CLOCKS OF AGING - DESCRIPTION
Aging clocks represent a different aspect of the biological aging process, and interventions promoting healthy longevity can influence these clocks in various ways.
By addressing these different mechanisms through a holistic approach to health and aging, managing how healthy longevity and reverse aging strategies impact the following aging clocks Neotis longevity centers provide valuable insights into the complex process of aging.
The Endocrine Clock
- Regulates hormone production, impacting metabolism, growth, and reproduction.
The Immune Clock
- Governs immune system function, crucial for defending against infections and diseases.
The Oxidative Stress Clock
- Involves the balance between antioxidants and free radicals. Excessive oxidative stress accelerates aging.
The Extracellular Matrix Clock
- This clock relates to the structure and function of connective tissues.
The Mitochondrial Clock
- Mitochondria are involved in energy production and cellular metabolism.
The DNA Clock
- Encompasses DNA repair mechanisms and genetic stability.
The Telomerase Clock
- Telomeres protect chromosome ends; their shortening is a hallmark of aging.
The Epigenetic Clock
- Involves changes in gene expression without altering the DNA sequence, significantly influencing aging.
The Klotho-Calcium Clock
- Related to regulating calcium and the Klotho protein, which has been linked to aging and longevity.
The Muscle Mass Clock
- Reflects the loss of muscle mass and function with age.
The Blood Plasma Clock
- Involves changes in blood plasma composition and circulation with age.
The Stem Cell Clock
- Governs the function and regenerative capacity of stem cells.