Biomechanical preparation of the entire root canal system is one of the most important procedures in endodontic treatment. Separation of instruments while preparing root canals presents a compromised situation in which a biologically inert segment is left behind with potential contamination that has the ability to affect the healing process. Management of this procedural error is tedious and requires creativity as well as clinical knowledge and skills. In this report, we demonstrated two cases with separated instrument in which a combined technique of ultrasonic method with microtube tube method was used to retrieve the separated tips using a modified Vista dental tip
Abstract To evaluate the influence of novel ultrasonic tips as an auxiliary method for the rotary pr...
The Masserann kit is a hollow tube device specially designed for the removal of intracanal metallic ...
MicroCT was developed as a tool for assessing the quality of root canal preparation procedures in en...
Mechanical debridement of the microorganisms from root canal and thorough cleaning is the primary go...
Objective: We describe how to assess the degree of canal curvature and manage a separated instrument...
Instrument separation during endodontic therapy is a frequent accident with rotary instruments being...
During routine endodontic therapy, a clinician may encounter many procedural errors and obstacles wh...
Separation of instrument in the root canal is a common mishap that occurs during the cleaning and sh...
AbstractThis report describes the management of a complicated clinical case with three instruments f...
<p>During endodontic treatment, clinicians may face endodontic procedural mishaps such as broken ins...
The aim of the study is to compare success rates for ultrasonic removal or bypassing endodontic inst...
speaker in endodontics, collaborates in several undergoing research endodontic studies, and has a pr...
AIM: The case of a lower molar with apical periodontitis, which had previous root canal treatment an...
Abstract The aim of this study was to evaluate the influence of a novel ultrasonic tip as an auxilia...
During root canal preparation procedures, the potential for instrument breakage is always present. T...
Abstract To evaluate the influence of novel ultrasonic tips as an auxiliary method for the rotary pr...
The Masserann kit is a hollow tube device specially designed for the removal of intracanal metallic ...
MicroCT was developed as a tool for assessing the quality of root canal preparation procedures in en...
Mechanical debridement of the microorganisms from root canal and thorough cleaning is the primary go...
Objective: We describe how to assess the degree of canal curvature and manage a separated instrument...
Instrument separation during endodontic therapy is a frequent accident with rotary instruments being...
During routine endodontic therapy, a clinician may encounter many procedural errors and obstacles wh...
Separation of instrument in the root canal is a common mishap that occurs during the cleaning and sh...
AbstractThis report describes the management of a complicated clinical case with three instruments f...
<p>During endodontic treatment, clinicians may face endodontic procedural mishaps such as broken ins...
The aim of the study is to compare success rates for ultrasonic removal or bypassing endodontic inst...
speaker in endodontics, collaborates in several undergoing research endodontic studies, and has a pr...
AIM: The case of a lower molar with apical periodontitis, which had previous root canal treatment an...
Abstract The aim of this study was to evaluate the influence of a novel ultrasonic tip as an auxilia...
During root canal preparation procedures, the potential for instrument breakage is always present. T...
Abstract To evaluate the influence of novel ultrasonic tips as an auxiliary method for the rotary pr...
The Masserann kit is a hollow tube device specially designed for the removal of intracanal metallic ...
MicroCT was developed as a tool for assessing the quality of root canal preparation procedures in en...