João Filipe Mano

This paper demonstrates that iodixanol enhances type II photoinitiation reactivity, enabling high-cell-density Xolographic printing of functional engineered living matter.

This paper introduces a self-actuating 4D cell-strand bioprinting platform that generates complex tissue architectures through autonomous cell contractile force-driven morphing.

This paper develops multilayer polymeric films for buccal delivery of GLP-1-RA and GDC, showing that triple-layer films provide sustained release and better mucosal compatibility than dual-layer films.

This paper develops liquid-core soft compartments with tunable microporosity to enhance cell migration for tissue engineering.

This paper introduces CLADDING, a bioprinting method using a self-healing transparent support bath to enable printing of low-viscosity protein-based bioinks with high cell viability.