Goals and effects of endurance training


Those who regularly train their endurance performance remain fit and young for longer. Because aerobic performance is linked to the ability to regenerate and adapt, it forms an important basis for optimising performance in everyday life and sport.

General basic endurance is important for classic endurance training, which is also used by the general population. In addition to improving performance, this form of endurance training also has positive effects on health. 


Cardiovascular system

Lower resting heart rate, fewer cardiac arrhythmias, better oxygen supply


Psyche

Improvement of mood, well-being, antidepressant effect, stress reduction, anxiety reduction


Hormone system

Lower blood pressure, less stress hormone release


Metabolism

Better insulin sensitivity, prevention of type II diabetes, improved fat burning, cholesterol reduction


Immune system

Reduced susceptibility to infections, prevention of cancer and tumours, strengthening of the immune system


Movement system

Strengthening of bones, cartilage, tendons and ligaments, strengthening of the muscles


However, endurance training can also harbour risks for certain people. Although fatalities due to excessive exercise are extremely rare, people with an increased risk of cardiovascular failure should consult a doctor beforehand if they exercise at very high levels. It is also important to prepare specifically for the exercise in order to prevent damage caused by insufficient or inadequate strength.

Although the maximum capacity of oxygen processing (VO2Max) can be increased through training, it is largely genetically predetermined. By improving performance at the anaerobic threshold, endurance performance can be increased considerably more. Untrained people are able to use 50-60% of their VO2Max until they become over-acidified. A well-trained athlete can utilise up to 90% of their VO2Max without falling into hyperacidity (acidosis). This means that a well-trained athlete can supply their body with energy via the aerobic metabolism for longer, even at high intensity, than a poorly trained athlete. 


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