Research & News

Why I Use Hyperbaric Oxygen Myself

Mürsel Alkan

Under the Almita Group umbrella we run six different sectors side by side, and a demanding schedule with constant travel comes with the territory. Before we started manufacturing HBOT Chamber Tech chambers, I chose to use our own units regularly — I believe you should try a product yourself before standing behind it.

I can say that after sessions I generally feel more energized and focused; this is a personal observation, not a promise of the same result for everyone. Hyperbaric oxygen therapy is not a substitute for medical treatment; always discuss your own use with a healthcare professional.

HBOT and Longevity: The Rising Healthy-Aging Trend

The longevity movement — brought into the mainstream by tech entrepreneurs like Bryan Johnson and their personal 'age-reversal' protocols — has also boosted interest in hyperbaric oxygen therapy. One of its scientific anchors is a clinical study published in the journal Aging in 2020, in which 35 healthy adults aged 64 and over completed a 60-session HBOT program.

The study reported telomere lengthening of more than 20% in immune cells — up to 37% in B cells — along with a reduction of up to 37% in senescent immune cells. Because the trial had no control group and a limited sample size, the results are considered 'promising but preliminary'; the researchers stress that larger studies are needed to define optimal protocols.

Why Do Elite Athletes Use Hyperbaric Oxygen?

World-famous athletes such as Cristiano Ronaldo, LeBron James, Novak Djokovic and Floyd Mayweather have been featured in press reports for using hyperbaric chambers as part of their recovery routines. Behind this interest are sports-medicine findings suggesting that HBOT may reduce edema and inflammation, support tissue repair and help athletes return to training sooner.

Studies cited in reviews include an observation from the Nagano Winter Olympics where 7 athletes recovered faster with short sessions at 1.3 ATA, an early clinical report of a 55% reduction in days lost to injury among professional soccer players, and a university study suggesting roughly 30% faster return after ankle sprains. The authors note that the evidence largely rests on small samples and that randomized controlled trials are needed for firm conclusions.

Home Hyperbaric Chamber Buying Guide

The first question when choosing a hyperbaric chamber for home or private use is capacity: monoplace chambers offer a compact footprint, while multiplace chambers allow family members or small groups to be treated at the same time and make attendant-assisted sessions easier. UHMS, the international authority in hyperbaric medicine, requires pressurized chambers to be approved and regularly inspected equipment, and operators to be specially trained.

Pressure level is the second key topic: clinical protocols are typically applied in the 2.0–2.4 ATA range, while 1.3–2.0 ATA is common in home systems — always review the level that fits your goals with a healthcare professional. The third topic is safety and comfort: fire-safety rules in oxygen environments, emergency decompression, noise level, interior lighting and communication systems directly shape the daily experience; confirm maintenance and warranty terms in writing before you buy.

Hyperbaric Oxygen's Role in Chronic Wounds Keeps Growing

Recent reviews in surgical and chronic wound care show that hyperbaric oxygen therapy (HBOT) supports the healing process by increasing tissue oxygenation. In diabetic foot wounds, venous leg ulcers, burns and radiation-induced tissue damage, HBOT has been reported to improve wound closure rates and reduce infection risk.

A study published in 2025 found that HBOT combined with negative pressure wound therapy (NPWT) significantly increased healing speed compared to NPWT alone. In reconstructive surgery, HBOT is reported to support tissue and graft survival and promote new blood vessel formation.

Why Athletes Are Turning to Hyperbaric Chambers

Many elite athletes across tennis, swimming, basketball and golf are choosing hyperbaric oxygen therapy as part of their recovery routine. Research in sports medicine shows HBOT can speed up healing, reduce inflammation, and help athletes return to training sooner.

Some studies reported lower levels of muscle soreness and fatigue in athletes who received HBOT, with recovery times shortened by up to roughly 30%. While the field still needs larger, controlled clinical trials, the results are promising for athlete health.

Meta-Analysis on Diabetic Foot Ulcers: Lower Amputation Risk

A meta-analysis of 14 studies covering 768 participants found that hyperbaric oxygen therapy provided a statistically significant benefit in the complete healing of diabetic foot ulcers and in reducing the risk of major amputation.

A recent systematic review published in 2024 reached similar conclusions: the majority of studies reviewed observed lower rates of major amputation, higher wound healing rates, and reduced ulcer size and depth with HBOT.

Hyperbaric Oxygen for Sudden Hearing Loss: Early Intervention Matters

In patients with sudden sensorineural hearing loss, hyperbaric oxygen therapy aims to improve microcirculation and reduce inflammation by increasing oxygen pressure in the inner ear. Studies show that patients who start treatment early, especially in combination with corticosteroid therapy, tend to see more favorable outcomes.

While research results do not offer complete consensus on effectiveness, some studies observed hearing improvement in more than half of patients. Experts emphasize the need for further clinical trials to establish standardized pressure and duration protocols.

The Age of Connected Healthcare Devices: Remote Monitoring Grows Fast

Today, the global healthcare IoT market is estimated to have surpassed $86 billion. As the shift from hospital-centered care to home-based care accelerates, more than 350 hospitals in the US now run IoT-enabled 'hospital-at-home' programs.

Research shows IoT-based remote patient monitoring systems can reduce hospital readmission rates by up to 50%. HBOT Chamber Tech's CityConnect™ platform is exactly part of this global trend: connecting chambers to the cloud for real-time monitoring and predictive maintenance.

Pressure Management in Multiplace Chambers: Clinical Operating Protocols

Multiplace hyperbaric chambers are the standard choice for hospitals and clinics because they treat several patients at once and allow medical staff to accompany patients inside. Operating guidelines published by the UHMS, the international authority in hyperbaric medicine, recommend adjusting compression and decompression rates to patient comfort and ear barotrauma risk, running every session under the supervision of a certified operator, and drilling emergency evacuation scenarios on a regular basis.

In clinical practice, the pressure protocol is determined by the treatment indication: common protocols run in the 2.0–2.4 ATA range, while certain special indications may require higher pressures. Experts emphasize that the appropriate pressure level must always be assessed by a physician specialized in hyperbaric medicine, and that chamber hardware is expected to be certified to safely cover the target pressure range.

Pre-Season Preparation in Sports Clubs: Hyperbaric Support Programs

Performance and medical teams at professional sports clubs are increasingly turning to hyperbaric oxygen applications to support recovery during congested match and training periods. Reviews in the sports medicine literature report that HBOT may help reduce edema and inflammation after soft-tissue injuries and carries the potential to shorten an athlete's return-to-training time.

In a club setting, planning tops the list of priorities: sessions should be integrated into the training and match calendar, evaluated together with player-specific load monitoring, and carried out under the supervision of the club physician. Researchers also note that much of the current evidence rests on small-sample studies and that larger controlled trials are needed to establish standard protocols.

A New Trend in Luxury Hotels: Hyperbaric Wellness Suites

Industry reports on the global wellness economy show wellness tourism to be one of its fastest-growing segments. Reflecting this trend, luxury hotels and resorts are moving beyond spa and fitness offerings, adding advanced recovery technologies such as hyperbaric oxygen chambers, cryotherapy and red-light therapy to the guest experience.

Sector observers note that hyperbaric units stand out especially in premium 'longevity' and 'performance' themed packages. For hotel operators, the critical topics are compliance with safety standards, employing trained staff, and properly structuring pre-use health screening; guest-facing applications should be offered as general wellbeing support, not medical treatment.

3.0 ATA and Above: Medical-Grade Hyperbaric Safety Standards

Pressure levels of 3.0 ATA and above are an area hyperbaric medicine applies only in tightly regulated clinical environments. Chambers operating at these levels must be manufactured in compliance with pressure-vessel regulations, meet the hyperbaric provisions of international standards such as NFPA 99 for fire safety, and undergo regular periodic inspection. Managing fire risk in an oxygen-enriched atmosphere is the most critical design topic for this class of system.

The other links in the safety chain are human factors: a certified hyperbaric operator, pre-session patient assessment, an emergency evacuation plan, and medical oversight. Professional bodies recommend that treatments in the high-pressure class be delivered only in institutions with this infrastructure, and advise purchasing organizations to request pressure certificates, test reports, and training programs from the manufacturer in writing.