KEGG T00200: BLi02260

Bacillus licheniformis DSM13: BLi02260

Entry

BLi02260 CDS T00200

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase E1 (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

bld Bacillus licheniformis DSM13

Pathway

bld00020	Citrate cycle (TCA cycle)
bld00310	Lysine degradation
bld00380	Tryptophan metabolism
bld01100	Metabolic pathways
bld01110	Biosynthesis of secondary metabolites
bld01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:bld00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:bld00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:bld00380]

SSDB

Motif

Pfam:

E1_dh Transket_pyr MEDS

Other DBs

NCBI-GI:

52786004

NCBI-GeneID:

3100388

UniProt:

Q65IH4

Position

complement(2217345..2220179)

AA seq 944 aa
MFQNSMKQRMTWEEFHGPNLGYVLELYDQYVKDPESLDADLKEMFDELGAPPGDIRAASQ
KNEEADFTAGSIQKIASAVKLAEDIRTYGHLNASVNPLRKTQEKQELFPLAEYGLTEQDV
KKIPASVICKDAPKEVTNGLEAIQYLRNTYKKSISFEFDHVHIFEERNWLMKKIESGELF
TPKSKEKLVEVLRRLTEVESLEQFLHKTFVGQKRFSIEGLDALVPMLDDIIAKSVSAGTT
NVNIGMAHRGRLNVLAHVLGKPYEIIFSEFQHAPNKDLVPSEGSTGINYGWTGDVKYHLG
ANRQIQDEHTKTARIALANNPSHLEFIDPIVEGSTRAAQETRTESGYPVQDVKKSMAILI
HGDAAFPGEGIVAETLNLSQLKGYQVGGAIHIIANNMIGFTTESNESRSTKYASDLAKGF
EIPIVHVNADDPEACLSAVQLAVEYRMTFNKDFLIDLIGYRRFGHNEMDEPSATQPMLYD
AVRKHPTVKNIFAEKLIHKGIVDKETVGKIKDAVQKRLEEAYRKVPAKKEDMTHEIVLPE
PVSNGFPDVDTSVDFETLRKINQELVSWPENFNVFDKLKRILERRAKAFEDDRKVDWSLA
EAMAFASILKDGTPLRLTGQDSERGTFAHRNLVLHDSKTGDEFIALHHLADTKASFAVHN
SPLSEGSVLGFEYGYNVSSPETMVIWEAQFGDFANAAQVYFDQFISAGRAKWGQKSGLVV
LLPHGYEGQGPEHSSGRTERFLQLAAENNWTVANLTSAAQYFHILRRQAKMLLREEIRPL
IIMTPKSLLRNPNTVSEVQELSNSSFKPVYEMSGLSHQYDKVTRLVLSSGKVSIDISDHF
NKMEGEKDWLHIARVEELYPFPAKHIKAIFSKLPNLEEIVWVQEEPQNMGAWNYIEPYLR
EVAPKDVKVRYIGRRRRSSPAEGDPTVHKKEQERIVSDSLTRKN

NT seq 2835 nt +upstreamnt +downstreamnt
atgtttcaaaatagtatgaaacaaagaatgacttgggaagaatttcacggtccgaacctc
ggctatgtgctggagctttacgatcagtacgtcaaggatccagaaagcttggatgctgat
ttaaaagagatgtttgacgaacttggagctcccccgggcgatattagggccgcctctcaa
aaaaacgaagaggcagatttcacggctggatctattcaaaaaatcgcatcagcggtaaaa
cttgcagaagatattagaacctatggccatttaaacgcttccgtcaatccactgagaaaa
acacaagagaaacaggagctttttcctcttgctgagtacgggttaactgagcaggatgtg
aaaaaaatcccggcgtctgtcatatgcaaagatgcccctaaagaagtaacgaacggttta
gaagccatccagtacttaagaaacacatacaaaaaatcgatttcttttgaatttgaccat
gtgcacatttttgaagagcgcaactggctgatgaaaaagatcgaatccggggaattattc
accccgaaatcgaaagaaaaactggtagaagttttaagaaggcttacagaagtggaaagc
cttgaacagtttctccacaaaacctttgtcgggcaaaaacgcttttcaatagaaggactt
gatgcgcttgtgcccatgctggatgatattatcgccaagtccgtttcggcaggtacgaca
aacgtcaatatcggaatggcgcacaggggccgcctgaatgttcttgcgcatgtgctcgga
aaaccttatgaaatcattttttctgaattccagcatgcgccgaacaaagatctcgttccg
tcggaaggttcgaccgggatcaattacggctggacgggcgacgtaaaataccacctcggc
gccaaccgccagattcaggatgagcatacgaaaacggcgcgcattgcgctcgcgaacaat
ccgagccaccttgagttcatcgatccgatcgttgagggatcgacaagagccgcccaggaa
acgagaacggagagcggctatccggttcaagacgtcaaaaaatcgatggcgattctgatt
cacggcgatgcggcattcccaggggaaggcattgtcgcggaaacgctgaatttaagccag
cttaaagggtatcaagtgggcggagcgattcacattatcgccaataacatgatcggcttt
acgacggaaagcaatgagtcaagatcgacgaaatatgcaagcgaccttgcgaaaggtttt
gaaattccgatcgtccacgtcaatgctgatgatcccgaagcatgtctttcagcggttcag
ctcgctgttgaataccgcatgactttcaacaaagactttttgatcgatctgatcggctac
cgccgttttggccacaatgaaatggatgagccgtccgcaacgcagccgatgctgtatgat
gcggtcagaaagcatccgaccgtcaaaaacatctttgctgaaaagctgattcataaaggg
atcgtcgataaagaaaccgtcggcaaaatcaaggacgctgtccagaagcgtttagaagaa
gcctatcgcaaagtgccggccaaaaaggaagacatgacgcatgaaatcgtacttccagag
ccggtctccaacggttttcctgatgttgacacatcggttgattttgaaactttgcgcaaa
atcaatcaggagcttgtttcatggccggaaaacttcaacgttttcgataagctaaaacga
atccttgaaaggcgcgccaaagctttcgaagatgaccgaaaagtcgactggtcgcttgca
gaggcgatggcgtttgcgtcgattttgaaagacggtacgccgctaaggctgaccgggcag
gattcagaacgcggcacattcgcacaccgcaaccttgtccttcacgacagcaagacaggg
gacgaattcatcgcgctgcatcaccttgccgatacgaaagcgtcatttgcggttcacaac
agcccgctttctgaagggtccgtcctcggcttcgaatacggctataacgtgtcttcgccg
gaaacgatggtgatctgggaagcgcagtttggagattttgcaaatgcggcgcaagtttac
tttgaccagttcatttctgcaggaagagcgaagtggggtcaaaaatcagggctggttgtt
ctcttgccgcacggctatgaagggcaggggcctgagcattcaagcggaagaacagagcga
ttccttcaattggcggcggaaaacaactggactgtcgccaacctgacgagcgctgcccaa
tactttcatattttaagaaggcaggcgaagatgctccttcgcgaggagatccgcccgctg
atcatcatgacgccgaaaagcctgctgagaaatccgaataccgtgtcagaagtgcaggag
ctcagtaacagcagctttaagccggtctatgaaatgtcaggactttcccatcaatatgac
aaagtgacgcgcctcgtcctttcaagcggcaaagtttcgattgacatcagcgaccatttc
aataaaatggaaggtgaaaaggattggctgcacattgcacgggttgaagagctgtatcct
ttccctgcaaagcatattaaagcgatcttcagcaaacttccgaatttggaggagatcgtc
tgggtacaggaagaaccgcaaaatatgggcgcatggaactatatcgagccttatttaaga
gaggtagctccaaaggacgtgaaggtccgctatattggcagaagaagacgttcaagtccg
gcagaaggggatccgacggttcataaaaaggaacaggaacgcattgtatctgatagcttg
actcgcaaaaattaa

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 (3)   
   Pfam (3)   
All databases (34)   

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