Sentence examples for interaction of chemicals from inspiring English sources

This discovery led to the testing of other combinations, and, although the full scope of the interaction of chemicals has not yet been determined, it is now known that many pairs of organic-phosphate insecticides are similarly dangerous, the toxicity being "potentiated," or stepped up, through the combined action.

Beside the statistical aspects related to in silico models, in the last decade the concept of mode of action (MoA) has been introduced referring to a series of key biological events from the initial interaction of chemicals with biological systems to the adverse outcome, and now it plays a key role in predictive toxicology [20].

In general, our lack of detailed knowledge of the mechanisms of toxicity (including not only the early events in the interaction of chemicals with biological systems, but the sequence of events that lead to experimentally measurable toxicity) limits the development of realistic dynamic models of the toxicological process for individual chemicals.

I asked an expert in neuroscience who studies the interaction of chemicals on the brain.

Carson wrote about the "dangerous interaction of chemicals," specifically how malathion and other organophosphates, when combined, were 50 times more toxic than their effects simply added together.

Clearly, toxicokinetics and computational biology represent important approaches that are needed to understand the interaction of chemicals and AT.

Iron oxide NPs may connect with the organic core by the interaction of chemical bonds.

The interaction of chemical reactions and electrochemical reactions in batch electrosynthesis is analysed for the classic E.C.E.

The interaction of chemical, physical and biological factors that affect the fate, transport and redox cycling of manganese in engineered drinking water systems is not clearly understood.

Reaction diffusion equations are commonly used in different science and engineering fields to describe spatial patterns arising from the interaction of chemical or biochemical reactions and diffusive transport mechanisms.

Reaction diffusion equations with spatial fractional derivatives are increasingly used in various science and engineering fields to describe spatial patterns arising from the interaction of chemical or biochemical reactions and anomalous diffusive transport mechanisms.