Titlebook: Replace, Repair, Restore, Relieve – Bridging Clinical and Engineering Solutions in Neurorehabilitati; Proceedings of the 2 Winnie Jensen,Ol

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Strength and Motor Function after Arm Training with an Exoskeleton Robot, ARMin therapy gain less strength than patients in the control group although they improve in motor function. Furthermore, conventional therapy shows higher association between motor function and strength.

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Robot Supported Gait Rehabilitation: Clinical Needs, Current State of the Art and Future,ots. In this paper we propose two conceptual approaches of mechanical devices that may overcome limited factors listed above. We further discuss possible control approaches for the presented concepts that will inevitably have to include some degree of cognitive abilities in future rehabilitation robotic devices.

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Role of Cortical Reorganization in the Rehabilitation of Chronic Pain,it most efficiently targeted to obtain lasting changes. What are the neural mechanisms and when is the most optimal time window after an injury to the nervous system. What is the role of sensory feedback to the deafferented brain and is multisensory input more efficient. These questions will be addr

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The Control of Interlimb Coordination during Left-Right and Transverse Split-Belt Locomotion in Intnterlimb coordination during quadrupedal locomotion was studied in adult cats by independently controlling the speed of the left and right sides, or of the fore- and hindlimbs, using a treadmill with four independent running surfaces. Here, we briefly present some of our recent findings pertaining t

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