Enterococcus faecalis leakage in MTA silver amalgam and glass ionomer as root-end filling materials

Authors

  • Martha Elena Pineda Mejía Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • Doris Salcedo Moncada Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • Antonia Castro Rodríguez Departamento Académico Estomatología Biosocial. Facultad Odontología UNMSM. Lima Perú.
  • Elmo Palacios Alva Departamento Académico Médico Quirúrgico. Facultad Odontología UNMSM. Lima Perú.
  • Hilda Moromi Nakata Departamento Académico de Ciencias Básicas. Facultad Odontología UNMSM. Lima Perú.
  • Elba Martínez Cadillo Departamento Académico de Ciencias Básicas. Facultad Odontología UNMSM. Lima Perú.
  • Ántero Ortiz Cárdenas Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • Rómel Watanabe Velásquez Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • Livia Zambrano de la Peña Departamento Académico Médico Quirúrgico. Facultad Odontología UNMSM. Lima Perú.
  • Julio Ochoa Tataje Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • Lourdes Lara Téllez Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • Gerardo Ayala de la Vega Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.
  • María Ventocilla Huasupoma Departamento Académico Estomatología Rehabilitadora. Facultad Odontología UNMSM. Lima Perú.

DOI:

https://doi.org/10.15381/os.v11i1.3077

Keywords:

Leakage, Enterococcus Faecalis, Root-end filling material, MTA.

Abstract

One of the aims of a root-end filling material placed in an apicectomy treatment is to provide apical seal that can inhibits the coronary migration of antigens to perirradicular tissues. Many materials are used for this end; however, to date there has not been any material that satisfies all the requirements of an ideal material. With the purpose of making a comparative analysis of the apical sealing abilities of three root-end filling materials: silver amalgam, glass ionomer and MTA (mineral trioxide aggregate), in the leakage process of Enterococcus Faecalis bacteria and the time used for it to leak via coronary toward the perirradicular area, the present investigation was made. Leakage was proven when veering the fenol red glucose, in which the apexes of the sample teeth were submerged, to a temperature of 37ºC. The results showed that specimens that leakage in longer than 70 days were significantly higher for the cases of cement MTA than for the other two materials.

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Published

2008-07-15

Issue

Section

Articles

How to Cite

1.
Pineda Mejía ME, Salcedo Moncada D, Castro Rodríguez A, Palacios Alva E, Moromi Nakata H, Martínez Cadillo E, et al. Enterococcus faecalis leakage in MTA silver amalgam and glass ionomer as root-end filling materials. Odontol Sanmarquina [Internet]. 2008 Jul. 15 [cited 2024 Jul. 18];11(1):10-3. Available from: https://revistasinvestigacion.unmsm.edu.pe/index.php/odont/article/view/3077