Prevalence of and Factors Associated with Sports Injuries in 11,000 Japanese Collegiate Athletes

TL;DR

This study examines sports injuries in 11,000 Japanese college athletes, finding that training habits and personal characteristics are linked to injury risk.

Contribution

The study identifies specific factors like training frequency and body weight associated with sports injuries in Japanese collegiate athletes.

Findings

Overweight or obese athletes and those training more frequently are more likely to sustain injuries.

Most injuries require significant time off from training and competition.

Excessive training and insufficient recovery are linked to increased injury risk.

Abstract

Background: To establish the 1-year prevalence of sports injuries and explore associations of various factors with a sports injury in Japanese collegiate athletes. Methods: The data were collected through a web-based survey of Japanese collegiate athletes associated with UNIVAS (Japan Association for University Athletics and Sport). The survey questions asked about athletes’ personal characteristics, sports participation, and injuries sustained within the previous year. Follow-up questions on the details regarding the three most serious injuries were asked. Differences in proportions of athlete characteristics between males and females and between injured and uninjured were explored with the chi-square test. Factors associated with sustaining an injury were determined with regression analysis. Results: The prevalence of injuries among Japanese collegiate athletes is high, and most of the sustained injuries require athletes to take a considerable time off training and competition indicating their severity. Athletes from year two and higher at the university, overweight or obese, training more often per week, and with longer sports experience were more likely to sustain an injury within the previous year. Conclusions: There is compelling evidence to suggest that excessive training and insufficient recovery may be contributing to their increased risk of injury. These findings underscore the importance of implementing evidence-based training programs and recovery strategies to mitigate injury risk and optimize performance outcomes among this population.

Figures