Initial reports from the 1960s describing the observations of ultrasound contrast
enhancement by tiny gaseous bubbles during echocardiographic examinations prompted …

A method is presented for passive imaging of cavitational acoustic emissions using an
ultrasound array, with potential application in real-time monitoring of ultrasound ablation. To …

Phase-shift nanoemulsions have the potential to nucleate bubbles and enhance high-
intensity focused ultrasound (HIFU) cancer therapy. This emulsion consists of albumin …

The mechanical index (MI) was formulated to gauge the likelihood of adverse bioeffects from
inertial cavitation. However, the MI formulation did not consider bubble activity from stable …

Influence of the bubble-bubble interaction on the pulsation of encapsulated microbubbles
has been studied by numerical simulations under the condition of the experiment reported …

Echogenic liposomes (ELIP) were developed as ultrasound-triggered targeted drug or gene
delivery vehicles (Lanza et al. 1997; Huang et al. 2001). Recombinant tissue-type …

Acoustic angiography imaging of microbubble contrast agents uses the superharmonic
energy produced from excited microbubbles and enables high-contrast, high-resolution …

Ultrasound contrast agents (UCAs) have the potential to nucleate cavitation and promote
both beneficial and deleterious bioeffects in vivo. Previous studies have elucidated the pulse …

Objective. To achieve ultrasound‐controlled drug delivery using echogenic liposomes
(ELIPs), we assessed ultrasound‐triggered release of hydrophilic and lipophilic agents in …

Echogenic liposomes (ELIP) are submicron-sized phospholipid vesicles that contain both
gas and fluid. With antibody conjugation and drug incorporation, these liposomes can be …