Advance

Epios™

subcutaneous electrodes
The Epios system comprises a series of thin leads with sensing electrodes inserted beneath the skin.

Long-term brain monitoring and therapeutics for personalized management of neuro-disorders

From epilepsy to dementia, long-term brain monitoring has the potential to revolutionize the diagnosis and treatment of neuro-disorders. Wyss Center scientists and engineers are working in collaboration with clinicians, faculty and industry on the development of a minimally invasive, long-term, full coverage brain monitoring platform for use in daily life. 

The problem
Unmet need for long-term brain monitoring in everyday life

Long-term brain activity data could dramatically improve diagnosis and treatment of neuro-disorders, but there is currently no system capable of recording brain activity over months and years. Existing methods of monitoring have limitations. Scalp monitoring with a cap interferes with daily life, the signals can be unstable, and it is only effective for short-term recordings. Intracranial monitoring with electrodes in direct contact with the brain requires hospitalization for invasive cranial surgery and records from only a small area of the brain. These limitations highlight the need for continuous, long-term monitoring of brain activity, with reliable measurements, outside the clinic and with minimal interference in daily life. 

Long-term brain data not only has the potential to provide novel insights into brain function but could also open-up new avenues for biomarker discovery and personalized treatment, especially when brain data is combined with other information like heart rate, movement and audio. Neurophysiological monitoring has revolutionized the field of neurosurgery and we believe it can do the same for healthcare in general. 

The technology
The Epios system: Sensing electrodes and wireless implant that records brain activity from beneath the scalp over months or years

The Epios system comprises a series of thin leads incorporating sensing electrodes and a miniature implant, inserted beneath the skin. The neural signals are wirelessly transmitted to an external receiver held in place on the skin directly over the implant with a magnet, and from there are conveyed to a wearable data processor and are finally securely stored in the Epios Cloud.

The Epios Cloud is an environment which allows secure, private, remote data access and a web interface for data visualization and analytics. The Epios system can be used continuously, 24 hours a day, at home, at work or on the move.

Epios system components

The name Epios stems from the term epi-osteal which means ‘above the bone’.

1
Electrode Sensors
Epios sensing electrodes
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Epios Wearable
Epios wearable
3
Epios Cloud
Epios Cloud secure data storage and analysis

Indications

The first indication of the Epios system is epilepsy, but the Epios platform has multiple potential indications (present and future) that require real-time, long-term monitoring of brain activity. These include movement restoration for people with spinal cord injury and stroke, as well as Parkinson’s disease, sleep disorders, pain management and neuromodulation of brain circuits for mental health applications.

Epilepsy is a chronic disorder that affects 65 million people around the world. It is characterized by recurrent seizures arising from abnormal neuronal activity in the brain. Current medical diagnosis and treatment decisions in epilepsy rely heavily on patient self-reported measures, which have repeatedly been found unreliable. Additionally, often seizures are weeks or months apart, making it almost impossible to monitor them during a single clinic visit or hospital stay. 

There is currently no cure for epilepsy and, for one in three people, medication does not completely control seizures. Epilepsy patients do not know when they will have a seizure and they do not always remember a seizure meaning there is a need for an objective way to detect, quantify and communicate seizure occurrences to patients and healthcare providers.

Long-term monitoring of brain activity with Epios during everyday life in seizure patients will help clinicians characterize the type and number of seizures, improve the diagnosis of epilepsy, improve clinical workflow for pre-surgical planning, and provide personalized treatment plans. Long-term epilepsy data could additionally provide the key to seizure forecasting, giving people with epilepsy the power to plan their lives according to the likelihood of having a seizure.

Long-term brain monitoring has the potential to inform treatment strategies and help with lifestyle planning for people living with neuro-disorders.

Collaborators

The Wyss Center is working with a network of industrial technology partners for development and manufacture of the Epios components. We are also working alongside academic and clinical partners for pre-clinical and clinical testing, and optimization of the Epios system. Clinical trials are due to start in 2020 in collaboration with the Sleep-wake epilepsy center at the University Hospital of Bern (INSELSPITAL).

Inselspital Logo

Epfl Logo

Universittsspital Lausanne Chuv Logo

We are currently exploring commercialization opportunities and strategic partnerships.

Epios is an official member of the Swiss Healthcare Startups ecosystem.
To find out more about this project and our business development efforts, please contact Eric Chanie.


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