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Nanopesticide products symbolize a budding technical improvement that, in relation to pesticide use, could tender a variety of profits including amplified efficacy, durability and a decline in the amounts of active ingredients that require to be used. A number of formulation types have been recommended including nanoemulsions, nanocapsules and products containing immaculate engineered nanoparticles, like metals, metal oxides, and nanoclays. | Int.J.Curr.Microbiol.App.Sci 2018 7 3 3197-3208 EXCELLENT PUBLISHERS International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 7 Number 03 2018 Journal homepage http www.ijcmas.com Review Article https doi.org 10.20546 ijcmas.2018.703.370 Pest Management by Nanotechnology Savita Rani and Sushil Pesticide Residue Laboratory Department of Entomology CCS HAU Hisar Haryana India Corresponding author ABSTRACT Keywords Pest Nanotechnology Pesticide Efficacy Article Info Accepted 26 February 2018 Available Online 10 March 2018 Nanopesticide products symbolize a budding technical improvement that in relation to pesticide use could tender a variety of profits including amplified efficacy durability and a decline in the amounts of active ingredients that require to be used. A number of formulation types have been recommended including nanoemulsions nanocapsules and products containing immaculate engineered nanoparticles like metals metal oxides and nanoclays. Nanoparticles present possibilities for more well-organized and effective control of pests but our relative lack of information on how they act and how they can be contained are giving regulators pause before allowing their release into the environment. In the current review we explored the type of nano-pesticides advantages development of nanopesticides and their future possibilities. Introduction A chorus of disapproval is exhibited against the use of conventional pesticide formulations because of their hazardous effect. To reduce environmental contamination and exposure to human body new type of formulations has been developed which directly approach towards successful appliance with proper efficacy. One of the most capable is the use of nanotechnology which sponsors a highly proficient grouping of the active compound in a medium in respect to guard the core materials from undesirable reactions. Noteworthy differences may be found between nanotechnology based formulations i.e. .
