But for our myoglobin, the percent saturation is still above 90%. It's around 91%. And what that means is our hemoglobin is a much better carrier of oxygen because it's actually able to efficiently and effectively deliver that oxygen to the tissues that are exercising inside our body. While Myoglobin has a much greater affinity for oxygen, and it is much better at actually storing that oxygen until the partial pressure of oxygen inside our tissues is extremely low, So once again, according to the hemoglobin curve, the percent saturation of hemoglobin in the exercising tissues is about 32%. However, the percent saturation of myoglobin in the at the same partial pressure value of 20 mmhg, is equal to about 91%. So if we find the difference in percent of hemoglobin and the difference in percent of myoglobin between these two points between the lungs and the exercising tissue, then for the case of hemoglobin, we have a difference in 66%, which basically means there will be a change in 66%.