Don’t Sleep on Sleep: A Clinical CASE Report From a Division I Heptathlete

A female National Collegiate Athletic Association Division I track athlete experienced nonlocalized shin pain midway through her first season, which was diagnosed as medial tibial stress syndrome. Treatments included strengthening and range of motion exercises, reduced training volume, and pain control modalities, but symptoms worsened. It was revealed she had been suffering from severe sleep deprivation (<3 hours/night) contributing to bilateral tibial and fibular stress reactions. Months of trial and error eventually resulted in the implementation of sleep interventions which improved her total body bone mineral density and bilateral stress reactions. Two years after successful sleep interventions, this athlete has remained injury-free and continues to set personal bests in her events. Our standard injury screening protocols did not include questioning sleep quality and quantity early in the process, and in this case, we highlight the need for these measures to be considered initially and throughout the treatment and recovery phases of sports-related injuries.

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Publication Details

Journal
Journal of Athletic Training
Published
2024-12-28
DOI
https://doi.org/10.4085/1062-6050-0537.24
Primary Topic
High Altitude and Hypoxia
Type
article
Field-Weighted Citation Impact
0.00

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article

Don’t Sleep on Sleep: A Clinical CASE Report From a Division I Heptathlete

Joshua W. Moore, Allen L. Redinger, Nicholas J. Spokely, Jillian Joyce et al.
Journal of Athletic Training
High Altitude and Hypoxia
article

Don’t Sleep on Sleep: A Clinical CASE Report From a Division I Heptathlete

Joshua W. Moore, Allen L. Redinger, Nicholas J. Spokely, Jillian Joyce, Grace E. White, Olivia K. Anderson, Breanne S. Baker, Shawn Allen, Sloane A. Montgomery, Brianna L. Bartaczewicz, Annie E. Molenhouse
article en

Abstract

A female National Collegiate Athletic Association Division I track athlete experienced nonlocalized shin pain midway through her first season, which was diagnosed as medial tibial stress syndrome. Treatments included strengthening and range of motion exercises, reduced training volume, and pain control modalities, but symptoms worsened. It was revealed she had been suffering from severe sleep deprivation (<3 hours/night) contributing to bilateral tibial and fibular stress reactions. Months of trial and error eventually resulted in the implementation of sleep interventions which improved her total body bone mineral density and bilateral stress reactions. Two years after successful sleep interventions, this athlete has remained injury-free and continues to set personal bests in her events. Our standard injury screening protocols did not include questioning sleep quality and quantity early in the process, and in this case, we highlight the need for these measures to be considered initially and throughout the treatment and recovery phases of sports-related injuries.

Journal of Athletic TrainingVol. 60(4)
Oklahoma State University (US), Nutrition 21 (United States) (US), Institute for Musculoskeletal Health (AU), Nutrition Sciences (Belgium) (BE), University of Virginia (US)
Oklahoma State University
Gender equality
Openalex Percentile: Top 73%
High Altitude and Hypoxia
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