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Reliability of Real-Time Ultrasound to Detect Pelvic Floor Muscle Contraction in Urinary Incontinent Women
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Reliability of Real-Time Ultrasound to Detect Pelvic Floor Muscle Contraction in Urinary Incontinent Women

Jenn-Ming Yang, Shwu-Huey Yang, Shu-Yu Yang, Evelyn Yang 和 Wen-Chen Huang
The Journal of urology, 卷.182(5), 頁碼.2392-2396
01/11/2009
PMID: 19781720
Web of Science ID: WOS:000270756900103

摘要

muscle contraction pelvic floor stress ultrasonography urinary bladder urinary incontinence
We determined the reliability of real-time ultrasound for detecting involuntary or reflex pelvic floor muscle contraction. A total of 118 women with the symptomatic and urodynamic evidence of stress urinary incontinence were recruited in a 3-year period from tertiary referral urogynecology clinics. Under the oral instruction of strong coughing involuntary pelvic floor muscle contraction was detected using introital ultrasound in real-time and cine loop modes. Two dynamic imaging features were considered involuntary pelvic floor muscle contraction, including an inward clitoral motion and a superior-anterior anorectal lift before or during coughing. Real-time ultrasound had good reliability to detect involuntary pelvic floor muscle contraction. For interobserver and intra-observer reliability Cohen's κ was 0.645 to 0.679. Of the 118 women real-time ultrasound before or during coughing showed an inward clitoral motion in 100 (93%) and an anorectal lift in 108 (92%). Neither type of contraction during coughing was identified in 2 women. Although the 2 contraction patterns were synchronized in 88% of women, for this synchronization κ was only 0.159, indicating poor coordination between these 2 involuntary activities. Real-time ultrasound is a reliable tool for detecting involuntary pelvic floor muscle contraction.

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