Rate of Oophorectomy for Benign Indications in a Children's Hospital: Influence of a Gynecologist.

STUDY OBJECTIVE: To compare the rates of oophorectomy performed by pediatric surgeons for benign indications before and after the addition of a gynecologist to the surgical staff of a children's hospital. DESIGN, SETTING, PARTICIPANTS, INTERVENTIONS, AND MAIN OUTCOME MEASURES: We used a retrospective chart review of patients ages 5-21 years who underwent surgical management by pediatric surgeons for benign adnexal indications at a tertiary care children's hospital. Patient characteristics and clinical outcomes were recorded. Rates of oophorectomy for patients managed before the addition of a gynecologist (1998-2004) were compared with those managed after a gynecologist joined the surgical staff (2005-2013). Logistic regression analysis was conducted to compare the likelihood of oophorectomy before and after the addition of a gynecologist to the surgical staff. RESULTS: One hundred sixty-five cases were included in the final analysis. Pediatric surgeons were 8 times more likely to perform an oophorectomy for benign indications before the addition of a gynecologist to the surgical staff (odds ratio, 8.3; 95% confidence interval, 3.76-18.16). Oophorectomy was performed in 45% (25/56) of cases from 1998 to 2004 compared with 11% (12/109) of cases from 2005 to 2013. Younger age (P = .009), ischemic-appearing adnexa (P < .0001), presence of torsion (P = .017), and mature teratoma (P = .041) were associated with higher likelihood of oophorectomy. CONCLUSION: There was a higher rate of ovarian preservation for benign indications performed by pediatric surgeons after the addition of a gynecologist to the surgical staff. Younger patients, those with a mature teratoma, and ovarian torsion continue to be at higher risk for oophorectomy.

The Effect of Centering Pregnancy versus Traditional Prenatal Care Models on Improved Adolescent Health Behaviors in the Perinatal Period.

STUDY OBJECTIVE: To determine if the CenteringPregnancy model of prenatal care improves maternal health behaviors in adolescent pregnancy. DESIGN: We conducted a retrospective chart review comparing 150 pregnant adolescents who received prenatal care between 2008 to 2012 with CenteringPregnancy to those receiving care in traditional prenatal care models with either multiprovider or single-provider visits. Outcome measures included weight gain during pregnancy, compliance to prenatal care appointments, infant feeding method, postpartum follow up and contraceptive use postpartum. A χ(2) analysis was used to compare outcomes between the 3 groups at a 2-tailed α of .05. RESULTS: Fifty individuals were evaluated in each group. Adolescents in the CenteringPregnancy group were more likely to comply with prenatal and postpartum visits and to meet the 2009 Institute of Medicine gestational weight guidelines for weight gain in pregnancy than were adolescents in either multiprovider (62.0% vs 38.0%, P = .02) or single-provider (62.0% vs 38.0%, P = .02) groups. The CenteringPregnancy group was also more likely to solely breastfeed compared with adolescents in the multiprovider group (40.0% vs 20.0%, P = .03) and include breastfeeding in addition to bottle-feeding compared with both multiprovider (32.0% vs 14.0%, P = .03) and single-provider (32.0% vs 12.0%, P = .03) patient groups. Additionally, the CenteringPregnancy group had increased uptake of long-acting reversible contraception and were less likely to suffer from postpartum depression. CONCLUSIONS: CenteringPregnancy Prenatal Care program aids in compliance to prenatal visits, appropriate weight gain, increased uptake of highly effective contraception, and breastfeeding among adolescent mothers.

US findings of adnexal torsion in children and adolescents: size really does matter.

BACKGROUND: Adnexal torsion is rare, and symptoms are nonspecific. Clinicians often rely on US examinations to evaluate girls with abdominal or pelvic pain. OBJECTIVE: To determine which sonographic findings can predict adnexal torsion by comparing pediatric and adolescent patients with surgically confirmed torsion (cases) to those without torsion (controls). MATERIALS AND METHODS: Cases and controls were identified retrospectively by searching 7 years of medical record and radiology databases. An adnexal ratio was calculated as the volume of the affected adnexa divided by the volume of the unaffected adnexa. RESULTS: We identified 61 menarchal subjects: 33 cases and 28 controls. Adnexal volume was larger in cases than in controls (185 vs. 37.8 ml, P < 0.001). A volume of >75 ml was more common in cases than in controls (64 vs. 15%, P < 0.001). No cases had an adnexal volume of <20 ml (P < 0.001). The adnexal ratio was larger in cases than in controls (16.1 vs. 6.7, P < 0.001). An adnexal ratio of >15 was seen in 40% of cases and in no controls (P = 0.08). Doppler US results were not predictive of torsion. CONCLUSION: An adnexal volume of <20 ml is strong evidence against adnexal torsion in menarchal females. In this age group, the diagnosis of torsion cannot be established by US examination alone.