Acoustic separation of suspension cells can be achieved by altering the properties of the cell
medium. Cells of different types can then migrate in opposing directions in the sound field …

Epithelial–mesenchymal transition (EMT) confers migratory and invasiveness abilities on
cancer cells, as well as leading to changes in biomechanical properties and cytoskeletal …

Mechanical properties of biological cells have been shown to correlate with their
biomolecular state and function, and therefore methods to measure these properties at scale …

Acoustofluidic devices becomes one of the emerging and versatile tools for many
biomedical applications. Most of the previous acoustofluidic devices are used for cells …

This chapter describes recent developments within microscale acoustofluidics where
applications targeting unmet needs in the life sciences and clinical medicine are in focus. A …

Achieving good acoustic particle or cell separation performance requires skilled operators,
who must carefully fine-tune the input parameters (actuation voltages, flow rates, and flow …

We present a promising approach for detecting as few as 1% of rare leukemia cells during
the early stages of blood cancers. This study demonstrates a novel microfluidic chip utilizing …

With the maturation of micro and nano processing technologies and the development of
microchip laboratories, the acoustofluidic manipulation of particles has been developed …