Stroke hand rehabilitation is a method of physical therapy in adults to strengthen hand and wrist muscles with a Stroke Rehabilitation Glove that acts as a supportive exoskeleton towards stroke recovery. The goal of stroke rehabilitation and stroke recovery is to relearn physical motor control, balance, ability to walk and to regain general independence. Stroke rehabilitation is often a gradual, slow journey that uses finger flexion and extension training or dexterity training, but there are ever-expanding modern therapies that utilize digital games or a MusicGlove. With modern digital stroke hand rehabilitation products, there are many fun ways to approach the stroke recovery process with renewed hope.
Stroke rehabilitation begins in the hospital and continues at home with stroke recovery exercises. Stroke recovery products will help speed the stroke recovery process to help to mitigate pain, optimize mobility, improve circulation, and help the user regain full physical and cognitive function.
There are many therapeutic approaches with stroke rehabilitation depending on the type of stroke. The most important aspect of a treatment regimen is consistent participation. Repetition and regularity are the proven ways for the best chance of recovery with any treatment program. This promotes neuroplasticity, which is the capability for the mind to form or repair connections that grow out of consistency.
Wireless technology is becoming the newest improvement with stroke recovery assistance. One of the main types of wireless technology devices is smart gloves that help stroke survivors regain fine-motor functionality in their hands and arms. Fine motor skills coordinate the small muscles in our fingers that control reaching and grasping.
Motor-skill exercises also focus on improving muscle strength and coordination such as relearning how to walk. Clinical studies have shown that walking helps a stroke victim regain stamina, strength, balance, and coordination as well as triggering brain stimulation and increasing the flow of oxygen to the brain.