Studies in health technology and informatics
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Stud Health Technol Inform · Jan 2013
Understanding how clinical judgement and communicative practices interact with the use of an electronic clinical handover system.
Clinical handover is a high risk scenario involving the transfer of information, responsibility and accountability for patient care. Many strategies have been proposed to improve clinical handover and reduce risks it can pose to the safety and quality of patient care. ⋯ This research examines these issues based on evidence generated from a user-centred approach involving clinicians in the development and implementation of an electronic clinical handover system. The paper highlights how clinical judgements and communicative practices interact with an electronic clinical handover system, and discusses their potential implications for patient safety as part of a broader clinical handover improvement project.
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Stud Health Technol Inform · Jan 2013
Utilizing electronic health record data to determine the health of the medication process after the relocation of a children's hospital.
Hospital relocation is a highly complex undertaking, which has the potential to interrupt operations and poses risks for patients, staff, and providers. Little is known how hospital relocation impacts on workflow and communication. ⋯ Overall performance of the medication process has declined slightly. We identified regional (unit) differences with the pediatric intensive care unit, which had the most significant changes to its workflow, experiencing a more than doubling of the time from ordering to medication administration. Overall, there was no significant difference in time-sensitive medication administration times. Evaluating the medication ordering-dispensing-administration process through readily available EHR data demonstrated that the impact of a hospital' s relocation on workflow and communication can be successfully monitored.
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Stud Health Technol Inform · Jan 2013
Investigating the impact of an emergency information system on patient's length of stay in the emergency department of a tertiary hospital in Saudi Arabia.
The emergency department has a crucial role in saving patient's lives. Efficient and reliable information through reliable information systems contribute to effective communication in these situations and ultimately shorter lengths of stay (LOS). ⋯ Furthermore, longer LOS was associated with patients who required clinical services (pathology, radiology) due to the manual retrieval of results. This study has found that future implementation of a comprehensive electronic information system will facilitate effective communication workflow and timely access to patient data in the emergency department.
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Stud Health Technol Inform · Jan 2013
Exploring the potential of an electronic documentation system to reduce length of stay.
Electronic patient records are important in patient data management. Aim of this 2-year study was to investigate the effect of an e-documentation system on the ED length of stay. The study compared three length of stay parameters with and without the use of a prototype e-documentation system. 99 of trauma patients were monitored with the use of the electronic system and 101 patients (control group) were monitored with traditional methods. ⋯ Similar effect was also found to the total ED length of stay (127±93 vs. 206±41 minutes) and time between completion of care and ED exit (26±10 vs. 57±23 minutes). LOS was reduced with the e-documentation system. This is important for the quality of trauma patient care, since saving time during the first hours after the accident usually determines the outcome of trauma patients.
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Handheld technology finds slowly its place in the healthcare world. Some clinicians already use intensively dedicated mobile applications to consult clinical references. However, handheld technology hasn't still broadly embraced to the core of the healthcare business, the hospitals. ⋯ To answer these questions, we have set up a field study to compare users' performances on three different user interfaces while recording vital signs. Some user interfaces were familiar to users, and others were totally innovative. Results showed that users' familiarity with smartphone influences their performances and that users improve their performances by repeating a task.