Research of the Effects on Rat Eyes Induced by High-power Microwave Irradiation

CHEN Peng SHAN Qing MA Ping SU Zhen-tao LIANG JieWANG Chang-zhen QIAN Huan-wen

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Research of the Effects on Rat Eyes Induced by High-power Microwave Irradiation

更新时间：2021-08-23

- Research of the Effects on Rat Eyes Induced by High-power Microwave Irradiation
- Health Medicine Research and Practice Vol. 7, Issue 4, Pages: 7-9(2010)
- 作者机构：
  
  军事医学科学院放射与辐射医学研究所
- 作者简介：
- 基金信息：
- DOI：
  CLC： R774.1
- Published：2010，
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[1]陈鹏,单清,马萍,苏镇涛,梁洁,王长振,钱焕文.HPM单次辐照对大鼠眼视功能影响的实验研究[J].保健医学研究与实践,2010,7(04):7-9.

CHEN Peng SHAN Qing MA Ping SU Zhen-tao LIANG JieWANG Chang-zhen QIAN Huan-wen. Research of the Effects on Rat Eyes Induced by High-power Microwave Irradiation. [J]. Health Medicine Research and Practice 7(4):7-9(2010)
[1]陈鹏,单清,马萍,苏镇涛,梁洁,王长振,钱焕文.HPM单次辐照对大鼠眼视功能影响的实验研究[J].保健医学研究与实践,2010,7(04):7-9. DOI：

CHEN Peng SHAN Qing MA Ping SU Zhen-tao LIANG JieWANG Chang-zhen QIAN Huan-wen. Research of the Effects on Rat Eyes Induced by High-power Microwave Irradiation. [J]. Health Medicine Research and Practice 7(4):7-9(2010) DOI：

摘要

目的探讨高功率微波（HPM）单次辐照对动物视网膜功能的生物效应

为我国HPM安全防护提供生物学依据。方法采用自行研制的S波段HPM效应模拟源以远场平面波（平均功率100mW/cm2）进行单次照射

G1组照射10min

G2组照射20min

并在照后多个时间点

进行体温、视网膜电图测定和眼底检查。结果 HPM单次照射后可出现动物体温和ERGb波幅值一过性升高以及眼底充血等暂时性血管反应

并可于照后1～3d恢复正常。体温和ERGb波幅值的变化在两个照射组之间无统计学差异（P>0.05）。结论一定条件下的HPM单次照射可导致动物视网膜功能改变

这可能是机体对HPM的一种应激性反应

有助于损伤的修复

并可作为损伤早期的重要指征。

Abstract

Objective To observe the bioeffects of HPM on animal retina

and to provide biological basis for precautions against the HPM.Method The animals were divided into two groups randomly

irradiated for 10 min and 20 min respectively.Examination by thermometer

funduscope and electroretinograms（ERG）were carried out at different time points to study the effects of HPM on retina function.Results The body temperature

blood vessel of rat eyeground and b-wave amplitude of ERG showed temporary and slightly changes immediately after HPM exposure

which went natural after 1-3 days.There were no significant differences（P>0.05）in the temperature and amplitude of b-wave between the two groups.Conclusion Under a given condition

retinal functional change is after HPM exposure at single irradiation

which may be a body stress response

contributing to reparation after damage

and serves as an important early indication of damage.

关键词

微波眼视网膜功能效应

Keywords

microwaveeyeRetinafunctionEffect

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