Selgas R
Servicio de Nefrología, Hospital La Paz, Madrid, Espanã.
Gac Med Mex. 1993 Jul-Aug;129(4):267-71.
In order to establish an idea of the future of continuous ambulatory peritoneal dialysis, it is necessary to know the present application of this method, which if it used for a greater number of patients each time, it is performed occasionally with deficient resources and on patients nor selected properly. A possible solution is a very well established peritoneal dialysis program which can "support" an active renal transplant program. It would be interesting to make a prospective and aleatory study between peritoneal dialysis and hemodialysis. It is required to improve: the disconnecting system to the peritoneal catheter, the subcutaneous implantation method, to use the adequacy of the dialysis concept, to design methods to favor the duration and durability of the human peritoneum and look deeply into the opportune and correct treatment of peritonitis and to increase the automatic peritoneal dialysis systems. In the future of peritoneal dialysis we cannot overlook looking deeply into the peritoneum cellular biology in order to use the peritoneum taking into consideration the biology of its cells. DPCA has a bright future and it should play a more important role in the treatment of uremia.
为了对持续性非卧床腹膜透析的未来有一个概念,有必要了解该方法目前的应用情况,即每次用于更多患者时,偶尔会在资源不足且未对患者进行适当选择的情况下进行。一个可能的解决方案是建立一个非常完善的腹膜透析项目,该项目可以“支持”一个活跃的肾移植项目。在腹膜透析和血液透析之间进行前瞻性随机研究将会很有意思。需要改进:腹膜导管的断开系统、皮下植入方法,运用透析充分性的概念,设计有利于人类腹膜的持续时间和耐久性的方法,并深入研究腹膜炎的适时正确治疗方法以及增加自动腹膜透析系统。在腹膜透析的未来,我们不能忽视深入研究腹膜细胞生物学,以便在考虑腹膜细胞生物学的情况下利用腹膜。持续性非卧床腹膜透析有光明的未来,它应该在尿毒症治疗中发挥更重要的作用。