RNA

Transformative technique replaces manual process, accelerating discovery of new drugs

New process reveals single-cell secrets for novel therapeutic targets

Breakthrough holds promise for disease treatments, precision medicine

High-Risk, High-Reward grants will support biomedical research projects

RNA-based method advances personalized medicine for improved patient care

UCI researchers have originated a simplified, faster clinical sample testing method to detect genetic material, including viral RNA. Their findings were recently published in the journal Scientific Reports. “We showed that a saliva sample withdrawn using a simple microbiological loop can be directly analyzed in a single collection tube, using common and precise DNA amplification […]

UCI professor of developmental and cell biology seeks answers to how genes are regulated

Grant supports novel cell-to-cell communication technology

A multidisciplinary team of UCI professors has received a $1 million grant from the W.M. Keck Foundation to develop new molecular tools to identify ribonucleic acids essential in learning and memory formation. “Our project involves building luminescent RNA molecules, allowing us to observe their position and activity in the brain of a living, learning mouse,” […]

Two UCI researchers have received a $1 million grant from the prestigious W.M. Keck Foundation to develop new technologies to study the dynamic properties of key RNA modifications. The grant goes to principal investigator Robert Spitale, assistant professor of pharmaceutical sciences, and co-investigator John Chaput, professor of pharmaceutical sciences, chemistry and molecular biology & biochemistry. […]