The Changing Nervous System: Neurobehavioral Consequences of Early Brain Disorders
Sarah H. Broman, Jack M. Fletcher
Oxford University Press, Jul 15, 1999 - Medical - 428 pages
This book provides an integrated review of current research on neural plasticity and reorganization after early cerebral insults. Addressing both animal studies and a variety of diverse clinical populations, including children with congenital brain malformations, focal lesions, autism, and pervasive developmental disorders, this book summarizes many of the major advances on neural plasticity made in these areas over the past several years. Characterized by a broad historical perspective including contributions from some of the earliest researchers on environmental factors and brain organization, the book advances the reader form the laboratory to application in several human populations. Many of the components of the book explicitly address relationships of animal and human models, showing that the laboratory and the clinic are overlapping settings, not isolated chambers as they are often perceived. The understanding of neural plasticity and both biological and environmental factors that influence brain reorganization after early cerebral insult has major implications for treatment. The book outlines many of the potential applications for treatment of early brain disorders. The contributors include basic neuroscientists, cognitive neuroscientists, and clinician-researchers who work together to bridge gaps among disciplines. The book should facilitate collaborative research and applications in the critical areas of neural plasticity and brain reorganization. Advancement of knowledge of factors that prevent and enhance brain reorganization after early cerebral insult is a key to unraveling the mysteries of the developmental disorders characteristic of children and which influence their development through adulthood.
What people are saying - Write a review
We haven't found any reviews in the usual places.
Other editions - View all
ability abnormalities activity adult agenesis animals Aplysia areas 17 autism autistic patients axons behavioral biological brain injury brain lesions Brain Res callosal cats cells cerebellar cerebellar lesions cerebellum cerebral cortex changes child children with autism children with PDD cognitive complex congenital connections corpus callosum cortical Courchesne damage Dandy-Walker syndrome deficits developmental disorders dysmorphologies early effects evidence experience focal brain injury fragile-X syndrome functional plasticity gene Greenough growth cones hippocampus hydrocephalus impaired increased individuals infants intervention involved Kandel language learning left hemisphere levels Lomber long-term malformations mechanisms medulloblastoma memory mental monkeys motor cortex nervous system neural plasticity neuroplasticity Neurosci normal outcomes pathways patterns Payne PDD-NOS performance posterior protein Psychol Purkinje rats receptor recovery regions representations response retinal role Rosenzweig scores sensory neurons skills specific spina bifida stimuli structural studies superior colliculus synaptic syndrome task temporal tion visual cortex