Medical Students on the Virtual Front Line: A Literature Review Elective to Provide COVID-19 Clinical Teams With Essential Information.

PROBLEM: At the Hackensack Meridian School of Medicine (HMSOM) in New Jersey, clinical activities for students were suspended on March 15, 2020, due to the COVID-19 pandemic. Clinical teams at Hackensack Meridian Health (HMH) needed resources for identifying and assimilating the medical literature regarding COVID-19, which was expanding and evolving daily. HMH leaders reached out to HMSOM leaders for assistance. The HMSOM leadership and faculty quickly organized a literature review elective. APPROACH: Eight second-year medical students participated in a literature review elective course to research and synthesize the COVID-19 clinical literature to provide synopses of best practices for various clinical teams. By March 23, students were searching the literature and writing reports independently, mentored by a senior dean (an infectious diseases specialist) and supported by the associate dean of libraries and library team. The library team updated and categorized student reports daily on a website dedicated to the elective. OUTCOMES: During the 6-week elective, 8 students produced 70 reports synthesizing the emerging COVID-19 literature to help answer practitioners' clinical questions in real time. One student report was posted on the American Academy of Ophthalmology website. All 70 were published online in Elsevier's health education faculty hub. On course evaluations, students expressed regret about not being directly involved in patient care but articulated their gratitude to be able to contribute to the clinical teams. NEXT STEPS: In June 2020, the students returned to their clinical clerkships as COVID-19 clinical volumes declined and personal protective equipment became more available. Students continued to be available to the clinical teams to assist with COVID-19 questions. This literature review elective can serve as a model for other medical schools to use to deploy students to help synthesize the evolving literature on COVID-19 or other rapidly emerging research topics.

Model-Based Methods to Translate Adolescent Medicine Trials Network for HIV/AIDS Interventions Findings Into Policy Recommendations: Rationale and Protocol for a Modeling Core (ATN 161).

BACKGROUND: The United States Centers for Disease Control and Prevention estimates that approximately 60,000 US youth are living with HIV. US youth living with HIV (YLWH) have poorer outcomes compared with adults, including lower rates of diagnosis, engagement, retention, and virologic suppression. With Adolescent Medicine Trials Network for HIV/AIDS Interventions (ATN) support, new trials of youth-centered interventions to improve retention in care and medication adherence among YLWH are underway. OBJECTIVE: This study aimed to use a computer simulation model, the Cost-Effectiveness of Preventing AIDS Complications (CEPAC)-Adolescent Model, to evaluate selected ongoing and forthcoming ATN interventions to improve viral load suppression among YLWH and to define the benchmarks for uptake, effectiveness, durability of effect, and cost that will make these interventions clinically beneficial and cost-effective. METHODS: This protocol, ATN 161, establishes the ATN Modeling Core. The Modeling Core leverages extensive data-already collected by successfully completed National Institutes of Health-supported studies-to develop novel approaches for modeling critical components of HIV disease and care in YLWH. As new data emerge from ongoing ATN trials during the award period about the effectiveness of novel interventions, the CEPAC-Adolescent simulation model will serve as a flexible tool to project their long-term clinical impact and cost-effectiveness. The Modeling Core will derive model input parameters and create a model structure that reflects key aspects of HIV acquisition, progression, and treatment in YLWH. The ATN Modeling Core Steering Committee, with guidance from ATN leadership and scientific experts, will select and prioritize specific model-based analyses as well as provide feedback on derivation of model input parameters and model assumptions. Project-specific teams will help frame research questions for model-based analyses as well as provide feedback regarding project-specific inputs, results, sensitivity analyses, and policy conclusions. RESULTS: This project was funded as of September 2017. CONCLUSIONS: The ATN Modeling Core will provide critical information to guide the scale-up of ATN interventions and the translation of ATN data into policy recommendations for YLWH in the United States.