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[尿道反射:综述]

[Urethral reflexes: A review].

作者信息

Malot C, Chesnel C, Hentzen C, Haddad R, Miget G, Grasland M, Le Breton F, Amarenco G

机构信息

Hôpital Tenon, Sorbonne université, GRC 001, GREEN groupe de recherche clinique en neuro-urologie, AP-HP, 75020 Paris, France.

Hôpital Tenon, Sorbonne université, GRC 001, GREEN groupe de recherche clinique en neuro-urologie, AP-HP, 75020 Paris, France.

出版信息

Prog Urol. 2021 Sep;31(11):651-662. doi: 10.1016/j.purol.2020.10.008. Epub 2020 Nov 26.

Abstract

INTRODUCTION

The urethrosphincter complex is involved not only in maintaining urinary continence, particularly during effort, but also for the achievement of a complete and effective micturition. Indeed, the urethra is not a simple passive channel for the evacuation of urine from the bladder to the urethral meatus, since its resistive capacities and its possibilities of modulation of the micturition reflex depend on its reflex role either as a sensory afferent or as a neuro-muscular effector. It also participates in many genito-sexual and ano-rectal réflexes.

MATERIAL AND METHOD

This review of the literature describes the various reflexes of the urethra as a sensory stimulus or a neuromuscular effector. All articles referenced in this review were obtained from articles indexed on Pubmed-Medline, using the keywords: "urethral reflexes; "reflex bladder"; "urination reflex"; "intravaginal; vaginal"; "anorectal; sphincter"; "Storage and voiding"; "reflexes sneezing"; "cough reflex". Other articles were selected through references of the articles issued from the first research. Only articles in English and French have been selected. The articles concerned animal and human experiments.

RESULTS

Eight hundred and sixty-four referenced articles were founded and a total of 75 articles were included, describing the various reflexes mediated by the urethra acting as a sensory afferent or mechanical effector. We differentiated the known data in humans and animals.

CONCLUSION

The urethra is a complex anatomical structure ensuring, through numerous reflex mechanisms, urinary continence. Urethral resistances are modulated during efforts and depends on the bladder capacity and the intensity of the efforts. During micturition, the coordination between the bladder and the urethra is mediated by reflex pathways organized at the cerebral, spinal and lumbosacral levels. The modulation of the micturition in term of efficacy and velocity, is due in part, to the re-afferentation of the spinal reflex by continuous stimulus of the urethral canal. Many of these reflexes are imperfectly described. Finally, the urethra is implicated in reflex loops of anal continence and sexual functions.

摘要

引言

尿道括约肌复合体不仅参与维持尿失禁,尤其是在用力时,还参与实现完全有效的排尿。实际上,尿道并非只是一个将尿液从膀胱排空至尿道口的简单被动通道,因为其阻力能力以及对排尿反射的调节可能性取决于其作为感觉传入神经或神经肌肉效应器的反射作用。它还参与许多生殖 - 性和肛门 - 直肠反射。

材料与方法

本综述通过描述尿道作为感觉刺激或神经肌肉效应器的各种反射,对文献进行综述。本综述中引用的所有文章均来自在Pubmed - Medline上索引的文章,使用的关键词为:“尿道反射”;“反射性膀胱”;“排尿反射”;“阴道内;阴道”;“肛门直肠;括约肌”;“储存与排尿”;“喷嚏反射”;“咳嗽反射”。其他文章通过首次研究发表文章的参考文献进行选择。仅选择了英文和法文文章。这些文章涉及动物和人体实验。

结果

共找到864篇参考文献文章,总共纳入75篇文章,描述了尿道作为感觉传入神经或机械效应器介导的各种反射。我们区分了人类和动物的已知数据。

结论

尿道是一个复杂的解剖结构,通过众多反射机制确保尿失禁。尿道阻力在用力时会受到调节,并取决于膀胱容量和用力强度。在排尿期间,膀胱和尿道之间的协调由大脑、脊髓和腰骶水平组织的反射通路介导。排尿在效力和速度方面的调节部分归因于尿道管的持续刺激对脊髓反射的再传入。其中许多反射描述得并不完善。最后,尿道参与肛门节制和性功能的反射回路。

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