Evidence for the Modulation of Sub-Lexical Processing in Go No-Go Naming: The Elimination of the Frequency ? Regularity Interaction

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Publicado en:Journal of Psycholinguistic Research vol. 40, no. 5-6 (Dec 2011), p. 367
Autor principal: Cummine, Jacqueline
Otros Autores: Amyotte, Josee, Pancheshen, Brent, Chouinard, Brea
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Springer Nature B.V.
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100 1 |a Cummine, Jacqueline 
245 1 |a Evidence for the Modulation of Sub-Lexical Processing in Go No-Go Naming: The Elimination of the Frequency ? Regularity Interaction 
260 |b Springer Nature B.V.  |c Dec 2011 
513 |a Feature Journal Article 
520 3 |a The Frequency (high vs. low) × Regularity (regular vs. exception) interaction found on naming response times is often taken as evidence for parallel processing of sub-lexical and lexical systems. Using a Go/No-go naming task, we investigated the effect of nonword versus pseudohomophone foils on sub-lexical processing and the subsequent Frequency × Regularity interaction. We ran two experiments: (1) a Go/No-go naming task with nonword foils (e.g., bint) and (2) a Go/No-go naming task with pseudohomophone foils (e.g., pynt). Experiment 1 replicated the Frequency × Regularity interaction on naming response times supporting the notion of parallel sub-lexical and lexical processing. Experiment 2 eliminated the Frequency × Regularity interaction providing evidence for the modulation of sub-lexical information. These results indicate that using pseudohomophones in the Go/No-go naming task minimized information provided from sub-lexical processing and maximized information provided from the lexical system.[PUBLICATION ABSTRACT]   The Frequency (high vs. low) × Regularity (regular vs. exception) interaction found on naming response times is often taken as evidence for parallel processing of sub-lexical and lexical systems. Using a Go/No-go naming task, we investigated the effect of nonword versus pseudohomophone foils on sub-lexical processing and the subsequent Frequency × Regularity interaction. We ran two experiments: (1) a Go/No-go naming task with nonword foils (e.g., bint) and (2) a Go/No-go naming task with pseudohomophone foils (e.g., pynt). Experiment 1 replicated the Frequency × Regularity interaction on naming response times supporting the notion of parallel sub-lexical and lexical processing. Experiment 2 eliminated the Frequency × Regularity interaction providing evidence for the modulation of sub-lexical information. These results indicate that using pseudohomophones in the Go/No-go naming task minimized information provided from sub-lexical processing and maximized information provided from the lexical system. 
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650 2 2 |a Male 
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700 1 |a Pancheshen, Brent 
700 1 |a Chouinard, Brea 
773 0 |t Journal of Psycholinguistic Research  |g vol. 40, no. 5-6 (Dec 2011), p. 367 
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