Matches in Nanopublications for { ?s ?p "This process is also mediated by activation of AMP-kinase [48]. As a result, several transcription factors are activated: myocyte-enhancing factor 2A (regulating GLUT4 expression), PPAR-a (up-regulating levels of enzymes of fatty acid b-oxidation), mitochondrial transcription factor A (mtTFA; activating the expression of the mitochondrial genome) and NRF 1 and 2 (up-regulating OXPHOS system complexes) (Fig. 2)." ?g. }
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- _5 value "This process is also mediated by activation of AMP-kinase [48]. As a result, several transcription factors are activated: myocyte-enhancing factor 2A (regulating GLUT4 expression), PPAR-a (up-regulating levels of enzymes of fatty acid b-oxidation), mitochondrial transcription factor A (mtTFA; activating the expression of the mitochondrial genome) and NRF 1 and 2 (up-regulating OXPHOS system complexes) (Fig. 2)." provenance.
- _5 value "This process is also mediated by activation of AMP-kinase [48]. As a result, several transcription factors are activated: myocyte-enhancing factor 2A (regulating GLUT4 expression), PPAR-a (up-regulating levels of enzymes of fatty acid b-oxidation), mitochondrial transcription factor A (mtTFA; activating the expression of the mitochondrial genome) and NRF 1 and 2 (up-regulating OXPHOS system complexes) (Fig. 2)." provenance.
- _5 value "This process is also mediated by activation of AMP-kinase [48]. As a result, several transcription factors are activated: myocyte-enhancing factor 2A (regulating GLUT4 expression), PPAR-a (up-regulating levels of enzymes of fatty acid b-oxidation), mitochondrial transcription factor A (mtTFA; activating the expression of the mitochondrial genome) and NRF 1 and 2 (up-regulating OXPHOS system complexes) (Fig. 2)." provenance.
- _5 value "This process is also mediated by activation of AMP-kinase [48]. As a result, several transcription factors are activated: myocyte-enhancing factor 2A (regulating GLUT4 expression), PPAR-a (up-regulating levels of enzymes of fatty acid b-oxidation), mitochondrial transcription factor A (mtTFA; activating the expression of the mitochondrial genome) and NRF 1 and 2 (up-regulating OXPHOS system complexes) (Fig. 2)." provenance.