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Archila-Suerte, Pilar; Woods, Elizabeth A.; Chiarello, Christine; Hernandez, Arturo E. – Developmental Science, 2018
The goal of the present study was to examine differences in cortical thickness, cortical surface area, and subcortical volume between bilingual children who are highly proficient in two languages (i.e., English and Spanish) and bilingual children who are mainly proficient in one of the languages (i.e., Spanish). All children (N = 49) learned…
Descriptors: Anatomy, Neurology, Brain Hemisphere Functions, Bilingualism
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Chiarello, Christine; Welcome, Suzanne E.; Halderman, Laura K.; Leonard, Christiana M. – Brain and Cognition, 2009
Is it advantageous to be strongly lateralized? The current study investigated this question by examining the relationship between visual field asymmetries for lexical tasks and reading performance in a sample of 200 young adults. Larger visual field asymmetries were associated with better reading performance, but this relationship was obtained…
Descriptors: Word Recognition, Reading Achievement, Young Adults, Handedness
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Welcome, Suzanne E.; Chiarello, Christine – Brain and Cognition, 2008
Interaction between the cerebral hemispheres may allow both hemispheres to contribute their processing resources in order to cope efficiently with complex tasks [Banich, M. (1998). The missing link: the role of interhemispheric interaction in attentional processing. "Brain and Cognition," 36, 128-157]. The current study investigated whether the…
Descriptors: Brain Hemisphere Functions, Cognitive Processes, Task Analysis, Visual Perception
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Kacinik, Natalie A.; Chiarello, Christine – Brain and Language, 2007
Two divided visual field priming experiments examined cerebral asymmetries for understanding metaphors varying in sentence constraint. Experiment 1 investigated ambiguous words (e.g., SWEET and BRIGHT) with literal and metaphoric meanings in ambiguous and unambiguous sentence contexts, while Experiment 2 involved standard metaphors (e.g., "The…
Descriptors: Sentences, Figurative Language, Brain Hemisphere Functions, Visual Discrimination
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Faust, Miriam; Barak, Ofra; Chiarello, Christine – Brain and Language, 2006
The present study examined left (LH) and right (RH) hemisphere involvement in discourse processing by testing the ability of each hemisphere to use world knowledge in the form of script contexts for word recognition. Participants made lexical decisions to laterally presented target words preceded by centrally presented script primes (four…
Descriptors: Brain Hemisphere Functions, Word Recognition, Language Processing, Cues
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Arambel, Stella R.; Chiarello, Christine – Brain and Language, 2006
The current experiment investigated how sentential form-class expectancies influenced lexical-semantic priming within each hemisphere. Sentences were presented that led readers to expect a noun or a verb and the sentence-final target word was presented to one visual field/hemisphere for a lexical decision response. Noun and verb targets in the…
Descriptors: Verbs, Semantics, Grammar, Word Order
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Halderman, Laura K.; Chiarello, Christine – Brain and Language, 2005
A lateralized backward masking paradigm was used to examine hemisphere differences in orthographic and phonological processes at an early time course of word recognition. Targets (e.g., bowl) were presented and backward masked by either pseudohomophones of the target word (orthographically and phonologically similar, e.g., BOAL), orthographically…
Descriptors: Visual Stimuli, Phonology, Word Recognition, Reading Processes
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Chiarello, Christine; Lombardino, Linda J.; Kacinik, Natalie A.; Otto, Ronald; Leonard, Christiana M. – Brain and Language, 2006
Individual differences in cortical anatomy are readily observable, but their functional significance for behaviors such as reading is not well understood. Here, we report a case of an apparent compensated dyslexic who had attained high achievement in visuospatial mathematics. Data from a detailed background interview, psychometric testing, divided…
Descriptors: High Achievement, Psychometrics, Neurology, Word Recognition