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Several conventional synthesis techniques include elements, such as abrasive or explosive liquids, gases, or explosives, that may be harmful to human beings or the environment when used in high proportions.Chemical reactions generate a significant amount of toxic waste, which is a serious barrier for the production of pharmaceuticals.Green chemistry is expanding dramatically, due to a greater awareness of environmental safety, and the development of new products, procedures, and services that meet the necessary societal, economic, and environmental goals is increasingly difficult for chemists.This article contains a brief discussion about green chemistry in nanotechnology as well as modern-day green chemistry along with its application in disease therapies.Moreover, it also covers the factors affecting the green synthesis of nanoparticles.The overview of this paper gives an idea about the current advancement of green chemistry as well as its role in pharmacology, toxicology, and pharmaceutical chemistry.
Sp et al. (Tue,) studied this question.