Abstract
Recently, noble metal nanoparticle synthesis has become more advanced thanks to the growth of nanotechnology. The abundance and diversity of the biomolecules that function as capping and reducing agents in biological synthesis methods make them more advantageous than other traditional synthesis techniques in terms of cost and safety. Due to their safety and environmental friendliness, biosynthesized silver nanoparticles (AgNPs) show potential uses in a variety of disciplines. The results of reported studies on the green synthesis of Ag NPs employing various stem, fruit, and seed components have been compiled together with their effects on the morphological characteristics. This review is crucial for figuring out how to synthesize Ag NPs in a method that is regulated, less expensive, and ecologically benign.
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