Cheresharov L, Yonkov D, Toshkova S
Acta Physiol Pharmacol Bulg. 1981;7(3):41-6.
The experiment has been carried out with 20 male Wistar rats with initial age 30 +/- 5 days, equally divided in two groups: controls and motor-loaded rats. The experimental animals ran five days a week on a treadmill covering 60,540 m for 133 training sessions. Afterwards using a multi-chamber semi-automated labyrinth it was found that systematic and dosed motor loading leads to significant improvement of both learning and retention. The results obtained are examined as a consequence of the biochemical and morphofunctional changes developing in the central nervous system under the effect of prolonged motor activity.
该实验使用了20只初始年龄为30±5天的雄性Wistar大鼠，平均分为两组：对照组和运动负荷组。实验动物每周在跑步机上跑五天，共跑了60540米，进行了133次训练。之后，使用多室半自动迷宫发现，系统性和定量的运动负荷可显著改善学习和记忆。所获得的结果被视为长期运动活动影响下中枢神经系统发生的生化和形态功能变化的结果进行研究。
