At the 13th Annual Meeting of the American Society for Cellular and Computational Toxicology (ASCCT), Sciome scientists demonstrated their leadership in advancing next-generation toxicology through data-driven, animal-free methods. The meeting, dedicated to promoting alternatives to animal testing in toxicology, served as an ideal platform for Sciome to highlight its latest innovations.
Drs. Alexandre Borrel, Adrian Green, and Vijay Gombar of Sciome led a continuing education training session focused on chemical similarity and chemical space—critical concepts in modern computational toxicology. Their presentation showcased how these approaches can be harnessed for more effective and ethical toxicity assessment.
The session featured in-depth demonstrations of Sciome’s cutting-edge software tools, including ChemMaps and OrbiTox, as well as the Integrated Chemical Environment (ICE) Chemical Quest platform. These cheminformatics applications enable scientists to visualize and navigate complex chemical space, access curated toxicity datasets, and leverage QSAR models to identify analogues and support evidence-based decision-making.
By offering intuitive, powerful tools that enhance the exploration of chemical relationships and structure-based predictions, Sciome continues to push the boundaries of computational toxicology—advancing science while supporting the global shift toward non-animal testing strategies.
