Technological advancements are bringing change in the medical science sector, and physiotherapy benefits significantly from these advancements.
Fremont CA: Medical science is progressing at a rate that has never been seen before in history, thanks to the current technology. Every day, new technology emerges in the healthcare industry all around the world, opening up entirely new worlds for both patients and medical professionals. In recent years, huge advances have been made in every specialized medical science sector, with many more on the horizon.
Here are four technologies that are bringing advancement in physiotherapy:
3D running analysis
Athletes and runners will benefit significantly from 3D Running Analysis. Multiple cameras and sensors are used to record scientifically correct data, which is then used to measure movement patterns in real-time. This analysis uncovers data that is then used to create exercise plans that are unique to the individual.
The performance matrix
The Performance Matrix (TPM) is one of the biggest advances in physiotherapy. This collection of analytical software analyses patients’ movement's weak places and high-risk locations, such as their back and joints. To identify these sites, TPM entails executing approximately 15 movement tests, the results of which are calculated instantly. TPM is utilized for injury prevention as well as therapy and recovery.
Electromyography is a technique for examining electrical activity in muscles. This is accomplished by analyzing the speed and strength of signals traveling through the muscles with either needle or surface electrodes. These can be used to diagnose various nervous system disorders, including myasthenia gravis and amyotrophic lateral sclerosis, among others. Professional physiotherapists have been using these equipment for some time, but technological advancements have made biofeedback machines smaller and less expensive, allowing patients to have one at home.
When a person walks across a gait scanner, pressure is detected. The data acquired by this mat is analyzed and used to create an image of the base of the feet, which will show the patient and their physiotherapist where and how they exert pressure while walking. This information is applicable to far more than simply foot problems, as even the tiniest deviation in a person's stride can have a negative impact on their overall health. A slight ache in the foot can extend down the lower leg or disrupt a person's walking pattern. Gait scanners can be used to address these issues in time.