The intervals between the two components of the second heart sound (A2-P2), measured from the phonocardiograms of 50 patients with severe aortic regurgitation, were compared with those of 57 normal subjects. During expiration the second sound was single or closely split in both groups. Inspiratory augmentation of the A2-P2 interval of less than 0.02 sec occurred in one normal subject (2%) and in 42 patients with aortic regurgitation (86%). Thus the great majority of patients with severe aortic regurgitation had either a single or a closely split second heart sound during both phases of respiration. The mean Q-A2 intervals (rate corrected) of 30 patients, in whom severe aortic regurgitation was documented by contrast angiographic studies, we...
The influence of transmitral filling dynamics on the evaluation of aortic regurgitation (AR) by cont...
A sensitive technic for frequency analysis of the first heart sound (Sl) during isovolumic contracti...
A novel algorithm to separate S2 heart sounds into their aortic and pulmonary components is proposed...
The amplitude of the pulmonic component of the second sound in aortic stenosis was studied in 49 pat...
Second heart sound (S2) splitting results from nonsimultaneous closures between aortic (A2) and pulm...
The second heart sound consists of aortic and pulmonary components. Analysis on the changes of the s...
SUMMARY We report a new method of detection of the timing of the aortic and pulmonary valve closure ...
This is a retrospective study of 25 patients with secundum-type of ASD, confirmed by catheterization...
The intensity of the heart sound depends upon: 1) the distensibility of the aortic and pulmonary val...
Phonocardiograms and carotid pulse tracings were done on a group of 47 patients with all degrees of ...
CITATION: Pecoraro, A. J., Doubell, A. F. & Herbst, P. G. 2017. Double atrial heart sound in a patie...
Fatty infiltration causing changes in the silastic poppet of the Model 1000 series Starr-Edwards aor...
AIMS: Heart failure with preserved ejection fraction (HFpEF) is associated with stiffened myocardium...
A 72 year old woman was thought to have a paradoxically split second heart sound. Echocardiography w...
A reduction in the intensity of the heart sounds is a familiar sequel to myocardial infarction. Soun...
The influence of transmitral filling dynamics on the evaluation of aortic regurgitation (AR) by cont...
A sensitive technic for frequency analysis of the first heart sound (Sl) during isovolumic contracti...
A novel algorithm to separate S2 heart sounds into their aortic and pulmonary components is proposed...
The amplitude of the pulmonic component of the second sound in aortic stenosis was studied in 49 pat...
Second heart sound (S2) splitting results from nonsimultaneous closures between aortic (A2) and pulm...
The second heart sound consists of aortic and pulmonary components. Analysis on the changes of the s...
SUMMARY We report a new method of detection of the timing of the aortic and pulmonary valve closure ...
This is a retrospective study of 25 patients with secundum-type of ASD, confirmed by catheterization...
The intensity of the heart sound depends upon: 1) the distensibility of the aortic and pulmonary val...
Phonocardiograms and carotid pulse tracings were done on a group of 47 patients with all degrees of ...
CITATION: Pecoraro, A. J., Doubell, A. F. & Herbst, P. G. 2017. Double atrial heart sound in a patie...
Fatty infiltration causing changes in the silastic poppet of the Model 1000 series Starr-Edwards aor...
AIMS: Heart failure with preserved ejection fraction (HFpEF) is associated with stiffened myocardium...
A 72 year old woman was thought to have a paradoxically split second heart sound. Echocardiography w...
A reduction in the intensity of the heart sounds is a familiar sequel to myocardial infarction. Soun...
The influence of transmitral filling dynamics on the evaluation of aortic regurgitation (AR) by cont...
A sensitive technic for frequency analysis of the first heart sound (Sl) during isovolumic contracti...
A novel algorithm to separate S2 heart sounds into their aortic and pulmonary components is proposed...