
Courses / Longevity Medicine 201
Longevity Medicine 201 is an advanced, translational course designed for physicians and healthcare professionals who wish to deepen their understanding of longevity medicine and its clinical applications.
The course provides a comprehensive overview of modern aging research and its translation into clinical practice, including key theories of aging, biomarkers and biological age testing systems, molecular mechanisms of longevity, and clinically available geroprotective interventions. It also introduces emerging technologies such as artificial intelligence in longevity medicine and their role in future clinical decision-making.
Developed by international experts in longevity science and medicine, the course aims to bridge the gap between cutting-edge research and real-world clinical implementation, equipping physicians with the knowledge required to address aging-related diseases and optimise patient healthspan.
Longevity Medicine 201 is CME-accredited and represents the advanced continuation of the Longevity Medicine education pathway, offering structured lectures, reading materials, quizzes, and a certificate of completion.
By the end of this course, participants will be able to:
This course is intended for:
Please note that the voice overs for these videos utilise an AI generated narrator.
What is Aging?
1 - Welcome to Longevity Medicine 201: Advanced Introduction to Longevity Medicine (3:34)
2 - What is Aging: Exponential decline in homeostatic capabilities leading to the increasing risk of age-related disease and death (12:49)
3 - What is Aging? Tissue Level (3:25)
4 - What is Aging? Cellular Level (2:11)
5 - What is Aging? Molecular Level (6:46)
6 - Epigenetic Clock: A Predictor of Total Morality, Morality From Cancer And Cardiovascular Diseases (3:44)
Longevity Pathways
7 - Introduction to Longevity Pathways (2:58)
8 - mTOR/AMPK (3:00)
9 - Klotho (3:09)
10 - Sirtuins (13:24)
Clinically Available Potential Geroprotectors
11 - Examples of Clinically Available Potential Geroprotectors (10:52)
12 - Magnesium Homostasis (3:14)
13 - Spermidine (6:20)
14 - Lycopene (9:30)
15 - Potential Effects (3:57)
Artificial Intelligence in Longevity Medicine
16 - AI-Guided Longevity Medicine (2:01)
Additional Resources
Additional Resources
Final Assessment & Feedback
Quiz
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