Measurement of mean lung volume (MLV) in high-frequency oscillatory ventilation (HFO)
may be useful for optimizing the high lung volume strategy, but has not been available until …

Rationale: The importance of applying high-frequency oscillatory ventilation with a high lung
volume strategy in infants is well established. Currently, a lack of reliable methods for …

Objectives: During high-frequency oscillatory ventilation, an understanding of the
relationship between lung volume and lung mechanics may help clinicians better apply …

High-frequency ventilation has been used successfully to manage life-threatening
complications in premature infants with lung disease. Here we report a preliminary …

Prematurely born infants supported by conventional ventilation (CV) frequently have
abnormal pulmonary function when assessed in childhood. The aim of this study was to test …

OBJECTIVES: Clinicians have little guidance on the time needed before assessing the effect
of a mean airway pressure change during high-frequency oscillatory ventilation. We aimed …

Objective To characterize changes in lung mechanics and right ventricular output (RVO)
during incremental/decremental continuous distending pressure (CDP) maneuvers in …

Objectives Although adding volume guarantee (VG) to conventional ventilation has been a
well-established respiratory management for preterm infants, the evidence of VG combined …

Objective To assess the hemodynamic effects of high mean proximal airway pressures
(Paw) during high-frequency oscillatory ventilation (HFOV) in non-neonatal pediatrics …

Twelve infants, median gestational age 27 weeks and postnatal age 1 day, were examined
to determine whether oxygenation improves on transfer to high frequency oscillation (HFO) …