PEMF Therapy Promotes Rapid Bone And Soft Tissue Regeneration

Last updated on June 23rd, 2022 at 04:05 am

PEMF therapy can as well be called Pulsed Electromagnetic Field Therapy. It is a medical procedure that treats non-union fractures and depressive states using electromagnetic fields. This procedure is also regarded as Low Field Magnetic Stimulation or LFMS for short.

PEMF therapy conditions the body cells like batteries after they have been drained. In many cases, PEMF therapy is used to rejuvenate the brain and the physical body. In America, PEMF therapy has been approved for use because proofs attest to its potency of over 80%.

Studies have shown that Pulsed Electromagnetic Fields boost the fusion of extracellular arrangements of the bone. The physiological procedure of the reaction of the bone cells to PEMF therapy happens through the fusion of extracellular buildup and flagging molecules in the wound.

The essence of the flagging process is to send information to the bone cells to connect structural extracellular buildups with flagging molecules. When the connection is done, there would be a boost in the ability of the bone tissues to react to altering physicochemical surroundings and biomechanical demands. As a result of these complex biological processes, healing occurs.

Some studies recorded a decrease in the fusion time and an increase in the level of healing in some fresh tibial fractures and femoral neck fractures after they were treated with PEMF therapy.

Reasons For Bone and Soft Tissue Damage

A bone gets fractured or damaged when a break occurs in its continuity. The continuity breakage happens when there is stress or a heavy collision on the bone. In some cases, fractures can be caused by bodily disorders like Osteosarcoma, Osteoporosis, and Ewing sarcoma.

Osteosarcoma is a condition where cancerous cells develop bones, while Osteoporosis is a condition where the body consumes bone tissues in excess and does not create enough tissues as replacements. Ewing sarcoma happens due to tumors in the legs, arms, or pelvis.

More so, bones can fracture or become damaged from vehicle accidents and falls from elevated areas. Apart from the above-mentioned types of bone fractures and harms, some other types include torsion fracture, hairline fracture, etc.

When a bone breaks, it does not break alone. Soft tissues associated with that bone are also affected. Soft tissues are a group of cells that network and aid locomotion. Soft tissues are nerves, muscles, tendons, blood vessels, and ligaments.

Incidents like auto accidents can cause soft tissues to get damaged, and these damages are usually disastrous. In fatal cases, the ligaments, muscles, and tendons can lengthen and tear badly. It is known that soft tissues tend to heal by themselves, but the healing process takes time and can be very painful.

In severe conditions, the affected person may have some part of their body dysfunctional. Also, overuse injuries can happen during physical recreations. These injuries occur when the victim undergoes sporting activities incessantly and does not have sufficient breaks in between.

The most popular kinds of injuries in this category are bursitis and tendinitis. Tendinitis occurs when the tendon gets inflamed, while bursitis happens when the bursa becomes inflamed. Bursas are tiny sacs that are jelly-like. They are situated within the shoulder region, the heel, the knee, and a few other places.

How PEMF Therapy Helps With Bone and Soft Tissue Injuries

PEMF therapy is a bloodless treatment conducted to aid improved cell communication, modification of tissues, and strengthening of cells using magnetic frequencies. These magnetic frequencies cause adequate blood flow and circulation to the affected regions. The induced circulation allows the pains in those regions to subside. Due to this discovery, PEMF therapy is also being utilized to repair bones and soft tissues.

Just as it is well known, PEMF therapy engages magnetic fields in the affected body regions, magnifies them, and uses them to operate. Studies about this therapy have led to the conclusion that since the human body contains electric and electromagnetic frequencies, it is possible that the body exchanges frequencies with the therapy. Therefore, this exchange could trigger necessary repairs and development.

PEMF therapy has been employed to replace treatments that can cause side effects to patients and may not be handled for a long time. This same therapy has also been seen to discourage the use of surgery in some cases. Wherever and whatever reason PEMF therapy is used, its focus and mechanism are magnetism and electricity.

The system of operation of PEMF therapy with bone treatments is the same as soft tissue treatments. The therapy uses the default magnetic fields in the human body to make treatments without inducing side effects. The pulsed electromagnetic therapy works for every individual part of the soft tissue. When the therapy is administered to treat the muscles, it enervates the nerve’s responsiveness to the cells. This process makes the muscles relieved of every tension.

When this tension relief occurs, the muscle pains and twitches would be eased, making the whole body feel well. The therapeutic nature of PEMF therapy is a relief for medical practitioners and patients. Studies are being made to validate its use in the treatment of cancers.

People Who Need The PEMF Therapy

The PEMF therapy is often recommended to people who have disorders in the following regions:

• Knees
• Elbows
• Ankles
• Shoulder
• Hips
• Back

The therapy is also recommended to people who have ailments like:

• Peripheral neuropathy
• Poor wound healing
• Chronic joints or soft tissues inflammation
• Osteoporosis
• Chronic symptoms and syndromes of fatigue
• Osteopenia

Advantages of PEMF Therapy

From the descriptions of the operative nature of the therapy, it can be agreed that the procedure harbors a lot of advantages. Highlighted below are some advantages of PEMF therapy.

• It improves the natural healing process of the body.
• It rejuvenates the body cells.
• It boosts sports performance.
• It helps patients recover from injuries faster.
• It corrects cellular malfunctions in every area of the body.
• It boosts the physical energy of patients.
• It relieves patients of pains of inflammation.
• It aids the patients to sleep and have balanced immune systems.

Conclusion

Injuries associated with bones and soft tissues are very hurtful and render a lot of discomforts. The treatment is a secure and non-disruptive process to restore a healthy balance. It facilitates and reproduces the body’s natural electromagnetic frequencies and acts as a recharge mechanism to the body’s electrical storage.

Most importantly, its benefits are on the high side without worries about side effects.