Lucia Giulia Brunel

This paper develops a method to create 3D-printed collagen scaffolds with controlled fiber alignment patterns to guide cell orientation.

This paper develops a method to reinforce collagen hydrogels with bioorthogonal covalent crosslinks while preserving their fibrillar structure for tissue engineering.

This paper develops a collagen bioink for delivering corneal stem cells to wounds, promoting transparency and re-epithelialization in a rabbit model.

This paper introduces an interpenetrating collagen network that supports cell spreading while maintaining hydrogel stability by combining fibrillar and amorphous collagen structures.