. But in recent years, there
has been a growing awareness of the need to detect and assess the
adverse effects of contaminants in inhabiting fauna. Among the vailable techniques, the integrated use of chemical analyses and
biochemical and cellular responses to pollutants, is a sound procedure
for detecting impact of anthropogenic contaminants in freshwater
systems. Moreover, since in real field situations aquatic
organisms are currently being exposed to multiple chemical contaminants
involving different toxicity mechanisms, each contributing
to a final overall adverse effect, the use of a large set of
biochemical responses may allow us to identify potential hazardous
contaminants in the field (
. But in recent years, therehas been a growing awareness of the need to detect and assess theadverse effects of contaminants in inhabiting fauna. Among the vailable techniques, the integrated use of chemical analyses andbiochemical and cellular responses to pollutants, is a sound procedurefor detecting impact of anthropogenic contaminants in freshwatersystems. Moreover, since in real field situations aquaticorganisms are currently being exposed to multiple chemical contaminantsinvolving different toxicity mechanisms, each contributingto a final overall adverse effect, the use of a large set ofbiochemical responses may allow us to identify potential hazardouscontaminants in the field (
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