Abstract:

Nature is rich in heterocyclic abundance; a lot of biological processes have a profound significance. In our vitamin, coenzyme, porphyrin, chlorine, DNA, RNA, etc. heterocyclic rings were found. heterozyclic rings have also been found. The complex heterocyclic compounds are certain antibiotics developed by a microorganism. Many of the most common natural medicines, such as penicillin (1.1), atropine (1.2), captopril (1.3), codeine (1.4). The compound-containing heterocycles also include some pharmaceutical products (azidothymidine, barbiturates, antipyrene), some dyes (mauveine), luminophores (acridine orange), pesticides (diazinone) and herbicides (paraquat). Human and synthetic heterocyclic compounds are the primary causes of chemical reactions in the human body. Furthermore, any biological process is chemical. The chemical reactions of several molecules, such as vitamins, enzymes, coenzymes, nuclear acids, ATPs, and serotonin, all depend on such essential life-living manifestations as energy supply, nerve transmission, sight, metabolism or heritage awareness. In antibacterial, anti-inflammatory, anti-inflammatory, antiviral, diuretics, antithelmintic, antithelmatic (antioxidant), antimicrobial, antitumor, herbicidal, anticonvulsants, etc., synthetic heterocycles are widely used In organic synthesis new approaches and synthetic tools for heterocyclic synthesis with economic, efficient, green routes are currently very popular and advanced.

Description:

Heterocyclic Moieties, Antimicrobial, Antioxidant Properties, heterocyclic abundance, nuclear acids, chemical reactions