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A burgeoning body of literature in pediatric neuropsychological assessment suggests executive functioning is the foundation of many procedural learning skills as mediated by cerebellar processing. Given the neuropsychological necessity of intact procedural learning ability for efficient academic learning, the accurate identification of what we have termed “procedural consolidation deficit” (PCD) may be an underpinning of mathematical learning disorder (MLD). Results suggest performance on procedural learning tasks significantly predict a classification of MLD.
Recently published in the Journal of Pediatric Neuropsychology!
Children with gifted intellects often earn lower scores on measures of processing speed than their nongifted counterparts. However, neuropsychological research indicates such a profile of scores is likely not due to a true innate neurocognitive processing speed deficit but is rather a statistical artifact resulting from the interference of common cognitive and behavioral idiosyncrasies inherent to giftedness, such as perfectionism and an aversion to completing paper and pencil tasks. The first aim of this study is to identify and explain the relative underperformance of children with gifted intellects on measures of processing speed. The second aim is to develop a neuropsychologically informed framework for clinically assessing processing speed in children with gifted intellects using alternative measures from the WISC–V. Clinical implications are discussed as they relate to the relative disabling effects of common gifted-related idiosyncrasies on the expression of their otherwise intact neuropsychological capabilities.
Recently published in the Roeper Review!
