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2003•Hubei nongye kexueRequires access

Studies on the allied toxicity function of abamectin and pyridaben to the Panonychus citri

Ye Mingqiang, Wang You-lin, Yuanxi Zhou, Mo Wang

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Abstract

The allied toxicity function of abamectin and pyridaben was tested in the laboratory by the slide slip method.The results showed that the common-toxicity coefficient(CTC) of the 1∶15 ratio of abamectin and pyridaben was maximal(424 44).The field trial of the 8% abamectin-pyridaben EC with that ratio indicated that it had remarkable control effect against Panonychus citri .The mixture controlled Panonychus citri with 79 06%～99 01% with the concentration of 24～26μg·ml -1 .

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What this paper is about

The allied toxicity function of abamectin and pyridaben was tested in the laboratory by the slide slip method.The results showed that the common-toxicity coefficient(CTC) of the 1∶15 ratio of abamectin and pyridaben was maximal(424 44).The field trial of the 8% abamectin-pyridaben EC with that ratio indicated that it had remarkable control effect against Panonychus citri .The mixture controlled Panonychus citri with 79 06%～99 01% with the concentration of 24～26μg·ml -1 .

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Available abstract

The allied toxicity function of abamectin and pyridaben was tested in the laboratory by the slide slip method.The results showed that the common-toxicity coefficient(CTC) of the 1∶15 ratio of abamectin and pyridaben was maximal(424 44).The field trial of the 8% abamectin-pyridaben EC with that ratio indicated that it had remarkable control effect against Panonychus citri .The mixture controlled Panonychus citri with 79 06%～99 01% with the concentration of 24～26μg·ml -1 .

Key concepts: Abamectin, Toxicity, Toxicology, Biology, Chemistry, Pesticide, Agronomy, Organic chemistry

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