Impact of the digital divide in the age of COVID-19
Author(s) -
Anita Ramsetty,
Cristin Swords Adams
Publication year - 2020
Publication title -
journal of the american medical informatics association
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.614
H-Index - 150
eISSN - 1527-974X
pISSN - 1067-5027
DOI - 10.1093/jamia/ocaa078
Subject(s) - covid-19 , computer science , pandemic , geography , virology , medicine , pathology , outbreak , disease , infectious disease (medical specialty)
In early 2020, talks of preparation for coronavirus disease 2019 (COVID-19) were furiously circulating around the healthcare system nationwide, and having seen what was occurring in China, and later in Italy, we feared what was to come. Like many others, our hospital system began looking closely at the recommendations for decreasing transmission of COVID-19, chief among them social distancing. By early March, the need for an immediate adaptation of our clinical care delivery system was clear. Within a week, clinics had transitioned from in-person visits to telehealth involving telephone or video. Screening processes for COVID-19 were quickly made available on a free online platform through which at-risk individuals were directed to drivethrough centers for in-person testing. The problem was that many of our patients could not access the online system. In our roles as directors of free clinics, we have become intimately involved with the complexity inherent to the care of underserved populations, including how seemingly innovative programs can sometimes not meet their intended goals. The CARES clinic has a main site and a rural outreach site that treat uninsured adult patients and a pediatric immunization clinic for uninsured and underinsured children. The 529 Meeting Street clinic treats patients at a drop-in resource center serving individuals experiencing housing instability. Levels of literacy, extent of chronic diseases, and complexity of social circumstances for patient populations at both clinics are highly variable. As our main hospital system was transitioning to telehealthbased care, we were rapidly trying to put measures into place at our free clinics that would ensure that our patients did not lose their access to health care. It quickly became apparent that the newly built telehealth systems created additional access hurdles for our free clinic patients, and we would soon learn that pockets existed within the larger population that were impacted by these barriers. As is often the case, those whose access was impeded were the most vulnerable to poor health outcomes related to COVID-19. This was not unique to our community, and in fact it was repeated throughout the country when other hospital systems transitioned to telehealth as a sensible and efficient way to deliver health care while implementing social distancing to combat the spread of COVID-19. Simultaneously, the diminished accessibility to technology based on various societal and social factors, sometimes referred to as the digital gap or digital divide, was being exposed at a critical time in a public health crisis. Frighteningly, there were no measures at the ready to address it. Use of telehealth platforms has been on the rise over the past several years. Telehealth has been lauded as a means to close the healthcare gap to rural populations; however, recent authors have raised the concern that technology may actually be widening the gap between groups both nationally and even globally due to persistent social, economic, and political factors. Taken within the context of several social determinants of health, we can see how the digital divide occurs and can perpetuate inequity based on various social factors (Table 1). In fact, the American Medical Informatics Association (AMIA) called for it to be included as a social determinant of health in 2017. Regarding the patient populations seen in our free clinics, our first concern was physical access to Internet services, defined largely by built environment factors. Our homeless population lacked reliable Internet access outside of the technology center at the clinic. About a third of those served at the rural CARES clinic site do not have Internet access in their homes. This is not unlike the Federal Communications Commission report in 2018 showing that within the United States, 31% of rural households still lack access to broadband Internet. A combination of technology and in-person services has been found to help address some of this disparity, and in our case, a direct combination of the 2 types of service proved necessary. At the 529 Meeting Street clinic, a program was developed whereby staff
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