Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
Join this cardiovascular imaging webcast to explore the fundamental principles and clinical applications of the Doppler equation in echocardiography and multi-modality imaging. Learn from Dr. Nagueh as he breaks down the mathematical foundation of Doppler ultrasound, explaining how velocity measurements are derived from frequency shifts and how these calculations translate into clinically meaningful hemodynamic assessments. Discover practical applications of the Doppler equation in evaluating cardiac function, including assessment of valvular stenosis and regurgitation, measurement of cardiac output, estimation of intracardiac pressures, and evaluation of diastolic function. Understand how to optimize Doppler interrogation angles, interpret spectral Doppler waveforms, and apply correction factors to ensure accurate velocity measurements. Explore the integration of Doppler principles across different imaging modalities and gain insights into troubleshooting common technical challenges encountered in clinical practice. This educational session provides essential knowledge for cardiovascular imaging specialists, cardiologists, and sonographers seeking to enhance their understanding of Doppler physics and improve their diagnostic accuracy in cardiac imaging.
