5 results about "Bollworm" patented technology

This invention relates to the fields of pesticide formulations and pesticide pest control, specifically to a composite nano-slow-release suspension of emamectin benzoate and chlorantraniliprole, its preparation, and application. The nano-slow-release suspension comprises emamectin benzoate, chlorantraniliprole, a nanocarrier, a wetting agent, a dispersant, a synergist, a thickener, an antifoaming agent, an antifreeze, a preservative, and water. The nanocarrier is an NX-CMCS & MOF composite nanocarrier. Spraying this composite nano-pesticide onto crops improves the adhesion and penetration of the pesticide on leaves, enhances its resistance to rain washout, and effectively kills major crop pests such as bollworms, diamondback moths, cowpea thrips, and rice planthoppers. Compared with traditional pesticide formulations, it has a significant effect of reducing dosage and increasing efficacy, and has broad application prospects in the field of agricultural pest control and promoting green agriculture.

This invention discloses tomatoes WRKY52 The application of genes in regulating plant resistance to insect pest stress belongs to the field of biotechnology. WRKY52 The nucleotide sequence of the protein-coding region of the gene is shown in SEQ ID NO.1. This invention discloses tomato for the first time. WRKY52 The role of genes in regulating plant resistance to insect pests, especially bollworm, and the use of CRISPR / Cas9 gene editing technology to obtain tomatoes WRKY52 The study found that the mutant with gene deletion exhibited reduced resistance to the cotton bollworm, proving... WRKY52 The application of genes as positive regulators in improving the resistance of tomatoes to insect pest stress can be used for the breeding of insect-resistant tomato varieties. This invention provides more gene resources and new ideas for plant molecular stress resistance genetic breeding and genetic modification of plant stress tolerance.

The present invention provides modified Cry1Ac protein having enhanced toxicity towards resistant pink bollworm (PBW) species. Insertion of said specific, tightly binding gut peptides in Cry1Ac at one or more identified sites increases the retention of toxin in the PBW gut. resulting in solubilisation and pore formation leading to sepsis and larval death. The modified Bt toxin exhibits significant toxicity against resistant pink bollworm and thus can be used for generation of insect resistant transgenic plants.

The present disclosure the based wireless smart trap (system) 100 comprises of three major components viz., control unit 110, trap unit 120, and pole 130. In another embodiment of the present invention, the control unit 110 comprises of 20W solar panel 111 to harvest solar energy for powering the smart trap, 12V rechargeable li-polymer battery 112 to store the energy; battery charge controller 113 to regulate the battery charging; microprocessor based controller 114 embedded in a PCB having wi-fi and Bluetooth communication options to regulate the power supply to trap unit 120 and to receive communication from a mobile device for configuring the parameters required for smart trap operation; LTE / GSM dongle 115 for the transmitting the data received from the trap unit 120 and weather sensor 132 to the cloud server 200 and; LED flash controller 116 to regulate the light intensity of LED flashlight 126 present in the trap unit 120.