结构化水与癌症:正分子水合疗法

K. Mojica, J. Massari, José R. Rodríguez, J. Olalde, Miguel J. Berdiel, Michael J. González
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引用次数: 0

摘要

将癌症完全视为一种遗传性疾病是一种常见的做法,然而,在我们看来,导致恶性肿瘤的基因表达变化是继发于生化紊乱的,在其核心上,我们认为癌症是一种代谢能量疾病。在这方面,与致癌的生物能量理论的概念不一致,我们提出结构化水(EZ水),作为一种元素,有助于纠正基本的能量破坏和重建健康。这种疗法的主要方法是通过静脉注射嗜宇宙渗透剂来改善生理状况,促进癌症生长的减少,而且没有副作用。通过这样做,我们可以期望细胞将重新获得与功能正常的Ras和p53蛋白以及其他代谢和转录因子的通信能力。最终目标是支持细胞克服其低能量厌氧糖酵解代谢,有利于不受控制的生长,并重新获得氧化磷酸化的全部能量潜力,支持受控的细胞分裂和分化。为了实现这一目标,我们建议使用代谢校正来改善线粒体的膜功能。使用前体、酶辅因子和各种生物反应调节剂(包括结构水及其在酶动力学中的普遍性)是代谢校正概念的一部分。
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Structured Water and Cancer: Orthomolecular Hydration Therapy
It is a common practice to envision cancer exclusively as a genetic disease, however, in our perspective, changes in gene expression leading to malignancy are secondary to biochemical disturbances and at its core we consider cancer as a metabolic energetic disease. In this regard, incongruence with the concept of the bioenergetic theory of carcinogenesis, we propose structured water (EZ water), as an element that facilitates the correction of the fundamental energy disruption and the reestablishment of health. The prime approach for this therapy would be to infuse kosmotropic osmolytes by the intravenous route to improve the physiological conditions and promote the reduction of cancer growth with no side effects. By doing so, we could expect that the cells will regain their communication ability with a functioning Ras and p53 proteins and other metabolic and transcription factors. The end goal is to support the cell in overcoming its low-energy anaerobic glycolytic metabolism that favors uncontrolled growth and regain the full energetic potential of oxidative phosphorylation that supports controlled cell division and differentiation. To achieve this goal, we propose the use of metabolic correction to improve the membrane function of the mitochondria. The use of precursors, enzymatic cofactors, and a variety of biological response modifiers which includes structured water and its kosmotropic properties in enzyme dynamics are part of the metabolic correction concept.
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