Emerging contrast imaging studies have highlighted the potential of nanobubbles for both
intravascular and extravascular applications. Reports to date on nanobubbles have …

Phospholipid-coated targeted microbubbles are ultrasound contrast agents that can be used
for molecular imaging and enhanced drug delivery. However, a better understanding is …

Nanobubbles hold potential for expanding utility of ultrasound contrast-based applications to
extravascular targets, but their acoustic response and the effects of the surrounding …

Phase-shift droplets can be converted by sound from low-echogenicity, liquid-core agents
into highly echogenic microbubbles. Many proposed applications in imaging and therapy …

The development of encapsulated microbubbles (~ 1–6 μm) has expanded the utility of
ultrasound from soft tissue anatomical imaging to not only functional intravascular imaging …

Although high-frequency ultrasound imaging is gaining attention in various applications,
hardly any ultrasound contrast agents (UCAs) dedicated to such frequencies (> 15 MHz) are …

The effect of boundary proximity on ultrasound contrast agent microbubble emissions can
play an important role in the context of both targeted microbubble imaging and contrast …

Phospholipid-coated microbubbles are ultrasound contrast agents that can be employed for
ultrasound molecular imaging and drug delivery. For safe and effective implementation …

Controlling microbubble-mediated drug delivery requires the underlying biological and
physical mechanisms to be unraveled. To image both microbubble oscillation upon …

Microbubbles are widely used in medical ultrasound imaging and drug delivery. Many
studies have attempted to quantify the collapse pressure of microbubbles using methods …