reflex arc

1. Long-term functional study on the artificial bladder reflex arc established by abdominal reflex after spinal cord injury
   利用腹壁反射重建膀胱反射弧的远期功能性研究
2. Construction of a reflex arc of abdominal reflex-spinal cord-bladder in canines
   构建犬腹壁反射-脊髓中枢-膀胱人工反射弧功能基础的实验研究
3. Experimental and clinical study on the artificial bladder reflex arc established in therapy of flaccid bladder after spinal cord injury
   人工膀胱反射弧重建SCI后弛缓性膀胱排尿功能的基础与临床研究
4. Reconstruction of the bladder autonomic reflex arc by intradural microanastomosis results in bladder contraction, and contributes to controllable urination of canines.
   新建立的人工膀胱反射弧可以产生膀胱收缩，实现犬可控制性排尿。
5. Clinical study of artificial bladder reflex arc established by Achilles tendon reflex
   利用跟腱反射建立人工膀胱反射弧的临床研究
6. Results No effective method of therapy was found for atonic bladder after spinal cord injury. When compared with clean intermittent catheterization, pharmacologic therapy, compressive micturition and detrusor function reconstruction, the establishment of an artificial bladder reflex arc may have a potential of controllable micturition.
   结果脊髓损伤后弛缓性膀胱尚缺乏有效的治疗方法，与清洁间断导尿、加压排尿、药物治疗及重建逼尿肌功能等治疗方法相比，建立人工反射弧能实现膀胱的可控性排尿。
7. A morphological study on an extra-central reflex arc formed by neurons of the SENSORY-AND sympathetic ganglia
   由感觉和交感节神经元组成的中枢外反射弧的形态学研究
8. Objective To study the neurotransmitters of efferent nerve of the artificial somatic autonomic reflex arc.
   目的研究大鼠人工体神经内脏神经反射弧传出神经递质性质。
9. Improvement on experimental methods for the analysis of reflex arc
   反射弧分析实验方法的改进
10. Construction of Artificial Abdominal Wall-bladder Reflex Arc Using Saphenous Nerve with Blood Vessel in Dogs
    带血管的隐神经移植建立犬腹壁&膀胱人工反射弧的实验研究
11. Conclusions Establishing of an new artificial reflex arc may effective for controlled micturition in conical SCI.
    结论建立新的人工反射弧能恢复SCI患者排尿功能，实现自控性排尿。
12. Simultaneous reinnervation of MPG and EUS by one group of somatic motor neurons may be the major neural anatomy infrastructure for controllable voiding via the somatic-autonomic reflex arc.
    躯体运动神经元同时支配MPG和EUS可能是人工体神经内脏神经反射弧控制排尿的主要神经解剖学基础。
13. CM_ ( gs) has reflex-like construction ( RC) which is similar to the reflex arc of the biologic nerve, and RC is composed by afferent nerve, nerve center and efferent nerve. Especially, the neurons size and their topology can grow constantly.
    CM（gs）具有模拟生物系统反射弧的简单结构RC，包括传入神经、中枢神经和传出神经，尤其是其中枢神经工作域的网络结构与神经元数量可以增长。
14. Conclusion Acetylcholine is the main neurotransmitter of efferent nerve of the artificial somatic autonomic reflex arc. The main neurotransmitter of regenerated nerve was not changed after anastomosis of the somatic motor nerve to autonomic motor nerve.
    结论人工体神经内脏神经反射弧传出神经元的神经递质主要是乙酰胆碱，体神经和内脏神经（副交感节前神经）吻合后再生神经主要递质没有改变。
15. Experimental and clinical studies on artificial bladder reflex arc after spinal cord injury
    人工膀胱反射弧的实验与临床研究
16. A cognitive model is presented with classical conditioning behaviors. The model comprises a number of spiking neurons connecting to form a neural network with reflex arc structure, which made it fully exhibiting the dependency of classical conditioning on timing.
    一种具有经典条件反射行为的认知模型（CMSPK），该模型以尖锋神经元为基本元素，互联形成具有反射弧结构的神经网络，能充分表现经典条件反射对时间的依赖性。
17. According to tectonic zonation, the coal basin mainly restricted by secondary fault depression of NE reflex arc, meanwhile secondary EW and NE composite convergence existed.
    从总的区域构造分布看，含煤盆地沉积主要受北东向反射弧的次一级断裂坳陷所制约，同时也存在着次一级的东西向与北东向复合交汇控制特征。
18. Recently, the experimental studies on establishment of artificial bladder reflex arc may have a potential of clinical application.
    最近，有关膀胱人工反射弧建立的实验研究可能具有良好的临床应用前景。
19. A Study on the Reflex Arc Outside the Central Nervous System with Sympathetic Ganglia as the Centre
    以交感神经节为中心的中枢外反射弧的研究
20. For exploring new and highly successful experiment methods for analyzing reflex arc, two reflex tests have been added on the basis of the traditional test method.
    为了探索新的、高成功率的反射弧分析实验方法，在传统实验方法的基础上，增加2个反射实验。
21. Experimental study on canine abdominal wall-bladder reflex arc by autogenous nerve grafting
    自体神经移植构建犬腹壁-膀胱反射弧的实验研究
22. Objective To explore the establishment of an new artificial bladder reflex arc for controlled micturition function in the conical spinal cord injury ( SCI).
    目的探索建立人工反射弧恢复脊髓圆锥损伤后所致弛缓性膀胱排尿功能的治疗方法。
23. Objective To investigate the distribution of rats 'pelvic muscles motoneurons innervated by artifical somatic-autonomic reflex arc.
    目的研究正常大鼠及建立人工体神经-内脏神经反射弧截瘫后，支配大鼠盆底肌肉运动神经元胞体的分布。
24. Objective: To establish an animal model of bladder functional reconstruction with the "tendon spinal cord bladder" artificial bladder reflex arc.
    目的：建立犬膝腱脊髓膀胱反射弧重建膀胱功能的动物模型，作为实验研究人工膀胱反射弧的基础。
25. Objective: To explore the clinical value of the MRI performance to identification the lumbar-sacral nerve roots in the spina bifida patients before artificial reflex arc operation.
    目的探讨MRI技术在先天性脊柱裂脊膜膨出（SB）患者人工反射弧术前脊神经根初步解剖定位中的应用价值。
26. To study the neural morphological basis of the "abdominal reflex spinal cord center bladder" artificial bladder reflex arc established by abdominal reflex.
    研究利用腹壁反射建立腹壁反射脊髓中枢膀胱人工膀胱反射弧的神经形态学基础。
27. Nursing Care of Somatic Nerve-splanchnic Nerve Reflex Arc Bladder Function Remodelling
    体神经-内脏神经反射弧膀胱功能重建术的护理
28. Objective: To observe the nerve cell composed of "knee tendon spinal cord bladder" reflex arc and it ′ s morphological character, so as to search the morphological evidence of the bladder reconstruction with the reflex arc.
    目的：观察组成膝腱脊髓膀胱反射弧的神经细胞，从形态学上寻找反射弧重建膀胱功能的证据。
29. Correlation of cervical pain and cervical vertigo with reflex arc of sympathetic nerve
    颈部疼痛及颈性眩晕与交感神经反射弧的联系

noun

1. the neural path of a reflex