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The Frank-Starling mechanism describes how the [[cardiac]] ejection volume depends on the changes of pulse, [[Vorlast/en|preload]] and [[postload]]. If, for example, a person stands up, the preload is reduced in the short term, which is automatically answered with a lower pumping capacity. However, if, for example, physical exercises lead to a higher [[Venös/en|venous]] supply, i.e. more venous blood in front of the [[Atrium,_Vorhof/en|aphoria]], the heart reacts accordingly with a stronger [[ejection performance]]. | The Frank-Starling mechanism describes how the [[cardiac]] ejection volume depends on the changes of pulse, [[Vorlast/en|preload]] and [[postload]]. If, for example, a person stands up, the preload is reduced in the short term, which is automatically answered with a lower pumping capacity. However, if, for example, physical exercises lead to a higher [[Venös/en|venous]] supply, i.e. more venous blood in front of the [[Atrium,_Vorhof/en|aphoria]], the heart reacts accordingly with a stronger [[ejection performance]]. | ||
− | https:// | + | https://en.wikipedia.org/wiki/Frank–Starling_law |
The Frank-Starling mechanism describes how the cardiac ejection volume depends on the changes of pulse, preload and postload. If, for example, a person stands up, the preload is reduced in the short term, which is automatically answered with a lower pumping capacity. However, if, for example, physical exercises lead to a higher venous supply, i.e. more venous blood in front of the aphoria, the heart reacts accordingly with a stronger ejection performance.