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Three operation modes of the Vitamin-D-biodosimeter

机译:维生素-D-Biodosimeter的三种操作模式

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The original UV biodosimeter for an in situ monitoring of the vitamin-D-synthetic capacity of sunlight and/or artificial UV sources is based on the same photoreaction in vitro by which vitamin D is synthesized in human skin from initial provitamin D via photo- and thermo-induced monomolecular isomerizations. Therefore, targets for UV photons in the biodosimeter are the provitamin D molecules embedded in specially designed UV transparent and stable matrix. The dosimeter response to UV radiation is photoinduced conversion of provitamin D into previtamin D which is immediate precursor of vitamin D. Thus, biological 'antirachitic' UV dose is determined by the amount of accumulated previtamin D. To follow the photoreaction course in real time three operation modes of varying complexity have been developed.
机译:原位紫外线生物镜对阳光和/或人造紫外源的维生素-D合成容量的原位监测是基于体外的相同光反应,通过照片通过照片和初始Provitamin D在人体皮肤中合成维生素D.和热诱导的单分子异构化。因此,生物衰弱表中的UV光子的靶标是嵌入特定设计的UV透明和稳定基质中的肽D分子。对紫外线辐射的剂量表反应是将Provitamin d的转化为privitamin d,其是维生素D的即时前体D.因此,生物学'抗嗜Rirachitic'UV剂量由累积的Privitomin D测定,以便在实时三种情况下遵循光电反应过程已经开发出不同复杂性的操作模式。

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