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    Press releases

    Aus einer Kolonie von Staphylococcus-aureus-Bakterien (Mitte, orange) entstehen nach und nach Gruppen, die ein Antibiotikum produzieren (weiß), und Gruppen, die gegen dieses Antibiotikum resistent sind (Randbereich, gelb). (Foto: Daniel Lopez)

    People use antibiotics far too often, with the result that pathogenic bacteria are becoming more and more resistant to these drugs. However, there is also another cause of increasing resistance, which has now been uncovered by Würzburg scientists who research infectious diseases.

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    Wie ein Satellit, der unglaublich scharfe Fotos von der Erdoberfläche liefert: So ähnlich funktioniert die mikroskopische Technik dSTORM mit den leuchtenden Zuckern. Würzburger Forscher erzeugen mit ihr sehr detailreiche Bilder von Zellmembranen. (Bild

    Scientists from the University of Würzburg have managed to take a unique look at the membranes of human cells using a new technique. This technique that they have devised makes individual saccharified proteins and lipids visible at the molecular level.

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    Röntgeninterferenzmuster, das bei der Untersuchung von komplexen Nano-Schichtstrukturen gemessen wird. Die eingefügte Skizze verdeutlicht den Strahlengang des Röntgenlichts bezüglich der Probenoberfläche. (Grafik: Sebastian Macke)

    Bringing two electrical insulators together to create an electrical superconductor: Anyone wishing to analyze such phenomena in nanostructures will soon come up against metrological limitations – unless a new method is used that Würzburg physicists have helped to develop.

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    Das Logo des Academic Ranking of World Universities, besser bekannt als Shanghai-Ranking.

    Once again, the prestigious Shanghai Ranking has placed the University of Würzburg among the world’s top 200 universities. It is one of only three Bavarian and thirteen German universities in this league.

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    Gezeigt ist die räumliche Organisation des Bruchpilot-Proteins an aktiven Zonen. Die Anwendung hochauflösender dSTORM-Bildgebung (rechts) liefert eine Darstellung ultrastruktureller Details, die mittels konventioneller Lichtmikroskopie (links) nicht auf

    Neurotransmitters play an important role in the communication of nerve cells. Major details of the processes involved have been unclear until recently. Scientists of the University of Würzburg have now shed light on these processes by using a new technique.

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