Since 1990, I defined the process of aging as the accumulation of acid wastes inside the body that have not been eliminated. According to this definition, the reduction of accumulated acid wastes means reversing the aging process. Since then, I have introduced a product called water additive AlkaLife ®, a concentrated alkaline potassium hydroxide made from sodium hydroxide in a ratio of 3 to 1 respectively.
Recently I was reading two academic papers that support my argument and the content of AlkaLife ®. I can assure you that there has been any collaboration between the authors of these documents and me. The first document is written by Dr. Lynda Frassetto and Anthony Sebastian of the University of California, San Francisco, Department of Medicine and the General Clinical Research Center. Its title is Age and GenF20 Plus Systemic Acid-Base Equilibrium: Analysis of Published Data, (Ageing and balance the overall body system based on acidity: Analysis of published data), published in 19961). The extract of the paper is as follows:
To investigate whether the balance between acids and bases affect the normal adult envejecimineto, we reviewed published articles reporting the composition of acids and bases in the arteries, veins, and capillaries in healthy older adults. We extracted or calculated the concentration of hydrogen ion in the blood ([H +]), plasma concentration ([HCO3-]), blood (PCO2), and age, and computed a group of men from 61 years of age distributed at an interval of 10 years from age 20 to age 100. Using a line regreción analysis, we found that the older, more significant is the coagulation of blood [H +] (p <.001) and more reduced is the state of plasma [HCO3-] (p <.001) , indicating the progressive worsening of the state of low metabolic acidosis. The blood (PCO2) coagulates with age (p <.05), adjusting the acid metabolic process of respiration. This relationship between aging and metabolic acidosis is reflected in part the normal decline of renal function with age. The relationship between age and metabolic acidosis in the pathogenesis of degenerative diseases that are merit caution as they age.
