Forced Oscillation Technique calculates optimum EPAP as sleep stage and body position change
C. Cain (Pittsburgh, United States of America), S. Cannon-Bailey (Pittsburgh, United States of America), J. Mckenzie (Pittsburgh, United States of America), M. Kissel (Pittsburgh, United States of America), B. Hardy (Pittsburgh, United States of America), P. Nisha (Pittsburgh, United States of America)
Source: Virtual Congress 2020 – New insights into respiratory physiotherapy
Session: New insights into respiratory physiotherapy
Session type: E-poster session
Number: 1276
Disease area: Airway diseases, Respiratory critical care, Sleep and breathing disorders
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C. Cain (Pittsburgh, United States of America), S. Cannon-Bailey (Pittsburgh, United States of America), J. Mckenzie (Pittsburgh, United States of America), M. Kissel (Pittsburgh, United States of America), B. Hardy (Pittsburgh, United States of America), P. Nisha (Pittsburgh, United States of America). Forced Oscillation Technique calculates optimum EPAP as sleep stage and body position change. 1276
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