Objective: To identify and summarize the requirements of an optimized CPOE application for pediatric intensive care. Methods: We analyzed the medication process and its documentation in the pediatric and neonatal intensive care units (PICU/NICU) of two university hospitals using workflow analysis techniques, with the aim of implementing computer-supported physician order entry (CPOE). Results: ...

Participant observation, focus group and oral history techniques were used to collect data from four distinctly different sites across the U.S. Data were examined initially to identify success factors for computerized physician order entry (CPOE) implementation. These data, reexamined for communication issues, revealed significant impacts on communication channels and relationships unanticipate...

OBJECTIVES To determine what information can be helpful in prioritizing and presenting medication alerts according to the context of the clinical situation. To assess the usefulness of different ways of delivering medication alerts to the user. DESIGN An international Delphi study with two quantitative rounds. 69 researchers with expertise in computerized physician order entry (CPOE) systems ...

Background. Sharp HealthCare, in partnership with the University of Arizona College of Nursing, is conducting a study to evaluate the impact of a community hospital computerized provider order entry (CPOE) system on adverse drug event (ADE) outcomes. The medication safety arm of the study uses an observation methodology to detect medication safety events (MSE) that are subsequently evaluated to...

A major portion of patient care planning occurs during the process of writing orders. Computerized order entry can present collections of predefined orders to the user during the ordering process. These order sets are useful for promoting standards of care, and provide one element of structured clinical knowledge to be used by Computerized Provider Order Entry (CPOE) systems at the point of car...