ObjectiveThis study aimed to evaluate both applicant and interviewer satisfaction with the virtual interviewing process for pediatric emergency medicine (PEM) fellowship in hopes to improve the fellowship interviewing process. It was proposed that fellowship programs and applicants would prefer virtual interviews over traditional interviews.MethodsA survey developed in collaboration with UT Southwestern PEM fellowship leaders and national PEM leaders was sent to all PEM fellowship applicants and programs at the conclusion of the 2020 interview season and rank list submission. The applicant survey obtained information on ease of virtual interviews and whether applicants felt that they obtained adequate information from virtual interviews to make informed program selections. Program director surveys collected data on thoughts and feelings about virtual interviews and obstacles encountered during the recruitment season. Both surveys asked about costs for interviews and interview type preference.ResultsA response rate of 49% from applicants and 47% from programs was obtained. Virtual interview days were similar in the amount of time and staff hours used compared with traditional days. Applicants spent less on virtual interviews compared with those who underwent traditional interviews (average $725 vs $4312). Programs received more applications than the prior year and spent less money during the virtual cycle. The majority of the applicants (90%) were comfortable with the virtual interview platform, and most (66%) agreed that virtual interviews provided adequate information to determine program rank. Geography was the number 1 rank determining factor. Programs and applicants preferred a form of in-person interviews.ConclusionsVirtual interviews provide cost savings for both applicants and programs. Despite this, both parties prefer a form of in-person interviews.

Introduction Hyperleukocytosis, an infrequent presentation of new-onset leukemia, is a medical emergency requiring prompt recognition and treatment. It can include altered mental status, fever, critical electrolyte derangements, and coagulopathies. Due to the COVID-19 pandemic, this simulation was created as a telesimulation in order to adhere to mandatory physical distancing guidelines while addressing learning objectives. Methods This simulation was designed for pediatric emergency medicine fellows and featured a pediatric patient presenting with fever, altered mental status, and respiratory distress. After an initial assessment and appropriate workup, the patient developed tumor lysis syndrome, coagulopathies, and new-onset neurologic changes requiring appropriate interventions. A debriefing guide and participant evaluation form were utilized. Results This telesimulation was implemented at five different institutions, with evaluation surveys completed by 22 pediatric emergency medicine fellows. The scenario was rated on a 5-point Likert scale (1 = strongly disagree, 5 = strongly agree ) and was generally well received, with participants rating the simulation as effective in teaching the recognition ( M = 4.8) and management ( M = 4.6) of hyperleukocytosis. Participants felt that virtual telesimulation was effective compared to other distance learning methods ( M = 3.9). Discussion This simulation-based curriculum allows learners to practice identifying and managing hyperleukocytosis. We found that it was well received in both in-person and virtual formats.

The current study examined medical professionals' behaviors related to reporting medical neglect when a family is noncompliant with follow-up services after a positive newborn screening result. Pediatric medical professionals within an urban medical campus were provided with five case vignettes in relation to different diseases. Medical professionals rated the severity of family noncompliance with follow-up services and indicated whether they would report suspected medical neglect to Child Protective Services (CPS). Physicians were more likely to report medical neglect than the other mandated reporters in the study. Logistic regression analyses found that medical professionals' perceptions of the severity of family noncompliance with services were significantly predictive of decisions to report medical neglect. Respondent gender and the method by which families were notified of screening results also significantly affected reporting behaviors in certain instances. Although all vignettes included information that met legal statutes for reporting neglect, medical professionals indicated that they would only report neglect 40-61% of the time across vignettes. Continued investigation of the rationale behind medical professionals' decision-making process and training protocols designed to improve mandated reporter knowledge and reporting behaviors are needed to further reduce bias and improve objectivity when considering ethical and professional obligations to report medical neglect.

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Objectives:The objective of this study was to determine the effectiveness of a simulation-based curriculum in improving confidence in trauma resuscitation skills and increasing attendance during trauma resuscitations for pediatric residents during their emergency medicine rotation.Methods: A simulation-based orientation curriculum was implemented for the 2017-2018 academic year. Participants completed a qualitative survey before and after each session to assess their comfort level with skills required in a trauma resuscitation. Responses were compared using the Wilcoxon ranked sum test. Nursing documentation was reviewed for the 2016-2017 and 2017-2018 academic years to determine the frequency of resident attendance at trauma resuscitations. Pediatric resident attendance before and after intervention were compared via χ 2 analysis.Results: Survey responses showed a significant increase in confidence in all skills assessed, including primary and secondary survey performance, knowledge of pediatric resident role, knowledge of necessary equipment, ability to determine acuity of patient illness or injury, and ability to differentiate between modes of oxygen delivery (P < 0.01). There was no statistically significant change in the frequency of pediatric resident attendance at trauma bay resuscitations before and after curriculum implementation (21.2% vs 25.7%, P = 0.09). Conclusions:Through the implementation of a simulation-based trauma orientation for pediatric residents, we were able to improve self-reported confidence in trauma resuscitation skills. This improvement did not result in an increased attendance at trauma resuscitations. Next steps include identifying additional barriers to pediatric resident attendance at trauma bay resuscitations.