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神经质得到解释了?从日常生活中非信息性的易损性标志到信息性的人与情境的相互作用。

Neuroticism explained? From a non-informative vulnerability marker to informative person-context interactions in the realm of daily life.

机构信息

Department of Psychiatry and Neuropsychology, South Limburg Mental Health Research and Teaching Network, EURON, Maastricht University, The Netherlands.

出版信息

Br J Clin Psychol. 2011 Mar;50(1):19-32. doi: 10.1348/014466510X491397.

Abstract

OBJECTIVES

Despite the well-replicated finding that neuroticism is associated with increased susceptibility for psychopathology, it remains unclear what 'vulnerability as indexed by neuroticism' represents in terms of everyday life emotional processes. This study examined the association between neuroticism and six phenotypes of daily life emotional responses: positive affect (PA), negative affect (NA), PA variability, NA variability, stress sensitivity, and reward experience, and investigated the contribution of genetic and environmental factors to these associations.

DESIGN

A prospective cohort study in a population-based sample of 416 adult female twins.

METHOD

A momentary assessment approach (experience sampling method) was used to collect multiple assessments of affect in daily life. Neuroticism was assessed with the Eysenck Personality Scale. Multi-level regression analyses were carried out to examine the association between neuroticism and the phenotypes of daily life emotional responses. Cross-twin, cross-trait analyses, and bivariate structural equation modelling (SEM) were performed in order to investigate the nature of these associations.

RESULTS

A high neuroticism score was associated with lower momentary PA levels and increased NA variability, independent of momentary NA, PA variability, stress sensitivity, and reward experience. Both the cross-twin, cross-trait analyses, and the bivariate SEM showed that unique, non-shared environmental factors drive the association between neuroticism and PA and that the association between neuroticism and increased NA variability is based on shared genetic factors as well as individual-specific environmental factors.

CONCLUSIONS

Neuroticism as measured by Eysenck questionnaire may index an environmental risk for decreased daily life PA levels and a genetic as well as an environmental risk for increased NA variability. Decomposing the broad measure of neuroticism into measurable persons-context interactions increases its 'informative' value in explaining psychopathology.

摘要

目的

尽管神经质与精神病理学易感性增加的相关关系已经得到了很好的复制,但神经质所代表的“脆弱性”在日常生活情绪过程中代表什么仍不清楚。本研究考察了神经质与日常生活中六种情绪反应表型之间的关系:积极情绪(PA)、消极情绪(NA)、PA 变异性、NA 变异性、应激敏感性和奖赏体验,并探讨了遗传和环境因素对这些关联的贡献。

设计

一项基于人群的 416 名成年女性双胞胎的前瞻性队列研究。

方法

采用瞬时评估方法(经验采样法)对日常生活中的情绪进行多次评估。使用艾森克人格量表评估神经质。采用多水平回归分析方法考察神经质与日常生活情绪反应表型之间的关系。进行双生子交叉、特质交叉分析和双变量结构方程模型(SEM)分析,以探讨这些关联的性质。

结果

神经质得分较高与瞬时 PA 水平较低和 NA 变异性增加有关,而与瞬时 NA、PA 变异性、应激敏感性和奖赏体验无关。双生子交叉、特质交叉分析和双变量 SEM 均表明,独特的、非共享的环境因素驱动了神经质与 PA 之间的关联,而神经质与 NA 变异性增加之间的关联则基于共同的遗传因素以及个体特异性的环境因素。

结论

艾森克问卷测量的神经质可能预示着日常生活中 PA 水平降低的环境风险,以及遗传和环境因素增加 NA 变异性的风险。将神经质的广泛测量分解为可测量的个体-环境交互作用,可以增加其在解释精神病理学方面的“信息”价值。

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