Sirotheau Corrêa Pontes Flavia, Paiva Fonseca Felipe, Souza de Jesus Adriana, Garcia Alves Ana Carolina, Marques Araújo Leila, Silva do Nascimento Liliane, Rebelo Pontes Hélder Antônio
João de Barros Barreto University Hospital, Belém, Pará, Brazil.
Piracicaba Dental School, State University of Campinas, Piracicaba, São Paulo, Brazil.
J Endod. 2014 Jan;40(1):16-27. doi: 10.1016/j.joen.2013.08.021. Epub 2013 Nov 5.
This study aimed to analyze cases referred from a reference service in oral pathology that were initially misdiagnosed as periapical lesions of endodontic origin and to perform a review of the literature regarding lesions located in the apical area of teeth with a nonendodontic source.
A survey was made of clinical cases derived from the service of oral pathology from 2002 to 2012. The pertinent literature was also reviewed using ScienceDirect and PubMed databases. The lesions were grouped into benign lesions mimicking endodontic periapical lesions (BLMEPLs), malignant lesions mimicking endodontic periapical lesions (MLMEPLs), and Stafne bone cavities. The clinical presentations were divided into lesions with swelling without pain, lesions with swelling and pain, and lesions without swelling but presenting with pain.
The results showed that 66% (37/56) of cases represented benign lesions, 29% (16/56) malignant lesions, and 5% (3/56) Stafne bone cavities. The most commonly reported BLMEPLs were ameloblastomas (21%) followed by nasopalatine duct cysts (13.5%). The most frequently cited MLMEPLs were metastatic injuries (31.5%) followed by carcinomas (25%). The main clinical presentation of BLMEPLs was pain, whereas that of MLMEPLs was swelling associated with pain; Stafne bone cavities displayed particular clinical findings.
Clinical and radiologic aspects as well as the analysis of the patients' medical history, pulp vitality tests, and aspiration are essential tools for developing a correct diagnosis of periapical lesions of endodontic origin. However, if the instruments mentioned earlier indicate a lesion of nonendodontic origin, a biopsy and subsequent histopathological analysis are mandatory.
本研究旨在分析口腔病理学参考服务机构转诊的病例,这些病例最初被误诊为牙髓源性根尖周病变,并对有关非牙髓源性牙齿根尖区病变的文献进行综述。
对2002年至2012年口腔病理学服务机构的临床病例进行调查。还使用ScienceDirect和PubMed数据库对相关文献进行了综述。病变分为模仿牙髓性根尖周病变的良性病变(BLMEPLs)、模仿牙髓性根尖周病变的恶性病变(MLMEPLs)和斯德夫骨腔。临床表现分为无疼痛肿胀的病变、有疼痛肿胀的病变和无肿胀但有疼痛的病变。
结果显示,66%(37/56)的病例为良性病变,29%(16/)为恶性病变,5%(3/56)为斯德夫骨腔。最常报告的BLMEPLs是成釉细胞瘤(21%),其次是鼻腭管囊肿(13.5%)。最常被提及的MLMEPLs是转移性损伤(31.5%),其次是癌(25%)。BLMEPLs的主要临床表现是疼痛,而MLMEPLs的主要临床表现是与疼痛相关的肿胀;斯德夫骨腔有其独特的临床特征。
临床和放射学方面以及对患者病史、牙髓活力测试和抽吸的分析是正确诊断牙髓源性根尖周病变的重要工具。然而,如果上述检查提示病变为非牙髓源性,则必须进行活检及后续组织病理学分析。