S-Equol 531-95-3 Research raw material

Basic Chemical Information

Product Introduction

S-Equol (Chinese name: S-Equol, aliases: (S)-(-)-Equol, 3S-Equol) is a high-purity chiral isoflavone small-molecule compound, serving as a dedicated research substrate for estrogen receptor targeting and endocrine physiological mechanism research. It features a single chiral configuration, regular and stable molecular skeleton, and high stereochemical purity with balanced and controllable physicochemical properties. The material presents high crystallinity and pure loose texture without structural impurities or configuration mixing defects under normal conditions. It is oxidation-resistant, non-deliquescent and non-discoloring at room temperature with stable optical properties, maintaining complete chiral structure and inherent biological affinity activity during long-term standardized storage.

 Application Scope

Estrogen Receptor Mechanism Research：As a high-affinity specific chiral ligand for estrogen receptor β (ERβ), it is stably applied to in vitro receptor binding assays, target affinity detection and receptor signaling pathway activation and regulation mechanism analysis. Featuring extremely high chiral action specificity and no obvious off-target interference, it serves as a core chiral tool compound for basic endocrine receptor pharmacological research.

Antioxidant and Cellular Stress Regulation Research： It is used for in vitro cellular oxidative stress model construction, reactive oxygen species scavenging mechanism verification and cellular antioxidant pathway regulation experiments, suitable for physiological protection and metabolic homeostasis mechanism research at mammalian cell level with stable experimental gradient response and high data repeatability.

Endocrine and Metabolic Mechanism Research：Based on its unique chiral isoflavone structure, it is applied to in vitro hormone level regulation and lipid and glucose metabolism mechanism exploration, suitable for basic in vitro research on phytoestrogen physiological activity, endocrine micro-homeostasis regulation and metabolic pharmacology.

Academic Experiment Reproduction & System Control： Its chiral purity and physicochemical parameters fully conform to international standard research-grade materials, enabling accurate reproduction of published in vitro cell intervention experiments, receptor activity verification and antioxidant function detection experiments for academic research deepening, chiral experimental system calibration and research data verification.

Chiral Organic Synthesis & Structural Derivation R&D： With multiple hydroxyl active sites and stable chiral skeleton, it features controllable stereoconfiguration and strong structural plasticity. As a core chiral intermediate, it supports structural modification, group decoration, lead compound screening and structure-activity relationship research for isoflavone chiral derivatives.

Important Disclaimer

This product is a chiral isoflavone organic intermediate for pure scientific research, only used as laboratory chemical material. It is not drug, veterinary drug, health product, food or cosmetic raw material with no medical, commercial or civilian value and no therapeutic or health-care effects.

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