ABSTRACT
Objectives: The objective of this paper is to review the available literature on the novelties and applications of nanomaterials in Prosthodontics. Data and Sources: 125 articles were retrieved which included reviews and studies on various nanomaterials used in Dentistry especially Prosthodontics after Gray literature search, cross references and electronic database search in PubMed, MedLine and Google search using the following key words- Nanomaterials, Nanotechnology, Prosthodontics, Dentistry, Applications Study selection: 74 articles were selected and reviewed as they met the selection criteria. Conclusion: Within the scope of this review, reported literature showed that the emerging science of nanotechnology in Dentistry especially in the field of Prosthodontics has triggered growing interest in the potential applications and benefits compared to the conventional materials in use. The latest research progress on the applications of nanomaterials used in Prosthodontics was reviewed with detailed description, keeping in mind the limitations like challenges faced and the health implications.
ABSTRACT
Aim: The present paper aims to review the literature available on various approaches to salivary reservoir designs, the functional aspects, cleansibility, type of attachments used, and different techniques used for the fabrication of salivary reservoirs in patients suffering from xerostomia. Material and Methods: A search in the National Library of Medicine's Pub Med database, Google search and Science Direct was performed to include all case reports and reviews on prosthodontic rehabilitation of dentulous/partially edentulous/edentulous patient with xerostomia. Results: Out of the 35 articles found in the database search, 18 articles were included based on the designs they adopted for fabrication of salivary reservoirs. Conclusions: The various designs available in literature enable an operator to choose the most suitable reservoir design based on specific patient requirements. Innovations in reservoir design promise a more customized prosthesis for every patient. Further research and innovation will enable increasingly efficient salivary substitute delivery systems for the xerostomic patient.