Rotary Systems for Root Canal Gutta-percha Removal: A Review

M. M. Mohd Isa, Nazirah Ramlan, Aaeid Ayoub
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Abstract

Gaining a predictable outcome in endodontics is complicated by handling an endodontically treated. Compared to primary root canal therapy, non-surgical endodontic retreatment typically entails the removal of previous root filling materials. This process may be necessary to enable access to contaminated canal space for recleaning and to remove obturation materials that may have been contaminated by marginal penetration of microorganisms and microbial toxins. The achievement of patency at the canal terminus and the extension of cleaning as close as possible to the apical terminus have been identified as healing prognostic criteria. Gutta-percha (GP) is the current mainstay material utilised as an endodontic filling material, capable of performing comprehensive, three-dimensional sealing of the treated root canal system in a highly effective manner with considerable physical durability. Interestingly, since its initial discovery in the 17th century, GP remains to this day the ideal obturation material used across, in essence, all dental clinics globally due to its material properties and versatility for use in conjunction with sealer compounds. The development of GP removal systems that can manage to remove GP in its entirety from root canals during non-surgical retreatment procedures is currently highly desirable for dental practices. This literature review investigated this current research niche and scrutinised two prevalently utilised rotary systems – Edgefile-XR and the XP-Endo shaper systems.
根管中古达胶清除的旋转系统综述
在牙髓治疗中获得可预测的结果是复杂的处理牙髓治疗。与初级根管治疗相比,非手术再治疗通常需要去除先前的根填充材料。这个过程可能是必要的,以便能够进入受污染的管道空间进行清洁,并去除可能被微生物和微生物毒素的边缘渗透污染的封闭材料。在根管末端实现通畅和尽可能接近根尖末端的清洁延伸已被确定为愈合预后标准。杜仲胶(GP)是目前用作根管填充材料的主流材料,能够以非常有效的方式对治疗过的根管系统进行全面的三维密封,并具有相当的物理耐久性。有趣的是,自17世纪首次发现GP以来,由于其材料特性和与密封剂化合物结合使用的多功能性,GP至今仍是全球所有牙科诊所使用的理想封闭材料。目前,在牙科实践中,开发能够在非手术再治疗过程中将GP从根管中全部移除的GP移除系统是非常可取的。本文献综述调查了当前的研究利基,并仔细检查了两种普遍使用的旋转系统- Edgefile-XR和XP-Endo整形系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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