ABSTRACT
The global food supply is under a great threat due to spoiling of farm crops as well as stored food products caused by various plant pathogens. To reduce the ill impact on food security and its supply, a proper and effective tool is required for the detection and diagnosis of the diseases. Various metallic nanoparticles are engineered and manufactured in order to speed up the procedure with accurate results. The nanotechnology technique is one in all the foremost absorbing and quickly dynamical branches of study and has the potential to change varied controls of science, innovation, medication, and husbandry. The new attributes and the material act as associate degree by transforming the macro-materials into nano-sized particles measuring in the range of 1–100nm.
Using nanoparticles in the components for the synthesis of artificial pesticides can be of greater help in reducing the pestilence. In lightweight of immoderate dimensions, nanoparticles might point out the infection fragments and will access to another area of infection management in plants. Ill conclusion, infectious agent location, and lingering investigation might prove to be well a lot of actual with the employment of nano-sensors. Combination of medicine associate degreed sub-atomic nosology with nanotechnology frameworks offers an elective wherever all location steps are finished by a convenient scaled-down widget for quick and precise ID of phytopathogens. Further, nanomaterial combination by victimization functionalized metal nanoparticles as they discover half supply some seductive highlights needed for infectious agent identification. The fragile plan of functionalized nanoparticles may be wont to set up phytopathogens discovery gadgets with savvy detective work capacities for field use.
