Encyclopedias are a good place to start in order to get background info, brainstorm, and find topic ideas. I typed in the keywords infectious disease* AND encyclopedia and found this example. You can narrow your search to e-books only.
Some encyclopedias are available and can be checked out. Others cannot be checked out. Many encyclopedias are online. Use the RIT Libraries Catalog below to find encyclopedias and books on your chosen topic. I also did a search for coronavirus and found this recent book.
You can also use the CREDO Reference database to find information about your topic.
NCBI Bookshelf - Coronavirus -Freely available books from the National Institutions of Health on coronaviruses. Check out COVID-19 comics.
Contagious (free e-book) How should we understand the fear and fascination elicited by the accounts of communicable disease outbreaks that proliferated, following the emergence of HIV, in scientific publications and the mainstream media? The repetition of particular characters, images, and story lines--of Patients Zero and superspreaders, hot zones and tenacious microbes--produced a formulaic narrative as they circulated through the media and were amplified in popular fiction and film. The "outbreak narrative" begins with the identification of an emerging infection, follows it through the global networks of contact and contagion, and ends with the epidemiological work that contains it. Priscilla Wald argues that we need to understand the appeal and persistence of the outbreak narrative because the stories we tell about disease emergence have consequences. As they disseminate information, they affect survival rates and contagion routes. They upset economies. They promote or mitigate the stigmatizing of individuals, groups, locales, behaviors, and lifestyles. Wald traces how changing ideas about disease emergence and social interaction coalesced in the outbreak narrative. She returns to the early years of microbiology--to the identification of microbes and "Typhoid Mary," the first known healthy human carrier of typhoid in the United States--to highlight the intertwined production of sociological theories of group formation ("social contagion") and medical theories of bacteriological infection at the turn of the twentieth century. Following the evolution of these ideas, Wald shows how they were affected by--or reflected in--the advent of virology, Cold War ideas about "alien" infiltration, science-fiction stories of brainwashing and body snatchers, and the HIV/AIDS pandemic. Contagious is a cautionary tale about how the stories we tell circumscribe our thinking about global health and human interactions as the world imagines--or refuses to imagine--the next Great Plague.
Digital Contact Tracing for Pandemic Response (free) As public health professionals around the world work tirelessly to respond to the COVID-19 pandemic, it is clear that traditional methods of contact tracing need to be augmented in order to help address a public health crisis of unprecedented scope. Innovators worldwide are racing to develop and implement novel public-facing technology solutions, including digital contact tracing technology. These technological products may aid public health surveillance and containment strategies for this pandemic and become part of the larger toolbox for future infectious outbreak prevention and control. As technology evolves in an effort to meet our current moment, Johns Hopkins Project on Ethics and Governance of Digital Contact Tracing Technologies--a rapid research and expert consensus group effort led by Dr. Jeffrey P. Kahn of the Johns Hopkins Berman Institute of Bioethics in collaboration with the university's Center for Health Security--carried out an in-depth analysis of the technology and the issues it raises. Drawing on this analysis, they produced a report that includes detailed recommendations for technology companies, policymakers, institutions, employers, and the public. The project brings together perspectives from bioethics, health security, public health, technology development, engineering, public policy, and law to wrestle with the complex interactions of the many facets of the technology and its applications. This team of experts from Johns Hopkins University and other world-renowned institutions has crafted clear and detailed guidelines to help manage the creation, implementation, and application of digital contact tracing. Digital Contact Tracing for Pandemic Response is the essential resource for this fast-moving crisis. Contributors: Joseph Ali, JD; Anne Barnhill, PhD; Anita Cicero, JD; Katelyn Esmonde, PhD; Amelia Hood, MA; Brian Hutler, Phd, JD; Jeffrey P. Kahn, PhD, MPH; Alan Regenberg, MBE; Crystal Watson, DrPH, MPH; Matthew Watson; Robert Califf, MD, MACC; Ruth Faden, PhD, MPH; Divya Hosangadi, MSPH; Nancy Kass, ScD; Alain Labrique, PhD, MHS, MS; Deven McGraw, JD, MPH, LLM; Michelle Mello, JD, PhD; Michael Parker, BEd (Hons), MA, PhD; Stephen Ruckman, JD, MSc, MAR; Lainie Rutkow, JD, MPH, PhD; Josh Sharfstein, MD; Jeremy Sugarman, MD, MPH, MA; Eric Toner, MD; Mar Trotochaud, MSPH; Effy Vayena, PhD; Tal Zarsky, JSD, LLM, LLBUse of RIT resources is reserved for current RIT students, faculty
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