Simon A. Rogers

This study modifies gelatin hydrogels through amination and thiolation to improve mechanical properties of stratified biomaterials for tissue engineering.

This paper quantifies the rheological behavior of granular hydrogels using the Kamani-Donley-Rogers model with Brittility, showing they behave as brittle yield stress fluids with complex transient properties.

This study investigates how dynamic hydrogel crosslink strength affects yielding behavior and cell viability during injection, finding that slower yielding transitions enhance cell protection.

This paper develops a suspension electrospinning method to create pure decellularized extracellular matrix scaffolds that retain bioactivity, demonstrating its versatility across different decellularization techniques and tissue sources.