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Study, 2025

Does the menstrual cycle affect sleep, energy, and injury risk in young female athletes?

Yes. Young female athletes reported worse sleep and more tiredness during the luteal phase, particularly the week before their period. They also had more injuries during these phases.

Moderate study design 59 young elite female team athletes aged 14 to 18

What they did

Researchers tracked 59 young elite female athletes aged 14 to 18 for one sports season. They recorded sleep quality, tiredness, injuries, and menstrual cycle phase (early follicular, late follicular, early luteal, late luteal).

What they found

During the early luteal and late luteal (pre-menstrual) phases, athletes reported clearly worse sleep quality and more tiredness compared to other phases of their cycle. Injury rates were significantly higher during the luteal phases.

What it means for you

Young female athletes may need adjusted training or extra recovery time during the luteal phase, especially the pre-menstrual week, when sleep and energy drop and injury risk increases. Coaches could track where athletes are in their cycle and modify practice accordingly. This study looked only at elite team athletes, so findings may not apply to all athletes or sports.

59

young female athletes tracked

14-18

age range

1 season

duration of tracking

About the study

Original title
Injury Risk and Overall Well-Being During the Menstrual Cycle in Elite Adolescent Team Sports Athletes
Authors
Fort-Vanmeerhaeghe A, Pujol-Marzo M, Milà R et al.
Journal
Healthcare (Basel, Switzerland)
Year
2025
Study design
Study
What was tested
None—observational tracking
Open access
Yes
Original abstract

Background/objectives: The impact of the menstrual cycle on the well-being and injury risk of young elite female athletes is poorly understood. This study assessed how the menstrual cycle phase influences perceived well-being and injury risk among young elite female team athletes aged 14-18 throughout a season. Methods: Wellness data, time-loss injuries, and menstrual cycle information were prospectively recorded for 59 young elite female team players throughout one season. The menstrual cycle was categorized into four phases using a standardized model: early follicular (menstruation), late follicular, early luteal, and late luteal (pre-menstrual) phases. Results: Significant differences were observed in wellness data, especially in sleep and fatigue, with poorer sleep quality and greater fatigue reported during the early luteal and late luteal (pre-menstrual) phases ( p p = 0.024 and p = 0.040, respectively). Conclusions: In elite female team athletes, poor sleep, increased fatigue, and elevated injury risk were significantly observed during the luteal phases of the menstrual cycle (early and pre-menstrual). These findings emphasize the importance of individualized monitoring and adaptive training strategies to mitigate the physiological effects of the menstrual cycle on athletic performance and injury risk.

Reproduced under CC-BY.

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