Comparative Evaluation of Three Different Topically Applied Materials as Non-invasive Treatment of Permanent Teeth With Molar Incisor Hypo-mineralization: Randomized Clinical Trial
Comparative Evaluation of Three Different Topically Applied Materials as Non-invasive Treatment of Permanent Teeth With Molar Incisor Hypo-mineralization: Randomized Clinical Trial
This clinical study main goal is to investigate the effectiveness of nano hydroxy apatite crystal varnish and potassium nitrate gel as a non invasive approach in managing MIH-affected teeth.
This randomized clinical trial study aims to investigate the effectiveness of nano-hydroxy apatite crystal varnish, and potassium nitrate gel compared to fluoride varnish, in reducing dentin hypersensitivity, improving a child's oral hygiene, and gingival health, oral health-related quality of life, preventing post-eruptive enamel breakdown, and dental caries, along with economic evaluation.
The research unit of this study will be the MIH-affected permanent tooth, in children aged from six to ten years, from either gender.
Inclusion criteria:
Participants related criteria:
Tooth related criteria:
1. The diagnosis of MIH will be done as per the Wurzburg concept, 2023 MIH diagnostic criteria:
The child will be confirmed to have MIH if any of the following characteristics are apparent:
affected teeth show a clearly defined opacity at the occlusal and buccal surfaces of a tooth,
defects vary in shape, size, and pattern,
white, cream-colored, or yellow-brown color deviations are recognizable,
defects variably vary in size,
teeth with hypersensitivity are present,
teeth have an atypical restoration,
permanent teeth for (suspected) MIH reasons are missing (extractions),
combinations of the above characteristics are present.
MIH-affected permanent teeth, suffering from dentin hypersensitivity, (MIH-TNI 3, 4a).
Positive Schiff Cold Airblasting Sensitivity score (score 1, 2, or 3).
Participants related criteria:
Tooth related criteria:
mennatallah.ashraf@dentistry.cu.edu.eg+201026022605