doc. RNDr. Pavel Babica, Ph.D.
Head, Cell and Tissue Toxicology
Correspondence Address:
Kotlářská 267/2, 611 37 Brno
Office: bldg. D29/327
Kamenice 753/5
625 00 Brno
Phone: | +420 549 49 4620 |
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E‑mail: |
social and academic networks: |
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Field of study: Ecotoxicology
Topics of doctoral theses (supervisor)
- Liver homeostasis disruption by cyanobacterial toxins – graduate 2019
- Modern mammalian in vitro models for toxicological research – graduate 2018
Field of study: Environmental chemistry and toxicology
Topics of doctoral theses (supervisor)
- 3D in vitro models in toxicology: SD cell culture system for hepatotoxicity assessment and liver disease modeling. – ongoing study
- 3D in vitro models in toxicology: Stem cell-based 3D liver models for biomedical and toxicological research. – ongoing study
- In vitro assessment of intra- and intercellular signalling in response to environmentally occurring substances – graduate 2021
- Effect of environmental pollutants on liver tissue homeostasis – graduate 2021
- Modern analytical methods to study environmental occurrence, fate and chemico-biological interactions of cyanobacterial toxins – graduate 2020
Topics of doctoral theses (consultant)
- Metabolomic and toxicokinetic approach to improve in vitro toxicity assessment and in vitro-in vivo extrapolation – ongoing study
- Effects of environmental contaminants on somatic testicular cells – graduate 2022
- Application of automated cell image analysis in research of biological effects of chemical compounds – graduate 2020
- Methods for the evaluation of toxic potential of compounds from atmospheric matrices – graduate 2020
Field of study: Environmental chemistry and toxicology
Topics of doctoral theses (consultant)
- Health risks of natural toxins in drinking waters – graduate 2022
Field of study: Pharmacognosy
Topics of doctoral theses (consultant)
- Testování biologické aktivity (ovlivnění mezibuněčné komunikace a související efekty) rostlinných sekundárních metabolitů z vybraných rostlinných taxonů (se zvláštním zaměřením na prenylované sloučeniny) in vitro, stanovení mechanismu jejich účinku. – ongoing study