For the cancer researcher using the mouse, rat or zebra fish as a model for studying the progression and regression of disease, the Vevo 770 is a powerful tool. It allows analysis and measurement - - in 2D and 3D - - of the shape and size of subcutaneous and orthotopic tumor growth. In addition, visualizing an image-guided needle injection or extraction allow the researcher to optimize targeted injections and to capture images of the procedure.







Features and Benefits of the Vevo 770 High-Resolution Imaging System for Cancer Biology:
  • >  Extensive Measurement and Annotation Functionality: The Vevo software provides measurement and annotation functionality that allows the cancer researcher to conduct comprehensive analysis for monitoring and quantifying the progression of disease and the efficacy of therapeutics.

  • >  Monitor Progression of Disease in Mice Over Time: As a non-invasive imaging system, the Vevo 770 performs longitudinal studies that monitor the progression of disease in the same mouse over time from embryonic through to adulthood stages.

  • >  3D Visualization and Volumetric Measurement of Tumor Size and Shape: VisualSonics 3D visualization and segmentation tool allows high-resolution 3D rendering of an area of interests at resolution down to 30 microns. The user can also apply segmentation algorithms to determine the volume of the orthotopic tumor in vivo and follow the progression or regression of tumor volume longitudinally.

  • >  Identification of Tumor Blood Flow: The Vevo 770's Pulsed Wave Doppler functionality allows the identification and measurement of blood flow in and around tumors.

  • >  Increased reproducibility of all studies due to use of the same mice: The non-invasive nature of the Vevo 770 system allows longitudinal studies in the same animal over time. The variables are therefore decreased and the reproducibility of the research parameters is increased.

  • >  Fewer animals are required: The non-invasive nature of high-resolution imaging and the ability to perform longitudinal studies reduces the number of mice required.



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