Soft Sitting Type Hyperbaric Chamber Hbot 1.5 2.0 Ata High Pressure
Camara Iperbarica Oxygen Generator O2 Hyperbare
HBOT Specification
| Product name | HBOT Hyperbaric Oxygen Therapy Chamber |
| Pressure | 1.3ata ~ 2.0ata |
| Oxygen concentration | 90% ± 5 |
| Flow Rate | 10L/min |
| Oxygen output pressure | 80KPa ~150KPa |
| power | 1250w |
Hyperbaric oxygen therapy (HBOT)
Hyperbaric oxygen therapy is a treatment that involves breathing
pure oxygen within a pressurized environment. HBOT lets patients
breathe oxygen in special chambers at greater than normal
atmospheric pressure. This creates an environment that can help
generate new capillaries around injured tissues. This can create
increased blood flow to the injured tissues and facilitate better
healing. HBOT achieves this by using a special chamber where air
pressure is typically 1.5 to 3.0 times higher than normal.
Typically, this is repeated during multiple sessions over the
course of weeks or months.
HBOT is also FDA-cleared for non-healing skin grafts, surgical
wounds, diabetic skin ulcers, bone infections, acute trauma
injuries, brain abscesses, and bone injury from cancer radiation
treatment—just to name some of the more common uses. FDA clearance
means private insurers (including Medicare) will frequently pay for
patients to receive the appropriate frequency and length of HBOT
for these conditions.
HBOT and Sports Injuries
school athletes at risk for concussions
BLOG: Beyond football, many athletes face concussion risks.
You may have also heard about the benefits of HBOT in sports. Going
back to Philadelphia Eagles receiver Terrell Owens’s 2004 rapid
recovery from an ankle fracture, daily HBOT to help him heal just
weeks before Super Bowl XXXIX. In that game, Owens performed
heroically.
Many other top athletes in professional sports have used HBOT to
speed up recovery from injury and improve performance, including
NBA star LeBron James, top ranking tennis pro Novak Djokovic, and
Olympic swimming legend, Michael Phelps.
Today the use of HBOT has become quite common in the elite sports
world to assist in recovery from injury. There is a large volume of
growing research that proves its many benefits in elite athletes:
A 2018 study in the journal Nature revealed that on a microscopic
level HBOT not only increases mitochondrial mass, but also reduces
inflammation, thus aiding in more efficient and rapid soft tissue
repair.
A 2019 study in Biomed Research International reported that by
increasing the delivery of oxygen to areas of the muscles and soft
tissues where oxygen is depleted by vigorous exercise and injury
speeds up the recovery and increases endurance.
A 2022 study in Sports Medicine Journal found that HBOT results in
significant improvements in mitochondrial respiration and increased
mitochondrial mass, thus increasing performance of middle age
athletes.
Types of hyperbaric oxygen chambers
Hyperbaric Oxygen Therapy for Spinal Cord Injury: Selected Studies
Hyperbaric Oxygen Therapy shows encouraging promise for a variety
of conditions, including spinal cord injury.
1. Effective Rehab Using Stem Cell Transplantation Combined with
Hyperbaric Oxygen Therapy
HBOT is a promising therapy for spinal cord injuries. This study
showed that the combination of transplanted Mesenchymal Stem cells
(MSCs) and HBOT treatment improved the recovery of lost hind limbs
function in spinal cord-injured rats.
2. Hyperbaric Oxygen Therapy May Alleviate Long-Term Spinal Cord
Damage
Long-term disabilities from spinal cord injuries are linked with
the extent of secondary injury from the inflammation that
immediately follows the initial injury. Inflammation is a natural
body response, but it limits the amount of blood and oxygen getting
to the area, and thus poses greater problem. Hyperbaric oxygen has
been used as an off-label treatment for spinal cord injuries for
many years now, with many positive reports by both patients and
treating physicians. This study showed that applying hyperbaric
therapy may reduce secondary damage by reducing the inflammatory
factors produced by the body. This gives good rationale for using
HBOT following spinal cord injuries, not only to reduce secondary
damage due to inflammation, but for also getting extra oxygen into
the area and promote further repair, while not losing functional
capacity.
3. Hyperbaric Oxygen Increases New Blood Vessels Towards Traumatic
Tissue
Following spinal cord injuries, hyperbaric oxygen therapy (HBOT)
has been shown to produce a positive effect on healing, but it
still remains unclear of the main mechanisms of action. This study
followed spinal cord injuries treated with HBOT and demonstrated
that this group had higher and longer expressions of VEGF (Vascular
endothelial growth factor), which is responsible for the growth of
new blood vessels. This follows many other studies and citations,
particularly with non-healing wounds, where HBOT facilitates the
body to produce more blood vessels to damaged tissue, for long-term
benefits.
