Healy J C, Reznek R H
Department of Radiology, Chelsea and Westminster Hospital, 369 Fulham Road, London SW10 9NH, UK.
Eur Radiol. 1998;8(6):886-900. doi: 10.1007/s003300050485.
The peritoneum is the largest and most complexly arranged serous membrane in the body. The potential peritoneal spaces, the peritoneal reflections forming peritoneal ligaments, mesenteries, omenta and the natural flow of peritoneal fluid determine the route of spread of intraperitoneal fluid and, consequently, disease processes within the abdominal cavity. The peritoneal ligaments, mesenteries and omenta also serve as boundaries for disease processes and conduits for disease spread. The peritoneal cavity and its reflections are frequently involved by infectious, inflammatory, neoplastic and traumatic processes. Before the introduction of cross-sectional imaging, the peritoneum and its reflections could only be imaged with difficulty, often requiring invasive techniques. Computed tomography and, to a lesser extent, sonography and MR imaging allow the accurate examination of the complex anatomy of the peritoneal cavity, which is the key to understanding the pathological processes affecting it. This article reviews the normal peritoneal anatomy and its disease processes.
腹膜是人体最大且结构最为复杂的浆膜。潜在的腹膜腔隙、形成腹膜韧带、肠系膜、网膜的腹膜折返以及腹膜液的自然流动决定了腹腔内液体的扩散途径,进而决定了腹腔内疾病的发展进程。腹膜韧带、肠系膜和网膜也作为疾病进程的边界以及疾病传播的管道。腹膜腔及其折返部位常被感染、炎症、肿瘤和创伤性病变累及。在横断面成像技术出现之前,腹膜及其折返部位很难成像,通常需要采用侵入性技术。计算机断层扫描以及在较小程度上的超声检查和磁共振成像能够准确检查腹膜腔的复杂解剖结构,这是理解影响腹膜腔的病理过程的关键。本文综述了正常腹膜解剖结构及其相关疾病进程。