Positive pressure ventilation (PPV) may lead to significant hemodynamic alterations. The cardiocirculatory effects of PPV occur through alterations in the loading conditions of the right and left ventricle and are mediated by changes in intrathoracic pressures and in lung volume. However, the net effect of PPV on cardiac output and hemodynamics is not always predictable. PPV may lead to either a decrease or an increase in cardiac performance. The cardiac consequences of PPV are also dependent on baseline loading conditions and contractile function of the heart.Peer Reviewe
Positive-pressure ventilation (PPV) may affect left ventricular (LV) performance by altering both LV...
The management of critically ill patients requires a fundamental understanding of cardiopulmonary in...
The overall effect of artificial ventilation on cardiovascular performance has not been completely d...
Positive pressure ventilation (PPV) may lead to significant hemodynamic alterations. The cardiocircu...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
Positive-pressure ventilation may improve gas exchange, decrease the work-cost of breathing, and res...
Clinical applications of heart-lung interactions have centered on the impact of ventilation on regio...
Changes in lung volume determine Ppc and Ppl. PLV strategies do not alter hemodynamics but result in...
In this review, the various interactions between heart and lung that occur during positive-pressure ...
Mechanical ventilation and positive end-expiratory pressure (PEEP) are considered to be the cornerst...
Cardiopulmonary interactions induced by mechanical ventilation are complex and only partly understoo...
Positive-pressure ventilation (PPV) may affect left ventricular (LV) performance by altering both LV...
Positive pressure inspiration induces time-dependent changes in central hemodynamics, which are diss...
The pulmonary and cardiovascular systems have profound effects on each other. Overall cardiac functi...
Positive-pressure ventilation (PPV) may affect left ventricular (LV) performance by altering both LV...
The management of critically ill patients requires a fundamental understanding of cardiopulmonary in...
The overall effect of artificial ventilation on cardiovascular performance has not been completely d...
Positive pressure ventilation (PPV) may lead to significant hemodynamic alterations. The cardiocircu...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
Positive-pressure ventilation may improve gas exchange, decrease the work-cost of breathing, and res...
Clinical applications of heart-lung interactions have centered on the impact of ventilation on regio...
Changes in lung volume determine Ppc and Ppl. PLV strategies do not alter hemodynamics but result in...
In this review, the various interactions between heart and lung that occur during positive-pressure ...
Mechanical ventilation and positive end-expiratory pressure (PEEP) are considered to be the cornerst...
Cardiopulmonary interactions induced by mechanical ventilation are complex and only partly understoo...
Positive-pressure ventilation (PPV) may affect left ventricular (LV) performance by altering both LV...
Positive pressure inspiration induces time-dependent changes in central hemodynamics, which are diss...
The pulmonary and cardiovascular systems have profound effects on each other. Overall cardiac functi...
Positive-pressure ventilation (PPV) may affect left ventricular (LV) performance by altering both LV...
The management of critically ill patients requires a fundamental understanding of cardiopulmonary in...
The overall effect of artificial ventilation on cardiovascular performance has not been completely d...