Green Biosynthesis of Some Agar Metal Oxide Nanomaterials Characterization And Their Biological Applications

Abstract

newline newlineThe objective of the current study is to assess the field of nanotechnology in conjunction with microbiology, a field of study that is expanding right now. Recent developments have made nanotechnology, a contentious topic for the past few decades, much more interesting. Research on nanoscience and nanotechnology has been conducted in a variety of artifact domains in previous years. The term quotnano-biotechnologyquot refers to the application of nanotechnology in the field of life sciences, given that cell components are inherently designed to function at the nanoscale range. newlineMetal nanoparticles exhibit extreme properties that are challenging to find in large particles due to their high surface to volume ratio and large number of atoms and molecules at boundaries. Their size and form affect how they function when used in in vivo experiments. Significant modifications occur in-vivo when their hallmark is modified slightly. These metal nanoparticles can be composed of one metal, two metals, or a combination of three or four metals, resulting in the formation of mono-, bi-, or multimetallic nanoparticles. The creation and analysis of monometallic, bi-metallic and trimetallic nanoparticles was the main goal of the current investigation. newlineGreener eco-friendly processes are becoming increasingly important due to global environmental concerns. Green nanotechnology is being researched and developed as a reliable and sustainable solution to global problems. Plant extracts are advantageous for medicinal applications owing to their biodegradability, ecological sustainability, excellent biocompatibility, and low toxicity compared to traditional synthesis methods. This study uses a novel green approach to synthesize, characterize, and study metal oxides for biomedical applications, utilizing an aqueous extract of Azadirachta indica.quotGREEN BIOSYNTHESIS OF SOME AGAR/METAL OXIDE NANOMATERIALS, CHARACTERIZATION AND THEIR BIOLOGICAL APPLICATIONSquot.