Low-level radioactive substances are used in medicine for diagnosing cancer, among other things. Progress in this area is the objective of a European project coordinated at the university hospital in Würzburg.
moreIndividual molecules and their dynamics can also be made visible in living cells using conventional fluorophores at a resolution of around 20 nanometers. How this is done is being revealed for the first time by researchers from Würzburg, Bielefeld, and New York in the journal “Nature Methods”.
moreNot everyone can tolerate coffee; in some people the caffeine can even trigger symptoms of anxiety. This is down to a small variant in their genetic make-up. Its effect can however be mitigated through regular coffee consumption.
moreThe University of Würzburg continues to expand its networking activities with the world’s elite institutes of higher education: it has now concluded a partnership agreement with the renowned Peking University.
moreA crucial role in technical progress is being assigned to correlated solids. How can the properties of these materials best be analyzed? This is the focus of a new research group involving Würzburg physicists.
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