MOESM2 of Respiratory and metabolic acidosis correction with the ADVanced Organ Support system

Additional file 2: Figure S1 and S2. Correlation between variations of inlet and outlet pCO2 with measured or calculated variations in blood pH during experimental Set 1 and Set 2, respectively. The black line shows values obtained from BGA. The green line shows values calculated according to the Equation 2 (see methods 2.7). According to these data, the removal of CO2 and the corresponding decrease on pCO2 accounts for the elevation of blood pH. The higher the CO2 removal, the higher the pH increase in blood that can be achieved.

补充材料2：图S1与图S2。二者分别对应实验Set1与实验Set2中，入口与出口二氧化碳分压（pCO2）的变化与血液pH实测值或计算值变化之间的相关性。黑色线条代表血气分析仪（BGA）测得的结果。绿色线条代表依据公式2（详见方法2.7）计算得到的数值。由上述数据可知，二氧化碳的清除以及随之而来的二氧化碳分压降低，是血液pH升高的成因。二氧化碳清除效率越高，可实现的血液pH升高幅度便越大。