Molecular and Pharmaceutical Aspects of Novel Methods and Materials for the Prevention of Tooth Structure Loss
In the past decade, a range of dental products have appeared which make advertising claims around preventing mineral loss or repairing mineral loss. This review examines the requirements for effective protection of tooth structure, and the evidence around technologies now available for preventing tooth structure loss and repairing demineralized enamel, ranging from tooth surface protection and enhanced fluoride uptake through to calcium compounds, unstabilized amorphous calcium phosphate, tricalcium phosphate, and casein phosphopeptide- amorphous calcium phosphate.
Recently, Advancements in information technology increasingly compact, lightweight, easy to pursuing the needs of users as (Needs) to meet the complex application of various types of products have been released. In this study, Numerical analysis of stress distribution and to optimize the location of the inserted device use to consisting of PVC material on the card and load displacement. In addition, through the bending test to evaluate the reliability of the specimen was carried out the validation of numerical analysis.