Robotic Rehabilitation in Paralyzed Patients
Robotic rehabilitation is an exciting development in which mechanical devices are used for rehabilitation purposes. Today, many different types of robotic devices have been developed that are used to help paralyzed patients regain movement and function. The sensors and feedback systems found in these devices significantly increase the success of the treatment.
One type of robotic device is the exoskeleton. An exoskeleton is a wearable device that provides mechanical support and assistance to the user. Exoskeletons are used to help paralyzed patients walk again.
Another type of device used in robotic rehabilitation is called robotic arm. This device is worn on the body and allows the patient to move his arm naturally. The robotic arm contributes greatly to helping paralyzed patients regain movement in their arms.
Another type of robotic device used for rehabilitation is called a functional electrical stimulation (FES) system. The FES system is a device that is implanted in the body and sends electrical signals to the muscles. The FES system can help paralyzed patients regain movement in their arms and legs.
Another type of device used in robotic rehabilitation is the Robotic walking device. This device is used in paralyzed individuals who have partially or completely lost the ability to walk. It can be used in both pediatric and adult patients. This device, which moves the feet in parallel with the walking rhythm, has virtual systems that teach you how to climb ramps, move on disabled surfaces, and even go up and down stairs. It provides great convenience for the patient moving in front of such a screen to be controlled by the therapist more safely without worrying about falling.
What is Robotic Rehabilitation?
Advantages of Robotic Rehabilitation
There are many advantages to using robotic rehabilitation methods, including:
Improved accuracy: Robots can provide patients with a higher level of accuracy compared to conventional treatment. This is especially helpful for patients who are working on complex movements or need to relearn how to perform basic tasks. In addition, all parameters related to the treatment process can be recorded numerically, so the patient can be followed more objectively.
Increased motivation: Patients who use this method of rehabilitation may be more motivated to comply with and continue treatment because they see results faster.
Increased independence: Robots can help patients regain their independence by teaching them how to perform tasks they cannot do on their own.
Improved safety: Robots can help keep patients safe by providing support and stability during treatment.
Increased flexibility: Robots can be used in a variety of settings, including inpatient, outpatient, and home-based settings.
Increased efficiency: Robots can help therapists see more patients in a day, which can lead to shorter wait times for appointments.
Increased satisfaction: Patients using robotic rehabilitation often report high levels of satisfaction with their treatment.
In Which Patients Is Robotic Rehabilitation Used?
This type of rehabilitation is a new and exciting field of medicine used to help patients with a variety of different conditions.
The most common patient group for which this rehabilitation is used is patients who have had a stroke. Paralyzed patients often have difficulty moving one or more of their limbs ( hemiplegia, monoplegia ), and this rehabilitation can help them regain movement.
Robotic rehabilitation is also frequently used in patients with post-traumatic spinal cord injuries. These patients have difficulty moving two or more limbs (paraplegia, quadriplegia) and this rehabilitation can help them regain their movements.
This type of rehabilitation is also used to help people with neurological diseases such as Cerebral Palsy, Multiple Sclerosis, and Parkinson’s disease. These diseases can cause patients to have difficulty moving their limbs, and this rehabilitation can help patients regain mobility.
Robotic rehabilitation is a field of medicine that has the potential to help patients with a variety of different conditions. Although this technology is still in its early stages, it is a fact that it is already very beneficial to patients.