Acoustic tweezers are gaining increasing attention as a noncontact method that is capable
of handling microparticles and nanoparticles in a controllable manner. By designing the …

Abstract Organ-on-a-chip (OOC) systems were developed by combining microfluidic
technologies and tissue engineering to mimic physiological conditions in the body. OOC …

Tissue engineering has been a subject of extensive scientific exploration in the last two
decades making gradual inroads into clinical studies as well. Along with regenerative cells …

Acoustic actuation is widely used in microfluidic systems as a method of controlling the
behaviour of suspended matter. When acoustic waves impinge on particles, a radiation force …

Elastic physical gels are highly desirable because they can be conveniently prepared and
readily shaped. Unfortunately, many elastic physical gels prepared in water require in situ …

Acoustic patterning using ultrasound standing waves has recently emerged as a potent
biotechnology enabling the remote generation of ordered cell systems. This capability has …

Volumetric imaging techniques capable of correlating structural and functional information
with nanoscale resolution are necessary to broaden the insight into cellular processes within …

We determine crystal-like materials that can be fabricated by using a standing acoustic wave
to arrange small particles in a non-viscous liquid resin, which is cured afterwards to keep the …

Muscle cell alignment plays an essential key role in the development of parallelly organized
myotubes and the exertion of mechanical functions. Despite remarkable advances in cell …

Acoustic microparticles manipulations have attracted significant attention in recent years,
which may have potential applications in the early detection and diagnosis of diseases …