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1.
Pediatr Qual Saf ; 9(2): e718, 2024.
Article in English | MEDLINE | ID: mdl-38576887

ABSTRACT

Introduction: Patient portal enrollment following pediatric emergency department (ED) visits allows access to critical results, physician documentation, and telehealth follow-up options. Despite these advantages, there are many challenges to portal invitation and enrollment. Our primary objective was to improve patient portal enrollment rates for discharged pediatric ED patients. Methods: A multidisciplinary team of staff from two ED sites developed successful portal enrollment interventions through sequential Plan-Do-Study-Act cycles from October 2020 to October 2021. Interventions included a new invitation process, changes to patient paperwork on ED arrival, staff portal education, and changes to discharge paperwork and the portal website. The team utilized statistical process control charts to track the percentage of eligible discharged patients who received a portal invitation (process measure) and enrolled in the patient portal. Results: Before the study's initiation, less than 1% of eligible patients received patient portal invites or enrolled in the patient portal. Statistical process control charts revealed significant changes in enrollment and baseline shift at both a large academic ED campus and a satellite ED site by May 2021. Improvements in invitation rates were also observed at both campuses. Changes were sustained for over 6 months at both locations. Conclusions: High-reliability interventions and a multidisciplinary approach allowed for significant and sustained improvement in patient portal invitation and enrollment rates in eligible pediatric ED patients. Future study will examine enrollment patterns across patient demographics and further high-reliability interventions.

2.
Pediatr Emerg Med Pract ; 18(5): 1-20, 2021 May.
Article in English | MEDLINE | ID: mdl-33885255

ABSTRACT

Involving patients or their surrogate decision-makers in their care is an important element of modern medical practice. General consent, informed consent, treatment refusal, and shared decision-making are concepts that are used regularly but can be more complex in pediatric emergency settings. This issue summarizes these concepts and provides case examples that may be encountered. It explains the essential elements of informed consent, the distinction between the informed consent process and the document, how to approach treatment refusal, and approaches to involving patients and their surrogates in shared decision-making. Special circumstances include treatment for sexual and mental health conditions, emancipated minors, mature minors, and situations when custody is unclear. Implementation of these concepts can increase patient satisfaction, resolve conflict, and reduce risk.


Subject(s)
Decision Making, Shared , Emergency Service, Hospital , Informed Consent , Treatment Refusal , Adolescent , Child , Child, Preschool , Decision Making , Female , Humans , Infant , Infant, Newborn , Male , Minors , Parents , Patient Satisfaction , Pediatric Emergency Medicine/methods
3.
Pediatr Qual Saf ; 5(3): e302, 2020.
Article in English | MEDLINE | ID: mdl-32656469

ABSTRACT

PURPOSE: Visits to pediatric emergency departments (EDs) are increasing, leading to overcrowding, prolonged patient wait times, and negative patient experiences. In our system, these prolonged wait times and negative experiences notably impact mid-acuity patients. As such, we sought to decrease their time-to-first-provider from 92 to 60 minutes. METHODS: After identifying inefficiencies in patient arrival, triage, and assessment, we redesigned our physical space and implemented a new triage process. Further, we deployed a new multidisciplinary front-end team consisting of a physician, nurses, and ED tech specialists to create and implement an initial management plan. Time-to-first-provider for mid-acuity patients was the main outcome measure. We examined ED length of stay (LOS) as a balancing measure. Post hoc, we measured time-to-first-nursing assessment and the proportion of high-acuity patients seen within 20 minutes as additional measures of the impact of these interventions on our system. All analyses were measured using statistical process control charts. RESULTS: During high patient volumes, we decreased the time-to-first-provider to 70 minutes, but exceeded our goal during low patient volumes (41 minutes). We observed a 5% decrease in LOS during both high and low patient volumes (5% and 8%, respectively). There was a 60% increase in the time-to-first-nursing assessment. CONCLUSIONS: A new front-end process resulted in improved time-to-first-provider and LOS. The new process was associated with longer times for nursing assessments but did not negatively impact the rapid physician assessment of higher acuity patients.

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