Researchers from Zhejiang University have uncovered a sophisticated gut-liver signaling axis through which quercetin, a dietary flavonoid, combats obesity. Published in Advanced Science (January 31, 2025), the study identifies Akkermansia muciniphilabacteria and bile acid Metabolism as critical mediators ofquercetin’s lipid-lowering effects, offering new theRapeutic targets for metabolic disorders.

Mounting evidence positions quercetin—a potent plant-derived flavonoid—as a cornerstone in combating age-related diseases through targeted modulation of oxidative stress, inflammation, and metabolic dysfunction. Regulatory approvals (FDA, Japan, Korea) confirm safety as a Dietary Supplement.

Groundbreaking research reveals that combining soy-derived isoflavones with quercetin-rich foods significantly improves mitochondrial function, reducing wrinkle formation and accelerating fat metabolism through targeted biochemical pathways.

A landmark phytosome technology breakthrough led by Professor Wu Ruling has elevated quercetin absorption from 4.9% to 98%, enabling unprecedented efficacy against chronic obstructive pulmonary disease (COPD)—now China’s third-leading cause of death.

A systematic review and meta-analysis published in Biology of Sport (2023) demonstrates quercetin supplementation significantly enhances recovery from exercise-induced muscle damage, reducing soreness by 33% and oxidative stress markers by 92%.

A pioneering study employing atmospheric pressure mass spectrometry imaging (AP/MALDI-MSI) has visually confirmed quercetin’s rapid targeting of vascular dysfunction zones, providing the first direct spatial evidence for this natural flavonoid’s blood pressure-lowering action.

Amid rising antibiotic resistance and environmental concerns in global aquaculture, Federal Animal Health’s Liansukang® (Ciprofloxacin Hydrochloride and Berberine Premix) emerges as a scientifically validated solution, reducing mortality by 40% while meeting stringent residue standards.

As global regulations intensify against antibiotic misuse in livestock, a comprehensive scientific analysis outlines nine evidence-based alternatives to enhance swine health and productivity without antimicrobial resistance risks.

Scientific research confirms berberine, a plant-derived alkaloid, demonstrates potent biocontrol properties against major crop pests and diseases, offering an eco-friendly alternative to synthetic pesticides with 75%+ efficacy against spider mites and apple ring rot.

A study in Poultry Science (2021) demonstrates that berberine—a bioactive alkaloid from plants like Berberis Aristata—significantly counteracts aflatoxin and ochratoxin toxicity in broiler feeds, improving survival rates and metabolic health at 600mg/kg dietary levels.