That basically commits that fructose molecule, the glucose to carrying out the process of glycolysis and that ultimately stimulates the process of glycolysis. At the same time that fructose 206 bisphostate acts as an allosteric activator to phosphor fructoseinase, this same molecule will act as an allosteric inhibitor to molecule to an enzyme found in the process of gluconeogenesis. So when this pathway is followed, when we have high blood glucose levels, we see that glycolysis is essentially activated, but gluconeogenesis is essentially inhibited. Now why does that actually make sense? Well, if we have high levels of glucose in our blood, our kidney cells and liver cells want to actually remove the excess glucose from our blood because high levels of glucose can actually be very toxic. And so what that means is these liver cells want to pull in these glucose molecules and then break down the glucose molecules to ATP molecules because that will ultimately help us decrease the level of glucose in our blood.