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迷走神经对下丘脑性肥胖有调节作用,但对超市饮食性肥胖无调节作用。

Vagal mediation of hypothalamic obesity but not of supermarket dietary obesity.

作者信息

Gold R M, Sawchenko P E, DeLuca C, Alexander J, Eng R

出版信息

Am J Physiol. 1980 May;238(5):R447-53. doi: 10.1152/ajpregu.1980.238.5.R447.

Abstract

In two independent experiments, complete subdiaphragmatic vagotomy did not prevent the development of the obesity that results from the addition of highly palatable foods to the diet of rats. The vagotomized animals exhibited only a 1-day delay in the onset of overeating, and this only when first exposed to the tasty diet. In independent tests of the functional completeness of the vagotomies, the vagotomized animals failed to overeat or gain excessive weight on a standard laboratory diet following bilaterally parasagittal hypothalamic knife cuts. Thus, hypothalamic knife-cut obesity requires the integrity of the vagus for its full expression, whereas dietary obesity does not.

摘要

在两项独立实验中,完全切断膈下迷走神经并不能阻止因给大鼠饮食中添加高度可口食物而导致的肥胖症发展。迷走神经切断的动物仅在开始暴饮暴食时延迟了1天,且仅在首次接触美味饮食时出现这种情况。在对迷走神经切断功能完整性的独立测试中,双侧矢状旁下丘脑切断后,迷走神经切断的动物在标准实验室饮食中不会暴饮暴食或体重过度增加。因此,下丘脑切断性肥胖症的充分表现需要迷走神经的完整性,而饮食性肥胖症则不需要。

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