Wind of change challenges toxicological regulators

Tralau, T.; Riebeling, C.; Pirow, R.; Oelgeschläger, M.; Seiler, A.; Liebsch, M.; Luch, A.

Background: In biomedical research, the past two decades have seen the advent of in vitro model systems based on stem cells, humanized cell lines, and engineered organotypic tissues, as well as numerous cellular assays based on primarily established tumor-derived cell lines and their genetically modified derivatives. Objective: There are high hopes that these systems might replace the need for animal testing in regulatory toxicology. However, despite increasing pressure in recent years to reduce animal testing, regulators are still reluctant to adopt in vitro approaches on a large scale. It thus seems appropriate to consider how we could realistically perform regulatory toxicity testing using in vitro assays only. Discussion and Conclusion: Here, we suggest an in vitro–only approach for regulatory testing that will benefit consumers, industry, and regulators alike.

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Tralau, T. / Riebeling, C. / Pirow, R. / et al: Wind of change challenges toxicological regulators. 2012.

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