Mastering the Cell Danger Response: The Science and Practice of Resolution

This course examines the neurophysiology of inhibitory signaling with a focus on gamma-aminobutyric acid, neuronal excitability, stress response, anxiety, sleep, and cognitive performance. It reviews GABA synthesis, receptor subtypes, hyperpolarization mechanisms, and practical strategies to support GABAergic tone while minimizing sedation and dependency risk.

• Duration: 1 hour
• Key Learnings: Explain how threats that exceed homeostatic capacity push cells to trade specialized function for defense. Differentiate the metabolic priorities, mitochondrial phenotypes, and clinical goals across the three stages of the healing cycle. Evaluate purinergic pathways, contrasting intracellular ATP fuel with extracellular danger signaling and its resolution to adenosine. Identify mixed recovery patterns, including active defense combined with strict capacity limits, without mistaking them for fixed disease labels. Apply a "stabilize first" clinical strategy using small, reversible interventions that respect patient capacity and prevent post-exertional crashes.