A compound found within aged garlic extract aids in preserving muscle tone and decelerates the onset of age-related frailty. This conclusion stems from research detailed in the journal Cell Metabolism.
The substance S1PC, which materializes in garlic following an extended maturation period, was the focus of the experts’ investigation. Experiments revealed that this specific constituent boosts cellular metabolic activity and triggers the production of a particular enzyme, eNAMPT, within adipose tissues.
This enzyme subsequently transmits a signal via the bloodstream to the hypothalamus—the brain region responsible for regulating metabolism and muscle condition. Tests conducted on senior rodents consistently administered S1PC demonstrated muscle strengthening, the disappearance of physical fragility markers, and stabilization of core body temperature.
A comparable outcome was observed in human subjects: following the ingestion of this compound, eNAMPT levels in the blood increased, with the most significant rise noted among participants maintaining a normal amount of body fat.
The researchers speculate that these findings pave the way for developing novel, readily accessible methods to combat physical decline in older adults. Nevertheless, the study’s authors caution that the current conclusions are primarily derived from laboratory testing.
Further clinical investigations will be necessary to definitively confirm the therapeutic impact of the garlic extract on the human body and to evaluate the safety profile associated with its prolonged use.
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