Tophaceous Pseudogout in the Temporomandibular Joint: A case report

Q4 Engineering
Kazuma Harada, Susumu Tanaka, T. Uchihashi, Kaori Oya, H. Ohara, J. Miura, M. Kogo
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Abstract

115 Introduction Calcium pyrophosphate dihydrate (CPPD) deposition disorder is a general term for arthritis characterized in the precipitation of CPPD crystals in joint tissues which causes various pathological symptoms. When there is deposition of sodium urate on the joints, gout develops, but pseudogout is not caused by sodium urate—CPPD crystal is deposited in the synovial fluid showing an acute gout joint-like seizure, which indicates similarity in its pathological condition to those of gout; thus, it is has been termed “pseudogout.” Moreover, pseudogout refers only to CPPD crystal deposits that have acute gout attack-like symptoms [1]. CPPD crystal deposition disorder may be nodular in form; however, there is a rare pathological condition in which crystals are deposited in lump form yet present as a mass or nodule—this is called tophaceous pseudogout, a subtype of CPPD crystal deposition disorder, which is distinguished from false gout [2, 3]. Tophaceous pseudogout is diagnosed when the joints involve a clinically detectable mass lesion showing radiographically evident tumor-like deposition of CPPD crystals [2, 4]. The most common sites of nodular pseudogout are the knee joints of the ankles and wrists, and this type of gout rarely occurs in the temporomandibular joint (TMJ) [5]. In the present study, we describe an unusual case of Tophaceous Pseudogout in the Temporomandibular Joint: A case report
颞下颌关节假脱位1例
二水焦磷酸钙(CPPD)沉积障碍是关节炎的总称,其特征是CPPD晶体在关节组织中沉积,引起各种病理症状。当关节上有尿酸钠沉积时,发生痛风,但假性痛风并非由尿酸钠- cppd晶体沉积在滑液中引起,表现为急性痛风样关节发作,其病理情况与痛风相似;因此,它被称为“伪out”。此外,伪痛风仅指具有急性痛风发作样症状[1]的CPPD晶体沉积。CPPD晶体沉积紊乱可呈结节状;然而,有一种罕见的病理情况,即晶体以块状沉积,但以肿块或结节的形式存在,这被称为痛风性假痛风,是CPPD晶体沉积障碍的一种亚型,与假痛风不同[2,3]。当关节出现临床可检测到的肿块病变,影像学上表现出明显的肿瘤样CPPD晶体沉积时,可诊断为白垩性假脱位[2,4]。结节性假性痛风最常见的部位是踝关节和手腕的膝关节,这种类型的痛风很少发生在颞下颌关节(TMJ) bb0。在目前的研究中,我们描述了一个不寻常的情况下,假性假牙在颞下颌关节:一个病例报告
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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来源期刊
Nano Biomedicine
Nano Biomedicine Engineering-Biomedical Engineering
CiteScore
0.30
自引率
0.00%
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