DNA Ascorbic Acid

Telomerase - The KEY to aging

Telomerase is a protein that catalyzes the replacement of the telomeres that are lost with each cell division, so that the telomere strands at the ends of the chromosomes do not shorten, and the cells do not age. Research has shown that not only does telomerase stop the aging process, it even rejuvenates already aged cells. This magical "Fountain of Youth", telomerase, is present in human cells only through the human embryo stage, then it runs dry and aging begins.Two questions of profound importance are:

Can the production of telomerase be prevented from shutting off after the embryo stage? and

Is there any way to turn the telomerase production back on??

Is telomerase synthesized but then destroyed in the proteasomes?

Does something interfere with the assembling of the amino acids in the ribosomes?

Asc2P Telomere Shortening

 

Telomerase is a protein like the other enzmes that catalyze all of the chemical reactions that take place in the human body. For it to be synthesized, the genes in DNA of the chromosomes must be transcribed by mRNA, and the tRNA must work successfully with the ribosomes to successfully assemble the Telomerase.

Due to a failure of a critical link in this process, the gene for Telomerase production becomes "turned off" in humans after the embryo stage when aging really begins.

What is Really the Root Cause of Aging?

At a high level, aging is caused by cell death. At the next lower level, aging is caused by the shortening of telomeres which causes cell death. At a still lower level, aging is caused by the lack of telomerase which causes the shortening of the telomeres. The root cause of aging is like an onion with a new layer being peeled away with each new scientific advance. What is the ultimate root cause of aging? is a question that probably belongs in the realm of philosophy more than of science, that probably only a higher power could answer. The great news is that even though we do not have all of the answers, we now may have some solutions!

Resetting the Aging Clock

In experiments conducted in 1998, M. Fossel demonstrated that the restoration of telomerase not only halted the aging process, but actually reversed it, returning aged cells to a youthful state. An oxidation resistant form of ascorbic acid that we refer to as Asc2P, has been shown by K. Furumoto and colleagues of the Dept. of Cell Biochemistry of the Hiroshima Prefectural University, to promote telomerase levels, and reduce telomere shortening and aging to 52% - 62% in vivo, but human trials are lacking. The Vida Institute is seeking participants for a human trial of this very promising development. For more information, CLICK HERE.