Paleontologists are getting a glimpse at life over a billion years in the past based on chemical traces in ancient rocks and the genetics of living animals. Research published Dec. 1 in Nature Communications combines geology and genetics, showing how changes in the early Earth prompted a shift in how animals eat.
Mark your calendars because the R. Bryan Miller Symposium returns this April for its first in-person event since 2020. Featuring a stellar lineup of high-profile speakers and leading-edge researchers in chemical biology, organic, medicinal and pharmaceutical chemistry, the 23rd annual symposium creates a pipeline between academia and industry, allowing students to network, present their research and learn skills pivotal to their future professional careers. The free event is scheduled for April 13 and 14 at the UC Davis Conference Center.
From pocketed headphones to carelessly packed garden hoses, knots find ways to manifest. Even our DNA molecules get tied in knots too. Professor Mariel Vazquez applies her training in mathematics to fundamental questions about DNA structure and functionality.
To stay a step ahead of the virus, an interdisciplinary team of UC Davis researchers will use mathematics, data science and experimental biology to predict potential mutations of the novel coronavirus. The proposed research was recently funded by a $200,000 RAPID grant from the National Science Foundation.
If “Why?” is the first question in science, “Why not?” must be a close second. Sometimes it’s worth thinking about why something does not exist. Such as a truly three-legged animal.
Jellyfish undergo an amazing metamorphosis, from tiny polyps growing on the seafloor to swimming medusae with stinging tentacles. The first in-depth look at the genome of a jellyfish — the moon jelly Aurelia aurita — reveals the origins of this successful survival strategy.
