自由基对机制无法解释电信频率对活性氧的影响
The Radical Pair Mechanism Cannot Explain Telecommunication Frequency Effects on Reactive Oxygen Species
AI总结：
通过建模分析自由基对机制在电信频率低振幅磁场下的响应，证明其效应可忽略且所需超精细耦合常数远超生物系统自然范围，从而排除该机制并指出需另寻解释。
摘要：
为了研究自由基对机制（RPM）能否解释电信频率辐射对活性氧产生的影响，我们对振荡磁场作用于自由基对系统的情况进行了建模。我们的分析表明，由于实验装置中使用的低振幅条件下效应可忽略不计，RPM 无法解释在电信频率暴露下观察到的生物效应。要在这些频率下对自由基对产生可观测的效应，需要超精细耦合常数被精确微调至远超生物系统中自然存在的大数值。我们得出结论：必定是某种其他机制导致了电信频率场在生物系统中的效应。
英文摘要：
In order to investigate whether the radical pair mechanism (RPM) can explain the effects of telecommunication frequency radiation on reactive oxygen species production, we modelled the effects of oscillating magnetic fields on radical pair systems. Our analysis indicates that the RPM cannot account for the biological effects observed under exposure to telecommunication frequencies due to negligible effects under low-amplitude conditions used in experimental setups. Observable effects on radical pairs at these frequencies would require hyperfine coupling constants that are precisely fine-tuned to large values that far exceed those naturally occurring within biological systems. We conclude that some other mechanism must be responsible for the effects of telecommunication frequency fields in biological systems.
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