Keyphrases
Cytochrome P450 Enzymes
100%
Prunasin
85%
Steviol Glycosides
85%
Baker's Yeast
85%
Approaches to Study
85%
Cytochrome P450 (CYP450)
85%
Phytochemicals
85%
Glucosinolates
85%
High Performance Liquid Chromatography-tandem Mass Spectrometry (HPLC-MS/MS)
85%
Cyanogenic Glucosides
85%
Combinatorial Approach
85%
Phylogenetic Framework
85%
Metabolic
85%
Ent-kaurene
85%
Brassica Oleracea
85%
Kaurenoic Acid
71%
Hydroxylase
71%
Oxidase
57%
Stevia Rebaudiana
42%
Hydroxynitrile
34%
Mandelonitrile
34%
Herbivore
31%
Steviol
28%
Co-expression
28%
Metabolon
28%
ATR2
28%
P450s
28%
Cytochrome P450 Reductase
28%
Side Chain
19%
Hydroxylation
19%
Methylation
19%
Amphibia
19%
Hydroxyl
19%
Crucifer
19%
Crucifers
19%
Monoglucosides
17%
Leaf Nitrogen
17%
Glucosylation
17%
CYP79
17%
Plant Kingdom
17%
Phenylalanine
17%
Dehydration
17%
Hydrolysis
17%
Biosynthetic Enzymes
17%
Flower Bud
17%
Amygdalin
17%
Ontogenetic Variation
17%
Aldoxime
17%
Diglucoside
17%
Convergent Evolution
17%
Biochemistry, Genetics and Molecular Biology
Cytochrome P450
100%
Phytochemical
85%
Lifestyle
85%
Glucoside
85%
Oxygenase
85%
Solution and Solubility
85%
Anabolism
74%
Oxidoreductase
68%
Oxidase
68%
Enzyme
42%
Cytochrome P450 Reductase
34%
Plant-Based Food
31%
Metabolon
28%
Precursor
17%
baker's yeast
17%
Steviol Glycoside
17%
Monosaccharide
17%
Arabidopsis thaliana
17%
Stevia rebaudiana
17%
Rorippa
15%
Chemistry
Cytochrome P450
90%
Glucosinolate
85%
Glucoside
85%
Indole
85%
Prunasin
85%
Hydroxynitrile
34%
Metabolite
22%
Toxic
17%
Enzymatic Hydrolysis
17%
Mass Spectrometry
17%
Glucosylation
17%
Hydrogen Cyanide
17%
Glycosylation
17%
UDP
17%
Phenylalanine
17%
Amygdalin
17%
Aldoxime
17%
