This dissertation focuses on the development of architected structures via direct additive
manufacturing (AM) and novel template-assisted techniques for sensing and tissue …

This study focuses on developing and characterizing a novel 3-dimensional cell-laden micro-
patterned porous structure from a mechanical engineering perspective. Tissue engineering …

Silicone implants and scaffolds are emerging as potential replacement of flexible tissues,
cosmetic and biomedical device implants due to their bioinert and flexible characteristics …

Additive manufacturing in the field of regenerative medicine aims to fabricate organized
tissue-equivalents. However, the control over shape and composition of biofabricated …

Recent advances in 3D printing have enabled the creation of novel 3D constructs and
devices with an unprecedented level of complexity, properties, and functionalities. In …

Porous scaffolds with interconnected and continuous pores have recently been considered
as one of the most successful tissue engineering strategies. In the literature, it has been …

Interconnected pathways in 3D bioartificial organs are essential to retaining cell activity in
thick functional 3D tissues. 3D bioprinting methods have been widely explored in …

We present a 3D-printing technology allowing free-form fabrication of centimetre-scale
injectable structures for minimally invasive delivery. They result from the combination of 3D …

The combined use of additive manufacturing (AM), biocompatible and biodegradable
materials, cells and biomolecular signals is the most common biomanufacturing strategy …

Advances in additive manufacturing are enabling the fabrication of lattices with complex
geometries that are potentially advantageous as tissue scaffolds. Scaffold design for …