- 更多网络例句与丘脑皮层的相关的网络例句 [注：此内容来源于网络，仅供参考]
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RESULTS: For the ketamine anesthesia groups, the decreased signal intensity was observed at sensory cortex (r=0.79, 19.5%), at motor cortex (r=0.81, 16.6%), at thalamus (r=0.66, 4.5%), and at callosal gyrus (r=0.68, 4.7%).
结果： 氯胺酮麻醉可降低感觉皮层、运动皮层的信号强度，其r值分别为0.79， 0.81，信号变化强度分别为19.5%， 16.6%；丘脑和扣带回区信号也受到抑制，r值分别为0.66， 0.68，信号变化强度为4.5%， 4.7%。
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Under these two kinds of stimuli, thalamocortical pathway shows prominent properties of short-term synaptic depression, which is alike those of intracortical synapses.
在这两种刺激模式下，正常成年大鼠的丘脑皮层主要视觉通路均表现出明显的短时程抑制特性，并且与皮层内突触的特性相似。
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Based on above results, we conclude that the synaptic depression of thalamic input to the cortex contributes to rapid adaptation in cortical neuron, and both the thalamocortical and intracortical synaptic transmission could then enhance the degree of adaptation.
基于以上结果，我们认为，持续刺激引起的丘脑—皮层突触的抑制对皮层神经元的快速适应有贡献，而丘脑—皮层突触以及皮层—皮层突触的放大机制都可以将这一特性进一步增强。
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The result indicates that the intracortical synaptic input was unchanged, but the thalamocortical synaptic input was depressed by sensory stimulation and this depression recovered with a time course that matched that of the recovery of sensory responsiveness.
结果表明，电刺激诱导出的皮层—皮层突触反应不受持续的触须刺激的影响，而电刺激诱导出的丘脑—皮层突触反应则由于持续的触须刺激而减小，而且突触反应的恢复时程与皮层细胞适应恢复的时程类似。
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The rat hindlimb representation of S1 area is likely to have at least 2 patterns of neural circuits on brain slices: one is the intracortical circuit formed by interlaminar connections from layers II-III, and the other is the thalamocortical circuit mediated by afferent connections from layer IV.
相反，在II-III层，同样的强直刺激并未能明显诱导LTP的发生。结论大鼠S1区的后肢代表区似乎存在两种不同类型的神经回路，一种是由层间联系介导的皮层内回路，另一种则是由丘脑皮层传入介导的丘脑皮层连接回路。
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To estimate the contribution of thalamocortical and intracortical synapses to rapid adaptation, we applied electrical stimulation in VPM and barrel cortex and compared the electrical evoked responses of cortical neurons before and after adapting stimulation.
为了了解丘脑—皮层突触和皮层—皮层突触对皮层细胞快速适应的贡献，实验中分别在VPM和体感皮层施加电刺激，研究持续的感官刺激对电刺激诱导出的皮层细胞反应的影响。
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Results The local intracortical connection, which is involved in mediation of downward information flow across layers II-VI, was identified by electrical stimulation at layers II-III.
结果 刺激S1后肢代表区脑片的II-III层，可鉴定出局部皮层内的连接回路，而刺激IV层则鉴定出丘脑皮层间的连接回路。
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Similar as in major thalamocortical visual pathway, short-term synaptic depression was also prominent in extrageniculate pathway.
与丘脑皮层主要视觉通路相似，膝体外通路也具有显著的短时程突触抑制特性。
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We propose that photoregulation of migraine headache is exerted by a non-image-forming retinal pathway that modulates the activity of dura-sensitive thalamocortical neurons.
我们推测偏头痛光调控是由非成像视网膜途径调节硬脑膜敏感性丘脑-皮层的神经元活动。
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To understand the basic properties, underlying mechanisms and functions of the short-term synaptic plasticity of thalamocortical visual pathway, we combined in vivo field potential recording, focal drug application technique and neuron models, to explore the short-tem synaptic plasticity of rat major thalamocortical visual pathway (from lateral geniculate nucleus to primary visual cortex) and extrageniculate pathway (from lateral posterior nucleus to primary visual cortex), as well as the role of short-term depression in the neuronal correlated firing detection.
我们结合在位场电位记录、局部加药和神经模型等方法，对不同刺激模式下大鼠丘脑皮层主要视觉通路（外侧膝状体到初级视皮层）和非主要视觉通路（膝体外通路：丘脑侧后核到初级视皮层）的短时程突触可塑性，以及短时程抑制作用对神经元同步活动检测的作用做了研究，试图了解视觉丘脑皮层突触传递短时程可塑性的基本特性、神经机制和功能。
- 更多网络解释与丘脑皮层的相关的网络解释 [注：此内容来源于网络，仅供参考]
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basal ganglia：基底核
自然、下意识的微笑来自于大脑中位于进化年代较古老的丘脑和进化年代较新近的大脑皮层之间的一个叫做"基底核"(basal ganglia)的结构,而有意识的笑则是由大脑中的动作皮层控制的.
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pulvinar：枕核
次级视皮层(V2)是皮层视觉通路上的第二个环节,从初级视皮层(V1)传出的信息,大部分经过V2送到其他纹状外视觉皮层.除了V1区的传入外,V2还接受丘脑枕核(pulvinar)的信息以及其他纹状外视觉皮层(包括背侧和腹侧的视觉通路)的反馈.所以,
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subthalamic nucleus：丘脑底核
这个网络由三个连通区域构成:下额叶皮层(inferior frontal cortex)首先将停止信号传到位于中脑的丘脑底核(subthalamic nucleus),停止运动神经的活动;接着,辅助运动区(presupplementary motor area)开始执行停止或继续动作的指令.
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thalamocoele：丘脑室
thalamictheoryofemotion情绪的丘脑说 | thalamocoele丘脑室 | thalamocortical丘脑皮层的
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thalamocortical：丘脑皮层的
thalamocoele丘脑室 | thalamocortical丘脑皮层的 | thalamus丘脑