Adrianne M. Rosales

This study shows that vascular network formation by hiPSC-derived endothelial progenitors in 3D hydrogels depends on matrix stiffness, contractility, and cell-induced remodeling, not just mechanotransduction.

This study shows that dynamically adjusting hydrogel stiffness during vasculogenesis improves vascular network formation, while late stiffening disrupts it, with effects mediated by FAK and Rho kinase.

This study shows that tuning hydrogel degradation using non-natural peptoid substitutions affects HUVEC morphology and vessel formation by altering MMP secretion.

This paper demonstrates how bacterial extracellular electron transfer can control synthetic polymer networks through genetic circuits, enabling dynamic and tunable material properties.

This paper demonstrates genetic control of radical crosslinking in a hydrogel using extracellular electron transfer from Shewanella oneidensis, showing that bacterial genetics influence hydrogel properties like stiffness and crosslinking rate.