Foletti Alberto, Lisi Antonella, Ledda Mario, de Carlo Flavia, Grimaldi Settimio
BITitalia, Milan, Italy.
Electromagn Biol Med. 2009;28(1):71-9. doi: 10.1080/15368370802708801.
According to Quantum Electro-Dynamical Theory by G. Preparata, liquid water can be viewed as an equilibrium between of two components: coherent and incoherent ones. The coherent component is contained within spherical so called "coherence domains" (CDs) where all molecules synchronously oscillate with the same phase. CDs are surrounded by the incoherent component where molecules oscillate with casual phases regarding each other. The existence of coherent domain in water has been demonstrated in a set of experiments on pure water exposed to high voltage, under this condition the electric field concentrates inside the water, arranging the water molecules to form high ordered structure. Recently has been studied the influence of combined static and alternating parallel magnetic fields on the current through the aqueous solution of glutamic acid; outlining the relevance of low frequency electro-magnetic field in interacting with biological target. Additional results demonstrate that at combined static and alternating parallel, magnetic fields matching the ion cyclotron energy resonance of a particular charged molecule into biological tissue an intrinsic weak magnetic field is generated by ion currents in the cell. These results should increase the reliability and the clinical feasibility of the use of electromagnetic field, tuned at ion cyclotron resonance of charged molecules, as a biophysical approach to interfere with biological mechanisms. We demonstrate that Exposure of human epithelial cell to ion cyclotron energy resonance generated by a commercial electromedical device (Vega select 719) tuned to calcium ion at 7 Hz act as a differentiation factor, thus opening up the possibility to use particular extremely low frequency electro magnetic field protocols, in informative medicine.
根据G. 普雷帕拉塔的量子电动力学理论，液态水可被视为两种成分之间的平衡：相干成分和非相干成分。相干成分包含在所谓的球形“相干域”（CDs）内，其中所有分子以相同相位同步振荡。CDs被非相干成分包围，在非相干成分中，分子彼此以随机相位振荡。在一组对暴露于高压的纯水进行的实验中，已经证明了水中相干域的存在。在这种情况下，电场集中在水中，使水分子排列形成高度有序的结构。最近，研究了静态和交变平行磁场组合对通过谷氨酸水溶液的电流的影响；概述了低频电磁场与生物靶点相互作用的相关性。其他结果表明，在静态和交变平行磁场组合的情况下，当磁场与生物组织中特定带电分子的离子回旋能量共振相匹配时，细胞中的离子电流会产生一个内在的弱磁场。这些结果应会提高将电磁场调谐到带电分子的离子回旋共振作为一种干扰生物机制的生物物理方法的可靠性和临床可行性。我们证明，将商用电子医疗设备（Vega select 719）调谐到7 Hz的钙离子所产生的离子回旋能量共振暴露于人类上皮细胞，可作为一种分化因子，从而为在信息医学中使用特定的极低频电磁场协议开辟了可能性。
