Gifted or Learning Disabled

Gifted or learning disabled?   Can a child be both?

Inside the human brain are one hundred trillion connections most of which are still unmapped.  Mapping the human brain has been the domain of scientists except in the case of one extraordinary woman.   Barbara Young born with an asymmetrical brain made the discovery that allowed her to invent the treatment that transformed her life.     Today she runs the Arrowsmith School in Toronto where children with learning disabilities are literally building themselves a better brain.   Incredible as it sounds the human brain can change itself. 

Children at this school who were formerly taught using compensations are engaged in a form of mental olympics where exercises strengthen the weak areas of the brain as if it were a muscle.   After completing the program they are reintegrated into their public or private school at the appropriate grade level.

This astonishing discovery that the brain changes its own structure and function through thoughts and activity is called neuroplasticity.  The brain can change its own structure and perfect new circuits, when one part fails other parts take over.  Understanding neuroplasticity allows us to change the thinking that limitations and disabilities need not be lifelong handicaps.

Imagine the possibilities in applying this thinking for schools.  Rather than labeling children as learning disabled assessments like those used at the Arrowshmith School could be utilized to look for weak areas of the brain. Learning disabled and gifted do not have to be on opposite sides of the continuum.   The paradox is many children have both, creative talents alongside weak areas of the brain. 

Evidence like this will continue to improve society.  Scientists believe we will learn more about the human condition in the next two decades than was learned in the past millennia.  Developing evidence-based teaching will require a paradigm shift for schools.   Educators need to raise new questions, consider new possibilities, and to look at old problems from a new angle.   We all need to push harder for a system that can adapt and apply this new information.