000			01703caa a2200181 4500
008			210629s9999 xx 000 0 und d
100			_aPratyasha Jamaur
245		0	_aTesting discrete and cascaded hypotheses of phoneme retrieval through Primed lexical decision taskTesting Discrete and Cascaded Hypotheses of Phoneme Retrieval Through Primed Lexical Decision Task
260			_c2018
300			_a18-22
490			_vVolume 4 Issue 1
520			_aLexical access is the retrieval of appropriate word from the lexicon. Retrieval of phonemic segments is the final step in lexical retrieval. Two hypotheses, namely the cascaded and discrete hypotheses of phoneme retrieval, have been proposed in regard to how phoneme retrieval takes place. The discrete hypothesis suggests that phoneme retrieval takes place only for the shortlisted lexical node, while the cascaded hypothesis proposes that phoneme retrieval takes place for the competitor lexical nodes also. These two hypotheses were tested using lexical decision task. Two lists of prime–target stimuli were used. The first list comprised phonemically related and unrelated prime–target, while the second list consisted of phonemically mediated prime and target stimuli. Statistically significant difference between related and unrelated stimuli was observed only for list 1 suggesting that cascaded hypothesis may not be applicable in real-time lexical access.
653			_aaccuracy, mean reaction time, phonemically mediated, phonemically related
700			_aAbhishek, B. P
773			_aInternational Journal of Computational Biology and Bioinformatics
856			_uhttps://doi.org/10.37628/ijcbb.v4i1.332
942			_cFJAS _yFJAS
999			_c17860 _d17860