1) Auditory cortex
听皮层
1.
Presynaptic long-term potentiation of synaptic transmission in the pathway from auditory cortex to medial geniculate body;
听皮层-内侧膝状体突触传递的长时程增强及其突触前机制的研究
2.
Projection from amygdaloid complex to auditory cortex in rats;
大鼠杏仁复合体向听皮层的神经投射
3.
Expression of NMDA receptor subunit NR1 mRNA during postnatal development of the rat auditory cortex;
大鼠生后发育中听皮层NR1 mRNA的表达
2) Auditory cortex
听觉皮层
1.
Uses the bold oxygenation level dependent on functional magnetic resonance imaging (BOLD-fMRI) to observe the volume and intensity of the activated auditory cortex evoked by pure tone stimuli in healthy subjects,analyzes the volume and intensity of two hemi- spheres of activated auditory cortex quantitatively,and compares the difference of auditory cortex between left and right hemispheres.
利用血氧水平依赖功能磁共振成像(BOLD-fMRI)技术,观察纯音刺激时正常人大脑两半球听觉皮层的激活情况,对激活体积和信号强度进行定量分析,比较其差异;探讨实验过程中相关的质量控制问题。
3) secondary auditory cortex
次听皮层
1.
Aim:Observe the effects of Er-Long-Zuo-Ci-Wan(ELZCW,a compound of Chinese Traditional Medicine) on the spontaneous discharge of external cortex of inferior colliculus(ICx) and secondary auditory cortex(AII) of chronic tinnitus model rats induced by salicylate acid,to explore the neural mechanisms underlying ELZCW preventing tinnitus.
目的:在慢性水杨酸(SA)耳鸣模型上,观察耳聋左慈丸对大鼠下丘外侧核(ICx)和次听皮层(AII)放电的影响,探讨耳聋左慈丸防治耳鸣的神经机制。
4) primary auditory cortex
初级听皮层
1.
Characteristics of frequency response areas of neurons in primary auditory cortex of rats;
大鼠初级听皮层神经元兴奋性频率反应域的特征
2.
Effect of electrical stimulation of the primary auditory cortex on the spontaneous activities of the external nucleus of the inferior colliculus in a rat model of tinnitus induced by salicylate acid
电刺激初级听皮层对水杨酸耳鸣模型大鼠下丘外侧核神经元放电的影响
3.
Using conventional extracellular electrophysiological technique,we determined the spatial response areas of neurons in the rat primary auditory cortex(AI) and the features of the spatial response areas.
本实验采用常规电生理细胞外记录的方法,记录大鼠初级听皮层(primary auditory cortex,AI)神经元的听空间反应域,分析听神经元的听空间反应域特性,并在此基础上,研究超前噪声对神经元听空间反应域的影响如何随噪声与探测声之间的时间间隔的变化而变化,以及两者的相关性,从而揭示噪声与探测声信号的时间间隔与听皮层神经元空间反应域变化的关系。
6) cortical auditory center
皮层听觉中枢
补充资料：壁听
1.靠着墙壁门窗等窃听。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条