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The Neurotoxicology Research Group investigates the cellular and molecular mechanisms of action of toxic substances (food-related products, health products, drugs and environmental contaminants) on the nervous system.

Research focuses on adverse effects of toxic substances on membrane signaling through membrane receptors and ion channels, and on cellular communication through exocytosis. Additionally, intracellular signaling cascades and neurodevelopment will be studied for further hazard characterization of various classes of environmental toxicants. Projects focus on those exposures that are associated with strong sociatal concern (e.g., alternative flame retardants, drugs of abuse and electomagnetic fields) and/or neurodegenerative disorders, such as Parkinson's Disease (e.g., pesticides and chemical mixtures) and/or developmental neurological disorders, such as ADHD/ASD (chemical mixtures of pesticides and persistent organic pollutants).

Within all projects focus is on the use of in vitro systems. Models for cell-cell communication (neurotransmission and innate immune system) and for studying human receptor effects as well as developmental aspects of toxicity receive specific attention. Techniques include measurements of cytotoxicity (using biochemical techniques), cell stress (using cellular imaging of reactive oxygen species), exocytosis (using amperometry and cellular imaging), voltage-gated and ligand-gated ion channels function (using patch clamp techniques), intracellular Ca²⁺ concentration (using single cell fluorescent microscopy).