Helianthus annuus (common sunflower): 110865622
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Entry
110865622 CDS
T05101
Name
(RefSeq) 2-oxoglutarate dehydrogenase, mitochondrial
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
han
Helianthus annuus (common sunflower)
Pathway
han00020
Citrate cycle (TCA cycle)
han00785
Lipoic acid metabolism
han01100
Metabolic pathways
han01110
Biosynthesis of secondary metabolites
han01200
Carbon metabolism
han01210
2-Oxocarboxylic acid metabolism
Module
han_M00009
Citrate cycle (TCA cycle, Krebs cycle)
han_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
han00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
110865622
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
110865622
Enzymes [BR:
han01000
]
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)
110865622
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
E1_dh
OxoGdeHyase_C
Transket_pyr
2-oxogl_dehyd_N
Motif
Other DBs
NCBI-GeneID:
110865622
NCBI-ProteinID:
XP_021970633
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All DBs
Position
6:complement(70148226..70152461)
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AA seq
1025 aa
AA seq
DB search
MAWIRAGSCLRKLAIRKTLQQGRSYAARTGHSVFPLQNQRFHSSVFKSGPESGPVPRSVP
LSRLSDSFLDGTSSVYLEELQRAWETDPNSVDESWDNFFRNFVGPAASSPGLSGQTIQES
MKLLLLVRAYQFHGHMKAKLDPLGIEQRLIPEDLDPGFYGFGESDLDREFFLGVWRMSGF
LSENRPVQTLRAITTRLEQAYCGSIGYEYMHIANRDRCNWLRDKIETPSPTPYSSERRQV
ILSRLIWSTQFENFLATKWTAAKRFGLEGGETLIPGMKEMFDRSADLGVENIVIGMSHRG
RLNVLGNVVRKPLRQIFSEFSGGTKPIDEAGLYTGTGDVKYHLGTSYDRPTRGGKHIHLS
LVANPSHLEAVDPVVIGKTRAKQYYSNDVDRTKNMGILIHGDGSFAGQGVVYETLHLSGL
PNYTTGGTIHIVVNNQVAFTTDPKSGRSSQYCTDVAKALDAPIFHVNGDDVEAVVHACEL
AAEWRQTFHSDVVVDITCYRRFGHNEIDEPFFTQPKMYKVIKSHPNALEIYQKQLLETGQ
VTKEDIDRIQNKVLSILNEEFVASKDYTTQKRDWLSNYWAGFKSPEQLSRIRNTGVQPEI
LKNVGKTITTLPENFNPHRAVKKIFADRLKMIETGEGVDWAVAEALAFATLLVEGNHVRL
SGQDVERGTFSHRHSVIHDQETGERYCPLAHVMKNQHPEMFTVSNSSLSEFGVLGFELGY
SMENPNSLVLWEAQFGDFSNGAQVMFDQFLSSGEAKWLRQTGLVVLLPHGYDGQGPEHSS
ARLERFLQMSDDNPVVIPEMDPTLRTQIQACNWQVVNVTTPSNYFHVLRRQLHREFRKPL
IVMSPKNLLRHKECKSNLSEFDDEKGHPGYDKQGTKFKRLIKDYNRHSDLEEGIRRLVLC
SGKVYYELDEQRKSVDGKDVAICRVEQLSPFPYDLIQRELKRYPNAEIVWCQEEPMNMGA
FAYIAPRLATAMKAVDRGSIQDIKYVGRAPSAATATGFYGVHVKEHSEIVQKAMQPEPIT
TPALA
NT seq
3078 nt
NT seq
+upstream
nt +downstream
nt
atggcatggattcgagctggatcttgtctcaggaagcttgcaattagaaaaactctgcaa
cagggtagatcatatgcagcaagaacagggcactctgtttttccattacaaaatcagcgt
tttcattcgtcggttttcaaatcagggcccgaatccggacccgttcctcgatcggtccca
ctttcgcggttatccgatagtttcttggatggaaccagtagtgtgtacctggaagagctt
caaagagcctgggaaaccgacccgaatagcgtcgatgagtcgtgggacaatttctttagg
aactttgtcggtccagccgcttcgtcccccgggttatcgggtcagactattcaagaaagt
atgaagctgttgttgcttgtgagagcttaccagtttcacggtcacatgaaagcgaaactg
gacccgttggggatcgagcaacggttgattccggaggatctagaccccggtttttacggg
ttcggtgagtctgatctcgaccgtgagtttttcctcggtgtatggaggatgtcagggttt
ttatccgaaaaccgacccgtgcagacccttagagcgataacgactagacttgaacaggct
tattgtggcagcattggttatgagtacatgcacattgcgaaccgcgaccgatgtaactgg
ttgcgggacaaaatcgaaaccccgtcgccaacgccttatagtagtgagcggcgtcaggtt
atactcagccggctcatttggagtactcagttcgagaactttttggctaccaagtggact
gctgctaagcggtttgggctcgagggtggcgagacattaatcccaggaatgaaagagatg
tttgaccggtcagcggatctaggcgttgaaaacatcgtgatcgggatgtctcacagagga
cggttaaacgtgttaggtaatgttgttaggaaaccgctacgtcagattttcagtgagttt
agtggcgggacgaagcccattgatgaagccgggctttatactgggaccggtgatgttaag
tatcacttaggaacatcatatgatcggcccacgagaggcggaaagcatatacatttgtcg
ttggttgcaaacccgagtcacttggaagccgtcgatcctgttgttatcggtaaaactcga
gcgaaacagtattactcgaacgatgtggaccgaacgaagaatatgggtattttgatccat
ggtgatgggagctttgcaggacaaggtgtagtgtatgaaacattgcatctaagtggtcta
ccaaattacacaactggtggcactattcacattgtggtcaacaatcaggttgcttttact
actgatccaaaatcaggaagatcttcacagtattgtacagatgttgctaaagcattggat
gctcccattttccacgtcaacggtgatgatgtggaagccgttgttcatgcttgcgagctt
gcagccgagtggcgccagacgttccattcggatgttgtggttgacatcacttgttatcgt
cggtttggacataatgaaattgatgaaccctttttcacccaacctaaaatgtacaaggtt
atcaagagccatcctaacgccctcgaaatttaccaaaagcagcttcttgaaacgggacaa
gttacgaaagaagatattgacagaatacaaaacaaagttttatcgatcttgaacgaagaa
tttgtggcaagcaaagattacacgacgcagaaaagggattggctttcaaactactgggca
ggatttaagtccccggaacagctttcacgtattcgtaacaccggggtccaaccagagatc
ttgaagaatgtcgggaagacgatcacaacacttccggaaaacttcaaccctcaccgagca
gtgaaaaagatatttgcggaccgtttaaagatgattgaaaccggagagggtgttgactgg
gccgttgcagaagcacttgctttcgcaacactgttggtggaggggaaccacgtgcggtta
agtggtcaggatgtggaaagaggtactttcagtcacaggcattcggttatccacgatcaa
gaaaccggggagcgttactgtccgttggctcatgtgatgaagaatcagcatccggaaatg
tttaccgttagcaatagttctctttcggagttcggtgttctaggatttgaattggggtac
tcaatggagaatccaaactcacttgtgttatgggaagcccagtttggtgatttttcgaac
ggagcccaggtgatgtttgaccagtttttgagcagtggtgaggctaagtggctgcgacag
accgggttagtcgtgttgctgccgcatggttatgatggtcagggccctgaacattctagt
gcacgcctcgaacggttccttcagatgagtgatgataatcctgttgttatacctgagatg
gacccgacacttcgaacacagatacaagcatgcaactggcaggttgtaaatgtcacaacg
ccctcgaattatttccatgtcttgcgtaggcagctgcatagggaattccgtaaaccgctc
atcgtgatgtctcctaagaatttgcttcgccacaaagagtgcaagtcgaatctatcagag
ttcgacgatgagaaaggtcatccggggtatgacaaacaagggaccaagttcaaacgtctc
atcaaggattataaccgtcactctgatctcgaagagggcattagacgtttagttctttgc
tcaggaaaggtttattatgaacttgacgaacaacgaaagtcagtcgatggaaaagatgtt
gcgatttgtcgggtggaacaactttccccgttcccatacgacctgatccaacgtgaacta
aagcgttacccaaacgcagagatcgtttggtgtcaagaggagccgatgaacatgggggca
tttgcatacattgctccccgccttgctacagccatgaaagcagtggaccggggtagcata
caagacatcaaatacgtgggccgtgctccatcagctgcgacagcaaccgggttctatgga
gttcatgtcaaagaacactctgagatagtccagaaagcgatgcagcctgagcccatcacc
acccccgcccttgcttga
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