Archive

When bumblebees move, their vision improves. Scientists at the University of Würzburg have now been able to prove this.

Under certain circumstances, a rare tropical plant develops into a carnivore. A research team from the universities of Hannover and Würzburg has now deciphered the mechanism responsible for this.

Increasing heat and drought are changing forests faster than expected. Researchers at the University of Würzburg want to keep a better eye on these dynamics. They have raised 1.2 million euros for their project.

What role do forests play as a feeding habitat for honeybees? A team led by Würzburg biologist Dr. Benjamin Rutschmann investigated this question. For this purpose, the researchers used observation hives inside the Steigerwald.

Can flower strips combined with hedges improve biodiversity in intensively used agricultural areas? This is what a team from the University of Würzburg is investigating with project partners from four EU countries.

For the second time, Würzburg cancer researcher Professor Martin Eilers has received one of the prestigious ERC Advanced Grants. The award is endowed with 2.5 million euros.

Scientists from Austria and Germany show that pathogenic fungi are adapting to social health care measures by ants.

Elmar Wolf has been on the hunt for new therapies for a type of pancreatic cancer and has been awarded a two million euro ERC Consolidator Grant for this.

The newly discovered dyscalculia mutant of the Venus flytrap has lost its ability to count electrical impulses. Würzburg researchers reveal the cause of the defect.

The search for nectar costs insects a lot of energy, so they have to be as efficient as possible. Colourful patterns on the petals can help with that.

A new collaborative research centre is being launched in Würzburg. It investigates critical decision processes that determine the outcome of human infection.

Hollow spheres made of MYC proteins open new doors in cancer research. Würzburg scientists have discovered them and report about this breakthrough in the journal "Nature".

At the beginning of the corona pandemic, the R0 value was an essential criterion for estimating the further development. A study by the University of Würzburg now shows that it was often not really accurately determined.

How do cells manage to quickly adapt their growth to changing environmental conditions? A new study by a research team from Würzburg provides an answer to this question.

Plant leaves can cope with much higher salt concentrations than roots. The underlying mechanism may help to develop more salt-tolerant crops.