The Brain that Changes Itself: Stories of Personal Triumph from the Frontiers of Brain Science
Shows how the adult brain keeps reorganizing itself through use, focused attention and imagination. It also shows how that lets people recover from strokes, strengthen weak skills, ease obsessive worry and protect their minds with age.

Table of Content
1. Introduction
1 min 00 sec
Most people treat the adult brain as finished equipment that can only wear out. Yet a woman who had lost her balance for five years got it back by learning to read signals through her tongue. In The Brain that Changes Itself, psychiatrist and psychoanalyst Norman Doidge collects cases like hers from the patients and scientists who showed that the brain keeps rebuilding itself for life. The name for this is neuroplasticity: nerve cells and their connections reorganize in response to thought and activity.
Doidge’s argument is that what you repeatedly do, attend to and even imagine reshapes the physical brain. That puts stroke damage, stubborn weaknesses, looping worries and aging within reach of targeted practice. You will meet a surgeon who returned to tennis, a woman who taught herself to read a clock and piano learners who practiced only in their heads. Most of them leave behind a method you can borrow.
2. The skills you use claim more brain space
1 min 31 sec
For decades, scientists pictured the adult brain as a map drawn once and for all. A monkey experiment showed its borders moving within months, and it reveals what happens to the abilities you stop using.
3. A damaged brain can find another road
1 min 39 sec
One woman felt the floor tilt under her every time she stood, for five years. Another lives with half a brain. Both reveal backup plans the brain keeps in reserve, and what it takes to switch them on.
4. Drill a weak mental skill until it grows
1 min 39 sec
A woman with a superb memory could not make sense of a clock face or hold a sentence in her head. The exercise she invented for herself turned that weakness around, and its design is easy to copy.
5. Restrain the strong arm to revive the weak one
1 min 44 sec
After a stroke, a surgeon could not get a spoon to his mouth with his left hand. Part of what held him back was a habit his nervous system had learned, and habits can be unlearned.
6. Practice in your head and gain real strength
1 min 56 sec
Some volunteers learned a piano sequence while only imagining it, and others got stronger fingers without moving them. A simple box with a mirror goes further still, reaching pain that has no source in the body.
7. Switch off a stuck worry by refocusing
1 min 56 sec
Everyone knows the itch that something is wrong. For some people it never fades, even after the problem is fixed, and brain scans show why. The remedy does not involve arguing with the worry at all.
8. Rewrite the early wiring of love in adulthood
1 min 50 sec
A man spent 40 years unable to get close to a woman because of a loss from early childhood. What finally changed it was an idea Freud worked with long before anyone could scan a brain.
9. Keep an aging brain growing with hard new skills
1 min 42 sec
Science once taught that we lose irreplaceable brain cells by the million as the years pass. Some of those cells turn out never to age, and the activities you choose each week affect what they do.
10. Conclusion
1 min 06 sec
The brain in Doidge’s stories behaves less like a finished machine than like a city that redraws its streets to follow the traffic. Idle routes get absorbed, hidden ones open when a main road closes, and the busiest routes, whether movements, worries or desires, grow widest. This works in both directions. The mechanism that returned Dr. Bernstein to the tennis court can also deepen a compulsion, and the dopamine that rewards a new habit can lock in an unwanted appetite.
So the useful question changes from what kind of brain you have to what you keep feeding it. When a skill seems beyond you, turn it into a fast drill with instant feedback, as Barbara Arrowsmith Young did with her shuffled clock cards. When a worry loops, hand your attention to something absorbing, ideally shared with another person. And as the years add up, pick something hard and new over something comfortable.
Benjamin Franklin was 78 when he invented bifocals. His brain was still under construction, and so is yours.
About this book
What is this book about?
For a long time, science taught that the adult brain was fixed: once formed, it could only lose ground. Norman Doidge, a psychiatrist and psychoanalyst, gathers the cases and experiments that overturned that view. At their center is neuroplasticity, the brain's ability to rewire itself through thought and activity. The stories are vivid. A woman with no sense of balance relearns it through her tongue. After a stroke took away the function of one of his hands, a surgeon who operated on eyes ends up playing tennis three times a week. A woman who could not read a clock trains herself to read one faster than most people. Volunteers build piano skill and finger strength by imagination alone, and an amputee's phantom pain disappears in front of a mirror. From these cases, Doidge draws practical lessons. Brain regions compete for space, so what you use grows and what you neglect is taken over. Focused, repeated practice can rebuild lost function, and redirecting attention can weaken obsessive worry. Early patterns in love can be rewritten, and challenging new learning plus exercise help keep an aging brain growing.
Book Information
Who it's for
Recovering patients and families
People recovering from a stroke or injury, and the families supporting them, who want to understand how function returns.
Professionals hoping to improve
Professionals convinced a weak skill is permanent who want a way to train it.
Concerned about brain aging
Older learners and anyone worried about dementia who want activities that keep the brain growing.
About the Author
Norman Doidge
Norman Doidge is a psychiatrist and psychoanalyst with an M.D., as well as a researcher, essayist and poet from Toronto, Canada. He is on the research faculty of the Center for Psychoanalytic Training and Research at Columbia University in New York, and of the psychiatry department of the University of Toronto. A New York Times bestselling author, he also wrote The Brain's Way of Healing. His work has appeared in TIME, The Guardian and The Wall Street Journal.
Ratings & Reviews
Ratings at a glance
What people think
Listeners find this work to be very approachable and full of knowledge, offering excellent revelations regarding the brain's regenerative power and plasticity. The prose is relatable and straightforward, which helps clarify complicated topics, and the chapters are loaded with compelling stories about real individuals. Listeners find themselves intellectually captivated by the information, which presents a hopeful outlook for those with brain injuries; one listener even remarks that it works well alongside "The Brain's Way of Healing."
Top reviews
Wow. Doidge presents a revolutionary look at how our minds can literally rewire themselves, moving past the old idea that the brain is a fixed machine. I was particularly moved by the case studies of stroke victims regaining their lives through sheer persistence and the 'use it or lose it' principle. It’s written with a down-to-earth tone that makes heavy neuroscience feel like a page-turner. While some of the clinical descriptions are intense, the overall message of hope is undeniable. This is a must-read for anyone interested in the human capacity for change. The chapter on the lady who felt like she was constantly falling was both terrifying and enlightening. It truly makes you appreciate the delicate balance of our internal wiring and the potential to fix what we once thought was broken forever.
Show morePicked this up after a friend recommended it for my aging father, and I ended up finishing it before him. The way Norman Doidge translates complex medical jargon into plain English is a real gift. I was intellectually enthralled by the idea that we can literally think ourselves smarter by challenging our brains with new tasks. The case of the woman born with only half a brain who managed to function normally was mind-blowing. It really drives home the point that our neural pathways are not set in stone. The book acts as a great companion to 'The Brain's Way of Healing' and provides a lot of practical hope. It’s not just a science book; it’s a testament to the resilience of the human spirit and the amazing organ inside our skulls.
Show moreAfter hearing about neuroplasticity for years, I finally dove into the source text. I wasn't disappointed. Doidge's writing is incredibly accessible, making the brain's regenerative qualities feel like a superpower we all possess. The story of the man who retrained his brain after a massive stroke by crawling on the floor for a year was incredibly moving. It’s these kinds of real-world examples that make the science stick. The book really challenges the notion that we are victims of our biology. Instead, it suggests we are the architects of our own neural architecture. Whether it's curing phantom limb pain or treating learning disabilities, the implications of this research are staggering. I came away feeling empowered and much more aware of how I spend my mental energy.
Show moreFinally got around to reading this classic! It’s easy to see why it’s so highly recommended. The book is intellectually enthralling from start to finish, particularly the chapters on how the brain maps sensory information. Doidge has a knack for taking complex concepts like 'synaptic pruning' and making them understandable for the average person. I was especially interested in the section on how mental exercise can ward off Alzheimer's—it’s a great reminder that our brains need a workout just as much as our bodies do. While the book is nearly two decades old now, the foundational ideas still feel fresh and relevant. It’s an optimistic, insightful read that provides a lot of hope for the future of brain health and human potential.
Show moreThis book provides a compelling argument against the old-school doctrine of 'localizationism.' Doidge explains how the brain is actually dynamic, constantly reallocating its neuronal real estate based on our activities. I found the section on phantom limbs particularly fascinating, especially the 'magic' mirror box treatment that relieves chronic pain. However, I’ve got to say, some of the author’s tangents felt a bit dated. His take on 'sexual perversions' and the influence of pornography seemed more like personal moralizing than hard science. To be fair, the book was written in 2007, so maybe some of that perspective is a product of its time. Despite those occasional uncomfortable moments, the core science regarding neuroplasticity is incredibly well-presented and accessible to a general audience.
Show moreAs someone who works in rehabilitation, I found the descriptions of 'Constraint-Induced Movement Therapy' for stroke survivors to be the highlight of the book. Doidge does a fantastic job of showing how 'unlearning' is often the hardest part of recovery because old habits have deep roots in our brain maps. The narrative is engaging, though I'll admit some of the chapters felt a bit repetitive in their 'miracle cure' tone. Frankly, I would have liked to see more double-blind studies cited rather than just individual success stories, which can sometimes be statistical outliers. Still, the central message—that the brain is a living, changing organ rather than a static computer—is essential reading for healthcare professionals and patients alike.
Show moreNot exactly a light beach read, but surprisingly easy to digest given the subject matter. The focus on how the brain deals with learning and changing multiple skills is the big takeaway here. I was fascinated by the idea that our brain functions are constantly 'fighting' for space. It makes sense that if you stop practicing a skill, your brain reclaims that territory for something else. My only real gripe is that some of the claims regarding certain software programs like Fast ForWord seemed a little too good to be true, and a quick search reveals they aren't universally acclaimed. Regardless, the book is packed with fascinating anecdotes and provides a great framework for understanding why habits are so hard to break. It’s definitely worth a read for the intellectual curiosity alone.
Show moreThe truth is, I expected a dry textbook, but what I got was a collection of inspiring stories that happen to be backed by neuroscience. The concept of the brain being 'plastic' is a game-changer for anyone dealing with chronic issues or just looking to stay sharp as they age. I particularly liked the explanation of how we can develop new habits by consciously bypassing old, entrenched circuits—essentially a DIY brain rewire. To be fair, the author’s tone can be a bit judgmental in the later chapters, and the animal testing details were hard to stomach. But if you can look past those flaws, the information is gold. It’s a very informative look at how we can preserve our cognitive health through lifelong learning.
Show moreEver wonder if your brain is stuck in its ways once you hit thirty? This book says a resounding 'no,' but the delivery is a bit of a mixed bag. The science of neuroplasticity is handled well, and the 'use it or lose it' mantra is a great motivator to keep learning. However, Doidge isn't exactly Oliver Sacks; he lacks that deep, warm humanism that makes Sacks' case histories so transcendent. Parts of this felt like a distant clinical report, and the chapter on OCD felt too brief compared to the long-winded sections on Freud and psychoanalysis. I also found the author’s lack of neutrality regarding certain lifestyle choices a bit jarring. It’s an informative read for sure, but be ready to sift through some personal bias to get to the good stuff.
Show moreI have seriously mixed feelings about this one. On one hand, the concept of brain plasticity is utterly gripping and the stories of recovery are undeniably powerful. On the other hand, I found the descriptions of animal experiments—like sewing a kitten's eye shut or deafferenting a monkey’s limbs—to be stomach-turning and presented with a cold, clinical detachment that lacked any ethical reflection. Furthermore, Doidge's foray into psychoanalysis and his judgmental views on 'sexual perversion' felt like a sharp departure from objective science. He seems to suggest that any brain not wired 'normally' needs to be fixed, which is a bit of a narrow-minded approach to human diversity. If you choose to read this, do so with a healthy dose of skepticism and be prepared for some very troubling passages.
Show moreQuestions about this book
What is the main idea of The Brain that Changes Itself?
Norman Doidge argues that the adult brain is not fixed. Through neuroplasticity, it keeps reorganizing its structure and function in response to what we do, attend to and imagine. He supports this with cases ranging from a woman who regained her balance through a device on her tongue to stroke patients, people with OCD and amputees with phantom pain. From them he draws lessons for recovery, learning and healthy aging.
What is learned nonuse in The Brain that Changes Itself?
Learned nonuse is Edward Taub’s term for what happens after an injury. For two to six months, a period called spinal shock, neurons struggle to fire, and the animal learns to stop using the affected limb. Taub believed stroke patients fall into the same trap. His constraint-induced therapy restrains the healthy limb and forces the injured one to move, which took eye surgeon Dr. Bernstein from failing to lift a spoon to playing tennis.
Can you really get stronger by imagining exercise?
The book reports that you can, to a degree. In a study by Guang Yue and Kelly Cole, people who did finger contractions for four weeks gained 30 percent in strength, while those who only imagined the exercise gained 22 percent. Alvaro Pascual-Leone found something similar with piano: people who only imagined playing a sequence developed brain maps and skill comparable to those who practiced on the keys.
What does the book say about overcoming OCD?
Drawing on brain scans by UCLA psychiatrist Jeffrey M. Schwartz, the book links OCD to the caudate nucleus, the region that normally shuts off worry once a problem is fixed. The suggested approach is to shift attention deliberately to another activity when the worry hits, such as helping someone, playing an instrument or listening to an audiobook. Repeated, the new rewarding circuit competes with the worry circuit until the stronger one remains.
How can I keep my brain healthy as I get older?
Doidge points to two habits. Learning new things in new settings, rather than repeating skills you already have, increases the number of neurons in the hippocampus. Physical exercise extends their life and brings oxygen to the brain. He recommends activities that demand concentration, such as a musical instrument, reading, dancing, a new language or Tai Chi, which make Alzheimer’s disease and dementia less likely.
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