Mastermind 7: NAD+
NAD redox biology and circadian context for more informed, individualized NAD-related care decisions
For clinicians seeking clearer NAD intervention reasoning
In this “NAD+ Summit,” Dr. Seeds delves deeply into the functioning of NAD+ – nicotinamide adenine dinucleotide, a vital coenzyme found in every living cell that acts as a critical player in energy metabolism, DNA repair, and cell signaling – it also plays a huge role in regulating SIRT genes, which can promote healthy aging. With research showing that NAD+ levels decline with age and stress and prompting interest in supplementation, Dr. Seeds reviews NAD+ biology through a redox and mitochondrial lens, with an emphasis on how NAD+ regulation helps to shape immune activity and circadian clock regulation. You’ll gain fresh insight into NAD+ production (including salvage and de novo pathways), how it is used in cells (such as DNA repair and signaling enzymes), and why compartmentalization and “flux” often matter more than a single blood value when determining NAD+ levels.Throughout the 7 lessons, the goal is to help you build a more accurate and comprehensive understanding of NAD+ and how peptide therapies can inform your treatment of patients. The course is designed for clinicians and advanced learners who want to deepen their understanding of NAD+ function and integrate it accurately and responsibly into their practice.
What's Included
The course is organized as a mechanism-first sequence of didactic lessons, summit-style lectures, and a clinician-focused panel Q&A. It is designed to help learners connect core NAD concepts to evidence-aware clinical reasoning and monitoring over time.
- Over 10 hours of video content
- 2 modules
- 7 lessons
- Downloadable learning guides
William Seeds
MD
For over 40 years, Dr. William A. Seeds has dedicated his career to studying cellular and molecular pathways within the human body. As Founder of both the SSRP Institute and Redox Medical Group, he leads the field in Cellular Medicine and Epigenetics by bringing cutting-edge research to the forefront of patient care, optimizing cellular efficiency, and addressing the root causes of diseases.