09/25/2026
đ§ How can hyperbaric oxygen therapy support a brain that has been injured?
The answer goes beyond simply âgetting more oxygen.â
During hyperbaric oxygen therapy (HBOT), you breathe concentrated oxygen inside a pressurized chamber. This dramatically increases the amount of oxygen dissolved in the blood, allowing oxygen to reach tissues and microcirculation that may be struggling with adequate delivery.
But the really interesting part is what happens inside the cells.
Research shows that HBOT can influence several biological processes involved in brain recovery:
đš Supports tissue oxygenation and cerebral blood flow
đš Supports mitochondrial function and cellular energy production
đš Modulates neuroinflammatory signaling
đš Promotes angiogenesis â the formation of new blood vessels
đš Supports neurogenesis and synaptogenesis
đš Creates conditions that may support neuroplasticity and nervous system recovery
These mechanisms are particularly relevant when working with patients experiencing traumatic and acquired brain injuries, persistent post-concussion symptoms, stroke recovery, and other neurological conditions.
At APEX Brain Centers, HBOT is not viewed as a stand-alone treatment. It can be incorporated into a comprehensive neurological rehabilitation program designed around the individual's specific needs.
Want to understand how HBOT works, who may benefit, and how we incorporate it into our approach to neurological rehabilitation?
đ Visit the link in our bio to learn more about Hyperbaric Oxygen Therapy at APEX Brain Centers.
đ Research:
Hadanny et al. demonstrated changes in cerebral blood flow and brain microstructure following HBOT in patients with persistent post-concussion symptoms, accompanied by improvements in several cognitive measures.
Research reviews have also identified potential effects of HBOT on angiogenesis, neurogenesis, synaptogenesis, mitochondrial function, and inflammatory pathways.
Your brain has an incredible capacity to adapt. Understanding the biology of recovery is the first step. đ§