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Astilbin
In vitro / AnimalMechanism of Action
Anti-inflammatory via T-cell modulation (selective immunosuppression), anti-oxidant, anti-hyperuricemic
Research Notes
Selectively suppressed activated T-cells without affecting resting T-cells in vitro. Anti-hyperuricemic via xanthine oxidase inhibition. Anti-inflammatory in contact dermatitis models.
Found In 1 Herb
3D Molecular Structure
Dihydroflavonol (flavanonol)
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Astilbin
Dihydroflavonol (flavanonol)Bioactive phytochemical with therapeutic properties
Representative pattern: C₁₅H₁₀O₃
Atoms
Carbon
Oxygen
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