The cerebral hemispheres have been shown to be differentially sensitive to sentence-level
information; in particular, it has been suggested that only the left hemisphere (LH) makes …

Behavioral studies have consistently reported striking differences in the impact of sentence-
level information on the processing of words presented in the right (RVF) versus the left …

Researchers using lateralized stimuli have suggested that the left hemisphere is sensitive to
sentence-level context, whereas the right hemisphere (RH) primarily processes word-level …

The present study examined the manner in which both hemispheres utilize prior semantic
context and relative meaning frequency during the processing of homographs. Participants …

Both cerebral hemispheres are involved in language processing, each playing a unique role
that may derive from differences in knowledge organization and on-line meaning integration …

A lexical decision experiment investigated hemisphere asymmetries in resolving lexical
ambiguity within a sentence context. Sentences that biased a single meaning (either …

The N400, a component of the event-related potential (ERP) associated with the processing
of meaning, is sensitive to a wide array of lexico-semantic, sentence-level, and discourse …

We examined the nature and timecourse of hemispheric asymmetries in verbal memory by
recording event-related potentials (ERPs) in a continuous recognition task. Participants …

The linguistic phenomenon of lexical ambiguity has been intensively investigated as a
means of gaining insight into general mechanisms of lexical access. It is now evident that …

The visual half-field procedure was used to examine hemispheric asymmetries in meaning
selection. Event-related potentials were recorded as participants decided if a lateralized …