SARS-CoV-2-like particles very sensitive to temperature
A new study suggests that as temperatures get cooler, particles on surfaces will remain infectious longer.
Read MoreA new study suggests that as temperatures get cooler, particles on surfaces will remain infectious longer.
Read MoreIt’s too soon to use COVID-19 antibody testing to issue “immunity passports,” but they are good enough to inform public health decisions.
Read MoreThe flash flood-like emergence of COVID-19 has shined a spotlight on those three “I” words and the efforts of University of Utah Health’s Immunology, Inflammation, and Infectious Disease (3i) initiative.
Read MoreAs COVID-19 outbreaks sweep across communities, local officials are forced into a whack-a-mole approach to battling the virus. Geographers hope a new method will provide timely data to inform public policy.
Read MoreFrom 2007 to 2009, a yellow fever virus outbreak nearly decimated El Parque El Piñalito’s howler monkey populations. Exposure to a past virus may have aided brown howlers’ survival.
Read MoreA university-wide effort brings scientists from diverse backgrounds together to conduct top-tier research in immunology, inflammation and infectious disease.
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