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eSIMPLER, a dynamic, electronic health record-informed checklist, required less time to complete and improved certain care processes compared with a prior, static checklist with limited electronic health record data. By focusing on the "Five Rights" of clinical decision support, we created a well-accepted clinical decision support tool that was integrated efficiently into daily rounds. Generalizability of eSIMPLER's effectiveness and its impact on patient outcomes need to be examined.
eSIMPLER, a dynamic, electronic health record-informed checklist, required less time to complete and improved certain care processes compared with a prior, static checklist with limited electronic health record data. By focusing on the "Five Rights" of clinical decision support, we created a well-accepted clinical decision support tool that was integrated efficiently into daily rounds. Generalizability of eSIMPLER's effectiveness and its impact on patient outcomes need to be examined.
Healthcare workload has emerged as an important metric associated with poor outcomes. To measure workload, studies have used bed occupancy as a surrogate. However, few studies have examined frontline provider (fellows, nurse practitioners, physician assistants) workload and outcomes. We hypothesize frontline provider workload, measured by bed occupancy and staffing, is associated with poor outcomes and unnecessary testing.
A retrospective single-center, time-stamped orders, ordering provider identifiers, and patient data were collected. Regression was performed to study the influence of occupancy on orders, length of stay, and mortality, controlling for age, weight, admission type, Society of Thoracic Surgery-European Association for Cardio-Thoracic Surgery Congenital Heart Surgery Mortality score, diagnosis, number of surgeries, orders, provider staffing, attending experience, and time fixed effects.
Twenty-seven bed tertiary cardiac ICU in a free-standing children's hospital.
Patients (0-18 yr) admind time. check details The data demonstrate performance of the cardiac ICU system is exacerbated during high occupancy and low staffing.
Increased bed occupancy and lower staffing were associated with increased mortality, length of stay, imaging orders, and laboratory turn-around time. The data demonstrate performance of the cardiac ICU system is exacerbated during high occupancy and low staffing.
Cardiac telemetry downtime may be planned or unplanned, causing a disruption in telemetry services with a potential to impact patient safety.
Many cardiac telemetry units in the Veterans Health Administration (VHA) have contingency plans that do not adequately address telemetry downtime.
This is a retrospective quality improvement analysis of VHA-reported cardiac telemetry downtime events from October 1, 2014, to Mar 31, 2020.
Of 98 events, no patient harm was reported; 13% (n = 13) were planned downtime, 82% (n = 80) were unplanned downtime, 18% (n = 18) reported contingency plan use, 78% (n = 76) did not specify contingency plan use, and 32% (n = 31) reported events lasting 31 minutes to 6 hours in duration.
The majority of reported cardiac telemetry downtime events were unplanned and without documented contingency plans. A robust contingency plan with defined staff roles and responsibilities will serve to lessen anxiety during downtimes and mitigate potential risk of patient harm.
The majority of reported cardiac telemetry downtime events were unplanned and without documented contingency plans. A robust contingency plan with defined staff roles and responsibilities will serve to lessen anxiety during downtimes and mitigate potential risk of patient harm.
Telemedicine facilitates access to care that is both efficacious and highly satisfactory to patients. As primary health care providers, nurse practitioners (NPs) need to be educated to deliver health care within various settings. With the rapid expansion of telemedicine, NP educational authorities have charged educators to address essential telemedicine-based competencies.
Innovative approaches to integrating telemedicine competencies into NP curricula have yet to be established in nursing education.
Multifocal curricular changes were integrated into an NP clinical course. Students engaged in self-directed learning modules and multiple simulation training sessions and rotated through telemedicine clinical practicums.
Experiences were perceived as realistic and complementary, learning meaningful, and applicability broad and far-reaching. Telemedicine-focused simulation training sessions were viewed as highly satisfactory, and students were confident in simulation-derived learning.
Nursing educators should integrate multimodal telemedicine experiences into curricula, addressing multiple learning phases through experientially designed simulation trainings.
Nursing educators should integrate multimodal telemedicine experiences into curricula, addressing multiple learning phases through experientially designed simulation trainings.
Mastering clinical judgment (CJ) skills is an essential competency for nurses in all health care environments.
Complexities of the health environment combined with the intricacies of nursing practice can pose potential risks to client safety.
Over a 2-year period, a 3-phased approach using (1) survey results from nurses in education and practice, (2) discussion forums, and (3) a series of think tanks that comprised nurse educators resulted in the development of the Guide for CJ.
The Guide for CJ provides nurse educators with an evidence-based resource to promote CJ skills in nursing students. The environmental and individual factors and expected nurse responses and behaviors contained in the Guide are well-aligned with the cognitive operations contained in the National Council of State Boards of Nursing Action Model.
Educators may use the Guide to support faculty development and operationalize CJ to develop a variety of learning strategies for use in multiple learning environments.
Educators may use the Guide to support faculty development and operationalize CJ to develop a variety of learning strategies for use in multiple learning environments.
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