Electromagnetic spectrum on biomarkers of skin function and intervention of such effects

众所周知，防晒霜和相关化合物可以减缓因暴露在阳光中的紫外线辐射（UVR）而导致的皮肤老化过程。防晒霜和相关化合物还含有有助于皮肤保护和抗衰老的活性物质。目标是确定电磁波谱对皮肤功能生物标志物的生化效应及其对这种效应的调节和干预的商业应用。这门科学连同与Croda的直接联系及其对英国市场和其他市场的好处非常符合BBSRC的愿景，即引领世界一流的21世纪生物科学，促进生物经济的创新，并为英国内外的社会实现利益。该项目明显符合BBSRC的愿景声明，即“随着寿命的增加和社会老龄化，保持更健康的状态”；BBSRC的战略研究重点是“促进健康的生物科学”和BBSRC的促进主题是“伙伴关系”。

Sunscreens and related compounds are known to slow down the process of skin ageing caused by exposure to ultraviolet radiation (UVR) in sunlight. The sunscreens and related compounds also contain actives which contribute the skin protection and anti-ageing of the products. The objectives are to determine the biochemical effects of aspects of the electromagnetic spectrum on biomarkers of skin function and its commercial application towards the modulation and intervention of such effectsThis science together with the direct links with Croda and its benefit to the UK market and beyond fits very well with the BBSRC vision to lead world-class 21st century bioscience, promoting innovation in the bioeconomy and realising benefits for society within and beyond the UK. The project clearly complies with the BBSRC vision statement of "Staying healthier for longer as lifespans increase and society ages"; the BBSRC strategic research priority of "bioscience for health" and the BBSRC enabling theme of "partnerships".