HBOT for Brain Injury & Concussion Recovery in Seattle

Our pressurized HBOT chambers in Seattle saturate your body with pure oxygen at up to 3x normal levels, reaching the damaged tissue that keeps you from healing.

C-SECTION RECOVERY ✦ HYPERBARIC OXYGEN THERAPY ✦ XERF SKIN TIGHTENING ✦ HORMONE HEALTH ✦ REGENERATIVE PAIN CARE ✦

HBOT for Brain Injury & Head Trauma

Whether recovering from a concussion, traumatic brain injury (TBI), or head trauma, your brain has an incredible ability to heal and adapt — when given the right support.

At RISE, Hyperbaric Oxygen Therapy (HBOT) is one of the most effective tools we use to help your brain recover, restore function, and optimize performance.

How HBOT Supports Brain Healing

Boosts Oxygen Delivery to Brain Tissue

After a head injury, areas of the brain can be under-oxygenated, slowing recovery. HBOT increases oxygen saturation in the blood, allowing it to penetrate deeper into brain tissue and fuel the healing process.

Reduces Inflammation

Inflammation is a natural response after brain injury, but chronic inflammation can impede recovery. HBOT helps calm inflammation, reducing swelling and supporting better blood flow.

Enhances Neuroplasticity

Neuroplasticity is your brain’s ability to form new neural connections and rewire itself after injury. HBOT stimulates this process, helping memory, focus, and cognitive function recover more fully.

Supports Cellular Repair and Mitochondrial Function

Brain cells require energy to repair themselves. Oxygen is the fuel that powers this process. HBOT enhances mitochondrial function, giving cells the energy they need to regenerate, repair, and function optimally.

Stimulates Stem Cells and Growth Factors

HBOT encourages the production of stem cells and growth factors, which support long-term repair and regeneration in the brain.

What Patients Experience After HBOT for Brain Injury

Patients often report a range of improvements during and after HBOT therapy, including:

Enhanced mental clarity, focus, and memory
Reduced brain fog and fatigue
Improved mood and emotional resilience
Faster recovery from post-concussion symptoms like headaches, dizziness, or sensitivity to light
Better sleep quality and energy levels
Greater ability to return to work, sports, or daily activities with confidence

Each patient’s response can vary, but HBOT creates an oxygen-rich environment that helps your brain do what it’s naturally designed to do — repair and thrive.

Why Choose HBOT at RISE for Brain Recovery

At RISE, we combine HBOT with a holistic, integrative approach for brain health:

Personalized session plans tailored to your injury and goals.

Comfortable, private chambers designed for relaxation and healing.

Integration with peptide therapy, functional labs, and regenerative medicine as needed to support overall brain function.

Expert guidance from Dr. Storm, certified in hyperbaric medicine and experienced in regenerative recovery.

Seattle's Dedicated HBOT Provider for Brain Health & Recovery

Whether you’re recovering from a concussion, TBI, or head trauma, or simply ready to invest in your brain’s long-term health, the first step is a complimentary consultation with Dr. Storm. We’ll design a personalized HBOT protocol to help your brain heal, perform, and thrive.

Questions About HBOT For Brain Injury Recovery

Is HBOT effective for concussion recovery?

Yes. HBOT is one of the most well-researched tools for concussion and TBI recovery. By increasing oxygen delivery to under-oxygenated brain tissue, reducing neuroinflammation, and stimulating neuroplasticity, HBOT supports the brain’s natural ability to repair and rewire itself after injury. Many patients notice meaningful improvements in brain fog, memory, focus, and mood over the course of their protocol.

How soon after a brain injury should I start HBOT?

Earlier is generally better, but it is never too late to benefit. Whether your injury happened last month or several years ago, HBOT can support recovery by improving oxygen delivery to affected areas and stimulating cellular repair. Dr. Storm will assess your history and design a protocol appropriate for where you are in your recovery.

How many HBOT sessions will I need for brain injury recovery?

For concussion, TBI, and head trauma recovery, we typically recommend a minimum of 40 hours of HBOT for optimal results. This is most commonly delivered as 40 60-minute sessions or 26 90-minute sessions. Dr. Storm will give you a personalized recommendation at your initial consultation based on the nature and severity of your injury.

What does HBOT feel like for someone recovering from a brain injury?

Most patients find HBOT deeply relaxing. You will notice a gentle pressure change as the chamber pressurizes, similar to descending in an airplane, which is easily managed by swallowing or yawning. Sessions run 60 to 90 minutes. Many patients read, rest, or nap during treatment. Our team walks you through the process on your first few sessions so you feel completely comfortable throughout.

Can HBOT be combined with other treatments for brain recovery?

Absolutely, and we often recommend it as part of a broader protocol. At RISE, HBOT pairs well with peptide therapy to support neurological repair, functional lab testing to identify systemic factors affecting brain health, and our broader regenerative medicine approach. Dr. Storm will advise on the combination that makes the most sense for your specific situation.

Is HBOT safe for concussion and TBI recovery?

Yes, when properly screened and supervised. Dr. Storm personally clears every HBOT patient before beginning treatment. She is certified by both the International Board of Undersea Medicine and the International Hyperbarics Association. HBOT has been used clinically for decades and has an excellent safety record when administered correctly.

How is HBOT different from other concussion treatments?

Most conventional concussion protocols focus on rest, symptom management, and time. HBOT goes further by actively supporting the biological processes that drive recovery: increasing oxygen delivery to injured tissue, reducing neuroinflammation, stimulating neuroplasticity, and enhancing mitochondrial function. It addresses the root cause of slow recovery rather than managing symptoms while waiting for time to do the work.