HBOT – Harch Hyperbarics Family Physicians' Center – Marrero LA
- Chamber type
- hard-shell
- Accreditation
- Not listed
Guest Reviews
Patients report improvements in various conditions, including stroke, brain injury, and neurological disorders. Many testimonials highlight increased alertness, better cognitive function, reduced depression and anxiety, and a return of humor and personality following HBOT treatment. Patients and their families express gratitude for the positive impact of HBOT on their lives and the compassionate care provided by Dr. Harch.
Contact & Hours
About HBOT – Harch Hyperbarics Family Physicians' Center – Marrero LA
Harch Hyperbarics Family Physicians' Center, founded in 1983, is one of the first freestanding hyperbaric centers in the United States. The clinic was established to provide an alternative site for hyperbaric oxygen therapy when only one hospital in New Orleans had hyperbaric chambers. Dr. Harch discovered he could treat chronic brain injury using HBOT, expanding the clinic's services to treat traumatic brain injury patients and both adult and pediatric patients with various cerebral conditions. Dr. Harch is a hyperbaric medicine, diving, and emergency medicine physician. Patients travel from all over the world to receive hyperbaric oxygen treatment with Dr. Harch. Harch HBOT is Dr. Paul Harch's private practice and specializes in HBOT treatment plans for neurological conditions. Dr. Harch has used hyperbaric oxygen therapy to treat over 100 different conditions, including stroke, dementia, autism, and traumatic brain injury. The clinic uses concepts of conventional hyperbaric oxygen therapy to wounds in the central nervous system. Hyperbaric oxygen treatments involve breathing 100% oxygen inside a pressurized chamber. This process forces oxygen into the blood plasma, which then delivers oxygen to wounds that are low in oxygen, helping them heal. HBOT can enhance the ability of white blood cells to kill bacteria, reduce ischemia-reperfusion injury and pathologic inflammation, and increase neovascularization, granulation tissue, epithelization, and osteogenesis.