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It is a well-known fact that protein is essential for muscle growth and repair. However, the role of protein in preventing muscle soreness is less clear. While some studies suggest that protein supplementation may help reduce muscle soreness and enhance recovery, others indicate that protein drinks or shakes offer little benefit in reducing muscle pain or speeding up recovery compared to carbohydrate drinks. The type of protein, timing of consumption, and individual factors may also play a role in its effectiveness. Overall, while protein is crucial for muscle health, its specific impact on muscle soreness warrants further investigation.
Does protein prevent muscle soreness?
| Characteristics | Values |
|---|---|
| Protein drinks reduce muscle soreness | No conclusive evidence |
| Protein supplements and muscle soreness | Some studies suggest no benefit |
| Peri-exercise protein consumption | Reduces strength loss but not soreness |
| Protein shakes and muscle recovery | No evidence of enhanced recovery |
| Protein and muscle repair | Amino acids help repair tears |
| Protein timing | Morning protein promotes muscle growth |
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What You'll Learn
Protein shakes may not reduce muscle soreness
Protein shakes are widely believed to be the best way to reduce muscle soreness and speed up recovery after a workout. However, recent studies suggest that this may not be the case.
A study published by Human Kinetics in 2019 found that protein drinks did not increase the rate of muscle recovery following resistance training when compared to a carbohydrate-only drink. The researchers recruited 30 men with at least one year of resistance training experience. The participants performed a prescribed workout and then rested for 24 to 48 hours before rating their degree of muscle soreness and performing strength and power tests to measure their muscle function. The results showed no significant difference in recovery response and soreness scores between the groups, indicating that protein drinks may not be more effective than carbohydrate drinks in reducing muscle soreness and enhancing recovery.
Another study from the University of Lincoln in the United Kingdom supports these findings. This study concluded that protein shakes are no more effective than high-carbohydrate drinks in rebuilding muscle and boosting recovery. The researchers found no difference in muscle recovery or soreness between groups consuming whey protein-based shakes, milk-based shakes, or carbohydrate-only drinks.
While proteins and carbohydrates are essential for muscle repair, the form of protein consumed immediately after training may not significantly influence the recovery response or reduce muscle pain. Well-balanced daily nutrition practices may be more critical in managing delayed onset muscle soreness.
It is worth noting that some studies have found beneficial effects of protein supplementation on muscle soreness, especially when consumed after daily training sessions. However, the overall evidence suggests that protein shakes alone may not be sufficient for reducing muscle soreness, and a well-balanced diet and proper hydration may play a more significant role in muscle recovery.
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Carbohydrate drinks may be better for muscle recovery
While protein is often seen as the best way to reduce muscle soreness and speed up recovery, studies have shown that this may not be the case. Research has found that high-protein drinks did not increase the rate of muscle recovery following resistance training when compared with a carbohydrate-only drink.
Protein shakes may not be more effective at rebuilding muscle and boosting recovery than high-carb drinks, like sports drinks. A study from the University of Lincoln found that neither whey protein-based shakes nor milk-based shakes enhanced muscle recovery or eased soreness compared to a carbohydrate-only drink.
Carbohydrates are important for muscle recovery because they help to replenish glycogen stores, which are depleted during exercise. Glycogen is the body's carbohydrate storage molecule, and it is essential to have enough available glycogen in the muscles for optimal athletic performance. Eating carb-rich foods, such as starchy vegetables like sweet potatoes, butternut squash, and potatoes, can promote muscle glycogen replenishment.
Additionally, some drinks and foods that are rich in carbohydrates can be more practical than solid foods for muscle recovery, especially for athletes who need a quick and convenient option. For example, a recovery milkshake or a sports drink can be a good way to replenish carbohydrates and promote muscle recovery after a workout.
Overall, while protein is important for muscle recovery, it may not be more effective than carbohydrates. Carbohydrate-rich foods and drinks can be a convenient and effective way to promote muscle recovery, making them a good choice for athletes and active individuals.
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Peri-exercise protein consumption may reduce strength loss
While proteins and carbohydrates are essential for the effective repair of muscle fibres following intensive strength training, research suggests that varying the form of protein immediately following training does not strongly influence the recovery response or reduce muscle pain.
Protein timing is a popular dietary strategy designed to optimize the adaptive response to exercise. This strategy involves consuming protein in and around a training session to facilitate muscular repair and remodelling, and thereby enhance post-exercise strength and hypertrophy-related adaptations. However, the effectiveness of protein timing in chronic training studies has been decidedly mixed.
Peri-exercise protein consumption has beneficial effects on preserving acute muscle strength and blunting CK following muscle-damaging resistance exercise in young males. Reductions in isokinetic MVC were significantly attenuated by protein in all 8 trials at ≥1 time point, with no negative effects of protein consumption. Nine out of 11 trials were in favour of consuming protein for reducing isometric strength loss compared to control products at ≥1 time point.
However, it is important to note that protein consumption is unlikely to be beneficial for reducing post-exercise muscle soreness in young males, as zero to small effects were observed. This is supported by a study that found that a post-workout protein drink did not reduce muscle soreness or speed up recovery any faster than a carbohydrate drink.
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Protein supplements may not reduce muscle soreness
A study published in August 2019 by Human Kinetics found that high-protein drinks did not increase the rate of muscle recovery following resistance training when compared with a carbohydrate-only drink. The study recruited 30 men with at least one year of resistance training experience. The participants performed a prescribed workout and then rested for 24 to 48 hours before rating their degree of muscle soreness and performing strength and power tests to measure their muscle function. The results showed no difference in recovery response and soreness scores between the groups, suggesting that consuming protein immediately following training does not strongly influence the recovery response or reduce muscle pain.
Another study from the University of Lincoln in the United Kingdom also found that protein shakes are no more effective at rebuilding muscle and boosting recovery than high-carb drinks. The British researchers found that neither whey protein-based shakes nor milk-based shakes enhanced muscle recovery or eased soreness compared to a carbohydrate-only drink. However, it is important to note that this study was small, and experts say more research is needed to confirm these findings.
While protein supplements may not directly reduce muscle soreness, they can still offer some benefits for muscle recovery. For example, a review of nearly 50 studies found that protein supplementation greatly enhanced muscle strength and size during resistance training. Additionally, some studies have shown that protein supplementation can reduce maximal strength loss and lower CK levels following acute resistance exercise.
Overall, while protein supplements may not directly reduce muscle soreness, they can still be beneficial for muscle recovery and performance. However, more research is needed to fully understand the effects of protein supplementation on muscle soreness and recovery. In the meantime, a well-balanced daily nutrition practice that includes sufficient protein and carbohydrates may be the best approach to support muscle recovery and reduce soreness.
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Healthy proteins and complex carbs may aid muscle recovery
While protein is important for muscle recovery, the idea that protein drinks or shakes are the best way to reduce muscle soreness and speed up recovery has been challenged by recent studies. These studies suggest that protein drinks do not reduce muscle soreness or speed up recovery any faster than a carbohydrate drink.
For instance, a study published online in August 2019 by Human Kinetics found that high-protein drinks did not increase the rate of muscle recovery following resistance training when compared with a carbohydrate-only drink. The study recruited 30 men with at least one year of resistance training experience. The men performed a prescribed workout and afterward consumed either a whey protein hydrolysate-based drink, a milk-based drink (both containing 32 grams of protein), or a carbohydrate-only drink. The men then rested for 24 to 48 hours and rated their degree of muscle soreness. They also performed strength and power tests to measure their muscle function. The results showed no difference in recovery response and soreness scores between the three groups.
Another study from the University of Lincoln in the United Kingdom supports these findings. This study concluded that protein shakes are no more effective at rebuilding muscle and boosting recovery than high-carb drinks, such as sports drinks. The researchers found that neither whey protein-based shakes nor milk-based shakes enhanced muscle recovery or reduced soreness compared to a carbohydrate-only drink.
However, it is important to note that some studies have found benefits to consuming protein in conjunction with other nutrients. For example, one study found that adding fish oil to whey protein, leucine, and carbohydrates over a six-week period reduced muscle soreness in competitive soccer players following eccentric exercise. Additionally, a review of nearly 50 studies found that protein supplementation significantly enhanced muscle strength and size during resistance training.
Overall, while protein is important for muscle recovery, the idea that protein drinks are the most effective way to reduce muscle soreness has been called into question by recent studies. Instead, consuming healthy proteins and complex carbohydrates as part of a well-balanced daily diet may be a better approach to aid in muscle recovery and reduce soreness.
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Frequently asked questions
Studies have shown that protein does not prevent muscle soreness. However, the amino acids from whey protein help to rebuild the tiny muscle tears that cause soreness.
A good way to reduce muscle soreness is to consume healthy proteins and complex carbs as part of your daily diet.
Delayed onset muscle soreness (DOMS) is caused by the breakdown of muscle fibres during strenuous exercise. It usually occurs 24 to 72 hours after a workout.
Staying hydrated and eating a well-balanced diet with the right mix of nutrients can help reduce muscle soreness.
