9 results about "Diamondback moth" 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 a composition containing isoxaflutole and lambda-cyhalothrin, and its uses. The insecticide composition comprises isoxaflutole and lambda-cyhalothrin, with a mass fraction ratio of 1:1-50 between the two active components. Within a certain ratio range, the composition of this invention exhibits a significant synergistic effect against diamondback moth and flea beetles, which is beneficial for achieving reduced pesticide use and increased efficiency, meeting the requirements of the green and environmentally friendly trend in pesticides.

This invention discloses aryl heterocyclic compounds containing substituted unsaturated hydrocarbons, their preparation methods, and uses. The compounds have the chemical structure shown in Formula I. The compounds of this invention are used as insecticides, showing particularly good control efficacy against armyworms, diamondback moths, cotton bollworms, corn borers, and rice leaf rollers, and are expected to become novel insecticides.

This application discloses a Penicillium strain with stress resistance, growth promotion, and insecticidal functions, and its applications. The preservation number of this Penicillium strain is CGMCC No. 42545. This Penicillium strain naturally integrates four functions: salt tolerance, drought tolerance, plant growth promotion, and insecticidal activity against lepidopteran pests. It can grow normally in a 15% NaCl concentration medium, significantly improving plant survival rate under drought stress. Simultaneously, it promotes growth indicators such as root length and root fresh weight in crops like peas. It exhibits highly effective lethal activity against young larvae of lepidopteran pests such as diamondback moth and beet armyworm, and has high safety against non-target organisms. This Penicillium strain can be prepared into solid or liquid inoculants, showing promising application prospects in stress resistance, growth promotion, and pest control for crops grown in saline-alkali / arid areas. It realizes an integrated solution of "stress adaptation - crop growth promotion - pest control," replacing the combined use of multiple single-function agents and reducing agricultural production costs.

This invention provides a method for preparing and applying a controlled-release agent of emamectin benzoate, belonging to the field of nanopesticide technology. This invention uses PFC-1, a hydrogen-bonded organic framework material with a porous structure, as a drug carrier. After loading emamectin benzoate through its porous structure, the loaded system is further modified by surface encapsulation with sodium lignosulfonate. The resulting nano-formulation with controlled-release function is called emamectin benzoate nano-controlled-release agent. The prepared drug-loaded system exhibits good insecticidal activity against diamondback moth. The preparation method includes a method for preparing emamectin benzoate-loaded agents. The prepared system has a high loading capacity of 19.6%. The drug-loaded system provided by this invention has good insecticidal effect against diamondback moth and exhibits pH-selective release effect in the midgut environment of the diamondback moth.

This invention belongs to the field of pesticide chemistry. This invention provides an isoxazoline pyridazine derivative, which is a compound represented by general formula I or II or its stereoisomers, polymorphs, isotope labels, or pharmaceutically acceptable salts. The isoxazoline pyridazine derivative of this invention exhibits significant insecticidal activity and broad spectrum, achieving a corrected mortality rate of 23.81%–100.00% against diamondback moth, 17.78%–88.89% against Asian corn borer, and 20.00%–93.33% against peach aphid. The isoxazoline pyridazine derivative of this invention also shows LC50 activity against zebrafish. 50 ≥10 mg / L, which falls under the low-risk category for aquatic organisms and has low environmental risk.

The present application relates to a kind of arylamino-containing xanthine derivatives and its preparation method and application.On the basis of 1,3-disubstituted xanthine raw material, arylamino-containing xanthine derivatives obtained by series of reactions are shown as general formula I.Compounds of general formula I have higher herbicidal activity, and have obvious activity on rape, amaranthus retroflexus, barnyard grass, crabgrass, have good insecticidal activity, especially on the effect of diamondback moth is remarkable, have good fungicidal activity, and have obvious in vitro inhibitory activity on wheat scab fungus, pepper phytophthora blight fungus, sclerotinia sclerotiorum, cucumber fusarium wilt fungus, apple phialophora quercina, wheat sharp eyespot fungus, etc.Compounds of general formula I can be used as active components of herbicidal or insecticidal or fungicidal composition, for preparing agricultural herbicide or insecticide or fungicide, and can be used for the prevention and treatment of grass damage or insect damage or pathogenic damage on various crops.Also have good inhibitory effect on the activity of KARI, and can be used for KARI inhibitor.

This invention provides a near-infrared responsive hydrogel loaded with a eutectic solvent-based pesticide and its preparation method. To address the problems of poor solubility and low utilization efficiency, flonicamid is first prepared as a eutectic solvent with citric acid, urea, or lactic acid, exhibiting stronger insecticidal activity against diamondback moth while significantly improving water solubility compared to flonicamid. Furthermore, 5,10,15,20-tetra(4-cinnamamidophenyl)porphyrin is synthesized as a photothermal conversion center and copolymerized with the thermosensitive monomer N-isopropylacrylamide via free radical polymerization to form a three-dimensional hydrogel network, achieving effective loading of the eutectic solvent-based pesticide and adhesion to plant leaves. The preparation process requires no special equipment and is effective and reliable. Under near-infrared light irradiation, the photothermal conversion center generates localized heat, inducing a hydrophilic-hydrophobic transition in the hydrogel, leading to its shrinkage and controlled pesticide release. This invention provides a pathway for developing efficient and ideal intelligent pesticide delivery platforms for sustainable agriculture.

This invention discloses a pseudo-leucane-type diterpenoid compound, its extraction method, and its application, belonging to the field of insecticide technology. The compound is extracted from the whole plant of *Euphorbia pekinensis*, and the extract is obtained by repeated soaking and concentration in methanol. It is then dissolved in water at 40°C and successively extracted with petroleum ether and ethyl acetate. The extract is purified through multiple steps to obtain 16 pseudo-leucane-type diterpenoid compounds with different structures. This series of compounds can be used as active ingredients in the preparation of insecticides, exhibiting good insecticidal activity against various pests such as *Tetranychus two-spotted*, *Tetranychus carmine*, aphids, and diamondback moths at a concentration of 100 mg / L. Compound 13 showed a 48-hour lethality of 89.14% against *Tetranychus two-spotted*. Furthermore, these compounds are characterized by low toxicity, easy degradation, and environmental friendliness, making them suitable for pest control in green agriculture.