Physio Exercises for Right-Sided Weakness

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Muscle weakness on one side of the body can occur after a stroke or as a result of physical trauma. Called hemiparesis, one-sided weakness -- regardless of which side is affected -- can be improved through therapeutic exercises. Passive and active range-of-motion therapy and modified constraint-induced therapy can provide your body with increased circulation and muscle strength. However, visualization exercises may help to enhance your rehabilitation. Talk to your doctor or therapist about what exercises are right for you.

Muscle Weakness and Hemiparesis

Muscular weakness is considered either subjective or objective. Subjective weakness means you feel weak, but there is no measurable loss of strength. Objective weakness is a loss of strength found during a physical exam. One-sided muscle weakness can stem from stroke or injury to the brain or nervous system, as well as multiple sclerosis, muscular dystrophy or cerebral palsy. An injury to the right side of your brain will cause hemiparesis on your left side, while an injury to the left side of your brain creates weakness on your right side.

Range-of-Motion Exercises

Range-of-motion, ROM, exercises can help keep the limbs on your affected side from becoming stiff or losing muscle mass. According to, ROM exercises can be passive, active-assisted or active, depending on whether your affected side has any voluntary movement. If you cannot actively move your own muscles, a therapist can move them for you or use a passive motion machine. Passive motions improve your circulation, bringing blood to muscles and tissues, and help your brain remember how to move that area. If you have partial movement, active-assist exercises or active ROM movements will also improve circulation as well as increase your muscle strength.

Modified Constraint-Induced Therapy

Modified constraint-induced therapy, or mCIT, is an outpatient therapy that centers on repetitive, task-specific exercises with your affected limb. During these movements, light resistance is provided to strengthen your muscles and your nervous system connections. This therapy gradually increases your brain-muscle connections and helps improve your motor function, particularly if mental exercises are involved as well. A study published by the American Heart Association in February 2009 found that mCIT increases motor function in stroke patients; its effects are enhanced, however, by mental imagery performed directly after mCIT exercise.

Motor Imagery

Though technically not a physical exercise, motor imagery is a form of visualization that may help to form connections from your brain or nervous system to your muscles. The above-mentioned study found that visualizing movement made concurrent physical therapy more effective. Patients in the group that received both mental imagery and mCIT scored significantly higher in movement evaluations than those that received only mCIT. According to the National Stroke Association, visualizing movement in your affected limbs may actually improve your ability to walk and perform other daily tasks. Including motor imagery in your rehabilitation routine may increase your chance of regaining movement.