News & Events
A new direction for cancer research
In collaboration with the University Hospital Basel, researchers from ETH Zurich in Basel are investigating the early stages of bladder cancer. Their findings show that future research should also focus on mechanical changes in tumour tissue.
Cutting-edge research from Basel
From new tests and therapies to the fundamental principles of biology: five compelling examples of the benefits of new bioengineering technologies. Research highlights from the D-BSSE in Basel.
Tanja Stadler elected member of the Leopoldina
Great honour for Tanja Stadler, Head of the Computational Evolution group: on 17 April, she officially received the membership certificate from Leopoldina, the German National Academy of Sciences. Leopoldina unites researchers with outstanding expertise in their respective fields, currently counting around 1'600 Academy members, being elected for their outstanding scientific achievements. Congratulations, Tanja!
Antimicrobial resistance may evolve more rapidly than previously thought
As antimicrobial resistance increases globally, infections with resistant bacteria pose a major public health threat. In a new study in Nature Catalysis, a team of researchers led by Adrian Bunzel from the Bioprocess Laboratory at D-BSSE and Christopher Frohlich from the Arctic University of Norway revealed a novel mechanism for how resistances can emerge alarmingly fast. The discovery may help create antibiotics that are less prone to resistance and guide personalized health care.
A leap forward for computer simulations of cellular tissues
Many aspects of how cells organise in a tissue are still a mystery. Researchers from the Computational Biology group of Dagmar Iber use computer modelling to unravel the cellular organisation that gives rise to tissue shape and function in development and disease. A new powerful computer programme presented in Nature Computational Science is a big leap forward. The team hopes to be able to dig much deeper into the biophysics of the fundamental building blocks of life than was possible before.