Matches in Nanopublications for { ?s ?p "Glycogen-depleting exercise and HIGH-CHO resulted in a 300% increase in muscle glycogen content (P concentrations were twofold higher after LOW- vs. HIGH-CHO (P exercise-diet manipulation exerted a significant effect on transcription of all carbohydrate-related genes, with an increase in GLUT4 and glycogenin mRNA abundance and a reduction in PDK-4 transcription after HIGH-CHO (all P 0.05). FAT/CD36 (P increased following LOW-CHO. genes involved in glucose regulation are increased following a high-carbohydrate diet." ?g. }
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- _3 value "Glycogen-depleting exercise and HIGH-CHO resulted in a 300% increase in muscle glycogen content (P concentrations were twofold higher after LOW- vs. HIGH-CHO (P exercise-diet manipulation exerted a significant effect on transcription of all carbohydrate-related genes, with an increase in GLUT4 and glycogenin mRNA abundance and a reduction in PDK-4 transcription after HIGH-CHO (all P 0.05). FAT/CD36 (P increased following LOW-CHO. genes involved in glucose regulation are increased following a high-carbohydrate diet." provenance.
- _3 value "Glycogen-depleting exercise and HIGH-CHO resulted in a 300% increase in muscle glycogen content (P concentrations were twofold higher after LOW- vs. HIGH-CHO (P exercise-diet manipulation exerted a significant effect on transcription of all carbohydrate-related genes, with an increase in GLUT4 and glycogenin mRNA abundance and a reduction in PDK-4 transcription after HIGH-CHO (all P 0.05). FAT/CD36 (P increased following LOW-CHO. genes involved in glucose regulation are increased following a high-carbohydrate diet." provenance.
- _3 value "Glycogen-depleting exercise and HIGH-CHO resulted in a 300% increase in muscle glycogen content (P concentrations were twofold higher after LOW- vs. HIGH-CHO (P exercise-diet manipulation exerted a significant effect on transcription of all carbohydrate-related genes, with an increase in GLUT4 and glycogenin mRNA abundance and a reduction in PDK-4 transcription after HIGH-CHO (all P 0.05). FAT/CD36 (P increased following LOW-CHO. genes involved in glucose regulation are increased following a high-carbohydrate diet." provenance.
- _3 value "Glycogen-depleting exercise and HIGH-CHO resulted in a 300% increase in muscle glycogen content (P concentrations were twofold higher after LOW- vs. HIGH-CHO (P exercise-diet manipulation exerted a significant effect on transcription of all carbohydrate-related genes, with an increase in GLUT4 and glycogenin mRNA abundance and a reduction in PDK-4 transcription after HIGH-CHO (all P 0.05). FAT/CD36 (P increased following LOW-CHO. genes involved in glucose regulation are increased following a high-carbohydrate diet." provenance.