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Large language models for preventing medication direction errors in online pharmacies

Medicine and Health

Large language models for preventing medication direction errors in online pharmacies

C. Pais, J. Liu, et al.

Medication direction errors in pharmacies can be dangerous, but researchers Cristobal Pais, Jianfeng Liu, Robert Voigt, Vin Gupta, Elizabeth Wade, and Mohsen Bayati are leveraging large language models to combat this issue. Their innovative MEDIC system fine-tunes these models to enhance prescription accuracy and reduce near-miss events significantly, showcasing a promising path for safer pharmacy practices.

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Playback language: English
Abstract
Medication direction errors in pharmacies pose significant patient safety risks. This study explores using large language models (LLMs) with domain knowledge to reduce these errors. The MEDIC system, which emulates pharmacist reasoning, fine-tunes an LLM using expert-annotated data to extract core prescription components and assembles them into clear directions. Compared to LLM benchmarks, MEDIC showed significantly fewer near-miss events (errors caught before reaching the patient) in both retrospective and prospective evaluations (a 33% reduction in near-miss events during a production deployment). This demonstrates that LLMs, when combined with domain expertise and safety guardrails, can improve pharmacy accuracy and efficiency.
Publisher
Nature Medicine
Published On
Jun 01, 2024
Authors
Cristobal Pais, Jianfeng Liu, Robert Voigt, Vin Gupta, Elizabeth Wade, Mohsen Bayati
Tags
pharmacies
medication errors
large language models
patient safety
prescription accuracy
MEDIC system
near-miss events
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