The recent reemergence of monkeypox in the United States has created new worries about another potentially contagious virus. But infectious disease experts at University of Utah Health say this virus...
La reciente reaparición de la viruela del mono en Estados Unidos está creando nuevas preocupaciones sobre otro virus potencialmente contagioso, mientras la nación sigue sufriendo la pandemia del COVID-19. Pero...
This $24 million grant, which will be distributed over five years, will empower research efforts to explore the fundamental structural biology of the HIV virus, from replication to infection.
Wendy Chapman, Ph.D., the chair of biomedical informatics at University of Utah Health whose informatics tools have been applied toward addressing a wide array of problems in health care, has...
Scientists from the University of Utah and University of Washington have developed blueprints that instruct human cells to assemble a virus-like delivery system that can transport custom cargo from one...
All too often an answer to the simple question of “what is making me sick?” does not come easily. Current methods for figuring out what viruses or bacteria are causing infection come with the risk of being too slow, or failing to find the culprit altogether. Taxonomer is a genomics-based pathogen surveillance tool that could provide the basis for a new way of diagnosing infectious disease. In this podcast Scope Radio talks with Gabor Marth, D.Sc., co-director of the USTAR Center for Genetic Discovery, and creator of iobio, software that gives Taxonomer characteristics that make it accessible and intuitive. Marth explains the advantages of Taxonomer over current clinical tests and the number of other ways in which it can be used. Learn more.
While it is rare these days, some children still catch chicken pox. Will old-fashioned remedies like an oatmeal bath work? Or should you take her to the pediatrician? Dr. Cindy Gellner goes step-by-step through everything you need to know about your child’s chicken pox, how to treat every symptom and when it’s time to take her to the pediatrician.
It may be unsettling to realize, but roughly eight percent of our DNA is viral in origin, meaning it came from infections our ancestors battled long ago. New research published in the journal Science by University of Utah geneticists Cédric Feschotte, PhD, Nels Elde, PhD, and Edward Chuong, PhD, looks at how our bodies have repurposed the viral remnants to defend ourselves against infections by viruses and other pathogens. Feschotte and Chuong explain the research and why our defenses, and those of other mammalian species, may have arrived upon this solution repeatedly throughout evolution.
The flu season is heating up just in time for the Super Bowl. That's not good news for fans of the Denver Broncos and Carolina Panthers. A new study suggests...