Comparison of Root Canal Transportation and Centering Ability Prepared with Two Single Files Rotary Systems using Cone Beam Computed Tomography Scanning (Ex vivo study)

Canal Shaping With Two Different Nickl-titanium Rotary Systems: A comparative Study Using Cone-Beam Computed Tomography

Cone beam computed tomography assessment of canal transportation, centering ability, and radius change of two single file systems in curved root canals

CONE BEAM COMPUTED TOMOGRAPHIC EVALUATION OF ROOT CANAL TRANSPORTATION AND CENTERING ABILITY USING ROTARY AND RECIPROCATING SYSTEMS

SHAPING ABILITY OF RECIPROCATING SINGLE-FILE AND PROTAPER ROTARY SYSTEMS IN CURVED SIMULATED ROOT CANALS

COMPARATIVE STUDY OF SHAPING ABILITY OF REVO-S AND ONE SHAPE NICKEL-TITANIUM ROTARY SYSTEMS IN CURVED ROOT CANALS. (AN IN VITRO STUDY)

Comparison of shaping ability and cutting efficiency of a novel rotary file system (Trunatomy) versus Protaper Next and 2Shape in severely curved mandibular mesiobuccal canals (A

Shaping Ability of Different new Nickel-Titanium Rotary Systems A comparative study using cone-Beam computed tomography

COMPARATIVE STUDY BETWEEN PROTAPER NEXT AND 2 SHAPE Ni-Ti ROTARY FILES ON MAINTANENCE OF CANAL CURVATURE USING RADIOVISIOGRAPHY (RVG) (AN IN VITRO STUDY)

Morphological aspect of root canal instrumentation XP endo shaper, HyFlex cm and Sendoline S5 in mandibular molars:(A cone beam computed study).