Product_introduction
Pest control
Contact killing effect: After wolf toxin comes into contact with pests, it can enter the body through the insect's surface, interfere with the normal physiological functions of pests, and cause poisoning and death of pests.
Gastric toxin effect: After pests feed on plant tissues or food containing wolf toxin, the wolf toxin will exert its effects in the pest's digestive tract, inhibit the activity of the pest's digestive enzymes, affect its absorption of nutrients, and cause the pest to develop and even die due to malnutrition.
Expulsion effect: Wolfberry toxin has a special odor and chemical structure, which can have a repellent effect on some pests. After smelling or coming into contact with wolf toxins, pests will actively avoid areas containing the substance, thereby reducing their damage to crops.
Prevention and control of harmful mites
Inhibition of growth and development: Wolfberry toxin has a significant inhibitory effect on the growth and development of harmful mites. It can affect the molting process of harmful mites, preventing them from molting normally, leading to developmental abnormalities or death. At the same time, it can also reduce the reproductive rate of harmful mites and decrease the population of mites.
Mite killing effect: Wolf toxin can directly kill harmful mites. It can damage the cell membrane structure of harmful mites, causing intracellular substances to leak out and leading to mite death. In addition, wolfberry toxin may also interfere with the respiration and energy metabolism of harmful mites, causing them to die due to insufficient energy supply.
Prevention and control of pathogens
Inhibition of mycelial growth: Wolfberry toxin has an inhibitory effect on the mycelial growth of various plant pathogenic fungi. It can prevent the elongation and branching of fungal hyphae, limiting their growth and thus inhibiting the infection and spread of pathogens.
Inhibition of spore germination: Wolf toxin can inhibit the germination of plant pathogenic fungal spores and reduce the source of pathogen infection. It can act on the cell wall or membrane of spores, affecting their water absorption and metabolic processes, preventing them from germinating normally
Sterilization effect: Wolfberry toxin has a direct bactericidal effect on some pathogens. It can disrupt the cellular structure of pathogens, damage their organelles, cause leakage of cellular contents, and ultimately lead to bacterial death.
