Presbyterian hospital dallas hyperbaric chamber

When the Hyperbaric Medicine Unit at Presbyterian Hospital of Dallas opened 15 years ago, it was one of the only units of its kind in the region. Originally used to treat decompression illness in SCUBA divers and carbon monoxide poisoning, the science of hyperbaric medicine slowly expanded as researchers theorized it could treat other ailments. As the role of hyperbaric medicine has expanded over the years, so has the unit at Presbyterian Hospital.

The team of specialized-trained doctors and nurses recently completed their 50,th treatment, making it one of the busiest hyperbaric programs in the Southwest.

Jeffrey Stone said. The 1,cubic-foot compression chamber uses compressed air at simulated depths of up to six atmospheres to treat patients with chronic non-healing wounds, diabetic foot wounds, bone infections, radiation soft-tissue injuries, and failing skin graphs. The facility is one of the few centers in the U. The Hyperbaric Medicine Unit at Texas Health Dallas, in association with the University of Texas Southwestern, offers advanced hyperbaric fellowship training for physicians interested in hyperbaric medicine.

Take your first step towards healing. Contact us for more information or to refer a patient. Cookies help us improve your website experience. The UHMS, an international nonprofit organization, says accreditation is awarded to facilities that have met its high standards of care and patient safety.

According to the organization, only 14 percent of hyperbaric units in the United States are accredited. Only 4 percent of facilities are accredited with distinction, indicating the unit is a Center of Excellence. Its goal is to promote basic and clinical research, educational and clinical practice in defining the limits to human functional capacity in health and disease, with the objective of improving the quality of life for people of all ages.

It is also one of only nine facilities in the country to offer an Accreditation Council for Graduate Medical Education fellowship in Undersea and Hyperbaric Medicine. It is also extremely useful in lesions that cannot heal because the blood supply is inadequate, as is the case with compromised skin grafts and flaps, diabetic foot ulcers, crush injuries and sudden vision loss due to acute retinal artery occlusion.

The therapy involves breathing percent oxygen at pressure levels that are two to three times greater than normal atmospheric pressure.