Summary
Dave Asprey speaks with Dr. Theodore Achacoso, founding pioneer of Health Optimization Medicine, and Boomer Anderson, CEO of Troscriptions, about aging as a cellular and metabolic process rather than a disease. They explore the Cell Danger Response — the mechanism by which cells shift into survival mode under perceived threat — and why chronic activation of this response drives mitochondrial dysfunction, energy decline, and accelerated aging.
The conversation covers methylene blue as a mitochondrial electron recycler, why very low LDL cholesterol can impair detoxification and immune signaling, and how fasting and ketosis toggle metabolism between repair and growth states. They discuss practical strategies for managing circadian disruption during travel, the role of nootropics and supplements in a health optimization framework, and why optimizing cells directly — rather than chasing disease labels — is the foundation of real anti-aging.
Key Points
- The Cell Danger Response causes cells to shift into survival mode, shutting down energy production and accelerating aging when chronically activated
- Methylene blue acts as a mitochondrial electron recycler, supporting energy production at the cellular level
- Very low LDL cholesterol can impair the body's ability to bind bacterial toxins and support immune signaling
- Fasting and ketosis serve as metabolic signals that toggle cells between repair and growth states
- Circadian disruption from travel compounds mitochondrial stress — light timing and exposure strategies can help mitigate jet lag
- Health optimization works best when you restore cellular balance rather than treating disease labels
- Blue Cannatine combines methylene blue, nicotine, and CBD for cognitive performance; cordycepin supports sleep and recovery
Key Moments
Methylene blue troches and sublingual drug delivery
Dr. Ted Achacoso, a neuro-interventional radiologist and pharmacologist, created troscriptions which makes methylene blue and other compounds in troche (sublingual square) form for buccal absorption, bypassing the gut for more direct delivery.
"And I think the most known for is troscriptions, which makes methylene blue trochies and a bunch of other cool trochies."
The Limitless drug: pharmacological enhancement of desire and mitochondria
Dr. Achacoso discusses compounds that create pharmacological desire enhancement combined with mitochondrial boosting, inspired by the movie Limitless. The discussion touches on how combining these pathways creates synergistic effects.
"My inspiration was the movie Limitless. It's like, no, I want something."
Government nanotech labs existed in the 1990s
Dr. Achacoso reveals that nanotech fabrication facilities and labs existed at George Washington University and University of Maryland in the 1990s, and his lab was raided for having classified nanotechnology information.
"I was at George Washington University and we already had a nanotech lab and there was already a nanotech fabrication facility at the University of Maryland. My lab was raided by, I won't tell you who, because I wasn't supposed to have the secret information."
