Topics
mechanical ventilationSoftware
Asynchronous patient-ventilator interaction risks inadequate oxygenation that can cause prolonged mechanical ventilation requirement. Currently, patient-ventilator asynchrony events cannot be automatically detected in real-time and the problem is essentially neglected. This research presents a model-based approach to automatically detect asynchrony events in real-time
During pressure support ventilation, every breath is triggered by the patient. Mismatches between th...
Introduction: In intensive care units (ICU), the most significant life support technology for patien...
Large numbers of asynchronies during pressure support ventilation cause discomfort and higher work o...
Respiratory system modelling can assist clinicians in making clinical decisions during mechanical ve...
Asynchronous interaction between patients and their ventilators is very common. However, the mechani...
Background and objective: Respiratory mechanics estimation can be used to guide mechanical ventilati...
5noBreathing asynchronies are mismatches between the requests of mechanically ventilated subjects an...
Abstract Mechanical ventilation supports the work of breathing, improves gas exchange, and unloads ...
Mechanical ventilation is a supportive treatment commonly applied in critically ill patients. Whenev...
Background: Patient-specific lung mechanics during mechanical ventilation (MV) can be identified fro...
Although severe patient-ventilator asynchrony is frequent during invasive and non-invasive mechanica...
Patients suffering from respiratory failure are often put on assisted mechanical ventilation. Patien...
International audiencePatient-ventilator asynchrony has been associated with adverse outcomes, and p...
9Background: Mechanical ventilation is common in critically ill patients. This life-saving treatment...
Abstract Patient-ventilator asynchronies can occur at any phase throughout the respiratory cycle. B...
During pressure support ventilation, every breath is triggered by the patient. Mismatches between th...
Introduction: In intensive care units (ICU), the most significant life support technology for patien...
Large numbers of asynchronies during pressure support ventilation cause discomfort and higher work o...
Respiratory system modelling can assist clinicians in making clinical decisions during mechanical ve...
Asynchronous interaction between patients and their ventilators is very common. However, the mechani...
Background and objective: Respiratory mechanics estimation can be used to guide mechanical ventilati...
5noBreathing asynchronies are mismatches between the requests of mechanically ventilated subjects an...
Abstract Mechanical ventilation supports the work of breathing, improves gas exchange, and unloads ...
Mechanical ventilation is a supportive treatment commonly applied in critically ill patients. Whenev...
Background: Patient-specific lung mechanics during mechanical ventilation (MV) can be identified fro...
Although severe patient-ventilator asynchrony is frequent during invasive and non-invasive mechanica...
Patients suffering from respiratory failure are often put on assisted mechanical ventilation. Patien...
International audiencePatient-ventilator asynchrony has been associated with adverse outcomes, and p...
9Background: Mechanical ventilation is common in critically ill patients. This life-saving treatment...
Abstract Patient-ventilator asynchronies can occur at any phase throughout the respiratory cycle. B...
During pressure support ventilation, every breath is triggered by the patient. Mismatches between th...
Introduction: In intensive care units (ICU), the most significant life support technology for patien...
Large numbers of asynchronies during pressure support ventilation cause discomfort and higher work o...
Add to ORKG