Every nook and corner of your body has its unique electromagnetic aura. PEMF works by identifying and fulfilling the electromagnetic needs of the body part to facilitate healing. Though the healing possibilities are endless, there is room for research. However, various studies support the use of electromagnetic therapy for promoting bone and soft tissue regeneration. The patients who used the pulsed therapy exhibited a marked improvement in bone density score.
Table of Contents
PEMF for Muscle Relaxation
PEMF works efficiently for muscle relaxation and curing muscle discomfort. The electromagnetic energy works by reducing the intensity of nerve impulses in muscles. As a consequence, not only do muscles lose their tension, but your whole body feels relaxed. The healing impact also applies to headaches and back pain caused by muscle tension.
PEMF for Bone Healing
The therapy got recognition first by FDA approval for treating nonunion fractures. Later studies show a high success rate of fracture treatment. Healing for a normal fracture takes a few months. However, in case of delayed union and nonunion fractures, there is no time limit. Noninvasive bone growth stimulators are widely in use for patients with impaired fracture healing. The therapy correlates with a boost in the healing of nonunion fractures. The process of bone healing is completed in four phases. This is how the therapy works in each phase.
Phase 1
Breaking a bone causes damage to blood vessels. As a result, a blood clot (hematoma) is formed at the site of the fracture. The tissues at the fracture site swell due to inflammation. At this stage, the application of PEMF helps to regenerate blood vessels for maintaining the blood supply.
Phase 2
Here cells remove the blood clot and bone debris. Also, cells lay down matrices to regenerate the bone. The activity results in the formation of soft callus. PEMF helps to activate the pathways by stimulating the bone-forming cells (osteoblasts).
Phase 3
Osteoblasts help to mineralize the matrix and convert a soft callus into a hard callus. PEMF enhances the mineralization of the matrix and the production of fibrocartilage.
Phase 4
The fractured callus remodels in the damaged bone shape. Pulsed radiations boost this process by enhancing osteoblast activity.
PEMF for Soft Tissue Regeneration
Not only athletes but almost everyone experiences injury in soft tissue. It comes with a lot of pain, swelling of the area, or sometimes malformation. There are many treatment approaches like anti-inflammatory drugs, cryotherapy, or electrical therapy; but none of these is fully effective. If you have tried these and there is no improvement; you can include the pulsed technique for a better therapeutic impact. Visit healthylineoutlet.com to learn about the best range of therapeutic devices.
PEMF helps to recover the lost functions. It stimulates the brain, nerves, cartilage, tendons, intestines, connective tissue, and muscles to promote rapid healing to attain the best possible recovery. The mechanism of the electromagnetic field works in the following way.
● It stimulates cellular metabolism and immune system responses systematically. This results in removing the defects in the working of organs.
● Electromagnetic field exposure increases blood circulation in the blood vessels surrounding the damaged tissues. Bringing more oxygen to the cells speeds up recovery from injury.
● Pulsed therapy helps to survive the condition of pain by blocking the pain signals. That is why the patients experience less pain with improved energy and better mobility or range of motion after exposing the body to pulsed fields.
Conclusion
PEMF works by inducing micro currents in body tissues that lead to desired biological responses. Through this, it can relieve the painful condition caused by damaged tissues and bones, reducing the need to rely on strong medications with side effects. In some cases, the therapy might diminish the need for surgery.
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