Linked from

The 24 pages that link to Heterocyclic compound, each with the reason it gives.

• PyridineNarrower topic: Pyridine is a foundational example of a nitrogen-containing heterocycle.

• PyrroleNarrower topic: Pyrrole is a nitrogen-containing example of this broad structural family.

• IndoleNarrower topic: Indole belongs to this broad structural family because its ring system contains nitrogen.

• TetrahydrofuranNarrower topic: THF is a simple oxygen-containing example of this broad structural class.

• FuranNarrower topic: Furan belongs to this broad family because oxygen is part of its ring.

• ImidazoleNarrower topic: Imidazole belongs to this broad family because two ring positions are nitrogen.

• PiperidineNarrower topic: Piperidine is a saturated heterocycle with one nitrogen in its ring.

• ThiopheneNarrower topic: Sulfur replaces one carbon in thiophene’s five-membered ring.

• PhenothiazineNarrower topic: Phenothiazine belongs to this broad structural family because its central ring contains sulfur and nitrogen.

• PyrrolidineNarrower topic: Pyrrolidine belongs to this broad structural family.

• QuinolineNarrower topic: Quinoline belongs to this broad structural family because its ring system contains nitrogen.

• AcridineNarrower topic: Acridine belongs to this broad class because one ring atom is nitrogen.

• CarbazoleNarrower topic: Carbazole belongs to this broad structural family because its central ring contains nitrogen.

• PiperazineNarrower topic: Piperazine belongs to this broad structural family because its ring contains nitrogen.

• PyrazineNarrower topic: Pyrazine belongs to this broad structural class because its ring contains nitrogen.

• IsoquinolineNarrower topic: Isoquinoline belongs to this family because its ring system contains nitrogen.

• IsoxazoleNarrower topic: Isoxazole belongs to this broad structural family.

• PyrazoleNarrower topic: Pyrazole belongs to this broad family of carbon-and-heteroatom rings.

• SkatoleNarrower topic: Skatole's fused ring system includes nitrogen, making it a heterocyclic compound.

• ThiazoleNarrower topic: Thiazole belongs to this broad class because nitrogen and sulfur are ring atoms.

• BenzofuranNarrower topic: Benzofuran belongs to this broad class because oxygen is part of its ring system.