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The brain is plastic and it can change its function to adapt to changing demands of various kinds. The brain can also re-organize and change its function to better utilize its resources when parts of the brain have been damaged through injuries and diseases. This means that the brain is not "hard wired" but can be reprogrammed when needed. This book describes different aspects of how the plasticity can become activated and how it can benefit the individual person.
This book provides in-depth coverage of many important aspects of neural plasticity and how it applies to trauma, including strokes and disorders of the central nervous system that affect memory and cognition. The book also discusses how neural plasticity is involved in aphasia, pain and tinnitus. The roles of neural plasticity in motor rehabilitation and in adaptation to prostheses such as cochlear and cochlear nucleus implants are also topics of the book.
* Provides in-depth coverage of many important aspects of neural plasticity and how it applies to trauma, including strokes and disorders of the central nervous system that affect memory and cognition
* Discusses how neural plasticity is involved in aphasia, pain and tinnitus
* Explains the roles of neural plasticity in motor rehabilitation and prosthesis such as cochlear and cochlear nucleus implants
Dr. Møller is currently the M.F. Jonsson Professor of Hearing, University of Texas at Dallas, the Callier Center for Communication Disorders. He was on the faculty of the University of Pittsburgh School of Medicine for 19 years, where he held positions as Research Professor of Otolaryngology and later of Neurological Surgery. From 1988 to 1997 he held the position of Professor of Neurological Surgery. He received his medical education at the Karolinska Institutet in Stockholm, Sweden, where he also held faculty positions for more than 10 years. Dr. Møller is founder and Editor-in-Chief of the international journal Hearing Research.
Key Phrases:
poststroke central pain, auditory memory scores, brain disuse, nonclassical auditory pathways, spinal cord plasticity, human umbilical cord blood cells, visual orienting task, cooling deactivation, adult auditory cortex, excitatory synaptogenesis, thalamic principal sensory nucleus, supraspinal plasticity, noisy processing, deaf cats, forepaw representation, hindpaw representation, deafened animals, spinal locomotion, cutaneous pathways, middle suprasylvian sulcus, chronic spinal rats, chronic spinalization, deaf animals, cat primary auditory cortex, bilateral deactivation
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