Überkompensation - größere Fortschritte!

Following physical exertion that is indirectly related to intense training, the body responds predictably by going through the stages that make up the supercompensation phenomenon. In the first stage, as a result of applying exercises, the body experiences fatigue, and catabolic processes predominate. This stage typically lasts around 12 hours. At the same time, following the training session, a relaxation phase occurs, the goal of which is compensation, i.e. the restoration of the body to its pre-training state.

The overcompensation phase is the time when an athlete should apply another training stimulus similar to the one that triggered it. This will raise the body's level of adaptation in the affected area to another higher state of systemic equilibrium. The accumulation of such stimuli will result in increasingly significant and lasting changes, an increase in the system's adaptation to specific training activities. If no training stimulus is applied in the overcompensation phase, there may be a loss of physiological benefits caused by the previous training, which may occur within 3-7 days.

Elite athletes engage in strength exercises more frequently than the principle of overcompensation suggests. This means that they do not experience overcompensation after every workout session. Efforts are made before the completion of the previous phase of this phenomenon. However, consistent workouts accelerate the rate of performance increase in athletes, provided that the efforts are diverse in terms of content and intensity. If workouts occur three times a week, the overall performance of the athlete improves more slowly than in cases of more frequent workouts, such as daily ones.

The absence of a training stimulus during the supercompensation period and the inadequate force of stimulus results in stagnation and lack of progress. The balance level of the system remains at the same level. The adaptation process does not occur successfully, leading to the absence of expected results. This situation occurs when the training intervals are too long or the training stimuli are too weak to trigger the supercompensation phase.

The body gradually adapts to a new, higher level of homeostasis, which requires time, repetition of stimuli of a certain strength, and rest, during which the supercompensation process occurs. The signal for applying a higher intensity training is the body's adjustment to the power of the preceding stimuli, as well as the adjustment to a new homeostasis level. If high-intensity training is used too often or the force of the stimulus significantly exceeds the intensity of the preceding training stimuli, the athlete is unable to recover from fatigue. The training stimulus leads to an inefficient state of excessive body strain, and the athlete is not ready to respond with supercompensation, defending against such overstimulation by reducing homeostasis and lack of readiness to constructively accept the next stimuli. There is no development of the body's ability to work, instead de-adaptation and a decrease in the level of adaptation occur. Such an inappropriate response to training stimuli leads to a decrease in the athlete's performance, increasing fatigue, strain, and eventually overtraining. To prevent this, it is better to include units of training with reduced intensity in the training plan after the most demanding workouts, to give the body time to recover and regenerate.

The application of supercompensation principles in training planning and execution allows the athlete to effectively handle the strain induced by high-intensity exercise. The athlete begins the most demanding training sessions better prepared, aware of the process occurring, and with the ability to avoid critical fatigue and overtraining states. It enables the implementation of a training system with a suitable structure, incorporating training units of varying intensities and simultaneously eliciting an optimal adaptive response from the body. It justifies the use of diverse regeneration techniques after training to expedite the pace of compensation, the rate of supercompensation effect occurrence, and the frequency of training cycle repetition. The application of supercompensation principles allows the athlete to refine training before competitions to achieve peak performance during their duration.