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Comparison of Cardiac Output Measurements [PDF]
, 2018 Colon, Angela, BSN, RN +2 more
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Comment on: "A novel 'shunt fraction' method to derive native cardiac output during liberation from central VA ECMO" by Lim, HS. [PDF]
ESC Heart FailBachmann KF +5 more
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Regulation of Cardiac Output [PDF]
Anesthesiology, 1967 MOST physicians are surprised to learn that the heart has relatively little effect on the normal regulation of cardiac output, but all the physician has to do is to look at his patients, and he will see that this is true. He will see a patient with mitral valvular disease whose heart has a maximum pumping ability no greater than one third normal, but ...
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AACN Advanced Critical Care, 1993
Critical care nurses frequently are involved in obtaining cardiac output measurements and in using these data to assess and to plan therapy. This article reviews the physiologic determinants of cardiac output and the clinical factors that influence these determinants.
Susan Osguthorpe, Susan L. Woods
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Critical care nurses frequently are involved in obtaining cardiac output measurements and in using these data to assess and to plan therapy. This article reviews the physiologic determinants of cardiac output and the clinical factors that influence these determinants.
Susan Osguthorpe, Susan L. Woods
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Current Opinion in Anaesthesiology, 2009
The primary goal of hemodynamic therapy is the prevention of inadequate tissue perfusion and inadequate oxygenation. Advanced cardiovascular monitoring is a prerequisite to optimize hemodynamic treatment in critically ill patients prone to cardiocirculatory failure. The most ideal cardiac output (CO) monitor should be reliable, continuous, noninvasive,
Eric E. C. de Waal +2 more
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The primary goal of hemodynamic therapy is the prevention of inadequate tissue perfusion and inadequate oxygenation. Advanced cardiovascular monitoring is a prerequisite to optimize hemodynamic treatment in critically ill patients prone to cardiocirculatory failure. The most ideal cardiac output (CO) monitor should be reliable, continuous, noninvasive,
Eric E. C. de Waal +2 more
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Nature, 1959
THE determination of cardiac output by the dye dilution techniques requires the taking of serial arterial blood samples at short regular intervals. Direct puncture of the brachial artery of cattle1 enables such samples to be collected. T.1824 (Evans blue) was injected into the jugular vein of the subjects at a dose of approximately 0.40 mgm./kgm.
E.W. Fisher, R.G. Dalton
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THE determination of cardiac output by the dye dilution techniques requires the taking of serial arterial blood samples at short regular intervals. Direct puncture of the brachial artery of cattle1 enables such samples to be collected. T.1824 (Evans blue) was injected into the jugular vein of the subjects at a dose of approximately 0.40 mgm./kgm.
E.W. Fisher, R.G. Dalton
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Nature, 1959
IN a previous communication we described the determination of the cardiac output in cattle by an injection method using T.1824 as the intravascular indicator1. The same method was used to determine the cardiac output in horses. The technique used for obtaining arterial blood samples from the brachial artery of horses was that described by Fisher2, and ...
E.W. Fisher, R.G. Dalton
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IN a previous communication we described the determination of the cardiac output in cattle by an injection method using T.1824 as the intravascular indicator1. The same method was used to determine the cardiac output in horses. The technique used for obtaining arterial blood samples from the brachial artery of horses was that described by Fisher2, and ...
E.W. Fisher, R.G. Dalton
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Clinical Science, 2004
Portapres® derives continuous estimates of cardiac output from the peripheral pulse and has the potential to be an extremely valuable physiological and clinical tool. We assessed Portapres® estimates of cardiac output in healthy subjects at rest, during maximal treadmill exercise (n=8) and during decreases caused by orthostatic stress (n=8). Comparison
Jonathan P. Diesch +3 more
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Portapres® derives continuous estimates of cardiac output from the peripheral pulse and has the potential to be an extremely valuable physiological and clinical tool. We assessed Portapres® estimates of cardiac output in healthy subjects at rest, during maximal treadmill exercise (n=8) and during decreases caused by orthostatic stress (n=8). Comparison
Jonathan P. Diesch +3 more
openaire +3 more sources