Keyphrases
Cyclization
100%
Palladium(II)-catalyzed
72%
Pd(II)-catalyzed Cyclization
60%
Total Synthesis
56%
Furopyridine
45%
Stereoselectivity
44%
Urethane
37%
Hemiacetal
34%
Ring Systems
32%
Methyl
30%
Pyridine
30%
Synthetic Study
30%
Stereoselective Synthesis
26%
N-oxides
26%
Allylic Alcohols
25%
Yessotoxin
22%
Ring Expansion
22%
Pd-catalyzed
18%
Ether
17%
Pd(II) Catalyst
17%
Polyether
17%
Stereochemistry
15%
Palladium-catalyzed Cyclization
15%
Asymmetric Synthesis
15%
Acetoxylation
13%
4,5-dihydrofuran
13%
Seven-membered
13%
Aldehydes
12%
Chlorination
12%
Cyanation
12%
Tetrahydropyran
11%
Bromo
11%
Efficient Synthesis
11%
Highly Stereoselective
11%
Regioselectivity
11%
Nitration
11%
Cyanopyridine
11%
Natural Product Synthesis
11%
Bromination
11%
Dimethyl
10%
D-ribose
10%
Intramolecular Cyclization
10%
Trisubstituted
10%
Formyl
9%
Good Yield
8%
Acetic Anhydride
8%
Phosphorus Oxychloride
8%
Trimethylsilyl Cyanide
8%
1,3-Propanediol
7%
Chiral Synthons
7%
Chemistry
Palladium
98%
Furopyridine
45%
Urethane
41%
Hemiacetal
34%
Cyclic Structure
32%
Stereoselective Synthesis
26%
N-Oxide
26%
Yessotoxin
22%
Allylic Alcohol
17%
Polyether
17%
Ring Expansion
15%
N-alkylation
15%
Asymmetric Synthesis
15%
Natural Product
13%
Acetoxylation
13%
Stereochemistry
13%
chlorination
12%
cyanation
12%
Nitro Compound
11%
Butene
11%
Cyanopyridine
11%
nitration
11%
bromination
11%
Triflate
11%
Intramolecular Cyclization
10%
Indolines
10%
2,3-dihydrofuran
10%
formation
10%
Diol
9%
Phosphorus
8%
Acetic Anhydride
8%
Tetrahydropyran
7%
Molecular Mechanics Calculation
7%
2-Deoxy-D-Ribose
7%
2H-Chromene
7%
Heterocyclic Compound
7%
Enolates
7%
Cyclic Ether
7%
Enone
7%
Pyran Ring
7%
Magnesium
7%
Birch Reduction
7%
Propanediol
7%
Nitric Acid
7%
Carbazole Alkaloid
7%
Demethylation
7%
Ring Formation
7%
Sandmeyer Reaction
7%
Table Salt
7%
Ring Contraction
7%