負磁能康復心血管疾病之機轉
葉政秀
中華民國能量學學會秘書長
摘要
一般心血管疾病是由於動脈粥樣硬化所引起的。動脈粥樣硬化乃是動脈內壁硬化並且有脂肪類堆積物而減少通血面積。這些物質形成斑塊而引起動脈狹窄。久而久之動脈阻塞而阻斷往心臟和腦的血流。發生在冠狀動脈就會引起心臟病和心絞痛或猝死；在腦血管時則引發中風。
一般醫學研究會引起動脈粥樣硬化和閉塞型動脈硬化的諸多因素中，卻忽略了一項重要因素～酸性。那些堆積物中的脂肪類的營養（正極性）均非水溶水性，因此在血液輸送時要依賴運送蛋白質（負極性），而以脂肪--蛋白結合的方式溶於血漿中。由胺基酸構成的蛋白質，在鹼性血液中呈負極性；在酸性血液中則呈正極性。一旦血液酸性化，正極性的蛋白質再也無法結合脂肪，因此營養乃沿血流釋出而堆積在血管壁上。只有恢復血液的鹼性才可以緩緩地將堆積物（原本珍貴的營養）攜出，而恢復通血面積。佩戴在胸口的負磁場可以使血液鹼性化。
The mechanism to recover the cardiovascular disease with a negative magnetic field.
A common precursor of cardiovascular disease is atherosclerosis. In atherosclerosis, the inner arterial walls harden and thicken due to deposits of fatty substances. There substances form a plaque that, with buildup, causes a narrowing of the arteries. Over time, plaque can block the arteries and interrupt blood flow to the organs they supply, including the heart and brain.
Coronary heart disease can lead to heart attack, coronary occlusion, and angina while atherosclerosis of the cerebral arteries can precipitate strokes.
While medical research has been focusing on multiple predisposing factors for atherosclerosis and atteriosclerosis, there is a central factor that has been largely ignored—acidity. Fatty substances and lipids are not water-soluble. The protein-lipid combination readily dissolved in plasma, and in this way the circulatory system transports insoluble lipids to peripheral tissues.
Amino acids that form protein become a negative ion in alkali and a positive ion in acid. Albumins can transport lipids is subjected to the alkaline plasma only. Whenever the pH is lowering, the lipids leave from the plasma and deposit along the inner wall of the arteries. A pendent with the negative magnetic field on the sternum can help resolve the insoluble deposits by and by.
前言
水能載舟也能覆舟；氧是朋友也是敵人；營養是人體生產能量的素材，端賴血液輸送，卻可能化成在全身遊走的不定時炸彈，而成為心肌梗塞和中風之罪魁禍首。所有產業界的熱交換系統、空調系統和用水系統設施都受惠於水的傳熱效果，卻不可避免地要為水垢的困擾而付出代價。上述之宿命論之分際，正如同愛與恨乃一線之間，其要訣乃在極性之變化—同性相斥；異性相吸。