View clinical trials related to Noninvasive Ventilation.
Filter by:The primary objective of this study is to study the effect of therapeutic education on patient adherence for at-home continuous positive airway pressure (CPAP) or at-home non-invasive ventilation. This first study will use data already present in the Association for Home Assistance and Rehabilitation (APARD) database to compare patients who received therapeutic education with a control group who did not.
Randomized control trial, Ram cannula VS short nasal prongs for delivering Non Invasive Positive Pressure Ventilation (NIPPV) for preterm infants
This study evaluates the ability of high flow nasal cannula versus nasal cannula to oxygenate morbidly obese patients undergoing moderate to deep sedation for gastrointestinal procedures.
Noninvasive ventilation (NIV) weaning strategies differ considerably from one another. These strategies have yet not been compared to each other. Therefore, the investigators planned to perform a prospective, randomized, pilot study involving hypercapnic acute respiratory failure patients ready to be weaned off from NIV. The investigators are going to compare the success rate of NIV weaning and the duration of NIV after randomization between 3 NIV weaning methods: gradual decrease in duration of NIV or level of ventilator support, and abrupt discontinuation of NIV.
Prospective observational study of SNIPPV use in preterm infants of less than 32weeks of gestation from January 2012 to December 2015. Previous respiratory status is analyzed as well as respiratory outcomes and possible secondary side effects. SNIPPV is used to prevent Intubation in Infants in which nCPAP has already failed (Infants that met intubation criteria) and also is used electively for extubation when nCPAP extubation has previously failed or infants with Prolonged mechanical ventilation (more than 15 days) with high respiratory parameters (PMAP > 10 cmH2O and FiO2>35%).
Cardiologists and intensive care specialists are confronted daily with mechanically ventilated patients exhibiting cardiac failure. It is of paramount importance to understand the effect of mechanical ventilation on cardiac function and to interpret echocardiographic findings correctly in order to provide the patient with the best possible treatment to support cardiac and circulatory function. Currently physicians interpret echocardiographic findings based on studies that were performed in spontaneously breathing patients. With this study, the investigators intend to contribute to the understanding of cardiac physiology in patients needing ventilatory support, especially they aim to provide the physiological basis for the interpretation of echocardiographic findings in order to improve medical support (e.g. fluid resuscitation, vasoactive drugs, ventilation strategy) of ventilated patients with impaired cardiovascular function.