About
True anti-aging is not achieved on the surface—it begins at the cellular level. Oxidative stress, mitochondrial dysfunction, and chronic inflammation are the primary drivers of aging and suboptimal recovery, especially in patients undergoing aesthetic or surgical procedures. Without proper metabolic support, the body’s ability to repair, detoxify, and regenerate is significantly compromised.
Understanding how to optimize internal biochemistry is what separates average outcomes from truly exceptional, long-lasting results.
During this intensive session, attendees will explore cutting-edge concepts such as: the role of oxidative stress in cellular aging, advanced antioxidant strategies, the impact of glutathione and NAD+ on mitochondrial efficiency, and the science behind metabolic optimization.
We will also dive into evidence-based nutritional protocols for pre and post-surgical patients, intravenous (IV) therapies for enhanced recovery and detoxification, and advanced supplementation strategies tailored to individual needs. The integration of these tools into clinical practice—and the common mistakes that limit their effectiveness—will be thoroughly analyzed.
Target Audience:
Plastic, aesthetic, and reconstructive surgeons
General practitioners and specialists in functional or regenerative medicine
Nutritionists and clinical dietitians
Nursing professionals and wellness practitioners
Health science students
Entrepreneurs in the health and longevity sector
Key Learning Outcomes:
Understand the mechanisms of oxidative stress and its role in aging
Apply glutathione and NAD+ protocols to improve cellular function
Design advanced nutritional strategies for surgical and non-surgical patients
Implement IV therapy and targeted supplementation effectively
Optimize mitochondrial function for better energy and recovery
Integrate a comprehensive anti-aging approach based on science
Themes
Oxidative Stress and Cellular Aging
Oxidative Stress and Cellular Aging
How oxidative stress accelerates cellular aging and what we can do to control it. We will explore free radicals, inflammation, and practical strategies to protect cells.
Glutathione, NAD+ and Mitochondrial Function
Glutathione, NAD+ and Mitochondrial Function
We will explore how glutathione and NAD+ influence cellular energy, detoxification, and longevity, and how to optimize them in clinical practice.
IV Protocols and Advanced Supplementation
IV Protocols and Advanced Supplementation
Learn the clinical use of IV therapies and advanced supplementation to enhance recovery, improve cellular metabolism, and support regeneration.