So this here is the calcium binding stabilizing protein that assists the glucose phosphatase to carry out its function of transforming the glucose phosphate into that glucose. And once we form these two molecules, the orthophosphate inorganic phosphate basically uses its own type of transporter membrane to basically move into the cytoplasm in the cell. So this is the phosphate transporter T two, while the glucose uses its own transporter, so known as T three, to move back into the cytoplasm of that cell. And once inside the cytoplasm of that cell, if this is, for instance, a liver cell or a kidney cell, the glucose can be dumped into that blood plasma to basically regulate the levels of glucose in the blood plasma so that the rest of the cells can actually have enough glucose to carry out their cellular processes. So we see that in hepatocytes liver cells or kidney cells, glucose six phosphate is converted into glucose, and this takes place in the lumen of the endoplasm reticulum. So let's summarize our results.