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Un dispositivo para ayudar a las personas con parálisis a mover sus pies con la mente

Un dispositivo para ayudar a las personas con parálisis a mover sus pies con la mente

Sixth digit is a newly designed stylus ring primarily for quadriplegics. >>> See it. Believe it. Do it. Watch thousands of spinal cord injury videos at SPINALpedia.com

Josh Smith is raising funds for Sixth Digit: Stylus ring for everything, a lifestyle product on Kickstarter! Sixth digit is a newly designed stylus ring primarily for quadriplegics.

Electrical nerve stimulation can reverse spinal cord injury nerve damage in patients | Researchers find that nerve stimulation can improve the function of peripheral nerves damaged by spinal cord injury (SCI). This technique may be a new approach to preventing long-term changes in nerve and muscle function after SCI and improving SCI rehabilitation outcomes. [The Future of Medicine: http://futuristicnews.com/tag/future-medicine/]

Electrical nerve stimulation can reverse spinal cord injury nerve damage in patients

Electrical nerve stimulation can reverse spinal cord injury nerve damage in patients -- ScienceDaily

An adapted nail clipper and file.Cost less than $5.00 if you use things laying around your house

An adapted nail clipper and file.Cost less than $5.00 if you use things laying around your house

Researchers at Georgia Tech have seen an improvement in sensation and movement in the hands of people with paralyzing spinal cord injury (SCI) after wearing a vibrating glove that helps them learn to play piano.

The Mobile Music Touch is a wireless, musical glove that may improve sensation and motor skills for people with paralyzing spinal cord injury. (Photo: Georgia Institute of Technology)

A system designed at Georgia Institute of Technology enables people with high-level spinal cord injuries to operate a computer and electrically powered wheelchair by moving their tongues. The Tongue Drive, as the system is called, now in prototype, allows a user to wear a dental retainer completely inside the mouth embedded with sensors to control the system (pictured above). The sensors track the location of a tiny magnet attached to the user’s tongue.

Tongue Drive - System designed at Georgia Institute of Technology enables people with high-level spinal cord injuries to operate a computer and electrically powered wheelchair by tracking location of a tiny magnet attached to the user’s tongue.

Batek Handbikes>>> See it. Believe it. Do it. Watch thousands of spinal cord injury videos at SPINALpedia.com

Batek Handbikes>>> See it. Believe it. Do it. Watch thousands of spinal cord injury videos at SPINALpedia.com

Resultado de imagem para cadeira de rodas>>> See it. Believe it. Do it. Watch thousands of spinal cord injury videos at SPINALpedia.com

Resultado de imagem para cadeira de rodas>>> See it. Believe it. Do it. Watch thousands of spinal cord injury videos at SPINALpedia.com

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15 Productos que toda floja necesita en su vida

All-terrain wheel chair from Dump A Day Simple Ideas That Are Borderline Genius - 20 Pics

Anti Spasticity Ball Splint Hand Functional Impairment Finger Orthosis Hand Ball Rehabilitation Exercise-inBraces & Supports from Health & Beauty on Aliexpress.com | Alibaba Group

Cheap splint hand, Buy Quality hand orthosis directly from China hand splint Suppliers: Anti-Spasticity Ball Splint Hand Functional Impairment Finger Orthosis Hand Ball Rehabilitation Exercise

A tecnologia futurista, que usa um dispositivo minúsculo contendo um emaranhado de eletrodos, já conseguiu registrar atividades neurais em ovelhas

A tecnologia futurista, que usa um dispositivo minúsculo contendo um emaranhado de eletrodos, já conseguiu registrar atividades neurais em ovelhas

Topchair-S silla de ruedas electrica>>> See it. Believe it. Do it. Watch thousands of spinal cord injury videos at SPINALpedia.com

TopChair-S: the first electric freedom wheelchair. This stair climbing wheelchair can climb straight staircases, pavements ordoorsteps in total safety.

Robo-suit and virtual reality reverse some paralysis in people with spinal cord injuries....In a study published today, Nicolelis makes his bid. He and colleagues reveal that eight Brazilians paralyzed because of spinal cord injuries regained some small but significant sensation and muscle control in their lower limbs after many months of training with the robotic exoskeleton, and by a virtual reality avatar also controlled by brain signals.

Robo-suit and virtual reality reverse some paralysis in people with spinal cord injuries

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