Biology

Undergrads Research Marine Life at Oregon Coast

BIOLOGY - New in 2025, the Coastal Quarter program allows undergraduates from all majors to spend winter term living at the coast and taking classes in marine biology, environmental studies, anthropology and science communication. Out of the nine students who participated this year, five are majoring in either environmental sciences or environmental studies; four are marine biology majors; and one is a sports journalism major.

New AI cameras are watching the outdoors to spot endangered bees

BIOLOGY - An AI-based imaging system that is a collaboration between researchers at the University of Oregon and Oregon State University, funded by the National Council for Air and Stream Improvement Inc., is working to monitor bee populations without harming the insects. The technology could solve a key paradox in bee conservation efforts. The collaboration includes CAS biologist Lauren Ponisio.

Bad bacteria can trigger gut pain, new research shows how

BIOLOGY, PHYSICS - A new study published in the journal mBio shows how one kind of bacteria, Vibrio cholerae, triggers those painful contractions by activating the immune system. The research also finds a more general explanation for how the gut rids itself of unwanted intruders, which could also help scientists better understand chronic conditions like inflammatory bowel disease. The research was led by Julia Ngo, a now-graduated doctoral student in Karen Guillemin and Raghu Parthasarathy’s labs.

A century beneath the waves

BIOLOGY - In 1924, the University of Oregon began teaching marine biology classes in a ramshackle collection of tents in a cove along the southern Oregon Coast. But what started as a couple of professors bringing some students on a summer camp has now become a permanent, year-round marine field station with a hundred years of coastal research and education.

Researchers unravel how a breast cancer gene affects fertility

BIOLOGY - Women with a harmful mutation in the BRCA1 or BRCA2 genes have a 60 percent chance of developing breast cancer at some point in their lives, and a many-fold increased risk of developing ovarian cancer. UO College of Arts and Sciences biologists have uncovered how BRCA1 gene influences fertility. “This is a breakthrough discovery that enables potential therapeutic avenues for understanding how to correct or treat fertility issues in BRCA1 patients,” said Diana Libuda, an associate professor in the Institute of Molecular Biology at the UO.