A neuron population model based on thalamocortical network was used to study the brain connectivity with certain mental tasks.
利用基于丘脑-皮层网络的神经元群模型，研究被试者在某种认知状态下脑功能区的连接状态。
The synaptic relationships between the trigeminothalamic terminals and thalamocortical relay neurons were investigated in the ventroposteromedial thalamic nucleus of the cat.
结果证明，在猫丘脑腹后内侧核内，三叉丘系终末可以形成轴一树、轴一体等单突触联系。
In anterior thalamic nucleus corticothalamic projection neuron terminals form asymmetric synaptic contacts with HRP-labelled thalamocortical projection neurons by axo-dendritic synapses.
来自海马下托复合体皮质投射神经元轴突终末，在丘脑前核与投射至海马下托皮质的神经元树突形成非对称性轴-树突触。
CONCLUSIONS: Sleep spindles are generated by the thalamic reticular nucleus in conjunction with specific thalamic nuclei and are modulated by corticothalamic and thalamocortical connections.
结论：睡眠纺锤波由与特异丘脑核团相连的丘脑网状核产生，并受皮质-丘脑和丘脑-皮质联结调控。
The synaptic connections between the medial lemniscus and the thalamocortical projecting neurons (TPN) were studied by using both anterograde degenerating and HRP retrograde tracing methods.
应用顺行溃变和HRP逆行追踪相结合的方法对猫内侧丘系与丘脑皮质投射神经元在丘脑腹后外侧核内的突触联系组合型式进行了研究。
The synaptic relationship between the trigeminothalamic terminals and thalamocortical projecting neurons were studied by using anterograde degenerating combined with HRP retrograde tracing methods.
本文采用HRP逆行追踪与顺行溃变结合法对猫三叉神经尾侧脊束核-丘脑-皮质通路在丘脑腹后内侧核内的突触联系型式进行了研究。
The synaptic relationship between the trigeminothalamic terminals and thalamocortical projecting neurons were studied by using anterograde degenerating combined with HRP retrograde tracing methods.
本文采用HRP逆行追踪与顺行溃变结合法对猫三叉神经尾侧脊束核-丘脑-皮质通路在丘脑腹后内侧核内的突触联系型式进行了研究。
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