Turns out that glucose blocks the function of the orexin cells.
于是发现葡萄糖阻碍了阿里新细胞的正常功能。
Protein stimulates a neurotransmitter in your brain called orexin.
蛋白质会刺激你大脑中的一种神经传递介质，即阿立新。
Scientists marked orexin cells in mice brains so they would fluoresce.
科学家在小白鼠脑子里标记了阿里新细胞，使它们荧光可见。
The scientists also found a link with orexin, a protein involved in regulating the sleep cycle.
科学家发现一种名为增食欲素(orexin)的蛋白质与调节睡眠周期有关。
Blood glucose, serum insulin, lipid metabolism and leptin may participate in the regulation of orexin.
血糖、胰岛素、脂代谢及瘦素均可参与增食欲素调控。
Orexin is a new neuropeptide related to diet intake and regulation of endocrine and metabolic functions.
增食欲素是涉及摄食及内分泌代谢调控的神经肽。
“Orexin is produced in only one part of the brain, the dorsomedial-perifornical hypothalamus, ” said Johnson.
Orexin是只是大脑一部分所产生的物质，在背内侧，下丘脑穹窿周围。 Johnson说。
The results showed that high fructose diet might induce IR and results in disturbance between orexin and leptin.
结果显示，高果糖饲料可诱导IR ； 破坏增食欲素与瘦素的平衡。
But after two months of treatment with the orexin blocker, the deposits had shrunk by more than 80% in some cases.
但在以增食欲素阻滞药(orexinblocker)治疗两个月后，在某些案例中，淀粉样蛋白斑减少了80%。
A drug that blocked the action of orexin led to a significant reduction in levels and increased the amount of sleep.
而阻止增食欲素起作用的药剂会导致淀粉样蛋白含量大大降低，并增加睡眠时间。
Sugar can increase energy, but in very small amounts, sugar can tell your brain to degrade the performance of orexin.
糖分可以增加能量，但如果是很小剂量的糖分则会促使你的大脑降低食欲素的功能。
A teaspoon of honey contains glucose, which tells your brain to shut off orexin, the chemical known to trigger alertness.
一茶匙蜂蜜含有葡萄糖，葡萄糖可以提醒你的大脑关闭激发清醒意识的食欲肽。
A teaspoon of honey contains glucose, which tells your brain to shut off orexin, the chemical known to trigger alertness.
一茶匙蜂蜜含有葡萄糖，它可以提醒你的大脑关闭激发清醒意识的食欲肽。
A mixture similar to the protein content of egg whites activated these cells, triggering the release of the stimulant orexin.
一种与蛋清中所含的蛋白质相类似的混合物质激活了这些脑细胞，引发了使人兴奋的促食素大量释放。
Objective In order to explore the role of orexin A, B in appetite regulation of diet-induced obesity resistant (DIO-R) rats.
目的探讨增食因子A和B在肥胖抵抗大鼠食欲调节中的作用。
Turns out that glucose blocks the function of the orexin cells. This effect might be the main reason for the desired post-lunch siesta.
结果发现，葡萄糖抑制了促食素细胞的作用，或许这就是人们午餐后需要小睡的主要原因。
The neuropeptide orexins, including orexin A and orexin B, are located exclusively in hypothalamus OX1R and OX2R are receptors of orexin.
食欲肽是一种神经肽，在下丘脑分布有大量的食欲肽A和食欲肽B神经元。
AIM: to study the orexin-1 receptor (OX1R) expression in chronic ischemic brain tissue of rats and the change following the ischemic process.
目的：研究慢性脑缺血时脑食欲素受体- 1 (OX1R)的表达及其随缺血时间的变化。
If hypothalamus in some areas is destroyed and orexin neurons are reduced, sleep-awakening dysfunction will appear (for instance: narcolepsy).
损毁下丘脑某些区域以致食欲肽神经元胞体减少，则可引起睡眠-觉醒功能障碍(如原发发作性睡病等)。
In this article, we introduced the discovery, configuration, function and orientation of Orexin,. The application prospect of Orexin was also introduced.
本文介绍了增食欲素的发现、结构、功能、定位及其应用前景。
Scientists marked orexin cells in mice brains so they would fluoresce. Then they tracked the cells' activity after feeding the mice different kinds of food.
科学家们在小白鼠大脑中标记出促食素细胞，使它们发光。然后在喂食小白鼠不同食物后，追踪这些细胞的活动。
Objective To explore the change of plasma orexin A concentration and the correlation between plasma orexin A concentration and energy intake in obese children.
目的探讨肥胖儿童血浆增食欲素A水平的改变及其与能量摄入的相关性。
Neurons there with high levels of orexin play a critical role in key factors in panic, like arousal, vigilance, and mobilization of the central autonomic system.
神经元具有很高的orexin并且是产生恐慌的关键因素，比如觉醒，失眠，中枢系统的调动。
A mixture similar to the protein content of egg whites activated these cells, triggering the release of the stimulant orexin. Sugar, however, blocked the release of orexin.
一种与蛋清中所含的蛋白质相类似的混合物质激活了这些脑细胞，引发了使人兴奋的促食素大量释放。
Johnson's research results suggest that orexin plays a role in the pathophysiology of panic attacks and that orexin antagonists may someday be one means of treating panic disorder.
Johnson的研究结果表明orexin在病理生理学的角度上说在恐慌症上有着至关重要的作用，并且orexin抑制剂将在有一天成为治疗恐慌症的一种方法。
Orexin neurons are sensitive to plasma glucose, lipids, leptin and the glucocorticoids status, and regulate energy homeostasis through altering the feeding behavior and metabolic rate.
增食欲素神经元对血糖、血脂和瘦素、糖皮质激素有高度反应性，并通过改变摄食和代谢率来调节能量平衡。
Orexin neurons are sensitive to plasma glucose, lipids, leptin and the glucocorticoids status, and regulate energy homeostasis through altering the feeding behavior and metabolic rate.
增食欲素神经元对血糖、血脂和瘦素、糖皮质激素有高度反应性，并通过改变摄食和代谢率来调节能量平衡。
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