Whether you're a community member, one of our alumni, or a University of Minnesota student, here you’ll find stories, insights, and expertise to support you during the COVID-19 crisis.
The number of COVID-19 deaths in the U.S. may have been under-counted during the first two years of the pandemic. A new study from the University of Minnesota College of Liberal Arts, Boston University and University of Pennsylvania, published in the Proceedings of the National Academies of Sciences, shows about 1.2 million excess deaths, meaning more natural-cause deaths than would have been expected, in the pandemic’s first 30 months.
The state’s online platform was designed to equitably distribute scarce resources, connect eligible patients to appointments at the closest healthcare facility, and broaden access to COVID-19 therapeutics.
A new study from the University of Minnesota School of Public Health (SPH) State Health Access Data Assistance Center (SHADAC) shows that vaccination rates for some racial and ethnic groups lagged behind rates for the state’s white population.
Three years since the World Health Organization declared COVID-19 a global pandemic, many are still dealing with ongoing effects from COVID-19 infections. Dr. Farha Ikramuddin discusses long COVID and the research she and others are doing at the University surrounding it.
Plan would accelerate a new approach to coronavirus vaccines research and development to protect against COVID-19 variants and future pandemic threats from new coronaviruses.
U of M researchers provide an example of how community-based research collaborations can use existing networks to develop adaptive responses to unexpected public health threats.
New research from the University of Minnesota shows that Black, Hispanic and Asian populations are significantly more likely to die of COVID-19, regardless of their vaccination status at the population level.
A University of Minnesota-led research team analyzed the fundamental properties and structures of the naturally occurring substances that help human lungs expand and contract, providing insight into how the substances help us breathe.
Researchers at the U of M identified the structural mechanism that may explain why omicron is so effective in infecting people, both vaccinated and unvaccinated, and suggested ways to curb its spread.
