Chemistry
Rhodium
100%
Alkyne
100%
Alkylation
100%
Lewis Acid
83%
Imidate
77%
Ketones
66%
Diels-Alder Intramolecular Cycloaddition
66%
Thiol
66%
Base
66%
Ketone
66%
Esterification
63%
Carboxylic Acid
61%
Addition Reaction
55%
Occurrence in Nature
50%
Alkene
44%
Neutral Condition
44%
Ketoester
44%
Acid Catalyst
38%
Dimerization
33%
Acyltransferase Inhibitor
33%
Ghrelin
33%
Inositol
33%
Isatin
33%
Tryptamine
33%
Nucleophile
33%
Macrolactonization
33%
Enyne Metathesis
33%
Ruthenium
33%
Benzyl Ester
33%
Tertiary Alcohol
33%
Allylic Alcohol
33%
Cyclopropene
33%
Disaccharide
33%
Allyl Group
33%
Allylation
33%
Henry Reaction
33%
Rebeccamycin
33%
Glycoside
33%
Indolocarbazole
33%
Enantiopurity
33%
Structure Elucidation
33%
Boronic Acid
33%
Carbamates
33%
Tetraethylammonium
33%
Carbocation
33%
Pyrazole
33%
Ethyl
33%
Indole-3-Butyric Acid
33%
Enyne
30%
Alkyl Group
27%
Keyphrases
Trichloroacetimidate
100%
Inositol Phosphatase
66%
Phosphatase Inhibitors
66%
Ester Formation
50%
SHIP2
44%
Imidates
41%
Esterification
41%
Neutral Condition
40%
SHIP1
37%
CNS Homeostasis
33%
Phosphine Complexes
33%
Rhodium
33%
Patent Review
33%
Colorectal Cancer
33%
Indolenine
33%
3-Substituted Indoles
33%
Pyrroloindoline
33%
Isatin
33%
Small Molecule Targeting
33%
Indane
33%
Mesenchymal Stem Cells
33%
Macrolactonization
33%
SH3 Domain
33%
Catalytic Inhibitor
33%
AKT1
33%
Halopyridines
33%
Catenin
33%
Big Waves
33%
Cancer Immunotherapy
33%
Cholestane
33%
Oxoammonium Salt
33%
Free Amino Acids
33%
Halogenation
33%
Thiols
33%
Hematopoietic Stem Cells
33%
SHIPi
33%
Leishmania Infection
33%
Allylic Halides
33%
Tandem Oxidation
33%
Allyltributylstannane
33%
Pharmacophore
33%
Cyclopropenes
33%
Poisoning
33%
Murine Hematopoietic Stem Cells
33%
Allylation
33%
Aniline
33%
Acid-catalyzed
33%
Monofluoroalkylation
33%
1,4-addition Reactions
33%
Alkyne Dimerization
33%
