Cold Laser Therapy For Hip Bursitis

The technique is called cold laser therapy because the low levels of light aren t enough.
Cold laser therapy for hip bursitis. Published on aug 31 2014 low level laser therapy lllt is the application of red and near infrared light over injuries to stimulate cellular repair. The most effective non surgical therapy for hip arthritis is low level laser therapy. Low level laser therapy lllt is the application of red and near infrared light over injuries to stimulate cellular repair. Laser treatments enhance hip physical therapy and chiropractic treatments.
Bursitis of shoulder hip greater trochanter knee achilles tendon and foot can be successfully treated with lllt to achieve resolution. Modification in activity anti inflammatories physical therapy and often walking with a cane or walker for a few weeks helps resolve the symptoms. I have used laser light therapy since 2007 in my naturopathic medical practice and have had many patients with hip arthritis regain mobility and reduce pain dramatically. Low level laser therapy provides an effective drug free safe resolution option for bursitis bursitis treatment using low level laser therapy.
Cold lasers also speed healing of muscles tendons nerves bursa and ligaments. Deep tissue laser therapy for bursitis is both safe and effective. Low level laser therapy are effective treatments for decreasing hip pain and inflammation. Lllt has a powerful anti inflammatory effect.
Lllt has a powerful anti inflammatory effect as well as a healing effect on inflamed. Class iv lasers are specifically designed to heal. They are used in many areas of medicine especially sports medicine. If needed an arthroscope can be used to perform removal of the inflamed bursa.
It is a painless technique proven to significantly reduce the signs and symptoms of arthritis. Low level cold laser therapy has been found to be effective in the management of trochanteric bursitis. Cold laser therapy is low intensity laser therapy that stimulates healing while using low levels of light.