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Background: Centers for Medicare & Medicaid Services (CMS) funded 182 US health care sites to reduce preterm birth rates by enhancing prenatal care for at‐risk women. As a funded site, the enhanced prenatal care maternity care home (MCH) model was implemented from 2013 to 2018 for 1042 Medicaid‐eligible pregnant women. Methods: This retrospective study evaluated the impact of enhanced services on preterm birth risk reduction. Certified community health workers provided enhanced services from enrollment through six weeks postpartum. Participants attending enhanced intake and third‐trimester prenatal visits comprised the Active Group (N = 632). Participants missing third‐trimester visits, but participating in enhanced intake and postpartum visits, comprised the Inactive Group (N = 128). Lost Group participants attended only intake visits (N = 282). Data were collected through CMS‐developed intake, third‐trimester, postpartum, and exit forms. Descriptive analysis, analysis of variance, and the chi‐square tests analyzed the impact of risk factors, participant characteristics, and program participation on birth outcomes. Results: Active Group compared with Inactive and Lost Group participants experienced significantly lower preterm birth rates (7.64% vs 22.48% and 15.82%, P < 0.001) and therefore a significantly lower NICU admission rate compared with Inactive and Lost Groups (2.82% vs 11.85% and 5.47%, P < 0.001). Conclusions: The MCH model of enhanced prenatal care reduced preterm birth and NICU admission rates for Active Group participants. The Black Active Group participant preterm birth rate was not significantly different than other Active Group rates, but was lower than Black Inactive and Lost Group rates. [ABSTRACT FROM AUTHOR]

Objective: To assess the prevalence of overweight and obese women in the antenatal and perinatal periods, in rural hospitals; and to evaluate neonatal and maternal outcomes, including transfer to larger birthing centres. Design: A retrospective clinical chart audit. Setting: Rural maternity services in five Queensland rural hospitals. Participants: Data were collected from 250 women presenting to participating rural hospitals, with an estimated due date in 2016. Main outcome measures: Obstetric and neonatal data, whether transfer occurred, mode of delivery and any complications, and neonatal outcomes including birth weight and complications were collected. Demographic information collected included maternal age, gravidity and parity, race, smoking status and pre‐pregnancy body mass index. The main outcome measures of interest were birth weight, Caesarean rate, transfer rate and diagnosis of gestational diabetes in relation to the body mass index. Results: Over 50% of women were overweight or obese while entering pregnancy, with 5.2% of mothers in the morbidly obese category. There was an increase in the birth weight of mothers with a body mass index of more than 25. The increasing body mass index was associated with an increased likelihood of transfer, diagnosis of gestational diabetes, elective and, especially, emergency Caesareans performed at the hospital. Twenty‐four percent of women continued to smoke throughout pregnancy. Conclusion: A high prevalence of obesity was found in the rural obstetric population. As the body mass index increases, so too does birth weight, gestational diabetes, transfer rate and Caesarean section rate. The rates of smoking throughout pregnancy were higher than the average metropolitan rates. These findings have implications not just for rural hospital operation and resources, but also for preventive health activities in rural communities. [ABSTRACT FROM AUTHOR]