The COVID-19 pandemic has led to high demand for testing. It also has affected minorities at disproportionate rates, and the impact is made worse due to the underlying mistrust minorities hold against medical institutions. A similar theme is observed against physicians, especially Asian American healthcare providers experiencing firsthand discrimination. Therefore, there is this reciprocal relationship between the patient and provider rooted in mistrust and discriminatory biases. This thesis aims to analyze how ASU Biodesign COVID-19 Testing Lab (ABCTL) functions to implicitly modify potential effects of a patient-provider relationship based on the concepts of health equity and cultural humility. The analysis then suggests that ABCTL accomplished the concept of health equity through community partnerships and by recruiting community healthcare workers for long-term stability, it successfully achieved cultural humility.

The following study was designed to better understand the perceived stress levels and common coping strategies of nursing students attending Arizona State University during the COVID-19 pandemic. Lazarus and Folkman’s (1984) transactional theory of stress and coping suggests that stress is a product of the transaction between an individual and their complex environment. During the COVID-19 pandemic nursing students were forced to close and utilize online learning methods to ensure the safety of students, faculty, and staff. The current study identifies the perceived stress levels and common coping strategies of undergraduate nursing students at Arizona State University. A survey was sent to the identified population which asked participants to rate their stress level of attending nursing school during COVID-19 on a scale from one to ten. In addition, the Carver’s COPE inventory was utilized to determine common coping strategies among the nursing student population. The results of this study indicate that the closure of universities, and utilization of online learning methods increased stress levels of nursing students attending Arizona State University during COVID-19. In addition, nursing students most common coping strategies were identified as the use of planning, a problem-focused coping strategy, reinterpretation and growth, and active coping.

During the year 2020, the world saw unprecedented social change with the beginning of the COVID-19 pandemic, including increased risk of sexual assault. Limited information has been released regarding the pandemic and sexual assault; however, two prior studies reveal decreased utilization of rape kits and fewer emergency department exams for sexual assault during 2020 when compared to values before the pandemic. In Maricopa County, a group of forensic nurse examiners under HonorHealth performed screening exams on patients who reported sexual assault from the years 2015 to 2021. Using the prevalence of screening exams per year in Maricopa County, this study evaluated whether there was significant change in the number of exams performed during 2020 compared to pre-pandemic values. The year 2020 had the greatest percent discrepancy between predicted and observed quantities of exams when compared to the years 2015 to 2019.

Virus-like particles (VLPs) are optimum candidates for creating vaccines, as they are highly flexible, adaptable, safe, and similar to the structural proteins of the target cells. The COVID 19 pandemic has increased the need to create effective and safe vaccines that can be mass produced to stop the spread of COVID-19. Till now, various types of vaccine platforms have been utilized to create COVID-19 vaccines, each with unique characteristics and techniques. It is essential to use robust vaccine platforms that can deliver optimum results in a short period of time, with minimal risks. The structural proteins found in SARS-CoV-2, such as Spike (S) protein have been widely targeted to induce antibody response, also called a humoral response, which is a part of acquired immunity. The other structural proteins such as M (membrane) and E (envelope) can also be used as targets for antibodies. The S2 and glycoprotein (S full) can be used to induce an efficient IgG response. Therefore, the incorporation of structural proteins into VLPs can prove to be useful. Furthermore, double mosaic VLPs employs double epitopes, which can effectively cover the distances between the S proteins, thus optimizing the B cell activation process. This review describes the various developments that have taken place in the field of VLPs and more specifically, with regards to developing VLP vaccines against the SARS-CoV-2 virus.