doc. Mgr. Klára Hilscherová, Ph.D.

Head, Bioanalytical Toxicology

Correspondence Address:
Kotlářská 267/2, 611 37 Brno

Office: bldg. D29/328
Kamenice 753/5
625 00 Brno

Phone:	+420 549 49 3256
E‑mail:

social and academic networks:

Field of study: Ecotoxicology

Biodetection systems in the assessment of endocrine disrupting potential of compounds in surface waters – graduate 2019
Toxicological impacts of exposure to metal nanoparticles – graduate 2019
Bioactive compounds in stagnant waters affected by water blooms – graduate 2018
Endocrine-related toxicity of cyanobacteria and other agents in the aquatic environment – graduate 2017
Advanced in vivo biotests in ecotoxicology of contaminated waters and waste waters – graduate 2016
Biotests for assessment of presence of endocrine active compounds in surface and waste waters – graduate 2013

Bioassays for studies of specific toxicity in mixtures of environmental contaminants – graduate 2014

Specific mechanisms of action of pollutant mixtures in the environment – graduate 2014
New toxicity mechanisms of important organic contaminants – graduate 2012
Biomarkers in experimental ecotoxicology – graduate 2012
In vitro cell bioassays for ecotoxicological assessment of environmental mixtures – graduate 2012

Linking retinoid and thyroid hormone signaling disruption with adverse effects on early development – ongoing study
Health risks of natural toxins in surface waters – graduate 2022

Toxicological Characterization of Environmental Exposure Mixtures – ongoing study
Disruption of thyroid regulation associated with adverse effects of environmental pollutants – ongoing study
Schopnost relevantních expozičních směsí a prioritních polutantů narušovat hormonální regulaci – ongoing study
Endocrine disrupting potential of compounds from indoor environment – ongoing study
Effects of compounds and their mixtures in aquatic environment on early development of fish – graduate 2021
Evaluation of the toxic potential of compounds from atmospheric matrices – graduate 2020
Characterization of specific effects of metabolites of cyanobacteria and algae – graduate 2020
Chemical diversity of cyanobacterial metabolites in the environment – graduate 2020