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Gasser R, Roessl U, Holzwart E, Ablasser K, Friehs I, Lewinski D, Pieske B, Mächler H, Trantiner-Yates A, Tscheliessnig KH, Mangge H, Gasser S
Shift from Adult to Fetal Metabolic Phenotype During Prolonged Experimental Myocardial Ischemia: A Study on the Effect of Beta Blockers upon Gene Expression of Transmembrane Glucose Transporters
Journal of Clinical and Basic Cardiology 2009; 12 (1-4): 11-17

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Fig. 1: Real-time PCR Fig. 2: Real-time PCR Fig. 3: Myocardial Metabolism This Image - Fig. 4a-b: Glucose metabolism Fig. 5: Cardiac metabolism Fig. 6: Myocardial Metabolism
Figure/Graphic 4a-b: Glucose metabolism
(a) Gene expression of biological processes associated with glucose metabolism during normoxia and hypoxia. Up-regulation of glucose metabolism. (b) Down-regulation of gene expression of biological processes associated with fatty acid and amino acid metabolism – (a) and (b) indicate a conversion to the fetal type of metabolism. Based on data from [4–9, 32–35].
 
Glucose metabolism
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Figure/Graphic 4a-b: Glucose metabolism
(a) Gene expression of biological processes associated with glucose metabolism during normoxia and hypoxia. Up-regulation of glucose metabolism. (b) Down-regulation of gene expression of biological processes associated with fatty acid and amino acid metabolism – (a) and (b) indicate a conversion to the fetal type of metabolism. Based on data from [4–9, 32–35].
 
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