非电离电磁场对人体健康的影响

D. Carpenter
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引用次数: 4

摘要

本章讨论的是能量较低、波长较长的电磁波谱部分,包括通信中使用的电场和射频场产生的极低频(ELF)磁场。这些频率的能量不足以直接破坏化学键,需要研究的问题是它们是否有足够的能量通过其他机制引起人类疾病,特别是在不引起可测量的加热的强度下。目前的研究表明,在住宅和职业中常见的极低频磁场水平下,癌症,特别是白血病和一些神经退行性疾病的风险升高的模式是一致的。本文还对儿童磁场暴露与脑癌的关系进行了综述。人体研究和手机使用研究的荟萃分析表明,长期高强度使用手机会持续增加患脑癌和听神经瘤的风险。提出了人类接触极低频和射频频率的国际和国家标准,并发现这些标准不足以保护人类健康。对于癌症和神经退行性疾病而言,过度暴露于极低频和射频对人类造成伤害的证据比通常认识到的更有力、更一致。虽然其他一些拟议的健康结果的可重复性和一致性较差,但这只表明需要进行更多的研究和更好的接触评估。关键词:白血病;脑癌;听神经瘤;阿尔茨海默病;肌萎缩性侧索硬化症;电磁场(EMFs);突变;射频;通用移动通信系统
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Human Health Effects of Nonionizing Electromagnetic Fields
The present chapter deals with that portion of the electromagnetic spectrum that has lower energy and longer wavelengths than the infrared, including the extra low frequency (ELF) magnetic fields from electricity and radiofrequency (RF) fields used in communication. The energies at these frequencies are not sufficient to directly break chemical bonds, and the question to be examined is whether they have sufficient energy to cause human disease by other mechanisms, particularly at intensities that do not cause measurable heating. Present research indicates a consistent pattern of elevated risk of cancer, especially leukemia, and some neurodegenerative diseases at ELF magnetic field levels commonly found in residences and occupations. The relationship between childhood magnetic field exposure and brain cancer is also reviewed. Human studies and meta-analyses of research of mobile phone use show a consistent and elevated risk of brain cancer and acoustic neuroma upon intense and long-term use. International and national standards of human exposure to ELF and RF frequencies are presented and found to be inadequate for the protection of human health. The evidence of human harm from excessive exposure to both ELF and RF is stronger and more consistent for cancer and neurodegenerative diseases than is commonly recognized. While there is less strong reproducibility and consistency for some other proposed health outcomes, this indicates only the need for more research with better exposure assessment. Keywords: Leukemia; brain cancer; acoustic neuroma; Alzheimer's disease; amyotrophic lateral sclerosis; electromagnetic fields (EMFs); mutations; radiofrequency; Universal Mobile Telecommunications System
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