Agrochemical Environmental Fate & Metabolism Studies

Agrochemical Environmental Fate & Metabolism Studies

In recent years, the environmental impact of crop protection products has received increasing attention from the academic community since environmental fate studies provide useful information on the fate and behavior of agrochemical products in the environment, and help determine the risks posed to human and environmental health. To understand the potential for human dietary exposure, metabolic studies are employed to determine the behavior of test substances and the nature of residues in animals and plants. BOC Sciences' robust agrochemical environmental fate and metabolism studies help you test and record the behavior of pesticides and other agrochemicals under controlled field and laboratory conditions. We have unparalleled insight and expertise in the design and execution of the agrochemical environmental fate and metabolism studies to provide reliable environmental fate and metabolism studies for your crop protection products.

The environmental fate of pesticides.Figure 1. The environmental fate of pesticides. (Ahemad, M.; Saghir, K. M. 2013)

Agrochemical Environmental Fate Studies

Environmental fate refers to the fate of a chemical or plant protection product after its use and release into the environment. BOC Sciences has utilized our extensive, flexible facilities and dedicated team to predict the possible environmental fate of a chemical through providing you with a suite of environmental fate assessment solutions that meet globally recognized standards.

Agrochemical Metabolism Testing

We have established a timely and cost-effective strategy to conduct metabolism studies with many complex endpoints, addressing the issue of complexity of crop protection product metabolism studies. By combining expertise in analytical chemistry, environmental modeling and metabolite identification with regulatory insight and experience, our expert teams can ensure that the results of research program meets your needs.

Features of Our Services

Flow chart showing the sequence of events from pesticides entry into a plant to the death of the plant.Figure 2. Flow chart showing the sequence of events from pesticides entry into a plant to the death of the plant. (Ahemad, M.; Saghir, K. M. 2013)

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