A Microarray and Real Time PCR Study on the Effect of Experimental Ischemia upon the Expression of the Insulin-Dependent Transmembrane Glucose Transport Molecule GLUT4 in Human Atrial Myocardium

Gasser R; Ablasser K; Gasser S; Scherr E; Toferer E; Roessl U; Kröll K; Bareza N; Mächler H; Trantina-Yates A; Rigler B; Tscheliessnigg KH

Gasser R et al.

A Microarray and Real Time PCR Study on the Effect of Experimental Ischemia upon the Expression of the Insulin-Dependent Transmembrane Glucose Transport Molecule GLUT4 in Human Atrial Myocardium

Journal of Clinical and Basic Cardiology 2006; 9 (1-4): 4-9

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Maximize View	Ischemia Experiments Figure 1: Fluorescent image on 4 pooled ischemia experiments indicating different intensities of fluorescense reflecting expression of 23,401 genes detected. Intensity of fluorescence correlates with the amount of bound cDNA. Keywords: Bypass, Deutschland, Diagramm, fluorescense, Fluoreszenz, Gen, gene, PCI, Schweiz, Österreich


Maximize View	Glut4 Figure 2: Relative difference in the expression of GLUT4 under ischemic and non-ischemic conditions (n = 8; ± SEM). Results show a trend towards a slight increase in expression, however no statistical significance could be seen. Keywords: GLUT4


Maximize View	Real Time PCR Figure 3: Amplification curves from Real Time PCR performed in human myocardial tissue samples under ischemic and control conditions. Keywords: real time PCR