Key result
Women with genetic neuromuscular diseases had higher rates of miscarriage (21%), caesarean delivery (38%), and instrumental vaginal delivery (19%) than the general population (p<0.05).
Why the study?
Pregnancy and birth in women with neuromuscular conditions has been linked to more rapid disease progression and obstetric complications, but the impact of functional status and specific diagnosis remained to be assessed.
What are the patient-reported pregnancy and birth outcomes in women with genetic neuromuscular diseases compared to the general population?
Cross-Sectional (n=305)
What are the patient-reported pregnancy and birth outcomes in women with genetic neuromuscular diseases compared to the general population?
p-value: p=<0.05
Women with genetic neuromuscular diseases have a more complex antenatal and perinatal course, with higher rates of miscarriage and operative deliveries, highlighting the need for specialized obstetric care.
May support closer obstetric monitoring in genetic neuromuscular disease; hypothesis-generating and requires prospective validation.
Pregnancy and birth in women with neuromuscular conditions has been associated with more rapid disease progression and obstetric complications. This study assessed the impact of functional status and specific diagnosis on patient reported pregnancy and birth outcomes in 26 genetic neuromuscular diseases. Pregnancy and birth outcomes were collected through electronic patient questionnaires and analysed by mobility group and diagnosis. Free text responses were grouped into themes. 721 pregnancies were reported by 305 women. Miscarriage (21% of pregnancies), caesarean delivery (38% of births) and instrumental vaginal delivery (19% of births) were all more frequent in respondents than in the general population (p<0.05), and were more common in those who were non-ambulant at conception than other mobility levels (p <0.05). Falls occurred during 42% of pregnancies and a deterioration in muscle strength during 43%. There was not an increased incidence of maternal complications, apart from maternal hypertension which was more common in limb girdle muscular dystrophy 2A/R1 (35%) and myotonic dystrophy (24%). Patients offered specific practical advice to prospective mothers. Women with neuromuscular conditions have a more complex antenatal and perinatal course than unaffected women. Prenatal counselling, specialist obstetric review and additional occupational therapy support should be considered.
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Moore et al. (2022) conducted a cross-sectional in Genetic neuromuscular diseases (n=305). Genetic neuromuscular diseases vs. General population was evaluated on Pregnancy and birth outcomes including miscarriage, caesarean delivery, and instrumental vaginal delivery (p=<0.05). Women with genetic neuromuscular diseases had higher rates of miscarriage (21%), caesarean delivery (38%), and instrumental vaginal delivery (19%) than the general population (p<0.05).
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