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Prospective observational study reveals that reduced energy availability impairs recovery in young football players, indicating the need for targeted nutritional strategies.
BACKGROUND: Energy availability is recognized as an important factor for health and performance in athletes, yet data in male football players and its relationship with post-exercise recovery remain limited. This study aimed to examine the associations between daily energy intake, energy availability, and recovery outcomes in football players. METHODS: = 19) from a national championship in Morocco were monitored over four in-season weeks. On one training day, one rest day and one official match day per week, players completed 24-h dietary recalls, from which energy intake and macronutrient intake were quantified using Nutrilog software. Exercise energy expenditure was estimated and energy availability was calculated. Internal load was assessed using session rating of perceived exertion, subjective recovery with the Perceived Recovery Status scale 24-h post-session, and neuromuscular recovery via countermovement jump height. CONCLUSION: Inadequate fueling relative to training demands leads to reduced EA, particularly on training days, and is associated with a lower recovery profile. Monitoring EA alongside simple field-based markers such as RPE and PRS may help practitioners identify periods of suboptimal fueling and adjust nutritional strategies accordingly.
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Hadi et al. (2026) studied this question.
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