Paper Title
Assessing the Nanoparticle Reducing Potential of Medicinal Plant in Ghana

Abstract
The use of nanoparticles (NPs), particularly those containing gold, cobalt, silver, and zinc have changed the picture of medicine as antibacterial, anticancer, drug conveyance, contrast, and bio imaging experts. Their capacities, which are credited due to their physicochemical properties, acquired noticeable quality in an assortment of creative fields. Regardless of the fact NPs can be delivered via extensive physical and synthetic methods, an organic methodology using common materials has recently been developed. With the growing interest in safe and effective nanomaterials, the organic approach combining plants and microorganisms liked over physical and substance strategies for nanoparticle association. Plants certainly stand out among these bio-elements, as evidenced by their ability to reduce and settle nanoparticles in a real single convention. Ghana is home to 5% of West African species of plants, resulting in an important supporter of the global environmental landscape. Despite the reported commitment of Ghana plants, particularly in home grown medication, not most of these trees and shrubs have been investigated for the honorable metallic nanoparticles union. This study gives an outline of a couple of critical Ghanaian restorative plants that have been utilized in the combination of metallic nanoparticles. The improved organic properties of biogenic metallic nanoparticles validate their use in medicine. In this project, a larger portion of Ghana's plant biodiversity should be investigated for the presence silvery nanostructures, as well as approved for their capability to be converted into future nano medicine. Keywords - Nanotechnology, Nanoparticle, Medicinal Plant, Bioactivity