Project Description: Achieving global targets for child mortality reduction in low- and middle-income countries (LMlCs) requires improvements in the detection and management of severely ill children. Use of pulse oximetry at hospitals/PHC saves lives and resources, and devices are being scaled up worldwide. Next generation pulse oximeters (PO) are also in development to integrate additional functionality such as respiratory rate and temperature measurement. This study aims to provide evidence on next generation multimodal PO devices through a... Achieving global targets for child mortality reduction in low- and middle-income countries (LMlCs) requires improvements in the detection and management of severely ill children. Use of pulse oximetry at hospitals/PHC saves lives and resources, and devices are being scaled up worldwide. Next generation pulse oximeters (PO) are also in development to integrate additional functionality such as respiratory rate and temperature measurement. This study aims to provide evidence on next generation multimodal PO devices through a mixed methods diagnostic accuracy and implementation study in Tanzania.
Principal Investigator : Grace Mhalu
Department Name :
Time frame: (2022-03-28) - (2024-03-31)