… of polymer-shelled MBs compared with lipid MBs, we investigated the dynamic behavior
of polymer microbubbles and their therapeutic potential for sonoreperfusion (SRP) therapy. …

… a cellular response upon sonoporation and did not correlate with the microbubble excursion
… is a cellular response mechanism and not directly caused by a microbubble mechanically …

… investigated cavitation nuclei were gas microbubbles, ∼1–10 … This review focuses on the
latest insights into cavitation nuclei … The cationic microbubbles utilized in the treatment sections …

… A second mechanism used by the ultrasound microbubble … The biological effects of
microbubble sonoporation on the … stability and targeting by coating with polymers, proteins, or …

… chemical toolbox to engineer polymer shell properties and … applications of polymeric
microbubbles in molecular imaging, … Hence, this study demonstrated that sonoporation efficiency …

… mechanism by which a microbubble situated at the boundary of a porous viscoelastic medium
may actively induce fluid transport into … a lipid, protein, or polymer shell in order to extend …

… sonoporation [20, 21]. Through co-injection of a therapeutic or the attachment of therapeutic
cargo to the microbubble itself, ultrasound-triggered microbubbles … for ultrasound-stimulated …

… opening) through the sonoporation mechanism differ by a … the addition of an actin monomer
(ie, polymerization; ∼10 7 /M/s) (… Ultrasound-stimulated microbubble-mediated intracellular …

… cationic liposomes and cationic polymers have been shown … Under ultrasound (US) irradiation
conditions, microbubbles … sonoporation) by which genes or drugs can easily enter into the …

… By filling the interior of lipospheres with gas molecules, these particles can serve both as
contrast agents for ultrasonic imaging and as delivery systems for drugs such as microbubbles …