Literature Review: Effectiveness of Sports Drinks on Athletes Performance
Keywords:
Sports drink, athletes performance, endurance, dehydrationAbstract
Sports drinks are beverages formulated to replace lost body fluids, minerals lost through sweat, and sugar as a source of energy used during physical activity. Based on their osmolarity, sports drinks are classified into three types: hypotonic, isotonic, and hypertonic beverages. The main benefit of sports drinks is to replace minerals lost through sweat during exercise, while also providing a quick source of energy for athletes experiencing fatigue. Sports drinks play an important role in maintaining blood glucose levels, fluid balance, and supporting muscle function during physical activity. However, the effectiveness of sports drinks in improving athletic performance still shows varying results, as it is influenced by differences in nutritional composition, type of sport, intensity, time of consumption, and duration of activity. This study aims to examine the effectiveness of sports drinks on athletic performance through a literature review based on research results from 2015 to 2025. The method used was a systematic analysis of a number of research articles relevant to this topic. A total of 16 articles were selected based on inclusion criteria covering theme suitability, research methods, and athletic performance parameters. The results of the study showed that of the 16 articles reviewed, 11 reported that sports drinks had a positive effect on athletic performance. In general, the consumption of sports drinks has been proven to help maintain body hydration, maintain blood glucose levels, delay muscle fatigue, and speed up recovery after strenuous exercise. Carbohydrate-electrolyte content in concentrations of 6–8% is considered most effective for supporting long-duration physical activity of moderate to high intensity. In addition, a combination of nutrients such as sodium, potassium, and a small amount of protein can increase fluid retention and prevent performance decline due to dehydration. However, the effectiveness of sports drinks also depends on the athlete's initial energy status, type of exercise, and environmental conditions such as temperature and humidity. Excessive consumption can cause electrolyte imbalance or digestive problems. Therefore, the use of sports drinks needs to be tailored to individual needs and the type of sport being played. In conclusion, sports drinks make a significant contribution to maintaining athletes' performance, endurance, and hydration status, making them an important nutritional strategy for supporting optimal performance during training and competition.
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