Aquatic organisms are exposed to many toxic chemicals and interpreting the cause and
effect relationships between occurrence and impairment is difficult. Toxicity Identification …

Toxic metals polluting aquatic ecosystems are taken up by inhabitants and accumulate in
the food web, affecting species at all trophic levels. It is therefore important to have good …

Abstract Analysis of the transcriptome of organisms exposed to toxicants offers new insights
for ecotoxicology, but further research is needed to enhance interpretation of results and …

Environmental toxicogenomics aims to collect, analyze and interpret data on changes in
gene expression and protein activity resulting from exposure to toxic substances using high …

The present study investigated the possibilities and limitations of implementing a genome-
wide transcription-based approach that takes into account genetic and environmental …

Daphnia magna individuals were transplanted across 12 sites from three Spanish river
basins (Llobregat, Ebro, Jucar) showing different sources of pollution. Gene transcription …

In the present study, the existing life stage-specific cDNA library was extended with energy-
and molting-related genes using Suppression Subtractive Hybridization PCR and a …

This study describes the transcriptomic response of the Australian endemic freshwater
gastropod Isidorella newcombi exposed to 80±1 μg/L of copper for 3 days. Analysis of …

Diatoms are of enormous ecological importance as they account for as much as 20% of
global primary production, yet they are still understudied from a genomic perspective. The …

In recent years, new classes of aquatic pollutants have received attention from
environmentalists, scientists, and regulators due to their introduction into the environment …