When rats displayed signs of exhaustion the exercise was terminated.
Finally, of all the measurable variables in this study, we only compared the Ex and ExSCP groups after exercise to the control group. No data for the muscle glycogen content or blood metabolites before exhaustive exercise were obtained Stattic in any respective group (especially the ExSCP and Ex groups) and this represents a major limitation. Conclusions SCP, like other plant polysaccharides, can increase muscle glycogen content after supplementation. The maintenance of stable blood glucose and FFA levels with higher muscle glycogen, by means of SCP supplementation, contributed to extending the running time to exhaustion. Because liver glycogen is necessary for maintaining stable glucose levels in the circulation, further studies to examine the effects of SCP supplementation on liver glycogen are needed. Also, as mentioned the effects of differences between pre- and post-exercise muscle glycogen levels on running performance need clarification. Acknowledgements The authors are sincerely appreciative of the glycogen analysis guidelines from Dr. Kuo and his www.selleckchem.com/products/tpca-1.html research team. In addition, this study was partly supported by NSC100-2410-H-110-055.
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