This course teaches a cellular medicine framework for clinical reasoning in immune and inflammatory presentations, with an emphasis on cellular energy balance and redox regulation (how cells manage oxidative stress). You’ll connect circadian biology, immunometabolism, and mitochondrial function to downstream patterns such as oxidative and nitrosative stress, autophagy (cellular cleanup), and senescence (stress-related cellular dysfunction). The lessons also discuss how clinicians use indirect biomarkers—along with their limitations—to support interpretation over time, and how case context can change sequencing decisions when considering peptides and related agents. Case-based sessions draw on acute and post-viral scenarios (including COVID-19), athletic overtraining, and complex multisystem presentations to illustrate stepwise evaluation and follow-up. The goal is to help clinicians build a clearer, mechanism-informed approach that can be monitored and adjusted using defined clinical endpoints such as symptom patterns, repeat testing trajectories, and basic lab trends. It is designed for practicing clinicians across disciplines, as well as researchers and advanced trainees who want a structured way to translate mechanistic concepts into real-world clinical discussion.

The course is organized as a sequence of mechanistic teaching sessions followed by implementation-focused discussion and case-based reasoning. It is designed to help clinicians connect cellular concepts to practical evaluation, monitoring, and sequencing decisions in complex immune and inflammatory presentations.

• Over 10 hours of video content
• 2 modules
• 9 video lessons
• Downloadable learning guides