Consortium to develop fully implantable brain-computer interface to enable communication for people with paralysis
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22.03.2022Completely locked-in man uses brain-computer interface to communicate
Two-year study paves the way for new technologies for people with severe paralysis
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29.11.2021Wyss Center and Inselspital Bern announce clinical trial for long-term brain monitoring technology
Early clinical study will assess safety and feasibility of the Epios™ subscalp recording leads in epilepsy patients
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29.09.2021Wyss Center announces CE mark for its brain data visualization software, Epios Cloud
The cloud-based platform enables long-term brain monitoring towards personalized treatment.
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17.05.2021Epios™ selected for MassChallenge Switzerland 2021 accelerator
The Wyss Center’s spin-off company Epios joins a global network of entrepreneurs with its long-term brain monitoring technology.
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23.03.2021Study suggests a promising future for soft bioelectronic interfaces in clinical settings
Results demonstrate MRI compatibility, good surgical handling and reliable recording in bioelectronic interfaces that conform to the nervous system.
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27.08.2020New era in brain monitoring technology could improve diagnosis of epilepsy and lead to personalized treatment options
Subscalp brain monitoring devices could offer long-term, continuous, and reliable recording of neural activity at home and in the clinic.
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01.07.2019Neurotechnology holds promise for chronic stroke patients
Personalized neurotech could boost rehab success.
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08.04.2019Advances in deep brain stimulation could lead to new treatments for people with movement and psychiatric disorders
Recent advances in DBS could lead to treatments for obsessive-compulsive disorder, Gilles de la Tourette syndrome and depression.
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24.10.2018Implanted devices could improve epilepsy management
Continuous monitoring of brain activity could improve quality of life for people with epilepsy, say clinicians.
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09.01.2018Recurrent brain activity patterns predict seizures in patients with epilepsy
Implanted electrodes reveal long-term patterns of seizure risk.
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