This systematic review and meta‐analysis evaluated whether single‐file endodontic
instrumentation systems with the reciprocating type of motion are responsible for more …

Objective To evaluate the apical transportation and centering ability promoted by
reciprocating and continuous rotary systems after root canal filling removal. Materials and …

This study evaluated the amount of apically extruded debris after chemo-mechanical
preparation (CMP) using positive and negative pressure irrigation systems [Conventional …

The purpose of this in vitro study was to evaluate the shaping ability of reciprocating and
continuous rotary systems after root canal retreatment. After preparation and root canal …

Objectives The aim of this study was to evaluate the shaping ability of the TruShape and
Reciproc Blue systems and the apical extrusion of debris after root canal instrumentation …

Aim To evaluate in vivo the bone tissue response of rats to varying amounts of infected and
noninfected dentine debris. Methodology Bone tissue reactions were evaluated …

Materials and Methods: Thirty-two mandibular incisors with flat root canal were divided into 4
groups (n= 8). The groups were initially prepared with PTN, iRaCe, REC, and WO, then …

The aim of this study is to assess the shaping ability of Race Evo les system in comparison
to Protaper Next les System (X1# 17/. 04, X2# 25/. 06) by evaluating: The canal …

Endodontic instrumentation systems can cause extrusion of debris. Apical extrusion has
been reported as the main cause of pain after completion of endodontic treatment. The …

Debris generated primarily during chemical-mechanical root canal preparation is composed
of dentine fragments, residual dental pulp remnants, microorganisms, and irrigants. The …