Windkesselfunktion/en - Versionsgeschichte

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<languages />
Eigenschaft von unter Druck stehenden elastischen Hohlräumen. Indem sie einen Druckanstieg unter Wanddehnung und Volumenvergrößerung auffangen, können sie den folgenden Druckabfall durch elastische Volumenverkleinerung wieder abschwächen.

Da das Herz nur während der [[Systole, systolisch|Systole]] [[Blut]] auswirft, würde während der [[Diastole]] der Kreislauf im arteriellen Strombett fast stillstehen, was einerseits für die Organperfusion fatal wäre und andererseits die Herzarbeit enorm erhöhen würde, da bei jedem Schlag die gesamte Blutsäule aus der Ruhe heraus beschleunigt werden müsste.

Mit Hilfe der Windkesselfunktion können kurzzeitige Druckschwankungen mehr oder weniger geglättet werden. Sie bestimmt in der Kreislauffunktion in wesentlichem Maße die Höhe des diastolischen Blutdrucks. Im Rahmen [[Arteriosklerose|arteriosklerotischer]] Veränderungen kann es zu Elastizitätsverlusten in der [[Aorta]] und zu einer Einschränkung der Windkesselfunktion kommen.

https://de.wikipedia.org/wiki/Windkesseleffekt <sub>([http://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

← Nächstältere Version		Version vom 10. Juli 2019, 12:08 Uhr
Zeile 6:		Zeile 6:
	With the help of the windkessel effect, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[Arteriosklerose/en\|arteriosclerotic]] Changes may result in loss of elasticity in the [[Aorta/en\|aorta]] and a restriction of the wind boiler function.		With the help of the windkessel effect, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[Arteriosklerose/en\|arteriosclerotic]] Changes may result in loss of elasticity in the [[Aorta/en\|aorta]] and a restriction of the wind boiler function.

−	https://de.wikipedia.org/wiki/~~Windkesseleffekt~~ <sub>([~~http~~://de.wikipedia.org/wiki/Wikipedia:~~Lizenzbestimmungen_Commons_Attribution~~-ShareAlike_3.~~0_Unported Wikipedia CC-by-sa-3.0~~])</sub>	+	https://en.wikipedia.org/wiki/Windkessel_effect <sub>([https://en.wikipedia.org/wiki/Wikipedia:Text_of_Creative_Commons_Attribution-ShareAlike_3.0_Unported_License])</sub>

@@ Zeile 4: / Zeile 4: @@
 Since the heart only responds during [systole, systolic] If the blood is thrown out, the circulation in the arterial streambed would almost stand still during the [[Diastole/en|diastole]], which would be fatal for organ perfusion on the one hand and would enormously increase heart work on the other, since the entire blood column would have to be accelerated from rest with every beat.
-With the help of the wind boiler function, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[Arteriosklerose/en|arteriosclerotic]] Changes may result in loss of elasticity in the [[Aorta/en|aorta]] and a restriction of the wind boiler function.
+With the help of the windkessel effect, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[Arteriosklerose/en|arteriosclerotic]] Changes may result in loss of elasticity in the [[Aorta/en|aorta]] and a restriction of the wind boiler function.
 https://de.wikipedia.org/wiki/Windkesseleffekt <sub>([http://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 4: / Zeile 4: @@
 Since the heart only responds during [systole, systolic] If the blood is thrown out, the circulation in the arterial streambed would almost stand still during the [[Diastole/en|diastole]], which would be fatal for organ perfusion on the one hand and would enormously increase heart work on the other, since the entire blood column would have to be accelerated from rest with every beat.
-With the help of the wind boiler function, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[arteriosclerosis|arteriosclerotic]] Changes may result in loss of elasticity in the [[aorta]] and a restriction of the wind boiler function.
+With the help of the wind boiler function, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[Arteriosklerose/en|arteriosclerotic]] Changes may result in loss of elasticity in the [[Aorta/en|aorta]] and a restriction of the wind boiler function.
 https://de.wikipedia.org/wiki/Windkesseleffekt <sub>([http://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 2: / Zeile 2: @@
 Property of elastic cavities under pressure. By absorbing a pressure increase under wall strain and volume increase, they can reduce the following pressure drop again by elastic volume reduction.
-Since the heart only responds during [systole, systolic] If the blood is thrown out, the circulation in the arterial streambed would almost stand still during the [[diastole]], which would be fatal for organ perfusion on the one hand and would enormously increase heart work on the other, since the entire blood column would have to be accelerated from rest with every beat.
+Since the heart only responds during [systole, systolic] If the blood is thrown out, the circulation in the arterial streambed would almost stand still during the [[Diastole/en|diastole]], which would be fatal for organ perfusion on the one hand and would enormously increase heart work on the other, since the entire blood column would have to be accelerated from rest with every beat.
 With the help of the wind boiler function, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[arteriosclerosis|arteriosclerotic]] Changes may result in loss of elasticity in the [[aorta]] and a restriction of the wind boiler function.
 https://de.wikipedia.org/wiki/Windkesseleffekt <sub>([http://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 4: / Zeile 4: @@
 Since the heart only responds during [systole, systolic] If the blood is thrown out, the circulation in the arterial streambed would almost stand still during the [[diastole]], which would be fatal for organ perfusion on the one hand and would enormously increase heart work on the other, since the entire blood column would have to be accelerated from rest with every beat.
-Mit Hilfe der Windkesselfunktion können kurzzeitige Druckschwankungen mehr oder weniger geglättet werden. Sie bestimmt in der Kreislauffunktion in wesentlichem Maße die Höhe des diastolischen Blutdrucks. Im Rahmen [[Arteriosklerose|arteriosklerotischer]] Veränderungen kann es zu  Elastizitätsverlusten in der [[Aorta]] und zu einer Einschränkung der Windkesselfunktion kommen.
+With the help of the wind boiler function, short-term pressure fluctuations can be smoothed more or less. It determines the level of diastolic blood pressure in the circulatory function to a significant degree. In the frame of [[arteriosclerosis|arteriosclerotic]] Changes may result in loss of elasticity in the [[aorta]] and a restriction of the wind boiler function.
 https://de.wikipedia.org/wiki/Windkesseleffekt <sub>([http://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 1: / Zeile 1: @@
 <languages />
-Eigenschaft von unter Druck stehenden elastischen Hohlräumen. Indem sie einen Druckanstieg unter Wanddehnung und Volumenvergrößerung auffangen, können sie den folgenden Druckabfall durch elastische Volumenverkleinerung wieder abschwächen.
+Property of elastic cavities under pressure. By absorbing a pressure increase under wall strain and volume increase, they can reduce the following pressure drop again by elastic volume reduction.
 Da das Herz nur während der [[Systole, systolisch|Systole]] [[Blut]] auswirft, würde während der [[Diastole]] der Kreislauf im arteriellen Strombett fast stillstehen, was einerseits für die Organperfusion fatal wäre und andererseits die Herzarbeit enorm erhöhen würde, da bei jedem Schlag die gesamte Blutsäule aus der Ruhe heraus beschleunigt werden müsste.