eanCast: Weekly Neurology

Official neurology podcast of the European Academy of Neurology (EAN). Expert talks on general neurology, stroke, dementia, epilepsy & many more. New episodes every Monday. For neurology residents, clinicians & researchers. A resource for continuing medical education and lifelong learning.

eanCast: Weekly Neurology

Latest episodes

Ep. 160: Hypothermia in Cardiac Arrest

Ep. 160: Hypothermia in Cardiac Arrest

15m 3s

EAN Moderator: Thomas Berger (Vienna, Austria)
Guest: Tobias Cronberg (Lund, Sweden)

In this episode, Cronberg joins Berger to discuss the evolving role of hypothermia in neurointensive care, particularly after cardiac arrest. Drawing from large clinical trials and real-world cases, they explore why hypothermia is falling out of favour and what this means for neurologists and emergency care.

Ep. 159: The Price of Neurology - Understanding the Economic Burden of Brain Disorders in Europe

Ep. 159: The Price of Neurology - Understanding the Economic Burden of Brain Disorders in Europe

20m 38s

Moderator: Roberta Balestrino (Milan, Italy)
Guest: Richard Dodel (Essen, Germany)

A video version of this episode is available on the eanCampus.
In this episode, Dodel joins Balestrino to explore the social and economic burden of neurological disorders, highlighting findings from the EAN-led COIN (Cost of Illness in Neurology) project. They discuss why diseases like headaches and multiple sclerosis carry some of the highest costs and what this means for healthcare systems across Europe.

Ep. 158: Autogenic Training - A Neurological Approach to Self-Relaxation and Stress Recovery

Ep. 158: Autogenic Training - A Neurological Approach to Self-Relaxation and Stress Recovery

33m 47s

Moderator: Marian Galovic (Zurich, Switzerland)
Guest: Max Hilz (Erlangen, Germany)

A video version of this episode is available on the eanCampus.
In this episode, Galovic welcomes Hilz to discuss the science behind autogenic training, a self-guided relaxation technique rooted in neurophysiology. Hilz explains how it helps regulate autonomic function, reduce stress, and support patients with neurological and functional disorders.