All articles tagged with #pterostilbene
Researchers identified pterostilbene, a polyphenol in blueberries and grapes, as stabilizing the fat-metabolism regulator PPARδ in cultured mouse skeletal muscle cells. This protection increases fatty acid oxidation and reduces intracellular fat buildup, suggesting potential dietary strategies for metabolic health, though in‑vivo studies are needed to confirm safety and efficacy before clinical use.
A Japanese study found that pterostilbene, a natural polyphenol in blueberries and grapes, reduces fat buildup and boosts fatty acid oxidation in cultured mouse muscle cells by preserving the fat-regulating protein PPAR-delta, offering a framework for foods or supplements that target muscle fat metabolism; however, the findings are in cell models and human relevance remains unproven, necessitating further research.
A blueberry-derived compound, pterostilbene, stabilizes the fat-regulating protein PPARδ in skeletal muscle cells, enhancing fatty acid oxidation and reducing stored lipids by slowing PPARδ degradation. The effect was shown in cultured mouse muscle cells, suggesting potential for dietary strategies to support metabolic health, but it has not yet been demonstrated in animals or humans.
Chinese researchers found that a 0.1% pterostilbene-containing cream significantly improves skin elasticity, firmness, and reduces wrinkles over 28 days, demonstrating its potential as an effective anti-aging ingredient.
A 28-day clinical study in China found that a skincare emulsion containing 0.1% pterostilbene, a natural antioxidant related to resveratrol, significantly improved skin firmness, elasticity, and reduced wrinkles, demonstrating its potential as an effective anti-aging ingredient.