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Smith ELK, Fan T-PD, Hainsworth AH, Hiley CR, Lauder H
Vascular endothelial growth factor (VEGF)and endothelin-3 (ET-3) activate cation currents in human umbilical vein endothelial cells
Journal of Clinical and Basic Cardiology 1998; 1 (1): 52-54

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Fig. 1: VEGV und ET-3 - Gefäßpermeabilität This Image - Fig. 2: VEGF und ET-3 - Gefäßpermeabilität Fig. 3: VEGF und ET-3 - Gefäßpermeabilität
Figure/Graphic 2: VEGF und ET-3 - Gefäßpermeabilität
Current voltage relations derived from the same cell as in Figure 1, before (control) and at the end of a 10 min exposure to VEGF (20 pmol/L) then 60 min after VEGF removal (recovery). Note the inward rectifier current present at voltages more negative than -80mV throughout this recording.
 
VEGF und ET-3 - Gefäßpermeabilität
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Figure/Graphic 2: VEGF und ET-3 - Gefäßpermeabilität
Current voltage relations derived from the same cell as in Figure 1, before (control) and at the end of a 10 min exposure to VEGF (20 pmol/L) then 60 min after VEGF removal (recovery). Note the inward rectifier current present at voltages more negative than -80mV throughout this recording.
 
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