News/Archive

Crop variety in agriculture has a positive impact on the natural enemies of aphids. Farmers can use this insight to keep aphids at bay and cut down on pesticides.

Bioinformatics specialists from the University of Würzburg have studied a specific class of hormones which is relevant for plants, bacteria and indirectly for humans, too. Their results challenge previous scientific assumptions.

Ants dress the wounds their mates have suffered in battle. Such behaviour is believed to be unique among animals.

They reproduce through gynogenesis. Their offspring are clones of the mother. According to established theories, the Amazon molly should have become extinct a long time ago. A new study shows how the fish avoids this fate.

Astonishing evolution: Because digger wasps switched prey, the chemical protective layer of their skin changed, too.

Myc proteins play an important role when cells become cancerous. Researchers from the University of Würzburg have studied just how they do this. They might thus open up ways to develop new therapies.

The quinoa plant might serve as a model for making other crops salt-tolerant. It grows well on saline soils because the excess salt is simply dumped into special bladders on its leaves.

A great success for the University of Würzburg in the first round of the Excellence Strategy: expert committee approves three draft proposals for Excellence Clusters in the fields of physics, chemistry and medicine.

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.

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.

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.

Fanconi anemia is a rare genetic disease characterized by high cancer risk. Researchers of the University of Würzburg now have revealed a new Fanconi anemia gene that is involved in complex DNA repair processes and may also play a relevant role in cancer prevention.