The objective of this study was to evaluate both baseline pelvic support and incontinence in relation to physical activity in nulliparous college women. Participants were examined using the pelvic organ prolapse and quantification system (POP-Q) and completed a questionnaire. Women with stage 0 prolapse and any other stage were compared. Potential risk factors and levels of physcial activity were analyzed using the chi-square test. We evaluated 144 women. Fifty percent had stage 0 support and 50% had stage I or II. Nineteen percent of participants reported incontinence. No risk factors for prolapse were identified, however running was associated with incontinence. Forty-six percent of physically active nulliparous college students had stage I pelvic support without identifiable risk factors. Stage I and II prolapse represent normal support.

The objective of this study was to determine whether paratrooper training is associated with pelvic support defects or urinary incontinence. Nulliparous women at The United States Military Academy were examined using the Pelvic Organ Prolapse Quantification System and completed a questionnaire regarding incontinence and exercise prior to undergoing summer military training. The exam and questionnaire were repeated following training. One hundred sixteen women completed the study (80.6%), 37 of whom had attended paratrooper training. Women who attended paratrooper training were significantly more likely to have stage II prolapse (RR=2.72, 1.37

This study assessed the relation between perineal body length and the risk of perineal laceration extending into the anal sphincter during vaginal delivery in primigravid patients at an institution with a low utilization of episiotomy. This was a prospective study of primigravid patients in active labor. Primigravid women with singleton pregnancies who were in the first stage of labor at 37 weeks gestation or greater were recruited, and the admitting physician measured the length of the perineal body. The degree of perineal laceration and other delivery characteristics were recorded. Data were analyzed using univariate analyses, receiver-operator curve analyses, and multiple logistic regression for factors associated with increased severity of vaginal lacerations. The perineal body length, duration of second stage of labor, type of delivery, and patient age were associated ( < 0.1) with third- and fourth-degree (severe) perineal lacerations in primigravid women using receiver-operator curve analysis. Using logistic regression, only the duration of second stage of labor and length of the perineal body were significant ( < 0.04) predictors of third- and fourth-degree lacerations, with odds ratios of 32 (1.3 to 807 as 95% CI) and 24 (1.3 to 456), respectively. Both a perineal body length of ≤3.5 cm and a duration of second stage of labor >99 minutes were associated with an increased risk of third- and fourth-degree lacerations in primigravid patients.

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