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Effects of electromagnetic radiation on the hemorheology of rats

机译：电磁辐射对大鼠血液流变学的影响

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The current work examines the effects of electromagnetic radiation on the hemorheology to provide an experimental basis for radiation protection. Electromagnetic radiation was generated by a Helmholtz coil constructed from copper wire. There were six rats altogether: three rats in the experimental group, and three rats in the control group. The rats in the experimental group were continuously exposed to radiation for 10 hours every day, and rats in the control group remained in a normal environment. After 30 days, the characteristics of hemorheology of the two groups were compared. The average plasma viscosity, whole blood high shear velocity, and whole blood low shear viscosity were lower in rats in the experimental group than in rats in the control group, while the whole blood shear viscosity was higher in the experimental group than in the control group. Results suggest that long term exposure to electromagnetic radiation does have certain impacts on the cardiovascular system, deeming it necessary to take preventative measures.
机译：当前的工作检查了电磁辐射对血液流变学的影响，为辐射防护提供了实验基础。电磁辐射是由由铜线构成的亥姆霍兹线圈产生的。共有6只大鼠：实验组3只，对照组3只。实验组的大鼠每天连续暴露于辐射下10小时，对照组的大鼠保持在正常环境中。 30天后，比较两组的血液流变学特征。实验组大鼠的平均血浆粘度，全血高剪切速度和全血低剪切粘度均低于对照组，而实验组的全血剪切粘度高于对照组。 。结果表明，长期暴露于电磁辐射确实会对心血管系统产生一定影响，因此认为有必要采取预防措施。

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