Cerebral Asymmetry in the Fusiform Areas Predicted the Efficiency of Learning a New Writing System
Journal of Cognitive Neuroscience
Please print or type, and fill out all items completely. 1) Your name _________________________________________________________________ Article name ________________________________________________________________ 2) How many copies do you want? (Number cannot be smaller than 100, and must be a multiple of 100.) ____________ 3) Total number of pages in article: _________ . My article runs from pages ______ to ______ . 4) Please refer to the price chart below to calculate the cost of your order.
... cost of your order. There are two sets of columns, one set for articles with color art and one for articles without color art; please make sure to use the correct columns. . Articles with color: for articles over 16 pages, please add the 16-page price to the price for the number of pages over 16 (i.e., for 20 pages, add the 16-page price and the 4-page price). . Articles without color: for articles over 32 pages, please add the 32-page price to the price for the number of pages over 32 (i.e., for 38 pages, add the 32-page price and the 6-page price). Abstract & There are great individual differences in learning abilities, but their neural bases, especially among normal populations, are not well understood. Using functional magnetic resonance imaging and a training paradigm, the present study investigated individual differences in cerebral asymmetry in fusiform regions when processing a new writing system and their correlation to subsequent visual character learning. Twelve Chinese adults underwent a 2-week training to learn 120 Korean characters and they were scanned before and after the training. Results showed that left-hemispheric dominance during the pretraining task was predictive of better posttraining performance. These results have significant implications for our understanding of the neural basis of language learning, especially in terms of individual differences. &