Year: 2025

Yessica Ornelas

Defying expectations

With scholarship help, first-gen college student prepares for role as change-maker

Community safety ambassadors proudly display the IACLEA certificate of accreditation for the UC Irvine Police Department.

UC Irvine Police Department receives prestigious international accreditation

Recognition puts it in top 10 percent of campus law enforcement agencies nationwide

Gold colored thin film on the wing of a butterfly which is on the end of a human finger.

UC Irvine, Columbia University researchers invent soft, bioelectronic sensor implant

Device conforms to body’s tissues, allowing brain monitoring through development

Dana Mukamel

UC Irvine-led study shows crucial role of staffing instability in nursing home ratings

Researchers recommend adding metric to CMS quality-of-care evaluation measures

Students show their Anteater spirit during fall 2024’s Welcome Week.

Understanding a culture of inclusion

U.C.I. Experience initiative seeks to optimize inclusive excellence

Alec Glasser

OC philanthropist and businessman’s donation supports visionary School of Social Ecology initiative

Gift ensures future of Alec Glasser Center for the Power of Music and Social Change

Alec Glasser, here speaking with a few of the Glasser Scholars during a recent meeting at the Irvine Barclay Theatre.

Scaling social solutions

Alec Glasser Center for the Power of Music and Social Change empowers individuals and communities

Maksim Plikus (right), UC Irvine professor of developmental and cell biology, shown here with Raul Ramos, a postdoctoral researcher in the Plikus laboratory.

UC Irvine-led discovery of new skeletal tissue advances regenerative medicine potential

‘Lipocartilage’ properties akin to bubbled packaging material – super-stable, soft, springy

UC Irvine scientists design bioluminescent RNA

The “RNA lanterns” promise to reveal secrets of viruses and human memory

UC Irvine’s Thai B. Nguyen, Leslie Thompson and Robert Spitale (from left).

UC Irvine-led team discovers potential new therapeutic targets for Huntington’s disease

Molecular mechanisms revealed that drive RNA processing defects leading to disorder