Key result
Male pediatric athletes sustain more cartilage injuries, while females have more bone and tendon injuries.
Why the study?
The study evaluated the clinical presentation of pediatric sports injuries to determine whether differences exist across age and sex.
Do age and sex differences exist in the clinical presentation of pediatric overuse injuries?
Observational (n=6,593)
Do age and sex differences exist in the clinical presentation of pediatric overuse injuries?
p-value: p=<.01
Pediatric overuse injuries show distinct patterns based on age and sex, with males more prone to apophysis/physis injuries and females to bone/tendon injuries.
Sex-specific overuse injury patterns in pediatric athletes may inform targeted monitoring; leaves open confirmation of causality and practice implications in prospective studies.
Pediatric overuse injuries present with a gradual mechanism of onset and an underlying pathogenesis of microtrauma. We evaluated the clinical presentation of pediatric sports injuries to determine if differences exist between age and sex. A retrospective chart review was performed over a 6-year period; 6593 overuse injuries were included with the mean age of 13.4 years. Males presented with a greater proportion of apophysis, physis, and articular cartilage injuries ( P < .01). Females presented with greater bone, tendon, and "other" injuries ( P < .01). Children <9 years of age demonstrated apophysis and physis injuries. Conversely, children older than 15 years of age presented with tendon, bone, bursa, and other ( P < .01) overuse injuries. A significant number of pediatric athletes in this cohort reported playing through pain prior to clinical evaluation. Injury prevention programs need to educate children, and a red flag should be raised when pediatric athletes are participating with pain.
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Valasek et al. (2019) conducted an observational in Pediatric overuse injuries (n=6,593). Age and sex was evaluated on Proportion of injury types by age and sex (p=<.01). Male pediatric athletes presented with more apophysis, physis, and articular cartilage injuries, while females had more bone and tendon injuries (P<0.01).
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