Structural Racism as a Barrier to Inactivated Influenza Vaccination Coverage during Pregnancy and Influenza Modeling in the Americas; Sustainable Practice Implementations Potential Impact to Global Health
Herron, Simone, School of Engineering and Applied Science, University of Virginia
Moore, Sean, MD-PEDT Gastroenterology, University of Virginia
Mathieu, Irene, MD-PEDT General Pediatrics, University of Virginia
Papin, Jason, MD-BIOM Biomedical Eng, University of Virginia
Ferguson, Sean, EN-Engineering and Society, University of Virginia
Healthcare disparities are a global problem. They have been in existence for years, yet still effect millions presently. Their existence puts certain groups at a disadvantage to receiving proper care on the basis of race/ethnicity, socioeconomic status, and location as well as many other factors. These disparities cannot be resolved without illuminating the extent to which they exist and exploring the issues perpetuating their presence. Though each country has specific issues, there are common themes that must be addressed worldwide to make a step in the right direction towards creating solutions that diminish this persistent challenge.
In my technical report my capstone group investigated adverse birth outcomes in Brazil related to influenza infection. Using R, we analyzed public datasets to determine trends in these factors. We noticed some patterns that seemed to be indicative that racial disparities may also play a role in the prevalence of these adverse birth outcomes in certain populations. We also modeled the timeline of influenza infections in Ceará, Brazil to determine how their current influenza campaign could be improved with the creation of a new vaccination schedule.
My STS research examined interventions that could potentially be implemented in Low- and Middle-Income countries (LMICs) to improve their current healthcare systems. I analyzed frameworks developed to address specific issues in certain LMICs and advised ways in which they could be employed to improve Brazil’s current health systems. My intent was to identify methods that could be transferable to other countries. I found sustainable, collaborative approaches that take in account community needs could be the model that would help LMICs improve their healthcare systems. Implementation of these approaches may allow more people that are currently underprivileged to access quality care.
My capstone team originally desired to investigate how the influenza campaign in Brazil as a whole could be improved. We also wanted to examine the influenza campaign in Virginia and conduct interviews with Virginian minority women that had been pregnant in the past to highlight factors that influenced or dissuaded them from getting an influenza vaccination during their pregnancy. Both of these goals were modified due to lengthy IRB approval processes; however, they are both areas where our project could be continued during the summer or next years. The STS research portion provided a solid start to the exploration of approaches that could assist LMICs; however, it could be expanded in the future to examine challenges in other LMICs besides Brazil more thoroughly to create an even clearer depiction of the problems these countries face.
I would like to thank my capstone team members, Hunter Newland and Kunaal Sarnaik; our advisors, Dr. Sean Moore, Dr. Irene Mathieu, and Dr. Jason Papin; as well as graduate student Gabriel Hanson for their assistance and guidance on our technical project. I would also like to thank my STS advisor, Professor Sean Ferguson, for his advice and guidance for my STS thesis.
BS (Bachelor of Science)
Health Disparities , Global Health, Vaccine Coverage
School of Engineering and Applied Science
Bachelor of Science in Biomedical Engineering
Technical Advisors: Sean Moore M.D.,M.S.; Irène Mathieu M.D.; Jason Papin Ph.D.,M.S.
STS Advisor: Sean Ferguson Ph.D.
Technical Team Members: Hunter Newland, Kunaal Sarnaik
All rights reserved (no additional license for public reuse)