The current study discusses important developments in heteroring annelated benzothiazole derivatives compounds, including potential advancement tendencies and prospects of benzothiazole synthesising derivatives, which are derived from the evaporation of 2-amino benzenethiol of rather aldehydes/ketones/acids/acyl chloride ions as well as such carbonylation of thioamide but rather carbon dioxide (CO2) as natural resources. Heterocyclic compounds include at least one other element, such as sulfur, oxygen, or nitrogen, in addition to at least one carbon molecule in their ring structure. Benzothiazoles are examined in terms of their synthesis processes, structural modifications, chemical reactivity, and possible medicinal efficacy. The method looks into the concept, framework, or production processes that went into the content. The secondary data used in this study was gathered from the sources. In order to produce a portion of this evaluation that appeared perfect and exact, the qualitative method was applied. The methodology employed in inquiry research is a useful one. This approach picks a selection of individuals, articles, or even magazines from a sizable collection. Benzothiazole, a molecular heterocyclic structure, is being researched as a potential contender for such large-scale, often medicinal chemical synthesis. It is quite durable because of its aromatic components, but it also has reactive services that aid in the synthesis process. The benzothiazole ring is essential in the color synthesis used to identify lanthanide metal cations in aqueous environments.
Department of Applied Sciences, Chemistry, Punjab Engineering College, Chandigarh, 160012, India.
Please see the link here: https://stm.bookpi.org/CTCB-V5/article/view/8298
Keywords: Synthesis, benzothiazole derivatives, biological interest, heteroaromatic structures, heterocyclic molecules