SEARCH Articles Figures Tables A-hetero-substituted organic electrophiles A-hetero-substituted organic electrophiles mercury compounds A-hetero-substituted organic electrophiles research background A-hetero-substituted organic electrophiles tin compounds A-hetero-substituted organic electrophiles zinc compounds Acids, organic halogen-atom substituted Alkyl-, aryl- and silyl-substituted lithium organics Chloro-substituted aromatic organic Heteroaryl-substituted lithium organics Heteroatom-substituted lithium organics Natural products synthesis 3-hetero-substituted organic electrophiles Nucleophilic aromatic substitution organic reaction mechanisms Nucleophilic substitution reactions organic synthesis Organic Halogen Compounds Substitution and Elimination Reactions Organic Halogen Substitution and Elimination Reactions Organic Substituted Cyclosilanes Organic Substituted Disilanes Organic chemistry bimolecular substitution Organic chemistry electrophilic substitution reaction Organic chemistry nucleophilic substitution reaction Organic chemistry substituted carbocations Organic chemistry substitution reaction Organic chemistry unimolecular substitution Organic compounds substitution reactions Organic compounds substitutive-type nomenclature Organic reaction mechanisms nucleophilic substitution reactions Organic reaction mechanisms substitution/elimination Organic reaction mechanisms unimolecular substitution reactions Organic reaction mechanisms unimolecular/bimolecular substitutions Organic reactions electrophilic aromatic substitution Organic substitution Organic-solvent-substituted single crystals Photochemical Substitution Reactions in Synthetic Organic Chemistry Silyl-substituted lithium organics Study 6.7 Organic synthesis substituted cyclopropanes Substitution Organic chemistry Substitution, organic reactions Takumichi Sugihara 2 Palladium-Catalyzed Cross-Coupling with Other a-Hetero-Substituted Organic Electrophiles