objective: to establish an artificial reflex arc in canines to reinnervate the neuropathic bladder and restore bladder function after spinal cord injury.
目的:建立犬人工膀胱反射通路,以恢复脊髓损伤后的膀胱功能。
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。
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。
conclusion:the model of bladder functional reconstruction with artificial bladder reflex arc can be well established by extrameningeal l5 s2 anterior roots cross anastomosis.
结论:通过硬膜外l5s2前根交叉吻接可以更有效地建立人工反射弧重建膀胱功能的动物实验模型。
the early function of the reflex arc was observed by electrophysiological examination, bladder pressure testing and detrusor electromyogram at 9 months postoperatively.
神经根吻合术后9个月,分别进行神经电生理、膀胱测压、膀胱逼尿肌肌电图等早期功能观察。
conclusion there may be two reflex arc pathways involving in micturition during the spinal cord: one is limited to the pelvic nerve, and the other involving the pelvic nerve and sympathetic nerve.
结论脊髓内部除了有盆神经-副交感中枢盆神经的反射通路以外,可能还存在有盆神经-交感中枢腹下神经的反射路径。
objective to establish an artificial reflex arc to reinnervate the nerropathic bladder and restore bladder function after spinal cord injury.
目的建立人工膀胱反射弧,以恢复脊髓损伤后的膀胱功能。
result:artificial bladder reflex arc was established successfully in all 5 dogs and the bladder pressure and urethra pressure were increased while the reflex arc was stimulated.
结果:5只家犬「膝腱脊髓膀胱」反射弧均成功建立,刺激反射弧时膀胱压和尿道压都有升高。
methods by using the disuse nerves under the paraplegic plane, somatic nerve splanchnic nerve reflex arc bladder function remodelling was performed in 34 cases.
方法采用截瘫平面以下的废用神经,行体神经-内脏神经反射弧膀胱功能重建术34例。
conclusion there is a reflex arc between cervical pain sympathetic nerve and the cervical vertigo.
结论:在颈部疼痛、交感神经和颈性眩晕之间有一个反射弧的存在。
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。
the early and final function of the reflex arc was observed by electrophysiological examinations, bladder pressure tests and detrusor electromyograms(emg)at 6 months and 18 months postoperatively.
神经根吻合术后6个月和18个月,分别进行神经电生理、膀胱测压、膀胱逼尿肌肌电图等早期和远期功能观察。
sharp edge of a reflex arc lamp indicator and band can make reading very clear, to avoid the visual errors.
一个有锋利边缘的指示器和带反射弧光灯能够使读数非常清楚,能够避免视觉误差。
background if it is feasible to realize the controllable urination by establishing artificial abdomen-bladder reflex arc basing on remained somatic-reflection below the paralyzed level.
利用截瘫平面下健存的体反射建立膀胱人工反射弧,是否可实现可控制性排尿?。