研究表明，来自体表和内脏的信息可在脊神经节及从脊髓到大脑皮层的各级中枢发生汇聚。
Some researches indicate that the information coming from the body surface and viscera can be assembled at all levels of centers from spinal ganglion to cerebral cortex.
目的：探讨实验性大脑皮层梗塞后同侧纹状体、丘脑及对侧脊髓前角的神经结构可塑性。
Objective: To observe the neural structural plasticity occurred in ipsilateral striatum, thalamus and contralateral anterior horn of spinal cord after experimental cerebral cortex infarction in rats.
结果该基因在新生和成年大鼠和小鼠的大脑皮层和脊髓中有较高的表达，在肺中有中度表达。
As a result this gene is mixed in new student and grown bandicoot there is taller expression in the pallium of small rat and spinal cord, expression is spent in having in lung.
应用推荐