In the general population, functional hemodynamic testing, such as that during submaximal aerobic exercise and isometric handgrip, and the cold pressor test, has long been utilized to unmask abnormalities in cardiovascular function. During pregnancy, functional hemodynamic testing places additional demands on an already stressed maternal cardiovascular system. Dysfunctional responses to such tests in early pregnancy may predict the development of hypertensive disorders that develop later in gestation. For each of the above functional hemodynamic tests, these recommendations provide a description of the test, test protocol and equipment required, and an overview of the current understanding of clinical application during pregnancy. Copyright...
Venous hemodynamics and volume homeostasis are important aspects of cardiovascular physiology. Howev...
Venous hemodynamics and volume homeostasis are important aspects of cardiovascular physiology. Howev...
Objective: Maternal cardiovascular adaptations to pregnancy are necessary for an adequate fetomatern...
In the general population, functional hemodynamic testing, such as that during submaximal aerobic ex...
In the general population, functional hemodynamic testing, such as that during submaximal aerobic ex...
In the general population, functional hemodynamic testing, such as that during submaximal aerobic ex...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
Maternal cardiovascular function changes dramatically in pregnancy with a first-trimester increase i...
Pregnancy is a dynamic process associated with significant physiological changes in the cardiovascul...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
Cardiovascular response to passive leg raising (PLR) is useful in assessing preload reserve, but it ...
Objective To test if maternal hemodynamics and bioimpedance, assessed at the time of combined screen...
Background/Aim: Maternal hemodynamic responses (heart rate, systolic and diastolic blood pressure) ...
Venous hemodynamics and volume homeostasis are important aspects of cardiovascular physiology. Howev...
Venous hemodynamics and volume homeostasis are important aspects of cardiovascular physiology. Howev...
Objective: Maternal cardiovascular adaptations to pregnancy are necessary for an adequate fetomatern...
In the general population, functional hemodynamic testing, such as that during submaximal aerobic ex...
In the general population, functional hemodynamic testing, such as that during submaximal aerobic ex...
In the general population, functional hemodynamic testing, such as that during submaximal aerobic ex...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
Maternal cardiovascular function changes dramatically in pregnancy with a first-trimester increase i...
Pregnancy is a dynamic process associated with significant physiological changes in the cardiovascul...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
Cardiovascular response to passive leg raising (PLR) is useful in assessing preload reserve, but it ...
Objective To test if maternal hemodynamics and bioimpedance, assessed at the time of combined screen...
Background/Aim: Maternal hemodynamic responses (heart rate, systolic and diastolic blood pressure) ...
Venous hemodynamics and volume homeostasis are important aspects of cardiovascular physiology. Howev...
Venous hemodynamics and volume homeostasis are important aspects of cardiovascular physiology. Howev...
Objective: Maternal cardiovascular adaptations to pregnancy are necessary for an adequate fetomatern...