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Four functionally distinct regions in the left supramarginal gyrus support word processing
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| 2 |
Code-switching and language control
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In: BILINGUALISM-LANGUAGE AND COGNITION , 19 (5) pp. 883-884. (2016) (2016)
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Neuroimaging of language control in bilinguals: Neural adaptation and reserve
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In: Bilingualism , 19 (4) pp. 689-698. (2016) (In press). (2016)
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| 4 |
Four Functionally Distinct Regions in the Left Supramarginal Gyrus Support Word Processing
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In: CEREBRAL CORTEX , 26 (11) pp. 4212-4226. (2016) (2016)
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| 5 |
Comparing language outcomes in monolingual and bilingual stroke patients.
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In: Brain , 138 (Pt 4) 1070 - 1083. (2015) (2015)
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The neuroprotective effects of bilingualism upon the inferior parietal lobule: A Structural Neuroimaging Study in Aging Chinese Bilinguals
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In: Journal of Neurolinguistics , 33 3 - 13. (2015) (2015)
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Bilingualism protects anterior temporal lobe integrity in aging
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In: Neurobiology of Aging , 35 (9) 2126 - 2133. (2014) (2014)
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Sensory-to-motor integration during auditory repetition: a combined fMRI and lesion study.
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In: Front Hum Neurosci , 8 , Article 24 . (2014) (2014)
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| 9 |
Bilingualism protects anterior temporal lobe integrity in aging
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In: Neurobiology of Aging (2014) (2014)
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Individual variability and neuroplastic changes
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In: Applied Psycholinguistics , 35 (5) 910 - 912. (2014) (2014)
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| 11 |
A control process model of code-switching
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In: LANGUAGE COGNITION AND NEUROSCIENCE , 29 (4) 499 - 511. (2014) (2014)
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Dissecting the functional anatomy of auditory word repetition.
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In: Front Hum Neurosci , 8 , Article 246 . (2014) (2014)
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Functionally distinct contributions of the anterior and posterior putamen during sublexical and lexical reading.
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In: Front Hum Neurosci , 7 , Article 787 . (2013) (2013)
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Language proficiency modulates the engagement of cognitive control areas in multilinguals
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In: Cortex , 49 (3) 905 - 911. (2013) (2013)
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| 16 |
Language control in bilinguals: The adaptive control hypothesis
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In: Journal of Cognitive Psychology , 25 (5) 515 - 530. (2013) (2013)
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| 17 |
Auditory-motor interactions for the production of speech in native and non-native speech
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In: The Journal of Neuroscience , 33 (6) pp. 2376-2387. (2013) (2013)
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Abstract:
During speech production, auditory processing of self-generated speech is used to adjust subsequent articulations. The current study investigated how the proposed auditory–motor interactions are manifest at the neural level in native and non-native speakers of English who were overtly naming pictures of objects and reading their written names. Data were acquired with functional magnetic resonance imaging and analyzed with dynamic causal modeling. We found that (1) higher activity in articulatory regions caused activity in auditory regions to decrease (i.e., auditory suppression), and (2) higher activity in auditory regions caused activity in articulatory regions to increase (i.e., auditory feedback). In addition, we were able to demonstrate that (3) speaking in a non-native language involves more auditory feedback and less auditory suppression than speaking in a native language. The difference between native and non-native speakers was further supported by finding that, within non-native speakers, there was less auditory feedback for those with better verbal fluency. Consequently, the networks of more fluent non-native speakers looked more like those of native speakers. Together, these findings provide a foundation on which to explore auditory–motor interactions during speech production in other human populations, particularly those with speech difficulties.
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URL: http://discovery.ucl.ac.uk/1378579/
http://discovery.ucl.ac.uk/1378579/1/1378579.pdf
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| 18 |
Language control in bilinguals: The adaptive control hypothesis
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In: Journal of Cognitive Psychology (2013) (2013)
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Cognitive control for language switching in bilinguals: A quantitative meta-analysis of functional neuroimaging studies
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In: Language and Cognitive Processes , 27 (10) 1479 - 1488. (2012) (2012)
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Where, when and why brain activation differs for bilinguals and monolinguals during picture naming and reading aloud.
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In: Cereb Cortex , 22 (4) 892 - 902. (2012) (2012)
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