This proposed study aim to: 1. Determine intra-LV pressure-time profile non-invasively using recently developed echo Doppler VFM analysis and applanation tonometry and myocardial elastic properties, in HF subjects (both HFNEF and HFREF) compared to normal volunteers. 2. Correlate calculated intra-LV pressure parameters with NT ProBNP levels.
Heart failure (HF) is a common disease and its syndrome is difficult to diagnose. HF with reduced ejection fraction (HFREF) may be diagnosed based on impaired LVEF (\<50%). However, diagnosis of HF with normal ejection fraction (HFNEF) is mainly based on the presence of signs and symptoms. Central to diagnosis of HF is estimation of intra-cardiac pressure, which can only be obtained from invasive catheterization. This proposed study aim to: 1. Determine intra-LV pressure-time profile non-invasively using recently developed echo Doppler VFM analysis and applanation tonometry and myocardial elastic properties, in HF subjects (both HFNEF and HFREF) compared to normal volunteers. 2. Correlate calculated intra-LV pressure parameters with NT ProBNP levels.
Study Type
OBSERVATIONAL
Enrollment
75
To assess its level in the blood, as a marker of heart failure presence and severity.
To measure heart chamber size, heart function, blood vessel size and blood vessel function. These measurements will help us understand the type and severity of heart failure.
A noninvasive method to obtain arterial pressure waveform.
National Heart Centre Singapore
Singapore, Singapore, Singapore
First occurrence of cardiovascular event
Time frame: 1 Year
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