Over 780,000 Americans suffer from stroke each year Stroke is actually the leading cause of long — time disability in US. Almost 80% of these patients undertake rehabilitation to regain motor functionality and optimistically, survive. A larger fraction of these patients are afflicted by ideomotor limb apraxia. This is a motor control condition which hinders the ability of a person to carry out upper limb movements.
In the past, stroke rehabilitation systems that were used by therapists were ineffective and bared poor results. This developed the concern of coming up with more effective stroke therapy tools, techs and training programs. Techs used by therapist have changed over years.
Benefits of Wearable Sleeves to Stroke Recovery Therapy
Wearable sleeves benefit stroke recovery therapy in many ways. They amplify both effectiveness and reliability. Here are some of the benefits patient who will be using the wearable sleeve rehabilitation tech will enjoy:
Stroke recovery therapy is increasingly home — based, since patients are regularly discharged from hospital. The policy of discharging stroke patients after only a few days helps avoid problems associated with long hospital stays and encourages independence. Unfortunately, some patients don’t know what to do and often end up struggling to carry out their recovery exercises after they’ve been discharged from hospital. Typically, therapists equally don’t have the essential tools to test how patients’ muscles move.
The wearable FES — robot hybrid stroke recovery device has the function of pressure and moisture management together with a novel bracing device, which will help improve its wearing comfort and thus, long – term usage. Patients using the device will definitely benefit since they will enjoy quick stroke recovery using a tech that upholds comfort. In a case where the stroke recovery therapy for any given patient will take long, there is no need to worry since the device will serve long-term usage.
The device will help translate the patient’s motions into a mouse input and will therefore, interrelate with the computers to give reliable results. In a case where it is combined with other computer apps, the tech can diversify the rehabilitation training programs.
Not only can the training system help the wrist and elbow joints move using, but it can also help modify neuroplasticity recovery procedure by simply inducing more muscular practices on the fingers, hand, wrist and elbow through electrical stimulation.