Oxy-Hemo view of a mouse brain. This was acquired using a UHF29x transducer on the Vevo F2xc imaging platform . …

3D Oxy-Hemo view of a mouse brain. This was acquired using a UHF29x transducer on the Vevo F2xc imaging platform . …

4D imaging - the next step in the evolution of preclinical echocardiography ! Visualize the dynamic motion of the myocardium throughout the cardiac cycle with the 3D geometry of the heart. 4D ultrasound is the perfect solution for cardiac disease models …

Simply select the scanning distance, step size and in less than two seconds you can image the entire tumor, metastasis, blood vessel, or organ of interest. 3D Mode is not only an imaging mode, it allows for measurements of area, height, length and volume …

Nonlinear Contrast Imaging is performed by intravenously injecting either target-ready or untargeted microbubble contrast agents Non-targeted microbubbles allow you to visualize and quantify blood perfusion within an organ or tissue of interest in 2D or …

B-Mode is a two-dimensional ultrasound image display composed of bright dots representing the ultrasound echoes. The brightness of each dot is determined by the amplitude of the returned echo signal. This allows for visualization and quantification of …

With respect to traditional M-mode, AM permits a more detailed, flexible analysis of cardiac chambers. AM-Mode has been improved by the "fully digital” offering of high temporal resolution. Thus, AM analysis can be performed in any direction, as a …

M-mode examines a line of M otion over time. Using M-mode in echocardiography displays the movement of the myocardium allowing for accurate and real-time measurements of wall thickness, internal diameter, and heart rate. It is from these parameters that …

Power Doppler Mode provides a visual overview and general quantification of vasculature.  Measurement tools in Power Doppler Mode can calculate percent vascularity - an index of relative vascular density Small changes in organ vascularity can be detected …