SEARCH Articles Figures Tables 1.3- Dipolar cycloaddition reactions synthetic equivalents A synthetic equivalent for Acetate as a Synthetic Equivalent of Hydroxide Acyl anions, synthetic equivalents Acyl anions, synthetic equivalents dithiane Additions to Aldehydes, Ketones and their Synthetic Equivalents Alanine synthetic equivalents Alcohols acetate synthetic equivalent Aldehyde homoenolate synthetic equivalents Alkenyl Anions and Synthetic Equivalents Asymmetric Nucleophilic Acylations with Synthetic Equivalents for the Active Aldehydes Carbenes synthetic equivalents Carbon dioxide synthetic equivalent Cyclopropenone ketals 1,3-dipolar synthetic equivalents Diels-Alder reaction synthetic equivalents Dienophiles as synthetic equivalent groups Disconnections, Synthons, and Synthetic Equivalents Epoxide synthetic equivalent Functional group synthetic equivalents Hydride compounds synthetic equivalents Ketenes dienophilic synthetic equivalent for Meldrums Acid as Synthetic Equivalent Nucleophilic acyl synthetic equivalents Phosphonium salts cyclopropyl, as synthetic equivalent groups Retrosynthetic analysis synthetic equivalents Silane, 2-acetoxymethyl-3-allyltrimethyltrimethylenemethane synthetic equivalent Subject synthetic equivalents Synthetic equivalent groups Synthetic equivalent groups reagent Synthetic equivalent, definition Synthetic equivalents enamines Synthetic equivalents of functional groups Synthetic equivalents silyl enol ethers Synthetic equivalents table Thioacylsilanes as Synthetic Equivalents of Unstable Thioaldehydes Vinyl Halides and Dihaloethanes as Synthetic Equivalents of Acetylene Zinc compounds trimethylenemethane synthetic equivalent