So essentially what the aldalase does is it cleans the the bond here and it forms these two, three carbon molecules. So again, the entire point of this step was to basically create the isomer so that once this process takes place, we produce two, three carbon molecules, and not a two carbon and a four carbon molecule. So we have two, three carbon molecules. One of them is DHAP, which stands for dihydroxy acetone phosphate, and the other one is Gap, which stands for glycerol dehyd three phosphate. Now, this molecule is the one that will go on to stage three. So once we form this gap, it doesn't do anything else, but the DHAP doesn't lie directly on the path of glycolysis.