Clinical Performance and Psychological Impact of Colored Restorations Cement in Primary Molars

Aim of the study The aim of the presented study is to evaluate: I- The clinical performance of flowable polyacid-modified composite resin 'compomer' and resin-modified glass-ionomer cement in prepared Class II cavities in primary molars over a period of 6 months. II- Psychological impact of the coloured material used on the child's behavior towards the dental procedure. Materials and Methods Forty primary molars from healthy children between ages of four and seven years will be included in this study, parents will be asked to sign an informed consent on behalf of the children. Statistical power analysis was performed using G-power program. An alpha type error of 0.05, a beta power of 0.95 and a N2/N1 ratio of 1 was used. This study have the approval of the research ethics committee BUE. This study will be executed in the Faculty of Dentistry, BUE, Department of Pediatric Dentistry. Subjects will be selected from children who are seeking dental treatment at the Pediatric Dentistry and Dental Public Health clinic in the Faculty of Dentistry, BUE. Children with detectable caries for Class II cavity preparation will be classified randomly under the different treatment groups. Group A: Colored polyacid modified composite resin , Group B: Glass ionomer cement All groups will be restored according to material used. Restorations will be assessed for marginal adaptation, marginal discoloration, anatomic form, and secondary caries. The assessment of all restorations will be carried out at 24-hours, 3, 6 months post-operatively under normal clinical conditions with a dental operating light, a mouth mirror and a dental explorer. The impact of the color of the material used on the child's attitude will be assessed once through a questionnaire given to the child at the beginning of the first dental visit in which each child will be asked to choose from pictures that indicate their preference regarding the use of colored and non-colored restorative materials and how their choi