The recently developed 1-h Daphnia magna bioassay was further assessed. This method, which is based on the in vivo observation of the inhibition of an enzymatic process, was used to assess the toxicity of nine pure chemicals and seven complex effluents. The results obtained with the new method (1-h ECsos) were compared to those of the conventional acute D. magna toxicity test (24-hand 48-h ECsos). For the nine chemical compounds, the 1-h ECsos correlated well with the 24-h and 48-h ECsos; however, no significant correlation was found between both test criteria for the complex effluents. The utility and limitations of the 1-h assay are discussed in light of the results
tDetection of potentially hazardous compounds in water bodies is a priority in environmental risk as...
This paper investigates the utility and validity of bioassay toxicity testing using Daphnia magna st...
Performance evaluation of wastewater treatment plants (WWTPs) with special reference to toxicity red...
In this study, 4 rapid (90 min) toxicity tests were developed using ingestion and digestive enzyme a...
In this study, the association between the acute toxicity of 15 compounds to Daphnia magna, expresse...
Daphnia magna is a widely used model organism for aquatic toxicity testing. In the present study, we...
We investigated the effect of short-term exposure to cadmium and 2,3-dichlorophenoxy acetic acid on ...
In this study, sensitivity of a novel acute bioassay based on the feeding activity of Da...
Executive summary : One of the most internationally used bioassays for toxicity screening of chemica...
Bioassays, consisting of a diverse selection of organisms, aid in assessing the ecotoxicological sta...
The results of acute test on suppression of Daphnia magna filtration activity for one toxic...
Executive summary : One of the most internationally used bioassays for toxicity screening of chemica...
In the current study, the toxicological mechanisms of microcystin-LR and its disadvantageous effects...
Aim of this study was to evaluate the suitability of Daphnia curvirostris for the acute toxicity tes...
In this study we used Daphnia magna as an index organism for ecotoxicological studies. In order to d...
tDetection of potentially hazardous compounds in water bodies is a priority in environmental risk as...
This paper investigates the utility and validity of bioassay toxicity testing using Daphnia magna st...
Performance evaluation of wastewater treatment plants (WWTPs) with special reference to toxicity red...
In this study, 4 rapid (90 min) toxicity tests were developed using ingestion and digestive enzyme a...
In this study, the association between the acute toxicity of 15 compounds to Daphnia magna, expresse...
Daphnia magna is a widely used model organism for aquatic toxicity testing. In the present study, we...
We investigated the effect of short-term exposure to cadmium and 2,3-dichlorophenoxy acetic acid on ...
In this study, sensitivity of a novel acute bioassay based on the feeding activity of Da...
Executive summary : One of the most internationally used bioassays for toxicity screening of chemica...
Bioassays, consisting of a diverse selection of organisms, aid in assessing the ecotoxicological sta...
The results of acute test on suppression of Daphnia magna filtration activity for one toxic...
Executive summary : One of the most internationally used bioassays for toxicity screening of chemica...
In the current study, the toxicological mechanisms of microcystin-LR and its disadvantageous effects...
Aim of this study was to evaluate the suitability of Daphnia curvirostris for the acute toxicity tes...
In this study we used Daphnia magna as an index organism for ecotoxicological studies. In order to d...
tDetection of potentially hazardous compounds in water bodies is a priority in environmental risk as...
This paper investigates the utility and validity of bioassay toxicity testing using Daphnia magna st...
Performance evaluation of wastewater treatment plants (WWTPs) with special reference to toxicity red...