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1 Bioavailability and biodegradation of nonylphenol in sediment determined with chemical and bioanalysis
article 2008    
Author: Weert, J. de · Cal, A. de la · Berg, H. van den · Murk, A. · Langenhoff, A. · Rijnaarts, H. · Grotenhuis, T.
Keywords: Geosciences · Aerobic biodegradation · Bioavailability · Estrogenic activity · Nonylphenol · Biodegradability · Biodegradation · Environmental protection · Gas chromatography · Mass spectrometry · Risk assessment · Sediments · Aerobic biodegradation · Bioanalysis · Estrogenic activity · Nonylphenol · Phenols · estradiol · nonylphenol · petroleum · surfactant · bioassay · bioavailability · biodegradation · endocrine disruptor · environmental risk · estrogenic compound · fluvial deposit · oxic conditions · phenolic compound · risk assessment · sediment analysis · sediment pollution · surfactant · toxicity test · adsorption · article · bioavailability · biodegradation · bioremediation · chemical analysis · desorption · dry weight · estrogen activity · extraction · isomer · mass fragmentography · priority journal · risk assessment · river · sediment · solid phase microextraction · Spain · Biodegradation, Environmental · Biological Availability · Estrogens · Geologic Sediments · Models, Biological · Phenols · Water Pollutants, Chemical · Ebro River · Eurasia · Europe · Southern Europe · Spain
[Abstract]

2 Quantum chemistry based quantitative structure-activity relationships for modeling the (sub)acute toxicity of substituted mononitrobenzenes in aquatic systems
article 2006    
Author: Zvinavashe, E. · Murk, A.J. · Vervoort, J. · Soffers, A.E.M.F. · Freidig, A. · Rietjens, I.M.C.M.
Keywords: Chemistry · Biomedical Research · Acute toxicity · Octanol/water partition coefficient · Quantitative structure-activity relationships · Quantum mechanics · Substituted mononitrobenzene · Algae · Bacteria · Environmental protection · Fisheries · Toxicity · Water pollution · Acute toxicity · Octanol/water partition coefficients · Quantitative structure-activity relationships · Substituted mononitrobenzene · Quantum theory · mononitrobenzene derivative · nitrobenzene derivative · octanol · unclassified drug · alga · aquatic ecosystem · bacterium · benzene · data set · experimental study · protozoan · toxicity · yeast · alga · aquatic environment · carp · Chlorella · Chlorella vulgaris · conference paper · Daphnia · partition coefficient · priority journal · quantitative structure activity relation · quantum chemistry · Saccharomyces cerevisiae · Scenedesmus · Tetrahymena pyriformis · animal · article · bacterium · biological model · chemistry · combinatorial chemistry · Cyprinodontiformes · drug effect · ecosystem · environmental monitoring · methodology · physiology · species difference · Tetrahymena · water pollutant · algae · Chlorella pyrenoidosa · Cyprinus carpio · Daphnia magna · Daphniidae · Photobacterium phosphoreum · Poecilia reticulata · Protozoa · Saccharomyces cerevisiae · Scenedesmus obliquus · Tetrahymena pyriformis · Animals · Bacteria · Carps · Chlorella · Combinatorial Chemistry Techniques · Daphnia · Ecosystem · Environmental Monitoring · Models, Biological · Nitrobenzenes · Poecilia · Quantitative Structure-Activity Relationship · Saccharomyces cerevisiae · Scenedesmus · Species Specificity · Tetrahymena · Water Pollutants, Chemical
[Abstract]

3 QSAR models for predicting in vivo aquatic toxicity of chlorinated alkanes to fish
article 2008    
Author: Zvinavashe, E. · Berg, H. van den · Soffers, A.E.M.F. · Vervoort, J. · Freidig, A. · Murk, A.J. · Rietjens, I.M.C.M.
Keywords: Physiological Sciences · 1 chloro 2 methylbutane · 1 chloro 2,2 dimethylpropane · 1 chlorodecane · 1 chlorododecane · 1 chloroheptane · 1 chlorohexane · 1 chlorononane · 1 chlorooctane · 1 chloropentane · 1,1 dichloro 3,3 dimethylbutane · 1,1,2 trichloroethane · 1,10 dichlorodecane · 1,2 dichlorobutane · 1,2 dichloropropane · 1,3 dichloropropane · 1,6 dichlorohexane · 1,8 dichlorooctane · 1,9 dichlorononane · alkane derivative · carbon · carbon tetrachloride · chlorine · tetrachloroethane · animal cell · animal experiment · aquatic environment · article · cell viability · chlorination · CHO cell · controlled study · cytotoxicity · fish · hydrophobicity · nonhuman · quantitative structure activity relation · Algorithms · Animals · Artificial Intelligence · Cell Survival · Chemistry, Physical · CHO Cells · Cricetinae · Cricetulus · Fishes · Hydrocarbons, Chlorinated · Predictive Value of Tests · Quantitative Structure-Activity Relationship · Tetrazolium Salts · Thiazoles · Animalia · Cricetulus griseus
[Abstract]

4 Androgenic activity in surface water samples detected using the AR-LUX assay: Indications for mixture effects
article 2005    
Author: Blankvoort, B.M.G. · Rodenburg, R.J.T. · Murk, A.J. · Koeman, J.H. · Schilt, R. · Aarts, J.M.M.J.G.
Keywords: Nutrition Chemistry · Analytical research · Androgen · Bioassay · Environmental · Interactive · Surface water · 17 epinandrolone · 17alpha estradiol · 17alpha trenbolone · alpha zearalenol · androgen · androgen methyltrienolone · androgen receptor · boldenone · diethylstilbestrol · epitestosterone · estrogen · estrone · ethinylestradiol · fluoxymesterone · gestagen · hexestrol · ketone derivative · ligand · methylestrenolone · methyltestosterone · nandrolone · norethandrolone · stanozolol · surface water · testosterone · tin derivative · trenbolone · tributyltin hydride · unclassified drug · zearalanone · zeranol · aquatic environment · article · bioassay · cell assay · cell function · chemical analysis · controlled study · gas chromatography · hormone action · human · human cell · mass spectrometry · physiology · priority journal · risk assessment · river · sampling · signal transduction · standard · waste water · waste water management · water analysis · Formicidae
[Abstract]

Search results also available in MS Excel format.

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