Federico Serpe

This paper introduces 3DBonUS, a 3D bone printing method using ultrasound and microfluidic bioprinting to direct stem cell differentiation, showing increased osteogenic markers and mineralization.

This paper introduces a microfluidic-assisted 3D bioprinting system that enables precise control over cell compartmentalization and material composition for creating interconnected, functional tissue constructs.

This paper develops ATPS bioinks for 3D bioprinting that enable precise cellular compartmentalization and tissue regeneration.