header

Color stability of E.max CAD laminate veneers cemented with light cure versus dual cure amine free adhesive resin cement : Randomized controlled clinical trial /

Mahmoud Hossam Eldin Mahmoud Elkomy

Color stability of E.max CAD laminate veneers cemented with light cure versus dual cure amine free adhesive resin cement : Randomized controlled clinical trial / تقويم معدل ثبات اللون للوجوه التجميليه المصنعه من السيراميك الزجاجى المصنع اليا (ايماكس كاد) الملصقه بالتقنيتين الضوئيه والمزدوجه : تجربه اكلينيكيه عشوائيه Mahmoud Hossam Eldin Mahmoud Elkomy ; Supervised Jylan Fouad Elguindy , Maha Ahmed Taymor - Cairo : Mahmoud Hossam Eldin Mahmoud Elkomy , 2018 - 93 P. : charts , facsimiles ; 25cm

Thesis (M.Sc.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Prosthodontics

Ceramic laminate veneers show provide successful esthetic and functional long-term service for patients. Color match, mechanical properties that can be stand for long time and marginal integrity. The minimum-thickness anterior ceramic laminate veneers may be a conservative and esthetic alternative to re - establish the form, shape, and color of anterior teeth .Mechanical behavior and marginal integrity is one of the major factors that effect on longterm prognosis of any restorations. This clinical study was done to evaluate color stability of dual cure adhesive resin cement without amine group in comparison with the light cure adhesive resin cement. Twenty two ceramic laminate veneers were fabricated for maxillary anterior teeth.Teeth were divided into two groups according to the material that used for fabrication.One group was fabricated from e.max cad and second group fabricated from Vita enamic.All of teeth used in this study have the same preparation design butt joint preparation with surrounding chamfer finish line and finish line located above supra gingival by 1mm.For standardizations all veneers fabricated using the same technique by using Cad\Cam (Vhf S1) machine. And using the same design software (Exocad).veneers surfaces were treated and silanated



Ad\Cam (Vhf S1) Dual cure amine E.max CAD