He Siyu, Zhao Ruonan, Li Chieh, Hui Lihong, Dong Shubo, Xu Cai, Cui Lixia
Beijing Key Laboratory of Learning and Cognition and School of Psychology, Capital Normal University, Beijing, PR China.
Department of Applied Psychology, Northeastern University, Boston, MA, USA.
Biol Psychol. 2024 Oct;192:108863. doi: 10.1016/j.biopsycho.2024.108863. Epub 2024 Sep 11.
Individuals exhibiting high social anxiety (HSA) typically encounter challenges in identifying threatening stimuli with varying levels of intensity in different social scenes, ultimately affecting their social interactions. However, it is not well understood how social scenes, emotional intensity, and interaction influence the recognition of threat stimuli among HSA individuals (HSAs). To address this issue, a face recognition task was administered to 20 HSA participants and 22 individuals exhibiting low social anxiety (LSA) in this study. Results indicated that during the social scene presentation stage, HSAs produced larger P2 amplitude than LSA individuals (LSAs) no matter the valence of the scenes. During the face recognition stage, HSAs had smaller N170 amplitude than LSAs and exhibited lower recognition time for 2 % disgusted faces compared to LSAs. Furthermore, the consistency between scenes and faces led to faster recognition of disgusted faces in HSAs, but not in LSAs. Consequently, our findings suggested that HSAs exhibited unique cognitive processing patterns in social scenes, manifested by increased attention to scenes and decreased attention to faces. In addition, the emotional congruence between the scene and the faces could facilitate the recognition of faces by HSAs.
表现出高度社交焦虑(HSA)的个体通常在识别不同社交场景中强度各异的威胁性刺激时面临挑战,最终影响他们的社交互动。然而,社交场景、情绪强度和互动如何影响HSA个体(HSAs)对威胁刺激的识别,目前尚不清楚。为解决这一问题,本研究对20名HSA参与者和22名表现出低度社交焦虑(LSA)的个体进行了人脸识别任务。结果表明,在社交场景呈现阶段,无论场景的效价如何,HSA个体产生的P2波幅均大于LSA个体(LSAs)。在人脸识别阶段,HSA个体的Nl70波幅小于LSA个体,且与LSA个体相比,对2%的厌恶面孔的识别时间更短。此外,场景与面孔之间的一致性使得HSA个体对厌恶面孔的识别更快,但LSA个体并非如此。因此,我们的研究结果表明,HSA个体在社交场景中表现出独特的认知加工模式,表现为对场景的关注度增加而对面孔的关注度降低。此外,场景与面孔之间的情绪一致性可以促进HSA个体对面孔的识别。