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网络温度作为青少年抑郁症状稳定性的一个指标。

Network temperature as a metric of stability in depression symptoms across adolescence.

作者信息

Grimes Poppy Z, Murray Aja L, Smith Keith, Allegrini Andrea G, Piazza Giulia G, Larsson Henrik, Epskamp Sacha, Whalley Heather C, Kwong Alex S F

机构信息

Division of Psychiatry, Centre for Clinical Brain Sciences, University of Edinburgh, Edinburgh, UK.

Department of Psychology, University of Edinburgh, Edinburgh, UK.

出版信息

Nat Ment Health. 2025;3(5):548-557. doi: 10.1038/s44220-025-00415-5. Epub 2025 Apr 29.

Abstract

Depression is characterized by diverse symptom combinations that can be represented as dynamic networks. While previous research has focused on central symptoms for targeted interventions, less attention has been given to whole-network properties. Here we show that 'network temperature', a novel measure of psychological network stability, captures symptom alignment across adolescence-a critical period for depression onset. Network temperature reflects system stability, with higher values indicating less symptom alignment and greater variability. In three large longitudinal adolescent cohorts (total  = 35,901), we found that network temperature decreases across adolescence, with the steepest decline during early adolescence, particularly in males. This suggests that depression symptom networks stabilize throughout development via increased symptom alignment, potentially explaining why adolescence is a crucial period for depression onset. These findings highlight early adolescence as a key intervention window and underscore the importance of sex-specific and personalized interventions.

摘要

抑郁症的特征是多种症状组合,这些组合可表示为动态网络。虽然先前的研究集中于针对特定干预措施的核心症状,但对整个网络特性的关注较少。我们在此表明,“网络温度”是一种衡量心理网络稳定性的新指标,它能够捕捉青春期(抑郁症发病的关键时期)的症状一致性。网络温度反映系统稳定性,值越高表明症状一致性越低且变异性越大。在三个大型青少年纵向队列(总计35901人)中,我们发现网络温度在整个青春期会下降,在青春期早期下降最为明显,尤其是在男性中。这表明抑郁症症状网络通过增加症状一致性在整个发育过程中趋于稳定,这可能解释了为什么青春期是抑郁症发病的关键时期。这些发现突出了青春期早期作为关键干预窗口的重要性,并强调了针对性别和个性化干预的重要性。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/209c/12066352/1e8e2cb6d7c5/44220_2025_415_Fig1_HTML.jpg

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