The Impact of Frontal and Non-frontal Brain Tumor Lesions on Wisconsin Card Sorting Test Performance
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Several lesion and imaging studies have suggested that the Wisconsin Card Sorting Test (WCST) is a measure of executive dysfunction. However, some studies have reported that this measure has poor anatomical specificity because patients with either frontal or non-frontal focal lesions exhibit similar performance. This study examined 25 frontal, 20 non-frontal low-grade brain tumor patients, and 63 normal controls (NC) on the WCST. The frontal patients were also assigned to either a left frontal (n=10) group or a right frontal group (n=15) and compared with the non-frontal group and NC. It was hypothesized that the frontal brain tumor patients would display greater deficits on categories achieved and a higher number of perseverative errors than non-frontal brain tumor patients on the WCST. Finally, it was predicted that right frontal brain tumors would result in greater executive functioning deficits than left frontal or non-frontal brain tumors. Results indicated that the left frontal group achieved the fewest categories and committed the most perseverative errors compared to the other patient and normal control groups. In addition, the left frontal group committed significantly more perseverative errors than the right frontal group. These results suggest that the WCST is sensitive to the effects of low-grade brain tumors on executive functioning.
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Radiation-Induced Cerebro-Ophthalmic Effects in Humans.
Loganovsky K, Marazziti D, Fedirko P, Kuts K, Antypchuk K, Perchuk I Life (Basel). 2020; 10(4).
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Ziaei M, Togha M, Rahimian E, Persson J Basic Clin Neurosci. 2019; 10(1):37-48.
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