Y. Y. S. Huang

The paper introduces a deployable extrusion bioprinting platform for creating 3D tumor microenvironments to study immune cell interactions and cancer drug testing.

This study shows that breast cancer cells' migration on microfiber patterns is limited by their minor-axis length, suggesting this feature could guide microfiber design for controlling cell movement.

This paper develops a 3D microfluidic model of human blood vessels to study interactions between glioma stem-like cells and endothelial cells, showing differences in gene expression and cell migration based on vessel type.

This paper introduces MOrPF, a method to assemble airway organoids into scaffold-free, shape-defined tubes, demonstrating shape stability and epithelial characteristics.