感觉中枢

鸟类的角状核（NA）和层状核（NL）是延髓内司听觉及声源定位的重要感觉中枢。

Nucleus angularis ( NA ) and nucleus laminaris ( NL ) are important sensory centres of the audition and the sound localization in birds .

大鼠三叉神经本体感觉中枢通路二、三级核团内Parvalbumin样阳性神经元突触联系的电镜研究

The electron microscopic study of the synaptic connections of parvalbumin construction in the second - / third - relay nuclei on the central pathway of the trigeminal proprioceptive sensation of the rat

颞叶躯体感觉中枢&脑磁源成像研究

Somatic cortex of temporal lobe : magnetic source imaging study

DMV和孤束核、最后区一起构成了迷走感觉运动中枢。

The DMV together with the solitary tract nucleus and the area postrema form the so-called vagal sensory and motor center .

蘑菇体是昆虫脑内重要的感觉整合中枢，在调节行为适应环境的变化中起着重要作用。

The mushroom body represents the main sensory integrative center of an insect 's brain and plays a major role in the adaptation of behavioral responses to the environment .

5-羟色胺（5-HT）是脑-肠轴中的关键递质，它在胃肠运动和感觉，以及中枢情感调节中有重要意义。

As a critical transmitter in brain-gut axis , 5-HT is significant for regulating gastrointestinal motility and sensibility .

本文将HRP注入大白鼠的颈迷走神经干，用TMB成色法追踪颈迷走神经感觉纤维向中枢的投射。

Central projection of the sensory fibers of the vagus nerve was traced with HRP injected into the upper cervical part of the vagus nerve .

目的利用血氧水平依赖功能磁共振成像观察正常人在躯体感觉刺激时中枢的兴奋情况。

Objective To observe responses of brain evoked by somatic stimuli in healthy subjects with blood oxygenation level-dependent functional magnetic resonance imaging .

结论脑干前庭传出系统神经元可能通过降低前庭终器感觉细胞向中枢神经系统的信号发放的程度，参与了适应性的产生过程。

Conclusions It is suggested that EVS neurons take part in the course of habituation acquisition through reducing the signals from vestibular end organ cells to CNS .

辣椒素（capsaicin，CAP）是红辣椒中的主要成分，它可以选择性的激活感觉神经元，向中枢神经系统传导伤害性刺激从而产生灼痛。

CAP , the main ingredient in hot chili peppers , elicits a sensation of burning pain by selectively activating sensory neurons that convey information about noxious stimuli to the central nervous system ( CNS ) .

它是思考，语言，感觉，运动的中枢系统。

It is the processing center for thought , langue , memory , sensory information , and movement .

提高人的内脏器官、感觉器官、神经中枢功能。肝脏及其相关脏器在肝炎后肝硬化中的时间-密度曲线研究

It can improve the function of inner organs , sense organ and the nerve center of the human body . The TDCs Study of Related Organs During Viral Induced Cirrhosis