a Life, Health and Environmental Science Department , University of L'Aquila , Coppito , Italy.
Clin Neuropsychol. 2014;28(1):84-96. doi: 10.1080/13854046.2013.863976.
We report normative data on topographical working memory collected through the Walking Corsi Test (WalCT; Piccardi et al., 2008 ) for developing a standard administration procedure to be used in clinical and educational practice. A total of 268 typically developing Italian children aged 4-11 years performed both WalCT and Corsi Block-Tapping Test (CBT; Corsi, 1972 ) a well-known visuo-spatial memory test. WalCT has already been validated in adults, demonstrating sensitivity in detecting topographical memory deficits even in individuals who have no other memory impairments. Our results showed that age, but not sex, affected performances. Both girls and boys had a larger span on the CBT than the WalCT. The youngest group did not differ in performing WalCT and CBT, but from 5.6 years of age children performed better on CBT than WalCT, suggesting that memory in reaching space develops before topographical memory. Only after 5 years of age do children learn to process specifically topographical stimuli, suggesting that this happens when their environmental knowledge becomes operational and they increase environmental independence. We also discuss the importance to introduce WalCT in the clinical assessment.
我们报告了通过行走科萨测试(WalCT;Piccardi 等人,2008)收集的拓扑工作记忆的规范数据,以开发一种标准的管理程序,用于临床和教育实践。共有 268 名意大利典型发展的儿童(年龄在 4 至 11 岁之间)同时进行了 WalCT 和科萨方块测试(CBT;Corsi,1972),这是一种众所周知的视觉空间记忆测试。WalCT 已经在成年人中得到验证,证明了其在检测拓扑记忆缺陷方面的敏感性,即使在没有其他记忆障碍的个体中也是如此。我们的结果表明,年龄而不是性别影响表现。女孩和男孩在 CBT 上的得分都高于 WalCT。年龄最小的组在执行 WalCT 和 CBT 时没有差异,但从 5.6 岁开始,儿童在 CBT 上的表现优于 WalCT,这表明在空间方向感的记忆发展之前,就已经存在拓扑记忆。只有在 5 岁以后,儿童才学会处理特定的拓扑刺激,这表明当他们的环境知识变得具有操作性并且他们增加了环境独立性时,这种情况就会发生。我们还讨论了在临床评估中引入 WalCT 的重要性。