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Dr. Brandon Crawford is joined by Samuel Shepherd, a former Department of Defense biochemical engineer who used his expertise in weapons development to reverse-engineer a cure for his own "incurable" bone cancer. They deep-dive into the science of oxidative stress, the hierarchy of antioxidants, and the specific molecule that allows animals like naked mole rats and sharks to resist cancer and aging.
Samuel recounts his 2003 diagnosis of polycythemia vera, where his blood pressure reached levels that "pegged" medical monitors at 300 mmHg. After years of grueling phlebotomies, Sam used a screening algorithm to find a commonality among cancer-resistant species. That common thread was Astaxanthin. However, he didn't just find a supplement; he discovered a way to modify the molecule into a glucosidic form that bypasses the body's digestive barriers to target disease at the atomic level.
Key Takeaways
Resources
Use code CRAWFORD at checkout on Valasta.net for a 10% discount on your order.
Valasta.net (testimonials, NIH research papers, dosing information)
NIH Research Database (search: "NIH + astaxanthin + [disease]")
ProQuest Government Research Database
Life Extension (publishes astaxanthin research papers)
Dr. Fred Bisci (mentioned as colleague)
HSCRP (high-sensitivity C-reactive protein) testing for inflammation markers
Hematococcus Pluvialis (algae source of astaxanthin)
Products
528 Innovations Lasers
NeuroSolution Full Spectrum CBD
NeuroSolution Broad Spectrum CBD
NeuroSolution Stimpod
STEMREGEN®
Learn More
For more information, resources, and podcast episodes, visit https://tinyurl.com/3ppwdfpm
By Dr. Brandon Crawford4.9
4747 ratings
Dr. Brandon Crawford is joined by Samuel Shepherd, a former Department of Defense biochemical engineer who used his expertise in weapons development to reverse-engineer a cure for his own "incurable" bone cancer. They deep-dive into the science of oxidative stress, the hierarchy of antioxidants, and the specific molecule that allows animals like naked mole rats and sharks to resist cancer and aging.
Samuel recounts his 2003 diagnosis of polycythemia vera, where his blood pressure reached levels that "pegged" medical monitors at 300 mmHg. After years of grueling phlebotomies, Sam used a screening algorithm to find a commonality among cancer-resistant species. That common thread was Astaxanthin. However, he didn't just find a supplement; he discovered a way to modify the molecule into a glucosidic form that bypasses the body's digestive barriers to target disease at the atomic level.
Key Takeaways
Resources
Use code CRAWFORD at checkout on Valasta.net for a 10% discount on your order.
Valasta.net (testimonials, NIH research papers, dosing information)
NIH Research Database (search: "NIH + astaxanthin + [disease]")
ProQuest Government Research Database
Life Extension (publishes astaxanthin research papers)
Dr. Fred Bisci (mentioned as colleague)
HSCRP (high-sensitivity C-reactive protein) testing for inflammation markers
Hematococcus Pluvialis (algae source of astaxanthin)
Products
528 Innovations Lasers
NeuroSolution Full Spectrum CBD
NeuroSolution Broad Spectrum CBD
NeuroSolution Stimpod
STEMREGEN®
Learn More
For more information, resources, and podcast episodes, visit https://tinyurl.com/3ppwdfpm

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