Corynebacterium sp. sy039: FQV43_03580
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Entry
FQV43_03580 CDS
T07955
Name
(GenBank) multifunctional oxoglutarate decarboxylase/oxoglutarate dehydrogenase thiamine pyrophosphate-binding subunit/dihydrolipoyllysine-residue succinyltransferase subunit
KO
K01616
multifunctional 2-oxoglutarate metabolism enzyme [EC:
2.2.1.5
4.1.1.71
1.2.4.2
2.3.1.61
]
Organism
cory
Corynebacterium sp. sy039
Pathway
cory00020
Citrate cycle (TCA cycle)
cory00630
Glyoxylate and dicarboxylate metabolism
cory00785
Lipoic acid metabolism
cory01100
Metabolic pathways
cory01110
Biosynthesis of secondary metabolites
cory01120
Microbial metabolism in diverse environments
cory01200
Carbon metabolism
cory01210
2-Oxocarboxylic acid metabolism
Module
cory_M00009
Citrate cycle (TCA cycle, Krebs cycle)
cory_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
cory00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
FQV43_03580
00630 Glyoxylate and dicarboxylate metabolism
FQV43_03580
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
FQV43_03580
Enzymes [BR:
cory01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.4 With a disulfide as acceptor
1.2.4.2 oxoglutarate dehydrogenase (succinyl-transferring)
FQV43_03580
2. Transferases
2.2 Transferring aldehyde or ketonic groups
2.2.1 Transketolases and transaldolases
2.2.1.5 2-hydroxy-3-oxoadipate synthase
FQV43_03580
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.61 dihydrolipoyllysine-residue succinyltransferase
FQV43_03580
4. Lyases
4.1 Carbon-carbon lyases
4.1.1 Carboxy-lyases
4.1.1.71 2-oxoglutarate decarboxylase
FQV43_03580
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
E1_dh
2-oxoacid_dh
OxoGdeHyase_C
Transket_pyr
2-oxogl_dehyd_N
Motif
Other DBs
NCBI-ProteinID:
QDZ42344
UniProt:
A0A5B8NTX2
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All DBs
Position
complement(785271..788954)
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AA seq
1227 aa
AA seq
DB search
MSGANTFGQNQWLVDEMFQQFQKDPQSVDPEWRELFAKQQPQTTTAPSPAAKKPQTSATA
APQKSVSASATPTETKKPAAQEKQPTPAPAPAKALPEAGSKQLKGIFKAIAKNMDESLEI
PTATSVRDMPVKLMFENRAIINEHLQRTHGGKVSFTHIIGYALVKGVMAHPDMNNNYAVI
DGKPTVITPEHINLGLAIDLPQKDGSRALVVAAIKECETLDFAQFVEKYEDIVARGRQGK
LTMDDYSGVTISLTNPGGIGTRHSVPRLTKGQGTIIGVGSMDYPAEFAGASVDRLAELGV
GKLVTITSTYDHRIIQGAESGEFLRTMSRLFVDDAFWDDIFTSMQIPYSPMRWAQDLPNT
GLDKNTRVMQLIEAYRSRGHLIADTNPLKWVQPGMPIPDHRDLDIETHGLTLWDLDRSFH
VGGFAGKESMTLRELLSRLRSAYTLKVGSEYTHILDHDERTWLQDRLEAGMPKPTQAEQK
YILQKLNAAEAFENFLQTKYVGQKRFSLEGSESLIPLMDSAIDTAAGQGLDEVVIGMPHR
GRLNVLFNIVGKPLATIFNEFEGNIESKAAGGSGDVKYHLGAEGNHLQMFGDGEIKVSLT
ANPSHLEAVNPVMEGIVRAKQDLLDKGEDGYTVMPILLHGDAAFAGLGIVPETINLAQLR
GYTVGGTVHIVVNNQIGFTTTPDSGRSSHYSTDLAKAYGCPVFHVNGDDPEAVVWVGQLA
TEYRRQFGKDVFIDLISYRRRGHNEADDPSMTQPKMYELIDGRPTVRAQYAEDLLGRGEL
SPEDAEKVARDFHDQMESVFNEVKETEKKAFSPQEGITSSQELPHGLHTNITAEELAEIG
QAYANKPEGFEFHQRVAPVAQKRLESVREGGIDWGWAELIAFSSLANSGKLVRLAGEDSR
RGTFTQRHAVVYDPRTGAEFNGLNQLAEQKGNGGKFLVYNSALTEYAGMGFEYGYSVGNQ
DAVVAWEAQFGDFANGAQTIIDEYVSSGEAKWGQTSSVILLLPHGYEGQGPDHSSARIER
YLQLCAEGTMTVAQPTTPANYFHLLRRHALGNLKRPLVVFTPKSMLRMKAATSAVEEFTQ
TQKFKSVINDPRFVDGQGNVIGDVNKVTTIMLVSGKLYYELAKRAQKDKRDDVAIVRIEM
LHPIPFNRLKEAFALYPNATEIRYCQDEPANQGAWSFLNEHLPQLIPGLLPMKRISRRAQ
ASTATGLSKVHAIEQQALVDAAFAADA
NT seq
3684 nt
NT seq
+upstream
nt +downstream
nt
gtgagtggcgctaatacattcggacaaaaccagtggttagtggacgagatgttccaacaa
ttccaaaaggatccacaatctgttgatcccgaatggcgtgaattgtttgctaagcagcaa
ccacaaaccaccacagcccctagccctgctgctaaaaaaccacaaaccagcgctacggca
gcaccccaaaaatctgtttcagccagtgcaacaccaactgaaacaaagaaaccagcagcg
caagaaaagcagcctacccctgcacctgcacctgctaaagctctccctgaagctggctcc
aaacagctaaaaggtatctttaaggcaatcgcaaagaatatggatgagtctcttgagatt
cctaccgctacttctgtgcgcgatatgccagtcaagctaatgtttgagaatcgtgcgatt
atcaatgaacatttgcagcgcacccacggcggcaaggtatcgttcacgcacatcattggt
tatgccttagtcaaaggtgtgatggctcatcctgacatgaacaataactatgcagttatt
gatggaaagcctactgttatcactccggaacacattaacttgggtcttgctatcgatctg
ccccaaaaagatggttcgcgtgctttggttgttgccgcaattaaagaatgtgaaacactc
gacttcgcgcagttcgttgaaaagtatgaagatattgtggcacgtggtcgccaaggcaag
ctcactatggacgactattccggtgtaaccatttcgctgaccaacccaggtggcattggt
actcgtcactctgtacctcgtcttaccaagggacaaggcacaatcattggtgttggttct
atggattatccggcggaatttgctggtgcttccgtcgatcgtcttgcagagctaggcgta
ggaaagctagtcaccatcacctcaacttatgatcaccgcattatccagggcgcagaatca
ggcgagttcttacgcaccatgagccgtctgtttgtcgatgacgctttctgggatgatatt
ttcacctcaatgcagatcccttactcccctatgcgctgggcacaggatctacctaatacc
ggtcttgataagaacacacgtgttatgcaacttatcgaggcataccgttctcgtggtcat
cttattgcagatactaaccccctcaagtgggtacaaccaggtatgcccattccggatcac
cgcgatctagacattgagacacatggtttaaccctgtgggatctagaccgtagcttccac
gtcggcggctttgctggtaaagaatccatgactcttcgtgaacttctttcccgtcttcgc
agtgcttataccttgaaagttggctctgagtacacgcacatccttgaccatgatgagcgc
acatggctacaggatcgcctagaagctggtatgccaaaaccaactcaggcagagcaaaag
tacatcttgcaaaagctcaatgcagcagaagccttcgagaacttcctacagaccaaatat
gttggacaaaagcgtttctccttggaaggtagcgaatcactcatcccactgatggattcc
gcaattgatactgctgctggtcaagggctcgatgaggttgtcattggtatgccacaccgt
ggtcgcttgaacgtactgttcaatatcgttggtaagccgctggctactatctttaacgag
ttcgagggcaatatcgagtcaaaagcagcaggtggttctggtgacgttaagtaccacctc
ggtgctgaaggcaatcacctacaaatgttcggcgatggcgaaatcaaagtgtcgctcacc
gctaacccttcccaccttgaggcagtaaaccccgtgatggaaggtattgttcgcgcaaaa
caagatctactagacaaaggcgaagatggctatactgttatgccaattcttttgcacggc
gatgcagcttttgccggtcttggtattgtgcccgaaaccattaacttagcacagctacgt
gggtacactgttggcggcactgtgcacattgtggttaacaaccagattggctttactacc
actccagattcaggtcgctctagccactattccaccgacctcgctaaggcatacggctgc
ccggtgttccacgtcaatggcgatgatccagaagctgttgtgtgggtaggtcagcttgct
acagagtaccgtcgtcagttcggtaaagatgtatttattgacctcatttcttatcgccgc
cgtgggcacaacgaagctgatgatccttcaatgactcagccaaagatgtacgaacttatc
gacggtcgtccaacggttcgtgcgcaatacgcagaggatctacttggtcgtggtgaacta
tcaccagaagacgcagagaaagtagcacgtgatttccacgatcagatggaatctgtgttc
aacgaggtcaaagagactgagaagaaagcctttagcccacaagaaggcatcaccagttct
caagaactccctcatggtttgcacaccaatatcaccgctgaagaattggcagaaattggt
caggcatacgctaataaacctgaaggtttcgagttccaccagcgtgttgcacctgttgca
caaaagcgtctggaatcggtacgcgaaggtggcattgactggggttgggctgagctcatt
gctttctcctcacttgctaattccggtaagttggttcgtcttgcgggtgaagattctcgc
cgcggtacattcactcagcgccatgcggttgtgtatgatcctcgcacaggtgcagagttc
aatggtcttaaccagcttgctgaacaaaaaggcaatggcggtaagttcctcgtctataac
tctgcgttgaccgaatacgccggtatgggattcgagtacggttattctgtcggaaaccaa
gacgcggtagtagcttgggaggcacagttcggtgacttcgctaatggtgctcaaaccatc
attgacgaatatgtttcttctggcgaggcaaaatggggtcaaacatcctctgtcatcttg
cttctgccacatggttatgaaggtcaaggtcctgaccactcctcagcacgtatcgagcgt
tatttgcagctatgtgctgaaggaaccatgactgttgctcagcctactaccccggctaac
tacttccacctattgcgtcgccatgctcttggtaatcttaagcgtccactcgttgtgttc
acgccaaagtcaatgctccgtatgaaagctgcgacctctgcggtagaagagttcacccaa
actcagaagttcaagtcggttatcaacgatccacgctttgtcgacggtcagggcaatgtc
attggtgatgtcaataaggtaacgacaatcatgctcgtttctggcaagctctactatgaa
ctagcaaagcgtgcccaaaaagataaacgtgatgatgtcgctattgtccggatcgaaatg
ctacatcctattccgttcaaccgtctcaaagaggcatttgcgctctatccaaatgcaacg
gaaatccgttactgccaggatgagccagcaaaccaaggtgcatggtcattcctcaatgag
cacttaccacagctcattccaggtctgctgccaatgaaacgcatttcacgacgtgctcag
gcttctactgcaactggtctttctaaagtccatgcaattgaacagcaagcactcgttgat
gccgcttttgctgctgatgcttaa
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