The novel Banengannen’s Soccer Team published in 1967has been classified as historical"meta narration"of Kenzaburo Oe.In the novel,there are two main characters—Mitsusaburo and Takashi,both of whom represe...The novel Banengannen’s Soccer Team published in 1967has been classified as historical"meta narration"of Kenzaburo Oe.In the novel,there are two main characters—Mitsusaburo and Takashi,both of whom represent two ways of exploring the historical truth.In the process of exploration of the two characters,Kenzaburo Oe symbolically analyzed the value presetting of the Japanese people—getting one’s own value through projecting the"Emperor",recreating a new chapter of history from personal experience.展开更多
目的:探讨经颅直流电刺激(transcranial direct current stimulation,tDCS)干预左背侧前运动皮质(dorsal premotor cortex,PMd)对高水平足球运动员运动疲劳后知觉预测能力的影响。方法:24名国家一级足球运动员在完成60%最大骑行功率(Pow...目的:探讨经颅直流电刺激(transcranial direct current stimulation,tDCS)干预左背侧前运动皮质(dorsal premotor cortex,PMd)对高水平足球运动员运动疲劳后知觉预测能力的影响。方法:24名国家一级足球运动员在完成60%最大骑行功率(Powermax)恒定负荷力竭骑行后,以平衡抵消法接受2 mA tDCS正极刺激左侧PMd 10 min和伪刺激,随后进行视觉搜索任务、预测足球突破过人任务和预测足球罚点球任务测试。结果:足球运动员疲劳后,进行tDCS正极刺激的视觉搜索任务反应时在3(P=0.039)和6(P=0.017)数量型与伪刺激相比显著降低,预测足球突破过人任务的准确率在240 ms条件与伪刺激相比显著增高(P<0.001)。但是视觉搜索任务准确性、预测足球突破过人任务的反应时以及预测足球罚点球任务的准确性和反应时在tDCS正极刺激条件和伪刺激条件之间没有显著差异。结论:tDCS正极干预左侧PMd 10 min能够有效改善高水平足球运动员运动疲劳后的知觉预测表现。tDCS可以作为有效工具在足球运动员运动训练和比赛中用以缓解疲劳造成的知觉预测能力下降。展开更多
文摘The novel Banengannen’s Soccer Team published in 1967has been classified as historical"meta narration"of Kenzaburo Oe.In the novel,there are two main characters—Mitsusaburo and Takashi,both of whom represent two ways of exploring the historical truth.In the process of exploration of the two characters,Kenzaburo Oe symbolically analyzed the value presetting of the Japanese people—getting one’s own value through projecting the"Emperor",recreating a new chapter of history from personal experience.
文摘目的:探讨经颅直流电刺激(transcranial direct current stimulation,tDCS)干预左背侧前运动皮质(dorsal premotor cortex,PMd)对高水平足球运动员运动疲劳后知觉预测能力的影响。方法:24名国家一级足球运动员在完成60%最大骑行功率(Powermax)恒定负荷力竭骑行后,以平衡抵消法接受2 mA tDCS正极刺激左侧PMd 10 min和伪刺激,随后进行视觉搜索任务、预测足球突破过人任务和预测足球罚点球任务测试。结果:足球运动员疲劳后,进行tDCS正极刺激的视觉搜索任务反应时在3(P=0.039)和6(P=0.017)数量型与伪刺激相比显著降低,预测足球突破过人任务的准确率在240 ms条件与伪刺激相比显著增高(P<0.001)。但是视觉搜索任务准确性、预测足球突破过人任务的反应时以及预测足球罚点球任务的准确性和反应时在tDCS正极刺激条件和伪刺激条件之间没有显著差异。结论:tDCS正极干预左侧PMd 10 min能够有效改善高水平足球运动员运动疲劳后的知觉预测表现。tDCS可以作为有效工具在足球运动员运动训练和比赛中用以缓解疲劳造成的知觉预测能力下降。
