Moise O, Sideman S, Hoffer E, Rousseau I, Better O S
J Biomed Mater Res. 1977 Nov;11(6):903-13. doi: 10.1002/jbm.820110610.
The need for a more efficient removal of inorganic phosphate ions from the blood of uremic patients has led to the quest for blood-compatible semipermeable membranes with a high permeability for phosphate ions. Commercial hemodialysis membranes, various hydrogel-type membranes and a number of collodionbased charged membranes were compared. Positively charged collodion membranes were found most promising for future application in hemodialysis or hemoperfusion systems.
需要更有效地从尿毒症患者血液中去除无机磷酸根离子，这促使人们寻求对磷酸根离子具有高渗透性的血液相容性半透膜。对商业血液透析膜、各种水凝胶型膜和一些基于火棉胶的带电膜进行了比较。发现带正电荷的火棉胶膜在血液透析或血液灌注系统中的未来应用最具前景。
