5 Questions
What is one advantage of ultrasound as an imaging tool for flow hemodynamics?
It allows for real-time imaging
Which flow technologies are available on the LOGIQ E10 Series and LOGIQ Fortis ultrasound systems?
Color Flow Power Doppler Imaging
What information does the color flow (CF) mode provide within the region of interest (ROI)?
Average velocity and direction of flow
How does CF differ from Continuous Wave (CW) Doppler in terms of range ambiguity?
CF avoids range ambiguity by intermittent sampling
What is the purpose of the wall motion filter (WMF) in color flow imaging?
To differentiate true flow and clutter
Study Notes
Ultrasound Imaging in Flow Hemodynamics
- One advantage of ultrasound as an imaging tool for flow hemodynamics is its ability to provide detailed information on blood flow.
Flow Technologies on LOGIQ E10 Series and LOGIQ Fortis
- The LOGIQ E10 Series and LOGIQ Fortis ultrasound systems offer various flow technologies.
Color Flow (CF) Mode
- The color flow (CF) mode provides information on velocity and direction of blood flow within the region of interest (ROI).
- CF mode displays flow data in a color-encoded format, allowing for visualization of flow patterns.
Color Flow (CF) vs Continuous Wave (CW) Doppler
- CF differs from Continuous Wave (CW) Doppler in terms of range ambiguity, as CF is less prone to range ambiguity due to its pulsed wave nature.
Wall Motion Filter (WMF) in Color Flow Imaging
- The purpose of the wall motion filter (WMF) in color flow imaging is to suppress clutter and artifacts caused by tissue motion, allowing for clearer visualization of blood flow.
Explore the capabilities of ultrasound for assessing flow hemodynamics and the variety of flow technologies available on the LOGIQ™ E10 Series and LOGIQ Fortis ultrasound systems by GE Healthcare.
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