Steven L. Goudy

The paper shows that exogenous sphingomyelinase increases MSC-derived EV yield and alters their cargo, enhancing therapeutic effects in a murine wound model.

This study investigates JAG1 delivery with pediatric human osteoblasts as a bone regenerative therapy for craniofacial defects in a murine model.

Bilayer FTY720-nanofiber scaffolds promote complete oral wound closure in a mouse model by modulating pro-regenerative immune and stromal cells.

The paper introduces SNOWFLAKE, a graph neural network framework that predicts disease status from multiplex imaging data in human B-cell follicles, showing improved performance over other methods.

This study shows JAG1 promotes bone regeneration in mice by activating osteogenic pathways in cranial neural crest cells, independent of canonical NOTCH signaling.

This study identifies a non-canonical JAG1 signal to JAK2 pathway that mediates osteoblast commitment in cranial neural crest cells, independent of the canonical NOTCH pathway.