Immunologic Identification of Na+,K+-ATPase Isoforms in Myocardium: Isoform Change in Deoxycorticosterone Acetate-Salt Hypertension von Sweadner, Kathleen J, Herrera, Victoria L.M, Amato, Stephen, Moellmann, Alexandra, Gibbons, Don K, Repke, Kurt R.H

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Toward the discovery of digitalis derivatives with inotropic selectivity von Repke, Kurt R.H.

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Digitalis Research in Berlin-Buch-Retrospective and Perspective Views von Repke, Kurt R. H., Megges, Rudolf, Weiland, Jürgen, Schön, Rudolf

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Reinstatement of the ATP high energy paradigm von Repke, K R

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Location and properties of the digitalis receptor site in Na +/K +-ATPase von Repke, Kurt R.H., Megges, Rudolf, Weiland, Jürgen, Schön, Rudolf

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Erratum to ‘Partial synthetic derivatization of canrenone and characterization of its impact on the inhibitory effect on Na +/K +-ATPase activity in human heart muscle’[Steroids 63... von Weiland, Jürgen, Megges, Rudolf, Undeutsch, Bernd, Schön, Rudolf, Büchting, Horst, Repke, Kurt R.H.

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Differentiation Between Various Types of Inotropes Through Discovery of Differences in Their Ability to Detect Isoforms of Na+/K+-Atpase von Repke, Kurt R. H., Megges, Rudolf, Weiland, Jürgen

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Partial synthetic derivatization of canrenone and characterization of its impact on the inhibitory effect on Na/K-ATPase activity in human heart muscle von Weiland, Jürgen, Megges, Rudolf, Undeutsch, Bernd, Schön, Rudolf, Büchting, Horst, Repke, Kurt R.H.

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Differentiation between isoforms of Na+/K+-transporting ATPase from human and guinea-pig cardiac muscle through use of digitalis derivatives as analytical probes von Sch n, Rudolf, Weiland, J rgen, Megges, Rudolf, Repke, KurtR.H.

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Modeling of the Three-Dimensional Structure of the Digitalis Intercalating Matrix in Na+/K+-ATPase Protodimer von Repke, Kurt R.H., Weiland, JÜRgen, Megges, Rudolf, Schöne, Rudolf

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Na +/K +-ATPase as the digitalis receptor von Repke, Kurt R.H., Schönfeld, Werner

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Tamoxifen is A Na+-Antagonistic Inhibitor of Na+/K+-Transporting ATPase from Tumour and Normal Cells von Repke, Kurt R.H., Matthes, Eckart

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The lead structure in cardiac glycosides is 5 beta, 14 beta-androstane-3 beta 14-diol von Schönfeld, W, Weiland, J, Lindig, C, Masnyk, M, Kabat, M M, Kurek, A, Wicha, J, Repke, K R

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Origin of differences of inhibitory potency of cardiac glycosides in Na +/K +-transporting ATPase from human cardiac muscle, human brain cortex and guinea-pig cardiac muscle von Schönfeld, Werner, Schönfeld, Reinhild, Menke, Karl-Heinz, Weiland, Jürgen, Repke, Kurt R.H.

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Chemical Models for the Chemical Nature of Endogenous Digitalis von Repke, Kurt R.H., Weiland, JÜRgen, Menke, Karl-Heinz

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ON THE MECHANISM OF ENERGY RELEASE, TRANSFER, AND UTILIZATION IN Na, K-ATPase TRANSPORT WORK: OLD IDEAS AND NEW FINDINGS von Repke, Kurt R. H.

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Structure-Activity Relationship at the Glycosidic Moiety of Digitalis Compounds as Found in Tests with Na/K-Atpase Isoforms from Cardiac Muscle of Guinea-Pig and Man von Weiland, JÜRgen, Schön, Rudolf, Megges, Rudolf, Repke, Kurt R.H., Watson, Thomas R.

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Interaction of progesterone derivatives with the digitalis target enzyme: Impact of glycosidation on inhibitory potency von Weiland, Jürgen, Schönfeld, Werner, Menke, Karl-Heinz, Repke, Kurt R.H.

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Chemistry and energetics of transphosphorylations in the mechanism of Na +/K +-transporting ATPase: an attempt at a unifying model von Repke, Kurt R.H., Schön, Rudolf

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A model for allosteric regulation of Na +/K +-transporting ATPase von Repke, Kurt R.H.

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