The present fMRI study aimed to identify neurofunctional predictors of auditory word learning. Twenty-four native Chinese speakers were trained to learn a logographic artificial language (LAL) for 2 weeks and their behavioral performance was recorded. Participants were also scanned before and after the training while performing a passive listening task. Results showed that, compared to 'poor' learners (those whose performance was below average during the training), 'good' (i.e. above-average) learners showed more activation in the left MTG/STS and less activation in the right IFG during the pretraining scan. These results confirmed the hypothesis that preexisting individual differences in neural activities can predict the efficiency in lear...
Neural changes related to learning of the meaning of Chinese characters in English speakers were exa...
Second language learning has been shown to impact and reshape the central nervous system, anatomical...
A previous fMRI study of novel speech sound learning, tied to the methods and results presented here...
The present fMRI study aimed to identify neurofunctional predictors of auditory word learning. Twent...
AbstractA great deal of research has examined behavioral performance changes associated with second ...
Logographic Chinese differs from alphabetic languages in aspects of orthography and phonology. While...
Previous studies have revealed that greater neural pattern similarity across repetitions is associat...
The present study used functional magnetic resonance imaging (fMRI) to investigate the neural correl...
The learning of new words is a challenge that accompanies human beings throughout the entire life sp...
Abstract: A remarkable characteristic of the human nervous system is its ability to learn to integra...
& Functional magnetic resonance imaging was employed before and after six native English speaker...
Neural changes related to the learning of the pronunciation of Chinese characters in English speaker...
Previous studies have identified several brain regions that appear to be involved in the acquisition...
Functional magnetic resonance imaging (fMRI) was used to assess neural activation as participants le...
Previous work has shown a relationship between parietal lobe anatomy and nonnative speech sound lear...
Neural changes related to learning of the meaning of Chinese characters in English speakers were exa...
Second language learning has been shown to impact and reshape the central nervous system, anatomical...
A previous fMRI study of novel speech sound learning, tied to the methods and results presented here...
The present fMRI study aimed to identify neurofunctional predictors of auditory word learning. Twent...
AbstractA great deal of research has examined behavioral performance changes associated with second ...
Logographic Chinese differs from alphabetic languages in aspects of orthography and phonology. While...
Previous studies have revealed that greater neural pattern similarity across repetitions is associat...
The present study used functional magnetic resonance imaging (fMRI) to investigate the neural correl...
The learning of new words is a challenge that accompanies human beings throughout the entire life sp...
Abstract: A remarkable characteristic of the human nervous system is its ability to learn to integra...
& Functional magnetic resonance imaging was employed before and after six native English speaker...
Neural changes related to the learning of the pronunciation of Chinese characters in English speaker...
Previous studies have identified several brain regions that appear to be involved in the acquisition...
Functional magnetic resonance imaging (fMRI) was used to assess neural activation as participants le...
Previous work has shown a relationship between parietal lobe anatomy and nonnative speech sound lear...
Neural changes related to learning of the meaning of Chinese characters in English speakers were exa...
Second language learning has been shown to impact and reshape the central nervous system, anatomical...
A previous fMRI study of novel speech sound learning, tied to the methods and results presented here...