For many patients with drug-resistant epilepsy, the journey from first symptoms to effective treatment is long and frustrating
In a world where sustainability and responsible waste management are becoming increasingly critical, it's essential to rethink recycling of medical devices.
In a world where sustainability and responsible waste management are becoming increasingly critical, it's essential to rethink the recycling of medical devices.
In the intricate landscape of neurosurgery, precision is not a luxury, it is a clinical necessity. The exact placement of intracranial electrodes underpins nearly every decision in surgical planning for epilepsy, brain tumors, and functional disorders.
Epilepsy treatment has come a long way. For decades, clinicians relied on surface EEG and educated guesswork to determine the origins of seizures, often falling short when it came to localizing deep-seated seizure foci. Then came stereo-electroencephalography (SEEG), and everything changed.
We invite you to join our expert faculty on May 5th and 6th at Brainlab’s HQ in Munich (Germany) for a unique opportunity to gain clinical hands-on experience and engage in insightful discussions about the latest innovations in the field of refractory epilepsy.
Neurosurgery is experiencing a transformative era, with intracerebral electrodes playing a pivotal role in advancing our understanding and treatment of neurological disorders, particularly epilepsy.
We are thrilled to announce that Health Canada has approved thermocoagulation procedures as an extension of the intended use of our depth electrodes.
For individuals living with drug-resistant epilepsy (DRE), seizure freedom isn’t just a clinical milestone, it’s a life-altering transformation. Yet despite decades of progress in diagnostics, monitoring, and surgical intervention, a significant number of patients still do not achieve lasting seizure relief after surgery.
Alzheimer’s disease (AD) is clinically characterized by progressive cognitive decline, affecting memory, language, orientation, and behaviour. Neural oscillations, also known as brain waves, are integral to cognitive processes but become dysregulated in AD, contributing to network dysfunction and memory impairments.