alexa Abstract | Calcium Orthophosphates (CaPo ) and Dentistry
ISSN:2090-5025

Bioceramics Development and Applications
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Abstract

Dental caries, also known as tooth decay or a cavity, remains a major public health problem in the most communities even though the prevalence of disease has decreased since the introduction of fluorides for dental care. In addition, there is dental erosion, which is a chemical wear of the dental hard tissues without the involvement of bacteria. Besides, there are other dental losses, which may be of a medical (decay or periodontal disease), age (population aging), traumatic (accident) or genetic (disorders) nature. All these cases clearly indicate that biomaterials to fill dental defects appear to be necessary to fulfill customers’ needs regarding the properties and the processing of the products. Bioceramics and glass-ceramics are widely used for these purposes, as dental inlays, onlays, veneers, crowns or bridges. Calcium orthophosphates (CaPO ) belong to bioceramics but they have some specific advantage over other types of bioceramics due to a chemical similarity to the inorganic part of both human and mammalian bones and teeth. Therefore, CaPO (both alone and as constituents of various formulations) are used in dentistry as both dental fillers and implantable scaffolds. This review provides brief knowledge on CaPO and describes in details current state-of-the-art on their applications in dentistry and dentistry-related fields. Among the recognized dental specialties, CaPO are most frequently used in periodontics; however, the majority of the publications on CaPO in dentistry are devoted to unspecified “dental” fields.

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Author(s): Sergey V Dorozhkin

Keywords

Biooceramics, Hydroxyapatite, Calcium orthophosphates Caries, Dentistry, Fillers, Oral, Scaffolds, Bio Ceramics, Bio inert Materials, Biopolymers, Calcium Phosphate, Ceramic Engineering, Ceramic Metal Oxides, Ceramics, Implants Biology, Endodontics, Material Science, Medicine, Prosthetic Devices, Tissue Scaffold, Injectable bone substitute material, Human osteoblasts, Hydroxyapatite, Bone

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