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To screen cellular behavior in individual microcapsules, we propose a new method that is capable of efficiently trapping, capturing, monitoring, and collecting microcapsules by using hydrodynamic and magnetic forces. We generated specialized core-shell microcapsules with magnet particles (1.05 µm) that respond to a magnetic force by a core-shell encapsulation microfluidic device. Microcapsules were...
This paper suggests a microbead-trapping device to distribute hydrogel beads in an array that encapsulate stem cell aggregates. Only facile pipetting of micro-bead suspension into the chip enabled trapping of hydrogel beads in microwell array within a few minutes. External hydrodynamic flow to hold beads was unnecessary because crescent weir at microwell hold the bead firmly. Tight holding of bead...
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