Laboratory

of Biorheology et and

Medical Ultrasonics

• A multimodality vascular imaging phantom;

• A method to automatically segment the atherosclerotic vascular wall from intravascular ultrasound images;

• Methods to characterize mechanical properties of vascular tissues with ultrasound elastography.  This technology regroups three applications:

   

  • Non-invasive vascular ultrasound elastography (NIVE);

  • Non-invasive microvascular ultrasound elastography (MicroNIVE);

  • Endovascular ultrasound elastography (EVE);

• A method to segment the vascular wall and atherosclerotic plaques from ultrasonic B-mode images;

• A method to measure in vivo with ultrasound the extent of red blood cell aggregation;

• A method to measure the structure of normal and pathological tendons from ultrasonic B-mode images.

We strive to develop profitable and long term business relationships with companies wishing to maintain or improve their competitive position in their industry by having access to cutting edge technologies developed by renown scientists of the LBUM.

 

We invite you to familiarise yourself with the different technologies available for licensing from the technology pages listed above.  For further information, please contact one of the professionals at  VAL-CHUM or Univalor.