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McGuigan JAS, Elder HY, Günzel D, Schlue W-R
Magnesium Homeostasis in Heart: A Critical Reappraisal
Journal of Clinical and Basic Cardiology 2002; 5 (1): 5-22

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This Image - Fig. 1: Ionen - Magnesium Fig. 2: Magnesiumefflux - Atrium Fig. 3A-B: Magnesiummakroelektrode - Kalibrierung Fig. 4: Herzzellen - Magnesiumefflux Fig. 5A-B: Magnesium - Konzentration Fig. 6A-B: Magnesium - Konzentration
Figure/Graphic 1: Ionen - Magnesium
1. Chemical potential for the ionic gradients. The organic anions, malate, citrate, lactate and pyruvate are labelled M2-, Ci2-, L- and Py- respectively. This illustrates that due to the difference in the chemical potential between that required to extrude Mg2+ and that of Cl- and K+ these ions a priori would be unlikely to form a symport with Mg2+
 
Ionen - Magnesium
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Figure/Graphic 1: Ionen - Magnesium
1. Chemical potential for the ionic gradients. The organic anions, malate, citrate, lactate and pyruvate are labelled M2-, Ci2-, L- and Py- respectively. This illustrates that due to the difference in the chemical potential between that required to extrude Mg2+ and that of Cl- and K+ these ions a priori would be unlikely to form a symport with Mg2+
 
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