The Response of Gray Treefrogs to Anesthesia by Tricaine Methanesulfonate (TMS or MS-222).

ISRN zoology Pub Date : 2013-01-01 DOI:10.1155/2013/635704
Mary Paduano, Kaitlen C Colafrancesco, Sarah A Wong, Michael S Caldwell, Marcos Gridi-Papp
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引用次数: 10

Abstract

The design of anesthetic protocols for frogs is commonly hindered by lack of information. Results from fishes and rodents do not always apply to frogs, and the literature in anurans is concentrated on a few species. We report on the response of treefrogs (Hyla chrysoscelis and H. versicolor) to tricaine methanesulfonate. Body mass did not differ significantly between the species or between sexes. In the first exposure of a frog to TMS, variation in induction time was best explained by species (H. chrysoscelis resisted longer) and body mass (larger animals resisted longer). Multiple exposures revealed a strong effect of individual variation on induction time and a significant increase of induction time with number of previous anesthesia events within the same day. Recovery time was mostly explained by individual variation, but it increased with total time in anesthetic and decreased with induction time. It also increased with number of days since the last series of anesthesias and decreased with number of previous uses of the anesthetic bath. This is one of the first studies of anesthesia in hylids and also one of the first assessments of the factors that influence the variability of the response to anesthesia within a species.

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灰树蛙对三卡因(TMS或MS-222)麻醉的反应。
青蛙麻醉方案的设计通常因缺乏信息而受阻。对鱼类和啮齿类动物的研究结果并不总是适用于青蛙,而且关于无尾动物的文献也集中在少数几个物种上。我们报道了树蛙(Hyla chrysoscelis和H. versicolor)对三卡因甲烷磺酸盐的反应。体重在物种之间或性别之间没有显著差异。在首次接触经颅磁刺激的青蛙中,诱导时间的变化最好是由物种(黄胚石蛙抵抗时间较长)和体重(大型动物抵抗时间较长)来解释的。多次暴露显示个体差异对诱导时间有很强的影响,诱导时间随当日麻醉次数的增加而显著增加。恢复时间主要由个体差异解释,但随麻醉总时间增加而增加,随诱导时间减少。它也随着最后一次麻醉的天数而增加,随着以前使用麻醉浴的次数而减少。这是首个对动物麻醉的研究之一,也是首个对影响动物对麻醉反应变化的因素进行评估的研究之一。
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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