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基因组及相关结构的磁重结晶可能适用于癌症、艾滋病和中枢神经系统再生等各种不同的问题。

Magneto recrystallization of genomic and associated structures potentially applicative to such diverse concerns as cancer, AIDS, and CNS regeneration.

作者信息

Jacobson J I

机构信息

Institute of Theoretical Physics & Advanced Studies for Biophysical Research, Florida 33458.

出版信息

Chin Med J (Engl). 1991 Dec;104(12):1025-32.

PMID:1782813
Abstract

Physiologic magnetic fields on the order of magnitude 10(-8) gauss have been unified with their propitiators: quantum genetic particles, the gravitational potential of which is about a few ergs. As these fields are applied to the equations for solenoidal models, B = microNI/L, currents of about a microampere are derived; in perfect accord with recent clinical data indicating the therapeutic efficacy of weak currents in repair and growth of soft tissue, bone and nerve. The mechanism of reorientation of spin angular momentum of leptons and baryons influencing molecular magnetic domains to bring about "particle jumps" is presented to obtain a clinical picture. The clinical picture is that of an organism placed at right angles to flux lines in the midst of a solenoid immersed in water. The patient is then exposed to exogenously sourced resonant physiologic magnetic fields which convert malalligned atomic lattices of oncogenes and associated particles to homologous normal structures.

摘要

数量级为10(-8)高斯的生理磁场已与其引发因素统一起来:量子遗传粒子,其引力势约为几尔格。当这些磁场应用于螺线管模型的方程B = μNI/L时,可得出约一微安的电流;这与最近的临床数据完全一致,这些数据表明弱电流在软组织、骨骼和神经的修复与生长中具有治疗效果。本文提出了轻子和重子的自旋角动量重新定向影响分子磁畴以实现“粒子跳跃”的机制,以获得临床图像。临床图像是,一个生物体与置于水中的螺线管内的磁力线成直角放置。然后让患者暴露于外源共振生理磁场中,该磁场将癌基因及相关粒子排列紊乱的原子晶格转化为同源的正常结构。

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