Ultrasound physics

Abstract

Success in phlebology is predicated on the quality and accuracy of the ultrasound imaging and Doppler data pre-intervention, during intervention, and post-intervention. In order to avoid errors, image quality must be optimized, Doppler must be performed and interpreted correctly, and artifacts must be recognized and minimized. These requirements are met often through manipulation of scanning technique as well as changing instrument control settings. Taken together, these requirements designate that both foundational physics and ultrasound instrumentation must be well understood to ensure high-quality patient care. As such, the starting point for phlebology is a treatment in ultrasound physics and instrumentation.