Linked from

The 19 pages that link to Carboxyl group, each with the reason it gives.

• Carboxylic acidBroader topic: This is the defining structural unit shared by carboxylic acids.

• Peptide bondBroader topic: Its carbonyl carbon provides one side of the peptide linkage.

• DecarboxylationBroader topic: Decarboxylation removes this functional group from a molecule.

• Benzoic acidBroader topic: This is the part of benzoic acid that can lose a proton and form benzoate.

• Dicarboxylic acidBroader topic: Two of these groups define a dicarboxylic acid.

• CarboxylateBroader topic: Loss of its hydroxyl proton converts the carboxyl group into –COO−.

• Acrylic acidBroader topic: This group gives acrylic acid its acidic character and allows ester or amide formation.

• Organic acidBroader topic: This functional group makes many organic compounds acidic by stabilizing the conjugate base.

• Glutaric acidBroader topic: Its two carboxyl groups give glutaric acid its acidic behavior and characteristic reactions.

• HydrophileBroader topic: Its ionized form is strongly hydrated, while its neutral form remains polar.

• Pimelic acidBroader topic: Two carboxyl groups give pimelic acid its defining acidic functionality.

• Valeric acidBroader topic: This group gives valeric acid its defining acid chemistry.

• Carbamic acidBroader topic: It supplies the acid group in carbamic acid’s H₂NCOOH structure.

• Enanthic acidBroader topic: This group gives enanthic acid its acidic chemistry.