Department of Anatomy, Second Faculty of Medicine, Charles University, V Úvalu 84, 150 06, Prague, Czech Republic.
CESKA - Center for Endoscopic, Surgical and Clinical Anatomy, Second Faculty of Medicine, Charles University, Prague, Czech Republic.
Clin Anat. 2023 Nov;36(8):1104-1108. doi: 10.1002/ca.24041. Epub 2023 Mar 30.
The interpubic cavity (cleft) is a narrow, slit-like, oval-shaped cavity which has frequently been described within the fibrocartilaginous interpubic disc. The aim of this article is to thoroughly analyze what is known about the interpubic cavity. The following three scientific databases (PubMed, Web of Science and Google Scholar) were systematically searched. Combinations of the search terms "interpubic cleft", "interpubic cavity", "symphysis pubis cleft", "symphysis pubis cavity" and "symphysis cleft sign" were used. All databases were searched from inception until August of 2022. Searching of the three databases resulted in 711 hits, of which 280 remained after checking for duplicates. In the first step, 152 studies were excluded due to irrelevant content. Thus, 128 proceeded to the second step, of which 23 were finally selected for meeting the objectives of this review. Until now the reason for the cavity forming remains unclear. The interpubic cavity is present in the anterior portion of the interpubic disc, within 2 mm from its anterior margin. There is no predilection in the craniocaudal dimension. The secondary cavity is usually called a "cleft sign". The results of our scoping review summarize information about the interpubic cavity. Its composition and morphology are still not well understood.
耻骨联合腔(裂隙)是一个狭窄的、裂隙状的、椭圆形的腔隙,经常在纤维软骨性耻骨联合盘内被描述。本文的目的是彻底分析已知的耻骨联合腔的情况。系统地检索了以下三个科学数据库(PubMed、Web of Science 和 Google Scholar)。使用了以下搜索词的组合:“耻骨联合裂隙”、“耻骨联合腔”、“耻骨联合裂隙”、“耻骨联合腔”和“耻骨联合裂隙征”。所有数据库均从创建开始搜索到 2022 年 8 月。三个数据库的搜索结果有 711 个,在检查重复项后,剩下 280 个。在第一步中,由于内容不相关,排除了 152 项研究。因此,128 项进入第二步,其中最终有 23 项符合本综述的目的。目前为止,腔隙形成的原因仍不清楚。耻骨联合腔位于耻骨联合盘的前部,距离其前缘 2mm 以内。在颅尾维度上没有偏好。次要腔隙通常被称为“裂隙征”。我们的范围综述总结了关于耻骨联合腔的信息。其组成和形态仍未被很好地理解。