Chemistry
Ruthenium
100%
Primary Alcohols
97%
Imine
74%
Glycosylation
74%
Alkene
73%
Donor
69%
Dehydrogenation
66%
Iridium
60%
Hydrogen
57%
Decarbonylation
54%
Manganese
48%
Carboxylic Acid
48%
Condensation
46%
Halide
43%
N-Heterocyclic Carbene
42%
Galactose
40%
Kinetic Isotope Effect
36%
Carbene
32%
Diol
32%
Grignard Reagent
32%
Base
31%
Ring Closing Metathesis
29%
Carboxamide
29%
Galactoside
27%
Tandem Reaction
26%
Occurrence in Nature
26%
Disaccharide
26%
Density Functional Theory
26%
Dihydrogen
26%
NMR Spectroscopy
24%
Acetic Acid
24%
Lactate
24%
Allylation
23%
Pentose
22%
Xylan
21%
K
21%
Ring Opening Reaction
20%
Mechanistic Study
19%
Aldose
19%
Piperazine
19%
Aldonolactone
19%
Polysaccharide
19%
Glucuronic Acid
19%
% Inhibition
19%
Phospholipid
19%
Enyne Metathesis
19%
Rhamnogalacturonan I
19%
Hexasaccharide
19%
Enyne
19%
Methyl Ester
19%
Keyphrases
Decarbonylation
29%
Dehydrogenative
29%
Primary Alcohols
24%
Carbohydrates
21%
Olefin Metathesis
19%
Cyclophellitol
19%
Alcohol
17%
Thioglycosides
16%
Methyl Vinyl Glycolate
15%
Iridium-catalyzed
14%
Rhodium Catalysis
14%
Methyl
13%
Ruthenium Carbene
12%
Aldehydes
11%
Methyl Ester
9%
Carbocycles
9%
Aqueous Oxidation
9%
Ethanol Oxidation
9%
α-tocopheryl Succinate
9%
Olefins
9%
Mechanistic Investigation
9%
Piperonal
9%
Secondary Kinetic Isotope Effect
9%
Ribofuranosides
9%
Zn-Sn
9%
SnSb
9%
Enzyme-triggered Release
9%
Enyne Metathesis
9%
Substituted piperazines
9%
Aryl Halides
9%
Substituted Quinolines
9%
Reductive Conversion
9%
Lipid-drug Conjugate
9%
Iridium Catalysis
9%
Synthetic Strategies
9%
Oxindole
9%
6-diol
9%
Oxidative Carbonylation
9%
Silver-catalyzed
9%
B-2-B
9%
Conduritol
9%
Pectate Lyase
9%
Pancratistatin
9%
Rhamnogalacturonan I
9%
Glucuronoyl Esterase
9%
Cerrena Unicolor
9%
Radical Coupling
9%
Dimethylzinc
9%
Cyclization Cascade
9%
3-Substituted Indoles
9%