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VisualSonics & University of British Columbia

Preclinical Micro-ultrasound Imaging Workshop

 


Tuesday, Febuary 14th, 2012 - Cardiovascular Focus

&

Thursday, February 16th, 2012 - Cancer / Abdominal Organ Focus


A live demonstration of the Vevo 2100 system.


Join us to learn about new advancements in cardiovascular & cancer applications for micro-ultrasound imaging.


 
 Tentative schedule     February 14 & 16, 2012
(Tue & Thu)
     
 9:00am - 12:00pm   Presentations 
 12:00pm - 1:00pm   Lunch * 
 1:00pm - 5:00pm   Live Imaging Session 
     
 * Registration needed for food count
     
 Location   St. Paul's Hospital
     
 Date   February 14 & 16, 2012 
     
 Time   9:00am - 5:00pm 
     
 Host   UBC & VisualSonics Inc. 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Please RSVP by February 7th, 2012.

 

Registration Form

Which session would you like to attend (you can choose both)?

 Cardiovascular (Feb 14th)
 Cancer / Abdominal (Feb 16th)

                   

Are you currently using in vivo imaging in your research?

           

What kind of modality are you using in your research?

Fluorescence Bioluminescence
microMRI microPET
microCT Conventional Ultrasound
Other None

 

  Sign me up for periodic updates on VisualSonics' high-resolution imaging technology and application-based solutions

 

     
   

VevoStrain™ Software

  • 30 micron spatial resolution and up to 1000 frames per second temporal resolution and Color Doppler Mode for visualization of valves, vessel wall thickness / motion and blood flow detection
  • Cardiac function quantification such as ejection fraction, fractional shortening and cardiac output 
  • Strain analysis for biomarker research in early myocardial dysfunction
     
   

Cancer Imaging

  • Accurately quantify 2D and 3D size of orthotopic and subcutaneous tumors
  • Assess microcirculation in tumors with Nonlinear Contrast Mode and Vevo MicroMarker contrast agents
  • Targeted molecular imaging of biomarkers including VEGFR-2 (angiogenesis) and P-selectin (inflammation)

 

Our systems provide fast, actionable data combined with real-time animal physiology parameters (such as respiration, ECG, temperature) that can be exported in a variety of formats such as Excel, DICOM, AVI, TIFFs, etc.