Influence of XXXX in  @entity10931 .

@entity1 @entity10931 @entity308 @entity2730
INTRODUCTION: Recent studies have shown that @entity1 with @entity10931 ( @entity10931 ) experience a @entity308 mood during the episode. However, little evidence has been found of possible mood congruency effects on memory, which are probably masked by the massive anterograde @entity2730 . An implicit assessment could provide a means of settling this question. METHODS: First, we measured @entity1 ' emotional states on psychopathological scales. Second, we administered a lexical decision task to assess three priming effects: Semantic priming (SP; table-chair), emotional priming (EP; murder-garbage), and emotional plus semantic priming (ESP; cemetery-coffin). RESULTS: @entity1 displayed a more depressed mood than controls. For @entity1 , we found a SP effect in the ESP condition and a striking inhibition effect (i.e., negative target recognized more slowly when preceded by a negative prime rather than a neutral one) in the EP condition. For controls, a priming effect was found in the SP and ESP conditions, but not the EP condition. Finally, whereas the priming effect was greater in SP than in the other two conditions for controls, for @entity1 it was the EP condition that stood out from the other two, being the only condition that led to an inhibition effect. CONCLUSIONS: We highlighted a mood congruency effect in @entity10931 which could impel @entity1 to focus their attention on negative information. While the negative valence of items always led to a slowdown in reaction times for both @entity1 and controls, attesting to a negativity bias, this bias was greater in @entity1 , leading to an inhibition effect.
