CDR-Agent: Intelligent Selection and Execution of Clinical Decision Rules Using Large Language Model Agents
Zhen Xiang, Aliyah R. Hsu, Austin V. Zane, Aaron E. Kornblith, Margaret J. Lin-Martore, Jasmanpreet C. Kaur, Vasuda M. Dokiparthi, Bo Li, Bin Yu

TL;DR
CDR-Agent leverages large language models to autonomously identify and apply appropriate clinical decision rules in emergency departments, improving decision accuracy and efficiency while reducing cognitive load and unnecessary interventions.
Contribution
This paper introduces CDR-Agent, a novel LLM-based system that automates clinical decision rule selection, demonstrating significant accuracy gains and efficiency improvements over baseline methods.
Findings
Achieves 56.3% accuracy gain on synthetic dataset
Reduces computational overhead compared to baseline
Outperforms traditional LLM prompting in CDR selection
Abstract
Clinical decision-making is inherently complex and fast-paced, particularly in emergency departments (EDs) where critical, rapid and high-stakes decisions are made. Clinical Decision Rules (CDRs) are standardized evidence-based tools that combine signs, symptoms, and clinical variables into decision trees to make consistent and accurate diagnoses. CDR usage is often hindered by the clinician's cognitive load, limiting their ability to quickly recall and apply the appropriate rules. We introduce CDR-Agent, a novel LLM-based system designed to enhance ED decision-making by autonomously identifying and applying the most appropriate CDRs based on unstructured clinical notes. To validate CDR-Agent, we curated two novel ED datasets: synthetic and CDR-Bench, although CDR-Agent is applicable to non ED clinics. CDR-Agent achieves a 56.3\% (synthetic) and 8.7\% (CDR-Bench) accuracy gain relative…
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Taxonomy
TopicsArtificial Intelligence in Healthcare and Education · Machine Learning in Healthcare · Clinical Reasoning and Diagnostic Skills
MethodsNetwork On Network
