This article highlights the significance of measuring plateau pressure in spontaneously breathing patients as it provides valuable information about PMI (Pmusc Index), which serves as a surrogate for the patient's efforts during mechanical ventilation. The PMI value obtained from the difference between the end-inspiratory occlusion plateau pressure and the airway pressure before the occlusion (PEEP + PS) enables clinicians to estimate the patient's inspiratory effort accurately. The accurate measurement of patient efforts is crucial in optimizing pressure support during lung protective weaning strategies. By titrating pressure support based on PMI values, clinicians can provide personalized care to patients, reducing the risk of ...
BACKGROUND: Respiratory system modelling can aid clinical decision making during mechanical ventilat...
Rationale: Maximal inspiratory pressure (MIP) is an accepted effort-dependent measure of global insp...
Low tidal volume (VT 6 ml/predicted body weight) pressure limited (plateau pressure <30 cmH2O) prote...
Abstract This article highlights the significance of measuring plateau pressure in spontaneously...
Purpose: An inspiratory hold during patient-triggered assisted ventilation potentially allows to mea...
Abstract Background During Pressure Support Ventilation (PSV) an inspiratory hold allows to measure ...
We evaluated the end-inspiratory occlusion maneuver as a means to estimate the inspiratory effort du...
Introduction: Plateau airway pressure is thought to reflect end-inspiratory alveolar pressure. If th...
Severe airflow obstruction is a common cause of acute respiratory failure. Dynamic hyperinflation af...
BACKGROUND: Guidelines suggest a plateau pressure (PPLAT) of 30 cm H(2)O or less for patients wit...
Controlled mechanical ventilation (CMV) with positive end-expiratory pressure (PEEP) has been shown ...
OBJECTIVES: To calculate an index (termed Pmusc/Eadi index) relating the pressure generated by the r...
Abstract BACKGROUND:: Guidelines suggest a plateau pressure (PPLAT) of 30 cm H2O or less for patie...
Objective Clinicians cannot precisely determine the time for withdrawal of ventilation. We aimed to ...
OBJECTIVES: To calculate an index (termed Pmusc/Eadi index) relating the pressure generated by the r...
BACKGROUND: Respiratory system modelling can aid clinical decision making during mechanical ventilat...
Rationale: Maximal inspiratory pressure (MIP) is an accepted effort-dependent measure of global insp...
Low tidal volume (VT 6 ml/predicted body weight) pressure limited (plateau pressure <30 cmH2O) prote...
Abstract This article highlights the significance of measuring plateau pressure in spontaneously...
Purpose: An inspiratory hold during patient-triggered assisted ventilation potentially allows to mea...
Abstract Background During Pressure Support Ventilation (PSV) an inspiratory hold allows to measure ...
We evaluated the end-inspiratory occlusion maneuver as a means to estimate the inspiratory effort du...
Introduction: Plateau airway pressure is thought to reflect end-inspiratory alveolar pressure. If th...
Severe airflow obstruction is a common cause of acute respiratory failure. Dynamic hyperinflation af...
BACKGROUND: Guidelines suggest a plateau pressure (PPLAT) of 30 cm H(2)O or less for patients wit...
Controlled mechanical ventilation (CMV) with positive end-expiratory pressure (PEEP) has been shown ...
OBJECTIVES: To calculate an index (termed Pmusc/Eadi index) relating the pressure generated by the r...
Abstract BACKGROUND:: Guidelines suggest a plateau pressure (PPLAT) of 30 cm H2O or less for patie...
Objective Clinicians cannot precisely determine the time for withdrawal of ventilation. We aimed to ...
OBJECTIVES: To calculate an index (termed Pmusc/Eadi index) relating the pressure generated by the r...
BACKGROUND: Respiratory system modelling can aid clinical decision making during mechanical ventilat...
Rationale: Maximal inspiratory pressure (MIP) is an accepted effort-dependent measure of global insp...
Low tidal volume (VT 6 ml/predicted body weight) pressure limited (plateau pressure <30 cmH2O) prote...