KEGG T00185: ACIAD2876

Acinetobacter sp. ADP1: ACIAD2876

Entry

ACIAD2876 CDS T00185

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

aci Acinetobacter sp. ADP1

Pathway

aci00020	Citrate cycle (TCA cycle)
aci00310	Lysine degradation
aci00380	Tryptophan metabolism
aci01100	Metabolic pathways
aci01110	Biosynthesis of secondary metabolites
aci01120	Microbial metabolism in diverse environments

Module

aci_M00009	Citrate cycle (TCA cycle, Krebs cycle)
aci_M00011	Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:aci00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:aci00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:aci00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

50085916

NCBI-GeneID:

2879234

UniProt:

Q6F8L1

Position

complement(2817487..2820327)

AA seq 946 aa
MQDVADALRLDTELSADSAAYIEELYEQYLTSPTSVTEDWRQYFDKFPKGDQPHSSVREQ
FLLLGRNSNRVQAVVQSSVSSDHERRQIGVLQLIAAYRNRGHQKAKLDPLGLAKREDVPD
LDLSAHGLTKSDLDTVFNTSNLAIGKAEATLGEMVETMESIYCGSIGAEYMHIVDTKEKR
WIQQRLEGARGQFNFTNDQKKALLERLTAAEGLEKFLGNKYVGAKRFGVEGGESFIPMMN
EIIQRAGSVGCKEVVIGMPHRGRLNLLVNIMGKNPADLFGEFEGKSIHKKGSGDVKYHQG
FSSNVMTPGGEVHLALAFNPSHLEIVGPVVEGSVRARQVRRKDIGGDDVLPVIVHGDAAF
AGQGVNQETFQMSQTRGYTVGGTVHIVINNQVGFTTSDPRDARSTEYCTDVAKMVQSPIF
HVNGDDPEAVAFIAQLAHDFRHTFRKDVVIDLFCYRRRGHNEADEPSATQPLMYQVINKK
PTTRTLYADQLVQQKVLDRAEADKLIEDYRSDLEAGNHVANALVLEPNTKMFVDWKPYLG
HDYTDVWDTTIDINRLKELGEGMRKLPEGFVMQRQVSKVIDDRLKMQTGEMPLNWGAAET
LAYATLIDEGYLVRITGEDVGRGTFSHRHAKLHNQVDGSTYIPLCHVKENQPRFALYDSL
LSEEAVLAFEYGYATTIPNSLIIWEAQFGDFANCAQVVIDQFIASGETKWERVCGLTMLL
PHGFEGQGPEHSSARLERFLQLCAEDNMQVITPTTPAQIFHALRRQAVRPIRKPMIVMSP
KSLLRHKLATSTLEELATGTFQTVIDEVDQITKSDVTRLVLCGGKVYYDLIEKRRELELN
NIAVVRIEQLYPYPEQRLAEVLAAYPNVKDVVWCQEEPKNQGAWLFIAPRLYDDILKSGK
QIRISYAGREASAAPACGSPYLHAKQQAQLIHDALAIEAEQSGETK

NT seq 2841 nt +upstreamnt +downstreamnt
atgcaagatgttgctgacgctttgcgtcttgacactgaactttccgctgatagcgcagcg
tatattgaagagctttacgagcaatacctgacctccccaacctctgtgacagaggactgg
cgccaatatttcgataaattccctaaaggtgatcaaccgcacagcagtgtgcgtgagcag
ttcttattacttgggcgtaattcgaatcgtgttcaggcagtagtacagagttcagtaagc
agcgatcatgagcgtcgccagattggtgtcttacaacttatcgcagcataccgtaaccgt
ggtcatcaaaaagcaaaattagatccgttaggtttggcaaagcgtgaagacgttccagat
ctagatttatctgcacacggtttaaccaaatctgatcttgatactgtatttaataccagt
aatcttgctattggtaaagctgaagccactttaggcgaaatggttgaaaccatggagtct
atttactgtggttctattggtgcagaatatatgcacattgtagataccaaagaaaaacgt
tggattcaacagcgcttagagggtgctcgcggtcagttcaattttaccaatgaccagaaa
aaagcattgttagagcgtcttaccgctgctgaaggtctagaaaaattcttaggtaataaa
tatgtcggcgccaagcgttttggtgttgaaggtggtgagtcattcattccaatgatgaat
gaaatcatccagcgtgctggttcggttggctgtaaagaagttgtgattgggatgccacac
cgtggtcgtctaaatctacttgtaaacatcatgggtaaaaaccctgctgatctttttggt
gagttcgaaggtaaatcaattcacaaaaaaggttcgggtgatgtgaaatatcaccaaggt
ttctcgtcaaacgtaatgacacctggtggcgaagtccatttggctttggcatttaaccca
tcgcatttggaaattgttggacctgtagttgaaggttcggtacgcgcacgtcaggttcgt
cgtaaagacattggtggtgatgacgtactacctgtgatcgtacatggtgatgctgcattt
gcaggccaaggtgttaatcaagaaaccttccaaatgtcacaaacccgcggttacaccgtt
ggtggtacagtgcatatcgtgattaataaccaagtcggctttacgacttctgatccacgt
gatgcgcgttctacagaatactgtactgatgtggcgaaaatggtgcagtctccaattttc
catgtcaatggggatgaccctgaagcggttgcatttattgcacaactggcacatgatttc
cgtcatacattccgtaaagatgttgtcattgacttgttctgttaccgtcgtcgtggtcat
aatgaagcagatgaaccatctgcgactcagccattgatgtatcaggtgatcaataaaaag
ccaacaacgcgtacattgtatgcagatcagttggttcagcaaaaagtacttgatcgtgct
gaagcagacaagttaatcgaagattatcgttcagatcttgaagcaggtaaccatgttgct
aatgcactggtacttgaaccaaacaccaagatgtttgtggattggaaaccttatttaggt
cacgattatacagatgtatgggacaccacgattgatatcaatcgcttgaaagaacttggc
gaaggtatgcgcaaattgccagaaggctttgtcatgcaacgtcaagtttctaaagtcatt
gatgatcgtctgaaaatgcagactggtgaaatgccactgaactggggtgctgctgagacg
ctggcctacgcgacacttattgatgaaggttatttggttcgtattacgggtgaagatgta
ggtcgtggtacgttctcacatcgtcatgccaagttacacaatcaagtagatggttcgacc
tatattccactgtgtcatgtgaaggaaaaccagccacgttttgctttatatgattcatta
ttatcggaagaagcggtacttgcatttgaatatggttatgcaaccacgattccaaatagc
ttaattatttgggaagcgcagtttggtgactttgctaactgtgcgcaagttgtgattgac
caatttattgcgtctggtgaaaccaagtgggagcgtgtatgtggtttgaccatgttgtta
ccacatggctttgaaggtcaaggccctgagcattcatctgctcgtcttgaacgtttctta
cagctatgtgcagaagacaatatgcaggtcattacgccaacgacacctgcacaaattttc
catgcattgcgtcgtcaggcagttcgtccaattcgtaaaccaatgattgtgatgtcgcct
aagtcgttactacgtcataagcttgcgacttcgacactggaagagctagcaacaggcaca
ttccagactgtaatcgatgaagtcgatcaaatcactaaatcagatgttacacgtctcgtg
ttgtgtggcggtaaagtttattacgatctcattgaaaagcgtcgtgagcttgagctgaac
aacattgcagtagtacgtatcgaacagttgtatccgtatccagaacaacgtcttgccgaa
gttctagctgcttatccaaacgttaaagatgtggtttggtgtcaagaagagccgaagaac
caaggcgcatggttgtttatcgcaccacgtttgtacgatgacatcttgaagtctggaaaa
caaatccgtatcagctacgcaggccgtgaagcatcggctgcaccagcgtgtggctcacca
tatttgcatgcaaaacaacaagctcagctcattcatgatgcattagcaatcgaagctgaa
caatcaggagagacaaaataa

All links

Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
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 (35)   

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