In this episode of the Health Optimization Medicine Podcast, Dr. Ted Achacoso, Dr. Jup Kuipers, Boomer Anderson, Dr. Allen Bookatz, and Dr. Scott Sherr explore a difficult question: can we influence the biology of an aging brain carrying APOE4 risk?
APOE4 is not simply a diagnosis, and a genetic result does not tell us what is happening in someone's brain today. The team looks at how APOE4 may affect lipid transport, microglial behavior, vascular integrity, glucose utilization, mitochondrial function, circadian biology, and epigenetic maintenance.
The discussion also lays out a practical three-phase framework: establish the phenotype, reduce ongoing stressors, restore circadian and bioenergetic alignment, and track whether cognitive, functional, metabolic, vascular, and biological age measures actually improve over time.
Join us as we delve into:
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Cellular Energy and Epigenetic Maintenance: Why disrupted energy metabolism can affect the conditions needed for normal transcription and epigenetic maintenance.
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Circadian Biology, NAMPT and NAD+: How CLOCK and BMAL1 influence NAMPT and the NAD+ salvage pathway, and why disrupted circadian rhythms can affect cellular maintenance.
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Health Optimization Medicine vs Disease-Centered Prevention: Why the HOMe approach focuses on the cellular environment and the conditions that create and sustain health.
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The Three-Phase Clinical Framework: How to establish a baseline phenotype, reduce exposomic stressors, restore circadian and bioenergetic alignment, and track outcomes over time.
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The Skeptical Position: The team considers the argument that APOE4-driven pathology may be too genetically determined for lifestyle and metabolic tuning to meaningfully change the trajectory.
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What Does a "Reset" Actually Mean?: Why a reset is a claim that needs to be demonstrated through durable improvements in cognition, function, and biomarkers over time.
This episode is for you if:
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You have undergone genetic testing and want to better understand what an APOE4 result does and does not tell you.
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You are interested in the relationship between APOE4, brain aging, metabolism, vascular health, and mitochondrial function.
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You want to understand how circadian biology, NAD+ salvage, and epigenetic maintenance may intersect with brain health.
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You are interested in a measurement-based Health Optimization Medicine approach to genetic risk.
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You want to understand why phenotype, longitudinal tracking, and objective biomarkers matter when evaluating interventions.
You can also find this episode on…
YouTube: https://youtu.be/byEspMGRbtI
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