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An international team of researchers including the Chair of Medicinal Chemistry (Prof. Dr. Peter Gmeiner) has succeeded in “filming” the activation of an important receptor. They froze the involved molecules at different points in time and photographed them under the electron microscope. They were t...

Diseases are usually restricted to a certain organ or tissue in the human body. However, medications are typically not only administered to the site of disease but to the entire body. This can damage healthy tissue and cause unwanted side effects. To overcome this problem photopharmacology aims to d...

Prof. Dr. Karl Mandel has received an ERC Consolidator Grant. Karl Mandel has been Professor for Inorganic Chemistry at FAU since 2020, and Head of the Particle Technology Group at the Fraunhofer Institute of Silicate Research ISC in Würzburg since 2014. He completed his doctoral degree in 2013 a...

Grignard reagents are by far the most well-known organometallic compounds. Although more than hundred years old, these reagents are still today essential in organic synthesis and large scale industrial processes. These complexes are based on the metal magnesium but there is increasing interest in re...

Molecular photoswitches are only nanometers in size and can change their structure and properties when exposed to light. Molecular photoswitches are of great importance in many applied areas ranging from the development of light-controlled drugs, solar energy harnessing, to the creation of optically...

Functional nanomaterials could soon control the activity of neurons in the brain. By using this minimally-invasive method, Prof Dr. Danijela Gregurec, Professor for Sensory Sciences at the Department of Chemistry and Pharmacy, hopes to revolutionize the treatment of neurological disorders such as de...