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- W2010219516 abstract "Abstract In adult readers, printed words and other letter strings activate specialized visual functions within 200 msec, as evident from neurophysiological recordings of brain activity. These fast, specialized responses to letter strings are thought to develop through plastic changes in the visual system. However, it is unknown whether this specialization emerges only with the onset of word reading, or represents a precursor of literacy. We compared 6-year-old kindergarten children who could not yet read words to adult readers. Both age groups detected immediate repetitions of visually presented words, pseudo-words, symbol strings, and pictures during event-related potential (ERP) mapping. Maps from seven corresponding ERP segments in children and adults were analyzed regarding fast (<250 msec) and slow (>300 msec) specialization for letter strings. Adults reliably differentiated words through increased fast (<150 msec) occipito-temporal N1 activity from symbols. Children showed a later, more mid-occipital N1 with marginal word-symbol differences, which were absent in those children with low letter knowledge. Children with high letter knowledge showed some fast sensitivity to letter strings, which was confined to right occipito-temporal sites, unlike the stronger adult N1 specialization. This suggests that a critical degree of early literacy induces some immature, but fast, specialization for letter strings before word reading becomes possible. Children also differentiated words from symbols in later segments through increased right occipito-temporal negativity for words. This slow specialization for letter strings was not modulated by letter knowledge and was absent in adults, possibly reflecting a visual precursor of literacy due to visual familiarity with letter strings." @default.
- W2010219516 created "2016-06-24" @default.
- W2010219516 creator A5020406865 @default.
- W2010219516 creator A5027904065 @default.
- W2010219516 creator A5031335329 @default.
- W2010219516 creator A5088529827 @default.
- W2010219516 date "2005-10-01" @default.
- W2010219516 modified "2023-09-30" @default.
- W2010219516 title "Emerging Neurophysiological Specialization for Letter Strings" @default.
- W2010219516 cites W1483534985 @default.
- W2010219516 cites W1866095408 @default.
- W2010219516 cites W1967419243 @default.
- W2010219516 cites W1967663624 @default.
- W2010219516 cites W1976191493 @default.
- W2010219516 cites W1976455405 @default.
- W2010219516 cites W1979407322 @default.
- W2010219516 cites W1979612257 @default.
- W2010219516 cites W1987088819 @default.
- W2010219516 cites W1987251869 @default.
- W2010219516 cites W1988900546 @default.
- W2010219516 cites W1990184926 @default.
- W2010219516 cites W1997381876 @default.
- W2010219516 cites W2005395201 @default.
- W2010219516 cites W2006318617 @default.
- W2010219516 cites W2006734741 @default.
- W2010219516 cites W2013150886 @default.
- W2010219516 cites W2013740208 @default.
- W2010219516 cites W2015776698 @default.
- W2010219516 cites W2019683751 @default.
- W2010219516 cites W2020497215 @default.
- W2010219516 cites W2020822098 @default.
- W2010219516 cites W2024042027 @default.
- W2010219516 cites W2026149176 @default.
- W2010219516 cites W2028252490 @default.
- W2010219516 cites W2030369851 @default.
- W2010219516 cites W2030884479 @default.
- W2010219516 cites W2033200260 @default.
- W2010219516 cites W2033743278 @default.
- W2010219516 cites W2035443931 @default.
- W2010219516 cites W2036161103 @default.
- W2010219516 cites W2036702403 @default.
- W2010219516 cites W2037420423 @default.
- W2010219516 cites W2043063487 @default.
- W2010219516 cites W2045979883 @default.
- W2010219516 cites W2047662473 @default.
- W2010219516 cites W2048789521 @default.
- W2010219516 cites W2059277166 @default.
- W2010219516 cites W2060985254 @default.
- W2010219516 cites W2066530833 @default.
- W2010219516 cites W2067353523 @default.
- W2010219516 cites W2073146149 @default.
- W2010219516 cites W2074760675 @default.
- W2010219516 cites W2074948908 @default.
- W2010219516 cites W2076714253 @default.
- W2010219516 cites W2079554534 @default.
- W2010219516 cites W2082371233 @default.
- W2010219516 cites W2082806667 @default.
- W2010219516 cites W2086436060 @default.
- W2010219516 cites W2088572966 @default.
- W2010219516 cites W2094908156 @default.
- W2010219516 cites W2095553552 @default.
- W2010219516 cites W2100012722 @default.
- W2010219516 cites W2100240292 @default.
- W2010219516 cites W2100976300 @default.
- W2010219516 cites W2110617696 @default.
- W2010219516 cites W2113185660 @default.
- W2010219516 cites W2116317598 @default.
- W2010219516 cites W2118279786 @default.
- W2010219516 cites W2118943318 @default.
- W2010219516 cites W2120347667 @default.
- W2010219516 cites W2120552250 @default.
- W2010219516 cites W2121277032 @default.
- W2010219516 cites W2121629550 @default.
- W2010219516 cites W2130618843 @default.
- W2010219516 cites W2132246387 @default.
- W2010219516 cites W2133923378 @default.
- W2010219516 cites W2136257607 @default.
- W2010219516 cites W2139282113 @default.
- W2010219516 cites W2139610547 @default.
- W2010219516 cites W2141718926 @default.
- W2010219516 cites W2143650965 @default.
- W2010219516 cites W2143709903 @default.
- W2010219516 cites W2144734076 @default.
- W2010219516 cites W2152702110 @default.
- W2010219516 cites W2160153449 @default.
- W2010219516 cites W2162095663 @default.
- W2010219516 cites W2165004798 @default.
- W2010219516 cites W2165314746 @default.
- W2010219516 cites W2166183403 @default.
- W2010219516 cites W2168423440 @default.
- W2010219516 cites W2169448819 @default.
- W2010219516 cites W2171787524 @default.
- W2010219516 cites W4240894282 @default.
- W2010219516 cites W4249555173 @default.
- W2010219516 cites W4254905218 @default.
- W2010219516 cites W4293107615 @default.
- W2010219516 doi "https://doi.org/10.1162/089892905774597218" @default.
- W2010219516 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/16269095" @default.