The Science Behind Juvenescence's Breakthrough Product: Metabolic Switch
For Buck Institute President and CEO
Uttered by anyone else, this may seem like a statement of discontent or a longing to reclaim lost years. But coming from the mouth of a scientist whose lab is at the helm of lifespan research, it holds a sense of urgency; a desire not to gain back time, but to add more time onto an already well-lived life. And not just his own, but that of others.
Verdin isn’t shy about sharing why he’s so invested in longevity research. Recalling a time he heard his father — a lifetime heavy smoker — proclaim that “you gotta die of something,” Verdin vowed that he would never share that same sentiment. Seeing his father’s health decline at an early age motivated the world-renowned researcher to dedicate his life to use science to solve the problems of aging.
SIRTUINS & AGING
Verdin decided to merge his personal interests with his academic ones, which at that point involved a family of proteins in the body known as
BHB seems to activate a genetic program that slows aging and protects against damaging oxidative stress.
ROLE OF KETONE BODIES & BHB
A pivotal moment in aging biology would soon follow. Verdin was also fascinated by research into
Could BHB also contribute to enhanced longevity via similar mechanisms?
Work in the field of
If ketones are part of the
That single idea proved to be crucial, an “all new perception of a second life” for these little, fascinating molecules that have deep evolutionary origins in our biology.
BHB + MCTs = METABOLIC SWITCH
The idea of recapitulating the beneficial effects of ketogenic diets by simply ingesting the ketone BHB might sound like an “elixir of life” dreamed about by biohackers looking to use technology to optimize lifespan. But science has made such a product possible.
Juvenescence, along with Drs. Verdin and Newman at the Buck Institute of Aging, partnered to create “Metabolic Switch”, a C6 Ketone Di-ester which may provide the beneficial metabolic effects of ketosis with the healthy-aging effects of BHB.
When Verdin first “synthesized” the idea for the product to John Newman, the “flash of brilliance” was immediately apparent — a C6 Ketone Di-ester would allow a “hybrid” of endogenous and exogenous ketosis in the body. Current commercially-available ketone drinks work by raising levels of BHB in the body rapidly by detaching a molecule of BHB from another molecule called butanediol.7 What makes “Metabolic Switch” unique is that once consumed, it’s broken down in the body into butanediol and a medium-chain fatty acid (also known as medium-chain triglycerides or MCTs) called caproic acid, or C6.
In this way, the ketone drink stimulates the body to produce ketones through the process of
BENEFITS OF METABOLIC SWITCH
What is most exciting to Stubbs is that ketogenesis from C6 allows you to produce BHB and another ketone body —
Beyond the potential effects on health and lifespan, Juvenescence’s flagship product actually causes the namesake “metabolic switch”; your body will begin to generate a substantial amount of energy from fatty acids in mitochondria instead of glucose or carbohydrates through glycolysis, what Verdin likens to burning diesel vs. a high-octane gas. This means exposing our bodies to less toxic metabolic byproducts, which is fundamental to ensure healthy aging.
STUDYING THE EFFECTS OF KETONE ESTERS
Newman is a realist who “wants to see data,” a philosophy which is embedded in the research and development of our new product.
Dr. Verdin recalls his initial encounter with the product as primarily experiencing an effect on his brain. He’s got a planned product test soon, which he enthusiastically awaits.
Dr. Stubbs says confidently that she was the first person to drink a full serving of it. She described feeling a boost of mental energy after consuming the product.
The investment of scientists in this work is exciting. Verdin and Newman have watched “Metabolic Switch” develop from the unassembled “lego blocks” of an idea to its final formulation, and continue to work with Juvenescence to refine and optimize every aspect of the product, spending copious time fine-tuning the synthesis process. Just as users of this product are individuals who strive for a life of refinement, fulfillment, and purity, they expect the same quality standards and evidence base from their products and the people behind them.
CONTROLLING BIOLOGICAL AGING
Optimizing healthy lifespan has become not only a focus of our rapidly aging population, but a cultural agenda even among younger generations. Our evolving concepts about taking an “engineering approach” to biology have cemented the idea that while chronological aging is inevitable, biological aging is under our control, as long as we have the right tools.
Exogenous ketones are just one more tool in our toolbox, allowing us to engineer our biology and fix, or at least forestall, many problems associated with the aging process. Dr. Newman is quick to admit that “the problems of aging are so complicated...multifactorial,” but his dual experience as a biologist and a geriatrician have allowed him to take the “fundamentalness of intervening on biology” to “address the problems that you see with aging.” Translating the language of molecular biology into his geriatric practice has helped to inspire “Metabolic Switch”, the latest “tool” in the toolkit to promote healthy aging.
For Verdin and Newman, the main motivation for taking ideas to market was to “create a product because it’s something that people may want to try in their lives...to help people have tools to do things themselves in their own lives, if they’re motivated to do that.” Using exogenous ketones such as this innovative new product isn’t just something for “biohackers”, it’s a tool for “all audiences” to take control of their biology.
Stubbs sees exogenous ketones as “insurance...a strategy to support healthy aging” in the face of the variety of insults that daily life throws our way. The idea of building “resilience capacity” is something she finds most exciting about exogenous ketones. Our coping capacity to metabolic stress is ultimately what determines how well we age. “Metabolic Switch” is a way to build resilience.
USING THERAPEUTICS TO TARGET AGE-RELATED DECLINES
For centuries, civilizations have unsuccessfully chased elixirs that could grant the power to live forever, but modern tools of science allow us to successfully leverage fundamental biological processes that exist in each of us. That is the idea behind our brand new product.
Life can be complex and confusing, and never more so than in these unprecedented times.
“It’s never been more important to understand the biology of aging and how that impacts people’s health,” Newman says. “What we are seeing right in front of us is that if we had therapeutics targeting age-related declines in function, we could be making an enormous impact instead of seeing older people...people of all ages...dying or being permanently disabled.”
Our society is getting less resilient to the harms of aging, but things don’t have to be this way.
On the future of humanity, Verdin describes a situation where he sees “everyone living to be “100 healthy...I think that can be achieved.” Within 20 to 30 years, centenarians might be the norm, not the exception.
Making this a possibility will require the best efforts from top-tier researchers. But more than that, it calls upon individuals committed to optimizing healthy aging, who aren’t afraid to prioritize their health and invest in their future. Let’s make aging something to be welcomed, something beautiful, not something dreaded or feared.
- Schwer B, Verdin E. Conserved metabolic regulatory functions of sirtuins. Cell Metab. 2008;7(2):104-12.
- Davie JR. Inhibition of histone deacetylase activity by butyrate. J Nutr. 2003;133(7 Suppl):2485S-2493S.
- Newman JC, Verdin E. β-Hydroxybutyrate: A Signaling Metabolite. Annu Rev Nutr. 2017;37:51-76.
- Shimazu T, Hirschey MD, Newman J, et al. Suppression of oxidative stress by β-hydroxybutyrate, an endogenous histone deacetylase inhibitor. Science. 2013;339(6116):211-4.
- Newman JC, Covarrubias AJ, Zhao M, et al. Ketogenic Diet Reduces Midlife Mortality and Improves Memory in Aging Mice. Cell Metab. 2017;26(3):547-557.e8.
- Heilbronn LK, Ravussin E. Calorie restriction and aging: review of the literature and implications for studies in humans. Am J Clin Nutr. 2003;78(3):361-9.
- Stubbs BJ, Cox PJ, Evans RD, et al. On the Metabolism of Exogenous Ketones in Humans. Front Physiol. 2017;8:848.