Key result
Adding Stroop Task data fails to improve partial hospital outcome prediction beyond baseline clinical data.
Why the study?
Baseline clinical and demographic characteristics predict partial hospital outcomes, but whether prediction could be improved by adding cognitive data remained unknown.
Does the addition of Stroop task data improve the prediction of CBT partial hospital treatment outcomes beyond routine clinical data in patients admitted to a brief CBT partial hospital?
Observational (n=113)
Does the addition of Stroop task data improve the prediction of CBT partial hospital treatment outcomes beyond routine clinical data in patients admitted to a brief CBT partial hospital?
The addition of Stroop Task data does not improve the prediction of partial hospital outcomes beyond routinely collected clinical data.
Answers are grounded in this paper and cite their sources.
Cognitive data from Stroop did not improve partial hospital outcome prediction in BPD traits; leaves open whether other cognitive measures add value.
BACKGROUND: Partial hospitalization is a psychiatric treatment for patients who require structured, intensive outpatient intervention, many of whom present with features of borderline personality disorder (BPD). Findings to date suggest that baseline clinical severity and demographic characteristics are predictive of partial hospital outcomes, but it is possible that prediction could be further improved by including cognitive data into predictive models. METHODS: Naturalistic data from 113 patients admitted to a brief CBT partial hospital were analyzed. Elastic net regression was employed to compare prediction of four outcomes using i) baseline severity and demographics only and ii) models that included cognitive data derived from Classic and Emotional Stroop Tasks. Interactions between BPD trait severity and Stroop performance were also included as predictors in the Stroop Task models. Predicted outcomes included depression, interpersonal functioning, emotional lability, and self-harm ideation. RESULTS: Including Stroop Task data did not improve the prediction outcomes. RMSE values for models with and without data from the Stroop Tasks were virtually equivalent or differed in magnitude by only 0.1 on the five-point outcome scale. Baseline symptom severity was the most robust predictor of all outcomes. CONCLUSIONS: The addition of Stroop Task data did not improve prediction of partial hospital outcomes in a naturalistic sample. Findings underscore the importance of examining clinical data routinely collected at admission when considering who may benefit from a partial hospital treatment.
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Traynor et al. (2026) conducted an observational in Psychiatric patients requiring partial hospitalization (n=113). Cognitive data from Classic and Emotional Stroop Tasks vs. Baseline clinical severity and demographics only was evaluated on Prediction of depression, interpersonal functioning, emotional lability, and self-harm ideation (RMSE difference ≤0.1). Including Stroop Task data did not improve the prediction of partial hospital outcomes beyond baseline clinical data, with RMSE values differing by only 0.1 on a five-point scale.
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