Professor Katrine L. Whiteson of the department of Molecular Biology and Biochemistry has been selected as a UCI Chancellor’s Fellow, a distinction awarded to tenured faculty whose body of scientific work supports a strong trajectory towards distinction. Professor...
Professor Christie Fowler of the Department of Neurobiology and Behavior has been selected as a UCI Chancellor’s Fellow, a distinction awarded to tenured faculty whose body of scientific work supports a strong trajectory towards distinction. Professor Christie Fowler...
When people are getting together with loved ones over the holidays, how do they prepare themselves for interacting with a relative who has dementia resulting from Alzheimer's disease or another neurological condition? In this episode of the UCI Podcast, Frank LaFerla,...
Alternative viral detection methods have been critical in the fight against COVID-19, helping to reduce the burden on our healthcare system. In a new study published in Applied and Environmental Microbiology, University of California, Irvine researchers demonstrate...
The School of Biological Sciences is pleased to announce that Professor Thomas Lane has been appointed as the Director of the Center for Virus Research (CVR), effective January 1, 2022. Dr. Thomas Lane is a Chancellor’s Professor in the Department of Neurobiology and...
Experts from UCI and the University of Michigan will collaborate to generate a comprehensive skin cell atlas to help explain ancestral differences in skin biology and pathology as part of the worldwide Human Cell Atlas project.
Fires commanded headlines and wreaked destruction across California in
2020. Flames devastated the Silverado Canyon area of Orange County,
where multiple UCI scientists were conducting research. But from the ashes,
UC Irvine Charlie Dunlop School of Biological Sciences experts are already developing vital new
lines of inquiry into land conservation, climate change and more. According
to the California Department of Forestry and Fire Protection, more than
9,900 !res ravaged over 4.2 million acres of California land in 2020.
Dunlop School is home to the Center of Environmental Biology (CEB). Its worldrenowned faculty tackle questions across disciplines, including genomics,
comparative physiology, microbiology and climate change. Dunlop School scientists
have partnered with local institutions such as the Irvine Ranch Conservancy
to conduct conservation and restoration efforts throughout the county,
including Loma Ridge and Bee Canyon.
The year 2020 will be ingrained in the American psyche for decades to come. The emergence of
the SARS-CoV-2 virus, the causal agent of COVID-19, caught the world’s population off guard. With no
previous immunity to the virus, it quickly spread throughout the United States and impacted millions of
American lives. For most of the year, the primary means of slowing the virus’s spread were mitigation
strategies, physical barriers, social distancing and wearing masks. While capable, these methods
have their limits and require continued compliance by most of the population to be highly effective.
They have a fearsome reputation, but they are contributing to the battle
against COVID-19. Carnivorous plants have inspired a group of UCI scientists
to conduct promising research into treatments for people with the disease.
Their effort began in March 2020 when the pandemic forced UCI scientists to close
their laboratories and halt all but the most critical experiments. “Around the time
that we were thinking of how to shut things down safely, I began to consider how
we could get involved in the !ght against the virus,” said Rachel Martin, professor of
chemistry and molecular biology & biochemistry, who is leading the research team.
COVID-19 has profoundly affected humanity both through its severe toll and its rapid spread. As it emerged,
researchers quickly began developing animal models to help uncover its mechanisms and fight the symptoms.
Scientists from the UC Irvine Charlie Dunlop School of Biological Sciences and the UCI School of Medicine are working together on
this effort, which is crucial to understand how SARS-CoV-2 causes COVID-19.
For over a century, the use of animal models has led to signi!cant advances in our understanding and treatment of human
disease. Many animal species share a remarkable similarity to humans, making them suitable for studying a wide range of
pathologies. The models can help scientists understand the processes that cause disease and develop treatments.