaaaatcgtaaaaaatctggtcttccagaacaagatacttcaaaatcattcgtaatttta
gttcatggtgatgctgcattccctggtcaaggtattgtatctgagacactgaacttaagc
agattgaacgcgtaccaaacaggcggaacaatccatgttattgcaaacaatgcagttggt
tttacaactgatagctatgattctcgttctacgaaatattcaagtgaccttgcaaaaggt
ttcgatattccgattgttcacgtgaacgctgatgatccggaagcttgtcttgctgctgct
aatcttgcgattcaatatcgcatgttgttcaaaaaagatttcttaatcgatttaattggt
taccgccgctacggtcataacgaaatggatgatccagcagttacacaaccacaagtgtac
aaaaagattaaaaatcacccaactgtaagagcaatttatgcagatcaattacaagctgct
ggtgttctaaatgcagatgaaattgaaacaattacacagtttacgcaagagcaattaaaa
tctgactatgcacaagtaccgccagctgatacgagcgatgcaacaattcacgttaaagtg
ccagatgttgttgcaaaaggtattcagccaattgatactggtgttgaaattgactcactt
cgtgcaattaatgaaggtctactatcttggccagaaggctttaacgtatatccgaaagtg
aagaaaattcttgagcgccgtaaagatgctcttgaagagaacggtaaaattgaatgggca
cttgctgagtcattagcattcgcttctattttacaagaaggtacaccaattcgtttaact
ggtcaagattcacagcgtggtacattcgcacatcgtcacatcgtattacacgatactgat
acaaatgaaacatattcaccattacatcgcttaccaaatatcaacgcttcattctctgtt
cataacagtccgttatcagaagctgctgttgttggttacgagtatggttataacgtattc
gctccggaaacgcttgttatgtgggaagcgcaatatggtgacttctcaaatactgcacaa
gcattatttgatcaatatgtttcggctggaagagcgaaatggggtcaaaaatctggttta
gttcttctattaccacacggttatgaaggtcaaggaccagagcactctagtgcgcgtcct
gaacgtttcttacagttagctgctgagaacaactggacagttgcaaacttaacgagcgcg
gcacaatacttccatatcctgcgtcgtcaagcatctatcttaggaacagaagctgttcga
ccattagtattgatgacgccgaaaagtttattacgtcacccacttacgctttcaactgct
agtcagttaagcgaaggacgtttccaacctgctttagagcaagaaaaccttggtacaaaa
ccaaacaaagtaaaacgtcttgttttaagtacaggtaaaatggcgattgacttagcagca
gaaatcgagtctggtaagcatgagtacaacttagatgaaattcatatcgttcgtattgaa
cagttgtacccattccctgctgagaaggttcaatctattattaaacgctttaaaaactta
gaagaaattatttgggttcaagaagagcctcgtaatatgggcgcatggcattacatggct
ccaattctgttcgaactagctggagataaagtgaaaacaggttacatcggacgtccagat
cgctctagcccatctggcggcgatccattcgctcacaaagctgagcaagaactaattgtt
tcacacgctttagatgtgaagtataacttccgtcaagataaactagaaattgaagttttc
agcaactaa

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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