Linked from

The 25 pages that link to Amine, each with the reason it gives.

• Amino acidNarrower topic: Amino acids contain an amino group, though its protonation depends on pH.

• NitrosationNarrower topic: Their nitrogen atoms are frequent targets of nitrosation.

• Amino groupNarrower topic: Amino groups are the nitrogen-containing units found within amines and related molecules.

• EthanolamineNarrower topic: Ethanolamine’s nitrogen belongs to this compound family and gives it basic character.

• N-alkylationNarrower topic: Amines are common nitrogen substrates for N-alkylation.

• MethylamineNarrower topic: Methylamine is the simplest amine with one carbon group attached to nitrogen.

• NitrosamineNarrower topic: Amines are common precursors from which nitrosamines can form through nitrosation.

• DimethylamineNarrower topic: Dimethylamine belongs to this nitrogen-containing compound family.

• EthylamineNarrower topic: Ethylamine is the primary-amine member with one ethyl substituent.

• HexamethylenediamineNarrower topic: Its terminal amino groups give hexamethylenediamine its characteristic reactivity.

• PyrrolidineNarrower topic: Pyrrolidine is a cyclic amine.

• TrimethylamineNarrower topic: Trimethylamine is a tertiary amine with three methyl groups attached to nitrogen.

• HydroxylamineNarrower topic: Hydroxylamine’s nitrogen resembles amine nitrogen but is bonded to oxygen rather than carbon or hydrogen alone.

• PiperazineNarrower topic: Each ring nitrogen has amine chemistry that shapes piperazine’s basicity and reactivity.

• CadaverineNarrower topic: Cadaverine’s two terminal amino groups are amine groups.

• EthylenediamineNarrower topic: Ethylenediamine’s two amino groups give it the reactions and basicity characteristic of amines.