Neurosciences

Neuroscientists at EPFL identify the brain mechanism that we use to prepare a timely action while suppressing premature execution.

EPFL engineers have developed a neural interface that disappears harmlessly in the body after several months and allows natural tissue to grow back. What’s more, it can be implanted in a patient’s blood vessel rather than inside the brain, thereby avoiding the need for invasive surgery.

EPFL scientists in a European collaboration propose a personalized protocol for optimizing stimulation of optic nerve fibers, for the blind, which takes into account feedback from the viewer’s brain. The protocol has been tested on artificial neural networks known to simulate the physiology of the entire visual system, from the eye to the visual cortex. The stimulation protocol will be tested in clinical trials with partners in Rome.

Researchers from ETH Zurich and University of Zurich have developed a new microscopy technique that lights up the brain with high resolution imagery. This allows neuroscientists to study brain functions and ailments more closely and non-invasively.  

Older traumatic experiences are harder to get over compared to recent ones, and EPFL scientists have started to understand why – at the level of brain circuits. The results point the way for treating long-term trauma.

ETH Fellow Rodrigo Arzate-Mejia is studying how traumatic life experiences affect the brain, with a focus on epigenetic changes in brain cells.