🌙

使用人工智能作为守门人或第二意见:设计人工智能增强医疗的患者路径

Using Artificial Intelligence as Gatekeeper or Second Opinion: Designing Patient Pathways for Artificial Intelligence Augmented Healthcare

Production and Operations Management · 2025
被引 1
人大 AFT50UTD24ABS 4

中文导读

研究了在医疗中AI应作为守门人(先筛患者)还是第二意见(辅助专家),发现低风险场景守门人更优,高风险场景第二意见更优,中间风险患者可能不宜用AI。

Abstract

Of the 1,247 artificial intelligence (AI) systems cleared by the U.S. Food and Drug Administration as of May 2025, many function as classifiers to help screen or diagnose specific medical conditions. Yet, questions remain about how to best integrate AI into healthcare workflows, including whether AI should serve as a gatekeeper, determining which patients require human attention, or as a second opinion to complement medical consultations. Motivated by this question, we model a healthcare system in which patients can consult a specialist, an AI system, or both. The key design question is whether the patient should first consult AI or the specialist, corresponding to AI’s gatekeeper and second-opinion roles, respectively. We model a two-step decision-making process influenced by an initial signal, or anchor. Contrary to popular belief, we show using AI as a gatekeeper does not necessarily increase missed diagnoses; using AI as a second opinion, on the other hand, can increase missed diagnoses but can also increase false positives. In general, the gatekeeper approach is preferable in low-risk settings, whereas the second-opinion approach is better suited for high-risk patients for whom avoiding missed diagnoses is a primary concern. Notably, scenarios exist where AI should not be used for intermediate-risk patients for whom uncertainty is highest, challenging the premise that AI is most useful in reducing uncertainty. Finally, applying our model to glaucoma diagnosis, we numerically illustrate cost savings from optimizing patient pathways. Our work highlights the potential for AI to contribute to the United Nations’ Sustainable Development Goals by optimizing resource allocation and improving patient outcomes.

医疗诊断人工智能应用患者路径设计医疗资源分配