The Brain That Changes Itself by Norman Doidge — book cover
Editor's Pick beginner

The Brain That Changes Itself

by Norman Doidge · Penguin Books · 448 pages ·

4.5
Editors Reads Rating

Stories of personal triumph from the frontiers of brain science, revealing how the brain's lifelong capacity to change its own structure — neuroplasticity — offers hope for previously untreatable conditions.

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Editors Reads Verdict

Doidge's accessible survey of neuroplasticity research transformed public understanding of the brain's capacity for change. The patient stories are remarkable and the science is presented with unusual clarity.

4.5
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What We Loved

  • The case studies are extraordinary and vividly told
  • Made neuroplasticity accessible to millions of readers before it became widely known
  • Covers a remarkable range of conditions and applications
  • The implications for rehabilitation, education, and mental health are significant

Minor Drawbacks

  • Some claims are more speculative than the confident narrative tone suggests
  • The later chapters move into more contested territory
  • A psychiatrist's perspective occasionally crowds out neuroscience rigour

Key Takeaways

  • Neuroplasticity: the brain can reorganise itself by forming new neural connections throughout life
  • Use it or lose it — the brain constantly rewires based on what you actually do and think
  • Stroke recovery, learning disabilities, and obsessive-compulsive disorder have all been improved by neuroplasticity-based therapies
  • The sensory and motor areas of the cortex can be repurposed when their usual inputs are removed
  • Mental activities and imagined movements produce measurable structural changes in the brain
Book details for The Brain That Changes Itself
Author Norman Doidge
Publisher Penguin Books
Pages 448
Published March 15, 2007
Language English
Genre Science, Neuroscience, Psychology
Difficulty Beginner
Best For Anyone interested in the brain's capacity for change — patients, carers, educators, and anyone curious about the frontiers of neuroscience.

The Revolution in Brain Science

For most of the twentieth century, neuroscience operated under a fundamental assumption: the adult brain was essentially fixed. Neural circuits formed in childhood and adolescence and could not be substantially reorganised in adulthood. This assumption shaped every aspect of neurology and psychiatry — including the belief that many brain injuries and neurological conditions were permanent.

Norman Doidge’s The Brain That Changes Itself helped bring the revolution against this assumption to a general audience. Published in 2007, it presented the emerging science of neuroplasticity — the brain’s ability to reorganise its own structure and function throughout life — through a series of remarkable case studies.

The Cases

The book’s power comes from its patients. Cheryl Schiltz, who lost her sense of balance due to damage to her vestibular system, found partial recovery through a device that translated balance information to her tongue. Michael Merzenich, the neuroscientist who provided the scientific foundation for much of the book, demonstrated that the brain’s sensory maps could be reorganised through intensive training. A woman born with only half a brain had rewired her remaining hemisphere to compensate for the missing half.

Each case study documents the brain’s extraordinary capacity for structural change in response to experience, injury, and therapeutic intervention — demonstrating that the fixed brain assumption was not just wrong but had been causing patients unnecessary suffering.

The Science of Neuroplasticity

Doidge explains the key mechanisms behind neuroplasticity: Hebb’s rule (“neurons that fire together wire together”), the role of attention in directing cortical reorganisation, and the competitive nature of the brain’s representational maps. Brain areas that receive more input expand; those that receive less shrink. This principle operates continuously throughout life.

The implications for education, rehabilitation, mental health treatment, and healthy ageing are significant. The brain that is actively used and challenged retains plasticity and function; the brain that is not used reorganises itself around the activities that do occur.

Applications and Cautions

Doidge covers applications including chronic pain treatment, stroke rehabilitation, learning disabilities, and obsessive-compulsive disorder. Some of these applications are well-established; others were more speculative at the time of writing. Readers should note that the field has developed substantially since 2007, with some early claims refined or qualified.

Final Verdict

The Brain That Changes Itself is one of the most hopeful science books ever written. Its core message — that the brain can change — has been broadly validated and has given real hope to patients with conditions previously considered permanent.

Our rating: 4.5/5 — A landmark work in popular neuroscience. The cases are extraordinary and the science, though occasionally overstated, is genuinely important.

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