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Advances in regenerative dentistry using bioengineering
Scientific Programme (On Demand)
Session Description
Advances in regenerative dentistry using bioengineering
A variety of bioengineering approaches have been proposed for orofacial tissue regeneration, involving a combination of different cell types, bio-scaffolds and biologically active molecules. This lecture will describe novel techniques using additive manufacturing for the fabrication of custom personalized scaffolds. The feasibility of combining these approaches with established surgical techniques will be explored, and their potential for clinical utilisation will be critically evaluated.
Learning Objectives
A variety of bioengineering approaches have been proposed for orofacial tissue regeneration, involving a combination of different cell types, bio-scaffolds and biologically active molecules. This lecture will describe novel techniques using additive manufacturing for the fabrication of custom personalized scaffolds. The feasibility of combining these approaches with established surgical techniques will be explored, and their potential for clinical utilisation will be critically evaluated.
Learning Objectives
- Define additive manufacturing as a biofabrication technique for tissue engineered scaffolds.
- Discuss the unique requirements for customized 3D printed constructs for regenerative dentistry.
- Recognize how bioengineering can be utilized to improve clinical outcomes in oral regeneration.