orexin

网络  苯基二氢喹唑啉; 增食因子; 胖素; 食欲素; 增食欲素

医学



双语例句

  1. 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。
  2. Brain cells called orexin cells secrete a stimulant that makes us energetic and tells the body to burn calories.
    作为脑细胞的一种,阿里新细胞分泌一种刺激让我们充满活力,并给身体指示燃烧卡路里。
  3. In fact, researchers hypothesize that modafinil, the real-world drug most like the fictional drug from the movie Limitless works in part because it increases orexin.
    事实上,研究人员假设莫达非尼能让人精力充沛,这种确实存在的药物类似电影《永无止境》里的虚拟药物,因为它也能增加体内的阿立新。
  4. 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。
  5. 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。
  6. Influence of High-fat Diet on Food Intake and Hypothalamus Orexin A Level in Rats with Chronic Renal Failure
    高脂饮食对慢性肾衰大鼠摄食量及其下丘脑食欲素A的影响国际食物摄取量数据
  7. 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。
  8. The Roles of Orexin ⅰ Receptor in Ventral Tegmental Area and Nucleus Accumbens in Drug-seeking Behavior Induced by Morphine
    中脑腹侧被盖区和伏隔核内食欲素Ⅰ型受体在大鼠觅药行为表达中的作用
  9. Expression and significance of orexin system in rat pancreatic tissue with insulin resistance
    增食欲素系统在胰岛素抵抗大鼠胰腺组织中的表达及意义
  10. 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。
  11. Correlation between Plasma Orexin A and Energy Intake in Obese Children
    肥胖儿童血浆增食欲素A水平与能量摄入的相关性
  12. The Effect of Orexin A on the Respiration in Neonatal Rats Exposed to Nicotine Prenatally
    出生前尼古丁暴露对新生大鼠orexinA呼吸调节作用的影响
  13. 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。
  14. Orexin comes in tiny doses, but it has a profound effect.
    所产生的食欲荷尔蒙量很微小,但是却有着深刻的影响。
  15. Orexin A and neuropeptide Y levels in plasma and hypothalamus of rats with chronic renal failure
    慢性肾功能衰竭大鼠下丘脑组织和血浆食欲素A及神经肽Y水平的变化及其意义
  16. The Experimental Studies of Orexin and Sleep
    食欲素与睡眠的实验研究
  17. Effect of Hypoglycemia on the Orexin and Their Receptors in Rat
    低糖状态对大鼠增食欲素及受体的影响
  18. Objective: To investigate the effects of simulated altitude acute hypoxia on appetite and orexin mRNA expression in rats.
    目的:探讨模拟不同海拔高度急性高原低氧对大鼠的食欲及其下丘脑食欲肽表达的影响。
  19. Orexin was closely related with sleep and awakening behavior besides regulating the feeding behavior.
    食欲肽除调控摄食行为外,对睡眠与觉醒有重要的调控作用。
  20. 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。
  21. The main aim of this study is to examine the change in orexin A, orexin receptor 1 ( OX_1R), neuropeptide Y ( NPY) and leptin receptor of hypothalamus in CRF rats.
    本研究观察CRF大鼠模型的下丘脑orexinA、orexin受体1(Orexinreceptor1,OX1R)、神经肽Y(NPY)和瘦素受体(ob-R)水平的变化,并探讨这些变化的意义。
  22. The interaction between orexin and leptin maintains the stability of energy metabolism in the body.
    orexin与leptin相互作用共同维持机体能量代谢的稳定;
  23. Changes of orexin and its receptors in the rat hypothalamus during estrous cycle
    大鼠发情周期下丘脑中食欲素及其受体的变化
  24. 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。
  25. Effect of simulated altitude acute hypoxia on appetite and orexin mRNA expression in rats
    模拟高原急性低氧对大鼠食欲和下丘脑食欲肽mRNA表达的影响
  26. Changes in the expression of orexin and its receptors in the rat hypothalamus during pregnancy, parturition and lactation
    妊娠、分娩以及泌乳期大鼠下丘脑中食欲素及其受体表达的变化
  27. Effects of Orexin A on Excitability of Pyramidal Cells of Rats Frontal Cortex
    orexinA对大鼠额叶皮质锥体细胞兴奋性的影响
  28. Orexin A regulated the excitability induced by glutamate and GABA.
    orexinA参与调节谷氨酸和GABA介导的兴奋性变化。
  29. Evidences indicate that the orexin system plays a key role in regulation of sleep-waking cycle.
    大量证据发现侧下丘脑orexin系统对觉醒-睡眠周期的调控起关键作用。