Mass Media

"TV channel 360"

The "Morning of Russia" ("Utro Rossii") program tells about our system. First-ever mechanical hand "exohand" can help people get movements back into their own hands after suffering from a stroke.

The rehabilitation system with brain-computer interface will help to recover limb motor function in post stroke survivors and patients with extensive brain injuries.

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REN-TV

Specialists from the Research Institute of Translational Medicine of Pirogov Medical University created a mechanical hand – a glove-like device controlled by neurointerface system, i.e. by mental commands. Production of the innovative system was already launched. The advanced robotic rehabilitation system will help stroke and accident survivors to restore upper extremity motor function.

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"Russia 1" TV Cannel

The "Morning of Russia" ("Utro Rossii") program tells about our new robotic system. First-ever mechanical "exohand" can help people get movements back into their own hands after suffering from a stroke.

The rehabilitation system with a brain-computer interface will help to recover hand motor function in post stroke survivors and patients with extensive brain injuries.

More

"Channel 5" TV Cannel

State-of-the-art neurointerface-based robotic system is developed by scientists from the Research Institute of Translational Medicine of Pirogov Medical University. The rehabilitation device is a “glove” helping to restore hand motor function in patients after stroke or serious injuries

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IZ.RU “Izvestia”

First-ever ExoHand — a “glove” controlled by mental commands — is developed in the Research Institute of Translational Medicine at Pirogov Medical University.

“Exokist-2” rehabilitation system with brain-computer interface is designed to help with recovery of hand motor function in post stroke survivors and patients with extensive brain injuries.

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