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<p data-start="97" data-end="197">Model: Aged mice (18 months old, C57BL/6 strain) and aged rhesus macaques (18–21 years old).</p>
<p data-start="97" data-end="197">Dosage: Mice received 100 µg of EVs^ABPC via tail vein injection twice per week for 4 weeks.<br data-start="297" data-end="300" data-is-only-node="" />Rhesus macaques received 200 µg/kg of EVs^ABPC intravenously once per week for 20 weeks.</p>
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Scientists Discover Deer Antler Stem Cells That Reverse Aging in Mice and Monkeys

Researchers discover that deer antler stem cells can restore bone density, slow aging, and reverse biological age in mice and primates.

Aging &amp; Longevity

NAD+ (nicotinamide adenine dinucleotide) may contribute to healthy cellular aging by enhancing biological energy flow, according to the newly formulated energy resistance principle.


The Latest Insight on Anti-Aging Therapeutics Targeting Cardiovascular Disease

According to French scientists, no organ system appears as vulnerable to aging as the cardiovascular system, and anti-aging therapeutics may help mitigate the effects of cardiovascular disease.

(The principal investigator behind the review, aging researcher Guido Kroemer | Olympiad in Cardiovascular Medicine)

Anti-aging therapeutics may prevent and slow age-related cardiovascular dysfunction.

Cardiovascular

Chinese scientists have genetically engineered stem cells capable of rejuvenating the health, including the cognition, of aged macaques. 

A young crab-eating macaque (image: shutterstock.com). 

<p>Participants: Healthy older adults </p>
<p>Dosage: 1 mg/day of rapamycin for 8 weeks </p>


Older adults taking low-dose rapamycin exhibit a reduction in senescent cells — cells that contribute to age-related diseases and a shorter lifespan. 

Associate professor at Oxford University and corresponding author on the study, Lynne S Cox, MA, PhD (image: researchgate.com).

Search Result: Cellular Senescence

Scientists Discover Deer Antler Stem Cells That Reverse Aging in Mice and Monkeys

Boosting NAD+ May Defy Aging by Enhancing Energy Flow, According to a New Theory

The Latest Insight on Anti-Aging Therapeutics Targeting Cardiovascular Disease

Anti-Aging Breakthrough: Stem Cells Reverse Signs of Aging in Monkeys

New Oxford Study: Powerful Longevity Drug Rapamycin Targets Cell Senescence