With the Vevo UHF imaging systems you can delineate organs, abnormalities, and tumors with high resolution. Users can also assess functionality within the liver using the Color and PW Doppler (assess blood flow velocity) and 3D tools. Watch Liver & Nash …

Vevo ultra-high frequency ultrasound provides a fast, non-invasive method for identifying pulmonary pathologies. Including: Pleural effusion Pleural thickening Pleural defects White lung Heart failure with preserved ejection fraction  Our technology is …

From model generation with image-guided injection to characterization of the tumor micro-environment. Vevo ultra-high frequency ultrasound and photoacoustic technology enables you to get a complete understanding of the anatomy and physiology in your …

Rapid, completely non-invasive visualization of the arthritic joint. Using ultra-high frequency ultrasound and photoacoustics, visualize changes in tissue and vascular structure in 2D and 3D with resolution down to 30 microns, in vivo. Tissue oxygenation, …

Use Vevo systems to perform: Volumetric analysis Vascular assessment Image-guided cell injection to establish orthotopic tumor models Wall thickness measurements (i.e. bladder)   Ultra-high frequency ultrasound for urogenital imaging is ideal for: Cancer …

Perform rapid, repeatable echocardiography in small to large animals in vivo with resolution down to 30 μm. Vevo ultrasound imaging platforms provide the best temporal and spatial resolution compared to MRI, conventional ultrasound and CT. The Vevo F2xc …

Visualize functional processes for your small animal neuroscience research including stroke, cancer and in vivo delivery of drugs, stem cells, or other agents. Compared to other preclinical neuroimaging techniques, Vevo imaging systems are non-invasive, …

Biomarker research contributes significantly to breakthroughs in the understanding of disease progression as well as the validation of therapeutic treatments. Using ultrasound and photoacoustic contrast agents with the Vevo systems , biomarkers can be …

Why Image Fibrosis? As tissue becomes damaged during disease progression, added collagen deposits begin to result in stiffer tissue. This occurs in numerous tissue types across the body. Most notably, as liver disease progresses towards liver cirrhosis, …

SWE mode stiffness map showing elastography measurements comparing the tumor to skin inside a mouse. This image was obtained using a UHF29x transducer on a Vevo F2xc imaging platform …