The common insecticide used in Cabbage and Basmati rice fields is Cartaphydrochloride(CHC). It is a low toxicity insecticide belongs to Neurotoxin. Present study aimed to synthesize a new Nano-insecticide by using polypropylene glycol(PPG) as an encapsulated agent. Nano-CHC is useful for plant disease control. Polypropylene glycol encapsulated CHC size distribution was obtained by PadeLaplace dispersion in the size range in between 60-67nm.The functional group analysis of encapsulated CHC was carried by FT-IR spectroscopy. The structural topology of encapsulated CHC was obtained by scanning electron microscope. The morphological internal structural elucidation of encapsulated CHC can be obtained by transmission electron microscope analysis. The bioactivity study was conducted and shows good efficacy results against aspergillus flavus, sclerotium rolfsii and Rhizoctonia solani.
The environmental effects of pesticides illustrates more number of upshots of using pesticides. The impact of modern agriculture on the environment is due to over use of pesticides and its negative impact. Over sixty percent of agricultural land is at its risk of pesticide pollution. The aim of this study is to synthesize Nanocarbendazim, a Benzimidazole fungicide used for control of soil borne diseases. Polymeric Nanoformulation of a Carbendazim by using polycapralactone as capping agent. The encapsulated Benzimidazole complex was characterized by using analytical techniques like UV-Visible spectroscopy, Dynamic light scattering and Transmission electron microscope . The particle size distribution was materialized at 60-75nm. The bioassay was conducted against Aspergillus niger. The bioassay exemplified improved results as compared to the commercial pesticide
The current agricultural practice is to develop novel Nano agrochemicals in the form of Nano pesticides. Many researchers in the world have foretold an upheaval in present agricultural practice. This paper aims at the application of nanotechnology for plant protection in the form of Nano pesticides. Our study endowed with a novel polymeric Nano formulation of a dithiocarbamate nonsystemic agricultural fungicide called Mannose (MCB) by using polycaprolactone as a capping agent. The encapsulated dithiocarbamate complex was characterized by using analytical techniques like UV-Visible spectroscopy, Dynamic light scattering, Scanning electron microscope, and Transmission electron microscope. The particle size distribution emerged at 17-44nm. The bioassay was conducted against Aspergillus flavus, Aspergillus niger, Sclerotium rolfsii, and Rhizoctonia solani. The bioassay illustrated better results as compared to the commercial pesticide.
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