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[使用自适应模型分析99m锝-二乙基乙酰苯胺亚氨基二乙酸动力学]

[Analysis of 99mTc-HIDA kinetics using an adaptive model].

作者信息

Misochko I V, Gordeev V F, Kharlap V I, Toropchina I A

出版信息

Med Radiol (Mosk). 1985 Jul;30(7):15-9.

PMID:4021758
Abstract

The paper is concerned with the results of assaying hepatocyte function on the basis of an adaptive pharmacokinetic model worked out by the authors. Hepatoscintigraphy with 99mTc-HIDA was used in 3 phases: the vascular phase of RP transport (the 1st min of investigation, scintigrams with a 2 s interval), the parenchymatous phase (with a 20 s interval in subsequent 10 min), the biliary phase (with a 3 min interval). The hepatocytic phase of 99mTc-HIDA transport was evaluated on the basis of the adaptive 5-compartmental model calculating the value of transport constants. In terms of differential diagnosis, the intercompartmental constants K1,2 (blood-liver) and K2,1 (liver-blood) turned out to be the most informative. Thus the assaying of hepatocyte transport function using the proposed adaptive model helps to define the degree of liver involvement in a pathological process, to choose the therapeutic tactics and method, to evaluate its efficacy and to predict possible complications.

摘要

本文涉及基于作者建立的适应性药代动力学模型对肝细胞功能进行检测的结果。使用99mTc-HIDA进行肝闪烁扫描,分三个阶段:放射性药物转运的血管相(检查的第1分钟,每2秒间隔进行一次闪烁扫描)、实质相(随后10分钟内每20秒间隔一次)、胆汁相(每3分钟间隔一次)。基于适应性五房室模型计算转运常数的值来评估99mTc-HIDA转运的肝细胞相。在鉴别诊断方面,房室间常数K1,2(血液-肝脏)和K2,1(肝脏-血液)被证明是最具信息量的。因此,使用所提出的适应性模型检测肝细胞转运功能有助于确定肝脏在病理过程中的受累程度,选择治疗策略和方法,评估其疗效并预测可能的并发症。

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