The podcast that explores the curious mind of Buck Joffrey. Join us and venture beyond the realm of finance and discover Buck's passions for health & longevity.
Despite weighing less than a lab mouse, many bat species live decades longer than their size would ever predict—often with little to no visible decline.
Explore what bats are teaching us about lifespan limits:
youtu.be/Ktb3HJmemZ8#longevityscience#agingresearch#healthspan
As bats age, repair mechanisms strengthen and inflammation stays controlled—suggesting aging isn’t just about damage, but regulation.
Watch the full episode to see what bats reveal about aging biology:
youtu.be/Ktb3HJmemZ8#LongevityScience#AgingBiology#Inflammation
Unlike other organs, brain cells (neurons) don’t regenerate easily.
Watch the full episode to understand why the brain is especially vulnerable to aging and what you can do to protect your most vital organ:
youtu.be/__YAwNswiCk#BrainHealth#Neurodegeneration#HealthyAging
If you’ve been wanting to reverse your biological age, optimize energy, and reduce risks for chronic diseases, this is your moment.
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If you’ve been wanting to reverse your biological age, optimize energy, and reduce risks for chronic diseases, this is your moment:
masterclass.longevityroadmap…
Cells don’t just recycle—they make selective decisions about which proteins should be dismantled and which should be preserved.
Watch the full episode to see why these mechanisms matter for aging and long-term cellular stability: youtu.be/M0g8-bj-XvQ#Longevity#Autophagy
This week, Prof. Ana Maria Cuervo breaks down a major but overlooked driver of aging: the decline of chaperone-mediated autophagy (CMA)—the pathway cells use to identify and remove damaged proteins.
Watch now: youtu.be/M0g8-bj-XvQ#AnaMariaCuervo#ChaperoneMediatedAutophagy
This week on Longevity Roadmap, Dr. Tony Wyss-Coray joins us to explore how proteomics, systemic signaling, and machine-learning insights are reshaping our understanding of cognitive aging.
Watch the full episode
youtu.be/S5702pFxf8c#BrainAging#Proteomics#HealthyAging
Fresh-frozen Alzheimer’s brains show the same signature the imaging studies hinted at: a sharp drop in cytochrome oxidase activity and clear evidence of mitochondrial failure in the cortical layers where neurons deteriorate first.
Watch the full episode
youtu.be/5FENue61BNs