Harnessing Microbial Nanotechnology for Sustainable Solutions:Advances in Anti-Microbial Applications, Biosynthesis andEnvironmental Impact

Abstract

A new area of study, microbial nanotechnology is quickly developing, with the potential to solve pressing problems in healthcare, food production, and ecological preservation by fusing the best practices of microbiology with nanotechnology. A key function of microbes in the synthesis of nanoparticles is their particular anti-microbial characteristics; these nanoparticles also aid in sustainable agriculture and green technology developments. Discover the most recent advancements in microbial nanotechnology and how they could revolutionize antimicrobial medicines, stress-resistant crops, and environmental protection in this comprehensive study. Synthesis, uses, and future prospects of microbial nanotechnology are outlined in this research by evaluating numerous sources.

Highlights
Combines microbiology and nanotechnology to address global challenges.
Microbes synthesize nanoparticles with unique anti-microbial properties.
Facilitates sustainable agriculture and green technological advancements.
Potential in antimicrobial therapies, stress-resistant crops, and environmental stewardship. Review of synthesis, applications, and future prospects of microbial nanotechnology.