Title :
The effectiveness and sustainability of appropriate technology for managing hypoxaemia in remote hospitals in Papua New Guinea
Author :
Peel, D. ; Matai, S. ; Wandi, F. ; Jonathan, M. ; Subhi, R. ; Duke, T.
Author_Institution :
Ashdown Consultants, Hartfield
Abstract :
Pneumonia is the most common cause of death among children and infants in Papua New Guinea (PNG) . The lethal complication is usually hypoxaemia. Pulse oximeters provide an effective , non-invasive method for the detection of hypoxaemia so that high-risk patients can be identified quickly and given oxygen. Oxygen can be supplied from an oxygen concentrator wherever mains power is available. In 2006 we reported on technical aspects of a programme to install pulse oximeters and oxygen concentrators in 5 rural hospitals in PNG . We aimed to assess whether or not this equipment could make a significant difference to child survival rates and to document what was required to incorporate such technology into everyday clinical practice and to sustain it.
Keywords :
biomedical engineering; diseases; health care; oximetry; paediatrics; Papua New Guinea; child survival rate; hypoxaemia; oxygen concentrator; pneumonia; pulse oximeter; remote hospital management; sustainability; Oxygen concentrators; biomedical engineering; children; developing countries; effectiveness; fire safety; hypoxaemia; pneumonia; pulse oximetry; rural hospitals; sustainability;
Conference_Titel :
Appropriate Healthcare Technologies for Developing Countries, 2008. AHT 2008. 5th IET Seminar on
Conference_Location :
London
Print_ISBN :
978-0-86341-916-4