Aortenklappe/en: Unterschied zwischen den Versionen
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Three-corner semilunar valve (pocket valve) between left [[Herzkammer/en|ventricle]] and [[Aorta/en|aorta]]. It has three crescent-shaped (therefore semilunar) pockets which close off the [[Ventrikel,_ventrikulär/en|ventricle]] to the aorta. These are | Three-corner semilunar valve (pocket valve) between left [[Herzkammer/en|ventricle]] and [[Aorta/en|aorta]]. It has three crescent-shaped (therefore semilunar) pockets which close off the [[Ventrikel,_ventrikulär/en|ventricle]] to the aorta. These are | ||
| − | *Valvula semilunaris posterior *Valvula semilunaris dextra *Valvula semilunaris sinistra | + | * Valvula semilunaris posterior |
| + | * Valvula semilunaris dextra | ||
| + | * Valvula semilunaris sinistra | ||
| − | The three pockets are filled by backflowing blood and pressed towards the heart, causing them to lie against each other and function as a valve. The blood cannot flow back into the heart, whose pressure drops in the [[Diastole]] and is then lower than that of the aorta. | + | The three pockets are filled by backflowing blood and pressed towards the heart, causing them to lie against each other and function as a valve. The blood cannot flow back into the heart, whose pressure drops in the [[Diastole/en|Diastole]] and is then lower than that of the aorta. |
| − | https:// | + | https://en.wikipedia.org/wiki/Aortic_valve <sub>([https://en.wikipedia.org/wiki/Wikipedia:Text_of_Creative_Commons_Attribution-ShareAlike_3.0_Unported_License])</sub> |
Aktuelle Version vom 7. Juli 2019, 15:53 Uhr
Three-corner semilunar valve (pocket valve) between left ventricle and aorta. It has three crescent-shaped (therefore semilunar) pockets which close off the ventricle to the aorta. These are
- Valvula semilunaris posterior
- Valvula semilunaris dextra
- Valvula semilunaris sinistra
The three pockets are filled by backflowing blood and pressed towards the heart, causing them to lie against each other and function as a valve. The blood cannot flow back into the heart, whose pressure drops in the Diastole and is then lower than that of the aorta.