Student Researchers

The development of maternal egg cells is pivotal for survival – but also precarious. During meiosis, the DNA-containing chromosomes can easily be broken or lost, causing infertility, miscarriage, or genetic disorders. Scientists have struggled to study these crucial cellular events in humans and other mammals.

At UC Davis, undergraduates have opportunities to dive into independent research at the Bodega Marine Laboratory (BML) through the EVE Scholars Program. Students like Aishu Santosh and Caroline Donohew are pushing the frontiers of marine science while discovering a lot about themselves in the process.

Each year, the Dean’s Summer Undergraduate Research Program (SURP) helps provide vital support to students wishing to stay on campus —and in the lab — over the summer term. 

It wasn’t until Dustin Lower returned to college after more than a fifteen-year break that he finally found his niche, and a long sought-after green thumb. 

The day that Josephine Hubbard met Twain, she didn’t realize at first how unusual the encounter was. 

Hubbard, who earned a Ph.D. in animal behavior in the College of Biological Sciences, is now a post-doctoral researcher at UC Davis. She is 33, five foot seven, has kind, serious eyes, and grew up in upstate New York. She’s animated as she describes the afternoon, three summers ago in Alaska, when she met Twain. Yes, it was a stilted conversation — that’s often the case when there’s a language barrier — but she’ll remember it for the rest of her life.

Three UC Davis students, including two from the College of Biological Sciences, have won the highly prestigious and competitive Barry Goldwater Scholarship. 

Every year, the Barry Goldwater Scholarship and Excellence in Education Foundation honors fewer than 500 undergraduate second- and third-year students from across the country with scholarships recognizing their science, technology, engineering and mathematics research accomplishments and future potential.

Plants need to be able to communicate with themselves—by sending signals from their leaves to their roots to their flowers—so that they can coordinate growth and optimize resource use. They also need to communicate with other plants and organisms, which they achieve by releasing volatile organic compounds (VOCs), tiny molecules that are often associated with distinct smells. Scientists know a lot about how plants emit these odorous signals, however very little is known about how they receive and interpret them.

The UC Davis Postbaccalaureate Research Education Program (PREP@UC Davis) promotes diversity in biomedical sciences, preparing scholars for success in Ph.D. programs. 

A chance observation in an undergraduate laboratory class has shed light on a key cleaning and recycling process carried out by all eukaryotic cells. Autophagy breaks down organelles, proteins and other molecules so their components can be reused and plays a protective role in preventing disease. However, when autophagy doesn’t work correctly, it’s associated with cancer and neurodegenerative diseases including Alzheimer’s. Previous research has uncovered how cells activate autophagy, but little is known about how it is switched off.

Our understanding of schizophrenia has increased greatly in recent years, as studies of large groups of people have identified a multitude of genetic variants that increase a person’s risk of the disease. But each of those individual risk factors accounts for “only a very minor amount of the overall risk,” said Alex Nord, a professor of neurobiology, physiology and behavior in the College of Biological Sciences and the Center for Neuroscience.