Abstract
[Purpose] The effects of exercise and food consumption on the oxidative stress regulation system were studied using 45 male ICR mice. [Subjects and Methods] The mice were randomly divided into two groups: a control group (CO group) and a group consuming a reduced form of coenzyme Q10 (H2CoQ10: QH) (QH group). Both groups were made to run on a treadmill for animals (TM) twice and the changes in their running time were measured. For the oxidative stress regulation system, plasma oxidative stresses (d-ROM test) and plasma anti-oxidant potential (BAP test) were measured before and after treadmill running with analytical equipment for reactive oxygen and free radicals, and then the BAP/d-ROM ratio was calculated. [Results] The measurements and calculations showed a significant increase in the running time of the QH group. With respect to the oxidative stress regulation system, no significant change was observed in the BAP/d-ROM ratio. [Conclusion] These results showed that a single consumption of QH produced an effect on exercise, but had no effect on the oxidative stress regulation system.
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