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A new study highlights the Integrated Chemical Environment (ICE) as an effective tool for predicting toxicity. The research proves that ICE’s computational models can successfully replicate findings from real-world human exposure studies. This capability allows scientists to assess chemical risks and safety more efficiently, potentially reducing the need for extensive physical experiments. By accurately simulating human exposure outcomes, ICE represents a significant advancement in toxicology, offering a reliable method for evaluating chemical impacts on health.
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