3D Bioprinting Mesenchymal Stem Cell-laden Construct with Core-shell Nanospheres for Cartilage Tissue Engineering
W Zhu, H Cui, B Boualam, F Masood, E Flynn, R Rao… - Nanotechnology, 2018
Abstract Cartilage tissue is prone to degradation and has little capacity for self-healing due
to its avascularity. Tissue engineering, which provides artificial scaffolds to repair injured
tissues, is a novel and promising strategy for cartilage repair. 3D bioprinting offers even
to its avascularity. Tissue engineering, which provides artificial scaffolds to repair injured
tissues, is a novel and promising strategy for cartilage repair. 3D bioprinting offers even
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[PDF] 3D Bioprinting Directly Onto Moving Human Anatomy
JJ O'Neill, RA Johnson, RL Dockter, TM Kowalewski
Abstract—This paper establishes the feasibility of robotically 3D printing biomaterials such
as alginate hydrogels onto moving human anatomy and a stationary plane. The alginate
hydrogels used are in-vivo compatible and a proven biomaterial for tissue scaffolds. We
as alginate hydrogels onto moving human anatomy and a stationary plane. The alginate
hydrogels used are in-vivo compatible and a proven biomaterial for tissue scaffolds. We
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