William Fries

Ion exchange resins

This article has no abstract. Keywords: hydrolysis; acetonide formation; methyl glycosides; amide formation; esterification; rearrangement; ketone condensations; phenol condensations; hydration of acetylenes; hydrolysis; free base from the hydrochloride; dehydrohalogenation; hydration; condensations; displacements; epoxide formation; solid-phase peptide synthesis; ion-exchange chromatography; acidic resins; solid-phase peptide synthesis; anion-exchange celluloses; cyclodehydration; esterification; acetal and ketal synthesis; Raney nickel catalysts; cyclopropanes via abnormal Hofmann elimination; demethylation of aryl methyl sulfides; 2,5-dimethylfurane; enol ethers; ketals; acetals and ketals; selective ketalization; γ-butyrolactones; dimerization of vinylarenes; cyclization of costunolide; esters; solid-phase peptide synthesis; quaternary ammonium hydroxides; alkyl fluorides by exchange from alkyl halides or methanesulfonates; nucleophilic substitutions; F−-anion exchange resins; tetrahydropyranylation; ketalization; mixed acid–base ion-exchange resins; solid phase-transfer reactions; hydrolysis of amides and hydrazides; hydrolysis of acetals; cleavage of hydrazones, oximes, and semicarbazones; esterification; cyclization; Henry reaction; deacetalization and dethioacetalization; monoacylation of 1,ω-diols; esterification; cyclizations; desulfinylation; deoxygenation of epoxy ketones; reactions; oxidation; triazenes