HBOT Singapore.
Doctor-led hyperbaric oxygen therapy.
Hyperbaric oxygen therapy, commonly called HBOT, increases oxygen availability under controlled pressure. At Aquila Medical Center on Robinson Road in Singapore CBD, every programme begins with a doctor-led medical assessment so treatment can be matched to your health history, recovery goal and the strength of evidence for that goal.
Medical assessment is required. Benefits vary by condition and individual response. Emerging wellness applications are not established treatments for disease.
HBOT at Aquila, at a glance
session length, pressure and fees
Experience a doctor-led hyperbaric oxygen therapy session at Aquila Medical Center in Singapore.
Each session ranges from 60 to 120 minutes for one person. Session length, treatment pressure and suitability are determined following clinical assessment. Sessions are S$280 for 60 minutes and S$480 for 120 minutes for one person. With a second person sharing the chamber, S$380 and S$550.
- One or two people
- Doctor-led care
- Up to 2.0 ATA
What hyperbaric oxygen therapy actually does
The central idea is simple: oxygen delivery can change when both oxygen concentration and atmospheric pressure are increased in a controlled medical environment.
Under ordinary conditions, most oxygen in the blood is carried by haemoglobin inside red blood cells. During HBOT, a patient breathes high-concentration oxygen while the chamber is pressurised above normal atmospheric pressure. This increases the amount of oxygen that can dissolve directly into blood plasma. Plasma circulates through small vessels and may help deliver oxygen to tissues where blood supply or local oxygen tension is reduced.
The biological response is more complex than simply “adding oxygen”. Research describes changes in tissue oxygen gradients, inflammatory signalling, white blood-cell activity, fibroblast function, collagen formation and angiogenesis, which is the development of new microvascular networks. These effects help explain why HBOT is used as an adjunct in selected wound and tissue-recovery settings. They also explain why researchers are studying broader applications in healthy ageing, fatigue, sleep, reproductive health and recovery after medical treatment.
At Aquila Medical Center, the starting point is therefore not a generic package. The starting point is the question: What are we trying to support, how strong is the evidence, and is the treatment suitable for this person? A programme may differ in pressure, duration, frequency and total number of sessions depending on the clinical objective, response and safety considerations. Some people are seeking support for a defined medical recovery issue. Others are exploring a structured longevity or wellness plan. Those are different conversations and should be presented honestly.
This page gives you a practical, balanced overview of the potential benefits most often discussed by patients: longevity and cellular ageing, wound repair, fertility support, recovery from treatment-related tissue injury after cancer care, immune function, energy level and sleep quality. Where research is early or mixed, that limitation is stated clearly so you can make a more informed decision with your doctor.
From chamber pressure to tissue response
This original digital illustration simplifies a multi-step physiological process. It is an educational concept, not a device specification and not a promise of clinical outcome.
Controlled pressure
The chamber is gradually pressurised according to a prescribed protocol while you breathe oxygen through the configured delivery system.
More dissolved oxygen
Higher partial pressure allows more oxygen to dissolve in plasma, supplementing oxygen carried by haemoglobin.
Oxygen reaches tissue
Plasma moves through the circulation and can help raise oxygen tension in selected tissues, including areas with impaired local supply.
Repair signalling
Depending on the condition and protocol, oxygen-sensitive pathways may influence inflammation, antimicrobial activity, collagen formation and new-vessel growth.
Potential HBOT benefits, explained without overpromising
Wound repair
HBOT has a recognised adjunctive role in selected difficult wounds and tissue injuries. Increased tissue oxygen may support fibroblast activity, collagen formation, new-vessel growth and white-blood-cell function. Appropriate wound care remains essential.
Explore HBOT for wound recovery →Longevity research
Small human studies have reported changes in telomere length, senescent-cell markers and skin structure after intensive protocols. These findings are scientifically interesting but do not prove that HBOT extends lifespan or prevents age-related disease.
View biological-age assessment →Fertility support
Researchers are exploring whether tissue oxygenation and vascular responses may support reproductive health in selected situations. Evidence is preliminary. HBOT must not replace fertility testing, evidence-based treatment or specialist-led IVF care.
Read the fertility support guide →Post-cancer recovery
HBOT is not a cancer treatment. It may be considered for selected late tissue injury related to radiotherapy or other treatment effects, after cancer care is complete or stable and the oncology team agrees that the timing and medication profile are suitable.
Learn about post-cancer tissue recovery →Immune function
Higher tissue oxygen can influence oxygen-dependent bacterial killing by white blood cells and may modulate inflammatory signalling in certain clinical contexts. This should not be translated into a blanket claim that HBOT prevents infection or universally “boosts immunity”.
How immune support is framed →Energy level
Some patients describe improved vitality or reduced perceived fatigue. Early studies are small, and fatigue has many possible causes. Persistent tiredness should be medically assessed for sleep, metabolic, hormonal, nutritional, cardiac, respiratory and psychological factors.
Consider a health screening →Sleep quality
Sleep outcomes are being studied in several patient groups, but HBOT is not a replacement for diagnosing insomnia, sleep apnoea or circadian disruption. A good plan starts by understanding why sleep is poor and whether oxygen therapy fits the wider strategy.
Explore sleep and snoring care →Clarity and recovery
Research into cerebral blood flow, cognition and neurological recovery is evolving. Any neurological symptom, new confusion, weakness, severe headache or sudden change requires proper medical evaluation rather than self-selecting a wellness treatment.
Read the complete HBOT guide →Exercise recovery
HBOT is sometimes incorporated into structured recovery programmes. Evidence differs by injury and training context. It should complement, not replace, sports-medicine diagnosis, progressive loading, rehabilitation, nutrition, sleep and return-to-play guidance.
Discuss your recovery goal →One treatment, very different levels of evidence
A trustworthy consultation should distinguish established adjunctive applications from emerging areas of investigation. This avoids presenting every biological mechanism as a proven patient outcome.
Selected tissue and wound recovery
- Selected difficult or slow-healing wounds after full wound assessment
- Selected late tissue injury following radiotherapy
- Specific complex tissue-recovery situations determined by a doctor
Even here, outcomes depend on wound cause, vascular supply, infection control, glucose management, nutrition, pressure relief, surgery when needed and adherence to the full care plan.
Promising but not definitive
- Healthy-ageing biomarkers and skin structure
- Selected fatigue and quality-of-life outcomes
- Fertility-related tissue oxygenation and ovarian-response research
- Exercise recovery and performance measures
These areas may have small trials, observational studies or condition-specific findings. They should be discussed as research-informed options rather than guaranteed treatments.
Symptoms with many causes
- Low energy, brain fog or poor concentration
- Insomnia, snoring or unrefreshing sleep
- Reduced exercise tolerance
- Frequent illness or concerns about immune health
A broad symptom should not be treated as a diagnosis. Screening may reveal anaemia, thyroid disease, metabolic problems, sleep-disordered breathing, medication effects, mood disorders or other causes requiring different care.
How hyperbaric oxygen therapy may help regulate inflammation
Inflammation is a normal protective response. It helps the body react to injury, infection and tissue stress. The problem arises when inflammation is excessive, prolonged or poorly regulated. In that setting, swelling, inflammatory mediators, impaired circulation and low tissue oxygen can reinforce one another and slow recovery.
HBOT temporarily raises the amount of oxygen dissolved in plasma. This can increase oxygen availability in tissues where local delivery is reduced. Research suggests that hyperbaric oxygen may also affect cytokines, leukocyte activity, endothelial function and oxidative-stress signalling. Depending on the condition, these effects may help reduce tissue swelling, support microcirculation and shift the local environment from persistent inflammation toward repair.
The response is not identical in every patient. HBOT itself creates a controlled oxidative stimulus, and the body’s adaptive antioxidant and repair responses are part of the proposed mechanism. This is why dose, pressure, session duration, total number of treatments and the underlying diagnosis matter. More oxygen is not automatically better, and an inflammation claim should never be separated from a proper medical assessment.
- Inflammatory signalling: HBOT may alter selected pro-inflammatory cytokines and related signalling pathways.
- Oxidative-stress adaptation: controlled oxygen exposure may trigger adaptive antioxidant and cellular-protection responses.
- Tissue swelling: hyperbaric oxygen can promote vasoconstriction while maintaining oxygen delivery, which may help reduce oedema in selected settings.
- Microcirculation and repair: improved oxygen gradients may support endothelial function, angiogenesis and tissue-healing processes.
At Aquila Medical Center in Singapore, an inflammation-focused discussion starts with the underlying condition, symptom pattern, relevant laboratory results, current medication and treatment goals. HBOT may be considered as a supportive option only where the potential benefit, evidence level and safety profile make sense for that individual.
Educational infographic: responses vary by diagnosis, protocol and individual biology.
Oxygen is only one part of a complete wound plan
A wound can heal slowly because of poor arterial supply, venous congestion, pressure, diabetes, infection, repeated trauma, swelling, malnutrition, smoking, medication effects or tissue damage from earlier treatment. The correct plan begins by identifying and treating these drivers. HBOT may be added when the wound type, tissue oxygen status and overall clinical picture make it a reasonable adjunct.
At the tissue level, oxygen is required for several phases of repair. Fibroblasts need oxygen to produce and organise collagen. New capillaries need to form to sustain healing tissue. White blood cells use oxygen-dependent mechanisms to kill certain bacteria. A controlled hyperbaric protocol can temporarily create a strong oxygen gradient that may support these processes. The treatment is not simply intended to make the wound “look better”; it aims to support the biological environment in which a properly managed wound can progress.
- Assessment: wound cause, duration, circulation, infection, pressure and relevant medical conditions.
- Core care: cleaning, dressings, pressure relief, vascular care, glucose control, nutrition and surgery when indicated.
- HBOT planning: protocol, frequency, monitoring and predefined review points.
- Progress review: objective measurements, photographs where appropriate and coordination with the wider care team.
A supportive conversation, not a replacement for fertility medicine
Fertility depends on many variables: age, ovarian reserve, sperm quality, tubal factors, uterine anatomy, endometrial receptivity, ovulation, hormonal conditions, genetics and the timing or quality of fertility treatment. Because oxygen delivery and microvascular function are biologically relevant to reproductive tissues, researchers have explored whether HBOT could influence selected fertility-related outcomes. The available studies are not yet strong enough to treat HBOT as a routine fertility intervention.
For that reason, Aquila Medical Center frames HBOT for fertility as a possible supportive option only after appropriate evaluation. A fertility specialist should guide the primary treatment plan. HBOT timing should be coordinated with investigations, stimulation cycles, embryo transfer plans, pregnancy testing and any medical restrictions. Treatment should not begin simply because a couple has been trying to conceive or because one laboratory marker is low.
The most responsible approach is to define a specific rationale, discuss the uncertainty, review medications and agree on what would count as a meaningful outcome. A person may also benefit from a broader fertility hormone assessment or acupuncture support, depending on the clinical picture and specialist recommendations.
Healthy ageing requires more than a single intervention
Longevity medicine aims to extend healthspan: the years lived with good physical, cognitive and metabolic function. Small studies have reported intriguing changes in telomere length, senescent-cell markers, skin collagen, blood-vessel density and aspects of cognition after intensive HBOT protocols. These findings generate hypotheses and may help explain why HBOT is being studied as part of regenerative and healthy-ageing programmes.
They do not establish that HBOT makes a person biologically younger in every system, prevents disease or extends life. Telomere measurements can vary by cell type and laboratory method. Senescent-cell markers are only one part of ageing biology. A longevity strategy still depends on blood pressure, lipids, glucose control, body composition, strength, aerobic fitness, sleep, vaccination, cancer screening, nutrition, smoking status, alcohol exposure, mental health and social connection.
Aquila’s approach is to place HBOT within a broader assessment rather than present it as a standalone age-reversal treatment. A biological-age and longevity review can help identify modifiable risks and select objective markers to follow over time. HBOT may then be discussed as one possible component, with clear expectations about what is known, what remains uncertain and how response will be reviewed.
Supporting selected treatment-related tissue injury
After cancer treatment, some people experience persistent tissue problems related to surgery or radiotherapy. Depending on the location and severity, these may include fragile tissue, poor healing, pain, fibrosis or reduced local blood supply. Evidence reviews suggest that HBOT may help selected late radiation tissue injuries, although benefits vary by tissue, outcome and study quality.
HBOT must never be presented as a cure for cancer, a method to eradicate tumour cells or a substitute for oncology treatment. The first question is whether cancer care is complete or stable and whether the oncology team supports the referral. The second is whether the tissue problem is one for which hyperbaric treatment is clinically reasonable. The third is whether current or prior medicines, lung health, implanted devices and surgical plans allow treatment to proceed safely.
Coordination matters because some anticancer medicines can affect HBOT timing or suitability. A doctor should review the treatment history rather than relying on a generic “post-cancer” label. When HBOT is appropriate, the programme should focus on a defined tissue-recovery objective, use measurable review points and continue alongside oncology surveillance and any required surgical, dental, rehabilitation or pain care.
Supporting physiology while looking for the real cause
Oxygen influences immune activity. Neutrophils and other white blood cells use oxygen-dependent chemistry to kill certain microorganisms. HBOT can also affect inflammatory pathways and tissue swelling. These mechanisms are relevant in specific clinical settings, but they do not justify saying that HBOT universally strengthens immunity or prevents common infections. A person who is frequently unwell may need evaluation for exposure, sleep deficit, nutritional deficiency, medication effects, metabolic disease or an immune disorder.
Energy is similarly multifactorial. A temporary feeling of alertness after a session may be meaningful to an individual, but it is not a diagnosis and does not prove that mitochondria or metabolism have been permanently “recharged”. Small studies have explored fatigue outcomes, yet sample sizes and patient groups limit broad conclusions. Persistent fatigue can be associated with anaemia, iron deficiency, thyroid disease, diabetes, sleep-disordered breathing, chronic infection, inflammatory disease, medication effects, depression, anxiety, overtraining and inadequate recovery.
Aquila therefore treats low energy as a clinical question. The consultation considers onset, pattern, sleep, exercise, diet, stress, medications and relevant laboratory results. Where HBOT is being considered as part of a wellness programme, it should be paired with measurable goals and a plan to address the foundations of health. The result may be that screening, sleep care, exercise prescription or another treatment is more important than HBOT—or that a combined strategy makes sense.
- Clarify whether fatigue is new, progressive, exertional or associated with other symptoms.
- Review sleep duration, snoring, breathing pauses, shift work and stimulant use.
- Check relevant medical, nutritional, hormonal and metabolic factors.
- Use HBOT only when its role in the wider plan is clearly explained.
Restoration begins with understanding why sleep is disrupted
Sleep is central to immune regulation, glucose control, memory, mood, tissue repair and athletic recovery. Patients sometimes report that they feel calmer or sleep better during a course of HBOT, and sleep outcomes have been included in studies of selected medical conditions. The evidence is not sufficient to position HBOT as a universal treatment for insomnia or sleep apnoea.
Insomnia may be driven by stress, conditioned arousal, mood, pain, menopause, medication, alcohol, caffeine, circadian misalignment or another medical problem. Snoring and unrefreshing sleep may indicate obstructive sleep apnoea, which requires proper assessment because untreated breathing disturbance affects cardiovascular and metabolic health. In these situations, an oxygen-based wellness treatment should not delay diagnosis or evidence-based care.
When a person is medically suitable and no urgent sleep disorder has been overlooked, HBOT may be considered as one component of a broader recovery plan. Useful outcomes could include sleep onset, nighttime awakenings, morning alertness and validated sleep-quality scores. Tracking these is more informative than relying on a single good or bad night. The plan should also protect regular sleep timing, adequate opportunity for sleep, daytime light exposure, physical activity and appropriate treatment of snoring or sleep apnoea.
What to expect from consultation to review
A clear pathway helps you understand the rationale, experience and safety checks before you commit to a course.
Enquiry
Tell us your goal, diagnosis, treatment history and preferred appointment timing.
Assessment
A doctor reviews symptoms, medical conditions, medicines, lungs, ears and relevant specialist input.
Plan
The team explains proposed pressure, duration, frequency, expected limits and review measures.
Session
Pressure rises gradually. Ear equalisation is coached. You remain monitored throughout treatment.
Review
Progress, tolerance and the value of continuing or modifying the programme are reassessed.
A calm, monitored experience
Before the session, the team confirms that you are well enough to proceed and reviews permitted clothing and items. Products that may create a safety issue in an oxygen-rich environment are not brought into the chamber. You will be shown how to clear your ears as pressure increases, much like during aircraft ascent or descent.
Pressurisation and return to normal pressure are gradual. The sensation most people notice is ear pressure. Once the prescribed pressure is reached, you can settle into the session and communicate with the team. Session duration is determined by the protocol rather than a one-size-fits-all promise. After treatment, the team checks how you feel and records any symptoms.
Some people feel no immediate change. Others report transient tiredness, alertness or ear fullness. A lack of an instant sensation does not mean the session failed, and a feeling of energy does not prove a long-term biological effect. For wound and tissue-recovery programmes, progress is usually judged over a course using clinical outcomes rather than how a single session feels.
Who needs extra assessment before HBOT?
HBOT is generally well tolerated when properly prescribed and supervised, but increased pressure and high oxygen exposure create specific risks. An untreated pneumothorax is an absolute contraindication.
Other conditions may require postponement, additional testing, specialist clearance or a modified plan. These include some lung diseases, difficulty equalising ear pressure, recent ear surgery, acute sinus congestion, fever, seizure disorders, unstable medical conditions, poor glucose control, pregnancy, certain implanted devices and use of medicines that can interact with hyperbaric oxygen. The list is not exhaustive; your doctor must review your individual history.
Potential adverse effects include ear or sinus barotrauma, temporary visual change, claustrophobic discomfort, low blood glucose in susceptible patients and rare oxygen-related neurological or lung complications. Fire safety is critical in any oxygen-rich environment, which is why clothing, skin products, personal items, equipment maintenance, trained supervision and emergency procedures matter.
Bring to your assessment
- Your diagnosis and reason for considering HBOT
- Current prescription medicines, supplements and recent treatment
- Relevant scans, wound records, operation notes or specialist letters
- History of lung, ear, sinus, seizure, eye or glucose-control problems
- Information about implanted or wearable medical devices
- Your oncology or fertility plan when treatment relates to those areas
Tell the team before each session
- New cough, wheeze, fever, blocked nose or ear pain
- New medication or a recent medical procedure
- Low blood glucose or a significant change in diabetes treatment
- Possible pregnancy or a change in fertility-treatment timing
- Any unusual response after the previous session
Clinical judgement before a treatment package
Aquila Medical Center is a doctor-led aesthetic, integrative health and longevity clinic in Singapore. Our HBOT pathway is designed around suitability, informed consent, measurable goals and communication with your other healthcare professionals when needed.
We do not believe every symptom should lead to the same protocol. A wound patient, a person recovering from treatment-related tissue injury, a fertility patient and a healthy individual exploring longevity have different risk profiles and different standards of evidence. Your consultation should make those differences clear.
- Personalised assessment rather than automatic enrolment
- Transparent discussion of evidence, uncertainty and alternatives
- Rigid, spacious chamber environment with monitored treatment
- Integration with screening, wound, fertility, sleep or longevity care where appropriate
Continue your research
HBOT questions patients ask in Singapore
These answers provide general education. Your doctor may give different advice based on your diagnosis, medicines, examination and specialist recommendations.
What is hyperbaric oxygen therapy?
HBOT is a medical treatment in which a person breathes high-concentration oxygen inside a purpose-built chamber at increased atmospheric pressure. The pressure increases the amount of oxygen that can dissolve directly into blood plasma. Depending on the condition and protocol, this can raise tissue oxygen availability and influence wound-repair, inflammatory, vascular and antimicrobial processes.
What benefits does Aquila discuss for HBOT?
Patients commonly ask about wound repair, healthy longevity, fertility support, treatment-related tissue recovery after cancer care, immune function, energy level, sleep quality, cognition and exercise recovery. These topics do not have equal evidence. Selected wound and late radiation tissue-recovery uses have a stronger clinical foundation, while fertility, longevity, energy and general wellness applications remain emerging or condition-specific.
How long does an HBOT session take?
Sessions at Aquila Medical Center are 60 or 120 minutes, including time for gradual pressurisation and return to normal pressure. A 60-minute session is S$280 and a 120-minute session is S$480 for one person, or S$380 and S$550 when two people share the chamber. Aquila Medical Center will explain the expected appointment length before treatment. Do not assume that a longer session is automatically better; pressure, oxygen exposure, breaks, frequency and total course all need to be selected safely.
How many sessions will I need?
There is no universal number. A defined wound or tissue-recovery programme may involve a course with scheduled clinical reviews, while a wellness-oriented plan should have a clear rationale and measurable outcomes. The doctor will consider the objective, evidence, response, tolerance, schedule and cost before recommending whether to continue, modify or stop.
Can HBOT help a wound heal?
HBOT may support selected difficult or slow-healing wounds by improving tissue oxygenation and influencing collagen formation, angiogenesis and white-blood-cell function. It does not replace wound cleaning, dressings, pressure relief, infection management, vascular assessment, glucose control, nutrition or surgery when required. The wound cause must be evaluated before adding HBOT.
Can HBOT support fertility or IVF?
Research into reproductive applications is preliminary. There are biological reasons to study tissue oxygenation and microvascular responses, and small studies have explored ovarian and endometrial outcomes. This is not enough to make HBOT a routine fertility treatment. It should only be considered with a fertility specialist, with careful coordination around treatment cycles and pregnancy possibility.
Is HBOT a treatment for cancer?
No. HBOT does not treat cancer and must not replace oncology care. It may be considered for selected tissue injury related to previous radiotherapy or other treatment, but only after reviewing cancer status, the affected tissue, current medicines, treatment timing and the oncology team’s advice.
Can HBOT improve immune function?
Hyperbaric oxygen can influence oxygen-dependent white-blood-cell activity and inflammatory signalling in certain clinical situations. That is different from proving that it broadly prevents infection or corrects every immune problem. Frequent infections, unexplained inflammation or suspected immune deficiency require appropriate medical investigation.
Can HBOT increase energy?
Some individuals report greater alertness or reduced fatigue, and small studies have explored fatigue outcomes in selected groups. Evidence is still limited. Because low energy has many causes, a medical history, sleep review and relevant screening may be more important than immediately starting HBOT.
Can HBOT improve sleep quality?
Sleep measures have improved in some condition-specific studies, but HBOT is not a standard standalone treatment for insomnia or obstructive sleep apnoea. Snoring, witnessed breathing pauses, morning headaches or persistent daytime sleepiness should prompt assessment for sleep-disordered breathing and other causes.
Does HBOT reverse ageing?
No treatment should be described as reversing the whole ageing process. Small studies have reported changes in selected biomarkers, including telomere and senescent-cell measures, after intensive protocols. These results do not prove longer life or protection from age-related disease. Healthy ageing remains dependent on risk-factor control, exercise, sleep, nutrition, screening and appropriate medical care.
What does pressurisation feel like?
The most common sensation is pressure in the ears, similar to an aircraft changing altitude. The team teaches equalisation techniques and increases pressure gradually. Tell the operator immediately if you cannot clear your ears, feel pain, become short of breath or experience any concerning symptom.
Who should not have HBOT?
An untreated pneumothorax is an absolute contraindication. Other lung conditions, ear or sinus problems, fever, seizure history, pregnancy, unstable medical disease, some medicines and certain implanted devices require individual review. A new respiratory infection or blocked nose may mean a session should be postponed.
What are the possible side effects?
Potential effects include ear or sinus pressure injury, temporary visual change, claustrophobic discomfort and low blood glucose in susceptible patients. Oxygen-related seizures and lung complications are uncommon but possible. Fire safety is also essential in oxygen-rich treatment environments. Proper screening, protocol selection, supervision and equipment procedures reduce risk.
Can I use my phone or personal products in the chamber?
Items and products are restricted because an oxygen-rich environment requires strict fire-safety controls. Follow the clinic’s instructions about clothing, skincare, hair products, electronics and personal belongings. Do not bring an item into the chamber unless the team has specifically approved it.
How should I prepare for an assessment?
Bring your medical diagnosis, medication list and relevant reports. For wound care, include wound history, cultures, vascular assessments and current dressing plan if available. For post-cancer recovery, bring oncology details. For fertility support, share the specialist plan and treatment timing. Tell the doctor about lung, ear, sinus, seizure, glucose or implanted-device issues.
Where is Aquila Medical Center located?
Aquila Medical Center is at 160 Robinson Road, #05-01 SBF Centre Medical Suites, Singapore 068914. For appointment availability and directions, WhatsApp +65 8755 5696.
Can HBOT reduce inflammation?
HBOT may influence inflammatory signalling, oxidative-stress responses, tissue swelling and immune-cell activity in selected clinical contexts. It does not treat every inflammatory condition and should not replace disease-specific care. The likely value depends on the diagnosis, treatment protocol and individual medical assessment.
Evidence used to frame this page
The reference list includes reviews, clinical studies and official safety guidance. Inclusion does not mean every paper proves clinical benefit for every person, protocol or wellness goal. Study populations, treatment schedules and outcome measures differ.
- Ortega MA, et al. Hyperbaric Oxygen Therapy: Mechanisms of Action and Its Application in Modern Medicine. Journal of Clinical Medicine. 2021. Full text.
- Kranke P, et al. Hyperbaric oxygen therapy for chronic wounds. Cochrane Database of Systematic Reviews. Full text.
- Bennett MH, et al. Hyperbaric oxygen therapy for late radiation tissue injury. Cochrane Database of Systematic Reviews. 2023. Full text.
- Moen I, Stuhr LEB. Hyperbaric oxygen therapy and cancer—a review. Targeted Oncology. Full text.
- Hachmo Y, et al. Hyperbaric oxygen therapy increases telomere length and decreases immunosenescence in isolated blood cells: a prospective trial. Aging. 2020. Full text.
- Hachmo Y, et al. Hyperbaric oxygen therapy increases skin tissue oxygenation and affects skin ageing measures in a prospective clinical trial. Full text.
- Van Voorhis BJ, et al. Hyperbaric oxygen and ovarian follicular physiology: an early clinical investigation. Full text.
- Prospective research examining HBOT in poor ovarian responders. 2025. Full text.
- Small randomised crossover research evaluating perceived fatigue after hyperbaric oxygen exposure. 2025. Full text.
- US Food and Drug Administration. Follow Instructions for Safe Use of Hyperbaric Oxygen Therapy Devices: Letter to Health Care Providers. Official safety guidance.
- StatPearls. Wound Healing Phases. National Center for Biotechnology Information. Read overview.
- KK Women’s and Children’s Hospital. Fertility in Women. Patient information.
- Hyperbaric Oxygen Therapy Counters Oxidative Stress and Inflammation. International Journal of Molecular Sciences. Full text.
- Effects of Hyperbaric Oxygen Therapy on Inflammation, Oxidative Stress and Muscle Damage. Full text.
- Hyperbaric Oxygen Therapy Reduces Oxidative Stress and Inflammatory Mediators. Read study.
- The Effect of Hyperbaric Oxygen Therapy on Markers of Oxidative Stress and Inflammation in Healthy Volunteers. Full text.
Is HBOT suitable for your goal?
Send us a brief description of your condition, recovery goal and relevant specialist care. Our team can arrange the appropriate assessment and explain what information to bring.