Microfluidics

Microphysiologically engineered vessel-tumor model to investigate vascular transport dynamics of immune cells

This paper introduces a 3D vessel-tumor model to investigate immune cell transport dynamics, revealing the role of endothelial glycocalyx in T cell transport and tumor killing during cancer immunotherapy.

Transformer-Based Trajectory Prediction in Microfluidics

Constructed a Transformer-based model for accurately predicting cell trajectories in microfluidic devices, focusing on the optimization of designs such as deterministic lateral displacement (DLD).

Adaptable microfluidic vessel-on-a-chip platform for investigating tumor metastatic transport in bloodstream

This paper identifies biomechanical conditions that enhance circulating tumor cell adhesion, providing insights for the development of anticancer therapies.