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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Floyd K, McMahon S B, Morrison J F

J Physiol. 1982 Jan;322:45-52. doi: 10.1113/jphysiol.1982.sp014021.

In anaesthetized cats in which the only intact autonomic pathways innervating the colon and bladder were in the pelvis nerves, distension of the colon resulted in a graded inhibition of spontaneous bladder motility, and a decrease in the reflexly evoked waves of activity in the vesical branches of the pelvic nerves. 2. Electrical stimulation with voltages sufficient to excite only the myelinated fibres in the colonic branches of the pelvic nerve caused inhibition of spontaneous bladder motility, an increase in micturition threshold, and a reduction in the reflexly evoked waves of activity in the vesical efferents of the pelvic nerve. 3. The results demonstrate that the pelvic nerve afferent inflow from the colon produces a marked central inhibitory influence on the micturition reflex.

在麻醉猫中，支配结肠和膀胱的唯一完整自主神经通路位于盆神经，结肠扩张导致膀胱自发性运动逐渐受到抑制，以及盆神经膀胱分支中反射诱发的活动波减少。2. 用足以仅兴奋盆神经结肠分支中髓鞘纤维的电压进行电刺激，可导致膀胱自发性运动受到抑制、排尿阈值升高，以及盆神经膀胱传出纤维中反射诱发的活动波减少。3. 结果表明，来自结肠的盆神经传入性神经冲动对排尿反射产生显著的中枢抑制作用。

Floyd K, McMahon S B, Morrison J F

J Physiol. 1982 Jan;322:45-52. doi: 10.1113/jphysiol.1982.sp014021.

In anaesthetized cats in which the only intact autonomic pathways innervating the colon and bladder were in the pelvis nerves, distension of the colon resulted in a graded inhibition of spontaneous bladder motility, and a decrease in the reflexly evoked waves of activity in the vesical branches of the pelvic nerves. 2. Electrical stimulation with voltages sufficient to excite only the myelinated fibres in the colonic branches of the pelvic nerve caused inhibition of spontaneous bladder motility, an increase in micturition threshold, and a reduction in the reflexly evoked waves of activity in the vesical efferents of the pelvic nerve. 3. The results demonstrate that the pelvic nerve afferent inflow from the colon produces a marked central inhibitory influence on the micturition reflex.

在麻醉猫中，支配结肠和膀胱的唯一完整自主神经通路位于盆神经，结肠扩张导致膀胱自发性运动逐渐受到抑制，以及盆神经膀胱分支中反射诱发的活动波减少。2. 用足以仅兴奋盆神经结肠分支中髓鞘纤维的电压进行电刺激，可导致膀胱自发性运动受到抑制、排尿阈值升高，以及盆神经膀胱传出纤维中反射诱发的活动波减少。3. 结果表明，来自结肠的盆神经传入性神经冲动对排尿反射产生显著的中枢抑制作用。