Publication

Abstract : A critical milestone in nanotechnology is the development of dependable and environmentally friendly processes for synthesizing nanoparticles. The most popular techniques for creating nanostructures have traditionally been physical and chemical; however, they have several drawbacks and shortcomings, especially when compared to green synthesis techniques. Green chemistry is an emerging scientific concern concentrating on sustainable chemical techniques in the era of sustainable development goals. Many studies have reported on biogenic nanoparticle synthesis from plants, and their secondary metabolites have been shown to have redox capabilities. In this environmentally beneficial process, biological, microbial, or plant agents are used as reducing agents. Biocompatible materials with different morphologies are commonly used in various applications, including health, medicine, cosmetics, water treatment, and purification. The green synthesis of nanoparticles has gained much attention as it is a simple and viable method. Researchers have attempted to develop green synthesis procedures without causing harmful side effects over the last decade. This eco-friendly characteristic has now become an advantage, as it is vital in lowering or eliminating toxic substances from the environment. The present work intends to review the literature on the production of silver-based nanoparticles from parts of plants such as stem leaves and flowers and investigate their different applications. Multiple authors have discovered hundreds of biological sources for creating AgNPs in the last decade. Utilizing silver, which has anti-bacterial and anti-cancer qualities, combined with phytochemicals and nanotechnology, can provide the most effective treatment method. An overview of the research on biogenic AgNPs production is detailed in this review, as well as the role of AgNPs in various industries, but more focused on biomedical and anti-cancer activity.