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New Study Enhances Non-Animal Safety Assessment

‘This innovation strengthens how RIFM evaluates chemicals,’ says RIFM Senior Associate Scientist Jake Muldoon.

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By: Lianna Albrizio

Associate Editor

A recent study published open-source in Computational Toxicology advances a signature-based method for grouping chemicals and enhances non-animal safety assessment and broader chemical evaluation applications. The survey presents a transparent, reproducible system that encodes chemical structural features into standardized signature trees to create structure–activity groups (SAGs), per the Research Institute for Fragrance Materials. “This innovation strengthens how RIFM evaluates chemicals...

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