Cellular analysis is a central concept for both biology and medicine. Over the past two
decades, acoustofluidic technologies, which marry acoustic waves with microfluidics, have …

Cell detachment is essential in culturing adherent cells. Trypsinization is the most popular
detachment technique, even though it reduces viability due to the damage to the membrane …

This study investigated a method to control neurite outgrowth direction using ultrasound
vibration. An ultrasound cell culture dish comprising a glass-bottom culture surface and a …

Cell detachment is an essential process in adherent cell culture. However, trypsinization,
which is the most popular detachment technique used in culture, damages cellular …

Cellular aggregates that mimic cell–cell interactions in vitro are essential for biological
research. This study introduces a method to form large scaffold-free 3-D aggregates in a …

Vibration-based methods can be used effectively to characterize the physical properties of
biological materials, with an increasing interest focused on the mechanics of individual …

Homogenization of the initial cell distribution is essential for effective cell development.
However, there are few previous reports on efficient cell seeding methods, even though the …

Bioengineering research and applications are supported by cell culture technologies that
produce a large number of homogeneous cells. However, trypsin used in the general culture …

Clinical application of human induced pluripotent stem cells (hiPSCs) has been hampered
by the lack of a practical, scalable culture system. Stacked culture plates (SCPs) have …

Cell isolation by eliminating undesirable cell aggregations or colonies with low activity is
essential to improve cell culture efficiency. Moreover, when creating tissues from induced …