Three novel lipid-shell-type microbubbles (MBs), AS-0100, BG6356A and BG6356B, have
been evaluated for their impact on ultrasound (US)-induced cell death and free radicals …

We have been investigating ultrasound-mediated drug delivery from microbubbles (MBs) as
an alternative therapy to reduce hyper-proliferation of smooth muscle cells. We sought to …

Although research on microbubbles (MBs) has intrigued a lot of researchers, very few
studies have been done about the influences of MBs on the free radical formation and also …

INTRODUCTION: Ultrasound mediated destruction of microbubbles (MBs) has become a
promising tool for site specific drug and gene delivery. One of the most important properties …

The aim of this study was to assess the efficacy of quantitative ultrasound imaging in
characterizing cancer cell death caused by enhanced radiation treatments. This …

Microbubbles (MBs) are gas-filled micrometer-scale spheres that are commonly formed by
the gas core encapsulated with stabilizing shells, including polymers, surfactants, proteins …

Melanoma could be extremely lethal due to its high invasiveness and rapid proliferation,
which causes thousands of deaths worldwide every year. Because of the resistance of …

To identify the factors involved in the inhibition of ultrasound (US)-induced free radical
production and cell killing by pre-sonication incubation or by high cell density, we used …

SonoVue microbubbles could serve as artificial nuclei for ultrasound-triggered stable and
inertial cavitation, resulting in beneficial biological effects for future therapeutic applications …

Ultrasound‐driven microbubbles produce mechanical forces that can disrupt cell
membranes (sonoporation). However, it is difficult to control microbubble location with …