Bryan J. Ferrick

This paper introduces a modular flow chamber that independently controls substrate stiffness and fluid shear stress to study their combined effects on cell behavior.

This paper introduces a modular, reusable, and perfusion-ready microphysiological system to simplify organ-on-chip technology for broader use.

This paper develops a method to create serially perfusable multiscale capillary beds in vitro for studying vascular biology and integration into organoid and organ-on-a-chip models.

The paper develops a cell culture insert model with hydrogels to study transplacental transport by incorporating stromal properties.

This paper develops a microphysiological system to spatially pattern ECM composition and stromal cells in a 3D microchannel, demonstrating spatial control of cell interactions and signaling gradients.