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Determining the Control Spectrum of Azoxystrobin 25% SC Against Major Crop Diseases

Shi Chun

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Abstract

In laboratory tests, azoxystrobin 25% SC showed significant inhibitory efficacy against 15 fungi of different crops, with EC50s of less than 5.0μg/g and EC90s similarly less than about 50μg/g. At different azoxystrobin concentrations, growth rates of the tested fungi were significantly different, indicating that inhibition increased with concentration. These tests show the wide spectrum of activity of azoxystrobin 25% SC.

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What this paper is about

In laboratory tests, azoxystrobin 25% SC showed significant inhibitory efficacy against 15 fungi of different crops, with EC50s of less than 5.0μg/g and EC90s similarly less than about 50μg/g. At different azoxystrobin concentrations, growth rates of the tested fungi were significantly different, indicating that inhibition increased with concentration. These tests show the wide spectrum of activity of azoxystrobin 25% SC.

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Available abstract

In laboratory tests, azoxystrobin 25% SC showed significant inhibitory efficacy against 15 fungi of different crops, with EC50s of less than 5.0μg/g and EC90s similarly less than about 50μg/g. At different azoxystrobin concentrations, growth rates of the tested fungi were significantly different, indicating that inhibition increased with concentration. These tests show the wide spectrum of activity of azoxystrobin 25% SC.

Key concepts: Azoxystrobin, Fungicide, Crop, Broad spectrum, Biology, Agronomy, Horticulture, Chemistry

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