These studies showed researchers that there were differences between the normal readers and dyslexics. Marked differences in the symmetry, laterality, gray matter volume, and stability of white matter were seen in the two groups (Stoodley and Stein, 2012). The cerebellum is a major part of our thought process. As such, of all our neurons in the brain half are found in the cerebellum and a key part of the central nervous system. Continual repeating of the circuitry of the cerebellar cortex, as well as other parts of the cerebellum are in that way connected to the various regions of the cerebral cortex, giving us a topography of the cerebellum. While considering the behavioral aspects of the cerebellar tasks in developmental dyslexia has mainly looked toward motor tasks such as postural stability. There is not a clear link to motor control for dyslexics. It is for this reason that cerebellar functional topography is the most useful tool for gathering further information in the reading and dyslexia
These studies showed researchers that there were differences between the normal readers and dyslexics. Marked differences in the symmetry, laterality, gray matter volume, and stability of white matter were seen in the two groups (Stoodley and Stein, 2012). The cerebellum is a major part of our thought process. As such, of all our neurons in the brain half are found in the cerebellum and a key part of the central nervous system. Continual repeating of the circuitry of the cerebellar cortex, as well as other parts of the cerebellum are in that way connected to the various regions of the cerebral cortex, giving us a topography of the cerebellum. While considering the behavioral aspects of the cerebellar tasks in developmental dyslexia has mainly looked toward motor tasks such as postural stability. There is not a clear link to motor control for dyslexics. It is for this reason that cerebellar functional topography is the most useful tool for gathering further information in the reading and dyslexia