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Ce produit n'est pas destiné à diagnostiquer, traiter, guérir ou prévenir toute maladie. Ces déclarations n'ont pas été évaluées par la Food and Drug Administration.
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Camellia sinensis pu-erh
Fermented and aged Chinese tea from Yunnan province used medicinally for thousands of years for digestive conditions, weight loss, and cholesterol.
Pu-erh tea (Camellia sinensis var. assamica) is a post-fermented Chinese tea from Yunnan province, traditionally used for digestive health, weight management, and cholesterol reduction. Its primary active compounds include catechins (EGCG), thearubigins, gallic acid, and trace statin-like molecules produced during fermentation. Modern research supports its role in lipid metabolism and gut microbiota modulation.
Pu-erh tea polyphenols, particularly thearubigins and gallic acid, inhibit intestinal cholesterol absorption and upregulate bile acid excretion via FXR and TGR5 receptor pathways. The fermentation process yields lovastatin-like compounds that competitively inhibit HMG-CoA reductase, reducing hepatic cholesterol synthesis. Caffeine and catechins synergistically increase thermogenesis through β-adrenergic receptor activation and AMPK phosphorylation, promoting fat oxidation. Additionally, thearubigins exhibit antimicrobial activity against gut pathogens and modulate the gut-brain axis via serotonin receptor interactions.
Fermented and aged Chinese tea from Yunnan province used medicinally for thousands of years for digestive conditions, weight loss, and cholesterol.
Pu-erh tea (Camellia sinensis var. assamica) is a post-fermented Chinese tea from Yunnan province, traditionally used for digestive health, weight management, and cholesterol reduction. Its primary active compounds include catechins (EGCG), thearubigins, gallic acid, and trace statin-like molecules produced during fermentation. Modern research supports its role in lipid metabolism and gut microbiota modulation.
Pu-erh tea polyphenols, particularly thearubigins and gallic acid, inhibit intestinal cholesterol absorption and upregulate bile acid excretion via FXR and TGR5 receptor pathways. The fermentation process yields lovastatin-like compounds that competitively inhibit HMG-CoA reductase, reducing hepatic cholesterol synthesis. Caffeine and catechins synergistically increase thermogenesis through β-adrenergic receptor activation and AMPK phosphorylation, promoting fat oxidation. Additionally, thearubigins exhibit antimicrobial activity against gut pathogens and modulate the gut-brain axis via serotonin receptor interactions.