KEGG T01319: PPE

Paenibacillus polymyxa E681: PPE_01349

Entry

PPE_01349 CDS T01319

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase E1 component (alpha-ketoglutarate dehydrogenase) (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

ppy Paenibacillus polymyxa E681

Pathway

ppy00020	Citrate cycle (TCA cycle)
ppy00310	Lysine degradation
ppy00380	Tryptophan metabolism
ppy01100	Metabolic pathways
ppy01110	Biosynthesis of secondary metabolites
ppy01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:ppy00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:ppy00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:ppy00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr

Other DBs

NCBI-GI:

308068123

NCBI-GeneID:

9774103

UniProt:

E0RAL8

Position

1448526..1451411

AA seq 961 aa
MEESSRQVPWQAYYGPNLGYVQDQYEKYVADPGTVDPAYRELFDQWGEPPQSEYSAASMI
DNKLQGPPTSALGHLDSNTLQKAVTAGKMVWNIREYGHLAAQIDPLELDAEQDTRLLNPA
SYGLTEQDLKAFPASLIWDNAPAGTLNGWEAIQRLRVAYTGPIAYEFSHIHNEEERRWLN
SYAESGWSSKPLTTQERKSLLGRLVEVEQFEEFLHKTFVGQKRFSIEGNDVLVPVLDEII
RLTTNAGASHVLMGMAHRGRLNVLAHVLGKPYSKIFSEFHHSPNKDLIPSEGSTGINYGW
TGDVKYHLGADRFVKDGGAVQARLTLANNPSHLEYVNPVVQGFSRAAQEDRSEAGYPKLD
VSKAATIIMHGDAAFPGEGIVAESLNFTNLRGFRNGGTVHIIVNNRLGFTTESVDSRSTR
YASDLAKGYEIPIVHVNADNPEACIAAARMAGEYRNRFKKDFLIDLIGYRRYGHNESDDP
ETTQPLVYRKVKNHPTVSKLYAQKLMKQGVVDEAFSAGLIEKVQNRLKEAHEHVKNQPEQ
EPEITPVKAKKNQSSMVRTAVELKKLRQINENLLKWPQAFHVYPKLDRILQRRKTALNEG
EKVDWSLAETLALATILADGKPIRMTGQDAERATFAHRNLVLHEPETGRTHCPLHTLPEA
RASFSIHNSPLSEASVLGFEYGYNVYSPETLVIWEAQFGDFANCAQVIFDQFISAGRAKW
RQKSSLVMLLPHGSEGQGPEHTSARLERFLQLSAQNNWTVANLSSASQYFHLLRRQAALS
ESEEARPLVMMSPKSLIRNNRVASPASEFSEGAFRPVLEQPGLGTRPDRVERIVLCSGKI
AIDLEEALEKDKNEAEERLHIIRVEQLYPFPEEEIRNIFGRFPHVKEFVWAQEEPKNMGA
WSYMEPRLRNVVPQGAEIRYAGRPDRSSPASGYQQVHSLEQQRIIQSALKQDSKNNITLG
R

NT seq 2886 nt +upstreamnt +downstreamnt
atggaagagagcagcagacaggtaccttggcaggcgtattacggacctaatctaggttat
gtgcaggaccagtatgaaaagtatgtagcggaccccggaacggttgatccggcttaccgc
gagctgtttgatcaatggggtgagccgccacaatccgaatactcggctgcttccatgata
gacaacaaattgcaaggcccccccacaagtgctttggggcaccttgattcgaacacattg
cagaaagcggttacagcggggaaaatggtgtggaatatccgtgaatacggacatttagcc
gcccaaattgatccgctggaactggatgcagagcaggatacacgcttgcttaatccagca
tcttacggtttaacggaacaagacttaaaggcttttccagcctctttaatatgggataac
gctcctgcgggaacacttaacggatgggaagccattcaacggttacgtgtagcatacaca
ggtccgattgcctatgaatttagtcatattcataacgaggaggaacgccgctggttgaac
agctatgcagaatccggctggtcctccaagccactcacaacacaggaacgcaagtcgttg
ctgggcagattggtagaagtagaacagttcgaagagtttttgcataaaacattcgtcgga
cagaaacgtttttccattgagggtaatgatgtgcttgtccctgtactcgacgagattatt
cgtctaaccacaaatgcaggagcaagtcatgtcctgatgggtatggcgcatcgcggccgt
ttgaatgtactggctcatgtgctgggcaagccttacagtaaaattttctctgaatttcat
cattcgccgaataaagatttgatcccgtcggaaggttccacaggaattaactacggctgg
actggcgatgtgaaatatcatctgggtgctgaccgttttgtaaaagatgggggagcggtg
caagcccgtctgacattggcgaataacccaagtcacctggaatatgtgaatccggtggta
caaggattttcacgagctgcacaggaagaccgcagtgaggctggatatccgaagctggat
gtgagcaaggcagctacaattattatgcacggtgatgctgctttcccaggtgaaggtatc
gtggcagaatcacttaatttcacgaatttgcgtggcttccgtaatggcggcacggtccat
attattgtgaataatcgtctgggttttacaacggaaagtgtcgattcccgttcgacccgt
tatgccagtgatctggctaaaggctatgaaattccaattgtgcatgtgaatgcggataat
cctgaagcctgtattgcagcagcacgtatggctggtgaataccgcaatcgtttcaagaag
gattttctgatagatctgattggttaccgtcgttatggtcacaatgaatccgatgacccg
gaaacgacacaaccgctggtatatcgtaaggtgaagaatcacccgacggtgagcaaattg
tatgctcaaaagctgatgaagcagggggttgtggatgaagcgtttagtgccggtctcatt
gaaaaggtccaaaacagactgaaggaagcgcatgagcatgtgaagaatcaaccggaacaa
gagccggaaattactcctgtgaaggcgaaaaagaatcagagttctatggtacgtactgca
gtggaattgaaaaagctgcgccaaatcaatgaaaacttactcaaatggccacaggctttt
catgtatatccgaagctggatcgaattttacagcgtagaaaaactgctctgaacgaggga
gaaaaggtagattggagcttggcggagacgctggctttggccaccattctcgcagacggc
aagcctattcgtatgacaggtcaggatgcggagcgagctacttttgctcaccgtaacctc
gtgctgcatgagcctgaaacaggccgtacacattgcccgttgcatacattgccagaagca
cgagcttcgttcagtattcataacagtccattgtctgaggcatctgtcctcggctttgaa
tacggctataacgtgtattctcctgaaacgttagtgatttgggaagcgcaattcggcgat
tttgccaactgtgcacaggttatttttgaccaattcatttctgcgggccgtgctaaatgg
agacagaaatcgagtctggtgatgctgttaccgcatggtagcgaaggacaaggaccagag
cacacgagcgcacgtctggagcgttttctccagttgtccgcacaaaataactggactgtc
gctaatttgagcagtgcctcacagtatttccatctgctgcgccgtcaggctgcattaagc
gaaagtgaggaagcccgtccgcttgtgatgatgtcgccgaagagcctgattcgtaataat
cgtgtcgcttcgcctgcttctgaattcagcgaaggagcattccgtcctgtgttggagcag
cctggtctggggacacgtccggatcgtgtagagcgcattgtactgtgcagtggcaagatt
gccattgatctcgaagaagcattggaaaaggataagaatgaggcagaagagcgtctgcat
attattcgtgtggaacagttataccctttcccggaagaggaaattcggaatattttcggc
cgcttcccgcatgttaaggagtttgtatgggctcaggaagagcctaaaaatatgggggct
tggagttacatggaacctcgtctgcggaatgttgtgccacagggagcggaaattcgttac
gcaggtagaccagatcgttcaagcccggccagcggttatcagcaagtacacagcctagaa
caacagcgaattattcaatcggcgttgaagcaggattccaaaaacaatattacactcggg
aggtag

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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