Telomeres And Getting Older

It’s one of the best findings of our time, and probably the best anti-aging quantum leap forward in this century. It is so groundbreaking that it received the 2009 Nobel Prize in Physiology and Medicine. In recent years, analysts have found the prime cause of human aging and how to support the body in aging youthfully.

Telomeres are the small bindings at the end of each of your strands of DNA. Telomeres not only defend your DNA, but have inside them all of the information your DNA wishes to make accurate copies when cells reproduce.

Each time your cells divide, a tiny bit of each telomere gets used up. Over the course of time these telomeres get shorter until your DNA can't make correct copies, and that cell stops working. Unfortanute events 1 when telomeres get too short. Your body’s cells cannot divide (or reproduce) and simply die. Finally, this unsteadiness leads to tissue breakdown most likely leading to early aging

As an ingredient of your body’s normal process of aging, each time a cell divides the telomeres in your DNA shorten. Add oxidative stress to the mix and telomeres shorten rather quicker. Oxidative stress is the consequences of detrimental reactions in your body’s cells due to too many oxidising agents or atoms/molecules that have unpaired electrons. In their search for an electron to make them entire, they destroy other cells. Oxidizing compounds come from environmental poisons, for example pollution, chemicals, drugs and radiation, and even naturally occur in your own body when you exercise. Anti-oxidating compounds fight free radical agents and stem the factors behind oxidative stress, but a key mix is needed to reduce the consequences of oxidative stress on your telomeres..

Based primarily on countless human studies showing the relationship of shortened telomeres with early aging, it is clear a sensible diet loaded in nutrients, along with daily exercise, reduced stress and anti-oxidants are your best tools for forcibly fighting the battle against aging. Certain organic ingredients in Isagenix Product B have been shown to prompt telomerase (an enzyme that forms telomeres) in-vitro. In-vitro lab results may not be suggestive of in-vivo results.

Dora Johnson loves to learn and is fascinated with the new aging technology being discovered. For a more detailed info on Isagenix Product B, check out this video here: telomere video.