ABSTRACT The question whether intrinsic bioelectromagnetism exists within DNA or not is an important and so far unexplored area of biology. We carried out a study of isolated genetic material, utilizing both prokaryotic and eukaryotic DNA, to measure any possible intrinsic electromagnetic effects or fields emanated within the molecules. Studies were carried out with extremely sensitive ultra-low-noise trans-impedance amplifiers and a high-precision data acquisition system to record any possible faintest electromagnetic signals from the concentrated, as well as diluted DNA, in vitro. Some experiments were performed to investigate any possible electromagnetic effects of high-frequency (HF) RF fields on the DNA under test. However, after extensive testing and careful measurements, we failed to detect any possible intrinsic or induced electromagnetic activity from the DNA as compared to simple water or empty chambers. We reached a conclusion that there does not seem to be any measurable intrinsic electromagnetic activity or fields present in the DNA material, whether in concentrated or diluted form, and if there were, any such activity or fields would be extremely minuscule to be detected with scientific precision by current human measurement methods.

中文翻译：

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DNA电磁特性和相互作用——DNA内在生物电磁学的研究

摘要 DNA 中是否存在内在生物电磁力的问题是生物学的一个重要且迄今为止尚未探索的领域。我们利用原核和真核 DNA 对分离的遗传材料进行了研究，以测量分子内发出的任何可能的内在电磁效应或场。使用极其灵敏的超低噪声跨阻抗放大器和高精度数据采集系统进行了研究，以在体外记录来自浓缩和稀释 DNA 的任何可能最微弱的电磁信号。进行了一些实验来研究高频 (HF) 射频场对被测 DNA 的任何可能的电磁影响。然而，经过大量的测试和仔细的测量，与简单的水或空房间相比，我们未能从 DNA 中检测到任何可能的内在或感应电磁活动。我们得出的结论是，DNA 材料中似乎不存在任何可测量的内在电磁活动或场，无论是浓缩形式还是稀释形式，如果存在，任何此类活动或场都将非常微不足道，无法用科学方法检测到。目前的人工测量方法的精度。