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Introduction and Hypothesis: We describe pelvic floor function in nulliparous pregnant women., Materials and Methods: Nulliparous midwifery patients completed the Incontinence Severity Index (ISI), Pelvic Floor Impact Questionnaire (PFIQ-7), Wexner Fecal Incontinence Scale (W), and answered questions about sexual activity and perineal pain at baseline during the first (T1), second (T2), or third trimester (T3) and repeated in late T3. They also underwent a Pelvic Organ Prolapse Quantification (POP-Q) exam at their baseline visit. Data were compared across trimesters. Analysis of variance (ANOVA) and logistic regression accounted for repeated measures and was controlled for age and education., Results: We recruited 627 women. In T1, 124 women gave baseline data and completed questionnaires; in T2, 403; and in early T3, 96 (496 repeated questionnaires in later T3). Besides an increase in genital hiatus and perineal body (all adjusted p < .05), physical exam measures did not differ between trimesters. As pregnancy progressed, urinary incontinence (UI) (T1 = 33, T2 = 44, T3 = 69% women with ISI >0, all comparisons p < .02) and Incontinence Impact Questionnaire (IIQ-7) scores increased. Fecal incontinence (FI) increased (T1 = 8, T2 = 15, T3 = 16% from T2 to T3, p = .04); the Colorectal-Anal Impact Questionnaire (CRAIQ-7) scores did not. Perineal pain increased (T1 = 17, T2 = 18 and T3 = 40%, all adjusted p < .001), and sexual activity decreased (T1 = 94, T2 = 90, T3 = 77% sexually active, T1 vs T3 and T2 vs T3, p < .001) as pregnancy progressed., Conclusions: During pregnancy, women experience worsening UI, FI, and perineal pain. UI symptoms are associated with a negative impact on quality of life (QoL). Sexual activity decreased and POP-Q stage did not change.

Introduction and Hypothesis: We describe changes in sexual activity and function among pregnant nulliparous women., Methods: This secondary analysis evaluated sexual activity and function with the Female Sexual Function Index (FSFI) at baseline in the first (T1), second (T2) and early third (T3) trimester. Evaluation was repeated in T3 after 36 completed weeks of gestation. Data were assigned to the trimester in which they were collected and compared across trimesters. FSFI items were dichotomized into favorable and unfavorable responses. ANOVA and logistic regression models were used to compare values across trimesters, taking into account repeated measurements. Pair-wise comparisons of trimesters were done when there were significant overall differences. Significance was set at p < 0.05. We adjusted for baseline differences., Results: Of 627 women, four did not give sexual function data. Baseline data were collected in 124 women in T1, 403 in T2, and 96 in early T3. Of these 623 women, 496 (80 %) gave data again in T3. The participants' mean age was 24.2 ± 5.1 years and 44.5 % were Hispanic. Rates of sexual activity (T1 94 %, T2 90 %, T3 77 %; p < 0.001) and mean FSFI scores decreased as pregnancy progressed (T1 26.5 ± 7.7, T2 25.6 ± 9.0, T3 21.5 ± 10.3; T1/T2 vs. T3, p < 0.001). Using the FSFI cut-off score for sexual dysfunction of 26.55, women in T3 were more likely to report dysfunction than women in T2 (57 % vs. 37 %, p < 0.001). For specific FSFI questions, the proportions of women reporting favorable responses did not change between T1 and T2 (all p > 0.05) and the proportions of women with a favorable response decreased for all questions between T2 and T3., Conclusions: As pregnancy progresses, women report poorer sexual function.

Introduction and Hypothesis: The perineum stretches naturally during obstetrical labor, but it is unknown whether this stretch has a negative impact on pelvic floor outcomes after a vaginal birth (VB). We aimed to evaluate whether perineal stretch was associated with postpartum pelvic floor dysfunction, and we hypothesized that greater perineal stretch would correlate with worsened outcomes., Methods: This was a prospective cohort study of primiparous women who had a VB. Perineal body (PB) length was measured antepartum, during labor, and 6 months postpartum. We determined the maximum PB (PBmax) measurements during the second stage of labor and PB change (ΔPB) between time points. Women completed functional questionnaires and had a Pelvic Organ Prolapse Quantification (POP-Q) system exam 6 months postpartum. We analyzed the relationship of PB measurements to perineal lacerations and postpartum outcomes, including urinary, anal, and fecal incontinence, sexual activity and function, and POP-Q measurements., Results: Four hundred and forty-eight women with VB and a mean age of 24 ± 5.0 years with rare (5 %) third- or fourth-degree lacerations were assessed. During the second stage of labor, 270/448 (60 %) had perineal measurements. Mean antepartum PB length was 3.7 ± 0.8 cm, with a maximum mean PB length (PBmax) during the second stage of 6.1 ± 1.5 cm, an increase of 65 %. The change in PB length (ΔPB) from antepartum to 6 months postpartum was a net decrease (-0.39 ± 1.02 cm). PB change and PBmax were not associated with perineal lacerations or outcomes postpartum (all p > 0.05)., Conclusions: PB stretch during labor is unrelated to perineal laceration, postpartum incontinence, sexual activity, or sexual function.

Introduction and Hypothesis: We aimed to determine whether anal sphincter complex (ASC) measurements on translabial ultrasound (TL-US) were related to anal incontinence (AI) or fecal incontinence (FI) symptoms 6 months postpartum., Methods: A prospective cohort of primiparous women underwent TL-US 6 months after a vaginal birth (VB) or cesarean delivery (CD). Muscle thickness was measured at 3, 6, 9, and 12 o'clock positions of the external anal sphincter (EAS), the same four quadrants of the internal anal sphincter (IAS) at proximal, mid, and distal levels, and at the bilateral pubovisceralis muscle (PVM). Measurements were correlated to AI and FI on the Wexner Fecal Incontinence Scale, with sub-analyses by mode of delivery. The odds ratio (OR) of symptoms was calculated for every 1 mm increase in muscle thickness (E1MIT)., Results: A total of 423 women (299 VB, 124 CD) had TL-US 6 months postpartum. Decreased AI risk was associated with thicker measurements at the 6 o'clock (OR 0.74 E1MIT) and 9 o'clock proximal IAS (OR 0.71 E1MIT) in the entire cohort. For CD women, thicker measurements of the 9 o'clock proximal IAS were associated with decreased risk of AI (OR 0.56 E1MIT) and thicker distal 6 o'clock IAS measurements were related to a decreased risk of FI (OR 0.37 E1MIT). For VB women, no sphincter measurements were significantly related to symptoms, but thicker PVM measurements were associated with increased risk of AI (right side OR 1.32 E1MIT; left side OR 1.21 E1MIT)., Conclusions: ASC anatomy is associated with AI and FI in certain locations; these locations vary based on the patient's mode of delivery.

Introduction and Hypothesis: Women may experience anal sphincter anatomy changes after vaginal birth (VB) or Cesarean delivery (CD). Therefore, accurate and acceptable imaging options to evaluate the anal sphincter complex (ASC) are needed. ASC measurements may differ between translabial (TLUS) and endoanal (EAUS) ultrasound imaging and between 2D and 3D US. The objective of this analysis was to describe measurement variation between these modalities., Methods: Primiparous women underwent 2D and 3D TLUS imaging of the ASC 6 months after VB or CD. A subset of women also underwent EAUS measurements. Measurements included internal anal sphincter (IAS) thickness at proximal, mid, and distal levels and the external anal sphincter (EAS) at 3, 6, 9, and 12 o'clock positions, as well as bilateral thickness of the pubovisceralis muscle (PVM)., Results: There were 433 women presenting for US: 423 had TLUS and 64 had both TLUS and EAUS of the ASC. All IAS measurements were significantly thicker on TLUS than EAUS (all p < 0.01), while EAS measurements were significantly thicker on EAUS (p < 0.01). PVM measurements with 3D or 2D imaging were similar (p > 0.20). On both TLUS and EAUS, there were multiple sites where significant asymmetry existed in left versus right measurements., Conclusions: US modality used to image the ASC introduces small but significant changes in measurements, and the direction of the bias depends on the muscle and location being imaged.

Introduction and Hypothesis: To compare fecal incontinence (FI) and urinary incontinence (UI) disclosure in women with dual incontinence (DI), and to assess UI disclosure in DI subjects compared with women with UI alone. We hypothesized that women with DI would be less likely to disclose FI in comparison to UI and as likely to disclose UI as women with UI alone., Methods: We performed a retrospective chart review of new patient visits to an academic urogynecology clinic from 2007 to 2011. Clinical records were reviewed; demographic data and responses to the Incontinence Severity Index (ISI) and Wexner scales were recorded. Patients' written responses to the ISI and Wexner were compared with the diagnoses obtained from the oral history by the physician., Results: Of 1,899 women in the database, 557 women were diagnosed with DI and 447 women were diagnosed with UI alone. Women with DI were less likely to orally disclose FI than UI (135 out of 557 [23 %], vs 485 out of 557 [87 %], p < 0.001), but were as likely as women with UI alone to disclose UI (385 out of 447 [86 %] vs 485 out of 557 [87 %], p = 0.66). In the multivariate analysis, DI subjects had greater odds of disclosing FI to their physicians if they had private insurance (OR 1.9, 95 %CI 1.2, 3.0) or Wexner score >7 (OR 9.0, 95 % CI 5.4,14.8) and lower ISI score (OR 1.5, CI 1.4, 1.6)., Conclusions: Women with DI were less likely to report FI in comparison to UI. Patients were more likely to orally report FI when the symptoms were severe.

Introduction and Hypothesis: Consensus on normal translabial ultrasound (TL-US) anal sphincter complex measurements for postpartum women is lacking. We aimed to evaluate normative measurements in 2D and 3D TL-US for the anal sphincter complex (ASC) at 6 months postpartum and compare these measurements in women who had a vaginal birth (VB) and in those who had a Cesarean delivery (CD)., Methods: A large, prospective cohort of primiparous women underwent 2D and 3D TL-US 6 months after their first delivery. For normative sphincter measurements, we excluded women with third- or fourth-degree lacerations or with sphincter interruption on TL-US. Measurements included the sphincter thickness at the 3, 6, 9, and 12 o'clock positions of the external anal sphincter (EAS) and the internal anal sphincter (IAS) at proximal, mid, and distal levels. We also measured the mean coronal diameter of the pubovisceralis muscle (PVM)., Results: 696 women consented to participate, and 433 women presented for ultrasound imaging 6 months later. Women who sustained a third- or fourth-degree laceration had significantly thicker EAS measurements at 12 o'clock. Sphincter asymmetry was common (69 %), but was not related to mode of delivery. Only IAS measurements at the proximal and distal 12 o'clock position were significantly thicker for CD patients. There were no significant differences in the EAS or PVM measurements between VB and CD women., Conclusions: There appear to be few differences in normative sphincter ultrasound measurements between primiparous patients who had VB or CD.