Matkowitz R, Hartig W, Ritter R, Betzler H
Chirurgische Klinik Bezirkskrankenhauses St. Georg Leipzig, DDR.
Infusionstherapie. 1989 Jun;16(3):125-31.
We were able to estimate nitrogen or protein metabolism on the basis of a 15N metabolic model that delivered a high amount of data during a parenteral nutrition period over 72 h. We describe the basic principles of the necessary N or 15N-analyses in blood, as well as in sera, in urine, in tissues of selected organs and in hepatocytes. This 15N-metabolic model allows the estimation of the utilization of amino acid infusion solutions. Because of the great similarity of parameters of the N or protein turnover between man and pig it is possible to provide relevant information for the clinical practice regarding amino acid infusion solutions.
我们能够基于一个15N代谢模型来估计氮或蛋白质代谢,该模型在72小时的肠外营养期间提供了大量数据。我们描述了在血液、血清、尿液、选定器官组织和肝细胞中进行必要的氮或15N分析的基本原理。这个15N代谢模型可以估计氨基酸输注溶液的利用率。由于人和猪之间氮或蛋白质周转参数非常相似,因此有可能为临床实践提供有关氨基酸输注溶液的相关信息。