Trutmann M, Sasse D
Anatomisches Institut der Universität, Basel, Switzerland.
Anat Embryol (Berl). 1994 Sep;190(3):201-9. doi: 10.1007/BF00234299.
An overview of our current knowledge of the hepatic lymph vessels is given, and the different lymph node stations that are related to the liver are described. The lymphatics of the liver itself can be divided into a superficial and a deep system. The superficial vessels are mainly situated in the liver capsule, the deep ones follow the triads of Glisson or the efferent hepatic veins. There are no direct communications between spaces in the liver parenchyma and the first lymphatic capillaries, which end blindly in the surrounding connective tissue. Nevertheless, the perisinusoidal space of Disse, the space of Mall, directly adjacent to the outer limiting plate of the parenchyma, and the space of Comparini, surrounding the sublobular hepatic veins can be regarded as prelymphatic spaces from which the hepatic lymph could originate. The extracellular matrix in the space of Disse is apparently continuous with the extraparenchymal areas of the connective tissue. Collagens and proteoglycans offer a morphological pathway for the transport of fluid, the physiological prerequisites of which are discussed.
本文概述了我们目前对肝淋巴管的认识,并描述了与肝脏相关的不同淋巴结站。肝脏本身的淋巴管可分为浅淋巴管系统和深淋巴管系统。浅淋巴管主要位于肝包膜内,深淋巴管则沿Glisson三联管或肝传出静脉走行。肝实质内的间隙与最初的淋巴毛细血管之间没有直接连通,这些淋巴毛细血管在周围结缔组织中呈盲端终止。然而,狄氏间隙(Disse间隙)、紧邻实质外板的Mall间隙以及围绕肝小叶下静脉的Comparini间隙可被视为肝淋巴可能起源的前淋巴间隙。狄氏间隙内的细胞外基质显然与结缔组织的实质外区域连续。胶原蛋白和蛋白聚糖为液体运输提供了一条形态学途径,并讨论了其生理前提条件。