With the advent of new technologies (e.g., genomics, automated analyses, and in vivo monitoring), new regulations (e.g., the reduction of animal tests by the European REACH), and new approaches to toxicology (e.g., Toxicity Testing in the 21st Century, National Research Council), the field of regulatory genetic toxicology is undergoing a serious re-examination. Within this context, Toxicological Sciences has published a series of articles in its Forum Section on the theme, ‘‘Genetic Toxicity Assessment: Employing the Best Science for Human Safety Evaluation’ ’ (beginning with Goodman et al.). As a contribution to the Forum discussions, we present current methods fo
A number of influences including legislation, industry and academia have encouraged advances in comp...
Toxicology faces enormous challenges in a world in which we are exposed to thousands of chemicals an...
The strategy for assessing human health risks of chemicals consists of a large number of tests in di...
The genetic toxicity tests currently used to identify and characterize potential human mutagens and ...
discussions and commentaries on relevant topics and timely issues facing toxicologists, and to provi...
The minimal three-test battery of the International Conference on Harmonization guideline has been i...
We live in an era of 'big data', where the volume, velocity, and variety of the data being generated...
Genetic toxicity tests currently used to identify and characterize potential human mutagens and carc...
The biotechnology revolution is impacting all of the biological sciences, and toxicology is no excep...
Current and future application of genetic toxicity assays: the role and value of in vitr
The evaluation of genotoxicity and carcinogenicity is an essential prerequisite for the assessment o...
1) What applications can toxicogenomics currently be applied to with regard to hazard identification...
The completion of the Human Genome Project has provided the foundation to analyze the expression of ...
Since March 2013, animal use for cosmetics testing for the European market has been banned. This req...
Since March 2013, animal use for cosmetics testing for the European market has been banned. This req...
A number of influences including legislation, industry and academia have encouraged advances in comp...
Toxicology faces enormous challenges in a world in which we are exposed to thousands of chemicals an...
The strategy for assessing human health risks of chemicals consists of a large number of tests in di...
The genetic toxicity tests currently used to identify and characterize potential human mutagens and ...
discussions and commentaries on relevant topics and timely issues facing toxicologists, and to provi...
The minimal three-test battery of the International Conference on Harmonization guideline has been i...
We live in an era of 'big data', where the volume, velocity, and variety of the data being generated...
Genetic toxicity tests currently used to identify and characterize potential human mutagens and carc...
The biotechnology revolution is impacting all of the biological sciences, and toxicology is no excep...
Current and future application of genetic toxicity assays: the role and value of in vitr
The evaluation of genotoxicity and carcinogenicity is an essential prerequisite for the assessment o...
1) What applications can toxicogenomics currently be applied to with regard to hazard identification...
The completion of the Human Genome Project has provided the foundation to analyze the expression of ...
Since March 2013, animal use for cosmetics testing for the European market has been banned. This req...
Since March 2013, animal use for cosmetics testing for the European market has been banned. This req...
A number of influences including legislation, industry and academia have encouraged advances in comp...
Toxicology faces enormous challenges in a world in which we are exposed to thousands of chemicals an...
The strategy for assessing human health risks of chemicals consists of a large number of tests in di...