In the ongoing battle against the enduring effects of COVID-19, known as long Covid, the spotlight has turned to hyperbaric oxygenation (HBOT ) as a potential remedy. This innovative treatment involves subjecting individuals to high levels of oxygen under increased atmospheric pressure, helping to alleviate symptoms stemming from the vascular disruption and dysfunction inflicted by the virus.
Professor Jack Lambert, a prominent figure in medicine from the UCD School of Medicine, ardently advocates for integrating HBOT into long Covid treatment protocols. Drawing from personal observations and cutting-edge research, Lambert underscores HBOT's efficacy in addressing neurological conditions akin to long Covid, suggesting its promising benefits for affected individuals. He emphasises: "Hyperbaric oxygen therapy has demonstrated benefits in similar neurological conditions. Preliminary peer-reviewed studies support HBOT's effectiveness for long Covid patients. My own observations on patients utilising HBOT for LC have shown notable benefits.”
Long Covid is marked by enduring symptoms like brain fog, fatigue, pain, and insomnia, often linked to immune issues, inflammation, and microvascular damage from the virus. Hyperbaric oxygenation boosts oxygen delivery to tissues, aiding healing. It supports brain function recovery, reduces swelling, and improves cellular repair, countering Covid's effects. HBOT's anti-inflammatory properties and immune regulation also ease symptoms. Furthermore, it encourages new blood vessel formation, aiding tissue repair and microvascular damage recovery.
The recommended HBOT regimen involves daily sessions, five times a week for two weeks, enabling sustained exposure and optimising therapeutic outcomes.
Access to HBOT holds the potential to significantly enhance the quality of life for long Covid patients, addressing the current treatment gap. Noteworthy strides in long Covid recovery have been made by OxyGeneration, with numerous success stories attesting to full resolution of symptoms. For further information, contact 091 394444 or email [email protected].
