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Basic Research Articles

Trauma exposure interacts with impulsivity in predicting emotion regulation and depressive mood

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Article: 24104 | Received 17 Feb 2014, Accepted 05 Sep 2014, Published online: 29 Sep 2014

Figures & data

Table 1 Absolute frequency of trauma endorsed by PDS-F traumatic event [n of respondents (% with reference to the whole sample)]

Fig. 1 Trauma and impulsivity predicting emotion regulation, and mediation by emotion regulation for predicting depressive mood; χ2(6)=7.049, p=0.3164; RMSEA [90% confidence interval]=0.043 [0; 0.147] CFI=0.986; TLI=0.957; N=93. Bold arrows indicate significant standardized regression coefficients (p<0.05). Normal arrows indicate non-significant standardized regression coefficients.

Fig. 1 Trauma and impulsivity predicting emotion regulation, and mediation by emotion regulation for predicting depressive mood; χ2(6)=7.049, p=0.3164; RMSEA [90% confidence interval]=0.043 [0; 0.147] CFI=0.986; TLI=0.957; N=93. Bold arrows indicate significant standardized regression coefficients (p<0.05). Normal arrows indicate non-significant standardized regression coefficients.

Table 2 Cronbach's α, means, standard deviations, and Pearson correlations for trauma, UPPS impulsivity facets, emotion regulation, and depressive mood

Fig. 2 Interaction effect between trauma and urgency on appropriate emotion regulation (ER) strategies.

Fig. 2 Interaction effect between trauma and urgency on appropriate emotion regulation (ER) strategies.

Fig. 3 Interaction effect between trauma and lack of perseverance on appropriate emotion regulation (ER) strategies.

Fig. 3 Interaction effect between trauma and lack of perseverance on appropriate emotion regulation (ER) strategies.
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