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通过微型传感器进行多通道子宫内压力记录。

Multichannel intrauterine pressure recording by means of microtransducers.

作者信息

Ulmsten U, Andersson K E

出版信息

Acta Obstet Gynecol Scand. 1979;58(1):115-20. doi: 10.3109/00016347909154927.

Abstract

Intrauterine pressures (IUP) were recorded simultaneously at the fundus, the isthmus, and cervix uteri by means of three micro-transducers (in 20 healthy, nonpregnant women, and in 5 patients with severe, primary dysmenorrhoea). Recordings were performed during the first 3 days of the menstrual cycle. Both incoordinate and coordinated myometrial activity was recognized. When coordination was present, the contraction wave as a rule started in fundus and was propagated towards the isthmus and cervix. Pinching and/or palpation of the cervix elicited retrograde contractions, i.e. the contraction wave started in the cervix and moved towards the fundus. It was frequently observed that during vigorous contractions of the fundus, the pressure increase in the isthmus was small; in some cases even a decrease in pressure occurred in this region. The pressure recording technique functioned perfectly during all recordings and seems to facilitate detailed studies of myometrial activity in the non-pregnant uterus.

摘要

通过三个微型换能器同时记录20名健康非妊娠女性和5名重度原发性痛经患者子宫底部、子宫峡部和子宫颈的宫内压力(IUP)。记录在月经周期的前3天进行。识别出不协调和协调的子宫肌层活动。当存在协调性时,收缩波通常始于子宫底部,并向子宫峡部和子宫颈传播。捏和/或触诊子宫颈会引发逆行收缩,即收缩波始于子宫颈并向子宫底部移动。经常观察到,在子宫底部剧烈收缩期间,子宫峡部的压力升高很小;在某些情况下,该区域甚至出现压力下降。压力记录技术在所有记录过程中运行良好,似乎有助于对非妊娠子宫的子宫肌层活动进行详细研究。

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