Aromatic heterocycle compounds
Heterocyclic compounds can be divided into two categories: aliphatic heterocyclic compounds and aromatic heterocyclic compounds. They are the largest class of organic compounds. Aromatic heterocyclic compounds refer to cyclic compounds that are aromatic and contain heteroatoms. Heterocyclic compounds are commonly found in the structure of drug molecules. Most of the important compounds related to biology are heterocyclic compounds, such as nucleic acids, certain vitamins, antibiotics, hormones, pigments, and alkaloids. In addition, a variety of heterocyclic compounds Compounds with various properties have been artificially synthesized, some of which can be used as drugs, pesticides, herbicides, dyes, plastics, etc.
- Benzimidazole compounds
- Imidazole compounds
- Pyridine compounds
- Pyrrole compounds
- Pyran compounds
- Pyrazine compounds
- Pyrazole compounds
- Pyridazine compounds
- Oxadiazole compounds
- Oxazole compounds
- Benzooxazole compounds
- Benzoisoxazole compounds
- Isoxazole compounds
- Furan compounds
- Benzofuran compounds
- Carbazole compounds
- quinoline compounds
- Quinoxaline compounds
- Isoquinoline compounds
- Tetrahydroquinoline compounds
- Tetrahydroisoquinoline compounds
- Pyrimidine compounds
- Naphthyridine compounds
- Thiadiazole compounds
- Thiophene compounds
- Thiazide compounds
- Thiazole compounds
- Isothiazole compounds
- Benzothiazole compounds
- Benzoisothiazole compounds
- Triazine compounds
- Triazole compounds
- Tetrazole compounds
- Indole compounds
- Indolin compounds
- Indazole compounds
- Benzothiophene compounds
- Quinazoline compounds
- Purine compounds
- Phthalazine compounds
- Benzodioxolane compounds
- Acridine compounds
- Benzodioxane compounds
- Coumarin compounds
- Oxygen compounds
- Chromone compounds
- Other aromatic heterocycles compounds
- Pyridinium 1,4-zwitterionic thiolates compounds