Dr. M. Baud Group/e-Lab (Neurology)

Group leader

Dr. Maxime Baud Senior Physician and Research Fellow Department of Neurology

Institution and Address

e-Lab Department of Neurology University Hospital Inselspital Bern 3010 Bern Phone: +41 (0)31 632 30 54 e-mail: maxime.baud.neuro@gmail.com

Main goals

The e-Lab is formed by talented researchers that share the ambition to crack the most mysterious aspects of epilepsy. One unifying question we have is “why do seizures occur at particular moments in time?”. We use a translational approach to the question using big data in patients and neuronal manipulations in animal models.

Group members and their position

Kristina Slabeva, master student Grégory Lepeu, MD-PhD student Marc Grau, Postdoctoral Fellow

Previous and current research

We study the temporal structure of epilepsy at multiple time-scales using a broad electrophysiological arsenal in a number of settings: • In ambulatory patients equipped with devices for chronic EEG • In inpatients undergoing intracranial monitoring • In animals using optogenetic and pharmacologic

Future projects

The Chronobiology of Epilepsy The Temporal Structure of Epilepsy Forecasting Seizure Risk

Techniques / methods

Scalp, subscalp and intracranial Electroencephalography, multi-unit recordings, optogenetics


Neuralynx, open-BCI, etc.

Selected publications

M Baud and V Rao, Gauging Seizure Risk, Neurology, 2018 M Baud, J Kleen, E Mirro, J Andrechak, D King-Stephens, E Chang, V Rao, Multi-day rhythm modulate seizure risk in epilepsy. Nature Communications, 2018 M Baud, J Kleen, G Anumanchipalli, L Hamilton, YL Tan, R Knowlton, E Chang. Unsupervised learning of spatiotemporal interictal discharges in folcal epilepsy. Neurosurgery, 2017. M Leonard, M Baud, M Sjerps, E Chang. Perceptual Restoration of Masked Speech in Human Cortex. Nature Communications, 2016.

Selected lectures, seminars, colloquia

Seizures are locked to multidien rhythms in epilepsy, 3rd EAN Congress 2017, Amsterdam


Swiss National Science Foundation University of Bern Wyss Center for Neuroengineering Velux Foundation