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The Brain That Changes Itself: Stories of Personal Triumph from the Frontiers of Brain Science (James H. Silberman Books) | 
| Author: Norman Doidge
Publisher: Penguin (Non-Classics)
Category: Book
List Price: $16.00
Buy New: $9.20
You Save: $6.80 (42%)
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Avg. Customer Rating:  58 reviews
Sales Rank: 250
Media: Paperback
Edition: 1
Number Of Items: 1
Pages: 448
Shipping Weight (lbs): 0.9
Dimensions (in): 8.4 x 5.4 x 1.2
ISBN: 0143113100
Dewey Decimal Number: 612.8
EAN: 9780143113102
ASIN: 0143113100
Publication Date: December 18, 2007
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Product Description
An astonishing new science called neuroplasticity is overthrowing the centuries-old notion that the human brain is immutable. In this revolutionary look at the brain, psychiatrist and psychoanalyst Norman Doidge, M.D., provides an introduction to both the brilliant scientists championing neuroplasticity and the people whose lives theyve transformed. From stroke patients learning to speak again to the remarkable case of a woman born with half a brain that rewired itself to work as a whole, The Brain That Changes Itself will permanently alter the way we look at our brains, human nature, and human potential.
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| Customer Reviews: Read 53 more reviews...
deserves the rave reviews May 15, 2008
as someone who has done signicant repairs to my own brain functioning i can relate to several of the stories in this book.
The Resurrection of Sigmund Freud May 9, 2008
7 out of 7 found this review helpful
The history of Sigmund Freud's approach to the mechanisms of the mind has exhibited some tumultuous changes over the past century. Norman Doidge reminds us that Freud developed a thesis about the mind's plasticity over time. Freud's psychotherapy - irrespective of some questionable methods - was designed to allow the mind to search within itself and change outward behaviour by identifying memories hidden or repressed. However, after Freud, researchers using diagnoses of stroke or brain-injury victims, "mapped" areas in the brain for function. The first of these was the speech-producing region now named Broca's Area, after Paul Broca, its discoverer in the mid-19th century. Brain modularity, or "localization" as Doidge deems it, became the norm in brain research for decades following Broca. In this fine account of the history or recent brain studies, Doidge addresses a new concept being used to both treat and train - brain "plasticity".
Rewiring of the brain isn't a new concept. Among the more famous examples of how the brain reacts to challenges from the rest of the body is the concept known as "phantom limbs". Patients suffering amputations have complained of itchiness or pain seeming to emanate from the lost limb. V.S. Ramachandran and his colleagues have described this phenomenon in detail. "Rama" is but one of the researchers Doidge parades in a receiving line of innovative cognitive specialists. One of his more noteworthy is Michael Merzenich, who Doidge declares is the "world's leading researcher in brain plasticity". Merzenich followed the work of Wilder Penfield at McGill University in Montreal. Penfield used electrical probes to map the regions of the brain to identify which areas produced specific reactions. Penfield's work reinforced the consensus regarding "localization". Doidge goes so far as to deem neuroscience as long dominated by "localizationism" - a form of dogma. Merzenich, on the other hand used more refined equipment than available to Penfield, has made vast strides with closer detail. His work also demonstrated that "lost areas" in the brain have their duties taken up in other regions. The brain, he demonstrated, can "re-wire" itself - and in more than one way. The brain, then, isn't dominated by genetically assigned "localizations". It's "plastic" and able to change, through training or even using its own resources. In a sense, Freud's original concept has been vindicated by recent research.
Doidge follows the work of dozens of researchers who have revealed examples of this re-mapping activity. They investigate how stroke patients can learn to use limbs rendered unresponsive. The treatment seems bizarre - restrain the good limb so it will not replace the useless one. In a short time, the unresponsive limb begins to respond as the brain is forced to seek new pathways. Patient recovery has been almost spectacular, according to Doidge. He stresses that the theme is "use it or lose it" throughout the book, but is especially true in stroke victims. Where traditional therapy enhanced the capabilities of the working limb, brain plasticity demonstrates that recovering use of an affected limb should be favoured. This new therapy can be successfully applied months, or even years, after the stroke event. In this author's hands, these accounts read like a script for a car-salesman sitcom. He may be correct in his views, but nothing in brain sciences is entirely positive, as history has demonstrated.
There's more than just therapy in brain plasticity achievements. In Asia, particularly Japan, babies are born with ability to form the sound for the letter "L". Since Japanese doesn't contain any words with that sound, children lose the capacity to pronounce it. A new programme, using slowly sounded words can actually recover the pronunciation in immigrants to North America. The technique is an indicator of what Doidge refers to as "plasticity competition". Although the brain appears to re-route signals throughout the brain simply during daily use, there is also the possibility of patterns settling in and resisting change. Doidge refers to this as the "plastic paradox", and sees it as the way habits are formed and retained - even against good sense.
While Doidge has provided a comprehensive look at how recent research has overthrown the notion of "one area - one behaviour", there are numerous questions remaining. How does the mechanism work? What triggers neurons to reach out to make new connections? Is anything already in place displaced, or are idle synapses or dendrites now put to work? Does the old notion of our using "only 10 per cent. of our brain" - an cliche long dismissed by neuroscientists - have some validity, after all? Although two Appendices enlarge greatly on this overview - one on culture and another on "Progress", brain mechanics in this process remain obscure. This shortcoming requires vast amounts of further research but in no way diminishes Doidge's accomplishment. This book will remain a major element in the history of brain studies for some time. Written for any reader who has a brain, the author deserves the fullest praise for his accomplishment. The five stars is given a bit grudgingly, but this book requires the widest exposure possible. [stephen a. haines - Ottawa, Canada]
The Brain That Changes Itself review May 8, 2008
0 out of 1 found this review helpful
I can't praise this book enough! I highly recommend it. I'm just sorry all of this research got started so late.
The Brain that Changes Itself... May 5, 2008
This is an excellent book that gives you hope, not only through real experiences but through the new brain research developments. It is easy to understand and read. At first I thought it was just going to be about case studies but the author gives you research based information in laymen's terms so it's easy to follow and understand. It gives you hope that today brain injury is not the end of the world.
Love this book.
Plasticity at it's finest. April 29, 2008
This book is a must have for anyone interested in real effective self change. Beautifully written with a style and an ease unmatched by other books of the same subject. Doidge re-introduces the concept of brain plasticity and furthur validates it's benefits to individuals as well as medical communities through the explanations of current research and pivitol case studies. BUY THIS BOOK.
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