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Here - Stiftung Forschung 3R

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testing strategies. Plenary presentations<br />

focused on the toxicity pathway concept in<br />

general, with case studies in the areas of<br />

reproductive toxicity and skin sensitisation<br />

(allergy). Workshop participants were<br />

divided into three breakout groups for a<br />

focused discussion of the scientific stateof-the-art<br />

and of knowledge gaps and<br />

priorities for future EU research funding in<br />

order to develop a ‘roadmap to innovative<br />

toxicity testing’. In the first breakout<br />

group, general building blocks for a<br />

pathway-based paradigm were discussed,<br />

while the other two groups examined<br />

reproductive toxicity and skin sensitisation<br />

as case studies. Chapter 3 also includes<br />

manuscripts from workshop presentations,<br />

summary reports from the three breakout<br />

groups, and the recommendations of the<br />

AXLR8 Scientific Panel for a ‘roadmap to<br />

innovative toxicity testing’—also termed<br />

‘safety evaluation ultimately replacing<br />

animal testing’ (‘SEURAT-2’) by DG R&I.<br />

Thus the AXLR8 Progress Report 2011 is<br />

again serving the ultimate goal of AXLR8<br />

to set the stage for an in-depth discussion<br />

on how to accelerate the transition to<br />

a toxicity pathway-based paradigm for<br />

chemical safety assessment through<br />

internationally co-ordinated research and<br />

technology development.<br />

EXECUTIVE SUMMARY<br />

Progress Report 2011 & AXLR8-2 Workshop Report<br />

11

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