Dihydropinosylvin (CAS 14531-52-3): A Potent Agent for Health and Wellness
Explore the anti-tumor and antioxidant power of Dihydropinosylvin for enhanced well-being.
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Dihydropinosylvin
Dihydropinosylvin, identified by its CAS number 14531-52-3, stands out for its robust anti-tumor capabilities and significant anti-oxidation properties, making it a valuable compound in health-focused research and applications. It is also recognized for its potent free radical scavenging action and its protective effects on the cardiovascular and cerebrovascular systems, contributing to overall health maintenance.
- Discover the dihydropinosylvin anti-tumor benefits, offering promising avenues for research in cancer therapeutics.
- Leverage the potent dihydropinosylvin free radical scavenging abilities to combat oxidative stress.
- Support your dihydropinosylvin cardiovascular protection research with our high-purity product.
- Learn more about dihydropinosylvin product information and its chemical properties for your specific needs.
Key Advantages of Dihydropinosylvin
Advanced Anti-tumor Properties
Investigate the significant dihydropinosylvin anti-tumor benefits, which are crucial for developing novel therapeutic strategies against various cellular abnormalities.
Powerful Antioxidant Action
Harness the dihydropinosylvin antioxidant properties for cellular protection, effectively neutralizing harmful free radicals and mitigating oxidative damage.
Cardiovascular and Cerebrovascular Support
Utilize Dihydropinosylvin for its demonstrated ability in dihydropinosylvin cardiovascular protection, aiding in the maintenance of healthy circulatory functions.
Key Applications
Pharmaceutical Research
Dihydropinosylvin is essential for researchers exploring novel anti-cancer agents and understanding the dihydropinosylvin anti-tumor benefits.
Nutraceutical Development
Its antioxidant and free radical scavenging capabilities make it a prime candidate for developing health supplements that promote cellular health.
Cardiovascular Health Studies
Researchers can utilize Dihydropinosylvin for its dihydropinosylvin cardiovascular protection effects in studies related to heart and blood vessel health.
Chemical Synthesis
As a well-characterized compound with specific dihydropinosylvin chemical properties, it serves as a valuable intermediate or reagent in complex synthesis pathways.