Post-concussion syndrome remains one of the most clinically demanding presentations in modern healthcare. Despite growing awareness, many patients continue to experience prolonged symptoms including cognitive fog, vestibular disruption, autonomic dysregulation, and persistent fatigue long after the initial injury. Clinicians trained in functional neurology, chiropractic, and integrative neurorehabilitation are uniquely positioned to address this gap, and hyperbaric oxygen therapy is emerging as a powerful adjunct in that conversation. This course explores HBOT for concussion from the ground up: mechanisms of oxygen-driven neuroplasticity, the role of cerebral blood flow and inflammation in post-concussion recovery, and how HBOT interfaces with the broader neurological systems involved in healing.

This one-hour course taught by Dr. Aaron MacArthur, DC, DACNB, translates the current evidence base into actionable clinical thinking. Rather than treating HBOT as an isolated intervention, the course frames it within the full communication architecture of the brain and body. The vestibular system, autonomic nervous system, spinal integrity, and cellular signaling are all part of the recovery equation. Clinicians gain a model for understanding how each layer of that system is influenced by hyperbaric oxygen, chiropractic care, and functional neurology, and where those influences converge most powerfully.

This course is designed for licensed chiropractors, chiropractic neurologists, and healthcare clinicians already working with concussion and brain injury populations who want to expand their clinical reasoning around integrative recovery protocols. No prior HBOT training is assumed, but the content is delivered at a level that respects the advanced knowledge base practitioners already bring to complex neurological cases.