USD$300
Everyday without noticing, we shed millions of skin cells. Our cells are constantly being replaced through the division of new cells, but there is a limit to how many times cells can divide. After approximately 50 divisions our cells are no longer able to regenerate and so we begin to age.
The fundamental cause of skin aging is telomere shortening of the chromosomes in our skin cells. By targeting telomeres within the deep layers of skin, TAM counteracts and suppresses the erosion of our telomeres. Skin cells are rejuvenated and youthful elasticity is restored, dramatically reducing the depth of lines and wrinkles over time.
Everyday without noticing, we shed millions of skin cells. Our cells are constantly being replaced through the division of new cells, but there is a limit to how many times cells can divide. After approximately 50 divisions our cells are no longer able to regenerate and so we begin to age.
The fundamental cause of skin aging is telomere shortening of the chromosomes in our skin cells. By targeting telomeres within the deep layers of skin, TAM counteracts and suppresses the erosion of our telomeres. Skin cells are rejuvenated and youthful elasticity is restored, dramatically reducing the depth of lines and wrinkles over time.
Water, Propanediol, Phospholipids, Hydrogenated Lecithin, Alcohol, Betaine, Phenoxyethanol, Caprylyl Glycol,TAM C0314818.
Developed by Bill Andrews, Ph.D. of Sierra Sciences, TAM C0314818 is a state of the art Telomerase Activating Molecule (TAM) that counteracts and suppresses the fundamental cause of aging: telomere shortening.
By interfering with the action of telomerase inhibiting substances TAM C0314818 induces telomerase to function normally and to cause cell division to become more active leading to younger and healthier cells.
TAM is the most effective anti-aging compound available. All Defytime products feature the TAM logo to indicate they contain the TAM compound.
Cell division plays a critical role in normal growth, maintenance and repair of all human tissues.
Telomeres are repeated sequences of DNA at the ends of each chromosome and are key genetic elements involved with the regulation of cell division. Telomeres shorten every time a cell divides, and once telomeres reach a critically short length, the cell either dies by apoptosis or stops dividing and senesces.
Telomerase is a naturally occurring enzyme that maintains telomeres and prevents them from shortening during cell division.
Learn more about TAM and telomere research
Our cutting edge research is led by Dr. Bill Andrews. Dr. Andrews has worked in the biotech industry for over 35 years, focusing the last 20 years on finding ways to extend human lifespan through the intervention of telomere shortening in human cells.
Learn more about Bill Andrews, Ph.D.
