Bogoliubov V M, Frenkel' I D, Zubkova S M, Liakhovetskiĭ Ia Z, Sokolova Z A
Biull Eksp Biol Med. 1989 May;107(5):570-2.
The functional state of myocardial mitochondria, the glycogen and nucleic acid contents in myocardium, and morphometry of structural elements of cardiomyocytes and myocardial capillary network were investigated in order to select the optimal regimen of decimeter wave exposures with power density of 10, 120 and 240 mW/cm2 on the area of thyroid gland. It was shown that the thyroid gland exposure to decimeter waves at these intensities resulted in functional shifts in energy and plastic processes in myocardium and capillary blood supply. These changes increased to a considerable extent as the intensity of exposure was increasing and reached the maximum at power density of 240 mW/cm2 but event at this intensity there was not found the injurious effect of decimeter waves on the myocardium.
为了选择在甲状腺区域进行功率密度分别为10、120和240 mW/cm²的分米波照射的最佳方案，对心肌线粒体的功能状态、心肌中的糖原和核酸含量以及心肌细胞和心肌毛细血管网络结构成分的形态计量学进行了研究。结果表明，在这些强度下对甲状腺进行分米波照射会导致心肌能量和物质代谢过程以及毛细血管血液供应的功能变化。随着照射强度的增加，这些变化在很大程度上有所增加，并在功率密度为240 mW/cm²时达到最大值，但即使在这个强度下，也未发现分米波对心肌有损伤作用。
