EFFECTS OF THE MAGNETIC FIELD ON THE BONE MINERAL DENSITY, INTENSITY AND METABOLITE OF OVX MICE

机译：磁场对OVX小鼠骨密度，强度和代谢物的影响

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1. Exposure to the magnetic field improved BMD. It didn't due to affect other factors, such as estradiol and BGP for the magnetic field to increased BMD. Hosokawa et al's experiment results showed that ELF magnetic fields facilitated collagen synthesis and suppressed strongly Ca~(2+) releasing from intracellular stores, but inhibited partially Ca~(2+) influxing through membrane. 2. There were 'window' and 'lag' effects of treatment of the magnetic field.

机译：1.暴露于磁场改进的BMD。它不是由于影响其他因素，例如雌性雌性的雌二醇和BGP增加BMD。 Hosokawa等人的实验结果表明，ELF磁场有助于胶原蛋白合成并抑制细胞内储存的强烈Ca〜（2+），但通过膜抑制部分Ca〜（2+）涌入。 2.磁场处理有“窗口”和“滞后”。

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《International EMF seminar in China: Electromagnetic fields and biological effects》|2003年||共2页
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Xiaoyun Zhang; Yan Xue; Xiange Su; Sijin Liu; Qian Wang;
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中图分类电磁波损害;
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EFFECTS OF THE MAGNETIC FIELD ON THE BONE MINERAL DENSITY, INTENSITY AND METABOLITE OF OVX MICE

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