The aim of this study is to extract causal relationships from a large set of routinely collected primary care data (biomarkers, medical conditions, risk factors, and medications) from across Canada, with a focus on Type 2 Diabetes risk. The causal discovery process combined data-driven insights with prior expert knowledge, using iterative refinement to construct a causal Directed Acyclic Graph (DAG). The retrieved DAG, which aligns with medical knowledge and performs satisfactorily in predicting future Type 2 Diabetes onset, could serve as a foundation for developing interpretable tools to support medical decision-making.
Data-Driven and Expert-Informed Causal Discovery for Type 2 Diabetes Risk in Primary Care
Lenatti M.
Co-primo
;Simeone D.Secondo
;Mongelli M.;Paglialonga A.Ultimo
2026
Abstract
The aim of this study is to extract causal relationships from a large set of routinely collected primary care data (biomarkers, medical conditions, risk factors, and medications) from across Canada, with a focus on Type 2 Diabetes risk. The causal discovery process combined data-driven insights with prior expert knowledge, using iterative refinement to construct a causal Directed Acyclic Graph (DAG). The retrieved DAG, which aligns with medical knowledge and performs satisfactorily in predicting future Type 2 Diabetes onset, could serve as a foundation for developing interpretable tools to support medical decision-making.| File | Dimensione | Formato | |
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Azzimonti_causal-T2D_EFMI-MIE_2026.pdf
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Descrizione: Azzimonti et al., EFMI MIE 2026
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