Aged Garlic Compound S1PC Boosts Muscle Strength in Mice, Raising Human Anti-Aging Potential
Updated
Updated · SciTechDaily · May 29
Aged Garlic Compound S1PC Boosts Muscle Strength in Mice, Raising Human Anti-Aging Potential
1 articles · Updated · SciTechDaily · May 29
Cell Metabolism published findings that S1PC, a compound in aged garlic extract, improved muscle strength, lowered frailty scores and restored body temperature in aged mice.
Researchers at IRPA and Wakunaga said S1PC activates LKB1 and the SIRT1 pathway, increasing eNAMPT release from fat tissue and triggering a fat-brain-muscle signaling route tied to better muscle performance.
Human testing showed higher circulating eNAMPT after S1PC treatment, with the effect strongest in participants with sufficient fat tissue, matching results seen in cells and mice.
The team said the compound could become a nutraceutical option for age-related muscle decline, though longer-term human studies are still needed to confirm muscle benefits and assess broader anti-aging effects.
Beyond muscle, does this compound truly unlock a central longevity switch for the entire body?
Could boosting the brain-muscle link with garlic extract lead to unforeseen long-term health risks?
If this garlic compound's power depends on body fat, who might be left behind by the discovery?
S1PC from Aged Garlic Extract Boosts Muscle Strength and Fights Aging: New Research Unveils Fat-Brain-Muscle Axis
Overview
A major breakthrough in anti-aging research highlights S-1-propenyl-L-cysteine (S1PC), a natural compound from aged garlic extract, for its potential to help maintain muscle strength and vitality as people age. Inspired by the real needs of older adults who lose physical function simply due to aging, Dr. Kiyoshi Yoshioka and his team discovered that S1PC could be a promising nutraceutical for healthy aging. Their findings suggest that including S1PC in the daily diet may offer a simple and practical way to support muscle strength, paving the way for new approaches to improve quality of life in older individuals.