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Do signalling endosomes play a role in T cell activation?

Journal

FEBS JOURNAL
Volume 280, Issue 21, Pages 5164-5176

Publisher

WILEY
DOI: 10.1111/febs.12427

Keywords

microscopy; photoactivated localization microscopy; plasma membrane organization; receptor trafficking; signalling endosomes; stochastic optical reconstruction microscopy; Tcell receptor

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Signalling endosomes represent a general mechanism for modulating and compartmentalizing cell signalling, which is achieved by delineating specific spatial environments and connecting the plasma membrane with intracellular events. The molecular composition of vesicles, together with their targeting mechanisms and endocytic routes, contributes to the outcome of signalling pathways that are initiated either at the plasma membrane or within endosomes themselves. In Tcell signalling, it is now accepted that the spatial distribution of signalling proteins is central to Tcell activation not only at the immunological synapse, but also in endosomes travelling to and from the plasma membrane. In addition, there is a global rearrangement of the endosome machinery upon Tcell activation, and emerging experimental evidence suggests that vesicles in Tcells contain key Tcell signalling proteins. We review the various mechanisms by which endosomes contribute to signalling pathways and consider whether signalling endosomes play a role in Tcell signalling.

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