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Showing 2 results for Shahgholian

Fatemeh Sotudenia, Mohammad Hosein Abdollahi, Mahnaz Shahgholian,
Volume 2, Issue 2 (9-2014)
Abstract

This study aimed to assess cognitive fatigue in M.S disease and non-disease based on attributional style. First, 40 patients were selected among Women members of the MS Society of Esfahan City according to scores obtained in attribution style questionnair. Then a control group of 40 women without M.S who were matched to disease in scores of attribution style and the characteristics of age, education and marital status were selected. Subjects in 8 groups (4 control, 4 experiment) 10 patients each were assigned. This has some stage. First, subjects in the control and experiment group were facing with controllable and uncontrollable problems followed up in the second, the groups solved Anagram problems. Data were analyzed by the analysis of variance and Tukey test. The results indicated the groups are differences in cognitive fatigue according to the attributional style and type of tasks. Patients has a positive attribution style were faced with unsolvable tasks showing less cognitive fatigue compared patients with negative attributional style. Also there was no difference between these with normal counterparts. M.S with negative attribution style in face with unsolvable tasks showed more cognitive fatigue compared patients with positive attributional style and solvable task.    


- Mahnaz Shahgholian,
Volume 5, Issue 3 (12-2017)
Abstract

The purpose of study was to determine the brain waves of subjects with impulsivity trait in performing cognitive task. 140 female students who completed the Revised Eysenck Personality Questionnaire, after control of the inclusion criteria, two groups of 20 people, including high impulsive (Imp+) and low impulsive (Imp-) were selected. The subjects in two  status: (a) resting (without doing the task); and (b) performing a cognitive task (Wisconsin test), taking EEG. The Results showed, when  performing a cognitive task, activity of the prefrontal, frontal, and temporal areas of both hemispheres increased significantly in Imp+. Alpha and Theta wave showed that during cognitive task, the activity of all regions of both hemispheres in Imp+ was greater than Imp-. About Beta wave, the results indicated that the left prefrontal, temporal and the right frontal was more activated  in Imp+ than the other group. The results emphasize to consider personality traits when examining the brain regional activity, as well as  investigate of the functional impulsivity and its differentiation with dysfunctional impulsivity .


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