The relationship between physical exercise and brain health is one of the most robust areas of neuroscience research available to clinicians today. Yet the translation from research to clinical application remains incomplete for many practitioners. Terms like VO2 max, aerobic threshold, and exercise intensity zones live in the world of sports medicine and physiology, while neuroplasticity, BDNF upregulation, cerebrovascular health, and cognitive reserve live in neurology. This course exists at the intersection of both worlds, giving functional neurology clinicians a precise, mechanistic understanding of how exercise drives brain adaptation across the lifespan.

Exercise your Brain for Longevity equips clinicians with a working framework that maps exercise intensity, from low-effort Zone 1 activity through high-intensity Zone 7 output, to specific neurological and physiological outcomes. Rather than generic exercise recommendations, this course builds the capacity to think critically about dose, intensity, and mechanism. VO2 max emerges not merely as a fitness metric but as a meaningful biomarker for cognitive resilience, neuroprotection, and long-term brain function. Clinicians who understand this connection are positioned to offer guidance that is both scientifically grounded and clinically differentiated.

This course is designed for licensed healthcare clinicians, including chiropractic neurologists, functional neurology practitioners, and allied health professionals who are already engaged with brain health in their patient populations. Whether your patients present with cognitive concerns, mood challenges, early neurodegeneration risk, or a genuine desire to protect and extend their mental performance, the frameworks covered here translate directly to the clinical conversation.

Dr. Shad Groves, DC, DACNB, FACFN, MS-ClinNeuroSci, brings both academic rigor and real-world clinical depth to this material. A board-certified chiropractic neurologist with a master's degree in clinical neuroscience, Dr. Groves distills complex exercise neuroscience into frameworks that clinicians can apply with confidence. His instruction reflects the Carrick Institute's commitment to evidence-informed, clinically relevant post-graduate education in functional neurology.