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The 33 pages that link to Ester, each with the reason it gives.

• SaponificationNarrower topic: Ester linkages connect fatty acids to glycerol in the fats being saponified.

• TransesterificationNarrower topic: Transesterification acts on this functional group by replacing its alcohol-derived portion.

• Ester hydrolysisNarrower topic: Its acyl–oxygen framework supplies the bond broken during ester hydrolysis.

• Ethyl acetateNarrower topic: Ethyl acetate is a small, widely used example of this compound family.

• Fischer esterificationNarrower topic: This is the product class formed by the reaction.

• WaxesNarrower topic: Many waxes are esters formed by combining fatty acids and long-chain alcohols.

• Vinyl acetateNarrower topic: Vinyl acetate is an ester formed from acetic acid and vinyl alcohol.

• BenzocaineNarrower topic: Benzocaine’s ester group distinguishes it from amide local anesthetics and affects its metabolism.

• Methyl methacrylateNarrower topic: Methyl methacrylate belongs to this functional-group family.

• Butyl acetateNarrower topic: Butyl acetate belongs to this compound family, whose structure gives it characteristic solvent behavior.

• Methyl salicylateNarrower topic: Methyl salicylate’s ester linkage distinguishes it from salicylic acid.

• Methyl acetateNarrower topic: Methyl acetate is a simple ester with two carbon atoms.

• Methyl formateNarrower topic: Methyl formate belongs to this functional-group family and displays characteristic ester reactions.

• Ethyl formateNarrower topic: Ethyl formate belongs to this functional-group family.

• Amyl acetateNarrower topic: Amyl acetate belongs to this compound family, whose structure gives it distinctive volatility and odor.

• TriacetinNarrower topic: Triacetin belongs to this compound family through its three ester linkages.