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◆ Clinical neuropsychiatry2026-08-01

Learning the Boundary Between Involvement and Severity: A Multi-Target Machine-Learning Analysis of Emotion Dysregulation, Impulsivity, Gambling Involvement, and Problem Severity in Psychiatric Outpatients.

Alfredo Gioacchino MariaPio Vecchio, Nicole Dalia Cilia, Giuseppe Maniaci, Adriano Schimmenti, Antonino Costanzo

一句话结论

In psychiatric outpatients, clinical-demographic and psychometric variables appeared more informative for identifying past-year gambling involvement than for estimating fine-grained gambling-related problem severity. Clinically, this pattern supports a stepped assessment approach: asking about gambling directly in routine psychiatric assessment and, when gambling is present, evaluating gambling-related consequences, impaired control, and functional impact rather than inferring severity from broader clinical features.

原始摘要(原文)
OBJECTIVE: Machine-learning studies on gambling have mostly relied on behavioral or account-based data from online gambling platforms. This study examined whether clinical-demographic and psychometric variables could predict past-year gambling involvement and gambling-related problem severity in psychiatric outpatients, and whether predictability varied across target formulations. METHOD: The analytic sample included 340 psychiatric outpatients; 174 reported gambling in the previous 12 months. Predictors included sociodemographic and clinical variables, psychiatric indicators, recent substance and alcohol use, emotion dysregulation, and impulsivity. Five supervised machine-learning formulations were tested: binary past-year gambling involvement, a three-class involvement/problem-risk stratification in the full cohort, four-class severity classification among past-year gamblers, continuous severity regression among gamblers, and full-cohort continuous severity regression with and without the past-year gambling indicator. Up to 17 classification and 15 regression estimators were compared across ten repeated stratified 80/20 train/test splits, with preprocessing fitted on training data only. RESULTS: Predictive performance varied by target formulation. As expected, binary past-year gambling involvement showed the highest predictive performance, with the best model reaching macro F1 = 0.654 and ROC AUC = 0.707. The three-class formulation showed lower performance, macro F1 = 0.465, and the four-class severity task among gamblers was limited, macro F1 = 0.340. Continuous severity prediction among gamblers was weak across estimators. In the full-cohort regression, retaining the past-year gambling indicator improved rank-based performance, whereas removing it substantially reduced the signal. CONCLUSIONS: In psychiatric outpatients, clinical-demographic and psychometric variables appeared more informative for identifying past-year gambling involvement than for estimating fine-grained gambling-related problem severity. Clinically, this pattern supports a stepped assessment approach: asking about gambling directly in routine psychiatric assessment and, when gambling is present, evaluating gambling-related consequences, impaired control, and functional impact rather than inferring severity from broader clinical features.
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Learning the Boundary Between Involvement and Severity: A Multi-Target Machine-Learning Analysis of Emotion Dysregulation, Impulsivity, Gambling Involvement, and Problem Severity in Psychiatric Outpatients. — 科研速览 Science Skim