Kinetics modeling of plasma exchange: Intra- and post-plasma exchange

Robert M. Kellogg PhD , Jeane P. Hester MD
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引用次数: 0

Abstract

Patient response to plasma exchange is variable. Clinical experience indicates that the outcome depends on the size of the exchange relative to the patient's plasma volume, the amount of material available for removal in both the intravascular and extravascular pools, and the mobility of the material between the pools. Post-exchange, the patient's course also depends on the mobility of the material between the pools as well as its production and catabolic rates. The work reported here is an attempt to construct a mathematical model that describes events occurring intra- and post-plasma exchange. An attempt to model the kinetics of plasma exchange promotes an understanding of the requirements of volume removal in individual exchange procedures for optimal results, and establishes the interval between exchanges required to sustain the response to each individual exchange procedure.

血浆交换动力学模型:血浆内和后交换
患者对血浆置换的反应是多变的。临床经验表明,结果取决于相对于患者血浆容量的交换大小,血管内和血管外池中可去除的物质的数量,以及池之间物质的流动性。交换后,患者的病程还取决于池间物质的流动性以及其产生和分解率。本文报道的工作是试图建立一个数学模型来描述发生在等离子体内和后交换的事件。建立等离子体交换动力学模型的尝试促进了对个体交换过程中体积去除要求的理解,以获得最佳结果,并建立了维持对每个个体交换过程的响应所需的交换间隔。
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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