Laser Therapy for Muscle Injury Recovery​

Benefits of Laser Therapy for Muscle Injury Recovery

Many health professionals prescribe medications and steroidal injections to treat muscle injuries. Studies show that prescription drugs and injections can mask the symptoms, but they do not treat the source of the problem. Unlike these treatment options, laser therapy focuses on treating the source.

It involves light energy units that go inside the damaged cells and trigger the body’s healing process. Laser therapy stimulates tissue growth, increase blood flow, reduce inflammation, lowers discomfort, and treat pain effectively and quickly. The treatment is, likewise, an effective method for muscle injury surgery recovery.

Laser therapy increases range of motion, reduce inflammation, and decrease the formation of scar tissue. It is an FDA-approved treatment option for many inflammatory conditions, including acute and chronic muscular injuries. Laser therapy can:

• Reduce inflammation
• Relieve discomfort and pain
• Repair tissue fast and effectively
• Improve nerve function
• Stimulate cells for self-healing

The most interesting feature is that laser therapy is a safe, non-invasive, and painless procedure. It can help relieve pain in the muscles of the neck, shoulder, hands, hip, ankle, elbow, wrist, knee, and spine.

Many people undergo laser therapy for post-exercise treatments. Laser therapy increases blood circulation in muscles, joints, and ligaments. It helps flush out toxins, minimize muscle soreness, and recover the muscle fast.

Because muscle injury is linked to sports, thousands of athletes have recovered from such injuries with laser therapy. A growing body of research evidence highlights the effectiveness of laser therapy for muscle injury recovery.

Anti-inflammation

Laser therapy dilates blood vessels and reduces the effects of edema on cells. It activates the lymphatic system and allows tissues to drain swollen areas, which leads to decreased inflammation and bruising.

Analgesic Effects

Numerous research studies have confirmed the analgesic effects of laser therapy. Unlike pain medications that produce side effects, laser therapy is free from adverse effects. It works effectively on the nerve cell and causes it to block signal transmission to the brain. Decreased nerve sensitivity leads to less edema and pain.

Accelerated Cellular Repair

The laser therapy procedure involves the penetration of photons deeply into cells, which causes accelerated cellular reproduction. It increases energy in the cells and tissues, allowing them to take on essential nutrients fast and flush out waste products. The cells of muscles, ligaments, and tendons repair themselves more quickly due to laser light exposure.

Enhanced Vascular Activity

Photons from laser light lead to the formation of new capillaries in damaged muscle tissues, which speed up healing. As a result, cells begin to close wounds fast and reduce scar tissue. Other benefits of laser therapy include blood vessel development and dilation, which help in quick muscle injury recovery. 

Improved Metabolism

Metabolism refers to all chemical reactions in your body organs, tissues, and cells. It runs and maintains different body functions. Unlike medications that can fluctuate metabolic activity in cells, laser therapy triggers useful enzymes and allows blood cells to carry more oxygen to the damaged areas.

Reduced Scar Tissue

Laser therapy boosts cellular repair and reduces the formation of fibrous tissue. Muscle injury resulting from scratches, cuts, and surgery can be effectively treated with laser therapy. Besides the reduction of fibrous tissue formation, laser therapy improves nerve function.

In general, nerve functions in damaged muscles can cause impaired limbs, discomfort, numbness, and tingling sensations. Laser photons speed up the nerve cell reconnection process and boost the action potential to repair muscles.

Immune System Regulation

Laser therapy has direct effects on the immune system by stimulating the lymphocytes and immunoglobulins. Molecular enzymes rapidly absorb photons in the muscles. For instance, it activates flyomono-nucleotide, an enzyme that plays a key role in adenosine-tri-phosphate (ATP) production. Bear in mind that ATP is the major carrier of energy in cells and trigger important cellular reactions.

Final Words

Muscle injury recovery takes a long time if a patient undergoes conservative treatments like medication and steroids. Laser light stimulates the development of fibroblasts in injured muscles. It increases blood flow to the damaged area, trigger cellular repair, and promote faster healing.