Lednev V V
Biofizika. 1996 Jan-Feb;41(1):224-32.
The model for the interaction of weak magnetic fields with biosystems, which has been suggested earlier by the author for the case of impulse-like excitation of oscillators (i.e. of ions bound in the Ca(2+)-dependent enzymes or in the protein-enzyme complexes) is extended for the more realistic case of continuous excitation of oscillators. The expressions for the polarization degree of oscillator's vibrations in combined, static and alternating magnetic fields are derived. It is postulated that the value of bioeffect induced by magnetic field in a biosystem is proportional to the polarization degree of the ion's vibration. The available experimental data are shown to be in a remarkably good fit with theoretical predictions.
作者先前针对振荡器（即结合在依赖钙离子的酶或蛋白质 - 酶复合物中的离子）的脉冲式激发情况所提出的弱磁场与生物系统相互作用模型，已扩展至振荡器连续激发这一更为现实的情况。推导了在组合的静磁场和交变磁场中振荡器振动极化度的表达式。假定生物系统中磁场诱导的生物效应值与离子振动的极化度成正比。结果表明，现有的实验数据与理论预测非常吻合。
