Gottschalk C W, Fellner S K
Department of Medicine, University of North Carolina School of Medicine 27514, USA.
Am J Nephrol. 1997;17(3-4):289-98. doi: 10.1159/000169116.
Thomas Graham (1805-1869), who is credited with seminal work on the nature of the diffusion of gases and of osmotic forces in fluids, can properly be called the father of modern dialysis. His apparatus to study the behavior of biological fluids through a semipermeable membrane clearly presaged the artificial kidney in clinical use today. In 1913, John Abel and coworkers reported the first application of the principles of diffusion to remove substances from the blood of living animals. Unaware of Abel's work, Georg Haas (1886-1971) performed the first human dialysis in the German town of Giessen in 1924. But it was not until 1945 that Willem Johan Kolff, working under extremely difficult wartime conditions in The Netherlands, achieved the first clinically successful hemodialysis in a human patient.
托马斯·格雷厄姆(1805 - 1869),因其在气体扩散性质和流体渗透力方面的开创性工作而受到赞誉,他堪称现代透析之父。他用于通过半透膜研究生物流体行为的装置,明显预示了如今临床使用的人工肾。1913年,约翰·阿贝尔及其同事报告了首次应用扩散原理从活体动物血液中去除物质的情况。格奥尔格·哈斯(1886 - 1971)在不知道阿贝尔工作的情况下,于1924年在德国吉森镇进行了首例人体透析。但直到1945年,威廉·约翰·科尔夫在荷兰极端困难的战时条件下工作,才在一名人类患者身上首次实现了临床上成功的血液透析。