Keyphrases
Linchpin
50%
Zeolite X
50%
Photooxidation
50%
4H-pyrans
50%
Carbonyl-ene Reaction
50%
Reaction Development
50%
Spirastrellolide
50%
Spiroketals
50%
Tricyclic Core
50%
Phomactin
50%
Acetal
50%
New Reactions
50%
Spiroketalization
50%
Three-component Coupling
50%
Dihydropyranones
50%
Titanium Species
50%
Ion-exchanged Zeolite
50%
Diels-Alder Reaction
50%
Meso-epoxides
50%
Dienophile
50%
Undecane
50%
Cobalt-catalyzed
50%
Sp2-sp3 Coupling
50%
Forskolin
50%
Useful Yield
25%
Direct Introduction
25%
Oxygen Heterocycles
25%
Dihydropyran
25%
Iron-catalyzed
25%
New Entry
25%
Functional Substitution
25%
Enol Ethers
25%
Cross-coupling Reaction
25%
Stereochemical Assignment
25%
Facile Method
25%
Ketalization
25%
4-pyrones
25%
Nucleophile
25%
Epoxide Ring Opening
25%
Cyclization
25%
Dihydrofuran
25%
Multiple Centers
25%
Stereogenicity
25%
Ketones
25%
Efficient Preparation
25%
Lewis Acid Catalysis
25%
Silylation
25%
Suzuki Coupling
25%
Diastereoselectivity
25%
Pyrone
25%
Chemistry
Diels-Alder Reaction
100%
Stereochemistry
66%
Acetal
50%
4H-Pyran
50%
Cobalt
50%
Spiroketal
50%
4H-Pyran-4-One
50%
Nucleophile
50%
Pyrone
50%
Photooxidation
50%
Suzuki Coupling
50%
Undecane
50%
Alkylation
50%
Ene Reaction
50%
Dihydrofuran
50%
Forskolin
50%
Grignard Reagent
33%
Cross-Coupling Reaction
25%
Silane
25%
Enol Ether
25%
Halide
25%
Cyclohexene
25%
Ring Opening Reaction
25%
Diastereoselectivity
25%
Complex Reaction Mechanisms
25%
Tetrahydropyran
25%
Heterocyclic Compound
25%
Bronsted Acid
20%
Nonane
16%
Ketone
16%
Stereoselectivity
16%
Product Distribution
16%
Charge Transfer State
10%
Tolualdehyde
10%
Monoatomic Dication
10%
