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生物电阻抗分析:评估全身水和胸腔积液的临床工具。

Bioelectrical impedance analysis: clinical tool in assessing total body water and thoracic fluid.

作者信息

De Vries P M, Vonk Noordegraaf A, Van Der Meer B J, Woltjer H H, De Vries J P

机构信息

Department of Internal Medicine, Free University Hospital, Amsterdam, Netherlands.

出版信息

Int J Artif Organs. 1995 Nov;18(11):693-9.

PMID:8964630
Abstract

Bioelectrical impedance analysis forms a non-invasive tool for detection of body fluids. Total body measurement gives total body water (TBW) and, in case of multi-frequency analysis, of intra- and extracellular fluid volume. The thoracic approach measures thoracic fluid (TF). The set-up of both techniques is discussed. An overview is given of the clinical usefulness of the total body technique to monitor fluid changes and the process of refill during hemodialysis and to detect dry weight. The simultaneous measurement of TBW and TF was applied to obtain a more detailed picture of the body fluids. In a group of healthy subjects the age dependency of both variables was shown. During hemodialyss TBW and TF showed a major and comparable decrease. Fluid retention during cardiac surgery led to a slightly more pronounced increase of TF than of TBW. The combination of both impedance techniques offers clinicians a means to monitor alterations in fluid status in patients in more detail.

摘要

生物电阻抗分析构成了一种用于检测体液的非侵入性工具。全身测量可得出全身水含量(TBW),在进行多频分析时,还可得出细胞内液和细胞外液体积。胸部测量法可测量胸液(TF)。文中讨论了这两种技术的设置。概述了全身技术在监测血液透析期间的液体变化和再充盈过程以及检测干体重方面的临床实用性。同时测量TBW和TF以获得更详细的体液情况。在一组健康受试者中显示了这两个变量与年龄的相关性。在血液透析期间,TBW和TF均出现显著且相当的下降。心脏手术期间的液体潴留导致TF的增加比TBW略为明显。这两种阻抗技术的结合为临床医生提供了一种更详细监测患者液体状态变化的方法。

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