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Dong, Willie K.; Greenough, William T. – Mental Retardation and Developmental Disabilities Research Reviews, 2004
Neuronal and nonneuronal plasticity are both affected by environmental and experiential factors. Remodeling of existing neurons induced by such factors has been observed throughout the brain, and includes alterations in dendritic field dimensions, synaptogenesis, and synaptic morphology. The brain loci affected by these plastic neuronal changes…
Descriptors: Epilepsy, Mental Retardation, Autism, Brain
Rose, Michael; Haider, Hilde; Weiller, Cornelius; Buchel, Christian – Learning & Memory, 2004
In a previous functional magnetic resonance imaging (fMRI) study we demonstrated an involvement of the medial temporal lobe (MTL) during an implicit learning task. We concluded that the MTL was engaged because of the complex contingencies that were implicitly learned. In addition, the basal ganglia demonstrated effects of a paralleled…
Descriptors: Learning Processes, Neurological Organization, Behavioral Science Research, Memory
Crow, Terry – Learning & Memory, 2004
The less-complex central nervous system of many invertebrates make them attractive for not only the molecular analysis of the associative learning and memory, but also in determining how neural circuits are modified by learning to generate changes in behavior. The nudibranch mollusk "Hermissenda crassicornis" is a preparation that has contributed…
Descriptors: Stimuli, Identification, Classical Conditioning, Anatomy
Schott, Bjorn H.; Sellner, Daniela B.; Lauer, Corinna-J.; Habib, Reza; Frey, Julietta U.; Guderian, Sebastian; Heinze, Hans-Jochen; Duzel, Emrah – Learning & Memory, 2004
Recent evidence suggests a close functional relationship between memory formation in the hippocampus and dopaminergic neuromodulation originating in the ventral tegmental area and medial substantia nigra of the midbrain. Here we report midbrain activation in two functional MRI studies of visual memory in healthy young adults. In the first study,…
Descriptors: Young Adults, Memory, Neurological Organization, Brain
Ohno, Masuo; Tseng, Wilbur; Silva, Alcino J.; Disterhoft, John F. – Learning & Memory, 2005
Little is known about signaling mechanisms underlying temporal associative learning. Here, we show that mice with a targeted point mutation that prevents autophosphorylation of [alpha]CaMKII ([alpha]CaMKII[superscript T286A]) learn trace eyeblink conditioning normally. This forms a sharp contrast to the severely impaired spatial learning in the…
Descriptors: Conditioning, Animals, Associative Learning, Eye Movements
Sylwester, Robert – DesignShare (NJ1), 2007
The author notes that teachers who continually require students to sit still and stop talking apparently prefer to teach a grove of trees rather than a classroom full of students. School environments should be designed to enhance the development of student brains -- and student brains are about movement, not motionless stagnation. 21st century…
Descriptors: Student Development, Educational Environment, Educational Philosophy, Brain
Center on the Developing Child at Harvard University, 2007
This report combines neuroscience, child development research, and program evaluation data to better inform policymakers' decisions about investing in and supporting existing early childhood programs. Core child development concepts highlight the importance of early experiences on the development of brain architecture and, in turn, future…
Descriptors: Young Children, Child Development, Neurological Organization, Brain
Corbitt, Cynthia; Carpenter, Molly – Science and Children, 2006
For many children, especially those with reading difficulties, a motor-kinesthetic learning activity may be an effective tool to teach complex concepts. With this in mind, the authors developed and tested a game designed to teach fourth- to sixth-grade children some basic principles of nervous system function by allowing the children themselves to…
Descriptors: Reading Difficulties, Injuries, Anatomy, Grade 4
Demetrikopoulos, Melissa K.; Pecore, John; Rose, Jordan D.; Fobbs, Archibald J., Jr.; Johnson, John I.; Carruth, Laura L. – Science Scope, 2006
The brain is a truly fascinating structure! It controls the body and allows everyone to think, learn, speak, move, feel, remember, and experience emotions. Although the brain is a single organ, it is very complex and has several regions, each having a specific function. These functionally diverse regions work together to allow for coordination of…
Descriptors: Neurological Organization, Science Curriculum, Brain, Body Composition
Batty, Magali; Taylor, Margot J. – Developmental Science, 2006
Our facial expressions give others the opportunity to access our feelings, and constitute an important nonverbal tool for communication. Many recent studies have investigated emotional perception in adults, and our knowledge of neural processes involved in emotions is increasingly precise. Young children also use faces to express their internal…
Descriptors: Young Children, Child Development, Emotional Response, Nonverbal Communication
Lacy, Timothy; Hughes, John D. – Academic Psychiatry, 2006
Objective: Psychotherapy and biological psychiatry remain divided in psychiatry residency curricula. Behavioral neurobiology and neuropsychiatry provide a systems-level framework that allows teachers to integrate biology, psychodynamics, and psychology. Method: The authors detail the underlying assumptions and outline of a neural systems-based…
Descriptors: Psychiatry, Biology, Critical Thinking, Psychology
Bath, Howard – Reclaiming Children and Youth: The Journal of Strength-based Interventions, 2006
The previous article in this series introduced the triune brain, the three components of which handle specialized life tasks. The survival brain, or brain stem, directs automatic physiological functions, such as heartbeat and breathing, and mobilizes fight/flight behaviour in times of threat. The emotional (or limbic) brain activates positive or…
Descriptors: Brain Hemisphere Functions, Aggression, Neurological Organization, Behavioral Science Research
Brand, Alice G. – 1996
Suggesting that neuroscience and the actualities of brain circuitry can provide guidance for what is misunderstood in writing education, namely, the role of subjectivity and values in the composing process, this paper argues that neuroscience provides corporeal evidence for the salience of particular brain structures and processes responsible for…
Descriptors: Brain, Higher Education, Learning Processes, Models
Goldstein, Laurence; Harris, Roy – Hongkong Papers in Linguistics and Language teaching, 1990
In a statement-response-reply format, a proposition concerning the study of semantics is made and debated in three papers by two authors. In the first paper, it is proposed that semantics is not the study of the concept of meaning, but rather a neurolinguistic issue, despite the fact that semantics is linked to context. It is argued that semantic…
Descriptors: Cognitive Processes, Definitions, Language Research, Linguistic Theory

Whitaker, H. A.; Selnes, O. A. – Linguistics, 1975
How significantly is Broca's Area related to speech? It is considered here to be definitely a component in the language mechanism of the brain. It is also stated that this area is unique to people and that it has no unitary function, yet it is specialized for certain expressive (motor) functions. (SCC)
Descriptors: Aphasia, Cerebral Dominance, Cognitive Processes, Language Handicaps