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一种用于输卵管运动研究的腔内换能器/遥测系统。

An intraluminal transducer/telemetry system for oviductal motility studies.

作者信息

Blair W D, Gilliland B E, Sauer B W

出版信息

J Appl Physiol. 1976 Jun;40(6):999-1003. doi: 10.1152/jappl.1976.40.6.999.

Abstract

A method for measurement of changes in lumen diameter of the oviduct has been developed. Miniature intraluminal "doughnut-shaped" transducers, 1.0-1.2 mm in diameter, constructed from conductive silicone rubber are implanted in the rabbit isthmus and respond to localized changes--increases or decreases--in lumen diameter. Multiple transducer implants in the same tube permit rate as well as direction of contractions to be determined. A custom-designed, micropower dual-channel telemetry system was fabricated to record motility from unrestrained animals. Typical data collected using this system to determine the effects of induced ovulation on instantaneous changes in lumen diameter are presented.

摘要

已开发出一种测量输卵管管腔直径变化的方法。由导电硅橡胶制成的直径为1.0 - 1.2毫米的微型腔内“甜甜圈形”换能器被植入兔峡部,以响应管腔直径的局部变化——增加或减少。在同一根管内植入多个换能器可确定收缩的速率和方向。制造了一个定制设计的微功率双通道遥测系统,用于记录未受约束动物的活动。本文展示了使用该系统收集的典型数据,以确定诱导排卵对管腔直径瞬时变化的影响。

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