The PBM light technology can improve muscle tissue regeneration and repair damaged cells through your body’s natural ATP response. Stem cells may also be activated, increasing tissue repair. The result is accelerated healing and wound repair, improved appearance in hypertrophic scars, a reduction in fine lines and wrinkles, and improved skin texture.
Near-infrared light reduces overall inflammation in the body by decreasing the presence of inflammatory markers. This reduction can help ease the symptoms associated with joint pain, sore muscles, autoimmune diseases, arthritis, traumatic brain injuries, and spinal cord injuries.
Red light therapy can dramatically transform the skin. Red light wavelengths in particular target the mitochondrial chromophores within skin cells, generating production of collagen proteins. Collagen stimulation yields more holistic and enduring benefits than simply resurfacing the outer layers of the skin.
Stimulates Hair Growth
Alopecia, or hair loss, is a common disorder affecting 50% of males over the age of 40 and 75% of females over 65. There are few approved, effective treatments available. However, studies performed on men and women have shown that red light therapy can stimulate hair growth.
Red light wavelengths are believed to stimulate epidermal stem cells in the hair follicle, shifting the follicle into the anagen phase (this is the active growth stage). Research performed on mice with chemotherapy-induced alopecia showed similar responsiveness--the treatment encouraged hair growth.
Reduced Recovery Time
For high-performance athletes (and those who train like them) red light therapy can help accelerate muscle repair following fatigue and injury. Mitochondria within cells are particularly responsive to red light therapy, and muscles cells are exceptionally rich in mitochondria. Red light therapy may additionally stimulate stem cells, further assisting in muscle recovery.
You don't need expensive drugs and long layoff periods. Red Light therapy provides fast relief from nagging injury through reduced inflammation and increased oxygen stores in your muscles.
In one clinical study, neuropathic pain caused by a spinal cord injury was dramatically reduced by the application of red light treatment. Scientists conducting the study referred to it as “as an exciting prospect with significant clinical relevance.” Near-infrared light wavelengths reduce overall pain by easing joint stiffness and soreness, diminishing inflammation, easing muscles spasms and enhancing blood flow.