非平滑肌间质子宫肿瘤的融合谱:当前知识综述。

Pavel Dundr, Radoslav Matěj, Jan Hojný, Nikola Hájková, Kristýna Němejcová, Michaela Kendall Bártů
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引用次数: 0

摘要

背景非平滑肌子宫肉瘤主要以低度子宫内膜间质肉瘤为代表。然而,其他几种罕见、独特类型的子宫肉瘤也已得到确认,包括高级别子宫内膜间质肉瘤、激酶融合肿瘤、类似卵巢性索肿瘤的子宫肿瘤、软组织型肉瘤以及 KAT6A/B 重排肿瘤等新兴实体。子宫肉瘤的面貌已经发生了变化,这主要是因为人们对其分子畸变的了解越来越多:全面综述除平滑肌间质子宫肿瘤以外发生融合的文献,重点关注其类型、频率以及诊断类别和实体之间的重叠:数据来自PubMed/MEDLINE数据库,时间跨度为1988年1月至2023年6月。总共选取了 156 项研究,这些研究关注非平滑肌间质子宫肿瘤发生融合的问题,因此成为本综述的基础:在 703 例肿瘤中发现了 110 例融合。在某些情况下,这些肿瘤中出现的分子畸变的诊断意义可能并不明确。这可能与报告病例数量有限的罕见畸变有关。此外,即使是众所周知的被认为是某一独特实体的特异性畸变,也可能出现在更多的病变中,其生物学行为和临床意义可能大不相同。
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The Spectrum of Fusions Occurring in Non-Smooth Muscle Mesenchymal Uterine Tumors: A Review of the Current Knowledge.

Context.—: Non-smooth muscle uterine sarcomas are mostly represented by low-grade endometrial stromal sarcoma. However, several other rare, distinct types of uterine sarcoma are recognized, including high-grade endometrial stromal sarcoma, tumors with kinase fusions, uterine tumors resembling ovarian sex cord tumors, soft tissue-type sarcoma, and emerging entities such as KAT6A/B-rearranged tumors. The landscape of uterine sarcomas has changed, mostly because of the increasing knowledge concerning their molecular aberrations.

Objective.—: To offer a comprehensive review of the literature focusing on fusions occurring in other than smooth muscle mesenchymal uterine tumors with respect to their type, frequency, and overlap between diagnostic categories and entities.

Data sources.—: The data were mined from the PubMed/MEDLINE database covering the time period from January 1988 to June 2023. In total, 156 studies focusing on the problematics of fusions occurring in non-smooth muscle mesenchymal uterine tumors were selected, and thus became the basis for this review.

Conclusions.—: One hundred ten fusions were identified in 703 tumors. The diagnostic significance of the molecular aberrations occurring in these tumors can be unclear in some cases. This can be related to the rare aberrations with a limited number of reported cases. Additionally, even well-known aberrations considered as specific for a certain distinct entity can occur in more lesions, the biological behavior and clinical significance of which can differ substantially.

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