Recovery: the secret ingredient of performance?

Recovery is an essential part of any sport. Everyone’s habits vary, but all sports professionals agree on its essential role in athletic performance and good health. Recovery protocols are numerous and more or less complex. The purpose of this article is to provide an overview, offering a comprehensive perspective while remaining understandable and easy to apply.

Recovery is an athlete’s ally; it enables them to optimize their training sessions in order to maximize their performance during competition.

Here, we will explain what happens from a metabolic perspective during and after exercise, so that we can better understand the recovery techniques presented below.

Finally, we will conclude by focusing on the various products that can improve recovery.

Recovery: Why is it necessary and effective?

• Metabolism during/after exercise

Significant physical exertion triggers numerous processes within our body: accelerated blood circulation, faster breathing, sweating… To understand recovery, it is important to understand precisely what happens before, during, and after exercise.

All the mechanisms described in the previous paragraph have two main effects: they cause the loss of certain elements that are expelled through various channels (sweat, urine) or stimulate the secretion of other elements. Metabolism during exercise is therefore characterized by intake, elements produced during or after exercise, as well as losses, meaning elements eliminated from the body.

Regarding losses, some are obvious: sweating, which is a cooling mechanism, involves a loss of water. This water loss is accompanied by a loss of salt (sodium). Sweat also contains metals such as iron, magnesium, zinc, and copper, which are therefore also lost. When muscle groups are heavily used, amino acids may be utilized.

Regarding the elements produced during exercise, the main one is ammonium, whose effects are still relatively poorly understood but which appears to be involved in the mechanism of fatigue perception. When ammonium leaves the muscle fibers and enters the bloodstream, it can be converted into urea, an amino acid. This transformation is activated by citrulline, which is naturally produced in the liver. Finally, during intense exertion, the body produces lactic acid, which plays a role in replenishing carbohydrate reserves.

• Benefits of recovery

After exercise, it is important to replenish the reserves consumed or eliminated during performance. Therefore, rehydration is essential and should be accompanied by salt intake. Certain mineral waters rich in salt are therefore excellent choices. It is also important to replenish carbohydrate reserves by consuming sugars.

Good recovery habits help prevent cramps that may occur after exercise, minimize the risk of muscle soreness and muscle pain, and help protect against tendinitis and muscle injuries.

Recovery is therefore essential to maintain performance and sustain it over time.

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Recovery techniques: how do you recover after exercise?

Recovering well primarily means developing good habits. For many people, recovery is a ritual practiced systematically and continually refined. Simple techniques can make it much easier.

First, it is advisable to “get the blood moving” through stretching or walking after exercise. Accessories used after exercise, such as compression socks, can also help optimize venous return.

Finally, this may seem obvious to some, but sleep is so often neglected that it is worth emphasizing. Sleep is essential to the body’s physical and mental health: a good night’s sleep is the best possible conclusion to an effective recovery ritual.

Products to facilitate recovery

• Nutrition

As you have understood, a good recovery session is above all a regular, well-established ritual. Recovery should be supported with a meal and drinks that replenish the stores consumed during exercise described in the first part. You should therefore seek sources of salts, sugars, proteins, amino acids, vitamins, and minerals.

You should also avoid fats, which slow recovery, and red meat, which is too acidic. Forget your overly rare and greasy steak and fries, and choose vegetables and grains such as quinoa instead, which will help replenish your iron, magnesium, zinc, and copper reserves.

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• Hydration

Regarding hydration, you need to replenish your stores of salts, sugars, and proteins / amino acids. Drinking water rich in salt after exercise helps reduce muscle acidity. Within the hour following exercise, consuming a sugary, protein-rich drink helps replenish carbohydrate stores and rebuild muscle. Timing is important here: intake should take place within the hour after exercise.

The stomach is sensitive after exercise, so you should avoid liquids that are too hot or cold, as well as coloring agents; whatever your favorite sugary drink, remember to consume it slowly and in small sips.

Finally, if the exercise was intense or if you are completing consecutive training sessions and seeking faster recovery, specially developed drinks specifically developed to strengthen the recovery process are available. 

Finally, resisting the temptation to have an indulgent meal after strenuous exercise is difficult, but necessary to sustain your performance over time ...

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