The Science World a Monthly e- Magazine, April, 2022; 2(4), 392-395 392 Das et al Offícíal Websíte: www.thescíenceworld.net April, 2022; 2(4), 392-395 Application Of Nanotechnology In Animal Nutrition Pallabi Das * , Akshay R. Bariya and Anshu Ahlawat Assistant Professor- Department of Animal Nutrition M.B. Veterinary College, Rajasthan-314001 *Corresponding author: dranshuahlawat@gmail.com Nanotechnology has a wide range of applications in biological research, therapeutics, and environmental concerns. Nanotechnology is a new and growing technology with enormous potential to transform the agriculture and livestock sectors in India and around the world. Nanoparticles can carry a wide range of components in a variety of environments. The process of reducing these bigger molecules to microscopic ones alters the underlying material's inherent physical and chemical properties. Mineral antagonism in the intestine or at the cellular level in animals and livestock causes mineral imbalances in absorption, transit, and excretion. As technology advances to the Nanoscale, qualities change fundamentally and unpredictably in comparison to bigger scales. Nutrition, diagnostics, pharmaceuticals, biotechnology, vaccine production, chemical industries, and other sectors appear to benefit from such improvements. The end product of this technology includes unique qualities such as increased penetrability, reactivity, surface area, and quantum properties that can be used in a variety of scientific domains. Nanotechnology is mostly used in animal/poultry nutrition in the form of Nano- minerals. This area is important because it improves trace mineral absorption by minimizing the antagonistic interaction between bivalent cations. This unique technique could be used in livestock and poultry nutrition to increase nutrient uptake and improve feed and supplement usage. Nanotechnology is mostly utilized in animal nutrition to prepare Nano-minerals, particularly trace minerals with low bioavailability. Furthermore, minerals in form of nanoparticles minimize intestinal mineral antagonism, resulting in less excretion and contamination. According to studies, feeding nanoparticles to livestock and poultry enhanced digestive efficiency, immunity, and performance. ÍSSN: 2583-2212