Katherine M. Nelson

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

This paper develops a microphysiologic model of the cervical epithelium that replicates microbial, immunologic, and pathogenic features of STIs caused by Chlamydia and Neisseria.

This study uses lipid nanoparticles to deliver cytokine mRNA to placental cells, inducing anti-inflammatory responses and revealing dose-dependent polarization of macrophages.

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