Our results revealed that in the semantics-to-motor direction: (a) cortical markers of motor process (MP and RAP) are affected by semantic effects, and in the motor-to-semantics direction; and (b) brain markers of comprehension processes (N400-like) are modulated by motor effects.
Repetition has often been associated with a reduction or a suppression of semantic effects.
Here, we tested whether semantic effects could be observed if single-word trials were used.
COT [13] represents the common semantic effects of contexts as a contextual operating tensor and represents a context as a latent vector.
To explore the nature of these semantic effects further, we used functional MRI to examine the influence of four types of written distractors on brain activation during overt picture naming.
Currently, the most recent approach in terms of prediction accuracy is COT [13] model, which represented the common semantic effects of contexts as a contextual operating tensor and represents a context as a latent vector.
Studies of causal implication of the motor system in ACE are required as well as more specific semantic effects in the motor system.
In this paradigm, semantic effects are not generally obtained, suggesting that masked priming reflects earlier processing stages, specifically, the activation of orthography and the visual form of the word [4], [5], [6].
Thus, they differ from other semantic effects, which do not depend on formal overlap (see above).
Accordingly, self-referential effects may only be quantitatively different from other semantic effects on encoding.
Note that this lexical' interpretation does not necessarily exclude the existence of semantic effects caused by decade consistency.
