And once we form this, it is then transformed into the deisomer of glycero aldehyde three phosphate. And recall that glyceroaldehyde three phosphate is an intermediate of both the glycolytic pathway glycolysis as well as glucooneogenesis. Now the fate of this glyceroaldehyde three phosphate basically depends on the conditions of the body and the liver cell. So essentially if we need to generate ATP molecules within a liver cell, then the glycero aldehyde three phosphate can basically undergo glycolysis. We can form Pyruvate and that can help us generate ATP molecules. On the other hand, if the liver cells have to maintain, let's say, increase the blood glucose levels in our body, then the glyceroaldehyde three phosphate can undergo gluconeogenesis and form the glucose molecule and the glucose can be released into the blood plasma of our body to help regulate and maintain the proper glucose levels of the body.