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Discovery of missing steps of secoiridoid pathway in Catharanthus roseus
Kirsi-Marja Oksman-Caldentey
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Dive into the research topics of 'Discovery of missing steps of secoiridoid pathway in Catharanthus roseus'. Together they form a unique fingerprint.
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Keyphrases
Catharanthus Roseus
100%
Secoiridoids
100%
Metabolic Pathway
50%
Low Molecular Weight
50%
Cost-effective Production
50%
Dominant Role
50%
Sustainable Production
50%
Biotechnology
50%
Metabolic Engineering
50%
Biosynthetic Pathway
50%
Anticancer Drugs
50%
Pharmaceutical Industry
50%
Chemical Synthesis
50%
Secondary Metabolites
50%
Production System
50%
Production Chain
50%
Plant Cells
50%
Monoterpenoid Indole Alkaloids
50%
Innovative Technologies
50%
Paclitaxel
50%
Eukaryotes
50%
Novel Plants
50%
Engineering Aspects
50%
Natural Compounds
50%
Fragrance
50%
Functional Genomics
50%
Higher Plants
50%
Pharmaceutical Factory
50%
Cultivated Plants
50%
Plant Compounds
50%
Spectacular
50%
Food Additives
50%
Combinatorial Biochemistry
50%
Stereospecific
50%
Secondary Compounds
50%
Taxanes
50%
Cultivation Process
50%
Blockbuster
50%
Genomic Tools
50%
Plant Constituents
50%
Green Manufacturing
50%
Large-scale Cultivation
50%
Camptothecin
50%
Agrochemicals
50%
Feed Additive
50%
Enzymatic Steps
50%
Biochemistry, Genetics and Molecular Biology
Metabolic Pathway
100%
Anabolism
100%
Functional Genomics
100%
Secondary Metabolite
100%
Biochemistry
100%
Anticancer
100%
Molecular Weight
100%
Metabolic Engineering
100%
Eukaryote
100%
Phytochemical
100%
Genomics
100%
Catharanthus roseus
100%
Pharmacology, Toxicology and Pharmaceutical Science
Secoiridoid
100%
Catharanthus roseus
100%
Food Additive
100%
Indole Alkaloid
50%
Eukaryote
50%
Agricultural Chemical
50%
Terpenoid
50%
Paclitaxel
50%
Fragrance
50%
Natural Product
50%
Cosmetic
50%
Phytochemical
50%
Taxane
50%
Camptothecin
50%
Anticancer Drug
50%
Agricultural and Biological Sciences
Catharanthus roseus
100%
Metabolic Engineering
100%
Secondary Metabolite
100%
Feed Additives
100%
Phytochemical
100%
Aroma Compound
100%
Iridoid
100%
Paclitaxel
100%
Taxane
100%
INIS
production
100%
pharmaceuticals
75%
tools
25%
engineering
25%
chains
25%
design
25%
cost
25%
food
25%
industry
25%
molecular weight
25%
additives
25%
range
25%
capacity
25%
plant cells
25%
cultivation
25%
synthesis
25%
metabolic pathways
25%
metabolites
25%
alkaloids
25%
biotechnology
25%
flavor
25%
cutting
25%
antineoplastic drugs
25%
cosmetics
25%
biochemistry
25%
indoles
25%
Chemistry
Metabolic
100%
Food Additive
100%
Molecular Mass
50%
Metabolite
50%
Terpenoid Indole Alkaloid
50%
Antineoplastic Agent
50%
Iridoid
50%
Camptothecin
50%
Pharmaceutical Industry
50%
Paclitaxel
50%
Natural Product
50%
Taxane
50%