Our complementary methods can represent an high content sensitive tool to assess the safety of chemical mixtures, that can act on skin, as well on eye and neural functions. Aim of this study was to assess the toxic potential of two mixtures (Cat. EWC160506, one inorganic and one organic), by different in vitro approaches.
Development of in vitro testing strategies for toxicity evaluation of mixtures derived from discarded laboratory chemicals
SCANAROTTI, CHIARA;VERNAZZA, STEFANIA;ROMANO, PAOLA;PRONZATO, MARIA ADELAIDE;BASSI, ANNA MARIA
2014-01-01
Abstract
Our complementary methods can represent an high content sensitive tool to assess the safety of chemical mixtures, that can act on skin, as well on eye and neural functions. Aim of this study was to assess the toxic potential of two mixtures (Cat. EWC160506, one inorganic and one organic), by different in vitro approaches.
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