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禁食和重新进食时的激素及代谢反应。

Hormonal and metabolic responses to fasting and refeeding.

作者信息

Rothwell N J, Saville M E, Stock M J

出版信息

Int J Obes. 1985;9 Suppl 2:49-54.

PMID:3905654
Abstract

In order to help define the sequential neural, humoral and metabolic responses to feeding, an experimental model involving refeeding 3-day fasted rats a single meal has been developed. The post-prandial rise in resting oxygen consumption is taken as the metabolic end-point, but unlike the response in animals fed normally, shows a marked (24 h) delay. Using a variety of pharmacological and endocrinological techniques it has been possible to show that the delay results from a complex sequence of events involving changes in blood glucose, insulin, thyroid hormones, sympathetic activity and brown fat. The possible role of the ventomedial hypothalamus in mediating some of these events is discussed and the failure of genetically obese rats to exhibit a postprandial rise in oxygen consumption is ascribed to insulin-insensitivity.

摘要

为了帮助确定对进食的连续神经、体液和代谢反应,已建立了一种实验模型,即给禁食3天的大鼠重新喂食一顿饭。餐后静息耗氧量的升高被视为代谢终点,但与正常进食动物的反应不同,它有明显的(24小时)延迟。使用各种药理学和内分泌学技术已表明,这种延迟是由一系列复杂事件导致的,这些事件涉及血糖、胰岛素、甲状腺激素、交感神经活动和棕色脂肪的变化。文中讨论了腹内侧下丘脑在介导其中一些事件中可能发挥的作用,并将遗传性肥胖大鼠餐后耗氧量未升高归因于胰岛素不敏感。

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