Why the study?
Few studies on pregnancy include elite athletes, and minimal guidance exists on their obstetric management, leading healthcare professionals to frequently adopt a very conservative approach.
How does high-intensity exercise and training impact pregnancy outcomes and athletic performance in elite sportswomen?
How does high-intensity exercise and training impact pregnancy outcomes and athletic performance in elite sportswomen?
Pregnant elite athletes can generally continue training, with early cardiovascular adaptations potentially benefiting performance, though later changes may increase injury risk.
Answers are grounded in this paper and cite their sources.
May guide individualized training advice for pregnant athletes; leaves open need for prospective elite-athlete studies.
Increasing numbers of females are participating in elite sports, with a record number having competed at the Tokyo Olympic Games. Importantly, the ages of peak performance and fertility are very likely to coincide; as such, it is inevitable that pregnancy will occur during training and competition. Whilst there is considerable evidence to promote regular exercise in pregnancy, with benefits including a reduction in hypertensive disorders, gestational diabetes, and reduced rates of post-natal depression, few studies have been conducted which include elite athletes. Indeed, there are concerns that high-intensity exercise may lead to increased rates of miscarriage and preterm labour, amongst other pregnancy-related complications. There is minimal guidance on the obstetric management of athletes, and consequently, healthcare professionals frequently adopt a very conservative approach to managing such people. This narrative review summarises the evidence on the antenatal, intrapartum, and postpartum outcomes in elite athletes and provides recommendations for healthcare providers, demonstrating that generally, pregnant athletes can continue their training, with a few notable exceptions. It also summarises the physiological changes that occur in pregnancy and reviews the literature base regarding how these changes may impact performance, with benefits arising from pregnancy-associated cardiovascular adaptations at earlier gestations but later changes causing an increased risk of injury and fatigue.
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L’Heveder et al. (2022) studied this question.
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