News

The $2.3 million award will support development of the first molecular toolkit that uncovers the brain’s “translatome” to better understand neural cognition, behavior and disease.

Scientists uncover the proteins involved in key communication networks, which could help us better understand conditions like cancer and obesity.

Findings highlight biases in viral sampling and urgent need for better global health infrastructure.

Finding opens the door for new vaccine approaches and strategies.

New techniques enable unprecedented versatility in the design of drug molecules.

The reaction generates amino acids and orotic acid, the building blocks of proteins and DNA.

Analyses based on locations and viral sequencing of early cases suggest pandemic started in Wuhan’s Huanan market, with two separate jumps from animals to humans.

Wong’s discoveries and technologies have fundamentally shaped our understanding of complex carbohydrates and glycoproteins, as well as uncovered new therapeutic strategies to treat major diseases.

Experimental approach could uncover new treatment options for the virus, which is highly prevalent in Western Africa.

Mendoza’s research focuses on the interwoven circuits that drive inflammation, pain and immunological diseases.

Scripps Research discovery could offer new methods for treating HIV, while uncovering the innate immune system’s role in other diseases.

New tools developed at Scripps Research and UC San Diego are helping public health officials around the world get vital information about pathogen variants from wastewater.

Recognizing outstanding innovators younger than 35, the annual list examines not just where technology is now, but where it’s going and who’s taking it there.

Finding could lead to better drug treatments for chronic itch conditions, like eczema.

A drug discovery approach developed by Scripps Research scientists—in part inspired by oil companies—revealed why drugs for cystic fibrosis fall short

Award honors Sharpless’ pioneering work on “click chemistry”.

Scripps Research scientists discovered that a mutation in the touch-sensitive PIEZO1 ion channel impacts tendon biology and boosts the physical performance of mice.

Open science collaboration will support global genomic surveillance efforts to track coronavirus variants.

Scripps Research scientists find evidence that the immune protein CSF1 may contribute to feelings of anxiety during alcohol withdrawal.

Certain antibodies isolated from people who had recovered from COVID-19 and were vaccinated have the ability to neutralize variety of coronaviruses.

The research could also help better understand other neurodegenerative diseases, including Alzheimer’s, Parkinson’s and Huntington’s.

Chemists’ technique for turning cheap dicarboxylic acids into complex lactones could boost industries from pharmaceuticals to plastics.

Experimental drug 3K3A-APC showed promising effects in earlier clinical trial.

The multidisciplinary center will focus on development of antiviral drugs to combat coronaviruses and other viruses with pandemic potential.