Factors to consider in determining the adequacy of dialysis.

K Kennedy, L Wareham
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引用次数: 0

Abstract

Advances in recent technology and the trend toward reducing dialysis times has had a detrimental effect on morbidity and mortality rates. Urea Kinetic Modeling provides the dialysis staff with essential information to help ensure optimum care and increase the probability of success. Urea Kinetic Modeling has not been utilized by many centres because it was thought to be too time consuming and too complicated. Simplification of the variables without jeopardizing the outcome makes Urea Kinetic Modeling a much more feasible option to determine dialysis adequacy. All parameters in Urea Kinetic Modeling are dependent, interrelated and all are required to describe dialysis adequacy. Urea Kinetic Modeling allows the physician, dietician and nurse to individualize dialysis prescriptions, determine excessive or inadequate protein intake and to review delivered versus desired treatment times.

决定透析是否适当的因素。
最近技术的进步和减少透析时间的趋势对发病率和死亡率产生了不利影响。尿素动力学模型为透析人员提供必要的信息,以帮助确保最佳护理和增加成功的可能性。由于尿素动力学建模过于耗时和复杂,许多研究中心尚未采用该方法。在不影响结果的情况下简化变量,使得尿素动力学模型成为确定透析充分性的更可行的选择。尿素动力学模型中的所有参数都是相互依赖的,相互关联的,并且都需要描述透析的充分性。尿素动力学模型允许医生、营养师和护士个性化透析处方,确定过量或不足的蛋白质摄入量,并审查交付与期望的治疗时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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