Specifications

Rev 1.1 VisualSonics Vevo 2100 Imaging System Operator Manual 39
Chapter 4: How the Vevo 2100 Imaging System works
 Identifying vascular structures that can be more difficult to identify in other
ultrasound mode image data
Related information
 Mode window workspace (page 44)
 Acquiring Color Doppler Mode images (page 305)
 Analyzing Color Doppler Mode images (page 315)
3D-Mode overview
3D-Mode provides a three-dimensional view of an area of interest. The system
acquires the 3D data by creating a rapid series of B-Mode slices, then combining
these slices into a whole image.
You can then use the analysis tools to manipulate the three-dimensional
renderings and make volumetric measurements of the structures you are
interested in.
Related information
 Mode window workspace (page 44)
 Acquiring 3D-Mode images (page 275)
 Analyzing 3-D Mode images (page 288)
Power Doppler Mode overview
Power Doppler Mode provides tools to visualize and measure flow in 2D and/or
3D. This mode is useful for applications such as detecting vascularity in and
around orthotopic and subcutaneous tumors and producing a measure of relative
quantification.
Related information
 Mode window workspace (page 44)
 Acquiring Power Doppler Mode images (page 321)
 Analyzing Power Doppler Mode images (page 333)
Contrast Mode overview
Contrast Mode imaging provides tools to detect and quantify vascular structures
and dynamics at the molecular level in two dimensions or three dimensions.
This mode is useful in cancer, vascular and cardiology research for real-time in
vivo applications such as: