Extraordinary Brain Series – serie

The Dyslexic Brain: New Pathways in Neuroscience Discovery offers a state-of-the art examination of the neural components and functions involved in reading and in the possible sources of breakdown. Suggestions for intervention are introduced throughout the book.The book is based on presentations at a summer 2004 symposium, which was part of an ongoing symposia series titled, “The Extraordinary Brain,” convened by The Dyslexia Foundation. The participants are top scholars in the multidisciplinary research programs related to the neuroscience of brain development in general and reading disorders in specific.The Dyslexic Brain: New Pathways in Neuroscience Discovery will be important to researchers and scholars interested in dyslexia, as well as those interested in issues involving the cognitive consequences of unusual brain development. Graduate students looking at reading and reading disorders in schools of education and communication disorders will also find substantial new information.

This book brings together in one volume information about the neurobiological, genetic, and behavioral bases of reading and reading disabilities. In recent years, research on assessment and treatment of reading disability (dyslexia) has become a magnet for the application of new techniques and technologies from neuroscience, cognitive psychology, and cognitive neuroscience. This interdisciplinary fusion has yielded numerous and diverse findings regarding the brain basis of this syndrome, which are discussed in this volume by leading researchers. Intervention approaches based on such research are presented. The book also calls for research in specific directions, to encourage the field to continue moving into the bold frontier of how the brain reads.The volume is essential reading for a range of researchers, clinicians, and other professionals interested in reading and reading disability, and also commemorates the tenth anniversary of the Extraordinary Brain Conferences hosted by The Dyslexia Foundation.