The science behind cycling rest: improve while you're not pedaling
The post workout recovery It is a fundamental aspect of sports performance that, on many occasions, doesn't get the attention it deserves. We know that the accumulation of training load in a sustained manner and without adequate rest causes fatigue..
This fatigue is mainly characterized by a decrease in effort capacity., performance and the ability to generate maximum muscular force.
For this reason, rest should not be understood as a passive pause, but as an essential part of training. Correct post-workout recovery allows you to find the optimal balance between load and rest., with the aim of recovering, assimilate the stimulus and improve the cyclist's physical condition.
What happens in the body during post-workout recovery?
During training, stress and imbalance occur in the body, where there is physical and mental exhaustion. With rest, what we seek is the regeneration of tissues with anabolic effects at a hormonal level., to refill the energy tanks and charge the motivation and the desire to go out on the bike again.
Post-workout recovery aims to reverse this process by:
- Regeneration of muscle tissues, with anabolic effects at the hormonal level.
- Replenishment of energy stores (muscle and liver glycogen).
- Mental recovery, increasing motivation and desire to train again.
Learn more about the symptoms of overtraining and the burn out in this article.
Main objectives of a good post-workout recovery
An adequate post-workout recovery strategy pursues two fundamental objectives:
1. Prevention of overtraining
Intense and persistent training without adequate breaks can lead to overtraining syndrome, whose most common symptoms are:
- Chronic fatigue
- Low performance
- Sleep disturbances
- Mood changes and/or irritability
- Increased risk of injury or illness.
Poor post-workout recovery is one of the main factors that favor the appearance of this syndrome..
2. Promote supercompensation
Overcompensation is a physiological process where a sustained load is applied for a certain time, causing a temporary loss of performance with consequent optimal recovery, to seek and achieve performance superior to the initial physical condition.
This process is the basis of improving cycling performance.
Adequate rest directly influences multiple metabolic and physiological processes, among which stand out:
- Recovery of muscle and liver glycogen.
- Muscle repair and protein synthesis.
- Recovery of the cardiovascular and autonomic nervous system.
- Elimination of metabolic waste and reduction of inflammation.
- Recovery of the central nervous system (CNS).
- The increase and efficiency of mitochondria and the increase in the activity of oxidative enzymes.
- Hormonal and immune system regulation.
Benefits of correct post-training recovery in cycling
When there is an optimal balance between training load and post-workout recovery, The benefits are clear:
- More power and resistance on the bike.
- Better coordination and concentration in training or competitions.
- Less risk of injury or illness.
- More motivation and desire to face training and competitions.
Post-workout recovery is not a complement to training, but one of its fundamental pillars. Only through correct management of rest is it possible to assimilate the loads, prevent overtraining and improve performance sustainably over time.
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