Although the dominant view of dyslexia is that it is caused by linguistic/phonological weakness, recent research within neuroscience has shown that it is associated with visual processing problems as well. This book brings together research from neurology, neuroscience, and the vision sciences to present a cutting edge review of this topic.
Jargon-free and easy to read, Defeat Dyslexia! is the practical guide for busy parents and carers. Find out with what dyslexia really means for your child's reading, spelling, maths, and other areas of learning, including music, languages, and sport. Then discover straightforward, positive ways to help your dyslexic child to excel, in school and in life. Using Defeat Dyslexia!, you'll gather facts, advice, and inspiration from a dyslexia expert who is also proudly dyslexic. With this book, you can: Spot Dyslexia Identify signs of possible dyslexia, including hidden clues. Find out about overlapping conditions, like dyscalculia, dyspraxia, ADHD, and autism. Understand Dyslexia Get to grips with the strengths and weaknesses of dyslexia. Make the diagnosis process stress-free. Defeat Dyslexia! Learn the quick and easy 'first steps' for supporting your child. Create a long-term plan of action for learning success. It's time to defeat the demons of dyslexia - and embrace the best of what it means to be dyslexic.
Even if the ophthalmological aspects of developmental dyslexia are generally considered negligible in comparison to the cognitive and phonological ones, a growing body of evidence suggests in many patients the presence of deficiencies related to a neuronal sub-population along the visual pathway. Still, even in the limited area of neuro-ophtalmological research, there is no general agreement on the mechanisms underlying reading impairment and on how the aetiological element determines the phenotype, that is to say the typical symptomatology. Nevertheless, the spatial and temporal vision in dyslexics seem to be defective. The purpose of this work is to report in a critical way the state of the art visual research in developmental dyslexia, without considering the aspects that go beyond our competence. In the second part of the treatise, the personal approach to the visuoperceptive impairment in this clinical condition is phenomenological rather than aetiological: it investigates the problem from the perceptive symptoms and signs rather than from the causal hypothesis and from the anatomofunctional demonstration.Without claiming to exhaust the subject, we have pursued a triple aim: trying to shed light on one of the most debated and controversial questions, providing a rigorous and comprehensive overview on the current acquisitions, and, why not, offering some cues to those who intend to contribute to solve this problem.
Do you know things without being able to explain how or why? Do you solve problems in unusual ways? Do you think in pictures rather than in words? If so, you are not alone. One-third of the population thinks in images. You may be one or you may live with one. If you teach, it is absolutely certain that some of your students.
The book is full of practical tips and advice for working with students who learn best through visual or hands-on activities; contains suggestions for a wide range of activities and school subjects, such as math, writing, an organizational skills.
“A success story . . . proof that one can rise above the disease and defy its so-called limitations on the brain.”—Daily Beast Despite winning the Pulitzer Prize for Poetry in 2008, Philip Schultz could never shake the feeling of being exiled to the "dummy class" in school, where he was largely ignored by his teachers and peers and not expected to succeed. Not until many years later, when his oldest son was diagnosed with dyslexia, did Schultz realize that he suffered from the same condition. In his moving memoir, Schultz traces his difficult childhood and his new understanding of his early years. In doing so, he shows how a boy who did not learn to read until he was eleven went on to become a prize-winning poet by sheer force of determination. His balancing act—life as a member of a family with not one but two dyslexics, countered by his intellectual and creative successes as a writer—reveals an inspiring story of the strengths of the human mind.
Dyslexia research has been proceeding by quantum leaps. Great advances have been made in the past few years, and while many unanswered questions remain, we nonetheless do know a great deal about the causes and nature of the condition, and how teachers should treat it. This book, by two of Europe's leading experts, gathers together a vast amount of recent international research on the causes and remediation of dyslexia, and presents a cognitive model of the normal reading process and a process-analytic diagnostic model. Much of this material appears in English for the first time.
Presenting case studies and interviews with all those concerned, combined with an up-to-date account of current thinking, this book provides an accessible and realistic account of dyslexia. Through listening to children, their parents and teachers we can learn more about dyslexia, and how to cope with it more effectively. Living With Dyslexia reports on a wide variety of issues including how children become to be identified as dyslexic, the kinds of social and emotional difficulties encountered by both themselves and their families, and how they fared within the educational system.
Dyslexia: Neuronal, Cognitive & Linguistic Aspects focuses on the desire of scholars to identify the etiology of dyslexia and how it affects the ability of children to read and write. This book features the works of authors who have conducted extensive research on dyslexia. In the neuronal aspect of defining the origin of dyslexia, the selection commences by defining the neuroanatomical features of language and dyslexia. This discussion is followed by a tracking of the sections of the brain that are involved in this kind of deficiency. In the cognitive facet, the selection features discussion on how the right hemisphere functions relative to the ability to read. This topic is followed by several observations, which point out that the right hemisphere has no direct influence on a person's ability to read; however, it is stressed that this part of the brain has visuo-spatial capabilities. The discussion is followed by a presentation of opthalmological findings among children with learning difficulties. The book then proceeds to the relationship of dyslexia with visual problems and linguistic awareness. In this regard, questions on the ability of children to be able to read prior and during their school years are raised. The selection ends with a discussion on how to treat dyslexia through the use of computers. This book is a great source of information for neurophysiologists, psychophysiologists, ophthalmologists, and teachers who are interested in helping children learn to read and write.