This is a recording from a LIVE interactive webinar as members of the FUJIFILM VisualSonics team walk you through oncology imaging with the Vevo Imaging System and answer your questions LIVE! This Q&A session was recorded on Wednesday, May 12, 2021. …

Presented by Allison Rodgers, Researcher from the University of Wisconsin, Cardiovascular Research Core Lab, on May 27th, 2021. In this webinar, Allison Rodgers will discuss imaging the mouse right ventricle and lungs using high frequency ultrasound. The …

This publication highlights the development of an offline approach to discriminate different types of liver pathologies in rats called the “support vector machine”. Key Points/Summary: Computer-aided diagnostic systems have been introduced to characterize …

Detailed vasculature in the murine spleen and kidney visualized in 3D using the Vevo F2 … … Renal and Splenic Vasculature …

Each in vivo imaging modality has strengths and weaknesses. See the table below to determine when ultra high frequency ultrasound and photoacoustics is the best option for you! …

High-resolution ultrasound from FUJIFILM VisualSonics allows you to visualize blood flow in an insect as small as a fruit fly (Drosophila) shown below. This video was captured using the MX700 probe on the Vevo 3100 ultrasound system in Color Doppler mode. …

Use this form below and request a quote, product demo, software trial, technical specifications or a customized bibliography. We are here to help you make a difference with your research! For all other inquiries, we encourage you to use our Scientific …

In this work by Zhu et al, the authors develop black phosphorus magnetic microbubbles (MB BPM ) for contrast enhanced ultrasound and therapeutic imaging. The surface properties of MB BPM were optimized to improve stability, responsiveness, and …

3D image of a large mammary tumor in a mouse model, highlighting tumor tissue heterogeneity. This image was acquired using the Vevo 3100 system. … 3D image of a large mammary tumor in a mouse model, highlighting tumor tissue heterogeneity. This image was …

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