Linked from

The 45 pages that link to Functional group, each with the reason it gives.

• Carbonyl groupNarrower topic: The carbonyl is a defining structural unit shared by several compound families.

• EsterNarrower topic: Ester behavior follows from its recurring arrangement of atoms.

• AlcoholNarrower topic: Alcohols are classified by their defining hydroxyl functional group.

• AmineNarrower topic: The amino group is the structural feature used to recognize and classify amines.

• KetoneNarrower topic: Ketones are classified by the distinctive behavior of their carbonyl group.

• ChemoselectivityNarrower topic: Chemoselectivity compares competing functional groups within one molecule.

• Dicarboxylic acidNarrower topic: Carboxyl groups are the functional groups that distinguish this compound class.

• Step-growth polymerizationNarrower topic: Step-growth reactions join molecules through complementary functional groups.

• NitrileNarrower topic: Nitriles are classified by their characteristic carbon–nitrogen triple-bond functional group.

• Retrosynthetic analysisNarrower topic: Recognizing functional groups reveals which transformations could create or modify the target's key features.

• Protecting groupNarrower topic: Protecting-group strategies begin by identifying the reactive group to mask.

• Condensation polymerizationNarrower topic: Complementary functional groups, such as hydroxyl and carboxyl groups, form the links between units.

• ImineNarrower topic: The imine group determines a characteristic set of reactions.

• Methyl groupNarrower topic: Methyl is often treated as a substituent that alters a molecule’s properties.

• Condensation reactionNarrower topic: Condensation commonly joins molecules through complementary functional groups.

• Amino groupNarrower topic: The amino group is one member of this broader way of organizing molecular chemistry.

• Carbonyl compoundNarrower topic: Carbonyl compounds are classified by their shared functional group.

• EthanolamineNarrower topic: Its amino and hydroxyl groups account for much of ethanolamine’s chemistry.

• Organic acidNarrower topic: Different functional groups can give organic compounds acidic behavior.

• CyclohexanolNarrower topic: Cyclohexanol's hydroxyl group is its defining reactive functional group.

• HexamethylenediamineNarrower topic: The terminal amino groups are the reactive functional groups used in polymer formation.

• IUPAC nomenclature of organic chemistryNarrower topic: Functional groups influence suffix choice, prefix choice, and naming priority.

• 2-MercaptoethanolNarrower topic: Its hydroxyl and thiol groups give 2-mercaptoethanol distinct properties.

• Fragrance compoundNarrower topic: Functional groups help explain fragrance compounds’ reactivity, stability, and sometimes odor character.