HBOT involves breathing 100% pure oxygen in a pressurized chamber, typically 2–3 times normal atmospheric pressure. This process increases oxygen levels in the bloodstream, supporting tissue repair, circulation, and cellular activity. At Charlottesville Hyperbarics, HBOT is delivered in a controlled clinical setting following established medical protocols.
Yes, HBOT is FDA-approved for several conditions, including diabetic foot wounds, necrotizing infections, radiation injury, burns, carbon monoxide poisoning, and tissue graft support. Additional uses are being studied in ongoing clinical research, with many indications recognized internationally. At Charlottesville Hyperbarics, we follow FDA-approved guidelines and physician-directed protocols for eligible conditions.
The number of sessions depends on the condition being treated. Most care plans include daily sessions (Monday–Friday) lasting 60–120 minutes, totalling 20–50 sessions. At Charlottesville Hyperbarics, treatment frequency and duration are coordinated with your referring provider and medical oversight team.
No, it’s painless, and you can relax, nap, watch TV, or read. You may feel ear pressure similar to that in an airplane cabin. At Charlottesville Hyperbarics, our staff will guide ear clearing with swallowing or yawning.
At Charlottesville Hyperbarics, each session begins with a brief vitals check and ear assessment. You then enter the chamber, lie back, and breathe pure oxygen while pressure gradually increases. Some people feel warmth followed by cooling sensations. Staff monitor you throughout the session, and adjustments can be made for comfort, including water or blankets.
Yes, when conducted in an accredited facility, HBOT is extremely safe. Minor ear discomfort can be managed with pressure-equalizing techniques. Serious risks like oxygen toxicity are rare and are monitored.
At Charlottesville Hyperbarics, strict sanitation procedures are followed after every session. This includes cleaning chamber surfaces, replacing or sanitizing linens, maintaining air filtration systems, and disinfecting oxygen-delivery equipment to support a clean, controlled environment.
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