Key result
Pregnancy in women with Ebstein's anomaly was relatively safe, though cardiothoracic ratio and tricuspid regurgitation pressure gradient significantly increased compared with prepregnancy values.
Why the study?
How does pregnancy influence cardiac function, hemodynamics, and clinical outcomes in women with Ebstein's anomaly?
Observational (n=17)
No
How does pregnancy influence cardiac function, hemodynamics, and clinical outcomes in women with Ebstein's anomaly?
Pregnancy in women with Ebstein's anomaly is generally safe but requires close hemodynamic monitoring due to risks of clinical deterioration, right ventricular function changes, and potential need for elective cesarean section.
Supports close hemodynamic monitoring in Ebstein's pregnancies; leaves open long-term RV remodeling effects.
INTRODUCTION: We examined the perinatal outcomes and right ventricular function before pregnancy, during pregnancy, and after delivery in women with Ebstein's anomaly. MATERIAL AND METHODS: We retrospectively investigated the clinical course and mode of delivery and monitored hemodynamic parameters throughout pregnancy in 17 women with Ebstein's anomaly who delivered at our institution during the period of 1995-2015. RESULTS: Eight women, including nine pregnancies, underwent elective cesarean section, and nine women, including 14 pregnancies, underwent vaginal delivery. Elective cesarean section was performed in cases with significant heart failure or arrhythmias and in the presence of more than two of the following: cardiothoracic ratio ≥60%, moderate or severe tricuspid valve regurgitation, tricuspid valve regurgitation pressure gradient ≥35 mmHg during pregnancy. The cardiothoracic ratio and tricuspid valve regurgitation pressure gradient significantly increased during pregnancy compared with prepregnancy values. The New York Heart Association classification deteriorated from class I to class II or III in five cases during pregnancy. CONCLUSIONS: Although pregnancy was relatively safe among women with Ebstein's anomaly, some women developed cyanosis, arrhythmia, and heart failure, leading to elective cesarean section. Monitoring clinical and hemodynamic changes throughout pregnancy is advised to minimize maternal cardiac risk and select the appropriate mode of delivery.
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Kanoh et al. (2018) conducted an observational in Ebstein's anomaly in pregnancy (n=17). Pregnancy vs. Prepregnancy baseline was evaluated on Perinatal outcomes, right ventricular function, and hemodynamic parameters. Pregnancy in women with Ebstein's anomaly was relatively safe, though cardiothoracic ratio and tricuspid regurgitation pressure gradient significantly increased compared with prepregnancy values.
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