Hibernation, Hypothermia and a Possible Therapeutic "Shifted Homeostasis" Induced by Central Activation of A1 Adenosine Receptor (A1AR).

Domenico Tupone, Justin S Cetas, Shaun F Morrison
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Abstract

The positive outcome that hypothermia contributes to brain and cardiac protection following ischemia has stimulated research in the development of pharmacological approaches to induce a hypothermic/hypometabolic state. Pharmacological manipulation of central autonomic thermoregulatory circuits could represent a potential target for the induction of a hypothermic state. Here we present a brief description of the CNS thermoregulatory centers and how the manipulation of these circuits can be useful in the treatment of pathological conditions such as stroke or brain hemorrhage.

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冬眠、低温和A1腺苷受体(A1AR)中枢激活诱导的可能的治疗性“内稳态转移”。
低温有助于缺血后脑和心脏保护的积极结果刺激了诱导低温/低代谢状态的药理学方法的发展研究。中枢自主体温调节回路的药理学操作可能是诱导低温状态的潜在目标。在这里,我们简要介绍了中枢神经系统的温度调节中心,以及如何操纵这些回路在治疗诸如中风或脑出血等病理条件中是有用的。
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