| Entry |
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| Name |
(RefSeq) peroxisomal fatty acid beta-oxidation multifunctional protein AIM1
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| KO |
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| Organism |
vun Vigna unguiculata (cowpea)
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| Pathway |
| vun00592 | alpha-Linolenic acid metabolism |
| vun01110 | Biosynthesis of secondary metabolites |
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| Module |
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| Brite |
KEGG Orthology (KO) [BR:vun00001]
09100 Metabolism
09103 Lipid metabolism
00071 Fatty acid degradation
114182034
00592 alpha-Linolenic acid metabolism
114182034
Enzymes [BR:vun01000]
1. Oxidoreductases
1.1 Acting on the CH-OH group of donors
1.1.1 With NAD+ or NADP+ as acceptor
1.1.1.35 3-hydroxyacyl-CoA dehydrogenase
114182034
1.1.1.211 long-chain-3-hydroxyacyl-CoA dehydrogenase
114182034
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.17 enoyl-CoA hydratase
114182034
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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 |
4:988037..994216
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| AA seq |
724 aa
MALPKVDFEVGADGVAVITMGNPPVNALAIPIIMGLKDRFDEAARRNDVKAIVLTGKGGR
FSGGFDISVMKKVHDTGDSSHLPDVSVELVVNAIEDSKKPVVAAVEGLALGGGLELAMGC
HARIAAPRAQLGLPELTLGIIPGFGGTQRLPRLIGLSKAVEMMLTSKPITSEEGRKLGLI
DSIVSSEELLKVSRLWALEIGERRKPWVRSLHRTDKIGSLSEARKVLGTARQHVKKTAPH
LPQQQACVDVIEHGIVHGGYSGVLKEAEVFKKLVVSDTSKGLINIFFAQRAITKVPGVTD
IGLKPRNVKKAAVIGGGLMGSGIATALLLGNIRVFLKEINSEFLTKGIKTIEGNVNGLAR
RGKLTKQKADAALSLLQGVLDYTEFKDVDLVIEAVIENVSLKQTIFSDLEKICPPHCILA
SNTSTIDLNLVGKKTSSQDRIAGAHFFSPAHIMPLLEIIRTDKTSPQVILDLITVGKIIK
KAPVVVGNCTGFAVNKTFFPYSQAASLLVNLGVDVYRIDRLIRDFGFPIGPFQLADLAGY
GVSFATSKVFADAFSDRVFNSPLLDLMMKSGRNGKNNGRGYYIYEKGSKPKPDPSIQPII
EESRRICNIMPNGKPISVTDQEIVEMILFPVVNEACRVLEDGVAIRASDLDIASVLGMSF
PNYRGGIVFWADLVGGNHIYTSLKKWTQLYGNFFKPSKYLEERAVKGIPLSAPASSTPKL
LGRL |
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| NT seq |
2175 nt +upstreamnt +downstreamnt
atggcgttgcctaaggttgattttgaggttggagctgatggggttgctgtcatcactatg
ggcaacccacccgtcaatgccttggccataccaattatcatggggttgaaagatagattt
gatgaggcagctagaaggaatgatgtgaaagctatagttttgactggtaaaggtgggaga
ttttctggtggctttgatatcagtgttatgaagaaagttcacgataccggggattcctcg
catctccctgatgtctccgtggaactagtggtcaatgcgattgaagattccaagaagcct
gttgttgcagcagtagaggggcttgctcttggaggcggattagaactggctatgggatgc
catgcacgtattgcggctccgagagctcaattgggtctaccagagctgactcttggtatt
attcctggatttggaggaacacaacgtcttccaaggcttattgggctgtctaaagctgtt
gaaatgatgctgacatctaaacctattacgtcggaagaagggaggaaattaggacttatt
gattctattgtgtcatctgaggagttactaaaggtatctaggttgtgggctcttgaaata
ggagagaggcgcaaaccttgggttcgttcacttcataggacagacaaaattggttccctg
tctgaagcacgcaaggtgttgggaactgccaggcaacatgtcaagaagactgctccacat
ttgcctcagcaacaggcttgcgtagatgtgattgaacatggaatagttcatggtggctat
agtggtgtgctaaaggaggcagaagttttcaagaaattagttgtgtcggacacatcaaaa
ggtttaattaacatcttctttgctcagcgggctataacaaaggtgcctggtgtaactgat
atcggccttaagccaagaaatgttaaaaaagctgctgttattggaggaggtctaatggga
tctggtattgctactgctcttctacttggcaacattcgtgtctttctcaaggaaatcaat
tctgaatttcttacgaagggaataaaaacaatagaaggaaatgttaatggcttagcaaga
agaggaaagttgacgaaacagaaggcagatgctgcactgtcactgcttcaaggcgttctg
gattacacagaatttaaagatgtggacttggttattgaggctgtaattgaaaatgtcagt
ctcaaacaaaccatatttagtgatcttgagaagatctgtcctccacactgcattttagca
tcaaacacatcaactattgaccttaatcttgttggtaaaaagaccagctctcaagatcgc
attgcgggtgctcattttttcagtcctgctcacatcatgcctcttttggagattatacga
accgataaaacttccccacaagtgattcttgatctgataactgttggtaaaatcataaag
aaggctcccgttgtggtgggtaactgtaccggctttgcagtgaataaaacattcttccca
tattcacaggctgccagtttgttggtcaacttgggtgtggatgtttacagaattgacaga
ttgatacgcgactttggctttcccatcggtcctttccagcttgcggacttggctggctat
ggagtttcttttgctacatccaaagtatttgcagatgctttttctgatcgcgtatttaat
tctccattgcttgatcttatgatgaaatctgggcgaaatggcaaaaacaatggcagaggt
tactacatttatgaaaagggtagcaagccaaaacctgatccttcaatacaaccaatcata
gaggaatctagaagaatctgcaatattatgcccaatggaaagcctatatctgttactgac
caagagatcgtggagatgattctctttccagtagtgaatgaggcatgccgtgttttagaa
gatggagttgctattcgagcatcagatcttgacattgcatctgttcttggaatgagcttc
cccaattaccggggtggcattgttttctgggcagatttggttgggggtaatcatatctat
accagtctaaaaaagtggacacagttatatggtaacttctttaaaccctcaaagtatttg
gaagaaagagcagtcaaaggcattcctttgagtgcacctgcttcatctactccaaagcta
ctggggcgtctatga |
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