Kalzium/en - Versionsgeschichte

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@@ Zeile 4: / Zeile 4: @@
 Calcium plays an important role in [[Nerv/en|nerve]] excitation, [[Muskel/en|muscle]] contraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the [[Endoplasmatisches_Retikulum/en|endoplasmic reticulum]] and triggers contraction in the muscle by lifting the [[Tropomyosin/en|tropomyosin]] barrier. This requires energy, which the body provides in the form of [[ATP/en|ATP]].
-Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en|sodium]] influx, by [[adenosine triphosphate,_ATP|ATP]] dependent active transport and by coupling to electron transport.
+Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en|sodium]] influx, by [[Adenosintriphasphat/en,_ATP|ATP]] dependent active transport and by coupling to electron transport.
 https://en.wikipedia.org/wiki/Calcium

← Nächstältere Version		Version vom 10. Januar 2020, 04:17 Uhr
Zeile 6:		Zeile 6:
	Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en\|sodium]] influx, by [[adenosine triphosphate,_ATP\|ATP]] dependent active transport and by coupling to electron transport.		Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en\|sodium]] influx, by [[adenosine triphosphate,_ATP\|ATP]] dependent active transport and by coupling to electron transport.

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

@@ Zeile 4: / Zeile 4: @@
 Calcium plays an important role in [[Nerv/en|nerve]] excitation, [[Muskel/en|muscle]] contraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the [[Endoplasmatisches_Retikulum/en|endoplasmic reticulum]] and triggers contraction in the muscle by lifting the [[Tropomyosin/en|tropomyosin]] barrier. This requires energy, which the body provides in the form of [[ATP/en|ATP]].
-Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en|sodium]] influx, by [[adenosine triphosphate,_ATP|ATP]]-dependent active transport and by coupling to electron transport.
+Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en|sodium]] influx, by [[adenosine triphosphate,_ATP|ATP]] dependent active transport and by coupling to electron transport.
 [https://de.wikipedia.org/wiki/Calcium Calcium in Wikipedia] <sub>([https://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 2: / Zeile 2: @@
 Calcium, also Ca<sup>++</sup>, physiologically important divalent alkaline earth metal, is used for the formation of bones (99% of the body-Ca), is present in the blood as ionized Ca<sup>++</sup> and bound to [[Eiweißkörper/en|protein]] (90 - 110 mg/l).
-Calcium plays an important role in [[Nerv/en|nerve]]<nowiki>excitation</nowiki>, [[Muskel/en|muscle]]contraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the [[Endoplasmatisches_Retikulum/en|endoplasmic reticulum]] and triggers contraction in the muscle by lifting the [[Tropomyosin/en|tropomyosin]] barrier. This requires energy, which the body provides in the form of [[ATP/en|ATP]].
+Calcium plays an important role in [[Nerv/en|nerve]] excitation, [[Muskel/en|muscle]] contraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the [[Endoplasmatisches_Retikulum/en|endoplasmic reticulum]] and triggers contraction in the muscle by lifting the [[Tropomyosin/en|tropomyosin]] barrier. This requires energy, which the body provides in the form of [[ATP/en|ATP]].
 Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en|sodium]] influx, by [[adenosine triphosphate,_ATP|ATP]]-dependent active transport and by coupling to electron transport.
 [https://de.wikipedia.org/wiki/Calcium Calcium in Wikipedia] <sub>([https://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 4: / Zeile 4: @@
 Calcium plays an important role in [[Nerv/en|nerve]]<nowiki>excitation</nowiki>, [[Muskel/en|muscle]]contraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the [[Endoplasmatisches_Retikulum/en|endoplasmic reticulum]] and triggers contraction in the muscle by lifting the [[Tropomyosin/en|tropomyosin]] barrier. This requires energy, which the body provides in the form of [[ATP/en|ATP]].
-Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[sodium]] influx, by [[adenosine triphosphate,_ATP|ATP]]-dependent active transport and by coupling to electron transport.
+Like other ions, it can be transported through membranes against the concentration gradient by special, voltage-dependent and receptor-dependent calcium channels, by opposing [[Natrium/en|sodium]] influx, by [[adenosine triphosphate,_ATP|ATP]]-dependent active transport and by coupling to electron transport.
 [https://de.wikipedia.org/wiki/Calcium Calcium in Wikipedia] <sub>([https://de.wikipedia.org/wiki/Wikipedia:Lizenzbestimmungen_Commons_Attribution-ShareAlike_3.0_Unported Wikipedia CC-by-sa-3.0])</sub>

@@ Zeile 1: / Zeile 1: @@
 <languages />
-Calcium, also Ca<sup>++</sup>, physiologically important divalent alkaline earth metal, is used for the formation of bones (99% of the body-Ca), is present in the blood as ionized Ca<sup>++</sup> and bound to [[protein]] (90 - 110 mg/l).
+Calcium, also Ca<sup>++</sup>, physiologically important divalent alkaline earth metal, is used for the formation of bones (99% of the body-Ca), is present in the blood as ionized Ca<sup>++</sup> and bound to [[Eiweißkörper/en|protein]] (90 - 110 mg/l).
 Calcium plays an important role in [[nerve]]<nowiki>excitation</nowiki>, [[muscle]]contraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the [[endoplasmic reticulum|endoplasmic reticulum]] and triggers contraction in the muscle by lifting the [[tropomyosin]] barrier. This requires energy, which the body provides in the form of [[ATP]].