Neuroplasticity and the 10 principles for remodeling our brain

Neuroplasticity, also known as Brain Plasticity, is the ability of our brains to change throughout our life time. We can straighten our synapses, grow our grey matter or even transfer brain location for a given function. Although is was commonly believed our brain would grow and develop during our early stages of childhood, later research have proven the adult brain is still capable of plasticity. 

The subject has became a true buzzword in psychology, and scientific circles as of late with the promise of “re-wiring” our brains, which could potentially be used to improve our quality of life, while tackling our health and well-being. But do we know how this phenomena actually shows up on our day to day life?

The phenomena of Neuroplasticity happens whenever our brain is working to retain a new skill or understand large pieces of information, such as learning to play a new instrument or mastering a new language. During this process the brain grows to become more resilient and enables individuals to overcome illnesses like stroke, or disabilities like ADD and ADHD.

There is still a lot to learn about this theme on a scientific level, but in the book “Soft-Wired: How the New Science of Brain Plasticity Can Change Your Life”, Dr. Michael Merzernich list the following 10 principles for remodelling our brain:


1. Change is mostly limited to  those situations in which the brain is in the mood for it. If you are alert, on the ball, engaged, motivated, ready for action, the brain releases the neurochemicals necessary to enable brain change. When disengaged, inattentive, distracted, or doing something without thinking that requires no real effort, your neuroplastic switches are “off.”

2. The harder you try, the more you’re motivated, the more alert you are, and the better (or worse)  the potential outcome, the bigger the brain change. If you’re intensely focused on the task and really trying to master something for an important reason, the change experienced will be greater.

3. What actually changes in the brain are the strengths of the connections of neurons that are engaged together, moment by moment, in time. The more something is practiced, the more connections are changed and made to include all elements of the experience (sensory info, movement, cognitive patterns). You can think of it like a “master controller” being formed for that particular behavior, which allows it to be performed with remarkable facility and reliability over time.

4. Learning-driven changes in connections increase cell-to cell cooperation, which is crucial for increasing reliability. Merzenich explains this by asking you to imagine the sound of a football stadium full of fans all clapping at random versus the same people clapping in unison. He explains, “The more powerfully coordinated your [nerve cell] teams are, the more powerful and more reliable their behavioral productions.”

5. The brain also strengthens its connections between teams of neurons representing separate moments of successive things that reliably occur in serial time. This allows your brain to predict what happens next and have a continuous “associative flow.” Without this ability, your stream of consciousness would be reduced to “a series of separate, stagnating puddles,” explains Merzenich.

6. Initial changes are temporary. Your brain first records the change, then determines whether it should make the change permanent or not. It only becomes permanent if your brain judges the experience to be fascinating or novel enough or if the behavioral outcome is important, good or bad.

7. The brain is changed by internal mental rehearsal in the same ways and involving precisely the same processes that control changes achieved through interactions with the external world. According to Merzenich, “You don’t have to move an inch to drive positive plastic change in your brain. Your internal representations of things recalled from memory work just fine for progressive brain plasticity-based learning.”

8. Memory guides and controls most learning. As you learn a new skill, your brain takes note of and remembers the good attempts, while discarding the not-so-good trys. Then, it recalls the last good pass, makes incremental adjustments, and progressively improves.

9. Every movement of learning provides a moment of opportunity for the brain to stabilize — and reduce the disruptive power of — potentially interfering backgrounds or “noise.” Each time your brain strengthens a connection to advance your mastery of a skill, it also weakens other connections of neurons that weren’t used at that precise moment. This negative plastic brain change erases some of the irrelevant or interfering activity in the brain.

10. Brain plasticity is a two-way street; it is just as easy to generate negative changes as it is positive ones. You have a “use it or lose it” brain. It’s almost as easy to drive changes that impair memory and physical and mental abilities as it is to improve these things. Merzenich says that older people are absolute masters at encouraging plastic brain change in the wrong direction.