Hyperbaric Oxygen Therapy (HBOT) Research for Diabetic Foot Ulcers
Abstract: Mutluoğlu, Uzun, , , , , , , (2009). Can henna prevent ulceration in diabetic feet at high risk? Experimental diabetes research, 2009 ;2009():107496. https://www.ncbi.nlm.nih.gov/pubmed/20016805
Abstract: The main pathological condition in patients with impaired wound healing is diabetes mellitus. These patients have significantly low circulating nitric oxide (NO) levels because the stimulatory action of insulin on NO synthesis is absent. Additionally,...
Abstract: To elucidate how diabetic patients with limb-threatening foot lesions perceive and evaluate content and organisation of treatment in a multi-place hyperbaric oxygen chamber. To our knowledge there are no patients' evaluations of diabetes care in a...
Abstract: Diabetic foot ulceration is full-thickness penetration of the dermis of the foot in a person with diabetes. Severity is classified using the Wagner system, which grades it from 1 to 5. The annual incidence of ulcers among people with diabetes is 2.5-10.7% in...
Abstract: Hyperbaric oxygen therapy (HBO2) increases tissue oxygenation, thus serving as an adjunct therapy for diabetic wounds. However, in some patients there is insufficient increase in tissue O2. To investigate the pathophysiology of insufficient HBO2 and the...
Abstract: The failure of certain wounds to heal (including diabetic foot ulcers) is a significant socioeconomic issue for countries worldwide. There is much debate about the best way to treat these wounds and one approach that is shrouded with controversy is...
Abstract: This study was performed to evaluate the effectiveness of hyperbaric oxygen therapy (HBOT) in the treatment of the infected diabetic foot. Forty-two patients with 44 infected diabetic feet receiving HBOT were divided into two groups. One group of 21 patients...
Abstract: Chronic wounds are a significant socioeconomic problem for governments worldwide. Approximately 15% of people who suffer from diabetes will experience a lower-limb ulcer at some stage of their lives, and 24% of these wounds will ultimately result in...
Abstract: Major complications of diabetes mellitus include lower leg and foot ulcers, which can result in amputation. Further study is needed to determine optimal treatments for these challenging wounds. Growth factor therapy and hyperbaric oxygen (HBO) treatments are...