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Mikropunktion und elektrische Potentialmessung an Schweißdrüsen des Menschen

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Zusammenfassung

1. Der Knäuelschweiß ist isoton (Mittelwert 318 mosmol/l). Er enthält im Durchschnitt 147 mÄq/l Na und 123 mÄq/l Cl.

2. Der Schweiß am Ende des Ausführungsganges ist hypoton (154 mosmol/l) und enthält im Mittel 22 mÄq/l Na und 28 mÄq/l Cl.

3. Zwischen dem Lumen des engen Gangabschnittes und dem Interstitium wurde eine elektrische Potentialdifferenz in der Größenordnung von 40 mV gemessen (Lumen negativ).

4. Die Potentialdifferenz fiel nach lokal-subcutaner Injektion von G-Strophantin in die Haut ab. Die Na-Konzentration des Endschweißes stieg dabei von 22 mÄq/l auf 90–107 mÄq/l.

Aus den Befunden wird der Schluß gezogen, daß aus dem isotonen Primärsekret durch einen strophantinempfindlichen Natriumtransportmechanismus im dünnen Gangabschnitt NaCl rückresorbiert wird und dadurch der hypotone Endschweiß resultiert.

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Authors and Affiliations

  1. Aus dem Physiologischen Institut der Freien Universität Berlin, Germany

    Irene Schulz, Karl J. Ullrich, Eberhard Frömter, Heinz Holzgreve, Anselm Frick & Ulrich Hegel

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  1. Irene Schulz
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  2. Karl J. Ullrich
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Schulz, I., Ullrich, K.J., Frömter, E. et al. Mikropunktion und elektrische Potentialmessung an Schweißdrüsen des Menschen. Pflügers Archiv 284, 360–372 (1965). https://doi.org/10.1007/BF00363243

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