세미나

Abstract
The past two decades have witnessed an unprecedented growth in microfluidics, lab-on-a-chip, organ-on-a-chip, single-cell analysis, and flow cytometry with applications toward chemistry, biology, medicine, pharmacy and material science.
Microfluidic technologies for precise manipulation of microscale flows and suspended objects have enabled the rapid development of the aforementioned disciplines and applications. Recently, a novel microfluidic frontier, termed acoustofluidics,
has emerged based on integration of microscale fluid mechanics and acoustics. In this talk, I will summarize my recent progress in acoustofluidics research
from fundamentals and devices to biomedical applications.
The breadth and depth of the acoustofluidic technologies will be introduced by numerous examples including cell separation, droplet flow cytometry, tumoroid-on-a-chip, antibiotic susceptibility test, sono-mechanobiology, cell incubation, cell lysis, as well as fundamental investigation on microscale acoustic radiation, streaming, and heating phenomena.