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胰腺排泄小导管与细胞间隙之间的精细结构关系。

Fine structrual relation between pancreatic excretory ductules and intercellular spaces.

作者信息

Papp M, Somogyi J, Virágh S, Szabó D

出版信息

Experientia. 1976 Dec 15;32(12):1580-2. doi: 10.1007/BF01924464.

Abstract

Horse-radish peroxidase injected into the femoral vein of intact rats, or infused at 30 cm H2o pressure into the main pancreatic duct of intact dogs, entered easily the interstitial spaces surrounding acini and acinar cells. The latter are interconnected at their luminal segments by zonulae occuldentes. These junctions form a barrier to tracer penetrating from the interstituim towards the lumen of terminal ductules. However, the intraductally infused peroxidase entered the interstitial spaces, probably through the pressure injured acinar cells, as did colloidal carbon particles when infused intraductally.

摘要

将辣根过氧化物酶注入完整大鼠的股静脉,或将其以30厘米水柱的压力注入完整犬的主胰管,辣根过氧化物酶很容易进入腺泡和腺泡细胞周围的间隙。后者在其管腔段通过紧密连接相互连接。这些连接形成了一道屏障,阻止示踪剂从间质向终末小导管的管腔渗透。然而,经导管注入的过氧化物酶进入了间质间隙,可能是通过压力损伤的腺泡细胞进入的,经导管注入的胶体碳颗粒也是如此。

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