Evaluation of marginal integrity of hydroxyapatite nano-fiber reinforced flowable composite versus conventional resin-based flowable composite in initially demineralized pits and fissure : A one year, randomized clinical trial /
Donia Mamdouh Ahmed Elshafey
Evaluation of marginal integrity of hydroxyapatite nano-fiber reinforced flowable composite versus conventional resin-based flowable composite in initially demineralized pits and fissure : A one year, randomized clinical trial / قياس السلامة الحافية للمركب المعزز بألياف الهيدروكسيباتيت النانوية القابل للتدفق مقابل المركب التقليدى القائم على الراتنج القابل للتدفق فى بداية نزع المعادن من الحفر الدقيقة و الشقوق السنية : تجربة عملية عشوائية Donia Mamdouh Ahmed Elshafey ; Supervised Mohamed Adel Ezzat , Maha Elbaz , Mona Fadel Mohamed - Cairo : Donia Mamdouh Ahmed Elshafey , 2018 - 102 P. : charts , facsimiles , photoghraphs ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Operative Dentistry
The aim of the current study was to evaluate the marginal integrity of Hydroxyapatite Nanofiber reinforced flowable composite compared to a conventional resin-based flowable composite during management of initial carious lesion in adult population over a one year period. Materials and methods: A total of 26 volunteer patients who fulfilled the inclusion criteria were selected to participate in the study. A consent was taken from each patient prior to the commencement of the study. In this study split mouth design was used for each patient, in each patient the two types of flowable resin composite were used. Such that NovaPro Flow Hydroxyapatite Nanofiber reinforced flowable composite was placed in one side while Filtek Z350 XT Flowable conventional resin-based composite was placed on the contralateral side. In the selected patients the grouping was done according to the type of flowable composite used (R). Group (R1) the pits and fissure were sealed using NovaPro Flow Hydroxyapatite Nanofiber reinforced flowable composite.Group (R2) the pits and fissure were sealed using the Filtek Z350 XT Flowable conventional resin-based composite. Such that for each material (n=26) and the total number of sealant placed in all patients were (n=52)
Hydroxyapatite nano-fiber reinforced flowable composite Initially demineralized pits and fissure Reinforced flowable composite
Evaluation of marginal integrity of hydroxyapatite nano-fiber reinforced flowable composite versus conventional resin-based flowable composite in initially demineralized pits and fissure : A one year, randomized clinical trial / قياس السلامة الحافية للمركب المعزز بألياف الهيدروكسيباتيت النانوية القابل للتدفق مقابل المركب التقليدى القائم على الراتنج القابل للتدفق فى بداية نزع المعادن من الحفر الدقيقة و الشقوق السنية : تجربة عملية عشوائية Donia Mamdouh Ahmed Elshafey ; Supervised Mohamed Adel Ezzat , Maha Elbaz , Mona Fadel Mohamed - Cairo : Donia Mamdouh Ahmed Elshafey , 2018 - 102 P. : charts , facsimiles , photoghraphs ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Operative Dentistry
The aim of the current study was to evaluate the marginal integrity of Hydroxyapatite Nanofiber reinforced flowable composite compared to a conventional resin-based flowable composite during management of initial carious lesion in adult population over a one year period. Materials and methods: A total of 26 volunteer patients who fulfilled the inclusion criteria were selected to participate in the study. A consent was taken from each patient prior to the commencement of the study. In this study split mouth design was used for each patient, in each patient the two types of flowable resin composite were used. Such that NovaPro Flow Hydroxyapatite Nanofiber reinforced flowable composite was placed in one side while Filtek Z350 XT Flowable conventional resin-based composite was placed on the contralateral side. In the selected patients the grouping was done according to the type of flowable composite used (R). Group (R1) the pits and fissure were sealed using NovaPro Flow Hydroxyapatite Nanofiber reinforced flowable composite.Group (R2) the pits and fissure were sealed using the Filtek Z350 XT Flowable conventional resin-based composite. Such that for each material (n=26) and the total number of sealant placed in all patients were (n=52)
Hydroxyapatite nano-fiber reinforced flowable composite Initially demineralized pits and fissure Reinforced flowable composite