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Background: A positive childbirth experience is an important outcome of maternity care. A significant component of a positive birth experience is the ability to exercise autonomy in decision‐making. In this study, we explore women's reports of their autonomy during conversations about their care with maternity care practitioners during pregnancy and childbirth. Method: Data were obtained from a cross‐sectional survey of women living in The Netherlands that asked about their experiences during pregnancy and childbirth, including their role in conversations concerning decisions about their care. Results: A total of 3494 women were included in this study. Most women scored high on autonomy in decision‐making conversations. During the latter stage of pregnancy (32+ weeks) and in childbirth, women reported significantly lower levels of autonomy in their care conversations with obstetricians as compared with midwives. Linear regression analyses showed that women's perception of personal treatment increased women's reported autonomy in their conversations with both midwives and obstetricians. Almost half (49.1%) of the women who had at least one intervention during birth reported pressure to accept or submit to that intervention. This was indicated by 48.3% of women with induced labor, 47.3% who had an instrumental vaginal birth, 45.2% whose labor was augmented, and 41.9% of women who had a cesarean birth. Conclusions: In general, women's sense of autonomy in decision‐making conversations during prenatal care and birth is high, but there is room for improvement, and this appeared most notably in conversations with obstetricians. Women's sense of autonomy can be enhanced with personal treatment, including shared decision‐making and the avoidance of pressuring women to accept interventions. [ABSTRACT FROM AUTHOR]

To assess the association between maternal height and birthweight in a healthy population and to study the effect of maternal height on the classification of birthweight as small for gestational age (SGA) and large for gestational age (LGA). A descriptive, observational retrospective study was conducted in a low risk population in the Netherlands. The study included term singleton healthy nonsmoking pregnant women with normal body mass index (n = 9291). We calculated the impact of maternal height on birthweight using multiple linear regression analyses with adjustment for gestational age, gender, and parity. We calculated the number of newborns classified as SGA and LGA using the cutoff point of the Dutch Birthweight chart, which does not customize for maternal height. Subsequently, we calculated the changes in classification from SGA and LGA to appropriate for gestational age (AGA) in case of customization for maternal height. A significant association was found between maternal height and birthweight; 15.0 g higher birthweight per extra cm maternal height (95% confidence interval 13.8–16.1; p<.001; R2 model = 0.28). The incidence of SGA was 7.1% (range 17.4–2.0% form shortest to tallest maternal height category) and of LGA 8.4% (range 1.9–21.5% from shortest to tallest maternal height category). We calculated a shift in classification: 114 newborns (17.3%) in shorter (<167 cm) women previously SGA and 165 newborns (21.1%) in taller (>173 cm) women previously LGA were classified as AGA when controlling for maternal height. Maternal height is significantly associated with birthweight. Birthweight charts customized for maternal height change classification in one out of six SGA or LGA newborns at term. [ABSTRACT FROM AUTHOR]