Title : Nanotechnology's useful applications in the food industry
Food is the most crucial component of survival after air and water. A growing lack of agricultural land is a result of the growth in world population. We are all aware that nanotechnology is the study of exceptionally small materials, and researchers have started to consider how this can affect the food industry. The term "nano-food" describes products that have been produced, packed, or processed using nanotechnology techniques. Food processing, food packaging, the production of functional foods, food safety, the detection of pathogens that cause foodborne illness, and the designing novel sensing and food packaging techniques are all areas where nanotechnology has the potential to assist the food industry. These new technologies could help with challenges that have plagued the food industry for years, like extending shelf life, cutting waste, assessing safety, and raising food quality. These are only a few of the various potential applications for nanotechnology that have emerged as a result of the growing need for nanoparticles in the fields of food science and food microbiology, which deal with nanomaterials and nano-systems that are typically smaller than 100 nanometres. The most often employed nanomaterials in consumer products include silver nanoparticles (AgNPs), titanium nitride nanoparticles, nano-titanium dioxide (TiO2), nano-silicon dioxide (SiO2: nanoclay), and nano-zinc oxide (ZnO). These nanoparticles are useful supplements for food packaging. Furthermore, nano-antioxidants successfully demonstrate their redox chemistry capabilities and become physiologically active, making them a fantastic additive to improve food quality. The benefits and prospective uses of nanotechnology have prompted many questions, but toxicological issues have also sparked some doubts about the risks to human health and the environment. Future research should concentrate on the secure application of nanotechnology in the food business as well as any possible consequences.
Audience Take Away:
- The audience will learn about the numerous applications of nanotechnology in food products. Additionally, they will come across the toxicological problems that could endanger both human and environmental health.
- This will undoubtedly assist the research fellows and other academics by offering a workable solution to their issues and will increase a concepttual ideas or offer fresh data to help with a design issue.