Khramov R N, Santalova I M, Fakhranurova L I, Manokhin A A, Simonova N B, Rzhevskiĭ D I, Murashev A N
Biofizika. 2010 May-Jun;55(3):507-13.
The action of solar light transformed by special screens has been studied on CD-1 male mice. In the active control group, mice were irradiated through screens absorbing the UV-component. In the experimental group, screens transforming the UV-component into the orange-red light were used. In the active control, changes in the swimming activity, as compared to the same parameter before irradiation, were manifested much less than in animals of the experimental group. A morphological analysis showed changes in the structure of all cardiomyocyte organelles studied: the relative area of mitochondria in the experimental mice increased by more than 20% compared to intact animals (p < 0.05). A significant increase in the area of the sarcoplasmic reticulum, by 23.4% (p < 0.05), and in the volume of the myofibrillar apparatus, by 19.4% (p < 0.05), was detected. The results of our experiment show that the irradiation with using an additional orange-red component improves the physical endurance 1.5 times and initiates morphogenetic processes in cardiac muscle cells.
已在CD-1雄性小鼠身上研究了经特殊滤光片转换后的太阳光的作用。在阳性对照组中,小鼠通过吸收紫外线成分的滤光片进行照射。在实验组中,使用了将紫外线成分转换为橙红色光的滤光片。在阳性对照组中,与照射前的相同参数相比,游泳活动的变化比实验组动物小得多。形态学分析显示,所研究的所有心肌细胞细胞器的结构均发生了变化:与完整动物相比,实验小鼠中线粒体的相对面积增加了20%以上(p<0.05)。检测到肌浆网面积显著增加23.4%(p<0.05),肌原纤维装置体积增加19.4%(p<0.05)。我们的实验结果表明,使用额外的橙红色成分进行照射可使身体耐力提高1.5倍,并启动心肌细胞中的形态发生过程。