What Is Brain Lateralization


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Brain Lateralization and Developmental Disorders


Brain Lateralization and Developmental Disorders

Author: Ivanka Asenova

language: en

Publisher: Routledge

Release Date: 2018-01-09


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Brain Lateralization and Developmental Disorders provides a comprehensive review of key findings and speculations from previous research on atypical cerebral lateralization in the most common neurodevelopmental disorders: stuttering, dyslexia, autism and intellectual disability. Emphasis is placed on recent studies, as well as descriptions of the author’s personal research which will provide a promising new direction for future research on these issues. In this text, Asenova presents four separate studies aiming to examine hemispheric asymmetries in neurodevelopmental disorders. These include the subtypes of developmental stuttering, the subtypes of developmental dyslexia, mild, non-syndromic intellectual disability with comorbid speech and language deficits and autism spectrum disorder with comorbid severe language impairment. The use of uniform research methods, including dichotic verbal perception tasks and lateral preference performance tests, has led to findings that suggest that this new approach could be a key factor in overcoming the ambiguity of findings from previous studies. By focusing on the discussion of key issues concerning the role of atypical laterality in the genesis of neurodevelopmental psychopathology in both past research and Asenova’s own studies, Brain Lateralization and Developmental Disorders is a valuable reading for students and researchers in neurodevelopmental psychopathology, as well as in developmental neuropsychology and developmental neuroscience.

Lateralized Brain Functions


Lateralized Brain Functions

Author: Lesley J. Rogers

language: en

Publisher: Springer Nature

Release Date: 2024-12-11


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This second edition volume expands on the previous edition with updates on the latest techniques used to study brain and behavioral laterality in both human and non-human animals. The chapters in this book cover numerous topics such as methods of measuring lateralization in a range of species by scoring behavior elicited by inputs to one of both brain hemispheres; behavioral methods to study motor preferences and lateralization in invertebrates; neurological methods to reveal lateralization; imaging and electrocephalographic techniques and transcranial stimulation; and new genetic approaches to studying lateralization in humans and zebrafish, and the roles of genes in the establishment and development of brain asymmetry. In the Neuromethods series style, chapters include the kind of detail and key advice from the specialists needed to get successful results in your laboratory. Cutting-edge and authoritative, Lateralized Brain Function: Methods in Human and Non-Human Species, Second Edition is a valuable resource for further research on brain and behavioral asymmetries in human and non-human species. This book will provide both expert and novel researchers with answers to their questions, while also encouraging vital collaborations.

The Oscillating Brain


The Oscillating Brain

Author: Timothy D. Sheehan M.D.

language: en

Publisher: LifeRich Publishing

Release Date: 2016-01-12


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The Oscillating Brain explains for the first time how the human brain works. Neural oscillation is a form of repetitive activity which is characteristic of complex systems. The brain has extensive reciprocal connections. Reciprocal connectivity is the basis for neural oscillation. While some patterns of neural oscillation are localized (restricted to specific regions of the brain), others involve reciprocal connections between geographically separate areas of the brain permitting more widespread neural network interaction. Neural network oscillation transforms the brains three-pound mass of grey matter into a dynamic medium. Conscious experience involves the integrated interaction of both sensory and motor areas of the brain. Our experience of reality is the product of brain activity. Reality, as it is constructed by our brain, is an inherently simplified version of the world that enables us to respond rapidly to developing situations in a fashion that promotes survival. Our reality is heavily biased by our emotional reactions. We see the world in terms of good and evil and continually strive for good as a means of enhancing our sense of security. However, differences in our experience of good and evil have been a source of human conflict for as long as mankind has been on this planet. Global information networks and our increasing economic interdependence have made these differences increasingly difficult to ignore. Human striving for an absolute level of certainty and security threatens our day-to-day existence. We must learn to recognize the limitations of the human brain.