人体皮肤在亚毫米波频率范围内的电磁响应

Alexnder Puzenko, Andreas Caduff
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摘要

只提供摘要形式。50多年来,人们报道了一些极高频微波(MMW)对生物系统的非热效应(高Q因子共振)现象。有趣的是,报道的共振频率实际上在自然生物环境中是不存在的,这使得这些效应更加不寻常。虽然获得了一些见解,但他们的解释仍然存在争议。在早期的论文中讨论的与实验观察有关的理论思想在很大程度上被证明是不确定的,具有较差的可重复性和一些混淆的结果。此外,有充分的实验证据表明,低功率(小于20毫米波/平方厘米)毫米波电磁辐射在冠状动脉疾病、各种癌症、疼痛缓解、伤口再生和高血压等许多治疗途径中具有有益作用。简而言之,虽然有大量的文献和一些严肃的理论思考,但这些现象的真正原因仍然是一个谜。显然,对观察到的效应的主要生物物理机制的更可靠的指示将以系统的方式提供真正利用这些有益方面的可能性。本文提出了其他可能的机制,并通过实验数据证明了其有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Electro Magnetic Response of Human Skin in Submellimeter Frequency Range
Summary form only given. For more than 50 years a number of phenomena of nonthermal effects (high Q factor resonances) of extremely high frequency microwaves (MMW) on biological systems have been reported. Intriguingly the reported resonant frequencies are virtually absent in natural biological surroundings, making these effect all the more unusual. While some insight has been gained their interpretation has remained controversial. Theoretical ideas discussed in earlier papers in connection with experimental observations have largely proved to be inconclusive, with poor reproducibility and several confounding results. Furthermore there is ample experimental evidence of the beneficiary effects of low power (less than 20 mW/cm2) MMW electromagnetic radiation in a number of therapeutic avenues such as coronary artery disease, various cancers, pain relief, wound regeneration and hyper tension. In short, while there has been extensive documentation and some serious theoretical consideration, the true cause of these phenomena remain a mystery. Clearly a more solid indication of the main biophysical mechanism(s) of the observed effects would offer the possibility to truly exploit these beneficial aspects, in a systematic fashion. In current presentation the other possible mechanisms are proposed and there validity is illustrated by experimental data.
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