… They provide storage and exocytic functions for GLUT4 and a handful of other proteins, such
as IRAP, thereby enabling transient regulation of nutrient intake into muscle and fat cells on …

… membrane, GLUT4 transporter proteins are sequestered into specialized storage vesicles
… that ultimately result in the translocation of the GLUT4 storage compartments to the plasma …

… GLUT4 is stored in a poorly characterized intracellular vesicular … synthesized GLUT4 into
the specialized compartment. Insulin-stimulated GLUT4 translocation from this compartment to …

… Glut4 to the plasma membrane by increasing the rate of Glut4 exocytosis (through an
increase in the exocytic rate constant k ex ) while simultaneously decreasing the rate of Glut4 …

… the translocation of GLUT4 from an intracellular storage … to suggest that the GLUT4 storage
compartment moves directly to … that the GLUT4 storage compartment be referred to as GLUT4 …

… translocation of GLUT4 to the PM from a specialized compartment termed GLUT4 storage …
Although the entire process has been classically called GLUT4 translocation, we here break it …

… storage vesicles (GSVs). The GSVs represent a tissue-specific compartment that is an ultimate
target of the insulin signalling cascade. Glut4 translocation has been extensively studied …

… isoform GLUT4 is unique … a storage compartment. In insulin-sensitive cells, such as fat and
muscle, insulin stimulation leads to release of GLUT4 from this reservoir and its translocation …

… thus represent the major compartments of Glut4 storage and translocation in the living cell. …
be delivered to a cellugyrin-negative Glut4-containing compartment, we carried out two types …

… PKB, and PKC / to GLUT4 translocation. Progress in this area will … of GLUT4 from this
specialized storage compartment to the … for the storage and retention of GLUT4 in this …