Identification of (<i>R</i>)-mandelonitrile biosynthetic enzymes from <i>C. hualienensis.</i>

Identification of (<i>R</i>)-mandelonitrile biosynthetic enzymes from <i>C. hualienensis.</i>

<p>(A) Phylogenetic tree of cytochrome P450s (CYPs) from <i>C. hualienensis</i> and previously characterised cyanohydrin biosynthetic CYPs from the burnet moth and plants. Bar indicates 40% divergence. (B) Identification of CYPs catalysing the conversion of (<i>E/Z</i>)...

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Detalhes bibliográficos
Autor principal: Takuya Yamaguchi (4543105) (author)
Outros Autores: Yasuhisa Asano (727606) (author)
Publicado em: 2025
Assuntos:
Biochemistry
Evolutionary Biology
Ecology
Plant Biology
Virology
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
subsequently converting aldoxime
natural defensive chemicals
indicating sequential duplication
catalyse aldoxime dehydration
div >< p
cyanogenic millipedes evolved
chamberlinius hualienensis </
hualienensis </
r </
typically lineage
related enzymes
plant lineages
plant kingdoms
paralogous genes
millipedes demonstrates
mechanisms underlying
hydroxynitrile lyase
hydrogen cyanide
giving rise
enzymes independently
dependent monooxygenase
deeper understanding
cytochrome p450
complete set
coding genes
biological characterisation
>)- mandelonitrile
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