Background: Diabetic foot together with open wounds in distal type peripheral arterial disease constitutes a challenge in therapeutic planning. Ozone therapy may unveil new horizons in management. Case Report: A 67-ye...Background: Diabetic foot together with open wounds in distal type peripheral arterial disease constitutes a challenge in therapeutic planning. Ozone therapy may unveil new horizons in management. Case Report: A 67-year-old woman with diabetes mellitus was applied with open wounds at the bottom of her foot with purulent discharge, with a decision for above ankle amputation. She had had numerous interventions for her wounds including metatarsal amputations due to osteomyelitis and had been on an intense treatment including antibiotics, insulin, antihypertensives and antiaggregants. Angiogram revealed diffuse peripheral arterial disease in lower extremities. All medication but antihypertensives was stopped. She received major medical ozone application as 2000 gamma/session i.v. for 2 weeks, external ozone sac application starting from 60 and dropping to 30 gamma/session for 3 weeks and ozone insuflation 40 gamma/session for 10 sessions. Her purulent discharge ceased after the third session and the atonic debris of the wounds exfoliated, the wounds healed from the base towards the surface of the skin. She was then put on cilostazol and clopidogrel therapy. Conclusion: By being one of the known strongest bactericide, virucide, and fungicide elements, medical ozone therapy stimulates and upregulates the antioxidant system of the body with its hormesis effects. After the cessation of all circulatory system supporting medication (as their interaction with ozone is not clear yet), appropriate ozone therapy may bring new horizons for patients when all classically known methods of treatment have been completed, before assigning the patients for amputation.展开更多
文摘Background: Diabetic foot together with open wounds in distal type peripheral arterial disease constitutes a challenge in therapeutic planning. Ozone therapy may unveil new horizons in management. Case Report: A 67-year-old woman with diabetes mellitus was applied with open wounds at the bottom of her foot with purulent discharge, with a decision for above ankle amputation. She had had numerous interventions for her wounds including metatarsal amputations due to osteomyelitis and had been on an intense treatment including antibiotics, insulin, antihypertensives and antiaggregants. Angiogram revealed diffuse peripheral arterial disease in lower extremities. All medication but antihypertensives was stopped. She received major medical ozone application as 2000 gamma/session i.v. for 2 weeks, external ozone sac application starting from 60 and dropping to 30 gamma/session for 3 weeks and ozone insuflation 40 gamma/session for 10 sessions. Her purulent discharge ceased after the third session and the atonic debris of the wounds exfoliated, the wounds healed from the base towards the surface of the skin. She was then put on cilostazol and clopidogrel therapy. Conclusion: By being one of the known strongest bactericide, virucide, and fungicide elements, medical ozone therapy stimulates and upregulates the antioxidant system of the body with its hormesis effects. After the cessation of all circulatory system supporting medication (as their interaction with ozone is not clear yet), appropriate ozone therapy may bring new horizons for patients when all classically known methods of treatment have been completed, before assigning the patients for amputation.
