Robert E
Institut Européen des Genomutations, Lyon, France.
Teratology. 1999 Apr;59(4):292-8. doi: 10.1002/(SICI)1096-9926(199904)59:4<292::AID-TERA14>3.0.CO;2-8.
Electromagnetic radiations are named according to frequency or to wavelength (which is inversely proportional to frequency) and create electromagnetic fields (EMFs). Frequencies widely vary according to sources: high-voltage power lines, electrically heated beds, MRI, VDTs, microwave ovens, satellite, and radio/TV transmissions or cellular phone transmitters/receivers. Public concern has increased about the potential health effects of EMFs. There are arguments in favour of EMFs being biologically active, but no mechanism has been identified that explains the link between EMFs and bioeffects. Human data reviewed concern the potential reproductive effects (mainly spontaneous abortions, low birthweight and congenital malformations) of exposure to sources of EMFs: maternal residence, electrically heated beds, occupational exposure (mainly video display terminals), and medical exposures. The available epidemiologic studies all have limitations that prevent to draw clearcut conclusions on the effects of EMFs on human reproduction. EMFs are ubiquitous and unavoidable exposures. The matter of possible effects cannot be considered closed, but until our understanding of the biologic important parameters of EMFs exposures is stronger,design of new studies will be difficult and small epidemiologic studies are unlikely to provide definitive answers and should not be given high priority. No conclusion can be drawn for radiofrequencies and microwaves because of lack of data. There is no convincing evidence today that EMFs of the sort pregnant women or potential fathers meet in occupational or daily life exposures does any harm to the human reproductive process.
电磁辐射根据频率或波长(与频率成反比)来命名,并产生电磁场(EMF)。频率因来源不同而有很大差异:高压电线、电加热床、磁共振成像(MRI)、视频显示终端(VDT)、微波炉、卫星以及无线电/电视传输或手机发射机/接收机。公众对电磁场可能对健康产生的影响日益关注。有观点支持电磁场具有生物活性,但尚未确定能解释电磁场与生物效应之间联系的机制。所审查的人类数据涉及接触电磁场源(包括母亲居住环境、电加热床、职业暴露(主要是视频显示终端)和医疗暴露)可能产生的生殖影响(主要是自然流产、低出生体重和先天性畸形)。现有的流行病学研究都存在局限性,无法就电磁场对人类生殖的影响得出明确结论。电磁场无处不在且不可避免。关于其可能产生的影响这一问题不能被视为已定论,但在我们对电磁场暴露的生物学重要参数有更深入了解之前,设计新的研究将很困难,小型流行病学研究不太可能提供明确答案,不应给予高度优先考虑。由于缺乏数据,对于射频和微波无法得出结论。目前没有令人信服的证据表明孕妇或准父亲在职业或日常生活中接触到的那种电磁场会对人类生殖过程造成任何损害。
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