Auragens Patient Education

Biological Age: The Impact of Stem Cell Treatments

August 2, 2024    auragens.com
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From the Kardashians to Will Smith there has been a surge in discussion around “biological age.” Sure, we may be able to quantify how old we are based on the calendar, but does that translate to the health or deterioration of your body? Without endorsing this test, or its value, we still felt it was important for Auragens to address.

Biological age is a concept that refers to the damage, physiological changes, and loss of function that occur in a person’s cells over time. It can be caused by natural aging, environment, and behaviors, and can be used to indicate an individual’s health status and life expectancy. Because at our very core we are simply a collection of cells and only as healthy as they are.

When our patients visit us at Auragens for an anti-aging or longevity protocol we are enabling the exact results that these ‘biological age” tests are looking for. Better functioning and healthier cells. As the appropriately named, Stewert Sell once said, “In the beginning there is the stem cell; it is the origin of a organisms life.” From a logical standpoint is would stand to reason that introducing safe, healthy, uHC-MSC stem cells to reinforce the body and cellular function, would provide benefits. But why is that so?

The next age of medicine will revolve around stem cells. Just as there was the “pre-internet” age there will soon be the “pre-stem cell age” and it will confuse the next generation to talk about it.”

– Dr. Robert Hariri

The answer is in the form of three main reasons specific to anti-aging:

  • Regeneration and Repair:
    Stem cells can differentiate into various cell types, potentially aiding in the repair and regeneration of damaged tissues and organs, which can contribute to improved function and potentially a younger biological profile.

  • Reduction of Inflammation:
    Stem cells, particularly mesenchymal stem cells (MSCs), have anti-inflammatory properties that can reduce chronic inflammation, a key factor in aging and age-related diseases.

  • Telomere Lengthening:
    Stem cells can influence telomere length, which is associated with cellular aging. Longer telomeres are linked to younger cellular age.

In conclusion, stem cell treatments have shown promising potential in regenerative medicine, offering possibilities for repairing and rejuvenating tissues, reducing inflammation, and influencing factors associated with aging. Research shows that these therapies may contribute to improving health and vitality, potentially leading to a younger biological profile.

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