Targeted contrast-enhanced ultrasound (molecular ultrasound) is an emerging imaging
strategy that combines ultrasound technology with novel molecularly-targeted ultrasound …

Ultrasound imaging has long demonstrated utility in the study and measurement of anatomic
features and noninvasive observation of blood flow. Within the last decade, advances in …

For more than a decade, the application of acoustic radiation force (ARF) has been
proposed as a mechanism to increase ultrasonic molecular imaging (MI) sensitivity in vivo …

Ultrasound-based molecular imaging employs targeted microbubbles to image vascular
pathology. This approach also has the potential to monitor molecularly targeted microbubble …

Ultrasound molecular imaging is a diagnostic technique wherein molecularly targeted
microbubble contrast agents are imaged to reveal disease markers on the blood vessel …

Ultrasound-based real-time molecular imaging in large blood vessels holds promise for
early detection and diagnosis of various important and significant diseases, such as stroke …

Cell-based therapeutic approaches are attractive for the restoration of the protective
endothelial layer in arteries affected by atherosclerosis or following angioplasty and …

We report on the design, assembly and evaluation of a dual frequency mechanically
scanned transducer for ultrasound bubble manipulation and real time high frequency …

Acoustic radiation force has become a significant factor in the research to enhance the
targeting of microbubbles for molecular imaging and drug delivery. In this study …

For over a decade, acoustic radiation force (ARF) has been proposed as a method to
enhance microbubble contrast agent (MCA) retention in ultrasonic molecular imaging …