This course brings together a multi-speaker survey of cellular medicine, focusing on how mechanism-based thinking can inform day-to-day clinical reasoning. You will review practical measurement and interpretation topics—including cardiac CT plaque phenotyping and staging, hormone testing options (serum, saliva, and urine metabolites), and breath analysis for metabolic flexibility—to better connect physiology to clinical decisions and follow-up. Sessions also compare common cardiometabolic therapies (such as metformin, SGLT2 inhibitors, and incretin-based medications) and discuss selected modalities including hyperbaric oxygen therapy (HBOT), peptides, and neuromodulation, emphasizing intended use, limitations, and safety considerations rather than standardized protocols. Across talks and case narratives, the course reinforces a “mechanism → measurement → reassessment” approach that can support clearer documentation, risk stratification, and individualized care planning. In practice, this framework aims to help clinicians track patient-relevant endpoints over time (for example, imaging findings, symptoms, function, and metabolic markers) and adjust plans based on response. It is designed for clinicians and advanced trainees in integrative, functional, metabolic, or longevity-oriented care, as well as allied health professionals and researchers who want a structured way to interpret complex presentations.

The course is organized as a series of recorded stage talks and a panel discussion that move from core physiology to clinical interpretation and follow-up. Across topics, the emphasis is on linking mechanisms to measurement so learners can apply a consistent reasoning framework in practice.

• Over 20 hours of video content
• 4 modules
• 27 video lessons
• Downloadable learning guides