KEGG T01836: BAXH7

Bacillus amyloliquefaciens XH7: BAXH7_01520

Entry

BAXH7_01520 CDS T01836

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

bxh Bacillus amyloliquefaciens XH7

Pathway

bxh00020	Citrate cycle (TCA cycle)
bxh00310	Lysine degradation
bxh00380	Tryptophan metabolism
bxh01100	Metabolic pathways
bxh01110	Biosynthesis of secondary metabolites
bxh01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:bxh00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:bxh00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:bxh00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr

Other DBs

NCBI-GI:

384168128

NCBI-GeneID:

12199163

UniProt:

G0IIZ7

Position

1395963..1398797

AA seq 944 aa
MFQNNMKQRMNWEDFYGPNLGYALELYDQYAEDPDSIDPDLKDMFDELGAPPSQIKEASG
TKEQGRVTADLIQKIAAAVKLAEDIRTYGHLNASVNPLRKDQKKSELFPLSEYGLTEEEM
KAIPASVICKDAPANITNGLEAIQHLRNTYKRTISFEFDHVHDFEERAWITKMVESGELF
RKNSPEKLSAVLERLTEVEGFEQFLHRTFVGQKRFSIEGLDALVPVLDDIIAQSVKAGTT
NVNIGMAHRGRLNVLAHVLGKPYEIIFSEFQHAPNKDLVPSEGSTGISYGWTGDVKYHLG
ADRQLQDAETKSARITLANNPSHLEFINPIVEGSTRAAQETRTQKGYPVQDETKSLAILI
HGDAAFPGEGIVAETLNLSSLKGYQVGGAIHIIANNMIGFTTESDESRSTKYASDLAKGY
EIPIVHVNADDPEACLSAVKFAVEYRKRFNKDFLIDLIGYRRYGHNEMDEPSTTQPMLYD
AVRKHPTVKRIFAEKLVSEGLISEEKAQNIEATVTKRIEDAYKKVPAKKEDAVREIELPE
PVSNGFPDVDTAIDFDVLRKLNGELINWPESFNVFGKLKRILERRAKAFDDDRKVEWSLA
ESLAFASILKDGTPIRLTGQDSERGTFAQRNLVLHDSETGKEFVALHHLDDCAASFAVHN
SPLSEGSVLGFEYGYNVYSPETLVMWEAQYGDFANAAQVYFDQFISAGRAKWGQKSGLVM
LLPHGYEGQGPEHSSGRVERFLQLAAENNWTVANLTSAAQYFHILRRQAKMLLREEIRPL
VIMTPKSLLRNPNTVSEVQELSESRFKPVYEQSGLSHAYEKVTRVVLSSGKVSIDISDHF
NKMEGDKDWLHIARIEQLYPFPAKDAKELFAKLPNLQEIVWVQEEPQNMGAWSYISPYLT
EIAPKGVNVQYIGRRRRSSPAEGDPTVHKKEQERIVSDSLTRKN

NT seq 2835 nt +upstreamnt +downstreamnt
atgtttcaaaataatatgaaacaaagaatgaattgggaagatttttacggaccgaacctc
ggctacgcactggagctgtacgaccaatatgctgaagatccagacagtattgatccggat
ctgaaagacatgtttgacgaactcggcgctccgccaagccaaataaaagaggcatcggga
acaaaggaacagggacgagtcaccgcagatctgattcaaaagatcgcagcagcagttaaa
cttgcagaagatattcgaacctatggccatctgaacgcttccgtcaatccgctcagaaag
gatcaaaaaaagagcgagctctttccgttatccgagtacgggcttacagaagaagaaatg
aaagcaatacccgcgtctgtcatttgtaaagacgcacctgccaatataacgaacggctta
gaagccatccagcatttacgcaatacgtataaaagaaccatctccttcgaatttgaccat
gtgcatgatttcgaagagcgggcatggattacaaaaatggtcgaatccggagaactgttc
cggaaaaattcaccggaaaaactgtcagccgttttagaaagactgacggaagtagaagga
tttgaacaatttttacaccggacattcgtcggccagaagcgtttctcaattgagggatta
gacgcacttgtgcctgttcttgacgacattatcgcccagtctgtgaaagcaggcacaacc
aatgtcaatatcgggatggcgcacaggggccgcttaaatgtcctcgcgcacgtgctcggc
aaaccgtatgagattattttctcagaattccagcacgcgccgaataaagaccttgtaccg
tctgaaggctcgaccggaatcagctacggctggacgggagacgtaaaataccacctcggt
gcagacagacagttacaggatgctgaaaccaaaagcgcccggattacgcttgcaaataac
ccgagccatctggaattcatcaatccgattgttgaaggaagcacgcgggcggcacaggaa
acaagaacgcaaaaggggtacccggttcaagacgaaacaaaatcgctcgccattttaatt
cacggtgacgcagcgttcccgggagaaggaattgtcgctgagacgctgaacttaagttct
ttgaaaggctatcaggtcggtggggccattcacatcatcgccaataatatgatcggcttc
acaactgaaagcgatgaatcacgctctacgaaatatgccagtgatttggcgaagggttat
gaaatcccgatcgttcacgtcaacgccgatgatcctgaagcgtgtctgtcagccgttaaa
tttgcggtggaataccggaagcggtttaataaagatttcttaatcgatttaatcgggtac
agacggtacggccacaatgaaatggatgagccgtccacgacacagccgatgctgtatgac
gccgtgagaaaacacccgactgtcaagcggatctttgcggaaaaactcgtaagtgaagga
ctgatcagcgaggaaaaagcgcaaaacattgaagcgacagtgacaaaacgaattgaagac
gcctataaaaaggtgcccgccaaaaaagaagatgccgtacgggaaatcgaattgccggaa
ccggtatccaacggttttcctgacgttgacacagccattgattttgatgttctccgcaag
ctgaacggcgaactcatcaattggccggaatcctttaacgtgttcggcaagctgaaaaga
atcttggaaagacgtgcaaaagcgtttgatgatgaccgtaaagtggaatggtcattggct
gaatcgcttgcgtttgcttccattttgaaagacggcactccgatccggctgaccgggcag
gactcagagcgcggaacgttcgctcaaagaaaccttgtgctgcatgacagcgaaacaggc
aaagaatttgttgcactccatcatttagacgactgcgctgcttcatttgcggtgcataac
agcccgctttctgaaggatcggttctcggttttgagtatggttacaacgtgtattcgcct
gaaactcttgtgatgtgggaggcgcaatacggggactttgccaatgcggctcaagtctat
tttgatcaattcatatctgcaggacgggcaaaatggggacaaaaatcaggattagtcatg
ctgcttcctcacggttacgaaggacaggggcctgaacactccagcggacgcgtcgaacgg
ttcctgcagctggcggcggaaaacaactggacggtggccaacctgacaagtgcggctcag
tatttccatattttaagaagacaagcgaaaatgctgcttcgtgaagaaatccgtccgctt
gtgatcatgacgccgaaaagcctgctccgcaacccgaatacggtatctgaagtacaggag
ctgagcgaaagcagattcaagcctgtctatgagcaatccggtctttcccacgcttacgaa
aaagtgactcgcgttgtattatcaagcggaaaagtgtcaattgacatcagcgatcacttc
aacaaaatggaaggcgataaggattggcttcatattgccagaatcgaacagctgtatccg
ttcccggcaaaagacgcgaaagagcttttcgccaaactgccgaacttgcaagagatcgtt
tgggttcaggaagagccgcagaacatgggggcatggagttatatcagcccgtatctgacg
gaaatcgcgccaaaaggagtaaatgttcaatacatcggccgaagaagacgatccagtccc
gcagaaggagatccgactgtccacaaaaaagaacaggaacgcattgtatctgatagcttg
actcgcaaaaactaa

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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