What conditions can HBOT support?
Restore, Recover Revivet
While hyperbaric is not a direct treatment or cure for the conditions below, we believe in empowering the body’s natural ability to heal and recover. Our approach is backed by research, experience, and a commitment to providing options that support lasting health and improved quality of life.
When administered by trained professionals in a safe, supportive environment, designed to support healing, reduce symptoms, and optimize overall wellness.
Post-Stroke
- A stroke is a sudden interruption of blood flow to the brain. This can cause injury to brain tissue and long-lasting neurologic impairment.
- Can cause long-term disability (mobility, speech, balance, cognition) and reduce independence.
- In the U.S., stroke is a major health burden (~795,000/year; major cause of adult disability).
- Recovery can stall when “at-risk” brain tissue remains under-oxygenated or under-perfused for long periods of time.
- Increases oxygen delivery to compromised brain tissue (including the penumbra).
- May support microcirculation and recovery signaling during rehabilitation.
- May help reduce secondary injury processes associated with low-oxygen stress and inflammation.
- Improved neurologic function in select patients, including motor control and speech-related outcomes.
- Evidence of enhanced tissue recovery and angiogenesis signaling in some studies.
- Some studies suggest potential benefit even when HBOT is started months to years after a stroke.
- HBOT is a supportive therapy and outcomes vary; it may help recovery and quality of life in some post-stroke patients when used alongside standard rehab and medical care.
Autoimmunity
- Autoimmune disease occurs when the immune system mistakenly attacks the body’s own tissues. Underlying contributors vary and may include immune dysregulation, chronic infections, genetic predisposition, and environmental factors.
- Common drivers include fatigue, pain, brain fog, joint or tissue inflammation, and flare cycles that disrupt daily life.
- Many conditions are chronic and require ongoing management, sometimes lifelong.
- Systemic inflammation can affect multiple organs and reduce resilience over time.
- May help downshift systemic inflammatory signaling and oxidative stress burden.
- Can support tissue oxygenation in inflamed or poorly perfused areas.
- May influence inflammatory signaling pathways observed in some studies through effects on cytokines and white blood cell function.
- Shifts in inflammatory markers (including cytokine profiles) in some populations.
- Reports of reduced pain and inflammation-related symptoms in select conditions.
- Some studies show improved immune cell performance and reduced inflammatory markers such as C-reactive protein (CRP).
- HBOT is not a direct treatment for autoimmunity, but some patients report improved inflammation-related symptoms and function as part of a broader care plan.
Alzheimer's & Dementia
- Alzheimer’s and other related dementias are progressive brain disorders that impair overall cognition, memory, thinking, and daily functions.
- Affects independence through memory loss, confusion, mood changes, and reduced ability to complete daily tasks.
- Often progresses over time, increasing caregiver burden and safety risks.
- Limited options exist to fully reverse decline; quality-of-life support is a major focus.
- May improve oxygen delivery and perfusion to metabolically stressed brain tissue.
- Could support neuroplasticity-related signaling and reduce neuroinflammation.
- May support sleep, mood, and energy regulation in some patients.
- Some small studies report modest improvements in specific cognitive measures.
- Some reports show improved daily function and reduced anxiety or disorientation.
- Findings vary by protocol, severity, and patient factors.
- HBOT is not a cure for dementia, but some individuals report cognitive or functional improvements. Results are variable and should be guided by appropriate clinical oversight.
Cancer
- Cancer is the uncontrolled growth of abnormal cells that can invade tissues and potentially spread throughout the body.
- Can impair energy, organ function, immunity, and overall quality of life—often compounded by treatment side effects.
- Many patients struggle with fatigue, pain, sleep disruption, cognitive changes during or after care, and potential pain in the area of tumor growth.
- Wound healing and tissue injury (especially after radiation or surgery) can be major limiting factors.
- Commonly used to support healing in radiation-injured tissues and hard-to-heal wounds.
- May help reduce inflammation and support tissue repair post-surgery or during recovery.
- Can support oxygenation in compromised tissues to aid healing and symptom relief.
- Strongest clinical use is in radiation tissue injury support, complex wound healing, and complications from long-term chemotherapy.
- Reports of improved recovery tolerance and reduced symptom burden in select patients.
- Recent studies indicate that HBOT does not stimulate tumor growth or metastasis and is considered safe for use in patients diagnosed with cancer.
- HBOT is not a cancer treatment; it is primarily used as supportive care (especially for tissue healing). Any use during cancer management should be coordinated with the treating oncology team.
Autism
- Autism spectrum disorder (ASD) is a neurodevelopmental condition affecting communication, behavior, sensory processing, and social interaction.
- Can impact language development, sleep, focus, sensory tolerance, and emotional regulation.
- Many families face daily challenges with behavior, learning, and social engagement.
- Co-occurring issues such as gastrointestinal symptoms, sleep disruption, and anxiety can significantly affect quality of life.
- May reduce inflammatory signaling and support tissue oxygenation.
- Could support brain energy metabolism and neuroplasticity-related pathways in some patients.
- Some families report improvements in sleep regulation and sensory tolerance.
- Some studies report improvements in select domains such as sleep, attention, social engagement, and neurological development, with varying degrees of change.
- Reported benefits are more likely to vary by subgroup, protocol, and concurrent supports.
- Most appropriate framing is “adjunct” or supportive, not primary treatment.
- HBOT is not a primary treatment for ASD. Some families report symptom improvements, but outcomes vary and should be considered as one supportive option within a comprehensive care plan.
Concussion
- A concussion or traumatic brain injury (TBI) injures brain tissue and disrupts brain function after an impact or rapid acceleration or deceleration event. The severity of TBI varies greatly from person to person.
- Can cause headaches, brain fog, dizziness, sleep disruption, mood changes, and reduced performance.
- Persistent symptoms can affect school or work performance, exercise tolerance, and emotional health.
- Repeat concussions may increase long-term risk and prolong recovery.
- May improve brain oxygenation and support microcirculation.
- Could reduce neuroinflammation and support recovery signaling.
- Often discussed as an adjunct to structured rehabilitation and return-to-play protocols.
- Some studies show improved symptom scores and cognitive performance in select patients.
- Reported improvements in sleep, fatigue, and headache burden in some groups.
- Protocol and timing matter; results vary widely.
- Evidence remains mixed across studies, and not all trials show benefit. Some mixed results may be related to study design differences.
- HBOT is not a stand-alone concussion treatment. It may support recovery in some individuals, especially when paired with appropriate medical evaluation and rehabilitation.
Post Surgical Care
- Post-surgical recovery is the healing phase where tissues repair, swelling resolves, and function is restored after an operation.
- Delayed healing can increase pain, limit mobility, and prolong downtime.
- Swelling and poor circulation can slow incision or graft repair and raise complication risk.
- Infection risk and tissue viability (especially in complex cases) can affect outcomes.
- Enhances oxygen delivery to healing tissues, supporting collagen formation and repair.
- May reduce edema and inflammation, improving comfort and mobility.
- Supports immune defense and can be helpful in compromised healing environments.
- Common supportive role in complex wounds, compromised grafts or flaps, and difficult healing scenarios.
- Reports of faster wound progression and improved tissue quality in select cases.
- Most effective when integrated with proper surgical follow-up and wound care.
- HBOT supports healing physiology but does not replace surgical care. Outcomes vary and it is best used alongside your surgeon’s recovery plan.
Inflammation
- Chronic inflammation is a prolonged, overactive inflammatory state that can contribute to tissue damage and chronic disease.
- Linked to fatigue, pain, brain fog, joint or tissue discomfort, and slower recovery.
- Associated with higher risk of cardiometabolic, autoimmune, and neurodegenerative conditions.
- Can erode day-to-day health, resilience, and overall health span.
- May help shift inflammatory signaling and reduce oxidative burden.
- Improves tissue oxygenation, supporting recovery and pain reduction.
- Can support healing environments where chronic inflammation impairs repair.
- Changes in inflammatory markers and cytokine profiles in some studies.
- Reports of reduced pain and improved function in inflammatory-driven conditions.
- Outcomes vary depending on condition, protocol, and baseline inflammation drivers.
- HBOT does not “cure inflammation,” but some patients report meaningful symptom relief and improved recovery capacity as part of a broader anti-inflammatory strategy.
Longevity Support
- Biological aging is the progressive decline in repair capacity and cellular resilience over time. Longevity science focuses on improving quality of life and overall life span.
- Often presents as slower recovery, reduced energy, increased inflammation, and degenerative change.
- Cellular aging mechanisms, such as telomere attrition, are associated with higher disease risk.
- Quality-of-life impacts can include pain, reduced mobility, cognitive slowing, and reduced skin or tissue resilience.
- May support tissue repair and angiogenesis, especially where circulation is limited.
- Can influence oxygen-dependent regeneration pathways and collagen activity.
- May help reduce systemic inflammation that accelerates functional aging.
- Some clinical research reports shifts in cellular aging markers, depending on protocol.
- Reports of improved inflammation-related pain and recovery in some individuals.
- Skin and tissue healing support is a commonly reported downstream theme.
- HBOT is not an “anti-aging cure,” but it may support recovery biology and inflammation control. Benefits vary by individual and protocol.
Long COVID
- COVID-19 is an infectious illness that can cause acute respiratory symptoms and, in some individuals, prolonged post-viral effects (Long COVID). HBOT research in this area focuses on post-acute symptoms rather than treatment of active infection.
- Acute illness can involve hypoxia, inflammation, fatigue, and breathing difficulty.
- Long COVID may include persistent fatigue, brain fog, shortness of breath, and exercise intolerance.
- Symptoms can significantly affect work capacity, mood, and daily function.
- May improve oxygen availability and reduce hypoxia-related symptom burden.
- Could reduce inflammatory load and support tissue recovery.
- Some protocols aim to improve cognitive and exercise tolerance in individuals with Long COVID.
- Some studies report improved fatigue, dyspnea, and exertional tolerance in Long COVID populations.
- Reports of cognitive improvements (attention and executive function) in select trials.
- Results vary; ideal candidates and protocols are still being refined.
- HBOT is not a direct treatment for COVID-19. Some patients with lingering symptoms report functional improvements, but outcomes vary and should be medically supervised.
Fibromyalgia
- Fibromyalgia is a chronic pain condition marked by widespread pain, fatigue, and heightened pain sensitivity. Often associated with increased sympathetic nervous system tone.
- Often involves poor sleep, low energy, brain fog, and reduced activity tolerance.
- Pain and fatigue can disrupt work, relationships, and exercise consistency.
- Mood symptoms such as anxiety or depression are common and can amplify disability.
- May reduce inflammatory signaling and pain sensitivity in some individuals.
- Can support sleep quality and recovery capacity.
- May support brain energy metabolism and cognitive clarity in select patients.
- Some studies report reduced pain scores and improved quality of life.
- Reported improvements in sleep and fatigue in some groups.
- Cognitive and mood improvements have been reported, but outcomes vary widely.
- HBOT is not a cure for fibromyalgia, but some patients report improvements in pain, sleep, and function. Results vary and it is best used within a comprehensive care plan.
Chronic Fatigue
- ME/CFS is a debilitating condition defined by persistent fatigue (lasting 6+ months) with post-exertional symptom worsening.
- Normal activity can trigger symptom flare-ups such as fatigue, pain, and brain fog.
- Sleep is often unrefreshing, worsening daily function and mood.
- Can significantly limit work capacity, exercise tolerance, and social engagement.
- May support cellular oxygen availability and recovery physiology.
- Could reduce the inflammatory burden contributing to pain and headaches.
- Some patients report improved sleep quality or cognitive stamina, though post-exertional malaise (PEM) remains the primary pacing constraint.
- Reported improvements in fatigue and sleep in some cohorts.
- Cognitive function improvements reported in select studies (attention and processing).
- Outcomes are highly variable; pacing and PEM-aware planning remain foundational.
- HBOT is supportive—not curative—for ME/CFS. Some patients report better sleep, cognition, or symptom load, but results vary and pacing remains essential.
Fertility
- Infertility is difficulty achieving or maintaining pregnancy due to female, male, combined, or unexplained factors.
- Can carry emotional stress, relationship strain, and financial burden.
- Many pathways involve hormone balance, inflammation, circulation, and tissue health.
- Treatments can be costly and may have side effects depending on the approach.
- May support circulation and tissue oxygenation relevant to reproductive function.
- Could reduce inflammatory load in certain female-factor contexts (e.g., endometriosis-related inflammation).
- May support aspects of male reproductive health (vascular function, sperm parameters) in select cases.
- Evidence suggests potential improvements in tissue oxygenation and vascularization markers.
- Some reports show benefits in inflammation-associated reproductive environments.
- Male-factor improvements (motility and sperm count) have been reported in limited contexts.
- HBOT is not a primary fertility treatment, but some individuals report supportive benefits—especially around inflammation and circulation. Results vary and should be coordinated with fertility care.
Chronic Infections
- Chronic or persistent infections refer to infections that continue or recur over time, or lingering symptoms after an infection has cleared (e.g., Lyme disease, Epstein–Barr virus, post-viral syndromes). These conditions may involve ongoing immune activation, inflammation, and impaired recovery rather than active infection alone.
- Can cause ongoing pain, fatigue, delayed wound healing, and repeated antibiotic courses.
- Low-oxygen or poorly perfused tissue can limit immune response and slow recovery.
- Deep or chronic infections can threaten tissue viability and long-term function.
- Increases tissue oxygenation, supporting immune cell performance.
- Creates a less favorable environment for certain anaerobic organisms.
- Supports circulation, wound repair, and tissue regeneration in compromised areas.
- Common adjunctive role in complex/non-healing infected wounds and select deep infections.
- Reports of improved wound-bed quality and healing trajectory when combined with proper medical care.
- Best outcomes are typically seen when paired with debridement, culture-guided antibiotics, and structured wound management.
- HBOT supports the body’s infection-fighting and healing environment, but it is not a replacement for antibiotics or medical management. Results vary and appropriate clinical oversight is essential.
Performance
- Performance recovery is the process of restoring tissue, nervous system readiness, and energy capacity after training or injury.
- Delayed recovery increases injury risk and limits training consistency.
- Inflammation, soreness, and tissue micro-damage can reduce output and mobility.
- Cognitive load and sleep disruption can degrade reaction time and decision-making.
- May speed recovery by improving oxygen delivery to stressed tissues.
- Can reduce inflammation and support tissue repair signaling.
- May support brain recovery pathways in concussion-related cases (adjunctive use).
- Reports of improved recovery time and reduced soreness in some athletes.
- Potential benefits for inflammation control and tissue healing in injury contexts.
- Concussion/post-concussion studies show mixed but promising findings in select protocols.
- HBOT is not a performance “shortcut,” but some athletes report improved recovery and readiness. Results vary and it should complement—not replace—smart training, rehab, sleep, and nutrition.
Diabetes
- Diabetes is a chronic condition where the body cannot properly regulate blood sugar, leading to persistently elevated glucose levels that can damage tissues and blood vessels over time.
- Poor glucose control can damage blood vessels and nerves, affecting the eyes, kidneys, heart, brain, and extremities.
- Common quality-of-life burdens include fatigue, slower healing, infection risk, neuropathy, and fluctuating energy or cognition.
- Over time, uncontrolled diabetes increases the risk of major complications such as cardiovascular disease, kidney disease, vision loss, and limb-threatening wounds.
- HBOT may improve oxygen delivery to hypoxic tissues, especially in areas with poor circulation.
- Often used as an adjunct for diabetic foot ulcers and difficult wounds to support healing.
- May support the body's infection response in oxygen-compromised tissue by improving immune cell function.
- Could support tissue repair and help reduce local inflammation in select patients.
Strongest evidence is in adjunctive wound care (particularly diabetic foot ulcers), where some studies show improved healing outcomes.
- Some data suggest reduced major amputation risk in appropriately selected chronic wound patients.
- Benefits are most consistent when HBOT is integrated with full diabetes management (glucose control, offloading, vascular care, infection treatment).
- Some research reports improvements in insulin sensitivity and blood sugar control in diabetic patients undergoing HBOT, though the clinical significance and duration of these effects require further study.
- HBOT is not a cure for diabetes and does not replace glucose management or medication; it may provide meaningful wound healing support and, in some cases, improvements in insulin sensitivity in select patients when used alongside comprehensive diabetes care.
Addiction
- Addiction, or substance use disorder (SUD), is a chronic brain-and-behavior condition marked by compulsive substance use despite harmful consequences.
- It can disrupt mood, cognition, sleep, relationships, work, and physical health, often with cycles of relapse and recovery.
- Many individuals experience co-occurring anxiety, depression, trauma histories, and impaired executive function.
- Physical brain changes from substance use can impair cognition, emotional regulation, and energy—making early recovery particularly challenging.
- May support brain oxygenation and cognitive recovery in patients experiencing brain fog, fatigue, or poor concentration during early recovery.
- Could help reduce the neuroinflammatory burden that may contribute to mood and sleep disruption.
- Sometimes used as a supportive tool in structured recovery programs alongside therapy, medication-assisted treatment (when indicated), and peer support.
- May support overall recovery goals like improved energy, sleep quality, and mental clarity in select patients.
- Limited research, including a small pilot study in individuals receiving medication-assisted treatment, suggests possible benefits in pain reduction and withdrawal-related symptom relief. Some studies also report improvements in mood and sleep quality. These are early findings, and more research is needed to clarify who may benefit.
- Current best practice remains comprehensive addiction treatment (therapy, social support, and medication when appropriate), with HBOT considered adjunctive only.
- These are early findings; ongoing research may clarify HBOT's role in addiction recovery.
- HBOT is not a primary treatment or cure for addiction. It may offer supportive benefits for some people in recovery, but should only be used as an adjunct and never in place of standard addiction care or during acute intoxication or medical detox unless medically supervised.
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