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Meeting 2023 TMS Annual Meeting & Exhibition
Symposium Bio-Nano Interfaces and Engineering Applications
Presentation Title Dental Application of Nano-Zirconia
Author(s) Joy Iyamu, Ikhazuagbe Hilary Ifijen, Obehi Ogudu, Aiyevbekpen C. Ehigie, Osahon K. Ogbeide
On-Site Speaker (Planned) Joy Iyamu
Abstract Scope A form of dental ceramic known as nano zirconia (Zr NPs) or Nano-ZrO2 has recently made great strides in the world of dental care thanks to its remarkable biocompatibility, optical, biological, superior mechanical, and stable structure. The availability of metal-free alternatives is one of the most crucial criteria for dental materials. Zirconia is frequently utilized for dental applications since many regularly used metal alloys have undesirable colors and chemical interactions in the mouth cavity. Zr or ZrO2 NPs-based ceramics have garnered a lot of interest in place of conventional biomaterials because of their higher corrosion resistance, better color matching that enhances aesthetics, and increased strength. As a result, this review offers a summary of recent studies on Zr NPs or Nano-ZrO2 applications in dentistry as well as the potential of the surfaces of dental implants in the future.
Proceedings Inclusion? Planned:
Keywords Biomaterials, Nanotechnology, Characterization

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A Carbon-negative Self-healing Construction Materials
An Insight into Cellular Protein Mechanics during Cancer Progression
Antimicrobial Peptide-polymer Hybrids Towards Next Generation Dental Adhesives
Chemical, Thermal and Bio-responsive Polystyrene Based-photonic Crystals: A Concise Review
Dental Application of Nano-Zirconia
DNA-templated Dye Aggregate Design for Excitonic Applications
Enzymatic Mechanism of Self-healing in Concrete and Carbon-negative Construction Material
From Molecular Interactions to Macroscopic Properties: Studying Protein-based Structural Materials Across the Scales
Hierarchical Surface Restructuring for Next Generation Implantable Neural Interfacing Applications
Influence of Fluid Flow on Inducing Bone Metastasis through use of a Novel Bioreactor with In Vitro Cancer Models
Influence of Nanoscale Hydration on the Micro-structural Properties of Human Cortical Bone
Multi-functional Peptide-mediated Intrafibrillar Remineralization for Dental Tissue Repair
Nanostructural Bone Remodeling at the Interface to Mg Implants
Self-assembled Flavoprotein Putrescine Oxidase System Offers Enhanced Thermal Stability
Sisal-inspired Multilevel Structure for Fog Collection Fabricated by Additive Manufacturing and Surface Modification

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