Linked from

The 14 pages that link to Nitrile, each with the reason it gives.

• AmideCompared with: Nitriles contain carbon and nitrogen but do not have an amide carbonyl group.

• AmineCompared with: Nitriles contain a C≡N group and are not classified as amines.

• GlucosinolatesRelated: Reaction conditions and specifier proteins can direct glucosinolate hydrolysis toward nitriles instead of isothiocyanates.

• Grignard reactionRelated: Addition to a nitrile followed by hydrolysis produces a ketone.

• CyanideCompared with: Nitriles contain a related C≡N unit but are not equivalent to free cyanide ions.

• ImineCompared with: Nitriles also feature carbon–nitrogen multiple bonding, but have a triple bond and distinct reactivity.

• MyrosinaseRelated: Reaction conditions and accessory proteins can divert hydrolysis products away from isothiocyanates toward nitriles.

• AcrylonitrileBroader topic: Acrylonitrile’s nitrile group helps define its chemical behavior and product properties.

• Amino groupCompared with: Nitrile nitrogen is part of a triple bond and does not behave like an amine nitrogen.

• Phosphorus pentachlorideBroader topic: Amide dehydration with PCl₅ provides a route to nitriles.

• AcetonitrileNarrower topic: Acetonitrile is the simplest nitrile, with its cyano group attached to a methyl group.

• BenzonitrileNarrower topic: Benzonitrile belongs to this class because its cyano carbon is bonded to phenyl.

• Triple bondRelated: Nitriles show how triple bonds connect different elements.

• Female condomRelated: Many female condoms use nitrile, which is less sensitive to oil-based lubricants than latex.