Evaluation of the Milled and Three-Dimensional Digital Manufacturing, 10-Degree and 20-Degree Preparation Taper, Groove and Box Auxiliary Retentive Features, and Conventional and Resin-Based Provisional Cement Type on the Adhesive Failure Stress of 3 mm Short Provisional Crowns

BACKGROUND This study evaluated the effects of milling (CADCAM), 3D printing, preparation taper angles (10-degree and 20-degree), auxiliary retentive features (groove and box), and provisional cement types (conventional and resin-based) on the adhesive failure stress of 3-mm short provisional crowns...

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Veröffentlicht in:	Medical science monitor 2024-02, Vol.30, p.e943237
Hauptverfasser:	Sayed, Mohammed, Reddy, Nandalur Kulashekar, Reddy, Naveen R, Mattoo, Khurshid A, Jad, Yaser Ali, Hakami, Abdullah Jaber, Hakami, Abdulwahab Khalid, Dighriri, Abdulwahab M, Hurubi, Salman Y, Hamdi, Bassam Ali, Alshahrani, Ahid Amer, Alsubaiy, Ebrahim Fihaid, Alshehri, Abdullah Hasan, AlNijaiban, Mashael Abdullah
Format:	Artikel
Sprache:	eng
Schlagworte:	Adhesives Crowns Dental Cements Glass Ionomer Cements Materials Testing Printing, Three-Dimensional Resin Cements - chemistry
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