Since the first U.S. cases were identified in Washington on January 20th and soon thereafter in Chicago on January 24th, COVID-19 has rapidly emerged as the most prevalent and deadly respiratory infection within the State of Illinois, with 220,178 total confirmed cases and 7,880 (3.6%) deaths. The UIC Hospital and Health Care System (UI Health), in collaboration with its 14 partnering Federally Qualified Mile Square Heath Center practice sites (FQHCs) (where this project will be implemented), saw over 4,000 of these cases between March and June, 2020 (6), noting the disproportionately higher rates if COVID-19 in Latinx people (47.1% with 32.7% of deaths) and in people identifying as African American or Black (28.9% with 43.1% of deaths). Of 48,111 cases reported in Cook County alone, 7,231 (15.0%) were hospitalized with 2,234 (4.6%) in an intensive care unit. These COVID-19-related morbidity and mortality disparities are accompanied by numerous other health disparities. Many of our FQHCs lack the staffing and revenue to test on-site and provide extensive follow-up outpatient care for the large influxes of symptomatic patients concerned about COVID-19. These challenges have likely resulted in increased COVID-19-related complications and deaths that might have been prevented with clearer and more accurate public messaging about COVID-19, wider access to testing, earlier diagnosis, and an increased perception that care is confidential, accessible, and self-driven. This project will employ sentinel and community-based epidemiological surveillance and participatory research methods to evaluate whether a person-centered, rapid COVID-19 testing intervention (at-home swab and send, or on-site point of care testing), coupled with a novel mHealth COVID-19 Literacy and Outreach Suite of apps and videos, will serve to increase the acceptance, access, reach, uptake, and impact of COVID-19 testing at UI Health and in the 14 FQHC practice sites and their corresponding catchment areas. We will also analyze the social, ethical, economic, and behavioral drivers and consequences of our outreach and testing approaches according to the degree to which participants contribute to the co-creation of study-related messaging. Finally, we will leverage our existing infrastructures to expand testing uptake and analyze (by PCR) viral load at infection onset/exposure and following onset/exposure to determine viral dynamics and identify individuals at early and late stages of infection. PhenX measures will be used to test intervention effects on testing and retesting uptake, time-to-diagnosis, COVID-19 knowledge, healthcare access and seeking, disclosure, medical adherence, and practice of home self-isolation, quarantine, and other infection control behaviors. All data acquisition, collection and curation approaches will be informed by the CDCC, including AboutML-informed consent approaches and with the other RADxUP studies and relevant federal agencies.
This project will employ sentinel and community-based epidemiological surveillance and participatory research methods to evaluate whether a person-centered, rapid COVID-19 testing intervention (at-home swab and send or on-site point of care testing), coupled with a novel mHealth COVID-19 Literacy and Outreach Suite of apps and videos, will serve to increase the acceptance, access, reach, uptake, and impact of COVID-19 testing at UI Health and in the 14 FQHC practice sites and their corresponding catchment areas. We will also analyze the social, ethical, economic, and behavioral drivers and consequences of our outreach and testing approaches according to the degree to which participants contribute to the co-creation of study- related messaging. Finally, we will leverage our existing infrastructures to expand testing uptake and analyze (by PCR) viral load at infection onset/exposure and following onset/exposure to determine viral dynamics and identify individuals at early and late stages of infection.
| Prusinski Fernung, Lauren E; Yang, Qiwei; Sakamuro, Daitoku et al. (2018) Endocrine disruptor exposure during development increases incidence of uterine fibroids by altering DNA repair in myometrial stem cells. Biol Reprod 99:735-748 |
| Ali, Mohamed; Chaudhry, Zunir Tayyeb; Al-Hendy, Ayman (2018) Successes and failures of uterine leiomyoma drug discovery. Expert Opin Drug Discov 13:169-177 |
| Yang, Qiwei; Ali, Mohamed; El Andaloussi, Abdeljabar et al. (2018) The emerging spectrum of early life exposure-related inflammation and epigenetic therapy. Cancer Stud Mol Med 4:13-23 |
| Yang, Qiwei; Al-Hendy, Ayman (2018) The Emerging Role of p27 in Development of Diseases. Cancer Stud Mol Med 4:e1-e3 |
