In our new Nature Neuroscience study, we have discovered that early changes in brain activity respectively related to amyloid-beta and tau buildup can predict cognitive decline years before symptoms appear, offering hope for early detection of Alzheimer’s. The study also highlights the potential of short MEG scans to identify those at risk long before memory loss sets in.

Our latest study investigates how changes in brain activity align with the distribution of neurotransmitters in Alzheimer’s disease. Published in open access by Alzheimer’s & Dementia, our research found that these changes are closely linked to areas rich in cholinergic receptors, which are also where amyloid-β plaques tend to accumulate. This alignment is connected to the severity of Alzheimer’s cognitive symptoms, offering new insights into potential diagnostic markers and therapeutic targets.

Our lab publishes in the journal eBiomedicine, which is part of The Lancet group, a new study that reveals distinct patterns of brain activity that differentiate individuals with Parkinson’s disease.

We are both happy and proud to have played a little part (MEG-BIDS) in this collective effort to promote collaboration and structured data sharing in neuroimaging research. New retrospective paper just published by MIT Press' Imaging Neuroscience.

We publish in Annals of Neurology a new study that advances the fundamental understanding of Parkinson's disease beyond its motor symptoms. Our findings underscore the importance of considering the neurochemical organization of the cortex in the disease and its implications for treatment and management. As we continue to explore these complex relationships, we move closer to more targeted and effective therapies for PD patients.

We publish in Cerebral Cortex a new study in collaboration with Jérôme Sackur at Ecole Normale Supérieure (Paris) that explored how different types of attention interact in the brain.

We recorded brainwaves with EEG to study how involuntary attention (like a sudden sound grabbing your attention) can interrupt voluntary attention (like focusing on a task). Our findings shed light on the complex ways our brain juggles different attention processes, offering new insights into how our mind manages focus and distractions.

We publish in the journal PAIN reports a new study that advances the understanding of the complex and multifaceted brain signals that convey the perception of pain.

When slow is not necessarily a low. We show in a new study just published in Progress in Neurobiology how a slowing of brain activity may be protective of brain functions in the natural history of Parkinson’s Disease.