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在猫取消睡眠后莫达非尼和安非他明对睡眠觉醒周期的作用(英文)
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作者 侯一平 jian-sheng lin 《中国药理学报》 CSCD 1999年第9期813-818,共6页
目的:对猫正常条件下和取消睡眠后莫达非尼和安非他明对睡眠觉醒周期以及脑皮质电波的作用进行测定。方法:应用水池平台技术取消猫的睡眠。在取消睡眠前或取消睡眠后分别给于猫口服莫达非尼5mg·kg^(-1)、安非他明1mg·kg^(-1)... 目的:对猫正常条件下和取消睡眠后莫达非尼和安非他明对睡眠觉醒周期以及脑皮质电波的作用进行测定。方法:应用水池平台技术取消猫的睡眠。在取消睡眠前或取消睡眠后分别给于猫口服莫达非尼5mg·kg^(-1)、安非他明1mg·kg^(-1)。结果:莫达非尼在取消睡眠前或取消睡眠后引起的觉醒作用相同(8-9h),并且不增加后续睡眠的反弹。相反安非他明在取消睡眠后的觉醒作用持续时间(8h)少于正常条件下引起的觉醒时间(10-12h),引起慢波睡眠和异相睡眠的明显反弹。结论:上述结果提示莫达非尼有效地拮抗嗜睡状态和过度睡眠症状而不引起后续睡眠时间的增加。 展开更多
关键词 莫达非尼 安非他明 取消睡眠 脑电描记术
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Garrulax milnei milnei,a taxon little known in Chinese ornithology 被引量:4
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作者 Fen-Qi He Song-lin Cheng +3 位作者 David S Melville jian-sheng lin Zhi lin Hang-Dong Jiang 《Zoological Systematics》 CSCD 2015年第2期235-236,共2页
As early as 1874, the French scientist P^re A. David introduced to science a new bird species, Trochalopteron milnei, described as: "Ressemblant au T.formosum du Setchouan, mais ayant le dessus de la tete couleur de... As early as 1874, the French scientist P^re A. David introduced to science a new bird species, Trochalopteron milnei, described as: "Ressemblant au T.formosum du Setchouan, mais ayant le dessus de la tete couleur de cannelle ou d'amadou, et la r6gion parotique blanche" (David, 1874). The bird skin that P^re David collected, and so far deposited in Museum National d'Histoire Naturelle in Paris, was from "Koaten of W Fo-kien", in the current Chinese romanization system, Koaten is spelt as Guadun and Fo-kien spelt as Fujian. 展开更多
关键词 Garrulax milnei milnei a taxon little known in Chinese ornithology LA high
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Paraventricular Thalamus as A Major Thalamic Structure for Wake Control 被引量:1
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作者 Yu-Feng Shao jian-sheng lin Yi-Ping Hou 《Neuroscience Bulletin》 SCIE CAS CSCD 2019年第5期946-948,共3页
The thalamus is the gate of the cerebral cortex, the ultimate target for the neural networks controlling behavioral states and cognitive functions. According to the reticular theory initially proposed by Moruzzi and M... The thalamus is the gate of the cerebral cortex, the ultimate target for the neural networks controlling behavioral states and cognitive functions. According to the reticular theory initially proposed by Moruzzi and Magoun, excitatory inputs from large reticular zones of the brainstem via widespread intra- and extra-thalamocortical systems finally activate the cerebral cortex to cause generalized cortical activation and wakefulness [1]. This theory proposes a central relay role to the thalamus for cortical activation as supported by early studies using neurodegeneration techniques and by the elegant work of Steriade’s group and other investigators illustrating the electrophysiological mechanisms of the thalamocortical system at the cellular level during wakefulness, rapid eye-movement sleep (REMs) and non-REM sleep (NREMs)[2]. 展开更多
关键词 PARAVENTRICULAR THALAMUS THALAMIC STRUCTURE WAKE CONTROL
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