It's called Cellular Energy Deficiency. The mitochondria (power centers) of the cells fail to produce enough energy (ATP), because of nutritional deficiencies primarily related to lifestyles and food production methods. This also creates an acidic metabolism and low oxygen levels within the cells. Providing cellular food in form of bioready nutrients, will help to increase the body's pH (make more alkaline), which will also increase cellular oxygen. The body tends to respond very positively when brought back to homeostasis. Interestingly, this issue affects very young as well - those mystery diseases! There are proprietary products available for precisely these functions, that may be the solution for you.
According to a short online article from Life Extension Foundation... "In a symposium scheduled to take place during the International Association of Gerontology and Geriatrics 19th World Congress of Gerontology and Geriatrics held this year from July 5-9 in Paris, four biologists will discuss their understanding of the reasons for the aging process, a phenomenon that has until recently been considered one of life's great mysteries.
The speakers include University of California professor of anatomy Leonard Hayflick, PhD; Robin Holliday, PhD, of the Australian Academy of Science; Steven Austad, PhD, of the University of Texas Health Science Center at San Antonio, and Thomas Kirkwood, PhD, of Newcastle University in England. The scientists, working independently, have written books on the aging process that were published during the 1990s. Each came to the conclusion that "aging is no longer an unsolved problem," which is the title of the upcoming presentation.
“Aging occurs because the complex biological molecules of which we are all composed become dysfunctional over time as the energy necessary to keep them structurally sound diminishes," Dr Hayflick explained. "Thus, our molecules must be repaired or replaced frequently by our own extensive repair systems."
“These repair systems, which are also composed of complex molecules, eventually suffer the same molecular dysfunction. The time when the balance shifts in favor of the accumulation of dysfunctional molecules is determined by natural selection — and leads to the manifestation of age changes that we recognize are characteristic of an old person or animal. It must occur after both reach reproductive maturity, otherwise the species would vanish.”
“These fundamental molecular dysfunctional events lead to an increase in vulnerability to age-associated disease,” he added. “Therefore, the study, and even the resolution of age-associated diseases, will tell us little about the fundamental processes of aging.”
Best of health,
Lynette
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