Sanitary pesticide composite
A technology for hygienic pests and compositions, applied in the directions of pesticides, biocides, plant growth regulators, etc., can solve the problems of narrow insecticidal spectrum, influence on drug efficacy, and high cost of pest control, reduce dosage and increase insecticides. spectrum, the effect of saving drug costs
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Embodiment 4
[0013] The laboratory activity measurement report of embodiment four:
[0014] 1. Purpose of the test:
[0015] Taking the male adults of Blattella germanica reared in the laboratory as the bioassay target, the toxicity of each single dose and the mixture of fipronil and tetramethrin to Blattella germanica was determined, and the co-toxicity coefficient of the mixture was calculated to determine the synergistic effect strong and weak.
[0016] 2. Determination method
[0017] 1. Test material
[0018] Equipment: 1 / 10,000 electronic balance, micro dropper;
[0019] Test equipment: tweezers, absorbent cotton, gauze, volumetric flask, beaker, straw, plate and predictive agent, the original drug concentration of the test drug must not be lower than 90%;
[0020] For the test worm: the standard test worm raised in this institute, German cockroach (Blattella germanica), 2-week-old male adult;
[0021] Reagents: acetone, ether.
[0022] 2. Measurement conditions
[0023] The t...
Embodiment 5
[0045] Embodiment five laboratory activity measurement report:
[0046] 1. Purpose of the test:
[0047] Taking the Culex pipiens larvae reared in the laboratory as the bioassay target, the toxicity of each single agent and the mixture of fipronil and tetramethrin to the larvae of Culex pipiens was determined, and the co-toxicity coefficient of the mixture was calculated to determine the synergistic effect strong and weak.
[0048] 2. Determination method
[0049] The larval killing rate of each treatment was measured, and the co-toxicity coefficient of the mixture was calculated. Comprehensively analyze the relevant indicators of each treatment, and choose the ratio with strong synergistic effect.
[0050] Calculate LC by immersing mosquito larvae in different liquids for 24 hours 50 .
[0051] 1. Test material
[0052] Test equipment: several 50mL volumetric flasks for diluting medicinal liquid, several adjustable pipettes, several 500mL beakers, several 50mL beakers, ...
Embodiment 6
[0076] The laboratory activity measurement report of embodiment six:
[0077] 1. Purpose of the test:
[0078] Taking the male adults of Blattella germanica reared in the laboratory as the bioassay target, the toxicity of each single dose and the mixture of fipronil and tetramethrin to Blattella germanica was determined, and the co-toxicity coefficient of the mixture was calculated to determine the synergistic effect strong and weak.
[0079] 2. Determination method
[0080] 1. Test material
[0081] Equipment: 1 / 10,000 electronic balance, micro dropper;
[0082] Test equipment: tweezers, absorbent cotton, gauze, volumetric flask, beaker, straw, plate and predictive agent, the original drug concentration of the test drug must not be lower than 90%;
[0083] For the test worm: the standard test worm raised in this institute, German cockroach (Blattella germanica), 2-week-old male adult;
[0084] Reagents: acetone, ether.
[0085] 2. Measurement conditions
[0086] The te...
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