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Autophagy of pathogens alarms the immune system and participates in its effector functions

机译:病原体的自噬会警告免疫系统并参与其效应器功能

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摘要

Macroautophagy is a main catabolic pathway of eu-karyotic cells, delivering cytoplasmic constituents for lysosomal degradation. Originally described as a starvation response, it has now been realised that macroautophagy supports many aspects of innate and adaptive immunity by facilitating innate pathogen detection and antigen presentation, as well as pathogen clearance and lymphocyte expansion. In the first half of this review, we summarise new insights into substrate selection and macroautophagic support of vesicular transport pathways, which underlie macroautophagic regulation of afferent and efferent immunity to pathogens, as outlined in the second half of the review. Applying this increased mechanistic understanding to infectious disease settings should allow us to identify further pathways for pathogen restriction, which can be explored for therapeutic manipulations of macroautophagy.
机译:巨自噬是真核细胞的主要分解代谢途径,为溶酶体降解传递细胞质成分。最初被描述为饥饿反应,现在已经认识到,巨噬自噬通过促进先天病原体检测和抗原呈递以及病原体清除和淋巴细胞扩增来支持先天性和适应性免疫的许多方面。在本综述的上半部分,我们总结了对底物选择和囊泡运输途径的宏观自噬支持的新见解,这些见解在综述的后半部分中概述了对病原体传入和传出免疫的宏观自噬调节。将这种增加的机制理解应用于传染病环境应使我们能够确定进一步的病原体限制途径,可以探索其用于巨噬细胞自噬的治疗操作。

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