Development of a process-oriented quality improvement strategy for the medicines pathway in nursing homes using the SEIPS model.

<bold>Background and Objective: </bold>Medication errors in nursing homes are highly prevalent and occur in different stages of the medicines pathway. The application of the SEIPS (System Engineering Initiative for Patient Safety) model facilitates the identification of work system factors that contribute to errors. Therefore, the aim of our research was to investigate in-depth the medicines pathway in nursing homes by using the SEIPS model and to develop a set of key activities and aggregated key interventions to be used as a basis for quality-improvement strategies.<bold>Methods: </bold>A variety of qualitative methods, including observations, semi-structured interviews, the development of a flowchart, an expert meeting and a working symposium, were used to identify processes and work system components. Key interventions and activities were developed in three rounds (one development and two validation rounds) across the different research methods to fine-tune the defined key interventions and activities.<bold>Results: </bold>Our analysis revealed a large variety of tasks as well as persons elements, aspects related to technology and tools, organisational factors and environmental elements that all interact and influence the medicines pathway. The large number of tasks could be linked to eight overarching processes: prescribing, purchase and ordering, delivery, storage, preparation, administration, monitoring and (re-)admission. After three rounds (one development and two validation rounds), a final set of 137 key activities and 27 aggregated key interventions, concretising the eight processes, was obtained.<bold>Conclusion: </bold>The in-depth analysis of processes within the medicines pathway in nursing homes resulted in a set of key activities and aggregated key interventions which may serve as a basis for the nursing home sector and policy makers to enhance a safe and efficient medicines pathway. [ABSTRACT FROM AUTHOR]