AIM: To establish an artificial reflex arc in canines abdomen on the upside of the normal and consecutive spinal cord to restore bladder function after spinal cord injury ( SCI). 目的:试通过在健存连续的脊髓上建立犬腹壁人工膀胱反射弧,从而使脊髓损伤后的膀胱功能得到恢复。
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。
Objective To study effects of tethered spinal cord on functions of bladder and urethra. 目的探讨脊髓栓系对膀胱尿道功能的影响。
Objective To investigate an alternative procedure for complete denervation of bladder in the supra-cone cord injury to restore the bladder function. 目的探讨脊髓损伤后膀胱完全性去神经传入手术的替代方法。
Status quo of treatment and nursing care of spinal cord injury patients with urinary bladder function disturbance 脊髓损伤病人膀胱功能障碍的治疗与护理现状
Damage to the spinal cord, congenital or acquired, can result in neuropathic bladder dysfunction in childhood. 脊髓的先天性或获得性损害可引起儿童的神经病理性膀胱功能障碍。
Treatment of neurogenic bladder associated with spinal cord injury with botulinum-A toxin injected into bladder wall 膀胱壁内注射A型肉毒毒素治疗脊髓损伤患者神经原性膀胱的初步临床观察
We elicited autonomic hyperreflexia with percussion of bladder on patients with spinal cord injury ( 10 with cervical spinal cord injury and 10 with thoraco lumbar spinal cord injury). Before and during percussion of bladder, the NE in plasma were measured. 对10例胸腰段损伤截瘫和10例颈髓损伤四肢瘫病人以膀胱叩击法诱发自主神经过度反射,膀胱叩击前和叩击3分钟后分别测定血浆中去甲基肾上腺素(NE)浓度。
Conclusion FMS is an effective, safe therapy for the spinal cord injury patients complicated with neurogenic dysfunction of bladder and urethra and improve the patients 'quality of life. 结论FMS可以显著地改善部分脊髓损伤后神经源性膀胱患者的膀胱功能并能显著提高患者的生活质量。
HRP positive neurons were observed in the left MPG but not in spinal cord after HRP was injected into the bladder detrusor. 膀胱肌层注射HRP后,在左侧MPG可见HRP阳性神经元。
An experimental animal study of human umbilical cord vessels used as grafts of partial bladder wall 人脐带血管代替部分膀胱的动物实验研究
Objective: To observe the changes of spinal cord unit discharges ( SCUDs) and morphology of L4 spinal cord as well as the bladder tissue in rats with the skin-CNS-bladder reflex pathway established. 目的:观察“皮肤-脊髓-膀胱”人工反射弧建立后大鼠脊髓L4节段神经元单位放电及形态学改变情况。
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。
Effect of spinal cord injury on urinary bladder spinal neural pathway: a retrograde transneuronal tracing study with Pseudorabies virus 假狂犬病毒跨突触示踪胸髓损伤后膀胱神经支配通路变化的研究
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。
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。
After spinal cord injury ( SCI), the bladder cannot store well at the same time incontinence occurs frequently because of bladder detrusor overactivity. 脊髓损伤发生以后,膀胱不能有效地储存尿液。由于逼尿肌的过度活动,膀胱不适症总会频繁的发生。