| Entry |
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| Name |
(RefSeq) 2-oxoglutarate dehydrogenase, mitochondrial isoform X1
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| KO |
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| Organism |
aflr Apis florea (little honeybee)
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| Pathway |
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| Module |
| aflr_M00011 | Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate |
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| Brite |
KEGG Orthology (KO) [BR:aflr00001]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
100871183
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
100871183
Enzymes [BR:aflr01000]
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)
100871183
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
Unknown
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| AA seq |
1072 aa
MYKARTVFSTLTPLAPRMCKPERFASWLVRSHPLTRTTQVLIAKSARKYSNRVATEPFLN
GSSSSYVEEMYNAWLQDPHSVHVSWDSFFRSSTAGAAPGLAYQAPPSLAPSHNQVPLGAL
LPLGGSSQLSQIPITEKIIDDHLAVQAIIRSYQARGHLVADLDPLGIMQTDLIHTHYAAR
KGSPEQVLRQYMLEESDMDRIFKLPSTTFIGGKEKSLPLREILKRLEAAYCGHIGVEFMF
INSLEQCNWIRQKMETPGIMEMTNDERRLILARLTRATGFEAFLARKWSSEKRFGLEGCE
ILIPAMKQVIDKSTELGVESIVMGMPHRGRLNVLANVCRKPLSQIFTQFAALEAADDGSG
DVKYHLGTYIERLNRVTNKNIRLAVVANPSHLEAVDPVVQGKTRAEQFYRGDGEGKKVMS
ILLHGDAAFCGQGIVFETMHLSDLPDYTTHGTIHIVVNNQIGFTTDPRHSRSSPYCTDVA
RVVNAPIFHVNSDDPEAVMHVCKVAAEWRATFHKDVVIDIVSYRRNGHNEIDEPMFTQPL
MYRKIKNTPPVLDKYAKTLIDDGVVTSEEVKDVKDKYEKICEEAYVNAKQETHIKYKDWL
DSPWSGFFEGKDPLKVSPTGIKEDTLIHIGKKFSSPPPNAAEFVVHKGIERILKSRMEMI
EARTVDWALGEAMAFGSLLKEGIHVRLSGQDVERGTFSHRHHVLHHQTVDKATYRPLCYL
YPDQAPYTVCNSSLSEFGVLGFELGYSMTNPNALVCWEAQFGDFNNTAQCIIDQFISSGQ
AKWVRQSGLVMLQPHGLEGMGPEHSSARLERFLQMSADDPDYFPPENEEFAVRQLHDINW
IVANCSTPANYFHILRRQIALPFRKPLILMTPKSLLRHPEAKSSFDLMLENTEFLRVIPE
GGVASENPNNVKRVLFCSGKIYYDLKKARAEKNLDDKVAIIRVEQISPFPYDLVKKEAVK
YSNADLVWAQEEHKNQGAWTYIQPRFHTALNGTRSVSSGNTSYDSKDSRGWFSGWFSTKP
TIVSEPLSKESNKPKQRTLRYVGRPTGASPATGSKMQHLKELKQLLDDSFNL |
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| NT seq |
3219 nt +upstreamnt +downstreamnt
atgtataaggcaaggacagtatttagtacattaactcctttagcacctcgaatgtgcaaa
cctgaaaggtttgcttcatggctggtacgaagccatcctttgacaagaactacacaggta
ttgattgccaaatcagccagaaagtatagcaatcgggtagccacagaaccttttctcaat
ggaagttctagctcttatgtagaagaaatgtataatgcatggctacaagatcctcatagt
gtacatgtgtcttgggattcattttttcgtagcagtactgctggagctgcaccaggtctt
gcatatcaggctcctccttctcttgctccaagtcataaccaagttccattaggagcatta
ttaccacttggtggaagttctcaattaagtcaaatacctattactgaaaagataattgat
gatcatctggctgttcaagctattattcgttcttatcaggctcgaggtcacttagttgct
gatctggacccactgggtatcatgcaaacagacctgatacatacacattatgcagcccgc
aagggatctccagaacaggttctgcgacaatatatgcttgaggagtcggatatggatcgt
attttcaaattaccgtccaccacttttatcggaggcaaagaaaaatcattgcctcttcgt
gaaatcttaaagagactagaagctgcttattgtggtcacattggtgtggaatttatgttt
attaactccttagaacaatgtaattggatccggcaaaaaatggagacacccggtattatg
gaaatgacaaatgatgaaaggagacttattttggctagattaactcgtgcaactggattt
gaagcatttcttgcacgtaaatggtcatctgaaaaaagatttggtttagaaggatgtgaa
attctaattcctgctatgaagcaagtaattgataaatcaactgaattaggagttgaatcc
atagttatgggtatgcctcatcgaggtcgtttaaatgtccttgctaatgtatgccgcaag
cctttaagtcaaatatttactcaatttgctgctcttgaagcagctgatgatggatccggt
gatgttaaatatcatttgggaacgtatattgagcgtctaaatcgagtaacaaataaaaac
attcgtttggctgtagtggcaaatccatcacatttggaagctgttgatccagtagtgcaa
ggaaagactcgcgcagaacaattctatcgtggtgatggtgaaggcaaaaaggtcatgtct
attcttctgcatggtgatgctgcattttgtggacagggtatcgtttttgaaacaatgcac
ttatcagatttgcctgattacacaactcatggtactattcatattgtggtgaataatcaa
attggatttacaacagatccaagacattcacgatcttctccatactgtactgatgttgca
agagtagtgaatgcacctatcttccatgttaattcggatgatcctgaggcagtgatgcat
gtttgcaaagttgctgcagaatggagagcaacttttcacaaagatgttgttattgatatt
gtatcatatagacgaaatggtcataatgaaattgatgaacctatgtttacacaaccttta
atgtatcgcaaaattaaaaatactccaccagttctagacaaatatgctaaaactcttatt
gatgatggtgttgtcacttctgaagaagttaaggatgttaaagataaatatgaaaaaatc
tgtgaagaagcatatgtgaatgctaaacaagaaacgcatattaagtataaagactggttg
gattctccatggtctggtttttttgaaggaaaagatcctttgaaagtatctcccactggt
attaaagaagacacactcattcatattggaaaaaaattctcatcaccaccacccaatgca
gcagaatttgtagttcataaaggtatcgaacgtattttgaaatctcgtatggaaatgata
gaagctcgaacagttgattgggctcttggagaagctatggcttttggttctttacttaaa
gagggcattcatgttagattgtcaggtcaagatgtagaaagaggaactttttcacataga
catcatgttcttcatcatcaaactgtagataaagctacttatagaccgttatgttatctt
tatccagatcaagctccatatactgtgtgcaatagttctttatcagagtttggtgttctt
ggatttgaattaggttattctatgacaaatcctaatgcattagtatgctgggaagcacaa
tttggtgatttcaataatacagcacaatgcataatcgatcaatttattagcagtggtcaa
gctaaatgggtacgtcaatctggtcttgttatgctacaacctcatggtctggaaggaatg
ggacctgagcattccagtgctcgcttggaacgttttttacaaatgtcagctgatgatcca
gattattttcctcctgaaaatgaagaatttgctgtacgccagttgcatgatatcaactgg
attgtagctaattgcagtacaccagcaaattatttccatattctaagaagacaaattgca
ttgccatttagaaaacctttgattttaatgacacccaaatcattacttcgtcatccagaa
gcgaaatctagcttcgatctaatgcttgaaaatacagagtttcttagagtaataccagaa
ggaggtgtagcttctgaaaatcctaataatgttaaaagagtgctcttttgttctggtaag
atttattatgatctaaaaaaagcacgcgcagagaaaaatttggatgataaagttgctatt
ataagagttgaacagatttcacctttcccatatgatttagttaaaaaagaagctgttaaa
tattccaatgcagacttagtatgggctcaagaagaacacaaaaatcaaggtgcatggaca
tatattcaacctagattccatacagctcttaatggaactcgttctgtatccagcggaaat
acgtcatacgacagtaaggatagcagagggtggtttagtggttggttttcaactaaacca
acaattgtgtccgagccactatcaaaagaatctaataaacccaaacagagaacattaaga
tatgttggtcgaccaacgggagcttcacccgcaacaggaagcaaaatgcagcatctcaaa
gaattgaaacaattacttgatgattccttcaatctttaa |
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