Electrophysiological signatures of masked transposition priming in a same-different task: Evidence with strings of letters vs. pseudoletters
Research on masked transposed-letter priming (i.e., jugde-JUDGE triggers a faster response than jupte-JUDGE) has become a key phenomenon to reveal how the brain encodes letter position. Recent behavioural evidence suggests that the mechanism responsible for position coding in a masked priming procedure works with familiar "object" identities (e.g., letters, digits, symbols) but not with unfamiliar object identities (e.g., pseudoletters). Here we used event-related potentials (ERPs) to explore the time course of masked transposition priming of letters vs. pseudoletters in a cue-target same-different matching task. Target stimuli were preceded by a masked prime that could be: (i) identical to…
Corrigendum to “Electrophysiological signatures of masked transposition priming in a same-different task: Evidence with strings of letters vs. pseudoletters” [Neurosci. Lett. 515 (2012) 71–76]
wo images were inadvertently left out of the 2nd paragraph of the reviously published article. Please see corrected paragraph and mages below. In a series of behavioural experiments, Garcia-Orza et al. [10] xamined whether masked transposition priming is specific to leter processing. They employed a masked priming same-different atching task in which participants were required to press a utton if cue and target were the same and to press another utton if cue and target were different (see [15,16] for reviews f this task). A briefly presented transposed-letter masked prime as presented immediately before the target stimulus. Garciarza et al. ([10] Experiments 1–4]) found a masked transpositi…