Assessment of tcpO₂ before and during hyperbaric oxygen treatment predicts the chance for a successful outcome.

The possibility of continuously monitoring arterial blood oxygen and carbon dioxide using heated surface electrodes on human skin was discovered in the early 1970s and made commercially available by 1976.  These devices were applied initially to premature infants in an effort to reduce the incidence of blindness due...

Measurement of transcutaneous oxygen tension (tcpO₂) has gained worldwide acceptance as a simple and effective method of evaluating cutaneous blood flow in settings where skin viability and the adequacy of skin blood flow are of major concern. An example of such a setting is the non-invasive vascular laboratory at...

Application of wound healing management algorithms in hyperbaric oxygen therapy improve clinical outcomes and, at the same time, markedly reduce expenditures.

Transcutaneous oxygen measurements play an important role in the evaluation and management of problem wounds. No precise threshold or target values exist for the prediction of outcome, and it is quite possible that each wound will have highly individualized oxygen dose requirements. Correction of ambient dermal oxygen ...

Transcutaneous monitoring of carbon dioxide plays an important role during short-term and long-term treatments for ventilatory failure. Progress during short-term treatments can be judged through tcpCO₂ recordings - especially to avoid crash reintubation of patients who have been weaned off invasive ventilation....