Keyphrases
Chemical Waste
100%
Fine Chemicals
100%
Waste to Value
100%
Amaryllidaceae Alkaloids
100%
Biocatalytic Synthesis
100%
Diols
100%
Soil Bacteria
66%
Cancer Cell Lines
66%
Cyclohexadienes
66%
Dihydroxylation
66%
Ralstonia Eutropha
33%
Synthetic Intermediate
33%
Lead Structure
33%
Polyhydroxylated
33%
Pseudomonas
33%
Polyhydroxylated Alkaloids
33%
Stereochemical Configuration
33%
Aromatic Compounds
33%
Synthetic Methods
33%
Large-scale Application
33%
Innovative Process
33%
Aromatic Acids
33%
Aromatic Carboxylic Acid
33%
Benzoic Acid
33%
Aromatics
33%
Ortho
33%
Good Yield
33%
Synthetic Routes
33%
Biocatalysis
33%
Lycorine
33%
Alkaloids
33%
Value Products
33%
Large-scale Production
33%
Biocatalytic
33%
Antitumor Properties
33%
Organic Chemistry
33%
High Efficiency
33%
Oil Industry
33%
Industrial Processes
33%
Crude Oil
33%
Anticancer Drugs
33%
Organic Waste
33%
INIS
chemical wastes
100%
alkaloids
100%
values
100%
synthesis
100%
conversion
100%
diols
66%
bacteria
66%
aromatics
44%
soils
44%
humans
44%
cancer
44%
carboxylic acids
22%
aromatic acids
22%
stereochemistry
22%
exemptions
22%
benzoic acid
22%
pseudomonas
22%
aromatic compounds
22%
feasibility studies
22%
chirality
22%
substrates
22%
industry
22%
pharmaceuticals
22%
crude oil
22%
applications
22%
production
22%
configuration
22%
yields
22%
surveys
22%
antineoplastic drugs
22%
strains
22%
reactivity
22%
organic wastes
22%
oils
22%
output
22%
chemistry
22%
Chemistry
Chemical Waste
100%
Diol
100%
Dihydroxylation
66%
Cyclohexadiene
66%
Aromatic Compound
33%
Antitumor
33%
Lycorine
33%
Antineoplastic Agent
33%
Aromatic Carboxylic Acid
33%
Organic Chemistry
33%
Carboxylic Acid
33%
Benzoic Acid
33%
Petroleum
33%
Feasibility Study
33%
Structure
33%