Validating the architecture of cognitive distortions in Russian discourse using artificial intelligence and bootstrap analysis

利用人工智能和引导分析验证俄语话语中认知扭曲的架构

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Abstract

INTRODUCTION: Cognitive distortions-systematic thinking biases linked to depression and anxiety-frequently co-occur in clinical practice, yet empirical evidence for their interaction patterns remains limited, particularly in non-Western populations where cognitive patterns may vary cross-culturally. METHODS: We analyzed 249,414 Russian-language texts from social media and forums (2020-2024) using two large language models achieving substantial expert agreement (κ = 0.73). Association rule mining identified co-occurrence patterns; network stability was evaluated through bootstrap validation and split-half reliability analysis. RESULTS: Analysis identified 443,447 distortion instances across 18 categories (M = 1.78 per text). All-or-nothing thinking showed highest prevalence (15.5%), followed by overgeneralization (14.2%) and catastrophizing (11.4%). Network analysis identified a stable core of 11 nodes (bootstrap stability ≥95%) and 2 peripheral, less stable nodes (Fairness 93%, Fortune Telling 60.8%). The resulting 13-node network was connected by 35 significant associations (density = 0.449, clustering = 0.598). Five distortions failed stability thresholds (< 60%) and were excluded. Strongest dyadic pattern: all-or-nothing/catastrophizing (lift = 1.96, p < 0.001). These two distortions appeared each in 67% of all significant triadic patterns. Personalization demonstrated highest degree centrality (degree = 10). Split-half reliability was high (r = 0.943). DISCUSSION: Automated classification revealed hierarchically organized co-occurrence network in Russian-language discourse with personalization as primary hub and all-or-nothing/catastrophizing forming densely connected core. Findings suggest cluster-based interventions may be effective for Russian-speaking populations, though cross-cultural replication is required to distinguish universal mechanisms from cultural patterns. Cross-sectional design and single-language sample limit causal inference and generalizability.

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