Oral Health and Dental Management

Newmaterials and strategies for improving biocompatibility of operative dentistry treatments and of dental materials

International Conference and Exhibition on Dentistry

March 18-20, 2015 Dubai, UAE

Mahsa Sahraneshin Samnai

Posters-Accepted Abstracts: Oral Health Dent Manag

Abstract:

Objective: The aim of this article is present new strategies for improving operative dentistryTechniques and the biocompatibility of dental materials as they relate to their interactionwith the dentin?pulp complex. Methods: The literature was reviewed focusing on articles related to,the dentin?pulp complex and new strategies and materials for operative dentistry. Minimal intervention dentistr, Partial removal of carious dental tissue, Materials capable of inducing remineralization, adhesive restorative dentistry, Pulp exposure, and Future perspectives for biomaterials. Results: While there is continuous search for possible strategies in the molecular approach todirect the repair or regeneration of oral tissues structures , it is necessary forprofessionals to master the clinical therapies available at present. In turn, these techniquesmust be applied based on knowledge of the morphological and physiological characteristicsof the tissues involved, as well as the physical, mechanical and biologic properties of thebiomaterials recommended for each specific situation. Thus, particularly within modernesthetic restorative dentistry, the use of minimally invasive operative techniques associated with the use of dental materials with excellent properties and scientifically proved bymeans of clinical and laboratory studies must be a routine for dentists. This professional and responsible attitude will certainly result in greater possibility of achieving clinical success, benefiting patients and dentists themselves.This article provides a general and critical view of the relations that permeate the interaction between dental materials and the dentin?pulp complex, and establish real possibilities and strategies that favor biocompatibility of the present and new products used in Dentistry, which will certainly benefit clinicians and their patients.