ArticleCONE BEAM COMPUTED TOMOGRAPHY EVALUATION OF TWO OBTURATION TECHNIQUES AFTER PREPARATION WITH TWO NOVEL ROTARY SYSTEMS (IN VITRO STUDY)
ArticleCONE BEAM COMPUTED TOMOGRAPHY EVALUATION OF TWO OBTURATION TECHNIQUES AFTER PREPARATION WITH TWO NOVEL ROTARY SYSTEMS (IN VITRO STUDY)
ArticleEFFICACY OF THREE DIFFERENT RETREATMENT FILE SYSTEMS FOR GUTTA-PERCHA REMOVAL USING CONE BEAM COMPUTED TOMOGRAPHY
ArticleEFFICACY OF THREE DIFFERENT RETREATMENT FILE SYSTEMS FOR GUTTA-PERCHA REMOVAL USING CONE BEAM COMPUTED TOMOGRAPHY
ArticleInfluence of heat-treated single file rotary systems on remaining dentin thickness in the danger zone of the mandibular first molar. An in-vitro CBCT study
ArticleInfluence of heat-treated single file rotary systems on remaining dentin thickness in the danger zone of the mandibular first molar. An in-vitro CBCT study
ArticleShaping Ability of a Novel Rotary Nickel Titanium System using Cone Beam Computed Tomography (An Invitro Study)
ArticleShaping Ability of a Novel Rotary Nickel Titanium System using Cone Beam Computed Tomography (An Invitro Study)
ArticleEVALUATION OF APICAL DEBRIS EXTRUSION AFTER RETREATMENT USING DIFFERENT ROTARY FILE SYSTEMS (IN VITRO STUDY)
ArticleEVALUATION OF APICAL DEBRIS EXTRUSION AFTER RETREATMENT USING DIFFERENT ROTARY FILE SYSTEMS (IN VITRO STUDY)
ArticleCOMPARISON OF RECIPROCATING VERSUS ROTARY MOTION FOR GUTTA-PERCHA REMOVAL USING CONE BEAM COMPUTED TOMOGRAPHY (AN IN VITRO STUDY)
ArticleCOMPARISON OF RECIPROCATING VERSUS ROTARY MOTION FOR GUTTA-PERCHA REMOVAL USING CONE BEAM COMPUTED TOMOGRAPHY (AN IN VITRO STUDY)
ArticleComparative assessment of apical transportation and centering ability of three novel rotary NiTi files: A cone beam computed tomography study
ArticleComparative assessment of apical transportation and centering ability of three novel rotary NiTi files: A cone beam computed tomography study
ArticleEfficacy of three Nickel Titanium rotary file systems in removal of intracanal filling material (In vitro study)
ArticleEfficacy of three Nickel Titanium rotary file systems in removal of intracanal filling material (In vitro study)