Ambulatory Care Compact to Organize Risk and Decisionmaking (ACCORD)
This research focused on the design, implementation, and evaluation of a comprehensive, practical, and innovative model of care delivery that incorporates shared decisionmaking.
This research focused on the design, implementation, and evaluation of a comprehensive, practical, and innovative model of care delivery that incorporates shared decisionmaking.
This project evaluated a multidisciplinary team approach to diabetes care that was combined with technology tools, including an online disease management system integrated with an electronic health record.
Investigators from Emory University adapted an existing personal health record to better meet the needs of patients with serious mental illness and one or more co- morbid medical conditions.
This project established the feasibility of extracting quality indicators from hospice electronic medical records for comparative effectiveness research.
This project adapted and tested a virtual patient advocate to interact with patients after hospital discharge to address the problems of discontinuity and fragmentation of care that occur in the transition from the hospital to the ambulatory setting.
This project examined the fidelity of the implementation of the Self-Management Automated Real-Time Telephone Support program to better-inform tailoring of health
This project team developed a quantitative decision support system to help clinics balance timeliness of care with continuity of care.
This project focused on developing and implementing CDS tools to support nurses in the development of care plans and involvement in quality improvement activities in the area of fall prevention in acute care.
Implemented a health IT system with added best-practices decision support modules in 7 nursing homes and evaluated the impact on care processes, resident health outcomes, and staff efficiency and satisfaction.
In an effort to reduce medical errors and adverse events, this project will determine the information needs of hospitalized patients and caregivers, and develop design requirements for a solution that supports communicating safety concerns to providers.