Nutritional Strategies for Improving Performance and Recovery in Athletes
Purpose: This study provides a comprehensive overview of the dietary habits and nutritional requirements of athletes competing. The research aims to address the diverse scenarios athletes face, particularly in competitive sports, and explore recent advancements in sports nutrition accordingly. Research Methodology: A qualitative review was conducted, synthesising data from existing literature and evidence-based practices in sports nutrition. Key elements such as pre-race dietary strategies, energy replenishment protocols, and nutrient requirements for athletes in weight-specific sports were analysed. Additionally, metabolic pathways critical to athletic performance were examined to identify the most effective nutrients and supplements. Findings: The study highlights that optimal nutrition enhances athletic performance and recovery. Pre-race diets that emphasise easily digestible carbohydrates and rapid energy replenishment strategies post-exercise were found effective. Athletes in weight-categorised sports must carefully manage body weight while maintaining energy levels to sustain high performance. Supplements such as branched-chain amino acids, maltodextrin, and vitamins E and B12 were identified as beneficial in improving recovery and performance when integrated into a balanced diet. Managerial Implications: The findings underscore the importance of personalised dietary plans for athletes, tailored to the demands of specific sports and individual metabolic needs. Sports organisations and coaching teams can adopt these insights to develop effective nutritional protocols, optimising performance and recovery. Nutritionists working with athletes should also consider the unique challenges of weight maintenance and rapid energy replenishment in different sporting contexts.
Authors
- Abhijit Upadhyay
Publication Details
- Published
- 2025-02-15
- DOI
- https://doi.org/10.51767/ic250464
- Primary Topic
- Muscle metabolism and nutrition
- Type
- article
- Field-Weighted Citation Impact
- 0.00