1.
The autonomic nervous system is also called the visceral, vegetative, or involuntary nervous system.
自主神经系统又称内脏神经系统，营养神经系统或不随意神经系统。
2.
Study in Somic Nerve Substitutes Splanchnic Nerve by Lateral Bud;
体神经侧芽再生替代内脏神经的实验研究
3.
Neurorrhaphy for Minimizing the Neural Deficit and Muscular Atrophy Caused by Partial Denervation after an Artificial Somatic-autonomic Reflex Arc Procedure;
防治人工体神经—内脏神经反射弧术后失神经肌萎缩的实验研究
4.
Effects of an Artificial Somatic-Autonomic Reflex Arc Procedure on Voltage-gated Sodium Channels in Bladder Major Pelvic Ganglion Neurons;
人工体神经—内脏神经反射弧建立后盆神经节电压门控钠通道研究
5.
Proteomics of Foreign Nerve Regeneration after Somatic-autonomic Nerve Anastomosis;
体神经—内脏神经吻合后异类神经再生的蛋白质组学研究
6.
Neural Tracing Study of Regeneration Nerve of Artificial-autonomic Never Anastomosis;
人工体神经—内脏神经吻合后再生神经的示踪研究
7.
Morphologic Study on Forign Somatic Nerve Reinnervation and Synapsis in the Pelvic Ganglia of the Artificial Somatic-autonomic Reflex Pathway～2;
人工体神经—内脏神经反射弧异类神经元及盆神经节内突触再生的形态学研究
8.
How to Protect Pelvic Splanchnic Nerves during Miles Operation--An Anatomical Study
Mile′s术怎样保护盆内脏神经的解剖学研究
9.
The anatomical characteristics and clinical significance of pelvic splanchnic nerves and vessels
盆部内脏神经血管的解剖特点及临床应用
10.
The Urodynamic Study on the Artificial Somatic-autonomic Reflex Arc Procedure for Neurogenic Bladder after Spinal Cord Injury;
人工体神经—内脏神经反射弧建立后尿动力学研究
11.
The Influence and Mechanism of the Artificial Somatic-autonomic Reflex Arc to the Function of Bladder in Rat;
人工体神经—内脏神经反射弧对大鼠膀胱功能的影响及其机制研究
12.
The Establishment and Morphological Investigation of an Artificial Somatic-CNS-Autonomic Reflex Arc after SCI;
脊髓损伤后人工体神经—内脏神经反射弧的建立及形态学研究
13.
Huge primary hepatic neuroendocrine carcinoma with multiple metastases: report of one case
肝脏巨大神经内分泌癌伴肝内转移1例
14.
It can improve the function of inner organs, sense organ and the nerve center of the human body.
提高人的内脏器官、感觉器官、神经中枢功能。
15.
Evoked responses of visceral nociceptive neurons in cat anterior cingulate gyrus revealed by intracellular recording techniques
猫扣带回前部内脏伤害感受神经元的诱发反应
16.
An experimental study on action potential changes of greater splanchnic nerve following brain injury
实验性脑损伤内脏大神经兴奋性变化研究
17.
Conclusions The results indicate that neurons in ACG are involved in visceral pain perception.
结论扣带回前部神经元参与内脏痛觉感受。
18.
Effect of Efferent Vagus Nerve Excitation by Electrical Stimulation on Acute Liver Injury in Rabbits with Endotoxemia;
迷走神经电刺激对内毒素致兔肝脏损害的作用