The Vevo Research Award, sponsored by VisualSonics, recognizes outstanding research that utilizes their Vevo imaging technology. These awards highlight innovative studies that demonstrate the effectiveness of Vevo systems in advancing knowledge across many various fields.

Ghajar-Rahimi's research involves using the Vevo3100, a high-frequency ultrasound system, to study cardiac remodeling during pressure and volume overload. She uses this ultrasound system to capture images of the heart’s left ventricle in both 2D and 4D. These images help characterize cardiac function and mechanics through parameters such as ejection fraction, stroke volume and four-dimensional strain. This non-invasive procedure allows researchers to track changes in the heart’s shape, movement and function over time.

Ghajar-Rahimi’s research not only deepens our understanding of heart health during settings such as aortic stenosis, pregnancy and hypertension but also showcases the potential of advanced imaging in biomedical science. It’s a clear example of how cutting-edge technology can make a real difference in healthcare and patient care.