
Functional electrical stimulation (FES) makes muscles contract using electrical current. This allows allows the muscles that are paralysed or partially paralysed to move. It can increase arm and hand function and help prevent pain and dysfunction.
Strokes often result in loss of function, pain, spasticity (stiffness) and subluxation (joint out of socket) in the shoulder. Functional electrical stimulation (FES) makes muscles move using electrical current. It can increase shoulder function to help prevent pain and dysfunction
Movements of the stronger hand and arm are observed in a mirror to trick the brain into thinking that the weaker arm is moving.
Motor imagery involves mentally rehearsing the movement of the affected body parts, without ever actually attempting to perform the movement. In other words, you imagine doing the motion in your mind. This can stimulate the brain areas responsible for making the weaker arm or leg move.
Pulsed magnetic fields are used as a pain-free, non-invasive way to stimulate cells in the brain, with the aim of improving arm function.
A commercially available video game system, such as a Nintendo Wii or a PlayStation EyeToy, can be used as a fun and motivating way to help improve arm and hand strength and motor function.
Specifications for making your own StrongArm, a simple wooden device designed by David Hill for practising shoulder and arm movements when muscles are weak. Watch the videos below to see how it works.
YouTube channel with over 80 short videos of upper and lower limb rehabilitation exercises from the Actively Regaining Movement (ARM) project. (Opens in a new window)
A free tool for customising and creating your own booklet containing an exercise program for injuries and disabilities. (Opens in a new window)
If you put your left hand behind a mirror and right hand in front, you can trick your brain into believing that the reflection of your right hand in the mirror is your left. You are now exercising your left hand in the brain, particularly if you start to move your right hand. This is stage 3 of the Graded Motor Imagery rehabilitation program.