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]].
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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]].
Version vom 21. Mai 2019, 23:25 Uhr
Calcium plays an important role in nerveexcitation, musclecontraction and regulation of intracellular metabolism. Calcium, for example, is released by stimuli from the 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.