Biomarkers can reect the actual state of health of organisms or populations, but do not provide information on the potential of a population to survive in a polluted environment. Genetic approaches can, however, produce relevant knowledge in an ecotoxicology study. Indeed, the genetic variation in populations results from their evolutionary histories and represents the raw material that has, or has not, enabled the evolutionary adaptation of these populations faced with environmental challenges (global change, hypoxia, emerging contaminants, multistress, etc.)
Modern toxicology investigates a wide array of both old and new health hazards. Priority setting is ...
1) What applications can toxicogenomics currently be applied to with regard to hazard identification...
Modern toxicology investigates a wide array of both old and new health hazards. Priority setting is ...
Borrowing the approaches of population genetics, evolutionary toxicology was particularly useful in ...
Borrowing the approaches of population genetics, evolutionary toxicology was particularly useful in ...
ow nloaded from 2Introduction The response to drugs and environmental chemicals varies with genotype...
Toxicology is one of the scientific disciplines that has most evolved in recent years due to scienti...
Ecological and evolutionary functional genomics has progressed enormously over the last 10 years. On...
Environmental genomics has revolutionised how researchers can study the molecular basis of adverse e...
Rapid progress in the field of genomics (the study of how an individual’s entire genetic make-up, th...
The search for early and sensitive biomarkers pointing to toxic effects of contaminants over organis...
The primary purposes of genetic toxicology are estimation of mutation appearance risk in both somati...
The response to drugs and environmental chemicals varies with genotype. Some patients react well to ...
The current knowledge about the ecological relevance of mutagenic substances is described. Mutations...
The regulatory decision-making process regarding chemical safety is most often informed by evidence ...
Modern toxicology investigates a wide array of both old and new health hazards. Priority setting is ...
1) What applications can toxicogenomics currently be applied to with regard to hazard identification...
Modern toxicology investigates a wide array of both old and new health hazards. Priority setting is ...
Borrowing the approaches of population genetics, evolutionary toxicology was particularly useful in ...
Borrowing the approaches of population genetics, evolutionary toxicology was particularly useful in ...
ow nloaded from 2Introduction The response to drugs and environmental chemicals varies with genotype...
Toxicology is one of the scientific disciplines that has most evolved in recent years due to scienti...
Ecological and evolutionary functional genomics has progressed enormously over the last 10 years. On...
Environmental genomics has revolutionised how researchers can study the molecular basis of adverse e...
Rapid progress in the field of genomics (the study of how an individual’s entire genetic make-up, th...
The search for early and sensitive biomarkers pointing to toxic effects of contaminants over organis...
The primary purposes of genetic toxicology are estimation of mutation appearance risk in both somati...
The response to drugs and environmental chemicals varies with genotype. Some patients react well to ...
The current knowledge about the ecological relevance of mutagenic substances is described. Mutations...
The regulatory decision-making process regarding chemical safety is most often informed by evidence ...
Modern toxicology investigates a wide array of both old and new health hazards. Priority setting is ...
1) What applications can toxicogenomics currently be applied to with regard to hazard identification...
Modern toxicology investigates a wide array of both old and new health hazards. Priority setting is ...