Journal of

This study aimed at investigating the relationship between brain-behavioral systems, alexithymia and
somatoform disorder symptoms in students. Statistical population of this study included all female students of Razi University, Kermanshah in the academic year 2012-2013; of this population 500 female students were selected as the sample of the study by random stratified sampling. The tools that were used in this study were somatoform symptom questionnaire (SOMS), brain /behavioral systems
(BAS/BIS) scale & alexithymia (FTAS-20). Data analysis showed that there was a positive and significant relationship between alexithymia, brainbehavioral systems and somatoform disorder symptoms. Furthermore, alexithymia and brainbehavioral systems had the ability of predicting somatoform disorder symptoms. Based on the findings of this study, those having higher behavioral inhibition and having a problem in identifying the feelings experience somatoform disorder symptoms more intensely.

The aim of this study was to examine role of night sleep and wake on processing reconsolidation based enhancement and stabilization in explicit motor memory. The population of present research was female students in human science fields of Azad University. The statistical sample of this study was 80 right-handed female students. Participation randomly divided into four groups. This research consisted of two phases of acquisition and retention. Alternating serial reaction time task and choosing RT software were used for this research. Results showed that in recall phase, the epoch main effect, group main effect and interactive effect were significant (p<0.05). All groups, in retention test, showed the better performance than acquisition phase. Practice in group with 12h recall + interference after night sleep lead to decrease the reaction time than other groups and this group occurred processing reconsolidation based
Enhancement and stabilization. In group 12h recall with wake only occurred processing reconsolidation based Enhancement and no occur reconsolidation based stabilization (p<0.05). In Our Results indicated that make offline period after sleep of night phase could be facilitated the explicit motor memory reconsolidation.