Ready access to physiologic measures, including respiratory mechanics, lung volumes, and
ventilation/perfusion inhomogeneity, could optimize the clinical management of the critically …

Objective: To describe the frequency and type of patient-ventilator asynchrony in
mechanically ventilated children by analyzing ventilator flow and pressure signals. Design …

Although there has been an increase in bench test evaluation of mechanical ventilators in
recent years, a publication gap remains in assessing Pressure Control Continuous …

Findings from manikin‐based studies on ventilation are commonly directly extrapolated to
clinical practice. The aim of this study was to determine how the use of manikins affects …

Background Turbine-powered ventilators are not only designed for long-term ventilation at
home but also for hospital use. It is important to verify their capabilities in delivering fraction …

The role of noninvasive ventilation in CF patients in chronic respiratory failure is established,
but future prospective studies are needed to determine further indications and optimal timing …

OBJECTIVES: To explore the level and time course of patient-ventilator asynchrony in
mechanically ventilated children and the effects on duration of mechanical ventilation, PICU …

An automatic ventilator is used to treat patient who has abnormality in respiratory system or
spontaneous ventilation is not enough to maintain blood oxygen and carbondioxide level in …

Artificial ventilation by using an automatic ventilator is a standard treatment for a patient who
has an abnormality in his respiratory system or his own spontaneous breathing is not …

Background Endotracheal tubes used for neonates are not as resistant to breathing as
originally anticipated; therefore, spontaneous breathing trials (SBTs) with continuous …