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重新定义空洞:一种人类牙齿内部吸收的新分类。

Redefining the void: A novel classification for internal resorption in human teeth.

作者信息

Singh Shishir H, Gadkari Anuprita S, Podar Rajesh S, Shetty Roshan U, Paste Prajakta V

机构信息

Department of Conservative Dentistry and Endodontics, Terna Dental College, Navi Mumbai, Maharashtra, India.

出版信息

J Conserv Dent Endod. 2025 Jul;28(7):700-703. doi: 10.4103/JCDE.JCDE_263_25. Epub 2025 Jul 2.

Abstract

INTRODUCTION

Internal root resorption is the loss of hard tissue of the tooth from the pulpal surface of the root canal space. This pathologic condition is characterized by damage to the organic sheath, loss of predentin, and odontoblastic layer leading to demineralization of hard tissue of the tooth.

CONTEXT

Internal root resorption.

AIMS

The aim of this article is to classify internal resorptive lesions to distinguish the extent of resorption at various levels as seen in the tooth.

SUBJECTS AND METHODS

Internal resorption is less commonly diagnosed as compared to external resorption. Internal inflammatory resorption has been classified depending on the inflammatory process of the tooth as transient or persistent. There is a need for classification of the extent and location of the resorptive lesion. Hence, this article is focused on the classification of internal resorption based on the location of the resorptive site and the extent of tissue involved.

CONCLUSIONS

There is a need for classification of the extent and location of the resorptive lesion. Hence, this article is focused on the classification of internal resorption based on the location of the resorptive site and the extent of tissue involved.

摘要

引言

牙根内吸收是指根管空间牙髓面的牙齿硬组织丧失。这种病理状况的特征是有机鞘受损、前期牙本质丧失以及成牙本质细胞层受损,从而导致牙齿硬组织脱矿。

背景

牙根内吸收。

目的

本文的目的是对牙根内吸收性病变进行分类,以区分在牙齿中不同层面所见的吸收程度。

对象与方法

与牙根外吸收相比,牙根内吸收的诊断较少见。根据牙齿的炎症过程,将内炎性吸收分为短暂性或持续性。需要对吸收性病变的范围和位置进行分类。因此,本文重点基于吸收部位的位置和受累组织的范围对牙根内吸收进行分类。

结论

需要对吸收性病变的范围和位置进行分类。因此,本文重点基于吸收部位的位置和受累组织的范围对牙根内吸收进行分类。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9543/12310110/355755942296/JCDE-28-700-g001.jpg

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