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Soper, Henry V.; And Others – Journal of Autism and Developmental Disorders, 1986
Preliminary data from two samples of autistic children and adults and an assessment procedure appropriate for lower-functioning autistic Ss revealed a dramatic shift away from right-handedness in both autistic samples, due to a raised incidence of two phenotypes: manifest left-handedness and ambiguous handedness. (Author/CL)
Descriptors: Autism, Classification, Lateral Dominance, Neurological Organization

Tsai, Luke Y. – Journal of Autism and Developmental Disorders, 1982
Questionnaires completed by 83 families of autistic children (5-23 years old) revealed that significantly more autistic children were non-right-handers than either their siblings or their parents. Findings suggest that increased mixed- and left-handedness in autistic persons is not due to inheritance. (CL)
Descriptors: Autism, Heredity, Incidence, Lateral Dominance
Stringaris, Argyris K.; Medford, Nicholas C.; Giampietro, Vincent; Brammer, Michael J.; David, Anthony S. – Brain and Language, 2007
In this study, we used a novel cognitive paradigm and event-related functional magnetic resonance imaging (ER-fMRI) to investigate the neural substrates involved in processing three different types of sentences. Participants read either metaphoric ("Some surgeons are butchers"), literal ("Some surgeons are fathers"), or non-meaningful sentences…
Descriptors: Figurative Language, Brain Hemisphere Functions, Lateral Dominance, Neuropsychology
Foster, Paul S.; Harrison, David W. – Brain and Cognition, 2006
The cerebral regulation of cardiovascular functioning varies along both a lateral and a longitudinal axis. The parasympathetic and sympathetic nervous systems are lateralized to the left and right cerebral hemispheres, respectively. Further, the frontal lobes are known to be inhibitory in nature, whereas the temporal lobes are excitatory. However,…
Descriptors: Medicine, Metabolism, Brain Hemisphere Functions, Lateral Dominance

Ramsay, Douglas S. – Developmental Psychology, 1979
Used two tapping tasks to determine whether individual infants' right- or left-hand preference for unimanual and bimanual tapping corresponded to their handedness in bimanual manipulation tasks during the second year of life. Also examined whether manual tapping preference occurred before or after the onset of bimanual handedness. (JMB)
Descriptors: Cerebral Dominance, Infants, Lateral Dominance, Psychomotor Skills
McManus, I. C.; Drury, Helena – Brain and Cognition, 2004
The handedness of Leonardo da Vinci is controversial. Although there is little doubt that many of his well-attributed drawings were drawn with the left hand, the hatch marks of the shading going downwards from left to right, it is not clear that he was a natural left-hander, there being some suggestion that he may have become left-handed as the…
Descriptors: Handedness, Artists, Behavior, Individual Differences
Samar, Vincent J.; Parasnis, Ila – Brain and Cognition, 2007
Studies have reported a right visual field (RVF) advantage for coherent motion detection by deaf and hearing signers but not non-signers. Yet two studies [Bosworth R. G., & Dobkins, K. R. (2002). Visual field asymmetries for motion processing in deaf and hearing signers. "Brain and Cognition," 49, 170-181; Samar, V. J., & Parasnis, I. (2005).…
Descriptors: Sign Language, Deafness, Intelligence Quotient, Motion
Clements, A. M.; Rimrodt, S. L.; Abel, J. R.; Blankner, J. G.; Mostofsky, S. H.; Pekar, J. J.; Denckla, M. B.; Cutting, L. E. – Brain and Language, 2006
Sex differences on language and visuospatial tasks are of great interest, with differences in hemispheric laterality hypothesized to exist between males and females. Some functional imaging studies examining sex differences have shown that males are more left lateralized on language tasks and females are more right lateralized on visuospatial…
Descriptors: Gender Differences, Spatial Ability, Brain Hemisphere Functions, Lateral Dominance

Pennington, Bruce F.; And Others – American Journal of Mental Deficiency, 1985
Six early treated children with phenylketonuria (PKU) were compared at 9 to 14 years of age on a neuropsychological measure with three groups of children with documented neurological disorders. PKU Ss had overall level of neuropsychological impairment similar to that of brain-damaged groups. PKU Ss did not show consistent pattern of…
Descriptors: Cerebral Dominance, Elementary Education, Lateral Dominance, Neurological Impairments
Shah, Amee P.; Baum, Shari R.; Dwivedi, Veena D. – Brain and Language, 2006
The present investigation focussed on the neural substrates underlying linguistic distinctions that are signalled by prosodic cues. A production experiment was conducted to examine the ability of left- (LHD) and right- (RHD) hemisphere-damaged patients and normal controls to use temporal and fundamental frequency cues to disambiguate sentences…
Descriptors: Comparative Analysis, Cues, Sentence Structure, Suprasegmentals
Leconte, Pascale; Fagard, Jacqueline – Brain and Cognition, 2006
Sixty-five right- and left-handed preschool and school children were tested on three reach-to-grasp tasks of different levels of complexity, performed in three space locations. Our goal was to evaluate how the effect of attentional information related to object location interacts with task complexity and degree of handedness on children's hand…
Descriptors: Lateral Dominance, Cognitive Development, Brain Hemisphere Functions, Attention
Westerhausen, Rene; Kreuder, Frank; Sequeira, Sarah Dos Santos; Walter, Christof; Woerner, Wolfgang; Wittling, Ralf Arne; Schweiger, Elisabeth; Wittling, Werner – Brain and Language, 2006
The present study aimed to examine how differences in functional lateralisation of language are related to interindividual variations in interhemispheric connectivity. Utilising an fMRI silent word-generation paradigm, 89 left- and right-handed subjects were subdivided into four lateralisation subgroups. Applying morphological and diffusion-tensor…
Descriptors: Neuropsychology, Lateral Dominance, Brain Hemisphere Functions, Models
Sherwood, David E.; Enebo, Brian A. – Research Quarterly for Exercise and Sport, 2007
The control of human limb movement has been the focus of research for more than a century. A major issue to emerge from this work is the manner in which the central nervous system regulates electromyographic (EMG) activity to produce movements that differ in distance, velocity, and movement time. However, the different methods of analysis often…
Descriptors: Psychomotor Skills, Measurement Techniques, Lateral Dominance, Heuristics
Tomlinson-Keasey, C. – 1981
Cerebral laterality was examined for third, fourth, and fifth grade deaf (N=30) and hearing (N=30) Ss. The experimental task involved the processing of word and picture stimuli presented singly to the right and left visual hemifields. The analyses indicated that deaf children were faster than the hearing children in overall processing efficiency,…
Descriptors: Aural Learning, Deafness, Elementary Education, Lateral Dominance

Denckla, Martha Bridge; And Others – Journal of Learning Disabilities, 1985
Most of 32 learning disabled children (seven to 14 years old) with neurological lateralization characteristics marked by right and left hemispheres had a normal CT (computerized tomography) scan. (CL)
Descriptors: Elementary Education, Lateral Dominance, Learning Disabilities, Neurological Impairments