Agricultural Chemicals Insecticide Abamectin Agrochemical Insecticide Abamectin
Prouct Description
Product Details
| Product Name |
Abamectin |
| Apperance |
light yellow to white |
| CAS |
71751-41-2 |
| MF |
C49H74O14 |
| MW |
887.117 |
Abamectin is a sixteen-component macrolide compound with insecticidal, acaricidal and nematoidal activities first developed by Tomoshi Omura and others from Kitasato University in Japan and Merck Company in the United States. It is produced by the fermentation of Streptomyces avermitilis. Natural abamectin contains 8 components, mainly 4 kinds, namely A1a, A2a, B1a and B2a, and its total content is ≥80%. The corresponding four homologues with smaller proportions are A1b, A2b, B1b and B2b, and their total content is ≤20%.
Application&Function
Purpose
1. Cetyl macrolide with strong insecticidal, acaricidal and nematoidal activities, a dual-purpose antibiotic for agriculture and livestock. Broad-spectrum, efficient and safe. It has stomach toxicity and contact killing effects, but cannot kill eggs. Its mechanism of action is to interfere with neurophysiological activity and affect the chloride conduction of cell membranes. Gamma-aminobutyric acid is its site of action. When the agent stimulates the action site, it blocks the transmission process of motor nerve information, causing the signals from the central nervous system of the pest to be continuously received by motor neurons. Within a few hours, the pest rapidly becomes paralyzed, refuses to eat, moves slowly or remains still. Since it does not cause rapid dehydration of the insect, the lethal effect is slow, and it usually dies after 24 days. It is used to control various pests on vegetables, fruit trees and other crops, such as the small cabbage moth, cabbage worm, slime worm and beetle. It is especially effective against pests that have developed resistance to other pesticides. It is used for vegetable pests at a dosage of 10 to 20 grams per hectare, with a control effect of over 90%. It is used for the prevention and control of citrus rust mites at a dosage of 13.5-54g per hectare, with a residual efficacy period of up to 4 weeks. (If mixed with mineral oil, the dosage is reduced to 13.5-27g, and the residual efficacy period is prolonged to 16 weeks.) It has a very good control effect on cotton cinnabar mites, tobacco night moths, cotton bollworms and cotton aphids. In addition, it can also be used to prevent and treat parasitic diseases in cattle, such as bovine psyllids, minor bovine ticks, and bovine foot mites, etc. The dosage for the prevention and treatment of parasitic diseases is 0.2mg/kg of body weight.
2. It has repellent and killing effects on nematodes, insects and mites, and is used to treat nematode diseases, mite diseases and parasitic insect diseases in livestock and poultry
3. It has a good control effect on pests of various crops such as citrus, vegetables, cotton, apples, tobacco, soybeans and tea trees, and can delay drug resistance
4. It is used for the prevention and control of various pests and mites on vegetables, fruit trees and cotton.
5. Properties: White to yellowish-white crystalline powder. Odorless, slightly soluble in water, readily soluble . Application: Biochemical research. Prevent and control diseases and pests of crops
6. Control diseases and pests of crops. Calibrate instruments and devices; Evaluation method Work standards Quality Assurance/Quality Control Others.
Purpose
Cetyl macrolide with strong insecticidal, acaricidal and nematoidal activities, a dual-purpose antibiotic for agriculture and livestock. Broad-spectrum, efficient and safe. It has stomach toxicity and contact killing effects, but cannot kill eggs. Its mechanism of action is to interfere with neurophysiological activity and affect the chloride conduction of cell membranes. Gamma-aminobutyric acid is its site of action. When the agent stimulates the action site, it blocks the transmission process of motor nerve information, causing the signals from the central nervous system of the pest to be continuously received by motor neurons. Within a few hours, the pest rapidly becomes paralyzed, refuses to eat, moves slowly or remains still. Since it does not cause rapid dehydration of the insect, the lethal effect is slow, and it usually dies after 24 days. It is used to control various pests on vegetables, fruit trees and other crops, such as the small cabbage moth, cabbage worm, slime worm and beetle. It is especially effective against pests that have developed resistance to other pesticides. It is used for vegetable pests at a dosage of 10 to 20 grams per hectare, with a control effect of over 90%. It is used for the prevention and control of citrus rust mites at a dosage of 13.5-54g per hectare, with a residual efficacy period of up to 4 weeks. (If mixed with mineral oil, the dosage is reduced to 13.5-27g, and the residual efficacy period is prolonged to 16 weeks.) It has a very good control effect on cotton cinnabar mites, tobacco night moths, cotton bollworms and cotton aphids. In addition, it can also be used to prevent and treat parasitic diseases in cattle, such as bovine psyllids, minor bovine ticks, and bovine foot mites, etc. The dosage for the prevention and treatment of parasitic diseases is 0.2mg/kg of body weight.
Specification
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