And what that means is, as hemoglobin is binding H plus ions, we're going to ultimately produce even more of the bicarbonate ions. And it's these bicarbonate ions that are basically the polar form of these CO2 molecules. And so ultimately, the Halden effect basically increases the number of bicarbonate ions that we can store and dissolve in the blood plasma next to the exercising tissue. So once again, the held in effect, the fact that as we decrease the concentration of oxygen inside the red blood cell as it leaves and enters our tissue cell, that increases hemoglobin's affinity to bind H plus ions. So this is what the Haldane effect tells us. And what the halding effect does is it basically shifts the equilibrium to the right side, so it's the bicarbonate side.