Uploaded April 2020 | Updated September 2026, 2 weeks ago
Telomeres are the part of our chromosomes that protect them from deterioration and the effects of aging. Recently, scientists have discovered that the telomerase enzyme can be activated to lengthen and repair our telomeres.
In this intimate meeting with Academy Healing Nutrition director Roger Green, and Rocket Scientist CEO Rex Hodge, we'll take an in-depth look at how the body ages and becomes prone to degenerative diseases, and learn why the anti-aging and medical communities are excited by this potential to reverse the aging process.
References:
Telostep.com
READ MORE
Find out how to live well into your 100’s and still be physically, mentally and spiritually active.
In recent times the discovery that the telomerase enzyme can lengthen telomeres has caused a great buzz in the anti-aging and medical fraternity. Telomerase is the enzyme used within the body to help repair telomeres and when activated can help repair and lengthen them. Why is this potential so exciting?
The length of a person’s telomeres is a good indicator of his or her overall health status; short telomeres have been associated with cellular aging and dysfunction. In this special meeting, you will discover: The number one ingredient that repairs and lengthens your telomeres. How the body ages and becomes prone to degenerative diseases and immune senescence. The mechanism to start to reverse the aging process. Every time a cell divides into two cells the DNA is copied for the new cell.
This copying process has a flaw in that because of the way the copying equipment holds on to the DNA strand it cannot copy several sets of DNA letters or nucleotides at the very end of the DNA strand. This would result in genetic code being lost with each cell division. To prevent this a long series of nonsense letters are put on the end of the DNA in order to be sacrificed. These nonsense letters are called the telomeres. They do their function of sacrificing themselves each cell division until they run out after around 70 cell divisions. This is when a cell hits the Hayflick limit.
This is a part of what aging is. And it prevents us from fully regenerating from a wound or from an illness if we locally run out of telomeres in our cell population. Because then cells cannot divide and replace themselves. This would be a big problem for new generations if there were not a way to replace these telomeres. But there is: the telomerase enzyme. It builds back up the telomeres on the ends of the DNA strand. This is what allows an embryo to grow into a full adult person. But between infancy and our teenage years the production of the telomerase enzyme is shut down. Fortunately the cycloastragenol molecule can activate the production of the telomerase enzyme in our cells.
And cycloastragenol is found in the astragalus root. It is a modifed version of the Astragaloside IV molecule. A significant number of tests have been conducted worldwide using cycloastragenol on groups of cells and on mice. All of these have found this molecule to be safe and effective at producing the telomerase enzyme and lengthening telomeres and in extending the Hayflick limit.
Sponsored by
Telostep.com
AcademyHealingNutrition.com (120 Plus Club)
www.Theraphi.Tech
Breakthru-Technologies.com
Telomeres are the part of our chromosomes that protect them from deterioration and the effects of aging. Recently, scientists have discovered that the telomerase enzyme can be activated to lengthen and repair our telomeres.
In this intimate meeting with Academy Healing Nutrition director Roger Green, and Rocket Scientist CEO Rex Hodge, we'll take an in-depth look at how the body ages and becomes prone to degenerative diseases, and learn why the anti-aging and medical communities are excited by this potential to reverse the aging process.
References:
Telostep.com
READ MORE
Find out how to live well into your 100’s and still be physically, mentally and spiritually active.
In recent times the discovery that the telomerase enzyme can lengthen telomeres has caused a great buzz in the anti-aging and medical fraternity. Telomerase is the enzyme used within the body to help repair telomeres and when activated can help repair and lengthen them. Why is this potential so exciting?
The length of a person’s telomeres is a good indicator of his or her overall health status; short telomeres have been associated with cellular aging and dysfunction. In this special meeting, you will discover: The number one ingredient that repairs and lengthens your telomeres. How the body ages and becomes prone to degenerative diseases and immune senescence. The mechanism to start to reverse the aging process. Every time a cell divides into two cells the DNA is copied for the new cell.
This copying process has a flaw in that because of the way the copying equipment holds on to the DNA strand it cannot copy several sets of DNA letters or nucleotides at the very end of the DNA strand. This would result in genetic code being lost with each cell division. To prevent this a long series of nonsense letters are put on the end of the DNA in order to be sacrificed. These nonsense letters are called the telomeres. They do their function of sacrificing themselves each cell division until they run out after around 70 cell divisions. This is when a cell hits the Hayflick limit.
This is a part of what aging is. And it prevents us from fully regenerating from a wound or from an illness if we locally run out of telomeres in our cell population. Because then cells cannot divide and replace themselves. This would be a big problem for new generations if there were not a way to replace these telomeres. But there is: the telomerase enzyme. It builds back up the telomeres on the ends of the DNA strand. This is what allows an embryo to grow into a full adult person. But between infancy and our teenage years the production of the telomerase enzyme is shut down. Fortunately the cycloastragenol molecule can activate the production of the telomerase enzyme in our cells.
And cycloastragenol is found in the astragalus root. It is a modifed version of the Astragaloside IV molecule. A significant number of tests have been conducted worldwide using cycloastragenol on groups of cells and on mice. All of these have found this molecule to be safe and effective at producing the telomerase enzyme and lengthening telomeres and in extending the Hayflick limit.
Sponsored by
Telostep.com
AcademyHealingNutrition.com (120 Plus Club)
www.Theraphi.Tech
Breakthru-Technologies.com
