与DLX3突变相关的“孤立”无体发育不全:一例临床病例。

Case Reports in Genetics Pub Date : 2020-08-03 eCollection Date: 2020-01-01 DOI:10.1155/2020/8217919
Anne-Laure Bonnet, Kevin Sceosole, Arabelle Vanderzwalm, Caroline Silve, Anne-Margaux Collignon, Celine Gaucher
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引用次数: 3

摘要

无釉质发育不全(AI)是一种罕见的牙齿异常,会影响牙釉质的质量和/或数量。临床表型显示广泛的范围,从轻微的颜色变化到严重的结构改变与日常疼痛。然而,由于机械、心理、审美和/或社会的影响,所有这些都会影响生活质量。一些基因突变与AI作为一种非综合征(孤立的)表型或更广泛的综合征相关联。本病例报告旨在介绍一个在法国Louis Mourier医院(APHP)齿科随访的牙齿结构异常的家庭,因为他们的牙齿状况非常差。先证者和他的母亲被临床诊断为AI,遗传分析显示DLX3中已经描述的变异。然后,对该家庭进行了进一步的tricho-牙-骨综合征检查。本报告说明了诊断成人牙齿结构异常(特别是人工智能)的挑战,并强调需要对这些异常进行准确和可获得的分子诊断,以区分孤立性和综合征性病理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

"Isolated" Amelogenesis Imperfecta Associated with <i>DLX3</i> Mutation: A Clinical Case.

"Isolated" Amelogenesis Imperfecta Associated with <i>DLX3</i> Mutation: A Clinical Case.

"Isolated" Amelogenesis Imperfecta Associated with <i>DLX3</i> Mutation: A Clinical Case.

"Isolated" Amelogenesis Imperfecta Associated with DLX3 Mutation: A Clinical Case.

Amelogenesis imperfecta (AI) represents rare tooth anomalies that affect the quality and/or quantity of the enamel. Clinical phenotypes display a wide spectrum, ranging from mild color changes to severe structural alterations with daily pain. However, all affect the quality of life because of mechanical, psychological, esthetic, and/or social repercussions. Several gene mutations have been linked to AI as a nonsyndromic (isolated) phenotype or a wider syndrome. This case report aimed to present a family with dental structure anomalies followed up in the dental department of the Louis Mourier Hospital (APHP, France) for their extremely poor dental condition. The proband and his mother were clinically diagnosed with AI, and genetic analysis revealed an already described variant in DLX3. Then, the family was further examined for tricho-dento-osseous syndrome. This report illustrates the challenge of diagnosing dental structure anomalies, specifically AI, in adults and highlights the need for an accurate and accessible molecular diagnosis for those anomalies to discriminate between isolated and syndromic pathologies.

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