This is the latest in a series of articles exploring the factors that distinguish science-backed supplements, like PB125®, from those not supported by science. High standards are easy to promise but much harder to deliver, especially in the world of supplements....
The following is an excerpt from an article featured on Fitzsimons Innovation Community’s website, which featured Pathways Bioscience, its beginnings and the future of enhancing wellness through science-backed supplements. Read more about Pathways Bioscience...
In a market flooded with flashy labels and lofty health promises, choosing the right supplement can feel more like guesswork than wellness. As the $60 billion supplement industry continues to expand, science – not hype – separates what’s truly beneficial from...
The following is an excerpt from an article from Health.com, which featured Dr. Joe McCord, founder of Pathways Bioscience, on the latest research into luteolin, a key ingredient in PB125. Read more of Dr. McCord’s insights into this powerful compound here. Do you...
In 1969, Dr. Joe McCord and Dr. Irwin Fridovich initiated the field of free radical biology and medicine with the discovery of the enzyme superoxide dismutase (SOD) – a discovery that continues to fuel the work of Pathways Bioscience today. Free radicals are molecules...
A Legacy of Innovation Our team boasts over a century of combined research and development experience, leading to our belief that the best way to enhance wellness is by empowering the body’s own mechanisms to protect and heal itself. This guiding philosophy is at the...
PB125® is a safe, potent Nrf2 activator containing active ingredients carnosol, withaferin A and luteolin. Derived from natural plants, these ingredients were extensively studied for their synergistic properties. Every ingredient and the final product undergo triple testing in Pathways Bioscience’s laboratory to ensure optimal quality and biological activity.
Nrf2 factor controls the rate of production from hundreds of different genes that allow cells to survive under stressful conditions.
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Based on the extensive amount of new, published scientific literature and our own research, we have identified at least five control points in Nrf2 activation...
