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This is an AI generated podcast of T.Piehl's lecture notes.
These documents explain key concepts in mechanical ventilation, beginning with the I:E ratio, which compares inspiratory to expiratory time and is typically maintained within a specific range, altered by adjusting factors like flow rate and tidal volume. It is shown how changing these variables affects the I:E ratio. The text then describes various flow waveforms, such as square, accelerating, decelerating, and sine, outlining their characteristics and potential benefits for gas distribution. Finally, the concept of a sigh breath is discussed, noting its historical use and current recommendations for specific situations like before and after procedures or when using small tidal volumes
By Tonya Piehl5
88 ratings
This is an AI generated podcast of T.Piehl's lecture notes.
These documents explain key concepts in mechanical ventilation, beginning with the I:E ratio, which compares inspiratory to expiratory time and is typically maintained within a specific range, altered by adjusting factors like flow rate and tidal volume. It is shown how changing these variables affects the I:E ratio. The text then describes various flow waveforms, such as square, accelerating, decelerating, and sine, outlining their characteristics and potential benefits for gas distribution. Finally, the concept of a sigh breath is discussed, noting its historical use and current recommendations for specific situations like before and after procedures or when using small tidal volumes