National Repository of Grey Literature 15 records found  1 - 10next  jump to record: Search took 0.00 seconds. 
Application of passive samplers for microcystin detection in drinking water reservoirs
Babica, Pavel ; Jaša, Libor ; Sadílek, Jan ; Maršálek, Blahoslav
In study we used time-integrative passive sampler (POCIS-based) for monitoring of cyanotoxins microcystins (MCs) in three selected drinking water reservoirs and adjacent treatment plants in the Czech Republic. Passive sampling provided excellent sensitivity without need of laborious sample processing and showed good correlation with data obtained by grab sampling.
New cyanobacterial metabolites with tumor promoting potencies and interaction with other toxic compounds
Bártová, Kateřina ; Kohoutek, J. ; Adamovský, Ondřej ; Bláhová, Lucie ; Hilscherová, Klára ; Babica, Pavel ; Bláha, Luděk
In this study were investigated interaction of binary mixtures of cyanobacterial extracts and anthropogenic compounds (polyaromatic hydrocarbons, polychlorinated biphenyls).
Ecological and health risks of nutrient contamination
Bláha, Luděk ; Babica, Pavel ; Bláhová, Lucie ; Maršálek, Blahoslav
Summary of ecological and health impacts of massive development of cyanobacterial water blooms.
Bioaccumulation of microcystin-LR in fish tissues accompanied by effects at biochemical level
Adamovský, Ondřej ; Pašková, V. ; Bláha, Luděk ; Hilscherová, Klára ; Kopp, R. ; Babica, Pavel ; Maršálek, Blahoslav
Experimental evidence on microcystin bioaccumulation and modulation of biochemical parameters related to oxidative stress and detoxication in two fish species, silver carp and common carp, after two month-exposure to microcystin producing cyanobacterial bloom in outdoor breeding tanks.
Microcystins in drinking water in the Czech Republic
Babica, Pavel ; Bláha, Luděk ; Kohoutek, Jiří ; Adamovský, Ondřej ; Bláhová, Lucie ; Maršálek, Blahoslav
The paper summarizes results of microcystin analyses in drinking waters in the Czech Republic. Microcystins were detected in 36% of samples collected in 1999-2005 from 40 drinking water treatment plants. Microcystins were detected in 27% of samples of treated water and 9% of samples had concentrations of microcystins above 1 mug/L (i.e. higher than hygienic limit for microcystin-LR). The maximal detected concentration of microcystin in treated water reached up to 7.8 mug/L.

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