Ecotoxicogenomic approaches are emerging as alternative methods in environmental
monitoring because they allow insight into pollutant modes of action and help assess the …

Ecotoxicogenomic approaches to environmental monitoring provide holistic information,
offer insight into modes of action, and help to assess the causal agents and potential toxicity …

Genomic technologies show great potential for classifying disease states and toxicological
impacts from exposure to chemicals into functional categories. In environmental monitoring …

Small organisms can be used as biomonitoring tools to assess chemicals in the
environment. Chemical stressors are especially hard to assess and monitor when present as …

Toxicogenomics has provided innovative approaches to chemical screening, risk
assessment, and predictive toxicology. If applied to ecotoxicology, genomics tools could …

Toxic chemical contaminants have a variety of detrimental effects on various species, and
the impact of pollutants on ecosystems has become an urgent issue. However, the majority …

Due to the rapid advent in genomics technologies and attention to ecological risk
assessment, the term “ecotoxicogenomics” has recently emerged to describe integration of …

Chemicals released into the environment have the potential to affect various species and it
is important to evaluate such chemical effect on ecosystems, including aquatic organisms …

A wide range of environmental factors heavily impact aquatic ecosystems, in turn, affecting
human health. Toxic organic compounds resulting from anthropogenic activity are a source …

Daphnia magna is a bioindicator organism accepted by several international water quality
regulatory agencies. Current approaches for assessment of water quality rely on acute and …