Figure 4.
![Highlighted factors and pathways (blue) are more abundant or prominent in the aged cells and generally result in the suppression of translation by reducing the translation elongation rate [56,116,117].](https://port.silverchair-cdn.com/port/content_public/journal/biochemsoctrans/49/6/10.1042_bst20210844/1/bst-2021-0844c.04.png?Expires=1716620806&Signature=GgSJtcKyvrRcWkHwAG3E5VGe9IuqLzg~OWEBLESMWvFmyGcJz57Jha05UAhnwON9quLy4q1LJPjYVLHXzhS6Caky2vGhePCT3rENUsYs-WvBi05KsaaI2eZDcyReOMWSE~~A32WYidKVCf~Q65d3HEXJZ-6WE3wgukoUV0Uib0BW7VeL1KgbbGBBnG59iYAHWtEawoQUbRiziG5tgCOp-951ld4FToPzqHBEk1pXE0sRCqGsng4de~inG1GrrfBiXbTUtiso9j0YlFMY6W1mkBF4pL~TWODqGQ3ns5kI3uEkU2rCXXPg0SCJKhy-S7ESNB9jnqXeUtbtnnMssNLhqA__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
eEF2 Kinase- (eEF2K) and mTOR-mediated translational control and its link to the aged cell phenotype.
Highlighted factors and pathways (blue) are more abundant or prominent in the aged cells and generally result in the suppression of translation by reducing the translation elongation rate [56,116,117].