1·When images begin to fade, the uncertainty about where to look increases the fluctuations in superior colliculus activity, triggering a microsaccade.
当图象消失了，因为不确定该往哪看，上视丘神经活动会出现起伏现象，引起微眼跳。
2·The posterior group supplies the superior and inferior colliculus.
后群动脉主要供应上丘和下丘。
3·Conclusion There existed neural stem cells in mice nucleus of inferior colliculus area.
结论①小鼠下丘核区存在着具有多向分化潜能的神经干细胞。
4·There are neurons projection to inferior colliculus in medial and lateral system of SOC.
橄榄内侧和外侧系统均有向下丘投射的神经元；
5·Neurons in the upper layers of the superior colliculus have well-defined receptive fields.
神经元在上丘的上层有明确的接收区。
6·The response in inferior colliculus to low frequency electrical stimulation in cochlea showed phase locking.
低频电刺激耳蜗下丘的反应表现为相位锁定。
7·The inferior colliculus (IC), as an important nucleus of auditory midbrain, is crucial for sound localization.
下丘作为听觉中脑的重要组成部分，在声源定位的过程中起到非常重要的作用。
8·Although the ontogeny of the optic system to the lateral geniculate body, superior colliculus have been well studied.
虽然视神经的发育已有报告，但对于到副视神经系统的内终核之研究却未有了解。
9·The central subcortical structure involved in the generation of visually guided saccadic eye movements is the superior colliculus.
中央皮质下构造牵涉到上丘中肉眼引导的跳视眼球运动的产生。
10·It's believed that the GABAergic inhibition is involved in forward masking induced by weak white noise on the inferior colliculus.
研究结果证实GABA能抑制参与了弱噪声所致的下丘神经元前掩蔽。
1·When images begin to fade, the uncertainty about where to look increases the fluctuations in superior colliculus activity, triggering a microsaccade.
当图象消失了，因为不确定该往哪看，上视丘神经活动会出现起伏现象，引起微眼跳。
2·Objective to explore a proper recording of the unit discharge in auditory nerve and inferior colliculus for the observation of characteristics of response potential.
目的探索听觉传导通路中听神经和下丘的单位放电记录并对其反应特性进行观察。
3·The inferior colliculus (IC), as an important nucleus of auditory midbrain, is crucial for sound localization.
下丘作为听觉中脑的重要组成部分，在声源定位的过程中起到非常重要的作用。
4·There are neurons projection to inferior colliculus in medial and lateral system of SOC.
橄榄内侧和外侧系统均有向下丘投射的神经元；