2012
DOI: 10.1007/s00192-012-1773-4
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Paraurethral striated muscular structures and pelvic floor muscles contribute to resting urethral closure pressure in rats

Abstract: Paraurethral striated muscular structures and the pelvic floor muscles possess the function of maintaining resting MUCP in rats.

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Cited by 2 publications
(2 citation statements)
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“…[14] There is a need to maintain lower basal activity even at rest because PFM is responsible for maintaining resting maximal urethral closure pressure, and when the ability to contract PFM is impaired, the maximal urethral closure pressure decreases by 70%–80%, which can lead to PFMD. [25,26] Decreased PFM activity in GDM could predispose pregnant women to develop PFMD, which is consistent with our clinical study that showing that even after 2 years postpartum women diagnosed with GDM presented higher urinary incontinence rates and PFMD. [27]…”
Section: Discussionsupporting
confidence: 89%
“…[14] There is a need to maintain lower basal activity even at rest because PFM is responsible for maintaining resting maximal urethral closure pressure, and when the ability to contract PFM is impaired, the maximal urethral closure pressure decreases by 70%–80%, which can lead to PFMD. [25,26] Decreased PFM activity in GDM could predispose pregnant women to develop PFMD, which is consistent with our clinical study that showing that even after 2 years postpartum women diagnosed with GDM presented higher urinary incontinence rates and PFMD. [27]…”
Section: Discussionsupporting
confidence: 89%
“…With its relatively broad entheseal region at the pubic ramus [24, 25], filmy attachments to the vagina laterally [26], insertion below the rectum, and contribution to urethral and anal closure pressures [25, 27], PCa of lower animal species, such as rabbit and rodent, combines anatomical and functional features of both PC and PR portions of human PV muscle. In RM, on the other hand, PCa is more analogous to human PR, while PVa corresponds better with human PC.…”
Section: Resultsmentioning
confidence: 99%