Medicine & Life Sciences
Ruthenium
100%
Alkenes
77%
Palladium
75%
Rhodium
74%
phosphine
69%
Ketones
48%
Carbon Monoxide
43%
Alkynes
42%
Cyclization
39%
Synthetic Chemistry Techniques
35%
Carbon
32%
Walking
29%
ethylene
25%
Ligands
23%
Imines
23%
Alkylation
22%
Ethers
20%
methyl acrylate
19%
aniline
19%
Amino Alcohols
18%
pentacene
17%
Styrenes
17%
Styrene
17%
Esters
17%
Amines
16%
Acrylonitrile
16%
Amides
14%
Halogenation
14%
Metals
13%
Polyethylene
13%
1,1,3,3-tetramethylguanidine
12%
pinacolone
12%
Electrons
12%
Aniline Compounds
11%
Allylbenzene Derivatives
11%
methylenecyclopropane
11%
Cyclopentanes
11%
calix(4)arene
10%
Hydrogen
10%
Isocoumarins
9%
Iron
8%
Cycloaddition Reaction
8%
vinyl acetate
8%
Temperature
8%
Gadiformes
8%
Alcohols
7%
ferryl iron
7%
Carbonates
7%
Anthraquinones
7%
Chemical Compounds
Arylation
89%
Aromatic Ketone
78%
Cleavage
69%
Catalyst
64%
Alkene
56%
Palladium
45%
Alkyne
40%
Ligand
30%
Cycloisomerization
27%
Chemoselectivity
25%
Secondary Amine
24%
Hydroamination
23%
Phosphine
23%
Cyclization Reaction
23%
Copolymerization
22%
Reaction Yield
20%
Anthracenes
20%
Aniline
20%
Aromatic Compound
19%
Arylacetylene
19%
Electrochemical Oxidation
19%
Styrene
18%
Benzamide
18%
Arene
18%
Methyl Acrylate
15%
Pentacenes
15%
Anodizing
15%
Aromatic Ester
14%
Cyclopentane
14%
Carbon Monoxide
13%
Alkenyl Group
12%
Additive
12%
Catalysis
12%
Coupling Reaction
12%
Dibenzo[h,rst]pentaphene
11%
Enamine
11%
Anthraquinone
11%
Aromatic Structure
11%
Imine
11%
Aldimine
11%
Amine
10%
Alcohol
10%
Dimerization
10%
Acrylonitrile
10%
Acetophenone
10%
Carbonate
10%
Vismodegib
10%
Engineering & Materials Science
Palladium
76%
Ligands
63%
Olefins
59%
Catalysts
54%
Ruthenium
47%
Rhodium
47%
Copolymerization
43%
Ketones
39%
Derivatives
33%
Aniline
28%
Cyclization
27%
Copolymers
27%
Ethylene
26%
Alkenylation
26%
Amino alcohols
20%
Transition metals
20%
Carbon
19%
Carbon monoxide
17%
Electrochemical oxidation
17%
Polyethylenes
16%
Regioselectivity
16%
Halogenation
15%
Alkylation
15%
Catalyst activity
15%
Hydrides
13%
Styrene
13%
Substrates
12%
Esters
12%
Alcohols
12%
Polymerization
12%
Dimerization
11%
Aldehydes
11%
Hydrosilylation
10%
Amides
9%
Hydrogen bonds
9%
Reagents
9%
Iron
9%
X ray crystallography
9%
Deuterium
9%
Molecular weight
8%
Amines
8%
Rhenium
8%
Chelation
8%
Nuclear magnetic resonance
7%
Molecules
7%
Electrons
7%
Labeling
7%
Acids
7%
Negative ions
7%
Cycloaddition
7%