Titlebook: Neurorehabilitation Technology; David J. Reinkensmeyer,Volker Dietz Book 20162nd edition Springer International Publishing 2016 Neurorehab

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Clinical Application of Rehabilitation Technologies in Children Undergoing Neurorehabilitation-directed movements to complement conventional treatments. Characteristics of robotic-supported and computer-assisted training are in line with principles of motor learning and include high numbers of repetitions, prolonged training durations, and online feedback about the patient’s active participa

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Restoration of Hand Function in Stroke and Spinal Cord Injuryd in so many activities of our lives, diminished motor control can profoundly impact quality of life. In the past 25 years especially, robotic and mechatronic technology has been developed to alleviate some of the functional losses resulting from neurological injury. The devices generally fall into

geriatrician

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ometries, and architectural features. In this scenario, design strategies are currently leading to a wide range of possibilities to search for the optimal solution or a set of optimal solutions for the design of 3D additive manufactured structures with suitable functional properties according to the

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Andreas Luft MD,Amy J. Bastian PhD,Volker Dietzc materials. Probing species at an aqueous interface during electrochemical reactions poses a great challenge to experimentalists and has raised considerable attention over the past decades, which is especially intriguing in the field of electrocatalysis. Several approaches for coupling electrochemi

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Robert L. Sainburg PhD,Pratik K. Mutha PhDous catalysis. This chapter aims to review the fundamentals of UV-Vis spectroscopy along with the measurements and data interpretation involved in its application. The advantages of using this spectroscopic technique in investigating the chemical reactions behind a plethora of functional catalysts h

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David A. Brown PT, PhD,Timothy D. Lee PhD,David J. Reinkensmeyer PhD,Jaime E. Duarte PhDtalyst under a reaction or catalytic condition which is inaccessible with high vacuum-based X-ray photoelectron spectroscopy (XPS). It has brought significant value to fundamental understanding of catalytic reactions through establishing a direct correlation between a catalyst surface and its corres