Medicine and Health Sciences Commons^™

The Clicker Study, Alex Brady, Daniel Mirsch, Do, Xiao C. Zhang, Md, Ms, Rishi Kalwani, Md, Phd, Zachary Risler, Md, Mph, Mark Magee, Md, Kelly Goodsell, Md, Resa E. Lewiss, Md, Arthur Au, Md, Dimitrios Papanagnou, Md

Phase 1

Purpose: A recent study in orthopedics showed that clicker-based learning was more effective than traditional feedback when teaching procedures. We sought to determine whether this principle is applicable to ultrasound skills.

Methods: Our prospective randomized control trial used a population of new ultrasound learners. Exclusion criteria included previous ultrasound experience of more than one hour. Students were shown an instructional video on the Focused Assessment with Sonography in Trauma (FAST) exam and randomized to receive clicker or scripted feedback. Each student performed the FAST exam once without feedback, then with either scripted or clicker-based feedback. They were timed and scored …

Developing An Online Critical Care Electroencephalography Curriculum For Epilepsy And Neurophysiology Fellows, Brooke Hancock, Anne Woehling, Nathanael Lee, Md, Connie Tang, Md, Allyson Pickard, Md, Andres Fernandez, Md

Phase 1

Purpose: This project aims to create an Electroencephalography (EEG) curriculum that synthesizes the teachings of current publications and faculty expertise within a single digital platform. The goal is to remedy the unmet need for a centralized resource for learners to use when learning EEG interpretation.

Methods: The target learner population is epilepsy and neurophysiology fellows. The platform will be accessible from any computer, tablet, or phone, allowing for mobile, self-paced learning to take place. To date, the curriculum outline has been designed with extensive literature review and collaboration from other institutions, and two pilot modules have been completed using the …

A Qualitative Evaluation Of The Interprofessional Student Hotspotting Learning Collaborative: Perceptions Of Student And Faculty Advisor Participants, Ashley Traczuk, Bsn, Rn, Angela Gerolamo, Phd, Rn, Elena Umland, Pharmd

Phase 1

Introduction: Student participation in interprofessional education has proven beneficial in regards to students’ understanding of professional roles, team situational awareness¹,and appreciating the need for collaboration². The interprofessional student hotspotting learning collaborative enables students to work in teams to help serve patients categorized as health-system “super-users”, defined as those who overuse inpatient and/or emergency hospital services, over a period of six months’ time. This model will allow students to have real patient encounters and to begin utilizing their own roles within interdisciplinary teams.

Objective: This study aims to evaluate the impact of the interprofessional student hotspotting learning …

The Impact Of Student Hotspotting On Patients & The Jefferson Health System, Mishael Khan, Bs, Lauren Collins, Md, Shoshana Sicks, Edm, Richard Hass, Phd, Tracey Vause Earland, Phd, Otr/L, Courtney Newsome, Ba, Sara Cohen, Ots

Phase 1

Introduction

“Super-utilizers”, patients with five or more hospital admissions in the past year, account for half of all healthcare expenditures and present a significant financial burden to our healthcare system. In Pennsylvania “super-utilizers” result in $1.25 billion of healthcare spending and Philadelphia has the highest number of “super-utilizers” in the state. To address this crisis, Jefferson University serves as one of four new national hubs for student hotspotting. Teams of interprofessional health professions students along with faculty and staff advisors enroll “super-utilizers” and provide targeted interventions to address social determinants of health, reduce hospitalizations and improve patient outcomes.

Methods

To …