Spinal Cord Injury

Invention connects brain functioning to limb control

Published in Pain and Central Nervous System Week, October 7th, 2002

A Queen's University neuroscientist's invention to help understand the role of the brain in arm and leg movement will dramatically improve the assessment and rehabilitation of stroke and spinal cord victims. It will also help lay the groundwork for development of neural prostheses that can reactivate paralyzed limbs.

Dr. Stephen Scott's unique mathematical model, combined with his new experimental device, KINARM (kinesiological instrument for normal and altered reaching movement), enables researchers for the first time to objectively quantify and manipulate the mechanics of limb movement in multijoint motor tasks. This device has already generated several new...

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Source: Pain and Central Nervous System Week (2002-10-07)

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