Micro shear bond strength of resin composite to remineralized dental tissues /
قوة الربط القصي الدقي الرتنج الكمبوزيت مع الانسجة السنية بعد إعادة تمعدنها
Dina Ezz Eldin Mohamed Ahmed ; Supervised Mohsen Hussein Abi Elhassan , Mohamed Fouad Haridy
- Cairo : Dina Ezz Eldin Mohamed Ahmed , 2015
- 97 P. : charts , photographs ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Operative Dentistry
This study was designed to evaluate the Micro shear bond strength of Nano-filled resin composite, bonded by self-etch adhesive to remineralized enamel and dentin using conventional and Nano bioactive glass versus demineralized enamel and dentin. Forty teeth were used; enamel and dentin specimens were derived from each tooth, producing 80 specimens (40 for enamel and 40 for dentin). Regarding the enamel substrate, 5 specimens were used as a positive control (sound enamel), while the remaining 35 specimens were demineralized. The demineralized enamel was divided by which, 5 specimens acted as negative control (demineralized enamel) and the remaining 30 specimens were divided into two main groups (15 each) according to the remineralizing agent to be used, either conventional or Nano bioactive glass. Each group was subdivided into 3 subgroups (5 each) according to the period of application of the remineralizing agent used, one day, one week and one month. Regarding the dentin substrate, 5 specimens were used as a positive control (sound dentin), while the remaining 35 specimens were demineralized. The demineralized dentin was divided by which, 5 specimens acted as negative control (demineralized dentin) and the remaining 30 specimens were divided into two main groups (15 each) according to the remineralizing agent to be used, either conventional or Nano bioactive glass. Each group was subdivided into 3 subgroups (5 each) according to the period of application the remineralizing agent used, one day, one week and one month
Micro shear bond strength Remineralized dental tissues Resin composite