T. Segura

This study develops heparin-norbornene nanoparticles with SDF-1 to recruit progenitor cells and promote angiogenesis after stroke, achieving revascularization in 10 days.

The paper investigates how spatial confinement in MAP scaffolds affects immune cell recruitment and wound healing, finding that larger pores promote a balanced macrophage response and better regeneration.

The paper investigates the immunomodulatory effect of D-MAPS and finds a balance between pro-inflammatory and pro-reparative macrophages in regenerative scaffolds.

This study investigates how spatial confinement in microporous scaffolds affects macrophage polarization and inflammatory response.

The paper provides simulated granular scaffolds with known void volume fraction (VVF) to study measurement accuracy and reveals VVF may be unreliable as a descriptor.

This study shows that D-peptide crosslinked hydrogels induce adaptive immune responses that promote regenerative wound healing despite faster degradation.

This study shows that HA-MAP hydrogel injection reduces cerebral atrophy and promotes pro-repair astrocyte and axonal infiltration after ischemic stroke.

This paper develops a tunable MAP scaffold using click chemistry to adjust hydrogel rigidity and demonstrates its biocompatibility in an ischemic stroke model.