[肺功能障碍的呼吸和血液酒精浓度的时间过程]。

Blutalkohol Pub Date : 1995-07-01
U Heifer, U Loos, D Klaes, C Schyma
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引用次数: 0

摘要

为了检查呼吸过程和血液酒精浓度在肺功能紊乱的影响下,对以下每组中的8人进行了测试:没有肺部疾病的人、患有限制性或阻塞性肺部疾病的人和患有肺部过度胀气的人。半小时内口服乙醇摄入量为0.5 g/kg体重。呼吸和血液酒精浓度的变化是通过在三小时内测量来确定的。在吸收阶段,呼吸酒精浓度大于血液酒精浓度。这种情况在淘汰阶段被逆转。在酒精流入期间,肺循环中的酒精浓度高于外周-静脉血系统。这是由于乙醇的分布。在消除阶段,情况正好相反,因为酒精在肝脏中分解,血液首先流入肺系统。在给定研究条件的框架内,我们的检查结果显示,直接和间接建立的血液酒精浓度与肺部疾病之间没有显著差异。我们所说的间接测量是指通过呼吸酒精进行的测量。鉴于在我们的检查中相对较少的测试人员,进一步研究肺部疾病的影响似乎是必要的。这些实验必须在更多的人身上进行,或者在更高的酒精摄入量下进行,以便不忽视任何可能的、与规则稍有不同的地方。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Time course of breath and blood alcohol concentration in disorders of lung function].

In order to examine the course of breath and blood alcohol concentration under the influence of disorders of pulmonary functions, tests were carried out on eight of each of the following groups: people without lung diseases, people with restrictive or obstructive lung diseases and people with lung over-flatulence. The oral ethanol intake consisted of 0.5 g/kg body weight in half an hour. The development of breath and blood alcohol concentration was determined by measurements over a period of three hours. During the absorption phase the breath alcohol concentration is greater than the blood alcohol concentration. This situation is reversed during the elimination phase. During the period of inflow, there is a higher alcohol concentration in the pulmonary circulation than in the peripheral-venous blood system. This is due to the distribution of ethanol. During the elimination phase the situation is reversed as the breakdown of alcohol occurs in the liver and this blood flows into the pulmonary system first. Within the framework of the given research conditions our examination results showed that there is no significant difference between directly and indirectly established blood alcohol concentration with regards to pulmonary disorders. By indirectly achieved measurements we mean measurements through breath alcohol. Given the relatively small number of test persons in our examinations further studies of the influence of pulmonary disorders seem necessary. These experiments would have to be carried out with a greater number of people or, alternatively with a higher alcohol intake in order not to overlook any possible, slight divergence from the rule.

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