Robotic Rehabilitation: Health Care System is Changing
From retail store aisles to the factory lines, the presence of robots is growing everywhere. This is especially observed in the case of the healthcare industry. The robotic systems innovation has been simply mind-blowing. If you go into the San Francisco Medical Center, University of California, you will notice a number of hospital robots named Tug. Tug is responsible for delivering drugs, clean linens, meals, and removing medical waste as well as dirty sheets. The robotic rehabilitation system is here to change the world. Here are the reasons why robotic rehabilitation solution are a revolutionary factor in health care:
Surgical robots have grabbed the headlines nowadays. A study done in 2016 showed that STAR, the soft-tissue autonomous robot performed better surgery than humans at stitching animal intestines. The progress observed in the case of robotic surgery is amazing. However, legal, ethical as well as technological concerns must be solved before these autonomous robotic surgeries can be seen in every hospital.
The robotic companies are making products that can be used for physical therapy and athletic training. These products are used to reduce the recovery time, shorten the injury as well as improve the mobility of the patient. Bionic legs and anti-gravity treadmills allow the practitioners to embrace new revenue streams and services via the reduction of the recovery time of the patient.
Some of these companies have developed wheelchairs that can be used to walk and stand. These robotic exoskeletons can be used for neurorehabilitation as well as gait training by extending the strength of the individual and helping the therapist work with the patient. These are specifically used for patients who are suffering from strokes, spinal cord injuries, and other lower extremity problems and find it difficult to walk. It has also helped paralyzed people to stand and walk.
Robotic home-based rehabilitation systems have helped patients suffering from strokes, traumatic brain injuries, spinal cord injuries, multiple sclerosis, Parkinson’s disease, etc. to be treated weird these robotic devices are basically spying evaluators which allow computer-assisted analysis as well as identification of the shape of the spine and its mobility.
People With Disabilities
Professional rehabilitation services aim to help individuals who are suffering from physical disabilities. It provides such patients with new solutions based on their unique needs to aid in their recovery from nervous system injury.
People With Upper Or Lower Extremity Dysfunction
Robot rehabilitation solutions have also been used to help people who are suffering from lower or upper extremity movement dysfunction. These robotic lines help such people practice intensive levels of virtual task training involving multiple as well as single joints. These robotic solutions are used to provide patients with eight TaylorMade leg or arm exercise programs that reduce the recovery time of the patient.
The points mentioned above are only a few of the implications of robotic rehabilitation. The robotics industry is growing fast and will have many more chances to enhance patient care.