Bacterial RTX Toxins Allow Acute ATP Release from Human Erythrocytes Directly through the Toxin Pore von Skals, Marianne, Bjaelde, Randi G., Reinholdt, Jesper, Poulsen, Knud, Vad, Brian S., Otzen, Daniel E., Leipziger, Jens, Praetorius, Helle A.

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Renal epithelial cells can release ATP by vesicular fusion von Bjaelde, Randi G, Arnadottir, Sigrid S, Overgaard, Morten T, Leipziger, Jens, Praetorius, Helle A

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[Ca2+]i Oscillations and IL-6 Release Induced by α-Hemolysin from Escherichia coli Require P2 Receptor Activation in Renal Epithelia von Christensen, Mette G., Fagerberg, Steen K., de Bruijn, Pauline I., Bjaelde, Randi G., Jakobsen, Helle, Leipziger, Jens, Skals, Marianne, Praetorius, Helle A.

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Agonists that increase [Ca²⁺](i) halt the movement of acidic cytoplasmic vesicles in MDCK cells von Bjaelde, Randi G, Arnadottir, Sigrid S, Leipziger, Jens, Praetorius, Helle A

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[Ca2+] Oscillations and IL-6 Release Induced by α-Hemolysin from Escherichia coli Require P2 Receptor Activation in Renal Epithelia von Christensen, Mette G., Fagerberg, Steen K., de Bruijn, Pauline I., Bjaelde, Randi G., Jakobsen, Helle, Leipziger, Jens, Skals, Marianne, Praetorius, Helle A.

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[Ca 2+ ] i oscillations in renal epithelia caused by α‐hemolysin from Escherichia coli require ATP release and P2 receptor mediated signaling von Christensen, Mette G., Skals, Marianne, Fagerberg, Steen, Bjaelde, Randi G., Leipziger, Jens, Praetorius, Helle A

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Agonists that Increase [Ca2+]i Halt the Movement of Acidic Cytoplasmic Vesicles in MDCK Cells von Bjaelde, Randi G., Arnadottir, Sigrid S., Leipziger, Jens, Praetorius, Helle A.

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Agonists that Increase [Ca^sup 2+^]^sub i^ Halt the Movement of Acidic Cytoplasmic Vesicles in MDCK Cells von Bjaelde, Randi G, Arnadottir, Sigrid S, Leipziger, Jens, Praetorius, Helle A

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