TheNothing85
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An international study, published in the journal*Science*has led to a promising breakthrough in the field of anti-ageing medicine. A vitamin called nicotinamide riboside (NR) -- already known to boost metabolism -- has been found to restore the body's ability to regenerate and repair itself.
The regenerative capacity of cells and organs deteriorates with age. The "powerhouses" of cell function -- called mitochondria -- lose energy over time and prevent cells from regenerating as they once did.
Research teams from Switzerland, Canada and Brazil studied how these changes occur over time. The role of mitochondria in metabolism has already been identified, but the scientists were able to demonstrate for the first time that healthy, functioning mitochondria were important for stem cell function.
In younger bodies, these stem cells usually regenerate damaged organs by producing new, specific cells. "We demonstrated that fatigue in stem cells was one of the main causes of poor regeneration or even degeneration in certain tissues or organs," explains Dr Hongbo Zhang, a PhD student on the team.
Could this slow hairloss?
An international study, published in the journal*Science*has led to a promising breakthrough in the field of anti-ageing medicine. A vitamin called nicotinamide riboside (NR) -- already known to boost metabolism -- has been found to restore the body's ability to regenerate and repair itself.
The regenerative capacity of cells and organs deteriorates with age. The "powerhouses" of cell function -- called mitochondria -- lose energy over time and prevent cells from regenerating as they once did.
Research teams from Switzerland, Canada and Brazil studied how these changes occur over time. The role of mitochondria in metabolism has already been identified, but the scientists were able to demonstrate for the first time that healthy, functioning mitochondria were important for stem cell function.
In younger bodies, these stem cells usually regenerate damaged organs by producing new, specific cells. "We demonstrated that fatigue in stem cells was one of the main causes of poor regeneration or even degeneration in certain tissues or organs," explains Dr Hongbo Zhang, a PhD student on the team.
Could this slow hairloss?