by rap318 | Sep 20, 2022 | Research Project
To build more realistic organ-on-a-chip models and broaden their applications, various methods have been reported on vessel construction for on-chip tissue models. These methods can be generally grouped into two categories. The first approach constructed vessels on...
by mdi220 | Mar 31, 2021 | Research Project
We have developed a multiscale red blood cell membrane damage model. A localized coarse-grained molecular dynamics model in the high-stress region is concurrently linked with a network-based cellular membrane model to characterize pore formation and hemoglobin...
by mdi220 | Nov 11, 2020 | Featured Projects, Research Project
In-situ fabrication of microfluidic devices using stop-flow maskless lithography and image-guided dynamic patterning. Using the closed-loop control along with stop-flow functionality and leveraging the swelling behavior of the photocurable polymer, we were able to...
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