HBOT in Lincoln NE: Everything You Need to Know
What hyperbaric oxygen therapy actually is, what the research shows at wellness pressure levels, what to expect in a session, and how it fits your recovery routine — in a reclining chair, not a pod.
Hyperbaric oxygen therapy has a reputation for being intimidating — claustrophobic pods, hospital settings, high-pressure chambers reserved for wound care or decompression sickness. The experience at Lost in Float is none of those things.
You sit in a comfortable reclining chair, watch TV if you'd like, breathe oxygen through a mask, and let the mildly pressurized environment do its work. Sixty minutes later, you're done. The setup is specifically designed around comfort — because a relaxed body is more receptive to the benefits of increased oxygenation than a tense one.
Before we get into what it's like here, it's worth understanding what HBOT actually is, what the research says at wellness pressure levels, and what you can honestly expect.
A note before we start: HBOT research spans a wide range of pressures and clinical protocols. Much of the strongest published evidence refers to higher-pressure medical HBOT used in hospital settings for specific diagnosed conditions. At Lost in Float, we offer a wellness-focused HBOT experience — for general wellness, recovery, and self-optimization. We will always be transparent about the pressure levels and protocols we use. We are not making medical claims. If you have a medical condition, consult your doctor before starting.
What Is HBOT?
Hyperbaric oxygen therapy involves breathing oxygen inside a gently pressurized chamber. The increased atmospheric pressure allows your lungs to absorb more oxygen than would be possible at normal air pressure. That oxygen-enriched blood then travels throughout the body — reaching tissues, joints, and organs more effectively than at baseline.
Normal atmospheric pressure at sea level is 1 ATA (atmosphere absolute). HBOT operates above that. Clinical medical HBOT typically runs at 2.0–3.0 ATA. Wellness-focused HBOT operates at lower pressure levels than clinical medical settings — and in important ways, more accessible: research at mild pressures shows genuine benefit for wellness applications without the intensity of hospital-grade settings.
| Mild / Wellness HBOT | Clinical Medical HBOT | |
|---|---|---|
| Pressure | ~1.3–1.5 ATA | 2.0–3.0 ATA |
| Setting | Wellness centers, recovery clinics | Hospitals, medical hyperbaric units |
| Oxygen delivery | Mask — comfortable, fits securely over nose and mouth | Mask or hood; 100% oxygen |
| Typical use | Recovery, wellness, performance, brain & cognitive function, anti-aging & longevity | Wound healing, decompression sickness, CO poisoning |
| Side effect risk | Minimal — ear equalization most common | Higher — oxygen toxicity risk increases above 2.0 ATA |
| Prescription required | No | Yes — for approved indications |
A common question: if higher pressure delivers more oxygen, isn't it always better? Not necessarily. Research at 1.25–1.5 ATA has documented meaningful anti-inflammatory effects, improvements in insulin sensitivity, reductions in blood pressure and cholesterol, and mitochondrial support — benefits that don't require clinical pressures to achieve. A study published in the Journal of Atherosclerosis and Thrombosis found that mild hyperbaric oxygen at low pressure was effective in reducing blood sugar, blood pressure, total cholesterol, and insulin in people with metabolic syndrome — demonstrating that clinical pressure levels are not required to achieve meaningful metabolic effects.
Higher pressures also carry a higher side effect profile — more pronounced vision changes, greater ear equalization demands, and a steeper adjustment curve. Starting at lower wellness pressures and building gradually is both safer and more comfortable for most people, and is where the strongest evidence for general wellness use sits. The goal is consistent, sustainable practice over weeks — not maximum pressure in a single session.
How It Works — The Mechanisms
The core mechanism is straightforward: under increased atmospheric pressure, more oxygen dissolves directly into blood plasma — not just into red blood cells. This is governed by Henry's Law of Gases. The result is that oxygen reaches tissues through a different route than normal, potentially accessing areas where blood flow or red blood cell delivery is limited.
Beyond simple oxygenation, research has explored several additional mechanisms at various pressure levels:
- Enhanced tissue oxygenation: Plasma-dissolved oxygen can reach hypoxic (low-oxygen) tissue that red blood cells may struggle to access — particularly in areas of inflammation, injury, or reduced circulation.
- Inflammation modulation: Research at 1.3 ATA has documented reductions in pro-inflammatory cytokines including interleukin-6 (IL-6) and tumor necrosis factor-alpha (TNF-α) — markers associated with chronic inflammation, fatigue, and impaired recovery.
- Mitochondrial function: Increased oxygen availability supports ATP production — the energy currency of cells. This is particularly relevant for cognitive function and muscle recovery, both of which are highly oxygen-dependent.
- Immune modulation: Some mild HBOT research has documented effects on natural killer (NK) cell activity and broader immune function, suggesting a role in immune system support.
- Stem cell mobilization: Higher-pressure protocols have documented modest stem cell mobilization. At mild wellness pressures, this effect is present but less pronounced — still a proposed mechanism for tissue repair and recovery support.
What the Research Shows at Wellness Pressure Levels
It's important to be honest about where the evidence is strong and where it's still developing — particularly at the lower pressure range used in wellness settings.
What the research supports at mild pressures
Studies at wellness pressures (approximately 1.3–1.5 ATA) show consistent findings in several areas. Research has documented improved recovery from physical exertion, reduced perceived fatigue, and lower circulating inflammatory markers in people receiving regular mild HBOT sessions. A study involving rugby players found those using mild hyperbaric chambers post-exercise showed faster reductions in creatine kinase levels (a measure of muscle damage) and lower soreness scores compared to controls.
Systematic reviews of HBOT and cognitive function — including a comprehensive 2022 review in Neuropsychology Review — document improvements in memory, executive function, information processing speed, and global cognitive scores across multiple studies, primarily at 1.5–2.0 ATA with 100% oxygen. At wellness pressure levels with oxygen delivered via mask, the oxygenation delivered is lower than these clinical protocols — but the directional findings are consistent.
Some evidence also exists for low-pressure HBOT improving symptoms associated with long COVID — including brain fog, fatigue, and reduced exercise tolerance — though this research is newer and ongoing. Results vary by individual, protocol, and consistency of use.
Where to be appropriately skeptical
Many of the most striking wellness benefits attributed to HBOT are based on user reports, smaller studies, or research conducted at higher pressures than wellness settings use. Larger, well-controlled trials specifically at 1.3–1.5 ATA for general wellness outcomes are limited. Results vary significantly by individual, the specific protocol used, consistency of sessions, and what outcomes are being measured. HBOT is not a cure or medical treatment for any condition — it's a wellness tool, and it works best as part of a broader routine that includes sleep, nutrition, and movement.
What to Expect at Lost in Float
Most people's mental image of HBOT involves lying flat inside a narrow tube. Our setup is genuinely different — and that difference matters for both comfort and effectiveness.
Day of your session: Hydrate well before you come in — being well-hydrated supports how oxygen is carried in your blood and reduces the chance of post-session fatigue or headache. Eat a light meal 60–90 minutes before, not a heavy one. Avoid alcohol before your session. Limiting caffeine can also help, particularly if you tend toward anxiety during new experiences.
What to wear: Comfortable cotton or natural fiber clothing. Avoid synthetics where possible. Please do not wear perfume, cologne, or heavily scented products — these can be irritating in a pressurized environment and to other guests.
What to leave outside the chamber: Metal jewelry and battery-powered personal devices.
Safety, Side Effects & Contraindications
At wellness pressure levels, HBOT has a strong safety profile. Understanding the full picture builds appropriate expectations.
Common and mild: Ear or sinus pressure during pressurization (like flying — equalizes easily by swallowing or yawning). Temporary mild fatigue or lightheadedness after the first session or two as your body adjusts. Dry mouth or nose from the oxygen delivery.
Less common: Temporary vision changes — a mild shift toward nearsightedness (myopia) that can develop over multiple sessions. This is well-documented and in the vast majority of cases fully resolves within days to weeks after sessions end. It happens because increased oxygen affects the crystalline lens of the eye. Important nuance: HBOT does not cause cataracts. However, if you have an early cataract already forming, HBOT may accelerate its maturation rate slightly. If you've already had cataract surgery (meaning your natural lens has been replaced), this does not apply to you. Headache in some first-timers, typically from not equalizing ear pressure adequately.
Rare at wellness pressures: Barotrauma (pressure injury to ears or sinuses) is rare but possible if equalization is not done properly — staff guidance on your first session significantly reduces this risk. Oxygen toxicity is a real concern at high clinical pressures with 100% oxygen — the risk profile at wellness pressure levels is substantially lower than clinical protocols, and is managed through appropriate pressure selection and session duration.
One important breathing reminder: Always breathe normally throughout your session. If you hold your breath during pressurization or depressurization, air in the lungs continues to expand as pressure changes — which in rare cases can cause a pneumothorax (lung overpressure injury). This is extremely rare and entirely avoidable: simply keep breathing normally.
Seizure history: A history of seizures is not an automatic contraindication, but does require provider approval and lower pressure protocols. Notably, research has shown that people with seizure disorders who use HBOT appropriately often see a decrease in both the frequency and intensity of seizure activity — but this must be managed in coordination with your neurologist or treating provider. Do not begin HBOT with a seizure history without discussing it with your doctor first.
Consult your doctor before using HBOT if you have: an untreated pneumothorax (collapsed lung), active ear or sinus infection, recent ear surgery, certain lung conditions (emphysema with CO2 retention), a history of spontaneous pneumothorax, uncontrolled high fever, or are pregnant. People with claustrophobia should discuss the seated chamber setup with us before booking — many find it significantly more accessible than they expect, but it's worth having the conversation. If you are on any medication, particularly those affecting oxygen sensitivity, check with your prescribing provider.
At our wellness pressure levels in a comfortable seated setup, the vast majority of people tolerate HBOT easily and well. Our staff walk every first-timer through equalization and monitor throughout the session.
Who It's For
How HBOT Fits Your Wellness Routine
HBOT works well as a standalone practice. It compounds meaningfully when paired with the other services at Lost in Float — each addressing different but complementary aspects of recovery and performance.
- Float therapy — Float addresses nervous system regulation and gravitational decompression; HBOT adds enhanced oxygenation. Together they cover both the relaxation-recovery axis and the cellular energy axis. Many members pair them on the same visit or alternate days.
- Red light therapy — Red light stimulates mitochondrial ATP production through photobiomodulation; HBOT delivers more oxygen to fuel that production. The two work on the same cellular energy system through different inputs. Read the red light guide →
- Sauna — Heat exposure and HBOT both drive inflammation modulation and circulatory response, through completely different mechanisms. Sauna on one day, HBOT on another is a practical pairing for members focused on inflammation management.
- Cold plunge — Cold reduces inflammatory markers through vasoconstriction; HBOT addresses the oxygenation side of the same recovery equation. Together they address recovery from multiple angles simultaneously.
The Lost in Float Recovery Stack brings all of these together into a structured protocol — HBOT is now part of that full stack — included with Gold and Platinum memberships, and 50% off for Bronze and Silver members. See membership options →
Honest Expectations
HBOT is not a cure and not a substitute for medical care, sleep, nutrition, or movement. At wellness pressure levels, it's a tool that supports the body's natural recovery and optimization processes — most effectively when used consistently as part of a broader routine.
Some people notice subtle clarity or energy after their first session. Others feel nothing unusual at first and notice cumulative effects building over weeks of regular use. Both experiences are normal. Individual results vary based on your baseline, what you're using it for, how consistently you come, and how it integrates with the rest of your routine.
When do meaningful benefits appear? The honest answer — backed by what the research protocols and experienced practitioners consistently report — is that most people begin to notice real, sustained benefits somewhere between 25 and 50 hours of total HBOT time. At 60 minutes per session, that's 25–50 sessions. The most effective way to reach that threshold is 3–5 sessions per week. This isn't a number we've invented; it's the frequency used in the clinical studies that documented the strongest outcomes, and it's what practitioners like Dr. Jason Sonners of HBOT USA consistently recommend for meaningful adaptation. Don't judge the therapy by session three.
A Lost in Float membership makes this frequency financially practical. HBOT is included with Gold and Platinum tiers — and Bronze and Silver members receive 50% off every session. The math matters: getting to 25–50 hours at drop-in pricing is expensive. A membership is how this becomes a sustainable practice.
Experience HBOT in Lincoln
Seated reclining chair. TV available. 60-minute sessions. Included with Gold & Platinum membership — 50% off for Bronze & Silver members.
See membership tiers → Book another serviceFrequently Asked Questions
A note on medical care: The information in this post is educational and based on published research. HBOT at Lost in Float is a wellness service, not a medical treatment. It is not a replacement for professional medical care. If you are managing a health condition, please continue working with your healthcare provider. Float therapy may complement that care — it is not a substitute for it.
