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Whitmore, Paul G. – 1986
The usefulness of"memory" is being questioned as a concept for explaining the facts of remembering. The brain is an extensive and elaborate switching system for organizing sensory inputs from environmental situations and for generating appropriate and properly timed responses to them. The learning of knowledge consists of learning a…
Descriptors: Adult Education, Brain, Educational Development, Instructional Development
Conner, James E. – For Adults Only, 1982
Teachers cannot afford to ignore the research findings on right and left brain functions. Basically, three things have been discovered: (1) each hemisphere of the brain processes information differently; (2) in some people, the hemispheres work well together, in others they are in a constant state of disagreement; and (3) each hemisphere is…
Descriptors: Brain, Cerebral Dominance, Cognitive Style, Curriculum Development
Wasserwald, Lee – 1986
In a continuation study, 12 students with dyslexia participated in muscle testing and exercises. Six areas were evaluated via pre- and post-tests: academics (using measures of spelling, reading, and math); parental observations of changes in their children (behavioral, academic or affective); perceptual drawing; oral reading; written language; and…
Descriptors: Academic Achievement, Behavior Change, Brain Hemisphere Functions, Dyslexia
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Peterson, Tim O.; Williams, Joann K. – Decision Sciences Journal of Innovative Education, 2004
Dance is a common metaphor in both the change and leadership literature. However, can dance, a movement art, actually be used to learn about leadership? The answer is yes and this exercise shows you how. Dance as an instructional strategy allows the instructor to tap the cognitive, affective, and conative components of the brain.
Descriptors: Teaching Methods, Dance Education, Movement Education, Leadership Training
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Bateman, Barbara D. – Reading Teacher, 1974
Suggests that a diagnosis of minimal brain dysfunction does not help the teacher remediate the problem and is, in fact, incidental in aiding the child to overcome his deficiencies. (TO)
Descriptors: Language Skills, Minimal Brain Dysfunction, Reading Difficulty, Reading Instruction
Satz, Paul – 1972
Reported was an explanatory conceptual model for pathological left-handedness (PLH) and related hypotheses, some of which could not be tested empirically due to lack of information. The model was reported to provide an explanation for the relationship between handedness and specific learning disability, and handedness and cerebral dominance for…
Descriptors: Lateral Dominance, Learning Disabilities, Left Handed Writer, Mental Retardation
Rourke, B. P.; Czudner, G. – 1971
Groups of brain damaged and normal children were subdivided into young (age range 6 to 9 years) and old (age range 10 to 13 years) groups and subjected to an auditory reaction time procedure consisting of regular and irregular preparatory interval conditions. The most important results were as follows: the performances of the young normal, old…
Descriptors: Age Differences, Auditory Tests, Exceptional Child Research, Minimal Brain Dysfunction
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Schwartz, Melvin; And Others – Journal of Learning Disabilities, 1976
Descriptors: Adults, Case Studies, Emotional Problems, Exceptional Child Education
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Litt, Iris F. – Journal of Research and Development in Education, 1978
This article suggests ways in which educators faced with student behavior problems can learn from and collaborate with pediatricians. (Editor)
Descriptors: Adolescents, Behavior Problems, Medical Evaluation, Minimal Brain Dysfunction
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Ribner, Sol – Journal of Learning Disabilities, 1978
The self concept of 386 minimally brain damaged (8-16 years) in special classes was compared with that of 96 children with similar disabilities who were in regular classes. (Author/CL)
Descriptors: Exceptional Child Research, Learning Disabilities, Mainstreaming, Minimal Brain Dysfunction
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Lerer, Robert J.; Lerer, M. Pamela – Journal of Learning Disabilities, 1977
Descriptors: Academic Achievement, Behavior Change, Drug Therapy, Learning Disabilities
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Fisher, Celia B.; Camenzuli, Cheryl A. – Developmental Psychology, 1987
The correspondence of left-right confusion in children to the bilateral symmetry in the nervous system was tested by presenting left-right and up-down discrimination-learning tasks to 80 preschoolers who viewed these stimuli from either an upright or 90-degree-rotated body position. The data contradict anatomical model predictions. (Author/BN)
Descriptors: Biological Influences, Brain Hemisphere Functions, Environmental Influences, Hypothesis Testing
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Mills, Randy K. – OAH Magazine of History, 1988
Briefly reviews theories of brain hemisphere functions and draws implications for social studies instruction. Maintains that the metaphor aids the development of understanding because it connects right and left brain functions. Provides a learning activity based on the metaphor of the U.S. government functioning as a machine. (BSR)
Descriptors: Brain Hemisphere Functions, Cognitive Processes, History Instruction, Learning Activities
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Torrance, E. P.; Rockenstein, Z. L. – Gifted International, 1987
The article reviews the literature on creativity, learning styles, brain studies, teaching technologies, and learning strategies. Although learning styles and strategies differ among individuals, creativity is maximized through use of the fully functioning brain. Teaching suggestions include producing alternative explanations/consequences,…
Descriptors: Brain Hemisphere Functions, Cognitive Processes, Cognitive Style, Creativity
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Bornstein, R. A. – Journal of Consulting and Clinical Psychology, 1986
The distribution of intermanual discrepancies on three motor tests (Grooved Pegboard, Finger Tapping and Dynamometer) were examined in normal and unilateral brain lesion samples. Considerable variability in the intermanual discrepancies was observed in all three samples. Therefore, the consistency of discrepancies across tasks was examined. The…
Descriptors: Brain Hemisphere Functions, Neurological Impairments, Neurological Organization, Neurology
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