Jantsch, Jonathan ; Schatz, Valentin ; Friedrich, Diana ; Schröder, Agnes ; Kopp, Christoph ; Siegert, Isabel ; Maronna, Andreas ; Wendelborn, David ; Linz, Peter ; Binger, Katrina J. 
; Gebhardt, Matthias ; Heinig, Matthias ; Neubert, Patrick ; Fischer, Fabian ; Teufel, Stefan ; David, Jean-Pierre ; Neufert, Clemens ; Cavallaro, Alexander ; Rakova, Natalia ; Küper, Christoph ; Beck, Franz-Xaver ; Neuhofer, Wolfgang ; Muller, Dominik N. ; Schuler, Gerold ; Uder, Michael ; Bogdan, Christian ; Luft, Friedrich C. ; Titze, Jens
; Gebhardt, Matthias ; Heinig, Matthias ; Neubert, Patrick ; Fischer, Fabian ; Teufel, Stefan ; David, Jean-Pierre ; Neufert, Clemens ; Cavallaro, Alexander ; Rakova, Natalia ; Küper, Christoph ; Beck, Franz-Xaver ; Neuhofer, Wolfgang ; Muller, Dominik N. ; Schuler, Gerold ; Uder, Michael ; Bogdan, Christian ; Luft, Friedrich C. ; Titze, Jens 
Zusammenfassung
Immune cells regulate a hypertonic microenvironment in the skin; however, the biological advantage of increased skin Na+ concentrations is unknown. We found that Na+ accumulated at the site of bacterial skin infections in humans and in mice. We used the protozoan parasite Leishmania major as a model of skin-prone macrophage infection to test the hypothesis that skin-Na+ storage facilitates ...
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