Donald Richieri Griffin

This paper introduces FN-MAP, a fibronectin-coated microparticle scaffold that combines mechanical stability and bioactivity, showing improved cell response and translational potential in 3D bioprinting and wound healing.

This study compares immune responses to microporous annealed particle scaffolds and nanoporous hydrogels, finding that MAP scaffolds reduce foreign body response by suppressing complement-fibroblast-macrophage signaling.

This paper develops a rabbit model of acute laryngeal injury to study its pathophysiology and evaluate therapeutic interventions.

This study shows that cell-scale porosity in MAP scaffolds improves muscle regeneration in VML injuries by modulating immune response and supporting innervated muscle fiber formation.

This paper develops a wheat germ agglutinin-based barcode for mass cytometry that works on both live and fixed cells, showing stable yields and no differential performance across PBMC lineages.