Geroprotective Molecule Usage
Targeting hallmarks and pathways of aging
The framework involves using geroprotective molecules such as rapamycin or NAD+ precursors to target hallmarks and pathways of aging.
- Geroprotective molecules can be used to target hallmarks and pathways of aging.
- Rapamycin has been shown to increase longevity in animal models.
- NAD+ precursors can improve energy production and mitochondrial function.
- Selecting Geroprotective MoleculesChoose geroprotective molecules such as rapamycin or NAD+ precursors based on individual needs and health status.Pro tipConsult with a healthcare professional before starting any new supplements or medications.WarningIncorrect usage of geroprotective molecules can lead to adverse effects.
- Monitoring and Adjusting DosageMonitor and adjust dosage based on individual response and health status.Pro tipRegularly review and adjust the plan based on new research, health status, and lifestyle changes.WarningInconsistent or poorly planned approaches can lead to reduced efficacy or adverse effects.
Rapamycin Usage
Dr. Peter Attia takes rapamycin to delay aging and improve longevity.
OutcomeImproved healthspan and potential increased longevity.
Incorrect Usage of Geroprotective Molecules
Using geroprotective molecules without proper guidance or monitoring can result in adverse effects or reduced efficacy.
Overlooking Individual Variability
Failing to consider individual variability in response to supplements or medications can lead to ineffective or harmful outcomes.
This framework is based on the understanding that targeting hallmarks and pathways of aging can lead to increased longevity and healthspan.
Source · PODCAST
Supplements for Longevity & Their Efficacy | Dr. Peter Attia