Categories: Research

In a pair of recent studies, scientists at the Quantitative Biosciences Institute uncovered how Ebola, dengue, and Zika hijack human proteins to infect human cells, findings that point to new approaches for treating these diseases.

Tuberculosis is usually treated with a six month regimen of daily antibiotics, but millions of patients do not recover from the disease during treatment. Rada Savic’s team showed that adjusting the duration of this regimen based on disease severity could lead to better outcomes.

Drug discovery today begins with computation rather than test tube experimentation. Three School of Pharmacy faculty emeriti, Robert Langridge, Irwin “Tack” Kuntz, and the late Peter Kollman, were awarded the UCSF Medal for creating computational tools for drug discovery that are now used worldwide.

Curriculum transformation, An expanded role, Gaining recognition, Graduate match rate; School of Pharmacy scientists receive UCSF Medal: Founding fathers of drug discovery honored; Beyond drugs, Two artificial pancreas projects, Bringing prosthetics to patients; Beyond drugs, Two artificial...

The patient perspective on prosthetic limbs currently doesn’t factor into the FDA approval process. Leslie Wilson and Matthew Garibaldi are surveying patient preferences to speed access to the next generation of prosthetics.

UCSF’s Quantitative Biosciences Institute (QBI), founded two years ago, is making waves with its unique approach to scientific collaboration, catalyzing discoveries from cancer to psychiatry while supporting female scientists and engaging with the public.

Inspiration can be a hard thing to find. The history of science is filled with elusive “eureka moments” taking place under unlikely circumstances—Archimedes’ jump in a bath to intuit displacement, Issac Newton’s observation of a falling apple to grasp gravity, and Nikola Tesla’s inspiration for the...

Michelle Arkin, PhD, has received the 2018 Breakthrough Science Initiative Award from the Ono Pharma Foundation to study a class of proteins, called 14-3-3 proteins, known to be involved in various cancers, with the ultimate goal of enabling discoveries that lead to new ways to treat cancer.

Medical errors are the third leading cause of death in the U.S., trailing cancer and heart disease. Many of those errors can be traced to issues with medications.