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Chemistry
(R)-3-Hydroxybutyric Acid
50%
1,3-cycloaddition
50%
1,3-dioxolane
50%
2-Naphthol
50%
Acetyl Group
50%
Acid Catalysis
50%
Acid Salt
50%
Acrylate
25%
Acrylic Acid
25%
Addition Reaction
25%
Aldehyde
25%
Aldol Reaction
16%
Allylation
16%
Aqueous Solution
16%
Azomethine Ylide
25%
Barbier Reaction
16%
Cyclohexenone
25%
Cyclopropane
25%
Diastereomer
25%
Diazo Compound
25%
Diels-Alder Reaction
16%
Diethylzinc
50%
Enantiomer
25%
Enantiopurity
50%
Enantioselectivity
50%
Enone
75%
Flow Chemistry Technique
25%
Furfural
25%
Gas Chromatography Mass Spectrometry (GCMS)
50%
Green Chemistry
16%
Hydroxybutyric Acid
50%
Isobutanol
16%
Lewis Acid
75%
Mannich Reaction
16%
Michael Addition
66%
Molecular Sieve
25%
Molecular Structure
50%
Monomer
100%
Nitrile Oxide
50%
Nitrone
50%
NMR Spectroscopy
62%
Photochemical Reaction
50%
Photooxidation
25%
Polyhydroxyalkanoate
66%
Pyrrolidine
50%
Regiochemistry
25%
Stilbene
50%
Transesterification
16%
Triflate
50%
Ytterbium
50%
Keyphrases
1,4-addition Reaction
16%
2-Naphthol
50%
3-fluorophenyl
50%
3-hydroxybutyric Acid
50%
Acid Method
50%
Acid Salts
50%
Biomass Valorization
50%
Biotransformation
50%
C-Met
25%
Caldimonas Thermodepolymerans
25%
Carbon Feedstock
10%
Clinical Development
25%
Continuous-flow Photochemistry
50%
Conventional Extraction
50%
Diastereomeric Mixture
12%
Downstream Processing
50%
Enantiomerically Pure
50%
Enantiopure
50%
Energy-intensive
50%
Enones
25%
Erlenmeyer
25%
Esters
20%
Ethanol
50%
External Cross-linker
12%
Flow Chemistry
25%
Four-step
25%
Green Chemistry
10%
Highly Efficient
50%
Isoxazolidine
25%
Lewis Acid-catalyzed
50%
Mediated Synthesis
50%
Michael Addition
50%
Nitroesters
50%
O-atom
50%
Overall Process
50%
PF-2341066
25%
PHA Production
50%
Pharmaceutical Composition
16%
Platform Chemicals
50%
Polyhydroxyalkanoates
10%
Potent Inhibitor
25%
Reaction in Water
25%
Renewable Carbon
20%
Tetraphenyl
50%
Thermophilic
50%
Transesterification Reaction
10%
Unsaturated Aldehyde
25%
Valorization Strategies
50%
Water-tolerant Lewis Acid
25%
Ytterbium Trifluoride
50%
