Published Paper Details:

Silver has long been thought to be a toxic, yet nontoxic, inorganic antibacterial/antifungal metal. Biocidal nanoparticles are the most prevalent form. Silver, specially existed as nanoparticles, offers promise in a varity means of environmental rehabilitation activities by having created environmental degradation. Environmentally friendly tecnique methods are becoming more common in Nanotechnology in terms of fabrications, and the interest for green synthesis methods is expanding, with the aim of treating polluting reaction by-products. These procedures are also cost-effective and have a plentiful supply of raw materials. Researchers looked into its expansion, particularly in terms of synthesis procedures. The production of nanoparticles from silver is currently attracting considerable interest due to its unique properties, architectures, and uses in numerous industries. Alternatively, as a result of additional development, physical, chemical, and other methods for the creation of silver nanoparticles have all been recorded. However, the nanoparticles created using these processes are both expensive and harmful to the environment. Various elements, including as synthesis processes, temperature, dispersing agent, surfactant, and others, all have an impact on the quality and quantity of nanoparticles generated, as well as their qualities, which may lose or gain their primary applications. It's also worth noting that the primary goal for these silver nanoparticles was to synthesis them in a simple, ecologically friendly, and cost-effective method. As a result, this review focuses on the various methods for making green nanoparticles that are both environmentally friendly and simple to make at a low cost. We'll also go over some of the key characteristics that could lead to the newly developed nano particles being effective in a range of applications, such as antibacterial, antifungal, anti-inflammatory, antiviral, cardiac protection, wound dressing, and so on.