Researchers reviewed 13 studies (including both animal and human research) with a total of 693 subjects to see whether hyperbaric oxygen therapy (HBOT) helps tendon and ligament injuries heal. Overall, studies found that HBOT—alone or combined with treatments like platelet-rich plasma or injections—helped tissue heal faster and stronger, showing more organized collagen (the main building block of tendons and ligaments), better repair on a microscopic level, and quicker return of function. It also appeared to lower the chance that grafts fail after ACL surgery. <view study> Read Less

Researchers reviewed 26 adults who received hyperbaric oxygen therapy (HBOT) for persistent cognitive problems from traumatic brain injuries sustained in childhood. Each person completed at least 40 sessions of 90 minutes breathing 100% oxygen at increased pressure. After treatment, participants showed significant and large improvements in global cognition, memory, executive function, attention, and processing speed, while motor skills did not improve. Benefits were seen regardless of how long ago the injury occurred (on average ~24 years) or the original injury severity, and people with mild childhood TBIs improved similarly to those with more severe injuries. Although promising, the study was retrospective, small, and lacked a control group, so the results suggest HBOT may help long-term cognitive recovery after pediatric TBI but require confirmation in larger, controlled trials <view study> Read Less

A brain injury in childhood can cast a very long shadow. Because the young brain is still developing, an early TBI can quietly impair memory, attention, and learning well into adulthood — often without the person or their doctors connecting today’s struggles to an injury from decades earlier. This matters because these hidden deficits affect education, employment, and quality of life for a lifetime. This study is significant because it asked whether that damage is still treatable many years later. Researchers followed 26 adults who had suffered a TBI before age 17 and only began HBOT as adults — on average more than 23 years after the injury. Each received at least 40 sessions of 90 minutes at 2.0 ATA (100% oxygen with air breaks). Afterward, they showed statistically significant gains across nearly every cognitive domain: global cognition, memory, executive function, attention, and processing speed. Strikingly, the benefit did not depend on how long ago the injury occurred or how severe it had been — powerful evidence that the brain can remain responsive to this therapy even decades down the road. <view study> Read Less

Autism spectrum disorder now affects roughly 1 in 36 children, and for families of children who are minimally verbal, communication is often the single most pressing challenge — shaping the child’s ability to learn, connect, and gain independence for life. Because the stakes are so high, parents actively seek out every credible therapy, which makes rigorous evidence especially important. This study is significant for measuring HBOT’s effect on language specifically. It compared 65 children with autism: 32 received a minimum of 40 HBOT sessions (100% oxygen at 2.0 ATA for 60 minutes) alongside applied behavior analysis (ABA), while the rest received ABA alone. The children who also received HBOT gained substantially more verbal skills — on the VB-MAPP language assessment, their improvement was more than three times larger than the ABA-only group. A related language measure also favored HBOT, though with more variability. (Note: a correction to this paper was published in August 2025; the underlying findings stand.) <view study> Read Less

This study is particularly relevant for the elderly population, as osteoporosis is a common condition that significantly impacts their mobility and quality of life. The results suggest that hyperbaric oxygen (HBO) therapy may promote bone regeneration and improve osteogenic activity in elderly patients, especially those with normal or osteopenic bone density. If validated through further research, these findings could lead to new treatment options for preventing fractures and enhancing bone healing, thereby improving health outcomes and independence among senior citizens in today’s society. <view study> Read Less