Prasad A V, Miller M W, Carstensen E L, Cox C, Azadniv M, Brayman A A
Department of Biophysics, School of Medicine and Dentistry, University of Rochester, NY 14642.
Radiat Environ Biophys. 1991;30(4):305-20. doi: 10.1007/BF01210515.
An attempt was made to verify a report (Liboff et al. 1987) that a unique combination of DC and AC magnetic field exposures at room temperature results in a 3-fold increase in 45Ca2+ uptake by human lymphocytes in vitro. Exposures at "resonance condition", as well as at frequencies and amplitudes above and below the reported effective exposure conditions, were without effect, as were exposures at 37 degrees C. Treatment with ionomycin (0.25 microM), a positive control, resulted in a highly significant increase 45Ca2+ uptake. Some experiments were performed simultaneously by different investigators. Their results did not differ significantly. All experiments were conducted "double blindly".
有人试图验证一份报告（利博夫等人，1987年），该报告称在室温下将直流和交流磁场暴露进行独特组合，会使体外培养的人淋巴细胞对45Ca2+的摄取增加3倍。在“共振条件”下以及高于和低于报告的有效暴露条件的频率和振幅下进行暴露均无效果，在37摄氏度下暴露也是如此。用离子霉素（0.25微摩尔）作为阳性对照进行处理，导致45Ca2+摄取显著增加。一些实验由不同的研究人员同时进行。他们的结果没有显著差异。所有实验均采用“双盲”方式进行。
