Simultaneous right and left ventricular pressure measurements can identify various aspects of myocardial dysfunction, including intracardiac conduction defects and right ventricular dysfunction.
Simultaneous biventricular pressure measurement is a useful diagnostic tool for identifying complex cardiac pathophysiologies, including conduction defects and ventricular dysfunction.
In addition to demonstrating constrictive and restrictive cardiac physiology, simultaneous right and left ventricular pressure measurements can be helpful to identify various aspects of myocardial dysfunction. Intracardiac conduction defects will displace the right ventricular pressure under the left ventricular pressure upstroke and identify differences in the timing of ventricular contraction. Right ventricular dysfunction will also produce abnormal right ventricular pressure waveforms which may overlap left ventricular pressure and contribute to abnormalities in right atrial and ventricular pressure waveforms.
Kern et al. (Fri,) conducted a review in Cardiac pathophysiology and myocardial dysfunction. Simultaneous left and right ventricular pressure measurements was evaluated. Simultaneous right and left ventricular pressure measurements can identify various aspects of myocardial dysfunction, including intracardiac conduction defects and right ventricular dysfunction.
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