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Immune response to H pylori.

机译:对幽门螺杆菌的免疫反应。

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摘要

The gastric mucosa separates the underlying tissue from the vast array of antigens that traffic through the stomach lumen. While the extreme pH of this environment is essential in aiding the activation of enzymes and food digestion, it also renders the gastric epithelium free from bacterial colonization, with the exception of one important human pathogen, H pylori. This bacterium has developed mechanisms to survive the harsh environment of the stomach, actively move through the mucosal layer, attach to the epithelium, evade immune responses, and achieve persistent colonization. While a hallmark of this infection is a marked inflammatory response with the infiltration of various immune cells into the infected gastric mucosa, the host immune response is unable to clear the infection and may actually contribute to the associated pathogenesis. Here, we review the host responses involved during infection with H pylori and how they are influenced by this bacterium.
机译:胃粘膜将基础组织与通过胃管腔运输的大量抗原分开。尽管这种环境的极端pH值对协助酶的活化和食物消化至关重要,但除了一种重要的人类病原体幽门螺杆菌外,它还使胃上皮免于细菌定植。该细菌已开发出在胃的恶劣环境中存活,主动穿过粘膜层,附着于上皮,逃避免疫反应并实现持久定植的机制。尽管这种感染的标志是明显的炎症反应,各种免疫细胞浸润到感染的胃粘膜中,但宿主的免疫反应无法清除感染,实际上可能与相关的发病机制有关。在这里,我们回顾了幽门螺杆菌感染过程中涉及的宿主反应,以及它们如何受到这种细菌的影响。

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