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Predicting treatment adherence: a review of computational approaches

Treatment non-adherence affects up to 50% of patients with chronic conditions, leading to poorer health outcomes, higher hospitalisation rates, and increased mortality. This study titled Methods and computational techniques for predicting adherence to treatment: A scoping review” and involving BEAMER partners provides a structured overview of computational methods used to build predictive models for patient adherence, including the BEAMER Model B-COMPASS.

A scoping review of 29 studies revealed that supervised learning techniques—such as generalized linear models (21.7%), logistic regressions (20%), and random forests (18.3%)—are the most commonly applied. Over half of the studies focused on chronic metabolic conditions like diabetes and hypertension, with predictors often including treatment-related, socio-demographic, and economic factors.

While these models show promise, few account for the complex interplay of factors influencing adherence. The findings highlight the need for advanced analytical techniques to better capture these dynamics, paving the way for personalized care, improved outcomes, and reduced healthcare costs.

Access the full publication here.

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