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Materials based on nanoparticles are proven to have better biological, chemical, and physical characteristics than traditional ones. As a result, nanoparticles are added to dental materials in an effort to improve their varied qualities and achieve consistent clinical results. Research has indicated that the dental materials that are based on endodontic uses of nanotechnology and positively connected with modification of NiTi rotary devices surface, enhanced root canal system disinfection, three-dimensional obturation, dentinal/pulp tissue healing, and renewal with the ultimate objective of a…mehr

Produktbeschreibung
Materials based on nanoparticles are proven to have better biological, chemical, and physical characteristics than traditional ones. As a result, nanoparticles are added to dental materials in an effort to improve their varied qualities and achieve consistent clinical results. Research has indicated that the dental materials that are based on endodontic uses of nanotechnology and positively connected with modification of NiTi rotary devices surface, enhanced root canal system disinfection, three-dimensional obturation, dentinal/pulp tissue healing, and renewal with the ultimate objective of a consistent result every time, which will enhance the dental health-related quality of life through a nanoscale investigation of available resources. Still, the literature is deficient in this regard.In terms of long-term clinical data pertaining to the clinical efficacy of these nanomodified biomaterials, this restricts their extensive use.
Autorenporträt
Dr. Ekta Dharmendra Chandwani schloss 2019 ihren Bachelor of Dental Surgery am KBH Dental College ab und absolviert derzeit ihren Master of Dental Surgery in der Abteilung für konservierende Zahnmedizin und Endodontie am SMBT Dental College, Sangamner. Sie hat mehrere Poster- und Vortragspräsentationen und verschiedene Veröffentlichungen vorzuweisen.