Results 11 to 20 of about 2,793 (163)
Biodentine: a dentine substitute?
Salud Uninorte, 2022 La BiodentineTM es un material a base de silicato de calcio que ha sido concebido como un sustituto de la dentina. Es frecuentemente utilizada en diversas situaciones clínicas como el recubrimiento pulpar (directo e indirecto), la pulpotomía, perforaciones endodónticas, apexificación, entre otras.
Victor Hugo Simancas Escorcia +1 more
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Biodentine: Un nuevo material en terapia pulpar / Biodentine: A New Material for Pulp Therapy [PDF]
Universitas Odontologica, 2015 RESUMEN. Antecedentes: Nuevos metodos y medicamentos en terapia pulpar en denticion temporal se han dado a conocer a principios del siglo XXI. Entre ellos se encuentra el Biodentine®, que es un nuevo cemento de silicato de calcio con propiedades de biocompatibilidad y bioactividad que, en contacto directo con el tejido pulpar, induce el desarrollo de ...
Sandra Hincapié Narváez +1 more
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International Dental JournalObjectives: This study aimed to evaluate the effects of Biodentine on human Dental Pulp Stem Cells (hDPSCs) proliferation and senescence and explore the underlying anti-aging mechanism. Methods: hDPSCs were isolated from two groups of patients aged 18 to
Qi Zhang +5 more
doaj +2 more sources
OSTEOINDUCTIVE CAPACITY OF PLATELET-RICH FIBRIN VS BIODENTINE FOR MANDIBLE FRACTURE [PDF]
Majalah BiomorfologiHighlights • Biodentine has undergone thorough research as a bone grafting substance due to its ability to promote bone regeneration and effectively treat root or tooth fractures. • PRF and Biodentine can stimulate osteogenesis, affecting bone repair,
Marda Agung Nugraha +2 more
doaj +2 more sources
Comparative Efficacy of Biodentine® and Calcium Hydroxide in Pulp Capping Treatment
Nigerian Dental JournalBackground: This study is focused on — Assessing Biodentine and Calcium hydroxide in indirect pulp capping procedures. Various materials have been used in indirect pulp capping but this comparative study may help appreciate which material produces ...
Frances Oluchukwu OBURO +4 more
doaj +2 more sources
An insight into biodentine [PDF]
International Journal of Applied Dental Sciences, 2021 Calcium silicate based materials have gained popularity in recent years due to their resemblance to mineral trioxide aggregate (MTA) and their applicability in cases where MTA is indicated. “Biodentine” is a calcium silicate based product which became commercially available (Septodont) and that was specifically designed as a “dentine replacement ...
Dr. Rini SJ +4 more
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REVIEW ON BIODENTINE - A BIODENTINE DENTINE SUBSTITUTE
International Journal of Advanced Research, 2022 Biodentine is a tricalcium silicate-based cement designed for permanent dentin replacement material and has drawn attention in recent years. Biodentine has been adviced to be used in various clinical applications such as pulp caping, apexification,root perforations, retrograde fillings and dentine replacement.
Sarath Kumar R. +7 more
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Biodentine: Characteristics and applications today [PDF]
International Journal of Applied Dental Sciences, 2021 Introduction: During the last decades, there was a great interest in the development of bioactive dental material with the ability to interact and induce dental tissues. Biodentine is a calcium silicate-based cement that has beneficial effects on pulp cells and promotes the formation of tertiary dentin.
Mariana Lizeth Elizondo Alvarado +6 more
openaire +1 more source
Biodentine as BioRoot Inlay: A Case Report
International Journal of Clinical Pediatric Dentistry, 2023 The success of endodontic treatment in open apex teeth depends on the establishment of an ideal apical barrier so that apical canal space between the periodontium and the root canal system is filled. Biodentine is a calcium silicate-based cement having several advantages over mineral trioxide aggregate (MTA), glass ionomer cement (GIC), and calcium ...
Thiyagarajan, Gayatrikumary +5 more
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Effects of chelating agent and acids on Biodentine [PDF]
Australian Dental Journal, 2018 AbstractBackgroundTo evaluate the effect of distilled water, ethylenediaminetetraacetic acid (EDTA), phosphoric acid and maleic acid on Biodentine regarding surface topography, microhardness and push‐out bond strength (POBS).MethodsFifty‐two cylindrical shaped Biodentine specimens were divided into groups: control (distilled water); EDTA (17% EDTA); PA
V Ballal +5 more
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