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LOW-LEVEL LASER THERAPY FOR HAIR REJUVENATION LLLT improves the biologic environment, by increasing blood and lymph microcirculation to the hair roots, removing blockages around the hair follicle, and energizing cells and the hair papillae to take in nutrients faster, allowing the hair to grow thicker and stronger. Clinical studies have suggested that this cellular and sub-cellular activity breaks down the collection of dihydrotestosterone (DHT), responsible for hair loss (alopecia), and sweeps it though the lymphatic system. LLLT also causes photomodulation stimulation of cells to effect a biochemical change, which includes a growth factor response within cells and tissue as a result of increased ATP production and protein synthesis. Improving cellular and sub-cellular regenerative functions and proliferation, these are some of the effects of this photobiostimulation, and these are some factors associated with LLLT, providing positive benefits to the hair, follicles and papilla for hair rejuvenation.

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LOW-LEVEL LASER THERAPY FOR HAIR REJUVENATION

LLLT improves the biologic environment, by increasing blood and lymph microcirculation to the hair roots, removing blockages around the hair follicle, and energizing cells and the hair papillae to take in nutrients faster, allowing the hair to grow thicker and stronger. Clinical studies have suggested that this cellular and sub-cellular activity breaks down the collection of dihydrotestosterone (DHT), responsible for hair loss (alopecia), and sweeps it though the lymphatic system.

LLLT also causes photomodulation stimulation of cells to effect a biochemical change, which includes a growth factor response within cells and tissue as a result of increased ATP production and protein synthesis. Improving cellular and sub-cellular regenerative functions and proliferation, these are some of the effects of this photobiostimulation, and these are some factors associated with LLLT, providing positive benefits to the hair, follicles and papilla for hair rejuvenation.