Gallottini Livio
Department of Medicine and Surgery, Piazzale Filippo il Macedone, Rome Italy, Phone: +393355469409, e-mail:
J Contemp Dent Pract. 2017 Sep 1;18(9):851-855. doi: 10.5005/jp-journals-10024-2138.
The aim of this scientific work is to illustrate the technique of shaping the root canal system using the multistep technique.
Over time, various endodontic instrumentation techniques have been put forward, from the "step-back" technique (apical-coronal) to the "crown-down" technique (coronal-apical), the "double-flared" technique, and the most recent "single-length" technique.
The multistep technique involves six steps, one of the main objectives of these being the safety of the use of mechanical instruments with a reduction in the risk that they fracture. This technique ("mixed") provides for the use of both manual instruments in stainless steel and mechanical instruments in nickel titanium (Ni-Ti).
The multistep technique is based on a standardized, flexible, and clinical protocol, which can provide for a reduction in the number of endodontic passages and instruments used and, therefore, a simplification of the operating procedure depending on both the difficulty of the root canals and the competence of the operator.
This technique is a technique for shaping the endodontic space that allows the set objectives of endodontic therapy to be reached in a predictable way with a reduced risk of iatrogenic complications.
本科学研究的目的是阐述使用多步骤技术对根管系统进行塑形的技术。
随着时间的推移,人们提出了各种根管预备技术,从“逐步后退”技术(根尖向冠方)到“冠向下”技术(冠方至根尖)、“双喇叭口”技术以及最新的“单长度”技术。
多步骤技术包括六个步骤,其主要目标之一是确保使用机械器械的安全性,降低器械折断的风险。该技术(“混合”技术)规定同时使用不锈钢手动器械和镍钛合金机械器械。
多步骤技术基于标准化、灵活且符合临床实际的方案,根据根管的难度和操作者的能力,可减少根管预备的次数和使用的器械数量,从而简化操作过程。
该技术是一种用于根管空间塑形的技术,能够以可预测的方式实现根管治疗的既定目标,并降低医源性并发症的风险。