ThesisEffect of sterilization on torsional resistance of two different nickel-titanium rotary endodontic systems
ThesisEffect of sterilization on torsional resistance of two different nickel-titanium rotary endodontic systems
ThesisRoot Canal Length Determination using an Electronic Apex Locator-Controlled Handpiece with Different Nickel Titanium Rotary Systems
ThesisRoot Canal Length Determination using an Electronic Apex Locator-Controlled Handpiece with Different Nickel Titanium Rotary Systems
ThesisShaping ability of reciprocating versuscontinuous rotary nickel titanium systems incurved root canals : An in vitro study
ThesisShaping ability of reciprocating versuscontinuous rotary nickel titanium systems incurved root canals : An in vitro study
ThesisRoot canal cleanliness and shaping ability of two rotary nickel-titanium instruments : An in-vitro study
ThesisRoot canal cleanliness and shaping ability of two rotary nickel-titanium instruments : An in-vitro study
ThesisEvaluation of torque values and fracture behavior of nickel-titanium rotary files : An in vitro study
ThesisEvaluation of torque values and fracture behavior of nickel-titanium rotary files : An in vitro study
ThesisEffect of instrumentation, irrigation and sterilization onsurface topography and bending properties of two nickel titanium rotary instruments : An in vitro study
ThesisEffect of instrumentation, irrigation and sterilization onsurface topography and bending properties of two nickel titanium rotary instruments : An in vitro study
ThesisA comparative study of two rotary root canal enlarging instruments in the preparation of curved root canals : In vitro study
ThesisA comparative study of two rotary root canal enlarging instruments in the preparation of curved root canals : In vitro study
ThesisImplication of autoclave sterilization on topographic surface changes, cutting efficiency and instrument failure of new nickel titanium rotary instruments : In vitro study
ThesisImplication of autoclave sterilization on topographic surface changes, cutting efficiency and instrument failure of new nickel titanium rotary instruments : In vitro study