The scientific community agrees that a vaccine is essential to resuming anything resembling normal life. But on a societal level, vaccines only work if they’re widely adopted. Abram Wagner, research assistant professor of Epidemiology, explains.
The coronavirus pandemic is ongoing and will be for some time to come. But it is not the only zoonoses we are dealing with globally or locally. Zoonoses are illnesses spread from animals to humans. In this week's "Issues of the Environment," WEMU's David Fair discusses these infectious diseases with Dr. Joseph Eisenberg, chair and professor of epidemiology at the University of Michigan's School of Public Health.
The Michigan Institute for Data Science announced seven interdisciplinary teams, chosen from 49 submissions, will receive funding of up to $30,000 for COVID-19 research. Several of the projects chosen are from researchers at the University of Michigan School of Public Health.
Scientists at the University of Michigan are advancing a new antibody test to identify people who have been infected with the novel coronavirus that causes the COVID-19 disease. The test, being validated now, could accelerate selection of patient plasma for use in treating new COVID-19 infections.
Long before we could sequence a virus’s genome in a matter of weeks, we used public health tactics like contact tracing to sort out the movement of a disease in a population. Contact tracing is one of the “traditional” tools of epidemiologists. Today, we have more public health surveillance tools at our disposal, and we’ll need both the old and the new to bring COVID-19 under control.
We are all eager to get back to work, but how do we move forward in a way that safeguards the public’s health?