Zakharov S D
Biofizika. 2010 Jul-Aug;55(4):626-30.
Organisms exposed to a combination of weak, parallel directed static and alternate magnetic fields show a distinct response when the frequency of the alternate component is formally equal to the cyclotron frequencies for Ca2+ or other biologically important ions. It is impossible to explain the observable phenomenon through a magnetoinduced drift of the ions, as the Lorentz's force is too small to change ionic movements. In similar conditions, a resonance-like response arises when the alternate field is tuned to the Larmor frequency for nuclear-spin magnetic moments. The mechanism of these phenomena is also still unclear. In the report, the arguments are presented to treat both types of effects in a single context for which the existence of ion magnetic dipoles is postulated.
暴露于微弱、平行定向静磁场和交变磁场组合下的生物体，当交变分量的频率正式等于Ca2+或其他生物重要离子的回旋频率时，会表现出明显的反应。由于洛伦兹力太小，无法改变离子运动，因此无法通过离子的磁致漂移来解释可观察到的现象。在类似条件下，当交变磁场调谐到核自旋磁矩的拉莫尔频率时，会出现类似共振的反应。这些现象的机制也仍不清楚。在本报告中，提出了一些论据，以便在假定存在离子磁偶极子的单一背景下处理这两种效应。
