This blog examines its chemical properties, cardiovascular and anticancer activities, extraction processes, and pharmaceutical applications. For pharmaceutical companies sourcing this compound, reliable chemical wholesalers are essential for consistent quality and supply.
Chemical Identity and Structure
Stachydrine hydrochloride (CAS 4136-37-2) is a pyrrolidine betaine with a quaternary ammonium group and carboxyl moiety. This structure confers high water solubility and enables diverse pharmaceutical formulations. Its zwitterionic nature allows modulation of intracellular calcium handling and osmotic activity. Chemical wholesalers supplying this compound must ensure the hydrochloride salt form maintains stability for pharmaceutical development.
Cardiovascular Protective Effects
Stachydrine hydrochloride demonstrates significant cardioprotection through multiple mechanisms. It inhibits NF-κB signaling, suppressing myocardial fibrosis and hypertrophy. Research shows it ameliorates pressure overload-induced heart failure by restoring SERCA2a expression and maintaining calcium homeostasis. It also reduces NOX2-derived oxidative stress, improving cardiac insufficiency. Chemical wholesalers supporting cardiovascular drug development benefit from a stable supply of this bioactive alkaloid.
Anticancer Activity
Beyond cardioprotection, stachydrine hydrochloride exhibits anticancer properties. It inhibits MCF-7 and T47D breast cancer cell proliferation in dose- and time-dependent manners by suppressing Akt and ERK survival pathways. Studies also show efficacy against hepatocellular carcinoma via the LIF/AMPK axis and induce senescence in castration-resistant prostate cancer. Chemical wholesalers serving oncology research must provide high-purity material meeting stringent specifications.
Extraction and Manufacturing
Industrial production typically extracts stachydrine from Leonurus japonicus using ethanol reflux, followed by cation exchange purification and hydrochloride salt formation. High-purity products achieve 98% content with proper storage at low temperatures to prevent moisture absorption. Chemical wholesalers experienced in botanical extraction supply this compound to pharmaceutical manufacturers requiring consistent quality.
Pharmaceutical Applications
Stachydrine hydrochloride serves traditional gynecological applications for postpartum uterine recovery and menstrual regulation. Modern research expands its potential into cardiovascular therapeutics, anticancer drug development, and neuroprotective applications. Its diverse bioactivities make it valuable for pharmaceutical innovation. Chemical wholesalers provide the essential link between botanical sources and drug manufacturers.
Conclusion
Stachydrine hydrochloride offers broad therapeutic potential spanning cardiovascular, oncological, and gynecological applications. Its unique pyrrolidine betaine structure enables multiple mechanisms of action. For pharmaceutical companies developing stachydrine-based products, partnering with established chemical wholesalers ensures access to quality-assured material and reliable supply chains.
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