So that means it's not able to hold the oxygen as well as before. And what that means is more of that oxygen will be released by the hemoglobin into the blood, and more of that oxygen will end up in the cells of our tissue. So just like decreasing the PH, increasing the temperature will also shift the oxygen hemoglobin dissociation curve to the right side, as seen in the following diagram. So decreasing the PH, which is the same thing as increasing the H plus ion, has the same effect as increasing the temperature of our solution inside our capillaries. Now, what about carbon dioxide itself? So we already discussed the Bore effect, and we said that the majority of the carbon dioxide produced by the cells is absorbed by the red blood cells.