Image Gallery

Color Doppler of rat kidney vasculature scanned using a UHF29x transducer.

Rabbit kidney scanned using a UHF29x transducer.

Left kidney in small dog with measurements imaged using the L38xp transducer.

3D Power Doppler showing branching of the splenic artery and kidney vessels in a mouse.

Power Doppler image of mouse kidney vasculature acquired using the UHF46x probe.

Scanned using a UHF57x transducer on the Vevo F2.

Scanned using a UHF29x transducer on the Vevo F2.

What you see using the Vevo 3100 compared with what you can see using a conventional ultrasound system is shown here. See the mouse kidney in great detail using ultra high frequency ultrasound imaging.

3D rendered high-resolution ultrasound image of the mouse abdomen showing the kidney, stomach and spleen.

3D rendered high-resolution ultrasound (greyscale) and photoacoustic (red) image of the mouse abdomen showing oxygen saturation in the kidney and spleen.

High-resolution ultrasound (greyscale) and photoacoustic (red and white) cross-sectional image of the mouse abdomen showing vasculature in the kidney and spleen.

3D rendered photoacoustic image of the mouse kidney and spleen.

3D volumes drawn around the murine left kidney (in yellow) and associated tumors (in pink and blue).

Intravenous bolus injection of non-targeted MicroMarker^TM contrast agent in a mouse left kidney. The MIP(Maximum Intensity Persistence) setting can be adjusted to give a better visual representation of the vascular tree.

Blood flow into the rat kidney imaged with color Doppler.

The adrenal gland in a mouse imaged with B-Mode.