Tripterygium wilfordii (thunder duke vine): 120004760
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Entry
120004760 CDS
T07256
Name
(RefSeq) LOW QUALITY PROTEIN: 2-oxoglutarate dehydrogenase, mitochondrial
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
twl
Tripterygium wilfordii (thunder duke vine)
Pathway
twl00020
Citrate cycle (TCA cycle)
twl00785
Lipoic acid metabolism
twl01100
Metabolic pathways
twl01110
Biosynthesis of secondary metabolites
twl01200
Carbon metabolism
twl01210
2-Oxocarboxylic acid metabolism
Module
twl_M00009
Citrate cycle (TCA cycle, Krebs cycle)
twl_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
twl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
120004760
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
120004760
Enzymes [BR:
twl01000
]
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)
120004760
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Gene cluster
GFIT
Motif
Pfam:
E1_dh
Transket_pyr
OxoGdeHyase_C
2-oxogl_dehyd_N
Motif
Other DBs
NCBI-GeneID:
120004760
NCBI-ProteinID:
XP_038709977
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Position
9:complement(5034057..5038012)
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AA seq
1004 aa
AA seq
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MAWFRISSGVANLVIRRSLCRSGLHVRWTKVLSSQNRFFRMTVARSKAQANHFVDGTSGV
YLEDLQRTWEADPNSVDESWDNFFRNFVGKVESPSGLSGQTIQESMSLLLLVRAYQVNGH
MKAKLDPLGLEKREVPDDLDPAFHGFTEADLDREFFLGVLRMSGFMSDNRPMQTLRSILT
RLQQAYCGSIGYEYMHIEDREKCNWLRDKIETPTVMEYNRERREVFLDRLIWSTQFENTL
ADKMKAAKRFGLEGGETLIPGMKEMFDRAADLGVENIVVGMPHRGRLNVLGNVFRKPLRQ
IFSEFDKNARSADDDVGLYTGTGDVKYHLGTSYDRPTRGGNRIHLSLVANPSHLEAVDSV
VIGKTRAKQYYTNDVNRTKNMGVLIHGDGSFAGQGVVYETLHLSALPNYTTGGTIHIVVN
NQVAFTTDPSAGRSSWYCTDVAKALNVPIFHVNGDDMEAVIYVCQLAAEWRQTFHSDVVV
DIVCYRRFGHNEIDEPSFTQPKMYKVIHNHPSALEIYKNKLLESRQVTQEKIGKIHEKVN
SILNEEFLASKDYVPQRRDWLASHWAGFKSPGQLSHIRNAGVNPEVLKNVGKAITMVPDG
FKPHKQVKKIYDERARMIENGEGIDWGMGEALAFATLLVEGNHVRLSGQDVERGTFSHRH
AILHDQETGKRYCPLDHVMPDQDEEMFTVSNSSLSEFGVLGFELGYSMENPNALVMWEAQ
FGDFSNGTQVIFDQFLSGGEAKWLRQAGLVVLLPHGYDGQGPEHSSARLERFLQMSDNNP
YDIPEMDPTLRTQIQESNWQGVNVTTPANYFHVLRRXIHRDFRKPLIVMSPKNLLRYKFC
KSNLSEFDDVKGNQGTIFRRLIKDQNDHSDIEEGARRLVLCSGKIFYELDEERRRVNAKD
VAICMVEQLCPFPYDLIQPELKRYPNAEIVCCQEEPMNMGAYSYIAPRLCTAMKTLGRGS
IEDVKYVGRAPSAATATGYWQVHQKEQADLVQQAMQPESVESPY
NT seq
3015 nt
NT seq
+upstream
nt +downstream
nt
atggcttggtttagaatcagctctggtgtggcaaatcttgtcattagaagatctctatgt
cggagtggattacatgtgagatggacaaaagttctttcctctcagaatcgatttttccgc
atgacggtagctcgatcaaaggcacaagccaatcattttgtggatgggactagtggtgta
tacttagaagatcttcaaaggacctgggaagctgacccaaatagtgtagatgagtcttgg
gacaatttctttaggaattttgttggtaaggtagaatcaccatctggactttcaggccaa
acgatacaggagagtatgagccttttgttgcttgtaagggcttaccaagttaatggtcat
atgaaagcaaaattagacccacttggtttggaaaagagggaagttcctgatgatttggac
cctgcgtttcatgggttcactgaagctgatcttgatagggaatttttcttaggagttttg
cgtatgtctggatttatgtctgataatcgtccaatgcagacccttcggtccatattgaca
cgacttcagcaggcctattgtggaagcattgggtatgagtatatgcacattgaagatagg
gagaaatgcaactggttaagagacaagattgaaacccctacagtgatggaatacaatcga
gagcgtcgtgaggtatttcttgacaggctgatatggagtacacaatttgagaacacatta
gcagacaaaatgaaagcagcaaagaggtttggccttgaaggtggggagactctaattcca
ggcatgaaggagatgtttgatagggctgcagatcttggtgtagagaatatagttgtagga
atgcctcacagaggaagactgaatgttttgggaaatgtttttcggaaacctcttcgtcag
atattcagtgaatttgacaagaatgcaaggtctgctgatgatgacgttggcctttacacg
ggtactggtgatgtcaagtatcatttgggaacttcctatgatcggccaacaagaggtggg
aatagaattcatttgtctctagttgcaaatcctagtcacttagaagctgtggattctgtt
gtcattggtaaaactagagctaagcaatattatacaaacgatgtcaacaggactaagaat
atgggtgttttgattcatggagatggcagctttgccggacaaggtgtggtctatgaaacc
ttgcatctaagtgcacttccaaactacaccacaggtgggactatccacattgtggtaaac
aaccaagtagccttcacaactgatcctagtgctgggaggtcttcttggtactgtactgat
gttgcgaaagccttaaacgtccctatttttcatgtgaatggtgatgatatggaggcagtt
atttatgtctgtcaacttgcagcagagtggcgccaaacattccattcagatgtcgtggtt
gatatagtatgttatcgtcgattcgggcacaacgaaattgatgaaccgtctttcacacag
cccaaaatgtataaggtcattcacaatcatccctccgcgcttgagatatacaagaataaa
ctattagaatctaggcaggtcactcaagaaaaaattggtaagatacatgagaaggtcaat
tcaatcctcaatgaagagtttttggccagtaaggattatgttccgcagagaagggactgg
cttgcatctcactgggctggattcaagtctcctggacagctctcacatatccgaaacgct
ggggttaatccagaagtactaaagaacgttggcaaagcaattacaatggttccagatggt
ttcaagcctcacaaacaagtgaagaagatatatgatgaacgcgcacggatgattgaaaat
ggagaaggcattgactggggaatgggagaggcacttgcctttgcgacattattagtggag
ggtaaccatgttagactcagtggccaggatgttgaaagaggtacatttagtcatcggcat
gctatacttcatgatcaggaaactgggaaaagatactgccctttggaccatgttatgcca
gaccaggatgaggaaatgtttacagtaagcaatagctctctgtctgagtttggagtcctt
gggtttgaactgggttattccatggaaaatccaaatgcattggttatgtgggaagctcaa
tttggtgacttttccaatgggactcaagtaatatttgatcagtttttgagtggcggagag
gcgaaatggctgcgccaagctgggcttgttgttctgcttcctcacggttatgatggacag
ggccctgaacattcaagtgcacgactggagcgtttccttcagatgagtgataacaaccct
tacgacatacctgagatggatccgacactacgtacacaaattcaggaaagtaattggcag
ggtgtgaatgttacaactccagccaattactttcacgttttgcgacgttagatccacagg
gatttccggaagcctctaatagtaatgtctccaaagaatttgcttcgctacaagttctgc
aaatcaaatttatctgaatttgacgacgtcaaaggtaatcaaggaacaatatttaggcgc
ctcataaaggatcaaaatgaccactctgatattgaagagggtgcgaggcgcctggttctt
tgctcaggaaagattttctatgaacttgatgaagagcgacggagggtcaatgcaaaggat
gtagcaatttgcatggttgagcaactttgtcccttcccatatgacctcatacagcctgag
cttaaacgttatccaaatgcggagattgtatgctgccaggaagaaccaatgaacatggga
gcatatagttacatcgcaccacgcctttgcactgcaatgaaaactcttggcagagggtct
atagaagatgtcaagtacgttggccgtgctccatctgctgccaccgccaccggatattgg
caagttcaccaaaaagagcaggctgatcttgtgcaacaagcaatgcagccagaatctgtt
gaatcaccctactga
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