RationaleMonitoring tidal cycle mechanics is key to lung protection. For this purpose, compliance and driving pressure of the respiratory system are often measured clinically using the plateau pressur

NIAID Data Ecosystem20

Additional file 1: of Continuous monitoring of intrinsic PEEP based on expired CO2 kinetics: an experimental validation study

呼吸力学监测

内源性PEEP监测

Figure S1. Experimental setup in a single-limb circuit configuration. Figure S2. Setup for a double-limb circuit configuration. (ZIP 161 kb)

NIAID Data Ecosystem10

Additional file 1: of Continuous monitoring of intrinsic PEEP based on expired CO2 kinetics: an experimental validation study

呼吸力学监测

儿科机械通气管理

Figure S1. Experimental setup in a single-limb circuit configuration. Figure S2. Setup for a double-limb circuit configuration. (ZIP 161 kb)

Figshare2019-05-29 更新20

Reproducibility of respiratory mechanics measurements in patients on invasive mechanical ventilation

呼吸力学监测

机械通气评估

ABSTRACT Objective: To evaluate the intra- and interexaminer reproducibility of measurements of the resistance and static and dynamic compliance of the respiratory system in patients on mechanical ven

Figshare2020-09-01 更新10

Changes in biomechanical parameters after independent (1:1) ventilation.

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