Pulsed Electro Magnetic Field Therapy Explained
Invisible pulsed magnetic field lines permeates all cells in the body simultaneously, at the molecular level thereby reaching parts of the body that cannot be influenced efficiently with other methods. Pulsed Electro Magnetic Field Therapy (PEMFT) permeates all cells, enhances ion exchange, normalizes circulation and increases the oxygen utilization of the cell.
Magnetic therapy has become a popular variety of physical therapy, helping thousands of people improve their quality of life. Pulsed magnetic field therapy is medication free, and designed to be used as an aid in the management of Musculoskeletal Disorders.
Pulsed Magnetic Field Therapy
Magnetic pulse therapy works on the electrical imbalances in the cell to regenerate to a more normalized condition by improving ion exchange.
Pulsed Magnetic Field Therapy influences cell behavior by inducing a magnetic field around and within the cell. This increase in electrical energy at the cellular level allows for faster absorption of nutrients and quicker elimination of waste products. This improves metabolic systems, increases blood and oxygen supply, activating and regenerating cells in the body.
There are many scientific studies illustrating the effectiveness of Pulsed Magnetic Field therapy. A study on Centurion Magnetic therapy equipment was done by York Central Hospital in Toronto, Ontario Canada. One significant finding is that patients demonstrated a ninety percent improvement as compared to only minimal improvement when treated conventionally. Application of pulsed electromagnetic therapy is based on many years of global research, conducted by renowned scientists.
Pulsed electromagnetic therapy generates low-frequency, pulsed magnetic fields, in varying time and intensity. This is beneficial for several indications.
Magnetic Pulse Therapy : Methods of Application
The Centurion Magnetotherapy System has proven effective with these experiencing chronic pain and edema, especially those who had been previously treated with conventional physiotherapy modalities.
Another benefit of magnetic therapy is that it only takes a small amount of to set up equipment than the time required for other methods.
As a result of our findings, we will continue to treat and document time using magnetotherapy on the following orthopaedic problems and lateral epicondylitis, chronic low back pain, chondromalacia and osteoarthritic knees.
