Non-Surgical Knee Pain Relief With Cold Laser Therapy

Since the late 1960s, cold laser therapy, also known as low level laser therapy or LLLT, has become a non-surgical alternative to surgery. Before the FDA approved the first cold laser in the United States in 2001, cold laser therapy had been used for decades in Europe and Asia. Since then, hundreds of clinical trials have been published supporting the effectiveness of cold laser treatment for knee pain relief. It’s a fantastic choice for those looking for alternatives to tried-and-true approaches that haven’t worked in the past. Summerville Knee Pain Doctor

Cold laser therapy can help with a variety of knee conditions.

A licenced physician may use a cold laser to help alleviate knee pain caused by a knee injury, degeneration, arthritis knee pain, baker’s cysts, meniscus tears, bursitis of the knee, tendonitis of the knee, chondromalacia patella, and failed knee surgery. Treatments for chronic knee pain can be very beneficial to those who suffer from it. The treatment is unusual in that it allows patients to get relief from knee pain without having to undergo surgery, drugs, or injections. Cold laser therapy therapies, unlike pain killers and knee injections, are non-invasive, have no adverse side effects, and are totally painless.

What Other Conditions Will Laser Therapy Help With?

Physicians may use the drug to treat a variety of musculoskeletal disorders in addition to relieving knee pain and inflammation. Neck pain, shoulder pain, carpal tunnel syndrome, back pain, and arthritis pain have all shown to benefit from the therapies. Researchers are now looking into the possibility of using cold lasers to help break bones heal faster, restore nerves in damaged spinal cords, and regenerate new skin in burn victims.

What Is The Process Of Treatment?

Cold laser therapy treatments address the region of injury with intensely concentrated, precise wavelengths of light. In the form of non-thermal light photons, the light penetrates deeply into the tissue. The mitochondria of damaged and wounded cells are stimulated and excited by this light. The mitochondria are referred to as the cell’s “powerhouse.” The metabolic rate of the cell increases when the mitochondria are stimulated, allowing the tissue to heal and regenerate more quickly. Treatments have been shown to increase tissue development, cell communication, and cell nutrition in addition to relieving knee pain. Lasers accelerate lymphatic activity as a result of cellular excitation, which helps to minimise edoema or swelling in and around the knee joint. Additionally, the procedure helps in the development of new capillaries in and around the knee joint, as well as an increase in blood flow.