Palladium-catalyzed cross-coupling of five-membered heterocyclic silanolates

Keyphrases

• Palladium-catalyzed Reaction 100%
• Cross-coupling Reaction 100%
• Silanolates 100%
• Five-membered Heterocycles 100%
• Dimethyl 57%
• Indolyl 57%
• Silanol 42%
• Aryl Halides 42%
• Chloroform 28%
• Protecting Groups 28%
• Alkali Metals 28%
• Electrophile 28%
• Indole 28%
• Aryl Iodides 28%
• N-Boc 28%
• Shelf-stable 28%
• Structural Properties 14%
• Electronic Properties 14%
• Methyl 14%
• Electron-rich 14%
• Solvate 14%
• Reaction Conditions 14%
• Metalation 14%
• Rate Enhancement 14%
• Heteroatom 14%
• Heterocycles 14%
• Alkyl Bromide 14%
• Pd-catalyzed Cross-coupling 14%
• Easy Access 14%
• Aryl Bromides 14%
• Cross-coupling 14%
• Method Development 14%
• Method Optimization 14%
• Copper-mediated 14%
• Pd-catalyzed Reactions 14%
• Preformation 14%
• Broad Substrate Scope 14%
• Furyl 14%
• Pyrrolic 14%
• Indole Skeleton 14%
• Pd(0) Catalyst 14%
• Pd2(dba)3 14%

Chemistry

• Palladium 100%
• Heterocyclic Compound 100%
• Cross-Coupling Reaction 100%
• Silanol 42%
• Protecting Groups 28%
• Alkali Metal 28%
• Electrophile 28%
• Indole 28%
• Structure 14%
• Base 14%
• Silicon 14%
• Metalation 14%
• Electronic Property 14%
• Halide 14%
• Heteroatom 14%
• Scanning Electron Microscopy 14%
• Catalysis 14%
• Indole Skeleton 14%