Basic pharmacology seeks to understand how drugs work, to discover new therapeutic targets and to provide suitable biological read out systems for testing of new substances. By its very nature, pharmacology and toxicology are truly interdisciplinary and contribution of specialists of many other disciplines are required.
As in many other biomedical disciplines the boundaries of pharmacology and toxicology are not sharply defined. Thus, it is the scientific purpose, to understand how xenobiotics influence living organisms and how their effects can be translated to therapeutic principles or to prevention of toxicological outcomes, which unites pharmacologists and toxicologists rather than specific conceptual and technical coherence.
Experimental Pharmacotherapy: Dietrich Lab "Identification of Pharmacological Targets in Pathophysiological Mechanisms"
- Gudermann/Khajavi Lab
- Gudermann/Braun Lab "Ion transport mechanisms"
- Gudermann/Atzler Lab "BIOSKETCH"
- Gudermann/BachLlab "Cancer Clot and Inflammation"
- Boekhoff Lab "Peripheral taste systems and reproductive pharmacology"
- Mederos Lab "Biophysics of ion channels"
- Gudermann/Breit Lab
- Gudermann/Chubanov Lab "Melastatin-related TRP Channels"
- Gudermann/Schredelseker Lab "Cardiac Pharmacology"
- Storch Lab "Ca2+ Permeable Cation Channels"
- Zierler Lab "Ion Channels in Immune Function"