View clinical trials related to Workflow.
Filter by:For this study, cardiac MRI examinations performed will be prospectively included and realized either fully automatically or by a specialized radiology technician. The duration of the automated examinations will be compared to the duration of the manual examinations. The number of failed sequences in both study arms (automated and manual) will be recorded and the quality of the cardiac planes will be compared.
Background: Information overload is a common problem in intensive care units. A display tool that facilitates retrieval of crucial clinical information from electronic medical records has excellent potential to attenuate information overload and benefit workflow. Study hypothesis: In this project, we aimed to evaluate the efficacy and clinical satisfaction of a team-designed, patient-centered electronic medical record viewer, i-Dashboard, to facilitate multi-disciplinary rounds in our surgical intensive care units.
The purpose of the project is to develop a new way to understand patient care data analytics by using a real-time location system (RTLS). The investigators will deploy the RTLS-based nursing activity analysis system at an ICU at the University Hospital, University of Missouri Health Care in Columbia, Missouri. The investigators will validate location system performance against manual observation of nursing activity. The investigators will correlate nursing activity metrics against patient outcomes as measured by SOFA score.
Objective: Investigators aimed to evaluate the impact of a high resolution standardized laparoscopic (HRSL) cholecystectomy protocol on operative time and intraoperative interruptions in a teaching hospital. Background: Interruptions of the surgical workflow or microcomplications (MC) lead to prolonged procedure times and costs and can be indicative for surgical mistakes. Reducing MC can improve operating room efficiency and prevent intraoperative complications. Methods: Audio video records of laparoscopic cholecystectomies were reviewed regarding type, frequency and duration of MC before and after the implementation of a HRSL which included the introduction of a stepwise protocol for the procedure and a teaching video. After consent operating team members were obliged to prepare the operation with these resources.
The purpose of this grant is to fund the research necessary to fully understand the impact of this sign-out tool on clinician workflow, quality of sign-out, and continuity of care. This information will inform exactly how Partners will move ahead with tools to improve handoffs in care (i.e., whether the prototype will be adapted further, adopted Partners wide, or abandoned in favor of other solutions). The investigators hypothesize that a web-based handoff tool improves provider satisfaction, the quality of written sign-outs, and measures of continuity of care compared with current handoff tools.