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Chronic and excessive exposure to UV radiation leads to photoaging and   photocarcinogenesis. Adequate protection of the skin against the deleterious   effects of UV irradiation is essential. Low-level laser therapy (LLLT) is a   light source in the red to near-infrared range that has been accepted in a   variety of medical applications. In this study, we explored the effect of   LLLT in human face aged skin and the cell viability of HeLa cells exposed to   UV radiation. We found that LLLT significantly reduced visible wrinkles and   the loss of firmness of facial skin in aging subjects. Additionally,   treatment of cultured HeLa cells with LLLT prior to or post UVA or UVB   exposure significantly protected cells from UV-mediated cell death. All   results showed the beneficial effects of LLLT on relieving signs of skin   aging and its prevention and protection of the cell viability against   UV-induced damage

Low-level laser therapy: Effects on human face aged skin and cell viability of HeLa cells exposed to UV radiation