„作者的个人临床和科学经验表明,酸中毒时,骨胶原基质的稳态会因矿物盐从骨骼流出而转向骨质分解增强(=分解代谢);而充足的碳酸氢盐储备有助于钙盐进入骨骼基质,从而增加骨骼矿物盐含量(=合成代谢),因此可能预防骨质疏松症。”Persönliche klinische und wissenschaftliche Erfahrungen des Autors, weisen darauf hin, dass bei Azidose die Homöostase der Knochen-Kollagen-Matrix durch den Ausstrom der Mineralsalze aus dem Knochen in Richtung eines erhöhten Knochen-Abbaus verschoben wird (= Katabolie), während gut gefüllte Bikarbonat-Reserven den Knochenmineralsalzbestand durch den Einbau von Calcium-Salzen in die Knochengrundsubstanz begünstigen (=Anabolie) und daher eine Osteoporose verhindern können.
„作者的个人临床和科学经验表明,慢性酸中毒会改变骨骼—软骨系统的稳态,使其转向分解代谢,并导致骨骼矿物盐流失。补充足量碳酸氢盐,使体内储备完全充足,可促进合成代谢,使钙盐进入骨基质,从而预防骨质疏松症。”Personal clinical and scientific experiences of the author suggest that chronic acidosis leads to a change in the homeostasis of the bone-cartilage system towards catabolism with loss of mineral-salts from the bone. Supplementation of bicarbonate, sufficient to completely fill the body stores creates anabolism with an influx of Calcium-salts into the bone-matrix and thereby will prevent osteoporosis.
„支持饮食向碱性方向调整的生理学证据包括:减少或中和饮食负荷可抑制骨吸收、肌肉萎缩和皮质醇分泌过多();使肿瘤微环境碱化可增强肿瘤对化疗的反应();血浆碳酸氢盐水平较高与2型糖尿病风险较低有关()。”Physiological evidence supporting an alkaline shift in the diet is shown by: bone reabsorption, muscle atrophy, and excess cortisol secretion is inhibited by reducing or neutralizing dietary load (), alkalinizing the tumor microenvironment enhances tumor response to chemotherapy (), and higher levels of plasma bicarbonate is associated with lower risk for type 2 diabetes ().
„氧化应激、钙排泄过多、炎症和代谢性酸中毒是大多数代谢性疾病起因中的常见特征。这些“代谢综合征”的主要表现可能导致胰岛素抵抗、糖尿病、肥胖和高血压。”Oxidative stress, excess calcium excretion, inflammation, and metabolic acidosis are common features in the origins of most metabolic disease. These primary manifestations of “metabolic syndrome” can lead to insulin resistance, diabetes, obesity, and hypertension.
„饮食分析表明,现代“西式”饮食可能通过大量摄入外源性酸,扰乱 pH 稳态并推动疾病进展。许多生理和细胞功能都依赖酸碱反应和 pH 平衡,因此,长期坚持不健康饮食,使身体持续接触超出有效缓冲能力的酸,可能造成代谢压力,进而引发疾病。”Dietary analysis shows that a modern “Western-style” diet may facilitate a disruption in pH homeostasis and drive disease progression through high consumption of exogenous acids. Because so many physiological and cellular functions rely on acid-base reactions and pH equilibrium, prolonged exposure of the body to more acids than can effectively be buffered, by chronic adherence to poor diet, may result in metabolic stress followed by disease.
„细胞内钙过多是疾病的根源 多年来,乳制品行业的营销活动极为成功,使公众以及大多数医生相信,通过饮食(尤其是乳制品)摄入大量钙,进而通过补充剂摄入钙,显然有益于整体健康和骨骼健康。遗憾的是,事实恰恰相反:摄入过多的钙是维持甚至诱发心脏病、癌症及所有慢性退行性疾病的主要因素。”Cellular Calcium Excess Underlies Disease The marketing efforts of the dairy industry over the years have been wildly successful in convincing the public as well as most doctors that high calcium intake by diet (especially dairy), and by extension, supplementation as well, is of clear benefit to general health and for healthy bones as well. Unfortunately, the exact opposite is true, and excess calcium intake is the primary fuel sustaining and even provoking heart disease, cancer, and all chronic degenerative diseases.
„体内的酸碱平衡 摄入大量酸,即使是像抗坏血酸这样较弱的酸,会不会改变身体的酸碱平衡(pH)并引发健康问题?不会,因为身体会主动、持续地控制血液的 pH。肾脏会在较长时间内(数小时至数天)调节体内的酸,通过选择性地将酸性或碱性成分排入尿液来实现调节。在较短时间内(数分钟至数小时),如果血液酸性过强,自主神经系统会加快呼吸,从而排出更多二氧化碳,降低血液酸度。有些食物可能间接导致酸性。”Acid Balance in the Body Does taking large quantities of an acid, even a weak acid like ascorbate, tip the body's acid balance (pH) causing health problems? No, because the body actively and constantly controls the pH of the bloodstream. The kidneys regulate the acid in the body over a long time period, hours to days, by selectively excreting either acid or basic components in urine. Over a shorter time period, minutes to hours, if the blood is too acid, the autonomic nervous system increases the rate of breathing, thereby removing more carbon dioxide from the blood, reducing its acidity. Some foods can indirectly cause acidity.
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