<p>In this case, the ET measured from the onset to the end of systolic flow of left ventricular outflow tract (LVOT) was 281 ms and PEP measured from the onset of the QRS complex to the onset of LVOT systolic flow was 48 ms (A). The bET measured from the foot to the dicrotic notch of the brachial pulse volume waveform was 279 ms and QS<sub>2</sub> measured from the onset of the QRS complex to the first high-frequency vibrations of the aortic component of the second heart sound was 351 ms. The bPEP automatically calculated by QS<sub>2</sub>– bET was 72 ms (B). The bET was slightly shorter than the ET and the bPEP was longer than the PEP.</p
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
Systolic time interval (STI) is an established noninvasive technique for the assessment of cardiac f...
Left ventricular systolic function is a good indicator of cardiac function and a powerful predictor ...
peer reviewedObjective: Pulse wave velocity measurements are an indicator of arterial stiffness and ...
<p>LVEF, left ventricular ejection fraction; bPEP, brachial pre-ejection period; bET, brachial eject...
Left ventricular ejection time (LVET) is an important component of systolic time intervals. It has b...
PurposeThe pulse-wave-velocity, is used for indirect, cuff-less, continuous blood pressure estimatio...
BACKGROUND:Vascular transit time (VTT) is the propagation time of a pulse wave through an artery; it...
A comparison of left ventricular ejection time (LVET) measured directly from the central aortic pres...
One of the noninvasive methods of evaluating left ventricular performance is the measurement of left...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
Left ventricular ejection time (LVET) is an important component of systolic time intervals. It has b...
Hemodynamic data obtained at cardiac catheterization from 40 patients with valvular aortic stenosis ...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
Systolic time interval (STI) is an established noninvasive technique for the assessment of cardiac f...
Left ventricular systolic function is a good indicator of cardiac function and a powerful predictor ...
peer reviewedObjective: Pulse wave velocity measurements are an indicator of arterial stiffness and ...
<p>LVEF, left ventricular ejection fraction; bPEP, brachial pre-ejection period; bET, brachial eject...
Left ventricular ejection time (LVET) is an important component of systolic time intervals. It has b...
PurposeThe pulse-wave-velocity, is used for indirect, cuff-less, continuous blood pressure estimatio...
BACKGROUND:Vascular transit time (VTT) is the propagation time of a pulse wave through an artery; it...
A comparison of left ventricular ejection time (LVET) measured directly from the central aortic pres...
One of the noninvasive methods of evaluating left ventricular performance is the measurement of left...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
Left ventricular ejection time (LVET) is an important component of systolic time intervals. It has b...
Hemodynamic data obtained at cardiac catheterization from 40 patients with valvular aortic stenosis ...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...
It is possible to accurately measure the left ventricular ejection time from the dZ/dt signal of imp...