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• W2090915323 abstract "Williams syndrome (WS), a genetic neurodevelopmental disorder due to microdeletion in chromosome 7, has been described as a syndrome with an intriguing socio-cognitive phenotype. Cognitively, the relative preservation of language and face processing abilities coexists with severe deficits in visual-spatial tasks, as well as in tasks involving abstract reasoning. However, in spite of early claims of the independence of language from general cognition in WS, a detailed investigation of language subcomponents has demonstrated several abnormalities in lexical-semantic processing. Nonetheless, the neurobiological processes underlying language processing in Williams syndrome remain to be clarified. The aim of this study was to examine the electrophysiological correlates of semantic processing in WS, taking typical development as a reference. A group of 12 individuals diagnosed with Williams syndrome, with age range between 9 and 31 years, was compared with a group of typically developing participants, individually matched in chronological age, gender and handedness. Participants were presented with sentences that ended with words incongruent (50%) with the previous sentence context or with words judged to be its best completion (50%), and they were asked to decide if the sentence made sense or not. Results in WS suggest atypical sensory ERP components (N100 and P200), preserved N400 amplitude, and abnormal P600 in WS, with the latter being related to late integration and re-analysis processes. These results may represent a physiological signature of underlying impaired on-line language processing in this disorder." @default.
• W2090915323 created "2016-06-24" @default.
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• W2090915323 date "2010-11-01" @default.
• W2090915323 modified "2023-10-16" @default.
• W2090915323 title "Electrophysiological correlates of semantic processing in Williams syndrome" @default.
• W2090915323 cites W1964817481 @default.
• W2090915323 cites W1967321881 @default.
• W2090915323 cites W1970703703 @default.
• W2090915323 cites W1973483137 @default.
• W2090915323 cites W1978359781 @default.
• W2090915323 cites W1978415413 @default.
• W2090915323 cites W1978598267 @default.
• W2090915323 cites W1981138660 @default.
• W2090915323 cites W1984560809 @default.
• W2090915323 cites W1985982445 @default.
• W2090915323 cites W1987162672 @default.
• W2090915323 cites W1988900546 @default.
• W2090915323 cites W1999743215 @default.
• W2090915323 cites W2000387713 @default.
• W2090915323 cites W2000550024 @default.
• W2090915323 cites W2001507641 @default.
• W2090915323 cites W2004237814 @default.
• W2090915323 cites W2004657768 @default.
• W2090915323 cites W2007467151 @default.
• W2090915323 cites W2007507994 @default.
• W2090915323 cites W2009023961 @default.
• W2090915323 cites W2013784310 @default.
• W2090915323 cites W2016928619 @default.
• W2090915323 cites W2017458233 @default.
• W2090915323 cites W2022393866 @default.
• W2090915323 cites W2027988302 @default.
• W2090915323 cites W2029568726 @default.
• W2090915323 cites W2031248897 @default.
• W2090915323 cites W2033058803 @default.
• W2090915323 cites W2041221140 @default.
• W2090915323 cites W2046376427 @default.
• W2090915323 cites W2053992400 @default.
• W2090915323 cites W2058723932 @default.
• W2090915323 cites W2062179190 @default.
• W2090915323 cites W2062526841 @default.
• W2090915323 cites W2063272875 @default.
• W2090915323 cites W2063546277 @default.
• W2090915323 cites W2063976461 @default.
• W2090915323 cites W2065936242 @default.
• W2090915323 cites W2068706157 @default.
• W2090915323 cites W2072647930 @default.
• W2090915323 cites W2073165656 @default.
• W2090915323 cites W2075301850 @default.
• W2090915323 cites W2076325436 @default.
• W2090915323 cites W2084229194 @default.
• W2090915323 cites W2084888514 @default.
• W2090915323 cites W2088842303 @default.
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• W2090915323 cites W2130412402 @default.
• W2090915323 cites W2133340622 @default.
• W2090915323 cites W2136022845 @default.
• W2090915323 cites W2139779417 @default.
• W2090915323 cites W2145111996 @default.
• W2090915323 cites W2153478070 @default.
• W2090915323 cites W2154186816 @default.
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• W2090915323 doi "https://doi.org/10.1016/j.ridd.2010.06.017" @default.
• W2090915323 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20674263" @default.
• W2090915323 hasPublicationYear "2010" @default.
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