Rapamycin
Delay physiological decline with 3 easy steps
- Biomarker testing to determine your levels
- Virtual consultation with your provider
- Medications shipped right to your doorstep
80% of aging
is not defined by genetics
Clinically proven
to extend lifespan
$84 /mo
including regular lab work
Who says you can't buy more time?
1
Activate mTOR
Inhibit mTOR to activate cellular "recycling" mode
2
Activate AMPK
Activate AMPK to enhance cellular energy production
3
Live longer
The science is proven
Have questions? Get answers!
What is mTOR?
The mechanistic target of rapamycin (mTOR) is an intracellular protein complex that acts as the cell's general contractor, controlling whether the cell is in 'growth' mode or 'recycling' mode.
When nutrients are scarce or mTOR is inhibited by Rapamycin, cells switch to recycling mode, cleaning up damaged components, conserving energy, and reducing cell division and growth.
What is AMPK?
AMP-activated protein kinase (AMPK) is an enzyme that plays a critical role in cellular energy regulation. It stimulates the creation of new, more efficient mitochondria, which enhance energy production.
AMPK also prompts the body to generate glucose in the liver and release energy from fat cells, supporting better metabolic health.
How does Rapamycin affect mTOR and AMPK?
Rapamycin inhibits mTOR, triggering cells to shift into recycling mode, which supports cellular repair and longevity. Additionally, Rapamycin activates AMPK, enhancing mitochondrial efficiency, improving energy production, and promoting fat metabolism.
Why is inhibiting mTOR beneficial?
Suppressing mTOR slows cell growth and division, allowing cells to focus on cleaning up damaged components and conserving energy. This process helps delay aging, reduce inflammation, and lower the risk of age-related diseases.
Why is activating AMPK important?
Activating AMPK boosts cellular energy by promoting mitochondrial biogenesis, enhancing fat metabolism, and improving glucose production. These effects contribute to better metabolic health and overall vitality.
Can mTOR inhibition and AMPK activation extend lifespan?
Yes, research suggests that regulating mTOR and AMPK pathways with Rapamycin can enhance cellular repair, delay age-related diseases, and support longevity, contributing to a longer and healthier lifespan.
How often do I take Rapamycin?
Rapamycin is typically taken weekly or as prescribed by your healthcare provider. The dosing is carefully tailored to optimize benefits while minimizing potential risks.
Is Rapamycin safe?
When used under medical supervision, Rapamycin is considered safe for anti-aging purposes. Regular monitoring ensures its effectiveness and minimizes potential side effects.
How soon can I expect results with Rapamycin?
Rapamycin’s effects on longevity and healthspan are gradual, with benefits like improved energy, cellular repair, and metabolic health becoming noticeable over months of consistent use.
Our Rapamycin Protocol
Enhance cellular repair
Delay age-related diseases
Boost metabolic health
Improve energy production
Unlimited consultations
Regular lab work
Personalized dosing tailored to your goals
Get StartedWhat members are saying
Youthful Energy
Rapamycin has given me a noticeable energy boost and improved my overall vitality. I feel younger every day!
Verified HMD member
Healthier Aging
Since starting Rapamycin, I’ve noticed better recovery and less fatigue. It’s like a secret weapon for graceful aging.
Verified HMD member
Disease Prevention
I feel confident knowing Rapamycin is supporting my long-term health. It’s a powerful tool for staying ahead of aging-related issues.
Verified HMD member
Harness the Power of Cellular Renewal
Rapamycin is a groundbreaking therapy that targets the root causes of aging by optimizing cellular processes. By inhibiting the mTOR pathway and activating AMPK, Rapamycin promotes cellular repair, enhances energy production, and delays age-related diseases.
Our personalized Rapamycin program is designed to improve metabolic health, support longevity, and help you maintain vitality for years to come.
With our comprehensive approach, you’ll receive regular lab work, unlimited virtual consultations, and expert guidance to unlock your potential for healthier aging.
Living longer
Cellular Repair
Rapamycin promotes cellular repair and regeneration by inhibiting the mTOR pathway, helping to clear damaged components and maintain cellular health.
Longevity Support
By regulating key aging pathways, Rapamycin delays age-related diseases and supports a longer, healthier lifespan.
Metabolic Health
Rapamycin activates AMPK, enhancing mitochondrial efficiency, improving energy production, and promoting fat metabolism for better metabolic balance.
Inflammation Reduction
Rapamycin helps reduce chronic inflammation, which is a major contributor to aging and many age-related diseases.
Cognitive Health
By supporting cellular renewal and reducing oxidative stress, Rapamycin may improve brain health, memory, and mental clarity.
Disease Prevention
Rapamycin has been linked to lowering the risk of chronic conditions such as cardiovascular disease, neurodegenerative disorders, and metabolic syndromes.
