Clinical applications of heart-lung interactions have centered on the impact of ventilation on regional blood flow and the measures of cardiovascular responsiveness to both positive end-expiratory pressure and fluid resuscitation. These new and exciting applications of established physiology provide new therapeutic options for the caregiver with reduced risk for complications in the patient. This review illustrates several of these studies within the context of known cardiopulmonary physiology. © 2002 Lippincott Williams & Wilkins, Inc
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
This book describes the basic, pathophysiologic, and clinical importance of the reciprocal relations...
PURPOSE OF REVIEW: Assessment of cardiovascular stability using ventilation-induced changes in measu...
Clinical applications of heart-lung interactions have centered on the impact of ventilation on regio...
Clinical applications of heart-lung interactions have centered on the impact of ventilation on regio...
Heart lung interactions can be used clinically to assist in the evaluation of cardiac function. Appl...
Loss in blood volume due to bleeding or critical illness may be difficult to detect based on clinica...
The hemodynamic consequences of both spontaneous and positive-pressure ventilation may be profound a...
Critically ill patients with the need for mechanical ventilation show complex interactions between r...
The hemodynamic effects of mechanical ventilation can be grouped into three clinically relevant conc...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
SUMMARY A review of mechanical cardiopulmonary interactions is presented and some extrapolations are...
In patients with acute lung injury, high levels of positive end-expiratory pressure (PEEP) may be ne...
The pulmonary and cardiovascular systems have profound effects on each other. Overall cardiac functi...
The cardiocirculatory-respiratory system is a complex and highly integrated system that balances the...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
This book describes the basic, pathophysiologic, and clinical importance of the reciprocal relations...
PURPOSE OF REVIEW: Assessment of cardiovascular stability using ventilation-induced changes in measu...
Clinical applications of heart-lung interactions have centered on the impact of ventilation on regio...
Clinical applications of heart-lung interactions have centered on the impact of ventilation on regio...
Heart lung interactions can be used clinically to assist in the evaluation of cardiac function. Appl...
Loss in blood volume due to bleeding or critical illness may be difficult to detect based on clinica...
The hemodynamic consequences of both spontaneous and positive-pressure ventilation may be profound a...
Critically ill patients with the need for mechanical ventilation show complex interactions between r...
The hemodynamic effects of mechanical ventilation can be grouped into three clinically relevant conc...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
SUMMARY A review of mechanical cardiopulmonary interactions is presented and some extrapolations are...
In patients with acute lung injury, high levels of positive end-expiratory pressure (PEEP) may be ne...
The pulmonary and cardiovascular systems have profound effects on each other. Overall cardiac functi...
The cardiocirculatory-respiratory system is a complex and highly integrated system that balances the...
Artificial ventilation using intermittent positive airway pressure is the mainstay support of patien...
This book describes the basic, pathophysiologic, and clinical importance of the reciprocal relations...
PURPOSE OF REVIEW: Assessment of cardiovascular stability using ventilation-induced changes in measu...