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"We need to know what is happening in the brain so that we can develop more efficient therapies."

This is the 19th year in a row that the program has earned top ten honors.

A surprising common mutation may have evolved to protect humans from malaria.

Researchers have discovered a pathway in cells that promotes mitochondrial function during times of stress, a response that can guard against disease as we age.

Calibr has now identified and repurposed an FDA-approved drug, clofazimine, used for decades to treat leprosy, as a potential new treatment for cryptosporidiosis.

"It’s already clear that this method opens the door to creating new types of compounds and new types of bonds."

"This study provides guidance for developing therapeutics," says Xiang-Lei Yang, PhD, TSRI professor and senior author of the study.

The new study offers an explanation for why neurons die off in the first place.

More than 27 million people live with osteoarthritis, and it turns out, elite racing and jumping horses do, too.

The breakthrough may expand research on the roles of glycans in human diseases, including cancers.

By combing through thousands of human genome sequences, scientists have identified regions of our DNA that rarely change.

Scientists are finding new clues about how proteins interact with each other.

"These results lay the groundwork for the next steps toward FDA approval."

Researchers have developed a quick and easy way to simultaneously modify dozens of drugs or molecules to improve their disease-fighting properties.

Scientists at The Scripps Research Institute are leading the charge to make scientific data more accessible.

Data from individual patients could hold clues to stopping Ebola virus and related killers.

The proteins appear to be responsible for the maintenance of healthy cells in the cartilage of our joints.

"The heroin vaccine is one step closer to clinical evaluation," says Candy S. Hwang, PhD, first author of the study and a research associate at TSRI.

Researchers provide critical insight into cellular cargo transport machinery linked to neurological disorders.

New research uncovers how levels of a key protein can spark cancer spread.

A new study provides insight into how mesenchymal stem cells should be studied for clinical purposes.

In recognition of this gift, the program will be renamed the Skaggs Graduate School of Chemical and Biological Sciences.