Robot-assisted movement training compared with conventional therapy techniques for the rehabilitation of upper-limb motor function after stroke

Lum, Peter S., Burgar, Charles G., Shor, Peggy C., Majmundar, Matra, Van der Loos, Machiel·2002·Archives of Physical Medicine and Rehabilitation

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    Shahid Hussain, Sheng Quan Xie, Guangyu Liu · 2011 · Medical Engineering & Physics
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    Thomas Platz · 2003 · Der Nervenarzt
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    Alexander W. Dromerick, Peter S. Lum, Joseph M. Hidler · 2006 · NeuroRx
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