Imaging Modes
Imaging modes that meet the demands of preclinical research

A Range of Imaging Modes to Meet Your Needs

Starting by identifying the anatomy of interest in 2D greyscale B-Mode, users can then:

  • Measure tissue motion with M-Mode and Tissue Doppler
  • Capture and analyze exquisitely detailed EKV-Mode images
  • Visualize and quantify blood flow with Doppler modes
  • Quantify tissue perfusion with Contrast modes
  • Quantify 3D volumes with 3D-Mode
  • Visualize and quantify oxygen saturation and hemoglobin levels with PA-Mode

 

Learn more about each imaging mode:

High-frequency Ultrasound Imaging

4D-Mode

B-Mode

M-Mode

Anatomical M-Mode

Power Doppler Mode

Pulsed-wave Doppler Mode

3D-Mode

Contrast Mode

Digital RF-Mode

Tissue Doppler Mode

Color Doppler Mode

ECG and Respiration Gating

EKV

Shear Wave Elastography

 

 

Photoacoustic Imaging, Acoustics & Engineering

Single Wavelength

Oxy-hemo

Spectro

Multi-wavelength

PA EKV

VADA

 

 

Data from all imaging modes can be quickly and easily analyzed using Vevo LAB software.

Advanced data analysis can be performed using Vevo Strain 2.0, Vevo CQ and Vevo Multiplexer software.

Click here for more information on Ultrasound and photoacoustic image acquisition and analysis options.