Losing movement is one of the greatest loss ones can face. An accident or medical condition can completely change someone’s life.
Paralysis is a medical condition where a patient loses their ability to muscle movements. This occurs when something goes wrong with the way messages pass between our brain and muscles.
It can have many causes, some of which are serious. Depending on the purpose, the injury may be temporary or permanent. This can hamper our regular lives. It can make us stuck to the bed and prevent us from healthy living.
Moreover, patients cannot do their work by themselves and need constant help. Permanent loss of movement can result in more damages to the brain and other body parts.
Hand paralysis prevents patients from eating, holding, or working. But what if we could do all the works even with hand paralysis? Can robotic gloves overcome paralysis?
Causes of Hand Paralysis
In most cases, people get paralyzed due to an accident or a medical condition that affects the function of muscles and nerves.
Stroke is one of the most common causes. The primary nerves of our hands are the ulnar, radial, and median nerves, and each serves different functions.
However, damage to any of these nerves may result in hand paralysis. Usually, it is the lack of movement but some forms of paralysis, called palsies, cause uncontrollable movement or tremors.
Before and After Paralysis
After the diagnosis of hand paralysis, doctors refer to a neurologist for further treatment. A neurologist tests for nerve damage by measuring the amount of electrical activity present in our arms.
For instance, the recommendation of surgeries is made. However, the statistics for recovering is deficient. For the majority of cases, the recovery is uncertain and often leads to failure. Due to this, patients may suffer from severe mental depression.
With more access to technologies, scientists have developed a device that can help patients with hand paralysis. Robotic gloves that will allow movements of hands and palms.
Further, patients can have a grip, hold, and do other things with their hands. This device is a ray of hope for paralytic patients. In other words, they can have a normal healthy life.
Robotic Gloves: The Ultimate Game Changer
Advancement in technology had made access to bionic arms. But bionic arms work with the muscle movements. For a patient with hand paralysis, they can’t move their muscles.
Neofect, a South Korean company, created a robotic glove that helps with hand paralysis. The company works with the application of artificial intelligence and machine learning. They focus on the patients with hand paralysis. They aim to bring movement in their arms with the help of modern robotic technology.
Neomano is a wearable, soft robotic glove that enables people with hand paralysis to perform their daily activities. The device fits over the thumb, index, and middle finger. It leaves the other fingers and other parts of the hand uncovered. Neomano robotic gloves provide an active grasp to maintain grip and followed by passive release.
Moreover, Neomano can assist users in moving their wrists and arms, but minimal-to-no strength with their hands. The device helps patients who had hand paralysis due to spinal cord injury, stroke, or nerve injury.
Further, the machine uses a wireless remote-controlled motor to contact the glove. This allows the users to grasp with the click of a button.
The company developed this innovative device that enables users to do things that a non-disabled person might take for granted. The patients can hold and drink a cup of water, write a note, or hold a stick and use smartphones.
Neomano has become a ray of hope for the patients with this problem. With more technological advancements, paralyzed patients can be dealt more easily.
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