3.00 Credits
Introduces students to the basic principles of Doppler physics including the Doppler Effect, Doppler equations, and related diagnostic tests. This course provides an overview of continuous and pulsed wave Doppler including aliasing, Nyquist limit, velocity calculations, and angle correction techniques. Color flow Doppler and tissue imaging, and Power Doppler concepts are also covered. In addition, Cardiac Hemodynamics is presented including the relationship to cardiac anatomy, physiology, and cardiovascular function parameters, as well as quantitative evaluation methods used to evaluate cardiac pathologies. The lab component emphasizes following the steps of the basic scanning protocols. Basic two-dimensional and M-Mode measurement techniques are also discussed and demonstrated. Students are evaluated by competency testing throughout the semester. Enrollment is restricted to students in the Cardiovascular Sonography Technology AS Program. Prerequisite: MATH 111 with a grade of C or higher. Corequisite: CVT 221.
Prerequisite:
( MATH 111 ) & CVT 221 & CVT 223
Corequisite:
CVT 221, CVT 223