Literature review demonstrates that Bosu ball exercises enhance neuromuscular control and stability in basketball players, suggesting benefits for injury prevention.
Background Neuromuscular control (NMC) is crucial for athletic performance in sports like basketball, which demands quick directional changes and explosive movements. Common injuries to the knee, ankle, and lower extremities highlight the need for effective injury prevention strategies. Bosu Ball exercises may enhance NMC by activating stabilizing muscles and improving proprioception, which can benefit dynamic movements in basketball. While Bosu Ball training shows promise in improving balance and functional performance, research specifically targeting its effects on NMC in basketball players is scarce. Methodology: A literature review study was done using the specified search criteria to carry out a literature review, the search phrases "a study to evaluate the effects of bosu ball exercises on neuromuscular control among basketball players" were employed between the years 2015 and 2024. We have discovered 10 publications with complete text and methodologies for additional examination from diverse academic journals. Results: The results indicate that a combination of targeted Bosu ball exercises focusing on neuromuscular control significantly reduced pain, improved functionality, and enhanced stability in both the left and right legs, showing an average increase. These findings suggest that both treatments are beneficial when tailored to the specific needs of basketball players regarding the effects of Bosu ball exercises on neuromuscular control. Conclusion We identified 10 publications that evaluated the impact of Bosu ball exercises on neuromuscular control in basketball players. The studies highlight that these exercises significantly improve dynamic balance, lower extremity stability, and landing mechanics. Incorporating Bosu ball exercises into basketball training can effectively enhance performance and prevent injuries by improving proprioception and balance during complex movements
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Lama et al. (2025) studied this question.
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