So we have six ribose five phosphates that we form, and that helps us generate four fructose six phosphates and two glutral aldehyde three phosphates. And then we take these two intermediates and we react them via the gluconeogenesis. And so we basically have these same two reactants here, a water molecule and that helps us generate five glucose phosphates and a single orthophosphate. And so if we sum up all of these reactions, this is the net reaction that we're going to have. And so notice we have a single glucose phosphate and none of the glucose phosphates actually appear on the product side. And so ultimately what this basically tells us is in cells such as fat cells which need the NADPH much more than they actually need the ribose sugar molecule, these cells are able to actually metabolize and break down the g six P, the glucose six phosphate, and form the twelve NADPH molecules.