Laura De Laporte

This paper introduces a method using PEG microgels to enable reproducible, scalable iPSC organoid production and differentiation into specific tissues.

This paper develops 3D patterned alginate-collagen hydrogels that spatially guide endothelial cell invasion and proliferation by controlling collagen fibrillogenesis, degradation, and viscoelasticity.

This study examines the differentiation and maturation of motor and sensory neurospheres derived from iPSCs using bio-modified PEG microgels, showing subtype-specific responses and structural differences.

This paper develops an anisotropic microgel-in-hydrogel system to enhance chondrogenesis by aligning microgels and optimizing matrix properties.

This study examines the effects of MRI on an injectable hydrogel with magnetic microstructures, finding no change in alignment or heat generation under MRI exposure.

This paper develops a photodegradable hydrogel to model age-related ECM deformation, showing that artificial drusen size affects retinal pigment epithelium morphology without disrupting actin cytoskeleton or polarity.

This paper develops scalable fabrication of anisotropic polymeric microfibers for 3D tissue models, showing they guide cell growth in high-throughput systems.