Context
In vitro and in silico alternatives to animal models in toxicology
Research and innovation REF: RE295 V1
Context
In vitro and in silico alternatives to animal models in toxicology

Authors : Arnaud TETE, Elias ZGHEIB, Sana AL AWABDH, Louise BENOIT, Kévin BERNAL, Carolina DUARTE HOSPITAL, Lucie LARIGOT, Lorena LOPEZ SUAREZ, Karine ANDREAU, Caroline CHAUVET, Min Ji KIM, Meriem KOUAL, Céline TOMKIEWICZ-RAULET, Xavier COUMOUL, Étienne BLANC, Karine AUDOUZE, Sylvie BORTOLI

Publication date: June 10, 2022 | Lire en français

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1. Context

Throughout their lives, human beings are exposed to numerous contaminants of anthropogenic origin (industrial fumes, food additives, pesticides...) or natural origin (forest fires, volcanic eruptions...) with a potentially deleterious impact on health. The links between exposure to environmental contaminants and human health are supported by numerous epidemiological and experimental studies. More recently, in silico modelling methods have complemented these approaches, enabling us to identify adverse effects and establish the toxic potential of a substance as a function of dose and the nature of exposure. Characterizing the adverse effects of a substance involves identifying the nature of its toxicity and establishing a relationship between the dose and frequency of exposure to this substance, and the response induced by this exposure, at the organism, organ or cell level. It also includes...

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