Human Performance & Regenerative Medicine
Elite performance is never accidental. It is engineered. This 6-lecture Human Performance Bundle equips you with a modern, physiology-driven framework for optimizing strength, endurance, metabolic efficiency, neurological output, and recovery capacity. Moving beyond generic programming, you will examine overload principles, metabolic flexibility, heart rate variability, exercise-induced neuroplasticity, and advanced recovery technologies including molecular hydrogen and hyperbaric oxygen therapy. Rather than viewing performance through a single lens, this bundle integrates energy systems, autonomic regulation, mitochondrial biology, and inflammation science into one cohesive strategy. You will learn how to refine training decisions, accelerate recovery, and improve resilience in athletes and high performers alike. This is not performance theory. It is actionable physiology for clinicians and performance professionals who intend to operate at the highest level.
Included in Your Tuition
Enroll in this pathway and begin your journey!
2002 | Exploring Hyperbaric Oxygen in Clinical Practice | On-Demand with Dr. Matthew Antonucci
A clinician-focused introduction to hyperbaric oxygen therapy, exploring pressure physiology, cellular mechanisms, safety, and practical applications for inflammation, neuroprotection, metabolic recovery, and complex patient care.
2001 | Exploring Molecular Hydrogen in Clinical Practice | On-Demand with Dr. Matthew Antonucci
Explore how molecular hydrogen supports antioxidant, anti-inflammatory, and metabolic pathways—and learn simple, clinically actionable ways to integrate hydrogen water and gas into patient care safely and effectively.
18ISCN | Hacking your brain performance with exercise: Are all types of exercise equal? | On-Demand with Dr. Kenneth Jay
Examine how different training modalities influence cognition, neuroplasticity, coordination, and long-term brain health.
17ISCN | Enhancing Performance With Metabolic Flexibility and Heart Rate Variability | On-Demand with Dr. Mike Nelson
Explore carbohydrate vs fat utilization, autonomic balance, and HRV-guided programming to refine recovery and performance readiness.
17ISCN | An Integrative Approach for Athletes | On-Demand with Dr. Sergio Azzolino
Establish a systems-based framework for evaluating performance, recovery, metabolic capacity, and neurological resilience in modern athletes.
17ISCN | Deconstructing the Olympian: A Tale of Strength, Power and Endurance | On-Demand with Dr. Kenneth Jay
Analyze the physiological drivers behind elite performance and identify how overload, adaptation, and energy systems shape athletic output.