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Degrees of aversion shown by rats and mice to different concentrations of inhalational anaesthetics

机译:大鼠和小鼠对不同浓度的吸入麻醉药所表现出的厌恶程度

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摘要

The distress associated with the induction of anaesthesia with halothane, isoflurane, enflurane and carbon dioxide was investigated in rats and mice by measuring the level of aversion they displayed on exposure to low, medium and high concentrationsof these agents. The animals were exposed to each agent in a test chamber containing air or gas mixtures, which they were able to enter and leave at will, and the level of aversion was assessed in terms of the initial withdrawal and total dwelling timesin the chamber. Comparisons between the anaesthetic and air-control treatments indicated that concentrations of the agents recommended for the rapid and efficient induction of anaesthesia were associated with some degree of aversion. Carbon dioxide was by far the most aversive gas for both rats and mice, with the least aversive being halothane for rats, and halothane and enflurane for mice. With all the anaesthetics, the level of aversion increased as the concentration increased.
机译:通过测量大鼠和小鼠因暴露于低,中和高浓度的这些物质而表现出的厌恶程度,研究了与氟烷,异氟烷,环戊烷和二氧化碳诱导麻醉有关的困扰。使动物在含有空气或气体混合物的测试室内暴露于每种媒介下,它们能够随意进入和离开,并根据初始撤离和在该室内的总停留时间评估厌恶程度。麻醉和空气控制治疗之间的比较表明,推荐用于快速有效诱导麻醉的药物浓度与一定程度的厌恶有关。迄今为止,二氧化碳对于大鼠和小鼠都是最有害的气体,对于大鼠而言,厌恶气体最少的是氟烷,对于小鼠来说,氟烷和en氟醚的最低。对于所有麻醉剂,随着浓度的增加,厌恶的程度也会增加。

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