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电磁场与流行病学:受国际生物电磁学学校第四门课程启发的概述

Electromagnetic fields and epidemiology: an overview inspired by the fourth course at the International School of Bioelectromagnetics.

作者信息

Schüz Joachim, Lagorio Susanna, Bersani Ferdinando

机构信息

Institute of Cancer Epidemiology, Danish Cancer Society, Copenhagen, Denmark.

出版信息

Bioelectromagnetics. 2009 Oct;30(7):511-24. doi: 10.1002/bem.20510.

Abstract

The fourth course at the International School of Bioelectromagnetics addressed various aspects of the epidemiology of exposure to electromagnetic fields (EMF). In this overview, inspired by the lectures and the discussions among participants, we summarize current knowledge on exposure to EMF and disease risk, with emphasis on studies of use of mobile phones and brain tumours and exposure to power lines and childhood leukaemia. Sources of bias and error hamper straightforward conclusions in some areas and, in order to move forward, improvements in study design and exposure assessment are necessary. The scientific evidence available to date on possible long-term effects from exposure to ELF and RF fields is not strong enough to revise current protection limits based on the known acute effects of such exposures. Precautionary measures may be considered to reduce ELF exposure of children or exposure to RF during mobile phone use, keeping in mind that it is unclear whether they involve any preventive benefit. Possible health effects from mobile phone use in adults and in children should be investigated further by prospective epidemiological studies with improved exposure assessment and brain tumour incidence rates should be monitored. Further studies on the relation between childhood leukaemia and ELF magnetic fields would be worthwhile if they focus on heavily exposed groups and attempt to minimize possible selection bias. In conclusion, epidemiological studies conducted with appropriate diligence can play a key role in finding the answers.

摘要

国际生物电磁学学院的第四门课程探讨了电磁场暴露流行病学的各个方面。在本综述中,受讲座及参与者讨论的启发,我们总结了当前关于电磁场暴露与疾病风险的知识,重点关注手机使用与脑肿瘤以及输电线暴露与儿童白血病的研究。偏差和误差来源在某些领域妨碍了直接得出结论,为了取得进展,研究设计和暴露评估方面的改进是必要的。迄今为止,关于极低频(ELF)和射频(RF)场暴露可能产生的长期影响的科学证据,还不足以基于此类暴露已知的急性影响来修订当前的防护限值。可以考虑采取预防措施,以减少儿童的极低频暴露或在使用手机时的射频暴露,同时要记住,这些措施是否具有预防益处尚不清楚。应通过改进暴露评估的前瞻性流行病学研究,进一步调查成年人和儿童使用手机可能产生的健康影响,并监测脑肿瘤发病率。如果关于儿童白血病与极低频磁场之间关系的进一步研究聚焦于高暴露人群并试图尽量减少可能的选择偏差,那么这些研究将是有价值的。总之,以适当的严谨态度进行的流行病学研究能够在寻找答案方面发挥关键作用。

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