Searched for: author:"White, A."
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Rovida, C. (author), Escher, S.E. (author), Herzler, M. (author), Bennekou, S.H. (author), Kamp, H. (author), Kroese, D.E. (author), Maslankiewicz, L. (author), Moné, M.J. (author), Patlewicz, G. (author), Sipes, N. (author), van Aerts, L. (author), White, A. (author), Yamada, T. (author), van de Water, B. (author)
The use of new approach methodologies (NAMs) in support of read-across (RAx) approaches for regulatory purposes is a main goal of the EU-ToxRisk project. To bring this forward, EU-ToxRisk partners convened a workshop in close collaboration with regulatory representatives from key organizations including European regulatory agencies, such as the...
article 2021
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Escher, S.E. (author), Kamp, H. (author), Bennekou, S.H. (author), Bitsch, A. (author), Fisher, C. (author), Graepel, R. (author), Hengstler, J.G. (author), Herzler, M. (author), Knight, D. (author), Leist, M. (author), Norinder, U. (author), Ouédraogo, G. (author), Pastor, M. (author), Stuard, S. (author), White, A. (author), Zdrazil, B. (author), van de Water, B. (author), Kroese, D. (author)
Read-across is one of the most frequently used alternative tools for hazard assessment, in particular for complex endpoints such as repeated dose or developmental and reproductive toxicity. Read-across extrapolates the outcome of a specific toxicological in vivo endpoint from tested (source) compounds to “similar” (target) compound(s). If...
article 2019
document
White, A. (author)
Responding to an operating environment characterised by both low- and high-intensity operations, armed forces continue to consider multiple avenues to enhance the protection and mobility of personnel across the battlespace.
article 2018