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基于生物阻抗谐波分析的膀胱下梗阻大鼠膀胱壁壁内血流及神经源性调节变化

[Intramural blood flow and neurogenic regulation changes of the bladder wall of rats with infravesical obstruction based on harmonic analysis of bioimpedans].

作者信息

Bablumyan A, Kamalov A, Kirpatovski V

机构信息

Yerevan State Medical University, department of Urology, RMC ''Armenia'' Clinic of Urology, Armenia.

出版信息

Georgian Med News. 2011 Nov;11(200):21-4.

Abstract

During high pressure in the bladder, particularly during delay of urination because of infravesical obstruction, raisings of blood pressure were marked with simultaneous increase of renal and spleen sympathetic nerves activity. During urination the activity of sympathetic nervous system decreases while the activity of parasympathetic system which is responsible for detrusor contraction increase. All these data testify to changes of vegetative regulation of hypertrophic bladder during inftavesical obstruction, but on the other hand mechanism of those changes and their functional consequences require further studies.

摘要

在膀胱内压力升高时,尤其是在下尿路梗阻导致排尿延迟期间,血压升高,同时肾和脾交感神经活动增强。排尿时,交感神经系统的活动减弱,而负责逼尿肌收缩的副交感神经系统的活动增强。所有这些数据证明了下尿路梗阻期间膀胱肥厚的自主神经调节发生了变化,但另一方面,这些变化的机制及其功能后果需要进一步研究。

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