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논문 기본 정보

자료유형
학술저널
저자정보
Xing Li (Department of Urology Medical College of People’s Liberation Army Chinese People’s Liberation Arm) Xiaoping Wan (Department of Urology Rehabilitation School of Capital Medical University China Rehabilitation Re) Zhaoxia Wang (Department of Rehabilitation Medicine Beijing Tiantan Hospital Capital Medical University) Yanan Liang (Department of Urology Rehabilitation School of Capital Medical University China Rehabilitation Re) Zhuo Jia (Department of Urology Medical College of People’s Liberation Army Chinese People’s Liberation Arm) Xu Zhang (Department of Urology Medical College of People’s Liberation Army Chinese People’s Liberation Arm) Limin Liao (Department of Urology Rehabilitation School of Capital Medical University China Rehabilitation Re)
저널정보
대한배뇨장애요실금학회 International Neurourology Journal International Neurourology Journal 제25권 제2호
발행연도
2021.6
수록면
128 - 136 (9page)
DOI
10.5213/inj.2040304.152

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Purpose: The present study determined the effects of saphenous nerve stimulation (SNS) at different stimulation frequencies on bladder reflex and explored a possible action mechanism of tibial nerve stimulation (TNS) on bladder activity in cats. Methods: Two bipolar nerve cuff electrodes were implanted on the saphenous nerve and the contralateral tibial nerve in 13 cats, respectively. Multiple cystometrograms were obtained to determine the effects of single SNS at different frequencies and that of combined SNS and TNS on the micturition reflex by infusing normal saline. Results: SNS at 1 Hz significantly reduced the bladder capacity (BC) to 59.8%±7.7% and 59.3%±5.8% of the control level at the intensity threshold (T) and 2T, respectively (P<0.05), while that at 20 Hz significantly increased the BC to 130.6%±4.2% of the control level at 6T (P<0.05). The TNS and SNS at 20 Hz did not significantly change the BCs at 1T (P>0.05), while combined stimulation at 1T significantly increased the BC to 122.7%±1.9% of the control level and induced an inhibitory effect which was similar to that TNS at 2T. Conclusions: The current study revealed that SNS reduced and increased BC depending on different stimulation frequencies. The combined SNS and TNS maximized the clinical efficacy at a low intensity. Also, SNS may be a potential therapeutic mechanism of TNS.

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