ABSTRACT Dental materials, in general, are tested in different animal models prior to their clinical use in humans, except for bleaching agents. Objectives To evaluate an experimental rat model for comparative studies of bleaching agents by investigating the influence of different concentrations and application times of H2O2 gel in the pulp tissue during in-office bleaching of rats’ vital teeth. Material and methods The right and left maxillary molars of 50 Wistar rats were bleached with 20% and 35% H2O2 gels, respectively, for 5, 10, 15, 30, or 45 min (n=10 rats/group). Ten animals (control) were untreated. The rats were killed after 2 or 30 days, and the maxillae were examined by light microscopy. Inflammation was evaluated by histomo...
To evaluate the effect of a 17.5% H2O2 gel on the odontoblastic differentiation capability of human ...
Aim To evaluate ex vivo effectiveness of the three formulations of bleaching materials for intracoro...
Objectives To evaluate human dental pulp stem cell viability and capacity to recover from experiment...
Dental materials in general are tested in different animal models prior to the clinical use in human...
Introduction: Hydrogen peroxide tooth bleaching is claimed to cause alterations in dental tissue str...
Abstract Bleaching gel containing hydrogen peroxide (H2O2) cause damages in pulp tissue. This study ...
Abstract Objectives: To study the intensity of inflammatory infiltrate and production of interleuki...
Objective: To evaluate the influence of dental bleaching on the pulp tissue of diabetic rats over th...
The value of aesthetic dentistry has precipitated several developments in the investigation of denta...
Objectives: This study evaluated if the use of a bioactive glass-ceramic-based gel, named Biosilicat...
The value of aesthetic dentistry has precipitated several developments in the investigation of denta...
This study aimed to evaluate neuropeptide expression after bleaching treatment using histopathologic...
Background: Reactive Oxygen Species (ROS) released from hydrogen peroxide causes inflammation of the...
Aim: To investigate pulp chamber penetration of bleaching agents in teeth following restorative proc...
Objective. To evaluate and compare the responses of human incisor and premolar pulps after bleaching...
To evaluate the effect of a 17.5% H2O2 gel on the odontoblastic differentiation capability of human ...
Aim To evaluate ex vivo effectiveness of the three formulations of bleaching materials for intracoro...
Objectives To evaluate human dental pulp stem cell viability and capacity to recover from experiment...
Dental materials in general are tested in different animal models prior to the clinical use in human...
Introduction: Hydrogen peroxide tooth bleaching is claimed to cause alterations in dental tissue str...
Abstract Bleaching gel containing hydrogen peroxide (H2O2) cause damages in pulp tissue. This study ...
Abstract Objectives: To study the intensity of inflammatory infiltrate and production of interleuki...
Objective: To evaluate the influence of dental bleaching on the pulp tissue of diabetic rats over th...
The value of aesthetic dentistry has precipitated several developments in the investigation of denta...
Objectives: This study evaluated if the use of a bioactive glass-ceramic-based gel, named Biosilicat...
The value of aesthetic dentistry has precipitated several developments in the investigation of denta...
This study aimed to evaluate neuropeptide expression after bleaching treatment using histopathologic...
Background: Reactive Oxygen Species (ROS) released from hydrogen peroxide causes inflammation of the...
Aim: To investigate pulp chamber penetration of bleaching agents in teeth following restorative proc...
Objective. To evaluate and compare the responses of human incisor and premolar pulps after bleaching...
To evaluate the effect of a 17.5% H2O2 gel on the odontoblastic differentiation capability of human ...
Aim To evaluate ex vivo effectiveness of the three formulations of bleaching materials for intracoro...
Objectives To evaluate human dental pulp stem cell viability and capacity to recover from experiment...