Question

When compared to normal non-autistic controls, those with autism spectrum disorder have been found to have smaller minicolumns in the cerebral cortex. related to information processing, smaller minicolumns ____.??

Answer 1

Those with autism spectrum disorder have smaller minicolumns in the cerebral cortex, which can affect information processing.

Step-by-step explanation:

In individuals with autism spectrum disorder (ASD), smaller minicolumns have been found in the cerebral cortex compared to normal non-autistic controls. Minicolumns are the functional units in the cortex that process information. Smaller minicolumns in the cerebral cortex can affect information processing and may contribute to the cognitive and sensory differences observed in individuals with ASD.

For example, areas of the cortex that process signals from skin with fewer sensory receptors are likely to be smaller than those processing signals from skin with large numbers of sensory receptors. This relationship between minicolumn size and the processing of sensory information underscores the importance of minicolumns in information processing and may help explain some of the sensory sensitivities experienced by individuals with ASD.

Answer 2

Analysis has resolute that minicolumns in the brains of autistic individuals tend to be smaller in size although with the same total number of cells per column. Autistic brains be likely to be larger than average, the effects specify that autistic also have a developed number of mini columns. The neurons in these individual mini columns tends to be reduces in size. Smaller mini columns would skew data processing in service of signal and possibly enhancing the capability to practice stimuli that require discrimination but also potentially at the expense of generalizing the silence of a particular stimulus. Reduced and tightly packed mini columns could also allow for more complex information processing.