Polyphenols in sport — effects on recovery, performance and endurance
Polyphenols in sport are one of the most interesting groups of bioactive compounds in modern sports nutrition. Their role is increasingly discussed not only in recovery, but also in maintaining exercise quality and limiting the build-up of fatigue during long or intense training sessions. In practice, this means that appropriately used polyphenols may support athletes both during exercise and afterwards — during the key process of rebuilding the body.
What do polyphenols do in an athlete’s body?
During intense physical exercise, the body generates large amounts of oxidative stress and muscle microdamage. This is a natural part of training adaptation, but under high loads it can contribute to reduced performance, faster fatigue build-up, slower recovery and lower quality in subsequent training sessions. Polyphenols may support the body by influencing oxidative stress regulation, the inflammatory response, vascular endothelial function, blood flow and oxygen transport.
Polyphenols, performance and fatigue
One of the most interesting aspects of polyphenols is their potential effect on the ability to maintain exercise intensity. Research and scientific reviews indicate potential benefits including better tolerance of prolonged exercise, lower perceived exertion, improved vascular function and more stable muscle function during exercise. In sports practice, this may translate into greater continuity of performance during the final stages of training or competition.
Montmorency cherries — the best-researched source of polyphenols
Montmorency cherries attract the greatest attention from researchers in the context of sport. They are a rich source of anthocyanins — compounds with strong biological activity. Research suggests that regular use may reduce muscle damage after exercise, limit inflammation, accelerate recovery and support a return to full performance [2,4,6]. This is why Montmorency cherries are often used in recovery strategies among elite athletes.
Polyphenols in sports practice — the Santa Madre approach
In modern sport, it is not only what we supplement with that matters, but also when we do it. Polyphenols are increasingly used not only during recovery, but also during exercise.
Reset Gel — support during exercise
Santa Madre Reset Gel
Reset Gel was designed to support athletes during prolonged exercise, when fatigue builds and muscle performance declines. In this context, polyphenols may support the maintenance of muscle performance, help limit the build-up of fatigue, support blood flow and improve tolerance of intense exercise. This approach goes beyond conventional strategies based solely on carbohydrates.
Unusual Recovery — recovery after exercise
Santa Madre Unusual Recovery
Unusual Recovery supports the body during the post-training period, when rapid recovery is crucial. In this context, polyphenols may support the reduction of muscle damage, limit the inflammatory response, promote a faster return to full training readiness and support better adaptation between sessions.
Does more polyphenols always work better?
Not always. Scientific literature indicates that polyphenols should be used strategically. Excessive doses of antioxidants may potentially interfere with some training adaptations. That is why the timing of supplementation, training load, training phase and the athlete’s individual strategy are all important.
Summary
Polyphenols are one of the most interesting groups of bioactive compounds in sport. Their potential effects include supporting muscle recovery, improving exercise tolerance, influencing performance and muscle efficiency, and reducing the effects of intense exercise. The anthocyanins found in Montmorency cherries are particularly well researched and have been used for years in athletes’ recovery strategies. In modern sports nutrition, products such as Reset Gel and Unusual Recovery fit into an approach based on using polyphenols both during and after exercise.
References
- Bowtell J, Kelly V. Fruit-Derived Polyphenol Supplementation for Athlete Recovery and Performance. Sports Medicine (2019).
- Somerville VS et al. Polyphenols and performance: systematic review and meta-analysis. Sports Medicine (2017).
- Bell PG et al. Montmorency cherries reduce oxidative stress and inflammation. Nutrients (2014).
- McCormick R et al. Tart cherry juice and recovery in athletes. JISSN (2016).
- Vitale KC et al. Tart Cherry Juice in Athletes: Literature Review. Curr Sports Med Rep (2017).
Polyphenols in sport – impact on recovery, performance and exercise capacity
Polyphenols in sport — effects on recovery, performance and endurance
Polyphenols in sport are one of the most interesting groups of bioactive compounds in modern sports nutrition. Their role is increasingly discussed not only in recovery, but also in maintaining exercise quality and limiting the build-up of fatigue during long or intense training sessions. In practice, this means that appropriately used polyphenols may support athletes both during exercise and afterwards — during the key process of rebuilding the body.
What do polyphenols do in an athlete’s body?
During intense physical exercise, the body generates large amounts of oxidative stress and muscle microdamage. This is a natural part of training adaptation, but under high loads it can contribute to reduced performance, faster fatigue build-up, slower recovery and lower quality in subsequent training sessions. Polyphenols may support the body by influencing oxidative stress regulation, the inflammatory response, vascular endothelial function, blood flow and oxygen transport.
Polyphenols, performance and fatigue
One of the most interesting aspects of polyphenols is their potential effect on the ability to maintain exercise intensity. Research and scientific reviews indicate potential benefits including better tolerance of prolonged exercise, lower perceived exertion, improved vascular function and more stable muscle function during exercise. In sports practice, this may translate into greater continuity of performance during the final stages of training or competition.
Montmorency cherries — the best-researched source of polyphenols
Montmorency cherries attract the greatest attention from researchers in the context of sport. They are a rich source of anthocyanins — compounds with strong biological activity. Research suggests that regular use may reduce muscle damage after exercise, limit inflammation, accelerate recovery and support a return to full performance [2,4,6]. This is why Montmorency cherries are often used in recovery strategies among elite athletes.
Polyphenols in sports practice — the Santa Madre approach
In modern sport, it is not only what we supplement with that matters, but also when we do it. Polyphenols are increasingly used not only during recovery, but also during exercise.
Reset Gel — support during exercise
Santa Madre Reset Gel
Reset Gel was designed to support athletes during prolonged exercise, when fatigue builds and muscle performance declines. In this context, polyphenols may support the maintenance of muscle performance, help limit the build-up of fatigue, support blood flow and improve tolerance of intense exercise. This approach goes beyond conventional strategies based solely on carbohydrates.
Unusual Recovery — recovery after exercise
Santa Madre Unusual Recovery
Unusual Recovery supports the body during the post-training period, when rapid recovery is crucial. In this context, polyphenols may support the reduction of muscle damage, limit the inflammatory response, promote a faster return to full training readiness and support better adaptation between sessions.
Does more polyphenols always work better?
Not always. Scientific literature indicates that polyphenols should be used strategically. Excessive doses of antioxidants may potentially interfere with some training adaptations. That is why the timing of supplementation, training load, training phase and the athlete’s individual strategy are all important.
Summary
Polyphenols are one of the most interesting groups of bioactive compounds in sport. Their potential effects include supporting muscle recovery, improving exercise tolerance, influencing performance and muscle efficiency, and reducing the effects of intense exercise. The anthocyanins found in Montmorency cherries are particularly well researched and have been used for years in athletes’ recovery strategies. In modern sports nutrition, products such as Reset Gel and Unusual Recovery fit into an approach based on using polyphenols both during and after exercise.
References