Spatially concentrating and manipulating biotherapeutic agents within the circulatory system
is a longstanding challenge in medical applications due to the high velocity of blood flow …

The formation of high-order Bessel beams by a passive acoustic device consisting of an
Archimedes' spiral diffraction grating is theoretically, numerically, and experimentally …

Acoustofluidic platforms have great potentials to integrate capillary tubes for controlling and
manipulating microparticles and biological cells in both non-flowing and continuous-flow …

An emerging demand for the precise manipulation of cells and particles for applications in
cell biology and analytical chemistry has driven rapid development of ultrasonic …

Microbubbles (MBs) are known to serve as an amplifier of the mechanical effects of
ultrasound, which combined with ultrasound are widely used in brain. The goal of this study …

Increasing the local concentration of microbubbles (MBs) within the blood flow plays a
crucial role in several medical applications, but there are few imaging modalities available …

Techniques for the manipulation of nanodroplets are central to many miniaturized systems in
chemical and biological research and applications. In this study, we demonstrate that the …

The capability of accumulating microbubbles using ultrasound could be beneficial for
enhancing targeted drug delivery. When microbubbles are used to deliver a therapeutic …

Compounded Plane-Wave Imaging (CPWI) has the ability to provide ultrafast imaging for
many applications like colour flow imaging, microbubble imaging and elastography. The …

Ultrasound stimulated microbubbles have been shown to be capable of breaking up blood
clots through micro-scale interactions occurring near the clot surface. However, only a small …