This course reviews NAD biology through a redox and mitochondrial lens, with an emphasis on how NAD balance is shaped by synthesis, consumption, immune activity, and time-of-day regulation. You’ll study how NAD is made (including salvage and de novo pathways), where 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. The training also examines how clinicians and researchers discuss NAD-related strategies—IV and other delivery routes, as well as oral precursors—while outlining key uncertainties in the evidence and common implementation questions. Throughout, the goal is to help you build a clearer framework for interpreting biomarkers and redox proxies, and for reasoning through when “supporting NAD” is a plausible hypothesis versus when competing explanations (like immune activation or circadian disruption) may be more informative. It is designed for clinicians and advanced learners who want a mechanism-first approach they can use to guide individualized evaluation and longitudinal follow-up in complex cases.

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
• 6 video lessons
• Downloadable learning guides