In recent years, there has been a rapid evolution of technology in the healthcare industry. This has enabled better treatment services allowing for quick recovery of patients. Physiotherapy is always looking for new ways to improve patient care, whether through scientific or technological advances. Therapy sessions have been made more engaging and convenient through technology, encouraging patients to recover better and complete their treatment. Check below to find out about the technological advancements being made in physiotherapy treatment today.
Technology has enabled the introduction of gait scanners into physiotherapy treatment. This therapy machine includes a special mat that determines the pressure when an individual steps on it. Information from these gait scanners is then used to image the base of the feet. The physiotherapist can then analyze the information to identify how you move and where you exert more pressure when you walk. The results can be used to treat problems with your feet and movement.
Additionally, information obtained from gait scanners can also be used to analyze an individual’s body health. Also, even slight deviations in gait can affect their overall health. Small foot pain can affect the way they walk or even radiate to the lower leg. This could cause the patient’s neck to bend or their back to arch. Therefore, gait scanners can also solve problems that might seem unrelated to our feet.
The performance matrix
The Performance Matrix is one of the most important and comprehensive advances in physiotherapy. This matrix involves a collection of analytical software that helps identify high-risk areas and weak points in one’s movement. The performance matrix usually consists of performing about 15 movement tests where the results are calculated immediately, thus identifying these points. The primary use of the Performance Matrix is to aid in injury prevention, recovery and rehabilitation. Therefore, the matrix has proven popular with professional athletes looking to maximize their performance and people who have suffered injuries.
3D race analysis
This analysis is mainly beneficial for runners and athletes. Typically, 3D running analysis involves the use of multiple sensors and cameras to obtain scientifically accurate information and data. This, in turn, enables real-time measurement of movement patterns. Through this analysis, runners and athletes can uncover important information for developing and customizing individual exercise plans.
Virtual Reality (VR)
Virtual reality is being used in the healthcare sector to provide incredible opportunities for various medical professions. However, this technology is relatively young and has therefore not been fully exploited. The immersion of virtual reality is beneficial because it allows people in remote locations to exercise as if they were in a real workout. Again, VR helps monitor these people’s movements, keeping them on track.
Additionally, virtual reality can be implemented to allow exercises to become more fun, increasing the likelihood that patients will follow their diets. Since VR is a fairly young technology, some areas might need improvement. Nevertheless, with rapid advances in technology, there is hope and room for further improvements.
Electromyography biofeedback machines
The analysis of electrical activity in human muscles is called electromyography. Primarily, this analysis is performed using surface electrodes or needles to determine the strength and speed of signals transmitted in the muscles. Electromyography biofeedback machines can diagnose various nervous system problems, including amyotrophic lateral sclerosis and myasthenia gravis. Although healthcare professionals have been using these machines for quite some time, innovations and technology have made them cheaper and smaller. This, in turn, even allows patients to buy them and keep them at home. Therefore, people undertaking muscle rehabilitation can help them track their progress away from physical therapists. Here again, owning individual machines makes it possible to avoid making mistakes during muscle re-education.
Orthoses and prostheses
Orthoses and prostheses include innovations that help improve the quality of life of rehabilitation after injury. They offer the possibility of standardizing treatments and accelerating recovery. In addition, orthoses and prostheses reduce disability so that patients can receive treatment that allows them to continue to live normally, even after surgical procedures such as amputation.
Technology has helped patients get better treatment and therefore better health. To learn more about the best physiotherapy treatment for you, contact an expert physiotherapist who is highly recommended by Burwood residents.