Maternal cardiovascular function changes dramatically in pregnancy with a first-trimester increase in heart rate, followed by a gradual reduction in vascular resistance and blood pressure, and compensatory increase in both intravascular fluid and cardiac output. Many techniques are now available for measuring cardiac output, vascular resistance, and arterial function including those based on bio-impedance, ultrasound, applanation tonometry, inert gas rebreathing, and Doppler, though there is no ‘gold standard’. The techniques are not interchangeable cross-sectionally, but can be used for serial assessments longitudinally in pregnancy. A knowledge of maternal cardiovascular physiology is essential in making sense of the changes that occur in...
Pregnancy is a physiological state that allows character-ization of cardiac morphological and physio...
<p>A. SV, stroke volume; B. HR, heart rate; C. CO, cardiac output; D. MAP, mean arterial pressure; E...
Profound physiological changes in the maternal cardiovascular system occur shortly after conception....
Maternal cardiovascular function changes dramatically in pregnancy with a first-trimester increase i...
Cardiac output (CO), along with blood pressure and vascular resistance, is one of the most important...
Objectives: Non-invasive assessment of maternal hemodynamics in early pregnancy may be promising in ...
Pregnancy is a dynamic process associated with significant physiological changes in the cardiovascul...
The aim of this study was to investigate cardiac functional status in pregnancy using a comprehensiv...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
Introduction Maternal cardiovascular system adapts to pregnancy, thanks to complex physiological mec...
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 ...
We investigate the relationship between maternal cardiovascular (CV) function and fetal Doppler chan...
Pregnancy is a physiological state that allows character-ization of cardiac morphological and physio...
<p>A. SV, stroke volume; B. HR, heart rate; C. CO, cardiac output; D. MAP, mean arterial pressure; E...
Profound physiological changes in the maternal cardiovascular system occur shortly after conception....
Maternal cardiovascular function changes dramatically in pregnancy with a first-trimester increase i...
Cardiac output (CO), along with blood pressure and vascular resistance, is one of the most important...
Objectives: Non-invasive assessment of maternal hemodynamics in early pregnancy may be promising in ...
Pregnancy is a dynamic process associated with significant physiological changes in the cardiovascul...
The aim of this study was to investigate cardiac functional status in pregnancy using a comprehensiv...
There is strong evidence supporting the role of maternal arterial dysfunction in pregnancy-specific ...
Introduction Maternal cardiovascular system adapts to pregnancy, thanks to complex physiological mec...
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 ...
We investigate the relationship between maternal cardiovascular (CV) function and fetal Doppler chan...
Pregnancy is a physiological state that allows character-ization of cardiac morphological and physio...
<p>A. SV, stroke volume; B. HR, heart rate; C. CO, cardiac output; D. MAP, mean arterial pressure; E...
Profound physiological changes in the maternal cardiovascular system occur shortly after conception....