Receptors for neurotransmitters and their ligands are described from a chemical-pharmacological point of view and the relevance of these molecules and their interactions for development of tolerance, supersensitivity and long term potentiation are discussed. Aspects of neurochemistry as a basis for neuropharmacology are discussed. The course is useful for advanced studies in biology or chemistry or for work in the pharmaceutical industry.

Apply to the course here.

Entry requirements

Chemistry 60 credits, basic level, of which 7.5 credits in biochemistry or 60 credits in biology, basic level, of which 9 credits in zoological physiology, or corresponding courses. English B

Literature

Basic Neurochemistry: Principles of molecular, cellular and medical neurobiology. Editors ST Brady, GJ Siegel, RW Albers & DL Price. Eighth edition, 2012, Academic Press, ISBN: 978-0-12-374947-5
Hand-outs will be available in connection with the first lecture and through-out the course.
 

Scope

9 weeks full time studies

For more information

Please contact Associate Professor Anna-Lena Ström