To See the Role of Cross-Training in Preventing Risk of Injury in Female Recreational Athletes
DOI:
https://doi.org/10.64149/J.Carcinog.24.8s.992-1001Keywords:
Cross-training, Risk of injury, Female recreational athlete, Endurance training, Cardiovascular endurance, Flexibility training, Strength training, Conventional trainingAbstract
Background : Participation of female athletes in recreational and organized sports has significantly increased, leading to a parallel rise in sport-related injuries. Cross-training, which integrates multiple forms of exercise—such as cardiovascular, strength, endurance, and flexibility training—offers a balanced approach that may help prevent injury by promoting muscular symmetry, reducing repetitive strain, and improving overall fitness. This study aimed to determine the role of cross-training in reducing the risk of injury among female recreational athletes.
Methods : An experimental study was conducted on 40 female recreational athletes aged 13–18 years, who were randomly divided into two groups: Group A (n=20, control) received conventional training, while Group B (n=20, experimental) underwent an 8-week structured cross-training program conducted four days per week. Outcome measures included the Sit and Reach Test (SRT) for flexibility, Back Scratch Test (BST) for upper-body flexibility, Push-Up Test (PUT) for upper-body endurance, Vertical Jump Test (VJT) for lower-body strength, and the 1.5-Mile Run Test for cardiovascular endurance. Data were analyzed using SPSS version 23, applying paired t-tests and one-way ANOVA with significance at p < 0.05.
Results : The cross-training group showed statistically significant improvements (p < 0.05) across all physical parameters: mean gain of 7.35 in SRT, 1.30 in BST, 4.45 in PUT, 3.87 in VJT, and 4.95 in the 1.5-Mile Run Test. These findings indicate enhanced flexibility, strength, and cardiovascular endurance in participants following the cross-training intervention. In contrast, the control group displayed only minor, non-significant changes in most outcomes.
Conclusion : The findings confirm that an eight-week structured cross-training program significantly enhances overall physical fitness among female recreational athletes. Cross-training effectively improves flexibility, strength, endurance, and cardiovascular capacity—key components in reducing the likelihood of sports-related injuries. Incorporating varied exercise modalities provides a safer, more holistic alternative to single-modality training, supporting both performance enhancement and injury prevention in young female athletes..
