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This project will formulate evidence-based recommendations for clinical decision support used by community pharmacist delivering medication therapy management. The goal is to reduce medication-related problems and improve health outcomes for chronically ill patients.
This project will develop decision support tools that integrate with electronic health records to increase the quality and effectiveness of chronic pain care.
This project assessed provider mental workload and performance while processing electronic abnormal test results and found that a test result tracking mechanism improved physicians’ clinical performance.
This project will determine the optimal display of blood pressure data for patients and their physicians in order to facilitate shared decisionmaking about blood pressure control and treatment.
This project will apply the science of human factors and cognitive engineering to the design of clinical decision support and information technology with the goal of improving patient safety.
This study examined clinical decision task complexity to guide the design of innovative clinical decision support to for high-level reasoning in complex decision tasks.
This research study implemented a sociotechnical systems approach to the development of a health information technology-supported process for preventing and diagnosing venous thromboembolism.
The Center for Education and Research on Therapeutics (CERTs) Program focused on translating health information technology research into improved clinical practices related to medication safety, effectiveness, and cost.
This project identified clinicians’ information needs and designed, developed, implemented, and evaluated a knowledge-delivery prototype to help clinicians meet those needs.
The purpose of this project was to develop and propose a research agenda for how industrial and systems engineering may support health services research and health care delivery redesign, with a focus on health information technology.