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Press Releases

Attention, collision ahead! What's true for rugby players also applies to pedestrians talking a walk in the city – and can now be calculated. (Photo: Fanny Schertzer / Wikimedia Commons, CC BY 3.0)

How do pedestrians behave in a large crowd? How do they avoid collisions? How can their paths be modelled? A new approach developed by mathematicians from Würzburg and Nice provides answers to these questions.

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Dr. Elmar Wolf

One specific gene is overexpressed in many human tumours. This particular gene is the centre of Elmar Wolf’s research activities. The European Research Council (ERC) has awarded him a "Starting Grant" worth €1.5 million for this purpose.

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People suffering from a fear of heights experience the anxiety also in virtual reality – even though they are aware that they are not really in a dangerous situation. (Photo: VTPlus)

It is possible to unlearn fears. And this works even better when a specific region of the brain has previously been stimulated magnetically. This has been shown by researchers from the Würzburg University Hospital in a new study.

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JMU's main building. (Photo: Daniel Peter)

The prestigious Shanghai Ranking has placed the University of Würzburg among the world’s top 200 universities – as one of four Bavarian and 15 German universities.

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3D model of the proventriculus, a special organ of the tsetse fly: The distribution of the trypanosomes based on the fluorescent cell nuclei is shown in yellow. (Picture: Chair of Zoology I / eLife)

Such detailed images of the pathogen that causes sleeping sickness inside a host are unique so far: They illustrate the manifold ways in which the parasites move inside a tsetse fly.

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Like a spaceship, the complex sugar molecule (coloured) lands exactly on the tumor protein galectin-1, which here looks like a meteorite and is shown in black and white. (Picture: Workgroup Seibel, VCH-Wiley)

Scientists from Würzburg have synthesized a complex sugar molecule which specifically binds to the tumor protein Galectin-1. This could help to recognize tumors at an early stage and to combat them in a targeted manner.

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The larval Drosophila chordotonal organ seen under the scanning electron microscope. This sensory functional unit modulates the processing of mechanical stimuli by means of the latrophilin receptor. Scale: 10 µm. (Photo: Scholz et al., 2017)

About two years ago, scientists from Würzburg discovered that a certain class of receptors is capable of perceiving mechanical stimuli. Now they have begun to unravel the molecular mechanisms behind the discovery.

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Master students from the University of Würzburg during a land survey on wheat fields of the new JECAM site DEMMIN. (Photo: Thorsten Dahms)

Important crop information can be gleaned from satellite data. A new project funded by the German Federal Ministry for Economic Affairs is expected to provide further progress in this field.

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Retina degeneration can be slowed down in the mouse model for childhood dementia: The ganglion cells of a healthy retina on the left; a diseased retina in the centre. A diseased retina under treatment with teriflunomide on the right.

Although dementia is most often seen in adults, childhood or adolescent dementia does occur. A team of researchers from the University of Würzburg believes that established therapeutic drugs might be effective against childhood dementia.

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Molecular Lego

07/20/2017
Usually, metal ions such as iron, cobalt, nickel or zinc and ligands spontaneously form colourful MEPE in solution. The team of Dirk Kurth has measured how quickly they assemble. (Photo & Graphic: team Kurth)

They can change colour, vary their spin or go from solid to liquid state: Certain polymers have fascinating properties. Researchers from the University of Würzburg have studied just how they do this.

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Distribution of endothelial cells (red) and neuronal cells (green) in the brain of adult mice. (Photo: team Gessler)

The blood-brain barrier is a unique mechanism to shield the brain. Scientists from the University of Würzburg have now uncovered details of how it evolves. This finding offers new chances for modification and regulation.

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The Wuerzburg Scientists: Giorgio Sangiovanni, Michael Karolak und Andreas Hausoel. (Photo: private)

Physicists from the University of Würzburg have discovered surprising properties of nickel. They could help unravel some mysteries about Earth's magnetic field.

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