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Gasser R, Horn S, Köppel H
Discrimination by valinomycin K-selective surface microelectrodes of a sulphonylurea-sensitive and a distinct sulphonylurea-, barium-, TEA- and cinnamate-insensitive component of K-efflux from isolated pig coronary arteries during simulated ischaemia
Journal of Clinical and Basic Cardiology 1998; 1 (1): 43-51

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Fig. 1: K-Efflux in Koronararterien - Versuchsanordnung Fig. 2: K-Efflux in Koronararterien - Mikroelektroden Fig. 3: K-Efflux in Koronararterien This Image - Fig. 4: K-Efflux in Koronararterien Fig. 5: K-Efflux in Koronararterien Fig. 6: K-Efflux in Koronararterien Fig. 7: K-Efflux in Koronararterien Last Image
Figure/Graphic 4: K-Efflux in Koronararterien
Effect of glibenclamide during simulated ischaemia in an isolated pig coronary artery preparation. Glibenclamide (50 microM) reduces rate and extent of K+ efflux from the tissue. Left and right hand panel from the same preparation. Glibenclamide added 20 minutes before beginning of trace on the right hand side panel. Gap in trace represents 30 min
 
K-Efflux in Koronararterien
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Figure/Graphic 4: K-Efflux in Koronararterien
Effect of glibenclamide during simulated ischaemia in an isolated pig coronary artery preparation. Glibenclamide (50 microM) reduces rate and extent of K+ efflux from the tissue. Left and right hand panel from the same preparation. Glibenclamide added 20 minutes before beginning of trace on the right hand side panel. Gap in trace represents 30 min
 
 
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