EPFL

Scientists at EPFL and the University Hospital of Lausanne (CHUV) have found the biological mechanism behind the inflammation seen in COVID-19 infections that involve a rise in interferons in the lungs and skin.

Scientists at EPFL and Sorbonne propose a new model of the diversity and evolution of gut bacteria that shows how the gut environment helps neutral mutations become prevalent, with significant potential implications on health and metabolic diseases.

EPFL scientists have observed how catalysts behave at the particle level during water electrolysis. Catalysts play a crucial role in this reaction, in which water splits into hydrogen and oxygen. By shedding light on the underlying mechanism of the functional role of catalysts during the reaction, the scientists have made an important discovery for the design of renewable-energy storage systems.

Organoids are miniature lab-grown tissue structures that can mimic real organs. But guiding stem cells to grow an organoid of defined shape and size is difficult. Now, EPFL bioengineers have developed new methods for successfully guiding the stem cells to grow into intestinal tissues with real-life 3D structure and function.

Chemical engineers at EPFL have developed a new approach to artificial photosynthesis, a method for harvesting solar energy that produces hydrogen as a clean fuel from water.