According to a number of studies, low and high-concentrations of hydrogen peroxide (HP) could modify the structure and enamel mineral composition. Changes in the inorganic content of the dental structure could lead to microhardness decrease and increase on enamel roughness. Besides, the ability of HP to break down and form unstable reactive oxygen species (ROS) that diffuse through enamel / dentin and reaches the pulp chamber, raises important questions about pulp integrity and safety of the procedure. Clinically, this effect is noted as tooth sensitivity and although it is reported to be transient, the long-term effect on pulp tissue is still in debate. In order to cease, decrease or reverse the possible side effects on dental structure or pulp cells, researchers have focused on possibilities to change the composition of bleaching agents, or application protocol, or have invested in technologies to reach the bleaching effect uniquely with the use of certain types of lights.
Following the success of our previous Tooth Bleaching collection, this Research Topic aims to expand on our knowledge base of bleaching effects on dental structure and tooth sensitivity. It also aims to contribute in the understanding of novel bleaching protocols, technologies and strategies to decrease the side effects promoted by HP and elucidate its mechanism of action.
We seek original research articles, review, mini-reviews, perspectives and brief research reports that may include (but not limited to):
- Adverse effects of bleaching agents on morphology, enamel mineral content, and the use of remineralizing agents or changes on bleaching protocols
- Cytotoxicity effects of bleaching agents and strategies to minimize pulp response
- Efficacy and safety of experimental agents with innovative composition
- The use of light and novel bleaching techniques
- The effect of bleaching agents on restorative/dental materials
- Color alteration of endodontically treated teeth
- Enamel bond strength after bleaching
Volume One of this Research Topic can be found here: Tooth Bleaching
Keywords:
Hydrogen peroxide, Carbamide Peroxide, Tooth Bleaching, Dental Enamel, Diffusion, Light, Color, Lasers
Important Note:
All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
According to a number of studies, low and high-concentrations of hydrogen peroxide (HP) could modify the structure and enamel mineral composition. Changes in the inorganic content of the dental structure could lead to microhardness decrease and increase on enamel roughness. Besides, the ability of HP to break down and form unstable reactive oxygen species (ROS) that diffuse through enamel / dentin and reaches the pulp chamber, raises important questions about pulp integrity and safety of the procedure. Clinically, this effect is noted as tooth sensitivity and although it is reported to be transient, the long-term effect on pulp tissue is still in debate. In order to cease, decrease or reverse the possible side effects on dental structure or pulp cells, researchers have focused on possibilities to change the composition of bleaching agents, or application protocol, or have invested in technologies to reach the bleaching effect uniquely with the use of certain types of lights.
Following the success of our previous Tooth Bleaching collection, this Research Topic aims to expand on our knowledge base of bleaching effects on dental structure and tooth sensitivity. It also aims to contribute in the understanding of novel bleaching protocols, technologies and strategies to decrease the side effects promoted by HP and elucidate its mechanism of action.
We seek original research articles, review, mini-reviews, perspectives and brief research reports that may include (but not limited to):
- Adverse effects of bleaching agents on morphology, enamel mineral content, and the use of remineralizing agents or changes on bleaching protocols
- Cytotoxicity effects of bleaching agents and strategies to minimize pulp response
- Efficacy and safety of experimental agents with innovative composition
- The use of light and novel bleaching techniques
- The effect of bleaching agents on restorative/dental materials
- Color alteration of endodontically treated teeth
- Enamel bond strength after bleaching
Volume One of this Research Topic can be found here:
Tooth Bleaching
Keywords:
Hydrogen peroxide, Carbamide Peroxide, Tooth Bleaching, Dental Enamel, Diffusion, Light, Color, Lasers
Important Note:
All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.