Functional Outcome Prediction in Young Adults With Mental Health Symptoms Using Machine Learning and Large Language Models: Longitudinal Observational Study.
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Mikolas Pavol, Huth Fabian, Bröckel-Bundt Kyra, Berndt Christina, Martini Julia, Maicher Birgit, Marxen Michael, Verhees Falk Gerrik, Henneberg Paula Marie, Vogelbacher Christoph, Jansen Andreas, Kircher Tilo, Falkenberg Irina, Thomas-Odenthal Florian, Lambert Martin, Kraft Vivien, Leicht Gregor, Mulert Christoph, Fallgatter Andreas J, Ethofer Thomas, Rau Anne, Leopold Karolina, Bechdolf Andreas, Andreas Reif, Matura Silke, Repple Jonathan, Bermpohl Felix, Fiebig Jana, Stamm Thomas, Correll Christoph U, Juckel Georg, Flasbeck Vera, Wiest Isabella C, Kather Jakob N, Dannlowski Udo, Mennigen Eva, Ritter Philipp, Bauer Michael, Pfennig Andrea
Аннотация
OBJECTIVE: This study aimed to predict global functioning within a 2-year follow-up using baseline clinical and structural magnetic resonance imaging (MRI) data in a population-based sample of young, help-seeking individuals presenting with affective and anxiety symptoms as well as attention-deficit hyperactivity disorder.
METHODS: We classified 357 help-seeking individuals aged 18-35 years recruited from 9 sites as "impaired" (Global Assessment of Functioning [GAF] ≤60; n=228) or "nonimpaired" (GAF>60; n=129) at year 1 and/or year 2 follow-up. GAF classification group status at follow-up was predicted using linear support vector machine (SVM), decision tree, and large language model (LLM) Llama-3 using clinical assessments and/or structural MRI. Leave-one-site-out (SVM) or external sample (LLM) was used for validation.
RESULTS: SVM achieved balanced accuracy of 69.2% using clinical features only. Items related to baseline occupational functioning, interpersonal relationships, cognitive functioning, psychotic and affective symptoms, as well as the presence of anxiety disorder, were most predictive. The decision tree further reduced the feature set to 5 predictive items, achieving balanced accuracy of 76.6%. Although amygdala and hippocampal subregions achieved balanced accuracy of 57.1%, structural MRI did not improve the overall prediction. Llama-3 performed comparably well to SVM (balanced accuracy of 72.6%).
CONCLUSIONS: Machine learning demonstrated good performance in predicting global functioning. Interestingly, the out-of-the-box LLM performed comparably well without being trained or fine-tuned, highlighting the potential of leveraging free-text data for mental health prognosis.