Members of the Department of Neurophysiology take part in different courses of the Studiengang Neurobiologie/Neurowissenschaften of the Otto-von-Guericke University Magdeburg as well of the Graduiertenkolleg"Biologische Grundlagen von Erkrankungen des Nervensystems" .

Lectures and Practical Courses

• Lecture "Plasticity in the nervous system - plasticity and learning" (7. Sem.)
  Subjects: Structural and functional plasticity, forms of learning, non-declarative and declarative memory
• Lecture "Plasticity in the nervous system - functional plasticity in invertebrates" (7. Sem.) Subjects: Forms of plasticity in Aplysia, learning mechanisms in Drosophila, protein synthesis and gene expression during these processes
• Lecture "Plasticity in the nervous system - functional plasticity in vertebrates I" (7. Sem.) Subjects: Long-term potentiation, depotentiation, long-term depression, cellular signal cascades, pre- and postsynaptic mechanisms
• Lecture "Plasticity in the nervous system - functional plasticity in vertebrates II" (7. Sem.) Subjects: Heterosynaptic mechanisms, late-LTP, synaptic tagging, reinforcement, plasticity in behavioural experiments
• Lecture "Plasticity in the nervous system – pathological disorders and functional plasticity" Project Group Neuropharmacology (Prof. Reymann) (7. Sem.)
  Subjects: Plasticity after ischemia, hypoxia – investigation methods and prevention
• Basic practical courses" Cell physiological methods studying neuronal plasticity" (7. Sem.)
• Basic practical courses"System related methods studying neuronal plasticity” (7. Sem.)
• Special practical courses"Functional plasticity in the freely moving animal (in vivo)" (7. Sem.)
• Special practical courses"Functional plasticity in hippocampal slices vitro" (7. Sem.)
• Special practical courses"Spatial learning tasks, cellular concepts of plasticity" (7. Sem.)
• Special practical courses"Studies using neuronal cell cultures" - Project Group Neuropharmacology (Prof. Reymann) (7. Sem.)

Kompaktseminar

• "Long-lasting functional plasticity as a basic mechanism for learning and memory formation" (Prof. Frey)