eEF2K regulates pain through translational control of BDNF Smith et al.

Published: 16 December 2024| Version 1 | DOI: 10.17632/sjpdyftxz9.1
Contributor:
Zachary Campbell

Description

Raw image files relating to Figure 2 eEF2K attenuates translation downstream of mGluR5, Figure 3 EF2K triggers the eIF2α phosphorylation through GCN2, and Figure 4 eEF2K/GCN2 signaling promotes translation of Bdnf. For all images, channel 1 represents PRPH immunofluorescence, and channel 2 represents the quantified target (PLA signal, p-eEF2, puromycin, or p-eIF2alpha). Details for each can be found in the figure legend.

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Categories

Control of Translation, Sensory Neuroscience

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