Introduction: One of the most important steps in root canal therapy is removal of microorganisms presented in the root canal by means of cleaning and shaping with a variety of manual and rotary instruments. The aim of this study was to compare the amount of dentinal debris remained in canal after application of two nickel titanium rotary files(Flexmaster, Twisted) with stereomicroscope. Methods: In this lab-trial study, 60 extracted human premolars were used. After dividing the teeth in two groups,cleaning and shaping of each group was done with one of the twisted files and Flexmaster. After preparation of root canals, the roots were sectioned at 2, 4, and 6 mm from the apex. Stereomicroscopic pictures were prepared. In image J program, the...
Purpose: To compare the cleaning efficacy and shaping ability of engine-driven ProTaper and GT files...
This study measured displacement of canal centers in extracted human teeth after preparation by Ligh...
Background and Aim: Maintaining the original canal path and safety of canal preparation during instr...
Introduction Cleaning and shaping of root canals are essential steps for the success of endodontic ...
INTRODUCTION: To compare the cleaning effectiveness of K3 and Race NiTi rotary systems with K-Flexo ...
INTRODUCTION: The most important aims of root canal preparation are the removal of vital pulp tissue...
Objective: To assess the cleaning efficacy of the Mtwo rotary system, hand instrumentation and their...
Aim: The aim of this study was to compare the efficacy of hand file, nickel titanium rotary instrume...
Background: Many types of instruments and techniques are used in the instrumentation of the root can...
Background and Aim: Since the use of rotary nickel titanium instruments is an essential part of endo...
Introduction. Root canal instrumentation is performed to achieve cleaning and shaping with maximum p...
Background. Proper cleaning and shaping of root canal systems cannot be determined by post operative...
INTRODUCTION: The purpose of the present study was to quantify and compare the amount of extruded de...
This study evaluated the root canal dentine surface by scanning electron microscope (SEM) after shap...
Introduction: Effective cleaning of the root canal system is the primary objective of rotary instrum...
Purpose: To compare the cleaning efficacy and shaping ability of engine-driven ProTaper and GT files...
This study measured displacement of canal centers in extracted human teeth after preparation by Ligh...
Background and Aim: Maintaining the original canal path and safety of canal preparation during instr...
Introduction Cleaning and shaping of root canals are essential steps for the success of endodontic ...
INTRODUCTION: To compare the cleaning effectiveness of K3 and Race NiTi rotary systems with K-Flexo ...
INTRODUCTION: The most important aims of root canal preparation are the removal of vital pulp tissue...
Objective: To assess the cleaning efficacy of the Mtwo rotary system, hand instrumentation and their...
Aim: The aim of this study was to compare the efficacy of hand file, nickel titanium rotary instrume...
Background: Many types of instruments and techniques are used in the instrumentation of the root can...
Background and Aim: Since the use of rotary nickel titanium instruments is an essential part of endo...
Introduction. Root canal instrumentation is performed to achieve cleaning and shaping with maximum p...
Background. Proper cleaning and shaping of root canal systems cannot be determined by post operative...
INTRODUCTION: The purpose of the present study was to quantify and compare the amount of extruded de...
This study evaluated the root canal dentine surface by scanning electron microscope (SEM) after shap...
Introduction: Effective cleaning of the root canal system is the primary objective of rotary instrum...
Purpose: To compare the cleaning efficacy and shaping ability of engine-driven ProTaper and GT files...
This study measured displacement of canal centers in extracted human teeth after preparation by Ligh...
Background and Aim: Maintaining the original canal path and safety of canal preparation during instr...