<Abstract>
We are conducting research on micro-droplet manipulation to improve the
efficiency of biochemical experiments: fusing a large number of droplets
formed on two substrates to achieve mixing, reaction, and separation between
droplets.
Selective control of the contact and transport between droplet pairs by electrowetting-on-dielectric for droplet-arry sanwiching technology
Cellular calcium oscilations in droplets with different chemical concentrations
supplied by droplet-array sandwiching technology
<Abstract>
We are conducting research on devices that mimic biological tubes(small
intestine, blood vessels, etc.) for drug discovery support. We aim to reproduce
in vivo by combining actuators and cells.
An openable artificial intestinal tract system for the in vitro evaluation of medicines
<Abstract>
Our purpose is to develop a system that automatically performs stimulation
and evaluation of cultured cells, thereby contributing to the efficiency
of experiments and the discovery of new cellular functions. Automation
makes it possible to mimic the in vivo environment, which changes day and
night.