University of Basel

The sight of a mouthwatering dish can certainly be enough to send our senses into overdrive, and a new study has demonstrated how the mechanisms behind this may play an important role in type 2 diabetes.

The first data has been announced from a Phase 2 trial testing LSD as treatment for anxiety. The results indicate one to two LSD sessions can generate rapid and sustained reductions to anxiety but larger trials are needed to validate these findings.

A new smartphone app is using augmented reality to help reduce a person’s fear of spiders. In a study published in the Journal of Anxiety Disorders the app was found to significantly reduce feelings of fear and disgust after a two-week program.

Scientists have demonstrated how engineered nasal tissue can not only act as structural reinforcement for troublesome joints, but also how its unique properties can counter inflammation in severe osteoarthritis.

A new study has found caffeine consumption can reduce the volume of gray matter in the human brain. The researchers stress these findings do not imply caffeine negatively impacts the brain but the drug may induce a kind of temporary neural plasticity.

In order to see if an antidepressant works, patients have to take the drug for at least a month. New research, however, suggests that by monitoring a sleeping patient's brainwaves, the effectiveness of an antidepressant can be gauged in a week.

A new experiment shows that even massive molecules containing up to 2,000 atoms can exist in two places simultaneously.

​​Cancer cells are a hungry bunch, calling on relatively huge amounts of energy to feed their demanding metabolisms. New research out of the University of Basel describes a drug cocktail that shuts down this process, leaving the cancer cells to wither and die instead.​

​Two years ago, we heard about a study which indicated that even though e-bikes require less rider effort to travel at a given speed, they're still a decent source of exercise. Now, a new study suggests that they're just AS good as regular bikes at improving fitness.

​​Bone marrow tissue functions like a conveyor belt for our bloodstream and scientists have now made a promising advance in the effort to create an artificial version, a tool that could be weaponized in the fight against leukemia and other diseases of the blood. ​

​How much does one living cell weigh, and how does that weight vary in real time? A newly-developed scale will let you know. Developed by researchers from ETH Zurich, the University of Basel and University College London, it's reportedly the first-ever device to be capable of such measurements.

With about 40 million bacteria living in and on you, some microbes have developed a tiny speargun that injects lethal poisons to their neighbors to thin out the competition. Now, researchers at the University of Basel in Switzerland have finally figured out just how the deadly weapon works.