Dental zirconia is a ceramic material, often referred to as zirconium oxide, that has grown in popularity in recent years thanks to its many advantages over other materials used in dental restoration. This material has been used for many years in medical and industrial applications, but its use in the field of dentistry is becoming more widespread. Zirconia stands out from more traditional materials like porcelain or composite resin thanks to its superior strength, aesthetics, and biocompatibility. From a strength and durability standpoint, zirconia is unmatched. It is one of the strongest dental materials available and it stands up to the pressures of a working mouth. It is much harder than composite resin or porcelain, and therefore it is less likely to chip, fracture, or otherwise wear down over time. Zirconia also maintains its form when it is placed in the oral cavity, creating a stronger, more reliable hold for the restoration. The aesthetics of zirconia-based restorations are also excellent. When properly shaped and polished, zirconia can virtually mimic the look of natural teeth. This is due to its high translucency, allowing it to blend in with the other teeth in the arch. As a result, many dental professionals prefer to use it for front teeth restorations. Another major benefit of zirconia is its biocompatibility. Unlike other materials, zirconia is not as susceptible to bacterial buildup. This helps reduce the risk of infection or gingival irritation. Zirconia also bonds better with the tooth surface, creating a better seal to protect against bacteria. Overall, dental zirconia offers a variety of advantages compared to traditional materials. Its superior strength, aesthetics, and biocompatibility make it an excellent choice for many dental restorations. With its popularity on the rise, expect to see more and more zirconia-based restorations in the near future.
Title : Efficacy of a biomin F toothpaste compared to conventional toothpastes in remineralisation and dentine hypersensitivity: An overview
David Geoffrey Gillam, Queen Mary University of London, United Kingdom
Title : Knowledge and attitudes of dental professionals in the evaluation of Molar Incisor Hypomineralisation (MIH): Awareness, diagnosis and treatment approaches: An overview
David Geoffrey Gillam, Queen Mary University of London, United Kingdom
Title : The coordinated triad of spatial temporal and biomechanical strategies managing the where when and how of shrinkage stress in bulk fill resin composite restorations
Khamis A Hassan, Global Dental Research Centre, Canada
Title : Dental treatment of 1500 young children under general anesthesia
Jaap Boehmer, Rijnstate Hospital, Netherlands
Title : Enhancing root canal success strategic use of orifice opener one step synthesis gels orifice barriers
Emmanuel Samson, Consultant Total Dental Care, India
Title : Dealing with peri implantitis: An insight to various treatment regimens
Preetinder Singh, Academy of Oral Surgery, United States