segui and grainger’s (1990) stimuli (Grainger Industrial)
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Grainger Industrial
segui and grainger’s (1990) stimuli
Segui And Grainger’s (1990) Stimuli, supplied by Grainger Industrial, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/segui+and+grainger%E2%80%99s+stimuli/segui+++grainger++1990/pm18823208-89-1-3
Average 90 stars, based on 1 article reviews
Segui And Grainger’s (1990) Stimuli, supplied by Grainger Industrial, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/segui+and+grainger%E2%80%99s+stimuli/segui+++grainger++1990/pm18823208-89-1-3
Average 90 stars, based on 1 article reviews
segui and grainger’s (1990) stimuli - by Bioz Stars,
2026-09
90/100 stars
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Activation Assay:Article Title: Masked priming with orthographic neighbors: a test of the lexical competition assumption. Article Snippet: In models of visual word identification that incorporate inhibitory competition among activated lexical units, a word’s higher frequency neighbors will be the word’s strongest competitors.. Preactivation of these neighbors by a prime is predicted to delay the word’s identification.. Using the masked priming paradigm (K. I. Forster & C. Davis, 1984, J. Segui and J. Grainger (1990) reported that, consistent with this prediction, a higher frequency neighbor prime delayed the responses to a lower frequency target, whereas a lower frequency neighbor prime did not delay the responses to a higher frequency target. Inhibition:Article Title: Masked priming with orthographic neighbors: a test of the lexical competition assumption. Article Snippet: In models of visual word identification that incorporate inhibitory competition among activated lexical units, a word’s higher frequency neighbors will be the word’s strongest competitors.. Preactivation of these neighbors by a prime is predicted to delay the word’s identification.. Using the masked priming paradigm (K. I. Forster & C. Davis, 1984, J. Segui and J. Grainger (1990) reported that, consistent with this prediction, a higher frequency neighbor prime delayed the responses to a lower frequency target, whereas a lower frequency neighbor prime did not delay the responses to a higher frequency target. Sequencing:Article Title: Masked priming with orthographic neighbors: a test of the lexical competition assumption. Article Snippet: In models of visual word identification that incorporate inhibitory competition among activated lexical units, a word’s higher frequency neighbors will be the word’s strongest competitors.. Preactivation of these neighbors by a prime is predicted to delay the word’s identification.. Using the masked priming paradigm (K. I. Forster & C. Davis, 1984, J. Segui and J. Grainger (1990) reported that, consistent with this prediction, a higher frequency neighbor prime delayed the responses to a lower frequency target, whereas a lower frequency neighbor prime did not delay the responses to a higher frequency target. Comparison:Article Title: Masked priming with orthographic neighbors: a test of the lexical competition assumption. Article Snippet: In models of visual word identification that incorporate inhibitory competition among activated lexical units, a word’s higher frequency neighbors will be the word’s strongest competitors.. Preactivation of these neighbors by a prime is predicted to delay the word’s identification.. Using the masked priming paradigm (K. I. Forster & C. Davis, 1984, J. Segui and J. Grainger (1990) reported that, consistent with this prediction, a higher frequency neighbor prime delayed the responses to a lower frequency target, whereas a lower frequency neighbor prime did not delay the responses to a higher frequency target. Drug discovery:Article Title: Masked priming with orthographic neighbors: a test of the lexical competition assumption. Article Snippet: In models of visual word identification that incorporate inhibitory competition among activated lexical units, a word’s higher frequency neighbors will be the word’s strongest competitors.. Preactivation of these neighbors by a prime is predicted to delay the word’s identification.. Using the masked priming paradigm (K. I. Forster & C. Davis, 1984, J. Segui and J. Grainger (1990) reported that, consistent with this prediction, a higher frequency neighbor prime delayed the responses to a lower frequency target, whereas a lower frequency neighbor prime did not delay the responses to a higher frequency target. |